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Home My WebLink About190-0087. Property Designation (Lease Number): 1. Operations Performed: 2. Operator Name: 3. Address: 4. Well Class Before Work:5. Permit to Drill Number: 6. API Number: 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071): 10. Field/Pool(s): Susp Well Insp Install Whipstock Mod Artificial Lift Perforate New Pool Perforate Plug Perforations Coiled Tubing Ops Other Stimulate Fracture Stimulate Alter Casing Pull Tubing Repair Well Other: Change Approved Program Operations shutdown 11. Present Well Condition Summary: Casing Length Size MD TVD Burst Collapse Exploratory Stratigraphic Development Service 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 16. Well Status after work: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. OIL GAS WINJ WAG GINJ WDSPL GSTOR Suspended SPLUG Authorized Name and Digital Signature with Date: Authorized Title: Contact Name: Contact Email: Contact Phone: PBU P2-58 OA Squeeze Hilcorp North Slope, LLC 3800 Centerpoint Dr, Suite 1400, Anchorage, AK 99503 190-008 50-029-22000-00-00 11920 Conductor Surface Intermediate Production Liner 9545 80 2697 10772 1360 11764 20" 13-3/8" 9-5/8" 7" 9407 39 - 119 38 - 2735 36 - 10808 10506 - 11866 39 - 119 38 - 2654 37 - 8546 8272 - 9497 11549 2270 4760 7020 None 4930 6870 8160 11270 - 11416 4-1/2" 12.6# L-80 34 - 11206 8965 - 9096 Structural 4-1/2" Baker S3 , 10362 , 8144 4-1/2" Camco WRDP-2 10362 , 10469 8144 , 8239 Bo York Operations Manager Oliver Sternicki Oliver.Sternicki@hilcorp.com 907.564.4891 PRUDHOE BAY, PT MCINTYRE OIL Total Depth Effective Depth measured true vertical feet feet feet feet measured true vertical measured measured feet feet feet feet measured true vertical Plugs Junk Packer Measured depth True Vertical depth feet feet Perforation depth Tubing (size, grade, measured and true vertical depth) Packers and SSSV (type, measured and true vertical depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13a.Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: Subsequent to operation: 15. Well Class after work: Exploratory Development Service StratigraphicDaily Report of Well Operations Copies of Logs and Surveys Run Electronic Fracture Stimulation Data Sundry Number or N/A if C.O. Exempt: ADL 00365548 , 0034624 OA Squeeze 13 gallons Well Lock to 2000 psi 284 274 787 0 6710 6479 2341 2389 393 408 322-607 13b. Pools active after work:PT MCINTYRE OIL 4-1/2" TIW , 10469 , 8239 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS Sr Pet Eng: Sr Pet Geo: Form 10-404 Revised 10/2022 Submit in PDF format to aogcc.permitting@alaska.gov Sr Res Eng: Due Within 30 days of Operations By Grace Christianson at 11:48 am, Sep 27, 2023 Digitally signed by Bo York (1248) DN: cn=Bo York (1248) Date: 2023.09.26 14:42:00 -08'00' WCB 4-11-2024 RBDMS JSB 100323 DSR=9/27/23 ACTIVITYDATE SUMMARY 7/24/2023 CTU 9 - 1.75" CT - .156" WT - Job Scope = FCO to Plug, Set Plug, & CMIT. MIRU CTU 9. MU YJ milling tools and 3.8 mill. Well locked up when trying to pump a fullbore load. Tagged at 56', started milling. ROP picked up at 150'. Shut the pump down and drifted to 10411. Began milling again. Bottom fell out 11,478', was a bridge. Could not get returns. Shut pumps down, tagged the XN 10527 ctmd 10511 MD. Flagged coil 10389 ctmd. POOH. BD YJ Tools. MIRU T-bird Pumpers to IA. Load IA w/ Crude. Fluid Packing Tbg w/ slick 1% kcl w/ SL. ***Continue on WSR 7/25/23*** 7/24/2023 T/I/O=2000/1700/0 (Assist coil w/ load and test) TFS U3. Pumped 550 bbls of crude down the IA taking returns through ST#2 ( SO) into formation. *Job continues to 7-25- 23* 7/25/2023 CTU 9 - 1.75" CT - .156" WT - Job Scope = FCO to Plug, Set Plug, & CMIT. Fluid Packing Tbg. RIH w/ BOT ISAP to Flag. Corr Depth. At setting depth ISAP @ 10,373'. Pump 1/2" ball to 26 bbls. Wait on fluid to warm up. Set ISAP plug. Start pressuring up the IA for CMIT. ISAP fail at 2000 psi WHP. POOH. Bag was found failed. MU BOT MHA and 2.5" IBP. RIH to Flag. Corr Depth. At setting depth. Kill well and FP. Wait on fluid to warm up. ***Continue on WSR 7/26/23*** 7/25/2023 *Job continues from 7-24-23* (Assist coil) TFS U3. Pumped 65 bbls of crude down the IA to attempt an CMIT-TxIA MAP 2750 psi. IA and TBG taking fluids max pressure achieved (1800/2280 psi). SB for coil to reset CBP *Job continues to 7-26- 23* 7/26/2023 CTU 9 - 1.75" CT - .156" WT Job Scope = FCO to Plug, Set Plug, & CMIT. Set IBP @ 10,373' MD per BOT Procedure. POOH. BD BOT setting BHA. CMIT TxIA to 2500 psi Passed with losses of 51/17 on the tubing and 19/17 on the IA . RDMO CTU 9 ***Job Complete*** 7/26/2023 *Job continues from 7-25-23*. (Assist Coil) TFS Unit 3 Assist Coil Unit 9 (Load and Test) CMIT TxIA ***Passed*** to 2545/2705 Pumped 31 BBLS of Crude to Reach a Max applied pressure of 2750. Target Pressure of 2500 psi 1st 15 min TxIA lost 54/16 psi 2nd 15 min TxIA lost 16/16 psi. Total Loss of 70/32 psi in 30 min Test. Bled back 9.5 BBLS of Crude Coil Tubing in control of Well upon departure. FWHP= 330/357/450. 8/6/2023 ***WELL S/I ON ARRIVALL*** RAN 3.68'' CENT, IBP EQ SLEEVE (4 1/8'' brass tattle tale pins) TO IBP @ 10371'SLM PULLED 2.5" IBP FROM 10373'SLM ***JOB COMPLETE, WELL LEFT S/I*** Daily Report of Well Operations PBU P2-58 Daily Report of Well Operations PBU P2-58 8/17/2023 T/I/O = SSV/240/690. Temp = SI. Well Lock OA downsqueeze. AL disconnected. OA TOC = 8.6". Halliburton mixed 50 gallons of Well Lock. Returned ~15 gallons of fluid. Pressure OA to 2000 psi for 6 hrs, squeezing 13 gallons. Installed 3/4" CNG hose as an accumulator with AL gas @ 1000 psi, do not open to OA until OAP decreases to under 1000 psi. Heater left in well house to keep wellhead between 70°- 90° until all samples are cured. Hung tag on OA. Final WHPs = SSV/240/1700. SV, WV, SVS = C. MV = O. IA, OA = OTG. 17:00. 8/17/2023 T/I/O = SSV/240/300. Temp = SI. WHPs (post Wellock). Heater working properly. Wellock sample not set up. Increased OAP w/ attached CNG accumulator to 1270 psi. SV, WV, SSV = C. MV = O. IA, OA = OTG. 23:00 8/19/2023 T/I/O = SSV/240/910. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample not set up. OAP decreased 360 psi overnight. SV, WV, SSV = C. MV = O. IA, OA = OTG. 05:00 8/19/2023 T/I/O = SSV/240/910. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample not set up. WHPs unchanged since 05:00 SV, WV, SSV = C. MV = O. IA, OA = OTG. 17:00 8/21/2023 T/I/O = SSV/240/790. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample not set up. WHPs decreased 120 psi overnight. SV, WV, SSV = C. MV = O. IA, OA = OTG. 05:30 8/22/2023 T/I/O = SSV/200/780. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample is set up. IAP decreased 40 psi during the day. OAP increased 20 psi during the day. SV, WV, SSV = C. MV = O. IA, OA = OTG. 17:00 8/22/2023 T/I/O = SSV/240/760. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample not set up. WHPs decreased 30 psi overnight. SV, WV, SSV = C. MV = O. IA, OA = OTG. 05:30 8/24/2023 T/I/O = SSV/200/780. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample is set up. WHPs unchanged overnight. SV, WV, SSV = C. MV = O. IA, OA = OTG. 11:00 8/24/2023 T/I/O = SSV/200/780. Temp = SI. WHPs (post Wellock). AL disconnected. Heater working properly. Wellock sample is set up. IAP decreased SV, WV, SSV = C. MV = O. IA, OA = OTG. 8/26/2023 T/I/O = SSV/200/750. Temp = SI. WHPs (post wellock). AL disconnected. Heater working properly. OAP decreased 30 psi since last monitor. Wellock sample is set up. SV, WV, SSV = C. MV = O. IA, OA = OTG. 17:30. 8/31/2023 T/I/O = SSV/200/740. Temp SI. WHP's (post wellock). AL disconnected. Heater is on well head and working properly. OAP decreased 10 psi. Wellock sample is set up. Pulled off side 1502 wing, very small amount of fluid, wellock at surface is spongy to the touch. Removed Accumulator from opposite side, bled to 0 psi. OAP built up to 160 psi in 15 min, bled and held open bleed for 1 hr. SI bleed and monitor for 30 min, OAP remained @ 0 psi. Heater( working properly. Wellock sample not set up. Well Lock OA downsqueeze Wellock sample is set up Returned ~15 gallons ofgg fluid. Pressure OA to 2000 psi for 6 hrs, squeezing 13 gallons. Installed 3/4" CNGgg hose as an accumulator with AL gas @ 1000 psi, do not open to OA until OAPg@ decreases to under 1000 psi. Heater left in well house to keep wellhead between 70°- 90° until all samples are cured. Heater( working properly. Wellock sample is set up ( Wellock sample is set up. Heater( working properly. Wellock sample not set up. Halliburton mixed 50 gallons of Well Lockg Heater( working properly. Wellock sample not set up. ( Wellock sample is set up. ( Wellock sample not set up Daily Report of Well Operations PBU P2-58 8/31/2023 T/I/O = SSV/240/0. Temp = SI. WHPs (post wellock). AL disconnected @ C-spool. Heater installed in WH and working, front and back door open and secured. Wellock sample cured. Both 3:00 and 9:00 sides of OA @ 0 psi. SV, WV, SSV = C. MV = O. IA, OA = OTG. 00:00. 9/3/2023 RD BV's & integrals. RU OA & companion flange also C spool. Torque to Api Specs. ***JOB COMPLETE***. 9/4/2023 T/I/O = 650/2280/15. Temp = 100*. WHP's (Post POP). AL online = 2280 psi. 9/5/2023 ***WELL FLOWING ON ARRIVAL*** (Cement squeeze) RAN 4-1/2" BRUSH & 3.80" G. RING TO SVLN AT 2,123' MD ***CONTINUE ON 9/6/23 WSR*** 9/6/2023 ***CONTINUED FROM 9/5/23 WSR*** (Cement squeeze) SET 4-1/2" WRDP-2 (sn: HPS-377) AT 2,213' MD PERFORMED SUCCESSFUL 500 psi DRAWDOWN ON WRDP ***WELL FLOWING ON DEPARTURE*** 9/7/2023 T/I/O = 540/2420/20. Temp = 57°. IA FL (ops req). ALP = 2656 psi, SI @ MFB. IA FL @ 9361' (sta #2 SO). SV = C. WV, SSV, MV = O. IA, OA = OTG. 21:00. 9/12/2023 T/I/O = 580/2330/30. Temp = 106°. WHPs (post wellock). ALP = 2510 psi, online. Removed wellock sample from WH. SV = C. WV, SSV, MV = O. IA, OA = OTG. 04:30 9/18/2023 T/I/O = 560/2380/30. Temp = 102°. WHPs (post wellock). ALP = 2540 psi, online. OA cemented to surface. OAP has not changed since 9/12. SV = C. WV, SSV, MV = O. IA, OA = OTG. 17:00 Wellock sample cured. 1 Regg, James B (OGC) From:PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Sent:Sunday, September 3, 2023 4:08 PM To:Regg, James B (OGC) Cc:Wallace, Chris D (OGC); Bo York; Oliver Sternicki; PB Wells Integrity Subject:UNDER EVALUATION: Producer P2-58 (PTD #1900080) Evaluate Well Lock Repair Mr. Regg, After a Coil cleanout, an IBP was set and a CMIT‐TxIA passed to 2545 psi on 07/26/23. An OA down squeeze with Well Lock was performed on 08/17/23 in accordance with Sundry 322‐607. The well is now classified as UNDER EVALUATION for up to 28‐days to be put on production and monitor the OA pressure. Plan forward: 1. Operations: POP 2. DHD: Monitor OA pressure and re‐treat with Well Lock if needed Please respond with any questions. Andy Ogg Hilcorp Alaska LLC Field Well Integrity andrew.ogg@hilcorp.com P: (907) 659‐5102 M: (307)399‐3816 From: PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Sent: Sunday, October 23, 2022 10:28 AM To: Regg, James B (CED) <jim.regg@alaska.gov> Cc: chris.wallace@alaska.gov; Oliver Sternicki <Oliver.Sternicki@hilcorp.com>; Bo York <byork@hilcorp.com>; PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Subject: NOT OPERABLE: Producer P2‐58 (PTD #1900080) OA re‐pressurization not MBB Mr. Regg, DHD performed a passing PPPOT‐IC on 10/09/22 indicating competent wellhead seals. Follow up monitors proved the OA re‐pressurization rate was not manageable by bleeds. A sundry has been submitted to perform an OA down squeeze with Well Lock. The well will now be classified as NOT OPERABLE until the Well Lock down squeeze is executed. Please respond with any questions. Andy Ogg Hilcorp Alaska LLC Field Well Integrity andrew.ogg@hilcorp.com P: (907) 659‐5102 CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. 2 M: (307)399‐3816 From: PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Sent: Sunday, September 25, 2022 11:07 AM To: Regg, James B (CED) <jim.regg@alaska.gov> Cc: chris.wallace@alaska.gov; Oliver Sternicki <Oliver.Sternicki@hilcorp.com>; Bo York <byork@hilcorp.com>; PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Subject: UNDER EVALUATION: Producer P2‐58 (PTD #1900080) OA casing pressure above MOASP Mr. Regg, Producer P2‐58 (PTD #1900080) has a cemented OA and was reported to have sustained OA casing pressure above MOASP on 09/25/22. The well will now be classified as Under Evaluation and is on the 28‐day clock for diagnostics. Plan forward: 1. DHD: PPPOT‐IC, re‐energize wellhead seals as needed 2. DHD: Outer annulus re‐pressurization test 3. Well Integrity: Additional diagnostics as needed Please respond with any questions. Andy Ogg Hilcorp Alaska LLC Field Well Integrity andrew.ogg@hilcorp.com P: (907) 659‐5102 M: (307)399‐3816 3 The information contained in this email message is confidential and may be legally privileged and is intended only for the use of the individual or entity named above. If you are not an intended recipient or if you have received this message in error, you are hereby notified that any dissemination, distribution, or copy of this email is strictly prohibited. If you have received this email in error, please immediately notify us by return email or telephone if the sender's phone number is listed above, then promptly and permanently delete this message. 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Chmielowski Digitally signed by Jessie L. 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Do not click links or open attachments unless you recognize the sender and know the content is safe. From:Regg, James B (OGC) To:AOGCC Records (CED sponsored) Subject:FW: NOT OPERABLE: Producer P2-58 (PTD #1900080) OA re-pressurization not MBB Date:Tuesday, October 25, 2022 9:19:00 AM Attachments:image002.png Jim Regg Supervisor, Inspections AOGCC 333 W. 7th Ave, Suite 100 Anchorage, AK 99501 907-793-1236 From: PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Sent: Sunday, October 23, 2022 10:28 AM To: Regg, James B (OGC) <jim.regg@alaska.gov> Cc: Wallace, Chris D (OGC) <chris.wallace@alaska.gov>; Oliver Sternicki <Oliver.Sternicki@hilcorp.com>; Bo York <byork@hilcorp.com>; PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Subject: NOT OPERABLE: Producer P2-58 (PTD #1900080) OA re-pressurization not MBB Mr. Regg, DHD performed a passing PPPOT-IC on 10/09/22 indicating competent wellhead seals. Follow up monitors proved the OA re-pressurization rate was not manageable by bleeds. A sundry has been submitted to perform an OA down squeeze with Well Lock. The well will now be classified as NOT OPERABLE until the Well Lock down squeeze is executed. Please respond with any questions. Andy Ogg Hilcorp Alaska LLC Field Well Integrity andrew.ogg@hilcorp.com P: (907) 659-5102 M: (307)399-3816 From: PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Sent: Sunday, September 25, 2022 11:07 AM To: Regg, James B (CED) <jim.regg@alaska.gov> Cc: chris.wallace@alaska.gov; Oliver Sternicki <Oliver.Sternicki@hilcorp.com>; Bo York <byork@hilcorp.com>; PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Subject: UNDER EVALUATION: Producer P2-58 (PTD #1900080) OA casing pressure above MOASP Mr. Regg, Producer P2-58 (PTD #1900080) has a cemented OA and was reported to have sustained OA casing pressure above MOASP on 09/25/22. The well will now be classified as Under Evaluation and is on the 28-day clock for diagnostics. Plan forward: 1. DHD: PPPOT-IC, re-energize wellhead seals as needed 2. DHD: Outer annulus re-pressurization test 3. Well Integrity: Additional diagnostics as needed Please respond with any questions. Andy Ogg Hilcorp Alaska LLC Field Well Integrity andrew.ogg@hilcorp.com P: (907) 659-5102 M: (307)399-3816 The information contained in this email message is confidential and may be legally privileged and is intended only for the use of the individual or entity named above. If you are not an intended recipient or if you have received this message in error, you are hereby notified that any dissemination, distribution, or copy of this email is strictly prohibited. If you have received this email in error, please immediately notify us by return email or telephone if the sender's phone numberis listed above, then promptly and permanently delete this message. While all reasonable care has been taken to avoid the transmission of viruses, it is the responsibility of the recipient to ensure that the onward transmission, opening, or use of this message and any attachments will not adversely affect its systems or data. No responsibility is accepted by the company in this regard and the recipient should carry out such virus and other checks as it considers appropriate. V ..- 0 O O i 1. - o cel WNW CD p�7op bp u V NZ a) L/J J to m c.) a) CO -.! QTx Y - 0 Q Q r <'9 - v a) O . I-z a) c L c Z; 0D F- > • - . @ r6 Y O 1111.9 g' U Y > Q C O p • 6 ,V L O 3 �g (t ra O_ < LY E J. WU' T- ,- ,_ . . . . . ,_ L O Q) L Q 0 . CU Y N Q - O a a a �^ `o. a 3 - Co 4.-• c0 ~ 2 W Q Q E Q 2 E Q Q g E o _ n v Q �' M N IO M O N O a) Q Q1 N Z cc u O > Q v Q) U Y I-I- •J C)> y ro = r0 O W 0 0 p 0 p p p p p 0 Cu u L Cr CI' J J J J J J J J J y W W W W W W W W W OOD 0 i /g®- no ~J Pt McIntyre Wellname Changes ~ 5128/02 ~OL~:~NUMBER. ` NEW :NUMBER ~ '. PERMIT NUMBER Pt. McIntyre 01 ! 177-046 Pt. McIntyre 02 '177-065 Pt. McIntyre 03 °P1-02 i188-005 _ _ : __ Pt. McIntyre 04 P1-03 _ __ _____ _ _ 1189-013 __ _ _. ____ _ __ _ _ _------- -..._T._ _..._ Pt. McIntyre 05 _ I -._-- P1-25 - X189-041 -~ ~- -- _ ___ _ _~_ _ _ Pt. McIntyre 06 -- j P2-58_ ~ 190-008 __ ~ -- ^ _ -__~__ ~,~~\_ ~.. Pt. McIntyre 07 _' Pt Int r 08 M P1-01_ ~P1-07 __ X190-027 '189 134 ______` __._....._ y . c e ------ - - --- - - -- Pt. Mcln re 09 ty P2-59 190-140 ---- Pt. McIntyre 10 ___~.-- P2-57 ---------- , 191-079 Pt. McIntyre 11 -- -- --- P1-12 -------- 191-013 ---------- .. ~.- - - Pt. McIntyre 12 r 191-037 ~.--- ---_. _..._.. Pt. McIntyre 13 P_2__-60 ______ 191-091 Pt. McIntyre 3~pP 189-003 _ `~ SCANNEC9 JUL 2 2 2008 jy-51 ~e4~cr \ E STEVE ` ~ ~ ll-~ ~ \4~~~ ~ ~s"C. V ~~v ~: \v~~a~- ~~~ ~ s~ ~~, >OC rte{ SO~~t~~~~~ '~i~~ C~ M ~'rc~`~ ~ P~. /~~ ( ~~ t~rlo~v Cry ~ ~ ~~C~ ~' ~CC~S <. SCANNED MAY 3 0 2002 ~ ~ Pr~\ ~ ~w ~J Page 1 STATE OF ALASKA ~,; -y~.va Ata~,,,~CA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 6~CdrC1 V ICV APR 0 4 2008 1. Operations Performed: ^ S i l ^ AnChOr~qe ll ^ R E t S d dW ^ Abandon ®Repair Well t mu ate Plug Perforations n er uspen e e e- ^ Alter Casing ®Pull Tubing ^ Perforate New Pool ^ Waiver ^ Other ^ Change Approved Program ^ Operation Shutdown ^ Perforate ^ Time Extension 2. Operator Name: 4. Well Class Before Work: 5. Permit To Drill Number: BP Exploration (Alaska) Inc. ®Development ^ Exploratory 190-008 ' 3. Address: ^ Service ^ Stratigraphic 6. API Number: P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-22000-00-00 7. KB Elevation (ft): 41 50 ' 9. Well Name and Number: . pBU P2-58' 8. Property Designation: 10. Field /Pool(s): ADL 365548 - Prudhoe Bay Field /Point McIntyre Pool 11. Present well condition summary Total depth: measured 11920 ' feet true vertical 9545 ~ feet Plugs (measured) None Effective depth: measured 11764 feet Junk (measured) 11549' true vertical 9407 feet Casing Length Size MD TVD Burst Collapse Structural Conductor 110' 20" 110' 110' Surface 2743' 13-3/8" 2735' 2654' 5020 2270 Intermediate Production 10808' 9-5/8" 10808' 8546' 6870 4760 Liner 1380' 7" 10506' - 11886' 8272' - 9515' 8160 7020 SCENE®MAY 2 ~ 2000 Perforation Depth MD (ft): 11270' - 11416' Perforation Depth TVD (ft): 8965' - 9091' 4-1/2", 12.6# 13Cr80 / L-80 11206' Tubing Size (size, grade, and measured depth): Packers and SSSV (type and measured depth}: 9-5/8" x 4-1/2" Baker'S-3' packer; 10362'; ' 9-5/8" x 4-1/2" TIW packer 10469 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment description including volumes used and final p ressure: Cut and pull tubing from 10418'. Cut and pull 9-5/8" casing from 2357'. Run 9-518" {47#, L-80) tieback and cement w/ 175.5 Bbls 985 cu ft / 842 sx Class 'G'. Ran new Chrome tubin . 13. Re resentative Dai! Avera a Production or In'ection Data Oil-Bbl Gas-Mcf Water-Bbl Casin Pressure Tubin Pressure Prior to well operation: Subsequent to operation: 14. Attachments: ^ Copies of Logs and Surveys run 15. Well Class after work: ^ Exploratory ®Development ^ Service ® Daily Report of Well Operations 16. Well Status after work: ® Well Schematic Diagram ®Oil ^ Gas ^ WAG ^ GINJ ^ WINJ ^ WDSPL 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or NIA if C.O. Exempt: Contact Kris Honas, 564-4338 307-071 Printed Name T rrie Hubble Title Drilling Technologist Prepared By NamelNumber: o3 Signature Phone 564-4628 Date Terrie Hubble, 564-4628 Form 10-404 Revised 04/2006 ~ ~~~ ~A~ ~ ~ ~O~B ~ Submit Original Only i,~~~~i~1AI ~"~~~ '~'G~I~ ~'l.~J~ ~, rQIJ.G I VI G ~~WeII History Well Date Summary P2-58 2/24/2007 ""*WELL SHUT IN ON ARRIVAL*** DRIFT W/ 3.25 CENT, TEL,S-BAILER, TAG TAILC~ 11193'SLM 13'CORRECTION TO MD, TAG BOTTOM/FISH@11523'SLM. ALL PERFS OPEN. 120' OF RAT Hnl F rS-BAILER EMPTY) ' JOB IN PROGRESS ***CONTINUED ON WSR 2/25/07'** P2-58 2/25/2007 ***CONTINUED FROM WSR 2/24/07*** SBHPS (GOOD DATA) ""*NOTIFIED DSO LEFT WELLS/I**** P2-58 1/6/2008 '"* WELL SHUT IN ON ARRIVAL *** RIG UP SLICKLiNE "** JOB CONTINUED ON 01-07-08 WSR *** P2-58 1/7/2008 Assist Slickline Pump as Directed. Stand by for Slickline to finish caliper run `*** Job continued on 1-08- 08 WSR*** P2-58 1/7/2008 `"* JOB CONTINUED FROM 01-06-08 WSR *** MADE 3 ATTEMPTS TO LOCK OUT TRSSSV ~ 2083' SLM TESTED FLAPPER THREE TIMES, INDICATES TRSSSV FUNCTIONING DRIFT W/ 3.7"CENT, SAMPLE BAILER TO 11515' SLM, (no sample) C:AI IPERED TBG FROM 11 250' SLM TO SURFACE (GOOD DATA) **' JOB CONTINUED ON 01-08-08 WSR *** P2-58 1/8/2008 *** JOB CONTINUED FROM 01-07-08 WSR *** (lock out trsssv/pre-rwo) RIGGED DOWN SLICKLINE DUE TO -44 TEMP *** WELL SHUT IN *** P2-58 1/8/2008 *** Job continued from 1-07-08 WSR*** Assist Slickline (Pre-RWO} Stand by for weather, unable to rig up due to -45*f ambient temp. *** Continued on 1-9-07 WSR*** P2-58 1/9/2008 **** Job continued from 1-09-08 WSR*** P2-58 1/9/2008 **** Job continued from 1-09-08 WSR**" Assist Slickline, pump as directed-- Pumped 3.6 bbls crude down Tbg. Final WHP's= 900/220/20 "Annulus casing valves left open on departure" P2-58 1/9/2008 *** CONTINUED FROM WEATHER STAND BY i/09/08 WSR*** LOCKED OUT TRDP-4A SSSV C~ 2083' SLM W/ LRS ASSISTANCE RAN 3.84" NO-GO, FLAPPER CHECKER TO SAME, ** TRSSSV APPEARS TO BE LOCKED OUT ** P2-58 1/21/2008 WELL SHUT IN ON ARRIVAL. INITIAL T/I/0= 1100/220/0, LRS PUMPED 220 68L CRUDE AND 5 BBL METH 70 KILL WELL. ELINE SET 3.66" HESFASDRILL BRIDGE PLUG MID-ELEMENT AT 10 503 FT IN 4-1/2" TUBING. DE R 30 MIN- PASS. '"***CONTINUED 22-JAN-2008****" P2-58 1/21/2008 T/t/0=875/260/0 Assist E-line MIT T PASSED to 3500 psi (RWO Prep) -Load tbg w/5 bbls neat methanol, 220 bbls 95*F crude while maintaining open OA bleed (SC leak), MIT T to 3500~si- PASSED, Pressured Tbg to 3500 psi with 3.5 bbls crude. MIT T lost 150 psi 1st 15 minutes and 70 psl 2nd 15 minutes for a total loss of 220 psi during 30 minute test. Bled Tbg to 0 psi. FWHP's=0/300/0. Annulus valves open to gauges. P2-58 1/22/2008 "***CONTINUED FROM 21-JAN-2008***** RIH W/WITH 3.65" POWERCUTTER. 4-1/2" TUBING CUT AT 10 415 FT DEVIATION AT CUT 37 DEGREES. DEPTHS CORRELATED O TUBING SUMMARY DATED 23-MAR-1990. ***JOB COMPLETE*** P2-58 1/31/2008 Circ-Out {Pre-RWO) Rig up to well and PT hard line *** Job continued on 2-01-08 WSR*** P2-58 2/1/2008 **" Job continued from 1-31-08 WSR*** T/I/0= 300/40/0 Temp= SI Circ-Out CMIT TxIA to 3500 nsi t Pre-RWO) Pumped a 5 bbl neat methanol spear followed by 1098 bbls of 1 KCL down the tubing through the cut up the IA to the flow line of P2-59. Freeze protected the tubing and IA with 148 bbls of diesel by pumping into the tubing taking returns from the lA. U-Tube the freeze protect into place. Pumped 9.6 bbls of ambient diesel into the tubing to test. CMIT TxIA lost 20/20 psi in the 1st 15 min and 0/0 psi in the 2nd 15 min for a total loss of 20/20 psi in the 30 min test. Bied all pressures to 0 psi. Final WHP's = 0/0/0 Annulus valves tagged and left open to the gauges at the time of departure. P2-58 2/8/2008 T/IA/OA= 0/0/0 Temp=cold PPPOT-T (PASS) PPPOT-IC (incomplete) (Pre RWO) PPPOT-T RU HP bleed tool onto THA (Internal check still installed) pressure bled through SBS, 0 psi achieved. Flushed THA void till clean returns achieved, pressured to 5000 psi for 30 minute test 5000/ , 15 minutes, 4800/ 30 minutes. Bleed void to 0 psi, RD test equipment re-installed Alemite cap. Cycle and torqued LDS "Standard style" all functioned with no problems. http://digitalwellfile.bpweb.bp.com/WI Info/Reports/ReportViewer.aspx 4/2/2008 ulglt~ti vven me P2-58 2/9/2008 P2-58 2/16/2008 P2-58 2/20/2008 Print Date: 4/2/2008 SBS, 0 psi ~ -hieved. was not able to flush pack-off will complete 2/09/08 "'" Need further permitting (Confined Space) to complete job. Operations was not able to assist with rig moving onto location.'"` T/IA/OA= 0/0/0 Temp=cold PPPOT-IC (PASS) Cycle LDS on Starting head (Pre RWO) PPPOT-IC RU HP bleed tool onto Alemite, verified 0 psi through SBS. Fluched IC void until clean returns achieved. Pressured to 3500 psi for 30 minute test, 3400/ 15 minutes, 3400/ 30 minutes. Bleed void to 0 psi RD test equipment, cycle and torque LDS "ET style" all moved with no problems. Cycle and torqued all LDS "Standard" on starting head, all moved with no problems. Set 4" ciw bpv pre rig work T/I/O=BPV/0/0. SI. Installed heater trunk in 12' cellar. Covered with plastic and plywood. Page 1 of 1 http://digitalwellfile.bpweb.bp.com/Wllnfo/Reports/ReportViewer.aspx 4/2/2008 ate' __ BP EXPLORATION Page 1 of 9 Operations Summary Report Legal Well Name: P2-58 'Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT 'Phase Description of Operations 2/20/2008 21:00 - 00:00 3.00 RIGD P PRE Rig down sub and pits. Disconnect camp, shop and out buildings. Move camp, shop, welding shop and spot down pad. Stage out buildings on side of pad. 2/21/2008 00:00 - 02:30 2.50 MOB P PRE Move sub and pits to P2-58. Pressures on OA and Tubing 0 psi. Spot sub base over well. 02:30 - 08:00 5.50 RIGU P PRE Rig up cellar and primary unit. Move pits into place. Rig up interconnect. Spot cuttings box, berm. Complete pre-spud check list. Hold pre-spud meeting with crew. 08:00 - 11:30 3.50 WHSUR ( P 11:30 - 12:30 1.00 WHSUR P 12:30 - 13:30 1.00 WHSUR P 13:30 - 19:30 6.00 WHSUR N 19:30 - 20:30 1.00 WHSUR P 20:30 - 00:00 3.50 WHSUR P 2/22/2008 00:00 - 00:30 0.50 WHSUR P 00:30 - 01:00 0.50 WHSUR P 01:00 - 02:00 1.00 WHSUR P 02:00 - 04:00 2.00 WHSUR N 04:00 - 04:30 0.50 WHSUR P 04:30 - 05:30 05:30 - 06:00 06:00 - 07:00 07:00 - 10:00 10:00 - 18:00 18:00 - 19:00 19:00 - 20:00 1.001 WHSUR I P Rig accept at 0800 hours. Take on fluid in pits. DECOMP PJSM. Set up bleed tank for 13-3/8" x 9-5/8" annulus. Zero pressure on IA x OA. Open up and monitor for pressure. Pump out cellar box. PJSM. Install secondary annulus valve on IA. Measure RKB. DECOMP PJSM. Perform CMIT on T x IA to 3500 psi for 30 minutes -OK. DECOMP PJSM. Rig up circulating lines to circulate out diesel. WAIT DECOMP Wait on DSM to pull BPV. Get tools ready for ND/NU. Load and strap collars. Clean and service rig equipment. Bring casing equipment to rig floor. DECOMP PJSM. Rig up DSM. Pressure test lubricator - OK. Pull BPV. Rig down. DECOMP PJSM. Circulate out freeze protect. Take returns to cuttings box. Circulate warm 9.0 ppg brine around at 210 gpm. DECOMP PJSM. Rig down circulating lines. Blow down choke to cuttings box. DECOMP PJSM. Run in TWC. Rig up to test from- above. DECOMP PJSM. Test TWC from above to 1000 psi. Leaking by TWC. Attempt to tighten TWC. Test rom elow to 100 psi or 5 minutes.. Good test. Rig up to top and attempt to test again. Still leaking. Tighten lock downs on hanger. Attempt to test again. Still leaking. Remove pump in sub. Blow down lines. WAIT DECOMP Waiting on DSM to pull TWC with lubricator. Cameron rounding up another TWC. Bring drill pipe in pipe shed. Perform maintanence. DECOMP PJSM. PU and RU DSM lubricator. Pull TWC. PU T bar, run in new TWC. DECOMP PJSM. Rig up and test TWC from below to 1000 psi for 5 minutes. Good test. Rig up and test from above to 1000 psi toi 5 minutes. Good test. 0.50 WHSUR P DECOMP Rig down DSM. Blow down lines and rig down. Prepare to ND tree. 1.00 WHSUR P DECOMP PJSM. ND tree. Check threads in hanger. Make XO with 7-1/4 turns. Remove tree form cellar. 3.00 BOPSU P DECOMP PJSM. NU BOPE. 8.00 BOPSU P DECOMP PJSM. Test BOPE to 250 psi low, 3500 psi high and Hydril to 250 psi low, 2500 psi high as per AOGCC. Test witnessed by Chuck Scheve with AOGCC. 1.00 BOPSU P DECOMP PU joint of drill pipe and make up XO for tubing hanger. PU DSM lubricator. PU spooling unit 1.00 DHB P DECOMP PJSM. Make up DSM lubricator. Pull TWC. Rig down lubricator. rnrneu: aiui<vvo i.oc. iw rrvi -BP EXPLORATION Operations Summary Report .Page 2 of 9 Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT ,'Phase Description of Operations 2/22/2008 20:00 - 21:00 1.00 PULL P DECOMP PJSM. PU landing joint with XO to TDS. Run in and make up to hanger with 7-1/4 turns. Back out lock down screws. Unseat han er with 145k up. Pull hanger to rig floor. 21:00 - 22:00 1.00 PULL P DECOMP Circulate around with warm 9.0 ppg brine. 22:00 - 23:30 1.50 PULL P DECOMP PJSM. Break out hanger from top drive and lay down. Rig up casing equipment. Install TIW. Hold PJSM. Switch rig tongs. 23:30 - 00:00 0.50 PULL P DECOMP PJSM. Pull and lay down 4-1/2" completion tubing. 2/23/2008 00:00 - 13:30 13.50 PULL P DECOMP PJSM.~Pull 4-1/2" completion tubing. Recovered 29 SS bands and the TRDP with flow couplings. Pulled 258 joints, 6 GLM's and one cut joint at 2.52'. 13:30 - 15:00 1.50 PULL P DECOMP PJSM. Rig down casing equipment. Switch tongs around. Remove rubbers. Suck out stack. Clear and clean floor. Lay casing tools down beaver slide. PU test joint. MU TIW and run in test plug. 15:00 - 16:30 1.50 BOPSU P DECOMP PJSM. Fill stack. Check for leaks. The IA leaking. Set top drive down on test plug. Pressure up on bottom rams. Leaking by test plug. Remove and tighten retainer plate on seal. Run back in. No leaks. Test rams to 250 psi low, 3500 psi high as per AOGCC. Test witness waived by Chuck Scheve with AOGCC. Test witnessed by WSL Bill Decker and Toolpusher Cleve Coyne. 16:30 - 18:30 2.00 CLEAN P DECOMP PJSM. Pick dressoff BHA up beaver slide. 18:30 - 19:30 1.00 CLEAN P DECOMP PJSM. Service and tube rig and top drive. 19:30 - 21:30 2.00 CLEAN P DECOMP PJSM. Make up dress-off mill/scraper assy BHA to 323'. Change out handling equipment. 21:30 - 00:00 2.50 CLEAN P DECOMP PJSM. Pick up 4" drill pipe to 3127'. Fill pipe. 2/24/2008 00:00 - 06:00 6.00 CLEAN P DECOMP PJSM. RIH with dress-off assembly picking up 4" drill pipe to 10408'. 06:00 - 08:00 2.00 CLEAN P DECOMP PJSM. Wash to 10423' dressing off tubing stub. Top of tubing stub at 10418'. Pump hi-vis sweep surface to surface at 535 gpm with 2950 psi. Rotate and reciprocate. Up weight 190k, down 145k, RT 170k. Torque 6-7k at 50 rpm. 08:00 - 11:30 3.50 CLEAN P DECOMP PJSM. POOH to 323'. 11:30 - 14:30 3.00 CLEAN P DECOMP PJSM. Change out handling equipment. Rack back drill collars. Break out BHA. Clean out boot baskets -shavings. Lay BHA down beaverslide. Clear and clean floor. 14:30 - 15:30 1.00 DHB P DECOMP PU/MU RBP and RIH to 19'. 15:30 - 17:30 2.00 DHB P DECOMP PJSM. RIH to 3010'. Up and down weight 70k. Pull up and set lu with to at 2995'. Release from plug. Pull one stand. 17:30 - 18:30 1.00 DHB P DECOMP PJSM. Test RBP and casing to 3500 psi for 30 minutes - OK. 18:30 - 00:00 5.50 DHB P DECOMP PJSM. Dump 2200 Ibs of 20/40 river sand down drill pipe. SIMOPS. Install double valve on OA. Install first valve. Pull VR plug. Close valve and install second valve. Continue to dump sand. Pipe plugging off. Pumping down string to unplug pipe. 2/25/2008 00:00 - 02:30 2.50 DHB P DECOMP PJSM. Continue to dump sand on top of RBP. Finish with sand. 02:30 - 03:00 0.50 DHB P DECOMP PJSM. Displace well with 9.8 ppg brine. 03:00 - 04:30 1.50 DHB P DECOMP PSJM. POOH. Lay down RBP running tool. 04:30 - 06:00 1.50 EVAL P DECOMP PSJM. Spot E-line unit. PU USIT tools. Rig up E-line. 06:00 - 13:30 7.50 EVAL P DECOMP RIH with USIT/CCL. Log up from 2900' in cement and corrosion mode. TOC at 2520'. POOH/LD USIT/CCL. PU 5 strand string shot and RIH. Shoot string shot at 2370' (collar). POOH. RD E-line. Clear and clean floor. rrintea: ~iznzuua i:oza4 rm ,~' BP EXPLORATION Page 3 of 9 Operations Summary Report Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT .Phase Description of Operations 2/25/2008 13:30 - 15:30 2.00 DHB P DECOMP PJSM. PU 1 stand drill pipe and make up muleshoe. RIH with 5 stands drill pipe and 3 stands drill collars for weight. Up weight 50k, down 55k. PU RTTS. Spot RTTS top in spacer spool and 15:30 - 16:30 1.00 DHB P DECOMP PJSM. Close blinds and test to 3500 psi - OK. Bleed off and blow down. Suck out stack. Rig up for cellar work. 16:30 - 19:00 2.50 BOPSU P DECOMP PJSM. Remove mousehole and turnbuckles. Remove riser. ND BOP stack and tubin s ool. Remove tubin s ool and secondary valve on OA. 19:00 - 22:30 3.50 BOPSU P DECOMP PJSM. NU BOP stack. Install turnbuckles and riser. Install mousehole and secondary valve. PJSM. Change out upper rams to 9-5/8". Remove tubing spool from cellar. 22:30 - 00:00 1.50 BOPSU P DECOMP PJSM. Make up 9-5/8" test joint and 3' pup. Make up XO to RTTS. Run RTTS running tool and make up with 9-1/2 turns to the right. 2/26/2008 00:00 - 05:30 5.50 BOPSU P DECOMP Run in with RTTS retrieval tool on test joint. Screw into RTTS. Close rams and test to 250 psi low and 3500 psi high as per AOGCC. Test witness waived by Chuck Scheve with AOGCC. Test witnessed by WSL Mitch Skinner and Toolpusher John Castle. Pressure not holding on high test. Trouble shoot all surface equipment. Attempt to test again without success. Back out RTTS retrieval tool. Re-set. Attempt to test on high again. No test. Pull RTTS retrieval tool. Close blind rams and test the RTTS to 3500 psi - OK. Run in with doughnut 9-5/8" test joint. Close rams and test rams and stack break. Test to 250/3500 -good test. 05:30 - 06:30 1.00 BOPSU P DECOMP Pull test joint and laydown. PU and make up RTTS retrival tool. Run in hole and screw into RTTS. Shut down for PJSM before pulling RTTS. Release RTTS and pull up to the rig floor, lav down RTTS. 06:30 - 07:30 1.00 BOPSU P DECOMP Change out elevators, pull out of hole racking back collars and Drill pipe. 07:30 - 08:00 0.50 BOPSU P DECOMP PJSM, Rig up false bowl and 9 5/8" handling equipment 08:00 - 09:30 1.50 BOPSU P DECOMP PJSM, Make up spear assembly, Spear 9 5/8" pup, pull to the ri floor and la down u 'oint ands ear assembl .Rig down 9 5/8" casing equipment and clear floor. 09:30 - 10:30 1.00 BOPSU P DECOMP PJSM, Make up 9 5/8" multi string cutter assembly 10:30 - 13:00 2.50 BOPSU P DECOMP Run in hole to 2,350', pump 180 GPM at 520 psi to open knives, slack off to collar at 2,377', pick up 20' and slack off to confirm location of collar at 2,377'. Pick up to 2,357',_ PUW = 60K, SOW = 60K, RWT = 65K, cut casing, pump 336 GPM at 650 psi, 60 RPM at 1,300 Kft/Ibs. Positive indication when casing was cut, pressure increased to 1,200 psi and freeze 13:00 - 15:00 2.00 BOPSU P DECOMP Close bag and circulate out freeze protect through gas buster. Circulate 300 bbls, surface to surface volume, shut down and monitor well, well static. 15:00 - 15:30 0.50 BOPSU P DECOMP Circulate at 180 GPM to confirm depth of cut with cutting tool, slack off twice and both times knives bottomed out at 2,357' 15:30 - 16:30 1.00 BOPSU P DECOMP Pull out of hole from 2,357' to BHA 16:30 - 17:30 1.00 BOPSU P DECOMP Lay down multi string cutter BHA and make up spear with pack off assembly 17:30 - 18:00 0.50 BOPSU P DECOMP Run in hole 35', spear 9 5/8" casing, PUW = 120K, casing free. lL~~' BP EXPLORATION Page 4 of 9 Operations Summary Report Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT Phase Description of Operations 2/26/2008 17:30 - 18:00 0.50 BOPSU P DECOMP Set slips, break out top drive, close bag, and rig up head pin to circulate the 9 5/8" x 13 3/8" annulus clean. 18:00 - 00:00 6.00 BOPSU P DECOMP PJSM with Little Red. Pressure test lines to 2,000 psi, circulate 50 bbls of 160 degree F diesel, 1 BPM at 150 psi, 50 bbls 160 degree F Fresh water/ Safe Surf, 1 BPM at 175 psi, chased with 200 bbls 9.8 ppg brine, 9 BPM at 530 psi. Initial returns were brine with a trace of diesel turning to 9.8 ppg straight brine after chasing with 200 bbls. Rig down head pin and find out we are out of balance, "U"tubing up 9 5/8" casing. Rig up and reverse diesel out of 9 5/8" casing, 3 BPM. Rig down and clear rig floor. 2/27/2008 00:00 - 00:30 0.50 CASE P DECOMP Rig up 9 5/8" casing handling equipment 00:30 - 01:30 1.00 CASE P DECOMP PJSM -Pull hanger to rig floor, rig up false rotary, Release and lay down spear, break hanger, change out elevators. 01:30 - 08:30 7.00 CASE P DECOMP PJSM -Pull and lay down 58 Joints 9 5/8" 47# L-80 casing and cut 'oint 20.7' Ion . Average torque to break BTC connections is 18-26 kft/Ibs Turbulators every third joint, total 17 recovered. Casing clean, no signs of arctic pack 08:30 - 09:30 1.00 CASE P DECOMP PJSM -Rig down casing handling equipment and clear rig floor. 09:30 - 10:00 0.50 CLEAN P DECOMP PJSM -Bring Baker tools up beaver slide for BHA #5 10:00 - 12:30 2.50 CLEAN P DECOMP PJSM -Make up wash over /casing scraper BHA #5 12:30 - 13:30 1.00 CLEAN P DECOMP PJSM -Run in hole from 344' to 2,307', Make up top drive and install blower hose. 13:30 - 14:30 1.00 CLEAN P DECOMP PJSM -Baseline parameters, PUW = 80K, SOW = 75K, RTW = 80K, 210 GPM @ 180 psi, slack off and tag stub at 2,357'.. Wash down to 2,388' swallowing entire stub, rotate at 25 RPM, 3 KfUlbs. Pump sweep, 235 GPM at 245 psi, get sweep out of BHA and increase rate to 590 GPM at 1,100 psi. Break out top drive, blow down and prepare to trip out. 14:30 - 15:30 1.00 CLEAN P DECOMP PJSM -Pull out of hole from 2,307' to 344'. 15:30 - 17:00 1.50 CLEAN P DECOMP PJSM -Rack back collars, Rig up false bowl and break out and lay down wash pipe. 17:00 - 19:30 2.50 CLEAN P DECOMP PJSM -Clean and clear rig floor, send all BHA #5 components down beaver slide, bring all BHA #6 components up beaver slide. 19:30 - 20:30 1.00 CLEAN P DECOMP PJSM -Make up back off BHA #6 20:30 - 22:30 2.00 CLEAN P DECOMP PJSM -Run in hole from 320' to 2,687'. 22:30 - 23:30 1.00 CLEAN P DECOMP PJSM -Rig up head pin to test pump. Position top anchor at 2,367', bottom anchor at 2,406', pressure up to 500 psi to shear brass pin in bottom anchor, set down 20 Klbs. Bleed off pressure to make sure bottom anchor is supporting weight. Pressure up to 2,500 psi, slack off and set slips, bleed off and pressure up as necessary to get 6 full turns to the left. Average pressure to cycle tool was 1,100 psi to 1,500 psi, 10,000 to 15,000 ft/Ibs of torque. 23:30 - 00:00 0.50 CLEAN P DECOMP Rig down head pin and test pump, drop dart to open pump out sub, pump dart down, took 850 psi to open pump out sub. Circulate one string volume, well out of balance, circulate another 130 bbls, break out top drive, and prepare to pull out of hole. 2/28/2008 00:00 - 01:00 1.00 CLEAN P DECOMP PJSM -Pull out of hole from 2,687' to 320' rrimea: muizuuo i:oz iw rm ~' $P EXPLORATION Page 5 of 9 Operations .Summary. Report Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT Phase Description of Operations 2/28/2008 01:00 - 02:30 1.50 CLEAN P DECOMP PJSM -Lay down back off tool and rack back drill collars for BHA #6. 02:30 - 03:00 0.50 CLEAN P DECOMP Send BHA #6 components down beaver slide and clean rig floor. 03:00 - 04:00 1.00 CLEAN P DECOMP PJSM -Make up Spear assembly, BHA #7 04:00 - 04:30 0.50 CLEAN P DECOMP Run in hole from 24' to 2,368' 04:30 - 05:00 0.50 CLEAN P DECOMP Spear into stub, verify spear engaged, finish backing out stub, and prepare to pull out of hole 05:00 - 06:00 1.00 CLEAN P DECOMP PJSM -Pull out of hole with fish from 2,377' to 24' 06:00 - 07:30 1.50 CLEAN P DECOMP PJSM -Lay down Spear assembly, BHA #7 and 18.97' cut 'oint. 07:30 - 09:30 2.00 CASE P TIE61 PJSM -Rig up to :un 9 5/8" casing 09:30 - 15:00 5.50 CASE P TIE61 PJSM -Run in hole with Triple connect, ESCementer, 59 joints 9 5/8" 47# L-80 Hydrill 563 casing, and 1 - 9.8' Pup. Bow Spring centralizers were run on every collar above the ESCementer to the space out pup, total 59 centralizers in the well bore. Torque turn Hydrill 563 to 18,000 fUlbs. 15:00 - 17:00 2.00 CASE P TIE61 PJSM -Rig up to screw in top drive. Rotate 10 RPM at 10.5 KfUlbs, high torque, order tubes compatible with brine in the well bore. 17:00 - 18:30 1.50 CASE P TIEB1 Spot tubes outside of 9 5/8" casing. 18:30 - 19:00 0.50 CASE P TIEB1 Screw in triple connect sub, 10 RPM at 9 KfUlbs initial torque, step up to 18 KfUlbs torque. Work torque down, approximately 10 wraps on surface, pull test with 150K over. Slack off to neutral weight, pull 100K over and hold. 19:00 - 19:30 0.50 CASE P TIEB1 PJSM -Pressure up to 500 psi and chart for 5 min to test integrity of triple connect good test, continue to pressure up to. 2.000 psi and chart for 10 minutes. Good test, bleed off ressure Gown to zero._ 19:30 - 20:00 0.50 CASE P TIE61 Pressure up to open ESCementer at 2 BPM, ESCementer opened at 2,900 psi. Circulate bottoms up, 13 BPM at 240 psi. 20:00 - 21:00 1.00 CEMT P TIEB1 PJSM -Rig down Crossover, drop composite ball to shut off below ESCementer, and rig up cement head. 21:00 - 23:00 2.00 CEMT P TIEB1 PJSM -Circulate 20 bbls with rig before swapping to Schlumberger. Swap over to Schlumberger, pump 5 bbls of water, pressure test to 4,000 psi. Pump 20 bbls Fresh water spacer with 1 gallon red dye, 5 BPM at 150 psi. Start botching first tub of tail slurry at 21:32 hrs. Pump 175.5 bbls 15.8 ppg Class G tail slurry, 5 BPM at initial circulating pressure of 300 psi, final circulating pressure of 275 psi. Kick plug out with 5 bbls water from Schlumberger, positive indication plug left the head. Swap over to rig and displace with 9.8 ppg brine 5 BPM, initial circulating pressure of 250 psi, final circulating pressure with cement back to surface was 1,150 si. Slowed rate to 2 BPM and inched annular valve to squeeze cement out hole in 13 3/8" casin Pressure increased to 1,800 psi before breaking over, final injection pressure was 1,725 psi, 15 bbls injected. Shut in annular valve and cement line, pressure bled off to 1,340 psi and held. Open annular and line up to displace remainder of cement, held back pressure until 6 bbls from bump, open annular valve and bump plug with 173.7 bbls of 9.8 ppg brine. Continue to pressure up to 2,200 psi, ESCementer Wj BP EXPLORATION Page 6 of 9 Operations Summary Report Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT Phase Description.. of Operations 2/28/2008 ~ 21:00 - 23:00 ~ 2.00 ~ CEMT ~ P 23:00 - 00:00 1.00 CEMT P 2/29/2008 00:00 - 01:00 1.00 CASE P 01:00 - 03:30 2.50 WHSUR P 03:30 - 04:30 1.00 WHSUR P 04:30 - 06:30 2.00 WHSUR P 06:30 - 11:30 5.001 WHSUR I P 11:30 - 16:00 4.50 BOPSU P 16:00 - 17:00 1.00 BOPSU P 17:00 - 18:00 1.00 BOPSUF~P 18:00 - 00:00 6.00 BOPSU P 3/1/2008 100:00 - 03:00 1 3.001 BOPSUFjP 03:00 - 03:30 0.501 BOPSUF# P 03:30 - 04:30 1.00 WHSUR P 04:30 - 08:00 3.50 WHSUR P 08:00 - 09:00 1.00 DRILL P 09:00 - 10:00 I 1.001 DRILL i P 10:00 - 12:00 2.001 DRILL 1 P 12:00 - 16:00 I 4.001 DRILL I P 16:00 - 18:00 2.00 DRILL ( P TIEB1 closed at 1,700 psi. Bleed off pressure and check for flow, no flow back, Cement in place at 23:00 hrs. TIEB1 PJSM -Pump Citric acid / D110 pill to flush stack and well head, drain stack. Rig down Cement head and blow down all lines. TIE61 Rig down Casing equipment and finish draining stack. WHDTRE Nipple down well head above 9 5/8" casing spool to install emer enc s i s wit a se ac -o et emergency s ips with special false pack-off, 100 Klbs weight on slips. WHDTRE Nipple down at top of FMC spacer spool to cut 9 5/8" casing. WHDTRE Cut 9 5/8" casing, Rack back BOP, Pull FMC spacer spool, flange would not fit through cellar top grating frame. Remove grating and disassemble frame. WHDTRE Change out API ring, and nipple up FMC spacer spool. Install primary pack-off in FMC spacer spool and run in lock down screws. Nipple up new McEvoy tubing spool with second primary pack-off. WHDTRE PJSM -Nipple up stack, install turn buckles, Riser, and test void to 3,800 psi for 30 minutes. WHDTRE PJSM -Change out top rams from 9 5/8" to 3 1/2" X 6" Variables WHDTRE PJSM -Rig up to test BOP with 4" test joint and 4 1/2" test joint WHDTRE PJSM -Test BOP, low 250 psi, high 3,500 psi with both 4" and 4 1/2" test joints. Witness of test waived by Lou Grimaldi, AOGCC representative. Test witnessed by Joey LeBlanc WSL and John Castle NTP. Problems with choke valves 4, 5, and 6. Grease choke valves, failed test, cycle valves twice, good test. WHDTRE Continue Testing BOP, low 250 psi, high 3,500 psi with both 4" and 4 1/2" test joints. Witness of test waived by Lou Grimaldi, AOGCC representative. Test witnessed by Joey LeBlanc WSL and John Castle NTP. WHDTRE PJSM -Rig down BOP test equipment and blow down lines. -Install wear ring WHDTRE PJSM -Fill FMC spacer spool with diesel and rig up test hose WHDTRE PJSM -Attempt to pressure test 9 5/8" pack-off several times -Bled down from 2500 psi to 1675 psi in 30 minutes TIEB1 PJSM - M/U Mill and Vac BHA to 340' -Change out handling equipment TIEBi RIH from 340' to 2303' -Install blower hose TIEB1 Establish parameters -350 gpm @ 1240 psi -Up wt 77k /Down wt 74k /ROT wt 77k -Torque 2k off -Tag cement C«~ 2329' -Drill cement from 2329' to 2359' and drilled up ES Cementer TIE61 Drilled to landing co ar d not drill through -350 gpm ~ 1200 psi -WOB 5-15k -Torque 2-3k TIEB1 PJSM - POH from 2368' to 340', laying down drillpipe rrirnea: ~iznzuuu I:bZ:l4 YM ,~; $P EXPLORAT{ON Page 7 of 9 Operations .Summary .Report Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT Phase Description' of Operations. 3/1/2008 18:00 - 20:00 2.00 DRILL P TIEB1 PJSM -Stand back collars, UD bumper sub, jars, pump out sub, brake VACS tool apart -Cleaned out VACS tool, lots of debris up to as big as an inch -UD VACS tool and Mill -Mill had aluminum embedded in it making it flat 20:00 - 20:30 0.50 DRILL P TIE61 PJSM -Pick BHA # 9 up beaver slide 20:30 - 21:30 1.00 DRILL P TIE61 PJSM - M/U 8 1/2" bit, 2 boot baskets, bumper sub, jars, and pump out sub. -RIH with collars to 310' 21:30 - 22:30 1.00 DRILL P TIE61 PJSM -RIH from 310' to 2368' 22:30 - 23:30 1.00 DRILL P TIEB1 Drill landin collar @ 2368' -300 gpm ~ 450 psi -Torque 2k -Push landing collar down to 2946' 23:30 - 00:00 0.50 DRILL P TIE61 Wash and ream from 2946'to 2951' -30 gpm Q 40 psi -Up wt 85k /Down wt 75k /ROT wt 80k -Torque 2-3k 3/2/2008 00:00 - 03:00 3.00 DRILL TIEB1 Continue grinding on junk, vary weight on bit from 5 - 35 Klbs, spud bit, increase rate to 7 BPM at 450 psi, CBU contained small aluminum shavings and small amount of sand, reduce rate, rotate 60 RPM at 2.5 - 7.5 Kft/Ibs, 1 BPM at 35 psi. Junk broke up at 2,960', wash down with no resistance to 2,962'. 03:00 - 03:30 0.50 DRILL TIEB1 Circulate bottoms up, increase in aluminum shavings and sand in bottoms up, then wash down to 2975'. 03:30 - 04:00 0.50 DRILL TIE61 Circulate Hi Vis sweep from surface to surface, 13 BPM at 1540 psi. Increase in sand with very little aluminum at bottoms up, when sweep returned, no noticeable increase in sand. 04:00 - 04:30 0.50 DRILL TIEB1 Rack back stand and R/U for casing test 04:30 - 05:00 0.50 CASE TIE61 PJSM -`Perform 9 5/8" Casing test down to 2,975', 3,500 psi, chart and record for 30 minutes. 05:00 - 07:30 2.50 DRILL TIEB1 R/D test equipment and begin to pull out of hole laying down drill pipe in the pipe shed from 2,921' to 310' 07:30 - 09:30 2.00 DRILL TIEB1 PJSM -Lay down BHA #9, clean boot baskets, send all components down the beaver slide, and clean rig floor. 09:30 - 10:30 1.00 DHB TIE61 PJSM -Make up BHA #10, retrievable bridge plug retrieval tool and run in the hole to 2,912', PUW = 68K, SOW = 68K 10:30 - 12:00 1.50 DHB TIE61 Run in the hole and tag sand at 2,975', wash down from 2,975' to 2,995' with 540 GPM at 1,050 psi. Attempt to latch retrievable bridge plug, no latch, Circulate Hi Vis Sweep and chase with 9.0 brine, shut down pumps and attempt to latch, latch successful. Pull 25 Klbs over to release bride lu . Blow down top drive and prepare to come out the hole. 12:00 - 16:00 4.00 DHB TIEBi PJSM -Pull out of the hole from 2,995' to surface laying down drill pipe with retrievable bridge plug, occasionally bridge plug was hanging up on the way out. Debris was found on top of the ri ge p ug, 6.5 s of 2 - 9 5/8" turbulators were recovered, 2 complete turbulators weight 8 lbs. 16:00 - 17:30 1.50 BOPSU TIEB1 Pull wear ring, install test plug, and function BOP rams and annular. Pull test plug and install wear ring. 17:30 - 18:30 1.00 DRILL TIEB1 PJSM -Make up BOP flushing device and run in hole with remaining drill pipe in the derrick down to 2,433'. 18:30 - 19:30 1.00 DRILL TIEB1 PJSM -Cut and slip 97' of drilling line. rnnce¢ aiuicuuo r.o<. w rrvi BP EXPLORATION Page 8 of 9 Operations Summary Report. Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 ', Rig Name: NABOBS 2ES Rig Number: 2ES i Date From - To Hours Task Code NPT Phase Description of Operations 3/2/2008 19:30 - 22:00 2.50 DRILL TIEB1 PJSM -Pull out of hole laying down drill pipe in pipe shed. 22:00 - 22:30 0.50 BOPSU TIEB1 Flush BOP stack and lay down BOP flushing device. Pull wear ring from tubing spool. 22:30 - 00:00 1.50 BUNCO RUNCMP PJSM -Rig up to run completion equipment 3/3/2008 00:00 - 14:30 14.50 BUNCO P RUNCMP Run in the hole with 4 1/2" 12.6# 13Cr VamTop Tubin to 8,310'; Unique Machine Overshot, X Nipple, S-3 Packer, X Nipple, 6 Gas Lift Mandrels, and BAL-O SVLN valve seat. Averaging 16 joints per hour and torque turn connections to 4,440 fUlbs using jet tube seal guard dope. 14:30 - 16:00 1.50 BUNCO RUNCMP PJSM -Rig up control line spool and rig up to test lines to 3,500 psi for 10 minutes. 16:00 - 21:00 5.00 BUNCO P RUNCMP Run in the hole with 4 1/2" 12.6# 13Cr VamTop Tubing from 8,310' to 10,395', 3 stainless steel bands on BAL-O SVLN assembly, 1 each on joints 204 to 253, two stainless steel bands on joints 254 and 255, and 3 on the hanger. Total 59 Stainless steel bands run in hole. 21:00 - 22:30 1.50 BUNCO P RUNCMP Pick up Joint 256 to space out. Tag up at 10427.81', stack 25 Klbs, no go, pick up and run back in, tag up at 10427.81', stack 25 Klbs no go. Pick up and rotate 1/4 turn, work torque down, run back in and saw a 5 Klbs bobble at 10428', stack 10 Klbs 10431' to shear brass pins, tack out overshot on collar at 10435'.. Space out required leaving joint 255 in string with no pups. Final space out depth will position Overshot at 10,432'. 22:30 - 00:00 1.50 BUNCO RUNCMP Lay down Joint 256, change elevators, pick up tubing hanger, terminate stainless steel tubing in hanger and test. 3/4/2008 00:00 - 02:00 2.00 BUNCO RUNCMP PJSM -Install control lines to hanger and test to 5000 psi -Land tubing hanger and run in lock-down screws 02:00 - 05:30 3.50 BUNCO P RUNCMP PJSM - R/U and reverse circulate well with 310 bbls of inhibited 9.0 brine, followed up with 245 bbls of clean 9.0 brine. -Pumped at 3 bpm C~ 440 psi 05:30 - 06:30 1.00 BUNCO P RUNCMP Rig down circ hose from landing joint. Drop 1-7/8" ball and rod w/ roller runner. Rig up Circ hose. 06:30 - 08:00 1.50 BUNCO RUNCMP Pressure up to 3500 psi to set packer and test tbq for 30 minutes - ood test. -Bleed off to 1800 psi. -Test annulus to 3500 for 30 min -good test. -Bleed off annulus, then tbg. -Pressure up IA to 2250 psi to shear DCR. -Pump down IA, then tbg at 3 bpm to confirm circulation. -Pull landing joint. 08:00 - 09:00 1.00 BUNCO P RUNCMP Install TWC. Test from above and below to 1000 psi -good. 09:00 - 09:30 0.50 BUNCO P RUNCMP Rig down circ equipment, LD landing joint, blow down surf equip. 09:30 - 12:00 2.50 BOPSU P RUNCMP Nipple Down BOP's. 12:00 - 16:00 4.00 WHSUR P RUNCMP PJSM. Bring adapter flange and tree into cellar. -NU adapter flange and tree. -Hook control lines up to adapter flange. 16:00 - 18:00 2.00 WHSUR P RUNCMP PJSM. Test void area to 5000 psi for 30 min -good. -Test control lines to 5000 psi for 10 min -good. -Test tree to 5000 psi for 10 min -good. 18:00 - 19:00 1.00 WHSUR P RUNCMP PJSM. RU DSM lubricator and test to 500 psi. Pull TWC. RD DSM. 19:00 - 00:00 5.00 WHSUR P RUNCMP PJSM. RU Little Red and pump 150 bbls diesel down backside ,' BP` EXPLORATION Page 9 of 9 Opperations Summary Report Legal Well Name: P2-58 Common Well Name: P2-58 Spud Date: 2/13/1990 Event Name: WORKOVER Start: 2/19/2008 End: 3/4/2008 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/4/2008 Rig Name: NABOBS 2ES Rig Number: 2ES Date From - To Hours Task Code NPT 'Phase Description of Operations 3/4/2008 19:00 - 00:00 5.00 WHSUR P RUNCMP C~ 3 bpm, 250 psi. -Allow diesel to U-tube. -Rig down hoses -Install BPV and secure well. -Rig Release from operations on P2-58 @ 23:59 on 3/4/08. rnncea: aic ncuua ~:oc. w rive TREE= 4-1/16" CIW WELLHEAD = MCEVOY ACTUATOR = BAKER C KB. ELEV = 41.5' BF. ELEV - 3.26' KOP = 1100' Max Angle = 50 @ 5900' Datum MD = 11134' Datum TV D = 8800' SS 9-5/8" HES CEMENTER 9-5/8" CSG, 47#, L-80 HYDRIL 563, ID = 8.681" 13-3J8" CSG, 68#, L-80 BUTT, ID = 12.415" ~Z~,~Y NOTES: FORMERLY PM-6 *''* 4-112" ~~ ~ CHROME TBG *** 2123' 4-1/2" BAL-0 SVLN, ID = 3.813" 2363' f~AR I IFT MANf~RFI S I 2377' I Minimum ID = 3.725" @ 10510' OTIS XN NIPPLE ST MD TVD DEV TYPE VLV LATCH PORT DATE 6 4554 4009 47 MMG DCR RKP 0 03/02/08 5 6476 5304 49 MMG DMY RK 0 03/02/08 4 7686 6115 50 MMG DMY RK 0 03/02/08 3 8540 6709 41 MMG DMY RK 0 03/02/08 2 9361 7346 40 MMG DMY RK 0 03/02/08 1 10253 8050 31 MMG DMY RK 0 03!02/08 10332' -14-1/2" HES X NIP, ID = 3.813" 10362' 9-5/8" X 4-1/2" BKR S-3 PKR, ID = 3.875" 10397' 4-1/2" HES X NIP, ID = 3.813" 4-1/2" TBG, 12.6#, 13CR-80 VAM TOP 10417' 958" ID = 3 0152 bpf 10433' 9-5/8" X 4-1/2" UNIQUE OVERSHOT . , . 4-1/2" TBG STUB (TAGGED 02/24/08) 10418' ~ ~ 10433' 4-1/2" OTIS SLIDING SLV, ID = 3.813" 10469' 9-5/8" X 4-1/2" TIW PKR, ID = ? 10490' 4-1/2" PKR SWS NIP, ID = 3.813" TOP OF 7" LNR 10506' 10506' 9-5/8" X 7" BROWN LNR HGR, ID = ? 10511' 4-1/2" OTIS XN NIP, ID = 3.725" 9-5/8" CSG, 47#, L-80 BUTT, ID = 8.681" i-~ 10815' 4-1/2" TBG-IPC, 12.6#, L-80, .0152 bpf, ID = 3.958" ~ 11206' PERFORATION SUMMARY REF LOG: GR/DLL/LDT/CNL ON 03/14/90 A NGLE AT TOP PERF: 26 @ 11270' Note: Refer to Production DB for historical pert data SIZE SPF INTERVAL Opn/Sqz DATE 5" 4 11270 - 11416 C 03/24/90 PBTD 7" LNR, 29#, L-80 BUTT, .0371 bpf, ID = 6.184" I 11866' I FISH - PERF GUN (216')- ORIG COMPLETION DATE REV BY COMMENTS DATE REV BY COMMENTS 03!28/90 ORIGINAL COMPLETION 06(21194 D-14 RWO 03!04/08 N2ES RWO 03/19/08 EV/PJC DRLG DRAFT CORRECTIONS POINT MCINTY RE UNIT WELL: P2-58 PERMfT No: 1900080 API No: 50-029-22000-00 SEC 14, T12N, R14E, 552' FNL & 1079' FWL BP Exploration (Alaska) 11075' -17" MARKERJOINT 11206' 4-1/2" TBG TAIL, ID = 3.958" o2na/os ~Ghlumher~ger~' NO. 4612 Alaska Data & Consulting Services Company: State of Alaska 2525 Gambell Street, Suite 400 Alaska Oil & Gas Cons Comm Anchorage, AK 99503-2838 Attn: Christine Mahnken ATTN: Beth 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: P.Bay,Aurora,GNI,Pt.Mac,Milne Pt,Endicott Wall _InF. $ 1 .,.. nnc ..A.... n~~., n~ r.. ~... rn 15-25A 12014000 LDL / -~Co ~ 02/20/08 1 1 A-12A 11963077 MCNL si 3 01119/08 1 1 GNI-04 12031448 TEMP SURVEY (REVISED) ~~- ~ (p 01/22/08 1 1 P2-32 11968730 USIT - "- ~ 02/13/08 1 1 17-02 11996384 USIT /~Q - ~ 02/17/08 1 1 Y-07A 11962781 SCMT '~- j O '- ~ 02103108 1 1 P2-58 12031456 USIT /~jp - t/ 02/25/08 1 1 MPH-12 12005205 MEM INJ PROFILE ~ _ )''~-Q 1t ~ 02/15108 1 1 4-14/R-34 11975755 USIT (J~e ~ 02/25/08 1 1 S-126 11968731 JEWELRY/PERF/SBHP ~- 'M ~ 02/15/08 1 1 YLtAJt HI.RNVVVLtUIit Ktl;t1Y 1 tiY ,IIiNINti ANU Kt I UKNING VNt GUYY tAGM 1 V: BP Exploration (Alaska) Inc. .~~~~~~I!!E~ MAR ~. ~ Z00~ Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Date Delivered: ~j I~C~r ii n 'Jf}~q~ . ., ~---~~",T Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-283 ATTN: Beth Received by: Iy • • PZ-58 Pre-Rig and Rig Work c ges Maunder, Thomas E (DOA) From: Maunder, Thomas E (DOA} Sent: Monday, December 10, 2007 2:01 PM To: 'Vazquez, Eleazar' Subject: RE: P2-58©Pre-Rig and Rig Work changes Eli, ~~ ' -t~-~®~ Thanks for the information. Nothing further is needed. Tom Maunder, PE AOGCC ~:~~~ DEC ~ ~. 2~~7 Page 1 of '~ ~. From: Vazquez, Eleazar [maitto:vazge0@BP.com] Sent: Monday, December 10, 2007 11:24 AM To: Maunder, Thomas E (DOA) Subject: P2-58 Pre-Rig and Rig Work changes Tom, The Pre-Rig and Rig work for P2-58 have changed to the origins! plan except that the 4-1f2" tubing will be cut using a Power Jet Cutter instead of the Chemical Cutter. Our sales representative from TfW just informed rrre that he Packs the equipment required to repair (# needed) the SBR once it was pulled free from the seal assembly. In addition, T!W failed to provide me with reference material that would help me better understand the proper way to fish the SBR and build contingencies if necessary. I apologize far the inconvenience and please Pet me know if 1 can be of any further help. P2-58 RWO Procedure Summary Pre-Rig Work: 1. Bleed OA, IA & T to zero psi. PPPOT - T & IC. Fundian all LDS and repair f replace as necessary. 2. Drift 4-1l2" tubing for the Jet Cutter and Fas Drill plug down to the tubing tail. Run a caliper log in the 4-1/2" tubing. If the caliper shows more than 50% metal lass, contact town before cutting the tubing. 3. Set a Fas Drill plug at 10,503' MD. 4. Power Jet cut the 4-1/2" tubing at 10,415' MD near the tap of the second pup joint above the 9-5f$" TIW Packer 5. Circulate clean the weA with seawater. Freeze protect the welt with diesel. CMtT-T x IA to 3500 psi for 30 minutes. 6. MfT - OA to 1000 psi (pervious test failed 11/11f06} and conduct an infectivity test to obtain a LLR. Bleed pressure to zero psi and confirm welt is dead. 12/t0/2007 P2-58 Pre-Rig and Rig Work c: ges 7. Set a back pressure valve in the tubing hanger. 8. Remove the welt house, remove the flow tines and level the pad as needed. Proposed Procedure Summary: 1. Perform pre-rig pad "inspection with pad operator. 2. Secure rig move close approaches, if any. 3. MI/RU Nabors ges. Page 2 of t~ 4. Pull the back pressure valve and circulate out the diesel freeze protection, displace the well with 9.8 ppg brine (note: there is not kits weight fluid in the weft prior to pumping out freeze protect). 5. Monitor the OA, IA and tubing pressure to confirm welt is dead. 6. Set and test the TWC. ND tree. NU BOPE and pressure test. Puff the TV1tC. Monitor well and ensure stability. 7. Pull and !.D the 4-1/2" tubing from the Jet cut at 10,415' MD. $. RU Schlumberger E-line and run USIT. The USIT will be used to confirm that top of cement is below 2600' MD behind the 9-5/8" casing. 9. RlH with string shot and shoot the collar to be backed off. 10. Set a retrievable bridge plug in the 9-5/8" casing at 3200' MD (or a minimum of 600' below the cut depth determined from the USIT log). Test the RBP fia 1000 psi to confirm a competent seal Spot 50' of sand on top of the RBP. 11. Use a hydraulic multi-string casing cutter to cut the 9-5/8" easing in the middle of a full joint at 2600' MD. Circulate up the 9-5/8" x 13-3/8" annulus with brine. POOH. 12. ND BOP and remove Tubing spool and packoffs in bottom of tubing. spoof and tap of extension spool. 13. NU BOP. RtH and spear the 9-5/8" casing and POOH (mandrel hanger will pull through the extension spoof). 14. RIH with a back off tool and back out the 9-5/8" casing stub at the nearest collar. RIH with a spear and remove the stub. I5. RIH with new 9-5/8" 47# L-80 TCIf casing. Screw the guide-shoe into 9 5/" easing. Pull the casing into 200K tension. Decrease tension to 100K. 16. Pressure up to 2700 psi recording on chart and shearing open the ES cementer. RU Schlumberger cementing and pump 171 bbls of 15.8 ppg class G cement with LCM and gas block to surface (151 bbls + 20 bbts excess). 12/10/2x47 P2-58 Pre-Rig and Rig Work ch ges Page 3 of 4f 3 ~~ 17. Pickup BOPE and Extension Spool 18. Set slips in starting head 19. NU extension spool, cut 5-518" casing above top of extension spool (so it wit! extend into the tubing spool) with Wachs cutter. 20. install primary packoff in extension spool and secondary packoff in tubing spool. 21. NU tubing spool, NU BOPE and wait an cement to reacts a suitable compressive strength. 22. Pressure test the wellbore to test the connection between the Extension spool and the Starting head. Use the outlet valve on Extension spoof to perform this pressure test. 23. Test the new 9-5/$" packoff to 3800 psi (80% of casing collapse). 24. RIH with clean-out milling assembly and drill out the ES cementer. Continue milling down to the sand on the RBP. 25. Pressure test the casing to 3500 psi. 26. RIH with RBP retrieving foal. Reverse off excess sand until returns are clean, latch and unseat the RBP. 27. PU bladed junk milt assembly. Drill out the fast drill plug set at 10,503' MD and push it through the bottom of the 4-1/2" tubing. POOH displacing with 8.8 ppg brine. 28. PU 4-1/2" 12.6# 13Cr-80 Vam Top tubing with stacker packer configuration ~ control line & TIH. 29. Land the tubing hanger and RILDS 30. Drop the ball and rod and set the packer. Test the tubing to 3500 psi. Bleed pressure to 1500 psi and test the lA to 3500 psi. Shear the DCR valve. 31. Set the TWC and test to 1000 psi. ND ROPE. NU tree and test to 5000 psi. 32. Freeze protect the tubing and fA to 2000' TVD with diesel. install a BPV and test to 1000 psi. 33. RD/MO. Post-Rig Work: 1. Install welthouse and flowlines 2. MIRU Sfickline. Pull the halt and rod / RHC plug from `X' nipple Eleazar "Eli" Vazquez 12/10/2007 P2-58 Pre Rig and Rig Wark~ges • Page 1 of 4 Maunder, Thomas E (Q4A~ From: Maunder, Thomas E (DOA} Sent: Wednesday, December 05, 2007 5:17 PM To: 'Vazquez, Eleazar' Gc: Hobbs, Greg S (ANC} Subject: •RE: P2-58 (19E}-Ofl8}Pre Rig aruf R~ W~'k Changes Eli, Thanks for the notice of changes. The new plan is equivalent to that previously authorized. No further paperwork is needed. I will place a copy of this message in the file. Call or message with any questions. Tom Maunder, PE AOGCC ...:.,.,.-.----~-~-.. From: Vazquez, Eleazar [mailto;vazged@BP.com] Sent: Wednesday, December 05, 2007 4:26 PM To: Maunder, Thomas E (DOA) Subject: P2-58 Pre Rig oral Rig Work Changes ~fu~~ ~~~ ~ ~Q{~~ Hi Tom, I am planning the Rig Work Over on P2-58. A Sundry with number 307-071 was approved on February 27, 2007; however, a new approach on the way this well will be repaired has been. considered and [hereby state these rrrodifications. Please Ie# me know if the operations can be carried on with the current Sundry or if a new one needs to tie approved. First, the old Pre-Rig Work called for a caliper tog in the 4-1/2" tubing, but it will no longer be required since the 4 1 /2" tubing has shown to be in good condition as proved by the current well integrity tests: > 10/16/05: SC leak Waiver Canoelled - RA > Q6l04/06: PPPOT ~ Pass > 11/11/06: M170A w/ N2 Failed > 11129/06: MITIA Passed to 3000 psi Next, the 4-1/2" tubing will no longer be cut Instead, the 4112' will be pulled free. from the TIW Seal Assembly at 10452' MD. As a consequence that a cut on the 4-1l2~ will not be made, the wets will be circulated Gean through the Sliding Sleeve at 10432'. In 1994 a workover was done on P2-58 that consisted of raising the weq head 8" to top of cellar. Instructions as to how to deal with the well head have been included in the Rig Procedure. M addition, a 4-irlfl tubing with stacker packer configuration will not be run; instead, the SBR in the 4-112" will be sheared back in the Seal Assembly. To better illustrate, the new Pre-Rig Work and Proposed Procedure Summary can be found glow. Pre-Rig Work: 1. Bleed OA, IA ~ T to zero psi. PPPOT - T 8~ IC. Function all LDS and repair f replace as necessary. 12/5/2007 P2-58 Pre Rig and Rig Work~anges • Page 2 of 4 2. Drift 4-1l2" tubing for the Fas Drill plug down to the tubing tail. 3. Set a Fas Drill plug at10,543' MD. 4. Open Sliding Sleeve at 10432' to circulate clean the well. If Sliding Sleeve does not open, then putt bottom DGLV at 10394'. 5. Circulate the weltbore clean with seawater. Freeze protect the wet( with diesel. 6. Close the Sliding Sleeve or set the bottom DGLV back at 10394'. 7. MIT - OA to 1040 psi (pervious test failed 11111/Q6) and conduct an in}ectivity test to obtain a LLR. MIT - lA to 2004 psi (previous test passed 11129106}. MIT - T to 2044 psi (previous test passed 48117105}. if MIT - lA or MiT - T fail, conduct a GMIT T x IA. 8. Set a back pressure valve in the tubing hanger. 9. Remove the well house, remove the flow lines and level the pad as needed. Proposed Procedure Summary: 1. Perform pre-rig pad inspection with pad operator. Z. Secure rig move close approaches, if any. 3. MtIRU Nabors 2es. 4. Pull the back pressure valve 5. Monitor the OA, (A and tubing pressure to confirm welt is dead. 6. Set and test the TWG. ND tree. NU ROPE and pressure test. Pull the TV1~C. Monitor welt and ensure stability. 7. MU landing joint (4-112" 7DS). Pull tubing above SBR at 14,452' MD. 8. Circulate bottoms up with 9.8 ppg brine. POOH, LD tubing. 9. RU Schtumberger E-line and run USIT. The USIT will be used to confirm that top of cement is below 2604' MD behind the 9-5/8" casing. 10. RiH with string shot and shoot the collar to be backed off. 11. Set a retrievable bridge plug in the 9-518" casing at 3200' MD (or a minimum of 600' glow the cut depth determined from the USIT log). Test the RBP to 1000 psi to confirm a competent seal. Spot 54' of sand on top of the RBP. 12. Use a hydraulic multi-string casing cutter to cut the 9-518 casing in the middle of a full joint at 2600' MD. Grrculate up the 9-518 x 13-318" annulus with txine. POOH. 12/5/2007 P2-58 Pre Rig and Rig Work~anges • Page 3 of 4 13. ND BOP and remove Tubing. spool and packaffs in bottom of tubing spool and top of extension spool. 14. NU BOP. RIH and spear the 9-5f8" casing and POOH (mandrel hanger will pull through the extension spool}. 15. RIH with a back off tool and back out the 9-5f8" using stub at the nearest collar. RIH with a spear and remove the stub. 16. RIH with new 9-5f8" 47# L-80 TCIt casing. Screw the guide-shoe into 9-~/~" casing. Pull the casing into 200K tension. Decrease tension to 100K. 17. Pressure up to 2700 psi recording on dart and shearing open the ES cementer. RU Schlumberger cernenting and pump 171 bbls of 15.8 ppg class G comment with LCR~ and gas block to surface (151 bbts + 20 bbls excess). 18. Pick up BOPE and Extension Spool 19. Set slips in starting head 20. NU extension spool, cut 9-5f8" casing. above tap of extension spoof (so it will extend into the tubing spool} with Wachs cutter. 21, Install primary packaff in extension spool and secondary packaff in tubing spool. 22. NU tubing spool, NU BOPE and wait on cement to reach a su"dable compressive strength. 23. Pressure test the welfbore to test the connection between the Extension spool and the Starting head. Use the outlet valve on Extension spa~l to perform this pressure test. 24. Test the new 9-5f8" packoff to 3800 psi (80°!~ of casing collapse}. 25. RIH with clean-out milling assembly and drill out the ES cementer. Continue milling down to the sand an the RBP. 26. Pressure test the casing to 3500 psi. 27. RiH with RBP retrieving tool. Reverse off excess sand until returns. are clean, latch and unseat the RBP. 28. PU bladed junk mill assembly. Drill out the fast drill plug set at10,503' MD and push it through the bottom of the 4-1f2" tubing. POOH displacing with 9.2 ppg brine. 29. PU 4-1/2" 12.6# 13Cr-80 Vam Tap tubing ~ control line & T{H. 30. Sting over seal bore receptacle (SBR}. 31. Land the tubing hanger and RILDS 32. Test the tubing to 3500 psi.. Bleed pressure to 1500 psi and test the IA to 3500 psi. Shear the DCR 12/5/2007 P2-58 Pre Rig and Rig Work~anges ~ Page 4 of 4 valve. 33. Set the TWC and test to 1000 psi. ND ROPE. NU tree and test to 5000 psi. 34. Freeze protect the tubing and IA to 2000' NC with these#. Install a BPV and test to 1000 psi. 35. RD/MO. Kind regards, Eleazar "Eli" Vazquez BP Exploration Alaska GPB Rotary Drilling Engineer Direct: 907.564.5918 Mobile 1:907.240.8137 Mobile 2: 9i 5.346.6430 12/5/2007 <'.. ,E·C·..E~~a~II=D·' , . ,. "" ð ,=,:;, ~ \¡ \:,,,,,,,,,, ""...' Scblumberger APR 2 U Z007 Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth ì~ Oil & Gas Cons. Comm~ A'~"""1fage tt10 -(X)o Well Job# Log Description Date BL 02-15 11661130 MEM PROD PROFILE 02/25/07 1 U:206B 11469946 MEM PROD PROFILE 02/24/07 1 P-09L 1 11676933 LEAK DETECTION LOG 03/18/07 1 U-12A 11649941 MEM PROD PROFILE 02/17/07 1 Z-32BL 1 11661128 MEM PROD PROFILE 02/19/07 1 L-04 11649945 MEM SPINITEMP/PRESS LOG 02/18/07 1 DS 16-22 11676935 LEAK DETECTION LOG 03/22/07 1 DS 12-31 11594485 LEAK DETECTION LOG 03/23/07 1 DS 07-35 11676932 LEAK DETECTION LOG 03/17/07 1 06-07 11637114 LEAK DETECTION LOG 03/16/07 1 L5-28AL 1 11660526 MEM PROD PROFILE 02/08/07 1 03-33B 11661131 MEM TEMP/PRESS SURVEY 03/01/07 1 Z-19A 11649953 STATIC PRESS & TEMP LOG 03/21/07 1 F-11 B 11649954 MEM PROD PROFILE 03/22/07 1 P2-37 A 11628754 MEM DEPTH CONTROL LOG 02/11/07 1 P2-58 11661129 MEM STATIC PRESS SURVEY 02/24/07 1 Y -06A 11628751 MEM INJECTION PROFILE 02/09/07 1 Z-35 11628753 DEPTH CONTROL LOG 02/10/07 1 P2-40 11637320 PROD PROFILE 02/25/07 1 05-20B 11649952 MEM DEPTH DETERMINATION 03/20/07 1 03-36 11649951 MEM STATIC PRESS & TEMP 03/18/07 1 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska) Inc. Petrotechnical Data Center LR2-1 900 E. Benson Blvd. SCANNED APR 2 5 2007 Anchorage, Alaska 99508 Date Delivered: c9( 04/16/07 NO 4214 Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: Prudhoe Bay Color CD Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth Received by: . . SARAH PALIN, GOVERNOR AI/ASIiA. OIL AlO) GAS CONSERVATION COMMISSION 333 W. 7th AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Greg Hobbs Senior Drilling Engineer BP Exploration (Alaska), Inc. PO Box 196612 Anchorage, AK 99519-6612 o~cP1ò \C\ Re: Prudhoe Bay Field, Point McIntyre Oil Pool, PBU P2-58 Sundry Number: 307-071 SCANNED MAR 0 l2007 Dear Mr. Hobbs: Enclosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. When providing notice for a representative of the Commission to witness any required test, contact the Commission's petroleum field inspector at (907) 659-3607 (pager). As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for rehearing. A request for rehearing is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. A person may not appeal a Commission decision to Superior Court unless rehearing has been requested. Sincerely, J Ch8.1 DATED this z,,1':a.y of February, 2007 EncL J/VS ) ~ 2/2' i1. Cft1 J/?-~ -DÎ Äf..t1;¡ R· E C E· _IV·· -eD' STATE OF ALASKA /J::. t:: ALASKA OIL AND GAS CONSERVATION COMMI ION "'ðh~· 2 2 2007 APPLICATION FOR SUNDRY APPROVAL FEB 20 AAC 2 2 0 5. 8 ¡H."..¡'." nil s¿ r.:A~ r.nmL ... . 1. Type of Request: 0 Abandon o Suspend o Operation Shutdown o Perforate o Time ExtensiéWnchorage o Alter Casing ~ RepairWell o Plug Perforations o Stimulate o Re-Enter Suspended Well o Change Approved Program ~ Pull Tubing o Perforate New Pool o Waiver o Other 2. Operator Name: 4. Current Well Class: 5. Permit To Drill Number BP Exploration (Alaska) Inc. ~ Development D Exploratory 190-008 I 3. Address: D Stratigraphic D Service 6. API Number: P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-22000-00-00/ 7. If perforating, closest approach in pool(s) opened by this operation to nearest 8. Well Name and Number: property line where ownership or landownership changes: PBU P2-5S/ Spacing Exception Required? DYes ~No 9. Property Designation: 110. KB Elevation (ft): 11. Field / Pool(s): ADL 365548 / 41.50 / Prudhoe Bay Field / Point Mcintyre Pool I 12. PRESENr.WËLLCONDlrION··SùMMARY ··;<i;· i/. ./ ... ...... .. .... ·i.i···..· Total Depth MD (ft): Total Depth TVD (ft):IEffective Depth MD (ft): IEffective Depth TVD (ft): Plugs (measured): Junk (measured): 11920 9545 11764 9407 None 11549' Casino Lenoth Size MD TVD Burst CollaDse Structural Conductor 110' 20" 110' 110' Surface 2743' 13-318" 2743' 2743' 5020 2270 Intermediate Production 10808' 9-5/8" 10808' 8546' 6870 4760 Liner 1380' 7" 1 0506' - 11886' 8272' - 9515' 8160 7020 Perforation Depth MD (ft): I Perforation Depth TVD (ft): I Tubing Size: Tubing Grade: Tubing MD (ft): 11270'-11416' 8965'-9091' 4-1/2", 12.6# L-80 11206' Packers and SSSV Type: 9-5/8" x 4-1/2" TIW packer packers and SSSV MD (ft): 10467' 4-1/2" Camco TRDP SSSV 2005' 13. Attachments: 14. Well Class after proposed work: ~ Description Summary of Proposal D BOP Sketch D Exploratory ~ Development D Service D Detailed Operations Program 15. Estimated Date for 16. Well Status after proposed work: Commencing Operations: March 7, 2007 ~Oil o Gas o Plugged o Abandoned 17. Verbal Approval: Date: o WAG DGINJ DWINJ o WDSPL Commission Representative: 18. I hereby certify that thel6ìe~ing is true and correct to the best of my knowledge. Contact Kris Honas, 564-4338 Printed Name Gre ;H4o,tjbß Title Senior Drilling Engineer Prepared By Name/Number: / ~jl ( l~ Signature 'tt Phone 564-4191 Date ¡:þ" t¡ .::4 Terrie Hubble, 564-4628 nnnr . 4' ' f',/ Commission Use On Iv I I I Sundry Number: (~) 7 - 0 7 1 Conditions of approval: Notify Commission so that a representative may witness o Plug Integrity p{ BOP Test o Mechanical Integrity Test o Location Clearance Other: ~()O~·t~G\'~~S Subsequent Form Required: 4Öu;(i! ~ .!:QMI!ISSIONER APPROVED BY Date z,,.:,?-,-()f- Approved By: THE COMMISSION Form 1 0-403 Revised 06/2006 V~- ',"1;~~ii" i"}'I:" 8Ft ~ Submit In Duplicate {~AL n . . Obp GL~.., To: AOGCC Date: February 21, 2007 From: Kristopher Honas - BPXA GPB Rotary Drilling Engineer Subject: P2-58 Application for Sundry Approval Approval is requested for a rig workover planned on P2-58. This well is a Kuparuk producer that was shut in October 2005 due to a surface casing leak. Gas leaked through the gravel suggesting the leak is located below the conductor casing. A rig workover is required to repair the surface casing leak and bring the well back on production. The repair will include cutting and pulling the 9-5/8" production casing from inside the 13-3/8" shoe. New 9-5/8" casing will then be ran and fully cemented to surface. The tubing will also be replaced during the workover by cutting above the packer at 10,415' MD. The new tubing will be 4- 1/2" 13CR-80 Yam Top tubing with a "stacker packer" completion. A "Unique Machine" overshot will be used to tie the new 4-1/2" completion into the original completion. This workover is currently scheduled for Nabors 7es in mid March. The date will depend on the completion of an ice road to the PM2 pad. Pre-rig work will start after Sundry approval has been obtained. Estimated Pre-Rig Start: Estimated Spud Date: 03/7/07 03/18/07 Kristopher E. Honas GPB Rotary Drilling Engineer Office: 564-4338 Cell: 440-2389 P2-58 Application for Sundry . . P2-58 RWO Summary Scope of Work ~ Cut and pull existing completion above the packer. ~ Cut 9-5/8" casing at 2600', run new 9-5/8" casing and cement to surface repairing surface casing leak. ~ Run new 13Cr-80 tubing with stacker packer configuration. Pre-Rig Work: 1. Bleed OA, IA & T to zero psi. PPPOT - T & IC. Function all LDS and repair / replace as necessary. 2. Drift 4-1/2" tubing for the chemical cutter and fast drill plug down to the tubing tail. 3. Set a fast drill plug at -10,503' MD. 4. Run a calliper log in the 4-1/2" tubing. If the calliper shows more than 50% metal loss, contact town before cutting the tubing. 5. String shot and punch the tubing. Chemical cut the 4-1/2" L-80 tubing at -10,415' MD near the top of the second pup joint above the packer. 6. Circulate the wellbore clean with seawater. Freeze protect the well with diesel (-2000' TVD). CMIT T x IA to 3500 psi for 30 minutes. 7. MIT - OA to 1000 psi (previous MIT - OA failed 11/11/06). Bleed the pressure to zero psi and confirm well is dead. 8. Set a back pressure valve in the tubing hanger. 9. Remove the well house, remove the flow lines and level the pad as needed. Proposed Procedure Summary: 1. MI/RU Nabors 7es. 2. CMIT TxlA to 3500 psi for 30 minutes. 3. Pull the back pressure valve and circulate out the diesel freeze protection, displace the well with 9.2 ppg brine KWF (note: there is not kill weight fluid in the well prior to pumping out freeze protect). 4. Monitor the OA, IA and tubing pressure to confirm well is dead. 5. Set and test the TWC. ND tree. NU BOPE and pressure test. Pull the TWC. 6. Pull and LD the 4-1/2" 12.6# L-80 tubing from the chemical cut at -10,415' MD. 7. RU Schlumberger E-line and run lTSIT. The USIT will be used to confirm that top of cement is below -2600' MD behind the 9-5/8" casing. 8. RIH with string shot and shoot the collar to be backed off. 9. Set a retrievable bridge plug in the 9-5/8" casing at -3200' MD (or a minimum of 600' below the cut depth determined from the US/T log). Test the RBP to 1000 psi to confirm a competent seat. Turn the well over to 9.8 ppg brine and spot 50' of sand on top of the RBP. 10. Use a hydraulic multi-string casing cutter to cut the 9-5/8" casing in the middle of a full joint at -2600' MD. Circulate up the 9-5/8" x 13-3/8" annulus with brine. POOH. 11. RIH and spear the 9-5/8" casing and POOH. 12. RIH with a back off tool and back out the 9-5/8" casing stub at the nearest collar. RIH with a spear and remove the stub. 13. RIH with new 9-5/8" 47# L-80 TCII casing. Screw the guide-shoe into 9-%" casing. Pull the casing into 200K tension. Decrease tension to 100K. 14. Pressure up to 2700 psi recording on chart and shearing open the ES cementer. RU Schlumberger cementing and pump 171 bbls of 15.8 ppg class G cement with LCM and gas block to surface (151 bbls + 20 bbls excess). . . 15. Break the stack and set the emergency slips as per wellhead specialist. Cut the 9-5/8" casing with Wachs cutter. 16. NU BOPE and test the new 9-5/8" packoff to 3800 psi (80% of casing collapse). 17. RIH with clean-out milling assembly and drill out the ES cementer. Continue milling down to the sand on the RBP. 18. Pressure test the casing to 3500 psi. 19. RIH with RBP retrieving tool. Reverse off excess sand until returns are clean, latch and unseat the RBP. 20. PU bladed junk mill assembly. Drill out the fast drill plug set at -10,503' MD and push it through the bottom of the 4-1/2" tubing. POOH displacing with 9.2 ppg brine. 21. RIH with 4-1/2" 12.6# 13Cr-80 Vam Top tubing with stacker packer configuration. 22. Land the tubing hanger and RILDS 23. Drop the ball and rod and set the packer. Test the tubing to 3500 psi. Bleed pressure to 1500 psi and test the fA to 3500 psi. Shear the OCR valve. 24. Set the TWC and test to 1000 psi. NO BOPE. NU tree and test to 5000 psi. 25. Freeze protect the tubing and IA to -2000' TVD with diesel. Install a BPV and test to 1000 psi. 26. RD/MO. Post-Rig Work: 1. Install wellhouse and flowlines. 2. MIRU slickline. Pull the ball and rod / RHC plug from 'X' nipple below the new production packer. REE = MCEVOY ELLH EAD = FMC ................................................................... CTUA TOR = BA KER C .................................................................... B. ELEV = 41.5' .................................................................... F. ELEV = 3.26' OP = 1100' ................................................................ a~..~~.9.I.~..~mm..~~..@..~~~~:. m MD = 11134' ......................................................... Datum TVD = 8800' SS 13-318" CSG, 72#, L-80, ID = 12.347" 1 P2-58 Minimum ID = 3.725" g 10510' OTIS XN NIPPLE I TOP OF 7" LNR I 9-518" CSG, 47#, L-80, ID = 8.681" 1 14-112" TBG-IPC, 12.6#, L-80, .0152 bpf, ID = 3.958" I PERFORATION SUMMARY REF LOG: GR¡[)LLIlDT/CNL ON 03/14190 ANGLE AT TOP PERF: 26 @ 11270' Note: Refer to Pro ductio n DB for hi storie al perf data SIZE SPF INTERVAL OpnlSqz DATE 5" 4 11270 - 11416 0 03/24190 I PBTD 7" LNR, 29#, L-80, .0371 bpf, ID = 6.184" DATE 0]121/9 0 0&121114 o 6J1J7J1J 5 o 7126J1J 5 o 8J1J2¡1J 5 10t16J1J5 REV BY COMMENTS ORIGINAL CO MPLETION RWO KSBITLH SSSV NOTE (05122/05) KSBJPJC PX TTP (SET 5123J1J5) JPKITLH GL V CIO RPHJPJC WAIVER SFTY NOTE DELETED I I I SAFE.ES: FORMERLYPM-6. 2005' -14-112" CAMCO TRDP SSSV, ID = 3.812" I 12085' SlM H NOTE: TAG 555V DEEP TO MD (05122105) ST MD 1 3113 2 6966 3 8848 4 9547 5 10245 6 10394 TVD 2961 5628 6944 7487 8043 8172 GAS LIFT MANDRELS DEV TYPE VL V LATCH 37 OTIS DMY T2 49 OTIS DMY T2 39 OTIS DMY RA 40 OTIS DMY T2 32 OTIS DMY RA 30 OTIS DMY RA PORT DATE o 07131J1J5 o 07131J1J5 o o o o 10432' -10TlS SLIDING SL V, ID = 3.81 3" I 10461' -19-518" X 4-1/2" TIVV PKR 1 050 '" 4OH§I 11206' DATE REV BY COMMENTS 06/13J1J6 RCTJPJC PULLPX PLUG @10490 10490' H4-112" PARKER SoNS NIP, ID = 3.813" -14-112" OTIS XN NIP, ID = 3.725" I 11206' -15" TUBING TAIL I 11549' -1F1SH-PERFGUN(216') 1 POINT MCINTYRE UNIT WELL: P2-58 PERMIT No: ~900080 API No: 50-029-22000-00 SEC 14, T12N, R14E, 1508.68' FEL & 356.85' FNL liP EJq2lontion (AllIBk.) · I P2-58 Proposed I TREE = MCEVOY WELLHEAt = FMC .................................................................... ACTUA TOR = BAKER C ..................................................................... KB. ELEV = 41.5' ..................................................................... BF. ELEV = 3.26' KOP = 1100' .................................................................... Max Angle = 50 @ 5900' DatumMD= 11134' ..................................................................... Datum TVD = 8800' SS 13-318" CSG, 72#, L-80, ID = 12.347" I 15.8 ppg Class G Cem ent Minimum ID = 3.725" g 10510' OTIS XN NIPPLE I TOP OF 7" LNR f 9-518" CSG, 47#, L-80, ID = 8.681" I 4-112" TBG-IPC, 12.6#, L-80, .0152 bpf, ID = 3.958" 11206' PERFORATION SUMMARY REF LOG: GRIDLLlLDTICNL ON 03114190 ANGLE AT TOP PERF: 26 @11270' Note: Refer to Pro ducti on DB for h ¡storiea I perf data SIZE SPF INTERVAL OpnlSqz DATE 5" 4 11270-11416 0 03/24190 . II I SAFE~ES: FORMERLY PM-5. 9-518" 47# L-80 TC-II Casin GAS LIFT MANDRELS ST MD TVD DEV TYPE VL V LA TCH PORT DATE 1 2 3 4 5 6 4-112" x 9-518" Baker S-3 Packer 4-112" HE S X nipple 3.813" ID ~4-112" x 9-518" Chrome Uniqu e Mach ne Overs h 01 I Tubing Chemical Cut Depth 10432' -jOTI S SLIDING SL V, ID - 3.813" 10461' -19-518" X 4-112" TI\f\I PKR I -l4-1/2" PAR KER S\AIS NIP, ID = 3 .81 3" -14-112" OTIS XN NIP, ID = 3.725" I DATE REV BY COMMENTS 06113106 RCTiPJC PULL PX PLUG @ 10490 I PBTD 7" LNR, 29#, L-80, .0371 bpf,ID = 6.184" DATE o JI2 111I0 0&12111I4 06107105 07126105 08102105 1 011 6105 REV BY COMMENTS OIUGINAl COMPLETION RWO KSBITLH SSSV NOTE (05122105) KSB/PJC PX TTP (SET 5123105) JPKITLH GL V C/O RPHIPJC WAIVER SFTY NOTE DELETED -l5" TUBING TAIL I 11549' -jFISH - PERF GUN (216') I POINT MCIN TYR E UNIT VVELL: P2-58 PERMIT No: "i 900080 API No: 50-029-22000-00 SEC 14, T12N, R14E, 1508.68' FEL & 356.85' FNL HP Explonliion (Allllkl) Pt Mclntyre Wellname Changes 5/28/02 "i~ :OED'NUMBER' NEW NUMBER ::?:: :t' ~'~'': '::',:: .PERMIT NUMBER'' Pt. Mclntyre 01 ~177-046 Pt. Mclntyre 02 ~177_065 ...... Pt. Mclntyre 03 ;P1-02 ~188-005 15-ti--$-~ i-n t-Y ~' ~)-4- ........ i'Pi 2~3 ............. i i~-~':0-1--:~ Pt. Mclntyre 05 IP1-25 i189-041 Pt. Mclntyre 06 IP2-58 190-008 Pt. Mclntyre 07 .P1-01 190-027 Pt. Mclntyre 08 .!P1-07 _~_89-134 Pt. Mclntyre 09_ ....... P2-591190-140 ._P_.t: .Mc?~r_e_. !_.© ....... ._P_2:57 ............................ ;191-079 Pt. Mclntyre 11 ;P1-12 191-013 Pt. Mclntyre 12 191-037 Pt. Mclntyre 13 P2-60 191-091 Pt. Mclntyre 3 DP 189-003 SGRNNED MAY Page 1 BP EXPLORATION Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, AK 99501 Dear Chairman Johnston, BP Exploration (Alaska)Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 October 6th, 1997 Pursuant to the Point McIntyre Agreement Regarding Interim Funding, Final Equity Determination, and Facility Sharing dated 4/28/92, please transfer the name of Operator of the following wells from BP Exploration (Alaska) Inc. to ARCO Alaska, Inc.: Well Permit # P2-59 (Formerly Point Mclntyre #9) P2-58 (Formerly Point Mclntyre #6) P2-60 (Formerly Point Mclntyre #13) 90-0140 90-0008 ,'""'" 91-0091 OJ 31 Yours Sincerely, Robert W. Janes Manager, Greater !' ~oint McIntyre Area cc. Joe Leone (ARCo Alaska, Inc.) Jim Branch (Exxon Co. USA) GeoQuest 500 w. International Airport Road Anchorage, AK 99518-1199 ATTN: Sherrie NO. 9961 Company: Alaska Oil & Gas Cons Comm Attn: Larry Grant 3001 Porcupine Drive Anchorage, AK 99501 1/2/96 Field: Greater Point Mclntyre Area [Lisburne, L6-26, Pt. Mclntyre, and West Niakuk (NK-27)] Well Job Cf Log Description Date BL Floppy RF Sepia Disk P 2- 5 8 ~'('~-~ ~> PRODUCTION PROFILE 9 51 1 2 7 I I SIGNED: Please sign and return one copy of this transmittal to Sherrie at the above address. Thank you. DATE: RECEIVED JAN 0 5 't99S' Alaska 0it ~ (cas Cons. Commission Anchorage STATE OF ALASKA ' ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown __ Stimulate__ Plugging Pull tubing. Alter casing Repair well __ Perforate Other X 2. Name of Operator ARCO Alaska, inc. 3. Address P. O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 552' SNL, 1079' EWL, SEC. 14, T12N, R14E At top of productive interval 534'SNL, 1757' WEL, SEC. 11, T12N, R14E At effective depth 395'SNL, 1578' WEL, SEC. 11, T12N, R14E At total depth 356'SNL, 1515' WEL, SEC. 11, T12N, R14E 5. Type of Well: Development Exploratory X Stratigraphic Service __ 6. Datum elevation (DF or KB) KBE = 41.51' feet 7. Unit or Property name Point Mclntyre 8. Well number P2-58 9. Permit number/approval number 90-08/93-258 10. APl number 50- 029-22000 11. Field/Pool Point Mclntyre 12. Present well condition summary Total depth: measured Effective depth: Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: true vertical measured true vertical Length 11920 feet Plugs (measured) 9545 feet 11764 feet Junk (measured) 9406 feet Size Cemented 110' 20" 465 cuft Arcticset II 2735' 13-3/8" 4101 cu fl Coldset II 10808' 9-5/8" 1800 cu ft Class "G" 1380' 7" 450 cu fl Class "G" measured 11270'-11392', 11392:11416' Measured depth True vertical depth 110' 110' 2735' 2654' 10808' 8545' 10506~11886' 8271'-9514' true vertical 8023'-8128', 8128'-8150' Tubing (size, grade, and measured depth) 4-1/2", 12.6//, L-80 tubing to 11418'MD Packers and SSSV (type and measured depth) 9-5/8", TlW packer @ 10468' MD, 4-1/2" SSS V @ 2055' MD 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure 14. Prior to well operation Subsequent to operation Representative Daily Average Production or In!ection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations x 16. Status of well classification as: Oil x Gas.__ Suspended Service 17. I herel~ certify that the foregoing is true and correct to the best of my knowledge. Igned /,,V~.C")'Jl /~,~, /~-~'f -/~/,~r ~., Title Drillin~l En~ineerSupervisor Form 10140~ ~v 0~/~ ~8~ Date '~4/~'z/Z' SUBMIT IN DUP[IC/~TE BP/AAI SHARED SERVICE DAILY OPERATIONS PAGE: 1 WELL: P2-58 BOROUGH: NORTH SLOPE UNIT: POINT MCINTYRE FIELD: POINT MCINTYRE LEASE: API: 50- PERMIT: APPROVAL: ACCEPT: 06/18/94 01:00 SPUD: RELEASE: 06/20/94 11:59 OPERATION: DRLG RIG: WO/C RIG: DOYON 14 06/18/94 ( 1) TD:l1920 PB:11764 06/19/94 ( 2) TD:l1920 PB:11764 06/20/94 (3) TD:l1920 PB:11764 06/21/94 ( 4) TD: 11920 PB: 11764 CIRC T/GET DIESEL OUT MW: 8.5 Seawater MOV~IN RIG UP. TAKE ON SEAH20. RU SLOP TANK & HOOK UP T/ANNUL. RU DSM LUBRI. & ATTEMPT T/PULL BPV. (NONE IN WELL). RU & REV. OUT 35 BBLS DIESEL/GAS & OIL. 100 BBLS 9.6% BRINE. CHANGE HOLES & CIRC T/REMOVE DIESEL F/ANNUL. BLEED OFF ANNUL. MW: 8.5 Seawater CIRC OUT DIESEL & CON'T T/CIRC T/BAL. OUT FLUID. SET BPV, ND TREE & ADPTR FLNG, NU SPACER SPOOL & BOPE/TEST. RU LUBRCTR & PULL 2-WAY CHECK & RIG DOWN LUBRCTR. MU LNDG JT. BACK OUT LDS & PULL TBG HNGR T/RIG FLOOR. REV OUT BTTMS UP. PULL 52 JTS 4.5" L-80 TBG & SSSV. LD SAME. MU & RUN IN STORM PKR. SET/TEST T/500. ND BOPE & SPACER SPOOL. 9-5/8 X 13-3/8 ANNUL. HAD 250 # PRESS. BEGIN BLEEDING OFF PRESS THRU 1/2" LINE & NEEDLE VALVE. LD TBG. DSPLC TBG W/DIESEL MW: 8.5 Seawater BLEED OFF ANNUL. ND TBG SPOOL, PULL 9-5/8" PK-OFF. INSTALL & ENERGIZE NEW PACKOFF W/9-5/8" CASG. PUP-NU 13-5/8" X 9 EXTENTION SPOOL. SET EMERGENGY PACKOFF & ENERGIZE. CUTOFF 9-5/8" CASG. NU TBG SPOOL /TEST PCKOFF/NU BOPE. TEST BOPE & MANIFOLD. PULL 9-5/8" RTTS PACKER & RU & RUN 4.5" L-80 12.6# TBG. 52 JTS. & NEW SSSV. MU HNGR & LND TBG. ND BOPE NU & TEST TREE. RU LBRCTR & PULL BPV. RU & DSPLC W/CLEAN SEAH20. DSPLC TBG W/DIESEL. RELEASE RIG MW: 8.5 Seawater ATTEMPT T/PUMP DIESEL DOWN 13-3/8 X 9-5/8" ANNULUS. FOUND ANNULUS WAS ARCTIC PACKED & CEMENTED. RU HES WIRELINE & RIH W/GLV. SET SAME & POOH. TEST TBG T/3500#. BLEED OFF T/1500#/TEST ANNUL. T/3500. OK. SET BPV/SECURE WELL. RELEASE RIG @ 24:00 HRS ON 6/20/94. SIGNATURE: (drilling superintendent) DATE: MEMORANDUM State ot Alaska Alaska Oil and Gas Conservation Commission TO: David JohnSton, Chairmal~ DATE: June 19, 1994 THRU: Blair Wondzell, ~/~~-'~,~ P. I. Supervisor ,, FROM: John Spauiding,C~ .~'V SUBJECT: Petroleum Insp~c~ FILE NO: A2GLFSBD.doc BOP Test Doyon Rig 14 ARCO / Pt. Mc Intyre P-28 Prudhoe Oil Pool P.T.D. 90-08 Sunday June 19, 1994: I traveled to ARCO's Pt. Mc Intyre Field well P2-58 to witness a BOP Test on Doyon Rig 14. The AOGCC BOP Test Report is attached for reference. The rig was well layed out and the pad was in excellent shape considering all the construction start up work taking place. All systems worked well and a very good test was observed. Summary: I witnessed the BOP test on Doyon Rig 14, 3 hrs.,with 0 failures. Attachment: A2GLFSBD STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: Drlg Contractor: Operator: Well Name: Casing Size: 7" Test: Initial Workover: XXX Doyon Rig No. ARCO P2-58 Set @ 11,886' Weekly XXX Other 14 PTD # ,, Rep.: Rig Rep.: Location: Sec. 90-08 14 T. DATE: 6/19/94 Rig Ph.# 659-4510 Todd Ddscoll M.C. Heim 12N R. 14E Meridian Umiat MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) Reserve Pit NA , , , Well Sign OK , Drl. Rig OK BOP STACK: Quan. Annular Preventer 1 Pipe Rams 1 Lower Pipe Rams 1 Blind Rams ·" ~ '" Choke Ln. Valves , ,. HeR Valves Kill Line Valves ~':1 Check Valve NA .... ,,, Test Pressure 300/3000, "50o' S000' 500 500o"" 500\5000 500\500O 5OO\5OO0 5oo\5 ' PIE P P P ,,,,, . P ,, P , , MUD SYSTEM: Visual Alarm Trip Tank OK OK Pit Level Indicators OK ..... 0K" Flow Indicator '" ~)K OK Gas Detectors OK OK FLOOR SAFETY VALVES: Upper Kelly / IBOP Lower Kelly ! IBOP Ball Type Inside BOP Test Quan. Pressure P/F I5oo sooo I I 500\5000 . ' ' I J 500\5000 ·{'P' ,',,'1 ",' "500\5000 P' .. CHOKE MANIFOLD: No. Valves No. Flanges Manual Chokes Hydraulic Chokes Test Pressure P/F 13, 500~5000 I i :27' I '5oo soo'o ........ ' .... I Functioned ........... ,1'I Functioned I, ',P',~ ACCUMULATOR SYSTEM: System Pressure 3,000 I P Pressure After Closure .' '... '!,450. "I" .".P.' ' 200 psi Attained After Closure minutes 37 sec. System Pressure Attained ..... 2 .... minutes "2~ sec. Blind Switch Covers: uasteri' "xxx RemOtei XXX. Nitgn. Btl's: . 4@.1900 Average ~ . ...... Psig. Number of Failures: 0 ,Test Time: , 3.0. HoUrs. Number of valves tested 17 Repair or Replacement of Failed Equipment will be made within 0 days. Notify the Inspector and follow with written or Faxed verification to ithe AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: ,,Very good test Distribution: odg-Well File c - Oper./Rig c - Database c -Tdp Rpt File c - Inspector "STATE WITNEss REQuIRED~ ' Waived By: YES XXX NO 24 HOUR NOTICE GIVEN YES XXX NO ./ Witnessed By: FI-021L (Rev. 7/19) A2GLFSBD.XLS STATE OF ALASKA ALAor~A OIL AND GAS CONSERVATION COMMISS. APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend Operation Shutdown __ Re-enter suspended well X Alter casing __ Repair wel-'T- Plugging __ Time extension __ Stimulate Change approved program __ --Pull tubing __ Variance__ Perforate__ Othe----~ 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or KB) ' ARCO Alaska, Inc. Development__ KBE = 41.51' feet Exploratory x 3. Address Stratigraphic-- 7. Unit or Property name P. O. Box 196612, Anchorage, Alaska 99519-6612 Service__ Point Mclntyre 4. Location of well at surface 8. Well number 552' SNL, 1079' EWL, SEC. 14, T12N, R14E At top of productive interval 534'SNL, 1757' WEL, SEC. 11, T12N, R14E At effective depth 395'SNL, 1578' WEL, SEC. 11, T12N, R14E At total depth 356' SNL, 1515' WEL, SEC. 11, T12N, R14E P2-58 9. Permit number 90-08 10. APl number 5O- 029-22000 11. Field/Pool Point Mclntyre 12. Present well condition summary Total depth: measured 11920 feet Plugs (measured) true vertical 9545 feet Effective depth: measured 11764 feet Junk (measured) true vertical 9406 feet Casing Length Size Cemented Measured depth Structural Conductor 110' 20" 465 cuft Arcticset fl 110' Surface 2735' 13-3/8" 4101 cu ft Coldset II 2735' Intermediate 10808' 9-5/8" 1800 cu fl Class "G" 10808' Production Liner 1380' 7" 450 cu fl Class "G" Perforation depth: measured 11270'-11392', 11392'-11416' true vertical 8023'-8128', 8128'-8150' Tubing (size, grade, and measured depth) 4-1/2", 12.6#, L-80 tubing to 11418'MD True vertical depth 110' 2654' 8545' 10506; 11886' 8271 '-9514' Packers and SSSV (type and measured depth) 9-5/8", TlWpacker@ 10468'MD, 4-1/2" SSSV@ 2055'MD 13. Attachments Description summary of proposal x Detailed operations program __ BOP sketch 14. Estimated date for commencing operation 9/27/93 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil Gas Suspended x Service 17~1 hereby certify that the foregoiqg is true and correct to the best of my knowledge. /!b'¢'"c-:- ,/ / ~igned /~- ",/~ ~//,- Title Drilling Engineer Supervisor ' 'L; .o. co .ss,oN US ON.¥ Conditions of approval: Notify Cdmmission so representative may witness Plug integrity_.__ BOP Test ~ Location clearance IApproval No.,¢ 3 -,~ ~ Mechanical Integrity Test ___ Approved by order of the Commission Form 10-403 Rev 06/15/88 Subsequent form required 10-',~ c)L.i Origi'n{~,,! ::3'!,c?ned -By Commissioner ............... Bate- ~//~'//~-~ . SUBMIT IN TRIPLICATE ,P2-58 (Pt. Mac #6) OPERATIONS SUMMARY This workover is deemed necessary to illuminate the need to go into the cellar to open/close wellhead valves. This well is one of the original Pt Mclntyre exploration wells, and since that time the drill pad has been built up +/- 10 ft to accommodate additional drilling activities. Consequently; the original wellhead valves are below grade and this workover will raise the wellhead to pad grade. The following is a proposed operational summary. . . . . . . . o . 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. MIRU drilling rig ND XMAS tree. NU BOP's Pull BPV Circulate out freeze protection POH w/tubing Set storm pkr & test to 3500 psi. Cut 9-5/8" csg in 2nd jt below wellhead ND BOP & tbg spool. POH w/9-5/8" csg & back out 9-5/8" csg stub. ND 13-3/8" starter head Extend 13-3/8" csg to pad surface. NU 13-3/8" starter head. Run 9-5/8" csg & screw into 9-5/8" csg. Test csg to 3500 psi. NU tbg head & test same. NU BOP & test same Recover storm pkr. Run 4-1/2" tbg completion. Set BPV. ND BOP. NU XMAS tree & test same to 5000 psi. Freeze protect well. ,~'1 ~ Set BPV. RDMO drilling rig. BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 August 14, 1992 Mr. Larry Grant Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Subject: Point Mclntyre #6 and #13 Well Data Transmittal ,, r · CONFIDENTIAL Please acknowledge receipt of the following Pt. Mclntyre (PM) #6 and #13 core descriptions. The core analysis reports from Core Laboratories also contains detailed core descriptions (copies attached). Those reports were sent under separate covers dated 6/22/92 for PM #13 and dated 6/14/90 for PM #6. Please contact Bob Hunter at 564-4553 if you require further information. Thank you. RETURN TO: - ,zTem,,.,,, y ~'e ne" ..':.~; ~;:~a BP Exploration (Alaska)Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Pt Mclntyre #6 core summary description: Core #1:11,262-11,322' MD, Cut 60', Recovered 60' of 100% Sandstone, upper fine to lower medium grained, quartzose, glauconitic, with patchy and irregular to banded siderite cement. Visible bleeding oil, patchy bright yellow florescence (absent in siderite cemented areas), white/blue cut florescence, light brown oil stain. Core #2:11,322-11,382.9' MD, Cut 60', Recovered 59.9' of 100% Sandstone, predominantly fine to lower medium grained with occasional medium upper grained, quartzose, glauconitic, dark lithics and chert. Decrease in siderite cement relative to core #1 and occurring in occasional bands and nodules. Moderately friable except in siderite intervals. Increasing mud laminations at base of interval with occasional bioturbated zones starting at 11,361' MD. Visible bleeding oil, bright yellow florescence, instantaneous white/blue streaming cut florescence, amber-light brown stain. Core #3:11,382.9'-11,403' MD, Cut 20.1', Recovered 18.1' of 100% Sandstone, fine upper to medium grained, quartzose, glauconitic, moderately friable to friable. Abundant mud laminae with occasional visible cross laminations, common bioturbation, slight decrease in glauconite content at 11,390' MD. Visible bleeding oil, bright yellow florescence, instantaneous white/blue cut florescence, medium to light brown stain. Core #4:11,403'-11,463' MD, Cut and Recovered 60' of Sandstone, moderately friable, fine to medium upper grained, predominantly quartzose, with glauconite and microporous chert. Some fining upward sequences with minor basal scour lags of very coarse upper and medium grained sandstone with mudstone clasts and chert grading into medium and fine, slightly glauconitic sandstone. Carbonaceous material (wood) noted in trace amounts. Sandstone becomes increasingly argillaceous with depth, increasing mud laminae and minor siderite banding/nodules. Glauconite increases to 40% at 11,446' MD and decreases to 15% at core base. Minor bioturbation throughout. Bleeding oil from 11,405-11,445' MD. Dominantly bright yellow to dark gold florescence, instantaneous streaming blue/white cut florescence, oil stained. Core #5:11,463'-11,523' MD, Cut and Recovered 60' of Sandstone, medium to fine upper grained from 11,463-11,504' and fine grained from 11,507'-11,523', quartzose, glauconitic (< 15%) decreasing towards base of core, white microporous chert (< 10%), minor to rare siderite, slightly argillaceous, rare visible burrows. Pinpoint to patchy yellow/gold to no florescence, instantaneous streaming blue/white to white/yellow cut florescence. Tar at 11,517'-11,521' MD is very spotty, black, and very viscous. Core #6:11,523-11,584' MD, Cut 60' and Recovered 61' of Sandstone, medium to upper fine grained, quartzose, chert, intervals of 10-15% glauconite (average <5%), bioturbated most commonly towards base of core, increasingly argillaceous at 11,545' to base core. Grain size increases to lower coarse from 11,552-11,560'. Minor siderite bands/nodules. No to pinpoint dark dull gold florescence, instantaneous slow streaming faint white to yellow cut florescence. Core #7:11,584'-11,644' MD, cut and recovered 60' of sandstone, predominantly upper fine to lower medium grained, quartzose, <5% glauconite with 5-10% chert. Slightly argillaceous and heavily bioturbated with abundant burrows, some siderite patches from 11,592'-11,624' MD. Oil stained, but no bleeding oil, pinpoint to patchy dull gold to no florescence, instantaneous streaming blue/white to white/yellow cut florescence. Core #8:11,644'-11,685' MD, cut 48' and recovered 41' (jammed at 11,692' MD) of sandstone, fine to medium grained, quartzose, chert, slightly glauconitic, heavily bioturbated to massive, argillaceous to clean. Irregular light brown oil Stain. Florescence ranges from even to spotty to pinpoint J[:b ~iyt eous cut ~a~ white-yellow florescence. 0il & Gas Cons. Commission Anchorage ! DEPAIIT~IENT OF LAN%' OFFICE OF THE ATTORNEY GENERAL Shawn J. Holliday Groh, Eggers & Price 2550 Denali Street, Suite 1700 Anchorage, Alaska 99503 Billie Pirner Garde Hardy, Milutin & Johns 500 Two Houston Center 909 Fannin at McKinney Houston, Texas 77010 July 18, 1991 .: / WALTER J. HICKEL, GOVERNOR / REPLY TQ: ~I 1031 W 4TH AVENUE, SUITE 200 ANCHORAGE, ALASKA 99501-1994 PHONE: (907) 269-5100 FAX: (907) 276-3697 [~ KEY BANK BUILDING 100 CUSHMAN ST., SUITE 400 FAIRBANKS, ALASKA 99701-4679 PHONE: (907) 452-1568 FAX: (907) 456-I317 [~ P.O. BOX K- ,STATE CAPITOL JUNEAU, ALASKA 99811-0300 PHONE: (907) 465-3600 FAX: (907) 463-5295 Re: 'Exxon Corp. v. Burglin, civ. H-90-3995 Our file: 661-92-0017 Dear Mr. Holliday and Ms. Garde: I represent the Alaska Oil and Gas Conservation Commission with respect, to the deposition subpoena that was directed to its records custodian in the above-referenced case. Some of the materials requested in that subpoena are required to be maintained confidential by AS 31.05.035(c). A review of the Commission's files shows that these materials are the reports and information required by AS 31.05.035(a) for Pt. McIntyre 3, 3 dpn, 4, 5, 6, 7, 8, 9, 10, 11, 12, and 13. Since the Commission is precluded by law from disclosing these materials, the Commission objects, pursuant to Federal Rule of civil ~Procedure 45(d)(1), to inspection or copying of these materials. I note that all of the materials in question were filed with the Commission by the owners of the wells to which they relate, and that the owners themselves are of course not subject to the constraints of AS 31.05.035(c). Perhaps you will wish to consider directing your discovery efforts to those owners. I ECEIVED JUL ! 91991 Sincerely, CHARLES E. COLE ATTORNEY~ ~' GENERAL ~ By: Robert E. Mintz Assistant Attorney General 03-C5LH BP EXPLORATION April 11, 1991 Mr. L. C. Smith, Commissioner Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-1433 BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 Subject' Well Data Transmission Dear Mr. Smith' Attached pursuant to regulations at 20 AAC 25.070 and 20 ACC 25.536 are the Production Fluid Sampler Log, sepia and Operations Summary Reports for Pt. Mclntyre #6. We hereby request that pursuant to regulation at 11 AAC 82.810 that all information about Pt. Mclntyre #6 be kept STRICTLY CONFIDENTIAL from individuals, other companies, and other government agencies. Please acknowledge receipt of the attached well data. Should further information be required, please contact me at 564-5511. Sincerely, Bryan E. Stepanek, MB4.~~' Niakuk/Pt. Mclntyre, BPX Alaska P.O. Box 196612 Anchorage, AK 99512-6612 Received by: Date: BES/mmh Attachments RECEIVED APR 1,5 t99t ,Qil & Gas Cons..CO, ml~iSS[QIl ALASKA OIL AND GAS CONSERVATION COMMISSioN .. REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown Stimulate Plugging Perforate Pull tubing Alter casing Repair well Other X 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or KB) BP Exploration (Alaska) Inc. Development Exploratory -~ KBE = 41.51 feet 3. Address Stratigraphic 7. Unit or Property name P. O. Box 196612, Anchorage, Alaska 99519-6612 Service PT. MCINTYRE 4. Location of well at surface 8. Well number 556' SNL, 4196' WEL, SEC. 14, T12N, R 14E PT. MClNTYRE # 6 At top of productive interval 9. Permit number/approval number 534' SNL, 1757' WEL, SEC. 11, T12N, R 14E 90-08 At effective depth 10. APl number 50- 029-22000 At total depth 11. Field/Pool 356' SNL, 1515' WEL, SEC. 11, T12N, R14E DELINEATION 12. Present well condition summary Total depth: measured 1 1920 feet Plugs (measured) true vertical 9545 feet Effective depth: measured 1 1764 feet Junk (measured) true vertical 9406' feet Casing Length Size Cemented Measured depth True vertical depth Structural BKB BKB Conductor 110' 20" 465 cu ft. Surface - 110' Surface - 81' Surface 2735' 13 3/8" 4101 cu ft. Surface - 2735' Surface - 2612' Intermediate 10808' 9 5/8- 1800 cu ft. Surface - 10808' Surface - 8504 Production Liner 7" 450 cuft 10506 . 11886' 8229 - 9473' Perforation depth: measured 10270 - 10392' 10392- 10416' true vertical 8023 - 8128' 8128 . 8150' Tubing (size, grade, and measured depth) 4 . 1/2" 12.6it L.80 11418' MD Packer set at 10469' MD; SSSV set at 2055'MD ',R ECE tVE.D Packers and SSSV (type and measured depth) 13. Stimulation or cement squeeze summary ,i~}.:"~ii!,:t ~ Intervals treated (measured) ~'~'3$J~a,~,Jj ,,.~, GaS C0~15, Treatment description including volumes used and final pressure ~',.: i~.~ ~Ci'i'0~'a~.~' 14. .Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcr Water-Bbl Casing Pressure Tubing Pressure Prior to well operation WELL WAS SHUT IN PRIOR TO SAMPLING OPERA TION, AND SHUT IN AGAIN SUBSEQUENT TO OPERATION. Subsequent to operation 15. Attachments 16. Status of well classification as: Copies ofJ~lgs a, pd SurveysAun X Daily R,e~oj~ of ~/ell Opera, fl'c~s ~- /' Oil Gas Suspended X Service 17. I he g e and correct to the best of my knowledge. Form 10-404 Rev 06/15/88 SUBMIT IN D[ / .iCATE bce: PM#6 SWlS ¢.8 PM#6 SWlS 9.1 .Oil .& 6as Cons, POINT MCINTYRE #6 WELL TEST REPORT BP EXPLORATION OPERATION: PM 6 BO'I-rOM HOLE SAMPLING DATE: 2/10-2/12/91 Ran in hole with Schl ccl/gr/grad/hum/hp temp & press/btm hole sampler. Opened well at 1330 hrs, 2/10/90. CONFIDENTI Suspended gauge at mid perfs 11,343 MD. Monitored pressure while stabilizing rate and obtaining 9-10 tubing volumes of crude production prior to sampling. SIBHP 4417.8 psia. Adjusted choke at approx 8.8 tubing volumes of crude production to obtain approx 50 psi drawdown for sampling. Production Data TIME WHP WriT CHOKE BHP DRAWDN OIL RATE CUM OIL GOR COMMENTS (HR) (PSIA) (°F) (64th) (PSIA) (PSIA) (BOPD) (BBLS) (SCF/STB 2/10/91 1330 1282 68 1 4 Open well 1400 1204 28 18 1700 1438 35 18 1823 248 2000 1436 38 18 982 351 2100 1425 39 20 1142 398 Change choke 2130 22 Change choke 2200 1417 41 22 1413 457 2/1 1/91 0200 1430 47 22 1483 716 0600 1431 50 22 1553 969 0732 1431 51 22/20 Change choke 1000 1440 49 18/20 1102 1183 Change choke 1100 1449 49 18 942 1222 1400 1442 48 18 972 1341 1700 1442 48 18 982 1464 1800 1469 47 1 6 551 1487 Change choke 1900 1463 46 15 470 1506 Change choke 2100 1449 45 1 4 350 1538 Change choke 2200 1443 45 14 341 1552 *** Sampling *** 2/12/91 0020 Moved sampler up to 11269 MD Page 1 CONRDEmlAL POINT MCINTYRE #6 WELL TEST REPORT BP EXPLORATION I TIME [ WHP I WHT I CHOKE ! BHP IDRAWDNIOILRATE (BBLS/ IGOR I (HR/ (PSIA/ (°F'') (64tht (PSIA/ (PSIA/ (BORe/ I CUM OIL (SCF/STB COMMENTS for sampling ( wtr in mid-perfs) 0030 Take Sample #1, Flag line, POOH Sampler O-ring failure/no sample 0325 Take BH sample #1 0549 Take BH sample #2 1015 Take BH sample #3 1300 *** Sampling *** RD Schlumberger WL. Complete 1335 SWI. 1430 FP tubing with 40 BBLS diesel. 2/16/91 0700 RU WL to plug well. First plug set leaked. 1 700 Pumped 40 BBL hot diesel. RIH w/second plug. 2100 Set SSSV, suspect valve leaking, set another. 2/17/91 01 00 Bleed dwn well above SSSV & monitor same. 0230 SDFN, will set BPV tomorrow 2/18/91 1230 OTIS WL set back pressure valve. Approximately 150 PSI under valve. Time Sampler Depth Pressure/Depth Temp 0325 11269 4350.33/11247 184.5 0549 11269 4355.80/11247 184.6 1015 11269 ENGINEER FAILED TO GIVE PRES/DEPTH/TEMP DATA TO SITE SUPERVISOR. HALLIBURTON RESERVOIR SERVICES OA H:llI,Dutlom Company 3OOO "C" Street, Suite 4200 Anchorage, Alaska 99503 March 19, 1991 Mr. Charlie Michel BP Exploration (Alaska) Incorporated 900 East Benson Blvd. Anchorage, Alaska 99503 re: Well Test of February 10-12, 1991 Number 6 Well Point McIntyre Field North Slope, Alaska Bottom.Hole~S~mpling Dear Mr. Michel, Please find enclosed the summarized reports of the above reference tests. The data was gathered electronically by HRS for processing and reporting. The oil rates are based upon tank gauge readings (and separator meter readings when applicable) and reported in stock tank barrels (separator barrels when applicable) at 60 degrees Fahrenheit. The gas rates are reported in thousands of standard cubic feet per day (MSCFD), oil rates in stock tank barrels of oil per day (STBOPB). The standard conditions used are: 14.73 psia and 60 degrees Fahrenheit. The gas rates are calculated according to the Gas Measurement Committee Beport No. 3 - 1969. The reported salinities were determined by titration method and gas gravities are measured with a gas gravitometer. The oil weathering factors (shrinkage factors) are determined using a calibrated test cell that is attached to the separator vessel. Test Summary Date Real Delta WHP Time Time (psig) Oil Water Gas Choke Rate Rate Rate (64ths) (STBPD) (STBPD) (MSCFD) 02/10 20:00 6.50 1436.0 02/11 07:00 17,50 1430.8 17:00 27.50 1442.3 12/12 13:36 48.10 1422.0 18 974.3 0.0 692.10 22 1451.5 0.0 1029.31 18 974.3 0.0 688.49 14 248.4 0.0 166.69 HALLIBURTON RESERVOIR SERVICES Anchorage, Alaska CUSTOMER: WELL NAME: FIELD: AREA: INTERVAL: TEST DATE: TEST: BP Exploration (Alaskal Inc. Number 6 Point McIntyre ~ North Slope, ALASKA N/A February 10-12, 1991 SURFACE WELL TEST (BOTTOM HOLE SAMPLE) HRS report copies have been sent to the following companies and\or individuals- # COPIES RECIPIENT BP Exploration (Alaska) C/O Charlie Michel 900 East Benson Blvd. Anchorage, Alaska 99503 <907> 561-5111 Inc. HRS 3000 C Street Suite Anchorao'~e, Ak 99503 <907> ~61-7750 200 T# 007338 RECEIYED APR 1 &lask~ .Oil .~ Gas Gons. The maximum rate achieved during the test was 1500 STBOPD on a 22/64ths inch choke with a flowing well head pressure of 1431 psig. The sampling occurred over a 16.6 hour period on a 14/64ths inch choke with an average rate of 248.25 STBOPD and an average well head pressure of 1438.0 psig. The oil flow rates and cumulative volumes reported are corrected to standard conditions based on an estimated average stock tank temperature of 80 degrees fahrenheit. This test includes separator oil flow rates and they to are corrected to standard conditions based on an average separator oil temperature of 100 degrees fahrenheit. We appreciate the opportunity to assist you on this project. Please do not hesitate to contact us at (907)261-7750 if you have any questions concerning this or any other project. //~ames C. Lin~/ I~ / Reservoir E~gineer JCL/jcl J7338CL HRS 1500 'I ,,-. 1450 -- 1400 - 1550d 1300j 1250 - Well Head Pressure Point Mclntyre No. 6, Sampling Test Page 1.1.1 Vs. Time 1200 0 5 10 15 Change Choke ./ Sampling i i 1 I i I 20 25 50 55 40 45 Test Time (Hours)! 50 Page 1.1.2 1600 1400 1200 000 - 800 600 400 200 ' HRS Point Oil Rdfe Vs. Time Mclnfyre No. 6, Sampling Test /\ ,;, ,,,7 / · k.. f -'"' 5 10 15 20 25 50 55 40 45 Test Time (Hours) Separator --- Tank 50 4000 ~3500 ~5000 ~2500 ~2000 ~-1500 ~1000 -500 0 C !-- Feb 9i Ticket No, 007338 ?age 1,2,' ICOMPANY ' BP EKPLORATION (ALASKA) INC. iCOMPANY REP ' CHARLIE MICHEL ISEPARATOR : 42" X 15' 80 MMSCFD 8000 BPD 'WELL NAME: POINT MCINTYRE NO 6 ' ' . iTEST NO. ' ONE (BOTTOM Hone SAI{PLES) iGaS METER RUN ' 5.761" W/BARTON 202A RECORDER :AREA ' PRUDHOE BAY, ALASKA )INTERVAL TESTED: H/a :LIQUID METERS ' 2" OIL, 1.5" OIL, 1" WATER + .......................... + ........................... ~ ............... + ............... + .............. + ..................... + ........ + ................................................. : TIME DATA ) WELL HEAD DATA : OIL DATA { WATER DATA : GAS DATA , REAL DELTA{ ' , MNF RATE CUM RATE , CUMM :RATE:CUMM {MTR TOTAL { GOR , :DATE TIME TIME { WHP {IAP WHT CHK SEP SEP TNK : TNK {TNK { TNK iTEMP RATE { (MSCF CUMM {(MM/DD {(HH:MM:SH)(HOURH)I(PSIG){(PSIG) (F) (649 {BPD) (BBL} (BPD)I (BBL){(BPD){ (BBL)I(F) (MSCFD) I/LTD) (MSCF){' COMMENTS + .................. ~ ....... + ....... + ...... + ....... + .... + ....... T ....... T ....... T ....... + ...... + ....... + .... + ........ + ....... ~ ........ + ................................................. o2/1o 02/10 o2/1o o2/io o2/1o O2/lO 02/10 02/10 02/10 02/10 02/10 02/10 o211o 02i10 02/i0 02/10 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02111 02/11 13:30:00 13:45:00 14:00:00 i4:30:00 15:00:00 15:30:00 16:00:00 16:30:00 '17:00:00 18:00:00 19:00:00 20:00:00 21:00:00 21:30:00 22:00:00 23:00:00 00:00:00 01:00:00 02:00:00 03:00:00 0,000 :1281,5 0,250 11260.8 0,500 1203,8 1,000 1240,8 1.500 1313,8 2,000 1446,3 2,500 1442,5 3,000 1444,3 3,500 1438,8 4,500 :1431,8 5,500 11433.5 6,500 11436.0 7.500 {i425.0 8,000 {1429,3 8,500 1417,5 9.500 1429,5 10,500 1428,3 11,500 1429.5 12,500 1429,5 13,500 1430 5 04:00:00 114.500 11431 0 05:00:00 115.500 11431 8 06:00:00 116,500 11{31 0 07:00:00 :I7,500:1430 8 07:32:00:18.033 11430 8 08:00:00 118.500:1453,5 10:00:00 {20.500 I440.3 11:00:00 21,500 1448,5 I2:00:00 22.500 1443,0 13:00:00 23.500 1443.5 O0 O0 O0 O0 O0 O0 O0 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 0,8 0,9 13 09 O~ O0 O! O0 O0 67,5 34,1 28,3 31,4 33,4 33,7 33,7 34,3 34,6 35,8 37,0 37 7 39 1 39 7 41 0 43 0 44 6 46.0 47,0 47.9 48,8 49.5 5O 2 5O 7 5O 9 5O 3 49 4 48 8 48 4 48.4 i4 18 18 18 18 18 18 18 888,6 i8 11066,2 18 11066,7 18 1027,5 20 1118,4 2O 22 1422,7 22 1589,4 22 {1568,7 22:1568,2 22:1561,8 22:1567.5 22 11567,2 22 1567,2 22 1564,9 22 1563,5 22 2O 2O 2O 18 18 18 i i :i063.6 11192.9 '3658,2 0.0 i8,5 1809, 62,9 576,7 107,4 894,8 150,2 974.3 196,8 i133.4 196,8 256 1" '. ,~40~ 7 3223 11511,0 387 7 453 0 {1789,4 518 I :147i,2 583 4 11471,2 648,7 714,0 11511,0 779,2 844,3 {1451,5 844,3{ 1382,5 i144,0 I147.7 1016.4 {1039.8 I001,0 11081,5 1030,8 :1124,4 0.0 44,3 69,6 94.4 i70,7 170,7 246,0 270,1 307,4 347,9 395,2 395,2 453.6 516,5 574.5 649.1 710,4 771.7 835.I 898,0 962.2 1022,7 1022.7 902,0 11421 511081 949,6:1103 4{!122 997,4 {1093 6{I173 934 611212 964 3{12§2 924 6 11291 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 1102 784,76 0.0 1102 664,79 0.0 104 692.10 0,0 99 740.86 0.0 0,0 91 900,15 0,0 95 1011,97 0,0 97 1030,!8 0,0 991026.89 0.0 {100 1024.86 0,0 Ii00 1024,99 0,0 {iO0 1025,08 0,0 {I00 11024,75 0.0 102 11028.86 0.0 103 :1029.31 0,0 0.0 111 923,18 0,0 115 0,0 116 799.62 0,0 {i00 705,28 0,0 1129 712.60 0,0:72 648.71 1,361 0,743 0,710 0,654 0,642 0,670 0,740 0,574 0,697 0,697 0,674 0,678 0,668 0.709 0.649 0,734 0,731 0.755 0,739 0,702 OPEN WELL INCREASE CHOKE .OIL TO SURFACE 0 iDIVERT FLOW THROUGH SEPARATOR I GAS GRAV,=0,720 32,70 { OIL URAV.=28,1 60,40 {GAS $RAV,=0,706 89,24 :INCREASE CHOKE 120.10 INCREASE CHOKE 120,10 INCREASE CHOKE 157,61 199,78 242.70 OAS GRAV,=0,692 285,49 328,i9 370,90 413,61 456,31 499,18 542,06 GG=0,694 542.06 DECREASE CHOKE 580.53 614.27 647,58 ~ECREASE CHOKE 676,97 00=0,704 08=27,7 DEG APl 706,66 Wf=0.995 733,69 GAS GRAV,=0,694 OIL GRAV,=26,4 GAS GRAV,=0,693 OIL GRAV,=26,4 Ticket No, 00?338 Page 1.2,2 ICOMPAN¥ ' BP EXPLORATION (ALASKA) INC. ICOMPAN¥ REP ' CHARLIE MICHEL ISEPARATOR : 42" X 15! 80 MMSCFD 8000 BPD IWELL NARE' POINT MCINTYRE NO. 6 iTEST NO. ' ONE (BOTTOM Hone SAMPLES) :GAS METER RUN ' 5.761" W/BARTON 202A RECORDER IAREA : PRUDHOE BAY, ALASKA :INTERVAL TESTED: N/A :LIQUID METERS ' 2" OIL, 1.5" OIL, 1" WATER .......................... + ........................... ~ ............... ~ ............... + .............. ~ ..................... + ........ ~ ................................................. TIME DATA ,' WELL HEAD DATA ,' OIL DATA : WATER DATA ', GAS DATA ....... ~ .......... + ....... + ....... + ...... + ....... + .... + ....... ~ ....... + ....... ~ ....... + ...... ~ ....... + .... ~ ........ ~ ....... ~ ........ REAL I DELTA: MNF: RATE COMM RATE I CUMM I RATE CUMM IMTR: TOTAL GOR I . I DAYE TIME :TIME : WHP lap WHT CHK i SEP SEP TNK : TNK :TNK TNK :TEMPI RATE (MSCF: CUMM {(MM/DD) (HH:MM:SS){(HOURS)I(PSIG) (PSIG) {F) 464)I (BPD) (BBL) (BPD)I (BBL)}(BPD) (BBL){(F){(MSCFD) /STB) I (MSCF) COMMENTS ....... + .......... + ....... + ....... + ...... + ....... + .... + ....... r ....... + ....... T ....... + ...... + ....... + .... + ........ + ....... + .......................................................... 02/11 o2/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/11 02/12 02/12 02/12 02/12 02/12 02/12 02/12 02/12 02/12 02/12 02/12 02/12 OZ/12 02/12 02/12 13:3~:00 J i I I i4:00:00 124,500 .11442.5 15'00:00 :25.500 J1443,0 16:00:00 17:00:00 18:00:00 18:30:00 19:00:00 20:00:00 20:15:00 21:00:00 26,500 11443.0 27.§00 {1442,3 28,500 1468,5 29.000 1461,3 29,500 1462,8 30.500 I445.3 30.750 1443,5 31 500 {1449,0 22:00:00 23:00:00 133 00:00:00 134 01:00:00 {35 02:00:00 136 500 03:00:00 37,500 04:00:00 38,500 0§:00:00 39,500 06:00:00 40,500 07:00:00 41.500 08:00:00 42.500 09:00:00 43.500 I0:00:00 44,500 11:00:00 45.500 12:00:00 46,500 13:00:00 500 11442,5 500 11433,3 500 {1425,5 500 11428,8 1425,0 I450,3 1446,5 1444,8 1447,8 i445,3 1431,5 1431,3 1429,0 1430,3 1476,8 47,500 )1425,3 48.100 {1422,0 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 O0 O0 O0 O0 O0 O0 O0 0.0 0,0 0.0 0.0 0.0 0.0 0,0 48,2 47,9 47,9 48,1 47,1 46,4 46.2 45,7 45,5 45,5 44,5 44,0 43 5 43 5 43 9 42 7 42 6 4O 5 40.9 42,8 40,8 40,5 41,0 4!,9 39,5 37,9 37,9 18 i046,91168,i 18 1040,71211.4 18 1041,71254,8 I8 1033,61297 9 16 623,6 1323 9 16 :1323 9 !5 523.7 :i345 7 15 466,5 {1365 i 15 :i365 1 14 375.1 1380.8 14 334.9 i394.7 14 327.9 1408.4 14 330.0 1422.1 14 337.5 1436,2 14 307,1 1449,0 14 289,6 1461 14 237,9 14710 I4 254,2 1481 6 14 229,4 ]!491 1 14 225 3]1500 5 14 214 7]1509 5 14 211 6]1518 3 14 220 9:i527 5 14 209 5{1536 2 14 196 1{1544 4 14 196 3 41552,6 14 191 7:1557,3 I 964,3:133I 3 954.3 11371 1 984,1:1412 1 974,3:1452 7 546,7 11475 4 {i475 4 467.2 {!494 9 397,6 1511 5 1511.5 347,9 1526,0 338,1 1540,0 308,i 1552,9 298,3 1565,3 318,1 1578,6 :1S78 6 273.3 4160I 3 208 8 "' . ,~10 0 228 6 "~'~ , {10£, 6 218,8 ]1628 7 248,6 1163) 0 208.8 1647,7 198.8 1656.0 218,8 1665,2 188,8 1673,0 179,1 1680,5 188.8 1688.3 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 O0 O0 O0 O0 O0 O0 O0 0,0 79 0,0 76 0,0 74 0,0 126 0,0 1i6 O0 0 0:114 0 01117 oo{ 0 0{116 0 0 121 0,0 124 0.0 126 0,0 I20 0.0 101 0,0 95 0,0 86 0,0 82 0,0 76 0 0 69 0 0 63 0 0 63 0 0 63 0 0 80 o o:1oo 0 04111 0.0 li19 654.45 0.679 656,50 0,688 655,42 0,666 688,49 0,?07 470,48 0,861 414,21 366,23 289,52 269 69 271 54 267 19 258 13 217 73 164 73 183.62 166,50 171,15 15~,67 137.81 157,91 167,91 168.82 166.69 0,887 0,921 0.832 0,798 0,881 0,896 0,8!1 0.603 0,879 0 728 0 782 0 642 760 96 788 32 815 62 844 31 DECREASE CHOKE 863 91 863 91 DECREASE CHOKE 881 17 896 43 896,43 DECREASE CHOKE 908,50 919,73 {GAS GRAV.=0.693 931,05 { 942,18{ 952,94{ 962,01 :OAS GRAV,:O,?iO, OIL GRAV,:28,7 968,87 976.52 983,46 990,59 997.24 GG=0,686 0 730 11003,60 0 774 It010.01 0 630 11015.75 0 836 1022,33 0,~38 1029,33 0.894 1036.36 0,671 0G=27,7 APl SAMPLINU COMPLETE 1043.31 I~HU! WE[,[. I! - ElD TES! I0 Feb 91 Ticket No. 007335 Page 1.2,3 {COMPANY ' BP EXPLORATION (ALASKA) INC. :COMPAH¥ REP ' CHARLIE MICHEL ISEPARATOR : 42" X 15' 80 MMSCFD 8000 BPD {WELL NAME' POINT MCINTYRE NO. 6 i?EST NO. ' ONE (BOTTOM HOLE SAMPLES) :GAS METER RUN : 5.761" W/BARTON 202A RECORDER :AREA : PRUDHOE BaY, ALASKA :INTERVAL TESTED: N/A :LIQUID METERS ' 2" 015, 1.5" OIL, 1" WATER + .......................... + ...........................~ ............... ~ ............... ~ .............. ~ ..................... + ........ + ................................................. ,' TIME DATA ,' WELL HEAD DATA ,' OIL DATA I WATER DATA ,' GAS DATA ,' ' 'CUMM :MTR: TOTAL GOR ' REAL DELTA {MNF: RATE , , , ' CUMM : RATE i CUMM : RATE, . ' SEP : SEP ' TNK : TNK :TNK : TNK :TE~P: RAYE (~SCF: CU~M" DATE { TIME TIME WHP Iam WHT {CHK, , . (MM/DD){(HH:MM:SS) (HOURS)(PSIG) (PSIG) (F) {(64): (BPS): (BBB)I (BPD){ (BBB):(BPD): (BBB):(F)I(MSCFD) /STB): (MSCF):' COMMEHTS + ....... ~ .......... + ....... t ....... + ...... + ....... t .... + ....... + ....... + ....... ~ ....... t ...... + ....... ~ .... i ........ + ....... t ........ + ................................................. I I i J I ! i i ! ! i i i ' J AVG MNF AVG CU~ ~"~ WHP CHK Qo(sep) SEP Qo(tak} TNK psig) (64) BPD@60 BBL,60 BPD~60 ~L~60 ,u~ METER AVG AVG uUH FACTOR FACTOR Qg GOR GAS Cf Mf Mscfd Mscf/BBL Mscf i428.9 22 I554,i 647.5 1506.i 627,5 0.9691 0.9740 1012.7 0.675 422,0 !443,7 18 i030 2 300,5 957.2 279,2 0.9292 0.9338 674,5 0,705 i96.7 1438,0 i4 260 § 192,2 248,2 183,1 0,9526 0.9574 195,8 0.784 146,9 Cf=Vt/Vs=Wfqf Where: Cf=Volume Correction Factor ($ep bbi(60 => stock tnk bbl@60) Vt=Volume bF tank at 60 degrees F Vs=Volume b~ separator zeter at 60 degrees F Wf=O,995=Weatherin~ factor by shrinkage tester Mr=Meter efficiency factor (determined Impericali~) I00' 0" I I EMERGENCY TRAILER ] GEN COMP 150'2 I/2" "~ '~ MANIFOLD i[__. DATA HEADER ~. CHEM IN.J PlJM[' SSV PNEUMATIC,.,' HYDRAIJLIC PANEL 50' 0" 36" x 8' GAS SCRUBBER 40' FLARE STACK x 202' 4 I/2" 36'X 36' /" H20 \ss yI __400 BBL i IJPRIGHT 50' 0"~ 36"x lO' SCPUBBEP / TRAHSFER 60'X 88' 24' 0" 400 BBL )' '/400 ~BBL t400 BBL / 83'X 7(/ 400 400 BBL ) 150 61'X35' NOTE: ALL DIM FOR BERM AREA INCLUDEA3'X I'WALL LEGEND / 3 "5000 PSI I 3" 2000 PS1 '----- 2" 2000 PSI 3" ARCTIC GRADE RUBBER HOSE ...... 2" ARCTIC GRADE STEAM HOSE L I ST OF PERSONNEL Name Title Dan Wuthrich Job Supervisor (day) John Collins (Bubba) Specialist (day) Dathan Bulot Dave Wilson James Ling Steve Meyers Tim Loisel (Gonzo) Dave Peterson John Gibb .. Robert Richey Mike Litner Danny Jones Perry Gross Specialist (day) Operator (day) Engineer (day) Supervisor (nite) Specialist (nite) Operator (nite) Operator (nite) Specialist (nite) Alternates Specialist Specialist Operator Position Manifold Separator Boiler Separator Manifold Tank Farm Data Acquisition Manifold Separator Separator Tank Farm Boiler Data Acquisition Separator Manifold Separator Boiler BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 February 4, 1991 L. C. Smith Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re' Exploration Fluids from Pt. Mclntyre #6 Well Dear Mr. Smith' BP Exploration (Alaska), Inc. (BP) is the operator for the Pt. Mclntyre #6 exploration well, which has a bottom hole location within ADL 365548. BP intends to briefly flow the Pt. Mclntyre #6 well using equipment in place for the Pt. Mclntyre #9 well test in order to gather additional information from Pt. Mclntyre #6. BP hereby notifies the AOGCC that in the event that the production tests, if any, from Pt. Mclntyre #6 yield hydrocarbon liquids, BP may reinject such fluids into the nearby Pt. Mclntyre #6 well, or take such fluids either to the Western Operating Area Gathering Center (GCl) or to Flow Station #1 (FSl) to be commingled with Prudhoe Bay production. BP, as lessee for ADL 365548, intends to transfer right, title and interest of the fluids to the Prudhoe Bay owners. BP, as exploration operator on ADL 365548 and 100% working interest owner in Pt. Mclntyre #6, assumes responsibility for paying all royalty, tax and/or other assessments on produced oil from Pt. Mclntyre #6 exploration tests in 1991. Production rates will be measured using meters on separators during testing, and hydrocarbon volumes will be strapped in tanks. Production measurements will be made in accordance with AOGCC regulations 20 AAC 25.228 and 25.230. Metered volumes of the exploration test fluids will be reported by letter to the DOG and AOGCC after production tests are completed. Exploration volumes processed at FS1 or GC1 will be deducted from the PBU Offtake/Production Allocation Report volumes under the category of Off Unit Receipts. RE(EIVED FEB - g 1991~ Alaska. 0ii & Gas 0OHS. Anchorage C. V. Chatterton February 26, 1990 Page Two BP will notify the AOGCC prior to testing Pt. Mclntyre #6. If an AOGCC representative wishes to witness the test, BP requests that the representative obtain polar bear and environmental/cultural training from BP. A Beaufort Sea Environmental/Cultural Card and "polar bear stamp" are provided to persons who watch two videos at BP. Please contact Mark Fraker at (907) 564-5527 for further information about environmental training. Please indicate your approval below and return a copy of this letter to the undersigned. If your have any further questions feel free to contact myself at (907) 564-5989 or B. E. Stepanek at (907) 564-5511. Sincerely. BP Explora~ T. J. Obeney APPROVED THIS ~ ~ ~ day of f';~.~...~ ~. / ALASKA OIL AND GAS CONSERVATION COMMISSION DAv~D~-JOHNS~ON Chair/Coroner ,1990. R ' EiVED FEB - ^laska 0ii & 6as Cons. Cor~missior~ A~chorag~ STATE OF ALASKA ALASKA OIL AN D GAS CONSERVATION COM M ISSI ON APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Alter casing __ Repair well __ Change approved program ~ Pull tubing __ Variance ~ 2. Name of Operator ! 5. Type of Well: BP Exploration I Development ~ ExploratoryX__~__X 3. Address Stratigraphic_ P.O. Box 196612, Anchorage, AK. 9519 Service__ 4. Location of well at surface 556' SNL, 4196' At top of productive interval 534' SNL, 1757' At effective depth Operation shutdown __ Re-enter suspended well ~' Plugging __ Time extension __ Stimulate __ Perforate __ Other __ WEL, Sec. 14, T 12N, R 14 WEL, Sec 11, T 12 N, R 14 T 12 N, R 14 E At total depth 356' SNL, 1515' WEL, Sec.ll, 6. Datum elevation (DF or KB) KBE = 41 .51 Unit or Propedy name Pt. McIntyre 8. Well number Pt McIntyre 9. Permit number 90 -08 #6 10. APl number 50-- 029-22000 11. Field/Pool Delineation feet 12. Present well condition summary Total depth: measured true vertical 11920 feet Plugs (measured) 9545 feet Effective depth: measured 11764 feet Junk(measured) true vertical 9406 feet Casing Length Size Cemented Structural - - - 110' 20" 465 cu ft Conductor Sudace 2735' 13 3/8" 4101 cu ft Intermediate 10808 ' 9 5 ,/8" 1800 c u f t -- -- -- Production Liner - 7" 450 cu ft Perforation depth: measured 10270-10392 10392-10416 true vertical 8023 - 8128 8128-8150 Tubing (size, grade, and measured depth) 4-1/2" 12.6# L-80 11418'MD Packers and SSSV (type and measured depth) Packer set at 10469' MD; SSSV set at 2055'MD Measureddepth Surface-il0' Surface-2735' Surface-10808' 10506-.].!826' ~ueverticaldepth Surface-81' Surface-2612 ' Surface-8504 8229-9473· REEEIVED FEB - fi t991 Alaska 0ii & Gas Cons. CommiSsion Anchorage 13. Attachments Description summary of proposal ,1, Detailed operations program __ BOP sketch __ ~loq~ ~e~ll, %hrouqhh~c~IDtyre ~¢ well te$t Cacil~itie~Sa[v°[i~vT ~ . . limited 14. Estimated date for commencing operation ! 15. Status of well classification as: 2/12/91 16. If proposal was verbally approVed . ' ' I Oil __ Gas __ Suspended X X I . Name of approver %- Smit;h 2/1/9 1 Dateapprovedl Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed~y~g, ,~-~"~¢..~~_..~ Title Petrophysicist Date 2/4/91 - u FOR COMMISSION USE ONLY flow 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 ORIGINAL SIGNED BY LONNIE C. SMITH . IApprovaINo Commissioner Date Form 10-403 Rev 06/15/88 SUBMIT IN TR:PLICATE liiP EXF'~LORA'I'']IION (AL. ASKA) , INC, '.L "" '::'/. '1' I"~ A v e 'n u e .::. 1 () !.,J e s .I.. ....... :: .. A n ,::: h ,:.', ¥'. :a g ,;.:.:, A 1 ~':~ .s I< ~.'..'~ 99 !5:1. 8 A .1:. 't'. n: C 0 I:.~ Iii: !i;"f' 0 IR Ii!: 3001 Po¥'cup:i. ne I:)¥'., A ¥'~ ;" I"~ o 'f: ~':'~ g ,':.',, A I.( · ..:, ... 01 .::., I::, I::. I N G S t.I B i"l I 'i" 'i" iii: 13 H E R Iii: I,.,I I '1" I..I, F: I... Iii: A 8 Iii: A C: K N 0 I,,i I... Iii: I:) G Iii: I?. Iii: (::: E :1: F:' T Ii! Y !::; :1: G N :1: N G A C 0 F." Y 0 I= 'i" H :1: !!; I... E T T E IR A N 13 R Ii!: "f' U R N :1: N G I T T 0 T H I S 0 F F I C Iii: ~ BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 January 9, 1991 Lonnie Smith Commissioner AOGCC Porcupine Drive Anchorage, AK Dear Lonnie: The information included in this letter is supplied to satisfy the requirements of AA(:; 25.252, in support of the request made by BP Exploration (Alaska), Inc. to inject fluids produced from Pt. Mclntyre No. 9 into Pt. Mclntyre No. 6. This information is a supplement to that provided in our original request dated December 13, 1990, and we request that the contents be kept confidential. The information is supplied as required by each subpart of 25.252 below: AAC 25.252(c)(1) Attachment 1 is a plat showing the bottomhole locations of all wells, current or abandoned, that penetrate the injection zone. As the attachment shows, none of the other wells are within one-quarter mile of the Pt. Mclntyre No. 6 bottomhole location. AAC 25.252(c)(2) There are no other operators or surface owners within a one-quarter mile radius of Pt. Mclntyre No. 6. AAC 25.252(c)(3) N/A (see 25.252(c)(2)above). AAC 25.252(c)(4) The formation into which the fluids will be injected is the Kuparuk River Formation (Beechey Point Sandstone). The formation is at 11,245-11,678 ft MD (8,900-9,288' SSD). Injection will occur through existing perforations at 11,270-11,416' MD. There are approximately 1900' of Colville mudstone between the Beechey Point Sandstone and the next fluid bearing horizon shallower in the well. There are no known fluid bearing horizons below the injection zone. AAC 25.252(c)(5) Attachment 2 is a gamma ray/density log of Pt. Mclntyre No.6. AAC 25.252(c)(6) M¢lntyre No, 6, Attachment 3 is a wellbore _completion diagram of Pt. ,REC[ V[D L. Smith January 9, 1991 Page 2 AAC 25.252(c)(7) The fluid to be injected will be oil, and possibly water, from the Kuparuk River Formation (Beechey Point Sandstone), produced from Pt. Mclntyre No. 9. The bottomhole location of Pt. Mclntyre No. 9 is shown on Attachment 1. AAC 25.252(c)(8) The estimated average injection pressure is 2100 psi (0.55 psi/fi). The estimated maximum injection pressure is 2650 psi (0.61 psi/fi). AAC 25.252(c)(9) The closest possible fluidbearing strata of any type (which is probably not of a sufficiently Iow salinity to qualify as "fresh") is above approximately 7,000' TVD. Approximately 1,900 feet of Colville mudstone exists between the injection zone and this strata. Given the maximum expected injection gradient and distance involved, there is no danger of initiating or propagating fractures through the confining zone. We hope that the information provided meets your requirements for proceeding with the subject application. Please call Bob Janes at 564-4623 or Sandy Macfarlane at 564-4725 if you have any questions or require any additional information. Sincerely, %'~'~ Terry J. C~be'-fiey Manager Niakuk/Pt Mclntyre PT. MCINTYRE FIELD LEASE ATTACHMENT 1 MAP m m ~m m m ~ m m ~ m /~ mmm m m ~ m m~ NORTH STAR UNIT C. BUROLIN ET ~ CONOCO ~, q~ GWYDYR R& g 4. gTZ BAY ~-'~ UNIT ARCO-51t~ EXXON-51~, Vm.~CM Im PLO ~1 BPX EXX TEXAS EASTERN EXXON lgl~4 PTHC I NT- Ex: ARCO E~.~I~, OMiLE 1 JAN i c:jcj 1 BPX- lgl~ PTMCINT-I]4 EXXON-51 RA/]IU~ 1T6~ FT. ~$T0 t ~PBST02 EXXON-. ~BEhCH-~2 CONOCO-ELF ARCO EXX~ PR4 ~CO EXXON--51~.. BAY UNIT OULL-fll 5g'/. AECO 51~, EXXON-51~ L5-2~ BP EXPLORATION December 13, 1990 Lonnie Smith Commissioner AOGCC Porcupine Drive Anchorage, AK Dear Lonnie: BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 BP Exploration requests permission to reinject produced fluids from the Pt Mclntyre No. 9 well back into the same reservoir through the Pt Mclntyre No. 6 wellbore. Both bottomhole locations are in 100% BP acreage and are within 1 mile of each other and both surface locations are at West DoCk 3. Pt Mclntyre No. 6 well data necessary to evaluate this request is attached as listed below: /~--'1'~ ..... Cement Bond Log (CBT) ..~T~ -~-.,.~ c ..... ,...,:?...;i' ~'~:' ::' ':'c .... ~. .... 2. _ ..... We_!.l_.b?~e_di_agram ........................... ~!'":';' ~/ Mechanical integrity tests were performed prior to testing Pt Mclntyre No. 6 and will be performed prior to testing Pt Mclntyre No. 9. Pt Mclntyre No. 9 is a tight hole and therefore we request that all conversations and data relating to this well be held confidential. If additional information is required, please do not hesitate to call Bob Janes at 564-4623 or Sandy Macfarlane at 564-4725. ' Sincerely, Terry J. Obeney Manager Niakuk/Pt Mclntyre RECEIVED DEC 1 ~ 1990 Alaska 0il & Gas Cons, C0mmissioa Anchorage TREE: 4" - 5M FMC WELLHEAD: 13-5/8' - 5M, ACTUATOR: BAKER TIGHT HOLE .roy 13-3/8", 72#/ft, NT80, CYHE BTRS. i IKOP: 1000' MAX ANGLE: 50° 4-1/2", 12.6#/ft, L-80, TUBING TUBING ID: 3.958" CAPACITY: 0.0152 BBL/F'[ Pt Maclntyre ~ -LEV = 41.5 BI-. ELEV = 3.3 SSSV LANDING NIPPLE (OTIS)(3.813" ID) 2055 GAS LIFT MANDRELS (1-1~" W/"RA" LATCH) N" MD(BKB) TVDss 6 3113 2920 5 6966 5586 4 8848 6901 3 9547 7445 2 10246 8002 1 10394 8131 TOP OF 7"LINER HANGER 10507 I 9-5/8", 47#/ft, I NT-80S, NSCC 10808 SLIDING SLEEVE I (3.813 I.D.) 1 0432 TIW SBR (12' Long) I -- (5.438" O.D., 4.00" I.D.) 10452 9-5/8" PACKER I 10467 (TIW)(4.00"ID) 4-1/2" SWS NIPPLE { 10490 ~,~,__.(X PROF)(3.813 I.D.) TIE-BACK PACKER I 10491 4-1/2" X~ NIPPLE (OTIS) (3.725 I.D.) I 10510 DEVIATION AT MID-PERFS: 30° PERFORATION SUMMARY REF: LOG: DLL3/14/90 SIZE SPF INTERVAL OPEN/SQZ'D 5" 4 11270-11416 OPEN PBTD 7",29#~t, L-80, BuE DATE REV. BY 11764 11887 COMMENTS 4/7/90 CMM INITIAL COMPLETION, 1990 4-1/2", 12.6#/ft, L-80 TDS TUBING TAILPIPE . I 11206 (ELMD) I I REEEIVED DEC 1 3 1990 .0il .&Gas Cons..Commissi~I ESTIMATED TOP OF FISH: 11541 EXPLORATION WELL POINT MclNTYRE #6 APl 50-029-22000-00 BP EXPLORATION BP EXPLORATION (ALASKA) INC. P.O. BOX 196612 Anchorage, AK 99519-6612 .¢'~'%'c3 % TERRY J. OBENEY, MANAGER, NIAKUK/PT. MCINTYRE ANCHORAGE OFFICE: 900 E. BENSON BLVD · ANCHORAGE, ALASKA 99508 · (907) TO: Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 ATTENTION: Chat Chatterton The following material for Pt. Mclntyre #6 is being transmitted herewith. Please acknowledge receipt by signing below and returning this letter. BOTTOM HOLE PRESSURE DATA (one ASCII floppy and one hardcopy printout each PBU #1 4/11-15~90 Halliburton (HRS) PBU #2 4/11-15/90 Halliburton (HRS) HR$ PLOTS (ten color plots) 3 Realtime vs. BHP/ I TVDss vs. Pressure f 2 Derivative/Gringarten 3 Pressure vs. Log (Tp + dT)dT. 1 Realtime vs. Wellhead Pressure..-- Halliburton (HRS) RECEIVED BY: DATE RECEIVED: RETURN TO: R E C E :! V E ~J~,.. ~ Alaska 0il & Gas Cons. L;omm~ss~: Anchorage Terry Obeney BP Exploration (Alaska)Inc. P.O. Box 196612 Anchorage, AK 99519-6612 BP EXPLORATION (ALASKA) INC. P.O. BOX 196612 Anchorage, AK 99519-6612 TERRY J. OBENEY, MANAGER, NIAKUK/PT. MCINTYRE 6/19/90 ANCHORAGE OFFICE: 900 E. BENSON BLVD · ANCHORAGE, ALASKA 99508 · (907) 561-5111 TO: Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 ATTENTION: Chat Chatterton CONFIDENTIAL The following material is being transmitted herewith for Pt. Mclntyre #6. Please acknowledge receipt by signing below and returning this letter. WELL TE,,ST DA TA DRILL STEM TEST (DST) (one hardcopy printout) 3/2~t90 Schlumberger data includes: Sequence of Events Tool String Diagram Bottomhole Pressure vs. Time Log-Log Plot & Pressure Data Homer Semi-Log Plot & Data Continuous Pressure & Temperature Data (Beginning to End) BOTTOMHOLE OIL SAMPLING (one hardcopy printout) (Previously called BOTTOMHOLE OIL & WATER SAMPLING) · Pressure & Temperature Data 4/16/90 (previously called: Bottomhole OII & Water Sampling) WELL TEST (one paper copy) Well Test Separator Data 4/12/90 RECEIVED BY: DATE RECEIVED' RETURN TO: " Aiaska 0it & Gas Cons, Terry Obeney Anchors~e BP Exploration (Alaska) Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Schlumberger Production Testing Services BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 June 13, 1990 Mr. Chat V. Chatterton Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-1433 Well Data Transmission Dear Mr. Chatterton' ~,:.:;. Attached pursuant to regulations at 20 AAC 25.070 and 20 ACC 25.536 are the completion report, drilling summary, mud logs, coring summary, logging summary, directional surveys, and well test data for Point Mclntyre #6. We hereby request that pursuant to regulations at 11 AAC 82.810 that all information about Pt. Mclntyre #6 be kept STRICTLY CONDIFENTIAL from individuals, other companies, and other governmental agencies. Should further information be required, please contact the undersigned concerning well operations at 564-4855 and contact Bryan Stepanek at 564-5511 concerning geological or logging information. Sincerely, '~M~cic r-""-----~ Drilling, Alaska MES/BES/pjb Attachment STATE OF ALASKA !~ ~ '~ ~ ~' ~ ~ ~, ALASKA OIL AND GAS CONSERVATION CL~MMISSION WELL COMPLETION OR RI=COMP! I=TION RFPORT AND I,OC 1. Status of Well Classification of Service Well OIL [] GAS [] SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number BP Exploration 90-08 3. Address 8. APl Number P. 0. Box 196612, Anchorage, Alaska 99519-6612 5o- 029-22000 4. Location of well at surface 9. Unit or Lease Name 556' SNL, 4196' WEL, SEC. 14, T12N, R14E .i.~.i'~, ~...,..'~:."!'::' ' ..,, ~. Point Mclntyre , ~..,_...~..,. 11~...~$. 10. Well Number At Top Producing Interval I .~-~--~-~'.~'~_¢_ ~' ".-;:-:':~-~,~:D ~ Point Mclntyre #6 534' SNL, 1757' WEL, SEC. 11, T12N, R14E . ;_.::,~:..._., i ~ ! .~ $.,: ,:. 11. Field and Pool At Total Depth ,.'. ....... ~::). ~.~,. ':~ !i~ 356'SNL, 1515' WEL, SEC. 11, T12N, R14E .......... ' ...... : .,..,=---.- . :'.. :-'.- ! ' Delineation 5. Elevation in feet (indicate KB, DF, etc.) ~6. Lease Designation and Serial No. KBE = 41.51' I ADL 365548 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore 116. No. of Completions 02-15-90 03-13-90 03-28-90 3.26 feet MSL i one 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+TVD 19. Directional Survey 120. Depth where SSSV set 121. Thickness of Permafrost 11920'MD/9545'TVD 11764'MD/9406'TVD YES [] NO []I 2055' feet MD I 1780' MD/BKB 22. Type Electric or Other Logs Run DIL/BHC/GR, DEN/Neutron/GR, GR/DLL/ Micro, Dipmeter, SF7-, CET/CBT, VSP 23. CASING, LINER AND CEMENTING RECORD Sb~ ~NG DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE S~7~ CEMENTING RECORD AMOUNT PUL~ FO 20" ,'i'''' Surface 11 O' 465 cuft Arcticset II 13-3/8" 68" NT-80 Surface 2735' 17-1/2" 4101 cuft Coldset II 9-5/8" 47# NTSOS Surface 10808' 12-1/4" 1800 cu ft C/ass G 7" 29# L -80 10506' 11886' 8-1/2" 450 cu ft C/ass G 2'4. 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) Schlumberger 5" @ 4 spf 4-1/2" 12. 6# L-80 11418' 10469' MD TVDss 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. 1O270'-10392' 8023'8128' DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 10392'-10416' 8128'-8150 .... 13-3/8'X 9-5/8" Arctic Pack interval w/175 bbls Dry Crude .27. PRODUCTION TEST Date First Production IMethod of Operation (Flowing, gas lift, etc.) 3'24'90 I FIowing, Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE IGAS-OIL RATIO 04-19-90 15 TESTPERIOD I~ 2173 1632 0 57 I 788 Flow Tubing Casing Pressure CALCULAIbt) OIL-BBL GAS-MCF ~ATER-BBL OIL GRAVITY-APl (corr) Press. 1035 275 24-HOUR RATE I~ 3477 2611 0 27.2 CORE DATA Brief description of~'lithology, porosity, fractures, apparent dips, and presence of oil, gasor water. Submit core chips. ~ "~ Cut/R~ Core #1 - 11262'- 11322' 60'/60' Sst, po. rous, f-med gr., glauc, siderite, oil stained Core #2 - 11322'- 11382.9' 60'/60.9'; Sst, friable, timed gr., giauc, siderite, oil stained Core#3- 11382.9'-11403' 20.1'/18.1 Sst, friable, f-med gr., mud laminae, glauc, oil stained Core#4 - 11403'-11463' 60'/60' Sst, friable, f-med gr., glauc, oil stained . Core #5 11463'- 11523' 60'/60' S~st., porous, f,-med, gr., gl, auc, c. herty., patchy oil stain, tar A~ .~ Core#6 - 11523'-11584' 61'/61' ~sr, porous, ~-meo gr., g/auc, bioturbated, patchy o# stain Core #7- 11584'-11644' 60'/60' Sst, porous, f-med gr., sli~Th, tly argillaceous, bioturbated, patchy oil stain Core#8- 11644'-11692 48'/41' Sst, porous, fine-med gr., bioturbated to massive, patchy oil stain ., , Form 10-407 ' Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE :,. 29. 'GrEO{-oGIC MARKERS F .... -~TION TESTS .. , NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Ugnu 6166' 5099.5' (5o58'ss) West Sak 7835' 6211.5' (6170'ss) Colville Mudstone 8969' 7037.5' (6966'ss) HRZ 11194' 8895.5' (8854'ss) Kuparuk Sands 11245' 8941.5' Perfs 11270'-11416'MD Pri @11370'MD (9013'ss)=4222psia (8900'ss) Recovered 7489 bbis of 29° APl gravity oil. 700 GOR; no produced water. Recovered (2) bottomhole, (2) separator recombination, 2-55 Lower Shale 11724' 9370.5' gal stock tank samples. (9329'ss) 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed'" _ ,_. j ...... Title ExD/oration Lead En¢ineer 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: !ndicate 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 BP EXPLORATION (ALASKA) INC. P.O. BOX 196612 Anchorage, AK 99519-6612 TERRY J. OBENEY, MANAGER, NIAKUK/PT. MCINTYRE 6/14/90 ANCHORAGE OFFICE: 900 E. BENSON BLVD · ANCHORAGE, ALASKA 99508 · (907) 561-5111 TO: Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 ATTENTION: Chat Chatterton RECEIVED jUN I ,5 1998 CO N FI D E NTIA b ^~s~ 0il ~, ~as o0.s. oor..~ss~o~ Anchorage The following material is being transmitted herewith for Pt. Mclntyre #6. Please acknowledge receipt by signing below and returning this letter. DRILUNG ~(,IMMARY DAILY (two paper copies) Daily Drilling Summary 3/29/90 BP MUD LOGE; MUD LOGS (one paper sepia each and one blueline each) Digital Mud Logging 2/14-3/14/90 MD LOGS (COMPOSITE) (one paper sepia each and one blueline each) Dual Induction Compensated Sonic Log Epoch Well Logging Halliburton Halliburton CORING E;(,IMMARY CORE ANALYSIS (one paper copy) Core Analysis Report 3/31/9 0 Core Labs LOCKING SUMMARY RUN ONE (one paper sepia each and one blueline each) Compensated Sonic Log Dual Induction Laterolog 2/17/90 2/17/90 Halliburton Halliburton AOGCC PAGE 2 RUN TWO (one paper sepia each and one blueline each) Dual Induction Short Guard Log Full Wave Compensated Delta-T Log High Resolution Induction DFL Log Full Wave Sonic RUN THREE (one paper sepia each and one blueline each) Dual Induction Laterolog Compensated Sonic Log Dual Laterolog Microspherically Focused Spectral Density Neutron Log Formation Test Log Full Wave Acoustic Waveform Plot Full Wave Sonic High Resolution Induction DFL Log Six Electrode Dipmeter, Raw Data Six Electrode Dipmeter, Raw Data, 20"/100' Six Electrode Dipmeter, Shiva Computations, 4' X 2' X 35 TVD LOGS (COMPOSITE) (one paper sepia each and one blueline each) Dual Induction -TVD Playback Sonic Log - TVD Playback Dual Laterolog Microspherically Focused Log - TVD Playback Spectral Density Dual Spaced Neutron Log - TVD Playback MWD LOGS (one paper sepia each and one blueline each) MWD- Resistivity Gamma Plus Directional, Measured Depth MWD- Resistivity Gamma Plus Directional, True Vertical Depth Log CASED HOLE LOGS (one paper sepia each and one blueline each) GCT Gyro Directional Survey Cement Bond Log (CBT) Cement Evaluation Log (CET) .. NFIDENTIAL 3/2/90 Halliburton 3/2/90 Halliburton 3/2/90 Halliburton 3/2/90 Halliburton 3/14/90 Halliburton 3/14/90 Halliburton 3/14/90 Halliburton 3/14/90 Halliburton 3/16-17/90 Halliburton 3/16/90 Halliburton 3/16/90 Halliburton 3/16/90 Halliburton 3/16/90 Halliburton 3/15/90 Halliburton 3/15/90 Halliburton 2/17/90 Halliburton 2/17/90 Halliburton 3/14/90 Halliburton 3/14/90 Halliburton 2/15-3/14/90 2/15-3/14/90 Teleco Sonar Teleco Sonat 3/22/90 Schlumberger 3/22/90 Schlumberger 3/22/90 Schlumberger AOGCC PAGE 3 L .,NFIDENTIAL TCP/Completion Positioning Log PressFFemp/Gradio/Fluid Sampler Log Production Log Tubing Tail Record Spinner Survey Gamma Ray - CCL 3/26/90 Schlumberger 4/16/90 Schlumberger 4/19/90 Schlumberger 4/16/90 Schlumberger 4/12/90 Schlumberger 3/24/90 Schlumberger COMPOSITE (RUN 1.2 & 3 W/TVD) (one digital tape and one verification listing) Open Hole Wireline Logs /,¢¢ ~'"->~/~"'" Halliburton DIRECTIONAL SURVEYS t/ SUOSURFACE DIRECTIONAL (two paper copies) Subsudace Directional Survey (GCT) DIRECTIONAL DRILLING (two paper copies) Directional Drilling Survey Report WI~LL REPORT (two paper copies) Final Well Report 3/22/90 2/15/9O 4~6~90 Schlumberger Greatland Direc- tional Drilling Teleco Sonar WELL TEST DA TA j/DRILl_ STEM TEST (DST) (one ASCII floppy and one hardcopy printout) data includes: Sequence of Events Tool String Diagram Bottomhole Pressure vs. Time Log-Log Plot & Pressure Data Horner Semi-Log Plot & Data Continuous Pressure & Temperature Data (Beginning to End) 3/2490 Schlumberger . BOTTOMHOLE OIL & WATER (one ASCII floppy and one hardcopy printout) /d..z.~.~,~.,.~ ~,.,~ ,~,,~,- Bottomhole OII & Water Sampling 4/16/90 Schlumberger WELL TEST (one paper copy) Well Test Separator Data 4/12/90 Production Testing Services AOGCC PAGE 4 RECEIVED BY: DATE RECEIVED: RE~'~'j'VEL) c .,,qFIDENTIAL ,JUN ] ,5 ']99~, Alas~.0ij & Gas Cons. Commissior~ Anchorage RETURN TO: Terry Obeney BP Exploration (Alaska)Inc. P.O. Box 196612 Anchorage, AK 99519-6612 BP EXPLORATION CONFIDENTIAL DAILY DRILLING REPORT: Pt, Mclntyre Delineation - Confidential As of 0600 Hrs. Thursday, March 29, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 _ Day: 4 3 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs -- Current Operation' Rig Released Summary of Last 24 Hours: Displace tubing to diesel. Close and test sliding sleeve. Install BPV in tree. Release rig at 1730 hrs on 3/28/90. Wells Shut-in For Drill-By: ,,, MudType :Mud.Weight Viscosity_ PV .YP..Fl.cd LOSS Solids ..Temp Brine 9.7 fi/gal Sec. cc °F N-S E-W Dog Leg Survey Depth .Angle Direction TVD Section Coordinate .Coordinate ,°/100' Reviewed By: ,,~,~ BP EXPLORATION DAILY DRILLING REPORT- Pt. Mclntyre Delineation - Confidential ~,sof 0600 Hrs. Wednesday, March 28, 1990 WELL: PT, MClNTYRE #6 RIG: AUDI #3 __ :)ay: 4 2 ::)epth at 0600 Hrs. = 1 1,9 20 ~_4 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = 3urrent Operation: Reverse out tublng .~ummary of Last 24 Hours: A/ells Shut-in For Drill-By: Displace tubing to diesel. Close sliding sleeve. Drop detonating bar and perforate well. Retrieve detonating bar and drop guns with releasing sub. Flow well to surface and shut-in. Set 4-1/2" plug in tubing and open sliding sleeve. R/U to reverse out tubing. Vlud Type 3rine Mud Weight Viscosity P V .,Yp, Fluid Loss Solids_ Temp 9.7 fi/gal Sec. cc °F Survey Depth Angle N-S E-W Dog Leg Direction TVD Section Coordinate Coordinate °fl00' :{eviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Tuesday, March 27, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 4 1 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Displacing tubing to diesel Summary of Last 24 Hours: Space-out completion assembly with GR/CCL log. Wells Shut-in For Drill-By: Set plug in XN nipple. Set packer w/ 3000 psi. Made-up control lines to tubing hanger and land tubing. Test backside- OK. N/D BOPE. N/U adapter flange and tree and test to 5000 psi -OK. Open sliding sleeve. MudType .Mud Weight Viscosity p v .YP Fluid Lo$~ .Solids Temp Brine 9.7 #/gal Sec. cc °F ~ , Survey Depth Angle Direction TVD N-S_ .E-W. Dog Leg Section Coordinate .Coordinat~ 0/100' Reviewed By:,,,~'~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Monday, March 26, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 4 0 Depth at 0600 Hrs. = 1 1,9 2 0 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Run tie-in log Summary of Last 24 Hours: POH laying down drillpipe. Lay down testing tools. R/U and run 4-1/2" tubing with 5" perforating guns. Make-up SSSV and control lines. Continue RIH with tubing. R/U to run GR/CCL. Wells Shut-in For Drill-By: MudType Mud Weight Viscosity P V. YP Fluid Loss Solids Temp Brine 9.7 Cf/gal Sec. cc °F N-S E-W Dog Leg Survey Depth ,Angle Direction 7'VD Section Coordinate Coordinate °/100' Reviewed By: ,,~ BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. Sunday, March WELL: PT. MClNTYRE #6 -- Pt. Mclntyre Delineation - Confidential 25, 1990 RIG: AUDI #3 Day: 3 9 Depth at 0600 Hrs. = 1 1,9 20 24.Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Summary of Last 24 Hours: Wells Shut-in For Drill-By: POH laying down drilipipe RIH with perf guns and testing tools and position with GR/CCL. Set packer. R/U and test surface lines. Pump nitrogen down drillpipe, fire guns and flow well for 10 min. Shut well in for 2 hrs. Flow well to surface. Take downhole sample. Reverse out drill string. Well is stable. R/D surface equipment. POH to liner top. Well is stable. POH. Mud Type Brine Mud Weight ~Viscosity F'V .YP Fluid Loss Solids Temp 9.7 #/gal Sec. cc °F Survey Depth Anale N-S E-W Dog Leg Direction .']'VD Section. Coordinate CoOrdinate °/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Saturday, March 24, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 3 8 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation: RIH with perf guns and testing tools Summary of Last 24 Hours: Log well with VSP. R/D loggers. testing tools. Wells Shut-in For Drill-By: P/U 5" perf guns and Mud Type Mud Weight Viscosity P V Brine 9.7 #/gal Sec. YP Fluid Loss Solids Temp cc °F Survey Depth. Angle Direction TVD. N-S E-W Dog Leg Section Coordinate Coordinate °/100' Reviewed By' ~'~..~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Friday, March 23, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 -- Day: 3 7 Depth at 0600 Hrs. = 1 1,920 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Running VSP Summary of Last 24 Hours' Run cased hole logs: Wells Shut-in For Drill-By: -- CET/CBT, VSP, Gyro. Mud Type Mud Weight Viscosity Brine 9.7 #/gal Sec. P V YP t i.[[jjLd._.~..~ Solids Temp cc OF Survey Depth Angle Direction .TVD N-S E-W Dog Leg Section Coordinate Coordinate °/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: ~,s of 0600 Hrs. Thursday, March WELL: PT, MCINTYRE #6 Pt. Mclntyre Delineation - Confidential 22, 1990 RIG: AUDI #3 Day: 3 6 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs -- Current Operation' Running CET/CBT log Summary of Last 24 Hours: POH with tie-back setting tool. RIH with drillplpe. Displace well to 9.7 ppg filtered brine. Test casing to 3000 psi -OK. POH for cased hole logs. Wells Shut-in For Drill-By: MudType Mud Weight Viscosity P V. YP Fluid Loss Solids Temp Brine 9.7 #/gal Sec. cc °F ,N-S. E-W Dog Leg Survey Depth Angle Direction TVD Section Coordinate Coordinate °/100' Reviewed By: BP EXPLORATION )ALLY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential ~s of 0600 Hrs. Wednesday, March 21, 1990 YELL: PT. MCINTYRE #6 RIG: AUDI #3 )ay: 3 5 )epth at 0600 Hrs. = 11,920 '.4 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = ;urrent Operation' POH with tie-back setting tool ~ummary of Last 24 Hours: POH with 6" bit. RIH with 7" RTTS. Test 7" liner - OK. POH. RIH with polishing mill. Polish ID of 7" tie-back sleeve. POH. RIH with 7" tie-back packer. Set packer; test down liner - OK; test lap on backside to 3000 psi - OK. Veils Shut-in For Drill-By: ~udType Mud Weight Viscosity P V yP Fluid Loss Solids Temp 31and 10.2 Cf/gal 45 Sec. 1 6 9 12.6 cc 10% °F N-S. E-W Dog Leg ~urvey. Depth Angle Direction ,TVO Section Coordinate Coordinate °/100' ~,eviewed By: ,,~"~ BP EXPLORATION DAILY DRILLING REPORT: Pt, Mclntyre Delineation - Confidential As of 0600 Hrs. Tuesday, March 20, 1990 WELL: PT, MClNTYRE #6 RIG: AUDi #3 Day: 3 4 Depth at 0600 Hrs. - 1 1,920 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Circulating bottoms up Summary of Last 24 Hours: Test casing to 2000 psi - leaked-off. RIH with 9-5/8" RTTS. Test 9-5/8" casing -OK. Test liner and lap- no test. POH. RIH with 6" bit and 7" scraper. Clean out 7" liner to 11,764' PBTD. Wells Shut-in For Drill-By: Mud Type Mud Weight Viscosity P V YP..EJ_u. Ld_L.Q.,~ Solids ~ Bland 10.2 #/gal 48 Sec. 20 1 2 5.8 cc 10% °F Survey .Depth Angle Direction TVD. N-S E-W Dog Leg Section Coordinate Coordinate °/100' Reviewed By:,,,,,~,,/,~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Monday, March 19, 1990 WELL: PT.. MCINTYRE #6 RIG: AUDI #3 Day: 3 3 Depth at 0600 Hrs. = 1 1,920 24.Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs -- Current Operation: POH for 6" bit and 7" scraper Summary of Last 24 Hours: Run 7", 29# liner. Circulate to clean hole; cement liner with Class G cement. POH and L/D running tool. P/U 8-1/2" bit and 9-5/8" casing scraper and RIH to top of liner at 10507'. Wells Shut-in For Drill-By: MudType Mud Weight Viscosity P V YP Fluid Loss Solids Temp Bland 10.2 #/gal 48 Sec. 20 12 5.6 cc 10% °F Survey Pepth Angle Direction N-$. .E-W Dog Leg TVD Section Coordinate Coordinate °/100! Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. Sunday, March WELL: PT. MClNTYRE #6 Pt, Mclntyre Delineation - Confidential 18, 1990 RIG: AUDI #3 Day: 3 2 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Running 7" liner. Summary of Last 24 Hours' Run Sonic/DIL; tool stopped at 11280'. POH. R/D logging tools. RIH with bit and BHA for wiper trip. Wash and ream to bottom. Circulate and condition hole. POH for liner. Wells Shut-in For Drill-By: MudType . Mud Weight Viscosity P V. YP Fluid Loss Solids Temp Bland 10.2 #/gal 48 Sec. 20 12 5.4 cc 10% °F N-$ E-w Dog. Leg Survey 'Depth Angle Direction 'I'VD. Section Coordinate Coordinate °/100' Reviewed By: ,/T'"~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Saturday, March 17, 1990 WELL: PT, MCINTYRE #6 RIG: AUDI #3 Day: 3 1 Depth at 0600 Hrs. = 1 1,920 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Open Hole Logging- Run #6 Sonic/DIL Summary of Last 24 Hours: Run SFT; tool stopped at 11635'. POH. R/D logging tools. RIH with bit and BHA for wiper trip. Wash and ream to bottom. Circulate and condition hole. POH; tight from 11920' to 11456'. R/U loggers. Run SFT; tool stopped at 11280'. POH. P/U Sonic/DIL. Wells Shut-in For Drill-By: ,Mud, Type Bland Mud Weight Viscosity P V .Yp. Fluid L0S~ Solids Temp 10.0 #/gal 45 Sec. 16 11 6.5 cc 9% °F Survey .Depth. Angle Direction N-S E-W Dog_ Leg TVD Section Coordinate Coordinate °/100' Reviewed By: ,,,~~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Friday, March 16, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 _ Day: 3 0 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 0 AP! No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Open Hole Logging: Run #5 SFT Summary of Last 24 Hours: RIH for wiper trip. Wash and ream to bottom. tight first 500'. R/U HLS. Run open hole logs: 6-Arm Dipmeter, Run #5 SFT. Wells Shut-in For Drill-By: CBU. POH; Run #4 Mud Type Bland Mud Weiaht Viscosity PV YP Fluid Loss Solids 10.0 #/gal 45 Sec. 14 10 6.6 cc 9% Temp oF ~ Deoth Anale Direction TVD N-$ E-W Section Coordinate Coordinate Dog Leg o/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. Thursday, March WELL: PT. MCINTYRE #6 Pt. Mclntyre Delineation - Confidential 15, 1990 RIG: AUDI #3 Day: 2 9 Depth at 0600 Hrs. = 1 1,9 2 0 24 Hour Footage = 0 AP! No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: RIH for wiper trip Summary of Last 24 Houm: POH. R/U HLS. Run open hole logs: Run #1 DIL/BHC/GR, Run #2 DEN/Neutron/GR, Run #3 GR/DLL/Micro. R/D logging tools. Make-up BHA for wiper trip to condition mud and hole. Wells Shut-in For Drill-By: Mud Type Bland Mud Weight Viscosity P V YP Fluid Loss Solids _'T'emp 10.0 Cf/gal 49 Sec. 21 15 6.2 cc 12% °F Survey Depth Angle Directi(;)q N-S E-W, .Dog Leg 'I-VD Section Coordinate Coordinate °/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. Wednesday, March WELL: PT. MCINTYRE #6 Pt. Mclntyre Delineation - Confidential 14, 1990 RIG: AUDi #3 Day: 2 8 Depth at 0600 Hrs. = 1 1,9 20 24 Hour Footage = 228 APl No. 50-029-22000 AFENumber: 719903 AFE Amount = Current Field Costs - Current Operation' Summary of Last 24 Hours: POH to run open hole logs RIH with 8-1/2" BHA. Wash and ream core run while logging. Drill and log to TD at 11920'. Short trip. Circulate and condition hole for logs. POH; normal drag. Wells Shut-in For Drill-By' Mud Type' Bland Mud Weight Viscosity P V .YP Fluid Loss Solids Temp 10.0 fi/gal 48 Sec. 19 ' 16 6.2 cc 9% 92 °F Survey .Depth Angle Direction N-S E-W, .Dog Leg TVD Section. Coordinate Coordinate ?/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. Tuesday, March WELL: PT. MCINTYRE #6 Pt. Mclntyre Delineation - Confidential 13, 1990 RIG: AUDI #3 Day: 2 7 Depth at 0600 Hrs. = 1 1,6 9 2 24 Hour Footage = 4 8 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation' RIH with 8-1/2" bit and BHA. Summary of Last 24 Hours: POH. Pick up core barrel and RIH for core #8. Cut core #8, 11644'-11692', jammed. POH. Cut 48', recovered 41'. Make up bit #19, 8-1/2" BHA and RIH. Wells Shut-in For Drill-By: Total cored interval- Core cut/ recovered- 11,262' to 11,692' 429 ft/419 ft - 8 cores Mud Type. bland Mud Weight Viscosity P V YP Fluid Loss Solid~ _"l'emp 10.0 fi/gal 47 Sec. 19 16 5.8 cc 8% °F Survey Deptl-t Angle Direction _'I'VD N-S ~ Dog Leg Section Coordinate Coordinate °/100' _ Reviewed By: ,'~,~,,Z~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Monday, March 12, 1990 WELL: PT. MClNTYRE #6 RIG: AUDI #3 Day: 2 6 Depth at 0600 Hrs. = 1 1,644 24 Hour Footage = 6 1 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' POH for core barrel #8 Summary of Last 24 Hours: Cut core #7 from 11,583' to 11,643'. POH. Lay down core; recovered 60'. Test BOPE. RIH with MWD and rock bit. Wash and ream through core runs to 11644' while logging with MWD. Circulate hole clean. Total cored interval- 11,262' to 11,643' - 7 cores Core cut/ recovered- 381 ft/ 378 ft Wells Shut-in For Drill-By: MudType Mud Weight Viscosity PV YP Fluid Loss Solids Bland 10.0 #/gal 47 Sec. 18 13 5.8 cc 8% Survey Depth Angle Direction TVD N-S E-W Section Coordinate Coordinate _'l"emp 90 °F Doa Lea o/-100~ Reviewed By: ,,-~'~ BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hm. Sunday, March WELL: PT. MClNTYRE #6 Pt. Mclntyre Delineation - Confidential 11, 1990 RIG: AUDI #3 Day: 2 5 Depth at 0600 Hrs. = 1 1,583 24 Hour Footage = 1 20 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: RIH with core barrel #7 Summary of Last 24 Hours: Cut core #5 from 11,463' to 11,523'. POH. Lay down core; recovered 60'. RIH with core barrel #6. Cut core #6 from 11,523' to 11,583'. POH. Lay down core; recovered 60'. Make-up core barrel #7. Wells Shut-in For Drill-By: Total cored Interval: Core cut/ recovered: 11,262' to 11,583' 321 ft/ 318 ft - 6 cores MudType Mud Weight Viscosity PV .YP Fluid Loss Solids Temp Bland 10.0 #/gal 48 Sec. 18 14 5.6 cc 8% °F ,N-S E-W Dog Leg Survey Depth Angle Directiorl TVD Section Coordinate Coordinate °/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Saturday, March 10, 1990 WELL: PT, MClNTYRE #6 RIG: AUDI #3 Day: 2 4 Depth at 0600 Hrs. = 1 1,4 63 24 Hour Footage = 6 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' RIH with core barrel #5 Summary of Last 24 Hours: Wash and ream through core runs while logging with MWD. POH. RIH with core barrel #4. Cut core #4 from 11,403' to 11,463'. POH. Lay down core; recovered 60'. Make-up core barrel #5. Total cored interval: 11,262' to 11,463' - 4 cores Core cut/ recovered: 201 ft/ 198 ft Wells Shut-in For Drill-By: MudType Mud Weight Viscosity P V. YP Fluid Loss Solids Temp Bland 9.9 #/gal 51 Sec. 1 8 16 5.6 cc 8% °F Survey Depth Angle Direction N-S E-W Dog. Leg TVD Section Coordinate Coordinate °/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt, Mclntyre Delineation - Confidential As of 0600 Hrs. Friday, March 9, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 2 3 Depth at 0600 Hrs. = 1 1,403 24.Hour Footage = 8 1 AP! No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: RIH with MWD and rock bit to ream core runs. Summary of Last 24 Hours: Cut core #2 from 11,322' to 11,382'. POH. Lay down core; recovered 60'. RIH with core barrel #3. Cut core #3 from 11,382' to 11,403'; core barrel jammed. POH. Lay down core; recovered 18'. Total cored interval: 11,262' to 11,403' - 3 cores Core cut/ recovered- 141 ft/ 138 ft Wells Shut-in For Drill-By: . Mud Type Mud Weight Viscosity P V _YP EL~ Solids Z.e..m_p. Bland 10.0 fi/gal 48 Sec. 18 14 5.8 cc 8% °F Survey_ '_Depth. Angle- .Direction .N-,,~_ E-W Doe_ Leg Section Coordinate_ Coordinate ~ Reviewed By://¢-~ BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. WELL: PT, Day: 2 2 Depth at 0600 Hrs. = 1 1,322 24 Hour Footage = 6 0 Pt. Mclntyre Delineation - Confidential Thursday, March 8, 1990 MClNTYRE #6 RIG: AUDI #3 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: RIH w/ core #2 Summary of Last 24 Hours: Make repairs to clutch. RIH with core barrel #1. Cut core #1 from 11,262' to 11,322'. POH. Lay down core; recovered 60'. Make-up core barrel #2. Wells Shut-in For Drill-By: Mud Type Bland Mud Weight Viscosity PV. YP Fluid Loss Solids Temp 10.0 #/gal 52 Sec. 20 19 5.4 cc 8% 1 10 °F Survey ,P,epth Anale N-$ E-W Dog Leg Direction TVD Section Coordinate Coordinate °/100' Reviewed By' BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Wednesday, March 7, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 2 1 Depth at 0600 Hrs. = 1 1,26 2 24 Hour Footage = 2 97 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: RIH with core barrel for core #1 Summary of Last 24 Hours: Drill 8-1/2" hole to 11,262'. CBU for samples. up core barrel. RIH to cut core #1. Wells Shut-in For Drill-By: , ,, ,, POH. Pick MudType .Mud Weight Viscosity p V .YP Fluid Loss Solids Temp Bland 9.9 #/gal 44 Sec. 1 8 14 5.6 cc 8% 108 °F ,, Survey ,Depth Angle Direction TVD N-S E-W Dog Leg Section Coordinate .Coordinate 0/100' Reviewed By.'~~ BP EXPLORATION ::)ALLY DRILLING REPORT: ~,s of 0600 Hrs. Tuesday, March 6, NELL: PT. MCINTYRE #6 Pt. Mclntyre Delineation'- Confidential 1990 RIG: AUDI #3 ::)ay: 2 0 :)epth at 0600 Hrs. = 1 0,9 6 5 ~_4 Hour Footage = 1 5 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = 3urrent Operation: Drilling 8-1/2" hole .~ummary of Last 24 Hours: Test casing to 3000 psi at 10631'. Drill out cement and shoe to 10821'. Displace well to 9.8ppg bland mud. Drill 8-1/2" hole to 10826'. Perform leak-off test to 14.0 ppg emw. Drill ahead. Nells Shut-in For Drill-By: vlud Type Mud Weight Viscosity P V 31and 9.8 Cf/gal 47 Sec. 27 YP Fluid Loss .S_E[[d_s. Temp 14 5.4 cc 7% °F .~urvey Depth Angle _Direction N-S .E-W .Dog Leg TVD Sectioq Coordinate Coordinate °/100'_ :reviewed By: ~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Monday, March 5, 1990 WELL: PT, IVICINTYRE #6 RIG: AUDI #3 Day: I 9 Depth at 0600 Hrs. = 1 0,8,1 5 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' RIH with 8-1/2" BHA Summary of Last 24 Hours' Run and cement 9-5/8" casing. Install 9-5/8" packoff. Test BOPE and install wear ring. P/U 8,-1/2" BHA and test Teleco tool. Wells Shut-in For Drill-By: _Mud Type Mud Weight Visco..sity P V, .,YP. Fluid Loss Solids _Temp LSND 10.0 #/gal 42 Sec. 13 12 6.8 cc 11% °F Survey Depth Angle Direction N-S. E-W Dog Leg TVD Section Coordinate Coordinate _°/100'_ Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Sunday, March 4, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: I 8 Depth at 0600 Hrs. = 1 0,81 5 24 Hour Footage = 0 AP! No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation: Running 9-5/8" Casing Summary of Last 24 Hours' Complete open hole logs. Make wiper trip to condition hole for casing. Puli wear ring and rig-up casers. · Wells Shut-in For Drill-By: ,,; MudType .Mud Weight _Viscosity P v .YP Fluid LOSS Solids Temp LSND 10 fl/gal 40 Sec. 1 4 1 0 5.8 cc 11% °F ., Survey Depth Angle Direction TVD N-S~ E-W Dog Leg Section Coordinate_ Coordinate 0/100' Reviewed By' ,,'¢'"~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Saturday, March 3, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day' 1 7 Depth at 0600 Hrs. = 1 0,81 5 24 Hour Footage = 7 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation: Logging Summary of Last 24 Hours' Drill to 12-1/4" hole TD at 10,815'. Condition hole for logs. POH. Run open hole logs: Run #1 DST/GR/AUS/HRI, Run #2 Induction. Wells Shut-in For Drill-By: ,, MudType Mud Weight 'Viscosity PV LSND 9.9 Cf/gal 39 Sec. 15 YP Fluid Loss Solids Temp 9 6.0 cc 10% °F Survey Depth Angle Direction 106 10,674 24.70 N49.0E 107 10,711 24.60 N50.4E N-S E-W TVI~_, Section Coordinate Coordinate 8,415 5,636 N5154 E2282 8,449 5,650 N5164 E2294 Dog Leg 0/100' Reviewed By' ,,~~ BP EXPLORATION DAILY DRILLING REPORT: Pt, Mclntyre Delineation - Confidential As of 0600 Hrs. Friday, March 2, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: I 6 Depth at 0600 Hrs. = 1 0,745 24 Hour Footage = 5 0 0 AP! No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Drilling Summary of Last 24 Hours: Drill 12-1/4" hole to 10745' with motor. Wells Shut-in For Drill-By: .Mud Type Mud Weight Viscosity P V LSND 9.8 #/gal 39 Sec. 16 YP Fluid Loss Solids Temp 1 2 6.2 cc 10% °F Survey .Depth .'-Angle 'Direction TVO 102 10,297 30.40 N52.5E 8,080 104 10,485 26.90 N52.5E 8,245 N-S_ E-W_ Dog Leg Section Coordinate Coordinate °/100' 5,483 N5047 E2148 5,563 N5102 E2219 Reviewed By:/~,~:2¢:~' BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Thursday, March 1, 1990 WELL: PT, MClNTYRE #6 RIG: AUDI #3 , Day: 1 5 API No. 50-029-22000 Depth at 0600 Hrs. = 1 0,245 AFE Number: 719903 24 Hour Footage = 2 8 0 AFE Amount = Current Field Costs = Current Operation' Drilling Summary of Last 24 Hours: Drill 12-1/4" hole to 10,124' with motor. spots. Drill to 10,245', .. Wells Shut-in For Drill-By': Trip for bit; no tight Mud Type Mud Weight Viscosity P V YP LSND 9.6 Cf/gal 39 Sec. 1 2 10 .Fluid LOSS Solids Temp 6.0 cc 8% °F Survey Depth Angle .Direction TVD 98 9,927 37.00 N56.7E 7,774 100 10,111 34.40 N55.7E 7,923 N-S E-W Dog Leg Section Coordinate Coordinate °/100' 5,305 N4929 E1977 5,396 N4989 E2067 Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Wednesday, February 28, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: I 4 Depth at 0600 Hrs. = 9,9 65 24.Hour Footage = 4 9 7 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Drilling Summary of Last 24 Hours: Trip for bit. Wells Shut-in For Drill-By: Drill ahead with motor. Mud Type Mud Weight Isnd 9.5 #/gal Survey Depth Angle .Direction 94 9,551 40.50 N51.4E 96 9,739 39.70 N54.6E Viscosity P V 38 Sec. 11 7,483 7,626 yp, Fluid Loss Solids 9 5.8 cc 7% N-$ E-W. Section Coordinate Coordinate 5,099 N4791 E1783 5,205 N4864 E1881 Temp oF Dog, ,,Leg o/100' Reviewed By' MIKE MIU..ER -)/~'~~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Monday, February 26, 1990 WELL: PT. MCINTYRE #6 RIG: AUDi #3 Day: I 2 Depth at 0600 Hrs. = 9,1 4 0 24 Hour Footage = 85 8 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation' Drilling Summary of Last 24 Hours: Drill 12-1/4" hole to 9140' with motor. Wells Shut-in For Drill-By' Mud Type Mud Weight Viscosity P V YP LSND 9.4 #/gal 38 Sec. 1 2 8 Fluid Loss Solids 6.8 cc 7% Temp 90 OF Survey Depth Angle Direction ~'rVD 82 8,420 41.10 N31.8E 6,615 86 8,799 39.80 N34.9E 6,901 88 8,987 38.30 N42.0E 7,047 .N-S_ E-W Section Coordinate Coordinate 4,407 N4246 E1313 4,652 N4453 E1451 4,767 N4545 E1526 Dog Leg 0/100' Reviewed By: ,,'~'~o~' BP EXPLORATION DAILY DRILLING REPORT: Pt, As of 0600 Hrs. Sunday, February 25, WELL: PT. IViClNTYRE #6 Mclntyre Delineation - Confidential 1990 RIG.' AUDi #3 Day: I 1 Depth at 0600 Hrs. = 8,282 24 Hour Footage = 3 6 4 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs --- Current Operation' RIH Summary of Last 24 Hours: Wells Shut-in For Drill-By: Drill 12-114" hole to 8282'. GR/Resistivity. POH for BHA. P/U Teleco Mud Type LSND Mud Weight Viscosity 9.4 Cf/gal 39 Sec. pv .Yp Fluid Loss Solids ?emp 10 9 6.4 cc 6% 86 °F Survey Depth Angle 76 7,887 49.00 78 8,077 46.80 Direction TVD N24.7E 6,244 N27.9E 6,370 N-S~ E-W .Dog Leg Section Coordinate Coordinate 0/100' 4,026 N3910 El134 4,168 N4037 El196 Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. WELL: PT. __ Day: 1 0 Depth at 0600 Hrs. = 7,71 8 24 .Hour Footage = 4 41 Pt. Mclntyre Delineation - Confidential Saturday, February 24, 1990 MClNTYRE #6 RIG: AUDI #3 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Drilling Summary of Last 24 Hours: Drill 12-1/4" hole to 7698'. 7718'. Wells Shut-in For Drill-By: Trip for BHA. Drill with motor to Mud Type Mud Weight Viscosity LSND 9.4 #/gal 39 Sec. P V YP Fluid Loss Solids Temp 12 9 6.2 cc 7% 77 °F Survey Depth Angle Direction. TVD. 71 7,421 47.40 N22.3E 5,938 73 7,616 49.50 N23.0E 6,068 N-S E-W Dog Leg Section Coordinate Coordinate °/100' 3,674 N3586 E995 3,820 N3720 E1052 Reviewed By: ,,~T'"~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Friday, February 23, 1990 WELL: PT, MCINTYRE #6 RIG: AUDI #3 Day: 9 Depth at 0600 Hrs. = 7,277 24 Hour Footage = 274 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation: Reaming through motor run Summary of Last 24 Hours: RIH with motor and drill to 7277'. RIH; tight at 4900 ft. Wells Shut-in For Drill-By: POH for BHA change. Mud Type Mud Weight Viscosity P V. LSND 9.4 #/gal 37 Sec. 9 yP. Fluid Loss Solids Temp 7 6.4 cc 7% °F Survey Depth Angle. Direction TVD 69 7,191 48.10 N20.9E 5,779 N-S E-W. Dog Leg . Section Coordinate Coordinate °/100' 3,508 N3432 E933 Reviewed By:,/¢"~~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Thursday, February 22, 1990 WELL: PT. MClNTYRE #6 RIG: AUDI #3 Day: 8 Depth at 0600 Hrs. = 7,003 24 Hour Footage = 1,323 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Trip for BHA Summary of Last 24 Hours: Drill 12-1/4" hole to 7003. Wells Shut-in For Drill-By: POH. Mud Type Mud Weight Viscosity LSND 9.4 #/gal 38 Sec. PV YP Fluid Loss Solids 12 10 6.8 cc 8% Temp 71 OF Survey g_.e. lzLlZAngle D_J.Le_c_L[~TVD 59 6,287 49.00 N13.5E 5,180 65 6,832 48.60 N12.4E 5,539 N-$ E-W Section Coordinate Coordinate 2,844 N2774 E776 3,245 N3175 E867 Dog Leg °/100~ Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre As of 0600 Hrs. Wednesday, February 21, 1990 WELL: PT. MCINTYRE #6 Delineation - Confidential RIG: AUDI #3 Day: 7 Depth at 0600 Hrs. = 5,6 8 0 24 Hour Footage = 1,01 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: RIH with bit Summary of Last 24 Hours: Drill 12-1/4" hole to 5225'. Trip for BHA. Stuck pipe at 4693'. Work pipe free. Drill to 5680'. Trip for BHA. Wells Shut-in For Drill-By: Mud Type ,Mud Weight Viscosity P V LSND 9.4 #/gal 36 Sec. 9 Y_.E Fluid L0$~ Solids .Temp 8 10.4 cc 9% °F Survey Depth Angle Direction TVD 52 5,621 49.40 N15.6E 4,749 N-S E~W ~ Section .Coordinate Coordinate .°/.1.00', 2,346 N2282 E652 Reviewed By' ,,/'¢",~,~ BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Tuesday, February 20, 1990 WELL: PT. MClNTYRE #6 RIG: AUDI #3 Day: 6 Depth at 0600 Hrs. = 4,6 70 24 Hour Footage = 1,91 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Drilling Summary of Last 24 Hours' Test 13-3/8" casing to 3000 psi. Drill out cement and shoe. Perform FIT; 13.5 PPG EMW. Drill 12-1/4" hole to 4670'. Wells Shut-in For Drill-By: MudType Mud Weight Viscosity p V YP .Fluid L(~s~ Solids Temp LSND 9.4 #/gal 34 Sec. 6 5 15.8 cc 8% °F N-S E-W Survey Depth .Angle .Direction TVD Section Coordinate Coordinate 40 4,495 47.40 N17.7E 3,971 1,541 N1497 E432 Dog Leg o/100' Reviewed By: ~P/,_ BP EXPLORATION DAILY DRILLING REPORT: Pt, Mclntyre Delineation - Confidential As of 0600 Hrs. Monday, February 19, 1990 WELL: PT, MCINTYRE #6 RIG: AUDI #3 Day' 5 Depth at 0600 Hrs. = 2,760 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Drilling Cement Summary of Last 24 Hours' Trip out of casing with drill pipe stab-in. Back out landing joint. Nipple down diverter. Nipple up wellhead. Nipple up BOP. Test BOP. Pick up 12-1/4" BHA. RIH, drill cement 2155' to 2695'. Wells Shut-in For Drill-By: MudType Mud Weight Viscosity PV .YP Fluid Loss Solids Temp LSND 9.5 Cf/gal 42 Sec. 8 1 2 15.6 cc 1 0% °F Survey Deoth Angle Direction ,,TVD N-S E-W Dog Leg Secti0q Coordinate Coordinate ?/100' Reviewed By- ~ 2"24d BP EXPLORATION DAILY DRILLING REPORT: As of 0600 Hrs. Sunday, February WELL: PT. MClNTYRE #6 Pt, Mclntyre Delineation - Confidential 18, 1990 RIG: AUDI #3 Day: 4 Depth at 0600 Hrs. = 2,760 24 Hour Footage = 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs - Current Operation' Tripping Summary of Last 24 Hours: Trip for logs. Run GR/BHCS/DIL/LL3/SP. RIH with drill pipe, circulate, POH for casing. Run 13-3/8" casing to 2735'. Run drill pipe for stab-in. Pump 4710 sx of cement, returns to surface. POH with drill pipe. Wells Shut-in For Drill-By: Mud T.vpe Mud Weight Viscosity F' V. ,YP.. Fluid Loss Solid~ _'r'emp spud 9.5 #/gal 180 Sec. 1 8 34 20.0 cc 10% °F N-S E-W Survey Deoth Angle Directi0rl ..TVD. Sectioq Coordina, t~ Coordinate 21 2,706 33.20 N15.2E 2,630 384 N364 E128 Dog Leg o/100' Reviewed By: ,"},l,t ~..'T]/t . BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Saturday, February 17,, 1990 WELL: PT. MClNTYRE #6 RIG: AUDI #3 Day: 3 Depth at 0600 Hrs. = 2,7 6 0 24 Hour Footage = 1,060 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Tripping Summary of Last 24 Hours: Drill with motor. and POH for logs. Wells Shut-in For Drill-By: Trip for BHA. Drill to 2760' TD. Circulate Mud Type Mud Weight Viscosity spud 9.5 #/gal 210 Sec. p v .YP Fluid Loss Solids 24 40 21.0 cc 10% Temp OF Survey Depth Angle Direction TVD 14 2,026 17.60 N18.4E 2,016 1 5 2,308 23.20 N17.3E 2,280 N-S .l~-W Section Coordinate Coordinate 100 N89.73 E45 197 N183 E75 ,Dog Leg o/100, Reviewed By: ~~.~ BP EXPLORATION DAILY DRILLING REPORT: Pt, Mclntyre Delineation - Confidential As of 0600 Hrs. Friday, February 16, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 2 Depth at 0600 Hrs. = 1,700 24 Hour Footage = 9 5 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation: Drilling 17-1/2" hole Summary of Last 24 Hours: Drill to KOP at 1000'. 1700'. Wells Shut-in For Drill-By: Trip for BHA. Drill with motor to Mud Type Mud Weight Viscosity Spud 9.3 fi/gal 210 Sec. PV yP Fluid Loss Solids 20 44 18.8 cc 10% Temp oF Survey Depth Angle Direction TVD 8 1,461 3.50 N 36.7° E 1,460 N-S E-W Section Coordinate Coordinate 4 N0.8 E8.1 Dog Leg o/100' Reviewed By: BP EXPLORATION DAILY DRILLING REPORT: Pt. Mclntyre Delineation - Confidential As of 0600 Hrs. Thursday, February 15, 1990 WELL: PT. MCINTYRE #6 RIG: AUDI #3 Day: 1 Depth at 0600 Hrs. = 75 0 24 Hour Footage = 7 5 0 APl No. 50-029-22000 AFE Number: 719903 AFE Amount = Current Field Costs = Current Operation' Tripping for bit Summary of Last 24 Hours' Rig up. Accept rig on Pt. Mclntyre #6 at 1400 hrs on 2/14/90. Spud well at 2200 hrs on 2/14/90. Drill 17-1/2" hole to 750'. Wells Shut-in For Drill-By: MudType , Mud Weight Viscosity p V Spud 8.5 fi/gal 278 Sec. 22 .YP. Fluid Loss Solids 52 15.2 cc 3% Temp oF Survey Depth Angle Direction TVD N-$ E-W Section Coordinate Coordinc, te Dog Leg o/100' Reviewed By: FLOPETROL JOHNSTON c ,.-~ n'~ I::, .n.n ~ t"'i e' 1 d..'",,~ e 1 1 .."z,~r~e c ,-', u r~ t. t.. ~.--.t.. cl.=,t.. ~. re'port, nbr.. r. egJ on,.'d i .=. t, r...."l:, ~s.e : BP ENPLORRTION~ INC. : POIHT HclNTYF.:E .,'~POIHT HclHTYE:E STRTE t¢6 : USA : 24-1"1R R- 9 ~ : OHE : CRU /' 4130 ,." F'RUT~HOE ~:'.R"r' C o r'. e'p r. e-'--, e n t..:, t. i ~.., e' : ..T, '.--; R L R R T ~-_~ F 5 '.:-; r' e. p r- e' '=. e n t..:, t. i ..... ~_' : K. 1:', Ft F.: H R E'. ]'~ FLr~F'£TROL JOHH5TOH I.-"f4 ~ i,,i j i 1.,i~'L £qi BP E::.::PLORFtTION, INC:. POINT Mc lNT"r'RE STRTE #6 DST ff i 1.1 1.2 1.3 1.4 1.5 1.7 seruice.,"client res'.: DRI corr~panp : BP S'i el d/wel 1,."zone : POI coun~rp : USA st at e : ALA t, est t~2pe : DRI LL STEbl TEST EXPLORRTION, INC. NT MclNTYRE ,.' F'OINT MclNT"/RE STRTE #6 SKR LL STEM with TLIBING COHVE"."ED F'ERFF~RRTING 2.1 2.2 2.3 2.4 2.5 2.6 t%est, dat. e report nbr. regi on/di st, r/base Co represent, at. i ue FJS represent at. ire unit, mpstem : 24-r.1RR-90 : ONE : CRU ./ 4138 / F'RLIDHOE BRY : J. SRLRRIO : K. BRRNRRD : US OIL 3.1 3.2 3,3 3.4 3.5 3.7 3.8 3.13 3.14 3.15 3.1G 3.17 t'.st,e bef'ore test, ell t~..,pe luid tppe omplet%ion date ornplet,ion t,ppe ax. deui at i or, err · depth ere. shot densi err'. gun t. ype erS'. Cormditions erS'. int%erval,:;s est interval TUBING CONVEYED : SHUT IN : EXPLORATION : BRINE : 26-MRR-90 : GUN DROP : 47 deg. : 11764' MD : 4 SPF : 5"~ 5 SPF, : UNDERBRLENCE 8 986 psia : 11392' t,o 11416' : 24 Ceet, 4.4 1 i t ho 1 ogp 4,5 est,· porosit,y 4.6 est· permeabi 1 it,p 4,7 B.H.P & B.H.T : SANDSTONE : 15 ;'; : 40 md : P* = 4419.4 psia & BHT = 1S1 degF 5. 1 t,ppe : BRINE 5,2 weight/viscosit%p : 9,7 ppg 5.7 CUSHION t,y, pe : NITROGEN 5.9 weight,,.'pre.=.sure : 34:33 psia ,.'~ E F: T H ? f.i F,] R t:! R T l 0 ~.i 6, 1 dept. h ,.init, : Feet% 6,2 dept%h reCerence : Kelly., Bushing 6, :3 log tee. ~e]evat,ion : MSL 6,4 t,otal depth dr. lg. : 11,.-'64 Ft,. 6.8 gauge r'l.P. .--.et, .st, : SDP &. SDP1 La l1339.-'r.1D / SDF'2 ::..'.. SDF':3 La 11257'"MD hi-l'.i~!i ~-' - - ii ~:i? .l,.- '.' ' u......_: :: ~: i : 7.2 .gauge : SOLID STRTE DOWNHOLE RECORDER 7.4 at. her equipment' : S./N's 84242/'85483.,"85382,."85358 ~r, i -HE~' H'-,~.''~ ~'~ c L ..... u C · ' - ~: :_! ;'.. ~ 8.4 choke t.~pe : BEST VRRIRBLE 23-MAR-90 18:30:00 21:40:00 24-MRR-90 00:00:00 06:45:00 13:00:00 13:40:00 13:45:00 13:56:01 13:56:02 13:56:03 15:50:01 15:50:02 15: 54:14 15: 54:15 15:54:34 15:54:35 16:05:27 16:05:28 18:11:17 18:11:1S 18:23:24 18:23:25 18:26:24 18:26:25 18:31:44 18:31:45 18:34:54 18:34:55 18: 38:14 18: 38:15 18:44:04 18:44:04 18:58:24 18:58:25 19: 14:04 19: 14:05 19:34:24 19:34:25 19:46:00 19:46:01 19:47:00 19:47:01 20:00:14 20: 00:15 20: 10:00 20: 10:01 20:11: 00 20:11:01 20: 13:14 20: 13:15 20: 15:00 20: 15:01 20:20:00 20:20:01 20:41:37 20:41:38 20: 45: 47 BP EXPLORRTIOH., INC. POINT Mc lNT"/RE STATE #6 ON LOCATION ~'IITH TOOLS. F:EGIN OF'EF.:RTIONS. Beg i n o f'¢- 1 c, .sd i n g t. o o 1 s. t, o P i ~:, e S h 6. d. @gin picking up t,ools. eg i n r i g-up $'of c orr@ 1 .st. i or-i 1 ogg i rig. et, Baker' p.scker, Dept, h corr.@ct,i or, = -1 POT SaFet,~,¢ Meet. ing irt Dog House. r. essur, e %est, sur.¢ace equip,@tit t,o 4200 F'surf'=2850 psig. psi g. B B S :3 P · Begin pumping N2. · · St,op pumpir, g N2~ · Open PCT. · F i re Guns ! St. art F 1 ow 1 · C 1 o'--.ed .at. Surf'ac e. @gin bleedir, g N2 cushion t,o Tiger. t..sr, k. pen PCT. Er, d Shut,-In. Begin Floc.d2. SI @ '--.urf'ace, pen @ surf', @ 8/64". C= 16,."64". I @ supt", t.o shoot, f'luid level. pen @ sur.¢. = 20,'"64". C = 24..'"64". · End Flow1. Begir, Shut,-In. · B · 0 · 0 · C · S · 0 · · $ · 0 · · F · · '-~ . II · FLUII) TO SI_IRFFICE · CC=12/64". · CC= 18..'"64" · · CC=26/64" · · SI @ surf. · Compl et, ~ 1 st. ,: pc 16. of' SSRRV. · I @ sure. to shoot. ¢luid le,..,el. per', @ surf'· = 24.-."64". @gan slowl!,.., clo.:.ing choke. I @ sur+', to Fire Asr. i re RSC ! ! Sarnpl e t irr, e = 3-5 mi nut, es.. page DST #1 .0 P E TF;OL ..10 H HC;T Cd',lI 20: 45: 48 28: 45: 4'B 22:01:24 22:01:25 25-MRR-90 00:11: 04 00:11: 05 BP EXPLORRTION, INC. POINT MclI'IT',"RE STRTE #6 F' '~-g '=' ]'~ST ~ 1 00:1: , ,:le o+' SSRF." . Complet. e 2nd ,: ...... t.o Tiger' t..=,nk. · Pu 1 1 pack er. 1 ,:,ose. · Begin T.O.H. l:: ,=._ q_ i r, r' e,.. ,=._ r. s. i r-, ,g p r. ,-,_ d u ,: ~=._ d f' 1 u i ,d '=. Compliments of 'I ~, ,¢¢' ~,~8 2:,Cc, d--?7. S,¢_/f392 Alaska Division FLPF'ETF;OL Jr, HHSTOH YER:-;I!S TiMP F:' ":'- .... I'~- LUI BP EXF'LORRT I ON, IHC. POIHT Mc lHT'T'RE STRTE #6 SBF'=$EHSOR I::ELOH PC:T=11:3:39"M'r~ S3P2=$EI'.ISOR R3OVE F'CT=11257'"'M]] I p a g e 005 1'1'.=; T # 1 SBT2 (degF) 140 190 165.2 SDT (degF) 140 190 171.51 , IIIIIhllllllll'lllllllll 13:49:06 1600 -~-£2~- ............ S 1] F'2 ( p s. i :, ) 5600 1600 SBF' (IO'=.ia) 5600 4547.6 14 :O0 :Oil' SCALE :3600se,: ..... ~r,,-I--, , , : , : : , . : ..... iiiiiii11i111111111:&111111111111111111:111111111 iiiiiiiiih11111111'111111111i111111111:111111111 IIIIIIIHhllIIIIII~Iq'ILLLIhIIIIIIII'IIIII iiIiHiiihllllllll'lllillll~hllllllll'lllTl[lll : : : ~ ,.4.. ~ ......... : .................. ! ....... '~'."-- u:.' ; ~ ; I ~ : : : : : : · · ' iiiiiiiiihllllllll'lllllllllhll~LIiil'lllllllll iiiiiiiiihllllllll'lllllllllhllllllll'lll111111 iiiiiiiihllllllll'llllll111hllllllll'lll1111 iiiiiiiiiJ1111111~1'111111111h11~11111'111111111 : : : --: : ; ; ; .......'t..~.. ~-~.L...c...i ......... :, ......... , ......... ~ ......... ; ......... ~ ......... ~ .................. ~ ......... : ......... ,_ ; ; ; ~ i ; ~ ;~. _ , i , , - ~ ! ............ iii ~11 ilh111111 it'lllllllllhlll11111'llll III11 'i ~"; ~ I.~ CI -~ -- ' ' .... ! ....... ' .... I .... ' ............. ' .... ' ..... '11~11111 ......... ' ......... ' ......... 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[ ......... i ......... ~ ......... i ......... ~ ......... I ......... i ......... ~ ......... i ......... !..i'll.. J ............ i ......... i ......... i ......... i ......... FI R-:4. O ......... i .........: ......... i ......... : ......... I ......... i ......... : ......... i ......... : ......... I ......... i ......... : ......... i ......... ;"~'t' .......... ! ......... ; ......... ! ......... ; ..... ......... ; ......... : ......... ; ......... : ......... I ......... ; ......... : ......... ~ ......... : ......... I ......... ~ ......... : ......... ~ ......... .., ...................... · ................... · ......... 10- 1 10 '-26-Ma.r--'98 00.' 18: OZ 0 0 0 0 0 000 0 0 -I 10 24-MRR-90 16:05:26 10 1 2 3 4 5 6 7 8 9 11 12 1:3 14 15 16 17 18 19 21 22 23 24 25 26 27 28 29 31 32 33 3-4 35 36 37 38 39 41 42 43 44 45 24-MRR-90 16: 05:26 .00800 2.77333E-0:3 5,55110E-03 8.32888E-03 1.11067E-02 1,38844E-02 1.94400E-02 2.22178E-02 2.49956E-02 2,77733E-02 3,05511E-02 3,33289E-02 3,61067E-02 3.88844E-02 4,16622E-02 4.44400E-02 4,72178E-02 4.99955E-02 5,27733E-02 5.83289E-02 6,11067E-02 6,66622E-02 6.94400E-02 8,05511E-02 8,61067E-02 9,72178E-02 .10833 .11:388 .11666 ,12777 .lSeee ,17222 ,17777 .18055 .18333 .18611 .18888 .19166 .19444 .19722 .20277 .20555 ,28833 .21111 DT 160 '-' '-' 158.01 156.. 24 155.28 154.0:3 152. :_-:5 150.44 149.61 14:3.97 14 :::. 12 147.40 146.. 76 145.95 145.23 144.6.3 14:3.90 14:3.26. 142.66 141.92 140.=' 129.91 12:8.6.2 1:37.9 135.40 1:34. 16 131.74 1 "*' '-3. 4 :'-', 12:3.2 ,"' 127.7:3 -6.09 1 '~ 9 9 ~-2, 1 119 , I.~.. I 19. :34 118.45 69. 868 47, 128 35. :'-: 4 :'4 28. 247 · -,, .%., ..... 64:3 20. 484 18.2:3 ::: 16.511 15. 189 14. 099 F' ..~ g 6' 1 ,-I {' 46 47 48 49 50 51 52 53 54 55 56 57 58 59 6'8 62 63 64 65 69 71 72 73 74 75 24-1"11:1 .21388 ~1944 .22222 ~2500 .22777 .23333 .2:3888 .24444 .25000 .25555 .26111 ,27222 .28333 .29444 .30555 .32777 ,35080 .37222 ,41666 .46111 .50555 .59444 .68333 ,77222 .95000 1.1278 1.3056 1,6611 2,3722 2.4611 2.4722 16: 05:26 l'] T p.=,i t 13.188 12.425 11.775 11.254 10.767 10 '~2 9. 672:3 9 8.6659 8,2979 7,9807 7,6942 7.2350 6.8901 6.6026 6.3685 5.9809 5.7254 5.4657 5,13:97 4,8799 4.6208 4.2975 3.9979 3.762:3 · :,. 2856 2.8751 2.6028 1,9742 .90927 .72944 .00000 P .ig 6' 2 o ¢' 4500 4200 3900 36 0 8 0 0 1 10 (TF' + DELTR T)/BELTR T HORHER PLOT: F'roduction Time = .1667 25-M..sv--90 2:_::: 58:28 1R'-' 81] F' 1 0't"' 1 2 3 4 5 7 8 9 10 11 12 13 14 15 16 17' 18 19 20 21 22 23 24 25 27' 28 29 30 31 32 33 34 35 3? 38 39 40 41 42 43 44 HO (TP + DELTR 86.71 36,29 23.22 17.21 13.76 11.52 9.954 8.791 7.896 7.185 6,607 6.128 5.724 5.379 5.081 4.821 4.592 4.389 4.045 3.764 3,531 3,334 3.166 3.020 2.780 2.591 2.438 2.312 2.117 1.972 1.860 1.700 1.589 1.509 1.400 1.330 1.280 1.216 1.17'5 1.147 1.112 1.076 1.073 1.072 RNER PLOT: T; ...... DELTR T Pr. oduc t. iorl Ti me . 1667 psia :378:3.=~, 3771.7 404'~=. 4 416~.:S 42:3:3.4 4272.5 4297.9 o15.3 4'-''~ :3 -D ~ I" · 4337.4 4344.9 4351.0 4356,1 4360.4 4364.1 4367.1 4369.9 4._, 2. :3 4:3 76 4:379.6 4382.3 4384.6 4386.5 4388.3 4391.2 439:3.4 43'35.3 4396.9 4399.5 4401.4 4403.1 4405.4 4407.2 4408.6 4410.5 4411.9 4412.'3 4414.:3 4415,2 4415.8 4416.6 4417.4 4417.5 4417.8 .OPETP, OL .,I')HHET~]HI BP EXPLORRTION, INC. POINT Mc INTYRE 8TRTE #6 ]] :;; T # :1. 011 24-MRR-90 13:49:86 13:54:26 13:55:46 13:55:53 13:55:56 13:56:01 13:56:02 13: 56:36 13:56:56 13:57:06 13: 57:16 13:57:26 13:57:36 13:57:46 13:57:56 13:58:06 13: 58:16 13:58:26 13:58:46 13:59:26 13:59:46 14:08:26 14:01:06 14:01:46 14:03:06 14:03:46 14:03:56 14:04:06 14: 04:16 14:04:26 14:84:36 14:04:46 14:04:56 14: 05:16 14:86:36 14:06:56 14:12:16 14: 14:56 14:16:16 14:17:13 14: 17:36 14: 18:56 14: 19:36 14:20:56 14:23:36 14: 26:16 14:27:36 14: 30:16 14:32:56 14:35:36 14:36:56 14:38:33 14:39:36 SDF'=SENSOR BELO SDP2=SENSOR RBO DRTR F'R SDT SDP degF psim 171.51 4547.62 171.53 4548.11 171.54 4548.24 171.54 4548.25 171.54 4548.25 . Begi r', pur,',F:,i ng N2. 171.54 4548.33 171.54 4548.37 171.54 4548.39 171.54 4548.41 171.54 4548.4:3 171.54 4548.45 171.54 4548.47 171.54 4548.49 171.54 4548.51 171.54 4548.53 171.54 4548.55 171.54 4548.59 171.54 4548.66 171.54 4548.70 171.54 4548.78 171.54 4548.86 171.54 4548.94 171.54 4549.89 171.54 4549.17 171.54 4549.19 171.54 4549.21 171.54 4549.23 171.54 4549.25 171.54 4549.27 171.54 4549.29 171.54 4549.31 171.54 4549.35 171.54 4549.51 171.54 4549.54 171.54 4550.17 171.54 4550.48 171.54 4558.64 171.54 4550.75 171.54 4550.80 171.54 4550.98 171.54 4551.07 171.54 4551.25 171.54 4551.61 171.54 4551.98 171.54 4552.16 171.54 4552.52 171.54 4552.88 171.54 4553.24 171.54 4553.42 171.54 4553.64 171.54 4553.75 kl PCT=I 1:3:39'"MD ',,,'E PC:T= 11~.'"5,' r,lD I NTOUT SDT2 SDF'2 degF ps ~ a 165.20 14.4Z 165.20 15.83 165.20 16.70 165.05 17.90 165.05 19.66 165.20 21.9:3 165.20 24.68 165.20 28.06 165.05 32.11 165.20 37.01 165.20 42.52 165,28 54.77 165.05 81,38 165.20 94.80 165.20 120.6:3 165.20 145.55 165.35 170.23 165.20 218.44 165.20 242.34 165.20 247.86 165.35 251.49 165.20 254.12 165.20 258.54 165.20 264.01 165.35 270.28 165,35 277.16 165.20 291.90 165.20 352.51 165.35 368.17 165.35 624.18 165.35 752.15 165,35 816,07 165.35 861.95 165.35 880.46 165.50 945.66 165.50 978.19 165.50 1042.75 165.50 1173.52 165.50 1303.98 165.64 1368.86 165.64 1500.51 165.64 1632.61 165.64 1765.57 165.64 1832.31 165.73 1913.84 165.79 1966.81 165.20 11.50 165.05 11.45 165.20 11.52 165.10 11.56 165.05 11.57 .OPETF;OL JOHN5TONI BP EXPLORATION, INC. POINT blclNTYRE STATE #6 page 0 12 liST ~ 1 24-MAR-90 14:40:16 14:41:36 14:44:16 14:44:56 14:45:16 14:45:26 14:45:46 14:46:26 14:57:06 14:59:53 15:02:26 15:07:46 15:07:56 15:89:16 15:10:33 15:11:56 15:14:36 15:15:16 15: 15:36 15: 15:46 15: 15:53 15:15:56 15:16:06 15:16:16 15:16:36 15:17:16 15:17:56 15:18:33 15:18:36 15:18:56 15:19:16 15:19:26 15:19:36 15: 19:46 15: 19:56 15: 20:16 15:20:26 15:20:46 15:21:06 15:21:13 15: 23:46 15:25:06 15:26:26 15:26:33 15:27:46 15:29:06 15:30:26 15:31:46 15:31:53 15:33:06 15:34:26 15:35:46 15:37:06 15:38:26 15:38:36 15:38:46 15:38:56 15: 39:16 SDT degF SDP SDT2 SDP2 p$ia degF psia 171.54 4553.82 165.79 171.54 4553.97 165.79 171.54 4554.26 165.79 171.54 4554.33 165.79 171.54 4554.36 165.79 171.54 4554.38 165.79 171.54 4554.42 165.79 171.54 4554.49 165.79 171.54 4555.65 165.94 171.54 4555.95 165.94 171.54 4556.20 165.94 171.54 4556.73 165.94 171.54 4556.75 165.79 171.54 4556.88 165.94 171.54 4557.01 165.94 171.57 4557.16 165.94 171.65 4557.46 165.94 171.66 4557.54 1'65.94 171.67 4557.57 165.94 171.68 4557.59 165.94 171.68 4557.61 165.84 171.68 4557.61 165.79 171.68 4557.63 165.94 171.68 4557.65 165.94 171.68 4557.69 165.94 171.68 4557.77 165.79 171.68 4557.85 165.79 171.68 4557.92 165.93 171.68 4557.93 165.94 171.68 4558.00 165.94 171.68 4558.07 165.94 171.68 4558.11 165.94 171.68 4558.14 165.94 171.68 4558.18 165.94 171.68 4558,22 165.79 171.68 4558.29 165.94 171.68 4558,32 165.94 171.68 4558.40 165.94 171.68 4558.47 165.79 171.68 4558.49 165.80 171.68 4558.78 165.94 171.68 4558.94 165.94 171.68 4559.89 165.94 171.68 4559.18 165.94 171.68 4559.29 165.94 171.68 4559.51 165.94 171.68 4559.72 166.09 171.68 4559.93 165.94 171.68 4559.95 165.94 171,66 4560.06 165.94 171.65 4568.18 166.09 171.63 4560,29 165.94 171.61 4568.41 165.94 171.59 4560.52 166.09 171.59 4560.54 166.09 171.59 4560.55 166.09 171.59 4560,57 166.23 171.58 4560.60 166.09 2800.70 2867.88 2283.64 2237.73 2254.77 2268.22 2260.01 2260.63 2285.72 2291.86 2297.49 2308.80 2309.14 2307,74 2307,30 2306,83 2306,28 2306,18 2306.13 2307.74 2310,,"._. 2312,01 2318,06 2324,79 2337,51 2362,13 2386.39 2409,29 2411.14 2423.43 2435.16 2437,:37 2438.17 2448.17 2446,48 2462,:38 2470.54 2487.81 2505.54 2511.66 2645.:32 2715,26 2785.63 2791.82 2856,41 2927,56 2999.37 3071.48 3077.83 3144.13 3217.28 3291.02 3365,26 3440.29 13449.71 3452.71 3450.68 3447.45 F'LOF"£TROL JOFII',I~;TOM ] BP EXPLORRTION, INC. POINT Mc lNTYRE STRTE #6 24-MAR-90 15:39:26 15:39:46 15:48:26 15:41:86 15:41:46 15:42:33 15:43:86 15: 45:13 15:45:46 15:46:33 15: 47:13 15:47:23 15:47:43 15:48:26 15:58:01 15:50:02 15:58:23 15:51:06 15:51:43 15:5.O:.O3 15:52:26 15:5.o:33 15:52:43 15:52:46 15:52:53 15:53:03 15: 53:13 15:53:23 15:53:43 15:53:53 15:54:03 15:54:06 15: 54:13 15: 54:14 15: 54:15 15: 54:16 15:54:23 15:54:26 15:54:33 15:54:34 15:54:35 15:54:36 15:54:43 15:54:46 15:54:53 15:54:56 15:55:03 15:55:06 15: 55:13 15: 55:16 15:55:.O3 15:55:26 15:55:33 15:55:36 15:55:46 15:55:53 15:56:03 15: 56:13 SDT SDP SDT2 SDP2 degF psi a degF ps.i .s 171.58 4560.61 166,09 3446.05 171.57 4568.64 166.09 3444.25 171.56 4560.70 166.09 3441.75 171.56 4560.76 166.09 3448.13 171.55 4568.82 166.23 3438.91 171.54 4560.88 166.15 :34:37.83 171.54 4560.91 166.09 :3437.87 171,54 4561,0.O 166,09 3435.22 171.60 4561.08 166.09 3434.74 171.68 4561.17 166.09 3434.30 171,68 4561,22 166.09 3433.92 171.68 4561.20 166,09 3433.83 171.68 4560.39 166.09 3433.64 171.68 4560.41 166.09 3433.23 . Stop pumping t.~2~ Psurf=2850 p~.ig. 171.68 4568.49 .166.09 171.68 4560.53 166.09 171.68 4560.56 166.15 171.68 4560.56 166.23 171.64 4560.57 166.23 171.54 4560.59 166.18 171.54 4561.93 166.11 171.58 4569.88 166.09 171.68 4588.42 166.09 171.68 4595.27 166.09 171.68 4596,39 166.09 171.68 4597.79 166.09 171.68 4599.76 166.09 171.68 4600.51 166.09 171.68 4600.89 166.09 171.68 4601.08 166.09 171.68 4601.51 166.19 . Open PCT, 171.68 4314.81 166.23 171.68 3646.37 166.13 171.68 3586.95 166.09 171.68 3448.34 166.09 · Fire Guns! Start Flow1. Closed at 171.68 3450.49 166.09 171.68 3455.49 166.19 171.68 3459.75 166.23 171.68 3469.70 166.23 171.68 3472.88 166.2:3 171.68 3488.29 166.23 171.68 3482.02 166.23 171.68 3486.06 166.23 171.68 3488.31 166.23 171.68 3493.57 166.23 171.73 3496.60 166.23 171.83 3503.68 166.23 171.83 3505.40 166.23 171.83 3511.12 166.23 171.83 3515.12 166.23 171.83 3520.10 166.23 171.83 3523.93 166.23 3432.45 ~4¢2.1,.' 3431.99 3431.80 3431.78 3431.77 3431.75 3431.74 3431.91 3432.14 3432.38 3432.62 3433.10 3433.3:3 3433.57 3433.64 3416.73 3409.48 :3408.48 3408.05 3425.09 :Surf'ace. 3432.40 3433.96 3434.63 3436.7:3 3437.70 3439.40 :3440.13 3441.29 3441.79 3443.25 3443.88 3446.75 3447.97 3453.71 3457.41 3462.78 346?.99 OPETFiOL JOHHSTOH 24-MRR-90 15:56:23 15:56:26 15:56:33 15:56:43 15:56:53 15:57:03 15:57:06 15: 57:13 15:57:23 15: 57:26 15:57:33 15:57:43 15:57:46 15:57:53 15: 58:06 15: 58:13 15:58:23 15:58:26 15:58:43 15:58:53 15:59:06 15:59:33 15:59:46 15:59:53 16:00:26 16: 00::33 16:01:06 16:01:13 16:01:26 16:01:33 16:01:36 16:01:43 16:01:46 16:82:23 16:03:06 16:03:43 16:04:26 16:84:46 16:05:03 16:05:06 16: 05:23 16:05:26 16: 05:27 16: 05:28 16:05:33 16:05:36 16:05:43 16: 05:46 16:05:53 16:05:56 16:06:03 16:06:06 16: 06:13 16:06:23 16:06:26 16:06:33 16:06:43 16:06:53 BP E×PLORRTION~ INC. POINT Mc lNTYRE STFITE #6 SDT SDP SDT2 SDF'2 degF p~ia degF psia 171.83 3529.07 166.23 :3473.28 171,87 3530.36 166.23 3474.86 171.97 35:33.37 166.23 3478.27 171,83 3537,17 166,23 3483.13 171.97 3542.03 166.23 3488.00 172.12 3546.39 166,23 3492.86 172,08 3547,46 166,23 :3494,32 171,97 3549,96 166,23 3497,55 172,12 3554,34 166,23 3502.15 172,12 3555,49 166,23 3503,53 172.12 3558.17 166.28 3506.66 172.26 3561.80 166.36 :3511.1:3 172,26 3563,14 166,38 3512.4:3 172,26 3566,26 166,33 3515,68 172,36 3571,44 166,2:3 :3521,64 172.41 3574.23 166,28 3524,74 172,26 3578,32 166,36 3529,17 172.29 3579.48 166.:38 3530.50 172.41 3586.01 166.38 3537.49 172.56 3590.16 166.38 3541.60 172.65 3595,11 166,38 3546,94 172,85 3605,37 166.38 3557.29 172.85 3610.20 166.38 3562.26 172.85 3612.80 166.38 3564.80 173.21 3624.78 166138 3576.75 173.28 3627.32 166.43 3579.22 173.40 3638.78 166.67 3590.88 173.43 3641.21 166.62 3593.26 173.62 3645.72 166.53 3597.68 173.72 3648.16 166.63 3600.04 173.72 3649.13 166.67 3601.05 173.72 3651.40 166.67 3603.06 173,74 3652.14 166.67 3603,9:3 174.01 3661.20 166.74 3612.71 174.40 3671.21 166.82 3622.92 174.74 3679.82 166.89 3631.49 175.05 3689.51 166.97 :3641.45 175.20 3694.01 166.97 3646.06 175.32 3697.84 167.09 3649.77 175.35 3698.42 167.12 3650.42 175.47 3701.72 167.12 3653.65 175.51 3702.26 167.12 3654.22 . End Flowl. Begin Shun-Ir,. 175.61 3703.52 167.01 3654.82 175.66 3723.97 166.97 3655.07 175.76 3771.68 166.97 :3654.94 175,72 3852.88 166.97 3654,88 175.61 4042.38 167.07 :3654.45 175.66 4080.14 167.12 3654.26 175.76 4168.25 167.12 3653.41 175,80 4187,78 167,12 3653,05 175.91 4233.36 167.12 3652.58 175.91 4272.48 167.12 3651.90 175.95 4280.10 167.12 :3651.70 176.05 4297.87 167.14 3651.39 176.05 4315.34 167.18 3650.95 176.05 4327.81 167.22 3650.50 pige o14I DST #1 [.,.,10 P E T F;O L .JOHHqTOI',I ~ I ti i i 1.,I:-]',[' [~'.~ 24-MRR-90 1~:07:03 1~:07:0~ 16: 07:13 1~:07:23 16:07:33 16:07:43 16:07:46 16:07:53 16:08:03 16: 08:13 16:08:23 16:08:43 16:09:03 16: 09:06 16:09:23 16:09:43 16: 10:03 16: 10:23 16:11:03 16:11:43 16:11:46 16: 12:23 16: 13:03 16: 14:23 16: 14:26 16: 15:43 16: 17:03 16: 17:06 16:19:43 16:22:23 16:22:26 16:25:03 16:27:46 16:38:23 16:30:26 16:35:43 16:41:03 16:51:43 17:02:23 17: 13:03 17: 13:06 17: 34:23 17: 55:46 18:06:26 18: 09:06 18: 10:26 18: 10:46 18: 10:56 18:11:16 18:11:17 18:11:18 18:11:26 18:11:36 18:11:56 18: 12:06 18: 12:26 18:13:06 18: 13:26 BP EXPLORFITION, INC. POINT blclNTYRE STSTE #6 SDT SDP SDT2 SDF'2 degF psi a degF psi .a 176.20 4337.43 167.25 176.28 4339.66 167.26 176.20 4344.85 167.26 176.34 4350.97 167.26 176.34 4356.10 167.26 176.34 4360.41 167.26 176.39 4361.52 167.26 176.49 4364.10 167.28 176.34 4367.12 167.29 176.49 4369.90 167.31 176.49 4372.27 167.313 176.63 4376.30 167.37 176.63 4379.57 167.40 176.66 4379.98 167.41 176.78 4382.31 167.41 176.78 4384.57 167.4~ 176.78 4386.53 167.41 176.92 4388.29 167.41 177.87 4391.18 167.41 177.07 4393.44 167.41 177,07 4393.58 167.41 177.07 4395.33 167.44 177.87 4396.92 167.48 177.22 4399.51 167.55 177.21 4399.58 167.56 177.07 4401.40 167.63 177.22 4403.07 167.70 177.21 4403.12 167.70 176.92 4405,42 167.70 176.78 4407.17 167.70 176.78 4407.20 167.70 176.78 4408,62 167.70 176.56 4409.59 167.70 176.34 4418,53 167,78 176.34 4410.54 167.70 176.05 4411.91 167.63 175.76 4412.89 167.56 175.47 4414.38 167.41 175.18 4415.21 167.26 174.74 4415.76 167.12 174.74 4415.77 167.12 174.45 4416.57 167.04 174.09 4416.97 166.97 173.90 4417.17 166.97 173.86 4417.23 166.82 173.83 4417.25 166.82 173.83 4417.26 166.82 173.83 4417.26 166.82 173.82 4417.27 166.82 Begin bleeding N2 cushion 173.82 4417.27 173.81 4417.27 173.81 4417.28 173.81 4417.28 173.80 4417.29 173.79 4417.30 173.78 4417.31 3650.86 3649.93 3649.71 :3649.40 3649.89 3648.78 :3648.68 3648.54 3648,34 :3648,1:3 3647,93 :3647,52 :3647,12 3647.05 3646.80 3646.58 3646.28 3645.90 3645.30 3644.70 3644.65 3644.38 3644.08 3643,48 3643,45 3643.31 3643.16 3643.16 3643.29 3643.42 3643,42 3643.81 3644.22 3644.14 3644,13 3643,25 3642,36 3648.58 3638.80 3637,82 3637,81 3633,93 3630,82 3629.08 3628,78 3628,54 3628.47 3627,92 3627,88 to Tiger tank. 166.82 3623.65 166.82 3617.54 166.82 3607.19 166.82 3602.01 166.82 3592.56 166.82 3574.57 166.82 :3565.93 p ag e 015 II S T # 1 OF'£TROL JOHI"I5TOH BP E×PLORRTI.SN., INC. POINT MclNTYRE STRTE #6 1'1S T # 1 016 24-MRR-90 18: 13:36 18: 13:46 18: 13:56 18: 14:06 18: 14:16 18: 14:36 18: 14:56 18:15:16 18: 15:36 18: 15:56 18: 16:16 18: 16:36 18: 16:56 18: 17:03 18:17:16 18: 17:36 18: 17:46 18: 17:56 18:18:16 18: 18:36 18: 18:46 18: 19:06 18: 19:16 18:20:36 18:21:56 18:22:23 18:22:36 18: 22:56 18:23:83 18:23:23 18:23:24 18:23:25 18: 23:33 18:23:36 18:23:43 18:23:46 18:23:53 18:23:56 18:24:03 18:24:86 18: 24:13 18: 24:16 18:24:23 18:24:26 18:24:33 18:24:43 18:24:53 18:25:06 18: 25:13 18:25:23 18:25:26 18:25:43 18:25:53 18:26:06 18: 26:13 18: 26:16 18:26:23 18:26:24 SDT degF 173.78 173.78 173.77 173.77 173.77 173.76 173.76 173,75 173,75 173,74 17:3,74 173,73 173,72 173,72 173,72 173.72 173.72 173,72 173.72 173,72 173.72 173,72 173,72 173.72 173,72 173,72 173,72 173.72 173.72 173.72 · Open PCT. 173.87 173,82 173,72 173,68 173.58 173,62 173,72 173,72 173.72 173.72 173.72 173.72 173.72 173,72 173,72 173,72 173.72 173,72 173,72 173,72 173.72 173.72 173.72 173,72 173,72 i SDF' 4417.31 4417.31 4417.32 4417.32 4417.32 4417.33 4417.34 4417.34 4417.35 4417.35 4417.36 4417.37 4417,37 4417.37 4417.38 4417.38 4417.39 4417.39 4417.39 4417.40 4417.40 4417.41 4417.41 4417.43 4417.45 4417.46 4417.56 4417,70 4417.76 4417.90 End Shun-In. 4417.88 4415.43 4409.69 4092.49 3353.05 3349.44 3341.80 3341.38 3341.99 3344.69 3358.99 3351.81 3353.73 3355.57 3360.9? 3365.56 3368.04 3372.57 ;3373,44 3378,36 :3382,52 3386.49 3388,63 3389.61 3391.89 SDT2 degF 166.82 166.82 166.97 166.82 166.82 166.82 166.82 166,82 166.82 166,82 166.82 166.82 166,82 166,77 166,67 166,67 166.67 166.82 166.82 166,82 166.82 166,82 166,82 166,82 166.82 166.82 166,82 166.82 166,82 166.82 Begin Flow2. 166.82 166.82 166.82 166.82 166.82 166.82 166,82 166.82 166.82 166,82 166.92 166.97 166.94 166.91 166.87 166.82 166.87 166.95 166.97 166.91 166.87 166.82 166.82 166,82 166,82 S l] F'2 ps. i .s 3559.83 3548.17 3535.72 3522.31 3508.89 3480.6:3 :345:3.8'2 :3427.43 3401.52 3376.08 :3351.07 3326.45 3302.14 3293.74 3278.13 3254.52 3248.11 3250.39 3253,58 3254,78 :3255,56 3256,21 3256,71 3258.44 3259,4:3 3259.71 3259.84 3260.50 3260.87 3261,92 SI La sur'f'ace. 3262. 45 3262. 61 3272.4'8 3276. 59 3288.81 :3282.61 3288· 15 3290.52 3294.25 3295.85 3299.88 33'80.46 3302.91 3306.41 3309.91 3314.45 3317.21 3321. 15 3322.33 3328.46 :3332.07 3336,75 23:39. 14 3340. 16 3340. 10 FLr~PETROL ..[OHH~TOHI 24-MRR-90 18: 26:25 18:26:33 18: 26:36 18:26:43 18:26:53 18:26:56 18: 27:13 18:27:23 18:27:33 18:27:36 18:27:53 18:27:56 18:28:03 18:28:23 18:28:33 18:28:36 18:28:43 18:29:03 18: 29:23 18:29:56 18:30:03 18: 30: 1G 18:30:23 18:30:33 18:30:36 18:31:13 18:31:16 18:31:33 18:31:36 18:31:43 18:31:44 18:31:45 18:31:46 18:31:53 18:31:56 18:32:03 18:32:06 18: 32:13 18: 32:16 18:32:23 18:32:26 18:32:33 18:32:43 18:32:46 18: 33:03 18:33:06 18:33:26 18:33:43 18:33:46 18:34:03 18:34:06 18:34:23 18:34:26 18:34:36 18:34:43 18: 34:46 18:34:53 18:34:54 BP EXPLORRTION, IHC. POINT r.lclNT",'RE STRTE #6 Open @ sure. @ 8./64". SDT SDP degF p$ia 173.87 3389.85 173.87 3389.84 173.87 3389.81 173.87 3391.15 173.87 3390.97 173.87 3389.99 173.87 3389.90 173.87 3389.08 173.87 3389.06 173.87 3388.89 173.91 3388.81 174.01 3388.62 174.01 3388.74 173.87 338?.89 173.91 3387.46 174.01 3386.47 174.01 3386.05 174.16 3386.80 174.04 3385.31 174.01 3385.17 174.01 3384.78 174.01 3384.58 174.16 3384.22 174.16 3384.03 174.16 3381.74 174.18 3381.57 174.30 3380.61 174.26 3380.40 174.16 3379.90 . CC=16/64". 174.16 33?7.58 174.16 3372.18 174.16 3369.76 174.16 3364.11 174.20 3360.83 174.30 3353.17 174.30 3349.16 174.30 3339.78 174.30 3336.22 174.30 3327.90 174,30 3315.75 174.30 3312.27 174.30 3292.56 174.32 3289.23 174.39 3267.02 174.45 3248.15 174.45 3244.97 174.45 3226.95 174.45 3223.82 174.45 3206.14 174.45 3203.08 174.45 3192.86 174.45 3185.71 174.45 3185.01 174.45 3183.37 . SBT2 degF 166.82 166.82 166.87 166.95 166.97 166.97 166,97 166,97 166,97 166,97 166,97 166.97 166.97 166.97 166.97 166.98 167.02 167.06 167.12 167.12 167.12 167.12 167.12 167.12 167.12 167.1'2 167,12 167.12 167.12 167.12 167.22 167.26 167.16 167.12 167.22 167.26 167.16 167.12 167.17 167.24 167.26 167.26 167.26 167.26 167.26 167.26 167.26 167.26 167.26 167.26 167.41 167.41 167.41 167.41 SDP2 psia 3340.00 3339.97 3340.24 o~40.64 3348.76 3348.27 3339.98 3339.6'9 33:39.60 3339,45 3339,42 3339.58 3339.74 :3339.85 3339.89 :3339.84 3339.78 3339.56 3339.34 3339.21 :3338.97 3338.69 3338.29 3338.17 3335.98 3335.88 3334.90 :3334.74 3331,96 3330,78 3325,11 3322,68 3315,66 3312.65 3304.36 3300.81 3291.7') :3287,92 3279,63 3267.79 3264,24 3244,75 3241,31 3219.08 3200.54 3197.27 3179.38 3176.13 :3158.53 3155.42 3145.27 3148.33 3138.21 3141.14 page 017 DST ~1 ,.0 P E T R'.] L ..I,'IHHSTOHI BP EXPLORRTION, INC. POINT MclNTYRE STRTE #6 p.~ge DST #1 24-MRR-90 18:34:55 18:35:03 18:35:06 18: 35:13 18: 35:16 18:35:23 18:35:26 18:35:43 18:35:46 18:35:53 18:36:03 18:36:06 18:36:13 18:36:23 18:36:33 18:36:43 18:36:46 18:36:53 18:37:03 18:37:13 18:37:23 18:37:33 18:37:53 18:38:83 18:38:06 18:38:13 18: 38:14 18:38:15 18: 38:16 18:38:23 18:38:26 18:38:33 18:38:36 18:38:43 18:38:46 18:38:53 18:39:03 18:39:06 18:39:13 18:39:16 18:39:23 18:39:26 18:39:33 18:39:43 18:39:46 18:48:83 18:40:06 18:40:23 18:48:26 18:40:43 18:40:46 18:48:53 18:41:06 18:41:13 18:41:26 18:41:33 18:41:43 18:41:46 SI @ sure. SDT degF to shoot. ¢luid level. SDP SDT2 ps i .s degF SDF'2 p$ia 174.60 3188.91 167.41 3145.32 174.55 3190.96 167.41 :3146.58 174.45 3195.75 167.41 :3149.4:3 174.49 3195,66 167.41 3150.72 174,60 3195.43 167.41 3152.66 174.60 3196.76 1~7.41 3153.49 174.60 3204.30 167.41 3159.18 174.60 3204.65 167.41 3168.19 174.68 3205,47 167.41 3162.22 174.45 3289.38 167.41 3165.12 174.49 3210.39 167.41 3165.99 174.60 3212,73 167.41 3167.90 174.60 3214.36 167.41 :3170.62 174.60 3217.85 167.41 3173.34 174.60 3220.53 167.41 3176.07 174.68 3221.13 167.41 3176.88 174.60 3222.51 167.42 3178,66 174.60 3225.53 167.44 3181.28 174.68 3228.11 167.46 3183.74 174.60 3238.23 167.48 3186.28 174.60 3232.97 167.50 3188.82 174.74 3237.76 167.53 3193.91 174.60 3240.34 167.55 3196.45 174,68 3241.05 167.56 3197.21 174.60 3242.71 167.56 3190.99 , Open @ mute. : 20/64". 174,64 3236.30 167.56 3188,33 174.74 3221.35 167.66 3176.54 174.70 3217.87 167.70 3171.49 174.60 3209,75 167.60 3160.90 174.68 3204.88 167.56 :3156,35 174.68 3193.52 167.66 3144.97 174.64 3188.45 167.70 3148.89 174.74 3176.62 167.65 3128.05 174.60 3159.18 167.58 3110.84 174.64 3154.15 167.56 :3105.68 174.74 3142.43 167.56 3894.82 174.74 3137.48 167.56 3089.02 174.74 3125.93 167.66 3077.68 174.74 3121,06 167.70 3072.81 174.74 3109,72 167.70 3061.75 174.74 3093.84 167.70 3045.94 174.74 3089.18 167.70 3041.28 174.74 3062.76 167.70 3014.86 174.74 3058.28 167.70 3010.22 174.74 3032,38 167,83 2984.53 174.74 3027.92 167.85 2980.00 174.74 3002.66 167.73 2954.81 174,74 2998.27 167.70 2950.36 174.74 2988.03 167.78 2940.32 174,74 2969.52 167.70 2921.69 174.74 2959.56 167.76 2911.94 174.74 2941.57 167.85 2893.84 174.74 2931.88 167.85 2884.33 174,89 2918.38 167.85 2870.75 174.87 2914.30 167.85 2866.68 FL,'~Pr'TROL ..IAHHSTOH 24-MRR-90 18:42:03 18:42:06 18:42:23 18: 42:26 18:42:43 18:42:46 18:43:03 18:43:06 18:43:23 18:43:26 18:43:33 18:43:36 18:43:43 18:43:46 18:43:53 18:43:56 18:44:03 18:44:04 18:44:04 18: 44:13 18: 44:16 18:44:26 18:44:33 18:44:43 18:44:46 18:45:03 18:45:06 18: 45:13 18:45:26 18:45:33 18:45:36 18:45:43 18:45:56 18:46:03 18: 46:13 18: 46:16 18:46:33 18:46:36 18:46:43 18:46:56 18:47:03 18: 47:16 18:47:23 18:47:33 18:47:36 18:47:53 18:47:56 18:48:03 18: 48:16 18:48:23 18:48:36 18:48:43 18:48:56 18:49:03 18: 49:16 18:49:23 18:49:36 18:49:43 BP EXPLORRTION., INC. POINT MclNTyRE STRTE SDT SDF' SDT2 SDP2 degF psia degF psia 174.74 2891.60 167.85 2844.10 174.76 2887.69 167.85 2848.12 174.89 2865.56 167.85 2818.86 174.87 2861.74 167.85 2814.17 174.74 2840.09 167.85 2792.58 174.76 2836.33 167.85 2788.77 174.89 2814.98 167.85 2767.64 174.89 2811.32 167.85 2763.91 174.89 2790.55 167.85 2743.18 174,84 2786,91 167,85 2739.52 174.74 2778.41 167.95 2730.73 174.74 2774.44 168.00 2726.96 174,74 2765,16 167,90 2717,06 174.74 2760.71 167.85 2712.81 174.74 2758.32 167.95 2781.79 174.79 2745.39 168.88 2697.06 174.89 2733.88 168.08 2685.04 l CC=24/64". 174.89 2716.48 168.88 2667.8:3 174.89 2711.44 168.00 2662.7:3 174.89 2694.65 168.88 2645.80 174.89 2682.98 168.85 2634.30 174.89 2666.42 168.12 2617.87 174.87 2661.58 168.15 2612.94 174.74 2634.17 168.82 2585.65 174.74 2629.42 168.00 2580.83 174.74 2618.31 168.88 2569.92 174.84 2598.28 168.08 2549.66 174.89 2587.50 168.00 2538.89 174.89 2582.96 168.88 2534.28 174.89 2572.37 168.80 2523.81 174.89 2553.16 168.00 2504.37 174.89 2542.82 168.05 2494.19 174.89 2528.35 168.12 2479.65 174.87 2524.09 168,15 2475,29 174.74 2499.98 168.15 2451.21 174.74 2495.77 168.15 2446.96 174.74 2485.96 168.15 2437.29 174.84 2468.18 168.15 2419.33 174.89 2458.48 168.15 2409.88 174.89 2441.12 168.15 2392.33 174.89 2431.78 168.15 2383.87 174.89 2418.52 168.15 2369.85 174.89 2414.65 168.15 2365.89 174,89 2392,72 168,15 2344.03 174.89 2388.92 168.15 2340.18 174.89 2380.04 168.28 2331.46 174,79 2363,92 168,29 2315,27 174,74 2355,24 168,29 2306,7:3 174.84 2339.47 168.29 2298.87 174.89 2330.97 168.29 2282.56 174.89 2315.72 168.29 2267.14 174.89 2307.50 168.34 2259.00 174.79 2292.44 168.44 2243.88 174.74 2284,34 168.39 2235.92 174,74 2269,73 168,29 2221.13 174.74 2261.87 168.40 2213.62 I p.=,ge E119 J DS'I' #1 .OF'ETROL JOHI'tSTOH ~ I Iii ~ i.,I4'f.: [4*,m BP EXF'LORRTION, INC. POINT MclI'.IT'¥'RE STRTE #6 pa.,ge (.~20I DST # 1 24-MRR-90 18:49:46 18: 49:53 18:49:56 18:50:06 18: 50:13 18: 50:16 18:50:33 18:50:36 18:50:43 18:50:56 18:51:03 18:51:16 18:51:23 18:51:36 18:51:56 18:52:03 18: 52:16 18:52:23 18:52:43 18:52:56 18:53:03 18: 53:16 18:53:23 18:53:36 18:53:43 18:53:56 18:54:03 18: 54:13 18: 54:16 18:54:33 18:54:36 18:54:53 18:55:03 18: 55:13 18: 55:16 18:55:33 18:55:53 18:55:56 18: 56:13 18: 56:16 18:56:23 18:56:36 18:56:43 18:56:53 18:57:03 18: 5?: 13 18: 5?: 16 18:57:23 18:57:33 18:57:36 18:57:43 18:57:56 18: 58:16 18:58:23 18:58:24 18:58:25 18:58:26 18:58:33 SDT SDP SDT2 SDP2 degF p$ia degF pqia 174.83 175.83 175,01 174.94 174.89 174.89 174.89 174.89 174.89 174.89 174.89 174.98 175.83 174.99 174.91 174.89 174.89 174.89 174.89 174.98 175.03 174.94 174.89 174.89 174.89 174.98 175,03 175.03 175.03 175.03 175.03 175.03 174.89 175.03 175.03 175.03 175.03 175.03 175.03 175.03 175.03 175.03 175.03 175.18 175.03 175.03 175.03 175.03 175.18 175.13 175.03 175.03 175.03 175.03 2258. 80 168. 44 ,..~..',o 10. 40 2251 65 168 34 o20" · . .- 2248,86 168,29 2288, ,"'3 2239 58 168 29 '~' · . ~191 · 44 2233. 09 168, 29 2-~29 96 16.q 29 '~'181 ~'~ ~.. · ,_ · .- , - . oc. 12 °5 168 42 '~ '~- · .- , .'16 74 ~'~'09. 10 168·44 2160.59 ._._':" -° 01 . 7516'"o. 44 .-'~ 15:3 . :3:_:: 2188.50 168.44 21:3'9.9.'.:: 2181· 36 168. 44 .-°13°.-. 96 2168,46 168.44 '2119.94 2161,51 168,44 211:3, 17 ~'~'149, 19 168.44 o100~. ,60 2138, '23 168,44 2081,66 2123.59 168,4'9 2875. 18 21 i 1.69 168,59 2063. 16 2105, '29 168.56 2856.9:3 2887,27 168,49 20:39. 13 2875,77 168,44 2027,56 2069,57 168,49 28'21.55 2858,48 168,59 2010,:38 2052.51 168,59 2084,5:3 2841,70 168.59 1993,67 2835,88 168,59 1987,98 2825,71 168,59 1977.41 2028,24 168,59 1971,99 2812,94 168,59 1964.24 2010,68 168,59 1961.91 1997,82 168,59 1949, 19 1995,68 168,59 1946,94 1983,53 168.65 1934,66 1976,39 168,69 1927,4:'-: 1968,94 168.7'2 1928.20 1966.79 168.73 1918,04 1954,62 168,7:3 1906,09 1948,97 168,73 1892,0.3 1938,96 168,73 1889,93 1927,61 168,7:3 1878,4:--: 1925.64 168,73 1876.47 1921.04 168.79 1871,95 1912,82 168,88 186:3,56 1908,40 168,86 1859, 17 1982,89 168 .8".. 1 :--:52 · 9 1 1896,04 168,78 1846,65 1889,67 168,75 1840,39 1887,85 168.73 1838.51 1883,60 168,79 1834. :30 1877,97 168,86 1828,'28 1876, 15 168,88 1826.47 1871,89 168,93 1822.41 1864,52 169,0:3 1814,88 1853,19 168,88 180:3.52 1849,22 168.88 1801.43 @ mur.¢, t.o shoo~ ¢luid level, 175,08 1849,27 168,88 175.18 1849.36 168.9:3 1800.53 1805.32 ,..0 P E T F; 0 L JOHHqTOH ~ IU ii 1.,I~',[' BP EXPLORRTION, INC. POINT Mc lNT"r'RE' 8TRTE #6 page DST #1 021 24-MRR-90 18:58:36 18:58:43 18:58:46 18:58:53 18:58:56 18:59:06 18: 59:16 19: 00:13 19:00:33 19:00:36, 19:01:13 19:01:23 19:01:56 19:82:03 19:02:23 19:02:33 19:02:36 19:02:43 19:03:03 19: 03:13 19: 03:16 19:03:23 19:84:36 19:84:43 19:04:53 19:05:03 19: 05:13 19:05:33 19:05:43 19:85:53 19:05:56 19:06:33 19:06:36 19:06:43 19:07:03 19: 07:13 19:07:33 19:07:43 19:07:53 19:07:56 19:08:03 19: 08:13 19:08:33 19:08:53 19:09:03 19: 09:13 19: 09:16 19:09:53 19:09:56 19:10:13 19: 10:23 19: 10:43 19: 10:53 19:11:03 19:11:16 19:11:43 19: 12:03 19: 12:43 SDT degF SDP SDT2 p$i.~ degF SDP2 psia 175.18 1851.96 169.83 1807.37 175.18 1858.03 168.93 1810.81 175.18 1859.47 168.88 1812.29 175.18 1862.84 168.98 1816.57 175.18 1864.42 169.03 1818.48 175.18 1869.71 169.03 182:3.15 175.18 1874.99 169.03 1828.49 175.18 1905.11 169.03 1857.74 175.18 1915.15 169.03 1868.01 175.19 1916.62 169.03 1869.55 175.32 1934.75 169.10 1887.73 175.18 1939.76 169.11 1892.65 175.30 1955.87 169.18 1908.87 175.32 1959.28 169.18 1912.25 175.32 1968.96 169.18 1921.90 175.32 1973.89 169.18 1926.73 175.32 1975.23 169.18 1928.17 175.32 1978.36 169.28 1931.45 175.32 1987.92 169.27 1940.79 175.32 1992.29 169.31 1945.46 175.32 1993.77 169.32 1946.86 175.32 1997.22 169.34 1950.04 175.46 2029.98 169.47 1983.28 175.47 2033.03 169.47 1986.26 175.47 2037.16 169.47 1990.64 175.47 2841.72 169.47 1995.02 175.32 2845.86 169.47 1999.39 175.47 2854.93 169.47 2008.14 175.47 2059.11 169.47 2012.52 175.47 2863.57 169.47 2016.90 175.48 2064.86 169.47 2018.21 175.61 2080.67 169.47 2034.16 175.61 2882.01 169.47 2035.45 175.61 2085.15 169.50 2038.42 175.61 2093.41 169.57 2046.90 175.61 2897.75 169.61 2051.14 175.61 2106.05 169.68 2059.62 175.61 2110.35 169.72 2063.86 175.61 2114.36 169.75 2068.18 175.66 2115.70 169.76 2869.37 175.76 2118.83 169.76 2072.26 175.61 2122.73 169.76 2076.39 175.76 2131.15 169.76 2884.65 175,76 2139,28 169,76 2092,92 175.76 2143.53 169.76 2097.05 175.76 2147.48 169.76 2101.18 175.76 2148.71 169.76 2102.42 175.76 2163.97 169.76 2117.61 175.76 2165.16 169.76 2118.84 175.76 2171.91 169.79 2125.74 175.76 2176.86 169.81 2129.79 175.76 2184.03 169.85 2137.90 175.91 2188.25 169.87 2141.95 175.91 2192.11 169.89 2146.01 175.91 2197.38 169.91 2151.28 175.91 2208.33 169.96 2162.10 175.91 2216.15 170.00 2170.11 175.91 2232.25 170.07 2186.13 FL,.',PETF';OL JOHI"ISTON BP EXPLORRTION~ INC:. POIFIT MclNT"r'RE STRTE #6 p .i g e 0 2 '~ .- 1] ::; T # i 24-MRR-90 SDT SDP SDT2 SDP2 degF psia degF psi.s 19: 13:2:3 19: 13:43 19: 13:53 19: 13:56 19: 14:83 19: 14:84 19: 14:05 19: 14:06 19:14:13 19:14:16 19: 14:33 19: 14:53 19: 14:56 19:15:13 19:15:16 19: 15:33 19: 15:36 19: 15:53 19: 16:03 19:16:16 19: 16:23 19: 16:43 19: 16:53 19: 16:56 19:17:13 19:17:16 19: 17:53 19: 17:56 19: 18:03 19:18:13 19: 18:16 19: 18:23 19: 18:56 19: 19:03 19:19:16 19: 19:23 19: 19:43 19: 19:53 19: 19:56 19:20:03 19: 20:13 19: 20:33 19:20:36 19:20:53 19:20:56 19:21:03 19:21:06 19:21:13 19:21:33 19:21:46 19:21:53 19: 22:13 19: 22:23 19:22:26 19:22:33 19:23:86 19: 23:13 19:23:23 175.91 2248.13 176.05 2256.19 176.05 2260.18 176.05 2261.29 176.05 2263.87 m Open @ sur?. = 24/64". 176.05 2259.88 176.05 2250.58 176.07 2247.96 176.20 2233.11 176.20 2215.96 176.18 2213.28 176.05 2198.09 176.07 2195.48 176.20 2180.70 176.20 2178.13 176.20 2163.56 176.20 2155.12 176.20 2144.41 176.28 2138.64 176.20 2122.87 176.20 2114.78 176.22 2112.47 176.34 2099.34 176.34 2097.10 176.34 2069.45 176.34 2067.28 176.34 2062.21 176.34 2055.24 176.34 2053.89 176.34 2048.05 176.34 2025.49 176.34 2020.71 176.34 2012.47 176.34 2008.84 176.34 1995.68 176.34 1989.55 176.39 1987.80 176.49 1983.72 176.34 1977.45 176.34 1965.78 176.36 1964.09 176.49 1954.52 176.49 1952.75 176.49 1948.64 176.49 1947.01 176.49 1943.20 176.49 1932.90 176.49 1926.05 176.49 1922.36 176.63 1912.16 176.63 1906.95 176.63 1905.50 176.63 1902.13 176.63 1885.93 176.63 1882.50 176.63 1877.89 170.14 170.18 170.20 170.20 1,'"0.10 170.06 170.06 170.06 170.12 170.19 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.20 170.34 170.35 178.35 178.35 178.35 178.38 178.58 178.45 178.35 178.38 178.45 170.49 170.50 170.50 170.50 170.50 170.50 170.50 170.50 170.50 170.50 170.50 170.50 170.50 170.52 170.60 170.63 170.65 170.65 170.65 170.65 170.65 2202. 16 · -'.-' 10. 1 ," 2214. 18 2215.38 2211.54 2209.90 2201.57 2198.00 2183.42 2166.27 2163,69 2148.82 --°146 . 20 2131.60 2129.03 2114.89 2106.57 2095.76 2090. 18 2074.24 2066.27 2063.88 2050.86 2048.56 2021.09 2018.86 2013.86 2006.73 2004.58 1999.76 1977.02 1972,44 1963.92 1959.61 1947.28 1941. 12 1939.27 1935. i 1 1929. 17 1917.38 1915.51 1985.83 1904. 12 1988. 13 1898.42 1894.71 1884. I 1 1877.22 1873.63 1863.38 1858.25 1856.71 1853.27 1837.04 ~,~.~. 1829. :37 .0 P £ T RC.,L ,JOHI'~STOI'~I BP E×PLORI-]TION, INC:. POINT MclNTYRE STI-]TE #6 02 3 24-MRR-~e 19:24:03 19: 24:13 19:24:26 19:24:53 19:25:06 19: 25:13 19:25:46 19:25:53 19:26:03 19:26:23 19:26:26 19:26:33 19:26:43 19:27:06 19:27:23 19:27:26 19:27:43 19:27:46 19:27:53 19: 28:13 19:28:26 19:28:33 19:28:43 19:28:53 19:29:06 19:29:33 19:29:46 19: 30:13 19:30:23 19:30:26 19:30:33 19:30:43 19:31:06 19:31:23 19:31:26 19:31:33 19:31:53 19:32:03 19:32:06 19:32:43 19:33:03 19:33:23 19:33:26 19:33:33 19:33:43 19:33:53 19: 34:13 19:34:23 19:34:24 19:34:25 19:34:43 19:34:46 19:34:53 19:35:26 19: 35:33 19:35:46 19: 36:13 19:36:26 SDT SDP SDT2 SDP2 ,-legF psi a degF pmi a 176.63 1860.63 170.65 176.63 1855.89 170.65 176.63 1850.16 170.65 176.63 1838.26 170.74 176.63 1832.79 170.79 176,63 1829,84 170.79 176,75 1816,89 170,79 176.78 1814.14 170.82 176.78 1810.58 178.85 176.63 1882.98 170.93 176.63 1801.91 178.94 176.63 1799.42 170.94 176.78 1796.68 170.94 176.78 1789.79 170.94 176.78 1784.69 170.94 176.76 1783.84 170.9'4 176.63 1779.03 170.94 176.68 1778.24 170.94 176.78 1776.42 170.94 176.92 1771.87 170.94 176.83 1768.52 178.94 176.78 1766.71 170.97 176.78 1764.36 171.00 176.92 1762.46 171.04 176.92 1759.55 171.09 176.92 1753.50 171.09 176.92 1750.79 171.09 176.92 1745.16 171.09 176.78 1743.05 171.09 176.78 1742.55 171.09 176.78 1741.38 171.09 176.92 1740.05 171.09 176.92 1736.02 171.09 176.92 1733.05 171.09 176.92 1732.64 171.09 176.92 1731.69 171.09 176.92 1728.41 171.09 176.92 1726.90 171.09 176.92 1726.56 171.09 176.92 1722.29 171.15 177.07 1719.75 171.19 177.07 1717.80 171.23 177.07 1717.42 171.23 177.07 1716.53 171.25 177.07 1715.54 171.26 177.07 1714.25 171.28 177.07 1712.47 171.32 177.07 1711.26 171.34 Began slouls~ closing choke. 177.07 1709.26 171.37 177.07 1708.85 171.38 177.07 1707.91 171.35 177.19 1705.43 171.23 177.22 1704.90 171.28 177.22 1704.14 171.38 177.22 1702.54 171.38 177.17 1702.11 171.38 1811.35 1806.o"4 1800.98 1789.2:3 1783.58 1780.76 1767.50 1764.86 1761.09 1753.56 1752.43 1750,12 1746.81 1739.21 1733.95 1733.0:3 1728.17 1727.31 1725.54 1720.50 1717.22 1715.58 1713.23 1710.88 1707.8:3 1701.85 1698.97 1693.34 1691.25 1690.6:3 1689.35 1687.52 1683,:32 1680.22 1679.67 1678.53 1675,2:3 1673,66 1673,17 1668,:31 1665.68 1663.05 1662.66 1661.85 1660.70 1659.55 1657.25 1656,10 1653.80 1653.46 1652.81 1649.77 1649.38 1648.43 1647,13 1646.50 FLOP£TF;OL JOHI'i~;TOH I,-"'i~ ~ I~.1 i ~ I.,I 4'lr,: [4'ii BP EXPLORATION, INC. POINT Mc lNTYRE STATE IIST ~ 1 024 24-MAR-90 19:36:53 19:37:06 19: 37:13 19:37:33 19:37:43 19:37:46 19: 38:23 19: 38:26 19: 38:36 19:38:43 19:38:53 19: 39:13 19: 39:23 19:39:56 19:40:03 19: 40:16 19:48:23 19:40:33 19:40:43 19:41:23 19:41:36 19:42:03 19: 42:16 19: 42:43 19: 42:56 19:43:03 19:43:36 19:43:43 19:44:03 19: 44:16 19:44:23 19:44:33 19:44:36 19:44:43 19: 45:16 19:45:23 19:45:36 19:45:43 19:45:53 19:45:56 19:46:00 19:46:01 19: 46:13 19: 46:16 19:46:23 19:46:26 19:46:33 19:46:46 19:46:53 19:47:00 19:47:01 19:47:06 19: 47:13 19:47:46 19:47:53 19: 49:13 19:49:53 19:50:26 SDT SDP degF psia 177.07 1701.21 177.16 1700.84 177.22 1700.64 177.22 1700.40 177.36 1780.16 177.35 1700.16 177.22 1700,26 177.22 1788,26 177.22 1700.27 177,22 1700,28 177.22 1701.64 177,36 1701.86 177,36 1702.11 177,36 1703,56 177,36 1783,87 177.36 1704,52 177.36 1704.87 177.36 1705.44 177.36 1706.41 177,36 1708,70 177,36 1709.58 177.36 1711.41 177.41 1712.07 177.51 1713.43 177.51 1713.98 177.51 1714.28 177.51 1716.03 177.51 1716.40 177.65 1717.80 177.56 1718.80 177.51 1719.34 177.65 1722,05 177.65 1722,18 177,65 1722,47 177.65 1725,36 177,65 1725,97 177,65 1727,35 177,65 1728,18 177,65 1729,18 177,65 1729,64 m SI e sure, t.o Fire RSC. 177,65 1732,21 177,70 1732,54 177.80 1733.31 177.80 1735.12 177.88 1739.36 177.80 1745.18 177.80 1748,32 . Fire RSC !! Sampl 177,70 1754.75 177.65 1758,21 177.77 1775.17 177.80 1778.77 177.94 1820.86 178.09 1841.83 178.09 1858.86 SDT2 degF SDP2 psia 171.48 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.53 171.54 171.56 171.58 171.65 171.67 171.77 171.82 171.82 171.82 171.82 171.82 171.82 171.82 171.82 171.82 171.82 171.82 171.85 171.97 171.97 171.97 171.97 171.97 171.97 1645.65 1645.24 1645.12 1644.78 1644.61 1644.55 1644.68 1644.61 1644.68 1644.94 1645.32 1646107 1646.45 1647.69 1647.99 1648.55 1649.01 1649.66 1650.31 1652.90 1653.74 1655.35 1656.12 1657,35 1657,94 1658,32 1660.10 1660.59 1661.99 1662.90 1663,78 1665.03 1665.41 1666,12 1669,45 1670.17 1671.50 1672,35 1673.56 1673,93 171.97 171.97 172.07 172.11 172.11 172.11 172.06 1678.02 1678.74 1681133 1682.45 1685,77 1691.93 1695.40 e time = 3-5 minutes. 171.97 171,97 171,97 171.99 172,21 172.32 172.41 1701.83 1705.44 1722.49 1726.17 1768.28 1789.34 1806.71 OP£TF;OL .JOHI'JST C'tt ~ Itli fl.,N,[' [:.]-,m 24-MRR-90 19:50:33 19:51:13 19:51:33 19:51:46 19:52:53 19:53:06 19:53:33 19:53:46 19: 54:13 19:54:33 19:54:43 19:55:03 19:55:06 19:56:23 19:56:26 19:57:03 19:57:23 19:57:46 19:58:03 19:58:43 19:58:53 19:59:03 19:59:06 19:59:23 19: 59:33 19:59:46 20: 00:13 20: 00:14 80: 00:15 20:00:26 20: 00:33 20: 00:36 20: 00:43 20:00:46 20:00:53 20:01:06 20:01: 13 20:01:23 20:01:26 20:01:43 20:02:06 20:02:23 20:02:46 20:03:03 20:03:26 20:03:43 20:04:06 20:04:23 20:04:43 20:04:46 20:05:03 20:05:26 20:05:43 80:06:06 20:06:23 20:06:43 20: 06:46 20:07:03 SD deg 178 178 178 178 178 178 178 178 178 178 178 178 178 178 178 BP EXPLORRTION~ INC. F'OINT Mc lNTYRE STATE #6 T SDP SDT2 SDP2 F psia degF psia .09 .09 .09 .11 .23 .23 .23 .23 .23 .38 .38 .23 .24 .38 .38 178.38 178.38 178.46 178.52 178.52 178.52 178.52 178.52 178.52 178,67 178.62 178,52 surf'. .62 .67 .G? .67 .67 .67 .67 .67 .52 .55 .67 .67 .67 .67 .67 .67 178.67 178.75 178.82 178.82 178.82 178.82 178.82 178.82 178.90 178.96 178.82 178.84 178.96 m Open 0 178 178 178 178 178 178 178 178 178 178 178 178 178 178 178 178 1862.48 172.41 1810.2'9 1882.83 172.41 1830.73 1893.84 172.41 1848.96 1899.49 172.41 1847.60 193o~. 71 17~. 41 1880. 8'9 1939.84 172.41 1887.:35 1952.17 172.51 1'900.63 1958.42 172.55 1907.0:3 1971.39 172.60 1920.0'9 1981.16 172,64 1929.77 1985.77 172.66 1934.61 1995.41 172.70 1944.29 1996.82 172.70 1945.74 2033.03 172.70 1982.13 2034.42 172.70 1983.54 2051,56 172,77 2000,73 2060.80 172.81 2010.02 2071,23 172,85 2020,70 2078.94 172.85 2028.28 2096.54 172.85 2046.10 2100.88 172.85 2050.56 2105.51 172.85 2055.02 2106.82 172.85 2056.35 2114,21 172.91 2063,88 2118,53 172,95 2068.30 2124.35 173.00 2074.06 2136,43 173,08 2886,1'9 = 29/64". 2142.23 173.00 2092.03 2145.35 173.00 2094.29 2145.95 173.00 2095.25 2147.34 173.00 2095.49 2147.24 173.00 2095.59 2147.01 173.00 2095.01 2145.85 173.00 2093.92 2145.23 173.08 2093.11 2144.00 173.00 2091.94 2143.59 173.00 2091.58 2141.27 173.00 2089.38 2138.36 173.00 2086.39 2136.28 173.80 2884.56 2133.82 173.00 2082.09 2132.05 173.06 2080.63 2130.12 173.14 2078.65 2128.68 173.08 2077.50 2127.34 173.00 2075.95 2126.35 173.06 2075.16 2125.35 173.13 2074.22 2125.23 173.14 2074.08 2124.60 173.14 2073.58 2124.87 173.14 2072.91 2123.67 173.14 2072.73 2123,60 173.14 2872,48 2123.55 173.20 2072.67 2123,79 173,28 2072.90 2123.79 17:3,29 2072,9:3 2123.81 173.29 2072.72 p .=, g e DST # 1 025 .~0 PET RO L J~-'~HHSTOHI 24-MRR-90 20:07:06 20:07:43 20:0?-'46 28~88~26 28~08~43 28~08~46 28:88:53 28:89:86 28: 89:13 28:89:26 28:89:33 28: 89: 46 28:89:53 28: 18:88 28: 18:81 28: 18:G3 28: 18:86 28: 18:13 28: 18:16 28: 18:23 28: 18:36 28: 18:43 28:11: 88 28:11:81 28:11:83 28: 11:16 28: i 1: 43 28: I 1: 56 28: 12:83 28: 12:16 28: 12:23 28: 12:33 28: 12:36 28: 12:53 28: 13:13 28: 13:14 28: 13:15 28: 13:23 28: 13:56 28: 14:83 28: 14: lg 28: 14:23 28: 14:36 28: 14:43 28: 14:56 28; 15:88 28: 15:81 28: 15:83 28: 15:13 28: 15:16 28: 15:23 28: 15:33 28: 15: 3g 28: 15:53 28: 15:56 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 m FLUI 1 1 1 1 1 1 1 . CC=i 1 1 1 1 1 1 1 1 1 1 1 m CC=I 1 1 1 1 1 1 1 1 . CC=2 1 1 ! 1 BP EXPLOF.:ATION.,, INC. POINT Mc lNTYRE STATE #6 SDT SDP SDT2 SDP2 degF psi& degF psi. 78.96 2123.73 173.29 2872.68 78.96 2122.77 173.29 2871.71 78,96 2122,74 17:3,29 2871.64 78.96 2122.55 17:3.16 2871.54 78.96 2122.58 173.14 2871.53 78,96 2122,75 173,27 2871,82 78.96 2122.84 173.29 2871.87 78.96 2123.34 173.29 2872.58 78.96 2123,47 173,29 2872,61 78.96 2123.77 173.34 2873.86 78.96 2124.66 173.44 2073.91 78.96 2125.14 173.44 2874.52 78.96 2126,31 173,44 2075,66 78,96 2126,94 17:3.38 2876,42 78,96 2128,58 173.29 2877,84 78.96 2129.34 173.29 2878.85 B TO SURFACE II! 79.11 2130.74 173.29 2080.29 79.86 2131.22 173.29 2088.7:3 78.96 2132.33 173.39 2882.22 78.96 2133.84 173.44 '2882,86 78.96 2134.78 173.44 2884.79 79. 06 2138. 46 173. 44 ~°088. 37 79.11 2140.48 173.44 2090.56 2/64". 78.96 2146.55 173.44 2096.84 79,06 2158,75 173.44 2108,92 79.25 2159.47 173,44 2189,74 79.16 2163.80 173.44 2113.99 79.11 2166.14 173.49 2116.48 79.11 2170.82 173.58 2121.18 79.11 2173.33 173.53 2123.76 79.25 2176.98 173.46 2127.55 79.23 2178.22 173.44 2128.69 79.11 2185.25 173.44 2135.94 79.11 2193.91 173.44 2144.48 8/64". 79.11 2198.85 173.44 2148.75 79.23 2212.31 173.44 2162.84 79,25 2215,34 173,49 2165,73 79.25 2220.58 173.58 2171.09 79.25 2223.28 173.58 2173.61 79.25 2227.86 173.58 2178.38 79.25 2230.32 173.58 2188.61 79,25 2234,51 173,58 2184.:39 6/64", 79.25 2236.77 173.58 2186.94 79.11 2239.75 173.58 2189.85 79.15 2240.56 173.58 2198.73 79.25 2242.46 173.63 2192.46 79.25 2244.73 173.71 2194.93 79,25 2245,54 173,73 2195,67 79.25 2250,12 173.60 2288.58 79,25 2251,07 173.58 2281.45 p ..~ g ¢.. ~..'~ 2,5 ]'IST #1 OPIrTF;OL "h"' H H ~i T "d"lI I.,I:4',[' [:..i-.mi BP EXPLORRTION, INC:, POINT Mc lNTYRE' STRTE #6 D S T ~ 1 24-MRR-90 20:16:33 20:16:36 20:16:53 20:17:56 20: 18:13 20: 19:16 20: 19:33 20:19:56 20:20:00 20:20:01 20:20:06 20: 20:13 20:20:16 20:20:23 20:21:03 20:21:36 20:21:43 20:22:56 20:23:03 20:24:16 20:24:23 20:25:03 20:25:36 20:26:23 20:26:56 20:27:43 20:28:16 20:28:23 20:29:36 20:29:43 20:32:16 20:32:23 20:33:36 20:33:43 20: 34:16 20:34:23 20:34:36 20:34:43 20:35:03 20:35:16 20:35:43 20:35:56 20: 36:16 20:36:23 20:36:56 20:37:03 20:37:23 20:37:36 20:37:43 20:37:56 20:38:03 20:38:23 20:38:36 20:38:56 20:39:03 20:39:06 20:39:13 20:39:16 SDT SDP SDT2 SDF'2 degF p$ia degF pzia 179.25 2262.73 173.72 2213.16 179.25 2263,65 173.7:3 2214.11 179,25 2268.86 173.73 2219,24 179,37 2287,51 173,73 2238,27 179.40 2292.54 173.73 2243.19 179.40 2310.52 173.73 2261.43 179.40 2315.38 173.79 2266.5:3 179.48 2322.34 173.88 2273.43 . SI e surf. 179.52 2325.37 173.73 2276.44 179.54 2327,49 17:3.83 2279.11 179,50 2328,74 173,88 2280,26 179.40 2331.66 173.88 2283,48 179.40 2349.86 17:3.88 2301.90 179,52 2365,12 173,88 2317,10 179.54 2368.36 173.89 2320.29 179.54 2401.37 174.02 2353.58 179.54 2404.54 174.02 2356.68 179.54 2436.55 174.02 2389.01 179,54 2439,62 174,02 2392,03 179.54 2456.82 174.02 2409.28 179.60 2470.78 174.02 2423.51 179.69 2490.66 174.11 2443.37 179.69 2504,33 174.17 2457.32 179.69 2523.81 174.17 2476.78 179.81 2537.42 174.17 2490.45 179.83 2540.31 174.17 2493.29 179.83 2569.58 174.17 2522.88 179.83 2572,38 174,18 2525.67 179,83 2632,93 174.32 2586,77 179.83 2635.70 174.32 2589.52 179.83 2664.18 174.32 2618.2:3 179.83 2666.91 174.32 2620.94 179.95 2679.68 174.32 2633.75 179.98 2682.39 174.32 2636.49 179.98 2687.43 174.32 2641.56 179.98 2690.15 174.34 2644.51 179.98 2698.46 174.42 2652.92 179.93 2704.03 174.46 2658.:39 179.83 2715.59 174.46 2669.98 179.93 2721.08 174.46 2675.56 180.07 2729.52 174.46 2684,01 180.12 2732.48 174.46 2686.78 180.12 2745.34 174.46 2699.84 180.12 2748.87 174.46 2702.54 180.12 2755.81 174.46 2710.25 180.12 2760.70 174.46 2715.26 180.12 2763.33 174.46 2717.81 180.12 2767.97 174.46 2722.54 180.12 2770.46 174.49 2724.94 180.12 2777.36 174.56 2731.80 180.12 2781.66 174.61 2736,27 180.12 2788.28 174.61 2742.90 180.12 2790.59 174.51 2744.75 180.12 2792.75 174.46 2745.54 180.12 2797.78 174.57 2739.98 180.12 2886.92 174.61 2737.60 .0 P E T F; 0 L JOHHSTON ~ IUi~ I., I :]'~ 14',m 24-MRR-90 20: 39: 23 20:39:26 20:39:33 20: 39: 36 20: 39: 43 20: 39: 46 20: 39: 53 20: 40: 03 20: 40: 06 20: 40:13 20: 40: 23 20:40:33 20:40:43 20:40:46 20:40:53 20:41:03 2~:41:86 28:41: 13 28:41:23 28:41:26 2~:41:33 28:41:36 28:41:37 28:41:38 28:41: 43 2~:41:46 28:41:53 2~:41:56 2~: 42: 83 2~: 42:13 2~: 42:16 20:42:23 20: 42: 26 2~:42:33 28: 42: 43 28: 42: 46 28:42:53 28: 43:13 28:43:23 20:43:43 28:43:46 28: 44: 23 28: 44: 26 2~:45:83 2~:45:86 28:45:23 2~:45:26 2~: 45: 33 20: 45: 36 2~:45:43 28:45:46 20:45:47 28: 45: 48 28: 45: 49 28:45:53 28:45:56 BP EXPLORRTION.~ INC. POINT blclHTYRE STRTE #6 DST # 1 A 2 SDT SDP BDT2 SDP2 degF psi a degF psi .s 180.12 3094.98 174.61 2735.51 188.12 3163.13 174.61 2734.61 188.12 3322.19 174.61 2735.07 188.12 3365.83 174.61 2735.27 180.12 3467.68 174.61 2735.36 180.12 3499.05 174.61 2735.40 188.12 3572.24 174.56 2735.84 180.12 3652.04 174.49 2734.5:3 180.12 3671.03 174.46 2734.3:3 180.12 3715.35 174.46 2734.31 180.12 3767.69 174.46 2734.22 179.98 3812.84 174.46 2734.13 188.12 3850.47 174.46 2734.83 180.08 3860.42 174.46 2734.81 179.98 3883.63 174.46 2734.12 179.98 3912.98 174.46 2734.29 179.98 3928.82 174.46 2734.34 179.98 3939.13 174.46 2734.62 179.98 3962.59 174.46 2735.01 179.98 3969.01 174.46 2735.12 179.98 3983.97 174.57 2735.60 179.98 3988.28 174.61 2735.88 . Complete ls~ cpcle o¢ SSRRV. 179.98 179.98 179.98 188.82 180.12 180.12 180.12 188.12 180.12 188.88 179.98 179.98 179.98 179.98 179.98 179.98 179.98 179.98 179.99 180.12 180.12 180.12 188.12 180.12 188.12 180.12 180.12 188.12 180.12 Co~p 1 e~ e T~ger t.snk, 180.12 3966.73 180.12 3905.16 3998.32 174.61 2774.26 3682.78 174.61 2798.74 2947.32 174.51 2792.89 2916.03 174.46 2793.88 2843.01 174.46 2786.34 2848.87 174.46 2783.14 2835.88 174.46 2784.64 2835.97 174.46 2785.28 2836.19 174.46 2788.28 2837.13 174.46 2789.56 2839.34 174.46 2792.23 2842.88 174.46 2796.85 2843.98 174.46 2797.19 2846.72 174.49 2800.12 285'5.35 174.56 2888.47 2859.57 174.60 2812.65 2868.79 174.61 2813.98 2867.70 174.61 2828.83 2868.98 174.61 2822.85 2884.77 174.61 2837.86 2885.96 174.61 2839.15 2908.64 174.75 2853.95 2901.76 174.76 2855.15 2988.87 174.63 2861.53 2989.18 174.61 2862.65 2911.75 174.61 2867.68 2915.81 174.61 2869.84 2925.30 174.61 3361.38 3237.48 174.61 3572.18 2nd ,:ycle o? SSFIRV. Begin re,Jersir, g pr.c, duced f'lu~ds. 174.61 3791.64 174.61 3885.71 ,~.~0 F' £ T R 0 L JOHHSTOI"II 24-HRR-90 20:46:03 20:46:06 20: 46:13 20: 46:16 20: 46: 23 20:46:26 20:46:33 20:46:36 20: 46: 43 20:46:46 20:46:53 20:47:03 20:47:06 20: 47:13 20:47:23 20:47:26 20:47:33 20:47:36 20: 47: 43 20:47:46 20:47:53 20:48:03 20: 48: 06 20: 48:13 20: 48:16 20:48:23 20:48:33 20:48:36 20:48:43 20:48:46 20:48:53 20: 48:56 20: 49: 03 20:49:06 20: 49:13 20: 49:16 20:49:23 20: 49: 26 20: 49: '.33 20:49:36 20: 49: 43 20:49:46 20:49:53 20:49:56 20:50:03 20:50:06 20: 50:13 20: 50:16 20:50:23 20: 50: 26 20: 50: 33 20:50:43 20: 50: 46 20:50:53 20:50:56 20:51:06 20:51: 13 20:51: 16 :BP EXPLORRTIOI'.I, INC. POINT MclNTYRE STRTE %6 SDT SliP S:DT2 degF psi a degF 180.12 3761.52 174.61 180.17 3769.25 174.61 180.27 3787.28 174.61 180.23 3799.64 174.61 180.12 3828.51 174.71 180.12 3840.38 174.76 180.12 :3868.09 174.76 180.08 3878.67 174.76 179.98 3903.36 174.65 179.98 3912.70 174.61 179.98 3934.51 174.61 180.12 3962.25 174.61 180.12 3969.58 174.61 180.12 3986.69 174.61 179.98 4008.46 174.61 180.82 4014.36 174.61 180.12 4028.1:3 174.61 180.08 4033.43 174.61 179.98 4045.80 174.61 180.02 4050.72 174.61 180.12 4062.19 174.61 179.98 4077.04 174.61 179.98 4081.12 174.61 179.98 4090.64 174.51 179.98 4094.40 174.46 179.98 4103.16 174.51 179.98 4114.64 174.59 179.98 4117.84 174.61 179.98 4125.31 174.61 179.98 4128.26 174.61 179.98 4135.13 174.51 179.98 4137.87 174.46 179.98 4144.28 174.46 179.98 4146.82 174.46 179.98 4152.76 174.57 179.98 4155.14 174.61 179.98 4160.70 174.61 179.93 4162.91 174.61 179.83 4168.06 174.51 179.88 4170.16 174.46 179.98 4175.05 174.46 179.98 4177.00 174.46 179.98 4181.56 174.57 179.93 4183.38 174.61 179.83 4187.60 174.61 179.88 4189.35 174.61 179.'98 4193.41 174.51 179.93 4195.03 174.46 179.83 4198.79 174.57 179.88 4200.34 174.61 179.98 4203.96 174.56 179.83 4208.73 174.49 179.83 4210.10 174.46 179.83 4213.30 174.46 179.85 4214.58 174.46 179,93 4218.84 174.46 179.98 4221.82 174.46 179.93 4222.95 174.46 SDP2 psia 3841.92 3823.15 3847.88 3857.22 3877.12 :3885.65 :3901.94 3908.92 3924.06 3930.54 :3944.71 3964.95 3971.02 3984.99 4004.96 4010.95 4024.29 4038.00 4042.89 4048.42 4062.23 4881.95 4087.87 4102.03 4108.10 4122.67 4143.50 4149.75 4164.70 4171.10 4184.90 4190.82 4204.19 4209.92 4222.94 4228.52 4240.29 4245.33 4256.28 4260.86 4270.64 4274.83 4283.87 4287.75 4295.86 4299.33 4306.15 4309.06 4315.00 4317.55 4322.97 4338.72 4333.04 4339.34 4342.03 4351.77 4358.89 4361.94 p a9 e 02 9 DST ~$1 OF'£TROL JOHH5TOH ~ ILl ii I,,I:-]'~ 24-MAR-90 20:51:33 28:51:36 28:51:53 28:51:56 28: 52:13 20: 52:16 20:52:26 28:52:33 28:52:36 28:52:46 28:52:53 28:52:56 28:53:86 20: 53:16 20:53:26 20:53:33 20:53:36 20:53:46 20:53:53 28:53:56 20:54:86 20: 54:13 20: 54:16 20:54:26 20:54:33 20:54:36 20:54:53 28:54:56 28:55:06 20: 55:16 20:55:26 28:55:33 20: 55: :36 20:55:46 28:55:56 20:56:06 20:56:13 20:56:16 20:56:26 20:56:36 20:56:46 20:56:53 20:56:56 20:57:06 20:57:16 20:57:26 20: 57:33 20:57:36 20:57:46 20:57:56 20:58:06 20: 58:13 20: 58:16 20:58:26 20:58:36 20:58:46 20: 58: 53 20:58:56 BP EXPLORRT I I_-IN., I NC:, POINT MclNTYRE STRTE #6 SDT SDP BDT2 degF pmi a degF 179.69 4229.33 174.59 179.71 4230.38 174.61 179.83 4236.34 174.61 179,83 4237.30 174.61 179.83 4242.75 174.61 179.81 4243.6:3 174.61 179.74 4246.56 174.46 179.69 4248.62 174.46 179.69 4249.46 174.46 179.69 4252.24 174.46 179.69 4254.20 174.46 179.69 4254.96 174,46 179.69 4257.52 174,46 179,69 4260.07 174.46 179.69 4262.63 174.46 179.69 4264,41 174.46 179.69 4265.12 174.46 179,69 4267.49 174.46 179.69 4269.14 174.46 179.69 4269.79 174.46 179.69 4271.97 174.46 179.69 4273.50 174.46 179.67 4274.10 174.46 179.59 4276.11 174.46 179.54 4277.51 174.46 179.56 4278,09 174.46 179.69 4281.37 174.46 179.69 4281.89 174,46 179,69 4283.61 174.46 179.69 4285.33 174.32 179,69 4287.05 174.46 179.69 4288.25 174.46 179.68 4288.70 174.46 179.64 4290.19 174.32 179.60 4291.68 174.46 179.57 4293.17 174.46 179.54 4294.21 174.36 179.54 4294.61 174.32 179.54 4295.96 174.46 179.54 4297.31 174.46 179.54 4298.65 174.46 179.54 4299.60 174.36 179.53 4299.95 174.32 179.49 4301.14 174.32 179.46 4302.33 174.46 179.42 4303.52 174.32 179.40 4304.35 174.32 179.40 4304.69 174.32 179.40 4305.82 174.32 179.40 4306.96 174.32 179.40 4308.09 174.32 179.40 4308.89 174.32 179.40 4309.19 174.:32 179.40 4310.20 174.32 179.40 4311.20 174.32 179.40 4312.21 174.32 179.40 4312.92 174.32 179.40 4313.19 174.32 SDP2 4380.3:3 4383.5:3 4403.19 4406.65 4427.51 4431.19 444:3.14 4452.79 4456.9:3 4480.09 4503.00 4512.82 4548.14 4579.57 4615.81 462:8.03 4647,55 4672.31 4690.95 4698.94 4730.58 4737.19 4740.02 4718.96 4703.36 4696.68 4674.31 4670.37 4650.94 4636.48 4629.51 4632.93 4634.39 4631.96 4623,60 4614.28 4609.16 4606.97 4613,59 4639.78 4662,23 4674.92 4680.35 4699.70 4726.32 4752.18 4763.11 4767.80 4783.81 4805.50 4831.76 4848.61 4855.8:3 4882.29 4907.09 4925.66 4935.16 4939.23 J p ag e 0 20 J 1 I I'IST ~ 1 FL'3P£TP,,OL J OH fJ5TOi"lI 24-MRR-90 20:59:06 20: 59:16 20:59:26 20:59:33 20:59:46 20:59:56 21: 00:13 21: 00:16 21:00:26 21:00:36 21:00:46 21:01:~g 21:01:2g ~1:01:33 ~1:01:4~ 21: ~2:13 21:82:26 21:~2:3~ 21:~2:4~ 21:~3:~ 21:83:2~ 21:~:33 21:M3:3~ 21: ~3: 4g 21:03:5g 21:04:Mg 21: 04: 1~ 21:84:2~ 21:84:3~ 21:~4:4g 21:84:53 21:04:5g 21:~5:~ 21: ~5: lg 21:05:2g 21:05:3g 21:85:4g 21:05:5g 21:~:~6 21: 8g: 13 21:M~:2g 21:Mg:3g 21:Mg:4g 21:87:2~ 21:87:33 21:87:4~ 21: 08: lg 21:08:3g 21:88:4~ 21:08:53 21:09:2g 21:09:3g 21:09:5g 21:18:1~ SDT dcgF 179.40 179.40 179.40 179.40 179.40 179.40 179.40 179.40 179.39 179.37 179.35 179.34 179.30 179.26 179.25 179.30 179.40 179.37 179.35 179.34 179.30 179.26 179.25 179.25 179.23 179.21 179.19 179.17 179.16 179.14 179.12 179.11 179.10 179.08 179.06 179.05 179.03 179.01 178.99 178.97 178,96 178.97 !78.98 179.00 179.02 179.09 179.11 179.08 179.05 179.03 178.99 178.97 178.96 178.95 178.93 178.92 178.90 178.89 BP EXPLORRTION, INC. POINT MclNTYRE STATE #6 SDP SDT2 SDF'2 psia degF psia 4314.11 174.32 4315.03 174.32 4315.94 174.32 4316.58 174.32 4317.66 174.32 4318.49 174.17 4319.32 174.32 4319.90 174.32 4320.12 174.32 4320.85 174.17 4321.57 174.17 4:322.30 174.17 4323.75 174.17 4325.19 174.17 4325.70 174.17 4326.59 174.17 4328.42 174.17 4329.18 174.17 4329.77 174.17 4330.36 174.17 4331.53 174.17 4332.71 174.17 4333.12 174.17 4333.28 174.17 4333.80 174.17 4334.32 174.02 4334.84 174.02 4335.36 174.17 4335.88 174.02 4336.40 174.17 4336.92 174.17 4337.29 174.07 4337.43 174.02 4337.89 174.17 4338.35 174.17 4338.81 174.02 4339.27 174.02 4339.74 174.17 4340.20 174.02 4348.66 173.88 4340.98 173.98 4341.11 174.02 4341.54 174.02 4341.97 174.02 4342.40 173.88 4344.13 173.88 4344.43 173.93 4344.92 174.02 4345.67 173.88 4346.05 173.88 4346.81 173.88 4347.18 173.88 4347.45 173.88 4347.89 173.88 4348.57 173.88 4348.92 173.88 4349.60 173.88 4350,28 17:3,73 4960.10 4985.47 5012.92 5032.95 5870.14 5099.26 5127.14 5146.06 5154.16 5159.62 5159.48 5170.14 5193.12 5215.65 5223,30 5237.52 5266,15 5279,9:3 5290,34 5300.18 5320.29 5340.03 5346.85 5:349.78 5359.89 5368.61 5344.10 5320.36 5297.60 5277.04 5258,36 5246.45 5241,:34 5226.84 5211,83 5198.36 5186,24 5175,52 5165.42 5156.20 5150.64 5148.26 5140.79 5134.11 5127.86 5106.58 5103.05 5096.50 5086.97 5082.66 5074.41 5070.68 5068.21 5063.63 5058.08 5055.55 5052.02 5048.79 I p ..~g e 0 :':-: 1 I I DST ~1 ;.,.L OF'ETF;OL JOHIq5TOH 24-MSR-90 21: 10:56 21:11:16 21:11:33 21:11:36 21:11:46 21:11:56 21: 12:06 21: 12:26 21: 12:36 21: 12:46 21: 12:53 21: 12:56 21:13:16 21: 13:26 21: 13:46 21: 14:06 21: 14:16 21: 14:26 21: 14:36 21: 15:16 21: 15:33 21: 15:36 21: 15:56 21: 16:06 21: 16:46 21: 17:06 21: 17:26 21: 17:46 21: 17:56 21: 18:13 21:18:16 21: 18:36 21: 18:46 21: 19:06 21: 19:16 21: 19:26 21:20:06 21:20:26 21:20:46 21:20:53 21:21:26 21:21:46 21:22:06 21: 22:16 21:22:36 21:22:56 21: 23:16 21:23:26 21:23:33 21:23:36 21:23:46 21:23:56 21:24:06 21: 24:16 21:24:36 21: 25:16 21:25:26 21:26:06 BP EXPLORRTION, I POINT MclNTYRE STRTE #6 SDT SDP SDT2 SDP2 degF psia degF psia 178.85 4351.65 173.88 178.83 4352.33 173.73 178.82 4352.92 173.73 178.81 4353.81 173.73 178.79 4353.31 173.88 178.77 4:353.62 173.73 178.76 4353.92 173,73 178.72 4354,53 173,73 178.70 4354.84 173.7:3 178.68 4355.15 173.73 178,67 4355,36 173.63 178.67 4355,44 173,58 178,67 4355,99 173.58 178,67 4356,26 173,58 178,67 4356,81 173.58 178,67 4357.36 173,73 178.67 4357,63 173,58 178,67 4357,91 173,58 178,67 4358,18 173,58 178.67 4359,27 173.58 178,67 4359.74 173,58 178,66 4359,81 173.58 178.63 4360,27 173.58 178,61 4360,50 173,58 178.54 4361.43 173.44 178.58 4361.89 173.44 178.46 4362.36 173.58 178.43 4362.82 173.44 178.41 4363.05 173.44 178.38 4363.45 173.44 178.38 4363.51 173.44 178.36 4363.91 173.44 178.35 4364.11 173.44 178,33 4364,51 173,29 178,32 4364,72 173,29 178.31 4364,92 173.44 178,28 4365,72 173.29 178.26 4366.13 173.29 178.24 4366,53 173.14 178.23 4366,67 173.17 178,23 4367,27 173,29 178.23 4367.64 173.29 178.23 4368.00 173.14 178.23 4368.19 173.29 178,23 4368.55 17:3.29 178,23 4368,92 173.14 178,23 4369,28 173.29 178,23 4369.46 173,29 178.23 4369.59 173.19 178.23 4369.64 173.14 178.21 4369,79 173,14 178,19 4369.95 173,29 178.17 4378.10 173.14 178.16 4370.26 173.14 178,12 4370,57 173,14 178.05 4371.18 173.14 178.03 4371.34 173.00 177,96 4371.96 173.14 5043.47 5040.68 5039.44 5039.22 5038.16 5037.44 5036.44 5035,40 5034.60 5034.12 5033.96 5033.90 5033.08 5032.61 5032.45 5032.77 5032.44 5032,56 5833.11 5034.09 5035.14 5035.32 5036.98 5037.41 5040.61 5042,3:3 5044.45 5046.90 5048.59 5050.66 5051.03 5054.24 5055.90 5059.95 5061,27 5063,06 5071,60 5075,63 5079,94 5081,65 5089,75 5093.67 5098.36 5100.76 5106.29 5110.27 5115.38 5117.80 5119.22 5119.82 5122.30 5125.70 5128.50 5131.83 5137.88 5146.86 5149.72 5159.94 I::' .Ag e 0 :':: 2 DST # i Ii.,.,OF'ETF;OL 'J']HHSTOHI BP EXPLORRTION., INC:. POINT MclNTYRE STRTE DST # 1 24-MRR-90 21: 26:13 21:26:26 21:26:36 21: 26:46 21: 27:06 21:27:46 21:28:26 21:28:46 21:29:26 21: 29:46 21: 29:56 21:38:06 21: 30:16 21: 30:26 21: 30:46 21:30:56 21:31:06 21:31:26 21:31:33 21:32:06 21: 32:16 21:32:36 21: 33:16 21:33:26 21:34:06 21:34:26 21:35:06 21:35:26 21:35:36 21:35:46 21:36:26 21:36:46 21:36:53 21:36:56 21: 3~: 16 21:3~:26 21:37:36 21:37:46 21:3~:56 21:38:86 21: 38:16 21:38:26 21: 38:36 21:38:46 21:38:56 21:39:86 21: 39:16 21:39:26 21:39:36 21: 39:46 21:39:56 21:40:86 21: 48:16 21:40:26 21: 4~: 36 21:48:56 21:41:86 21:41:16 SBT SDP SDT2 SDP2 dcgF psit degF psia 177.94 177.94 177.93 177.93 177.92 177.90 177.88 177.87 177.86 177.85 177.84 177.84 177.83 177.83 177.82 177.81 177.81 177.80 177.80 177.78 177.78 177.77 177.75 177.75 177.73 177.72 177.70 177.69 177.69 177.68 177.66 177.66 177.65 177.65 177.63 177.62 177.61 177.60 177.59 177.59 177.58 177.57 177.56 177.55 177.54 177.53 177.52 177.51 177.50 177.49 177.49 177.48 177.47 177.46 177.45 177.43 177.42 177.41 4372.87 173.14 5161.67 4372.25 173.14 5164.86 4372.38 173.00 5167.46 4372.52 173.14 5170.51 4372.80 173.14 5175.18 4373.35 173.00 5185.98 4373.90 173.00 5196.31 4374.18 173.00 5202.4:3 4374.73 173.00 5213.14 4375.81 173.00 5218.3:3 4375.15 172.85 5220.87 4375.29 172,85 5224,82 4375.43 173.00 5229.58 4375.56 172.85 5236.18 4375.84 173.00 5244.16 4375.98 172.85 5247.21 4376.12 173.00 5248.69 4376.39 172.85 5252.28 4376.49 172.85 5253.84 4376.88 172,85 5261.21 4376.99 173.00 5263.21 4377.23 172.85 5267.62 4377.70 172.70 5277.15 4377.81 172.85 5279.39 4378.28 172.85 5286.02 4378,52 172.85 5289.77 4378.98 172.85 5294.49 4379,22 172.85 5296,43 4379,34 172.85 5296.52 4379.45 172.70 5297.28 4379,92 172,70 5298.47 4380.16 172.78 5298.90 4380.24 172.70 5298.88 4388.27 172.70 5298.86 4380.45 172,78 5297,13 4380.54 172.78 5295.73 4380.64 172.70 5298.47 4388.73 172.70 5277.11 4380.82 172.70 5256.0:3 4380.91 172.70 5220.61 4381.01 172.70 5175.21 4381.10 172.55 5136,04 4381.19 172.70 5114.62 4381.28 172.70 5101.51 4381.38 172.70 5090.10 4381.47 172.55 5079.61 4381.56 172.55 5069.83 4381.65 172.55 5061.27 4381,75 172,55 5052.04 4381.84 172.55 5043.24 4381.93 172.55 5033.86 4382.02 172.55 5023.95 4382.12 172.70 5012.79 4382.21 172.55 5002.75 4382.30 172.55 4994.00 4382.49 172.55 4978.57 4382.58 172.70 4971.25 4382.67 172.55 4965.77 I FLOPiETROL..IAHHSTOHI BP EXPLOF.:RTION, INC. F'OINT I'lclNTYRE STRTE #,'S p a g e 0:34 DST # l. 24-HRR-90 SDT SDP SDT2 degF psia de,DF SDP2 psia 21:41:36 21:41:46 21:41:56 21: 42:13 21: 42:16 21:42:26 21:42:36 21:42:46 21:42:56 21:43:06 21: 43:16 21:43:26 21:43:36 21:43:46 21:43:56 21:44:06 21: 44:16 21:44:26 21:44:36 21:44:46 21:44:56 21:45:06 21:45:16 21:45:26 21: 45:36 21:45:46 21:46:06 21: 46:16 21:46:26 21:46:46 21:46:56 21:47:06 21: 47:16 21:47:26 21:47:33 21:47:36 21:47:46 21:47:56 81:48:86 ~1: 48: 1~ ~1:48:2~ ~1:48:3~ 81:48:5~ 21:49:06 ~1: 49:16 81:49:26 ~1:49:46 21:58:86 21:58:26 21:58:46 21:51:26 21:51:3~ 21:51:4~ 21:51:5~ 21: 52:16 21:52:2~ 21:52:3~ 177.39 4382.86 172.70 177.39 4382.95 172.78 177.38 4383.04 172.55 177.36 4383.28 172.55 177.:36 4383.22 172.55 177.36 4383.38 172.55 177.35 4383.39 172.55 177.35 4383.47 172.55 177.34 4383.55 172.55 177.34 4383.63 172.55 177.33 4383.71 172.55 177.33 4383.79 172.55 177.32 4383.87 172.41 177.32 4383.95 172,55 177.31 4384.04 172.55 177.31 4384.12 172.55 177.31 4384.20 172.55 177.30 4384.28 172.55 177.30 4384,36 172.41 177.29 4384.44 172.41 177.29 4384.52 172.55 177.28 4384.60 172.55 177.28 4384.69 172.55 177.27 4384.77 172.55 177.27 4384.85 172.55 177.26 4384.93 172.41 177.26 4385.09 172.41 177.25 4385.17 172.41 177.25 4385.25 172.55 177.24 4385.42 172.41 177.23 4385.58 172.41 177.23 4385.58 172.41 177.22 4385.66 172.26 177.22 4385.74 172.41 177.22 4385.88 172.41 177.21 4385.82 172.41 177.20 4385.89 172.41 177.19 4385.96 172.26 177.19 4386.83 172.41 177.18 4386.10 172.41 177.17 4386.17 172.41 177.16 4386.23 172.41 177.14 4386.37 172.41 177.13 4386.44 172.26 177.12 4386.51 172.41 177.11 4386.58 172.26 177.09 4386.72 172.41 177.88 4386.86 172.26 177.86 4387.00 172.26 177.84 4387.13 172.26 177.08 4387.41 172.26 176.99 4387.48 172.26 176.99 4387.55 172.26 176.98 4387.62 172.41 176.97 4387.69 172.26 176.96 4387.76 172.26 176.95 4387.82 172.26 176.94 4387.89 172.26 4959.37 4955.57 4954.67 4955.88 4955.15 4956.76 4964.24 4978.92 4976.82 4979.89 4982.77 4990.93 5000.23 5007.11 5011.36 4993.57 4970.16 4958.54 4948.69 4941.35 4935.87 4929.65 4924.26 4928.07 4916.88 4914.37 4911.17 4989.28 4908.86 4986.59 4905.71 4906.00 4876.41 4882.34 4768.60 4754.14 4724.60 4705.95 4694.27 4686.88 4682.10 4679.27 4674.98 4673.79 4673.31 4672.16 4678.83 4670.70 4669.73 4669.97 4671.12 4671.44 464:3.18 4560.59 4516.02 4500.05 4491.00 4485.86 FLOP£TROL JOHHSTOH J'.,-'"~ ~ I ~.1 i ~ I.,Iq'~' [q',~ BP EXPLORATION, INC. POINT MclNTYRE STRTE #6 jO ..~ g E' 0:35 J 24-MRR-90 21:52:46 21:52:53 21:52:56 21: 53:16 21: 53:26 21:53:36 21:53:46 21:53:56 21:54:06 21: 54:16 21: 54:36 21: 54:46 21:54:56 21: 55:16 21: 55:36 21:55:46 21:56:06 21:56:46 21:57:26 21: 57:46 21: 58:06 21: 58:13 21:58:26 21: 58:53 21:59:33 21: 59:46 21:59:53 21:59:56 22: 00:13 22:00:16 22:00:26 22:00:33 22:00:36 22:00:43 22:00:53 22:00:56 22:01:03 22:01:06 22:01: 23 22:01: 24 22:01: 25 22:01:26 22:01:33 22:01:36 22:01: 43 22:01: 46 22:01:53 22:01:56 22: 02:13 22: 02:16 22: 02: 23 22:02:26 22:02:33 22:02:53 22: 03: 06 22: 03:13 22:03:26 22:03:33 SDT degF 176.93 176.92 176.92 176.92 176.92 176.92 176,92 176,92 176.92 176.92 176,92 176 .~ 176.92 176,92 176,92 176,92 176,92 176.92 176.92 176.92 176.92 176.92 176.88 176.78 176,78 176.78 176,78 176,78 176,78 176.78 176,78 176,78 176.78 176.78 176.78 176.78 176,78 176,78 176,78 . Pull packer 176.78 176.78 176.78 176.78 176.78 176.78 176.76 176.63 176,63 176.63 176.63 176.63 176.78 176.68 176,63 176,63 176.63 SDP SDT2 psia degF 4387.96 172.26 4388.01 172.26 4388.83 172.26 4388.16 172.11 4388,22 172.26 4388.29 172.26 4388.35 172.11 4388.42 172.11 4388.48 172.11 4388.54 172.26 4388.67 172.11 4388.74 172.11 4388.80 172.26 4388.93 172.11 4389.06 172.11 4389.12 172. il 4389.25 172.11 4389.50 172.11 4389.76 172.11 4389.89 172.11 4390.02 172.11 4390.06 172.11 4390.12 172.11 4390.23 172.06 4390.18 171.99 4390.12 171.97 4390.09 172.07 4390.16 172.11 4390.53 171.99 4390.55 171.97 4390.63 171.97 4390.68 172.07 4389.82 172.11 4387.80 172.06 4389.28 171.99 4389.49 171.97 4390,16 171.97 4390.23 171.97 4390.63 171.97 loose. 4430.79 171.97 4524.50 171.97 4524.16 171.97 4523.38 171.86 4522.26 171.82 4519,65 171,82 4519.66 171.82 4519.71 171.82 4519.77 171.82 4519.90 171.72 4519.87 171.67 4519.80 171.62 4518.99 171.48 4518.81 171.38 4518.72 171.33 4518.93 171.23 4519.05 171.13 SDF'2 psia 4481.8:3 4478.89 4477.97 4478.66 4468,23 4464.72 4462.51 4463.88 4464,57 4464.81 4463,77 4463,22 446:3.16 4463,70 4463,89 4464,23 4466.58 4468.08 4467.15 4468.18 4468.34 4468.17 4467.85 4467.77 4467.66 4467.63 4467,57 4467,54 4466.10 4465.84 4465.26 4465,50 4465.60 4465.44 4465.22 4465.15 4464.96 4464.88 4463,79 4463.60 4464.11 4464.33 4463.55 4463.22 4462.98 4462,88 4463,05 4463.88 4463.19 4463.25 4463.83 4462.40 4462.00 4462.83 4462.08 4462.20 .OP ETR OL J 0 HI"I 5 T"d"lI ]BP EXPLORATION, INC. POINT MclNTYRE STATE #6 DST # 1 24-MRR-'BO 22:03:46 22:03:53 22:03:56 22: 04:13 22: 04:16 22:84:23 22:04:36 22: 84: 43 22: 04: 46 22:04:53 22:05:06 22: 05:13 22:05:53 22: 86: 26 22:06:33 22:86:36 22:06:43 22:06:46 22: 06: 53 22:06:56 22:07:03 22: 07:16 22:87:23 22:07:56 22:08:83 22:08:43 22: 10:36 22:11:23 22:11:56 22: 12:36 22: 12:43 22: 12:53 22: 12:56 22: 13:13 22: 13:16 22: 13:23 22: 13:36 22: 13:43 22: 13:56 22: 14:03 22: 14:23 22: 15:03 22: 16:23 22: 16:36 22: 17:03 22: 17:16 22: 18:23 22: 18:36 22: 18:43 22: 19:16 22: 19:23 22: 19:36 22:19:43 22: 19:46 22: 19:53 22: 19:56 22: 20: 03 22:20:06 SDT SDP SDT2 SDF'2 degF psi a degF ps.i a 176.54 176.49 176.51 176.63 176.59 176.49 176.58 176.63 176.63 176.63 176.54 176.49 176.49 176.49 176.49 176.49 176.49 176.44 176.34 176.34 176.34 176.34 176.34 176.22 176.20 176.20 176.09 176.05 176.05 176.85 176.05 176.05 176.05 176.05 176.05 176.05 175.96 175.91 175.91 175.91 175.91 176.05 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.86 175.76 175.76 175.76 175.76 4519.43 170.94 4519.63 170.84 4519.58 170.79 4519.26 170.67 4519.06 170.65 4518.59 170.54 4519.14 170.35 4519.43 170.25 4519.48 170.20 4519.59 170.10 4519.33 169.91 4519.28 169.81 4519.46 169.22 4519.34 168.73 4519.32 168.73 4519.34 168.73 4519.37 168.53 4519.62 168.44 4520.20 168.44 4520.38 168.44 4520.81 168.34 4521.18 168.15 4521.38 168.07 4521.03 167.70 4520.96 167.61 4521.38 167.10 4521.18 165.64 4521.09 165.12 4521.08 164.76 4521.86 164.17 4521.06 164.12 4518.21 164.05 4518.15 164.02 4517.84 163.90 4517.72 163.88 4517.42 163.82 4516.51 163.73 4516.01 163.68 4515.45 163.58 4515.14 163.52 4514.52 163.36 4513.01 163.03 4518.59 162.36 4510.28 162.25 4509.63 162.06 4509.49 161.96 4508.76 161.47 4508.62 161.37 4508.54 161.34 4507.89 161.22 4507.75 161.17 4507.53 161.07 4507.41 161.07 4507.37 161.07 4507.30 161.07 4509.23 161.07 4513.75 160.97 4535.68 160.93 4462.44 4462.39 4462.37 4461.37 4461.19 4461.36 4461.67 4461.73 4461.75 4461.57 4461.='~4 4461.18 4460.82 4460.53 4460.57 4460.58 4460.82 4460.92 4461.58 4461.87 4462.10 4462.53 4462.48 4462.25 4462.26 4462.29 4462.38 4462.35 4462.33 4462,26 4461.20 4459.68 4459,23 4458.81 4458.74 4458.28 4457.43 4457.12 4456.5:3 4456.31 4455.66 4454,37 4451.79 445t.37 4458.83 4450.57 4449.87 4449.73 4449.60 4448.96 4448.83 4448.58 4448.52 4448.49 4450.51 4451.37 4476.90 4487.84 FL,-',PETROL ..IOHH~;TOH · ',-'"~ ~ I ~.1 i ~ I.,I q'i~ BP EXPLORFITION, INC. POINT blclNTYRE STFtTE p a.q ,=. 0 ::: ? _ - ]]ST # 1 24-MRR-90 SDT SDP SDT2 SDP2 degF psia degF p$ia 22: 28:13 22: 20:16 22:28:23 22:28:26 22:28:33 22:28:36 22:20:43 22:20:46 22:28:53 22:28:56 22:21:83 22:21: 86 22:21: 13 22:21: 16 22:21:23 22:21:26 22:21:33 22:21:36 22:21:43 22:21:46 22:21:53 22:21: 56 22:22:03 22:22:06 22522:13 22: 22:16 22: 22: 23 22:22:26 22:22:33 22: 22: 36 22:22:43 22: 22: 46 22:22:53 22:22:56 22: 23: 83 22: 23: 06 22: 23:13 22: 23:16 22:23:23 22: 23:26 22: 23: :33 22: 23: 36 22: 23: 43 22:23:46 22:23:53 22: 23: 56 22:24:03 22: 24: 06 22: 24:13 22: 24:16 22524:23 22:24:26 22:24:33 22:24:36 22:24:43 22:24:46 22:24:53 22:24:56 175.76 175.88 175.91 175.91 175.91 175.86 175.76 175.88 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.91 175.86 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.80 175.91 175.91 175.91 175.86 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 175.76 4586.60 168.82 4636.93 160.78 4754.38 160.88 4850.11 168.93 50?3.53 160.82 5165.92 160.78 5381.56 168.68 5458.61 168.63 5611. ~,' ~, 160.63 5683.35 160.63 5583.76 168.63 5567.42 160.63 5529.29 168.53 5513.42 160.48 5476.40 160.:38 5463.27 160.34 5432.64 160.34 5400.90 160.34 5326.86 160.23 5265.80 160.19 5123.34 160.19 5043.25 160.19 4856.39 160.09 4791.99 160.04 4641.76 160.04 4613.78 160.04 4548.51 159.94 4542.85 159.89 4529.63 159.79 4528.32 159.75 4525.24 159.75 4525.35 159.75 4525.59 159.75 4534.97 159.75 4556.85 159.75 4589.02 159.75 4664.08 159.64 4680.51 159.60 4718.86 159.49 4741.05 159.45 4792.81 159.45 4822.91 159.45 4893.14 159.45 4912.41 159.45 4957.48 159.35' 4968.18 159.38 4993.33 159.20 5001.58 159.16 5020.83 159.16 5032.38 159.16 5859.32 159.05 5866.04 159.81 5081.71 159.01 5085.28 159.01 5093.33 158.90 5095.81 158.86 5101.61 158.86 5103.28 158.86 4570.37 4605.74 4784.88 4861.67 5089.22 5186.76 5373,55 5453,61 5513.78 5539.45 5503.26 5487,75 5452.90 543?.97 5405.14 5391.08 5342.75 5322.04 5209,36 5161.08 4988.?8 4914.95 4746.66 4674.55 4569.14 4523.97 4490.85 4476.66 4469.30 4466.15 4465.28 4464.92 4474,52 4478.64 4526,63 4547,20 4589.22 4607.2:3 4641.69 4656.46 4789.40 4732.09 4777.36 4796.76 4822.86 4834,05 4851,23 4858.68 4877.61 4885.76 4902.81 4910.12 4918.81 4922.54 4927,31 4929.35 4932.76 4934.21 FLOP£TF;OL J,]HHSTOH · ',-'"t"4 ~ I~.1 i ~ I~,I q'i: [q',~ BP EXPLORRTION., INC. POINT MclNTYRE STRTE ~6 p ag e 0 3 R DST ~ 1 24-MRR-90 S ,-I e DT SDP SDT2 SDF'2 gF ps i a degF ps i .s 22: 25: 03 22:25:06 22: 25:13 22:25:23 22:25:26 22:25:36 22:25:43 22: 25: 53 22:25:56 22:26:83 22:26:86 22: 26:16 22: 26: 23 22:26:26 22:26:33 22:26:36 22: 26: 43 22: 26: 46 22:26:53 22:26:56 22:27:03 22:27:06 22: 27:13 22: 27:16 22:27,-23 22: 27: 26 22: 27: 33 22: 27: 36 22: 27: 43 22:27:46 22: 27: 53 22: 27: 56 22:28:83 22: 28:06 22: 28:13 22: 28:16 22:28:23 22: 28: 26 22:28:33 22:28:36 22: 28: 43 22:28:46 22:28:53 22:28:56 22:29:83 22: 29: .-86 22: 29:13 22: 29:16 22:29:23 22:29:26 22:29:33 22:29:43 22:29:46 22:29:53 22:29:56 22: 38:13 22: 30:16 22:30:23 175.76 5106,92 158,86 4935.94 175.76 5188.02 158,86 4936,67 175.76 5110,60 158.76 4937.34 175.61 5112.14 158.61 4938.29 175.64 5112.54 158.56 4938.58 175.71 5113.88 158.56 4940,32 175.76 5114.81 158.56 4948.85 175.61 5115.61 158.56 4941.61 175.61 5115.94 158.56 4941.84 175,61 5116,72 158.46 4942.34 175.61 5116.70 158.42 4942.56 175.61 5116,64 158,27 4942.37 175.61 5116.68 158.27 4941.76 175,61 5116,74 158,27 4941.50 175.61 5117.08 158.27 4941.58 175,66 5117.06 158.27 4941.62 175.76 5117.00 158.17 4943.87 175.72 5118.94 158.12 4944.84 175.61 5123.47 158.12 4962.03 175.61 5137.93 158.12 4969.40 175,61 5171,67 158,12 4994,92 175.61 5182.98 158.12 5005.85 175.61 5289.36 158.02 5821.76 175.61 5216,07 157,97 5028,58 175,61 5231,75 157.97 5037,92 175,61 5235,48 157,97 5041.92 175,61 5243,92 157,97 5041.51 175.61 5241,64 157.97 5041,33 175,61 5236.32 157,77 5050.17 175.57 5248,18 157,68 5053,96 175,47 5275,60 157,68 5886,69 175,47 5295,66 157,68 5100.72 175,47 5342,46 157,57 5128.32 175.47 5345.78 157.53 5128.72 175.47 5353,53 157,53 5127.68 175.47 5358,75 157,53 5127,24 175.47 5344,27 157,43 5121.54 175.47 5341.11 157.38 5119.10 175.47 5333.75 157.38 5114.15 175,47 5331,72 157.:38 5112.0:3 175.47 5326,98 157,28 5108,78 175.43 5325.54 157.23 5107.39 175.32 5322.18 157.23 5104.84 175.37 5321.22 157.23 5103.75 175.47 5318,96 157,13 5101.64 175.43 5318.28 157.09 5100.73 175,32 5316.43 157.19 5100.00 175.32 5315.83 157.23 5099.69 175.32 5314.44 157.13 5098.47 175.28 5314.21 157.09 5097.95 175,18 5313,67 157,04 5097.61 175.32 5312,67 156,96 5097,12 175.28 5312,41 156,94 5096,98 175.18 5311.81 156.94 5096.53 175.18 5311.69 156.94 5096.:34 175.18 5311.06 156.69 5095.94 175.18 5310.93 156,64 5095.87 175.18 5318.64 156.64 5095.19 [.OPETROL JOHHSTOH ~lgi~l.([~'~, lq',m BP EXPLORATION, INC. POINT M¢IHTYRE STATE #6 8 :--: '9 24-MAR-90 22:30:26 22:30:36 22:30:43 22:38:56 22:31:86 22:31:16 22:31:23 22:31:26 22:31:33 22:31:36 22:31:43 22:31: 46 22:31:53 22:31:56 22: 32: 03 22:32:86 22: 32:13 22: 32:16 22:82:23 22: 32: 56 22:33:03 22:33:06 22: 33:13 22: 33:16 22: 33:23 22: 33: 26 22:33:33 22:33:3~ 22:33:43 22:33:46 22: 33: 53 22: 33: 56 22:34:83 22: 34:13 22: 34:16 22:34:23 22: 34: 26 22:34:33 22:34:36 22: 34:46 22: 34: 53 22:34:56 22:35:06 22:35:13 22: 35:16 22: 35: 23 22:35:26 22:35:33 22: 35: 36 22:35:43 22: 35: 46 22:35:53 22:35:56 22:36:03 22:36:06 22: 36:13 22: 36:16 22:36:23 SDT degF SDP SDT2 SDP2 psia degF psi.s 175.16 5310.60 156.64 175.08 5310.48 156.50 175.03 5310.39 156.44 174.99 5309.99 156.35 174.95 5309.69 156.35 174.91 5309.38 156.20 174.89 5309.17 156.10 174.84 5309.06 156.05 174.74 5308.81 156.05 174.74 5308.44 156.05 174.74 5:307.59 156.05 174.70 5306.82 156.05 174.60 5305.03 155.95 174.64 5304.09 155.90 174.74 5301.92 155.90 174.70 5301.60 155.90 174.60 5300.87 155.88 174.55 5380.80 155.76 174.45 5380.65 155.70 174.21 5300.74 155.46 174.16 5300.76 155.46 174.16 5300.73 155.46 174.16 5300.67 155.36 174.12 5308.72 155.31 174.81 5380.84 155.21 174.01 5300.77 155.16 174.01 5300.63 155.16 174.01 5300.65 155.16 174.81 5300.71 155.16 173.97 5300.58 155.16 173.87 5300.27 155.06 173.87 5380.31 155.82 173.87 5388.39 154.97 173.72 5300.11 154.89 173.72 5299.96 154.87 173.72 5299.60 154.77 173.72 5299.56 154.72 173.72 5299.46 154.72 173.68 5299.33 154.72 173.53 5298.98 154.57 173.43 5298.60 154.47 173.39 5298.54 154.43 173.24 5298.37 154.43 173.14 5298.25 154.43 173.14 5298.13 154.43 173.14 5297.85 154.43 173.14 5296.63 154.43 173.14 5293.80 154.32 173.10 5291.62 154.28 172.99 5286.53 154.17 172.95 5284.94 154.13 172.85 5281.22 154.03 172.85 5288.54 153.98 172.85 5278.94 154.08 172.80 5278.44 154.13 172.70 5277.28 154.03 172.78 5276.35 153.98 172.70 5274.18 153.88 5894.89 5894.48 5094.29 5894.09 5093.73 5092.78 5092.41 5092.25 5092.38 5092,43 5091.70 5091.39 5089.24 5088.32 5087.38 5086,98 5086.68 5086.44 5086.42 5086.35 5086.84 5085.90 5085.33 5085.09 5085.17 5085.21 5084.79 5084.62 5084,73 5084.78 5884.27 5084.06 5084.12 5084.21 5084.24 508:3.99 5083.88 5883.94 5083.97 5082.92 5082.46 5082,27 5082,57 5082.31 5082.28 5081.33 5088.95 5077.58 5876,13 5872,81 5070.24 5067,92 5066.92 5065.85 5065.40 5063.77 5063.07 5065.61 I1..r~F'ETF;OL J']HHSTOHI n i ~.1 i ~ i.,i q-~, [4-I BP EXPLORRTION, INC. POINT MclNTYRE STRTE #6 p .a g e DST # 1 040 24-MRR-90 22:36:26 22:36:33 22:36:36 22:36:43 22:36:46 22:36:53 22: 36: 56 22:37:83 22:37:86 22: 37:13 22: 37:16 22:37:23 22:37:26 22:37:33 22:37:36 22:37:43 22:37:46 22:37:53 22:37:56 22:38:03 22:38:86 22: 38:13 22:38:23 22: 38: 26 22: 38: 36 22:38:43 22:38:53 22:38:56 22:39:83 22: 39: 06 22: 39:13 22:39:23 22:39:26 22:39:33 22:39:36 22: 39: 43 22: 39: 46 22: 39: 53 22:39:56 22:40:03 22:48:06 22: 40:13 22: 40:16 22: 40: 23 22:40:26 22: 48: 33 22:40:36 22:48:43 22:40:46 22:40:53 22: 40: 56 22:41:03 22:41:06 22:41: 13 22:41: 16 22:41:23 22:41: 26 22:41:33 SDT SDP SDT2 degF psia degF 172.66 5277.75 153.83 172.56 5286.08 153.73 172.51 5290.02 153.69 172.41 5299.22 153.69 172.41 5299.42 153.69 172.41 5299.86 153.69 172.37 5295.95 153.69 172.26 5286.83 153.58 172.22 5284.17 153.54 172,12 5277.96 153.54 172,88 5276.88 153,54 171.97 5274.35 153.54 171.97 5273.14 153.54 171.97 5270.30 153.43 171.93 5270.42 153.39 171.83 5278.69 153.29 171.78 5270.90 153.24 171.68 5271.38 153.24 171.64 5270.89 153.24 171.54 5269.74 153.24 171.54 5269.51 153.24 171.54 5268.97 153.19 171.39 5269.66 153.12 171.37 5269.54 153.09 171.29 5269.14 152.95 171.24 5268.86 152.89 171.10 5268.50 152.82 171.05 5268.27 152.80 170.95 5267.75 152.80 170.95 5267.77 152.80 170.95 5267.83 152.75 170.81 5267.51 152.67 170.76 5267.13 152.65 170.66 5266.25 152.55 170.62 5265.56 152.50 170.51 5263.93 152.50 170.51 5265.88 152.50 170.51 5267.77 152.50 170.47 5268.38 152.50 170.37 5269.79 152.40 170.37 5269.98 152.35 170.37 5270.45 152.35 170.33 5278.85 152.:35 170.22 5271.78 152.25 170.14 5271.57 152.20 169.93 5271.09 152.31 169.93 5270.83 152.35 169.93 5278.23 152.25 169.89 5270.14 152.28 169.79 5269.93 152.10 169.79 5271.05 152.06 169.79 5273.65 152.06 169.74 5273.75 152.06 169.64 5273.96 151.95 169.60 5273.26 151.91 169.49 5271.64 152.01 169.45 5271.85 152.06 169.35 5272.36 151.85 SDF'2 psia 5066.69 5074.53 5077.89 5081.95 5083.68 5078.66 5076,50 5070,26 5067,58 5064.74 5063.52 5061.64 5060,83 5059.61 5059.09 5059.67 5059.92 5059.75 5059.67 5058.64 5058.19 5058.28 5058.40 5058.43 5058.53 5058.21 5057,76 5057.63 5056.94 5056.65 5056.80 5057.02 5057.09 5055.77 5055.20 5055.62 5055,79 5057,81 5058.68 5059.30 5059.56 5060.56 5060.98 5061.28 5061.40 5060.92 5060.72 5060.62 5060.58 5062.01 5062.62 5063,52 5063.90 5062.51 5061.92 5061.62 5061.50 5061.72 OPETROL ..h.*~Ht"ISTOHI ~ Itli I I ., ]' :..] *~ iq,mi BP EXPLORRTIOH~ IHC. POINT McINTYRE STRTE #6 I p .=, g e 0 4 1 [ D '.:; T # 1 24-MSR-90 22:41:36 22:41:43 22:41:46 22:41:53 22: 42:0:3 22: 42: 06 22: 42:13 22: 42:16 22:42:23 22:42:26 22:42:36 22: 42: 43 22:42:46 22: 42: 53 22:43:03 22:43:06 22: 43:13 22: 43:16 22:43:23 22:43:26 22:43:33 22:43:36 22:43:43 22: 43: 46 22:43:53 22:43:56 22:44:03 22: 44:13 22: 44:16 22:44:23 22:44:36 22: 44: 43 22:44:53 22: 44: 56 22:45:03 22:45:06 22: 45:16 22:45:23 22:45:33 22:45:36 22:45:43 22:45:46 22:46:03 22:46:06 22: 46:13 22: 46:16 22:46:23 22:46:36 22:46:43 22:46:46 22:46:53 22:47:06 22: 47:13 22:47:23 22:47:26 22:47:33 22:47:36 22:47:46 SDT degF SDP SDT2 SDP2 psia degF psia 169.35 5272.10 151.76 169.35 5271.49 151.86 169.30 5271.74 151.91 169.20 5272,32 151.86 169,86 5275.64 151.78 169.01 5276,07 151.76 168.91 5277.89 151.76 168.91 5277.76 151.76 168.91 5279.33 151.66 168,87 5279,64 151.61 168.72 5288.65 151.46 168.62 5281,35 151,46 168.57 5281.79 151.46 168.47 5282.81 151.41 168.47 5282.69 151.34 168,47 5282.41 151.32 168,47 5281,75 151,32 168.43 5282.88 151.32 168.33 5282.85 151.32 168.28 5283.83 151.32 168.18 5286.10 151.21 168.18 5285.98 151.17 168.18 5285.70 151.17 168.09 5285.35 151.17 167.89 5284.54 151.86 167.84 5284.32 151.02 167,74 5283,82 151.02 167,74 5282,76 151,02 167.70 5282.61 151,82 167.60 5282,28 158,97 167,58 5282,35 158,87 167,45 5282,39 150,82 167,38 5282,78 158,75 167.30 5282,93 150,72 167,30 5283,48 150,72 167,26 5283,39 158.72 167.11 5283.89 150.72 167.01 5282,88 158.72 167,01 5279,96 150,72 166,97 5279,79 150,72 166,87 5279,39 150.62 166.82 5279.44 150.58 166,57 5279,71 150.45 166,57 5280,09 150,43 .166,57 5280,98 150,43 166.57 5280,65 150.43 166,57 5279.98 150.37 166.38 5278,72 150.28 166,28 5278,09 150,38 166,24 5277.75 150,43 166.13 5276,95 150,32 166,04 5277,46 150.13 165.99 5277,73 150.13 165.99 5277.21 150.13 165.94 5277.11 150.13 165,84 5276.89 150.13 165,82 5277,13 150,13 165,75 5277,95 149.98 5061.82 5061.84 5061.85 5063.41 5065.65 5066.32 5067.27 5067.68 5068.20 5068,42 5069.51 5070.57 5071.03 5070.65 5070.12 5069.96 5070.18 5070,27 5071.58 5072.14 5073.14 5073,57 5072.37 5871,86 5071.14 5070.84 5070.77 5070,69 5070.66 5070.27 5069.54 5069,57 5069.61 5069.62 5070.35 5070.66 5070.16 5069.05 5067,48 5067.00 5066.92 5066,89 5067,21 5067,27 5067,57 5067,70 5066.91 5065,46 5064,89 5064,65 5064,64 5064,63 5064.48 5064.27 5064,20 5064,13 5064.10 5065.03 FLOPrTROL JOHHSTr,Ht BP EXF'LORRTION, IHC. POIhIT MclNTYRE STRTE #6 p ag e DST # 1 042 24-MRR-90 S de DT SDP SDT2 SDP2 gF psia degF p~ia 22:47:53 22:47:56 22:48:03 22: 48: 06 22:48:13 22: 48:16 22:48:23 22:48:33 22:48:36 22:48:53 22:49:03 22:49:13 22: 49:16 22: 49: 23 22: 49: 33 22:49:36 22:49:43 22:49:46 22:49:53 22:49:56 22:50:03 22: 50:13 22: 50:16 22:50:23 22:50:26 22:50:33 22:58:36 22:50:43 22:58:46 22: 58: 53 22:51:06 22:51: 13 22:51: 16 22:51:23 22:51:26 22:51:33 22:51:36 22:51:43 22:51:46 22:51:53 22:51:56 22: 52: 03 22: 52:13 22: 52:16 22: 52: 23 22:52:26 22: 52: 33 22:52:36 22: 52: 43 22:52:53 22: 52: 56 22: 53: 03 22: 53: 06 22: 53:13 22:53:23 22: 53: 26 22: 53:33 22: 53: 36 165.70 5278.52 149.98 5864.94 165.65 5278.61 149.98 5064.91 165.55 52?8.82 149.98 5065.6? 165.55 5279.08 149.98 5065.99 165.55 5279.69 149.6:8 5065.:31 165.51 5279.15 149.83 5865.7:3 165.40 5277.89 149.83 5064.75 165.26 5276.57 149.83 5063.36 165.26 5276.36 149.83 5862.94 165.26 5275.21 149.77 5063.03 165.11 5276.05 149.73 5063.89 164.97 5275.98 149.78 5063.14 164.97 5275.81 149.69 5863.16 164.97 5275.40 149.63 5062.91 164.82 5274.41 149.56 5062.56 164.82 5274.97 149.54 5062.45 164.82 5276.30 149.54 5062.98 164.78 5276.38 149.54 5063.20 164.67 5276.56 149.54 5062.32 164.63 5275.98 149.54 5061.94 164.53 5274.65 149.49 5061.39 164.53 5273.96 149.41 5060.61 164.48 5273.56 149.39 5060.38 164.38 5272.63 149.49 5060.26 164.38 5272.84 149.54 5060.21 164,38 5273,34 149,33 5061,7:3 164,34 5274,04 149.24 5062.:38 164.23 5275.68 149.24 5066.81 164.28 5277.58 149.24 5068.70 164,38 5282.00 149.24 5075,27 164.19 5292.21 149.24 5087.46 164.09 5297.78 149.24 5087.24 164.09 5297.93 149.24 5087.14 164.09 5298.46 149.14 5084.42 164.09 5297.68 149.09 5083.25 164.09 5295.85 149.20 5079.51 164.00 5293.87 149.24 5077.91 163.80 5289.25 149.14 5075.18 163.84 5289.47 149.09 5074.00 163.94 5290.00 149.09 5073.02 163.90 5289.48 149.09 5072.60 163.80 5288.26 149.09 5070.58 163.80 5285.39 149.09 5067.69 163.75 5284.30 149.09 5066.82 163.65 5281.78 148.99 5065.24 163.65 5281.18 148.94 5064.57 163.65 5279.79 148.94 5063.88 163.65 5279.89 148.94 5063.59 163.65 5280.11 148.89 5062.67 163.50 5277.34 148.82 5061.36 163.50 5277.29 148.80 5060.96 163.50 5277.28 148.88 5060.46 163.50 5276.76 148.80 5060.25 163.50 5275.75 148.80 5059.14 163.36 5273,36 148,80 5057,55 163.36 5273.88 148.88 5057.08 163.36 5272.15 148.69 5857.06 163.31 5272.16 148.65 5057.05 FLOF'r'TROL JOHHSTOH BP E)<PLORRTION, INC. POINT MclNTYRE STRTE #6 D'.::T # 1 24-MRR-90 22:53:43 22:53:53 22:53:56 22:54:03 22:54:06 22: 54:13 22: 54:16 22:54:26 22:54:33 22:54:43 22:54:46 22:54:53 22:55:06 22: 55:13 22: 55:16 22: 55: 23 22: 55: 26 22:55:33 22:55:36 22:55:43 22:55:46 22:55:53 22: 55: 56 22: 56: 06 22: 56:13 22:56:26 22:56:33 22:56:36 22: 56: 43 22: 56: 46 22:56:53 22: 56: 56 22:57:83 22:57:06 22: 57:13 22: 57:16 22:57:23 22:57:26 22:57:33 22: 57: 43 22:57:53 22:58:33 22: 58: 46 22: 59:13 22:59:26 22:59:33 22:59:43 22:59:46 22:59:53 22:59:56 23: 00: 03 23:00:06 23: 00:13 2:3: 00:16 23: 00: 23 23:00:26 2:3:00:33 23:00:36 SDT degF 163.21 163.21 163.17 163.06 163.06 163.06 163.04 162.97 162.92 162.92 162.92 162.92 162.82 162.77 162.77 162.77 162.73 162.63 162.63 162.63 162.63 162.63 162.58 162.4:3 162.33 162.33 162.33 162.33 162.33 162.29 162.19 162.19 162.19 162.19 162.19 162.19 162.19 162.14 162.04 162.04 162.04 161.75 161.75 161.75 161.75 161.75 161.60 161.60 161.60 161.60 161.60 161.60 161.60 161.60 161.60 161.60 161.60 161.56 SDP SDT2 SDP2 psim degF psia 5272.19 148.65 5273.60 148.65 5273.36 148.65. 5272.81 148.65 5272.12 148.65 5270.50 148.54 5270.36 148.50 5269.89 148.50 5269.57 148.50 5269.88 148.50 5270.16 148.50 5270.80 148.45 5270.85 148.35 5270.87 148.45 5278.12 148.58 5268.38 148.40 5268.56 148.35 5268.98 148.35 5269.25 148.35 5269.89 148.35 5269.99 148.35 5270.23 148.35 5278.38 148.35 5270.86 148.20 5271.19 148.20 5271.45 148.20 5271.59 148.10 5229.24 148.05 5130.41 148.05 4996.66 148.05 4684.67 148.05 4641.26 148.85 4539.98 148.05 4536.74 148.05 4529.18 148.05 4528.23 148.05 4526.02 147.95 4525.66 147.91 4524.82 147.91 4524.16 147.91 4524.33 147.91 4523.90 147.91 4523.90 147.91 4523.89 147.81 4523.89 147.76 4523.89 147.76 4522.79 147.76 4522.79 147.76 4522.79 147.76 4523.82 147.76 4523.57 147.65 4523.45 147.61 4523.17 147.61 4522.22 147.61 4519.99 147.71 4521.45 147.76 4524.85 147.65 4524.97 147.61 5057.36 5057.81 5057.94 5056.65 5056.10 5055.36 5055.04 5055.51 5855.43 5855.33 5055.29 5055.45 5055.73 5055.60 5055.54 5054.84 5054.54 5055.17 5055.44 5055.21 5055.11 5055.58 5055.78 5057.32 5057.35 5057.41 5021.56 5006.19 4815.53 4733.84 4577.64 4510.71 4479.31 4465.85 4464.48 4463.89 4462.74 4462.25 4462.21 4462.15 4462.09 4461.85 4461.77 4461.76 4461.76 4461,52 4461.19 4461.08 4461.27 4461.35 4461.21 4461.15 4460.18 4459.76 4460.64 4461.01 4462.31 4462.87 .,0 F' E T IR, O L JOHHSTOH ~ I U h I.,I:-]',[' [:.]',m 24-MFIR-90 23 = 00: 43 23=00=53 23=01=03 23:01:06 23:01: 13 23:01: 16 23:01:23 23:01:26 23:01:33 23:01:36 23:01:53 23:02:03 23: 02: 23 23:02:56 23:03:03 23: 03: 23 23:03:43 23:03:53 23:04:03 23: 04:16 23:04:23 23:04:33 23: 04: 36 23:04:46 23:04:53 23:04:56 23:05:03 23:05:06 23: 05:13 23: 05: 1G 23:05:23 23:05:26 23:05:33 23:05:36 23:05:43 23:05:46 23:05:53 23:05:56 23:06:03 23: 06: 06 23: 06:13 23: 06:16 23:06:23 23:06:33 23:06:36 23:06:43 23:06:46 23:06:53 23:0?:03 23:07:06 23: 0?: 13 23:07:23 23:0?:26 23:07:33 23:0?:36 23:0?:46 SDT degF BP EXPLORRTION, INC. POINT MclNTYRE STRTE #6 SDP SBT2 SDF'2 psia degF ps. ia 161.45 4525.23 147.61 161.50 4525.47 147.61 161.60 4526.04 147.71 161.56 4525.32 147.76 161.45 4523.63 147.76 161.45 4522.26 147.76 161.45 4519.05 147.65 161.50 4518.89 147.61 161.60 4518.51 147.61 161.56 4519.24 147.61 161.45 4520.94 147.61 161.45 4520.75 147.61 161.45 4519.65 147.58 161.45 4519.60 147.56 161.31 4520.19 147.52 161.31 4520.66 147.46 161.31 4520,76 147.46 161.45 4520.82 147.46 161.31 4520.34 147.46 161.45 4520.21 147.46 161.45 4520.40 147.46 161.45 4520.23 147.46 161.45 4520.14 147.46 161.45 4520.18 147.46 161.45 4520.07 147.46 161.45 4519.72 147.46 161.45 4519.48 147.36 161.45 4519.37 147.31 161.45 4519.12 147.31 161.45 4519.44 147.31 161.45 4520.19 147.31 161.45 4520.20 147.31 161.45 4520.21 147.42 161.45 4519.82 147.46 161.45 4518.91 147.36 161.50 4518.09 147.31 161.60 4516.20 147.31 161.60 4516.52 147.31 161.60 4517.28 147.31 161.56 4511.98 147.31 161.45 4499.62 147.31 161.50 4492.16 147.31 161.60 4474.77 147.31 161.60 4469.14 147.31 161.60 4456.01 147.31 161.45 4445.28 147.31 161.50 4443.27 147.31 161.60 4438.59 147.31 161.60 4437.07 147.31 161.60 4433.52 147.31 161.60 4429.19 147.31 161.60 4428.18 147.31 161.60 4425.82 147.31 161.60 4423.15 147.31 161.60 4422.47 147.31 161.60 4420.91 147.31 161.60 4420.08 147.31 161.60 4417.31 147.31 4463.48 4463.75 4463.46 446:3.35 4461.61 4460.87 4459.48 4458.76 4458.81 4458.83 4458.41 4458.23 4458.35 4458.42 4458.56 4458.79 4458.74 4458.61 4458.48 4458.41 4458.34 4458.26 4458.17 4458.04 4458.01 4457.70 4457.04 4456,75 4457.07 4457.28 4457,92 4458,23 4458.72 4458,93 4458.74 4458.66 4459.42 4459,74 4459.84 4459.89 4459.44 4459.25 4459.15 4459.10 4459.43 4459.90 4460.05 4459.85 4459.76 4459.91 4460.12 4460.19 4460.03 4459.80 4459.73 4459.81 4459.85 4458.85 I p .s~g 6' 0 4 4 liST ~ t .,.,lOP£TF;OL JOHHSTOHI BP EXPLORATION, INC. POINT Mc lNTYRE STATE #6 DST # 1 045 24-1"1RR-90 23: 07: 53 23: 08: 03 23: 08: 06 · °3: 88:16 23: 08: 36 23: 08: 43 .O3: 08: 46 23: 09: 06 23:09:23 23: 09: 46 23: 10:03 23: 18:23 23: 10:26 23:11:03 23:11:06 .O3:11:23 23:11:26 23:11:43 23:11:46 23:11 = 53 23:11: 56 23: 12:06 23: 12:13 23: 12:16 23: 12:26 23: 12:33 .O3: 12:36 23: 12:43 23: 12:46 23: 12:56 23: 13:06 23: 13:26 23: 13:46 .O3: 13:56 23: 14:03 23: 14:06 23: 14:16 23: 14:23 23: 14:26 23: 14:33 .O3: 14:36 .O3: 14:46 23: 14:53 23: 14:56 23: 15:13 23: 15:16 23: 15:26 23: 15:33 23: 15:43 23: 15:46 23: 16:03 23: 16:06 23: 16:13 23: 16:16 23: 16:23 23: 16:26 23: 16:33 23: 16:36 SDT SDP SDT2 SDF'2 degF psi a degF psi a 161.60 161.45 161.47 161.50 161.57 161.60 161.60 161.60 161.60 161.68 161.75 161.75 161.75 161.75 161.75 161.75 161.77 161.89 161.85 161.75 161.75 161.75 161.75 161.77 161.84 161.89 161.89 161.89 161.89 161.89 161.89 161.89 161.89 161.89 161.89 161.92 161.99 162.04 162.00 161.89 161.92 161.99 162.04 162.04 16.O.04 162.04 162.04 162.04 162.04 162.06 162.19 162.19 162.19 162.14 162.04 162.08 162.19 16.O.19 4415.38 147.36 4415.51 147.44 4415.32 147.46 4414.65 147.46 4413.33 147.46 4412.86 147.36 4412.70 147.31 4411.61 147.46 4410.69 147.46 4409,75 147,46 4409.06 147.52 4408.28 147.60 4408.19 147.61 4407.17 147.47 4407.07 147.46 4406,56 147,59 4406.51 147.61 4406.25 147.61 4406.07 147.61 4405.65 147.61 4405.60 147.61 4405.43 147.61 4405.31 147.61 4405,.Ol 147.61 4404,90 147,61 4404.69 147.61 4404.74 147.61 4404.86 147.71 4404.81 147.76 4404.63 147.76 4404.46 147.76 4404.11 147.76 4403.77 147.76 4403.59 147.76 4403.47 147.76 4403.44 147.76 4403.35 147.91 4403,28 147.91 4403.05 147.91 4402.50 147.80 4402.87 147.76 4404.12 147.91 4404.99 147.91 4404.74 147.91 4403,34 148.03 4403.26 148.05 4403.00 147.91 4402.81 147.96 440.O.62 148.03 440.O.31 148.05 4400,56 148.05 4400.86 148.05 4401.57 148.05 4430.98 148.05 4499.62 148.05 4504.12 148.05 4514.62 148.05 4514.67 148.05 4458.89 4458.94 4458.95 4458.13 4458.45 4458.30 4458.2:9 4458.58 4458.51 4458.42 4458.56 4458.72 4458,75 4458,46 4458.43 4458.43 4458.42 4457.97 4457,89 4458.17 4458.28 4457.41 4457.07 4456,93 4458.10 4458,59 4458.80 4457.50 4456.94 4458.58 4457.97 4458.49 4458.29 4458.34 4457.88 4457.69 4457.43 4458.30 4458.67 4459.89 4460.41 4459.21 4458.'91 4458.78 4459.56 4459.70 4459.29 4459.45 4459.68 4459.75 4458.42 4458.18 4457.34 4456.97 4456,52 4456,:93 4455.87 4454.53 ,.0 F'ET F;O L .JOHNSTOH BP E,.XPLORRTION~ INC. POINT McINTYRE STRTE #6 page DST # 1 046 24-MSR-90 23: 16:43 23: 16:46 23: 16:53 23: 16:56 23: 17:03 23: 17:13 23: 17:16 23: 17:23 23: 17:36 23: 17:43 23: 17:56 23: 18:03 23: 18:23 23: 19:03 23: 19:16 23:20:23 23: 20: 36 23:31:03 23:31: 16 23:33:43 23:35:03 23:35:43 23:36:03 23: 36:13 23:41:33 23: 52:36 25-MRR-90 00:02:53 00: 03:16 00:05:33 00:05:56 00: 06:13 00:06:33 00:06:36 00:0G:43 00:0G:4G 00:06:53 00:0G:56 00: 0?: 03 00:0?:06 00: 0?: 13 00: 07:16 00: 07: 33 00: 07:36 00:07:43 00:0?:46 00:07:53 00:0?:56 00: 08: 03 00: 08:06 00: 08:13 00: 08:16 00: 08: 23 00: 08:36 00:08:56 00:09:03 00:09:06 00: 09:13 SDT degF 162.19 162.19 162.19 162.23 162.33 162.33 162.33 162,33 162,33 162.33 162,33 162,33 162.33 162.33 162.33 162,33 162.34 162,63 162.64 162.77 162.92 163.06 163.06 162.92 163.06 163.67 164.23 164.28 164.53 164.44 164,38 164.53 164.53 164.53 164.53 164,53 164.53 164.53 164.53 164.53 164.53 164.53 164.53 164.53 164.48 164.38 164.38 164.38 164.34 164.23 164.23 164,23 164.14 163.99 163.94 163.94 163.94 SDP SDT2 SDP2 psia degF psia 4514.78 148.05 4454.50 4515.69 148.05 4454.48 4517.82 148.05 4453.88 4517.27 148.05 4453.63 4516.00 148.05 4453.36 4515.69 148.05 4452.99 4515.37 148.05 4452.88 4514.64 148.11 4452.52 4514.01 148.20 4451.85 4513.67 148.10 4451.59 4513.29 147.91 4451.11 4513.08 147.92 4451.16 4513.13 147.96 4451.29 4513.51 148.03 4451.56 4513.45 148.05 4451.65 4513.11 147.93 4451.21 4513.11 147.91 4451.13 4512.71 148.05 4450.79 4512.70 148.05 4458.78 4512.59 148.19 4450.67 4512.49 148.26 4450.61 4512.46 148.30 4450.58 4512.41 148.32 4450.56 4512.49 148.33 4450.55 4511.97 148.63 4458.31 4511.41 149.24 4449.81 4510.89 149.81 4449.31 4510.88 149.83 4449.29 4510.83 150.09 4449.24 4510.80 150.13 4449.24 4510.79 150.07 4449.19 4510.81 149.99 4449.13 4510.80 149.98 4449.12 4510.?? 149.98 4446.99 4507.67 149.98 4446.08 4500.43 150.09 4443.49 4499.48 150.13 4442.38 4497.27 150.1:3 4439,27 4495.72 158,13 4437.93 4492.11 150.03 4434.29 4498.84 149.98 4432.73 4483.65 149.98 4424.95 4482.85 149.98 4423.58 4478.33 149.98 4423.53 4488.84 149.98 4423.51 4486.72 149.98 4424.56 4486.46 149.98 4425.81 4485.87 150.09 4424.18 4485.67 150.13 4423.82 4485.22 150.13 4423.47 4484,85 150,13 4423,32 4483.98 150.08 4422.65 4483.16 149.98 4421.41 4481.90 150.13 4420.03 4481.45 150.03 4419.81 4481.35 149.98 4419.72 4481.11 150.09 4419.02 OI::'ETROL JOHHSTOH l l. l id.,I4'~ [~r~ BP EXF'LORFITION, INC:. POINT MclNTYRE STFITE #6 ~:, .3. g e r~'.E;T # 1 847 25-MRR-90 00: 09:16 00: 09: 23 00:09:26 00:09:33 00:09:36 00:09:43 00:09:53 00:09:56 00: 10:13 00: 10:16 00: 10:23 00: 10:36 00: 10:56 00:11: 03 00:11:04 00:11:05 00:11: OG 00: 11:13 00: 11:16 00:11:23 00:11: 26 00:11:33 00: I 1: 36 80:11:43 00:11:46 00:11:53 00: 12:03 00: 12:06 00: 12:13 00: 12:16 00: 12:23 00: 12:26 00: 12:33 80: 12:43 00: 12:46 00: 12:53 00: 13:03 00: 13:23 00: 13:26 00: 13:33 00: 13: 36, 00: 13:43 00: 13:46 00: 13:53 00: 13:56 00: 14:03 00:14:06 80: 14:13 80: 14:16 00: 14:23 00: 14:26 00: 14:33 00: I4:36 00: 14:43 00:14:53 80:14:56 00:15:03 00: 15:06 SDT SDP SDT2 SDP2 degF psia degF psi.s 163.90 4480.37 150.13 4418.71 163.80 4478.65 150.13 4418.80 163.80 4479.26 150.1:3 4418.84 163.80 4480.67 150.13 4418.46 163.75 4480.45 150.13 4418.30 163.65 4479.95 150.13 4418.86 163.65 4479.76 150.13 4419.67 163.61 4479.97 150.13 4419.91 163.36 4481.17 150.13 4420.51 163.31 4481.23 150.13 4420.62 163.21 4481.38 150.13 4420.64 163.16 4481.23 150.13 4420.67 163.09 4481.01 149.98 4420.25 163.06 4480.94 149.98 4419.26 . Begin T.O.H. 163.02 4479.68 149.98 4418.83 162.92 4476.76 149.98 4415.95 162.87 4474.97 149.98 4414.72 162.77 4470.80 150.09 4412.48 162.77 4469.35 150.13 4411.52 162.77 4465.97 150.03 4407.31 162.73 4464.01 149.98 4405.50 162.63 4459.46 149.98 4402.22 162.58 4458.09 149.98 4400.82 162.48 4454.90 149.98 4397.98 162.48 4449.92 149.98 4393.94 162.43 4448.25 149.98 4392.72 162.33 4444.35 149.88 4392.83 162.33 4447.44 149.83 4392.87 162.33 4454.66 149.94 4392.36 162.29 4454.07 149.98 4392.14 162.19 4452.69 149.98 4391.90 161.89 4451.37 149.98 4391.58 161.89 4451.26 149.98 4391.48 161.89 4450.98 149.96 4:391.40 161.75 4450.78 149.92 4391.30 161.60 4450.98 149.85 4391.09 161.51 4451.02 149.83 4391.06 161.31 4451.10 149.83 4388.95 161.31 4448.42 149.83 4388.05 161.31 4442.18 149.83 4385.62 161.26 4441.08 149.83 4384.58 161.16 4438.49 149.83 4380.79 161.12 4436.66 149.83 4379.17 161.01 4432.39 149.83 4375.92 160.97 4431.07 149.83 4374.53 160.87 4427.99 149.83 4371,62 160.87 4426.78 149.83 4370.38 160.87 4423,96 149,83 4367,27 160,82 4422,52 149,83 4365,'9:3 160.72 4419.18 149.83 4362.59 160.63 4417.47 149.83 4361.16 160.43 4413.48 149.78 4358.12 160.43 4409.16 149.71 4353.77 160.39 4407.48 149.69 4352.47 160.28 4403.58 149.79 4351.18 160.24 4404.92 149.83 4350.6:3 ('F'ETROL BP EXPLORRTION, IHC. POINT Mc lNTYRE STRTE #6 p ,~. g e lIST ~ 1 04 25-MRR-90 00: 15:13 00: 15:16 00: 15:23 00: 15:26 00: 15:33 00: 15:36 00: 15:43 08: 15:53 08: 15:56 00: 16:03 00: 16: OG 00: 1G: 13 00: 1G: 1G 00: 16:23 00: 16:26 00: 16:33 00: 16:36 00: 16:43 00: 16:53 00: 16:56 00: 17:03 00: 17:13 08: 17:16 00: 17:26 00: 17:33 00: 17:36 00: 17:43 00: 17:46 00: 17:53 00: 17:56 00: 18:03 00: 18:06 00: 18:13 80: 18:16 00: 18:23 00: 18:26 00: 18:33 00: 18:36 00: 18:43 00: 18:46 00: 18:53 00: 18:56 08: 19:06 00: 19:13 00: 19:26 00: 19:33 00: 19:36 00: 19:43 00: 19: 46, 00: 19:53 00:20:0G 00: 20:13 00: 20: 1G 00:20:23 00:20:26 00: 20: 33 00:20:43 00:20:53 SDT SDP SDT2 degF psia degF 160.14 4408.04 149.73 160.09 4407.74 149.69 159.99 4407.86 149.69 159.90 4407.09 149.69 159.70 4407.17 149.58 159.70 4407.44 149.54 159.70 4408.08 149.54 159.55 4408.21 149.54 159.51 4408.10 149.54 159.40 4407.84 149.64 159.36 4406.02 149.69 159.26 4401.76 149.58 159.21 4400.53 149.54 159.11 4397.69 149.64 159.07 4396.18 149.69 158.96 4392.66 149.58 158.92 4390.88 149.54 158.82 4386.?3 149.54 158.67 4382.05 149.54 158.63 4380.81 149.54 158.52 4377.91 149.49 158.38 4372.12 149.41 158.33 43?0.82 149.39 158.19 4366.48 149.39 158.08 4363.45 149.39 158.04 4361.91 149.39 157.94 4358.33 149.29 157.94 4361.61 149.24 157.94 4369.26 149.34 157.85 4368.54 149.39 157.64 4366.86 149.29 157.60 4366.60 149.24 157.50 4366.00 149.24 157.45 4365.59 149.24 157.35 4364.63 149.24 157.35 4364.46 149.24 157.35 4364.09 149.24 157.31 4362.36 149.24 157.20 4358.35 149.24 157.12 4357.30 149.24 156.91 4354.85 149.24 156.89 4353.57 149.24 156.82 4349.29 149.09 156.76 4346.30 149.04 156.67 4341.75 148.94 156.62 4339.29 149.05 156.53 4338.01 149.09 156.32 4335.01 148.99 156.37 4333.63 148.94 156.47 4330.48 148.94 156.28 4325.23 148.94 156.18 4322.45 148.84 156.13 4325.94 148.88 156.03 4334.88 148.80 155.99 4333.53 148.80 155.88 4332.22 148.77 155.74 4332.15 148.73 155.74 4331.30 148.70 SDF'2 psia 4351.07 4351.26 4350.14 4349.66 4349.65 4349.65 4349,32 4348.85 4348.71 4347.89 4346.48 4343.16 4341.77 4339,23 4338.14 4334.20 4332.51 4329.58 4325.39 4324.13 4320.95 4316.40 4315.03 4310.89 4307.71 4306.35 4306.60 4306.71 4307.38 4307.66 4306.86 4306.52 4305.50 4305.06 4304.39 4304.10 4302.77 4302.19 4299,57 4298.44 4296.46 4295,61 4291.16 4288.75 4284.2:3 4281.87 4288.83 4277.94 4276.70 4274.13 4269,:35 4269,86 4270.07 4270.99 4271.39 4270,99 4270.42 4269.85 IrLOPETF;OL "h'~Hl"lr;Tr~H I 25-MRR-90 00:21: 03 00:21:06 00:21: 13 00:21:26 00:21:33 80:21:43 00:21:46 00:21:53 88: 22: 03 80: 22: 06 08:22:23 00: 22: 26 88: 22: 33 00:22:43 80: 22: 46 80:22:53 80:22:56 00: 23: 03 00:23:06 80: 23:13 00: 23:16 00: 23: 23 88:23:26 00:23:33 80: 23: 53 00:24:06 00: 24:13 00: 24:16 00:24:23 00:24:26 00: 24: 33 00: 24:36 00:24:43 00:24:40 00:24:53 00:24:56 00:25:03 00: 25:13 00: 25:16 00:25:33 00: 25: 36 00:25:46 00:25:53 00:26:03 00:26:06 00: 26:13 00:26:26 00:26:33 00:26:36 00:26:46 00:26:53 00:26:56 00: 27: 03 00: 27:13 00: 2?: 16 80: 27: 23 00: 27: 26 00: 27: 33 BP E×PLORFITION, INC. POINT MclNTYRE STRTE #6 SDT SDP SDT2 SDF'2 degF psia degF psia 155.59 155,55 155.44 155,25 155.15 155.15 155,11 155.00 155.00 154,98 154,86 154,81 154,71 154,71 154.62 154,42 154,42 154,42 154.42 154,42 154,37 154.27 154,23 154,12 153,98 153,98 153,98 153,93 153,83 153,79 153.68 153,68 153,68 153,64 153,54 153,54 153,54 153,39 153,37 153,24 153,22 153,15 153,09 153.09 153.09 153,09 153,00 152,95 152,93 152.85 152.80 152.76 152.65 152.65 152.65 152.65 152.61 152,51 4329.90 148.66 4329.75 148.65 4329.38 148.65 4329.50 148.65 4329.56 148.60 4319.45 148.52 4318.81 148.50 4317.31 148.55 4312.22 148.63 4310.90 148.65 4303,38 148,65 4302.04 148.65 4298.91 148.54 4293.23 148.40 4291,85 148,35 4288.64 148.35 4287,13 148,35 4283.62 148.45 4286.12 148.50 4291,97 148.48 4291.55 148.35 4290.56 148.25 4290.45 148.28 4290.19 148.20 4288.29 148.28 4287.88 148.20 4287.65 148.10 4287.85 148.85 4285,65 148,16 4283,49 148,20 4278.46 148.10 4277.15 148,05 4274.11 148,05 4272,43 148,05 4268.58 148.85 4267.21 148,05 4264.19 148.00 4259,47 147,9:3 4257.94 147,91 4249.30 147.78 4247.84 147.76 4242.98 147.76 4239.57 147.71 4249.94 147.63 4249,12 147,61 4247.20 147.61 4246.16 147.61 4245.68 147.61 4245,39 147.61 4244,72 147,46 4244.25 147.56 4244.00 147.61 4243.40 147.56 4234.75 147.48 4233,64 147.46 4231,05 147,36 4229,39 147.31 4225,51 147,26 4269.28 4269.10 4269.09 4269.87 4266.84 4263.66 4262,71 4259.50 4254,93 425:3,55 4246.31 4245.83 4241.69 4236.93 4235,58 4232,23 42:38,84 4230.53 42:30.40 4231.32 4231.71 4230.63 4238.17 4229,63 4228,07 4227,06 4226,43 4226,16 4223,59 4222,48 4220.45 4219,58 4215.75 4214,12 4210.83 4209.42 4206.40 4282.88 4200.78 4193.08 4191.72 4187.08 4187.47 4188.82 4188.19 4187.42 4186.00 4185.08 4184.69 4183.68 4183.33 4183.17 4180.83 4177.48 4176.48 4172.89 4171.35 4168.19 p .s g e 049. D ~:; T # 1 .~0 P E TP,,OL .h3HI"ISTOHI 25-MRE-90 80:27:43 88:27:46 88:27:53 80:27:56, 00: 28: 0:3 00: 28:13 00:28:23 00:28:26 00:28:33 00: 28: :36 88:28:43 88: 28: 46 88:28:53 88:28:56 88:29:83 88: 29:13 88: 29:16 88:29:26 88:29:33 88:29:36 88:29:43 88:29:46 88: 29: 53 88:29:56 SDT degF 152.51 152.46 152.36 152.36 152.36 15° ~1 152.21 152.21 152.17 152.07 152.07 152.07 152.07 152.07 152.02 151.92 151.92 151.90 151.82 151.77 151,73 151.63 151.63 151.63 151.63 BP EXPLORRTION, INC. POINT MclNTYRE STRTE #6 SDP SDT2 SDP2 p~ia degF ps. ia 4221.43 147.19 4163.67 4220.00 147.16 4162.32 4216.68 147.16 4159.42 4215.38 147.16 4158.18 4212.34 147.11 4155.02 4206.47 147.04 4150.50 4205.00 147.02 4149.15 4201.59 147.02 4145.99 4200.24 147.02 4144.63 4197.09 146.91 4144.7:3 4200.00 146.87 4144.77 4206.81 146.87 4145.13 4206.14 146.87 4145.28 4204.59 146.87 4144.27 4204.~°6 146.87 4143. :~4 4203.51 146.82 4143.55 4202.75 146.74 4143.14 4202.82 146.72 4143.82 4203.07 146.57 4142.64 4203.25 146.57 4141.32 4201.74 146.57 4140.75 4198.22 146.57 4141.34 4200.94 146.57 4141.59 4207.27 146.57 4142.47 4206.16 146.57 4142.85 p .=, g e 050 DST #1 BOTTOM--HOLE PRESSURE COMPANY : BP Exploration (Alaska) WELL : State DATE OF SURVEY : 11 APR 90 TYPE OF SURVEY : PBU SURFACE BOTTOM~HOLE FIELD : Point M~Intyr~ FORMATION : API # : 50-029-22000-00 LOCATION : S14--T12N-R14E LOCATION : BOROUGH : North Slope STATE : Alaska BOTTOM--HOLE DATA TYPE OF DEPTH OF GAUGE : HP - S/N 88 4 GAUGE : 11244 ~t MDrkb 8900~ BHFP : 41~!~,0.~'7 psia BHFT FBHCIP : 4384.7:i. psia FBHCIT PREVIOUS TD CURRENT TD : ~t MDrkb : ~t MDrkb WELL--HEAD DATA WHFP.- i'::'?("..,~. ,., psi a WHFT FWHCIP : 1650 psia FWHCIT OIL GAS WATER RATE : stb/d RATE : mmscf/d RATE : b/d GOR : scf/stbo ~t 182.6 TVDss 58 d~g . deg. deg. deg. COMPANY CUSTOMER REPRESENTATIVE REPRESENTATIVE I i ::1 . ,! R :i. c h e y iii.; o '.i. d i n I,..-,} BP ExpIoration WELL : State ~6 FIELD: Point Mclntyre CUSTOMER REP.: Ms 3. Golding HR8 REP. : R.A. Ri chey HF~S BHP TOOL # :HP-884 BHT TOOL # :HRS-O051 SURVEY DATE :11 APR WELL STATUS :Static *** GRADIENT SUMMARY *** STOP REAL BHP BHT Depth Pressure NUM. Depth TIME Psia Deg F CHANGE GRADIENT I 100 14:09:00 1294.60 51.4 99 15.07677 2 5000 15:09:00 5049.10 95.3 4900 .55806 5 7000 15:54:00 5749.65 152.8 2000 .55027 4 9000 17:01:00 4420.16 184.0 2000 .55525 TEST PHASE: Pre-Test Gradient Survey PAGE: 001 STOP NUM. HRS *** GRADIENT DATA DUMP *** REAL BHP TIME MDrkb TVDss Psia 13: 49:O0 13: 50:O0 13:51: O0 13: 52:O0 13:53:00 I-':~ 54:00 13: 55:O0 13: 56:O0 15: 57:O0 13: 58:00 13: 59:O0 i4: 00:O0 14:O1: O0 14: 02:O0 14: 03:O0 14: 04:O0 14: 05:O0 14: 06:O0 14: 07:O0 14: 08:O0 14:09:00 BHT Deg F 141 100 1292.13 31.0 141 100 1292.67 31.1 141 100 1292.96 31.2 141 100 1295.18 31.2 141 I00 1293.43 71 ° 141 100 1293.58 31.3 141 100 1295.75 31.3 141 100 1293.87 31.3 141 100 1295.98 51.3 141 100 1294.07 31.~ i41 iO0 i294. i5 31.3 14i 100 1294.29 31.3 141 100 1294.58 51.4 141 I00 1294.45 31.4 141 100 1294.47 31.4 141 100 1294.50 51.4 141 100 1294.50 31.4 141 100 1294.55 51.4 141 100 1294.53 31.4 141 100 1294.57 31.4 141 i00 1294.60 31.~ 14: 49: O0 6077 5000 3045.81 91.2 14: 50: O0 6077 5000 3044.83 92.4 14: 51: O0 6077 5000 5045.44 93.0 14: 52: O0 6077 5000 3045.85 93.5 14: 53: O0 6077 5000 3046.33 93.9 14: 54: 00 6077 5000 3046.78 94. 1 14: 55: O0 6077 5000 3047.17 94.3 14: 56: 00 6077 5000 3047.55 94.5 14: 57: 00 6077 5000 3047.84 94.6 14: 58: 00 6077 5000 3048.08 94 ~ 7 14: 59: O0 6077 5000 3048.29 ~ 94.8 15: O0: 00 6077 5000 3048.47 94.9 15: 01: 00 6077 5000 3048.59 95.0 t5: 02:00 6077 5000 3048.72 95.0 15: 03: O0 6077 5000 3048.79 95. I 15: 04: O0 6077 5000 3048.89 95. t 15: 05: 00 6077 5000 3048.98 95. I 15: 06: O0 6077 5000 3049.04 95.2 15: 07: O0 6077 5000 3049.06 95 ~- 15: 08: O0 6077 5000 3049 .07 95.~_ ~- 15: 09: O0 6077 5000 3049 . 10 95.3 3 15: 27: O0 8974 7000 3748.55 129.5 3 15: 28: O0 8974 7000 3749.04 130.6 '~' 15:29 ~ : O0 8974 7000 3749 18 131 3 15: 30: 00 8974 7000 3749.34 151.6 3 15: ~ I: 00 8974 7000 3749.45 131.9 '-' 15:'-- -: ... ~ ~2 O0 8974 7000 c, / ~v. 57 132. ~'-r' 15: 33: O0 8974 7000 3749 .44 3 15: 34: 00 8974 7000 3749.65 ~ 132.8 4 15:51: 00 i 1355 9000 4419.24 i77.3 4 15: 52:00 11355 9000 4422.74 179.6 4 ! 5: 53: 00 11355 9000 44.-~. 74 180.8 4 15: 54: O0 I 1355 9000 4422.81 181. i 4 15: 55: O0 11355 9000 4422.22 182. I 4 15: 56: O0 1 i 355 9000 4422.01 182.5 4 15: 57: O0 I 1 ~'55-_. 9000 4421 . ~,~') 182 .9 4 15: 58: 00 11355 9000 442 i. 89 i 82.9 4 15: 59: O0 I I '~=~,~ 9000 4421 .77 183. ~_ ~ 4 16: 00:00 11355 9000 4421.67 183.3 4 16: 01:00 11355 9000 4421.68 183.4 4 16: 02: 00 i 1355 9000 4421.60 183.5 4 16: 03:00 t 1355 9000 4421.58 183.6 4 i6: 04:O0 i i355 9000 442i. 50 183.7 4 16:05:00 11355 9000 4421.52 183.7 TEST PHASE: Pre-Test Gradient Survey PAGE: 002 HRS *** GRADIENT DATA DUMP *** STOP REAL BHP BHT NUM. TIME MDrkb TVDss Psi a Deg F 4 16: 06: O0 11355 9000 4421.54 183.8 4 16: 07:O0 11555 9000 4421 · 48 183.9 4 16: 08: O0 11355 9000 4421.49 183.9 4 16: 09: O0 11355 9000 4421.49 183.9 4 16: 10:00 1 I355 9000 4421.47 184.0 4 16: 11: O0 11355 9000 4421.46 184.0 4 16: 47: O0 11355 9000 4419.64 182.5 4 16: 48:O0 1 i-:~ . ~ 9000 4419 78 182.7 4 16: 49: O0 11355 9000 4419.86 183.0 · 4 16: 50: O0 11355 9000 4419.90 183.2 4 16: 51: O0 11 o.~ 9000 4420. O0 183. w 4 i 6: 52: O0 11555 9000 4419.95 183.5 4 16: 53: O0 11555 9000 4419.99 183.6 4 16: 54: O0 11555 9000 4420.08 183.6 4 16: 55: 00 11355 9000 4420.09 185.7 4 16: 56: O0 11555 9000 4420.14 185 · 8 4 16: 57: O0 11 ~ 5~ 9000 4420.16 183.8 4 16: 58: O0 11355 9000 4420.16 183.9 4 16: 59: O0 11555 9000 4420.18 185.9 4 17: O0: O0 I 1555 9000 4420.16 184.0 4~ 17:01:00 11355 9000 4420.16 184.0 TEST PHASE: Pre-Test Gradient Survey PAGE: OO5 BP Exp~.oration WELL : State #6 FIELD: Point Mclntyre CUSTOMER REP.: Ms J. Goldino HRS REP. : R.A. Richey - HRS *** CHOKE ADJUSTMENT SUMMARY *** BHP TOOL # :HP-884 BHT TOOL # :HRS-O051 SURVEY DATE :12 APR 90 WELL STATUS :Flowing TIME SIZE REMARKS 17:05 0/64 21: 22 8/64 21: 41 12/64 21: 54 18/64 22:O0 20/64 22:50 24/64 25:10 26/64 · 01: 50 50/64 04:O0 55/64 05:O0 55164 05:45 28/44 09:59 0/64 Well Shutin Open Wel I Line Heater Choke Well Shutin CUSTOMER SUPPLIED INFORMATION TEST PHASE: Choke Adjustments PASE: 001 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 17: 05: O0 4388.35 183.4 17: 06: O0 4388.26 183. 17: 07:O0 4388.25 183.1 17: 08: O0 4588.21 182.9 17: 09: 00 4588.18 182.8 17: 10:O0 4388.21 182.7 17:11:00 4588.15 182.6 17: 12:O0 4388.13 182.6 17: 13: 00 4388.09 182.6 17: 15: O0 4388.09 182.5 17: 20: 01 4388.09 i 82.4 17: 2°~.' O0 4388.08 182. 17: 23: O0 4388.08 182.3 17: 24:O0 4388.09 182.5 i 7: 25: O0 4388.07 i 82.3 17: 26: O0 4388.07 182.3 17: 27: O0 4588.07 182.5 17: 28: O0 4388.05 182.3 17: 29: O0 4588.11 182.2 17: 29: 30 4588.09 182.2 17: 30: O0 4588.10 182.2 17: 30: 30 4388.10 182.2 17: 31:00 4588.10 182.2 17: 31: 30 4588.03 182. 17: ~ : ~2 00 4388.10 182.2 17: 32: 50 4588. 10 182.2 17: 53: O0 4388.09 182.2 17: 35: 30 4588.07 182.2 17: 34: O0 4388.07 182.2 17: 34: 30 4388.08 182. - 17: 35: O0 4588.08 182.2 17: 35: 30 4388.06 182.2 17: 36: 00 4388.06 182.2 17: 36: 30 4588.05 182. 17: 37: 0,~_ 4388 .08 182. 17:37:30 4588 06 17: 38:00 4388.04 182.2 17: 38: 50 4388.06 182.2 I7: 39:00 4388.07 182.2 17: 59: 30 4388.05 182.2 17 '. 40: O0 4388 .05 182. 17: 40: 30 4388.04 182.2 17: 41: 00 4388.05 182.2 17: 41: 30 4388.04 182.2 17: 42: 00 4388.03 182.2 17: 42: 50 4588.04 182.2 17: 43: 00 4388.05 182.2 17: 43: 30 4588.04 182.2 17: 44: O0 4388.04 182. 17: 44: 30' 4388.04 17: 45: 00 4388.04 182. 17: 45: 50 4588.04 182.2 i 7: 46: O0 4388.04 182.2 17. ' 46: 30 4388.04 I ~_. 17: 47: 00 4388.04 182.2 i 7: 47: 30 4388.03 182.2 17: 48: O0 4388.04 182. 17: 48: 30 4388.04 182. 17: 49: 00 4388.06 182.2 17: 49: 30 4388.04 182.2 17: 50: O0 4588.04 182. 17: 50: 30 4588.05 · 182.2 17: 51: 00 4388.04 182.2 17: 51: 30 4388.04 182.2 17: ~: O0 4388.05 182. 17: 52: 50 4388.06 17: 53: O0 4388.03 182.2 TEST PHASE: Choke Adjustments PAGE: 002 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 17: 55: O0 4388.02 182.2 17: 56:O0 4588. O1 182.2 17: 57: O0 4388.05 182.2 17: 58: O0 4388 02 i 82. 17: 59: O0 4588.02 182.2 18: O0: O0 4388.01 182.2 18:O1: O0 4388. Oi 182.2 18: 02: O0 4388.02 182.2 18: 05: O0 4388.01 182.2 18: 04: O0 4588. O0 182. 18: 05: O0 4388. O0 182.2 18: 06: O0 4388.01 182.2 18: 07: O0 4388. O0 182. ~:v~:O0 4388 O1 I i 8: 09: 00 4388.01 182.2 18: 10: O0 4388. O0 182.2 18: 11: O0 4587.98 182.2 18: 12: O0 4588. O0 182.2 18: i 3: O0 4388. O0 182.2 18: i4:O0 4588.01 182.2 18: 15:O0 4588.01 182.2 18: 16: O0 4588. O0 182.2 18: 17: O0 4388. O0 182.2 18: 18: O0 4388. O0 1 18: 19: 00 4388.00 182.2 18: 20: O0 4388. O0 182.2 18:21:00 4388 O0 182. m : 18: ~' O0 4388 O0 182 18: 23: O0 4388. O0 182.2 18: 24: 00 4587.99 182.2 18: 25: 00 4387.99 182. 18: 26: 00 4388.00 182. 18: 27: 00 4388 01 182. 18: 28: 00 4588.02 182.2 18: 29: 00 4388.01 182.2 18: 30: O0 4588.01 182.2 18: 31: 00 4388.00 182.2 18: .-.9.00 4388 02 182 18:.~'-r3: 00 4388.02 182. .- 18: 54: 00 4588 02 18: 35:00 4387 99 182. 18: 36: 00 4388.00 18: 37: 00 4388.00 182.2 18: 38: 00 4388.00 182.2 18: 39: 00 4388.01 182.2 18: 40: 00 4587.99 182.2 18:41: ..... 4387 99 i 18: 42: 00 4587.99 182.2 18: 45: 00 4587.99 182.2 18:44:00 ~ 4387.99 182.2 18: 45:00 4387.99 182.2 18: 46'. O0 4388. O0 182. .. 18: 47: 00 4388.00 182. 18:48:00 4388 02 I 18: 49: 00 4388.03 182.2 ~ ~ O0 4388 03 I ~: 50: ..... i 8: ~ 1: 00 4388.02 182 . - 18: 52: 00 4388.03 182.2 18: 53: 00 4388.02 i 82.2 18: 54: O0 4588.01 182. 18: 55: 00 4388.01 182.2 18: 56: 00 4388.01 1 ~-~_. 18: 57: 00 4388.03 182.2 18: 58: 00 4588.01 182.2 18: 59: 00 4388.04 182.2 19: 00: 00 4388.02 I 19: 01: 00 4388.03 182.2 19: 02: 00 4388 03 182. TEST PHASE: Choke Adjustments PAGE: 003 HRS *** FLOW STABILI ZATI ON PERI OD *** REAL BHP BHT TIME Psia Deg F 19: 03: 00 4588.05 182. ~_ ~ 19: 04: O0 43388.03 1 ox ~ 19:05:00 4388 02 182. ~ 19: 06: 00 4388.02 182.2 19: (}7: 00 4588.02 182.2 19: 08: 00 4588.02 182 ° i 9: 09: O0 4388 03 i 82. o 19: 10: O0 4588.02 182.2 19: 11: O0 4388.05 182.2 19: 12: O0 4588.03 182.2 19: i 5: 00 4388.03 i 82.2 19: 14: 00 4588.03 182. ~_ ° 19: 15: 00~ 4388. 033 182.2 19: 16: 00 4388.00 182.2 i9:i7:00 4388.02 i82.2 19: 18:00 4588.01 182.2 19: 19: 00 4588.03 182.2 19: 20: 00 4588.02 182.2 19: 21: 00 4588.06 182.2 19: 22: 00 4588.03 182.2 19: 23: 00 4588.04 182.2 19: 24: 00 4588.04 182.2 19: 25: 00 4588.04 182.2 19: 26: 00 4388 02 182. ~- 19: 27: 00 4388.04 182.2 19: 28:00 4388.05 182.2 19: 29: 00 4388.03 182.2 19: 50: 00 4588.03 182.2 19: 331: 00 4588.02 182.2 19: 32: 00 4588.0.5 182.2 19:.~.~-~-~: 00 4388 .02 182.~_ ° 19: 54: 00 4388.03 182.2 19: 35: 00 4388.02 182.2 19: 36: 00 4588.04 182.2 19: 37: 00 4388.04 182.2 19: 58: 00 4588.04 182.2 19: 39: 00 4388.04 182.2 19: 40: 00 4588.03 182.2 19: 41: 00 4388.05 i 82.2 19: 42: 00 4588.03 182.2 19: 43: 00 4588.03 182.2 19: 44: 00 4388.03 182.2 19: 45: 00 4388.06 182. ~ ° 19: 46: 00 4588.06 182.2 19: 47: 00 4388.06 182.2 19: 48: 00 4588.05 182.2 19: 49: 00; 4388.04 182.2 19: 50: 00 4388.05 182.2 19: 51: 00 4388.05 182 ~ 19: 52: 00 ' 4388.04 182.2 19: 55: 00 4388.05 182.2 19: 54: 00 4588.04 182.2 19: 55: 00 4388.03 182 ° 19: 56: 00 4388.03 182.2 19: 57: 00 4388.02 182.2 19: 58: 00 4388.02 182.2 i 9: 59: 00 4388.03 182. ~ ~- 20: 00: 00 4388.03 182 ° m .~. 20: 01: 00 4388.03 182.. ° 20: 02: 00 4388.03 182.2 20: 03: 00 4388.02 182.2 20: 04: 00 4588.02 182. ~_ ° 20: 05: 00 4388.02 182.2 20: 06: 00 4588.04 182.2 20:v, :00 4588.05 189 9 20: 08: O0 4388.05 182.2 20: 09: O0 4588.04 182.2 20: 10: O0 4588.04 182. ,- ~ TEST PHASE: Choke Adjustments PAGE: 004 TEST PHASE: *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 20:11:00 4388 05 182 20: 12: O0 4588.03 182.2 20: i 3: O0 4388.03 182.2 20: 14:O0 4588.05 182.2 20: 15: O0 4588.05 182 20: 16: O0 4588.04 182.2 20: 17: O0 4588.05 182.2 20: 18: O0 4388.03 182.2 20: 19:O0 4388.04 182.2 20: 20:O0 4588 02 182 20: 21: O0 4388.04 182.2 20: 22: O0 4588.03 182.2 20: 23: O0 4388.02 182. 20: 24: O0 4588.03 182. 20: 25: O0 4588.02 182.2 20: 26: O0 4588.01 182.2 20: 27: O0 4388.02 182.2 20: 28: O0 4588.02 182 20: 29: O0 4588.02 182.2 20: 30:O0 4588. O1 182.2 20: 51: O0 4588.05 ! 82.2 20: 32: O0 4588.02 182.2 20: 53: O0 4588.02 182.2 20: 54: O0 4588.02 182.2 20: 35:O0 4388.02 182.2 20: 56: O0 4588.04 182. 20: 37: O0 4588.01 182.2 20: 38: O0 4388.02 182. 20: 39:O0 4388 05 182 20: 40: O0 4388.01 182.2 20: 41: O0 4588.02 182.2 20: 42: O0 4388.02 182.2 20: 43: O0 4388.03 182.2 20: 44: O0 4588.02 182. 20: 45: 00 4388.01 20: 46: O0 4588.04 182.2 20: 47: O0 4388.04 182.2 20:48: 00 4588 04 182 20: 49: O0 4388.05 182 20: 50: O0 4588.05 182.2 20: 51: O0 4388.05 182. 20: ='~' O0 4388.02 20: 55: O0 4588.03 182.2 20: 54: O0 4588.02 182.2 20: 55: 00 4388.04 182.2 20: 56: O0 4588.05 182. 20: 57: O0 4388.02 182.2 20: 58: O0 4388.03 182.2 20: 59: O0 4588.02 182.2 ° 1: O0: 00" 4388.05 · ~- kb. 21: 01: 00 4388.05 182.2 ~_~ 1: 02: O0 4388.04 182. ° 1: 05: O0 4388 05 182 o I: 04: O0 4388 03 182. 2 !: 05: O0 4388.02 182.2 ~_° 1: 06: O0 4388 05 182. 21: 07:00 4388.03 182.2 21: 07: 15 4388.02 182.2 21: 07:30 4388.02 182.2 21: 07: 45 4588.11 182. 21: 08: O0 4588.09 182. 21: 08:15 4588.09 ~182.1 21:08:30 4388.10 182. 1 21: 08: 45 4588.11 182. I 21: 09: O0 4388.10 182.1 21: 09:15 4588. O1 I 21: 09: 30 4388.03 182.2 21:09:45 4588.10 182.1 Choke Adjustments PAGE: 005 *** FLOW STABILI ZATI ON PERIOD *** REAL BHP BHT TIME Psi a Dea F -- 21: 10: O0 4588.09 182.1 21: 10:15 4588.09 182.1 21: 10: 30 4388.09 182.1 21:10:45 4388.11 182.1 ~ 1: 1 I: O0 4588.05 182. ~ 21: 11:15 4588.10 182· 1 ~i:i1:30 4388 i3 182. i 21:11:45 4388.10 182.1 21: 12:O0 4388. I0 182.1 21: 12:15 4388.09 182.1 ')i: 12:30 4388 O1 182. ° 21: 12: 45 4588.02 182.2 ')1:13:00 4588 01 182. ~ °l: 1~ ~_ : 15 4388.09 182. I 21: i3:30 4388.12 182. i o1:1~ ~_ : 45 4588.11 182.1 21: 14: O0 4588.11 182.1 21: 14:15 4588.11 182.1 21: 14: 30 4388.09 182.1 2 i: 14: 45 4388.02 182.2 21:15:00 4588 01 182. ~ 21: 15:15 4388.12 182.1 21: 15: 30 4388.05 182.2 ~' 1: 15: 45 4388 02 182. ') 21: 16: 00 4388. (}4 182.2 21: 16:15 4588.12 182.1 21: 16:30 4388.11 182.1 21: 16: 45 4588.11 182.1 21: 17: O0 4588.11 182.1 21: 17:15 4588.10 182.1 21: 17: 30 4388.02 182.2 21: 17:45 4588.10 182.1 21: 18: O0 4388.03 182.2 21: 18:15 4588.10 182.1 21: 18: 30 4388.03 182.2 °1: 18:45 4588 01 182. ') 21: 19: 00 4388.09 182.1 21: 19:15 4388.09 182.1 21: 19:30 4388. i0 182. I 21: 19:45 4588.10 182. i 21: 20: O0 4359.97 182.1 21: 20: 15 4384.57 182.2 21: 20: 30 4386.59 182.1 21: 20:45 4587.11 182.2 21: 21: 00 4587.59 182.1 21: 21: 15 4587.67 182.1 ~_~: I:~,~ 4387.75 I°X I 21: 21: 45 4387.82 182.1 21: 22: O0 4587.85 182.1 21: 22: 15 ~ 4387.88 182.1 21: ~_~_: 30 4387.85 182.2 21:~ .45 4587.86 182 ° °2' ~) I: 23: O0 4387.88 i o~ ~ ~?': 15 4587.99 182. I 21: 23: 30 4387.97 182.1 21: ~_~,: 45 4387.89 182.2 21: 24: O0 4387.90 182.2 °1:24 . ~- :15 4387.94 182 2 ~ 1: 24: 30 4587 94 182. ° 21: 24: 45 4388.01 182.1 ° 1: 25: O0 4587 92 182. ~ ° 1: 25: 15 4587.93 182. ~ 21: 25: 30 4387.96 182.2 ° 1: 25: 45 4587 93 182. o ° 1: 26: OA 4387 94 182 ~ 21: 26:15 4387.97 182.2 21: 26: 30 4388.04 182. I 21: 26:45 4587.97 182.2 TEST PHASE: Choke Adjustments PAGE: 006 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psi a Deg F 21: 27: O0 4587.97 182.2 ~1:27:15 4387 98 182 ~ 21: 27: 30 4587.98 182.2 21:27:45 4587 98 182 o 21: 28: O0 4388.05 182.1 21: 28:15 4585.15 182.2 o1:28:50 4581 25 182.1 21: 28: 45 4380.42 182.2 21: 29: O0 4572.61 182.1 21: 29: 15 4380.55 182.1 °1:29 ~- : 30 4369 41 182. ~ 21: 29: 45 4578. O0 182. -~ 21: 30: O0 4362.47 182.1 21: 50: 15 4367.97 182.5 21: 30: 30 4370.50 i 82. o 21:50:45 4571.12 182.2 21: 31: O0 4371.85 182.0 21: 31:15 4371.94 182.1 21: ~ 1: 50 4567.71 182. i o1:31:45 4364 96 182. ° 21: 32: O0 4564.98 182.0 21: 32: 15 4567.11 182.2 ~ 1: 52: 50 4369 08 182 ° 21: 52: 45 4570.29 182.2 ~1:33:0~ 4370 79 182 ~ 21: 55:15 4371.25 182.2 21: 53: 50 4371.57 182.3 21: 33: 45 4571.90 182.5 21: 34: O0 4565. °~ 182. -~ 21: 34: 15 4359.50 182.3 21: 34: 30 4355.07 182.3 21: 34: 45 4357.34 182.4 21: 35: O0 4357.56 182.2 21: 55: 15 4357.84 182.4 °t:35 ~- : 30 4358. o~ 182. ~ 21: 55: 45 4558.70 182.5 oi:36:00 4358 93 182.3 21: 36:!5 4359.1 I 182.3 21: 36: 30 4359.65 182.3 21: 56: 45 4360.1 o 182 ~ °1:57:00 4559 69 182.4 21: 37: 15 4359.64 182.4 21: 57: 50 4555.80 182.7 21: 37: 45 4344.81 182.5 21: 58: 00 4336.63 182.7 21: 58: 15 4345.65 182.5 ~1:38:30; 4343 63 182 5 21: 58: 45 4541.92 182.6 21: 59: O0 4558.47 182.8 °1:40:00" 4342 1° ~- 183 0 21: 41: O0 4545.72 182.9 21: 42: O0 4342.57 183.3 21: 43: 00 4342.92 i 83.4 21: 44: O0 4342.80 183.3 21: 45: O0 4542.16 183.3 21: 46:00 4341.13 183. I 21: 47:00 4340.08 183.0 21: 48: 00 4539.65 183.0 21: 49: 00 4342.86 183.5 21: 50: O0 4554.81 185.4 °!:51:00 4557 47 183.4 21: 52: O0 4558.20 183.4 21: 53: O0 4358.16 183.4 21: 54: 00 4326.04 183.5 21:~ O0 ~°'~I 39 183 ~ °1:56:00 4309 72 183.5 21: 57:00 4318.32 183.5 21: 58: O0 4520.66 183.5 TEST PHASE: Choke Adjustments PAGE: 007 TEST PHASE: __~~ : ii iii i iiii i --- ii , i .... 1111 iii ..... ~ *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psi a Deg F °1:59:00 4320 69 185 6 ~_~_: O0: O0 4319.84 183.6 22:01: O0 4519.81 183.6 22: 02:O0 4319.99 185.7 22: 03: O0 4519.39 183.6 22: 04:O0 4519.41 185.6 22: 05: O0 4318.92 185.7 22: 06: O0 4319.27 183.7 22: 07:O0 4519.18 185.7 22: 08: 00 4519.55 183.8 22: 09:O0 4319.29 183.8 22: 10:O0 4519.39 185.8 22: 11:O0 4519.43 183.9 22: 12:O0 4519.29 183.9 no. 15: O0 4287.20 183 9 22: 14: O0 4286.36 185.9 22: 15: O0 4287.69 183.9 22: 16: O0 4290.05 184.0 ~' 17' O0 4290.82 184 0 22: 18: O0 4292.50 184.0 22: 19: O0 4295.50 184.0 22: 20: O0 4295.49 184.0 22: 21: O0 4295.79 184.0 22: 22: O0 4295.96 184.'0 22: 23: 00 4294.20 184.0 ~°-24:00 4294.55 184 0 ~°~_~_.- 25: O0 4295.15 184.0 22: 26: O0 4295.56 184.0 22: ,~,: O0 4295.52 184.0 22: 28: O0 4295.73 183.9 ~-~_.°~' 29: O0 4295.64 183.9 22: 30: 00 4295.66 184.0 ~)°' 31: 00 4295.68 184.0 22 '.-~2 : 00 4295.97 183.9 ~-: ~.~: 00 4294.28 184.1 22: 54: O0 4253.28 184.0 22: ~: 00 4226.82 184.0 22: 36: 00 4281.61 184.1 ~:°° 37:00 4301.08 184.1 22: 38: O0 4305.55 184. I 22: 59: O0 4306.76 184.0 ~_~_.' 40: O0 4306.92 184. ~-~-: 41: O0 4507.25 184.0 ~_~_°~ .' 42: 00 4507.06 184 .0 ~-:°~ 43: O0 4306.71 184.0 22: 44: O0 4506.80 184.0 22: 45: O0 4306.85 183.9 22: 46: O0 4506.61 184.0 22: 47: O0 4506.36 184.0 ~: 48: O0 4305.58 184.1 22: 49: O0 4504.88 184.1 22: 50: O0 4304.87 184.1 ~,: 51: O0 4304.50 184.1 ~: 52: O0 4504.75 184. 1 22: 55: O0 4504.83 184. I 22: 54: O0 4304.71 184. I 22: 55: O0 4304.80 i 84. i ~-~-: 56: 00 4504.93 184. 22: 57: 00 4505.01 184.1 ~_~_: 58:O0 4505. O0 184.1 ~_.~.~ ' 59: O0 4305.15 184.1 25: O0: O0 4505.52 184.0 ~ 23: 01: O0 4305.52 184. I .,, 23: 02: O0 4305.13 184.1 ..... : ~ 4504.68 ~4. i 23: 04: O0 4304.94 184. I 25: 05: O0 4304.97 184. i 23: 06: O0 4305.01 184.1 Choke Adjustments PAGE: 008 *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F ~_~: 07: O0 4504.99 184.1 ~-'' 08: O0 4504.91 184 1 ;~: 09:O0 4505. O0 184.1 25: 10: O0 4505.10 184.1 25: 11: O0 4505.18 184.1 25: 12: O0 4505.14 184.0 ~_~: 13:00 4151.88 184.0 23: 14:O0 4105.29 184.0 ~:15:00 4091 52 184 ° 25: 16: O0 4080.80 184. i 23: 17: 00 4077 53 184. ° 23: 18: 00 4077.56 184.1 25: 19: O0 4075.56 184.2 ~.~ - 20: 00 4073.91 184 .4 ~_~: ~ i: O0 4072 84 i 84. = 25: 22: O0 4105.04 184.2 25: 25: O0 4098 92 184. ~ 25: 24:O0 4101.22 184.4 25: 25:O0 4101.78 184.4 23: 26: O0 4102.64 184.4 25: 27: O0 4105.55 184.4 25: 28: O0 4104.25 184.5 25: 29: O0 4105.07 184.5 ~_~: 50: O0 4106 =~ . .~ 184 3 25: 51:O0 4107.87 184.4 25: 52: O0 4109.28 184.4 25: 55:O0 4110.81 184.4 25: 34:O0 4112.75 184.4 25: 55:O0 4114.59 184.4 2']: 56:O0 4116.57 184.4 23: 57:O0 4118.99 184.4 23: 58: 00 4134.35 184.0 25: 39: 00 4157.26 i 84.4 23: 40: 00 4172.54 184.4 23: 41:00 4181.54 184.4 23: 42: 00 4186.57 184.5 25: 45: 00 4190.35 184.5 23: 44:00 4193.18 184.4 23: 45:O0 4i95. I i 184.4 23: 46: O0 4 i 96.33 i 84.5 25: 47:00 4197.46 184.4 23: 48: O0 4198.29 184.4 23: 49:00 4198.70 184.4 23: 50: O0 4199.22 184.4 23:51:00 4199.53 184.3 25: 52: O0 4199.62 184.5 ...... :00,- 41°°, ,. 62 184 .~. ~ 23: 54: O0 4199.69 184.3 25: 55: O0 4199.94 184.4 25:56:00" 4200.01 184.4 25: 57: 00 4200.05 184.4 25: 58: 00 4200.20 184.5 25: 59: 00 4200.05 184.4 00: 00: 00 4200.00 184.4 00: 01:00 4199.9~ 184.4 O0: 02: O0 4.199.92 184.4 00: 03:O0 4199.96 184.4 O0: 04: O0 4199.99 184.4 00: 05: 00 4198.48 184.4 00: 06:O0 4194.61 184.4 00: 07:00 ' 4191.46 184.4 O0: 08: O0 4190.97 184.4 00: 09:O0 4191.78 184.4 00: 10:O0 4191.98 184.4 00: ! 1: O0 4192.04 184.4 00:12:00 4191.96 184.4 00: 15:O0 4191.85 184.5 00: 14:O0 4193.76 184.4 TEST PHASE: Choke Adjustments PASE: 009 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F .................................... : ................................... :01: 22: O0 4298.07 184.4 TEST PHASE: 00: 15:00 4195.88 184.5 00: 16:O0 4197.05. 184.5 00: 17: O© 4196.63 184.5 00: 18:00 4197.18 184.5 00: 19:00 4197.46 184.5 O0: 20: 00 4197.56 184.5 00: 21:00 4197.74 184.4 00: 22: 00 4197.05 184.5 00: ~ .3:O0 4197.05 184.5 00: 24: 00 4197.85 184.4 00: 25:00 4198.07 i84.5 00: 26:00 4206.40 184.4 00: 27: 00' 4217.86 184.5 00: 28: 00 ~_~-~,. 08 184 . 5 00: 29:00 4233.37 ~. o 00: 30: 00 4239.36 184.4 O0: 31: O0 4245.53 184.2 O0: 32: O0 4251.02 184.8 O0: 3=~: O0 4257 . 10 184 .5 00: 34:O0 4261.51 184.5 00: 35: 00 4264.61 184.5 00: 36: 00 4267.~_~_°° 184 .5 O0: 57: O0 4270.14 184.5 O0: 38: O0 4~ x ~. 83 184.5 00: 39:O0 4275.27 184.5 00: 40: 00 4277.10 184.5 00: 41: 00 4279.09 184.5 00:42:00 4280.18 184.4 00: 43: 00 4280.75 184.4 00: 44: 00 4281.59 184.2 00: 45: 00 4285.00 184.4 00: 46: 00 4284.46 184.6 00: 47: 00 4286.05 184.5 00: 48: 00 4287.44 184.4 00: 49: 00 4287.71 184. ~ 00:50:00 4289.59 184.4 00:51: 00 4290.92 184.5 00: 52:00 4292. 11 184.5 00: 53: 00 4292.77 184.5 00: 54: 00 4293.42 i 84.5 00: 55: 00 4294.62 184.4 00: 56:00 4.-9~. 31 184.4 00: 57: 00 4297.60 184.4 00: 58: 00 4298.64 184.4 00: 59: 00 4299.46 184.3 01: 00: 00 4299.80 184.3 01:01: 00~~ 4299.87 184.3 01: 02: O0 4300.01 184.3 01: 03: O0 4299.77 184.3 01 ' 04: O0 ' 4299.36 184. -~'._. 01: 05: 00 4299.10 184.3 01: 06: 00 4298.70 184.3 01: 07: 00 4297.82 184.3 01: 08: O0 4298.15 184.3 01: 09: 00 4298.29 184.3 01:10:00 4298.13 184.3 01: 11:00 4298.13 184.4 01: 12:00 4298.19 184.3 01: 13: 00 4298.26 184.3 01: 14: 00 4298.29 184.3 01: 15: 00 4298.30 184.4 01: 16: 00 4298.21 184.3 01: 17: 00 4298.64 184.3 01: 18: 00 4298.76 184.5 01: 19: 00 4298.~.~° 184 . =.. 01: 20: 00 4297.93 184.3 01: 21: 00 4298.03 184.3 Choke Adjustments PAGE: 010 *** FLOW STABILIZATION PERIOD *** HRS 01: .--~:~)~ O0 4297.75 184. 01: 24: O0 4297. 01: 25: 00 4297.40 184.3 01: 26:00 4298.08 184.3 01: 27: 00 4298.42 184. 01: 28: O0 4298.55 184.5 O1: 29:00 4298.51 184.3 01: 50: O© 4298.94 184.3 01: 51: O0 4260.82 184.5 01:~' : ~2 O0 4221.46 184.4 01: 53:00 4195.97 184.3 01: 54:O0 4182.21 184.3 0I: 55:00 4173.18 184.4 01:? : ~6 O0 4166.74 184. 01: ad: O0 4162.36 184.4 01: 38:O0 4159.05 184.4 01: 59:O0 4156.65 184.4 01: 40:O0 4155.15 184.4 01: 41:00 4155.66 184.5 01: 42:O0 4152.58 184.5 01: 45:O0 4151.77 184.5 01: 44:O0 4151.55 184.5 O1: 45:00 4150· 88 184.5 01: 46:O0 4150.50 184.5 O!: 47:O0 4150.40 184.5 01: 48:O0 4150.05 184.6 01: 49:00 4149.60 184.6 01: 50:O0 4149.04 184.7 01: 51:O0 4148.48 185.0 01: 52:00 4147.95 184.9 01: 55:O0 4147.73 184.8 01: 54:O0 4147.~=~ 184.9 01: 55:00 4147.18 184.8 01: 56:00 4147.03 184.8 01: 57:00 4146.38 184.7 01: 58:O0 4145.20 184.6 01: 59:O0 4144.42 184.5 02: 00: 00 4145.70 184.5 02:01: 00 4143.22 184.4 02: 02: O0 4142.53 184.3 02: 05: O0 4142.07 184. 02: 04:O0 4141 02: 05: 00 4142.29 184. 02: 06: O0 4142 ~ 06 184.3 02: 07: O0 4142. O0 184.3 02: 08:00 4141.40 184.2 02: 09:O0 4141.30 184.2 02: 10:O0 4141.29 184.2 02: 11:O0 4141. 54 184. 02:1~ ' ~: O0 4141.52 184.2 02: 15:00 4141.57 184.2 02:14:00 4141 57 184. 02: 15:O0 4i41.57 184.2 02: 16:00 4141 10 184. 02: 17:00 4140.95 184.2 02: 18:00 4140.65 184. 1 02: 19:00 4139.93 184.2 02: 20: 00 4139.48 184.4 02: 21:00 4138.97 184.5 02: 22:O0 4158.19 184.6 02: 25: O0 4137.58 184.6 02: 24:O0 4137.44 .184.6 02: 25:00 4137.01 184.6 02: 26: O0 4156.29 184.7 02:~7 O0 41~q ~ : 184 7 02: 28: O0 4155.74 184.7 02: 29: O0 4133.63 184.7 02: 30:00 4118.22 184.7 TEST PHASE: Choke Adjustments PAGE: REAL BHP BHT TIME Psia Deg F *** FLOW STABILIZATION PERIOD *** HF~S 02: 51:O0 4110.61 184.6 02: 52: O0 4111.58 184.8 02: 33:O0 4110.45 184.6 02: 34: O0 4109.05 184.7 02: 55:O0 4107.19 184.7 02: 56: 00 4104.96 184.8 02:57:00 4104.15 184.7 02:38:00 4104.16 184.7 02: 59: O0 4105.65 184.6 02: 40: 00 4102.83 184.7 02: 41:O0 4102.46 184.7 02: 42: O0 4101.89 184.8 02: 45:O0 4101.49 184.7 02: 44: 00 41 O0.87 184.7 02: 45:00 4100.29 184.6 02: 46: 00 4099.73 184.7 02: 47: O0 4099.~_,°'~ 184.7 02: 48: 00 4098.78 184.7 02: 49: O0 4098.18 184.8 02: 50: O0 4097.81 184.8 02: 51: O0 4097.27 184.8 02: 52: 00 4096.87 184.8 02: 55: O0 4096.55 184.8 02: 54: O0 4097.04 184.8 02: 55: 00 4097. 19 184.8 02: 56: 00 4097.29 184.8 02: 57: 00 4097.04 184.8 02: 58: O0 4096.86 184.9 02: 59: 00 4096.77 184.9 03: O0: 00 4096.78 184.9 03:O1: O0 4096.47 185.0 03: 02: 00 4096.37 185.0 05: 03: 00 4096.03 185.0 05: 04: 00 4095.90 184.9 03: 05: O0 4095.65 184.9 03: 06: O0 4095.24 184.8 03: 07: O0 4094.91 184.9 03: 08: 00 4094.64 184.8 03: 09: O0 4094.60 i 84.8 03: 10: O0 4097.59 184.8 05:11: O0 4101.09 184.8 03: 12:O0 4102.77 184-. 9 05: 15:O0 4105.89 184.8 03: 14:O0 4104.55 184.8 03: 15:O0 4105.05 184.8 03: 16:O0 4105.17 184.8 03: 17: 00~ 4105.38 ~ o,~ 9 03: 18:O0 4105.42 184.8 03: 19:00 4105.40 184.8 03: 20: O0 ~ 4105.33 184.8 05:21:00 4105.18 184.8 03: 22:00 4105.13 184.8 ...... : ~ 4105 20 184.9 03: 24: 00 4105.24 184.8 05: 25: O0 4105.04 184.8 03:~.. ~' - O0 4104 .83 184 . ~° 03: ~ ~_,: O0 4104.69 184.8 03: 28: O0 4104.48 184 . ~ o 03: 29:00 4104.21 184.8 03:30:00 4101.03 184.9 03:31:00 4091.20 I84.9 03: 52: 00 4087.22 184.9 03: 33: 00 4085.76 185.0 05: 34: O0 4084.79 184.9 03: 35: 00 4084.35 184.8 03: 56: O0 4085.96 184.9 03: 37: O0 4083.56 184.9 03: 38: 00 4085. 10 184.9 TEST PHASE: Choke Adjustments PAGE: 012 REAL BHP BHT TIME Psia Deg F HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Dea F 05: 59:O0 4082.70 184.9 05: 40: O0 4082.54 185.0 0.5: 41: O0 4082.11 185.0 05: 42:O0 4081.74 185.0 0.5: 4.5: O0 4081.49 185.0 05: 44: O0 4081.51 185.0 05: 45: 00 4081. -~_')° 185.0 03: 46: 00 4080.94 185.0 0.5: 47: 00 4080.58 185.1 03: 48: O0 4080. ~_~° 185. I 03: 49:00 4080.03 185. i 03: 50:O0 4079.66 185.1 03: 51: O0 4079.30 185.0 03: 52: O0 4079.13 185.0 03: 55: 00 4079.03 185.0 03: 54: O0 4078.92 185.0 0.5: 55: O0 4078.77 185.0 05: 56: O0 4078.66 185.0 05: 57: 00 4078.50 185.0 03: 58: 00 4078.33 184.9 0.5: 59: 00 4078.18 184.9 04: O0: O0 4078.05 184.9 04: 01: O0 4077.86 184.9 04: 02: O0 4077.78 184.8 04: 03: O0 4077.61 184.9 04: 04: 00 4077.49 184.9 04: 05: O0 4077.41 184.8 04: 06: O0 4077.26 184.8 04: 07: 00 4077.03 184.8 04: 08: 00 4076.82 184.8 04: 09: O0 4076.57 184.8 04: 10: O0 4076. ~2 184.9 04: 11: O0 4076.07 184.9 04: 12: O0 4075.90 184.9 04: 1.5: O0 4075.71 184.9 04: 14: O0 4075.50 185.0 04: 15: 00 4075.34 185.0 04: 16: 00 4075.22 t 85.0 04: 17: 00 4075.11 185.0 04: 18:O0 4074.91 185.0 04: 19: O0 4074.78 185.0 04: 20: O0 4074.67 185.0 04: 21: O0 4074.53 185.0 04: 22: O0 4074.04 185.0 04: 2.5:00 4073.66 185.0 04: 24: O0 4075.75 185.0 04: 25: 00.~ 4073.71 185.0 04: 26: O0 4075.66 185.0 04: 27: O0 4075.57 185.0 04: 28: 00 ~ 4073.44 185.0 04: 29: 00 4075.51 185.0 04: 30: 00 4073.15 185.0 04: 31: 00 4073. O0 185.0 04: .32: 00 4072.86 185.0 04: .35: 00 4072.73 185.0 04: 34: 00 4072.64 185.0 04: 35: 00 4072.48 i 85.0 04: 36: O0 40, ~. 29 185.0 04: .57: O0 4072. 16 185. i 04: 38: O0 4071.98 185.1 04: ~9: O0 4052.90 185.2 04: 40: O0 4041.03 184.5 04: 41: O0 4033.70 185.0 04: 42: O0 4029.82 185.0 v~: ~: O0 4027.46 I o~. I 04: 44: O0 4026.06 185. i 04: 45: O0 4025. O0 i 85. i 04: 46: O0 4024.21 185. I TEST PHASE: Choke Adjustments PAGE: 015 TEST PHASE: Choke Adjustments *** FLOW STABIL I ZATI ON PERI OD *** REAL BHP BHT TIME Psia Deg F 04: 47: O0 4055.67 184.8 04: 48:O0 4055.70 185.1 04: 49:00 4065.08 185.1 04: 50:O0 4071.52 185.2 04: 51: 00 4075.21 185.1 04: 52: O0 4077.17 185.1 04: 53: O0 4078.~_~°° 185.0 04: 54:O0 4078.81 185.0 04: 55: O0 4079.28 185. 04: 56: O0 4079.41 185. I 04: 57: O0 4079.53 185. i 04: 58: O0 4079.53 185.1 04: 59: O0 4079.47 185.1 05: O0: O0 4079.48 185.1 05: 0 i: O0 4079.32 185. i 05: 02: O0 4079.28 185.0 05: 05: O0 4079.18 185.0 05: 04: O0 4079.09 185.0 05: 05: O0 4079.37 185.1 05: 06: O0 4079.76 185.1 05: 07: O0 4079.94 185.1 05: 08: O0 4079.91 185.1 05: 09: O0 4079.54 185.1 05: 10: O0 4079. O0 185.0 05: 11: 00 4078.60 185.0 05: 12: 00 4078.29 184.9 05: 15: O0 4078.05 184. 05: 14: O0 4077.79 185.0 05: 15: O0 4077.65 185.0 05: 16: 00 4077.50 185.0 05: 17: O0 4077.33 185.0 05: 18: O0 4077.18 185. 05: 19: 00 4076.96 185.1 05: 20: 00 4076.77 185.1 05: 21: 00 4076.62 185. I 05: ~ ~_.: O0 4076.50 185.1 05: ~ -~: O0 4076.38 185.1 05: 24: 00 4076.20 185. 05: 25: O0 4076.02 185.1 05: 26: O0 4089.22 185. 05: 27:O0 4126.56 185.1 05: 28: O0 4148 96 i c~=- 05: 29: O0 4162.69 185.2 05: 30:00 4171.03 185.2 05: 31:00 4176.29 185.2 05: 52:00 4179.45 185.2 05:~'-'~: 00~' 4181 '~- 185 05: 54: O0 4185.09 185. 05: 55: O0 4184.30 185.0 05: 36: 00' 4185. O1 185.1 05: 37: O0 4185.58 185.2 05: 38: O0 4186.02 185.2 05: 39:00 4186.41 185.3 05: 40: O0 4186.79 ~ o~. 05: 41: 00 4187.23 185.1 05: 42: (}0 4187.44 185.1 05: 43:00 4187.61 185. 1 05: 44: 00 4187.63 185.1 (}5: 45: 00 4187.56 185.1 05: 46: O0 4187.47 185.1 05: 47: 00 4187.37 185.1 05: 48:O0 4187.08 ~!85.1 05: 49:O0 4186.93 185.1 05: 50: O0 4186.80 185. 05: 51: 00 4186.63 185.1 05: 52: O0 4186.58 185. 1 05:55:00 4186.69 185.1 05: 54: 00 4186.73 185. i PAGE: 014 *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 05: 55: O0 4186.72 185.1 05: 56: O0 4186.67 185.1 05:~, :00 4186.66 i85.1 05: 58:00 4186.63 185. i 05: 59:O0 4186.75 185.1 06: O0: 00 4186.75 185.1 06: 01: 00 4 i 86.52 i 85.1 06: 02:O0 4186.33 I85.1 06: 05:00 4186.21 185.1 06: 04: 00 4186.03 185. 1 06: 05:O0 4185.90 185.1 06: 06: O0 4185.78 185.2 06:07:00 4185 71 185. ° 06: 08: 00 4185.63 185.2 06: 09: O0 4 i 85.54 i 85.2 06: 10:O0 4185.50 185.2 06: 11: O0 4185.42 185.2 06: 12:00 4185.26 185.1 06: 13:O0 4185.17 185.1 06: 14:00 4185. Ix~ 185.1 06: 15:00 4184.96 185.1 06: 16:O0 4184.91 185.1 06: 17:O0 4184.84 185.1 06: 18:O0 4184.80 185. I 06: 19:O0 4184.64 185.1 06: 20:00 4184.57 185.1 06: 21: 00 4184.36 185.0 06: 22: O0 4184.29 185.0 06: 23: 00 4184.22 185.0 06: 24: O0 4184.05 185.0 06: 25:O0 4185.73 i85.0 06: 26: O0 4183.50 185.0 06: 27:O0 4185.41 184.9 06: 28:00 4183.17 184.9 06: 29:O0 4183.01 184.9 06: 30: O0 4 i 82.87 184.9 06: 31:00 4182.78 184.9 TEST PHASE: Choke Adjustments PAGE: 015 BP Exploration (Alaska) WELL -. FIELD: State #6 Point McIntyre TVDss: 8900 MDrkb: 11244 HRS R-~l~ ' ' ~E~L ?Z-RE .... DE~ T-IME PRESS~~ DEL~ ' NUMBER 24 Hr. CLOCK IN HOURS (Psia) (Oeo. F) PRESSURE ~oi' 07:~I':00 0-~~.~0 iB~.~ "20~.~ 002 07: 42: oo .0167 ~ 177. ~5 184. ~ 206.76 005 07: 45: oo .0555 4177.77 185.0 20~. ~4 004 07: 44: oo .0500 ~ 177.75 185.0 20~. ~8 005 07: 45: oo .0~7 4177.88 185.0 206.85 00~ 07: 4~: oo .0855 4177. ~2 185.0 20~. 7~ 007 07: 47: oo .1000 4177.67 185.0 207.04 008 07: 48: oo . 1167 4177.55 185.1 207.18 0~ ~ :~9:00 1555 41~ ~ ~5 185.1 010 07: 50:O0 1500 ~177 ~ . ' I ~ ~ 185.1 207 56 011 07: 51: O0 .1667 4177.59 185. i 207.52 012 07: 52: O0 .1835 4177.39 185. i 207.52 013 07: 55: O0 .2000 4177.38 185. i 207.33 014 07: 54: O0 .2167 4177.48 185.1 207.23 015 07: 55: O0 2~ 4177.62 185. I 207.09 016 07: 56: O0 .2500 4177.71 185. i 207. O0 017 07: 57: O0 .2667 4177.75 185. 1 206.96 018 07: 58:O0 . ~8~ 4177.74 185.1 206.97 019 08: 00:O0 '. 5167 4177.91 185. 1 206.80 020 08: 02:O0 .5500 4178.02 185. i 206.69 021 08: 04: O0 .5853 4178. O0 185. I 206.71 022 08: 08: O0 .4500 4178.49 185. I 206.22 023 08: 12: O0 .5167 4178.71 185. i 206. O0 024 08: 16: O0 .5833 4178.94 185. i 205.77 025 08: 20: 00 .6500 4179.19 i 85. i 205.52 026 08: 24: 00 .7167 4179.22 185. I 205.49 027 08: 28: 00 .7835 4179.66 185. i 205.05 028 08: 32: O0 .8500 4179.58 185.1 205.15 029 08: 56: 00 .9167 4179.61 185. 1 205. 10 050 08: 40: 00 .9833 4179.81 185. I 204.90 051 08: 45: 00 1. 0667 4180.24 185. I 204.47 032 08: 50: O0 1.1500 4180.70 185. 1 204.01 033 08: ~. 00 I . ~== 4180.84 185 . I 203 . 87 034 08: 59: 40 1.3111 4180.87 185.0 203.84 HORNER TIME: 11.50 Hfs Pus : 4584.71 Psi CURRENT DATE:12 APR 90 CURRENT Bht : 185 DegF TEST PHASE:Dra~down Test 1 PAGE: 001 BP Exploration (Alaska) WELL : State #64 HORNER TIME: 11.50 Hfs FIELD: Point McIntvre Pwf : 4180.87 Psi TVDss: 8900 CURRENT DATE:12 APR 90 MDrkb: 11244 CURRENT Bht : 185 DegF ~CORD REAL TIHE DELTA TIME ...... PRESSURE HO~NER DELTA '" TIME ......... -PRESSURE NUMBER 24 Hr. CLOCK IN HOURS (Psia) FUNCTION PRESSURE DERIVATIVE DERIVATIVE JIIIm~ ilml~ I I III I II I 00i 08: 59:50 .0011 4i92.79 io~oi. 00 i 1'. 92 0021 i 1.58f2 002 09: 00:O0 .0059 4207.29 2958.14 26.42 .0051 20. 6164 005 09: 00:10 .0067 4217.87 1726.00 37. O0 .0079 28. 5554 004 09: 00: 20 .0094 4228.53 1218.65 47.66 .0107 35. 3629 005 09: O0: 30 .0122 4238. O0 941.91 57. I 3 .0135 41. 5528 006 09: 00:40 .0150 4246.85 767.67 65.96 .0163 45. 8548 007 09: O0: 50 .0178 4254.74 647.87 73.87 .0191 49. 4465 008 09:O1: O0 .0206 4261.93 560.46 81.06 .0219 51. 9910 009 09: 01: 10 .0233 4268.64 493.86 87.77 .0247 53.6167 010 09: 01: 20 .0261 4274.79 441.43 93.92 .0275 54.9711 011 09:01: 50 .0289 4280.43 599.08 99.56 .0502 55. 5998 012 0:2: 01: 40 .0317 4285.44 364.16 104.57 .0330 55. 7025 013 09: 01: 50 .0344 4290.17 334.87 109.30 .0358 55.1442 014 09: 02: O0 .0372 4294.51 309.96 113.64 .0,586 55. 5503 015 09: 02: 10 .0400 4298.48 288.50 117.61 .0414 54. 438 016 09: 02: 20 .0428 4502.05 269.83 121.16 .0441 54.1567 017 09: 02: 30 .0456 4305.58 253.44 124.71 .0469 52. 5555 018 09: 02: 40 .0483 4308.58 238.93 127.71 .0497 52. 796 019 09: 02: 50 ', 0511 4511.65 226. O0 130.76 .0525 50. 5671 020 09: 05: O0 .0539 4314.12 214.40 133.25 .0553 49. 4581 021 09: 05: 10 .0567 4316.84 205.94 135.97 .0580 47. 7879 022 09: 05:20 .0594 4319. O1 194.46 158.14 .0608 47. 0156 023 09: 05: 50 .0622 4321.07 185.82 140.20 .0636 44. 2758 024 09: 03: 40 .0650 4323.09 177.92 142.22 .0664 42. 8322 025 09: 03: 50 .0678 4324.89 i 70.67 i 44.02 .0705 41. 0992 026 09: 04: 10 .0733 4528.07 157.82 147.20 .0761 37. 9774 027 09: 04: 30 .0789 4350.85 146.77 i 49.98 .0816 36. 2095 028 09: 04: 50 .0844 4333.33 137.18 152.46 .0872 53. 7994 029 09: 05: 10 .0900 4335.28 128.78 154.41 .0927 .51. 4298 030 09: 05: 30 .0956 4357.34 121.35 1~56.47 ~ .0996 28.6105 031 09: 06: 00 . 1039 4339.71 111.70 1 ~8.84 . 1080 27.1109 052 09: 06: 30 .1122 4341.73 103.48 160.86 . 1163 24. 0288 033 09:07:00 . 1206 4343. '---~,~,~ 96.39 1L')~-- . 46 . 1247 ~_~.°°. 2736 034 09: 07: 30 .1289 4344.87 90.22 164. O0 . t 330 20. 0785 055 09: 08: O0 1372 4346 06 84.81 i 65 19 i 4 056 09: 08: 30 .1456 4347.21 80.01 166.34 .1497 17. 0528 057 09: 09: O0 .1539 4348.07 75.75 167.20 .1580 15. 7945 058 09: 09: 30 .1622 4348, 95 71.89 168.08 .1663 14. 9627 059 09: 10: 00 .1706 4349.63 68.43 168.76 .1747 13. 3629 040 09: 10: 30 .1789 4350.24 65.29 169.37 .1830 L 2. 5540 041 09: I i: O0 .1872 4350.94 62.42 170.07 .19 ~ 3 ~ !. 9604 042 09: 11: 30 .1956 4351.26 59.81 170.39 .2057 £ I. 6312 043 09: 12: 30 .2122 4552.50 55.19 171.45 .2204 ! O. 1569 044 09: 13: 30 .2289 4553.10 51.24 172.23 .2371 i O. 4616 045 09: 14: 30 .2456 4553.88 47.83 175.01 .2538 8. 7568 046 09: 15: 30 .2622 4554.41 44.86 173.54 .2704 7.3711 047 09: 16: 30 .2789 4354.95 42.24 174.08 .2871 5. 9271 048 09: 17: 30 . ~-95~ 4355. ~ 9 39.91 174 . '--'~._. -- . ~-~ ! 18 4. ,~46~ . 5 97 174.74 .3491 2. 5274 049 09:19:30 3289 4555.61 3 . 050 09:.-~°'~-. 00 . 3706 4356.08 '~'°~,. 03 175. 21 . 4025 1 . 0181 051 09: 26: 00 . 4o'-'v'), ~_ 4356.30 ~_°v,. 30 175.43 .4714 -. 9810 052 09: 30: 16 . 5083 4356.14 :,,.°'-- 62 ~ 75.27 . 5464 -2. 7480 053 09: 35: 00 .5872 4355.69 20.58 174.82 .6219 --I. 7676 054 09: 39: 17 .6586 4555.04 18.46 174.17 .6922 -. 4040 055 09: 43: 25 .7275 4354.59 16.81 173.72 .7647 1. 0554 056 09: 48: O0 .8039 4555.18 15.31 174.31 .8366 4. 5924 057 09: 52: 00 .8706 4355.61 14.21 174.74 .9045 7. 4346 058 09: 56:09 .9397 4355.89 13.24 175.02 .9873 7. 7097 059 10: 02: 00 ''~ i ~ 0372 4356.96 12.0~ 176.09 ~. 0782 7. 6273 060 10:07:01 1. 1208 4357.63 11.26 176.76 1. 1696 7.9300 061 10: I3:©0 1. 2206 4358.22 10.42 177.35 1. 2615 6. 2722 062 10: 18: 00 1. 3039 4358.55 9.82 177.66 1. 3449 5. 5672 063 10: 23:00 1. 3872 4358.84 9.29 177.97 i. 4283 4. 7973 064 10: 28:00 1. 4706 4359.02 8.82 178.15 1.5116 4. 8169 065 10: 33: 00 1. 5539 4359.31 8.40 178.44 1. 5950 4.8510 066 10: 38: O0 1. 6372 4359.48 8.02 178.61 I. 6784 5. 4553 067 10: 43: 00 1. 7206 4359.71 7.68 178.84 I. 7617 5. 5469 TEST PHASE:Buildum Test I PAGE: 001 BP Exploration (Alaska) WELL : State #&4 HORNER TIME: 11.50 Hfs FIELD: Point McIntvre Pwf : 4180.87 Psi TVDss: 8900 CURRENT DATE: 12 APR 90 MDrkb: 11244 CURRENT Bht : 184 DegF ]~CO~]) ' REAL TIME DELTA TIME "P)~ESSURE "'H~)'i~NER -~LI'A --- TZNE " PRESSURE NUHBER 24 Hr. CLOCK IN HOURS (Psia) FUNCTION PRESSURE DERIVATIVE DERIVATIVE ~ m m mil 070 10: ~: O0 I. ~70& 4~&O. 43 ~. ~4 17~. ~& 2.0~22 071 11: O~: O0 2.1 ~72 4~0.8~ ~. ~8 180.01 2.21 ~0 074 11: 3B: O0 2. 6372 4362.01 5.36 1B1.14 2. 7193 6. 075 1 ~: 48: O0 2. 8039 4362.36 5.10 1B i. 49 2. B860 6. B467 076 ll:58:'qn ~ o~l 4562.58 4 87 ~o~ =1 ~ 077 12: 1 ~: O0 ~. 2206 4565 . I 0 4.57 182. -.?~ ~.. 5432 6 .9099 078 12: 28: O0 5. 4706 4565.55 4.51 182.68 5.5~54 7.5150 07~ 12: 45: O0 5. 7206 4565.84 4. O~ 182.97 5. 8455 7.4710 080 1 ~ - ~. ~: 58: O0 ~. ~706 4564.24 = ~0 185.57 4.215 i 7.55~ i 081 15: 28: O0 4. 4706 4564. ~5 5.57 184.06 4.715~ 8.0615 082 15: 58: O0 4. ~706 4565.55 5.51 184.66 5. 4477 8. 0762 085 14: 58: O0 5. ~706 4566.54 2. ~5 185.67 6.4512 8. 0046 084 15: 58: O0 6. ~706 4567.55 2.65 186.46 7. 4558 8.1458 085 16: 58: O0 7 ~706 4568.02 2.44 187.15 8 4558 9. ~7~ 086 i 7: 58: O0 8. ~706 4568.55 2.28 187.66 ~. 4575 20.1524 087 18: 58: O0 ~. ~706 456~. 05 2.15 188.16 10. 4586 52.2~85 088 1 ~: 58: O0 10. ~706 4569.72 2.05 188.85 11.45~7 46. 4605 08~ 20: 58: O0 11. ~706 4572.44 1. ~6 191.57 12. 4605 58.018~ 090 21: 58: O0 12. ~706 4575.11 1.8~ 1 ~4.24 15.4615 68.712~ O~ 1 22: 58: O0 I 5. ~706 4577.7~ 1.82 1 ~6. ~2 14.461 ~ 64.21~7 0~2 25: 58: O0 i 4. ~706 457~. 82 1.77 i ~8. ~5 15. 4625 55.08 095 O0: 58: O0 15. ~706 4581.68 1.72 200.81 16. 4650 42. 8261 0~4 O1: 58:O0 16. ~706 4582.67 1.68 201.80 17. 4654 52.4~07 0~5 02: 58: O0 17. ~706 4585.21 1.64 202.54 18. 4658 21.7112 0~6 05: 58: O0 18. ~706 4585.56 1.61 202.69 i ~. 4641 16. 7541 097 04: 58: O0 1 ~. ~706 4585.85 1.58 ~0~°. ~8 ~ 20. 4644 14. 5247 0~8 05: 58: O0 20. ~706 4584.08 1.55 205.21 21.4810 15. 0055 0~ 07:00:00 ~°°. 005~ 4584.~=~.~ 1 . 52 205 .46 o~. 4985 12 . 7~24 100 08'. 00:O0 ~°~. 005~ 4384 . 501 . 50 205 . 65 ~. 4~86 1 1. 101 0~: 00:O0 24. 0059 4584.65 i. 48 205.78 24. 1700 I5. 6501 102 O~: 20: O0 24. 5572 4584.7 i i. 47 205.84 0.0000 0.0000 TEST PHASE:Buildup Test 1 PAGE: 002 BP Exploration WELL : State #6 FIELD: Point Mclntyre CUSTOMER REP.: Ms J. Golding HRS REP. : R.A. Richey HRS --- i iiiii ii i ___, i i *** GRADIENT SUMMARY *** BHP TOOL # :HP-884 BHT TOOL # :HRS-O051 SURVEY DATE :15 APR WELL STATUS :Static STOP REAL BHP BHT Depth Pressure NUM. Depth TIME Psia Deg F CHANGE GRADIENT 1 8925 09:52:00 4592.88 185.1 8922 .49256 2 8952 10:04:00 4595.48 185.2 9 .28889 5 8941 i0:16:00 4598.45 185.5 9 .55000 4 8950 10:29:00 4401.55 185.6 9 .52000 5 8959 10:41:00 4404.20 185.7 9 .51889 6 8968 10:54:00 4407.12 184.0 9 .52444 7 8977 11:06:00 4410.08 184.2 9 .52889 8 898& 11:16:00 4415.06 184.7 9 .55111 9 8995 11:28:00 4415.84 184.9 9 .50889 10 9004 11:40:00 4418.76 184.8 9 .52444 11 9015 11:52:00 4421.70 184.7 9 .52667 12 9022 12:05:00 4425.56 184.7 9 .42889 15 9051 12:17:00 4429.75 184.9 9 .46556 14 9040 12:29:00 4454.08 185.0 9 .48111 15 9049 12:44:00 4458.27 185.1 9 .46556 16 9058 12:56:00 4442.55 185.4 9 .47555 17 9067 15:07:00 4446.85 185.6 9 .47778 18 9076 15:19:00 4451.02 185.8 9 .46556 TEST PHASE: Mi d-Test Gradient Survey PAGE: 001 HRS STOP NUM. *** GRADIENT DATA DUMP *** REAL BHP BHT TIME MDrkb TVDss Psia Deg F I 09: 42: 10 11270 8923 4392.92 182.8 1 09: 42: 19 11270 8923 4392.96 182.8 1 09: 42: 21 11270 8923 4393.03 182.7 I 09: 43: 00 11270 8923 4392.85 183.0 1 09: 44: 00 11270 8923 4392.88 183.0 I 09: 45: O0 11270 8925 4392.89 183.0 I 09: 46: O0 11270 8923 4392.87 183.0 i 09: 47: 00 11270 8923 4392.88 183.0 I 09: 48: 00 11270 8923 4592.87 185.1 1 09: 49: 00 11270 8925 4392.87 183.1 i 09: 50: O0 11270 8923 4392.90 183.1 1 09:51:00 I1270 8923 4592.91 183.1 I 09: 52: O0 11270 8923 4392.88 185. I 09: 54: O0 11280 8952 4395.44 183.0 09: 55: O0 11280 8952 4595.44 183.1 09: 56: O0 11280 8932 4395.45 185.1 09: 57: O0 11280 8952 4395.45 185.1 09: 58: O0 11280 8952 4395.47 183.1 09: 59: O0 11280 8932 4395.47 183.1 10: 00:O0 11280 8952 4595 48 185. o 10: 01: O0 I 1280 oo~o,, · -_.~-4395.48 183 . -° 10: 02: O0 11280 8952 4595 48 183. o 10: 05: O0 11280 8952 4595.49 183.2 10: 04: O0 11280 8952 4395.48 185.2 --' I 0: 06: O0 11290 8941 4398 38 183. ') 3 10: 07: 00 11290 8941 4598.35 183.3 5 10: 08: 00 11290 8941 4398.38 183.3 3 10: 09: 00 11290 8941 4398.35 183.3 3 10:10:00 11290 8941 4398.35 183.3 =~, 10: 11: 00 11290 8941 4398 .36 183. '~ 3 10: 12: 00 11290 8941 4398.39 ~83.3 3 10: 13:00 11290 8941 4398.41 183.3 ~._, I 0: 14: O0 11290 8941 4398.43 183. '--~, 3 10: 15: (}0 11290 894 t 4398.44 t 83.3 3 10: 16: 00 11290 8941 4398.45 183.3 4 i0: 19:O0 i 1300 8950 4401.31 183.4 4 10: 20: O0 11300 8950 4401.51 183.4 4 10: 21:00 11300 8950 4401.31 183.4 4 10: 22: O0 11300 8950 4401.32 183.4 4 10: 23: 00 11300 8950 4401.33 183.5 4 10:24:00 ,~ i1300 8950 4401.28 183.5 4 i 0: 25: O0 11300 8950 4401.50 183.5 4 10: 26: O0 I 1300 8950 4401.30 183.6 4 10: 27:00 "11300 8950 4401.31 183.6 4 10: 28: O0 11500 8950 4401.31 183.6 4 10: 29: O0 11500 8950 4401. ,~,'~ 183 .6 5 5 5 5 5 5 5 5 i0:31: O0 11310 8959 4404.18 :oz,. 5 10: 32:O0 11510 8959 4404.16 183.6 i 0: 33: O0 I 1310 8959 4404.16 i 85.7 10: 34:00 11310 8959 4404. i6 i83.6 i0: = : -'i0 8959 4404 i; 7 ~5 O0 11~ . - 183. 10: 36:O0 i 1310 8959 4404.19 t83.7 10: 57: O0 11,~ -~ 10 8959 4404 . ~_~° 183.7 10: 38: 00 I 1310 8959 4404.20 183.7 10:39:00 11310 8959 ' 4404.23 I83.7 10: 40:00 11310 8959 4404.21 183.7 10: 41: 00 1 ! 310 8959 4404.20 185.7 6 10: 44: 00 11320 8968 4407.04 183.8 6 10: 45: 00 11320 8968 4407.08 183.8 6 10: 46: 00 11320 8968 4407.10 185.8 6 10: 47: 00 11320 8968 4407.13 183.8 6 I0: 48:O0 11TM ~ o~_0 8968 4407. I ~ 183.8 6 10: 49: O0 I 1320 8968 4407.15 183.9 TEST PHASE: Mid-Test Gradient Survey PAGE: 002 HRS *** GRADIENT DATA DUMP *** STOP REAL NUM. TIME MDrkb TVDss 6 i 0: 50: O0 11520 8968 6 10: 51: O0 11520 8968 6 10: 52: O0 11520 8968 6 i 0: 53: O0 11320 8968 6 10: 54: 00 i 1320 8968 7 10: 56: 00 11330 8977 7 10: 57:00 i 1330 8977 7 10: 58: O0 11330 8977 7 10: 59: O0 11350 8977 7 11: 00:O0 11330 8977 7 i i: 0i: 00 i i330 8977 7 11: 02: 00 11330 8977 7 11: 03:00 11330 8977 7 11: 04: 00 11530 8977 7 11: 05:O0 11330 8977 7 11: 06: O0 11330 8977 8 11: 10: O0 11340 8986 8 11: I 1: O0 115.40 8986 8 1i: 12:00 11340 8986 8' 11: 13: O0 11340 8986 8 I 1: 14: 00 11340 8986 8 11: 15: O0 11340 8986 8 11: 16: O0 11340 8986 9 11: I8:00 11350 8995 9 11: 19: O0 11350 8995 9 11: 20: 00 11350 8995 9 11:21: 00 11350 8995 9 11: 22: O0 11350 8995 9 11: 23: O0 I 1350 8995 9 11: 24: O0 11350 8995 9 11: 25:O0 11550 8995 9 11: 26: 00 11350 8995 9 i 1: 27:O0 11350 8995 9 11: 28:O0 11350 8995 i 0 i I: 30: O0 I 1360 9004 10 11: 51: O0 11360 9004 10 11: ~2: O0 11360 9004 10 I I: 33: O0 11360 9004 I 0 11: 54: O0 11360 9004 I 0 11: 35: O0 11360 9004 10 11: 36: O0 11360 9004 10 11: 37:O0 11360 9004 I0 Ii:38:00 "11360 9004 10 11: 39: 00 11360 9004 10 11: 40: 00 11 o6~ 9004 I I I i: 42: ^~v,~ i,. ,.., ~ ~-~ 9013 11 11: 43: 00 I 1370 9013 I I I I: 44:O0 11370 9013 11 11: 45:O0 i 1370 9013 11 11: 46:O0 11370 9013 11 11: 47:00 11370 9015 11 11: 48:O0 11370 9015 11 11: 49: O0 11370 9013 i I 11: 50: O0 11370 9013 11 11: 51:O0 i ~o, 0 9013 11 11: 52:O0 11370 9013 12 I i: 54:O0 11380 9022 12 11: 55:O0 11380 9022 12 11: 56:O0 11380 9022 I2 11: 57:00 11380 90~ 12 11: 58:O0 i 1380 90~ BHP BHT Psi a Deg F 4407.11 183.9 4407.09 183.9 4407.12 183.9 4407.11 184.0 4407.1°~ 184. 0 4409.97 184.1 4410.02 184.1 4410.07 184.1 4410.09 184.1 4410.11 184.1 4410. i2 i84. i 4410.12 184.1 4410.15 184.1 4410. 1°~ 184. 1 4410.09 184.~° 4410. 08 I84.°~ 4413.05 184.4 4413.09 184.5 4413.08 184.6 4413.11 184.5 4415.10 184.6 4413.09 184.6 4413.06 184.7 4415.84 184.7 4415.85 184.8 4415.85 184.8 4415.87 184.8 4415.84 184.8 4415.86 184.8 4415.85 184.8 4415.85 184.8 4415.83 184.9 4415.84 184.9 4415.84 184.9 4418. ~,~ 185. v 4418.73 184. 4418.73 184. 4418.75 184.9 4418.75 .184.9 4418.74 184.9 4418.77 184.8 4418.78 184.8 4418.78 184.8 4418.76 184.8 4418.76 184.8 4421.65 184.7 4421.65 184.7 4421.65 184.7 4421.67 184.7 4421.67 184.7 4421.67 184.7 4421.67 184.7 4421.67 184.7 4421.69 184.7 4421.69 184.7 4421.70 184.7 4425.-~L 184.7, 4425.59 184.6 4425.58 184.7 4425.59 i84.6 44~.58 184./ 12 11:59:00 11380 9022 4425.59 184.6 TEST PHASE: Mid-Test Gradient Survey PAGE: 005 HRS *** GRADIENT DATA DUMP *** STOP NUM. REAL BHP BHT T I ME MDt kb TVDss Psi a Deg F 12 12: O0: 00 I 1380 9022 4425.58 184.7 12 12: 01: O0 11380 9022 4425.59 184.6 12 12: 02: O0 11380 9022 4425.58 184.7 12 12: 03: 00 1 i 380 9022 4425.55 184.7 12 12: 04: 00 i 1380 90-~ 4425.58 184.6 12 12: 05: 00 11580 9022 4425.56 184.7 13 i2: 07:O0 11390 9031 4429.49 184.8 13 12: 08:O0 11390 9031 4429.61 184.8 1-', 12: 09: O0 11390 9031 4429.65 184.8 i 3 12: i 0: 00 i i 390 9031 4429.72 184.8 13 12: 11: 00 11390 9031 4429.74 184.8 15 12: 12: O0 11390 9031 4429.76 184.8 13 12: 13: 00 11390 9031 4429.75 184.9 15 12: 14: O0 I 1390 9051 4429.77 184.8 13 12: 15: O0 11390 9031 4429.75 184.9 13 12: 16: 00 11590 9031 4429.77 184.9 13 12: 17: O0 11390 9051 4429.75 184.9 14 12: 19: O0 11400 9040 4434.09 i 84.8 14, 12:20:00 11400 9040 4454.04 i85.0 14 12: 21: 00 I 1400 9040 4434.04 185.0 14 12: 22: O0 11400 9040 4434, 04 185.0 14 12: 23: O0 I 1400 9040 4454.02 185.1 14 12: 24:O0 11400 9040 4454.06 185.0 14 12: 25: O0 11400 9040 4454.07 185.0 14 12: 26: O0 11400 9040 4434.05 185.0 14 12: 27: O0 11400 9040 4434.11 185.0 14 12: 28:00 11400 9040 4434.10 185.0 14 12: 29: 00 11400 9040 4434.08 185.0 15 ~ ~ onto ~ . ~-: 34:O0 t 1410 .... 4438. ~5 185 0 15 12: 55: 00 11410 9049 4438.21 185.1 15 12:36:00 I14I© 9049 4438.22 185.1 15 12: 37: 00 11410 9049 4438.26 185.1 i 5 12: 38: 00 11410 9049 4438.23 185.1 15 12: 39:00 11410 9049 4438.22 185.1 15 12: 40: 00 11410 9049 4438.24 185.1 15 12: 41:00 11410 9049 4438.26 185. 1 15 12: 42: O0 11410 9049 4458.27 185. i 15 12: 43: 00 i i 410 9049 4438.24 185. 1 15 12: 44:O0 11410 9049 4458.27 185. i 16 12:46:00 ,~ 11420 9058 4442.38 185 ° 16 12:47:00 11420 9058 4442.50 185.3 16 12:48:00 11420 9058 4442.55 185.3 16 12:49:00 ~ 11420 9058 4442.58 185.3 16 12:50:00 11420 9058 4442.58 185.4 16 12:51:00 11420 9058 4442.58 185.4 16 12:52:00 11420 9058 4442.56 185.4 16 12:53:00 11420 9058 4442.55 185.4 16 12:54:00 11420 9058 4442.53 185.4 16 12:55:00 11420 9058 4442.55 185.4 16 12:56:00 11420 9058 4442.53 185.4 17 12: 58: O0 11430 9067 4446.71 185.4 17 12: 59: 00 11430 9067 4446.81 185.4 17 13: 00: 00 11450 9067 4446.84 185.5 17 13: 01:O0 11430 9067 · 4446.83 185.5 17 13: 02: 00 11430 9067 4446.83 185.6 17 13: 03: 00 11430 9067 4446.80 185.6 17 13: 04: 00 11430 9067 4446.84 185.6 17 13: 05: 00 11430 9067 4446.82 185.6 17 13: 06: 00 11430 9067 4446.84 18-5.6 17 13: 07:00 11430 9067 4446.83 i85 6 18 13:09:00 11440 9076 4450.83 185.7 18 13:i0:00 11440 9076 4450.86 185.8 TEST PHASE: Mid-Test Gradient Survey PAGE: 004 STOP NUM. HRS *** GRADIENT DATA DUMP *** REAL BHP BHT TIME MDrkb TVDss Psia Deg F 18 15:11: O0 11440 9076 4450.95 185.8 18 15: 12: O0 11440 9076 4450.98 185.8 18 15: 15:O0 11440 9076 4451. O0 185.8 18 15:14:00 11440 9076 4451.01 185.8 18 15: 15:O0 1 i440 9076 4451. O1 185.8 18 15: 16: O0 11440 9076 4451.05 185.8 18 15: 17: O0 11440 9076 4450.99 185.8 18 13: 18:O0 11440 9076 4451.03 185.8 18 13: 19: O0 11440 9076 4451.02 185.8 TEST PHASE: Mid-Test Gradient Survey PAGE: 005 BOTTOM--HOLE PRESSURE SURVEY COMPANY : WELL : DATE OF SURVEY : TYPE OF SURVEY : FIELD : FORMATION : AP1 # : SURFACE LOCATION : BOTTOMcHOLE LOCATION ': BOROUGH : STATE: N o r 't h S ]. o p ~'.'~ Al aska BOTTOM--HOLE DATA TYPE DF GAUGE : HF .... S,'"N ~3[~,.~':~ DEPTH OF GAUGE : ii:]:'70 ft MDrkb BHFP : .4077.69 psia FBHCIP : 4411!:,,94 psia PREVIOUS TD : CURRENT TD : BHFT FBHCIT ft MDrkb ft MDrkb WELL--HEAD DATA WHFP : 1333 psia WHFT FWHCIP : i65::} psia FWHCIT OIL GAS WATER RATE : stb/d RATE : mmscf/d RATE : b/d GOR : scf/stbo ft 185 ,, 6 TVDss deg. deg. deg. deg. F F COMPANY CUSTOMER REPRESENTATIVE REPRESENTATIVE ~ Exploration ~ELL : State ~6 ~IELD: Point McIntyre ~USTOMER REP.: Ms J. Golding ~RS REP. : R.A. Richev HRS *** CHOKE ADJUSTMENT SUMMARY *** TIME SIZE REMARKS lO:O& 0/64 Well Shutin 14:55 4/64 00en Well 14:57 12/64 15:00 18164 15:05 24/64 15:54 28/64 16:50 52/64 19:00 54/64 21:00 56/64 21:50 54/64 21:50 52/64 18:52 0/64 Weii Shutin BHP TOOL # :HP-8B4 BHT TOOL # :HRS-O051 SURVEY DATE :14 APR WELL STATUS :Flowing CUSTOMER SUPPLIED INFORMATION 'EST PHASE: Choke Adjustments PAGE: 001 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F I0: 06:00 4074.04 185.8 10: 06:10 4074.06 185.8 10: 07:00 4074.61 186.0 10: 08:00 4075.46 186.1 10: 09: 00 4076.15 186.1 10: 10:00 4076.61 186.1 10: 11: 00 4076.86 186.1 10: 12:00 4076.99 186. 1 10:13:00 4077.02 186.1 10: 14:00 4077.01 186.1 10:i5:07 4076.95 186.1 10: 16:00 4076.93 186.1 10: 17:00 4076.88 186.1 10:18:00 4076.83 186.1 10: 19:01 4076.76 186.1 10:20:16 4076.75 186.1 10: 21:04 4076.69 186.1 10: 22: 00 4076.66 186. 1 10: ~3:02 4076.63 186.1 10: 24:01 4076.55 186.1 10: 25: 01 4076.55 186.1 10: 26:03 4076.52 186.1 I 0: ~-, . 00 4076.56 186.1 10: 28: 00 4075.94 186 '~ 10: 29: 00 4076.04 186. i 10: 30:00 4076.19 186.1 10: 31: 00 4076.24 186.1 10: 32: 00 4076.29 186.1 10: 33:00 4076.50 186.1 10: 34:00 4076.55 186.1 10: 35:00 4076.37 186.1 10: 36:00 4076.43 186.1 10:~, :08 4076.40 !86.1 10:38:00 4076.38 186.1 10: 39: 00 4076.57 186.1 10:40:00 4076.59 186. 1 10:41:08 4076.59 186.1 10: 42:08 4076.37 186.1 10:43:04 4076.35 186.1 10:44:01 4076.37 186.1 10:45:07 4076.35 186.1 10: 46: '02 4076.37 ! 86.1 10: 47: 00 4076. -~-~_ 186 . 1 10: 48:00 4076.55 186.1 10:49:00 4076.37 186.1 10: 50:00 4076.57 186.1 10: 51: 00. 4076.44 186.1 10: 52: 00 ''~ 4076.58 186.1 10: 5~: 00 4076. -~1 186.1 10: 54: 00, 4076 . --~_~'~ 186 . 1 10: 55: 00 4076.12 186.2 10: 56: 00 4076.07 186.2 10:57:00 4076.14 186.1 10: 58: 00 4076.27 186. i 10: 59:00 4076.59 186.1 11: 00: 00 4076.50 186. 1 11:01: 00 4076.51 186.1 11: 02: 00 4076.52 186.1 11: 03:00 4076.51 186.1 11: 04: 00 4076.50 186.1 11: 05: 00 4076.51 186.1 11: 06: 00 4076.50 186.1 11: 07: 00 4076.50 186.1 11: 08: 00 4076.52 186. 1 11:09:00 4076.51 186.1 11: 10: 00 4076.55 186.1 11: 11: 00 4076.58 186. i FEST PHASE: Choke Adjustments PAGE: 002 HRE;; *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F t 1: 15: O0 4076.59 186.1 11: 14: O0 4076.55 186.2 11: 15: 00 4076.58 186.1 11: 16: O0 4076.55 186. ~ ~ i 1: 17: O0 4076.58 186.1 11: 18: O0 4076.66 186.1 I1:19:00 4077.25 186.1 11: 20: O0 4078.55 186. i 11: 21: O0 4079.48 186.1 11: 22: 00 4080.11 186.1 11: 25: O0 4080.52 186.1 11: 24: O0 4080.77 186.1 11: 25: 00- 4080.94 186.1 11: 26:O0 4081.02 186.1 11:27:00 4081. 10 186.2 11: 28:O0 4081.14 186.2 11: 29:O0 4081.16 186.2 11:30:00 4081 21 186. ~ 11: 31: 00 4081.22 186.2 11: 32: O0 4081.28 186.2 11:35:00 4081 50 186 ~ 11: 34: O0 4081. 50 186. ~ ~ 1I:35:00 4081 54 186 ~ 11: 56: O0 4081.56 186.2 11: 37: 00 4081.59 186.2 11: 38:00 4081.40 186.2 11: 39: O0 4081.44 186.1 11: 40: O0 4081.41 186.2 11:41:00 4081 40 186 '~ 1 i: 42: O0 4081. 57 186. ~. ~ 11:45:00 408I 58 186 ~ 11: 44: 00 4081.56 186.2 11: 45:00 4080.97 186.1 11: 46:00 4079.72 186.1 11: 47: 00 4078.52 186.1 11: 48: 00 4077.60 186.1 11: 49: 00 4076.95 186.1 11: 50: 00 4077.47 186.1 11: 51: 00 4078.70 186.1 11: 52:00 4079.68 186.0 1 i: 53:O0 4080. O0 186.0 11:54:00 4079.95 186.1 11: 55: 00 4079.92 186.0 11: 56: 00 4080.19 186.0 11: 57: 00 4080.57 186.1 11:58:00 4080.58 186.1 11: 59: 00 4080.57 186.1 12: 00: 00 4080.46 186.1 12:O1: O0 4080.50 186.1 12: 02: 00- 4080.47 186.1 12: 05: O0 4080.52 186.1 12: 04: 00 4080.10 186.1 12: 05:O0 4080.25 186.1 12: 06: O0 4080.45 186.0 12: 07: O0 4080.22 186.0 12: 08: O0 4079.55 186.1 12: 09: 00 4079.25 186. 1 12: 10:00 4079.64 186.1 12:11:00 4080.08 186.0 12: 12:O0 4080. 18 186. I .: 15:O0 4080.1 1 186.0 12: 14: 00 4079.94 · 186.1 12: 15: O0 4079.95 186.1 12: 16:O0 4080. O0 186.1 12: 17:00 4080.21 186.0 12: 18:00 4080.50 186.1 12: 19:00 4080.21 186.1 12: 20:O0 4079.75 186. i TEST PHASE: Choke Adjustments PAGE: 005 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deo F Ix 21 . ~: :00 4079. i5 186 1 12: ~_-: O0 4079.14 186. 1 I~_.°. ~.~..°=. O0 4079.45 186 . I ~_: 24: O0 4079.70 186.1 12:25:00 40, ,.95 186.1 12: 26: O0 4080.01 186. 1 12:27:00 4079.94 186. 1 12:28:00 4079.18 186.1 12:.°9:00 4078.26 186. t 12:30:00 4078. 16 186.1 12: 31:00 4078.61 186. ..... :00 4079. 11 186.1 12:33:00 . 4079.48 186.1 12:34:00 4079.71 186. I 12: 35:00 4079.87 186.0 12: 36:00 4079.87 186.1 12: 37:00 4079.39 186.1 12: 38:00 4078.36 186.2 12: 39: 00 4077.66 186.1 12:40:00 4077.81 186. 1 12: 41: O0 4078.40 186. I 12: 42: 00 4078.90 186.2 12: 43: 00 4079.34 186. 12:44:00 4079.63 186.1 ~:45:00 4079.79 186.1 12:46:00 4079.79 186.1 1-.:° 47: 00 4079.80 186.1 12:48:00 4079.43 186. 1 12: 49: 00 4078.77 186. I 12:50:00 4078 51 186 .':-I: 00 4078.64 186. 1 1.-: ~ 52:00 4078.92 186.1 12: ~'-'-~ ~,: O0 4079. I 1 186. 1 12: 54:00 4079. ix 55 .=: : O0 4079.~,°-~ 186. 1 12:56:00 4079.20 186. 1 12: 57: '00 4079. 10 186.1 ~_: 58: 00 4079.06 186 12:59:00 4079.05 186. 1 13: 00:00 4079.01 186. 1 13:01:00 4079.02 186. 1 13: ]~ L.-':00 40, ,.04 186. 1 13: 03,: 00 4079.09 186. 1 13:04:00 4079. 13 186.1 13: 05: O0 4079. ~_~ o 186. i 13:06:00 4079.14 186.1 13:07:00; 4079.19 186.1 13: 08:00 4079. 19 186.2 13: 09:00 4079.24 186. 1 13:10:00 - 40 .... 186. 1 13: i I: O0 4079. 1 --'~ 186 . 1 13: 1--': ~ 00 4079.00 186.1 13:i3:00 4078.95 186.1 13: 14:00 4079.01 186. 1 13:15:00 4079.07 186.1 13:16:00 4079.02 186. 1 I3:17:00 4078.97 186 13:18:00 4078 97 186 i '3: 19: 00 4078.99 186. i 13: 20: O0 4078.89 186. 1 13: 21: 00 4078.77 186. 1 I~, =: -'-': 00 4078.77 186 . .-' 13:~.°--'. O0 4078.95 186. 1 13:24:00 4079.04 186.1 13:25:00 4078.98 186.1 13: 26:O0 4078.95 186. 13:27:00 4078 99 186 -'ST PHASE: Choke Adjustments PAGE: 004 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 13: 29: 00 4078.78 186 ~ 13: 30: 00 4078.69 186.2 15:31:00 4078.77 186. 1 13:32:00 4078.86 186. I 15: 53:00 4078.85 186.1 15:34:00 4078.88 186. 1 15: 35: 00 4079.01 186.1 13:36:00 4079.07 186.1 13: 37: 00 4078.93 186.~_ ~ 15:38:00 4078.83 186.1 13: 39: 00 4078.88 186.2 13: 40: 00 4078.93 186. ~- ° 15: 41:00 4078.82 186. i 13: 42:00 4078.68 186.2 13: 43:00 4078.79 186. 1 13:44:00 4078.92 186. 1 13: 45:00 4078.92 186.1 13: 46:00 4078.74 186.,' ~ 13:47:00 4078.80 186.1 1 '-~: 48: 00 4078.91 186.1 15: 49: 00 4078.92 186.1 13: 50: 00 4078.72 186 ° 15:51: 00 4078.73 186.2 13: 52: 00 4078.88 186.2 1 -~: 53: 00 4078 .93 186. ~_ ~ 13:54:00 4078.77 186.1 1~ =: 55' 00 4078 .75 186. ~ 13: 56: 00 4078.87 186. ~_ ~ 15: 57:00 4078.92 186.2 13: 58: 00 4078.77 186. ~_ ° 13:59:00 4078 75 186. ~ 14: 00:O0 4078.88 186.~ ~ 14:0i:00 4078.92 186.1 14: 02:00 4078.74 186.2 14: 03:00 4078.71 186.1 14: 04:00 4078.85 186.2 14:05:00 4078.94 186.1 14: 06:00 4078.75 186.2 14:07:00 4078 66 186 ~ 14: 08:00 4078.78 186. ~ ~ 14: 09:00 4078.9i 186.1 14:10:00 4078.79 186.2 14:i1:00 4078 64 186 ° 14: 12:00 4078.76 186.2 14: 13:00 4078.92 186.2 14: 14: 00 4079.05 186.2 14: 15: 00 ' 4078.76 186.2 14: 16: 00 4078.44 186.2 14:17:00 4078 51 186 o 14:18:00 - 4078.70 186.2 14: 19: 00 4078.86 186.2 14: 20: 00 4078.92 186. ~_ ° 14: 2t: 00 4078.45 186.2 14: 22: 00 4078.00 186.2 14:25:00 4078 18 ,186 ° 14: 24:00 4078.46 186.2 14:25:00 4078.75 186. 1 14: 26: 00 4078.82 186 . ~_ ° 14: ~,: 00 4078.34 186 ~ 14: 28: 00 4077.84 186.2 14: 29: 00 4078.05 186. ~ ~ 14: 30: 00 4078.36 186 . ~_ ~ 14: 31: 00 4078.67 186.2 14: 32:00 4078.71 186.2 14:=3:00 4078.34 186 o 14:34:00 4078.13 186 ~ 14: 35: 00 4078.38 186.2 FEST PHASE: Choke Adjustments PAGE: 005 TEST PHASE: *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Dea F 14: 14: 14: 14: 14: 14: I4: 14: 14: 14: 14: 14: 14: 14: 14: 14: 14: 14: 14= 14: 14: 14: 14= 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 15: 57: O0 4078 82 186. 58: O0 4078.54 186. 59: O0 4078.02 186. 40: O0 4077.99 186. 41: O0 4078.27 186. 42: O0 4078.56 186. 45: O0 4078.69 186. 44: O0 4078.50 186. 45: O0 4077.84 186. 46: O0 4078.05 186. 47:O0 4078 57 186. 48: O0 4078.65 186. 49: O0 .. 4078.49 186. 50: 00 4077.85 186. 51: O0 4077.66 186. 52: O0 4078.01 186. 55: O0 4078.59 186. 54: O0 4078.58 186. 55: O0 4078.16 186. 56: O0 4077.68 186. 57: O0 4077.89 186. 58: O0 4078.25 186. 59: O0 4078.57 186. O0: O0 4078.52 186. 01: O0 4077.62 186. 02: O0 4077.59 186. 05: O0 4077.79 186. 04: O0 4078.20 186 05: O0 4078.51 186. 06: O0 4078.25 186. 07: O0 4077.62 186. 08: O0 4077.62 186. 09: O0 4077.99 186. I0:00 4078 55 186 1 i: O0 4078.58 186. 12:00 4078.40 186. i~ -~: O0 4077.82 186. 14:00 4077 68 186 15: 00 4078.02 186. 16: O0 4078.~_,')° 186 . 17: 00 4078.54 186. 18: O0 4078.62 186. 19: 00 4078.08 186. 20: 00 4077.49 186. 2 i: 00 4077.65 186. ~- ' O0 4078. 01 186. ..7.: 00~' 4078.28 186. 24: 00 4078.50 186 25: 00 4078.60 186. 26: 00 - 4078.05 186. 27: O0 4077. '--") 186. 28: O0 4077. ,59 186. 29: 00 4077.76 186. 30: O0 4078.01 186. .51: 00 4078.26 186. 32: 00 4078.42 186. ==' O0 4078.06 186. 34: O0 4077.18 186. 35: 00 4076.59 186. 36: O0 4076.84 186. 57: 00 4077.28 186. 38: O0 4077.68 ,186. 39: 00 4078.06 186. 40: O0 4078. `55 186 41: O0 4078.59 186. 42: O0 4077.77 186. 43: 00 4076.87 186. Choke Adjustment 44: O0 4076.59 , , PAGE: 006 TEST PHASE: *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 15: 45: O0 4077. O0 186. 15: 46: O0 4077 40 186 15: 47: O0 4077 74 186 15: 48: O0 4078 05 186. 15: 49:00 4078.~-~ 15: 50: O0 4078.18 186. 15: 51: O0 4077.70 186. 15: 52: O0 4077.40 186. 15:55:00 40,, 52 . m 15: 54: O0 4077.69 186. 15: 55: O0 4077 15: 56:O0 4078 15: 57: O0 4078.1 15: 58: 00 4077 98 186. 15: 59:O0 4077.91 I86. 16: O0: O0 4077 16: 01: O0 4078.04 186. 16: 02: O0 4078 08 186. 16: 05: O0 4078 09 186 16: 04: O0 4078.05 186. 16: 05: O0 4077.94 186. 16: 06: O0 4077 93 186. 16: 07: 00 4077.96 186. 16: 08: O0 4077.96 186. 16: 09: O0 4077.99 186. 16:10:00 4077.96 186. 16: 11: 00 4077.95 186. 16: 12: 00 4077.92 186. 16: 15: O0 4078.05 186. 16: 14:O0 4078.11 186. 16: 15:O0 4078.19 186· 16: 16: O0 4078.09 186. 16: 17: O0 4077.97 186. 16: 18: O0 4077.89 186. 16: 19: O0 4077.92 186.~_ 16: 20: 00 4077 98 186. 16: 21: 00 4078.02 186. 16:~.00 4077 98 186. 16: ~.: O0 4077 94 186 16: 24: O0 4077.97 186. 16:25:00 4077 99 186 16: 26: 00 4077.89 186. 16:27:00 4077 77 186 16: 28: 00 4077.82 186. 16: 29: 00 4077.97 186. 16: 50: O0 4078.08 186. 16: 31: 00 ' 4078.02 186. 16: 32:O0 4077.91 186. 16:~=5: 00 4077.91 186. 16:34:00 - 4077.94 186. ! 6: 35: O0 4077.91 186. 16: 36: O0 4077.81 186. 16: ~,: 00 4077.75 186. 16: 38: O0 4077.90 186. 16: 39: O0 4078.07 186. 16: 40: 00 4078.08 186. 16:41:00 4077 92 186 16: 42: O0 4077.78 186. 16: 45: 00 4077.87 186. 16: 44: 00 4077.96 186. 16: 45: 00 4077.92 186. 16: 46: O0 4077.72 186. 16: 47: 00 4077.74 186. 16: 48: O0 4077.89 186. 16: 49:O0 4077.99 186 16: 50: O0 4077.92 186. 16: 51: O0 4077.66 186. 16: 52: O0 4077.71 186 . Choke Ad.~ustments PAGE: 007 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 16: 53:00 4077.87 16: 54:00 4078.01 16: ~J: O0 4077.89 16: ~. 00 4077.63 16: 57:00 4077.60 16: 58: 00 4077 -~-~ 16: 59:00 4077.94 17: 00:00 4077.98 17: ,~ i: ...u 4077 -~'3 17: 02:00 4077.57 17: v~: ...... 72 17: 04:00 4077.88 17:05:00 . 4077.97 17: £)6: 00 4077.78 17: 07:00 4077.60 17: 08: '-'~",, ~, 4077 . 67 17: 09:00 4077.91 17:10:00 4078.02 17:11: 00 4077.83 17:12:00 4077.74 17: 13:00 4077.91 17:14:00 4078.07 17:15:00 4078.09 17:i6:00 4077.90 '17: 17:00 4077.87 17: 18:00 ~,~.~~0"~° 17: 19: 17: 20:O0 4078.09 17: 21:00 4077.80 17: 22:00 4077.75 17: 23:00 4077.84 17: 24:00 4077.92 17: ~ ~_~: ,,,_ 4077.72 I7: 26:00 4077.59 17: 27:00 4077.69 17: 28:00 4077.85 17: 29:00 4077.88 17: 50:00 4077.73 17: 3i: 00 4077.62 17: 32:O0 4077.74 17: 35:00 4077.86 17: 34:00 4077.80 17: 35:O0 4077.59 17: 36:00 4077.63 17: 37: O0 4077.77 17: 58:O0 4077.89 I7:59:00 ~ 4077.77 17: 40:O0 ~ 4077.56 17: 4I: 00 4077.66 17:42:00 ~ 4077.79 17: 43:00 4077.81 17: 44:00 4077.63 i7: 45:00 4077.58 17: 46:00 4077.71 17: 47:00 4077.81 17: 48:00 4077.72 i7: 49:00 4077.55 17: 50:00 4077.63 17: 51:00 4077.76 17: 52:00 4077.78 17: 53: 00 4077.60 17: 54:00 4077.51 17: 55:00 4077.66 17: 56:00 4077.77 17: 57:00 4077.73 17: 58:00 4077.55 1 ~, :59:00 4077. 18: 00: 00 4077.66 186. 186 186. 186 186 . .' 186 186.2 186.2 18: 186 186.2 186 · .- 186 186. 186.2 186.2 186.2 186.2 186 . .' 186· 186 . .' 186· 2 186 186 186 · 186 186 . .' 186 186 186 186 · .. 186. 186.2 186 186 ...- 186.2 186.2 186 186.2 186 186. 186.2 186. 186.2 186.2 186. 186.- 186. 186 . 186. 186 186· 186 186. .. 186 186. 186.3 186· 2 186 186 186 186 186· 2 186 186 186. 186· 3 186.3 'EST PHASE: Choke Adjustments PAGE: 008 HRS *** FLOW STABILIZATION PERIOD *** REAL BHP BHT TIME Psia Deg F 18: 01: O0 4077.74 186. 18:02:00 4077.61 186. 18: 05: O0 4077.50 186. 18: 04: O0 4077.56 186. 18: 05:O0 4077.70 186. 18: 06: O0 4077.74 186. 18: 07: O0 4077.56 186. 18: 08: O0 4077.48 186. 18: 09: O0 4077.61 186. 18: 10:O0 4077.72 186. 18: 11: O0 4077.69 186. 18: 12: O0 4077.54 186. 18: 15: O0, 4077.52 186. 18: 14:O0 4077.62 186. i8: i5:O0 4077.69 186. 18: 16:O0 4077.60 186. 18: 17: O0 4077.46 186. 18: 18:O0 4077.48 186. 18: 19:O0 4077.61 186. 18: 20: O0 4077.68 186 . 18: 21: O0 4077.58 186. 18:~-~2: O0 4077 .45 186 . 18: ~=~: O0 4077.50 186. 18: 24: O0 4077.61 186. 18: 25: O0 4077.64 186. 18: 25:50 4077.54 186. 18: 26: O0 4077.60 186. I8:26:10 4077.59 186, 18: 26:20 4077.51 186. 18: 26: 51 4077.59 186. 18: 26:40 4077.47 186. 18: 26: 50 4077.42 186. 18: 27:O0 4077.41 186. 18: 27:10 4077.59 I86. 18: 27: 20 4077.59 186. 18: 27: 50 4077.58 186. 18: 27:40 4077.59 186, 18: 27:50 40, , . 46 186. 18: 28: 00 4077.57 186. 18: 28:10 4077.59 186. i8: 28:20 4077.61 186. 18: 28: 30 4077.48 186. 18: 28:40 4077.61 186. 18: 28:50 4077.61 186. 18: 29: 00 4077.62 186. 18:29:10 4077.55 186. 18: 29: 20.~' 4077.68 186. 18: 29:50~ 4077.58 186. 18: 29:40 4077.71 186. 18: 29: 50 - 4077.60 186. 18: 30: O0 4077.80 186 18: 30:10 4077.69 1~. 18: 30: 20 4077.62 186. 18: 30: 30 4077.62 186. 18: 30: 40 4077.47 186. 18: 30: 50 4077.59 186. 18: 31:00 4077.65 186. 18: 31:10 4077.54 186. 18: 31: 20 4077.55 186. 18: 31: 30 4077.46 186. 18: 31: 40 4077.49 186 . 18: 31: 50 4077.55 .186. 18: 32: O0 4077.42 186. 18:~ : ~2 10 4077.69 186. rEST PHASE: Choke Adjustments PAGE: 009 BP Exploration (Alaska) WELL : State #6 FIELD: Point Mclntyre TVDsS: 9015 MDrkb: 11570 REC-dRD 'REAL T/HE" DELTA ~'IME NUHBER 24 Hr. CLOCK IN HOURS 001 1'4: 00:O0 O. 0000 002 14:O1: O0 .0167 003 14: 02: O0 .0555 004 14: 03: O0 .0500 005 14: 04:O0 .0667 006 14: 05: 00 .0833 007 14: 06:O0 .1000 008 14: 07:O0 .1167 009 14: 08: O0 1 ~'--~ 010 14: 09:O0 .1500 011 14: i0:00 .1667 012 14: 11:00 .1833 013 14: I°---. 00 . 2000 014 14: 15:00 .2167 015 14: 14:00 ~?'~ 016 14: 15:00 .2500 017 14: 16:00 .2667 018 14: 17:00 .2833 019 14:19:00 ~3167 020 14:21: 00 .3500 021 14: 23:00 .3833 022 14: 27: 00 .4500 023 14:31: 00 .5167 024 14: 35:00 .5833 025 14: 39: 00 .6500 026 14: 43:00 .7167 027 14: 47:00 .7833 028 14: 51:00 .8500 029 14: 55:00 .9167 050 14: 59: 00 .9833 03i 15: 04:00 1. 0667 032 15: 09: 00 I. 1500 033 15: 14: 00 1. 2333 034 15: 19: 00_ 1 . =167~. 035 15: 24:00 1. 4000 036 15: 29:00 1. 4833 057 15: 34:00 1. 5667 038 15: 39: 00 I. 6500 039 15: 44:00 1.7~ 040 15: 49:00 1. 8167 041 15: 54:00 1. 9000 042 15: 59: 00 I. 9833 043 16: 09:00 2. 1500 044 16: 19:00 2. 3167 045 16: 29: 00 ~-.° 4833 046 16: 39: 00 2. 6500 047 16: 49:00 2. 8167 048 16: 59: 00 2. 9833 049 17: 14: O0 5. 2535 050 17: 29: O0 5. 4833 051 17: 44:O0 3. 7333 052 17: 59: 00 3. 9833 053 18: 29: 00 4. 4833 054 18: 32:10 4. 5361 HRS PRES~RE ' TEHPER~TURE DELTA (Psia) iBex. F) PRESSURE 4078.88 18~.2 555.06 4078.92 186.1 535.02 4078.74 186 .~ 555 .20 4078.71 186.1 555.25 4078.85 186 .~ 535 .09 4078.94 186.1 555.00 4078.75 186.2 555.19 4078.66 186.2 535.28 '4078. 78 186 .~ 335 . 16 4078.91 186.1 555.03 4078.79 186.2 555.15 4078.64 186.2 555.30 4078. 76 186 .~ 555 . 18 4078.92 186.2 555.02 4079.03 186.2 554.91 4078.76 186.2 555.18 4078.44 186.2 555.50 4078.51 186.2 555.45 4078. 86 186 .~ 555 . 08 4078.45 186.2 555.49 4078· 18 186.~ ~ 555. 76 4078.34 186.2 555.60 4078. 67 186 .~ 535 .~,~ 4078.38 186.~ 535.56 4078.02 186.2 535.92 4078.69 186.~~ 555.25 4078.37 186.2 555.57 4077.66 186.2 336.28 4078.16 186.~° 555. 78 4078.57 186.~ 555.37 4078.20 186.2 555.74 4077. 99 186.°~ 335.95 4077.68 186.2 556.26 4078.08 186.2 355.86 4078.50 186.~ 535. 44 4077.76 186~2 556.18 4077.18 186.2 556.76 4078.06 186.2 555.88 4076.59 186.~ 557.55 4078.25 186.~ 555.69 4077.69 186.2 556.25 4077.91 186.2 356.03 4077.99 186.°~ 555.95 407Z.92 186.2 556.02 4077.97 186.2 555.97 4078.07 186.2 555.87 4077.99 186.2 555.95 4077.94 186.~ 556.00 4078.07 186.~ 555.87 4077.88 186.2 556.06 4077.63 186.2 556.51 4077.55 186.5 556.59 4077.62 186.~= 556.52 4077.69 186.2 556.25 HORNER TIME: 27.5~ Hfs Pws : 4413.94 Psi CURRENT DATE:14 APR 90 CURRENT Bht : 186 DegF TEST PHASE:Dra~do~n Test PAGE: 001 BP Exploration (Alaska) WELL : State #64 FIELD: Point McIntyre TVDss: 9015 MDrkb: 11570 m., RECORD REAL TIHE NUHBER 24 Hr'. CLOCK 6oi ' 18: 32:2o 002 18: 32:30 003 18: ~2:40 004 18: 32:50 005 18: ~: O0 006 18: 33:10 ----- 20 007 18: ~: 008 18: 33:30 009 18: .~: 40 010 18: 33:50 011 18: 54:00 O1'~- 18: 34:10 013 18: 34:20 014 18: 34:30 015 18: 34:40 016 18: 34:50 017 18: 35:00 018 18: 35:10 019 18: 55:20 020 18: 35:30 021 18: 35:40 022 18: 35: 50 023 18: 36: O0 024 18: 36:10 025 18: 36:20 026 18: 36:40 0~_, 18: 37:00 028 18: 57:20 029 18: 37: 40 050 18: 38: O0 051 18: 38:31 032 18: 39:10 033 18: 39:40 034 18: 40:10 035 18: 40:40 036 18: 41:10 037 18:41: 40 058 18: 42:i0 039 18: 42:40 040 18: 45:10 041 18: 45:40 042 18: 44:10 043 18: 45:10 044 18: 46:10 045 18: 47:10 046 18: 48:10 047 18: 49:30 048 18: 51:30 049 18~53:30 050 18: 55:50 051 18: 59:30 052 19: 0.3: 30 053 19: 07:30 054 19: 11:30 055 19: 15:30 056 19: 19:30 057 19: 24: 00 058 19: 28: O0 059 19: 32: O0 060 19: 37:O0 061 19: 42:O0 062 19: 47: 00 063 19: 52:O0 064 19: 57: O0 065 20: 02: O0 066 20: 07: O0 067 20: 12:O0 'DELIA"TI~ IN HOURS .0025 .0053 .0081 .0108 .0136 .0164 .0192 .0219 .0247 .0275 .0505 .0331 .0~ .0386 .0414 .0442 .0469 .0497 .0525 .0553 .0581 .0608 ·0636. .0664 .0692 .0747 .0803 .0858 .0914 .0969 .1056 .1164 .1247 .1331 .1414 .1497 .1581 .1664 .1747 .1831 .1914 .1997 .2164 .2331 .2497 .2664 .2886 .3219 .5555 .3886 .4553 .5219 .5886 .6553 .7219 .7886 .8656 .9303 .9969 1.0805 1.1656 1.2469 1.3305 1.4136 1.4969 1.5805 1.6636 PRESSIJRE (Psia) 4103.28 41 ,_~_. 57 4138.29 4154.95 4169.59 4182.88 4195.48 4207. 10 4217.90 4~_~_/. 85 4256.86 4245.30 4253. 10 4260.64 4266.82 4°-~° 75 4278.59 4285.87 4288.66 4293. 16 4297.42 4301. 17 4304.71 4308.04 4311.19 4316.64 4321.54 4325.86 4329.49 4332.81 4337 ~° 4541.65 4344.66 4347.04 4349.39 4351.23 4352.84 4354.59 4355.78 4556.97 4358.09 4559. 11 4360.95 4362.53 4363.87 4565.27 4567.02 4568.52 4570.01 4371.52 4373.3~ 4375.07 4376.95 4578.40 457~. 55 4580.74 4581.90 4582.78 438~. 52 4584.50 4585.28 4586.06 4386.75 4387.30 4587.92 4588.46 4388.98 HRS HORNER FUNCTION 11057.00 5228.58 5425.97 2547.77 2028.02 1684.46 1440.48 1258.27 1117·00 1004.27 912.25 855.66 770.95 715.56 667.60 625.68 588.72 555.88 526.52 500.12 476.25 454.55 434.75 416.58 399.89 370.~ 544.68 5~ 44 502.90 285.60 ~6~.58 258.05 208.36 196.14 185.27 175.56 166.82 158.91 151.72 145.16 139.14 128.50 119.58 111.48 104.57 96.60 86.70 78.66 72.00 61.60 55.86 47.87 45.10 59.22 55.99 ~ 95 30.66 28.67 26.54 24.71 25.13 21.74 20.52 19.45 18.46 17.58 HORNER TIME: 27.59 Hfs : 4077.69 Psi CURRENT DATE:14 APR 90 CURRENT Bht : 18~ DegF 'DELTA PRE~SURE 25.59 44.68 60.60 77.26 91.70 105.19 117.79 129.41 140 150.16 159.17 167.61 175.41 182.95 189.13 195.06 200.90 206.18 210.97 ~15 47 219.73 223.48 227.02 250.35 233.50 258.95 243.85 248.17 ~' 1 80 255.12 259.55 263.96 266.97 269.35 271.70 273.54 275.15 276.70 278.09 279.28 280.40 281.42 283.24 284.84 286.18 287.58 289 290.83 292.32 293.65 295.70 297.58 299.26 300.71 501.84 303 · 05 504.21 505.09 505.83 306.81 307.59 508.57 309.06 509.61 310.~_~ 310.77 311.29 '" TIHE P~SSURE" DERIVATIVE DERIVATIVE .0036 '" 25~5402 .0065 59.8188 .0093 51.0906 · 0121 62.0847 · 0149 71.~°-=~/~ .0177 78.6254 .0205 84.6762 .0233 88.8777 .0261 92.0196 .0289 94.2010 · 0516 96.2954 .0344 95.5830 .0372 94.9455 .0400 94.8826 · 0428 95.9056 .0455 91.3559 · 0483 91.0248 .0511 90.1155 .0559 87.0145 .0566 84.5395 .0594 82.5037 .0622 80.5959 .0650 77.1406 .0678 74.7775 .0719 71.8070 .0775 ~7.7951 · 0850 63.7112 .0886 59.9727 · 0941 55.5626 .1012 51.1660 .1108 46·9240 .1205 45.4101 .1288 39.4804 · 1372 56.3563 .1455 53.6552 .1558 52.0220 .1622 29.3802 .1705 27.9709 .1788 26.817i .1872 25.5473 1955 °= 9542 .2079 22.7209 .2246 22.0505 .2412 21.6152 · 2579 19.8~8 .~,7~ 18.5545 .3048 17.5851 .3382 15.8616 .5716 13.9595 .4206 14.5615 .4875 14.0746 .5545 13.5061 .6211 13.6714 .6878 15.7917 .7545 15.0468 · 8255 12.4791 .8963 12.6241 .9630 12.0019 1.0578 11.7340 1.1212 11.5510 1.2046 11.2073 1.2879 10.9726 1.3713 10.8481 1.4547 10.6595 1.5380 10.7057 1.6214 10.6704 1.7048 10.3661 TEST PHASE:Buildup Test 2 PAGE: 001 BP Exploration (Alaska) dELL : State #64 FIELD: Point McIntyre TVDss: 9015 ~Dr kb: 11570 :~IeCORD ' REAL TIME DELTA TIME PRESSUREI' IUMBER 24 Hr. CLOCK IN HOURS (Psia) 068 20: 17: O0 ........ 1. 7469 4'~89.5 i 369 20: 22: 00 1.8~03 4589.91 070 20: 27: O0 1.9156 4590.55 371 20: 52: O0 1. 9969 4590.7 i 072 20: 42: O0 ~.° 1656 4591 . 50 375 20: 52: O0 2 5505 4592. 074 21: 02:O0 2. 4969 4392.85 975 21: 12: O0 2. 6656 4595.25 076 21: ~. O0 ~. 8505 4595.91 377 21: 52: 00 2. 9969 4394.40 078 21: 47: 00 3. 2469 4395.10 080 22: 17: 48 5. 7605 4596.55 ~_: 48:O0 4. 2656 4597.44 082 25: 18: 00 4. 7636 4598.41 085 00: 18: 00 5. 7656 4400.21 084 01: 18: 00 6. 7636 4401.43 085 02: 18:00 7. 7656 4402.69 086 05: 18: 00 8, 7656 4405.75 087 04: 18:00 9. 7636 4404.64 088 05: 18: 00 10. 7656 4405.65 089 06: 18: 00 11. 7636 4406.57 090 07.- 18: 00 1 --. ~ 7656 4407.40 091 08: 18: 00 13. 7656 4408.05 092 09: 18: 09 14. 7661 4408.67 095 10: 19: 00 15. 7803 4409.56 094 11: 19:00 16. 7805 4409.94 095 12: 20: 00 17. 7969 4410.40 096 15: 20: 00 18. 7969 4410.89 ., 9.9 4411.29 397 14: 20:O0 19 -~ 098 15: 20:00 20. 7969 4411.68 099 16: 20: 00 21. 7969 4412.03 100 17: 20: 00 22. 7969 4412.39 I 01 18: 20: 00 °~_-~. 7969 441 °~ . 73 102 19: 20: 00 24. 7969 4413.08 103 20: 20: 00 25. 7969 4413.41 104 21: 20:00 26. 7969 4413.71 105 22: 04:00 27. 5303 4413.94 HRS HORNER FUNCTIDN 16.79 16.07 15.42 14.82 15.75 12.84 12.05 11.56 10.75 10.21 9.50 8.89 8.54 7.47 6.79 5.79 5.08 4.55 4.15 3.83 -' 56 -..mm 5.55 -- 16 5.00 ° 87 ° 75 2.64 o 55 ~ 47 ~ 39 2.27 ° 21 2.16 ~ 11 2.07 o 03 ° 00 HORNER TIME: 27.59 Hfs : 4077.69 Psi CURRENT DATE:14 APR 90 CURRENT Bht : 18& DemF DELTA TIME ..... PRESSURE PRESSURE DERIVATIVE DERIVATIVE 511 . 82 1 . 7881 10. 2025 512.22 1. 8715 10. 1606 512.64 1. 9548 9. 9963 515.02 2. 0786 10. 049 515. 81 ~_.° 2454 9. 4001 514.54 2. 41')°~_~- 9 . 9761 15 14 ~ 5789 9 7212 515.54 2. 7457 9. 5598 516. ~_~_~ ~_.') 9124 9 . 2850 316.71 3. 1194 10. 1494 517.41 5. 3696 9. 6624 517.95 3. 6262 9.8127 518.66 4. 0040 10. 1018 519.75 4. 5067 10. 5542 320.72 5. 2598 10. 4480 22 52 6.2456 10 7576 523.74 7. 2464 10.9104 525.00 8. 2485 11. 4494 526.06 9. 2501 12. 5568 526 . 95 10.2514 15 . 1806 527.94 11. 2525 15.4211 528.88 12. 2554 15. 9240 329.71 15. 2542 14. 5582 530.56 14. 2561 14. 4181 550.98 15. 2648 15. 9882 551 . 67 16. 2726 . 14 . 4650 532.25 17.2811 14. 5521 332.71 18. 2901 15. 9266 5~. 20 19 2905 1 -~ 4720 333.60 20. 2908 15. 8592 ~.-=.~5~ 99~ 21.2911 15.8279 534.34 22. 2913 14. 4191 334.70 23.2916 14.8180 335 . 04 24.2918 15. 335.39 °= . ~J.2920 15 7769 555.72 26. ~_,~_°o°~- 16 . 0596 336.02 27.1611 16. 7249 336.25 O. 0000 O. 0000 TEST PHASE:Builduo Test 2 PAGE: 002 BP Exploration WELL : State #& FIELD: Point McIntyre CUSTOMER REP.: Ms 3. Golding HRS REP. : R.A. Richey HRS *** GRADIENT GUMMARY *** STOP REAL BHP BHT NUM. Depth TIME Psia Deg F i 907& 22: 15: O0 4447.77 18&. 0 2 9058 22: 20: O0 4458. &O 185.9 5 9049 22: 26: O0 4454.41 185.5 4 9040 22: 52: O0 4450 · 1 ~ 185. & 5 9051 22: 58:O0 442~. 02 185.6 6 9022 22:44:00 4421.45 185.& 7 9015 22:50:00 4418.1& 185.6 8 9004 22:56:00 4415.12 185.~ 9 8995 25:02:00 4412.55 185.5 10 898& 25:08:00 4408.85 185.9 11 8977 25:14:00 440&.12 186.2 12 89&8 25:20:00 4405.74 18&.0 15 8959 25:2&:00 4401.15 185.7 14 8950 25:52:00 4598.14 185.4 15 8941 25:58:00 4595.12 185.1 16 8952 25:44:00 4592.07 184.7 17 8925 25:51:00 4589.42 184.5 18 8900 25:59:00 4578.49 185.4 19 7200 00:29:00 5818.54 148.6 BHP TOOL # :HP-884 BHT TOOL # :HRS-O051 SURVEY DATE :15 APR 90 WELL STATUS :Static Death Pressure CHANGE GRADIENT 9075 .49011 18 .50944 9 .46556 9 .47222 9 .4~000 9 .50778 9 .5&556 9 .55778 9 .51000 9 .58889 9 .50111 9 .2&444 9 .29000 9 .55222 9 .55556 9 .55889 9 .29444 25 .47522 1700 .52958 TEST PHASE: Post-Test Gradient Survey PAGE: 001 rEST PHASE: STOP NUM. *** GRADIENT DATA DUMP *** REAL TIME 1 Yn-lO:O0 1 22:11:00 1~.nY-12:00 1~ ~2 : 15:00 BHP MDrkb TVDss Psia 11452 9076 4447.65 11452 9076 4447.70 11452 9076 4447.74 11452 9076 4447.76 11452 9076 4447.77 BHT Deg F 185. 186. 186. 186. 186. 22: 15:O0 YY' 16:O0 YY' 17:O0 22: 18:O0 yn. 19:O0 22: 20: O0 11452 9058 4438. 11452 9058 4458. 11452 9058 4438. .11452 9058 4438. 11432 9058 4458. 11432 9058 4458. 92 72 65 60 59 60 186. 186. 186. 186. 185. 185. 22:22:00 22:24:00 22-25:00. 22:26:00 11422 9049 4454. 11422 9049 4454. 11 YY 4~ 9049 4454. 11422 9049 4454. 11422 9049 4454. 75 61 56 50 41 185. 185. 185. 185. 185. 4 22: 28: O0 4 22: 29: O0 4~ 22:50:00 4 22:31: O0 4 22: 32: O0 11412 9040 4450. 11412 9040 4450. 11412 9040 4450. 11412 9040 4450. 11412 9040 4450. 05 11 13 15 16 185. 185. 185. 185. 185. 5 22: 34: O0 5~.YY" 55: O0 5 22: 36: O0 5 YY~.' 37: O0 5 ny~_~_.. 38: O0 11402 9051 4426. 11402 9051 4426. 11402 9051 4426. 11402 9051 4426. 11402 9051 4426. 20 10 05 03 02 185. 185. 185. 185. 185. 6 22: 40: O0 6 22:41: O0 6 22: 42: O0 6 22: 43: O0 6 ~)Y ~_~_: 44:00 11592 9022 4421. 11592 9022 4421. 11592 9022 4421. 11392 9022 4421. 11592 9022 4421. 24 55 40 44 45 185. 185. ~85. 185. 185. 7~.°Y'46:00 7 YY'47:00 7~.nY'48:00 7 22: 49: 00 7 on~.. 50: O0 11582 9015 4418. 11582 9015 4418. 11582 9015 4418. 11582 9015 4418. 11382 9015 4418. 20 18 16 16 185. 185. 185. 185. 185. 8 -Dy ~_~_: 52: O0 8~-.Yn. 55: O0 8 ny. 54: O0 8~_~_.°n. 55: O0 8~_~_.?Y' 56: O0 ~'11372 9004 4415. 11572 9004 4415. 11572 9004 4415. -11372 9004 4415. 11372 9004 4415. 15 11 12 12 185. 185. 185. 185. 185. 9~.nY. 58: O0 9 YY' 59: O0 9 25: O0: O0 9 25:01: O0 9 25: 02: O0 11562 8995 4412. 11362 8995 4412. 11562 8995 4412. 11362 8995 4412. 11562 8995 4412. 52 34 54 55 185. 185. 185. 185. 185. 10 25: 04:O0 10 25: 05:O0 ~ 10 23: 06:O0 10 23: 07:O0 10 23: 08:O0 11552 8986 4408.88 11352 8986 4408.85 11552 8986 4408.86 11352 8986, 4408.88 11552 8986 4408.85 185. 185. 185. 185. 185. 11 Y-~'...~. 10:O0 11 Y~'._.~. 11:00 11 25: 12:O0 11 23: 13:00 11 23: 14:O0 11542 8977 4405.80 186. 11542 8977 4405.92 186. 11342 8977 4405.95 186. 11542 8977 4406.02 186. 11542 8977 4406.12 186. 12 25: 16: Post-Test Gradi O0 11332 8968 ent Survey 4405. 5O 186. 9 0 0 0 0 0 0 0 0 9 9 6 6 6 5 5 7 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 5 5 5 7 8 8 8 9 2 PAGE: 002 STOP NUM. REAL TIME 12 25: 17:O0 12 25: 18:O0 12 25: 19:O0 12 25: 20:O0 HRS *** GRADIENT DATA DUMP *** BHP MDrkb TVDss Psi a 11552 8968 4405.67 11552 8968 4405.70 11552 8968 4405.72 11552 8968 4405.74 15 25: 22: O0 11 15 25: 25: O0 11522 15 25: 24: O0 11522 ~: 25: O0 1 15 25:26:00 i1522 14 25: 28:O0 11512 14 25: 29:O0 11512 14 25: 50:O0 11512 14 ~-- ~: 51:O0 11512 14 25: 52:O0 11512 15 2~: 54: O0 11502 15 25: 55: O0 11502 15 25: 56: O0 11502 15 25: 57: O0 11502 15 ~ 25:58:00 11502 16 ~ .-~: 40: O0 11292 16 25: 41:O0 11292 16 25: 42: O0 11292 16 25: 45: O0 11292 16 25: 44: O0 11292 17 25: 47: O0 11282 17 25: 48: O0 ! 1282 17 25: 49: O0 11282 17 25: 50: O0 11282 17 25:51:00 11282 18 25: 55: O0 11244 18 25: 54: O0 11244 18 25: 55: O0 11244 18 25: 56: O0 11244 18 25: 57:O0 11244 18 25: 58: O0 11244 18 25: 59: O0 11244 BHT Deg F 1'86.0 186.0 186.0 186.0 8959 4401.19 185.8 8959 4401.29 185.7 8959 4401.25 185.7 8959 4401.18 185.7 8959 4401.15 185.7 8950 4598.55 185.4 8950 4598.29 185.4 8950 4598.25 185.4 8950 4598.21 185.4 8950 4598.14 185.4 8941 4595.40 185.1 8941 4595.28 185.1 8941 4595.25 185.1 8941 4595.16 185.1 8941 4595.12 185.1 8952 4592.28 184.8 8952 4592.17 184.8 8952 4592.14 184.8 8952 4592.08 184.8 8952 4592.07 184.7 8925 4589.58 8925 4589.56 8925 4589.54 8925 4589.58 8925 4589.42 184.5 184.5 184.5 1.84.4 164.5 8900 4578.75 184.1 8900 4578.47 185.9 8900 4578.42 1,85.9 8900 4578.44 185.8 8900 4578.49 185.6 8900 4578.52 185.5 8900 4578.49 185.4 19 O0: 18: 04 ~' 9226 7200 5819.72 149.7 , 19 O0: 19: O0 9226 7200 5819.48 149.5 .19 00: 20:O0 9226 7200 5819.50 149.5 19 O0: 21: O0 9226 7200 5819.20 149.1 19 O0: 22: O0 9226 7200 5819.10 149.0 19 O0: 25: O0 9226 7200 5818.99 148.9 19 O0: 24: O0 9226 7200 5818.85 148. ~ 1 ~ O0: 25: O0 9226 7200 5818.77 148.8 19 O0: 26: O0 9226 7200 5818.71 ~ 148.7 1 ~ O0: 27: O0 9226 7200 5818.67 148.7 19 O0: 28: O0 9226 7200 5818.61 148.6 19 00: 29:00 9226 7200 5818.54 148.6 rEST PHASE: Post-Test Gradient Survey PAGE: 005 CONFIDENTIAL TEST SUMMARY COMPANY :_ B P EXPLORATION WELL NO. : #6 LOCATION : TEST NO. :. 1 ZONE NO. : DATE: .. POINT MCINTYRE 4/12/90 TUBING · : . 4½" CASING SIZE PACKER TYPE : CUSHION C0MR TOTAL DEPTH : PERF INTERVAL TOTAL FLOW TIME : 80['IR. 30MIN. AVERAGE H20 AVERAGE Q GAS : ! ~ .3R0 _ q M _('~-'D AVERAGE GOR AVERAGE Q OIL : 2078 BPD AVERAGE GLR TOTAL PROD, OIL : A_R60 __ q 'R'RT, TOTAL PROD, GAS OIL GRAVITY :. 27 _ q GAS GRAVITY TOTAL PROD. LIQ. :. 9 5/8 : · : 0 : 753 : 753 : .4,409.2 MCF : - .79 : 6369.5 BBL PACKER DEPTH : TUBING CUSHION FT. : AVERAGE WELLHEAD PSI : 1 301 INITIAL WELLHEAD PSI ' : 1 240 SHUT-IN WELLHEAD PSI : 1 594 TOTAL PROD. H20 : O CHLORIDE : O' FLOWRATE /9 ' 1 /cleanup.~_ , FROM:. 2122 4/11 ~0:'0900 4/T2/90 TOTAL TIME : 11 hr 38 'min. 1 224 AVERAGE F.T.P. : 39.5~F AVERAGE F.T.T. : .... 1 51 9 BPD AVERAGE a OIL : 655.6 MCFD AVERAGE Q GAS : 0 AVERAGE Q H20 : _ 428 AVERAGE GOR : AVERAGE GLR : - 11.38% AVERAGE BS&W :., ,, 27.74 OIL GRAVITY : .75 GAS GRAVITY : CHLORIDE : - RH. : ..... - % H2S : 0 ... '~/~ C02 : O RESITIVITY .: - PRODUCED Q GAS : 31 8.3 MCF PRODUCED Q OIL : 737 BBL PRODUCED Q H20 : 0 TOTAL PROD. LIQ. : 737 BBL COMMENTS: FLOW RATE FROM: TOTAL TIME AVERAGE F.T.R AVERAGE F.T.T. AVERAGE Q OIL AVERAGE Q GAS AVERAGE Q H20 AVERAGE GOR AVERAGE GLR AVERAGE BS&W OIL GRAVITY OIL GRAVITY CHLORIDE RH. % H2S ~/, CO2 RESITIVlTY PRODUCED Q GAS PRODUCED Q OIL PRODUCED Q H20 TOTAL PROD. LIQ. ! TO: : : : : : : :. : : : : : : : : COMPANY · B WELL NO. TEST NO. P EXPLORATION :_ #6 : 1 ~tionTesting S ervices AJqCHORAGE. ALASKA TEST SUMMARY TUBING · PACKER TYPE TOTAL DEPTH TOTAL FLOW TIME AVERAGE Q GAS AVERAGE Q OIL TOTAL PROD. OIL OIL GRAVITY LOCATION : ZONE NO. : DATE: 4/1 4/90 POINT MCINTYRE S~:ECHY CASING SIZE CUSHION COMR PERF INTERVAL AVERAGE H20 " AVERAGE GOR AVERAGE GLR TOTAL PROD, GAS GAS GRAVITY TOTAL PROD, LIQ, 9 5/8 PACKER DEPTH : TUBING CUSHION FT. : AVERAGE WELLHEAD PSI : INITIAL WELLHEAD PSI : SHUT. IN WELLHEAD PSi : TOTAL PROD· H20 : CHLORIDE FLOW RATE FROM: 1_ 455 TOTAL TIME AVERAGE F.T.R AVERAGE F.T.T. AVERAGE Q OIL AVERAGE Q GAS AVERAGE Q H20 AVERAGE GOR AVERAGE GLR AVERAGE BS&W OIL GRAVITY GAS GRAVITY CHLORIDE RH, % H2S '% C02 RESITIVITY PRODUCED Q GAS PRODUCED O OIL' PRODUCED Q H20 TOTAL PROD. LIQ. 4/13/90 · · : : : : : :. : _ :. : : _ : : : : .: : : : : ~ 2 TO: 1832 4/1 4/90 27 hr 37 min 1253.6 PSI 65°F 3606 BPD 1 996.8 MCFD 719 719 · 56% "' 26.7 .80 2.279 MMCF 3083 BBL 3083 BBL COMMENTS: FLOW RATE FROM: TOTAL TIME AVERAGE F.T.R AVERAGE F.T.T. AVERAGE Q OIL AVERAGE Q GAS AVERAGE Q H20 AVERAGE GOR AVERAGE GLR AVERAGE BS&W OIL GRAVITY OIL GRAVITY CHLORIDE RH. ¥o H2S % C02 RESITIVITY PRODUCED Q GAS PRODUCED Q OIL PRODUCED Q H20 TOTAL PROD. TO: : : : : : : : :. : : : : COMPANY : WELL NO, : TEST NO. : B P EXPLORATION ~onTesting Services ANCHORAGE, ALASKA TEST SUMMARY TUBING : PACKER TYPE : TOTAL DEPTH : TOTAL FLOW TIME : AVERAGE Q GAS ; AVERAGE Q OIL : TOTAL PROD, OIL : OIL GRAVITY : #6 LOCATION ZONE NO. DATE: 4/16/90 CASING SIZE CUSHION COMP PERF INTERVAL AVERAGE H20 ' " AVERAGE GOR AVERAGE GLR TOTAL PROD, GAS GAS GRAVITY TOTAL PROD, LIQ, PACKER DEPTH : TUBING CUSHION FT, : . AVERAGE WELLHEAD PSi : INITIAL WELLHEAD PSI ' : SHUT-IN WELLHEAD PSI : TOTAL PROD, H20 : CHLORIDE : FLOW RATE # _ 3 FROM:0840 4/1 6/90 TO: _1 040 4/1 7/90 26 B_rs' TOTAL TIME : _ 1403 -- AVERAGE F,T. P, : m 3'I~- AVERAGE F.T,T, : I 3 /4.5 BPD AVERAGE Q OIL : .... · AVERAGE Q GAS : 241 ,-J MCFD 0 AVERAGE Q H20 : .. AVERAGE GOR : AVERAGE GLR : - 0 AVERAGE BS&W : ,,, 27.3 OIL GRAVITY : ,/~ GAS GRAVITY : CHLORIDE : - RH, : - % H.,~S ': % CO2 : 4 RESITIVITY .: _ PRODUCED Q GAS :. 260_ 9 MC~-~ PRODUCED Q OIL : I 377 PRODUCED Q H20 : . O TOTAL PROD. LIQ. : 377 COMMENTS: --.--..-..__ FLOW RATE FROM: TOTAL TIME AVERAGE F.T,R AVERAGE F,T.T, AVERAGE Q OIL AVERAGE Q GAS AVERAGE Q H20 AVERAGE GOR AVERAGE GLR AVERAGE BS&W OIL GRAVITY OIL GRAVITY CHLORIDE RH, % H2S % C02 RESITIVITY PRODUCED Q GAS PRODUCED Q OIL PRODUCED Q H20 TOTAL PROD, LIQ, TO: : ; : : :, : : : ., : : : : roduct~onTestin§ Services ANCHORAGE, ALASKA TEST SUMMARY DATE: 4/19/90 COMPANY · WELL NO. TEST NO. B P EXPLORATION #6 LOCATION ZONE NO. TUBING · : PACKER TYPE : TOTAL DEPTH : TOTAL FLOW TIME : AVERAGE Q GAS : AVERAGE Q OIL : TOTAL PROD. OIL : OIL GRAVITY : CASING SIZE : CUSHION COME : PERF INTERVAL : AVERAGE H20 ": AVERAGE GOR : AVERAGE GLR : TOTAL PROD. GAS : GAS GRAVITY : TOTAL PROD. LIQ. : PACKER DEPTH : TUBING CUSHION FT. : AVERAGE WELLHEAD PS1 : INITIAL WELLHEAD PSI ' : SHUT-IN WELLHEAD PSI : TOTAL PROD. H20 : CHLORIDE : 4 FLOW RATE # FROM: 0930 4/19/90rO:2445 4/20/90 TOTAL TIME AVERAGE F.T.E AVERAGE F.T.T. AVERAGE Q OIL AVERAGE Q GAS AVERAGE Q H20 AVERAGE GOR AVERAGE GLR AVERAGE BS&W OIL GRAVITY GAS GRAVITY CHLORIDE RH, % H2S ... '¥Q CO2 RESITIVITY PRODUCED Q GAS PRODUCED Q OIL' PRODUCED Q H20 TOTAL PROD. LIQ. : 15 hr 25 min. : 1256 : 49.6 3241.76 : 2,553,720 : 0 ., : 787.75 : 787.75 :., .85 ,.,27.3 : .77 : : : : 0 4% : _ ': . : 1,632. MSCF 21 '12.5 : : : 2172.5 FLOW RATE FROM: TOTAL TIME AVERAGE F.T.E AVERAGE F.T.T. AVERAGE Q OIL AVERAGE Q GAS AVERAGE Q H20 AVERAGE GOR AVERAGE GLR AVERAGE BS&W OIL GRAVITY OIL GRAVITY CHLORIDE EH, ¥o H2S % C02 RESlTIVITY PRODUCED Q GAS PRODUCED Q OIL PRODUCED Q H20 TOTAL PROD, LIQ. ! TO: : : : : : :. : : : ; : : : COMMENTS: BP Exploration(R1 aska) State ~6 Point McZntyre 7 PLOT STRRT TIME : 14:00:00 14 Rpr 1990 HR5GRAPH I CS PLOT END TIME : 22:00:00 15 apr t990 Si) ~ ee ee e. ee Real Time (24 Hr.Clock) ee l, .e e. BP Exploration(R1 St ate Point McIntyre HRS GRflPHICS ~ea]tim~ F~]ot PLOT STRRT TIME : 13:80:OO 1! Rpr 1900 PLOT END TIME : 01:00:00 1G Rpr 1990 4600 5?50 2050 I I 1200 J l Real Ti me Includes R1 ! # Ii II (24 Hr. Clock) K~,eco r ded Data .~ .I # Ill II! I1 II BP Exp)oration(Rlaska) St ate ~6 Point McIntyre 4see 1 ] I [ F--T-] I .... 44~0 4300 4200 HRS GRf:IPH I CS time Plot PLOT STRRT TIME : 07:30:00 18 Rpr PLOT END TIME : 09:30:00 13 Rpr 1980 1990 4 I00 L__ll I I--- I-- --ii--l--iL L .... i .... L .... I .... ] 4 -- ' I L -- Real Time (;~4 He. Clock) I'tRS 4~75: 4250 4125: 8928 8930 8948 9030 9040 9060 9070 ,.. · 4392 4384 437B 4368 43~ 4344 4338 432B ~32P:1 43~4 4~4~ .2 .:::: :i G~ , ,_. ~._'. 4~4 9 B Z 8 5 4 41B4 -- 4160 ? , .. FL!"%'- ._ 98 ? 6 5 4 .3 2 39 ? 6 S 4 .3 ~ ~.,-"'4,~j /% ] ~ :~ '~ ~ ', 44?5 4450 4425 4..3?5 .. 43v5 4~50 4225 4!5~ 9 8 ? 8 5 4 ~ . 3 ~ BP Exp!oration(R1 aska) Po int State blclntyre 4440 442.0 44~0 4380 4340 4320 43[~ 4240 42222220 42~ 4180 4160 4140 4120 41~ ~G HRS GRRPHICS Pressu re vs LOG ( ( T+dT )/dT ) TVI] = g0!3' Horner Time MO = I !320' = 22.59 hrs. ((T+dT)/dT) 8 ? 5 Z L, , ? 5 i00 I I I IIIIIi__ _1 ~ I i I 3 4 5 2 3 4 5 G ?Sg 2 3 4 5 3 4 5 G ?8g CUSTO?!ER : NELL hiR~'.~:_ HGRHE~ : Z BP Exp!oration , ~ -- ,~. ,, State ~- 6, ZERO T!HE: 18:32: 8 3 4 5 6 789 8 @ 4 5 6 789 7 89 8 @' 4 5 6 ? 8B 8 3 4 5 6 7 89 B. P. EXPLORATION · : ..,CONFIDENTIAL Field:~To Formation: WELLNEAD HEATER uctionmesting ervices FIELD READINGS C~L OR COe,IDEhtSAIE ItETER~NG CUUUL~ a,,~ I, IETERING CUla UL.~T n/E wATER BB, BE:. ._ PAGE I of 2 DATE 4-11-90 comments TO TANKS TANK RATE OPEN CHOKE Shot/Ft.: Shot Dis:__ in Casi~ Size: _.~.-.-.~.' TuI:~).P. Size: ~ Pipe V0t.:. 160 bbl Depth Ref: Packer 11 Total Depth:_ 11 OP]~N CHOKE 22/64 Separator 0ilMeteq" /~ 2.5" Size: Oil Meter ,,,,, Range: " HzOMet~" / 2. 0" Size:' , Hg) ~et~r Rare: Gas Meter Me*er Run 5."761 Size: [:)iff. Press.. 00" Range:. 1 ~P'~ 1500 ~rRun sm: 3.826 Press Range: 50 200 S~a BBLfm: ~ 6.14 ~ n~: 1 2 14.7 PSIA T~c 60 OF / PRESS PRESS BASE FACT ~' _ 14.73 PB PB GAS GRAVFTY TEMP BASE FACT ~' _ 460 ~ OF 5?0 .. ABS BASIC FLOWING GAS SER ORIFICE TEMP. GRAVITY PRESS. FACTOR FACIOR FACTOR I:~oa FI:) F~ ~ PS, IA ODIU ODtU GkS METERING SUPER GAS COMPR EXPANS FACTOR FACTOR RATIO GAS CUMULATIVE SEP. SEP OIL TOTAL LIQUID GAS WATER PRESS FI..~ TOTAL GAS. OIL GAS IN GAS - OIL GAS LIQUID OIL EX'TENS RATF. GAS RATIO ~cOLUTION RATIO RATIO RATIO RATIO · - m,,Pseoa GOR1 GOR2 GORI ODIM SCF/STB SCFiSTB $CF!STB F~v Y Go TGLR TLGR wO~ C)DIM ODtU MSCF/D MUCK SC K--/B B.BBL/MUCK BBUSIB GAS FLOW RATE CALCULATION LIOUID FLOW RATE CALCULATIONS F = Meier K = Volume Cote Facto, Reclucl,on 460 + T~,.~,'~ AQ9 .500 {ASTM De.~,gna,,on [14.73~ x 'METER · Oo F (1 - BSW)(1 - Shr 60) 1440 TANK · Oo K (1 - BSW) 1440 OraL Qg = Fu Fb Ftf Fg Fpv Y~w P sepa FU = .024 x ~ P~c / 520 / = ~t mm ~t mm wA I 6P..~~ Mea~ ~able~i .. ...................... ..... . , .... ................... ............ '"' ~ ' ...... '' . ~ : : :':.' :::'.': :::: ::~';':'f .... ":.~::~,:~:.:z~.:';::."~::::::::~V.~'~Z:~ ........ r ............. ~.' ............. :.- r-,~.,~-.~. ........ :--~ ~ "~'¢~ z'-"~"~".:;'""'-"%'-"<:'.-"'w? ~"~"::T.-~'', ,'-'' ........ .'-'-'-' '-' ::.~'. . ~."L ';' Customer: WeU: #6 WELLHEAD HEATER Field: Formation: Customer GOLDING Rep: PTS HOFF Rep: Rep: Mud Wt:_ 9. '7 Displace m~'~.,-.c,~.L-,T Fluid: j~j...c.,.~.ad., Pedorated Iht: I roductionmesting Services " FIELD READINGS OIL OR CO~IDENS, ATE UETER~NG CUMULATrVE TUTA; wATER BE. BE:. BE: PAGE DATE · 2 of 2 4-11-90 Comments Shot/Ft.: Shot Dia: in Casing Size: ~ Tub/D.R Size: ~ Pipe Vot.:~ Depth Ref:C~O~ Packer Depth:. tt To~ Depth:_ fl S~parator OilMeter 1 "/2.5" Size: Oil Meter ... Range:. H~Meterl "/~-o 0" Size: H~0 Meter Rm'x:je: Gas Meter(~:?,OV]E Meter Run.5. 761 Size: Diff. Pm, ss,~ F[aJ'~:, / st~:h~ · I%~e:, ,500 ~:Meter(;~:~.OVE Memr Run ~ Size:, ~. 826 Difl Press 50 3500 ~anks: 12 SUmd~ CondlUom Pst 14.7 Ps~ Tsc 60 ...... 7" i ':'~: ........ :; ..... METERING I~'nO GAS CUMULATIVE SEP. SEP OIL 'I'~AL LIQUID GAS WATER ABS. BASIC FLOWING GAS SUPER GAS PRESS FLOW TDTAL GAS. OIL GAS IN GAS - OIL GAS LIQUID OIL GAS SEP. ORIFICE TEME GRAVITY COMPR, EXPAN5 PRESS GRAV1TY PRESS FACTOR FA,.r'3DR FACIDR FACTOR FACTOR EXTENS RATE GAS RATIO SOLUTION RATIO RATIO RATIO RATIO PseD F~eoa Fb Fl1 FO FI~ Y ,-hwPseoa Go GOR1 GOR2 GORT TGLI~ TLGR WOR PSIA OD~¥ ODIM ODIM ODIM ODIM MSCF/D MMC,¢ SC F.~'TE SCFI$~S SCI:/STB SC_,F--/B B L BBL/MM~Cr BB~.,'STB GAS FLOW RATE CALCULATION LIQUID FLOW RATE CALCULATIONS F = Me,e, K = Volume Corr Factor RecluCl,On Factor ( A51' M De~,gnal,on ~ -%Oo K (1 - BSW) 1440 OIL ~12~ /14.73~ /460'~ METER · ~= F (1 - BSW)(1 - Shr 60) 1440 TANK :Qo = At rain PRESS_~E14.73F~ ~TEMP ~E F~ . F U = .024 x ~ p,c / x ~ 520 / At mm _ 4~ - "F Qg = Fu Fb Ftf Fg Fpv Y~hw P ~epa WA] ER Mea~ Table~) --TB--~ ..... · ..... FPB PB 5~ -. ' ' ..... ,. , . . . , ,3::_ ...: .... ,,..T?_.,..,~ .., .,, ., , ,~ .., .... ,.,., ..... ,., . , , . .......... , ............. ,.. , .... ....... ;.7 ...... -- 7. .... 7"-:, ........ ..-:..~.~.,,.,,,, ......... .,..,,..,,.,~ .. ...... .,,,. ....... . "', ,, oduction ting ervices , C~omer: B.P. EXPLORATION FIELD READINGS DATE --'=--'------ WELLHEAD HEATER r oil oR CONDEH$~TE METE~N~ I,~ ME'I~.R1NG ( OIL $~NK,,LGE TEMP CHANGE OIL CUMULAI¥E C~ANGE ~,TE R CUMULATrVE teJJ.l~o ~ 6 CLOCK CASING CHOKE TEMP PRESS CHOKE TEMP H=.S CO: SALINTTY P.H V~SSEL OiL OIL '. MEAS O{L GRAVITY CORR IN O~L FLOW 'rO~k. H,O IN ~%0 FLO~' TIME PRESS 51ZE StZ~ TEMP GRAVITY j TEMP BS & W ~ 60 "F Fk..'~OR FA,.'"rDRCOUNTER RATE 0IL BB. COUNTER COUNTER R.KTE WATER -mid: ~ 3~ p~ .,'L';'A'--' ~%----7-'-. ~ c, T, ~..---.------ ~--..~-----~"~ ---~---- ~~ -L------------------ ~~ esw G~=~ s.~, K Oc --~ ~;~ o.__ Comments PSIG IN ,F PSIG IN ~: PPI,4 oF BBL APl i :F t~ APl ~ FRA0 BBL ~3'B~ BB. BB- BB[~ BRL o~mat~n::B~ Z122 0 8/64 ~ 1240 64/64 180 0 0 32.20 .... I 'O~.~ W~,LT, ~ ~ ~ 1 '4" - "~: Lq39 0 8/64 30 1224 64/64 1~ 34.65 0 2.45 -~07.5 1 '5" - ',ustemer .GOLDI1X1G/ ~-r!40 0 8/64 30 1Z~ 64/64 180 37.38 0 2.73 3931.2 1 '6" - ~ep~~y. Z141 0 12/64 30 1L:~0 64/64 181 39.66 ~ ~ 0 2.~ 3_78_3,2 C)PEN ICHOKE ?O 1 2 / 6 4 1 '6.75'L ~ep: UO~ ~54 0 18/64 30 1151 64/64 180 42.73 ' 0 3.07 340,1 OPEN C~OK~: mO 1 8 / 64 1.7.75"- ~ 51.0g : 0 8.36 2006.4 1 '10.5"- ~ep: ~ 2200, 0 18/64 30 1151 64/64 176 ~udV~: 9,7 ,2210 0 20/64 30 1187 64/64 174 58.67 0 %58 1091.5 OPEN C~OKE ?O 20/64 2'1" - ...99'~ 0 20/64 30 1143 64/64 175 68.69 , 0 10.02 .1442.9 2'4.25"- )isplacel~,~tmc"r~' 2' 6" :~u~: .u,'~--""." 2t~ 0 24/64 30 1140 64/64 175 74.23 ER.-~] 5.54 797.8 OPEN CHOKE TO 24/64 _ ~edoratedmt: t~ 7240 10 24/64 30 1145 64/64 176 83.70 .. 9.47 !1363.7 ~'9" - moUFt.: 23=,0 0 24/64 30 1139 64/64 1 76 90.01 30 6. ~ 908.6 2' 11" - mot Di~: in2300 50 24/64 30 11 39 64/64 1 77 96.01 6.00 864.0 3'-/?"' - ;asmgSLze: 9 5/8 m_ 2310 70 26/64 30 64/64 178 102.95 6.94 999.4 OPEN CHOKE TO 26/64 3'2.75"~ :2340 80 26/64 30 64/64 17~ _qq'IT/~.T, . 20 GAS '] O SURFACE rubD. P. Size: 4.5 in 2'~50 85 26/64 30 64/64 178 20.85 _~ 30 16.95 1220.4 : 11.46 1650.2 :'ipeVoL: 1 60 bbl 2400 85 26/64 30 1205 64/64 178 32.31 ....... :)epmR~ CROWN 0(](~ 90 26/64 30 1200 64/64 179 37.10 5 4.79 1379.5 ~ck~rDepth: fl OCTt5 90 26/64 30 11P~ 64/64 178 _q2~.88 15.78 2272.3 i'otalDepm: ~ 00?3 100 26/64 31 64/64 179 ~DN-ITI.~.~ 0 O WELL "J~D SEP,ZRATOR ON 2" OI]u FESTER .. .0030 100 26/64 31 64/64 179 11.00 .......... 16 . 11.00 2262.9 SWITCH TO TANK 4 · -----.-.- Oil Meter] '/:2.5" ~ ASS UNIT BASIC FLOWING GAS SUPER GAS GAS CUMULATIVE SER SEP OIL 'IOTAL LIQUID GAS WATER ~)iTE: CLOCK PRESS ORIFICE ORIFICE GA~ MEAS. SEP. CONV ORIFICE TEMP GRAVITY COMPR. EXPANS PRESS FLOW TOTAL GAS. OIL GAS IN GAS - OIL GAS LIQUID ~, TIME SIZE DIFF. GRAVTTY TEMP. PRESS . FACTOR FACTOR FAC]OR FACTOR FACTOR FA,,."'TOR EX'TENS RATE GAS RATIO SOLUTION RATIO RATIO RATIO RATIO ~er 1"/2 0" ' TLGR · · F~eD {3 m~ ~ P~eoa Fu Fb Ffl R3 F~ . Y ,.' h*'~eva~ GOR1 GOR2 GOR'~, TGLR WOR ~ ~ IN IN H''"--'--~ ~~__ ~"F PSh~ ' ODIM OD,V OD)M ~ ODiM ODIM ODIM MSCF.'D MMCI: SCFfE-"TB.L..' SCF/ST""m'"~""~m SCFtST~-- .~C~BB~ BBuMMCF BB~'STB H~ Memr ... Size: : H20 Meter " ..... , , ...... , ,., .. p~.r~ 100'" _ . .... _ · r GROV~ I,~Run 3. 826 -- ~ D~.P,~ 50 - : .. - s,~-,~e~:_3500 - Emu, n.T~..~'~-',~ 6.!4 rl'~b: ~ t, , -' ,, ' ii StandudCo~l~ GAS FLOW RATE CALCULATION i LIQUID FLOW RATE CALCULATIONS F = Mete., K Volume · Corr Facto~ R~cluct,on Faclo~ ~ -~Go (ASTM Dc~.~gnal,on 14.7 PS[a PRESS~EF~ TEMP~EF~ /14.73~ /460+T~ age.. F(1-BSW)(1-Shr60)1440 TANK:Go- K {1-BSw)1440 O,t ....~4.73 FTS _ ~-~F Q9= Fu Fb Ftf F9 Fpv Y~hw P sepa FU= .024 x ~]x~ 520 / iMETER · Qo 60 "F Fps: Pa .~ ..... [ ............... ................... '--~ ~"~'T"b~ ~. ~ .... ...... ~ . ............ ~ ", ........ ~ ~-', ................................... .. ........... . ' '": ".": ..... S PAGE z of / ervices DATE 4-12-90 B.P. EXPLORATION FIELD READINGS iT~r;__ i i1,...i..i,./ nl,.t,.%l./ll,l-.-~..~ ~ WELLHEAD HEATER ~ O~L OR CONDEN.~AT .r METERING ~ -- "'---'------ ~ '--'----'------' ~ CHANGE ~TER CUMULATIVE · OIL SHRINKAGE TEMP CHANGE OIL ~.b~.~,.AT IV~ H;O IN; H~O FL 0',% TOTAL PT. MAC #6 v~ssE: o~: OIL , MEAS ~ GRAVi~ CORR 'N CLOCK CA~NG cHOKE TEMP PRESS· CHOKE TEMP. HE CO~. SALINIIY PH F,~."'I~:~ ~,. i~B' COUNTER WATER BBL TIME PI:~ S~ZE SIZE TEI,4P COUNTER GRAVITY TEMP BS & ~,' ,9 60 'F . FAC3OR COUNTER RATE COUNTER RAT~ ~ 'Ur'--- '-----""-- Comments ~ ~ BB"--'--"?~ A':"~------~'-- :~ ~ AP~ ~ FRAC BBL ~'T B.'D BBL BB'~ BBL"D BEg. IN eF P~IG IN "F PPM - PSIG ation: ~ ~ ._,.,.___ m~ 1_~___~ 26/.__~__~. 32 1305 64/___~ 181 0 5 145 ~ ___,,__.__~ .___.__.__. --.---.--.. i---.------- .-i--,--.----- ----------'' ~ ----------,---,-- ~ HOFF 01_~ 1~ 64_64._./64 37 30/64 17~0 401 , 27 1388.6' 51 : a me, mO 64/64 44 2 /64 17S m5 ,Ft.: O~ 420 64/64 56 '1213 35/64 182 75 Dia: i~ 0500 ~ 64/____~_64 ~ '1247 33/64 182 _._.____..._...~ 7~ - 5~ ,gsize: 9 5/8m ~~ ~5 240 64/64 58 ~ 7Rt--'"'~"'~82 ~~'--~'~'~'2178 ' 5% 930* FFr'RE~c~. C}t"KE rio 28/64 0030 250_~/~ ~__~___ '1347 28/64 '182 ~~~ 74 ,2200 ~ 27.7,t .815 ).P. Size: 4,5 in 0615 275 64/64 58 1343 28/64 182 75 2217 _ 1.4% 27.74 .815 .994 17 1311.4 , 27.74 .ms .994 la._._ ~ 227~6 ~ i 1.0~ 27.74 .8'15 .~ 4'1 __'1587 8 ~ 27.74 .815 .994 40 ~ O730 35O 64/64 58 .1326 28/64 183 75 2336 ~-. . ;er Depth: .~pth:__ " O8OO 38O 64/64 56 1:O2 28/64 185 70 2357 .; 1-0 27.74 .817 .996 41 1591.1 . arator ~ 6~t/~ 58 1320 28/64 165 0 .6 70 2435 : 27.74 .817 .996 3;3 1474.6 S't3T ,IN W~TT, AT ~ VA5 "/~.... 5" ~s. u.rr ~s,c ~LOW,,~ ~ SUPE, i ~ PRESS ~ CUMUU,T,VE SEP. S~,O,~ =A~ ,.,OU,O ~ W~TER leterq'· CLCX:K PRE~ ORIF'~E ORIFICE GAS NIEAS. SEP, CONV ORIFICE TEMP GRAVITY COMPR~: EXPANS. FLOW TOTAl GAS.OIL GA~IN GA~-OIL GA~ LIQUID OIL Z TIME ~ DIFF. GRAVITY TEMP. PRESS FAL'TOR FAC]OR FACTOR FAC'IOR FAC3OR ( FAC3OR EXTENS RATE GAS RATIO SOLUTION RATIO RATIO RATIO RATIO aa:er ~. 'i ¥ ,-nwP~eDa G~ GOR1 GOR2 GORT TGLR Tt. GR WOR P{;IG IN' IN H~ e~ PS1A ODIM ODIM ODII¢ OOI1,~ OD~M .... , ODIM ODtM MSC,F/D- MM~F SCF~TB SCI:/STE SCF/$TB $CF-/BB~. e B L.,U M'; ¢' BB'JS'r B i _ Meter 1 "/2.0" · · i Meter De: ?er GROVE: - .,rRun .5,761 , ,1 Press 00- - ge: I .' ~:Pre~ 1 500 .... ~i. .. · , . .... i ---- __ ~r~u~ 3.826 0500 270 1.00 48 .75 74 284.700 .024 2~0.955 .987 1.147 1.031 '! 1.001 116.900 659.8 ... Press De: 50 ~ 270'. 1.00 50 .75 78 ~.700 .024 200.955 ,cj83 1.155 1.029 . 1.001 119.311 670.4 393 (~0 270 1.00 52 .75 78 ~4.700 .024 200.955 ,983 1,155 1.029 , 1.001 121,670 6~7.7 ~24 - ~:. 200 0700 ?_SS 1.00 50 .75 78 ~9.700 .024 200.95.5 .98~ 1.155 1.027__ ~ 1.001 116,120 (E::~,5 412 ~ nT~ 2.50 1.00 50 .75 78 W::~.700 .024 290.955 .383 1.155 1.027 ..'! 1,001 11%043 648,8 419 ~a~:-3500_ nan~ 255 1.00 48 35 78 ~9.700 .024 ;~0.955 383 .1.155 1.027~i1.001 11~.779 C~2..0 ~i,:~D__~_ (~ ?_s~, 1.00 48 .75 76 z~9.700 .024 200.955 385 1.155 1.02~ !.. 1.001 113.77~ .. 643,4 414 ,~s: !2 O~ ?_ss 1.00 48 .75 78 359.700 .024 200.955 .983 1.147 1.0~. ~1.001 113.77~ 538.2 433 .... ' ' -;i' . ".. ........ -,-,= ,-.,,, ,-- .......... ' Well:, Reid: Formation: Lease: Cust~rner Rep:. Rel Rep: _ Mud W~ ~is~ Fluid: Shot/Ft.: Shot Dia: Casinc Pil: Oil Size: Oil Ran H Skze: He Ran( Gas Type: Meter S~: Diff. Gas Size: Diff. Statb P /Tank Slandan:lConditlonl GAS FLOW RATE CALCULATION t: LIQUID FLOW LATIONS Co,, Facto, Reclucl,on Facto, / IASTM Pst la_7 PS~ pREss I~SE FACT TEMP BASE FACT FU .024 x /14.73~L460 '* T~ AO<~ F (1 - BSW)(1 - Shr 60) 1440 TANK: Oo = AOo K (1 - BSW) 1440 OIL - ,~ F -= :METER · O.o= At m,n At rain -- D1?'c'0 P ......:' "':" _ 14.73 ETB _ 460 - OF Og = Fu Fb Ftf Fg Fpv YN/hw P sepa \ P,c / x ~ 520 / ~sc 60 -P~ P~ s~o ...... ,. ......... ...... · .................................. " " "- .... .......... ---:7- ................... ~,, . . .......... :.. ........ .,...,,,,. ...... ,,,,·, .,. .... ,. ;. ,;-.,. , ..... .., - -.. · , · . · .-.; -. ,-,.-...--. ,--, -,,-: ',. 7~., ,-' .. '- ,, , .. ',.,. :-' , :-.. , ' , .... ' ........ -.'~ ¢~ome.:_B - P. EXPLORATION Well: Fermatiom ~ Customer Rep:. FTS HOFF Rep:_ Rep: ~ Mud Wt: DTsplacement Fluid: Pertorated Int: ft Shot/Ft.: Shot Dia: in Casing Size: Tubq:).P. Size: 4.5 in 1 60 bbl Pipe Vol.:. Depth gc~: Packer Depth:_ tt Tot, aiDe fl WELLHEAD Separator 0il Meter 1 ",/2.5" Size: ¢ Oil Meter Range:_ - H2e Meter1 "/2.0" Size: H~0 Meter Range:_ Meter Run 5 o 7 61 Size:, D~. Press 00" Ra~:. 1 s'~c~ 1 500 Range: Gas Meter Type: GROVE Me{er Rur~ Size: o.826 Diff. Presr~ ~ Ra,'~e:...,U Static Press Ra~e: 200 Storage Tomt: 3500 PRESS 100 100 125 130 130 HEATER AB$ SEP PRESS PSIA .75 114.700 .954 1.147 .79 114.700 .954 1.125 I roductionTesting Services FIELD READINGS C~L OR CC~IDENSATE METE~NG METERING BASIC FLOWING GAS SUPER ! GAS PRERS ORIFICE TEMP GRAVITY CO~PR, ) EXPAN$ EXq'E NS FACTOR FACTOR FAL'l13R FACTOR ~ FACTOR Fb F~ Fe Fp,,, : V ' hw~seoa ODI~ OD~U OD~M ODtU ODUO '.1.002 58.780 ~ .003 621.786 .47 .80 39.700 ,039.47 .955 1.118 '1.002 ~ .002 .81 ! 44.700 039.47 .958 1.111 1.002 75.122 .81 144.700 039.47 .956 1.111 :1.002 Culaut.~ r,'[ O. BE. 10 CUMULATNE TDTA:. WATER BB. 198 776 GAS CUMULATIVE SEE SEP OIL FLOW TOTAL GAS - OiL GAS IN RATE GA~ RATIO SOLUTION ~ GORI GOR2 MSCF/D MMCF SCF/STB SCFISTB .OO65 359.5 ,241.4 .0318 6'27' 243 567 248 kAl'lO TOTAL LIQUID GAS- OIL GAS RATIO RATIO GORT TGL R SCI::STB SCF/BBL 87O 816 GAS WATER LIQUID OIL RATIO RATIO TLGra BB,,.jMuCc BBt. JSTB ~2 ~5 ~7 0 556 234 790 0 PAGE i of DATF 4/1 3/90 Comments OPEN CHOI~ TO 1 8/6_4 OP~ CHOKE ~D 24 / 64 TO TANK S~. DEC. CHOKE: TO 3~ QRIFICE 15ASK ~I1D 2.25 GAS FLOW RATE CALCULATION LIQUID FLOW RATE CALCULATIONS F = Me,e, K = volum-. Corr. Factor ReCiucl,on Facto, [14.73'~ ~460 .*T~.c/ TEMPBASEFAC1 FU = .024 x \ Psc / x \ 520 / METER · Qo _ 46o - OF Og = Fu Fb Ftf Fg Fpv Y~/hw P sepa .3t mln WA1 ER__-- Mea~. Table~) F TB s~'o., ' '.., ' ~ " .... ., '..'::'-::',,... '"," ..... O.,~',',er: B. P. EXPLORATION Well: Reid: Customer GOLDING Rep: _ Frs HOFF Rep: Rep: Uud Wt 9.7 , [~isplacement Fluid: ~ Pedorated Int:. tl WELLHEA, D HEATER roductionTesting FIELD READINGS ervices OIL OR CONDEIIS. ATE METERING PAGE z: of DATE. Shot/Ft.: Shot Dia: _ mn Casing Size: ~ Tub/D.R $;ze: ~ Pipe ~.:._1 60 bbl Depth Ret: Packer Depth:. 'total Depth:_ CUMULATNE ' CuuukxTwE TDIA:. T"J/~,. wATER BBL OkBB. Comments BB~ O?~ CHOKE ~O ~/~ 119~ 1512 ~5.9 11~ 1~6 '- 1~° 16~ ~ ~ '~ t7~ OilMeterl" / 2 5" Size: - ' Oil Meter Range:. H~Mete~,, / 2.0" Size: H~0 Meter Range: G~s Meter Type: UeterRun 5 761 Size: ' Diff. Press 00" Rare:. 1 Me(er Ru~. S=: 826 D~. ~r~ 50 Rare: S'~ ~ 200 3500 BBLfin: "PATJK't'~ nan,: _1.2, 6.14 Star~ Condltiom Pst, 14,7 PS~^ PRESS RATIO GAS METERING GAS CUMULATIVE SEP SEP OIL TOTAL LIQUID GAS WATER ABS B. ASIC FLOWING GAS SUPER GAS PRESS. FLOW TOTAL GAS- OIL GAS tN GAS · OIL GAS LIQUID OIL GAS SEE ORIFICE TEMP GRAVITY COMPR EXPANS cOLUTION RATIO RATIO RATIO RATIO GRAVITY PRESS FACTOR FACTOR FAgI'OR FACTOR . FACTOR EX'TENS RATE GAS RATIO Pseoa FI3 Ft~ F~ Fr~, Y .-nwPse:~a GOR1 GOR2 GORT 'I'GLP TLG~ WOE I:~eo P$IA ODlid ODIM OD~k~ ODlid OD. lid MSCF/D IdM~¢ SCF/STB SCFtST'6 SCF'S'[B SC, F/B E4. BB:.JuMCr BBUS'fB 180 .81 ..1.001 81.362 200.0 .4429 621 248 8~ 0 1.001 77.913 095.4 .4866 621 248 868 0 175 .81 '1.001 175 .81 189.700 ,039.47 .951 1.111 1.017 1.001 83.779 253.5 .5791 587 248 835 0 175 .80 189.700 1.001 91.361 .474.7 .631 622 248 870 0 175 .81 I 1.111 1.001 84.872 ,277.6 .738 440 250 689 0 170 0 170 .81 1.001 .763 375 248 623 170 .81 184.700 1.001 1.002 86.516 ,820.0 ,.925 444 , 53 497 ~ SEP. ~_.___ 140 .81 154.700 816.133 .950 1.111 1.003 96.343 ,028.4 1.010 497 ' 52 549 .' 0 145 1.003 99.506 538 52 590 1.183 0 140 0 I.(5,,ERED SEP. 135 .80 149.700 816.1 1 . 003 102.367 1 . 273 535 53 588 130 .80 144.700 816.1 1.003 100.643 1.362 563 53 616 0 132 .80 146.700 816.133 .949 1.118 1.012 0 132 .80 146.700 816.133 1.118 1.003 102.774 -593 53 646 0 132 .80 146.700 816.133 .949 600 52 0 132 .80 146.700 816.133 1.118 GAS FLOW RATE CALCULATION LIQUID FLOW RATE CALCULATIONS F = Me,e, K = Volume ReduchOn Co~f. Factor, IASTM De~,.gnat,¢ · [14.73~ ('460*T~/ AQ~ ' AOo K I1 - BSW)1440 OIL TEMPBASEFA~ FU: .024 x \ P~c / \ 520 / ..~! m~n WAIbI-.__~ Mea~ Tables) PB FT~ - 46o - ~F Qg = Fu Fb Ftf Fg Fpv Y,Vrhw P sepa x METER . Qo'- F (1 BSW)(1 - Shr 60) 1440 TANK: Qo = A', m~n .., ... ' .~)l'3 ,, . ...... , ....... . ...... . , -,, ,, .,. , ,': .',....'.,:..' 'y' · ,, '.:: · ........... : "~ ...................... :::: ::::::: :!:. :: ;:..:?..'.:,: ..... '...'..:. ................ : .............. . ........... .: ............ .. ....... '. · :::.._'.::L:_:ZL"_L:::L ::::::~,' :: :'::: "" ":': ........... 7' ......... ';' '.' :' ' -: ,''~ . ': .... .. '" ., ................. ~ :~.~,~,:~:,, .,,.:,' ,., ,..:.: ' ,,':,'.,..,, q'; l:-; ','.; ',T,~'.' :: ", ", :'"'.'- ';':-- ?,%"?:::~':"[:"t~'.-'~''''' :' PRESS BASE FACT _ 14.73 C~O~ B.P. EXPLORATION WELLHEAD Formation: Lease: Customer Rep: FrS HOFF Rep: Rep: Mud WI: ' Displacement Fluid: HF..~TER oductionTesting ervioes FIELD READINGS OiL OR CONDENFUklE METERING 3011 H,~ M E-'rEmNG CUMULATIVE 11~TA. WATER BB~ BB. ... DATE 4-1 4-90 Comments 12:00~ Peflorated Int;_ Shot/Ft.: in Shot Dis: 9 5/8,n Casing Size: Tub/D.P. Size: ~ 1 60 Pipe Vol.:. Depth Ret (~(~ Total Depth:_ Separator :,,, OilMeter 1" - 2.5" Size: Oil Meter Range:_ H20 Meter - 2" S,Ze: 1" H:,O Meter Range:_ Gas Meter Type: GROVE MeterRun 5 761 Difl. Press 1 O0 Range: StaticPress 1 500 su~ lank Gas Meter MelerRun S=e: 3. 826 piti. Pr,~ 50 Static Press 200 Range: Stoc~'mnk 3500 BBUin: ~ 6.14 hanks: 12 Stand~d Co,4it~ Pst 14.7 '~sc 60 ............ PSIA PRESS 120 120 120 120 PRESS EkSE FACT _ 14.73 FPB PB ABS. BASIC GAS SEP ORIFICE GRAVITY PRESS. FACIOR Pse~a Fb PSIA ODIM .79 139.700 816.133 .79 ' .79 134.700 816.133 .79 1 34.700 C~S METERING FLOWING GAS SUPER i GAS PRESS TEMP. GRAVITY COMPR EXPANS EX'TENS FACTOR FA..%'IOR FACTOR FAL'IOR F ~ P~ F ~' Y .- I~wPse~a ODIId O01M OD:M ODIM ODIM .947 1.125 1.011 .79 134.700 816.133 .948 1.125 1.011 .78 134.700 816.1: 1.132 G~S FLOW RATE Go MSCFID CUMULATIVE TOTAL GAS MMCF 1.890 SEP. GAS. OIL RATIO OOR1 SCF/STB 97.103 667 1.003 97.794 673 2.148 1.003 677 1.003 97.794 682 SEP OIL T~TAL LIOUID GAS IN GAS- OIL C.d.S SOLUTION RATIO RATIO GOR2 GOI:FF SCP~STB 53 549 48 715 TGLR GAS WA;i'ER MOULD OIL RATIO RATIO TLGR BBUMUCF BB L,'ST B ¢. GAS FLOW RATE CALCULATION TEMP BASE FACT (14.73'~ ( 460'* FTB -- 460, OF Og = Fu Fb Ftf Fg Fpv Y,v/~w P sepa FU = .024 x \'-'~'-~c / x \.- 520 520 .......... ..... . LIQUID FLOW RATE CALCULATIONS .SQ~ F (1 - BSW)(1 - Shr 60) 1440 TANK: Qo = METER · Qo = ~t m~ "' F = Male, K = Votum" Coff Facto, Recluct,on Facto, (ASTM Dec.,gnat,om K (1 - BSW) 1440 OIL ,r)!?r:?" · ul~-..~r~ WA1EP,.--~ Mea~ 'Tables) ., ............. .................... . ..... . ..... PAGE of z BI Pi EXPLORATION WELLHEAD FielC Formation: Cust~e: 6DLDING Rep:. Rep: Rep:. Mud ~,: * DispIa~me~DIES'RT, Fluid: Periomted Int:~ Shot/Ft.: Shot Dia: in C~ing Size: .9 5 / 8 in Tub/D.P. Size: ~ PipeVoL:. 1 60 Depth Ref: ~ Packer Depth:_ ~o~l Depth:_ 1 1 31 1 it Sel~mor OilMeterl" - 2°5" 'Size:':' Oil Meter Rang~:_ H20Meter 1" - 2" Slze: H~) Meter Rang~: Gas Meter G~OVE Type: MeterRun 5 o 671 Size:, Difl. Press 1 00 Pmnge:, Static Press Ran( 1 500 ~n~e Imnk Gas Meter I~erRun 3.826 Size: Static Press P,~e: :200 PRESS 110 St,~:~ 'ia nk Storage l'otat: 35____00 BBUin: TANKO0 6.1 ~anks: 1 2 ~ 14.7 PS~ PRESS BASE FACT ,, _ 14.1'3 :' lsc 60 ~ FPB PB ,~'~':"?:': ......... "' ' ",':' "' ' '. ..... i ....... . ........."". ' ' ""' GAS GRAVITY .71 .86 .78 .77 .77 .79 .79 TEMP BASE FACT TB 520 HEATER roductionTesting Servioes FIELD READINGS (NL OR CO~IDE h~S, AIE t~ETER~NG CUU jJTn,'E CUUULAT~E TDTAL WATERBBL .. DATE 4-16-90 Comments OPEN CHOKE TO 8...~ 1 400 36 54 75 96 117 AT 1515 FACTOR . 959 1900 ABS PRESS PSIA 124.700 BASIC FLOWING ORIFICE TEMP. FACTO~ FAG'TOR Ft ODIM 112.748 .990 GAS Mk-I'ERING GAS SUPER GAS PRESS FLOW GRAVITY COMPR EXPANS FACIOR ' FAC'DR , FAil'OR EX'TENS RATE ODi~ OD~k~ 0D~M MSCF---/D 1.187 1.011 173 I~TIO CUMULATIVE SEP, SEP OIL ll:~1'AL LIQUID GA5 WATER 'IUTAL GAS. OIL GAS I~ GAS - OIL GAS LIOU1D OIL G~ PATIO SOLUTION RATIO RATIO RATIO ~TIO GOR~ GOR2 GO~T TGL ~ l LG~ wOR MMCF SCF:STE SCFtSTE ~BBL BBUU~:~ BBL'SI B HOLE @ 2345 I-IRS. LINE OUT OF HOI 2339 HRS. 104.700 104.700 89.7 94.7 99.7 99.7 1.195 112.748 .964 1.078 112.748 .958 1.132 200.955 .938 1.118 200.955 1.118 200.955 200.955 1.011 1.009 1.007 1 . 001 33.937 100.7 1.003 1.002 53.301 .964 1.140 1.007 .965 1.140 1.008 1.002 54.182 291.0 200.955 1.125 1.009 754 71 825 707 617 62 679 679 0 AT 1 700 1.002 53.771 285.0 .1221 700 37 737 737 0__ 1.002 713 37 750 750 0 SEP. PRESS TAKING ATM. SAMP] GAS FLOW RATE CALCULATION LIQUID FLOW RATE CALCULATIONS, F: Me,. K = VoLume Cots Factor Recluct,on Facmo~ I ASTM 300 F (1 BSW)(1 Shr 60) 1440 TANK: Qo AOo K (1 - BSW) 1440 Oil. [14.73~ X ~~ METER-Oo= - ~, m,n - - ~1 m'" WATER__-- Qg= Fu FbFtJFgFpvY~hwPsepa FU =.024 x ~ P~c / 520 / Well:__ WELLHEAD Formalion: Lease: Customer Rep: ~.I~ Rep: _ HO~'~ - Rep: GA.RRE~ __ Mud Wt: Displacement Fluid: ~ Pertorated Iht: tt Shot/Ft.: Shot Dia: in Casing Size: l'ub/D.P. Size: Pipe Vo1.:_._3_.6.0_---~ Depth Ret Packer De Total De It Separator Oil Mete Size: Oil Meter Range:_ H;,O Meter H:,O Meter Range:. Gas Meter Type: Meter Run Size: Diff. Press Static Press Rang~:. SuqTe Tank Gas Meter Type: Meter Run size:____3-826 ~ DUi. Press Static Press Ran0e:~~ Stock ~nk PRESS I~' GAS GRAV1TY .79 .79 .79 .79 .79 .79 .79 .79 HEATER l roductionTeSting Services FIELD READINGS OIL C~ COINDENSXTE METERING CUMU~AI' fVE l'Dlk. 217 253 272 292 310 377 ~ ME'T~ raNG C u la u LATh,"E WATE'~ Be. BB. GAS METERING GAS ' CUMULATIVE SEP SEP. OIL 'TOTAL UOUID GA~ WATER AB$ BASIC FLOWING GAS SUPER GAS PRESS FLOW TOTAL ~ · OIL GAS IN GAS - OIL GAS LIQUID 01;. SEE ORIFICE TEMP GRAVITY CO, PR EXPANS EX'TENS RATE RATIO SOLUTION RATIO RATIO RATIO RATIO PRESS FAiR FAL'TOR FAC~ FAL'TOR FAL'I'OR Ps~oa F~ Fit ~ FD', Y ,,- m, wPseoa Go GOR~ GOR2 GORT wO~ PSIA ODIM ODIM O~M ODiM ODIM MSCF/D MMCF SCF/Sl'E. SCF:STE) SCFISTB B,%_'S'r E 1.001 68O 68O 99.7 1.00:2 47.886 253.7 .1545 622 32 653 653 0 '1.002 47.886 253.5 .1651 699 45 743 743 0 1.002 323.9 49 999 0 104.700 1.002 51.162 269.9 .1899 633 48 682 682 0 104.700 200.955 ' -.960 1.125 1.009 1.002 280.6 693 48 741 741 0 1 04.'700 1 . 125 1 . 002 53.169 .2143 657 46 703 703 0 1.002 52.175 275.3 .2375 678 41 719 719 0 104.700 200.955 1.125 1.002 52.175 280.6 690 ~'40 731 731 0 1 04.700 1 . 002 728 767 767 PAGE 2 of 2 DATE 4-1 7-90 Comments 1 2 Pst 14.7 psix 'Tsc 60 · PRESS BASE FACT TEMP BASE FACT F p~ - '~ ~3 F TB -- ,~?'"---~-- PB F = Meier K = Volume OAS FLOW RATE CALCULATION LIQUID FLOW RATE CALCULATIONS Cot, Factor (ASTM De.'-,gnal'o [~'~ ,-~Qo K (1 - BSW) 1440 OIL D1250 /14.73'~ METER · Qo= ~ F (1 - BSW)(1 - Shr 60) 1440 TANK ' Qo = '~t mi-'----'~ Qg = Fu Fb Ftf Fg Fpv Y~,/~w P sepa FU = .024 x \---~c,/ x \ 520 ! At rain WATER.~~ ,, ,. . .., , , . , .' ' ,'.~ . :' , ' , .... · ...... ': ,:' ',:::' ':'""' "C' :'v;. , ;,,,.,, ,, .. ,... .... :... .... .. B. P. EXPLORATION W~'l LNE.,i,D FiekJ Formation: roductionmesting FIELD REAI:)I~GS Services OIL DR CONDENSATE IiIETEI~NG CUu U,.A1 NT. BE. H~O M ['TERI~ CUMULATIVE T~TTAL WATER Be',. PAGE DATE of z 4-1 9-90 Comments Customer Rep: Rep: ~ Rep:, I~ud Wt:, Displacement Fluid: ~ Shot/Ft.: Shot Dia: in Casing SLze: Tub/D.R Size: Pipe Depth PacKer Depth:. tt Separator Oil Meter 1 0il Meter Range:_ H~) Meter Size:_ I - 2.5 H20 Meter Range:__ Gas Meter Meter Run Size: 5. 761 Diff. Press 1 0 0" Range:. Static Press Range:, 1 500# 5urge Tank Gas Meter Meier Run Size: 3. 826 Diff. Press 50" Ra~e: ~P.'~ 200# , Stoc~ T~nk Stora BBLJin: fi'anY, s: 1 2 m 14.7 PS~ .... PRESS I:~.e.-, GAS GRAVITY 100 .79 110 .79 100 .79 100 .79 100 .78 110 .78 115 .76 200 .76 200 .76 PRESS El. SE FACT TEMP BASE FACT F PB = ~4.73 F T. -- ~* OF PB' s?n 11.2 16/64 @' ABS. BASIC FLOWING GAS SEP ORIFICE TEMP GRAVITY PRESS FACIOR FACTOR FAil'OR Pseoa FD Ffl F.~ PSIA OD~U OD~M GAS METERING SUPER GAS COMPR EXPANS, FACTOR FACTOR Y ODIM 29.1 46.1 66.1 87.1 135.1 165.1 205.1 316.1 376.1 407.8 490.8 585.0 GAS, CUMULATIVE SEP SEP OIL T'OTAL LIQUID GAS WATER PRESS FLOW TOTAL GA~. OIL GAS IN GAS- OIL GAS LIQUID OIL EX'TENS RATE GAS RATIO SOLUTION RATIO RATIO RATIO RATIO ~ iwvPseoa C.~ GORI GOR2 GOR; TG L R '1' L GR WOR ODIU M,SCFID MMC~' S.~F,'STE SCFISI B SCr':STE~ SCR'BBL BB[JMMCF BBL.'STB ~ ~ m 42/64~15 114.700 314.946 .984 1.125 1.012 ' 1.002 1.002 54.610 464 .965 1.147 .965 1.132 1.132 .965 1.147 1.002 '70.229 587.4 114.700 621.786 .976 1.125 1.011 :1.002 I 621 1.002 114.700 816.133 .967 1.132 1.010 1.002 58.660 .275.7 124.700 816.133 .967 1.132 :1.002 68.837 ,498.9 1.002 69.737 129.700 816.133 1.003 88.216 ,?.4.0 214.7 816.133 1.020 1.000 46.336 014.3 1.001 75.579 261.7 1.001 76.137 ,285.7 214.7 621.786 574 17 592 592 29488 592 31 624 624 53550 511 678 38 716 716 549 37 586 586 13709 185784 674 17 690 690 F = Meier K = Volume GAS FLOW RATE CALCULATION LIQUID FLOW RATE CALCULATIONS Co,,. Facto! RecJuct,on IASTM De,,gnat,on /14.73'~ /460 '~ T~t~/ METER · Oo ~ F (1 - BSW)(1 - Shr 60) 1440 TANK 'Oo = ~Oo K ll - BSW) 1440 OIL D12~ Pe,,oleum Og= Fu FbFtf FgFpvY~hwPsepa FU='024x ~ P~c /x~ 520 / ', = Atm~n . ..... WAIER.__~ Mea~.Table$) ;' . .'....~ .:.. :... :.:':.:.:_;:.::::~...,::.:,.::..:,::,;::~z:_ ::::::::::::::::::::::: ;::;~,~,.:,...:....~;._?:~ ..... :L:_;.,_::;;_:.4,~>~:;.:,,:: ~,::./:.; ' , ...,.:.:.'..,,,..:::' :.,:,:.'Z.:~ Cuslomer: B. P. ]~~~ Well: Field: Formation: Customer Rep: GOLD1-NG _ Rel HOFF .Rep:_ Uud W: 9,7 J Displace ml~'~l-q;-,cw,1-' Fluid: .... Perbrated Int:~ ShoFFt.: S~ot Di~:__ in Cmng Size: ~ Tu~.R Size: ~ 160 bb~ De~Re~: _ ~O%~ ~c~r De~:_ h 3o~1 ~pth:_ ~ ~ro ductionTesting FIELD READINGS Services WELLHEAD HEATER OIL OR CONDfNg~TE METERING 0,.Ek 76L4 934 1091 1262.9 1358.9 1460.3 1544.3 1669.9 2172.5 PAGE DATE of 4-19-90 CUuULAT~'E TOTAL WATER BBc Comments BE. Separator OilMeter 1"/2 5" Size: ' Oil Meter Range:. H~0Meter 1 "/2. 0" Size: H~)Meter Rm"~je:_ Gas Meter Type: Meter Run Size: 761 Diff. Press 1 00" Range:. Static Press ~ ~ n n Surge Tank Gas Meter Type: (:;ROVE Meter Run Size:, 3.826 PRESS 140 150 155 155 G~ G~ .76 .76 .76 .76 PRESS BASE FACT TEI.IP BASE FACT F PB - 14.73 F TB = '~' °---J PB 520 GAS METERING .kBS. ~1C FLOWING GAS SUPER SEP OR~RCE TEUP GRAWTY COMPR EXPANS PRESS F-~.,'"I'OR FAC~)R FACTOR FAC~DR FACTOR Psepa FD Fff F-~ F~ v PSIA ODIU ODIM OOIM O~M ODIM 154.700 816.133 .959 1.147 1.013 164.70 169. 700 1293. 832 .953 1 . 147 1 . 013 169. 700 1293. 832 .952 1 . 147 GAS PRESS FLOW EXTENS RATE .-hwPseoa ODIM MSCF/D 1.003 111.142 : 1.003 '110.55 1.003 .-110.550 1,851'.9 RATIO CUMULATIVE SEP TOTAL LIQUID GAS WATER TOTAL GAS - OIL GAS- OIL GAS LIQUID OIL 6As .,mo i (:~z~s ~ R~?,O R,.?~O RATIO ~T,O GOR1 GDR2 GORT TGLR TLGn WOn SCF/STB S~:;S'TB SCF'fBB; BBUM~C; BBwS'TB 923 1.002 84.05 1041.7 1 . 003 107. 373 99~. 6 1.002 86.411 1.013 1.002 88.353 3,046.5 ,073 878.4 GAS FLOW RATE CALCULATION (14.73'~ (460'* T~ Q9 = Fu Fb Ftf Fg Fpv Y~/hw P ~epa FU = .024 x \~! x 520 / LIQUID FLOW RATE CALCULATIONS F = Me,e, Cor~ Faclor : ~ F {1 - BSW)(1 - Shr 60) 1440 TANK: Oo = AOo K {1 - BSW) 1440 OIL .METER · Qo= ~! m,n' At min WATER____ I . r;,; ' . . K = Volume ReOucl~on Faclm ( ASTM 01250 Pel': Ol{'urr'' Meas,. 'Tables) _. WELL TEST DATA CUSTOMER LISTING FOR BP EXPLORATION POINT MCINTYRE POINT MCINTYRE NORTH SLOPE ALASKA STATE #6 RECORDED: COMPUTED: JOB NUMBER: 16-APR-gO 27-APR-g0 73819 COMPANYt BP EXPLORATION HELL: POINT HCINTYRE STATE #6 TEST STARTED AT TOTAL PRODUCTION TIHE: FLOWING PRESSURE: NELL TEST TYPE: FLOWING LOCATION: NORTH SLOPE ALASKA FIELD: POINT MCINTYRE 6:54:49 ON 4/16/90 MEASURED DEPTH: SUB-SEA DEPTH: DATE TIME DT PRESSURE CHRS) CPS]A) 4/16/90 6:55:18 0.008 4407.43 4/16/90 6:55:48 0.016 4407.43 4/16/90 6:56:18 0.025 4407.¢3 4/16/90 6:56:48 0.033 4407.43 4/16/90 6:57:18 0.04! 4407.43 4/16/90 6:57:48 0.050 4407.43 4/16/90 6:58:18 0.058 4407.43 4/16/90 6:58:48 0.066 4407.43 4/16/90 6:59:18 0.075 4407.43 4/16/90 6:59:48 0.083 4407.43 4/16/90 7:00:18 0.091 4/16/90 7:00:48 0.100 4/16/90 7:01:18 0.108 4/16/90 7:01:48 0.116 4/16/90 7:02:18 0.125 4/16/90 7:02:48 0.133 4/16/90 7:03:18 0.141 4/16/90 7:03:48 0.150 4/16/90 7:04:18 0.158 4/16/90 7:04:48 0.166 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 7:05:18 0.175 7:05:48 0.183 7:06:18 0.191 7:06:48 O.ZO0 7:07:18 0.208 7:07:48 0.216 7:08:18 0.225 7:08:48 0.233 7:09:18 0.241 7:09:48 0.250 4/16/90 7:10:1B 0.258 4/16/90 7:10:48 0.266 · 4/16/90 7:11:18 0.275 4/16/90 7:11:48 0.283 4/16/90 7:12:18 0.291 4/16/90 7:12:48 0.300 4/16/90 7:13:18 0.308 4/16/90 7:13:48 0.316 4/16/90 7:14:18 0.325 4/16/90 7:14:48 0.333 4407.48 4407.36 4407.15 4406.88 4406.67 4406.38 4406.22 4406.07 4405.90 4405.73 4405.60 4405.43 4405.28 4405.16 4405.02 4404.83 4404.79 4404.70 4404.63 4404.52 4404.44 4404.34 4404.34 4404.37 4404.29 4404.32 4404.25 4404.19 4404.13 4404.08 DP' TEMP CPSIA) CDEG F) 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.00 181.8 0.04 181.8 -0.07 181.7 -0.28 181.6 -0.55 181.7 -0.76 181.7 -1.05 181.7 -1.Z1 181.6 -1.36 181.7 -1.53 181.7 '-1.70 181.7 -1.83 181.7 -2.00 181.7 -Z.15 181.7 -2.27 181.7 -2.41 181.7 -2.60 181.7 -2.64 181.7 -2.73 181.7 -2.80 181.7 -2.91 181.7 -2.99 181.8 -3.09 181.8 -3.09 181.8 -3.06 181.7 -3.14 181.7 -3.11 181.7 -3.18 181.8 -3.24 181.7 -3.30 181.8 -3.35 181.8 CT+OT)/DT 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 I,;0000 1.0000 1.0000 1o0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 PAGE SPIN CRPS) 0o00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00- 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0o00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 COHPANY: BP EXPLORATION WELL.' POINT MCINTYRE STATE TEST STARTED AT TOTAL PRODUCT[ON TIME: FLOWING PRESSURE: WELL TEST TYPE: DATE TIME DT (HRS) 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 7:15:18 0.341 7:15:48 0.350 7:16:18 0.358 7:16:48 0.366 7:17:18 0.375 7:17:48 0.383 7:18:18 0.391 7:18:48 0.400 7:19:18 0.408 7:19:48 0.416 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 7:20:18 0.425 7:20:48 0.433 7:21:18 0.441 7:21:48 0.450 7:22:18 0.458 7:22:48 0.466 7:23:18 0.475 7:23:48 0.483 7:24:18 0.491 7:24:48 0.500 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 7:25:18 0.508 7:25:48 0.516 7:26:18 0.525 7:26:48 0.533 7:27:18 0.541 7:27:48 0.550 7:28:18 0.558 7:28:48 0.566 7:Z9:18 0.575 7:29:48 0.583 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 ~/16/90 7:30:18 0.591 7:30:48 0.600 7:31:18 0.608 7:31:48 0.616 7:32:18 0.625 7:32:48 0.633 7:33:18 0.641 7:33:48 0.650 7:34:18 0.658 7:34:48 0.666 LOCATION: NORTH SLOPE ALASKA FIELD: POINT MCINTYRE 6:54:49 ON 4/16/90 MEASURED DEPTH: SUB-SEA DEPTH: FLOWING PRESSUR CPSIA) 4404.03 4403.95 4403.91 4403.92 4403.88 4403.82 4403.83 4403.80 4403.74 4403.73 4403.71 4403.69 4403.65 4403.68 4403.65 4403.64 4403.61 4403.60 4403.62 4403.59 4403.62 4403.57 4403.57 4403.57 4403.54 4403.51 4403.46 4403.51 4403.52 4403.51 4403.46 4403.46 4¢03.50 4403.52 4403.51 4403.51 4403.51 4403.53 4403.51 ~03.50 E DP TEMP CT+DT)/DTI CPSIA) CDEG F) -3.40 -3.48 -3.52 -3.51 -3.55 -3.61 -3.60 -3.63 -3.69 -3.70 -3 -3 -3 -3 -3 -3 -3 -3 -3 -3 .72 '75 .78 .75 .78 .79 .82 .83 .81 °84 -3.81 -3.86 -3.86 -3.86 -3.89 -3.92 -3.97 -3.9Z -3.91 -3.92 -3 -3 -3 -3 -3 -3 -3 -3 -3 -3 .97 .97 .93 .91 .92 .92 .90 .92 .93 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 181.8 131.8 181 .B 181.8 181.8 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 181.9 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1~0000 1.0000 1o0000 1.0000 1o0000 1.0000 1.0000 1.0000 1o0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 PAGE SPIN (RPS) 0o00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0o00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 COHpANy: BP EXPLORATION NELL: POINT NCINTYRE STATE #6 TEST STARTED AT TOTAL PRODUCTION TINE: FLOWING PRESSURE: NELL TEST TYPE: FLOWING' LOCATION: NORTH SLOPE ALASKA FIELD: POINT MCINTYRE 6:54:49 ON 4/16/90 MEASURED DEPTH: SUB-SEA DEPTH: DATE TIME DT PRESSURE CHRS) CPSIA) ~/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 ~/16/90 4/16/90 4/16/90 ~/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 ~/16/90 ~/16/90 4/16/90 4/16/90 a/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 ~/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 7:35:18 0.675 7:35:48 0.683 7:36:18 0.691 7:36:48 0.700 7:37:18 0.708 7:37:48 0.716 7:38:18 0.725 7:38:48 0.733 7:39:18 0.741 7:39:48 0.750 7:40:18 0.758 7:40:48 0.766 7:41:18 0.775 7:41:48 0.783 7:42:18 0.791 7:62:48 0.800 7:43:18 0.808 7:43:48 0.816 7:44:18 0.825 7:44:48 0.833 4403.51 4403.47 4403.50 4403.49 4403.50 4403.48 4403.49 4403.48 4403.50 4403.47 4403.48 4403.46 4368.40 4373.10 4384.58 4391.31 4394.86 4396.96 4398.35 4399.38 7:45:48 0.850 4400.76 7:46:48 0.866 4401.05 7:47:48 0.883 4400.35 7:48:48 0.900 4400.12 7:49:48 0.916 4397.19 7:50:48 0.933 4396.71 7:51:48 0.950 4396.56 7:52:48 0.966 4396.51 7:53:48 0.983 4394.23 7:54:48 1.000 4394.02 7:55:48 1.016 7:56:48 1.033 7:57:48 1.050 7:58:48 1.066 7:59:48 1.083 8:00:48 1.100 8:01:48 1.116 8:02:48 1.133 8:03:48 1.150 8:04:48 1.166 4394.05 4394.10 4394.08 4394.11 4394.08 4394.92 4393.79 4393.57 4393.46 4393.39 DP TEMP (T+DT)/DT ' CPSIA) (DEG F) -3.92 181.9 -3.96 181.9 -3.93 181.9 -3.94 181.9 -3.93 181.9 -3.95 181.9 -3.94 181.9 -3.95 181.9 -3.93 181.9 -3.96 181.9 -3.95 181.9 -3.97 182.0 -39.03 181.9 -34.33 182.0 -2Z.85 182.1 -16.12 182.2 -12.57 182.3 -10.47 182.3 -9.08 182.3 -8.05 182.3 -6.67 182.3 -6.38 182.3 -7.08 182.3 -7.31 182.3 -10.25 182.4 -10.72 182.4 -10.87 182.4 -10.92 182.5 -13.20 182.5 -13.41 182.6 -13.38 182.6 -13.33 182.6 -13.35 182.7 -13.32 182.8 -13.35 182.8 -12.51 182.8 -13'64 182.8 -13.86 182.9 -13.97 182.9 -14.04 182.9 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1;0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 PAGE SPIN (RPS) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 COMPANY: BP EXPLORATION LOCATION: NORTH WELL: POINT MCINTYRE STATE #6 FIELD: POINT TEST STARTED AT 6:54:49 ON 4/16/90 TOTAL PRODUCTION TIME: MEASURED FLOWING PRESSURE: SUB-SEA WELL TEST TYPE: FLOWING SLOPE ALASKA MCINTYRE DEPTH: DEPTH: PAGE DATE TIME DT PRESSURE DP TE CHRS) CPSIA) CPSIA) CDE 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 8:05:48 1.!83 8:06:48 1.200 8:07:48 1.216 8:08:48 1.233 8:09:48 1.250 8:10:48 1.266 8:11:48 1.283 8:12:48 1.300 8:13:48 1.316 8:14:48 1.333 8:15:48 1.350 8:16:48 1.366 8:17:48 1.383 8:18:48 1.400 8:19:48 1.416 8:20:47 1.433 8:21:47 1.449 8:22:47 1.466 8:23:47 1.483 8:24:47 1.499 8:25:47 1.516 8:26:47 1.533 8:27:66 1.549 8:28:46 1.566 8:29:46 1.582 8:30:45 1.599 8:31:45 1.616 8:32:45 1.632 8:33:44 1.649 8:34:44 1.665 8:35:43 1.682 8:36:43 1.698 8:37:42 1.715 8:38:42 1.731 8:39:42 1.748 8:40:41 1.764 8:41:41 1.781 8:62:61 1.798 8:43:61 1.816 8:64:40 1.831 MP G F) 4393.30 -14.13 183.0 4393.26 -14.17 183.0 4393.20 -14.23 183.0 4393.18 -16.25 183.1 4393.19 -14.24 183.1 4393.17 -14.26 183.1 4393.13 -14.30 183.2 4393.12 -14.31 183.2 4393.08 -14.35 183.2 4393.11 -14.32 183.2 4393.12 -14.31 183.2 4393.10 -14.33 183.3 4393.10 -14.33 183.3 4393.10 -14.33 183.3 4393.06 -14.37 183.3 4393.09 -14.34 183.3 4393.06 -14.38 183.3 4393.06 -14.37 183.4 4393.09 -14.34 183.4 6393.00 -16.43 183.4 4392.97 -14.46 183.6 4392.92 -14.51 183.4 4392.62 -14.81 183.4 4392.54 -14.90 183.4 4392.44 -14.99 183.4 4392.36 -15.07 183.6 4391.76 -15.67 183.6 4391.45 -15.98 183.4 4391.11 -16.32 183.4 4390.89 -16.54 183.4 4390.71 -16.72 183.6 4390.48 -16.95 183.5 4390.36 -17.07 183.5 4390.16 -17.27 183.5 4389.89 -17.54 183.5 4389.56 -17'87 183.5 4389.25 -18-19 183-5 4388.94 -18.69 183.5 ~388.63 -18.80 183.5 6388.31 -19.12 183.5 (T+DT)/DT 1.0000 1o0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1-0000 1.0000 1.0000 1.0000 SPIN CRPS) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 ' 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 COMPANY: BP EXPLORATION WELL:' POINT MCINTYRE STATE ~6 LOCATION: NORTH SLOPE ALASKA FIELD: POINT MCINTYRE TEST STARTED AT 6:54:49 ON 4/16/90 TOTAL PRODUCTION TIME: MEASURED DEPTH: FLOWING PRESSURE: SUB-SEA DEPTH: WELL TEST TYPE: FLOWING DATE TIME DT PRESSURE CHRS) CPSIA) DP TEMP (T+DT)/DT CPSIA) (DEG F) 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 8:45 8:46 8:47 8:48 8:49 8:50 8:51 8:52 8:53 8:54 :40 :40 :40 :40 :40 :39 :39 :39 :39 :39 1.847 1.864 1.881 1.898 1.914 1.931 1.947 1.964 1.981 1.997 4388.17 4388.19 4389.52 4389.82 4389.89 4389.92 4389.87 4389.76 4389.71 4389.60 -19.26 183.5 1.0000 -19.24 183.6 1.0000 -17.91 183.6 1.0000 -17.61 183.6 1.0000 -17.54 183.6 1.0000 -17.51 183.6 1.0000 -17.56 183.6 1.0000 -17.67 183.6 1.0000 -17.72 183.6 1.0000 -17.83 183.6 1.0000 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 8:55 8:56 8:57 8:58 8:59 9:00 9:01 9:02 9:03 9:04 :38 :38 :38 :38 :37 :37 :37 :37 :37 :37 2.0 2.0 2.0 2.0 2.0 2.0 2.1 2.1 2.1 2.1 14 3O 47 64 8O 97 13 3O 47 63 4389.49 4.389.30 4.389.16 4388.96 4388.75 4388.51 4388.27 4388.25 4387.48 4387..68 -17.94 183.6 1.0000 -18.13 183.6 1.0000 -18.27 183.6 1.0000 -18.47 183.6 1.0000 -18.68 183.6 1.0000 -18.92 183.6 1.0000 -19.16 183.6 1.0000 -19.18 183.6 1.0000 -19.95 183.6 1o0000 -19.75 183.6 1.0000 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 9:05 9:06 9:07 9:08 9:09 9:10 9:11 9:12 9:13 9:14 :37 :36 :36 :36 :36 :36 :36 :36 :35 :35 2.1 2.1 2.2 2.2 2.2 2.2 2.2 2.2 2.3 2.3 80 96 13 3O 46 63 80 96 13 29 4387.58 4387.47 4387.33 4387.17 4386.96 4387.00 4385.46 4385.78 4385.59 4385.53 -19.85 183.6 1.0000 -19.96 183.6 1.0000 -20.10 183.6 1.0000 -20.26 183.6 1.0000 -20.47 183.6 1.0000 -20.43 183-6 1.0000 -21.97 183.6 1.0000 -21.65 183.6 1.0000 -21.84 183.6 1.0000 -21.90 183.6. 1.0000 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 9:15:35 9:16:35 9:17:34 9:18:34 9:19:34 9:20:34 9:21:34 9:22:34 9:Z3;34 9:28:49 2.346 2.363 2.379 2.396 2.412 2.429 2.446 2.463 2.479 2.567 4385.50 4385.52 4384.72 4385.15 4385.25 4385.27 4385.24 4385.12 4385.03 4384.96 -21.93 183.6 1.0000 -21.91 183.6 1.0000 -22.71 183.7 1.0000 -22.28 183.7 1.0000 -22.18 183.7 1.0000 -22.16 183.7 1.0000 -22.19 183.7. 1.0000 -22.31 183.7 1.0000 -22.40 183.7 1.0000 -22.47 183.6 1.0000 PaGE SPIN CRPS) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0,00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0,00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 COMPANY: BP EXPLORATION LOCATION: NORTH SLOPE ALASKA WELL:: POINT MCINTYRE STATE #6 FIELD: POINT MCINTYRE '~ TEST STARTED AT 6:54:49 ON 4/16/90 TOTAL.PRODUCTION TIME: MEASURED DEPTH: FLOWING PRESSURE: SUB-SEA OEPTH: WELL TEST TYPE: FLOWING' DATE TIME DT PRESSURE DP TEMP (T+OT)/OT CHRS) (PSIA) CPSIA) (DEG F) 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 9:29:19 2.575 4384.96 -22.47 183.6 1.0000 9:29:49 2.583 4384'96 -22.47 183.6 1.0000 9:30:19 2.592 4384.96 -22.47 183.6 1.0000 9:30:49 2.600 4384.96 -22.47 183.6 1.0000 9:31:19 2.608 4384.96 -22.47 183.6 1.0000 9:31:49 2.617 ¢384.96 -22.47 183.6 1.0000 9:32:19 2.625 4384.96 -22.47 183.6 1.0000 9:32:49 2.633 4384.96 -22.47 183.6 1.0000 9:33:49 2.650 4385.02 -22.4! 183.6~ 1.0000 9:34:49 2.667 4384.78 -22.65 183.6 1.0000 9:35:49 2.683 4384.42 -23.02 183.6 1.0000 9:36:48 2.700 4384.10 -23.33 183.6 1.0000 9:37:48 2.716 4383.93 -23.50 183.6 1.0000 9:38:48 2.733 4383.85 -23.58 183.6 1.0000 9:39:48 2.750 4383.81 -23.62 183.6 1.0000 9:40:48 2.766 4383.85 -23.58 183.6 1.0000 9:41:48 2.783 4383.78 -23.65 183.6 1.0000 9:42:47 2.799 4383.83 -23.60 183.6 1.0000 9:43:47 2.816 4383.81 -23.62 183.6 1.0000 9:44:47 2.833 4383.85 -23.58 183.6 1;0000 9:45:47 2.849 4383.83 -23.60 183.6 1.0000 9:46:47 2.866 6383.83 -23.60 183.6 1.0000 9:47:47 2.883 4383.74 -23.69 183.5 1.0000 9:48:47 2.899 4383.53 -23.90 183.5 1.0000 9:49:47 2.916. 4381.81 -25.62 183.6 1.0000 9:50:47 2.933 4387.00 -20.43 183L6 1.0000 9:51:47 2.949 4390.14 -17.19 183.6 1.0000 9:52:47 2.966 4394.60 -12.83 183.5 1.0000 9:53:47 2.983 4397.22 -10.21 183.5 1.0000 9:54:47 2.999 4398.56 -8.87 183.4 1.0000 9:55:46 0:05:45 0:15:45 0:25:44 0:35:43 0:45:40 0:55:39 1:05:38 1:15:36 1:25:33 3.016 4399.47 -7.96 183.4 1.0000 3.182 4400.24 -7.19 183.3 1.0000 3.349 4399.43 -8.00 183.2 1.0000 3.515 4400.58 -6.85 183.1 1.0000 3.682 4397.45 -9.98 183.2 1.0000 3.848 4397.55 -9.88 183.2 1.0000 4.014 4396.23 -11.20 183,2 1.0000 4.180 4383.45 -23.98 183.4 1.0000 4.346 4385.25 -22.18 183.5 1.0000 4.512- 4386.23 -21,20 183.7 1.0000 PAGE SPIN CRPS) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0o00 0.00 0.00 0.00 0.00 0.00 0.00 CDHPANY: BP EXPLORATION NELL: POINT HCINTYRE STATE #6 TEST STARTED AT TOTAL PRODUCTION TIME: FLOWING'PRESSURE: LOCATION: NORTH SLOPE ALASKA FIELD: POINT MCINTYRE 6:54:&9 ON 4/16/90 MEASURED DEPTH: SUB-SEA DEPTH: WELL TEST TYPE: FLOWING DATE TIME DT CHRS) 4/16/90 11:35:31 4.678 4/16/90 11:45:29 4.844 4/16/90 11:55:56 5.019 4/16/90 1Z:05:53 5.184 4/16/90 12:15:52 5.351 4/16/90 12:25:51 5.517 4/16/90 12:35:50 5.684 4/16/90 12:45:49 5.850 4/16/90 12:55:48 6.016 4/16/90 13:05:47 6.183 4/16/90 13:15:47 6.349 4/16/90 13:25:47 6.516 4/16/90 13:35:47 6.683 4/16/90 13:45:47 6.849 4/16/90 13:55:47 7.016 4/16/90 14:05:47 7.183 4/16/90 14:15:47 7.349 4/16/90 14:25:47 7.516 4/16/90 14:35:47 7.683 4/16/90 14:45:47 7.849 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90. 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 4/16/90 PRESSURE CPSIA) 4387 4387 4388 4389 4385 4386 4385 4386 4387 4381 4384 6386 4387 4377 4378 4369 4371 4360 4361 4361 14:55:47 8.016 4362 15:05:47 8.183 4362 15:15:47 8.349 4362 15:25:47 8.516 4362 15:35:47 8.683 4362 15:65:47 8.849 4360 15:55:47 9.016 4359 16:05:47 9.183 4358 16:15:47 9.349 4356 16:25:47 9.516 4352 16:35:47 9.683 4351 17:12:14 10.290 4349 17:12:44 10.299 4349 17:13:14 10.307 4349 17:15:44 10.349' 4349 17:25:44 10.515 4348 17:35:64 10.682 4348 17:45:44 10.849 4348 17:55:44 11.015 4348 18:05:44 11.182 4349 .08 .98 .61 .34 .86 .49 .96 .86 .81 .50 .77 .38 .61 .25 .37 .44 .00 .95 .56 .88 .15 .59 .50 .43 .SO .02 .88 .13 .23 .18 .13 -65 .65 .65 .65 .96 .12 .31 .76 .01 DP CPSIA) -20.35 -19.45 -18.82 -18.09 -21~57 -20.94 -21.47 -20.57 -19.62 -25.93 -22'66 -21.05 -19.82 -30.18 -29.06 -37.99 -36.43 -46.48 -45.87 -45.55 -65.28 -44.84 -44.93 -45.00 -44.93 -47.41 -47.55 -49.30 -51.20 -55.25 -56.30 -57.78 -57.78 -57.78 -57.78 -58.47 -59.31 -59.13 -58.67 -58.42 TEMP (DEG F) 183.7 183.7 183.7 183.7 183.T 183.7 183.7 183.8 183.8 183.7 183.8 183.8 183.8 183.B 183.8 183.8 1B3.B 183.8 183.B 183.8 183.8 183.8 183.8 183.8 183.8 183.8 183.8 183.8 183.7 183.7 183.8 183.8 183.8 183.8 183.8 183.8 183.8 183.8 183.8 183.8 CT+DT)/DT 1.0000 1.0000 1.0000 1.0000 1o0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1o0000 1.0000 1.0000 1.0000 1.0000 1.0000 1o0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 PAGE SPIN CRPS) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0o00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 COMPANY: BP EXPLORATION WELL: POINT MCINTYRE STATE #6 TEST STARTED AT TOTAL PRODUCTION TIME: FLOWING PRESSURE: LOCATION: NORTH SLOPE ALASKA FIELD: POINT MCINTYRE 6:54:49 ON 4/16/90 MEASURED DEPTH: SUB-SEA DEPTH: WELL TEST TYPE: FLOWING DATE TIME DT CHRS) 4/16/90 18:15:44 11.349 4/16/90 18:25:44 11.515 4/16/90 18:35:44 11.682 4/16/90 18:45:44 11.849 4/16/90 18:55:44 12.015 4/16/90 19:05:44 12.182 4/16/90 19:15:44 12.349 4/16/90 19:25:44 12.515 4/16/90 19:35:44 12.682 4/16/90 19:45:44 12.849 4/16/90 19:55:44 13.015 4/16/90 20:05:44 13.182 4/16/90 20:15:44 13.349 4/16/90 20:25:44 13.515 4/16/90 20:35:44 13.682 PRESSURE (PSIA) 4348.82 4348.76 4348.31 4348.25 4348.80 4349.14 4350.22 4350.87 4350.06' 4349.33 4348.69 4348.97 4349.56 4350.16 4350.58 DP (PSIA) -58.61 -58.67 -59.12 -59.18 -58.63 -58.29 -57.21 -56.56 -57.37 -58.10 -58.74 -58.46 -57.87 -57.27 -56.85 TE (DE MP G F) 83.8 83.8 83.8 83.8 83.9 83.8 83.8 83.8 83.8 83.8 83.8 83.9 83.8 83.9 83.8 CT+DT)/DT 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1o0000 1.0000 1.0000 PAGE SPIN CAPS) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 CONFIDENTIAL CORE ANALYSIS REPORT FOR BP EXPLORATION (ALASKA), INC. POINT McINTYRE #6 POINT McINTYRE NORTH SLOPE, ALASKA * ~0/?~. 6~ . . ~°ber~,g~ 'za~?iSs/o/~ These analyses, opinions or interpretations are based on observations and materials supplied by the client to whom; and for whose exclusive and confidential use; this report is made. The interpretations or opinions expressed represent the best judgment of Core Laboratories (all errors and omissions excepted); but Core Laboratories and its officers and employees, assume no responsibility and make no warranty or representations, as to the productivity, proper operations, or profitableness of any oil, gas or mineral well or formation in connection with which such report is used or relied upon. CORE LABORATORIES Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 - Location : Co,State : NORTH SLOPE, ALASKA Fi el d : PO INT Mc I NTYRE Formation : EXPLORATION Coring Fluid : BLAND MUD Elevation : File No.: BP-3-1380 Date : 31-Mar-19go API No. : Analysts: PLB CORE A N A L .Y S I- S .- R E S U L T S · . SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN ZQNTAL) (HELIUM) (~ORE VOLUME~ DENSITY NUMBER (HOR~a~r IL WATE ft md % % % gm/cc 1 I 11262.2 0.77 14.7 25.9 69.8 2.95 1 2 11263.3 1.12 19.2 49.8 49.9 2.99 1 3 11264.0 1.19 17.9 40.0 59.5 3.21 1 4 11265.2 0.08 14.7 29.3 65.8 3.22 1 5 11266.3 0.25 14.8 38.7 60.3 3.10 I 6 11267.3 0.32 13.2 36.2 62.9 2.89 I 7 11268.2 0.16 18.5 30.9 61.2 3.27 1 8 11269.2 78.5 24.5 24.6 49.2 2.97 I 9 11270.3 66.2 23.2 -~ 52.6 44.1 2.93 1 10 11271.3 1.84 15.3 24.2 53.1 3.02 1 11 11272.2 1.99 15.0 23.9 53.7 3.10 1 12 11273.2 6.67 11.8 11.2 68.1 3.16 I 13 11274.2 0.25 13.5 18.0 62.2 3.10 I 14 11275..4 23.6 11.3 10.4 54.5 3.20 1 15 11276.2 2.65 15.9 9.5 50.5 3.06 1 16 11277.3 21.6 18.4 12.6 47.7 3.15 1 17 11278.3 23.9 16.3 15.7 59.8 3.15 I 18 11279.2 55.6 22.2 19.4 52.1 2.97 1 19 11280.2 198. 25.2 53.5 46.4 3.04 1 20 11281.3 88.6 25.3 16.2 56.3 3.06 I 21 11282.3 98.5 26.7 10.2 62.3 2.85 1 22 11283.2 208. 29.2 11.2 65.4 3.13 1 23 11284.1 238. 27.0 12.0 63.5 3.00 1 24 11285.2 198. 24.7 11.6 63.1 3.07 I 25 11286.3 94.0 24.6 37.8 57.6 3.02 1 26 11287.4 11.9 16.3 36.1 57.0 3.17 I 27 11288.2 13.3 17.7 45.7 50.4 3.07 I - I Company .' BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Fi el d : PO INT Mc I NTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi l e No.: BP-3-1380 Date : 31-Mar-1990 SAMPLE DEPTH PERMEABILITY POROSITY SATURATION GRAIN PORE VOLUME~ DENSITY NUMBER (HORIZONTAL)Kair (HELIUM) (OIL WATE ft md % % % gm/cc 1 28 11289.3 11.8 19.2 41.6 57.2 3.18 1 29 11289.5 3.48 15.4 28.9 63.0 3.22 I 30 11291.0 84.9 21.5 45.2 49.8 3.10 1 31 11292.0 426. 27.0 41.8 57.9 2.96 I 32 11293.2 137. 22.2 43.5 53.3 3.03 1 33 11294.3 361. 24.7 40.9 57.4 2.98 1 34 11295.2 729. 27.2 42.1 57.7 2.82 1 35 11297.1 131. 24.8 41.2 58.6 2.99 I 36 11297.5 142. 23.8 42.9 55.2 3.11 I 37 11298.7 1.72 22.3 31.6 64.0 3.51 I 38 11300.5 236. 32.6 39.6 59.3 3.03 I 39 11301.5 165. 24.7 42.4 55.5 3.00 1 40 11302.2 236. 24.0 47.3 52.0 2.91 I 41 11302.8 45.9 19.1 47.8 49.6 3.02 I 42 11304.2 343. 27.1 45.0 52.9 2.80 1 43 11305.2 786. 29.4 49.5 49.9 2.80 I 44 11306.2 238. 28.9 48.9 50.8 2.84 I 45 11307.2 91.4 23.7 50.6 43.6 3.13 1 46 11308.2 4.38 15.1 40.0 59.2 3.27 1 47 11309.2 229. 23.1 46.5 53.3 2.97 1 48 11310.1 536. 29.7 39.8 60.1 3.03 1 49 11311.2 462. 29.4 42.9 51.6 2.92 1 50 11312.8 462. 29.4 42.9 51.6 2.92 1 51 11314.1 512. 29.3 48.7 49.4 2.84 1 52 11316.5 135. 26.1 45.2 53.7 2.99 I 53 11317.3 1.93 11.7 47.6 48.2 3.17 1 54 11318.2 37.9 19.1 7.9 34.8 3.00 I 55 11319.2 124. 23.6 19.7 39.8 2.83 2 1 11322.3 13.0 19.2 57.7 41.3 3.03 i - 2 Company .' BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No..' BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN PORE VOLUME~wATE DENSITY NUMBER (HORIZONTAL)Kair (HELIUM)_(OIL ft md % % % gm/cc 2 2 11323.0 31.2 20.6 60.4 37.2 2.89 2 3 11324.2 72.8 19.9 62.5 35.1 2.92 2 4 11325.2 247. 25.6 16.6 28.9 2.85 2 5 11326.1 564. 26.7 53.3 41.0 2.80 2 6 11327.3 429. 24.2 55.0 38.9 2.89 2 7 11328.2 669. 26.4 54.1 39.2 2.99 2 8 11329.1 155. 21.6 54.4 42.3 3.02 2 9 11330.1 924. 27.3 63.3 27.7 2.81 2 10 11331.3 958. 24.2 58.5 40.0 2.95 2 11 11332.2 2515. 25.7 56.1 41.3 2.81 2 12 11333.1 799. 26.3 74.3 25.4 2.77 2 13 11334.1 63.8 19.1 59.6 39.9 2.92 2 14 11335.1 1376. 27.2 73.6 21.0 2.71 2 15 11336.2 1021. 26.8 76.2 22.5 2.74 2 16 11337.1 891. 26.7 70.0 25.3 2.78 2 17 11340.6 1321. 28.6 72.9 25.2 2.70 2 18 11341.1 1668. 28.3 75.0 22.9 2.71 2 19 11342.7 1235. 28.0 67.9 28.5 2.71 2 20 11345.1 896. 27.3 68.4 24.6 2.74 2 21 11345.9 50.6 20.9 59.2 35.8 2.76 2 22 11346.9 1018. 28.9 67.7 27.2 2.68 2 23 11347.2 1442. 27.1 67.6 29.2 2.66 2 24 11348.1 633. 27.2 73.1 22.6 2.76 2 25 11349.8 319. 25.6 71.9 21.8 2.85 2 26 11352.1 874. 26.1 70.8 23.3 2.72 2 27 11353.1 1092. 28.5 69.8 20.6 2.72 2 28 11354.1 648. 27.0 67.3 23.9 2.72 2 29 11355.1 209. 25.8 67.4 25.4 2.71 2 30 11359.4 375. 20.3 71.3 20.1 2.69 I -3 Company .' BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES F i el d .' PO I NT Mc I NTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN NUMBER (HORiZONTAL)air (HELIUM) (~REL .VOLUME~wATE DENSITY ft md % % % gm/cc 2 31 11360.4 140. 21.1 64.6 24.2 2.75 2 32 11361.1 119. 20.4 65.5 31.2 2.87 2 33 11362.1 576. 26.0 70.9 23.4 2.71 2 34 11363.9 347. 24.6 67.7 26.8 2.74 2 35 11364.9 474. 25.3 70.5 24.5 2.74 2 36 11365.6 318. 24.5 68.1 25.2 2.78 2 37 11366.3 440. 26.4 68.1 23.8 2.75 2 38 11367.2 373. 24.3 69.1 24.9 2.72 2 39 11368.2 50.9 18.8 40.7 53.4 2.76 2 40 11369.2 487. 25.8 71.6 24.3 2.75 2 41 11370.2 92.9 20.8 64.0 29.1 2.75 2 42 11371.1 177. 25.0 63.1 32.4 2.82 2 43 11372.2 1.02 13.1 34.1 57.3 3.09 2 44 11373.1 552. 26.4 68.6 23.4 2.77 2 45 11374.3 90.8 19.1 51.4 44.3 2.83 2 46 11375.2 201. 22.9 65.8 26.6 2.84 2 47 11376.1 233. 22.8 70.5 22.0 2.76 2 48 11377.2 220. 23.6 63.6 28.9 2.81 2 49 11378.2 388. 25.2 69.5 22.1 2.80 2 50 11379.2 304. 26.0 64.0 27.1 2.90 2 51 11380.1 615. 27.4 67.3 26.5 2.84 2 52 11381.2 297. 25.1 62.8 31.4 2.79 2 53 11382.4 184. 23.2 59.9 32.9 2.77 3 1 11383.1 22.5 22.8 44.0 48.7 2.89 3 2 11384.1 74.3 21.9 54.8 39.6 2.96 3 3 11385.1 20.3 21.0 42.8 50.3 2.98 3 4 11386.1 126. 24.9 54.8 40.2 2.79 3 5 11387.1 9.00 22.3 41.6 54.3 3.16 3 6 11388.2 222. 27.0 52.9 36.3 2.91 1 -4 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formati on : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN PORE VOLUME~wATE DENSITY NUMBER (HORIZONTAL)Kair (HELIUM) (OIL ft md % % % gm/cc 3 7 11389.2 55.9 25.0 53.8 43.8 3.14 3 8 11390.2 432. 29.5 53.3 41.4 3.00 3 9 11391.2 543. 29.5 59.5 36.3 2.86 3 10 11392.1 222. 27.4 50.3 46.3 3.01 3 11 11393.6 475. 29.0 56.3 38.9 2.85 3 12 11394.1 15.2 23.8 46.1 53.1 3.02 3 13 11395.1 717. 30.1 60.0 35.7 2.85 3 14 11396.1 43.2 23.6 41.0 59.0 2.96 3 15 11397.2 83.2 24.1 47.3 46.8 2.92 3 16 11398.1 115. 23.9 50.0 49.0 2.95 3 17 11399.8 320. 28.4 51.7 45.4 2.99 4 I 11403.2 7.89 24.0 32.8 62.7 3.03 4 2 11404.2 59.3 23.0 39.9 56.1 2.88 4 3 11405.2 72.1 25.0 44.2 52.4 2.91 4 4 11406.2 7.20 21.3 39.4 57.4 2.93 4 5 11407.3 718. 22.8 53.0 46.6 2.92 4 6 11408.3 2.69 20.3 18.9 75.1 3.04 4 7 11409.3 3.33 19.8 28.3 70.1 2.86 4 8 11410.3 4.59 21.7 28.0 70.6 2.88 4 9 11411.2 6.50 24.8 23.0 69.6 3.11 4 10 11412.2 1.49 19.1 17.7 76.5 2.91 4 11 11413.3 1.50 18.4 22.9 73.2 2.95 4 12 11414.1 91.5 19.6 31.9 64.0 2.87 4 13 11415.2 3.27 19.2 22.7 72.6 2.84 4 14 11416.7 1.46 19.4 22.8 73.2 2.97 4 15 11417.5 32.2 23.1 38.0 61.6 2.91 4 16 11418.4 3.82 20.8 21.1 72.9 3.03 4 17 11419.5 144. 19.6 36.3 63.3 3.01 4 18 11420.3 11.1 21.1 40.2 59.6 2.99 1 - 5 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field .- POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No.: BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN PORE VOLUME~ DENSITY NUMBER (HOR~ZgNTAL)a~r (HELIUM) (OIL WATE ft md % % % gm/cc 4 19 11421.2 92.8 22.9 40.1 59.9 2.84 4 20 11422.2 35.3 21.8 30.2 69.7 2.80 4 21 11423.3 33.4 17.4 43.6 54.6 2.98 4 22 11424.2 0.52 20.5 39.9 60.0 3.17 4 23 11425.2 9.35 20.9 43.9 55.7 3.09 4 24 11426.2 37.5 22.2 43.6 56.0 2.92 4 25 11427.3 0.10 7.6 43.6 54.8 3.17 4 26 11428.2 0.13 11.7 22.2 75.7 3.24 4 27 11429.2 0.92 18.0 31.3 68.7 3.20 4 28 11430.5 32.2 18.9 42.3 54.3 2.94 4 29 11431.4 10.6 16.6 37.1 60.3 3.00 4 30 11432.1 0.20 15.7 21.5 78.2 3.30 4 31 11432.9 126. 19.8 46.0 53.8 2.91 4 32 11433.7 18.3 14.9 37.0 58.8 3.15 4 33 11434.7 35.1 18.1 40.2 57.4 3.01 4 34 11435.4 167. 22.2 42.4 51.8 2.87 4 35 11436.2 111. 22.1 37.5 57.9 2.96 4 36 11437.2 188. 23.0 41.9 57.5 2.78 4 37 11438.2 98.4 20.7 30.1 68.7 3.07 4 38 11439.2 101. 21.3 31.3 67.7 2.90 4 39 11440.2 287. 24.6 31.9 68.0 2.89 4 40 11441.3 131. 22.9 43.3 56.0 2.99 4 41 11442.2 185. 23.4 47.5 52.1 3.02 4 42 11443.3 115. 23.5 42.6 57.1 3.01 4 43 11444.2 33.9 20.8 40.3 58.7 3.00 4 44 11445.3 75.2 20.5 37.3 62.1 3.12 4 45 11447.5 1.06 11.2 28.0 65.3 3.21 4 46 11448.3 669. 27.5 39.8 58.5 2.95 4 47 11449.3 77.0 17.2 34.1 65.1 3.08 1 - § Company : BP EXPLORATION (ALASKA), INC. Wel 1 : POINT McINTYRE #6 CORE CORE LABORATORIES F i el d .' PO I NT Mc I NTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No..' BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN NUMBER (HORIZONTAL)Kair (HELIUM) (~REL VOLUME~wATE DENSITY ft md % % % gm/cc 4 48 11450.2 177. 23.7 36.8 62.5 2.72 4 49 11451.2 120. 20.4 40.4 58.9 2.93 4 50 11452.2 6.60 17.4 41.9 57.0 2.91 4 51 11453.2 24.7 18.4 34.0 63.2 2.87 4 52 11454.2 170. 24.5 34.3 64.8 2.75 4 53 11455.3 135. 23.3 35.1 63.9 2.81 4 54 11456.2 61.0 22.7 33.7 66.3 2.86 4 55 11457.1 53.4 19.8 35.9 63.7 2.92 4 56 11458.7 298. 21.0 47.8 50.5 3.05 4 57 11459.4 236. 19.5 40.3 58.1 3.08 4 58 11460.1 227. 24.1 38.0 61.9 2.78 4 59 11461.3 359. 24.2 37.0 60.4 2.85 4 60 11462.7 506. 26.3 40.5 55.6 2.76 5 I 11463.3 700. 24.8 39.9 59.0 2.75 5 2 11464.2 420. 24.6 39.0 59.7 2.69 5 3 11465.2 584. 24.9 40.7 55.9 2.87 5 4 11466.3 10.5 18.3 39.2 58.4 2.69 5 5 11467.3 1169. 27.7 40.2 55.7 2.71 5 6 11468.2 583. 27.0 34.9 61.0 2.68 5 7 11469.2 0.08 9.4 37.8 51.0 3.11 5 8 11470.2 405. 25.8 40.3 53.5 2.69 5 9 11471.3 631. 26.4 46.5 49.2 2.68 5 10 11472.3 406. 25.2 40.8 55.8 2.73 5 11 11473.1 413. 25.0 36.6 61.2 2.69 5 12 11474.2 392. 24.6 38.7 58.8 2.70 5 13 11475.2 619. 26.5 41.6 56.9 2.67 5 14 11476.2 563. 26.0 37.1 60.0 2.69 5 15 11477.3 486. 26.0 39.7 58.1 2.71 5 16 11478.2 432. 24.4 35.6 61.6 2.67 1 -7 Company : BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No.: BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN RE VOLUME~wATE DENSITY NUMBER (HORIZONTAL)Kair (HELIUM)-O!(~QL ft md % % % gm/cc 5 17 11479.2 311. 24.4 36.8 61.3 2.73 5 18 11480.2 568. 25.7 42.1 57.3 2.67 5 19 11481.2 4.7 34.1 59.4 3.09 5 20 11482.2 488. 25.4 34.5 62.7 2.69 5 21 11483.2 279. 24.9 40.8 55.1 2.83 5 22 11484.2 388. 25.7 37.4 57.6 2.72 5 23 11485.2 894. 27.7 37.7 56.5 2.66 5 24 11486.2 906. 24.1 37.4 59.3 2.68 5 25 11487.2 344. 25.0 38.9 56.2 2.70 5 26 11488.2 397. 24.9 35.9 60.2 2.68 5 27 11489.2 488. 25.1 38.5 58.9 2.67 5 28 11490.2 376. 24.9 38.1 59.7 2.69 5 29 11491.2 37.1 17.1 39.2 59.9 2.92 5 30 11491.9 203. 23.1 37.1 60.1 2.67 5 31 11493.3 95.6 22.8 35.0 64.2 2.87 5 32 11494.2 338. 24.9 39.3 60.0 2.67 5 33 11495.2 <.01 6.1 35.2 58.4 3.10 5 34 11496.2 343. 24.8 42.0 53.8 2.67 5 35 11497.7 256. 25.1 45.0 53.0 2.68 5 36 11498.2 245. 23.3 37.1 61.9 2.67 5 37 11499.2 385. 26.0 39.8 59.6 2.67 5 38 11500.2 256. 25.1 37.0 62.9 2.68 5 39 11501.2 387. 25.9 37.4 61.7 2.67 5 40 11502.1 243. 24.6 37.1 60.3 2.68 5 41 11503.2 424. 26.1 37.1 60.9 2.67 5 42 11504.2 225. 24.2 33.9 65.8 2.67 5 43 11505.1 231. 24.6 34.9 64.3 2.68 5 44 11506.2 248. 23.6 34.8 65.1 2.65 5 45 11507.2 225. 23.7 35.3 63.0 2.66 1 -8 Company : BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No..' BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN NUMBER (HORIZONTAL)Kair (HELIUM) (~OREiL VOLUME~wATE DENSITY ft md % % % gm/cc 5 46 11508.2 141. 22.2 35.3 64.1 2.70 5 47 11509.2 324. 24.6 36.9 62.9 2.67 5 48 11510.2 3.22 9.0 26.2 69.8 3.02 5 49 11511.2 249. 23.8 36.1 62.3 2.66 5 50 11512.2 238. 23.4 38.8 59.4 2.66 5 51 11513.2 46.1 18.5 39.3 58.1 2.98 5 52 11514.2 286. 23.6 39.0 58.4 2.66 5 53 11515.2 247. 23.5 36.8 60.0 2.65 5 54 11516.2 115. 22.7 39.0 58.5 2.74 5 55 11517.2 103. 22.6 38.2 57.9 2.79 5 56 11518.2 189. 22.6 39.9 59.2 2.66 5 57 11519.2 33.9 16.1 39.9 55.0 2.96 5 58 11520.2 269. 22.9 48.4 50.4 2.65 5 59 11521.5 1.59 11.1 37.2 57.3 3.06 5 60 11522.9 151. 21.6 36.1 63.2 2.65 6 1 11524.1 115. 21.2 39.7 59.8 2.67 6 2 11525.2 84.3 21.0 41.2 58.0 2.66 6 3 11526.2 48.4 18.9 37.2 60.2 2.66 6 4 11527.2 254. 23.0 44.8 54.2 2.66 6 5 11528.2 30.7 20.1 37.7 58.6 2.69 6 6 11529.1 4.46 17.2 40.9 51.1 2.70 6 7 11530.2 20.0 18.2 34.1 64.9 2.65 6 8 11531.2 27.8 18.8 32.8 65.2 2.65 6 9 11532.2 12.1 18.6 32.6 63.4 2.67 6 10 11533.2 2.10 12.7 32.3 66.2 2.67 6 11 11534.3 4.74 16.3 34.8 61.1 2.67 6 12 11535.2 14.5 ]7.9 30.7 67.2 2.66 6 13 11536.2 15.8 ]8.3 32.8 64.9 2.66 6 14 11537.2 2.50 15.7 26.5 71.1 2.65 1 -g Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No.: BP-3-1380 Date : 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN NUMBER (HORIZONTAL)Kair (HELIUM) (~OREiL VOLUME~wAiE DENSITY ft md % % % gm/cc 6 15 11538.1 <.01 1.6 18.2 75.2 3.08 6 16 11539.3 13.7 16.3 32.0 67.5 2.66 6 17 11540.2 24.9 18.1 33.7 65.1 2.66 6 18 11541.2 90.4 20.8 35.5 63.2 2.65 6 19 11542.2 7.99 16.6 27.6 66.5 2.65 6 20 11543.2 <.01 1.1 11.9 87.8 3.09 6 21 11544.2 5.98 16.8 30.6 63.5 2.66 6 22 11545.2 0.22 11.0 31.6 66.2 2.67 6 23 11546.7 5.58 16.2 31.4 64.3 2.65 6 24 11547.5 0.84 14.0 28.7 66.9 2.67 6 25 11548.4 1.18 14.3 24.6 70.6 2.66 6 26 11549.3 0.62 12.8 29.5 66.6 2.66 6 27 11550.2 0.92 13.3 29.2 69.4 2.66 6 28 11551.2 19.7 17.1 37.3 60.3 2.66 6 29 11552.4 5.97 16.4 22.4 71.1 2.65 6 30 11553.5 375. 24.2 34.6 60.1 2.70 6 31 11554.3 512. 24.0 42.1 54.4 2.67 6 32 11555.2 405. 23.8 44.9 53.0 2.72 6 33 11556.4 424. 24.1 40.2 59.3 2.73 6 34 11557.0 349. 22.5 38.2 57.5 2.71 6 35 11558.2 40.0 19.0 33.5 61.4 2.66 6 36 11559.2 11.0 15.7 34.2 60.7 2.71 6 37 11560.2 23.5 17.9 32.1 60.2 2.66 6 38 11561.2 25.1 16.7 38.7 55.0 2.78 6 39 11562.2 26.9 18.2 37.0 62.1 2.68 6 40 11563.0 46.8 18.0 38.8 59.7 2.65 6 41 11564.4 182. 21.5 38.6 60.6 2.65 6 42 11565.2 68.2 20.7 39.0 57.6 2.67 6 43 11566.2 48.9 18.6 38.1 57.5 2.68 1 - 10 CORE LABORATORIES Company : BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 Field Formation .' POINT McINTYRE : EXPLORATION File No.: BP-3-1380 Date : 31-Nar-1ggo CORE ANALYSIS RESULTS SAMPLE DEPTH PERMEABILITY POROSITY SATURATION GRAIN NUMBER (HOR~air~ZONTAL) (HELIUM) (~OREiL VOLUME~wATE DENSITY ft md % % % gm/cc 6 44 11567.5 13.6 16.9 32.7 63.3 2.66 6 45 11568.2 66.9 19.8 36.4 61.4 2.66 6 46 11569.2 4.98 14.9 30.4 65.6 2.67 6 47 11570.2 61.6 19.3 37.8 61.3 2.65 6 48 11571.2 27.2 18.6 31.8 62.7 2.65 6 49 11572.2 21.6 18.6 31.5 66.1 2.65 6 50 11573.5 1.72 14.2 26.3 68.0 2.66 6 51 11574.4 7.29 16.5 31.6 65.0 2.66 6 52 11575.2 5.01 15.9 30.9 63.8 2.66 6 53 11576.2 1.81 13.6 33.3 64.1 2.66 6 54 11577.2 136. 20.5 41.9 58.0 2.64 6 55 11578.2 115. 20.4 39.9 60.0 2.64 6 56 11579.2 248. 25.1 47.6 52.2 2.74 6 57 11580.2 108. 20.6 36.3 62.3 2.68 6 58 11581.5 123. 18.3 40.0 59.2 2.78 6 59 11582.7 140. 21.1 43.1 55.5 2.66 6 60 11583.9 111. 19.1 37.3 56.4 2.75 7 I 11584.2 186. 22.4 37.1 62.3 2.65 7 2 11585.2 878. 24.5 40.0 59.2 2.65 7 3 11586.2 192. 23.3 39.6 59.7 2.67 7 4 11587.2 123. 21.6 39.0 56.6 2.68 7 5 11588.2 228. 23.9 34.9 65.1 2.64 7 6 11589.2 193. 24.4 39.5 58.6 2.65 7 7 11590.2 592. 25.8 37.2 62.2 2.64 7 8 11591.2 230. 23.1 37.9 58.1 2.65 7 9 11592.2 328. 22.2 39.9 57.8 2.78 7 10 11593.2 595. 26.0 38.7 57.4 2.67 7 11 11594.2 359. 24.8 38.7 60.5 2.67 7 12 11595.2 27.1 15.1 37.5 61.8 2.95 1- 11 Company .. BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Fi el d : PO I NT Mc I NTYRE Formation .. EXPLORATION ANALYSIS RESULTS Fi 1 e No..' BP-3-1380 Date .' 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN NUMBER (HORIZONTAL)Kair (HELIUM) (~REL VOLUME~wATE DENSITY ft md % % % gm/cc 7 13 11596.2 653. 27.8 44.5 51.2 2.69 7 14 11597.2 693. 25.5 32.9 55.9 2.65 7 15 11598.2 592. 25.4 43.1 56.8 2.64 7 16 11599.2 434. 25.4 37.5 56.5 2.66 7 17 11600.2 249. 24.1 39.1 59.2 2.67 7 18 11601.2 202. 23.2 36.6 59.6 2.67 7 19 11602.2 43.7 18.1 35.5 61.0 2.66 7 20 11603.2 8.89 14.9 28.3 64.7 2.66 7 21 11604.2 77.7 18.6 39.4 57.6 2.77 7 22 11605.2 <.01 1.4 21.6 76.9 3.10 7 23 11606.3 14.0 17.9 33.2 57.7 2.66 7 24 11607.3 96.6 22.5 36.4 58.2 2.65 7 25 11608.2 21.1 17.8 35.4 57.6 2.66 7 26 11609.2 33.4 18.6 37.4 54.9 2.67 7 27 11610.3 27.1 19.4 32.8 56.8 2.67 7 28 11611.2 14.1 17.7 30.0 60.2 2.67 7 29 11612.3 4.57 14.2 27.4 71.9 2.69 7 30 11613.4 7.27 16.2 29.1 63.0 2.66 7 31 11614.2 27.8 17.3 34.0 61.8 2.65 7 32 11615.2 178. 21.7 35.7 59.2 2.65 7 33 11616.2 57.4 20.0 34.8 58.4 2.66 7 34 11617.2 22.6 18.2 32.5 61.9 2.65 7 35 11618.2 1.05 13.5 33.5 63.5 2.68 7 36 11619.2 22.8 18.8 38.1 58.2 2.66 7 37 11620.2 80.1 20.2 39.5 56.0 2.67 7 38 11621.2 17.9 17.7 35.7 60.0 2.66 7 39 11622.2 28.0 19.1 40.8 56.9 2.52 7 40 11623.2 16.8 18.4 35.1 61.6 2.66 7 41 11624.2 26.2 19.2 34.6 58.7 2.66 1 - 12 Company : BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT NcINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No.: BP-3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN PORE VOLUME~wATE DENSITY NUMBER (HORIZONTAL) (HELIUM)_(OIL Kair ft md % % % gm/cc 7 42 11625.2 3.40 15.2 30.9 61.9 2.67 7 43 11626.2 2.62 16.5 34.5 58.8 2.66 7 44 11627.2 9.30 16.0 41.3 58.2 2.66 7 45 11628.4 21.7 18.9 34.1 60.4 2.67 7 46 11629.2 6.67 16.7 30.0 64.8 2.66 7 47 11630.2 4.49 16.1 27.4 66.8 2.66 7 48 11631.2 7.46 16.6 31.2 62.5 2.66 7 49 11632.2 10.2 17.6 31.6 62.4 2.66 7 50 11633.2 3.70 15.6 32.3 60.4 2.67 7 51 11634.2 6.21 18.6 27.6 67.1 2.66 7 52 11635.2 3.65 15.4 30.0 63.0 2.66 7 53 11636.2 0.96 13.1 31.3 59.8 2.66 7 54 11637.2 34.1 19.1 37.3 58.1 2.66 7 55 11638.4 47.8 19.6 36.8 59.0 2.65 7 56 11639.2 51.3 19.7 37.0 59.1 2.66 7 57 11640.2 8.49 18.5 30.1 64.7 2.73 8 1 11644.2 34.6 18.6 38.8 57.3 2.66 8 2 11645.2 42.3 18.8 38.3 57.1 2.67 8 3 11646.2 138. 21.1 37.6 57.7 2.66 8 4 11647.2 64.8 21.1 40.5 55.8 2.67 8 5 11648.2 123. 22.8 39.9 55.8 2.69 8 6 11649.2 161. 23.3 39.1 56.1 2.67 8 7 11650.2 221. 23.2 39.9 55.7 2.67 8 8 11651.2 188. 22.3 40.7 55.1 2.75 8 9 11652.2 365. 23.4 46.8 50.7 2.66 8 10 11653.2 0.15 8.6 29.5 65.8 2.67 8 11 11654.2 0.54 12.2 31.6 65.7 2.68 8 12 11655.1 0.26 10.9 27.5 70.3 2.67 8 13 11655.4 0.42 13.1 37.5 54.7 2.67 I - 13 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No..' BP- 3-1380 Date : 31-Mar-1ggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN RE VOLUME~wATE DENSITY NUMBER (HORIZONTAL) (HELIUM)-Di(POL Kair ft md % % % gm/cc 8 14 11656.2 0.51 12.6 28.6 68.6 2.67 8 15 11657.2 0.47 11.8 31.2 66.3 2.66 8 16 11658.2 28.9 16.9 29.0 63.4 2.66 8 17 11659.2 167. 22.1 40.4 55.7 2.66 8 18 11660.2 105. 21.3 46.3 52.6 2.68 8 19 11661.2 123. 21.0 39.4 55.9 2.64 8 20 11662.6 24.8 17.6 37.0 58.6 2.78 8 21 11663.2 35.8 18.9 38.2 58.2 2.65 8 22 11664.2 29.7 19.3 41.4 55.7 2.65 8 23 11665.2 7.56 17.1 33.8 60.9 2.66 8 24 11666.2 33.1 19.1 38.2 58.5 2.65 8 25 11667.2 29.5 18.5 37.6 56.1 2.66 8 26 11668.2 56.3 20.2 36.9 58.7 2.66 8 27 11669.2 16.8 18.1 35.1 59.0 2.66 8 28 11670.2 7.07 16.0 31.7 63.0 2.66 8 29 11671.2 10.2 16.8 30.9 63.9 2.66 8 30 11672.2 1.87 14.4 27.4 66.5 2.72 8 31 11673.2 1.33 12.7 26.6 69.1 2.69 8 32 11674.2 0.15 9.8 23.9 73.6 2.67 8 33 11675.2 336. 22.9 49.0 50.7 2.65 8 34 11676.2 452. 24.2 50.7 46.7 2.66 8 35 11677.2 191. 23.0 42.9 53.3 2.70 8 36 11678.2 185. 22.0 46.1 53.6 2.73 8 37 11679.2 239. 22.8 44.3 51.8 2.67 8 38 11680.3 207. 22.8 43.6 53.8 2.74 8 39 11681.2 220. 22.8 46.7 52.6 2.71 8 40 11682.2 113. 20.8 51.3 48.6 2.90 8 41 11683.2 273. 20.0 51.5 44.6 2.77 8 42 11684.2 278. 19.3 43.6 50.4 2.65 1 - 14 CONFIDENTIAL S UB.$ URFA CE DIRECTIONAL SURVEY J'~_ UIDANCI: J'~1ONTINUOUS [~]OOL Company BP EXPLORAT, I ON I I Well Name POINT MCINTYRE STATE #6(552' FNLt 1079' FWLtSE,C 14~T12ii,N,,,R14E) Field/Location POINT MCINTYRE~ NORTH SLOPE~ ALA~I~A Job Reference No. Date 73766 22-MAR-90 Lo~:ed By: Computed By: WEST KOHRING GCT DIRECTIONAL SURVEY CUSTOMER LISTING FOR BP EXPLORATION~ INC. POINT MCINTYRE STATE POINT MCINTYRE NORTH SLQPE~ ALASKA SURVEY DATE: 2Z-MAR-1990 ENGINEER: WEST METHODS OF COMPUTATION TOOL LOCATION: TANGENTIAL- AVERAGED DEVIATION AND AZIMUTH INTERPOLATION: LINEAR VERTICAL SECTION: HORIZo DIST. PROJECTED ONTO A TARGET AZIMUTH OF NORTH 25 DEG 36 MIN EAST COMPUTATION DATE: 29-MAR-90 PAGE BP EXPLORATIONm INC. - POINT MCINTYRE STATE #6 DATE OF SURVEY: ZZ-MAR-1990 POINT HCINTYRE KELLY BUSHING ELEVATION: 41.50 FT NORTH SLOPEm ALASKA ENGINEER: WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE IEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN 0.00 0.00 -41.50 0 0 N 0 0 E 100.00 100.00 58.50 0 3 N 61 55 W 200.00 200.00 158.50 0 6 N 74 5 W 300.00 300.00 258.50 0 9 S 60 17 W 400.00 400.00 358.50 0 9 S 46 44 W 500.00 500.00 458.50 0 1] S 24 3 W 600.00 600.00 558.50 0 19 S 5 48 W 700.00 700.00 658.50 0 20 S 12 45 E 800.00 799.99 758.49 0 18 S 36 19 E 900.00 899.99 858.49 0 12 S 57 24 E 1000.00 999.99 958.49 1100.00 1099.99 1058.49 1200.00 1199.99 1158.49 1300.00 1299.99 1258.49 1400.00 1399.93 1358.43 1500.00 1499.74 1458.24 1600.00 1599.29 1557.79 1700.00 1698.44 1656.94 8 30 1800.00 1797.10 1755.60 10 22 1900.00 1894.93 1853.43 13 39 012 S 63 I E 0 7 S 57 39 E 0 4 ,S 2 54 E 0 41 N 72 45 E 2 44 N 41 41 E 4 23 N 34 14 F 6 22 N 29 40 E N 26 40 E N 24. I E N 19 12 E 2000.00 1991.32 1949.82 17 I N 18 46 E 2100.00 2086.28 2044.78 19 17 N 18 43 E 2200.00 2179.99 2138.49 21 20 N 17 39 E 2300.00 2272.50 2231.00 23 24 N 17 28 E 2400.00 2363.47 2321.97 25 41 N 17 22 E '2500.00 2452.47 2410.97 28 22 N 16 5 E 2600.00 2539.62 2498.12 30 24 N 15 6 E 2700.00 2624.75 2583.25 32 57 N 14 18 E 2800.00 2707.74 2666.24 34 41 N 14 16 E 2900.00 2789.39 2747.89 35 43 N 14 2 E 3000.00 2870.31 2828.81 36 15 N 13 58 E 3100.00 2950.73 2909.23 36 36 N 13 55 E 3200.00 3031.10 2989.60 36 29 N 13 43 E 3300.00 3111.10 3069.60 37 21 N 13 47 E 3400.00 3189.76 3148.26 38 57 N 14 9 E 3500.00 3266.88 3225.38 40 I N 14 35 £ 36oo.oo 334Z,93 3301,43 61 3 N 14 ~Z E 3700.00 3417.55 3376.05 42 20 3800.00- 3490.95 3449.45 43 13 3900.00 3563.42 3521.92 43 53 VERTICAL DOGLEG RECTANGULAR COORDINATES'HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/NEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 0.00 0.00 0.00 N 0.00 E -0.24 0.00 0.25 S 0.04 W -0.25 0.09 0.19 S 0.18 W -0.38 0.00 0.24 S 0.38 W -0.59 0.00 0.38 S 0.58 W -0.91 0.14 0.64 S 0.76 W -1.34 0..00 1.07 S 0.86 W -1.82 0.01 1.62 S 0.83 W -2.18 0.00 2.13 S 0.60 W -2.31 O.O0 2.43 S 0.28 W -2.32 0.00 2.59 S 0.02 E -2.35 0.00 2.72 S 0.24 E -2.38 0.39 2.82 S 0.37 E -2.34 2.70 2.88 S 0.59 E 0.75 1.07 0.61 S 3.02 E 6.71 2.13 4.19 N 6.79 E 16.05 2.09 12.19 N 11.68 E 29.05 1.87 23.69 N 17.79 E 45.29 2.30 38.36 N 24,;75 E 65.90 3.85 57.60 N 32.30 E 92.27 2.83 123.38 1.46 157.95 1.95 195.54 2.30 236.63 2.58 281.64 2.13 329.91 2.43 381.41 2.17 436.11 1.25 492.69 0.60 N 14 59 E 977.46 N 15 44 E 1044.30 N 15 26 E 1112.17 550.23 0.59 608.45 0.28 666.70 0.38 725.43 1.17 785.89 1.56 848.32 0.57 912,07 1.36 1.08 0.89 1.06 82.75 N 112.39 N 145.52 N 181.74 N 221.33 N 0.00 N 0 0 E 0.25 S 8 43 W 0.27 S 43 43 W 0.45 S 58 I W 0.69 S 57 0 W 0.99 S 49 41 W 1.37 S 38 47 W 1.82 S 27 5 W 2.21 S 15 38 W 2.44 S 6 33 W 2.59 S 0 24 E 2.73 S 4 58 E 2.84 S 7 34 E 2.94 S 11 38 E 3.08 S 78 35 E 7.98 N 58 19 E 16.89 N 43 47 E 29.63 N 36 54 E ~,5.66 N 32 50 E 66.04 N 29 17 E 40.82 E 92.27 N 26 15 E 50.96 E 123.40 N 24 23 E 61.82 E 158.11 N 23 I E 73.24 E 195.94 N 21 57 E 85.70 E 237.34 N 21 10 E 264.96 N 9B.81 E 282.79 N 20 27 E 312.19 N 111.95 E 331.66 N 19 44 E 362.92 N 125.25 E 383.93 N 19 Z E 41.6.99 N 138.99 E 439.54 N 18 26 E 472.96 N .153.11 E 497.13 N 17 56 E 529.97 N 167.30 E 555.75 N 17 31 E 587.66 N 181.62 E 615.09 N 17 10 E 645.43 N 195.85 E 674.49 N 16 53 E 703.72 N 210.11 E 734.42 N 16 37 E 763.65 N 224.96 E 796.10 N 16 25 E 825.31 N 240.78 E 859.71 N 16 16 E 888.12 N 257.19 E 924.61 N 16 9 E 952.48 N 274.23 E 991.17 N 16 4 E 1017.96 N 292.23 E 1059.07 N 16 I E 1084.30 N 310.85 E 1127.98 N 16 0 E COMPUTATION DATE: 29-MAR-90 PAGE BP EXPLORATION, INC. POINT MCINTYRE STATE #6 POINT MCINTYRE NORTH SLOPEm ALASKA DATE OF SURVEY: 22-MAR-1990' KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN FEET DEG/IO0 FEET FEET FEET DEG MIN 4000.00 3634.69 3593.19 45 16 4100.00 3703.99 3662.49 47 4 4200.00 3771.06 3729.56 48 31 4300.00 3837.55 3796.05 48 3 :4400.00 3904.71 3863.21 47 34 /4500.00 3972.36 3930.86 47 21 i4600.00 4040.34 3998.84 46 58 !4700.00 4108.84 4067.34 46 34 !4800.00 4177.90 4136.40 46 5 ~4900.00 4247.41 4205.91 45 52 ~5000.00 4317.28 4275.78 45 29 5100.00 4387.55 4346.05 45 12 !5200.00 4458.15 4416.65 45 2 5300.00 4528.60 4487.10 45 31 5400.00 4598.07 4556.57 46 28 5500.00 4666.14 4624.64 47 52 5600.00 4732.34 4690.84 49 6 5700.00 4797.32 4755.82 49 42 5800.00 4861.97 4820.47 49 45 5900.00 4926.52 4885.02 49 47 6000.00 4991.27 4949.77 49 31 6100.00 5056.32 5014.82 49 20 6200.00 5121.54 5080.04 49 9 6300.00 5187.20 5145.70 48 48 6400.00 5253.18 5211.68 48 35 6500.00- 5319.34 5277.84 48 38 6600.00 5385.52 5344.02 48 30 6700.00 5451.85 5410.35 48 27 6800.00 5518.19 5476.69 48 29 6900.00 5584.32 5542.82 48 43 7000.00 5650.17 5608.67 48 49 7100.00 5716.85 5675.35 47 19 7200.00 5785.52 5744.02 45 53 7300.00 5855.42 5813.92 45 43 7400.00 5924.70 5883.20 46 44 7500.00 5992.52 5951.02 47 44 7600.00 6058.86 6017.36 49 11 7TOOoOO 61Z3.73 6082.23 49 43 7800.00 6188.54 6147.04 49 20 :7900.00 6254.22 6212.72 48 43 N 15 14 E 1181.19 N 15 7 E 1252.08 N 15 18 E 1325.02 N 15 3 E 1398.48 N 15 2 E 1471.32 N 15 5 E 1543.73 N 15 8 E 1615.84 N 15 6 E 1687.48 N 14 58 E 1758.58 N 15 0 E 1829.24 N 14 54 E 1899.55 N 14 44 E 1969.45 N 14 29 E 2038.97 N 14 4 E 2108.56 N 14 8 E 2179.03 N 14 31 E 2250.87 N 14 34 E 2324.43 N 14 23 E 2399.02 N 14 6 E 2473.82- N 13 47 E 2548.62 N 13 30 E 2623.17 N 13 13 E 2697.40 N 12 58 E 2771.41 N 12 37 E 2844.96 N 12 22 E 2918.14 N 12 3 E 2991.09 N 11 55 E 3063.95 N 11 40 E 3136.62 N 11 33 E 3209.23 N 11 15 E 3281.96 N 11 45 E 3354.88 N 15 34 E 3427.70 N 20 16 E 3499.72 N 22 16 E 3571.05 N 22 30 E 3643.04 N 22 35 E 3716.42 N 22 28 E 3791.14 N 22 44 E 3867.13 N 23 35 E 3943.21 N 25 3 E 4018.60 1.66 2.04 0.39 0.56 0.60 0.30 0.53 0.40 0.22 0.22 0.19 0.40 0.23 0.80 1.04 1.79 0.80 0.17 0.29 0.38 0.28 0.59 0.49 0.23 0.49 0.24 0.27 0.68 0.39 0.28 1.71 3.44. 3.54 0.49 1.67 I .06 1.31 0.61 1.91 1.09 1151.95 N 329.38 E 1198.12 N 15 57 E 1221.54 N 348.20 E 1270.20 N 15 55 E 1293.10 N 367.66 E 1344.35 N 15 52 E 1365.20 N 387.20 E 1419.05 N 15 50 E 1436.75 N 406.42 E 1493.13 N 15 48 E 1507.86 N 425.57 E 1566.77 N 15 46 E 1578.67 N 444.68 E 1640.10 N 15 44 E 1648.99 N 463.71 E 1712.95 N 15 42 E 1718.84 N 482.47 E 1785.27 N 15 41 E 1788.29 N 501.07 E 1857.16 N 15 39 E 1857.40 N 519.53 E 1928.69 N 15 38 E 1926.19 N 537.74 E 1999.84 N 15 36 E 1994.71 N 555.61 E 2070.65 N 15 34 E 2063.48 N 573.14 E 1141.60 N 15 31 E 2133.26 N 590.59 E 2213.51 N 15 28 E 2204.22 N 608.75 E 2286.74 N 15 26 E 2276.76 N 627.60 E 2361.68 N 15 25 E 2350.36 N 646.60 E 2437.68 N 15 23 E 2424.30 N 665.40 E 2513.95 N 15 21 E 2498.42 N 683.80 E 2590.31 N 15 18 E 2572.48 N 701.75 E 2666.48 N 15 16 E 2646.38 N 719.31 E 2742.40 N 15 12 E 2720.21 N 736.50 E 2818.15 N 15 9 E 2793.76 N 753.20 E 2893.52 N 15 5 E 2867.13 N 769.45 E 2968.58 N 15 1 E 2940.42 N 785.31 E 3043.48 N 14 57 E 3013.75 N 800.89 E 3118.35 N 14 53 E 3087.00 N 816.18 E 3193.08 N 14 49 E 3160.30 N 831.23 E 3267.79 N 14 44 E 3233.83 N 846.09 E 3342.69 N 14 40 E 3307.63 N 860.84 E 3417.81 N 14 35 E 3380.10 N 878.10 E 3492.30 N 14 34 E 3449.23 N 900.51 E 3564.84 N 14 38 E 3515.72 N 926.79 E 3635.83 N 14 46 E 3582.43 N 954.19 E 3707.33 N 14 55 E 3650.27 N 982.43 E 3780.16 N 15 4 E 3719.40 N 1011.05 E 3854.37 N 15 1Z E 3789.68 N 1040.24 E 3929.86 N 15 21 E 3859.73 N 1070.12 E 4005.33 N 15 30 E 3928.42 N 1101.21 E 4079.85 N 15 40 E COMPUTATION DATE: 29-MAR-90 PAGE 3 BP EXPLORATION~ INC. POINT MCINTYRE STATE ~6 KELLY BUSHING ELEVATION: 41 50 FT POINT MCINTYRE ' NORTH SLOPE~ ALASKA ENGINEER: WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN FEET DEG/IO0 FEET FEET FEET DEG MIN 8000.00 6320.58 6279.08 47 51 8100.00 6388.65 6347.15 46 30 8200.00 6458.14 6416.64 45 27 8300.00 6529.45 6487.95 43 27 8400.00 6603.35 6561.85 41 21 8500.00 6679.01 6637.51 40 39 8600.00 6754.67 6713.17 41 6 8700.00 6829.94 6788.44 41 Il 8800.00 6905.88 6866.38 39 42 8900.00 6983.39 6941.89 38 45 9000.00 7061.86 7020.36 37 51 9100.00 7141.32 7099.82 37 8 9200.00 7220.55 7179.05 38 4 9300.00 7298.70 7257.20 39 16 9400.00 7375.19 7333.69 40 53 9500.00 7450.44 7408.94 41 7 9600.00 7526.55 7485.05 40 0 :9700.00 7602.96 7561.46 40 8 9800.00 7680.25 '7638.75 38 37 9900.00 7759.19 7717.69 37 11 .0000.00 7839.43 7797.93 36 7 .0100.00 7920.96 7879.46 34 29 .0200.00 8004.45 7962.95 32 18 .0300.00 8089.89 8048.39 30 20 10400.00 8176.98 8135.48 28 31 .0500.00 8265.64 87-24.14 26 5~+ ,0600.00 8355.67 8314.17 25 4 :0700.00 8446.57 8405.07 24 22. ,0800.00 8537.87 8496.37 23 37 .0900.00 8679.32 8587.82 2~, 14 · 1000.00 8720.25 8678.75 24 58 .1100.00 8810.73 8769.?.3 25 19 ~1200.00 8901.09 8859.59 25 32 L1300.00 8991.19 8949.69 25 47 '.1400.00 9081.11 9039.61 26 3 .1500.00 9170.87 9129.37 26 20 'L1600. OO 9260.26 9218.76 26 56 ..', 1700. O0 9349,31 9307.81 27 14 1764.00 9406.09 9364.59 27 15 N 26 16 E 4093.40 N 27 28 E 4166.64 N ?.8 38 E 4238.48 N 29 42 E 4308.44 N 31 3 5 4375.57 N 32 48 5 4440.55 N 33 38 E 4505.34 N 33 36 E 4570.53 N 35 3 E 4634.88 N 38 10 E 4696.91 N 41 41 E 4756.95 N 42 39 E 4815.11 N 44 15 E 4873.Z0 N 46 23 E 4931.94 N 48 51 E 4991.60 N 50 12 E 5051.79 N 52 18 E 5110.29 N 54 27 E 5167.35 N 56 34 E 5222.35 N 58 2 E 5274.51 N 57 21 E 5325.07 N 56 21 E 5374.51 N 54 16 E 5422.27 N 53 5 E 5468.17 N 53 19 E 5511.73 N 53 I E 5552.64 N 50 44 E 5591.61 N 50 47 E 5629.42 N 52 17 E 5666.15 N 52 39 E 5702.25 N 53 i E 5739.24 N 53 14 E 5777.01 N 53 48 E 5814.90 N 54 58 E 5852.89 N 55 3 E 5890.99 N 55 2 E 5929.38 N 54 53 E 5968.42 N 54 38 E 6008.16 N 54 38 E 6033.87 2-85 1.31 1.37 2.78 2.42 1.08 0.56 0.59 2.42 2.81 1.97 0.73 1.32 2.43 1.77 1.70 1.74 2.04 2-20 1.33 1 .lB 2.41 2.54 Z.O0 1.79 2.97 2.14 1.40 0.61 O.6B 0.91 0.13 0.94 0 -30 0.03 0.60 0.62 2.61 0.00 DATE OF SURVEY: II-MAR-1990 4561.11 N 1489.50 E 4798.16 N 18 5 E 4606.03 N 1530.36 E 4853.61 N 18 23 E 4650.36 N 1572.27 E 4908.96 N 18 41 E 4694.27 N 1616.57 E 4964.82 N 19 0 E 4737.59 N 1664.22 E 5021.40 N 19 21 E 4780.3Z N 1714.34 E 5078.43 N 19 44 E 4820.98 N 1764.86 E 5133.87 N 20 6 E 4859.44 N 1816.64 E 5187.91 N 20 30 E 4895.38 N 1868.92 E 5240'01 N 20 54 E 4928.43 N 1920.65 E 5289.46 N 21 17 E 4960.34 N 1971.08 E 5337.61 N 21 40 E 4991.92 N 2019.60 E 5384.98 N 22 2 E 5023.18 N 2064.88 E 5431.02 N 22 21 E 5054.05 N 2106.66 E 5475.53 N 22 38 E 5083.52 N 2145.98 E 5517.91 N 22 53 E 5111.11 N 2183.09 E 5557.81 N 23 8 E 5137.88 N 2217.39 E 5595.95 N 23 21 E 5164.40 N ?.249.54 E 5633.07 N 23 32 E 5189.86 N 2281.40 E 5669.17 N 23 44 E 5214.52 N 2313.50 E 5704.69 N 23 56 E 5239.65 N 2346.64 E 5741.14 N 24 8 E 5265.21 N 2380972 E 5778.43 N 24 20 E 5290.74 N 2415.12 E 5815.90 N 24 32 E 5315.96 N 2450.42 E 5853.54 N 24 45 E 5341.03 N 2486.27 E 5891.36 N 24 58 E 5366.30 N 2522.37 E 5929.54 N 25 11 E 5391.99 N 2559.10 E 5968.46 N 25 23 E 5418.23 N 2596.29 E 6008.16 N 25 36 E 5435.06 N 2620.69 E 6033.89 N 25 45 E 3995.88 N 1133.54 E ¢153.55 N 15 50 E 4061.14 N 1166.82 E 4225.44 N 16 2 E 4124.64 N 1200.56 E 4295.81 N 16 14 E 4185.83 N 1234.75 E 4364.15 N 16 26 E 4244.01 N 1268.70 E 4429.58 N 16 39 E 4299.47 N 1303.33 E 4492.67 N 16 52 E 4354.08. N 1339.28 E 4555.40 'N 17 6 E 4408.91 N 1375.73 E 4618.56 N 17 20 E 4462.81 N 1412.16 E 4680-90 N 17 34 E 4513.59 N 1449.73 E 4740.69 N 17 48 E °, COMPUTATION DATE: 29-MAR-90 PAGE 4 BP EXPLORATION, INC. POINT MCINTYRE STATE ~6 POINT MCINTYRE NORTH SLOPE, ALASKA DATE OF SURVEY: 2Z-MAR-1990 KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASUREO DEPTH TRUE SUB-SEA COURSE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN 0.00 0.00 -41.50 0 0 1000.00 999.99 958.49 0 12 2000.00 1991.32 1949.82 17 1 3000.00 2870.31 2828.81 36 15 4000.00 3634.69 3593.19 45 16 5000.00 4317.28 4275.78 45 29 6000.00 4991.27 .4949.77 49 31 7000.00 5650.17 5608.67 48 49 8000.00 6320.58 6279.08 47-51 9000.00 7061.86 7020.36 37 51 VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 0000.00 7839.43 7797.93 36 7 1000.00 8720.25 8678.75 24 58 1764'00 9406.09 9364.59 27 15 N 0 0 E 0.00 S 63 I E -Z.3Z N 18 46 E 92.27 N 13 58 E 550.Z3 N 15 14 E 1181.19 N 14 54 E 1899.55 N 13 30 E 2623.17 N 11 45 E 3354.88 N 26 16 E 4093.40 N 41 41 E 4756.95 N 57 21 E 5325.07 N 53 I E 5739.24 N 54 38 E 6033.87 0.00 0.00 2.83 0.59 1.66 0.19 O.2B 1.71 2.85 1.97 0.00 N 0.00 E 0.00 N 0 0 E 2.59 S 0.02 E 2.59 S 0 24 E . 8Z.25 N 40.8Z E 92.Z7 N 26 15 E 529.97 N 167.30 E 555.75 N 17 31 E 1151.95 N 329.38 E 1198.1Z N 15 57 E 1857.40 N 519.53 E 1928.69 N 15 38 E 2572.48 N 1701.75 E 2666.48 N 15 16 E 3307.63 N 860.84 E 3417.81 N 14 35 E 3995.8B N 1133.54 E 4153.55 N 15 50 E 4561.11 N 1489.50 E 4798.16 N 18 5 E I .18 0.91 0.00 4960.34 N 1971.08 E 5337.61 N 21 40 E 5239.65 N 2346.64 E 5741.14 N 24 8 E 5435.06 N 26Z0.69 E 6033.89 N 25 45 E oo COMPUTATION DATE: Zg-MAR-90 PAGE 5 !BP EXPLORATIONm INC. POINT MCINTYRE STATE'S6 POINT MCINTYRE NORTH SLOPE, ALASKA DATE OF SURVEY: 22-MAR-1990 KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE IEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN 0.00 0.00 -41.50 0 0 N 0 0 E 41.50 41.50 0.00 0 8 S 31 25 W 141.50 141.50 100.00 0 6 N 73 49 W 241.50 241.50 200.00 0 7 S 81 49 W 341.50 341.50 300.00 0 9 S 56 11 W 441.50 441.50 400.00 0 10 S 36 28 W 541.50 541.50 500.00 0 15 S 15 29 W 641.50 641.50 600.00 0 18 S Z 11 E 741.51 741.50 700.00 0 20 S 23 5 E 841.51 841.50 800.00 0 15 S 46 15 E 941.51 941.50 900.00 0 12 1041.51 1041.50 1000.00- 0 10 1141.51 1141.50 1100.00 0 T 1241.51 1241.50 1200.00 0 3 1341.52 1341.50 1300.00 1 52 1441.63 1441.50 1400.00 3 21 1541.91 1541.50 1500.00 5 14 1642.51 1641.50 1600.00 7 21 1743.58 1741.50 1700.00 9 10 1845.23 1841.50 1800.00 11 41 1948.13 1941.50 1900.00 15 25 2052.70 2041.50 2000.00 18 23 2158.78 2141.50 2100.00 20 34 2266.32 Z241.50 2200.00 22 40 2375.70 2341.50 2300.00 25 6 2487.52 2441.50 2400.00 28 7 2602.17 2541.50 2500.00 30 27 2720.05 2641.50 2600.00 33 22 '2841.18 2741.50 2700.00 35 2964.30 2841.50 2800.00 36 3 3088.50 2941.50 2900.00 36 35 :~3212.95 3041.50 3000.00 36 34 13338.38 3141.50 3100.00 37 54 3466.92 3241.50 3200.00 39 46 3598.09 3341.50 3300.00 41 Z :3732.46 3441.50 3400.00 42 38 :13869.65 3541.50 3500.00 43 42 4009.69 3641.50 -3600.00 45 25 ~4155.56 3741.50 3700.00 48 6 · 14305.91 3841.50 3800.00 48 1 S 60 14 E S 54 26 E S 60 20 E S 20 19 W N 48 15 E N 39 34 E N 31 45 E N 28.11 E N 25 45 E N 21 45 E VERTICAL DOGLEG RECTANGULAR COORDINATES HDRIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET OEG MIN 0.00 0.00 0.00 N -0.21 0.45 0.23 S -0.24 0.00 0.23 S -0.28 0.00 0.19 S -0.47 0.00 0.29 S -0.70 0.00 0.46 S -1.06 0.00 0.79 S -1.54 0.00 1.30 S -2.00 0.00 1.85 S -2.25 0.00 2.28 S -2.32 0.00 2.50 S -2.34 0.13 2.65 S -2.36 0.00 2.76 S -2.43 0.23 2.86 S -1.53 2.54 2.36 S 2.87 1.66 1.05 N 10.20 2.07 7.14 N Zl.lO 1.98 16.62 N 35.74 2.03 29.70 N 53.92 2.74 46.32 N N 18 35 E 77.92 3.39 N 18 58 E 108.24 2.30 N 18 3 E 143.34 1.80 N 17 27 E 182.50 2.02 N 17 28 E 226.36 2.32 N 16 14 E 275.78. 2.23 N 15 5 E 330.99 2.46 N 14 16 E 392.23 2.04 N 14 12 E 459.23 1.27 N 13 58 E 529.60 0.53 0.00 E 0.00 W 0.09 W 0.26 W 0.47 W 0.66 W 0.81 W 0.87 W 0.75 W 0.46 W 0.00 N 0 0 E 0.23 S 0 11 W 0.24 S 22 14 W 0.32 S 54 9 W 0.55 S 58 2 W 0.80 S 54 46 W 1.13 S 45 31 W 1.56 S 33 50 W 2.00 S 22 7 W 2.32 S 11 32 W N 13 55 E N 13 44 E N 13 49 E N 14 29 E N 14 42 E N 15 14 E N 15 38 E 1091.50 N 15 12 E 1187.97 N 15 15 E 1292.38 N 15 3 E 1402.80 0.15 W 0.13 E 0.31 E 0.36 E 1.37 E 4.46 E 8.70 E 14.13 E 20.74 E 28.12 E 2.50 S 3 33 W 2.66 S 2 46 E 2.78 S 6 19 E 2.88 S 7 .7 E 2.73 S 30 8 E 4.58 N 76 43 E 11.25 N 50 36 E 21.82 N 40 22 E 36.22 N 34 56 E 54.19 N 31 16 E 69.06 N 36.20 E 77;97 N 27 40 E 97.97 N 46.02 E 108.24 N 25 10 E 131.48 N 57.30 E 143.43 N 23 33 E 169.17 N 69.29 E 182.81 N 22 16 E 211.43 N 82.60 E 226.99 N 21 20 E 259.24 N 97.17 E 276.86 N 20 33 E 313.24 N 112.24 E 332.75 N 19 43 E 373.61 N 127.97 E 394.92 N 18 54 E 439.84 N 144.79 E 463.06 N 18 13 E 509.53 N 162.22 E 534.72 N 17 40 E 601.74 674.25 748.35 827.50 910.83 999.01 0.31 0.60 1.76 1.01 1.35 1.10 0.74 1.65 1.55 0.54 581.01 N 179.97 E 608.25 N 17 13 E 652.93 N 197.68 E 682.20 N 16 51 E 726.46 N 215.69 E 757.81 N 16 32 E 804.77 N 235.45 E 838.50 N 16 18 E 886.90 N 256.87 E 923.35 N 16 9 E 973.63 N 279.94 E 1013.08 N 16 2 E 1064.08 N 305.Z1 E 1106.99 N 16 0 E 1158.61 N 331.19 E 1205.02 N 15 57 E 1261.09 N 358.93 E 1311.18 N 15 53 E 1369.44 N 388-34 E 1423.44 N 15 50 E COMPUTATION DATE: 29-MAR-90 PAGE 6 " BP EXPLORATIONt INC. POINT MCINTYRE STATE #6 POINT MCINTYRE NORTH SLOPE, ALASKA DATE OF SURVEY: 22-MAR-1990 INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET OEG/IO0 FEET FEET FEET DEG MIN ~4454.44 3941.50 3900.00 47 23 4601.70 4041.50 4000.00 46 57 4747.40 4141.50 4100.00 46 20 ~4891.51 4241.50 4200.00 45 53 5034.52 4341.50 4300.00 45 25 5176.44 ¢441.50 4400.00 45 5318.46 4541.50 4500.00 45 41 5463.46 4641.50 4600.00 47 14 5614.02 4741.50 4700.00 49 14 5768.33 4841.50 4800.00 49 43 5923.19 4941.50 4900.00 49 43 6077.25 5041.50 5000.00 49 21 6230.48 5141.50 5100.00 49 1 6382.34 5241.50 5200.00 48 39 6533.52 5341.50 5300.00 48 36 6684.40 5441.50 5400.00 48 26 6835.20 5541.50 5500.00 48 35 6986.83 5641.50 5600.00 48 52 7136.22 5741.50 5700.00 46 55 7280.09 5841.50 5800.00 45 37 7424.57 5941.50 5900.00 47 5 7573.51 6041.50 6000.00 48 48 7727.48 6141.50 6100.00 49 41 7880.72 6241.50 6200.00 48 46 8030.99 6341.50 6300.00 47 21 8176.20 6441.50 6400.00 45 41 8316.60 6541.50 6500.00 43 1 8450.54 6641.50 6600.00 40 43 8582.55 6761.50 6700.00 40 59 8715.36 6841.50 6800.00 41 8 8846.13 6941.50 6900.00 39 1! 8974.17 7041.50 7000.00 38 6 9100.23 7141.50 7100.00 37 8 9226.66 7241.50 7200.00 38 18 9355.67. 7341.50 7300.00 40 12 9488.15 7441.50 7400.00 41 16 9619.53 7541.50 7500.00 40 Z 9750.12 '7641.50 7600.00 39 24 9877.74 7741.50 7700.00 37 27 .0002.56 7841.50 7800.00 36 5 N 15 6 E 1510.76 N 15 8 E 1617.06 N 15 2 E 1721.26 N 15 I E 1823.25 N 14 51E 1923.71 N 14 34 E 2012.61 N 14 2 E 2121.50 N 14 26 E 2224.41 N 14 32 E 2334.85 N 14 12 E 2450.13 N 13 42 E 2565.95 N 13 17 E 2680.53 N 12 51E 2793.88 N 12 25 E 2905.24 N 12 0 E 3015.53 N 11 42 E 3125.29 N 11 29 E 3234.81 N 11 28 E 3345.26 N 17 13 E 3453.89 N 22 10 E 3556.84 N 22 37 E 3660.94 N 22 27 E 3771.15 N 22 56 E 3888.07 N 24 48 E 4004.11 N 26 52 E 4116.26 N 28 20 E 4221.49 N 29 52 E 4319.83 N 32 0 E 4408.55 N 33 37 E 4494.00 N 33 36 E 4580.54 N 36 12 E 4663.75 N 40 49 E 4741.65 N 42 40 E 4815.25 N 44 45 E 4888.80 N 47 54 E 4965.04 N 50 I E 5044.72 N 52 45 E 5121.51 N 55 29 E 5195.27 N 57 55 E 5263.09 N 57 20 E 5326.35 0.21 0.52 0.67 0.13 0.24 0.29 0.90 1.65 0.93 0.30 1475.50 N 416.85 E 1533.25 N 15 47 E 1579.87 N 445.01 E 1641.35 N 15 44 E 1682.17 N 472.64 E 1747.31 N 15 42 E 1782.40 N .499.50 E 1851.07 N 15 39 E 1881.17 N 525.85 E 1953.29 N 15 37 E 1978.58 N 551.44 E 2053.98 N 15 34 E 2076.30 N 576.34 E 2154.81 N 15 31 E 2178.11 N 602.00 E 2259.77 N 15 27 E 2287.04 N 630.27 E 2372,29 N 15 24 E 2400.86 N 659.48 E 2489.79 N 15 22 E 0.56 .2515.62 N 688.01 E 2608.01 N 15 18 E 0.48 0.49 0.34 0.06 0.59 0.32 1.26 3.55 0.68 2629.58 N 715.35 E 2725.14 N 15 13 E 2742.66 N 741.65 E 2841.17 N 15 8 E 2854.19 N 766.61 E 2955.35 N 15 2 E. 2965.02 N 790.55 E 3068.60 N 14 56 E 3075.57 N 813,81 E 3181.42 N 14 49 E 3186.15 N 836.50 E 3294.12 N 14 43 E 3297.92 N 858,83 E 3407.91 N 14 36 E 3405.56 N 885.59 E 3518.82 N 14 35 E 3502.54 N 921.42 E 3621.72 N 14 44 E 1.54 1.80 0.46 1.20 1.81 I .40 3.24 1.34 0.64 0.89 3598.99 N 961.06 E 3725.10 N 14 57 E 3700.91 N 1003.40 E 3834.52 N 15 10 E 3809.00 N 1048.36 E 3950.64 N 15 23 E 3915.29 N 1095.08 E 4065.55 N 15 38 E 4016.32 N 1143.79 E 4176.01 N 15 54 E 4109.67 N 1192.47 E 4279.18 N 16 11 E 4195.75 N 1240.40 E 4375.27 N 16 28 E 4272.26 N 1286.05 E 4461.63 N 16 45 E 4344.55 N 1332.94 E 4544.43 N 17 3 E 6417.33 N 1381.32 E 4628.27 N 17 22 E 1.45 2.61 0.74 1.48 2.34 1.50 1.72 1.95 1.49 1.19 4486.65 N 1429.22 E 4708.79 N 17 40 E 4549.16 N 1479.03 E 4783.56 N 18 I E 4606.13 N 1530,45 E 4853.74 N 18 23 E 4662.12 N 1583.83 E'4923.81 N 18 46 E 4718.46 N 1642.68 E 4996.22 N 19 12 E 4775.34 N 1708.36 E 5071.72 N 19 41 E 4828.6¢ N 1774.83 E 5144.49 N'20 11 E 4877.83 N 1842.89 E 5214.35 N 20 42 E 4921.25 N 1909.21 E 5278.62 N 21 12 f 4961.15 N 1972.35 E 5338.84 N 21 41 E KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST COMPUTATION DATE: 29-MAR-90 PAGE 7 BP EXPLORATION~ INC. POINT MCINTYRE STATE #6 POINT MCINTYRE NORTH SLOPE~ ALASKA DATE OF SURVEY: 2Z-MAR-Z990 KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE IEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG HIN VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/iO0 FEET FEET FEET DEG MIN ,i0124- 84 7941.50 7900.00 33 57 0Z43.63 8041.50 8000.00 31 25 i0359.47 8141.50 8100.00 29 16 ~047Z.91 8241.50 8ZO0.O0 26 58 '0584.35 8341.50 8300.00 25 13 ~0694.43 8441.50 8400.00 24 22 .0803.96 8541.50 8500.00 23 38 0913.36 8641.50 8600.00 24 20 .1023.45 8741.50 8700.00 25 9 ~1134.04 8841.50 8800.00 25 18 .1244.83 8941.50 8900.00 25 45 :1355.93 9041.50 9000.00 25 58 ~1467.Z5 9141.50 9100.00 26 11 ~1578.97 9241.50 9200.00 2.6 49 ,1691.23-:~. 9341. 507:c~300. O0 27 9 i1764-00/?,9406.09~ 9364.59 27 15 N 55 54 E 5386.55 N 53 28 E 544Z,55 N 53 10 E 5494.38 N 53 20 E 5541.74 N 51 5 E 5585.61 N 50 44 E 5627.33 N 5Z 18 E 5667.57 N 52 42 E 5707.13 N 53 3 E 5748°04 N 53 17 E 5789.90 N 54 28 E 5831.94 N 55 4 E 5874.17 N 54 59 E 5916.77 N 54 59 E 5960.14 N 54 44 E 6004.66. N 54 38 E 6033.87 2.41 1.95 1.96 2.04 3.34 1 -15 0.64 0.59 0.66 0.11 0.84 0,.25 0.40 4999.70 N Z031.20 E 5396.55 N 22 7 E 5036.75 N 2083.49 E 5450.67 N 22 28 E 5071.80 N 2130.29 E 5501.02 N 22 47 E 5103.73 N 2173.Z5 E 5547.17 N 23 4 E 5133.70 N.ZZIZ.24 E 5590.06 N 23 19 E 5162.94 N 2247.75 E 5631.01 N 23 32 E 5190.83 N 2282.66 E 5670.56 N 23 44 E 5217.84 N 2317.85 E 5709.50 N 23 57 E 5245.61 N 2354.57 E 5749.82 N 24 10 E 5273.91 N 2392.38 E 5791.17 N 24 24 E 5302.10 N Z430.84 E 5832.77 N 24 38 E 5329.96 N 2470'43 E 5874.65 N 24 52 E 5357.99 N 2510.50 E 5916.99 N 25 6 E 0.67 5386.53 N 2551-32 E 5960.20 "25 21 E 1.47 5415 9Z N 2~593 02: E 6004.66 N 25 35 E 0.00 ~5435~06 N'<.':620:69 E 6033.89 N 25 45 E COMPUTATION DATE: zg-MAR-90 PAGE 8 BP EXPLORATION, INC. POINT MCINTYRE STATE POINT MCINTYRE ~NORTH SLOPE, ALASKA INTERPOLATED VALUES FOR CHOSEN HORIZONS MARKER GCT LAST READING DRILLER'S DEPTH DATE DF SURVEY: 22-MAR-1990 KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST SURFACE LOCATION = 552' FNL E 1079' FWL~ SEC14 TIZN RI4E MEASURED DEPTH TVD RECTANGULAR COORDINATES BELOW KB FROM KB SUB-SEA NORTH/SOUTH EAST/WEST 11701.00 9350.08 9308.58 5418.36 N 2597.17 E 11764.00 9~06.09 9364.59 5435.06 N 2620.69 E COMPUTATION DATE: 29-MAR-90 PAGE 9 ,' BP EXPLORATIONt INC. POINT MCINTYRE STATE #6 POINT MCINTYRE NORTH SLOPE, ALASKA MARKER DRILLER'S DEPTH DATE OF SURVEY: 22-MAR-1990 KELLY BUSHING ELEVATION: 41.50 FT ENGINEER: WEST ~~~ STRATIGRAPHIC SUMMARY ~~~ SURFACE LOCATION = 552' FNL & 1079' FWL~ SEC14 T12N R14E MEASURED DEPTH TVD RECTANGULAR COORDINATES BELOW KB FROM KB SUB-SEA NORTH/SOUTH EAST/WEST 11764.00 9406.09 9364.59 5435.06 N 2620.69 E FINAL WELL LOCATION AT TO: TRUE SUB-SEA MEASURED VERTICAL VERTICAL DEPTH DEPTH DEPTH 11764.00 9406.09 9364.59 HORIZONTAL DEPARTURE DISTANCE AZIMUTH FEET DEG MIN 6033.89 N 25 45 E SCHLUMBER©ER D I RECT I ONAL SURVEY COMPANY BP EXPLORATION, INC. WELL POINT MCINTYRE STATE FIELD POINT MCINTYRE COUNTRY USA RUN THREE DATE LOOOEO 22 - MAR - 90 REFERENCE 737GG .NELL- POINT MCINTYRE S~TE #6 (552' FNL, 1079' FWL, SEC 14, T12N, R14E) HORIZONTAL PROJECTION NORTH 7000 6000 .qO00 4000 2000 lO00 SOUTH - ! 000 -9000 NEST REF 79766 SCRLE = !/!000 IN/FT -2000 - 1000 0 1000 2000 3ODD 4000 5000 ERS'f ,. ..,WELL · (552' POINT MCINTYRE SI,~FE //6 FNL, 1079' FWL, SEC 14, T12N, R14E) VERTICAL PROJECTION 20~. -4000 -2000 0 0 2000 4000 6000 8000 ]0000 ]2000 , ~.,~ ~ ; - : : ~- ~4~ ,~. . . , ~ . . -.~ ~ ~ , ..~.- ~ · ... . ~_....,_... ,_4~ ..... : : : ~ : : ..... -~--,~.+m ~ ~ .-~4~oo~ ~ ~ ~~-~-~-~~+ ~:~ ~-~~-.~ ~ , ~ :] ~ ~ ':~ ~" WT'T'~ .... ?TTT'""y-FTT' 'T?57-?'~""~ ~"?'"'-TTTTTM''~''wT-YT'''? [T'T'"T-:Wy'-?'T-~T- -7 ~ ,~ ~' =~w ~ ,% i i i I ~ i i i i i : i ~ i i i i i ; ; i I ! ~ ; : ; : : . ; : ; ; ~ ; ~ : ~ : : ~ ; : : : . . : : : ~ : . . : : : : : : : : : : : : : : : ; ~ ~ : , ;iii ~"' ~ ' ii i t:~ ~i~ ~ i~' '~~ ,~T ~ ~ i i-~'~-TT~"~ :::: +~ } ii }- '~'~ i i ~: :i "'~'~'"Y'"':~ '~~'-~i ! i { J i : i : : '~'~'~"~"Y~": : : : I : : ~ : ~-'~~"t : : : I : : : : '~'~': : , r~ : ~ :! ~' 'W~-'~'~"O'~-: ~ i ! J t '--~"'i i i ! i i:'T-' . . I . , : .......... ; ; ; : ~ : ; ; : , : ; : : . ; ; : ; ; : ; ; : ; ..... ~. : : ~ . ; : : ; : ; ; : } , . . · i : ' : i ~ i [ ~ i 1 i : i i : i i i : i i i i ! : i i i i i i i i i i i i i i i i ! : ~ i i : : : i i i i ~ i ~ ~ : i ~: T:]ZZr ~-~'; 2'-~w'T' Z ' '.~RZZT~ ,~'f'?'i::71 .... ~T'~.Z~Z~Z-'-~ '~4~Z:~Z~_~Z:LU]]~:;TT .?T :~ZZ"':~ i : : [ : : ~ ; ; ; { t : : : ; ~ , , ~ ; [ I [ I ; [ ; t ; ! ; [' ~ [ [ [ ; : ; ; ~ ~ [ ; : : : ; ; : : : [ [ ! : : ; : : ; ,r J- ~ i ~;-~4-.-~4-; ~ ~-4 .... ~ ; ~ ~ ~--.~I , ii.4 ~-4 ~ ~ ~ ~ ..... ~-4.~ ' 4~-.+~.. ~-~ +~..~-~- 26, '='1 ITl II PROJECTION ON VERTICAL PLANE 26. - 206. SCALED IN VERTICAL DEPTHS HORIZ SCALE = 1/2000 IN/FT ?ELEEO Teleco Oiifield Services of Alaska Inc. 611 6 Nielson Way ' Anchor,~ge, AK 99502 (907) 562-2646 April 6, 1990 CONFIDENTIAL JOB #745 BP EXPLORATION (ALASKA) INC. WELL: PT. McINTYRE ~6 NORTH SLOPE BOROUGH, ALASKA Attached please find a copy of the final well report for the above mentioned well. Teleco appreciates this opportunity to provide MWD service to BP Exploration (Alaska) Inc. Teleco is committed to providing the highest quality MWD Service and we would welcome any comments or questions concerning these surveys or any of our other services. Sincerely, · Dave Reimer Formation Evaluation Supervisor DR/el Enclosures 5 990 A 'St~LAT COMPANY Teleco Oilfield Services Inc. 6116 Nielson way Anchor~,ge, AK 99518 (907) 562-2646 WELL REPORT FOR BP EXPLORATION POINT McINTYRE WELL #6 AFE# 719903 NORTH SLOPE BOROUGH, ALASKA TELECO OILFIELD SERVICES JOB ~ 745 A S~NAT COMPANY TABLE OF CONTENTS I. GENERAL WELL INFORMATION II. WELL SUMMARY III. DRILLING AND ENGINEERING IV. FORMATION EVALUATION V. GAMMA-RAY AND RESISTIVITY CORRECTIONS VI. SURVEY LISTING VII. BIT RECORD VIII. BHA RECORD IX. MUD RECORD X. TELECO TOOL PERFORMANCE XI. TELECO SERVICES XII. APPENDICES I. GENERAL WELL INFORMATION OIL COMPANY OIL COMPANY REPRESENTATIVES WELL LOCATION WELL TYPE SPUD DATE DRILLING CONTRACTOR RIG NAME RIG EQUIPMENT TELECO SERVICES TELECO JOB NUMBER TELECO PERSONNEL BP EXPLORATION 900 EAST BENSON BOULEVARD ANCHORAGE, AK 99508 JOHN WILLOUGHBY JOHN SALARIO POINT McINTYRE FIELD 552' NORTH, 1079' WEST SECT 14, TWP 12N, RANGE 14E EXPLORATION FEBRUARY 15, 1990 ALASKA UNITED DRILLING INC AUDI #3 TOP DRIVE, ROTARY DIRECTIONAL GAMMA RAY RESISTIVITY SURFACE WEIGHT ON BIT RATE OF PENETRATION DOWNHOLE TEMPERATURE 745 TAK BO GODFREY JOHN BURTON II. WELL S~Y Teleco's measurement while drilling service was utilized on BP Exploration's Point McIntyre #6 well, located in the North Slope Borough of Alaska. Teleco's services included directional measurements, real time resistivity and gamma- ray logging services for offset well correlation, and a preliminary evaluation of the information obtained while MWD sevices were being provided. The gamma-ray/resistivity log was used for well correlation, identifying lithologies encountered, preliminary evaluation of zones of interest, pick both casing and coring points, and to select TD of the well. Logs and surveys were faxed once daily and whenever requested to BP personnel. Teleco's directional only service was provided from 1000 feet to 8282 feet MD to successfully kick off the well from vertical and to monitor the direction and inclination of the well-bore. RGD logging service commenced at 8282 feet MD and used to complete the 12 1/4" hole section. Logging services continued out of the 9 5/8" casing at 10808 feet MD and continued through the 8 1/2" hole section until well TD was reached at 11920 feet MD (9538 TVD). In summary, Teleco surveyed a total of 7282 feet with the directional only tool, logged 3638 feet with the RGD tools. Total circulating hours on the directional tool were 122.0 hours. The 8 1/4" RGD tool had 106.0 circulating hours and the 6 3/4" RGD tool had 60.0 circulating hours. Teleco's tools accumulated a total of 288.0 circulating hours while drilling 10920 feet hole. One tool failure was encountered during the well. The failure was detected on a surface test of the tool. III. DRILLING AND ENGINEERING This section outlines the drilling and logging activities which involved Teleco's services on BP's Pt. McIntyre #6 well. The primary emphasis of this report concerns the events which occurred while Teleco's MWD logging tools were used. A brief description on a run by run basis follows. Unless otherwise stated, all depths listed in this report are referenced to measured depth. RUN #1-#12: 1100'- 8282', 17 1/2" & 12 1/4" HOLE TOOL NUMBER AND TYPE: 1863-40/899-44, 4X D-TF1 Teleco's directional only service was provided in this hole section to kick off the well and to monitor borehole inclination and direction. Tool 1863-40 was picked up as part of the initial kick off assembly. The tool failed surface test and was replaced with tool 899-44. A Great Land mud motor and 2 degree bent sub were utilized with a Teleco tool 899-44 to begin the kick off. However, a subsequent trip was made to pick up a 2 1/2 degree bent sub to achieve a greater build rate. By the end of the 3rd run Teleco surveys indicated an inclination of 25.5 degrees and a direction of N 17.7 E. At this point, the decision was made to lay down the motor and pick up fulcrum assemblies to concentrate on inclination rather than the direction. Based on projection it was felt that the present direction would result in the well hitting the target. At 7003 feet the wellbore had an inclination of 49.0 degrees with a direction of N 11.7 E. A correction run was made in Run #10 using a Great Land mud motor equipped with a 1 1/2 degree bent sub to turn the wellbore to the right. At a depth of 8282 feet a bit trip was made. At this point the directional only tool #899-44 was laid down and tool #2258- 27, a 4X RGD-TF1 tool was picked up to begin logging services. The well had an inclination of 45.8 degrees and direction of N 29.3 E. RUN #13: 8282'- 9468', 12 1/4" HOLE TOOL NUMBER AND TYPE: 2258-27, 4X RGD-TF1 This run marked the beginning of Teleco's downhole logging services. Teleco was incorporated with a Baker, 1 degree bent housing, steerable mud motor. Teleco surveys were taken every stand drilled, (app. 95'). During this run the inclination decreased from 45.4 to 40.7 degrees while the direction was turned from N 28.6 E to N 48.6 E. Two short trips were made during the run to improve hole conditions. The TK-4 marker was encountered at 8680 feet as correlated through the use of the gamma-ray/resistivity log. The second marker drilled was the TK-5 which was at 8855 feet. The top of the Colville Mudstone was drilled at 8950 feet. The third marker, TK-6, was encountered at 9165 feet. Interpretation of the MWD resistivity/gamma ray log indicated that the formation lithology consisted primarily of sandstone with interbedded siltstone. The rate of penetration decreased to 25 to 30 feet per hour during this section of the well. RUN #14: 9468'- 10124' , 12 1/4" HOLE TOOL NUMBER AND TYPE: 2258-27, 4X RGD-TF1 The same bottom-hole assembly was run in this section of the well as in the last run. Inclination continued to drop from 41.8 to 36.0 degrees. The direction was turned from a N 50.0 E to a N 56.7 E. Formation lithology indicated predominantely firm siltstone which graded into sand from 9592 to 9685 feet. Siltstone was prevalent throughout the remainder of this section. RUN #15: 10124'- 10815', 12 1/4" HOLE SECTION TOOL NUMBER AND TYPE: 2258-27, 4X RGD-TF1 As in the previous two runs the same Baker steerable motor was run with a Smith F1 C bit dressed with 3-14/32nd and 1-10/32nd inch jets. However, a full-gauge stabilizer replaced an undergauge stabilizer on top of the motor to achieve maximum response in steering. The undergauge stabilizer was useful in dropping angle under rotary conditions but reduced the ability of the motor to keep direction in check. Left hand turn was necessary to stay inside the target. The full gauge stabilizer was effective in its application. The rate of penetration remained constant at approximately 32 feet per hour while rotary drilling. Rates varied while sliding from 15 to 19 feet per hour. At 10815 feet the decision was made to pull out of the hole to run wireline logs and set 9 5/8 inch casing. A final survey was taken which showed an inclination of 24.0 degrees with a direction of N 50.4 E. RUN #16: 10808'- 11262', 8 1/2" HOLE TOOL NUMBER AND TYPE: 1617-12, 4X RGD-TF1 A Teleco 6 3/4" RGD tool was picked up to drill out of 9 5/8 inch casing at 10808 feet. After having successfully reached the proposed target at the 12 1/4" hole intermediate casing point it was decided not to run monel drill collars above the Teleco tool to protect the directional sensor from drill string magnetic interference. This rendered the azimuth measurement suspect, but data obtained agreed closely with the projected azimuth. The inclination measurement is not affected by magnetic interference and therefore continued to provide accurate data. In order to pick core point it became necessary to place the Teleco tool as near to the bit as possible. A 3 point near bit roller reamer followed by a full gauge stabilizer behind the bit placed Teleco formation sensors approximately 19 feet up from the bit. By using the MWD resistivity/gamma ray log, the on-site BP geologists were able to correlate to their offset well, Pt. McIntyre #4, and pick the top of the desired core interval. A drilling break, where the rate-of-penetration increased to 70 to 80 feet per hour, was also encountered which served to confirm the selected core point interval. At this point a trip was made to pick up a coring assembly to begin coring operations. RUN #17: 11262'- 11401', 8 1/2" HOLE TOOL NUMBER AND TYPE: 1617-12, 4X RGD-TF1 This section of the well was cored and Teleco was picked up to ream the cored interval to obtain a log. Teleco was run in the same assembly as previously run in number 16. This reaming run also served to clean and condition the hole. This interval was logged with MWD approximately 48 hours after coring. RUN #18: 11401'- 11644', 8 1/2" HOLE TOOL NI/MBER AND TYPE: 1617-12, 4X RGD-TF1 The same assembly was run in this section of the well as in the previous run. Conditioning the hole and reaming for a log were the main purposes of this run. The rate of penetration was kept at approximately 70 feet per hour to insure adequate data density for good bed resolution. This interval was logged with MWD approximately 12 to 48 hours after coring. RUN #19: 11644'- 11920', 8 1/2" HOLE TOOL NI/MBER AND TYPE: 1617-12, 4X RGD-TF1 The same bottom hole assembly was run as in the previous run. The section from 11644 feet to 11692 feet was cored and logged 12 hours after being cored. After a sufficient rat-hole was drilled the well was TD'd at 11920 feet with an inclination of 26.5 degrees and a direction of N 48.6 E. IV. FORMATION EVALUATION Teleco resistivity and gamma ray formation evaluation services were utilized on Pt. McIntyre #6 for well correlation, picking stratigraphic markers, and in assisting in selecting both casing and core points. Teleco logging services began in the lower West Sak Sands of the Colville Group at a depth of approximately 8600 feet. The West Sak is upper Cretaceous in age. The response from the gamma ray and resistivity log indicated that this section of the Colville Group consisted of an interbedded sequence of silty sandstones, siltstones and shale. Drilling operations proceeded through the lower West Sak and into the Colville Mudstone, whose top was picked at approximately 8985 feet. The middle Cretaceous aged Colville Mudstone consisted of a fairly homogeneous section of siltstones and mudstones. The upper section of the Colville Mudstone contained several thin interbedded sandy siltstones. As drilling continued, the section became more uniform in lithology. There were several zones which were distinguished by subtle increases in the gamma ray counts. The first increase occurred at approximately 9500 feet and the other at 10230 feet. As interpreted from the gamma ray log, these shifts in the shale base line are probably due to slight increases in the clay content of the formation at the specified depths. This appears to indicate that the Colville Mudstone contains a basal shale member. By correlating the gamma ray and resistivity log to offset well data, the 9 5/8" casing point was selected to 10808 feet. Drilling continued in the 8 1/2" hole, while still in the Colville Mudstone. The next prominent formation marker encountered was the HRZ of early Cretaceous age. The top of the HRZ was encountered at 11202 feet. Upon drilling the base of the HRZ at 11243, a noticeable decrease in gamma ray counts was observed on the log along with an increase in the resistivity values. These log responses correlated to offset well data which led to the interpretation by the on-site geologists that the primary objective, the Beechy Point Sandstone, had been encountered. The Beechy Point Sandstone has been interpreted as equating to the "C" Member of the Kuparuk River Formation. Drilling continued until 11262 feet at which point the decision was made to lay down Teleco's logging tool and begin coring operations. Coring operations continued until 11401 feet, at which point it was decided to make a clean out run. Teleco's resistivity and gamma ray logging tool was run in the hole to log the cored interval. This interval was logged approximately 48 hours after coring. Another coring run was made from 11401 to 11644 feet. Again Teleco logged this interval approximately 48 hours after coring. The final core run was made from 11644 to 11682 feet. This interval was logged with Teleco approximately 12 hours after coring. At 11688 feet the log indicated a shaly formation. Drilling continued for an additional 230 feet to 11920 to insure sufficient rat-hole for wireline logging tools. BP declared well TD at this point. V. GAM~LA-RAY AND RESISTIVITY CORRECTIONS i~: B.P. EXB, OgqTION meli : PT. HcI~'fl~ kELL ~6 iRESIST$ITY Q]RRECTIBN F~TORS LISTII~ Fieid: ~INI'YR5 ~, ',Job No.: T~ ~7~5 ' ' ~ RESISTIVITY 21:32:04 13 Pacje I 1.600 1.411 1.370 1.~7 1.304 1.39q 1.3~ .500 .~5 .528 I~: B.P. EXPL~EE],I I Ne11 : PT. ~tN'rY~ :NB_L ~ Field : Job Ne.: TPJ< ~07~5 21:32:~5 13 Mar Page HgLE SI2E Ti]aL TOII SI2E G~ G~ trd~ TYPE trd~s ~CF SECF Mai' 1990 16:02:00 GEIGER-~IFR 12.25 RGD Mm' 1990 23:21:00 GE[GER-~FtlF~ 12.25 R60 Hat 1990 18:35:00 EE[gER-FI, FI tFR B.5 RGB ~ 1990 0B:15:00 L~-I~~I ~ B.5 I~ 1/4 1 1 1/4 1 1 114 1 1 1/~J 1 1 314 1 1 3/4 1 i"J] ,MlJl] [~ITY gt ~PI~ (~ ~PIQ: $I[~RL K Z ~ (B/lO) F~CI~R VI. SURVEY LISTING 0iRECTiONAL ',SURVEYS COMPF~Y ...· NELL ...,... FIELD .....'. COUNTY ..... STRTE ...... B.P. EXPLO~TION INC. POINT MCINTYRE ~ HCINTYRE' NORTH SLOPE BOROUGH RLRSKR U· mil· NELL LOCRTION : L~TITUDE LONGITUDE, SURFRCE: 552' FNL, 1070' FWL SEC. 14. TIBN, RI4E.'UMIRT B&M DRILLING COMPRNY : RLRSKR UNITED DRILLING I RIG : ~3 PERMRNENT DEPTH OFITUM : MEFIN SEE LEVFI E! FV. : 3.80 , SURVEYS PIERS. FROM: R.K.B., LOCFITFll 41.5 FLBOVE PERM. ORTLIM. SPUD I]RTE · , , , 14 FEB 1SS0 MND STRRTF-'O ,. 15 FEB 19S9 MND ENDED .... 14 HER 1999 PROP· RZIMUTH ,,,,, 24,68 TOTRL DEPTH ,..,.,.. BBB5 TELECO JOB II] .. TEK ~745 COOED. GRID SYSTEM : GRID ORIGIN : MRGNETIC [ECL. CORR. : 30.09 GRID _TjECL, GRID CORE, : 9 CORR i : 39.00 MINIMUM CURVRTURE METHOD USFll FOR SURVEY CRLCULRTIONS. VERTICRL SECTION CRLCULRTED OVER~L RT ERCH SURVEY STRTION. INITIRL TIE-IN TO GRERTLRND GYRO SINGLE'SHOT. COMPRNY Pb.K~ONNEL ..... JOHN WILLOUGHBY JOHN SRLRRIO DIRECTIOFEE_ COMPRNY ,.. GRERTLRND DIRECTIONRL DRILLING CO DIRECTIONRL ~RI~I FR ... DON LEJEUNE ' TFgF~ PE]2SONNF9 ...... BO GODFREY JOHN BURTON REMRRKS : · ... NOTICE : THIS IS R FIF9 D COPT OM..Y, CERTIFIEI] SURLY RESULTS WILL BE PROVIllFgl RFTER SUBMISSION TO Tl=l ECO OFFICE, J M.flPTH CRS LEN INCL]]~qTION P2I~TH T.V.D. VERT.SECT. NORTH/~tfIH Feet feet deqrees deqn~es Feet Feet ' Feet Telem &b ID.: TP~ #7q5 Grid Corrmtion: 0 Mag. P~i. Corr.: SO.DO Grid Dec1. Cart.: ~}.00 E~ST~ ~LEG SEg. Feet dm/lO~t ~DZ~_ TZE-ZN 500 0.250 100.000 500.00 0.00 ' -0.19 938 Z~fl 0.200 166.I~ ~38.00 -O.S~ " -1.47 1003 ~ 0.500 17~.100 1002.99 -0.27 ' -1.S'2 1092 89 0.500 171.300 1091.99 -1.49 -2.77 1181 B9 0.500 18,'/. 100 1180.99 -2.22 -3.~ 12..25 94 0.400 50.600 1274.98 -2.53 1369 94 2.100 ~.800 1368.gG ' -0.50 ' -2.53 1~1 92 3.500 3G.TDO 'l~u0.~ 3.78 ' 1.01 155G 95 5.300 32.100 1555.~ 10.% 1G50 94 7.~00 25.8(10 1548.S3 21.73 1744 94 9.100 25.800 1741.90 35.61 1837 93. 11.500 19.800 1833.40 52.21 1931 94 15.000 17.700 1924.88 73.62 202G 95 17.500 18.400 201G.05 100.I1 2120 94 19.400 17.200 2105.19 1~.73 2214 94 21 .~00 17.700 21~.29 152.25 ~,.-~ 94 23.~0 17.300 2280.25 197.~ 2402 'gq 25.500 17.700 2355.89 238.09 2507 105 ~.700 15.900 2,qS..'.~.Z 283.45 2r~1 94 30.500 15.800 2541.08 .~9.32 2706 105 33.200 15.200 L-~0. ~ 384.00 27cj6 90 ~.500 14.200 270q.96 q32.q3 2889 -33 35.200 14.200 2781.24 485.75 ~82 ~4 35.~0 13.800 LX~7.72 3077 84 3fi. 400 13.800 2933.2 ?83.91 3171 9q 36.200 13.100 2009.38 3358 94 ~. 100 13.500 3158.95 758.54 2A51 ~ 39.600 15.900 3231.38 815.9 ~!5 84 40.500 14.500 3303.34 875.Bq 37~ 94 ~.~ 15.2~ 3~.~ ~. lfl ~ ~ ~.~0 15.~0 ~13.~ 1061 .~ ~1 ~4 ~.~ 15.~ 3~1 .~ 11~.24 ~ 101 ~.900 15.~ ~.~ 11~,~ 4116 84 47.1~ 15.~ 3717.~ 1~.~ ~10 ~ ~.~O lG.~ 37~.79 1~1 .~ ~ ~ ~.~ 16.~ ~.51 1~1.~ 1.07 2.27 0.070 2.34 0.317 2.45 O.11G 2.~ 0.185 2.~ 0.95~ 4.08 1.842 5.84 1.520 7.06 10.~ 1 16.50 16.12 2.B38 ~.9~ 22.27 1.2B6 q4.31 ~.SI 2.~ ~.~ ~.~ 2.7~ 11B.~ ~.~ 1 .~ 1~.~ ~.~ 2.1~ 1~.~ ~.67 1 .~ ~.El 85.~ 2.~ 256.40 ~.12 3.1~ 311.09 111.71 1.92.1 354.51 126.~2 2.579 413.i~ 1S~.t5 1.574 464.~ 152.20 0.6z6 517.57 1~.~ 0.7~ 571 .~ 178.~ 0.~ ~.~ 191 .~ 0.~ ~.~ 204.~ 0.~ 734.~ 217.~ 1.5~ ~1.21 Z-'~J2. ~ 2.285 8q9.58 2q8.27 1.255 909.29 263.71 1 959.~ 2~.81 0 1~1 .~ ~.~ 1 .'1~ 11~.~ ~.37 1 1~.~ 371.~ 1 1~.1G ~1.17 0.~ NOTI~ : THIS IS fl FTFt O C[PY [I~Y. CERTIFTFll ~ REB. LTS Wtll BE PRD~ ~ St~tT.qSI1]N TI] TFt FC[] IFF'ICE. I' TELEC8 D]~CTIFJN~ SU;~EY Compar~ ...................... B.P. E)~..~TZ~I ZNC. Nell ......................... M3INI ~INIYRE M3 Surv~ Calc. ~thod .......... Minimum Cur~ai~'e ~ert. ~ct. Gale.. ~ethod ..... overall Pr~s~d ~zimuth ............. 24.S8 Pa~e 3 oF 5 Teleco ~ ID.: I~ a745 Grid Corrmtion: 0 ,~acj. Decl. Corr.: 30.00 Grid Decl. Corr.: 2.00 H.DPTH CRS ~ I]~I~TI[N ~ l.k;.D. L~T.SECT. E~et ~eet deqrees deqmes Feet Ceet NORTH/SOU1H F_~T~ I~G SE-~. f~et Feet deq/l~t 5334 93 45.8110 14.900 4555.~ 2135.82 5429 ~ 47.000 I5.200 4621.39 2203.65 5528 SS ~. 100 15.900 4F:~.21 2275.,T/ 5821 93 ~3.400 15.S00 4749.52 23~.~ 5708 87 43.900 14.~0 ~5,~5 2410.25 5E~3 95 49.~08 14.900 ~]G-/.i~ 2~1.~ 5903 100 49.~00 14.200 4931.52 ErZ.57.10 5998 % 49.700 14.200 ~FJF2.91 2B28.q0 E091 93 49.500 13.500 5053.18 2G92.% EI93 102 49.300 13.500 5119.5G 2273.94 1423.06 ' 410.48 0.530 t497.52 431.15 1.3E~ 1567.70 452.3~ 1.411 1~.~ 471.12 0.~1 17~.~ ~.Gl 0.~ 1~.19 507.~ 0.~ I~.~ ~.81 0.615 1~.~ ~.~ 0.~ 1~.~ ~1 .~ 0.~ ~13.~ 5~.~ 0.~ 2077.~0 593.51 0.8S0 2144.24 611 28 1.284 ~14.EI ,.~-~.% 1.~ ~1.~ ~.94 1.419 ~.Bl ~7.~ 0.~ 241G.10 ~.~ 0.~ 2~.~ 7~.~ 0.~ ~.37 7~.~ 0.1~ ~.13 7~.01 0.612 2704.~ ~.~ 0.1~ ~"287 94 ~J. 000 13.500 5181.04 ZYF2.~ 27-'/3.~ 7-/4.E~ 0.319 ~80 93 49.000 13.100 52~. OG 2S12.50 2~1 .E~ 790.83 0.325 ~A73 ~3 48.g00 13.100 5303.32 2981.05 2910.04 E~G. g9 O. ~ 95 48.[~0 12.800 53GG.02 3050.~ 2379.59 822.~ 0.317 ~ 7S qS.F:~iO 12.400 5q1G.1B 3106.7G 3035.31 EL35.1q 0.475 S738 94 ~.700 12.100 5478.28 3175.67 3104.27 850.11 0.2G2 8B32 ~ 48.600 12.400 5540.28 3244.~ 3173.23 8B5.08 0.262 E~2G ~4 49.000 11.700 %02.~ 3313.80 3242.~0 879.~ 0.704 7003 77 49.200 12.~0 5~2.71 3370.3S 32S9.31 ~2.00 0.735 7098 % 47.300 IG.F:~O 5715.98 3440.11 33~.~1 909.70 3.E57 7191 ~ 46.100 ~.S~0 5779.78 3507.39 3~1.S8 ~1.42 3.603 7327 1~ 45.~00 22.~ 5874.26 3E05.08 3522.93 %7.¢3 0.755 7~1 94 47. 400 22.300 5938.78 3G73.37 358G. 17 ,993.37 1.59G 7515 ~4 qB.000 23.000 6002.04 3742.EL5 3~.3q 1020.14 0.[M3 7SIE '101 49.~JE ~.OOO F:~i~.~ ~18.75 3720.23 I0~.B1 1.~5 7707 ~1 50.000 23.300 S127.43 3888.1B 3784.09 1077.12 7792 E5 /-t9.700 23.300 ~1B2.24 3E53.13 3843.27 i 102.82 0.353 7887 ~ 49.000 24.700 ~. 13 4025.20 3S(19.G1 1132. t3 1.33S 7982 95 ~.500 25.800 [5306.~ qOSG.I~ 3Eg4.21 11E;2.59 1.017 8077 95 4G.800 27.900 E;370.77 41~.77 403G.85 11~.28 2.q;23 NOTICE : THIS IS iq Fll:l D COPY [RY. CERTIF1Ttl SURbEY ~TS ~1]I BE P~~ ~E'[ER SLI]4~Z[N TI] llq FCi] [FFICE. ?a~e q o£ S lelem J~ ID.: T~< Grid Correction: Hag. Deci. Corr.: 30.00 Grid Deci. Corr.: H.I~TH CRS L_ENINCLI~Tll]N AZ]]~ T.U.D. bERT.SECT. Feet Feet de, mss dmmes Fret tceet ~_227 91 37.000 56.700 N7q.St 530q.~ 10022 ~ ~.~ ~.700 ~1.70 ~.~ 10111 ~ 34.~ 55.7~ ~.51 ~.~ 1~ ~ ~.~0 ~.~ ~.~ ~.~ I~ ~ ~.~ ~.~0 ~.73 ~.72 10~1 9q ~.7~ 52.~ B1~.~ ~.72 1~ 94 ~.~ ~.~ B2~.~ ~.~ 1~74 % 2q.7~ ~.~ 8416.17 ~.~ 10711 37 2q.~ 50.~ ~.~ ~.~ 10822 111 24.000 51.q00 ~50.97 5U.,.~O.~ 10913 91 2q.qO0 52.100 5'633.97 5~.~ 11~ ~ ~.1~ ~.1~ B717.~ 5DB.~ 11101 % ~.~ ~.~ ~4.31 ~94.~ 111~ B7 ~.~ ~.~ ~.74 5~7.~ 11~1 ~ ~.~ ~.~ ~.q7 ~.~ 11q~ lgq ~.~ 5q.~ 51~.~ ~7.~ 1~570 ~ ~.~ ~.~ ~.~ ~7q. S7 11~ ~ 27.~ ~.~ ~.51 ~7.~ 117~ 101 27.1~ ~.~ ~.~ ~.ffi EAST~ DOO_EG SE9. 4966.24 ' ' ,q1~.59 4191 'M02.15 4z6,?..53 q501.05 1210.07 1.709 12~.79 1.340 12&7.88 1.050 1229.31 2.~1 1311.00 2.672 1~4.77 1 .~ 1379.20 0.531 1qM.71 0.231. lqqg.qO 1./70 1q86.20 3.153 4588.qfl 1562.75 1 4t~xJ.41 lF:ltl.Sq 2.238 4671.3q 1F:A2.70 1 .b'-/7 4712.I7 1G87.13 2.2ffi ~!~t.87 1735.62 1 .qSO /--1791 .~01781 .g5 1.751 4829.53 1830.75 1.231 ,qSF:A.~ 1B79.1G 1.296 q8S'8.18 1927.93 2.125 ~29.SG 1975.86 '1.277 · 01 2023.~ 1.042 4¢~.;~ 2'4JE6.75 1 .~ ~lB.~ 2107.~ 2.~ ~7.~ 21~.~ 2.1~ 50~.~ 21~.~ 1 .~ 51~.~ ~17.~ 1 .~15 51~.13 ~.~ 2.0~ 515~.q7 ~.57 0.~ 51~,~ ~.~ 1.~1 5216.35 2357.118 0.541 52~.01 2387.q7 0.751 52F:A.99 2420.02 0.548 5287.81 2t¢!9.98 0.3Ett 5312.05 241~.39 0.~ 53G2.10 2551.52 0.222 S~.fl7 2586.t9 0.5z6 5q09.00 2516.77 0.E56 543G.71 2553.60 0.507 N~TICE : THIS IS A Fllq F~ C[PY L-N_¥. CERTIFTFtl Sl~ RF_g&TS Nll l BE PR~ ~FTE~ SUBHISSTllN ll] llq F-CD [FFI~. ?ac~ 5 ~F 5 Telem Jab 113.: TRK ~?~5 Grid Carra:tinn: 0 ~. [bcI. corr.: ~0.00 Grid [~l. Corr.: ~0.00 H.D~TH CRS ~al ]]qCLII~TI1]N ,q~ T.U.D. bERT.SEg.' lllTll-i/$1lI~ feet feet deqmes deqmes feat f~et ' Feet 118~8 "-3~ 26.500 11~20 72 26.S~0 CLDSUF~ DISTAN[E: 5118.01 F_~~ BILEG !SJ.' 4~.500 g473.~ F~.20 ; 5z62.Gl PR[LECT~ BSI~DH-H[LE LL~TIDN ' (Ext~apoiatmd ~mm 1asr ~ static) ~8.~00 E527.72 6115.57 ' 5~.86 2710.q2 ~TICE : llqIS IS ~ Fllq fl C~Y [~_Y. CERTIFTFD SL~dEY RESt[TS Nll l BE PRE~JIDED P~ IEN Sl~ll~ 10 lELECD [~-FIC~. ' BIT # : TELECO RUN # : MANUFACTURER : TYPE : SIZE (in) : JETS (32nd in): TFA (sq in) : DEPTH IN (ft) : DEPTH OUT (ft): FOOTAGE DRLD : HOURS ON BTM : AV ROP (ft/hr): WOB (klbs) : AVG RPM : PRESSURE (psi): FLOW (gpm) : COND IN : COND OUT : MUD MOTOR : VII. BIT RECORD 2 3 4 5 6 1 2 3 4 5 HUGHES HUGHES SMITH SECURITY HTCR-1 HTC-JOR DSJ S33S 17 1/2 17 1/2 17 1/2 12 1/4 3-16,1-10 3-16,1-10 3-18,1-10 3-10 .665 .665 .822 .389 SECURITY S33S 12 1/4 4-10 .307 1000 1217 1785 2469 2760 1217 1785 2469 2760 4173 217 568 684 291 1413 4.0 10.0 7.5 6.5 18.0 100 90.0 180 200 350 20-25 10-30 5-30 8-28 12-60 125 100 1,1,I 3,4,I 4,4,I 6,E, 1/8 4,E,1/8 YES YES YES NO NO 560 540 540 510 490 NEW NEW NEW NEW NEW 2000 2100 1800 2100 2000 VII. BIT RECORD (continued) BIT # : TELECO RUN # : MANUFACTURER : TYPE : SIZE (in) : JETS (32nd in): TFA (sq in) : DEPTH IN (ft) : DEPTH OUT (ft): FOOTAGE DRLD : HOURS ON BTM : AV ROP (ft/hr): AVG WOB (klbs): AVG RPM : PRESSURE (psi): 7 8 9 10 11 6 7 8 9 10 SECURITY REED HUGHES HUGHES HUGHES S33S HPllJC GMXG3A CMJG2 CJG3 12 1/4 12 1/4 12 1/4 12 1/4 12 1/4 4-10 4-10 4-14 4-10 3-14,1-10 · 307 . 307 · 601 · 307 · 527 4173 5226 5680 7003 7277 5226 5680 7003 7277 7616 1053 154 1323 274 339 7.5 10.0 20.0 6.5 14.5 350.0 130.0 110.0 70.0 75.0 50-70 30-60 30-40 20-30 20-30 100 115 130 130 MUD MOTOR : COND OUT : 1,1,I 5,E,1/8 3,E, 1/8 8,E,I 7,E,I NO NO NO YES NO FLOW (gpm) : 450 COND IN : NEW 465 470 530 490 NEW NEW NEW NEW 2600 2900 3000 2500 2950 BIT # : TELECO RUN # : MANUFACTURER : TYPE : SIZE (in) : JETS (32nd in): TFA (sq in) : DEPTH IN (ft) : DEPTH OUT (ft): FOOTAGE DRLD : HOURS ON BTM : AV ROP (ft/hr): AVG WOB (klbs): AVG RPM : PRESSURE (psi): FLOW (gpm) : COND IN : COND OUT : MUD MOTOR : VII. BIT RECORD (continued) 12 13 14 15 16 11 12 13 14 15 HUGHES HUGHES SMITH SMITH SMITH CJG3 ATJCll F15CL FlC SDGH 12 1/4 12 1/4 12 1/4 12 1/4 8 1/2 3-14,1-10 3-14,1-10 3-14,1-10 3-14,1-10 3-11 .527 .527 .527 .527 .278 7616 8282 9468 10124 10808 8282 9468 10124 10815 11262 666 1186 656 691 454 17.5 41.5 30.5 34.0 37.0 31.0 28.0 31.0 21.0 26.5 10-30 20-30 20-40 20-60 40 60 80 90 75 120 2850 2800 2800 2550 2800 506 506 506 506 388 NEW NEW NEW NEW NEW 7,E,I 4,F,1/8 3,E,I 4,E,I 4,E,1/16 YES YES YES YES NO BIT # : TELECO RUN # : MANUFACTURER : TYPE : SIZE (in) : JETS (32nd in): TFA (sq in) : DEPTH IN (ft) : DEPTH OUT (ft): FOOTAGE DRLD : HOURS ON BTM : AV ROP (ft/hr): AVG WOB (klbs): AVG RPM : PRESSURE (psi): FLOW (gpm) : COND IN : COND OUT : MUD MOTOR : VII. BIT RECORD (continued) 19 19 RR 20 16 17 18 REED REED REED HP13GJ HP13GJ HP51AJK 8 1/2 8 1/2 8 1/2 3-11 3-11 3-11 .278 .278 .278 11262 11401 11644 11401 11644 11920 139 243 276 3.5 4.0 15.5 REAMED REAMED 31.0 20-40 60 60 90 2800 2800 2800 388 388 388 NEW NEW NEW 1,1,I 1,1,I 2,E,I NO NO NO VIII. BHA RECORD BOTTOM HOLE ASSEMBLIES B.P. EXPLORAflON PO TNT MclNTYRE WELL TELECO RUN //1.,~ 1000'- 1217' ITEM O.D. I.D. LENGTH COMMENTS BlT # 2 17 1/2" HUD 1'10 T OR 7 3 //4" XO 7 3/8" 2 BENT SUB (2 DEGREE) 7 3/4" FLT SUB 7 5/16" 3" MONEL 8" 2 XO 8" 2 TELECO MND 8" XO 8 13/I5" 2 HONEL 8 1/8" 2 liONEL 7 3/4" 2 JARS 7 3/8" 2 TOTAL BHA 13/15" 3/zI" 3/4" 13/15" 3/4" 3/4" 3/zI" 1.50' Jets = 1-10, 16.99' Greatland 1 t.11' S.94' 23.79' I .G9' 29.z40' 4x DTF 1, S/N I .56' 30.52' 30.63' 3/4.76' 183./44' 3-15's 1863 -4,0 899-44 TFLEC0 RUN #.~: 1~ ' ' ~_ .-17 -1785 ITEM O.D. I.D. ~,~GTH C:OMMENTS BTT_ ¢' '~:, MUD MOTOR 7 XO 7 3/8" BENT SUB (2.5 DEGREE)7 3/4" r~=' T SUB 7 5/16" HONEL 8" XO S" TELECO MND o o,, XO 8 !3/16" MBNEL 8 1/8" HONEL 7 3/4" JARS 7 3/8" TOTAL BHA 13116" 3/~" 3/4" 13/16" 3/a" ~' / 3/4" 1.50' Jets : 1-I0,3-16's 16.99' Greatland I I .05' ~ 94' oq 79' 1.59' 29./40' 4x DTF-1, S/N 899-44 t .56' 30.52' 30,63' 3q.76' 183.38' TELECO RUN #:4: 1785'-2469' ITEM O.D. I.D. LEN GTH COMMENTS. BlT # 3 17 1/2" MUD MOTOR 7 3/4" XO 7 3/8" 2 13/16" BENT SUB (2.5 DEGREE)7 3/4" FLT SUB 7 5/16" 3" MONEL 8" 2 3/4" XO 8" 2 3/4" TELECO MND 8" XO 813/16" 2 13/16" HONEL 8 1/8" 2 3/4" MONEL 7 3/4" 2 3/4" JARS 7 3/8" 2 3/4" TOTAL BHA 1.50' 15.99' 1.64' 1.05' 3.94' 29.79' 1.69' 29.40' 4x 1.69' 30.52' 30.63' 34.76' 183.38 Jets = 1-10, Gre~t l~nd DTF-1 , 3-18's S/N 899-44 TELECO RUN .~5-: 2469'-2760' ITEM O.D. I.D. LEN GTH COMMENTS BIT # 5 17 1/2" N.B. STAB MONEL '~o" ~.~ 3 //4" N.M. STAB (12 1/~") 8 I/4" 2 3/4" XO 7 5/8" 2 3/4" TELECO NI4D 8" XO :3" 2 13/16" N.M. STAB (12 1/4") 8" 2 3/zt" MONEL 8 1/8" 2 3//4" N.t'1. STAB (12 1/4") 8" ,r' 7/8" MONEL 7 3/4" 2 3/4" JARS 7 3/8" .-'~ 3/4" TOTAL BHA 1.50 5.05 29.79 5.95 1,60 29.40 1.56 q.89 30.52 .,°90 30.63 ~ · 04.76 181,55 JETe.., = 3-13's 4X DTF-t, S/N 899-44 TELECD RUN #6: 2760'-4173' ITEM O.D. I,D. LEN GTH COMMENTS BlT # 5 N,B. RNP STAB (12 1/4") HONEL XO TELECO HND XO 8 N.H. STAB (12 1/4") 8 HONEL 7 N.H: STAB (12 1/4") 8 MONEL 7 D.C. 7 STAB (12 1/4") 7 D.C. 7 D.C. 7 STAB (12 1/4") 7 JARS 7 TOTAL BHA 12 1/4" 8 7/8" · 2 8 7/8" 7 5/8" 8" 1/8" 2 2 2 2 1 2 2 2 2 2 3 1 2 2 3" 3/4" 7/8" 7/8" 3/4" 7/8" 15/16" 3/8" 15/16" 13/16" 3/4" 3/4" 3/16" 3/4" 3/4" 3/4" 3/4" 7/8" /16" 7/8" 7/8" 2 3/4" 1.00' 7.96' 6.37' 29.79' I .$0' 29.40' 1.56' zi.89' oO .52 5.95' 30.63' 30.89' 5.64' 30.57' 30.70' 4.26' 34.76' 286.49' JETS = 4-10's 4X DTF-1 ,S/N 899-44 TELECO RUN ¢"7: 4173 iTEM O.D. I.D. LEN GTH COMMENTS BIT# 7 N.B. RNP RNP STAB (12 1/4") MONEL XO TELECO MND XO N.M. STAB (12 MONEL N M STAB (1" MONEL STAB (12 1/4") D.C. STAB (12 1/~") J~RS 114") 114") 12 1/4" 8 7/8" 2 13/1 8 15/16" 2- 1r'o/1 8" 2 13/1 8" 2 3/4 7 5/8" 2 3/4" 8" 8" 2 13/1 8" 2 3/4 8 1/8" 2 3/4" 8 I/8" 2 3/4" 7 3/z~". ~_'-' 3/4" 7 7/8" '2 7/8" 7 7/8" 3 1/i6" 7 3/4" 2 7/8" 7 7/8" 2 7/8" 7 15/16" 3" 7 7/8" 2 3/4" 11 I .0'0' 7.96' ,.9.97' 6.37' 29.79' 'i .60' ,,9.40 I .5G' 4.89' 30.52' 5.95' 30.53" 30.89' 5.64' 30.57" °0 70' 4 ·26' 3,4.76' JETS : 4-i0's 4X DTF-1 ,S/N 899-44 TOTAL BHA 295.46' TELECO RUN #6: 5226'-5680' ITEM O.D. I.D. LENG TH COMMENTS BIT .~ 8 12 1/4" N.B. RNP 8 7/8" RNP 8 15/16" liONEL 8" XO 7 5/8" TELECO liND 8" XO 8" N.H. STClB (12 1//4")8" liONEL '3 1/8" N.li, STtqB (12 1/4") 8" liONEL 7 3 //4" D.C. 7 7/8" STAB (12 1/4") 7 7/8" D.C. 7 3//4" D.C. 7 7/8" STftB (12 1//4") 7 15/16" JaRS 7 3/8" TOTAL BHA 2 15/16" 2 13/16" 2 3/4" 2 3//4" 2 13/16" 2 3/4" 2 3/4" 2 3//4" 2 3//4" 2 7/8" 3 1/16" 2 7/8" 2 7/8" 3" 2 3/4" I .00' 7.96' 8.97' 29.79' I .60' 29.40' I .56' /4.89' 30.52' 5.95' 30.63' 30.89' 5.64' 30.57' :30.70' /-4.26' 3/4.76' 289.09' JETS = 4-10's 4X DTF-1 ,S/N 899-44 ], TELECO RUN #9. 5680'-7003' ITEM O.D. I.D. LEN GTH COMMENTS BIT # 9 12 1/4" N.B.RNP 8 7/8" RNP 13 1 5/1 6" STNB (12 1/4") 8" L, C. 7 3/4" liONEL 8" N.li. STAB (12 1/4") 8" TELECO hIND 8" o N.M. STAB (12 1/4") 8" MONEL 8 1/8" MONEL 7 3/4" D.C. 7 7/8" STCtB (12 1/4") 7 7/8" D.C, 7 7/8" D.C. 7 7/8" STAB (12 1/4") 7 15/16" JARS 7 3/8" TOTAL BH~ 2 2 2 2 2 1 2 1 2 2 2 3 1 2 2 3 2 15/16" !3/16" 13/16" ~3/16" 3/4" 3/4" 3/16" 3/16" 3/4" 3/4" 7/8" /16" 7/8" 7/8" ,! 3/4" I .00' 7.96' 3.97' .07 10.28' 29.79' 5.95' ,_9.40 i .56' 4.89' 30.52' 30.63' · :,O. 89 5.64' 30.57' 30.70' 4.26' o-~. 76 005.74 JETS = 4-I0's 4X DTF-1,SIN 899-44 TELECO RUN #lo: 7003'-7227' ITEM O.D. I.D. LEN GTH COMMENTS BlT # lO MUD MOTOR XO BENT SUB FLT SUB MONEL XO TELECO MWD XO N.M. STAB MONEL MONEL JARS TOTAL BHA (2.5 DEG) (12 1/4") 12 1/4" 7 5/16" 7 3/8" 2 13/16" 7 11/16" 2 13/16" 7 15/16" 3" 8" 2 3/4" 7 5/8" 2 3/4" 8" 2 13/16" 8" 2 13/16" 8 1/8" 2 3/4" 7 3/4" 2 3/4" 7 3/8" 2 3/4" 1,00' 17.08' 1.64' 0.95' 3.94' 29.79' 1.60' 29,40' 1.56' 1.56' 30.52' 30.63' 3~,76' 187.76' JETS = 4-14' Gremt lmnd 4X DTF-1 ,S/N 899-44 TELECO RUN ~11: 7227'-7616' ITEM O.D. I.D. LENGTH COMMENTS BiT ¢ !i 12 I/4" N.B. RWP 8 7/8" 2 15/16" RWP 8 15/16" 2 13/16" STAB (12 1/4") 8" 2 !3/16" L.C. 7 3/4" 2 13/16" MON=-' 8" ' ~-,-. 2 3/4' N.M, STAB (12 1/4") 8" 2 3/4" XO 7 5/8" 2 3/4" TELECO MWD 8" XO 8" 2 13/16" I II ~, Il N.M. STAB (12 1/4') 8 2 o/4 MONEL 8 1/8" 2 3/4" liONEL 7 3/4" 2 3/4" MONEL 8" 2 3/4" STAB (12 1/4") 7 7/8" ,..,,":' !/!6" D.C. 7 7/8" 2 7/8" D.C. 7 7/8" 2 7/8" D.C. 7 7/8" 2 7/8" STAB (12 1/4") 7 15/16" 3" JARS 7 3/8" 2 3/4" TOTAL BHA 1.00' 7.96' 8.97' c 37' 10.28' ~o9.79' 5.95' 1.60' 29.40' 1.60' 4,89' 30.52' 30.63' Z9.21' 5.64' 30.89' 30,70' 30.57' 4.26' 34.76' 33,q.95' I "rC' ' JE,o = 4-10 s 4X DTF-1 ,S/N 899-44 TELECO RUN #1~: 7616'-8282' ITEM O.D. I.D. LENGTH COMMENTS BIT # 12 12 1/4" 1.00' MUD MOTOR-STEERABLE 7 3/4" 25.53' XO 7 3/4" 2 3/8" 1.65' FLT SUB 7 5/16" 2 13/16" 3.94' STAB (I2 1/4") 8" 2 13/16" 6.37' L,C. 7 3/4" 2 13/16" 19.28' ST~B (12 1/4") 8" 2 3/8" 5.37' liONEL 8" 2 3/4" 29.79' N.H. STAB (12 1/4") 8" 2 3/4" 5.95' XO 7 5/8" 2 3/4" 1.56' TELECO MND 8" 29.40' XO 8" 2 13/16" 1.56' N.M. STAB (12 1/4") 8" 2 3/4" 4.89' liONEL 8" 2 3/4" 30.52' HONEL 7 3/4" 2 3/4" 30.63' NONEL 7 3/4" 2 3/4" 29.21' STAB (12 1/4") 7 7/8" 3 1/16" 5.64' dARS 7 3/8" 2 3/4" 34.76' TOTAL BHA 259.42' JETS = 3-14's, 1-10 4X DTF-1 ,S/N 899-44 TELECI] RUN #13: 8282'-9468' ITEN O.D. I.D. LENG TH COMMENTS BlT # 1'-'o ~?.,._ 1/4" 1.00' MUD MOTOR-STEERABLE 7 3/4" 25.53' XO 7 3/4" 2 3/8" 1.65' FLT SUB 7 5/16" 213/16" ~,~-.94' STAB (12 1/4") 8" ~-'~ 13/16" 5.37' L.C. 7 3/4" 213/i6" 10.28' STAB (12 1/4") 8" 2 3/8" 6.37' MONEL 8" 2 3/4" 29.79' XO 7 5/8" 2 3/4" 1.56' TELECO MIND 8" 38.81 ' XO 8" 2 !3/16" 1.97' MONEL 8" 2 3/4" 30.52' STAB (12 1/4") 7 7/8" 2 3/4" 4.89' liONEL 8" 2 3/4" 30.63' JARS 7 3/8" 2 3/4" 34.76' TOTAL BHA 227.44' JETS = 3-14's, 1-10 4X RGDTF1,S/N 2258-27 TELECO RUN #14-: 9468' - 10124"' ITEM O.D. I.D. LENGTH COMMENTS BlT ,¢ 14 12 1/4" MUD MOTOR-STEERABLE 7 3/4,' XO 7 314" FLT SUB 7 5/16" STAB (12 1/4") L.C. 7 3/4" STAB (12 1/4") 8" NONEL 8" XO 7 5/8" TELECO MWD 8" XO 8" MONEL 8" STAB (12 1/4") 7 7/8" MONEL 8" JARS 7 3/8" TOTAL BHA 2 3/8" 2 13/16" 2 13/16" 2 13/16" 2 3/8" 2 3/4" 2 3/4" 2 13/16" 2 3/4" 2 3//4" 2 3/4" 2 3/4" I .00' 25.53' I .65' 3.94' 6.37' 10.28' 6.37' 29.79' 1.56' 38.81 ' I .97' 30.52' 4.89' 30.63' 34.76' 2:' .44 ,_lETS = 3-14's, 1-10 4X RGDTF1,S/N 2258-27 TE. LECO RUN #15: 10124'-10815' ITEM O.D. LENG TH COMMENTS BlT # 15 12 1/4" MUD MOTOR-STEERABLE 7 3/4" XO 7 3/4" 2 3/8" FLT SUB 7 5/16" 2 13/16" STAB (12 1/4") 8" 2 13/16" L C 7 3/4" ~ 6" · · ~ 13/1 oTAB (~2 1/4 ) 8" 2 3/8" MONEL 8" 2 3/4" XO 7 5/8" 2 3/4" TELECO MWD 8" XO 8" ~ 6" ~ 13/1 MONEL 8" 2 3/4" STAB (12 1/4") 7 7/8" 2 3/4" MONEL 8" 2 3/4" JARS 7 3/8" 2 3/4" TOTAL BHA 1.00 25.53 1.65 3.94 6.37 i0.28 8.37 29.79 1.56 38.81 1.97 30.52 4.89 ~,U.63 34.76 227.44 JETS = 3-14's,l-lO 4X RGDTF1 ,S/N TEEECO RUN #16: 10815'-11262' ITEH O.D. I.D. LEN GTH COMMENTS BIT # 16 8 1/2" N.B. 3 PT. RR 6 1/4" STAB (8 1/2") 6 1/4" XO 6 3/4" TELECO liND G 3/4" XO 6 15/16" D.C. 6 5/16" STAB (8 1/2") 6 3/16" D.C. 6 1/2" STAB (8 1/2") 6 3/16" D,C. 6 1/2" XO 6 3/8" JARS . G 1/8" TOTAL BHA 2 1/16" 2 13/16" 2 13/16" 2 13/16" 2 13/16" 2 13/16" 2 7/8" 2 3/4" 2 7/8" 3" 2 3/16" 0.75' 6.61 ' z~.96' " 07' 39.86' ~' 44' ,i..- · 31.00' ~.36' 30 ·66' 4.71 ' 30.65' o 45' 33.37' 193·89' JETS = 3-11's 4X RGDTF1 ,S/N 1617-12 TELECO RUN #17: 11262'-11401' ITEli O.D. I.D. LENGTH COMMENTS BiT # 19 8 1/2" N.B. 3 P'F. RR 6 1/4" ;'~ i/~6" STAB (8 1/2") 6 1/4" 2 13/16" XO 6 3/4" 2 13/16" TELECO liND 6 3/4" XO 6 15/16" 2 !3/16" D.C. 6 5/16" 2 13/16" STAB (8 1/2") 6 3/16" 2 13/16" D.C. 6 ~/2" 2 7/8" STAB (8 1/2") 6 3/16" ~_° 3/4" DC 6 t/'~'' " · . ,~ 2 7/8 XO 6 3/8" 3" JARS 6 1/8" 2 3/16" TOTAL BHA 0.75 4.96 I .07 3..9.86 '~ 44 ,c.,., ~ oi .00 -q.36 09 66 q.71 30.65 3.45 00.37 193.89 JETS = * ' o-li s 4X RGDTF1 ,S/N 1617-12 TELECO RUN #18: 11401'-11644' ITEM O.D. I.D. LE NG TH COMMENTS BIT # 19 RR 8 1/2" N.B. 3 PT. RR 6 1/4" ST(~B (8 1/2") G 1/4" XO G 3/4" TELECEI MND 6 3/4" XO 6 15/16" D.C. 6 5/16" STAB (8 1/2") 6 3/16" D.C. 6 1/2" STAB (8 1/2") 6 3/16" D.C. 6 1/2" XO 6 3/8" JARS 6 1/8" TOTAL 2 1/16" 2 13/16" 2 13/16" 2 13/16" 2 13/16" 2 13/16" 2 7/8" 2 3/4" 2 7/8" 3" 2 3/16" 0.75 6.61 4.96 t .07 39.86 31 4.36 30.66 4.71 30.65 3.45 33.37 193.89 JETS = 3-11's 4X RGDTF1 ,S/N 1617-12 TELECO RUN #19: 11644'-11qZ0' ITEM O.D. I.D. LENG TH COMMENTS ,' BIT # 20 8 1/2" N.B. 3 PT. RR 6 1/4" STCtB (8 1/2") 6 1/4" XO 6 3/4" TELECO MND 6 3/4" XO 6 15/16" D.C. 6 5/16" STAB (8 1/2") 6 3/16" D,C, 6 !/2" STAB (8 i/2") 6 3/16" D.C. 6 !/2" XO 6 3/8" JARS 6, 1/8" TOTCIL BHA '2 13/16" 2 13/16" 2 13/16" 2 13/16" ,,.- 13/1 2 7/8" 2 3/4" 2 7/8" ,-N ~ ~ ~/16 0.75' 6.61 ' i .07' 39.86' 2.44' 31 .00' 4.36' 30.66' zt.71 ' 30.65' '-" 45' $3.37' 193..89' JETS = 3-11's 4X RGDTF1 ,S/N 1617-12 IX. MUD RECORD REPORT # DATE TIME DEPTH (ft) MUD WT (lb/cu ft) FUN VIS (s/qt) PLAS VIS (cp) 10 : 2-23 : 03:00 : 7277' : 9.4 : 37 : 9 YIELD PT (lb/100 ft): 7 GEL-10s (lb/100 ft) : 2 GEL-10m (lb/100 ft) : 6 FILT API (cc/30 rain): 6.4 CHLORIDE (mg/L) SANDS (% by vol) SOLIDS (% by vol) OIL (% by vol) WATER (% by vol) .· 600 : TR : 7 : 0 : 93 MUD CAKE (32nd in) : 1 Rm (ohm-meters) : Tm (deg F) : 11 2-24 02:30 7698' 9.4 39 12 6.2 600 TR 93 12 2-25 00:30 8282' 9.4 39 10 6.4 450 TR 94 2.2 68 13 2-26 01:30 9070' 9.4+ 38 12 6.8 50O TR 93 2.1 69 14 2-27 00:30 9468' 9.4+ 39 12 11 6.4 650 TR 94 2.4 75 IX. MUD RECORD (continued) REPORT # 15 DATE TIME DEPTH (ft) MUD WT (lb/cu ft) FUN VIS (s/qt) PLAS VIS (cp) YIELD PT (lb/100 ft): 9 GEL-10s (lb/100 ft) : 3 GEL-10m (lb/100 ft) : 6 16 17 20 21 : 2-28 3-01 3-02 3-05 3-06 : 02:30 03:10 03:25 02:00 03:15 : 9900' 10185' 10694' 10808' 10889' : 11 12 16 13 21 FILT API (cc/30 min): 5.8 CHLORIDE (rog/L) SANDS (% by vol) SOLIDS (% by vol) OIL (% by vol) WATER (% by vol) : 500 450 450 450 3000 : TR TR TR TR TR : 7 : TR TR TR TR 0 : 93 92 90 89 93 MUD CAKE (32nd in) : 2 Rm (ohm-meters) : 2.0 Tm (deg F) : 78 : 38 39 39 42 47 10 12 12 14 3 4 4 4 6 12 10 12 6.0 8 6.8 5.4 8 10 11 7 2 2 2 2 2.4 2.1 .85 .84 68 74 74 72 : 9.5 9.6+ 9.8+ 10.0 9.8 IX. MUD RECORD (continued) REPORT # DATE TIME DEPTH (ft) MUD WT (lb/cu ft) FUN VIS (s/qt) PLAS VIS (cp) 29 31 32 33 34 : 3-09 3-11 3-12 3-13 3-14 : 01:00 22:00 02:30 22:00 02:45 : 11403' 10583' 11643' 11692' 11920' : 10.0 10.0 10.0 10.0 10.0 : 48 48 47 49 48 : 18 18 18 19 19 YIELD PT (lb/100 ft): 14 GEL-10s (lb/100 ft) : 6 GEL-10m (lb/100 ft) : 18 FILT API (cc/30 min): 5.8 CHLORIDE (mg/L) SANDS (% by vol) SOLIDS (% by vol) OIL (% by vol) WATER (% by vol) 14 13 16 15 6 5 6 5 20 19 23 23 5.6 5.8 5.8 6.2 : 4400 3920 4300 4250 3800 : TR TR TR TR TR : 8 8 8 8 9 : 0 TR TR TR TR : 92 92 92 92 91 MUD CAKE (32nd in) : 2 Rm (ohm-meters) : .85 Tm (deg F) : 73 2 2 2 2 .84 .85 .85 .84 74 75 74 75 XI. TELECO TOOL PERFORMANCE BIT RUN 10 11 12 13 14 TOOL TYPE/# D-TF1/1863-40 (1) D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 D-TF1/899-44 RGD-TF1/2258-27 RGD-TF1/2258-27 IN HOLE OUT OF HOLE TIME/DATE TIME/DATE DEPTH DEPTH 1100/2-15 1330/2-15 1000' 1000' 1430/2-15 2000/2-15 1000 ' 1217 ' 2100/2-15 0900/2-16 1217 ' 1785 ' 0915/2-16 2030/2-16 1785 ' 2469 ' 2100/2-16 1000/2-17 2469' 2760' 0000/2-19 2400/2-19 2760 ' 4173 ' 0100/2-20 1100/2-20 4173 ' 5226 ' 1300/2-20 0330/2-21 5226' 5680' 0500/2-21 0800/2-22 5680 ' 7003 ' 1000/2-22 2330/2-22 7003 ' 7277 ' 0100/2-23 2300/2-23 7277' 7616' 0200/2-24 0300/2-25 7616' 8282' 0400/2-25 0130/2-27 8282' 9468' 0430/2-27 1930/2-28 9468 ' 10124 ' CIRC. HOURS MUD RUN/TOTAL MOTOR 0.0/0.0 YES 4.0/4.0 YES 10.0/14.0 YES 7.5/21.5 YES 6.5/28.0 NO 18.0/46.0 NO 7.5/53.5 NO 10.0/63.5 NO 20.0/83.5 NO 6.5/90.0 YES 14.5/lO4.5 NO 17.5/122.0 YES 41.5/41.5 YES 30.5/72.00 YES 15 16 17 18 19 RGD-TF1/2258-27 RGD-TF1/1617-12 RGD-TF1/1617-12 RGD-TF1/1617-12 RGD-TF1/1617-12 2015/2-28 1900/3-02 34.0/106.0 YES 10124 ' 10815' 0130/3-05 2400/3-06 37.0/37.0 NO 10815' 11262 ' 0330/3-09 1530/3-09 3.50/40.5 NO 11262 ' 11401' 1800/3-11 1400/3-12 4.00/44.5 NO 11401' 11644 ' 0500/3-13 0730/3-14 15.5/60.0 NO 11644 ' 11920' (*) (1) Actual hours circulating fluid through tool. Does not include trip time, shut-in time, rig down-time, etc. Failed surface test TOTAL BIT RUNS BIT RUN SUMMAi~Y TOTAL MOTOR TOTAL TOTAL RUNS CIRC.HRS. FAILURES MTBFF TOTAL FOOTAGE LOGGED/DRILLED 19 8 288.0 1 288.0 3638/10920 XII. TELECO SERVICES SURFACE SYSTEMS TR2300-041: DIRECTIONAL-GAMMA RESISTIVITY. M-SERIES: 1.30 SOFTWARE MWD TOOLS - TYPE (*) S/N 1863-40 4X D-TF1 899-44 4X D-TF1 2258-27 1617-12 4X RGD-TF1 4X RGD-TF1 DATA TRANSMISSION 4X MILLER CODE 4X MILLER CODE 4X MILLER CODE 4X MILLER CODE SIZE 8 1/4" 8 1/4" 8 1/4" 6 3/4" DOWNHOLE MEASURED PARAMETERS - DIRECTIONAL: INCLINATION, AZIMUTH TOOL FACE ORIENTATION GAMMA RAY: NATURAL GAMMA RADIATION RESISTIVITY: 16" SHORT NORMAL SURFACE MEASUREMENTS - KELLY HEIGHT ROP (RATE OF PENETRATION) SWOB (SURFACE WEIGHT ON BIT) STANDPIPE PRESSURE (*) Explanation of Tool Types D-TF1 : Teleco Tool Family 1 -- Directional Only RGD-TFi: Teleco Tool Family 1 -- 16" Short Normal Resistivity Natural Gamma Ray Radiation Directional XIII. APPENDICES APPENDIX A: MWD LOG INTERPRETATION This section briefly discusses some of the factors which directly or indirectly affect the formation measurements made by Teleco or the interpretation of the log. Rate of Penetration versus Bed Resolution The vertical bed resolution presented in an MWD log is directly related to the rate of penetration. As the rate of penetration increases, the distance between formational measurements also increases, thereby decreasing the bed resolution. Due to the statistical fluctuation inherent in the measurement of gamma-ray radiation, more data points are naturally desired per depth interval to accurately represent the true formation character- istics. MWD Resistivity Interpretation Although Teleco's resistivity sensor is physically similar to a 16" short normal, the actual measurements acquired can compare favorably with deeper-reading induction tools. This is due to the short time which transpires between the drilling and the measurement of a particular formation. Invasion of the formation by the mud filtrate is considered to be negligible. However, if a considerable amount of time transpires between the drilling and the logging of a formation, Teleco's resistivity measurements may be prone to the invasional affects of the mud filtrate. Correction Factors for Resistivity The factors which affect the accuracy of wireline logs also affect the resistivities obtained by Teleco. However, due to the differences associated with the method of measurement, the resistivity log produced by Teleco is corrected in a slightly different fashion (refer to the Teleco Correction Chartbook). The factors which affect a formation resistivity measurements are: 1. The mud resistivity 2. The annular temperature 3. The "standoff" or amount of annular volume (i.e. hole size vs. tool size) The Teleco tool transmits the temperature of the internal circuitry. Field data has shown that the transmitted temperature is approximately 4 degrees more than the actual annular circulating is approximately 4 degrees more than the actual annular circulating temperature. These temperatures were used to calculate the resistivity of the mud under downhole conditions. The mud resistivity and corresponding temperature were monitored at the surface and projected to bottom hole temperature using Hilchie's equation (a modification of Arp's equation). Teleco has developed a series of correction charts which utilizes the projected downhole mud resistivity, the measured formation resistivity, and the tool and hole sizes to determine a corrected formation resistivity. This data was compiled by Teleco and is presented in Table A-1 TABLE A-i: Estimated Mud Resistivity at Circulating Bottom Hole Temperature SURFACE DOWNHOLE DEPTH MUD RES. T MUD RES. BHT (ft) (ohm-m) (F) (ohm-m) (F) 5200 0.330 74 0.195 130 5400 0.330 74 0.186 136 5600 0.298 73 0.160 142 5780 0.298 73 0.153 148 5900 0.300 73 0.155 148 6040 0.300 73 0.153 150 6400 0.272 74 0.140 152 7030 0.260 73 0.129 154 7400 0.258 73 0.127 156 7852 0.257 73 0.123 160 8300 0.254 71 0.116 164 8680 0.270 72 0.119 172 8900 0.249 75 0.110 176 9200 0.235 9350 0.249 69 0.101 180 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 Location : Co,State : NORTH SLOPE, ALASKA mm CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION Coring Fluid : BLAND MUD Elevation : Date.- ' :.,31-Mar-1990 API No. : Analysts: PLB ., SATURATION 'w,,~ ..... .,., :'. '' M~,- ", , , SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRiPTioN.hL? -":l,?.z, NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUHE) DENSITY /~ST~?~. Kair OIL WATER ft md % % % gm/cc i i 11262.2 0.77 14.7 25.9 69.8 2.95 SS-mdgy,vf-mgr,pred fgr,mod srtd,sbang-rnd,wcmt,qtz,glau,dol,pyr. i 2 11263.3 1.12 19.2 49.8 49.9 2.99 SS-ltbrngy,vf-cgr,pred fgr,mod srtd,sbrnd-rnd,wcmt,qtz,glau,dol. 1 3 11264.0 1.19 17.9 40.0 59.5 3.21 SS-ltbrngr,f-vcgr,pred mgr,wsrtd,sbang-rnd,wcmt,qtz,glau,dol,pyr,vug,frac. 1 4 11265.2 0.08 14.7 29.3 65.8 3.22 SS-mltgy,f-mgr,pred mgr,w~rtd,sbang-rnd,wcmt,qtz,glau,dol. I 5 11266.3 0.25 14.8 38.7 60.3 3.10 SS-ltbrngy, f-mgr,pred fgr,wsrtd,sbang-rnd,qtz,glau,sid cmt. I B 11267.3 0.32 13.2 36.2 62.9 2.89 SS-ltbrngy, f-vcgr,pred mgr,mod srtd,sbang-rnd,vwcmt,qtz,glau,carb cmt,frac. i 7 112G8.2 0.16 18.5 30.9 61.2 3.27 SS-ltbrngy,f-mgr,pred fgr,wsrtd,~bang-rnd,vwcmt,qtz,glau,carb cmt. 1 8 11269.2 78.5 24.5 24.6 49.2 2.97 SS-ltbrngy,f-mgr,pred fgr,wsrtd,sbang-rnd,$1i fri qtz,glau. i 9 11270.3 66.2 23.2 52.6 44.1 2.93 SS-ltbrngy,f-mgr,pred mgr,wsrtd,sbang-rnd,sli fri,qtz,glau. i 10 11271.3 1.84 15.3 24.2 53.1 3.02 SS-mltgy,f-cgr,pred fgr,w~rtd,~bang-rnd,wcmt,qtz,glau. 1 11 11272.2 1.99 15.0 23.9 53.7 3.10 SS-ltbrngy,vf-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,brn cly,glau,sid. I 12 11273.2 6.67 11.8 11.2 68.1 3.16 SS-ltbrngy, f-cgr,pred mgr,w~rtd,sbang-rnd,vwcmt,glau,~id,frac. 1 13 11274.2 0.25 13.5 18.0 62.2 3.10 SS-ltgy,f-vcgr, pred fgr,wsrtd,$bang-rnd,vwcmt,qtz,glau,sid. 1 14 11275.4 23.6 11.3 10.4 54.5 3.20 SS-mltgy,f-mgr,pred fgr,vwcmt,sbang-rnd,wcmt,qtz,glau,frac. 1 15 11276.2 2.65 15.9 9.5 50.5 3.06 SS-mltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,vwcmt,qtz,glau,sid. 1 16 11277.3 21.6 18.4 12.6 47.7 3.15 SS-mltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. i 17 11278.3 23.9 16.3 15.7 59.8 3.15 SS-mltgy,f-mgr, pred mgr,vwsrtd,sbang-rnd,vwcmt,qtz,glau,sid,frac. I 18 11279.2 55.6 22.2 19.4 52.1 2.97 SS-mltgy,f-mgr,pred mgr,slty,sbang-rnd,vwcmt,qtz,glau,sid. i 19 11280.2 198. 25.2 53.5 46.4 3.04 SS-ltgy,f-mgr,pred mgr,wsrtd,sbang-rnd,mod fri,qtz,glau,wht cly gr. i 20 11281.3 88.6 25.3 16.2 56.3 3.06 SS-mltgy,f-mgr,pred mgr,vwsrtd,~bang-rnd,~li fri,qtz,glau. i 21 11282.3 98.5 26.7 10.2 62.3 2.85 SS-mgy,f-mgr,pred fgr,w~rtd,sbang-rnd,mod fri,qtz,glau, lt brn cly cmt. I 22 11283.2 208. 29.2 11.2 65.4 3.13 SS-mgy,f-mgr,pred mgr,wsrtd,sbang-rnd,sli fri,qtz,glau. i 23 11284.1 238. 27.0 12.0 63.5 3.00 SS-mgy,f-mgr,pred mgr,wsrtd,sbang-rnd,sli fri,qtz,glac. I 24 11285.2 198. 24.7 11.6 63.1 3.07 SS-mltgy,f-mgr,pred fgr,vw~rtd,sbang-rnd,~li fri,qtz,glau,frac. 1 25 11286.3 94.0 24.6 37.8 57.6 " 3.02 SS-ltbrngy,f-mgr,pred fgr,dk brn cly bnd,wsrtd,~bang-rnd,$1i fri,qtz,glau. i 26 11287.4 11.9 16.3 36.1 57.0 3.17 SS-mltgy,f-mgr,pred fgr,vwsrtd,$bang-rnd,wcmt,qtz,glau. 1 27 11288.2 13.3 17.7 45.7 50,4 3.07 $S-mltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. I - 1 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc I 28 11289.3 11.8 19.2 41.6 57.2 3.18 SS-mltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. i 29 11289.5 3.48 15.4 28.9 63.0 3.22 SS-mltgy,f-n~jr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau,sid. I 30 11291.0 84.9 21.5 45.2 49.8 3.10 SS-ltgy,f-cgr,pred fgr,wsrtd,sbang-rnd,wcmt-sli fri,qtz,glau,lith gr. I 31 11292.0 426. 27.0 41.8 57.9 2.96 SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,sli fri,qtz,glau. I 32 11293.2 137. 22.2 43.5 53.3 3.03 SS-ltgy,f-vcgr,pred mgr,wsrtd,sbang-rnd,wcmt,qtz,glau. I 33 11294.3 361. 24.7 40.9 57.4 2.98 SS-ltgy,f-vcgr,pred mgr,wsrtd,sbang-rnd,wcmt,qtz,glau. I 34 11295.2 729. 27.2 42.1 57.7 2.82 SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,mod fri,qtz,glau. I 35 11297.1 131. 24.8 41.2 58.6 2.99 SS-ltgy,f-cgr,pred mgr,wsrtd,sbang-rnd,mod fri,qtz,glau,wht cly gr. I 36 11297.5 142. 23.8 42.9 55.2 3.11 SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,wcmt,qtz,glau,tr py. 1 37 11298.7 1.72 22.3 31.6 64.0 3.51 SS-pale yelbrn,fgsd-fpbl,pred mgsd,mod srtd,wcmt,qtz,glau,lim. I 38 11300.5 236. 32.6 39.6 59.3 3.03 SS-ltgy,vf-mgr,pred mgr,wsrtd,sbrnd-rnd,mod fri,qtz,glau. 1 39 11301.5 165. 24.7 42.4 55.5 3.00 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. I 40 11302.2 236. 24.0 47.3 52.0 2.91 SS-mltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. 1 41 11302.8 45.9 19.1 47.8 49.6 3.02 SS-mltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,vwcmt lens,qtz,glau. 1 42 11304.2 343. 27.1 45.0 52.9 2.80 SS-mltgy,f-n~jr,pred mgr,vwsrtd,sbrnd-rnd,mod fri,qtz,glau. I 43 11305.2 786. 29.4 49.5 49.9 2.80 SS-mltgy,f-mgr,pred mgr,vwsrtd,sbrnd-rnd,mod fri,qtz,glau. i 44 11306.2 238. 28.9 48.9 50.8 2.84 SS-mltgy,f-cgr,pred mgr,wsrtd,sbrnd-wrnd,vfri,qtz,glau. I 45 11307.2 91.4 23.7 50.6 43.6 3.13 SS-mltgy,f-cgr,pred mgr,wsrtd,sbang-rnd,sli fri,qtz,glau. I 46 11308.2 4.38 15.1 40.0 59.2 3.27 SS-ltgy,f-cgr,pred nxjr,wsrtd,sbang-wrnd,vwcmt,qtz,occ glau,carb cmt. 1 47 11309.2 229. 23.1 46.5 53.3 2.97 SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. 1 48 11310.1 536. 29.7 39.8 60.1 3.03 SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,mod fri,qtz,glau. i 49 11311.2 462. 29.4 42.9 51.6 2.92 SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,mod fri,qtz,glau. i 50 11312.8 462. 29.4 42.9 51.6 2~92 SS-ltgy,f-mgr,pred nxjr,vwsrtd,sbang-rnd,mod fri,qtz,glau. 1 51 11314.1 512. 29.3 48.7 49.4 2.84 SS-ltgy,f-mgr,pred mcjr,vwsrtd,sbang-rnd,mod fri,qtz,glau. I 52 11316.5 135. 26.1 45.2 53.7 2.99 SS-ltgy,f-mcjr,pred mgr,vwsrtd,sbang-rnd,mod fri,qtz,glau. i 53 11317.3 1.93 11.7 47.6 48.2 3.17 SS-mltgy,f-nmjr,pred fgr,vwsrtd,sbang-rnd,vwcmt,qtz,glau,dol. I 54 11318.2 37.9 19.1 7.9 34.8 3.00 SS-mltgy,f-mgr, pred fgr,vwsrtd, sbang-rnd,wcmt,qtz,glau,pyr cmt bnd. i 55 11319.2 124. 23.6 19.7 39.8 2.83 SS-ltbrngy,f-mgr,pred fgr,vwsrtd,sbang-rnd,sli fri,qtz,glau,wht cmt. 2 1 11322,3 13.0 19.2 57.7 41.3 3.03 SS-ltgy,fgr,vwsrtd,sbang-sbrnd,vwcmt,qtz,occ glau. 1 -2 CORE LABORATORIES Company : BP EXPLORATION (ALASKA), INC. Field : POINT McINTYRE File No.: BP-3-1380 Well : POINT McINTYRE #6 Formation : EXPLORATION Date : 31-Mar-1990 CORE ANALYSIS' RESULTS SAMPLE NUMBER SATURATION DEPTH PERMEABILITY' POROSITY GRAIN (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 2 11323.0 31.2 20.6 60.4 37.2 2.89 2 2 3 11324.2 2 4 11325.2 2 5 11326.1 2 6 11327.3 2 7 11328.2 2 8 11329.1 2 9 11330.1 2 10 11331.3 2 11 11332.2 2 12 11333.1 2 13 11334.1 2 14 11335.1 2 15 11336.2 2 16 11337.1 2 17 11340.6 2 18 11341.1 2 19 11342.7 2 20 11345.1 2 21 11345.9 2 22 11346.9 2 23 11347.2 2 24 11348.1 2 25 11349.8 2 26 11352.1 2 27 11353.1 2 28 11354.1 2 29 11355.1 i ~ 30 11359.4 72.8 247. 564. 429. 669. 155. 924. 958. 2515. 799. 63.8 1376. 1021. 891. 1321. 1668. 1235. 896. 50 6 1018 1442 633, 319, 874 1092 648 209. 375. 19.9 62.5 35.1 2.92 25.6 16.6 28.9 2.85 26.7 53.3 41.0 2.80 24.2 55.0 38.9 2.89 26,4 54,1 39,2 2,99 21.6 54.4 42,3 3.02 27.3 63.3 27.7 2.81 24.2 58.5 40.0 2.95 25.7 56.1 41.3 2.81 26.3 74.3 25.4 2.77 19.1 59.6 39.9 2.92 27.2 73.6 21.0 2.71 26.8 76.2 22.5 2.74 26,7 70,0 25,3 2,78 28.6 72.9 25.2 2.70 28.3 75.0 22.9 2.71 28.0 67.9 28.5 2.71 27.3 68.4 24.6 2.74 20.9 59.2 35.8 2.76 28.9 67.7 27.2 2.68 27.1 67.6 29.2 2.66 27.2 73.1 22.6 2.76 25.6 71.9 21.8 2.85 26.1 70.8 23.3 2.72 28.5 69.8 20.6 2.72 27.0 67.3 23.9 2.72 25.8 67.4 25.4 2.71 20.3 71.3 20.1 2.69 DESCRIPTION SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,vwcmt,qtz,wht cmt,filled frac. SS-ltgy,f-mgr,pred fgr,wsrtd,$bang-sbrnd,vwcmt,qtz,wht cmt. SS-ltgy,f-mgr,pred fgr,vwcmt,sbang-sbrnd,wcmt,qtz,cht,wht cmt,tr glau. SS-ltbrngy,f-mgr,pred fgr,vwsrtd,sbang-rnd,sli fri,qtz,glau. SS-ltbrngy,f-mgr,pred fgr,vwsrtd,$bang-rnd,$1i fri,qtz,glau. SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,$1i fri,qtz,cht,glau. SS-mltgy,f-mgr, pred fgr,vwsrtd,sbang-$brnd,wcmt,qtz,cht,occ glau. SS-dkgy,f-mgr,pred fgr,vwsrtd,$bang-rnd,sli fri,qtz,glau,cht,pt cmt frac. SS-ltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,sli fri,qtz,glau,cht,pt cmt frac. SS-ltgy,f-mgr,pred mgr,vwsrtd,$bang-rnd,mod fri,qtz,glau,cht,frac. SS-ltbrngy,fgr,vwsrtd,$bang-sbrnd,sli fri,qtz,occ glau,wht cly gr. SS-ltbrngy,fgr,wsrtd,sbang-sbrnd,wcmt,qtz,glau,cht,carb cmt. SS-ltgy,f-mgr,pred mgr,vwsrtd,$bang-$brnd,sli fri,qtz,cht,glau. SS-ltbrngy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,glau. SS-vltgy,fgr,vwsrtd,sbang-$brnd,$1i fri,qtz,cht,occ glau. SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,$1i fri,qtz,cht,glau. SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,$1i fri,qtz,cht,glau. SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-rnd,$1i fri,qtz,cht,glau. SS-vltgy,fgr,vwsrtd,$1i lam, sbang-rnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,$brnd-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,mod fri,qtz,cht,glau,sli lam. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,~brnd-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,cht,glau. 1 -3 Company : BP EXPLORATION (ALASKA), INC. Well : POINT NcINTYRE #6 CORE CORE LABORATORIES Field : POINT NcINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 31 11360.4 140. 21.1 64.6 24.2 2.75 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,glau. 32 11361.1 119. 20.4 65.5 31.2 2.87 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,wcmt,qtz,¢ht,glau. 33 11362.1 576. 26.0 70.9 23.4 2.71 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 34 11363.9 347. 24.6 67.7 26.8 2.74 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 35 11364.9 474. 25.3 70.5 24.5 2.74 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 36 11365.6 318. 24.5 68.1 25.2 2.78 SS-ltgy,fgr,vw~rtd,sbang-rnd,sli fri,qtz,cht,glau. 37 11366.3 440. 26.4 68.1 23.8 2.75 SS-ltgy,fgr,vwsrtd,sbang-rnd,$1i fri,qtz,cht,glau. 38 11367.2 373. 24.3 69.1 24.9 2.72 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 39 11368.2 50.9 18.8 40.7 53.4 2.76 SS-ltgy,fgr,vwsrtd,$bang-rnd,sli fri,qtz,6ht,glau. 40 11369.2 487. 25.8 71.6 24.3 2.75 SS-ltgy,fgr,vwsrtd,~bang-rnd,sli fri,qtz,cht,glau. 41 11370.2 92.9 20.8 64.0 29.1 2.75 SS-ltgy,fgr,vwstd,sbang-rnd,sli fri,qtz,cht,glau. 42 11371.1 177. 25.0 63.1 32.4 2.82 SS-ltgy,fgr,r cgr,vwsrtd,sbang-rnd,$1i fri,qtz,cht,glau. 43 11372.2 1.02 13.1 34.1 57.3 3.09 SS-ltgy,fgr,vwsrtd,~bang-rnd,vwcmt,qtz,cht,glau. 44 11373.1 552. 26.4 68.6 23.4 2.77 SS-ltgy,fgr,vwsrtd,~bang-rnd,sli fri,qtz,glau,cht. 45 11374.3 90.8 19.1 51.4 44.3 2.83 SS-ltgy,fgr,vwsrtd,occ bnd brngy cly,sbang-rnd,wcmt,qtz,cht,glau. 46 11375.2 201. 22.9 65.8 26.6 2.84 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 47 11376.1 233. 22.8 70.5 22.0 2.76 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 48 11377.2 220. 23.6 63.6 28.9 2.81 SS-ltgy,fgr,vwstd,sbang-rnd,sli fri,qtz,cht,glau,bur. 49 11378.2 388. 25.2 69.5 22.1 2.80 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 50 11379.2 304. 26.0 64.0 27.1 2.90 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 51 11380.1 615. 27.4 67.3 26.5 2.84 SS-ltgy,fgr,r n~jr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 52 11381.2 297. 25.1 62.8 31.4 2.79 SS-mgr,f-mgr,pred fgr,vwsrtd,sbang,rnd, sli fri,qtz,cht,glau. 53 11382.4 184. 23.2 59.9 32.9 '2.77 SS-mltgy,f-cgr,pred fgr,wsrtd,sbang-rnd,sli fri,qtz,cht,glau. I 11383.1 22.5 22.8 44.0 48.7 2.89 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau,cht. 2 11384.1 74.3 21.9 54.8 39.6 2.96 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau,cht. 3 11385.1 20.3 21.0 42.8 50.3 2.98 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau,cht. 4 11386.1 126. 24.9 54.8 40.2 2.79 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau,cht. 5 11387.1 9.00 22.3 41.6 54.3 3.16 SS-ltgy,f-n~jr,pred fgr,wsrtd,sbang-rnd,wcnKc,qtz,glau,carb cn~c filled frac. 6 llSBB.Z 222. 27.0 $2.9 3B.3 2.91 SS-ltgy,fgr,vwsrtd,sbang-rnd,sli fri,qtz,glau. 1 -4 Company : BP EXPLORATION (ALASKA), INC. Well .' POINT NcINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date .' 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 7 11389.2 55.9 25.0 53.8 43.8 3.14 SS-n~jy,fgr, plty arg gr, lam, mod srtd,sbrnd-rnd,qtz,glau,cly. 8 11390.2 432. 29.5 53.3 41.4 3.00 SS-mltgy,fgr,r cgr,vwsrtd,sbang-rnd,sli fri,qtz,glau,occ wht cly. 9 11391.2 543. 29.5 59.5 36.3 2.86 SS-mltgy,fgr,r cgr,vwsrtd,sbang-rnd,sli fri,qtz,glau,occ wht cly. 10 11392.1 222. 27.4 50.3 46.3 3.01 SS-mltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. 11 11393.6 475. 29.0 56.3 38.9 2.85 SS-mltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,glau. 12 11394.1 15.2 23.8 46.1 53.1 3.02 SS-ltbrngy,fgr,sli lam, wsrtd,sbang-rnd,wcmt,qtz,glau,brn cly. 13 11395.1 717. 30.1 60.0 35.7 2.85 SS-mltgy,fgr,r mgr,vwsrtd,sbang-rnd,mod fri,qtz,glau,wt cly gr. 14 11396.1 43.2 23.6 41.0 59.0 2.96 SS-mltgy,f-n~jr,pred fgr,wsrtd,sli lam,sbang-wrnd,wcmt,qtz,glau,brn cly. 15 11397.2 83.2 24.1 47.3 46.8 2.92 SS-mltgy,f-vcgr,pred fgr,mod srtd,sbang-wrnd,wcmt,qtz,glau,wht ely,bm lith gr 16 11398.1 115. 23.9 50.0 49.0 2.95 SS-mltgy,f-vcgr,pred fgr,mod srtd,sbang-wrnd,wcmt,qtz,glau,wht cly,brn lith gr 17 11399.8 320. 28.4 51.7 45.4 2.99 SS-mltgy,fgr,vwsrtd,~bang-rnd,sli fri,qtz,glau. I 11403.2 7.89 24.0 32.8 62.7 3.03 SS-mlty,fgr,sli brn cly lam,vwsrtd,sbang-rnd,wcmt,qtz,glau. 2 11404.2 59.3 23.0 39.9 56.1 2.88 SS-ltgy,fgr,r cgr,wsrtd,sbang-rnd,wcmt,qtz,glau,wht cly gr. 3 11405.2 72.1 25.0 44.2 52.4 2.91 SS-ltgy,fgr,r cgr,wsrtd,~bang-rnd,wcmt,qtz,glau,wht cly gr. 4 11406.2 7.20 21.3 39.4 57.4 2.93 SS-ltgy,fgr,r cgr,wsrtd,sbang-rnd,wcmt,qtz,glau,wht cly gr. 5 11407.3 718. 22.8 53.0 46.6 2.92 SS-ltgy,fgr,r cgr,wsrtd,sbang-rnd,wcmt,qtz,glau,wht cly gr,broken. 6 11408.3 2.69 20.3 18.9 75.1 3.04 SS-ltbrngy,f-cgr,pred fgr,mod ~rtd,sbang-rnd,vwcmt,qtz,glau,plty lith gr,dol. 7 11409.3 3.33 19.8 28.3 70.1 2.86 SS-ltbrngy,f-cgr,pred fgr,wk bnd,wsrtd,sb-rnd,vwcmt,qtz,glau,dol. 8 11410.3 4.59 21.7 28.0 70.6 2.88 SS-ltbrngy,f-cgr,pred fgr,wsrtd,sbrnd-rnd,vwcmt,qtz,glau. 9 11411.2 6.50 24.8 23.0 69.6 3.11 SS-ltbrngy,f-cgr,pred fgr,wsrtd,sbrnd-rnd,vwcmt,qtz,glau. 10 11412.2 1.49 19.1 17.7 76.5 2.91 SS-ltbrngy,f-cgr,pred fgr,wsrtd,sbrnd-rnd,vwcn~c,qtz,glau. 11 11413.3 1.50 18.4 22.9 73.2 2.95 SS-ltbrngy,fgr,pbl,wsrtd,sbrnd-rnd,vwcmt,qtz,glau,c lith peb. 12 11414.1 91.5 19.6 31.9 64.0 2.87 SS-ltbrngy,f-mgr,wsrtd,sbrnd-rnd,vwcmt,qtz,glau. 13 11415.2 3.27 19.2 22.7 72.6 2.84 SS-ltgy,fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau. 14 11416.7 1.46 19.4 22.8 73.2 2.97 SS-ltgy,f-cgr,pred fgr,wsrtd,sbrnd-rnd,sli fri,qtz,glau. 15 11417.5 32.2 23.1 38.0 61.6 2.91 SS-ltbrngy,f-mgr,pred fgr,vwsrtd,sbrnd-rnd,mod fri,qtz,glau,blk cmt. 16 11418.4 3.82 20.8 21.1 72.9 3.03 SS-ltbrngy,f-cgr,pred fgr,wsrtd,sbrnd-rnd,sli fri,qtz,glau 17 11419.5 t44. 19.6 36.3 63.3 3.01 SS-ltgy,f-n~jr,pred fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau,broken. 18 11420.3 11.1 21.1 40.2 59.6 2.99 SS-ltbrngy,f-vcgr,pred fgr,wsrtd,sbrnd-rnd,sli fri,qtz,glau,fra¢. 1 -5 Company : BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formati on : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date .' 31-Mar-lggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER {HORIZONTAL) {HELIUM) {PORE VOLUME) DENSITY Kair OIL WATER ft mci % % % gm/cc 19 11421.2 92.8 22.9 40.1 59.9 2.84 SS-ltgy,fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau. 20 11422.2 35.3 21.8 30.2 69.7 2.80 SS-ltgy,fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau. 21 11423.3 33.4 17.4 43.6 54.6 2.98 SS-ltgy,fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau. 22 11424.2 0.52 20.5 39.9 60.0 3.17 SS-mgy, m-vcgr,pred mgr,mod srtd,sbrnd-wrnd,vwcmt,qtz,glau,lith gr,dol. 23 11425.2 9.35 20.9 43.9 55.7 3.09 SS-mgy,m-vcgr,pred mgr,mod srtd,$brnd-wrnd,vwcmt,qtz,glau,lith gr,dol. 24 11426.2 37.5 22.2 43.B 56.0 2.92 SS-mgy,f-vcgr,pred fgr,mod srtd,~bang-rnd,vwcmt,qtz,glau,$id. 25 11427.3 0.10 7.B 43.B 54.8 3.17 SS-mgy,f-vcgr,pred fgr,mod srtd,mbang-rnd,vwcmt,qtz,glau,brn lith gr. 26 11428.2 0.13 11.7 22.2 75.7 3.24 SS-mgy,f-vcgr,pred fgr,mod ~rtd,~bang-rnd,vwcmt,qtz,glau,brn lith gr. 27 11429.2 0.92 18.0 31.3 68.7 3.20 SS-mgr,f-vcgr,pred fgr,mod ~rtd,~bang-rnd,vwcmt,qtz,glau,brn lith gr. 28 11430.5 32.2 18.9 42.3 54.3 2.94 SS-ltbrngy,f-¢gr,pred mgr,wsrtd,rnd-wrnd,vwcmt,brn lith gr,qtz,alt glau,sid. 29 11431.4 10.B 16.B 37.1 60.3 3.00 SS-ltbrngy, f-mgr,pred fgr,vw~rtd,rnd-wrnd,mod,fri,qtz,glau,oc¢ blk cmt. 30 11432.1 0.20 15.7 21.5 78.2 3.30 SS-brngy,f-¢gr,pred mgr,wsrtd,$bang-wrnd,wcmt,qtz,glau,sid,oc¢ blk cmt. 31 11432.9 126. 19.8 46.0 53.8 2.91 SS-ltbrngy,f-mgr,pred mgr,vwsrtd,~brnd-rnd,wcmt,qtz,glau,dk brn cmt,frac. 32 11433.7 18.3 14.9 37.0 58.8 3.15 SS-ltbrngy, f-mgr,pred mgr,vwsrtd,$brnd-rnd,wcmt,qtz,glau,dk brn cmt,frac. 33 11434.7 35.1 18.1 40.2 57.4 3.01 SS-ltbrngy, f-mgr,pred mgr,vwsrtd,$brnd-wrnd,mod fri,qtz glau. 34 11435.4 167. 22.2 42.4 51.8 2.87 SS-mgy,f-¢gr,pred mgr,wsrtd,sbrnd-rnd,mod fri,qtz,glau. 35 11436.2 111. 22.1 37.5 57.9 2.96 SS-mgy,f-mgr,pred mgr,vw~rtd,sbrnd-rnd,mod fri,qtz,glau,frac. 36 11437.2 188. 23.0 41.9 57.5 2.78 SS-mgy,f-mgr,pred mgr,vwsrtd,sbrnd-rnd,mod fri,qtz,glau. 37 11438.2 98.4 20.7 30.1 68.7 3.07 SS-mltgy,f-¢gr,pred mgr,wsrtd,~brnd-rnd,~li fri,qtz,glau. 38 11439.2 101. 21.3 31.3 67.7 2.90 SS-mltgy,f-¢gr,pred mgr,w~rtd,~brnd-rnd,$1i fri,qtz,glau. 39 11440.2 287. 24.B 31.9 68.0 2.89 SS-mltgy,f-¢gr,pred mgr,wsrtd,sbrnd-rnd,~li fri,qtz,glau. 40 11441.3 131. 22.9 43.3 56.0 2.99 SS-ltgy,f-mgr,pred fgr,vw~rtd,sbrnd-rnd,~li fri,qtz,glau. 41 11442.2 185. 23.4 47.5 52.1 3.02 SS-ltgy,f-mgr,pred fgr,vwsrtd,~brnd-rnd,sli fri,qtz,glau. 42 11443.3 115. 23.5 42.6 57.1 3.01 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau. 43 11444.2 33.9 20.8 40.3 58.7 3.00 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbrnd-rnd,sli fri,qtz,glau. 44 11445.3 75.2 20.5 37.3 62.1 3.12 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbrnd-rnd,=li fri,qtz,glau. 45 11447.5 1.06 11.2 28.0 65.3 3.21 SS-ltbrngy,f-mgr,pred mgr,vwsrtd,$brnd-rnd,vwcmt,qtz,glau,carb cmt. 46 11448.3 669. 27.5 39.8 58.5 2.95 SS-ltgy,f-cgr,pred n~jr,wsrtd,sbang-rnd,fri,qtz,glau. 47 11449.3 77.0 17.2 34.1 65.1 3.08 SS-ltbrngy,f-cgr,pred fgr,wsrtd,sbang-rnd,wcmt,qtz,glau,vug. 1 - 6 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formati on .' EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-lggo SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 48 11450.2 177. 23.7 35.8 62.5 2.72 SS-ltbrngy,f-mgr,pred mgr,vwsrtd,sbang-rnd,$1i fri,qtz,glau,cht. 49 11451.2 120. 20.4 40.4 58.9 2.93 SS-ltbrngy,mgr,vwsrtd,sbang-rnd,mod fri,bnd,gy carb mdst,qtz,glau. 50 11452.2 6.60 17.4 41.9 57.0 2.91 SS-ltbrngy,f-mgr,pred mgr,wsrtd,sbang-rnd,wcmt,qtz,glau. 51 11453.2 24.7 18.4 34.0 63.2 2.87 SS-ltbrngy,f-mgr,pred fgr,sli bnd,w~rtd,$bang-rnd,wcmt,qtz,glau. 52 11454.2 170. 24.5 34.3 64.8 2.75 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,$1i fri,qtz,glau. 53 11455.3 135. 23.3 35.1 63.9 2.81 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang-rnd,$1i fri,qtz,glau. 54 11456.2 61.0 22.7 33.7 66.3 2.86 SS-ltolvgy,f-mgr,pred mgr,vwsrtd,sbrnd-wrnd,mod fri,qtz,glau. 55 11457.1 53.4 19.8 35.9 63.7 2.92 SS-ltbrngy,f-mgr,pred mgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,glau. 56 11458.7 298. 21.0 47.8 50.5 3.05 SS-ltbrngy, f-mgr,pred mgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 57 11459.4 236. 19.5 40.3 58.1 3.08 SS-ltbrngy, f-mgr,pred mgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 58 11460.1 227. 24.1 38.0 61.9 2.78 SS-ltbrngy, f-mgr,pred mgr,vwsrtd,sbang-rnd,sli fri,qtz,cht,glau. 59 11461.3 359. 24.2 37.0 60.4 2.85 SS-ltbrngy, f-mgr,pred mgr,wsrtd,sbang-rnd,mod fri,qtz,glau,cht. 60 11462.7 505. 26.3 40.5 55.6 2.76 SS-ltbrngy,f-mgr,pred mgr,wsrtd,sbang-rnd,mod fri,qtz,glau,cht. I 11463.3 700. 24.8 39.9 59.0 2.75 SS-ltgy,f-mgr,pred mgr,vwsrtd,ang-rnd,sli fri,qtz,cht,glau. 2 11464.2 420. 24.6 39.0 59.7 2.69 SS-ltgy,f-mgr,pred mgr,vwsrtd,ang-rnd,sli fri,qtz,cht,glau. 3 11465.2 584. 24.9 40.7 55.9 2.87 SS-ltgy,f-mgr,pred mgr,vwsrtd,ang-rnd,sli fri,qtz,cht,glau. 4 11466.3 10.5 18.3 39.2 58.4 2.69 SS-mltgy,f-mgr,pred mgr,vwsrtd,ang-rnd,mod fri,qtz,glau,cht. 5 11467.3 1169. 27.7 40.2 55.7 2.71 SS-vltgy,f-mgr,pred fgr,vwsrtd,ang-rnd,fri,qtz,cht,glauc,frac. 6 11468.2 583. 27.0 34.9 61.0 2.68 SS-vltgy,f-mgr,pred fgr,vwsrtd,ang-rnd,mod fri,qtz,cht,glau,tr hem. 7 11469.2 0.08 9.4 37.8 51.0 3.11 SS-ltbrngy,vf-mgr,pred fgr,wsrtd,ang-rnd,wcmt,qtz,cht,glau,sid. 8 11470.2 405. 25.8 40.3 53.5 2.69 SS-ltgy,f-mgr,pred fgr,vwsrtd,ang-rnd,wcmt,qtz,cht,glau,sid. 9 11471.3 631. 26.4 46.5 49.2 2.68 SS-ltgy,f-mgr,pred fgr,vwsrtd,ang-rnd,wcmt,qtz,cht,glau,sid. 10 11472.3 406. 25.2 40.8 55.8 2.73 SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 11 11473.1 413. 25.0 36.6 61.2 2.69 SS-ltgy,f-mgr,pred fgr,vwsrtd,wk bnd,ang-sbrnd,sli fri,qtz,glau,cht. 12 11474.2 392. 24.6 38.7 58.8 2.70 SS-ltgy,f-mgr,pred fgr,vwsrtd,wk bnd,ang-sbrnd,wcmt,qtz,glau,cht. 13 11475.2 619. 26.5 41.6 56.9 2.67 SS-ltgy,f-mcjr,pred fgr,vwsrtd,wk bnd,ang-sbrnd,wcmt,qtz,glauc,cht. 14 11476.2 563. 26.0 37.1 60.0 2.69 SS-ltgy,f-n~jr,pred fgr,vwsrtd,wk bnd,ang-~brnd,wcmt,qtz,glauc,cht. 15 11477.3 486. 26.0 39.7 58.1 2.71 SS-ltgy,f-n~jr,pred fgr,vwsrtd,wk bnd,ang-sbrnd,wcnfc,qtz,glau,cht. 16 11478.2 432. 24.4 35.6 61.6 2.67 SS-ltgy,fgr,vwsrtd,ang-sbrnd,$1i fri,qtz,glau,cht. I -7 Company Well BP EXPLORATION (ALASKA), INC. POINT McINTYRE #6 C 0 R CORE E A N LABORATORIES Fi el d : PO I NT Mc I NTYRE Formation : EXPLORATION ALYS IS RESULT File No.: Date : BP-3-1380 31-Mar-1990 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 SAMPLE NUMBER 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 4O 41 42 43 44 45 SATURATION DEPTH PERMEABILITY POROSITY GRAIN IHORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft mci % % % gm/cc 11479.2 311. 24.4 36.8 61.3 2.73 11480.2 568. 25.7 42.1 57.3 2.67 11481.2 4.7 34.1 59.4 3.09 11482.2 488. 25.4 34.5 62.7 2.69 11483.2 279. 24.9 40.8 55.1 2.83 11484.2 388. 25.7 37.4 57.6 2.72 11485.2 894. 27.7 37.7 56.5 2.66 11486.2 906. 24.1 37.4 59.3 2.68 11487.2 344. 25.0 38.9 56.2 2.70 11488.2 397. 24.9 35.9 60.2 2.68 11489.2 488. 25.1 38.5 58.9 2.67 11490.2 376. 24.9 38.1 59.7 2.69 11491.2 37.1 17.1 39.2 59.9 2.92 11491.9 203. 23.1 37.1 60.1 2.67 11493.3 95.6 22.8 35.0 64.2 2.87 11494.2 338. 24.9 39.3 60.0 2.67 11495.2 <.01 6,1 35,2 58.4 3.10 11496.2 343. 24.8 42.0 53.8 2.67 11497.7 256. 25.1 45.0 53.0 2.68 11498.2 245. 23.3 37.1 61.9 2.67 11499.2 385. 26.0 39.8 59.6 2.67 11500.2 256. 25.1 37.0 62.9 2.68 11501.2 387. 25.9 37.4 61.7 2.67 11502.1 243. 24.6 37.1 60.3 2.68 11503.2 424. 26.1 37.1 60.9 2.67 11504.2 225. 24.2 33.9 65.8 2,67 11505.1 231. 24.6 34.9 64.3 2.68 11506.2 248. 23.6 34.8 65.1 2.65 11507.Z ZZS. 23.7 35.3 63.0 2.66 DESCRIPTION SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,glau cht. SS-ltgy,fgr,vwsrtd,ang-sbrnd,$1i fri,qtz,glau cbt. SS-ltbrngy,fgr,vwsrtd,ang-rnd,vwcmt,qtz,glau,cht,sid,broken. SS-ltgy,fgr,vwsrtd,ang-rnd,sli fri,qtz,glau,cht. SS-ltgy,fgr,vwsrtd,ang-rnd,wcmt,qtz,glau,cht. SS-ltgy,fgr,vwsrtd,ang-rnd,wcmt,qtz,glau,cht. SS-ltgy,fgr,vwsrtd,ang-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,wsrtd,ang-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd, ang-rnd,mod fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-rnd,mod fri,qtz,cht,glau. SS-ltgy,vf-fgr,pred vfgr,wsrtd,ang-rnd,sli fri,qtz,cht,glau. SS-ltgy,vf-fgr, pred vfgr,wsrtd,ang-rnd,sli fri,qtz,cht,glau. SS-ltbrngy, fgr,vwsrtd,ang-sbrnd,wcmt,qtz,cht,glau,sid. SS-ltbrngy, fgr,vwsrtd,ang-sbrnd,wcmt,qtz,cht,glau,sid. SS-ltbrngy, fgr,vwsrtd,ang-sbrnd,wcmt,qtz,cht,glau,sid. SS-ltgy,fgr,vwsrtd,ang-sbrnd,wcmt,qtz,glau. SS-ltbrngy, fgr,vwsrtd,ang-sbrnd,wcmt,qtz,cht,glau,$id. SS-ltgy,vf-fgr,pred fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,vf-fgr,pred fgr,vwsrtd,$bang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,vf-fgr,pred fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,vf-fgr, pred fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,~li fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-sbrnd,~li fri,qtz,cht,glau. SS-ltgy,fgr,vwsrtd,ang-$brnd,sli fri,qtz,¢ht,glau. I - 8 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formati on : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Har-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 5 46 11508.2 141. 22.2 35.3 64.1 2.70 SS-ltgy,fgr,vwsrtd,ang-sbrnd,wcmt,qtz,cht,glau. 5 47 11509.2 324. 24.6 36.9 62.9 2.67 SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 48 11510.2 3.22 9.0 26.2 69.8 3.02 SS-ltgy,fgr,vwsrtd,ang-sbrnd,vwcmt,qtz,cht,glau. 5 49 11511.2 249. 23.8 36.1 62.3 2.66 SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 50 11512.2 238, 23.4 38.8 59.4 2.66 SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 51 11513.2 46.1 18.5 39.3 58.1 2.98 SS-ltgy,fgr,vwsrtd,ang-sbrnd,wcmt,qtz,cht,glau. 5 52 11514.2 286. 23.6 39.0 58.4 2.66 SS-ltgy,vf-fgr,wsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 53 11515.2 247. 23.5 36.8 60.0 2.65 SS-ltgy,vf-fgr,wsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 54 11516.2 115. 22.7 39.0 58.5 2.74 SS-ltgy,vf-fgr,wsrtd,ang-sbrnd,wcmt,qtz,cht,glau. 5 55 11517.2 103. 22.6 38.2 57.9 2.79 SS-ltgy,vf-fgr,wsrtd,ang-sbrnd,wcmt,qtz,cht,glau. 5 56 11518.2 189. 22.6 39.9 59.2 2.66 SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 57 11519.2 33.9 16.1 39.9 55.0 2.96 SS-ltgy,fgr,vwsrtd,ang-sbrnd,vwcmt,qtz,glau,carb cmt. 5 58 11520.2 269. 22.9 48.4 50.4 2.65 SS-ltgy,fgr,vwsrtd,ang-sbrnd,sli fri,qtz,cht,glau. 5 59 11521.5 1.59 11.1 37.2 57.3 3.06 SS-ltbrngy,vf-fgr,vwsrtd,ang-sbrnd,vwcmt,qtz,cht,glau,sid. 5 60 11522.9 151. 21.6 36.1 63.2 2.65 SS-vltgy,fgr,vwsrtd,wk lam, ang-sbrnd,sli fri,qtz,cht,glau,brn slt. 6 1 11524.1 115. 21.2 39.7 59.8 2.67 SS-vltgy,vf-fgr,pred fgr,ang-rnd,wcmt,qtz,cht,glau. 6 2 11525.2 84.3 21.0 41.2 58.0 2.66 SS-vltgy,vf-fgr,pred fgr,ang-rnd,wcmt,qtz,cht,glau. 6 3 11526.2 48.4 18.9 37.2 60.2 2.66 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 4 11527.2 254. 23.0 44.8 54.2 2.66 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 5 11528.2 30.7 20.1 37.7 58.6 2.69 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 6 11529.1 4.46 17.2 40.9 51.1 2.70 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 7 11530.2 20.0 18.2 34.1 64.9 2.65 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 8 11531.2 27.8 18.8 32.8 65.2 2.65 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 9 11532.2 12.1 18.6 32.6 63.4 2.67 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, ang-sbrnd,wcmt,qtz,cht,occ glau. 6 10 11533.2 2.10 12.7 32.3 66.2 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,lam,ang-sbrnd,wcmt,qtz,brn slt,tr glau. 6 11 11534.3 4.74 16.3 34.8 61.1 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,lam, ang-sbrnd,wcmt,qtz,brn slt,tr glau. 6 12 11535.2 14.5 17.9 30.7 67.2 2.66 SS-vltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, ang-sbang,wcmt,qtz,cht,occ glau. 6 13 11536.2 15.8 18.3 32.8 64.9 2.66 SS-vltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, ang-sbang,wcnfc,qtz,cht,occ glau. 6 14 11537.2 2.50 15.7 26.5 71.1 2.65 SS-vltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, ang-sbang,wcmt,qtz,cht,occ glau. 1 -9 Company : BP EXPLORATION (ALASKA), INC. Well .' POINT McINTYRE #6 CORE CORE LABORATORIES Fi el d .' PO I NT Mc I NTYRE Formati on .' EXPLORATION ANALYSIS RESULTS Fi 1 e No.: BP-3-1380 Date : 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft mci % % % gm/cc 15 11538.1 <.01 1.6 18.2 75.2 3.08 SS-ltgy,vf-fgr,pred fgr,vwsrtd,wk lam,ang-sbang,vwcmt,qtz,tr glau,carb cmt. 16 11539.3 13.7 16.3 32.0 67.5 2.66 SS-ltgy,vf-fgr,pred vfgr,vw~rtd, lam,$banB,vwcnfc,qtz,brn slt,tr glau. 17 11540.2 24.9 18.1 33.7 65.1 2.66 SS-ltgy,vf-fBr,pred vfgr,vwsrtd, lam, sbang,vwcmt,qtz,brn slt,tr glau. 18 11541.2 90.4 20.8 35.5 63.2 2.65 SS-vltg¥,vf-fgr,pred vfgr,vwsrtd,wk lam,~bang,vwcmt,qtz,brn slt,glau. 19 11542.2 7.99 16.6 27.6 66.5 2.65 SS-vltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,vwcmt,qtz,brn slt,glau. 20 11543.2 <.01 1.1 11.9 87.8 3,09 SS-mltgy, vf-fgr,pred fgr,wsrtd,sbang,vwcmt,qtz,tr glau,carb cmt. 21 11544.2 5,98 16.8 30.6 63.5 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,tr glau,carb cmt. 22 11545.2 0.22 11,0 31.6 66.2 2.67 SS-mltgy,vf-fgr,pred vfgr,vwsrtd,f lam, sbang,wcmt,qtz,brn slt,tr glau. 23 11546.7 5.58 16.2 31.4 64.3 2.65 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wcmt,qtz,brn slt,tr glau. 24 11547.5 0.84 14.0 28.7 66.9 2.67 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wcmt,qtz,brn slt,tr glau. 25 11548.4 1.18 14.3 24.6 70.6 2.66 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wcmt,qtz,brn slt,tr glau,py. 26 11549.3 0.62 12.8 29.5 66.6 2.66 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wcmt,qtz,brn slt,tr glau. 27 11550.2 0.92 13.3 29.2 69.4 2.66 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wc~fc,qtz,brn slt,tr glau. 28 11551.2 19.7 17.1 37.3 60.3 2.66 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wcmt,qtz,brn slt,tr glau. 29 11552.4 5.97 16.4 22.4 71.1 2.65 SS-mltgy,vf-fgr,pred fgr,vwsrtd,wk lam, sbang,wcmt,qtz,brn slt,tr glau. 30 11553.5 375. 24.2 34.6 60.1 2.70 SS-vltgy,vf-n~jr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,occ glau. 31 11554.3 512. 24.0 42.1 54.4 2.67 SS-vltgy,vf-mgr,pred fgr,wsrtd,sbang,sli fri,qtz,cht,occ glau. 32 11555.2 405. 23.8 44.9 53.0 2.72 SS-vltgy,vf-n~jr,pred fgr,wsrtd,sbang,sli fri,qtz,cht,occ glau. 33 11556.4 424. 24.1 40.2 59.3 2.73 SS-vltgy,vf-mgr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,occ glau. 34 11557.0 349. 22.5 38.2 57.5 2.71 SS-ltgy,f-vcgr,pred fgr,mod srtd,sbang,wcmt,qtz,cht,glau. 35 11558.2 40.0 19.0 33.5 61.4 2.66 SS-ltgy,fgr,vwsrtd,vwk lam, sbang,wcmt,qtz,cht,occ glau. 36 11559.2 11.0 15.7 34.2 60.7 2.71 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 37 11560.2 23.5 17.9 32.1 60.2 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 38 11561.2 25.1 16.7 38.7 55.0 '2.78 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 39 11562.2 26.9 18.2 37.0 62.1 2.68 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 40 11563.0 46.8 18.0 38.8 59.7 2.65 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 41 11564.4 182. 21.5 38.6 60.6 2.65 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 42 11565.2 68.2 20.7 39.0 57.6 2.67 SS-]tgy,vf-fgr,pred vfgr,vwsrtd,wk ]am, sbang,wcml;,qtz,cht,tr glau. 43 11566.2 48.9 18.6 38.1 57.5 2.68 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk ]am, sbang,wcmt,qtz,cht,tr glau. 1 - 10 Company : BP EXPLORATION (ALASKA), INC. Well : POINT HcINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft n~ % % % gm/cc 44 11567.5 13.6 16.9 32.7 63.3 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 45 11568.2 66.9 19.8 36.4 61.4 2.66 SS-vltgy,vf-fgr,pred fgr,vwsrtd,occ lam, sbang-rnd,wcmt,qtz,cht,glau. 46 11569.2 4.98 14.9 30.4 65.6 2.67 SS-ltgy,vfgr,vwsrtd,wk lam, sbang,vwcmt,qtz,cht,tr glau. 47 11570.2 61.6 19.3 37.8 61.3 2.65 SS-vltgy,vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 48 11571.2 27.2 18.6 31.8 62.7 2.65 SS-vltgy,vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 49 11572.2 21.6 18.6 31.5 66.1 2.65 SS-vltgy,vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,tr glau. 50 11573.5 1.72 14.2 26.3 68.0 2.66 SS-ltgy,vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,tr glau. 51 11574.4 7.29 16.5 31.6 65.0 2.66 SS-ltgy,vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,tr glau. 52 11575.2 5.01 15.9 30.9 63.8 2.66 SS-ltgy,vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,tr glau. 53 11576.2 1.81 13.6 33.3 64.1 2.66 SS-ltgy,vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,tr glau. 54 11577.2 136. 20.5 41.9 58.0 2.64 SS-ltgy,vfgr,vwsrtd,sl lam, sbang,wcmt,qtz,cht,occ glau. 55 11578.2 115. 20.4 39.9 60.0 2.64 SS-ltgy,vfgr,vwsrtd,sl lam, sbang,wcmt,qtz,cht,occ glau. 56 11579.2 248. 25.1 47.6 52.2 2.74 SS-ltgy,fgr,vwsrtd,sbang,wcmt,qtz,cht,tr glau. 57 11580.2 108. 20.6 36.3 62.3 Z.68 SS-ltgy,fgr,vwsrtd,sbang,wcmt,qtz,cht,tr glau. 58 11581.5 123. 18.3 40.0 59.2 2.78 SS-vltgy,fgr,vwsrtd,sl lam, sbang,wcmt,qtz,cht,tr glau,frac. 59 11582.7 140. 21.1 43.1 55.5 2.66 SS-vltgy,fgr,vwsrtd,sl lam, sbang,wcmt,qtz,cht,tr glau. 60 11583.9 111. 19.1 37.3 56.4 2.75 SS-vltgy,fgr,vwsrtd,sl lam, sbang,wcmt,qtz,cht,tr glau. I 11584.2 186. 22.4 37.1 62.3 2.65 SS-ltbrngy,vf-fgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 2 11585.2 878. 24.5 40.0 59.2 2.65 SS-ltbrngy,vf-fgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau,frac. 3 11586.2 192. 23.3 39.6 59.7 2.67 SS-ltbrngy,vf-fgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 4 11587.2 123. 21.6 39.0 56.6 2.68 SS-ltbrngy,vf-fgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 5 11588.2 228. 23.9 34.9 65.1 '2.64 SS-ltgy,vf-fgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 6 11589.2 193. Z4.4 39.5 58.6 2.65 SS-ltgy,vf-mgr,pred vfgr,wsrtd,wk lam, sbang,wcmt,qtz,cht,glau. 7 11590.2 592. 25.8 37.2 62.2 2.64 SS-pale yelbrn,vf-fgr,pred fgr,wsrtd,sbang-sbrnd,sli fri,qtz,cht,sid. 8 11591.2 230. 23.1 37.9 58.1 2.65 SS-ltbrngy,vf-fgr,pred vfgr,wsrtd,lam brn slt,wcmt,qtz,cht,tr bit. 9 11592.2 328. 22.2 39.9 57.8 2.78 SS-ltgy,vf-mgr,pred fgr,wsrtd,wk lam, wcmt,qtz,cht,glau. 10 11593.2 595. 26.0 38.7 57.4 2.67 SS-ltgy,f-n~jr,pred fgr,wsrtd,sbang-rnd,sli fri,qtz,cht,glau. 11 11594.2 359. 24.8 38.7 60.5 2.67 SS-ltgy,f-n~jr,pred fgr,vwsrtd,sbang,wcnY~,qtz,cht,glau. 12 11595.2 27.1 15.1 37.5 61.8 2.95 SS-vltgy,vf-fgr,pred vfgr,wsrtd,wk lam, sbang,vwcmt,qtz,cht,glau. 1 - 11 Company .' BP EXPLORATION (ALASKA), INC. Well .' POINT NcINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formati on : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1380 Date : 31-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft mci % % % gm/cc 7 13 11596.2 653. 27.8 44.5 51.2 2.69 SS-vltgy,f-n~jr, pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 7 14 11597.2 693. 25.5 32.9 55.9 2.65 SS-pale yelbrn,fgr,vwsrtd,sbang,sli fri,qtz,cht. 7 15 11598.2 592. 25.4 43.1 56.8 2.64 SS-pale yelbrn,fgr,vwsrtd,sbang,sli fri,qtz,cht. 7 16 11599.2 434. 25.4 37.5 56.5 2.66 SS-vltgy,f-n~jr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 7 17 11600.2 249. 24.1 39.1 59.2 2.67 SS-vltgy,f-nxjr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,glau,tr brn cly gr. 7 18 11601.2 202. 23.2 36.6 59.6 2.67 SS-vltgy,f-n~jr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,glau,r brn cly lam. 7 19 11602.2 43.7 18.1 35.5 61.0 2.66 SS-vltgy,f-nmjr, pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau,wk lam. 7 20 11603.2 8.89 14.9 28.3 64.7 2.66 SS-vltgy,f-mgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,glau,wk lam. 7 21 11604.2 77.7 18.6 39.4 57.6 2.77 SS-ltgy,f-mgr,pred fgr,vwsrtd,wk lam, sbang,sli fri,qtz,cht,glau. 7 22 11605.2 <.01 1.4 21.6 76.9 3.10 SS-mgy,fgr,vwsrtd,sbang,vwcmt,qtz,cht,glau. 7 23 11606.3 14.0 17.9 33.2 57.7 2.66 SS-ltgy,fgr,vwsrtd,wk lam, sbang,vwcmt,qtz,cht,glau. 7 24 11607.3 96.6 22.5 36.4 58.2 2.65 SS-ltgy,fgr,vwsrtd, sbang,sli fri,qtz,cht,glau. 7 25 11608.2 21.1 17.8 35.4 57.6 2.66 SS-ltgy,fgr,vwsrtd,wk lam, sbang,vwcmt,qtz,cht,glau. 7 26 11609.2 33.4 18.6 37.4 54.9 2.67 SS-ltgy,fgr,vwsrtd,wk lam, sbang,vwcmt,qtz,cht,glau. 7 27 11610.3 27.1 19.4 32.8 56.8 2.67 SS-ltgy,fgr,vwsrtd,wk lam,sbang,vwcmt,qtz,cht,glau. 7 28 11611.2 14.1 17.7 30.0 60.2 2.67 SS-ltgy,fgr,vwsrtd,wk lam, sbang,vwcmt,qtz,cht,glau. 7 29 11612.3 4.57 14.2 27.4 71.9 2.69 SS-ltgy,vf-fgr,pred vfgr,wsrtd,wk lam, sbang-sbrnd,wcmt,qtz,cht,glau. 7 30 11613.4 7.27 16.2 29.1 63.0 2.66 SS-ltgy,vf-fgr,pred vfgr,wsrtd,wk lam, sbang-sbrnd,wcmt,qtz,cht,glau. 7 31 11614.2 27.8 17.3 34.0 61.8 2.65 SS-ltgy,vfgr,vwsrtd,lam, sbang,wcmt,qtz,cht,glau. 7 32 11615.2 178. 21.7 35.7 59.2 2.65 SS-ltgy,fgr,vwsrtd,p lam, sbang,sli fri,qtz,cht,glau,brn cly lam. 7 33 11616.2 57.4 20.0 34.8 58.4 2.66 SS-ltgy,vf-fgr,pred fgr,wsrtd,p lam, sbang-sbrnd,wcmt,qtz,cht,glau. 7 34 11617.2 22.6 18.2 32.5 61.9 2.65 SS-ltgy,vf-fgr,pred fgr,wsrtd,sbang-sbrnd,wcmt,qtz,cht,glau. 7 35 11618.2 1.05 13.5 33.5 63.5 2.68 SS-vltgy,vf-fgr,pred vfgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,glau. 7 36 11619.2 22.8 18.8 38.1 58.2 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,glau. 7 37 11620.2 80.1 20.2 39.5 56.0 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,glau. 7 38 11621.2 17.9 17.7 35.7 60.0 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,p lam,sbang-sbrnd,sli fri,qtz,cht,glau. 7 39 11622.2 28.0 19.1 40.8 56.9 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,sli fri,qtz,cht,glau. 7 40 11623.2 16.8 18.4 35.1 61.6 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,p lam, sbang,sli fri,qtz,cht,glau. 7 41 11624.2 26.2 19.2 34.6 58.7 2.$6 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,sli fri,qtz,cht,glau. 1 - 12 Company : BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE #6 CORE CORE LABORATORIES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi 1 e No.: BP-3-1380 Date : -31-Mar-1990 SATURATION SAMPLE DEPTH )PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 7 42 11625.2 3.40 15.2 30.9 61.9 2.67 SS-ltgy,vfgr,vwsrtd,wk lam, sbang,vwcmt,qtz,cht,glau. 7 43 11626.2 2.62 16.5 34.5 58.8 2.66 SS-ltgy,vf-fgr,pred vfgr,wk lam, sbang-sbrnd,wcmt,qtz,cht,glau. 7 44 11627.2 9.30 16.0 41.3 58.2 2.66 SS-ltgy,vf-fgr,pred vfgr,wk lam, sbang,wcmt,qtz,cht,tr lim cmt. 7 45 11628.4 21.7 18.9 34.1 60.4 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 46 11629.2 6.67 16.7 30.0 64.8 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,tr lim cmt. 7 47 11630.2 4.49 16.1 27.4 66.8 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 48 11631.2 7.46 16.6 31.2 62.5 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 49 11632.2 10.2 17.6 31.6 62.4 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 50 11633.2 3.70 15.6 32.3 60.4 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 51 11634.2 6.21 18.6 27.6 67.1 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 52 11635.2 3.65 15.4 30.0 63.0 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 53 11636.2 0.96 13.1 31.3 59.8 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 54 11637.2 34.1 19.1 37.3 58.1 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly, lim. 7 55 11638.4 47.8 19.6 36.8 59.0 2.65 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 56 11639.2 51.3 19.7 37.0 59.1 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,wk lam, sbang,wcmt,qtz,cht,glau,brn cly lam. 7 57 11640.2 8.49 18.5 30.1 64.7 2.73 SS-ltgy,vf-mgr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,brn cly,tr calc. 8 1 11644.2 34.6 18.6 38.8 57.3 2.66 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 8 2 11645.2 42.3 18.8 38.3 57.1 2.67 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 8 3 11646.2 138. 21.1 37.6 57.7 2.66 SS-ltgy,f-mgr,pred fgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 8 4 11647.2 64.8 21.1 40.5 55.8 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau, lam. 8 5 11648.2 123. 22.8 39.9 55.8 2.69 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 8 6 11649.2 161. 23.3 39.1 56.1 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcn~c,qtz,cht,occ glau. 8 7 11650.2 221. 23.2 39.9 55.7 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 8 8 11651.2 188. 22.3 40.7 55.1 2.75 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,occ glau. 8 9 11652.2 365. 23.4 46.8 50.7 2.66 SS-ltgy,vf-mgr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,glau,tr lim cmt. 8 10 11653.2 0.15 8.6 29.5 65.8 2.67 SS-mltgy,vfgr,wsrtd,f lam, sbang,vwcmt,qtz,cht,brn cly,glau. 8 11 11654.2 0.54 12.2 31.6 65.7 2.68 SS-mltgy,vfgr,wsrtd,f lam, sbang,vwcmt,qtz,cht,brn ¢ly,glau. 8 12 11655.1 0.26 10.9 27.5 70.3 2.67 SS-mltgy,vfgr,wsrtd,f lam, sbang,vwcmt,qtz,cht,brn cly,glau. 8 13 11655.4 0.42 13.1 37.5 54.7 2.67 SS-mltgy,vfgr,wsrtd,f lam,sbang,vwcmt,qtz,cht,brn cly,glau. I - 13 Company '. BP EXPLORATION (ALASKA), INC. Well : POINT McINTYRE /f6 CORE LABORATORIES Field : POINT McINTYRE Formati on .' EXPLORATION File No.: BP-3-1380 Date : 31-Mar-1990 CORE ANALYSIS RESULTS SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER f~ md % % % gm/cc 8 14 11656.2 0.51 12.6 28.6 68.6 2.67 SS-mltgy,vfgr,wsrtd,f lam,sbang,vwcmt,qtz,cht,brn cly,glau. 8 15 11657.2 0.47 11.8 31.2 66.3 2.66 SS-mltgy,vfgr,wsrtd,f lam,sbang,vwcmt,qtz,cht,brn cly,glau. 8 16 11658.2 28.9 16.9 29.0 63.4 2.66 SS-ltgy,fgr,vwsrtd,r lam, sbang,wcmt,qtz,cht,glau. 8 17 11659.2 167. 22.1 40.4 55.7 2.66 SS-ltgy,fgr,vwsrtd,r lam, sbang,wcmt,qtz,cht,glau,tr lim. 8 18 11660.2 105. 21.3 46.3 52.6 2.68 SS-ltgy,fgr,vwsrtd,r lam, sbang,wcmt,qtz,cht,glau. 8 19 11661.2 123. 21.0 39.4 55.9 2.64 SS-ltgy,fgr,vwsrtd,r lam, sbang,wcnfc,qtz,cht,glau. 8 20 11662.6 24.8 17.6 37.0 58.6 2.78 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,vwcmt,qtz,cht,occ glau,calc. 8 21 11663.2 35.8 18.9 38.2 58.2 2.65 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 8 22 11664.2 29.7 19.3 41.4 55.7 2.65 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcm'c,qtz,cht,glau. 8 23 11665.2 7.56 17.1 33.8 60.9 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcm'c,qtz,cht,glau. 8 24 11666.2 33.1 19.1 38.2 58.5 2.65 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 8 25 11667.2 29.5 18.5 37.6 56.1 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 8 26 11668.2 56.3 20.2 36.9 58.7 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 8 27 11669.2 16.8 18.1 35.1 59.0 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,sbang,wcmt,qtz,cht,glau. 8 28 11670.2 7.07 16.0 31.7 63.0 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,f lam,sbang,wcmt,qtz,cht,glau,brn cly. 8 29 11671.2 10.2 16.8 30.9 63.9 2.66 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,glau,brn cly. 8 30 11672.2 1.87 14.4 27.4 66.5 2.72 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,glau,brn cly. 8 31 11673.2 1.33 12.7 26.6 69.1 2.69 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,f lam, sbang,wcmt,qtz,cht,glau,brn cly. 8 32 11674.2 0.15 9.8 23.9 73.6 2.67 SS-ltgy,vf-fgr,pred vfgr,vwsrtd,f lam,sbang,wcmt,qtz,cht,glau,brn cly. 8 33 11675.2 336. 22.9 49.0 50.7 2.65 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,occ glau. 8 34 11676.2 452, 24.2 50,7 46,7 2.66 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,occ glau. 8 35 11677.2 191. 23.0 42.9 53.3 2.70 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcn~,qtz,cht,occ glau. 8 36 11678.2 185. 22.0 46.1 53.6 2.73 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,occ glau. 8 37 11679.2 239. 22.8 44.3 51.8 2.67 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,occ glau. 8 38 11680.3 207. 22.8 43.6 53.8 2.74 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,occ glau. 8 39 11681.2 220. 22.8 46.7 52.6 2.71 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht,occ glau. 8 40 11682.2 113. 20.8 51.3 48,6 2.90 SS-ltgy,vf-cgr,pred fgr,mod srtd,sbang-rnd,wcmt,qtz,cht,glau,brn cly,frac. 8 41 11683,2 273. 20.0 51.5 44.6 2.77 SS-ltgy,vf-mgr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,glau. 8 42 11684.2 278. 19,3 43.6 50.4 2.65 SS-ltgy,fg-mgr,r vcgr,pred fgr,wsrtd,sbang,wcmt,qtz,cht,glau. I - 14 .., rr'E : I:.~ ~..'-:,'i" ,~.:-:, ~" ~-.'.:, '~'~ ,::: s:: "i' '~' a 'i~ 'ii.~'m 5. 'iii.-iii. :i. ,:.~ 'a o I"" d 'r" ::,-" ,::: t.t '{'. I:. 5. 'a .9 '!i:.. s.~ :::'~ '."i'~ I:-" ZI. ,::.:, 5i!. I"' 'r'. ,:.~ ~'~'~ t,.~ ~.::: 'i" f'-I IE t::' (;)I... I... 0 (,..I ;i: i",! Ei i'.i r:':~ 'i" Iii; I".;: ;[ r:'.'~ I... :!: :!!; Ii.":, I!!: [I: N (}) i!~ I.j Iii i"i ;[ ')" '1" Iii[ [) H lie i:~'. Iii: (.,J ;IZ 'r I.-t, I::' I... Ii-i: f.'.~ :iii; IE ¢.~ C 14 N 0 i.,,1 I... Iii: l;;i (:..'; Iii: I:;: l!i; C Ii!; :I; F:' "i' li:~ '/ :3 :i; :ZZi~ i"-..! ;1; i'.! (3 f."~ E: (:'.~ 1::' Y 0 t::' "[' H :1; :::;; I... Iii: "¢"i" liiZ 1:.;: ~-.":~ i'..! l::r I:.;: Ii!; 'f' t...,' I;;'. l',! ]: i'..! (3 :tZ "f' "f' (:) "f' H ;f; ~i?, (3 I::' F:' :lZ E: Iii: ~ ,..~, - Iii: ,::, x :;ii Iii; 2 ,'.:;.', :1. ,.'.:.', .... 3:3 0 0 l!i: ,::, ::.:: 4 IE :3 3 ,:.';:, ,:.'::, .... 4 ? :3,.'.') Ii!: ,::, x 5 iii; 4 ':5;' :iii:,:.'.':, .... 7 2,.'.'..', (.'.', Iii', ,",.. ::...: ,:'!:, Iii: ":".....-..'".' ;",.... ;",.., ..... ,..,:::' 7 ,:".', .... ,:":, B ,.':, x 7 Iii: (ii: 7 0 0 .... :1. 0 2 0 0 I!~ ,::, ::.:: :ii..':, tE :1. 0 2 0 ,.'.') .... :t. :t. 0 :ii..', 0 E: ,::, :....': ? Ii!: :t. :I. ,.'.'.':, S ,.';.'.', .... :1. :1. 9 2 C, UMi'-'Lr_. I lUl~l U,M.i r_.. t.~u. L, UINI I J~t~, I AOGCC GEOLOGICAL MATERIALS INVENTORY LIST ( check off or list data as it is ~ceived 4117 I ~'///-r'//~ drilling histon/ ~/surve¥ cor~d i,{~wais ~r~ a,al~is ~ d~ ditch int=wals digital data I , i u LOG TYPE RUN INTERVALS SCALE NO. i i 1] 4} "6:!' 7} .... 1'0) "'ili ,. ,, 12! 13} I ,, ~ 41 ,, q .......... 15} 15] 1 §! i i i AOGCC DETAILED ~/ELr. LOG INVENTORY PERMIT NO. ~ ~ - a LOG TYPE RUN # INTERVAL SCALE AOGCC DETAILED WELL LOG INVENTORY PERMIT NO. ? ~ - ~7 LOG TYPE RUN # INTERVAL SCALE MEMORANCJM TO: State of Alaska ALASKA OIL ,A.,',D GnS CO~[SERVATIO~.~ CO~L%iSSION ['" ": " DATE: ~.on._ze C. Smit~..' i.? ~?arch 6, 1990 Commi s s i one:.- FILE NO: ,iT. ADA° 26 TELEPHONE NO: THRU: SUBJECT: FROM: Doug .Arno s Petroleu'm inspector Diverter Test BPX Pt. ~'~cIntyre I~'o. 6 Pe~nnit No. 90 ~o Exploratory . ' ~ RI4E it~ Sec 14 T12~, , %fednesda~,_~ Feb. 14, 1990: I traveled this date from AAI KRU to BPX Pt. ~{clntyre No. ~--~'~-1-% to wiuness the diverter test. The diverter tested successfully. With tb.e exception of the length of the 10" vent line running paz-alle! to the pits, I found the system 'to be in. compliance the AOGCC regulations 20AAC 25.035 (7) (b) (1). I requested to BPX re'presentative,_ John Wi]!boughby. ., , to e×tend that iir:e an additional !00' to better clear the boiler house. The extension had been accomplished befo.~'e drilling comn.~enced and verified by n~?Tse!f. !n sun:m~ary, i wit:nessed the diverter test at BPX Pt. >'lcIn. tyre No. 6 well. 02-001A (Rev. 8/85) BP EXPLORATION February 26, 1990 C. V. Chatterton Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 9950'1 Re: Exploration Fluids from Pt. Mclntyre #6 Well BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 Dear Mr. Chatterton: BP Exploration (Alaska), Inc. (BP) is the operator for the Pt. Mclntyre #6 exploration well, which is planned to have a bottom hole location within ADL 365548. BP hereby notifies the AOGCC that in the event that the production tests, if any, from Pt. Mclntyre #6 yield hydrocarbon liquids, BP may take such fluids either to Flow Station #1 (FS1) to be commingled with Prudhoe Bay production, or to Lisburne Processing Center (LPC) to be commingled with Lisburne production, for cleaning, processing, and sale. BP, as lessee for ADL 365548, intends to transfer right, title and interest of the fluids to the Prudhoe Bay owners or the Lisburne owners respectively. BP, as exploration operator on ADL 365548 and 100% working interest owner in Pt. Mclntyre #6, assumes responsibility for paying all royalty, tax and/or other assessments on produced oil from Pt. Mclntyre #6 exploration tests in 1990. Production rates will be measured using meters on separators during testing, and hydrocarbon volumes will be strapped in tanks. Production measurements will be made in accordance with AOGCC regulations 20 AAC 25.228 and 25.230. Metered volumes of the exploration test fluids will be reported by letter to the DOG and AOGCC after production tests are completed. Exploration volumes processed at FS1 will be deducted from the PBU Offtake/Production Allocation Report volumes under the category of Off Unit Receipts. Exploration volumes processed at LPC will be backed out of the Lisburne Offtake/Production Allocation Report volumes. RECEIVED FEB 2'8 1990 Alaska.Oil & Gas Cons. Commission Anchora~ C. V. Chatterton February 26, 1990 Page Two BP will notify the AOGCC prior to testing Pt. Mclntyre #6. If an AOGCC representative wishes to witness the test, BP requests that the representative obtain polar bear and environmental/cultural training from BP. A Beaufort Sea Environmental/Cultural Card and "polar bear stamp" are provided to persons who watch two videos at BP. Please contact Linda Dwight at (907) 564-4043 for further information about environmental training. Please indicate your approval below and return a copy of this letter to the undersigned. If your have any further questions feel free to contact myself at (907) 564-5989 or B. E. Stepanek at (907) 564-5511. Sincerely, BP Exploration (A~ T. J. Obeney cc. Pat Coyne, Exxon J. Dana Dayton, ARCO A. M Tadolini, ARCO ALASKA O_JJ..AND G,~S CO~7,ERVATION coMMIsSIONY C. V. Chatterton / 1990. ARCO Alaska, Inc. Post Office Bo.. ,00360 Anchorage, Alaska 99510-0360 TeOephone 907 276 1215 January 4, 1990 Mr. C. V. Chatterton Commissioner/Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Point McIntyre Development Dear Mr. Chatterton: This is to confirm our phone conversation regarding our desire to meet with you, Mr. Johnston and Mr. Smith to discuss Point Mclntyre development. The meeting is confirmed and scheduled as follows: DATE: January 19, 1990 TIME: 2-4:00 PM PLACE: ARCO Alaska ROOM: ATO-1 Our intention is to review the current status of the delineation well program, surface facility alternatives which are currently being considered and to briefly discuss permitting issues. As I mentioned, please feel free to invite any of your respective staff members to the meeting. We look forward to reviewing this important project with you. Sincerely yours, Kevin C. Myers Permits & Compliance Manager Pr'udhoe Bay, Lisburne cc: David Johnston-AOGCC Lonnie Smith - AOC~C ARCO Alaska, Inc. is January 4, 1990 Telecopy (907) 276-7542 M E bliller Exploration Lead Engineer BP Exploration (Alaska) Inc P O Box 196612 Anchorage, AK 995i9-66i2 Re: Pt Mclntyre #6 BP Exploration (Alaska) Inc Permit # 90-.8 Surf Loc 556'SNL, 4196'WEL, Sec 14, , , T12N R14E UM Btmhcle Loc 282'SNL, 1646'WEL, Sec 11, TI2N, R14E, U"M Dear Mr Miller: Enclosed is the approved application f'or permit to drill the above referenced well. The permit to drill does not exempt you from ob'raining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. To aid us in scheduling field work, please notify this office 24 hours prior to co~nencing installation of the blowout prevention equipment so that a representative of the Commission may be present to witness testing of the equipment b~fore the surface casing shoe is drilled. Where a diverter system is required, please also notify this office 24 hours prior to con~nencing equip~nent installation so that the Con~nission may witness testing before drilling below the shoe of 'the conductor pipe. ..... ~ V Ch, a~tert'dn Ch~irman AlaSk'~0il and Gas Conservation Co~mnission BY ORDER OF THE COI~vIISSION jo Enclosure C: Department of Fish & Game~ Hs. bitat Section - w/o encl Department off' Environmental Conservation - w/o encl MEMORANDUM TO: Patti Wightman GDC/OMB/Fairbanks FROM: S. Thor Cutler .~r-- Environmental Field Officer ADE C/NS DO/Fa irbanks STATE OF A'LASKA ' DATE: December 22, 1989 FILE NO: 395. 17. 008 k ~,,%~ TE EPHONE ldO 452 1714 ~ < #6 Spill Plan Change of~,. ~~_y Review- The Alaska Department of Environmental Conservation (ADEC) has reviewed the BPX Point McIntyre #6 well oil spill contingency plan and submitted comments and stipulations on December 8, 1989 for consistency review. Please note that this consistency review of the oil spill contingency plan does not include the approval of placarding labels. The stipulations for the BPX Point McIntyre #6 Exploratory Well are necessary to ensure maximum protection of the air, lands and waters of the state and to ensure prompt and adequate response to any spill event. (AIR, LAND, and WATER QUALITY 6AAC 80.140) To clarify the department stipulations, please change stipulations three (3) and five (5) to read as follows: 3 This stipulation that addresses spill reporting is based on 18 AAC 75.110 which includes: "(10) other information t h e department requires in order to fully assess the cause a n d impact of the discharge. AS 46.03.020(10)(A) AS46.03.775" Oil spill reporting includes the person reporting the spill and a phone number for a contact on the North Slope who has direct knowledge of the spill (an Anchorage phone number does not fulfill this need); the date and time of the spill, the date and time of report, and the date and time of knowledge of the spill if actual date and time of the'spill is unknown; the responsible party or company; the product type spilled, and a description of contaminant characteristics (the contaminant of environmental concern, MSDS may be appended); a location of the spill site, including the facility and a longitude and latitude of the nearest facility; the cause of the spill, including a description of any equipment involved and the reason for the release; the estimated volume spilled, in gallons, (a range may be given); the estimated volume recovered, in gallons, (a range may be given); the area affected and distance to the nearest environmentally sensitive area or distance to the edge of the pad;the method used for the cleanup activity, including the equipment and personnel; method and location of disposal, and the cleanup .... Patti Wightman - 2 - December 22, 1989 criteria appropriate to the contaminant spilled that is used to determine that the cleanup is done. A follow up cleanup report is required giving date cleanup completed and total gallons recovered. Any change in information from the~~ reports must be identified in the final report. Interim reports and additional information will be requested at the discretion of the department. Duplicate copies of initial or interim reports do not constitute a final report. Failure to provide information in a timely manner may result in a notification of violation. 5. Approval to burn, identifying conditions to be met before ignition is required. Approval to burn will only be granted in those cases where it is effective, and mechanical recovery is not possible without endangerment of human safety or to protect the environment. stc/jg cc: W. Matumeak, NSB/Barrow A. Ott, ADF&G/Fairbanks J. Wharam, ADNR/DOAG/Anchorage M. Wheeler, ADEC/Anchorage G. Zimmerman, ADNR/LWM/Fairbanks BP EXPLORATION December 20, 1989 BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, Alaska 99501 Attn' Mr. C. V. Chatterton Pt. Mclntyre #6 Enclosed, in triplicate, is form 10-401, our Application for Permit to Drill the above-named well. Also included are the attachments listed on the application form, and a check in the amount of $100 to cover the permit filing fee. At this time we request a waiver from the 300' minimum depth requirement for conductor casing as specified in AAC 25.030.C.2. Please find the attached request which provides further detail and justification. Yours very truly, M. E. Miller Exploration Lead Engineer MEM/KTH CC Richard Loveland Well File DEC '2 011989 ,' ..,M~.orao, . ,'. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work Drill [] Redrill Dllb. Type of well. Exploratory [] Stratigraphic Test [] Development Oil [] Re-Entry [] Deepen[]1 Service [] Development Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool BP Exploration BKB=40 feet Delineation 3. Address 6. Property Designation P. 0. Box 196612, Anchorage, Alaska 99519-6612 ADL 365548 4. Location of well at surface 7. Unit or property Name 11. Type Bond(see 20 ,~c 25.025) 556' SNL, 4196' WEL, SEC. 14, T12N, R14E Pt. Mclntyre At top of productive interval 8. Well number Number 499' SNL, 1739' WEL, SEC. 11, T12N, R14E Pt. Mclntyre #6 2S100302630-277 At total depth 9. Approximate spud date Amount 282' SNL, 1646' WEL, SEC. 11, T12N, R14E January 15, 1990 $200,000.00 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MDandTVD) pr°p'='~t'i~L'""" li~'4~22"" ~ 3632 feet Pt. Mc.#4- 5600'@ 9400'feet 3601 11735'MO/9440'TVOfeet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 ^AC 25.o35 (e)(2)) KicKott depth 1000 feet Maximum hole angle 47.7° Maxm~um surface 3650 pslg At total depth (TVD)9400Y4575 psl~;I ~18. Casing program Specifications Setting Depth s~ze Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 26" 20" 133# K-55 Butt 80 Surface 120 120 180 cu ft Arctic Set i 17-1/2" 13-3/8" 68# NT-80 Butt 2722 Surface 2762 2700 3725 cu ft Arctic Set II, !!1 12-1/4" 9-5/8" 47# NT80S NSCC 10737 Surface 10777 8540 2310 cu ft Class G 8-1/2" 7" 29# L-80 Butt 1208 10527 8308 11735 9440 400 cu ft Class G 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural sCu°;fdaUcCet°rRECEIVED Intermediate Production "[~E'C. ~i~} Liner ,. Perforation depth: measured ..?~t~$~,~ 0[[ & ~25 C0~,$. I; true vertical Anch0ta[je 20. Attachments Filing fee [] Property plat [] BOP Sketch [] Diverter Sketch [] Drilling program l~'l Drillin~l fluid pro~lram [] Time vs depth plot [] Refraction analysis [] Seabed report[] 20 AAC 25.050 requiremen, ts[].. 21. I hereby certify that the foregoing_is true and correct to the best of my knowledge ,.~.,,[~ Signed~r",~m~-- ~/~ 2 ~ Title Exploration Lead Engineer Date Commission Use Only Permit Number IAPI number IApproval date See cover letter .~'O '.~' 150'0'z-?''~-2-~'~-''~ I 01/04/90 for other requirements Conditi6ns of approval Samp,.~,les require,,~ .~_ Yes [] No Mud log requi[e~d ~E[Yes E No Hydrogen sulfide measures ~Yes I]~ No Directiona~l survey requ~? _~g[ Yes [] No workin ssur forB M; 1-13 ; I)O5M; I-IIOM; n15M; Other: ' . . by order of Approved by Commmmoner me commmsion_ .Da!e ....... Form 10-401 Rev. 12-1-85 Submit iplicate PROPOSED DRILLING PROGRAM,, Pt. McINTYRE #6 0 b i e c t i v e ~iasl~a Oil & '" . . Ancho~'a~j~ The Pt. Mclntyre #6 well is being drilled from Dockhead #3 of the West Dock causeway to delineate the Pt. McIntyre prospect to the northeast. In the event of sufficient hydrocarbons, it will be completed with the rig on location as a future production well. Ooerations -- Install and cement 20", 133#, K-55, Buttress conductor from 80' BGL to surface. If necessary, one joint or less of 30", 157.5# pipe will be installed to support surface gravel. Move in and rig-up rig, camp and support facilities. Nipple up diverter system and test. Vertically drill 17-1/2" hole to 1000 ft. TVD. Kick-off and directionally drill to the surface casing point at 2700 ft. TVD. Run and cement 13-3/8", 68#, NT-80CYHE, Buttress (ERW) casing to surface. Pressure test casing. Nipple down diverter system. Install and test 13-5/8" x 5000 psi. blowout preventer stack consisting of two sets of pipe rams , one set of blind rams and an annular preventer. Estimated maximum BHP is 4575 psi. at 9400' TVD ss. Maximum possible surface pressure is 3650 psi. based on a full gas column to surface. Drill out casing and 5' of new hole and conduct a formation leak-off test. Directionally drill 12-1/4" hole to the intermediate casing point at approximately 8500 ft. TVD. No abnormal pressures are expected in the 12-1/4" hole section. Run open hole logs. Log cased surface hole with GR. Run and cement 9-5/8", 47#, NT-80S, NSCC casing. Cement behind the casing will extend to +3400 MD. Pressure test casing. Drill out casing shoe plus 5' of new hole and conduct a formation leak-off test. Drill and core 8-1/2" hole to TD. Target intervals to be cored will be indicated by the wellsite geologist. Run open hole logs. Run and cement 7", 29#, L-80, Buttress liner from TD to approximately 250 ft. inside the 9- 5/8" casing. Clean out to float collar. Test casing and lap to 3000 psi. Change well over to NaC1 brine. Run CET/CBT/GR in 7" liner and run a gyroscopic survey from PBTD to surface. A cased hole VSP will also be performed. Complete well with a 7" isolation packer and a 4-1/2" simple completion. Nipple down BOPE and install tree on wellhead. Freeze protect 13-3/8" x 9-5/8" annulus to 3000 ft. Release rig. In the event of hydrocarbon shows, the well will be tested with surface testing equipment once the rig is released. At the conclusion of testing, a sub-surface safety valve will be installed below the base of permafrost, and the well will be suspended. Fluids incidental to the drilling of the well will be pumped down the 13- 3/8" by 9-5/8" annulus. KRL 12/18/89 Pt. McINTYRE #6 PROPOSED WELL DIAGRAM NON-FREEZING FLUID TVD (BKB) MD (BKB) 20" CONDUCTOR 120 FT 120 FT KOP(DIR:N24.7' E; ANGLE:47.7DEG) IO00FT BASE PERMAFROST 1840 FT 1847 FT SSSV 2040 FT 2053 FT 13-3/8" 68~/FT NT-8OCYHE BTC 2700 FT 2762 FT BOTTOM OF FREEZE PROTECTION (ESTIMATED) 3000 FT TOP OF g-5/8"CEMENT (ESTIMATED) 3400 FT ~4-1/2", 12.6~/FT L-8OTDSTUBING W/GLM's AND 4-1/2" TAILPIPE ASSEMBLY BEGINNING OF DROP TO 20' 7020 FT 8929 FT 4-1/2""X" NIPPLE 9-5/8" PACKER 8262 FT 10477 FT 7"LINER TOP 8308 FT 10527 FT 9-5/8" 47~/FT NT-80S NSCC 7" PACKER PLUG BACK TD 7" 2g~'/FT L-80 BUTT LINER 8540 FT 10777 FT RECEIVED ~, ~'/. 11655 FT 9440 FT 11735 FT KRL/12-18-89 ~URFA(~E HOLE DIVERTER ~YSTEM Two lines venting 90 deg. apart in directions that ensure safe down wind venting, and ex- tending to a point at least 100' from any potential source of ignition. 10"-Bu~ Valves 35' or as required 43' Dresser Sleeve 10" Diverter Line NOTES 1. All pipe connections 150# ANSI Flanges or welded connections and secured to prevent movement. 2. Manual 10" ,F~j! ~ valvd~ mechanically connected to ensure that one valve is fail-safe open at all times. 3. All turns are 90 deg. and targeted. 10" Full opening ball valve w/Hydraulic Actuator Cellar 20" Diverter Spool w/10" Side Outlet KRL 12/18/89 B.O.P. STACK CONFIGURATION 13-518 IN. TRIPLE RAM STACK S000 PSI WP DRILLING ANNULAR PREVENTER 2 IN. KILL LINEIL''' 1 -. ! I I I PIPE RAMS ! I I ! E1LIND RAMS ,I DRILLING SPOOL I I PIPE RAMS I ! 4 IN. CHOKE LINE GATE GATE Pt. MclNTYRE #6 DAYS vs DEPTH I- 121 LU LU n- iii -2000 -4000 -6000 -80OO -10000 -12000 ' 17-1/2" D:rill L ;j~ Set !3-3/8" Casi,ng ........................................................... . ......................................................... i i.i '"'"'"'"'" ...... "' -""-i ............................. ............ ....... ~ ;.,......,..~..., .............. ,.,......... ............ .., ................. ,..... ......................... i~ ~.,..,....z., ............ ..,., ........... ... .......................... ~-' .............. "?~;_' ..................... [ ............................ ~ ................................. i ................................ ~ ~ i 'o Drill 12-1/4" Hole, : ~ i e c~ ::,-, ,,, i ................ .......... ;2~ ........... J.-; ............... ~. ................................. ; .......................................................... .......................... ~, ................... ;... u_ ........... ,.-.~ ............................. ; ............. -~ ~ ,,~. r ;::~- ~" .................. ~ ............................ i ........................... ~, ........... ~ ............ o°' ~ · ~ ~_ ~ ~ ~ ! \ ! Drill &Oore · eE _.e ~. ~ -~-- : : -' w O ~ : ..... L ............................ ......... ---~ ..................... ~ ............... ~ ......... .~. ..................................................... 8-1/2 Hole ................. -r' .......... 0 ........... -~- ........... CD ............................ CL ~ ~ 0 i i ! .................... o ........... rr ............ o .......... o ......................................... Log Hole & Set 9-5/8" Casing ~._~-'~:, ,.I,~_ I ~ ......... ,.,.v .......................................... ,.,.,.,., ............. ,..,. -,. ............ , ,'- ~-'-' ......... ' ................................ · .......... .................................... . ............................................. . ...................................................... ~~,~ i 0 10 20 30 40 50 DAYS KRL 12/15/89 PT. McINTYRE NO. 6 DELINEATION WELL LAT. 70° 23'59.342" LONG. 148° 31'26.759' NAD 1927 X:681,333.71' Y=5,998,O21.62 ZONE 4 A.8.P. LOCATION: 556' 8OUTH OF NORTH LINE 4196' WEST OF EAST LINE R T13N I- 1- i i I 16 3\ : 2 ! DOCK 3 15 WEST [~OC SEA WATER_L TREATMENT 4196' 14 28 8~AGING I I I I 1 i I I I I DOCK 2 23 ___I,. N/VELL A 34 T 12N [ I mm PLANT 12 13 24 25 18 17 19 PR UDHO£ 2O BAY 3O BEACH 29 iTATE 1 31 32 SCALE: 1' : 1 MILE SURVEYOR'S CERTIFICATE I hereby certify that I am properly registered and licensed to practice land surveying in the State of Ala~ka and that all dimensions, computations and other detaiJs for this plat (]re correct. II II GSSOC, AS-STAKED POINT MciNTYRE NO. 6 DELINEATION WELL LOCATED IN: SECTION 14, T12N, R14F., UMIAT MERIDIAN, ALASKA ~REPARED FOR: BP EXPLORATION ALASKA )ATE: DRAWN: 10/1/89 JSP OB NO.: CHECKED: 80010 JC PTNC I NT -i0 I 21 EXXON, I ! ! PT. MC I NTYRE ~ 6 ' ........ BP--X._-_._I~ EXXON OY BOT T014 HOLE I~~Z PTMCINT-OG 1J~INT- 12 INT-04 PTMCINT-!OG 5 14 PTMCINT-O EXXO ARCO P~MCINT- 24 FEET I I 0 2000 ~5 Pt. MclNTYRE #6 DIRECTIONAL DIAGRAM DEPARTURE TO TARGET: 5874 FT 11043 FT MD 8790 FT TVD BKB DEPARTURE TO BHL: 6110 FT 11735 FT MD 9440 FT TVD BKB TRUE NORTH GRID N 24° 42' E SURFACE LOCATION: X = 681,334 FT ;Y = 5,998,022 FT; ASP 4 556 FT SNL; 4196 FT WEL SEC 14, T12N, R14E RECE[:/E,D NOTE: THE CLOSEST WELL TO PT. MclNTYRE #6 IS PT. MclNTYRE #4 LOCATED 7600 FT SOUTHEAST AT THE SURFACE AND 5600 FT AT 9400 FT TVD. KRL/12-18-89 Pt, MclNTYRE #6 MUD PROGRAM Interval Mud Weight Viscosity Fluid Loss (sec/qt) (ml/30min) DH 0-2,762' 8.8-9.8 100-200 20-15 8.5-9.0 2,762'- 10,777' 9.2-10.5 9.2-10.5 10,777'- 11,735' Set 13-3/8" casing 40-60 8-16 8.0-10.0 Set 9-5/8" casing 40-60 8-16 8.0-11.0 Mud Type/ Components Generic Mud #5 Fresh water Gel Soda Ash Barite Generic Mud #7 Fresh water Gel Caustic Soda Soda Ash Barite Sodium Bicarbonate Lignite Soltex Drispac PHPA Polymer Generic Mud #7 Seawater Fresh water Gel Caustic Soda Soda Ash Barite Sodium Bicarbonate Lignite Soltex Drispac PHPA Polymer - Choke Manifold - Poor Boy Degasser . - Brandt VacuumvType Degasser - Brandt Dual Tandem Shale Shaker - Pioneer Mud Cleaners - Pioneer MKI Centrifuge TRIP TANK, '15' I'P~p / ,; 20 88L// ' ~ I ~z~ /' ~/'~MD DIST~I TION O . 1 - RecOrding drilling fluid pit 'level indicator with both visual and audio warning degices at driller's console ' 1 - Trip Tank (75 BBL.) 1 - Drilling fluid flow sensor with readout at driller's console 11 - 5 Hp Agitators .~.,~ - BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 Monday, December 18, 1989 Mr. Chatterton AOGCC 3001 Porcupine Drive Anchorage, Alaska 99501 Re' Application for waiver on conductor setting depth Pt. Mclntyre #6 Dear Mr. Chatterton' We are planning to drill Pt. Mclntyre No. 6 off the West Dock causeway this winter, spudding in January. The well will be directionally drilled to the bottom hole location approximately 6110 ft away with a direction of N24.7°E. The casing program calls for a 20" conductor to be set 80' (2 joints) below the ground level (ground level is approximately 4' above sea level), 13-3/8" casing at approximately 2762' MD (2700' TVD BKB), 9-5/8" casing at approximately 10,777' MD (8540' TVD BKB), and a 7" production liner to T.D. at approximately 11,735' MD (9440' TVD BKB). The 20" and the 13 3/8" will be cemented back to surface. One joint of 30" pipe dry drilled into the top of the permafrost may be required to support the gravel from sloughing into the 26" hole which will be drilled to 80' BGL for the 20" conductor. Regulation AAC 25.030c states that for wells drilled from an artificial gravel island the conductor casing is to be set at least 300' below mud line and a leak-off test is to be performed after drilling out no more than 10' of new hole. We request a waiver of the setting depth for the 20" conductor and a waiver from the regulation requiring a leak-off-test below the conductor shoe. Following is a list of wells in the immediate area that all have conductors set at 80' below ground level: Offshore: Niakuk #5, #6, Sag Delta #3, #4. Onshore: Arco Point Mclntyre #3, #4, #5; BPX K-l, K-11, K-2A Also, the development wells at Endicott (offshore gravel island) use conductors set 110' below ground level. We consider 80' of conductor to provide adequate control and stability while drilling the 17-1/2" surface hole to approximately 2762' MD. -~ ,, ~,~s,'''~ A verbal response to this waiver application is requested at your earliest convenience as we would like to install the conductor as soon as possible. Thank you for your cooperation. Yours Truly, M. E. Miller Exploration Lead Engineer CHECK LIST FOR NEW WELL ITEM APPROVE DATE (2) Lo c/('2' th ~/~ ru 8') (8) (3) Admin//< (9 thru -' (10 and ~3) (4) Casg ~_~./~f m-,~.:.-.,~ ~ (14 thru 22) (5) BOPE (23 thru 28) }/ (29 thru 31) Geology: En~g~neering: rev: 01/30/89 6.011 PER, fITS Company 1. Is the permit fee attached .......................................... Lease & Well No. YES NO 2. Is well to' be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. Is well located proper distance from other wells .................... 5. Is sufficient undedicated acreage available in this pool ............ 6. Is well to be deviated and is wellbore plat included ................ 7. Is operator the only affected party ................................. 8. Can permit be approved before fifteen-day wait ...................... e 10. 11. 12. 13. Does operator have a bond in force .................................. A · Is a conservation order needed ...................................... Is administrative approval needed ................................... ~ Is the lease number appropriate ..................................... Does the well have a unique name and number ......................... REMAP~s 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. Is conductor string provided ........................................ Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water ..................... Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed ............................ Is a diverter system required ....................................... Is the drilling fluid program schematic and list of equipment adequate Are necessary diagrams and descriptions of diverter and BOPE attached. Does BOPE have sufficient pressure rating - Test to ~~ psig .. Does the choke manifold comply w/API RP-53 (May 84) .................. Is the presence of H2S gas probable ................................. For 29. 30. 31. 32. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ If an offshore loc., are survey results of seabed conditions presented Additional requirements ....................................... ; ..... INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE i o 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 APPENDIXi No special'effort has been made to chronologically organize this category of information. /¥ CONFIDENTIAL DIRECT DIGITAL LOGGING PROCESS ED ANALYSIS L ,L .L .L ,L L L L L .L LLLLLLLLLLL LLLLLLLLLLL IIIIIIIIII IIIIIIIIIi II II II II II II Ii ii IIIIIIIIIi IIIIIIIIII SSSSSSSSSS SS .SS SS SS ~. ~. ==. ,~. ,% ~. ~'~, ~. ~. ,'-. ,". ,--. ,'. ,=~,., .~., . SSSSSSSSSS SSSSSSS$ D D D D D D D D D U U U U DDDDDDDDDr> UU UU D D D D U U U U DE> DD UU UU DD DE) UU UU DE> DD UU UU DD DD UU UU DD DD UU UU DD DD UU UU L"') D , D D U U U U DDDDDDDL)L>D UULiULIUUUUUUU D DD DE) DD DD UUUUUUUU UU PPPF'P F'p. PP~'r P PPPPPPPPPPPi P P PP F'i P P PPP r-'P PP PPt'-" i::' ~ PPPPPPPPPPF:i PP PP 33 33 33 ~, ~, ~ ._, 3333 33 33 :33333333333 3333333333 2222222222 222222222222 22 22 22 22 22 -- -- 22 22 ~-~ ,-).- © .-, .~, ..~ .~.- .-, .-~ .-., :..' ~ :-' .'-.' :-/22 :-' :-' ~ :'.' 2 OOO000OO O0 O0 O0 O0 O0 O0 O0 0 0 O0 O0 O0 O0 O0 O0 O0 00 00 O0 O0 O0 O0 O00000 CiO O0 00000000 O0 O0 O0 O0 O0 O0 O0 '00 AA AAAA AA AA AA AA AA AA AA AA AAAAAAAAAAAA AAAAAAAAAAAA AA AA AA AA AA AA AA AA 00000000 444 OOOO000000 4444 O0 44 44 O0 44 44 O0 44 44 O0 44444444444 O0 444444444444 O0 44 O0 44 O0 44 0000000000 44 00000000 44 PPPPPPP~'~ RRRRRRRRRRR PPPPPPPPPPPP RRRRRRRRRRRR PP PP RR RR PP PP RR RR PP PP RR RR PPPPPPPPPPPP RRRRRRRRRRRR PPPPPPPPPPPP RRRRRRRRRRR F'P RR RR PP RR RR PP RR RR PP RR RR PP RR RR PPPPPPPPPPP PPPPPPPPPPPP PP PP PP PP PP PP PPPPPPPPPPPP PPPPPPPPPPPP PP PP PP PP 999 999 :.4. :~ ..~ ,¢ 99999999 '~ '~ '~ ¥ 99 99 '99 99 99 99 999999999999 '.v '..~ 9 '9999 '99999 9'9 99 '99 99 9999 9 9 9 99 9 9 '9 9999999999 M bi M M M I'i I'i I'i bi Iq f'i {':i: 1,1H MI,1I`IM ~'i~ 1,1 I,iM I'i M M i',i l'i H ~,i I`i M ,-,'"'~ bi bl I,i 0 O0 0 0 0 00 U U U U U {J U U U U 0 0 ') 0 0 0 0 0 0 0 0 ~"i O0 ~ 00000000 O0 00000000 Ser. vice name P~evic, u~ r. eel: HEADER Data: 9 0..." 04/3 0 Origin: Comments: RECORD'"' Reel name: Pt. Mc, Page Continuation ~: Oi TAPE HEADER Set. vice name: &G5FOI I Previous tape: Date: 90?04?30 Origin: . Comments: Tape name: Pt, Hc, Continuation ~: Oi ***:~ FILE HEADER File name: .00I Set. vice name: Version Previous ~ile: Date: Maximum length: 1024 File tppe: LO -. I NFORMA T I ON RECORDS H N E H CN WH FH COUN STAT CTRY AP I N LATI LONG SECT TOWN RANG EK8 EDF; EGL PD LMF DHF RUN TIHE DATE LCC SON LUN FL LUt. ENGI WITN DD DL CSDi CSLi TLI 8LI TCS TLAB 8HT HRT hiT HSS DFD M',/IS DFPH DFL Rt,1 RHF ttFST HFSS RHC cONTENTS DP Pt, Pt, HclNTYRE NORTH SLOPE ALASKA USA 22000 0 Dmg 0 Dmg 12N,, i4E., 41,500 41,500 3,260 HS,.. KB,., KB,.. ,,., 0,000 17/ 2/9u ~0 ...... Pt, Mc. %6 7611/51939 NORTH SLOPE HORTH SLOPE HcKAY/ADDISOH STEPANEK 11920.000. 11920.000, 0.000 ..... 0.000 .... ~.~00,,. 11914,000 0,000 .... 0.000 .... i68,000., 168,000,, BLAND CIRCULATED 000 000 000 000 000 000 000 EXF'LORAT 101',1 MclNTYRE %6 000 .......... 0 Nin 0 0 Min 0 i i ,i. ~ AP I NUH: IIltIIi 0 0 Sec · IIJIlIliJII llllllIiIIl IlIlImIJlJI IIlilIllll! 50-029-22000 IIImIlmII ifliI.iim I · I i i :l r I i IIllll.llllIlIIlllllIIIIll'lllllllllIltll IllllJtlllllltllfllIIlllllllllllllllllllll IIIIIIIIIIIIIIIIIIIIIIIllllllllillllIIIII! lllllllllllIlllllllllllllllllliIIIIIIIIIII IIIIllllllllllllllllllllllllllllllllllllll I I I I I I ! ,I ! I .I · I Uf.I I T TYPE CATG o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 FT 0 3 FT 0 FT 0 0 0 3 0 3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 FT 0 3 FT 0 3 FT 0 3 FT 0 FT 0 FT 0 HR 0 2 HR 0 4 DEGF 0 i DEGF 0 0 0 LB/G 0 2 CP O 2 0 2 0 2 OHMH O 2 OHHH 0 2 DEGF 0 2 0 2 OHMM 0 2 SIZE 40 40 40 20 '.-.2 u :-'U 4 .34 34 2 4 4 4 2 2 2 4 8 10 10 20 20 20 20 4 4 4 4 4 4 4 4 4 4 20 '20 4 4 4 4 4 4 4 12: 4 CODE 65 65 65 65 65 65 68 65 65 6,5 65 65 68 68 68 65 6.,5 65 79 6,8 65 79 65 65 65 65 65 65 68 68 68 6,8 68 68 68 68 68 68 65 65 68 68 68 68 68 68 68 65 68 ERROR N H £ N MCSI' MCSS CS BS I NFORMAT I ON RECORDS CONTFNTS UI'II T O, 000 ................................................... ,. , ,_ ,. ,_ , o , , o ...................... , ..... , , , , , ............. U, UUU ................................................... 0,0 0 0 ................................................... DEGF TYPE CATG SIZE 4 12 4 4 CODE 68 Page ERROR ........ COMMENT RECORDS l.~le 1 1 t.~l e 1 1 Wel 1 &tel 1 ~le 1 1 Wel 1 Well Location Comment Location Comment. Location Comment Location Comment 4: File Comment 1: COMPOSITE OF RUN File Comment 2: RUN I DATE: 02-I File Comment 3: RUN 2 DATE: 03-0 Well File Comment 4: RUN J DATE: 03-1 FNL & 1084' FWL 1, 2 & 3 WITH TVD & TVDSS INCLUDED, 7-90 2-90 4-90 ** LIS tape written bp: ANCHORAGE COMPUTING CENTER ** All curve and tool mnemonicz uzed are thoze ~hich mozt clozelp match ** ** Halliburton cur. ye and tool mnemonics, ** HALLIBURTON TO SCHLUMBERGER TOP BOTTOM MNEM SERVICE UNIT MNEM SERVICE UNIT DEPTH DEPTH FT DEPT FT 98,00 TENS DIL LBS TENS OIL LBS 98,50 SP OIL MM SP OIL MM 98,50 GR OIL AP1 GR DIL APl 98.50 ILD DIL OHMM ILO DIL OHMM 98,50 ILM DIL OHMM ILM DIL OHMM 98.50 LL3 DIL OHMM LLM DIL OHMM 98,50 CTEN DIL LBS CTEN OIL LBS 98,50 TENSi 8CS LBS TENS 8CS LBS 98.50 SP1 8CS MY SP 8CS MY 98.50 DEPTH 11950 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 Page DT 1 CTEN1 TENS2 CALI2 RHO82 DRH02 FCNL2 NCNL2 PEF2 rJPHI2 HPH 12 N R A T 2 TEf-ISJ CALLS LLD7 LLS3 MSFL3 T V D TVSS BCS BCS 8C:9 SLDCNT SLD SLD SLD Cf,IT CNT SLD SLD CN T CNT D LL DLL QLL DLL DL L DLL COHPUT COHPUT AP1 US/F L89 LBS I N G/'C ~ G/'C3 CPS CPS B/EL PU SSPU LBS AP1 IN OHMH OHMH OHMH FEET FEET GR DT CTEN TENS CALl RHO8 DRHO FCNL N C N L PEF DPHI NPHI NRAT TENS GR CALl LLD3 LLS MSFL TVD TVSS 8CS 8CS SLDCNT SLD SLD SLD CNT CNT SLD SLD CNT CNT DLL DLL DLL DLL DLL DLL CONPUT COHPUT AP1 US/'F LBS LBS IN G?C3 G/C3 CPS CPS B/EL PU SSPU LBS AP1 IN OHMM OHMH OHHI'I FEET FEET 98,50 98 50 99 50 98 50 98 50 98 50 98 50 98 50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 98,50 11947 O0 11947 O0 11947 O0 ! 1947 80 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 O0 11947 .00 11947.00 11947,00 11947,00 11947,00 11947,00 DATA ENTRY FORMA TYPE T SPEC I F I CA SIZE CODE 16 1 GG 0 1 GG TIONS ENTRY.BLOCK LEGEND ~-~:~ TYPE DESCRIPTION 16 0 Datum =pmci~ication block =ub-t~pm Terminator ( no morm mn.trims ) DATA F 0 R M A T '.qPEC I F I CAT I OHS :~-::~....~ D~TIJH SPECIFTCATIOI',I B ~"""" 4: :~ :f: :~- :'i-: :'1¢ ~- :-I-: :~. :'e :+: :¥ :~ :~ · :+: :~. :.1¢. :.1¢. :.t'. :~. :~ :-I¢ :.t.: :~ :~ :~ :'1¢ ~ :.t': :.1-: :.F: :~ :~ :+: :-!¢ :-1.: SERVICE SERVI'CE ~pl' fiF'! flF'l' ~PI MHEM ID ORDER ~ UHIT LOG TYPE C:LASS blOD FILE # PRC SIZE LVL SMPL RC PROCES S Ii'-tDICATORS DEPT Pt TENS D i L Pt SP DIL Pt GR DIL I LD D i L Pt ILM [)IL Pt LL3 DIL Pt C'I'EN D I L TENS B£:S Pt SP ~ BCS Pt. GR BCS Pt DT BCS Pt CTEN BCS Pt TENS SLDCNT Pt CALl SLD Pt. RHO8 SLD P~. DRHO SLD Pt FCNL CNT Pt NCNL CNT Pt. PEF SLD Pt DPHi SLD pt-.. t-IPHi ChIT Pt. NRAT CNT P-I:. TEI',IS DLL Pt GR DLI. Pt. CALl DLL Pt. LLD3 DLL Pt. LLS DLL Pt. MSFL DLL Pt TVD COMPUT Pt. TVSS COMPUT Pt. M C , Mc, Mc, F1 c, Mc, Fir'_, Mc. Hc, Mc, blc, Hc Mc Hc Mc Mc Mc Mc Mc Mc Hc Mc M c Mc Mc Mc Mc Mc. FT 0 0 0 0 LBS 94 6~5 0 i MV 94 I 0 i i AP1 94 Si O 1 i OHMM 94 12 0 46 i OHMM 94 120 44 i OHMM 94 22 0 6 1 LBS 94 635 0 1 LBS 94 6~5 0 i MV 94 1 0 1 i AP1 94 ~1 0 1 i LIS,.;F 94 52 0 32 LBS 94 6..-45 0 i LBS 94 635 0 i i N 94 280 2 i G/CS 94 350 1 i G,,;C:3 94 ~5G i i CPS 94 334 3i i CPS 94 334 30 I B ,..' 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EHS Pagm 0400. 000 6157,203 -999,250 -999,250 10300,000 5676.854 -999,250 -999,250 10200.000 5735,078 -999,250 -999,250 lOlO0,O00 5589,518 -999,250 -999,250 I0000,.000 55.02,182 -999,250 -999,250 9900.000 5531,294 -999,250 -999,250 9800,000 5574,962 -999,250 -999,250 9700.000 5953,419 -999,250 -999.250 5545 -999 -999 5327 76 -999 -999 5269 74 -999 -999 5152 -999 -999 5167 89 -999 -999 5065 79 -999 -999 5036 77 -999 -999 5007 76 -999 -999 ,850 ,005 ,250 ,250 ,509 .555 ,250 ,250 ,285 ,689 ,250 ,250 ,837 ,087 ,250 ,250 ,393 ,451 ,250 ,250 .501 ,635 ,250 ,250 ,389 .391 .250 ,250 ,276 .898 ,250 .250 73..7 i03 -999 -999 76 102 -999 -999 74 100 -999 -999 73 97 -999 -999 89 97 -999 -999 79 96 -999 - 999 77 91 -999 -999 76 94 -999 -999 .005 ,39i ,250 ,250 ,555 .235 ,250 ,250 ,689 ,250 ,250 ,087 ,365 ,250 ,250 ,451 ,049 ,250 ,250 ,635 ,804 ,250 ,250 .391 ,689 ,250 ,250 ,898 ,352 ,250 ,250 93, 160 89,027 -999,250 -999,250 88,956 84,482 -999,250 -999.250 98,941 9.0,887 -999,250 -999,250 97,049 90,654 -999,250 -999,250 93,336 93,634 -999,250 -999,250 100,203 90,286 -999,250 -999,250 93,371 89,085 -999,250 -999,250 93,125 91,991 -999,250 -999,250 2 t312 -999 -999 2 1232 -999 -999 2 1789 -999 -999 3 li62 -999 -999 2 1222 -999 -999 2 1377 -999 -999 2 1352 -999 -999 2 1548 -999 -999 .,733 ,719 ,250 ,250 ,473 ,250 ,250 .978 ,422 ,250 ,250 ,012 ,182 ,250 ,250 ,312 ,396 ,250 ,250 ,924 ,952 ,250 .250 ,862 ,862 ,250 ,250 ,617 ,562 ,250 ,250 2 -999 -999 8177 2 -999 -999 8090 3 -999 -999 8004 3 -999 -999 7921 2 -999 -999 7839 2 -999 -999 7759 2 -999 -999 7680 2 -999 -999 7603 ,389 ,250 ,250 ,46i ,546 ,250 ,250 ,361 ,019 ,250 ,250 ,931 ,020 ,250 ,250 ,438 .338 .250 .250 ,824 ,953 ,250 .250 ,595 ,879 ,250 ,250 ,687 ,587 ,250 ,250 ,386 2 -999 8i35 2 -999 -999 8048 3 -999 -999 7963 3 -999 -999 7879 3 -999 -999 7798 3 -999 -999 7718 3 -999 -999 7639 3 -999 -999 7561 ,861 ,250 ,250 ,96i ,962 .250 ,250 ,861 ,323 ,250 ,250 ,431 ,475 .250 ,250 ,938 .018 ,250 ,250 ,324 .250 .250 ,095 ,129 ,250 ,250 ,187 ,116 .250 .250 ,886 770,783 -999.2~0 -999,250 680.461 -999.250 -999,-250 695.515 -999,250 -999,250 665,407 -999,250 -999,250 705,551 -999,250 -999,250 705,551 -999,250 -999,250 725,6'22 -999.250 -999,250 780.819 -999.250 -999,250 DEPT TENS 9P FCNL CALI SP HCNL LLD~ DR GR PEF LLS TR RECORDS ILD C'.TEN DPHi HgFL I LH TENS NPH i TVD LL,'3 CALi HRAT TVSS C TEN RHOB TENS Page 9600,000 5167.393 -999,250 -999.250 9500.000 5080.057 -999.250 -999.250 9400,000 4934.496 -999.25O -999.250 9'~00~. . 000 4:376. 272 -999.250 - 999,2 ~, O 9200.000 4890.828 -999.250 -999.250 9100.000 4832.604 -999,250 -999.250 9000.000 4701.600 -999.250 -999.25O 8900. 000 4672.487 - 999,2 ~ n 999 ""~- 0 4832.604 64.770 -999.250 -999.250 4701.600 64,320 -999,250 -999.250 4541,483 62,134 -999.250 -999,250 4439.591 60,208 -999,250 -999.250 44~9,591 69,230 -999.250 -999,250 4410,479 55.594 -999,250 -999,250 4352.255 55.550 -999.250 -999.250 4250 '~62 54. 000 - '~ '.~ 9, ~ ~ 0 -999,250 64.770 94.667 -999.250 -999.250 64,320 i00,623 -999,250 -999,250 62.134 9i.689 -999.250 -999.250 60.208 89.201 -999.250 -999.250 69,230 88,956 -999,250 -999,250 55.594 92.319 -999.250 -999.250 55,550 74.73i -999.250 -999.250 54,000 72.139 -999,250 -999.250 96 91 -999 -999 99 93 -999 -999 90 89 -999 -999 89 9t -999 -999 93 91 -999 -999 92 90 -999 -999 70 95 -999 -999 66 93 -999 -999 .489 .754 .250 .250 .607 .266 .250 .250 .463 ,93i ,250 ,250 .657 ,312 ,250 ,250 ,230 ,916 ,250 ,250 ,880 ,370 ,250 ,250 ,807 .169 ,250 ,250 ,008 ,151 ,250 .250 2 1242 -999 -999 2 i297 -999 -999 ii32 -999 -999 2 1152 -999 -999 2 1207 -999 -999 3 ii97 -999 -999 3 1i47 -999 -999 2 1197 -999 -999 .792 .468 .250 .250 .824 .665 .250 .250 ,125 .074 ,250 ,250 .930 ,146 ,250' ,250 ,473 ,343 ,250 ,250 ,876 ,307: .250 :' .250 ' ,845 ,128 ,250 ,250 .937 .307 .250 .250 2.8i0 -999.250 -999.250 7526.856 2.836 -999,250 7450.882 3,100 -999,250 -999,250 7~75,411 2.895 -999.250 -999.250 7298.891 2,206 -999.250 -999,250 7220,812 3.757 -999.250 -999.250 714i.583 3.759 -999.250 -999.2~0 7062.239 2,901 -999.250 -999.250 6983.762 -999 -999 7485 3 -999 -999 7409 3 -999 -999 7333 -999 -999 7257 3 -999 -999 7179 3 -999 -999 7100 3 -999 7020 3 -999 6942 · 092 .250 .250 .356 ,038 .250 ,250 ,382 .246 ,250 ,250 ,911 ,06I ,250 ,250 ,186 ,250 .250 ,312 .733 ,250 ,250 ,08:3 .656 .250 .250 ,739 .512 .250 .250 .262 715.586 -999. ~'-.'50 -999.250 675.443 -999.250 575.085 -999.250 -999.250 549.995 -999.250 -999.250 605.192 -999.250 -999.250 660.390 -999.250 -999.250 685.479 -999.250 -99'9,250 4.. 336 -999.250 - 999 , 250 .DE:PT TEH'3 DRHO GR TENS SP FCNL CALl SP HCNL LLD3 DATA GR PEF LLS RECORDS ILD CTEN DPHi MSFL I LM NPHi" TVD LL~ C~Li HRAT TVSS CTEN RHOB TENS P~g~ 11 8800,000 4439.591 -999,250 -999.250 8700,000 4395,923 -999.250 -999.250 8600.000 4279.475 -999.250 -999.250 8500.000 4192.139 -999,250 -999.250 8400,'000 4133.914 -999.250 -999.250 8300.000 4148.47I -999,250 -999.250 8200.000 J944,686 -999.250 -999,250 8100,000 3930.130 -999.250 -999.250 4090 -999 -999 4046 48 -999 -999 3915 -5 -999 -999 3842 28 -999 -999 3784 I -999 -999 3755 8 -999 -999 3668 19 -999 -999 3668 66 -999 -999 .247 ,763 ,250 .250 ,578 ,302 ,250 ,250 ,574 ,144 ,250 ,250 ,79.3 ,944 ,250 ,250 .569 ,509 ,250 ,250 ,458 ,4i9 .250 ,250 .121 ,962 ,250 ,250 .121 ,051 .250 .250 35,763 59.351 -999,250 -999,250 48,302 79,496 -999,250 -999,25.0 -5,144 57,424 -999,250 -999,250 28.944 60.612 -999.250 -999,250 1.509 53.009 -999,250 -999.250 8,419 49,541 -999,250 -999,250 19.962 63,4i5 -999.250 -999,250 66.051 9i,759 -999,250 -999,250 58,860 95.598 -999,250 -999.250 87,625 98.109 -999.250 -999.250 56,513 94,629 -999,250 -999,250 63,380 86,832 -999,250 -999,250 45,442 105,555 -999,250 -999.250 43,234 135,012 -999.250 -999.250 59.841 99,i16 -999,250 -999,250 89,271 98.235 -999,250 -999,250 2.571 i036,733 -999,250 -999,250 3 977 106i,823 -999,250 -999,250 1,798 1011,644 -999,250 -999,250 2.667 966,482 -999,250 -999,250 1,642 1016,662 -999,250 -999,250 2,161 1061,823 -999,250 -999.250 2.916 941.393 -999,250 -999,250 3,565 941,393 -999.250 -999.250 2 -999 -999 6906 3 -999 -999 6830 2 -999 -999 6754 3 -999 -999 6679 2 -999 -999 6603 2 -999 -999 6529 3 -999 '-999 6458 3 -999 -999 6389 ,825 ,250 ,250 ,295 ,784 ,250 ,250 ,188 ,187 ,250 ,250 ,880 . '124 ,250 .250 ,266 ,037 ,250 ,250 ,795 ,585 .250 ,250 .949 ,512 ,250 ,250 ,563 .411 ,250 .250 ,066 4 -999 -999 6864 3 -999 -999 6788 5 -999 -999 6713 5 -999 -999 6637 5 -999 -999 6562 6 -999 -999 6488 5 -999 -999 6417 3 -999 -999 6347 ,929 ,250 ,250 ,795 ,958 ,250 ,250 .688 ,558 ,250 ,250 ,380 .446 ,250 ,250 ,766 .380 ,250 ,250 ,295 ,143 ,250 ,250 ,449 ,554 .250 ,250 · 063 ,549 .250 .250 ,566 549 -999,250 -999,250 580,103 -999.250 -999,250 534,941 -999,250 -999,250 519.888 -999.250 -999,250 509,852 -999.250 -999,250 514,869 -999,250 -9'99.250 50'9.852 -999.250 -999.250 -99'9,250 -999.250 -DE.PT TENS DRHO GR TENS SP FCNL CALl SP GR NCNL LLD3 DA GR PEF LLS TR RECORDS iLD C: T E N DPHI NgFL ILM TENS NPHI TVD CALl NRAT TVSS CTEN RHOB TENS Page 8000.000 3842.79S -999.250 -999.250 7900.000 -999.250 -999.250 7800,000 38f3.682 -999.250 -999.250 7700,000 3784.569 -999.250 -999.250 7600.000 4061.134 -999.250 -999.250 7500. OOO ~842.793 -999.250 -999. 250 7400.000 ~857.S50 -999.250 -999.250 7300,000 3726.345 -999.250 -999.250 3580 78 -999 -999 3522 -999 -999 3435 56 -999 -999 3537 29 -999 -999 3420 -999 -999 3406 72 - 999 -999 3435 34 -999 -999 3449 37 -999 -999 ,785 .214 .250 .250 .561 .976 .250 .250 .225 ,922 .250 .250 ,117 .827 .250 .250 .668 .698 .250 .250 ,112 .7i4 .250 .250 ,225 ,537 .250 .250 .781 ,884 ,250 .250 78 84 - 999 -999 23 45 -999 -999 56 6i -999 -999 29 .52 - 999 -999 54 -999 -999 72 60 -999 -999 47 -999 -999 .7,7 56 - 999 -999 ,214 ,471 .250 ,250 .976 .196 .250 .250 .922 ,803 .250 ,250 .827 ,028 ,250 ,250 .698 ,901 ,250 ,250 ,?14 .822 .250 .250 ,537 ,999 ,250 ,250 .884 .478 .250 .250 91.374 94.005 -999.250 -999.250 45.23! i03.730 -999.250 -999.250 72.279 92.259 -999.250 -999.250 57, 003 96,663 999 '"' ~ -999.250 58.545 93.498 -999.250 -999.250 58.230 104.654 -999.250 -999.250 46.563 108.772 -999.250 -999.250 56.863 ii4.240 -999.250 -999.250 3.050 956.446 -999.250 -999.250 1.626 92i.32i -999.250 -999.250 2.838 976.5i9 -999.250 -999.250 2.391 98t.536 -999.250 -999.250 2.490 i327.772 -999.250 -999.250 2.840 i10i,966 -999.250 -999.250 2,044 1177,235 -999,250 -999,250 1,839 -999,250 -999.250 -999,250 -999.250 632i,090 1.878 -999.250 -999.250 6254.545 3.-034 -999.250 -999.250 6188.972 2.799 -999.250 -999.250 6i24.06i 2.745 -999.250 -999.250 6059,050 -999.250 -999. 250 5992.733 2.242 -999.250 -999.250 5924.832 1.912 -999.250 -999.250 5855,649 3.320 -999.250 -999.250 6279.590 4.149 -999.250 -999.250 62i3.045 3.809 -999.250 -999.250 6147.472 4.979 -999.250 -999.250 6082.561 3.785 -999.250 -999.250 6017,.550 3,39! -999,250 -999.250 595i,233 3,351 -999.250 -qg9 2= 5883.332 3.249 -999. 250 -9'99.250 58 i 4. 149 474.727 -999.250 -999.250 5i4.869 -999.250 -999.250 474.727 -999.250 -999.250 590,139 -999,250 -999.250 539.959 -999.250 -999.250 555.013 -999.250 -999.250 650.354 -999.250 -999.250 660.390 -999.250 -999.250 D£PT TEH~ DRHO GR TENS SP FCNL CALl SP LLD3 DATA GR DT PEF LLS RECORDS ILD CTEN DPHi MSFL ILH TEt,19 HPH I TVD LL3 CALl NRAT TVS8 CTEN RHOB TEHS Pagm t3 7200.000 3609,897 -999,250 -999,250 7100,000 3449.78i -999,250 -999,250 7000.000 3435.225' -999,250 -999.250 6900,000 3289.664 -999,250 -999,250 6800.000 3J04.220 -999.250 -999.250 6700,000 3245,996 -999,250 -999,250 6600,000 3129,548 -999,250 -999,250 6500,000 7158 660 -999.250 -999.250 3173 69 -999 -999 3187 74 -999 -999 3129 61 -999 -999 3027 25 -999 -999 3085 70 -999 -999 2882 72 -999 -999 2867 41 -999 -999 2867 32 -999 -999 .216 .924 .250 .250 .772 ,643 .250 ,250 ,548 ,538 ,250 ,250 ,655 .520 ,250 .250 .879 . 081 .250 ,250 ,095 .451 .250 ,250 .5.39 .938 ,250 ,250 .539 .298 .250 .250 69,924 58,965 -999,250 -999,250 74,643 75,712 -999,250 -999,250 61.538 90.568 -999,250 -999,250 25,520 55.882 -999,250 -999,250 70.081 89,587 -999.250 -999,250 72.451 88,816 -999,250 -999.250 41.938 49,506 -999.250 -999.250 32,298 52,i68 -999,250 -999.250 67.479 101,67i -999,250 -999.250 76.413 99,437 -999.250 -999,250 79.672 90,214 -999.250 -999,250 51,678 108,027 -999,250 -999,250 95.753 97.967 -999.250 -999,250 91,829 105.74i -999,250 -999,250 52,659 107.503 -999.250 -999.250 50.977 i03.625 -999.250 -999.250 2.522 i046,770 -999,250 -999.250 3,311 996,590 -999,250 -999,250 3,150 1026,697 -999.250 -999,250 1,623 891,2i4 -999,250 -999,250 4,110 951.429 -999.250 -999,250 3.456 90i.249 -999,250 -999,250 1,72i 846.053 -999.250 -999.250 2.007 906.268 -999,250 -999,250 2 -999 -999 57.85 3 -999 -999 5717 3 -999 -999 5650 1 -999 -999 ':" 5584 . ~ :3 -999 -999 5518 3 -999 -999 5452 2 -999 -999 5385 2 -999 -999 5319 ,780 ,250 .250 .93:3 ,i53 .250 ,250 ,224 .304 ..250 ,250 ,397 ,880 ,250 ,250 ,484 ,898 .250 ,250 , :354 ,205 .250 .250 ,048 .00.3 i250 .250 .753 .468 .250 ,250 ,578 3,624 -999,250 -999,250 5744,433 3,386 -999,25.0 -999.250 5675,724 3,510 -999,250 -999,250 5608,897 4,314 -999,250 -999,250 5542,984 4,064 -999,250 -999.250 5476,854 -999.250 -999.250 5410.548 3,994 -999,250 -999.250 5344,253 4.351 -999,250 -999.250 5278.078 464,690 -999,250 -999,250 560,03t -999.25 0 -999,250 555.0i3 -999.250 -999,250 444.619 -999.250 -999,250 560. -999,250 -999 419.529 -999.250 -999,250 464.690 -999,250 -999.2~0 504.834 -999.250 -999,250 .DEPT TEH9 DRHO GR TENS S P FCNL CAi. i SP NCNL LLD3 DA GR PEF LLS TA RECORDS IL, D C:TEN DPHI HSFL ILM TENS NPH i TVD LL3 CALl NRAT TVSS CTEN RHOB TEHS P~g~ 6400.000 3027,655 -999.250 -999,250 6300,000 3J58,660 --999,250 -999.250 6200,000 -999.250 -999,250 6100,000 JO13.100 -999,250 -999.250 6000.000 2896.651 -999.250 -999,250 5900,000 2954.875 -999,'250 -999,250 5800.000 3042,211 --999.250 --999,250 5?00,000 2794.759 -999,250 -999.250 2765. 647 63,642 999.2=0 -999.25 0 2809.315 72,116 -999,250 -999.250 2692.867 45,567 -999,250 -999,250 2751.091 77,597 -999,250 -999,250 2634,643 66,375 -999,250 -999,250 2634.643 62.682 -999.250 -999.250 2590,974 69,469 -999.250 -999.250 2489,082 66.970 -999,250 -999,250 63.642 52,764 -999.250 -999,250 72,116 68,986 -999,250 -999.250 45,567 57,073 -999,250 -999,250 77,597 76,308 -999,250 -999,250 66.375 63,380 -999,250 -999.250 62,682 65.237 -999,250 -999,250 69.469 83,210 -999,250 -999,250 66,970 72.314 -999,250 -999.250 59,246 ~09.i97 -999,250 -999,250 i04,090 -999,250 -999,250 54,.656 108,402 -999,250 -999,250 84,436 118,978 -999,250 -999,250 61.698 103,263 -999,250 -999,250 62,854 107,006 -999,250 -999.250 77,~94 104,.234 -999,250 -999,250 72,1~9 1i0.579 -999,250 -999,250 2,121 836,0~,.=' -999.250 -999.250 2,943 986,554 -999.250 -999,250 2,431 986,554 -999,250 -999,250 ~,181 936.375 -999.250 -999.250 2.971 86~.106 -999,250 -999.250 3,157 956,446 -999,250 -999,250 3,892 1066,84i -999,250 -999,250 861,106 -999,250 -999,250 2,31S -999.250 -999.250 5253,458 3,296 -999,250 -999,250 5187,447 2,900 -999,250 -999,250 5121.809 3,086 -999,250 -999,250 5056,521 3,231 -999,250 -999.250 4991,478 3,404 -999.250 -999.250 4926.732 3,885 -999,250 -999,250 4862,143 3,599 -999.250 -999,250 4797,497 4 -999 -999 52i i 4 -999 -999 5i45 4 -999 -999 5080 .3 -999 -999 50i5 3 -999 -999 4949 4 -999 -999 4885 4 -999 -999 4820 4 -999 -999 4755 ,198 .250 .250 ,958 ,17! ,250 .250 ,947 .942 ,250 ,250 ,309 ,301 ,250 ,250 .021 ,909 ,250 .250 ,978 ,994 .250 .250 .232 .450 .250 .250 .643 .476 .250 ,250 ,997 444.619 -999,258 999 ~'~ 519,888 -9991250 -999,250 434,583 -999,250 -999,250 o ,~ R 519,~_ -999,250 -999,25 0 474,727 -999.250 -999.250 494,798 -999,258 -999,250 494,798 -~,~bU 9q9,~ - . ~.~0 399,457 -999,250 -999.250 DEPT TEN~ DRHO GR TENS SP FCt-IL CALI SP GR N C N L LLD3 DATA GR PEF LLS RECORDS ILD CTEN DPHi HSFL I LM TENS NPHI TVD LL3 ~Li NR~T TVS8 CTEN RHOB TENS Pagm t5 5600,000 2882,095 -999,250 -999.250 5500,000 2940,319 -999,250 -999,250 5400.'000 2765,647 -999,250 -999,250 5300,000 2678,311 -999,250 -999,250 5200,000 2634,643 --999.250 -999,250 5100,000 2620,086 -'B99,250 -999.250 5000.000 26CI5,530 -99'~.250 -999,250 4'300.000 2547,306 -999,250 -999.250 2547,306 24,689 -999,250 -999.250 2489,082 68,964 -999,250 -999.250 2416,302 71,002 -999,25.0 -999,250 2387.190 35.525 -999,250 -999,250 2299,854 63.171 -999,250 -999,250 2285,297 40,967 -999.250 -999,250 2270.741 40,224 -999.250 -999,250 2154.293 61,382 -999,250 -999.250 24,689 45,722 -999,250 -999,250 68,964 91,303 -999,250 -999,250 71,.002 81,248 -999,250 -999,250 35,525 44.916 -999,250 -999.250 63.171 61.313 -999,250 -999,250 40,967 47.088 -999,250 -999,250 40.224 62.399 -99'3.250 -999,250 61,382 68,845 -999,250 -999,250 48 ii2 -999 .-999 92 -99'9 -999 81 113 -999 -999 45 119 -999 -99'9 66 109 -999 -99'9 56 -999 -999 52 113 -999 -999 73 113 -999 -999 ,069 ,649 ,250 ,250 ,039 ,947 ,250 ,250 , 'I 43 ,181 ,250 ,250 ,792 .614 ,250 .250 .743 .227 ,250 ,250 ,022 ,608 .250 ,250 .554 .033 .250 ,250 .821 .379 .250 .250 1.493 986,554 -999,250 -999,250 3.733 1071,858 -999,250 -999,250 3,576 946,411 -999,250 -999,25.0 1.602 911.285 -999,250 -999,250 - 2,364. 896,231 -999,250 -999,250 1,445 9i6.304 -999,250 -999,250 1.948 951,429 -999,250 -999,250 2.234 946.411 -999,250 -999.250 1,795 -999,250 -999,250 4732,420 3,464 -999,250 -999,250 4666,136 3,870 -999.250 -999,250 4598,149 1,962 -999,250 -999,250 4528,~73 2,791 -999.250 -999,250 4458,303 1,752 -999.250 -999.250 4387.736 2.343 -999,250 -999.250 4317,448 2.643 -999,250 -999,250 4247,575 5 -999 -999 4690 3 -999 -999 4624 4 -999 -999 4556 5 -999 -999 4487 4 -999 -999 4416 5 -999 -999 4346 4 -999 -999 4275 4 -999 -999 4206 ~028 ,250 ,250 ,920 ,600 ,250 ,250 ,636 ,701 ,250 ,250 ,649 .352 .250 .250 .173 .348 ,250 .250 ,803 ,436 .250 .250 ,236 ,981 ,250 .250 ,948 ,327 .250 .250 ,075 529,92~ -999,250 -999,250 489,780 -999,250 -999,250 444,619 -999.250 -999,250 459.673 -999,250 -999,250 424.547 -999.250 -999,250 444,619 -999,250 -999,250 484.762 -999,250 -999.250 404.476 -999,250 -999,250 -DEPT' TENS DRHO 6R TENS SP FCNL CALl SP 6R N C N L LLD3 GR DT PEF LLS TA RECORDS ILD C'T E N DPHI HSFL I LH TEN9 NPH i T VD LL3 CALl NRAT CTEN F,'HOB TENS F'mge i 6 4800,000 2518,i94 -999,250 -999,250 4700,000 256i,862 -999,250 -999.250 4600.000 240i,746 -999,250 -999,250 4500.000 2430,858 -999,25'0 -999,250 4400.000 23i4.4i0 -99'3,250 -999,250 4300.000 2372.634. -9'39.250. -999,250 4200.000 2459,970 -99'3.250 --999,250 4iOO,OOO 2528.965 -999,250 -999,250 2139 52 -999 -999 2096 4i -999 -999 208i 87 . . -- -'d 'd ".4 -999 2066 103 -999 -999 1935 82 -999 -999 1979 36 -999 -999 2023 59 -999 -999 i979 85 -,~¥'~ -999 .737 ,302 ,250 .250 ,069 ,529 ,250 ,250 ,513 ,48i ,250 ,250 ,957 ,660 ,250 ,250 ,953 ,645 ,250 ,250 .621 .50i .250 .250 ,289 ,593 ,250 · ;R O ,621 ,906 .250 ,250 52 57 -999 -999 41 51 - 999 - 999 87 76 -999 -999 103 90 -999 -999 82 73 -999 -999 36 44 - 999 - 999 59 54 -99'3 -999 85 74 -999 -999 ,302 .879 ,250 ,250 ,529 ,748 ,250 ,250 ,481 ,277 ,250 ,250 ,660 ,007 ,250 ,250 ,645 ,786 .250 .250 .501 .916 ,250 ,250 ,593 ,200 ,250 ,250 ,906 ,977 ,250 .250 52,799 li8,997 -999,250 -999,250 45,547 i26,667 -999,250 -999.250 76,623 120,592 -999,250 -999,250 89,026 -999,250 -999,250 78,971 12i,48`7 -999,250 -999,250 48,314 i35,239 -999,250 -999,250 62,224 106,02~ -999,250 -999,250 75,537 li7,024 -999,250 -999,250 2 956 -999 -999 1 i 046 -999 -999 2 946 -999 -999 2 102i -999 -999 2 9i6 -999 -999 1 lO01 -999 -999 1 1132 -999 -999 3 1 076 -999 -999 ,114 ,446 ,250 ,250 ,48,; .770 ,250 ,250 ,550 ,411 .250 ,250 ,732 ,680 ,250 ,250 ,400 .250 ,250 ,050 ,607 ,250 ,250 ,462 ,074 ,250 ,250 ,387 ,877 ,250 ,250 2,476 -999,250 -999,250 4178,078 1,806 -999.250 -999,250 4i09,021 2,725 -999,250 -999,250 4040,524 2,582 -999,250 -999,250 3972,527 2,658 -999,250 -999,250 3904,9i4 1,255 -999,250 -999,2~0 38~7,75`7 1 ,600 -999,250 -999,250 `7771 ,208 3,069 -999.250 -999,250 ~704,025 5,398 -999,250 -999,250 4136,578 5,304 -999.25-0 -999,250 4067,52~ 3,708 -999,250 -999.250 3999,024 3,255 -999,250 -999,250 39,7i, 027 4,099 -999.250 -999,250 3863,414 4,150 -999,250 -999,250 3796,253 3,490 -999,250 -999,250 3729,708 3,248 -999,250 -999,250 `7662,525 434,583 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25,527 -999,250 -999,250 1258,490 29.512 -999,250 -999,250 I158,492 19,999 -999,250 --999,250 1058,493 48,195 -999,250 -999,250 958,493 42,364 -999,250 -999,250 858,494 0.000 -999,250 -999,250 0,000 -999,250 -999,250 0.000 -~,~DU -999.250 0,000 -999 -999,250 0.000 -999,250 -999,250 0.000 -999,250 -999,250 0,000 -999,250 -999,250 O, 000 -999,250 -999,250 DEPT TEN~ DRHO ~R TENS SP FCNL CALl SP N C N L LLD3 DA'TA REC.ORDS GR ILD ILM LL3 CTEN D T CTEN TENS CALI RHOB PEF DPHI NPHI NEAT TENS LLS MSFL TVD TVSS Pag~ 21 800,00 828,00 -999~'~5 -999,25 700.:00 794.00 -999,25 -999.25 600,00 749.00 -999,25 -999,25 500,'00 724,'00 -999,25 -999,25 400,00 660,00 -999.25 -999,25 300,00 645,00 -999.25 -999,25 200,00 600,00 -999,25 -999,25 100.00 560,00 -999,25 -999.25 828 12 -999 -999 794 44 -999 -999 749 24 -999 -999 724 19 -999 -999 660 30 -999 -999 645 -999 -999 600 31 -999 -999 560 55 -999 -999 .000 .100 .250 .250 .000 ,lO0 25'0 .250 ,000 .100 ,250 ,250 , O00 ,900 ,250 ,250 .000 .800 .250 ,250 .000 ,700 ,250 .250 , .000 .500 .250 .250 .000 ,500 ,250 .250 12,100 30.200 -999,250 -999,250 44.100 32,000 -999.250 -999,250 24,100 23,700 -999,250 -999,250 19,900 23,000 -999.250 -999,250 30.800 23,000 -999.250 -999,250 26,700 22.100 -999,250 -999,250 31,500 30.000 -999,250 -999,250 55.500 15.500 -999.250 -999.250 30.200 255.859 129 84.500 -999.250 -999 -999.250 -999.250 -999 -999.250 -999.250 799 32.000 16.711 15 157.200 -999.250 -999 -999.250 -999.250 -999 -999.250 -999,250 G99 23,700 30,200 22 127,100 -999,250 -999 -999,250 -999,250 -999 -999.25'0 "-999,250 599 .23.'000 47,863 22 153,900 -999,250 '999 -999,250 -999,250 -999 -999,250 -999,250 499 23.000 29.107 40 155.5:00 -999.250 -999 -999.250 -999.250 -999 -999.250 -999.250 399 22.100 11.749 G 159.300 -999.250 -999 -999.250 -999.250 -999 -999.250 -999.25:0 300 30.'000 1 . 067 1 206. 200 -999. 250 -999 -999. 250 -999. 250 -999 -999. 250 -999 . 250 200 15.500 100000.020 11G,700 -999.250 -999 -999.250 -999.250 -999 -999.250 -999.250 100 .420 ,250 ,250 ,995 .'1 01 .250 .250 .99G ,909 ,250 ,250 ,998 ,751 .250 .250 .999 .272 .250 .250 .999 095 .250 ,250 .000 .175 .250 ,250 ,000 ,752 .250 .250 .000 69.823 -999.250 -999.250 758.495 10,023 -999,250 -999,250 658,496 21.281 -999,250 -999.25-0 558,498 20,893 -999.250 -999,250 458,499 20.464 -999.250 -999.250 358.499 10.257 -999.250 -999.250 258.500 3.319 -999.250 -999.250 158.500 1 ,321 -999,250 -999.250 58.5'00 0.000 -999.250 -999.250 O.OOO -999.250 -999.250 0.000 -999,250 -999.250 0.000 -999.250 -999.250 0,000 -999.250 -999.250 0.000 -999.250 -999.250 0,000 -999.~,s50 -999.250 0.000 -999.250 -999,250 'DEPT TEN'3 DRHO TENS SP FCNL CALl SP NCNL LLD~ DATA GR DT PEF LLS RECORDS ILD CTEN DPHI MSFL ILH TEN9 NPH I TVD LL3 C~LI NRAT CTEN RHOB TENS Page: 22 FILE, TRAILER File name: &GSF01 .001 Maximum length: 1024 TRAILE-R R'ECORDS Service name: Vmr~ion #: File type: LO Next ¢ile: Da.tm: Page 23 ************************ **** REEL TRAILER ************************ Service name: &G5FO! Next reel~ Date: 90/04/J'0 Comments Origin~ Reel name: Pt. Mc, Continuation #: 01 ************************* ***. TAPE"TRAILER ************************ Service name: &GSF01 Next tape: Date: 90/04/~0 Commentz: Origin: Tape name: P.t, Mc, Continuation #: 01