Department of Commerce, Community, and Economic Development
Alaska Oil and Gas Conservation
Commission
HOME
EVENTS
DATA
Data List
Drilling
Production
Orders
Data Miner
Document Search
REPORTS
Reports and Charts
Pool Statistics
FORMS
LINKS
Links
Test Notification
Data Requests
Regulations
Industry Guidance Bulletins
How to Apply
ABOUT US
History
Staff
HELP
Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
189-041
MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission DATE:Wednesday, July 20, 2022 SUBJECT:Mechanical Integrity Tests TO: FROM:Adam Earl P.I. Supervisor Petroleum Inspector NON-CONFIDENTIAL Hilcorp North Slope, LLC P1-25 PRUDHOE BAY UN PTM P1-25 Jim Regg InspectorSrc: Reviewed By: P.I. Suprv Comm ________ JBR 07/20/2022 P1-25 50-029-21937-00-00 189-041-0 W SPT 8821 1890410 2205 1696 1698 1706 1702 229 250 250 250 4YRTST P Adam Earl 6/20/2022 MIT-IA 30 MinPretestInitial15 Min Well Name Type Test Notes: Interval P/F Well Permit Number: Type Inj TVD PTD Test psi API Well Number Inspector Name:PRUDHOE BAY UN PTM P1-25 Inspection Date: Tubing OA Packer Depth 504 2404 2374 2365IA 45 Min 60 Min Rel Insp Num: Insp Num:mitAGE220622094532 BBL Pumped:7.8 BBL Returned:7 Wednesday, July 20, 2022 Page 1 of 1 • MEMORANDUM • State of Alaska Alaska Oil and Gas Conservation Commission DATE: Wednesday,June 06,2018 TO: Jim Regg 0 J 3l)l P.I.Supervisor SUBJECT: Mechanical Integrity Tests BP EXPLORATION(ALASKA)INC. P1-25 FROM: Bob Noble PRUDHOE BAY UN PTM P1-25 Petroleum Inspector Src: Inspector Reviewed By: P.I.Supry J NON-CONFIDENTIAL Comm Well Name PRUDHOE BAY UN PTM P1-25 API Well Number 50-029-21937-00-00 Inspector Name: Bob Noble Permit Number: 189-041-0 Inspection Date: 6/5/2018 Insp Num: mitRCNl80605142101 Rel Insp Num: Packer Depth Pretest Initial 15 Min 30 Min 45 Min 60 Min — Well PI-zs �Typppe Inj � w TVDT Bszl TTubing� 1�1� � 1901 - 1917• 1922 - --- PTD 1890410 [Type Test SPT Test sii 2205 IA 2500 • 2483 - 2475 - BBL Pumped: 11.8 ' BBL Returned: 9 OA 193 234 - 237 - 238 Interval ; 4YRTST P/F P Notes: saws JUN 22/-°14 Wednesday,June 06,2018 Page 1 of 1 MEMORANDUM TO: JimRegg ~~ ~Ib(lo P.I. Supervisor `~ FROM: Chuck Scheve Petroleum Inspector State of Alaska • Alaska Oil and Gas Conservation Commission DATE: Wednesday, August 04, 2010 SUBJECT: Mechanical Integrity Tests BP EXPLORATION (ALASKA) INC P1-25 PRUDHOE BAY UN PTM P1-25 5rc: Inspector NON-CONFIDENTIAL Reviewed By: P.I. Suprv ~ Comm Well Name: PRUDHOE BAY UN PTM P1-25 Insp Num: mitCS100729102904 Rel Insp Num: API Well Number: 50-029-21937-00-00 Permit Number: 189-04]-0 Inspector Name: Chuck Scheve Inspection Date: 7/28/2010 Packer Depth Pretest Initial 15 Min. 30 Min. 45 Min. 60 Min. Wel] Pl-zs ' Type Inj. ~/' TVD 8750 ~ r- IA 1020 4000. 3950 3940 P.T.D 1890410 TypeTest SPT Test psi ~ 2187 OA 160 240 190 180 Interval aYRTST p~F, P - Tubing uao lzoo lzoo lzoo Notes: pre-test pressures were observed for 30+ minutes and found stable , Wednesday, August 04, 2010 Page 1 of 1 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Mechanical Integrity Test Email to:jim.regg~alaska.gov; phcebe.lxooks@alaska.gov; tom.maunder~ataska.gov; doa.aogcc.prudhce.bay~alaska.gov OPERATOR: BP Exploration (Alaska), Inc. FIELD /UNIT /PAD: Prudhoe Bay / GPMA / P1 DS DATE: 07/28/10 OPERATOR REP: Jerry Murphy AOGCC REP: Chuck Scheve Packer D Priest lni6af 15 Min. 30 Min. Well P1-21 T In'. W TVD 8,675 Tu ' 1,410 1,380 1,450 1,420 Interval 4 ~ P.T.D. 1930590 T test P Test 2169 400 2,300 2,260 2,260 P/F P ~-` Notes: MIT-IA to 2300 psi for 4 year U1C OA 22U 340 340 340 / / Well P1-25 T In'. W TVD 750' 8 Tubi 1,180 1,200 1,200 1,200 Interval 4 ~~' P.T.D. 1890410 T test P Test 2187.5 1,020 4,000 3,950 3,940 P/F P Notes: MIT-IA to 4000 psi for 4 year UIC OA 160 240 190 180 Well T In'. TVD T Interval P.T.D. T test Test PIF Notes: OA Well T In'. TVD Tubi Interval P.T.D. T test Test P/F Notes: OA Well T In . TVD Tu ' Interval P.T.D. T test Test Casi P/F Notes: OA TYPE INJ Codes TYPE TEST Codes ~rr tt INTERVAL Codes D =Drilling Waste M =Annulus Monitoring ; +?~,~;,a'~„ `,;, f'; «a;:.~ /~. ~ ~ f ~ ~' ~ ~ L ~ ~ t~ 1= Inikal Test G =Gas P =Standard Pressure Test 4 =Four Year Cycle I =Industrial Wastewater R = Interval Radioactive Tracer Survey V =Required by Variance N =Not Injecting A = Temperature Arwrtialy Survey T =Test during Workover W =Water D =Differential Temperature Test O =Other (describe in notes) MIT Report Form BFL 11 /27/07 MIT GPMA P1-21, 25 07-2&10.x1s BP Exploration (Alaska) Inc. Attn: Well Integrity Coordinator, PRB-20 Post Office Box 196612 Anchorage, Alaska 99519-6612 January 1, 2010 Mr. Tom Maunder Alaska Oil and Gas Conservation Commission 333 West 7th Avenue Anchorage, Alaska 99501 Subject: Corrosion Inhibitor Treatments of GPMA P1 Dear Mr. Maunder, w bP ~gc~-off P~_2..s Enclosed please find multiple copies of a spreadsheet with a list of wells from GPMA P1 that were treated with corrosion inhibitor in the surface casing by conductor annulus. The corrosion inhibitor is engineered to prevent water from entering the annular space and causing external corrosion that could result in a surface casing leak to atmosphere. The attached spreadsheet represents the well name, API and PTD numbers, top of cement depth prior to filling and volumes of corrosion inhibitor used in each conductor. As per previous agreement with the AOGCC, this letter and spreadsheet serve as notification that the treatments took place and meet the requirements of form 10-404, Report of Sundry Operations. If you require any additional information, please contact me or my alternate, Anna Dube, at 659-5102. Sincerely, Y„v{~Y~:4 urAi.' Torin Roschinger BPXA, Well Integrity Coordinator BP Exploration (Alaska) Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations (10-404) Date 8/13/2009 Well Name PTD # API # Initial to of cement Vol. of cement um ed Finat top of cement Cement top off date Corrosion inhibitor Corrosion inhibitor/ sealant date ft bbls ft na al P1-01 1900270 50029220180000 NA 0.2 NA 1.70 7/6/2009 P1-02A 2020650 50029217790100 NA 0.1 NA 0.90 7/8/2009 P1-03 1890130 50029219120000 Cemented to flutes NA 0 NA 0.00 P1-04 1930630 50029223660000 NA 0.2 NA 1.70 7/8/2009 P1-05 1930870 50029223780000 NA 0.2 NA 1.70 7/18/2009 P1-06 1961370 50029226950000 Sealed conductor NA NA NA NA P1-07A 2040370 50029219960100 SC Leak NA NA NA NA P1-08A 2021990 50029223840100 NA 1.2 NA 6.50 7/8/2009 P1-09 1961540 50029227040000 NA 14.5 NA 141.10 7/9/2009 P1-11 1920860 50029222840000 NA 0.2 NA 1.70 7/7/2009 P1-12 1910130 50029221340000 NA 0.6 NA s.so 7/7/2009 P1-13 1930740 50029223720000 NA 1.5 NA 10.20 7/6/2009 P1-14 1930160 50029223380000 NA 1.5 NA 10.20 7/6/2009 P1-16 1930340 50029223490000 NA 0.7 NA 6.80 7/6/2009 P1-17 1930510 500292235s0000 NA 1.7 NA 11.90 7/7/2009 P1-18A 2020760 50029229530100 NA 1.8 NA 8.50 7/7/2009 P1-20 1920940 50029222880000 NA 0.6 NA 3.40 9/12/2009 P1-21 1930590 50029223630000 NA 0.6 NA 5.10 7/7/2009 P1-23 1961240 50029226900000 NA 1.6 NA 13.60 7/7/2009 P1-24 1961490 50029227030000 NA 10 NA 107.10 12/13/2009 P1-25 1890410 50029219370000 Sealed conductor NA NA NA NA P1-G1 1921130 50029222980000 NA 0.2 NA 1.70 7/6/2009 10/16/09 SchhMherger ( / , D .'% L. V V�r NO. 5418 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 Well Job M Log Description Date BL Color CD P1 -25 AP3O -00063 INJECTION PROFILE 10/0209 1 1 W -01A B2NJ -00026 MEMORYGLS 10/02/09 1 1 12 -06A AZCM -00043 LDL — 10/03/09 1 1 W -36 AV1H -00028 PROD PROFILEW /GL 09129/09 1 1 E -35A B2NJ -00027 MEM CEMENT BOND LOG 10/03/09 1 1 12 -34 AYS4 -00104 INJECTION PROFILE 10/11/09 1 1 Z -07A AYS4 -00101 PRODUCTION PROFILE 10/08/09 1 1 15 -18A B2WY -00015 MEM PROD PROFILE 07/01/09 1 t 05 -18A B04C -00069 SCMT — 07/30/09 1 1 • U -05A B148-00068 USIT — 08/17/09 1 1 P -07A AWJI.00051 MEM P O PROFILE 10/09/09 1 1 09 -03 AZCM-00044 PRODUCTION LOG 10/10/09 1 1 1- 45/0 -26 B2NJ -00032 MEM LDL 10/10/09 1 1 S -134 AWLS -00039 USIT 09/28/09 1 1 V -105 B3S0 -00026 IPROF 10/03/09 1 1 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska) Inc. Alaska Data & Consulting Services Petrotechnical Data Center LR2 -1 2525 Gambell Street, Suite 400 900 E. Benson Blvd. Anchorage, AK 99503 -2838 • ~: , STATE OF ALASKA ALAS~IL AND GAS CONSERVATION COMMI~N REPORT OF SUNDRY WELL OPERATIONS 1. Operations Abandon ~ Repair Wel! ~ Plug Perforations ~ Stimulate0 Other ~ Performed: Alter Casing ~ Puil Tubing ~ Perforate New Pool ~ Waiver ~ Time Extension ~ Change Approved Program ~ Operat. Shutdown ~ Perforate [~ Re-enter Suspended Well ~ 2. Operator BP Exploration (Alaska), Inc. 4. Well Class Before Work: 5. Permit to Drill Number. Name: Development ~ Exploratory ~ ~``~ 189-0410 3. Address: P.O. Box 196612 Stratigraphic^ Service Q 6. API Number: Anchorage,AK 99519-6612 ' S0-029-21937-00-00 8. Property Designation (Lease Number) : 9. Well Name and Number: '"`~ ADLO-034624 ~ P1-25 10. Field/Pool(s): .,,~ Pt Mcintyre FIELD / Pt Mclntyre POOL 11. Present Well Condition Summary: ~ Total Depth measured 14950 feet Plugs (measured) None feet true vertical ~~. 9367.65 feet Junk (measured) None feet Effective Depth measured 14750 feet Packer (measured) 14288 14361 true vertical 9181 feet (true vertical) 8750 8819 Casing Length Size MD ND Burst Collapse Structural Conductor 80 20" 94# H-40 35 - 115 35 - 115 1530 520 Surface 66 13-3/8" 68# K-55 36 - 102 36 - 102 3450 1950 Surface 5872 13-3/8" 72# L-80 102 - 5974 102 - 4082 4930 2670 Production 2550 9-5/8" 47# NT80S 34 - 2584 34 - 2342 6870 4760 Production 11233 9-5/8" 47# L-80 2584 - 13817 2342 - 8313 6870 4760 Liner 1297 7"29# L-80 13500 - 14797 8025 - 9225 8160 7020 Perforation depth: Measured depth: SEE ATTACHED - _ _ _ _ True Vertical depth: _ _ , _ _ Tubing: (size, grade, measured and true vertical depth) 4-1/2" 12.6# L-80 31 - 13484 31 - 8011 3-1/2" 9.3# ~ L-80 m 13484 - 14384 ~K~ 8011 - 8840 Packers and SSSV (type, measured and true vertical depth) 3-1/2" Baker HB Packer " 14288.lr' T~p 8750 ~ 7 Baker FB-1 Packer 14361 8819 ~~4~C~ V ~LJ 12. Stimulation or cement squeeze summary: t l I ~, ~e~~~~ 't~ ~ `=1 ~ ~' `~~~ ~~ o C T 4~ ~ ~ (~a~ n erva s treated (measured): .~ ~~~~ ~~~ ~~a~ Cons• Commissia Treatment descriptions inGuding volumes used and final pressure: n Anchorage 13. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing pressure Prior to well operation: 7829 1602 Subsequent to operation: 14888 2236 14. Attachments: 15. Well Class after work: Copies of Logs and Surveys Run Expioratory^ Development ~ Service ^~ Daily Report of Well Operations X 16. Well Status after work: Oil Gas WDSPL GSTOR ^ WAG ^~ GINJ ^ WINJ ^ SPLUG ^ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: 309-333 Contact Gary Preble Printed Name Gary Preble Title Data Management Engineer Signature Phone 564-4944 t Date 10/8/2009 Form 10-404 Revised 7/2009 ~F~ n~ t~'f ~~Q ~~ ~ Submit Original Only ~'' t L ja~•og P1-25 189-041 PERF ATTACHMENT • Sw Name Operation Date Perf Operation Code Meas Depth Top Meas Depth Base Tvd Depth Top Tvd Depth Base P1-25 6/19/89 PER 14,340. 14,342. 8,798.99 8,800.86 P1-25 6/20/89 SQZ 14,340. 14,342. 8,798.99 8,800.86 P1-25 7/3/89 APF 14,480. 14,526. 8,929.75 8,972.65 P1-25 7/3/89 APF 14,532. 14,550. 8,978.25 8,995.02 P1-25 7/28/03 APF 14,600. 14,650. 9,041.59 9,088.13 AB ABANDONED PER PERF APF ADD PERF RPF REPERF BPP BRIDGE PLUG P ULLED SL SLOTTED LINER BPS BRIDGE PLUG SET SPR SAND PLUG REMOVED FCO FILL CLEAN OUT SPS SAND PLUG SET FIL FILL SQF SQUEEZE FAILED MIR MECHANICAL ISOLATED REMOVED SQZ SQUEEZE MIS MECHANICAL ISOLATED STC STRADDLE PACK, CLOSED MLK MECHANICAL LEAK STO STRADDLE PACK, OPEN OH OPEN HOLE • y~ ~ e P1-25 DESCRIPTION OF WORK COMPLETED NRWO OPERATIONS EVENT SUMMARY T/I/0= 1650/460/160 (SBG / Acid Treatment) Arrive on location / MIRU / Standby for Acid Transport to Load. Continued on 10-01-09 . 10/1/2009~T/I/0= 700/280/60 Bullhead Acid (Pre IPROF) Freeze Protect Injection line with ! 10 bbls neet meth.Pumped 3 bbls neet meth followed by 225 bbls SBG down ;tbg. Allow sbg to soak for 3 hrs. Pumped 200 bbls 2% KCL, 27 bbls 7.5% HCL, #3 bbls neat meth flush, 301 bbls 2% KCL and 3 bbls 60/40 meth to freeze ;protect tree. DSO notified to POI. FWHP's=950/200/60 "'Wellhead valves left jin the following positions:SV, & WV=S/I. MV, SSV, IA & OA left open."*'' """"WELL ON INJECTION AT ARRIVAL"*** (E-LINE INJECTION PROFILE). INITIAL T/IA/OA: 1950/380/160. WELL INJECTING AT 13000 BWPD ON ARRIVAL E-LINE ENGINEER HAD THE DSO CHOKE BACK WELL TO 3300 BPD TO SAFELY RIH. BROUGHT WELL BACK ONLINE AND LOGGED PASSES WITH RATE AT 13030 BWPD, 146 DEGF AND 1950 PSI. 5% OF FLUID ENTERING PERFS AT 14480'-14526', 95% OF FLUID ENTERING PERFS AT 14532~4.a54', 0% OF FLUID ENTERING PERFS AT 1460_Q'~4.650' ~UT IN WELL AND LOGGED WARMBACK PASSES. FINAL T/I/O 300/380/160 "*"'WELL SHUT IN ON DEPARTURE, PAD OPERATOR CALLED TO BRING WELL BACK ONLINE'"'* **"JOB COMPLETED""** FLUIDS PUMPED BBLS 225 SBG 501 2% KCL 19 NEET METH 27 7.5% HCL 1 DIESEL 773 TOTAL • • ` ~~ e ~ ~ ~~.~'C~ E. ~ ~ {O~ ~~ ~ ~ F @ ~ ~ ~ ~ ~ ~ ~ ~ f ~ ~y,..~t~ P p ~* ~c~•~ ~ ~ ~,p~ ~ Y ~`~~ r ~~~ y~p~~ Ye ~ ry ~~ g ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~@ ~ ~ ~ ~ ~ ~ ~ ~ `~ ~ ~ ~ ~ ~ ~ ~4 ~,~ GOVERNOR ~ SEAN PARNELL ~q r S .+ ~ ~ ry P~ ~, ~ ~' ~ pp {$' [ ~ #p- ~~ ~d . ` ~~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ , g , ~s t~ ~~ ,.. :~ F~ (~.. -N ..a y 4 _.j ~:,~ ~z-~ _ . ,g &~' S ~~ ~+~r~~ ~+ ~-7~~ ~IL t'alsi/ v0-7 ~ 333 W. 7th AVENUE, SUITE 100 COI~TSERQATIOI~T CODi1~IISSIOI~T 9501-3539 ~x 1 O RA pHON 433 907) 279 E ~5 FAX (907) 276-7542 . Mr. Matt Brown Well Engineer BP Exploration (Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 ~ l.~ ~`~~~ Re: Mt. McIntyre Field, Pt. McIntyre Pool, P1-25 Sundry Number: 309-333 _ ;,:x_ _ ~':i;!,_~ Dear Mr. Brown: 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) 659-360'7 (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, Daniel T. Seamount, Jr. Cha.ir Sfi DATED this?~ day of September 2009 Encl. STATE OF ALASKA ALAS IL AND GAS CONSERVATION COMMISS~ APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ~~%~~ .. ' ~ ~v, ~~.°.9 xr ,..+ 4jrt/zovg , +; 1 S J i ~ ~) '.,~ ~ ~./ 1. Type of Request: Abandon ^ Suspend ^ Operational shutdown ^ Pertorate ^ Re-enter Suspended Well ^ Alter casing ~ Repair well ^ Plug Pertorations ^ Stimulate ~- Other?Q ''Speafy:' '~ ~'t'' Change approved program ~ Pull Tubing ^ Perforate New Pool ^ Time Extension ^ ' 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: BP Exploration (Alaska), Inc. Development ~ Exploratory ~ 189-0410 ~ 3. Address: P.O. Box 196612 Stratigraphic ~ Service ~, 6. API Number: Anchorage, AK 99519-6612 50-029-21937-00-00 • 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: ~ Spacing Exception Required? Yes ^ No P1-25- 9. Property Designation (Lease Number): 10. Field/Pool(s): ~ ADLO-034624 ~ Pt Mcintyre Field / Pt Mclntyre Pool 11. PRESENT WELL CONDITION SUMMARY Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD (ft): Effective Depth ND (ft): Plugs (measured): Junk (measured): 14950 - 9367.65 14750 9181 NONE NONE Casing Length Size MD ND Burst Collapse Structural Conductor 80 20" 94# H-40 35 115 35 115 1530 520 Surface 66 13-3/8" 68# K-55 36 102 36 102 3450 1950 Surface 5872 13-3/8" 72# L-80 102 5974 102 4082 4930 2670 Production 2550 9-5/8" 47# nt80s 34 2584 34 2342 6870 4760 Production 11233 9-5/8" 47# L-80 2584 13817 2342 8313 6870 4760 Liner 1297 7"29# L-80 13500 14797 8025 9225 8160 7020 Perforation Depth MD (ft): Perforation Depth ND (ft): Tubing Size: 3-1/2" 9.3# Tubing Grade: J-55 Tubing MD (ft):13484-14384 SEE ATTACHED - - 4-1/2" 12.6# L-80 31 - 13484 Packers and SSSV Tvqe: 3-1/2" Baker HB Packer Packers and SSSV MD and ND (ft): 14288 8750 7" Baker FB-1 Packer 14361 8819 12. Attachments: Description Summary of Proposal ~ 13. Well Class after proposed work: Detailed Operations Program ^ BOP Sketch ^ Exploratory ^ Development ~ Service ^~ _ 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: 9/23/2009 Oil ^ Gas ^ WDSPL ^ Plugged ~ 16. Verbal Approval: Date: WINJ ^ GINJ ^ WAG ^~ , Abandoned ^ Commission Representative: GSTOR ^ SPLUG ^ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Matt Brown Printed Name M tt B W Title Well Engineer Signature /~ Phone Date ,~ 564-5874 9/16/2009 Prepared by Gary Preble 564-4944 COMMISSION USE ONLY Conditions of a roval: Notif Co i i th t t ti it S ~ ' / ~~ y pp mm ss on so a a represen a ve may w ness undry Number: ~/ ( ~ Plug integrity ^ BOP Test ^ Mechanical Integrity Test ^ Location Clearance ^ Other: Subsequent Form Required: i~, y o y / APPROVED BY Approved by: COMMISSIONER THE COMMISSION ~ ~ ~ D t a e: Form 10-403 Revised 07/2009 ~RIGI~iAL ,~: ~ ~-~- '7 ~8'~ O ~~~~~~ ~~~ . k ~ ,~~ ;~o~ ~ Submit in Duplicate P1-25 189-041 PERF ATTACHMENT u Sw Name Operation Date Perf Operation Code Meas Depth Top Meas Depth Base Tvd Depth 7op Tvd Depth Base P1-25 6/19/89 PER 14,340. 14,342. 8,798.99 8,800.86 P1-25 6/20/89 SQZ 14,340. 14,342. 8,798.99 8,800.86 P1-25 7/3/89 APF 14,480. 14,526. 8,929.75 8,972.65 P1-25 7/3/89 APF 14,532. 14,550. 8,978.25 8,995.02 P1-25 7/28/03 APF 14,600. 14,650. 9,041.59 9,088.13 AB ABANDONED PER PERF APF ADD PERF RPF REPERF BPP BRIDGE PLUG P ULLED SL SLOTTED LINER BPS BRIDGE PLUG SET SPR SAND PLUG REMOVED FCO FILL CLEAN OUT SPS SAND PLUG SET FIL FILL SQF SQUEEZE FAILED MIR MECHANICAL ISOLATED REMOVED SQZ SQUEEZE MIS MECHANICAL ISOLATED STC STRADDLE PACK, CLOSED MLK MECHANICAL LEAK STO STRADDLE PACK, OPEN OH OPEN HOLE ~ U ~ To: Clark Olsen / Jerry Bixby GPB Well Ops Team Leaders Date: 14-Sep-09 AFE: PMP01 WL25-C From: Jessie Chmielowski, Pt Mc Pad Engineer Matt Brown, Wells Engineer Subject: P1-25 SBG / 7.5% HCL / IPPROF IOR: 300 Est. Cost: $ 100 K Please perform the followina: 1. O Perform SPFO for 24 hrs 2. S Drift & ta , sam le bailer. 3. F SBG, HCL(no separator required) Pendin Sundr A roval 4. E IPROF 5. OP Perform SPFO for 24 hrs endin results of SBG/HCI Current Status WAG in'ector, On PWI now Last In': 9578 BWPD 1928 WHIP Max Deviation 66° at 9300 ft Min ID 2.75" C~ 14368' Last Ta : 14672' on 16-Ma -04 Last Downhole O: IPROF on 21-Jun-04 Latest H2S value: 53 ppm average for P1 in 2009 SBHP/T: 4035 psi/ 179 F ave. for P1 in 2009 4203 si/138 F for P1-25 on 6/23/04 Well History Well P1-25 was put on SWI in 1994. An IPROF was run in 2000 and indicated that 90% of the flow was entering the second set of perfs (14532'-14550'). Perfs were added deeper in 2003 and an IPROF in 6/04 showed 100% of flow entering the same perfs at 14532'-14550', however, warmback passes did indicate that some fluid was entering deeper. In 2004, the well was swapped to PWI. Two slugs of MI have been injected into the well, alternating with PWI. After the most recent swap from MI to PWI in Jul-08, injectivity decreased. SBG treatments were pumped prior to swapping to MI but no SBG has been pumped since Nov-07. It is suspected that schmoo is plugging up perforations resulting in the decrease in injectivity. Contacts for the procedure are as follows: Matt Brown Jessie Chmielowski 564-5874 w 564-5015 w 223-7072 c 344-1130 h cc: w/a: Well File 1 i ~ Attachments: Procedure Well Integrity History WBS Acid System Production Plots Risks & Discussion • Schmoo is the suspected reason for decreased injectivity. Target injection rate is 15,000 BWPD vs. the current rate of 10,000 BWPD or less. The SBG will be pumped to clean up schmoo in the wellbore. After the SBG is fully displaced, 7.5% HCI will be pumped to clean up residue from the SBG treatment. • A sundry will be required for the acid wash/stimulation of this injector. • SBG is a basic solution and when mixed with HCL, could create a hazardous condition. Avoid commingling of these fluids on surface and use large 2% KCL spacers when changing from one to the other during the course of the job. • A surface pressure fall off is requested prior to pumping the job in order to determine wellbore skin. A post-job SPFO will be performed pending the results of the SBG/HCI wash. If the SBG/HCI wash does not improve injectivity sufficiently, the SPFO will be performed. If the post-job SPFO indicates a high skin, a different treatment will be evaluated. • This work should be performed during a PWI cycle. 2 ~ • OTHER-SPFO 1. Coordinate with DS Operator for the 24 hr shut in SPFO 2. Rig up Halliburton surface pressure gauge to the well tree cap at least one day before the well is shut in. Provide thermal isolation by placing an insulated enclosure around the Halliburton gauge, if possible located away from the well house heater. Shut off the wellhouse heater or reset the heater thermostat to minimize the number of on-off cycles. 3. Open the Swab Valve and needle valves between the well and the gauges. Program the gauge for 5 second intervals for the entire test. 4. Block open the well Surface Safety Valve (SSV) for the SPFO test. 5. Shut in well by closing the Wing Valve as fast as possible. . 6. Inspect the well house at least every 6 hours to insure no leaks develop. 7. Record the pressure falloff for 24 hours after the well is shut in. 8. Rig down Halliburton gauge and notify the DS Operator to put well back on PWI. 9. Forward raw and any processed data to Jessie Chmielowski. SLICKLINE 10. RU SL. 11. Drift and tag with sample bailer. NOTE: Recover and save all material recovered in sample bailer for analysis. Mark and label sample with well #, date collected, collection depth. Include Jessie Chmielowski as contact with contact details from this program. No analysis is required prior to executing this program. Sample is for future analysis. FULLBORE - SBG TUBING, PERF WASH, AND HCL STIM 12.MIRU pumps for SBG & flow back tank(s). Notify Pad Operator that this well will need to be shut-in during the job. Rig up IA tie in. 13. Contact Pad Operator to shut-in injection. Freeze protect injection line as necessary. CAUTION: Ensure all annular spaces are being monitored. Check gauges to ensure they are functioning correctly and be prepared to bleed IA and OA as necessary. SBG 14. With the well shut-in, pump 3 bbls neat meth, followed by 225 bbls of SBG into the production tubing followed by ~ 3 bbls meth. Max WHP is 1500 psi. 15. SD for 3 hour soak of SBG. 16. Swap to 2% KCI. Pump 200 bbls 2% KCI at max WHP of 1500 psi. HCI Stim 17. Pump 25 bbls 7.5% HCI down tubing at max WHP of 1500 psi. Displace with 300 bbls of 2% KCI with 50/50 MeOH FP cap. 18. Return well to injection at max WHIP. 19. RDMO. ~ • E-LINE- IPROF 20. MU toolstring with GR/CCL/Temp/Press/Inline Spin/Spinner. PT as per standard procedures. NOTE: Tie-in log to use PPROF 7/7/89. 21. Use produced water for the IPROF. Ensure the well is on injection at this point and start running in the hole. Target injection rate is whatever rate is achievable at max WHIP (approx 2000 psi). 22. RIH. Once at 14400' md, park tools and ensure stabilized injection rate has been achieved. Make up/down passes from 14400' to 14700' (pending SL tag depth) at 40, 80 and 120 fpm. 23. Make stop counts 14400, 14529, 14575 and 14700 (or below all perfs pending SL tag). 24. Park at 14400 and SI well. Make warm back passes at 1, 3, and 5 hours after shut-in, across the same interval logged during dynamic passes. POOH. 25. Return well to PW injection at max WHIP. OTHER - SPFO (Pending results of SBG/HCI) 26. Ensure well has been on injection for 7 days before SPFO. 27. Coordinate with DS Operator for the 24 hr shut in SPFO 28. Rig up Halliburton surface pressure gauge to the well tree cap at least one day before the well is shut in. Provide thermal isolation by placing an insulated enclosure around the Halliburton gauge, if possible located away from the well house heater. Shut off the wellhouse heater or reset the heater thermostat to minimize the number of on-off cycles. 29.Open the Swab Valve and needle valves between the well and the gauges. Program the gauge for 5 second intervals for the entire test. 30. Block open the well Surface Safety Valve (SSV) for the SPFO test. 31. Shut in well by closing the Wing Valve as fast as possible. . 32. Inspect the well house at least every 6 hours to insure no leaks develop. 33. Record the pressure falloff for 24 hours after the well is shut in. 34. Rig down Halliburton gauge and notify the DS Operator to put well back on PWI. 35. Forward raw and any processed data to Jessie Chmielowski. . Well Integrity History • Problem »> Top 2 jts of 13-3/8" is 68# K-55, buYSt is 3450 psi «< If well is on SWI, hold 1000 psi on IA to minimize tubing movement forces Status Located at West Dock. Used to be called P3-01. 5/13/99: Tubing and IA pressure <500 psi, no notes. Asked DSO to bleed IA and monitor. > 07/06/98: AOGCC MITIA Passed @ 2500 psi > 10/14/99: DSO bled IA 680/300 psi > O6/19/00: IA = 880 psi > 06/27/02: Pxep fot AOGCC MIT IA > 07/01 /06: IA FL @ 252' > 07/02/02: MIT IA Passed to 2280 psi ( AOGCC wimessed by Jeff Jones) > 12/14/04: OART Passed > 07/01/06: IA FL @ 252' > 07/02/06: FP Tbg & IA, bled gas caps > 07/30/O6: IA FL @ 60', OA FL @ 36' > 09/02/06: Water line repairs are complete per DSO > 09/06/06: AOGCC MITIA Passed to 4000 psi 5 . ~ TREE = M1AcEV OY W~LHE4D= McEVOY ACfUATOR= AX~SON KB. ELEV = 43' BF.ELEV = KOP = 800' Mmc An gle = 66 ~ 9300' DatumMD= 14387' DatumND= 8800'SS P 1~~~ 3 MQ ~~S: IUBINGHANGEf~ McEVOY4 @ OLD WELL NAME P3-01 (LOCATED ~ WEST DOCK} ' ~J~JItl°(:SCi~ 4/iF. NIiSUS, IU=H.tltl1~"'--~ AE34' r 13318" CSG, 721f, L-80, ID= 12415" 5974' • i-PC, 12.6#, L-80, .0152 bpf, ID=3.958" 13485 TOPOF3-1l2" TBG-PC 13485' TOP OF T' W R 13500~ • 9-5~8"CSG,47#,L-80,ID=8681" 13817' ~ Minimum ID = 2.75" @ 14368' 3-1/2" OTIS XN NIPPLE 3-1/Z' TBG, 9.3#, J-55, 0.0087 bpF, ID= 2.992" 14376' - P~oRanoN sumn~w Rr REF IOG: DIULDTlCPL/GR ON 08/OBlBB ANGLEATTOP P62F: 21 !~ 1440' Nde: Reter Eo Roduction DB for histaicai pM data S¢E SPF N7ERVAL Opn/Sqz DATE 3-3~8" 4 14340 - 14342 S 06119/89 2-1/8" 4 14480 - 14526 O 07l03l89 2-1/8" 8 14632- 14550 O 07/03/89 2-118" 4 14800 -14850 O 07/28/03 FBTD 14750' • 7" LNR, 29#, L-80. 0.0383 bpf , ID = 6.276" 14960~ ~ "l1T11' a-vc tArv~v i ra~r~5av u=: . 13485' a-~rz^x3~rz^ xo GAS LJFf MANORELS ST IvD N D DE/ N PE V LV LA TCH PC 1 14188 8657 21 CAIvK:O NMG2 RK 14273' BA ~R PBR 14288' 7" X 3-1/2" BAKER HB PKR 1 q3(~y' 7" BA KER FB-1 Plfft 14366' 3-1/2" OTIS XN, B.MD, ID = 275' \ ~ 76' 3-12" lUBINGTAIL WMIIEG ~~7~' ELND Tf LOG UNAVAIL48LE 14,384 Tubing Tail 1-~,376 ELM 7/7/89 Q4TE REV BY COMvIBJTS D4TE REV BY OOMVQ~ITS 0TI031~ ORICINALCOMPLETION 01/23l04 GCJKAK CSG/WRCORR~TIONS 08N8/84 RVW 09/15/01 RN'TP CORR~TIONS 10/31/01 VHB/TP SURF LOCCORR~TIONS 0623/02 JLA/th OLDNAMECORRECl10N 0728/03 B,~vVKK DPERFS P0M Iv~IJfYRE WR WELL' P1-25 PEPoVIfT No: 1890410 A R Na. 50-029-21 93 7-00 S~ 18, T72N, R14E, 1925.32' FEL & 3552.8' FNL BP Explorotion (Alaska) ~) ~ Acid Fluid Systems: 25 bbls 7.5% 80:20 DAD Acid 20.0 % A026 8.0 ppt A153 4.0 ppt A179 0.6 % A261 0.2 % F103 20.0 ppt L058 1.5 % U074 0.5 % W 054 0.5 % W060 Xylene Inhibitor Aid Inhibitor Aid Inhibitor Surfactant, EZEFLO Iron Stabilizer Dispersing Agent/Emulsifier Non-Emulsifying Agent Sludge and Emulsion Preventer ~ 7 ~ BPD or MMCFD ~ ~ O O O O O O O N O O N O O W O O ~ --••--••----....._.~y ...-•-•-----------•----••-----•-- ,~ . ." • ~ { ` ~s ~ ~ ~~ _,;;~ i TI ~ I m ~ - ~ ~ ~ ~` ' r - r 2 m D j ! ~ I , , , ~ t:~ ~ ~ m ~: cn ~ ~- _~. ~. ~.:~ rn ~ 0 rn ~. ~ . . /. y . . . . . . ~ . . ~ Y ' . . . . . ' " " " ' ' ' " ' " ' " ' " " ' _ ' " " ' ' " ' ' " ' " ' " ' ' " ' ' ' ' ' " " " " ' • ' ~ ~ ~ " " ~ " . ~ ~ . . -~ :~-c c~r~.rc_.4"a-rv~ ~ -__ _' ' ' ~ Vl ~ W^ < v, ~ ~ 0 ~' ~ . .: .. . . . . y ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ . " ~ ~ ~ ~ " ~ ~ ~ " ~ ~ ~. " " ~ " " . . ~ ~ . . . ~ . . ~ ~ k '., '^ V! < G ~ ~ . . . . . ~ ~~~i..~ ~ " ~ . . . . . . ~ . . ~ " " ~ . ~ ~ . . " . . ~ ~ ~ ~ ~ ~ ~ ~ " " ~ ~ . ~ . ' " W ~ ~ " . . . . . . . . ' ~ ~ ' ~ ~ ~ ~ ~ ~ i~ . ~ ~ . _ " " _ " 3 ~ ~ = ~ YI C G v ~ ~ ~ .__-' ~ . _» ~ 0 M tN ___ . _" _ "' _ _'____'._ ,~}~ . . . . . . . . ~ . • ~::: -._ ~ . .. s ~ ~. ~.f. l 'I°" < . ~ ~C G ~ ~R ~ 0 i ~ ~~ ~ ~ . . ~ ~ ~ ~`~ . ~~ ~M r~+n(~ .. . `~*a~ ^. "^:tl;" . . ~, ~ ~ . , i ~aY O Ul 1 1 N O O O O N O W W O O ~ O O O O O O O O WHIP LJ 4000 3500 3000 2500 a ~ 2000 1500 1000 500 0 ~ N . .~" ••~~~j~~ ,hz.Mk'r ' •.~t ~w: "' : v~-.•. . ~. . . j .s~.. . . . ~.. 1.r~ ~. ,. ~LS' t.' ~'qj~; ~. r ~"~+~~ ..~~ v~ "'l~T~ ; ~ ,w.~~„~y ' ~y~,;~. .. • ~ .~ ~- . . • ~ ~i~~ .•`~'' ~ M • • _ , 0 2000 4000 6000 8000 10000 BWPD, PWI 12000 14000 16000 18000 • PW WHIP • 2009 2008 • • ~ ~ ~~ Ramirez, Darlene V (DOA) From: Foerster, Catherine P (DOA) Sent: Monday, September 21, 2009 9:39 AM To: Ramirez, Darlene V (DOA) Subject: Re: 309-333 Approve Sent from my iPhone On Sep 21, 2009, at 9:12 AM, "Ramirez, Darlene V(DOA)" <darlene.ramirezC~alaska.gov > wrote: > «S45C-209091813420.pdf» > The message is ready to be sent with the following file or link > attachments: > > S45C-209091813420.pdf > > > Note: To protect against computer viruses, e-mail programs may > prevent sending or receiving certain types of file attachments. > Check your e-mail security settings to determine how attachments are > handled. > <S45C-209091813420.pdf> . STATE OF ALASKA NO'V;3 ~·~trED ALAS OIL AND GAS CONSERVATION COMM.N Alaska Oil & Gas Cons. Commission REPORT OF SUNDRY WELL OPERATIONS Anchorage D Stimulate D Other 0 Convert to WAG D WaiverD Time ExtensionD D Re-enter Suspended Well D 5. Permit to Drill Number: 189-0410 1. Operations Abandon D Repair Well D Performed: Alter Casing D Pull Tubing D Change Approved Program D Operat. Shutdown D 2. Operator BP Exploration (Alaska), Inc. Name: Plug Perforations Perforate New Pool Perforate 4. Current Well Class: Development Stratigraphic P.O. Box 196612 Anchorage, AK 99519-6612 7. KB Elevation (It): 3. Address: 35 KB 8. Property Designation: ADLO-034624 11. Present Well Condition Summary: Total Depth measured 14950 feet true vertical 9367.65 feet Effective Depth measured 14750 feet true vertical 9181 feet Casing Length Size MD Conductor 80' 20" 94# H-40 35' - 115' Liner 1297' 7"29# L-80 13500' - 14797' Production 2550' 9-5/8" 47# NT80S 34' - 2584' Production 11233' 9-5/8" 47# L-80 2584' - 13817' Surface 66' 13-3/8" 68# K-55 36' - 102' Surface 5872' 13-3/8" 72# L-80 102' - 5974' Perforation depth: Measured depth: 14340' - 14650' True Vertical depth: 8799' - 9088' - - Tubing: (size, grade, and measured depth) Exploratory Service p 6. API Number: 50-029-21937-00-00 9. Well Name and Number: P1-25 10. Field/Pool(s): Pt Mcintyre Field/ Pt Mcintyre Pool Plugs (measured) None Junk (measured) None TVD 35' - 115' 8025' - 9225' 34' - 2342' 2342' - 8313' 36' - 102' 1 02' - 4082' Burst 1530 8160 6870 6870 3450 4930 Collapse 520 7020 4760 4760 1950 2670 - - 3-1/2" 9.3# J-55 4-1/2" 12.6# L-80 3-1/2" Baker HB Packer 7" Baker FB-1 Packer o o Representative Daily Average Production or Injection Data Gas-Mcf Water-Bbl Casing Pressure o 2656 320 o 15601 0 15. Well Class alter proposed work: Exploratory Development 16. Well Status alter proposed work: Oil Gas WAG Packers and SSSV (type and measured depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Prior to well operation: Subsequent to operation: 14. Attachments: Copies of Logs and Surveys Run Daily Report of Well Operations X Oil-Bbl o o 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Gary Preble 13484 - 14384 31' - 13484' 14288 14361 o o :')Cø~~NED ~\; 'r ('/'O,t\j"; L U J "- 'LJ¡j Tubing pressure 998 2809 Service p WINJ WDSPL Title Data Engineer Phone 564-4944 Date 11/28/2006 R8DMS BH o 4 2006 Submit Original Only . . P1-25 DESCRIPTION OF WORK COMPLETED NRWO OPERATIONS EVENT SUMMARY Well converted to WAG from WI 03-10 (PTD #1790210),04-08 (PTD #17601W-25A (PTD #19... I f,q 04/0 . q \1,~lDV Winton, Jim and Bob, Please see the attached MIT forms for the following wells: /PBU 03-10: CMIT-IAxOA for Waiver compliance (t(3<..i~(}5'") P4'5$ /PBU 04-08: MITIA to evaluate the well for an IAxOA AA and waiver '/pBU R-25A: MITIA Pre-dewatering to þZ-/2¿iJ5 ~ pas;. ABU 04-13: MITIA Pre MI swap ~II"I ZLt~;;"> PCIS(. vPBU P1-25: MITIA Pre MI swap q 5}ZCOIò ',Ptr. $5 vPBU 8-101: MITIA Pre MI swap 1\\-nlwC3 ' P""5<' ) ~ '1... :> vPBU NK-13: MITIA for UIC Compliance, Chuck Scheve witnessed t:¡, t-t/z<.."*, '/ PÇ(5~ vlfhe MIT form for PBU X-36 (PTD #1961670) was emailed by Anna Dube on 9/10/06. If you need an additional copy or did not receive the email, I will gladly send it again. ""-- Pass ! Thank you for your patience. «MIT PBU 8-101 11-23-03.xls» «MIT GPMA P1-25 09-06-06.xls» «MIT PBU 04-13 08-10-03.xls» «MIT PBU 04-08 08-04-05.xls» «MIT PBU R-25A 06-12-05.xls» «MIT PBU 03-10 09-30-05.xls» «MIT PBU NK-13 09-19-06.xls» Andrea Hughes (Filling in for Joe Anders) Well Integrity Engineer Office: (907) 659-5102 Pager: (907) 659-5100 x1154 ~çA.NNSn SEP 2 ~ 200ô - -_._~_._..~- Hi Jim, Thank you for the note. To update you on MITs that are ~/1) PBU 04-13 ¡ due 1/8/2006 ~~) PBU S-101¡ due 2/25/2006 /3) PBU NK-13¡ due 5/4/2006 ~4) PBU X-36¡ due 5/20/2006 v~) PBU R-25A¡ due 7/24/2006 past due: Completed Completed Completed Completed Completed 8/10/03 11/23/03 9/9/06 9/5/06 - 6/12/05 Sent in earlier e-mail ~ We agree to schedule MITs on the following wells once on injection: lof4 9/25/2006 9: 15 AM 03-10 (PTD #1790210),04-08 (PTD #17601W-25A (PTD #19... . Schedule when Schedule post Rig Schedule when Schedule post Rig /1) MPU H-06¡ due 2/28/2006 (SI since 7/2002) returned to injection ~2) PBU WGI-01¡ due 4/22/2006 (SI since 12/12/2005) Sidetrack later this year /3) MPU F-41¡ due 5/14/2006 (SI since 5/2005) ~eturned to injection ../4) PBU S-31A¡ due 6/1/2006 (SI since 12/2004) Workover ./5) PBU P1-01¡ due 6/4/2006 (SI since 6/2006 for workover) A patch to restore integrity is planned. Scheduel when returned to injection /6) PBU Pl-25¡ due 7/2/2006 (SI since 6/2006) ./7) PBU GC-02C¡ due 7/22/2006 (SI since 4/2006) returned to injection, estimated some time in '07. Completed 9/6/06 Schedule when Others ./1) PBU 03-10¡ MIT 9/30/2005 (CMIT IAxOA) 2) PBU 04-08¡ MITs (IA and OA) doneper monthlyinjector rpt¡ date unknown- this well is currently SI with an AA and Waiver being drafted. I apologize for this office dropping the ball on these wells. Thank you for your patience in this matter, Ron Wilson WI Tech 659-5524 ------------------------------ We have recently completed a mid year review of MIT data from our inspection database to see how many injection wells may be in question regarding MIT timing. Results of our review relating to BP-operated fields are as follows: MITs are past due for the following wells (injecting as of 7/31/2006) 1) PBU 04-13¡ due 1/8/2006 2) PBU S-101¡ due 2/25/2006 3) PBU NK~13¡ due 5/4/2006 4) PBU X-36¡ due 5/20/2006 5) PBU R-25A¡ due 7/24/2006 The following shut in wells are past their due date for MIT 1) MPU H~06¡ due 2/28/2006 (SI since 7/2002) 2) PBU WGI-01¡ due 4/22/2006 (SI since 12/12/2005) 3) MPU F-41¡ due 5/14/2006 (SI since 5/2005) 4) PBU S-31A¡ due 6/1/2006 (SI since 12/2004) 5) PBU P1-01¡ due 6/4/2006 (SI since 6/2006 for workover) 6) PBU Pl-25¡ due 7/2/2006 (SI since 6/2006) 7) PBU GC-02C¡ due 7/22/2006 (SI since 4/2006) A MIT for each well injecting on the list should be conducted as soon as practical¡ please notify the Commission for an opportunity to witness. Regarding SI injectors, the Commission suggests deferring testing (at least 20f4 9/25/2006 9: 15 AM 03-10 (PTD #1790210), 04-08 (PTD #17601W-25A (PTD #19... . the Commission's witnessed test) until injection is recommenced and well conditions have stabilized. There's also two wells with MITs that have apparently been done (not witnessed) that we would like to have for our database: 1) PBU 03-10¡ MIT 9/30/2005 (CMIT IAxOA) 2) PBU 04-08¡ MITs (IA and OA) done per monthly injector rpt¡ date unknown As with all operating companies, the Commission is willing to work with you to take advantage of operating efficiencies in scheduling MITs (perform multiple MITs per pad¡ perform tests during the more temperate months¡ etc.). Feel free to call if you have any questions, and thank you in advance for your prompt attention to those MITs that are past due. Jim Regg AOGCC PBU 8-1011 Content-Description: MIT PBU 8-101 11-23-03.xls Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 Content-Description: MIT GPMA PI-25 09-06-06.xls Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 Content-Description: MIT PBU 04-13 08-1O-03.xls PBU 04-13 Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 Content-Description: MIT PBU 04-08 08-04-05.xls PBU 04-08 Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 Content-Description: MIT PBU R-25A 06-12-05.xls MIT PBU R-2SA 06-12-0S.xls Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 3 of 4 9/25/2006 9: 15 AM 03-10 (PTD #1790210), 04-08 (PTD #17601'iR-25A (PTD #19... . Content-Description: MIT PBU 03-10 09-30-05.xls MIT PBU 03-10 09-30-0S.xls Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 Content-Description: MIT PBU NK-13 09-19-06.xls PBU NK-13 Content-Type: applicationlvnd.ms-excel Content-Encoding: base64 4 of 4 9/25/2006 9: 15 AM . . STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Mechanical Integrity Test ./ì . \~etl tl 0t\'l,~\~ Email to:Winton_Aubert@admin.state.ak.us;Bob_Fleckenstein@admin.state.ak.us;Jim_Regg@admin.state.ak.us;Tom_Maunder@admin.state.ak.us OPERATOR: FIELD / UNIT / PAD: DATE: OPERA TOR REP: AOGCC REP: BP Exploration (Alaska), Inc. Prudhoe Bay / PBU / PM1 09/05/06 Anna Dube Packer Depth Pretest Initial 15 Min. 30 Min. Well1P1-25 I Type Inj. I W TVD I 8,751' Tubing 1,000 1,000 1,000 1,000 Interval I 0 P.TD.11890410 I Type test I P Test psi' 2187.75 Casing 400 4,000 3,960 3,950 P/F P Notes: AOGCC MITIA pre-MI Swap. OA 380 500 460 460 Well' I Type Inj. I , TVD , Tubing Interva/ P.T.D.I I Tvpe test I I Test psi! Casing P/FI Notes: OA Well' I Type Inj, , TVD I Tubing Interval I P.T.D,I I Type test I I Test psi I Casing P/FI Notes: OA Weill I Type Inj.1 I TVD I Tubing Interval P.T.D.' I Type testl I Test psi! Casing P/F Notes: OA Well' I Type Inj.1 , TVD Tubing Interval P.T.D.I , Type test I , Test psil Casing P/FI Notes: OA TYPE INJ Codes D = Drilling Waste G=Gas I = Industrial Wastewater N = Not Injecting W = Water MIT Report Form BFL 9/1/05 TYPE TEST Codes M = Annulus Monitoring P = Standard Pressure Test R = Internal Radioactive Tracer Survey A = Temperature Anomaly Survey D = Differential Temperature Test INTERVAL Codes I = Initial Test 4 = Four Year Cycle V = Required by Variance T = Test during Workover o = Other (describe in notes) 2006·0905_MIT _PBU_P1-25,xls ¡ .~ ~. STATE OF ALASKA ¡r~ " ~. ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations Performed: AbandonD SuspendD Operation ShutdownD Perforate ŒJ WaiverD OtherD Alter CasingO Repair Well 0 Plug PerforationsD Stimulate 0 Time ExtensionD Change Approved ProgramO Pull TubingO Perforate New PoolO Re-enter Suspended WellD 2. Operator 4. Current Well Class: 5. Permit to Drill Number: Name: BP Exploration (Alaska), Inc. 189-0410 Development 0 Exploratory 0 3. Address: P.O. Box 196612 6. API Number Anchorage, Ak 99519-6612 StratigraphicD ServiceŒ} 50-029-21937-00-00 7. KB Elevation (ft): 9. Well Name and Number: 35.00 P1-25 8. Property Designation: 10. Field/Pool(s): ADL-034624 Pt Mcintyre Oil Field / Pt Mcintyre Oil Pool 11. Present Well Condition Summary: Total Depth measured 14950 feet true vertical 9367.7 feet Plugs (measured) None Effective Depth measured 14750 feet Junk (measured) None true vertical 9181.2 feet Casing Length Size MD TVD Burst Collapse Conductor 80 20" 94# H-40 35 - 115 35.0 - 115.0 1530 520 Liner 1297 7" 29# L-80 13500 - 14797 8025.0 - 9225.0 8160 7020 Production 2550 9-5/8" 47# NT80S 34 - 2584 34.0 - 2342.5 6870 4760 Production 11233 9-5/8" 47# L-80 2584 - 13817 2342.5 - 8312.7 6870 4760 Surface 66 13-3/8" 68# K-55 36 - 102 36.0 - 102.0 3450 1950 Surface 5872 13-3/8" 72# L-80 102 5974 102.0 - 4081.8 4930 2670 Perforation deDth: Measured depth: 14480 -14526,14532 -14550,14600 -14650 True vertical depth: 8929.75 - 8972.65, 8978.25 - 8995.02, 9041.59 - 9088.13 R E C E \ VE 0 Tubing (size, grade, and measured depth): 4.,1/2" 12.6# L-80 @ 31 - 13484 1 '>004 3-1/2" 9.3# J-55 @ 13484 - 14384 JAN 5 L Packers & SSSV (type & measured depth): 3-1/2" Baker HB Packer @ 14288 COf(1m\sSion 7" Baker FB-1 Packer @ 14361 \aska Œ\ & Gas Cons. 12. Stimulation or cement squeeze summary: Intervals treated (measured): I".. :.. . . ZOtJt Treatment descriptions including volumes used and final pressure: /ti!¡~'l JAM 1 ~; 13 ReDresentative Dailv Averaae Production or Iniection Data Oil-Bbl Gas-Met Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: 0 0 2726 1000 486 Subsequent to operation: 0 0 3161 1000 593 14. Attachments: 15. Well Class after proposed work: Exploratory 0 DevelopmentD ServiceOO Copies of Logs and Surveys run - 16. Well Status after proposed work: Operational Shutdown 0 Oil 0 GasO WAG 0 GINJD WINJOO WDSPLD Daily Report of Well Operations. ! Prepared by Garry Catron (907) 564-4657. 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: Contact Garry Catron Printed Name Garr Catron Title Production Technical Assistant Signature Phone 564-4657 Date 1/13/04 Form 10-404 Revised 12/2003 ~(;J~k~EfbJIAN 1 5 2004 ~ "~,' ( ~ , ' . ( ". P1-25 DESCRIPTION OF WORK COMPLETED NRWO OPERATIONS EVENT SUMMARY 07/03/03 WELL INJ WATER ON ARRIVAL DRIFT 121 2-1/8" STEM TO 146711 ELM CORRECTED DEPTH. (211 OF RATEHOLE) SAMPLE OF SCHMOO IN BAILER. TURN WELL OVER TO DSO - DSO TO PUT WELL BACK ON INJ.NOTE: MASTER SWAB AND SSV ALL LEAK BY; RECCOMEND HAVING TREE SEVICED 07/19/03 Pressure Fall Off Test. 07/28/03 Perforated 146001-14650.4 SPF. Tag TD @ 146731. FLUIDS PUMPED I BBLS :TOT AL I No Fluids Pumped 0 Page 1 - . TREE = McEVOY TUBING HANGER: McEVOY 4 @ WB..LI-EAD = McEVOY P 1-25 31'MD. ACfUATOR = AXB..SON KB. ELEV = 43' BE ELEV = OLD WELL NAME: P3.{)1 KOP = BOO' (LOCATED @ WEST DOCK) Max Angle = 66 @ 9300' Datum MD = 14387' Datum TVD = 8BOO'SS 2011' 4-1/2" CA WCO TRDP SSSV () = 3.813" . I 13-3/8" CSG, 68#, L-80, ID = 12.415" H 5974' 14-1/2" lBG-IPC, 12.6#. L-80. 0.0152 bpf, ID = 3.958" H 13485' 13485' 4-1/2" X 3-1/2" XO I TOPOF3-1/2" TBG-PC H 13485' I TOP OF 7" LNR H 13521' I 9-5/8" CSG. 47#, L-BO, ID = 8.681" 1--1 13816' 14273' BAKERPBR Minimum ID = 2.75" @ 14368' 14288' --1 7" X3-1/2"BAKERHBPKR I 3-1/2" OTIS XN NIPPLE 14361' 7" BAKERFB-1 PKR 14368' 3-1/2" OTISXN, B..MD, ID= 2.75" I 3-1/2" TBG, 9.3#, J-55, 0.0087 bpf, ID = 2.992" 1-1 14376' 14376' 3-1/2" lUBING TAIL W/WLEG 14371' EUvD TT LOG UNAV AILABLE PERFORA TION SUMMð.RY REF LOG: DIULDT/CNL/GR ON 06/06/89 ANGLEA TTOP PERF: 21 @ 1440' Note: Refer to A'oduction DB for historical perf data SIZE SA= IN'ŒRVAL Opn/Sqz DATE 3-318" 4 14340 - 14342 S 06/19/89 2-1/8" 4 14480 - 14526 0 07/03/89 2-1/8" 6 14532 - 14550 0 07/03/89 2-1/8" 4 14600 - 14650 0 07/28/03 I R3TD 1--1 14750' I 7" LNR, 26#, L-80, 0.0383 bpf , ID = 6.276" H 14950' DA TE REV BY COI\IM8\JTS DA 'Œ REV BY COMfvENTS FOINT WCINTYRE UNIT 07103/89 ORIGINAL COM PL ETION WELL: P1-25 08108/94 RWO PERMIT No: 1890410 09/15/01 RNlTP CORRECTIONS AA No: 50-029-21937-00 10/31/01 WB/TP SURF LOCCORRECTIONS SEC16, T12N, R14E, 1925.32' FEL &3552.8' FNL 06/23/02 JLA/th OLD NAME CORRECTION 07/28/03 BJM/KK ADÆRFS BP Exploration (Alaska) MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission THRU: Tom Maunder P.I. Supervisor FROM: Jeff Jones Petroleum Inspector TO: Camille O. Taylor ~ DATE: July 2, 2002 Chair SUBJECT: Mechanical Integrity Tests .x:- BPX Pt. Mac 1 P1-14, 16, 21, 25 PBU Pt, Maclntyre Field NON- CONFIDENTIAL Packer Depth Pretest Initial 15 Min. 30 Min. WellI P1-14 IType,nj.I s' I T.V.D. I 8 2 lT"'b'ngl 2 S0 }2 50 12 50 12 50 Ilnterval} 4 P.T.D;I 1930160 ITypetestl P ITestPsiI 208,0 I Casingl zero I 2140 I 2110 '1 2100 I P/F I 13 Notes: Pre-test pressures monitored 15 min. & stable. Well] P1-16 Type lnj.] S ] T.V.D. I' 8774 I Tubingl 1850 I 1825 J 1830 I 1830 ]lntervalJ 4 P.T.D.I 1930340 TypetestI' P ITestpsil 2194 ICasingl zerO I 22401 22101 2210 '1 P/F I 13 Notes: Pre-test pressures monitored 15 min. & stable. WellI P1-21 ITypelnj. I S I*.~.~.1 0676']TubingJ 1850 '] 1850 11850 11050 ]lntervalJ 4 P.T.D.I 1930590 Type testI P I Testpsil 2169 I Casingl zerO I 2380 I 2350 I 2350 I P/F I 13 Notes: Pre-test pressures monitored 15 min. & stable. WellI P1-25 I Typelnj. I S' I T.V.D. 10751 I:l'ubingl 400 I ~00l I ~oo ]IntervalI 4 P:T:..D.I 1890410 Type testI P I TeStpsil 2'188 I CasingI 200 I 228.0 '1 2265 I 2265 I P/F I P Notes: Pre-test pressures monitored 15 min. & stable. F = FRESH WATER INJ. G = GAS INJ. S = SALT WATER INJ. N = NOT INJECTING M= Annulus Monitoring P= Standard Pressure Test R= Internal Radioactive Tracer Survey A= Temperature Anomaly Survey I= Initial Test 4= Four Year Cycle V= Required by Variance W= Test during Workover D= Differential Temperature Test O= Other (describe in notes) Test's Details July 2, 2002: I traveled to BPX's PM-I Pad to witness 4 year MITs on water injection wells Pl-14, PI-I6, Pi-21 and P1- 25 in the Pt. Maclntyre Field. Roland Johnson was the BPX representative in charge of testing today and he performed the task in a safe and proficient manner. The pre-test pressures were monitored for 15 min. and were found to be stable. The standard annulus pressure test was then performed on each well, with all four wells passing the MIT's. Summary.: I witnessed successful MIT's on BPX's water injection wells Pl-14, Pl-16, P1-21 and P1-25 in the Pt. Maclntyre Field, PBU. M.I.T.'s performed: _4 Number of Failures: 0 Total Time during tests: _5 Attachments: cc: SCANNED AUr 0 1 2002 MIT report form 5/12/00 L.G. MIT PBU Pt Mac 1-14,16,21,25 7-2-02 J J1 .xls 7/18/2002 Pt Mclntyre Wellname Changes 5~28~02 Pt. Mclntyre 01 ~ i 177-046 Pt. Mclntyre 02 ~ ~ ~ i177-065 Pt. Mclntyre 03 P1-02 .188-005 Pt. Mclntyre 04 Pt. Mclntyre 05 Pt. Mclntyre 06 Pt. Mclntyre 07 P1-03 i189-013 P1-25 189-041 'P2-58 190-008 P1-01 190-027 Pt. Mclntyre 08 P1-07 Pt. Mclntyre 09 P2-59 189-134 190-140 ' ~191-079 Pt. Mclntyre 10 P2-57 Pt. Mclntyre 11 'P1-12 1191-013 Pt. Mclntyre 12 191-037 Pt. Mclntyre 13 P2-60 .191-091 Pt. Mclntyre 3 DP 189-003 SCANNED MAY 2 9 2002 Page 1 ARCO Alaska, Inc. Post Office Bo.. ,~)0360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 March 31, 1995 Mr. David W. Johnston Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 Dear Mr. Johnston, Re: Suspended Well Update ARCO Alaska Inc. ("ARCO") has compiled data pertaining to the 25 suspended wells described in your August 19, 1994, letter. Any additional suspended wells which were discovered during our research are also included in this update. I have attached an update on each well and grouped the wells by geographic area. If you have any questions, please call the ARCO Contact indicated for each geographical area or me at 265-6914. Sincerely, /. ~,~m.es ,R. W'negarner, CPL ' /?..."? Senior Land~,,~ ,, // JRW:hb ,,,' Enclosures CC: M. L. Bill L. D. Brown H. R. Engel R. M. Lance T. W. McKay G. K. Phillips M. J. Reisterer ATO 1528 LAO 466 ATO 1918 ATO 1420 ATO 1202 ATO 496 ATO 1439 RECEIVED APR 1 4 1995 Alaska 0il & Gas Cons. Commission ^nch0ra. ', ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company RE£EIVED Greater Pt. Mclntyre Area (ARCO Contact: George Phillips 263-4280) APR 1 4 1995 {.Iii & Gas Cons. Commission Anchora, ',~ ARCO hereby requests extensions of "suspended" status for the following wells. Additionally, an exception to the surface plug requirement of AOGCC 20AAC25.110(c) is requested. All of these wells are located in safe and accessible locations on producing drill sites that are monitored daily. The individual status of each well is detailed below. West Beach State #3, APl # 50-029-20208-00, Permit # 76-0034-0 This well was Certified Capable of Producing in Paying Quantities on February 1, 1979. The well was with suspended with a cement plug. An abandonment cap has been installed and tested. This well has the potential for use as a gas injection well to support the West Beach #4 well either by re-entering and/or sidetracking. Pt. Mclntyre P2-59 (PM-9), APl # 50-029-22096-00, Permit #90-0140-0 This well has not been tied into the facilities. It tested at a rate of 1208 BOPD from the Kuparuk formation. It was suspended with tubing and packer and with a plug in the tubing. The SSSV is closed and a back pressure valve is set. To produce this well will require a workover. This well is being evaluated as a producer. More data from offset Pt. Mclntyre wells is being used to determine the economics. Pt. Mclntyre P2-50A, APl # 50-029-22261-00, Permit # 92-0065-0 This well is being evaluated as a sidetrack to a new Pt. Mclntyre development location. The following wells have changed their status since you requested your update: Pt. Mclntyre P1-03 (PM-4), APl # 50-029-21912-00, Permit # 89-0013-0 This well was Certified Capable of Producing in Paying Quantities on February 13, 1989. This well is now a producer. .Pt. Mclntyre P1-25 (PM-5), APl # 50-029-21937-00, Permit # 89-0041-0 This well was worked over in August of 1994 and converted to a water injection well. ARCO hereby requests extensions of "suspended" status for the following wells. Gull Island State #1, APl # 50-029-20151-00, Permit # 74-0057-0 This well was Certified Capable of Producing in Paying Quantities on February 1, 1977. Gull Island State #2, APl # 50-029-20195-00, Permit # 76-0013-0 This well was Certified Capable of Producing in Paying Quantities on April 26, 1977. The following wells have changed their status since you requested your update: Pt. Mclntyre P1-03 (PM-4), APl # 50-029-21912-00, Permit # 89-0013-0 This well was Certified Capable of Producing in Paying Quantities on February 13, 1989. This well is now a producer. Pt. Mclntyre P3-01 (PM-5), APl # 50-029-21937-00, Permit # 89-0041-0 This well was worked over in August of 1994 and converted to a water injection well. Pt. Mclntyre P2-50A, APl # 50-029-22261-00, Permit # 92-0065-0 This well was suspended with a waiver for a bridge plug at 200' & 300'. This well is being evaluated as a sidetrack to a new Pt. Mclntyre development location. ARCO Alaska, Inc. Post Office Box 10U360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 September 30, 1994 Mr. D. W. Johnston Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 RE: Point Mclntyre Well P3-01 Notification of Name Revision to P1-25 0q\ ', ,T TE CH~.._. Dear Mr. Johnston: This letter is to notify and document with the Commission that Point McIntyre Well P3-01 (API 50-029-21937) is being renamed to P1-25. This revision is being made to allow tracking of the well with the existing LDGS automation system used for Lisburne and the Greater Point McIntyre Area. No change in the API number is required. The well was converted to SWI service and injection initiated on September 24, 1994. If you have any questions or comments, please contact me at 265-6909. E. L. Rael Development Engineer ELR:tg CC: W. J. Pish Exxon R. W. Janes BPX ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company RECEIVED OCT - 6 i994 Alaska 0ii & Gas Cons. Commission Anchor~.ue ARCO Alaska, Inc. Post Office Bo,, ~00360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 September 30, 1994 Mr. D. W. Johnston Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 RE: Point McIntyre Well P3-01 Notification of Name Revision to P1-25 Dear Mr. Johnston: This letter is to notify and document with the Commission that Point McIntyre Well P3-01 (API 50-029-21937) is being renamed to P1-25. This revision is being made to allow tracking of the well with the existing LDGS automation system used for Lisburne and the Greater Point McIntyre Area. No change in the API number is required. The well was converted to SWI service and injection initiated on September 24, 1994. If you have any questions or comments, please contact me at 265-6909. E. L. Rael Development Engineer ELR:tg CC: W. J. Pish Exxon R. W. Janes BPX ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company t ECEiVED OCT - 3 1994 ~aska Oil & Gas Cons. Commission Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS · Operations performed: Operation shutdown__ Stimulate __ Plugging m Perforate 2. Name of Operator ARCO Alaska, Inc. Pull tubing __ Alter casing __ 3. Address P.O. Box 100360, Anchoraqe, AK 99510 4. Location of well at surface 1263' FSL, 242' FEL, Sec. 22, T12N, R14E, UM At top of production interval 1646' FSL, 2086' FEL, Sec. 13, T12N, R14E, UM At effective depth 1646' FSL, 2086' FEL, Sec. 13, T12N, R14E, UM At total depth 1728' FSL, 1936' FEL, Sec. 13, T12N, R14E, UM Repair well 5. Type of Well: Development Exploratory Stratigraphic Service Other 6. Datum elevation (DF or KB) RKB=35' feet 7. Unit or Property name Point Mclntyre 8. Well number P1-25 (a.k.a P3-01) Formerly PM#5 9. Permit number/approval number ;~ 89-41 /94-161 10. APl number 50-029-21937-00 11. Field/Pool Prudhoe Bay / Point Mclntyre 12. Present well condition summary Total Depth: measured: true vertical' 14950 feet Plugs 9367 feet (measured) None. Effective Depth: measured: true vertical: Casing Length Size Conductor 75' 20" 5940' 13-3/8 Surface Intermediate 13784' 9-5/8'' Liner 1295' 7" 14750 feet 91 81 feet Cemented Junk (measured) None. 4000 sx ASIII 700 sx G top job w/126 sx ASI 630 sx G 800 sx G Measured depth True vertical depth 110' 110' 5974' 4O82' 13817' 8313' 13502-14797' 8027-9225' Perforation depth: measured 14550-14532', 14526-14480' true vertical 8994-8978', 8972-8929' Tubing (size, grade, and measured depth) 4-1/2'' @ 13485' Packers and SSSV (type and measured depth) Pkr @ 14288', SSSV @ 2009' 13. Stimulation or cement squeeze summary Intervals treated (measured) RECEIVED 0CT - $ !994 ,~.i~ka Oil & Gas Cons. Commission Anchorage, Please refer to the attached. Treatment description including volumes used and final pressure 14. Prior to well operation Subsequent to operation Attachments Copies of Logs and Surveys run _x_ Daily Report of Well Operations ~ Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure MIT n/a n/a 0 0 Tubing Pressure n/a n/a n/a 4750 100 1616 16. Status of well classification as: Oil Gas Suspended 7. I hereby certify that the foj. eeei9g is true and c,~rect to the best of my knowledge. "gn, l ed E van L Rael. t(~~~.~~tle Engineer Form 10-404 Rev 06/15/88 Service x SWI Date September 29, 1994 SUBMIT IN DUPLICA'r~ P1-25 Daily Report of Well Operations (Formerly Point McIntyre #5) O8/06/94 09/22/94 09/24/94 P1-25 PASSED STATE M.I.T P1-25 W/L PULLED PLUG. P1-25 PRESSURED TESTED FOWLINE TO 3500#, HOOKED UP PILOT SUPPLY TO PANEL & NORMALED-UP LPP. P1-25 WATER INJ.STARTED P1-25, PUMPED 150 BBLS OF HOT CRUDE AND 10 BBLS OF METHANOL DN TBG. WAS VERY TIGHT..7 BPM AT 2000 PSI. BROUGHT ON INJECTION AT 23:00 AT 1000 BPD RATE 1950 PSI ON TBG. THERE ISN'T ANY PLACE TO OPEN CHOKE OR SET CHOKE ON THE SETCIM FOR THIS WELL. LWR WRITEN. NOT ON LDGS ETHER. ALARMS ARE SET REAL TIGHT. UP-DATE, OPENED UP TO 17 BEAN FROM 15 BEAN AT 04:30 STARTING TO TAKE SOME WATER NOW. 1800 BWPD AT 1670 PSI. 09/25/94 P1-25 PUT 100# ON 9 5/8 WITH N2.INCREASED RATE TO 4M PER DAY CHOKE AT 35 BN.TEMP. 76 DEG.INJ.PRESS.1900 RECEIVED OCT -' 3 199~. Aiaska Oil & Gas Cons. Commission Anchora~? STATE Ch= ALASKA ALASKA OIL AND GAS CONSERVATION COMMI$81ON Mechanical Integrity Test OPERATOR: Arco A/asim Ir~. RELD I UNIT I PAD: Pt. Mcintyre/PBU/P3 DATE: W6/94 "~ELL ::-"... ;:'S -~' ~INULi~$ . T¥~..?.:' ::: WE' ~::.~::~i ~-!M:* *N F3-01 S N ~MMENTS: The 3 I[[ .... ~MMENTS: "Ill .... II'[ [.,,I !, Io I- ""~" i,, ~'" 1,, ....... .... *TUBING INJECTION FLUID: P = P ROEXJCED WATER INJ. S = SALT WATER INJ M = MISCIBLE INJ. I = INJECTION N = NOT IN.IIECTING ANNULAR FLUID: P.P.G. Grad. WELL TEST: DIESEL g,~' : E..75' Initial GLYCOL I E/Iff 4- Year SALT WATER ; E/?ff Workover DRILLING MUD j E/~z Other OTHER i; E~7 AC)GCC REP SIGNATURE OPERATOR REP SIGI~&ATURE J2GHHFBD.XLS Coug Amos C~on Wesfer (Rev. 3/93) ' ' STATE OF ALASKA AL, ...(A OIL AND GAS CONSERVATION COMMISS.JN REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown Stimulate Plugging Pull tubing X Alter casing Repair well X Perforate Other 2. Name of Operator ARCO Alaska, Inc. 3. Address P. 0. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 1263' NSL, 242' WEL, SEC. 22, T12N, R14E At top of productive interval 1646' NSL, 2086' WEL, SEC. 13, T12N, R14E At effective depth At total depth 1728'NSL, 1936' WEL, SEC. 13, T12N, R14E 5. Type of Well: Development X Exploratory Stratigraphic Service 6. Datum elevation (DF or KB) KBE-- 35' feet 7. Unit or Property name Point Mclntyre 8. Well number P3-01 9. Permit number/approval number 89-41/94-194 10. APl number 50 - 029 -2193 7 11. Field/Pool Point Mclntyre 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: 14950 feet Plugs (measured) 9367 feet 14750 feet Junk (measured) 9181 feet Length 14340'- 14342'- 150 sx Class "G" 13502' - Liner lap downsqueeze w/600 sx Class "G" 5' 5940' 13784' 1295' measured Size Cemented Measured depth True vertical depth 20" Auger 110' 110' 13-3/8" 4000 sx AS III & 700 5974' 4082' sx "G" & 126 sx AS I 9-5/8" 630 sx Class "G" 13817' 8305' 7" 800 sx Class "G" 13502'- 14797' 8027'-9225' 14550~14532~ 14526'`14480' true vertical 8994;8978', 8972'-8929' nmlGINAL Tubing (size, grade, and measured depth) 4-1/2", 12.6#, L-80 to 13484' MD; 3-1/2", 9.34t, L-80 to 14383' MD Packers and SSSV (type and measu red depth) 7" Baker HB Packer @ 14295' MD; 4-1/2m Camco TRDP TRS V @ 2017' MD 13. Stimulation or cement squeeze summary Intervals treated (measured) R E E E IV ~ D Treatment description including volumes used and final pressure 14. Representative Daily Average Production or Iniection_ D~S[~t 0[[ ~ u,~o ,., .................. OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure ~I~'~ Pressure Prior to well operation Subsequent to operation 15. Attachments ~ 16. Status of well classification as: Copies of Logs and, Surveys run I Daily Report of/jW~I_ .~...m zz O,~e~ rations x //1 Oil x Gas Suspended 17.1 hereby certify/~ t/Cle,jo,l~;~p(~tr_ue~l_~ correct to the best of my knowledge. Signed Title Drilling Engineer Supervisor Form 10-404 Rev 06/15/88 Service Date SUBMIT IN DUPLICATE ~ BP/AAI SHARED SERVICE DAILY OPERATIONS PAGE: 1 WELL: P3-01 BOROUGH: NORTH SLOPE UNIT: POINT MCINTYRE FIELD: POINT MCINTYRE LEASE: API: 50- PERMIT: APPROVAL: ACCEPT: 07/29/94 12:01 SPUD: RELEASE: 08/07/94 08:00 OPERATION: DRLG RIG: WO/C RIG: DOYON 14 07/29/94 ( 1) TD:14950 PB:14750 INSTALLING BOOSTERS ON RIG MW: 8.5 Seawater RIG DOWN AND PREP DERRICK FOR RIG MOVE FROM Q-05 TO P3-01. INSTALLING BOOSTER WHEELS ON RIG. 07/30/94 (2) TD:14950 PB:14750 07/31/94 ( 3) TD:14950 PB:14750 08/01/94( 4) TD:14950 PB:14750 08/02/94 (5) TD:14950 PB:14750 MOVING MATTING BOARDS MW: 8.5 Seawater MOVING RIG. STUCK IN Q-PAD ROAD. GOT THE RIG UNSTUCK & MOVED IT T/THE END OF THE ROAD @ J-PAD. RIGGING UP RIG MW: 8.5 Seawater MOVE MATTING BOARDS & RIG T/P3-01. SET MATTING BOARDS. RAISE A LEGS & DERRICK & RIG UP. CIRC OUT DSL/BLD PRESS MW: 8.5 Seawater RD BOOSTER WHEELS & MOVE RIG OVER WELL. RU & TAKE ON SEAH20 PU KELLY. BUILD BERM F/SLOP TANKS-INSTALL. A NEW BUTTERFLY VALVE IN SLOP TANK. DO A PRE SPUD CHECK LISTBLEED OFF WELL THRU CHOKE F/250# T/100. RULUBRI. PULL BPV- RD LUBRI. REV OUT DSL. & CRUDE OIL. CIRC & WAIT 2 HRS. PRESS BLEEDS T/50#. & BUILD BACK T/125# WHILE WAITING ON FLUID T/MIGRATE T/TOP. FLUID LAST CHECK WAS 90% WATER & 10&% DIESEL & CRUDE. RIH W/RTTS & RBP MW: 8.5 Seawater PUMP DOWN 9-5/8" & RETURN THRU TBG. DSPLC DSL & CRUDE. PUMP DOWN & RETURN THRU 13-3/8". DSPLCE OUT DSL & CRUDE. WELL DEAD. OBSERVE F/1 HR. SET 2WC & ND TREE. NU BOPE/TEST. RU LUBRI. & PULL 2WC. RU & PULL 4.5" TBG. LD 72 JTS OF 4.5" L-80 12.6# TBG & 20.64' CUTOFF JT. RECOVER 24 STEEL BANDS. LOAD PIPE SHED W/5" PIPE & STRAP. PU & MU 9-5/8" RTTS & RBP RIH RUN RTTS THRU TBG SPOOL. CHK OUT RBP. BOPE TEST WAIVED BY JOHN SPAULDING, AOGCC REP. Gas Cons. comm'~ss'm~' AnchoT~Y: WELL : P3-01 OPERATION: RIG : DOYON 14 PAGE: 2 08/03/94 (6) TD:14950 PB:14750 08/04/94 ( 7) TD:14950 PB:14750 08/05/94 (8) TD:14950 PB:14750 08/06/94 (9) TD:14950 PB:14750 NU BOPE MW: 8.5 Seawater PU DP & RIH W/9-58" RTTS & RBP. SET RTTS @2518 & ATTEMPT T/TEST CASG. RTTS LEAKED. POOH T/CHK RTTS TIGHT SOPT IN HOLE @559. LD BYPASS VALVE & PU NEW VALVE. RIH 3 STNDS & ATTEMPT TEST - WOULD NOT HOLD. LD BYPASS VLAVE & RIH T/2518 & SET RBP. POOH & LD TRRS TOOL. RIH W/810' 7" CASG. DUPM 50" SAND ON THE RBP & POOH. LD 7" CASG. PU 10 6.75" DC'S & RTTS & SET 12' BELOW WELL HEAD. ND BOPE & TBG HEAD & INSTALL 13-5/8 X 13-5/8 DRLG SPOOL. NU BOPE. PULL 9-5/8" CASG MW: 8.5 Seawater NU BOP'S CHANGE TOP RAMS T/9-5/8". PULL PACKOFF. RU T/TEST BOP'S - UNABLE T/MAKE TEST PLUG HOLD. CHANGE OUT, TEST ANNUL T/3000. OK. TEST RAMS T/5000, CHOKE T/5000, OK. RUN HOWCO STORM PACKER RETRIEVVING TOOL, PULL & LD. LD DC'S. SCREW IN 9-5/8" LANDING JT, PULL BUTTRESS CASG T/RIG FLOOR. RU & LD 14 JTS - THREADS LOOKED GOOD. JTS 3 & 5 WERE LOOSE & NOT MU T/DIAMOND #12 PIN & BOX #13 GAULLED. PU TRI-STATE MECHANICAL CUTTER *& RIH T/2522. CUT CASG & POOH. PU CASG SPEAR & RIH T/607. PULL ll0K T/RIG FLOOR. RU & LD 46 JTS 9-5/8" & CUTT OFF 15.24' ND BOP'S MW: 8.5 Seawater CON'T T/ RD CASG TOOLS & CLEAR FLOOR. PU 6.75 DC'S RIH OPENENDED T/2850. REV. CIRC AT 400PSI 10BPM. POOH PU BACKOFF TOOL RIH T/2567. MADE BACK OFF @2587. BETWEEN #62 /#63 JT. DROP BAR SHEAR PUMP OUT SUB POOH LD BACK OFF TOOL. PU SPEAR BUMPER SUB ON 1 STAND OF 6.75 DC'S & RIH T/2522. MU BACK OFF 200 AMPS 12 ROUNDS CAME FREE. POOH RECOVER 25' CUT OFF & JT #62. BOX LOOKING UP. RU & RUN 9-5/8" X/OVER JT. BUTTRESS PIN X NSCC BOX PLUS 64 JTS. OF 47# HT80 NSCC CASG. RIH T/2587. SCREW IN TRQ 15000 FT/LB. TEST T/3500. OK. ND BOP @BF T/SET 9-5/8" SLIPS. POOH W/TBG MW: 8.5 Seawater CON'T T/ND BOP'S. INSTALL TBG SPOOL/TEST PACK-OFF T/3500/10 MIN. OK. NU BOP'S & CHANGE ADPTR FLNG & TOP RAMS. TEST BOP LEAK @ ADPTR FLNG, CHANGE OUT RING GASKET. MU 9-5/8" RBP RETRIEVE TOOL & RIH T/2901. CIRC DOWN T/2980. REV. CIRC TWO VOL. RELEASE RBP. POOH/LD. RECOVER ONE SS BAND ON RBP. PU 8-1/8" OVERSHOT. DRESSED W/4.5" GRAPPLE, 6.75 BUMPER SUB, 3) 6.75 DC'S. RIH T/2990. ENGAGE 4.5 TBG, PULL 215K T/FREE. CIRC OUT BRINE WATER, POOH & LD DP. AU6 1 9 1994 Gas Cons. Commission Anchor~.jv WELL : P3-01 OPERATION: RIG : DOYON 14 PAGE: 3 08/07/94 (10) TD:14950 PB:14750 COMP. WL WORK MW: 8.5 Seawater CON'T T/LD DP & BHA WHILE PULLING TBG T/SURF. LD OVERSHOT & TBG CUTOFF 20.6' RU REPLACE CUTOFF JT. RUN 70 JTS OF 4.5" 12.6# L-80 AB MOD BTC TBG & BALL VALVE, TEST TBG & CONTROL LINE T/5000, OK. TEST TBG T/2500. OK. SET 2-WAY CHECK. ND BOP. NU TREE TEST PACKOFF T/5000/15 MIN. CL T/5000, F/15 MIN. RU FIELD SERV. LUB & PULL 2WAY CHK. PU & MIT TEST W/STATE WITNESS DOUG AMOS DF AOGCC. TEST TBG T/4000/30 MIN OK. TEST TBG ANNUL. T/3800/30 MIN. RU HES WL RUN 2.73 ID, IMPRESSION BLOCK STOP IN LOWER PKR 14361. RIH W/KICK OVER TOOL T/PULL GAS VALVE @ 14195 SHEAR TOOL-NO VALVE. RERUN TOOL. 08/08/94 (11) TD:14950 PB:14750 SIGNATURE: RIG RELEASE MW: 8.5 Seawater CON'T. WL WORK TRY T/RECOVER DUMMY GAS LIFT VALVE @14187. MAKE 3 TRIPS FOUND VALVE T/BE RKED-NOT ARK LATCK. RECOVER & RD HES. CIRC @10BPM, 975 BBLS & CORRXIT 25 GL'S/100 BBL INHIBITOR. RU HOT SHOT SERV PUMP 160 BBLS DSL DOWN TBG, HOOK UP T/9-5/8 X 4.5 TBG ANNUL & U-TUBE T/FRZ PROTECT @2285. INJECT 150 BBLS SEAWATER DWON 13-3/8 X 9-5/8 ANNUL. @ 3BPM. CLEAN PITS & INSTALL PBV, SECURE TREE. RELEASE RIG @29:00 HRS ON 8/7 (drilling' superintendent ) ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 August 19, 1994 David Sutter, Land Manager ARCO Alaska Inc. P O Box 100360 Anchorage, AK 99510-0360 Re: Suspended Wells Compliance with regulations Dear Mr. Sutter: ARCO Alaska Inc. has 25 suspended wells as shown on the attached lists: ARCO SUSPENDED WELLS PRIOR TO 1980 and ARCO SUSPENDED WELL SINCE 1980. The applicable regulation is as follows: 20 AAC 25.110 SUSPENDED WELLS (a) Upon application by the operator under 20 AAC 25.105(e), the commission will, in its discretion, approve the suspension of a well if the well (1) encounters hydrocarbons of sufficient quality and quantity to indicate the well is capable of producing in paying quantities as reasonably demonstrated by well tests or interpretive formation evaluation data; or (2) is reasonably demonstrated to have future value as a service well. For each well on the attached lists of suspended wells, please provide data showing that the well meets the criteria of (1) or (2) above or advise as to your plans to abandon the well. Wells that meet the criteria of (a) above that you wish to maintain as suspended, as required by 20 AAC 25.110(e), must have well site inspections this year prior to snow covering the locations. , Chairman encls c: Blair Wondzell bew/llarsusp ARCO SUSPENDED WELLS PRIOR TO 1980 AS OF AUGUST 1994 PERMIT 00-0242-0 68-0095-0 69-0036-0 73-0027-0 74-0056-0 74-0057-0 76-0013-0 76-0017-0 76-0034-0 78-0017-0 API AK/MBER 029-21821-00 029-20004-00 029-20017-00 179-20004-00 029-20150-00 029-20151-00 029-20195-00 029-20199-00 029-20205-00 029-20278-00 W~LL WELL WELL NAME CLASS STATUS PRUDHOE BAY UNIT OWDW-C SER SUSP DELTA ST I EXP SUSP PUT RIV ST 1 EXP SUSP KAVIK I/NIT 3 DEV SUSP DELTA ST 2 EXP SUSP GULL ISST I EXP SUSP GULL IS ST 2 EXP SUSP KIGHLAND ST 1 DEV SUSP W BEAC~ ST 3 EXP SUSP W MIKKELSEN ST I EXP SUSP STATUS DATE 6/23/73 2/27/69 7/01/69 5/02/74 5/17/75 4/01/76 4/22/77 4/12/76 7/26/76 11/11/78 SECT 11 10 O7 08 35 28 28 24 25 32 TWP 10N I0N 10N 03N llN 12N 12N llN 12N 10N Ri~G 014E 016E 014E 023E 016E 01SE 01SE 011E 014E 019E MER U U U U U U U U U U ARCO SUSPENDED WELLS SINCE 1980 AS OF AUGUST 1994 PERMIT 60-0041-0 82-0038-0 82-0218-0 83-0181-0 84-0156-0 84-0205-0 86-0056-0 89-0013-0 89-0041-0 90-0036-0 91-0069-0 92-0065-0 93-0174-0 93-0179-0 94-0043-0 API NIYMBER 133-10142-00 029-20727-00 029-20885-00 029-21056-00 029-21181-00 029-21221-00 029-20138-01 029-21912-00 029-21937-00 029-22027-00 029-22173-00 029-22261-01 029-22419-00 029-22423-00 029-20614-01 WELL WELL WELL NAME CLASS STATUS SWANSON RIV UNIT 34-15 DEV SUSP KUPARUK RIVLTNIT 1H-05 DEV SUSP P~AVIK ST 1 EXP SUSP HEMI SPRINGS ST I EXP SUSP PRUDHOE BaY UNIT DS18-11 DEV SUSP PRUDHOE BaY UNIT DS11-15 DEV SUSP W BEAC~ ST 1-A SER SUSP PT MCINTYRE P1-03 EXP SUSP PT MCINTYRE P3-01 DEV SUSP KUPARUK RIV I/NIT 1L-20 DEV SUSP KUPARUK RIV I/NIT 1L-26 DEV SUSP PT MCINTYRE P2-50A DEV SUSP KUPARUK RIV UNIT 25-17 DEV SUSP tCUPARUK RIV UNIT 25-05 DEY SUSP PRUDHOE BAY UNIT DS12-13A DEV SUSP STATUS DATE 8/21/91 5/lS/$2 4/03/83 4/03/84 9/17/84 2/14/91 5/06/86 4/26/89 7/03/89 3/31/91 6/09/91 8/30/92 4/25/94 4/25/94 4/03/94 SECT 15 33 32 12 19 33 25 16 22 29 32 14 36 36 TWP 08N 12N 09N 10N llN llN 12N 12N 12N 11N llN 12N llN 11N 10N RNG 009W 0105 0095 0115 0155 0155 0145 0145 0145 010E 010E 0145 0095 0095 0155 MER S U U U U U U U U U U U U U U MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: THRU: David John..~o~, Chairma'~ Blair Wondzell, .~.~ P. I. Supervisor 8/9 FROM: Lou Grimaldi, -¢---' SUBJECT: Petroleum Inspector DATE: August 4, 1994 FILE NO: Q2GJHBBD.DOC Rig/BOPE Inspection Doyon rig #14 Arco well# P3-1 Pt. Mclntyre PTD # 89-41 Thursday, Auqust 4, 1994: I made a Rig/BOPE inspection on Doyon's rig #14 which was working over Arco's well P3-1. The rig was in top shape with evidence of regular maintenance of the BOPE and cleaning of the rig. Mort Heavirland (Doyon Toolpusher) accompanied me on my tour and pointed out many modifications that had been made to the equipment. I found all BOPE to be in compliance. The area surrounding the rig was clean and orderly. Good access was provided. SUMMARY: I made a Rig/BOPE inspection on Doyon's rig #14. All equipment was in compliance. Attachments: Q2GJHBBD.XLS .... ~_ cc: Sam Lynch (Prudhoe Bay drilling) STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION RIG / BPS INSPECTION REPORT OPERATION: Drilling Workover Drig Contr: Operator: Location: Do¥on Arco Section 22 T. 12N X Cmpl. UIC X Well Name P3-1 Rig No. 14 Rep. Rep. Don Wester R. 14E M. U DATE: 8/4/94 PTD# 89-41 Mort Rig Ph.# 659-4510 INSPECTION ITEMS (A.) B.O.P. STACK Wellhead fig wkg press Stack wkg press Annular preventer Pipe rams Blind rams Stack anchored Chke/kill line size All turns targeted ( chke & kill Ln.) HCR valves (chke & kill Ln.) Manual valves (chke & kill Ln.) Connections (Flgd, Whd, Clamped Drilling spool Flow Nipple Flow monitor Control lines fire protected INSPECTION ITEMS (B.) CLOSING UNIT Working pressure Fluid level Operating pressure Pressure gauges Sufficient valves Regulator bypass 4-way valves (actuators) rams handle cover Driller control panel Remote control panel Firewall Nitrogen power source (backup) Condition (leaks, hoses, ect,) REMARKS: IN COMPLIANCE IN COMPLIANCE INSPECTION ITEMS ID SYSTEM Pit level floats installed Flow rate sensor Mud gas separator Degasser Separator bypass Gas sensors Choke line connections Trip tank INSPECTION ITEMS (D.) RIG FLOOR Kelly cocks (upper, lower, IBOP) Floor valves (dart, ball, ect.) Kelly & floor valve wrenches Drillers console (flow monitor, flow rate indicator, pit level indicators, gauges) Kill sheet up-to-date Gas detection monitors H2S & methane) Hydraulic choke panel Choke manifold INSPECTION ITEMS (E.) MISC. EQUIPMENT Flare/vent line All turns targeted (downstream choke lines) Reserve pit tankage Personnel protective equip, avail. All Drillsite Supervisors Trained For Procedures H2S probes Rig housekeeping Good Looking ri~l, equipment well maintained. IN COMPLIANCE IN COMPLIANCE IN COMPLIANCE RECORDS: Date of Last Rig / BPS Inspection Date of Last BOP Test Resulting Non-Compliance Items: Non-Compliance not corrected & Reason: Date Corrections Will Be Completed: BOP Test & Results Properly Entered On Daily Record? 8/2/94 Kill Sheet Current? Distribution: orig - Well File c - Oper./Rig c - Database c - Trip Rpt File c- Inspector AOGCC REP: OPERATOR REP: FI-022 (Rev. 3/93) Louis R Grimaldi Q2GJHBBD.XLS STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Operation Shutdown __ Re-enter suspended well x Alter casing __ Repair well x Plugging __ Time extension ~ Stimulate __ Change approved program __ Pull tubing X Variance__ Perforate __ Other__ 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 1263' NSL, 242' WEL, SEC. 22, T12N, R14E 5. Type of Well: Development __ Exploratory __ Stratigraphic __ Service 6. Datum elevation (DF or KB) KBE = 35' feet 7. Unit or Property name Point Mclntyre 8. Well number P3-01 1646' NSL, 2086' WEL, SEC. 13, T12N, R14E At effective depth 10. Permit number 89-41 APl number 50- 029-21937 11. Field/Pool Point Mclntyre At total depth 1728'NSL, 1936' WEL, SEC. 13, T12N, R14E 12. Present well condition summary Total depth: measured true vertical 14950 feet 9367 feet Plugs (measured) 14340'-14342'-150 sx Class "G" 13502' - Liner lap downsqueeze w/600 sx Class Effective depth: measured 14750 feet Junk (measured) true vertical 9181 feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 75' 20" Auger 110' 110' Surface 5940' 13-3/8" 4000 sx AS III & 700 5974' 4082' Intermediate sx "G" & 126 sx AS I Production 13784' 9-5/8" 630 sx C/ass "G" 13817' 8305' Liner 1295' 7" 800 sx C/ass "G' 13502'-14797' 8027'-9225' Perforation depth: measured 14550'-14532', 14526'-14480' true vertical 8994'-8978', 8972'-8929' RECEIVEI Tubing (size, grade, and measured depth) 4-1/2", L-8O tubing to 13485' MD; 3-1/2", J-55 tailpipe to 14384'MD JUL 1 8 1994 Alaska 0il & Gas Cons. Comn Packers and SSSV (type and measured depth) 7" Baker HB Packer @ 14361'MD; 4-1/2"' Otis BVCN SSSV @ 2004',~ora.j~ 13. Attachments Description summary of proposal x Detailed operations program ~ BOP sketch 14. Estimated date for commencing operation 8/1/94 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil Gas Suspended x Service Signed Title Drilling Engineer Supervisor FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity BOP Test Location clearance ~ Mechanical Integrity Test ~ Su-~--bsequent form required 10- ~o~ Original Signed By Approved by order of the Commission David W. JohnSton J Approval No. ,~ ~_ ( p, tt/ Commissioner Date ~si0n Form 10-403 Rev 06/15/88 ~,~pproved Copy Returned SUBMIT IN TRIPLICATE PT MAC WELLF P3-01 SUNDRY APPROVAL APPLICATION OBJECTIVE; The primary objective of the P3-01 workover is to replace/repair the 9- 5/8" casing which is expected to have parted at +650' md. SCOPE: PRE-RIG WORK: RECEIVED 1994 ,, ~u ,.. ~ Gas Cons. Commission Anchorage Pull gas lift valve from lone station at 14,188' MD and displace the well to kill weight brine. Freeze protect well to +2000' tvd. Relpace the gas lift valve. RIG WORK: MIRU workover rig. Pull the existing 4-1/2", 12.6# x 3-1/2", 9.6# L-80 completion string. RIH w/test packer. Set same at 700' md and test casing below 700' md to 3500 psi f/30 min to verify that leak is above 700' md. RIH w/retrievable bridge plug and set same at +2600' md and spot 50 of sand on top of it. Perform 9-5/8" casing cut-n-pull at +2500' md. Run new 9-5/8", 47#, L-80, NSCC casing and set on emergency slips. Test casing to 3500 psi f/30 min. Retrieve retrievable bridge plug. Re- run 4-1/2", 12.6# x 3-1/2", 9.6# L-80 completion string. Freeze protect well. Secure well, release rig. WELL HISTORY P3-01 was drilled and completed in APR-JUN89. It was drilled to a TD of 14,950' MD. The well is a conventional 13-3/8" x 9-5/8" x 7" liner and completed with a 4-1/2" x 3-1/2" tapered completion string with a straddle packer hookup. On 19JUN94 the 9-5/8" annulus was pressured up to 1600 psi to prepare the well for a state witnessed MIT. Several minutes after the well was pressured up, there was a loud bang and the tree was observed to be shaking. The 9-5/8" pressure immediately fell to 1100 psi. The 13-3/8" pressure was noted to be 700 psi at this time. A couple of hours later the 9-5/8" pressure was 600 psi and the 13-3/8" was 400 psi. Several more hours later the 9-5/8" and 13-3/8" pressures were equalized at 360 psi. JER Pt Mac Well# P3-01 WO Page1 July 14, 1994 PT MAC WELLF P3-01 SUNDRY APPROVAL APPLICATION An injectivity test was then performed on the 9-5/8" annulus. After pumping with a Triplex pump for 25 minutes the 9-5/8" annulus pressure was 780 psi and the 13-3/8" annulus pressure was 750 psi. The tubing pressure remained at 1500 psi. The 9-5/8" and 13-3/8" annulus pressures started tracking each other immediately. On 24JUN94 circulation was established down the 9 5/8 and out the 13 3/8" at 1.0 bpm @ 50 psig. A pump in rate of 1.2 bpm @ 1400 psig was established down the 13 3/8 annulus, into open formation below the 13 3/8" shoe. All rates were established w/diesel at ambiant temp +40°F.. The well has not been arctic packed. ALSO on 24JUN94 a base GR-TS and a GR-TS while pumping 150° F crude down the 9 5/8" and out the 13 3/8" casing were run. A leak was found at 620' md with some heating down to 750' md. TIMING: This project is presently scheduled for Doyon Rig #14 on or about 01Aug94 upon completion of activity on Q-PAD. The workover should take approximately 6.5 days. RECEIVED JUL 1 8 1994 Alaska 0il & Gas Cons. Commission Anchorage JER Pt Mac Well# P3-01 WO Page2 July 14, 1994 PT MAC WELLF P3-01 SUNDRY APPROVAL APPLICATION OPERATIONS SUMMARY PRE-RIG OPERATIONS . Pull gas lift valve from lone station at 14,188' MD and displace the well to seawater. Freeze protect well to +2000' tvd. Replace the gas lift valve. RIG OPERATIONS . o . . 6. 7. 8. 9. 10. MIRU Doyon Rig #14. Pull the existing 4-1/2" x 3-1/2" completion string up to and including the SSSV. RIH w/test packer. Set same at 700' md and test casing below 700' md. RIH w/retrievable bridge plug and set same at +2600' md and spot 50' of sand on top of it. Perform 9-5/8" casing cut-n-pull at +2500' md. Run new 9-5/8", 47#, L-80, NSCC casing and set on emergency slips. Test casing to 3500 psi f/30 min. Retrieve retrievable bridge plug. Re-run 4-1/2", 12.6# x 3-1/2", 9.6# L-80 completion string. Freeze protect well. Secure well, release rig. ,JUL '1 8 ~994 0ii & Gas Cons. Commissio~ Anchorage JER Pt Mac Well# P3-01 WO Page3 July 14, 1994 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS At effective depth 1646' FSL, 2086' FEL, Sec. 13, T12N, R14E, UM At total depth 1728' FSL, 1936' FEL, Sec. 13, T12N, R14E, UM 12. Present well condition summary Total Depth: measured: true vertical: 1. Type of Request: Abandon. Suspended Operation Shutdown Alter casing Repair well Plugging . Chan~le approved program .x Pull tubin?~.l,, ~'T---"Pe o~V~aMri"aqn'ce.,,~.- 2. Name of Operator ARCO Alaska, Inc. | Development ! Exploratory 3. Address ! Stratigraphic P.O. Box 100360, Anchorage, AK 99510 4. Location of well at surface 1263' FSL, 242' FEL, Sec. 22, T12N, R14E, UM At top of production interval 1646' FSL, 2086' FEL, Sec. 13, T12N, R14E, UM Re-enter suspended well Time extension Stimulate Pedorate Other 6. Datum elevation (DF or KB) RKB=35' 7. Unit or Property name Point Mclntyre feet 8. Well number P3-01 Formerly Point Mclntyre #5 9. Permit number 89-41 10. APl number 50-029-21937-00 11. Field/Pool Prudhoe Bay / Point Mclntyre 14950 feet Plugs (measured) None. 9367 feet Effective Depth: measured: true vertical: Casing Length Size Conductor 75' 20" 5940' 13-3/8'' Sudace Intermediate 13784' 9-5/8'' 14750 feet 9181 feet Cemented Junk (measured) None. 4000 sx ASIII 700 sx G top job wi126 sx ASI 630 sx G Measured depth True vertical depth 110' 110' 5974' 4082' 13817' 8313' Liner 1295' 7" 800 sx G 13502-14797' 8027-9225' Perforation depth: measured 14550-14532', 14526-14480' true vertical 8994-8978', 8972-8929' Tubing (size, grade, and measured depth) 4'1/2'' @ 13485' Packers and SSSV (type and measured depth) Pkr @ 14288', SSSV @ 2009' RECEIVED 2. 0 994 Gas Cons, C0mmisst0t~ Anchorage 3. Attachments Description summary of proposal x Convert well from Suspended Producer to Water Injection. Detailed operation program BOP sketch 14. Estimated date for commencing operation June 26, 1994 115. Status of well classification as: .... I Oil __ Gas Suspended 16. If PropOsal was verbally approved Name of approver Date approved Service Water Injector 17. I hereby c~ tha~/~the fojr~ego~,gi.i.s/~ru._e, and,,, .,'~,, correct to the best of my knowledge. Signed /"/'~"¢'~:v'<~G~e~da~~ Title GPMA Sr. Engineer ~,,' FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity _ BOP test Location clearance Mechanical Integrity Test ~ Subsequent for required 10-/./_~ ~ Date J L4/vt..~ Form 10-403 Rev 06/15/88 / Original Signed By Approved bv order of the Commission /');:lvid W ,l.nhnsf_0n. Commissioner Date Approved Copy Returned ! SUBMIT IN TRIPLICATE Attachment I Conversion to Water Injection Point McIntyre P3-01 ARCO Alaska requests approval to convert Well P3-01 from an oil producer to a water injector° This well will be operated as a Class II UIC well in compliance with Area Injection Order 4A. Water will be injected for the purpose of enhanced recovery into the Kuparuk interval between the depths of 14550' and 14480' measured depths . This interval correlates with the strata found in ARCO's Point Mclntyre Well No. 11 between the measured depths of 9908' - 10665' as authorized in Rule 1 of this injection order. A Mechanical Integrity Test will be performed before injection is initiated and every four years thereafter, in compliance with Rule 6 of this order. This well's injection volumes, average injection pressure, and average annulus pressure will be reported to the AOGCC monthly. RECEIVED JUN 2 0 i994 (~i & Gas Cons. Commission Anchora~ ARCO Alaska, Inc. Post Office Box lu0360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 January 5, 1994 Mr. D. W. Johnston Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 (~ / Subject: Point McIntyre Well #5 Notification of Name Revision to P3-01 Dear Mr. Johnston: This letter is to notify and document with the Commission that Point McIntyre Well #5 (API 50-029-21937) is being renamed to P3-01. This revision will provide consistency with the Point McIntyre well naming convention adopted during the spring of 1993. No change in the API number is required. The well remains in a suspended condition since 7/11/89 when testing operations were completed. Conversion to a water injector for use in the Point McIntyre waterflood is currently planned during the later half of 1994. If there are any questions or comments, please contact me at 265-6538. Sincerely, , J. L. Harris Engineering Supervisor Lisburne/Point Mclntyre Engineering KGP:tg cc: W.J. Pish, R. W. Janes Exxon Co., U.S.A. BPX RECEIVED JA, N -'7 1994 Alaska 0il & Gas Cons. Commission Anchorage ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Date: July 28, 1992 Subject: Transmittal #149 From: ARCO Alaska Inc. To:AOGCC Bob Crandall 3001 Porcupine Drive Anchorage, AK 99501 Please find enclosed the Core Analysis Reports from Core Labs for Point McIntyre wells #5. 7 and 8. This information is con'f'idential and your cooperation in maintaining confidentiality is appreciated. Laura S. Lahrson, ATO-~09 / ARCO Alaska, Inc. P.O. BOX 100360 Anchorage, Alaska 99510-0360 Transmittal #149 RECEIVED JUL 2 9 1992 Alaska Oil & Gas Cons. Commission Anchorage PLEASE SIGN ONE COPY AND RETURN DEPT. OF NATURAL RESOURCES DIVISION OF OIL AND GAS September 13, 1991 David W. Johnston, Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Subject: Release of the data from the Pt. McIntyre #5 well Dear Commissioner Johnston: WALTER d. HICKEL, GOVERNOR RO. BOX 107034 ANCHORAGE, ALASKA PHONE: (907) 762-2553 (907)762-2547 I granted extended confidentiality for the Pt. Mclntyre #5 well until 90 days after the unleased land within three miles of the bottom hole location of this well was offered for lease. This unleased land was offered for lease in State Sale 65 and Federal OCS Sale 124 which were held on June 4, 1991 and June 25, 1991 respectively. Therefore, the well no longer qualifies for extended confidentiality and the well data should be released on September 24, 1991. By copy of this letter I am notifying ARCO Alaska Inc. and Exxon of the upcoming release of the Pt. Mclntyre #5 well. Sincerely, CM~mes E. Eason Director CC; James M. Davis, Senior Vice President of Exploration & Land, ARCO Alaska Inc. Ed Turner, Land Supervisor for Alaska, Exxon Co. USA RECEIVED $ E P 1 7 t99t Alaska Oil & Gas Cons. Commission Anchorage _~ · / DEI'ART~IENT OF LANV / · 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 ~ 1o31 w 4TH AVENUE, SUITE 200 ANCHORAGE, ALASKA 99501. I994 PHONE: (907) 269-5100 FAX: (907) 276-3697 I~ KEY BANK ~TUILDING 100 CUSHMAN ST,, SUITE ,400 FAIRBANKS, ALASKA 99701-4679 PHONE: (907) 452-1568 FAX: (907) 456-1317 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. JUL '"'",t~ · ~ Sincerely, CHARLES E. COLE ATTORNEY~ ~ GENERAL ~ By.' Robert E. Mintz Assistant Attorney General 03-CSLH · o DEPT. OF N~XTUI~AL RESOUI~CES Nlay 17, 1991 DIVISION OF OIL AND GAS Jerry L. Dces Vice President ARCO Alaska Inc. P.O. Box 100360 Anchorage, AK 99510-360 Subject: Request for extended confidentiality Pt. Mclntyre # 4 and #5 wells / / WALTER J. HICKEL, GOVERNOR PO. BOX 107034 ANCHORAGE, ALASKA PHONE: (907) 762-2553 "COMM RES ENG J/-C- SR ENG SR ENG ENG ASST I ENG ASST I SR GEOL I. i, De-ar Mr. Dees: In your May 1, 1991 letters you requested extended confidentiality for the Pt. Mclntyre # 4 and #5 wells under the authority of 11AAC 83.153, which provides in pertinent part: "If the commissioner finds that reports of information required under A.S. 31.05.035(a) contain significant information relating to the valuation of unleased land within a three mile radius of the well from which these reports or information are obtained, the commissioner will upon written request of the owner of the well, keep the reports or information confidential for a reasonable time not to exceed 90 days after the disposal of the unleased land, unless the owner of the well gives permission to release the reports and information at an earlier date." The Pt. Mclntyre #4 and #5 wells (bottom hole locations) lie approximately 1.8 and 2.6 miles, respectively, from unleased land which is currently included as part of the State Lease Sale 65. Lease Sale 65 is currently scheduled for June 4, 1991. Additionally, the Pt. Mclntyre #4 and #5 wells (bottom hole locations) are within 2.8 and 2.6 miles, respectively, of unleased land that is currently scheduled to be offered in Federal OCS Sale 124. OCS Sale 124 is currently scheduled for June 25,'1991. Following your request for extended confidentiality, a review of the data was made by Division of Oil and Gas technical staff. Based upon the recommendation of division technical staff and under the departmental delegation of authority, I agree to extend the confidentiality of the data from Pt. Mclntyre #4 and #5 wells until 90 days after OCS Sale 124 is held. By copy of this letter I am requesting that the Alaska Oil and Gas Conservation Commission extend the confidentiality of data from the Pt. Mclntyre # 4 and #5 wells until further notice. Sincerely, a mes E. Eason Director cc: D. W. Johnston, Commissioner, AOGCC J. R. Winegarner, ARCO RECEIVED MAY 2 1 t99t Alaska Oil & Gas Cons. Commission Anchorage ARCO Alaska, Inc~ Post Office .100360 Anchorage, AlaSka 99510-0360 Telephone 907 276 1215 SAMPLE TO: TRANSMITTAL , state of Alaska DATE:' August 29, 1989 Oil & Gas Conservation Comm. AIRBILL #: n/a 3001 Porcupine Dr. AFT#' n/a Anchorage, Ak. 99501 CHARGE CODE# Attn: John Boyle OPERATOR' Arco NAME: West Storkerson #1 and Point Mclntyre #5 SAMPLE TYPE: SAMPLES SENT: core chips & dry ditch NUMBER OF BOXES: 38 boxes West Storkerson #1 West Storkerson #1 point Mclntyre #5 core chips dry ditch core chips 8519-8568 8577-8698 8894-8953 (1' interval) 140-9140 (30' interval) 14230-14250 14460-14542 14544-14579 14581-14689 (1' interval) Point MclntYre #5 dry ditCh 1500-14950 (30' interval) SENT BY- TERESA GORUP UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: ARCO ALASKA, INC. P. O. BOX 100360 ANCHORAGE, AK. 99510 ATTN: ABV-100 RECEIVED BY' DATE: ARCO Alaska, Inc. is a Subsidiary of AHanticRichlieldCompany AR3B-6003-C ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 August 7, 1989 C.V. Chatterton Chairman, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-1433 Dear Commissioner Chatterton: Attached as required is the completion report and well summary of Point Mclntyre #5. It is requested that in accordance with the Commission's rules that all information about the well be kept confidential. Should further information be required, please contact the undersigned concerning well operations at 263-4971 and contact Craig Moseley at 265-6873 concerning geological or logging information. Yours truly, I.E. Maunder Sr. Drilling Engineer ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany 'I'RANYMITTED HEREWITH ARE THE F:'OL.L. OWINC, ' ';' .... t 8"89 < '7. <:l '') '~- t 48 '~' 6 RUN ~ n" '~'" · ! I 'I-t 490t " ! -:3 5;" ! 1 4-! 4901 " ! -3 2" ! I .'.1-t 4870 " t '-~ 2"& i '~80~.-- t ~l.o"~ ,a " :3 '='" · ,.,,.,,.'..~.-. 48 t ? .-:'~ S" t "z o,~. '~ .. 'i 48 t ::" :~' ~..' ";"~ .-. t ~. o'70 R lj NS """ " ~ ._, ~.,,.....: ...... , , ,:. EDIT I 9 5-t 5009 r:..UN ~ ';~ 'T'APE/'LT. rT]:NL~ · ,.. . ...~, DT.L./DHC/,.,~-,,-. · . ..... ... ~.,,~ ~.,-'[;R/D I k./,$;DI'/I I)T/CNL./N[',T/I-ZF'T RE:'TURN I',I:.CI::.IPT 'l'O A~,,r,n At..A~'KA, :i:NC, DEVELOF'HENT t.~E:OSCIENCE Al'TN: L.UCII_LE JOHN.S'TON P., O... BOX 100360 ANCHORAGE, ALASKA 99510 ':' p r~. r' !::' ::' ~- ,,:." r, 'oy · LUC!I...L.E JOHN,., DATE · Oil '~ Ga,, Oons. Oc, mr~[SS[O Anchorage 'T'RANS'M I'T']'ED ' i..tl.Si.?t:ZI,J I 1'H ARE] ARCO' PT~ MC !NTYRE :~:~ T H E F:' Ct L. L. 0 i..:.~ I N (ii ' tEA C H R E 'T' U R N i.:.'.. ,..r.:' r'.., I:' ..... 'r,. p .¥ T: n., ' DATE' ~,!O.-E, ?gE STATE OF ALASKA ~"~" CONFIDENTIAL ALASKA OIL AND GAS CONSERVATION C(~..,MISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well OIL ~ GAS ~ SUSPENDED ~ ABANDONED ~] SERVICE [] ;2. Name of Operator = 7. Permit Number ARCO Alaska, Inc. 89-41 3. Address 8. APl Number P.0. Box 100360, Anchorage, AK 99510-0360 50- 029-21937 4. Location of well at surface -~ ' 9. Unit or Lease Name 1263' FSL, 242' FEL, Sec.22, T12N, R14E, UN'L~,~'~,~,. ' N/A v~IFLF~ At Top Producing Interval~m.f_, _V. j.~ ~ ' V' 10. Well Number 1646' FSL, 2086' FEL, Sec.13, T12N, R14E, UM~~-'--"~~fi,~. Pt. Mclntyre #5 AtTotal Depth ~ ~ 11. Fieldand Pool 1728' FSL, 1936' FEL, Sec. 13, T12N, R14E, UM Wildcat 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. 35' RKB GL=+7MSLI ADL 34624 ALK 860j~ 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. Or Z~a~. ~J~l T~. (/V'~ter Depth, if offshore J 16. No. of Completions 04/29/89 06/04/89 Completed . ,~/~? ~ ~ '/ii N/A feet MSL[ 1 . I ' 17. Total Depth (MD+TVD) 18.Plug Back Depth (MD+TVD) 19. Directional Survey I 20. Depth where SSSV set 21. Thickness of Permafrost 14950'/9367 14750'/9181 ' YES [] NO []I 2009RKB feet MD 1938' 22. Type Electric or Other Logs Run See Attached Listinq 23. CASING, LINER AND CEMENTING RECORD ,,. SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED ,, 20" 94# H-40 35 ' 110 ' aune~ None . l~-3/R" 68#/7?# K-55/I -80 34' 5974' 17-1/2" 4000sx ASIII 700~X G None ~n,n jnb w/l?Rsx A~I 9-~/R" /~7# I -80 3~,' 13817' 12-1/4" . 6~0sx G None 7" 29# I -80 1 ~;02 ' 14797 ' 8-1/2" ROOsx G None 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) Perforate 2 intervals @6SPF, 0°~) W/2-1/8 ~-~/3.. 1~,/~85, I~.~RR, Enerjet guns. 3½" ~_~lp~pe lb, 3. R~, ~/~,R1 ' 26. ACID, FRACTURE, CEMENT SOUEEZE, ETC. MD TVD DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL usED 13502' liner lap downsqueeze w/600sx Clas= 14550'-14532' 8994'-8978' 14340'-342' w/150sx Class G 14526'-14480' 8972'-8929' 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) July 3, 1989 Flowing Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO (::;~,~ w~l 1 ~ ~mm~rv TEST PERIOD I~ Fl(~v~-T~b-~r~ --(~'~i-r~Pressure CALCULATED=~ OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or ware r. Submit core chips. Description WC1 /8 / Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. : 30. NAME From DIL/GR Logs Sagavani rktok Permafrost Col vi 1 le Group Seabee Form. Pebble Shale Kuparuk Kingak GEOLOGIC MARKER5 MEAS. DEPTH Surface 1973' 9416' 14131 ' 14406' 14477' 14866' TRUE VERT. DEPTH FORMATION TESTS Surface 1868' 5616' 8592' 8849' 8915' 9277' Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. N/A 31. LIST' OF ATTACHMENTS _Report Summary, Gyr__9o. (2 co_.pies) 32. I hereby certify that the foregoing is true and correct to the best of my knowledge INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: tf 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 10407 HALLIBURTON RESERVOIR SERVICES WELL NAME- PT. McINTYRE #5 v FIELD- PRUDHOE BAY AREA- PRUDHOE BAY, ALASKA INTERVAL- 14480-14550 FT ( MD ) DATE(S)- JULY 3-9, 1989 TEST- PRODUCTION WELL TESTING WITH BHP SURVEY/ANALYSIS · The following companies and/or individuals have received the listed number of copies' ARCO ALASKA, INC. C/O KEITH PAIGE ANCHORAGE, ALASKA HALLIBURTON RESERVOIR SERVICES C/O CURTIS ISTRE PRUDHOE BAY, ALASKA HALLIBURTON RESERVOIR SERVICES C/O OTIS ENGINEERING 2601 BELTLINE RD. CARROLLTON, DALLAS 75008 ATTN: LARRY COBLE E/L TICKET NUMBERS: 003756 & 003757 RECEIVEb [JL 19,89 Alas~ OB & ~s Cons. t~o~;'~nis~ion An~hora~je © REPORT OUTLINE ANALYSIS RESULTS A. BUILDUP TEST #1 .................................. 1-14 B. BUILDUP TEST ~2 .................................. 15-27 C. APPENDIX 1. INPUT DATA TEST ~1 .......................... 28-32 2. CALCULATED DATA TEST ~1 ..................... 33-39 3. INPUT DATA TEST ~2 .......................... 40-45 4. CALCULATED DATA TEST ~2 ..................... 46-54 5. FLUID PROPERTIES (USED FOR BOTH TESTS) ...... 55-57 TEST ~1 DATA ( 1ST FLOW/BUILDUP) A. SURFACE READ-OUT DATA & PLOT ..................... 16 pages B. MEMORY GAUGE DATA ................... ~, ............ 1.1 to 3.1.11 C. PRODUCTION TESTING FIELD READINGS ................ 5 pages D. PRODUCTION TESTING CALCULATED RATE RESULTS ....... 6 pages III. TEST #2 (PREP FLOW PRIOR TO TAKING SAMPLES) A. PRODUCTION TESTING FIELD READINGS ................ 2 pages B. PRODUCTION TESTING CALCULATED RATE RESULTS & PRODUCTION HISTORY PLOT .......................... 3 pages IV. TEST ~3 (FLOW PRIOR TO PRODUCTION LOGGING) A. PRODUCTION TESTING FIELD READINGS ................ 3 pages B. PRODUCTION TESTING CALCULATED RATE RESULTS & PRODUCTION HISTORY PLOT .......................... 4 pages TEST ~4 (2ND FLOW/BUILDUP) A. SURFACE READ-OUT DATA ............................ 10 pages B. MEMORY GAUGE DATA ................................ 1.1 to 3.1.5 C. PRODUCTION TESTING FIELD READINGS ................ 2 pages D, PRODUCTION TESTING CALCULATED RATE RESULTS & PRODUCTION HISTORY PLOT .......................... 3 pages AR~ ALASKA INC. POINT MCINTYRE ~5 GENERAL FILE - ARCO_G:,700~.i FLU i D F I LE - ARCO_F872:: 700, PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 3-6 1989 FLOW AND BUILDUP TEST ~i ANALYSIS FILE- ARCO_CiA:,700,1 RESULTS OF PRELiMiNARY LINEAR REGRESSION USING LINE SOURCE RADIAL FLOW MODEL AVG. DEVIATION OF CALC PRESSURE CALC. MOBILITY,(Ko/Uo+Kg/Ug+K~/U~) EFFECTIVE PERMEABILITY, Ko SKiN FACTOR CALCULATED PRESSURE DROP ACROSS SKIN AT LAST SANDFACE RATE COMPLETION EFFICIENCY · 2378 371.75 269.44 41 · 413 15.86 iNITiAL PRESSURE ENTERED EXTRAPOLATED PRESSURE, P* 4550 4350.06 AT 63.58 HRS,DRAWDOWN RADIUS DRAWDOWN AREA OIL iN DRAWDOWN AREA AT 33.996 HRS FROM SHUTIN, PT~ 106 BUILDUP RADIUS BUILDUP AREA OIL IN BUILDUP AREA 1555 169.93 1.O0649956E+7 1122.4 90.86 q 3814078E+6 *** WARNING ***~ iN PRESENCE OF 2 PHASE FLOW ANAL,~i~ RESULTS uAN ONLY~R= APPROXIMATE *** iNPUT PARAMETERS **~ LAST FLOWING PRESSURE AVERAGE PRESSURE WELLBORE RADIUS TOTAL COMPRESSIBILITY AVERAGE VI FORMATi~,4 POROSITY LAST SANDFACE RATE NET THICKNESS NO. OF POINTS ANALYSED 3859. i~ 4104.6 .4115 30.455 .724 1.361 22 1688.89 64 54 PSI MD/CP MILLiDARCIES PSI PERCENT PSIA PS!A FEET ACRES S.T.BBL. FEET ACRES S.T.BBL. PSIA PS]A FEET V/MMV/PSI CENTIPOiSE RES. BBL/STB PERCENT RES. BBL/DAY FEET Pa~e 2 ARCO ALASKA INC. POINT MCiNTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: i4480-i4550 FT MD TEST DATE: JULY 3-6 1989 ,_~W AND BUTLDUP TEST #i RESULTS OF DERIVATIVE TYPE-CURVE ANALYSIS USING INFiNiTE ACTING RESERVOIR WITH RADIAL FLOW SINGLE PHASE OIL CASE WELL AND RESERVOIR INPUT PARAMETERS: Last Surface Oil Plow Rate ............. Oil Formation Volume Factor ............ Oil Viscosity .......................... Total Compressibiiity. ................. Porosity ............................... Net Thickness .......................... Wellbore Radi'~s~ ........................ Reservoir Temperature .................. Standard Temperature ................... Standard Pressure ...................... 1241.00 STB/D 1.5610 RB/STB .7240 Centipoise 30.455 V/MMV/psi 22.0 Percent 64.0 Feet .4115 Feet 185 Deg. ? 60 Deg. F 14.750 psia MATCH .... '~ .... PD/DeitaP. .............................. DeitaT/tD/CD ............................ (CD*~'"'2s)f+m ............................ . O~,iO i/psi .00011 Hours i. 000E+.'$7 DERiVATiVE ANALYSIS o~o~:~= ~%~1,~ Effec{ive F'ermeaOiii{~ to Oi: PermeaOi i ity Thi.-_kr~ess F'roouc~ (koP,) ... Weilbore Storage J3oe~(;icient (C) ....... Dim~nsioniess Storaoe Constan~ (CD) .... - Skin .................................. 278.152 miiiidarczes 17802 md*feet 0.0007~8 Bbls/~si 9.8193 41.456 Pag~ 3 T :i. c i-:: e 't~x"',.) ~ O.O. :3 ? 5 6 P a (',.~, e N o ,' Li S I N G !..~ O R N !ii:t:?. i':i E T H O D F' fi R i... :[ (;) U .1: D W E i... L 5; 0 i i G ...'.~ s .,' 0 :i i W e 1 1 .,'3 o ~" i:) O P O ':.!i. ]. 'I.' ?l W a 1' ;:..-? ~" ~!:; ;'..'~ ]. :i. n :i .~: y; .................................... t::' ]. u i d i:': i" o !:) e ~" .i.. ]. e.i!!, ~:?. e -(." e i" E, ~"~ (:: e: ........................ _'(-?, 0 '1: -I: o Pi i.-i 0 ]. e "[' e ~',:~ p e p a I: (j p (.-..,; ~ ~'i. 'F~ r- o ':.!; i t: .,..~; ........ i::' o r' ~'.~ ,.'.-~ 'I.' ~;. o rl L..:" o ]. U Pi o i::' .,:~ C -I: o i-'" ; ........................... .... ...., .. ,..:., -;~. ~ o '~' ,:.:~ i S ? s 't e m C o ;-'~ p r: e :-'~.; :!!. i b :i. ii. i '~: ,,,,'; .......... ,.::.,.':~, I ...... x B u i::: i:) ~.~..', i:> PRI~L. ZMXNI:IR¥ F'XF.L..n FIN~L..Y~;XS ARCO ALASKA INC. POINT HCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DRTE: ~ULY 3-G BUILDUP TEST ' .... · ., Iff 9Il If i'l lB 4B · SUM~(Q(K~-Q(K-I~)*LOG(T(~)-TCK-1)~,BBLPD-L.OGrHRS) i ARCO ALASKA INC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA RNI~YS/:S FZt~- ~FIRCO_,C~R~ ,?1~, ~ ~ .... I ' i' I ! 'I" . · HR% PRELIMINHRY FIELB 8NHLYSIS PERFS: 14480-14550 FT MD TEST DRTE: SULY 3-6 1989 BUILDUP TEST ~I DELTR P & QLRST(DP/DXJ')/2.303 v~ DELTFI TIME (HRS) .~ ....... 4 .... ,i · r¢'TqTr ...... i ..... i;: F i-'¢¢¢1~' "'""'--' '-'-i~'-'--'i--'"'f-'-'?'Y"-'~5"~'~, ...... .... I I 3 4 5 G? 89 -2 10 _..L._J_ _1 ! I I 3I 4 5 II~'89 · · · · L_~-L~_J- DELTH TIME (HRS) I J..__l.J.___l.__Li ~- 4 5 II ? 89101 · D E R ;i: V A T ]: V E 'f' Y P ti!: C U R V i!!: D A 'T'A 'i" A Bi...iii: A L.,.::"" 6.1R ]: T. H H :ii': F:' 0 ]: i-.,i T 2:: '7 l;:: ,Fi:, 9 11 · i ":) !. ~... 't :;.,-.i -~ '! 't7 't 9 ;'-.!~ 0 · .':.~ -i ~... "::, ¢l.O ......~ .. ;", .";2 ;:;,/-:., ¢. ..... 2::? ... '::, .~:..: ¢... '7;. ¢... : ;.'!;; ,'; "? 't ;:.', .. ,. ,,.. ·...,. ;.~ ,.5 :.'!!; 4 '"? ,.;) ...$ :...~ · "; 1'i · - ,,:, .. J... f'lf:'; '0 ,::'t "f' ....... A. L..! .... H !:~.: S 0 t') 000 ....,'...;=' .~-j.c:' ,:'). (2, -2 S 802:: .... [Ji~ ""~ I::° !;2" ''? ;:2 ....I :.j ..2, .... ":~~i ~::;,'':::':'',~. :.... :.. .... ...,::,;.~ 7,.':~ :::, · t... ~. / .... · ,'. .... ! , 8 'I 59 .... !: 426, ii , ".~ ':::' ,2) --i ;::: 0 ,:'~ 'i .... it '! 498 .... 't i f11'::' ..... .....i ii fi 'i 8'::' .... .... ,...:- .... 9488 .... ::ii',,..,c:' 8 .... (~; 'L:" ;:. 'i .... ~.,) -...~ t.;~ ,. .... , 7 o ,:::, .~ ~...I ..- .t :'? /i" .... ~ ..-' ...... ~:)/ .... , Y 081 · -., ,'.';:, 72. 6 .... , ,% ,'"', ":/}4 .... , 6094 .... ::.:.i ':::' "" ':::' : 1.,~ :_.1 .; .... n:; ~:::/~ ] .... , '..:.:.; 2 ":.:;' (': .... ~::: fi ~::; 'i ,: ,,...! .. ,.... ¢. ....· -;-" :..,':':' 2:: 6 ....':::' C) .:i .... 30 -'-':~'.7 .... 23';;';::: .... '.t 788 .... 't 274 .... ,0 iii ~i 4 .... , '.;i ;.i:f 9 l:'i :.!";, S ':. I::' ~ ,::l "t" P S :i: 0 00 't 69 2". 2 'i ~:: ? '1':' · i S 9 47 'i ;.:/,.> 44 J.'t2 92 92 "'" ... .4 ;.:/ 69 18 60 19 0.5 1= 82 ,,.o.I 't4 79 't 3 /30 't 2 ..... :' ,1~ ..:) '1 i O1 1 [1 42 9 ,::., 0 <:>94 0.6 . ',:'~ / ,q .'",,", ... t::. C) 8 7'J. 8 S9 7 ,.g 7' /'i 7 8? "" 9S ./ 7 78 Y 7'1 ":': 0 4 "~ I;;° (....J ';:' [) 6 6. 40 .. ..~ ,'.:)..:i, ®., ,:'i:, ;.:!9 ,'.::, L', [] I... 0 f".:, F:' ' ~.:1T P S I [] 0 (] 0 0 · ':) :2 ":.~ ~;::, ~::: A,.,.,. 6....~ ...! :t 9 6:3 2 09'14 2. [] 528 ¢.~ ,. I::' 1" '1 '; 6,.¢,.'::: 't, 84 Il t) .. , '2":' '::::";" '1 · t:.. ~...., 't, i ........ :' 't, 2':800 '1't 99 :t · J. 1699 · .t 1 S. S 4 '10910 i ri 4 '.t 9 't0178 ? lit,:.'.'" .':.~, 95 't 4 ~.. 9 :;33 t 9 :t '79 9 4 [) 't 9 2 "~ '7 · .... 906S , 8849 88,:.,"' 9. 896 [] 89 9 2 891c..":' 88 7 '.t 84 '78 8489 80 ,.6 '1 8 [] 5 7 '.7984 7784 Pa~e 6 13 13 17] l'] PRLJDHOE BAY/ ALASKA P E R i-'-'~ S: ;~ 4 4 8 (ii .... ! 4 5 5 (.',' F T i'"i il) ~ ;::..:::, ~ '0 A T Iii:: ..J ~... 1 3 .... :*:', i 98 9 !3' !..t ]i i... ii7) t.J i::' ....1 ,::..:::, 'T'r" ;'* :ii:. i.. D E R t V A T ]' V E 'i" Y P E C: U R V E D A T A 'i" A B I...IE A i... (;; 0 iR i 'T' i.-i ~'4 B l::' 0 ][ N'T' ?'..~ 0, ..:S~ (2 44 4 5 ,:'). ,,*:., 't.., · ',¥ / l:;' ,.J ..L', t::' · _! ...J ~:.:,i ,'!.*, 57 58 g:' (? ,**;i:, i 6 2 :?:,4 ,"'.":,,fi:, 6 ? C) 6 9 'Y 7!. ?2 · ....., ?' !!:'; '? .(.:. / t' ~ . ~,..I fi ;": ';: '::' , .. '>: ...j ....t , 'i , 'J. 500 , ~i 749 , :30 fl 't .............. , ,6 ..6 {'.) t.! · 3'; 6 ';;" 2 397;::: ,4 ;'i!; 8 7 · 4 ';:' ,"':, 5 I;;' 4 "':"" ....i :'V ..:.':/,:." ',5 '>: ¥ :.::; 6, 0 't ,S ,S 5 2:'. ii!; ,.6, S":.;° 6 .. / .-....- I. ~ . Y,:!. 0 0 , '7 t:;; 9,4 . 'J;' 7 '7 8 , / 7' :..i C) :iii i ;?. E:, C) A:'. V ~., ti!:..:"" ..'~ :'.::: :::, x. ill 'i ~..2 :...: .. ,:::, .,' :4 ':;,' (i -29 9 'l ,."!:, 2 9 ;?. 9 2 ...... :-': ."~ '1 ;..~ ... ,.¥ 9 540 :% ;'7 ':'.? , 'y / .; , '? 8 :-::,' · ':J;' 9 ':;' '.-::: i , ¢.,' i (: ',;.:; 'i, t'. 2 .t 0 t::' ",.':i 'f' p ":; -,. 4:..I. ,..: 9 {) o 9 ,", ~'~ '.z C) 5 ';:" ,:':l. E:* s'9 ":.' ,..J/ 0 i::' 5 67 :. 5 ,S 't .... c:'/.. '."l ~.j :..~ ';:: S5 ..,.I I:: ..... · '::'.., S 7 4 ....'::i 2:1 !5 4 '7 4 4 [[;;,fi.., 4. i.:.;....~ 4 .,"".'..'!~ 4 {':.i '~ · 4 ,'.!:, .'.'.:. · "* !!5, ;.'.' ':' ii.; :..~ ~, .. 4., ,.'.!; ','. ('~; , ,4, 9 5 · 4 S:' ::!j ..., ::. ! ~:'.' . I 4 , 9 Z 4,8 i!.". , Cf: t..'. .?;~ C' i.:' Page 7 t] ri l'] A R C t) ,~:'., L A S K A ]: N C: j::' f'i :I: ix!'f' ivi C :i: i'-4'i" Y I-'.~' E :~::,.~ f::' I:.'.'. U :0 i-'! 0 l!i: S A Y ," A L A S K A ~::' ii!: I:?. I::' ::!.-';: 'i 4 .q (::' 0 i '" ':-"::' 0 i::'"1" H f) , .. · ,..,~ . '"' .-.~..j .,.j .... T E !ii; T ;{.':, A T E: .J' U L. Y $ .... 8 '.,'. 98 9 B (.J ]; L 0 t.J F' T Iii] S T :ii: i ,:::~ 89 90 71 9 ,.-".::, 97 9 ,'-::~ (:) ,.'.' ) ,., ! 00 i [)! i 0 ;,:.:: i 03 i 04 484,2300 48.4, :3600 8 4 '.::; '::;' 0 t',' .,', ,::~ .-"t i:i: 4 fi I'i · -? ~.! "y ,. . 485 () 80 · '.? ~..$ ;.. · 48 t::. /'; '~ ~"~ 0 ,...I ...... 4 :.'.-'ii.'5 6 :iii (} 0 · --".~. :iii: ¢; 9500 486 i0()(.~ 4 [ii ;'i:, ...::"; ":'., 0 ~"~,. ":'. '::' ':' ;3 ;i~ 00 ? I...I I,.! -': :.~ ".. ~:.".; ] ['t f'l "'," t.! I...I ,q. 88 ;:ii'.'.:-:' 00 4 ~!!,".::, ::.:' :'.:.., 00 4 8,"i:, , ':::' '" I'} ~...~ .-y . . 4 :..'ii 8, ,:"i., 0 00 .:~ ~., ~-.~ .. -"..- ~::, .-" , :'"',. i ,:c' :i · 48'7,3',500 -"i t'~';: '" .... ,:::, ..' , ,.'5 (t fi I I %) : ("; I;:' , ::,.{:) ~:;, ,..J ] ,:':. ;3 :iii'.5 ;ii'. · '" ~"' ¢' I;:' / ,.:':,::,,:.3 ,..~ ".:~ ,:::, ,::~ ,... ,:'., 6 iii 6 4 ':):':' '::i f- A..~...~ I.., '"" q,":' ':':' ":' 687' I ¢... 2'. 6 ii'; 4.::' 9 .,..~ ,::. 6874 '", z. :::)9 ft :'::.~.,1 ..! . ., ;.".".' "'; 888 (! ;.2 ,.-'!:, 8 :.:ii: 1 · 7) · · :... 4::, 8';" · ~,,.i · ,' vi ,,-3 .. ..E ,::.', c. c, 1 ,"':~ .... 6 ~;:¢ '.:-:" ? (} 0000 L. 0 [.; I::' ' ,::11T' P S 7 '1 8'7 ,5 iii ;ii'. ~," 6 9 S 7 :) ~.J .. 6 9 '7:3 71 1,.¢ 6527 67 "~:'' ......) :) 43 ,.'.. ] 0 "'/:'¢~... ,.. 7 '794 4 '7 2 7 7597 :i 5 "~ ':~ 82,.,"" 4. (:1 00 (] 0 Page 8 PF_RFS: 1~480-14550 FT HI] Ft[~ S TEST DRTE: .TULY 3-6 1B89 PR£LIMINRRY FIELD 8NRLYSI$ BUILDUP TEST ~1 F--IRCO RLFISKFI INC. POINT MCINT'(RE ~5 PRUBHOE BRY/ FILRSKFI GENERI~L FILE --RRCO_Gt DELTR PRESSURE vs DELTR TIME (FIRS) : ............... I ........ i ........... ! ..... T"T'T-r-1-r .................. T ........... F ...... f-'T--T-I"TT~ T~--i---r---r-'T-'r~-r-[ .................. -r ......... r ...... ~ ..... ~ r"r-'rTl ........... lEI 18 DELTR TIME (HRS) RRCO RLRSKR INC. POINT MCINTYRE ~5 PRUDHOE BR¥/ RLRSKR ~c rz~ -~c~,,?ee.~ PRESSURE -- PSI8 v~ FtORNER TIME, (Th+t)/t PR~IMINRRY FIELD RN~LYSIS ~eeelelee · · · · · PERF'S: 14480-14550 FT MD TEST DRTE: SLILY 3-G 198g FLON RND BUILDUP TEST ~1 '1 ..... I-'-1"-'1""1'*I"l .................. I ........... 1 ...... T"-I"-T-I'""I-1 HORNER TIHE, (Th+t)/t ARCO ALASKA iNC. POINT MCINTYRE #5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 3-6 1989 FLOW AND BUILDUP TEST 41 POINT NO. -. 6 7 8 9 ii 13 14 i6 l/ 18 20 *oI 24 25 26 27 28 29 ?-1 34 55 38 =9 HOURS .0022 .0051 .0042 .0056 .0069 .0083 .0ili .o153 .0194 .0292 .0375 .0458 .0542 .0625 .0708 .0792 .0958 .i125 ~i292 ~i458 .1792 .1958 .2125 .~9~ .2625 ~2=~2 .2958 .3125 .3292 .41~ .4958 .~ 2 ~6625 .7458 .9i25 9958 HORNER PLOT DATA ( Th+t )/t 15275.100 9654.891 7080.520 5310.640 4248.7i2 3540~760 2655.~o~ 1931.778 i518.040 1012.360 787 61= 644.593 545.578 472.968 417.442 373.606 308.805 2A3~ .204 229 3=° = ~ ~ 203.272 182.526 165.640 151.628 1'59.814 129.719 120.992 iI~ 3~5 106.664 95.394 90.614 72.510 60.492 51.932 45 ~2q 40.550 30.621 _ Th= LOG ((Th+t)/t) 4~125038 ~ 984747 850065 ~ 725147 3.628257 3.549096 3.424199 3.285957 3. i81283 3.005355 896313 . 2.809285 ~ 756857 2.674832 i.620597 ~.~ 572414 2.489685 °.420293 2.560540 ~' 508078 2.261525 219165 . '~ 180780 z. 1~5551 ° 115002 °~. 082756 °~. 054511 ° 028020 ~ 005079 i.979519 1.957196 i.860400 1.781696 1.715455 ~ 658255 1.607995 1.563190 1.522791 i.~86025 Ba~e 11 29.50 HOURS P OR P*P 4006.66 4062. t8 4114.06 4160.55 4192.51 4215.67 4247.15 4269.80 4282.62 4295.18 45OO.76 4304.~°2 4506.88 4309.28 4510.05 4511.59 4515.68 4515.49 4516.78 4518.24 4518.81 4519.65 4520.39 4520.81 4521.65 4522.15 4522.48 4525.12 ~93 52 4524.06 4524.20 4326.34 4527.49 4528.68 4529.52 ~530.49 4351 2~ 4551.7'7 4352.~0 ARCO ALASKA iNC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 5-6 1989 FLOW AND BUILDUP TEST ~i POINT NO, 42 43 44 45 46 47 48 49 50 51 54 ~ . 58 59 60 61 64 65 66 67 b8 69 70 71 7.3 74 75 76 77 78 79 80 81 t HOURS 1.1625 1.2458 l.u,~gi 1,4125 1,6625 i,8292 1.9958 '~ 4958 2~7458 2.9958 3.4958 3.7458 3.9958 4.~958 4.9958 ~ 7458 5.9958 ~458 . 6.4958 7458 . 6.~958 ~ 2458 7.4958 7.7458 7.9958 8.2458 8.4958 8.7458 8.9958 g.2458 9.4958 9.7458 ~.~958 10.2458 HoRNER PLOT DATA (Th+t)/t 24.677 23.193 2i.884 20.720 18.743 i7.126 i=.780~ i4~64i L~.665 i~.~i~ 1~.743 10.846 9.458 8.875 8.382 7.561 6.905 6.~ 6.367 A.134 ~ 920 ~= 725 5.541 5.3~3, 5.217 ~~ 071 · . 4.935 a 808 4.689 4.577 4.472 4.373 4.279 4.190 4.106 4.027 .3.951 ~.810 Th= LOG((Th+t)/t ) I..421186 1'592298 1.365554 1.5401i8 1.316592 1.272845 1.255668 1.i98101 I.i65562 i~135597 i.107851 1.069772 ~.055285 .974882 .948165 .925557 .878590 .859154 .821063 .803958 .787750 .772503 .75761! .745595 .750199 .717580 .705096 .693309 .681986 .671096 .660611 ,650507 .640760 ,651550 ,622257 .615465 .b04952 ,596710 .588722 .580976 Page 12 29.50 HOURS P OR P*P ~553.14 4555.91 4555.67 4554. i9 4354.~6 4554.89 4355.52 4556.12 4556.44 4336.82 4557.50 4557,66 4558,08 4558,77 4559,25 4559.32 4559,97 4540,49 4540,79 4540.69 4540.86 4341.15 4541.09 4541.45 4541.78 4541.66 4541.94 4342.06 4542.12 4542.15 4542.11 4542.44 4542,50 4542,65 4542,85 4542,99 4542,94 4543,19 4543,14 4345.01 ARCO ALASKA iNC. POINT MCINTYRE #5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 5-6 1989 FLOW AND BUILDUP TEST #1 POINT NO. 82 85 84 85 86 8Z 88 89 90 91 93 94 95 96 97 98 99 100 101 102 103 104 105 !06 t HOURS 10.7458 i0.9958 11.9958 12.9958 13.9958 14.9958 15.9958 16.9958 17.9958 19.9958 20.9958 ~ °l . 9958 oo 9958 25.9958 24.9958 oF 9958 26.9958 27~9958 28.9958 29.9958 30.9958 31.9958 3°.9958~ 35.9958 HORNER PLOT DATA (Th+t)/t 3. 745 3. 683 ~ 459 3. 270 3. 108 ? 967 2. 844 ~ 736 .- . 2. 659 2. 553 ° 475 ~ 405 '~ 341 '~ 283 '-) 229 2. 180 ~ 135 ~ 093 2. 054 017 · i. 983 1. 952 i. 922 t. 894 i. 86~ Th= LOG ((Th+t)/t) .575459 · .566161 .558955 .514522 .492429 .472529 .453946 .457055 .421465 .407028 .3956i~ ~ .381105 .569415 .358459 .348168 .358480 .529541 .320704 .312528 .30~774 .297~1i .290408 .285738 .277578 .271306 Page 13 29.50 HOURS P OR P*P 4545.56 4545.49 4545.72 4545.97 4544.21 4344.52 4544.74 4544.81 4545.08 4545.25 4345.40 4545.36 4545.64 4545.40 4546.09 4545.97 4545.90 4347.73 4546.50 4546.~4 4546.74 4546.48 ~546.59 4546.72 RRC0 RLRSKR INC. POINT MCINTYRE .4-'5 PRLJ1]HOE BRY,-' FtLRSKR GEN£RRL FILE -~RCO_.6:,?~tO. I PRELIMINRRY FIELD RHRLYSIS PERFS: 14480-14550 FT MD TEST DRTE: 3ULY 3-6 1989 BUILDUP TES]' ~1 PRESSURE - PSIR vs TIHE, Hour~ r ......... F ........... F' ............F ...................... F .............. F' .............. F- ............. F ............... T- ...........T ........... f .............F ............... F ............. L''~ ! :,7.ce 38.0e 33.08 3G.OO ' 39.8e 4. Z. Oe 45.ee ~8.e8 si .oe 54.e8 sT.ee 6e.;8 ................... TIME, Hour? _.. 63. B~' · ~ Page 15 A f'. *~.,. '-"-,', 2 , 5 fi!: i"~ i:.;' ............. S ¢ '~"~ i;i' .,'::'~ W ',O ('i W N R A i'~ T :.:~ ~:::',.., D F..:: ;-":'., W ;00 W N ¢:; ~;~'. ii'] A i"~ ;!; ~ I i'....~ '0'"' r.'::i.,.i D r;i,iN A f;..'.' E A ., . -:"..',~ ,.~ ~ .......... AT '.';;:j: ";"'"':: .... ,..~ c,.: HN' g"; ~::'i::, Oi"i ::;Hi.j]" 'i' .i.. · 2 .......... : ........ FT.'it: ](i': U ]; L. ]) L.: P i".~ A ;() ]; t.J S ';.'.' ~ j ]] t.. 'i') i I i:~ ..'.. ¢'~ r- -.. :.: ,, ........ ~-! ¢. ~::..¢:..I ,'.;) ;i]L. Z i"'.,." B t.J i i....'0 U i;:' A i~ iii; A 't ! 2 i... A ii.": T i::' 1... 0 W i i",:" G ¢:' i:~-: iii; S ii; U i:.t iii; A t? E ii'. A i.'.:; i!!; !::' i:..:.' iii;.'.:;; S iJ F;' ii!; 4 E L. L. B 0 R iii; :7 A i'.', i: U S 'r').") 'f' A !... C (;) H t:." i-7 i!i; :ii; S ]; ).7 :E i... :i; "..'." V /:'~ V ii;: i:;' A,:'; E '....; i; S C' (.;~ S ;i; T"" F' ii i7. b A. "f' ]; O i".-.i L..'. () L. U i4 (i; /::' A ,";; 'T O J::' 0 r-.~ (')S ;J; T ",," -"' ':" "': '"' i'-. "" '" /'' ""' ~ . f:"~.".:) i .'.::. f.-!!,'. L."r ,:-*!l..,C. ,."'.,' !ii; ":;' ",'." i-.i i C :.:;' N. ~ii. S ri:!; i,,J ,*'~ ,"'". ,:;' ;::' ;'; '~' i,-,~ T :':.'; ;'.'.'? ¢.-.~,'-".",. L. Y !!;..: i!!; ,262:: 6 :.~; 44, ;;?. 9 284, ;.".".' S 54,8 i ~!., 2:4 LOW I::' ii; I M ~.)/' C 2 i'41 i... t,...i: D A R C :1: Ii!: !!."; P 0 t i',..i 'i" N ii; I N T Y R E :I1:5 F' !:-;.: U D H 0 Iii; B A Y ;" A I... A S K P ,=.~'" k';, ~::' ....,"=:': '.i 4 4 8 0 --. i 4 5. .... !:~ 0 F' T M D ',' ,' v ::::: .... o 9"'::":' '¥' Iii: S'f' D A'i' iii;: :., t.: L, ..... '.i.. ,.':. :, i::'i ........... 0 W ¢-:'~ f-....t f) ii';',' U ]; L O i it::' ]" [[ S 'Y', .~;-"" ,::."; Pa~e 16 0 F:' D E R :i: V A 'f' I V iii: 'f'Y I:-' E-... C U I".~ U Iii: A N A t... Y S I S :il N i:: it: ?q iii T !E A C T :11N G R E S I= k V 01 R i41 'Tl..t i~'. A D i A i... F:'I... 0 W :ii.:; :1: ix! [;..'; I.,. iii: F:' l"i A S Ii!: CI I 1... C:A S Ii}; ¢... a s 't S u r' .F a c e 0 :i. :i. i::' ! ,.') w !-',:: a 't e ............. 0 i 'L !::' o r' r,': a 't' i o n V o :i. u ~',~ e 'F' a (:: 't' ,:) r' , ........... 0 :i. :i. U :i. s (:: ,:) s i 't' ? .......................... ".l" o I' a i C (:, r,'~p r' e,.s s i i:.', :i. i :i. 't' .,...,, .................. !:~ o .;-" 0 !!'., ]. 't.' ? i"'J e 't "f' h :i. c i< n e s s .......................... W e ]. 1 i::, (.', r- e R a d :i. u s .............. · .......... I.'.;~ e s e ;" v ,::, :l. ;:' 'i" e ;,'~ p e r: a 't u i:' e .................. · S't',.':'.,r'~daP,'.:t 'f'er~per'-a t ur'e ................... S 't a !':, d a r' ,::i F:' r' e s ,.-"... u r' e ...................... 5 4 0 r.), 0 fi S"t" B / D '.1. , ;3 0 0 0 I:;,' B / S "f' B , ii!', 2 ('2 0 C e n 1' 3. i:) o :i. ,.s e · .'), iii, ~!., 58 ~.) / ;"l M V / p s :~. 22,0 P e r' ¢.:: e n 't 64, [) !::' e e !' ,4 't 15 F:'e e 't' 1 Iii5 Deg, t::' 60 D eg, F' '.t4,750 ps:La t::' D/' D e '[ 't' a ~:* ............................... :0 e :!. i' a 'i" / '.~ D / C'. D ............................ ( C D .x. e '"' ,.';: s ) .F + ¢,~ ............................ ,.:...8,.. 1 [,,~ a ,::: :i. .~!!. ]. 8 ;i.! ~!., :i ¢,~,.':1 .x..f." e e 1' (J, 0 fl 'J. :3 0 0 B b 'i..s /l:) s :~. :! fi, 0 '~. 0 '::' 34,5;:';8 Page 17 HRS PERFS: 14480-14550 FT MD TEST DRTE: ~ULY 8-9 1989 FLOW RND BUILDUP TEST ~2 PRESSURE - PSIR v~ SUM((Q(K)--Q(K-I)),LOG(T(J)-T(K-1)),BBLPD-LOG(HRS) T I' ~ 'F 1' ~. '°°'''. "e ~. I I J I i ! I I i I --3B88. I;~ 8.8;9 3~. 8ES 6;B3H. 88 9813B. ~ 1 ;~13~3. BB 1588B. B8 18__~trZ~_. 88 21888.88 ~4B88.88 27B~8. t3B 3B~88. B8 33B88. B8 SUM((O(K) --Q(K-1 ) ) ~LOG (T(J)-T(K- 1 ) ) , BB[_.PB-LOG (H~S) RRCO RLRSKR INC. POINT MCINTYRE ~5 PRUI]HOE BRY/ RLRSKR FiI~iL.YS~ S FILE; ~ FZLE -RRC~G~, 7~, j ' 'FT'-I--~T PRELIMINRRY FIELD RNRLYSIS PERFS: 14480-14550 FT MD TEST DRTE: 3ULY 8-9 1989 FLOH RNI] BUILI]UP TEST ~2 DELTR P & QLRST(DP/DX3)/~.303 vs DELTR TIME (HRS) [ .... i I I I-i-I i i i J -I - ~-T"TT l- i i ii'iF eeee,eeelee, eeee e eeeeee · * ,i r~, C'J · t'-) m : . ..... 1 I 1.__ 1 __L.J. i_L. 2 3 4 5 6 789 -a · · + .e J ....... J 1 I I, ! !_J-- ~. 3 4 5 E 789 · 4, t · '* ..... __.L __! I I i ._i_J.J_ DELTR TIME (HRS) J____t____L I I__L_LI_ ~ 3 4 5 E 789 D D D ARCO A[.ASKA INC, POINT MCINTYRE :~.5 PRUDHOE BAY/ ALASKA PERFS: I4480-! 4550 Fl' TEST DATE: JULY 8---9 1 FLOW AND BUILDUP TEST DERIVA'I'IVE TYPE CIlRVE I)ATA TABL. E ALGORI'rHM B P [)I N T NO. 4 5 6 8 10 '11 1'::' 15 16 1'7 '18 ;:?.0 24 ,~.8 3O 3.4 ~5 DELTA T I_OG DEI_T LOG DELP '"' Psi H R ..D H R S 0 0000 00..3i 0 O42 0056 0069 008.3 0097 0111 O125 0139 0153 0167 0189 0222 0236 0250 0264 0278 02~2 0306 031 9 0333 0356 0364 0375 0389 040S 043i 0458 0500 0542 0583 0625 ,0 708 , U / ,.., 0 ,08 Z3 ,0917 , 'i 000 0,0000 -2,5149 · .-2,3802 · -2,2553 -2,1584 -2,0792 -2,0'122 -1,9542 -1,903'1 · - 1,8573 · -1 8159 - 1 7782 -' 1 7238 -1 7050 - 1 6532 - 1 6269 -1 6021 · - 1 5786 · --'t 5563 --'15351 -I 5149 -1 4956 -! 4771 -! 449'1 -! 4390 -.1 426O · .-'1 4'102 · - 1. 3949 -1 3660 .... 1 , 3388 · -1, 301 (1 '" 1. 266:5' · '-1 2341 -1 2041 -1 1'761 -1 1498 -1 1249 -! 0792 -1 0378 · -- ! , 0 0 00 DELTA P PS:[ 0,0000 489,74O 0 659,3000 853,6200 10,..8,0700 1154,8700 1238,8600 1302,1300 1751 , 1400 1390,820 0 1423,7400 1451,7100 14<71 5900 1501 7100 1530 8700 1545 1700 1557 9500 '1569 42O0 ~'~ 9 9400 '1589,4400 15~8 3800 '! 606 1100 16lB ,.~400 1625 2:200 16,_.8 4500 '1632 8200 :t 6 S 8 ;2400 1643 4300 o,~ 3 0300 1661 , 4500 i 672.73 O 0 ! 682.3~ 00 i 6~1 . 1 70,,~ '~' , 0100 1711 , 0000 1 716 , S 400 i 7,_ ~. 8500 17BB, i90{} 1740 , {}]~ {} 0,0000 2,6900 2,81 91 3,01,_0 3,0930 3,1147 3,1307 3,1433 3 1534 3 1619 3 1736 3 1766 3 1849 3 1926 3 195'7 '3 1986 ~..012 3 ~:.037 ~ 058 3 2078 3 2109 3 2118 3 2129 S 27144 c. 158 3 2183 3,2205 · .) I... 0 *~,. &.. '*..J ! 3 ,.2282 ..~ ~ · :3 ,...301 3 2317 ,~ ,.:.546 3 2370 ° ,=388 3 2406 P 'd'f' P S :[ 0,00 467,12 528,09 545,51 513,38 476,00 479,44 44;~, (10 442,65 · 411 , 64 395,12 369,55 3~.3,40 314,70 287,50 ,~63,17 ,::51 ,,=0 235,94 2,:.., 86 · :,on 47 208 03 200,81 '183,56 180 ,31 175, ~:.6 170 37 165,75 156 98 149,1S 136 73 129,70 181 34 115.74 109 08 104,90 100 18 92,54 86,54 8 0 , 69 L..O G P "d 'f' P S I 0000 6694 7227 7368 7104 6776 6807 6464 6461 6145 5967 5677 5097 497~ 4586 4202 40O0 3728 3577 3433 3181 3028 2933 2638 2560 2437 2314 2.2194 1 1736 1129 0840 0635 0377 02O8 0 0 08 9663 9372 9068 P~e 20 ARC{] ALASKA INC, POINT MCINTYRE %5 PRUDHOE BAY/ ALASKA PERFS: 1448{)-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST %2 DERIVATIVE TYPE CURVE DATA TABLE ALGOR I"£1-.tM B OINT DELTA T LOG DEi_'T' DELTA P LOG I)ELP N 0 I"1R S I"t R , o P S I P S I 42 44 45 46 47 48 4<? 5[) 51 52 53 54 55 56 57 58 59 60 6'! 63 64 65 66 67 68 /0 71 72 73 74 75 76 78 79 80 ,1 083 ,1167 1 o,=. 0 141'7 1583 1750 1 <:21 "".,- 2250 ':) ? '::: 0 · 3,...~ 0 3583 4417 ,.~ ,.:. ,.~ 0 608,.3 6<71 "7 1 0250 / ,~ 0 !. =; 0 ~::;, A ,..~. :..o .,o.. ~,,,, 1 7750 I 9417 ".'~";":;; 0 A.o / c::,:) u: () ,.,J ~o. r-., ,--~ i;;· / / ,.~ 0 ...~ ,:,0250 ,..,.~ · ..., y_:. :,) j'.;' (% ,,~,,.J ¢.:..J U ';'; 7.'.50 .... ~,::; ":: <.') "Z. ,,5 ~.. ,.~ 0 :.) 4 0~''''':' ,::. ,.~ 0 4 1917 4 3583 ~:':: ") ~:"': 4 6917 5. '5,5 i:.':50 5,691 '2' -, 9652 -. 9331 -,9031 -. 8487 -,8004 -, 7570 '-,7175 .... 6478 · - 5607 - 4881 -- 4457 · .- 3549 -~ 2798 - 2.15<;) - 1601 - 06,6S 0107 1055 1833 2882 3570 4023 4433 4807 5261 5472 5769 6048 6224 6556 7011 7153 7290 7423 7552 1745,8?00 1750 ,.9000 1755,5700 1763,1 ? 00 1769,7600 1775,1900 '1780,01 O0 1787, ~200 17~7,4500 t 804,8800 180~ 0500 1817 ~100 182~ 9~00 1829 ~400 t 8~3 5500 1841 1200 1846 7000 187~ 9600 1878 7600 1882 70 (I 0 1885 0000 1888 9200 '18~1 1900 1893 3000 1895.0400 189'7 2200 1898 0300 1899 4500 1879 6100 1880 1200 1880 9900 i881 7800 1882 3900 188:3 2500 1884,390(1 1884,43 O 0 1884,91 O 0 d 8,~, 18 O 0 i886,02(10 3,2420 3,2433 3,2444 3 o463 3,2479 3,2492 3,2504 3,2523 ,3,2564 3,2575 3,2594 S, 261 0 3,2623 3,2633 3,2651 3,26~4 3 ,.. 748 ~. / ~J ~:) 3 o 76,:. 3 ,.767 3 2776 3 c. 781 3 2783 2786 274 t 3 2742 3.2744 3,2746 , ,=747 3.2749 , ~. 750 3. 2752 3,2752 3 , ~ ~:::-1' P 'alt PSI 77,23 69,56 65,08 60,7;] 57,72 55,64 51,64 47,68 45,28 44,04 41,25 39,94 38,66 37,83 69,42 65,53 62,69 · .~ 61 .3,.. 30 73 30 38 29 33 28 86 17 3,:. 15 04 14 54 '~ 29 23 0':' '14,44 24,79 14,23 · ~,.., 30 22,51 16,29 18 54 26 61 19 62 24 04 25 3,:: ,_4 43 LOG P 'dl' p c, o I 1 8878 1 8641 1 8424 1 8135 1 7834 1 7613 1 7454 1 7130 1 6783 1 6559 1 6439 1 6154 1 6014 1 5873 1 5778 1 8415 '1 8164 1 7972 1 7876 1 4876 1 482'7 1 ,4673 1 4603 1 2386 'l 1773 1 162.7 1 3480 1 3626 '1 15<?7 '1 3943 1,1533 1 , 5092 1 ,3524 1 ,2120 '1 , 2681 1,4250 1 , 2927 1,3809 1,4035 1,3879 D ARC(] ALASKA INC. POINT MCINI'YRE .~5 PRUDHOE BAY/ ALASKA PERFS: 14480-'14550 Fl' MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST ~)2 DERIVATIVE TYPE CURVE DATA TABLE AL(;ORITHM B POINT NO, 82 84 85 87 88 89 90 91 92 93 94 96 97 98 99 100 10t 1 O2. 1 ()3 104 10 ! 06 1 07 108 109 11 0 111 11 DELTA 'F FIR S 5,8583 6. O250 6,1917 6,3583 6. 5250 6,6917 6. 8583 7,0250 7, '1'917 7.3583 7,5250 7,6917 ,'~, ~.' i::' ., , ,:),.., 83 8,0250 8.19't7 8.3583 8. 5250 8,6917 8,8583 9.1 083 9,275 () 9. 5250 9 77':=; 0 , ~.. 0.0250 (). 2750 0 5250 8 /. ,., u 1 0250 1 2750 1 5250 0 0000 I_OG DEI...T DEL'FA P LOG I)ELI~ H R S F' S I P S I 7678 780 O 7918 8033 8146 8255 8362 ,8466 ,8568 .8668 .8765 ,8860 .895~ .9044 ,9134 (' ~' ."j;) ,9:307 .9391 .9474 .9594 · 9A?S .9?89 9981 00i t 8118 0222 0 ,~ ,:: 4 0424 () ,..,: 1 .06!6 , O 000 1886,5200 1887,5100 1887· 2700 \ 1887,0800 1888,0700 1888,38O 0 1889. 0600 1888 8200 18'89 3500 188 ~ 3300 1889 8700 18~0 1 DO0 18 ~ 0 "~ ,z 100 188~ ~400 189O 8208 1891 3~:.00 ...~ 18~1 3,.~OO 18 ~ 1 5400 i8~1 8100 18 ~2 1900 189,_ 4608 '1892 3300 189,_ 9300 1893 7100 1893 7300 i 893 6700 1893 3500 1894 3200 '1894 6200 1894 8900 O 0000 3,2757 3,2759 3,2758 3,2758 3,2760 3 2761 3 2762 3 2762 3 2763 3 2763 3 2764 3 2765 3.2765 3.2764 3.2767 3,2768 3. 2768 3,2768 3,2769 3.2770 3 2770 3 2770 3 2771 3 2773 3 2773 3 2773 3 2772 3 2775 3 2775 3 2776 O,O000 P ' d T P S I 22,04 2:J, '13 24.45 23.51 23,43 ~:~., ';'7 22.91 22,55 23,96 25,91 23,9'? 21 2'1 21,53 ':"~ 85 ,.:4,91 23 27 ,..3 35 2,:..53 2,j 30 24 t!)4 21 9'7 o- 2 ,::3 ? 26 o7 36 O0 26 2'5 ;.".*.5 1'34 .") ,.::.,.., 8 '1 000 L O(.i P ' d T ,.:1, I 1,3433 1 3642 1 3882>. I 3712 1 3697 1 3714 1 3573 1 3600 1 3532 1 3795 1 .4134 1 3797 1 3553 1 3265 1 3331 '1 3590 1 3964 1 3668 'l 3682 3717 1 3527 1 4032 1 3952 1 3418 1 3669 1 4244 '1 5563 'I 4191 1 4123 1 4118 0 00 O' 0 Pa~e 22 ARCO ALASKA INC. POINT MCINTYRE PRUDHOE BAY? RLRSKR t ]' [ t' '~"TT1 HAS PRE].IMIN~RY FTFd.I] I::INIqLYSZS PERFS: 14488-14558 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST ~2 PRESSURE - PSIR v3 HORNER TIME. (Th+t)/t I i [ - [ I- i 't i ] t ! --1--1-'T-FT-T~ ........ ! [ I Ii1'1 ~, ' · . . · e.... · eelee e · 6 eece eelle Ill · I I ! I I I I I I 2 3 4 S S zeolOl , , , , ,,,! , , j,~,_, ,.,_1 HORNER TIME, (Th+t)/t ,,. ! I I I I ] I 3 4 5 6?89 D ARCO ALASKA INC, POINT MCINTYRE .~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST '%2 P 01 N T NO, 3 4 5 6 7 8 10 1-'1 12 13 14 15 16 17 18 20 ;2.4 25 26 28 30 32 33 34 35 36 37 40 ,."4t H 0 IJ R ,('3 0022 0031 0042 0056 0069 0083 0097 0111 01 ~ = 01~9 01~.- 0167 0189 0197 0 ~ ''~ L,. ~:) 6 0250 0264 0278 0306 031 ? 0333 0364 0375 0389 040o"' 0431 0 ~ 5 o 0500 0 0625 0667 0708 0750 0917 '1000 HORNER F)LOT DATA (Th+t)/t 3348 370 2435 451 1786 264 1339 948 1072 158. 893 632 766 11 670 474 596 088 i~'' u3.~. 579 487,890 447.316 394.808 378.168 335.737 316 047 ,:.'98 544 · .,-) ,,2) ~..8,.. 884 26t3 790 256 038 2).44 445 ,::.,.~ 3 86 224 i 58 210 ~..05 420 199 363 192 278 185 682 173 767 '! 63,.:.,~" o.-~ '149 '77'~ 138 328 ').20 018 106 016 100 18'). 90 26:3 ~"3 c.~:. 148 /,., 386 Th:= LOG((Th+t)/t) 3,524833 3 386579 3 251946 3 127088 3 030259 2 951159 2 884293 2 826382 2 775310 2 729634 2 688322 2 650614 2 596386 2,577685 2,525999 2.499751 2,4751)08 2,451601'3 2,429412 2,408304 2,3881 Iii 1 2 368957 2 350554 2 322655 2 312642 2 299644 2 28393 0 2 268771 2 239~69 2 212977 2 17543'1 2, '1409'10 2, '108967 2,079245 2,051457 2,02536~ 2,000787 1,914599 '1,877291 7,44 HOUR F' 01;4 P '×'P 2790 79 2926 70 3096 26 3290 58 3465 03 3591 83 3675 82 37~9 09 ;3788 1 0 3827 78 3860 70 3888 (.')7 3928,55 3982.13 3994 91 40136 38 4016 91) 4026 40 41135 34 4043 07 4050 50 4062 18 4065 4'1 4069 78 4075 ;."20 4080 39 4089 99 4098 41 4109 69 4119 35 4128 21 4141 97 4147 96 4153 30 41 A 2 81 4170.15 4176,99 Page 24 ARCO ALAoKA INC, POINT MCINTYRE 45 PRUDHOE BAY/' ALASKA PERFS: 14480-1455{) F'T MD TEST DAt'E: JUI..Y 8-9 1989 FI_OW AND BUILI)UP TEST ~2 01 NT t. NO. HOUR S 42 43 44 45 46 47 48 49 5{) 51 52 53 54 55 56 57 58 5(? 60 61 62 64 65 66 67 68 69 7{) 71 72 73 74 75 76 77 78 80 .1083 ,1167 ,1250 ,1417 l~."t 1750 1917 225;.') 3250 4417 6083 6917 858~ 1 0250 1 2750 1 5o50 i 7750 'l 9417 2 2750 2 '::: °':~ 0 2 '7750 d,;. 0 3 / /~..U 4 025O 4 1~'17 4 35P'z 4 691 7 5 5 i917 5,69 '1 '7 t"iOi~INER PLOT DATA ( l'h+t )/t 69 664 /.)4 759 60 509 53 508 47 981 43 506 39 810 34 060 28 049 23,888 ,..'I 759 7 842 15 169 3 228 1 755 9 666 8 257 6 874 ,.~878 5 19'1 4 831 4 270 3 946 3 681 3 459 3 °i": 3,110 2 970 2 928 2 848 2 '7'~ 2 707 ':~644 2 585 2 :'"~i 480 e: 4,5o ;2 ~88 ;2,346 2,307 Th= LOG((Th+t)/t) 1,843008 1,811303 1,781819 1,728417 1,681066 1,638552 1,599993 1,532250 1,447924 1,378180 1,337637 1,251446 1,180950 1,121489 1,070208 ,985262 ,916831 ,834687 ,769213 ,715231 ,684041 ,630399 596155 565916 538956 507177 492794 472828 466561 454555 443203 432449 422243 412543 403310 3945{)7 386106 ~78076 370393 363034 7,44 HOURS P OR P.x.P 4182 4187 4192 4200 4206 4212 4216 4224 4234 4241 4246 4254 4260 4266 4270 4278, 4283, 4310, 4315, 4319, 4321, 4325, 4328, 4330, 4332, 4334, 4334, 4336, 4316, 4317, 4317, 4318, 4319, 4320' 4320 4321 4321 4321 4322 4322 85 86 53 15 72 15 97 88 41 84 O1 27 95 30 51 08 66 92 72 66 96 88 15 26 00 18 41 57 08 95 74 35 21 58 35 39 87 '14 98 Pa~e 25 ARCO ALASKA INC, PO:I:NT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERKS: 14480-14550 FT MI) TES'/ DATE: JLILY 8-.-9 1989 F:'I..OW AND BUILDUP TEST :~2 POINT NO, 132 1373 84 1.35 88 87 88 89 90 9'1 92 93 94 95 96 97 98 99 1 0 0 101 '102 10:;3 '1 04 105 i 06 107 108 109 .110 t HOURS 5 8583 6,0250 6 1917 6 3583 6 5250 6 6917 6 8583 7 0250 7 1917 7 3583 7 5250 7 6917 7 8583 8 0250 8 .19.17 8 3583 8 5250 8 69t7 8,8583 9,1083 9 "~7""l fl 9 5250 9 7750 '! 002 50 1 il-:~,.~..~ n .10 5250 .10 7750 1 i O;:?50 1 !,2750 11,5250 11. ;?., O250 I..iOF~NER PLOT DATA ( Th + t )/'t 2,270 2,235 2,201 2,170 2 '140 2 112 2 085 2 059 2 034 2 011 1 989 1 967 1 947 1 92'7 1 908 1 890 i 873 1 856 1 840 I 817 1 802 1 781 1 761 1 742 / ¢.. "~ 1 7O7 1 690 1 675 '1 660 I 645 ! 6t9 LOG( (Th+'t')/t ) ,355977 ,349204 ,342697 336439 330417 324616 319024 313630 308423 303392 298530 293826 289274 284866 280594 276453 272436 268538 264754 259279 255756 250653 245755 241049 236525 ,232171 ,227979 ,223938 220841 216280 209138 7 44 HOt. JR° P 0 l:,l P .x. P 4323 48 4324 47 4324 23 4324 04 4325 03 4325 34 4326,02 4325 78 4326 31 47326 29 4326 !..13 4327 06 4327 17 4326 90 4327 78 4328 28 4328 3.1 4328 50 4328 77 4329 15 4329 42 4329 29 4329 89 4331! 67 4330 69 4330 63 4330 31 4331 28 4331 58 4331 85 433~ 35 Pa~e 26 RRCO 8LRSKR INC. POINT MCINTYRE ~S PRUDHOE BRY? RLRSK8 ANflI.¥SIS ~Z~ -~CO_~at, ~, 1 i I 1~4.~ 1~6.88 128.88 138.88 · HRS PRESSURE - PSIR v$ TIME. Hours PERFS: 14480-14550 FT MD TEST DRTE: 3ULY 8-9 1989 FLON RND BUILDUP TEST ~2 T i i · · .e · · · · el ee,eeeleeeoeeeeleeoleeeeeeeeooeIee · · · · · · · · · II 71 18 I~ lllO I Ill ,fa.sm .... ~ ~ I , 134.00 13G.O~ 136.08 146.00 TIME, Hours ,I 14~.88 i 144.88 I 14G.m I , 148.88 ARCO ALASKA IN[;, POINT MCIN'¥YRE ~5' PRUDHOE 'BAY/ ALASKA PERFS: 14480-14550 F"T MD TEST DATE: JULY S-6 1989 FLOW AND BUILDUP ';'EST .~1 GENER At.. F ANALYSIS F'II_E: ARCO_C1B: JOB INFORMATION: 'TEST' EE&AN- JUt_Y "5 1989 TEST ENDED- JUI_Y 9 1989 WELL I,D, - PT, MCINTYI~.E .~.'5 WEL. L JOB I,D, - ARCO ALASKA INC, GAUGE NO, .- HEW-PACKARD ~449 WELL CONFIGURATION: TUBING I,D,~INCHES TUBING LENGTH;FEET '1" U B :1: N (:-; O, D, ~ I N C I"IE S P A [.'. K E R D E P 'l" I"1 I:' E E T c' 1:'" EET T 0 P 0 F P Ii:' R F,:~, S, 958 4S8~J, 0 4,500 4,."560,0 4480,0 RESERVOIR DATA: I N :I: T :[ A L.. F' R E S S LI R E ~ P S I G ', c, S · c;:' PSiA ~'il::. ~-~ , P R E S S, :8 A,.. t_ ~ L-,A,:~ :'-" DE. ,..,, F:' R E.J 1::. R V 0 :I: R T t.'".': H P ~ , Ab'G, POI~OS]:TY~ PERC.'tii:NT AVG, NE:'I', TH:[CKNESS~ FEIii:T TOTAL COHF',~ V/HHV/F'SI 4.'5S5,250 '.1.4,750 185,0 22, O0 64,00 (:.) Jr:' Ba~e 28 ANALYST .- GAUGE DEP'FH FT .-. S T I!.'". V E I:~ ODI~ I GLIE 14~72 C A S :[ N t.: :[, I), , :!: N C I.'1E,.~ CASING LENGTHCF:'EET P L U (.'; B A C K D Ii:: P 'f'14 F' E E'f' WEI...LBOR E D I AHI!"'TER, I NCi-iES B O T T O H O F' P E R I'":'S ,, F'lii: E T 6,184 4750,0 4750,0 9,875 4550,0 P R E S S U R Iii: D A 'f' U M, I:"' E F.".: 'f' A 'f' M 0 S P H E R I C: P R lie S S U R I!'E, P S :r. A AVG, RES, DEP'f'14, F:'E:ET A V r....', W A T E R S A T,, P I:'.:.' R C E N'f' FORM, COMP,, V/MMV/PSI i::' 0 R M A"f' I 0 N F:' 1... tJ I D 14L~72,0 14,750 14515,0 25,00 J, 0'00 01 L. ARCO ALASKA IN[). POINT MCINTYRE 45 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 F'F MD 'TEST DATE: JULY 3-6 1989 FLOW AND BUILDUP TEST ~1 PT ~ YR MO I)A HR MN SC B.O.P,I), MSCF/D ]8,W.P,D, 875,52 0,00 1461 , 60 3142,56 2484,72 2557, 1023,36 1385,74 1606.15 1 `385 74 1385 05 1239 88 1239 88 123'? 88 1~41 12 1241 1241 12 1169 28 1169 28 1241 12 1241 1 1241 1241 1241 12 1168 i168 11 1168. 1168, 1168, 1241 , i241 , 12 0,00 0 O0 0 O0 0 O0 0 O0 0 O0 0 O0 0 O0 732,24 907.73 989,04 865.83 835,55 788,91 804,76 803,56 804,66 796., 42 796,42 788.87 744,81 795,32 8(14,18 757 69 788 52 787 98 754 '15 802 44 776 31 765 54 765 54 772 ;29 785 86 786 59 0 00 P~e 29 0,00 0.00 0,00 0,00 O, O0 0,00 O, O0 0 O0 0 O0 0 O0 0 00 0 O0 0 00 0 O0 0 O0 0 O0 0 00 0 O0 0 00 0,00 O, O0 0,00 0 00 0 O0 0 O0 0 00 0 O0 0 00 0 O0 0 00 0 O0 0 0 0 0 00 0,00 Ai~CO ALASKA INT MCINTYRE ~5 I~I.,i)HOE BAY/ ALASKA PERFS: 14480-14550 FT MD 'TEST DATE: JULY 3-6 I~8~ BUILDUP TEST PT .~ YR MO DA HR MN SC PSI(; 3844,380 3991 . 91 0 4047.430 4099,31 0 4145,600 4177', 760 4800,920 4232,380 4255,050 4267,870 4280 430 4286 O10 4289 470 4292 130 4294 530 4295 280 4296.840 4298,930 4300,740 4302,030 4303 490 4304 060 4304 900 4305 640 4~06 060 4~06 880 4307.~80 4307 730 4308 370 4308 770 4309 31 0 4309 450 431 i 590 4312 74[) 4313 930 4314 770 4315 740 431A 470 431 '7 020 4317 350 4317 980 4318 390 4319 4318 920 4319 440 4319,71 0 4320,140 PS:IA 31959,1 30 4006,66(} 4062,1 80 4114,060 4160,350 4192,510 4215 670 4849,130 4869 800 4282,620 4295 1 80 4300 , 760 4304 280 4306,880 4309 280 4310,030 431 I 590 4313. 680 4315 490 4316,780 4318,240 4:.'318,810 4319. 650 4320,390 4320 81 0 4321 630 4328 130 4322 48O 4323 1 20 4323 520 43;24 060 4324 200 4326 340 4387 490 43219 680 4329 52(} 433(} 490 433'1 220 4331 770 4332 1 O0 4332 730 4333 14(} 4333 91 0 4333 67 0 4334 '! <20 4334,460 4334,890 Pa~e 80 ARbO ALASKA POINT MCINTYRE PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MI) TEST DATE: JUI_Y 3-6 t989 BUIL. DUP TEST D PT $ YR MO DA HR MN SC P S I G 4320,770 4321. 370 4321. 690 4322,070 4322.550 4:.3;22,91 O 4323,330 4324, [) 2 [) 4324,480 4324,570 4325,220 43,..o, 740 4326,04O 4325.940 4326,110 43;26,380 4326.340 4326,700 4327,030 4326,91 O 4327.190 4327,310 4327,370 4327,3;80 4327,360 4327,690 4327,750 4327,900 4328,100 4328 240 4328,190 4328 440 4328. 390 4328 260 4328,610 4;3;28 740 4328,970 4329 22O 4329,460 4329 770 4329 990 4330 060 4330 330 4330 480 4330 650 43.3 0 Ii) 10 4;3;30 890 P$IA 4335,520 4336,120 4336,440 4336,820 4337,300 4337,660 4338,080 4338,'770 4339 ,,?.°3O 4339,320 4339,970 4340,490 4340,790 4340.690 4340,860 4341,130 4341,090 4341,45(! 4341,780 4341,660 4341, ~40 4342,060 4342,1 20 4342,130 4342,11 0 4342,440 4342,500 4342,650 4342,85(] 4342,990 4342,94(] 4343,190 4343,1 40 4343,010 4343,360 4:.'~43,490 4343,720 4343,970 4344,21 0 4344,520 4344,740 4344,8'! 0 4345,080 434,5,230 434,5,4 (] 0 4345,360 4345,640 Pa~e 81 © BAY/ ALASKA ERFS: 14480-145.50 FT HI) TEST DATE: JULY 3-6 1989 BUILI)UP TEST D DPT ~ YR MO DA HR ~N SC D D D P S I 4330,650 4331,340' 4331,220 4331,150 4332,980 4331,750 4331,890 4331,990 4331,730 4331,980 4331,840 4331,970 PSIA 4345,400 4346,090 4345,970 4345,900 4347 730 4346 500 4346 640 4346 740 4346 480 4346 730 4346 590 4346 720 P~e 32 '1 3 4 5 6 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 .'Lg4 36 38 ARCO ALASKA INC, POINT MCINTYRE PRUI)HOE BAY/ ALASKA PERFS: TEST DATE: JULY 3-6 1989 FLOW AND BUILDUP "/'EST .'~1 GENERAl.. FILE: ANALYSIS FILE: ARCO_G:¢TOO~I ARCO_C1B: ¢ 700,1 1'I ME-P R ESSUR E TIME HOURS 29 5875 29 5897 29 5906 29 5917 29 5931 29 5944 29 5958 29 5986 29 6028 29,6069 29 6167 29 6250 1'29 6333 29 6417 29 6500 29 6583 29 6667 29 6833 29 '7000 29 7167 ;[.297333 29 7500 29 7667 29 "~ q"~"z 29 8000 29 8167 ,::. ~ 83:33 29 8500 29 8~6 7 29 8833 29 9000 29 9167 30 0000 S 0,08 S S 30,1667 S 0,2500 .... ~..~. ~ 0 , 35,.,,:, 30 , .4 't 67 PRESSURE PSIA 3859.13 4006,66 4062,18 4114, {)6 4160,35 4192,51 4215,67 4247,13 4269 80 4282 62 4295 18 4300 76 4304 22 4306 88 4309 28 431.0 03 4311 59 4313 68 4315 49 4316 78 4318 24 4318 81 4319 65 4320 39 4320 81 4321 63 4322 13 4322 48 4323 12 4323 52 4324 06 4324 20 4326 34 4327 49 4328,68 4329,52 4330.49 4331,22 RAI"E--T I ME FUNCTION 2461,565[) 6942,6450 6709,.0992 6481,6513 6270,6976 6107,0814 5973,4071 5762 5078 5529 O923 5352 3684 5055 3485 4871 3395 4724 4759 4602,2687 4497,6299 4406,1473 4324.8869 4185 3923 4068 4221 3967 7268 3879 3437 3800 6012 3729 6129 3664 9968 3605 7103 3550 9473 3500 0718 3452 5731 3408 (1349 3366 1134 3326 5215 3289 0167 3126 4919 2994~/"~'~""~o ,45o~.. 2787,6929 2703,6056 2628,6931 DATA LOG10 C' ,:)HUT IN TIME 0,0000 -2,6532 -2.5149 -2,3802 · -2,2553 -2,1584 -2.0792 - 1,9542 -1,8159 · -1 7112 -1 5351 -1 4260 -1 3388 · - 1 2663 -1 2041 - 1,1498 -1 1015 -i [)185 · - 9488 - 8888 -- 8361 · .- 7891 - 7467 · - 7081 - 6398 - 6094 - 5809 - 5541 - 5290 · - 5051 - 4826 .- :..~846 - 3047 -.2372 · -, 1788 -, 1274 · -, 0814' LOG 1 0 DELTA P 0,0000 2,1689 2,3076 2,4064 2,4789 2,5229 2 5521 2 5888 2 61~5 2 6268 2 6395 2 6451 2.6484 2,651 0 2 6534 2 6541 2 6556 2 6576 2 6593 2 6605 2 6619 2 6625 2 6632 2 6639 2 6643 2 6651 2 6656 2 6659 2 6665 2 6669 2 6674 2 6675 2 6695 2,6706 8,6717 2,6785 2,6734 2,6740 Pa~e 88 D D D D ' A ARCO AL. ASK INC, POINT MCINTYRE $5 PRUDHOE BAY/ ALASKA PERFS: 14480-'t4550 FT TEST DATE: JUt. Y 3-6 1989 FLOW AND BUILDUP TEST GENERAl.. FILE: ARCO_G:,700~I ANALYSIS FILE: ARCO_C1B:~700~l TIME-PRESSURE DATA T I M E H 0 U R S 30,50(}0 30. 5833 30,6667 30. 7500 30. 8333 30.9167 31 0000 31 0833 31 2500 31 4167 31 5833 31 7500 31 9167 32 0 t333 32 5833 33 0833 33 3333 33 5833 34 0,"333 34 5833 34 8333 35 0833 '35 3333 35 5833 35 833;5 36 0833 36 3333 36 5833 36 8333 37 (}833 37 3333 37 5833 38,0833 38,3333 38. 5833 38,8333 P R ESSUR E PSIA 4331 77 4332 10 4332 73 4333 14 4333 91 4333 67 4334 19 4334 46 4334 89 4335.52 4336 12 4336 44 4336 82 4337 30 4337 66 4338 i)8 4338 77 4339 23 4339 32 4339 4340 49 4340 79 4340 4340 86 434~ 13 4341 09 4341 45 434~ 78 434~ 4341 94 4342 4342 12 4342 13 4~42 4342.44 434~.50 4342.65 4342.85 RATE-TIME F U N C T I 0 N 256i 1895 2499 7933 2443 5179 2391 5972 2343 4249 2298 5127 2256 4616 2216 9414 2144 4312 20'79 2365 2020 0704 1965 9569 1916 1388 1870 016;2 1806. 7301 'i749,4152 1649,0400 1604,6324 1563,4006 1488,9658 1423,3309 1393,2591 1364,7850 1337,7632 '1312,0673 1287. 5864 1264,2227 1241 . 8896 1220,5100 1200,0151 t 180,343O 1161 ,4380 1143,2499 '1 '125,7329 1108. 8456 '1092,5501 1076 , 8117 i 061,5987 LOG 10 S H U T .'[ N T I M E · -, 0398 -, 0018 .0331 0654 O955 1236 1500 1749 2208 2623 3001 ,3350 3672 3972 4387 4765 5436 5735 6016 6528 6986 ?198 7400 ?594 77?8 7956 8126 8290 8448 8601 8748 8891 9029 9162 ,9418 ,9540 ,9659 LOG 10 DEL'FA I:) 2,6745 2,6748 2,6754 2,6758 2,6765 2.6763 2,6767 2,6770 2,6774 2,6780 2. 6785 2,6788 2. 6791 2 6796 2 6799 2 6803 2 6809 2 681;3 2 6814 2 682O 2 6825 2,6827 2 6827 2 6828 2 6830 2 6830 2 68;36 2 6835 2 6838 2 6839 2 6839 2 6839 2 6839 2,6842 2,6843 2. 6844 2,6846 Pa~e 34 77 ?8 80 81 82 84 85 86 87 88 89 9(I 91 92 93 94 95 96 9'7 98 99 02 04 05 ARCO ALASKA INC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DAI'E: JULY 3'-6 19139 FLOW AND BUILDUP TEST :~1 GENERAL FILLS: ANALYSIS FILE: ARCO_(;: ~700 ~ 1 ARCO_C1B: ~700~1 TIME-PRESSURE DATA T I M E HOURS S9,8333 40.3333 41,5833 48.58~3 43,5833 44.5833 45,5833 46.5833 47.5833 48.5833 49,5833 50 5833 51 5833 52 5833 53 5833 54 5833 55 5833 56 5833 57 5833 58 5833 59 5833 60 5833 61 5833 63 5833 PRESSURE PSIA 4342,99 4342.94 4343,19 4343,14 4343.01 4343 36 4343 49 4343 7~ 434~ 97 4344 81 4344 52 4344 74 4344 81 4345 08 4345 23 4345 40 4345 ~6 4345 64 4345 40 4346,09 4345 97 4345 90 4347 73 4346 5(1 4346 64 .4346 74 4346 48 4346 73 4~46 59 4346 72 RATE--TIME FtJNCTION 046 032 018 005 992 979 967 921 880 843 809 778 75(i 724 699 676 655 617 599 583 567 539 526 51 S 501 490 4?9 4A9 ,8819 .6344 .8315 ,4501 .4689 ,8683 6298 9713 9218 7582 9097 9183 4112 081;2 6722 9686 7875 9724 ~884 9187 4613 9266 3196 1154 5680 6280 2507 3960 0275 LOG 10 S H U l ]: N T I M E ,9775 9888 9998 0105 (1210 0318 (1412 0790 '1138 1460 1760 2040 2303 2552 2787 3009 3221 3423 3616 3801 3979 4149 4313 4471 4623 4771 4913 5051 5185 5314 LOG 10 I) E I..'r A P ..~ ~....~ ~ ~.~ ...o ..~ ~ E,684'7 2,6847 2,6849 2,6849 2.6847 2,6851 2,6852 2. 6854 2. 6856 2. 6858 2 6861 2 6863 2 6864 2 6866 2 6867 2 6869 2 6868 2 6871 ;3 6869 2 6875 2 6874 2 6877~ 2 6890 2 6879 2 6880 2 6881 2 6878 8 6881 2 6879 2 6881 Pa;e 35 ARCO ALASKA INC, POINT HCINTYRE :ii:5 PI:,?.UDi"tOE BAY/ ALASKA PERF'S~ ~4480"-~4550 F'T MD TE:ST DATE~ J'ULY ~3-6 '1989 F:'.t... CI W A N D B. U I L. D U P T E S T .,,."" 1 '[]2HE-RATE DATE__ 5 ? ~ 0, ti. 4 'i !5 '!7 ~9 ~.. 24 2 '? ~.,,~ 29 ~,.~ 01 i...-.. R A'¥' E (:.; A S 1;'. A T E · .S T B / .'() A Y M S C F' / D A Y 875,5;?0 0,000 [1,0 [) 0 0, [] 00 0,000 o, o o o 0, (J 00 0,000 7;'.."-;2,240 907,7311 929,04O i'i ~ t::' .. .. ,..I ..... ~ 0 7 88 9 i (:! 804 7 60 8 [] S 5 60 8 0 4 66 [) '796 420 796 42.0 /,::)cJ ,..~ Il 7.44 8'I 0 / 7 ,.~ ~.. I.... <:> 1:i 4 .t o .... 0 '""="" / ,.~ / .. Y 88 52 [) Y 87 9 8 0 754 'I 50 8 (:1244 77,6 :':;'l 0 Y 65 54 0 r:.. I~. I;;. 1::' ,' ~,~,., ,.¢ 4 d 772 290 "~ o'::' 86 Ii / 0 ,.i ...... Y 86 5 90 0 [1 (1 [1 (] 000 0, [1 [10 0,0 (] 0 ::], (i 0 0 Pa~e 36 W A'f E R R A 'f' E S A N D I::'A C E I:~ A 'f' E · · ,. % BBi_/DAY RI::.:S BBI.../DA ( 0 000 0 000 0 000 0 000 0 000 0 00 fl 0 000 0 0 [} [1 0 000 0 0 [10 0 000 [] [] [10 0 00 (] 0 0 [10 0 000 0 !.'10 [1 0 0 [.'i 0 0 [) 0 [) 0 0 [] 0 0 t'] 0 (1 0 [) 00 (] 0 [10 0 0 0 (] 0 000 (] 0 00 0 000 0 0 (] 0 0,000 0,00 [] [], 000 l:], 0 00 0, [1 [10 [.1, (:l 00 0,0 [l 0 0,00 0, [) 00 0,0 00 '1209 756 0 00 [) 20 1 8 008 3428 8S8 3~'528 9:37 1 411 474 191 [1 299 2212 996 1908, S 2 [] 1906, S 82 1705,686 1 704,802 17[]S, 919 1704,7S9 170:5,856 i 7[]2 972 160 S 5,.57 1 602 7 S 6 1700 ...... ..?~ ,::. (..~ '.1.401 61'7 1698 549 t 69'Y 682 1 695 922 159U S.30 1 L, 00 59 S 't 59S 6?,6 i 592 849 '! 592 ~'.] 2S '1'591 1 97 1689 7"74 1 688 89 S 0 0 [} l:] 0 00 fi, 000 0,00 [] 0,000 .39 40 4'.t. 44 45 46 4'.7 48 49 5O 54 55 56 ,..J / 5? 6 0 6 'J. 6,';;.' ''~ 64 i, 69 7.8 ...' ~{ 72 ,..4 75 7(.':, · l" I M iF.' H 0 U R S ::'9 29 29 29 '::, i~, ... ,.:) (; ¢... ::-' · ;:) ¢:.-, 29 ¢..... ;:/....:., ...... 29 ':) () ,'.... 2. 9 ,':) ..'..... 29 29 29 ',';~ 0 J:; 0: ..~. ,: 0 S 0 S 0, :'.:; 0 .. :30, A R C 0._ AR.f' "...f" ' '" 70 ..,0 ..,'/.re: ;. 0 :[ i....- R A 'l" E S'i'B / D A Y 0,0 0 0 0 i) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 000 0, l) 0 i) {.'l, () 0 0 il fi 0 f: CI, i.'l 0 0 0 00 0 0,0 [..'{ 0 0 () 0 0, :.)0 0 0 0 i.'{, 0 0 0 0 O, 0 O, (} O, 0 O, 0 '; (.'{, Cl 00 00 () 0 00 0 0 00 00 0 00 00 00 0 0 00 00 0 000 000 0 0 0 0 0 00 0 0 0 0 0 ii 00 00 ..,Ao t'V.A'f'ti'~ WA'f'IEI~ I:~A"I"IESAND i::'ACE I~A'f'IE MSCF:'/DAY BBL/DAY I;~ IF'S BBI.../DAY O,OOt) 0 000 0,000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 l.') 0 0 0 0 0 0 ,00 0 ,0 (310 ,00 0 000 000 000 000 0 O 0 00 0 0 0 0 00 0 0 0 0 000 000 000 0 (} 0 0 0 0 0 0 0 000 00 0 00 0 8 0 0 00 0 000 0 0 0 0 00 000 00 0 0 0 0 000 0 0 0 0 0 0 O. 0 0 t) 0 (.I 00 0 00 t) 00 t') 0 0 0 0 0 000 0 1300 0 0 0 0 0 0 (! 0 0 00 0 0 0 0 0 0 00 0 0 0 00 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 000 0 0 0 0 (:i0 i) 0 0 0 0 0 0 0 0 0 0 I:)0 0 0 0 00 0 0 0 0 0 0 i) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 r.)00 0 0 0 i) 0 0 0 i) t:l0 0 0 0 0 0 0 0 0 0 0,0 0 0 (.!, 00 0 0,0 t) 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 0 000 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 00'0 0 0 00 0 (.i 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 [)0 0 0 0 0 0 0 [) 0 0 0 0 0 0 0 I:)0 0 0 O 0 0 0 00 0 0 0,0 0 0 0,0 0 0 (}, 0 0 0 ? '7 78 ?9 ~...~ .. 81 84 88 .¢ .. 94 94. 97 98 99 i 'i R ''~' i 04 't 06 :t 0 '7 't 0 P 't 10 i ! :t 't 't ''~ 'i 1 S 1i4 ARb(.. AI...ASt{A INC P 0 i N T M .... [ N'f' Y R ii.";..tl-5 PRUDHOE BAY/ ALA,SKA I:"ERFS: 14488-14550 F"I" i'll) Tli.-':S'f DA'flE~ ..'rULY S .... 8 i989 F:' L.. 0 !4 A hi D B U '.i,; L D U F> l" E S T ,ii: 1 (;.,' Iii; N E 1;.': A L. F' I i...E: A R C 0._ G: , ? 00, i A N A L Y S Io'" F:' l t... E: A R C 0_ ,.., ¢'' 'l B: ¢ 7 O 0,1 'l__' :[ M E-I:;.'. A T E I) A T (.'-). .... '1" I M t.T. H 0 U F.: S S '! S 'I 3'I S1 ::) 0 :[ t...-R A 'f' E S TB / D/4 Y If, 0 0 0 0 0 0 0 .o II 0 0 (] 0 0 0 0 o. t~ 0 0 0 0 0 W A'Y' E R t:~ A 'f' I!i; ,S A N I) F:'A C Ii:; R A 'f' Ii!: BBL./DAY RES BBI..IDAY 0 0 0 0 0 0 0 0 0 Il 0 0 0 0 0 0 (i 0 0 0 0 0 0 0 0 0 0 0 0 t') 0 0 0 0 0 0 0 0 0 '0 (.'1 0 0,0 0 0 0,0 0 (} O, 0 0 0 0,0 (] (] (], 0 0 [) (], 0 [)0 0,0 0 0 0, [)0 0 (], r.)o 0 (} 0 0 0 0 0 0 0 0 0 [)0 0 0 (J 0 0 0 0 0 0 I) (} 0 0 0 0 0 (} 0 (} (] (] (} [) 0 (] [] [} (] [)(} ti 0 0 0 0 O Il} t] 0 (] 0 0 0 0 0 [] 0 (,I O 0 0 [) 0 [} [] [)0 0 [] [) G E N E R A 1.. F I L E: A I:~' C O_ G:; 7 0 0 ~ i tA ". ('" " t ..... .. A N ,.., L f,::. :I: S F:' 1 I... ,=: A I~ C O_ C 1 H:., '7 fi t) ~ 1 T I H E.... R A T E D A T A Pa~e 39 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 i) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 i) 0 0 (} l} 0 0 {} 0 0 0 0 0 0 0 (} (} 0 0 0 0 0 0 0 0 0 0 (} 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (} 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 {} 0 0 0 0 0 0 0 0 0 0 0 0 (} 0 (} 0 0 0 (} 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 {} 0 0 0 0 0 0 0 (} 0 0 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 Pa~e 40 ARCO ALASKA INC. POINT MCINTYRE #5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST ~2 GENERAL FILE: ARCO_G:~700~I ANALYSIS FILE: ARCO_C2B:~700, i JOB INFORMATION: TEST BEGAN- TEST ENDED- WELL I.D. - JOB I.D. - GAUGE NO. - JULY 5 1989 JULY 9 1989 PT. MCINTYRE #5 WELL ARCO ALASKA INC. ANALYST - HEW-PACKARD #449 GAUGE DEPTH FT - STEVE RODRiGUE 14572 WELL CONFIGURATION: TUBING I.D.~INCHES TUBING LENGTH,FEET TUBING O.D.,INCHES PACKER DEPTH FEET TOP OF PERFS,FEET 5.958 CASING I.D.,INCHES 14585.0 CASING LENGTH~FEET 4.500 PLUGBACK DEPTH FEET 14560.0 WELLBORE DIAMETER,INCHES 14480.0 BOTTOM OF PERFS,FEET 6.184 14750.0 14750.0 9.875 14550.0 RESERVOIR DATA: iNITIAL PRESSURE,PSIG GAS MEAS. PRESS. BASE,PSiA RESERVOIR TEMP., DEG. F. AVG. POROSITY, PERCENT AVG. NET. THICKNESS, FEET TOTAL 'COMP., V/MMV/PSi 4555.250 PRESSURE DATUM,FEET 14572.0 14.750 ATMOSPHERIC PRESSURE,PSIA 14.750 185.0 AVG. RES. DEPTH, FEET 14515.0 22.00 AVG. WATER SAT., PERCENT 25.00 64.00 FORM. COMP., V/MMV/PSi 5.000 9.580 FORMATION FLUID OIL ARCO ALASKA iNC. POINT MCiNTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST ~2 PT ~ YR MO DA HR MN SC I 89 2 89 ~ 89 4 89 5 89 6 89 7 89 8 89 9 89 i0 89 11 89 12 89 15 89 14 89 15 89 16 89 i 7 89 18 89 19 89 20 89 21 89 ~ 89 23 89 24 89 25 89 26 89 27 28 ~9 52 ~9 33 q~ ~4 -55 89 56 89 .:~7 8~ ~ 1 89 43 89 44 ~9 45 89 46 B.O.P.D. 875.52 0.00 1461.60 3142.56 2484.72 2557.92 1023.36 1385.74 1606.15 1385.74 1385.05 i2~9.88 1239.88 1239.88 1241.12 1241.12 1241.12 i169.28 1169.28 i241.i2 949.09 1241.11 124i.12 i241.12 124i.12 z168.~i ii68.1i i241.12 - ,') iz '" 00 29.2...52 - .023. l '2 i02S. i2 i02~.12 950.04 803.88 803.88 876.96 803.88 876.96 MSCF/D O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 732.24 907.73 929.04 865.85 855.55 788.91 804.76 805.56 804.66 796.42 796.42 788.87 744.81 795.52 804.18 757.69 :7~-~. 52 754. ~ 5 302° 44 776 : i 7'65.54 765.5-~$ / 7~5.8~ 7~S6 779. ~8 1008.09 888.41 615.41 574. ~2 531.19 550.24 525.81 520.45 524.30 B.W.P.D. O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 0.00 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 0, O0 0. ':30 (2. O0 O. O© O. O0 0. O. O. O. O0 :.;. O0 0.00 '0.00 0.00 O. O0 O. O0 O. O0 0.00 O. O0 O. O0 O. 00 O. O0 Page 41 ARCO ALASKA iNC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 i989 FLOW AND BUILDUP TEST ~2 PT ~ YR MO DA HR MN SC 48 89 7 7 t 4 0 0 49 89 7 7 i4 50 0 50 89 7 7 15 0 0 51 89 7 7 15 50 0 52 89 7 7 i 6 0 0 53 89 7 7 i6 30 0 54 89 7 7 17 0 0 55 89 7 7 i7 30 0 56 89 7 7 i 8 0 0 57 89 7 7 i8 50 0 58 89 7 7 i 9 0 0 59 89 7 7 i9 50 0 60 89 7 7 20 0 0 61 89 7 7 20 30 62 89 7 7 21 0 0 · 63 89 7 7~_ ~' I 30 u 64 89 7 7 22 0 0 65 89 7 7 o~,~_, 30 66 89 I , --' '~' 0 0 67 89 7 7 23 30 0 68 89 7 8 0 0 69 89 7 8 0 30 0 ~';,., 89 7 8 i 0 0 71 89 7 8 19 -':"3 72 89 7 8 19 30 0 -7.~ 89 ~ 8 20 0 74 89 7 8 -.',-_,' 30 75 89 7 8 21 0 0 76 P, 9 7 ~ '-) ~ 77 89 7 8 :~_~""~ 0 0 78 89 7 8 -~o .-r..,-, 79. 89 7 8 23 0 0 80 89 =, 8 ~'~3 30 0 82 89 7 9 0 30 0 83 89 7 9 i 0 0 84 89 7 9 i .30 0 85 ~89 7 9 2 0 0 86 89 7 9 '--' 30 87 89 7 9 ,-~ 58 30 ~8 89 '7 9 ~ -'=: '-' B.O.P.D. 1514.12 1975.16 ~973 16 i898.~8 1578.55 °1~7 52 1965.29 1895.~=5 2915.89 3954.48 4250.16 4521.90 4250.16 4250.16 4254.40 4380.42 4234.40 4307.41 4745.45 4672.44 4964.47 4672.44 4672.44 0.00 3654.00 4896.56 4457.88 4384.80 5992.56 5334,84 5407.92 5481.00 5405.22 5407.92 5407.92 5334.84 5407.~° 5407.92 5350.60 5~1 ~? 0.00 MSCFZD 907.57 I123.25 1507.50 1247.22 1505.26 1552.51 i521.74 i597. t0 1954.97 2095.49 2069.84 1916.68 1812.20 ~776.80 1741.50 1757.97 I755.~= 1995:39 5155.84 5030.58 5025.15 5017.65 5106.80 0.00 259~.54 3055.15 3062.99 3107.08 5540.25 5350.29 3516. i4 5516.14 5512.85 3278.14 3272.08 3268.80 5266.17 3254.62 3070.90 3073.45 0.00 Pa~e 42 B.W.P.D. O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 0.00 O. O0 0. O0 O. O0 O. 00 O. O0 O. O0 O. O0 O. O0 0.00 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 O. O0 0.00 O. O0 0.00 O. O0 '0. O0 O. O0 O. O0 O. O0 O. O0 ARCO ALASKA INC. POINT MCiNTYRE ~5 PRUDHDE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 · FLOW AND BUILDUP TEST ~2 PT # YR MO DA HR MN SC PSiG 2422 ~ .~I0 2776.040 2911.950 3081.510 3275.850 3450.280 3577.080 3661.070 3724.340 3775.550 3815.050 3845.950 3873.920 3913.800 3923.920 3953.080 3967.380 5980.160 3991.630 4002.150 4011.650 4020.590 4028.520 4035.750 4047.450 4050.660 4055.030 4060.450 4065.640 4075.240 4083.660 4094.940 4104.600 4115.460 4120.760 4127.220 4133.2i0 4i38.550 4148.060 4155.400 4162.240 4168.100 4173.110 4i77.780 4i85.400 419i.970 4197,400 PSIA 2456.960 2790.790 2926.700 5096.260 3290.580 5465.050 5591.850 5675.820 5759.090 5788.100 5827.780 5860.700 5888.670 5928.550 5967.850 5982.150 5994.910 4006.580 4016.900 4026.400 4055.540 4043.070 4050.500 40&2. I80 4065.410 4O69.78O 4075.200 4080.590 4089.990 4098.410 4t09.690 4i19.350 4128.210 4135.510 4141.970 4147.960 4155.300 4162.810 4170.150 4176.990 4182.850 4187.860 4192.550 4200.150 4206.720 ~212.150 Pe~e 43 ARCO ALASKA iNC. POINT MCINTYRE #5 PRUDHOE BAY/ ALASKA PERFS: 14480-i4550 FT MD TEST DATE: JULY 8-9 1989 · FLOW AND BUILDUP TEST ~2 PT # YR MO DA HR MN SC 48 89 7 9 3 10 0 49 89 7 9 3 12 0 50 89 7 9 5 15 0 1 89 7 9 ~ 18 0 5~ 89 7 9 3 20 0 55 89 7 9 3 25 0 54 89 7 9 3 30 55 89 7 9 3 35 0 ~ 89 7 9 ~ ~ 40 0 57 89 7 9 3 50 0 58 89 7 9 4 0 0 59 89 7 9 4 15 0 60 89 7 9 4 30 0 61 89 7 9 4 45 0 62 89 7 9 4 55 63 89 7 9 5 15 0 64 89 7 9 5 30 0 65 89 7 9 5 45 0 66 89 7 9 6 0 O 67 89 7 9 6 20 0 68 89 7 = 6 30 0 69 89 7 9 ~ 45 O 70 89 7 9 6 50 0 Z1 89 7 9 7 0 0 ,2 89 7 ~ 7 iO 0 73 89 7 9 7 20 0 74 89 7 9 7 30 75 89 7 9 7 40 0 77 89 7 9 8 0 O 78 89 7 9 8 i o ,.. 79 89 / 9 8 ~ 80 89 / ~ 8 30 0 Bi S9 7 9 -~ 40 82 ~9 7 9 8 50 0 83 89 7 9 9 0 0 84 89 7 9 9 i0 0 85 89 7 9 9 20 0 86 89 7 ~ 9 30 0 87 o~, 7 9 9 40 0 88 ~9 7 -9 9 50 0 89 89 7 o., I0 0 ~, 90 89 '7 9 ,~,r'~.0 0 9i 89 7 9 iO 20 0 Y~ 89 7 9 i0 oo 0 93 89 ? 9 i0 40 0 PSIG -~o 2~0 4~0~. ~ 4210. t30 4219.m60 4227.090 4231.260 4239.520 4246.200 4251.550 4255.760 4265.350 4268.910 4296.170 4500.970 4504.9i0 4507.210 4511.150 4315.400 4315.510 4517.250 4319.430 4320.240 4521 660 4301.820 4502.350 !303.200 4305.990 4304.600 4305.460 4305.830 4306.600 4306.640 4307.120 4307.390 4-5o~.230 4308.730 4309=720 4309.480 4309.290 4310.280 43~0.590 4311.030 43Zi.560 ~-31i.540 43i2.080 4312.5i0 PS!A 4216.970 4224.880 4254.410 4241.840 4246.010 4254.270 4260.950 4266.500 4270.510 4278. O80 4285.660 4310.920~ 4515.720 4519.660 4521.960 ~525.880 4528.150 4550.260 4552.000 4554.180 4554.990 4556.410 4516.570 431Z.080 4517.950 4518.740 43i9.350 4320.210 4320.580 4321.550 ~321.390 452i.870 .-Jz~.140 4522.980 4523.480 4324.470 ~524.230 4324.040 4525.030 4325.340 4326.020 4525.780 4326.310 4526.290 4526.850 4.:.~,.060 Pa~e 44 ARCO ALASKA iNC. POINT MCiNTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 'FLOW AND BUILDUP TEST ~2 PT ~ YR MO DA HR MN SC 96 97 98 99 100 101 102 I03 104 105 106 107 108 109 110 111 112 89 7 9 11 0 0 89 7 9 11 10 0 89 7 9 11 20 0 89 7 9 ii 3© 89 7 9 11 40 0 89 7 9 Ii 50 0 89 7 9 12 5 89 7 9 i2 15 0 89 7 9~ 45 0 89 7 9 I~. 0 0 oo~, 7 9 13 15 0 89 7 9 13 30 89 7 9 iT~ 45 0 89 7 9 14 0 0 89 7 ~ 14 15 0 89 7 9 i4 30 0 89 7 9 15 0 0 PSIG 451°~. 150 4515.050 4315.550 43i~. 560 43i5.750 4514.020 4514.400 4314.670 4514.540 4515.140 4315.920 4515.940 4315.880 4515.560 4316.550 45i6.850 4317.100 4317.600 PSIA 4526.900 4527.780 4528.280 4528.310 4528.500 4528.770 4529.150 4329.420 4529.290 4529.890 455O.67O 4550.690 4550.650 4350.510 4351.280 4551.580 4551.850 4552.550 Pa;e 45 I 2 7 8 9 10 1i 12 13 14 15 i~- 17 i8 20 '~i 24 25 26 28 29 30 31 52 ._,--~ 35 ARCO ALASKA iNC. POINT MCiNTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST #2 GENERAL FILE: ANALYSIS FILE: ARCO_G:,700,1 ARCO_C2B:,700~i TiME-PRESSURE BATA TIME HOURS 130. 5585 150. 5606 130. 5614 i 50. 5625 130. 5659 i 50. 5667 130. 5681 130. 5694 i 50. 5708 150'.5,2 i 30. 5736 150. 5750 i 30.57, i 30. ~.'~, o ~ i 30. 5806 150. 5819 i 30. 5833 1.30. 5847 i 30.5B6 !, i 30. 5875 i 30. 5889 i 30. 5903 130. ~-9! / i 30. 5939 150. 5947 i 30. 5958 130. 5972 i 30. 5986 150. 601~ 150. 6042 i 30. 6083 i 30.6 !~,~ , .-r.r, 6167 i 30. 6208 PRESSURE PSiA 2456.96 2790.79 2926.70 3096.26 3290.58 3465. uo 3591.85 3675.82 5739.09 3788.10 3827.78 3860.70 3888.67 3928 ~ 5938.67 3967.83 3982.~3 3994.91 4006.38 40i=~. 90 4026.40 4035.34 4043. U/ 4050.~-, 4062.18 4065.4i 4069.78 4075.20 4080.59 4089.99' 4098.41 4~09.69 4119~=5 4i28.21 4155.51 RATE-TiME FUNCTION 7426.5271 ·26750.3851 25724.5931 24745.1557 25856.8506 o~i~o.465I oo~ 0565 2~r,~,~ 6576 t6~,.4070 ~i~-~.9143 20945.6715 20645. i827 20570.9145 19976.4921 19840.4761 19464.5595 19273.6595 19093.7109 18923.5287 ~'~ 1104 18608.6004 18462.2625 1~322.4590~ 18188.6352 i7985.749! 17912.9369 i7818.4193 17704.1555 17593.9255 ~7584.4891 16915.2280 16664.2580 16431.9945 162~5, .9078 LOGIO SHUTIN TIME O. 0000 ~ 6532 -2. 5149 -2. 5802 m ~ ~.a~ ,-.~ -2.1584 -2. 0792 -2. 0122 - 1. 9542 -!. 9051 - 1. 8575 -1. 8159 - i. 7782 - I. 7238 - 1. 7050 - 1. 6532 - i. 6269 -1. 602i - i. 5786 - 1. 5565 -1. 5551 -i. 5149 - i. 4956 -1. 4771 -I. 4491 - i. 4590 - 1. 4260 -i. 4102 - 1. 5949 - 1. 3660 - i. 5588 -i. 50i0 - i. 2663 -i. 2541 -i. 2041 LOGiO DELTA P O. 0000 2. 5488 2. 6900 2.8191 9a, l~ · -' 0120 5 0625 · ? 0~;50 ~ 1147 5.1507 5.1453 3.1554 3. 1619 .:~. 1756 3.1766 5.1849 5.1890 5. 1926 ~ 1957 3.1986 5. 201°~ -~ 2037 ~. 2058 3. 2078 5. 2109 3.2118 c.. 2129 3. 2144 5. 2158 · 5 2185 .5. 2205 3. 2254 5. 2259 . 2282 ~ 2501 ,..~. Page 46 39 40 41 42 43 44 45 46 47 48 49 50 5i 53 54 56 57 58 59 60 61 62 65 64 65 66 67 6~ 69 70 7i 72 ARCO ALASKA INc. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST $2 GENERAL FILE: ANALYSIS FILE: ARCO~G:,700,1 ARC0_C28:,700,1 TIME-PRESSURE DATA TIME HOURS 150. 6417 130. 6500 150. 6585 130. 6667 ~ 30. 6750 130. 6833 130. 7000 130. 7167 130. 7355 130. 7500 130. 7853 i 30. 8353 i 30. 8833 130.9~.,_,,A= i '5 !. 0000 151. 0833 151. 1667 i 51. 2500 15i. 4167 ' ~i 5853 i 31. 9335 ~ 2 0833 45 -. i 32. 3333 ~ 3°.~_ 5000 132. 8333 i 33. 0833 15.5. 3335 ~ 33. 5833 135. 9167 134. 0853 134. 416Y i 34.5~5.'-~ ~ -~ .~. 7=~00 154.9167 PRESSURE PSiA 4162.81 4170.15 4176.99 4182.85 4187.86 4192 4200. 15 4206. -2/ 42!'~. 15 4216.97 4224.88 4-234.41 424 i. 84 4246.0 4254. 4260.95 4266.30 4-~r~ 51 4278.08 4285.66 45i O. 92 4319.66 4321.96 4325.88 4528. i 5 4330.26 4332. O0 4554. i 8 4534.99 4336.4 43i6.57 4317.08 43i7.95 4.318.74 RATE-TIME FUNCTION 15316.3954 15018.9985 14747.8068 14498.6167 14268.1617 14053.8525 15665.7025 15321.5506 15012.5076 i2732.~r'~, 12239.7467 11626.5796 ]iii9.2558 10824.2571 10196.7040 9682.9592 9249.1887 8874.6897 8255.2977 7~ ,~1.5598 2147.4541 6664. i488 6264.2327 6032.4495 5652.3944 5375.91'55 5148.6086 4945.2207 4704.4794 4595. t511 44~2.8849 ~394.9807 4.503.0551 4215.9240 41.53.1900 LOGiO SHUTIN TIME -1.0792 -1.0578 -i.0000 -.9652 -.93.51 -.9031 -.8487 -.8004 -.7570 -.7175 -.6478 -.5607 -.4881 -.4457 -.5549 -.2798 -.2159 -.1601 -.0665 .0107 .1055 .1835 .2492 .2882 .5570 .4025 .445.5 .4807 .5261 .5472 .5769 .5864 .6048 .6224 .6593 LOGiO DELTA P '~ 2570 3. 2588 3. 2406 -~ 2420 .5.24.555 .5. 2444 .5. 2465 · '~ .2479 ~ 2492 5. 2504 ~. 252.5 '5. 2547 3. 2564 3. 2575 2594 · .5. 2610 .5. 2623 3. 2635 5. 2651 3. 2664 5. 2728 3. 2759 ~ 2748 5. 2753 .5. 2762 .5. 2767 5. 2772 .5. 2776 5. 2781 5. 278.5 .5. 2786 ~ 27~ 1 5 2742 · 3. 274~ 5. 2746 P~ge 47 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 ~4 95 96 97 98 100 101 i 02 i 03 i04 105 106 108 t 09 i 12 ARCO ALASKA iNC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST #2 GENERAL FILE: ANALYSIS FILE: ARCO_G: ~ 700,1 ARCO_C2B: , 700 ? 1 TiME-PRESSURE DATA TIME HOURS 155.5855 155'.7500 155.9167 156.0833 136.2500 136..4167 156.5853 156.7500 156.9167 157.0853 137 ~'~" 157.4187 137.5855 137.7500 137.9167 158.0853 1~R.2500~ 138.4167 138.5833 138.7500 i38.9167 139.0833 139.25©0 139.4167 159.6667 139.8335 i40.08~o i40.5333 140.5853 140.8333 14i.0833 i41.3333 14i.58..33 i~i.8333 142~0~ ~2.5~33 PRESSURE PSIA 432 i. 35 432i. 39 4321.87 4322.14 4522.98 4323.48 4524.47 4524. '.,.,_, '-" 4324.04 4325.54 4526.02 4325.78 4326.31 4326.29 4326 4327.06 ~327. i 7 4326.90 4327.78 4328.28 4528.3 4328.50 4328. '77 4329. i 4529 ~ 42 4329.29 4329. 42.30.67 4530.69 · ¢330.63 4..:5.'5,0 .-. 5 i 4.33 .i. 2~ 433 i. -'..];:32 RATE-TIME FUNCTION 3839.6291 3774.2534 3711.5892 3651.5107 3593.8292 5538. 591~ 3485.0574 3433.6992 5384.1994 3336.4503 3290.3527 3245.81~2~ 3202.7551 5i61.0882 ~i .... 7479 3081.6648 3043 776~ 3007.0254 ~9,~ 3522 2936.,~iI::~ 2903.0557 2870.3341 2838.5109 2~©7.5446 2762.6220 2733.64i4 2~9i.5426 2~5~.. 0024 26ii.9289 257~.2379 25.37' ~51'~ ~£502.~977 Z~o~.~ ....... 2835.827~ 2.so..3.9~24 2343.2556 LOGiO SHUTIN TIME .7011 .7290 .7423 ·7552 .7678 .7800 .7918 .8033 .8146 .8255 .8362 .8466 .8568 .8668 .8765 .8860 .8953 .9044 .9154 9~oI .9307 .9474 .959~ .9789 .9901 i.£,0ii .~.0i18 !.0222 ~.~..),~ :i.C:424 ~.0521 i.06i6 i.080i LOGIO DELTA P 3. 2752 5. 2752 5. 2755 5. 2754 3. 2755 ~ 2757 5. 2759 3. 2758 3. 2758 3. 2760 5. 2761 .5. 2762 5. 2762 3. 2763 z.. 2785 5. 2764 o. 2765 5 2765 3. 2764 3. 2767 ,_,"""'. 2768 3. 2768 .. '? 2769 .~..,:;.., '~ :2770 · ..,~ · .3. 2770 3. 2771 3. 2773 ~.~ ..'/7.:. J:, 2773 ._,..~."/' / ~. ": 2775 ~ 2775 ~ 2776 ~. 277? Page 48 i 6 7 8 9 10 ii 4 15 16 17 18 19 20 22 3 24 26 27 28 30 ? .. 56 ARCO ALASKA iNC. ~OiNT MCZNTYRE ~5 PRUDHOE BAY/ ALASKA F'ERFS: i4~80-14550 FT MD ~" 5[ DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST ~2 GENERAL FILE: ANALYSIS FILE: ARCO_G:,700,i ARCO_C2B:,700,i TiME-RATE DATA TiME HOURS .0833 1.0853 1.5853 2.0833 ° 5833 ~ 0833 = 5833 4.533 5.5833 6.5833 7.5833 8.5833 9.5833 10.5833 11.5833 i'°~. 5833 13.5833 14.5833 i5.~'=~ 16.5833 17.5833 18.5833 19.5833 20.5833 21.5833 ~ 5833 23.5833 24.5833 . ~= 5833 26.5835 28.5835 29.5875 77.5833 78.0833 78.5833 OIL-RATE STP/DAY 875. 520 O. 000 i 461. 600 3142. 560 2484. 720 2557. 920 i 023. 360 1385. 740 1606.150 i 385. 740 138~ 050 1239. 880 1239. 880 1239. 880 1241. 120 ~ 24 i . i 20 1241. 120 i 169. 280 i 169. 280 1241. 120 9~9. 090 124i. i 10 i241. 120 1241. 120 1241. 120 1168. ii0 1168.110 1168. i 10 i 168. i 10 1168. 110 1168.110 1241. 120 1241. l'~C ~" 000 292. i 096. 200 GAS RATE MSCF/DAY 0.000 0.000 0.000 0.000 0.000 0.000 0.000 7~.240 9O7.730 929.040 865.850 835.550 788.910 804.760 803.560 804.660 796.420 7~6.420 788.870 744.810 795.320 804.180 7~,.690 788.520 787.980 754. i50 0o 440 776.310 765.540 765.540 772.290 785.860 786.590 0.000 295.380 561.310 WATER RATE BBL/DAY O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 0. 000 0. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 0. OOC O. o00 Page 49 SAND FACE RATE RES BBL/DAY 1209.761 0.000 2018.168 4558.212 5429.280 3529.481 1411.727 1910.736 2215.615 1908.~48 1907.105 1706.418 1705.619 1704.821 1705.727 1704.928 1704.1'30 1604.757 1805.986 1701.736 1400.857 1700. i29 1699.346 1698.550 1697.754 1597.154 '1599.676 1595.657 15~4.890 1594.142 1593.395 1692.195 i6~1.396 0.000 ~79.914 i~59.932. 39 40 41 42 43 44 45 46 47 48 49 50 ~2 54 56 57 70 72 73 74 ARCO ALASKA iNC. POINT MCiNTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 F~n~,~ AND BUILDUP TEST ~9 GENERAL FILE: ANALYSIS ~iLE: ARCO_G:~700~i ARCO~C2B:~700~i TIME-RATE DATA TiME HOURS 80. 0833 80. 583.3 81. C833 ~ i. 5833 82. O833 82. 5853 83. 0833 83. 5833 93 0853 93. 5833 94. 0833 94. 5833 95. 0833 95. 5853 96. 0835 97. 0853 97. 5833 98. 98. 5833 99. i 00.0S33 -RATE STB/DAY 1025.120 1023.120 950.o40 803.880 803.880 876.960 803.880 876.9~0 0.000 ioi~.i20 1973.160 1973.160 1898.180 i578 ~3r~ 2i97.520 1963.290 1895.330 ,. _~ . . GAS RATE MSCF/DAY 888.410 613.~10 574.420 551.190 530.240 525.810 520.450 524.300 0.000 907.570 1125.250 1507.300 1247.220 1505.260 1552.510 1321.740 2069~C? i~.': 7. ~04.5853 122.5833 i23.0833 i23.5833 i24.0833 ~-96~. 470 ~A'72. ~672. 3654. 000 4896. 360 ~ '~=~ 880 ......... S. ~"'"' ~'"" .380 · 5106. O. 000 3,03.5. i 5O .50~2.99O WATER RATE E. BLiDAY 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 ' 0. 000 O. 000 0 · 000 O. 000 O. 000 0 · 000 '.-, ,. dO0 O. 000 0. 000 0. 000 O. 000 0. 000 O. 000 0. 000 0. 000 O. 000 0. 000 Page 50 SANB FACE RATE RES BBL/DAY 1568. 078 1561 '~-~ · ...', ~.. ~_, 1263. 789 1102. 560 1 ~ 01. 998 1165. 752 i 094. 696 1165. 204 O. 000 1840. 827 2608. 805 2721.146 2609. 922 ~._,84.69 ,~ 2933. ,~-~,. 2 '7 '29. '~=.~_ ' 72.525 5578.786 '5673.643 6571.709 6411.539 6654.458 6405.450 6476.79g 0.000 5244.316 6656.866 6512.500 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 102 i03 105 106 108 ARCO ALASKA iNC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 i989 FLOW AND BUILDUP TEST ~2 GENERAL FILE: ANALYSIS FILE: ARCO_G: .._ 700: i ARCO_C2B: , 700: i TIME-RATE DATA TIME HOURS 125.5855 126.0855 126.5853 127.0855 127.5833 128.0833 128.5833 129.0855 i29.5835 130.0853 130. =- 3 408 130.5606 i50.5614 150.5625 13(;.5639 130.5653 130.5667 130.5681 i30.5694 130.5708 130 ~' .~ ~2 130.5736 150.5750 !50.5772 130.5781 150.5806 i30.5819 130.5853 130.5847 15o,5a6i i~'-~ 5~7~ ~30.5~89 i30.5903 i30.59~7 i 50 ? 594'7 OiL-RATE STB/DAY 5534. 840 5407. 5481. 000 5405. 5407. 920 5407. 920 5334. 840 5407. 920 5407. 920 5330. 600 557 i '~-~C~ O. 000 0. 000 O. 000 r, 000 O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 ;-' 000 0. 000 O. 000 0. ~-~]~-' O. 000 0. 000 :_,"";. 0:'.}0 C:,. 000 0. 0. OC, O :.}. --:-30 C:-- ::-'- ~ 00::..: GAS RATE MSCF/DAY 3.350. 290 351A. 140 3516. 140 3312. 850 3278. i 40 3o-~o 080 3268. 800 3266.170 3234. 620 3070. 900 3073. 450 O. 000 O. 000 O. 000 O. 000 O. 000 0. OOC, O. 000 O. 000 0. 000 0. 000 O. 000 0. 000 O. 000 O. 000 0. 000 ~"~ 000 %., · O. 000 0. 000 0. ,:}00 O. 000 0 C':.., WATER RATE BBL/DAY O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 0. 000 O. 000 O. 000 O. 000 O. 000 0. 000 '" 000 0. 000 0. 000 ,..,'"~ ,, 00,:) C.. OC, O · ). 000 O. C:'O0 .% Page 61 SAND FACE RATE RES BBL/DAY 7295.316 7529. 660 7592.611 7527. 637 7502. 247 7298. 646 7255. 994 7296. 672 7271. 549 7069. 803 7275. 256 O. 000 O. 000 O. 000 0. 000 0. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 C.:. OOC' O. oO0 0. 000 0. 000 0. ':}CO O. 000 0. OOC) 0.00(; · .~"'. C: O0 0., 00,::' .}. 000 :). 000 0. 000 .,,% F"", ~ 115 116 117 118 119 120 121 122 123 124 125 126 127 128 130 151 132 133 134 135 136 137 i38 139 t40 141 142 143 144 145 146 147 148 i49 150 ARCO ALASKA iNC. POiN]- MCiNTYRE ~5 PRUDHOE BAY/ ALASKA ~=~: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST ~2 GENERAL FILE: ANALYSIS FILE: ARCO '~: , 700 1 ARCO C2B' 700 i TIME-RATE DATA TIME HOURS 130.5986 130.6014 ,130.6042 130.6083 130.6125 130.6167 130.6208 130.6250 i30.6292 130.6333 130.64i7 130.6500 130.~583 i30.6667 130.6750 130.6833 130.7000 i30.7167 130.7333 i30.750© i30.7833 130.8333 130.8833 130.9167 1~1 0000 i31.©833 131.i667 131.2500 131.4167 15i.5833 131.8333 i .....0833 152.3333 i32.5000 132.8533 i53.0853 OIL-RATE STB/DAY O. 000 O. 000 0. 000 O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 0. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 '" 000 0. 000 O. 000 O. 000 O. 000 0 ~. 000 O. 000 r~ 000 0 000 '-' 000 0. 000 r, 000 GAS RATE MSCF/DAY O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 O. 000 0. 000 0. 000 ~-' 000 O. 000 0. 000 0. 000 0. 000 0. 000 O. 000 O. 000 0. 000 O. 000 O. 000 0. 000 O. 000 · :..~ F.. .Of)C) WATER RATE BBL/DAY O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 0. 000 O. 000 0. 000 O. 000 0. 000 0. 000 0. 000 0. 000 0. 000 0. 000 O. 000 0. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 0. 000 O. 000 0. 000 0. 000 0. 000 O. 000 O. 000 0. 000 O. 000 O. 000 3.-. O0(j Pa~e 52 SAND FACE RATE RES BBL/DAY O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 O. 000 O. 000 0 · 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 O. 000 O. 000 0. 000 0. 000 0. 000 O. 000 0. 000 O. 000 O. 000 0. ()00 O. 000 ,~..). 000 O. 000 O. 000 O. 000 0 . '.':C)O 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 i68 169 17© 17i 172 i7,1 175 i 78 177 I79 i~0 i~i 182 i85 186 ARCO ALASKA iNC. POINT MCiNTYRE ~5 PRUDHOE BAY/ ALASKA PERES: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW ANQ BUILDUP TEST #2 GENERAL FILE: ANALYSIS FILE: ARCO__G:,700~i ARCO__C2B:~7©O,i TIME-RATE DATA TiME HOURS 135.9167 i34.0835 134 154.4167 154.5835 154.7500 154.9167 155.0835 155.2500 155.4167 155.5855 135.7500 136.~ o500 156.4167 i'31.5833 i56.7500 i3=.9i67~ i37.0833 137,2500 1.57~5833 137.7500 137.9167 138.0833 ~58 2500 i38.4167 158.5835 138.7500 158.9167 1590855 139.2500 159.~i~7 i39.66~7 139.8333 OIL-RATE STB/DAY O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 0. 000 O. 000 0. 000 O. 000 0. 000 0. 000 "" 000 O. 000 O. 000 O. 000 '-' 000 C... 000 :-'-~. 000 0. C.: 00 0. 000 "-? 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 r, 000 '---'). 000 O. 00© O. 000 GAS RATE MSCF/DAY O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0 · 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 0. 000 "~ 000 O. 000 0. OC :.') O. 000 0. 000 O. 000 0. 000 0. 000 0. r ---: O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 WATER RATE BBL/DAY O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 0. 000 O. 000 0. O00 O. 000 0. OOt) ""' 000 0. 000 O. 000 0. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 0. 000 O. 000 0. 000 O. 000 0. 000 0. 000 Pm~e 53 SAND FACE RATE RES BBL/DAY O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 O. 000 O. 000 O. 000 0. 000 0. 000 0. 000 O. 000 O. 000 0. OC ) ,. C O. 00o 0. 000 O. 000 O. 000 O. 000 O. 000 0. 000 0. 000 0. 000 O. 000 0. 000 0. 000 O. 000 O. 000 O. 000 0. 000 0. C, O0 0. 000 0. 000 P~ge 54 ARCO ALASKA iNC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 8-9 1989 FLOW AND BUILDUP TEST #2 GENERAL FILE: ANALYSIS FILE: ARCO~G:,7OO,1 ARCO_C2B:,7©O,1 TiME-RATE DATA 19~ i 192 195 194 195 196 197 TIME HOURS 140.5833 140.8533 141.0833 141 ~53 141.5833 141.8533 142.0835 142-5853 OiL-RATE STB/DAY O. 000 0. 000 O. 000 0. 000 O. 000 r, 000 O. 000 O. 000 GAS RATE MSCF/DAY 000 000 000 000 000 000 000 000 WATER RATE BBL/DAY O. 000 O. 000 O. 000 O. 000 O. 000 0. 000 0. 000 O. 000 SAND FACE RATE RES BBL/DAY O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 O. 000 ARCO ALASKA iNC. POim ~ .... NTYRE ~5 PRUDHOE BAY/ ALASKA PERF'S: i ' "- r~_- ~ ~.~.r 44Mu i,+~,'.~ FT MD TEST DATE: JULY =-=~ , i989 Page 55 CAL~L~I~ FLUID PROPERTIES USED iN PRELIMINARY ANALYSIS OIL GRAVITY: 28.2 AP1 GAS GRAVITY: .677 AP1 GRAV 28.200 RES. TEMP. (DEG. F) BUB. ,°T'. PRES. 5201 .78 PSiA BUB. PT. GOR 872. O0 CU. FT/BBL 185 OIL PROPERTIES FiLE - ARCO__F872 :CS80,700,1 PRESSURE PSIA 22. O0 24. O0 26. O0 -~.o O0 30. O0 98.96 167.91 236.87 305.83 374.79 443. 512.70 58i. 66 650.6 i 7 i '9.57 788 857.48 926.44 995.40 i 064.36 i 155.31 1202.~,~':-~ ~27i. 23 i340. 1409.14 1478.10 1547.05 1616.01 i 684.97 ~ 753.9~] ! 822.88 1891 ~ 84 1960.80 VISCOSITY- ~ Co DENSITY SOLN.GAS CP. RES. B/STB V/MMV/PSI LB/CU. FT CU. FT./STB 3. 6440 i. 06059 i 4293.341 52. 0899 .7 ....... i. 06047 1354~9. ~37 52. 0877 .9 3. 6322 I r, .... == ~ o~ ~ ~ u,'s.u._,.J ~, ~. 52. 0856 · ~.~ ~76:2 i .06065 1 i / 6 / .910 5~. 0854 I . 3. 6200 i. 0607 i 11102. 036 52.0811 i. 5 3.40i0 i. 06391 3844. 873 51. 9950 9. 3. 1926 ~. 06742 2320. 098 51. 9007 18.5 -3. 0029 I. 07 i i i 1662.817 5 i. 8018 27.8 ')- 831 ~ i ~,~ag=.-_. 1293. i21 51 6996 57 4 2. 6776 i. 07886 i053. 938 51. 5948 47. 2. 5387 i. 08288 889. 888 51. 4878 57. i o 4i3i i 0869;~ 770. 125 51 5789 67 2. 2993 ~. 09i i7 677. 410 51. 2684 77.5 2. i 958 i. 09542 605. 387 51. 1564 87.8 2. t013 i. 09974 542. 840 51. 0451 98. ° 0148 i i041'~ 492. 541 50. 9287 108 8 i . 9353 i . 10856 449. 542 50.8152 119.5 i. 8621 1 . I i 305 ~ 1 ~. 778 50. 6967 150. i. 7945 i. i 1760 380. 857 50. 5794 141.0 1. ~z, 18 i. i 2220 c? - , ~ ~2. 812 50. 4615 151.9 I. 6757 1.12685 328.0 i 3 50. 5425 1 !. 6 i 95 i. 13 i 55 305. 905 50. 2251 175. 1. 5689 i. i 3650 286. 064 50. 1051 185.0 i. 52 i 6 i. i 4 t 09 268.155 49. 9825 ~ 196. i i. 4773 I. 14592 251. 904 49. 8615 207.3 i .. 4357 I. 15080 257. 088 49. 7401 218.5 i. 3965 I. 15571 225. 523 49.6185 229.8 1.5596 i.i6067 211.054 4~.4~62 241.1 i. 3248 i. 1656 Z 19~. 555 49. 5738 252.5 1~ 2918 i. 17071 188.9i0 4~. 2512 265.9 1.2606 i.17578 i79.051 49.1284 275.4 i. 251 i 1. 18090 i 69. 838 49. 0054 286.9 i. 2030 i. I ~604 i 61.2~0 48. 8825 298. ~. ]_ 763 i. 19123 ~_ 5Z. 237 ~8. 759 t .510.0 ARCO ALASKA INC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 5-9 1989 CALCULATED FLUID PROPERTIES USED iN PRELIMINARY ANALYSIS Pa~e 56 OIL GRAVITY: 28.2 AP1 AP1 GRAV 28.200 RES. TEMP. (DEG. F) GAS GRAVITY: .677 BUB. PT. PRES. 5201.78 PSiA BUB. PT. GOR 872.00 CU. [--T/BBL 185 OiL PROPERTIES FiLE - ARCO_F872 :CS80:700:i PRESSURE PSiA '°167.~~ ~, 2236.63 2305.58 2374~54 2443.50 2650.57 2719.32 2788.28 2857.24 2926.20 2995.15 3064. ii ._.i33.07 3202.02 3270.98 3339.94 3408.89 3477.85 3546.81 3615.77 3684.72 3755.68 3822'64 3891.59 3960.~ 4r~== 47 4167.42 4236.38 4305.34 4374.29 ViSCOSiTY Bo C~ DENSITY SOLN.GAS CP. RES.~/STB V/MMV/PSi LB/CU.FT CU. FT./STB 1.i266 i.z~i/u 158.657 48.5125 z,3=.5 1.1034 1.20699 132.013 48.389i 545.0 i.08i3 i.z12.3~ ].25.750 .48.2658 556.7 ~J~ i :li,"~ iiv.~36 48 i425 3~8 5 1.0400 1.22305 ii4.245 48.0192 580.5 i.0206 i.22847 i08.950 47 8960 ~ - i.0020 i.23392 105.928 47.7750 404.0 .984i 1.23940 99.160 47.6500 415.8 .9670 1.24491 94.627 47.5272 427.8 .9505 1.25045 90.315 47.4046 459.7 .9346 1.2560i 86.202 47.2821 451.7 .9!94 1.26161 82.282 47.1599 465.7 .9046 1.26724 78.558 47.0578 475.7' .8905 1.27289 74.961 46.9160 487.7' · 8768 1.27858 '7i.540 46.7944 49g.8 .8635 1.28429 68.264 46.6750 511.9 .8507 1.29003 65.126 46.5520 524.0 .8384 1.29579 62.118 46.4512 556.2 .8264 1.30158 59.251 46.3107 548.4 .8149 1.50740 56.459 46. i905 5~0.6 8036 i 3iTM 55 7~6 46 0706 572 8 .7928 1.319ii 51.256 45.9510 585.0 .7825 1.5250i 48.773 45.8518 597.3 .,,~ 1.33093 46.403 45./129 609.6 .7621 1.53687 44.120 45.5944 621.9 .75°5-~ - 1.34284 41.920 45.4762 63~.2 .7432 1.34883 39.798 45.358~ 646,5 7341 i.55485 =~ ~= 45.2410 658.9 .7252 1.36089 ~5.778 45.1239 671.3 7167 i 36696 ~ 872 45 0075 683 7 .7083 I. 57305 :52. 031 44. 8910 696.1 ~r,~o .... i.379i~~ =r, 252 44 7751 708.6 = ~ ~ m m ~6922 1.58529 28.552 44.6597 721.0 Pa~e 57 ARCO ALASKA iNC. POINT MCINTYRE ~5 PRUDHOE BAY/ ALASKA PERFS: 14480-14550 FT MD TEST DATE: JULY 5-9 1989 CALCULATED FLUID PROPERTIES USED iN PRELIMINARY ANALYSIS OIL GRAVITY: 28 ~ APT GAS GRAVITY: .677 AP1GRAV 28.200 RES. TEMP. (DEG. F) BUB. M,-T.PRES. 5201.78 PSiA BUB.PT.GOR 872.00 CU.FT/BBL 185 OIL PROPERTIES FiLE - ARCO_F872 :CS80,700,1 PRESSURE PSiA 4581.i6 4650. i2 4719.08 4788.04 4856.99 4925.95 4994.91 5063.86 513~.82~ 5201.78 VISCOSITY Bo Co DENSITY SOLN. GAS CP. RES. B/STB V/MMV/PSi LB/CU. FT CU. FT./STB 6697 i 40383 ~5.702 44 ~158 758 5 .6625 1.41006 22.195 44.2020 771.1 ~' 20.735 44.0887 785.6 .~,~ i 41630 .6488 1.42257 19.520 45.9758 796.2 .6421 i.42886 i7.950 45.8655 808.8 .6356 1.43517 16.62i 45.7513 821.4 .6293 1.44150 i5.333 45.6597 854.0 ~623i i.44786 14.085 45.5286 846.7 .6i71 1.45423 12.871 45.4179 859.5 .6ii2 1.46062 11.694 45.3077 872.0 SURFACE RECORDING DOWNHOLE PRE~SURE / TEMPERATURE REPORT TEST# RUN# WELL NAME OR NUMBER IDATE {DAY/MO/Y")I PAGI~ O~I~ o=c-,z,.-, 41:1 ~1 PC)INT MC]:NTY~E 41:5 I 03 Jul 8(?~' i CUSTOMER FIELD I "- I . . AREA o% ARL. O ALASKA INC POIN*I' HCINTYI~L:: PRUI)HOIE BAY/AK 1437,:. FT. '--'~"O~c~.,-°o*--- (~UAR'I'Z 44~ 0-6000 ,,o KEITH PAIGE '( ........ ' "' ,:); EVE. R0I)~ IGU~ 14480'-14550 ~ '~'~ ~E TIME DOWNHOLE DATA WELkHEAD DATA REMARKS I I · ,0~ 14:10~00 1310,45 74,24 ?,08 58.57 .2~ ' 050 14:11~00 2~95 '~ ,116 14;15~00 1075.74 ~4,42 ~,68 58.6~ 178 OPEN WELL TO L. LIBRICATOR ' ,150 14: 17': 00 1074 17 ~5 05 ~ 38 58 75 171 88 ' .200 14~;~0~ O0 ~1~1,72 ~7.8~ ~. ~ 58.88 ' ,366 14:30~0'0 1641,~6 64.'7~' ~ 8~ 58 85 171,75 I t I ,533. ~ 4; 4 0 ~ 00, 9,83 ~:;8,5 1 ~7,~,° · .700 14:50~00 230~ 36 108 35 '10 53 58 2 172 38 T6- q ~ t t .. t ,, .RAA l~flN~fiO ?5:;37:?9 ~n. N9 lfl.:'~ ~;~.11 ~?p " 1,033 15:18~00 2788,11 124,84 11 48 57 86 17;{ 75 '1 ,~00 15:20~00 3010.02 1~9. '7~ 12,07 57.71 1'73. ~8 ' 1,~66 15:30~00 3202.77 153,13 11.05 56,53 172.5 "1,5~ 15:40~00 34~.56 1~2,68 11,3 57,15 172.38 "1.700 15:50~00 3743.72 1~6.0~ 11.82 56.32 "1.866: 16:0~00 4155.5g 163.83 11.~7 55.7 "2.033 16:10~80 4322.2~ 178.26 12.55 56.81 173.63 E-LINE ON BOTTOM 8 14~72' "8.133 16=16~00 4~81.6 173.~7 1~78.5 55.?6 174.13 SHUI'-OFF l'OOL STUNG INTO , '* 2.166 16:18~00! 4317.79 174.56 1012.25 56.77 171 RECEPTACLE. ' 2.200 16.~20~00 4312.46 173.15 837 54.76 167.62 ~' 8.845 16~88~45 4314.65 174.07 877 54.?7 t6m.~2 18Adj. OPEN WELL oN 18/64 ADJ.~.~~ "" 8.850 * 16:23~00 4187.88 174.75 ~70 54.?7 168.68 18Ad~. - 2.258 1&:23~30 .4260,44 174,91 990,75 55.02 170,5. 18Adj. - 2,266 1~:24t00 41~1,33 174.5 942,5 52,88 173,25 18~dj, ~ 2.275~ 16:24~30 4181.32 175.14 927 48.46 171.62 18Ad.j. '". 2.883 16:25~00 4175.67 176.33 919 44.8 170.12 18Ad.j. - 2.291 16:25130 4169.13 175.38 909.5 42.81 170.5 18Ad.j. ~ 8.300 16:86100: 4161.15 176.12 8~8 41.3 170.87 18Adj. ~ 2.308 16:26t30 4156.08 175.66 891.5 40.27 170.87 18Adj. '. 2'.316 16:27. ~00 4152.13 177.97 885.75 39.48 171 18Adj. "8.385 16:27t30 4143.76 176.48 877.25 38.86 170.87 18Ad.~. · , 2.333 16:28~00 4146.61 176.42 873.25 38.38 171,5 18Adj. "2.341 16:28~30: 4146.5 177.14 868 38.11 171.62 SHUT-IN WELL FOR 1 HOUR ~ 2.366 16:30~00~ 431~.35 176.49 1000.75 41.08 176.63 ~ 2,450 16:35~00 4383.82 177.4 1015.5 45.17 179.75 ' 2.~33 16:40~00 4325.27 176.09 '1028.75 46.88 181.38 SURFACE RECORDING DOWNHOLE o~c.,,~,,-, ~1 ~1:1 POINT MCINTYRE :11:5 03 J'u]. 8912 J CUSTOMER j ' ' INSTI~UMI'NT DEPTI'J TVD MEAS0NE~ ARC(] ALASKA INC POIN'r MI~;IN"rYRE I:)RIJDH01:..~ BAY/AK 1~..~,,.:. FT. g IQK ,'T. S,E,,',,u. DO,(=C~.,.nOT.., QIJARTZ 449 0-6000 PSIG KEII'H PAI(,E:. ,~)IE. VE.ROI)I~I(.,UE 14480 14550 MI) DT I ME TIME DOWNHOLin' DATA WELL. HEAD DATA ........ , , HOUR/MIN: SEC PRESSURE TEMP. TUBING PRESSURE TEMP CASING PRESSURE CHOKE SIZE Fi. OW RATE HOURc,,:) (2, HOU, C~.OCK) ,.,__ (o,.) (Ps,o) OOWT (o,,) (P.,G) OOWT r, ' ... ,:) ... . '" , 2.,.616 .... 16:45~,00 43,...6 175,14 1036 25 48,18 181,25 ~ , ' #*) ! fl , .... 2 700 16:5()~,00 43,:~-6,21 129 19 1042 25 .... 49 57 180 38 ''2,~83 "i6:55~,00 43,::(.),91'.~ 177,39 104(.,,25" 50,93 179,5 · 2,866 17:00~,00 4327,08 178,43 1049 51,97 179 .. ' ,::, 950 17 J 05 ~, 00 -. ,:,,::.,, 49 176,81 1050 . 53 .177 63 · 3,033 17~..10;00 4327,38 177,19 1050,75 54,17 176,75 " ' 3,11(.) 17j15~,00 43,...7,87. . 175,01 1051,25 .~c'~'..~,~.).9 176 , ,...00 17 J ,::.0 ~, 00 ~,,~,----.,, 69 1782, 1051 ,75 56,;?.6 175 ,13 3,e:83 17~25;00 43,:..(:1 16 173 71 1052 57 1 174 63 .... ...... ~F.'.:P TANK "4.033 18:10:00 3603.82 180.26 421 34.54 391.75 30Adj -4.116. 18:15,00 :3612.2 181.42 443.75 35.42 432 30Ad.j. "'4.283: 18:25~00 3620.33 181.21 478.5 36.83 500 30Ad.j. ..' iu 4.366 'i8:30100 3624.13 181.51 494.25 37.41 528 30Adj. · , 4.450 18:35,00 3634.56 181.01 517 37.9 552.38 30Ad.j. "4.533 '18:40,00 3:652.25 181.85 545.5 38.36 573.63 30Acij. "" 4.616 18:45,00 3714.88 186.45 613.75 38.69 591.37 30Adj. ' · '4.~00 'i8:50,00 3743.84 182.21 645.25 38.85 602.5 30Adj. · ,4,866 19:00800 3731.8t " 182.08 659 39.21 6'13.88 30Adj. : 'E4.933 19:04~00 3725 181.07 675,5 39,46 618,25 26Adj, DECREASE CHOKE TO 26/64 ADJ.: ,,, ,',5.033 19:10100 3757.65 181.54 740 39.82 624.75 26Ad !"" 5,116 lY:lb;OO 5. TYE . ;~1 181,61 805, ~.5 40,04 627,75 E6Adj , ....... SURFACE RECORDING DOWNHOLE oEc-,~,~-~ ~1 ~1 POINT HCINI'YRE :#:5 (13 J't.~]. ARCO ALASKA INC. POINI' MCINTYRE · PRUI)HOE BAY/AK 1437E). ,T. O. E]K ,~T .... ;P,,,,.,su, Oo,cC:N,.,..r"oT,E, (;{UAR'rZ 449 0-6000 ,.s,o KEI'TH PAIGE STEVE ROI)RIGUr..i~ 14480..-14550 H.I). D T I HE TIME DOWNHOL. E Data WEL. L. HEAD Data REM&NK$ X~-~X ......... HOUR/MIN: SEC PRISSURE TEMP. TUBING PRESSURE TEMP CASING PRESSURE! CHOKE SIZE PL.OW RATE HOURc,,.) (2. NOURC'.OCK( "S,__ (o,, ("'O( ODWT (o,. (PS,G) OOWT 0.TH ,NC" I--I..c,.,O I--I.,,. 0.. ,, I , I i ' 5,450 i9:;35;00 3.~91'i 11 180 15 1(129 .'39 58 609,62 ,:.(,')Adj, "-- 180 29 1025,5 39 '1 599 c6Adj, "5, ,.,33 19: 40 ~, 0 (! ;'5924,77 , ...." , ".) ' 5 616 1(?:45~,00 3931 75 181 74 1014 25 3it '::'~""-= .... ") ' ....... ~..~ o87,5 ,'.'.6 Ad j, c, " · 5,700 17:50;80 ;3?39,58 180,~4 1020,25 38,1~'~ 57~,,6~] 26Ad j, OIL. TO ..,URF'Ac.E ' 5,783 17:55100' [~748,8[~ 181,71. 1031 38,17 566. 26Ad,i, ~: · 5,866 20.:00',00 ;3?54,7? 181,;]5 1037 ;38,07 555,6~ 26Aclj, "' 5, ?16 20: 03.,, 00 ~3759,83 181,35 1042 ;~8,02 54~, 63 26Adj, TURN WELL INTO ,q.'EPAEAI'OR .... , , , , "5,950 20: 05,, O0 i3'")" ' " " , ?,..:.J, 11 18'i ,69 1027,75 2;7,217 544,75 26Ad j, · "(.),Q3~ 20:10:00 4062,18' 181,58 111;~,5 40,67 5~8 ,...4Ad,j, DI:.LREASE CHOKE TO 84/64 ADJ," i , · '" ·3' " -~' "6 13;3 ~0:16;11(! 4104 8'? 181,11 115~_,5 39,5 522,5 24Adj, . " '3 '3) ' "6 ...... 200 28;,.;.0;00 4138 88 181 06 1177 75 3? 25 518 25 ~..4Ad..1, " 6,233 80:22;00 4071,3 182,1 1148,75 ,'37,3 501,~)3 26Adj, -1;NCREASE CHOKE TC! 26/(..)4 AI)J,'~ "6,300 28~,~.6~'00 .-"5774,41 180,43 1074,75 2;6,42 485,88 ' 26Adj .... ,. 6,366 20=;30;80 37:34,;35 181,1~ 18;32,75 ;36,14 475,75 26Ad3, , "" 6,533 80:40;00 38(.:}7,73 181,2 100;3,75 36,46 469,6;3 26Adj, '~ 6,700 20:50;00 3878,34 180,78 1004,5 36,6 475, ;38 26Adj, · ,, 6,866 21;00;00 ,"4807,93 179,13 964,75 2;6,68 481,1;3 26Adj., · · . 7,0;33 21:10;00 2;787 180,74 955 37,09 497,13 26Ad,j, "7,200 21:20;00 3788,71 178,85 957 ;37,48 514,5 26Ad.~, "7,366 81:30;00 ;3791 ,14 181,14 951 ,75 37,75 526,63 26Ad,j, ',, 7.533 21:40:00 3794.62 181.31 958.75 38.08 535.87 26Adj. ' "7.700 21:50:00 3797.06 181.85 771 38.35 541.75 86Adj. -- 7. 866 82:00{00 3798.96 188,38 978 38.45 545.85 26Adj. , · , 8. 033 88:10,.00 3799.82 182.34 981.25 38.63 547 26Adj. · "8.200 2P-:20~00 3812.1 180 981.25 38.63 549.18 26Adj. , ....... · , 8,366 82:30{00 3804,93 180.67 975 38.68 548.25 26Adj. , · ' 8.533 22:40{00 380;{.4? 181.71 ?6? 38.85 546.88 26Adj. ' "8.763 22:53{50 380;{.23 182.07 ?47.5 38.88 545.5 26Adj. · , 8.866 '83:00~00 3802.45 183.27 ?38.5 38.?5 544.87 26Adj. · , ?..033 83:10;00 3803.33 180.78 758.5 ;~?.51 543.87 26Adj. , · , ?.200 23:20c00 3812.15 180.85 ?86.5 3~.84 541.25 26Ad~. ".?.366. .. 83:30c00 3815.57' 181.21 ??2.25 37.73 536.38 8.6Adj. , "?.533{ 83:40~00 3814.1 180.84 ?84.25 3?. 54 531.25 26Adj. · , 9.700 2;.~:50~00 3816.97 205.88 1001.5 3~.? 526.38 26Adj. SURFACE RECORDING DOWNHOLE OE¢-,2,.-, :l~l '#1 POINT HCINI'YRE 4:5 03 Jul 8914 "~:USTOMEI~ A R C 0 ~ L ~ S K ~ I N C P (31 N"T' H C I N T Y R E P R U I) H 0 E B A Y / ~ K 14 :~ 7 ~ ~T. D · .[..~.~.o~.~....~o..~. (II.JAR'I'Z 449 0--6000 .~,o KE]:TH PAI:GIE STEVE RCII)RI(;UE 14480-14550 DTIHE TIME DOWNHO~E DATA WELLHEAD DATA , ....... X ~ HOUR/MIN: SEC PRESSUNE TEMP. TUBING PRESSURE TEMP CASING FRESSUff[ CHOKE SiZE FGOW HOUR(.,,:) ~..o~.c~o~.) ,.,__ (o~) (..,o) O~w. (o.) (,,,~) O~WT .T.,.~. 0..~--/~ ' ?.866 00:00~00 ~816.97 18;2.66 998.5 39.85 521.63 ~6Adj. ' 10,0~ 00:10~00 3820,68 818,36 1002 40.06 517,5 26Ad j, '"i0 20 00:,..0~00 .~8~::.6,46 817,86. 100~,5 40,05 51~,85 86Ad.~, , ~3 - · ~ .. , .... · . . ).) .. ..... ~ 1026.5 39.99 ..,08.~5 ~6Adj. ' 10.53 00:40~00 384~.04 181.56 103~ ~9.~7 501.75 26Adj. · 10.70 00:50~00 ~385:~.33 181.96 1048.85 ~9.86 494.5 26Adj. ' "10.86 01:00~00 3854.85- 181 .... 83 10~5 75 ~9 64 486 5 ~..6Ad~ j. '~ 11.03 Ol:l[l~OO 3856.16 181.45 1086.75 3~.53 47~ 86Adj. · 11 .... 80 Q1:80~00 3854 43 18~ 85 101~ 39 5~ 4"~''~.,=.,~8 26Ac1" j. '~ 11.36 01:30~00 ~858.66 182.71 1031 3~.81 466.85 86Ad j. ~' 11.53 01:40~00 3859.48 17~.74 1035.5 3~.85 459.63 86Adj. "11.70 01:50~00 3858.49 811.6 103~.5 ~.8 453.5 26Adj. '*' 11 .86 08:00~0[I 3859. O9 218.13 10~4.5 ~9.69 447.75 86Adj .. 1,_. 03 02:10t00 3858.85 213.8~ 1038.75 3~.67 448.5 86Aclj. '" i8.. 80 OS:80tOO 3858.11 80~.5~ 10'37.85 3~.54 437. .~ .88 ~..6Adj-. ... "18.36 02:~Ot00 3858.25 213.~ 1()3~.25 ~.54 433.75 26Adj. ~* 12.53 02:40100 3857.41 814.51 1040 39.67 429.38 "12.70 02:50~00 3857.09 210.01 1037 39.77 425.25 26Adj. ," 12.86 03:00~00 3857.84 807.67 1035 39.88 421.25 26Ad~, "13.36 ~3:30~00 3858.91 806.81 1038.85 40.18 411.5 86Adj. · ' 13.53 03:40~00 3861.48 808.64 1040.5 40.8 407.75 86Adj. "13.70 03:50~00 3861.16 183.75 1037.75 40.85 403.63 86Adj. ~ 13.86 04:00~00 3861.79 181.56 1038.75 40.45 400 26Adj. · ' 14.0~ 04:10~00 ~861.84 188.51 1040.25 40.49 ~96.25 26Adj. ,' 14.20 04:20~00 Z86i.19 188.5~ 1036.85 40.41 ~92.1~ 26Adj. "14.5~ 04:40~00 ~863.8 182.76 ib~ 40.6~ ~b~;~ 26Ad~. "~i4.70 04:50~00 ~864.48 18~.47 10~9.75 40.75 ~81 86Ad~. , "14.86 05:00~00 ~868.87. 191 .98 10~7 40.84 ~77.~8 86Adj. · , 15.0~ 05:10~00 ~86~.~ 195.61 10~7.5 40.98 ~74.~8 86Adj. · , 15.80 05:80~08 ~86~.86 81~.64 10~9 41.11 ~71.5 86Adj. '~ 15.36 05:30~00 ~862.93 217.05 1037.25 41.16 368.63 26Adj. · - 15.53 05:40100 ~863.59 815.88 1036.5 41.84 ~66 26Adj. ' 15.70 05:50100 ~863.98 813.~4 1038.85 41.37 363 38 86Adj SURFACE RECORDING DOWNHOLE o.,c-,-,~-, ~1 :11:1 POINT HCI~NI'YRE :I1:.'.'5' 04 Jul 89J5 J ' ARCO AI..ASKA INC I:)OINT i'"i.C:l:N'l'Yl~tE: PI;~UI)i"IOE BAY/At( 14372 s,..,,,. ,u, Do,,=l:::N,...,..l::lo-,...,, (;JU 44(? 0-6000 ,",o KEITH P A .[ (., I::. ,:~TEVI:= ROI)RI(.,UE 14480-1 l)'[I HE.'". TIME DOWNHOL. E DATA WELLHEAD DATA REMARKS X 2...~ .ou,~,,.....~ ,.,,,,,,- ,',-,. ~u.,.o ,,,,,u,, -,.,,, ,^.,-o ,,,s.u..! ~.o,,, ,,.. ,,.ow .,,.. · (.-. (24 HOUR CL. OCK) PSl~ ,,,HOUR.~ (Dp) (ps.o) OOWT (Dp) (ps.o) OOWT 0.~'H..¢H E3..C,.O I--l.p. ' 15.86 06:00~,00 3864,39 i:?.1'?,04 1037 41 33 361 26A(:~ .... ~ ..... , '! 6,0 ..3 06: 10 ~, 0 () 386.3, ;.:.). 9 I.'! 15, :.~ 8 10 :'~ 8,2t. 541 , :3'? ::'~ 58:, 5 ;.'~ 6 A d 'i, , ' 16 36 061.30': 00 3863 53. ";2 ''),.:: 0 . 93. 1043 .25 4 '" "16 ......... ~53 06:4(1;00 3865,09 216 37 11148 · 16,70 06:50;00 3863.04 221.58 10:~:~.5 41.2'7 346.13 ~.~/.~Adi. 16,86 07: 00~. 00 3863.12 218,06 1033.5 41.52 ~43.87 26Adj, · 17,03 07:10:00.. 3866,57 222 .... 19 1040 25 41 44 341 87 ,:.6Ad° j, _,~,.) ,t, .,.- · · '17,,:.0 07:20:00 3863,71 219,95 1022,25 41,41 339,37 26Ad j, 17,36 ~7~3()~00 3865,65 213,94 1036 41,84 3'.'..~7,~7 "17,53 07:40~,00 3863,24. 214,28 1036,25 41,86 334,88 26Ad j, '" 17,70 07:..50~,00 3864,69 ;_~19,16 1039,5 41,94 332,38 26Ad,j, ,' 17,86 08:00:00 3866,62 215 1046,25 42,04 330,25 26Ad ,' 18 03 08:10~,00 3865 45 218 ,-':-~- . ..... ~,.~ 1034,5 41,86 327 26Ad.], "18,20 0~.J:20t00 3866,21 ~'~13,16 1033 42,02 324,75 26Adj, "18.36 08;30;00 3868,08 182.23 1034,25 42,09 322 26Ad~, "18,53 08:40;00 3868,18 182,19 1036.75 42,23 319,38 7.6Ad~, "~"18 70 08:50;00 3868 6~- .... ~ 183,47 1042.25 42,4 316.38 26Adj. ,, 18,86 09:00~00 :~868,1 183.02 1039,75 42,45 313,62 26Adj.. ~- 19,03 09:10~00 3869,18 182,32 1041,5 42,65 31i,38 26Adj, "19,20 09:8.0t00 3868,08 181 64 1040 25 42 45 309 88 26Ad.] "' 19,36 09:30:00 3867.19 182,8 1039 42,33 308.25 26Adj, · ' 19,53 09:40:00 3868,78 175,82 1046,75 42,48 306,38 26Ad~j. "' 19,70 09:50:00 3868.09 188.17 1050 42,46 304,25 26Adj, "19,86 iO:O0:O0 3867.01 193,78 1039,75 42,29 301,63 26Adj, "' 20,03 10:10:00 3860,58 184,57 1019,5 42,19 300,5 26Ad~j, 'i, 20.20 10:20t00 3854.15 183.82 1028 42.53 300.25 26Adj. · . 20.36 10:30:00 3847.33 183,17 1033.25 42.63 300.75 26Ad,j. · "20,70 10:50~00 3845.35 183.98 1024.25 43.21 300.5 26Ad3. ~' 20.86 11~00;00 3844.84 182.15 1014,25 43.21 301.5 26Ad,j. · , 21 ,03 11:10:00 3846.54 188.36 1020.5 43.19 302.38 26Ad,j. · . 2.1.20 11;20~00 3846.01 182.86 1027.25 42.91 302.75 26Ad,j. · , 21.36 11;30~00 3845.9 185,02 1028 42.74 302.13 26Ad,j, ,.21,53 11;40~00 3846.87 181.55 1026,75 42.72 301.75 26Ad,j. "' 2'J.".70,_ !!:50~00 3846.61 18~.82 1029,5 42.77 300.88 26Ad,j. PRESSURE / TEMPERATURE REPORT TEST~' RUN* WEL.l NAME OR N~IBER DATE,OA-,M°,',I ,.E D, I o,c-,,,,-, ': $1 ~'[ POINT HC[NTYRE ' TVD M~ABUR~ CUSTOMER ~ FIECD !AREA IINSTRUMENT D'FTH .ARC0 ~L~SK~ INC POINT ~CINTY~E PRUDHOE B~Y/~K ~43~2 ,T. ~ ~ ,T. .,,.~.,.o~,~.,.oo,.~, ~UARTZ 44~ 0-6000 .,,o KEI'FH PAIGE .:~IE:.VE ROI)R.I.(.UE:. 14480-14550 ~I) .... DTI ME TiME DOWNHO~E DATA WElLHEaD D~TA , "EM~RKB ,,, __ X~ HOUR/MIN: SEC PREBSUNE TEMP. TUBING PRESSURE TEMP CASING PRESSUNE CHOKE SIZE ~GOW ~ATE HOURS (..o~.~o~.) ..,__ lo.) (.,~) OOW,T (o.) (.S,~ Oow~ .T.,.C. .... , ....... 21,86 ~2:00) ()0 3846,53 183,27 1034,5 42,86 300 ~...6Ad j , ,, ' 22,0~ !2:'10~00 3837,4 183,4 1031 75 4~ 89 ~98 38 26Ad_i . . ' 22,36 12:30t00 38,~.9,6~ 185 84 1008,75 42,51 ,~99,63 26Adj .......... . , , 22.53 12:4()I()0 3844 ,:'~ , .,.~,~ 183.&5 1031 25 42,75 301.13 ,_GAdj ..... , 22.70 '12:50~00 3884.1 1046.25 42.5(2 298,75. ,..6Ad j, '.' . 8,..,15 1045 5 42 37 2~3 63 26Adj .,. ' 22 86 13:00100 3863 13 1' '~ " , , ., , . ~)~ " . ., .... -~ , '" ~.,~,,03 13:10~00 38:)7,85 183,8 1038.75 42,38 ,,89 5 26Ad j, I ~- ' .... , , ~') ,.3,20 13:2()~()0 3855 68 180 ~ 1041,75 42,47 287,13 ~:.6Adj, "23,36 13~'3()~00 3853,75 183,0B 1044.25 42,56 285,25 26Ad j, , ,.3,53) i3:40100 3849,41 183 3 1043 75 42 63 283 37 26Adj m 23,70 13~50,00 385~,47 186,53 1047 42,~6 282,37 ,.6Adj, F" 23,86 i4~00~00 3867,8~ 184,26 1047,5 42,41 27~,5 26Adj, "24,03 14:10~00 3866,77 183,76 1033,5 42,63 273,63 ~:6Adj ..... ,, ,. , rJ.~ .... )" 24,20 14:20~00 3863,55 182,13 1034 42,~ ...0,63 26Adj ........... "24.36 14:3()I O0 3859.5 183.63 1035.5 43.il 267.25 26Ad.i . ,''~4 53 14:40t00 3860 12 182 76 1037 5 43 23 265 63 ,.6Adj ~,~ ,.24,86 15:0()~00 3864.29 182,85 1048.75 43.01 263 26Adj, .}~ "~5,'03 15:10t00 3864.8 182.81 1044.5 43.21 259,88 26Adj. . · , 25.20 15:~0~00 3864,28 183'.55 1043,5 4~,17 257.75 26Adj. ,"~ "25 36 i5:30~00 3866 94 181 44 1049 75 42 9~ 256 5 26Adj, · ,25.53 15~40100 3868.23 181,6 1053 42.9 254,13 26Adj. ,~,' "25.70 15:50100 3867.6 181.73 1041.75 42.63 251.63 86Adj, ,~25.86 16:00~00 3868.42 181.47 i039.25 42.64 250,38 26Adj. '-26.03 16:10100 3870.88 182.11 1045.5 42.77 248.38 26Adj, ~,,26.20 16:20~00 3868,25 181.91 1047,5 42.53 247.63 26Adj. ' 26,36 16:30~00 3865.09 182.5 1049 42.36 246.63 26Adj. ,~, 'u 26.53 16:40;00 ~864.45 183,13 1048 42.3 246 26Adj. __ '" 26,70 16~50~00 3863.47 188.71 1049 42.31 245.63 26Ad.i. ,,~ · ,26,86 17:00~00 3863.06 183.89 1050.25 42.51 245,25 26Ad,i, "-~7.03 17:10~00 3862.25 182.8 104~.75 42.53 245 26Adj. ,, '"27,20 17:80~00 3861.88 182.27 1047,75 42.2~ 244.63 26Adj ..... ~"m' ~m. 87.)6 17130100 3863.55 183.33 1049 42.27 244 26Ad_j. 27.53 17:40)00 3864.81 181,57 104~.75 42.48 243 26Adj. '~'7,70 17:50~00 3862.78 184.45 104~ 42.66 241.88 26Adj, ,. SURFACE RECORDING DOWNHOLE PRESSURE / TEMPERATURE REPORT TEST. RUNe WELL NAME OR NUMBER DATE (DAY/MO/YIn PA~'---~ o~c-,~,.., ~ 9~ I:'O'I'NT HJ':'[NTYRF ~5 ~ 04_.,Tul 89L7 J ARCO ALASKA ,INC PO:I:NT HC]:N'I'YRE PRLJDH(3E BAY/AK · .~..~.~ o o.~ ~... o o.~. (~UAR TZ 449 0-6000 .~,o KIE:I: TH PA :[GE S'I'EVE RCIDR " (% (24 HOUR CLOCKI PSI__ ( o Fl (PSIG) ~DWT ( o Fl (PSIGI ~DWT 64TH INCH ~ MIQFIO g BPj NOUR I ~.).7 . . ,~ . ~ ,::.. 86 1B:00~00 386,... 95 18,.. 14 ~048 '~ ~: ~2 69 240 88 26~d.i ,.{~,2()~ 1E}.2(}:00 3~16;3,73 18;~,54. 1049,75 42,67 ~39,75 26Ad~, _ ' "~'. , "~ ,Ta 42.58 ~.38 7a 26Ad,~ ......... ,:.~J 36 18:30~00 5~t64 I 18,..,85 1049 ""'' '~" ', "': .... 28,53 18:40~00 :~.864,34 181,9 1050 42,46 2:J8,13 26Ad.j, ' 2Ei.70 18)50~()0 :~l~6:(.74 1EJ:).25 1049.5 42.:)~ 237.3~) 26Adj. ~:(:1,86 19;00:00 5~164,05 181,5 1050 42,29 236,6:~ 26Adi, ' 29,03 19:10~00 386:J, 68 181 ,79 1049,5 42,3,.~ ,...'~':::~,.,, 88 ~:.6Ad,j"~ ~ , ... 29,20 19:~..0~00 3863,32 1''~, . 8~.. 38 1050 42 27 2~5 26~d,~ ..... "29,~6 19:~0~00 .~86,:.,71" · o 1~2.72 1049,5 42,:~ 2:~4,25 ,:..6~d~r~ , " 29 53 19:40~00 38&,~,35 ~82,49 J049,5 42,45 2~,75 2b~dj ..... ,, '"29 70 19:50~00 3862,04 181,9 1049,5 42,47 ~$3,13 2&Adj ........... , ! i I ' I I , "29,86 20.:00~00 :~861 6 182 58 1049 25 42 5 2L~2,75 26Ad.j "30 03 ~: ..... , ... , . .~.0~10~00 3859, ~7 1J~;~, 21 1048 42,51 8~2 , ~8 86Ad.J ,, 30,20 ...20:20~00 3857,79 182,52 1047,25 42,53 2,32,25 26Ad j, "30,36 20J30~00 3856,06 184,46 1046,75 42,54 232,88 26Adj, ,,. , .......... "30.,53 20~40~00 3855,48 182,93 1046,75 42,53 233,25 26Adj ............. "30,70 20:50~00 3855,96 182,7 1047,5 42,43 233,75 26Adj, . .... , , ,, 30,86 21:00~00 3856,16 182,11 1047,75 42,37 233,88 26Adj,. .. , ' 31,03 21:10~00 3856,06 182,39 1047,75 42,46 233,5 26Adj, ,.,, , ........ '~. "" 31,36 21~30~00 3855,83 182,77 1047,75 42,5 233,13 26Adj, · , 31,53 21~40J00 3856,24 182,58 1048,25 42,55 232,63. 26Adj, .... - 31.70 21:50100 3857.21 182,58 1049 42.63 232.38 26Ad~, "~ 3~,86 '~2=00~00 3857,26 183,39 1048,75 42,65 231,75 2~Ad~, ,,, .... ........................... PRESSURE / TEMPERATURE REPORT oEc-,z,,-, ~1 ~-1 F)[)INT MCIN*[*YRE $.5 04 JUI 19]8_ I S,,RR"SUNOORCC~.,.OOTHER (~JUAR'I'Z 449 0--6000 ,,,O KEITH PAIL"E oil=Vi: RODR.I.L~LE. 14480--14550 MI) DTIME TIME DOWNHOL. E DATA WZI-I-HEAD DATA REMARKS ,, ,, X~JE~ HOUR/MINz SEC PRESSURE TIrMP. TUBING PRESSURE TEMP CASING PRESSURE CHOKE SIZE FLOW MATE HOUR(3 ,2, flour CI. OCK) IISI-- (OF) (PSIG) F'IowT (OF) (PSIG) D'IowT 64TH INCH OMSCFIO OlPO . . . I ... '. ~.t. · · ,,, 0,000 22:00~,15 385~/.13 182,93 ~048,75 42.~5 231,75 ~HU1 IN bJI.=.:LL FOR ~ST BUILDUi~ ' ,(i03 .22'.:0..0:-°~..~ 406'2.18 181,82 ' 005 "~'." " ' , ~,..; 00 ', 35 41 ~:.)0,35 181,6'7 .... · 006' "'~ ' 22~00~40 419° , ,.., 51 182,71 ......... . ' ,.008! 22 :00;45 4215,67 18,...,93' ':~ 1038,5 42,65 231 · 009 22:00;50 423,..., 77 182,31 , · 011 22:00:,.,,., 4247.13 182,95 "' ..=) -. ~' 012 22:01:00 4~.56 6'5 18,~.~ 89 1031 '""5 42 6' 230 03 . . s , ~ L.. . ! ,, ,013 2;.?.: 01: 05 426'3.98 18;.:~. 75 ............ .... " ,015 '22:01;10 ::). ' '- .016' 22:01:~,5 4274~34 184.95 1024.25 42.55 230 , ,, ,018 22:01:22 4280.58 182,,14 ........... ,· .020 22:01;30 4284.94 182.54 101~.'75 42.48 229.38 ........... ~,. .023 22:01~40 428~.54 180.88. ' · ~,, ,020 22:01:50 4292.89,,, 182,08 " ,030 22:02;05 429~.51 182.80 __ ,, .035 22:02~23 429(?.75 184,20. , ' ,043 22:02:50 4:~03,25 183,~ · , .053 22:03~20 430~.47 182.08 " .0~6' 22:04~15 4309,49 182.88 949.25 41.87 218.88 " ,087 22:05~30 4312.59 183.04 922.75 41.&7 212'.5 ' ' ",120 22:07130 4315.75 185.85 894 41.4 201.25 ' · - .162 22:10:00 4318.81 182.13 896.25 43.06 187,75 ,., ' "' .237 22:14;30 4321.87 182.48 899 44.54 163.37 ,, .3291 22:20~00 4324,2 184.71 900,25 45.71 135.5 b .495 22:30t00 4327.49 182.15 903.25 47.8 91.47 E~ ~ .062 22:40:00 4329.52 182.01 905.25 49.34 56.24 ,.. " .829 22:50:00 43:3i.22 181,9 905 49.7 28.3 · ' .975 23:00~00 4332.1 181,6,5 907.25 49.96, 6,.21 · ,, 1.1~ 23:10~00 43;33.14 181.19 909.25 50.38 "1,329 23:20~00 4333.07 181.4 911.5 50,92 ......... , ,. " 1,495 23:30100 4:3:34 46, 181 34 913.5 51,61 1,662 23:40:00 4334.89 180.57 914.5 52.06 ,., _~L_J~t.~ __.;,~ 3: 50 ~ 00 4335.52 181.44 915 52,24 .... SURFACE RECORDING DOWNHOLE * o~c-~-~ ~.1 ~1 F)OINT HCINTYRE ~!.'."i __ (14 ,.Tull. 8917 I ARC[) ALASKA INC POINT HCINTYRE PI;~LJI)HOE BAY/Al< 11437 rT. . i I 1 · ,,,,, ,~. o o,~ ~.,. o o,.,, (~UARI'Z 44? 0-6000 x~ - HOUR/MIN: IgC PRESSURE TEMP. TUBING PRESSURE TEMP CASING PRESSURE CHOKE SiZE ~LOW RA~I ' 1,995 00:00 ~00 4:~::~6,12 ~8~.'19 9~ 52.27 ' 2 3;2? 00:,=0~00 43:~6,8;2 179.7;3 ~16 5~:~, · 2,495 00:30~00 4:~37.3 180,64 ~1~ 5 ':' ' 2,66~r~ 00:40~00 43:~7,58 177,;24 915 51 ' 2,82? 00:50~00 43;~7.78 180.17 712.75 50,7? , ,~ , "~ 75 50 07 ~..~5 01:00~00 43;~8 08 180,,=.6 710, , ' 3,162 01~10~00 4338,26 180,44 ?07,5 4 ' 3,32? 01:20~00 4338 57 180 11 ?07 5 4~ 85 3,495 01:30~00 43:38.77 179.85 909.75 50.2L~ "3.668 01:40~00 4339.22 178.2 910.25 50.7 "3.8~9 01:50~00 4339.31 178.96 910.75 ,' 3.995 02:00~00 4339.32 180.28 911.5 51.56 "4.162 02:10~00 4339.66 179.64 912.5 51.78 "4,329 02:20~00 4339.64 181,49 913,5 52,26 "4,495 02~30~00 43~t9,97 179,6 913,75 a2,61"'" ,' 4.662 02:40~00 4339.62 179.19 914 ,, 4.829 02:50~00 4340.2 17~.~7 ~15.25 53.02 .. 4,9~5 03:00~00 4340,49 179,82 915,5 53,09 ~ 5,162 03:10t00 4340,4~ 179.,3 915,5 53,08 " II · '5,662 03~40t00 4340.91 179,29 917,5 53,99 ~ 5,8~9 03:50t00 4340,88 17~,67 917,5 53,83 ' 5,~5 04:00~00 4341,13 17~,17 918 53,78 ' 6,168 04:10~00 4341,14 180,16 920 54,07 · ' 6,389 04:80~00 4341,87 179,55 981.75 54,88 ~ 6,495 04:30~00 4341,45 176,~7 ~24,25 55,73 ~6.662 04:40~00 4341,58 179.1 92~,75 56.17 ~6,889 04~50t00 4341 59 180,13 ~85,25 56,7 · ' 6,995 05:00~00~ 4341166 179,58 986,5 57,34 · ' 7,162 05:10~00 4341.76 179,1 988,5 58,12 · ' 7,~29 05:20~00 4341.96 179,54 929,25 58,32 ' 7,495 05:30~00 4348,06 179,87 931 59,03 · ' 7.668 05:4~00 4348,12 178,76 ~31 58,88 ~ 7.82~ 05:50~00 4342.16 178,91 9~3 58,69 SURFACE RECORDING DOWNHOLE OE'C-la,*-, :11:1 ~1 F)OINT HCI:NTYRIE :il:5 (I.5 Jul 89J 1.0 J CUSTOM", JF,E~.D ' '"-JA~A ................... : ...... jililBTRUMENTDEPTI~ .... T~D-'"'-''-I''' IMEAsUR[~ ,ARCO ALASKA INCJ POINT HCIN'rYREJI:)RIJI)HOIE BAY/AK J14378 ~'T. O EIK INSTRUMENT TYPE J INSTRUMENT1 INSTRUMENT RANGE COMPANY REPRESENTED IY OTIS SUPERVISOR INTERVAL TESTED (IRT) I · ,E..Ysu. rq o,c .[~.,. o OT.E, (;J(JARTZ 449 0--600 0 Ps,o I<EI'T'H PAI(.,E. ,:)l I::.gl.".. ROI)R I(.~LJIE 14480'-14,550 D'l" I HE: TIME DOWNHOL. E DATA WEL. I,.HEAD DATA REMARKS X ~'5~X -ou.~M,., sec ..Es.u.E TEM.. '--'"G '".."", TEM, CA.,"O ...S.E C"O..,. .~OW .AT. · (". il4 CLOCKJ PSI__ HOURo .O,,R lo.) (ps,G) OOWT (o,) ,, ' 7 995 06:00~00 434,::.,13 178,71 935,25 58,86 '~"8,162.. 06:10~00 4342,89 179,16 93~J 59,02 1,95 ' ' 8,3~9 06~20!00 4342.52 178.~4 940 59.5 5.54 ' 8 495 06~30~00 434,...,44 178,97 940 59,93 9,22 , 8,662 06:40~00 4~42 44 ~'7~ '7~ 939 5 60 38 ' 8,829 06:50~00 4~42 6 1'79 2 94~:.,5 61,92 16,13 · I~ 995 07:00;00 434~.,65 179,13 941,5 62,28 "9 16~ 07:10t00 434,... 83 1 69 940 61 95 , · . ,~ 77 o" ' , , , ,...,5 64 ' 9 329 07:20J00 434,...,6 180,45 939,75 62,03 26,91 "9,495 07~30t00 4342,99 178,69 939 62,19 30 · " 9,662 07:40t00 4342,95 179,11 939,5 62,62 33,61 "9,829 07:50t00 4343,0.3 180,74 941 ,75 63,56 36,67 '* 9,975 08:00t00 4343,17 179,07 945,25 85,19 37,95 "10 ...... 1~ ()8:10t0() 4343 35 179 94 ?45 =~ 85,52" "10,32 08:20t00 4343,0b 180,27 945 b5,22 46,57 ,. 10.49 08:30~00 4343.01 178.24 944.75 65.1 49.7~ "*'10,66 08:40t00 4343,24 178,56 944,75 65,17 52,75 "10,82 08:50t00 4343,3 177,1~ ~44,5 65,17 55,86 ,. 10,99 09:00~00 4343,49 177,76 944 64.9 58,76 - 11,1~ 09:10~00 4343,7~ 17&,75 945,5 b5,59 11,32 09,20~00 4343. A 178.2~ 94&. 7S &~.43 ~4.2 ~ 11.49 09:30100 4343.59 177.64 943.75 ~5.51 b7.44 _ · - 11.66 09:40100 4343,75 177,52 943.5 65,51 69,19 "11,82 09:50100 4343,72 17~,73 94~ 66,76 72,61 ' 11,99 10:00100 4343,78 178,15 935,5 64,98 75,97 ~ 12.16 10:10100 4343.77 177,27 931.25 64.1 78,4 ' 12.32 10:20~00 4343.85 177.74 930.25 64.21 "1~,49 lOJ~OlOO 4343,79 128,41 928,25 ~,79 "12,~ lOJ40~O0 4343,88 178,91 928,5 ~3,82 85,8~ '- 12.82 10:50100 4344.03 178.53 929.75 64.58 87.24 · , 12.99 11:00~00 4343.97 178.11 931.25 64.8~ 89.~5 · , 13.16 11~10~00 4344.08 181.23 931.25 65.24 · , 13,32 11:20~00 4344.1 177.62 934.5 65.8 94.1 ,, ., "13.49 11:30~00 4344.15 177.69 936.5 66.68 95.85 '~ 13.66 11:40~00 4344.22 178.;~2 938 67.35 97.71 - 13'.82 11:50100 4344.38 177.13 942 68.03 100.79 SURFACE RECORDING DOWNHOLE PRESSURE / TEMPERATURE REPORT TEST~ RUN, WELL NAME OR NUMBER DATE {DAY/MO/YR" oEc-,,,.-, l¢1 I ~1 IPOINT HCINI'YI~IE .t1:5 ..... l..05_~Yui CUSTOMER ~ FIELD ~ AREA · I INSTRUMENT DBFTH - TVD ARCO ALASKA INCI P0]:NT HC]:NI'YRE ' . IPRUDt"IOE BAY/AK 1~4372 rT. O DT I HE TIMB DOWNHO~B D~TA WE~HEAD DATA ......... X~ HOUN/MIN: SEC PRESSURE TEMP. TUBING PRESSURE TEMP CASING PRESSUHE CHOKE SIZE FLOW RATE ' 13 99 ~2:00~00 4344 21 179 46 941 '::' ...... ~ 67,84 1 02,46 ' 14 16 12:10~00 4344..::.4 171~1.34 941.5 67 105.01 14.,47 'L2;3()~00 4344.11 '179,14 937,25 6l~.34 107,99 ' 14 66 1'~ .... ' , ,::.~40~00 4344,33 180,34 737,25 67,27 110,06 , · 14,82 12:5'0~00 4344,34 178.75 937,5 67,8? 1.11.65 ' 14,~? 13:00~00 4344,52 177,83 937,75 (~8,52 113,56 ' ~5 16 13:~0~00 4344,57 177 ~3 738 25 ~)8 85 115 04 ' '" 15.49 l~Z~li~flfl 4:~44.f~7 1'TR.fl'7 9:~J:l AT.?~; 119.R1 15.66 13:40~00 4344 .'67 178.03 936 87.11 '119.83 "15,82 13:50~00 4344 8 178 ;?5 937 5 &~.04 121 01 15,9~ 14:00~00 4344.74 177.64 939 b7.5 123,84 .... ' "16 16 14:10100 4~44 76 178 7 937 75 6~ 24 124 19 "16,32 14:20~00 4~44,74 177.33 940.25 6~,21 127 ...~ 16,49 14:30~00 4344.89 177.5fi 939 A. 5.47 128.75 "16.&6 14~40~00 4344.A9 17B.4R 937.5 ~5.05 129.12 ......... 16,82 14:50~00 4344,88 178,34 940 65,66 131,25 " 1~,9~ 15:00~00 4344,81 178,27 940,75 65,71 132,12 ...,. "17,t6 15~10~00 4344.99 178.19 ~43,25 6b,52 133,t2 .,~ "17,32 15:20~00 4345,18 177,68. ~44 66,79 1~5 .~'~ " 17,49 15~30100 4345,01 178,27 ~44,5 66,~6 135,62 ,~, , , 17,66 15=40i00 4345,09 177,74 9.45,75 67,23 13~,37 - 17,82 15=50100 4345,15 177,59 ~46,5 b7,6 137,12 '~ 17.99 i6:00~00 4344.97 178.11 948.75 68.33 138.5 , · ' 18.1~ 16:10~00 4345.6 177.81 950 ~8.37 13~.5 · ' 18.32 16:20~00 4345.21 177.6 951.5 69.05 140.88 - 18.49 1~30~00 4345.12 178.22 ~51 ~9.55 142.13 '" 18.66 16:40t00 4345.14 177.98' 950.5 89.27 143.13 - 18.82 1~:50~00 4345.22 177.91 945.5 67.92 145.38 ,, - 18.99 17:00~00 4345.23 178.03 939.25 ~5.78 14~.13 · ' 19.1~ 17:10~00 4345.14 178.55 934.5 b4.49 146.~3 - 19.32 17:20{00 4345.37 177.5 930.75 b3.~8 147.~3 '- 19.49 17~30{00 4345.24 178.9 92~.25 ~2.83 148.25 , ', 19.6~ 17:40~00 4345.~4 175.5 ?22.75 61.88 147.13 - 19-:82~ ,,~7:50{00 4344.88 178.79 917.75 59.66 150,13 ,, SURFACE RECORDING DOWNHOLE oEc. l=~.-i :11:1 J'l PO:[N"[' HC]:N'T'YI:~E :1~'5 O,~.:i J'u:L 8911~ J ARCO ALASKA [NC Pi3]:N"f HC,.I. NTYRE. PRLJ])HOE ~)TiME ' ' TiME DOWNHO~E D'T* WE~HEAD D*TA ,, X~ HOUR/MIN: SEC PRESSURE TEMP. TUBING PRESSURE TEMP CASING ,RESSU,, CHOKE SIZE ~,LOW RAT, '19.99 18:00~00 4345.4 179.11 9'14 f~8,11 150.7.., '""20,15 18J10~00 4345.32. 178. ~;~1 910 ,~ 57,3 151,5 ,, ' 20.32 18J20~00 4345.48 1.77,6& 908 5&.77 1~;2 ' 20,49 18J30~00 434~.41 17~,1.7 906,75~ 56,38 152.~ , ,.0',66'~ 18J40~00 4345..43 177,81 907.75 56,69 1~]2,~3 ~ ' 20,82 t8J50tO0 434..~. 57 177.99 909 57.28 153.25 ... ,...0.99 .tgJootO0 4345,3.6 179.87 910,5 fi8,06 153,88 ' 21,~6 19JtOJO0 4345,56 J77.67 910.5 58.23 154,38 ,~1.32 19~20~00 4345.25 ~78.49 9Jl.25 58.53 154.7o ".21.49 lgj30tO0 4345,59 177.3~J 912.25 59.11 1 ~5.2~ ' ,, "21,66 19J40t00 4345~49 ~78.63. 912~75 59',34 155,75 ".21.82 1'9~50~00. 4345.73 176,74 914,5 ~0.27 .156,13 .............. " 21.99 20:OOtO0 4345.64 ~77,77 919.5 61.~7 ~56,38 ......... "22 16 20J10100 4345 ~1 ~77 59 o~ 6~ 27 1.57 ' ~ , ,, , ,, e~ 7 ~.. ~ ~ ........ "22 32 ~.0:20100 4345.~2 177,76. 924.~..5 65.13 1..)7,88 ,,~.,, W, -, "22.49 20~30100' 434~.08 173.1 923.75 64,29 158 . _ ,' 22,66 2'0~40~00 4345,08 181.63 923.75 64.28 158,~8 ' '~, 22,82 20:50~00 4345,42 179.42 920 63,09 158,75 ' ,, ~2,?~ 21~00~00 4345,4 181.9 917,75 62.11 158,88 .' ' 23,16 .... 21~10100 4345,46 178.03 916.5 61,66 159,25 "' 23,32 21:20~00 ~345,85 178,16 916,5 61.72 159.38 "23.49 21~30J00 4345,94 177,17 917,75 62.52 159.25 ,,23.66 ' 21:40~0~ 4345.95 177,52 919.5 63.66 159,63 '" 23.82 21 ~50~00 4345.96 179.26 919.75 64.21 159,88 083.99 22:00~00 4346.09 175,85 919.75 64.46 160.25 ...... "24.16 22:10~00 4345.85 177.88 918.75 64.26 160.62 "~ 24,49 22:30~00 4345,~ 178.02 9i7 ~3.~4 1~1.25 "'24,66 22~40~00 434~. 08 176,36 916 63.36 161.5 "24.82 22:50~00 4345.89 178.77 914,75 63.02 161 .~7 "24.99 23:00~00 4345.97 179.25 913.5 62,~5 162.12 ""25..16 23~10~00 4346.05 178.26 912,75 ~2.34 162.37 .... "25.32 23~20~00 4345.92 178.28 911.25 62.06 162.75 "25.49 23J30~00 4347.13 166.18 909,75 61,56 -163 - 25.66 23~40~00 434~.21 175.91 909 61.37 163."i2 "25.'82 23J50~00 434~.48 177.28 908.25 61.28 163.37 ...... PRESSURE / TEMPERATURE REPORT TEST# RUN# I WEI. L,i~iAME OR NuMi£R DATE IDAYI'O/Y--! PAGE OF D-'C-,,,.-, . .'!1.'1 :!1.'1 J l:)O:[NT. HC:[NI"YRli'.':' :ll.'L5 05 Jul 89J 13; J _ .... j .... ' J iNSTRUMENT DEPTH C%ISTOMER FIEI. D I AREA * · .,. , (.~ , ' o~ ,, ' AR(.,O AI..A,~KA ].N(., POINT ~tCIN'1*YRE IF)RUDHOE $1~'ERI:IYSI"INJ-IGI~IC[~N/~4'P'OO''rHE:I~ .[,~UAt~'rz 44(? 0-6000 -,o KI.E]Z'lr'H F)A]~J..,,E ,::'I"EVE RODR].{..,UE 14480-14550 MIX I) T I ME TiME DOWNHOLE DATA WELLHEAD DATA--__ _ REMARKS __ X :~ ~'SP/ .o,,.,.,., .. ....... .... ...,.o ....... T,,,. ~,,.,.o ..,,..,,.. PSi-- ( o F) IPSIG) J--JDWT I o F! (PSIGI r'JDWT 64TN INCH [] MICFIO [] BPi) HOIJR c' I,, .o.. , ,..) I ..- ;.-'~5,99 (JO: OO~IDO 4345,9 llEiJ'J. , 09 906,5 6(J,86 ~163,,87 ";2E),16 (!0:10',00 4~'.~47 1 '~ , , " - , ,... 167,46 904 60 03; '164 18 , ,, , ,...6,49 00:30"00 4346,01 180 '16 9i:)1 25 5(? :.~4 '1~4 :'_~7 ";..-:t. 6,66 (! 0: 4 (:1 ': 00 4346,0 El 179,83 9 i:! 0,5 59,27 164,5 . . , , . 70 59. I'~1 164 62 · 86 8,0 0.0.;50;00 4346 46 176 68 899,"'- ,. . . . ,.. C:. .~ 86.99 01:00:00 4346,67 171.6 898,7,.~ 59,08 164.87 · 87,1'6 01:10~,00 4~46.89 178,59 897,75 58,69 165 ..., · ...-) ,. ....) , , , . .3~ 896 5 58 37 165 37 ,.".7 ~. 01:80:00 4346,3 177 "=' ~ 27,49 01:L~O:flO 4~46.05 181.17 895.85 58,{}4 165.5 "87,66 01:40~,0fl 4~46.88 173,14 894.5 57.9 165.68 · ~.) , '° ..... "27,.8,= 01:50~.00 4346 38 178,05 894 57,87 165.68 .... "87 99 08:00~,0fl 4~46,5 1 '~ ~'' , . . , . .... 7,:,..99 893.75 57 95 165 87 '* 8E~ ' 16 0° ..... ,~..:10~.00 4Z~45 5 191 54 89~'~ 5 57 96 166 ";·! · , . .... , . . ,,...5 57 99 166 '· ,08 ~.~,.'~ JJ~..,00;,00 4.~4.6 ,",.['J. 17J!J.JJ~ 89:.'.~ ,:~'- , ... "' ;?.8 49 JJ~; :~1! ", 004:~46 35 178 ' ':) ," . , , ." , .......... ~.~,,.... 89:.~ ~5 58 09 166 18 ....... , "' 28 66 08:40-~.00 4L~46 49 177 ~'~6 89~ 8,5 58,84 166,25 , , ~ . , "28.82 08:50:00 4346,3,3 179.0Lt 893.85 58.38 166.37 ..,, , , . 7J 58.32 166.5 .... ,, '° 88 99 03:00~.00 4346 64 174 53 898," ~- "29.16 03:10:00 4346.49 178.11. 892.5 58,32 166,68 ...,, "' 29,38 03:20~.00 4346.31 179.93 892.~,.~ 58.37 166,68 "89,49 03:30100 4346.3 180.21 892,~5 58 43 166,75 "89.66 03:40100 4346.23 180,72 892.25 58..51 166,87 ........ · ' 29,88 03:50t00 4346.85 173.74 891.75 58.47 167 - 29.99 (}4:00:00 4346.74 177.91 891.5 58.44 167.18 · ' 30,16 04:10:00 4346.3 178.93 891 58.42 167,25 ' 30,32 04:80~00 4346.48 176.74 891 58.48 167.37 - [~0~49 04:30~10 4346.4,5 178.18 890.5 58,44 167.5 ' · "30,66 04:40:00 4346.51 177.51 890.25 58.39 167.5 ,:: · .30'8.o 04;50;00 434&,99 175,95 889.75 58,4 167,6.0 ~' :30,99 05;00;00 4346,48 177,49 890 58,54 167,6.0 · " 31,1& 05;10;00 434~.56 178..07 890,5 58,EJl 167,6.0 ,_,_ "31 ,:3.0 05;.00~00 43:46.&6 177,6 890..05 58.96 167,75 '-_ ".31 49 05~30~00 4L~4& 65 177 ':)-".) 891 59 .0~ 167 75 · . 31 ,66 05~40~00 4346,69 177,83 891 ,75 59,64 167,75 .,~ ' ;'.~1,8;:2 05: 5(! ~ (! (! 4346.64 177,56 892, ;25 59,9:.'3 '167,75 ..... PRESSURE / TEMPERATURE REPORT. TEST# RUN# WELL. NAME OR NUMBER , OEC.,z,i-, :11:1 :t1:*.1. *F~0IN'T* HCIN'T*YRE* :11:.5 06 Jul 89] 1.4_ I " . . .... ~37,_ ,'T. r'l I~ ,,~ ARCO ALASKA INC PO]~NT HCINTYRE F.'RUDHOE BAY/AK · ,.-....~,.Oo.,:EY.....Oo..:. QUARTZ 44? 0-6000 ,.s,o KE]:TH PA]:GIE c, · ...... · .)'T' Iii: V E Fl 0 I) R 1 (, U E. 14480" 'i 4550 H I) D'r .T. HE TIM= DOWNHOL. E DATA WELL.HEAD DATA x k-"x .o..,.,., ,....... ,,.,. ,.,,.,.o ,.,..,,., .., ,..,.o ,....,,.. .,o. i..lOUi;~c.;:., ,., .o,,, ¢,.o~,(, '",-- ,°,.) ,,.s,o) Bo,,, ,°,.) ,,.,,o, o,,,,,-, 0,,- ,-~-0,.(:,~,) .... ' 31,99 06:00~,00 4346 73 177,7 893,'::' , ,.) ,50,35 167,62 · .. ,,t,') # .... ' 5,:.:.16 06:10:00 4346.63 177.6'! 894,25 60,83 167.87 ' 3;3. 32 06:-~*0~.00 4346 77 176 91 894 60 83 168 : , ' 32,49~ 06:30:00 4346 89 177,55 89.3,75 60 81 ~68 ' .... 2.~ 60,7 ~ 6 iii, ~. ...... 32 66 06:40:00 4346 76 '1'7'7 4 893 ""'- "~ ' ' .") G .... · 3,:.,82 06:,:~0~00 '4346.56 177,87 !80;.'~ '::' , ,.~ 6 II . 56 168.25 .... ? 3 ~:.i , , ,:.. 99; (17:00~00 4346 '59 178 4 89'~ , "' t' #' "' ~' · 33,16: 07:10{00 4346,79 177,;~?.1 892,5 60,?9 1(.')8,2.~ ....... '33 ,~ 07:20~00 4346 93 176 65 89.2 75 61 Ill 168 , , , , , . ~,;...,.I ' i. "3:3.49 07:30~0(! 4346,95 "i78 893 61.27 168,25 ,.~,.~ "33 .... 66 07:40~0ii 4346 76 176.,,','. 893 ":~ ....... 61.54 168,25 "33,82 07:50:00 4346,85 177,29 894 61 ,85 168.25 ..... ' '~"' 33.99 08:00:00 4346.72 176.84 894.5 68.16 168.~7 .......... " 34.16 08:10~00 4346 84 177 5 894 '""" , , '" , ?a 62.38 168.37 ........... "34,32 08 : ,.?.0 : 004346,84 177.49 895.25 62,6 168.37 ,, · .o ~ "34 34 08:21;00 3964 81 177 04 895 25 62 63 169 6'~ S't-IIF'I' ,.~HUI-OFF TOOL TO _ "34.36 08:22:00 4000.9 176.97 895.25 68,65 172.63 EGIUAI_iZE TUBING. Al'TEMPTING - "34.37 08:23:00 4034.1 176.69 895.85 62,69 175.38 TO PULL OUl' OF FlECEPTACLE. ...... ~' 34,39 08:84~00 4064.35 17~,71 895.5 62,'78 178.88 "34,41 08:25:00 4092.37 180.'63 895.5 68,76 188.38 ...... · , 34.42 08:26:00 4118.38 17)9.41 895.5 68.8 186 -- 34.44 08:27~00 4142.3~ 183,19 895,75 68.84 189.75 · ,34.46 08:28~00 4i 64 180.27 895,75 62.9 193.5 ........ "34.47 08:29:00 4184,57 172.73 896 62.94 197 '"34,47 '"08:30~00 4801.88 183.71 8~6 63.01 200.25 · ,34.5i 08:31t00 4219,,65 171,7 896.25 63.07 203.25 · '34.58: 08:38~00 4233.18 187.01 896.25 63.13 ,_'-~06 "34,54 08:33~00 4247.67 168.02 896.5 63.,...'"' 208.5 · -34.,56 08:34~00 4258'.34 175;.91 896.75 63.28 210.75 ,,, "34.57 08:35~00 4268.51 176.15 896.75 63.36 212.75 "34.59 08:36;00 4877.41 176.8 897 63.45 214,38 "34.61 08:37~0~l 4285,05 181.05 897.25 63.54 215,88 "34.&3 08:38t04 4293.01 179.83 897,5 63.64 217.13 ,,, "34.64 08:39~00 4298.06 181.24 897.75 63,73 218.13 "34.66 08:40~00 4303.48 179.39 897.75 63,84 218.88 ~ ,----'3~; 67 UIB:411UO 431[18, 18 181.65 898 63.96 219,63 ................... SURFACE RECORDING DOWNHOLE · - .... o"c-,~,,-, :1t:1 :11:1 POIN'I" MCIN'I'Yt~I".:i .'11:.5 06 Jul 89115 CUSTOMER ARCO ALgSKg INC I:)OINT MCIN'I'YI~:E ' PRLiI)HOE BgY/gK 14372 .T. [] IZ~ I'T.. · .E----',su. OG.cCK..P. DOT.E. qI.]AR'I'Z 440' 0""6000 ,'S,O KEITH PAIGE ..)levi':. RODRI(.~UI::. 14480-14550 HI) I)T I PiE TIME DOWNHOL.[ DATA W~'L.L. HEAD DATA .[MA"KS X~ NOUR/MIN: SEC PRESSURE TEMP. TUBING PRESSURE TEMP CASING PRESSUffE CHOKE SIZE PLOW RATE ROUES (. .ouR cLoc.) .s,__ (op~ (--,o) O~,WT (°.) (PS,O) DOW. .T.,.C. r-I..cp,o I-I.po ' 34 6? 08:42~,00 43.1 ,~ ........... , ,... .14 ~;?. ?,~; 878 25 64 (!? "~ '~0 , ' ;'54, '.7 .1(.t 8: 4;'5': 0 () 43 t 6,13 176,68 8 ? 8, [:5 64,23 220,3~i~ - -E ' 34,74 08:45100 43;.:.).;..~ '18 1'79 58 899 ;.:~5 64 52 220 75 ' 34 77 08:47100 43':) .... "" , ,..6,22 '19'?, 68 8?9,75 64, '?8 220 , 63 · 3 4', 7 ? 0 iii: 4 8 ,,. 0 0 4 3 ;.:.'. ? ,2. 5 18 '1 ,0 4 8 ? ? ,7 5 6 4 ,8 8 ,~.",~.'~ 0 ,5 · 34 8,...i 08:50;0(! 433,, 42 182 67 ?00 65 0'? ;.'~'19.~:~;~ "1 ' ' ' 34 87 08:53~0(! 4336,23 176 53 900 ,- ~_ ,. · 34,?6 08:58100 433?,38 18;?,5 ?04 67,22 213 -' · 34,?? 07:00;00. .... 4340 ?5 '178 O1 ?05 5 67,78 ~,,'l,t':) ,13 ~ , '0 35,16 O?:lOtO0 4344.22 17~,07 910,25 70,37 20.1 ,38 " "35,32~ 07:20~,00 4347,46 18(!,71 ?15,'7.5 72,7? 172 -- "35,37 0?:22;50 433?,52 180,13 717 73,;~4 187,,5 "35.37' 09:23~00 4347.44 180.31 717 73.25 187.75 "" ., 3,,.:~.38 07:23~.20 4335,83, 180.1;'~ 917 73.28 187.1;3 "35,38 09.'23:30 4346,65 178,74 717 . 73,87 187 ",i .,,:. ,:~ 77, , --~ ,~,:; 40 O? :,~.4: 30 4342. "',~ ..... , 5,; 1, 64 ?17 73 42 188 "35.401 0?;24:40 4347.57 184.41 , '* 35.45 09:27~.30 4343.37 176.91 918.,..5~' 7;.~.78 185.88 ., 35.46 07:28~00 4347.15 173.54 718.5 73.81 185.63 " · ' 35.4? 0?:30:00 4346.47 18;.3.17 718.25 73.?7 183.88 · ' 35.66 0?:40:00 '4347.48 176.01 ?83.5 75.45 177.63 SHEAR OFF sHUT-oFF TOOL ...... "35.67 0?:40:30 4347".1 178.15 ?23.75 75.47 177 STAEI' oUT OF HOLE. - 35.82 07:47:30 4374.77 177.25 ?22.25 74.17 173.25 · , 35.88i 0?:50:00 4327.85 180.57 722 74.0? 172.75 '"- 35. 83 09: 50 t 30 4295.68 179.2..4 922. 74.01 17,''-), 7,.5 =' · ' 35 84 09:51100 4248,07 178,07 922 73;, 95 172,63 ,' 35185 09;51 ;30 4199,42 176,22 922 73,8? 172,5 · ' 35,86 07:52;00 4148,42 173,61 ?22 73,82 172,25 ,-, '" 35,87 09:52130 4097,62 172,1 921,75 73,77 172 ". 35,871 07~53:00, 4046 169,99 921,75 73,71 171,75 ". 35,88 09:53:30 3996,77 168,63 721,75 73,66 171,62 -" · ' 35,89 09:54:00 3946,84 165,95 921,75 73,61 171,;57 " · ' 35,92 09:56100 3750,67 156,81 921,75 73,45 170,62 '" 35,96 09:58~00 3558,81 148,74 981,5 73,89 170 "35,99 10:00~00 3397,27 140,46 921,25 73,13 169,37 _. ...... ,0,.-. 10:02~00 3287,78 134,37 921 72,97 168,87 SURFACE RECORDING DOWNHOLE PRESSURE / TEMPERATURE REPORT TEST* RUN' WEE[. NAME OR NUMBER DATE IDAY/MOIYRt] ~'A~'E OF* oEc-,~,m-, ~1 .i:1 POINT HCINi*YRIE .t95 06 Jul 89116 "CUSTOMER FIE[-D AREA INSTRUMENT DEPTH TVD MEASuRk~ AI~C(] ALASKA INC I:)OINT HCIN'I'YEE PRUI)HOE BAY/AK '.1437,~.. FT. D O( FT. S'ERR"su. OG.cO¢,.P. Oo','.E. (;)UAR'I'Z 449 0--61100 "S,O KEITH PAIGE STEVE R[II) RI(';UE 14480--14550 Mir) ~)TIHE TIME DOWNHO[-E DATA WEE-E-HEAD DATA REMARKS XLr HOUR/MIN: SEC PRESSURE TEMP. TUBING PRESSURE~ TEMP CASING PRESSURE CHOKE SIZE FLOW RATE HOUES (z,,ou, c,.ocK) ~'-- (°,=~ ("SIG) r-] DWT (0p) (PSIG) ['IDW T 6,TH INCH O MS, PlO ORPD ~ 36,06 10:(14100 3181 15' 128 54 920 75 ~'~ ' . . , ,,..., 81 168,62 ' 36,09 10:06,,00 3067.51 121,42 920,5 72,64 168.2','5 · 36.12 10:08:00 '~ · ~,~, ,-948,49 116.99 920 .,~. 48 168 ' 36.16i 10:10,,00 2824,15 110,21 9211 -~'.~,,::.,36 167,87__ , , , , '36 19 10:1'2~00 2(.)85 42 102 77 920 72,~.:.8 167,62 , *" , , ")' · Z;6.2~ 10114(00 25~16,...,'=' 9,5,19 920 7;~,26 167,5 "" , ' 36' ':~ · 92 -"-~' , ,,..6 10: 16( 00 23(!15, 16 87,34 0 72, ,...El 167,5 i · ,36,29 10:18~00 2286,64 79,62 92(I,25 72,31 167,62 " ~ 36,3L.. 10:20;00 2145,17 7;.t,95 920,2,5 72,38 167,5 "'36,36 10:22100 1956,64 (..,7,27 9211.5 72,45 167.62 " "3;6,39 10:241011 1827,35 61,14 920,75 72,49 l&7.&2 . ":36.42 10:21.1100 1734,51 56.03 9211,75 72.54 1,(.,?.7,,:_.; ;' 36,46 10:28!00 1683.86 50,6 921 72,6 1(.17,5 " ,. 36,49 111::10100 1636,31 43,47 921 72,7 167,5 "36,,.,=:'a,.. 10: .3.2 t 00 1586,0 9 39,59 92. 1 ,2572 ,85 167 ,37 " "36,56 1(1:34:0(i 1542.4 36.86 921.5 73,07 167,25 ou'r [)F H[ILE. i W/ E-LINE, "36,59 10:36t00 14611,55 43,5 922.,5 73,'-"-~3,~.167,37 ENI) £)F' T[-.'_.~'F ~1. '* 36,62 10:38:00 715,23 47,75 922,75 73,51 167,62 "36,66 10:40t00 31.89 46.83 92:3.25 73,64 167.75 " , 84 ~ , , II -' : RRCO RLRSKR [NC .LOT 8Tnm' 'rz~E, ~,,ae,ee = ~t OT I S GRRPH I CS~-~ , Pl0T'DID ll,~aBs~ 118 3'ul POINT NC/NTYRE ,I,5 ~e a l t, J me P 1 o t, ~, , , I III I I II I II I I I r, '"' ............... : __ ..~-- , I ~ I , . Real Tllle (24 Hr. Clook) ,,, ,, , , , HALLIBURTON SERVICES REPORT TICKET NO: 003756 MEMORY GAUGE TICI(ET NO: 003756 DATE: 6--JU1..-89 HALLIBURTON CAMP: H,R,S,/ALASKA TESTER: S, RODRIQUE ~ M, PETTEE ~ S, MYIERS ~ J, COI..L I NS WITNESS: KEITH PAIGE DRILLING CONTRACTOR: LEGAL LOCATION: OPERATOR: ARCO ALASKA LEASE NAME: MCINTYRE WELL NO: 5 TEST NO: 1 TESTED INTERVAL: 14480,00 - 14550,00 ¢~ FIELD AREA: PRUDHOE BAY COUNTY/LSD': STATE/PROVINCE: ALASKA COUNTRY: U,S,A, NOTICE: THIS REPORT IS BASED ON SOUND ENGINEERING PRACTICES~ BUT BECAUSE OF VARIABLE WELL CONDITIONS AND OTHER INFORMATION WHICH MUST BE RELIED UPON HALLIBURTON MAKES NO WARRANTY~ EXPRESS OR IMPLIED AS TO THE ACCURACY OF THE DATA OR OF ANY CALCULATIONS OR OPINIONS EXPRESSED HEREIN. YOU AGREE THAT HALLIBURTON SHALL NOT BE LIABLE FOR ANY LOSS OR DAMAGE~ WHETHER DUE TO NEGLIGENCE OR OTHERWISE ARISING OUT OF OR IN CONNECTION WITH SUCH DATA~ CALCULATIONS OR OPINIONS. TABLE OF CONTENTS SECTION 1: . TEST SUMMARY & INFORMATION Summary of Test Results Test Period Summary 'Test and Formation Data Rate History Table operator Job Log SECTION 2: ANALYSIS Analysis Plots SECTION 3' MEMORY GAUGE DATA Gauge No. 10079 1.1 1.2 1.4 1.5 1.7 2.2 3.1 I)a t e: 6--J'UL.-.ar~ Ticket No: 003?56 Page .)UMMARY OF TEST I...ease Owns. r: ARCO ALASKA We].]. No,: 5 [.': o u n t y / L. S D: Countr ?: L J, S, A, I::' o r M a t i o n T e s t e d: K U P A R LJ K Hole Te~p: 185,00 F Total Depth: 14750,00 .Pt Net Pay: 64,00 .Pt Gross Tested Interval: 14480,00 -. Per.Porated Interval (?t): '14480,00 - ~4526,00' ~4532,00 .- Lease NaMe: MCINTYRE ]'est No, State/Province: ALASKA 14550, O0 4550, O 0 ECOVER Y: CALCULATED RESERVOIR PARAMETERS Gauge No: 10077 Period No,: 4 Depth Extrapolated Pressure (psi), Production Rate (bbl/d) ..... F'low Capacit~ (~d-¢t) ....... Per~qeabilit~ (~d) ........... Skin F tot a(~ , , , , , , , , , , , , , , , , , I)a~age Ratio ................ Theoretical Rate (bbl/d) .... FlOR NER / v a r, ...... 4354 ...... 1241,1 ...... 17024,20 ...... 266,00 ...... 38,~ ...... 7362,2 Rate 14379,00 ?t CURVE MATCH REMARKS: Il i) a 1.e: 6 '- J U t... '"' 8 ? Ticket. No: 003;756 Page No: 1,2 Ga t.,ge I D A B B C C D D' E No,I P E R I 0 I) 1 'TEal PER]:OD SUMMARY 10 079 I)ep 1' h: 14`3;3;79,00 · r.. o ~., r~ i I::' T I 0 N +'1' B].anked of'.~': No PRESSURE (psi) .DURA'lION S'tar 1' Draw-down 4,3;22,,3;7 lend I)raw.--down 4175,8i 5,83 Si.ar1' Buiid-up 4175,81 E n ,::t B u :i. 3. d - u p 4 3,3; 3,6 3 61 , ~ 7 S~ar' 1' I)raw..-.dowr~ 4333,63 End Draw-ciown 3886.6'1 ~710,10 Si.ar1. Build-up 3886,61 End Build-up 4352,13 2059,87 ( ~ :i. n ) NOTE;,, -f:'or F'ressure vs, 'l'it~e Plo~:~ see next. page, 6-JUL-'89 Ticket No: 0OS758 ~ Page No: TEST AND FORMATION DATA r.:'or~iatior'~ Tested: I<LJRARUI< Ail Depths Measured Fro~: R I.:.~ 1 e v a t i o n .: 2 5. Total I)epth: 14750, Net Pay: 6~, l-lole or Casing ,:~ze: 7 0 Gross Tested Interval: Per.Forated Interval (~'t): '~ 4480,00 .... 14526,00 '~ ,K ,B, O0 Ct O0 4:t 0 -P t 0 i n 4480, O0 - 14550, O0 ~:t 4532,00 - 14550,00 Type: Weight: Viscosity: HOLE I::'I..UID DEISEL 6,80 lb/gal 0 sec: onds HOLE: TEMPERATURE Depth: '14~79, O0 Estimated: 0,00 F' Actual: 185,00 F' t..IYDi<OCAR BON PROPERTIES Oil Gravity (API): 28,2 8 60 F Gas/Oil ratio (ScF'/STB): 620,0 Gas Grav:i. ty (oG): 0,68 TYPE CUSHION DAI'A AMOUNT SOURCE FI..UII) PROPERTIES FOR REC[)VERED MUD AND WATER RESISTIVITY CHLORIDES 8 F PPM @ F' PPH 8 F PPM 8 F PPM 8 F PPM 8 F' PPH SAMPLER DATA SurCace Pressure Volu~e o.F Gas: Vo].u~e o.P Oil: Vo.l.u~e of' Water: Volu~e o.P Mud; Total l..:i.q o id.m: 0 psi 0 f't5 0 cc 0 cc. REMAI~I<S: 1,4 WE I GHI' P H Da ~ e: 6-JUI..-89 Period Test No Type 0 1 DD 1 2 BU 2 3 DD 3 4 BU 4 Ticket No: 0O3758 Page No: RATE HISTORY T6BL. E Prod Rate q(j) (bbl/d) 0,0 877,0 0.0 1241,1 0.0 · 0. O0 0, O0 0.10 0.10 I, 02 I, 1.2 29.50 30.82 34.33 84.9,.9 1.5 Da 't'e: 6-JUL-89 Test No: 2 Ticket OPERATOR Type o? Flow Measuring Device: CHOKE SURFACE GAS TIME SIZE PRESSURE RATE HH:MM:SS (in) (psi) (MCF/D) 3-JUL-89 05:30:00 07:20:00 07:20:01 10:30:00 11:00:00 16:15:00 16:20:30 16:21:01 16:23:30 16:28:30 17:29:45 17:33:15 17:39:00 18:00:00 19:01:01 19:50:00 20:00:00 .80:10:00 20:20:00 80:45:00 4-JUL-89 22:00:15 6-JUL-89 08:20:00 10:34:00 11:00:00 21:25:00 18/64 82/64 26/64 30/64 26/64 26/64 26/64 24/64 26/64 26/64 30O0, O0 No: 003756 Page No: 1,7,1 JOB LOG LIQUID RATE (bbl./d) REMARKS PRESSURE TEST LINES RIH WITH S/L TO SET RECEPTA[;LE FOR DOWNHOLE SHIJT-IN TOOL. O,O,H WITH SLICKLINE RIG UP WIRELINE E/L ON BOTTOM OPEN TO TANK TO PULL DII--FERTIAL ACROSS S/I TOOl.., OPEN SHUT-OFF FOR 5 MIN FLOW SHUT IN WELL. FOR 1 HR BUILDUP OPEN WELL ON 18/64" HTR CHOI<E INCREASE HTR CHK TO 22/64" INCREASE HTR CHOKE TO 26/6'4" INCREASE HTR CHOKE TO 30/64" DECREASE HI'R CHOI<E TO 26/64" OIL TO SURFACE WELL FLUII)S GOING l'O SEPARATOR DECREASE HTR CHOKE TO 24/64" INCREASE HTR CHOKE l'O 26/64" DROP 1.00" ORIFICE PLATE SHUI' IN WELL SLACK-OI::'F E/L.. TO E(~IJALIZE TOOl... OLIT OF HOLE; END 01=' TEST S/L RIG UP '1"0 RETRIEVE 'f'OC)l.. D/I"I SHLJTOFF:' TO[)L RETR:[EVI!i:D !0 10 DERZVRTIVE LOG-LOG PLOT - Test No: #1 ., - Gauge No: 1007~t - Period No: 4 - Nell: 5 . _ Comp any: RRCO. RL~SKR Rnalyst: MIKE PETTEE _ FlouJ Time: 32.G2 hr · , Derivative Technique: Heighted Mean Slope ' Hindom Size Per Cycle-lg. la __ t, t t , , , ,LJ .... · , , , , ·,J . 0-3 l 0-~ 10-' .... i' i i- i Fill : ' i "" F : [., I I L ! l ! I .... t L I ,/..l ! ti 10e 101 Supe rpos i t ion I I I I Ill Z Z HORNER PLOT 4.45 4 4.25 X O-4.15 4.05 _ 3.95-- - Slope = 11.51 psi/cyc!e - P~ = 4355.0 psi - kh = 17024.2 md--~t - k = 266.003 md - - Skin = 38.88 3 85~ ............... d_ ...... L .._Ll_L~li-[ _. Test Ho: 1 - 6~uge No: 10079 - t~eP i ocl No: 4 _ Hel I: 5 - Company: RRCO RLRSKR - Rn~!yst: HIKE PETTEE -- , F. low_ Time: 30.G2 hr _- · 4.45- 4.35 4.25 X ~4.15 4.05 3.95 3.85 10-$ 4 5 ARCO ALASKA HIKE P£TTE£ I,, I I ! Ill 10~ f'" i i i i IJf Test No: #1 : Gauge No: 10079 - Period No: : Hell: : Company: - Rnal yst: _ L ! Pressure vs log(De I i iii[ii i I 1 I I i L · l I Ill . .. 10-1 I [ I [ I llll Delta Time (hours) Time) [ i i f i i f'i' ! I ; t t ... t LIlli 101 l' f l ! Pressure vs Delta Time 4.45 4.:35 4.25 3.95 3.85 ,Fi'ii i , i i ' i iii, i i i' ii 'j ii ii ii , i i ii"' , ii ii ii i'i i'i i'i ii'ii i'i'i i i i i, iii ii-Fi, i i iiI ii ~i ii ii iI i i ii, , , ,',_ i i i I i 'JIILIII! I lilt I Ii Iii iIltl tlllIIttL! llll llll 3.1 7.2 11.9 15.4 19.6 :P3.7 Test No: #1 Gauge No: 18879 Period No: 4 Nell: 5 Company: RRCO RLRSKR Rna ! yst: MIKE PETTEE - 27.B 31.9 38.8 Z Z I]elta Time (hours) , Date: 6-JIJI...-89 Ticket No: 003756 ~ Page NoJ TEST PERIOD SIJMMARY Gauge No,: 10079 Depth: 14379,00 ~t Blanked o~¢: No ID PERIOD DESCRIPTION PRESSIJRE (psi) S'tmrt .Draw-down 4322,37 End Draw-down 4175,81 Start Build-up 4175,81 End Build-.-up 4333,63 Start Draw-down 4333,63 End Draw-down 3886,61 Start Build-up Y5886,61 End Build-up 4352,13 NOTE: .Pot Pressure rs, Time Plot~ see next page, I) U R A'r I 0 N 5,8;5 61,37 1710,10 2059,87 (M:i.n) X 3 Test No: 1 Gauge No: 10079 Company: ARCO ALASKA Pressure/Temperature Hi story Nell No: 200 ~ 150 © l)mte: 6-JUL-89 Ticket No: 0 03756 Page No; 3,1 ,1 PRESSURE HALLIBURTON Gauge No.: 10079 MeMory Recorder No.: 20035 VS TIME Gauge Depth: 14379,00 .P 1' TIME I) TIME PRESSURE TEMP HH: MM: So ( Min ) ( psi ) (F) COMMENTo 3-JUL-89 05:30:00 07:20:00 07:20:01 07:21:10 07:44:30 08:07:50 08:31:10 08:54:30 09:17:50 09:41:10 10:04:30 10:27:50 10:30:00 10:51:10 11:00:00 11:14:30 11:37:50 12:01:10 12:24:30 12:47:50 13:11:10 13:34:30 13:57:50 14:21:10 14:44:30 15:07:50 15:31:10 15:54:30 16:15:00 16:17:50 16:20:3(i 16:21:0i Data Print Frequency: 100 1317,053 2119.003 2629,407 3135 634 4048 191 4327 944 4326 999 4329 203 4329 435 43,~9 539 4329,636 4329,683 4329,754 4329.839 4329,888 4329 937 4329 948 4329 731 4333 268 4334 215 4334 100 4333 920 4333 050 -z ,:>,'~ 2 85 ~,..t I... ! 34, 54, 75, 104,2 152. 173, 173, 173, 173,9 173,9 174 174 174 174 174 174 173 173 173,9 173 9 174 0 0 0 0 0 0 0 7 6 173,5 173,4 173 ':' PRESSURE TEST LINES R E C E I T A C L. E RIFI WITH S/I_ TO SET .... ~ FOR DOWNt-IOI_E SHUT-IN TOOl.., O,O,H WITF! SLI[;KI_INE RIG LIP WIRELINE E/L. ON BOTTOM 0 P E N 'f'O 'T'A NI( '1"0 P t. JI... L "" ~'~ ¢" (" 0 D;I: F'F'ER'I' ]:Al... ACR uoo o/I 'tOOL, Date: 6-J[JI..-89 Ticket No: 003756 PRESSURE VS TIME HAI...LIBURTON Gauge No,: 10079 MeMory Recorder No,: 20035 TIME D TIME PRESSURE TEMP HH: MM: oS (~in) (pmi) (F) 3-JUL-89 16:22:44 0.00 16:22:58 0.23 16:~.3:12 0 .47 16:23:26 0.70 16:23:30 23:4(i 0,93 16:23~54 1,17 16:24:08 1,40 16:24:22 1,63 16:24:36 1,87 16:24:50 2.10~ 16:85:04 2,33 16:25:18 ~,57 16:25:32 2,80 16:25:46 16:26:00 3,27 16:26:14 S,50 16:26:28 3.73 16:~6:42 16'26:56 4 16:~.., 10 4,43 16:27:24 4,67 16:27:38 4,90 16:27:5'~ ~.. 5,13 16:~8:06 5,37 16:28:20 5,60 16:~.8:30 16:28:~4 5,83 Page No: 3,1,2 Gauge Depth: 14379,00 COMMENI'S Data Print ~ Start 4322,369 1 4158,443 1 4237,762 1 4272,486 1 Frequency: o~ Period I 73,6 73,6 73,6 73,6 4283,565 173,6 4223,883 173,6 4207,935 173,6 4201,719 I73,6 4198,880 173,6 4196,295 173,6 4194,725 173,6 4191,973 173,6 4189,820 173,7 4186,718 173,7 4184,475 173,7 4182,204 173.7 4180,15~ 173,7 4178,946 173,8 4180,019 173,8 4178,197 173,8 4180,877 173.9 4183.374 173,9 4175,327 174,0 4176,595 174,0 · 4175 '" , 7c~6 174,1 4175,813 174,1 ~ End o~ Period 1 OPEN SHUT-OFF FOE 5 MIN FI_OW SHUT IN WELL FOE 1 HR BUILI)UI.~ Date: 6-JUL-89 Ticket 003756 Page No: 3,1,3 PRESSURE HALLIBURTON Gauge No,: 10079 MeMory Recorder No.: 20035 TIME D TIME PRESSURE TEMP HH:MM:SS (Min) (psi) (F) VS TIME Ga uge Dep th: COMMENI'S 14379. 3-JUI..-89 16: 28: 48 0 16:30:40 2 16: 32: 32 3 16:34:24 5 16:36:'16 7 16:38:08 16: 40:O0 11 16:41:52 13 '16:43:44 15 16:45:36 17 16:47:28 18 16:49:20 20 16:51: 1~ 22 16: 53 ~ 04 24 16:54:56 26 16: 56: 48 28 16: 58: 40 30 17:00:32 31 17: 02: 24 S3 17:04:16 35 17: 06: 08 37 17: 08:00 17:09:52 41 17:11:44 43 17:13:36 45 17:15: e:8 46 17: i 7: 20 48 17: 19:12 50 17: 21: 04 52 17:24:48 56 1 7: 86: 40 58 .,: 28 ' 32 ':~ 17.: 29: 45 '17:29:5b 61 .23 .10 ,97 ,83 .70 .57 43 30 17 03 90 77 63 50 .37 ,23 ,10 ,97 .83 70 ,"37 43 30 17 03 90 77 63 50 37 10 97 ,37 Data Print Frequencp: 8 · x..x..x. Star t o¢ Per i od 2 .x..x..x. 4201,068 4326,209 4328,417 4329 340 4329 966 4330 456 4330 863 4331 186 4331 412 4331 638 4331,857 4332.071 4332,251 4332,410 4332,546 4332.677' 4332,803 4332,915 4333,006 4333.080 4333,161 4333,225 4333,~73 4333,305 4333.351 4333.399 4333.432 4333.468 4333.504 4333,532 4333.565 4333.601 4333,632 174,2 174 5 174,5 174 5 174,4 174 4 174,4 174 3 I74,3 174 3 174,3 174 2 174.2 174,2 I74,2 174,2 174,1 174,1 174,1 174,1 174,1 174.1 174,1 174,1 174,0 174,0 174 0 174 0 174 0 174 0 174 0 174 0 174 0 4333,632 · x.-x.-x. E n ct o f' P e r :i. o (:1 OPEN WELL ON 18164" I..l'l"R C H(] K E I)mte: 6-JtJL-89 ~ Ticke~t No: 003756 Page No: 3,1,4 PRESSURE VS HALLIBURTON Gauge No.: 10079 He~or~ Recorder No.: ~0035 I"IME Gauge Depth: 4379,00 I'IHE D TIME: PRESSURE TEMP HH:MM:SS (Min) (psi) (F) COMMENTS 3-JUL-89 17: J 0: 1 0 1~7:33: 15 17:59:00 17:44:10 17:58:10 18:O0: O0 18:18:10 18:26:10 18:40:10 18:54:10 19:O1: O1 19:08:10 19:22:10 19:36:10 19: 5 0: 00 19:50:10 20: 00: O0 20: 04:1 0 20: 10: 00 20:18:10 20:20:O0 20:32: 10 20:45:00 20:46: 10 21: 00: 10 21:14:10 81:28:10 21:42:t0 21:56:10 22: 10: 10 22:24: 10 2;~: 38: 10 22: 52:10 23:06:10 23: 80: I 0 2Z~ ~ ~4 ~ I 0 23:48:10 4-J'UL-89 00:02:10 00': 16:10 00: 3 O: ~ 0 00: 44:'10 00: 58: '10 01: 12:10 01: 26: 10 0,23 14,23 28.23 42.23 56.23 70.23 84.23 98.23 112.23 126.23 140.23 154.23 168.23 !82.23 196.23 210.23 224.23 238.23 252 23 266 23 280 23 294 23 308 23 336.23 350.23 378;23 392'.23 406.23 420.23 434.23 448.23 462.23 476.23 l)a~a Prin~ Frequency: 60 m~ Star~ o¢ Period 3 ~ 4282. 152 174.0 INCREASE HTR INCREASE HTR ~847.984 177.1 3836.420 177,6 3682,692 177,9 3693,470 178.2 3717.146 178,3 3799,14(} 178,3 3798,129 178,3 3864,680 178,3 3941.073 178.3 3962.650 178.2 3982.304 178.2 4134.088 178.2 3941,278 177,9 3909.281 3847,948 3829.181 3832.402 3834 630 3837 081 3838 587 3847 946 3842 034 3841 658 3841 762 3849 059 3854 235 178,0 178,1 178,3 178,4 178 4 I78 5 178 5 178 5 178 6 178 6 178 6 178.6 178.6 178.7 CI..IK TO 22/64" CHOI<E TO 26/64" INCREASE HTR CHOKE TO 30164" DECREASE HTR CHOKE[ TO 26/64" OIL TO SURFACE WELL FLUIDS GOING TO ,SEI~ARATOIB DECREASE HTR CHOI(E TO 24/64" INCREASE HTR CHOKE TO 26/64" DROP 1,00" ORIFICE PLA'TIE 3853,788 3859,350 3874,849 3881,731 3886,057 3886,125 3887,572 78,7 78,7 78,7 78,7 78,7 78.7 78.7 .? 't Dm te: 8-JUL-89 Ticket No: PRESSURE VS TIME HALLIBURTON Gauge NO,: 10079 MeMory Recorder No,: 20035 TIME D TIME PRESSURE HH:MM:SS (Min) (psi) TEMP (F) 003756 Page No: 3,1,5 Gauge Depl'h: 14379,00 COMMENTS 4-JUL-89 Ol :40:10 O1:54:10 02: 08: 10 02:2.2: 10 02: 36:1 (} 02: 50: 10 03:04: 1 0 03:I8:10 03:32:10 03: 46: 1 0 0'4:00:10 04: 14:10 04:28:10 04:42:10 04:56: 1(I 05:10:10 05:24:10 05: 38: 10 05:52:10 06:06:1 0 06:20: 10 06: 34: 10 06: 48: '! 0 07: (.12:10 07: '16:'10 07:30: 1 0 07:44:10 07: 58:10 08: 12: '10 08:26:'10 08: 40: 10 08: 54:1 0 09: 08:1'0 09:22: 10 09:36:10 09: 50: 10 10: 0.4:1 0 10 :'18: 1 0 10:32:1 0 1 0.:46:10 11:00:10 11:14:10 11:28:10 11:412:10 11:56:10 · 12: 10:1 (} 490,23 504,23 518,23 532,23 546,23 560,23 574,23 588,23 602.23 616,23 630,23 644.23 658,23 672,23 686,23 700,23 7'14 ,,23 728,23 742,23 756,23 770,23 784,23 798,23 812 23 826 23 840 23 854 23 868 23 882 23 896 23 910 '~ ~ 924,23 938 2S 952 23 966 23 980 23 994 23 1008 23 i 022 23 1036 23 1 050 23 1 O64,23 10 ?8 o-.~. 1092,23 1106,23 3889,679 3'889,774 3890,180 3889,367 3888,414 3888,781 3888,644 3890,338 3890,732 3891,249 3891,561 3892,237 3892,019 3893,153 3893 047 3893 506 3893 534 3893 887 3894 259 3894 548 3894 329 3893 590 3893 844 3894 710 3894 967 3895.621 3894 ':)=:'~ ~ ~.. ~.~ ~.. 3896,526 3895,31~ 3896 430 3896 717 3897 220 3897 129 S896 529 3896 275 3897 060 3893 851 3885 610 3877 680 3877 052 3876 ~17 3876 849 3877 692 S878,098 3878,110 3871,363 Pr±nT Freq 178,7 178,7 178,8 178,8 178,8 178,8 178,8 178,8 178,8 178,9 178,9 178,9 178,9 178.9 178,9 178,9 179,0 179,0 179,0 179,0 179 0 179,0 179 0 179,1 179 1 179 1 179 1 179 1 179 1 179 1 179 1 179 2 179 2 179 2 179 2 179 ;.2 179 2 179,2 179,3 179,3 179, ;.'3 179,3 179,3 179,4 179,4 179,4 uenc y: 6O Da '~ e: 6-JU!...-89 Page No: 3,1,6 PRESSURE VS TIME HALI_IBURTON Gauge No,: 10079 Recorder No,: 80035 TIME D TIME PRESSURE TEMP ¢... (-,. HH: MM :,.~o (~in) (psi) (F) Gauge Depth: COW.e:NTS 1.4379.00 4-JUL-89 18.:24: 10 11'.34.23 12:38:10 1148.2.'3 12:52:10 '1162.23 13:06:10 1176.23 13:20:10 1190,23 13:34:10 1204.23 13:48:10 1,2_18.23 14: 02: 10 1232.23 14:04:02 1234.10 14: 18:02 14:32:02 14:46:02 15:O0: 02 15: 14:02 15:28:02 15:4;2:02 15:56:02 16: 10: 02 16:84:02 16: 38: 02 16:52:02 17: 06:02 17:20:02 17:34: 02: 17:48:02 18: 02:02 18: 16:02 18: SO: 02 18: 44: 02 18:58:02 19:12:02 19~26:02 19: 40: 02 19:54:02 20:08:02 20; 22:02 ~0:36:02 20:50:02 81: 04:02 21 ': 18: 02 21:38: 02 21:46: 02 82:00:02 22:00: 15 22: 00: 02 1248.10 1262,1 0 1276.10 1290,10 1304,10 1318,10 1332.1 0 1346 10 1360 10 1374 10 1388 10 1402 10 1416 10 1430 10 1444 10 1458 10 1472 10 1486,10 1500 10 1514 10 1528 10 1542 i0 1556 t0 1570 10 1584 10 1598 10 1612 10 1626 10 1640 10 1654 10 1668 10 t682 10 1696,10 1710.10 1710,1 O' Data Print 3863,868 3878.~75 3893.214 3889.867 3885.456 3882.610 3882.521 3897.378 3896.627 3893,434 3888.502 3891,959 3892,899 3892',645 3894.907 3896,831 3895,597 3898,593 3895,121 3893,135 3892.272 3891,115 J890,918 3892,966 3891.871 3891,764 3898.584 3892.720 3892,402 389~.541 3892.209 3891.875 3891,048 389(} 76B 3889 105 3886 733 3885 506 3885 467 3885 598 3885,513 3885,399 3886.351 3886,607 3886.607 www End Freq 179,4 179,4 179,4 179,4 179,4 179,4 179.5 179,5 179,5 179,5 179,5 179,5 179,5 179,5 179,5 179.5 179.5 179,5 1'79.6 179 6 179 6 1.79 6 179 ~ 179 6 179 6 179 6 179 6 179.6 179,7 179 7 179.7 179 7 179,7 179 7 179,7 179 7 179,7 179 8 179.8 179 8 179,8 179 9 179.9 uenc~: SHUT 60 WELL o-P Period 3 .x..x..x DaTe: - 6-JUL-89 Ticket No: 003756 Page No: 3.1,7 PRESSURE VS 'FIHE HALLIBURTON Gauge No,: 10079 MeMory Recorder No,: 80035 TIME D TIME PRES$IJt~E 1,EMP HH:MM:oS (M:i.n) (psi) (F) Gauge Depth: COMMEN'rS 14379,00 .P t 4-,.l'i. JL-89 22:O0: 16 22 :'14:16 22:28:1.6 22: 42:16 22:56:16 23: 10:16 ;23: 24: 16 23:38:16 23: 52: 16 5-JUL-89 00:06:16 00: 2 0: 16 00:34:16 00:48:16 O1:02:16 O1:16:16 O1:30:16 O1:44:16 O1:58:16 02: 12:16 02:26:16 02: 40: 16 02:54:16 03: 08: 16 03:22:16 03:36:16 03:50:16 04: 04: 16 04: 18:16 04: 31~: 16 04:46:16 05:00:16 05:t4:16 05:28:i6 05:42:16 05:56:16 06: 10:i6 06: 24: i 6 06.: 38: 16 06:52:16 07: 06:16 07:20:i6 07: 48: 16 08: 02: 16 Data Print Frequency: 60 · x--x.x Start o¢ Period 4 .x..x.x. 0.23 4037.174 179,9 14,23 4326.445 180,3 28,23 4331.656 179,8 42,23 4334.392 179,5 56,23 4336,248 179,2 70,23 4337,593 179,1 84,23 4338,681 179,0 98,23 4339,569 178,8 112,23 4340.293 178,6 126,23 140,23 154,23 168,23 182,23 196,23 210,23 224 23 238 23 252 23 266 23 280 23 294 23 308 23 322 23 336 23 350 23 364 23 378 83 4~6 83 480 83 434 R3 448 2~ 462 23 476. 23 490 23 504 23 518 23 532 23 546 23 560 23 574 2~ 588,23 602,23 4340,935 4341,527 4342,018 4342.474 4342,880 4343,243 4343,595 4343 906 4344 207 4344 478 4344 733 4344 ?64 4345 191 4345 398 4345 593 4345 772 4345 953 4346 126 4346 280 4346 436 4346 573 4346 '~ ,13 4~46 841 4346 970 4347 091 4347 806 4347.317 4347 427 4347 529 4347 626 4347 731 4347 814 4~47 906 4348 004 4348 089 178,5 178,3 178,2 178,0 177,8 177,7 177,6 177,5 177,4 177~3 177,2 177,1 177,1 t77,0 176,9 176,9 176,8 176,7 176,7 176,6 176,6 176',5 176,5 176,4 176.4 176,4 176.3 176 , ;3 176,3 176,2 t76.2 176,1 176.1 176,1 176,1 Date: 6-JUL-89 Ticket No: 003756 P R ESSUR E HAL. LIBURTON Gauge No.: 10079 Memory Recorder No.: 20035 TIME D TIME PRESSURE TEMP HH:MM:SS (min) (psi) (F) VS TIME 5-JUL-89 08: 16: 16 08:30:16 08:44:16 08:58:16 09:12:16 09:26:16 09:40: 16 09: 54: 16 10:08:16 10:22:16 1.0:36:16 10:50:16 11:04:16 11:18:16 11:32:16 11:46:16 12:00:16 12:14:16 12:28:16 12:42:16 12:56:16 13:10:16 13:24:16 13:38:16 1::5:52:16 14: 06:16 14:20:16 14:34:16 14:48:16 15: 02:i6 15:16:16 15:30:16 15:44:16 15:58:16 16:12:i6 16: ;.'-.~6: 16 16:40:16 16:54:i6 17:08:16 17.:;22:i6 17:36:16 17:50:16 18:04:16 18:18:16 18:32:16 i8:46:!6 616,23 631). 23 644,2'2_3 658,23 672,23 686,23 700,23 714,23 728,23 742 23 756 23 77O 23 784 23 798 23 812 23 826 23 840 23 854,23 868.23 882 23 896 23 910 23 924 23 938 23 952 23 966 ;.'.":3 980 23 994 23 1008 23 1036 23 1050 23 t 064 23 107a 23 1 092 23 1106 23 1120 23 1134,.:.3"'" 1148 23 1162 23 1176 23 1190 23 1204.23 1218.23 1232.23 ! 246,23 Data Pr.i.n~ Freq 4348.I81 4348,274 4348.357 4348.436 4348,515 4348,586 4348,655 4348,730 4348,806 4348,869 4348,934 4348,~97 4349.055 4349.121 4349.179 4349.234 4349.290 4349.343 4349,4(12 434~,450 4349.508 4349,556 4349,6(14 4349,650 4349,704 4349.749 4349,782 4349,828 4349,874 4349,926 4349,971 4350.015 4350,050 4350,098 435(I,141 4350,184 4350.214 4350. 248 4350 282 4350 322 4350 356 4350 392 4350 418 4350 456 4350 487 4350 517 176,0 176,0 176,0 175,9 175,9 I75, 175,9 175,8 175,8 175,8 175,8 175,7 175,7 175,7 7,a, 7 175,7 175,6 175,6 7,.,, 6 t75,6 7,.~, 6 175,5 175,5 175.5 175,5 175,5 175 175,5 175,4 175,4 175,4 17,.5,4 'i'75,4 175,4 175,75 175 ,"",:~ 175,3 175,3 175,3 175,3 175,3 175 175,2. 175,2 175,,::."' uenc y: 60 Page No: 3,1,8 Gauge Depth: 14~79,00 .Pt COMMENTS Qate: 6-JUL-89 Ticket No: 003 ?., 6 PRESSURE VS TIME HALLIBURTON Gauge No..: 10079 MeMory Recorder No.: 20035 TIME D TIME PREoSURE TEHP HH:MM:SS (rain) (psi) (F') 5-JUL.-89 19:00:16 1260.23 19: 14:16 1274.23 19:28:16 1288,23 19:42:16 1302,23 19:56:16 1316,23 20:10:16 1330,23 20: 24:16 1344,23 20: 38: 16 1358.23 20: 52: 16 1372.23 21:06:16 1386,23 21: 10: 42 1390.67 21: 24: 42 21:38:42 21: 52:42 22:06: 42 22:20: 42 2;? :34: 42 22: 48:42 23: 02:42 23: 1 ,(.)~ 42 23:30: 42 23:44:42 23:58: 42 6-,1'UL-89 00: 12:42 00:26:42 00:40: 42 00: 54: 42 01: 08:42 01: 22: 42 O1:36:42 01:50:42 02: 04: 42 02:18:42 02: 32: 42 02: 46:42 0 S: 00: 42 03:14: 42 03.: 28:42 03:42: 42 03:56: 42 04:10:42 04; 24; 42 04:38:42 04:52 ~'42 05: 06: 42 1404,67 1418,67 1432,67 1446.67 1460,67 1474,67 1488,67 1502.67 1516,67 1530,67 1544,67 1558,67 1572,67 1586,67 1600 , 67 1614,67 1628,67 1642 67 1656 67 1/...,70 67 1684 67 1 698 67 1712 67 1726 67 1740 67 1754 67 1768.67 17~i~2,67 1796,67 1810,67 1824,69 1838,67 185;!."..67 1866.67 4350,555 4350,583 4350,605 4350,637 4350,666 435'0,698 4350,72'7 4350,762 4350,788 4350,813 4350,830 · x..x.-x. End 4350,858 4350. 886 4350,920 4350 947 4350 977 4~'.~51 004 4351 031 4351 056 4351 080 4.351 105 4351 12,'-3 4351 t60 Print Frequency I75,2 175,2 175,2 175,2 175,2 175,2 175,1 175,1 175.1 175,1 175.1 o~ Period 175,1 175,1 175,1 175.1 I75,1 175.1 175,0 175.0 175,0 175,0 175.0 175,0 435 !. 182 4351 .207 4351, ;i~31 4351 256 4351 278 4351 302 4351 324 4351 354. 4351 3'74 4351,394 4351 419 4351 440 4351 464 4351 487 4351 500 4351 52.1 4351 541 4351 562 4351 580 435'1,595 4351 ,615 · 435'~, ,535 175, (I 175,0 175,0 175,0 175,0 175,0 175,0 175 0 174 "2 174 9 174 9 174 9 174 9 174 9 174.9 174,9 174,9 174,9 174,9 174,9 174,9 t74,9 60 4 -x. -x..x. Page No: 3,1,9 Gauge Depth: COMMENTc',,~ 14379,00 ~'t Date: 6-JUL-89 Ticket No: 003756 Page No: :3,1,10 PRESSURE VS TIME HAL. LIBURTON Gaoge No,: 10079 MeMory Recorder No,: 20035 TIME D TIME PRESSURE I'EMP HH:MM:SS (Min) (psi) (F) Gauge Depth: COMMENTS 14379,00 .Pt 6-.JUt.-89 · 05:20:42 1880,67 05:34:42 1894,67 05:48:48 1908,67 06:02:42 1922,67 06:16:42 1936,67 06:30:42 1950.67 06:44:42 1964,67 06:58:42 1978,67 07:12:42 1992,67 07:26:42 2006,67 07:40:48 2020,67 07~54~42 2034,67 08~20:00 08:19:54 2059,87 08:20:08 08:43:28 09:06:48 09:30:08 09:53:28 10:16:48 10: 34: 00 10:4 O: 08 11: 0 O: 00 11:03:28 11:26:48 11:50:08 t2:13:28 12:36:48 13:00:08 13:23:28 13:46:48 14:10:08 14:33:28 14:56;48 15:20:08 15:43:28 16:06:48 16:30:08 16:53:28 17:16:48 17:40:08 18:03:28 18:26:48 Data Print Frequency: 60 4351,657 174,? 4351,672 174,~ 4~51,6.91 I74,? 4351,706 174,8 4351,725 174,8 4351,743 174,8 4351,759 174,8 4351,773 174 8 4351.79(! 174 8 4351,808 174 8 4351.824 174 8 4351,898 174 8 4352,(123 174 7 SLACK-OFF 4352,127 '~ End o? Period 4 ~ Data Print Frequency: 100 4067,144 174,7 4324,037 I77,6 4347,967 176,9 4351,776 176,1 4357,751 175,7 4342.661 175,6 4347,111 175,6 4350,881 4351,264 4351,397 4339,304 4351,884 4352,926 4352,153 4350 537 4350 236 4351 082 4331 675 4352 810 4352 038 4353,3~0 4347,85~ 4351,704 4347,97~ 4354,4~5 4352,79~ 175,5 175,4 175,3 175,3 175.2 175 175,1 175, 175, 175, 175,1 175,1 t75,0 175 0 175 0 175 0 175 0 174 174 174 OUT OF HOLE) S/L RIG UP E/L 'fO E(~UALIZE TOCII.. END OF TEST 'fi] RETRIEVE TOOl.. Da'~e: 6-JUL-89 '~ Ticke~ No: O3756 Page No: 3,1,11 PRESSURE VS TIME HALLIBURTON (~auge No,: 1'0079 MeMory Recorder No.: 20035 TIME D TIME PRESSURE TEHP HH:MM:SS (Min) (psi) (F) Gauge Depth; (,OMMt.'.N F,.~ 14379,00 Il 6-JUL-89 18:50:08 19:13:88 19:36:48 20:00:08 20:23:28 20:46:48 21:10:08 21:25:00 21:33:28 21:56:48 22:20:08 22:43:28 22:57:00 DaTa Pti 4351 762 434.9 739 4350 752 4350 246 4352 402 2469.924 9,558 15,180 15,298 15,354 15,432 nt Frequency 174,8 174,9 174,9 174,9 174,9 163,0 81,1 44,0 59,4 60,7 60,9 61 ,2 1 O0 DIt-I SHLITOI::F TOOL RETRIEVED FIELD READINGS /~llllbLl' ~ I/~LII' UIIII IOEC · 90$-I-A ]TEST ,O. O,.U,,, ITEST UNIT DESCRIPTION'IioATE(DAY...~ TIMO"H ~toYR') I PAGE IOF t~ 'FIELD J P'~I" )~ (- 'r )J 'r v J'.) l::' ..i1:5 , I J:qJ~ MM/'~.-~L.I~(:~I~~'' 1 ,l~l":ir'i Al ~.(:~,I~'A )i~lll~i-II"lF B~,Y k'liP~,l~ilk' ':) I~I'~'I~R'~AL"I"~'T~'~) .... IBHP SURVEY DE~ri~ ......... ~;~l,S P.ODUCED TO i(~!~'(4~'~.~-~J'N DIFF. RANGE (INS. H20) IS4~A*rlOc ~RESBURE TAKEN " I ~SIZE I 44t~fl..14~.:.},~;fi (FT.) 'J4:.~'72 (FT.) F1PIPELINE ~] FLARE:. ~;.?A1 (INS) I['J--'li"lfl I [] UPSTR'E:AM' .... D DOWNSTREAM TIME WE:LLHE:AD DATA DOWNHOLE: DATA FLOW CONTROL GAS METERING OIL OR CONDENSATE: METE:RING WATE:R METE:RING' FLOW OR TUBING CASING MAN. HEATER ORIFICE STATIC DIFF. ~:~ ~AVt~i~; GRAVITY ~ DAY.''DURATIoNSHUT'IM PRESS. TEMP. PRESS. B H P B H T CHOKE CHOKE SIZE PRESS. PRESS TEMP. ~AiR~ii;~!,,:~T~R'R~DIN,~,~ ~ , .~ . , ' ·:: :L~,T~E:MP~: ~[~R~R~A~Di~ SALINITY # a, TANK OR Ill ~ 0IL, ~ 2 TANK O1~. (64TH) (S4TH) I%) METER READING TEMP ~) SQOF BSW METER READINg' P ~4 HOUR (HOURS) (PSIG) (OF) (PSIG) (PSIG) (OF) IN) IN) (INS) (PSIG) (1~2 (OF) % H;~B OAFI (%) cLOCK P R i[ A (INS OR SBL (°F) (INS. OR BBL) ~ 5 00 [) (]LIT OI:r HOL. E ~ I TI"I SL. I CK L [ NE , ,~:~,.'~;:::~'~:'~;~;:~i~:~:~,~.,.~ .,,.;.~,,~,.,,,~:., .......... . h~n~ ' ,. s, ;,',r' .~'S:.~ .... : ..... ~, 6.00 [) R I G IJP EL. ECT ~ I C I... ~ N E 4:~-,'::~:~:~4: .~',;::" ~. :;:~ ;:. ~~,,,, ,~:: '::: :, :. , ;;::;:: .~;~::~; ~.~ .~:.~:~::,:, ,, ::,r:~:~r..;:.~/:~. -:.,-~"-'. ,.,,.; ,. ~:. 4 :h 15~ 0 , . ,..:, . ~,.~ ,~.~:::~10 .......... 767 L.~T 2H D3~NHOLE SHUT-OFF TOO .. . ~~~ ,h 1A~ 1fl79 ~A 1'74 )h23~ 970 55 169 418~.9 169 18 3,75: 60 4~.0 0.0 )h28~ 8~8 38 i72 4146,5 177 18 4,25 60 4~. 0 ~ ...... '~ 0. O0 ~ BEG [N 1 HOUR BUILI)UP '°.,~',::~.::::~:~ :. :~::~:,;~,.~,;~,:~:~,~:..~:~,~,~.;~ ~:~,~-~:~ ~~,L:~ . ~h28~ 868 38 172 4146, ~ 177 O - ~29m 986 39 174 4255 6 176 0 I ,h~O~ 1tiff1 41 177 4~19.4 17Ai .h45~ 1036 48 181 4326.0 17~ 0 . 'h... OH 1049 52 179 43~7.1 178 0 ~ I .021 END I HDUR BUILDUP " :~,:.,,_.:;_ , ..... ;-?~.,~:: ~;,;;,.. ~F,~j;:-~t~s~,;,,~,~ ', 'h29m 1054 58 175 4328.1 175 0 ~h2~ 1054 58_ 175 43~.~1_}75 iL ~25 60 4~. 0 O. 0 73 05B INCREASE HTR CHOKE FO 2;~/64' " ,, , . , ~ ~: , 1,~00 : ,~, FIELD READINGS O£C-eOS-,-A I Pl", MCZN'I"YEE ~5 I 80 HM/3-PFIASE I 3JUL.~9 . I ' .o.M.,o. [ :USTOMER ~FIELD OIL METER SIZE (BBLS) R C 0 Al_ ~S K ~ ~ R U D H 0 E ~ Y l( UP ~ R U K ';~, 00 , ~TERVAL TESTED IBHP SURVEY DEPTH GAS PRODUCED TO G'AS METER RUN DIFF. 'RANGE (INS. H20)SIZE iSYATIC PRESSURE TAKE~ 4Z~B0-'~4~,.J0~'~ ,FT., '[4~7::Z ,FT., ~ PIPELINE ~ FLARE ~:~,7~'~"' ,INS, 0"'100 ~ UPSTREAM' DOWNSTREAM TiME WELLHEAD DATA DOWNHOLE DATA FLOW CONTROL ~A5 METERING - OIL OR CONDENSATE METERING WATER METERING FLOw-oR TUBING CASING MAN. H~AT~R ORIFICE STATIC DIFF. .~:~t~: ~[~ ~NG . TIM,:: GRAVITY ~ .~. W~.~" M~ER~:READI~ SALINITY :~.DAY., ~, :: ~:~, DuRASHUT'INTIofl PRESS. TEMP. PRESS. B H P B H T CHOKE CHOKE SIZE PRESS. PRESS TEMP, ~::'['1' =:1)'~ ' ~" .m:~,~.~ '~'~L,~:.~, ~ ~ .: ~:m':.,~:. ;:::,:: .:.;,, ~ a TANK OR · ~ 2 OIL ~ ~ TANK O(~ (64TH) (~4TH) IN METER READING TE~P ~ ~O°F BSW METER READI~ ~4CLocKHOUR (HOURS) CPSI~) (°F) (PS,G) p ~P~R) (°F) ~N) IN) (INS) (PSIS) (~a~) (°f) % HaS (INS OR eel (oF) °APl (%) (INS. OR ........ ' ...... :~?:~; ~' d~27:.:'~.~ L, 'h39~ 452 3:3 1'"-::: :58:~9 3 '180 26 4 85 60 42 0 O 0 ' . /I..I I I I I .,, ~ ..... :h 0~ 418 33 312 3707,3 ~80 :30 9'2~ 60 42,0 ..... ([,0 .... · -' ,:) , :h'lS~ 444 35 43~ 3611~,~. '181 30 9 25 60 41~ O O,O 4 3 '1 00 ¢ P R 0:.)1.1[, :1: ~(:-; ONI..Y I) ]:"'(~ 4 ;::. : ' '' , ':':' ' ' 4 , - .... : Bo,oo 60 42 o .....,h30~ 494 37 ,,,':: ':':',,. ,.~ 36,;4., 1. _181 30 .... ~ ~;. . . , . ~ : ~.. ::.-..~ :h45~ 614 39 591 3714,9 186 30 20,00 60 42,0 0"0 ~ 3. ,..~~ , 50 1 DEC~]E.~,3 [ HTR LHOKE. :'0 2,[~/~4 ~.~?:~..~,~.~ .... : ..... ': ~:'~ :~;= :: ':'" ..... :. . 'h Om 65? 39 6'14 373'1.8 18B 26 24,75 60 42,0 0,0 'h15~ 805 40 628 3792,B 18~ ~6 B4,~5~ '60 4B,0 0,0 : , ': ::/' ;: · ] 2 , O0 ~ I)IE BEI.. ]NEY; GAS TO SUR :ACE: .~~.': ~ ,::.:~,:.~ :~ .:~?~.:::, 1 'h:'~O~ '1008 40 618 3878,3 182 26 33,50 60 42.0 0,0 ,,, ,~ ... ,4// 39.39.6 181 26 37 O0 60 29 9 0 0 ...... ~h 0~ 1037 ~ ~": . . . ~,~6 39E4,8 1~1 26 37 00 60 B9 9 0 0 · ff~. , .... h"~~ ~0Eo 37 ~4~ 3e~3.1 lee ~6 37.o0 60 ae.9 o.0 , '.~. B,67~ DEC]EASI"' HTR ~H[IKE l'0 B,~/64 '= :~ I ,~~ hlO~ 1113 41 538 4062,'l__!81 _ 24 _ 37.00 60 29.9 0.0~ =3. 2 837 INCI~EAS: HTR CHOKE ro 2~/64 'io--, ' - - 1 ,000 ':;, ,'.:~:', ......... ~ ,~ , ,o, .... : ~' ' , , ,',h,:: ,,il ~ ~h~OM . 1180 ~9 510 41~8.9 181 86 37.00 60 ~9,9 0.0 '.~ 3,00~. FI_O~4ING THROIJGH METER - " ~, . .. -1 ,~~ . ,. : .... ~h30~ 1033 36 476 3934,4 181 ~6 38.0'0 60 a9.9 0.0 ~ 3 3.50~ " 745 ............ .... . 1~000. ,.;.,:.. h 0~ 965 37 481 3807,9 179 2~ 1,000 378 74 103 0,00 42,'~5 ~0 29,9 0,2 , ,740 , 1 , 0 37~i.1 181 2~ 1 000 3. 3 74 104 0 O0 47,00 ~O! 29,90'2 h ;50 ~ 95~ 38 527 .... -. c . ' '7" , .......... FIELD READINGS ....... I I:)'F. Mrl'NI'I"Y~i:." :ll:~; I~111 MM/x-PHASE I",~l'mli :~O :USTOMER /FIELD ..................... FORMA'fJd~ ...... lOlL METER SIZE ....... (BBLS)I~ETER R,~IGE "~ d~l?:['~ ~l ~.ql<A I:)l~i I'i")l-lF)F' B~Y ' i~l ip~,I~UK ':) NTE RVAL -TE-,'r £i~ I BHP SURVEY D'Eli't~i ............ GAS PRODUCED TO G'~S-'I~EYk*I~ RUN DIFF' RANGE (INS' H'O' I Si¥;'A~IC PRESSURE TAKEN SIZE ,c~4~!~0...14~J5'j (FT,) 14:.~,'?~.:~ (FT,) [--1PIPELINE .~ FLARE .c.:j. ~/~.j (INS) h--I 0~Z [] UPSTR'EAM' ~(~ DOWNSTREAM TIME WELLHEAD DATA DOWNHOLE DATA FLOW CONTROL GAS METERING- OIL OR CONDENSATE METERING WATER METERING FLOW OR TUBING CASINO MAN. HEATER ORIFICE STATIC DIFF. ' ;i~i:i*r~AI',',~: /TANK OR. ~ · TANK OR # ~ OIL tl~ ~ TANK O,1~_I ~) p ,,..au. ,s~ ,0,,T.. ..,.T.. ~.'"~ .ETE..EAO..G CLOCK (HOURS) (PSIG) (°F) (PSIG) p ,~P~I ) (°F) IN) IN) (INS) (PSIG) ~ ; (°F) 96 H~,S (INS OR BBL (°F) °APl (%) (INS. OR BBL) t-I !h ()~ 9'7t.:t ~'~t3 ',545 :'~'799. D lEU? 2& 1 . Illlll *.XA:~ ~;~ 1 fl9 II. Iii1 ~..'..'iIi lb_(!, 9:'~9 ::~9 ~::~.~:::~ :'~a,::,.~:~ .~a:'~ :~,~. non::~s9 ?x.t ~:~ fl. on ~,~.~n~,n ~h O~ 99(~ 40 5[~l~t 38'17,0 '183 26 1.000 369 66 114 0,00 ~2,75 60 27,3 0,~ h O~ l()~& 40 4~ ~854.9 1~2 2~ 1.000 3A9 ~0 11~ 0.00 ~1.50 ~0 27.3 0.2 h30~ 1031 40 466 3858 7 183 ~.6 1 000 365 57 116 0.00 85.50 60 27.3 ~h O~ 1035 40 448 3859,1 212 26 1.000 379 51 113 0.00 89.75 60 27,3 0,~ . , ~~:~,.'~~. 1 ~h30~ 1039 40 ~3~ 3eSe.~ 21~ 2& 1.000 Ze~ 52 112 0.00 ~4.00 &O 2~.Z 0.2 -. ;h O~ 1035 40 421 3e~7,8 208 26 1,000 387 5~ 111 0,00 ~98,25 60 ;h~O~ lfl~ 40 412 ~5~ 9 20~ 2A I OOfl ~75 53 110 0 O0 102 50 ~0 ~. . ~. ' _ . . . . ~h O~ 103~ 40 ~00 3~61.8 1~1 26 1,000 ~73 5~ lOG 0,00 106,75 60 27,3 0,1 ~h30~ 1036 40 3B9 3862,8 181 26 1.000 372 53 108 0.00 111.00 60 27.3 ~h O~ 1037 41 377 3862.9 192 a6 1.O00 370 5~ 109 O.OO 115.00 ~0 27.3 0.1 "4 ......12 50~ ~",744~ ~. ~ ~ ..... ,h O~ 1037 41 361 38~4.4 217 26 1,000 3~9 5fa~D9 0._0_0 .... ~3.25 rio 27.3 ~0.1 ~ 4 13 00~ '~ 744 ~h30~ 1043 41 352 3863,5 221 26 1.000 3~9 5~:~ 110 0.00 127~5~ ~0 27.3 0.0 FIELD READINGS I ~lNI31-t ~ I Alii' Ul~l ! ITEST NO. ]WlrLL NAMlr OR NUMBlrR ITEST UNIT DlrSCRIPTION 'IDATE oEc:. gOs-,-A IPT, MclNTYRI'."'_' ~5 I 80 MM/3-F FIA~E I 4JU[-89 I 4 15 ('" .... · .... * il ......... R C C) A I... (:~ .:) K ~'~1 p R !.ii) !"1 (:)Ii!: I.:{,~ Y K LJ P ~ R LJ K 2 00 NTlrRVAL TESTlrO laHP SUa-VlrY DlrPTH OAS PRODUClrD T~ GAS METIrR RUN SIZlr OlF" RANGE (INS' "'20) JSI'-~'~-~ PR E:S SU RE TAKlr~ 441i)0 .... '145~;0 (FT.) -JA"z";O (FT.) I--IPIPELINE: FLARE ,~ 7~)1 (INS) 0--100 [] UPSTREAM' DOWNSTREAM , 'T'.;)/L:, , , TIME WELLHEAD DATA DOWNHOLE DATA FLOW CONTROL GAS METERING OIL OR CONDENSATE METERING WATER METERING ~ (~,AW:TY~ #'.~ 'rANK OR ; ' FLOW OR TUBING CASING MAN. HlrATlrR ORIFIClr STATIC DIFF. i::;:GAS: : ! ' # lC)iL OIL i. DAY ;, SHUT-IN PRlrSS. TlrMP. PRlrSS. B H P B H T CHOKlr CHOKlr SIZlr PRlrSS. PRlrSS. TlrMP, :~;. , /' ,~ .! MI~TEm REA~IN(~ T~Mp;~! GRAVITY f~:~:W~ ~(~?~;~ M[T~ RE~D!N~ SALINITY CLOCK (HOU"S) (PSI'' (oF) (PSIG) p ~) (°F' IN) IN) (INS) (PS,O) . (°F) ~ H.. (INS O..BL ...... (°F, oA" , .... (~) (INS. O. BBL, 'h ()~ 10:~4 42 344 3863,1 218 26 1,000 375 53 110 0,00 131,50 87,3 0,0 h30~ 1036 42 33'7 3865 '7 214 ~.6 1 000 50 10~ 0 O0 I35 75 '60 27 ~ 0 0 ,,~ ~ , ,,,,,,,, ,~ . .,~' ;,~: :...., ,., 2~ 1,000 3~ 50 11(~,0,00 1~9.7~ ,,~0 27.3 0,0 'h30~ '1034 42 322 386,8 1 182 26 _1,000 .... =' . ,, __ ~7.,.~ 51 11! 0~_00 14.~7~ 60 27.,~ 0,1 , .~ . 'h O~ 1040 42 314 3868.1 183 26 '1.000 367 50 111 0,00 148,00 :~:::~?0 27.3 O.l h30~ 103~ 42 308 38&7,2 183 ~ 1 000 374 51 111 0 O0 1~1 2~ ~0 27 3 0 . ,:: 3867 O 194 ~6 1 000 '373 51 112 0.~0 154 50 ; . P ()~l 1040 4;2 30'') , . . , 60 28 6 h30~ 1033 ~3 301 3~'7.3 1~3 ~ 1.000 3~ ~1 100 0.00 15~.50 ~0 ~B.~ 0.1 h3()~ 102~ 43 302 3845.~ ~5 2~ 1.O00: 374 45 87 0.00 1~7.25 '~O 28.& ........ 0.2 h 0~ 1035 43 300 384~.5 183 2~ 1.000 373 46 8~ O.OO 172.00 ~0 28.~ 0.1 .... 'h30'~ i009 43 300 3829.6 186 26 1.000 376 45 71 0.00 176.2~ 60 28.6 0.1 ,, . . , ..... h O. 104~ ~2 294 38~3.2 182 ~ 1.000 384 42 91 0.00 180.50 60 28.6 0.1 . h O~ 104G a2 2GO 3G~7.9 1Ga 2~ 1.000 3G1 4G 102 0.00 1G9.00 ~0 28.~ 0.1 .... h30~ 1()3& 43 2~7 3e59,5 le4 ~6 1.000 374 49 102 O,q~ ...... ~_~_0 ~0 2e,~ 0.1 ' 4 ~ 1 50 4 ~': .... ~742 I 000 ,,. h ........ 3'71 0 .... FIELD READINGS CUSTOMER _ I Pl' lvtr-'rKITYl~P~ ~.~j I ~i1 Ivlivi/72;--p~4Aqi= ~ ~Ti)) ~O mFIELD ............... FORMA~ ................ I OIL METER SIZE , v .... ~ETER I {BBLS) I~-RVAL ~'~ ' ' IBHP SURVEY ~E~ ................. ~ ISTATIC PRESSURE TAKEN ;AS .RO~UCED TO GAS METER RUN ruFF..AN;; ¢mS. SIZE ~ 4480-'1455 [) ;FT.~I 14'.~"/:~ ;FT.~ ~,~;EU,E~ F~ARE 5.'761 ,,S~ fl--l~fl ~ ~ UPST~;AM'~ .... DOWNSTREAM TIME WELLHEAD DATA DOWNHOLE DATA FCOWOONTROC GAS METERING OILOR CONDENSATE METERING WATER METERING ............. ~ , , , . ~:'~;-~? :METER READING ~:~ ~[:MP~*GRAVITY :~j~:~ ~ i;4~;::~ ~T~:~RE~pi.~~ SALINITY DAY -: SHUT-IN PRESS TEMP. PRESS. B H P B H T CHOKE CHOKE SIZE PRESS. ;PRESS TEMP. ~ '.~;~ . J; ~ . ~ .. : ,~ :'., DURATION ~ ~ TANK OR ~ ~ OIL ~ ~ TANK 24CLocKHOUR (HOURS) (PSIG) (°F) (PSIG) PS~[~(PSIG) (°F) IN) IN) (INS) (PSIG) (~21~ ( °F) ~ H2S (INS OR BBL (°F) °APl (~) (INS. OR BBL) 7h3(}~ 104(~ 42 244 3863,6 183 2~' 1,000 "3.'7'7 49 106 0.00 217.00 &O 28.8 0.1 ~h 0~ 1050 41:t 237 3864.0 181 26 1.000~ 378 48 104 0.00 829.00 60 28.6 0,! h30 105i) 4;~ 234 38G2.7 183 ~ 1.000! ~7~ 4~ 103 0.~0 ~3,00 60 ~8.6 0.1 · o 0h 0~ 1049 42 233 3861.6 182 26 1.()00~ 373 4E 103 0.00 237.00 60 28.6 0.1 Oh30~ 1047 43 ,..33 3856.1 184 26 1.000~ 376 4E 102 0.00 241.75 60 28.6 0.1 lh fl~ 1048 4~ I~:i~/; 385~.~ 182 ~6 1,000 377 4E 101 0,00 246,00 60 28.6 104~J 4~ 233 ~~.~ 26 1.000 376 4E lO1 0~.~~~2~0~8~ 0,1 28, ~0 ~ END OF rl_O~ ~)ER ~C}D v"~?a~ ~.,.:,...-.,~..~,- '~."::: I ;flflfl..~,..,~. 8h O~ 1049 43 232 385~,1 183 2~ 1,000 376 4~ 100 0,00 254,50 60 28,6 0,1 2h O~ 104~ 43 2.-S~ 3859.1 t83 0 254.50~ ~0i 28.~ 0.1 '~6 47 ~71 END OF ~HLJT-IN PRICI~ TO PRE[ FL(iW (NO BHP GAUGE) '" 17 TEST RESULTS ' P'F, MEINTYRE ~5 IPRUDHOE _RAY ~+~MER · O,l GRAV,TY~. 6OOF,OAp,, IG^S SpEOF,C O.AV,.y I,.TE.VA. TESTEO ,FE~, ISTA.OA.D co.omo.S ~;~j SHUT-IN PRESSURE HEAD SIZE TOR PRESSURE ~ HOLE TEMP GAS FLOW RATE OIL FLOW RATE FLOW ~ ,,~;~ TIME TEMP PRESS- ~ RATE % STO BBL~ WOE WGR URE TIME "*" .... ~ ~ *"'""'" Qg Qo ~/ o~. ~ PI (BBL/PSI) 24 HR ~ D~P~iI~ -- [STO BBLJ BBL BBL c,:),:~ Ll R E T E N !::.,:) ;0 0 0 ..I 5h3~ m '0 I '.'~: ;; ~ 8:~ 3 R LIN. I N HOi...E H Z TH ,:)L...I. CK I... :i NE /n ~:. ~ ~ 0 ~;~ ~ 5.0{] 0 0Lit (]F' HDLE: WITH SI...ICI(L.]NIE ~;~::~ 6,0{]0 RZ(; UP EL..ECTRIC L..INE lh30~ O :m ;:~ :~:~ ~), ~; ~0RUN IN HOI. E WITH E:L. ECTI~]C I..INE 2h 1 ~ 0 ~,.~.'.,.',:1(),7,~0 GAUE;E ON BOTTO~ AT 14,37;~ F:'T(HI)) 6h 'J ~;~ '1 3 56 0 4321 . 6 . ,:~ H U l'- 0 F F' T 00 L ~:~:3 ~,:; O,OOO ~EGIN 5 HINLJ'I'E F'L.O~ 6h23~ ~70 55 18 418c~.? , ,~ M I N Ll'[ E F I. (:] W 4,2 6h2Er~ 868 38 ~ 8 4146,5 i 77 777,24 : 0,O()O D)EGI~ 1 HOUR BUIL. DUp ,o 6h2Er~ 868 38 0 4146,5 'l 77 ~h2~'~ 786 37 0 4855.6 176 ~h30~ 1001 41 0 4517,4 176 ~3.- 2 ~ ;~ 13 ~h45~ 1036 4~ O 432~, O 175 ,,,, 7h ~ 0~ 1047 52 0 4~27,1 ~7B 3?. 1,02~ END ~ HOUR ~U~I_~UP 7h29~ 1 054 58 O 4528.1 175 3 O.O~O IEPEN WELL lO FL[W ON AN 18/64 ADJ HTR CHK 7~2~ i 054 58 18 43~8.1 175 TOTAL WELL EFFLUENTS PRODUCED KLOW TIME FLOW TI~E NUMBER FLOW TI~EEND NUMBER ~o. 5h30~ ~o 17h2~ · FOR RATE FOR TEST UP TO OF RATE 'S ( MSCF,:0. 0 0 o,L,..LS,: 6 . () (~ WATER (BBLS): 0 . O 0 GAS( M~F,: OIL (BBLS,: WATER (BBLS,: ii ~il TEST RESULTS · IPT, McTNTYRF_. ~5 IP~ll~Hfl~' ~Y ~.TIJL~9 ~I~CO AI.-gSK A I 42. r~O I1 4480--14F50 114'75 FLOW OR WELL HEAD WELL CHOKE SEPARA- BOSOM HOLE BOSOM CORRECTED CORRECTED WATER ~ ~. ;:~SHUT-IN PRESSURE HEAD SIZE TOR PRESSURE ~ HOLE TEMP GAS FLOW RATE OIL FLOW RATE FLOW ~ [ M~F '} ~' '~ ~']~;:,: TIME TEMP PRESS- ~ RATE % ~TO BBL~ WOR WGR URE _ . ,. ,?' .". ,', Qg Qo 24 HR ~ ~ [STO BaL/ "eL BBL ,0~8 ] NCRE A,:)E t"l"fl~ CH(]KE TO 2~/64" 7h3;f ~ 718 39 22 4062,1 177 ~l 'q3'~!~ ' '1,~,4 ] NCR[ ASE 'FI'IR Ci.~[]KE TO ,;:6 3839 3 180 7hSSm ~ .... · 3~;~;; 5[4 IN{.,RI::~A,:)t::. HTR CHOKE: TO 3( /64" 3.33 8h ~ 418 33 30 3707,3 '180 1,0o4 P O )t.:C:[NC CNL 8hS~m 494 3, 30 36~:4 1 181 6284 88 , 8h4~a 614 39 30 E;I"IC} 3714, ? 186 , :~3.~ .'.~,~, 1 "5(] 4, ~ ECRE AOE,.) HTR KE TO e:.~,/64') '" 4 , 60 9h C ~ 659 39 26 3731 .8 182 2777,04 9h1~ 805 40 26 3792,2 182 ii~3~;: :;~2,004 I:IESEL ONLY; GAS TO SURFACE 11.19 9h3~ 1008 40 86 3878.3 182 5115,~0 9hS(m 1028 38 26 3939.6 181 ~1534,68 'Oh 8m 1837 38 26 3954.8 181 , ~ 2,5K~7 kELL FI_OWING TO SEPARAT(tR 8h ~m 1828 37 26, 3923,1 182 '~ 2,6}1 ~ECREASE HIR CHCKE TO 2,~/64" :OhlO~ 1113 41 24 4862,1 181 ,;~;,~.~ 2.8~ 7 ] NCRE ASE HIR CHCKE TO 2~/64" 'Oh20~ 'ilO0 39 26 4138.9 181 ~Oh3E. t 033 3'~ 26 3934.4 ~81 876.9~ 'OhAS~ l 001 36 26 3879.8 181 TOTAL WELL EFFLUENTS PRODUCED ,,, ,, ,,, FLOW TIME FLOW TIME NUMBER FLOW TIMDEND NUMBER RO~ 1 ~h ;~ TO ~ {)h ~ FOR RATE FOR TEST UP TO OF RATE .~, .~.,~ 127.30 ~,~;..~,: 205 . 54 w.~.. ,..~,~ O . 00 ~.~, .~.,: o,~ TEST RESULTS ;:!; ' JF'T, Hc INTYRE ~.; IPRLIDHOE ~Y 3JUL. 89 3 /-.,, , ,, JSTOMER OIL GRAVITY@60°F (°APl] IGAS SPECIFIC GRAVITY IINTERVAL TESTED {FEET] ISTANDARDCONDITIONS{AIR: 1 ) FLOW OR WELL HEAD WELL CHOKE SEPARA- BOTTOM HOLE BOTTOM CORRECTED CORRECTED WATER J~/, GOR ~ii~ ~H,,~.,. ~R~ .E~O ~,~E .OR P.E~.~ C~.O~E ~EMP ~ ~LOW R~TE O,L FLOW RATE FLOW '""t M~:~ ~ : TIME TEMP PRESS- {~ RATE % STO BBL~ WOR WGR URE 'r,~,E ., *",',',,',......... Og OD r'l/ OGR ,~ p! (BBL/P¢" 3,5(i 4 , 34 ,~.-'"", 9 5 ,26 ' 1 h 0 a 96',5 37 ;.:2I!) 378 3807,9 1 '79 953,57 2771 , 49 2,78 0 , 00 2909ii' 3 4 1 h3{}a 952 38 26 .... "' ,5/3 3791,1 181 944,43 1239,88 2,48 0,00 1315,46 . 2h {}ti 9'78 38 2./.5 363 3799.0 182 912,'ili{ 1606,15 1,61 O,OO 1762.55 5 0C4 60 3; 3 ~) . , , ~:., 89 ;?.h3Oa 975 39 26 367" '" 3804. ,9 '181 9,:6' '') ,56 1531,61 ~,07 0.00 31'.. 5,5C4 ,66 3,0, 2,60 3h {la 939 39 26 3,59 3802,5 183 912,02 i385,74 2,78 0,00 1522,46 3 ' 6. O{ 4 ,51 4,9~ 3,08 3h3{la 992 40 ,::.6 359 3815,4 181 817,65 1603,74 4,02 0,00 1966.32 4 6 5{,4 63 3 9t 2 67 II I I I I Oh (la 999 40 2).6 369 3817,0 183 877,07 1385,05 3,47 0,00 1583,15 I;~ 7' Of 4 '64 3'8~ 2'66 0h3(la 1027 .40 26' 362 3842,3 18'1 844,73 1312,15 3,29 O,00 lh (la 1036 40 26 369 3854.9 182 831.82 1239,88 2,48 0,00 1493.56 4.,,,, 8.0(4 .69 2.8t, 2,4,5 '° lh3(la 1031 40 26 365 3858.7 183 808,70 1166,94 2,34 0,00 1445,88 i::4 8.5( 4. ,63 3,1~ 2.60 " 2h 0a 1035 40 26 379 3859.1 2172 781,55 1239,88 2,48 0,00 1,589.61 4 9,0C4 ,64 3,1~ 2,60 · 2h30~ 1039 40 26 383 3858.3 214 793,98 i1239,88 2,48 0,00 1564.73 ,,4 ' 9.5~t4 .65 3. '11 2.60 36 .... 0a 1035 40 26 387 3857,8 208 801,50 1839,88 8,48 0,00 1550,0,5 4..~: .110,0C4 ,64 3,1~ 2,60 3h30a 1038 40 26 375 3858,9 206 793.73 1239,88 2,48 0,00 1565,28 4 1 0,5C 4 .64 I, 5: 2,6'2 '4h'"'0a 1039 4'0 26 373 3861,8 181 793,56 1841,12 1,24 0,00 1565,55 4. 11.0~4 .64 1.5~ 2.63 4'h30 a 1036 40 26 372 3862.8 181 792,50 1241.12 1,24 0,00 1567,66 TOTAL WELL EFFLUENTS PRODUCED FLOW TIME FLOW TIME NUMBER FLOW TIME/END NUMBER ~OM 20h45~ To 4h30~ FoR RATE FOR TEST U.'TO OF RATE ^~, .~-,: 273 '1 0 o,-,.,~L~,: 443 ..... ' , //~- WATER IBBLS): , 8.5 GAS( MSCF): OIL (BBLS): WATER (BBLS): TEST RESULTS · IPT. HcTNTYI~E ~; IPI~IliDHnI::' RAY 4-'_r1_1!_87 4 ~iRC0 ALASKA 27 30 0,74,.0 114480-14~;50 114.75 p~s. FLOW OR WELL HEAD WELL CHOKE SEPARA- BOSOM HOLE BOTTOM CORRECTED CORRECTED WATER ~/ GOR ~; ~; ;~SHUT-IN PRESSURE HEAD SiZE TOR PRESSURE ~ HOLE TEMP GAS FLOW RATE OIL FLOW RATE FLOW ~ [ M~F } ~-~ ;; ~;: .;~;?;~ TIME TEMP PRESS- ~ RATE X STO eeL/ WOR WGR URE TiME ........... Og Qo CL.~K/ (HOURS) (PSIq__) (of) (64TH INCHI(PSI~t (PSi ~--) (°F) (----MSCF/Ol (STO 8PD) (aPO) ~ MSFC / STO eel :4.~..;'11,5{4 ,67 1,4 5h ~ 1037 4'1 26 370 3862 9 192 -~o,~ 77 .... , . , ,,~,~., 1168,11 1 17 0 00 1493 78 ~. 5( 4 65 1 6h ~. 1037 4'1 26 369 3864,4 217 781,12 1204,62 1.21 0,00 .1543,78 6h3~m '1043 41 26 36? 3863,5 221 781 ,46 '1842,36 1587,7~ 7h ~ ~ 't 034 42 26 37=' " ..~ 3863.1 218 7(P~.63 11&~.28 1467, 7h3~ 1036 42 26 372 3865,7 214 771,56 1242,36 1610. ~4 14,5(4 ,66 ,, / ;' , '" '=' 8h ~ 1046 42 26 369 i ;~ ~ ~) ~)3 215 768,<~4 11~9,~.,8 1520.64 8h3{] ~ 1034 42 26 3" ~' " 7.., 3868.1 182 782,03 1168.11 ,23 O,OO 1494.00 9h O~a 1040 42 26 367 3868,1 183 765,38 1241,12 1.24 0.00 ',,~:: 4 ~.~~I16,004 ,82 I ,2; 9h3~ 1039 42 26 374 3867,2 183 778.10 949,09 .95 0.00 1220.98 [0h 01~ 1040 42 26 373 3867.0 194 774,67 949,09 ,95 0.00 1[78~. ~a L~::~, 17,0 ~ 4 .67 ~. 4~ 2.3~ 0h30~ 1033 43 26 368 3847.3 183 782.84 1168.11 1,17 0,00 14m3,63 = '4:~;':17 5~4 .64 Llh O~ 1014 43 26 375 3844,8 182 792,15 1241,12 1,84 0.00 ~5mm.35 [~h30~ ~028 43 26 374 3845,9 ~85 761,64 13~2,81 8,63 0,0O 17~7,18 ~8.~;~;~ 18,5 O 4 ,55 I ,8~ 2,84 lSh O~ .1035 43 26 373 3846,5 183 767,12 1387,13 1,39 0.00 1810,05 ' -4 i9 004 63 1. tSh30M 1009 43 26 376 3829.6 186 779,46 1841,18 1.24 0,OO ~', . 4 .,~: 19.5~4 .60 1 t3h 0M 1046 42 26 384 3863.2 182 738,85 1241,12 1,~4 0.00 1681.47 TOTAL WELL EFFLUENTS PRODDED ~o~ 4h 30 ~ ~o 1 :~h 0 ~ ~o~ ~.T~ ~o~ ~EST Ue TO OF ~s ~ ~,: 274 , 70 o,~ ,e~: 42;?~ , <;:'1 w~ ~,: , 35 ~, ~,: o,~ ~a~s~: TEST RESULTS · HRS 3542 ' {Pl', M(::!NTYRE ~5 IPRUDHOE BAYI 4J{. L89 5 8 1:~ 1~; (~)iii { · RL..R,:)i~g Ii 2 ~ 60 (l ' ?~'--1'"~0 14480--'14550 !14'75 ~* ~S' 60i F TEMP FLOW OR WELL HEAD WELL CHOKE SEPARA- BOTTOM HOLE BOSOM CORRECTED CORRECTED WATER I~ / GOR ~::?,;? SHUT-IN PRESSURE HEAD SIZE TOR PRESSURE ~ HOLE TEMP GAS FlOW RATE OIL FLOW RATE FLOW :~ [ MSCF ~ f. ~; ~; ~'~ ,~:~; ;~:;;' ;'~' TIME TEMP PRESS-uRE ~ RATE % STO BBL/ WOR WGR TiME ,l /~,'~'~'~ .I *"~,~ Q~ 3h30~ 1044 43 26 373 2853 7 'i83 '776,,~. 1241,12 1,24I 0 ' O O 16001,32 I I 4h Oa '1048 42 26 381 3867 9 184 782 45 1241 1''~ , , , ,:. 1,24 O,OO 1587,77 4 h 3 {] ~ '1036 43 26 374 :385 ? '::' , , , ,,.~ '184 769 7? 1168 11 I 17 ~,80 15!8,~ 2'1 , 5~4 ,65 1 , 5' 2,48 . 5h fla 1049 43 26 371 3864,3 183 760," '') , =' · ~ 1168 11 1,17 0,~ ,:,4 .... 22 O[ 4 66 1 ~' " .~ .i ' , ,~, 2,49 5h3{] ~ 1050 43 26 377 3866,9 181 770,73 1168,11 1,17 0,00 1517,10 6h ~ 1039 43 26 379 3868 4 181 , ..,., 41 1 6e, 1 1, 7 0,00 ~ ~; .,:~ 23, O[ 4 I ,64 l, 5~ a, 48 6h3~ 184~ 43 26 ~68 38&5,1 182 750,51 1168,11 1,17 0,80 1557,~? 7h ~ 1050 43 26 376 3863,1 184 768,25 1168,11 1,17 0,88 1522,81 24,014 66 1 5;~ 2 48 ,,,, ,,, e ~ . 7h3~ i047 42 26 377 3863.6 183 770,83 1168,11 1.17 O,OO 1516,92 4 24.5( 4 . 65 1 . 5;; 2,47 ,o . ., 8h ~a. 1048 43 26 374 3863,0 182 764,22 1168,11 1,17 8,88 1530,84 4 . 25,0(4 ,65 1,5; 2,48 " 8h3~M 1050 43 26 373 3864,1 183 763,09 1168,11 1,17 O,OO 1532,30 4. 25.5(,4 ,65 1,5~ 2.48 9h ~ 1050 42 26 372 3864,0 181 761,88 1168.11 1,17 '0,00 1534.74 4. 26.014 .65 1.5~ 2.47 ~~ 1050 42 26 372 3862.7 183 768,11 1168,11 1,17 0,00 1534,28 .~ 26.5( 4 .65 1,5~ 2.47 0.,"fl~ 1049 42 26 373 3861,6 182 761,51 1168.11 1,17 0,00 1535.48 . 4.. 27.004 .... ,55 1,8~ 2,89 0h30~ 1047 43 26 376 3856.1 184 768.92 1387,13 1.39 0,00 1805,80 4 27,504 .62 I, 6~ 2.59 lh 0~ 1048 42 26 377 3856.2 182 769,99 1241,12 1,24 0,00 1613.48 TOTAL WELL EFFLUENTS PRODUCED ;--ILOW TIME FLOW TIME NUMBER FLOW TIM~END sOMBER TEST RESULTS - ' PI'. i,,IE:[N'I'YI~IE 55 IP~lllr)Hrif FlAY ,~TIII STOMER OIL GRAVITY @ 60°f {°APl) SPeCifiC GRAVITY i~C'O ALASKA 28,60 0 , 74;")0 I;4480-14~';5[I 1~4.75 FLOW OR WELL HEAD WELL CHOKE SEPARA' BOTTOM HOLE BOTTOM CORRECTED CORRECTED WATER r~l ( ~... SHUT-IN PRESSURE HEAD SIZE TOP PRESSURE ~ HOLE TEMP GASFLOW RATE OILFLOW RATE FLOW MSC. F' J ~',: ~',. :~,1. ',, TIME TEMP PRESS' @ RATE STO BBL/ WOR WGR URE riME .................... Qg Qo :L~K/ (HOURS) (PSIS' (OF' (64T"'"C"~ '"S'~' <"~'~..--' '"~' ' "SC~'O~ ~S~O""O' ~""m ' "S"C / ~ ""~ L.GR (BBI--/HHS~F :4 28,8{ 4 ,62 1 , 6] 2,59 ~:. 6 376 3855 8 183 0 , , , ,~3 1241 12 '1 24 0,00 ,:.8,5i8 ENI) IF:' FI...OW PERIOI) ,62 1,6 ~h ~ 1049 43 ") c. 6 376 3859,1 183 767,04 1230,86 1, }~' ~ :i~:; 0,0 ( 0 ~ I-.ItJ l' I N W E I... L W I '1 I..i S H U T.2 N T 00L I) 0 W N H 0 I. E ~h ~ '1049 43 0 3859,1 183 ".~ 47 9; 1 ENI) IF' < ..... -.. P P .... :)HLJi IN I{:l:(:)l{ TO REF) F:I..OW (NO BI"IF) GALJ[:E) lhSE~ '1532 63 0 , .~., . . ti,.". i . TOTAL HOURS 0F FL..0~: ~8,71 ? TOTAL WELL E~LUE~TS PRODUCED TOTAL HOURS OF SHUT-IN: 59,758 =LOW TIME FLOW TIME NUMBER FLOW TIM~ENO NUMBER ~o~ 21h 0~ TO ~1h58~ ~o..~T~ ~O.T~STU. TO TOTAL VOLUMES: O~.~T~ ,~ ~,= 32. 16 o,~,~,. 5i . 71 ~. ~,= , ~5 ~, ~,= 965, 0 o,~ ~S~s~=1528. 46 W~T~. ,~S~= PROgUCTION HISTORY PLOT RRCO RLRSKR JUL 5h30m Os TO G JUL ?. 1h58m30s PT. MclNTYRE ~5 -4888 - 2588 3 ,31,L Bt, FIELD READINGS SINGLE STAGE UNIT OEC- 905-I-A CUSTOMER ~ J:-:.: 8 [) A L. A S K A ~NTERVAL TESTED 448 {) .... '14" ,., '= '::',J 0" TIME DAY 24 HOUR CLOCK s6 !h25M WELLHEAD DATA TUBING PRESS, (PSIG) 0 P E 1 lo7 (3 ]: t... ?88 s6 !h45t~ .~h 0 ~h30 .ih 0M .ih;]() Eh OH ~.h ~.h3 77 92i 939 1021 1058 1 091 1 093 1 099 1 i (.iS 1101 1101 · IWELL NAME OR NUMBER . I ! F) T. Pi c:* I N'*I*' Y R E~ ~ 5 I TEST UNIT DESCRIPTION 8 LL _~ M / 3 .-.. EEl A S E (FT.) ITEST NO. FIELD I FORMATION ~ iJ.) MO E__i'~ 8.2/ ............................. 1_.11. L.I P t~.R l.[i~ ........ BHP SURVEY DEPTH IGAS PRODUCED TO IGAS METER RUN / . ISIZE ........... ~eL 5;L~_ .............. DATA .OW CONTROL GAS METERING ORIFICE B H P SIZE (PSIG) (INS) LJi'q :i: T 0 C H K DIFF. RANGE (INS. H20) OIL OR CONDENSATE METERING GAS tl~ I TANK OR GRAVITY METER READING (AIR = I) ' WATER METERING OIL # I TANK OR GRAVITY METER READING # 2 TANK O! @ 60 °F °APl (INS. OR BBL) % H2S 0,00 # 2 TANK OR 4ETER READING (INS OR BBL P U R C'; Iii: P L A T 1,00 '1.0 0 0 1.00 1 .00 1 2.75 28,6 1 6,50: 28.6 1 10.75 28.6 1 14,25 28.6 1 17.25 28.6 1 21,25 28.6 1.000 1,000 355 1.000 377 I . 000 337 _1_ .: 9 O_ ~ 339 1. o o o 337 0.00 0,00 745 0.00 0.00 0.00 1 0.00 24.50 28.6 739 ........... 1" 0,00 27.25 28.6 739 1 0,00 30.00 28 6 739 1 0,00 33,00 28.6 FIELD READINGS SINGLE STAGE UNIT TEST NO. IWELL NAME OR .UMBER 'TEST UNIT DESCRIPT,ON ~rDATE c.,,o.,. ..... /'- ......................... ............ INT~V~ TESTED ................................... IBHP SURVEY D~PTH /GAS PRODUC~D TO ..... l~ ~T~R .UN ID~FF, RANG~ (INS. H20) ~STATIC PRESSURE TAKEN TI~E / WELLHEAD DATA /DOWNHOLE DATA I ~LOW CO.TROLI GAS ~ETERING / OIL OR CONDENSATE ~ETERING WATER ~ETERING TUBING ORIfiCE GA5 J I TANK OR OIL ~ I TANKOR DAY PRESS. BHP SIZE GRAVITY METER READING GRAVITY METER (AIR = 1} ~ 2 TANK OR J 2 TANK OI 24 HOUR METER ~ 80°F METER CLOCK (PSIG) (PSIG) (INS) ~ H2S (INS O~ BBL °APl (INS. OR BBL) T"::: .... 7 1 E N 1) i... 0 W P I~ ,<ii A R P I i'".i A F T E I0 15 16 1'7 ............... ;?. ~:* 'f', ~""~,'.:: ;I; N T Y l:l ii!: :ii: 5 I!:) t:,~ t.I i) i..I 0 fi: fi ¢~ Y/,'~1 ! ! I l)W Ott WI l I t'll AL') '~t: t t ~;llfIii !,I;t'AliA{'t('¢'I"I(')M It()1 F [IOI TI'~M (;()ftttt{(;l[:.[) (]()lttt~_(,lEI) wirER ~[ (]OR DAY )tllll INPliF?.t, IIItt t-ti:All %1~[;. It)R t'flt S~llfti ((ii tit. Il I II Mt" (.,A% I I (')W [tAll- ~)11 I I ('IW RA'IL F'I.OW ~ MSCI' J .~-11ttt '*~ I)L. PTH il [; I:)[.P'I'H It:TI k~¥1'O BBL.J BBl.. ..... ( , , ' .. 6 ti,0i!0 Ei:*EN I,~Ei...I... '¥'0 i.tN;i;i" (IN (:i ;.:'3/,~,4" i..l'l'l:i CHI( , i l'i '::' c i!:, ;~5 '"' '-" ,.~c l"* ~[ ~;:' ":" ''~ ..... . ................... ...... 6 , '~ 5 ;.:,:'. . ;3 h ] ~~.4 92 S 3; 0 22 ~:~ , ~.'/.'? .. ~..2 ...... "~ '~" ~ / 5 ~:' "; 0 ..... ~ ,:~ ;*:.*: .. .. , , i:, Ui:l i; Ei] I..ll{ i;) R ~:~ P '~ ,, p i... ~ T E 6 , E~E ~:t E:[ I... 'i' {'.) E;Ut:i F:' ; . . 2 h ;? l ~ 7 i:i.. E!1'3 '.1 2 ,... '':~ , . :') I:: .............. ;21'~ ,: .... i~ ~:~ ~::, 7 ,3 *~ ;¥:: ,,, ..... Ei,:: ~::i c .*:~ ~ · ' ~" , ,.~,... 6 '7';'::' ,::.,~ 9;3 '" ,, .... :'~;!'i l i,'~ ~i:':~i~i:' ;~i;4 2'.:~ ';"::'" :~f~ii:,,Zt3t'096 ;30 ;5i)''~=' ":;'::' ,.. ,. ..... / ? ~ i'~ , ,:;' ,-~ .. .......... .,,=. i24B ;56 1587,65 , 7 / 2,0;-~:5 ,98 ' 7 ;3, 5;~~:',.~ 1 . 01 7 ' 3 02 ':' ~:"~ t h itm 1093 ;~6 22 :3~:.~5 602,9i3 'l ~ 69, ;38 1939,16 .. 7 ~3.5E 5 ,67 lh3l)~q i 099 ;36 22 377 640,19 950,04 1484,0i ,, , . . ,~.. 76 ~03 88 1508 91 7 4,51E~5 ,66 2 h :3'(] ~ 'i ] l) i .'~ 7 ,:..~,:.~ ;~ 69 ,.. ~ 4 80 S 88 1 . . .. ,c,~ , 'fOTAL WE-LL Et: ~ I_UEN [5 PRODUCED : I ;IW llr.!E ~1 OW lIME NUMBER FLOW [IME~END NUMBER . ,,., 2 '1.. '" '~' '" .... ,::.I~710~.'~'" I I -J C) I'~t I (, t:, ,i~ t<A I t: FOf~ I iCbT LJP ](~ UF RA'I E · " / ":..: -- :'? ". *-7 · " .... R/VI'E/BUILD-UP NL.JMB~R DA]fa: (DAY MO YR) PAGE OF ....... 2 It::'"1", i'"iE INTYi:?_IE :fl-,"'~':~ IPt?t..t[)H[:itr l:~Y/~:~l '1 ?_'1'~ ...................fi: [(.)~.4 E R OI1 6;RAVITY~ .... ~' 6[)'.,F I 'APl)fas SPE:CIFIC GRAVITYiAiR 1, I INI[.RVAI l E:STED (FEE:TI I$-[ANDARD CONDlllONSt ,", l::' ............... f:l (;W of~ W[:l.i t4LAI) WEI. I (:lt()kl bE.PAISA BI)T'T(.)M HO[ E E]()] I{)M CORRE(J'[ED (:ORRECTED WA]ER ~/ GC)R TItlE TE~IP PR[~ ~,f,- (u~ ~ATE ~ S1'O BBL / WON '.i H[~ ~ L-)E'PTH (F'T) PEfl'ld IF'fl -- {~TO BBL J BBL ,, 0 ;~:]: fi ,60 ........... ~ ,... ,.~, . [~ ? 5:' 6 1~:~' ~:~' ,..~:[ . "~', ,.~':' ' , ~::, ~.l '7 6, ();~:~5 E N[) [t::' i::'I:?.iEP i:-'t...Ot*J t::'t~I(:)i:~ '1'0 '¥ [:~ i{ ]: N [.; ~;ANPI..IES ,rS<? '~t'~ (:~,', ] ':10'.:5 ,:~/ ;::~:d 3:38 '51 ~?. ,.~0 8':,:'~:~, ~;:'~ 'l 7 O, 0{~ ~) i,, i~:i...t... SHUT :l:~x! ................... i ?. ?, '.5 (]0 E N [) (: F' S H {.J T .-.. :[ I'~ F~ i::' ]" tE i~ 1:) t~ 1~' P 1" t... (] ........ .. , ............ .... .. ... '["~]'i'[:)i... i't[!i.li~]'::' (iF i:: l...l.J(4 [ e~, ii;?~:.:~ TOTAL WE'LL. EFFLUENTS PNODUCED --~ ,., .... T (:)'i'[~ I... H i]) U R ~) (:) F' : (~W TIME I I OW II,ItL ~IIlMBER FI_OW TIME,'LND NUMBER ........... ':~' '::' ~:' :::~ ":'"? ...... 225 JUL ;~lh58m30~ TO 7 .TUt_ 13h30m O~ PT. MclNTYRE ~5 ........ 'l-- ......................... Z'T- ........................ T ............................. T ...................... T 6 StJL 6h 6 ~IJL Zh 5 .Ti.IL 8h ? ~ QIt ? ~UL 6h ? .. . FIELD READINGS SINGLE STAGE UNIT IYE'S=r~7 ............... Iw'~r.L'~x'~*a~-~-~'~-~ .................................... TV~*~"O~'iY'-D~-~'C',i,*rio~ .................................................... T~-~'~ ................... DEC-905-1-A [ I I /'DA'' "0'* YR*, :USTOM ER ] FIELD ....................... ~OR'~6~ ......................... 151'~-~¥'E R'-SI-Z'~' ........ T~-~T-E~*~A ~'~ E AL ESTED JBHP SURVEY DEPTH ]GAS PRODUCED TO ]~METER R~N IDIFF, RANGE (INS, H2'O) JSTATIC PREsSuRE TAKEN .-~ TUBING ..... ORIFICE .~ ~ I TANK OR OIL ~ I TANK OR .............. ~ 2 TANK OR -- o ~ ~ TANK O~' 2~,~R {PSlG) (PSIG) ( (INS) % .s METER READING C~o~. F METER READIR ~v~ H~_ (INS OR BBL ~r~ (INS. OR BBL) f ;4 '. ':.'::' -::' :' '.'. '.. " ': : .... /:. -: / ~ ?' ~". ;.:~ 4 / & .q-" i"i R ~ t::. 1" ~.:~ N ~q 1 , .., ~7 ~i'*~ 5 0 s7 I0 ~;..~ :.,h'.! 0 ,s 7 :h SO~,'~ ? h S - . :: i~ -4 fi i'-'~ 140? I N ';? ? 6 0 .I: L. ....... .'__'.2 '_..Z 780 797 83 9 844 ~..I 2. 0 ...... 949 952 I N C 9 '1 :~:~ _ _ ::; Il i':~ i':' , 4'2. 6''~'~:' _. ~; -..J I ' ' lii:A S l~i: t.i i" R 4 2 I 6 4 7 / CHK t., CI.-iK i [.I ,:'i,.. © ') ..:} u .... i I' il · . 4[)/ 4" 'D i'-,. ..) I:i:? [-! -:) 776 1 , 5 (:11:i 0 , 0 0 5,5 0 i, 5 00 368 1, b Il I.I i ,.. u 0 I-' U i,:. t.:, I --. . 364 '" HTR 1 , ... 349 - 1 ,:;(. 0 364 % 0 (i 3 7 3 . ,.., 0 37 5 1 28,7 1 28,7 _ 1 28, '7 1 27, '-.7 1 ;.:.:: ?, 9 o, O. ......... 000 '-- .................... 000 -Oo0 ..... 000 --:f: oOo- ' .................. FIELD READINGS SINGLE STAGE UNIT OEC- 905-l-A I ............................................................................................. CUSTOMER ,F,E'.D .......... I.O.MAT, O,., ...... I O,L METER S,'E ......1 '%E2~ R'','G'" '; "~ '"- '" ^ A ,". / ,~., ', r) '" '.. "' 'Z' 'D ."; ".~ / ' :) · ':) ":) '" INTERVAL TESTED IBHP SURVEY DEPTH IGAS PRODUCED TO IGAS METER RUN IDIFF. RANGE (INS. H20) ISTATIC PRESSURE TAKEN :,..,.,., .:,...,..,,.: . ,-., I ,,-.,I [] PIPELINE -~] FLARE/~:..ZE "7.';. ', (INS)I i i ', t'1ii I [] UPSTREAM N~] DOWNSTREAM . ".:i ':.~ u 7:. z ~ ~ ~ ta ......... t ....... .l ........ ~ ...... t ;~ , ~/_ ~ .~ . ~ u ,:" · u u ....... ,',, ............... TIME / .... WEL..LHEAD DATA DOWNHOLE DATA FLOW CONTROLI GAS METERING I OIL OR CONDENSATE METERING I WATER METERING TUBING ORIFICE GAS # ! TANK OR OIL // I TANK OR DAY PRESS. B H P SIZE GRAVITY METER READING GRAVITY METER READING (AIR = 1) // 2 TANK OR # 2 TANK OF 24 HOUR METER READING ~ 60°F METER CLOCK (PSlG) (PSIG) (INS) % H2S (INS OR BBL °APl (INS. OR BBL) . ' .................. ') h ::50 66 0 ., 7__ ! h 3_ 0 m ?h .... 16 ,? 17 / .......... i'%. % C Hi( T' Ci C I..i K 'i" C! C: I..I K ::', 0 0 U" .iR i .' Cl:i: C iii: i .... fi~ 0 .Oil 62,5fi ..27,<2 i. ':'S 0 0 1,50(J 3J]O ,.,0 0 , ,;$/ 7 754 ......................... i 0,00 76,00 2'7.9 fl, O0_ ....1.2fl 0 0 0 !:.~, 0 0 fi, OO 14~, 75 ._fl. O0 ,_7_54_ _ 0, O0 0.0 0 0,0 0 !76,25 1 1 27 ~ 9 1 __27 ,..? 1 27,9 1 1 ;:?.7, "-;' FIELD READINGS CUSTO.E. IFIELD F°RMA~I~'N .......................... O"L'"METER 5i'ZE .........~ METE'R 'R~'E ~ I I / (BBLS) INTERVAL TESTED IBHP SURVEY DEPTH I~AS PRODUCED TO IdA~ '~ETER'RoN iDIFF. RANGE (INS H20) [sTATIC ~RESSURE TAKEN ....... J .~¢'.:~.~:i (1 .... .... 'l 4'::;[:50, (FT.) (FT.) ~ PIPELINE ~. FLARE ,.%. 7ti>l. {INS] 0 .... 1 0[1 ~ UpsTREAN ~. DOWNSTREAffi .............. ' g 2 TANK OR I o I ~ a TANK O~ 2~,~R (PSIG) (°F) (PSIG) (PSIG) (OF) (6~H) ~:6~H) ~ (INS) % H-S METER READING ~o~. F {METER READI~ ~:~Tq .... / ~ ' (INS OR BBL .ri / ,INS. OR .BL, ........................ ,..., ,...,.) .) [) , 0 0 2 4 [1 2 5 2 '7 I 14 15 16 · ; ~ ~EST NUMBI:';R WE. LL NAME OR NUMBER AREA RATE/BUILD-UP NLJMB~-.R DATE (DAY MO YR} PAGE HRS 3542 ~Ii I If~ ~i';, M(:: :1: N'i" Y R E :~: 5 IP R U D H C)E B A Y / A 1 7 J u 1._. 8 9 1 R("fi (:tL. ASI{h ;dr'::: 70 {~lR-~, ... ..... '144 t:~ 0 .... 1 ' '::' ___: ................ ' .............. ..- I1"~' ' '.~ P' ..... ii i 3 h 3 i: ,'.,, 1 4 0 7 2 9 ,...~'" 4" i,7 .... ' 'i 0 0 C '1:t... 'i 0 I'c:'ui:~Ff:~tCi~[ ~. Di:?.OI::' 1 , ',~ " Olt It::' ICE: i:~I...A'IE: , , 7 ':)':: il ,,, -;71 , .,.~:' 'l. 7 I .... , , ........ 7 ' 5 ii 0 ~' ,::' , , , .:~,.~ 1 5~:~ 4 h {~tq 7 q:,'7 34 3 ;..:' .:.. ,~ ,:. . ....... ::, .', ,.~ 8.48, ,..,':~ ':~ ....... i ;~ :14 'i 3 'i 3 2 0 00 '1 '::'~,.~'::' il , 8 2 i i ' , .... ,:. .......... 5b i ,lb ..3, ,5~" "7 i , 5 (] 0 , 59 .... ' 51-, 3 (: M 8.44 39 32 364 1 3'i 6, '~'::' .... ,..,.~ 1898,i8 ,63 0,00 1442,59 7 ;3,1(:7 1..20 .. 0 SURF',; CHi'( i:~I...LI{;~;i~ ~) ~ I..i'~I PURGt: Hi'R CHK .... 6h { M 935 4'1 3;2 :~;49 104~,'-'/1 1 ~'78, ,..~i,S 175 , :~9 .... 1 '1 16~75 65 7 :5,0(]0 ,59 5~, O~ 6h ;~ (, J,~ 949 42 3':~ i?;64 '1306,4i ;2197 , o,... , · . ,... ' ="~ 67 96 , 03 1734, 1 3 ~' ='"~ 4'3 z ~:~ ' . ?h t.IM ?,~,:. ,o .... 7¢,73; 1 ;]~25,4'7 1 96'5,30 9, ~t7 , 0 i 1488,65 7 4 0 i) 0 ~. , . ,, 2 ~, 45 7 h 3 ~ a :, ,::, ,' 43 ,5,:: ,5'7 b 1359 ..... 5 i:' 1 I:i 9 ;7~, 33 4 7'::'~ il , 00 1397 , 61 ......... TOTAL WELl.. EFFLUENT~ P~OOUCED ..... F L (}~ i IME FLOW I IM~ NUMBER Fl OW I'IME;END NUMBER -'v ' ' 'lEiS[ NUML3E:F~ WKI.[. NAME (_)I~ NUMt~Et~ AREA RATE/BUIL[)-UP NUMBER DATE <[JAY M() YR) PAGE OF :3 IPT, i'ic ]:NTYliiE ]1:5 li:)Ri.IDH[]I~: ,% .. ~ , t LOl% ~ WE'II HIAD WKI.[ C'IIC;K[ bEI~ARA []i~rlOM HOl.t].B(IITOM (i()RNETC'II..D COIiRECT[][) WATER ,,, ~ DI:PTII iFTI DEP'IH ~'I I . JSTO Bi3I.J BBL BBL I ?' 4, i (. ? I N C ii: i~ A ~i E I.-I't R C 1..i K 'i' 0 40 / ~. 4 ,, , '" 4,.':. 4 0 .. 7 h % { ~,,~ ,.~,...c, ':) 1 4 3 '::' 0 '7 4,5 il 0 ,6 ~th (:~,.~ 745 46 60 379 1t820,86 29i5,¢0 Y,3'i O, ., 4 .... '73:":'::, ]::NCtlIt~ Aqi~i:,.. I.-i'j i:l CHi( i"g ";', 0/(,4" E: h '1 z~,'~ i;i P 0 48 70 ...... ...... 7 5, !iii 0 :i:NCRi~ASi~: I-.i'I R CHi{ 'TO i~tO/~:,4,' ,51 ...... c. ti ..... q,~::i , . ,:~;,,J ;.:~i) 2,6Z 3934 49 '1I 8.4 0 O0 '1 'i 09 ..~, ,...:5~..:~ :I:INClt E Ai~il{:: i..tT~I;i'. CHi{ TO ~? 0/~!,4 ,, 3 h 4 .,: r,'~ 6 iii 4 ,.~ ,:.:'::' '"' 9. ii. _y ............ 5,50JO .............. ,51 3,9 .... ;~i. .......... {:f; ,8'/~: 7 ]:NCi:~f~ASi~:. I--i:i"li [;;t..ii< 'i'O -1 0{i/',S4. ':2 h '1 [ l"~ ~:~ x ~.. ,.~,:, 'i 00 '7 6,0 (] [) ] N C I:i'. l!~ A S E H'Y' R C I..i 1{ T 0 1 2 il/'6 q ,, , .... 9h3(:,,,~ 667 54 1i20 38'i 1989 iii 4521 90 9 06 0 O0 '~ '~'';''v 90 7 6,2~.:,{l INCi~'.t~ASiE H'I"R CHK T0 128z'6~" ,o ¢ ~ 4 ::: ,~, ~::, ~:, ..... ,.q ] ,... ,.. , , ~:~ ~::- , ,:~ ~:~ Y 6,5{l {i .... ,43 4,6]~ " t,,:) ,.) ,.~ ,J ] 3 '79 1824,67 4230 , 17 , , ' ....... , 7 '7,0 ii fi 42 4 7':2 7 -7,50 !! , lh O[,-i b6l) ',5iii12[:~ 377 ii75l~,i2 3431,33 ;'i,43 0,00 1953,66 7 8,0 ii 0 ,40 2, . . ' ":"~ .... ' .... 378 .... 'ih3Or,~ ~,.~. 59 ';~t~ 1736 70 4~80 42 4 ~8 000 2524,7~ '... 7 ~, 56 (I ,41 ,.,c,J '1'743 64 427.t4 41 4,24 O,OO 2430, , ")" ........... :' ':) 379 / ~,.., 1 ? , 43 l) '7.41 4,3 i l), 00 2419,37 TO]-g[ W[;I L EFFLUENTS PRODUCED -i ! ,)W IIM[ l- [ C,W [IMi] FJIJMBER [ I OW J'IM[ END NUMBER , .. 3' ." , H,::: ]: N T Y t~ ii!: :tt:l,:.:i JP i:~ I.J :I:)i..I 0 IE B A Y / AJ 'J. 7 J' U t... -c:'fOl',lE-I'? CHI_ (:;IRAVI["/ (.,/,6©"F ('APl) JGAS SPi::.CIFIC GRAVITY JlN'T'ERVAI 'TESTED {i:E. ET) JSTANDARD CONI')ITli..)Nt-, ' ' ,..J ,,,,~ i:11 4480 .... 'J 4550 I :-? C D ~'"':~... (:~ S t':; (:~ .... ,.:'.' :? ':.;' 0 0 "':':" :' · , , .,' ,.:.'~ 0 J J 14,75 t::' Ti,~IL FEMi:~ i~ltl:.~-,'- (~lJ f~A'TE: \ STO BBl. / W()['~ ,, !4 l~i~ ~'~ I')t PEN IF'[~ F)EPTtl If,"1') ...., . .... .. . ........... 4,.,. , / ,., 0,0 , , 7 1 0 ....... 0 i) 0 ]: i'4{~';1~', jj~ (:~{~;i~: 'j"(:] ~/: ;'jR5 I ,, (:)E,. ]: 1:.' ] i:;E: P i...~]')''t~: 6~5 , ,.~ - -. ,61 8 1.'i,Ot)[) ,65 '1,5 ......... 0 ia ?;[~r,~ ~> 0 ~ ~:,'::'~ ;38 ...... , 8 '["/.c2")1 END i:l::' SHU'i"]:N t:~R]:i:iR Ti:) i~;P]:NNI~:t~ [;[.it~U[~:Y & [;~i'~I:~I...:IN(; .... ...... , , , .... ,,, ......................... '['[3'i'(ql... i"i (]I !.; I:?. S {]1::' i::'1... 0 !4 ; l[ I , Z:.i~,?' TOTAL ~'ELL EFFLIJENTS PRODUCED '['l:}'i ~1... H{]LJR[~ iii:' [~HLIT----]]N: 1'} , ~>'/1 ,, -~:L¥" I'IM'I: I'1 OW 'l'lk1[{ PJLJNt[3E:H i-[ OW TIME END NUMBER .. .. . = ~,..,~ :3i 0 ....... ?:;i~ ,~, .:~,,~. 47'~''~' . :':~';:~:: w.~,,, ,,.,, ~,~ , 47 ,-.~,, ~,~,.,., 8<74 , '[ ~,. ~a,~,,'[644, PRO[3UCTZON HZSTORY PLOT RRCO RLRSKR 7 ~UL 13h30m Os TO B JUl_ tBhSGmlSs PT. McINTYRE 4~5 ? 3'UL Bh ? ~ Eh 7 3'~11_ P.h 7 ~ 8h 8 ~ BI~ 8 ~JL Eh 8 3'UL :;'h 8 3'UL 8h oEc-,~,,-, l:it:2 l~t:'i IP0:i:N"[ MC:i:~',iTYI~E :11:5 [ 08 Jul 89 U'S~'OMER I FIELD ............ I ~'~X .................................. ~INST~-~.T DEPTH ....... TV'~ ~'~AiO~E~ ::,i:::C:O Ai..ASI.::'A iNC: IPOiNT ~'i(]:iNTYl~i~f [Pi~:UI)HOE BA'Y/AI...ASKJ'J-4372 FT. G ~': , FT. ,0'16[ 13:0P.~OOJ2.884,33 [54,9~::i ]t;PS,0P [45,71 ~ [ [ ~'I'ESTING L. UBRICA'rOR TO :~:SO0 ...... ~,. ..;,., .? ~ r ..· .-:, ~.~ .. .. ,.~ c:- o ..,- ,-., - ~.~, ...... ~ ~ ~ ..... , .~ .... ) ............ ~ ')" ', ...... ..... l,::,.{ ,I'" I 1,=4,,.,,., 1.4o .... I [ ....... 1 .............. 1 ,,q"~'[ -q.'*" ~ ...... ~o' "~ ."~c~ [ ' .~ ","~ · .'~ .... ,~'", "~. '~. ';:' i[ .~'7, / ' ~ .... ::,, ":, o o ~' [ "77 , 74 ' ~'~':: .... ~' ~ ': :~'::' ........ ,.1 ..... ,,-40,(,Ul,...q.~...,~,., [lc.,.,,l.,:, l..IU,b,., [ I ..... I ........... ~ ") '~ .......... ) i ...... } (' . } I I ' '2'' ~. ' / , ~3~ I .... I''7)"70 ')' q)~: i."') ' q) A ,'2C:' X ~') Z~" / 'i 81:.,':. 'J.. 4 ,, 50 i O. fl.. 3 '75 ~::; 65 148 45 ! 98 S i '::' .... .,: 00; i'll:': 1. '~!j !} . !.._'.'~ ;.!..l!.t ;:.:i'. ~I '.!. [!:, 'j. !::.i .......: i!:: fi i i) fl 4 ,....;... ,. ':~' :> o 3 (..~ ;i! Si:!;i~: =i ;q:::~;~!:i, o o ,,":' :~'"' 43 · ... , .'.y ..:.') ...) / ;'.:!'.,/:~5 ii 'i ,.:'::", 40 ~, 00. ,:?,S 36 9!. ':) .,:::; '[ z. 1 '::[ ::~ ii ,' ...... ~. ..... : . . . 0 ............................ ~!~ i .'::; fl i ,~ ' 'i 0 · -.3,483 ! 6: .'.5 (! ' .i :"-a~-= ' ............. 4 , :, '.:.', :." , ,.,,.:u i 61 -4i; ..:~ ,"i.~8;.';!: - :::'; ~'=''- .... , 1 o, .-, ,-:. ~ L I! 4 ~ .:'.,,..:,,., .? 18 t , 61 ' 3, i:~'i-,'i; - ,~:: ':i ii-; .. 1::, ..... 1, UI.J 4 .... :-' 0,00 433/:-, :37 1 a 8 ;:2. 4 3 '~ ':- 1 7: ~ .. k..~ . ,-'i. ,,:~.,!:.:; d' ' i ?i ,~ 0i6 ...... ":' 8" ,':..:,'i ,....2- 5 ~'i --; , .. , .. . ~ ..-' ~ 124 25 48 66 1',5/'.'~ 45 134 ::.5 48 4:"~ 164 92 ! '"' '~ ................. ,:.'.'. ':,_ ....2 ....... ~! i:.i, fi 1 1'7S 07 1:24 0.'3 49,33 i. 82 , 35 134, IS 50 , 31 i i:;;:';.., -., -'" .-.",, .., ~:~:, ......... 12 4, 7.-;....,. ....... 5=' 0 ...................................................................................., 6 6 '! c.:,.::, 8 1 P 4 I ii:; '::; 0 co 7 · ~-..~ :%. ! ~ %. s · 1';'::!-i, '::'9 ,::' .,:3 1 4 0 '::i" ""; · , _ , .... ~.) .... J. , ~t t.':. 184,3! 1 ;;!3,8.5 183 , 8 1 :-? 3 , ii!: -1:2.S, 7 S i2S 12:3 48 133 48 __ i?.~ 4,:, 12.3 3'.5 · i ~: :':~ 4'- 12S ~' ........ 133 j .3.-~' tZ. :::, , t:.. :.) i '::'"z 'i ¢...'..) ~ ..%. 5i ,6 ol , A9 .51.,81-- ,~,=., (i3 ,~ ,::. , 38 ............ ........ ............ 5° 46 52~. 7S 5S,25 ,..3 25 ,~,::. , 43 E- I... I N I:.:' 0 N I-:: 0 T T 0 M 8 1 q ...'~ / c. 2:8 SHUT-OFF TOOL. STUNG ..... · -.-) · ..~ --.. R E(., .F..i- I f-il.,[..[:., 6-~%~MA'"" I 1:1t:2 1:~:1 I PO:IHT FiC:t:N'FYRE :~:5 I 08 Jul 891 2 HOUR CLOCK) PSI__ I o FI (P$1;| r'IDwT 1 ;i~3, 't 5. (°FI 51 ,77 ..50...,_3 ?_ .... 49,96 6 022'-';3 19: (1:3~, {}0 4045 't6 B{:i23 77 :.3 c, ;p,", 43 0 ... / :37 '::", 0 5 4 -:"7'.:53 ' .... · ..: '..'.3,::. !79,92 1'!85,2.5 SO 7 1E:2,9 11'50,'75 29 69 18(} 56 1047 ';:' · ., 27 '::":' 19'7 9:iii q;'l ''-~' 5 '"'::' .....· ., c:. ,.~ 71 l ":' ':- 62 906 ''"'' 29 , , ....... ., 87 .............................. 184.79 9'11.5 31 16 I '7 0 , 8:3 1!-}8 3, ;?. 5 3 '1 <.27 ._ ~"'L. ;?.? ~L6__4.. 75 32. 66 i /(:'. ? ................................ 166 19:1i:00 ::) ':) A f-I 4 "._-.e."'_'~J..: .... OF~ E'.N WELl... "1"i"11~ I]U(:.;H 8iii:l:> f.":~l:Z ATOR ~.) .%) ............................. , _,::_.,.._. A (:t j _,_ (:} N ;3 2 / 6.4 A 1) TI' C H {:l t< E: ._g ;3 A d j_,_. 3 0 A d ,j _,_ 7 :! A d ;j_, ..~ ~.]_A d j. 3 o A d .~_O_Ad j_, .................... .~ 0 A d J_,_ ..~ o ~_o_.~d j_. ........................................ :1: N C R E A S E C i-.I (:)I< E: 'l' {:) 3 0 / 6 4 A !) J:.,; INCREASE CHOKE l'[) 60/64 ADJ." 6 1 <71 1 9: i ;-'3; 3{) - ::b_ 00 19:111 916 1 o .... ,: i.-'1; O0 :2:.5:3 1 9: 15: 0 0 ':).':'; 01 9: 1 6; 0 i) ,,r~ · ...................... ;:'.'. 6 61 <3:': 1 7: 0 {) :";7- -'-~ 34 ,..8 60Adj '3_S:~ ~?-F 2:' '_-: 7_' i-' 6!!~_a_- j ;' 36.19 B7 0":' 3';;, ,%5 3~:i' ,=.~; ~:-~: __ 39-':':~;?.,... 4 0, i :? _6..O_~d._ j. 6 (! A__d j. !:! !! 6!.J_ J. :1: N C R E A S E .. CFIOKE: 1'(:) 80/64 ADJ' iSURFACE RECORDING DOWNHOLE oE~-,~;8-, . l:t1:2 J:ll:l IF'0INT Pi[;INTYRE ~I:S J 08 J'ul I I / ':':ii:?Ct'i At Acit//~i [Nf" P(}]'t'q"f~i{'"I'NT'Y'RI::' PRtIDHi'IF:' BAY/At ASK ()T I i'iE TIME DOWNHOLE DATA WEt. HEAD DATA REMARKS / "~':' i9:23~00 '='::' '~*'7 29 . ':'"' ""::' ' ' -.~ 6 :3'75 i 9 ' ':~ ?~ ~ ,:, 0 "~' '''~ ''~':: ........... . ,.~ ~' '~'., ? 5 42 2 33 , 4 _~ FL, OW RATI [],..¢.'t- [] .,., .................................. I N C R Iii: A,S Iii: C H 0 I< Iii: 'l' 0 90 / 64 A I) J, ~ . }:..: · '::ii A LT.,"Z 4 }..~ :., ~:, 5 0 ,., 1 :., ~... ~.. ,... t ! tJ J ~...-", :',...~ , I'.~,::. ' ": ""~ ~.~i'..:'.'~ :':~ 5; :5,:' ~ ;": "' ' ;5- x ,: ;-i '- i'~ ,._,. ..... ) .), t; 0 ,:..'4 t'~,::, :, ..s '-1 i!ii)', ;~::4 ' -- i:: '-: .................................... ~::' ,'.::, ,.., t;,... ,...":> ::~: ,:'i. 0 '. 0 ii.. ? 4:3 ','. , .64 i ~!~ 5 . ,.'!:, 9 . . ' ':.:;', 9:-3:.3 ;...-:..';: ~.. U. ,, ~l. lt. ~;.".' ,.":~ 5"',:5, '..-:",'.'5:. l. :36, ,...,...'::'":' N C R E A,S E C I"1 (:)l< Iii: T 0 1 I 0 / 6 4 ~-., I) J SURFACE RECORDING DOWNHOLE PRESSURE / TEMPERATURE REPORT OEC-1218-! 5TO M E R !i:!ii! ~. ,_"!~ !.... ,':_::, ,'iS E ,::'.-'., . :iZ 7!!i~ .... STRUMENT TYPE I INSTRUMENTe ?"t lill TIME DOWNHOLE DATA :'%. /*,. HOUR/MIN: SEC PRESSURE TEMP. l:i' S .o,,. c-ocK) ,.s,__ (o ~) i TEST# ' i ' RtJN-# * j WEL. L NAM,E-c)R NUMBER :1i: FI E CD' I ' ;~'R-~A .......................................... l' IN ST-~--M'~TN ¥ 'DIPTH ..... TVD .... M[--AJO R-i~b ................ P 0 i N'i" i"i (::: i N T Y R Iii: | ,5 LI 00 ,.s,,~ ] l< i!i: :J: 'i"H i:;' A :1: (:;;iii: J S'l'l!!:Vlii: R 0DR. :1: (..:;LJli!: 1. 448 I[) .... i. 4550 Mi) WELLHEAD DATA REMARKS TUB;NG PREssU"E '1~'MP (PSIG) ODWT (OF} (PSIG') [~DWT 64TH INCH I OMICF/D OIPD 00: ~L"i !i; 00 01.: 00 ~, 00 01: ! 0 ~, 00 01: 30100 01: 3 (!; 00 0 1: 40 t 00 ,-...: 00 '= 00 02:10; 02: 20 ', ,...-,.). : , 188 !. 4 349 2 :.:.:;61il ,.,4 ~:' 685 2451i;, 71 liii7 84 349 5 b8 8 68,~5 25 O ¢:t I::: c:: , ....... ,..~,,.,,.,7~:~ 1SA 't4 3,19 5 69 0S 685 12 ~:.-,,.,~, 9A i. 85 88 350 69 36 684 38 2454 ~':: ' ' ,.. ' 00 2452 57 i8A 79 351.25 69,95 682 25 0 (1 128Ad j ............................ '128Ad j .............................. _128A~ · it aSAdj '128Ad j ..................... i~gA~ III ,..,,sO'Oil 2450 33 02:40;00 3449 49 0 · PRESSURE / TEMPERATURE REPORT oec-1218-1 . .,') ... "~ .... ;~ .... x.~F'."i~ · "~.:') '" .i::' "C, "l ' · C ~:' ::~ I:? ~':~'~ Ir:~t ~l q i? i~ T N F' P ~'i T N T M ('~ 'i N T Y i~ i::' P R ~ t ~)i"l 0 I::' B ~l Y / ~:~ i a ~:~ K 1 4 3'v~::' ~ D ~< ~T ;:)T :[ J~ ~: TIME DOWNHOLE DATA WELLHEAD DATA REMARKS ...................... 1 ................... , .............t ..................................................... ~ ...................... , ......................... * .............................................................................................. ' :'~ ' t I ~ (=4 HOU~ CLOCK) PSI-- ( o "IL, ~.. ~"~ ~; (0 F) (PSIG) ~DWT F} (PSIG) GDWT 64TH INCH ~ MICP/D ~ epa . ~ .~) ~!~ ...~!~?..!..~!!.::!~L .~::?:5'_.~! ~_.Z~ ...... ~ ~ ...~ ~.:~u :i: i...~ul:, Tl~:~'l" :il:a 0 fl ::3 0 ~:~ ' ~.. d' 41 / i ~.~ .'.~ '~ ' "2' t::: O 'i (') "~' '" ~':~ I:) fl a I:~ o '::' (" ~ I. (J ..., ,.,, ,.: ,.:,,::, 'J :::~ ~ ::~; 4 2; ..... · ...... 9:. i :-:.! Z. ! .......................................... ~ ~,.~ ..................................................................... ................................................................ ................................................................................................. ...... i i f... .... i:~ :~...,'~ '-'ii':~; .... ~"~: <} ........; ;:%T :'~ i~ 6 0 ",~ 'l a~¢.~ ~ - ................................................................ 0 1 6 "o. ~;:'<:>, "~" '~' p '::, :' ~ ..... :' ~:. · ...... i:l 'i 9 0 o '5 o ':~ c:, '~ o ~ ~ ? ~:~ ~ ~.5~ !.5 tj_.._;~ ~.~.Z._.:~3;5 ....... '!.~:! :5, ~:~ ~.~ ............................................................................... ....... i,.~ t,5 't. P7 ~ PRESSuRESURFACE RECORDING/TEMPERATuREDOWNHOLEREPORT [' TESTi** '**l '-lii'L'~I-~--"I"~W EL'L:* N Aii~ P" ~'R"NU M BE R ....................................... J O'X*T'Wl-r~'~'7~-)~'~-i' *PAGE - OF oE¢-,z,8., l:": 2 1:,:1 [ F:' 0 :l: N THC I N"rYR E: :~:5 j 09 J U 1 89 ] 6 :~?'~::~:~. ~:~.:;::~!:~.6 :i2.?B.':: ................. ?~:~[t~:~: ~"~:~'!":~6 _ !~'i~L!:~l"!0i~ :8~:~:./AL. AS~< 14372 ,t. ~ ,,,~ .......................... ~, o ~ ~.,. ~ ~T~:'~P:'" ..... "i'Z z~.~ ::~:'P" / 6000 ,s,~l i.(t~: :1: i'H P A :1:1::~;t~: [ Si"i~:VE I:~ C)I>I~ :1: (7, LJE l i 4.480 .... )'¥* ]: ~ j:~ TIME DOWNHOLE DATA WELLHEAD DATA REMARKS ............................. "~/ HOUR/MIN: SEC PRESSURE TEMP. TUSING PRESSURE TEMP CASING PRESSURE CHOKE SIZE PhOW RATE ........... ~] =~ __~ ~ 1~._,.~,~ .... 1~ ...... ,:4 ................................ : .... ~ ............... : ...... ~ ................... · c ~7 "~ "~ g:, '''~ (3 i::- ,'~ '~ · · ~ ~ l::' c:' I . .: ....... ~.~ .:~ ~ ....._..= ............... = = ................................. ~.....~ , ~... J. ...Lc~ L. ~.~:E ........................................................................................................................................................................................ ~... / L, .... ~ ~ ~ ~ ~..~.~,..~_~~' ~ '':~ o ,:::. ........ ,062. 03: 02~ '15 4'1 :~;5,5'1 :! ~:.:;', 3? . ~?Z8, ~ (~.?., 22. 6~ ................................... i~ i~i~. ""i', ' ":~' ':~ r ._:~. · ...... ' 'i' , I::l 65 0 ::~;: 02 i 25 .4 '1 '::S 9,95 'i 88,08 , L'~ ';' r..:j ..... I'"?.J._-.}.L u""~,::~.,.~_~a', 41.4'7,96 _.'~ .~",'~,~. ,._~o,.~_. o ,-:, o "~' 5 . AA..,3~ ~.;~ !~._~ ................................... ..... ~ ~ .... ~.~ .............. t..~ {.~ !_? ~ ......................................... ,0~s~8~0:::~:: o:~ ~0 a'~ 6~s~ t 8 ~ 8';', 96 ...1 a78, ~; 68, ~ ~'~ ~:~ ....... _]~ ............ 102 03:fl4~40 4i79 43 188 37 .- ~/t:~, 68 43 596.~ 1.~5 0~:0~00 4!c'"' .. .- - ,,:: :s:~ -~ 8~ :;:,:;, ~:,.7~68, o ~ ~ ............................................................ ;:~,'% F: i:.:- 256 · '::, i:.' I') C.. :.J . 67.34 554.75 67.12 546.38 6(:. 6 .~-~o 25 66,0 % .... )12. ~2 ...................... 65,74 504 14 II II SUR FACE RECORDING DOWNHOLE PRESSURE / TEMPERATURE REPORT oEc.t-~8-~ -t1. ~... =11: '! TEST# RUN# WEL. I. NAME OR NUMBER I'J*~) M'E F~ .................... , TYPE , S MENT. · ~.il:-?C:(] Ai...i::'~,Si(A ZNC I:~0iN'i' MC.[Ni'YF~I~E %~,~','~.~+~-'~7-- ):~AY/Ai...AoI'( ~43'72. P R i') 'i" '[ t"i ti!:TIME DOWNHOLE .( P~-~.~,,' .... ~......,,....% HOUR/MIN: SEC PRESSURE PS I__ ..ii:ii ! I::-: i!i; (2, .ou. ¢-ocK) ,31 6 0 :.!!;: '1 't ~, 3 0 4 2 ;:.:.-'..5,4 'l ':~ 5 8 [) :3: 1 4 ~, 0 0 4 ;ii 3 'l ..... ::i. '""?:'" 'r, ........ "_"_.; 2 7 :,", t, ,::, ~ ,..,, 8 .., 4 2:'.,s q, 4 :! :::, c:~ '1r~ ;!~;: !/.!; ~, 00 42.37 1 7 ~ ¢... ! .... DATE IDAYIMO/YRI PAGIr OF FT. i~o:F CASING PRESSURE CHOKE SIZE FLOW RATE (PSIG) F']DWT 64TH INCH O MSCF/D [] EPD :i .......... ;iiii"?';'"i ii i ....... 64.42 464 ...... ~ ~';; .' ~ '" i::' ~.d...~[~_z ......... ~.~H ....... ~ / , ,_ "*f (:i , C iii -: ,1:.) t::. 4 9, ? 1 9.35 50 ' 5;':~ REMARKS DATA TEMP. TUBING PRESSURZ ( o F} (PSIG) r"IDWT '.I. k', U, ~:t ,.)'::' ,::."' ,:, ''~ ''~';- , 4" ![ (', "'.~ C:, ';;, ';;, t'l "2'";[ , ?~ ,/ L.) /... ¢,., '"Y ~ '-.J %) '!':?(!., i ,.'.1! .... 2il.~..,._~_iiii ........ iF~9 (l't 'tFl9,55 ..... t:! '_ r .2 ': ..... = _~ -. -_z- ! ~.;,q, 1 7 1 iii 2,2 iii WEI. L. HEAD DATA P 0:1: N T t,iC :1: N T Y t:i: iii: :11:5 0 5--" [' A R ~ A - IN'~?i~O"M~-ii Y"bE PT H SURFACE RECORDING DOWNHOLE I' ........ ........................................... ,..':., .'~ 4 [ I 0 ..~: ,::....~, lJ Il 4.:~ 0 z , l) ~'~ I ~) ..,, .:. ~-, ~' , ,,~ 0 , b ~ 4318,74 80 , 29 . . : .. 1 !.'[!... ,.. ,_._~ ,.:_a ...... 1 ,..:_,_.,~.,.._. ................ ~_~ ,_-_. ,A ..~ ................................................................... :I ~:, 91 (I '7: 40; 00 4:3,... 0 21 1 ";' q 34 12,42 83;, 6 8 4,858 07:50;00 4320 58 179 82. 12,77 b5,14 'ii~: "'::'--:SE: · ,.~, I1 ,...,.: 0 iii: 0 0 ' 0 0 a' ':~ ,.~ o , . ~.'.~,...~ ::.~ ~';,~ '=-' ~-~'2~ .......... ~ ........ ~ ..................... + ....................· ............... .~ ...............· ............~ .............. , ................ .,. ......................... & ............................... 5,1 ~J;' i 0 i.]: '! 0; () 0 43,::. 1 "...-', ~ '18 ! "z':'~ 13 ~:, 68 13 ................................................ ~;, ~;~S .... ~8: :.'.-~o,. · oo -¥.--~.-5,.:.~.s,_,. ................................................................................................... .'.~ '~ ~.~ 1 ~[.-'; 14, i 7 o, 5 5-'~,9i -'-iJ~i~i'~f-~i"f-~(-j 47';;.-'!'.2 9[i~ -'- -~;)¢/'i'~-~ :~:~'~'5 ...... ~¥"-?, ......................................... ":~ ',:!;;9 -'a~.j .... .i ::~ ' ~;~, ........ ~.5-' ¥ ................................. ';' ";~':'~ 'ii fJ-i ~T,~ ii ii' ,' ':~'':~'''' ,:~ 8 ,,, . ,.,. , ,.,.. ,. , ,_., ,..~, ~:_~ ...a_ ¢2 ..................... 2 ,-' ....................................................................................... '-.. ,-' it")~'; . , . -'" .. , &,..,::,.. (I.O:()(i,00 -4.32.4 &? l'..';:d &4 14 4 73,01 i i~.:/": ;')4 i 4 ~ "~7 ' ~, i ii~ ........................................ . - ~ ~ ...... ~: . ~ := ...... ~. :_ ~ ................................................. 'i 7 9 ,:: p ~ ..... ,';' o .... ~.:~ 1 ,.. [~5 , ~., ? 1 ..................................................................................................... ! 7~,, 02 16,5 72,98 18!, 7 16,77 72.3S~ SURFACE RECORDING DOWNHOIE PRESSURE / TEMPERATURE REPORT C)EC-1218-1 . _ '4STRUMENT TYPE ~ INSTRUMENTS TIME DOWNHOLE DATA [ :ii: 2 / FIELD- I"-~ I~'~A .................................... l INJTk-0-1~ ~N T DIPTH ........ TVD .... I~E-~A-J O iqJi"~)- ........... . I ~.?(~{}~ ......... ,.~.l.i::!:::]_~T[:~......!:>_~:l:.~:~i::: .......................... l~:~'?E~l::2_.t~:!~i?..:l~(~:.~:~l:_: ...................... J 14480 .... 14550 i'tD WELLHEAD DATA REMARKS ".. ;'.. ,,'% .-% /'.. HOUR/MIN: SEC PRESSURE ,..10t!R S (. Ho-- c-ocK) 7 158 i0:08~,i:)0 4325,77 7 1 ':'.2 i ] (}: '! 0' 0 (:l ~ ': ":>: , . .~,.:,-...,..,. 3! 7,3 .... 58 ! 0 ,' 20 J 00 4 :'.t ?...:..,.',, ;...::) 9. ":' ~::' 5 "~f ...... , .... / , ,.:2 ...10: ..:~ .}~ 004 , :':, ,.' ~ ,': ', 8,:'~ i 84,8 i 81,9 TUBING PFI ESSU RE,' TEMP IPSIG) [~DWT (OF) .l_._t_._, :;. ..... 71 , 'i 9 'i 8,9',"fi 70,29 CASING PReSSUH£ CHOKE SIZE FLOW RATR (PSIG) [~DWT 64TH INCH I--]MICF/O I--IBpO (:.)O I::: C" : (:) ....~ L) i 4: i ii. ~ 0 fl. ~," ..'..'.sT 1 51 14:20~0(! 43:.31 87 i 4: :i i) ';. 0 ~'J. '47i i :i" t~'i,., ,~:' i4 i 4ii ~ 0~i.. 433i. 9'"'/ 'i 4i~:~ .J; 00 a ?'~, ......................... i5:14~,.)0 ;:7675,82 --: z ,': ',:~; --: {- - ,3 k; 8 7 '1 ~ ' 'I ~ - .. ,, ~ ~ ~) ~a ;-:. o 1- Sc:' ...... i..t~ ~ .. ~ ._ ~ !~:t~:0 2. 699,54 8:3 i . 7' 5 7:.'.{,47 71 , ?6 70 ,:31 7' 0. :3';; 70,98 69,8? ............... 69,45 ......... 67,:31 57,78 5:3..'.::,6 , ........... i i i~ LII I I IL~ III I Jl I IIIIIIIIIIII I I I II IIIIII I I II III IIII IILII I II I I I IJ I I IIIII I ARCO ALASKA INC PH POINT MCINTYRE ~5 Re a 1 t i me ,~,~, ~ ..... ~ - - j - _ ~ - Real Time C24 Hr. Clock) ~, ~,,, , ~ .......................... ,, ............. ?tFCi':'."~U:!!i;i!i: ...... f:]i::' L...~:-,.F?'i:~-::'~3L. iii: i:.i!ii:i...l... ~. : [:) ,,'..~ :~:) :!: 'i" :I: [:] i"-4 :!!-'.; F".,N:[) L)'l"Hlii:f.;: :I:".~F.~.. ....... OI.-:.i'.~;"' ..... [ .!. [:li'.J. t,,.ll..1:1: [::I..t i"iLJ':::;T.... .:..:.. i::. i:?t::.i :i:l!!:'""-' Lii::'Oi'~ ..... :i:i':.~iti:~'i"f'ii'-.j ::";'"'-~'"l:i:!!!; iq(:] i:,lF'ji,,~i-~-.':,l'~"t"'Y.,, i ..... ., ,... ...... ,,,, ~--~ r.:l L. :... ' .......... ~::' '., ::, i::, i::' c~ ,.:~ (:) t:~ :i: i"1 P r..~"' c.','"' · :.~,... ,. ,..,... :..: , ......... : :,-., 'i"f'i ................. 'i"i.-ii:i: ;:?, F:. i": I..il~' ,:':;i':"f .......,.,"';i::' 'THi::' )i.'.'-.~'.":'~'i"f.':'~,.,:~:',.... ~:)F:' r::', t'~ "¥' i!!: )-( p~......., .:.-. c...:, ;-...:, ,::?-..,.~.. i.-! i!!: r-.i: ;!!: :i: N: Y () U r-":'., (:.; i'.-~ F:'. ...... i::' '¥' H r-":'~ i- H ~'::'~ i I... ]: ::;"" t..~ .... ~,.-.:' ........ [ (J t,~ ',.,:' l," ..... ~ ~,... I... ,:"-* [:] 'T ):':'; Ii!: L. :i: :'::'., :(!~ I... i!!: F:' C',' I:.~ .... '" ;': i"i .............. ~.:':', ...... i'...., "r' ~... ~...~ :::, ri!i; !? i'",..: ;::', Pi ~':'~ [:-;:' i..; i.d ........... i.-i F' 'i" ~,..I F' O LJ T ..'.":)F' (:)IL-': :[ N ['i,,'",, i"-.J ~'...~ Iii: C:'i" '!: (:) i".-.! !4 'i: "[' I..i :.ii;~ ~C: i-.t :[':, ~'::','¥'~'::~ .:. C r::'~ i... (:: U I... ~'::~']" ]: [:) ~'.J'.-i.~ [:)R (:] F:' :[ i'...! :1: [:)N ~.:;.", TABLE OF CONTENTS SECTION 1: TEST SUMMARY & INFORMATION Summary of Test Results Test Period Summary Test and Formation Data Rate History Table operator Job Log SECTION 2: ANALYSIS Analysis Plots SECTION 3: MEMORY GAUGE DATA Gauge No. 10079 1.1 1.2 1.4 1.5 1.7 2.9. 3.1 O 0 S757 S U M M A R Y 0 F' 'i" E S'T i.,, e a s e 0 w n e ~"': A R C 0 A L A S K A · kt u".:, ]. Ii. N. 0 , I .... C ,::, u n '? ? /L. S D: F' i:.? U i) i-.i 0 E B A Y f": 0 U t"~ 'I' .;." ?; i i c: A 4480 , i) 0 '.t 4 5 :::~ 2,0 0 i... e~'.~ s e i".~a e~o: P'T', · ::., 't ,..', 't o/J::' r' o u :i. n c e: i"i c I N'T' Y R Iii: o l, A AI...Ar' ¢' 11 n Page No: ';": L..'::' :ii!; 'T' A' i"~ ..1.) F:' (] !:~ H A T ]: E) N .1) A 'T' A .... i 4 5 [:."J 0 , 0 (.'1 'F' !' i.-if]LC.., fL..' .... LJID 'f' y p ,.'.:.~: f) Iii[ ][ iii; Iii: L.. Ld.. e :i. g h 'i'.: 6, :3 0 ]. b ,."' g a .L" i i ' (]I '::F. i.}? C () 13 Ci v :l. '..'L~ C 0 ~.T!. ]. !' ? i . I..! [i] i... E 'T' iii: M I:~ E i:i.' A 'T' I..J 1~ li!] :() e I:-" !' i"~: i -'.,~,:) 7: [] 0.F' '1.' ii!: s t :i. ~',l a 't (..'..'. cl: [), 0 [] F:' A (:: 't u a :i. , 1 c. ,.~, 0 [) F:' [., L. :::~ t"1:1: (] N It) A'I" A Ei; [] Lt !:;: C: ii!: fii; A i""i P i... iii: i('. 'T' '".," i:) Iii: A M [] U N 'T' 14 E I (]; H 'T' · L.[.,L,;I!..t.,li[D PiUI') AN)]) WATliiiR C i-.i I... () R Z .'0 ii!: !3 i::' P i"i P I:) i"i i:'~ P i"~ I::' 1::' i~ i::' 1:~ i"'~ i:' F:' i"i (] I:) '.'!i :i. ii '? 't ;3 fi (:: (:: 0 (::,'.:: i] (:: 0 (:: c i() '() i(i~ t..~ ill] F:' iii]i? A'i" [i) i2 ,'TIll B LE] [].~ 3 2 0 [), 0 0 !::.;/!... (:)N I... [:] C ~, '1.' :I: [:) N ,', I:~/U ~!.~'i",'.'i !;~ "f' t..li"Jl:~ [::;,"-", LJ(:-~ E: :11: 'J. [] [] ? 9 t::' :1: N :1: ,<i~i..l 12 1 [:.~ I..j I::' [:] F." !i~, /1... [:]i:>l!i:N ~...,11!!:1...1_ "l'[:] L.L.IBR:I:C(.','T'[:]F.~ :i-:;'T',:~ I:~ "{' :t: N t..I[:] I...E: ON ~[':~[:)'T'"f'[:]~ [~ "XN" ('l."~':<,?'?,~'i"lI)) ~::; t"t t:::r:':', t2 [:] t.J T [')I::' I::: E: C I::: F:' '1.'(.', [:: i... E:; I::' (:)[:] H [:) [:)1..t (,J :1: 't'' H c., ,.~/t... ~.~NI) t:~ / ]:) < ..... · ,:.~ ~'.., i"1 iii: i2 1 [~, 1..!1::' Iii: / I... F:' t'? I.:.': !"~ !:~ '1" Iii: S"I" 1... iJ :8 "f' 0 ~'!~ 2 [] 0 F:' S :1: t2 1 t"1 ~,,~ I 'T' I"i Iii:/i... [;] N :8 0 T"I' 0 i"t [~ '1 4 ~'.~ 7' 2' ( ~ :[) ) i...t.':~'t'' C H Iii: :[) :[ N 't" [] i;/. ii!: C Iii: I:> '1.'(..'1C I... ii!: [:]i::' Ii!: N ~,J ;1: N [:;~ ~,~,'.'.", 1... k,' I:':. [1] N 'i'R I!i: Iii: N iii:l... L. [:] P I:.'!: N '1' [:] H Iii: PJ'T'Ii!: R ~..,i E: i... J... ~::] P Iii: N '1" [:] !i.:; ii: P ~ 1~ ,'.:',"l' [:] I:~ '° j "~ [:] I::' Ii!: N I,,.J Iii: L.. I... 'T'I.'I i:.~ [J ..J b, I..t ,<i:.; Ii!: F:' ~ t:~ ~'::'~ 1.' 0 t:.:.' I ~. [., t? Ii!: ~'.'.~ S iii: H'I'' 1:~ C: I..1 (:] 1{ i!i: ·i" [:] :.50 / ,5 ,-"~" :I: N [:::1:~. tii:~'~ S Iii: i..t'1'' !:,t C H [:]i,': Iii: '1.' (:] 6 ii / .6 4" :1: N[:::I::.: E: &', ~:i:; l!: I..ITF~ [;::H(:]I( I!i: T [:] !ii []/6.,,(.I." :1: N C i:~ i!!1~':.~ ~!~,i!!: l..t"l' i:.:'. C H [:] 1{ i!!1 '/" [:] '? 0 / 6 4" · ... ,;:.~ ::. .. :1: N [::t2 I::. (.:~,.. 1... 1.1'1" R [:.': H [:] 1{ I.:: 'T [:] 'i '1 0 / (::, ,:.', :1: NCl:.:'.l...':,':.':',!!.~tii: I..i'1''1:~ CI..I[:]I<: Ii!: '1 ;21!,~/64" [-:{" P {i.~!!i; H'1'' I:.:' .':!~ T R &', :1: [:.:;I.'t'1" '1" f:] ~::' ~::' I::' 't (':~ ......... 'T'O[:)i... DERIVRTIVE LOG-LOG PLOT 10 4 r ..... 1----1-- f f i i ~ Ga. uge No: i007H Period No: Z Nell: 5 Compa, ny: RRCO FILFISKR Rna.! yst: HIKE PETTEE Flora Time: B.03 Hr' T"-----T- i i i i i-i- 10z , _ L I !_ L I £L I L . · ' Neighted Hean Slope ! 14indom Size Per Cycle-tB.g~.l ' I L I I Z I I ' I ....... L I L.. · I ' I I I ! l I Iii Z o Z o Superpos it ion HORNER PLOT 4.5 Eg 4. I X 3.3 2.9 2.5 f' i 'i i -i i i ............... f~-- kh = 14568.3 md-ft k ~ 227.629 md i Skin = 24.71 , f i--'l--T]i- i i 1- .... r .... 'T-- ~ ~ ~ ~ { Test No: 2 _ ~ Gauge No: 10079 ! Period Ho: Y- - Nell: 5 - tCompany: FIRCO FILFISKFt !Fin a I yst: MIKE PETTEE i ..... ~ ~ ol~....~.! .m_ ~_: ..... e. ~ :S _~_ h" ...... I .................................................................... ................................ L, , ,l L I · L I L I ., L L L I · I l I ~)~ 10~ I qiN) tiN) - t(j) _ · L L · 1_1_! Z 4.9 4.5 X ~ 3.3 2.9 2..5 Pressure vs lo§(I]elt~ Time) ............. r ......... r ....F'"T-T"I'TT ................ 3 ...... o, · · · , Test No: Z , ; G~uge No: 10079 Period No: Z · Hell: 5 ~ Company: RRCO RLRSKR Z Z .~ ' Rn~l yst: MIKE PETTEE ~ . L__L_i_.~_i.l~L ....... _L .... ~....L.l._l_Ll_~L ........ i ....... L_I.__LL, _~, I ~'' 10~a 10~ 10z Delta -I-ime (hours) Pre.sure vs I]e~ta Time 4.5 4.2 3.8 X 3.2 2.8 2.5 F- G~uge No: i~079 _- - Period No: 2 - - Company: FIRCO ALRSKA - -- , Rn~l y~t: MIKE PETTEE - I. 1 2.6 4.;' 5.7 7.3 8.8 10.4 11.9 13.5 De 1 ta Time (hours) T .i. ,::: k e 't i'".~ o: (.'l 03; 7.'.:57 T ii!] fi; T t:~ ii!] R i 0 D S U M M A R Y to: . B B C if.'1079 Dep'th: i4379,00 D E S fl; i:,::. ][ I::' T i 0 N .':::; -I; .:::~ p !' D i.'" a w-.-. {;I o w r'~ · f:' 'tB 1 a ni,'. e~.~ o .f:'f:: N o {) U I~. A T I 0 N 4 81,8 :.?, 7:34, 07 ( ~.,~ :[. n ) nex't page, 4.8 0.0 L50 50 0 btA L. L. ]: 'R ttI? T Fi N E; a :, g e N 0, : I fi 0 ";' o t:-; a u Clc.:, i) e p 't h: 1 4:3'7 9 0 I) .F' 't ................ ,,, ..' ,, i · i'"t ~ F, o r' V I~ o c o F' d e F' N ,'}, : 2 0 fl. 3'" '::',.., 8 -' 3' LJ t... '"' 89 [)7:0[]:0 [) (]7:57: 5[] 08: 0[]: [)0 [.t ,'.'-i.~: 2;:.?.: [.',' [] [] 8 ::.iS 7: [] [] []8: 38: 0[] [] :iii: 4.'5 2. 0 O ?;': (] :.:ii',; 4 {] [] 9: 2; 2:: [} [] [] 9: 4'5: ...... F: [i f] 9, :::':':', i O: '! []: 0[} 't []: I :3: 40 'l fl:.4::~ [i(] .... :,"... ~ .. 11 ', 85: 20 ! 1: i!::i:(](] · :) ,.':) i. ! :,:..,..,: 4 [) i i :7:;0 :()i) · i 1 ':5'':~ ....... : 'i 2.':: i 5: ;.:.:: () i "" ,,.'] ,a [) ..,::.',3 '..., ! 2. :7 8., 4 [] 't 3;: (] 2. ', ,9, (] l.... ".* '~ i::' I,:': :,::'. .... :2.0 '.i. '.?:-,: .4 E::: ,:? 0 ] 4L: 'i ':." .,...: [)(] i -q': .'.':!; '5 :,i?:.,"': i '~ .4f5 '::' [!!:: .-', 'I .4: ,..: · . --? .. i '..'5: ;2 ;:2 .: [) () i t~.:j ,, : '.::.: .'..: :j : 0 {) I '::' 4 ,.: ~ .'.:j::. :::: fi ,. : --? i ,'!~: :.."'.': ::2 ', (i 0 '.i 6::,55:2i) i ,' :. i :ii!: :,4 :'" f'..' fi I.,: 42.: 't 8: f) 5: 2. i :i:i',: !5 2: ()¢, .1[) a 1: a I::' r' ! n 1' i '5,029 49,5 4 S 4 ~'l, 6,'.-"; :-3 i 7.6,9 43 ''~ "76 '" o9,558 :. , '., 43.40 , .4 't [) 176 , 9 4:34 fi.., 78 ? i '""/,.'::,, 4S40 , 9,:"..)7 i 76,8 4341 , 7 (1 ,';!:, 176,7 1 0 0 · IR / tJ S At'llii: S / i... [:] N i...[:] C R"F :1: [] N, S'I"A I? "f' t..li"i t::t (::; A U E; Ii'.' :tt: i (] O 7 9 t:: I N :1: S i..l t:;.' :i: [:.; U P (] F:' S / L. ON B[]'T"T'(:]i".i 6' "XN" ( 1 ' '"'"'"' ':' 4,:, 7 '.~' ' H I) ) :..l(.lt"l t.,,l]:'f'H c,/I... AND R/I) !i':;(..,l'tl::. [3 N B (:)'T"T' [:] N E':! 't 4 :.'572 ' ( H :0 ) C:; a u g (.:: i) el:) 't h: 14 379,0 0 .F 't "I' :[ i'~i E {) i .i. i',i IE t:.' R t::' S S [..i I'? Iii: T Iii[ H P l.,[.J H Fi I::. N T ,:~ H H: i'I i"i: E;.'.:i; ( i,~ :i. n ) ( t:' '-:!; :;. ) (. t::' ) 2:.'E:; i} 0 4 ;:.:'. ()0 7,.,."" 0 0 9" :i?, 00 t 'I ;2 0 (} 3 7 7 8, :::i ? 4 i 79, Ei :.'33,33, ,"!:, :5 7 i E: '.i. , 2 S ;~'.:: i 4, ,fi., 8 6 '}. :iil i , 9 S 'l 4 5,7 'i 'i 1:32, ;:2 :;:!: i 'k I')., 9!'5 '7 :[ L,c. '~ '". 4 3 0 9 7, (i, 7,6 1 8 2 . ,.~'::' ~:~; 0:3 9, ii-,' 4 i::,' I :iii 2,6 3 0 ::::'.., 5, ,..~'::'., ':'" .... ,:,":: i ,..,° 2.. , 7 0 F:' E: N H :1: N (.'; U ~ I... 9 i!!: (:) N 'T' R E Ii!: kiE:l...i... I:)P E:N '¥'0 I"l!!i:hlFlii:R i4 ii:.' L.i... (] P E: N 'T' f:) ,~!; Iii: I:) r:~ R r:~ 'T' (:)I;'. 0 I::' Iii: N 14 i::: t.. L. "t" H R (:) U E; i..I S Ii!: P (.:~ R A '1" ("~ R ]:NCR t::.'" "' ~..~,:~ ........ 1::. l..i"i' R C H (:)t< Iii: 'T' l:) ..::, 0 / ,'.54 " · , f. · // L,H..)KE "('il) 80 64" {:;i"t(:)t( Iii: 1'{:) 1!I0/64" CHOK iii: 'TO '''~: 0/64" :I:NCR::'"c'::' , ":", "' f' ' t...:..t,.,I... :"1T ,':. t.,l"l..)l(.lii: 'T'C) 110/64" .[ N {:: R iii: Pr'"' o ti!: i"l"f 17 C I"i(:) I( Iii: 1 2 ti) / 6.4" B Y P A,q; .t'!; I"i 'T' R E; 'T' R A :i: (:.; H 'T' 1" (] E; ti:' P ,In ., Ut,. ii..i ,., ,.. 'i" I M E I-.iAL. L..iBtii~TON .......... Gaug::'. w~.~ , : ~,',07o,,. ., M e ~',~ o r' y i:? e c o r' ,::! e r' N o,: ;?, 0 0 S :1: N D 0 W N i..I 0 t... Iii: PRESSURIii] VS TIME H A L. 1... i B Li R T 0 ix! E;.. a u g e N o, ', '~.,. 0 0 ":'., '::' ~et~loPu ~'.~'.e~orde~"- i"'~n : ,.... Page No: S,1,4 ~ ~.~ / x, 0 0 .F' 't G,'.~ u g e D e p 't h: t. - ........ o J::' P i n 't S 't a i" '~: :'7 C) :'7 590 4 i 5 ':::' ::-~'7 .~, ..j. t"~ t ..v ;:.: d 458 964 ,:4 i::: (p · y ..z. 5.4'::;' · ") t:;' t::' · .'.L '..J -.J .,' ,.:.~ ! 1 45 ,::, ,.'::, ,..J 508 o33 4 q ':'~ · -' ~.. :'< 6 0 i 7 i c, 2A.: 289 9 [: 9 .4 '!.,:' i 032 I::' I::' ; :.j :.J !5 i :::' ..... ....... "Y' [3 -':!; ,.- (, ~ ,'.,,.'- 54 fl 869 22i 542:: ';. !:.:4 .-i 1:." :'? :.J :Z' 2 ,'i:, 5 , i:' e q U e n C. o 'F i::' e r :i. o d 'i 83 7 '.t86 ,'.'i~ t :::,,.. i84 4 i 8S 7 183 i :q'"' 'l..,_,c. · o,::. 'c.'. 18 ! 8 181 4 t81 1 i:.,° 0 8 ';.80 ti: 1 o .]4 i80 2 '1 80 179 8 '!79 5 179 4 1'';'°, ., 2 i '79 '! 1 ''~ 9 ! . .. · i ":'P, i78 8 I7° 7 :J. 78 ,fi:, 1 ? 8 'i ,.~c, 4 i './84 ~ "? ,:.) ..~ · .-' ~...~ '178 2 i 78 ! 78 'i 'i78 I '.7;'~ .. t 77 9 'j. '7'7 ii-: ! 7';;', :iii 177,7 · ~--~ v? 'i /,.- , 'I (7 7, ';. 7"? .. · i P'2 '~'7 L':' ./? i 77, :n .fl i" i ~.:: 1< e 't N o: 0 0 ;3 7 5 7 'f IME .:, a u g e I) e !:) 't h 't 4 S 7 ~? i') 0 .P '*' 1 5 ~ 'i. 2 ,, 00 !. :::i: 1. 2:2 ii 630 ;:.?.'3 ,S44 2. ,"::i · ' !"~ ~'"~ . ,'.:>,.. o ,:'!:,72 23 ,."i',ii'~6 c:.:" '"'" 7iii) 23 7 t 4 2 S 72 A ,:- 0 ... ~,..~ . i) a 't a i::' r- :i. .~, --%- ,.v t::' t:;' ~", I;,' ~' :.q, ,:t, ,..~ ,J r:'. :..~ -4 ,t, ,:) ,.. / / :::, 4 ;.!~3 6 0 (! 3 ./t · .:,5,58 i:'~ -''' '''' .... · ~ 0 4336 675 .,.,.~. ,o;.- -o-., . · .:.~,:~, 8 i¢ ':.:;' 0 a "z'.~"~ "i ~:- q · ? ,...~ .,,..s .,* ~.. ~...~ ~... · x..x.-x- ii!: n ,;:I n 1' i::' ;" e q u e r', {: y: 6 0 1. '7 ?, 5 'I 77,4 177,4 i. ';-:' 7,3 ./7 '"" : d) ~'" *7 "% 'J. /*.., , 't 77 '"' 0 .F' F:" e ~" :i. ,.'.~ ,::i 2 .x...x..x. iii: N.'i) B LI I 1... 1) U !::' 4;.':~S7, i. 98 -x..x..x. iii:ri ,.':i. .'l.) a 't a P ~' :i. in 't :4277,447 T'iES'T' :11:2 0 -I': !::' e i" ,i. 0 ,.':i,....":> .X..X..X. i::' r' e q u e n ,::: p: '.1. 00 ! 77,2 !::' {:! C H i.:.,, iii i i..1 S/' t... 'T'O[Ii,., FIELD READINGS SINGLE STAGE UNIT IT.ST'N0. ' ' tWELL: NAivE'°" NUivIBER' ........................ tTE'S'T UNIT DESCRIPTION DATE ' pAGE ~'~ ................ L P_::t:: ..... Mc..-I'N:i::-~A:~.~L--$.:.~ ........ , ...... 1.~iiO ..i~i:-~-,~':.;~;,,,,i:~l--i~'h~<;;[;'. ........... , J 83'1J1 Ei'--?. I. :u~o... .,~,o ........... ..o..~.,o. ....... I°'' "'~'" ~'~' ..... 1 ~'~ "'"~ "' /~ 4 ~::, I'J" 't /[::iu:[ 0 (PT)II Pi '' I';1' ' ~ 'l ' ) (PT)Il ~ PIPELINE ~ FLARE II "',:: ":'L 't (INS) n 'i A A Ii ~ UPSTREAM ~ DOWNSTREAM :'Z ::~' ~.~ .... ".~ Z~Z ~ ~ 4 ................ J . . Z Z~ .~... ~ ...... .~ ...... ~ .... ! ~ ~ ~: ~ ~.. U .... · U &~ m · , . A ........... TIME [ WELLHEAD DATA DOWNHOLE DATA FLOW CONTROL GAS METERING OIL OR CONDENSATE METERING WATER METERING ........................ DAY PRESS. BHP BHT CHOKE ~ CHOKE I SIZE GRAVITY METER GRAVITY METER READIN( 5AL (AIR = l) ~ 2 TANK OR ~ 2 TANK 0~"' ~4 HOUR (64TH)I(64TH) / METER READING ~ 60°F METER READI~( CLOCK (PSIG) (PSIS) (°F) iN) / iN)J (INS) °/o H2S DApI _f::S[~:~ ..... ..s o. eel . ..s.O...u ~H~. ii-~5~ 'i ' .27, .... .......... ._.__ .......... .__... .~.~.___ 0:1: t... :; E: / [ ~ .................... ~i'~ Se) ......... <211 ~2'2,4 1~5 l ~O l D i:~ (:1 :i R :1: F' :1: C iii. P .... CJ ........ :I:NC HT'R CHi( TO 4 /~:,)4" / [ · e :i: Nc ~ ~ ~:i ,4 ,, i / .................. 7 ~ :1: N C C H K" 'i" 0 /~" 2, {]16 F; B Y P l -44:7 2. '14~ ........ :.3.06t3 / / ";.' C.:, .??4 iii, 00 33.25 (.), 0.0.4 !ii, 5: ~ 0,00 0,00 o. o 0-' 84,00 1 02, ;?.,5 .... i ;iiii' .' 1 · '::, "2 1 1 28 ,'::' 1 1 1 28 ,~i 1 1 29,0 j FIELD READINGS SINGLE STAGE UNIT iTEST No.' IWELL .A'ME'"O..U'..~. ......................iTES~ UNIT OESCR,pTioN ............ '?D^AT~ .0 ' V"*i'"' "' PA~A ........ OF OEC- eOS-~-A .... , ;USTOMER [FIELD ~ FORMATION J OIL ~ETER SIZE ~ METER RANGE / I I I(BeEs) ~l::'i'"l'i [::ii [::i <::; lZ [::i ':'i:~(i(')l"t('ii::' E<i::~Y I'(lll:)i:?ii:~[li( I ?, :.:. :.....-. ...... .--..:.:._..: ~ .... ,::.' _. .... :. _ _ .- . :.. . NTERVAL TESTED BHP SURVEY DEPTH GAS PRODUCED TO tGAS METER RUN DIFF. RANGE (INS..H20) STATIC PRESSURE TAKEN ....... Y~"'~ ...... [ ......... WELL~-E'AD'DAT'~ .......J D6N"'ROLE 6~-J-F'[~w ~O"T"R&~[ ........... ~As'~ETEE~G ............. O,'L'OR coNDENSATE "ETE"I"G W~E'R DAY I;.2R~T;I~N{ PRESS. ~ TEMP.' ,R,SS. ] B HP . BHT J CHOKE I CHOKE' SIZ' ~ PRESS. [PRESS.t T '' ~=~ M,T,R R,ADING] T,M, GRAVITY I W, M,T,, R,ADiN~ISALINIT' ' '~' .~ '~",-~"~'t~,~'' ...... ~ ..... 1 ...... i ................ ~ [ 'l i ....... ~ ' I' ' "'~"~'~ '~ :>~'~::~(~;,I :?~,~=;'i J ';?,i J ~,'7<;' / 2,~J'J~JJ),:~j :tt~?J i;:~.~: J;.~.;:~[:)J(] :~9~ ~:~J ~.~ (],(]JJ ~J~J.2~J ~)() ~9,(:1 J (],(] j "e"::" ' . .....~ :::.:~::. ~ :::.- ::..'- . ::(::::: -- ~ ................ · .-,~ ..... . .' ' ....' ...... j' . ....... I ....... I · :~h'~=~;~'~l ~'~. , '?'~ j ?~:.'?:~ ~,~:.?, Ul ~< ~, ! u / . / II ( ......................... j-. ) -~ .... ~ --~ ........................... · II II ::~h I (~ ~/ ~; i:i (~ ~ ~: ~:t ~ ?'5. ~:: 1 '7 :~ ~ 0 J j ~ ...... J ...................... ~4 16 16~ 16~ 17 17 ...... :." IFil'. H,::::t:Nt'iYl:~,lii: :ti:~5 iF~I~UDi..I01ii7 BAY/Al '1 fi.Tilt ,el!:,) '1 :::) !:; !) ,':>, L.. A s 1< g ::>.';, ,::; .I . ........... I 14480 .... '14~:,'50 I1 z,, , '"5 I::'?H~A..-, AO F:' T'~-:.P i'L(,VV (3i¢ WL.L.t I'-I[ AL') WEIt ~.I"t()Kt.'->f t'AFCA ltO f Ir;~,1 l'lOI I: [_1(')1 lt.~M COF~¢tCCTI!L~ ~...()l. tF,~E(.: f 1~.~1.) V'uAIF tl r~// tsoR, , oF:E' rll~E ,, .; :.? ~t-~ ;.~ ........ Q g Q o : ..,, .) :..: / ......... : ..... ".' g ..... ' .... :."" '~ ............. ~.:t ' "<'' a .... ~, , .. ,.,~:,.,,. ..... ,.,~ ,~,,o, ,,,~o, , ,~-~ / ~,o ,~,,_ ""'~':'" i.~.t.,I.~ ( BBl.../MHSCI:' ) 8 O,!:)ili) [] I::' I!:: N WIN[.; blAL..Viii: WEL..I... (:ii: EN .i"0 HEAi..ER , iii: 'l:i ':::"' 4 ~'.-"..", '39 2 1 ,-' ? ,.,,:,~','~ 't 44 4 9 2 ;::.! . , '" ~il ' ,..1...1. :/ kEi...L OF:'IEN l itl SiFi:~ARAi''OI~ ~.:fNCF~'E"(.~Slii: i--O Si] /64" CH'i< !;:'t'i "si,'..-,,':,>i. ,!!, 26 E:;k:.! ~':!;':'~ ~,:. ,:.~,..".~;, (.I i "..;"ii) ....................... ~!1 ., 1 ~;: 6 C i: I... 't' 0 ~!.; U I.?. F: ,.:ti C t!:. E:.." t'; ,': e.t c> i '~ ti!, 'i :50 '"'. ':::; ':~'''' 4 1 8 !5 · ' , "...~ '.,. I... ,"' ~, .. .......... 8 , ;!i'.'j.:' 1 )]I~.0i:~ 2 , ':-~i:jiO ,, .. ,:, t...A'" ii:] ,'... U,. ]' F: I CE P ........... 8 S".,. ;::: ]"NCi(:i!!iA.'.':~E: i"t'i' I:< CHi< 'i"O 4ti,' ..... ~".~. "~ ."l ..... ." ' 9 i", i '" ~",i ,' c. ,:.: :3 ,!!:, 40 ,:':', ',5 ,.'.'. 4', ii:', ! 84 8 . S~'i: 3 :1] NCt;-:' i!i ;.":l SI!i] t..I TR I";HK.. 'TO. ~':~ 0 ,/,..':,4 ,, 8 ,44 ,5 t N C R ti! A S Iii: H "I i:.~ ' i.; Hi< l' 0 80 / ~'i, 4 ,',. 9 h 2 Ti ,"~ 61 ,'5 4 '! ii) 0 ,::,':' ,::. ''~ ,.~";: '"'.,, ,.': ..... 1 d" ,..,'::' , ~ , , ..... '" " "'~ ;'; / ~> 4" 8 , D~' :::,.'; c: 't'lii:Fi Ci..tOt<E.'..; TO :. ,::.o .... 7',:5 ;?., 66 i:. ~"~ /I .... :" ' ..... i . "" Ir .... 1.':~ 91"~..50r,~ ...: :.,' -', 4,:',ti,.:.::.:;: 'i97 ,'!!.1;?':",7'i(~3 ',.:'.'.4S;.:.:: 2t '3;:::48 O0 '1.3,.~,. 41 8 i , 0 ~: 2 ,60 :.'~, 4 8 (') h 0 6'~ 5':;' 9 -q. 8'J :..!:.' 8 i '? :2 2. 944,0 i 8 t5 2946,7 ? 4896,3 ? 16 A i, 60 8 ! . '..:J;~: S ,66 3, '10 ,o 0 ...... I:i S 0 ~,'i '::i ,.,'::' 9 ..... ',5 i'i ;-.::~ ~'i; '194 ~:' 9 i I, ;2i l!i~ 6;29 ',55, ,..L~ ':~ ......... 4457, iii9 '1 ,.,'50 (il, 49 8 ??, ii ....... ~.. 3 17'. Y P A S S Zl: N [-~ Ft "A 'i" ii- R 1~; 0:1: N (.] ~: '1' i:?. A :t: G t--i l' i' 0 ii; E I::' A R A T 0 R 72 ,.., 9"?':) " 'i ~ 0t-.i 44 ? ~:i 2'i 28 '.t "-;', '1 2 ii'.':'2-'~t, ',5 'i 'r. ,. ,~ ':' 7.-'.4174, 49 4384 ,81 1381. .... , 26' iii 2,1. 46 'J h ,5:e.-~ .:~i:.l~'.:, '""~' ,, o ,.~1 '~J: ~!i ;::'. ~) 71 ~;~ 'i 8'.5 ._ l n'l 0 r-'~ 36 7 '::' ...... ._ t:., 128 ;--::t', 86,1'i 8t5 i3 ,-...':~, S 1. S' 1 h 1 ~ ~',~ S'.59 ":'~_, 6' ~'i ,.'.-.:';"~o~ f:i47._ , ~.i:.' 1 ?9 8 2 '" ..... , ,.,e.: ;"' ,59 3,21 '~ ........ h:3(] ~', 56..-:.; ',:.:iR 't ;5.';3 l ~:' (Zl ;-.'.:.' 4- ~:i: ,. , .... 7 18"-", .:~,.:':"=' i '::'. 62 .:=-o,~-~., .~.. -,,57- 170A 01 8 :_'-.~, 0.:":: S ,61 2.61 2i-, i: ,'.:~ .34~: 60 ..... t ;.:.:.' :- i: 195 ).:.!,.-; (:l ;:~, ii 1 8,.'!:, .4;.::',".:;',;.:i. 20 '~::,:.,":' ,5,4~, 8t5 1 6'38.87 ~ , , I'OTAI ~A/EI.I. EFFL DEl'IlS PRODIJCED I (.)','V liMI:' I I (,VV lIME I'iUl',dB~[< t i OW lIME END NUMBER ..,.~..~ '1 ::::: t"~ '::' ,"::, ¢"t ..... .~ ~JJ ~:J'.{'l (l t"ll I-~,1¢ I'.t/~ I[ FOR IEt51 LIP TO OF R'AIE. , , ;. ,.~...,. ~;.¢~]i~;:" , t)"'? ,;,, ,l:,,.,,,~,~ L'597,, S.4 ~.~ .... il,, ,,,,, 0 , ii0 ,.^:., ~.~ .... ~ ,.'.,~b ~,~l.S,: w^~'=~, :,, I ' E.t~l: NLJI%4t3[~:.R WLL.IL. f',IAM[: OR NUMBEI,t AREA I~A'[E'.'F~I..IILD-UP NUMBF'R DA'IE (E)AY MO YR) ~AGE OF ~ .. I'iF~ S 3~42 ~J%'I'ONtEIR Oil ¢;i~AVI~/' (eL, ~)()' F {'APl) rCPEtCIFIC (:,I4AVlI'~ STANDARD CONDITION5 . , , 'rl~E -~ ~, ..:., -~ m .......... ~ Q 0 .... 8 3,5.. ,.'., ,f~: , ,..,o'::' '" ,::."~, 9 0 ' :: 2 h :X 0 ?,~ ':~' ,'~ ,: .................. · .., ..¥ ~.~ ~:~ ;d'.~ ,::: :::~ t 9 ~ ~ .~j ':~ ':~ ':::, ,::: ...... ~ ,'>,'~ ..... · ..:.,, .. ......... ~ 1 ~:~ ::~ ~ ,.~,.~, 1 E~ ,.~ ~:~ i 8 ~:~ ..... E~ 4 ~5.4 81 , i.) 1 i ''~ =' ~:' 8 4, F,," '~' ,.:' ~" ~:.3 h J'() ~'~ ~ 4.'7 ,f~ 4 't ~?. 8 1 9 (~, 2 z~'7 i 1 '~ E~ 7 ~3 i 1 9~ ':' ':: .... ...... 0 h 0 M :3.~ :3 ,lb 6 '~. 2" ~:~ ~:. ," '"', "' .... ~ ........... ...., .~ , ~.-.~ , ~:; ? ;~, ~:~'" ,.~, '~" '" .. ~ , ~ 4 ~::,, 'J 9' , , ,'::'" P 82 · '.~': '-' , ,.~ ? 2, E~ E:, 'i. i'{"':'~ (1 ,", :3 5 0 ~, 9 1. 2 8 1' 9 6 2. 4 ':: ' ?' 1 q 8 ' '::; '::' ,, .., ,::. ,.~ ... ...~ ~ ~:: ~ .... , .... "' ..... 9 ?, ~ ~,,~ , ~:.:;'7 ;~. ~:~,., C) · ..~ ......... ,'.,, .. ,,.., E'ND.. (: i::' F 1...t]1,. .... 'J'E:c~, I:~':~ , 54;:::'" ,9'E] ,o ,.:n,.~[:~..., o,.~i 71 '~. 8 '19~:.. ;L:~437 i') I:E~:~ :3(l''~'' 2 ~:" .. i . I ~.~ ~ h ':' ' ......... .. ,. ..... , ,., 1 ..... 16 ,,, 'T(3'J'~:~L. I'i(]ljt~'.c:' (:~l:: f:'i...(:lLd: j~j, ,.~ .... .~.~., TOTAL WELL EFFLUENTS PRODUCED T 0 'J' ~ I... I-'i (3 U R E; 0 I::' ~ H lJ T "'- I N,' 1 2 ,1 9~ ~.. '~ . ~"i {.~i I'INll: I:[ OW ]lMt. NLJB~BEIi FL.OW [l~tE END NUMBER ' , ..... ':'.~:~ ...... WAll ~ ~l',~-,~ ~ .... ~ls~. t-'~ , · OiL , , 0 ~::, ..... .............. ~s'~6-Ei'CI'~F ~'6'N'" "~'~ S'T'o R ¥' 'P L.'0'T ................................................................................................................... ARCO ALASKA B JUL 1BhSGml5s TO 9 JUL 15hlOm Os PT. McINTYRE ~5 -IOO~ - 800 400 - -0 - 400~ ~ -- ~000 --0 ,o o . 8 JUL t;h o. · 8 .I'LL :ah 8 .nJl.. 8h i - F 9 3'UL ~ 9 ~ Gh 9 3UL. ~.h 9 $1 Pt. McIntyre #5 Core Descriptions Core #1: 14,230' - 14,253'MD. (Driller) 14,230-14,251.2 Cut 23' Rec. 21 2' Lithology - Finely interlaminated siltstone with some claystone. * SF: None · ** CSF: None Core #2: 14,460' - ~4,488'MD. (Driller) 14,460-14,488.5' (Final) Cut 28', Rec 28.5'. Lithology - 55% shale, 45% sandstone, SF: None (shale), to even bright yellow (sandstone) CSF: None (shale), to slow milky white (sandstone) Core #3: 14,488' - 14,578'MD. (Driller) 14,489'-14,580' (Final) Cut 90', Rec. 91' Lithology - sandstone SF: Even bright yellow CSF: Translucent, moderately streaming milky white Core #4: 14,578' - 14,668'MD. (Driller) 14,581'-14669' (Final) Cut 90', Rec. 88'. Lithology - sandstone SF: Even dull gold CSF: Translucent moderately streaming milky white Core #5: 14,668' - 14,691'MD (Driller) 14,669-14,690' (Final) Cut 31', Rec. 21'. Lithology - 15% sandstone, 85% shale SF: Patchy dull gold (sandstone), none (shale) CSF: Translucent, moderate streaming yellowish milky white Out of 254' of core cut, 249.7' were recovered. Core Chips~~ent separately. depths RKB. * Sample Fluorescence ** Cut Sample Fluorescence wcl/8 ih Ail Depths are referenced to measured Western Atlas International A L~t~oniDresser Company COl=lEE ~,~BORATORIES ARCO ALASKA, INC. CORE ANALYSIS REPORT POINT MOINTYRE %5 EXPLORATORY NORTH SLOPE, ALASKA CL FILE NO. BP-3-1351 CONFIDENTIAL Oi:I[ ED . Performed by: Core Laboratories 8005 Schoon St. Anchorage, AK 99518 (907) 349-3541 Final Report Presented July 14, 1989 ,RECEIVED JUL 2 9 1992 'Alaska Oil & Gas Cons. Commission Anchorage These analysis, opinions or interpretations are based on observations and materials supplied by the c]ient to whom, and for whose exclusive and confidential use, this report is made. The interpretations or opinions expressed represent the best judgement of Core Laboratories (all errors and omissions excepted); but Core Laboratories and it's officers and employees assume no responsibility and make no warranty of representation as to the productivity, proper operations, profitability of any oil, gas or other mineral well or formation in connection with which such report is used or relied upon. 8005 Schoon Street. Anchorage. Alaska 99518-3045. ;907) 349-3541 INTRODUCTION Core Laboratories was requested to perform a core analysis study on behalf of Arco Alaska, Inc. for samples recovered from the Point McIntyre #5 exploratory well, North Slope, Alaska. Presented herein are the results of this study. Conventional cores cut with a bland mud were submitted. A service description with methodology is presented in section 1. The core analysis results, core statistical data, and surface core gamma log are presented in sections 2 and 3. Section 4 contains shipping transmittals. In conjunction with the report, the tabular results of the analysis are supplied on an IBM PC compatible diskette. Also four sets of visible spectrum flash, and two sets of ultraviolet light photographs are provided in separate binders. We sincerely appreciate this opportunity to be of service and hope these data prove beneficial in your exploration efforts. RECEIVED JUt_ 2 9 1992 .~,laska 0[[ & Gas Cons,, C0mmissi0Q A~chorage, CONVENTZONAL SECTIOH I CORE ANALYSZSw SERVZCE AND METHODOLOGY DECRZPTZON CONFIDENTIAL I I RECEIVED dUL 2 9 1992 Al~sk~ Oil & G~s Gons. ¢ommisslo~ Anchorage © SECTION 1 CONVENTIONAL CORE CONFIDENTIAL Field Procedures Conventional coring equipment in conjunction with a bland based drilling fluid was used to extract four inch diameter core samples from Point McIntyre #5 well during May of 1989. Two hundred and forty-one feet of core from Point McIntyre #5 arrived at Core Laboratories Anchorage facility. The core was shipped in three foot long fiberglass barrels sealed with rubber caps and clamps. Core Processing Surface Core Gamma Log A surface core gamma log was performed on the recovered core samples upon arrival at the Anchorage laboratory. The gamma response is graphically presented in Section 3. Sample Preparation Dean-Stark Plug Samples When the gamma log was completed the core was extruded from the fiberglass barrels onto tables. Horizontal one-inch diameter plug samples were drilled with water from each foot beginning at the eighteenth foot of Core 2. Plugs were taken from the center of each section and parallel to the bedding strike. The plug samples were trimmed into right cylinders using water and prepared for fluid saturation measurement. Plug ends were saved and stored according to depth for each sample. Vertical Plug Samples Vertical one inch diameter plugs were drilled from every tenth foot of core beginning at the twenty-sixth foot of Core 2. The plug samples were drilled and trimmed with water and prepared for analysis. The vertical plugs were analyzed for permeability only. RECEIVED JUL 2 9 199 Alaska 011 8, Gas Cons. Commission Anchorage © Oil gravity samPles CONFIDENTIAL An oil gravity sample was taken from each foot of core beginning at the eighteenth foot of Core 2. Approximately one inch of whole core was selected and cut dry with a cut-off saw. The core section was then broken up into peanut sized pieces and placed into a retort bomb for retorting. Preserved Whole Core Sections A five inch whole core section was removed from the bottom of every fifth foot of core beginning at the twentieth foot of Core 2. The sections were wrapped with Saran wrap and aluminum foil, and then preserved in CoreSeal. At the completion of the conventional analysis, the whole core sections were depreserved. From each section, three 1.5 inch diameter and two 1.0 inch diameter horizontal plugs were drilled. Liquid Nitrogen was used as a drilling coolant. Ail of the plugs taken from the depreserved whole core sections were wrapped in Saran wrap and aluminum foil and dipped in CoreSeal for preservation. These plugs will be shipped out for special testing. Slabbing At the completion of the conventional plug sampling the whole core was slabbed in one-third and two-third sections using water as a blade coolant. Appropriate depths were marked on the slabbed faces of both slabbed sections. The preserved whole core sections remains were also slabbed after de-preserving and plugging was completed. The slabbed pieces were then placed back into the appropriate locations in the core. The one-third sections were put in protective plastic sleeving material and put in boxes. The two-thirds section was prepared for photography and later stored in slab boxes. State Chip~ One set of state chips were taken to represent every foot of core. The chips were marked and boxed according to depth. RECEIVED JUL 2 9 1992 Alaska 011 & Gas Cons. (;ommissio~ Anchorage Analysis Techniques 'COt, IFIDENTI Dean-Stark Fluid Saturation Measurements Water was extracted from the plug samples by Dean-Stark technique using toluene. Samples were left in Dean-Stark for 24 hours. Recovered waters were measured and the samples were removed. The samples were then placed in a toluene centrifuge for hydrocarbon extraction a minimum of two days, or until no fluorescence was visible. Extracted samples were dried in a convection oven at 220 degrees F. for a minimum of 24 hours, and cooled in a desiccator to room temperature before porosity and permeability was measured. Saturations by Dean-Stark methods were calculated using Equations 1 and 2. So = [((W1 - W2 - H20)/Do)/Vp] x 100 Sw = [H20/Vp] x 100 (2) Where-. So = Oil Saturations, Percent Sw = Water Saturation, Percent Wi = Natural Weight W2 = Extracted and Dried Weight H20 = Extracted Water, Density Assumed 1.0 gTn/cc Do = Density of Oil Vp = Pore Volume Grain Density Grain volume determinations were performed according to Boyle's Law utilizing the Small Volume Helium Porosimeter. Grain density was calculated using Equation 3. Dg = Mg/Vg (3) Where-. Dg = Grain Density Vg = Grain Volume Mg = Grain Mass RECEIVED JUL 2_. 9 1992 Al~sk~ Oil & ~s Go.$. oommi;elon Anchorage Atmospheric Porosity CONFIDENIIAL The samples were measured for bulk volume by mercury displacement at ambient conditions. Porosity was calculated using Equation 4. P = [(Vb-Vg) / Vb)] x 100 (4) Where: P = Porosity, Percent Vb = Bulk Volume Vg = Grain Volume Atmospheric Permeability to Air Samples were loaded into a Hassler type core holder at a confining pressure of 400 psig. Permeability calculations were performed as defined by Darcy's Equation for compressible fluids, Equation 6. Pa x v x 1000 Qa x L x L K : mmmmmmmmmmmmmmmmmmmm X mmmmmmmmmm~m~ (P1 '- P2) (P1 +P2) Vb (6) Where: K = Permeability v = Gas Viscosity P1 - P2 = Differential Pressure P1 + P2 = Mean Pressure Pa = Atmospheric Pressure Qa = Flow Rate L = Length Vb = Bulk Volume Oil Gravity Analysis The retort bombs containing the crushed oil gravity samples were loaded into ovens and retorted up to 1200 degrees F. The retorted oil was recovered in glass recovery tubes. The refractive index of the retorted oil was measured using a refractometer. The API gravity (60 deg. F.) was determined using correlation charts derived from previously analyzed Kuparuk River Unit crude samples, North Slope, Alaska. Core Photographs The two-thirds slabbed section of each core was photographed. Approximately 15 feet of core appears in each photograph. Four sets of visible spectrum flash light and four sets of ultraviolet light photographs are provided in separate binders. Sample Disposition Both core slabs of Point McIntyre #5 along with plug ends and state chips were shipped to Arco's Anchorage storage facility. The special core analysis preserved plug samples were sent to ARCO Exploration in Plano Texas. 'CONfIDENtIAL SECTION 2 CONVENTI'ONAL CORE ANALYSTSw TABULAR RESULTS DEAN-STARK ANALYSIS RESULTS RECEIVED JUL 2 9 1992 Alaska Oil & Sas Cons ~ Company Well : ARCO ALASKA, ]NC. : POINT llc]NTYRE #5 ANALYTICAL 0 C CORE E D U R LABORATORIES Fi el d : EXPORATORY Formation : EXPLORATORY ES AND QUALITY A S File No.: BP-3-1351 Date : lO-Jun- lg8g SURANCE HANDLING & CLEANING ANALYSIS Core Transportation Solvent Extraction Equipment Extraction Time Drying Equipment Drying Time Drying Temperature : AIR FREIGHT : TOLUENE : CENTRIFUGE : 24 HOURS : CONVECTION OVEN : 24 HOURS : 220 DEG. F. Grain volume measured by Boyle's Law in a matrix cup using He Bulk volume by Archimedes Principle Water saturations by Dean Stark Oil saturations by weight difference in Dean Stark Permeabilities measured on 1 in. diameter drilled plugs REMARKS Mercury was used as the inmnersion fluid for Archimedes bulk volume. CORE LABORATORIES Company : ARCO ALASKA, INC. Well : POINT NcINTYRE #5 Location : 13-12N-14E, FrSE cor 1726'N lgO4'W {BHL) Co,State .. NORTH SLOPE, ALASKA Field : EXPORATORY Formation : EXPLORATORY Coring Fluid : BLAND HUD Elevation : CORE ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-Oun- lg8g API No. : Analysts: PLB,GAC SATURATION SAMPLE DEPTH PERMEABILITY PERMEABILITY i POROSITY GRAIN OIL DESCRIPTION NUMBER (HORIZONTAL) (VERTICAL) (HELIUM) (PORE VOLUME) DENSITY GRAVITY Kai r KAIR OIL WATER ft md md % % % gm/cc deg API CORE ~:> (14460.0- 14488.5) :>18 14477.3 0.50 10.7 1:>.5 86.0 3.31 SS,olvgy, f-vfgr,pred fgr,wsrtd,red,sl fri,poss sid cm~d,tr glauc. :>19 14478.7 81.4 :>0.4 19.8 61.6 :>.$7 SSooltolvgy,vf-cgr,pred vfgr,mod wsrtd, sbrd,slfri,3% grn min. :>:>0 14479.:> 73.1 :>0.0 18.5 ~8.:> 2.$9 SS, ltolvgy,vf-mgr, pred vfgr,m~d wsrtd,sbrd,~lfri,3% grn min. :>21 14480.3 0.04 6.0 :>0.$ ~4.1 3.18 SS, ltolvgy,vf-cgr, pred fgr,mod wsrtd,sbrd,vwcom~,dnse,poss $id. ZZ:> 14481.4 :>66. :>3.8 24.6 51.1 2.73 SS, ltovlgr,vf-fgr,pred vfgr,tr cgr,wsrtd,sbrd,slfri. Z23 14482.3 246. 2:>.8 17.9 62.9 2.67 SS, ltolvgr,vf-fgr, pred vfgr,tr cgr,wsrtd,sbrd,=lfri,1% glauc 2:>4 14483.3 195. 21.7 18.0 ~3.9 2.70 SS, ltolvgy,vf-fgr,pred ~gr,~rtd,sbrd, slfri,tr glauc. Z25 14~4.3 153. 21.3 ~3.9 55.0 Z.69 SS, ltolvgy,vf-fgr,p~d ~,~rtd,sbrd,slfri,tr glauc. ZZ6 14~5.3 99.Z 9.16 ZO.Z 29.9 41.Z Z.67 SS, ltolvgy,~-fgr, pred vfgr,~rtd,sbrd, slfri,tr arg mt. ZZ7 14~6.Z 372. Z4.6 27.6 46.9 Z.~ SS, ltolvgy,vf-fgr,pred ~,~rtd,sbrd-rd,slfri. Z~8 14487.3 171. ZZ.3 27.7 ~.3 Z.71 SS, ltolvgy,vf~,pred ~gr,~d,sb~-~,slfri. ZZ9 14~8.3 1Z.5 17.7 21.4 52.6 Z.93 SS, ltolvgy,vf-fgr,p~d fgr,~rtd,sbrd,wc~d,~ss sid. ~ CmE ~3 (1~89.0- 14580.0) 301 14~.~ ~.188 ZZ.9 Z0.6 ~.6 2.71 26. SS, ltolvw,~-fgr,p~ f~,~d,sbrd-rd,slfri. 302 ~ 1~2 ~270~ 23.9 25.5 ~.4 ~ . 3Z. SS, ltolvgy,~-fgr, p~d ~,mrtd,sb~rd,slfri. 3 144~4 ~3ZZ. 24.4 34.8 ~.4 Z.~ 27. SS, ltol~,~-fgr,~d,sbrd-rd,slfri. 144~Z ~Z05. ~3.) 3~.1 ~.4 2.~ 27. SS, ltolv~,~-fgr,~d, sbrd-rd,slfri. SS, ltolvgy,~-fgr,mr slt,~d,sb~,~lfri-m~ 3~ ' )~7 ~144~ ~1~. ZS.S 4Z.S ~.~ ~.~ 28. SS, l~l~,~-f~,p~ ~,m~d,sbr~rd,slfri. 3~ t~l~g~.) ~1. ~4.E 37.7 ~.8 Z.~ 27. SS, ltolv~,~-f~,p~ ~,m~d,sbr~,s~ri. 3~ (~14497.~ 2~. 23.~ 40.8 3~.~ z.7~ z~. SS, ltolv~,~-f~,p~ ~,tr slt,~d,sb~,slfri. 310 )~14498.Z 244. Z07.00 Z).4 37.1 37.~ ~.~ 28. SS, ltolv~,~-fgr,p~d ~,tr slt,~d,sb~,slfri. 1- 1 Company : ARCO ALASKA, INC. Well : POINT McINTYRE //5 · CORE CORE LABORATORIES Fi el d : EXPORATORY Formati on : EXPLORATORY ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-~lun- 1989 SATURATION SAMPLE DEPTH PERMEABILITY PERMEABILITYI POROSITY GRAIN OIL DESCRIPTION NUMBER (HORIZONTAL) (VERTICAL) (HELIUM) (PORE VOLUME) DENSITY GRAVITY Kair KAIR OIL WATER ft nd ~d % % % gm/cc deg API 311 14499.2 14.0 14.1 33.0 40.7 3.03 27. SS, ltolvgy,vf-fgr,pred vfgr,sbrd,wcmtd, poss sid. 312 14500.3 84.7 19.7 41.3 37.1 2.75 26. SS, ltolvgy,vf-fgr,pred vfgr,tr slt,wsrtd,sbrd,slfri,1% pyr,tr arg lams. 313 14501.2 196. 23.5 37.8 42.7 2.69 26. SS, ltolvgy,vf-fgr, pred vfgr, wsrtd, sbrd-rd, s lfri. 314 14502.7 254. 25.1 39.2 37.1 2.71 27. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd-rd, slfri,tr arg mat. 315 14503.3 175. 22.7 39.8 40.5 2.68 25. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd-rd,slfri. 316 14504.9 207. 23.5 34.2 35.3 2.67 28. SS, ltolvgy,pred vfgr,nnr slt,wsrtd,sbrd-rd,wcons. 317 14505.7 154. 22.6 41.8 28.1 2.71 30. SS, ltolvgy,pred vfgr,wsrtd,sbrd-rd,$1fri. 318 14506.4 36.5 18.2 35.3 36.7 2.68 27. SS, ltolvgy,pred vfgr,wsrtd, sbrd-rd,wcons,nnr arg mat. 319 14507.3 195. 23.1 33.1 40.2 2.71 27. SS, ltolvgy,pred vfgr,wsrtd,$brd-rd,slfri-wcons. 320 14508.3 175. 115.00 22.3 34.2 34.0 2.69 28. SS, ltolvgy,pred vfgr,wsrtd,sbrd-rd,slfri-wcans. 321 14509.2 108. 20.4 38.2 31.1 2.68 27. SS, ltolvgy,pred vfgr,wsrtd,sbrd-rd,slfri-wcons. 322 14510.2 86.0 19.8 39.8 29.9 2.70 27. SS, ltolvgy,pred vfgr,tr slt,wsrtd,sbrd,slfri-wcons,tr arg mat. 323 14511.3 113. 21.4 39.5 29.3 Z.68 26. SS, ltolvgy,pred vfgr,tr slt,wsrtd,sbrd,slfri-wcons,tr arg mat. 324 14512.3 77.4 18.8 39.0 33.8 2.70 26. SS, ltolvgy,pred vfgr,tr slt,wsrtd,sbrd,wcons,arg burs. 325 14513.2 51.3 19.0 39.2 31.6 2.68 27. SS, ltolvgy,pred vfgr,tr slt,slty,wsrtd, sbrd,wcons,nnr arg mat. 326 14514.3 214. 23.4 32.8 ~.0 2.68 27. SS, ltolvgy,pred vfgr,wsrtd,sbrd,slfri. 327 14515.3 46.0 18.8 37.2 37.1 2.68 28. SS, ltolvgy,pred vfgr,wsrtd,$brd,slfri. 328 14516.3 173. 22.7 32.7 40.6 2.69 26. SS, ltolvgy,pred vfgr,wsrtd,sbrd,slfrJ. 3Z9 14517.2 207. Z2.9 24.1 47.4 2.69 26. SS, ltolvgy,pred vfgr,wsrtd, sbrd,slfri. 330 14518.2 50.4 14.90 19.7 36.1 34.8 2.68 27. SS, ltolvgy,pred vfgr,mr slt,wsrtd,sbrd,wcons,tr arg lams. 331 14519.1 1.41 , 14.6 21.9 50.4 2.69 27. SS, ltolvgy,pred vfgr,mr slt,wsrtd,sbrd,wcons,20% arg lams. 332 14520.1 19.6 20.5 52.6 2.70 28. SS, ltolvgy,pred vfgr, mr slt,wsrtd,sbrd,wcons,5% arg lams. 333 14521.3 224. 23.4 35.5 42.5 2.71 26. SS, ltolvgy,pred vPgr,tr slt,wsrtd,sbrd, tr arg net. 334 14522.3 17.9 16.9 31.7 39.3 2.68 26. SS, ltolvgy,pred vfgr, slty,wsrtd,sbrd,tr arg lams. 335 14523.5 13.4 16.9 31.3 43.8 2.68 26. SS, ltolvgy,vfgr,slty,wsrtd,sbrd,slfri-wcons,arg mat. 336 14524.2 55.7 19.3 37.7 32.9 2.68 27. SS, ltolvgy,vfgr,mr slt,wsrtd, sbrd,slfri-wcons,mr arg mat. 337 14525.3 74.9 20.5 47.8 28.9 2.68 27. SS, ltolvgy,vfgr,mr zlt,wsrtd,$brd,$1fri-wcons,mr arg mat. 338 14526.1 20.0 34.5 45.6 2.6~ 26. SS, ltolvgy,vf-fgr,pred vfgr,mr slt,wsrtd, sbrd,slfri-wcms,(irregular spl). 339 14527.3 21.7 30.0 36.0 2.6~ 26. SSltolvgy,vfgr, mr $1t,wsrtd,sbrd,slfri-wcons,(irregular spl). 1-2 Company : ARCO ALASKA, INC. Well : POINT HclNTYRE #5 CORE CORE LABORATORIES Fi el d : EXPORATORY Formation .' EXPLORATORY ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-Jun-1989 ' SATURAT ! ON SAMPLE DEPTH PERMEABILITY PERMEABILITY POROSITY GRAIN OIL DESCRIPTION NUMBER (HORIZONTAL) (VERTICAL) (HELIUM) (PORE VOLUME) DENS!TY GRAVITY Kair KAIR OIL WATER ft md md % % % g~cc deg APl 340 14528.3 7.49 18.7 24.2 47.8 2.71 27. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,wcons,2-3% arg lam~. 341 14529.3 66.0 56.90 21.4 39.1 34.2 2.69 26. SS, ltolvgy,vfgr,slty,wsrtd,sbrd,wcons. 342 14530.2 195. 23.5 38.5 37.5 2.69 27. SS, ltolvgy,vfgr,tr slt,wsrtd,sbrd,slfri-wcons. 343 14531.3 302. 24.1 45.2 33.1 2.74 26. SS, ltolvgy,vfgr,tr slt,wsrtd,sbrd,slfri-wcons. 344 14532.2 341. 24.8 46.9 30.9 2.73 26. SS, ltolvgy,vfgr,tr slt,wsrtd,sbrd,slfri-wcons. 345 14533.2 418. 25.2 39.5 39.5 Z.72 26. SS, ltolvgy,vfgr,wsrtd, sbrd-rd, s lfri-wcons. 346 14534.3 349. 24.7 50.1 23.8 2.80 30. SS, ltolvgy,vfgr,wsrtd,sbrd-rd,wcons,poss nnr $id. 347 14535.2 370. 24.8 49.6 26.7 2.77 28. SS, ltolvgy,vfgr,wsrtd,sbrd-rd,slfri-wcons,poss nnr sid. 348 14536.2 468. Z5.3 48.2 27.1 2.73 27. SS, ltolvgy,vfgr,wsrtd,sbrd-rd, slfri-wcons,poss nnr sid. 349 14537.2 88.6 19.6 39.7 32.4 2.69 26. SS, ltolvgy,vfgr,slty,wsrtd,sbrd,wcons. 350 14538.2 254. 22.6 33.0 36.4 2.68 26. SS, ltolvgy,vfgr,wsrtd,sbrd,slfri-wcons. 351 14539.3 122. 51.20 20.5 39.3 31.1 2.67 26. SS, ltolvgy,vfgr,nnr slt,wsrtd,sbrd,$lfri-wcons,tr arg mat. 352 14540.3 320. 23.2 40.6 30.2 2.66 28. SS, ltolvgy,vfgr,wsrtd,sbrd,slfri-wcons,tr arg mat. 353 14541.2 7~.1 19.7 28.9 42.9 2.67 34. SS, ltolvgy,vfgr,nnr slt,wsrtd,sbrd,slfri-wcons,tr arg mat. 354 14542.2 26~F. 22.1 39.3 35.5 2.65 28. SS, ltolvgy,vfgr,mr slt,wsrtd,sbrd,slfri-wcons,tr arg mat. 355 14543.1 57.1 18.0 25.8 46.3 2.69 27. SS, ltolvgy,~gr,mr slt,wsrtd,sbrd,slfri-wcans,Z% arg mat. 356 14544.3 ~ c.. ~R~i 21.7 27.1 56.3 2.68 28. SS, ltolvgy,vl'gr,wsrtd,sbrd,slfri-wcons, (irregular spl). 357 14545.2 ~' K"CCC T'r~l(~,~), 21.4 29.5 42.3 2.63 26. SS, ltolvgy,vfgr,wsrtd,sbrd,slfri-wcons,tr arg lams, (irregular spl). ); 30.7 43.2 2.62 26. SS, ltolvgy,vl'gr,~srtd,sbrd, slfri-wcons,tr arg lams, ( irregular spl). 359358 14547.314546'2 3~,1~ e~F.O r'r['._..~. 16.518'9 32.9 41.6 2.70 28. ss, ltolvgy,vl'gr, slty,wsrtd, sbrd,wcms, 5-7% arg lams. 360 14548.1 ~.3 ._, ~O 16.6 28.1 46.1 2.78 27. SS, ltolvgy,vfgr,slty,wsrtd, sbrd,wcpns,poss mr sid cnt,2-3% arg mat. 361 14549.3 ~',-~'~ r'rT 20.1 28.2 45.2 2.66 28. SS, ltolvgy,vfgr,mr slt,wsrtd, sbril,slfri-wcons,2% arg lama,(irregular spl). 362 14550.1 ~ ~ 19.6 27.4 47.2 2.63 28. SS, 1tolvgy,vfgr,wsrtd,sbrd, wcons,2-3% arg lmm, (irregular spl). 363 14551.2 ~ *' 20.1 46.5 31.9 2.65 27. SS, ltolvgy,vfgr,wsrtd,sbrd, wcons,tr arg lama, (irregular spl). 364 14552.2 . 19.4 46.4 44.6 2.66 26. SS, ltolvgy,vt'gr,wsrtd,sbrd,wcons,3-5% arg lams,(irregular spl). 365 14553.2 15.5 27.5 51.6 2.67 27. SS, ltolvgy,vt'gr,arg,wsrtd,sbrd,wcons,3% arg lams, (irregular spl). 366 14654.3 19.9 35.7 44.8 2.67 28. SS,1tolvgy,vt'gr,wsrtd,sbrd, wcons,2-3% arg lmm,(irregular $pl). 367 14555.2 15.5 35.9 48.8 2.54 27. SS, ltolvgy,vfgr,wsrtd,sbrd,wcons,3-5% arg lams,(irregular $pl). 368 14556.6 595. 23.3 45.4 30.7 2.66 27. SS,ltolvgy,vt'gr,~srtd,sbrd,wcons,tr arg lama. ama 1-3 Company : ARCO ALASKA, INC. Well : POINT HcINTYRE #5 CORE CORE LABORATORTES Fi el d : EXPORATORY Formation : EXPLORATORY ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-Jun- 1989 SATURATION SAMPLE DEPTH PERMEABILITY PERMEABILITY POROSITY GRAIN OIL DESCRIPTION NUMBER (HORIZONTAL) (VERTICAL) (HELIUM) (PORE VOLUME) DENSITY GRAVITY Kair KAIR 0IL WATER ft md md % % % gm/cc deg API 369 14557,2 614. 24.1 46.8 30.0 2.67 27. SS, ltolvw,vfgr,wsrtd,sbrd, slfri-woons,tr arg lams. 370 14558.3 272. 121.00 22.9 33.9 42.5 2.66 29. SS, ltolvgy,vfgr,wsrtd, sbrd, s lfri-wcons. 371 14559.2 506. 25.4 46.3 29.5 2.66 28. SS, ltolvgy,vfgr,wsrtd,sbrd,slfri-wcons,tr arg lams. 372 14560.6 15.4 16.6 29.0 46.7 2.67 26. SS, ltolvgy,vfgr,slty,wsrtd,sbrd,wcons,l-2% arg lams. 373 14561.2 72.7 19.5 33.0 40.1 2.67 31. SS, ltolvgy,vfgr,nnr slt,wsrtd,sbrd,slfri-wcons,tr arg lams. 374 14562.2 83.2 20.5 33.6 35.8 2.67 28. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,slfri-wcons,tr arg lams. 375 14563.2 45.5 18.8 21.1 52.0 2.67 28. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,slfri-wcons,2-3% arg lams. 376 14564.2 180. 21.4 26.4 45.4 2.67 34. SS, ltolvgy,vfgr,wsrtd,sbrd,slfri-wcons,tr arg nat. 377 14565.3 75.3 21.1 32.1 45.2 2.67 28. SS, ltolvgy,vfgr,wsrtd,sbrd,slfri-wcons,2-3% arg mat,tr pyr. 378 14566.2 182. 22.2 28.0 47.7 2.66 27. SS, ltolvgy,vfgr,wsrtd,sbrd, slfri-wcons,tr arg mst. 379 14567.3 68.0 19.5 31.1 45.3 2.67 28. SS, ltolvgy,vfgr,wsrtd,sbrd,wcons,tr arg mst. 380 14568.2 99.6 245.00 20.8 28.5 47.0 2.68 29. SS, ltolvgy,vfgr,wsrtd,sbrd,wcons,tr arg mst. 381 14569.2 64.1 19.7 29.8 44.4 2.70 28. SS, ltolvgy,vfgr,wsrtd,sbrd,wcons,tr arg mst. 382 14570.3 21.1 17.6 32.8 38.8 2.67 26. SS, ltolvgy,vfgr,slty, wsrtd,sbrd,wcons,1% arg mat. 383 14571.2 12.8 16.9 30.8 42.9 2.69 28. SS, ltolvgy,vt'gr,slty,wsrtd,sbrd,wcons,2-3% arg mat. 384 14572.3 5Oilk 19.3 37.0 32.8 2.67 27. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,slfri-wcons,tr arg mst. 385 14573.2 173~ 22.3 33.2 42.1 2.69 27. SS, ltolvgy,vfgr,nnr slt,wsrtd,sbrd,slfri-wcons,tr arg nat. 386 14574.2 11.~ 15.0 30.7 45.3 2.80 28. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,wcons,patchy sid cmt,2-3% arg lams ~ !'1'I 19.1 27.9 43.2 2.68 27. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,slfri-wcons,l-~% arg lams. 388 14576.2 ~a,..~. I-' (~ 18.8 30.6 39.0 2.68 27. SS, ltolvgy,vfgr,nnr slt,~srtd,sbrd,slfri-wcons,2-3~ arg lams,tr pyr. 389 14577.2~~ r~ r'rq 24.8 36.9 44.9 2.67 29. SS, ltolvgy,vfgr,vwsrtd,sbrd.-rd,slfri-wcons,tr arg mat. 390 14578.3 r-O386.~6-- 27.6 54.4 21.3 2.67 29. SS, ltolvgy,vfgr,wsrtd,sbrd-hJ, s lfrt-wcons. 391 14579.4 ~ ~ 17.5 26.3 47.1 2.68 27. SS,1tolvgy,vfgr,wsrtd,sbrd,wcons,5% arg lams. ii ~ CORE #4 (14581.0 - 14595.5) 401 14581.3 255. 21.8 23.2 56.3 2.65 26. SS, ltolvgy,vfgr,wsrtd,sbrd-rd, slfri-wcons,tr arg mat. 402 14582.3 284. 21.6 24.3 61.8 2.66 24. SS, ltolvgy,vi'gr,wsrtd,sbrd-rd,slfri-wcons,tr arg lams. 403 14583.3 116. 21.9 29.0 54.2 2.67 26. SS, ltolvgy,vf-fgr, pred vl'gr,~srtd,sbrd-rd,slfri-wcons. 1-4 Company : ARCO ALASKA, INC. Well : POINT HclNTYRE CORE CORE LABORATORIES Fi el d : EXPORATORY Formati on : EXPLORATORY ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-Jun- 1989 SATUF~ATI~ SAMPLE OEPTH PERHEABILITY PERM~BILITY POROSITY GRAIN OIL DES~IPTION NUMBER (HORIZONTAL) (VERTICAL) (HELIIJM) (PORE VOL~E) DENSITY GRAVITY Kair KAIR OIL WATER ft md md % % % ~ll/CC deg AP1 404 14584.3 283. 19.8 40.1 44.8 2.67 28. FF, ltolvgy,vf-fgr,pred fgr,wsrtd, sbrd-rd,slfri-wcons,abnt arg mat, tr glauc. 405 14585.3 0.27 10.2 23.5 62.7 2.68 22. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,wcons,25% arg lams,tr pyr. 406 14586.3 50.7 18.5 36.8 50.1 2.66 32. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,wcons,tr arg lams. 407 14587.3 97.3 20.9 39.3 44.7 2.68 27. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,slfri-wcons,tr carb frags. 408 14588.3 217. 22.8 32.6 57.8 2.69 27. SS, ltolvgy, vf-fgr, pred vfgr, wsrtd, sbrd-rd, wcons. 409 14589.3 83.7 20.4 40.0 40.9 2.66 26. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd-rd,wcons,tr arg nat. 410 14590.2 9.34 15.5 31.3 53.4 2.70 28. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,wcons,lO% dnse cntd lams. 411 14591.3 182. 73.50 22.3 40.9 36.1 2.66 25. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,wcons. 412 14592.3 130. 21.3 36.3 48.4 2.66 26. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,wcons,tr pyr. 413 14593.3 94.0 21.6 44.8 31.9 2.82 26. SS, ltolvgy,vf-fgr, pred vfgr,wsrtd,sbrd,wcons,poss mr sid. 414 14594.3 166. 21.6 40.9 40.4 2.66 24. SS, ltolvgy,vf-fgr, pred vfgr,w~rtd, sbrd,wcons. 415 14595.3 204. 22.Z 40.2 39.1 2.66 27. SS, ltolvgy,vf-fgr,pred vfgr,wsrtd,sbrd,wcons. 416 14596.3 27.2 18.0 35.4 42.0 2.67 26. SS, ltolvgy,vf-fgr, pred vt'gr,nnr slt,wsrtd,sbrd,wcons,2-3% arg lams. 417 14597.3 40.7 18.1 31.3 51.4 2.74 28. SS, ltolvgy,vf-fgr,pred vfgr,mr slt,wsrtd,sbrd,wcans,lO% patchy sid c~. 418 14598.3 28.8 17.8 31.9 50.0 2.66 26. SS, ltolvgy,vf-fgr,pred vfgr,mr slt,wsrtd,sbrd,wcons,tr arg lams. 419 14599.3 30.2 17.9 32.9 43.9 2.67 32. SS, ltolvgy,vl'-fgr,pred vfgr,mr slt,wsrtd,sbrd,wcons,tr arg lams. 420 14600.3 101. 21.5 41.2 39.1 2.68 27. SS, ltolvgy,vl'-fgr,pred vl'gr,mr slt,wsrtd, sbrd,wcons,tr arg lams. 421 14601.3 42.9 48.70 18.5 43.7 37.2 2.96 24. SS, ltolvgy,vf-fgr,pred vfgr,slty, wsrtd, sbrd,wcans,poss mr sid. 422 14602.3 93.1 19.2 58.9 30.4 2.80 25. SS, ltolvgy,vf-fgr,pred vfgr,mr slt,wsrtd,sbrd,wcms,poss mr sid. 423 14603.3 13.1 16.8 30.0 49.0 2.68 22. SS, ltolvgy,vf-fgr,pred vfgr,slty, wsrtd,sbrd,wcans,mr pyr c~. 424 14604.3 66.1 20.2 ~)7.8 36.4 2.66 27. SS, ltolvgy,vt'-fgr,pred vfgr,slty, wsrtd, sbrd,wcans. 425 14605.3 28.7 17.5 *38.7 39.1 2.66 28. SS, ltolvgy,vl'-fgr,pred vrgr,slty, wsrtd,sbrd,wcons,2-3% arg lams. 426 14606.3 86.0 20.2 40.6 33.7 2.66 26. SS, ltolvgy,vl'-fgr, pred vt'gr,slty, wsrtd, sbrd,wcons,tr arg mat. 427 14607.1 221. 24.1 28.9 43.3 2.67 24. SS, ltolvgy,vf-fgr,pred vfgr,~srtd,sbrd,wcons. 428 14608.6 20.5 13.6 23.7 50.7 3.01 27. SS, ltolvgy,vf-fgr,pmd vfgr,wsrtd,sbrd,wa~d,sid c~d. 429 14609.3 644. 28.0 44.4 43.1 2.67 ~5. SS, ltolvgy,vr-fgr, pred vfgr,wsrtd,sbrd,slfri-wcons. 430 14610.3 391. 26.5 51.0 34.1 2.76 26. SS, ltolvgy,vt'-fgr,pmd vfgr,wsrtd,sbrd, wcons. 431 14611.3 819. 882.00 27.7 47.3 33.6 2.70 22. SS, ltolvgy,vl'-fgr,pred fgr,wsrtd, sbrd,slfri-wcons. 432 14612.3 119. 21.1 30.6 44.0 2.66 24. SS, ltolvgy,vf-fgr,pmd vl'gr,slty,wsrtd,$brd,wcons,tr arg mat. 1-5 Company Hell ARCO ALASKA, INC. POINT NcINTYRE #5 CORE CORE LABORATORIES Field : EXPORATORY Formation : EXPLORATORY ANALYSIS RE SU L T S File No.: BP-3-1351 Date : lO-Jun- 1989 433 14613.3 197. 434 14614.3 66.3 435 14615.3 7.24 436 14616.3 89.1 437 14617.3 63.0 438 14618.3 46.5 439 14619.3 66.0 440 14620.3 33.3 441 14621.3 49.5 12.70 442 14622.3 215. 443 14623.3 51.0 444 14624.3 24.6 445 14625.3 <.01 446 14626.3 232. 447 14627.3 28.7 448 14628.3 980. 449 14629.5 1031. 450 14630.3 876. 451 14631.3 509. 918.00 452 14632.4 54,5. 453 14633.3 0.92 454 14634.3 113. 455 14635.3 72.4 456 14636.3 72.9 457 14637.5 90.2 458 14638.3 10.7 459 14639.3 45.4 460 14640.3 29.7 461 14641.3 143. 18.30 ZZ.4 41.3 41.7 2.66 26. 19.8 36.0 42.0 2.66 16.0 26.9 51.1 2.67 20.5 39.4 44.1 2.67 19.5 36.6 41.0 2.66 19.4 32.1 46.5 2.67 20.3 35,1 48.4 2.67 18.5 33.4 51.0 2.67 19.0 34.9 47.1 2.66 21.7 34.8 45.5 2.66 19.3 35.6 40.7 2.66 17.6 31.6 47.5 2.73 0.5 10.4 74.3 3.28 22.4 32.8 46.1 2.66 18.0 34.9 53.7 2.66 28.1 30.3 57.1 2.68 29.6 50.6 38.1 2.69 29.2 55.7 30.3 2.70 27.4 53.6 37.6 2.77 23.8 19.6 59.5 2.67 12.7 ,18.6 64.1 2.68 20.8 ' 27.9 53.9 2.66 20.4 33.8 45.4 2.67 19.6 30.8 55.1 2.67 20.7 30.5 47.5 2.66 16.1 21.5 64.8 2.67 19.4 32.3 48.1 2.67 18.6 28.7 55.4 2.67 21.6 29.8 54.3 2.66 DESCRIPTION SS, ltolvgy,vf-fgr, pred vfgr,nnr s lt, wsrtd, sbrd,s lfri-wcons. 24. SS, ltolvgy,vf-fgr,pred vfgr,nnr slt,wsrtd,sbrd,wcons,2-3% arg lams. 23. SS, ltolvgy,vf-fgr,pred vfgr,nnr slt,wsrtd,$brd,wcons,2-3% arg lams. 26. SS, ltolvg¥,vf-fgr,pred vfgr,nnr slt,wsrtd,sbrd,slfri-wcons,5-10% arg lams. 24. SS, ltolvgy,vf-fgr,pred vfgr,nnr $1t,wsrtd,sbrd,wcon$,2% arg lams. 26. SS,ltolvgy,vf-fgr,pred vfgr,nnr $1t,wsrtd,sbrd,wcons,tr arg lams. 26. SS, ltolvgy,vf-fgr, pred vfgr,nnr $1t,wsrtd,sbrd,wcons,5% arg mat. 25. SS, ltolvg¥,vf-fgr, pred vfgr,nnr slt,wsrtd,sbrd,wcon$,3-5% arg lams. 27. SS, ltolvgy,vf-fgr,pred vfgr,nnr $1t,w~rtd,sbrd,wcons,2-3% arg lams. 26. SS, ltolvgy,vf-fgr,pred vfgr,mr slt,wsrtd,sbrd,wcons,tr arg lams. 26. SS, ltolvgy,vf-fgr, pred vfgr,mr $1t,w~rtd,sbrd,wcons,2-3% arg lams. 24. SS,ltolvgy,vf-fgr,pred vfgr,mr $1t,wsrtd,sbrd,wcons,calc clast. 25. SS, ltolvgy,vfgr,wsrtd,sbang-$brd,vwcmtd,slcalc,dnse,p°ss sid. 26. SS, ltolvgy,vf-fgr,pred vfgr,sbrd,slfri-wcons. 25. SS, ltolvgy,vf-fgr,pred vfgr,$brd,wcon$,3-5% arg mt,tr pyr. 26. SS,yelgy,vfgr,vwsrtd, sbrd,s lfri-wcons. 26. SS,yelgy, vfgr,vwsrtd, sbrd,s lfri-wcms. 28. SS,yelgy,vfgr,vwsrtd, sbrd,s lfri-wcons. 22. SS, ltolvgy,vfgr,mr slt,wsrtd,sbrd,wcens. 22. SS, ltolvgy,vfgr,wsrtd,sbrd,wcons. 25. SS, ltolvgy,vfgr,$1ty, wsrtd,$brd,wcon$,lO% arg lams. 24. SS, ltolvcjy,vfgr,slty,wsrtd, sbrd,wcms,tr arg lams. 22. SS, ltolvgy,vfgr,slty,wsrtd,$brd,wcms,tr arg mat. 22. SS, ltlvgy,vfgr, slty,wsrtd,sbrd,wcons,tr arg lams,tr grn min. 24. SS, ltolvgy,vt'gr,$1ty,wsrtd,$brd,wcms,tr arg mat. 26. $S,1tolvgy,vfgr,$1ty, wsrtd, sbrd,wcms,2-3% arg la~. 22. SS, ltolvgy,vfgr,slty,wsrtd,$brd,wcms,tr arg lams. 24. SS, 1tolvgy,vfgr,slty, wsrtd, sbrd,wcons,3-5% arg lams. 24. SS,1tolvgy,vfgr,slty,wsrtd, sbrd,wcans,tr'1% grn min. 1-6 Company : ARCO ALASKA, INC. Well : POINT I, lcINTYRE #5 CORE CORE LABORATORIES Fi el d : EXPORATORY Formation : EXPLORATORY ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-Jun- 1989 SATURATION SAMPLE OEPTH PERMEABILITY PERMEABILITY POROSITY GRAIN OIL DESCRIPTION NUMBER (HORIZONTAL) (VERTICAL) (HELILJM) (PORE VOLIJME) DENSITY GRAVITY Kair KAIR OIL WATER ft md md % % % gm/cc deg API 462 14642.3 22.6 18.4 22.3 55.4 2.68 24. SS, ltolvgy,vfgr,$1ty, wsrtd, sbrd,wcens,tr-1% grn min,nnr bioturb. 463 14643.3 24.7 19.6 21.7 57.4 2.68 22. SS, ltolvgy,vfgr,slty, wsrtd,sbrd,wcens,tri-1% grn min. 464 14644.3 16.6 18.9 18.6 62.1 2.68 24. SS, ltolvgy,vfgr,slty, wsrtd,sbrd,wcens,2-3% grn min. 465 14645.1 33.2 20.3 22.0 62.6 2.71 23. SS,gmgy,vfgr,mr slt,wsrtd,sbrd,wcons,3-5% grn min. 466 14646.3 0.03 5.4 4.8 93.6 3.12 26. SS, ltolvgy,vfgr,wsrtd,$bang-sbrd,vwcmtd,clnse,poss sid, 5% grn min. 467 14647.3 2.03 15.7 16.4 70.8 2.68 22. SS, ltolvgy,vfgr,slty, wsrtd, sbrd,wcens,3-5% arg lams,3% grn min. 468 14648.3 1.85 16.3 17.6 66.6 2.69 22. SS, ltolvgy,vfgr,slty, wsrtd, sbrd,~con$,2-3% grn min. 469 14649.2 12.5 15.4 79.8 2.73 26. SS,dkgrngy,vfgr,slty, wsrtd, sbrd,wcens,lO-15% grn min,(broken spl). 470 14650.2 0.09 10.1 28.5 67.9 2.71 SS,olvgy, vfgr,slty,arg,~srtd,sbrd,~cons,2-3% grn min,abnt bioturb. 471 14651.3 0.08 0.06 10.8 32.9 64.6 2.71 22. SS,olvgy,vfgr,slty,arg,wsrtd,sbrd,wcens,3-5% grn min,n~r bioturb. 472 14652.3 0.20 11.5 12.6 78.1 2.69 21. SS, ltolvgy,vfgr,mr slt,wsrtd,sbrd,~cens,lO% bioturb arg lams. 473 14653.2 0.86 12.8 17.5 73.0 2.69 21. SS, ltolvgy,vfgr,mr slt,wsrtd, sbrd,wcons,lO% bioturb arg lams. 474 14654.3 0.44 12.6 12.9 77.Z 2.69 21. SS, ltolvgy,vfgr,nnr slt,wsrtd, sbrd,wcons,lO% bioturb arg lams. 475 14655.3 11.5 11.5 78.2 2.68 17. SS, ltolvgy,vfgr,slty, wsrtd,sbrd,wcon$,5-7% bioturb arg lams, ( irregular spl). 476 14656.3 12.0 2.9 87.5 2.70 20. SS, ltolvgy,vfgr,slty, wsrtd,sbrd,wcons,lO% bioturb arg lams,(irregular spl). 477 14657.3 13.0 5.6 82.0 2.70 21. SS, ltolvgy,vfgr,slty, wsrtd,$brd,wcens,5-7% bioturb arg lams,(irregular spl). 478 14658.3 12.8 10.5 79.3 2.71 19. SS, ltolvgy,vfgr,$1ty, wsrtd,sbrd,wcen$,5% bioturb arg lams,(irregular spl). 479 14659.3 13.2 7.4 81.3 Z.70 20. SS, ltolvgy,vfgr,slty, wsrtd, sbrd,wcons,5% arg lams,2-3% grn min,(irregular spl) 480 14660.3 14.5 8.4 75.5 2.73 19. SS, ltolvgy,vfgr,$1ty, wsrtd,sbrd,wcens,tr arg lams,3-5% grn min,(irregular spl) 481 14661.3 13.5 0.3 88.7 2.72 20. SS, ltolvgy,vfgr,slty, wsrtd,sbrd,wcons,7-10% grn min,(irregular spl). 482 14662.3 11.3 6.6 , 87.3 2.71 18. SS,1tovlgy,vfgr,slty,wsrtd, sbrd,wcens,5% arg lams,3-5% grn min,(irregular spl) 483 14663.3 0.11 0.01 10.7 12.2' 82.8 2.70 18. SS,olvgy, vfgr,slty,~srtd,sbrd,wcons,5-10% bioturb arg lams,3-5% grn min. 484 14664.1 0.05 14.9 84.0 15. SS,olvgy, vfgr,slty,~srtd,sbrd,wcons,5% grn min,tr lams,qtz ovgwths. 485 14665.3 9.9 1.5 97.7 2.75 SS,olvgy, vf-fgr,precl vfgr,sltywsrtd, sbrd,wcens,lO% grn min,tr pyr, (broken). 486 14666.3 0.10 15.2 3.5 90.4 2.82 17. SS,dkgrngy,vfgr,slty,wsrtd,$brd,wcens,lO% grn ndn,qtz ovgwths. 487 14667.2 0.02 11.2 4.2 78.9 3.07 SS,cl~qrngy,vf-fgr, slty,wsrtd,sbrd,wcn~d,poss sid, lO% grn min,pp vugs. 488 14668.3 0.19 19.7 5.1 84.9 3.08 SS,cl%qrngy,vf-fgr,slty,wsrtd,sbrd,wcntd,poss sid,lO% grn min. CC) 1-7 Company : ARCO ALASKA, INC. Well : POINT IdcINTYRE #5 CORE CORE LABORATORTES Field : EXPORATORY Formation : EXPLORATORY ANALYSIS RESULTS File No.: BP-3-1351 Date : lO-Jun-1989 * SATURATION SAMPLE DEPTH PERMEABILITY PERMEABILITY POROSITY , GRAIN OIL OESCRIPTION NUMBER (HORIZONTAL) (VERTICAL) (HELIUM) (PORE VOLUME) OENSITY GRAVITY Kair KAIR OIL WATER ft nd nd % % % gm/cc deg API CORE ~5 (14659.0 - 14590.0) 501 14669.3 0.23 15.0 7.6 90.4 2.85 SS,dkgrngy,vf-fgr,slty,~srtd,sbrd,wcmtd,poss sid,15% grn min,qtz ovgwths. 502 14670.3 0.49 13.4 3.6 76.4 2.77 SS,dkgrngy,pred fgr,nnr slt,~srtd,sbrd,wcons,poss mr sid,15% grn min. 503 14671.3 0.06 11.4 7.4 85.2 3.21 24. SS,grngy,vf-fgr,nnr slt,~srtd,sbrd,wcntd,poss sid,lO% gm min,pp vugs. 504 14672.3 0.10 12.7 6.Z 79.3 2.79 SS,dkgrngy,vf-fgr,nnr $1t,wsrtd,sbrd,wcons,poss sid,15% grn min,qtz ovgwths. 505 14673.3 0.14 13.5 3.9 93.9 2.81 SS,dkgrngy,vf-fgr,nnr slt,wsrtd,sbrd,wcons,poss sial,20% grn min,cltz ovgwths. 506 14674.2 7.8 2.9 91.4 2.66 SS,dkgrngy,vf-mgr,mod ~srtd,sbrd,wcmtd,poss sid,vugs. 507 14675.4 0.29 7.1 3.5 94.Z 2.68 15. MDST,dkgy,slty,wcons,tr pyr. 508 14676.9 8.4 2.7 92.1 2.68 14. MDST,dkgy,slty, wcens,tr pyr,(broken). 509 14677.7 8.4 3.1 95.5 2.67 13. MDST,dkgy, slty, wcons,tr pyr,(broken). 510 14678.1 7.9 3.8 94.4 2.67 13. MDST,dkgy,slty,wcons,tr pyr,(broken). 511 14679.3 8.1 3.5 92.4 2.67 13. MDST,dkgy,slty, wcons,tr pyr,tr fos,(broken). 512 14680.4 8.2 3.7 95.8 2.67 13. MDST,dkgy,slty, wcons,tr pyr,tr fos,(broken). 513 14681.2 7.9 4.0 94.0 2.69 13. MDST,dkgy, slty, wcons,tr pyr,(irregular spl). 514 14682.7 7.8 3.6 95.0 1.61 9. MOST,dkgy,slty, wcons, (broken). 515 14683.1 7.8 3.5 95.0 2.70 9. MI)ST,dkgy, slty, wcons,tr pyr,(irregular spl). 516 14684.4 7.8 3.8 93.3 2.66 9. MDST,dkgy, slty,~cons,(irregular spl). 517 14685.4 8.2 3.2 96.6 2.67 11. MDST,dkgy, slty,wcons,tr' pyr, (irregular spl). 518 14686.9 8.0 3.1 95.7 2.68 9. MDST,dkgy,slty, wcons,tr pyr,(irregular spl). 519 14687.~ 7.9 3.9 94.9 2.65 9. MDST,dkgy,$1ty, wcons,tr nfic, (irregular spl). , 520 14688:9 8.7 3.7 95.6 2.70 10. MDST,dkgy, slty, wcons, (irregular spl). 521 14689.5 7.5 2.7 89.5 2.67 15. 14DST,dkgy,slty,wcons,tr pyr, (irregular spl). 0 Z 1-8 CONFIDENTIAL SECTION 3 CONVENTZONAL CORE STATZSTZCAL DATA AND SURFACE CORE GAMMA LOG m m Company Hell : ARCO ALASKA, INC. : POINT NcINTYRE ~5 CORE m m m m LABORATORTES Field : EXPORATORY Formation : EXPLORATORY File No.: BP-3-1351 Date : 10-0un-1989 m TABLE ! SUHHARY OF CORE DATA. ZONE AND CUTOFF DATA ZONE: Zdentification EXPLORATORY Top Depth 14477.2 ft Bottom Depth 14689.5 ft Number of Samples 211 DATA TYPE: Porosity Permeability (HELZUM) (HORXZONTAL) Kair CUTOFFS: Porosity (Minimum) Porosity (Maximum) Permeability (Minimum) --- Permeabi lity (Maximum) --- Water Saturation (Maximum) 0il Saturation (Minimum) - Grain Density (Minimum) -- Grain Density (Maximum) -- Lithology Excluded 0.0 100.0 0.0000 100000. 100.0 0.0 2.00 3.00 NONE % md md gm/cc gm/cc CHARACTERISTICS REMAINING AFTER CUTOFFS ZONE: Number of Samples Thickness Represented - POROSITY: Storage Capacity Arithmetic Average .... Minimum Maximum Median Standard Oeviation .... GRAIN DENSITY: Arithmetic Average .... Minimum - Maximum - - Median Standard Deviation .... 201 201.0 ft 3814.4 ~-ft 19.1 X 7.1X 29.6 X 19.8 % · 4.9 X 2.69 gm/cc 2.54 gm/cc 2.96*gm/cc 2.68 gm/cc · 0.06 gm/cc PERNEABZLZTY: Flow Capacity Arithmetic Average .... Geometric Average Harmonic Average Minimum Maximum Median Standard Dev. (Geom) -- 26286.5 md-fi 160. md 55.1 md 1.54 md 0.05 md 1031. md 87.3 md K-lO±0'937 md HETEROGENEITY (Permeability): Dykstra-Parsons Var. -- Lorenz Coefficient .... 0.735 0.491 AVERAGE SATURATIONS (Pore Volume): 0il Water 32.0 47.2 Stat 1 - 1 I m m m m m lO000. iO00.O .. iO0.O iO.O *mi ~- ! 0 N -mi CONFIDENTIAL Permeability vs, Porosity O.Oi O.OOi O0 6.0 IE.O i8.0 Helium Porosity' ;~4.0 RF('F:IVFD 30 0 ARCO ALASKA. POINT McINTYRE EXPORATORY EXPLORATORY [i4477-14690 feet) Core Laboratories iO-Jun-1989 - LEGEND - EXPLORATORY m lO0 9O 8O 7O 6o 5O 4O 3O 2O t0 0 .0 Porosity Histogram 2 ~ // tS.O t2.0 t8.0 24.0 9O 0 30.0 He&lure Porosity' BO 7O 60 gO 40 30 iO o~ n u ct POINT McINTYRE #5 EXPORATORY EXPLORATORY [14477-14690 feet) Laboratories tO-Jun-{.g89 - LE$END - __.Naa&an Value (i9.7) ............ Ar&th. Average (&8.6) ,, , Cumu~ative F~equancy -- -- -Cumulative Ca;ac&fy Lost C ~j © © iO0 9O 8O 7O 6O 5O 4O 3O 20 iO Permeab ! I ~_ty Histogram / / / / / / / / / I I 9O 80 50 40 2O iO O. r~ 0 .003 .04 .7i ii. Horizontal PermeabilSty (Air) · iSi. md 0 2896. ARCO ALASKA. IHt, PO:[NT Hc]:NTYRE #5 EXPORATORY EXPLORATORY (14477-i4690 feet) Core Lal)oratortee lO-Jun-t989 RECEIVED JUL 2 9 !992 - LEGEND - Alaska 0il & G,~s Cons. Commissior~ -- - Idedtdll~,GhoflllLue (aa. 2) ............. eCOl. AVerlgl (40.7) ,,, Cumulettve Frequency -- -- -Cumulative Capacity Lolt i73 8amp v ~ i ! I 'CO FIDE TI L lO0 Grain Density Histogram iO0 90 7O u c ~0 iO 0 2.50 -/ - · · · · · · · · · · · 40 ~0 · ~0 2.60 2.70 ;~. 80 2.90 :3. O0 ;3. t0 3.20 ;3. ;30 Grain Density' gm/cc RECEIVED 90 8O ro 5o c u ARCO ALASKA. [NC, POINT McINTYRE #5 EXPORATORY EXPLORATORY [!4477-!4690 feet) Core Labored:or !O-Jun-t989 - LEBEND - ---HeOlan Value (2.6B) ............ At,Ch. Average (2.71) Cumulative Frequency SURFACE CORE GAMMA LOG '1 RFCEIVED JUL 2 9 1992 ~laska 0it & ~s Coqs (,ommJssion Anchorage PO]:NT HcTNTYRE #5 EXPORATORY CORE 1 (14230.0 - 14251.0 No Analysis Core Laboratories feet) lO--Jun--1080 Vertical Scale 5.00 In - 100.0 ft Depth Feet lO. 14200 14250 Core Gamma I I lO0 i i Mm M POZNT HcZNTYRE #5 EXPORATORY CORES 2.3.4.5 (14460.0 14889.0 FT) Core Laboratories lO--Jun--1089 Vertical 5.00 in Scale 100.0 ft Sandstone - Llthology Legend - Mudstone tutu. Curve Water Sat: Core Gemma Horlz Kolr Depth Helium Porosity O11 Sot: X Grain Den IO. . . . .10010. 1 md 11001 Feet IO. X , 3o ~,oo12.so gm/os 8.ao 14450 ' " ' 14700 4-26-89 PT. MclNTYRE #5 REPORT SUMMARY Release rig from Pt. Mclntyre #4 @ 0200 4-26-89 and start move to 4-27-89 PRESENT ACTIVITY: MOVING RIG Transport camp, SDS, truck shop, and I pipe shed module to Pt. Mclntyre #5. No problems with ice road. 4-28-89 PRESENT ACTIVITY: MOVING RIG Move remaining two pipe shed modules to #5 location. Subbase/derrick module on road 0600. 4-29-89 PRESENT ACTIVITY: MIXING SPUD MUD PRESENT DEPTH: 110' PROGRESS: 0' MW: -- VIS: -- WL: -- Continue moving rig to Pt. Mclntyre #5. Rig up on well, NU diverter system and mix spud mud. Rig accepted 0600 4-29-89. 4-30-89 PRESENT ACTIVITY: DYNA DRILLING @ 754' DEPTH: 754' PROGRESS: 644' MW: 8.7+ VIS: 75 WL: 19 Continue to mix spud mud and PU BHA. Test diverter system and extend diverter lines per AOGCC rep. Spud well at 1230 April 29, 1989 and dyna drill from 110'-468'. TOH and PU new BHA; TIH and kickoff well drilling from 468'-754'. 5-1-89 PRESENT ACTIVITY: DYNA DRILLING@ 1755' DEPTH: 1755' PROGRESS: 1001' MW: 9.1 VIS: 130 WL: 15 Dyna ddll with rotary 754'-1122'. TOH and change bits, TIH. Ream 1091'-1122' and dyna drill with rotary 1122'-1755'. 5-2-89 PRESENT ACTIVITY: DYNA DRILLING @ 3395' DEPTH: 3395' PROGRESS: 1640' MW: 9.4 VIS: 120 WL: 15 Dyna drill with rotary 1755'-1958'. TOH, tight from 1588'-1494'. Circulate and work through and continue out of hole. Change BHA and TIH. Ream 1706'-1958'. Dyna drill with rotary 1958'-3395'. 5-3-89 PRESENT ACTIVITY: TIH DEPTH: 4104' PROGRESS: 709' MW: 9.6 VIS: 180 WL: 15 Dyna drill with rotary 3395'-4007'. TOH, wash and ream up 3260'-2514' and continue out of hole. PU new bit and TIH. Dyna drill with rotary 4007'-4104'. Motor failed. Circ high vis sweep and TOH. Tight first 9 stands out. Pu new motor and TIH. Cut drill line, service rig and TIH. 5-4-89 NFIDENTIAL PRESENT ACTIVITY: DRILUNG @ 5504' DEPTH: 5504' PROGRESS: 1400' MW: 10.0 VIS: 170 WL: 13 Finish TIH, reamed 3400'-4104'. Dyna drill with rotary 4104'-5504'. 5-5-89 PRESENT ACTIVITY: TIH FOR CASING DEPTH: 597# PROGRESS: 470' MW: 10.1 VIS: 80 WL: 15 Drill and survey 5504'-5974'. Circ bottoms up and TOH. RU Schlumberger and run DIL-BHC-GR. Unable to get below 2300'. Log out. Service top drive, PU BHA and TIH to condition for casing. · 5-6-89 PRESENT ACTIVITY: CEMENTING CASING DEPTH: 5985' PROGRESS: 11' MW: 10.2 VIS: 60 WL: 15 TIH and ream 2023'-3094', 3330'-3372', 5780'-5974'. Drill additional hole to 5985'. Circ and condition well. TOH and run 143 joints 13-3/8", 72#, L-80, Butt casing with 2 joints of 68#, K-55 at surface. Slioe @ 5974', collar @ 5889°. RU Dowell head and circ and condition well. Cement with 100 bbls fresh water followed by 4000 sx AS III @ 12.1 ppg and 700 sx class G w/1% S-1 and .2% D-46 @ 15.8 ppg. Dropped top plug and displaced with 873 bbls mud @ 8.5 bpm. Displacement slowed to 2 bpm with 818 bbls pumped and pressured up to 3000 psi. Left 55 bbls cement in pipe. ClP 1130 May 6, 1989. After 630 bbls pumped, temporarily lost returns, did not reciprocate pipe, did not circulate cement to surface. Still mixing cement at 0600. PRESENT ACTIVITY: NU BOP DEPTH: 5985' PROGRESS: 0' MW: 10.2 VIS: 60 WL: 15 Continue with cementing operations. ND diverter and perform top job with 126 sx AS I. Circulated cement to surface. Set slips with 60000# and cut off casing. Make final cut and weld on 13-5/8" 5000 psi casing head. Tested weld to 1500 psi with nitrogen. NU BOP. Replace 3-1/16" 5000 psi valve on drilling spool. 5-8-89 PRESENT ACTIVITY: DRILLING @ 6650' DEPTH: 6650' PROGRESS: 665' MW: 9.3 VIS: 40 WL: 20 Test BOP to 5000 psi, test hydril to 3500 psi. PU BHA and TIH tag cement @ 5432'. Circ and condition mud and drill out cement to 5889'. Test casing to 2500 psi, OK. Continue drillout to 5964' and test casing to 2500 psi, OK. Drill 10' of new formation to 5995' and test formation to leakoff @ 16.6 EMW. Dyna drill with rotary and survey 5995'-6650'. 5-9-89 PRESENT ACTIVITY: TIH DEPTH: 7170' PROGRESS: 520' MW: 9.3 VIS: 50 WL: 11 Continue drilling 6650'-6882'. Work stuck pipe with bit @ 6882°. Pump 100 bbl caustic water sweep and free pipe. Drill and survey 6882'-7073'. Circ and pump sweep. TOH for new bit. TIH and ream 6190'-7073'. Drill 7073'-7170'. Lost 200 psi. TOH looking for washout. Did not find any problem. TIH. 5-10-89 PRESENT ACTIVITY: DR-ILLING @ 7940' DEPTH: 7940' MW: 9.3 VIS: 42 WL: 7 Cut drilling line at shoe. Circ I stand off shoe to check pressures. Ream 6280'-6923'. Survey on bottom indicates possible sidetrack. TOH to 6200' and resurvey into hole. Lowside sidetrack of hole confirmed. Drill and survey 6983'-7940'. Note tie in survey is at 5894' MD. 5-11-89 PRESENT ACTIVITY: DRILLING@ 8972' DEPTH: 8972' PROGRESS: 852' MW: 9,5 VIS: 41 WL: 7 Continue drilling 7940'-8008'. Drop survey and start TOH. Hole tight first 8 stands. TIH and circ and raise mud weight to 9.5. TOH and change bit, TIH. Drill and survey 8008'-8792'. 5-12-89 PRESENT ACTIVITY: DRILLING @ 9650' DEPTH: 9650' PROGRESS: 858' MW: 9.6 VIS: 46 WL: 6.2 Dyna drill w/rotary 8792'-9104'. Circ bottoms up and TOH for bit. TIH to shoe and cut drilling line. Finish TIH, no fill and drill 9104'-9151'. Circ thickened mud on bottoms up, circ and cond well, Dyna drill w/rotary 9151 '-9650'. 5-13-89 PRESENT ACTIVITY: DRILLING@ 10760' DEPTH: 10760' PROGRESS: 1110' MW: 9~8 VIS: 55 WL: 6.5 Dyna drill w/rotary 9650'-10168'. Make 10 stand wiper trip and dyna drill w/rotary 10168'-10760'. 5-14-89 PRESENT ACTIVITY: DRILLING @ 11190' DEPTH: 11190' PROGRESS: 430' MW: 9.9 VIS: 48 WL: 5.4 Dyna drill w/rotary 10760'-10838'. Drop survey and TOH. Bottom stand tight. Change MWD and bit and TIH to shoe. Cut drill line and finish TIH. Ream last stand to bottom. Drill 10838'-10878'. Got stuck during connection. Worked pipe free. Circ and ream while raising MW to 9.9. Continue drilling 10878'-11190'. 5-15-89 PRESENT ACTIVITY: DRILLING@ 11880' DEPTH: 11880' PROGRESS: 690' MW: 10.0 VIS: 44 WL: 6.4 Dyna drill w/rotary 11190'-11571'. Circ bottoms up and short trip 10 stands with no problems. Continue drilling 11571'-11730'. Change liner and swab in pump #1. Continue drilling 11730'-11880'. 5.16-89 PRESENT ACTIVITY: DRILLLING~ 12131' DEPTH: 12131' PROGRESS: 251' MW: 10.1 VIS: 45 WL: 5.6 Attempt to slide @ 11880', bit appears under gauge. Circ bottoms up and TOH. Change BHA and bit and TIH to shoe. Cut drill line and continue in hole. Dyna drill w/rotary 11880'-12131 '. Encountering more hard stringers than before. 5-17-89 MW: 10.1 VIS: 48 WL: 5.6 Dyna drill w/rotary 11880'-12410'. Circ bottoms up and TOH. Change top stabilizer blade and bit. Test BOPE, 500 psi iow, 5000 psi high. Test Hydril, 500 and 3000. Choke valve not working. TIH to casing shoe. Change out choke valve. 5-18-89 PRESENT ACTIVITY: DRILLING@ 12830' DEPTH: 12830' PROGRESS: 420' MW: 10.1 VIS: 45 WL: 5.8 Finish changing out choke valve. Continue TIH and dyna drill w/rotary 12410'-12430'. Change swab and liner in pump #1. Continue drilling 12430'-12830'. 5-19-89 PRESENT ACTIVlTY: DRILLING@ 13130' DEPTH 13130' PROGRESS: 300' MW: 10.2 VIS: 51 WL: 5.8 Dyna drill w/rotary 12830'-12906'. MWD failure, pump pill and TOH. Change out MWD and TIH to shoe. Cut drill line, set brakes and TIH. Dyna drill w/rotary 12906'-13130°. 5-20-89 PRESENT ACTIVITY: TIH DEPTH: 13441' PROGRESS: 311' MW: 10.1 VIS: 53 WL: 5.6 Dyna drill w/rotary 13130'-13441'. MWD failure. Circ bottoms up and TOH. Change MWD and bit and TIH to shoe. Cut drill line and continue TIH. 5-21-89 PRESENT ACTIVITY: DRILLING@ 13786' DEPTH: 13786' PROGRESS: 345' MW: 10.1 VIS: 57 WL: 5.4 Finish TIH. Dyna drill w/rotary 13441'-13786'. 5-22-89 PRESENT ACTIVITY: TOH FOR LOGS DEPTH: 13980' PROGRESS: 194 MW: 10.2 VIS: 56 WL: 5.4 Dyna drill w/rotary 13786'-13980'. Reached intermediate TD 2030 5-21-89. Short trip 30 stands, no problems. Circ bottoms up, pump pill and TOH for logs. 5-23-89 PRESENT ACTIVITY: LOGGING W/DRILLPIPE DEPTH: 13980' PROGRESS: 0' MW: 10.3 VIS: 58 WL: 5.2 Finish TOH, LD MWD and Dynadrill. RU Schlumberger DP conveyed logging tools. PU drillpipe and RIH to shoe. Cut drill line and PU side door entry sub. Pump down EL and latch. TIH to 10046' and log out to 5974' w/DIL/SONIC. POH to inspect side door sub. RIH 900' and repeat log top section of hole. 5-24-89 PRESENT ACTIVITY: TOH W/DP LOGS DEPTH: 13980' PROGRESS: 0' MW: 10.2 VIS: 52 WL: 5.4 TIH and iog 10900'-9484'. TIH and iog 12012'-9484'. LD side door sub and TIH to 11640'. PU side door sub and pump down latch. TIH to 13952' and log out to 11640'. POH and RD EL. TOH to LD logging tools. CONFIDENTIAL 5-25-89 PRESENT ACTIVITY: CHANGING RAMS DEPTH: 13980' PROGRESS: 0' MW: 10.2 VIS: 52 WL: 5.4 Finish TOH to LD logging tools. PU BHA and TIH to shoe, break circulation and cut drilling line. Finish TIH, breaking circulation every 20 stands. Circ and condition well, no problems on trip. Make 35 stand short trip and circ bottoms up. No problems. Spotted 30 bbl 16 ppg pill on bottom to allow casing to be set high per geological request. TOH and LD BH^. Change rams to 9-5/8". 5-26-89 PRESENT ACTIVITY: CIRC@ 13817' DEPTH: 13890' PROGRESS: 0' MW: 10.2 VIS: 52 WL: 5.4 Test bonnet seals to 3000 psi and rig up 12 lines on block. RU casing crew and held safety meeting. Ran 9-5/8", 47#, L-80 BTC casing to surface shoe. Fill pipe and break circulation. Continue running casing to 13817'. Ran 139 jts modified Butt casing to 5810' RKB and 194 jts normal Butt to TD. Shoe @ 13817', collar @ 13727'. Casing went to bottom with no problems. Circ and condition well while attempting to plastic pack secondary seal. Unable to test. Worked pipe to clear seals. Bottom rubber is damaged. Will have to replace. Continue to circulate while rigging up to replace packoff. 5-27-89 PRESENT ACTIVITY: RUNNING VSP DEPTH: 13817' PROGRESS: O' MW: 10.2 VIS: 52 WL: 5.4 Pulled damaged packoff and replaced same. Tested packoff to 5000 psi, OK. Circulate mud while Dowell batch mixed cement. Test lines to 3500 psi. Cemented well as follows: Drop bottom plug and pump 50 bbls CW 100, followed by 30 bbls Spacer 3000 @ 11.2 ppg. Dropped 2nd bottom plug and pump 630 sx (129 bbls) Class G w/0.2% D46 and 0.35% D133 @ 15.8 ppg. Dropped top plug and displaced w/10 bbl fresh water and 994 bbl mud. Bumped plug to 3000 psi and held for 30 minutes, OK. Release pressure, floats held OK. CIP 1245 5-26-89. Cleared floor and RD Dowelh Changed rams back to 5" and tested BOPE to 250 and 3000 psi. String block back to 10 lines. RU Schlumberger and run GR/CCL from 13716' to surface. Change tools and prepare for VSP. 5-28-89 PRESENT ACTIVITY: LEAK OFF TEST DEPTH: 13995' PROGRESS: 15' MW: 10.2 VIS: 50 WL: 5.8 Run VSP and RD Schlumberger. PU BHA and TIH to 13729'. Broke circulation and tested casing to 3000 psi, OK. Drilled float collar and cement to 13807'. Tested casing to 3000 psi, OK. Drilled out of casing' and washed through open hole to 13980°. Drilled new hole 13980'-13995'. Circulate and condition well for leakoff test. 5-29-89 PRESENT ACTIVITY: TOH FOR CORE DEPTH: 14230' PROGRESS: 235' MW: 10.1 VIS: 48 WL: 5.4 Continue circulating and perform leakoff test to 14.0 EMW. Rotary drill and survey 13995'- 14179'. Circulate for samples. Continue drilling 14179'- 14230'. Geologists elected to core. Circulate sample up and TOH for core barrel. 5-30-89 CONFIDENTIAL PRESENT ACTIVITY: TOH W/CORE 1 DEPTH: 14253' PROGRESS: 23' MW: 10;1 VIS: 47 WL: 5.2 PU core barrel and TIH to shoe. Cut drilling line and continue in hole. Break circulation and cut core #1 14230'-14253'. Cut 23', coring extemely slow. TOH to evaluate core and bit. 5-31-89 PRESENT ACTIVITY: TIH W/CORE BARREL DEPTH: 14460' PROGRESS: 207' MW: 10.3 VIS: 44 WL: 5.0 Finish POH w/core 1. Cored 23', recovered 23'. Pu drilling assembly and TIH. Reamed core interval and drill and survey 14253'-14413'. Circulate samples and continue drilling 14413'-14460'. Circulate hi-vis sweep to bring up sample. Pump pill and TOH for core. PU core barrel and TIH for core #2. 6-1-89 PRESENT ACTIVITY: TOH W/CORE3 DEPTH: 14578' PROGRESS: 118' MW: 10.3 VIS: 48 WL: 5.0 Continue TIH for core ~2. Stop @ shoe and cut drilling line. Finish TIH. Cut core 14460'-14488', barrel jammed. Circulate bottoms up and TOH. Lay down core #2, cut 28' recovered 28'. Change to 90' core barrel and TIH for core ~3. Cut core #3 14488'-14578'. Circulate bottoms up and TOH w/core 6-2-89 PRESENT ACTIVITY: REAMING DEPTH: 14668' PROGRESS: 90' MW: 10.3 VIS: 44 WL: 5.2 Finish TOH w/core #3. Lay down core #3, cut 90', recovered 88.5'. TIH for Core #4. Cut drilling line and finish TIH. Cut core #4 14578'-14668'. TOH w/core #4. Lay down core #4, cut 90', recovered 88'. Pick up drilling assembly and TIH to show. Cut drilling line and finish TIH. Ream and log core interval 14448'-14668'. 6-3-89 PRESENT ACTIVITY: CUTTING CORE #5 DEPTH: 14691' PROGRESS: 23' MW: 10.3 VIS: 48 WL: 5.3 Finish reaming and logging core interval. Circulate hole clean and TOH. Pu core assembly and TIH for core #5. Cut core #5 14668'-14691'. PRESENT ACTIVITY: DRILLING@ 14789' DEPTH: 14789' PROGRESS: 98' MW: 10.3 VIS: 45 WL: 5.3 Continue cutting core #5 14491'-14700'. Circulate hole clean and TOH w/core #5. Lay down core #5, cut 32', recovered 21'. Pu drilling assembly and TIH. Cut drilling Iine and finish in hole. Ream core interval 14668'-14700' and drill 14700'-14789'. 6-5-89 PRESENT ACTIVITY: TOH FOR LOGS DEPTH: 14950' PROGRESS: 161' MW: 10.3 VIS: 48 WL: 5.2 Continue drilling 14789'-14950'. Reached TD 1930 6-4-89. Circulate and condition hole for logs. Make short trip to shoe. Hole tight through sands. Service rig @ shoe and RIH to bottom. Circulate and condition well for logs. Start trip out. Hole still tight through sands. 6-6-89 PRESENT ACTIVITY: WIPER TRIP DEPTH: MW: 10.3 ViS: 50 WL: 5.2 Finish TOH, LD BHA. RU Schlumberger, RIH w/run 1 DIL/GR/NGT/SDT/AMS. Log 14901'-13817'. POH, change tools and make run 2 LDT/CNL/EPT/ML/PCD/GR. POH and RD Schlumberger. LD stabilizers and lead collars and TIH for wiper trip. 6-7-89 PRESENT ACTIVITY: WIPER TRIP DEPTH: 14950' PROGRESS: 0' MW: 10.5 VIS: 45 WL: 5.2 Finish RIH w/drilling assembly. Wash and ream 14100'-14920'. Hole tight through sands and shale running. Circulate and raise mud weight to 10.5. TOH to continue logging. RU Halliburton Logging and RIH w/Rotary side wall coring tool. Unable to get below 8000' due to mud sheath in casing. POH, RD loggers. RIH w/drilling assembly to condition hole for liner. PRESENT ACTIVITY: TOH FOR LINER DEPTH: 14950' PROGRESS: 0' MW: 10.8 VIS: 46 WL: 5.6 Continue TIH to shoe and cut drilling line. Ream 14015'-14850'. Very difficult keeping hole open. Pump 50 bbl 11.0 ppg diesel pill. Continue reaming 6 stands to 14815'. Spot diesel pill in open hole. TOH to run 7" liner. PRESENT ACTIVITY: POH W/LINER DEPTH: 14950' PROGRESS: 0' MW: 10.9 VIS: 60 WL: 5.6 Finished TOH. Changed rams to 7" and test same. RU casing crew and run 1296' 7", 29#, L-80, Butt liner on 5" DP. RIH to 14482' and tagged up. Circulate and work pipe, unable to make any progress. POH to shoe, circulate and cut drill line. POH with liner. 6-10-89 PRESENT ACTIVITY: REAMING@ 14625' DEPTH: 14825' PROGRESS:-- MW: 10.9 ViS: 45 WL: 5.5 Continue POH w/liner. Found shoe broken and left 1 blade off each of 9 centralizers in hole. PU reaming BHA and TIH. Broke circulation at shoe and wash into hole. Ream 14480'-14825'. Hole continues tight. Raising MW and continue reaming. 6-11-89 PRESENT ACTIVITY: PU LINER DEPTH: 14812' PROGRESS:-- MW: 11.2 VIS: 51 WL: 5.4 Continue reaming until hole appeared smooth. Make short trip to shoe. Tagged up @ 14734'. Reamed and circulated sweeps while working to 14825'. Short tripped to shoe again. Tagged up again @ 14734'. Reamed ledge smooth. Continue to ream to 14812'. Appeared to be turning on junk. Continued to ream and pump sweeps until hole slick 14700'-14812'. Spotted 100 bbl 11.5 ppg 10% diesel pill in open hole.TOH for liner. RU casing crew and replace float shoe. 6-12-89 PRESENT ACTIVITY: RIHTOCLEANOUT DEPTH: 14797' MW: 11.2 VIS: 48 WL: 5.6 Ran 29 joints plus2 marker joints 7", 29#, L-80, Butt, liner to 14797'. Top of liner ~ E C ~ ~ V E D 13500'. Circulated and conditioned well and cemented as follows: Alaska 0il & Gas Cons. Commission Anchorage 6-12-89 CONTINUED IiIFI'DENTIAL Tested lines to 4000 psi. Pumped 30 bbl C~W 100 and 30 bbl 11.8 ppg followed by 800 sx (165 bbl) class G w/1 gai/sx D600, .05 gal/sx D135, .05 gaVsx D47 and .5% D60. Batch mixed slurry @ 15.8ppg. Displaced with rig pumps, saw latch up, bumped plug and set hanger w/2500 psi. Sheared off hanger w/3500 psi. Did not have any flowback. CIP 2225 6-11-89. TOH and LD setting equipment. PU bit and casing scrapers and TIH for cleanout. 6-13-89 PRESENT ACTIVITY: DRILLING CEMENT DEPTH: 14797' MW: 11.2 VIS: 45 WL: 5.6 Continue in hole to 12000'. Circulate and cut drill line while WOC. Finish TIH and tag liner top @ 13502'. Did not find any cement. Circ bottoms up, no cement in returns. TOH and PU 4-3/4" collars and 3-1/2" DP. Change lower pipe rams to 3-1/2" and test same. TIH to cleanout liner. Tag cement @ 14503'. Drill firm cement 14503°-14664°, landing collar. Attempt to test liner lap. Pumped in at 4.25 BPM and 1400 psi. Pumped total of 22 bbls. Pressure levels off @ 600 psi with pumps off. Continue drilling landing collar and cement. 6-14-89 PRESENT ACTIVITY: RIH W/RTTS DEPTH: 14750' PBTD MW: 11.0 VIS: 42 WL: 6.4 Finish drilling cement and landing collar to 14750'. Circulate bottoms up and attempt to test liner. Injection rate 4 bpm @ 1200-1300 psi. Cut drill line and POH. RU Schlumberger and run CET/CBT/GR/CCL 14751' - 13500°, log w/CCL/GR to 12500' and POH. PU GCT/CCL and RIH. Could not get into liner. Tool failed while attempting to get in liner. POH, RD SOS. PU RTTS packer and RIH to test 9-5/8" casing. 6-15-89 PRESENT ACTIVITY: TIH W/EZSV RETAINER DEPTH: 14750' PBTD MW: 11.0 VIS: 42 WL: 6.4 Finish TIH w/RTTS. Circulate and set RTTS @ 13451'. Test 9-5/8" casing to 2500 psi, OK. Attempted to test liner lap without success. Circulate bottoms up and TOH. Lost 1 of 8 drag blocks. PU 8-1/2" bit and TIH to liner top. Did not hit any junk. TOH. PU 9-5/8" EZSV retainer and begin TIH to squeeze liner lap. PRESENT ACTIVITY: DRILLING RETAINER @ 13415' DEPTH: 14750° PBTD MW: 11.0 VIS: 42 WL: 6.5 Continue slow TIH w/EZSV retainer. Set EZSV @ 13415'. Establish injection rate of 3.4 bpm @ 900 psi. Unsting and batch mix 600 sx (130 bbl) class G w/additives @ 15.8 ppg. Test lines to 3000 psi and pump 20 bbl water, 130 bbl cement, and 2 bbl water. Circulate cement to stinger, sting in and bullhead 125 bbl cement below retainer @ 2.5 bpm and 330 psi to 840 psi. Unsting dropping 5 bbl cement on top of retainer. Pull 3 stands and reverse out. CIP @ 1510 6-15-89. TOH. Test BOP. Cut drill line and service rig. PU drilling assembly and TIH. Drill 15' of firm cement and drill on EZSV. o.CONfiDENTIAL PRESENT ACTIVITY: TOH AFTER UNER CLEANOUT DEPTH: 14750' PBTD MW: 10.6 VIS: 42 WL: 6.4 Drill EZSV and firm to hard cement 13415'-13500'. Circ bottoms up and POH. PU 6" equipment and TIH. RIH to PBTD, circ and condition mud and test casing to 2500 psi, OK. Cut drilling line and POH. 6-18-89 PRESENT ACTIVITY: POH W/SCHLUMBERGER FISH DEPTH: 14750' PBTD MW: 10.3 VIS: 39 WL: 8.0 Finish TOH w/6" cleanout assembly. RU Schlumberger and RIH w/CET/CBT. Tag bottom and begin logging up. Tool became stuck @ 14200'. Attempted to work free and pulled out of rope socket. POH w/EL and RD SOS. PU fishing assembly and TIH. Work fish to bottom and latch same. POH w/fish. Although logs were not on depth the pass Indicated that the down squeeze had not gotten cement far enough down to isolate the top of the pay zone. ~---- 6-19-89 PRESENT ACTIVITY: MIXING CEMENT FOR SQUEEZE 2 DEPTH: 14750' PBTD MW: 10.3 VIS: 40 WL: 8.2 Finish POH w/logging fish. 7" centralizer blade pieces stuck in CBT arms. Pieces apparently those lost in hole on initial attempt to run liner. Cut drilling line and TIH w/ 6" flat bottomed mill and junk baskets to 14750'. Circ bottoms up and TOH. RU Schlumberger and RIH w/3-3/8" perforating gun and perforate 14340'-14342' @ 4 SPF. POH and RD SOS. All shots fired. PU 7" EZSV and RIH. Set retainer @ 14240'. Establish injection rate of 2 bpm @ 1900 psi. Unsting and circulate while batch mixing cement. 6-20-89 PRESENT ACTIVITY: DRILLING CEMENT IN LINER DEPTH: 14750' PBTD MW: 10.3+ VIS: 46 WL: 8.3 Mix and pump 150 sx (31.5 bbl) class G with additives. Preceed cement with 10 bbl water and follow with 3 bbl. Displace to stinger and stab in. Bull head 20 bbl cement @ 4 bpm 1200 - 1800 psi. Reduce rate to 1 bpm 1350 - 1580 psi final pressure. Unsting and drop 2 bbl cement on top of retainer. TOH 8 stands and reverse out. POH and LD running tool. PU cleanout equipment and TIH to 13427'. Circulate well and test 7" liner lap to 2500 psi. 50 psi drop in 1/2 hour. Continue in hole and tag cement @ 14113'. Drill out hard cement to 14370'. 6-21-89 PRESENT ACTIVITY: DISPLACE W/BRINE DEPTH: 14750' PBTD MW: 10.3 VIS: 45 WL: 8.1 Continue drilling hard cement 14370'-14420'. Attempt to test squeeze perforations to 1900 psi. Pressure leaked off to 1350 psi. Continue drilling hard cement 14420'-14460'. Circ bottoms up and attempt casing test again with same results. POH and RU Schlumberger and log liner w/CBT/CET. Bond interpretation indicates sufficient isolation above pay zone. RD SOS. RIH to 14750' and reverse circ high vis sweep and clean pits in preparation to displace w/brine. 6-22-89 PRESENT ACTIVITY: POH TO LD PACKER DEPTH 50' MW: 10.3 NACL BRINE .C I RDEPlI' L Continue to reverse in 10.3 brine. TOH and LD BHA. PU Baker FB-1 packer and RIH on drill pipe. Dropped ball and circ capacity of drill pipe. Ball did not seat. Repeat with same results. TOH to above liner top and cut drill line. Continue TOH, found washout 50 stands down. Continue TOH to LD packer. 6-23-89 PRESENT ACTIVITY: RIH W/LOWER PACKER DEPTH: 14750' MW: 10.3 NACL BRINE Finish TOH and LD packer. Packer undamaged. TIH open ended to 14750'. Reverse circulate hi vis sweep, water spacer and 10.3 ppg brine. TOH. PU lower packer assembly and TI H on drill pipe. 6.-24-89 PRESENT ACTIVITY: TESTING NEW TUBING HEAD DEPTH: 14750' PBTD MW: 10.3 NACL BRINE Continue TIH w/lower packer on drill pipe. Dropped ball and set packer @ 14360'. Setting tool did not cycle properly, and had to work free from packer. TOH wet and LDDP. Recovered entire setting tool. Tool did not cycle far enough to expose circulation ports. LD setting tool and pull wear bushing. TIH w/7 stands of DP and set storm packer below drilling spool. Change rams and tubing spool and test same. 6-25-89 PRESENT ACTIVITY: ND BOP/NU TREE DEPTH: 14750' PBTD MW: 10.3 NACL BRINE Finish testing BOP. LD storm packer and 8 stands of DP. RU and run 4-1/2" x 3-1/2" tubing string and upper packer assembly. Sting into lower packer, space out and set upper packer. Shear PBR and attempt to test annulus. Chang out seals on tubing hanger and test annulus to 2500 psi. Tested tubing to 2500 psi. Shear out ball with 3000 psi. Pull landing joint, set BPV and ND stack. 6-26-89 PRESENT ACTIVITY: RIG RELEASED @ 1800 6-25-89 DEPTH: 14750' PBTD MW: 6.8 DIESEL NU tree and test same 250 and 5000 psi, OK. Tested packoff to 5000 psi. Reverse circulate diesel into annulus and tubing from 14188'to surface. Used 1000 bbls. Cleaned pits and injected excess fluids into annulus. Freeze protected annulus with 160 bbl diesel. Released rig @ 1800 6-25-89. Begin moving rig to DS 11. Rig up of testing equipment will begin following rig move. 6-27-89 PRESENT ACTIVITY: CONTINUE RIG MOVE 6-28-89 PRESENT ACTIVITY: CONTINUE RIG MOVE 6-29-89 PRESENT ACTIVITY: SETTING UP TESTING EQUIPMENT DEPTH: 14750' PBTD MW: 6.8 DIESEL Major rig equipment off location by 1900. Met w/Veco and HRS to discuss test equipment siting. Veco fine graded testing location and began erecting berm. 6-30-89 o o NROENTIAL PRESENT ACTIVITY: MOVING HRS EQUIPMENT DEPTH: 14750' PBTD MW: 6.8 DIESEL Continued to rig up testing equipment. Bermed testing enclosure completed on 3 sides. Placed a layer of plywood and spread out 2 100' x 100' pit liners and sealed the seam. Layed another layer of plywood to protect the liner and spotted the storage tanks. 7-1-89 PRESENT ACTIVITY: RIGGING UP HRS EQUIPMENT DEPTH: 14750' PBTD MW: 6.8 DIESEL RU Cameron and pull BPV. Move in and spot HRS test equipment and Pool support equipment. Finish berm wall around testing equipment. RU Otis slickline and retrieve SSSV dummy valve. PU kickover tool and RIH to retrieve circulating valve from SPM. Misrun on first attempt. Successfully recovered valve on second try. PU dummy valve and set in SPM. Pressure annulus to 1000 psi to test dummy, OK. PU tattletail and 2.72" centralizer and make dummy run. Tag TD @ 14681" SLM, 14712' RKB. 7-2-89 PRESENT ACTIVITY: RIGGING UP SCHLUMBERGER DEPTH: 14750' PBTD MW: 6.8 DIESEL RD Otis slickline and continue line rig up throughout the day. All high pressure lines in place. Storage tank manifolding continuing. Call out Schlumberger and begin rigging up to perforate. 7-3-89 PRESENT ACTIVITY: PRESSURE TESTING MANIFOLD DEPTH: 14750' PBTD MW: 6.8 DIESEL RU Schlumgerger to perforate. Pressure test rams and lubricator to 3000 psi. RIH w/ gun #1,18', 2-1/8" Enerjet, 6 SPF, 0° phasing. Corrolate with DIL log of 6-6-89 and perforate 14532'-14550'. Tubing pressure 400 psi after shooting. POH w/SOS. LD gun #1, all shots fired. Continue perforating, run #2, 23' as before, 14503'-14526', all shots fired. Run #3, 23' as before, 14480'-14503', all shots fired. RD SOS. Final tubing pressure 1100 psi. RU Dowell and pressure test lines. Test from wellhead to heater choke to 3000 psi, from heater to seperator to 1200 psi, and from seperator to tank valves to 300 psi. Had minor leaks and repaired same. 7-4-89 PRESENT ACTIVITY: FLOW TESTING WELL DEPTH: 14750' PBTD MW: NA Finish pressure testing and RD Dowell. RU Otis slickline and set test recepticle with memory gauge hung below in XN nipple @ 14331' SLM. POH, RD Otis. RU HRS electric line unit, test lubricator to 3000 psi and RIH with down hole shut in tool. Conduct safety meeting and prepare to test well. Bleed pressure through choke to assure tool latched in, OK. Open well on 18/64" choke and conduct 5 minute flow. Shut well in downhole and conduct I hour pressure buildup. Open well on 18/64" choke increasing to 30/64" choke and unload diesel cushion. Opened well for flow 1730 7-3-89. Had oil to surface at 1950, decreased choke to 26/64". Began stabilized flow test at 2200. Rate at 2200, 1606 bbl 28.9° APl oil, 907.7 M .,746 sp. gr. gas, FTP= 976 psi, seperator pressure= 374 psi, no water. 7-5-89 CONFIDENTIAL PRESENT ACTIVITY: SHUT IN FOR BUILDUP DEPTH: 14750' PBTD MW: NA Continue flow testing well until 2200, 7-4-89. Shut well in for pressure buildup, Total produced this flow: 1326 bbl 28.6° APl oil 862.8 MCF .742 sp. gr. gas 225.3 bbl load diesel Average 24 hour rate: 1232 bbl oil FTP=1050 psi 810 MCF gas Seperator pressure=390 psi 7-6-89 PRESENT ACTIVITY: SHUT IN FOR BUILDUP DEPTH: 14750' PBTD MW: NA Continue pressure buildup. 7-7-89 PRESENT ACTIVITY: RIH WITH SAMPLER DEPTH: 14750: PBTD MW: NA Continue pressure buildup until 0830. Equalize across tool, shear out and POH. RD HRS. RU Otis slickline, test lubricator to 3000 psi and attempt to latch SI tool without success. Latched tool on third attempt. RIH and pull testing recepticle. RD slickline. Open well on 22/64" choke in preparation for bottom hole samples. RU Schlumberger, test lubricator to 3000 psi and RIH with sampler. Well shut in as RIH with Schlumberger. Total produced this flow: 225 bbl oil 134.2 MCF gas Total to date: 1551 bbl oil 997.0 MCF gas 225.3 bbl load diesel 7-8-89 PRESENT ACTIVITY: SHUT IN FOR BUILDUP DEPTH: 14750'PBTD MW: NA Take samples at 11346', 12500', 12600', and 12650'. Run at 12600' failed. Change tools and RIH w/HUM/Spinner/GRAD/TEMP. Open well on 32/64" choke and stabilize flow at about 2000 bpd. Run production logs from 14600'-14420'. Contributing perforations are 14480'-14496' and 14532'-14545'. Open well to a maximum of 4230 bpd and let stabilize. Run production logs as before. Same perforations contributing. Reduce seperator backpressure from 400 psi to 200 psi, flow rate increased from an average of 4272 bpd to 4759 bpd. Shut well in, tag bottom @ 14671' and POH with SOS. Continue pressure buildup. Total produced this flow: 1661 bbl oil Total to date: 3212 bbl oil 922.6 MCF gas 1919.6 MCF gas 225.3 bbl load diesel 7-9-89 PRESENT ACTIVITY: SHUT IN FOR BUILDUP DEPTH: 14750' PBTD MW: NA Continue shut in, and RU Otis slickline and set testing recepticle in XN nipple @ 14375'. RD slickline and RU HRS EL unit. Test lubricator to 3000 psi and RIH with SI tool. ,0 0 CONFIIIENTIAL 7-9-89 CONTINUED Continue buildup, Open well on 2" choke and flow until stable. Seperator rate with 220 psi seperator pressure 4416 bpd, 3.08 MMCF at 580 psi FTP. Bypassed heater and lowered tubing pressure to 340 psi. Rate stabilized at 5415 bpd, 3.28 MMCF. Closed shut in tool and began pressure buildup. Total produced this flow: 1749 bbl oil Total to date: 4961 bbl oil 1072.5 MCF 2992.1 MCF gas 225.3 bbl load diesel All gas flared on location. All produced fluid hauled to LPC. Test activities were witnessed by Division of Oil and Gas Representative Mike Kotoski. 7-10-89 PRESENT ACTIVITY: RIH W/PRONG DEPTH: 14750' PBTD MW: 10.3 BRINE WITH DIESEL CAP Continue pressure buildup. Open SI tool and equalize across tool. Shear out of recepticle and POH. RD EL. RU lubricator, test to 3000 psi and recover SI tool prong, Run back in and pull receptical. RU Dowell and test lines to 3000 psi, Displace tubing with 10,3 kill weight brine with 400' diesel cap. RD Dowell. RU Otis slickline and RIH with PXN plug body. POH and RIH with extended prong. 7-11-89 PRESENT ACTIVITY: RIGGING DOWN DEPTH: 14750' PBTD MW: 10.3 BRINE WITH DIESEL CAP Set extended prong in plug body. POH and RIH with SSSV dummy and set @ 2009'. Note it appears that there may be an overtorqued collar at 53'. On first attempt, SSSV dummy would not pass. Turned down no go on dummy and passed restriction with no problems. Filled tree with diesel and set BPV. Released test equipment and cleared location. ARCO Alaska, Inc. Internal Corrss~nce Date: Wed, Jun 14, 1989 Subject: MWD vs Gyro acceptanc.--PL Mclntyra ~ From/Location: T. E. Maunder--ATO 1436 Telephone: 263-4971 To/Location: Drilling File and Distribution On June 13 a gyro (GCT) tool was run in to PL Mclntyre ~5. It was not poNible to get the tool Into the liner. The tool was damaged attampting to get in the liner and did not function on the trip out of the hole. Data was obtained on the run into the well.' The question has been asked If we need to make another gyro run or would the State accept the MWD? -' I contacted the AOGCC and spoke with Lonnle Smith and Informed him of the above. He asked If wa had good agreement between the MWD and gyro to the top of the liner. I Informed him that I personally had not seen the run in data, but had been Informed by the supervi~r that the agreement looked good. He then Indlcetad that they would accept the MWD for the remaining data. Schlumberger/Anadrill will be asked to generate a composita listing containing the gyro In run and the MWD Sr. Drilling Engineer cc D.B. Stoltz P.J. Archsy D.A. Martin ORI NAL SUB. SURFACE DIREC TIONA~ ~ ~ ~UlDANGE ~ONTINUOUS ~OOL At~ka o~ & ~c°mmimd~ Company ARCO ALASKA, INC. i ii ii i Well N~;me PT,. MCINTYRE STATE #5,(1'263' F,SL,242' FEL,SEC 22,T12N,R14E,UM) Field/Location WILDCAT, NORTH SLOPE, ALASKA ,,, Job Reference No. Date 73369 1 3-JUN-89 ,Loaaed By: Computed By.' WEST KRUWELL I mm GCT DIRECTIONAL SURVEY CUSTOMER LISTING FO R ARCO ALASKA, INC. POINT MCINTYRE STATE W~LDCAT NORTH SLOPE, ALASKa SURVEY OATE: 13-JUN-1989 ENGINEER: T. WEST METHODS gF COMPUTATION . TOOL LOCATION: TaNGENTTAL- AVERAGED DEVIATION AND AZIMUTH INTERPOLATION: LINEAR VERTICAL SECTION: HORIZ. DIST. PROJECTED ONTO A TARGET AZIMUTH CF NORTH 5T DEG 10 MIN EAST ANAORILL MWD DATA INCLUDED FROM 13553' TO 14950' ARCO ALASKA ZNCo POINT M£INT~RE STATE WILDCAT NORTH SLOPE, ALASKA COMPUTATI3N DATE: 19-JUN-89 . PAGE 1 DATE DF SURVEY: 13-'JUN-19 KELLY BUSHING ELEVATION: 43.00 FT ENGINEER: T. WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SU~-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH .../ DEPTH DEPTH DEG MIN DEG M[N 0.00 0.00 -43.00 0 0 N 0 0 E 100.00 99.99 56.99 0 8 N 54 56 E 200.00 199.99 156.99 0 2 N 35 49 E 300.00 299.99 256.99 0 26 S 79 40 E 400.00 399.99 356.99 0 32 S 84 52 E 500.00 499.98 456.98 I 7 N 79 56 E 600.00 599.96 556.96 I 56 N 70 7 E 700.00 699.68 656.68 6 24 N 63 51 E 800.00 798.57 755.57 10 10 N 60 41 E 900.00 896.65 853.65 12 43 N 58 56 E VFRTICAL 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 0.00 E -0.26 0.33 0.72 S 0.16 E -0.14 0.30 0.52 S 0.17 E 0.12 0.36 0.64 S 0.56 E 0.80 0.00 0.74 S 1.43 E 2.06 0.62 0.66 S 2.87 E 3.72 4.13 0.19 S 4.55 E 10.76 4.58 2.67 N 11.08 E 25.40 1.57 9.57 N 24.05 f 44.84 3.63 19.40 N 40.84 E 0.00 N 0 0 E 0.74 S 12 14 E 0.55 S 18 32 E 0.85 S 41 8 E 1.61 S 62 35 E 2.95 S 77 8 E 4.55 S 87 37 11.40 N 76 27 25.88 N 68 19 45.22 N 64 35 E 1000.00 993.41 950.41 16 29 1100.00 1088.67 1045.67 19 6 1200.00 1182.38 1139.38 21 13 1300.00 1275.12 1232.12 22 41 1400.00 1366.88 1323.88 24 9 1500.00 1457.43 1414.43 26 4 1600.00 1546.70 1503.70 2'7 27 1700.00 1635.01 1592.01 28 30 1800.00 1722.23 1679.23 30 17 1900.00 1807.49 1764.49 32 33 N 58 44 E 70.02 2.92 N 58 46 E 100.41 4.30 N 57 44 E 135.28 N 57 25 E 172.68 1.34 N 57 39 E 212.41 1.70 N 56 27 E 254.84 1.79 N 56 16 E 299.89 1.16 N 58 19 E 346.79 1.75 N 59 0 E 395.67 2.52 N 56 34 E 447.92 2.08 32.42 N 62.41 E 70.33 N 62 33 E 48.18 N 88.41 E 100.68 N 61 25 E 66.53 N 118.07 E 135.52 N 60 36 E 86.64 N 149.61 E 172.88 N 59 55 E 107.93 N 183.15 E. 212.58 N 59 29 E 131.03 N 218.74 E 254.98 N 59 5 E 156.05 N 256.21 E 299.99 N 58 39 E 181.45 N 29'5.63 E 346.88 N 58 28 E 206.71 N 337.51 E 395.78 N 58 31 E 234.58 N 381.71 E 448.03 N 58 26 E 2000.00 1891.06 lt:J48.06 34 4 2100.00 1972.96 1929.96 35 58 2200.00 2053.08 2010.08 37 26 2300.00 2131.63 2088.63 39 6 2400.00 1207.98 2164.98 41 24 2500.00 2281.79 2238.79 43 14 2600.00 2353.86 2310.86 44 45 2700. O0 2423.39 2380.39 47 5 2800.00 2490.55 2447.55 48 19 2900.00 2556.68 2513.68 49 0 N 56 14 E N 56 17 E N 56 8 E N 55 59 E N 56 I E N 56 54 E N 56 42 E N 56 55 E 502.81 1.63 560.18 2.01 620.00 1.13 681.86 2.09 746.42 2.42 813.88 1.20 883.19 2.33 955.05 2.17 0.85 1.08 N 57 55 E 1029.14 N 58 30 E 1104.14 265.10 N 427.34 E 502.89 N 58 11 E 296.92 N 475.08 E 560.23 N 58 0 E 330.20 N 524.80 E 620.04 N 57 49 E 364.75 N 576.14 E 681.89 N 57 40 E 400.90 N 629.64 E 746.44 N 57 31 E 438.16 N 685.87 E 813.89 N 57 26 E 476.04 N 743.92 E 883.20 N 57 23 515.45 N 804.02 E 955.06 N 57 20 555.39 N 866.41 E 1029.14 N 57 20 594.84 N 930.22 E 1104.15 N 57 24 E 3000.00 2621.78 2578.78 49 40 3100.00 2686.17 2643.17 SO 24 3200.00 2748.61 2705.61 52 33 3300.00 2808.26 2765.26 53 48 3400.00 2866.44 2823.44 55 18 3500.00 2922.06 2B79.06 57 2 3600.00 2975.53 2932.53 58 21 3700.00 3026.19 2983.19 60 56 3800.00 3073.87 3030.87 61 33 3900.00 31Z2.28 3079.28 60 52 N 58 22 E 1180.03 N 58 20 E 1256.51 N 57 21 E 1334.61 N 56 44 E 1414.87 N 58 9 E 1496.19 N 58 25 E 1579.26 N 57 43 E 1663.76 N 57 17 E 1749.96 N 58 3 E 1837.86 N 59 51 E 1925.30 0.15 1.63 2.97 0.50 2.40 1.42 1.90 2.57 2.16 1.39 634.56 N 994.90 E 1180.04 N 57 28 E 674.69 N 1060.04 E 1Z56.54 N 57 31 E 716.16 N 1_126.22 E 1334.64 N 57 33 E 760.01 N 1193.44 E 1414.89 N 57 31 E 803.86 N 1261.93 E 1496.22 N 57 30 E 847.33 N 1332.75 E 1579.30 N 57 33 E 892.08 N 1404.43 E 1663.80 N 57 35 E 938.37 N 1477.15 E 1750.01 N 57 34 E 985.61 N 1551.28 E 1837.90 N 57 34 E 1030.62 N 1626.31 E 1925.37 N 57 38 E ARCO ALASKAt INC. POINT MCINTYRE STATE WILDCAT NORTH SLOPEr ALASKA COMPUTATION DATE: 19-JUN-89 PAGE Z DATE OF SURVEY: 13-3UN-19i KELLY BUSHING ELEVATION: 43.00 FT ENGINEER: T. WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN FEET OEG/IO0 FEET FEET FEET DEG MIN 4000.00 3170.24 3127.24 61 32 4100.00 3218.83 3175.83 60 20 4ZO0.O0 326'8.49 3225.49 60 16 4300.00 3317.59 3274.59 61 4 4400.00 3365.44 3322.44 61 34 4500.00 3412.80 3369.80 62 0 4600.00 3459.34 3416.34 62 32 4700.00 3505.19 3462.19 62 53 4800.00 3550.31 3507.31 63 22 4900.00 3595.33 3552.33 63 5 5000.00 3641.15 3598.15 62 15 5100.00 36~8.27 3645.27 61 54 5200.00 3734.74 3691.74 62 30 5300.00 3780.75 3737.75 62 48 5400.00 3826.07 3783.07 63 18 5500.00 3870.76 3827.76 63 34 5600.00 3915.24 3872.24 63 35 5700.00 3959.89 3916.89 63 21 5800.00 4004.56 3961.56 63 39 5900.00 4048.67 4005.67 63 54 6000.00 4093.09 4050.09 63 12 6100.00 4138.45 4095.45 62 52 6200.00 4184.35 4141.35 62 23 6300.00 4231.21 4188.21 61 55 6400.00 4277.39 4234.39 62 54 6500.00 4322.94 -4279.94 62 49 6600.00 4369.20 4326.20 62 4 6700.00 4416.60 4373.60 61 19 6800.00 4464.95 '4421.95 60 '53 6900.00 4514.22 4471.22 60 0 7000.00 4564.62 4521.62 59 52 7100.00 4613.85 4570.85 61 5 7200.00 4661.86 4518.86 61 39 7300.00 4708.83 4665.83 62 19 7400.00 4754.82 4711.82 62 55 7500.00 4799.95 4756.95 63 31 7600.00 4844.20 4901.20 63 37 7700.00 4888.26 4845.26 64 Z 7800.00 4932.41 4889.41 63 43 7900.00 4976.05 4933.05 64 23 N 50 0 E 2012.95 N 59 49 E 2100.24 N 59 4 E 2186.97 N 57 56 E 2274.06 N 56 25 E .2361.86 N 55 11 E 2449.91 N 54 45 E 2538.35 N 54 48 E 2627.14 N 55 4 E 2716.31 N 55 9 E 2805.55 N 55 35 E 2894.39 N 55 19 E 2982.55 N 55 5 E 3071.04 N 54 4~ E 3159.77 N 54 27 E 3248.~2 N 54 49 E 3338.18 N 55 16 E 3427.69 N 55 32 E 3517.12 N 55 47 E 3606.56 N 55 43 E 3696.28 N 55 45 E 3785.85 N 55 40 E 3874.94 N 55 34 E 3963.75 N 55 29 E 4052.05 N 55 50 E 4140.72 N 56 25 E 4229.73 N 56 24 E 4318.38 N 56 18 E 4406.42 N 56 11 E 4493.94 N 56 2 E 4580.94 N 56 17 E 4667.30 N 56 52 E 4754.34 N 57 12 E 4842.05 N 57 4 E 4930.34 N 57 27 E 5019.13 N 57 39 E 5108.37 N 57 48 5 5198.04 N 57 38 E 5287.81 N 57 34 E 5377.53 N 57 48 E 5467.50 1.02 1.22 0.92 2.01 1.25 1.33 0.54 0.62 0.17 0.52 1.33 1.27 0.25 0.86 0.46 0.84 0.28 0.54 0.61 0.39 0.73 0.45 1.14 0.36 0.51 0.71 0.68 0.72 0.35 1.22 1.25 1.01 1.21 0.83 0.75 1.00 0.40 0.57 0.39 0.55 1074.52 N 1702.28 E 2013.05 N 57 44 E 1118.26 N 1777.95 E 2100.38 N 57 50 E 1162.37 N 1852.71 E 2187.15 N 57 54 E 1207.83 N 1927.01 E Z274.26 N 57 55 E 1255.46 N 2000.78 E 2362.05 N 57 54 E 1304.97 N 20'?3.62 E 2450.07 N 57 49 E 1355.90 N 2146.01 E 2538.47 N 57 43 1407.17 N 2218.59 E 2627.22 N 57 37 1458.45 N 2291.63 E 2716.37 N 57 32 1509.55 N 2364.86 E 2805.58 N 57 27 E 1560.05 N 2438.00 E 2894.41 N 57 23 E 1610.00 N 2510.70 E 2982.57 N 57 20 E 1660.56 N 2583.39 E 3071.05 N 57 16 E 1711.48 N 2656.12 E 3159.77 N 57 12 E 1763.16 N 2728.75 E 3248.82 N 57 8 E 1815.02 N 2801.64 E 3338.19 N 57 4 E 1866.25 N 2875.11 E 3427.70 N 57 1 E 1917.09 N 2948.74 E 3517.14 N 56 58 E 1967.53 N 3022.64 E 3606.59 N 56 56 E 2017.93 N 3096.89 E 3696.32 N 56 55 E 2068.36 N 3170.94 E 3785.89 N 56 53 E 2118.56 N 3244.58 E 3875.00 N 56 51 E 2168.74 N 3317.89 E 3963.82 N 56 50 E 2218.77 N 3390.70 E 4052.13 N 56 48 E 2268.81 N 3463.94 E 4140.81 N 56 47 E 2318.40 N 3537.86 E 4229.83 N 55 46 E 2367.42 N 3611.73 E 4318.49 N 56 45 2416.22 N 3685.03 E 4406.54 N 56 45 2464.86 N 3757.80 E 4494.07 N 56 44 ~ 2513.40 N 3830.03 E 4581.08 N 56 44 E 2561.56 N 3901.73 E 4667.45 N 56 43 E 2609.52 N 3974.36 E 4754.49 N 56 43 E 2657.19 N 4047.99 E 4842.20 N 56 43 E 2705.10 N 4122.15 E 4930.48 N 56 44 E 2753.18 N 4196.80 E 5019.28 N 56 44 E 2801.00 N 4272.14 E 5108.50 N 56 45 E 2848.90 N 4347.96 E 5198.17 N 56 46 E 2896.84 N 4423.86 E 5287.93 N 56 47 E 2944.95 N 4499.59 E 5377.64 N 56 48 E 2993.06 N 4575.62 E 5467.61 N 56 49 E ARCO AL4SKA, INC. POINT M£INTYRE STATE WILDCAT NORTH SLOPE, ALASKA COMPUTATION DATE: lO-JUN-89 PAGE 3 DATE OF SURVEY: 13-'JUN-19 KELLY BUSHING ELEVATION: 43.00 FT :.. ENGINEER: T. WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTUR MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH OEPTH DEPTH DEPTH DEG MIN DEG MIN FEET DEG/IO0 FEET FEET. FEET DEG MIN 8000.00 5018.91 4975.91 64 53 8100.00 5061.75 5018.75 64 25 8200.00 5105.35 5062.35 63 57 8300.00 5149.48 5106.48 63 56 8400.00 5192.70 5149.70 64 46 8500.00 5235.27 5192.27 64 36 8600.00 5278.82 5235.82 63 46 8700.00 5323.23 5280.23 63 47 8800.00 5366.76 5323.76 64 37 8900.00 5409.74 5366.74 64 19 9000.00 5453.30 5410.30 64 0 9100.00 5497.28 5454.28 63 51 9200.00 5540.59 5497.59 64 58 9300.00 5582.26 5539.26 65 39 9400.00 5623.63 5580.63 65 22 9500.00 5665.53 5622.53 65 3 9600.00 5707.84 5664.84 64 55 9700.00 5750.44 5707.44 64 37 9800.00 5793.54 5750.54 64 22 9900.00 5837.02 5794.02 64 9 10000.00 5880.55 5837.55 64 14 10100.00 5923.7& 5880.74 64 39 10200.00 5966.53 5923.53 64 33 10300.00 6039.63 5966.63 64 23 10400.00 6052.68 6009.68 64 38 10500.00 6095.38 6052.38 64 50 10600.00 6138.05 6095.05 64 36 10700.00 6181.25 .6138.25 64 13 10800.00 6224.67 6181.67 64 18 10900.00 6268.31 6225.31 64 2 11000.00 6312.59 6269.59 63 25 11100.00 6357.67 6314.67 62 54 11200.00 6404.19 6361.19 61 41 11300.00 6452.64 6409. $4 60 21 1140 {~_,. O0 6503.13 6460.13 59 1150~.00 6555.71 6512.71 57 44 l160~,OOu~ ~8::40 6567.40 55 42 1170 00..~ 28 6625.28 54 11 ? °° N 57 43 E 5557.84 N 57 37 E 5648.20 N 57 23 E 5738.19 N 57 23 E 5827.93 N 57 39 E 5918.10 N 57 39 E 6008.58 N 57 37 E 6098.60 N 57 13 6 6188.20 N 56 49 E 6278.22 N 56 39 E 6368.51 N 56 1T E 6458.52 N 56 26 E 6548.32 N 56 20 E 6638.44 N 56 27 E 6729.34 N 56 35 E 6820.37 N 56 5 E 6911.16 N 55 32 E 7001.74 N 55 48 F 7092.18 N 55 56 E 71R2.39 N 56 10 E 7272.43 N 56 33 E 7362.45 N 57 7 E 7452.64 N 57 24. E 7543.02 N 57 19 E 7633.25 N 56 59 E 7723.52 N 56 58 E 7813.94 N 57 6 E 7904.38 N 57 I E 7994.56 N 56 18 E 8084.64 N 56 5 E 8174.61 N 56 5 E 8264.25 N 55 52 E 8353.49 N 55 53 E 8441.99 N 56 15 E 8529.45 N 56 40 E 8615.76 N 57 17 E 8700.82 N 57 46 E 8784.53 N 58 19 E 8866.05 N 58 9 E 8946.70 N 58 8 E 9026.12 I .29 0.51 0 I .29 0.76 0.67 0.67 1.17 1.35 0.19 0.44 0.62 1.13 0.35 0.74 0.74 0.60 0.30 0.41 0.48 0.49 0.59 0.57 0.18 0.55 0.69 0.21 0.44 0.77 0.37 0.42 1.23 1.03 1.61 1.91 1.34 3.02 0.29 0.94 2.11 3041.25 N 4652.05 E 5557.94 N 56 50 E 3089.59 N 4728.38 E 5648.29 N 56 50 E 3137.93 N 4804.30 E 5738.28 N 56 51 E 3186.32 N 4879.87 E 5828.01 N 56 5I E 3234.62 N 4956.02 E 5918.18 N 56 52 E 3283.07 N 5032.44 E 6008.66 N 56 53 E 3331.23 N 5108.49 E 6098.67 N' 56 54 3379.43 N 5184.02 E 6188.26 N 56 54 3428.46 N 5259.52 E 6278.29 N 56 54 3478.00 N 5335.0! E 6368.58 N 56 54 E 3527.67 N 5410.08 E 6458.59 N 56 54 E 3577.50 N 5484.80 E 6548.40 N 56 53 E 3627.38 N 5559.87 E 6638.53 N 56 53 E 3677.74 N 5635.55 E 6729.43 N 56. 52 E 3727.95 N 5711.49 E 6820.47 N 56 52 E 3778.23 N 5787.10 E 6911.26 N 56 52 E 3829.21 N 5862.00 E 7001.85 N 56 51 E 3880.22 N 5936.73 E 7092.31 N 56 50 E 3930.89 N 6011.39 E 7182.53 N 56 49 E 3981.19 N 6086.08 f 7272.57 N 56 ~9 E 4031.03 N 6161.05 E 7362.60 N 56 48 E 4080.41 N 6236.53 E 7452.79 N 56 48 E 4129.20 N 6312.61 E 7543.17 N 56 4.9 E 4177.90 N 6388.57 E 7633.40 ' N 56 49 E 4226.79 N 6464.45 E 7723.66 N 56 49 E 4276.14 N 6540.22 E 7814.08 N 56 49 E 4325.31 N 6616.13 E 7904.52 N 56 50 ~ 4374.33 N 6691.83 E 7994.70 N 56 50 ~ : 4423.81 N 6767.10 E 8084.79 N 56 50 b~ 4473.87 N 6841.86 E 8174.76 N 56 49 E 4523.91 N 6916.26 E 8264.41 N 56 4.9 E 4573.84 N 6990.26 E 8353.66 N 56 48 E 4623.52 N 7063.52 E 8442.17 N 56 48 E 4672.36 N 7136.09 E 8529.64 N 56 67 E 4720.02 N 7208.05 E 8615.95 N 56 47 E 4766.34 N 7279.39 E 8701.01 N 56 47 E 4811.34 N 7349.99 E 8784-.72 N 56 47 E 4854.35 N 7419.26 E 8866.23 N 56 48 E 4896.83 N 7487.83 E 8946.87 N 56 49 E 4938.76 N 7555.29 E 9026.28 N 56 50 E ARCO ALASKA, INC. POINT MCINTYRE STATE e5 WILDCAT NORTH SLOPE, ALASKA COMPUTATION DATE: 19-JUN-89 PA,G E 4 DATE DF SURVEY: 13-~UN-19 KELLY BUSHING ELEVATION: 43.00 FT ENGINEER: T. WEST INTERPOLATED VALUES FOR EVEN 100 FEET DF MEASURED DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMU'TH DEPTH DEPTH DEPTH OEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 12000.00 6851.42 6808.42 49 44 12100.00 6917..10 6874.10 48 7 12200.00 6984.61 6941.61 46 53 12300.00 7054.03 7011.03 45 16 12400.00 7125.10 7082.10 44 12 12500.00 7197.82 7154.82 42 26 12600.00 7272.99 7229.99 40 0 12700.00 7350.82 7307.82 38 12 12800.00 7429.47 7386.47 37 46 12900.00 7509.61 7466.61 35 46 N 58 16 E 9103.53 N 58 12 E 9178.91 N 57 29 E 9252.67 N 57 10 E 9324.65 N 56 51 E 9394.99 N 56 31 E 9463.62 N 56 58 E 9529.56 N 57 43 E 9592.34 N 58 19 E 9654.09 N 58 22 E 9713.88 1.59 0.41 1.03 I .15 0.84 1.65 2.25 0.54 1.84 2.35 4979.57 N 7621.08 E 9103.68 N 56' 50 E 5019.21 N 7685.21 E 9179.05 N 56 51 E 5058.41 N 7747.70 E 9252.81 N 56 52 E 5097.26 N 7808.30 E 9324.7'8 N 56 52 E 5135.59 N 7867.28 E 9395.12 N 56 52 E 5173.33 N 7924.60 E 9463.76 N 56 52 E 5209.55 N 7979.70 E 9529.70 N 56 52 5243.42 N 8032.56 E 9592.47 N 56 52 5276.11 N 8084.95 E 9654.22 N 56 52 5307.46 N 8135.89 E 9714.00. N 56 53 E 13000.00 7591.80 7548.80 33 4~ 13100.00 7675.58 7632.58 32 22 13200.00 7760.63 7717.63 30 47 13300.00 7847.40 7804.40 28 58 13400.00 7935.68 7892.68 27 16 13500.00 8024.80 7981.80 26 51 13600.00 8114.89 8071.89 25 26 13700.00 8205.63 8162.63 24 13 13800.00 8297.10 8254.10 23 14 13900.00 8389.12 8346.12 22 24 N 57 32 E 9770.84 N 57 24 E 9825.42 N 57 51 E 9878.01 N 58 9 E 9927.71 N 58 48 E 9974.66 N 58 41 E 10020.00 N 59 0 E 10063.48 N 57 45 E 10105.48 N 57 41 E 10145.86 N 58 31 E 10184.98 1.69 ' 5337.68 N 8184.17 E 9770.95 N 56 53 E 1.66 3.11 2.07 0.97 2.97 0.90 1.19 1.16 0.89 5367.11 N 8230.14 E 9825.53 N 56 53 E 5395.36 N 8274.51 E 9878.12 N 56 54 E 5421.59 N 8316.72 E 9927.81 N 56 54 E 5446.21 N 8356.71 E 9974.76 N 56 54 E 5469.69 N 8395.53 ElO020.10 N 56 55 E 5492.34 N 8432.65 E10063.57 N 56 55 E 5514.32 N 8468.46. E10105.57 N 56 56 E 5535.65 N 8502.74 E10145.94 N 56 56 E 5556.48 N 8535.87 E10185.06 N 56 56 E 14000.00 8481.94 8438.94 21 52 14100.00 8574.75 8531.75 21 21 14200.00 8668.06 8625.06 20 53 14300.00 8761.52 8718.52 20 50 14400.00 8854.90 8811.90 20 53 14500.00 8948.13 8905.13 21 9 14600.00 9041.37 8998.37 21 25 14700.00 9134.58 9091.58 21 30 14800.00 9227.75 9184.75 21 12 14900.00 9320.99 9277.99 21 0 N 59 25 E 10222.17 N 60 19 E 10259.35 N 59 24 E 10295.27 N 59 10 E 10330.83 N 59 9 E 10366.57 N 59 39 E 10402.69 N 60 9 E 10438.81 N 60 53 E 10474.96 N 62 7 E 10511.17 N 62 54 E 10547.17 0.76 0.63 0.82 0.40 0.12 0.20 0 .g8 0.36 0.47 0.30 5575.40 N 8567.91 E10222.24 N 56 57 E 5594.33 N 8599.95 E10259.42 N 56 57 E 5612.50 N 8630.97 E10295.33 N 56 58 E 5630.70 N 8661.56 E10330.89 N 56 58 E 5648.90 N 8692.34 E10366.62 N 56 59 E 5667.11 N 8723.58 E10402.74 N 56 59 E 5685.32 N 8754.82 E10438.86 N 57 0 5703.22 N 8786.29 E10475.00 N 57 1 5720.45 N 8818.26 210511.20 N 57 2 ~ 5737.34 N 8850.20 E10547.19 N 57 3 E 14950.00 9367.67 9324.67 21 0 N 62 54 E 10565.00 0.00 5745.51 N 8866.16 E10565.02 N 57 3 E ARCO ALASKA, INC. POINT MCINTYRE STATE WILDCAT NORTH SLOPE, ALASKA COMPUTATION DATE: 19-JUN-89 , PA,~E ., 5 DATE OF SURVEY: 13-UUN-19 KELLY BUSHING ELEVATION: 43.00 FT ENGINEER: T. 'WEST INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH ' TRUE SUB-SE~ COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN 0.00 0.00 -43.00 0 0 1000.00 993.41 950.41 16 29 2000.00 1891.06 184B.06 34 4 3000.00 2621.78 2578.?8 49 40 4000.00 3170.24 3127.24 61 32 5000.00 3641.15 3598.15 62 15 6000.00 4093.09 4050.0g 63 12 7000.00 4564.62 4521.62 59 52 8000.00 5018.91 4975.91 64 53 9000.00 5453.30 5410.30 64 0 10000.00 5880.55 5837.55 64 14 11000.00 6312.59 6269.59 ,63 25 12000.00 6851.42 6808.42 49 44 13000.00 7591.80 7548.80 33 48 14000.00 8481.94 8438.94 21 52 14950.00 9367.67 9324.67 21 0 VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN N 0 0 E 0.00 N 58 44 E 70.02 N 56 14 E 502.81 N 58 22 E 1180.03 N 60 0 i 2012..95 N 55 35 f 2894.39 N 55 45 E 3785.85 N 56 17 E .4667.30 N 57 43 E 5557.84 N 56 1T E 6458.52 0.00 2.92 1.63 0.15 1.0Z 1.33 0.73 1.25 1.29 0.44 0.00 N 0.00 E 0.00 N 0 0 E 32.42 N 62.41 E 70.33 N 62. 33 E 265.10 N 427.34 E 502.89 N 58 11 E 634.56 N 994.90 E' 1180.04 N 57 28 E 10'74.52 N. 1702.28 E 2013.05 N 57 44 E 1560.05 N 2438.'00 E 2894.41 N 57 23 E 2068.36 N 3170.94 E 3785.89 N 56 53 2561.56 N 3901.73 E 4667.45 N 56 43 3041.25 N 4652.05 E 5557.94 N 56 50 3527.67 N 5410.08 E 6458.59 N 56 54 E N 56 33 E 7362.45 N 56 5 E 8264.25 N 58 16 E 9103.53 N 57 32 ~ 9770.84 N 59 25 E 10222.17 N 62 54 E 10565.00 0.49 0.42 1.59 1.69 0.76 0.00 4031.03 N 6161.05 E 7362.60 N 56 48 E 4523.91 N 6916.26 E 8264.41 N 56 49 E 4979.57 N 7621.08 E 9103.68 N 56 50 E 5337.68 N 8184.17 E 9770.95 N 56 53 E 5575.40 N 8567.91 E10222.24 N 56 57 E 5745.51 N 8866.16 E10565.02 N 57 3 E COMPUTATION DATE: 19-JU'N-B9 , PA~,GE .., 6 ARCO ALASKA~ INC. POINT MCINTYRE STATE #5 DATE OF SURVEY: 13-'JUN-19 WILDCAT KELLY BUSHING ELEVATION: 43.00 FT NORTH SLOPEr ALASKA ENGINEER: T. WEST INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE 'VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VFRTICAL 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 0.00 0.00 -43-00 0 0 N 0 0 E 0.00 0.00 0.00 N 0.00 E 0.00 N 0 0 E 43.01 43.00 0.00 0 24 S 31 50 E -0.42 1.26 0.68 S 0.07 W 0.68 S 5 34 W 143.01 143.00 100.00 0 10 N 2 35 W -0.17 0.24 0.62 S 0.20 E 0.65 S 18 4 E 243.01 243.00 200.00 0 12 S 63 34 E -0.09 0.37 0.55 S 0.25 E 0.61 S 24 43 E 343.01 343.00 300.00 0 30 S 83 28 E 0.40 0.00 0.69 S 0.92 E 1.15 S 53 3 E 443.01 443.00 400.00 0 43 $ 89 40 E 1.15 1.33 0.77 S 1.87 E 2.02 S 67 36 E 543.03 543.00 500.00 0 42 N 75 56 E 2.71 0.94 0.51 S 3.55 E 3.59 S 81 52 E~ 643.09 643.00 600.00 3 41 N 67 35 E 5.76 4.83 0.56 N 6.50 E 6.53 N 85 6 .~ 743.68 743.00 700.00 8 15 N 62 19 E 16.31 4.24 5.20 N 16.05 E 16.87 N 72 2 845.18 843.00 800.00 10 5'7 N 59 41 E 33.62 2.96 13.66 N 31.20 E 34.06 N 66 21 E 947.68 943.00 900.00 14 29 N 58 55 E 56.02 4.05 25.19 'N 50.42 E 56.36 N 63 27 E 1051.90 1043.00 1000.00 17 42 N 58 4~ E 85.31 1.93 40.36 N 75.48 E 85.59 N 61 52 E 1157-82 1143.00 1100.00 20 39 N 58 11 E 120.18 2.19 58.51 N 105.27 E 120.44 N 60 56 E 1265.24 1243.00 1200.00 22 13 N 57 22 E 159.39 1.36 79.48 N 138.41 E 159.61 N 60 8 E 1373.87 1343.00 1300.00 23 44 N 57 43 E 201.81 1.49 102.25 N 174.19 E 201.99 N 59 35 E 1483.95 1443.0.0 1400.00 25 46 N 56 36 E 247.82 1.95 127.15 N 212.88 E 247.96 N 59 9 E 1595.83 1543.00 1500.00 27 24 N 56 1'3 E 297.96 1.15 154.98 N 254.61 f 298.07 N 58 40 E, 1709.09 1643.00 1600.00 28 37 N 58 32 = 351.12 1.71 183.73 N 299.32 E 351.21 N 58 27 E 1824.16 1743.00 1700.00 30 53 N 58 30 ~ 408.02 2.83 213.15 N 348.05 E 408.13 N 58 31 E 1942.29 1843.00 1800.00 33 13 N 56 7 E 470.88 1.45 247.31 N 400.82 E 470.97 N 58 19 E 2063.16 1943.00 1900.00 35 14 N 56' 20 t= 538.74 2.03 285.03 N 457.24 E 538.80 N 58 4 E 2187.34 2043.00 2000.00 37 17 N 56 9 E 612.34 1.15 325.93 N 518.44 E 612.38 N 57 51 E 2314.67 2143.00 2100.00 39 25 N 55 57 E 691.14 2.32 369.94 N 583.83 E 691.17 N 57 38 E 2447.04 2243.00 2200.00 42 28 N 56 24 E 777.83 2.21 418.37 N 655.74 E 777.84 N 57 28 E 2584.79 2343.00 2300.00 44 26 N 56 46 E 872.54 2.07 470.20 N 735.02 E 872.55 N 57 24 E 2728.91 2443.00 2400.00 47 35 N 57 B E 976.29 1.76 527.01 N 821.84 E 976.30 N 57 20 E 2879.16 2543.00 2500.00 48 47 N 58 28 E 1088.42 1.26 586.62 N 916.82 E 1088.43 N 57 23 ,F~ 3032.80 2643.00 2600.00 49 42 N 58 22 E 1205.03 0.02 647.68 N 1016.20 E 1205.05 N 57 29 : 3190.80 2743.00 2700.00 '~2 19 N 57 2~ ~ 1327.31 3.05 712.23 N 1120.08 E 1327.34 N 57 33 ~ 3359.24 2843.00 2800.00 54 28 N 57 27 E 1462.85 2.65 786.10 N 1233.71 E 1462.87 N 57 30 E 3538.73 2943.00 2900.00 57 31 N 58 6 E 1611.84 1.46 864.47 N 1360.46 E 1611.88 N 57 34 E 3734.97 3043.00 3000.00 61 37 N 57 15 E 1780.62 1.42 954.95 N 1502.94 E 1780.67 N 57 34 E 3942.90 3143.00 3100.00 61 22 N 60 0 =_ 1962.83 1.11 1049.44 N 1658.82 E 1962.91 N 57 41 E 4148.69 3243.00 3200.00 60 10 N 59 28 E 2142.47 0.55 1139.62 N 1814.43 E 2142.63 N 57 52 E 435Z.92 3343.00 3300.00 61 31 N 57 6 E 2320.48 1.33 1232.76 N 1966.17 E 2320.67 N 57 55 E 4564.70 3443.00 3400.00 62 20 N 54 46 E 2507.08 0.74 1337.84 N 2120.45 E 2507.22 N 57 45 E 4783.71 3543.00 3500.00 63 21 N 55 2 E 2701.77 0.31 1450.11 N 2279.71 E 2701.83 N 57 32 ,E 5003.97 3643.00 3600.00 62 12 N 55 35 E 2897.89 1.35 1562.04 N 2440.89 E 2'897.92 N 57 23 E 5217.89 3743.00 3700.00 62 31 N 55 5 E 3086.91 0.25 1669.64 N 2596.40 E 3086.91 N 57 15 E 5437.78 3843.00 3BOO.O0 63 26 N 54 30 E 3282.55 0.42 17-82.79 N 2756.23 E 3282.55 N 57 6 E COMPUTATION DATE: 19-JUN-89 , PA,~E ,, 7 ARCO ALASKA, INC. DATE OF SURVEY: 13-~JUN-191 POINT MCINTYRE STATE .~5 KELLY BUSHING ELEVATION: 43.00 FT WILOCAT : NORTH SLOPE, ALASKA ENGINEER: T. WEST INTERPOLATED VALUES FOR EVEN lO0 FEET OF SUB-SEA DEPTH ' TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COaRDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH . OEPTH DEPTH DEPTH DEG 5662.28 3943.00 3900.00 63 27 5887.11 4043.00 4000.00 63 53 6109.98 4143.00 4100.00 62 49 6325.20 4243.00 4200.00 62 13 6543.69 4343.00 4300.00 62 30 6754.76 4443.00 4400.00 61 3 6957.12 4543.00 4500.00 59 37 7160.50 4643.00 4600.00 61 17 7374.11 4743.00 4700.00 62 46 7597.29 4843.00 4800.00 63 38 7824.03 4943.00 4900.00 63 54 8056.45 5043.00 500,9.00 64 34 8285.24 5143.00 5100.00 63 45 8518.00 5243.00 5200.00 64 29 8745.05 5343.00 5300.00 64 8 8976.47 5443.00 5400.00 64 5 9205.69 5543.00 5500.00 65 2 9446.39 5643.00 5600.00 65 16 9682.61' 5743.00 5700.00 64 42 9913.72 5843.00 5800.00 64 9 10145.06 5943.00 5900.00 64 43 10377.43 6043.00 6000.00 64 36 10611.54 6143.00 6100.00 64 34 10842.13 6243.00 6200.00 64 7 11067.65 6343.00 6300.00 63 10 11280.41 6443.00 6400.00 60 37 11476.13 6543.00 6500.90 57 59 11656.74 6643.00 6600.00 54 19 11825.95 6743.00 6700.00 52 55 11986.97 6843.00 6800.00 49 56 12138.66 5943.00 6900.00 47 46 12284.31 7043.00 7000.00 45 27 12424.91 7143.00 7100.00 43 52 12560.57 7243.00 7200.00 40 58 12690.04 7343.00 7300.00 38 13 12817.05 7443.00 7400.00 37 23 12940.93 7543.00 7500.00 34 51 13061.29 7643.00 7600.00 32 55 13179.42 7743.00 7700.00 31 20 13294.97 7843.00 7~00.00 29 4 DEG MIN FEET DEG/IO0 FEET FEET FEET DEG MIN N 55 23 E 3483.40 N 55 50 E 3684.71 N 55 39 E 3983.81 N 55 34 E 4074.32 N 56 27 E 4268.54 N 56 14 E 4454.39 N 56 6 E 4530.28 N 57 9 E 4807.35 N 57 1~ E 4996.10 N 57 47 E 5195.61 N 57 36 E 5399.10 N 57 38 E 5608.89 N 57 24 E 5814.67 N 57 40 E 6024.84 N 57 I E 6228.68 N 56 24 E 6437.37 N 56 19 E 6643.59 N 56 26 E 6862.52 N 55 47 E 7076.46 N 56 ~4 E 7284.78 N 57 21 E 7493.37 N 57 7 E 7703.13 N 57 6 E 7914.80 N 56 12 E 8122.58 N 55 57 E 8324.66 N 56 10 E 8512.39 N 57 12 E 8680.61 N 58 1,~ E 8830.96 N 58 g E 8967.43 N 58 13 E 9093.59 N 58 2 E 9207.61 N 57 16 E 9313.49 N 56 43 E 9412.32 N 56 42 E 9503.95 N 57 38 5 9586.18 N 58 21 E 9664.47 N 58 2 E 9737.55 N 57 19 E 9804.52 N 57 38 E 9867.39 N 58 10 E 9925.27 0.61 0.33 0.37 1.60 0.83 0.47 0.70 0.96 0.86 0.44 1.01 0.24 1.22 0.66 0.51 0.71 0.93 0.89 0.46 0.52 0.31 0.77 0.32 0.36 0.56 1.28 0.57 0.99 0.57 2.50 I .57 1.18 2.13 2.79 0.64 2.39 2.06 1.29 2.52 2 .oo, 1897.97 N 2920.95 E 3483.42 N 56 59 E ~ 2011.43 N 3087.31 E 3684.74 N 56 55 E 2123.57 N 3251.91 E 3883.87 N 56 51 E 2231.37 N 3409.07 E 4074.40. N 56 48 E 2339.86 N 3570.21 E 4268.64 N 56 46 E 2442.86 N 3724.93 E 4454.51 N 56 45 E 2540.95 N 3870.97 E 463.0.42 N 56 43 .2638.38 N 4018.83 E 4807.50 N 56 43 2740.76 N 4177.40 E 6996.25 N 56 44 2847.60 N 4345.90 E 5195.74 N 56 46 E 2956.51 N 4517.80 E 5399.21 N 56 48 E 3068.54 N 4695.19 E 5608.99 N 56 50 E 3179.19 N 4868.69 E 5814.76 N 56 51 E 3291.77 N 5046.17 E 6024.91 N 56 53 E 3401.41 N 5218.01 E 6228.74 N 56 54 E 3515.95 N 5392.47 E 6437.44 N 56 54 E 3630.24 N 5564.16 E 6643.68 N 56 53 E 3751.20 N 5746.65 E 6862.61 N 56 52 E 3871.38 N 5923.72 E '7076.58 N 56 50 E 3988.06 N 6096.35 E 7284.92 N 56 49 E 4102.46 N 6270.78 E 7493.52 N 56 48 E 4215.70 N 6447.34 E 7703.27 N 56 49 E 4330.97 N 6624.87 E 7914.94 N 56 50 E 4444.89 N 6798.65 E 8122.72 N 56 49 E 4557.67 N 6966.38 E 8324.83 N 56 48 E 4662.87 N 7121.91 E 8512.58 N 56 47 E 4755.41 N 7262.40 E 8680.81 N 56 47 F~ 4835.91 N 7389.39 E 8831.1'4 N 56 48 4907.77 N 7505.44 E 8967.60 N 56 49 ~ 4974.34 N 7612.62 E 9093.74 N 56 50 E 5034.36 N 7709.59 E 9207.74 N 56 51 E 5091.21 N 7798.92 E 9313.62 N 56 52 E 5145.08 N 7881.77 E 9412.45 N 56 52 E 5195.54 N 7958.27 E 9504.09 N 56 52 E 5240.13 N 8027.35 E 9586.31 N 56 52 E 5281.57 N 8093.80 E 9664.60 N 56 52 E 5319.93 N 8156.01 E 9737.67 N 56 53 E 5355.83 N 8212.55 E 980.4.64 N 56 53 E 5389.69 N 8265.52 E 9867.50 N 56 54 E 5420.30 N 8314.66 E 9925.38 N 56 54 E COMPUTATION D~TE: 19-JUN-89 PAGE 8 ARCO ALASKA, INC. DATE OF SURVEY: 13-~UN-Igi POINT MCINTYRE STATE a5 WILDCAT KELLY BUSHING ELEVATION: 43.00 FT NORTH SLOPE, ALASKA ENGINEER: T. WEST ' INTERPOLATED VALUES ~OR EVEN 100 FEET OF SUB-SEA DEPTH · TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTIC&L DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN BEG M[N FEET DEG/IO0 FEET FEET FEET OEG MIN ' 13403.23 7943.00 7900.00 27 13 N 58 52 E 9978.42 0.54 5448.16 N 8359.94 E 9978.53 N 56 54 E 13520.33 8043.00 8000.00 26 31 N 59 ~ E 10029.1! 2.12 5474.41N 8403.31 E10029.20 N 56 55 E 13630,98 8143,00 8100,00 25 3 N 58 3~ E 10076,49 0,99 5499,15 N 8443,74 E10076,58 N 56 56 E 1&950.00 9367.67 .9324,67 21 0 N 62 54 ~ 10565,00 0,00 5745,51 N 8866,16 E10565,02 N .57 3 E COMPUTATION DATE= 19-JUN-BO ARCO ALASKA, INCo POINT MCINTYRE STATE #5 WILDCAT NORTH SLOPE, ALASKA INTERPOLATED VALUES FOR cHOSEN HORIZONS ~ PA~E ., 9 DATE DF SURVEY: 13-~UN-19:. KELLY BUSHING ELEVATION: 43.00 FT ENGINEER= T. WEST ·. MARKER LAST GCT READING MWD FIRST READING PBTD TD SURFACE LDCATION = 1263m FSL & Z42' FEL, SEC22 TIZN RI4E,UM MEASURED DEPTH TVD RECTANGULAR COORDINATES BELOW K" FROM KB SUB-SEA NORTH/SOUTH EAST/WEST 13495.40 8020.68 7977.68 13553.00 8072.25 8079.25 14750.00 9181.16 9138.16 14950.00 9367.67 9324.67 5¢68.62 N 5482.01N 571~.84 N 5745.51 N 8393.77 E 8415.83 E 8802. Z7 E 8866.16 E ARCO ALASKAs INC. POINT MCZNTYRE STATE WILDCAT NORTH SLOPEs ALASKA MARKER LAST GCT READING MWD FIRST READING PBTD TD COMPUTATION DATE: FINAL WELL LOCATION AT TD: SURFACE MEASURED DEPTH BELOW KB 13495.40 13553.00 14750.00 14950.00 TRUE SUB-SEA MEASURED VERTICAL VERTICAL DEPTH DEPTH DEPTH 14950.00 9367.67 9324.67 19-JUN-B9 SUMMARY LOCATION = TVD FROM KB 8020.68 8072.25 9181.16 9367.67 DATE OF SURVEY: KELLY BUSHING ELEVATION: ENGINEER: 1263' FSL & 242' FEL, SEC22 T12N SUB-SEA PAGE ,10 13-'JUN-1 9~ 43.00 FT T. WEST R14EsUM HORIZONTAL DEPARTURE DISTANCE AZIMUTH FEET DEG M'IN 10565.02 N 57 3 RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST 7977.65 5468.62 N 8393.77 E 8029.25 5482.01 N 8415.83 E 9138.16 5711.84 N 8802.27 E 9324.67 5745.51 N 8866.16 E SCHLUMBERGER O I RECT I ONAL SURVEY COMPANY ARCO ALASKA, INC. WELL POI NT MCINTYRE STATE ~S FIELD WILDCAT COUNTRY USA RUN TWO DATE LOOOED 13 - JUN - 89 REFERENCE 73369 ,(.12 .]3'c ~:.~[, 2zi2' FEL, SE~ii; 2, T12'N, NI31~I'N lO000 EEF 7336~ R14E, UM) SCALE = 1/2000 IN/FT 80O0 6O0O 4OOO SO.ITH -6O0O -4000 WEST 2000 4000 6000 8000 10000 12000 .~' ~.{1263; FSL, 2'J12' FEL, S~L~2, 12N, R14E, UM) -2000 0 0 2000 4000. 60013 8000 !0000 12000 14000 PROdECTION ON VERTICAL PLANE S7. - 29'/. SCAL£O IN VERTICAL DEPTHS HORIZ SCALE -- 1/2000 IN/FT Stumo ~"'~';q~ Island Poinf Storker$on Po~nf Mclnfyrt 22 POINT MclNTYRE STATE NO. S LONO. o 148o32 ,i _ I herel~y certify thai lam properly registered a~d license(! to practice IQnd surveying in ~o State of Alaska andthot plot ~epre~enf~ a Ioc~tion survey mode ~y'me or under my d~recf ~p~vlslon and thai .all details Qre correct. Topo Features Taken From Beechey Point (B-$),Alasko ...... / ~./. ~ :.~.:'...- ~~.;....~ 3 .:.~ , A. ,;,-. s F. P.,tts ,,.~ ~ ~ BULL? WELL L~ATION ~,:;%'..._..~ ~ ~ ~INT MclNTYRE STATE NO, 5 - . .. ,.5... LOCATED iN CERTIFICATE OF S~VEYOR ARCO AL'ASKA Inc. 1SURVEYED BY 'DATE SURVEYOR 8ESSE, EPPS, & POTTS ~NCHORAOE~ AL ASKA ~49-6451 ~enm~t #. ~ ? - ~/ WELL NAME /~,- '/ COMPLETION DATE __ ~' I 3 I ~,~ CO. CONTACT' i IL IJ. I I IJllll I I I III UL I IIIIJ I Il I I - - I I -- I I , ,ill, 1111 11 ,, AOGCC GEOI_OGICA!_ MATERIALS INVENTORY LIST -I ~r~iling ~istory I.-'1' ,,.'"'ey -! ','-'f'vei' te,t. I-' ~o,e de,criptl°n- I ~ intervals .... ' ' _dL"Y. ditch int'e~819 'digital ds,t8' .~~- /¢rZ~ ' I ........................... ~ lUlL I I IIIII. - ...... r ................... LOG 1YPE I:IUN ...... INTEi:LvAiLs ..... SCALE" NO. j .................... iij i i kll 11111 _ i i i i i i i i F ............. (~9 sZ/' ., ~! ~ [~ , ' .... , , , ....... ....... , , , , , u I Il ,, . . .. , ....... , ', ,, ( ~ ~ .... · q ,, ,, ~) ........ ' ~,, . . ,, .............. ,,I 101 ..... ~" . (~2 3 , ,, ., ~"~ ~ ~J~~ ~ _ ., ...... ~21-- ~. (~;) ) .. . ~" ._ ~_ ._ ...... ~ . ,, ,. ,, ~ ?~2 ~r~..~ ' " 1~1 ~,~/. ~ ........ 3 I]l~' - / ~/I~ ~ ~ , , , ..... , ,, ~61 ..... , , .... , ........ i ,,z--'-., , , ,r i i i i i i iiii i [ ii ii I PERMIT.Il ~. ~ - ~,"/ COMPLETION DATE .'~' / 3 WELL NAME ~ ,P~ co. CONTACT AOGCC GEOLOGICAL MATERIALS INVENTOI~ UST ' ' LOGTYPE '' 'RUN INTERVALS ' SCALE NO. ', ( ~o) I ~ ~ " ,Ocr ~~ ~.'=~.~~ ~,'. ~ ~ ~' - Z ~ ~,~r ' , , , , .... , , i , , , , ,, , , , , , , .... , , , ...................... · '."';00! F'ORCUF'INE DR,. ...... ,.,E.,AK '~'..:,~'~, ,~NCHOF<~'" - TRANSMITTED HEREWITH ARE THE FOL. L. OWING' · ~.-,,.,u PT· MC; I NI'YRE -,?'"'=".., BI_U, TAF'E SEPIA EACH (FINALS) ... 6-(-)6--t')9 CNL. D ~ S~322-t 4856 RUN 3 2"& 5" " DIL./,S;FI.. ! t 4-t 490t " t " DII.../SFI.. ! I 4-! 490t , " BHC ~f4-t4870 " t-~ 2'& 5" " NGT ~-,o~ ~ 4824 " :3 ~" " ML. ! ~822-148 t 9 " ~ 5 ' " EF'T 1 ~8'2'2" 1 48 t 5 " ~ 5" 6-06-89 AR .~NC ~ J~822-'1 4870 RUN ~ 2'A 5' !.lH EDIT t 9,,5-t 5009 F,,'UN ~ -.3 TAPE/LISTING D I !../BHC/CS'G-.GR/I)TE/SI)T/t_I)T/CNL./NGT/EF'T RETL.'RN I'?ECEIF'T TO' ARCO ALASKA, ]:NC, DEVELOPMENT GEO$CIFNCE Al'TN: LkJCILLE JONNS'TON ',:'., 0., ~OX ~Oo.~6o ANCHORAGE, ALASKA 995t0 I..IJCIL. LE JOHN$'FON ANO-.87,oE RECEIVED AUG 1 o 19a9 Alaska 0ii & Gas Cons. Commission Anchoraqe ARC[) At. AZKA, I DEVELOPMENT ~ .... ~.,_.IENCE TRAN,~HITTAL rF, f--: t~ f,,. 30f--)l F'ORCUF'INE DR. ANCHORAGE/, Al,'. 9750~ CRAIG MO,SELEY -" AAI .tULY 28, ~989' TRANS'MITTED HEREW]:TH ARE THE FOl..LOWING' t BL.U,t SEPIA EACH (F-INAL$) ARCO' F'T MC INTYRE ~5 6-e6--89 CNL..D/TVD RUN 3 2 "& 5" · DIL./TVD " ~ -3 5" " D!L./TVD " ~ -3 n. " BHC/TVD " !-3 2 ·& 5" ' NGT/TVD " "~ ' ML/TVD " 3 5 ' " EF'I'/TVD " 3 ..,=" 5-26-89 GR-CCL./TVP · t ,-"'" ~-26--8° C, F,'-- Cr'' .q'UN i '"" RETLJRN RECEIPT TO: ARCO AL;AZKA, INC', .I)EVELOFMENT GEO$CIENCE ATTN' L. UC ILLE JOHNS'I'ON ANO-87?E AIII~II~JJ8 P, 0,, BOX ANCHORAGE .. AL. AZKA 995t 'c'~'nr~"*'e~"D BY' '" · ,...,JC !LLE ~ JO,~N,., TON ARCO ALASKA, IN(: DEV. & EXT GEOSCIENCE TRANS~I TTAL TO,' JOHN BOYLE T.AOG,C _ j · i i i iii i FROM; CRAIG_HO_S.ELEY - ,.AAO ADDRESS: 3OOl PORCUPINE DR. DA~;: JU,,LY 25~ ,1~)89 .... ., ANCHORAGE. AK .9c~r~01 ..... Transmitted herew/th are the follow:Lr~l 1 Bluellne, 1 Sepia Each , (Finals) 6-13-89 CET 13500-1q7q5 RUN 1 6-13-89 CBL 13500-14725 RUN 1 6-13-89 GCT GYRO O. O- 13495 Run 2 11 Ac)r~O~EDGM~Iq~: __ Return receipt to.* ARCO Alaska, Ina, DEV & EXT GEOSCIENCE A'I~N: Luotlle Johnston o, soz oo36o Anchorage, Alaska 99,510 DATE:, L.,,~,ohnston .,, AR[;O AL. ASKA. IN(.'. DEVELOPMENT ~;EO,.~;C I EN.r.;E TRAN,~MITI'AL TO' ,JOHN BOYLE 30e~. F'ORCUF'INE DR, ANCHORAGE~ AK 99501 CRAIG MO,.~FLEY - AAI JULY 25, 1989 TRAN~MITTE]) HEREWITH ARE THE FOLLOWING: i BL.U,1 ;S'EF'IA EACH (FINALS) i TAPE 6-06-89 ~ CNLD '[, .,..,=_~..-,'~'~"~")~ ~ 4856 " ~/DIL./~FL. ~ ~ 4-~49e~ " ~HC f t4-t487e ' ~N~T ~ ~" ~ 4824 " ~ ML. t 3822-~ 48t 9 ' ~EF'T t 3822-t 48 t 5 6-~6-89 ~ AR ~NC ~ ~822-~ 487~ OH EDIT ~9,5-~5089 RUN ~-3 I'APE/LI~I'ING DIL/BHC/CSG-GR/DTE/$DI'/LDT/CNL/NGI'/EPI' , RECEIPT ACKNOWLEDGMENT: RETURN RECEIF'T TO: ARCO ALASKA, INC, DEVELOPMENT GEO$CIENCE ATI'N: L. UCILL. E JOHN3'TON P~ O~ BOX t OO360 ANCHORAGE ~ ALASKA DATE: ANO-87?E PROCESSED BY' LUCILLE JOHNSTON AR{,() ALA~'KA? IN".: ~',::~'~-.-~ .qF'M~--NT f;l{(')Y~' ! ENCE TRAN$'M I 1 ] ~,~.. · ... , ,"_r~.,urlNE DR~ ANCHORAf'.i-E ...... ~,^ k'., 99'.~(') ! L"PA!!; MOSEI. EY - AAI ,.IU L'~'" TRAN,..MITTED. HEREWITH ARE ]'HE F'OL.L. OWING ! BLi)ELINE & ~ SEPIA EACH ARCO' p1.'~ MC INTYRE :~5 I;;UN t RUN I L%'ll RECEIPT ACKNOWL. EDGMENT · RETURN RECE!F'T TO: ARCO ALASKA, INC.. DEVELOF'MENT GEO,S'CIENCE ATTN' L. UCILLE JOHNSTON P, O, BOX i eO.-t6G. ANCHORA(.;E, ALA,S'KA 995i ANO-8?eE FF(OCESSEI) BY' I..LICII_L.E JOHN,S'I'ON ARCO ALASKA, INC. .I)EVELOF'MENT GEO$CIENCE TRAN,S'MI I'TAL TO' JO~-IN BOYLE AOGC 308t PORCUPINE ANCHORAGE, AK CRAIG MOSELEY -- AAI ,JULY TRANSMITTED HEREWITH ARE TFIE FOLLOWING' I'E,S'I' DATA ARCO' F;T~ MC INTYRE ~5 ?/~-9/89 WELL TEST DATA REPORT t448~-~45:~ MI) ANALYSIS RESLILT$ (BUILDUP TEST ~t & .~2) II. TEST $t DAI'A(tST FL. OW/BUII_DUP) III. TEST ~2 (PREP FLOW PRIOR TO TAKING SMPL$ IV. TEST ~ (FLOW PRIOR OT PRODUCTION LOGGING V. TEST ~4 (2 ND FLOW/BUILDUP) RECEIF'T ACKNOWLEDGMENT' RETURN RECEIPT TO: ARCO ALASKA, INC, DEVELOPMENT GEO~'C, IENCE ATTN: LUCILLE dOHNSTON P, O, BOX ANCHORAGE, ALASKA 995 ANO--8??E F'ROCE:$~'ED BY' L. LI£:IL.L.E JOHNSTON ARCO ALASKA, INC. DEV. & EXT SE0$CIENCE TRANSMITTAL '~'0: JOHN BOYLE - AOGC · FROM:,, C, RAIG MOSELEY - AAI ADDRESS: 3001 porcu, pine Dr.. , _ - Anchorage_',. ~,K ),95.0.1 _ DATE: JUNE 26. 1~89 .,, ?ransmttted herewith are the follovlng: ONE COPY EACH 06-13-89 SCHLUM GCT GYRO SURVEY JOB#73369 06-13-89 GCT (FLEX DISK) RUN 2 0.00-14950 R~CBIPT Alaska 011 & Gas Cons. Cmmissi0n ~ Anchorage - DATE: · · ' I II I I I I Il ]Return reeetpt to: ARCO Alaska, Inc. DEV & EXT SEOSCIENCE ATTN: Luctlle Johnaton P. o. l~x 100360 .Anchorage, Alaska 99510 AN~- 879E Processed · L. Johnston ARCO AL. ASKA, INC DEVELOPMENT GEO$CIENCE TRANSMITTAL TO: JOHN BOYLE AOGC 300t PORCUPINE DR. ANCHORAGE, AK 9950t CRAIG MOSELEY- AAI TRAN,~'MITTED HEREWITH .ARE THE FOLLOWING: t'BLUELINE & f SEF'IA EACH 04-29/~6-Q4-89 04--29/86-.~4.-89 84-2~/85--t?-8~ 84-29/05-t?-8~ GR & RESIST, GR & RESISTA PHYSICAL FM PHYSICAL FM 5985-~4958 2" TVD 166-'1~950 2" MD t66- ,1'1i950 2" 1'VD RECEIPT ACKNOWLEDGMENT: RETURN RECEIF'T TO: ARCO ALASKA, INC, DEVELOPMENT GEO$CIENCE ATTN: LUCILLE JOHNSTON P. O, BOX t~36~ ANCHORAGE, ALASKA 995t0 A N O- 8' Alaska Oil & Gas Cons. AnChorage Corn~issio~ PROCESSED BY: L. UCILL. E JOHNSTON THRU: FROM: TELEPHONE NO: Michael T. Minder ~,'~"~ SUBJECT.' Diverter Test Sr. Petroleum Engineer AAI PT. Mclntyre State PetroleUm Inspector NO. 5 Permit No. 89-41 ~lorato]:y Sec. 22,'T12N, R14E, ~U~Y, ~rtl 2tl, 195t~, I traveled this date from AAI PBU to Pt. ~'~-.t~'~-::S~:~'~: $-~::-ih~ct and test the dtverter system on pool ~etie No. 5 rig' '~he syst~ was ~lation with the exception of two it~ which ~re corrected at my re~est, please refer to the attached schemttc for these eot ~ec t ions. In s~ry, I witness the. successful diverter test at AAI Pt. ~[.ntyre State No,, 5 well on pool rig No. 5. Attac~nt ' 02-001A (Rev. 8~85) STATE OF ALASKA DENTIAL ALASKA ~ AND GAS CONSERVATION PERMIT TO DRIL 20 AAC 25.005 la. Type of work Drill [] Redrill lb. Type of well' Exploratory [] Stratigraphic Test [] Development Oil [] Re-Entry [] Deepen Service [] Developeme.nt Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool ARco A1 aska~ I nc. DF = 35' feet 3. Address 6. Property Designation Wi ldcat P.0. Box 100360, Anchorage, AK 99510 ADL 34624 ALK-860 , 4. Location of well at surface 7. Unit or property Name 11. Type Bond(see 20AAC 25.025) 1263' FSL, 242' FEL, Sec. 22, T12N, R14E, UN N/A Statewide At top of productive interval 8. Well nurpber Number 1563' FSL, 2126' FEL, Sec. 13, T12N, R14E, UM Pt. Mclntyre State 5 U-630610 , At total depth 9. Approximate spud date Amount 1726' FSL, 1904' FEL, Sec. 13, T12N, R14E, UN May 1, 1989 $200~000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in pr0pert) 15. Proposed depth(Mo and TVD) property line N. Prudhoe Bay St. //1 1904' ~ TD feet 1294' ~ surface feet 2560 15215'MD/9542'TVD feet , 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.085 (e)(2)) 0 pslg, At total depth O'VD) pslg Kickoff depth 500 feet Maximum hole angle i4o Maximum surface 1~,?~ &,)c,n , 18. Casing program Setting Depth size Specifications Top Bottom'-' ' Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD 'TVD (include stage data) . 26" 20" 80' 35' 35' 11,5 115' 125 sx AS III 17-1/2 13-3/8" 68# L-80 BTC 5782' 34' 34' 5816 4000' 400Q ~x AS III. 500 Class 12-1/4 9-5/8" 47# L-80 BTC 14012' 33' 33' 14045 8~42' 630 sx O 8-1/2" 7" 29# L-80 BTC 1370' 13845' 8254' 15215' '9542' 300 sx 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural sCu°r~;::t°r ''RE¢I iVED Intermediate ProductionAPR Liner Perforation depth: measured ~j~J ~l.~i~i ~,;,~$'~31~ true vertical 20. Attachments Filing fee [] Property plat I~ BOP Sketch [] Diverter Sketch [] Drilling program [] Drilling fluid pr,~q~am [] Time vs depth plot [] Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements [] 21' I hereby; ~/eft7 that the ~)~ true and c°rrect t° the best °f mY kn°wledge.. e~//~,,~ Smgned' ! /.,~'.~,~,Z~' //~/'~' ~/~ Title Reqional Drilling Enaineer Dat /"'- / -'-" Commission Use Only ....... ~,~/' '/-/ ' 'ber I J I ~.~ VI&~ IL-Ill Permit Nu APl number J Approval'c~e ' See cover letter ??- s0- o ? - / I!'~ / ~L 2 / 89 for other requirements Conditions of approval Samples required ~Yes [] No Mud Icg required ~il~Yes [] No Hydrogen sulfide measures ~[/Yes [] Nd' birectiona. I survey required ~' Y(~'s [] No Required workingj;~,~ure f~r B.OPE~ []2J~,; [] 3M; J~ 5M; [] 10M; [] 15M Other: ~ /..,,t~'/ .~J/.J///'~ e ' ~~ /' /' ~// / //c~...,'/,~/' _ by order of App[oved by ~.~_ ~/, (~'.. ~ ( . ~'~~~~)~ .......... Commissioner the commission Dat Form 10-401 Rev. 12-1-85 ' ' Sub~ dt in tripl =ate SUMMARY WELL PLAN Pt. McIntj/re State #5 IRDEmlAL 1. With 20' conductor already set, spud and drill 17-1/2" hole to 500'. 2. Kick off well at 500', building angle at 2°/100' to an angle of 64° at 3703' MD (3076'TVD). 3. Lock drilling assembly and drill 17-1/2" hole at 64° to 5816'MD (4000' TVD). 4. Set 13-3/8" casing at 5816'MD (4000'TVD). Test casing, drill out, and conduct leak-off test. 5. Drill 12-1/4" hole at 64° to~ 11106'MD (6313'TVD). e At 11106'MD, start dropping angle toward vertical; at a rate of 1-1/2°/100'. e Drill while dropping angle to 14045'MD (8442'TVD). This is the top of the target interval and the wellbore angle at this point should be 20°o ® Set 9-5/8" casing at 14045'MD (8442'TVD). Test casing, drill out, and conduct leak-off test. 9. With locked drilling assembly, drill and core through the target interval to TD (15215'MD/9542'TVD) while maintaining a 20° wellbore angle. 10. Set 7" liner from the 9-5/8" casing shoe to TD. Clean out liner and test 1 ap. 11. Run 4-1/2" tubing and packer for production test. 12. Perforate and test target interval. 13. After testing, set plug in tubing tail, safety valve high in tubing, and xmas tree at surface and leave well in condition to produce without additional rig work. 072/PD3 PT. Mc INTYRE STATE #5 DRILLING FLUID PROGRAM O01tRBi IT L Spud to 13-3/8" Surface CasinO 13-3/8" shoe to 9-5/8" Casing 9-5/8" shoe to TD Density 8.7 - 9.2 PV 15 - 30 YP 20 - 40 Visc'osity 50- 100 Initial Gel 5 - 15 10 Min. Gel 15 - 30 AP I Fi 1 trate 20 pH 8 - 9 % Sol ids +6 9.0 - 9.8 5- 15 8 - 12 35 - 40 2-4 4-8 10 - 20 10 - 11 4-7 9.8- 10.5 9- 13 8 - 12 35 - 45 3-5 5- 12 6 11 - 12 9 - 12 Drilling Fluid System Triple tandem shale shaker Degasser 2 Desanders 2 Desilter/Mud Cleaners 2 Centrifuges Mud Agitators 2 Trip tanks Mud tank/trip tank level indicators Fluid flow indicator Drilling fluid practices will be in accordance with the appropriate regulations stated in 20AAC25.033. Maximum anticipated surface pressure is calculated using 11.0 ppg mud with the well half evacuated with gas of gradient 0.11 psi/ft. This yields a maximum surface pressure of 1662 psi' with the well at TD. At this pressure, the formation at the 9-5/8" casing shoe should not break down. During well testing, produced fluids will be stored in properly-bermed stock tanks on location. Upon completion of testing, produced fluids will be hauled to the Lisburne Production Center. 072/PD3 Refraction Analysis Pt. McIntj/re State #5 COltRDENTiAL A refraction analysis has been performed for the subject well. It is available for viewing at our Anchorage office as desired by the Commission. RECEI ¥ED 072/PD3 'I'EXA<~ ! -3 ! ADL &12808 tCONOC0 9.--30-7g ADL 47466 EGG IS. ADL 3t 280g ,, r_INDEE:'R-'IS. STUMP IS. 3-3! -77 (CONO) S.T.P. I 1-30-95 (CONO) 3-31-77 ADL $es54~ ADL 5 BURGUN ET AL 7-31-92 ADL 343107 7-31-90 SAPC I 1-30-95 ADL 365549 Y-Ola8 ~, 2-28-86";""'"" WEST DoCW~:..~. 3-3,:--- PI HOE BA UN I T ~K-Z30~ · (CONO) AL1<:-2307 9-30-75 GONO) PB STATM 3-27-~1, ! t AI)~ ~8~ I .M:)L 2~2:97 / ~_ADL :m?7~_ ...... I .... ,- ¥" _ ! ,,,, · .. I. ..t:-USS 8"J~4 I ALI<- 2:.I I ! I aLl<:~ .,IRCO-EXXOI~ BEaC'-' 34628 ~ IS. ALK-864 ~TERM ~ \ 9--,4.-g, ~NIAK ! (cONe) ~ ~ A L ta-30--TS · I1 ' - '- --" (3_ u 3-27-8~ , / CAMP J : + PT. MclNTYRE STATE #5 (NOT TO SCALE) C RDENTiA'L ARCO ALASKA,'- ino. Point PIcIntyre Stere #$ Propol Pt. Hclntyre, North Slope, Alee 2000_. KOP TVD-500 TPID-$O0 DEP-.Q. t4 4000 5000. 6000 . 7000 . 8000 . 9000 . 10000 ............. PTAX i HUH ANGLE--' 64 DEG 5 MI N SEOIN :.ANGLE DROP TVD,-S3.13. THD-11107' DEP-S2?I TARGET ANGLE- 20 DEG 9 $/8" CASINO PT / END ANOLE DROP TfD"8442 THD-14045 DEP"IOISO TO / ?" LINER TVD-9542 THI)-1S215 DEP-I05~O I 1000 2000 I 3000 I 4000 i SO00 6000 ~'000 , BO00 9000 ~ 0000 6000 5000 . 4000 3000 . aOoo. ID00 . w HOR!ZONTAL PROJ t. flelntyee. Noeth Slope, AIo~ke ~OO0 D N 5; 105~, I000 2OOO ! ~. a~, nail. #14E DE(~ I10 M[tN E O' ~(TO ~AROET) ~ .... . .... , ..... SCALE I!IN. "1OO( IWEgT. 5000 i [CTION FEET EAST 5000 ii SO00 , roooi 3OOO 1OOO' MUD SYSTEM POOL $ ~AND TRAP I PIT 1 PI1' 2 DEGASSER PIT OESANDER PIT 105 BOLS 99 BOLS I I I! II / I II I I ! I I PIT 3 PIT 4 MUD CLEANER PIT PILL PIT 100 BOLS 108 BOLO . I ~ II I II I I I I I I I PIT S PIT e VOLUME PIT SUCTION PIT 391 BOLS 280 BBL8 I I I I I II I I I I BRANDT TRIPLE gHALE SHAKER8 SWACO 0EGA$$ER, 1000 GPM PIONEER DEgANDER (2 EACH, 1000 (2PM) PIONEER DE$1LTER/MUD CLEANER (2 EACH, $I]4 GPM) PIQNEER CENTRIFUGE (2 EACH, 100 GPM) JQ SURFACE HOLE DIVERTER SYSTEM SCHEMATIC ARCO ALASKA, INC. FILL-UP LINE RISER FLOWLINE 20" 2000 PSI DIVERTER 10" BALL VALVE 10" BALL VALVE I,I I, ,, , ! t I CONDUCTOR NOTE: ONLY ONE VALVE OPENS AUTOMATICALLY WHEN THE DIVERTER CLOSES. THE SECOND VALVE WILL REMAIN CLOSED UNLESS CONDITIONS REQUIRE THE USE OF THE SECOND VENT LINE. THE SECOND VENT LINE VALVE CAN BE OPENED USING CONTROLS LOCATED AT THE A VARIANCE FROM 20AAC25.035 10" VENT LINES II I NOTE: 100' FROM ANY IGNITION SOURCE ALL TURNS 90 DEGREE TARGET TEES mm mm mm m mm ~m m ~mm mm mm mm mm ,m mmm mm mm ,mmm mm m m m m m m m m m m m m m m m m m m m m m m m m m RESERVE PIT JQ 7/27/87 13-5/8" 5000 pSI BOP STACI DIAGRAM I ,! PRFfEIITEI 1. CHECK AND FILL ACCUMULATOR IIt[$[R¥OIIIt TO ~OP[R LEVEL WITH ~D~ULIC FLUID. ~URE T~T ~U~U~TOE PRESSURE IS ~000 PSI WITH 1 SOO PSI ~W~T~H OF THE ~[~U~TO~. 3. 0~[~( TI~(, TH~N CLOS~ ~L~ UNITS SImULTaNEOUSLY ~NO ~[~RD THE TIHE ~ND PRESSURE R[~INI~ AFTER *LL UNITS HE[ CLUED WITH C~K:I ~ PUHP OFF, 4. R[~RO ON 14~ R[~T. THE ~EPT48L[ LOWER Li ~IT IS 4S'SE~NDS CL~I~ TIHE *ND 1200 ~1 RE~INI~ PRESSUre. PiPE RAm BLIND RAm DRILLING :SPOOL PiPE RAILS ORLG SPOOL SIKIOL ¸ .1 J ~ Il-lit' ALL BOP EQUIPMENT $000 PSI RATED 14. 15. 16. 17. 18. 13-5/B" BOIt SI'ACK TEST 1. FILL BOP STACK AND I"IANIFOLD WITH& NQN-IrREEZING LIQUID. Z. CHECK TI~T ALL HOLD CLOWN ~RE'W$ ARE FULLY RETRACTED. I~RIC RUNNING ,JOINT WITH PIIEDrrERHINED PLUG SE:ATING OE:PTH. RUN TEST PL~ON DRILL PIPE AND SDliT IN WELLHEAD. RUN IN LQ¢IC IX~N 3. CLOSE ANNULAR PREVENTER AND UPSTRF~H YALYES. 4. FUNCTIO~LLY T~ CHOKES. S. IN EACH OF THE FOLLOWING TEEr$, FIIIST HOLD H 2S0 I~1 LOW PR~URE TEST FOR H HINIHUI"I QIt $ HINUTES, THEN TEST AT THE HIGH PR~URE. 6. I NC:RF,,~E PR~URE TO :5000 PSI AND HOLD FOR H HI NI t'IUPI OF 3 HINUTES. BLEED PRESSURE TO ZERO. 7. QPI:N ANNULAR PR~E~NT[II AND CLOSE TOP SET OF I NCR~E PRESSURE TO SClQQ PSI AND HOLD FOIl AT LEAST 3 HINUTES. BLEED PRESSURE TO ZERO. $. CLOSE VALVES DIRECTLY UPSTR~H OF CHOKES AND QPE:N CHOKES, INCRF,~E PR~URE TO SO00 PS1 AND HOLD FOR.AT LEAST 3 HI NUTES. BLEED PRESSURE TO ZERO. 9. OPEN TOP SET OF PIPE RAPIS THEN CLOSE BOTTQr'I SET OF PIPE RAILS. INC:RE4SE PRESSURE TQ SOQO PSI BELOW THE: BOTTOI't SET QIr PIPE RAI'IS AND HOLD FOR AT LF,.AST 3 I~IINUT[$. 10. TEST REPIAINING UNTESTED PIANIFOLD YHLYES (IF ANY) WITH SO00 PSI UPSTREAtl OF YHLYE AND ZERO PIlESSURE DOWN- STREAH. I 1,BLE:ED PRESSURE TO ZERO. OPEN BOTTOH SET OF PI PR: RAI~IS. ! Z.BACK OFF RUNNIli3 JOINT' AND PULL OUT OF HOLE. CLOSE: BLI ND I~AI~ AND TEST TO SO00 I~1 FOR AT LEAST 3 r'IINUTE:S. 1:5.BLEED PRESSURE OFF ALL E:QUIPI'IENT. OPEN BLIND RHPIS. MAKE SURE PIANIFOLD AND LINES ARE FULL OF NQN-IrRE:EZ! HG LIQUID HNO ALI. YHI.¥ES ARE SET IN DRILl. lNG POSITION. TEST STANDPIPE YHLYES TO SOO0 PSI. TEST KELLY COCKS AND INSIDE BOP TO SOOO PSI. CHECK OPE:RATION OF D[GASS[R. I~ECORC) TEST INFORPtATIQN ON BLC)~/QUT PREYE:NTE:R TEST FORI'I. :SIGN AND $~ND TO DRILLING SUPERVISOIl. PE:RFORI'I COPIPLETE 8OPE TEST ONCE A WEEK AND FUNC- TIONALLY OPERATE BOPE DAILY. JG ^.c° Post Offl~/Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 October 10, 1988 Mr. W. D. McGee Regional Environmental Supervisor Northern Regional Office Alaska. Department of Environmental Conservation 1001 Noble Street, Suite 350 Fairbanks, AK 99701 Permit Application for Disposal of Solid Drilling Waste at Exploratory Drill Site Pt. MclntYre #5 Dear Mr. McGee: CoMM ..... [ COMM COMM -RES ENG SR ENG 8R ENG ' I ~eEOL ~SST-- ~T~~ ARCO Alaska Inc. hereby makes application for a solid waste disposal permit at the proposed exploratory drill site Pt. Mclntyre #5, located at the north end of the Prudhoe Bay Unit (PBU) sealift staging area. An aerial photograph has been submitted which shows the area of proposed activity. Thc Pt. Mclntyre #5 drill site will contain only one below-grade drilling waste reserve pit as indicated on Figure 4-3, and only drilling wastes from this exploratory well will be disposed of at this location. It is estimated that up to 15,000 cubic feet of drilling waste may be generated while drini~g the well, but no other drilling or domestic waste will be disposed of in this pit. This application provides for burial of the drilling waste at a depth of at least eight feet below tundra level, as. stipulated by ADEC. This depth is submitted for approval only because this is an exploratory well and its permitting is time-critical. ARCO still maintains that freezeback (i.e., crystallization) of the solid waste will occur and be maintained at a depth of four feet or less below tundra. ARCO only agrees to incur the additional cost of constructing this pit with eight feet of freeboard in order to gather additional data to support the geotechnical calculations that show four feet of freeboard is adequate. Therefore, this permit application is not intended to, nor should it be construed to, waive ARCO's position that it is unnecessary to bury the waste eight feet below tundra to achieve freezeback. This site was selected in.an attempt to minimize any possible adverse land surface impact and still serve the objectives of searching for and evaluating new. hydrocarbon -l~' E C E IV E D accumulations. By locating the well on existing gravel at the staging area, the drilling waste can be covered over with native, soils for permanent freezeback and further buried under thc gravel staging ama pad. Permission of thc PBU owners is required; if this OCT P- / t..qso cannot be obtained, this well may have to be drilled from an ice pad adjacent to the West ... 'Dock road/staging area All solid waste' disposal volumes, pit size, monitoring, etc., .~,lasl~ 0il & Gas Cons. u0mm~ss~on . . · pcnmning to the Pt. McIntyrc #5 location as proposed, would also be applicable to the '~-~ AnchOrage alternate ice pad location if that beComes necessary. A separate permit would be submitted in that event. JPG/88-010 ARCO Alaska, Inc. is a Subsidiary of AtlantlcRichfletdCompany Mr. W. D. M~ ~ October'lO' 19g~- Page 2 In order to obtain Working Interest Owner approval to use the West Dock staging area for the Pt. Mcln~ #5 well site, ARCO will fill in the triangular area south of the staging pad and bounded by the road system with gravel to bring this unused area up to grade (see Attachment 14). ms will add safety, prevent water ponding, and utilize an area that is not effective for habitat Total personnel at either thc proposed or alternate locations at any given time during drilling operations is not expected to exceed 50 employees and contractors. There are no residents within two miles of the proposed location and no below-grade fresh water sources exist because of permafrost. As operator of both the Eastern half of the PBU and the KRU since inception, ARCO hereby certifies that it is aware of applicable local ordinances, zoning requirements, and those c0ncems associated with the Coastal ProjeCt Questionnaire. This request contains the following items i~ accordance with 18AAC60.210: . 2. 3. 4. 5. . 7. 8. 9. 10. 11. 12. 13. 14. Cover Letter ADEC Solid Waste Disposal Permit Application Location Map Site'Plan Development Narrative Physical Environmental Conditions Geotechnical Information Leachate Generittion Evaluation Fluid Management Plan and Certifications ' Monitoring Plan Closure Plan .Landowner Notification Coastal Project Questionnaire and Certification Statement Area of Gravel Fill If you have any questions about this application, please call Joseph P. Green at 265-6239. Since/r~ly, D. A. Heatwol¢ Vice President External Affairs DAI-~J~/sw Attachments JPG/88-010 Mr. W. D. M~ October 10, 19gg~ Page 3 cc w/o attacIunents: G. Akers, COE, Anchorage R. Cannone, ADEC, Fairbanks D. Germann, NSB, Barrow P. Gertler, USFWS, Fairbanks C. $ohnson, NMFS, Anchorage W. Kakel, COE, Anchorage W. Mammeak, NSB, Barrow A. Ott, ADFG, Fairbanks B. Ross, EPA, Anchorage $. Wharam, ADNR, Anchorage P. Wightman, ADGC, Fairbanks G. Zimmerman, ADNR, Fairbanks RECEIVHD Alaska Oil & GaS C:on~. Commission Anchorage JPG/88-010 ARCO Alaska, O Post offic~ Box. 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 · October 10, 1988 Mr. W. D. McGee Regional Environmental Supervisor Northern Regional Office Alaska Department of Environmental Conservation 1001 Noble Street, Suite 350 Fairbanks, AK 99701 ARCO Alaska, Inc, Pt. McIntyre #5 Liquid Waste Disposal Permit' Request Dear Mr. McGee: ARCO Alaska, Inc. plans to drill the Pt. Mclntyre #5 exploratory well beginning after March 1, 1989. It is also planned that-all activities should be completed by.May 31, 1989. The well will be located in the West Dock gravel Staging area in the Pi-udhoe Bay Unit (PBU). Site location maps are provided in Appendix A. We propose to dispose of the drilling solids and liquids generated by the exploratory dr~ling activity on site. Drilljn~waste liquids such as spent drilling mud, rig wash waters, snow me!t, and other common drilling waste liquids will be hauled to an approved site or injected down the well ·annulus. Thc mud solids, drill cuttings, etc., will be buried in a pit for freezeback disposal. We will set the 13-3/8".casing at about 4000 feet SS and the fluids will be discharged down the deeper 9-5/8'* annUlus(between the 9-5/8' and !3-3/8" casing strings). The proposed injection Zone is the Tertiary Sagavanirktok Formation sands as indicated on Exhibit D of the attached Plan of Operation. These subsurface'formations are not now nor will they ever be used as a source for drinking water. By this letter we request that ADEC issue written approval to conduct the planned liquid disposal activities. If you have questions or need additional information, please call me at 265,6239. tot, Environmental Affairs JPGIsw Attachngnt JPG/88-018 ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfialdCompany ARCO ALASKA, INC. PT. MClNTYRE #5 APPENDIX A PLAN oF OPERATION ARCO ALASKA, INC. PT. MCINTYRE #5 Approx. 1263' FSL, 242'FEL Sec. 22, T12N, R14E, UM PT. McINTYRE #5 This Plan of Operation describes the procedures necessary in drilling the exploratory oil/gas well Pt. McIntyre %5. ARCO Alaska, Inc., (ARCO) will act as the Operator for the well. Ail support and services will be supplied out of Deadhorse, Alaska. The entire project should last from March 15 to April 30, 1989. 1. Existina Roads -- Ail access will be via the existing North Dock Road and the gravel staging pad where~the road enters the West Dock causeway. . Location of Proposed Well Exhibit "A" shoWs the relative location of Pt. McIntyre #5 in the area. The Well will be located at the north end of the staging pad which serves West Dock, part of the facilities supporting the development of the prudhoe Bay Oil Field. . Well Site Layout -- The proposed layout of the drillsite is shown in Exhibit B. The project will use the existing gravel West Dock staging area. A cross-section of the drilling location is shown on Exhibit C. 0 Location and Type of Water SuPply Fresh water is needed for drilling operations and camp usage. The primary source of water will be from approved lake sources in the Prudhoe Bay Unit (near Sec. 26, T12N, Ri4E, permit LAS 11389-11). Water will not be taken from any rivers in the area. Approximately 50,000 gallons (1190 bbls) of water per day will be reqUired for drilling operations. The camp will need about' 5000 gallons. per day (119 bbls). TotaT water usage for drilling is estimated at 2.5 million gallons (59,500 bbls). Potable water will be processed through the drilling contractor's water purification system which meets the requirements set by the Alaska Department of Environmental Conservation. © -2- 5. Methods for Handling Waste Disposal me Solid non-burnable waste:. Large enclosed containers will be delivered to and picked up from the drillsite by the North Slope BOrough. Disposal will be at the NSB landfill. b. Solid burnable waste: Solid burnable waste will be burned on site in a contractor-supplied incinerator in accordance with 18 AAC 50. This activity is necessary to reduce the frequency of hauled trash removal. Ashes will be buried in the reserve pit or hauled away. Ce Camp waste water disposal: Camp waste water will be processed through the drilling contractor's waste water treatment system. This system will meet the requirements set forth by the Alaska Department of Environmental Conservation. Liquid by-products created by this system have been approved for discharge by the Department of Environmental Conservation. About 4000 gals of domestic "gray" water is estimated' to be discharged daily. Wastes produced by drilling operations are described below: 6. Disposal of Drilling.Wastes: During normal exPloratory well operations, drilling wastes generated consist of the following: drill cuttings, drill mud, cement and wash down water. Almost all of these wastes are conveyed to and stored in the reserve pit excavated below grade. At the end of the project, any pumpable liquids in this pit will be disposed down the well Just drilled via underground injection if feasible. Liquid waste disposal via underground injection will be possible, by the approval of the AOGCC and an ADEC Liquid Waste Disposal Permit. The solid wastes remaining in the reserve pit will be disposed of by burial. These wastes should be contained in the pit by remaining frozen and should not pose any hazard to potential drinking water sources. me Pit Design: The reserve pit will be excavated in the existing gravel pad and shall have the dimensions shown in Exhibit B. The volume of the pit shall be approximately 21,600 bbls. Since the pit excavation will be done during the winter, the pit walls will have adequate structural stability to contain the intended solid and liquid wastes. Approximately 20,900 bbls of solid and liquid wastes are exPected to be generated during the 45 days of this project. The solids will be buried in the pit while most of the liquids will be hauled o££ site or injected down the well. -3- The.liquid/solid level in the pit shall be monitored every 12 hours by rig personnel to .maintain a minimum of 3 ft freeboard. At the end of the project, the wastes shall be buried under a minimum earth cover of- 8 ft to allow freezeback and thus, permanent containment. b. Wastes: Drill cuttingscome from the wellbore being drilled. These solids consisting mainly of clay and silt are circulated from the bottom of the well to the surface where mechanical equipment separate and convey them to the reserve pit. The solids control equipment is typically comprised of shale shakers, desander, desilter, conveyor belt and mud cleaner. These pieces of equipment' separate the liquid phase from the drill cuttings and the overall goal is to discharge as little liquid phase of the mud along with the solids as possible. It is estimated that about 3260 bbls of drill cuttings will be generated during the project. Normally, the drill cuttings discharged to the reserve pit are coated with drill mud. In addition, occasionally some drill mud is discharged to the reserve pit when the solids control equipment is overloaded. During the course of this project, it is estimated that about 400 bbls of mud will be discharged. The drilling mud proposed for this well is a fresh water base with additives to maintain certain theological and density properties. Tabulated below is a list of possible materials to be used and their application in the mud. These additives and their concentrations are included on the EPA approved mud list for OCS drilling. Oil based muds will not be used. Additive. Application Barite Bentonite clays and e~tenders Chrome free lignosulfonate Caustic soda Soda ash (sodium carbonate) Bicarbonate of soda Polyanionic cellulose polymers Aluminum stearate Biodegradable lubricant Sodium carboxymethycellulose Lime Polyacrylamide emulsion polymer Weighing agent Viscosifier Dispersant/thinner pH control Calcium removal/pH control Calcium removal/pH control Filtrate control/shale inhibition Defoamer Torque and drag reduction Filtrate control pH control/shale inhibition Shale stability/friction reduc~ion/viscosity © -4- Occasionally, fresh water is used to wash down the solids control equipment~as well as other rig mechanical equipment and this wash down water will be collected and pumped to the reserve pit. AttemPts will be made to minimize this wash down water amount at the same time allow for a safe and clean working environment. Additional amounts of water are used to wash the drill cuttings before analyzing them for geoscience purposes. In drilling operations, cement is used to grout the steel casing used in the wellbore. It is estimated that at the most, about 100 bbls of cement would be discharged to the reserve pit. Hydrocarbons mostly in the form of diesel fuel and hydraulic oil is used to run the rig equipment and machinery. These fuels and 'ocCasional lubes and greases will all be in containers and where transferred, will be done through secure hoses and under strict supervision so that spillage will be avoided at all costs. Due to the proximity of the well to Deadhorse and Prudhoe Bay, it is not anticipated that bulk fuel storage tanks will be needed on site. Very little hydrocarbon should find its way to the reserve pit. c. Pit Closure: At the end of the project, the solid and liquid wastes in the reserve pit will be buried by backfilling the pit with the native sandy silt excavated. The remaining liquids amd any solids in the pit will be frozen before burial after being exposed to cold ambient temperatures. Once buried under a minimum earth cover of 10 ft, the wastes will continue to freeze and thus be permanently encapsulated. Since the wastes Will be below the active layer, the layer of soil that thaws out each short summer, the frozen wastes will not be mobile nor form any leachate. A thermal analysis has been performed to substantiate this condition. If required, a soil temperature monitoring program will be installed to verify that all wastes buried will remain frozen. A site. visit during the first, third and fifth year is planned to inspect the inte$~ity of the earthen cap and to perform any remedial work needed for site restoration. 9. Disposal of Produced Fluids - Oily Wastes Should drill stem testing occur, produced fluids will be disposed of in an approved manner. Associated gas will most probably be flared. Petroleum liquids/oil will be trucked to the nearest flow station processing center. © -5- 10. Ancillary Facilities All equipment necessary for drilling and formation evaluation will stay on the drillsite. The camP .facility will have the capability to accommodate 60 people. No other camps will be necessary. No aircraft landing or service facilities will be necessary. 11. Plan for Site CloSure Upon completion of drilling and evaluation operations, all muds, cuttings and bur~ed solid waste will be covered over and frozen in place. All other debris will be hauled to an approved disposal site. The well will be plugged and abandoned according to Alaska Oil and Gas Conservation Commission regulations. A site visit will be conducted during the first, third and fifth summer following operations to verify the integrity of the pit cap and to pick up any remaining trash. Final site closure will be approved by all appropriate state agencies. 12. Wildlife Access The only wildlife that could be around the location during the winter are owls, ravens, Arctic fox, and possibly an occasional over-wintering caribou. These animals frequent all locations on the Slope. The wastes to be discharge to the pit should hold no attraction for these animals and therefore, wildlife concern is not a significant factor. On site personnel will be instructed not to feed wildlife, thereby further reducing the wildlife attraction concern. 13. Safety Hazards The only disposal site safety concern possible would be the potential for a vehicle driving into the pit. It is common knowledge to those employed in these operations where the pit is located and that no traffic is allowed there. The fact that the public will not be allowed access to the site also minimizes the potential for a safety violaton. The methane gas generation concern associated with public landfills is not a logiCal probability for a reserve pit. 14. Coqtingency Plans me An approved spill control package will be kept on site at all times for use in controlling accidental discharge of fuels and lubri- cants. be Fire, safety and medical emergencies will be handled through available resources at Prudhoe Bay or Deadhorse, Alaska. -6- C. Well control problems will be handled in a manner commonly accepted as safe oilfield practice utilizing the reserve pit and other resources as necessary. 15. Communication and Supervision An ARCO representative ~will be on site at all times during operations. The following people are designated as contacts. Name Title Company Phone Number Keith Bullard Doug Stoltz Jeff Kewin Mike Winfree Drilling Superintendent ARCO Drilling Superintendent ARCO Regional Drilling Engineer ARCO Area Drilling Engineer ARCO 659-7743 659-7743 263-4970 263-4603 24 hour ARCO Security switchboard 276-1215 WJP/8 ih ~$T EXHIBIT "A" .~ PT. MclNTYRE STATE #~ GENERAL WELL LOCATION PROPOSED WELL LOCATION + + ~'r "B'-; PROPOSED PT. MclNTYRE #5 SURFACE LOCATION PLAN (NOT TO SCALE) EXHIBIT "C" PT. MclNTYRE STATE t5' · (NOT TO 8CAI~ GRAVEL PAD SECTION A-A' (BEFORE OFEAATN~NS) TI~I~ ~ I Ob' ~ 1 ~0' ~ ,1 2S' ~ / / ~TUNDRA.- FROZEN DRILLING MUD, CUTTINGS SECTION A-A' (DUlmG OFSSlMTKX~ FROZEN DRILUNG MUD, CAP ORGANK~ 12' ~SOILg4' SECTION A-A' (AFTER CLO6UI~n GRAVEL PAD ARCO Alaska, Inc. P. O. Box 100360 Anchorage' AK 99510-0360 APPENDIX B PT. MclNTYRE #5 © © PT. MCINTYRE #5 WASTE WATER DISPOSAL NOTIFICATION October 1, 1988 APPENDIX B 1. Well designation/name: Location/map: Pt. McIntyre #5 - See Exhibit A and the Plan of Operation, Exhibits A and B. 2. List of materials: Description: Volume: Source: 3. Total volume injected: ,: Only those authorized by Appendix A, II, B. of permit # 8740-DB002. - The mud system to be used for the well is most accurately described as type #3 or 4 of Exhibit B. The additives to be used are included in th_is exhibit. o The estimated volume should not exceed those volumes provided in Appendix A. - As specified by the permit, the fluids will be limited to those generated by the exploratory well activities. Hazardous waste will not be injected. - Less than 15,000 barrels. 4. Zone description: The Tertiary Sagavanirktok Formation is the zone to receive the injected fluids, see Exhibits C and D. We believe these zones are the same as those found at Kuparuk. The depth of these zones will be verified when the logs are available. 5. Depth of injection: - At or below 4,000 feet, subsea depth (SS). 6. Start/stop dates: The earliest date to begin injection is April 1, 1989. Injection should be completed by May 30, 1989. 7. Well schematic: - See Exhibit E. 8. Sealing method: 9. Plug date: Cement plugs will be set at various depths within the well as needed to comply with existing AOGCC regulations. At a minimum, cement plugs are placed above and below any hydrocarbon zone(s) and from 100 feet below the casing shoe to ~ feet above it. AOGCC requirements state that plug placement must be physically verified by an AOGCC witness. - The latest plug date is expected to be May 30, 1989 ~S \ \ ARCO OPERATED.~ MCmT VI~ t~ ST % % EXHIBIT A PT. MclNTYRE STATE GENERAL WELL LOCATION PROPOSED WELL LOCATION + PT. MclNTYRE #5 EXHIBIT B - TABLE 1 EPA AUTHORIZED DRILIJNG MUD TYPES Table 1 may be updated by EPA, Region 10, during the effective period of the permit. If so, the latest updated version will supersede ail earlier versions. Updated versions will be mailed to permittees at the time that the updates become effective. They will be available to other parties upon request. Components Allowable Concentration (lb/bbl) Sea water/Fresh water/Potassi um/ Polymer Mud KC 1 50 Starch 12 Cellulose Polymer 5 Xanthan Gum Polymer 2 Drilled Solids 100 Caustic 3 Barite 575 Seawater or Freshwater As needed 2. Lignosulfonate Mud , Bentonite* 50 Lignosulfonate, Chrome or Ferrochrome 15 Lignite, Untreated or Chrome- Treated 10 Caustic 5 Lime 2- Barite 575 Drilled Solids 100 Soda Ash/Sodium Bicarbonate 2 Cellulose Polymer 5 Seawater or Freshwater As needed Lime Mud Lime 20 Bentonite* ~0 Lignosulfonate, Chrome or Ferrochrome 15 Lignite, Untreated or Chrome- Treated 10 Caustic 5 Barite 575 Drilled Solids 100 Soda Ash/Sodium Bicarbonate 2 Seawater or Freshwater As needed Components 4. Nondispersed Mud Maximum Allowable Concentration (lb/bbl) 5~ Bentonite* 50 Acrylic Polymer. 2 Lime 2 Barite 180 Drilled Solids 70 Seawater or Freshwater As needed Spud Mud Lime 2 Bentonite* 50 Caustic 2 Barite 50 SodaAsh/Sodium Bicarbonate 2 Seawater As needed 6. Seawater/Freshwater Gel Mud Lime 2 Bentonite* 50 Caustic 3 Barite 50 Drilled Solids 100 Soda Ash/Sodium Bicarbonate 2 Cellulose Polymer 2 Seawater or Freshwater As needed *Attapulgite, sepiolite, or montmorillonite may be substituted for bentonite. © © PT. McINTYRE #5 EXHIBIT B. TABLE 2 EPA AUTHORIZED MUD COMI~NTS/SPECIALTY ADDITIVES The following additives have been approved by EPA in their general Permit #AKO285000 as acceptable in Alaska. Not all of these additives ~ necessarily be used, but those which are used will be of the nOn-toxic variety. Maximum Allowable Product Name Generic: D~_o~ion Concentration (lbfobB Aktaflo-S Aqueous solution of non-ionic 3 modified phenol (equivalent of DMS) Aluminum stearate 0.2 Ammonium nitrate 200 mg/l nitrate or 0.05 lb/bbl Agua-Spot Sulfonated vegetable ester formulation 1% by volume Bara Brine Defoam Dimethyl polysiloxane in an aqueous emulsion 0.1 Ben-Ex Vinyl acetate/maleic anhydride copolymer Bk Lube II Fatty acid esters and alkyl phenolic sulfides in a solvent base Calcium carbide As needed Cellophane flakes As needed Chemtrol-X ConDet Polymer treated humate Water solution of anionic suffactants 5 0.4 D-D DMS Blend of surfactants Aqueous solution of nonionic modified phenol 0.5 3 Deseo CF Chrome-free organic mud thinner containing sulfo- methylated tannin 0.5 ProdUct Name Duovis Durenex Flakes of silicate mineral mica Gelex Glass beads LD-8 Lube-106 Lubri-Sal MD Milchem MD Mil-Gard Nut hulls, crushed granular Phosphoric acid esters and triethanolamine Plastic spheres Poly RX Resinex Selec-Floc Sodium chloride Sodium nitrate Sodium polyphosphate Soltex Generic DescriOfion Xanthan gum Lignite/resin blend Sodium polyacrYhte and polyacrylamide Aluminum stearate in propoxylated oleYlaleohol Oleates in mixed alcohols Vegetable ester formulation Fatty acid ester Ethoxylated alcohol formulation Basic zinc carbonate Polymer treated humate Reacted phenol-formaldehyde- urea resin containing no free phenol, urea, or formaldehyde High molecular wei~t poly- acryl.amide polymer packaged in light mineral oil Sulfonated asphalt residuum Mrmimum Allowable Concentration (lb/bbB 2 6 45 1 8 10 gal/1500 bbl 2.0% (by volume) 0.25 0.04 gal/bbl or 0.3 lb/bbl As needed As needed 0.4 8 4 4' 0.25 50,000 mgtl chloride 200 mid nitrate or 0.05 lb/bbl 0.5 6 Product Name Sulf-X ES Therma Check Therma Thin Ocn~'ri~: Description Zinc oxide Sulfono-acrylamide copolymer Polycarboxylic acid salt Maximum Allowable Concenlration fib/bbB As neeAed 1 4 Torq-Trim II Vegetable plus polymer fibers, flakes, and granules VG-69 XC Polymer XO2 Zinc carbonate and lime Liquid triglycerides in vegetable oil Organophilic clay Xanthan gum polymer Ammonium bisulfite 5O 12 2 0.5 As needed EXHIBIT C SECTION P[IU'AFIIOST: Xnterbedde4 ~rivels, sands IAd LOSER UGNU: Znterl)edded coarse to fl~e SaMIs ~ S#OIes. IKST SNC SANOS: I:flterb(dded fine sindstones, stltttoflet, iflcl c lays. Based on data frm:'MCO ~est S4k Itvee State EXHIBIT D · I Il , i .; I I !11 '1 ° ' t · · . .o · '' I Ilia"' "LAI~III~- ~' ' '" "~-'".. a~.----- .o.--.k---- · .i. .ir--u,el.-.----a,.~e,..~---- . . . ! .... '.' ..'~:.:°-,. · . ' .... ' - 3' ,o ,~. " . ~oo ' · :' ..~' I .. ' ~ I ~ ~~.~ ' .. / - ~ - ..,,,~,,, ~ ~ _ ~ _ _ _ ~-- --'_ ~:-- / ...... "~' '", ." ~a'~ ~'~ ~'~' ~. A ................ . . . ~ ~. , ~ ' ' sc.~.. ~.. ~ ~.,_ ... ~: ~.~ ,t r";[ ,.r.,,,~ :,::.: ' '~t~ tO .~k~' -" . ~ ~. . ,~ , . ............. . . . - .. · ·. ~- · , _ _ .- . EXHIBIT E ARCO ALASKA, INC. pT. t'IclNTYRE #$ PROPOSED WELLBORE DIAGRAII 1263" FSL, 242' FEL, SEC. 22, T 12N, R I ,tE, UPI 20' CONDUCTOR ,~ 50' SURFACE CA~INO 4000' TVD 9-518' PROTECTIVE CASINO ,e 88oo' TYD 7" PROTECTIVE LINER 8600'- ! 0.000' TVD CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE (2) Loc ~.~.~. (8) (3) Admen ~C ~'//7/~? 9. (9 thTM ~3) ~o. ~.~ ~~: 11. (10 ~d 13) ,/~ 12. 13. (14 uh~ (23 thru 28) Company Is the permit fee attached .......................................... ~ · Lease & Well No.W~ 3~~~.' ~7- /~~,~e_ NO ~LEMARKS /' - 2. Is well to be located in a defined pool ............................. 3. Is-w~l located proper distance from property line .................. 4. Is'w.~.'-located proper distance from other wells ............... .."... 5. Is sui~i~ient 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 ....................... 14. 15. Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate ..................................... Does the veil have a unique name and number ......................... Is conductor string provided ........................................ Will surface casing protect all zones reasonably expected to 16. 17, 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29. '(29 thTM 31)~ 30. 31. (6) Add,: ~ 4-1o-&9' 32. Geology: Engi.neering: ~- ;' ............. iNITIAL ........ GEO.' uNIT ..... 0N/oFF ' POOL .. ,CL~S STATUS .... i.. ~ . NO. .SHORE, · serve as an underground source o~ 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 abandoument procedure included on 10-403 ......... ... /V~ .. '" · Is adequate wellbore separation proposed ' ~ '' ..eeeeeeeeeeeeeeeeeeeeeee~.e · Is a diverter system required ........... ............................ Is the drilling fluid program schematic and list of equipment adequate~ ,, Are necessary diagramsand descriptions of diverter and BOPE attached. Does BOPE have sufficient pressure rating - Test to~.~psig .. Does the choke manifold comply w/API RP-$3 (May 84) ................. . Is the presence of H2S gas probable .e.eeeeeeeeeeeeeeeeeeeeeeeeeeeee. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. ly Are seismic and sis data presented on shallow gas zones ............ If an offshore loc., are survey results of seabed conditions presented~---~/~ Additional requirements .......................................... ... Additional R~rks: rev: 01130/89 6' 011 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 roadability of the Well History file and to simplify finding information, information, of this nature is accumulated at the end of the file under APPENDIX~ ,. No special :effort has been made to chronologically organize this category of information. ¢, TAPE VER~'FZCA~ZOH LZSTIHG CHLURBERGER ALASKA COHPUTING CENTER 18-JUL-1989 22:59 PAGE: t~ REEL HEADER SERVZCE HA#E : EDZT DATE : 89/0:7/18 ORZGZN : FL!C: REEL HARE : 73398 C~TZNUATZON ~ : PREYZOUS REEL : CORHENT : ~RCOt MZLDCATt PT. ~CZNTYRE STATE ~5t AP! ~50-02~193T t~r~ TAPE HEADER ~ SERYZCEi NA#E : EDZT D AT E : 89/07/18 ORZG!N : FLZC TAPE NAHE : 73398 CONTZNUATZON t : 1 PREVZOUS TAPE : COflHENT : ARCO, HZL~CATt PT. HC2NTYRE STATE ~5, AP'Z ~50-02~21937 t~ FZLE HEADER FZLE RARE' :'.EOZT' ,.001 SERVZCE : FL !C Y ER $ ! ON : 0'01AO DATE : 89/07/18 HAX REC ~SIZE : 1096 F~LE T~PE. : LO LAST' FILE' : ~ SCHLUMSERGER ~ELL SERVZCES ~ COMPANY ;NAME: ARCO ALASKA. !NC,,, 1dELL: POZNT HCZNTYRE STATE F!ELO: WZLOCAT BOROUGH: NORTH SLOPE STATE: ALASKA AP! NUMBER: 50-029-21937 · LOCATZON': 1263"' FSL g 242a FEL SECT!ON: 22 TOi~NSH!P: 12N RANGE: I~E TAPE YER~FICA~ION LISTING CHLU'NBERGER ALASKA COMPUTING CENTER PAGE: PERMANENT DATUM: MSL LOG MEASURED FROM RKB 42 ELEVATION: 0 ABOVE PERMANENT DATUM ELEVATIONS KB: 42 OFf 42 GL: T DATE LOGGED: 04-MAY-89 RUN NU#BER: ONE TO ORZLLERI 5974 TO LOGGER: 2306 CASING 1: 20t a DRILLER DEPTH OF 115 AND LOGGER DEPTH OF 114 BIT SIZE' 1: 1T 1/2# TYPE FLUID IN HOLEt SPUD MUD DENSITY: 10.0 PH: 8o I VISCOSITY: 170 FLUID LOSS: 12.5 MUD RESISTIVITY: FILTRATE RESISTIVITY: MUD CAKE RESISTIVITY: 2.51 ~ 85 2.07 a 70 2.79 ~ 69 TIME CIRCULATION ENOEO: 16:15 04-HAY TIME LOGGE'R ON BOTTOM:' 21,:15 04-MAY MAXIHUM Tt~HP RECORDED: 91 LOGGZNG~DISTRICT:· LOGGING ENGINEER: WITNESS: PRUDHOE BAY FRITZKE SPRZNGER/PAIGE TOOL NUMBERS: NLM-Be 1329 OIC-DA 1308 SGC'JC 2626 · SLM-DA 1596 D! S-,EC 1457 SL S-.~IA 2001 SLC-MA 155 FIELD REMARKS: TOOL STRING USED: DITO-SLTL-SGTE.. 2a HOLE FINDER gAS USED ON THE OiTD. MAXIMUM DEVIATION-- 63-4 DEGREES a476T*. NINE 3o.4e STAND- OFFS gERE RUN ON TH~ TOOL STRING. SONIC CENTR~LZZEO gZTH 3.~e STANDOFFS. BHC SONIC TOOL MaOE OT MEASUREMENTS FROM' TH~ MUO ARRIVALS ZT ~AS 'SEEING. THE REASONS FOR THIS HAPPENING ARE AS FOLLOgS: 1) THE 80REHOLE ZS EXTREMELY LARGE (BIT SIZE = 17'5'") 2) THE H'OLE ZS B~OLY' ~ASHEO OUT FROM THE ORZLLZNG PROCESS. 3} THE OEVZAT~ON ZS CONSTANTLY CHANGING OVER LOGGEO~ZNTERVAL. &) CLIENT ~ZSHED TO USE A 8HC SONIC R~THER 'THAN ~ LSS SONIC. '"25 TAPE VER~FICA¥ION LISTING ,CHLUHBERGER ALASKA COHPUTING CENTER IS-JUL-1989 22:59 DATE LOGGED: RUN NUHBER: TD DRILLER: TD LOGGER: 22-HAY-89 THO 13980 13952 CASING BIT SIZE 13 3/8' a DRILLER DEPTH OF 5974 AND LOGGER DEPTH=OF 59T1 12 1/4' TYPE FLUID IN HOLE: GEL POLYMER DENSITY': 10.2 VISCOSITY: 56 PH: 8.3 FLUID LOSS: 5.4 HUD RESISTIVITY: FILTRATE RESISTIVITY: HUD CAKE RESISTIVITY: 1.74 a 75 1.21 · 67 1.62 a 68 TINE CI:RCULATION:ENDED: 01:30 22-#AY TI#E LOGGER ON'BOTTOH: 23:10- 23-HAY HAXI#U# TE#P RECORDED,' 155 LOGGZNG DISTRICT LOGGZNGENGINEER~ #ITNESS: PRUDHOE 8 AY FR ITZKE/T INKHAiq C ANPA IGN! SPR I NGE R/PA:Z GE TOOL NU#BERS: ZEN-OD'1448 NL#-OC 1329 OIC-OA 1308 SGC-JC 2626 SL #-Da 1026 O:IS-EC ' 145T SL S-WA ' 2001 SLC-MA 1S'5 FIELD REMARKS: 2" HOLE FINDER gas USED ON,'THE BOTTOM DF THE oITE. TOOL STRING PAGE: LOGGING.OOrgN,. "ALL OTHER INTERVALS LOGGED OOgN AND UP- UP LOGS PRESENTED° OO:~tN-UP REPEATIBiLZTY MAS EXCELLENT. IL# SPIKE AT 9848t gAS REPE'ATIBLE,° SP SPI.KI'NG AT 11,o447· ANO AT 10t882t OUE TO~PIPE CONNECTIONS,. DO#N-LOG SP 'gAS USEO FOR INTERVAL TO TO 11,~792e. UP-LOG.SP gAS EXTREMELY NOIS~EYo · DATE'~.LOGG~: RU# TO 'rORILLER :* TO 'LOGGER: 06~JUN-8 9 THREE 14950 1490805 TAPE VERiFICAtION LISTING ;CHLUHBERGER ALASKA COHPUTING CENTER 18-JUL-1989 22:59 PAGE; CASING BIT SIZE 3: 8 1/2m TYPE FLUID IN HOLE: GEL POLYHER DENSITY: 10.3 VISCOSITY: 48 PH: 9.7 FLUID LOSS: 5.2 HUD RESISTI¥1TY: I 81 ; 62 FILTRATE RESISTIVITY: 1~37 ~ 56 HUD CAKE RESISTIVITY: 1.91 a 60 TIHE CIRCULATION ENDED: 01:30 OS-JUN TIHE LOGGER ON BOTTON: 1Z:43*OS-JUN HAXIHUH TEMP RECORDED: 162 LOGGING, DISTRICT: PRUDHOE BAY LOGGING'ENGINEER: FRITZKE W ITNE SS: C AHPA IGN/SPRI NGER/CR AIG DRILLER DEPTH OF 13817 AND LOGGER DEPTH OF 13822 NGO-B 739 STR-CA 161 SOC-AB 14 DIC-EB 276 A~M-AA 870 TOOL NUMBERS (DTE/SDT/NGT PASS): TCC-A 276 TCPt-AB 95 WOlq-AA 541 SLS~VB 10 OIS-HC 276 FIELO REMARKS CD:TE/$OT/NGT PASS):' TOOL STRING 'USED: DITE-SDT-NGTD-TCCA-A#So 1,,,.4 INCH TEFLON S'TANOOFFS gERE USEO ON 'THE OITE. TOOL STRING ~NAS LOGGEO AT APPROXo 1150 FT/HR AS REQUESTED. OTLN*~ANO' OTLF gERE NOT.. REPEATING ~ELL ~N THE 'H~GH PERR' ZONE. TOO EXTRA 'PASS ~ERE MADE OVER THE ZONE C14670a - 1~480~)t BUT NO BETTER OATA ~AS OBTAZNEO. TOOL YOY:O~NG:'IN THE HOLE DUE TO HOLE CONDITIONS. THiS UNEVEN TE'N'$~ON CASUES DEPTH DZSCREPENCZES POORER TOBL RESPONSES AND HENCE POORER REPEATZBILTY. POOR REPEATABILITY ~AS ALSO A FUNCTION OF THE 80REHOLE CONDITIONS. gAVEFORMS ~ERE ACQUIRED gZTH EACH PASS 8UT NOT PRESENTED. TOOL NUNBERS (LOT/CNL/EPT PAS, S): TCC-A 27'6 SGC-SA ¢06 EPS-CA 163 PCC-HA122 NSC-E 793 TCH-A8 95 AMi~-AA 8*70 E PC-O A 120 PCM-A 133 CNC-HA 332 ORS-C 6969 FIELD REMARKS (LDT/CNL/EPT :PASS): TOOL STRING USED:. LDTD-CNTH-PCDB-EP'TG-SGTL-TCCA-AMS. BECAUSE :OF POOR .HOLE CONDITIONS AT THE BOTTOM OF THE H:OLE~ THE DEEPEST LOGGING DEPTH A"TTENPTED WITH THIS 'TOOL' STRING gas APPROX- 1&862~o THIS DECISION ~g'AS 'MADE B,Y g. CAHPAZGN ANO i/AS BASEO ON THE PREVIOUS LOGGING RUN:. THE ECCENTRALZZZNG BOgSPRZNG :gas USEO ON THE CNL° THE EPT-G gas RUN gZTH AN ENOFIRE MAGNETIC OIPOLE ,, TAPE VERZFICAYION LISTING CHLUMBERGER ALASKA CONPUTZNG CENTER IS-JUL-Z989 22=59 ANTENNAE. TOOL YOYO"Z:NG ]:N THE HOLE DUE TO HOLE CONDITIONS o THIS UNEVEN TENSION CAUSES DEPTH DISCREPENCIESt POORER TOOL RESPONSES AND HENCE POORER REPEATXBILITY,, POOR REPEATIBILITY gas ALSO A FUNCTION OF THE BOREHOLE CONOZTZONSo CNL '#ATRIX = 2°65 G/C3t FLUZO OENSITY= 1.0 G/C3. DATE JOB STARTED** 18-JUL-89 JOB REFERENCE NO.' 73398 LDP/ANa'. J. KOHR*'J:NG PAGE: FILE - EDIToO01 ARCO ALASKA, ZNCo WZLDC A T~ POINT #CZNTTRE STATE 50-OZ~Zlg37 MAIN PASS LOG DATA OATA SAN'PLEO EVERY -DSO00 FEET DATA Z~NCLUDEO - TOOL EXTENS ]::ON TOOL T YP E US ED N;AtRE GR .CSG 0 IT- E . OT E SOT .SOT LOT oLDT CNT-A/O/H .CNL NGT oNGT E PT-O/G . E PT O~T-O .OIL BHC oBHC DUAL ZNOUCTZON SFL COMPENSATED SONIC GAIqMA RAY 2N CAS]:NG PHASOR DUAL :~NOUCT~rON SFL ARRAY SONIC L/:THO 'OENSITY CORPENSATEO NEUTRON NATURAL GA.M~A SPECTROSCOPY ELECTROMAGNETIC PROPDGAT~ON 13890"' TO 5971" . AND ZZg5" TO 114" 13553~' TO 5971* AND 2Z69" TO 114" 1.3700" TO 20~ 1~901~ TO 1382Za 14870e TO 13822e 14855~ TO 13822~ 14839~ TO.138ZZ~ 14824a TO 1382Z~ 14815~ TO 13822~ TABLE TYPE : CONS TUN Z: VALU O ER ]: CN ARCO ALASICA.~' :]:NC. CDM:PANY NAIIIE FN ~XLOCAT F~ELD NAME ~S TAPE VERIFICATION LISTING CHLUMBERGER ALASKA COMPUTING CENTER 18-JUL-1989 22:59 PAGE: 6 TUN ! VALU DEF ! bin POINT MCINTYRE STATE #5 WELL NAME APIN 50-029-2193T FL 1263e FSL g 242e FEL SECT 22 TObiN 12N RANG 14E COUN NORTH SLOPE STAT ALASKA NAT']: USA ENG! FRITZKE MXTN C A#PAXGN/SPRXNGER/CRAIG SON 548358 POAT NSL EPO FT 0 o L NF R K B APO FT AZ .. EKB FT 4 2. E DF F T 4, 2 o EGL FT 7. TOD FT 149500 BLZ FT 14901. TL! FT TCS 01:30 OS-JUN TLAB 12:43 OS-JUN API SERI*AL NUMBER FIELD COCATION SECTION TOWNSHIP RANGE COUNTY STATE OR PROVZNCE NATION ENGZNEEfl'S NAME WITNESS' S ':NAME SERVICE ORDER NUMBER PERN:ANENT OATUM LOG NEASURED FROM BOTTOH LOG INTERVAL TOP LOG INTERVAL TZHE CIRCULATION STOPPED TI'#E LOGGER AT BOTTOM TABLE TYPE : CURV DEF! :':/ OEPT , ~SFLU ~ SP '~"T ENS '~ DT TT! TT2 · TT3 TT4, SP GR TENS GR CCL TENS SFLU ILO SP DEPT:H CHANNEL' NAME IL-DEEP RESZ$:TZV'ITY IL'-HEDIUM RESZ'STZVITY SFL UNAVERAGED SPONTANEOUS POTENTIAL GAHNA RAY TENSION OELTA-T TRANSZT TIME 1 TRANSIT TIHE 2 TRANS~'T TZHE :~ TRAM ~TIHE ~ SP ~S POTENTIAL TENS ~ON GANflA RAY CCL AHPL ~TUD E TENSION SFL ~UNAYERAGEO ~L'-~EO2UH RESiSTiViTY ~L-DEEP RESiSTiViTY SPONTANEOUS POTENTIAL IS TAPE VERZFICAYION LISTING CHLU~BERGER ALASKA CORPUTING CENTER 1g-JUL-1989 Z2:59 DEFI IDPH INACTION OEEP PHASOR RESISTIVITY IHPH INACTION REDZUH PHASOR RESISTIVITY ZFRE INDUCTION CALIBRATED FREQUENCY CZDP ZN~CTZO~ DEEP PHASOR CONDUCTIVITY CIHP INACTION REDZUR PHASOR CONDUCTIVITY IZRD INTERMEDIATE %NDUCTZON~ REAL DEEP CONDUCTIVITY IZXD INTERMEDIATE INDUCTION QUADRATURE DEEP CONDUCTIVITY IIRH IEOZATE Z~UCTZON REAL HEDZUH CONDUCTIVITY SGR SP GANRA-R AY CGR Carl GANRA RAY FROg THORZUH~ URANZUH, AND POTASSIUR TENS TENSION HTEH HUD~ET, ~ERATURE HRES ~D RESISTIVITY HTEN HEAD TENSION DT DELTA-T DTL DELTA T LONG SPACING DTLN DELTA-T 'LONGn~U~ SPACING NEAR DTLF DELTA-T LONG SPACING FAR OTCO OELT'A-T CO~PRESSr~ONAL DTSH OELTA-T SHEAR COHC VALUE AT~C'OHPRESS2ONAL PEAK COHS KE VALUE AT SHEAR PEAK COST E VALUE AT STONELEY PEAK TT1 TR T-TIRE 1 TTZ 'TR ,T TIRE Z TT3 TR TINE 3 TT.4 TRANS/T TIRE 4 LTTZ LONG SPACING TRANSIT 'TI~E gO-DE 1 LT'T2 ~ON~ :Z~G TRANSIT TINE NODE 2 LTT3 LONG TRANSIT TZ~E ~ODE 3 LTT4 LONG TRANSIT 'TZHE HO'DE 4 SP SPON'TANEOUS POTENTIAL SGR SPECTROSCOPY GAHHA-RAY CGR CORPUTED GAflHA RAY FRO,H THORZUH~ UR'ANZUHw AND POTASSZUH TENS TENSION HTEH HUD TERPERATURE HRES ~UD RESZSTZ~Z'TY HTE, N HEAO RHOB BULK DRHO OELTA RHO PEF PHOTO-ELECTRIC FACTOR QLS QUALITY 'CONTROL OF LONG SPACING FOR LDT SS QUALiTY'CONTROL ON SHG~RT ,SPACING FOR LOT S LONG SPACZ:~ COMPUTED COUNT RATE LU LONE UPPER 1-2 'g[NO'Og COUNT RATE (LUI+LU2) LL LONG LO'~ER MZNDO~ COUNT RATE LITH LZTHOLOG HZNOO'H CO.'~'T RAT'E SS1 SHORT SPACING I WINDOW COUNT .RATE SS2 SHORT SPACING Z gZ.~OW COUNT RATE LSHV LOnG SPACING HZGH VOLTAGE OUTPUT SSHV SHORT SPACING HIGH'VOLTAGE LOOP OUTPUT' SZRH SHORT SPACING I DENSITY LSRH LONG SPACING RHOB CUNCORRE'CTED) PAGE: IS TAPE VER'ZFICA'TZON LZSTING CHLUHBERGER ALASKA CC)HPUTING CENTER 18-JUL-1989 22.'59 PAGE: DEF! LURH LONG UPPER RHO8 CAL! CA'LIPE_R G R GA lilldl A R~ Y TENS TENS!ON' NTEIq HUD TE4ulPER ATURE HRES ~JD RE$1STZVZTY HTEN HEAD TENS!ON NPH! NfiTRON POROSITY TNPH THERHAL ,EUTRON POROSZTY TNRA CAL: THERHAL NEUTRON R ATZO NEU POROSZT'Y OUTPUT FROH. AN APPL!CATZON PROGRAH RAil CORRECTED NEAR THERP~AL COUNTS RAtit CORRECTED FAR THERHAL -COUNTS 'CORRECTED NEAR THERIIdlAL COUNTS 'COBRECTED FAR THERNAL COUNTS GA##A RAY CALIPER TENSION HUD RES~ZST!VZTY 'HUD TEHPERATU'RE HE AD TENS!ON, SPEC TROS COPY · G AHHA-R AY CO~UTED GAH~A RAY FROH THORZUH,i URANZUH~ AND POTASSZUM THORZUH NPOR RCNT RCFT CNTC CFTC GR CAL! TENS HRES HTEH HTEN SGR CGR THOR POTA URAN blING ~2NG 'WSNG TENS ~dITEH HRES CS HTEN NYR FYR GR HO SA CA'L! TENS WINDOW I (.150- ,5 HEY') WINO0# 2 (:,.5 - 1.1 EY) W3NG '4'I'NDOW 3 (I,1 - I..6 HEV) gZ~NG 'NiND~ 4 (1.6 - Z NEY) gZNOOg' S (2 - 3 HEV) TENSZON HUD TEHPERA'TUR E HUD RESZSTZYZTY CABLE SPEED HEAD TEN, S. ZON _ NEAR VOLTAGE REFERENCE FAR' VOLTAGE REFERENCE GA'NH A RAY HOLE OIAHETER CAL~PE'R TENS !OH MTEM MUD TEMPERATURE MRES MUD RESZSTZVZTY HTEN HEAD TENS!ON ]rS TAPE VERZFZCATTON LZSTZNG CHLUNBERGER ALASKA COHPUTZNG CENTER 18-JUL-1989 22:59 ~:~ DATA FORHAT SPECZFZCAT];ON RECORD ~'.~ SET TYPE - 64.E8 TYPE REPR CODE VALUE I 66 0 2 66 0 3 73 4*84. 4. 66 1 5 66 6 73 T 65 8 68 0.5 9 65 FT 11 66 Z 1Z 68 13 66 0 .14 65 FT 15 66 68 16 66 1 0 66 0 · t~ SET TYPE - CHAN ~ · NAME SERV UNIT SERV];CE AP]; AP]; AP]; APl[ FZLE'NUM8 NUMB SZZE REPR PROCESS ID ORDER ~' LOG TYPE CLASS MOO NUMB SAMP E'LEM CODE (HEX) CCL CSG 548358 80 TENS CSG LB 5:48358 80 SFLU OTE OHMM 54*8358 07 ZL'lq' OTE OHMM 54*8358 07 ];L'D DTE OHHM 5483.58 07 SP OTE IqV 548358 07 TOPH OTE OHMM 548358 07 ZMPH DTE OHNH 54**8358 07 ZFRE DTE HZ 54*8358 07 CZOP O'TE I~iRHO 548358 07 000 O0 0 I i 1 000 00 0 I I 1 000 O0 0 I 1 000 '00 0 I I 1 000 O0 0 I I 1 0 O0 O0 0 I I 1 4*. OOO O0 0 I I 1 000 O0 0 1 000 O0 O' I 1 000 O0 0 I I 1 000 O0 0 I I 1 000 O0 0 1 000 00 0 I I I 4 000 O0 0 I I 1 O. O0 O0 0 310 01 0 I I 1 150 01 0 I I I 4 635 21 0 220 0.1 0 120 4*4* 0 I I 1 120 4*6 :0 I I 1 010 01 0 I I 1 120 4*6 0 I I 1 120 44* 0 I I 1 000 O0 0 1 I 1 4 II0 46 0 1 I 1 68 0000000000 68 0000000000 68 OOO000'O000 68 0000000000 68 0000000000 68 O00000OO00 68 O00OO00000 68 0000000000 68 O0'O0000OO0 68 0000000000 68 0000000000 68 O00000000O 68 0000000000 68 0000000000 68 0000000000 6:8 0000000000 68 OO000OO000 68 O000OO0000 68 oooo~ooooo 68 O000~O0000 6 8 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 PAGE: TAPE VERZFICATZON LZSTZNG CHLUHBERGER ALASKA COMPUTING CENTER 18-JUL-1989 Z2;59 NAHE SERV UNIT SERVZCE AP! AP! AP! AP! FILE NUH8 NUHB SIZE REPR PROCESS ID ORDER ~ LOG TYPE CLASS mOD NUMB SANP. ELE# CODE (HEX) C!#P DTE ##HO 548358 OT IZRD DTE ##HO 548358 07 IZXD DTE M#HO 548358 07 IIR# DT-E #Mt,,IO 548358 07 SGR OTE GAP! 548358 O7 CGR DTE GAP! 548358 O7 TENS DTE LB 548358 07 #TEN DTE DEGF 548358 07 INRES OTE OH## 548358 O7 HTEN DTE LB .54,8358 O7 DT SOT US/F 548358 O7 DTL SOT'~ US/F 5,~835'8 O? DTLN SOT'* US/F 5483S8 DTLF SOT US/F 5~8358 DTCO SOT US/F 5~8358 DTSH SOT US/F 54,8358 COHC SOT COHS SD'T COST SOT TT1 SOT US TT2 SOT US IT,4 SOT LTT1 SOT US LTT2 SOT US LTT3 SOT US LTT4 SOT U S SP SOT 54'8358 54835 8 548358 5483'58 548358 5483 58 5483 58 548358 548358 SGR SOT GAP']; 5~8358 CGR SOT GAP'/; 5.48358 TENS SOT L8 5~8358 MTEN SOT DEGF 548358 PlRES SOT OHNN 548358 HTEN SOT L8 5.48358 RHOB LOT G/C3 5~8358 ORHO LOT G/C3 5~8358 PEF LOT 548358 QLS LOT 548358 ~l$ LOT 548358 ~ LOT CPS 54.8*358 LU LOT :CPS 5,8358 LSHV LOT 'V 548358 5SHV LDT V 54.8358 SIRH LOT G/C3 548358 LSRH LOT G/C3 548358 LURH LOT G,/C3 548358 CALI LDT IN 548358 0 I I I 4 68 0 I I I 4 68 0 I ! I 4 68 0 I I I 4 68 0 I I I 4 68 0 I I I 4 68 O. I I I 4 68 0 I I I 4 68 0 I I I 4 68 0 I I I 4 68 0 I I I 4 68 0 I I I 4 68 07 520 80 0 1 1 I 4 69 07 520' 80 0 I I I 4 68 07 000 O0 0 I I 1. 4 68 07 OOO OO 0 I I I 4 68 07 000. O0 O: I I I 4 68 OT 000 O0 0 I I I 4 68 07 000 O0 0 I I ! 4 68 07 522 83 0 I I I 4 68 07 522 83 .0 I I I 4 68 07 522 83 0 I I I 4 68 07 522 83 0 1 I I 4 68 07 5,22 83 0 I I I 4 68 OT 522 83 0 I i 1 4 68 07 522 83 0 I I I 4 68 07 522 83 0 'I I I 4 68 07 010 01 0 I I I 4 · 68 07 3-10 01 0 I I I 4 .68 0 T 310 01 0 I I ! 4 68 07 63,5 21 0 I I I 4 68 07 000 O0 0 ! I I 4 68 07 000 00 0 I I I 4 6 8 07 000 O 0 0 I 1 I 4 68 350 0 .Z 0 I I I 4 68 356 01 0 I I I 4 68 09 35'8 O1 0 I I 1 4 6'8 09 354 01 0 1 I 1 4 68 09 354 01 0 I '1 I 4 68' 0'9 354 01 0 I I I 4 68 0'9 354 01 :0 I ! I 4 6 8 09 354 01 0 ! I I 4 68 09 354 01 0 I I I 4 68 09 354 02 '0 1 I I 4 68 09 354 02 0 .1 I I 4 68 09 354 00 0 I .1 I 4 68 09 354 O0 0 1 I I 4 09 350 Ol 0 I I I 4 0.9 350 02 0 '1 I I 4 09 350 02: 0 I ! 1 4 09 280 01 0 I I I 4 110 44 000 O0 000 O0 000 O0 310 01 310 01 635 21 000 O0 000 O0 ODO O0 520 80 5ZO 80 O0000OO000 O0000OO000 O00000OO00 OOO0000000 O0000OO00O 000000000:0 O0000OO000 O'O000OO000 OOO0000000 0000000000 0000000000 0000000000 000000~000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 OOObO00000 00000.00000 O0000OO000 0000'000000 O0000OO000 O0000OO000 O00000000O 0000000000 0000000000 0000000000 O0000OO000 OOO0000000 0000000000 0000000000 O0000OO000 0000000000 OOOOOO0000 000.0000000 0000000000 O00000OO00 O0000OO000 0000000000 0000000000 OOOO000000 O0000OO000 0000000000 68 0000000000 68 O0000OO000 68 OOO00OO000 68 O0000OO000 68 '0000000000 PAGE: 10 ZS TAPE VER/.FICATION LZSTING CHLU#BERGER ALASKA CONPUTZNG CENTER 18-JUL-1989 Z2:59 PAGE: 1! NANE SERV UNZT SERVZCE AP! AP! AP! APl FILE NUtiB NURB SIZE REPR PROCESS ZD ' ORDER t LOG TYPE CLASS ROD NURB SANP*ELEN CODE CHEX) GR LDT GAP! 54,8358 09 310 01 0 I I I 4 68 0000000000 TENS LDT LB 548358 NTE# LDT DEGF 54,8358 NRES LDT OliN# 548358 HTEN LDT LB 548358 NPH! CNL PU 54*8358 TNPH CNL*-PU T#RA CNL NPOR CNL PU RCNT CNL CPS RCFT CNL CPS CNTC CNL CPS 5483 58 CFTC CML CPS 5¢8358 GR C#L GAP/. 5:4*8358 CAL! CNL /.N 548358 TENS CNL LB 54.8358 tIRES CNL' OHlqg 54*8358 HTEti CNL~ DEGF 54*8358 HTEN CNL LB 548358 SGR NGT GAP/: 54*8358 CGR NGT GAP! 54*8358 THOR NOT*'~ PPH 548'358 POTA NGT PU 5483S8 URAN NGT P'Pti 54*8358 HI'NG NGT CPS 5'4*8358 H2NG NGT CPS 54*83 58 ld3NG NGT CPS 548358 kl4NG NGT CPS 54*8358 :1~ 5:N G NG:T C PS 548358 TENS NGT LB 548358 MTEti NGT D. EGF 5483 58 MRES NGT OHNH 548358 CS NGT F/HR 548358 HTEN NGT LB 54.83 58 NYR EPT' Y 54,8358 FVR EPT V 548358 GR EPT GAPZ 54*8358 HD EPT ZN 548358 SA EPT ZN 548358 CAL! EPT /.N 54.8358 TENS EPT LB 54.8358 MTEM EPT OEGF 54.8358 HTEN EPT LB 54.8358 09 635 21 0 I 1 09 000 O0 0 I 1 09 000 O0 0 I 1 09 000 O0 0 I 1 Og 890 O0 0 I 1 O9 890 O0 0 I 1 09 420 01 0 I 1 09 890 O0 0 I 1 09 420 01 0 ! 09 4*20 01 0 I 1 O9 4*20 01 0 I 1 09 4*2.0 01 0 ! 09 310 01 0 I 1 09 280 01 0 I 1 09 635 21 0 I 1 09 000 '00 0 I 1 09 000 O0 0 I 1 09 000 O0 0 I 1 07 310 01 0 I 1 07 310 01 0 I 1 07 790 50 0 I 1 D7 719 50 0 1 07 792 50 0 ! 1 07 310 01 0 I 1 07 310 01 0 I 1 07 310 01 0 I 1 07 310 01 0 I 1 07 310 01 0 i 1 07 635 21 O I 1 07 OOO 00 0 I 1 07 000 00 0 I 1 07 636 21 0 I 1 07 0O0 00 0 09 132 Ol 0 1 1 09 132 11 0 I 1 09 310 01 0 I 1 09 310 01 0 I 1 0.9 28.0 01 0 I 1 09 280 01 0 I 1 09 635 21 0 I 1 09 000 00 0 I 1 09 000 O0 0 I 1 09 000 00 0 I I 68 68 68 68 68 68 68 68 68 68 68 69 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 ,68 68 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 OOOOOO0000 O0 OeO O 0 O00 oooeoooo, oo 0000000000 OOOOO00000 OOOO0000'O0 0000000000 0000000000 O0000QO000 0000000000 0000000000 00000'00000 O0000OO000 0000000000 00000000:00 000000OO00 0000000000 000OD00000 0000000000 0000000000 0000000000 000OO00000 0000000000 0000000000 0000000000 0000000000 0000000000 O000OOO000 0000000000 O0000OO000 OOOO000000 O0000OOOOO ~00O0000000 0000000000 O000000000 0000000000 0000000000 · '~ DATA IS TAPE VER*ZFICATION LIST/NG CHLUHBERGER ALASKA CONPUTING DEPT. SPoDZL TT1.BHC SP- BIIC CCL.CSG IL D. DT E IFRE. DTE IIXD. DTE T EN$.,OTE DT. SDT DTCO. SOT COST. SOT TT4*. SOT LTT4.SDT TENS. SOT RHOB'L'BT QS$'LOT I,ZTH. LDT SSHV.LDT CAI,X.LDT NRES.LDT T NRA. CNL, CNTCoCllL TENS°CNL SGR. NOT URANoNGT WA NG. NGT H RES- NGT F'V'R. EPT CALI. EPT HTEN. EPT DEPT. $ P. TTI. BHC $'PoBHC CCL. CSG ILD..DTE Z FR E. DTE ZIXD. DTE T E :N S. DT E DT.SDT OTC.O. SOT COST. SDT TT4-SDT LTT4*.$OT TEN So SDT RHOB.LOT QSS.LOT LZ'TH.LDT $SHV.LDT C A,I,,L I o LOT MR'ES.LOT TNRA.CNL CNTC. CNL 150090000 -999.250 -999.250 -999.250 -999.250 1.331 20.000 142.250 2990.000 89.9*0'0- o.O*ogo 597.200 1035.600 2990' 000 -999:. 2 50 -99902 50 -999,, 250 -999*250 - 999.' 250 -99902 50 -99'9.250 -999.250 -999.250 0..000 0.653 -999.2 5:0. -999.250 -999.250 15000,000 -999.250 -999.250 -9'9*9.250 -999.250 1.331 ZO. 000 1~2 o 2'5.0 6412'000 89.900 0.000 0.000 597.2 O0 1035.6.00 64.12o0.00 -999o250 -999.250 -999° 2'50 -999.250 -999- 2 SO -999,. 250 -999.250 -999°250 CENTER ILD. O, XL GR.DIL TT2.BHC GReBHC TENS'CSG SP.DTE CZDP.OTE XZRN.DTE MTEN.DTE DTL.SDT DTSM'SDT TTI.SDT MT EM. SOT DRHO. I,DT $ S1.LOT S1 RI,Il LOT GR,.LOT HT Ell. LDT NPOR..CN~L CFTCoCNL NRES,CI~L CGR. NGT 141 NG. NGT #SNG.NGT CS'NOT GRiEPT TE NS 0 E PT ILO'OIL GR.OIL TT2*SHC GR.OHC TENS'CSG SP. DTE C I DP * DT E X I R:#-D'T E MTEN.DTE DTLo SOT OT $#. SOT T T SOT LTTll.'$O,T SPiSDT NT EM. SDT ORHO'LOT LSoLOT SS1.LOT $1RH.LOT GRoLDT H T E N. LDT NP OR-CNL CFTC.CNL 18-JUL-1989 22:59 -999.250 XLN.DXL -999.250 TENS.OiL -999.250 TT3. BHC - 999.250 TENS. BHC -999.250 SFLUoDTE -29.54*T IDPH.DTE 74,90 500 CXNPoDTE 675.000 SGR. DTE 154..&25 #RES.DTE 90.500 DTLN° SOT O. 000 COLIC. SDT 584.. 800 TT2. SOT 1011. Z00 LTT2. SDT -29. 54,7 SGR.SDT 154.625 HRES. SDT -9990250 PEF. LDT - 999- 250 LU-L DT -999- 250 SS2.LDT -999.250 LSRH.LDT -999.250 TENS~LDT -999.250 NPRXoCNL - 999.. Z 50 R'C N'T ' CHI. -999.250 OR. CHI, -999.250 MTEN. CNL 0" 000 THOR. NOT 344. 671 gZNG.NGT 10.204 TENS.:NGT 324.000 HTEN. NGT -999. 250 HD. EPT -999.250 NTEH.EPT -999-250 XLN. DIL -999°250 TENS.OIL -999.250 TT3.BHC -999* 250 T'EN~. BHC -999. 250 .....set O. 000 COHC. SDT 584,0 800 TT2. SOT 1011,Z00 LTT2oSOT -2-9.516 $GR.SDT 154o625 MRESoSDT -999.25'0 PEF.LDT -999' 250 LU. LD'T -999.250 SS2.LDT -999°250 LSRHoLDT -999. 250 TENS.LDT --999° 250 NPHX.CNL -999.250 RCNT*CNL -99'90 ZSO G R-CNL -9990250 -999.250 -999. Z50 -999.250 1.$87 1. 334 74* 7. SO0 00000 0.653 88**500 O. 000 ¢11.200 846.4*00 00000 0.653 -99902'50 - 999.250 -99 9.250 -999'250 -999.250 -999.250 -999..250 -999' 250 -999' 250 0.000 16 5' 533 2990' 000 *'9.96! -999.250 -999,.2.50 -999°2.50 -999°250 ,- 99 9, Z 50 -999.250 10587 741.334 7- 5.00 O. O00 0.653 88'500 O. 000 411'200 846.400 .0.000 O* 653 -999.250 -999-250 -9990250 -9'9 9:,. 250 - 99,9. 250 '-999. Z 50 - 999' 250 -999.250 FLU. DIL DT. 8HC TT4.BHC GR. CSG XL R* DT E NPH* DT E IIRO. DTE CGR.DTE HTEN-DTE DTLF. SDT COHS'SDT TT 3. $OT LTT3. SDT CGR.SDT .HT'EN.$DT QLS,LDT LL"~DT SHV'LOT LURH.LOT #TEIq. LDT T#PH. CNL RCFT.CNL ALX.-'CNL HTEN*CNL POTA. NET ~3NG'NGT NTEN.NGT NVRi'EPT SA.EPT MRE S. EP T SFLU. OIL OT' 8HC TT4.8HC GR. CSG XLN*OTE INPH. OT.E X'XROoDTE CGR. BT E HTEN. DTE DTLF. SDT OHS:. SOT TT3. SD'T LTT3'SDT CGR. SOT HTEN.$DT QL S. k D'T LLoLOT SHV,, LOT LURH. LOT MTE~'LOT TNPH' CNL CFT.CNL AL !. CNL PAGE: 12 -999.250 -999.250 -999.250 -999.250 1.344. 1.337 568.000 0.000 -9.961 87.900 0o000 772,000 1199.200 0.000 '-9.961, -999.250 -999.250 -999.250 -999.250 -9990250 -999-2-50 -999'250 -999.250 -999.250 0.000 60o626 15~..625 -999.250 -999.250 -999'250 -999-250 -999.250 -999,250 -999.250 1.344 1.337 568-000 0.000 -8'81.3 87.9'00 0.000 772.000 1199.200 0.000 -8.813 -999-,250 -9990250 -999.250 -999.250 -999~250 -999°250 -999-250 -999'250 IS TAPE VERIFICATION LISTING CHLUNBERGER ALASKA CONPUTING CENTER TENS.CNL -999.250 HRESoCNL SGR.NGT 0.000 CGR.NGT URAN. NGT 0.000 glNG.NGT HSNGoNGT 14.739 gSNGoNGT NRE$.NGT 00653 CS.NGT FVR. EPT -999- 250 GR. EPT CALI. EPT -999.250 TENS.EPT HTEN. EPT -999.250 DEPT. 14000.000 ILD.DZI. TT405DT 641 . LTTI.~DT LTT40 SDT 1161. TENS. SOT 9488.000 NTEIq.$DT RHOS,I. DT 2.417 ORHO. LDT QSSoLDT- Q,,021 LS.LDT L ITH,..L~ 68.250 $ SI'LOT SSHVoLDT 1394.000 ' SIRfleLDT C_AL I_,,LDT ~_ :_ ...... 12,.1:41 .... G~.LD T NRESoLDT 0.652 HTEN. LDT TNRA. CNL 3. 242 NPOR.CNL CNTC.CNL 1968o 513 CFTC.CNL TENS o CN~ 113'20.000 MR E S. CNL SGRo N:GT 170.7 30 C GR 0NOT URAN°NGT 10.193 gl,NG.NGT ttSNG,oNGT 16.9:68 WSNG°NGT NRES'NGT 0.700 CSoNGT FVR' EPT 0.5 94 GR. EPT CALIoEPT 12.141 TE:NS.EPT HTEN. EPT 1822o000 DEPT. 130.00.000 ILD. SP. DIL 13,4.875 GR ° DZL TT1.8HC 638.0 O0 T 72.8HC SP° 9HC 134. 875 GR o BHC CCL.CSG -0.095 TENS.CSG ILD. DTE -999.2 SO SP. DTE ZFRE, DTE -999.250 CZO.PoDTE IIXDoDTE -999.250 IIRN.DTE TENSoDTE -999.250 HTEN. DTE OT. SOT -99'9.250 D'TL. SOT DTCO°SDT -999°250 DTSN,. SOT COST. SOT -999. Z 50 TTIo SOT TTS.SDT -999.250 LTTI.SDT LTTS' SOT -999. 250 SPo SDT 18-JUL-1989 22:59 -999.250 MTEM.CNL, 0,.. 000 THOR.NGT 344.671 tJ2NG,NGT 10.204 TENS.NGT 1000.000 HTEN.NGT -999~.250 HD'EPT -9990250 NTE#o EPT -999.250 ZLR.DIL -999. 250 TENS.OIL -999.250 TT3. BHC -999.250 TENS.BHC -999.250 SFLU. DTE -138.250 IDPH. DTE 505.500 CZHP'DTE 456.250 SGR.DTE 143o125 NRES°DTE 100. 000 DTLN. SOT 171.000 COHC.SDT 640.¢00 TT2.SDT 1166"400 LTT2.SDT -138,250 SGR.SDT 143.125 NRES. SDT 0.032 PEF.LDT 282.500 LU. LOT 224.875 SS2.LDT 2°295 LSRH.LDT 165.625 TENS.LDT 1822. 000 NPHZ.C~L 35.522 RCNT. CNL 615.082 GR. C'NL 0.652 IqTEN. CNL 96,0 295 THORoNGT 567.873 t/2 N.Go NGT 15.27'I TENS. NGT 1008. o000 HTEN.NGT 165. 625 HD. EPT 11320/'000 NTEH.EPT -999.250 0,000 1659533 6412.000 -8.8,13 -999.250 --999.250 -999.250 --999,250 -999' 250 -999.250 Z. 291 1.978 504.250 170.73,0 O. TO0 990600 0.942 436.0'0.0 95 7.600 170.730 0.700 4.117 266.250 323.500 11320.0 34.502 1982.432 165.625 1470875' 120 898 2670534 9¢88,000 1296.000 11.555 14 T, 8'75 2.858 IL~.DZL Z.843 860438 TENS.DZL 1835.000 4430 500 TT3.' BHC 639' 500 86.438 'TENS. 8HC 183:5.000 7152. 000 SFLU. DTE -9:990250 -999.250 IDPH.DTE -999.250 -999.' 250 CINP.DTE -999.250 -999.250 SGR.DTE '-999.0250 -999.250 NRES.DTE -999.250 -999. 250 OTLN.SDT -999.250 -999.0250 COHC.SDT -999.250 -999.250 TT20SDT -999.250 -999.250 LTT2.SDT -999.250 -999.250' SGR,.SDT -999.250 HTEN. CNL POTA.NGT, ld3NG. NGT lqTEN.NGT NVR.EPT SA. EPT NRESoEPT SFLU. DZL DT.BHC TTS.6HC GR.CSG ILN. DTE INPHo DT E IIRD.DTE CGR.DTE HTEN.DTE DTLFo SOT COHSoSDT TT3oSOT LTT3. SOT CGR. SDT HTEN. SDT QLSoLOT LL.LOT LSHVoLOT LURH.LOT NTEN.LDT T NPH. CNL RCFT.oCNL CALZoCNL HTEN.CNL POTAoNGT U3NGoNGT NTE#.NGT NVR. EPT SA. EPT NRES.EPT SFLU. OIL OT.8HC TTS.SHC GR.CSG ILIq. DTE ZMPH.DTE IIRD. OTE CGRoDTE HTENoDTE DTLF.SDT COHS.SDT TT3oSDT LTT3. SDT CGR. SDT PAGE: 13 -999.250 0.000" 64.626 154.625 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 2.020 1.981 409°750 96.295 1296.000 '~99.700 0..371' 843.600 1372-400 96.295 1296,000 0.001 149.500 1726.000 2.398 167.875 35.51'7 568°053 12-141 1822.000 3,064 82'579 143.125 3. 650 1.2'91 ''~' 0.652 2.663 96.188 446.00O 54.219 -'g99,250 -999.25.0 -999.250 -999.250 -999.250 -9990250 -999°250 ' 9990250 -999.'250 -999.250 IS TAPE VERIFICATION LISTING CHLUIRBERGER ALASKA COMPUTING CENTER TENS°SOT RHOB.LDT QS S. LOT LZTH.LDT $ SHV. LOT CALI.LDT . MRES.LDT T NRA. CNL CNTC-CNL* TENS.CNt SG R. NGT U R AN,. NGT Id4~NG. NGT MRE$.NGT FVR.EPT CAL !.EPT HTEN.EPT DEPT. SP. DIL TTloBNC SP.BHC CCL. CSG ILD. DTE IFRE.DTE IIXD.DTE TEN$oDTE * DT.$DT DTCO. SDT COST.SOT TT4,. SOT L TT 4. SOT TENS.'SDT R HOB o LOT QSS'.LDT L ZTH'. LOT SSHV'*LDT CALZ,LDT HRE $.LDT TNRA.CNL CNTC°CNL T E N S ' C SGR.NGT URAN. NGT gANG,. NGT MRES.NGT 'FYR. EPT C AL Z. EPT HTEN' EPT DEPT.: SP-OIL TTloOHC $ P. OHC CCL.CSG 18-JUL-Z989 22:59 -999.250 MTEM. SDT -999.250 MRES. SDT -999.250 -999.250 DRHO.LDT -999.250 PEF.LDT -999.250 -999. ZSO LS.LOT - 999.250 LU.LOT -999. ZSO -999.2:50 SS1.LDT -999. Z50 SS2.LDT -999.250 -999.2:50 SIRH.LDT -999,250 LSRH.LDT -999'250 -999.250 GR.LDT -999.2:50 TENS.LOT -999.250 -999.250 HTEN.LDT -999.250 NPHZ.CNL -999.250 -999.250 NPOR. CNL -999.250 RCNT.CNL -999.250 -999.,150 CFTC.CNL -999.250 GR.CNL . -999.250 -999.250 MRES.CNL -999.250 MTEN.CNL -999.250 -999.250 CGR.NGT -999.250 THOR'NGT -999.250 -999.250 1/ZNG.NGT -999,250 ~2NG'NGT -999,250 -99*9.250 gSNG.NGT -999. ,7.50 TENSo NGT -999.250 -999.250 CS'NGT -999.:250 HTEN. NGT -999.250 -999.2 50 GR.E PT - 999.250 HI:). EPT -999-250 -999-250 TENS-EPT -999.250 HTEM. EPT -999.250 -999.250 12000-000 -1.504 6,68.000 -I,504 -0-160 -999.2'50 - 999..2 50 -999-250 -999.. 250 -999.25.0 -999°250 -999.2.50 -999.2 SO -999. 250 -999°250 -999.250 -999°250 -999.2S0 -999,250 -999.250 -999.* 250 -'9' 99, 2 $ 0 -999.250 -999. 250 -99*9.250 '-9 99.2 50 -9990250 - 999.250 -999.25:0 -999'250 -999°250 ILO.OIL GR.DXL TT2~BHC G R. B HC TENS'CSG SP.DTE CZ DP. DTE IZRN. DTE MTE#.DTE O T L o SO T OT S#. SDT T T1. SOT LT T1. SOT SP. SDT MTEMoSOT ORHO. LOT LS. LOT SSi'LDT SIRH.LDT GR.LDT HTEN,LDT .NPOR..C~ CFTC-CNL, HR ES.CNL CGRoNGT 1/1 NG.NGT 1/5 N'G'*NGT CS.NGT GR' EPT T E NS. E PT ILO.OIL GR.O':ZL T T2.8HC GR' BHC TENS. CSG 11000-000 -20.000 63~..500 -20.000 O. 024 4.538 82.000 467.000 82. 000 6348.000 -999.250 -9990250 -999.250 -999.,.250 -999.250 -999,250 -999.250 - 999,. 2 SO -999'250 -999*250 -999'~. 2 $ 0 -999-250 - 999.250 ,- 9990250 -999.250 -9990250, - 999. 250 -999o250 -999,?,50 - 9'99.2 $ 0 -999°250 - 999' 2 50 - 999. Z 50 -999.250 -999.250 ZL#'OZL TENS, OIL TT3oBHC TENS, BHC S FLU.; DT*E IDPH'OTE ' CZNP. DTE SGR.DTE HRES.DTE DTLN'SDT COHC' SDT TT2. SDT LTT2. SOT SGR'SDT H R E S' $DT P E F, L 0 T LU. LOT SSI.LOT LSRH.LDT TENS.- LOT NP H! * CNL RCNTICNL GR-CNL MT E ~. C gL THOR. NGT !/2NGoNGT TENS-NGT HTENoNGT HO. E PT NT Et,. E PT 2.201 54.12S 443.500 5~,.125 S 584. 000 IL H. O ! L TENSoD/L TT3.BHC TENS. 8HC SFLU. DTE 40302 1400' 000 678.000 1400.000 -999.250 -999'250' -999.250 -999.250 -999.250 -999.250 -999.250 -999°250 -999.250 -999.250 -99 9'250 -9'99,250 -999,.250 -999.250 -999.250 '-999.250 -999,.250 -999.250 -999,. 250 -999.250 -999,250 -999o250 -9990250 -999.250 -999-250 -999.250 2.521 1530.000 635.500 1530, 000 -999,250 HTEN. SDT QLS.LOT LL.LDT LSNV.LDT LURH.LOT MTEN.LDT T NPH. CNL RCFT. CNL CALI.CNL HTEN.CNL POT A. NG T kl3NG'NGT MT ENo NGT NVRoEPT S&.EPT HRES.EPT SFLUoDIL OT.BHC' TT4.8HC GR.CSG- ZLH. DTE ZMPH. DTE ZZRD. DTE CGR-DTE HTEN'DTE DTLF.SDT COHS.SDT TT3.SDT LTT3oSDT CGR. SOT HTEN.$DT QLS.LDT L L. L D T LSHVoLDT LURH'*LDT HTEHoLDT TNPH. CNL RCFT. CNL. CAL~.CNL HTEN. CNL POTAoNGT bI3NGo NGT NTEN.NGT NVR.EPT SA.EPT HRES. EPT SFLU.DIL OT. BHC TT4. BHC GR. CSG ZLHoDTE PAGE: ~ -9:99.250 -999.250 -999.250 -999.250 -999.25;0 -999.250 -999.250 -999.250 -999'250 -999.250 -999.250 -999.250 -9990250 -999.250 -999.250 -999.250 3.T51 85.1Z5 477.000 ~ 75 56. ]50 -999. -'999.2 SO -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999.2 SO -999.250 -999.250 -999,,,250 -999.250 -999~250 -999.250 -999.250 -999'250 -999.,250 -999.250 -999-250 -999.250 -999.250 -999-250 -999.250 -999.250 -999'250 3.913 97.625 4,43- 0 O0 33.563 -999.250 14 ,!S TAPE VER!F!CAT"ZON L!STZNG CHLUNBERGER ALASKA CONPUTTNG XLD. DTE XFRE. DTE XXXD. DTE' TENS.DTE DT. SOT DTCO" SDT* COST. SDT TT4,. SOT LTT4*. SOT' - TEN S. SOT RHOB., kDT - QS$. LDT L ZT~ LDT CALX.LDT #RES.LOT TNRA.CNL CNTC.C~ TEN$. CNL SGR. NGT r URAN~.NGT FVRiEPT CALZ'EPT HT EN" EPT D EP'T,,., SPiD, ZL TT 1.. BHC SP'BHC. CCL.,CSG ZLD,. DTE ! FRE. OT E Z ! XD.DT E TErN S ° DTE TOT. SDT D CO, SOT COST. SOT TT4* - SOT TENS. SOT RHOO.LDT QSS.LDT L ZTH. LDT S SHV,. L D T C AL! o LOT NRES.£DT TNRA.CNL C NT C. C NL TENS.CNL SGR. NGT U RAN:* g!GT ~4NG.. NGT NRE $. NGT -999.25,0 -999.250 -999.25,0 -9*99.250 -999.2:50 -999.250 -999'2.50 -999. 250 -999, 2:50 -999. 2 50 -999.250 -999.2S0 -999'250 - 99'9. 2 50 '-999~. 50 -999.~50 -999' 2 50 -999.250 t.250 250 -' 250 50 50 -999.250 10000,000 -36.250 711.5 O0 -'3'6.250 -0'1,15 -999: 25.o -999.2S0 -999.250 -999.250 -999.25~ -9 99. -999.250 -999" 250 -999.250 -999'250 -999. Z 50 -999-250 -999.25.0 -999.250 -999,250 -999.250 - 999.25O -999.250 -999.2 50 -999.25~ -999.250 -999.2 50 -999.250 CENTER SPoDTE CZDP.DTE !ZRH.DTE HTEH.DTE DTLiSDT DTSH. DT TT10~DT LTTI.$DT SP. SOT MT Elq. SOT DRRO.LDT LS-LDT S DT ' Sl DT CFTC.CNL HRES,CNL C GR. EPT TENS.EPT SP.DTE ~.OTE LTTI.$DT SP.$DT HTEH,SDT DRHO,LDT LS.-LOT SSZ-LDT $-iRH.LDT GR.LDT HTEN.LDT NP OR,. CN:L CFTC.CNL HRE S o C ~L C GR. NGT W1NG ~ NGT ~SNG-NGT CSoNGT 18-JUL-1989 22:59 -999.250 - 999.250 -999.250' -999,250 -999.250 - 9990 250 -999.250 - 999- Z 50 -999.250 - 999.25'0 - 999., 250 -999' 250 - 99'9,. 250 - 999. 250 -999-250 - 999. Z 50 - 9'9.9, 25'0' - 999.25'0 - 999-25,0 999. 250* - 999. 250 - 999° 250 - 999. 250 - 999'" 250 - 999. 250 !DPH. DTE CZMPoDTE SGR. DTE #RES'DTE DTL#. SOT CONC. SDT TTZ. SDT LTTZ°$DT SGRoSDT NRE$. SDT NPH!, c #L RCNT".C'~' ' MIlT E #- C#L THOR. NGT HT EN. NGT ND,,EPT MTE#-EPT 2.8Z5 ZL'IR., DZL 56,594* TENS' DZL 4.91-500 TT3.8~ 56.594, T BHC 5100' O00 DT E 250 2:50 ZSO -999* 25 O - 999~:250 - 999 -999-250 - 999.,.. 250 - 99'9. Z SO - 999..ZS:O - 999.250 -999.250 - 999'250 - 999. 250 -999.250 - 999..,, 50 -999.~50 -999' 250 SGR* SOT 'MR E $. SDT PEF.'LDT LU. LOT SS'Z.LOT LSRH.LDT TENS.LDT NPHZ. CNL RCNT. C#L GR.CNL NT EN.CNL TN'OR. NOT g,:2NG"N:G.T TENS.NGT HTEN'NGT -999-250 -999.250 -999.250 -99902.50 -9990250 -999.250 -999.250 -999.250 -99 9.250 -999. Z~0 -999,. 250 -999- -999" --999. ! NPH. DTE !!RD.DTE CGR.DTE NTEN-DTE DTLF. SOT CONS. SDT TT3. SDT LTT3oSDT CGR.SDT NTEN, SDT OLS.LDT LL-LDT. k SHY°LOT~ LURH' £OT ' '999'250 -999.250 -999.250 -999o.250 -99'9.250 -999.250 RCFT*CNL CALX- C#L HT EN. CNL POTA'NGT # 3NG. NGT RTEI~. NVR,, EPT SA.EPT NRE S.- EPT 2.91'5 1560,000 718' 0'00 1560.000 -999.250 -999025'0 ' -999°250 - 9'9' 9,. 250 - 999.25'0 ~50 -999'250 -999.250 -9'99.250 SFLU-OZL DT'"BHC TT4.9HC GR'CSG ZL#-OTE ! NPH' OT E ZZRD',*DTE CGR,O:TE ' HTEN.DTE DTLF. SDT CO~S,,,' SOT TT3" SDT LTT3'SDT CGR. SOT NTEN- SDT -999- 250 QL S*.LDT -999-250 LL-LOT -- 999,. Z 50 L Sfl'¥. LOT -999.250 LURH.LDT -999. 25.0, NTE~,.LDT -999.250 '-999.250 -999'250 -999.250 -999'"250 -999.250 -999. !SO -999.250 TNPH. C NL RCFT.CNL CAL !. CNL HTEN.CNL POT A. NGT ~3iNG,;NGT HTEH: NGT : NYR- EPT PAGE: 15 -999.250 -999.250 -999.250 -999.250 -999.250 -99:9.250 -9990250 -9990250 -999.250 -999.250 -9990250 -9990250 -999.250 -999.250 -999.250 -999.250 -999'250 -999.250 -9990250 -9990250 -999*250 -999.250 -999.250 -999-250 -999.250 2.840 117'3T5 495'.500 39.78! -999.250 -999.250 -999.250 -99~o250 -999..250 -999.250 -999'25'0 -999.250 -999'250 -9'99.250 -999, Z50 -999.250 -999 999:250 250 -999-250 -999.250 -999.250 -999-250 -9990250 ,-999~250 --999.250 -9919.250 , IS TAPE VERIFICATION LISTING ,CHLUMBERGER ALASKA COMPUTING CENTER FYRoEPT -999.250 CHLI.EPT -999.250 HTEN. EPT -999.250 DEPT. SP.DZL TTZ.BHC SPeBNC CCL. CSG ILD. DTE IFRE.DTE IIXD. DTE TEN S. DTE DT. SOT DTCOo SDT COST. SOT TT&. SDT LTT4. SDT TENS. SDT RHOB. LDT (IS S. LOT L IT H. LOT S SHV. LOT C AL!. LOT MRES. LDT TNRA.CNL C NT C. C NL TENS-CNL SGR- NGT URAN. NGT W4NG. NGT lq R E S o NGT FVR. EPT C AL I. EPT HTEN- EPT DEPT. SP.OZL TTI.BHC SP'BHC CCL.CSG ILO,.OTE Z F R,E- O T E iIXD.OTE TENS,DTE DT. SOT DTCO. SOT COST.SOT TT4. SDT L T T.4. S 0 T TENS.SOT R HOB.. LOT QSS.LDT LITH.,LOT S SHV. LOT 9000.000 -28.250 T16.500 -28.250 0.134 -999.250 -999.250 -999.250 -999-250 -999.250 -999.250 -999.250 -999-, 2 SO -999.250 -999.250 -9 99.2 50 -999.250 -999.2 50 -999.250 -9 99 o 2 50 -999.250 -999-250 -999.250 -99'9' 250 -999.250 -999'250 -999' 250 --999.2 50 -99'9.250 -999.250 -999.250 8000.000 -15.250 789'500 -15-250 0.106 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2 50 -999.250 -999° 2 50 -999.25,0 -999.2 50 -999'250 -999.250 18-JUL-1989 22:59 GR.EPT -999.250 HD.EPT -999.250 TENS.EPT -999.250 MTEM. EPT -999.250 XLO.OIL GR.OIL TT2.BHC GR.BHC TENS.CSG SP.DTE CIOP.OTE XXRM. DTE MT ERoDTE OTL. SDT OTSMoSOT TTI. SOT LTT1.SDT · SP. SOT HTEM.SDT DR HO. LDT LS.LDT S S1.LOT SIRN. LDT GR.LOT HT ENo LOT N;POR.CNL CFTCoCNL MRES.C~ C GR. N'GT WING.NGT W 5NG. NGT CS.NGT GR. EPT TENS.EPT ILO.OIL GE.OIL TT2. BHC GR.BHC TENS.CSG SP. OTE CZ DP. DTE : IiRH..DTE MT EH. O T E OTL.SOT OT SM- SOT TT!. SOT LTT1.SOT SP.SOT MT EM. SOT DRHO.LDT LS.LDT S $1. LDT SIRH.LOT 3.867 65-563 508.250 65.563 45920000 -9990250 -999.250 -999.250 - 999o 250 -999.250 -9,99.250 -999.250 -99'9,- 250 - 999.250 -999.250 -999.250 -999.250 - 999- 250 -999.250 - 999.250 -999.250 -999.250 -999.2,50 -999.250 - 999. 250 -999.250 -999-250 - 999.250 -999. 250 -999- 250 3- 526, 90.375 $58.500 90.375 - 999.250 -999.250 -999.250 -999.250 -999.250 -999'250 -999.250 -999.250 -9990250 - 999.250 - 999.2 SO -999.25.0 -999.250 -999. 250 XLM.DXL TENS.OIL TT3.BHC TENS.BHC SFLU. OTE XDPH. OTE CX#P. DTE SGR. DTE .RRES.OTE DTLN. SOT COHC. SDT TT2. S'DT LTT2.SDT SGR-SOT fIRES.SOT PEF.LOT LU.LOT SS2.LOT LSRH.LOT TENS.LOT NP H !. C NL RCNT' CNL GR.CNL MTEM,.CNL TH OR. NG'T g2NG.NGT TENS.NGT H'T E N. N G T HD'EPT MTE#.EPT XLM. OIL TENS.OIL TT3.BHC TENS.BHC )FLU. OTE DPH.OTE CIMP.DTE SGR. DTE HRES.DTE DTLN. SDT COHC. $DT TT2. SOT LTT2.SDT $ GR. SOT MRE S. SOT PEF.LOT LUoLDT $ S2. L'DT LSRH.LOT 3.755 425.000 708.500 425.000 -999.250 -999.250 --999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 - 99 9.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999o250 -999.,250 -999.250 -99 9.250 - 999. 250 -999..,250 -999.250 -999.250 -999.250 3. 304 560.000 79 2.00'0 560'000 - 99'9.2 SO .-999.250 - 9'99. 250 -999.250 -9990250 -999.250 -999.250 -999,. Z SO -999.250 -999.250 -9990250 -999.,250 -999.,250 -999.250 '-999.250 SA.EPT MRES.EPT SFLU. DXL OT. BHC TT4.BHC GR.CSG ILH. DTE XMPH'DTE XXRD.DTE CGR°DTE NTEN.DTE DTLFoSDT COHS.SDT TT3.SOT LTT3, SDT CGR.SDT HTEN. SDT QLS. LD'T LL.LDT LSHV.LDT- LURH.LDT MTE#.LOT TNPH'CNL R,CFT.CNL CALX.CNL HTEN. CNL POTA. NGT g3NG.NGT MTEM.:NGT NV'R-EPT SA. EPT ~RES'EPT SFLU. DIL DT.SHC T T4.8HC GRoCSG ILM. DTE IMPH'DTE XXRD. OTE CGRoOTE NTEN.DTE DTLF. SOT COHS.SDT TT3.SDT LTT3ISDT CGR. SOT HTEN. SDT QLS.LOT LL. LOT LSHV-LDT LURH.LDT PAGE: 16 -999.250 -999.250 3.649 102.125 508.250 48.094 -999.250 -999.250 -999.250 -999.250 -999.250 -99'9.250 -999o250 -99'9o250 -999.25:0 -999.250 -999.250 -999'250 -9990250 -999.250 -999.250 -999.250 -999.250 -999.250 -999°250 -999.250 -999.250 -999.2510 -999.250 -999.250 -999.250 -999.250 2.590 11,8.625 560-500, 58.813 -999'250 -999.250 -99:9.250 -999-250 '-999.250 -999.250 -99'9.250 -999'250 -999.250 -999.250 -999'250 -999.250 -999.250 -999.250 -999.250 TAPE VERIFICATION LISTING ;CHLUIRBERGER ALASKA COMPUTZNG CALZ.LDT -999.250 MRES. LDT -999.250 TNRA.CNL -999.250 CgTC.CNL -999. 250 TE#S.CNL -999.250 SGR.NGT -999.250 URAN.NGT -999.250 g4NGoNGT - -999. #RE S. NGT -999.2 50 FVRo EPT -999.2 50 CALZ.EPT -9990250 HTENoEPT -999.150 CENTER 18-JUL-1989 12:59 GR.LDT -999.150 TENS.LDT -999.150 #TEM.LDT HTEN.LDT -999.250 NPHI.CNL -999.250 TNPH.CNL NPDR. CtJL -999~ 250 RCNT.CNL -999.250 RCFToCNL CFTC.CNL -999.150 GR. CNL -999.250 CALZ*oC#L #RES.CNL -999.250 RTE#oCNL -999.250 HTEN. CNL CGR.NGT 999. 250 THOR.NGT -999° 250 P OTA.& NGT WINGo#GT -999.250 WZNG.NGT -999.250 #3#G. NGT W5NG.NGT -999' 250 TENS.NGT -999~250 MTEFt,NGT CS.NGT -999°250 HTEN. NGT -999*150 NVRoEPT GR.EPT -999.250 HD.EPT -999~250 SA'EPT TEHS. EPT -999.250 NTE#o EPT --999°250 #RES.EPT DEPT. 7000. O O0 ZLD. DZL SP.DIL -21.75.0 GR.DZL TT1. BHC 7860000 TT2. BHC SP. BNC -21.750 GR. 6NC CCLoCSG 00188 TEN$.CSG ILD-DT E -999' ~ 50 SP.DTE Z FRE.'DTE -999. 50 CZDP.DTE ZZXD. DTE -999.2'50 ZZRM.DTE TENS'DTE -999,250 RTE#.DTE DT. SOT -999.2 50 D'TL. SDT DTCO. SDT -999.250 DT $'ft~. SDT COST. $DT -999.250 'TT 1. SOT TT4.'SOT -999-250 LTTI.$DT L TT 4. SDT -999.2 50 SP. $ DT TENS.SDT -9*99.250 RHOS.LDT -999.250 D.RHO.LDT QSS. LDT -999.2 50 L S.LDT L ZTH. LOT -999.2:5.0 S $1 .'LOT SSH¥.LDT -999.2S0 SIRH.LDT CAL Z- LDT -999.250 GR. LDT MRES. LDT -999. 2'5'0 HTENoLDT TN. RA. CNL -999'250 NPOR.CNL CNTC. CNL -999.250 CFTC,,, C TENS..C'NL -999.150 HRES.CN'L SGR. NGT -999. Z 50 CGR. NGT URAN. NGT -999.150 gING.NGT H4NG. NGT -999.250 gSNG°NGT NRES. NGT -999.250 CS.NGT FVR. EPT -999.2 50 GR. EPT CALZ.EPT -999°250 TEN$.EPT HTEN-~EPT -999.250 3.703 ZL#,DZL 74.750 TENS,DZL 543.500 TT3' BBC 74.750 TENr$. ~BHC 3634.000 SFLU'DTE -999.250 IDPH.DTE -999,,, 250 CZ#P.DTE -999.250 SGR.DTE -999.250 HRESoDTE -999.250 DTLN.SDT - 999. 250 COHC. SDT -999.250 TT2.SDT - 999.250 LTT2. SDT - 999. ZSO SGR. 999.150 HRES.~DT - DT -999.150 P~F.LDT -999.250 -LU'L OT -999.250 SS.2,,t~DT -999.250 LSRN. LDT - 999.2 50 TENS. LDT -999. 250 NPNZ.CNL - 999.2'5'0 R C NT' C gL - 999.250 GR- CNL -999.250 HTE#.CNL -999.250 T'HOR.NGT -999.250 gZNG. NGT -999.250 TENS'NGT -999. 150 H:T E. No NGT '-999.250 HO.EPT -999.25'0 #TE~oEPT DEPT. 6000.000 SP.DZL -680125 TT1.8NC 757.5 O0 SP- BHC -68 · 125 CCL'CSG -0.169 ];LO- DT'E -999 o 2 50 ZFRE.DTE -999. 250 ! Z'XO' OTE -999.250 TENS.DTE -999. 250 OT. SDT -999. 250 3.338 720o000 78'6;,500 720°000 -999.250 -999.250 -999'250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.150 - 999-250 -999.250 -999'250 -999.250 -999o.150 -999.150 -999.250 -999.250 -999.250 -999° ,2.50 -999.250 -999.250 -999.250 -999°250 -99'9.250 -999.250 -999.250 SFLU. DZL DT. BHC TT4,oSHC GR.CSG ZL#..DTE ZMPH.DTE ZZRDoDTE CGR.DTE HTEN,~DTE DTLF.$DT TT3.SDT L TT 3. SDT CGRo SOT HTEN- SOT QLS.LOT LL.LDT LSHV.LDT LURH. LDT HTEH.LDT ' TNPH. CNL RCFT.CNL CALI.CNL HTEN.CNL POTAoNGT g3gG' NG'T HTEHoNGT N~RoEPT SA. EPT HRES. EPT ZLO..DZL 2'301 ZLH. DZL 2.864 SFLU.DZL GR.OZL 60.031 TENS.DZL 2080.000 DT.BHC TT2oBHC 508.250 TT3..8HC 756-00'0 TT4.8HC GR.BHC 60o031 TEN'S'BHC Z080-000 GRoCSG TENS.CSG 3130'000 SFLU'DTE -999'150 TLM.DTE SP.DTE -999°250 ZDPHoDTE -999.250 Z~PH.DTE CZDP.DTE -999.250 CZMPoDTE -999.250 ZZRO. DTE IIR~q. DTE -999.250 SGRoD'TE -999.250 .CGR.o DTE NTEMoDTE -999.150 HRES.DTE -999.250 HTEN.OTE OTL.SOT -999.250 DTLNoSD'T -999.250 DTLF.SDT PAGE: 17 -999.250 -999.250 -999.250 -999.250 -999.150 -999.25'0 -999.250 -999.250 -999.250 -999.150 -999.250 2.790 123.000 547.000 50'469 -999.250 -999.250 -999..Z50 -999'250 -999.250' -999.250 -999.250 -999-250 -999.250 -999°150 -~99.250 -999.250 -999.250 -99'9.250 -999.150 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999*.250 -999.250. -999.250 -999°250 3.69'7 121.500 508 o250 39.34& -999.250 -999.250 -999.250 -999.250 -999° 150 -999.250 ,1S TAPE VERZFICATZON LZSTZNG ;CHLU#BERGER*ALASKA CONPUTING DTCO. SDT -999.250 COST. SOT -999.250 TT4. SOT -999. 250 L TT4. SDT -999.2'50 TENS. SOT -999° 250 RHOB.LDT -999' 250 QS S. LOT -999.250 L ]:TH. LOT -999.250 S SHV'LDT -9 99.250 CALZ.LDT -999.250 #RES.LDT TmRA. CNL C NTC. Cml, -999.250 TENS.C#L ~ -999'250 SG,R..NET - g 99.2 S 0 UR~N'NGT ' -999' 250 id4mG. ~T' .' -999,250 MRES.mGT -999' 25'0 FVR. EPT -999- 250 C AL Z' EPT .-9'99.2 50 HTEN. EPT -999.250 DEPT. SP.DXL TT 1- BHC SP.BHC C C L' C SG XLD. DTE ! PRE. DTE ! ZXD. DTE TENS.OTE. DDT. SDDT DTCOo SDDT COST. SOT TT4. S, DDT LTT~. SOT TENS. SOT RHOB.LDT QSS. LOT L/:TH. LOT SSHV. LDDT C AL !. L DT NRES.LDT T NRA.,,, CNL CNTC-CNL TENS.. CNL SGR.NGT ~ URAN.-NGT ld&N G.,,,' NGT MRES.NGT . FVR. EPT CALZ.EPT H TEN. EPT 5000.000 -999.250 -999° 2 SO -999.2 50 -999. ZSO -999. 250 -999' Z 50 -999,,250 -999. 250 -9'99' 2 50 -999' 2.50 -999. 250 -999.250 -999.250 - 999:. 2 SO -999- 25{} -999' 250 -999°250 -999.250 -999.,250 -999.250 ,999.2 50 -999.250 -99'9.250 -999' 250 -999-250 -999.2 SO -999,250 -999°250 -999° 2 SO CENTER OT SM. S DT TT1.SDT LTT1. SOT SP. SOT IqTE#.SDT ORHO,LDT LS.LOT S S1. LOT $1R'H.LDT GR.LDT HTEN.LDT NP OR. C ~ CFTC.C!~L NRES.CmL CGR.NGT glNGiNGT HSNG.NGT CS-NGT GRoEPT TENSoEPT ZLDD.DZL GR.OZL TT2.BHC GR-B~ T E'NS ' CSG SP.DTE CIOP'DTE HTEMiDDTE OTL. SOT DTSm. SOT T'TIo SOT LTTI-SDT SP o SDT MT E#. SOT ORHO.LDT LS. LOT S Si.LDT S 1 RH. L DT GR-LOT NTEN.LDT NP OR.CmL CFTC'C~ NRES.CNL CGR.NGT kl! NG' NGT W S NG ' NGT CS. 'NGT GR.EPT TENS.EPT 18-JUL-1989 22:59 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999'250 -999.250 -999.250 -999.250 -999.250 COHC. SOT TT2.SDT LTT2.SDT SGR.SDT IRRES. SDT PEF.LOT LU.LDT SS2.LDT LSRH.LDT TErnS. LDT NPNZ-C~ RCNT'C~ GR.CNL #TEN' C#l. TN OR. NGT ~12 NGi NGT TENS' NGT HTEN' NGT HD' E PT HT EH. E PT -999.250 -999.250 -999.250 - 999. 2 52~. 000 -999,250 -999.250 - 999. Z50 -999.2'50 -999°250 -999'250 - 999; ZSO - 999 250 999.250 -999.'25.0 -999~250 -999'250 -999. Z50 -999.250 -999'258 -999-250 - 999. 250 - 99'9.25 O -999.250 -999..250 -999.250 -999.250 --999'25O ZLH. DZL TENS- OiL TT3.BNC TEN:S. BHC SFLU,; DTE IOPN. DTE CIRP-DDTE SGR,§TE HRES,DTE OTLNo SOT CO HC, $ DT TT2o !-DT LTT2-sS0t SGR- SOT HR,ES" SOT PEF- LDT LU'LDT SS 2' k OT LS RH.L DT TENS. LOT i NPHI.CNL RCNT, CNL GR.... C NL MTEIq.CNL TN OR. NGT gZNG. NGT TENS..NGT HT EN. mGT HD. EPT ~TEN. EPT -999.2.50 -999*'250 -999.250 -999~250 -999.250 -999'250 -999.250 -999.250 -999.250 - 999.250 -999.250 -999.250 - 99 9.250 -999.250 -999.250 -999.250 - 999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 - 999.250 -999, 250 -999'250 -999.250 -999' ZSO -999" 250 -999.250 -999' 250 -999'250 - 999.250 -999oZS0 -999,250 -999°2:58 -999'250 -999.250 -999.250 - 99 9.25 O -999. Z 50 -999.250 -999°250 -99'9.250 -999"250 -999.250 -999.250 -999.250 - 99 9.25 0 - 999.250 CONS.SOT TT3.SDT LTT3. SOT CGR. SOT -HTEN. SOT QLS.LOT LL.LDT LSNV,LDT . LURH.LDT HTE#.LOT TNPH.CNL RCFT-CNL CALZ.CNL ttTEN. CNL POTA. mGT #3NG.mGT RTEN, mGT ~ NVR. EPT SA. EPT MRES. EPT SFLU.OZL tOT. BgC TTA. BHC GR.CSG ZLm.,DTE Z: HPH' DT E ZIRD. DTE CGR- DT E HTEN. DTE DTLF.SDT CONS. SOT TT3'SDT LTT3o SOT CGR o SOT HTEN. SDT Q'L S. LDT LL.LDDT LSNV.LDT LURH.LDT PIT EH. LOT TNPHiCNL RCFT.CNL C AL ! o CNL HTEN. CNL "POTA.NGT ~ 3NG. NGT MTEf, II- NGT NVR' EPT SA. EPT MRES. EPT PAGE: 18 ~999.250 -999.250 -999.250 -999.250 -999.250 '-999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999°250 -999.250 -999.250 -999.250 -999.250 16.516 -999-250 -999.250 -999.250 -999°250 -999.250 -999-250 -999.250 -999,250 -999.250 -999-250 -999.250 -999.250 -999.250 -999.250 -999.250 -999°250 -999.250 -999.250 -999.250 -999~250 -999.250 i--9'99.250 --999.250 -999.250 -999.250 -999.250 ,IS TAPE VERiFICA*TION LISTING ;CHLUMBERGER ALASKA COMPUTING CENTER 18-JUL-lO89 22:59 DEPT. 4000.000 ILO.OIL -999, 250 SP. OIL -999.2 50 GR. OIL -999, Z 50 TT 1 o BHC - 999.250 TT Z. BHC - 999' 2 SO SP. BHC -999.2 50 GR. BHC -999e 250 CCL. CSG -0.036 TENS..CSG 2130.000; ILD. DTE -999.2 SO SP. DTE - 999.250 IFRE.DTE -999.250 CIDP.DTE -999.250 IIXD. DTE -999°250 IIR#.OTE -999.250 TENS. DTE -999.250 MT EM. DTE -999.250 DT,, SOT -999.2 SO DTL' SOT - 999.2~ DTCO. SOT -999.250 DT S#. SDT - 999.2 SO COST. SOT -999.2S: ~QO T T1. SOT - 999.2 SO TT ¢. S DT 9 99' LTT1. SOT - 999. 250 LTT4. SOT -999.2 SO SP. SOT - 999.2 SO TENS. SOT -99'9- 250 MTE#' SOT -999.250 RHOB. LDT -99'9.250 DRHO-LOT -999- 250 QS S. LOT -999' 2 SO LS. LOT - 999.250 LITM. LOT -999.250 S S1.LDT -999. 250 SSHV.LDT -999.250 SiRH.LDT -999. 250 C AL Z. LOT -999.2 50 OR.LOT - 999. 250 NRE S'LDT -999' 250 HTEN.LDT -999. 250 TNRA' CNL -999' 2 50 NPOR-CNL -999.250 CNTC. CNL -999.250 CFTC .CNL -999.250 TENS.CNL -999:'250 MRES.CNL -999.250 SGR,. NOT -99'9- 2 50 CGRoNGT - 999.250 :URAN-NGT -9:9:9-250 WlNGoNGT -999-250 N4:NG' NOT -999, 2 SO WSNG' NOT - 999.25:0 MRES. NOT -9 99.250 CS.NGT -999. 250 FY R o EP T -9 99,,, 2 50 GR. E P'T - 999.250 CALZ'EPT -999.250 TEN. S.EPT -999.250 HTEN,,EPT -999.250 ILO.OIL OR.OIL TTZ.BHiC GR.BHC TEN.S. CSG SP.DTE CZOP°DTE IIRN.OTE R'TEM. DTE DTL.SOT OTSH. SOT TTI-SOT LTTI'SOT SP.SOT MTEMoSOT DRHO.LOT LS.LOT SS1.LDT S1RHoLDT GR.LDT HTEN.LOT NPORoCNL DEPT. 3000.000 TT1.BHC -999.250 sP.6.c CCL.CSG 058 IL O. DT E -99:9.250 ~ FRE. OTE -~ 99- 2 50 ~ ~XO. OTE -999.2 50 TENS. OTE -9990250 OT. SOT -999.2 50 DTCO~ SOT -999.250 COST. SOT -999.250 TT~. SOT -999.250 LTT&' SOT -999. 250 TENS. SOT -999.2 SO RHOB.LOT -999.250 ~S S. LOT -999.2 SO L~TH'LDT -999'250 S SHV.LOT -999.2 SO CAL.~.LOT -999.250 MRES.LDT -999.250 TNRA.CNL -999.2 SO ILM.DIL TENS.OIL TT3.BHC TENS.BHC SFLU-DTE !DPH. DTE CZRPoDTE SGR.DTE MRES. OTE OTLN~, SOT C OHC. SOT TT2. SOT LTT2.SDT SGR, SDT MRES- SOT PEF.LOT LU.LOT SS2.LOT LS RH-L DT TENS.LOT NPH!.CNL RC NT. C NL GR.CNL MT EM. CNL THOR. NGT MZNG,-NGT TENS.NGT HTEN.NGT HO-E PT MTE.#. EPT -999,250 -999. 250 - 999. 250 -999.250 1780* 000 -9990250 - 999.2 SO - 999', 2 S 0 -999.250 -999,~250 - 999' 250 - 999- 250 - 999.250 -999- 250 - 999.250 -999, 2 SO -999.250 -999.250 - 999.250 -999.250 -999.250 -999.250 ZLM. OZL TENS-OIL TT3, BHC TENS. 8HC S F L U ,. DT E IOPH:eOTE CZMP.OTE SGR. DT E MRES",OTE DTLN. SDT COHC. SDT TT2. SOT LTT2oSDT SGR.SDT HRES. SOT PEF.LOT LUoLDT SS2.LOT LSRH.LDT TENSeLDT NPHI. CNL RCNT,.CNL -999.250 --999.250 -999.250 -999. Z50 -999.250 -999.250 -999.250 -999.250 .-999.250 -999'250 -999' 250 -999.250 -999.250 -999.250 *-999.250 -999.250 -999.250 -999.250 -999.250 -999.250 - 99 9o 250 -999.250 -999.250 -999.250 -999.250 -999.250 -999:' 250 - 99 9. Z 50 -9'99.250 .-999.250 -999. 250 -999.250 -999.250 *-999.250 -999.250 -999.250 -:99 9o 250 -999.250 -999.250 - 99 9.250 -999.250 -999.250 -999.250 -999.250 -999.250 - 99 9.2 50 -999.250 .-999.250 -999'250 - 9 ~99.25'0 - 99 9- 250 -999.250 SFLUoDIL DT.BNC TT4,~:BHC GR'CSG ZLM. DTE IMPH. DTE IZRO.DTE CGR.DTE HTEN. DTE DTLF. SOT COHS.SDT TT3.SDT LTT3o SOT CGR. SOT MTEN. SDT QL S. LDT LL.LDT LSHY.LDT LUBH.LDT MTEM. LDT TNPH'CNL RCFT..CNL C AL !. C NL HTEN.CNL POTA'NGT U3NG.NGT , MTEH. NGT NYR.EPT SA~EPT MRE.SoEPT SFLU. DIL DT.BHC TT4.BHC GR.CSG ILM. DTE I'PtP H. DT E IIRO, DTE CGR.OTE HTEN'OTE OTLF. SOT COHS o SOT TT3oSDT LTT3. SOT CGRo SOT HTEN. SDT ~LS.LDT LL.LDT LSHV-LDT LURH. LDT NTEM. LOT TNPHoCNL RCFT.CNL PAGE: 19 -999.250 -999. Z50 -999.2-50 21.I~1 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2S0 -999.250 -999.250 -999'250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999°250 -999.2S0 -999.250 -999'250 -999.250 -999.250 -999'250 -999.250 '27.73~ -999.250 -999'250 -999.250 -999.250 -99'9'25.0 -999'25:0 -999-250 -999.250 -999.250 -999'250 -999.250 -999.250 -999'250 -999'250 -999.250 -999.250 -999'250 -999.250 IS TAPE VERIFICATION LISTING CHLUNBERGER ALASKA CONPUTING CNTC.CNL TENS.CNL' SGR,NGT URAN~NGT g4NG, NGT IRRES.#GT FYR. EPT CALIoEPT HT EN, EPT DEPT. SP.DIL TT1.BHC SPoBHC CCL. CSG ILD. DTE IFRE. DTE IIXDoDTE TENS.OTE DTo SOT DTCO. SDT COST. SOT TT4. SOT LTT40 SOT TENS.SOT R HO B' LOT QS S'LDT L ITH- LOT SSHV'LDT C AL ! .LOT H RE S. LDT T HR A.. CNI' CNTCoCNL TENS o CHL SG R. NGT URAN. NGT g4NG. NGT MRES.NGT FYR. EPT CALIoEPT HTEN. EPT DEPT. SP. DZL TT 1. BH C S P. BHC CCL. CSG ILD. DTE I FR E- OT E I I X 0. OT E TENS.OTE OT. SDT DTCO. SOT COST.SOT TT4.SDT CENTER 18-JUL-1989 22:59 -999.250 CFTC.CNL -999.250 SR.CNL -999.250 -999.250 HRES.C#L -999.250 MTE#oC#L -999.250 -999.250 CGR.NGT -999**250 THOR.NGT -999°250 -999.250 gl#G. #GT -999.250 W2NG.NGT -999.250 -999.250 gS#G.NGT -999.250 TE#S.#GT -999.250 -999.250 CS.NGT -999.250 HTE#.NGT -999..250 -999.250 GR.EPT -999.250 HD. EPT -999.250 -999.250 TENS.EPT -999.250 #TER. EPT -999.250 -999.250 2000.000 -181. 000 980'000 -181.000- -O.O46 -999*250 -999-250 -999.250 -999,250 -999-250 -99,9'250 -999.250 -999.250 -999.250 -999- 250 -999' 250 -999.250 -999.250 -999. 250 -999'250 -9990250 -9 99 ° Z 50 -*999.2 50 -999°250 -999,.250 -999.250 -999,250 -999-250 -999° 250 -999.250 -999.250 ILO. OIL GR-DZL GR* 8~ TENS.CSG SP-DTE ! ~:OTE' #TE#.OTE DTL.SDT DT S#. SDT TTI.SDT LTTI.SDT SP. SOT HT EM. SOT R HO* LOT LS-LDT SS1.LOT SIRH.LOT GR.LDT H'TEN.LDT HPOR'CNL CFTC.CNL MRES..C~L C GR. NGT HING.NG'T gSNGoNGT CS. NGT GRiEPT TENS,EPT ILO'OIL GR-DIL TT2.BHC GR.SHC T E NS o C SG ~ SP,- OTE CiDP.DTE ZIRH.DTE MT EM. DTE DTL.SDT OT SM. SOT TT1.SOT LTTI. SDT 1000'. 0 00 -189, 500 110'6.000 -189.500 -0.035 -999.250 -:999.2 S 0 -999.250 -999.250 -999~250 -9 99,2 50 -999,250 -999.250 4. 300 320656 688.500 32.656 13 800 000 -999,250 - 999.250 -9990250 -9990250 -999'250 -99'90 250 -999'250 -999.250 -999. 250 -999' 250 -999,.258 -999'258 -999,.250 -999:°250 -999' 250 -999°250 -999.250 - 999.250 -999.250 -999.250 -999.250 -999.250 - 999'~* Z 50 -999.250 -999.250 IL#o OIL TE#S'DZL TT3.BHC. TENS -'B HC FLU. DTE DPH'OTE CZRPoDTE SGR.DTE #RESoDTE OT LN o SOT COHC. SOT TT2. SOT LTT2J SOT S GR. SOT '#RES, SOT PEF'LOT LU-LDT LSRH.LDT TENS, LOT NPHI.CNL RCNToCNL GR-C#L MT E H' C NL THOR'NGT WZNG-NGT TENSoNGT HTGN'NGT HD. EPT H'T EM. E P T 52.231 340 844 6'940 O00 34-844 .895,000 -999.250 -999.250 .- 999.250 -999.250 -999.250 -999.250 - 999.'250 - 9990 250 IL#-OIL T E NS. 0 TT3..BMC TENS.BXC SFLU. DTE IOPH. DTE CIMP. DTE 'SGR.OTE MRES.DTE OTLN. SOT C 0 HC, SDT TT 2,0 SOT LTTZ. SOT 4.234 11200000 974 o 000 1120.000 -999.250 -999.250 - 99'9, -999.250 -999..250 -9990250 -999.250 --999.250 -999.250 -999.250 -999.250 -999.250 -999o250 -999'250 -999.250 -999.250 -999. 250 -99 9' 25'0 -999.250 -999-250 -99902'50 -999.250 - 999, 250 -999'250 - 9'99 ° 2 50 - 99 9-250 1'2,608 6450000 1106,000 64 5. O00 - 9990 Z 50 -999° 250 -999'250 -9990.250 -999.250 -999. ZSO -9990250 999 o 250 -999.250 CALI.CNL HTEN. CNL POTA.NGT W3NG. NGT MTEM.NGT NVR.EPT SA. EPT #RES.EPT SFLU.DIL OToBHC TT4.BHC GR.CSG ZLiR.DTE I MPH. DT E IIRD. DTE CGR.DTE H'TE g. DT E DTLF. SDT COHS'SDT TT3eSDT LTT30SOT CGRo SOT HTEN. SDT QLS.LOT LL.LDT L SHY' LOT L URH o LOT MT EH.' LDT TNPfl. CNL ' RCFT, CNL CALI..CNL H'TEN. CNL POTA-NGT 'g3NG, NGT MT'EM. NGT #YR. EPT SA-EPT MRESoEPT SFLU. OZL OT.aHC GR.CSG ILM.OTE ! HPH. OT E IIRO'OTE CGR.OTE HTEN..OTE O. TLF. SOT COHS. SOT TT3o SOT LTT3. SDT PAGE: ZO -999.250 -9999250 -999.250 -999.250 -999.2 SO -999.250 -999.250 -999.250 4.410 166.625 678.500 1T.484 -999.250 -999.ZS0 -999.250 -999.250 -999.'250 -999.250 -999.250 -999°250 -999.250 -999°250 -999°250 -999*250 -999,250 -999*250 -999,250 -999,250. -999,250 -999.'250~, -999-250 -999.250 -999.250 -9990250 -999.250 -999.250 -999.250 -999*250 55.478 206-000 694.000 18.438 -999.250 -999.250 -99:9'250 -999'250 -999.250 -999.250 -999°250 -999.250 -999.250 IS TAPE VERIFICATION LISTING CHLUHBERGER ALASKA COMPUTING LTT4. SDT TENS.SDT RHOBoLDT gSSoLDT LZT H. LDT S SHVo LDT CALI.LDT IqRESoLDT TNRAoCNL CNTC.CNL TENS.C~ SGR,.NGT UR~NoNGT Id~NGo NGT #RES. NGT FYRoEPT CALI.EPT HTEN. EPT DEPT. SP. DZL TT 1. BHC $ P. BHC CCLo CSG ILDoDTE ZFRE-DTE ZIXD*- DTE TENS. OTE DTo SDT DTCOo SDT COST. SDT TT4o SDT LTT4. SOT T E N S, SOT RHOB. oLDT QSS.LOT L ITH. LOT SSHV*-LOT C AL Z o LOT MR',E S. LOT T NRA o CNL CNTC.CNL TEN S.. C NL SG R o NGT U R A N. N~T Id,4NG° NGT MRESoNGT FVR~ EPT CALI'EPT HTENo EPT -999.250 -999.2.50 -999.250 -999.2.50 -999.2.'50 -999.250 -999.250 -999.250 -999.250 -999.2 50 -999.250 -999.250 -999'250 -9 99.250 -999.250 -999.250 -999.250 -999°250 19'500 -999.250 -999.250 -999.2 50 -999.250 -999.250 -9 99' 2 50 -99:9.250 -999° 250 -9:99.250 -999.250 -999.2 50 -999oZS0 -999.2150 -999.250 -999' Z 50 -999.250 -999, 2 50 -999.2 50 -999.2 50 · -999.250 -999.250 -999' Z 50 - 9 99. Z SO -999-150 -999o2S0 -999'250 -999.250 -999.250 -999.250 END OF DATA CENTER SP.SOT MT EM. S DT DRHO.LDT LS.LDT SS1.LOT SIRH.LDT GR.LOT HTEN.LDT NP OR. CNL CFTC.CML #RES.CNL C GR .. NGT IdlNGoNGT Id 5 NG. NGT CSoNGT GR.EPT TENSoEPT I LO. D IL GR,.DZL TT2.BHC GR.BHC TENS-CSG SP.DTE C !DP' DTE 'Z'! R#. D'T E MTEM..DTE DTL. SOT O T SM. SOT TT1.SDT LTT1.SDT SP-SDT MT E:M, SOT 0 R HO' LOT LSD LDT S SI'LOT S 1 RH oLDT GR.LOT HTEN. LOT NPOR,.CNL C FTC. C NL · HR ESoCNL CGR.NGT 1,/1NG.NGT ~ISNG o NGT CSoNGT GR o EPT TENSoEPT 18-JUL-1989 22:5,9 -999.150 SGR.$DT -999.250 MRES. SDT -999.250 PEF.LOT -999.250 LU. LDT -999.250 SS2.LDT -999. 250 LSRH.LDT -999.2:50 TENS.LDT -999'250 NPHZoCNL -999.250 RCNT.C#L -999. 250 GR.C~ -999..250 , HTER. CNL -999.250 THOR°#GT - 999.250 WZNG. NGT -999*. 250 TENS.NGT -999.250 HTEN.#GT -999.250 HD, EPT -999*. 250 tqT E#. EPT -999.250 ILN. DIL -999,.250 TENS.OIL -999.2:50 TT3' BHC -999.150 TENS.BHC 575.000 SFLU'OTE -999.250 ZOPH. DTE -999.250 CZNP.DTE -999.2:50 SGR.OTE -999.25:0 MRES'OTE -999.250 DTLN. SDT -9:99.2 50 COHC' SOT -999'2:50 TTZ.SDT -999. !SO LTT2. SDT -999.2,50 SGR. SDT -999~'250 I"tRESoSDT - 999.' 250 P E F. L DT -9'99.250 · LUoLDT -999*-250 SS2.LDT -99'9.250 , LSRH.LOT -999:.2:50 'TENS. LOT -999° 250 NPH'!- CNL -999. Z 50 RCNT' CNL -999,250 GR.CNL - 999,° 2:50 IqTE#.CNL - 999,250 THOR,NOT - 999.250 bl2NG.NGT -999.250 TENS.NGT -999. 250 HTEN.#GT - 999.150 HO. E PT - 999.250 NT:E~. EPT -999,250 -999*-2.50 -999'250 -999°250 -999*250 -999'250 --999.250 -999*.150 -999'2.50 -999o150 -999° 250 -999o150 -999.250 -999°250 -999.250 -999.2:50 -999'250 -999.250 - 999.250 -999.250 -999.250 -999.2:50 -999.2:50 -999.250 -999,.150 -999.250 -999. Z50 -999oZ50 - 99:9,.. ZSO -999.250 -999.o250 -99'9',,250 -999,.150 -999.250 · -999, 250 -999.250 -999.250 -999.250 -999.2'50 -999*-150 -999°250 -999.250 -999*.2:50 -999,.250 -999°250 -999o150 -999.250 CGR.SDT HTENoSDT QLSoLDT LL.LDT LSHV.LDT LURH.LDT #TER.LDT TNPH. CNL RCFT.CNL CALZ. CNL HTEN. CNL POTAoNGT ~3NG*-NGT MTERoNGT NVR,EPT SAoEPT #RES.EPT SFLU. DZL DT.BHC TT4oBHC GRoCSG [£#. DT E IMP H. OT E IIRD.OTE CGR. DT E HTENoDTE OTLF-SDT COHSoSDT TT3oSDT LTT3oSDT CGRoSDT HTENoSDT aLS. LOT LLoLOT LSHV.LOT LURHoLOT HTEM. LOT TNPH-CNL *RCFToCNL CALI.CNL HTEN.CNL 'POTA.NGT ~3NG.NGT MTEMoNGT NVReEPT EPT PAGE: 21 -999.250 -999.250 -999.250 -999.2:50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.150 -999.150 -999.250 -999.250 -999.250 -999.2:50 -999.250 -9~9.250 -999.250 -999-250 2.867 -999°150 -999,250 -9~9.2S0 -999.2 SO -999.250 -999°250 -999°250 -999 o 250 -99'9.2 50- -999.250 -999'250 -999.150 -999.~50 -999-50 -999- 250 -9'99 o 2 50 -999.250 -999.258 -999.250 -999'25.0 -999' 250 -999.250 -999.250 -999.250 -999.250 -999' 250 IS TAPE VERIFICATION LISTING CHLUHBERGER ALASKA CORPUTING CENTER · ~ FILE TRAILER FILE NANE : EOIT SERVICE .' FLIC VERSION : O01AO2 DATE : 89/07/18 HAX REC SIZE : 1096 FILE TYPE : LO LAST FILE : FILE NA . . EDIT ,,,,002 SERVICE VERSION : OOlA02 DATE : 89/QT/18 FIAX REC·SIZE FILE T~PE : LO LAST F~LE IS-JUL-1989 22:59 PAGE: Z2 F'ILE - EDIToOO2 ARCO ALASKA, ZNCo POINT :FI,CINTTRE STATE 50-029-21937 HAZN PASS' LOG DATA DATA SANPLEO EVERY -.1667 FEET DATA INCLUDED TOOL EXTENSION TOOL TYPE USED NAtqE EP'T-D/G o EPT ELECTRD~qAGNETIC PROPOGATION TABLE TYPE : CONS TUN I V ALU CN ARCO ALASKA, INC. FN 1/ZLOCAT OEF! COHPANY NA~E FIELD. NAME ,IS TAPE VERIFICATION LISTING ,CHLUMBERGER ALASKA COMPUTING CENTER 18-JUL-1989 22:59 PAGE: 23 TUNI VALU DEFI WN POINT NCINTYRE STATE ~5 UELL NAME APIN 50-029-21937 AP! SERIAL *NUMBER FL 1263e FSL ~ 24Z~ FEL FIELD LOCATION SECT 2 Z SECT ION TOWN 1 ZN TOUNSHXP RANG 14E RANGE COUN NORTH SLOPE COUNTY STAT ALASKA STATE OR PROVINCE NATT USA NATION ENOZ FRZTZKE ENGINEER' S NAME MITN CA#PA~GN/SPRINGER/CRAIG WXTNE$S' S NAME SON 548358 SERVICE ORDER NUMBER PORT MSL PERMANENT DATUM EPO FT 0 o LNF RKB LOG MEASURED FROM APO FT 42° EKB FT 42. EDF FT 42. EGL FT T o TOD FT 14950 . TABLE TYPE : CURV DEF! DEPT OEPTH .CHANNEL ~AME EATT EPT ATTENUATION TPL TINE OF PROPAGATION IN LO'SSY FORRATION FVD FAR' VOLTAGE DOWN FVU FAR VOLTAGE UP NVO NEAR VOLTAGE OOgN NVU NEAR VOLTAGE UP PSUP PHASE SHIFT UP PSDO PHASE SHIFT~O'OgN MINV MICRO-INVERSE RESISTIVITY MNOR MICRO-NORM. AL RESISTIVITY DATA FORMAT S:PECZFICATION RECORD ~:~ SET TYPE - TYPE REPR CODE VALUE I 66 0 2 6:6 0 4 66 IS TAPE VER'ZFICATZON LZSTING CHLUMBERGER ALASKA COHPUTING CENTER 18-JUL-1989 22:59 PAGE.: 24 TYPE REPR CODE VALUE 5 66 6 73 7 65 8 68 0.166 9 65 FT 11 66 26 12 68 13 66 0 16 65 FT 15 66 68 16 66 1 0 66 :e~ SET TYPE - CHAN ~:e NAME SERV UNZT SERVZCE API API API API FZLE NUMB ~JRB SZZE REPR PROCESS ZO. ORDER ~ LOG TYPE 'CLASS MOD NUH8 SAHP ELEH CODE (HEX) DEPT EATT EPT TPL EPT FVD EPT FVU EPT NVO 'EPT NVU EPT PSUP 'EPT PSDO EPT MZNV EPT MNDR EPT FT 54,8358 O0 000 O0 0 2 I I 4. 68 O00gO00000 OB/Iq 54,8358 09 130 Ol 0 2 I I 4, 68 0000,300000 NS/M 548358: 09 ,132. 19 0 Z I I 4, 68 O0000OO000 ¥ 54,83:58 09 4,30 11 0 2 I 1 4, 68 0000000000 "¥ 548358 09 4,30 11 0 2 I I 4, 68 0000000000 V 548358 09 ¢30 10 0 2 I I 4. 68, O:O00000000 V 54,8358 09 ~30 10 0 2 I I 4, 68 O0000QO000 ' OEG 548358 09 4,30 10 0 2 I I 4. 68 0000000000 O E G 5483:.58 09 430 11 0 2 I I 4, 68 O000000000 OH,qM 5483S8 09 250' 01 0 2 I I 4 68 O0000OO000 OHMlq 548358 09 252. 01 0 2 I I 4 6 8 0000000000 DATA DEPT. FVU. EPT PSDO.EPT DEPT... FVU. EPT PSDO. EPT DEPT. FVU. EPT PSDO.EPT :~ ENO 0 F 14862.832 0.597 331.000 t4000.000 0.590 295.500 13747.500 0.363 3T7.750 DATA EATT. EPT 376.250 TPL. EPT 20.438 'F¥O.EPT NVD.EPT 1.625 NYU,EPT 2.438 PSUP.EPT ~ZNV.EPT 0.595 NNORoEPT 0'64.0 EATT.EPT 523.000 TPL.EPT 17'516 FVD. EPT NVD. EPT 2.5;35 NVU'EPT 2.795 PSUP. EPT NXNV' EPT 1.120 NNOR. E PT 1. 293 EATToEPT 499.000 TPL. EPT 2~3o578 FVOoEPT NVD. EPT 2.5;Z7 NVU. EPT 2.34.2 PSUP.EPT ~XNV.EPT 0.000 MNOR.EPT 0o000 0.397 317'500 0.473 261.000 0.434 370'750: IS TAPE VERZFICJ~TION LISTING CHLUHBERGER ALASKA COHPUTING CENTER 18-JUL-1..989 ZZ: :59 · #* FILE TRAILER ~ FILE NANE : EDIT o002 SERYZCE : FLIC VERSION : O01AO:2 DATE : 89/07/18 HAX REC SIZE : 1096 FILE TYPE : LO LAST FILE : :~:(~1~* TAPE TRAILER SERVICE NA#E : EDIT DATE : 89/07/Z8 ORIGIN : "~ FLZC TAPE NAHE : 73398 C~T~ATZON ~ : 1 PREVZ~S TAPE COHHENT : ARCOt WILDCAT, PT. MCINTYRE STATE #St API #50-029-21937 **** REEL 'TRAILER **** SERVICE NAf~.E :EOIT DATE : 89/07/19 ORIGIN : FLIC C~T~NUATION J : PREVIOUS REEL ~ COMMENT. : AR. CO~ gILOCATt PT. MCINTTRE STATE ~5t APZ ~50-029-'Z1937 PAGE: 25
