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190-147
Kyle Wiseman Hilcorp Alaska, LLC Geo Tech 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Tele: (907) 564-4558 E-mail: Kyle.Wiseman@hilcorp.com Please acknowledge receipt by signing and returning one copy of this transmittal. Received By: Date: Date: 02/27/2023 To: Alaska Oil & Gas Conservation Commission Natural Resource Technician 333 W 7th Ave Suite 100 Anchorage, AK 99501 SFTP DATA TRANSMITTAL T#20230227 Well API #PTD #Log Date Log Company Log Type AOGCC Eset# BRU 233-23 50283201360100 222050 1/20/2023 AK E-LINE Perf END 2-06 50029216990000 187018 1/23/2023 AK E-LINE Perf PBU 04-22A 50029214540100 194097 1/10/2023 AK E-LINE PPROF PBU 11-39 50029235180000 214099 2/8/2023 READ MultipleArrayProductionProfile SRU 23-33 50133101630000 161019 1/3/2023 AK E-LINE Plug_Cement_Jet Cut TBF A-01RD 50733100550100 190147 1/24/2023 AK E-LINE Tubing Punch Please include current contact information if different from above. TBF A-01RD 50733100550100 190147 1/24/2023 AK E-LINE Tubing Punch MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg DATE: 9/21/20 P. I. Supervisor FROM: Matt Herrera SUBJECT: Safety Valve System Petroleum Inspector TBU A-01 RD PTD 1901470 9/21/2020: 1 traveled to Trading Bay Unit "Monopod" Platform to witness safety valve system (SVS) retests on wells A-01 RD and A-02 after servicing the subsurface safety valves. A January 202 inspection focused on the safety systems in place for gas production up the annulus of the ESP completions — packer vent valve and annulus surface safety valves. TBU A-01 RD is an ESP completion equipped with non -vented packers but has a tubing -casing annulus sensing line that can be used as a gas relief line for maximizing the ESP completion's performance. The sensing line is stainless steel tubing with a quarter turn valve, routed to the production header, which is normally maintained in the closed postion; there were no operational safeguards in place in January 2020 if the sensing line was left open. Since the January 2020 the sensing line sensing line on well A-01 RD has been rerouted from the S -Riser downstream of SSV to the crosshead on the production tree upstream of the surface safety valve so reservoir isolation via the tubing -casing annulus can be checked and confirmed with routine SVS testing. Attachments Photos (3) 2020-0921 SVS—TBU—A-0 I RDannular-vent mh.docx Page 1 of 3 ','fit ,�-, ----�=� � . 0 Pages NOT Scanned in this Well History File XHVZE This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. File Number of Well History File PAGES TO DELETE Complete RESCAN [] Color items - Pages: Grayscale, halftones, pictures, graphs, charts - Pages: Poor Quality Original- Pages: [] Other- Pages: DIGITAL DATA [] [] Diskettes, No. Other, No/Type OVERSIZED Logs :of vadous kinds Other COMMENTS: Scanned by: Dianna Vincent Nathan Lowell _ u TO RE-SCAN Notes: - Re-Scanned by: Bevedy Dianna Vincent Nathan Lowell Date: /si a....:ma::.2..:..-.^^a+...:4.A. .,..=2"<.:..=.-a^:+;.-,L . yA 7r _ 333 Wesi Se.entI Avenue 'it ''" • —�� ( ()A F712.OR St-A PARN1-,1,(, Anchorage Alaska 99501-3572 x 7,n 907.?79 1 A:,3 SCANNED MAY 1 6 2014 Ted Kramer pp-a- 11-1-7 Sr. Operations Engineer J Hilcorp Alaska, LLC 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Re: Trading Bay Field, Hemlock Oil, Middle Kenai D Oil, and Middle Kenai E Oil Pools, Trading Bay St A-O 1 RD Sundry Number: 314-307 Dear Mr. Kramer: 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. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration. A request for reconsideration 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. Sincerely, L Daniel T. Seamount, Jr. 7g-' Commissioner DATED this `i day of May, 2014. Encl. ra RECEIVED , 55c'c65; L6 • STATE OF ALASKA MAY 0 9 2014 ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS AOGCC 20 MC 25.280 1.Type of Request: Abandon 0 Plug for Redrill 0 Perforate New Pool El Repair Well❑ Change Approved Program 0 Suspend 0 Plug Perforations❑ Perforate 0 I Pull Tubing❑ Time Extension 0 Operations Shutdown 0 Re-enter Susp.Well❑ Stimulate❑ Alter Casing❑ Other: 0 2.Operator Name: 4.Current Well Class: 5. Permit to Drill Number. Hilcorp Alaska,LLC • Exploratory 0 Development 0 • 190-147• 3.Address: 3800 Centerpoint Drive,Suite 1400Stratigraphic ❑ Service ❑ 6.API Number: Anchorage,AK 99503 50-733-10055-01 - 7.If perforating: 8.Well Name and Number. What Regulation or Conservation Order governs well spacing in this pool? CO 93B• Will planned perforations require a spacing exception? Yes 0 No 0 . Trading Bay St A-01 RD - / gikkb 9.Property Designation(Lease Number): 10.Field/Pool(s): ,A`I f II,,,, ADL0018731 Trading Bay Field/Hemlock Oil,Middle Kenai D Oil,Middle Kenai E Oil Pools t nl*ct4/ J(Az ,:_II 03 11. PRESENT WELL CONDITION SUMMARY Total Depth MD(ft): Total Depth TVD(ft): Effective Depth MD(ft): Effective Depth TVD(ft): Plugs(measured): Junk(measured): 6,592 • 6,160 - 6,592 . 6,160 • N/A 6,513 Casing Length Size MD TVD Burst Collapse Structural Conductor Surface 1,031' 13-3/8" 1,031' 1,025' 3,090 psi 1,540 psi Intermediate 1,120' 9-5/8" 1,120' 1,111' 3,950 psi 2,570 psi Production 6,157' 7" 6,157' 5,803' 8,160 psi 7,020 psi Liner 526' 4-1/2" 6,511' 6,093' 7,780 psi 6,350 psi Perforation Depth MD(ft): Perforation Depth TVD(ft): Tubing Size: Tubing Grade: Tubing MD(ft): See Schematic See Schematic 2-7/8" 6.4#/L-80 5,506 Packers and SSSV Type: Packers and SSSV MD(ft)and TVD(ft): 7"PI-IL Pkr,SC-1L Pkr&HES XXO SVLN , 5,430'(MD)5,204'(TVD),5,985'(MD)5,663'(TVD)and 301'(MD)301'(TVD) ` 12.Attachments: Description Summary of Proposal 0 • 13.Well Class after proposed work: Detailed Operations Program 0 BOP Sketch 0 Exploratory ❑ Stratigraphic 0 Development 0 1 Service 0 14.Estimated Date for 15.Well Status after proposed work: Commencing Operations: 5/15/2014 Oil 0a Gas ❑ WDSPL 0 Suspended 0 16.Verbal Approval: Date: WINJ 0 GINJ ❑ WAG 0 Abandoned 0 Commission Representative: GSTOR 0 SPLUG ❑ 17.I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Ted Kramer Email tkramer c(r7hilcorp.com Printed Name Ted Kramer Title Sr.Operations Engineer Signature `�fj�'` I Phone (907)777-8420 Date 5/8/2014 COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: .s` - 0• Plug Integrity 0 BOP Test 0 Mechanical Integrity Test 0 Location Clearance 0 Other: RBDM4. MAY 16 2014 Spacing Exception Required? Yes ❑ No d Subsequent Form Required: /0 -41 0 LI APPROVED Y //5 /A Approved by: 40 COMMISSIONER THE COMMISSION Date: � �'—^ f,,i4i0RIGINAL ,�. ,- Submit Form and Form 10-403(Revised 10/2012) Approved application is valid for 12 months from the a e aF approval. Attachments in Duplicate Well Work Prognosis Well:A-01RD . ' dr Date:5/08/2014 • Hilcorp Alaska,LLC Well Name: A-01RD API Number: 50-733-10055-01 Current Status: Producer Leg: NA Estimated Start Date: May 15, 2014 Rig: NA Reg. Approval Req'd? 403 Date Reg. Approval Rec'vd: Regulatory Contact: Juanita Lovett (8332) Permit to Drill Number: 1901470 First Call Engineer: Ted Kramer (907) 777-8420 (0) (985) 867-0665 (M) Second Call Engineer: Trudi Hallett (907) 777-8323 (0) (907) 750-0747 (M) AFE Number: Budgeted Cost: Last Bottom Hole Pressure: 8/15/2007 1593 psi @ 5481'TVD (mid perf) Last downhole intervention: 4/27/2012 Routine WL paraffin check,tag @ 6143'KB (fill)with 2.27" GR— no complications or obstructions Maximum Anticipated Surface Pressure—2,103 psi. (Note: Assumes naturally pressured reservoir with a gas gradient of.044psi/ft.) Brief Well Summary Well A-01RD is an active gas lifted producer in the Trading Bay Field Hemlock and Middle Kenai D and E-Zone Oil Pools. The Hemlock zone is completed with an open hole gravel pack completion. Latest well test on 4/10/2014: 91 bopd, 57 bwpd, 1.2 MMscf lift gas used with minimal gas production. New perforations are proposed in the Middle Kenai D pool with a slick line scale/paraffin check prior.A-01RD has had a history of wax buildup but has sustained a relatively flat decline since its last perf add in March of 2008.There is potential for a full rig workover in the future to recomplete uphole and add several Middle Kenai Sands that are currently above the packer. Estimated Rate Add"55 bopd Procedure: 1. Skid Rig#56 over Well. 2. MIRU wire-line/Slick line Combo unit. 3. RU Lubricator and test to 2,200 psi. V. 4. MU 2.25"GR and RIH on Slickline drifting to 6,143'KB. 5. MU Gamma Ray on E-line to 6,143'. Run Gamma Ray log from 6,143'to 9-5/8"casing shoe at 1,120'. Send log into the Geologist for possible depth correction. 6. Pick up E-line guns anyl RIH with Gamma Ray/CCL and log on depth. Perforate intervals 5,512— 32 and 5,480—5,500'with 2"guns. ' 01- -G 2 2_60 (-s 7. Monitor well in test separator. 8. POOH with Guns. 9. Return well to production. Attachments: 1. Current Wellbore Schematic 2. Proposed Wellbore Schematic SCHEMATIC Trading Bay Unit • . 14Well: A-01RD Hilrorp Alaska,LLC Completed: 3/16/08 RKB to TBG Hngr=38.70' CASING AND TUBING DETAIL SIZE WT GRADE CONN ID TOP BTM. J 13-3/8" 61 K-55 Butt 12.515 Surf. 1031' 1 9-5/8" 40.0 J-55 8rd LT&C 8.835 Surf KOP 1120' 7 29 N-80 6.184 Surf 6157' Tubing: _ 2-7/8" 6.4 1-80 BTC Surf 5,506' JEWELRY DETAIL NO. Depth ID Item (MDI. L [ 1'1 1 301' HES"XXO"SVLN 2 2,222' McMurry SMO-1 GLM#5 3 3,545' McMurry SMO-1 GLM#4 n I 2 4 4,363' McMurry SMO-1 GLM#3 n i 3 5 4,950' McMurry SMO-1 GLM#2 A zone 6 5,346' McMurry SMO-1 GLM#1 n 14 7 5,388' 2.313" HES"XU"Sliding Sleeve 8 5,430' HES"PHL"Packer 5 9 5,473' 2.313" Otis"X"Nipple 6 B zone 10 5,506' WLREG ` A 5,985' 4.00 Baker SC-1L Packer • B 5,989' 4.00 Gravel Pack Extension 10 i 7 C 6,030' 4.00 Blank,4-1/2"11.6#N-80 D 6159'- 2.441 4-1/2"x 2-7/8"pre-packed screen in 13"open hole.Packed 8 6511' w/20-40 mesh sand C zone all 9 Perforation Detail 111 10 Zone (Top Mo) Btm(MD) Top(TVD) Btm(TVD) Amt SPF Date Status D 54-9 5,548' 5,600' 5,303' 5,346' 52 3/16/1997 D 54-9 5,560' 5,590' 5,313' 5,338' 30 11/15/2004 D zone D 55-7 5,621' 5,656' 5,363' 5,393' _ 35 3/16/1997 D 55-7 5,640' 5,650' 5,379' 5,388' 10 11/15/2004 D 56-1 5,689' 5,756' 5,420' 5,475' _ 67 3/16/1997 E zone D 56-1 5,700' 5,725' 5,429' 5,450' 25 11/15/2004 D 57-2 5,769' 5,840' _ 5,486' 5,544' 71 3/16/1997 D 57-2 5,775' 5,840' 5,491' 5,544' 65 2/3/2006 D 57-2 5,783' 5,798' 5,498' 5,510' 15 11/15/2004 D 57-2 5,805' 5,825' 5,516' 5,532' 20 11/15/2004 _ E 58-1 5,860' 5,887' _ 5,561' 5,583' 27 3/16/1997 E 58-1 5,865' 5,885' 5,565' 5,581' 20 2/3/2006 E 58-1 5,875' 5,885' 5,573' 5,581' 10 11/15/2004 E 58-1 5,905' 5,919' 5,598' 5,609' 14 3/16/1997 E 58-1 5,905' 5,919' 5,598' 5,609' 14 2/3/2006 E 58-1 5,907' 5,912' 5,600' 5,604' 5 11/15/2004 lb " A E 58-7 5,939' 5,967' 5,626' 5,649' 28 3/16/1997 E 58-7 5,944' 5,974' 5,630' 5,654' 30 2/3/2006 C., E 58-7 5,952' 5,957' 5,636' 5,641' 5 11/15/2004 , _ E 58-7 5,970' 5,980' 5,651' 5,659' 10 11/15/2004 A - E 60-0 6,049' 6,083' 5,716' 5,743' 34 3/5/2008 E 61-1 6,129' 6,141' 5,781' 5,791' 12 3/5/2008 0:.. - Hemlock 6,159' 6,511' 5,806' 6,093' 352 Open 8/25/1991 .°D°f. hole '' Hemlock •ti•••••••''�� 1.1.1•ti•'L- {,•ti•ti••.•,� NOTES: 5/28/07-Ran 2.25"GR to 6,150'and tagged u ,V..:::::.*-:::::tines gg P• :1;::7:3Z1::-. 8/16/07-Ran 2"GR to 5,764'.Did not tag up. - KB ELEV=101' FISH: PBTD=6,425' TD=6,498' Junk in hole from 6513'-6592'from 1991 Redrill. ANGLE thru INTERVAL=21.1° REVISED:05/08/14 DRAWN BY:JLL • SCHEMATIC Trading Bay Unit • II WComell:pAlete-01RDd: 3/16/08 Hilrnrp Alaekr,LLC RKB to TBG Hngr=38.70' CASING AND TUBING DETAIL SIZE WT GRADE CONN ID TOP BTM. 1 1 3-3/8" 61 K-55 Butt 12.515 Surf. 1031' all , 9-5/8" 40.0 J-55 8rd LT&C 8.835 Surf KOP 1120' 7 29 N-80 6.184 Surf 6157' Tubing: 2-7/8" 6.4 L-80 BTC Surf 5,506' JEWELRY DETAIL • NO. Depth ID Item (MD) L L 1 301' HES"XXO"SVLN 2 2,222' McMurry SMO-1 GLM#5 3 3,545' McMurry SMO-1 GLM#4 r-11 2 4 4,363' McMurry SMO-1 GLM#3 r-i 13 5 4,950' McMurry SMO-1 GLM#2 A zone 6 5,346' McMurry SMO-1 GLM#1 n 14 7 5,388' 2.313" HES"XU"Sliding Sleeve 5 8 5,430' HES"PH L"Packer 9 5,473' 2.313" Otis"X"Nipple rti 6 B zone 10 5,506' WLREG A 5,985' 4.00 Baker SC-1L Packer B 5,989' 4.00 Gravel Pack Extension ❑D.• 7 C 6,030' 4.00 Blank,4-1/2"11.6#N-80 D 6159'- 2.441 4-1/2"x 2-7/8"pre-packed screen in 13"open hole.Packed 8 6511' w/20-40 mesh sand C zone ism 9 IIII Perforation Detail 10 Zone (M°p) Btm(MD) Top(TVD) Btm(TVD) Amt SPF Date Status / 'D 53-8 ±5,480' ±5,500' ±5,246' ±5,263' 20 Future D 54-5 ±5,512' ±5,532' ±5,273' ±5,289' 20 Future D zone D 54-9 5,548' 5,600' 5,303' 5,346' 52 3/16/1997 D 54-9 5,560' 5,590' 5,313' 5,338' 30 11/15/2004 D 55-7 5,621' 5,656' 5,363' 5,393' 35 3/16/1997 E zone D 55-7 5,640' 5,650' 5,379' 5,388' 10 11/15/2004 D 56-1 5,689' 5,756' 5,420' 5,475' 67 3/16/1997 • D 56-1 5,700' 5,725' 5,429' 5,450' 25 11/15/2004 D 57-2 5,769' 5,840' 5,486' 5,544' 71 3/16/1997 D 57-2 5,775' 5,840' 5,491' 5,544' 65 2/3/2006 D 57-2 5,783' 5,798' 5,498' 5,510' 15 11/15/2004 D 57-2 5,805' 5,825' 5,516' 5,532' 20 11/15/2004 E 58-1 5,860' 5,887' 5,561' 5,583' 27 3/16/1997 E 58-1 5,865' 5,885' 5,565' 5,581' 20 2/3/2006 E 58-1 5,875' 5,885' 5,573' 5,581' 10 11/15/2004 E 58-1 5,905' 5,919' 5,598' 5,609' 14 3/16/1997 A E 58-1 5,905' 5,919' 5,598' 5,609' 14 2/3/2006 B E 58-1 5,907' 5,912' 5,600' 5,604' 5 11/15/2004 C E 58-7 5,939' 5,967' 5,626' 5,649' 28 3/16/1997 r•r•r• E 58-7 5,944' 5,974' 5,630' 5,654' 30 2/3/2006 ti•ti• ••rg E 58-7 5,952' 5,957' 5,636' 5,641' 5 11/15/2004 .••r�11r'L1' r.r:.••}•r•� E 58-7 5,970' 5,980' 5,651' 5,659' 10 11/15/2004 r;;•r•r•r•= ti•ti•ti• E 60-0 6,049' 6,083' 5,716' 5,743' 34 3/5/2008 ;•r•r•r•r•� •...•..•.1. f•r•r•r•r•� E 61-1 6,129' 6,141' 5,781' 5,791' 12 3/5/2008 ,7:11:::::,:t.- r•.•r•r•= Open 1'ti"••%• Hemlock Hemlock 6,159' 6,511' 5,806' 6,093' 352 hole 8/25/1991 1••'t 1.4. ti's• • = NOTES: 51:55Z' ` 5/28/07-Ran 2.25"GR to 6,150'and tagged up. :L:ti%'� r r .•i 8/16/07-Ran 2"GR to 5,764'.Did not tag up. 1 1.1••.••� tiro.tirti_ ."�') KB ELEV=101' FISH: PBTD=6,425' TD=6,498' Junk in hole from 6513'-6592'from 1991 Redrill. ANGLE thru INTERVAL=21.1° REVISED:05/08/14 DRAWN BY:JLL • • .,-0,\/77 s THE STATE Alaska Oil and Gas , of ALASKA Conservation Commissi n GOVERNOR SEAN PARNELL 333 West Seventh Avenue Anchorage, Alaska 99501-3572 ALAS Main: 907.279.1433 Fax: 907.276.7542 NED b E 8 b Zvi-, Ted Kramer Sr. Operations Engineer f Hilcorp Alaska, LLC II D - 147 3800 Centerpoint Drive, Suite 100 Anchorage, AK 99503 Re: Trading Bay Field, Hemlock, Middle Kenai B, D, & E, and Undefined Oil Pools, Trading Bay St A-01RD Sundry Number: 313-622 Dear Mr. Kramer: 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. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration. A request for reconsideration 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. Sincerely, Cathy P. Foerster Chair DATED this day of December, 2013. Encl. ci4)'\4/RECEIVED STATE OF ALASKA ve NOV 2 6 2013 ALASKA OIL AND GAS CONSERVATION COMMISSION S /El 6 013. APPLICATION FOR SUNDRY APPROVALS 43 tritOGCC 20_AAC 28.280 1.Type of Request: Abandon❑ Plug for Redrill❑ Perforate New Pod El Repair Well❑ Change Approved Program❑ Suspend❑ Plug Perforations❑ Perforate E • Pull Tubing:l • Time Extension❑ Operations Shutdown❑ Re-enter Susp.Well❑ Stimulate❑ Alter Casing❑ Other. Run Completion El 2.Operator Name: 4.Current Well Class: 5.Permit to Drill Number: Hilcorp Alaska,LLC Exploratory ❑ Development GI . 190-147. 3.Address: 3800 Centerpoint Drive,Suite 100 Stratigraphic ❑ Service ❑ 6.API Number. Anchorage,AK 99503 50-733-10055-01 • 7.If perforating: 8.Well Name and Number What Regulation or Conservation Order governs well spacing in this pool? CO 93B Will planned perforations require a spacing exception? Yes ❑ No El Trading Bay St A-01 RD• 0. 9.Property Designation(Lease Number): 10.Field/Pool(s): innrik h of -.Weis • y•• 0 oi. - ' ADL0018731 • Trading Bay Field/Hemlock Oil,Middle Kenai D Oil,Middle Kenai E Oil Pools/ mi1.11L 16.: $, 11. PRESENT WELL CONDITION SUMMARY Total Depth MD(ft): Total Depth TVD(ft): Effective Depth MD(ft): Effective Depth TVD(ft): Plugs(measured): Junk(measured): 6,592 - 6,160 . 6,592 6,160 N/A 6,513 • Casing Length Size MD TVD Burst Collapse Structural Conductor Surface 1,031' 13-3/8" 1,031' 1,025' 3,090 psi 1,540 psi Intermediate 1,120' 9-5/8" 1,120' 1,111' 3,950 psi 2,570 psi Production 6,157' 7" 6,157' 5,803' 8,160 psi 7,020 psi Liner 526' 4-1/2" 6,511' 6,093' 7,780 psi 6,350 psi Perforation Depth MD(ft): Perforation Depth TVD(ft): Tubing Size: Tubing Grade: Tubing MD(ft): See Schematic• See Schematic 2-7/8" 6.4#/L-80 5,506 Packers and SSSV Type: Packers and SSSV MD(ft)and ND(ft): 7"PHL Pkr,SC-1L Pkr&HES XXO SVLN • 5,430'(MD)5,204'(ND),5,985'(MD)5,663 12.Attachments: Description Summary of Proposal ID 13.Well Class after proposed work: Detailed Operations Program ❑ BOP Sketch G Exploratory ❑ Stratigraphic Cl Development EI ^ Service ❑ 14.Estimated Date for 15.Well Status after proposed work: 2/1/2014 Commencing Operations: Oil 0' Gas ❑ WDSPL ❑ Suspended ❑ 16.Verbal Approval: Date: WI NJ ❑ 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 Ted Kramer Email tkramer C/_hilcor0.com Printed Name Ted Kramer Title Sr.Operations Engineer Signature r Phone (907)777-8420 Date 11/26/2013 COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: �/ 3\'3-L2JL'L Plug Integrity ❑ BOP Test re Mechanical Integrity CI Test Location Clearance Other: r`" 2, S O b /° S,', )3 at° -t` Spacing Exception Required? Yes ❑ No i7 Subsequent Form Required: / 0—41 Cl k{ APPROVED BY Approved by: p '7 J COMMISSIONER THE COMMISSION Date: /. - 4 -73 A � - ' . p'�113 /Z-Z•/j a I�t /lA�Form 10-403(Revised 10/2012) Appro a o 1 onths from t e da approval. achments in plicate BD M DEC 1lo • • Well Prognosis Well: A-Gird Hilcorp Alaska,LL. Date: 11/26/2013 Well Name: Monopod A-01rd API Number: 50-733-10055-01 Current Status: Oil producer(Gas Lifted) Leg: N/A Estimated Start Date: 2/1/14 Rig: Monopod Rig#56 Reg.Approval Req'd? 10-403 Date Reg.Approval Rec'vd: Regulatory Contact: Juanita Lovett 777-8332 Permit to Drill Number: 190-147 First Call Engineer: Ted Kramer (907)777-8420(0) (985) 867-0665 (M) Second Call Engineer: Dan Marlowe (907) 283-1329 (0) AFE Number: Current Bottom Hole Pressure: 1,593 psi @ 5,764' (5,489' TVD) From 2007 Static survey wi8th 31 hours of shut in time. Maximum Expected BHP: 1,593 psi @ 5,764' (5,489' TVD) Max.Anticipated Surface Pressure: 776 psi. (Using all gas in tubing from 1,523' (Top perf, 1,501 TVD)to surface and a .01 psi/ft. gas gradient and assuming the A Zone is fully charged.) Brief Well Summary The A-01rd well is currently is currently completed as a gas lifted oil well. The re-completion plan involves pulling the existing completion, clean out well to the top of the gravel pack packer at 5985',and isolating the hemlock. The well will then re-perforated in the D and E zones and the/CB, and C zones will be added. A new completion string will then be ran which will consist of an SSSV, GLMs, and chemical injection mandrel. II1 Brief Procedure: -1 �,r„j� 1. MIRU Monopod Platform Rig#56. avtj-1 ' II /4,41:u' 2. RU Slickline and shift the sliding sleeve at 5,388'. RD slickline. L..4 'f 3. Circulate Hydrocarbon off of well with 3%KCL. 4. ND Wellhead, NU BOP and test to 250psi low/2,500psi high. (Note: Notify AOGCC 24 hours in advance of test to allow them to witness test). 5. RU E-line. RIH and cut tubing string at 5,400'(+/-). RD E-line. 6. POOH with tubing string and lay down the same. 7. Mill and remove packer at 5,430'. 8. PU RIH with bit and scraper,clean out to top of 7" liner. Circulate hole clean. POOH with same. 9. Clean out top of Baker SC-1L packer at 5985'and set WL tubing plug at 6,030'. 10. RU E-line. PU RIH with GR/CCL logging tool to 5985' +/-. POH logging well up to 1,000'. RD E-line. 11. PU RTTS test packer. RIH to 1500'and set. Pressure test casing to 1,500 psi.for 30 minutes. Chart same. POOH with RTTS test Packer. 12. PU RIH with TCP perforating guns spacing out as per Final approved Perforation Request Form. RU E-line. Run tie in log. Place guns on depth . Fire guns. 13. PU on guns and circulate out perf gas. Monitor well for 1 hr shooting fluid levels to determine fluid loss. Fluid loss should diminish over time. 14. Once well is stable, POOH with TCP guns. /� 15. PU and run completion string. -- �`'`�s ��� r,✓ 16. ND BOPs, NU Wellhead and test. 17. Turn well over to production. 18. Schedule AOGC in two weeks. Aire .• • Well Prognosis Well: A-01rd Hilcorp Alaska,LL Date: 11/26/2013 Attachments: 1. As-built Well Schematic 2. Proposed Well Schematic 3. BOP Drawing 4. Proposed Wellhead. I I S • A-1RD MONOPOD PLATFORM ACTUAL COMPLETION Revised 3/16/08 R.T.= 101' MSL RKB to Tbg Hngr=38.70' I. 2-7/8"6.4#L-80 BTC TBG 0-5506'. I 2. HES"XXO"SVLN @ 301'. 3. 2-7/8"McMURRY SMO- 1 GLM#5 @ 2222'. 4. 2-7/8"McMURRY SMO- I GLM#4 @ 3545'. 5. 2-7/8"McMURRY SMO- 13-3/8"61#K-55 CASING @ 1031' 1 GLM#3 @ 4363'. 6. 2-7/8"McMURRY SMO- 9-5/8"404 J-55 CASING @ 1120'KOP 1 GLM#2 @ 4950'. 7. 2-7/8"McMURRY SMO- 1 GLM#1 @ 5346'. - 8. 2-7/8"X 2.313"HES _ "XU"SLIDING SLEEVE @ 5388'. 6 9. HES"PHL"PACKER @ 5430' - 7 10. 2-7/8"X 2.313"OTIS TYONEK D&E PERFORATIONS Date I"Pert' "X"NIPPLE @.5473'. 5548'-5600' 054-9 3/16/97 11. WLREG TAIL @ 5506' , 5621'-5656' D 55-7 3/16/97 12. 7"X 4"BAKER"SC-IL" q 5689'-5756' D 56-1 3/16/97 PACKER a 5985'. 5769'-5840' D 57-2 3/16/97 13. PACKER EXT W/SS _ 1 n 5860'-5887' E 58-1 3/16/97 5905%5919' E 58-1 3/16/97 5989'-6030', MIN ID 11 5939'-5967' E-58-7 3/16/97 4.00". 5970'-5980' E-58-7 11/15/04 U2" 1 1.6#N-80 6058'-6078' E 60-0 3/5/08 14. 4- 6130'-6140' HK 61-1 3/5/08 . BLANK @ 6030'-6159'. 15. 4-1/2"X 2-7/8"PRE- PACKED SCREEN IN _ 13"OPEN HOLE. - SCREEN WAS PACKED 12 W/20-40 MESH SAND 13 7"29#N-80 CASING F/6,157'-SURF. @ 6159'-6511'. /7 I5 PBTD 6,592' - FISH IN HOLE 6513'-6592'. Tr)6 SQL' A-OIRD Last Updated: 1-16-08 BCA • 14 0 R POSED • Trading Bay Unit P 0 Well: A 01RD Hilcorp Alaska,LLC Proposed 2013 RKB to TBG Hngr=38.23' 1 CASING AND TUBING DETAIL SIZE WT GRADE CONN ID TOP BTM. 13 3/8" 61 K-55 Butt 12.515 Surf. 1031' I 9-5/8" 40.0 K-55 GRADE LT&C 8.835 Surf KOP 1120' L `�,f� 7 29 N-80 6.184 Surf 6157' Tubing: 3-1/2" Surf ±3,931' Ii III JEWELRY DETAIL NO. Depth ID Item MA JEWELRY 2 (MD) 1 ri 3 Hanger 4 Ail' 1 ±300' SSSV Avul 2 ±1,433' GLM 3 ±1,463' Chem Inj Mandrel ^ � (� I 4 ±1,473' Packer V�cV� �4`�y Qi 5 ±3,875' Sliding Sleeve " ��fi�rir 6 ±3,900' Packer 7 ±3,930' X Nipple Tr; B zone 8 ±3,931' WLEG I 6 31 C1•`M D A 5,985' 4.00 Baker SC-1L Packer B 5,989 4.00 Gravel Pack Extension C 6,030' 4.00 Blank,4-1/2"11.6#N-80 7 D 6159'- 2.441 4-1/2"x 2-7/8"pre-packed screen in 13"open hole.Packed 6511' w/20-40 mesh sand ill 8 C zone Perforation Details(Next Page) D zone FISH: Junk in hole from 6513'-6592'from 1991 Redrill. E zone A IU B E-60 C E-61 ;ti. =•.%•▪.f =tiftiftif▪• :::r;f▪ Hemlock --%.,..... }:::f: :p -.. tirti'"▪ ▪1 'WIND KB ELEV=101' PBTD=6,425' TD=6,498' ANGLE thru INTERVAL=21.1° REVISED:11/21/13 DRAWN BY:DEM • • Trading Bay Unit PROPOSED Well: A-01RD Proposed 2013 Hilcorp Alaska,LLC Perforation Detail Zone Top Btm Top Btm Amt SPF Date Status (MD) (MD) (ND) (ND) AZN 22A ±1,523' ±1,530' ±1,502' ±1,508' 7 Future AZN 23A ±1,566' ±1,618' ±1,544' ±1,595' 52 Future AZN 25A ±1,762' ±1,835' ±1,737' ±1,810' 73 Future BZN 22-5 ±2,095' ±2,108' ±2,068' ±2,081' 13 Future BZN 24-6 ±2,170' ±2,234' ±2,080' ±2,207' 64 Future BZN 26-7 ±2,372' ±2,444' ±2,345' ±2,416' 72 Future BZN 28.6 ±2,526' ±2,557' ±2,498' ±2,529' 31 Future BZN 31-8 ±2,845' ±2,876' ±2,817' ±2,848' 31 Future BZN 31-8 ±2,878' ±2,970' ±2,850' ±2,942' 92 Future BZN 33-6 ±3,032' ±3,086' ±3,004' ±3,057' 54 Future BZN 41-3 ±3,176' ±3,210' ±3,147' ±3,181' 34 Future BZN 41-8 ±3,241' ±3,350' ±3,212' ±3,321' 109 Future BZN 44-7 ±3,672' ±3,680' ±3,643' ±3,651' 8 Future BZN 44-7 ±3,686' ±3,866' ±3,657' ±3,835' 180 Future CZN C-2 ±4,000' ±4,034' ±3,966 ±3,999' 34 Future CZN C-2 ±4,046' ±4,132' ±4,011' ±4,094' 86 Future CZN 7S ±4,774' ±4,783' ±4,661' ±4,668' 9 Future CZN 7S ±4,808' ±4,818' ±4,689' ±4,697' 10 Future CZN C-7 ±4,834' ±4,910' ±4,710' ±4,773' 76 Future CZN 47-5 ±5,052' ±5,120' ±4,890' ±4,947' 68 Future CZN 48-5 ±5,190' ±5,218' ±5,005' ±5,028' 28 Future DZN 53-0 ±5,418' ±5,437' ±5,194' ±5,210' 19 Future DZN 53-8 ±5,480' ±5,500' ±5,246' ±5,263' 20 Future DZN 54-5 ±5,512' ±5,532' ±5,273' ±5,289' 20 Future D 54-9 5,548' 5,600' 5,303' 5,346' 52 3/16/1997 DZN 54-9 ±5,552' ±5,600' ±5,306' ±5,346' 48 Re-Perf D 54-9 5,560' 5,590' 5,313' 5,338' 30 11/15/2004 D 55-7 5,621' 5,656' 5,363' 5,393' 35 3/16/1997 DZN 55-7 ±5,624' ±5,658' ±5,366' ±5,394' 34 Re-Perf D 55-7 5,640' 5,650' 5,379' 5,388' 10 11/15/2004 D 56-1 5,689' 5,756' 5,420' 5,475' 67 3/16/1997 DZN 56-1 ±5,693' ±5,749' ±5,423' ±5,469' 56 Re-Perf D 56-1 5,700' 5,725' 5,429' 5,450' 25 11/15/2004 D 57-2 5,769' 5,840' 5,486' 5,544' 71 3/16/1997 DZN 57-2 ±5,773' ±5,842' ±5,489' ±5,546' 69 Re-Perf D 57-2 5,775' 5,840' 5,491' 5,544' 65 2/3/2006 D 57-2 5,783' 5,798' 5,498' 5,510' 15 11/15/2004 D 57-2 5,805' 5,825' 5,516' 5,532' 20 11/15/2004 E 58-1 5,860' 5,887' 5,561' 5,583' 27 3/16/1997 E 58-1 5,865' 5,885' 5,565' 5,581' 20 2/3/2006 EZN 58-1 ±5,865' ±5,890' ±5,565' ±5,586' 25 Re-Perf E 58-1 5,875' 5,885' 5,573' 5,581' 10 11/15/2004 EZN 58-1 ±5,897' ±5,919' ±5,591' ±5,609' 22 Re-Perf E 58-1 5,905' 5,919' 5,598' 5,609' 14 3/16/1997 E 58-1 5,905' 5,919' 5,598' 5,609' 14 2/3/2006 E 58-1 5,907' 5,912' 5,600' 5,604' 5 11/15/2004 EZN 58-7 ±5,932' ±6,020' ±5,620' ±5,692' 88 Re-Perf E 58-7 5,939' 5,967' 5,626' 5,649' 28 3/16/1997 E 58-7 5,944' 5,974' 5,630' 5,654' 30 2/3/2006 E 58-7 5,952' 5,957' 5,636' 5,641' 5 11/15/2004 E 58-7 5,970' 5,980' 5,651' 5,659' 10 11/15/2004 E 60-0 6,049' 6,083' 5,716' 5,743' 34 3/5/2008 EZN 60-0 ±6,052' ±6,080' ±5,718' ±5,741' 28 Re-Perf E 61-1 6,129' 6,141' 5,781' 5,791' 12 3/5/2008 Hemlock 6,159' 6,511' 5,806' 6,093' 352 Open 8/25/1991 hole REVISED:11/21/13 DRAWN BY:DEM • • ,.. H Monopod Platform A-01RD Current 11/21/2013 Hilrilrp.%h lm.ILL Monopod Tubing hanger,CIW-F- A-01RD FBB,7 X 2 7/8 8rd EUE lift 13 3/8 X 9 5/8 X 7 X 2 7/8 and susp,w/2 1/2"type H BPV profile,6'''A"EN, 1-%"CL BHTA,Bowen,2 9/16 5M X 2.5 Bowen quick union II Valve,Safety,Willis C-20, 2 1/16 5M FE ll s Tree assy,block,CIW-FC, r - 1 single master and swab, 44 7 1 1/6 5M X 2 9/16 5M X v s 2 1/16 5M,prepped on - ' 6%EN pocket,'A npt control Ht..11,.. line exit Combo studs and ring gasket •• R45/46 1 ill W 1i1 ,1111111.1111 Tubing head,CIW F, "!l • , ;ITIFMitg -''- Valve,CIW-F,2 1/16 5M i.13 5/8 3M X 7 1/16 3M, Luu III FE,HWO,AA w/2-2 1/16 5M SSO, X-bottom prep I [oh IN r'III . el IF., r Casing spool,CIW-WF, 1 Valve,CIW-FC,2 1/16 5M FE, 13 5/8 3M X 13 5/8 3M, I1! ' III HWO,AA w/2-2 1/16 5M EFO %fo `F I � �o'4 oj' "Il�•I• 4 III III IICasing head,Shaffer-KD, 2"LP plug valve OOP lit Or • • Monopod Platform A-01RD Proposed 11/21/2013 Hilrorp:%asko.LTA• Monopod Tubing hanger,SME-CL,11 X A-01RD 3'A EUE lift and susp,w/3" 133/8 X 95/8 X7 X 2 7/8 Type H BPV profile,2-3/8 CCL,Alloy material BHTA,Bowen,3 1/8 5M X 2.5 Bowen quick union II s Valve,Swab,WKM-M, ,,1 3 1/8 5M FE,HWO,DD Pill'.4 trim 0 e)t Valve,Wing,WKM-M, o Quo 31/85MFE,w/15" OMNI operator,DD trim R115 0 1:11 - - Valve,Master,WKM-M, •©^` ' 31/8 5M FE,HWO,DD O__— trim o 0®c Valve,Master,WKM-M, ,• ^1• 31/85MFE,HWO,DD ®O ho' O trim o Q,0,. it -S. lei MIPIMIlibIll Tubing head,5-8, 3 I�1 2 1/16 5M SSO,w/BG ...._. _ — 135/83Mx115M,w/2- lel bottom,w/1-2 1/16 5M __ __ WKM-M valve - . . �e`O O,�I � 1111 I i ! '- Valve,i ii CIW-FC,2 1/16 5M FE, Casing spool,CIW-WF, I l i I 1 r 1 HWO,AA i '135/83MX135/83M, , w/2-21/165MEF0 ..' !Ilium, I I 1 _ 1 i-i'l ., Casing head,Shaffer-KD, :I' 135/83MX13"SOW iii 11 iii bottom,w/2"LPO 1? t 0 • ail "I_i 2"LP plug valve 0 fir . .. • • ....• la Monopod Platform 2013 BOP Stack 03/12/2013 Hilnwp Maas,1.11A: Rig Floor Bottom of air boot flange 5'below rig floor 16" 14.72' 9.50' Pipe III!111!lil!inilI O O III I11 III I11 Iii 111 I11 III i 3.74' Shaffer 13 5/8 5M I(h nl flh/ffil ltt 26.25' i Shaffer LXT 2 7/8-5 Variables =t.'=— �h_. 2.50 --1 —_� 13 5/8 SM 111=_--111— Blind .1!1.111'111.1/1111 1. 1.76 {Ei tdr"i'! i.I 111{�T•t'� , : !I Mud Cross �� �►`�.il 1(Llil. i �' l I®� I`135/85MFEXFE w/3 1/8 5M EFO w/2 1/16 5M Choke and Kill valves w/Unibolt end connections for lines I11 lil I11 Ili Ili 2 83' °— —° Dual Cameron Flex rams lIE Ill III Ill lil Iii .70' III I11 I11 III I11 V Drill deck 14.20" UOCD 1911 Riser 14.20' 135/8 SM FE 3135/85M FE iii I I iii iii i-I m. 111 Ill III 111 Ill spool 1.5' .,, 13 5/S Spacer SM FE po X 11 3M III iii III 111111 Wellhead @ 15.00' Chevron w DATE ]une 9, 2008 ~nCisco Castro Chevron iVorth~erica Exploration and Production Technical Assistant 909 W. 9th Avenue Anchorage, AK 99501 Tele: 907 263 7844 Fax: 907 263 7828 E-mail: fcbn@chevron.com To: AOGCC Mahnken, Christine R ~~/~N JUN ~ ~, 200$ 333 W. 7th Ave. Ste# 100 Anchorage, AK 99501 ~~ti~ WELL. LGG TYPE SCALE LOG DATE RJTERVAL LOGGED RUN # B-LINE CD PJOTES -LAS, PDS, DLIS COMPLETION TB ST A-25RD RECORD 5" 4-Mar-08 6660-7092 1 1 1 PDS COMPLETION TB ST A-01 RD RECORD 5" 5-Mar-08 5697-6140 1 1 PDS COMPLETION TBU K-18RD RECORD 5" 21-Feb-08 10800-12400 1 1 PDS COMPLETION TBU K-26 RD RECORD 5" 24-Feb-08 10303-10323 1 1 PDS PERFORATING TBU G-22 RECORD 5" 3-Ma -08 1012"[-10229 PS-2 i i DLiS-PDS PERFORATING TBU M-17 RECORD 5" 16-Feb-08 7298-7381 PS-11 1 1 PDS PERFORATING TBU M-17 RECORD 5" 14-Feb-08 7296-7391 PS-9 1 1 PDS POSISET PLUG SETTING TBU M-17 RECORD 5" 11-Feb-08 6889-7430 PS-8 1 1 PDS PRESSURE TEMPERATURE TBU M-17 LOG 5" 15-Feb-08 5636-7398 PS-10 1 1 PDS DEPTH TBU M-17 DETERMINATION 5" 3-Feb-08 5782-7374.5 PS-7 1 1 PDS PERFORATING TBU M-17 RECORD 5" 19-Feb-08 5832-5856 PS-12 1 1 PDS POSISET PLUG SETTING TBU M-01 RECORD 5" 7-Jan-08 4792-5151 PS-2 1 PDS PERFORATING TBU M-01 RECORD 5" 18-Jan-08 4532-4580 PS-3 1 PDS HAPPY CEMENT BOND PDS, LAS, VALLEY B-12 LOG - SCMT 5" 18-Mar-08 3559-10315 1 1 1 DLIS COMPLETION PDS, DLIS, LRU C-01 RD RECORD 5" 14-Ma -08 4679-4759 1 1 FMA PERFORATION SRU 32A-15 SHOOT RECORD 5" 10-Mar-08 5554-5582 1 1 PDS f °/G -sue/~. /~ <~~'~- -----_. Please acknowledge receipt by signing and returning one copy of this transmittal orFAX to 907 263 7828. Received eye ~' Date: • STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMM~ION REPORT OF SUNDRY WELL OPERATIONS R~C~IV"~D MAR 2 4 2008 1. Operations Abandon Repair Well Plug Perforations Stimulate Performed: Alter Casing ^ Pull Tubing^ Perforate New Pool ^ Waiver^ Time Extension^ f1C Ofd Change Approved Program ^ Operat. Shutdown^ Perforate Q Re-enter Suspended Well ^ 2. Operator Union Oil Company of California 4. Well Class Before Work: 5. Permit to Drill Number: Name: Development ~ Exploratory^ 190-147s 3. Address: P.O. Box 196247, Anchorage, AK 99519 Stratigraphic^ Service^ 6. API Number: 50-733-10055-01 7. KB Elevation (ft): 9. Well Name and Number: 38.70' A-01 RD ' 8. Property Designation: 10. Field/Pool(s): Monopod Plt/ ADL 18731 ~ ,.~ Trading Bay Field/Middle Kenai D & E ~(~~t l[~~-~ ~J ~ ;f'~~~5~ 11. Present Well Condition Summary: ~ ~ ~~ Total Depth measured 6,592 feet Plugs (measured) none true vertical 6,160 ' feet Junk (measured) 6513' Effective Depth measured 6,276 feet true vertical 5,900 feet Casing Length Size MD TVD Burst Collapse Structural Conductor Surface 1031' 13-3/8" 1031' 1025' 3090 psi 1540 psi Intermediate 3480' 9-5/8" 3480' 3295' 3950 psi 2570 psi Production 6157' 7" 6157' 5803' 8160 psi 7020 psi Liner 526' 4-1/2" 6511' 6093' 7780 psi 6350 psi P rf i ~~~~ APR ~ ~ ~~~~ ~~~' ~ orat e on depth: Measured depth: See attach SChematlC ` ' True vertical deptn: See Attach Schematic Tubing: (size, grade, and measured depth) 2-7/8" L-80, 6.4# 5506' Packers and SSSV (type and measured depth) 7" PHL Pkr - 5430', SC-1 L Pkr - 5985'; HES XXO SVLN - 301' 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: 100 0 50 540 80 Subsequent to operation: 200 0 100 480 100 14. Attachments: 15. Well Class after work: Copies of Logs and Surveys Run Exploratory^ Development ^~ Service ^ Daily Report of Well Operations X 16. Well Status after work: Oil^ Gas ^ WAG ^ GINJ ^ WINJ ^ WDSPL ^ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: 308-035 Contact Steve Tyler - 263-7649 Printed Name Timothy C. Brandenburg title Drilling Manager f"-_ Signature '~. P ne 907-276-7600 Date 3/21/2008 Form 10-404 Revised 04/2006 = ~ Q I ~{~~~ 1 ~ ~ ~ ~`~{~, Submi Original Only • • R.T. = 10]' MSL RKB to Tbg Hngr = 38.70' 1. 2-7/8" 6.4# L-80 BTC TBG 0 - SS06'. 2. HES "XXO" SVLN @ 301'. 3. 2-7/8" McMURRY SMO- 1 GLM #S 2222'. 4. 2-7/8" McMURRY SMO- 1 GLM #4 3848'. S. 2-7/8" McMURRY SMO- 1 GLM #3 4363'. 6. 2-7/8" McMURRY SMO- 1 GLM #2 4950'. 7. 2-7/8" McMURRY SMO- 1 GLM #1 5346'. 8. 2-7/8" X 2.313" HES "XU" SLIDING SLEEVE 5388'. 9. HES "PHL" PACKER @ 5430' 10. 2-7/8" X 2.313" OTIS "X" NIPPLE 5473'. 11. WLREG TAIL SS06' 12. 7" X 4" BAKER "SC-1L" PACKER S98S'. 13. PACKER EXT W/ SS 5989'-6030', MIN ID 4.00". 14. 4-1/2" 11.6# N-80 BLANK 6030'-6159'. 1S. 4-1/2" X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED W/ 20-40 MESH SAND 6159'-6511'. PBTD 6,592' TTl h SQL' A-1RD MONOPOD PLATFORM ACTUAL COMPLETION Revised 3/16/08 13-3/8" 61# K-55 CASING @ 1031' 9-S/8" 40# J-SS CASING @ 1120' KOP TYONEK D & E PERFORATIONS Date 1~` Perf '-5600' D 54-9 3/16/97 '-8686' D SS-7 3/16/97 '-5756' D S6-I 3/16/97 '-5840' D 57-2 3/16/97 '-5887' E 58-1 3/16/97 '-5919' E 58-1 3/16/97 '-5967' E-58-7 3/16/97 '-5980' E-58-7 11/1S/04 '-6078' E 60-0 3/5/08 '-6140' HK 61-1 3/5/08 7" 29# N-80 CASING F/ 6,187' -SURF. FISH IN HOLE 6513'-6592'. A-O1RD Last Updated: 1-16-08 BCA • • _:.<,,~, . . Chevron -Alaska , Weekly Operations Report rrAA ~' ~ ~~ v ~ 4 ~ Well Name Field Name API/UWI Lease/Sena Orig KB Elev (ftK6) Wa[er Depth (ft) -- P Oa RD TRADING BAY, D,' 507331005501 ADL0018731 101.0 - --I-- - ------ -- - --- b Type -- Primary wellbo re Affected Perforating Main Hole - - Jobs -- - - ---- ---- - Perforating.. _ _ WellService _lUWDA.._L - 2/29/2008 ~ _______-_' Daily Operations 311 /2008 ( ~ t ail h FJin . Skid n I:i~ 9 ~~uJ nct h 3.~- ri~ hl L >I~; I.-1~~,~.,.- ~ irr, l~, -°,.nna Pll i 3121200$ .Operations ~~ ~.... !Wail ~~n P~,IL,r~I C:c~~:v i 313120 D 8 -'~' ~ 'Pull ....,s'. F.u~~ ~-1,4° i~F: and to till ul u~, ~'. Faun duniniy gun lu b~uu' y 3/412008 Operations Summary i No Operations 315120 D 8 • ALASIfA OIL A1~TD GAS CO1~T5ERQATIOI~T COMl-IISSIOI~T SARAH PALIN, GOVERNOR 333 W. 7th AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Timothy C. Brandenburg Drilling Manager Union Oil Company of California PO Box 196247 Anchorage, Alaska 99519 ~ ,~ ~'C7 ~~o J Re: Trading Bay Field, Middle Kenai D 8v E Oil Pools, A-01 RD Sundry Number: 308-035 ~% FED ~ ~ 20~ Dear Mr. Brandenburg: Enclosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. When providing notice for a representative of the Commission to witness any required test, contact the Commission's petroleum field inspector at (907) 659-3607 (pager). As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for rehearing. A request for rehearing is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. A person may not appeal a Commission decision to Superior Court unless rehearing has been requested. DATED this ~ day of February, 2008 Encl. Sincerely, `STATE OF ALASKA • l~ --'~~, ALASKA OIL AND GAS CONSERVATION COMMISSION "~ APPLICATION FOR SUNDRY APPROVALS SAN 2 ~ ~~~$ 20 AAC 25.280 ; ,d~ a"`~ ~~ 1. Type of Request: Abandon^ Suspend ^ Operational shutdown ^ Perforate ~iaS~f~j~~IL4~R~ ~~~~' Alter casing^ Repair well ^ Plug Perforations ^ Stimulate ^ Time Extension ~C~IQ(~~~ Ghange approved program^ Pull Tubing ^ Perforate New Poo ;~,~s Re-enter Suspended Well ^ 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: Union Oil Company of California Development ^ Exploratory ^ 190-147 3. Address: Stratigraphic ^ Service ^ 6. API Number: P.O. Box 196247, Anchorage, Alaska 99519 50-733-10055-01 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 C~] ~ A-01 RD 9. Property Designation: ' ~ ~ ~ ~ 10. KB Elevation (ft): 1 L Field/Pool(s): ~,(~ j~;~,,~ '~ g ~ Mono od Platform ~' `~ ./~~ ~ ~3r `'' ~' 38.70' Tradin Ba . Field/T and Hemlock ,4~,-7~- 12. PRESENT WELL CONDITION SUMMARY Y Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (measured): Junk (measured): 6592' ~ 6160' 6150' 5798' n/a 6513' Casing Length Size MD TVD Burst Collapse Structural Conductor Surface 1031' 13-3l8" 1031' 1025' 3090 psi 1540 psi Intermediate 3480 9-5/8" 3480' 3295' 3950 psi 2570 psi Production 6157' 7" 6157' 5803' 8160 psi 7020 psi Liner 526' 4-1/2" 6511' 6093' 7780 psi 6350 psi Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade: Tubing MD (ft): See Attached Schematic 2-7/8" 6.4# L-80 5506' Packers and SSSV Type: HES PHL packer; Baker "SC1-L" packer Packers and SSSV MD (ft): 5430'; 5985' 13. Attachments: Description Summary of Proposal Q 14. Well Class after proposed work: Detailed Operations Program ^ BOP Sketch ^ Exploratory ^ Development ^~ ~ Service ^ 15. Estimated Date for 2/1/2008 16. Well Status after proposed work: Commencing Operations: Oil ~ Gas ^ Plugged ^ Abandoned ^ 17. Verbal Approval: Date: WAG ^ GINJ ^ WINJ ^ WDSPL ^ Commission Representative: 18. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Steve Tyler - 263-7649 Printed Name Timothy C. Brandenburg Title Drilling Manager Signature Phone - 600 Date COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: ~~ ` V3. Plug Integrity ^ BOP Test ^ Mechanical Integrity Test ^ Location Clearance ^ Other: ~~~~ ~~ Subsequent Form Required: ~Q~ APPROVED BY roved b : CO ISSIONER THE COMMISSION Date: ~"~ ~~ A pp y Form 10-403 Revised 06/2006 Submit ORIGINAL ~ ~%` .Chevron ~ • Trading Bay Unit Well # A-O1RD 1-14-08 PROCEDURE SUMMARY: • MIRU slickline, run gauge ring and 2" dummy gun. Bail fill if required. • Perforate the 61-1 and 60-0 sands. • Test flow well for 12 hrs. • Perforate the 56-1 sand A-O1RD REVISED BY: BCA 1/14/08 • R.T. = 101' MSL RKB to Tbg Hngr = 38.70' 1. 2-7/8" 6.4# L-80 BTC TBG 0 - 5506'. 2. HES "XXO" SVLN @ 301'. 3. 2-718" McMURRY SMO- 1 GLM #5 2222'. 4. 2-7/8" McMURRY SMO- 1 GLM #4 3545'. 5. 2-7/8" McMURRY SMO- 1 GLM #3 4363'. 6. 2-7/8" McMURRY SMO- 1 GLM #2 4950'. 7. 2-7/8" McMURRY SMO- 1 GLM #1 5346'. 8. 2-7/8" X 2.313" HES "XU" SLIDING SLEEVE 5388'. 9. HES "PHL" PACKER @ 5430' 10. 2-7/8" X 2.313" OTIS "X" NIPPLE 5473' . 11. WLREG TAIL 5506' 12. 7" X 4" BAKER "SC-1L" PACKER 5985'. 13. PACKER EXT W/ SS 5989'-6030', MIN ID 4.00". 14. 4-1/2" 11.6# N-80 BLANK 6030'-6159'. 15. 4-1 /2" X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED W/ 20-40 MESH SAND 6159'-6511'. PBTD 6,592' Tll h 597' • A-1RD MONOPOD PLATFORM ACTUAL COMPLETION 3/16/97 13-3/8" 61# K-55 CASING @ 1031' 9-5/8" 40# J-55 CASING @ 1120' KOP TYONEK D & E PERFORATIONS Date 1~` Perf 5548'-5600' '" D 54-9 3/16/97 5621'-5656' - D 55-7 3/16/97 5689'-5756' ~ D 56-1 . 3/16/97 5769'-5840' D 57-2 3/16/97 5860'-5887 - E 58-1 3116!97 5905'-5919' E 58-1 3/16/97 5939'-5967' E-58-7 3/16/97 5970'-5980' E-58-7 11/15/04 7" 29# N-80 CASING F/ 6,157' -SURF. FISH IN HOLE 6513'-6592'. \\anc909ntdfs2\shaze\NAU\MCBU\Alaska\Depts\Drilling\Users\TylerS\2008 Projects\2008 Monopod\A-1RD Reperf the 56-1 sand\Schematic\A- 1RD_Schm_3-16-97[1].doc Last Updated: 11/17/04 • R.T. = 101' MSL RKB to The Hner = 38.70' 1. 2-718" b.4# L-80 BTC TBG 0 - 5506'. 2. HES "XXO" SVLN @ 301'. 3. 2-7/8" McMURRY SMO- 1 GLM #5 2222'. 4. 2-7/8" McMURRY SMO- 1 GLM #4 3545'. 5. 2-7/8" McMURRY SMO- 1 GLM #3 4363'. 6. 2-7/8" McMURRY SMO- 1 GLM #2 4950'. 7. 2-7/8" McMURRY SMO- 1 GLM #1 5346'. 8. 2-7/8" X 2.313" HES "XU" SLIDING SLEEVE 5388'. 9. HES "PHL" PACKER @ 5430' 10. 2-718" X 2.313" OTIS "X" NIPPLE 5473'. 11. WLREG TAIL 5506' 12. 7" X 4" BAKER "SC-1L" PACKER 5985'. 13. PACKER EXT W/ SS 5989'-6030', MIN ID 4.00". 14. 4-1/2" 11.6# N-80 BLANK 6030'-6159'. 15. 4-1/2" X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED W/ 20-40 MESH SAND 6159'-6511' . PBTD 6,592' TTl F, 59~' A-O1RD Last Updated: 1-16-08 A-1RD MONOPOD PLATFORM ACTUAL COMPLETION 3/16/97 2 3 4 5 6 7 8 9 Proposed 13-3/8" 61# K-55 CASING @ 1031' 9-5/8" 40# J-55 CASING @ 1120' KOP TYONEK D & E PERFORATIONS Date 1~` Perf 5548'-5600' D 54-9 3/16/97 5621'-5656' D 55-7 3/16/97 5689'-5756' D 56-1 3/16/97 5697-5727 Proposed 5769'-5840' D 57-2 3/16/97 5860'-5887' E 58-1 3/16/97 5905'-5919' E 58-1 3/16/97 5939'-5967' E-58-7 3/16/97 5970'-5980' E-58-7 11/15/04 60.58'-6078' Proposed r 6130'-6140' Proposed ~ 12 7" 29# N-80 CASING F/ 6,157 -SURF. FISH IN HOLE 6513'-6592'. • BCA ...~ ~~ i ~-~aa f ~GW~-- / aG-,fL ~.cs Z- • • Trading Bay State A-01 RD C~ ^ Proposed Perfs SFD 2/1/2008 '~h ~~ ~,, ~`~ avEe cAsc? c.J \\DOA-ANC-AOGCC\VOLt V-IOMEV~OGCC\SFDAVIES\Daily_Document_Record\2008\080201 _1901470_Trading_Bay_St_A-01 RD_Additional_Perfs.ppt Proposed Additional Perforations RECE'vfo MAY '\ 5 20m) Union Oil.pany of California 909 W. 9th ue Anchorage, 99501 Tele: (907) 263-7889 E-mail: oudeand@chevron.com Fax: (907) 263-7828 ,., 1'0 Clíllìíl~i~\t~ Debra Oude~o:.M (rlÎ to l;¡.¡~ \,(,.¡~.,' T echnologist JI,fK.\\OI~~ Chevron Date: May 11, 2006 To: AOGCC Helen Warman 333 W. ¡th Ave. Ste#100 Anchorage, AK 99501 6C.t'\NNEC JUN 1 ~ ,..----..-..-.---.....'''.....,...."..''...,....,..... HAPPY VALLEY- A10 , MUL TIFINGER IMAGIN TOOLl i COMPLETION RECORD 2' i 5 INCH · OMEGA HSD 6SPF . . . . '72SÔ:iló2Ô . ., : pds,txt ;.._.._ ..... . .,~ ,.__u." ,.. ,_ P"", .... '.' ..__u.._.....__._....._____. : 204-186 i 502312002800 : 204-207 r SÔ2312002900 HAPPY VALLEY- : HALLlBURTONMÄGNACif3p' A 11 SETTING RECORD 5 INCH 16-Nov-: 6720-7190 i 05 pds . 204-207 i 502312002900 ¡ HAPPY VALLEY- :2.5PÖWERGETHSDGUNi TSINeH : 16-Nov- '6830:6990 ,2 A11 . PERFORATION RECORD ' 05 '204-207 . 502312002900 ¡HAPPY VALLEY- COMPLETION RECORD 5 INCH 10-Nov-: 7990-9085 A 11 ¡ HALLIBURTON CIBP FOR 3.5' , 05 i CASING /2.5 HSD POWER JET 6 SPF PERF , pds,txt 199-054 . 501331012501seu 21Ä-09 . "eÖMP[ETIÖNRËCÖRD 2.5 ÎSINCH ,01-May- i OMEGA HSD 6 SPF 06 10095- 10450 i pds ,---"........",..."".---,.. 190-147 '507331005501 TBF A-01RD COMPLETIÖNRECORD2 · HSD POWER JETS 4SPF 51NCH '02-Feb- '5300-6015 , 06 . 1 · pds 167-080 . 507332006800 TBU D-01 . .. )CÖMPLETIÖNRECÖRbá3lil i 5 INCH j HSD POWER JET 6 SPF, 60 : PHASING 11-Feb- '92i10-9414 i 06 , 1 , pds 198-064 507332026701 TBU G-21 RD · COMPLETIÖNRECORD 2.25 , POWERJET HSD GUNS, 4 · SPF, 60 DEG, GAMMA RAY / : CCL CORRELATION 51NCH . 29-Jan- : 9615-9833 , 06 i pds, pdt 169-086 507332049800 TBU G-32 COMPLETION RECORD 2.875 ' , POWERJET HSD GUNS, 4 . : SPF, 60 DEG, GAMMA RAY / , CCL CORRELATION 51NCH . 31-Jan- i 9180-9950 , 06 , pds, pdt Please acknowledge receipt by signing and returning one copy of this transmittal or FAX to (907) 263-7828. I Reee;.ed By, C. ~.._--- I Date S-¡;êJ/Or,- ) ) Unocal Alaska 909 W. 9th Avenue Anchorage, AK 99501 Tele: (907) 263-7889 Fax: (907) 263-7828 E-mail: oudeand@unocal.com UNOCAL Debra Oudean Technologist Date: August 25, 2005 To: AOGCC Helen Warman 333 W. ¡th Ave. Ste#100 Anchorage, AK 99501 - TBF A-01 RD ]VENo.~R. . ;.~.~~IT.. ~~I.N~~~~~. WEL~......... .IL,OG..~~E.. ..,........ ..,......,~~ALEI~~~~.........,.I~ci~;~~~,I~UN..~J~~.~.INE, F~LM:~.~.~~ES..~S,PDS,J :Schlumberger :'90-147 50,733100550'tBF A-O,1,RD !~~:~~~ATION RECORD 2",2006, 5 INCH,I'_'1'5/200415980.55~0 1', ,11, , , pds '. "'''' (" P .\ (I) OJ OP't::, r......, f" L¡' ~...H\.\lE~ 'J S. L: .1. (.. l~ ¡J~ .tJvi"\ß"\1ßl', .~.... " Please acknowledge receipt by signing and returning one copy of this transmittal or FAX to (907) 263-7828. Received sJLJ OW Date: }A~I- )C[Ò-/v(7 :;;)})lu/ , ' rh'( L . STATE OF ALASKA .., ALA~ ) OIL AND GAS CONSERVATION COMM'0SION REPORT OF SUNDRY WELL OPERATIONS 1 . Operations Abandon U Repair Well U Performed: Alter Casing 0 Pull Tubing 0 Change Approved Program 0 Operat. Shutdown 0 2. Operator Union Oil Company of California Name: 3. Address: PO Box 196247, Anchorage, AK 99519 7. KB Elevation (ft): 101' RT above MSL 8. Property Designation: Monopod Platform 11. Present Well Condition Summary: Total Depth measured 6,592' true vertical 6,160' Effective Depth measured 6,513' true vertical 6,095' Casing Structural Conductor Surface Intermediate Production Liner Length Size 1031' 13-3/8" 1120' 9-5/8" 6157' 7" 526' 4-1/2" Perforation depth: Measured depth: 5,548 to 5,980' True Vertical depth: 5,302 to 5,659' Tubing: (size, grade, and measured depth) Packers and SSSV (type and measured depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Plug Perforations U Perforate New Pool 0 Perforate 0 4. Current Well Class: Development 0 Stratigraphic 0 Stimulate U Other U Waiver 0 Time Extension 0 Re-enter Suspended Well 0 5. Permit to Drill Number: Exploratory 0 190-147 Service 0 6. API Number: 50-733-10055-01 9. Well Name and Number: A-01 RD 10. Field/Pool(s): Trading Bay FieldlTyonek and Hemlock I feet feet Plugs (measured) Junk (measured) Fish in the hole at 6,513' feet feet MD TVD Burst Collapse 3090 psi 1540 psi 3950 psi 2570 psi 8160 psi 7020 psi 7780 psi 6350 psi 1031' 1025' 1120' 3295' 6157' 5803' 6511' 6093' SCANNED OEC 2 .., 2004 RBDMS BFL DEC 2 3 2D04 2-7/8", L-80@5,506' R".""..,' E.'..' . .'CEIVED Baker SC1-L packer @ 5,985', HES PHL packer @ 5,430' DEC 2 2 2004 Treatment descriptions including volumes used and final pressure: n/a Alaska Oil & Gas Cons. Commission Anchorage 15. Well Class after proposed work: Exploratory 0 Development 0 16. Well Status after proposed work: Oil 0 Gas 0 WAG 0 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. 13. Prior to well operation: Subsequent to operation: 14. Attachments: Copies of Logs and Surveys Run Daily Report of Well Operations Oil-Bbl 276 BOPD 251 BOPD x Contact Steve Tyler 263-7649 Printed Name Timo:y C. Brandenburg ~. Signature '2 ~ --- &~ Form 10-404 Revised 04/2004 ~-- Representative Daily Average Production or Injection Data Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Service 0 GINJ 0 WINJ 0 WDSPL D Sundry Number or N/A if C.O. Exempt: 304-392 Title Drilling Manager Phone 907-276-7600 Date 12/16/2004 0 RIG I N A L Submit Original Only ) R.T.= 101' MSL L 2-7/8" 6.4# LM80 BTC TBG 0 - 5506', 2, lIES "X.XO" SVLN @ 30 I.', S1\10-1 4" 2 - 7/8" lY1cMURR Y $MQ-I. GLM #4 (g; 3545'. 5. 2-7/8" 1-1ç~IDRRY SMO-} 6. 2-7/8" l\1dvtURRY St.-10-1 GL~f #2 @ ~950', 7. 2-7/8" f\,k~1URRY SMO-l GLM #1 @ 5346', 8. 13" RES "XU" SLIDING SLEEve @ 5388'. 9. RES "PHL" PACKER (fY 5430) 10. 2-7/8" X 2.313" OTIS "X" NIPPLE @:: 5473'. II, '\VLImt) TAlL!?]; 5506' 12, 7j'X4"BAI<ER «s C * I L" PACKER (g.. 5985'. 13. PACKEREXTWI SS 5989'..fiØ30', MIN ID 4,00", 14, 4..1l2" 11.6# N...RO BLANK (@ 6030'-61$9', 15. 4..1/2~ X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED WI 2040 MESH PBID 6.59,2' TD 6,592' MON'OPO:D PLA TFORi~ AiRD ACTUA'L COMPLETION 3/16/97 .l -=2 , ~ ¿. ') ~ 13.3/8" 61 # K-55 CASING @ 1031' =3 ~ 9~5¡8" 40# J-55 CASING @ 1120' KOP == 4 ::=5 =6 =7 =8 Z Z9 - 10 -11 - - ~ ~ 12 TYONEK D & £ PERFORATIONS 5548'-5600' 5621'.5656' 5689'.5756' 576'9'-5840' 5860'.,5887' 5905'-5919' 5939'-5967' 5,952' - 5,957' (11104) 5,97(J - 5,980' (llI04) 14 = t 3 ~ 7"' 29# N-SO C,ISING FI 6, t57' - SL'RF. :~<~ft**1<~~~ II FISH IN HOLE 6513'-6592', .. .. 11/15/04 ') RU/PJSM, Made up select fire gun and pressure tested to 500/2500 psi. WIH with 15 foot gun # 1and 5 foot gun # 2, and GR/CCL. Tied in with Phasor SFL log 4/15/91. TP at 700 psi. Perforated 5970M5980 (10 feet) 2.0 II HSD, 4spf. Pulled up for next shot. Perforated 5957-5952 (5feet) ~.Oll HSD, 4spf. Logged up and POOH. Laid down tools, Put cap on BOPs and SDFN. 11/16/04 PJSM Prep next gun run. WIH with select fire gun # 3 (5') and gun # 4 (10') with CCL. Tied -in with line marker and log, TP@ 900 psi. Fired gun # 3. Perforated 5907-5912 (5). Pulled up hole to next stop depth. Fired gun # 4, Perforated 5875-5885 (10). Logged up, remarked line, and POOH. WIH with gun # 5 (20) with CCL. Tied -in with line marker and log. TP@ 900 psi. Fired gun # 5 and perforated 5805-5825 (20). Logged up and POOH. WIH with gun # 6 (15) with CCL. Tied -in with line marker and log. TP@ 900 psi. Fired gun # 6 and perforated 5783-5798 (15), Logged up and POOH. WIH with gun # 7 (25') and CCL. Tied in. TP@ 1000 psi. Fired gun # 7 and perforated 5700-5725 (25 feet). Logged up and POOH. WIH with gun # 8 (10') and CCL. Tied in on mark and wI log, TP@ 1000 psi. Fired gun # 8. Perforated 5640-5650 (10'). POOH. WIH with gun # 9 (30) and CCL. Tied in on mark and w/ log. TP@1000 psi. Fired gun # 9. Perforated 5560-5590 (30'). Logged up and POOH, rigged down. Note: All guns were 2.0" HSD PJ, 4 spf. A-01RD morning report summary, CONFIDENTIAL: last revised 12/16/2004, Page 1 ') ~~~ AI,ASIiA. OIL AND GAS CONSERVATION COMMISSION Tim Brandenburg Drilling Manager Union Oil Company of California P.O. Box 196247 Anchorage, Alaska 99519 Re: Trading Bay A-Ol RD Sundry Number: 304-392 Dear Mr. Brandenburg: ) { qo,~.{tr+&'~: FRANK H. MURKOWSK', GOVERNOR 333 W. -,rn AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Enclosed is the approved Application for Sundry Approval relating to the above-referenced wen. Please note the conditions of approval set out in the enclosed form. Please note that the permit number provided on your sundry application was not correct. 166-047 is the permit number for the original well Trading Bay State A-O!. The original bottomhole location was plugged and abandoned in March 1991. Your attention in the future to assuring that the correct information is provided on applications will be appreciated. Applications filed with incorrect information may be returned for revision. 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 no ppeal a Commission decision to Superior Court unless reheariug has been Ø~nnan Chairman BY ORDER OF THE COMMISSION DATED this.-L day of November 2004 Encl. / SCANNED NO\I {) 3 2004 £) STATE OF ALASKA) ~ E EIVED L ALAS)oIL AND GAS CONSERVATION COMMI::,SION Æ' APPLICATION FOR SUNDRY APPROVAL ~OCT 2 6 2004 't", 20MC25.280 " ~,... ~- r . ; ; Abandon U Suspend U Operational shutdown U Perforate ~ AlaskavQi'~~ ~HttIMCffi~Ò~~Ô Alter casing 0 Repair well 0 Plug Perforations 0 Stimulate 0 Time Extension ~:horage Other 0 Change approved program 0 Pull Tubing 0 Perforate New Pool 0 Re-enter Suspended Well 0 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: Union Oil Company of California Development 121 Exploratory 0 ~ \<\0 - \ '-t '\. 3. Address: Stratigraphic 0 Service 0 -6. API Number: 1. Type of Request: PO Box 196247, Anchorage, AK 99519 7. KB Elevation (ft): 101' RT above MSL 8. Property Designation: Monopod Platform 11. Total Depth MD (ft): 6,592' Casing Structural Conductor Surface I ntermed iate Production Liner Perforation Depth MD (ft): 5,548 to 5,967' Packers and SSSV Type: 9. Well Name and Number: A-01 RD Total Depth TVD (ft): 6,160' Length 10. Field/Pools(s): Trading Bay Field, Tyonek and Hemlock PRESENT WELL CONDITION SUMMARY Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (measured): 6,513' 6,095' n/a Size MD TVD 1031' 13-3/8" 1031' 3480' 9-5/8" 3480' 6157' 7" 6157' 526' 4-1/2" 6511' Perforation Depth TVD (ft): Tubing Size: 5,302 to 5,751' 2-7/8" Baker "SC1-L" packer; HES "PHL" Packer 1025' 3295' 5803' 6093' Tubing Grade: L-80 Packers and SSSV MD (ft): 12. Attachments: Description Summary of Proposal ~ Detailed Operations Program 0 BOP Sketch 0 14. Estimated Date for Commencing Operations: 16. Verbal Approval: Commission Representative: 13. Well Class after proposed work: Exploratory 0 Development 15. Well Status after proposed work: 11/4/2004 Oil 121 Gas 0 Plugged WAG 0 GINJ 0 WINJ Date: 50-733-10055-01 Junk (measured): n/a Burst Collapse 3,090 psi 1,540 psi 3,950 psi 2,570 psi 8,160 psi 7,020 psi 7,780 psi 6,350 psi Tubing MD (ft): 5,506' 5,985'; 5,430' 121 Service 0 0 0 Abandoned WDSPL 0 0 Contact Steve Tyler 907-263-7649 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Printed Name Ti~ C. Brand~nburg ..........., Title Drilling Manager Signature . ~ fi .;c:;:/ Phone 907-276-7600 Date ~ COMMISSION USE ONLY I Conditions of approval: Notify Commission so that a representative may witness ! Plug Integrity D Sundry Number: BOP Test 0 0 0 Mechanical Integrity Test Location Clearance Other: ~D\' \~~<-ca2c) ~I ~t\~C- 'd--Ç', ~~~ 0 R J G I ~\,¡Ô, f COMMISSIONER BY ORDER OF THE COMMISSION Form 10-403 Revised 12/2003 INSTRUCTIONS ON REVERSE 1 0/22/2004 3¿J,/-3r;;;-- NG~ U J- Dam: s~iin ~te ~ ' 1. 2~7/8" 6..t# L~~m BTC TBG 0 ~ 5506'. 2. HES "X:XO" SVLN (?J~ 301'. 3.2-7/8" f\1cMURRY S~10-1 GL1<1 #5 ((1 2222'. 4. 2-7/8" rvfc~.1lJRRY StY10-1 GLf\,1 #4 (4..3545', 5. 2-7/8" tvfc;\lURR"{ SI\.10-1 GLM #3 t?!; 4.163'. 6. 2-7/8" !v1c~lURRY 51',/10-1 GLt....1 #2 (iJ:: '+950'. 7, 2-7/8" t\k?vrURR Y Stvl0-1 GLtvi # 1 (g.: 53..1.6'. 8, 2~7/8" X 2.313" IrES "XU" SLlDING SLEEVE 1~:~ 5388', 9. TIES ';PHL" PACKER (?~; 5430' 10, 2-718" X 2.313" OTIS <IX" NIPPLE @; 5.f73'. BAKER "SC-IL'~ PACKER @, 5985'. 13, PACKEREÀ7\V¡ 58 5989' ..t)030\ .?vlIN ID 4-. OO~~. 14. 4-112'10 1L6# N-80 BLANK @ 6030'..()159', 15. 4-1I2H X 2-7/8" PRE.. PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED \VI 20-40 MESH PBTD 6,592' TD 6,592' MO'NO'POD PLAT'FORl\1 1\1 RD ACT"VAL CO~IPLETION 3/16/97 L ~ ~ ¿ 13*3/8"61# K-55 CASINO @i031' ~3 ~ 9.518" 40u )*)5 CASfNG i'ß).lUO' Kor j =4 .. .5 .. .6 9 -n '2s: J14~ TYONEK D &. E PERFORATIONS 5548'~56ÛO' 5621 '-5656' 56&9'-5756' 5169'-5840' 5860'~5887' 5905'-5919' ~ 7"~'># 1"1,$ CAllING PI 6,1S7' . SURF. 15 FISH IN HOLE 6513'-6592\ , ' ') ') Á-IRD Work Summary Perforate and Test Sands . MIRU Slickline. RIH wi dummy gun. Tag fill. RD Slickline. . MIRU Eline. RIH wi 2"guns (HC, PJ, 4spf, 600 phasing). . Perf the following sands (GR log will determine DIL depth for perf): 58-7 sand (new) 5970' to 5980' 58-7 sand (reperf) 5952' to 5957' 58-1 sand (reperf) 5907' to 5912' 58-1 sand (reperf) 5875' to 5885' 57-2 sand (reperf) 5805' to 5825' 57-2 sand (reperf) 5783' to 5798' 56-1 sand (reperf) 5700' to 5725' 55-7 sand (reperf) 5640' to 5650' 54-9 sand (reperf) 5560' to 5590' . POOH. . RD Eline . Turn well over to production. MEMORANDUM TO: THRU: Julie Heusser, Commissioner Tom Maunder,/3'~ P. !. Supervisor o~lc~,.,'° \ State of Alaska Alaska Oil and Gas Conservation Commission DATE: April 5, 2001 FROM: Jeff Jones, SUBJECT: Petroleum Inspector Safety Valve Tests Monopod Platform Trading Bay Field Thursday, Ar~ri! 5, 200!: I traveled to UNOCAL's Monopod Platform and witnessed the semi annual safety valve system testing. Lead operator Gary Smith conducted the testing today; he did a thorough job and was a pleasure to work with. As the AOGCC Safety Valve System test report indicates I witnessed the testing of 18 wells and 53 components, with four :failures. The pilot on well A-02 tripped at 26 psi and was repaired and passed a retest. This well has had the SSSV removed for repair since 2/24/00 and has not been re-installed. Well A-11 has had the SSSV removed for repair since 11/7/99 and has not been re-installed. I indicated to Mr. Smith that these SSSV's must be repaired and re-installed and successfully tested in a timely manner or the two wells shut in. Well A-06 SSSV failed to close and will require maintenance. Wells A-13 and A-21 have been certified as "no flow" status and do not have SSSV's installed. While on location ! inspected the platform and found it very clean and it appeared to be in excellent condition. S .umma .ry.: I witnessed the semi annual Safety Valve System testing at Unocal's Monopod Platform in the Trading Bay Field. Monopod Platform, 18 wells, $3 components. 4 failures, 7.5% failure rate. Platform inspection conducted. Att~..chment: SVS TBF Monopod Platform 4/5/01 JJ NON-CONFIDENT..IAL SVS TBF Monopod Platform 4-5-01 JJ Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: UNOCAL Operator Rep: Gary Smith AOGCC Rep: Jeff Jones Submitted By: Jeff Jones Date: Field/Unit/Pad: Trading Bay Field Monopod Separator psi: LPS 65 HPS 4/5/01 Well Pemit Separ Set ~ T~t Test Test Date Oil, WAG, G~J, Number. ~,Number PSI PSI ~p Code Code Code Passed GAS or CVCL~ :~A:0'I~: ~ 1901470 65 45 42 P P P O~ ~A~2 ] '1660490 ' 65 45 ' 26 3' P " -~'~43 ' 4/5/01 ' OIL A-03~3' 19713'00 65 45 42 P P P ' ' ' OIL A-~ 1670020 A-06 1670250 65 45 45 P P ~'43 OIL A-07 1670460 65 45. '42 P P P '0IL A-09~ 1810360 ..... A-10 1670760 ' A. tl ~ 17~240 ' 65 ~5 43 P ' P :~3 OIL A-13 1680020 65 45 41 P P OIL: A. 14 1680270 : r , A-15 1'680330 65 45 45: P P P OiL A-16~ " 1880380 65 45 4i/42 P P 'P .... OIL , , , , A-17~ 1810670 65 45 43 P P P OIL , i , ~ ,, , , i , , , A-18' 1680760 65 45 47 P P P OIL , ,,, ~ , , , , ,, A-21 1700470 65 45 46 P P OIL A-22 17003'i0 ' 65 45 ~ P P P ' ' OIL A-23 1700590 .... A-23DPN 1720200 ' X-2® 1810400 65 45 4'1 P P P OIL A-27~1 19~0630 ' ' 65 45~ 43 l, 'P P P 'oIL A-28~ 1890920 ' " 6'5~ 45 45 P P P " OIL , ~ , , A-30 1730140 A-32 1770180 65 45 44 P P P OiL , , , ,, Wells: . 18 Components: 53 Failures: .... 4 Failure Rate: 7.5% [2 90 var Remarks: A- 13 & A-21 reported as No-Flow wells. SSSV's removed for repair: A-02 out since 2/2;4/00. A-11 out since 11/7/99. A.-0,.2 pilot repa. ired and retested "OK". A-06 SSSV failed to close. A-16 RD is a dual complet!on. 4/9/01 Page 1 of 1 SVS TBF Monopod Platform 4-5-01 JJ THE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED ON OR BEFORE OCTOBER 27, 2000 P M E E L E W A T ER IA L U N D ER TH IS M A R K ER C:LO~DOC STATE OF ALASKA ALASKA AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown: Stimulate: Plugging: Perforate: Pull tubing: Alter casing: Repair well: Other: X Add Tyonek Interval 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or KB) Unoin Oil Company of California (UNOCAL) Development: X 101' RT above MSL feet 3. Address Exploratory: 7. Unit or Property name Stratigraphic: P.O. Box 196247 Anchorage, AK 99519-6247 Service: Trading Bay State 4. Location of well at surface Conductor #21 8. Well number 1618' FSL & 564' FEL Sec. 4, T9N, R13W, SM A-lrd At top of productive interval 9. Permit number/approval number 2302' FSL & 1238' FEL Sec. 4, T9N, R13W, SM 5548' MD / 5303' TVD 90-147/397-029 At effective depth 10. APl number 50- 733-10055-01 At total depth 11. Field/Pool 2660' FSL & 1737' FEL Sec. 4, T9N, R13W, SM 6592' MD / 6160' TVD Trading Bay Field / Tyonek & Hemlock 12. Present well condition summary Total depth: measured 6592' feet Plugs (measured) true vertical 6160' feet Effective depth: measured 6513' feet Junk (measured) true vertical 6095' feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor Surface 1031' 13-3/8" 1000 sx 1031' 1025' Intermediate 3480' 9-5/8" 800 sx 3480' 3295' Production 6157' 7" 968 sx 6157' 5803' Liner 526' 4-1/2" slotted f/5985' - 6511' f/5664' - 6093' Perforation depth: measured true vertical see attached ~~i V~D see attached Tubing (size, grade, and measured depth) 2 o 1997 2-7/8" 9.2~ L-80 f/0 - 5506' Packers and SSSV (type and measured depth) AJa,~ 0il & Gas Cons. Commission Baker SC-1L @ 5985' & HES "PHL" @ 5430' 13. Stimulation or cement squeeze summary none Intervals treated (measured) none ORIGINAL Treatment description including volumes used and final pressure none . 14. Representative Daily Average Production or Injection Data OiI-BBL Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 90 72 0 1010 105 Subsequent to operation 20 1200 1 1100 1740 15. Attachments: 16. Status of well classification as: Copies of Logs and Surveys run: Daily Report of Well Operations: X Oil: X Gas: Suspended: Service: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge: Form 10-404 Rev 06/15/88 SUBMIT IN DUPLICATE R.T. = 101' MSL 1. 2-7/8" 6.4# L-80 BTC TBG 0 - 5506'. 2. HES "XXO" SVLN ~ 301'. 3.2-7/8" McMURRY SMO-1 GLM #5 ~ 2222'. 4.2-7/8" McMURRY SMO-1 GLM #4 ~ 3545'. 5.2-7/8" McMURRY SMO-1 GLM #3 ~ 4363'. 6.2-7/8" McMfJ-RRY SMO-1 GLM #2 ~ 4950'. 7. 2-7/8" McMURRY SMO-1 GLM #1 ~ 5346'. 8. 2-7/8" X 2.313" HES "XU" SLIDING SLEEVE ~ 5388'. 9. HES "PHL" PACKER 5430' 10. 2-7/8" X 2.313" OTIS "X" NIPPLE ~ 5473' 11. WLREG TAIL ~ 5506' 12. 7" X 4" BAKER "SC-iL" PACKER ~ 5985'. 13. PACKER EXT W/SS 5989'-6030', MIN ID 4.00". 14. 4-1/2" 11.6# N-80 BLANK ~ 6030'-6159'. 15. 4-1/2" X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED W/20-40 MESH PBTD 6,592' TD 6,592' MONOPOD PLATFORM A1 RD ACTUAL COMPLETION 3/16/97 13-3/8" 61# K-55 CASING ~ 1031' 9-5/8" 40# J-55 CASING ~ 1120' KOP TYONEK D & E PERFORATIONS 5548'-5600' 5621 '-5656' 5689'-5756' 5769'-5840' 5860'-5887' 5905'-5919' 5939'-5967' 12 7" 29# N-80 CASING F/ 6,157' - SURF. :.:.':!!?.:.::.:.:.~?.:.5:'::!~-."':!2-.":.:.:.:.:.?.:.:.:.:.:. ::':':':':':'"':'"':':':':':':'"'?:'"'"': .:-:-:-:-:-:-:-..-:-:-..-:-:-:-:-:-:-..-:-:-:-: ..-.:-.-.-.-.-.-...-.-.-.-.-.:-.-.-.-.-.-. ':':':':':'.":':'.":'2'.":'.":':':':':':': ;FISH IN HOLE 6513'-6592'. PROPOSED PERFORATIONS MONOPOD A-1RD TYONEK D & E MEASURED DEPTH (FEET) 5548'-5600' 5621'-5656' 5689'-5756' 5769'-5840' 5860'-5887' 5905'-5919' 5939'-5967' TRUE VERTICAL DEPTH (FEET) 5303'-5347' 5365'-5393' 5421'-5475' 5487'-5545' 5562'-5583' 5598'-5610' 5626'-5649' HEMLOCK MEASURED DEPTH (FEET) 6157'-6513' TRUE VERTICAL DEPTH (FEET) 5803 '-6095' Current open hole gravel pack. ~;1/~R 2 6 199~ MONOPOD A-1RDWO DAY 1 (3/13/97) SKID RIG TO MONOPOD A-1RD. RU SERVICE LINES & SLICKLINE. SHIFT "XA" SLEEVE OPEN @ 5937'. MIX 3% KCL. DAY 2-4 (3/14/97 - 3/16/97) CIRCULATE WELL WI 360 BBLS 3% KCL. WELL ON VACUUM. SET BPV & ND TREE. NU & TEST BOP. PULL SEAL ASSBY OUT OF PACKER & CCH. POOH STANDING BACK 2-7/8" TUBING. RIH WI "F" PLUG PU 3-1/2" DRILL PIPE. SET PLUG IN SC-1 PACKER @ 5994' DPM. TEST CASING TO 2000 PSI, OK. SPOT 2 SX SAND ON PLUG & POOH. PICK UP TCP GUN ASSBY & RIH ON 3-1/2" DRILL PIPE. PERFORATED TYONEK D & E W/4-5~8" GUNS, 6 SPF WI 1000 PSI OF FLUID HYDROSTATIC (700 PSI UNDERBALANCE) AS FOLLOWS: 5548'-5600-, 5621'-5656', 5689'-5756', 5769'-5840', 5860'-5887', 5905'-5919', 5939'-5967'. STRONG BLOW AFTER FIRING. REVERSE CIRCULATE GAS & OIL TO SURFACE. POOH LD TCP GUNS. RIH & RETIEVE "F" PLUG. POOH LD 3-1/2" DRILL PIPE. DAY 5 (3/17/97) CONT POOH LD 3-1/2" DRILL PIPE, "F" PLUG & RETRIEVING TOOL. LD 4- 3/4" DRILL COLLARS. CHANGE TOP RAMS TO 2-7/8" & TEST DOORS. STRAP 2-7/8" COMPLETION IN HOLE & LAND ON HANGER. TUBING TAIL @ 5430'. DROP BALL & PRESSURE TO SET PACKER. DAY 6 (3/18/97) SHEAR BALL OFF SEAT. RU SLICKLINE & RETRIEVE BLANKING SLEEVE & RHC PLUG F/"X" NIPPLE. HEAVY WAX ON PLUG. 780 PSI ON TUBING AFTER PLUG RETRIEVAL. NU & TEST PUMP IN SUB & ADDITIONAL WIRELINE BOP. BULLHEAD 60 BBLS KCL TO KILL WELL. RUN SCRATCHER TO POLISH SVLN. RUN & SET SSSV. PI ANNULUS @ 1.5 BPM @ 1500 PSI W/40 PSI ABOVE CLOSE SSSV. ND WIRELINE. SET BPV. ND BOP. NU & TEST TREE. RELEASE RIG TO A-27 @ 0000 HRS 3/19/97. STATE OF ALASKA ALASKA Oil_/4ND GAS CONSERVATION COMMISSION . APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon: Suspend: Operation shutdown: Re-enter suspended well: Alter casing: Repair well: Plugging: Time extension: Stimulate: Change approved program: Pull tubing: Variance: Perforate: Other: X Add Tyonek Interval 2. Name of Operator 5. Type of well: 6. Datum elevation (DF or KB) Union Oil COmpany of California (UNOCAL) Development: X 101' RT above MSL feet 3. Address Exploratory: 7. Unit or Property name Stratigraphic: P.O. Box 196247 Anchorage, AK 99519-6247 Service: Trading Bay State 4. Location of well at surface Conductor #21 8. Well number 1618' FSL & 564' FEL SEC. 4, T9N, R13W, SM A-1 rd At top of productive interval 9. Permit number 2539' FSL & 1519' FEL SEC. 4, T9N, R13VV, SM 6157' MD / 5803' TVD 90-147 At effective depth 10. APl number 50- 733-10055-01 At total depth 11. Field/Pool 2660 FSL & 1737' FEL SEC. 4, T9N, R13W, SM 6592, MD / 6160' TVD Trading Bay Field / Tyonek & Hemlock 12. Present well condition summary Total depth: measured 6592' feet Plugs (measured) true vertical 6160' feet Effective depth: measured 6513' feet Junk(measured) F/6513'- 6592' ORIGINAL true vertical 6096' feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor Surface 1031' 13-3/8" 1000 SX 1031' 1025' Intermediate 3480' 9-5/8" 800 SX 3480' 3295' Production 6157' 7" 968 SX 6157' 5803' Liner 526' 4-1/2'' SLOTTED f/5985' - 6511' f/5664'-6093' Perforation depth: measured No perforations, open hole gravel pack f/6157'- 6513'"" ""' ~' ' "'~' ~"~¢,~r_.~k-, ~. ~ ~' ~'' true vertical No perforations, open hole gravel pack f/5803' - 6095' Tubing (size, grade, and measured depth) ~:~--2, ~ .~-~ 2-7/8" 6.4~ N-80 BTC ~ 5985' Packers and SSSV (type and measured depth) Alaska 0il & Gas Cons. commis¢ Baker "SCl-L" packer @ 5985' ~ ~,..I,o nit &/~lq~L;°mm~° 13. Attachements Description summary of proposal: Detailed operations program: r,~(,, .... ~~: x 14. Estimated date for commencing operation 15. Status of well classification as: 3/7/97 Contact: Pat Ryan @ 263-7864 16. If proposal well verbally approved: Oil: xx Gas: Suspended: Name of approver Date approved Service: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed: .~J4~---e._ ¢,. ~ ~ Title: Drilling Manager Date: ~ FOR COMMISSION USE ONLY Conditions of approval: Notify Commission ,o representative may witness I^..rova, ? Plug integrity BOP Test ~ Location clearance ~)~ Mechanical Integrity Test Subsequent form required 10- ~/'~ David W. Johnston Approved by order of the Commissioner Commissioner Date _.~ ~"' Form 1 0-403 Rev 06/15/88 SUBMIT IN TRIPLICATE PROPOSED PERFORATIONS MONOPOD A-1RD TYONEK D & E MEASURED DEPTH (FEET) 5551'-5603' 5624'-5659' 5692'-5759' 5772'-5843' 5863'-5890' 5908'-5922' 5942'-5970' TRUE VERTICAL DEPTH (FEET) 5305'-5349' 5367'-5395' 5423'-5477' 5489'-5547' 5564'-5585' 5600'-5612' 5628'-5651' PROPOSED PROPOSED PROPOSED PROPOSED PROPOSED PROPOSED PROPOSED HEMLOCK MEASURED DEPTH (FEET) 6157'-6513' TRUE VERTICAL DEPTH (FEET) 5803 '-6095' Current open hole gravel pack. Unocal Alaska Business Unit MONOPOD A-1RD WORKOVER TO ADD PERFORATIONS Time Cumulative Cumulative Estimate Time Time (Hours) (Hours) (Oays) 0.0 0 0.0 0.0 0 0.0 2.0 2 0.1 2.0 4 0.2 10.0 14 0.6 2.0 16 0.7 4.0 20 0.8 3.O 23 1.0 8.0 31 1.3 8.0 39 1.6 6.0 45 1.9 2.0 47 2.0 2.0 49 2.0 6.0 55 2.3 8.0 63 2.6 6.0 69 2.9 2.0 71 3.0 4.0 75 3.1 2.0 77 3.2 2.0 79 3.3 2.0 81 3.4 1.0 82 3.4 7.0 89 3.7 1.0 90 3.8 0.0 90 3.8 Preliminary Procedure 1 PULL SSSV & RUN GR TO 6000' 2 OPEN '~AJ' SLEEVE ~ 5937' & CCH 3 SKID RIG OVER SLOT #21 4 SET BPV & ND TREE 5 NU & TEST BOP 6 PULL OUT OF PACKER 7 CCH 8 POOH STANDING BACK TUBING LD GLM'S 9 RIH & SET "S" PLUG IN PKR & SPOT SAND 10 PU TCP GUNS W/CHAMP PACKER & RIH ON 3.5" DP 11 RU WIRELINE & CORRELATE GUNS 12 FIRE GUNS & FLOW WELL 13 REVERSE ENTRY 14 POOH LD TCP GUNS 15 RIH, WASH DOWN & RECOVER "S" PLUG 16 POOH LD 3.5" DRILL PIPE 17 CHANGE RAMS IN BOP & TEST 18 RIH W/PACKER & 2-7/8" TUBING F/DERRICK PU GLM'S 19 SPACEOUT & LAND HANGER 20 DROP BALL & SET PACKER ~ 5440' 21 TEST ANNULUS TO 1500 PSI 22 SHEAR OUT BALL 23 SET BPV, ND BOP, NU & TEST TREE 24 SET SSSV 25 RELEASE RIG MA1 CST2.XLS 2/19/97 MONOPOD PLATFORM A1 RD COMPLETION tLT. -- 101' MSL 1. 2-7/8" 6.4# N-80 NEW BTC TBG 0 - 5985'. 2. OTIS SSSV NIPPLE ~ 318'. 3. 2-7/8" GLM ~ 2119'. 4. 2-7/8" GLM ~ 3142'. 5. 2-7/8" GLM ~ 4128'. 6. 2-7/8" GLM ~ 4681' 7. 2-7/8" GLM ~ 5289'. 8. 2-7/8" GLM ~ 5897'. 9. 2-7/8" OTIS "XA" SSD SLIDING SLEEVE ~ 5936'. 10. 2-7/8" X 2.313" OTIS "X" NIPPLE ~ 5972'. 11. 7" X 4" BAKER"SC-IL" PACKER ~ 5985'. 12. PACKER EXT W/SS 5989'-6030', MIN ID 4.00". 13. 4-1/2" 11.6# N-80 BLANK 6030'-6159'. 14. 4-1/2" X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED W/2040 MESH SAND ~ 6159'-6511'. PBTD 6,592' TD 6,592' 11 13-3/8" 61# K-55 CASING ~ 1031' 9-5/8" 40/t J-55 CASING ~ 1120' KOP 7" 29# N-80 CASING F/6,157' - SURF. FISH IN HOLE 6513'-6592'. R.T. = 101' MSL 1. 2-7/8" 6.4/t N-80 BTC TBG 0 - 5440'. 2. OTIS SSSV NIPPLE ~ 318'. 3. 2-7/8" GLM ~ XXXX'. 4. 2-7/8" GLM ~ XXXX'. 5. 2-7/8" GLM ~ XXXX'. 6. 2-7/8" GLM ~ XXXX'. 7. 2-7/8" GLM ~ XXXX'. 8. 2-7/8" SLIDING SLEEVE 5410'. 9. I-lES "PHL" PACKER 5440' 10. 2-7/8" X 2.313" OTIS "X" NIPPLE ~ 5470'. 11. TUBING TAIL ~ 5500' 12. 7" X 4" BAKER "SC-IL" PACKER ~ 5985'. 13. PACKER EXT W/SS 5989'-6030', MIN ID 4.00". 14. 4-1/2" 11.6# N-80 BLANK ~ 6030'-6159'. 15. 4-1/2" X 2-7/8" PRE- PACKED SCREEN IN 13" OPEN HOLE. SCREEN WAS PACKED W/20-40 MESH SAND ~ 6159'-6511'. PBTD 6,592' TD 6,592' MONOPOD PLATFORM A1 RD PROPOSED COMPLETION 13-3/8" 61# K-55 CASING ~ 1031' 9-5/8" 40# J-55 CASING ~ 1120' KOP J 12 PROPOSED PERFORATIONS 5551'-5603' 5624'-5659' 5692'-5759' 5772'-5843' 5863'-5890' 5908'-5922' 5942'-5970' 7" 29# N-80 CASING F/6,157' - SURF. FISH IN HOLE 6513'-6592'. MONOPOD A-1RD BOP SCHEMATIC 3000 PSI WORKING PRESSURE ANNULAR BOP 13-5/8" 5000 PSI PIPE RAMS 13-5/8" 5000 PSI 4~ CHOKE LINE TO MONOPOD CHOKE MANIFOLD HCR 5000 PSI MANUAL 5M GATE VALVE BLIND RAMS 13-5/8" 5000 PSI MUD CROSS PIPE RAMS 13-5/8" 5000 PSI RISER 13-5/8" 5000 PSI MANUAL 5M GATE MANUAL 5M GATE VALVE FROM MUD PUMP & CEMENT UNIT I DSA 13-5/8" 5M TO 13-5/8" 3M CIW 7-1/16" 3M TUBING SPOOL I RESERVE PIT 480 BBLs I SttAKER] 'I'I~IP 'I'AhlK 20 -[0 MIJD PI'TS MIXING PI1- 50 BBLs MIXING PIT IS A ONE LEVEL BELOW lllE AC11VE S¥S1 EM H. 100 BI31. s J SI-IAI<ER J DESAND_E..R ..... 'J 100 BBI_s DESIL'I'I-~I~ ...... J SLIC 11014 I""11 100 BBLs HOLE: [tie SYSTEM WILL BE EQUIPPED Wlltl A DRILLING PIT LEVEL INDICATOR Wll'll AUDIO & VISUAL WARNING DEVICES. EQUIPMENT LIST 1) RESERVE Pll' 2) DEGASSER (2) SllAI<ERS 4) PIf LEVEL INDICA-IOR (v~suAL & AUDIO) 5) FLUID FLOW SENSOR 6) TRIP TANK 7) PIT AGITATORS DESILTER 9) MIXING Pll UNOCAL MONOPOD MUD PIT SCHEMATIC DRAWN: CLL APP'D: GSEI', SCALE: NONE DATE: 04- 17-90 TO 10" CROWN VENT GAS BUSTER 1'O SHAKER SWACO CHO~E TO CHOKE PANEL HOLE: SWACO CltOKES EACH ItYDRAUtICALLY ACTtJA'IED VIA REMOTE. MANUAl._ []1 ()Wl)l:)Wl,l i'i I() BOPE _C_C.HO~<EI CllOl(li,' MANII~'OI llnoeal ?i,ATFOR~ Illi GEORGE'S COURIER SERVICE~ l 344-3323 120181 FROM ADDRESS yUq SHIPPER ~ i/~ U r~o C.I~ L~ STATE ADDRESS A .- ZIP ZIP ATTENTION L~/~ INSTRUCTIONS PHONE [] 24 HOUR CASE NO. COURT DOCUMENTS SAME DAY [] P/U BY 3PM [] ONE HOUR ONE HOUR SAME DAY 24 HOUR OTHER TOTAL ~j-.,--_~LL "; RECEIVED BY - ~ DATE/'/ I/SI ? TIME COURIER SERVICE" 344-3323 _ / INTRUSIONS ZIP %. ZiP [] 24 HOUR CASE NO. COURT DOCUMENTS ')~] SAME DAY P/U BY 3PM ONE HOUR $ SAME DAY $ 24 HOUR $ OTHER $ TOTAL $ [] ONE HOUR RECEIVED BY DATE ' / / TIME ,,~ Mem~randum UNOCAL ) DOCUMENT TRANSMITTAL April 10, 1992 TO: John Boyle FROM: Ron Kies LOCATION: 3000 PORCUPINE DRIVE ANCHORAGE, AK 99501 ALASKA OIL & GAS CONSERVATION COMM. LOCATION: P.O.BOX 196247 ANCHORAGE AK 99519 TRADING BAY FIELD A-1RD 1 set washed/dried cuttings from 1200' - 6593' TRANSM1TIING AS FOLLOWS PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY OF FORM 1-0C03 (REV. 8-85) PRINTED IN U.S.A. ' STATE OF ALASKA --~"'~ ALASK~ ,alL AND GAS CONSERVATION G~,,VlMISSION ' WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well ~i:~,-~.~,,~,r,,~ Classification of Service Well .OIL ~' GAS ~ SUSPENDED ~ ABANDONED ~ SERVICE ~i 2.Name of Opera~or ~ .... '~ J 7. Permit Number Union Oil Company of California (UNOCAL~,~ I 90-14n 3 Address , ~- ' - I~0~ -¢' 8. APl Number ' P.O. Box 190247, Anch., AK 99519-02~'7~P~Srt~~~ ,15°- 733-10055-01 4. Location of well at surface ~ -,-&~~ I 9 Unit or Lease Name 161 ' ' " '- .... ' ' 8 FSL & 564 FEL Sec. 4 T9N, R13W v5~l~l~-'~] · Trading Bay State 6 ' ~ ~ ~- 5803' TVD, 2539'FSl & 1519' ,EL, Seci'~-~'--~~R13~,' SM A-1RD At Tota, Depth ~6~ 6592 ' MD ~]]. Fie,~ and Poo~ -- ~ - 6160' TVD, ~' FSL & 1737 FEL, Sec. 4 .T9N, R13~, SM Trading Bay Fiel 5. Elevation in feet (indicate KB DF etc.) ~ 6. Lease Designation and Serial No. / 101' ~T abo~e'MSL I ADL 18731 12. Date Spudded [13. DateT.O. Reached ] 14, Date Comp.,Susp. orAband. [ 15. Water Depth, if offshore }16. No. of Completions 03-31-91I 04/14/9~ 05/08/91 I . 62 'feet MSL ! One Total Depth (MD+TVD) ~18.Plug Back Depth (MD+TVD) 19. Directional Survey 20. Depth where SSSV set 21. Thickness of Permafrost 17. 6592' /6160I' 6513'/6095' ]YES [] NO [] 318 feet MD N/A & 22. Type Electric or Other Lo~s Run Phasor/Sonic; LDT/CNL; FMC/GR: Gyro 23. CASING, LINER AND CEMENTING RECORD SETTIN( DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 7!! 29" ' 15# . 4-1/2 N-80 8-1 13" 6159' 6157' 6502' 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) No perforations, open-hole gravel pack from 6157' MD to 6513' MD. '2" 968' sx G Ce~ Gravel Packed 25. TUBING RECORD SIZE 26. ent 25,000i DEPTH SET (MO) I/ACKER SET (MD) 2-7/8 ii b98bl 5985 ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED N/A 27. PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) GAS-MCF GAS-MCF Date of Test Flow Tubing Press. Hours Tested Casing Pressure PRODUCTION FOR TEST PERIOD * OIL-BBL CALCULATED 24-HOUR RATE WATER-BBL WATER-BBL I CHOKE SIZE [GAS-OILRATIO I OIL GRAVITY-APl (corr) OIL-BBL 28. COP E DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. ,e E P i ,3 1 .Oil & 6as Cons. Commission Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate 29. NAME GEOLOGIC MARKERS MEAS. DEPTH il TRUEVERT. DEPTH 30. , ,~RMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Title"'~E~. %¢~,,~. "~,c, Date INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service W..::~iis: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this welt is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23' Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27' Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none", Form 10-407 ~.ease: T'rading Bay State Well: Date: ETD: Oeta~ is of n .... oeration, D~sc'rip ~ ions / Resul ts 03/24/91 4122' - ~91 03/05/ 03/26/91 2998' 03/27/91 1270' Skid ~-i.a from A-2RD ,~o t-4 and p~rform wireline work for four hours. Skid 'rig to A-I , ~ommence o~eration .-~r 1600 hrs, RU ~-levers wireiine :~nd au. il °-I '2 .... kO" ball _ - '~-oe ._-~n'-- i:n (}~'i:--_ ".-v', -",_',I ~ '-']"?. · ~ .~-~ ~ ~,_ - ~ _ ~ .... POOH. 3ul'lhead tubing and ',.-~.thoi_e volume with 45 ocf brine. RU Pla-log and with tubing punch. Shoot 5 holes from 2364'-'~365'. Circulate well with 64 ocr FIW. taking returns ~o production. Well on vacuum, install BPV and remove tree . Install adaptors from 6" 3M x 13-5/8" SM, 13-5/8" 5M riser and BOP. Install remaining BOPE and test same to 250 psi and 3000 psi. Engage ~PV and attempt to pull free, negative. Close CSO rams and displace tubing. Pull BPV free. Pull tubing hanger off seat and CBU. Release packer and circulate. POOH. Lay down all tubing and jewelry. Completed laying down tubing. Change top pipe rams to 3-1/2" and test same. RIH with 6" bit and 7" casing scraper. Tagged junk at 4004'. Circulate clean and POOH. RU and run gyro from surface to 4004'. POOH. RU Schlumberger and run CBT-GR-CCL from 4004' to surface. Indicates upper most bond at 1650'-1700'. MU 7" "EZSV" retainer and RIH on 3-1/2" drill pipe. Set retainer at 2998' and test cement lines to 3000 psi. Establish injection rate at 2 BPM and 1675 psi with FIW. Pressure bled to 400 psi in 2 minutes with pump off. CBU. Mixed and pumped 210 sx "G" cement with .25% Halad 344, .1% LWL and .2% CFR-3 at 15.8 ppg. Displaced with 114 cu.ft, of FIW. ~inal pressure of 1900 psi at 2.25 BPM. Pressure bled to 1150 psi in 2 minutes and stabilized. Unsting from retainer and Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 2 0]/27 91 cont. 03/23 91 1250' 03/29/9l 03/30/91 03/31/91 848' pull to 2750' . Reverse circulate ~he DP clean and POOH. MU ,' EZS 'Fetainer and RIH. Set same at 2474' and establish injection rate at '2 BPM and 1000 psi. Mixed and pumped 120 sx "G" cement with same additives. Displaced with 99 cu.ft. of FIW. Final pressure of 1150 p:si at 2 BPM. Pull three stands and reverse clean drill pipe. POOH. MU 7" "EZSV" 'Fetainer and RIH. Set same at 1270' and test to 1500 psi for 15 minutes. POOH. Remove stack and nipple down "DCB" spool. Install full bore spacer spool and nipple up BOPE. ~J ,' casing cutter and P.,iH. Cut 7" ;~in~ ._~t ] 050 ' POOH. PU ?" casing spear. Spear 7" casing and work free. Nipple down and remove casing slips. Nipple up and circulate casing annulus. Lay down 1203.39' of 7", 26#, N-80 casing. RIH with 8-1/2" bit and 9-5/8" casing scraper. Tagged 7" casing stub at 1250'. Pressure test 9-5/8" casing x 7" annulus to 1500 psi for 30 minutes. POOH. Lay down 3-1/2" DP and 4-3/4" DC. RU Schlumberger and run CBL-VDL-GR-CCL from 1250' to surface. Nipple down stack. Change out Shaffer casing spool for CIW 13-3/8" 3M casing spool and test same to 1250 psi. Nipple up and change rams. Test to 1500 psi and PU 6-1/2" DC and 5" DP while RIH. RIH open ended to 1250' and displace hole to pre-hydrated gel water and clean pits. Circulate and viscousify the mud. POOH and strap. PU TSA section mill and RIH. Milled section window in 9-5/8", 40#, J-55 casing from 1120'-1180'. Circulate clean and POOH. PU 15" underreamer and RIH. RIH with UR to 1120'. Underream the open hole to 15" from 1120'-1180'. Circulate clean and thin mud back. POOH. PU 409' of 2-7/8" tubing tailand RIH to 1269'. Circulate and condition mud for balance cement plug. Mix and pump 30 bbl spacer of 2% caustic water followed by 10 bbl FIW. Lay balanced cement plug from 1270'- 950' as follows: mix and pump 371 sx cement "G" with 1% CaC1 and 0.5% CFR-3 at 16.6 ppg, displaced with 53.5 cu.ft. FIW. Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 3 04/01/9l 04/02/91 04/03/91 04/04/91 !100' 1136' 1380' 2286' CIP at 0800 hrs. Well on vacuum. Pull 5 stands slow. Reverse circulate, had mix water back and cement and lost circulation at 900 psi. Circulate long way until no cement returns. POOH. Closed blind rams and down squeeze 6 bbls, FSP=1600 psi. Shut-in and pressure bled to 1325 psi in 30 minutes. Bleed off pressure. WOC. RIH with 8-1/2" bit and tagged cement at 830' approximately 2000 hrs. Drilled cement from 830' to 848', still soft. WOC. End of P&A portion of procedure. WOC. Drilled cement from 848' to 950' good cement. Pressure test 9-5 /8" casing to 1000 psi for ~ :r, inutes. Drilled hard cement f~*om 950'_ ~..o ii00' . ,",BU. POOH. Lay down 5" DP and 2-7/8" tubing. Test BOPE. Completed BOPE test. RIH with drilling BHA #1. Clean out cement from 1100'-1120'. CCM. Perform L.O.T. (1.1 psi/ft., [62 pcf EMW.). Time drill 8-1/2" hole off plug from 1120'-1135' at 1.5 ft/hr. Attempt to survey with Teleco MWD at 1135'~ negative. MWD tool failed. POOH. Change out Teleco MWD. RIH and continued to time drill to 1136'. Time drilled 8-1/2" hole off cement plug from 1136'-1142. Performed LOT (1.07 psi/ft, 154 pcf EMW). Continued to time drill to 1190'. Circualte clean and POOH to 1102'. Dump and clean the active mud system. RIH and displace the well to drilling mud. Rotary drilled 8-1/2" hole to 1380'. Drilled to 1636'. Circulate and short trip to casing shoe at 1120', Drilled 8-1/2" hole from 1636'-2286'. Circulate clean and POOH. 04/05/91 2935' MU BHA #2 and RIH. PU 450' 5" HWDP. Drilled 8-1/2" hole from 2286'- 2442'. Circulate and increase mud weight to 73 pcf due to high ditch and connection gas. Drilled 8-1/2" hole from 2442'-2812'. Circulate clean and short trip to 2200'. Had 4335 units of gas on wiper trip. Drilled from 2812'-2935'. Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 4 04/06/91 04/07/91 04/08/91 04/09/91 04/10/91 04/11/91 04/12/91 04/13/91 04/14/91 3506' 4001' 4345' 4931 ' 5326' 5697' 6111' 6424' 6592' Drilled 8-1/2" hole from 2935'-3216'. Circulate and condition. POOH. MU BHA #3 (.48 DTU steerable motor) and R!H to 3145'. Safety ream from 3145'-]216', Drilled from 3216'-3414'. Orient steerable motor and begin kick off at 3414'. Drilled with motor in orientation mode from 3414'-3506'. Drilled mode. C 3090'. orientat trip to orientat from 3506'-3783' in orientation iruclate clean and short trip to Drilled from 3783'-3961' in ion mode, excess drag. Short 2540', Drilled to 4001' .in ion mode. Drilled in orientation mode to 4189'. POOH, Test BOPE. RIH with BHA #4 and safety ream from 4125'-4189'. Drilled orientation mode from 4189'-4345'. Drilled in orientation mode from 4345'- 4620'. Circulate and short trip to 4066' Drilled to 493I'. Drilled to 4945'. Circulate clean and POOH. MU BHA #5 and RIH. Safety ream from 4886'-4945'. Drilled 8-t/2" hole from 4945'-5326'. Short trip to 4768'. Drilled $-1/2" hole from 5326'-5697'. Circulate and POOH for bit. MU BHA #6 and RIH. Safety ream from 5626'- 5697'. Drilled 8-1/2" hole from 5697'- 6100'. Made short trip to 5010'. Reamed from 6028'- 6100'. Drilled 8-1/2" hole to 6111'. Drilled 8-1/2" hole 6111'- 6315'. Made short trip to 5041'. Reamed from 6245' 6315'. Drilled 8-t/2" hole from 6315'- 6428'. Tripped for bit. Reamed from 6367'- 6428'. Drilled 8-1/2" hole from 6428'- 6592' TD. Made a short trip to 5069' and reamed 6553"- 6592'. Circ and conditioned hole. POH. RU Schlumberger for open hole logs. Ran log #1- Phazor / Sonic from 1100'- 6580'. Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 5 04/15/91 04/16/91 04/17/91 04/18/91 04/19/91 04/20/91 6592' 6592' g592' 6592' 6592' 6592' Ran log #2- LDT / CNL I100'- 6580', log ~3- FMC / GR 1100'- 6580'. Rigged down Schlumberger. RIH with 8-1/2" bit. Reamed from 6488'- 6592'. Circ and condition hole. Continued to condition hole. POH laying down BHA. RIH with 5" DP with 2-7/8" tubing stinger to 6592'. Circulated. Mixed and pumped MI Drilling Fluids Form- A-Plug (FAP) at 10.8 PPG. Balanced plug. POH. RIH with 8-1/2" bit to top of FAP at 5955'. Cleaned out same to 6055'. Continued to clean out FAP to 6147'. Circulated and conditioned hole. ?OH. Installed ?" pipe rams and tested same to 1500 PSI. Rigged and ran 7" 29# buttress casing to 6147'. Circ and cond mud. HOWCO mixed and pumped 20 bbls spacer @ 79pcf followed by 968 sxs G cmt mixed with 0.2% CFR-3, 0.4% Halad 344, 0.3% HR-7 @ 117 pcf. Displaced cmt with 8 bbls water and 233 bbls mud. Bumped plug with 2500 psi- floats held. Had good returns to surface-no cmt or spacer back. Reciprocated pipe thru entire job. CIP at hrs. Landed casing at 6157'- 10' in FAP. Drained and washed stack while WOC. Raised stack and installed 7" slips. Cut off 7" casing. Nippled down BOPE and installed CIW "F" 13 5/8" x 6" 3M tubing spool. Nippled up BOPE. Test same as required-OK but had to correct several leaking valves. RIH with 6" bit on BHA #10 on 3 1/2" DP. Continue RIH to cement stringers at 6030'. Cleaned out cement and cement stringers to 6064'. Circulated and tested 7" casing to 3000 psi for 30 minutes- OK. Cleaned out cement, float collar, and float shoe to 6157'. Drilled out FAP to 6373'. Stuck pipe while making a connection at 6330'. Jarred pipe (8 hrs). Rigged up APRS and RIH with a string shot. Note: gradually reduced mud weight from 77 to 69+ pcf. Backed off BHA at 6068' and POH with wireline. Fish in hole = 6" bit, BS, stab, 1-4 3/4" DC, stab, 5-4 3/4" DC, DN jar, UP jar, and 1-4 3/4" DC. POH. RIH Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 6 04/22/91 04/23/91 04/24/91 04/25/91 6592' 6].34' 6134' 6582' with fishing BHA, <crew in sub and jars, and screwed into fish at 6065'. larred with no movement ~ 9 hfs), Ran a f~-ee point which indicated tools were stuck at the 7" casing shoe. Spotted ]7 BBLs EZ Spot/ mineral oil pill, at 7l pcf, with S BBLs past bit. Soaked fish. Jarred fish while moving EZ Spot pill 1,, = bbl/hr (3 hfs). Rigged up and backed off at 6134' -cecovering 1-4 3/4" DC and bath the up and down jars. RIH with fishing tools and screwed back into fish at ~134'. Jarred fish with no movement, i'~ixed and .spotted ~-0 bbls citt-ic ctcid spotting fluid with ~ bbls past bit. Jarred on fish with no movement. ,Jar on fish and move citric acid 0.5 bph for a total of 14 hours. RU and run free point tools, free point at 6157' (7" casing shoe). Continue to jar on fish, circulate and condition mud. RU surface jars and attempt to jar fish down hole, negative. RU and perform back off at 6134' TOF. POOH. RIH with BHA #13, 120' 5-3/4" wash pipe. Wash over fish from 6134'-6255' and circulate clean. POOH. MU BHA #14 fishing assembly and RIH. Screw into fish at 6136' (2' deeper) and jar on fish with no movement. RU and run free point tools. Free at approximately 6229', POOH. RIH with string shot and perform back off at 6229'. POOH and recovered three DC's (92.60'). RIH with BHA #15 of wash pipe and tagged TOF at 6228'. Wash over fish from 6228' to stabilizer at 6292'. Attempt to cut stab and fish appeared to fall down hole. Continued to wash over fish to 6376'. POOH. MU BHA #16 of SIS and RIH. Tagged TOF at 6314' and attempt to screw into fish. POOH. Recovered entire fish. Rig down fishing tools and lay down wash pipe. RIH with BHA #17 a 6" bit and wash and ream from 6157'-6582'. Unocai Drilling/Workover Record Details of Operation, Descriptions/Results Page 7 ~4/o6/91 04./27/91 0~!28/91 04/29/91 04/30/91 05/01/91 Wash and ream to 6593'. CCM. POOH. Change out kelly ~bent), upper kelly cock and test. MU BHA ~!8 and RIH. Underream the Hemlock interval 6157'-6525' from 6" to 8-1/2". POOH to shoe and dump and clean the mud pits. Begin building sized salt Thixsal system. Continue to build Thixsal system. Changed out deadman anchor, slip and cut drilling line. RIH to 6525'. Pumped 30 bbl high viscous XC-Polymer spacer. Displace hole with new mud system. CCM. POOH. ~dU 13" underreamer and BHA ~19 and RIH. Underream S-t/~''~ hole ~o [3" ~om~ A[57' to 6196' Continue to underream to 6205'. POOH. Lost F2) cones on UR. Change out arms and RIH. UR from 6205'-6243'. Circulate clean and POOH. Change out UR arms and RIH. UR from 6243'-6289'. Circulate clean POOH. Change out arms on UR and RIH. Wash and ream from 6279'-6289'. UR 8-1/2" hole to 13" from 6289'-6320'. Encounter high torque and stalled out ~otary table. Lost weight, but was able to RIH an additional 22'. POOH. Lost (2) arms and straps along with lower part of tool body. %IH with flat bottom mill and tagged junk at 6501'. Pushed junk to 6573'. POOH. 2IH with new UR and wash hole from 6289'- 6320'. UR hole to 13" from 6320'-6345'. Circulate clean. POOH. Change out arms on UR. RIH. Wash and ream from 6320'-6345'. UR Hemlock interval to 13" from 6345'-6382'. POOH. Test BOPE. RIH with UR, wash and ream from 6382'-6406'. UR from 6406'-6412'. POOH. RIH with new UR and attempt to UR. Experienced high torque. POOH. Lost one complete arm. PU flat bottom mill and RIH. Locate junk at 6523' and push to 6528'. POOH. PU old UR and RIH. UR from 6412'-6445'. Circulate clean and POOH. Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 8 05/02/91 05/03/91 05/04/91 05/05/91 05/06/91 5513' POOH. RIH and attempt to open, negative. Dropped back-up ball and attempt to arms, negative. POOH. Change ou tools and RIH with new UR. Appea from 6445'-g450' and lost formati shoulder. POOH. Re-built UR too RIH. Regauge hole to 13" from 64 6450'. UR to t3" from 6450'-6456 Change out cutters on TSA tool. open t UR r to UR on 1 and 45'- ! · Continue to UR hole to 13" from 6 6480'. Circulate clean and POOH. out cutter arms. RIH and UR hole g450'-&505' Circulate clean and laving down 3-!/~ DP ~nd HWDP. 6" bit picking up ~-1/~" ~H-6 tub 456'- Change from POOH P, IH with lng, RIH with 6" bit and tagged fill .at 651]'. POOH to 7" casing shoe at 6157' . Dump and clean mud tanks. Build clean Thixsal-Plus Watesai-A superfine brine system. RIH to 6513', pump 30 bbl hi-viscous XC-poly spacer and change well over to clean Thixsal/Watesal system. POOH to 1040'. Build 67 pcf NaC1 brine for gravel pack. Build and filter 435 bbls of 67 pcf NaCl brine, Build and filter 80 bbls of 80 pcf NaC1/NaBr brine. Displace well from 1043' with filtered NaC1/NaBr brine. ~OOH and down BHA. MU Baker Sand 2-7/8" x 4-1/2" single screen pre-pack liner, assembly, gravel pack tools and 1-t/4" tail pipe. RIH on 3-1/2" PH-6 tubing to 724'. Filter and gel all gravel pack fluids. Filter and mix 50 bbls of NaC1/NaBr brine with 1 PPB of citric acid (PH-6). Displace well at 724' with Thixsal/Watesal system. RIH with liner assembly. RIH with liner and GP tools and tagged bottom at 6513'. Position liner with shoe at 6511' and break circulation. Dropped packer setting ball and wait. RU BJ and test lines to 5000 psi. Set Baker "SC-I" packer at 5985' with 2500 psi tubing pressure. Test packer and release with 1200 psi on backside. Pull to reverse position and shear out setting ball with 3600 psi. Established rate in reverse position of 650 psi at 2 BPM. Repeat the same in lower circulating position of 800 psi at 2 BPM. Mix sand and breaker for pack. Pumped as follows; 62 bbls of 80 Unocal Drilling/Workover Record Details of Operation, Descriptions/Results Page 9 05/06/91 05/07/91 05/08/91 cont. 6513' pcf NaC1/NaBr 400 Cp HEC gel fluid, 51 bbls ~50 pcf ~' '~' ~aCl~'~,aBr brine with 1 ppb of PH-6 ,citric acid), ]06 bbls nf 67 pcf NaC1 brine {'undersaturated), [04 bbls of 67 pcf NaC1 400 Cp HEC gel pre-pad. ] 14 bbls of 67 NaC1 400 Cp HEC gel slurry of I0 ppg 20-dO Ottawa sand ~lurry, 5 bbls of 67 pcf NaC1 400 Cp HEC gel after pad, 10 bbls of 67 pcf NaC1 brine to displace and sanded out with 2200 psi. Reversed out 84 sx, 246 sx in place, q6% calculated volume. Pull out of seals and wait 3 hrs. Pumped into pack with 600 psi a.t 2 BPM. Mix and pump 5 bbls pre-pad, !7 bbls of slurry, ] bbls ,~fter pad, 29 hbl. s nf NaC1 to displace. '--'anded cut with 2200 psi. Reversed out 35 sx, 15 sx additional Jn place, 9!% of calculated volume. Closed port collar and tested to 2100 psi. Circulate brine and condition. Rig down BJ pumping equipment and POOH. Down all GP tools and tailpipe. MU and RIH with "SC-I" packer plug. Set same in packer at 5985' and test with 1500 psi. POOH. MU 13-5/8" lubricator and RU Schlumberger and run CBT-GR-CCL from 5967'-100' with 1000 psi applied to the casing. Run Gyro-Data gyro survey from 5969'-surface on Schlumberger hoist. MU packer retrieving tool and RIH. Engage and release plug and CBU. POOH and lay down all 3-1/2" PH-6 tubing. Down all tubing and packer plug. RIH and down all DC's. Change top pipe rams to 2-7/8". Test Hydril, rams and HCR. Changed out Hydril element and test same. PU 2-7/8" production tubing and seals. RIH, space out and stab into packer at 5985', test same to 500 psi. Land tubing, remove BOP's, install tree and test. Released rig at 2400 hrs. 13-3/8" 6 1# K-55 @ 1031' / 9-5/8,' 4o//J-ss @ 1120' 9-5/8" WINDOW 1120'- 1180' L TUBING DETAIL' 2-7/8", 6.4#, N-80 BT&C 1) SSSV @ 518' 2) GLM's 2119', 5142', 4128' 468~', 5289', 5897' 5) OTIS "XA" SLEEVE @ 59.36' 4) BAKER "SC-1L" PKR @ 5985' 7" 29# N-80 @ 6157' 5592' TD. HEMLOCK INTERVAL FROM 6153'-6505' OPEN HOLE GRAVEL PACK USING BAKER 4- 1/2" PRE-PACK SCREEN IN A 15" OPEN HOLE. SEE DETAIL FOR SCREEN COMPLETION. SCREEN WAS GRAVEL PACKED WITH 20-40 MESH SAND. JUNK EXIST IN 6" HOLE BETWEEN 6515'-6592'TD. WELL TBS A-1 REDRILL PRODUCER WELL COMPLETION UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DRAWN: CLL SCALE: NONE DATE: 08-25-91 A Gyr-sdata Su:'ve;/ L.,,t!b~de: ~0.8~Sdeg ~ Cio.-'ur-e Calcu-i!ted fs..s.~ ~e : He~,-.,: LocaL!or; V£R? H 0 ~ i 2 0 N T A :'- EOO,O -'}0,0 800.0 :OOO,O 1£00,0 l':'O0,0 l i ;JO. 0 -!200.0 .:UU. U 2;2'0.0 .!3 .09 '3, 30 4,-59 7.70 7,8E. :c ~T i7.13 i~.53 9.94 8.73 8.02 7.03 5.67 4.99 '3.97 .00 67.29 317.5~ ,11 12.58 353.74 357.44 353,~8 H:.TS 22. ~2 29.151 · 0 ,"JO N ,'._Y2 E :0.."'.- N .19 ~ a.9 :.6,2 !9.aa N .11 ::"-' 7a N :.,57 E ~': : ': ": 43.9.7 N 4.73 E a99.7 6399.3 ~qS,g 797.7 76. <8 :~: ~, ~1 E lC.'!. 68 N 2.60 E '56.68 N :.2'} E 180. !8 ~i !.27 E 995,0 109!.7 !187.5 1479.0 !577.2 1675,9 1774.8 iSN.0 273.54 N " 282.23 N !5.01 ~,~ ,, 295.~9 N 2'.,0 E 30. :. 4'3.8 57.7 70, ! !07, :} !.i!. '3 Z973,~ 2072.9 2172.6 2272.~ 2372.2 :.'.-:9 :.2: .71 !,09 .78 . .3":'- £ECT~ON ft ?¢:']-LEg 2500,0 3,00 2600,0 '2,72 2700.0 * ^~ 2500,0 2,3! 2900.0 2.23 3!Oo-O !.73 3200,0 3300.0 i,80 '3400.0 2.00 ~n a 5,06 3800,0 ~ :~ 4100.0 !5.96 ~200,0 19,07 4600,0 4700,0 aSO0.O 48,28 ~...-. ;..--, ...;.. ~,, ,.r- 3£'-:', 24 ,, ~'~ .':.':_,,OS E ~u. ;..~ 3271,4 327, 58..t3 3'371,3 3'29,5:1 N 52.90 E !5.08 347!.2 3'33.4a N 55,!9 3a~,::t 3570,9 340,78 N 55.!7 '30; ~a 'q~ ~ ~ ~O ~ '-~ 77 298.60 ~251.9 4!9.88 299,75 4514.9 ,491,.-s'-6 300.25 4599,! ::..,oe .:aa ,~ a~a9 ': 546,25 299.49 4764,9 ~,., n? l!~,O il3,l !!0.5 109.2 !02,2 !1i.9 !24,~ laO. i !6:3.7 :85.6 2; 5..:'. '29'3, .8 342,~ 503.9 560.2 ,70 · ,19 2,52 ...2. :l 2,35, 3.39 2.03 3.16 }.92 ':: Xu~ber-: A?:SS:_:LG220 E-EP?H C 0 0 R :.~ : !: A T E £ · . 5200, 0 33,75 5300.0 33.55 5 D"30, '-"3 33.37 5600, 0 34,04 5700 0 5800.0 34.79 5900,0 3-'-:, .63 298.70 53,:."6. ! 76.'_'3, 27 N .*:-7<, 62 ~ 297.80 E511.6 82!.69 ~: 77:,37 ~ 297.71 ~:~'~ ~ ~q 0¢, ~ ~-,~ ~ ~ 35.24 298,96 5,.-:50.3 ......................... ,... 315.2:97 de:g:-ees 866.96 N 858.54 ~: 51.:.7 7~, I 8.:9, ~ 1005,7 !062,! ,!7 .17 f7 DIRECTIONAL SURV~-, TABLE FOR: TRA ............................ P~OGRAM - SURVEY {moOi fi ed Coordi.ates below r~lative to LAT-LONG grid WELL: A-iR@ OP-Et~-A~: UNOCAL API"',.. 507331005501 Calc. Method: Radius of Curvature Date: AUGUST 22~ 1991 ~ 09:07 DRIFT DRIFT ME,AS VERT SUBSEA ANGLE DIRECTION XUFFSET YOFFSET 10 10 95 00.01 N 06.73 E 0 20 ZO 85 O0.OZ N 13.46 E 0 30 30 T~ 00.0 3 'N--~OVI-~ -E ......... 0 40 ~0 65 00.04 N 26.92 E 0 50 50 55 00.05 N 32.64 E 0 0 0 0- 0 0 6O ~0 ~5 00.06 ;~ 40.37 E 0 ?0 ?0 35 00.07 N 47.10 E 0 8O 'ao 25 oo.o~' N 5 3.83-~ o 90 90 15 00.09 N 60.56 E 0 i00 i00 5 00.10 N 6'/.29 E 0 0 0 0 - 0 0 110 110 -5 00.10 N 59.17 E 0 12.0 120 -15 00oll N 51.06 E 0 13;0 130 -2.5 ..... 00,~11 .... N "~z.'gz* E 0 i%0 I%0 -35 00.11 N 34.83 E 0 150 150 -%5 00.Ii N 26.71 E 0 -- . 160 160 -55 00.12 N 18.60 E 0 170 170 -65 O0.1Z N 10.48 E 0 180 180 -~ O0.1Z~- N OZ~ ~ 0 190 190 -65' 00.13 N 05.75 W 0 200 ZOO -9-5 00.13 N 13.86 W 0 0 0 .; z- 210 IlO -105 00.13 N 16.72 W 0 220 220 -115 00.12 N 19.58 W 0 '2'3'0' Z~'O -iZ~ 00.12_ ...... N ZZ.z+g--W 0 -i35 O0.1i N 25.30. W 0 250 250 -1~-5 O0.'ll N 28.16 W 0 0 0 260 260 -155 00.11 N 31.02 W 0 270 270 -165 00.10 N 33.88 N 0 280 280 -1~5' 'o'0~i0 ...... N ~.-~ ~ o 290 290- -t85 00-09 N 39'60 W 0 300 300 -t95 00.09 N ~2.~6 W 0 0 0 310 310 -205 00.~1 N 38.41W -0 320 320 -215 00.73 N 3~.$6 W -0 330 33O -2Z~ 0~.05 N'30.3Z W -0 3~0 3~0, --2~5 01.37 N 26.27 W -0 ~50 350 -.21~5 01.69 N 221.221W -0 1 1 YELL: A-1RO API#: 507331005501 OPERATOR: UNOCAL Calc. ,Sethoa: Radius Date: AUGUST 2£, 1991 & 09:02 of Curvature AS VERT SUBSEA 360 360 -255 ME 370 370 -265 380 380 -275 390 390 -285 ORIFT DRIFT %00 400 -295 YOFFSET 02.02 N 18.17 W -1 Z 02.34 N 14.1Z-'~ ...... -1 Z 02.66 N 10.08 W -1 3 02.98 N 06.03 W -1 3 03.30 N 01.98 N -1 3 %10 410 -305 %20. 420 -315 /+30 430 -325 ,%zH~ %/+0 -33 5 03.%6 N 01.77 W -1 4 450 450 -345 03.62 N 01.56 W -1 %- 03.78 N 01.35 W -1 5: 03.94 N 01.14 W -1 6 460 460 -355 410 470 -365 480 480 -375 490 490 -385 00.94 W -1 7 5O0 500 -595 04.25 N 00.73 W -1 04.41 ........ TY'-O-O-';~Z'-'~- o~.57 ~ oo.31 o%.73 N oo. Io w -1 5 LO 510 -%0 5 04.89 N 00.11 E -1 520 520 -415 530 530 -%25 5%0 5/+0 -435 04.95 N 00.45 E -1 55O 5%9 -~%~ 05.01 N 00.80 E -1 05.07 N 01.14 E -1 05.13 N 01=48 E -1 560 559 -45% 570 569 -%6% 580 579 -%74 590 589 -%84 600 599 -49% 610 609 -50% 6Z0 63O 62.9 -5 Z'~. 6~0 639 -534- 6'50 6~9 05.18 N 01.82 E -1 8 9 9 10 660 659 -554 670 669 -56/+ 680 679 -57;~ 690 689 700 699 -594 710 709 -604 7zo 11..~ -61.3. 730 ?Za .--6Z3 7z+O 738 -633 750 ?'48 -6%$ 11 lZ 13:- 05.24 N 02.17 E -1 16 05.30 N 02.51 E -1 IT' 05.36 N 02.85 E -1 IT 05.%Z N 03.20 E -1 18 05.48 N 03.54 E -/7 19 05.70 N 04.%z~ E -I 20 O~.gZ ' - N 05.~5 ~ -~ Z£. 06.1.5 N 06.25 E -0 2.3'. 06..37 N 07.lb E -0 U6.b9 N U~.Ob b -0 06.81 N 08.96 E 0 07'.013 N 09.07 E 0 07"-26. N 10.77 E 0 0-7./+8 N- 11.68 E 1 07;70 "N 12.58 E 1 07.71 N 12.50 0'7'73 N L2.%3 07-':7% N 12..35 07'76 N 12..28 07.77 "N lZ.£0 S E P I ~ ~,991 Alaska Oil & Gas Cons. Oor~¢tss~od Anchorage 26 29:' ~L 32 WELL: A-1RD AP I¢~: 507331005501 OPERATOR: UNOCAL Ca|c. Methon: Radius of Curvature Date: AUGUST 2Z., 1991 & 09:02 MEAS VERT SUBSEA DRIFT 760 758 -653 DR I FT DIRECTION >~DFF SE'T 770 768 -663 780 778 -573 790 788 -083 07.79 N 1Z.13 E 2 07.80 N 12.05-E'- 3 07.82 N 11.98 E 3 07.83 N 11.90 E 3 YOFFSET 39 40 41 800 798 -093 810 ~08 -703 07.85 N 11.83 E 4 07.95 N 10.43 45 820 81.7 -712 830 827 -72'2 840 837 -732 08.0% N 09.04 08.14 N 07=64 08.23 N 06.25 08.33 --N 0~-.8'5~ ~50 84? -?42 860 857 -752 08.43 N 03.45 E 870 a67 -76-2 880 877 -772 890 887 -782 900 897 -7-9-2 08-~-5-2----,q-- 02~. 01-- - E 08.62 N O0.6b E 08.TI N 00.73 0'8.81 N 0 2-.-1-3-- W 910 906 -801 09.15 N 02.54 920 916 -811 930 926 -8.21 940 936 -831 950 946 -841 09.48 N OZ.9~ 9.82 N 03..37 10.15 N 03.78 10.49 N 04.£0 W 5 5 50-::< 51 52 94.- 55 57 60 6.Z .... 6?' 960 956 -851 -860 -870 -880 -~90 970 965 980 975 990 985 1000 995 :'s; 1030 10'24 -9"19 '~ 10'40 10~4 -929 ~"" 1050 1043 -938 1060 1053 -948 '~ 10~0 1063 -958 ~' 1080 1012 -9'67 :~' 1090 1082 -977' ~ Il00 I09Z -9~7 1010 1005 -900 lOZO 101~ -909 10.83 N 04.61 11_. 16 N 05" 02 11.50 N 05.43 11.83 N 05.85 12.17 N 06.26 12.67 N 05-89 W I3.16 N 05.5Z" W 69 75' 79 13.66 N 05.15 1.4.15 N 04=78 14.65 N-'04.41 15.15 N 04.04 W 15.6~.- N 03.67 W 16.14 N"03,30 W 16.63 N-:--~OZ. 93 iN 17.13 N 02.56 N 102 1110 1101 lll.O 11. I.1 1130' I]~20. 1140 1130 -996 --t006 -10.15 --1025 -1035 1150 1140 17.03 N 0Z.45 16.93 N 02.33 .16.82 N 02..Z2. 16.7z N' OZ.lO 16.62 N 0i.99 I NELL: A-IRD ARI~ ,.: 507331005501 Date: AUGUST ~2~ 1991 ~ 09:02 OPERATOR: UNOCAL Calc. Hetnod: Radius of Curvatur. e MEAS VERT SUBSEA DRIFT ANGLE DRIFT --O I R E-eTlON x O-FF'S ~T- YO]:FSET 1160 1149 -1044 1170 1159 -1054 1180 1168 -1063 1190 1178 -1073 1ZOO 1187 -1082 16.52 N 01.88 W 1 119 I-6-2-4-2 -N 01'76' ',~ 1 lZZ_ i6.31 N 01.65 W 1 12..~- 16.2.1 N 01.53 N 1 IZ'i? 16.1] N 01.',2 W 1 130 1210 1197 -1092 15.95 N 01.30 N 1 133 , 15,79 N 01'.18 IN 0 125 15,64- N 01,07 W 0 15.48 N 00.95 W 0 --.. 15.3Z N 00.83 W O lZ~3 1220 1207 -1102 1230 1216 - t 1.11 12~+0 1226 -1121 1250 1236 -1131 1260 1245 -1140 1270 1255 -1150 1280 1265 -1160 1290 1274 -1169 1300 1284 -1179 15.16 N 00.71 N 0 146 i5.00 ~--0~5-9 W 0 149: 14.85 N 00.4-8 W 0 151 14.69 N 00.36 W 0 154- 14.53 N 00~-2~ N 0 157 1310 1294 -1189 1320 1303 -1198 1330 13.13 -t208 1340 1323 -1218 1350 1333 -1228 14.3~ N 00,15 W 0 159 14,.1~ N 00,06 W 0 16:1. 13,97 N 00.-03 E 0 .-.-:~.~ 13.79 N 00.12 E 0 13.60 N 00.21 E 0 168 1360 13~2 -1237 1370 1352 --1247 1380 1362 -1257 1390 1371 -1~66 1400 1381 -1'276 _--4t 1410 1391 -1286 lz*MO 1401 -IZYb 1 Z~30 14-10 --t 305 142~0 1420. -1~I5 1460 1440 -1335 1470 I~50. -'l~5- 1480 145'9 -1354- 1490 1469 -t3'64:: 1500 14-79 :13?'4 1510 1489 1520 1530 1508. 1540 1550 ].5Z8 -1384 --t403: 13.41 N 00.30 E 0 171 13.23 N 00.39 E 0 I3.0~ N 00.~8 E 0 12.86 N O0.5T E 0 178 12.67 N 00.66 12.53 N 01.14 J-Z- z~O N Oi. b.i 12.:26 N 02.11 12°12 N 02.59 11.98 ' N OS.Oi 11.85 N 03.56 E 1 Il. oil 'N. O~+..-O~ t:: II_.57' N'. 0~.-52" E 1 I.I:.Z~+ N' 05'.0I E 1 11.30 N 0.5.49 E 1 182 1. t~+ · -'"'];:'88::: 192 ZUJ.. 203 NELL: A-1RO API~): 507331005501 OPERATOR: UNOCAL Calc. Method: Radius of Curvature. Date: AUGUST 22, 1991 @ 09:02 MEAS VERT SUBSEA 1560 1538 - 12f33 1570 1548 -lZ~43 1580 1558 -lZ~53 1590 15'67 -1462 1600 1577 -1~72 DRIFT DRIFT ANGLE DIRECTI O~q xO~'F S-ET YOFFSET 10.48 N 05.45 E 2 212 10.35 N 05.44~'-- - 3 214 10.21 N 05.43 E 3 215 10.08 N 05.43 E 3 217-- 9.9Z, N 05.42 E 3 219 lblO 1587 -1~82 1620 1597 --t~-92 9.82 N 05.~5 E 3 221 9.70 N 05.48 E 3 ZZZ. 1630 I6OY -15102 1640 1617 -15.12 1650 1627 -1522 9.58 N 05.51 E ~ 224 09.46 N 05.5~ E 4 2Z6 09.33 N 05.56 b 4 227 1660 1636 -1531 09.21 --1670 16~6 -15~I 09.09 1680 1656 -1551 08.97 1690 1666 -1561 08.85 i700 I676 -157i 08.73 05.59 E 4 229 05.62 E z~ ~30 05.65 E z~ 232 05.68 E 5 234 C5~?1 E --5 235 1710 1686 -1581 08.66 N 05.79 E 5 237 08.69 N 05.86 E 5 238 08.52 N 05.94 E 5 Z40 08.45 N 06.02 E 5 241: 08.37 N 06.09 E 5 243, 1720 1696 -t591 i730 1706. -1601 1Tz~O I7.I5 -1610 1750 1725 -1620 1760 1735 1770 1145 1780 1755 1790 1765 1800 1775 1810 1785 ~8Z0 1830 1805 1840 1814 1850 1860 1834 1870 'I84~ 1880 185~ 1890 1864- 1900 1874 1910 1884 1920 1.8.94. 1930~ i~04 1940- I914- -1630 08.30 N 06.17 E 6 244 , , --1640 08.23 N'06.25 E 6 245 -1650 08.16 N 06.33 E 6 247' -1660 08.09 N Ob.~O E 6 248 -1670 08.02~' N 06.~8 ~ 6 290 -1680 07.92 N 06.83 E 6 251 -].:690 Ot.SZ N O'/.LV E ? --1700 07'.72 N 07.5~ E 7 . Z5~-- -t709 0.7,62 N 07'.89 E 7 255 -L~L9 0~.'9Z N OS.Z~ b / -1729 07.43 N 08.60 E 7 258 -1739 07.3,3 N -t'149' 0.7.23 N 09..30 E 8 Z60 --17'59 07;o13 N 0g"-66 E 8 -1769 07.0~ ' N 10.~1' E 8 Z~3 -1779 06.89 N 10,89 E 8 264. -~'-1789 06,76 N 11~-78. E 9 -.t:7.99 06,62 N. 1Z',6b E 9 266- --t809- 06.49 N. 13.55 E 9 - -1819 ........ 0'6.35 ...... N' 1'4.'43 E' 1'0 Z'6'8 1950 1924 ~ELL: A-IRD APl":,. 507331005501 .- .. UPERATOR: UNOCAL Calc. Method: Radius of Curvature Date: AUGUST ZZs 1991 ~ 09:02 ORIFT HEAS VERT SUBSEA ANGLE DRIFT O I R EC T I ON .... i O~F%iE-T 1960 1934 -1829 06.gl 1944 -1839 06.08 1953 -1848 05.94 1963 -1858 05,81 1973 -1868 05.67 1970 1980 1990 ZOO0 N 15,31 E 10 269 N 16,--Z0--~ 10 270 N 17.08 E 10 ZTI N 17, 97 E 11 N 1'8.85 c 1~1 273 2010 1983 -1878 05.60 202.0 2030 204O 199.3 --1888. 05.5 3 2003 -1898 05=Z. 7 2013 -1908 05°40 2023 -1918 05;,33 2050 N 19.25 E 11 N 19.66 E N 20o0T E 1Z N 20.4.8 E 12. N 20.88 E 13 27.5 2.?7 ..... 278 2060 2070 2080 2090 £100 2033 -1928 2043 -1938 2053 - 19q, 8 2063 -1958 2073 -1968 05.26 N 21,29 E 13 0'5~-1-9---N~ m 13 05,13 N 22,11 E Ir 05,06 N 22,51E Ir 04~99 'N 22,92 E 14 279 ZT9 280 ZSI ZSZ 2110 2083 -1978 04,90 N 23.42 E 15 0~,80 N Z3,~-E 15 0~*,7i. N 24,4.3 E 15- 0~,61' N 2~.93 E 16 0~.5Z N 25'~3 E 16 2120 2140 2093 -1988 2103 -19.98 21_.1~ --2008 2150 2123 -2018 2160 2133 -2028 283 2.8:4. Z8.~...- 285' Z1?O 2180 2190 2200 21~3 -2038 2153 --20~8 2163 -2058 2173 -2068 04-43 N 25.94 E 16 286 04.33 N 26.44. E 17 Z87 0~.24 N 26.94 E 17 288 0~.1% N 27.45 E 17 2.88 04.05 N 27.95 b 18 289 __ 2210 2220 2230. 2'21~0 2250 2183 -2078 2]..9~ -201~IIS 2203' ---2.0..9:8 ZZi3 -ZI08. 2~222 -2117 ZZ60 22.70 2280 22.9.0 2232 -2127 22.4-2.. -21137: 2252. 2'262 -21'57" 2272 -2167 2300 2310 2282 -2177 23'20 2Z92 -2:18? 23'3-0: 2302~ -:2I:cj7- 23'~0' 23'I2. '2ZOla. 2350 2~22 -2217 04.0% N 28.07 E 18 0~,,03;i N 28.19 E lB 0.~.'.-03' N 28..31. E 19 O.~-OZ'_ N.-28.~3-E 19 O~.OL N 28.5~ E 19 0~.00 N 28.68 E 20 03.99 N. 28.80. E ZO 0~'.99 N. 28°92E ZO 03.98: N::29.0.~-E 2I' 03.97'" N 29,16 E 21 03.94- N 29.30 E 21 03o9'1 N 29.~+-E ZZ 03i-.8.8 .: N"~2 9:. 59 E' Z 2.. 03-85' N- 2.9.73' E ZZ.' 03.81 'N 29,87 E 2'3 290 Z_gO · : 29::I:-" '"'Z.9.:Z 296 -... · .: 2:98: 2'9~ ....... NELL: A-1RD OPERATOR: UNOCAL API~¢: 507331005501 Ca]c. MetnoO: Radius of Curvature Oate: AUGUST 22-9~ 1991 @ 09:02 DRIFT DRIFT MEAS VERT · SUBSEA ANGLE DIRECTION .... X~DF F SET 2360 2332 -2227 03.78 N 30.01 E 23 YOFFS'ET 299 2370 2342 -2237 03.75 N 30.15 E 23 2380 2352 -2247 03.72 N 30.30 E 24 2390 2362 -2257 03.69 N 30o4~ E 24 299 300 .... 3 2400 2372 -2267 03.66 N 30.58 E 24 2410 2382 -2277 03.59 N 30.95 E 25 301 302 2420 2392 -2287 03.53 N 3/.33 E 25 2430 24021 -2297 03°46 N 3/o.70 E 25 2440 24t2 -2307 03.40 N 32.08 E 25 30Z: 303; 3 03!::.: 2450 2422 -2317 03.33 N 32.45 E 26 2460 2432 -2327 03.26 N 32.82 E 26 3O4 3O4 2~70 2~2 -2337 03.20 N 33.20 E 26 2480 2452 -2347 03.13 N 33.57 E 27 2~90 2462 -2357 03.07 N 33.95 E 27 ._ 2500 2472 -2367 03.00 N 34.32 E 27 2510 2482 -2377 02.97 N 34.94 E 28 305. 305 306. 306 306 2520 2492 -2387 02..9~+ N 35.55 E 28 25130 Z502 --2397 OZ. 9Z N 36° 17 E 28. 25'40 2512. -2407' 02..89 N 36.78 E 29 :~3'08" 2550 2522 -2417 02.86 N 37.40 E 29 2560 2532 -2427 02.83 N 38.02 E 29 2570 2542. -2437 02.80 N'"38.63 E' 2'9 2580 2552 -2447 02.78 N 39.25 E 30 2590 2562 -2457 02°75 N 39.86 E 30 2600 2572 -246'7 02.72 N'40.48 E 30 2)) 'Ol 2610 2582 -2477 02.69 N 40.78 E 31 2630.. 26_021. -2497 OZ°6Z+-- N.. 41o3.9 E 31 26'~0 2612 -2-507 0'Z'-62 N 41.70 E Z~O ZbZZ -Z~L [ " 2660 Z6.~r0 2680- Z&90~ 2"'/00 2710 21-20. 2730 2.7'~0:: 2750 2632 -2527 02.57 N 42.31 E 2~,~2.. --Z,~.~'I' ' OZ..-5.~--- N-' ~Z.-.bL i::. 26:5Z -Z5.~7-' O~',-5:Z N 42',92 E Z.6;6'Z --2~7 .. 02~:~9--'" N.~..~3-.ZZ E 207'2 -2bo? ...... Oz.~ N" ~J~bJ ~ 2682 -2577 02.45 N ~4-11 E Z.~OZ~ --2597 ' 0~-2~-~2 N7 <-~5'.Z6 E : *. ..... , ...................... . ZTZZ -Z617 0Z.39 ..... N --~6'e ~Z E 3O8 308 309 3;09 310 310 310 '. '..';~/~II~'; :' '-!:~.~:ii~'~'I.i~.:i:i.:. 32 34 3'6- ..... 35-- ~LL: APl":,. oat.: MEAS 2760 2770 2780 2790 2800 ~-iRO 507331005501 AUGUST 22, 1991S 09:02 OPERATOR: UNOCAL Ca!c. ,';,ethoa: Radius of DRIFT VERT S U B~-E'X ......... ]~N'~LE DRIFT --OIREC'TI ON XOFFSET 2732 2742 2752 2762 -2627 02.37 N 47.00 E 35 -26]?' OZ .$6 .... N-'~7 ' Si' E .......... 36- -2647 02.3~ N ~.~ e 36 -2657 02,33 N 4a.73 E 36 -2667 02.31 ,'q 49.31 'E 36 2772 CuFvatuFe YOFFSET 315 315 31.6 316 316 2810 2820 2782 -2677 02.30 N 48.86 E 37 -2687 02.29 N 48.42 E 37 2792 316 · 31.7 2830 28~0 2850 2802 2812 -2697 02.29 N 47°97 E 37 --2707 02.28 N z+7.52 E 38 --. -2717- 02.27 N 47.07 E 38 2822 317' 317 3.18 2860 2870 2880 2890 --2900 2832 2842 2852 2862 2872 -2727 02.26 N 4<5.63 E 38 -2737 ............. j2 ~-25 ' ' -.,'-~-~' Z~-6~ 18' E ........ 38 -27~7 02.25 ,",t 45.73 E 39 -2757 02.2~ N ~5.29 E 39 - 2767 0 Z · 23 ..... ~~8-~--~ .............. 39 2910 2920 2930 294O 2950 2882 -2777 02.22 N 44-.57 E 40 2'892 -2787 02.2I ' 'N-~-~3. 1---E ZFO 2902 -2797 02.20 N 42~.04 E 40 2912 -2807 02.19 N z~3.78 E 40 2922 -2817 02.18 N /,3.51 E ~'1 2960 2970 2932 -2827 02.18 N 2942 -2837 02.17 N 42.98 E 318 318- 318 319 319 319 320 320..- 320 321 321 2980 2990 2952 -2847 02.16 N 42.71 E 41 2962 -2857 02.15 N 42o~5 E 42 2972 -2867 02.12~ N 42.18 E 42 300O 3010 3030 30/+0 305O Z981 -2876 OZ.lO N 42.79 E 42 2991 -2886 0 Z . 0-~--~~7 E ~Z 3001 -2896 02.02 N /+zt. Ol E 43 301.1 -2906 01'.98 N 4z~obZ E ~3 3021 -2916 01.93 N ~5.23"E ~3 3060 3031 -2926 01.89 N ~+5.84 E 43 30~+1 -29'36 01.8'5 N ~+6"45 'E 44' 305'1 -29~6 01.81 N 47.06 E 3061 -'2956 01.77 N ~7.67 E 3071 -2966 01%73 Nm ~8028 "E 3070 308O 3090 3100 3110 3081 -2976 01.73 N 48.90 E 95 3091 -2986 01..73 N ~9.52 E 95 3101 -2996 01.74 N 50o1~ E ~5 3111 ~ --3006:. 01.74 N 50.-76 E 45 3120 3130 3140 321 3zz 322 5E2.- 322'... 323: 323 3Z~ 324 32~- .3Z5 3Z5 3150 3121 -3016 01.7'~ N 51.38 E 46 325 ~ELL: A-iRD AP I" ,.: 507331005501 Date.: AUGUST 22, 1991 ~ 09:02 HtEAS VERY SUBS-EA OPERATOR: UNOCAL Ca]c. ;-lethod: Radius of Curvature.- DRIFT DRIFT AN GL E ....... ~I'RE C T I 0 N XOFFSET ..... 3i60 3131 -3026 01.74 ~',J52.01 E 46 3170 3141 -3036 01.74 N 5 Z. 63"-E ............. 3180 3151 -3046 01.75 N 53.25 E 46 3190 3161 -3056 01.75 N 53.87 E 3200 3171 -3060 01.75 N 54.49 E .......... 2,7 3210 3181 -3076 3220 3191 -3086 01.75 N 55.05 01.76 N 55.6I 325 325 326 326.. 326 326 326 3230 3201 -3096 3240 3211 -3106 3250 3221 -3116 01.76 N 56.18 E 48 01.77 N 56.74 E 48 01.77- N 5-7-~-3"0--E -- z~ 8 3260 3231 -3126 01.7~ N 57.80 3270 3241 -3136 0 [;'7~- .... ,N-5=a~S2 %8 zt9 49 3280 3251 -3146 01.79 N 58.99 E 3290 3261 -3156 01.79 iq 59.55 E 3300 3271 -3166 01.80 N 6 ~-i-I~-"E~---- 3310 3281 -3176 01.82 3320 3291 -3i86 01.84 3330 3301 -3196 01.86 33%0 3311 --3206 01.88 N 59.91 E N 59.7--f E N 59.52 E N 59.32 E 5O 50 50 32'6 327 -- 32-/ 327 3~Z7- 327 327 ,. 328 328 328 32.8 328 3350 3321 -3216 01.90 N 59.12 E 3360 3331 -3226 01.92 N 58.92 E 3370 3341 -323{5 01.94 N 58.72 E 5i 51 51 328 329 3380 3351 -32%6 01.96 N 58.53 E 3390 3361 -3256 01..98 N 58.33 E 3/+00 3371 -3266 02.00 N 58.13 E 52 52 52 329 329 3'29 7: 34t. 10 3381 -3276 02.16 N 53.82 E 3/+20 33;91 -3286 OZ:.SZ N /+9.52 E 3/,30 3~01 -32_9.6 02.%7 N %5.21 E 34%0 34.11 -3306 02.63 N 40.91 E 3 Z~5'0 3%21' -3316 0Z~79 N--36.61 -'E 3%60 3%31 -3326 02.95 N 32.30 E 3~70 3%~1 -3336 03;11 " N' ZSoOO'E 3%80 3%51 -33%6 03.26 N 23.69 E 3%90 3%61 --3356 03.42 N 19.39 E 3500 3471 -3366 03.58 N 15~'0~ E 3510 3~81 -3376 3520 3~9I --3386. 3530 3501 -3-396 35%0 35.11 -3~06 3550 3521 -3%16 03.73 N 12.48 E 03.8-8 N ""09.89 E 0%.02. N 07.29 E 0%.17 N 04.70' E 04.32 N "02~i0 E 52 5'3 53 53 54 5/,. 5% 55 55 330 3.30. 331 332 -~Z 332 3'3'3 55 55 55 55 5'5 334. 335 336' NELL: A-LRD APIJ' ,~: 507331005501 OPERATOR: UNOCAL Calc. Me:nod: Radius of Curvature Oate: AUGUST 22, i99i @ 09:02.. DRIFT DRIFT ANGLE DIREC-TI DN .... ×b-F-F SET MEAS VERT SUBSEA 3560 3531 -3~26 Y o~-~-s E-~T-- 3570 354.1 -3436 3580 3551 -344.6 3590 3561 -3~56 3600 3571 -3466 04..47 N 00.49 W 55 338 0¢.62 N 03~09 W 55 338 04.76 N 05.68 W 55 339 04..91 N 08.28 W 55 34.0 05.06 N 10.87 W 55 341 3610 35.81 -3476 05.17 N 13.03 N 55 34.2 3620 3591 --34-86 3630 3601 -34.96 3640 3611 -3506 05.28 N 15.1.9 W 55 05.39 N 17.35 N 54 05.50 N 19.51 W 54 34-3 3,+/+.- 3650 3621 -3516 3660 3631 -3526 3670 3641 -3536 05.bO N 21.67 W 53 34.5 05.71 N 23.82 W 53 3/+6 05.82 N 25.98 W 53 347 3680 3651 -3540 3690 3660 -3555 3700 3670 -3565 05.93 N 28.1~ W 52 06.04 N 30.30 W 52 06.15 N 32.46 W 52 3/+8 34.9 350 3T10 3680 -3575 06.29 N 35.07 N 51 0~..44 N 37.68 W 50 06.58 N 40.29 W 49 06.72 N ~,2.90 W 48 06.86 N 4.5.52 W ~-7 3720 36_90 -35 85 37'3'0 3700 --3595 3740 3710 -3605 3750 3720 -3615 35O 351 35Z. 353. 35~ ' 3760 3730 -3625 3770 3740 - 36.35 3780 3750 --36~5 3790 3760 --3655 3800 3770 -3~>65 3810 3780 3820 3189 3830 37.99 384.0 3809 3850 3819 :, 3860 3829 ... 3870 3839 -- 38'80 38~9 ~ 3 89 0 38'59 ,-, 3900 3~6a 07.01 N 48.13 W 47 07;::15 N 50.7/+ W 46. 07.29 N 53.35 W 45 07.4~ N 55.96 ;4 4~' 07,9'8 N 58.-57 N 43 -3675 -36:9~ -371q- 355 355 356 357 358 -3724 --37~-~ .... -.37"5~-- -3763 07.91 N 59.17 W 42 359 OU.'Z.5 N' )9.18 i~ ~o 013:;':58 N, 60.38. W 39 360 08-92 N 60.99 W 38' 361 09~Z5 N bI.~ W 36 3910 3878 -3773 39'20' 3~88.. --37.83 3 930 3898 39~0 39.08-: --3803' 3950 3,917 -38"i'2. 9.58 9.9Z. . _ "ii0-.25' ' !' .L~0:~,59..= 10.9Z 11.11 I.LJ3,1. il.89 363 '36.~ - · .'365; "' 36T ..... 3'6.;ir ': 36-8i '- :36.9 ' "3'~'0 .... ~ELL: A-1RD API" ,,: 507331005501 OPERATOR: uNOCAL Calc. Method: Radius of Curvature Date: AUGUST 22t 1991 ~ 09:02 DRIFT DRIFT MEAS VERT SUB~-A ..... ANGLE ....... ~i~ECTI ON 3960 3927 -3822 12.08 N 62.96 3970 3937 -3832 12.2~-' N 62.09 3980 3947 -3842 12.47 N 62o41 3990 3956 -385i i2.67 N 62. i4 4000 3966 -386I I2.86 N 01.86 XOFFSET YOFFSET 18 371 -- 16 372 14 373 13 374 11 375 4010 3976 -3871 13.17 N 61.61 W 4020 3986 -3881 i3.48 N 61.36 W 9 376 6 377: ' 4030 3995 -3890 13.79 N 61.11 4040 4005 -3900 14.10 N 60.86 4050 4015 -3910 14.4i N 60.62 W 4 379 2 380. -0 381-- 4060 4024- -3919 14.72 N 60.37 W 4070 4034 -3929 1'5-~-03 N ~SUT12 .....W 4080 404~ -3939 15.3~ N 59.87 W 4090 ~053 -39~8 15.65 N 59.62 W ~100 ~063 -39-58 15.9~- ..... N 5~ W 4110 4073 -3968 4120 40'82 -3977- 4130 4092 -3987 4140 4101 -3996 4150 4111 -4006 16.27 N 59.3£ 16'~ 5'8 ....... N 59. Z'~-~ 16.89 N 59.21. 1.7o gO N 59.16 17.51 N 59.11 4160 4120 -4015 17.83 N 59°05 4170 4130 -402.5 18.14 N ~o00 4180 4139 -4034 18.45 N 58.95 4190 4149 -4044 18.76 N 58.89 4200 4158 -4053 19.07 N 58.84 4210 4168 -4063 4220 4177 -4072 4230 4186 -4081 4240 4196 -4091. 4250 4205 -4100 -2 -7 -9 -Ii -14 -1-6 -19 -21 -24 W -26 -29 -32 -34 -37 382 383"' 385 386 387 389 390 392 393 395 396 398 ' 399 4.01 403 19.45 N 59.10 ~q -40 404 19.83 N ~9.35 W -43 ~Ob' 20o21 N 59-61 W -46 408 20.59 N 59.86 ~J -49 410 Z0.97 N bO.LZ W -SZ '~II -55 -58 -62 -65 -68 4260 4214 -4109 21.36 N 60.38 W 4'270 4224 -4119 Z1~74 N 60.63 W 4280 4233 -4128 ZZ..12 N 60.89 W 4290 4-242 -4'1-3.7 22...50 N 61.14 W 4300 42:52 -4].'47 22.88 N 61.40 H 4310 4261 -4156 23.33 N 61.25 4320 4.270 -4-L'65. 23.79 N 61, I0 4330 4-2:T/'9 -4.17'4 2.4..2 %. N 60.95 4.340 4-288 .-4-183 24.°:70 N 60.80 4350 4297 -4192 2'5.15 N 60,65' ~ -72 -75 -79 -83 -86 413 419 '420 422 4-27 £ ~7: WELL: AP I" ' A-IRO 507331005501 OPERATOR:' UNOCAL Ca]c. Method: Radius of Curvatuce Date: MEAS AUGUST 199I @ 09:02 DRIFT DRIFT VERT SUBSEA ANGLE DIRECTI ON X OF F'S-E'T ' -'YO-I~lrS~'T- 4360 4370 4306 -4201 25.6I N 60.49 W 4315 -421_0 26.06 N 60.34 W -90 433 -9¥ 435 4380 4390 4324 -4219 26.52 N 60.19 W 4333 -4228 26.97 N 60.04 W -97 437' -lO1 ~.39 4/+OO 4410 4342 -4237 27.43 Iq 59.~$9 W 43.51 -4246 27.?? N 59.88 W - 105 441 -109 444 4420 4430 4440 4360 -4255 28.1£ N 59.8T W 4368. -4263 28.46 N 59.86 W 4377' -427'2 28.8i N 59,85 H -.113 446 -117 449 -122 45I' 4450 4460 4386 -4281 29.15 N 59,84 W 4395 -4290 29.49 N 59.82 -126 453 -130 456 4470 4480 4490 4403 -4298 29.84 N 59.81 W 4~12 -4307 30.18 N 59.80 W 4421. -4316 30.53 N 59.79 W -134 458 -139 461 -143 463 4500 4510 4430 -4325 30.87 N 59,78 W 4~38 -4333 31.00 N 59.83 W -147 466 -151 468 4520 4530 4540 4447 -43/+2. 31o13 N 59.87 W 4455 -4350 31'27 N: 59°92 W 4464. -4359 31.40 N-59'96 W -156 471 -161 ~3';. -165 4550 456O 4/+72 -4367 31.53 N 60.01 W 4481 -4376 31.66 N 60.06 W - 170 479 -174 481 -'2' 4570 4580 4590 4/+89 -4384 31.79 N 60.10 W 4498 -4393 31.93 N 60=15 W 4506 -4401 32.06 N 60.19 W -179 484 -183 48.7 -188 489 4600 4515 -4410 32.19 N 60.24 4610 4523 -4418 32.29 N 60.19 4532_ -44Z7 ..... 3 2.3'8 II ' N 60=-14: 45'40. -4435' 3Z'48 N 60.09 4548 --4443 32'58 N 60°04- 4557 -4452 32.67 N 60.'00 462.0 4630 4640 4650 4660 4565 -4/+60 32.77 N 59.95 4670 45~4--: --44~6c) 32.i37 .... N- 59-.90- 4680 /+582. --ze/+;T7"' 3Z'97 N:i 59.85. 46-90 /+591 -~-86- 33;,06 N:- 5 9, 80. 4700 ~599 -~94 33',16 '" N 59.75 4710 4607 -4502 33.26 N 59.76 IN 47'20 46t6 -/+5.1I.. 33.3? N .~9..~8 IN 4730 462-4-'.: -4-5:I:9' 33,47 N; .59..79 W 4740 ~6-3Z.. -45::27" 33'58 N 59.81 W 4750 46~1 -4536 '~'3.68 ...... N '59,'~'Z w -192 492 W -IgT W -202 W -206 W -211 -216 -220 -2. Z5 -230 -234 -239 -244 -z.~v -253 -258 -26'3 494 497 · 500 503 5O5 508 5LI... · "5-16. ':3Ti NELL: A-iRD AP I~: 507331005501 OPERATOR: UNOCAL Calc. Hethod: Radius of Curvatur. e- Oat,: AUGUST 22,~ 1991 ~ 09:02. DRIFT DRIFT' MEAS VERT SUBSEA ANGLE DIRECTION XOFF S ~-T--- Y'O'FFS ET 4760 4649 -4544 33.79 N 59.83 W -268 536 4770 4657 -4552 4780 4066 -4561 4790 4674 -4569 33.89 N 59.85 W -~73 538 34.00 N 59.86 N -277 541 34.10 N 59,88 W -282 54%,- 4800 4682 -4577 34o21 N 59.89 W -287 547 4810 4690 -4585 34.23 N 59.95 W -292 549 4820 4699 --45:94- 4830 470'7' -4602 4840 47.15 -Z~::~lO 34.26 N 60.01 W -297 5.5:2. 34..28 N 60.08 W -302 555 34.31 N 60.14 W -307 558. 4850 4723 -4618 34.33 .N 60.20 W -31i 561 4860 4732 -4627 4870 4740 -4635 4880 4748 -4643 4890 4757 -4652 4900 4765 -4660 34.35 N 60.26 W -316 563 3~.38 N 60.32 W -3-~'I 566 34.40 N 60.39 W -326 569 34.43 N 60.~5 W -331 572 3'4'. 45 N 60.~ -'~36 49].0 4773 -4668 49'20 4781. -4676 493'0 4?90 -4685 4940 479'8 -4693 4950 ,~806 -4701 4960 4814 -4709 4970 48Z3 -4718 4980 4831 -4726 4990 4839 --4734 5000 484? -4/4Z 34.44 N 60,49 W -341 577 34,43 N 60,46 W -346 500 34,43 N 60,44- W --351 .583. 34.42 N 60.41 W -356 5'86 340~f' N '60~'39 W -360 509 34.40 N 60.36 W -365 591 34..39 N 60.3% N -3lO b~ 3.4.39 N 60.31 W -375 597' 34'.38 N 60.29 hi -380 600 5010 4856 -4751 503 0 ~STZ: - 47'67 5040 4880 -477'5 5050 4889 -4~84 5060 4897 -4792 5070 4905 -/-~800 5080 49t3 --~80.8. 5090 492'2 -48::I'7 5100 4930 -4825 5110 4938 -4833 5120 4946 --484. I 5' I30 ~.955:- ,'-485'0 5140 4963. ::t,8.58 ' 5150 4971 -4866 34.35 N 60.22 W -390 605 3~.32 N. 60.14 W -400. . : 3.~,-30 N 60.10 W -405 ~4. Z8 N 60.Ob N -~0~ bi/ 34.26 N 60.02 W -414 619 3/~-24 N 59.98 W -419 -: 6ZZ. 3Z+, Z 3 N 59.94--W -424 ..'625! ..... 3~o21 N 59'.90" W -429 : :. 628:" 34".19 N 59.86 N -434 6~1 34.15 N 59.86 W -439 634 3~.10 N 59.87 hi -443. :..6:.30. 3:4;'.06 N 5 9' 87 'W -~+8 :":::,!iii'63i.9 .... 34'-.0 l' N 59,.88 W -,t-53 . ;': '6.42" 33.97 N 59;'8'8 W -4'58 645" ~ELL: A-iRO API '~ ,,: 507331005501 OPERATOR: UNOCAL Calc. Method: Radius of Curvature Date: AUGUST 22t 1991 & 09:02 DRIFT MEAS VERT SOBSEA ANGLE 5160 ~980 -~875 33.93 DRIFT D I R EC T 13N- -X-O-~'F-S~T YOFFSET ;'4 59.88 W -463 648 5170 Z~988 -Z~883 5180 Z~996 -4891 5190 5005 -4900 33.88 N 59.89 W -468 33.8~ ,~1 59.89 W -472 33.79 N 59.90 W -~77 650 653 656 5200 5013 -4908 5210 502i -~916 33.75 N 59.90 33.74 N 59.91 N -~87 659 662 5220 5029 -~924 5230 5038 -~9-33 5240 5046 -4941 33.73 N 59.92 W -492 33.72 N 59.93 W -zt97 33.71 N 59.9t+ W -501 66'7 670 5250 505~ -494-9 5260 5063 -4958 5270 5071 -~96b---- 5280 5079 -4974 5290 5088 -4983 33.70 N 59,95 W -506 33.69 ;4 59.96 W -511 3 3.6a --~T-5~ :-~'?-' 'W ......... :5'16 33.67 H 59.98 ~-~ -521 33.66 N 59.99 W -525 673 675 678 681 684 5300 5096 -~991 5310 5104 -%999 33.65 N 60.00 W -530 33.64 N 60.02 W -535 687 689 5320 5113 -5008 5330 5121 -5016 5340 5129 -5024 33.63 N 60.04 W -5-/+0 33.61- N 60.06 ;~ -545 33.60 N 60.08 W -54-+9 6~2 695 69B 5350 5138 -5033 5360 5146 -5041 33.59 N 60.11 33.58 N 60.13 ~ -559 700 703 5370 515~ -50q9 5380 5163 -5058 5390 5171 -5066 5400 5179 -507q 33.57 N 60.15 N -564 33.55 N 60.17 W -569 33.54 N 60.19 W -573 33.53 N 60.21 hi -578 706 709 711 714 -.5i 5410 5188 -5083 5420 5196 -5091 5 zt30. 5204 -5:099 52~+0 5213 -51.08 5450 5221 -5110 33.51 N 60.20 W 33.50 N 60.19 W 33.~8 N 60.18 W 33'.47 N 60..17 W 33°45 N 60.17 W -583 -58-8 -592 -597 -602 5460 5229 -512~ 33.43 N 60.15 W -607 -61~ -616 -621 -626 5470 5238 -5133 5480 5246 -51~1 5~90 525q -5:I~9 5500 5263 -5158 33.-~2 N 60.15 331'40 N 60o. 1.4 33.39 N 60.-13 33.37 N 60.12 5510 5271 -5166 5520 5279 -5174 5530 5288 -5183 55~0 5296 -5191 5550 5304 -5199 33.44 N 60.24 33.50 N 60.36 33.57 N 60.47 33..64 N 60.59 33.70 ..... N ~,o';'71 -631 -6'36 -640 -645 -050 717 72-0---- 722 725 728 731 733 73'6 739 742 744 750 752 -£ =, NELL: A-IRO AP IN: ,,: 50733100550i OPERATOR: UNOCAL Calc. ;4etlaocl: Radius of Curvature Oat,: AUGUST 22, 199I ~ 09:02 MEAS VERT SU~EA 5560 5313 -5208 ORIFT DRIFT ANGLE D IR'ET'TI Obi - -XoFF--S~-T-----~OF-F~E'~r- 33.77 60.83 W -655 758 60.95 W -6'~-~ 76i ' 61.06 W -665 763 61.18 W -670 766 61.30 ~ -674 769 5570 5321 -5216 33-82* 5580 5329 -5224 33.91 5590 533& -5233 33.97 5600 5340 -5241 34.04 5610 5354 -5249 5620 5363 -5258 34.02 N 61.31 ~ -679 771 34..01 N 61.32 W -684 774- 56.30 53171 -5266 56~,0 5379 -5274 5650 5387 -5282 33.99 N 61.34 W -689 777 33.98 N 61.35 W -694 779 33.96 N 61.36 W -699 TBZ 5660 5396 -5291 5670 540~ -5299 5680 5412 -5307 5690 5~21 -5316 5700 5429 -532~ 33.95 N 61.37 W -704 785 33.93- i',~61.38 ~ -709 787 33.92 N 61.40 W -714 790 33.90 N 61.41 i~ -718 793 33.89 N 61.z~Z W -723 795 5710 5~37 -5332 5720 5z+~.5 -5340 33.98 N 61.50 N -728 798 34.07 N 61.58 N -733 801 5730 5~54 57'~0 5~62 -53,57 5750 52~70 -5365 34.16 N blo65 W -738 803 34.,25 N 61.73" H -743 806 34.34 N 61.81 W -748 809 5760 5478 -5373 34.43 N 61.89 ~ -753 811 32,.52 N 61.97 W -758 814- 5770 5487 -5382 5780 5495 -5390 5790 5503 -5398 34.61 N 62.0~- W -763 817 34.70 N 62.i2 W -768 819 · . 3~.79 N 62.20 hi -773 822 5800 5511 -5406 -;61 5810 5520 -5415 5'820 5528 -5~Z3 51830 5536 --5431 58~0- 554~- -5~3-9 5850 5553 -5~48 5860 5561 -5456 5a70 55'69 -5,~6~ 5900 5594 -5489 5910 5602 -5497 5920 5610 -5505 5'930 5618 -5513 59~0. 5626 --552i. 5950 5635 -~5~'0 34.77 N 62.21 W -778 825 34.76 N 62.22 W -18~ UZ. 1-- 34.74 Nl 62.23 W -788 830 3~f.l-73 N 62.24 W -793 8133' 34.69 N 62.25 N -803 838 34°68 ' N 62.26 W -808 3~.66- N162-ZTW -813 34-65' N1 62.28 W -818 8A6 '~4.63 N 62.29 W -823 849 34.72 N 62.11 W -829 851 3/f.181 N 61..93 W -834 85~ 34.90 N 161..75 W -839 85:7' ....... .Oil & Gas Cons. Commission ~ · WELL: A-IRD API ~' ,.: 507331005501 UPERATOR: UNOCAL Calco ,4ethod: Radius of Curvature Date: AUGUST 22, 1991 @ 09:02 ORI FT ORI FT MEAS VERT SU8SEA ANGLF DIRECTION XOFFSET YOFFSET 5960 5643 -5538 5970 5651 -5546 35.I6 N 61.20 W -854 35.24 N 61.04 N -859 865 868 5980 5659 -555~ 5990 5667 -5562 6000 5676 -557i 35.24 N 61.04 N -864 35.24 N 61-OZt W -869 35.24 N 61.04 H -874 870 873 876 6010 5684 -5579 6020 5692 -5587 35.24 N 61.04 W -879' 35.24 N 6io04- N -884 879 882 6030 5700 -5595 604-0 5708 -5603 6050 5716 -5611 35,24 N 61,04- W -889 35-24 N 6/,04- W -894 35,24 N bi,04 H -899 88.4 887" 890 6000 5725 -5620 6070 5733 -5628 35.24 N 61.04 'N -904 35.24 N 61.04 ~ -909 893 896 6080 574-1 -5636 6090 574-9 -5644. 6100 5757 -5052 35.24 N 61.04 W -914 35.24 N 61.04 N -919 35.24 N 61.04 W -924 898 901 90~ .7; -! 6110 5765 -5660 61 Z.O 5774. -~5669 6 ].30 5782. - 5677 614.0 5790 -5685 6150 5798 -'5693 6160 5806 -570I 6170 58.1~ -'5709 6180 5823 --5718 6190 5831 --~726 6200 5839 -5734' 6210 5847 -5742 6ZZ.O '5~95 --5750 6230 58.63 -5758 624-0 5872. -5767 6250 5880 -5775 6260 6270 6280 629'0 5888 -5783 5896 =5-T'9'I' 5904-- --5799 5912 -5807' 5921 -5816 6300 6310 6330 634-0 5929 -5824- 593171 -5832 59'~5:- -58~0 5953- -584-8 6350 35-24 N 61.04 W -929 35.24 N 61~O~"W -935 35,,24 N 61.04- W -94-0 35'°24- N 61.04 W -94-5 35~'24 N 61.04. "W -950 35,24 N 61,04 W -955 35,.22~ N 61,'04 W -960 35,24 N 61,04- W -965 35°24 N 61o04- W -970 35.24 N 61,04. W -980 59eZ$ N b/"eO~' N -~98~ 35e25 N 61,04 W -990 35"2~ N 61eO~ W -995 39.Z~ N 61.0~ W -lO00 35.24- N 61.04 W -1005 35.'2~: N 61.04- w -~.OlO 35°24- N; ;61--Ott W -1015. 35'.2~ - N-"-6I.OA-W -1020 35.'2~ N 61.0~ ~ " -1025 35.24 N 61.04 35;-z~ N 61.o4. 35:-24. N' 61.o4- .35:-z,i. .... N- 61.:ott. 35*24- ........ N" 61.04 5961 -5856 -1030 ' '-'1035' -10.4-1 -1046 ...... ;"i'051 907 910 ' 91.2 915' 918 921 '~z~" ' 92.6 929 9~ 935 9~0 94-3 .. 94.9 95L 95'4- 957 '960' 963 969' 968. -9T1. 974. .... ~ELL: A-1RO API~ ,-: 507331005501 OPERATOR: UNOCAL Caic. ~'4ethod: Radius of Curvatur. e Date.: AUGUST 2£t 199i @ 09:02 DRIFT DRIFT MEAS VERT SUBSEA ANGLE 6360 5970 -5865 35.24 DIRECTION XOFFSET YOFFSET N 61.04 N -1056 977 6370 5978 -5873 35.24 6380 5986 -588I 35.2/~ 6390 599~+ -5889 35.2z~ N 61.04 W -1061 ~79 N 61o04 W -1066 982 N 61o04 W -1071 985' 6400 6002 -5897 35.24 6410 6010 -5905 35.24 N 61.04 W -1076 988 N 61.04 W -1081 991 " 6420 60.19 -5914. 35.2 4 ~ 6430. 6027 -5922. 35'. 24 -,~ 64~0 603.5- -5930 35.24- N 61.04- W -1086 993 N 61.04 W -1091 996: N 61.04 W -1096 999 6450 6043 -5938 35.24 6460 b051 -5946 35.2~ N 61.04 W -1101 1002 N 61.04 W -1106 1005 6~70 6059 -595~ 35.24 6480 6068 -5963 35.24 6490 60?6 -5971 35.24 61.04 W -1111 1007 61.04 W -1116 1010 61.04 W -1121 1013 6500 6084 -5979 35.24 6510 6092 -5987 35.24 N 61.04 W -1126 1016 N 61.04 W -1131 1019 6520 6100 - 5995 35.24 6530 61;0 8. -60.03 35 o 24' 6540 6117 -6012; 35.2 4 N 61.04- W -1136 1021 N 61.0/,. W -1141 102.4- N 61.04 W -1147 I0127' 6550 6125 -6020 35.24 6560 6133 -6028 35.24 N 61.04- W -1152 1030 N 61.04 W -1157 1033 6570 61.41 -6036 35,24 6580 61.49 -6044- 35°24 6590 61517 -6052 35,24 N 61.04. H -1162 1035 N b1..04 W -1167 1038 N 61o04 W -1172 1041 6593 6160 -6055 35.24 N 61.04 W -1173 1042 PEf",MIT # ~ o - /~/~ WELL NAME ,~ ~/?~/~ /~,~/~ COMPLETION [)ATE ~ l, ~ /. ?/ CO. CON'I-ACT AO~(;C GEO!_OGICA!_ MATEFUA!_S !NYENTOFIY LIST ( check off or list data as it is received J cored intcrcais I dry' ditch intervals . ./..~.~. / -- ~'_¢"?$ / di~qital data j.... LOG I'Yr'E ..... r~ui,.l " INTEri~7/~J_S Si~ALE ~ 'l ~ ~ ~ - ~ /~ ~~ ~ ~ ~,. ~ , , , , / ~t 1I t1 . _ , ~ J"~ c.~ ~~ ~ / ,~,-,~' ,,.~" ~,, ! ,, liJ , -- ..... , ,, , . ............. .. GEOR( ':'S 344-3323 FROM ADDRESS CITY · ~ STATE SHIPPER -' :': ZIP / DATI~'/ / / / TIME'S" CITY . ~..: ¢ ./ :~:i '-"i, STATE /' i,-'*':- ZIP :; ,' ' -"/'' ATTENTION·._../·~ ;-'":/?'""',;' .:'i:.} ': .7/;;/:: PHONE INSTRUCTIONS CSAME DAY [] 24 HOUR '~-~ P/U BY 3PM [] ONE HOUR CASE NO. COURT DOCUMENTS ONE HOUR $ SAME DAY $ 24 HOUR $ OTHER $ TOTAL $ X I RECEIVED BY J DATE '4 10'71 ?[ I TIME Memorandum UNOCAL DOCUMENT TRANSMITTAL TO' John Boyle LOCATION' 3001 Porcupine Drive Anchorage, AK 99501 ANCHORAGE AK 99519 ALASKA OIL & GAS CONSERVATION COMMISSION September 9, 1991 HAND DELIVERED FROM: Ron Kies LOCATION' ANCHORAGE AK 99519 UNOCAL TRANSMITTING AS FOLLOWS 1 sepia each Cement Bond Log P. O. BOX PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY OF THIS DOCUMENT TRANSMITTAL. THANK YOU DATED: FORM 1-0C03 (REV. 8-85) PRINTED IN U.S.A. Unocal North Americ; Oil & Gas Division , Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region DOCUMENT TRANSMITTAL June 7, 1991 HAND DELIVERED TO: John Boyle FROM: Ron Kies LOCATION: 3001 Porcupine Drive Anchorage AK 99501 ALASKA OIL & GAS CONSERVATION COMMISSION LOCATION: Alaska Region P. O. Box 190247 Anchorage AK 99519 Transmitting as Follows: Trading Bay Field A-1RD Blueline Sepia ~GR/SN MWD 1 ~Mudlog 1 ~CNLD 1 --Array Sonic Log 1 -~Phasor Induction 1 ~Cement Bond Log 1 DTE/LDT/CNL/SDT Resistivity/Gamma/Directional Tape i copy Gyro Directional Survey Tape/List PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY OF THIS DOCUMENT TRANSMITTAL. THANK YOU. RECEIVED BY: DATED: RECEIVED GEORGE'S COURIER SERVICE ~--~ 344-3323 FROM ADDRESS CITY STATE ZIP DATB':};~ I:?':'1 .}'~i' TIME ADDRESS CITY STATE ZIP ATTENTION PHONE INSTRUCTIONS ~ ! -~' i, ~ .~:.-'."--~.~.~- !.&.'~ ~ ~ ~ ~+~' ";i"// - ' [] 24 HOUR ? --,. SAME DAY [] P/U BY 3PM [] ONE HOUR CASE NO. CO U RT DOCUMENTS ONE HOUR $ SAME DAY $ 24 HOUR $ OTHER $ TOTAL $ J DATE / / I TIME' COURIER SERVICE ADDRESS 344-3323 CITY ~ '\i~L~',_ ii STATE i'~i':~, ZIP SHIPPER ~ :. -~-, ~ ~'~,, }~ .~ DATE / / TIME , STATE ZIP i. "i INSTRUCTIONS [] 24 HOUR ' ~W] ONE HOUR CASE NO. COURT DOCUMENTS ONE HOUR $ SAME DAY $ 24 HOUR $ OTHER $ TOTAL $ ' Xl ~ RECEIVED BY DATE / / TIMI~ SCHLUMBERGER WELL SERVICES 500 W. INTERNATIONAL AIRPORT ROAD ANCHORAGE, ALASKA 99518 COMPANY · LOCATION · ATTENTION · COMPUTING CENTER PRINT CENTER WELL NAME · SERVICES · NO. OF BOXES' JOB NO. · ADD'L TAPES · WELL NAME · SERVICES · NO. OF BOXES' JOB NO. · ADD'L TAPES · WELL NAME · SERVICES · NO. OF BoxEs:, JOB NO. · ADD'L TAPES · WELL NAME · SERVICES · NO. OF BOXES' JOB NO. · ADD'L TAPES · nccff, l\lFr ~r~L~,.,L~ v .--.~ WELL NAME · SERVICES · WELL NAME · SERVICES · NO. OF BOXES' JOB NO. · ADD'L TAPES · SCHLUMBERGER COURIER: DATE DELIVERED: NO. OF BOXES: JOB NO. · ADD'L TAPES · RECEIVED BY: ALASKA OIL AND GAS CONSERVATION CO~DIISSION January 11, 1991 I,V,4 LTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHON E: (907) 279-1433 Gary S. Bush Regional Drilling Manager Union Oil Company of California P. O. Box 190247 Anchorage, AK 99519 Re: Well No. Trading Bay State A-1RD Company UNOCAL Permit No. 90-147 Sur. Loc. 1618'FSL, 564'FEL, SEC. 4, T9N, R13W, SM Btmhole Loc. 2454'FNL, 1966'FEL, SEC. 4, T9N, R13W, SM Dear Mr. Bush: Enclosed is the approved application for permit to redrill the above referenced well. The permit to redrill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. The Commission will advise you of those BOPE tests that it wished to witness. David W.~ston, Chairman Alaska Oil and Gas Conservation Commission dlf Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. DEC i0 '90 ii:J2 UNOCAL ANCH UNOCAL DAT~ PLEASE DELIVER this information =o: Name: Location: · Sender' s Name ' If you do not receive _..,~ pages (including this cover sheet) please call (907) 276-7600'and ask for= FAX Operator Name ext: ~_~ 1~ '~ 11:1~ UNOCAL AMCH Ur;or, al Horth AmeHean Oil & Ga. Unocal Co~atbn PD, ~x 1~47 A~hor~e,.N~ 995! Tei~ (~ 27~76~ P.2/3 UNOCALe Roi:~r~ T. Ande~)n Manager, Lands Naska Region December 3, 1990 Mr. David Johnston Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 TRADING BAY FIELD STATE OF ALAS_KA REQUEST TO REVISE CONSERVATION ORDER NO. 93 RULE 6(b) Deer Mr. Johnston: Union Oil Company of California (Unocal) for itself and its Working Interest partner, Marathon, request a revision to Conservation Order No. 93, Rule 6(b) to allow Unocal to gravet pack a liner in open hole, by adding the following wording at the end of the last sentence on line six of said rule: ..."If a liner is run it may be completed in one of two ways. The annular space behind the liner may be filled with cement, in this case the cement shall fill to at least 100 feet above the casing shoe, or the top of the liner shall be squeezed with sufficient cement to provide at least 100 feet of cement between the liner and casing annulus. Cement must cover all potentially productive intervals behind the liner. The second completion method which facilitates conventional sand control operations is to hang the liner in the open hole interval below the intermediate casing. In this case the intermediate casing shall be set at, or near, the top of the completion zone. The liner will be run across the completion interval and the liner top wili contain a mechanical pack off. The annu!ar space outside the liner may, or may not, contain a sand control material such as gravel or bauxite"... DEC 10 '~0 ll:IB UMOCAL AMCH P.3/B Mr. David Johnston December 3, 1990 Page 2 tf you have any questions, please contact Mr. Gary Bush, Unocal's Regional Drilling Manager. Pursuant to the aforementioned revision, we respectfully request administrative approval to revise the rule as defined. Very truly yours, Robert A, Province RAP:da STATE OF ALASKA ALASKA ,,..,u AND GAS CONSERVATION CL,,,~'MISSION PERMIT TO DRILL 20 AAC 25.005 I la. Type of work Drill [] Redrill []1 lb. Type of well. Exploratory [] Stratigraphic Test [] Development Oil ~ Re-Entry [] DeepenFII Service [] Developement Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool Union Oil Company of California (UNOCAL) 101' RT above MSfIeet Trading Bay Field 3. Address 6. Property Designation P.O. Box 190247~ Anchorage, AK 99519 ADL-18731 Hemlock 4. Location of well at surface 7. Unit or property Name 11. Type Bond(see 20AAC 2-5.025) 1618' FSL & 564' FEL, Sec. 4, T9N, R13W Traai-~ B~v Rt~te United Pacific Ins ,_, At top of productive interval 8. Well nu ,mber Number 2584' FNL & 1287' FEL Sec. 4, T9N, R13W A-1 RD U62-9269 At total depth 9. App _F~.irnate spud date Amount 2454' FNL & 1966' FEL Sec. 4, T9N, R13W ~ 1, 199~ $200,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and TVD> property line + 5000 feet A-9RD 200 feet 3840 6996'MI), 6605'TVI~eet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Kickoff depth 1900 feet Maximum hole angle 30 0 Maximum surface 518 psig At total depth (TVD) 3065 psig 18. Casing program Setting Depth size Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 8-1/2" 7" 29 N80 Butt 6575' 0 0 6575 1200 SX l ~ ~' 5 '~ '70oo~ ~'r~- u~r~.[; 9cr~,~ · 19. To be completed for Redrill, Re-entry, and Deepen Operations. I V ~' ~ Present well condition summary Total depth: measured 6125 feet Plugs (measured) D~'C ... 1990 true vertical 5832 feetfeet Junk (measured) ~/~'~ '"" ~A~_~'0//_$" 'Ull ' " Effective depth: measured 4122 ".C-O_~l~j~I true vertical 3905 feet "'"'~-'~C~I'~,,~,-~ Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor Surface, 1031' 13-3/8" 1000 SX 1031' 1025' Intermediate 3480' 9-5/8" 800 SX 3480' 3295' Production 6125' 7" 670 SX 6125' 5832' . Liner Perforation depth: measured See attached true vertical 20. Attachments Filing fee ~ Property plat [] BOP Sketch ER Diverter Sketch [] Drilling program ~ Drilling fluid program ~ Timevs depth plot [] Refraction analysis [] Seabed report [] 20 AAC25.050 requirements 21. I hereby certify-that the foregOing is true and correct to the best of my knowledge S,gned T,t e ~¢_¢4 . '~ {.~.q . y~ ~-. Date Lt-~o -'f'~ ~, ' Commission Use on-41y Permit Number t.J '~" I APl number I Approval date I See cover letter ~'F___) -//~/2 7 [ 50-- '~.~.~ ~//'~ oz~- ~ / ] 01 / 11 / 91[ for other requirements Gonditions of approval Samples required [] Yes ~ No Mud log required [] Yes ~ No Hydrogensulfidemeasures il, Yes/~M 'l-q/'~'2N°;DirectiOnalsurveyrequired /~Yes [] No Required working pressure for BOPE [] 3M; [] 5M; [] 10M; 15M Other: d~~ by order of Approve Commissioner the commission Date . .? Form 10-401 Rev. 12-1-85 ~'riplicate Memorandum UNOCAL A-1 REDRILL OPEN HOLE GRAVEL PACK COMPLETION DRILLING PROCEDURE 10/22/90 1. Miru 2. Kill well with 64 PCF spud mud. 3. Install bpv, remove tree, install BOPE. · Pull existing single completion from 2453'. (Completion run in 1973') · Set cement retainer at 3000' and down squeeze to abandon the existing perforations from 3195'-4076'. , Set cement retainer at 2480' and down squeeze to abandon the existing perforations from 2500'-2894'. · Set a cenent retainer at 2050'. Cut the 7" casing at 2000' and recover. Estimate 9-5/8"x 7" TOC AT 3550'. . Clean out the 9-5/8" casing to 2000'. Mill a section window in the 9-5/8" casing 1900' to 1960'. Lay a kickoff plug from 2050' to 1700'. 10. Perform LOT and directionally drill a 8-1/2" hole from 1900' to 7000'. 11. Run open hole logs as directed. 12. Run and cement 7" casing off bottom located at the top of the Hemlock interval at 6575'. 13. Underream the Hemlock interval (425') from 8-1/2" to to 13" from 6575' to 7000'. 14. Run and open hole gravel pack a 5" wire wrap screen from 6575 '-7000'. 15. Run a single 2-7/8" production tubing string./~'~('~/ 16. Place well on production and RDMO. Note: Should H2S be encountered, Unocal w~l~ c",U~,.~r~$~o a~ requirements as set forth in 20 ACC 25.065 .... , ~. ~0~$.~,~_~ .~~~~~~ Anticipated SBHP: 3100 psi. FORM 1-0C03 (REV. 8-85) PRINTED IN U.S.A. WELL TBS A-1 I ,,~ CASING & ABANDONMENT DETAIL ~r--,~.J I !.) Rotary Table Measurement at 0.00' II.) Tubing Hanger at 35.70' III.) 13 3/8', 54.5&61~,, J-55 Casing at 1031' ; IV.) 9 5/8', 40~,, J-55 Casing at 3480' V.) Cement Retainer at 4122' VI.) ?', 26~, N-80 Casing at 6125' i III --,- ,__ ; ' TUBING DETAIL ,- 2 7/8", 6.4~, N-80 TUBING ! 1.) Oil8 Ball Valve at 286.80' ~ 2.) Otis 'CX' Gaa Lift Mandrel at 2373.40' 3.) Baker Model 'FH' Hydrostatic Packer from ' , ~ 2446.37' to 2453.00' i ~ 2 ! 4.) Otis 'N' Nipple at 2453.00' PERFORATION RECORD i N_~_.! 4 DA TE INTERVAL CONDITION ~.§ _~_~ 4/15/73 2500'-2525' 'Open 24-6 Sd. Prod. 26-7. =__ J 2700'-2715' Open 26-7 Sd. Prod. ¥;_ 2740'-2782' Open 26-7 Sd. Prod. 2880'-2894' Open 28-6 Sd. Prod. 28-6 -=---- 3195'-3215' Open 31-8 Sd. Prod. 3282'-3292' Open 31-8 Sd. Prod. J 3382'-3400' Open 33-6 Sd. Prod._ == 3580'-3593' Op.en 41-3 Sd. Prod. 31-8 =~= 3~'5'-3700' Open 41-8 Sd. Prod. ' I ! NOTE: For Perforation Information Below 33-6 := ~_-- Retainer See Well History 41-3 _:--~ 41"8 ----:~ I REV.DATE ;4~m 8Hq CKO.~ WELL TBS A-1 . __ _ . - -----~r I~"r~. 2/20/8~ ii WELL SCHEMATIC UNION OIL COMPANY OF CALIFORNIA i SHEET~ j SHEET Trading Bay State Monopod TBS A-1 Perforation Record 10/~2/90 Measured Depth 2500'-2525' 2700'-2715' 2740'-2782' 2880'-2894' 3195'-3215' 3282'-3292' 3382'-3400' 3580'-3593' 3665'-3700' 3974'-4076' Footage 25' 15' 42' 14' 20' 10' 18' 13' 35' 102' True 2387 2572 2609 2738 3030 3111 3204 3388 3468 3763 Vertical -2410' -2586' -2647' -2751' -3040 ' -3120 ' -3220 ' -3401' -3501' -3861' 294' Mud type: Hole size: Depth: Mud Properties: Trading Bay State Monopod TBS A-1 Redrill Mud Program Seawater/Fresh 8-1/2" 1900' to 7000' Weight: 70-74 pcf Viscosity: 45-55 sec/qt PV: 10-15 cP YP: 15-20 lbs/100 sq pH: 9.5-10.0 API Filtrate: 5-8 cc's/30 min HPHT (200 deg): 15-17 cc's/30 min water polymer mud measured depth ft RECEIVED A~aska Oi~ & aa~ Oons. ~om~f~{~ J?£C£i vED O £0 - 5 1990 Alaska.Oil.& ~as Cons..Commi~i~_ BELL NIPPLE 12" 3000 PSI ANNULAR I FLOWLINE 2" KILL LINE WITH (2) 2" 5M VALVES I (.1'.,' il.,' KILL LINE FROM MUD PMP &~ CEMENT UNIT I "'1 I PIPE RAMS BLIND RAMS I I I PIPE RAMS mi 13-5/8" 3M FLANGE ADAPTER 5M x 5M 15-5/8" 5M FLANGE DOUBLE GATE 5M 13-5/8" 5M FLANGE 4" CHOKE LINE WITH ONE REMOTE &: 1 MANUAL 4-" 5M VALVE (1) I CONNECTED TO CHOKE MANIFOLD (SEE MANIFOLD DRAWING) 15-5/8" 5M FLANGE SINGLE GATE 5M 15-5/8" 5M FLANGE RISER I 10" 5M x 15-5/8" 5M ADAPTER CAMERON 5M DCB SPOOL I 15-5/8" DOPE 5M STACK ALL DRILLING OPERATIONS UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DRAWN: CLL APP'D: GSB SCALE: NONE DATE: 10/22/90 I I L I III I I I II I[I II IIII I II I I I II I II III III I IIII II II IIIII I III IIIIII IIII II1! u II IIIIIIIII TO 10" CROWN VENT BLOW DOWN GAS BUSTER TO CHOKE PANEL I MANUAL TO SHAKER SWACO CHOKE NOTE: SWACO CHOKES EACH HYDRAULICALLY ACTUATED VIA REMOTE. TO BOPE SWACO CHOKE CHOKE MANIFOLD Unocal PLATFORM RIGS 4-1/16" & 3-1/8'", 51/MSP RESERVE PIT ~80 BBLs i SHAKER I TRIP TANK 20 BBLs TO MUD PITS MIXING PIT 50 BBLs MIXING PIT IS A ONE LEVEL BELOW THE ACTIVE SYSTEM 100 BBLs i SHAKER I iDESANDER i 100 BBLs DESIL1-ER I SUCTION PIT 100 BBLs NOTE: THE SYSTEM WILL BE EQUIPPED WITH A DRILLING PIT LEVEL INDICATOR WITH AUDIO &: VISUAL WARNING DEVICES. EQUIPMENT LIST 1) RESERVE PIT 2) DEGASSER 5) (2) SHAKERS 4) PIT LEVEL INDICATOR (VISUAL & AUDIO) 5) FLUID FLOW SENSOR 6) TRIP TANK 7) PIT AGITATORS B) DESlLTER 9) MIXING PIT UNOCAL MONOPOD MUD PIT SCHEMATIC DRAWN: CLL APP'D: GSB SCALE: NONE DATE: 04- 17-90 Sfrucfure ' MONOPOrj Platform Well ' A-1 Rd Field ' Trading Bay Unif Locafion · Cook Inlet, Alaska J ~4 2454' FNL. !96~' KOP / T~e--in Poiinf TYd=1852 Trnd=lgO0 Oep=251 5 DEO/IO0 ~ OO4:~L~6 lOC Tvd=Z~J,7 Tmd=25Z6 De~=41& AVERAGE ANGLE 17 DEG 58 MIN IYd 075 Trnd 5'x04 O.p=12.5! TO / 7' Liner iyd=6SO.5 Tmd=6996 D~p=1851 T~O= I goo ~(P=25t North .402 ,EAST 14 FINAL ANGLE 29 DEG 8 MIN 500 400 300 2OO I, 100 100 1100_ 1 000_ 900 8OO 7OO 600 5OO 400 300 2700 2500 4100 °~900 J '".GTO0 2300 6100 3500 3300 3100 )0 29OO 02~00 ',2.9OO """2.700 %2500 0 ,,, o 25OO 9O0 2300 00 21 O0 100 1 li~O0 1100 1 000 9OO 800 700 600 5OO 4O0 30O I I I J I 1 I 500 400 300 200 100 0 100 T:i.e c,n t::c, int' b:: ICi< 0 F:'F' F'O i i'.,iT !- .i:::- -i:;!..~:.:- .~:i, % %-~,.:- .:;:~- % -.y:-.~::i ¢,:, ,k,i. % % .x~ % .:;:!. %-K~ -,:::~. -p!, -:~:i. % .~:~. !. ~. F!C:iL.D !, ¢i,. {:.::'- ,~-.[. ,:::.:, 4-,.:. ~::[, .[:.$-~:!, % ,i:.9 ,~:~. % % ¢i, .,x:. ¢i-.~:i, % ¢.:, % % ¢,:-.~, .i::i. % ,-../,~ u. ?-.~.::, .'t: N C} · .i:i..P '.<- 4':.:- -P .~::~. -?:i- -~::- '.-'::~- '~' '.::.9 49 4'-.:~ ~ ~,~ .~- % 'i:.~' ~' % 'K- ~:~' -~.~ -~:.'; ¢9 :' :8 I::;.~C.} F' f;,: T LJ R N ~ ....... · .... = :3 ................. ! OOF"T'.~ H 0 L. '0 ............ -',,.: ,'. ',, i '7:3 8 5.87 IH 5 5'2E ::306 ~ F:; 9 I'452 25t.,,J 4 0 :l .~ .'_'.:, 0 N 1 4.4. 4 E 2 5 1 ~ 2 1 L]e P ,.. n L't e I:.:-'[' h '7 4 ;:b. 0 C:, '7 4 4 ,, .t. 4 7 7 8 ,, ()C:, 7 7 5= :E::3 i::-~ :"; '::) (-)Ci*'"' '"~ / ~r'7 5:' :1... 04 ,'-: 'l .i. n = A Z i ITt U :.'.:.i i-1 :i. n I]e :'il r- e a s De e; M i n 0 0 (), O0 hi 0 0 0 :t. 5 2!5, () 0 N 25 OE 0 I !5' i._, '=' , 0,0 N !._, '=;":,.. F_. :3 C', :t. (), 0 0 hi :!. 0 ()E 4 0 :}35 C-', 00 hl ! C', 0 b.j 2:3:3,.'"! i ,, 0 C, N i '} .,:..'":' '::'..., ;";.... 2 ,, ;").. ;"',,.. i'"..1 2.'.i: C:, C:,. C, 0 hl 0.0 0 ['.E O. ,:} () 0 ,, 5 6iq (), 26, tE C:,. :1. '7 0 ,, 9'7 N '.i). 4 i lie ,:}, :32 ,, '='""' ',i .... )..::,~ :i .... ,.:,b. f'). ':""'" .... _ ,, 55:" 2.6 8 N ,:). '='''' ..... ,..: ,;:; i. '5:5 · ".51 ,, 7 8 N 4.,, 0 61iE 3 0, '7 3 5 O, 5 i N 4 ,, ! ,::!.E :3:3. '7!:.5 6:3. :7:i:'3 N :3 ,, 7 2 El: :3',?, .~ = =' ,:":, :~!:. 5 :?,I',t :':!:. :35 E 42, 27 '-¢/' 4& 6_, , ..,. 7":' ~'~ ;2' ,, ',.:37 :'E D e ~:.':.' t' h 0 e F. t h I -v ,q....,.~. ,, () 0 '~ "7 ('),,:. ;") ! L,. ' .: .....~ '- 1900 ,, C, () ! 8 ::ii:2,4'7 190,::::, .~ 00 182, 2.4 '7 200 () ,, 00 :[ 926,0 :.':i. :22,:::, 0.00 2 'J. 15 ,, '74 2:300, ()0 :;2:2 t t, 34 24 C, C, ,, C?, () 2:3 07 ,, C, 2500,, 00 2402 ,, '7:2, 4:300,, 00 ,% 1 i :E: ,, 2 ! 4 q. 00 ,. C, 0 4."..':il 13,52 I n c ] i n ,, 18 2 17 2:3 t,:5 47 ]. '7 t 5 '!7 30 !7:38 .i. 7 ~'7 ].7 :]-.'::3 ~'7:2: :-"~: d. ].7 3:.:.:: :[7 :'::: ~i.:.: ;i.'?::?,',3 2, 00 hi 2 OE · 5 ()0 N =: r:, ,. ~ -...~ -.. ..... 87 N._., '=..='"" r".,,¢.,::.. 5 ,, 87 N 5 52 E :358 ,, S.' ! N ! 6W ::ii: 0 ,'.'i:,, 5'i.::,' N 5 ::ii: 2 D N :B :::),:'::,, 59 N 5:3 25 N :3,,::::, 6 ,, 59' N :5:3 ;;3..=2; W 3.'.'::, 6,59 h.i !'.i.';- :3 25 W :7: () 6,, 5'.:.:' itt Y; 3 :;ii:5 W v ,.:-r. t :i. c a. 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N 68 '.""5 N 2:35.65 N74 2iW 2 :iii', 0, :38 N'7 ? ::ii:'7 M 275. '74 N84 4W 272, :35 f',I::.:.':'7 :?:'i;: W 2.72 ":' ~:: 2'7:2 .... ' = 2'72. ':3 5 27 2. :3 5 :;;:;'7 2 ,, :3 !::i "::' 72. '- 272, :3!15 r,.t:L::7 :L::'F,"W N ::::'7:3'? W N :3 '7:3';':' W N :3 7 7:':.:' .,.t N :3'7:3'.:::' R e c .1.: a n ~ u i ¢.._', r'. V e r-'E :[ c. a. ! C ::, ,::, r. c! i - ...-~ *' .... i o'!;.' 4. S 6 N '746, 7,'.'::, W i :2: :L:: 0 ,, 40 i 1 i 2, '!;' i N 7'71,08W .I.. :3 i 0 ,, 6 i t 1:2:0 '!;"7 itt .7 c.,,=; 40 W i :340 82 :t. ]. :3 :ii: ,, 7:2 N 7'::..'.' '? ,, I 1 Wi :.}:.':'.]. 5. 4. :]i: i i 48.0:3 N :32 !. :32 W ! :3'71 ,, 61 12: C". 2. ,:::."2 hi i 25'7. :-3 6, W i 7:3'7,5 i :2:0 4= 0'3' N :[ :3 C:6.52 W i '77!5= 7 i ';2,.':} 6. ,.':::, 8 hi t. :355, .1. '7 N i S ~ :L:: ,, '2 i '2."':, :3.. c.'., C:' iq i 4 ;'~ i '.T.: :':: l,...l] ':' =-,", F, ..... - ..... .~. ,~ ....... ~..~ ._~ ...: ~ Depth 0 Monopod TBS A- 1 Redrill Depth vs. Days (Estimate) II I (q,ooo) (2,ooo) (3,ooo) (4,ooo) (5,000) (6,000) (7,000) (8,000) _ CUT & PU ' CSG. P & A EXISTINGFING - ELLBORE o , MIRU MILL WINDOW IN 9-5/8" CSG BEGIN 8- 1/2" REDRILL ~- AVG ROP 425 FPD RUN 7" CASING AVG ROP 375 FPD ~ TOTAL DRLi3 TIME 13 DAYS COMPLETION 5 10 15 20 25 Ddys ! , I 30 35 , I , I 40 45 5O K-55 @ 1031' 9-5/8" 40# J-55 @ 1900' 9-5/8" WINDOW 1900'- 1960' TUBING DETAIL' 2-7/8", 6.4#, N-80 BT&C sssv 2) GLM's 3) OTIS "XA" SLEEVE 4) BAKER "SC-I" PKR 7" 29# N-80 @ 6575' HEMLOCK ZONE BAKERWELD 5" OD SSWS OPEN HOLE GRAVEL PACKED WITH 20-40 MESH SAND IN 13" HOLE. TOTAL DEPTH 6997' WELL TBS A-1 REDRILL PRODUCER PROPOSED WELL COMPLETION UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DRAWN' CLL SCALE' NONE DATE: 09- 13-90 ~'"~ Memorsndum · ~'~' ,~ UNOCAL ) Monopod TBS A-1 Redrill 11/30/90 Anticipated pressure: Maximum surface pressure'calculation; Mud weight: ............................ 74 PCF = .514 psi/ft. Shoe (9-5/8") depth: ........................ 1900'MD/1832'TVD Estimated fracture gradient (9-5/8" shoe): ...... 0.95 psi/ft. Total depth: ................................ 6996'MD/6605'TVD Bottom hole pressure gradient: ................. 0.464 psi/ft. Gas gradient (assume worst case) ................. 0.0 psi/ft. Wellbore volume with gas kick situation: 3/4 mud & 1/4 gas. Maximum surface pressure = Btm hole press - Hydrostatic press MSP = BHP - (3/4 mud + 1/4 gas) MSP =(6605 ft * .464 psi/ft) -((.75 (6605 ft * .514 psi/ft.)) + (.25 (6605 ft * 0 psi/ft.))) MSP = 518 psi. Therefore, the greatest hydrostatic pressure at the 9-5/8" shoe (HPsh) is when the gas bubble reaches the shoe if a constant BHP is applied. A conservative estimate would be the maximum surface pressure (MSP) plus the hydrostatic pressure at that casing depth (HPcsg). HPsh = MSP + HPcsg HPsh = 518 psi +(1832 ft * .514 psi/ft.) HPsh = 1460 psi This (HPsh = 1460 psi) is less than the fracture pressure at the same shoe (FPsh = .95 psi/ft * 1832 ft = 1740 psi) and thus sufficiently adequate to handle the well kick. This scenario is considered extreme since actual well kicks have seen a maximum of 300 psi on the shut-in casing pressure. FORM 1-0C03 (REV. 8-85) PRINTED IN U.S.A. Notice of Public Hearing STATE OF ALASKA Alaska Oil and Gas Conservation Commission Re: The Application of Unocal Corporation for a revision to Rule 6 Conservation Order No. 93 Unocal Corporation by letter dated December 3, 1990, has requested a revision to rule 6 of Conservation Order 93.° The revision would allow alternative completion methods for wells drilled in the Trading Bay Field. A person who may be harmed if the requested~d_Dr_~_.i_s_s~_d~ ~Tp may file a written protest prior to 4:00 pm ~ecember 26~- with the Alaska Oil and GAs Conservation Commiss~T-dn, 3001 Porcu- pine Drive, Anchorage, Alaska 99501, and request a hearing on the matter. If the protest is timely filed, and raises a substantial and material issues crucial to the Commission's determination, a hearing on the matter will be held at the above address at 9:00 am January 10, 1991 in conformance with 20 AAC 25.540. If a hearing is to be held, interested parties may confirm this by calling the Commission's office, (907) 279-1433, after Decem- ber 26, 1990. If no proper protest is filed, the Commission will consider the issuance of the order without a hearing. Commissioner Alaska Oil & Gas Conservation Commission Published December 11, 1990 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: THE APPLICATION OF ) UNOCAL CORPORATION ) for a revision to Rule 6 of ) Conservation Order No. 93 ) Conservation Order No. 266 Trading Bay Field All Pools January 3, 199I IT APPEARING THAT: . By letter dated December 3, 1990 Unocal Corporation requested revision of Rule 6(b) of Conservation Order (CO) No. 93 to allow alternative completion methods. . Notice of public hearing was published in the Anchorage Daily News and the Anchorage Times on December 11, 1990. 3. No protests were filed with the Commission. FINDINGS: 1. The Trading Bay Field was discovered in 1965. 2. Production from the field began in 1967. . The Trading Bay Oil Pools as defined in CO 93 and CO 101 may be considered mature producing reservoirs. . Alternative completion techniques have been used elsewhere in mature fields to improve recovery. CONCLUSION: Alternative well completion techniques do not create waste and may enhance ultimate recovery from the Trading Bay Oil Pools. Conservation Orde January 3, 1991 Page 2 lo. 266 NOW, THEREFORE, IT IS ORDERED: Upon application by the operator, the Commission may administratively approve exceptions to Rule 6(b) of CO 93 to allow alternate completion methods where appropriate. DONE at Anchorage, Alaska and dated January 3, 1991. David W. J-~-dh~0 n~on, C~airman Alaska ~~,~s Conservation Commission \ ~~~~t Lonnie C. Smith, Commissioner Alaska Oil and Gas Conservation Commission Russell A. Douglass, Co~missioner Alaska Oil and Gas Conservation Commission STATE OF ALASKA DEPARTMENT OF NATURAL RESOURCES DIVISION OF OIL AND GAS Alaska Oil and Gas Conservation Committee 3001 Porcupine Drive Anchorage, Alaska 99504 Re: THE APPLICATION OF THE UNION OIL ) COMPANY OF CALIFORNIA for redefinition ) of the Trading Bay Middle Kenai Oil ) Pools, for revision of certain existing ) pool rules, for pressure maintenance ) projects in the Trading Bay Field and ) for revocation of Conservation Order ) No. 57 ) ) ) Conservation Order No. 93 Trading Bay Field Trading Bay Middle Kenai "B" Oil Pools Trading Bay Middle Kenai "C" Oil Pools Trading Bay Middle Kenai "D" Oil Pools Trading Bay Middle Kenai "E" Oil Pools Trading Bay Hemlock Oil Pool July 31, 1970 IT APPEARING THAT: 1. The Union Oil Company of California submitted an application dated June 12, 1970 requesting the referenced order. 2. A notice of public hearing was published in the Anchorage Daily News on June 17, 1970 pursuant to Title 11, Alaska Administrative Code, Section 2009. 3. A public hearing was held in the Ben Crawford Memorial Building, Anchorage, Alaska on June 29, 1970. Testimony was presented by the applicant. AND IT FURTHER APPEARING THAT: -1. Testimony indicates that significant differences occur in the reservoir and fluid characteristics of the various hydrocarbon-bearing sandstones. 2. Testimony given at the hearing on Conservation File No. 57 indicated the gas ~roduction was from a non-associated gas pool, but testimony now indicates it is J associated gas from a saturated oil pool. 3. There are numerous separate pools not in communication with each other, but the erratic and unpredictable occurrence of separate pools makes it administratively impractical to isolate the individual pools for conservatio~ purposes. 4. Previous designations of oil and gas pools should be changed and new oil pools designated. 5. Insufficient evidence was presented to justify defining the top of the Middle Kenai "B" Oil Pools at the depth proposed by the applicant. CONSERVATION ORDER NO. 93 July 31, 19 70 6. Many of the individual pools are of insufficient areal extent to justify installa- tion of a pressure maintenance project. 7. The installation of pressure maintenance projects may result in maximum oil recovery from the proposed Trading Bay Middle Kenai "C" and "D" Oil Pools and the Trading Bay Hemlock Oil Pool. 8. Correlative rights will not be adversely affected by designation of new oil pools or by pressure maintenance projects. 9. Flexibility in locating, converting, and testing wells may be necessary because of reservoir configuration and characteristics. 10. The complicated reservoir configuration and characteristics necessitate careful observation of reservoir performance to achieve maximum oil recovery. 11. Do~nhole commingling of p~oduction from some pools will increase oil recovery. NOW, THEREFORE, IT IS ORDERED THAT the fOllowing rules apply: · . _ RbqLE 1. Area Where Field RUles Are"'A~plicable " The '.area. described as follows will be affected by these r~les: - : · T9N~-R13W, S.M. ,' - .-~ " · , Section 3: NW 1/4, W 1/2 SW 1/4 Section 4: ' E 1/2, SW 1/4, ,' .~...S 1/2 NW 1/4, · ?' - 'N~ i/4 NW i/4 - . : Section 5: E 1/2 SE 1/4, ~ SW.1/4 SE 1/4 ~ Section 8: ~' NE 1/4 Section 9: N 1-/2 RULE 2. ·Definition of Pools ' T10N~ Bl3W~. S.M. Section 27: E 1/2 Section 33: S 1/2 SE 1/4, '-~- . .~---' NE 1/4 SE 1/4 .... seCtiOn 34: SW 1/4, N 1/2 . . (a) The Trading Bay Middle Kenai "B" Oil Pools are defined as the accumulations of oil and gas occurring in the interval which corre- late with the interval 3200' to 4585', drilled depth, in the Union Oil Company of California Trading Bay State A-14 Well. (b) The Trading Bay Middle Kenai "C" Oil Pools are defined as the accumulations of oil and gas occurring in the intervals which correlate with the interval 4,585' to 6,225', drilled depth, in the Union Oil Company of California Trading Bay State A-14 Well. (c) The Trading Bay Middle Kenai "D" Oil Pools are defined as the accumulations of oil and gas occurring in the intervals which correlate with the interval 6,225' to 7,025', drilled depth, in the Union Oil Company of California Trading Bay State A-14 Well. -2- CONSERVATION ORDER NO. 93 July 31, 1970 (d) The Trading Bay Middle Kenai "E" Oil Pools are defined as the accumulations of oil and gas occurring in the intervals which correlate with the interval 7,025' to 7,425', drilled depth, in the Union Oil Company of California Trading Bay State A-14 Well. (e) The Trading Bay Hemlock Oil Pool is defined as the accumulations of oil and gas occuring in the interval whihh co~relates with the interval 5,380' to 5,720' in the Union Oil Company of California Trading Bay #1-A Well, but which are not common to the accumulation of oil and gas occurring in the interval 10,275' to 10,635' in the Texaco Superior TS No. 1 Well. RULE 3. Commingling Commingling in the well bore of production from the Trading Bay bSddle Kenai "D" and "E" Oil Pools is allowed, provided each well is equipped to permit separate testing of the defined pools for allocation of pro- duction. RULE 4. Spacing Acreage Not more than four (4) completed oil wells shall be allowed in each of the defined pools in any governmental quarter section. Spacing Footage · ..... - pools. ' '. RULE 6. Casing and Cementin~ Requirements _ ~--." (a) Surface casing shall be landed at not less than 1,000' feet"and · . . '"-cement shall be circulated to the sea floor. ' Casing and control equipment shall be hydrostatically tested to not less than 1,000 pounds per squar~ inch pressure before drilling the shoe. No oil well shall be completed in any defined pools closer than' 660 feet, true measured distance, -to any other oil well in the same defined (b) Production casing shall be landed through the completion zone and cement shall cover and extend to at least 500 feet above each potentially productive-sand interval.- The use of multi-stage cementing procedures shall be permitted. Alternatively, a casing string shall be adequately cemented at an intermediate point and a liner landed through the completion zone. If a liner is run, the annular space behind the liner shall be filled with cement to at least 100 feet above the casing shoe, or the top of the liner shall be squeezed with sufficient cement to provide at least 100 feet of_cement between the liner and casing annulus. Cement must cover all potentially productive intervals behind the liner. Casing and well head equipment shall be hydrOstatically tested to not less than 2,000 pounds per square inch pressure. -3- CONSERVATION ORDER NO. 93 July 31, 19 70 RULE 7. Bottom Hole Pressure Surveys A key well bottom hole pressure survey shall be conducted in each of the defined pools upon Committee request; provided, however, such surveys shall not be required more often than twice in any calendar year. The time and length of survey, number and location of wells, datum and other details will be determined by the Committee upon consultation with the Operators. RULE 8. Pressure }~intenance. Pro~ects The injection of water~ for the purpose of pressure maintenance, secondary recovery or of conducting injectivity tests is permitted in the Trading Bay l.[iddle Kenai "C" and "D" Oil Pools and the Trading Bay Hemlock Oil Pool.. A semi-annual progress report detailing project operations and results shall be submitted to the Committee within two months after each semi-annual period, with the first report to cover operations through December 31, 1970. RULE 9. . Administrative Approval Upon request Of the applicant and a showing that all affected parties have been notified of such request, the Committee may authorize the drilling of any well at any location, the termination or suspension of any pressure maintenance project, the testing or conversion of any well, or any other operation reasonably designed to further th~ p_.u. rp~ses of a pressure maintenance program. RULE 10. -Other Conservation Orders - · . Conservation Order No. 57 and Rule l(c) of Conservation Order No. 69 are rescinded.'- RULE 11. Exceptions Allowed Ail wells previously completed ia accordance with then existing conser- vation orders that may be in conflict with these rules are hereby allowed exceptions to such portions of these rules with which any such we'll may be in conflict. DONE at Anchorage, Alaska, and dated July 31, 1970. R ,~rshall, Jr , E~cutive Secretary Alaska Oil and Gas Conservation Committee -4- '~ ...... STATE OF ALASKA '-' AL,-,SKA OIL AND GAS CONSERVATION COMb,. _,SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __X Suspend __ Alter casing __ Repair we~l __ Change approved program __ Operation shutdown ~ Re-enter suspended well ~ Plugging ~ Time extenmon __ Stimulate ~ Pull tubing __ Variance ~ Perforate __ Other __ 2. Name of Operator Union Oil Company of California (UNOCAL) 3. Address P. O. Box 190247, Anchorage, AK 99519 5. Type of Well: Development __X Exploratory __ Stratigrapnic ~ Service __ 4. Location of well at surface Monopod Platform Conductor #21 1618' FSL & 564' FEL, F/SE Corn., Sec. 4 T9N R13W SM. At top of productive interval 2500' ~D, 2387' TVD 2247' FSL & 561' FEL T9N Ri3W SM. At effective depth 4122' MD, 3905' TVD 2812' FSL & 503' FEL T9N R13W SM. At total depth 6125' MD, 5832' TVD 3349' FSL & 567' FEL T9N R13W SM. 6. Datum elevation (DF or KB) 101' RT Above MSL 7. Unitor Property name Trading Bay State 8. Well number A-1 9. Permit number 66-47 10. APl number 50-- 733-10055 11. Field/Pool Trading Bay feet 12. Present well condition summary Total depth: measured true vertical 6125 feet Plugs (measured) 5832 feet Effective depth' measured 4122 feet Junk (measured) true vertical 3905 feet Casing Length Size Cemented Measured depth Structural Conductor Surface 1031' 13-3/8" 1000 SX 1031' Intermediate 3480' 9-5/8" 800 SX 3480' Production 6125' 7" 670 SX 6125' Liner Perforation depth: measured See attached. true vertical Tubing (size, grade, and measured depth) 2-7/8", N-80, 6.4# @ 2453' Packers and SSSV (type and measured depth) Baker "FH" PKR @ 2446' Otis SSSV @ 289' 13. Attachments ~ueverticaldepth 1025' 3295' 5832' VI Description summary of proposal __X RECEIVED OCT 2 6 1990 A/as ..0.jl & Gas Cons. G_Qrr issi0n chorag Detailed operations program ~ BOP sketch ~ 14. Estimated date for commencing operation December 1, 1990 16. If proposal was verbally approved Oil __X Gas __ Name of approver Date approved Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed 00_.__~ .~--b__. (~~~ Title ('] ~ FOR COMMISb-ION USE ONLY~, Conditions of'a. Dprov~-: Notify Commission so representative may witness Plug integrity __ BOP Test __ Location clearance __ Mechanical Integrity Test __ Subsequent form required 10- 15. Status of well classification as: Suspended __ Date J Approval No. ~,~ -- ~ ~)/ Approved by order of the Commiss~ Form 10-403 Rev 06/15/88 Commissioner SUBMIT IN TRIPLICATE Memorandum - UNOCAL ) ABANDONMENT PROCEDURE MONOPOD TBS A-1 UNOCAL PLANS TO ABANDON THE EXISTING WELLBORE IN THE FOLLOWING MANNER: 1) MOVE IN AND RIG UP. KILL THE WELL WITH 64 PCF SPUD MUD. SET BPV, NIPPLE DOWN THE TREE AND NIPPLE UP THE BOPE. 2) PULL EXISTING 2-7/8" SINGLE COMPLETION FROM 2453' INCLUDING THE BAKER "FH" PACKER AT 2446'. 3) RIH WITH A 7" CEMENT RETAINER AND SET AT 3000' DIL. PUMP BELOW THE RETAINER AND ESTABLISH A BREAKDOWN RATE AND PRESSURE. PUMP A MINIMUM 210 SACKS OF CLASS "G" CEMENT BELOW THE RETAINER. PULL OUT OF THE RETAINER AND LAY ANY EXCESS CEMENT ON TOP OF THE RETAINER. THIS PLUG WILL ABANDON THE PERFORATIONS FROM 3195'-4076'. 4) RIH WITH A 7" CEMENT RETAINER AND SET AT 2480' DIL. PUMP BELOW THE RETAINER AND ESTABLISH A BREAKDOWN RATE AND PRESSURE. PUMP A MINIMUM 100 SACKS OF CLASS "G" CEMENT BELOW THE RETAINER. PULL OUT OF THE RETAINER AND LAY ANY EXCESS CEMENT ON TOP OF THE RETAINER. THIS PLUG WILL ABANDON THE PERFORATIONS FROM 2500'-2894'. 5) RIH WITH A 7" CEMENT RETAINER AND SET AT 2050'. CUT AND PULL THE EXISTING 7" CASING FROM 2000'. CLEAN OUT INSIDE THE 9-5/8" CASING TO 2050'. 6) MILL A SECTION WINDOW IN THE 9-5/8" CASING FROM 1900'-1960'. UNDERREAM THE SECTION TO 15" AND LAY A BALANCED KICKOFF PLUG FROM 2050' TO 1700'. THE CEMENT KICK OFF PLUG WILL PREVENT ANY HYDROCARBON MOVEMENT INTO SHALLOWER ZONES. 7) LAY A BALANCED KICK OFF PLUG FROM 2050' TO 1700'. KICK OFF THE PLUG, PERFORM LEAK OFF TEST AT THE CASING SHOE AND BEGIN THE 8-1/2" REDRILL. NOTE: SHOULD H2S BE ENCOUNTERED. UNOCAL WILL CONFORM TO ALL REQUIREMENTS AS SET FORTH IN 20 AAC 25.065. FORM 1-0C03 (REV. 8-85) PRINTED IN U.S,A, RECEIVED OCT 2 6 1990 AJasga Oil & Gas Cons. commission Anchora.~ ., , WELL TBS A-1 I CASING & ABANDONMENT DETAIL II J ! !.) Rotary Table Measurement at 0.00' II.) Tubing Hanger at 35.70' I i Iii.) 13 3/8", 54.5&61~, J-55 Casing at 1031' I . : IV.) 9 5/8°, 40~,, J-55 Casing at 3480' ! : V.) Cement Retainer at 4122' , I ' [ VI.) 7', 26~, N-80 Casing at 6125' ! , , TUBING DETAIL ! 2 7/8", 6.4~, N-80 TUBING I 1.) Otis Ball Valve at 286.80' i 2.) Otis 'CX° Gas Lift Mandrel at 2373.40' i i 3.) Baker Model 'FH° Hydrostatic Packer from I , 2446.37' to 2453.00' i __ 4.) Otis 'N' Nipple at 2453.00' i --i ' PERFORATION RECORD ,I ~ 4 DA TE INTER VAL CONDITION Z4'6 I ~_~ 4/~/73 2500'-2525' 'Open 24-6 Sd. Prod. , 2700'-2715' Open 26-7 Sd. Prod. Z~'7- ==- 2740'-2782' Open 26-7 Sd. Prod. ~ 2880'-2894° Open 28-6 Sd. Prod. 28'§ ' ~---= i 3195'-3215' Open 31-8 Sd. Prod. : i 3282'-3292' Open 31-8 Sd. Prod. _~ I 3382'-3400' O~en 33-6 Sd. Prod. 31'8 _~_-= asso'-~s==' Open 41-3 Sd. Prod. i aees'-370o' Open 41-8 Sd. Prod. I NOTE: For Perforation Information Below 33'6 ----_~ Retainer See Well History I I IV__. 41-3 -:--:_- - 41"8 ---:-=---- , i WELL TBS A-1 ! __ - .... ~"r- 2/,2o/..8~. , WELL SCHEMATIC J , UNION OIL COMPANY OF CALIFORNIA Trading Bay State Monopod TBS A-1 Perforation Record 10/22/90 Measured Depth 2500'-2525' 2700'-2715' 2740'-2782' 2880'-2894' 3195'-3215' 3282'-3292' 3382'-3400' 3580'-3593' 3665'-3700' 3974'-4076' Footage 25' 15' 42' 14' 20' 10' 18' 13' 35' 102' True 2387 2572 2609 2738 3030 3111 3204 3388 3468 3763 Vertical '-2410' '-2586' '-2647' ' -2751 ' '-3040 ' '-3120' '-3220' ' -3401 ' '-3501 ' '-3861 ' 294' 2" KILL LINE WITH (2) 2" 5M VALVES (l; KILL LINE FROM MUD PMP & CEMENT UNIT BELL NIPPLE t 12" 3000 PSI ANNULAR I PIPE RAMS ' FLOWLINE 15-5/8" 5M FLANGE ADAPTER 5M x 5M 15-5//8'' 5M FLANGE BLIND RAMS __1 I I PIPE RAMS I DOUBLE GATE 5M 15-5/8" 5M FLANGE 4-" CHOKE LINE WITH ONE REMOTE &: 1 MANUAL 4" 5M VALVE (1:2 (f) I CONNECTED TO CHOKE MANIFOLB (SEE MANIFOLD DRAWING) 15-5/8" 5M FLANGE SINGLE GATE 5M 15-5/8" 5M FLANGE RISER I I i ] 10" 5M x 13-5,/8'.' 5M ADAPTER CAMERON 5M DCB SPOOL I 15--5/8" BOPE 5M STACK ALL DRILLING OPERATIONS UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DRAWN' CLL APP'D' GSB SCALE: NONE 'DATE: 10/22/90 LIST FOX NEW AP_~R0VE DATE ,, (23 :hr= 28) 1. Is =he per:ut: fee Z. Is well :o' be locaued in a defined pool ............................. ~ 3. Is well loca=ed proper disuance frmm property line .................. ~5 4. Is well loca:ad proper dis:ante from ouher veils ........ ~ ........... ~ $. is suffic±en: undedica:ed acreage av ~ai!abia im :his pool ............ ~ 6. Is well :o be cleric:ed and is ve!!bore pla: included ................ ?. Is o~era:or :he only affec:ed par~y. ................................. _~_ 8. Cam permi: be approved before fi~ueen-day vai: ....................... 9. Does operator have a bond in force ..................... ' ............. 10. I~ a conserve:ion order needed ...................................... i!. Is ad~4~4~:Ta:-ive approval neede~ ................................... 12.' ~ ~e la~e n~Der appropria:e ..................................... 13. Do~ ~e we~ ~ve a =quo ~e ~d n~er ..................... ' .... . 14. IS c6nduc=or s:~E pro.dad ........................................ ~. ~ su~aca cas~ procec: ~ zones raaso~h!~ sa~e ~ ~ ~der~ro~d so,rca of d~~E ~acar ..................... 16. ~ ~ou~h c~: ~ed :o c~=~a=a on conducxor ~d s=~aaa ......... 17. W{~I =~: =ia ~ ~rfaca ~d ~=a~a~=a 18. W{~ c~= cover ~ ~~ produc=!ve hor~o~ ..................... , , 20. ~ :~s we~ :o be ~a~d off ~rom ~ ~=~g 21. Is old w~bora ab~do~= procedure ~c!uded on 1~403 ............ ~. ~ adequa=a we ora separz=io: proposed ........................... ~. Is a ~ve~ar s~s=~ rascal. ....................................... ~. ~a nacass~ ~a~r~ ~d desc~p=ions of 26. Does BOPE ~ve s~ici~: pras~ra ra:~ - Tes= :o ~,000 psi~ .. 27. Does ~a ~oka ~oid c~i7 w/~! ~-53 (~ ~. ~ ~e pr~ca of 52S Sas probable ............................. ~... · , i , l , 11 , . , .11 il ill i il i Il Il · ~_, I l! Il I 11 Ill ......... i i Illl (!9 :krn 3~) ' 01/30/89 ~or e-~plora:o=7 ~md SurauiSTaphic 29. ~e. ~:a presen=e~ on po=~=i~ ~e~ress~a zones? ................. . .......... ~,~, ...... 30. ~e sa~= ~7sis ~:a pras~:ad on sh~~ ~as zones ............. , ~ ............ 31. ~ ~ offshore loc., ~e ~ey ras~:s of seabed con~=ions pras~uad ..... ;/ .......... , , / Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information, of this nature is accumulated at the end of the file under APPENDIX.. .. No special'effort has been made to chronologically organize this category of information. :, - .. LIS VERIFICATION LISTING FOR: UNOCAL,CORP. WELL A-1 RD TRADING BAY FIELD RECEIVED JUN 7 I99i Alas~ 0il & Gas Cons. COt~ITlj$$jO/~ Anchorage PROGRAM: TAPES CAN REVISION: 2.34 Start of execution: Tue 14 MAY 91 9:05a !== ECHOING INPUT PARAMETERS INPUT PARAMETER FILE: TAPESCAN.INP 1 2 3 4 5 6 7 123456789012345678901234567890123456789012345678901234567890123456789012 1 AUTOCURV -- 1 , .t Automatic Curve renaming'. 0=OFF,i=ON ~ 2 AUTOFILE = 0 , ! Automatic FILE= generation: 0=OFF,I=ON 3 COMMENTS = 1 , ! Decode LIS Comment records: 0=OFF,I=ON - ~ Decode LIS Information records: 0=NO,i=YES 4 INFORECS - 0 , . r_ 5 LISTMETHOD = 0 , ! Listing Method: 0=depth units l=tape units 6 LISTFREQ = 50 , ! Listing Frequency: Every n units - ' Listing Maximum (0=no limit, value=list limit) 7 LISTMAX - 0 , . - ! Statistics generation: 0=OFF,i=ON 8 STATS - 0 , '-~ 9 FORCETYP -- 0 , .' (I=BIT,2=LIS ... thru 35=Array Accoustic) (see table) = ' If 1, all ascii files will be written 10 WRITEASCII 0 , . (file0001.dat,etc.) - t Write Tape-Image File: 0=NO,i=YES ~ 11 WRITETAP - 1 , . - ! If 1 and WRITETAP on, split LIS logical files to 12 SPLITLIS - 1 , physical 13 SUBFILES = /0/ , ! Tape Subfile write selection (WRITETAP must be on) 14 INTERPOLATE='YES' ! Set up for TAPE2WDS to interpolate datums ~ ( 'YES 'or'NO' ) 15 END ~!== USER INPUT PARAMETERS AUTOCURV = 1 , AUTOFILE = 0 , COMMENTS = 1 , f~ INFORECS = 0 , LISTMETHOD = 0 , LISTFREQ = 50 LISTMAX = 0 STATS = 0 FORCETYP = 0 WRITEASCII = 0 WRITETAP = 1 SPLITLIS = 1 SUBFILES = /0/ INTERPOLATE= ' YES ' END !-- PROCESSING INTERVAL FROM 0.000 TO 0.000 !-- CONSTANT PARAMETERS AUTOCURV= 1.00000 FORCETYP= 0.000000E+00 LISTMAX = 0.000000E+00 SPLITLIS= 1.00000 WRITETAP= 1.00000 drlength= 0.000000E+00 minrecln= 0.000000E+00 numdatar= 0.000000E+00 tflevsp = 0.000000E+00 wcrlevsp= 0.000000E+00 AUTOFILE= 0.000000E+00 INFORECS= 0.000000E+00 LISTMETH= 0.000000E+00 COMMENTS = LISTFREQ= SELFTEST= STATS = 0.000000E+00 WRITEASC= dpcoef = listwave= nsamples= 1.00000 0.000000E+00 0.000000E+00 numrecfl= 0.000000E+00 tfstdep = 0.000000E+00 wcrtop = 0.000000E+00 dpcte = maxrecln= numcurvs= tfendep = wcrbot = 1.00000 50.0000 0.000000E+00 0.000000E+00 1.00000 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 ~-!-- ARRAY PARAMETERS SUBFILES ( 1) SUBFILES ( 3 ) SUBFILES ( 5 ) = 0.000000E+00 = -9999.00 = -9999.00 SUBFILES ( 2 ) SUBFILES ( 4 ) SUBFILES ( 6 ) = -9999.00 = -9999.00 = -9999.00 SUBFILES( 7) = -9999.00 ~-- SUBFILES( 9) -- -9999.00 SUBFILES(11) = -9999.00 SUBFILES(13) = -9999.00 SUBFILES(15) = -9999.00 SUBFILES(17) = -9999.00 ~_ SUBFILES(19) = -9999.00 SUBFILES(21) =-9999.00 ~' SUBFILES(23) = -9999.00 SUBFILES(25) = -9999.00 SUBFILES(27) = -9999.00 ~. SUBFILES(29) = -9999.00 SUBFILES(31) = -9999.00 ~ SUBFILES(33) = -9999.00 SUBFILES(35) = -9999.00 SUBFILES(37) --9999.00 SUBFILES(39) = -9999.00 SUBFILES(41) =-9999.00 ~' SUBFILES( 43) = -9999.00 SUBFILES(45) =-9999.00 SUBFILES(47) = -9999.00 SUBFILES(49) = -9999.00 SUBFILES(51) = -9999.00 ~- SUBFILES(53) = -9999.00 SUBFILES(55) = -9999.00 SUBFILES(57) = -9999.00 SUBFILES(59) = -9999.00 SUBFILES( 8) = -9999.00 SUBFILES (10) = -9999.00 SUBFILES(12) = -9999.00 SUBFILES(14) = -9999.00 SUBFILES(16) = -9999.00 SUBFILES(18) = -9999.00 SUBFILES(20) = -9999.00 SUBFILES(22) = -9999.00 SUBFILES(24) = -9999.00 SUBFILES( 26) = -9999.00 SUBFILES(28) = -9999.00 SUBFILES(30) = -9999.00 SUBFILES( 32) = -9999.00 SUBFILES(34) = -9999.00 SUBFILES(36) =-9999.00 SUBFILES(38) = -9999.00 SUBFILES(40) = -9999.00 SUBFILES(42) = -9999.00 SUBFILES( 44) = -9999.00 SUBFILES(46) = -9999.00 SUBFILES(48) = -9999.00 SUBFILES(50) = -9999.00 SUBFILES(52) = -9999.00 SUBFILES(54) = -9999.00 SUBFILES(56) = -9999.00 SUBFILES(58) = -9999.00 SUBFILES(60) = -9999.00 SUBFILES(61) = -9999.00 · ~ SUBFILES(63) = -9999.00 SUBFILES(65) -- -9999.00 SUBFILES(67) - -9999.00 SUBFILES(69) = -9999.00 SUBFILES( 71) - -9999.00 ~ SUBFILES( 73) = -9999.00 SUBFILES(75) = -9999.00 ~'~ SUBFILES(77) = -9999.00 SUBFILES(79) = -9999.00 SUBFILES( 81) = -9999.00 SUBFILES(83) - -9999.00 ~=~ SUBFILES(85) -- -9999.00 ~ SUBFILES(87) = -9999.00 SUBFILES( 89) = -9999.00 SUBFILES(91) = -9999.00 SUBFILES(93) = -9999.00 SUBFILES(95) = -9999.00 ~ SUBFILES(97) =-9999.00 SUBFILES(99) = -9999.00 SUBFILES(101) = -9999.00 SUBFILES(103) = -9999.00 SUBFILES(105) = -9999.00 ~4 SUBFILES(107) = -9999.00 SUBFILES(109) = -9999.00 SUBFILES(lll) = -9999.00 SUBFILES(113) = -9999.00 SUBFILES(62) = -9999.00 SUBFILES(64) = -9999.00 SUBFILES( 66) = -9999.00 SUBFILES(68) = -9999.00 SUBFILES( 70) = -9999.00 SUBFILES( 72) = -9999.00 SUBFILES( 74) = -9999.00 SUBFILES(76) = -9999.00 SUBFILES(78) = -9999.00 SUBFILES(80) = -9999.00 SUBFILES( 82) = -9999.00 SUBFILES(84) = -9999.00 SUBFILES(86) = -9999.00 SUBFILES(88) = -9999.00 SUBFILES(90) -- -9999.00 SUBFILES(92) -- -9999.00 SUBFILES(94) = -9999.00 SUBFILES(96) = -9999.00 SUBFILES(98) = -9999.00 SUBFILES(100) = -9999.00 SUBFILES(102) = -9999.00 SUBFILES(104) = -9999.00 SUBFILES(106) = -9999.00 SUBFILES(108) = -9999.00 SUBFILES(ll0) = -9999.00 SUBFILES(112) = -9999.00 SUBFILES(114) = -9999.00 SUBFILES(115) = -9999.00 ~. SUBFILES(117) = -9999.00 SUBFILES(119) = -9999.00 ~-~ SUBFILES(121) = -9999.00 SUBFILES(123) = -9999.00 SUBFILES(125) = -9999.00 SUBFILES(127) = -9999.00 !-- STRING PARAMETERS ~ INTERPOL= YES SUBFILES(116) = -9999.00 SUBFILES(118) = -9999.00 SUBFILES(120) = -9999.00 SUBFILES(122) = -9999.00 SUBFILES(124) = -9999.00 SUBFILES(126) = -9999.00 SUBFILES(128) = -9999.00 Input Tape Device, LU ( 1) is: TAPEC: Output Tape-Image file, LU ( 2) is: G:~DATA~816.TAP (Output Tape-Image file will be created) Listing Method ("LISTMETH") = 0, Depth Unit oriented listing. Listing Frequency ("LISTFREQ") is every ( 50) units of Depth. Listing output limiting (LISTMAX) not enabled... (to enable list limiting set LISTMAX positive) Data Statistics reporting ("STATS") has not been enabled. (Specify STATS=I to enable this feature) Automatic curve renaming is enabled. (This is the program default, AUTOCURV=i) (Specify AUTOCURV=0 to disable this feature) Automatic "FILE=n" card generation is disabled. (This is the program default, AUTOFILE=0) (Specify AUTOFILE=i to enable this feature) LIS comment record decoding (COMMENTS=i) has been enabled by user input. LIS information records will not be decoded. (This is the program default, INFORECS=0) (Specify INFORECS=i to enable this feature) The WRITEASC option has not been enabled... (to write ASCII subfiles specify WRITEASC=i) Tape Subfile 1 is type: LIS **** REEL HEADER **** LIS 91/05/13 TELECO 01 ** LIS CUSTOMER LIBRARY TAPE TELECO OILFIELD SERVICES **** TAPE HEADER **** LIS 91/05/13 00000816 01 TELECO RGD MWD LOG DATA FROM UNOCAL WELL A-1 RD Tape Subfile: 1 Minimum record length: Maximum record length: 2 records... 132 bytes 132 bytes Tape Subfile 2 is type: LIS **** FILE HEADER **** MAIN .001 1024 *** LIS COMMENT RECORD *** THIS FILE CONTAINS THE RGD DATA FROM WELL A-1 RD. THE DATA IN THIS FILE HAVE NOT BEEN DEPTH SHIFTED. FORMAT RECORD (TYPE# 64) Entry Type( 4) Size( 1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size( 4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size( 1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 0 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 Rep Code Count Bytes 68 12 48 Sum: 12 48 48 ONE DEPTH PER FRAME - Tape depth ID: FT 1 2 3 4 5 6 7 8 9 10 11 12 12 Curves: Name ROP WBCS TCDX GRAX GRCX RSAX RSCX CSAX CSCX INC AZI TVD Code Samples Units 68 1 FPH 68 1 KLB 68 1 DEGF 68 1 API 68 1 API 68 1 OHM/~ 68 1 OHMM 68 1 MMHO 68 1 MMHO 68 1 DEG 68 1 DEG 68 1 FT Size Length 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 ** Routine LEVONE detects data discrepancy: DSB indicates: Data Record Length indicates: * DATA RECORD (TYPE# 1 FRAMES 19 FRAMES 0) 994 BYTES * Total Data Records: 190 Tape File Start Depth = 4800.000000 Tape File End Depth = 6600.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 6302 datums Tape Subfile: 2 195 records... Minimum record length: Maximum record length: 62 bytes 994 bytes Tape Subfile 3 is type: LIS **** TAPE TRAILER **** LIS 91/05/13 00000816 01 FILE=W00811 **** REEL TRAILER **** LIS 91/05/13 TELECO 01 8350 l1750MAIN .002 -999.25 Tape Subfile: 3 Minimum record length: Maximum record length: 2 records... 132 bytes 132 bytes End of execution: Tue 14 MAY 91 9:06a Elapsed execution time = 12.08 seconds. SYSTEM RETURN CODE = 0 Tape Subfile 1 is type: LIS Tape Subfile 2 DEPTH GRCX INC 4800.0000 1.0000 1.0000 4800.5000 -999.2500 -999.2500 4850.0000 -999.2500 -999.2500 4900.0000 60.7940 -999.2500 4950.0000 195.1760 -999.2500 5000.0000 86.9220 -999.2500 5050.0000 123.3050 -999.2500 5100.0000 75.7740 -999.2500 5150.0000 121.8380 -999.2500 5200.0000 87.7080 -999.2500 5250.0000 80.0290 -999.2500 5300.0000 156.3120 33.7000 is type: ROP RSAX AZI · 32. -999. -999. 94. -999. -999. 68. 16. -999. 14. 8. -999. 84. 31. -999. 16. 8. -999. 71. 21. -999. 28. 17. -999. 88. 17. -999. 73. 14. -999. 15. 9. 300. LIS 0000 0000 0000 6950 2500 2500 8630 2500 2500 2690 3070 2500 1660 7980 2500 2850 6490 2500 4480 5530 2500 2550 6790 2500 0380 2320 2500 2420 5980 2500 0090 1310 2500 0370 6530 0000 WBCS RSCX TVD · 28. -999. -999. 25. -999. -999. 22. 22. -999. 31. 9. -999. 16. 267· -999. 25. 10. -999. 13. 183. -999. 24. 115. -999. 23. 126. -999. 13. 36. -999. 24. 12. 5095. 0000 0000 0000 8350 2500 2500 5550 2500 2500 3910 4940 2500 2450 2170 2500 4810 4310 2500 4900 1850 2500 3210 1850 2500 0230 2550 2500 9100 2060 2500 3270 6990 2500 6540 1420 5498 TCDX CSAX 1.0000 1.0000 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 61.3320 47.0000 113.6640 5O.O0OO 31.6100 50.0000 116.9640 51.0000 46.1280 52.0000 58.0300 53.0000 56.8260 53.0000 70.7690 53.3040 103.5900 GRAX CSCX 1.0000 1.0000 -999.2500 -999.2500 -999.2500 -999.2500 55.7090 44.4890 178.8490 108.4990 79.6510 3.7410 112.9910 98.2620 69.4360 5.4590 111.6460 8.6770 80.3710 7.9240 73.3350 27.2700 143.2360 82.3600 535O 89 -999 5400 144 -999 5450 132 -999 5500 64 -999 5550 143 -999 5600 61 -999 5650 85 -999 5700 95 -999 5750 74 -999 58O0 88 -999 5850 8O -999 5900 86 -999 5950 95 -999 6000 76 .0000 .5650 .2500 .0000 .9400 .2500 .0000 .7600 .2500 .0000 .1750 .2500 .0000 .9190 .2500 .0000 .8770 .2500 .0000 .3800 .2500 .0000 .4760 .2500 .0000 .1510 .2500 .0000 .0230 .2500 .0000 .9030 .2500 .0000 .1590 .2500 .0000 .4760 .2500 .0000 .5370 36.2060 13.8950 -999.2500 13.9870 10.3250 -999.2500 10.2980 7.7540 -999.2500 28.1670 17.7030 -999.2500 10.9360 8.6300 -999.2500 38.9510 17.9570 -999.2500 58.7130 16.4490 -999.2500 57.0400 11.5010 -999.2500 48.6430 17.3310 -999.2500 47.6480 17.4730 -999.2500 34.0920 18.8220 -999.2500 37.6690 14.0130 -999.2500 12.8650 16.0060 -999.2500 50.8510 18.8220 22.5810 32.1450 -999.2500 29.1180 13.5460 -999.2500 0.0000 7.7690 -999.2500 21.9780 25.9570 -999.2500 40.0700 8.9060 -999.2500 22.3260 26.8690 -999.2500 19.9660 22.2240 -999.2500 27.1220 13.0240 -999.2500 36.7640 24.6440 -999.2500 29.3330 25.1380 -999.2500 22.4250 39.4500 -999.2500 29.4080 18.1530 -999.2500 42.7400 23.3360 -999.2500 30.1960 65.2340 52.0000 71.9660 53.0000 96.8560 53.7080 129.2980 53.0000 56.4900 53.0000 115.9050 53.0000 55.6870 53.6660 60.7950 49.0000 86.9490 -999.2500 57.7070 51.0000 57.2310 51.0000 53.1280 52.0000 71.6020 52.0350 62.4770 53.3460 53.1280 82.0730 31.1090 132.8160 73.8250 121.6540 129.2430 57.8760 38.5310 129.7940 112.3270 55.8040 37.2170 77.0000 44.9970 86.1060 76.7820 66.8740 40.6050 79.3840 39.7810 72.9630 25.3490 77.7020 55.6160 86.1060 42.8530 69.0250 15.3300 -999.2500 -999.2500 -999.2500 6050.0000 30.7170 125.7280 14.8640 -999.2500 -999.2500 6100.0000 28.7580 142.4000 8.2000 -999.2500 -999.2500 6150.0000 30.3020 143.7120 9.3390 -999.2500 -999.2500 6200.0000 26.0730 84.2600 13.8020 -999.2500 -999.2500 6250.0000 24.4180 55.2310 19.4360 -999.2500 -999.2500 31.1110 22.2770 -999.2500 23.5430 8.8310 -999.2500 28.3390 10.5120 -999.2500 28.9130 18.8900 -999.2500 29.0950 57.4340 -999.2500 6300.0000 33.4620 29.2450 67.1560 18.3860 39.9640 -999.2500 -999.2500 -999.2500 6350.0000 20.6280 33.8920 70.1370 21.2550 100.6450 36.6000 296.8000 5959.9297 6400.0000 21.5230 28.2750 73.1180 17.8740 35.3450 -999.2500 -999.2500 -999.2500 6450.0000 24.7180 30.6110 72.3730 19.3340 55.2050 -999.2500 -999.2500 -999.2500 6500.0000 46.0330 24.7470 80.5710 19.4660 58.0730 -999.2500 -999.2500 -999.2500 6550.0000 25.4680 31.9490 95.4760 1.9100 1.8030 -999.2500 -999.2500 -999.2500 6600.0000 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 Tape File Start Depth = Tape File End Depth = Tape File Level Spacing = 4800.000000 6600.000000 0.500000 54.0000 67.2760 54.0000 121.9590 54.0000 107.2050 57.0000 72.4830 56.0000 51.4520 57.7460 54.3890 28.8140 47.0500 58.2730 55.9470 53.0000 51.7210 54.0000 51.3720 56.0000 523.5819 -999.2500 -999.2500 113.3890 44.8890 128.4240 113.2410 129.6070 95.3280 75.9900 53.0130 49.8110 17.4460 60.5650 25.0280 63.2530 9.9490 65.9420 28.2990 65.2700 18.1140 72.6630 17.2200 86.1060 554.5079 -999.2500 -999.2500 Tape File Depth Units = Feet Tape Subfile 3 is type: LIS RECEIVED JUN 7 1991 ;chlu.mberqer ~laska Com~uting Center 16:51 PAGE~ **** REEL HEADER **** S~VICE ~A~M : EDIT D~TM : 91/0q/ O~IGIN : FLIC REEL Nh~E : 74506 CONTI~UATIO~ PREVIOUS ~EYL CO~M~T **** TAPE HEADER **** SERVICE ~A~M : EDIT DATF : 91/05/ 3 O~I~IN : Fbi~ TAP~ NA~E ~ 74506 CONTI~U~TIOM ~ : 1 PREVIOUS TAPE : CO~w~NT : UNOCAL,TRADING ~AY,A-1RD,50-733-10055-01 **** FTLE HEADER **** FILE NAME : EDIT .001 SERViC~ : FLIC VERSION D~TE FILF TYP~] : LO LAST FILE ******************************************************************************* ******************************************************************************* ** *~ ** *$ ** SCMLUMBERGER WELb SERVICES ** ** *~ ** ** ******************************************************************************* ******************************************************************************* COMPANY NA~E: UNOCAL FTEbD~ TRADING BAY mO~OUGH: KENAI STATE: ALASKA APl t, OCATION: 1618 FSL 564 105' ,IS Taoe Verification Listin~ ;cblumberaer ~las~a Computinq Center 3-~AY-19ql 16:51 PAGE: ELFVATIOMS KB: 105 Gb: LUGGED: D~ILLEP: 15-APR-gl 659] CaSTinG 1: 9 5/8" ~ DRILbER DEPTH OF I123.0 AMD DOGGER DEPTH OF 1120 M~T SIZE !: ~ 1/2" TYPE FLUID IN HOLM: POLY/BARANEX DENSITY: 10.8 VISCOSITY: ~0.0 PM: 9.9 FbUID LOSS: 5,4 mUD RESISTIVITY: F?LT~TE PESISTIV!TY: ~,~UD CAKE ~ESISTIVIT¥~ .404 @ 67 .45I 9 95 .77P 8 65 TI,ME CI~CUbATIO~ E!,!DED: MAXI~U~ T~P RECORDED: LOGGIWG DISTRICT: LCGGING E~GI~EER: WITMESS: KM~AI TC~ C~C 1~$8 ~SC 7 ~ 2 TCCB ~837 ORS 485O TOOL N!~ERS: FOR DTE/SDT PASS TC~ DIC 86 SLS ~0 SDC 69 WD~ 61 TCCB 2837 DIS 139 ST~ 224 DATE JOB STARTED: 26-APR-91 jOB REFENE~CE NO: 74506 LDD/~:~: S. DFES ****************************************************************************** * FIb~ - EDIT, , * UNOCAL * T~ADING BAY * A-1 RD * 5~-733-1~055-0! ,IS wa..oe Verification t. istlng ;chlumber~er Alaska Computi.n.q Center 3-iqAY-~ 99l 16:$1 bDT/CML PASS hOG DATA FROM FIELD FI'5~{ .020 DTE/$DT P~SS [,,iD(; D~TF~ F~'~ ~ Eb E~ . .... ~ ~I D FIL 0t3 g~'F~ SAMPS~D ~]V~Y -.5000 FEET T O O L E × T E N $ I fl N T t) (~ L T Y P E U S ~Z D N ~ !~: E DTT-E . OTE bDT $ D T P~ASOR DUAL INDUCTION SFL bITMO DENSITY COMPENSATED NEUTRON A~P~Y SONIC 6566 TO ~20 657~ TO ~20 6558 TO ~120 6534 TO 1120 CN FN WN FL SECT T~WN COt)N STAT N~TI L~TT LONG WITN SON PDAT L~F E~B TDD Tt~I DFT DF~ FT FT FT FT WT FT FT ~T G/C3 CP UNOCAL TRADING BAY 50-733-10055-01 !618 FSb 564 FEL 4 9N 13W KE~I ALASK~ R. KIES 999.25 105. -999.~5 6593. 6574. 1120. 50 , CompaD~ ~a~e Field a e We~l Name API Serial Number Field Location Section Towns~lp ~ange County State or Prov~nce Nation Latitude Longitude witness' Name Service Order Number Permanent datum Elevation of Perm. Da o~ ~easured From B VE PERMANENT DATUM Elevation of KellV Bu Elevation o~ Derrick Elevation of Ground L Total DePth - ~riller Total DePth - bogger Bottom Lo~ Interval ToP Log Interval Drilling Fluid Ty6e Drlllin~ Fluid Denser Drillin~ Fluid Pn Drilltn6 Fluid ¥iscos zONE IS Tape verification 5ist]nq cblumberQer AlasKa ComDutinq Center 3-~AY-1991 16:51 PAGE: 4 OPL P3 5.400001 o 4 o4 ~FS OH~ 0 ~CS ~'~ 0,7720001 ~CST OEGF 65. TCS ~.800 ST~:~ DEGF -999o25 OrJlling Fluid boss ResistiVity Of ~ud Sa ~ud. Sample Temperatur ResistiVitY of mud fi ~ud. Filtrate SazPle T ~esistivit¥ of ~ud Ca ~ud Cake Sample Tempe Time Circulation Sto~ Surface Temperature 134, 8otto~ Hole Temperatu '. TU~;! BDEP TDEP TDL I PT O. O. O, .... TABLE TYPE : CU~¥ DFPT CIO~ CI~m CILD ILO CIL~ I.FR~ IOOW I~O~ IIR~ !IXD IIR~ IIX~ SFL~! SP TENS HTE~ 9PH~ DPHO Depth Chat~nel ~)ame INDUCTION DEEP PNASOR CONOUCTI¥ITY INDUCTION DE~P PHASOR RESISTIVITY I~DUCTION MEDIU~ PH~S08 CONDUCTIVITY I~4DUCTIr~ ~EDiU~'~, P~ASOR RESISTIVITY Deed Induction Standard Processed Conductive. tV Deed Inductt. on Standard ~rocessed ReSlstlvitv ~ediu~ Induction Standard Processed Conduct~v~tv ~edium Induction Standard Processed Resistivity Induction Calibrated Freg~encF IDOF DEEP INDUCTION QUALITY FACTOR I~OF ~EO INDUCTIO~ OUR5ITY F~CTOR Deed Induction Real Intermediate Conductivity Deed Induction Quad Intermediate Conductivity ~edium Induction Real Intermediate Conductivity ~ediu~ I~ductio~ Quad Intermediate Conductivity SFL ~esistivltv (unaveraged) SpoDtaneous Potential Gam~a RaV Tension gud Temperature ~UD Resistivity gead Tension DensltV Porosity gul~ Density ~elta RHO Photoelectric Factor Duality control of lon~ spacJn~ for LDT ,IS Ta~e Verification 5istJno~ :ChlUmberqer AlasKa Comouting Center 3-MAY-~.g91 16:51 PAGE{ -..-----.,-,,---,,,,.,--- ...... ,........................... OS$ 0 a tv r 1 or~ shot s~acing for bDT La Lonq Spacing Computed Count Rate (LL+LU/2) LU L L L I T~ $$MV LUR~ C~bl TE~$ ~TE~ NPHT TNPH TNR~ RCNT RCFT CNTC CFTC DT DTL~i DTL? DTCO CO~C CO~S TT! TT~ TT3 TW4 LTT~ LTT? LTT3 LTT4 SP Long !.t~oer 1~2 ~indow Count ~ate (LUI+LU2) Long Lower Window Count Rate bitholoq Window Count Rate Short S~aclnc ! window Count Rate Short Spacln~ 2 ~indow Co,~t Rate Lon~ Spacing High Yo!ta~e Output Short Spacing giQ~ Voltage Loop OutPut S~ort S~acin~ 1 Density I, onq SDacin~ RgOB (Uncorrected) Calloer Gamma Rav Tension gud Temperature ~U~ Restst~v~tv gead Tension i~eutron Porositv Raw Thermal Neutron Ratio Thermal Neutron Porosity Calibrated Thermal Neutron ~atio ~eutron Porositv Outp~]t Fro~ an Application Program ~C~T C~TC CMTC Gamma Rav Callmer Tension ~UD ~esistivttv ~ud Temperature ~ead Tension OELTA-T DELTA-T LONG SPACING ~ELTa-~ LONG SP~CING NEAR 9TbF DTCO DTSY COHERENCE VALUE AT COMPRE$$IONAL PEAK COhEREnCE VALUE AT SMEAR COWERENCE VALISE AT STOMELEY PEAK TRANSIT TIME 1 TRAKSIT TIME ~ TRanSIT TIME ] TRAWSIT TI~E 4 bONG SPACING TRANSIT TI~E MODE bONG SPACING TRANSIT TIME ~ODE 2 bO~G SPACING TRAWSIT TINE LONG SPACING TRANSIT TIME ~ODE 4 warnlno Flag mot Comoressional warning Fla~ For Shear Spontaneous Potential ~IS Tape Verlflcatlon L:tstinq ;chlumberqer AlasKa Compt]t!nq Center 16:51 PAGE: DEFI GR Gam~a Ray TENS Tension NTE~ ~ud Temperature ~ES ~ ~UD Resi~tl¥1tV HTE? Head Tension ** DATA FORMAT SPECIFICATION RECORD ** ** SET T~PE - 64EB ** TYPE R~PR COD,~ VALUE 1 66 0 2 66 0 ] 7] 344 5 66 6 7:~ 7 65 8 68 0 5 !! 66 12 6~ 13 66 0 14 6'5 FT !5 66 68 16 66 0 66 0 ** SET TYPE - CHAN ** Na~E SERV U~!IT SERVICE aPI API APl AP1 FILE NUMB NUMB SIZE REPR PROCESS !g ORDER ~ L~G TYPE CLASS ~OD NUmB SAMP ELE~ CODE (HEX) DFPT FT 572528 00 ClOP DTE M~HO 572528 00 IDPN DTE OW~ 572528 00 CI~P DTE w~HO 57252~ 00 I~P~ DTF ONM~ 572528 00 CILP nTF ~gHO 572528 0O ILD DTE Og~ 57252~ 00 CIL~ DTE ~HO 5725~8 00 ILM DT~ ON~' 57252a IFR~ DTE ~% 57252~ O0 ID0~ DTE 572528 00 I~QF DTE 5725~? O0 I!~D DTE M~HO 5725~8 00 IIXD DTE ~:~HO 572528 000 O0 0 1 1 I 4 68 0000000000 000 O0 0 1 I 1 4 68 0000000000 00O O0 0 1 ! I 4 68 0000000000 000 O0 0 1 I I 4 68 0000000000 000 O0 0 1 1 1 4 68 0000000000 000 O0 0 I ! I 4 68 0000000000 000 O0 o 1 1 1 4 68 0000000000 000 O0 0 1 I 1 4 68 0000000000 000 O0 O 1 1 1 4 68 0000000000 0o0 O0 0 1 I 1 4 68 0000000000 000 O0 0 1 I I 4 68 0000000000 000 O0 0 1 1 1 4 68 0000000000 000 O0 0 1 1 1 4 68 0000000000 OeO O0 o I 1 1 4 68 0000000000 ~IS Tape Verlfi. Catlon ListivO ;cblumberqer AlasKa ComDuting Center 3-~A¥-1991 16:51 PAGE: SMRV UNIT SERVICE API ~ I A FI .U,, 8 SIZE REPR PR ID ORDER ~ LOG TYPE CLASS MOD NUmB SA~P EbE~ CODE ..... .... .... .... ..,.............................. I ~, OTE MMHO 57252~ 00 0o0 00 1 1 4 68 0000000000 IIX~ DTE M~HC 572528 0o 000 00 0 1 i 1 4 68 0000000000 SFLU DTE OH~g 572528 00 000 00 SP OTE uV 57252~ 00 00o O0 GR DTE GAPt' 572528 00 000 00 TENS DTE LB 572528 00 000 00 MTE~: DTE DEGF 5725~ 00 000 O0 ~RE~ DTE OH~ 5725~8 00 00O O0 HTE~~ DTE LR 5725~8 0o 000 00 DPHI LDT P~I 5725~8 O0 000 00 RHOB LOT G/C3 572528 O0 DR~O LDT GtC3 57~528 O0 P~F L~T 57252~ 00 QL$ LDT 572528 00 QS$ LDT 572528 00 LS [,DT CPS 572528 00 LU LDT CPS 572528 00 LL LDT CPS 572529 00 LIT~ LDT CPS 57~5~8 00 SSi LOT CPS 572528 00 SS2 LDT CPS 572529 00 LSHV LDT ¥ 572528 00 SSHV LDT V 5725~8 00 S~Rg LDT G/C3 5725~8 00 LSR~ LDT C/C3 572529 00 LUR~ LDT G/C3 572528 00 000 00 000 00 000 00 000 00 000 00 000 00 000 O0 000 00 000 00 000 O0 000 00 000 0.0 000 oO 000 O0 000 O0 000 oO CII.,I LDT !~! 572528 00 000 00 G~ LOT G~PI 572528 O0 000 00 T~NS LDT LB 572528 O0 000 O0 MTE~ I, DT DEGF 572528 00 O00 00 ~WES bDT ON~ 57252g 00 HTEN bDT LB 572528 NPHT CNL PU 572528 00 RTNP C~L 572528 00 TNPH CNL PI] 572528 00 T~P~ CUL 572528 00 NPO~ CNb PU 572528 00 RCNT CNL CPS 5725~8 00 RCFT CNL CPS 57~528 0~ CNTC CNL CPS 572528 00 CFTC CNL CPS 572528 00 GR CNL GAPI 572528 00 CaLl CNh IN 572528 00 TFN$ C~L b~ 572528 00 ~E$ cml OHaM 5725~8 MTE~ CNt, !)~GF 572528 NTEF CNL LB 572528 00 DT SOT US/F 57252B DTL SDT U$/F 572528 DT5~ SDT USfF 572528 00 DTLF SDT US/F 57252~ 00 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 o00 oo 000 00 000 O0 000 O0 OOO O0 000 O0 000 00 000 O0 000 O0 000 00 00o oO OOO O0 00o O0 0o0 O0 0 I 1 0 I 1 0 I I 0 I 1 1 0 i 1 i 0 1 1 0 1 1 1 0 1 1 0 I 1 1 0 ! 1 1 0 1 1 0 I 1 1 0 1 1 I 0 ! 1 0 1 1 0 l 1 0 1 1 1 0 1 1 0 i 1 t 0 I i 1 0 I 1 0 1 1 0 1 1 o 1 1 1 0 I I 1 0 1 ! 1 0 1. 1 1 o 1 1 1 0 1 1 1 0 I 1 1 0 1 1 0 1 1 1 0 1 I 1 0 I 1 1 0 I 1 1 0 1 1 1 0 I l 1 0 1 I 1 0 I 1 1 0 I I 1 0 I ! 1 0 1 1 1 0 1 1 1 0 I 1 1 C 1 I 1 0 I ! 1 0 I 1 1 C 1 1. I o !. 1 1 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 ~ 68 0000000000 4 68 0000000000 4 68 0000000000 4 69 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 ~I$ Tame Verification LlstJng ;chlumberc~er A].aska ComputlnQ Center 3-~A~-1991 16:51 P~E~ N M SERV UN T S . ~ I . AP. ID ORDER # DOG TYPE CLASS DTS~ SDT US/F 572528 O0 O00 O0 COHO SDT 572528 O0 O00 O0 CONS SPT 572528 O0 OOO O0 COST SDT 572528 O0 000 O0 TT1 SDT tis 57252~ O0 000 O0 TT2 SDT US 572528 O0 000 O0 TT3 SDT US 572528 O0 000 O0 TT4 SDT US 57~5~8 O0 000 O0 LTT1 SDT US 57252~ O0 000 O0 LTT~ SDT US 57~5~8 ©0 000 O0 LTT3 SDT US 572528 O0 000 O0 LTT4 SDT US 57252~ O0 000 O0 wFC SDT 57252~ O0 000 O0 WWSF' SDT 57~528 O0 000 O0 SP SDT MV 57252~ O0 000 O0 G~ SDT GAPt 57252g O0 000 O0 T~NS SDT bB 57252~ O0 000 O0 MTE~ SDT DEGF 5725~8 O0 000 O0 ~RES S[~? OM~M 5725~8 O0 000 O0 HTE~ SOT LB 5725~9 O0 000 O0 NUMB NUMB SIZE REPROCE$$PR SA~P ELEi~ CODE (HEX) 4 oooooooooo 1 1 1 I 1 1 1 i I 1 1 1 i 1 1 1 1 i I 1 1 1 1 1 1 1 I I 4 68 0000000000 I 4 68 0000000000 ! 4 68 0000000000 1 4 68 0000000000 I 4 68 0000000000 1 4 68 0000000000 ! 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 I 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 ! 4 68 0000000000 I 4 68 0000000000 1 4 68 0000000000 I 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 DFPT. 6620.000 CIOP.DTE 398.500 IDP~.DTE 2 I~PP.DTE 2.0tO CILD,DTE 496.250 ILD,DTE 2 !L~.DT~ 2.012 IFR~.DTE 20,000 IDQF.DTE 3 IIRO.QTE 333,000 IIXD.DTE 48.281 XIR~,DTE 458 SFLU DTE 1.688 SP,DT~ -7'211 GR,OTE 50 ~TE~DTF] 133 OP~ ~RES.DTE O~ 74 HTEN,DTE 257 R~OB.LDT -999:250 DRHO'LDT -9991~50~50 PEF.DDT -999 OSS.LDT -999.250 L$.LDT ~999. Lb,LOT -999 I. TT~.LE.T -999.250 SSI.L)JT 999.250 S$2,LDT -999 $SHV.LDT -999.250 S1RH.LDT -999.250 LSR~,GDT -999 CAL!.LDT -999,250 GR,LDT -999,250 TENS,GDT -999 ~RES.L. DT :999,259 WTEN.LOT :999.250 NPHI,CNL -999 ~P~.CNL 999,250 TNRA.CNb .999,2502 NPOR,CNL -999 RCFT CNG -999.250 CNTC.CNL 999. 50 CFTC.CNG -999 C~LI:CNG -999.259 TENS.CNG -999.250 MRES,CN5 -999 HTEN.CNL -999,~50 DT gDT llO.lOO DTL,$DT 108 DTLF.SDT li5.809 DTCO:SDT 0.000 DTS~,SDT 0 COHS.SPT 0.000 COST.$gT 0000 TTI.SDT 689 TT3.SDT 902,80i) TT4.SOT 6801400 5TTI,SDT 1287 LTT3oSDT 15~2,$00 LTT4.$D¥ 1275' 200 WFC,$DT 0 SP.SDT -7.211 GR.SOT 50 969 TENS.S~T 3635 ~$.SDT 0,~74 ;4TEN.SOT -9991~50 .508 CINP.DTE i 459 CIL~.DTE 000 INOF.DT£ 000 IIXM.DT£ 969 TENS.DTE 000 DPHI,LDT 250 OLB.LDT 250 Lb*bDT 250 bSHV bDT 250 LURH:LDT 250 MTEM,bDT 250 RTNR,CNL 250 RCNT,CNL 50 GR,CNL 50 MTEM.CNb 900 DTLN,$DT 000 COHC,$DT :600 TT2.$DT ,200 GTT2.$DT ,000 WFSH,$DT .000 MTEM.$DT 4971000 496,750 2~ 000 ~615,000 -999,250 -999,250 '-999~ 0 -999~ -999250 -999 2 0 -999 ~ 0 -999 250 115 200 0 000 ~6~ 800 1050 800 0 000 133 0~! Tare Verification [,.,istlnq ;chlumberqer AlasKa Com'.outing Center DEPT. 6600,000 CIDP,DTE I~PH,DTE 2,012 CILD,DTE IL~,DTE 2,012 IIRt~.DTE 333,000 IIXD,OTE SFbU DTE 1,680 .~ ,D~E 133,081 ~qRES. DTE R~O~,LDT :999,250 DR~O, L[)T OSS LOT 999.250 LS,bDT , LOT -999,250 SS 1 , LOT SSHV ,LOT -999,250 SIR~Y. bDT CabI, I, DT -999,250 CR. LOT M~ES.LDT 999,250 TNP~.CNL :999.250 TNR~,CNL CFT, C:'q'L -999.250 CNTC,CML aLI .C~L -999,250 TE~;SiCNL MTEN C~3I. '999,250 DT SOT DTLF'SDT 115,80~ OTCO'' SOT CO~S'S;)T, ~ 0,000 COST'S~T. TT~, SOT 902. 800 TT4. SOT LTT3.SL)T 15~2.800 bTT~.SDT SP' SOT -7,2 ~ 1 GR, SPT ~PES.SDT 0. 174 DEPT, 6500,000 CILP,DTE I~PF!. DTE I 1.703 CILD, OTC IL~ DTE 8,086 IFRE.DTE IIRD~ , ... OTE 63 93~ I IX~ DTE SFLU OTE 23 531 SP,.TE ~TE~. DTE 133,08 ~ ~{RE$. DTE LOT RHOB,LDT 2.407 80 ~13 SSHV,LDT 1269:000 $1~M.bDT CaLl,LOT ~.820 G~ bDT ~ES, LOT 0 171 Tb~P~ C~.~L 22:681 TNR~ CNL RCFTiCI?L 1511,14! C~ITC CNL C~LT .Cb~L 8,~20 TENS., C~L HTEN,CNL ]5! ,750 DT.SDT 95.800 DTLW' SOT DTCO,SDT COHS,SDT 0.250 COST.SOT TT], SOT 659,200 TT4.SOT LTT],SDT 1~62,400 LTT4,SDT SP. SOT ~ ~. 359 GR. SOT {~ES,S~T 0,17~ gTEN.SDT OEPT. 6400,000 CIDP.DTE I~P~.DTF 20.500 CIb~.QTE ~L~.nTE 23.563 IFRE,DTE lI~ DTF 22,297 IIXD,DTE SFb[~'DTE. ~. 39.469 SP.DTE MTE~.nTE ] 33.081 R~O~,LDT ~,505 OSS, [..DT 0.0 I. ~ [-$, bDT LIT~'. L~T 75,313 SS1.. 3-~iAY-199l 16:51 398 406 20 '7 0 '999. '999, '999. '999, '999. '999 '999 '999 '999 1.10 O, 0 680 1275 50 -999 58 66 20 I 0 208 2, 351. 367~ 383 119 0 517 58 -999~ 27 20. -0 -39~ 0. 0. 259 ~07~ 500 iDPg,DTE 250 ILD,DTE 000 IDOF,DTE 281 !IRM,DTE DT'C 2 1 GR, I 4 HTEi~,DTE 250 PEF,~DT 250 bO LOT 250 $$2 bDT 250 LSRH bDT 250 TENS,bDT 250 MPMI,CNb 50 NPOR;C~b 50 CFTC,CNL 250 ~RES,CNL 100 OTb,SOT 000 DTS~.~,SDT 000 TT1,SDT 400 LTTI,SDT ~00 WFC,SDT 969 TENS,SDT 25O 5 IDP~,DTE 5 ILO,DTE 000 IDOF,DTE 609 IIR~.DTE 59 GR,DTE 74 HTEN,DTE' 026 PEF,LDT 000 LU,bDT 625 $S2,L~T 299 LSRH,bDT 969 T~NS,LDT 750 NP~I, . 888 NPOR.CNb 614 CFTC,CML 000 MRES,CNL 700 OTb,SOT 000 DTSM,SDT 309 TTI.SDT 600 LTTI SOT 600 wFC~SDT 563 TENS.SOT 250 938 IDPM,DTE 172 ILO DTE 000 IDOF:DTE 741 IIR~.DTE 000 GR,DTE 172 HTEN,DTE 042 PEF.LDT 250 LU.LDT 125 SSa,bDT 2.508 2.459 3.000 458 000 50 969 545 50O -999 ~50 -999 ~50 -999 ~50 -999 ~50 -999 50 -999 .250 -999 ~50 -999 ~50 -999 250 108 900 0 000 689 600 1287 200 0,000 4155,.000 CIMP.DTE CILM.DTE IMQF,DTE IIX~.DTE TENS,DTE DPHI.LDT QLS,bDT Lb'bDT LSHV,LDT LURH,LDT MTEM.bDT RT~R,CNL RCNT,CNL GR,CMb MTEM,CNb DTLN,$DT CO~C.$OT TT~,$DT LTT2,$DT WFSM~$DT MTE~,$DT 17 125 15 000 0 000 116 813 58 563 479 000 3 637 284 000 298 750 2 377 3835 000 16 834 27'868 3.126 1650 71 518. 0 604.000 0o000 4050.000 CIMP,DTE CIL~ DTE IMOF DTE IIXM DTE TENS DTE DPHI bDT OhS LOT 5b LOT LSHV bDT LURH LOT MTE~,bDT RTNRCNL RCNT,CNL GR CNL MTE~ CNL DTbN MDT COMC SOT TT~$DT LTT2 MDT ~FSH SOT ~TEM,SDT 43.563 41 344 3 000 40 313 57 438 505 25O 2.502 251,875 294.250 CI~P.DTE CILM.DTE IMOF,DTE IIXM,DTE TEN$,DTE DPHI bDT QDM~LDT Lb.bDT LSHV.LDT PAGE: 496 750 496 750 2 000 27 188 -999 250 -999 '2 0 -999 2~0 'g99 250 '-999.250 zg99'250 .999,250 .999,290 -999.250 .115~;200 o,,ooo 464.,800 1050,800 0.000 133.081 8~ 375 ooo 563668 4050 000 t4 707 -0.0 0 154.0~0 1360000 2. 381 134 ~97 0 519 369 $00 O0 133 OBi 48:719 42406 2 000 2 3945 000 8 779 -0 O20 133 500 1361 000 lis Taoe Verification Listing ,chlumber~er Alaska Com;~uting Center SSNv. [.,PT 127 CAbT. LOT TNPH, CML 1 RCFT, C~':~ L 288 C A L !, C ~: L DTLF.SQT 6 OHS,SOT CTT3. SOT LTT3,SDT 103 SP.S~T 0,000 8,500 O, 169 4,181 0,426 @ 500 ~ 500 2 0 930 6 80o 9 000 0 17~ S1RH.LDT GA.LOT HT E i.~, bDT T ~ R A. C {q b C~'~TC. CS h TEN$,CN5 DT,S~T OTCO, SOT COST, SOT TT4,$D~ LTT4.$D GR,SDT H'IE ~,SDT DEBT, 6300 I~PH DTE 18 IL~]DTE 19 ..-rE 17 SFLU.DTE 31 ~TE~.DTE i3~ R~OB.LDT 2 OS~.LDT 0 ~. bDT 109 $$~V.~D? t270 CALl IDT 8 . ; ./ TNPg. CNL RCFT.CP5 1528 C~L~.C~'t, 8 HT~;.C~!L 325 DTLF.SDT 84 TT3.S~T 742 LTT3.SDT 1~89 SP.SDT 40 ,000 .922 ,891 ,766 .856 ,360 ,038 .500 ,34'~ ,17~ ,803 .377 ,344 ,500 .400 ,895 .009 ~600 78!. ,175 CIDP.OTE CILD.DTE IFRE.DTE I!XD.OTE SP,DTE RES, DTE LS.LDT SSI,bDT SIRH bDT GR~LDT MTE~.LDT TNRA.CNL C~TC.C~L TENS.CNL DT.SDT DTCO.SDT COST,SOT TT4.SDT bTT4.SDT GP.SDT HTEN.SDT D~PT. 6200 I~P~.DTE 23 ILV.DTE 27 IIRD.DTE 20 SFLU.DTE 36 ~TE~.DTE 132 RHOB.LDT 2 OSS.LOT 0 LITe.bDT 89 S$~V.L~T 127~ C~L!, LDw 8 ~E$ bDT 0 TNDH ~ C~IL 15 RCFT.CNb 25~6 C~L~ ,C~L 8 HTE~:. C~;L 364 D~[,P. SOT 81 000 047 766 766 563 ,519 .417 ,044 .750 .000 .336 .175 .336 .009 .900 .83!) CIDP.DTE CILD.DTE IFRE.D~E IIXD,DTE SP.DTE ~RE$,DTE DRHO.LDT LS.[.DT SSI.LOT SIRH.LDT GR.bDT HTEN bDT TNR ~: C~b C~TC. T~S C~5 DT~SDT ~TCO.SD'F Ct')ST.SDT 16:51 2.355 LSRH,LDT 59,031 TENS,bDT 301.500 NPHI CNL 687 NPOR' · ,C~5 488 ~414 CFTC,C~b 3690.000 MRES,CN5 61,100 DTL,SDT 71.0!i)0 PTS,.SOT 0.780 TT!,SDT 477,200 bTTI,SDT SOT 875.200 WFC, O~ 57.438 TEMS,S :~ '999.250 . 5 ILD,OTE z . 0 iOOF~ OTE '2,830 II~U.,OTE -40'781 GR,DTE ~,175 HTEN~DTE *035 PEF' bDT 328.750 LO bDT 2i4.~25 SS~ LOT 2,229 LSRH'LDT 55. 125 T~NS' LOT 325,500 NPHI,CNL 2.330 NPOR,CNL 37604,417 CFTC,CNL 3 70,000 ~RES,CNL 85,600 DTL,SDT 86,000 DTS~.$DT 0,712 TTI ,$DT 567.600 LTTI .SDT ~ 13,2600 ~FC,SDT 054. 25 TENS,SOT 999.~50 ~0,~'~7 IDPH.DTE 2. 3 ILO DTE 20,000 IDQF:DTE .3 ,873 IIR~,DTE 0. 8 HTE~,DTE 0 068 PEF,LDT 313i000 LU.LDT 221 250 SS2,bDT 2 195 LSRH,LDT 49~531 TENS,bDT 364.000 NPHI.CNb 1.735 NPOR,CNL 4480.~04 CFTC.CNL 3680 000 MAES 81!900 5~ 438 DTSM,SDT 0.8!0 TTI.$PT 2 461 3690 000 !4 209 13 534 2998 4 o 60 700 121 000 480 400 875 o, 3945 000 55.156 52 281 3 000 47 656 54 625 549 000 2 621 310 500 305 250 2 322 3770 000 24 045 24 262 1579 498 0.171 85 000 152 000 570 400 1015 600 0 000 4000 000 49 250 .000 34,219 51,625 598,500 2.852 292.500 309,500 2.346 3680.000 15,129 15.682 26261002 0 175 81~200 82.000 533.600 LURH,LDT STEM.bDT RTNR.CNb RCMT.CNL ~TE~.CNL DTbN,SDT COMC.SDT TT2.$DT LTT2,SDT WFSH,SDT ~TE~,$DT CI~P*DTE CILM.DTE I~OF DTE IIXM DTE TENS DTE DPH! bDT OLS bDT Lb,LOT LSHV,LDT URH,LDT ~TE~.LDT RTNRCNL RCNTCNb GR CNL MTE~ CNL DTLN SOT COMC SOT TT2 MDT LTT2 SDT WFSM.SDT ~TE~,$DT CI~P,DTE CILM.DTE IMOF,DTE IIXM,DTE TENS.DTE DPHI,LDT QL$~LDT Lb,bDT LSHV.bDT LURH.LDT MTE~LDT RTNR~CNL RCNT,CNL GR,CNL MTEM.CNL DTLM,$DT COHC.SDT TT2,SDT PAGE: I0 2,459 134,600 i.,827 5129.,096 59..031 134'~600 62:200 0,836 330,400 724'400 0,000 133,081 541906 50~156 2000 2 4000000 173 500 13.62 000 131"150~ 588 087 13.4 . 85 60O 0 940 '840 O0 0 000 132 856 2 000 i 043 4030 000 14 146 0 013 166 750 1362 000 2 361 133 813 ~ 793 45t0 064 49 531 133 813 82 900 0 250 373 200 ~,IS Tape verification I, isting ;chlumberoer AlasKa Computino Center TT3.SOT 698,000 TT4. SOT LTT3,SnT I 39,600 L-T4 sr)T SP. SOT 3~. 906 G~. SDT ~E$,S[~T 0.17~ MTE~,S~T DEPT. 6100,000 CIDP.DTE I~P~, ~ :E 6,148 CILO lb~.DTE 5,895 IFR~,DTE IIRD,DTE 118,000 IIXO.DTE SFD~~ DTE 6.52] SP.DTE MTE~TE 131,844 MRES. DTE ~gOR,LDT 2,459 DRHO.LUT OSS, LQT 0,038 LS. LDT LITH.LDT 73.250 LDT SSHV.BDT 1270,000 SiR LDT CALI ,[,DT 9,405 G.~, LOT ~$. LDT 0.176 8TEN, LDT DTLF.SDT 90.700 DTC SDT COHS.Sr~T 0.6~1 COST,SDT TT3, SOT 779,200 TT4,SDT LTT~.SDT 1~18,400 bTT4.SDT SP. SDT -19,688 GR, SDT ~ES. SDT O. 175 gT~N,SDT DEPT. 6000 IMPF.DTE !7 IB~.DTE 16 IIR~.DTE 27 SFLU, DTE 24 ~TEa.PTg 130 RHOB. LOT 2 OSS LDT 0 LITH: LDT 100 SSHV.LDT 1270 CALT,LDT 8 ~RES. [.,DT 0 TNP~.CUB 18 RCFT CNG 2109 CALI:CNL 8 ~TE~,C~G 333 DTLF.SDT 103 COHS S[)T 0 TT~:SDT 739 LTd,.SOT 1~68 .SDT 39 ~iRES. SD~ 0 000 500 5~6 516 844 .888 ,376 .0~3 ,375 000 5OO 17] O82 5OO 000 800 8!.4 20O ,400 .688 ,178 CIDP.DTE CILO. DTE IFRE,DTE IIXD.DTE SP DTE ~ES DTE D~HO LDT LS LDT SS I LDT S1RH I,DT GR.t, DT HTEN,LDT TNRA · CNL C~!TC.CNL TENS.CNL DT.$DT DTCO.$DT COST SDT TT4~$DT LTT4,SDT GR.SDT HTE~. SDT DFPT. 5900.000 I~PM.DTE 17,599 IL~.OTE ~5.547 ITRn. DTE 34,7~9 C10P CILD llXO ,DTE .DTE .DTE .DTE 3-~AY-199l 16:51 530.800 I, TT1,SDT 63.600 WFC,SDT 951,625 TEN$,SDT -999,250 375 120 12 563 -19 688 0,178 0,059 286,250 215,625 6~' 3~7.7,:0 ~ 641 260~ 541 3685 000 90 900 89 000 0 250 598 000 1054,400 76,813 '999,250 28.750 3~,600 2 ,000 0.178 0.010 5 25oo 333,000 4081 '945 .899 3435.000 83,800 49.000 0.890 562.000 090,800 58.438 999.250 33.656 35,000 20.000 0.639 IDPH,DTE ILD,DTE IDQF,DTE II~,DTE GR,DTE HTEN'DTE PEF.,LDT S$2,LDT [,$RH,LDT TENS~LDT NPMI CML NPOR CNL CFTC CNL ~RES CNL DTL SDT DTSM SDT TT! SDT LTTI.SDT' WFCiSDT TENS SDT IDPM,DTE IL~DTE 1DO ~DTE IIRM,DTE G~,DTE HTEN,DTE PEF.LDT LU,LDT SS2,LDT LSR~:LDT TEN bDT NPHI,CNb NPOR,CNL CFTC,CN[, MRES,CNL DTb. SDT DTS~.,SDT TT1.SDT LTTt,SDT WFC,SDT TENS,SDT IDPH,DTE I[.D,DTE IDOF,DTE IIRM,DTE 969,600 3,000 4030,000 7 324 7 348 0 000 159 750 76 813 581 000 4 .004 267 250 301 750 2 396 3685 000 27 27 11t 12 1009 246 0 176 gl 200 165 000 598,800 2OO ,osg.: 000 3950,000 34.750 32 656 3 000 57 438 58 438 563 000 2 740 285 750 299 250 2 363 3435 000 18 079 18 025 2145 202 0 173 85 700 89 000 562 400 1014 400 0 o00 3845:000 29.688 28.547 3.000 61.031 LTT2.SDT WFSH,SDT MTMM.$DT CIMP.DTE CILM.DTE IMOF,DTE iIXM,DTE TENS,DTE DPHI~LDT OLS,LDT LSHV,LDT LU~H,LDT RTNR,CNL RCNT,CNL GR,CNL ~TE~,CNL DTLN,SDT COHC.SDT TT2,SDT LTT2,SDT WFSM,SDT MTE~,SDT CI~PiDTE CILM. DTE IMOF DTE IIX~DTE TENS DTE DPHI bDT OLS bDT Lb bDT LSHV LDT LUSH 5DT MTEM bDT RTNR CNL RCNT CNL GR,CNL MTEM,CNL DTLN,$DT COHC,$DT TT2,MDT LTT2.SDT WFSH,$DT ~TEM,$DT CIMP.DTE ClLM,DTE IMOF,DTE IIX~,DT£ PAGE: ii 79~,600 132" 000 .519 169, 0 0,000 3950~, 0 11:. 9 0,029 152750 1362 000 2:420 131 688 760 268568 132 688 89 800 0843 42~200 O0 13~ 844 6 500 0 000 000 163, 5~0 1362. 000 1309 037 4196 603 113 4'00 0 ~$5 0 ,,'9!: i°°°ooo 130 888 56,781 64,250 .§:ooo 2~2 sis Taoe Verification b ;chlumberoer AlasKa Coz SFL(!.OTE 18,719 D~rM !30,438 R~O~.LOT 2,257 O$$,LD? 0,042 LITW.LDT 107,875 SSMV,U~T 1270,000 CALl,LOT 8,000 ~PES,LDT 0.175 TNPH.CNb 19,985 RCFT.C~L 1742,970 C~L~.C~b 8.000 HTE~.C!\!~ 37~,500 DTL~.SD 95.600 COHS,SOT 0,906 TT3.SDT 800.~00 LTT3.SDT SP.S~T -35,i56 MRES.$DT 0.17~ DEPT. 5800,000 IMPW.DTE 18.266 !L~ ~T~ 21.48~ SFLU DTE 2g, 625 . ,DTM 130,212 P.~OB.LOT ~ 369 OSS.LDT 0,021 LITH. L..D~I' SSMV. b~T ~ 270,000 CALI,LDT 8.633 ~PES,BDT 0,175 C~qL 19,501 T~P~'C~[. 1835.712 RCFT, HT~i~: CLUb 394: 000 DTLF.SUT -38,800 COHS.S~T 0' 750 TT3 SDT 684.400 LTT3:SDT 1143,~00 SP,SDT -~, 844 ~IRES, SDT 0. 177 DEPT. 5700,000 IPPH,DTE 21,73¢ ILU.DT~ 19.20~ IIRD OT~ 30 125 ~TEU,DTE 129.594 ~HO~,LDT 2.494 OSS,LPT 0.010 LITM,LOT SS}iV.bDT 1270,000 CALI.LDT 8.672 ~DES.LDT 0.178 isting DutiD~ (:enter SD,DTE ~RE$,DTE DRHO,LDT LS,LDT SSt.bDT SIRH,LDT GR.LDT HTEN,LDT CNTC.C~L TENS'CML DT.SDT OTCO,SDT COST.SDT TT4,SDT LTT4.SDT GR.SDT HTEM.SDT ~IDP,DTE .-ILD,DTE IIXD.OTE SP,DTE ~ES.DTE D~O,LDT L$,LDT SSi,bDT S1RH,LDT GR.LDT HTEN.LDT T~R~,CNL CMTC.CNb TENS.CML DT'SDT DTCQ.SDT COST.$DT TT4.SDT bTT4,SDT GR.SDT HTEN,SDT CIDP.DTE CILD.DTE IFRE,DTE IIXD.DTE SP,DTE ~RE~:DTE DRH bDT LS.LDT SSI.LDT SIRH,LD'r GR.LDT HTE~.LDT T~RA.CNb 3-~AY-1991 ~6:51 -35,!56 0,178 0,046 395,000 223.875 2,096 57'031 374.500 .2 047 000 96 100 99 000 0.~50 6i4, 00 1094,~00 58, 75 '999,250 2~,266 000 6.262 '42,~44 0, 77 0.002 305,500 199,500 2.355 48,8!3 394'000 388~ '°18 '213 3495;000 86.100 92,000 5 ,000 953,200 51813 -999~250 27,094 31 641 20:000 3.9~5 -40.1 ~5 0,180 0 022 .020o0 2.396 49,656 395.500 1,809 GR,DTE HTEN,DTE PEF.LDT LU,LDT SS2,[,DT LSRH,LDT TENS,LDT NPHI,CNL MPOR,CN[, CFTC,CML MRES.CNL DTb. SDT DTSM.SDT TTI,SDT LTTI,SDT MFC,SDT TE~S,SDT IDPH,DT~ ILD,DTE IDOF,DTE IIRM,DTE GR~OTE HTEN,DTE PEF,LDT LU,LDT SS~,LDT LSRH,bDT TENS,bDT NPHI,CML NPOR,CNb CFTC,CML MRES CNb DTL SDT DTSM SDT TT1 SDT LTTI SDT WFC MDT TMN$.$DT IDPH,OTE ILD,DTE IDOF,DTE IIR~,DTE GR.DTE HTEN.OTE PEF,LDT LU.GDT SS2.bDT LSRH,LDT TE~S,bDT NPMI,C~!L 58.375 55650O 3633 367500 323 250 2209 3530000 3 18~9:343 ~75 166~000 618,800 10g~:200000 376~'000 42069 4O 563 3 000 44 219 5i 2 439 284250 2895OO 2363 3495000 19018 20 ~1o 1944 30 0175 90 5O0 150000 529600 955 6OO 0.000 3660000 36875 31 '594 3000 49438 48813 567000 2797 243375 290 750 2 469 3490 000 15.~36 16,333 TENS DTE DPHI:LDT OL$,LDT LL,LDT LSHV.bDT bURH,LDT MTEM,LDT RTNR,CNL RCNT,CNL GR.CNb MTE~,CNL DTLN.$DT COHC,SDT TT2,$DT LTT2.SDT WFSM,SDT MTEM,$DT CILM,DTE IMOF'DTE TENS,DTE DPHI,LDT OhS.bDT Lb,bDT bSHV,LDT LURM,bPT MTEM'bDT RTNR,CNb RCNT,CNb GR,CNL ~TE~CNb DTLN'$DT COHC,$DT TT2.$DT bTT2,$DT WFMM,$DT ~TE~.SDT ClMP*DTE CILM.DTE I~OF.DTE IIX~ DTE TENS DTE DPHI bDT OhS bDT LL bDT bSHV bDT bURH.LDT MTEM.LDT RTNR.CNL RCNT.CNb PAGE: 12 37601000 23~820 -0~008 211~2~0 1 ~61, 00o ,221 13~ 337 2 .147 0 938 428 400 907 ~00 0 000 130 -13,~67 3660 000 .043 I~ 023, 163~ 3?$ 13631000 130 ? 9 2,t11 130719 91. 400 7 0 0 000 130 212 45'969 52,03 oo[ 3715'000 9462 0:027 136,000 1362,000 2,482 129,9~1 1,893 4622,081 JI$ Tape verification Listlnq ;cblu~.berc~er AlasKa Computing Center ~CFT.CN'L 2458.35t C>iTC. C~:L CA[.~!. C~c L 8.672 TENS.CNL HTEN,C?JL 395,500 DT. SQT DTLF,SDT 82,000 DTCO.SDT COMS SPT 0,5~0 COST.SO? TT~' SD SDT -40,125 GR.SDT f4~ES' . SPT 0, I. 80 ~ T E'?,~. SDT DMPT, IL~,DTE IIRD.DTM SFbU,DTE MTE~.DTE OS$,LDT LITM.LDT $SHV,LDT CALI.LDT M~ES,LDT TNDM.C~L RC~T.C~L CaLI,CNL ~TE~.C~4L DTLF.SDT COHS,SDT TT3.SDT LTT~.SDT $~,SDT ~RE$.SDT 5600 000 17 563 18 2O3 28 422 33 281 12@ 919 2 499 83.1~8 1270.000 9.672 0,177 ~2,435 !.476.709 8,67~ 358.000 0,363 784,400 '39.594 0.18t CIBP.DTE tMRE. SP.DTE ~RES,.DTE DRNO.LDT LS. LDT SSI,L~T S1RM.L~T G~.LDT HTEN,LDT TNR~,CNL CNTC.CNb TMN$.CNL DT MDT DTCO SDT COST.SDT TT4.SD'T LTT4,SDT GR.SDT MTEN.SOT DEpt. i~pH UTE IIRD.DTE SFLI~.DTE MTM~ DTE . O$S.LDT SSHV.DDT CaLI.LDT TNP~.CN!. RCFT.CSiL C~LI.C~L ~TLF.SQT TT3.$DT [,mTR.SPT ~RES.SDT 5500, 12 45 1.6 128 2 8 126 1 225 39 -2 117 -4 000 164 672 344 984 413 438 O,00l 8.438 g 000 8:820 0,179 7.711 7.074 8 82O 4~000 7,100 0.250 8,000 5.200 3,375 0,181 CIDP.DTE CILD,DT~ IFRE,DTE I!XD.DTE S? DTE MRE$iDTE DRMO LOT b$.bDT SS~.LDT SIRH.LDT GR,DDT MTf]N.LDT TNRA CN5 C~TC:C~L TEN$,C%5 DT,$DT DTCO,$DT COST.SDT TT4.SDT LTT4,$DT G~.SDT ~TEh. SDT 3-MAY-1991 16;5I 4476,421 3490,000 76.800 95.000 0 9~1 560 @00 1045 600 48 813 -999 250 21 016 26 703 2O'OO0 .-0 222 -39 594 0 ~8 o 0~ 266 500 2O9 625 5~ 330 03~ 358 000 2 07~ 3335. 0 $0,000 78,000 0 25O 571 ~00 -999 250 46 5 20.000 -0 783 -43 375 o 181 0 002 273 250 195 500 2 424 45 938 394 000 1.872 4277,314 3460,000 80.000 80,000 0 250 530}800 983 200 49 594 -999,~50 CFTC,CNL MRES,CN5 DTL,SDT OTSM,$DT TTI,$DT LTTI,SDT WFC,SDT TENS,SOT IDPH.DTE ILD.OTE IDQF,DTE IIRDTE HTEN,DTE PE~iLDT LU,5DT S$~,LDT LSRH LDT TENS LDT NPHI CML NPOR CN5 CFTCCN5 MRES,CNL DTL,SDT DTS~,SDT TT{,$DT LTTI'$DT WFC~SDT TENS~SDT IDP~ DTE IDOF,DTE II~'DT£ GR,DTE MTEN,DTE PEF,LDT I,U,LDT $$2.~DT 5SRH,LDT TENS',bDT NPHI,CNb NPOR,CNL CFTC,CNb MRES,CNL DTb,$DT DTSM,SDT TTI,$DT LTTI,$DT WFC,SDT TEN$,SDT 248!.481 82,300 160.000 559 6OO 1047 600 0 000 3715,000 47,563 37 406 3 000 52 .125 54 875 535 000 2 834 253 875 295 500 2 447 3335 000 1579440 t77 80 000 132 000 575 600 1099 200 0 000 3655 000 21.422 20,359 0,000 49, 4 612,500 2.480 262,500 288,000 2,432 34601000 16.588 16,915 2267.286 0.179 78.300 124.500 534.000 977 200 0iO00 3710 000 GR,CNL MTEM,CNL DTLN,$DT COHC,$DT ?T2;SD? 5TT2,SDT WFSH,SDT ~TE~,$DT CI~P.,DTE CIL~.,DTE IMQF.DTE IIXM DTE TENS DTE DPH! LDT OhS 5DT LL LDT LSHV LDT 5U~H,LDT MTEMI, DT RTNR,CNL RC~T,CNL GR. CN[, MTEM CML DTLN~SDT COHCSDT TT2, SDT LTT2~SDT WFSH,S~T MTEM.SDT CIMP DTE CIbM DTE IMOF DTE IIXM DTE TENS DTE DPMI bDT ObS bDT Lb bDT LSHV LDT LUSH LDT MTEM.LDT RTNR,CNL RCNT,CNb GR.CNL ~TEM,CNL DTLN,SDT COHC SDT TT2:SDT LTT2'SDT WFSH,$DT ~TE~,SDT PAGE: !3 49'656 129'931 106,000 o, 67 386~400 855,600 0,000 129,594 56906 54:906 2 000 46i3 3655~000 9 240 0 008 139 750 136~:000 2't59 4223;6!1 52~03! 128 919 78,875 2,000 0*646 3710,000 0~0~0 142.~,00 ia°i,;°°° 126~694 79 20O 0 557 372 0.00 815 600 3 000 128 413 ,IS Tape Verification l, lsting ~chlumheroer AlasKa Com.utind6 Center DEPT. IMP~{,DTE ILk.DTE IIRP.DTE SFL~!.DmE MTE~.DTE R~OB.LDT OSS.bDT SSHV.LDT CALl,bDT ~RES.LDT TNPH,CNL ~CFT,CML C~bT.CUL DTI. F,SDT CONS.SOT TT3.SDT LTT3.SDT SP.SDT MRES,SDT D~PT. IL~' I~RD.DTE SFLU DTE QS$,LDT LITR,LDT SSHV,bOT C.~L~,bDT MRES LDT RCFT.CNb HTEN DTLF:SDT COH$.SDT TT3,SDT bTT~.SDT SP.SDT MRES.SDT DEPT. IMP~.DTE IIRD.DTE ~TEN.DTE O$$.LOT 5400.000 8,797 10,031 55.125 1t,~89 1,866 0,005 202,125 127],000 9,617 0 ~83 78 338 350 9 6~7 467 ~5~ 94.800 0,650 §~3.600 1255,600 -34,531 0.I~4 5300 8!656 7 945 7~ 188 11.,14!. 127.288 2,544 0,01.~ 61,81,3 1270,000 lO,OOO 0 182 32 127 746 985 10 000 441 750 76 0 300 71~ 800 Z02,000 0.195 520¢.000 15o43o !4.930 35.938 17,922 126.781 9,412 C.O0~ CIOP.DTE CILD DTE IFRE'DTE IIXO,DTM SP.DTE MRES,DTE DRH~. LDT LS. LOT SS1 ,bDT $1RH.LDT G~.bO'r TM~A.CNb C~TC.CNL TEES.CML DT,SDT DTCO,SDT COST,SDT TTb.SDT LTTb,SDT GR.SDT HTEN.SDT CIDP.DTE DTE CILD.DTE IFRK. IIXD,OTE SP.DTE ~RES.DTE DRHO,LDT LS. LDT SSI.bDT S 1RH. bDT GR. bDT HTE~. bDT TNRA,CNL CNTC.CNL TENS.CML DT.SDT DTCO.SDT COST.SDT TT4,SDT LTTa. SDT GR.SDT ~TEN,SDT CIDm. DTE CILD.gTE IF~E.DTE IIXD.OTE SP.DWE ~iRES.DTE DRHO.LDT LS.LD~ .3-u.hY-i 991 I6:51 55, 57, 20, O. O. 741, 231, 467. 4, 1722, 3405' 96~ 44. 0 670 1098 83 -999, 77, 5, 0, 0. 2 , ~7, 441. 2284 3285 7 Oo 559, 991. 98 -999: 37 2O -50 o: O. 287. 250 IDP~,DTE 875 ILD.DTE 000 IDQF,OTE 634 IIPM,DTE 531 GR,DTE 184 HTEN,[)TE 0!1 PEK,bDT 500 LU,LDT 500 SS2,LDT 806 LSRH,LDT 88 TENS.bDT 50 NPHI,CNL 9 CFTC,CNg 000 MRE$,CNL 800 DTL,SDT OOO DTSM,SDT 250 TTI,SDT 800 LTTI,$DT 800 WFC,SDT 063 TENS,SDT 25O 938 125 000 914 281 8 750 ~ 8 000 750 859 000 2O0 000 200 600 000 2~0 469 656 000 57O 1 6 0O8 250 IDP~ DTE IbD DTE IDQF DTE IIR~ OTE GR DTE HTEM,DTE PEK,gDT gU,bDT SS2,LDT bSRH.gDT TENS,bDT NPHI,CNL NPOR,CNL CFTC,CNL MRES.CNL DTL.$DT DTSM.SDT TT1,SDT bTTI,SDT WFC,SDT TEN$,SDT IDPH.DTE ILD.DTE IDQF'DTE !IR~.DTE GP.OTE HTE~:,DTE PEK.bDT LU,LDT 18.078 17.266 3,000 94.3~3 83.063 629.000 2 188 685 000 377 750 1. 852 3405 000 63 606 98 724 353 689 0,183 94,400 87.000 674,000 ~104,400 0.000 3625.000 12. 3,000 118..875 98,000 572,500 500 28~'51o . 3285.000 534 0.182 78'300 121:000 56:800 100~!800 000 355 000 26.~56 25.z03 0.000 63,500 62.844 580 000 2i670 270 500 CI~P,DTE CIL~.DTE IMOF,DTE IIXM.DTE TENS,DTE DPHI.LDT ObS.,bDT gb.bDT LSHV,LDT LURE.bDT MTEM'LDT RTNR,CNL RCNT.CNb GR,CNL MTEM,CNL DTLN.SDT COMC,$DT TT~,$DT LTT2,$DT WFSH.,SDT ~TEM~SDT CIMP DTE CIL~ DTE IMOF DTE lIX~ DTE TENS DTE DPH! LDT OLS bDT bL. LDT L$~V LDT bURH bDT MTE~ bDT RTNR CNL RCNT CNL GR CNL MTEM CNL DTLNMDT COHC:SDT TT2,SDT LTT~,$DT WFSH,SDT MTEM,$DT CIMP.DTE CILM,DTE IMOF.DTE IIXM.DTE TENS.DTE DPHI.LDT OLS.bDT LL.LDT PAGE: 14 5:'3 113"6~5 99 2 o00 -0785 3625 000 4~ 544 003 9~000 116 000 12~ 873 4 ~5.0 39 1397 346 82 188 127 850 97900 0,402 436~800 96~: 800000 127 794 115 438 83 4 238 3555 000 6 415 -o oog 12~ 514 243~: 934 97 000 !~7:175 76 000 0 702 4O0 400 826 000 0 000 127 288 64,~50 66, 38 :§oo 43 3515,000 14,4!9 0,013 152,000 Tape Verification Listin~ ;chlumberoer Alaska Computing CeDter L!T~~, bDT 90,938 $$1. bDT SSH~.LDT 1.270,000 S1RH.LDT .~bI.LDT 8,672 GR.bDT ES [..,r~T 0,184 HTE~ LOT TNPH.C~]L 2~.5~1 TNR~,CNL RCFT.CML 1b02.3~3 C)~.~TC, C M b CAbI. C{'~ b 8,672 TEES.CML }ITEM. CML 406,000 DT. DTbF.SDT ~2,900 [)TCO, SDT COHS.SDT 0.934 COST.SDT TT3. SDT 714. 400 TT4, MDT LTT3.SDT 1139,200 LTT4.SDT SP. MDT -50,313 GR, SOT MREM.SDT 0,186 HTE]~. SOT DEPT. 5100.000 I~PH.DTE 18,000 IL~.DTE !6,891 ITRm.[)TE 29,43~ SFLU [][ 2~.484 MTE~,[)TE t26,050 RMO~.!.,DT 2,356 OSS.LDT 0.0~9 SS~V~LDT 1269~000 CALI.L[)T 8,656 MRES.LDT 0,~85 TNPM.CNL RCFT.CNL ~364,934 CAb! CML 8,656 HTEN:C~L 405,75o DTLF,SDT 86,000 COgS.SDT 0,925 TT3.SDT 737,200 LTT3.SDT 1144.800 SP SOT -49 875 CIDP,DTE CILQ.DTE IFRE,DTE IIXD DTE SP:DTE ~RES,DTE DR~O,LDT LS. LD'T SS1 bDT SIRH LDT GR LDT MTEN bDT TNRA.CNb CNTC'CNb TENS.CNL DT.SDT DTCO,$DT COST.SDT TT4,SDT bTT4.SDT GR SDT HTEN:SDT DEPT, 5000,000 CIDP.DTE I~PN DTE 20.609 CILD'DTE ILU:DTE 12,555 IFRE,DTE I!R~ DTE 32.156 II×D,DTE SFLU:DTE 97.750 SP,DTE ~TEU.DTE 125,544 MRES.DTE ~HO~.LDT 2.448 DRHO,LDT OSS.LDT 0,069 LS. LDT LITE.bDT 53,906 SSI.BDT SSHv.f, QT 1269.000 S1RH,DDT C~LI.LDT 10,711 GR,LDT ~ES.LDT 0,{.88 HTEN.LDT TNP~.CNL 41.777 TNRA,CNL RCFT.C~!L 557.591 C~TC,CML CALI.C~JL !0.7~1 TENS'C~L HTE~.C~L 429 500 DT.SDT DTLF.SDT -95:500 DTCO.SDT 3-~AY-199~ I6:51 200,500 ,369 5 .I88 406,000 2 ~64 3659~94 3185,000 83,000 85.000 0 826 554 800 974 800 62 844 -999 250 3 4 20.500 -49 5 018 0 017 320 500 208.875 2'273 54,406 405.750 34120 425 3090 )00 86 00 85 000 0 250 574 400 986 400 54 250 -999 250 33.375 36,906 20,000 -1,957 -38,~44 O, 4 285,750 215.~25 2,258 76,813 429.500 3 628 22191464 3230 000 87 400 65.000 $$2,I,DT LSRH,hDT TENS.bDT NPHI,CNL NPOR,CNL CFTC,CNL ~RES,CNL DTb,$DT DTSM,SDT TTI,SDT LTTI'SDT WFC,SDT TMN$,SDT IDPH, DTE ILO DTE IDOF DTE IIR~ DTE GR DTE STEM DTE PEF BDT LU bDT SS2 bDT LSRM BDT TENS. bDT NPHI CNL NPOR CML CFTC CNb MRE$ CNb DTb SDT DTS~,$DT TT1,SDT LTT1,SDT WFC,SDT TENS,SDT IDPM,DTE ILD,DTE IDOF,DTE IIRM,DTE GR,DTE HTEN.DTE PEF,LDT SS bDT LSR bDT TENS,bDT NPHI,CNL NPOR.CNb CFTC,CNL ~ES,CNb DTL.SDT DTS~,SDT 294.750 I~SHV.bDT 2.400 LURH,LDT 3185. 000 STEM,bDT 22 663 RTNR,CNb 23~687 RCMT,CML t .000 COHC,SDT 554,000 TT2,SDT 976,400 LTT2~SDT 0"000 WFSH'SDT 3515.,000 ~TE~,SDT 3 56 54 643 2 304 301 2 3090 25 26 1399 153 575 0 250 CIMP. DTE 141 CILM. DTE 000 IMOF DTE 188 IIX~ DTE 250 TENS DTE 500 DPHI bDT 650 OLS bDT 750 LLLDT 000 LSMYLDT 336 LURH LQT 000 MTE~ bDT 086 RTNR CNb 918 RCNT CNb 188 GR CNL 185 MTE ,CNL 400 DTLN.MDT 000 COMC,$DT 600 TT2'SDT 600 bTT2,$DT 000 WFSH.$DT 3565 000 ~TE~.SDT 29.953 CI~P.DTE 078 CILNt DTE 2]:000 I~OF DTE 75,438 IIX~ DTE 63.156 TENS DTE 600,500 4,336 278.250 289 25O 2:385 3230,000 42.241 45 086 628 320 0 188 -8 104 DPM! LDT OLS bDT LL,LDT bSHV.bDT LURH,bDT ~TE~:~DT RTNR NL GR Nb MTEM.CMb ~00 DTLN SDT 000 PAGE: 15 000 1361412 126.444 2468 3614.873 59~'188 t26 444 83 500 0 886 392400 807 600 0 000 126 781 0 2,0 0 17;825 "0:0i7 I68,125 1360000 2 336 5399 060 '5~ ¢06 125 544 87 000 0 8~0 ~00 0 0~0 126 050 4m5oo 79 563 ooo ?9? 3410000 12 247 -0 038 146 750 1358 000 12~ 395 869 3 ?29 86 Tape verification 51stJnq ~cblumberqer Al, asEa ComputiDo Center COH$.SDT 0.450 COST.$DT TT3.SDT 776,800 TT4.SDT LTT3,SDT 1463.600 LTT4.SDT SP.S!)T -38,844 GR.SDT ~E$,S~T 0,I90 NTEN,SDT D~PT. I~¢~ DTE SFLU.DTE ~TE~,DTE R~OB.LDT DSS,LOT 5ITN.LDT SSHV,LDT CALI,bDT M~ES bDT T~P~:CNL RCFT,CNI. CaLI.CNL HTEM,CNL DTLF'SDT COHS.SDT TT3,SDT LTT3.SDT SP'SDT MRES.SDT 4900 000 15 617 14 875 36 781 20 172 124.981 2,486 0,016 83,000 1270,000 8.836 O,1B8 15,139 ~492,643 8,836 42!,000 24.100 0.87~ 694,400 1078.000 -51.438 0.190 CIDP.DTE CILD,DTE IFRE.DTE IIXD.DTE MRE DTE DRHO,LDT L$,LDT SS1.LDT S1RH,LDT GR,LDT HTE~f,LDT TNRA CNTC'CNL T S:C L DT,SDT DTCO,$DT COST,SDT TT4,SDT LTT4.SDT GR SDT HTEN:SDT DMPT, I~P~.DTE IL~,DTE IIRD,DTE SWLU.DTE gTE~.DT~ RHO¢,LDT OSS.LDT LITH,LDT SSMVoLDT CALI.LDT ~RES,LDT T~PH,CNL RCFT,CNL C~L!.CNL HTE~.CNL DTLF.SDT COH$.SDT TT~,SOT LTT3.SDT SP.SQT MRE~.SDT 4800.000 7,098 6,648 108.188 7.195 i24.306 2,494 0.009 76.500 1269,000 9.336 0,190 28,916 835'475 9,33h 457.750 76.200 0.561 75~.000 1248.000 '45.844 0,190 CIDP,DTE CILD,DTE IFRE.DTE IIXD,DTE SP.DTE MRE$.DTE DRHO,LDT bM,bDT SSi,bDT S1RH,LDT GR,LDT HTEN.bDT TNRA.CNL CMTCCNL TEN$:C~L DT,SDT DTCO.SDT COST,SDT TT4.$DT bTT4.SDT GR SDT HTEM:SDT 3-MAY-1991 16:51 0,591 TT1,SDT 564.400 LTTI,$DT 11,14,800 WFC,$DT 63.156 TENS.SDT 250 39.250 40,938 20,000 4.047 '5~,438 0,190 0.012 257,~00 198. 75 41, 4 421.000 44t~ 739 78 500 B1 000 0 837 537 600 938 400 41 281 -999 250 38 1~0 00o 4 !64 ~5 0,! 0 0,021 256.750 201,8~5 2,3 6 86,500 457,750 2 697 2412i371 3095 000 81 000 77 000 0.794 572 000 1050~800 93.375 -999,250 IDPH DTE ILO OTE IDOF DTE IIRM DTE GR DTE HTEN,DTE PEF bDT LU bDT SS2 bDT LSRM bDT TENS bDT NPMI,CNL NPOR.CNL CFTC,CNL MRES:~L' DTL DT DT$~.SDT TT1,SDT LTTI,MDT WFC'SDT TEN$.SDT IDPH,DTE ILD.DTE IDOF,DTE IIR~,DTE GR,DTE HTEN.DTE PEF,bDT LU.LDT SS2.bDT LBRH,bDT TENS,bDT NPHI.CNL NPOR.CNL MRES NB DTb,$DT DT$~,SDT TTI,SDT LTTI.SDT WFC,SDT T~NS,SDT 557 600 TT2.SDT 1120:000 LTT2,SDT 0,000 WFSH.SDT 3410.000 ~TE~,SDT 25.453 CI~P,DTE 24.422 CIbM,DTE 3 000 IMOF.DTE 63 750 IIXM.DT~ 41 281 TENS ,DTE 589 000 DPHI,LDT 2 254 OhS bDT 244 250 Lb:bDT 28~ 750 LSMV bDT 2 471. bURH. bDT 3!60 000 ~TEM bDT 14 585 RTNR CNL 14,721 RCNT CNL 2579'~8 ~TE,,CNL 0. 7 GR CNL 78.700 DTLN.SDT 130,000 COHC,$DT 540'800 TT2'SDT 934'000 LTT2,SDT :ooo wrss'sD 334 000 NTEM,SDT 7.789 CI~P,DTE 7'813 CILM.DTE 0,000 IMQF'.DTE 141.750 IIXM*DTE 93'375 TENS.DTE 610,500 DPHI,bDT 3 061 OLS*,bDT 246 500 Lb 5DT 29~ ~250 bS.VibDT 469 bURH bDT 5 000 MTEM,bDT 30~8 340 RTNR,CNL 29 491 RCNT.CNb 907 576 GR*CNL 0 190 MTEM,CNL 78 500 DTLN.SDT . TT2.SDT 105~.~ LTT2.SDT , WFSH.SDT 3350,000 MTE~.SDT PAGE: 16 888,8 0 0 544 ,4'oOo 2 2 {345 000 94 134 8~5 1360000 123~ 7~ 800 O0 376'0~0 768 0 000 124 140 875. 150250 2 000 6 598 '3350 000 9 430 0 001 133 625 1 59 ooo 2,475 121 238 84O 2427 805 ~86 500 ~2~ 2~8 76 80O 0 904 400 800 862 000 0 000 124 306 ~IS Tape veriflcatlen l. istlnq ;chlumbercer Alaska Computinc Center DEPT. 4700,000 CIQP. DT.E I~P~.DTE 4.{)55 CIL. D.DTE IL ,9TE 4,094 IFRE.DTE IIRD,DTE 190.750 IIX~,DT~ SFLU. DT~ 3' 943 SP. DTE ~TE'~,DTE ~23,575 OSS.LDT O, O15 ~ '~ ~ .... LIT~.LDT 96,~5~. SSI BDT SSHV,LDT 1269,000 SIRH,LDT CALl. LDT 10, ~98 GR, LDT ~RES, BDT 0,190 HTEN. LDT C~'I .. TNp~. ,,,~ ~ 25.003 T~JRh. CNL RCF~, C~qt 1121.027 C~LI.C~{L !o,898 TENS,CNL HTEN CNL 5!2 000 DT,SDT DT~.,F' [' '400 ~TCO,SQT , S 3 ~] 74, COgS,SDT 0,250 COST.SOT TT3.SDT 741,609 TT4.SDT 5TT3,SDT 1152.400 LTTq. SDT SP, SDT -40,656 GR, SDT 4600.000 .707 ,930 125.56:3 7,875 123,01.2 2,439 0,050 95.68~ 1269,000 10.836 0 191 39 944 589 087 10 836 437 500 ~7 500 0,851 8~6,40a 1508,800 -47,813 0.194 CIDP,DTE CILD,DTE IF~E.DTE IIXD,DTE SP.OTE DRH LDT bS'LDT SSI LDT SI~H:LDT GR.bDT HTEM,LDT TNRA.CNL CNTC CNL PT SDT DTCO MDT COST SDT TT4 SDT bTT4.$DT GR.SDT HTE~.SOT IgPW.DTE IL~.DTE IIRD.DTE SFLt!,DTE ~TEW.DTE RHOB, bDT DSS. bUT LITe, LDT 4500.000 11.125 !!,133 61,281 11.969 122.337 2,478 0 005 CIDP.DTE CILD.DTE IFRE.DTE !IXD,DTE SP,DTE ~RES. DTE D~HO.LDT LS,I..OT SSI,LPT 3-~AY-1991 16:51 220 750 221 500 2O 000 I5 477 -40 656 0,1~2 0,0 5 2 ,500 2,189 42.000 512,000 2,503 2904.735 3150.000 80,800 81,000 0 633 568 400 93 600 51 250 -999 250 1 375 20 000 11 273 -42 0,1 4 0.097 320,250 229,625 2,133 99,688 437,500 3 2~00 000 92 400 44 000 0,651 653,200 282,400 102,875 999,~50 65 063 66:875 20,000 6,883 -54.688 0.195 0 014 261!000 200 500 IDPH,DTE ILD,DTE IDQF,DTE IIRM,DTE GR,DTE HTEN,DTE PEF,bDT LU,LDT SS2,hDT LSRH bDT TENS bDT NPH! CML NPOR CML CFTC CNL MRE$ CNb DT~,$DT DTSM,SDT TT!,SDT LTTI,SDT WFC,SDT TENS;SDT IDPH,DTE ILD,DTE IDQF,DTE IIRM'DTE GR,DTE MTEM'DTE PEF,LDT LU,DDT SS2,LDT LSRH:~DT TENS DT NPMICN5 NPOR CNL CFTC CNb MRE~iCNB DT SDT DTS~ SDT TTI SDT ~TT! SDT WFC SDT TEN$,SDT IDPH,DTE ILD.,DTE IDOF,DTE IIR~.DTE GR.DTE HTEN.DTE PE~;LDT LU'LOT SS2,LDT 4.527 ' CIgP,DTE 4.512 ClLM,DTE 0,000 IMOF.DTE 228'875 IIX~,DTE 5~.250 TENS,DTE 625,500 DPHI,LDT 2,785 ObS..bDT 291.500 LL,LDT 323.000 LSHV,LDT 2 352 LURH,LDT 3150 000 ~TE~.LDT 23 680 RTNR CNL 25:0i0 RC~T CNL 1176 0 80 126, 572 992 0 3295 466 190 STEM 500 DTLN 813 CO~C 800 TT2 800 000 WFSH 000 '8DT SbT 8DT gDT SDT MDT 7 035 CI~P 3 158 102 586 2 3O5 318 2 898 CILM 000 I~OF 875 IIX~ 875 TENS 500 DPHI 627 QLS 000 LL 000 LSHV 334 LURH DTE DT£ DTE DTE DTE bDT LDT bDT bDT bDT 2900 000 STEM LOT 36 RTNR CNL 619 ,140 GR CNL 0 ~91 ~TE~ C!N5 93 1 00~ DT~N,$DT 93.000 COHC.$DT 654.400 TT2,$DT 1279,~00 LTT~,$DT g:000 WFSH,$DT 315 000 15 352 CI~P.DTE 14:945 CIL~..DTE 0.000 I~gF,DTE 85 063 IIXM,DTE 48 750 TENS.DTE 637 000 DPHX,LDT 2 787 OLS,LDT 25t:000 Lb.LDT 291.750 LSHV.LDT 246375 244 125 0 000 1~ 313 329 000 t3 014 O! 0 615 165 1359 000 3 2968 407 4 8:~ 400 874 420 000 839~600 3 000 12~ 575 I I', oo o. 1357~000 2, 336 2231'581 442' 99,688 .500 422 454;400 10~8,~00 0,000 123,012 89813 89750 2 000 5 434 3135 000 l0 409 -0 OO4 135 625 1359 000 .IS Tame verification Listing ~chlumberqer AlasKa Computing Center SSHV.LQT CALI.LDT ~REg. LDT TNP~,C~L CALI.C~L HTEN.CNL COHS,$D'T TT3.SQT LTT3,SDT SP.$DT MRE$,SDT ~269,000 8,953 18,662 1725,599 8,953 37~,250 72,200 0 630 676 000 1091 200 -54 688 0 195 $1RH.LDT GR,LDT HTES,LDT TNRA,C~b C~TC.CNL TE~S,C~L DT.SDT DTCO,SDT COST.SD~".~ TT4.SDT LTT4,SDT GR,SDT HTEN,$DT D~PT. I~PH.DT~ IL~,DTE IIRD DTE SFLU~DTE MTE~.DTE RMOB LOT QSS:LDT I. IT~.LDT SSHV.LDT C~LI,LDT ~ES.LDT T~PH,C~L RCFT CML C~LIiC~L DTLF'SOT CONS,SPT TT3 SOT LTT3:SDT SP.SDT ~ES,SQT 4400 000 2 652 2 691 303 000 2 12t 663 2 3~0 0,015 109,813 672 ~9,008 8.672 357 000 i4] 7OO 0 36~ 867 200 1394 800 '54 0.195 CIDP,DTE CILD,OTE IFRE,DTE IIX~ DTE 8P DTE MRES DTE DRHO bDT LS LOT SS~ LOT S1RH,LOT GR,LDT HTEN,LDT CNTC,CN[, TENS CML PT,SPT DTC~.SQT COST.SOT TT4,$DT LTT4,SDT GR.SDT HTEN,$DT DFPT I~PH:DTE IL~.DTE IIRD,DTE SFLU DTE RHO~.L6T OSM.L~T SSM¥.L~T CALI.L~T M~ES bDT TNP~:CML RCFT.CNg HTEM.CMg DTLF.SQT CO~$.S~T 4300.000 9,531 9,46~ 8~.500 9,219 120,819 2.352 0.011 105.563 1269.00{) 8.672 0,195 24.154 1~78.361 8 672 84,600 0.955 CIDP DTE CILD:DTE IFRM.DTE II×O.DTE · ~RES.DTE DRHO.LDT LS,LDT SSI.gDT S!RH'LDT GR,LDT HTEM.gDT THP~.C~b C~TC.CNL TEN$.C~g DT.SDT OTC~.SDT COST.SOT 3-~AY-199~ 16:51 2,402 42,000 371.250 355~ 938 977 2825 000 74 500 78 000 0 25O 000 9 0 ~8 750 -999 250 359 500 37O 000 20 000 32 406 -54 438 0.195 0 OO3 338 750 203375 2 ~93 49 25 357000 o 7 2805,000 107.300 104.000 0 250 597 600 I~96 400 51813 -999250 9O 188 93 375 20 000 5 7i9 -55 75O 0,196 313. 0 198,]5057 387 3255,019 2690,000 85,900 ~7,688 0,919 bSRH.LDT TENS,bDT MPH!,CMb NPOR.CNL CFTC,CNb ~RES.CNb DTL.SDT DT$~.SDT TTI,SDT LTT1,SDT WFC.SDT TENS,SPT IDPH,DTE ILO,DTE II~ ~TE G~,DTE HTEN,OTE PEF,LDT gU,bDT SS2,LDT gS~H,gDT TENS,bDT NPMI,CNL NPOR,CNL CFTC,CML NRES,CNg OTb. SPT DTS~,SDT TT1,SDT LTTt,SDT WFC.SDT TENS,SDT IDPH,DT£ ILD,DTE IDOF,DTE IIR~,DTE GR,DTE HTEN,DTE PEF.gDT LO,gDT S$2,gDT LSRH.LDT TENS.bDT NPHI,CNL NPOR,CNL CFTC.CML ~RES,CWL DTb,SD~ DTS~,SDT TT1,SDT 2.459 bURN.bDT 2825 000 ~TE~,LDT 17 423 RTNR,CNL C Nb 19 194 RCNT:cNL: 1818 0 75 128 52O 927 0 3135 449 GR 191 MTEN'CNg 100 DTLN,SDT 000 COHC,$DT 800 TT2,SDT 600 LTT2,$DT 000 WFSH'$DT 000 ~TEM,SDT 2779 CIMP.DTE 2 0 345 5t 599 2 319 301 2805 29 29 1047 0 120 175 595 1185 0 3005 699 CILM.,DTE 000 IMOF,DTE 250 IIXM DTE 813 TENS DTE 500 DPH! bDT ~654 OLS gDT 000 LL LOT 000 LSMV gDT 305 LURHLDT 000 ~TE~ gDT 243 RTNR CNL 066 RCNT CNL ~TEM CNg 100 DTLN MDT 000 COHC SPT 200 TT~ SPT 200 gTT2 SDT 000 WFSH SDT 000 ~TEM:SDT 10 3 99 45 626 2 291 292 2 2690 24 24 1407 0 11078 CIMP.DTE 703 CILM.DTE 000 IMOF.DTE 875 IIXM.DTE 031 TENS,DTE 500 DPHI,LDT 469 Qg$.LDT 000 gg.gDT 750 LSHV.LDT 352 gURH.gDT 000 MTEM.LDT 499 RTNR,CN5 519 RCNT CNL 098 GRiCNL 196 MTE~ CNg 83 500 DTbN.SDT 88.000 COWC.SDT 576.400 TT2.$DT PAGE ,' 18. 2,461 121,212 o00 0'908 °o 77~ O0 3'71,250 0,000 17,500 3005~000 20 608 -0 OX0 179 1358 000 307 2 840 2814 409 49~625 120 481 000 11~ 731. 412 400' 996 000 0 000 121 663 104 013 105 500 2 00o 5 O66 3005,000 i8 056 0 024 168 125 1358 000 2 365 119 525 2 497 3290 556 43 438 119 525 83 300 0 25O 405 6O0 verification bistin~ AlasKa Computinq Center DEPT. 4200.000 CIDP.~TE I~PH.DTE 7.375 CIbD.OTE IL~.DTE 7.2~1 IFRE.DTE IIRD.DTE 103.188 IIXD.DTE SFLU.DTE 5,914 SP.DTE ~TE~.DTE ~20,256 ~RES.DT~ RHOB.LDT 2,473 D~HO,LD OSS.LDT 0.045 LIT~.LQT 75,31~ SSI.~ $SHV.LDT 1269,000 S1RH.LOT CAL~.LDT ~0.836 GR.bD? MRE$.LDT 0.196 HTEM,bDT TNPM.CNL 34,221 TNRA.C~P RCFT.CML 727.738 CNTC.CNb CAL!.CNL 10,836 TENS.CML HTEN.CNL 400.000 DT'SDT DTBF.SDT 79.200 DTCO.$DT COMS.$DT 0.250 COST'$DT TT3.SDT 7~0,009 TT4,SDT T ~ SOT 114~.600 5TT4.SDT LTs~'SDT. . -52. 750. GR,$DT MRE$.SDT 0.~98 H~EN.SDT DEPT 4100.000 CIDP.DTE I~P~DTE ~0.56] CI!.D,DTE IL~.DTE 18.48~ IFRE.DT~ IIRD DTE ~!,~5 IIXD,DTE SFLU:DTE ~9..97 SP.DTE RHO~.bDT 2,43:3 DRH bDT QSS LQT 0.0~8 LS.LQT LI'T~iLDT 9~.000 S$1,LDT S$~¥ BDT 1268,000 S1RH.LDT CgLI.LDT 8.672 GR.BDT MRES,LDT 0 ~95 HTE~,LDT TMPM.CNL 23i489 TNRA.CNB RCFT.CN[~ 1370 745 CL~TC.CNB CahI.CNL 8.672 TENS,CNL HTEM.CNb 38~.250 DT.$DT DTLF.$DT 63.400 DTCO.SDT COH$.SDT 0.826 COMT.SDT TT~.$DT 7~2 000 TT4.SDT LTT3.SDT 1~91i600 LTT4,SgT SC,SPT 58 563 GR,$DT ~E$,SDT 0.i97 qTE~.SDT DFPT. 4000.000 CIDP.DT~ I~Pg.DTE i0.422 ClLD.DTE ~I,~. ~TE ~ ~ 0,328 IFRE. DTE I!RD.DTE 63.~75 IIXD.DTE 3-~.~Y-1.991 16:51. 574.000 LTTI.$DT 983,200 ~!FC.$DT 45.031 TENS.$DT -999.250 14,625 17.250 20.00o -0.ii0 -52,750 0.!98 0.065 284,750 216.875 2,254 94,625 400.000 3,043 2309,844 2680.000 82 900 81 000 0 250 549 ~00 974 400 100.438 -999.250 1 20 000 6, 0.197 0 017 282 250 204 25 45 I 5 382 250 2 269 3302 470 2560 000 82 100 81 000 0,331 552,000 947.200 44.844 -999.250 68 438 70~750 20.000 -2.145 IDPH,DTE ILD,DTE IDOF,DTE GR DTE HTEN OTE PEF bDT LU LOT SS2 bDT bSRM bDT TENS bDT NPHI CML NPOR CML CFTC CML ~RES'CMb DTb,SDT DTS~.SDT TT~'SDT LTTI,$DT WFC,SDT TENS,SDT IDPH OTE ILD DTE IDOF DTE IIR~ OTE GR DTE HTEN DTE PEF bDT LU bDT SS2,LDT bSRH'LDT TENS,bDT NPMI,CNb NPOR'CNb CFTC;CNL ~RE$,CNb DTL,$DT DTS~'SDT TTI,SDT LTTI.SDT WFC,SDT TENS.SOT IDPH.DTE ILO.DTE IDQF.DTE IIR~.OTE 994.800 bTT2.SDT 3.000 WFSH,$DT 3005.000 ~TEM.$DT 8 719 CI~P.DTE 8 523 CILM.DTE IMOF.DTE 0 130 100 605 3 271 299 2 2680 3t 753 .0 75 !45 554 975 0 2895 000 875 438 5O0 641 750 750 bSH¥ 400 bURH 000 MTEM 808 RTNR 668 RCNT 541 GR 196 MTEM ~00 DTLN 375 CO~C 800 TT2 200 LTT2 000 WFB~ 000 MTE~ IIXM.,DTE TENS.DTE DPMI,LDT OLS,LDT bb..bDT bDT bDT bDT CNb SDT SDT MDT SDT SDT 000 I~OF,DTE 5!.313 IIXM,,DTE 44 844 TENS,DTE '000 DPM! bDT 2,412 LURH bDT ~560,000 ~TEM LDT ,777 RCNT 1455'45] GR CNb 0'198 STEM CNL 77 400 DTLN.$DT 146:000 COuC,SDT 556,400 TT2,$DT 942,000 LTT2.$DT 0.000 wFSM SDT 2840.000 14 602 CI~P.DTE 14i 125 CILMiDTE 0 000 IEOF DTE 9~.695 II~M DTE PAGE: 830.000 0,000 120.8!9 135~500 138 625 0 000 5 621 2895000 10 715 -0 0O5 149 000 1358 000 ll~ 408 119 .~3 80 60[ 0 934 389,600 ~00 801:.00o 120 256 4 594 2840 000 10~ 167 1357 2 4~6 1!82 231 344 3345 45 2~1 11~ 6~ 200 0 849 384 800 809 600 0 000 119 806 95'875 96,750 §:ooo 759 · ~IS Tan, Verification Llsttno. ~chlumberqer AlasKa Com.uutinq Center SFL(1DI"~: q,852 QSS.LDT .0,017 LITN,LDT 116,938 SSHV.LDT 126~,000 CALI.LDT ,555 MPES,LDT 0.199 TMPH.C~L 30.704 RCFT,CM5 893,678 C~SI.C~.~5 8.555 HTE~.CN5 413.000 DTLF,SOT 97~700 CO~S,SDT 0.5~ TT],SDT 930,800 LTT3.SDT ~343,200 SP.$DT -55.900 ~PES,SDT 0,198 ~ES,DTE ORHO.[,DT LS. LOT $1RH LOT G~ LDT HTE~ bDT TNRA CNL C~TC CNL TE~& CN5 ~T DTCO SDT COST.SDT TT4.$DT LTT4'SDT GR,SDT HTE~,SDT DEPT. I~PH.DTE ILW,DTE IIRD.DTE SFL~,DTE UTE~.DTE RHOF.LDT 0SS.LPT LITR,LDT S~HV.LDT C L~,LDT ~ES,LDT TNpN,cNL RCFT.CNL C~LI DTLW SDT COHS[SDT TT3 SDT LTT] SDT SP~SDT ~RES.SDT 3900,000 29,281 25,766 36,656 38,094 119,469 i.481 343250 1268,000 l~,977 ~'198 73 97~ ~ 0 250 ~06 000 0 852 1015 6O0 1676 400 " LTT4 -48 188 GR 0.~97 HTE~ CIDP,DTE CILD.DTE !FRM,DTE DTE II×D, T $~,D,..E MAES DTE DRHO ~$ ~DT SS1LDT S1RH LOT G~ LDT HTE~ LQT C~TC TENS CNL DT OTCO SDT COST SDT TT4 SgT SDT SDT DEPT. I~PH DTE IIRO.DTE SPL{~,DTE ~TE~ DTE RNOS.LDT OSS,LDT L!TM.LDT $$HV.UDT CALI.LDT Ts'Pw.C~I., 3800,000 23,984 25,063 27 375 21:016 118,175 2.421 0,000 86.439 1269,000 8,500 0.201 23.226 C!DP.DTE CILD.DTE IFRE.DTE IIXD,DTE SP.DTE DTE ~RES, DRHO.LDT L$.LDT SS1.LDT SIRH.LDT GA.bDT MTEN.bDT TNRA.CNL 3-~aY-1991 I6:51 -55.000 0.198 -0.004 ,366.000 202.250 2,273 66.000 413.000 2 802 2645 120 2625 000 103 600 10t 000 0 368 628 000 1164 000 62 25O -999 250 38 250 41 063 20 000 -4 043 -48 1.88 0 197 8 2 ~37 1 44 938 370 250 5 126 I00 107 000 0 481 79O 400 1351 200 5 156 -999 250 27 844 29i797 20 000 0~597 -59,906 0.200 0.000 279 000 195!125 2420 50 500 352:000 2.282 GR,DTE MTEN DTE PEF bDT bU bDT S$2 bDT LSRH bDT TENS bDT NPHI CNL NPO~ CNL CFTC.CNb MRES,CNb DTb,SDT DTSM,$DT TTI,$DT LTTI,SDT WFC,SDT TENS,SDT IDPH,DTE ILD'OTE IDOF,DTE II~.DTE GR.DTE MTEM,DTE PEF,LDT LU.LDT SS2,LDT LSRH,LDT TENS,bDT NPHI.CNL NPOR,CNL CFTC;CML MRES,CNb DTL.SDT DT$~,SDT TTI'SDT bTTI,SDT WFC.SDT TENS,SDT IDPH.OTE ILD.DTE IDOF.DTE IIPM,DTE GR.DTE HTE~.DTE PEF'bDT LU.bDT SS2.bDT LSRH.LDT TENS.bDT ~PHI.CNL NPO~,CNL 62 250 TENS 633 2 . DTE 500 OPHI.LDT 506 OLS~LOT 250 LL.LDT ,LDT 500 LSHV 2 2625 30 31 966,096 199!0 ~500 181,000 634.000 1166,400 0.,000 2855,000 258 LURH bDT 000 STEM bDT 863 RTNR CNL 943 RCNT CNL GR CNL ~TMM CNL DTLN,SDT COHC;$DT TT2,SDT LTT21SDT WFSH,SDT ~TEM,$DT 26.!25 CI~P.DTE 24,-~8 CIS~,DTE 0, 00 I~QF'DTE 36.875 IIXM,.DTE 000 DPHX,LDT 4 5!2 OLS,LDT 1384 000 LL'LDT 396 750 LSHV,5DT I 470 bURH,LDT ooo 74 3 RCNT CNL 274 533 G~ CNL 0 8 ~TEM 127 ~9 C~b 00 DTLN SDT 153 000 CO,C SDT 79~ ~00 TT2 SDT 135 O0 DTT2 SDT 0 000 WFSH,$DT 2675 000 ~TEM,SDT 35 906 CI~P.DTE 531 CILM,DTE 3] 000 IMOF.DTE 37 906 IIXM.DTE 52 063 TENS DTE 588 500 DPHX:bDT 2'832 OL$.LDT 265.750 LL.LDT 288.500 LSHV,LDT 2,418 LURH.LDT 2405.000 ~TEM,LDT 23.139 RTNR.CNL 22,874 RCNT,CNL PAGE: 20 2855'000 23 799 0 O06 2 270 li7 950 2 960 2618 765 66 000 I17 g$o 99 0 29 444 ,00 965 200 0 000 I19 300 34 ! 25 38 2O 009 ooo o ';60 O0 0 117 690 44~ 938 659 ill:,oo 1136'400 10,000 119,469 41,688 '39.8?5 2,000 897 000 1357,000 Tape Verification List. tho icblumber~er alaska Comvutino Center RCFT.CMb 1341.378 CNTC.CNL CAL%.CML 8,500 TENS.CML HT~N.CNL 35~.000 DT.SDI DTLF,SDT 79,300 DTCO,SDT C~HS,$DT 0,0Iq COST,SbT TTR,SDT 707.600 TT4.SDT LTT3.SDT I~20,40Q LTT4.SOT SP.SDT 59,906 GR.SDT MRES,SDT 0,200 HTEN.SDT DEPT. I~PH,DTE IL~.DTE IIRP.DTM SFLU.DTE MTE~.DTE P~OF.LDT OSS,I.~T LITe.bDT SSH¥'LDT CALI.LDT MPE$.LDT TMPM,C~L RCFT,CNL CALI.CF!L HTEN.CNb DTLF.SDT COHS.SDT TT3.SDT LTT3 SbT 3700 000 2O 25O 3O 500 17 20~] !~7 444 2.263 0,017 119,]~ 1269,000 8,500 0,202 ~1,050 100~,~27 8 O0 346 000 q4 90O 0 96~ 834 800 35,200 1~63,750 0.199 CIDP.DT~ CILD,DTE IFRE.DTE IIXD,DTE SP.DTE ~RES.,DTE b&.bDT S$1,bOT SlRM.L~T GR.LDT STEM.LOT TMR~ CML ~i~ TC DT DTCO SbT COST,SbT TT4,SDT LTT4,SD'~ ~T~,SDT DEPT. Ih~ DTE . .bTM SFLU.DTE MTE~.DTE RHOR bDT O$S:LDT LITH LDT SSHV:bQT C~LI.LDT M~ES.LDT TMPH.CNL RCFT.CNb C~LI.CNL HTE~,CNL DTLF.SDT COHS.$DT TT3 SPT ~.TT3~SDT SP.S~T M~ES.SDT 7,238 7 23o 129 750 8 422 117 163 2 371 0,016 69.6~5 1268,000 10,750 0.204 22 180 1399~301 10,750 357,750 100,100 0.250 823,600 1~54,400 46.094 0,20~ CIDP,DTE CILD,DTE IFRE,DTE IIXO.DTE SP,DTE MRES,DTE DRHO,LDT L$'LDT SSI,L~T S1RH.LOT GR,LDT HTEN.LDT TNR~.CNL C~TC,CNb TCNS.C~b DT,SDT DTCO.SDT COST.SbT TT~.SDT LTT4.SDT GR.$DT HTE~.SDr 3-~AY-1991 1,6:51 3142.927 2405,000 85.1.00 88.000 0 895 552 000 961 200 52 063 -999 250 32.063 33,~19 20. 0o ~0,438 - 3,750 0,~99 0.000 365,2~0 204,3 5 2.260 55,~25 346. O0 2'869 2949,843 2330,000 98,400 101,000 0 951 634 400 1146 000 56 219 -999 250 14 5 20 000 ' .094 0'200 0 0O7 3031750 202 625 2 328 54 875 357:750 2 178 3231 173 2315 000 76 200 77 000 0,250 602,000 !064.400 51,875 -999,250 CFTC,CML ~RES,CMb DTL,SDT DTS~,SDT TTI,SDT bTTI,SDT WFC,$DT TENS.SbT IDPH,DTE ILD,DTE IDOF.,DTE IIRM,DTE GR,OTE HTEM,DTE PEF,~DT LU,LDT SS2~bDT LSR~ bDT TEN ~bDT MPMI,CML NPOR,CNL CFTC,CML MRES..CNL DTL,SDT DT$~,SDT TTI.'SDT LTT!.;SDT WFC,SDT TENS,SbT IDPH,DTE ILD,DTE IDOF.DTE IIRM,DTE GR:,DTE MTEM,DTE PEF'bDT LU,hDT $S2.bDT LSRH,,LDT TENS'bDT NPHI,CNL NPOR,CNb CFTC,CNL ~RE~,C~b DTL,$DT DTSM MDT TTI:SQT LTTI,$DT WFC,$DT TMNS,SDT 1400.705 GR.CNL 0,201 MTE~ CML 84,000 DTLN SbT 141.000 COHC SbT 554.400 TT~ SbT 960,000 LTT2 SbT 0,000 WFSH,SDT 2675.000 MTE~.SDT 31.156 CX~P.DTE 30 078 CIbM,DTE . 000 IMOF.DTE 5 469 DTE 56 611 2 337 304 2 2330 IIXM 219 TENS, 3 OhS 50 LL 75O l,$~V 260 bURH 000 31 934 RTNR 32 1069 0 639 114~ 2610 O co~c ~200 ~200 LTT 000 WFSH 000 ~TEM DTE bDT bDT bDT bDT bDT bDT CML CML $DT SDT SDT SbT SDT 7 6 0 130 51 612 287 296 2 2315 18 o12 CIMP.DTE 852 CIL~.DTE 000 IMOF,DTE 500 IIXM DTE .875 TENS DTE 500 DPH! bDT OLS bDT ~ Lb*bDT 00 LSHV,LDT 55 LURH,LDT ooo 861 RTNR Nb 20.034 RCNT.CNb 1420.876 ~T~:CNb 0,204 CML 96,300 DTL ,$DT 125,500 COHC,$DT 611'600 TT2,$DT 800 bTT2,SDT w s..S T 2555.000 ~TE,,$DT PAGEt 21 so,soo 1t6,038 76,400 6OO 804,000 0,000 it8,i75 49 344 25 -0 380 000 196 500 ! 356 000 2, 868 2926: 385' :t~ 5 55 400 4~6 000 117 444 t38,250 2,000 5,129 2555,000 ~6,9t8 o'001 160,1{5 1356,000 2,373 115,025 2'203 3543,718 54,875 115,025 79,300 0,730 394,400 89],000 117 "000 ,163 ~IS Tape verlflcatlon bistlno ,chlumber<~er AlasKa ComputJn6 Center 16:51 PAGE{ 22 DFPT. ]500.000 CIOP.DTE I~PH.DTE 4,723 CILD.DT£ IL~.DTE 4,68-4 IIRD.DTE 171.125 IIXD,DTE SFLU,DTE 4,047 SP.,DTE MT~.~TE 116.488 ~RES.DTE OSS,LDT 0,0~1 bS' LDT LITH.LDT 80,9~8 SS1,LDT SSNV.DDT 1268.000 CAL].LDT 11,500 GR.LDT MR~S.bDT 0,207 HTEN,LDT TNP~.C~L 34.4'6 TNRA.CNL TEN CNL C~LI,CS5 BTEN C~'JL 382,250 DT.$DT DTLF' '~ . . .S~T 98.800 DTCO CO~S,SDT 0'976 COST,S~T TT3.$DT 862.800 TT4.SDT LTT3.SDT 1~76,400 LTT4.SDT SP.SCT 43,06] GR,SDT ~ES,SDT 0,205 HTEN,SDT D~PT. I~PB DTE IL~]BTE SFLU.DTE gTE~.DTE RMO¢.LDT OSS.LDT LITe. Lb? SSHV BDT C~LI~LDT ~RES.LDT TNPB.CNL RCFT.CNh ~TE~,CN~ DTLF,SCT CO~$.SDT TT3 LTT3]SDT SP,$~T ~RES,SQT D~PT I~PW:DTM IL~.DTE IIRD.~TE SFbU.DTE ~TE~.DTE OS$.L~T 3400.000 5 599 5 5O0 i58 625 4 785 116 038 2.483 -0,00~ 70,500 ~268.000 9.625 0 207 36 930 667 891 9 625 363,000 94,400 0,943 808.800 127~.~00 '42,063 0,206 3300.000 19.39l 19,406 41.500 ~5 719 2.374 0.003 CIDP,DTE CILD.DTE IFRE,DTE IIXD,DTE SP.DTE ~RES,DTE DRHO.LDT L$.LDT SS1.LDT S1RH.LDT GR'bDT HTEN.LDT TNR.A,CNb CNTC.CNL TENS.CNL bT.SbT DTCO.SDT COST.SbT TT4,SDT LTT4.SDT GR.SDT MTE~.$DT CIDP.DTE CILD.DTE IFRE,DTE IIXD.DTE SP'DTE I~S.LOT 196.875 99,~75 t20.000 il.789 -43.063 0,205 0 016 286 750 204 750 2 336 73 375 382 250 3 198 2250 0 101 400 56 500 0 497 662 800 1~97 200 74 688 -999 250 179 125 1.82 750 20 000 1 969 .4~ O63 0 206 -0.006 t88, 0 2,~08 96. 75 2175 97 2135 000 100 400 55 000 0 364 630~400 ~076.800 97.435 -999,250 45 ~81 46:88 20,000 1,094 -44.813 0,206 -0.002 299.250 IDPM,DTE ILD.DTE IDQF'DTE IIR~.,DTE GR,QTE PEF,LDT 5U.LDT $S2.hDT LSRH'LDT TENS,bDT MPHI,CNL NPOR.,CNh CFTC,CNL MRE$,CNL DTb,SDT DTSM.$DT LTT1 BT WFC,SDT T~S,SDT IDPH,OTE ILD,DTE IDOF,DTE IIRM,DTE GR,DTE MTEN,DTE PEF,LDT LU bDT SS2 BDT LSRH bDT TENS bDT NPHI,CNb NPOR.CNL CFTC,CNL MRES,CNL DTL.$DT DTS~,$DT TT1,SDT LTT1,SDT WFC.SDT TENS,SbT IDPH,DTE ILD,DTE IDQF.DTE II~,DTE ,DTE MTEN.DTE PEF.bDT LU,LDT 5 074 CIMP,DTE 5 012 CILM,DTE 0 000 IMOF.DTE 200 500 IIXM,DTE 74 688 TEN$,DTE 597 DPHI,LDT 3 276 294 2250. 33 34 728 0 100 96 668 1187 6 2480 000 920 QLS bDT 000 LL bDT 50 LSHV bDT 98 LURH bDT 000 MTEM,bDT 992 RTNR,~NL 357 ~CNT. NL 874 GR,CNL 207 MTEM,CNL 300 DTLN.SDT 000 COHC,MDT 000 TT~iSDT ~§~ LTT2,$DT WFSH'MDT 000 M~E .SbT 5 578 CI~P,DTE 5 469 ClLM DTE 3 584 244 276 2 2135 35 602 RTNR 0 93 92 614 1095 0 2430 000 IMOF DTE O0 IIX~ DTE 43~ TENS DTE 500 DPHI LDT 535 ObS bDT 250 Lb bDT 250 'LSHV bDT 482 LURH bDT 000 MTEM bDT CNb CNb 207 MTEM,CNL 200 DTLN.$DT 000 COHC,$DT 000 TT~,SDT 200 LTT ,BDT 000 WFSH,$DT 000 MTE~.SDT 21.828 21.406 0,000 48.906 65.625 591 000 3ig88 279 750 CI~P,DTE CIL~.DTE IMQF,DTE II×~ DTE TENSiDTE DPHI bDT QLS,LDT Lb.bDT 21 625 0 000 8 625 2480000 13 705 -0 02t 148 750 1356:000 2 39~ 114 406 2316 750 73,3?5 114,406 101,800 469,600 981~200 o,'ooo 116,488 1 {)ii 0 O0 · 7 6920 2430 000 13 000 355 433 2OO 9O5 2OO 0 000 ~16 O38 51.531 51,469 §:ooo - 254 2365,000 16,728 0,020 159,500 Tape verification Llstino ich!umberger AlasKa ComPuting Center LITe.LOT SSHV.LDT CALI.LDT MRES,LOT TNP~,C~L RCFT.CNb CALl,CML HTEN.C~5 DTLF.SDT TT3.SDT LTT3.SDT SP.$OT ~RES,SDT 85,438 1267,000 8,820 0 29 971 889 347 342 250 76,500 0,787 7~3,200 '44,813 0,206 SSi.LOT S1RH.LDT HTEN.LDT T~RA,CN5 C~TC~ TENS.tNb QT.SDT QTCO SDT COST SDT TT4 SQT LTT4 SDT G~.SDT HT~N.SDT DEPT, ILV.DTE SFL!~.DTE MTE~ DT~ .LDT OSS.LDT LIT~.LDT SSHV,LDT CALI,L~T ~RES.LDT TNPM CNL ~CFTiCNL CaL~ CNL HTE~ DTLF.SDT CONS'S~T TT3.SDT LTT3.SDT SP.$DT ~RES.SDT 3200,000 32,156 28,32B 32,563 27 703 114 406 2 390 0 020 93 813 1268 000 8 672 0 214 21,684 338.000 $9,400 8O 60O '49,438 0,210 CIDP,DTE CILD.DTE IFRE,DTE !IXD;DTE SP,DTE ~RES,DTE DR~O LDT LS bDT SSi bDT SiR~ bDT GR bDT HTEN bDT TNRA,CNL CMTC.CNL TENS'CML DT'SDT DTCO,SDT COST,SDT TT4,SDT LTT4,SDT HTEN,.SDT DEPT, I~PH DTE TL~:DTE IIRD.DTE SFLU.DTE MTE~ DTE RHOB:LDT OSS.LDT LITH,LDT SSHV bDT CALT~LDT ~RES.LDT TNPH.CNL RCFT.CNL C~L!.CNL HTEN,C~iL DTbF.SOT 3100,000 7,191 7,484 99'313 6.496 113'788 2'313 0,040 99,815 1268.000 9,219 0,219 35,674 729,049 9.~19 353.750 CIDP.QTE CILD.DTE IFRE,DTE IIXD.DTE SP,DTE MRES"OTE D~HO,bDT LS..LD~ SS1.LDT S1RH,LDT GR,LDT ~TEN'LDT CNTC,C~L TENS.CS5 DT.SDT O?CO.SDT 3-~A¥-i991 ]6:51 ~96,750 2,381. 60,219 342,250 2 813 2531 595 2070 000 74 700 80 000 0~861 9 ,400 65.625 '999.250 S$2,LDT LSRM,bDT TENS,bDT NPHI,CNb CFIu,CNL Y~E$,C~b DTh'SDT DTSM SDT TTX MDT LTT! SOT WFC SDT TENS SDT 3 20 000 -4~ 641 438 0 210 0 OO9 298 250 42. 88 2 17~ 2050 0 91 70O 43 o 598 80~ ~19 2OO '999 0 IDPM, DTE ILD, DTE IDOF,OTE IIRM, OTE GR., DTE HTEN, DTE PEr., bDT bU, bDT SS2,LDT bSRM, bDT TENS. bDT NPHI'CNb ~POR,CNL CFTC, CNL ~ES,CNb DTL,SDT DTSM. MDT TTI'SDT bTTI,SDT WFC'SDT TENS,SDT 113 688. IDPHi~OTE 0 6 582 -41 125 0,213 0,081 381,500 232,125 2 055 81 375 353 75O 3 282 2292 985 2010 000 98 500 56 000 ILD<DTE IDOF~DTE IIR E DTE' HTEN,,~TE PEFtDT bU ~DT $S2 bDT 5$RH bDT TENS bDT NPH! CNL NPOR CNL CFTC,CNL ~RE$,CNL DTL,SDT DTS~.SDT 2.373 LURN.LDT 2070'000 ~TE~ bDT . 7 400 DTLN,SDT i46,000 COHC.SDT 547.200 TT2.SDT ~000.000 LTT2,SDT 0.000 WFSH,SDT 2365.000 46 875 84 ~77 500 203 000 2 379 2O5O 21'324 RTNR 22'406 RCNT 1687.~423 GR 0 214 ~TE~ 91 30O DTLN 88 000 COHC 60] 600 TT2 112~ 000 LIT2 000 WFSH 95] ClMP.DTE 109 CILM.DTE IMOF,DTE IIX~.DTE TENS,DTE DPHI,LDT OhS.bDT Lb,bDT LSHV.,bDT LURH.LDT 000 ~TEM LDT CNL CNL CNL DT SDT SDT SDT 2340 000 MTEM SDT 8 789 CTMP.DTE 8 672 ClLM DTE 3 126 85 58] 4 357 333 2 2010 38 37 742 0 96. 92 , 000 IMOF,DTE 25 IiXM.DTE gO0 TENS,DTE 000 DPHI'LDT 660 OLS.LDT 500 bb,LDT 500 LSHV,bDT 229 LURH'LDT 000 MTEM,LDT 141 RTNR.CNL ~55 RCNT.CNL 690 G~'CNL 219 MTEM CNL 600 DTLN!SDT 000 COHC SDT 2 391 112 438 3061 2412 679 60 2!9 oo 0~02 368000 819 200 0 35 2 000 234~ 547 000 .~5 762 I~54 000 44 5O 4~2' O0 ~o0 ~! ~o6 ~39:..000 13t, 500 000 4,?46 2285~000 20 448 -00!5 20 750 135~ ~00 0,250 ,.,IS Tape Verification ;chlumber~er Alaska COmPutln~ Center COHS.SDT 0.975 COST.SDT TT3.SDT 850.800 TT4.SDT LTT3"SDT 1346.800 LTT4,SDT SP,SDT -41,125 GR.SOT NRE$,$DT 0,21{ HTE.~'SDT DEPT. 3000 I~P~.OTE 2O Ib~ ~TE IIRD:DTE 68 $~LU.DTE ~TE~,DTE !13 R~OP,LDT ~SS.bD? 0 LITH.LDT 210 SSMV.LDT 1267 C~LI.LDT 8 ~E$.bDT 0 TNPW'CNb 63 RCFT CNL 273 C~.L]~C~L 8 HTEN.CNL 37] DTLF.SDT CO~S.$~T 0 TT3,SDT 986 LTT3,SDT 157~ SP.SDT ~RE$.SDT 0 ,00o .188 .031 ,1.13 ,948 000 672 46t 44t 672 75O 20o 940 80o 250 CIDP.OTE CILD.DTM IPRE.DTE !IXD,DTE SP.DTE MRE$.DTE DRHO,LDT L8,LDT SSI.bDT S1RH.LDT GR,LDT HTEN.bDT TMRA,CNL CMTC,CNL DT,SDT OTCO,SDT CQST,SDT TT4.SDT LTT4 SDT GR:SDT HTEN,SDT DEPT. 2900,000 IL~.OTE 8,898 IIRD.DTE 88.500 SFLU.t ~ ~ ~TE~.DT~ 112. 81 R~OP.LDT 2'310 OSS.LQT 0 005 LIT~.LDT 112i375 SS V.U T 267 0o0 ~RE$:LDT '' 0.220 T~P~ CNb 29,46'? RCFT~CNL 848,48~ CALI.CNg 9.7!9 HTE~'.CNL 370,250 DTLF.SDT 84.309 COHS.SDT 0.957 TT3.SDT 992 400 L?T~,SDT 1560:800 SP.SDT -36.125 CIDP..DTE CILD.DTE IFRE.DTE .,DTE ~RE$,DTE DRHO.LDT L$.gDT SSI'gDT S1RH.LDT GR.bDT HTEM.bDT TMRA CNg CNTC.C~L TENS.CNb DT,SDT DTCO,$DT COST,SDT TT~,$DT LTT4,SDT GR SDT HTE~SOT 3-~AY-1991 16:5i 0,250 TTI,SDT 655,200 LTTi.$DT 1162,000 WFC,$DT 85.000 TENS,SDT -999'250 69,~00 73, 38 20,000 7,~05 -39, 50 0,215 0,003 22 .~ 5 1, ~ 49.844 373,750 4.603 146! 417 1955 000 123 500 62 313 0.~50 753,00 5~.800 134 ,219 604,500 101 06] 102 25O 2O 000 -31 152 0 217 -0 002 337 500 200 500 2 314 42 469 370 25O 2 746 2506:566 1960.000 118,300 61.000 0,519 758 400 3]}200 1346 813 597 000 IDPM,DTE ILD,OTE IDOF,DTE IIRM DTE GR DTE MTEN DTE PEF bDT LU bDT $S2 ~DT LSRHi DT TENS.gDT NPHl CML NPOR CML CFTC CML ~RES C~L DTL 8DT DTS~,SDT TT1,SDT LTT~,SDT WFC,SDT TENS,SDT IDPH,DTE ILD,DTE IDQF.DTE IIR~,DTE GR.OT~ HTEN DTE LU,gDT $S2.gDT gSRH*bDT TENS,gDT NPHI,CNL NPOR.CMg CFTC.CNg ~RES,CNL DTg.SDT DTS~,$DT TTt.$DT gTT1.SDT WFC.$DT TENS.SDT 661 600 1166 800 3 000 2285 000 14.375 13 516 3i000 49 8,13 41.219 604 500 1 947 595 000 358 250 63 146 66 090 325 105 0 221 121 100 124 000 762 000 1347 200 3000 2245 o00 9 ! 3 000 106 250 46 8 3 597 0~0 31~ 527 5OO 300 750 2 307 1960 000 28 611 30 277 4i297 920 220 !16 100 16.ooo 62.800 1339 6O0 0!000 2170 000 TT2.SDT bTT2.$DT ~FSH,$DT MTEM,SDT CIMP..DTE IbM.DTE ~OF,DTE ~IXM.DTE IENS.DTE DPMI,gDT OhS,gDT bL gDT LSHV gDT gURH gDT MTEN bDT RTNR CNL RCNT CNL GR CNL ~TE~ CML DTLN~$DT COMC SDT TT~ MDT LTT2 SDT WFSH SDT ~TEM SDT CI~P.DTE CILM.DTE I~OF.DTE IIXM.DTE TENS DTE DPH! bDT Og$ gDT Lb gDT LSHV LDT LURH gDT ~TE~ bDT RTNR CNg RCNT CNg GR.CNb ~TEM CNg DTLN MDT COHC SDT TT2 MDT LTT~ SDT WFSH MDT STEM MDT 475,200 800 000 47,875 52,438 2 000 42 $46 -0 014 342 ,500 1351 ~00 i., 48 li0.525 4.455 ~435 692 Ii0 0:250 530 400 113 i3 1071'063 2170, O0 178;750 109'738 2,842 2507.,476 42,4{9 109'7t8 i09,800 0,{54 521,600 1116'400 0,000 112,181 .,IS Tape Verification 51$tln~ ~chlumberqer Ala.s~a Comptltlng Center DMPT. IMPH DTE IL~:DTE IIRD.DT~ SFLU.DTE RHOF.LDT OSS,LDT LITW.LDT SSHV.L~T CAbI.LDT ~RES.bDT TMP~.CNL RCFT.C!qb CALI.CNL DT~F* ,MDT COHO,MDT TT .SOT LTT3,SDT SP.SDT 2800.000 9.180 9,2~7 90,375 8,008 I12.04~ 1,749 -0 O02 366:000 1267,000 10,039 O 225 68 268 326 814 lO 389 000 117 500 0 879 1068 800 1661,200 -29,672 0,219 CIDP.DTE .CIbD,DTE IIXD,DTE SP.DTE SRES.DTE DRHO.LDT bM.bDT SS1.LDT SIRH.LDT GR. LOT HTEN, bDT TNRA ' CNL C~TC.C~b TENS,C~b DT, SOT DTCO'SDT COST.MDT TT4,$DT LTT4 . SOT GR.SDT MTEN.SDT DEPT. I~PM,DTE IL~,DTE IIRD.DTE SFb~,DTM MTEU.DT~ RWOB LOT OSS:LDT SSMV,LDT CaLl.LOT M~E$,LDT TNPW CML RCFT.CNL C.~LI,CNL HTEM,CML DTLF SD,T CO~S:SD TT3,SDT LTTR.SDT SP.SDT ~WES,SDT 2700,000 8,]52 ~,375 ~1,31] 6,348 111.256 1,922 0,004 2t~,500 1267,000 9,820 0.228 49.216 427,083 9,820 374'500 110,700 0,934 1100,800 17!2,400 -28,281 0,222 CIDP.DTE CILD.DTE IFRE"DTE IIXD,DTE SP.DTE ~RES,DTE DRHO,[,DT LS.LO~ SSI.bDT S1RH,LDT GR LOT TN~A.CNL c~Tc,c~b TENS.CNb DT.SDT DTCO,SDT COST.SOT TT4.$DT bTT4,SDT GR.SDT HTEq. SDT DEPT. IMP~,DTE Ib~.DTE IIRD.DTE SFLU.DTE gTE~.DTE R~O~.bDT OSS.LDT bIT,.bDT 2600.000 5,672 5,621 139,125 4,961 110.469 1.970 0,024 189,000 CIDP.DTE ClLO.DTE IFRE.DTE IIXD,DTE SP.DTE MRES.DTE DRHO.LDT bM.LOT SSi.b~T 3-~AY-199I 16:51 94.750 99,375 20,000 7.72~ -29,672 0,2i. 9 0.001 916,000 228,750 1.743 75,8~3 3~g,o00 4 479 ~563 69~ ooo I 300 48 71.9 0,878 805.200 1443,600 89,813 600,500 1.22.625 125,500 '352 -28,281 0,222 0.0O5 73,500 ~25,000 1 893 70 875 374 500 4 049 1726 874 000 64 0,8 6 823,260 ~471.600 83,750 593,000 157 750 15 2 2~ 6 5 000 11 805 -28 375 0,223 O.008 618.500 224,625 IDPM.DTE ILD,D~E IDQF,D E IIRM DTE GR DTE STEM DTE PEF.bDT LU,bDT SS2~bDT bSRH,bDT TENS,bDT NP~I,CNL NPOR.CNL CFTC,CML ~RES,C~b DT~'SDT DTSM,SDT ~TTI~SDT LTTI.~$DT WFC,SDT TENS,SOT I~ ~T~ IDQF DTE II~M DTE GR DTE HTEN OTE PEFbDT LU bDT SS2 bDT bSRHLDT TENS bDT NPHI CNL NPOR CNL CFTC CNb ~RES CNL OTb SOT DTS~ SDT TT1 MDT LTT1 MDT WFC SOT TENS,$DT IDPH,OTE IOO DTE IIR DTE GR DTE ~TEN:tTE PEF,bDT bU.LDT SS2.LDT 10 547 CIMP,DTE 10 055 CILg. DTE 0 000 102 438 IIXM.DTE 89 813 TEN$,DTE 600 500 OPHI.LDT 2 .322 Ot,$ bDT 847,000 384.750 00 58 834 70 0 0 11 8O5 t440 2110 bSHV LURH MTEM RTNR RCNT MTEM DTLN 000 COM( 200 000 LTT2 000 bDT bDT bDT LDT CNL ,CNb .BDT SOT SOT SOT 000 MTE~.SDT 8 148 CIMP.DTE 7 965 CILM.DTE 0 000 IMQF DTE 112 813 IIXM:DTE 81 750 TENS,DTE 593 .000 DPMI,LDT : ~1 OLS.LDT 614 0 bL,LDT 364 000 ! 913 bURS,bDT 1890 000 MTE~ bDT 51 272 RTNR 49i005 RCNT CNL 437 274 GR CN5 0.228 STEM CNb 119.,900 DT~N 123,000 COHC SOT 826.400 IT2 BDT 1472,800 5TT2 BDT 8,000 WFSH BDT 2050.000 MTE~,&DT 6.332 CIMP.DTE 6.262 CILM.DTE 0,000 IMOF.DTE ~67,500 IIX~.DTE 87.!88 TEN$,DTE 613 500 DPHI.LDT 3' .654 QLS.LDT 574.500 LD.LDT 350.000 LS~V,LDT PAGE= 25 108,875 oo ' 119 54'597 1351',000 lO~761 4769 1556 935 75813 109 ll~ 700 250 0 .1210 0 000 112 044 119 : I000 44 137 004 366 ~[0 1550 000 1, 931 108 556 4 429 055 108 556 115 O0 °i g 596, 1242.800 0,000 111~ 256 176 125 171 875 000 3 201 2055 000 41~ 219 -0 014 331 250 !352 000 ~IS Tame verlflcatton Listinq ;chlumberqer Alaska ComDutlno Center CALI.LDT MRES.LDT TNPH.CNL ~CFW.CN5 CaLI.C~L DTLF.SDT COHS.SDT TT3.$DT LTT3.$OT SP.SOT MRES.SDT DEPT. I~PM.DTE IL~,DTE II~D.DTE SFLU DTE gTE~"OTE , ~O~,LDT OS$.LOT LITe.bDT SSHV.LDT CAL!,LDT ~RES,LDT T~PN,C~L HTEN DTL~'$DT COHS'SDT TT3,SOT LTT3 SDT SP:SDT MRES.SDT DEPT. I~PM.DTE IL~.DTE IIRD.DTE R~[3F.L~T O$S.LDT LIT~.LDT SSNV.LDT CALT.LDT MRE$,L~'r TNPu.CMC RCFT.C~L CALl.ChUB DTL~'.$DT 1267,000 8.500 0,231 55,148 354 141 8 5O0 342 000 12~ 400 0 661 1102 800 ~700,000 -28.~75 0,223 2500.000 6,477 6,875 i10.~13 5,!21 109,850 1,812 0'006 416'~50 1267,000 9,836 0 230 44]947 445.4~1 9,836 337.500 103;300 0~460 !005,600 1558.000 '2B,78t 0,226 2400 000 57:063 32,125 15,938 38.~0 109, 2.2!3 0 047 9,500 O 237 35!560 ~09 819 9 50O 354i250 156 700 0,905 CIDP.DTE CILD.DTE IFRE.DTE IiXO,DTE SB,DTE ~RES DTE DRHO BDT bS LOT SS1 bDT S!RH bDT GR bDT ~TE~ LDT TNR~ CML C~TC CNB TENS,CML DT,SDT DTCO,SDT COSTiSDT TT4.$DT LTT4,SDT GR,$DT HTEM.$DT ClDP,DTE CILD,OTE IFRE.DTE IIXD,DTE SP.DTE ~RES,OTE DRHO.bDT bS.LDT S$1.bDT SIRH,LDT GR,bQT }4TEN.bDT TNR~.CNL C~]TC.CNB TENS.CNL DT,SDT OTCO,SDT 3-MAY-1991 16:51 688 342~000 4 181 i581 1i9 1790 000 170 100 63 000 0,839 875,200 1473.600 87,188 6i3,500 123 000 126 250 2O 000 6 473 O, 6 0,000 831,500 225,875 8t0 8~ 813 337 500 3 ~07 1674 60 1745 000 111 900 116 000 0,628 770,800 1379.200 95,250 585,000 16 3 20 o00 -! 638 -,34 000 0 0 049 427 750 ~27 0375 5O 438 354 250 3 ~11 1928 873 1630.000 36 800 042 LSPH,bDT TENS,LQT NPMI,CML NPQR CNL CFTC CNL MRES CNL OTb SDT DTS~,SDT TTI SDT T ' bT WFC,SDT TMNS.SDT IDPH,DTE ILD,OTE IDOF,DTE !IRM.DTE GR,OTE HTEM'DTE PE~,BDT LU,LDT S$2'LDT LSRH,LDT TENS,bDT NPHI,CNL NPOR,CNL CFTC,CML ~RES,C~L DTb,SDT DT$~,SDT TT~,SDT bTT1.SDT WFC.$DT TEN$,SDT IDPH,DTE ILD,DTE IDQF,DTE XIRM.DTE GR,DTE HTEN,DTE PEP,bDT LU,[,DT $$2.LDT LSPH.bDT TEN$,LDT NPHI.CNL NPOR MRES.C~L DTL,SQT DTS~,SOT TT1,SDT 1790 O0 ~TE~,LDT 55,671 RTNR,CNL 54,i21 RCNT.CNL 375.532 GR,CNL 0 231 MTEM,CNL 134 ~00 DTb~.$DT ~23 000 COMC,$DT 880 000 TT2,$DT 147~ 600 LTT2,$DT 000 WFS~,$DT 2055 000 ~TEM,$DT 8 125 CI~P.DTE 7 918 ClLM.DTE 0 137 95 585 2 760 371 1 1745 46 43 453 0 104 157 779 136! 0 1985 000 IMQF,DTE 250 IIXM.DTE 250 TENS,DTE 000 DPHI,LDT 725 ~LS.bDT 000 bL,LDT .~50 LSHV.bDT 09 LURM,LDT 00 MTEM,LDT 30 RTNR,CNL 796 RCNT,CNL 531 GR,CNL 230 MTEM~CNL 400 DTLN SDT 000 COMC SDT 200 TT2 BDT 200 LTT2 SDT 000 WFSH SOT 000 MTE~ SDT 3 29 5O 603 5 404 329 2 1630 60 ~ ClMP DTE 57 ClbM DTE IIXM DYE 906 TENS DTE 500 DPHIbDT 301 OhS bDT 750 ~ LDT 250 LSHV bDT 160 LURH bDT 000 ~TE~.LDT ~4.580 RTNR CNL 35,246 RCNTiCNL 623.577 GR CML 0.237 MTEM.CNL 133.400 DTLN.SDT 133,000 COHC BDT 823.600 TT2:SDT PAGE{ 26 1,968 107,544 89;668 107;544 130,200 0,250 530,400 t256,400 0.,000 ~0,459 I'I:o o 3,, 299 985~ 000 50' 813 0 022 451 $00 349 000 ~8 L$0 ,oo 113 600 !7'516 I:ooo 26497 13 2 164 105 969 105 969 130 800 0 250 550 400 ~IS Tame verification Listl. mg icblumberger AlasKa Computlnq Center 3-~AY-!991 16:51 TT3.SDT ~07B,60~ TT4.$OT 81~.600 LTTI,SDT LTT3.SDT 79'1,20.~ LTT4.SDT 14 .000 ~FC,SDT SP,SDT "-3.~,000 OR.SOT 50,906 TENS,SOT 2300.000 6,219 6.090 149,750 5.766 108.725 2.16] 0,0~9 152.625 1266.000 9.172 0,237 34,204 685 149 9 17~ 346 000 212 900 0 66l !062 8'00 t681 200 -30.719 0,23t CIDP.DTE CILD,DTE IFRE.DTE IIXD.DTE SP.DTE ~RES. DTE ORHO,LDT LS. LDT SSI,LDT SI.R~.LDT GR,LDT HTEN,LDT TNR&,CNL Cq~C,CNL TENS.CNL DT SDT I. ~CO. SOT COST SOT TT4 SDT LTT4 SDT HTEN SOT DEPT. I5~.DTE IIRD.DTE SFLU.DTE ~TE~.OT~ R~O~.~DT DSS'bDT LITe.LOT SS~V.LDT CALl,LOT. ~ES,LDT T~{P~.CNL RCFT.C~ C~LT,C~5 NT~N,CN5 DTLF,$DT CO~S.SDT TT) SOT LTT3:SDT SP.SDT ~RES,SDT 2200,000 43,969 44,6~8 12.172 66.375 107,655 2.419 0 015 81:625 1266.000 10.008 0.242 25.137 1341,963 10.008 369,000 143,400 0 866 906i800 1607 600 '32,875 0.233 CIDP.DTE CILO,DTE IFRE,DTE !I~D.DTE SP,DTE ~RES. DTE DRHO.LDT LS. bDT SSi LDT S1RH bDT GW LDT HTEN LDT T~RA CNL CNTC:CNL TENS. CNL DT.SDT DTCO.SDT COST.SOT TT4.SDT LTT4:IDT GR OT HTE~'$DT D~PT. I~PP.DTE IL~,DTE IIRD.DTE SFLU.OTE RHOB.LDT DSS [,DT L~T~:LDT ...[,BT MRES.LDT TNPM.CNL RCFT.CNL C~LI.CNL HTEN.CNL DTLF.SDT COH$.SDT TT3.SDT LTT].SDT S~.SDT 2100.000 24,672 22.281 47.563 CIDP.DTM CILD,DTE IFRE.DTE IIXD.~TE DEPT. ImP~.OTE IL~.DTE ITR~.OTE 162.8~5 65.7 0 120,000 10.898 -30.719 0.231 0.008 444,~50 214. 75 2 119 .75 938 346 000 3 076 2227 342 1605 000 161 600 63 750 0 814 91. 00 76 188 593 50O 1 930 6 -32, 5 o 0 1 B1 000 96 375 36~ 000 2 379 3310 651 !605 000 122 200 70 438 0 250 684 800 1268 400 49 063 608.500 40,063 48 719 20:000 -2.152 IDPH,DTE IGD,DTE IDQF DTE IIRM DTE GR DTE PEF.bDT LU'LDT SS2,SDT LSRH'LDT TENS bDT NPM! CN5 NPOR CNb CFTC CNL ~RES CNL DTL SOT DTS~SDT TT1 SOT bTTi SOT wFCSDT TENS SDT IDPH.,DTE ILD~.DTE IDQF~,DTE IIR~.OTE HTEN DTE PEF LDT LU bDT SS2 bDT LSRH bDT TENS bDT NPHICN5 NPOR CMb CFTC CNL MRE8 tnb DTb SOT DTS~ SDT TTI,$DT LTT1,SDT WFC,SDT TENS,SOT !DPH.DTE IGD,DTE IDQF,DTE 1414,800 LTT2,$DT 8,000 WFSM'$DT 1965.000 STEM,SOT 6 0 154 76 593 3 405 6 137 ClMP DTE 03I CIbM DTE 000 IMOF DTE 500 IIXM: DTE 188 TENS DTE 500 DPHI LDT 166 ObS 5DT 750 bL LOT 000 LSHV LOT 2 152 LURH.LDT 36 744 0 143 123 920 13 :000 WFSH ~925'ooo ~T~ :000 MTEM.LDT 39 RTNR,CNL ~80 RCNT'CNL 553 GR,CNb 237 MTEM CNL 000 DTLN SDT 000 COMC SDT 000 TT~ SDT SDT SDT 83. 750 CI~.P*DTE 75.313 CIbN DTE 3 000 I~QF DTE 21 281 IIXN DTE 49 063 TENS DTE 608 2 266 284 2 1605 1356 0 117 122 692 1278 3 !915 500 DPH! LDT 68O OL$ LOT 000 5L.LDT 50 LSHV,LDT ~ bURH.bDT ~TEN,bDT 741 RTNR,CNL 065 RCNT,CNL 108 GR,CNL 242 MTE~.CNL 400 DTLN,$DT 000 COMC,MDT 000 TT2 SOT 400 LTT2:SDT 000 WFSH,$DT 000 MTE~.$DT 24.938 CI~P.DTE 20.516 ClL~ DTE 3,000 I~QF:DTE 42,594 IIX~.DTE PAGEI 27 1216,000 °°° 344 160,65 163,8~5 xooo 29'494 0,008 241::,500 1'351:,000 2,164 105'238 3,261 :2156,929 .75,938 105,238 135,:000 0,250 525,200 1183,200 0'000 108,725 2 2,7 3 4 2 2 ,: '3 $ 9 0,000 -0,780 1915'000 13'976 O, 009 148,000 5 ,ooo 32020 605 45 436 104 056 119 000 0 250 50 000 10328 600 0 000 107 656 40,500 000 8,469 ~chlumberger AlasKa Computing Center SFbU.DTE R~O~,LDT QSS.LDT LITe,bDT CAL~,LDT ~RES,LbT TNPM,C~L RCFT.C~L CAL~.CNL DTLF,SDT COHS.SDT TT3,SDT LTT3oSDT SP.S~T ~ES.SDT D~PT. I~Pg..DTE IL~ DTE IIRD' ,DTE SFL[~,DTE MTEU.~TE RWOB.LDT OSS.LDT LITN'LDT SSHV.LDT C~LI.LDT MRES.LDT TNPM.CNL RCFT,CNb CALI.CbL MTEN,CNb DTLW,SDT COMS,SDT TT3,SDT bTT3,SDT M~E$,S~T DEPW, ILW'DTE # IIRD.OTM SFLU,DTE ~TE~.~TE RHOBeLOT ~SS,Lg~ LITHoLOT SSMV,5DT CALI,LDT TNPP.C~!L 23,000 t06.700 2,289 0.007 I0~,875 1266,000 8,672 0,~45 22,731 1457,075 8 672 388 000 1045 400 0 496 !039 200 5122 000 -~5 484 0 236 2000,000 4,461 4.508 160 250 4 465 ~.06 081 2 336 0,015 96,625 1267,000 11,477 0,246 39,576 5~0.232 1,477 353,000 109,000 0,572 11076,00!) 652,400 -22,906 0,238 1900,000 3,3~3 3,240 258.250 3.639 105,069 2,337 0.022 97,063 ~267,0o0 9.422 0 24@ SP.DTE PRES DTE 'i DRHO LDT DS bDT S1RH.LDT HT~N, L.., 'l TNRA,CNL CNTC, CNb TENS, C~:~L OT,SDT OTC~:SOT COS SOT TT4' SOT LTT4,SDT GR,SDT HTEN,SDT CIDP'DTE CILD,DTE IFR~.DT~: IIXD,DTE SP,DTE ~RES. DTE ORMO bDT LS bDT SS 1 bDT SI RM bDT GR bDT MTEM bDT TNRA CML C~}TC CML TENS CNL DT,SDT DTCO'SDT COST.SDT bTT4 DT HTEN DT CID~,DTE CILD DTE TFRE:DTE IIXD.DTE SP'DTE ~RES.~TE DRHO. LS.bDT SS 1 , bDT S 1 P H, L D T GR LOT BTE~ ' LDT TNRA"CNL 3-~AY-1991 16:51 -25.484 0,236 -0,005 344,000 199,625 2 313 388 000 2 279 3370 440 1575 000 136 60O 68 813 0 ~50 8~0 8OO 1475 200 0©0 !85 000 13 iO0 61 -22 906 0 2]8 32~ 002 25O 201 875 7~ 31,4 353 000 193~ 574 960 1515 000 115 500 ~12 000 0 885 824 000 1431 200 609 0 311,250 313.250 0.000 31 328 -24:234 0,240 0,012 327.750 207.3~5 2,2 3 64.563 412.750 3.319 GR,DTE HTEN DTE PEF bDT LU bDT SS2 bDT LSRHbDT TENS bDT NPHI CNL NPOR CNL CFTC CNb ~RE$ CNb DTb DTS ~ SDT TT~ ,SDT bTTI,SDT WFC,SDT TEN$,SDT IDPH,;DTE ILD,DTE IDOF,DTE IIRM,DTE CR,DTE HTEN,DTE PEF,bDT LU,LDT SS2,bDT -- LSRH~LDT TENS,bDT NPMI,CNL NPOR,CNb CFTC,CNb MRES,CNL DTb,$DT DTSM,SDT TTI,$OT bTTI,$DT WFC,,$DT TENS,SDT IDPH,DTE ILD,DTE IDOF.DTE IIRM,OTE GR,DTE HTEN.DTE PEF,LDT LU,bDT $S2,bDT LSRH.bDT TENS,~DT NPHI,CNL NPOR,CNL 55 406 TEN$.DTE 627 3 323 3OO 2 1575 22 22 281 RCNT 1519 271 GR 0 245 ETE~ I06 2OO DTLN 143 000 COHC 786 800 TT2 i38~ 000 BTT2 000 WFSH 1915 000 ~TE~ 00 DPMI,LDT . 76 OL$,bDT 250 LL,LDT 000 LSHV,LDT 291 LURH,LDT 000 MTE~,LDT 882 RTNR CNL CNb CNb SDT SDT SDT $~T 5 402 CIMP,DTE 5 449 CILM.DTE 3 000 IMOF DTE 208 125 iIXM DTE 77 62 5 TENS DTE 000 I bDT 609 DPH 9 51 OL$ bDT 75 52 bDT 305 0 297 500 LSHV LDT 2'324 bURH LDT 0 ~TE~ 0 246 5 ~00 9TbN SOT 0 000 1825 000 MTEP SDT CIMP.DTE 234 OLS'BDT 30 000 Lb.bDT 302.750 ~S~V 2,320 bURHiLDT 1525,000 ~TE~ bDT 38.510 RTNR CNL 38.436 RC~T.CNL PAGE: 28 1915'000 182,375 ½:ooo · 299 103 i00 2 385 3494:352 5 125 10~ I00 214 600 0 ~0 498 800 ooo 000 106 700 224,000 221,625 1825,000 19,019 -0; O01 172',3?5 350,000 2;334 10~,6~0 3'524 2043;7.40 79,313 .:102'650 103,400 0,880 570'400 1212,000 10,000 106'081 30t 750 30~ 500 000 11 367 1760 000 · t8 997 -0 001 173 875 1350 000 2 328 101 637 3 625 2183088 ..IS Tape Verlfication Llstlnq ;chlumberqer AlasKa Computin¢ Center RCFT.CNL 653.868 CSTC,CNL C~LT.C~L 9,422 TENS,C~!L COHS.S~V'r 0.922 COST,SD TT].$I)T 1007,200 TT4,SDT LTT3.SDT' 1.524,000 LTT4,$DT SP.SDT -24,234 GR,SDT ~PES.S~)T 0,240 MTE~.~.SDT DEPT, 1800,000 CIDP,DTE IMmM,OTE 10,117 CILD,DTE IL~.DTE 9.539 IFRE.DTE IIRD.QTE 6~,375 IIXD,DTE SFLU.DTE 10,109 SP'DTE NTE~'DTE 103.887 ~RE$.DTE R~OB,LDT 2,206 DRHO'LDT OSS,LDT 0'0~6 LS,LDT LITe.bDT 134,750 SSI.bDT SSHV,LOT 1267'000 SIPS'bDT C~bI,LDT 9,]59 GR,LDT ~ES.LDT 0,252 ~{TEN,bDT TNP~.CNL 35,]71 TMRa,CNL RCFT.CNL 734,760 CMTC,CNL C~bI,C~iL 9,]59 TE~!$,CNL HTEN.Cb~L DT,SDT DTCO~ 347,500 DTLF,SDT 1,77,400 SOT co, s.s TT3.SDT 1151,200 TT4 DT LTT3 SDT 1988,800 LTT4.SDT SP~SDT -28,234 GR.SDT ~S,.S~ 0.242 ~T~.S~T DEPT. 1700.000 CIDP.DTE I~PH,DTE 7,281 CILD,DTE IL~.DTE 7,~24 IFRE,DTE IIR~ DTE 130.695 II×D~DTE SFLU:DTE ~'21.9 ' SP.DTE MTE~.DTE 103,494 MRES,DTE ~OB.LOT 2,359 DRHO.LDT SSS.bDT 0.015 L$.LDT LITH bDT 103,875 SSI.bDT SSHV:LDT 1266,000 S1RH.LDT CALl,bDT 9.172 GR,LDT . MRES.LDT 0,253 HTEM bDT TNP~.C~!L 24,257 T~IRA.CNL RCFT.CNL 1290,697 CNTC.CNL CALY.CNb 9.172 TENS,CML HTE~,CNb 349,250 DT,SDT DTLF.SDT 142.800 DTCO.SDT CO;~$.SOT 0,250 COST,SOT TT3.Sr)T 1118,400 TT4.SDT bTT3.SDT 187~,000 LTT4.SDT SP.$DT -32,250 GR.SDT ~ES.SDT 0,24~ ~TEM.SDT ~-~AY-1991 16:51 2230.161 CFTC,CNb 1525.000 MRES,CNL SDT 115,800 DTB,s 81,438 DT$~,~Dr 0,250 TTI,SDT 756,000 LTTI,SOT 1374.000 WFC.SDT 67.625 TFNS,SDT 605.500 68,750 71,250 20,000 1,936 -28.234 0,242 '0,001 404,500 206.750 2,207 52,531 347.500 2 961 2503860 i415000 134700 74563 0 250 857200 170~ 200 5 531 6!0 000 145,000 147,250 20,000 0,244 0,003 ~12.500 200.500 2.342 42,31] 349.250 2.356 3190.004 0~400 81,750 0,~50 695.600 ~594 4~0 40i53! 674 500 IDP}{.,DTE ILD,OTE IDOF.DTE IIRM.DTE GR,DTE HTEN.DTE PEF,LDT LU,bDT SS2..LDT LSRH,bDT TEN$,L~T NPHI,CNL MPORgCNL CFTC,CML ~RES'C~L DTbgSDT DTSM,SDT TTI,SDT LTT1,SDT ktFC'SDT TENS.SDT IDPH.DTE ILD,DTE IDOF'DTE IIRM,DTE GR..DTE NTEN.,DTE PEF,LDT LU.LDT SS2,bDT LSRH,LDT TENS,bDT NPHI,CNL NPOR,CNb CFTC.CNL ~RES,CNL DTL,SDT DTS~,SDT TTI.SDT LTT1.SDT WFC,SPT TFNS.SDT 707.664 GR.CMb 0248 ~T~,CNL ~]1:700 DTLN SDT ~33.000 COMC SDT 76~,200 TT2 SDT 1368.000 LTT2 SDT 023 CILM DTE 10'000 I~IOF DTE 99,.125 53'i 0 610. 8 37~ 00 31 0 2203 14~ 000273 34 297 IIXM DTE TENS DTE DPHI bDT 058 bDT bL bDT LSHV bDT LU~H bDT ~TE~ LOT RTN CNL RCNT CNL 814 ~96 GE CNL 0 52 ~TEM CNb 169 00 DTLN MDT 152 000 come SDT 857 600 ' TT2,$DT 172~ 800 LTT2,$DT 1685,000 WFSH,SDT ,000 6 6 0 128 40 674 2 296 294' 2 1395 23 891 CI~P DTE 785 CIbN DTE 000 !MOF 875 IIXN 531 TENS 500 DPH! 521 ObS 750 Lb LURH 000 MTEM 425 RTNR DTE DTE ,DTE bDT bDT LDT LDT bDT bDT CNL 24 097 RCNT,CMb 1361298 GR.CNL 0:253 MTE~ CNL 169.800 DTLN:SDT 134.750 COHC,$DT TT2.SDT 700.800 1463.200 LTT2,SDT 8.000 WFSH.SDT 1685.000 MTEV.SDT PAGEI 29 64,563 10I';637 tlO"500 1150.i800 0,000 105'069 98'~3 04, 0 000 26.908 00 2,:21 20~,~00 ,2SO ,, 250 16 000 -0 1350 000 99 3276:.~4 42, ~3 99 387 ~47,900 0 e69 469 600 ~20! 200 3 000 ~03 494 ,IS Tape verification Llstino ;chlumber~er AlasKa Computing Center DEPT, IMPN.OTE 30,015 ILW.DTE 27,797 IIRD.DTE 27,I8~ SFLU,DTE 30,~44 MTE~,DTE 103,550 RHOR,LDT 2,235 OSS,LD? 0,005 LITM.LDT 123,06] SSHV,LDT 1266,000 C~LI,LDT 13.39~ ~ES,I,~ 0.254 TNPM.C~L 3t,386 RCFT.C~.~L 662.922 CAL!,C~b 13,398 MTE~.C~L 384.~50 DTLF,SDT 209' O0 COMS'SDT 0.750 TT3 SOT 1251,~00 SP.SDT 37,1~8 ~gE$.SDT 0,243 DMPT, !~PM.DTE ILU.DTE IIRD.DTE SFLU,~TE ~TE~.DTE RMOB.LDT OSS,LDT LITM.LDT SSNV.LDT CALI.LDT ~RE$ LOT T"P~:CNL RCFT,CNL CALI,CNL HTEN.CNL DTLF.SDT COHS SOT TT3iSDT LTT3 SDT SP,SDT DEPT. I~PM.DTE IL~.DTE SFLU.DTE ~TE~.DTK R~OB,LDT 1500,000 4,984 4,875 535 103 044 2 1~8 0 011 1266 00~ 1~ $4? 40~90~ 558,53~ 10.547 416.250 1~5,700 0.923 1074 800 33 625 0,244 1400,000 12.469 12.000 49.281 13.578 102.650 2.228 '0.004 CIDP,DTE CILD,DTE IFRE.DTE IIXD.DTE , SP,t)TE ~RE$,DTE DRHO.LnT LS,LDT SS~,LDT 8~RH.LOT GR,LDT HTE~,L~T T~R~,C~L C~TC,CN~ TENS,CNL DT.$~T DTCO.SDT COST.SOT TT4.SDT LTT4 SOT GR SOT HTEN BDT CIDP DTE CILD,DTE IFRE.OTE IIXD,DTE SP,DTE DRH LOT LS.LDT S81.LOT S1RH"LDT G~.LDT HTEN,bDT TNRA,CNb CNTC,CNb TENS, CNb DT SOT DTCO:SOT COST.SOT TT4,SDT LTT4.SDT GR.SDT HTEN.SDT CIDP.DTE C!LD,DTE IFRE,DTE IIXO.DTE SP,DTE ~RF$.DTE DRHO.LDT LS.LDT 3-~AY-1991 16:51 26.703 2 016 :ooo 3,264 -~7.188 0,243 3 .000 2 .375 4~ 230 969 384 25O 3 246 2190 1 230 900 66 375 0 859 1128 000 1880 000 49 906 617 000 180,125 .ooo 0,244 0 013 431:000 216,750 2 17 86 [13 416 250 3 439 ~889 8O4 1100 000 139 700 74,500 0 885 840:000 ~407,200 92,125 606.000 52 7~9 54!344 2O 000 5.563 0,242 -0.014 379.000 IDPH,DTE ILD'DTE IDOF,DTE IIR~.DTE GR,DTE HTEM,OTE .PEF,LDT LU,hDT S$2,LDT LSRH,bDT TEN~ibDT NPH CNb NPO CNL CFT~,CNb ~RES,CNb DTb,SDT DTSM,$DT TTI,SDT LTTI,$DT WFC'SDT TENS,SOT' IDPH,DTE ILD,DTE iDOF.DTE IXR~,DTE GR.DTE H~,DTE F,bDT LU.LDT SS2'LDT LSRH,bDT TENS.bDT NPHI,CML NPOR.CNL CFTC'CNL MRE$.CNb OTb,SOT DTSM,$DT TTI.SDT LTTI.SDT WFC,SDT TENS.SOT IDFH.DTE ILD.DTE IDOF.DTE XI~q,OTE GR,DTE HTE~,DTE PEF.bDT LU.bDT 37.406 000 34,!88 49,906 617'000 2.750 361 500 CI~P,DTE CILM. DTE IMOFDTE IIX~ DTE TENS DTE DPHI bDT OhS bDT bLLDT 312 500 5SHV 2 225 LURH 1430 000 NTEM 33 31 734 0 255 146 863 1642 3 1620 bDT bDT bDT 959 RTNR. CNL 3 RCNT CML 000 CO~C,SDT 600 TT2.'SDT 400 LTT2,$DT ~000 WFSH,SDT 000 MTEM'$DT ClMP..DTE 000 I~OF'DTE 192.750 IIXM,DTE 92,125 TENS.DTE 606.000 DPMI,LDT 2 875 OhS,bDT 395 .000 Lb,bDT 330 750 LSHV'LDT 2 168 bURH.LDT 1300 000 MTE~,LDT 39 039 RTNR.CNL 41 ~87 RCNT'CNL 544, 02 GR.CNL 0 256 MTEM,CNL 125 500 DTLN.$DT 124 000 COHC;SDT 848 000 TT2.SDT 1394 400 LTT2.SDT 3 000 WFSH,SDT 1525,000 MTEM'SDT 18.953 CI~P.DTE 18 391 CILM.DTE 01000 IMOF DTE 78 938 IIX~:DTE 53:031 TENS.DTE 62~.500 DPHI.LDT .617 OhS.bDT 350.500 LL.LDT 28¸ 000 ~ 037 ooo ~07 ~0 1348 OO0 2 mmo 99 06 46, 69 ~06 99~ ~00 t: 38~ O~ 250 532~400 I~43~200 0.000 103,550 00,500 ]05,000 0.000 . 8,0'00 0.005~ 233500 1349 000 2, t78 98 319 642 68O 19i83t9,3t3. 123 400 o 59t 0 1176 ~00 0 000 103 044 80,125 83,3 3 0,0~0 0,222 1515,000 25,558 0'006 203.875 ,IS Tape verification Listing ;Chlum. beroer AlasKa Comptltinq Center LITH.LDT 120,500 SS1.LDT SSHV,LDT 1266 OOO SI. RH, LDT CALI,LDT 9:375 'GR.LDT MRES.LDT 0,252 HTEN.LDT TNPN,CNL 37.022 TNRA.CNL RCFT,C~L 740,403 CNTC.CNL CAL?.C~4L 9,375 TENS.CNb HTE~,C~.~b 391,~50 DT'SDT DTLW.SDT -82,600 DTCO,SDT COHS SDT 0,756 COST,SQT TT3 SDT 1293,600 TT4,SDT T~ L~3 SDT 21~0.000 5TT4.SDT SP SDT -45,563 GR,SDT MRES.SDT 0,~42 HTEN.SDT DEPT, I~PF.DTE IL~,DTE IIR~,DTE SFLU.DT~ ~HOB,LDT QSS,LDT LITN,LDT SSHV.LDT CAbl.LDT M~ES'LDT TMPH CML RCFT:CMb C~LI.C~b HTEN.CNL DTLF,SDT CONS.SDT TT3.SDT LTT3,SDT SP,SDT MRE'S,SDT t30~.000 ,15~ 5,414 ' 143.250 4,723 102,650 2,261 0 029 111 250 1266 000 !0 383 0,247 43,506 496.378 10,383 390,750 -21~.800 0 707 1062 80O 1898 400 -51 625 0 241 CIDP,DTE CILD,DTE IFRE,DTE IIXD,DTE SP,DTE ~RES,DTE DRHO,LDT LS.~LDT SSi bDT S1~ bDT GR bDT HTEN bDT TNRA CNL CNTC CNL TENS CNL DT SDT DTCO SDT COST SDT TT4,$OT bTT4'$DT ~R,SDT HTE~'SDT DEPT, I~PH.DTE ILU,DTE IIRD DTE SFLU:DTE ~TE~.DTE R~O~.LDT OSS.LDT LITE bDT SSHV:LDT CAL! bDT T~PHCN5 CILI.C~L HTEN DTLF' ' ,SDT 2o :ooo 4 6.387 116,250 6,~76 103,04¢ 1,867 0,020 351.250 1266 000 11 633 0 239 43 896 487 344 11,633 428.750 68,600 CIDP.DTE CILD,DTE IFRE,DTE IIXD,DTE SP,DTE ~RES,DTE DRHO,bDT LS,LDT SSI.L~T $1RH.bDT GR'LDT HTEN,LDT T~RA.CNb CNTC.CNb TEMS.CNL DT.SDT DTCO.SDT 3-NAY-1991 16:51 197.375 2,~97 52.500 391 250 3 ~35 2441 3~6 ooo ' 7O0 !~3 625 0 89O 868 400 1803 200 53 031 622 50O 67,750 16 '000 -5 625 o oo goo 220 375 2 .1. 25 68 438 390 750 .3 713 1996 4~5 1180 000 133 000 105 000 0 630 816 800 1478 400 88 75 100 643 0 26,625 28.000 20,000 61.1 8 0;235 0.005 ooo 000 1 838 45 81 428 ~ ,50 3 74! 1803.700 1240,000 122,400 87.875 SS2,LDT LSRM,LDT TENS,bDT HPHI,CML NPOR,CNg CFTC,CML ~RES'CNL DTL SDT DTSM SDT TTi SDT LTTI SDT WFC SDT TENS SDT IDPH,DTE IgD'DTE IDOl DTE IIR DTE GR~:~TE HTEN. DTE PEF gDT LU gDT $8~bDT LSRH:LDT TENS:gDT NPHI CNg NPO:i CNb CFT( CNL DTL SDT DTSM,SDT TTI,$DT gTTt'SDT WFC,SDT TEN$;SDT IDPH, DTE ID DTE IIRM,DTE GR,DTE HTEN,DTE PEF,bDT LU,bDT SS2,gOT LSRH,gDT TENS,bDT NPHI.CNL NPOR,CNL CFTC.CN5 ~RES,C~b DTb,SDT DTSM,SDT 304.750 LSHV.LDT 2 238 bURH,LDT 1225 000 STEM.gDT 37 35 767 0 18 162 869 t5g? 8 1515 045 RTNR CNL 493 RCNT CNg 724 GR 252 MTM~ 500 DTLN 000 COHC 600 TT2 600 LTT2 000 WFSH 000 ~TEM CNL CNL DT SDT 5 957 CIMP DTE 5 3 t73 75 643 366 323 1180 44 45 550 0 131 172 82.1 1456 10 1445 914 CIb~ 000 IMOF 750 IIX~ 188 TENS 000 DPH! 750 gSHV 219 LURH 000 STEM 283 RTNR 269 RCNT 655 GR 247 MTEM DTE DTE DTE DTE bDT bDT bDT LDT bDT LDT CNL CNL CNL CNL 400 DTLN,SDT 000 COHC,SDT · 200 TT2,$DT 000 LTT2,SDT 000 WFSH,$DT 000 MTEM,SDT 7,895 CIMP'.DTE 000 IMOF,DTE 147,500 IIXM DTE 48,969 TENS DTE 65 756 704'000 362500 gSHV 11856 gURH 1240 000 43 881 RTNR 41 57 RCNT 487 836 GR 0 ~]9 153 141 gDT gDT gDT .gDT LOT CNL CNg CNg MTEM.CNL 800 DTbN.SDT 000 COHC,SDT PAGE: 3 t 1349,,000 0 52,500 183' 0 ,000 ,400 0,000 I02,650 '194,000 184,625 ' 2'000 6,059 1445'000 ~3,599 206,3~5 000 1349'2..t 1969 !31~300 01~32 57~ O0 2OO 0 000 102 650 167~875 156,500 .2'000 20'000 1420,000 47,483 o0001 408750 1348 000 1934 99 143 800 0 323 ~IS Tape Verification Llsti. ng ~¢hlUmherqer A. laska Comp~tinq Center COHS,SDT TT3.SDT LTTb,SDT SP'SDT ~ES,SDT 0 356 1145 200 1915 200 -61 188 0 235 PT. 1100,000 P~ DTE t950.000 IL~'DTE. 1,950.000 IIRD,DTE 40 500 SFLU,DTE 0:996 MTEU.DTE 103,381 QMS,bDT '0,127 5ITH.LDT 40,844 SSHU.LDT 1267.000 CALl,bDT 9,000 M~ES.bDT 0,2~6 TNP~,C~[. 72,196 RCFT.CNL ~31.858 CALI,C~%!L 9,000 MTEN CNL 395~750 DTLF:SQT 793,700 CO~S,SDT TT3.SDT 550.800 LTT3.SDT ~135,800 SP,SDT !70,875 ~ES.SDT '0,227 DEPT !072,000 I~PW~DTE 999.~50 ILU.DTE i999,~50 IIRD.DTE 999,250 SFLU.DTE 999,250 MTE~,DTE 999,250 RHO~.LDT 1 246 QMS LDT -0!124 LITH:LDT 47 656 SSH¥.LDT !267 000 C~b!.LDT 2 67~ ~PES.LDT TNP~ CNL ~17,072 ~CFT:CNg 177,4~3 CaLI.CNL ~,~74 HTEN.C~:L 371.250 DTL~.SDT -999.25~ CQH$.SDT -999.25 TTb.SDT -999.250 LTT~.SDT -999.250 SP.SOT -9~9,250 M~E$,S{]T -999,750 .COST.MDT TT4,SDT LTT4,SDT GR.SDT HTE~,SDT CIDP DTE CII..D:DTE IFRE,OTE II×D,DTE SP.DTE MRES. DTE DRHO,LDT LS'.bDT SSI,gDT GR~LDT HTEN.LDT TN~&.CNL CN~C.CN5 TENS,CNL DT,SDT DTCO,SDT COST.MDT TT4 MDT LTT4 MDT GR MDT HTEN gDT CIDP.DTE CIbD.DTE IFRE,DTE IIXD,DTE SP.DTE ~RES,DTE ORHO.LDT bM.bDT SS! gDT S1RH bDT GR gDT HTEN.LDT TNR~.CNb CNTC.CNg 'rE~$.CNL DT.SDT DTCO,SDT COST.MDT TT4,SDT bTT4.SDT GR.SDT HTM~.$DT 3-~AY-1991 16:51 0.925 TTI,8DT 844,400 DTTI.SDT 1560.000 WFC,$DT 48,969 TENS,MDT 655,000 41.563 44,781 20.000 75 0 227 -0 ~14 37! 00 60 75O 4 29 41 ~50 ~95 75O 4 1085 000 66 000 67.6~8 4~ 693 4OO 738 800 38 781 667 500 999~ 0 -9999.~50 - 99,250 -999,~50 -999, 50 -0.928 4O0 000 60 5~1 4 109 28 ~34 371 50 5 528 1077 1060 000 -999 250 -999 250 -999 250 -999 250 -999.~50 -999 ~50 -999~250 IDPH,DTE ILD DTE IDOF DTE IIR~ DTE GR DTE HTEN DTE PEF bDT LU bDT SS2 ~DT LSRH DT TENS NPHI CML NPOR.CNg CFTC.CNb ~RES.CNL DTg.$DT DT$~,SDT TT1.SDT LTTI'SDT WFC.SDT TENS'MDT IDPH,DTE ILD.DTE IDOF.DTE IiR~,OTE ~GR.DTE HTEN,DTE PEF,gDT $S gDT LSRH,gDT TENS'gDT NPHI.CNL NPOR,CNg CFTC.CNg MRF$.CNL DTb,SDT DT$~.SDT TTI~SDT LTTI.SDT WFC,SDT TENS,MDT 851 600 sv :ooo 6 000 1420:000 SDT TT~:$DT gTT MTEl~. DT 24047 22 3 -661 38 667 35 330 118 1085 69 7O 24~ 0 54 154 726 135~ ClMP.DTE 313 CILM,DTE 000 IM~F,DTE 500 IIXM,DTE 781 TENS.DTE QL$.LDT O0 Lb LDT 750 LSHV 13 LURH O0 MTEM 094 RTNR i~10 RCNT 7 GR ~6 ~T~ 0 DTLN 500 COHC ,600 TT2 000 LTT2 000 WrSH 000 LOT gDT bDT CMg CNg CNg MDT MDT MDT MDT MTEM SDT -999 250 CI~P,DTE -999 250 CILM,DTE -999 250 IMQF.DTE -999 2~0 IIX~'DTE -999 TENM'DTE -999 DPHi.LDT 34 352 106~ 1i7 196 342 o -999. 0 -999.250 -999.250 999 250 -999.25O 250 250 469 OLS bDT 500 LLiLDT LSHV bDT 0 MTEN,gDT §~7 RTNR,CNg 598 RCNT~CNg GR,CNg MTEM,CNg DTLN.SDT COHC.$DT TT2.$DT LTT2,$DT WFSH.MDT MTEM.SDT PAGEI 32 596,400 1302,400 10~:000044 '6591,000 '661,500 0,o0o 2138,000 I355.000 0'242 205,875 !350;000 2,287 100,063 4,80:0 t198.800 4~,.750 100~063 54,800 0 340 oOO, oo 3, 000 103 38X '999,250 '999,250 '999,:250 '999,250 '999~50 85, 8.7 0,260 .223,750 t350'000 2,246 100,400 5'503 1095,~31 28.234 100 400 -999 250 -999 250 -999 250 -999 250 -999 25O -99g 250 ** EMS OF DATA :IS Tape verification Listing Chlumberqer AlasKa Computing Center 3-~AY-lggl 16:51 PAGE~ **** FILE FILE N&NE : ~:DIT ,0ol SERVICE : FLIC DATE : 9~/05/ ~AX ~EC SIZE : 10~4 F~LF TYPE LAST FILE **** TAPE TRAILE~ **** SERVICE NAME : EDIT DATE : 91/05/ ORIGIN : FLIC TAPE NA~E : 74506 CONTINUATION # : PREVIOUS TAPE CO~E~T : U~CAL,TRADING 8AY,A-1 RD,50-733-10055-01 **** REEL' TRAILER **** SERVICE; NAME : EDIir DATE : 91105/ 3 R~EL NA~E : 74506 CONTINUATION # : PREVIOUS REEL : CO~ENT : UNOCAL,TRADING 8AY,A-~ RD,50-733-10055-0!
