Department of Commerce, Community, and Economic Development
Alaska Oil and Gas Conservation
Commission
HOME
EVENTS
DATA
Data List
Drilling
Production
Orders
Data Miner
Document Search
REPORTS
Reports and Charts
Pool Statistics
FORMS
LINKS
Links
Test Notification
Data Requests
Regulations
Industry Guidance Bulletins
How to Apply
ABOUT US
History
Staff
HELP
Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
184-137
OF 7•k • • ��\ I%%%sv THE STATE Alaska Oil and Gas• "' 1- 1, 1 L 1SK 1 conservation Commission *h GOVERNOR SEAN PARNELL 333 West Seventh Avenue C)i ALA:lip p. Anchorage, Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 Mike Hazen SCANNED kl 1ui Staff Wells Engineer 1:4 ConocoPhillips Alaska, Inc. ,— P.O. Box 100360 Anchorage, AK 99510 Re: Beluga River Field, Undefined Gas Pool, BRU 224-23 Sundry Number: 313-461 Dear Mr. Hazen: 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 co day of September, 2013. Encl. STATE OF ALASKA f�/ R E AL OIL AND GAS CONSERVATION COM ION L\' APPLICATION FOR SUNDRY APPROVALS AUG 2013 20 AAC 25.280 1.Type of Request: Abandon r Rug for Redrill it✓ Perforate New Pool r Repair w ell Change Arcarogram r Suspend , Rug Perforations r - Perforate r Pull Tubing r Time Extension r Operational Shutdown r Re-enter Susp.Well r Stimulate r Alter casing Other: t- 2.Operator Name: 4.Current Well Class: 5.Permit to Drill Number: ConocoPhillips Alaska, Inc. Development r . Exploratory r 184-137 • 3.Address: Stratigraphic r Service 6.API Number: P. O. Box 100360,Anchorage,Alaska 99510 50-283-20076-00 7.If perforating, What 8.Well Name and Number: Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require spacing exception? Yes r No r BRU 224-23• 9.Property Designation(Lease Number): 10.Field/Pool(s): ADL 21127 „ Beluga River Field/Undefined Gas , 11. PRESENT WELL CONDITION SUMMARY Total depth MD(ft): Total Depth ND(ft): Effective Depth MD(ft): Effective Depth ND(ft): Plugs(measured): Junk(measured): 6950' -6880' '6462' .6391' 5047' Casing Length Size _ MD ND Burst Collapse CONDUCTOR 98' 30" 98' 98' SURFACE 427' 20" 427' 427' INTERMEDIATE 3099' 13.375" 3099' 3031' PRODUCTION 6648 9.625" 6648' 6578' Perforation Depth MD(ft): Perforation Depth ND(ft): Tubing Size: Tubing Grade: Tubing MD(ft): 3276'-564 ' 3207'-5576' 2.875"; 3.5" L-80; N-80 3219'; 1792' Packers and SSSV Type: Packers and SSSV MD(ft)and TVD(ft) Baker AL-5;Baker'FHL' etrieveable;and Baker'D'Permanent MD=3184'TVD=3115';MD=3701'TVD=3630';and MD=5029'ND=4959' 12.Attachments: Description Sunrnary of Proposal p". 13. Well Class after proposed work: Detailed Operations Program r BOP Sketch r Exploratory r Stratigraphic r Development �. Service r 14.Estimated Date for Commencing Operations: 15. Well Status after proposed work: 9/5/2013 Oil f Gas r WDSPL r' Suspended r' ' 16.Verbal Approval: Date: WINJ r GINJ r WAG r Abandoned r° Commission Representative: GSTOR r SPLUG r 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Mike Hazen Email: hazenmc onconocophillios.com Printed Name , .,-.• • Hazen Title: Staff Wells Engineer Signature Phone:265-1032 Date 23AUG13 Commission Use Only Sundry Number: '' 3_(..KW( Conditions of approval: Notify Commission so that a representative may witness Gent RBDMS OCT 1 0 c5 Plug Integrity BOP Test Mechanical Integrity Test r Location Clearance Other: s000 ia S e, tCO P /Gs L'rtit-) 41(-,v PI , /aG-�-.�, e'7/� � u Z s/lO 6n J Spacing Exception Required? Yes ❑ No U Subsequent Form Required: lD` yO7 APPROVED BY / Approved by: COMMISSIONER THE COMMISSION Date:`3-6-L.3 Approved a plicatl is o nu/months months trom the date of approval. ` Form 10-403(Revised 10/2012) R I Submit Form and Attachments in Duplicate 1 �`? /t- • • Subject: BRU 224-23; Plug/Suspend Scope: The objective of this procedure is to fish or mill the AD tubing stop from the long string then plug- and abandon both the long string and short string perforated zones. Overview: Beluga producer 224-23A has multiple tubing holes and a suspected packer leak. In addition to tubing integrity issues,there is an AD-2 tubing-stop stuck in the tubing above the production packer. This fish prevents us from isolating the long string from the formation and performing a combo-MIT thereby testing the production casing. Diagnostics already show we cannot pressure test the outer annulus(OA)due to either an open shoe or other issues. With neither the production casing nor intermediate casing able to hold pressure,we have no testable barriers, and the well must be shut in and secured. Job Concerns: Concern for this project is unsuccessful fishing of the tubing stop. Without clear access to the long tubing string the P&A would need to be performed through the short string creating a less desirable situation and decreased likelihood for the overall success of the P&A. Objectives: Our work is never so urgent or important that we cannot take the time to do it safely and in an environmentally prudent manner. • No HSE incidents. • P&A BRU 224-23 from TD to the dual-string upper packer at 3184'MD. o Remove baited AD-2 tubing stop from 3179' MD. Sao • Fish AD-2 tubing stop using CT; if successful fishing the AD-2, proceed with e-line set WRP and combo-MIT. If not able to attain passing CM IT, proceed with CT P&A procedure. • If not able to remove the AD-2 tubing stop, pull the bulldog spear from the tubing stop and proceed with CT milling contingency. o Perform CT P&A of long string. o Perform CT P&A of short string. Procedure N o{ ; 1—�ay 63 a Coiled tubing to fish AD-2 tubing stop from long string 3179' MD (currently baited with bull dog G spear). Start slow and ramp up jar licks as we do not want to pull the spear out prematurely prior to getting our best chances at getting the whole tubing-stop fish. If not able to fish tubing stop, attempt pulling the spear out of the tubing stop. This is likely to occur anyway during the CT fishing as we ramp up attempts to pull the tubing stop. If unable to remove the spear only from the tubing-stop, then pull out of hole laying in inhibited KWF to surface. Suspend this procedure here and other contingencies are being evaluated. 1 • • • Assuming the AD-2 is still in the well now un-baited, rig up CT motor/mill assembly and mill out AD-2 tubing-stop fishneck down through the slips approximately 8" into fish (AD-2 overall length is 25"). RIH sufficient length to confirm the tubing-stop fell to 'bottom' or use CT to push fish remnant to the CA-2 plug in TT nipple 5047'. At a minimum, push fish past sliding sleeve at 4989'. POOH circulating in KWF from CA-2 plug to surface. Slickline to D&T well and confirm depth of fish. Attempt to fish tubing-stop remnant from well; we don't need to spend more than a few runs on this step. If unable to fish AD-2 remnant after a couple of runs, move on to next step with fish on bottom. E-line to set 3-1/2" WRP in the first full joint below the upper packer at 3184'. Perform combo- MIT(T-IA) to 2500-psi. The short string has previously been shown to have integrity to the upper packer at 3184'. Monitor short string tubing pressure nonetheless in the event the sleeve leaks or any other TBG x IA communication has developed since its last testing. If able to achieve passing CMIT, leave WRP in place and RDMO. If CMITs do not pass, proceed below. Slickline. Assuming fish is pulled or is now below sliding sleeve at 4989', shift open Camco W-1 sliding sleeve at 4989'. (If for some reason we are unable to open the W-1 sliding sleeve, pull 1-1/2" DMY from side pocket mandrel at 3722' and leave open.) Perform injectivity test on the long string to confirm we can proceed with cementing. Perform injectivity test also on the short string in order to confirm the plan below is feasible. If unable to inject into either string, hold here and call town. Coiled tubing RIH in the long-string with one-run 3-1/2" (possibly Weatherford FH) cement retainer; park CT with retainer at 3184'. Come online with KWF/spacer and establish injection rate/pressures. Pump water spacer followed by 98-bbl Class G cement (selective annulus volume: bottom packer 5029' to intermediate packer 3701', plus tubing volume CA-2 plug to retainer) followed by water spacer and 20-bbl pill of 2# Biozan. Un-sting CT from retainer as cement exits nozzle. If excessive squeeze-pressure is attained before cement is out of CT, un-sting and circulate cement out of nozzle. Jet off top of retainer and circulate 55-bbl water (two bottoms-up) at max rate. POOH laying in inhibited KWF to surface (tubing volume=27.7-bbl). Slickline D&T and PT long tubing string. Drift short tubing string to D-nipple at 3207'. Coiled tubing RIH short-string with one-run 2-7/8" cement retainer; park CT with retainer at 3184'. Come online with KWF/spacer and establish injection rate/pressures. Pump water spacer followed by 32-bbl cement pill (selective annulus volume: intermediate packer 3701' to top packer 3276') followed by water spacer and 10-bbl pill of 2# Biozan. Un-sting CT from retainer as cement exits nozzle. If excessive squeeze-pressure is attained before cement is out of CT, un-sting and circulate cement out of nozzle. Jet off top of retainer and circulate 37-bbl water (two bottoms-up) at max rate. POOH laying in inhibited KWF to surface (tubing volume= 18.5-bbl). Slickline D&T and PT short tubing string. Pull 1.0" DMY valve from side pocket mandrel at 3115' and leave open. Pump 195-bbl (short string tubing and 9-5/8" IA volume to surface) inhibited KWF down the short string taking returns through the open mandrel at 3115', up the IA to tanks at surface. E-line perform tubing cuts on 3-1/2" OD long string and 2-7/8" short string at similar depths as deep as possible to cement retainers in the packer at 3184'. M`� _ 1-1 2✓ C T rt 1`)r • • RDMO. Contingency In the event that access to the long-string is not possible due to the bull dog spear being stuck or damaged,the P&A will be planned through the 2-7/8" short string. E-line to run tubing punch down the 2-7/8" short string and perforate the 3-1/2" long string at . 3250'. Perform injectivity testing to ensure perforations are successful and that the cement job can be performed. Attempt taking returns up through the long string to see if cement can be brought up the 3-1/2"tubing to the fish at 3179'. Bleed long string pressure to zero. Coiled tubing RIH short-string with one-run 2-7/8" cement retainer; park CT with retainer at 3184'. Come online with KWF/spacer and establish injection rate/pressures. Pump water spacer followed by 29-bbl cement pill (tubing plus selective annulus volume: intermediate packer 3701' to tubing punch 3250') followed by water spacer and 10-bbl pill of 2# Biozan. Open the 3-1/2" tubing with one barrel cement remaining in the CT to attempt to push cement up the long string. Un-sting CT from retainer as cement exits nozzle. If excessive squeeze-pressure is attained before cement is out of CT, un-sting and circulate cement out of nozzle. Jet off top of retainer and circulate 37-bbl water (two bottoms-up) at max rate. POOH laying in inhibited KWF to surface(tubing volume= 18.5-bbl). co/7ccir, ). 1—e# s f PS, ;2.04, e 4/7/4/ /5-Cbe$' r �,� �/P f� �g 5 /��/rocs �� 74,e 22 23r'' drifed as 7E/' 1S4'pr 0)11. ikpe lope (0,0( e", 01/'‘V' wet, I "jr f for le Cc/1/P 3 z SAK BRU 224-23 ConocoPhi lips •Attributes • Max Angle&MD TD A18ska,IraCWel!bore API/UWI Field Name Well Status Inc!(°) MD(ftKB) Act Btm(ftKB) Cxx 502832007600 BELUGA RIVER UNIT PROD 19.25 1,700.00 6,665.0 Comment H2S(ppm) Date Annotation End Date KB-Grd(ft) Rig Release Date SSSV:NIPPLE Last WO: 7/21/1993 195.90 1/17/1985 Well Config: -BRU 224-23,11/6/2012 8:21:07 AM Schematic-Actual Annotation Depth(ftKB) End Date Annotation Last Mod By End Date Last Tag:RKB 6,432.0 2/1/2003 Rev Reason:WELL REVIEW osborl 11/6/2012 g� HANGER,18 Casing Strings CONDUCTOR i Casing Description String 0... String ID... Top(ftKB) Set Depth(f... Set Depth(ND)... String Wt... String... String Top Thrd 36", ACE,� � [ 22 21.000 18.5 98.0 98.0 1.00 WELDED Insulated 36" _ Casing Description String 0... String ID... Top(ftKB) Set Depth(f... Set Depth(ND)... String Wt... String... String Top Thrd SURFACE 20 19.730 18.5 427.0 427.0 133.00 K-55 BUTT Casing Description String 0... String ID... Top(ftKB) Set Depth(f... Set Depth(ND)... String Wt.. String... String Top Thrd NIPPLE,3,082 I ' INTERMEDIATE 13 3/8 12.415 18.5 3,099.0 3,030.7 68.00 K-55 BUTT II Casing Description String 0... String ID... Top(ftKBI Set Depth(f... Set Depth(ND)... String Wt... String... String Top Thrd NTERME-3,099 PRODUCTION 9 5/8 8.835 18.5 6,648.0 6,578.0 40.00 N-80 BUTT 18-3,099 GAS LIFT, Tubing Strings 3,116 Tubing Description String 0... String ID... Top(ftKB) Set Depth(f... Set Depth(ND)... String Wt... String... String Top Thrd NIPPLE,3,145 ISO SLEEVE, �� HEATER WO 1.9 1.610 18.5 1,792.4 1,767.6 4.70 N-80 , CS HYDRIL 3,145 .. - f 1'oS Completion Details a t EMJT Top Depth PACKER 2, - RET4 rye C (ND) Top Inc, Nomi... Top(ftKB) 3,184 (ftKB) (°) Item Description Comment ID(in) PACKER 1, 3,184 18.5 18.5 0.00 HANGER CIW 1.5"TUBING HANGER Tubing Description String 0... String ID... Top(ftKB) Set Depth(f... Set Depth(ND)... String Wt... String... String Top Thrd �I TUBING 1 WO 3 1/2 2.992 18.5 5,059.8 4,990.0 9.20 N-80 BUTT AB-MOD NIPPLE,3,207 %O A Completion Details Top Depth �� / (ND) Top Inc! Nomi... WLEG,3,219 J Top(ftKB) (ftKB) (°I Item Description Comment ID(in) Pill f 18.5 18.5 0.00 HANGER CIW TRIPLE W/TYPE H BPV TUBING HANGER 3.500 RPERF, 3,145.1 3,076.5 6.05 NIPPLE CAMCO W-1 NIPPLE 2.812 3,276-3,378 3,183.9 3,115.1 5.66 PACKER 1 BAKER AL-5 DUAL PACKER w/30K PULL RELEASE 3.000 RPERF, 3,265.6 3,196.4 3.92 BLAST JT BLAST JOINTS(OAL=780') 2.992 3,420-3,490 Olt RPERF, I0 3,701.4 3,631.7 1.50 PACKER BAKER FHL RETRIEVABLE PACKER w/50K RELEASE 3.000 3,588-3,632 7-7- O 3,735.6 3,665.9 1.50 BLAST JT BLAST JOINTS(OAL=1119') 2.992 Ea 4,989.5 4,919.6 0.72 NIPPLE CAMCO W-1 SLIDING SLEEVE w/NIPPLE;CLOSED 2/1/2003 2.812 GAS LIFT, a T� � 5,028.2 4,958.4 1.29 LOCATOR BAKER GBH LOCATOR SEAL ASSY 3.000 3,650 5,028.7 4,958.9 1.28 PACKER BAKER D PERMANENT PACKER w/7'SEALS 4.000 CEMI�T 5,032.4 4,962.6 1.26 SBE BAKER SEAL BORE EXTENSION 4.000 Ll d PACKER,3,701 5,047.4 4,977.6 1.14 NIPPLE CAMCO D NO GO NIPPLE 2.750 5,058.9 4,989.1 1.06 SOS BAKER SHEAR OUT SUB 3.000 GAS LIFT, 3,722 t Tubing Description String 0... String ID... Top(ftKB) Set Depth(f... Set Depth(ND)... String Wt... String... String Top Thrd = :� TUBING 2 WO 2 7/8 2.441 18.5 3,219.3 3,150.3 6.50 L-80 EUE 8RD RPERF, = 01110411 Completion Details 3,730-3,750 = Top Depth APERF, (ND) Top Inc, Nomi... 3,799-3,814 - Top(ftKB) (ftKB) (*) Item Description Comment ID(in) 18.5 18.5 0.00 HANGER CIW TUBING HANGER 2.441 APERF, 3,870-3,875 3,082.2 3,014.0 6.68 NIPPLE CAMCO WP-1 SELECTIVE NIPPLE 2.312 APERF, - 3,184.3 3,115.5 5.66 PACKER 2 BAKER AL-5 DUAL PACKER**RELEASE w/PULL ON LONG 2.347 3,955-3,963 _ °_- STRING*** APERF, 3,207.0 3,138.0 4.22 NIPPLE CAMCO D NIPPLE,2.25"NO GO 2.250 4,001-4,006 p .p APERF, -. ,0 3,218.6 3,149.7 4.16 WLEG CAMCO WIRELINE RE-ENTRY GUIDE 2.347 4,305-4,313 Other In Hole(Wireline retrievable oluas.valves.DUMPS.fish.etc.1 II I 110 SAK BRU 224-23 Conoco Phillips t Alaska,ltt<. ConoccitBlips KB-Grd(ft) Rig Release Date Well Confiq: -BRU 224-23,11/6/2012 8:21:07 AM 195.90 1/17/1985 Schematic-Actual HANGER,18 Perforations&Slots 3 CONDUCTOR Shot Insulated 36", ;I Top(TVD) Btm(TVD) Dens SURFACE, Top(ftKB) Btm(ftKB) (ftKB) (ftKB) Zone Date (sh••• Type Comment 18-427 5,634.0 5,646.0 5,564.2 5,576.2 H,BRU 224-23 8/15/1993 12.0 APERF 5,668.0 5,678.0 5,598.2 5,608.2 H,BRU 224-23 8/15/1993 12.0 APERF NIPPLE,3,082 5,758.0 5,774.0 5,688.2 5,704.2 H,BRU 224-23 8/15/1993 12.0 APERF NTERMEDIATE, Notes: General &Safe 18-3,099 End Date Annotation GAS LIFT, ' 7/2/1986 NOTE:WORKOVER TO RPAIR/REPLACE LEAKING PACKER 3,116 NIPPLE,3,145 f ` 1/24/2011 NOTE:View Schematic w/Alaska Schematic9.0 ISO SLEEVE, 3,145 PACKER 2, 3,184 PACKER 1, 3,184 � l k NIPPLE,3,207 WLEG,3,219 RPERF, 3,276-3,378 - RPERF, 3,420-3,490 RPERF, 3,588-3,632 GAS LIFT, 3,650 PACKER,3,701 GAS LIFT, - 3,722 - RPERF, 3,730-3,750 = ` APERF, --- - 3,799-3,814 - APERF, 3,870-3,875 APERF, 3,955-3,963 - f� APERF, 4,001-4,006 -- APERF, = -_- 4,305.4,313 -- - RPERF, - - 4,478-4,502 RPERF, - - -_--__- 4,564-4,582 ------- - ___ APERF, 4,602-4,608 - RPERF, - 4,678-4,686 APERF, 4,742-4,747 RPERF, 4,708-4,815 ISO SLEEVE, 4,989 NIPPLE,4,989 ---- PACKER,5,029 SBE,5,032 XO THREAD, 5,037 NIPPLE,5,047 -' : SOS,5,059 -- APERF, 5,086-5,094 APERF, 5,184-5,196 RPERF, _-. - =_ 5,260-5,275 - APERF, 5,567-5,591 - APERF, 5,634-5,646 - -- - APERF, - --- 5,668-5,678 APERF, 5,758-5,774" PRODUCTION, 18-6,648 TD,6,665 • • Future 224-23 Rotary Sidetrack 20" 133#K-55 casing 427'MD 13-3/8"68#K-55 casing 3,099' MD KOP thru window in 9-5/8" 3,125'MD Whipstock Base 7"26#L-80 IBT-M (3000) 3,143'MD `:ITT':'_ Cement Retainer ': + ':;i 3,160'MD = -- -_ • Page 1 of 1 Subject: FW: INTENT PLUG for RE-DRILL WELLS: Corrected From: Davies, Stephen F (DOA) Sent: Monday, February 08, 2010 10:52 AM To: Foerster, Catherine P (DOA); McMains, Stephen E (DOA); Schwartz, Guy L (DOA); Saltmarsh, Arthur C (DOA); Aubert, Winton G (DOA) Subject: RE: INTENT PLUG for RE-DRILL WELLS: Corrected Revised procedure with an additional step per Cathy's comment: INTENT PLUG for RE-DRILL WELLS (IPBRD)Type Work Code in RBDMS / 1. When a Form 10-403 is submitted requesting approval to plug a well for redrill,the initial reviewer(Art or Steve D.)will check to make sure that the "Plug for Redrill" box in the upper left corner of the 403 form is checked. If the "Abandon" box is checked,we will cross that erroneous entry out and initial it on both copies of the Form 10-403 (AOGCC's and operator's copies). / 2. On the Form 10-403 if"Abandon" is checked in Box 15 (Well Status after proposed work), Art or Steve D. will cross that erroneous entry out and initial it on both copies of the Form 10-403 (AOGCC's and operator's copies). Instead, we will check the "Suspended" box. Guy and Winton will serve as quality control for steps 1 and 2. 3. When Steve McMains receives the Form 10-403 with a check in the "Plug for Redrill" box, he will enter the existing code "IBPRD" into RBDMS. This code automatically generates a comment under the History tab stating "Intent: Plug for Redrill." 4. When Steve McMains receives any Form 10-407, he will check the History tab in RBDMS for this comment. If he sees the "Intent: Plug for Redrill" code, and cannot find any evidence that a subsequent re-drill has been COMPLETED, he will assign a status of SUSPENDED to the well bore in RBDMS, no matter what status is listed on the 10-407. Steve will also change the status on the 10-407 form to SUSPENDED, and will date and initial his change. If Steve does not see the "Intent: Plug for Redrill" comment or code, he will enter the status listed on the Form 10-407 into RBDMS. 5. When the Form 10-407 for the redrill is received, Steve M. will change the original well's status from suspended to abandoned. 6. The first week of every January and July, Steve M. and Steve D. will check the "Well by Type Work Outstanding" user query in RBDMS to ensure that all of the Plug for Redrill wells have been handled properly. At this same time, Steve M. and Steve D. will also review the list of suspended wells for accuracy. Thanks, Steve D. • ^- -- • -� *� n r __ T,_ Tn's 7 n.TTDATT DT T T!'! «DV T1D T /11411(111 0 • AD-2 TUBING _ „... . 1 a STOPS LIF FISHNECK SPECIFICATIONS • / PART NUMBER(EXT FN) 224-150-00 224-290-00 224-340-00 224-595-00 PART NUMBER(THRO) 224-150-10 224-290-10 224-340-10 224-595-10 / PART NUMBER(GM 224-150-20 224-290-20 224-340-20 224-595-20 OD(in) 1.483 1.483 1.500 1.500 I ID(;n) 0.562 0.562 0.562 0.562 -II LENGTH(in) 23.00 23.00 23.00 23.00 FISHNECK(EXT)on) 1.188 1.188 1.188 1.188 THREAD 1,000-14 1.000-14 1.000-14 1.000-14 FISHNECK(G) 1 1/2 GS 1 1/2 GS 1 1/2" GS 1 1/2" GS i res.= I 0 ' SLIPS PART NUMBER(EXT FN) 224-530-20 224-200-00 224-950-00 224-870-00 '� PART NUMBER(THRO) 224-530-10 224-200 10 224-950-10 224-870 10 w r PART NUMBER(c FN) 224-530-20 224-200-20 224-950-20 224-870-20 it tiro 'f OD on) 1.625 1.843 1.843 2.100 Mill ID(in) 0.562 0.562 0.562 0.750 LENGTH(.n) 23.00 24.00 24.00 24.00 t; � FISHNECK(EXT)(in) 1.188 1.375 1.375 1.375 THREAD 1.000-14 1.188-14 1.188-14 1.188-14 FISHNECK(G) 1 1/2" GS 2" GS 2" GS 2" GS 1. I MI PART NUMBER(EXT FN) 224-790-00 224-250-00 224-129-00 224-300-00 PART NUMBER(THRD) 224-790-10 224-250-10 224-129-10 224-300-10 r �' j� PART NUMBER(c FN) 224-790-20 224-250-20 224-129-20 224-300-20 •.5 �� OD(In) 2.100 2.250 2.540 2.720 SLIP ID(In) 0.750 0.875 1.188 1.500 �� Z' CARRIER LENGTH(in) 24.00 24.00 24.00 25.00 NL �(� FISHNECK(EXT)(.n) 1.375 1.750 1.750 2.313 X ✓' �� THREAD 1.188-14 1.480-12 1.480-12 2.000-16 c'TG c o% NMI III I FISHNECK(G) 2" GS 2 1/2" GS 2 1/2" GS 3"GS X�L `223 PART NUMBER(EXT FN) 224-455-00 224-450-00 224-456-00 PART NUMBER(THRD) 224-455-10 224-450-10 224-456-10 224-550-10 PART NUMBER(G FN) 224-455-20 224-450-20 224-456-20 224-550-20 I , 4 OD(in) 3.650 3.720 3.720 4.530 ID(;n) 2.000 2.250 2.250 2.875 LENGTH(In) 26.00 26.00 26.00 25.00 FISHNECK(EXT)(.n) 2.313 2.313 2.313 N/A THREAD 2.000-16 2.000-16 2.000-16 3 7/8-8 ACME GMAI FISHNECK(G) 4' GS 4" GS 4" GS 5" GS *y„ SPRING ..... •" PART NUMBER(EXT FN) 4119. PART NUMBER(THRD) 224-520-10 224-738-10 46M PART NUMBER(c FE) 224-520-20 224-738-20 OD(n) 4.500 5.700 I NUT D(in) 2.875 3.750 LENGTH(n) 25.00 27.00 ( FISHNECK(EXT)(in) N/A N/A THREAD 3 7/8-8 ACME N/A FISHNECK(G) 5" GS 7" 38# GS' * SPECIAL GS PULLING TOOL DESIGNED FOR 7"38#TUBING. • .. _ . IN BULL DOG SPEAR M '. 1,,..., )),.„, ) F.'s 1,, 5 „ ....—..... S • F ishin g Neck-- --- d 'I' iltr - kvs my- 111 \s„ .,. ,. . - .e....\e4,-,s :ki.3 , < 0\i „,„, • F■ ck; ,,s A..)e c:- 1 - # N ft.1 ec,scA re s 1 ....,7 0 \ # \ S' 0 \ s\ 1 ./ .\ \ I ,.... ilt , Core ..Core .. a /\ ' / \ I •,. , ., .,, Slips • „,,, I • \ \\ p\\ .,.., , i \ \ , I \ •5 \ ' ", (4- 4,-- -, 1.....„:\ I _,.,t.• t.. ..1-6 .----, \,6 eli: ,„,..... ...\-: \ r 240 vt f, 4 \ I v, ,,!(.. ,,, 2--,-,, ‘......,..„ \ , •,. ..4-• - ct, • i..... .. .. ...._, ... . _ . P.O. Box 1530*Scott, Louisiana 70583 gr=ggrO' Ph. Plq71 non 0 4 nn - ._, 1 ti • • f ? SEAN PARNELL, GOVERNOR ALASKA OIL AND GAS 333 W. 7th AVENUE, SUITE 100 CONSERVATION COMMISSION ANCHORAGE, ALASKA 99501 -3539 PHONE (907) 279 -1433 FAX (907) 276 -7542 Ty Sender Wells Engineer ConocoPhillips Alaska, Inc. L P.O. Box 100360 Anchorage, AK 99510 Re: Beluga River Field, Undefined Gas, BRU 224 -23 Sundry Number: 311 -246 Dear Mr. Sender: 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 Commission grants for good cause shown, a person affected by it may file with the Commission 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, Daniel T. Seamount, Jr. Chair DATED this / day of August, 2011. Encl. Ut1Cil� STATE OF ALASKA 114 o $ (o t (tot t • ALASKA. AND GAS CONSERVATION COMMISSI• I41 APPLICATION FOR SUNDRY APPROVALS � ,f• lf 20 AAC 25.280 1. Type of Request: Abandon r Rug for Redrill r Perforate New Pool r Repair well f Change Approved Program r Suspend P • Flug Perforations 1' • Perforate r Pull Tubing r Time Extension r Operational Shutdown r Re -enter Susp. Well r Stimulate r Alter casing r Other:Variance F.7 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: ConocoPhillips Alaska, Inc. Development f r • Exploratory 184 -137 • 3. Address: Stratigraphic r Service 6. API Number: P. O. Box 100360, Anchorage, Alaska 99510 50 283 - 20076 - 00 7. If perforating, closest approach in pool(s) opened by this operation to nearest property line 8. Well Name and Number: where ownership or landownership changes: Spacing Exception Required? Yes r No I7 BRU 224 -23 • 9. Property Designation (Lease Number): 10. Field / Pool(s): ADL 21127 , Beluga River Field / Undefined Gas • 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): 6950 . 6880 . 6462' 6391' 5047' Casing Length Size MD " TVD Burst Collapse Conductor 98' 30" 98' 98' Surface 427' 20" 427' 427' Intermediate 3099' 13.375" 3099' 3031' Production 6648' 9.625" 6648' 6578' Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: / Tubing Grade: Tubing MD (ft): see attached see attached 2.7/8 ", 3.5" L - 80, N - 3219', 1792' Packers and SSSV Type: Packers and SSSV MD (ft) and TVD (ft) Baker AL -5 3184' MD, 3115' TVD / Baker 'FHL' retriev. Pkr and Baker 'D' perm. Pkr 3701' MD, 3630' TVD and 5029' MD, 4959' TVD 12. Attachments: Description Summary of Proposal 13. Well Class after proposed work: Detailed Operations Program r BOP Sketch r Exploratory Development c47 Service r 14. Estimated Date for Commencing Operations: 15. Well Status after proposed work: 9/1/2011 Oil r Gas r WDSPL r Suspended 147 • 16. Verbal Approval: ?t?;,/ WINJ r GINJ r WAG r Abandoned r Commission Representative: GSTOR r SPLUG r 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Ty Senden © 265 -1544 Printed N T Sende Title: Wells Engineer Signature Phone: 265 -1544 Date � (5/ 1.1 Commission Use Only Sundry Number1 i - qc Conditions of approval: Notify Commission so that a representative may witness IIJJ tt Plug Integrity BOP Test r Mechanical Integrity Test r Location Clearance (-> - , Other: RAYSi44wt to Zzi /k14( ZS . ((Z. t= ) � a ��er C UA.2 p�ot� � (M�a, a's & p l / 1O+ 1 :) Subsequent Form Required: 1 Q -. 4 07. / APPROVED BY (" q / Approved by: / / COMMISSIONER THE COMMISSION Date: c y 0 / AUG1110 ' p Form 10 -403 Revised 1 1 R NA L 1 Submit in Du licate - • •224 -23 Suspension • 20" 133# K -55 casing Suspension of 224 -23 Procedure: 427' MD 1) Long String: Set tubing cement retainer in 3 -' /z" long string at 4,830' MD. 2) Long String: With sliding sleeve open, pump 50 bbls of 15.8 ppg Class G cement to fill annulus from bottom packer to perforations (214' of cement). Expect cement above perforations to exit 9 -5/8" casing. 3) Long String: Set plug and pressure test tubing /casing (CMIT) in longstring. 13 -3/8" 68# K -55 casing 4) Short String: Set retainer above TTL in short string, pump 100 3,099' MD bbls of 15.8 ppg Class G cement, squeeze cement through open GLM spot cement on retainer. Note: These steps will only be required if the production casing cannot be successfully pressure tested. See full procedure for details. Tubing Cement Retainer (short string) 3200' MD • 80' of cement on top of production packer. Packer -I_ (variance requested) 3,184' MD •• Perforations 3,276' - 3,378' 3,420' - 3,490' 3,588' - 3,632' -.. 69' of cement on top of straddle packer. (variance requested) Packer 3,701' MD Perforations 9 -5/8" 40# N -80 3,730' - 3,875' = 4,996' MD 3,955' - 3,963' 4,001' - 4,006' Tubing Cement Retainer 4,305' - 4,313' 4,478' - 4,815' (long string) 4,830' MD 214' of cement on top of packer. T.T Packer ■ 5,029' MD • Existing Plug in TTL at Perforations 5047' MD 5,086' - 5,094' 5,184' - 5,275' 5,567' - 5,774' 9 -5/8" 43.5# N -80 Revised by: 6,648' MD Ty Senden August 5, 2011 • • Justification The well has multiple tubing holes and a potential packer leak. Amongst the tubing , holes there is a fish stuck in the tubing above the production packer. The fish prevents us from isolating the long string from the formation and performing a combo -MIT and therefore testing the production casing. Diagnostics already have proven that we CANNOT pressure test the outer annulus (OA) due to either an open - shoe or ?. With neither the production casing nor the intermediate casing able to hold pressure, we have no testable barriers, and the well must be shut in and secured. Objectives The objective of this procedure is to fish the AD tubing stop from the long string thus , enabling coiled tubing to plug and abandon the long string and short perforations. Job Concerns Biggest concern for this project would be unsuccessful fishing of the tubing stop. Without clear access to the entire tubing string the overall success of the job becomes questionable. Procedure Coiled Tubing: (Long String — 3.5 ") 1. RU CT and PT equipment. 2. Use every means available to fish out the At ing stop. Weatherford (Eddie Brewer 394-1798) has been involv -1 previous fishing attempts and should be utilized whenever possible. Once access to the long string is obtained. 3. RIH with an inflatable cement retainer and set it at 4830' RKB. 4. Establish injectivity through retainer, through sliding sleeve and into the formation. 5. Pump 150 bbls of reshtwater at max rate into formation. 6. Pump 50 bbls of 15.8 ppg class G cement (see cement design). v 7. If at any time during the cement pumping the formation plugs off or pressures up (and we can't squeeze in any more cement), un -sting from retainer and lay in cement in the long string up to —3800' (well below the 1.5" mandrel at 3722' RKB). At a minimum un -sting and place 1 bbl of cement on top of the retainer. 8. POOH and RD. Slickline: (Long String — 3.5 ") 9. RU and PT equipment. 10.WOC for 12 hours and then RIH and tag top of cement. Ensure TOC is below GLM at 3722'. 11. Bleed down the L.S. and Prod. Casing to 0 psi for 30 min drawdown test. • • 12. CMIT to 1500 psi the Long String. x Prod. Casing for 30 mins. Document results. 13. Pull 1.5" DV's from production mandrels at 3650' MD and 3722" MD. 14. Install 1.5" HFCV's in production mandrels at 3650' MD and 3722' MD. 15. Perform caliper log from top of cement to surface. Slickline: (Short String - 2.875 ") 16. Perform caliper log from TTL to surface. 17. RIH and set a positive plug in the D nipple at 3207' RKB. [Historically we've been unable to get a passing test with a plug in the D nipple. If it fails, try setting a packoff plug just below the packer as described in 6/18/10 WSR.J 18. MIT -T the short string to 1500 psi for 30 mins. Document results. 19. Pull plug from D nipple. 20. RDMO. Eline: (Long String — 3.5 ") 21. RU and PT equipment. 22. Set WRP in long string just below packer at 3184' RKB. Ensure WRP is set in good pipe as described from caliper log. 23. Bleed down long string and IA to 0 psi for 30 min drawdown test. Document results. Pumping: (Long String — 3.5 ") 24. Load IA or long string with inhibited KCI. 25. CMIT long string x production casing for 30 minutes. Document results. a. IF the CMIT passes, leave the WRP in the well and all production will commence through the short string. b. IF the CMIT fails, continue .orrwith procedure. E -line: (Long String — 3.5 ") 26. Perform leak detection log to ensure that the WRP is holding and not leaking past. If the plug is leaking, pull and replace with another WRP or IBP. 27.Attempt to determine other possible leak paths (i.e. packer leak or production casing leak). IF EITHER THE DRAWDOWN TEST OR THE CMIT FAILS Slickline: (Long String — 3.5 ") 28. RU and PT equipment. 29. RIH and pull the WRP from just below the packer at 3184' RKB. 30. Install 1.5" DV's at 3650' and 3722' MD. 31. RDMO. L _ • • E -line: (Long String — 3.5 ") 32. RU and PT surface equipment. 33. Run a LDL on the long string attempting to identify why the CMIT fails. 34. IF the LDL shows Teaks in the long string below the production packer, set a WRP or IBP below the packer but above the identified leaks. 35. CMIT long string x production casing for 30 mins. 36. IF the CMIT still fails, consider running a temperature log (sonic log, TecWell) or other to attempt to determine where /if the production casing is compromised. Slickline: (Short String — 2.875 ") 37. RU and PT surface equipment 38. RIH and pull 1" DV from mandrel at 3116' MD. 39. Rig down and turn well over to coiled tubing. Coiled Tubing: (Short string — 2.875 ") 40. RU CTU and PT surface equipment. 41. RIH and set inflatable retainer just below the packer at 3184'. 42. Establish injectivity through retainer and into formation. 43. Pump 150 bbls of fresh water at max rate into formation. 44. Pump 100 bbls of 15.8 ppg class G cement (see cement design).. 45. If at any time during the cement pumping the formation plugs off or pressures up (and we cant squeeze in any more cement, un -sting from the retainer and circ out cement from the short string leaving —100' of cement on top of the retainer. 46. Before displacing all the cement un -sting from the retainer and squeeze 8 bbls of cement through open GLM at 3116' MD. 47. Let cement cure for 24 hours. Slickline: (Short string — 2.875 ") 48. RU slickline and PT surface equipment. 49. RIH and tag retainer or cement top. 50. Pressure test tubing to ensure isolation from the formation. 51. Bleed down and perform a drawdown test on the long string, the short string and the production casing.. 52. Perform a CMIT to 1500 psi of the short string x production casing. Document results. 53. Perform a CMIT to 1500 psi of the long string x production casing. Document results. 54. IF all tubing strings bleed down to 0 psi and hold for 30 minutes, RIH and pull 1" DMY valve @ 3116', from short string. • • I a ConochiIIips BRU 224 -23 API# 50- 283 - 20076 -00 ....... Gas Producer Annulus Fluid: Diesel _ Dual Comp. t Heater String Max Hole Angle: 19° © 1,700' Spud Date 11/25/84 _ LL,2w Sect, 23, T12N, R1OW, NE 1/4 RKB to Ground: 18.5' Last Completion 7/21/93 lb [] p 2x ASP @ Beluga: 2,631,617; 320,249 RKB to SL: 94.' Schematic Rev. 6/28/04 lc I CASING & TUBING Hole by TDT ,1 ,2y,2z`z Description OD Btm. Weight Grade Thread Size Cement ld A Conductor 36" 98' 1" Wall Welded Driven A Surface Csg. 20" 427 133. # K -55 Buttress 26" 61Bsx "G ". Rtns to surface. Intermediate 13 3/8" 3,099' 68. # K -55 Buttress 17 1/2" 2100sx "G ". Rtns to surface. 1 B Rod Casing 9 5/8 4,996' 40. # N -80 Buttress 12 1/4" 1000sx "G" @ shoe. B 9 5/8 6,648' 43.5 # N -80 Buttress 12 1/4" 440sx "G" © 3700' collar Heater String 1.90" 1,792' 4.7 # N - 80 CS Hydril Rod. Tbg. 2 2 7/8" 3,219' 6.5 # L -80 EUE 8rd Prod. Tbg. 1 3 1/2" 5,060' 9.2 # N -80 Butt AB Mod le slz Str. Lbl. Top JEWELRY& FISH Length ID OD 1 2 w 3,082' "WP -1" Nipple, Camco WP -1 Selective 2.06' 2.312" 3.668" lg _� 2 x 3,116' Mandrel, Camco KBMG 5.09' 2.347" 4.703" lh D I1" Dummy Valve, BK -2 latch 2 y 3,207' "D" Nipple, Camco D 1.58' 2.25" 3.687" 2 z 3,219' Wireline Re -entry Guide, Camco 0.67' 2.347" 4.50" 1 a 19' Tbg. Hanger, CIW triple w/ Type 'H' BPV 0.52' EE 1 b 3,145' SS -W1 Sliding Sleeve, Camco W-1 Nipple 5.09' 2.812" 4.50" 1 c 3,184' Pkr Packer, Baker AL -5 Dual w/ 30k pull release 14.27' 3.00" 8.50" 1 d 3,266' Blast Joint, 3.5" N-80 BTC -mod 380.' 2.992" 3.875" 1 e 3,650' (Mandrel, Camco MMG 8.48' 2.867" 5.968" 1.5" Dummy Valve, RK latch 1 f 3,701' Pkr Packer, Baker 'FHL' Ret. w/ 50k pull release 8.15' 3.00" 8.437" 1 g 3,722' 'Mandrel, Camco MMG 8.48' 2.867" 5.968" 1.5" Dummy Valve, RK latch 1 h 3,736' Blast Joint, 3.5" N-80 BTC -mod 1,119.' 2.992" 3.875" 1 I 4,989' SS -W1 Sliding Sleeve, Camco W -1 Nipple .-Cf n. 2/15/03 5.09' 2.812" 4.312" 1 j 5,029' Pkr Packer, Baker 'D' Perm. W/ '' Seals' 3.70' 3.00" 8.125" 1 k 5,047' "0" Nipple, Camco D 3.5" C,-2 Plup)2 /15/03 1.46' 2.75" 4.281" D 1 L 5,059' Shear sub, Baker l J / 0.95' 3.00" 4.50" Pressure Datum: Sterling 3450' SS: 3,610'MD Beluga 4000' SS: 4,160'MD F PERFORATIONS, FILL & PLUGS Net Incline F Zone MD SS Depth Status Date SPF R. pride WS0 3271' - 3273' 3111' - 3113' WS0 perfs, sqzd w/ 89 sx, test 1000 psi 01/85 4 2' 6° 1 A 3276' - 3378' 3116' - 3218' Orig 6 SPF, Reperfd 6 SPF /120° 07/86 12 78' 6° FF B 3420' - 3490' 3260' - 3330' Orig 6 SPF, Reperfd 6 SPF /120° 07/86 12 56' 3° C 3588' - 3632' 3428' - 3472' Orig 6 SPF, Reperfd 6 SPF /120° 07/86 12 34' 3° WS0 3640' - 3641' 3480' - 3481' WS0 perfs, sqzd w/ 189 sx, test 1000 psi 01/85 4 1' 2° D 3730' - 3875' 3570' - 3715' Perfd TCP 12 SPF /30° 07/93 11/12 40' 2° 1I j D 3955' - 3963' 3795' - 3803' Perfd TCP 12 SPF /30° 07/93 12 8' 2° lj E 4001' - 4006' 3841' - 3846' Perfd TCP 12 SPF /30° 07/93 12 5' 1° lk,1L E 4305' - 4313' 4145' - 4153' Perfd TCP 12 SPF /30° 07/93 12 8' 1° 1 F 4478' - 4815' 4318' - 4655' Orig 6 SPF, Reperfd TCP 5 SPF/70° 07/93 11/12 68' 1° HH G 5086' - 5094' 4926' - 4934' Plugged 9/93. Perfd w/ strip guns after WO. 09/93 12 8' 1° H 5184' - 5275' 5024' - 5115' Plugged 9/93. Perfd w/ strip guns after WO. 09/93 6 27 1° H 5567' - 5774' 5407' - 5614' Plugged 9/93. Perfd w/ strip guns after WO. 09/93 12 62' 0° FC 6,559' 6,398' PBTD 6462' 01/85 H TAGS Str 2 7/13/93 3701'RKB Workover Str 1 2/15/03 5047'RKB CA2 Plug H 2/15/03 6432'RKB BL Brush PG 0 F. Jul-86 Workover #1. Replace leaking packer. Reperf with tubing conveyed guns. rn May-92 Initial perforations in 0, F, & H sands. Commingle with Sterling in single. PBTD 6462' ,.., 6 -7/93 Workover #2. Change to dual completion. Add perforations to most zones. FC ra ,/} = Feb-03 Pull CA -2 plug from nipple ©5047', bosh nipples & tag 6432'RKB. Set CA -2 plug, dose SS©4989 & press. test tbg, pass. Open S • BRU 224 -23 Suspension Short Procedure 1) Long String: Set tubing cement retainer in 3 -' /2" long string at 4,830' MD. 2) Long String: With sliding sleeve open, pump 50 bbls of 15.8 ppg class G cement to fill annulus from bottom packer to perforations (214' of cement). Expect cement above perforations to exit 9 -5/8" casing. 3) Long String: Set plug and pressure test tubing/casing in longstring. 4) Short String: Set retainer above tubing tail in short string, pump 100 bbls of 15.8 ppg class G cement, squeeze cement through open GLM, spot cement on retainer. STATE OF ALASKA -F EVE ALASKF� AND GAS CONSERVATION COMMISSKO i )N, 't it ' APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 Al {'.i0 :,pit & isz+A Gitt19i, €�sitfilt1 • Sion 1. Type of Request: Abandon r Rug for Redrill r Perforate New Pool r Repair well I Change vorrog =m r Suspend 17 • Plug Perforations 17 • Perforate r Pull Tubing r Time Ex • nsion r Operational Shutdown r Re -enter Susp. Well r Stimulate r Alter casing r Other: r 2. Operator Name: 4. Current Well Class: 5. Permit to Dril umber: ConocoPhillips Alaska, Inc. Development 17 Exploratory r 184 -137 3. Address: Stratigraphic r Service r 6. API Nu • per: P. O. Box 100360, Anchorage, Alaska 99510 %s- 283 - 20076 -00 • 7. If perforating, closest approach in pool(s) opened by this operation to nearest property line 8. Well Name and Number: where ownership or landownership changes: Spacing Exception Required? Yes r No 17 BRU 224 -23 • 9. 9. Property Designation (Lease Number): 10. Field / Pool(s): •�` ADL 21127. Beluga River Field / Undefined Gas • 11. PRESENT WELL CONDITION SU ' A Total depth MD (ft): Total Depth TVD (ft): Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (N red): Junk (measured): 6950 • 6880 • 6462' 6391' :'447' Casing Length Size MD ` TVD Burst Collapse Conductor 98' 30" 98' �M 98 Surface 427' 20" 427' d , ` 427' Intermediate 3099' 13.375" 3099' 0\, 3031' Production 6648' 9.625" 66 8 h/ 6578' � `/ . \ d� Perforation Depth MD (ft): Perforation Depth TVD (ft):' 0 Tubing Size: Tubing Grade: Tubing MD (ft): see attached see attached 2.7/8 ", 3.5" L - 80, N - 3219', 1792' Packers and SSSV Type: P.. eilit‘and SSSV MD (ft) and TVD (ft) Baker AL -5 4:5 : . kftID, 3115' TVD Baker 'FHL' retriev. Pkr and Baker 'D' perm. Pkr ' MD, 3630' TVD and 5029' MD, 4959' TVD 12. Attachments: Description Summary of Proposal R 13. Well Class after proposed work: • Detailed Operations Program r BOP Sket , Exploratory Development r.; Service r 14. Estimated Date for Commencing Operations: 15. Well Status after proposed work: 9/1/ ' 1 Oil r Gas r WDSPL r Suspended 17 • 16. Verbal Approval: • WINJ )-"' GINJ r- WAG r Abandoned r Commission Representative: GSTOR r SPLUG r 17. I hereby certify that the foregoing is true .: nd correct to the best of my knowledge. Contact: Ty Senden @ 265 - 1544 Printed Name T enden Title: Wells Engineer Signature ` •� \ Phone: 265 -1544 Date (p /z 11,1 ' ` Commission Use Only Sundry Number: 31k _3 a k a Conditions of approv. . Notify Commission so that a representative may witness Plug Integrity r BOP Test r Mechanical Integrity Test r Location Clearance r Other: Subs= • uent Form Required: RE/>DMS AUG 112011 COMMISSIONER THE COMMISSION Date: Approved by: Form 10 -403 Revised 1/2010 411 �� S ubmit in Du ate OEIGINAL �� e - / / • • 224 -23 A A I ► 20" 1334K -55 casing Abandonment of 224-23 Procedure: 427 MD 1) Set tubing cement retainer in 3 -W long string at 4,830' MD. 2) With slicing sleeve open, pump cement to fill annulus from bottom packer to perforations (214' of cement). Expect cement above perforations to exit 9 -518° casing. f 3 3) Set plug and pressure test tubingfcasing inlongstring. 4) Short String: Set retainer above tubing tail in short string, pump cement, squeeze cement through open GLM, spot cement on retainer. r I 13 -318" 55 casing t 3,099' II Permanent annuli and surface plugs will be pumped at alater time. Note: These step s will only b e required if the production casing cannot be successfully pressure tested. See full procedure for details. f � TOG = � 3o qi Tubing Cement Retainer (short string) Packer ----- . - -3200' MD 3,184' MD "'"'"""'•" """ Perforations 3,276' - 3,378' ! 1 3,420' - 3,490' 3,588' - 3,632 I _ n _ Packer 3,701' MD,. Perforations 3,730' - 3,875' = s L 3,955' - 3,963'' ! 4,001' - 4,006' = Tubing Cement Retainer 4,305' - 4,313' to string) 4,478' - 4,815 ( 4, 00' MD ? Q 9-5/8" 40# N -80 Packer 4,996' MD 5,029' MD Ex sting Plug in TTL at Perforations 5047 MD 5,086' - 5,094' - M 5,184' - 5,275' 5,567' - 5,774' 9 - 518" 43.5#N - 80 Revised by: 6,648' Ml) T y Senden June 24, 2011 `, � • SAK • BRU 224 -23 Conoco [Well Attributes Max Angle & MD TD _ Wellbore APUUWI Fold Name Well Status Intl I') IMD (ftKB) Act Btrn (ftKB) tUlnrtcoptnlhol r ILL 502832007600 BELUGA RIVER UNIT PROD 19.25 1,70000 6,665.0 Comment 428 (ppm) Date An f t n End Date KB - Grd (ft) Rig Release Date SSSV- NIPPLE l _ , Last W 7/21/1993 i 195.90 1/17/1985 m 4Wgu co -- "-Rik[ 24.2/..4/6281.1 "41a.4M , . - _ _ �_ Silk netic duel, - ,_, Annotation Depth (flKB) End Data Annotation Lest Mod .. Entl Date Last Tag,: RKb 6 432 0 2/12003 Rev Reason FORMAT UPDATE ninam 4/4/2011 �'1 Casing Strings____ Casing Description String 0 String ID Top (ftKB) Set Depth (f... Set Depth (ND) ... String Wt... String ... String Top TWO HANGER, 19 -- - '> r CONDUCTOR 22 21900 18.5 98.0 98.0 1.00 WELDED Insulated 36 -_ CONDUCTOR Casing Description String 0 String ID ... Top (ftKB) Set Depth (f... Set Depth (ND) ... String MN... Siring ... String Top Thrd InNJetW 36", . B, :. SURFACE 20 19.730 18.5 427.0 427.0 133.00 K - 55 BUTT 19 -98 SURFACE, Casing Description String 0... i String ID.., Top (ftKB) Set Depth (E.. Set Depth (ND) ... String Wt... String ... String Top Thnf 18 INTERMEDIATE 13 3/8 12.415 18.5 3,099.0 3,030.7 68.00 K - 55 BUTT - Casing Description Strmg 0... String ID ._ Top (ftKB) Set Depth (L.. Set Depth (ND) ... String Wt... String ... String Top Thai PRODUCTION 9 5/8 8.835 18.5 6,648.0 6,578.0 40.00 N -80 BUTT NIPPLE, 3,082 ':. Tubing Strings Tubing Description Str g 0... String ID ... Top (ftKB) Set Depth (f Set Depth (ND) . Str g W1... String.. lString Top Thrd ' !USING 2 I 27/8 244 I 185 I 32197 1 3,150.7 650 L80 EUE SRD NTE RMEDIATE, -- - -- 18- 3,699 Completion Details - Top Depth GAS LIFT. I i MID) Top Intl Demi... 3,116 Top(8IKB) (ftKB) C) Item Description Comment ID (In) 3,082.0 3,013.8 6.68 NIPPLE CAMCO WP -1 SELECTIVE NIPPLE 2.312 N IPPLE,3,145 , ._ .._ - _�__._�. - ISO SLEEVE. 3,207.0 3,138.1 4.22 NIPPLE CAMCO 0 NIPPLE 2.250 3,145 3,219.0 3,150.0 4.16 WLEG CAMCO WIRELIKE RE - ENTRY GUIDE 2.347 Tubing Description String 0... !String ID ... Top (ftKB) S Depth (f... Set Depth (ND) .. Strmg Wt... String .. String Top ThN PACKER. 3,184 --- - ':;. HEATER 1.9 I 1.610 18.5 1,792.0 1,767.2 1 4.70 N-80 CS HYDRIL Completion Details r Top Depth. s NIPPLE.3.207- -_.. ... (ND) T op In tl Top (ftKS) MB) ('1 _ .. I It em Des cr i ption Comment 10(in) 18.5 18 0 HEA 1.610 Tubing n tring O ._ String ID ... Top (ftKB) Bet aPth (f... Set Depth VDI . - String Wt... String ... String Top Thrtl TUBING 1 Descriptio S 31/ Str 2 2.992 18.5 I 5,060.0 I 4,990.2 9.20 I N - 80 BUTT AB WLEG, 3,219 Completion D etails I. _. _ - Top Depth (ND) Top Ind Homi... RPERF, Top (ftKB) (ftKB) c) Item Description Comment MI On) 3,276 - 3,378 18.5 18.5 0.00 HANGER CIW TRIPLE W/ TYPE H BPV TUBING HANGER 3.500 _ _ 3,145.1 3,076.5 6.05 NIPPLE CAMCO W -1 NIPPLE 2.812 RPERF, 3,420 - 3.496 3,184.1 3,115.3 5.66 PACKER BAKER AL -5 DUAL PACKER WI 30K PULL RELEASE 3.000 3,266.1 3,196.9 3.92 BLAST JT BLAST JOINTS 2.992 RPERF, 3,701.1 3,631.4 1.50 PACKER BAKER FHL RETRIEVABLE PACKER w/ 50K RELEASE 3.000 3,588 -- - __... ... 3,736.1 3,666.4 1.50 BLAST JT BLAST JOINTS 2.992 4,989.1 4,919.2 0.72 NIPPLE CAMCO W -1 SLIDING SLEEVE W/ NIPPLE; CLOSED 2/1/2003 2.812 i_ 5,029.1 4,959.2 128 PACKER BAKER 0 PERMANENT PACKER w/ 7' SEALS 3.000 3,850 ' � 5,047 a_ 1 4,977.2 1.15 NIPPLE CAMCO D NIPPLE 2.750 5 059 1 4,989.2 1 06 SOS BAKER SHEAR OUT SUB 3.000 PACKER, 3,701 In Hole (Wireline Other t r etrieVaLNe Qlugs, valves pumps, fish, etc.) -" Top Depth (TVD) . Top Intl I GAS LIFT Top (ftKB) (61K61 () Description Comment Run Date ID (in) 3,722 3,145.1 3,076.5 6.05 ISO SLEEVE 11/25/1984 4,989.1 4,919.3 0.72 ISO SLEEVE 11/25/1984 Perforations & Slots RPERF,_ _ - y Shot 3,730 -3,875 Top (TVD) Rim (ND) Dens Top (ftKB) Btm (ftKB) (11KB) (ftKB) Zone Date (h . Type Comment RPERF. ,""` 3,276.0 3,378.0 3,206.9 3,308.7 A, BRU 224 -23 7/1/1986 12.0 RPERF 3.955 - 3.963 3,420.0 3,490.0 3,350.6 3,420.5 B, BRU 224 -23 7/1/1986 12.0 RPERF 1 3,588.0 3,632.0 3,518.4 3,562.4 C, BRU 224 -23 7/1/1986 12.0 RPERF RPERF, 44001 W , 3,730.0 3,875.0 3,660.3 3,805.3 D, BRU 224 -23 7/1/1993 12.0 RPERF - -- __ -- - - 3,955.0 3,963.0 3,885.3 3,893.3 D, BRU 224 -23 7/1/1993 12.0 RPERF RPERF __ -- 4,001.0 4,006.0 3,931.3 3,936.3 E, BRU 224-23 7/1/1993 12.0 RPERF 4,305 - 4,313 4,305.0 4,313.0 4,235.2 4243.2 E, BRU 224-23 7/1/1993 12.0 RPERF 4,478.0 4,815.0 4,408.2 4,745.2 F, BRU 224 -23 7/1/1993 12.0 RPERF 4,478 - 4,815 5,086.0 5,094.0 5,016.2 5,024.2 G, BRU 224 -23 7/1/1993 12.0 RPERF 5,184.0 5,275.0 5,114.2 5,205.2 H, BRU 224 -23 7/1/1993 6.0 RPERF 5,567.0 5,774.0 5,497.2 5,704.2 H, BRU 224 -23 7/1/1993 12.0 RPERF NIPPLE, 4.989 ISOSLEEVE, Notes: General & Safety 6,989 End Date Annotation 1242011 NOTE: View Schematic w/ Alaska Schematic9.0 4/4/2011 NOTE: PLUG SET IN 2/93, DEPTH UNKNOWN PACKER, 5,029- Mandrel Details NIPPLE, 5,047 Top Depth Top Port (TVD) Inc! OD Valve Latch Sae TRO Run �1 T 3 3,047.6 6.34 CAMCO Model (n) Sere Type Type .000 (psi) Run Dab Con... 1 c P (f� 1 SOS, 5,059 KBMG 1 GAS LIFT DMY 05-2 0 000 0.0 721/1993 2 3,650.1 3,580.4 1.50 CAMCO MMG 1 1/2 GAS LIFT DMY RK 0.000 0.0 721/1993 ' i 3 3,722.1 3,652.4 1.50 CAMCO MMG 1 1/2 GAS LIFT DMY RK 0.000 0.0 721/1993 RF, _ . 5,088 -5 RPE .094 RPERF, ___ 5,184 -5,275 RPERF, 5,567 -5,774 PRODUCTION. 186048 \ ID. 6.665 _..._ • 0 1 BRU 224 -23 4b ^J nnt / Short Procedure 1),L,ong String: Set tubing cement retainer in 3 -'/2" long string at 4,830' MD. ) Lol String: With sliding sleeve open, pump cement to fill annulus from bottom packer to perforations (214',06f cement). Expect cement above perforations to exit 9 -5/8" casing. i 3,) ,. ong String: Set plug and pressure test tubing/casing in longstring. , ... 1/0 / 4) Short String: Set retainer above tubing tail in short string, pump cement, squeeze cement through open GLM, spot cement on retainer. • • • ConocoPhillips ~~ P.O. BOX 100360 ~~~~~~ ANCHORAGE, ALASKA 99510-0360 BUG () ZG3~ August 3, 2010 1~t~sk~ ~ ~~ ~~,g, Co~nssiar~ ~i;1Ch~~rart~ Commissioner Dan Seamount Alaska Oil and Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 w r Dear Commissioner Seamount: Enclosed please find the 10-403 Application for Sundry Approval for ConocoPhillips Alaska, Inc. Beluga River Unit we11224-23 PTD 184-137 for continued production with known tubing by production casing communication. Please call Perry Klein or me at 659-7043 if you have any questions. Sincerely, ~``~ -°~' /~` M' ,~~ +, :~ MJ Loveland ConocoPhillips Well Integrity Projects Supervisor Enclosures STATE OF ALASItA ALAS~IL AND GAS CONSERVATION COMMIS APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 1. Type of Request: Abandon r Plug for Redrill r Perforate New Pbol r Repair w ell r nge Approv d Program r Suspend r Plug Ft'rforations r Perforate r Pull Tubing r me Extension r Operational Shutdow n r Re-enter Susp. Well r Stimulate ~" Alter casing r Other: Flow II w/ TxIA com 2. Operator Name: 4. Current Well Class: 5. Per to Drill Number: ConocoPhillips Alaska, Inc. Development ~ Exploratory r 1 4-137 3. Address: Stratigraphic ~ Service ~ 6 PI Number: P. O. Box 100360, Anchorage, Alaska 99510 50-283-20076-00 7. If perforating, closest approach in pool(s) opened by this operation to nearest property line 8. Well Name and umber: where ownership or landownership changes: Spacing Exception Required? Yes r No r BRU 224- ,~ 9. Property Designation: 10. Field/Pool(s): ~~1/~~~ , , ~~t ~ `\_ /i , ~ ~ ADL 21127 , Beluga River Field / g ,,_ `' Y 11. PRESENT WELL CONDITION MMARY Total depth MD (ft): Total Depth ND (ft): Effective Depth MD (tt): Effective Depth ND (ft): PI s (measured): Junk (measured): 6950 ~ 6880 6462' 6391' 5047, LS - 3179' Stuck WRP Plug Casing Length Size MD ND Burst Collapse Conductor gg~ 30" 98' 98' Surface 427' 20" 427' 427' Intermediate 3099' 13-3/8" 0 3031' Production 6648' 9-5/8" f 48' 6578' Pertoration Depth MD (ft): Perforation D th D Tubing Size: Tubing Grade: Tubing MD (ft): See Attached pert Depths See Attached p rf pths 2-7/8", 3.5" & 1.9" L-80, N-80 & N-80 3219', Soso' & 1792' Packers and SSSV Type: ackers and SSSV MD (ft) and ND (ft) Baker AL-5 3184' MD 3115' ND Baker'FHL' ret. And Baker'D' perm 3701' MD 3630' ND and 5029' MD 4959' ND 12. Attachments: Description Summary of Proposal 13. Well Class after proposed work: Detailed Operations Program r BOP Sk ch r Exploratory r Development r Service r 14. Estimated Date for Commencing Operations: 15. Well Status after proposed work: 8/ /2010 Oil r Gas r WDSPL ~- Suspended r 16. Verbal Approval: D e: WINJ r GINJ r WAG ~ Abandoned Commission Representative: GSTOR ~~ SPLUG 17. I hereby certify that the foregoing is rue and correct to the best of my knowledge. Contact: Perry Klein/MJ Loveland @ 659-7043 Printed Name MJ Lovela d ,TiHss~ ~ '` NSK Well Integrity Supervisor ~.. Signature Ld Phone: 659-7043 Date Commi sin nl Sundry Number: ~//'~ .0~ )~ lJ Conditions of appr a : Notify Commission so that a representative may witness , Plug Integri BOP Test r Mechanical Integrity Test [ Location Clearance r ~~~,~,I~IC~p Other: 2010 " ~tsE-; ~~ a ~,-ISSIOR Su equent Form Required: r~ w ~ ~'SS~a ~ Cit V~ ~~ ~I1CilOtdQB APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date: Form 10-403 Revised 1/2010 ~ R ~ ~ ` ~S ~~ ~~ Submit In Duplicate • BRU 224-23 perforations PTD 184-137 MD TVD 3276'-3378' 3207'-3309' 3420'-3490' 3351'-3421' 3588'-3632' 3518'-3562' 3730'-3875' 3660'-3805' 3955'-3963' 3885'-3893' 4001'-4006' 3931'-3936' 4305'-4313' 4235'-4243' 4478'-4815' 4408'-4745' • i • ConocoPhillips Alaska, Inc. Beluga River Well 224-23 (PTD 184-137) SUNDRY NOTICE 10-403 APPROVAL REQUEST August 2, 2010 Purpose This application for Sundry approval for Beluga River Unit well 224-23 (PTD 184-137) is for the continued operation of the well with long string tubing by production casing communication for a time period not to exceed 2 years or until a repair can be planned and successfully executed. This is similar to the annular flow approval which is already in place as the flowing tubing pressure will be contained by the production casing. Beluga River Unit well 224-23 (PTD 184-137) was drilled and completed in 1984 as a gas producer. In January 2010 long string tubing leaks were reported to the AOGCC. Subsequent diagnostics indicated multiple leaks from a suspected cause of sand erosion in the long string at various depths above and below the top packer. The reservoir pressure is less than 700 psi and can easily be killed with a diesel gradient or an un-weighted fluid. Normal Operating pressures for this well are: Tubing/ Inner Annulus /Outer annulus = 470/470/0 psi. There are too many tubing leaks to effectively patch therefore either a rig workover or non-rig repair is required. This Sundry approval is for the interim time between now and when a rig or non-rig repair can effectively be executed. CPAI is currently actively pursuing anon-rig repair in 2010 and a rig repair if needed and economically justifiable in 2011 or 2012, contingent on approvals from all BRU working interest owners, additional evaluation, and results of non-rig repairs. If neither the repair or the workover are successfully executed within the time period of this sundry then the well would be shut-in and secured upon expiration of the sundry. One non-rig repair option being investigated is to set a plug in the long string at the top packer and flow the well entirely up the short string. This work will take several months to execute. Due to the location of the leaks in the long string above and below the packer, sealing off the long string may not be achieved. However if it is achieved ConocoPhillips would close the Sundry as the well would then have full integrity through the short string. Barrier and Hazard Evaluation Tubing: The 3-1/2" 9.2# N-80 long string tubing to the Beluga formation does not have integrity to the top packer @ 3184' due to multiple leaks. The 2 7/8" short string tubing to the Sterling formation has integrity to the top packer based on a negative pressure (draw down) test 11/29/2009. The 1.9" heater string tubing is open ended above the packer at 1792' Production casing: The 9 5/8" 40# and 43.5# N-80 production casing has integrity to the top packer @ 3184' MD based upon differential pressure between the production casing and the intermediate casing. The 40# production casing has an internal yield rating of 5740 psi and the 43.5# casing has an internal yield of 6330 psi Intermediate casing: The 13 3/8" 68# K-55 intermediate casing has integrity based upon the passing a negative pressure (draw down) test completed 7/5/2010. A positive pressure test is not possible due to the lack of a cement shoe in the casing annulus. However the annulus holds a column of kill weight fluid, which would leak off if there were integrity issues in the casing. The 68# casing has an internal yield of 3450 psi. • Surface casing: The well is completed with 20" 133# K-55 surface casing in the upper portion of the hole with an internal yield pressure rating of 3060 psi. The surface casing is set at 427' MD and was cemented to surface. Primary barrier: The primary barrier to prevent a release from the well and provide zonal isolation is the production casing. Second barrier: The intermediate casing is the secondary barrier should the production casing fail. Third barrier: The surface casing is the tertiary barrier should both the production casing fail and the intermediate casing fail. Monitoring: Each well is monitored daily for wellhead pressure changes. Any deviations from current annular pressure trends require investigation and corrective action, up to and including a shut-in and kill of the well. Proposed Operating and Monitoring Plan 1. Well will be produced from the long string and the short string with known leaks in the long string tubing above the top packer. 2. Monitoring well head pressures daily and record data for trending. 3. Completing quarterly outer annulus fluid levels to ensure KWF is maintained in the production casing by intermediate casing annulus. 4. The well will be shut in should the mechanical condition change and the AOGCC will be notified. 5. Successfully execute a rig workover or a non rig repair within 2 years or shut-in and secure well upon expiration of the sundry and re apply for AOGCC Sundry approval for continued operations. d L • ~ConocoPhillips ,Gas Producer Dua/ Comp. f Heater String Sect. 23, T12N, R10W, NE 1/4 ASP @ Beluga: 2,631,617; 320,249 CASING & TUBING • BRU 224-23 API# 50-283-20076-00 Annulus Fluid: Diesel Max Hole Angle: 19° @ 1,700' Spud Date 11/25/84 RKB to Ground: 18.5' Last Completion 7/21/93 RKB to SL: 94.' Schematic Rev. 6/28/04 Ho% by TDT Description OD Btm. Weioht Grade Thread Size Cement Conductor 36" 98' 1" Wall Welded Driven Surface Csg. 20" 427' 133. # K-55 Buttress 26" 618sx "G". Rtns to surface. Intermediate 13 3/8" 3,099' 68. # K-55 Buttress 17 1/2" 2100sx "G". Rtns to surface. Prod Casing 9 5/8 4,996' 40. # N-80 Buttress 12 1/4" 1000sx "G" @ shoe. 9 5/8 6,648' 43.5 # N-80 Buttress 12 1/4" 440sx "G" @ 3700' collar Heater String 1.90" 1,792' 4.7 # N-80 CS Hydril Prod. Tbg. 2 2 7/8" 3,219' 6.5 # L-80 EUE 8rd Prod. Tbg. 1 3 1/2" 5,060' 9.2 # N-80 Butt AB Mod lk, FC Str. Lbl. Top 1EWELRYBc FISH Length ID OD 2 w 3,082' "WP-1" Nipple, Camco WP-1 Selective 2.06' 2.312 3.668' 2 x 3,116' Mandrel, Camco KBMG 5.09' 2.347" 4.703" ( 1" Dummy Valve, BK-2 latch 2 y 3,207' "D" Nipple, Camco D 1.58' 2.25" 3.687" 2 z 3,219' Wireline Re-entry Guide, Camco 0.67' 2.347" 4.50" 1 a 19' Tbg. Hanger, CIW triple w/ Type'H' BPV 0.52' 1 b 3,145' SS-Wl Sliding Sleeve, Camco W-1 Nipple 5.09' 2.812" 4.50" 1 c 3,184' Pkr Packer, Baker AL-5 Dual w/ 30k pull release 14.27' 3.00" 8.50" 1 d 3,266' Blast Joint, 3.5" N-80 BTC-mod 380.' 2.992" 3.875" 1 e 3,650' Mandrel, Camco MMG 8.48' 2.867" 5.968" ( 1.5" Dummy Valve, RK latch 1 f 3,701' Pkr Packer, Baker'FHL' Ret. w/ 50k pull release 8.15' 3.00" 8.437" 1 g 3,722' (Mandrel, Camco MMG 8.48' 2.867" 5.968" 1.5" Dummy Valve, RK latch 1 h 3,736' Blast Joint, 3.5" N-80 BTC-mod 1,119.' 2.992" 3.875" 1 I 4,989' SS-Wl Sliding Sleeve, Camco W-1 Nipple open 2/15/03 5.09' 2.812" 4.312" 1 j 5,029' Pkr Packer, Baker'D' Perm. W/ 7' Seals 3.70' 3.00" 8.125" 1 k 5,047' "D" Nipple, Camco D 3.5" CA-2 Plug 2/15/03 1.46' 2.75" 4.281" 1 L 5,059' Shear sub, Baker 0.95' 3.00" 4.50" Pressure Datum: Sterling 3450' SS: 3,610'MD Beluga 4000' SS: 4,160'MD PERFORATIONS, FILL & PLUGS Net Incline Zone MD SS Degth Status Date SPF Ft. Angle WSO 3271' - 3273' 3111' - 3113' WSO perfs, sgzd w/ 89 sx, test 1000 psi of/85 4 2' 6° A 3276' - 3378' 3116' - 3218' Orig 6 SPF, Reperfd 6 SPF/120° 07/86 12 78' 6° B 3420' - 3490' 3260' - 3330' Orig 6 SPF, Reperfd 6 SPF/120° 07/86 12 56' 3° C 3588' - 3632' 3428' - 3472' Orig 6 SPF, Reperfd 6 SPF/120° 07/86 12 34' 3° WSO 3640' - 3641' 3480' - 3481' WSO perfs, sgzd w/ 189 sx, test 1000 psi 01/85 4 1' 2° D 3730' - 3875' 3570' - 3715' Perfd TCP 12 SPF/30° 07/93 tt/i2 40' 2° D 3955' - 3963' 3795' -3803' Perfd TCP 12 SPF/30° 07/93 12 8' 2° E 4001' -4006' 3841' - 3846' Perfd TCP 12 SPF/30° 07/93 12 5' 1° E 4305' - 4313' 4145' - 4153' Perfd TCP 12 SPF/30° 07/93 12 8' 1° F 4478' - 4815' 4318' -4655' Orig 6 SPF, Reperfd TCP 5 SPF/70° 07/93 Ii/iz 68' 1° G 5086' - 5094' 4926' - 4934' Plugged 9/93. Pertd w/ strip guns after WO. 09/93 12 8' 1° H 5184' - 5275' 5024' - 5115' Plugged 9/93. Perfd w/ strip guns after W0. 09/93 6 27' 1° H 5567' - 5774' 5407' - 5614' Plugged 9/93. Perfd w/ strip guns after W0. 09/93 12 62' 0° FC 6,559' 6,398' PBTD 6462' 01/85 TAGS Str 2 7/13/93 37o1'RKB Workover Str l1 2/15/03 5047'RKB CA2 Plug 2/15/03 6432'RKB BL Brush ]ui-s6 Workover #1. Replace leaking packer. Reperf with tubing conveyed guns. May-9z Initial perforations in D, F, & H sands. Commingle with Sterling in single. 6-7/93 Workover #2. Change to dual completion. Add perforations to most zones. Feb-03 Pull CA-2 plug from nipple C 5047', brush nipples & tag rr432'RKB. Set CA-2 plug, cbse SSC 4989 & press. test tbg, pass. Open S . Page 1 of 1 Aubert, Winton G (DOA) From: NSK Well Integrity Proj [N1878~conocophiliips.com] Sent: Monday, August 16, 2010 8:50 AM To: Aubert, Winton G (DOA) Sub~ct: Retraction of Sundry request to produce Beluga River wells 211-03 (PTD 18&010}, and 22423 (PTD 184-137) Winton, Per our conversation 8/6/2010 regarding the 10-403 sundry request to produce Beluga River wells 211-03 (PTD 186-010), and 224-23 (PTD 184137) CPAI would like to formally Tetrad our request for sundry approval to operate the wells with tubing by inner annulus communication. The reservoir has a pressure of less then 700 psi and is incapable of building pressures in excess of (hose specified in the Sustained Pressure Guidelines Conservation Order # 506 (2000 psi and 1000 psi in the inner and outer annulus respectively}. As discussed there is nothing for the State to give sundry approval for at this point in time thus the there is no requirement fora 10-403 sundry approval to produce wells 211-03 and 22423. CPAI will continue to monitor and report on the wells as per Alaska Administrative Code 25 and CO #506. Sincerely, Perry Klein Well Integrity Projects Supervisor 907-659-7043 8/16/2010 ~,uU''~ '!~ ~~~~ • ~~ ~'U~~i Transmittal #970 Detail Date: 2/22/2010 To (External Party): Email: christine.mahnken@alaska.gov First Name: Christine Last Name: Mahnken Phone Number: (907) 793 -1225 Company: AOGCC Address: 333 W. 7th Ave. Ste. 100 City: Anchorage State: AK Zip Code: 99501 From (PAI Contact): Email: richard.e.elgarico@conocophillips.com First Name: Ricky Last Name: Elgarico Phone Number: (907) 265-6580 Company: CPAI Address: 700 G St. ATO-1484 City: Anchorage State: AK Zip Code: 99501 Transmittal Info: Sent Via: Hand Delivery Tracking #: Justification: Compliance s 4 4, Data Detail: Quantity Description Type 1 BRU 224-23 Conventional Core Analysis in PDF CD Attachments: Filename: None Filesize: N/A ~ ~~ i " Received By: Signature: -~ ~ ~' ~ ~ ~ ;~ ~ ~~ Date: Approver: Signature: Date: ~~~~' ~~ ~~Co • ~ Page 1 of 1 pct Lu4--3~ Regg, James B (DOA) From: NSK Well Integrity Proj [N1878@conocophillips.com] Sent: Friday, January 15, 2010 4:22 PM ~ ~`~ ~ ~l`~(~~U To: Schwartz, Guy L (DOA); Maunder, Thomas E (DOA); Regg, James B (DOA) Cc: NSK Problem Well Supv; NSK Well Integrity Proj Subject: BRU 224-23 (PTD 184-137) Attachments: BRU224-23Schematic.pdf Guy, Tom, Jim, Gas producer, BRU 224-23 (PTD 184-137) is showing signs of suspect Tubing (string 1) x IA communication. See attached schematic. Current T~/T2/I/O pressures are as follows: 460/410/490/0 psi. ~~ Plans forward include leak detect diagnostics followed by a repair which will most likely be a tubing patch. The leak diagnostics are scheduled for completion by the end of the month, however the repair may be delayed until spring due to weather and equipment availability. Due to the low pressures, minimal risk, and gas demand ConocoPhillips proposes to leave the well online until repaired. Please let me know if this plan is not acceptable, Regards MJ Loveland Well Integrity Project Supervisor ConocoPhillips Alaska, Inc. Office (907) 659-7043 Cell (907) 943-1687 ~a ~. 1/19/2010 d L l~Q-- 137 ~ConocoPhillips Gas Producer Dua/ Comp, t Heater String Sect. 23, T12N, R10W, NE 1/4 ASP @ Beluga: 2,631,617; 320,249 CASING & TUBING Descri to ion Conductor Surface Csg. Intermediate Prod Casing Haater String Prad. Tbg. 2 Prod. Tbo. 1 BRU 224-23 API# 50-283-20076-00 Annulus Fluid: Diesel Max Hole Angle: 19° @ 1,700' Spud Date 11/25/84 RKB to Ground: 18.5' Last Completion 7/21/93 RKB to SL: 94.' Schematic Rev. 6/28/04 Ho% by TDT 36" 98' 1" Wall Welded 20" 427' 133. # K-55 Buttress 13 3/8" 3,099' 68. # K-55 Buttress 9 S/8 4,996' 40. # N-80 Buttress 9 5/8 6,648' 43.5 # N-80 Buttress t.90" 1.,79L' 4.7 ~~ N-80 CS Hydril 2 7J8" 3,219' 6.5 # L-$0 EUE 8rd 3 1/2" 5,060' 9.2 # N-80 Butt AB Mod Driven 26" 618sx "G". Rtns to surface. 17 i/2" 2100sx "G". Rtns to surface. 12 i/4" 1000sx "G" @ shoe. 12 114" 440sx "G" @ 3700' callar i k, FC Str. Lbl. Top 1EWELRY& FISH Length ID OD 2 w 3,082' "WP-1" Nipple, Camco WP-1 Selective 2.06' 2.312" 3.668" 2 x 3,116' Mandrel, Camco KBMG 5.09' 2,347" 4.703" ( i" Dummy Valve, BK-2 latch 2 y 3,207 "D" Nipple, Camca D 1.58' 2.25" 3.687" 2 z 3,219' Wireiine Re-entry Guide, Camco 0.67' 2.347" 4.50" 1 a 19' Tbg. Hanger, CIW triple wJ Type 'H' BPV 0.52' 1 b 3,145' SS-Wi Sliding Sleeve, Camco W-1 Nipple 5.09' 2.812" 4.50" 1 c 3,184' Pkr Packer, Baker AL-5 Dual w/ 30k pull release 14.27 ' 3.00" 8.50" 1 d 3,266' Blast Joint, 3.5" N-80 BTC-mod 380.' 2.992"' 3.875" 1 e 3,650' Mandrel, Camco MMG 8.48' 2.867" 5.968" ( 1.5" Dummy Valve, RK latch 1 f 3,701' Pkr Packer, Baker'FHL' Ret. w/ 50k pull release $.15' 3.00" $.437" 1 g 3,722' (Mandrel, Camco MMG 8.48' 2.$67" 5.968" 1.5" Dummy Valve, RK latch 1 h 3,736' Blast Joint, 3.S" N-80 BTC-mod 1,119. ' 2.992" 3.875" 1 I 4,989' SS-W1 Sliding Sleeve, Camco w-i Nipple Open 2/15/03 5.09' 2.812" 4.312" 1 j 5,029' Pkr Packer, Baker'D' Perm. W/ 7' Seals 3.70' 3.00" 8.125" 1 k 5,047' "D" Nipple, Camco D 3.5" CA-2 Plug 2/15/03 1.46' 2.75" 4.281" 1 L 5,059' Shear sub, Baker 0.95' 3.00" 4.50" Pressure Datum: Ster4ing 3450' SS: 3,630'MD Beluga 4000' SS: 4,160'MD PERFORATIONS, FILL & PLUGS Net Incline Zone MD SS De t~h t tus Date SPF Ft. Angle WSO 3271' - 3273' 3111' - 3113' WSO perfs, sgzd w/ 89 sx, test 1000 psi 01J85 4 2' 6° A 3276' - 3378` 3116' - 3218' Orig 6 SPF, Reperfd 6 SPFj120° 07j86 12 78' 6° B 3420' - 3490' 3260' - 3330' Orig 6 SPF, Reperfd 6 SPFJ120° 07/86 12 56' 3° C 3588` - 3632' 3428' - 3472` Orig 6 SPF, Reperfd 6 SPFj120° 07(86 12 34' 3° WSO 3640' - 3641` 3480' - 3481' WSO perfs, sgzd wJ 189 sx, test 1000 psi Oi/85 4 1' 2° D 3730' - 3$75' 3570' - 3715' Perfd TCP 12 SPF/30° 07/93 11/12 40' 2° D 3955' - 3963' 3795' - 3803' Perfd TCP 12 SPF/30° 07/93 12 8' 2° E 4001' - 4006' 3841' - 3846' Perfd TCP 12 SPF/30° 07/93 12 5' 1° E 4305' - 4313' 4145' - 4153' Perfd TCP 12 SPF/30° 07)93 12 8' 1° F 4478' - 4815' 4318' - 4655' Orig 6 SPF, Reperfd TCP 5 SPF/70° 07/93 11112 68' 1° G 5086' - 5094' 4926' - 4934' Plugged 9/93. Perfd w/ strip guns after WO. 09/93 12 8' 1° H 5184' - 5275' 5024' - 5115' Plugged 9/93. Perfd w/ strip guns after WO. 09/93 6 27' i° H 5567' - 5774' 5407' - 5614' Plugged 9/93. Perfd w/ strip guns after W0. 09/93 12 62' 0° FC 6,559` 6,398' PBTD 6462` 01(85 TAGS 5tr 2 7/13/93 3701'RKB Warkaver Str 1 2/15/03 5047'RKB CA2 Plug 2/15/03 6432'RKB BL Brush _ 7u1-86 Workover #1. Replace leaking packer. Reperf with tubing conveyed guns. ~ May-92 Initial perforations in D, F, & H sands. Commingle with Sterling in single. y 6-7/93 Workover #2. Change to dual completion. Add perforations to most zones. ~ Feb-03 Pull CA-2 plug from nipple @5047', brush nipples & tag 6432'RKB. Set CA-2 plug, close SS@4989 & press. test tbg, pass. Open S' ALAS~ OIL A?gl) GAS C ONSI~RYATI01~ CO~*IISSION -o .., TONY KNOW/ES, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 February 12, 1997 T. L. Collins Beluga Asset Manager ARCO Alaska, inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 RE. Modifications, BRU 214-26 Dear Mr. Collins: In your letter of January 20, 1997, you request authorization to modify the production method for Beluga River Unit wells 214-26 & 224-23. We have analyzed your proposal and find that the proposed modifications: 1. May be approved under regulations 20 AAC 25.200(d); 2. Will not significantly decrease well safety; 3. Will probably not jeopardize well integrity; and, 4. Will benefit the public. Based on the above rationale, we approve your proposal to modify BRU wells 214-26 and 224-23 to enable gas from the Sterling Formation to be produced up le short string during times of peak demand. David .W Johnston\ Chai~'m~ CC: Blair Wondzell Joe Dygas I-brugas - :- ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 Mark H Wittow Preston Gates & Ellis 420 L St Ste 400 Anchorage, AK 99501-1937 Re: Z-Energy Spacing Exception Request Dear Mr Wittow: In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 22~ii-~~:/~'/'/ Beluga River Unit 233-27 BelUga River Unit 232-26 Beluga River Unit 14-19 Beluga River Unit · BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-26 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insufficient. Chairman ~ -'"--' johpc~z-energy ~) IOdn~ed on recycled pap,~r [) y ~,; ~ ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 D A Grove, BRU/Kup Staff Mgr ARCO Alaska Inc P O Box 100360 Anchorage, AK 99510-0360 Re: Z-Energy Spacing Exception Request Dear Ms Grove: In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 224-23 Beluga River Unit 23,3-27 Beluga River Unit 232-26 Beluga River Unit 14-19 Beluga River Unit BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-26 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994, Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insufficient. Chairman Xx~~} jo/rpc~z-energy ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 Rosanne M Jacobsen, Atty ARCO Alaska Inc P O Box 100360 Anchorage, AK 99510-0360 Re: Z-Energy Spacing Exception Request Dear Ms Jacobsen: in the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 224-23 Beluga River Unit 233-27 Beluga River Unit 232-26 Beluga RiverUnit 14-19 Beluga RiverUnit BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-26 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit' 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the matedal in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insufficient. Chairman jo/rpc~z-.energy ~'.~ ,r~rh~'ed on ~ecyclcd pal),;r h y ALASKA OIL AND GAS · CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR .. 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 Paul Craig, President Z-Energy Inc 2900 Boniface Pkwy #610 Anchorage, AK 99504-3132 Re: Z-Energy Spacing Exception Request Dear Mr Craig: In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 224-23 Beluga River Unit 233-27 Beluga River Unit 232-26 Beluga River Unit 14-19 Beluga River Unit BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-26 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insuffici David W Johnston Chairman jo/rpc~z-energy AOGCC PACKING SLIP One box contains BOTH wells' B RU 224-25 (~'?~~ '~¢:~ '" ~d' 5~' s Thermal Neutron Decay Log (TDT-P) , Blueline Print " " Cement Bond Log (CBT) ~ ~-e~ s,~"~t (~ ,, ,, Cement Evaluation Log (CET) BRU 233-27 Thermal Neutron Decay Log (TDT-P) C~.a.D~, ~ Blueline Print Cement Bond Log (CBT) ~.~ :z~o- 5~.~'-? ~",,~l~(~ " " Cement Evaluation Log (CET) t~ ~,:3~o-5~"rsq~.----.(~" " " Gravel Pack Log ~[ '~o---~.~o ~" P,t (~ (..~L~_2 .... ~7~0 Cement Bong Log of Squeeze Cement Evaluation Log of Squeeze .B I u,,e~,n eV"P,,rint One copy of blueline prints. ARCO Alaska, In~ Post Offic~ ..,x 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 September 17, 1993 Mr. L. S. Mathis Chevron U.S.A. Production Company P. O. Box 1635 Houston, TX 77251 Mr. Doug Burbank Shell Western E&P, Inc. Box 576 Houston, TX 77079 Mr. Joe Dygas Bureau of Land Management Branch of Mineral Operations 222 West Seventh Avenue P. O. Box 13 Anchorage, AK 99513-7599 .~Mr. Larry Grant Alaska Oil & Gas Conservation Commission 301 Porcupine Drive Anchorage, AK 99501 Gentlemen: Under separate cover we are shipping the cased hole logging data obtained during this summer's two workovers (BRU 224-23 and BRU 233-27) at the Beluga River Field. Distribution is according to our curr:ent requirement listings by Co-owner and regulatory agency. See attached packing list for logs and format (tape, sepia, and/or blueline print) being sent. If you have any questions, contact me at 263-4879. Sincerely,' Brian Noel Engineer Attachment cc: D.A. Grove, ATe-1 276 ARCO Alaska, Inc. is a Subsidiary of AllanticRi;::hfieldCompany ; ; ' ._ STATE OF ALASKA ~ ALASKA OIL AND GAS CONSERVATION COMMISSION 1. Operations performed: Operation Shutdown __ Stimulate __ Plugging w Perforate Pull tubing x Alter casing __ Repair well Other 6. Datum elevation (DF or KB) 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 4. Location of well at surface 711 FSL,2482' FWL, SEC 23, T13N , R10W, SM At top of productive interval 1199' FSL, 2236' FWL, SEC 23 , T13N, R10W, SM At effective depth At total depth 1209' FSL, 2189' FWL, SEC 23, T13N, R10W, SM 12. Present well condition summary Total Depth: measured true vertical 13. 14. 5. Type of Well: Development__~X Exploratory _ Stratigraphic _ Service -- 8. Well number BRU 224-23 No) 6950' feet Plugs (measured) 6880' feet Effective depth: measured 6462' feet Junk (measured) true vertical 6391 ' feet 94' Kb, 7. Unit or Property name Beluga River Unit 9. Permit number/approval number 14-137 & 93-087(SA Apprv 10. APl number 50-283-20076-00 11. Field/Pool Beluga River/Beluga Sterlin~ Casing Length Size Cemented Measured depth Structural Conductor 7 3' 3 0" Driven 9 7' 9 7' Surface 405' 20" Yes 427' 427' Intermediate 3079' 1 3-3/8" Yes 3099' 3029' Production 6630' 9 - 5/8" Yes 6648' 6576' Liner Perforation depth: See Attached True vertical depth Form 10-4¢d4 Rev 05/17/89TM Title Area Drilling Engineer 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Prior to well operation Subsequent to operation 15. Attachments Copies of Logs and Surveys run __ Daily Report of Well Operations X Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure REEEiV D AU 6 5 199 Representative Daily Average Production or Injection D. ata, ......... OiI-Bbl G~-~ Water-Bbl C~~~ . ~,ng ~essure ~ncn0rage 16. Status of well classification as: Water Injector Oil _ Gas X Suspended Service Date SUBMIT IN'DUPlICATE measured Schematic for Perforation Intervals true vertical See Attached Schematic for Perforation Intervals Tubing (size, grade, and measured depth) 3-1/2" 9.2# N-80 @ 5034'(ELM)-Long String, 2-7/8" 6.5# L-80 @ 3219'-Short String, 1-1/2" 2.9# N-80 Heat String @ 1792' Packers and SSSV (type and measured depth) Baker AL-5 Dual Pkr @ 3184', 9-5/8" Baker FHL Retr Pkr @ 3071', Baker D Pkr @ 5003' (ELM) SRU 224-23 Completio. HEAT STRING: 1.9", CS-Hydrill, N-80 tubing from 1792' to surface SHORT STRING: K. 2-7/8" tubing to hanger. J. Camco 2-7/8" W-1 selective nipple (2.312" ID) I. One joint of 2-7/8" tubing as above. H. Camco 2-7/8" X 1" KBUG mandrel w/DV G. Two joints 2-7/8", EUE-8rd-mod, L80 tbg F. Baker 2-7/8" safety joint connector E. Baker AL-5 dual packer D. Pup joint: 2-7/8" X 10' C. Camco 2-7/8" 'D' nipple (2.25" NOGO) B. Pup joint: 2-7/8" X 10' A. 2-7/8" Camco wireline re-entry guide, tubing tail @ 3219' LONG STRING: U. 3-1/2" tubing to hanger. T, S. R. Q. P. O. )n One joint 3-1/2" tubing Camco 3-1/2" sliding sleeve w/W-1 profile One joint 3-1/2", BTC-mod, N-80 tbg Baker ^L-5 Dual Packer Two joints 3-1/2", BTC-mod, N-80 tbg 3-1/2", BTC-mod, N-80 steel blast joints (5' overlap top and bottom of per'[s) Sterling Perfs (3271' - 3641' MD) N. One joint 3-1/2", BTC-mod, N-80 tubing M. Camco 3-1/2" X 1.5" MMG mandrel with DV L. One joint 3-1/2", BTC-mod, N-80 tubing K. Baker 'FHL' 3-1/2" X 9-5/8" retrievable packer J. Camco 3-1/2" X 1.5" MMG mandrel with DV I. 3-1/2", BTC-rnod, N-80 steel blast joints (5' overlap on top and bottom of perfs) Upper Beluga Perfs (3730' - 4815' MD) H. Camco 3-1/2" Sliding Sleeve w/2.812" W-1 internal nipple profile (selective nipple) G. One joint 3-1/2", BTC-mod, N-80 tbg F. Baker Seal Assy. (5' seals) E. Baker Model 'D' Perm. Packer Lower Beluga Perfs: P, EEEJYED A U G 2 § 1995 Alaska 0JJ & Gas Cons. Commission Anchorage (5088'- 5776' MD) D. Pup jnt. 3-1/2", BTC-mod, N-80, 10' long C. Camco 'D' nipple 2.75" NOGO B. Pup int. 3-1/2", BTC-mod, N-80, 10' long A. Baker Shear out Sub, tubing tail to be located at 5034' MD. PBTD @ 6462' SDB 8/2O/93 ARCO ALASKA INC. DAILY OPERATIONS PAGE: 1 WELL: BOROUGH: UNIT: FIELD: LEASE: API: PERMIT: APPROVAL: BRU 224-23 NORTH SLOPE BELUGA RIVER BELUGA RIVER 50-283-20076 84-137 ACCEPT: 07/06/93 03:00 SPUD: RELEASE: 07/21/93 09:00 OPERATION: DRLG RIG: WO/C RIG: ROLLN RIG 5 07/07/93 ( 1) TD: 6950 PB: 6467 07/08/93 ( 2) TD: 6950 PB: 6467 PREPARE TO PULL BPV MW: 8.5 NaC1/Br CONT RU. RAISED DERRICK, SPOTTED 2ND BRINE TANK, INSTALLED FLOOR. ENVIRONMENTAL AWARENESS MEETING HELD W/ALL CREWS & ROUSTABOUTS. ACCEPT RIG @ 1400 HRS 07/06/93. STARTED MIXING BRINE (8.5 PPG) W/3 % KCL. MIXED 250 BBLS WHEN VALVE ON FIRST BRINE TANK STARTED LEAKING. TRANSFERRED THE 250 BBLS TO SECOND BRINE TANK & REPLACED VALVE, CONT MIXING BRINE. PREPARE TO PULL BPV & TWO WAY CHECK VALVE @ REPORT TIME. PREP TO PERF TBG MW: 8.5 NaC1/Br PULLED BPV F/3-1/2" TBG STRING & PULLED TWO-WAY CV F/2-3/8" HEATER STRING. PU PRECISON WL W/3-1/2" LUB. RIH W/3-1/2" "P X N" PLUG ON SL & SET @ 3230' WLM. POOH. RIH ON 3-1/2" "P X N" PRONG ON SL & SET IN "P X N" PLUG @ 3230' WLM, POOH. PRESS TEST THE 9-5/8" ANN TO 2000 PSI/15 MIN. ATTEMPT TO PRESS TEST TBG, PMP 20 BBLS OF 3% KCL W/1350 PSI ON TBG. APPEARED TO BE LEAKING AROUND PLUG. RU LUB & RIH W/SL, PULLED 3-1/2 .... P X N" PLUG @ 3230' WLM. POOH. ATTEMPTED TO RETRIEVE PLUG. RIH W/3-1/2" G PO, COULD NOT GET BY "X" NIPPLE @ 589' WLM. POH. MOD 3-1/2" G PO, RIH ON SL & SET @ 3218' AFTER SEVERAL ATTEMPTS. POOH. MU RIG HOSE TO 3-1/2" TBG & PRESS TESTED TO 2000 PSI/10 MIN. MU 3-1/2" MODEL B SHIFTING TOOL, RIH ON SL & ENGAGED OTIS XA SLIDING SLEEVE @ 3160' WLM. OPENED SLEEVE & POOH. DISPL 9-5/8" ANN W/3% KCL BRINE, PMP DN TBG & TOOK RETURNS F/ANN THROUGH CHOKE. MU RETURN LINE TO 2-3/8" HEATER STRING & DISPL W/3% KCL BRINE. TOTAL BRINE WAS 230 BBLS. RU SL LUB & RIH W/MODEL B SHIFTING TOOL, ENGAGED OTIS "XA" SLIDING SLEEVE @ 3160' WLM & CLOSED SLEEVE, POOH. RIH W/3-1/2" GS PULLING TOOL & ATTEMPTED TO PULL G PO, NO GOOD. RD WL. RU SWS & PREPARE TO RIH W/BIG HOLE PERF GUN @ RPT TIME. Alaska Oil & Gas Cons. Commission Anchorage WELL: BRU 224- API: 50-283-20076 PERMIT: 84-137 PAGE: 2 07/09/93 (3) TD: 6950 PB: 6467 07/10/93 ( 4) TD: 6950 PB: 6467 07/11/93 ( 5) TD: 6950 PB: 6467 07/12/93 ( 6) TD: 6950 PB: 6467 ATTEMPT TO KILL WELL MW: 9.0 NaCl/Br CONT RU SWS. ATTEMPTED TO TEST LUB, NO GOOD. LD LUB & CHECKED SEALS, REINSTALLED LUB & TESTED TO 2000 PSI-OK. RIH W/SWS WL W/i-i/2" TBG PERF GUN, 4 SPF, PERF 3-1/2" TBG TAIL F/3205'-3206.5', .WELL WENT ON IMMED VACCUM. RD SWS. MIXED & PMP 150 BBLS HI-VIS 8.5 PPG POLYMER PILL FOLLOWED BY 70 BBLS OF 8.5'PPG 8% KCL BRINE. MONITOR PRESS ON TBG. ATTEMPTED TO BLEED OFF TBG, HAD GAS @ SURF. PMP ANOTHER 8.5 PPG PILL DOWN HOLE TO ENSURE HOLE IS FULL. MONITOR TBG PRESS. PMP 14 BBLS HI-VIS PILL MORE FOLLOWED BY 14 BBLS NACL/NABR W/3 % KCL BRINE TO FILL TBG. MONITOR WELL. BULLHEAD 9 PPG NACL BRINE INTO PERFS. MONITORING WELL @ REPORT TIME. NU BOPE MW: 9.0 NaCl/Br CONT MONITOR WELL , BLED DOWN F/1075 PSI TO 440 PSI, SHUT IN, WELL PRESS UP TO 440 PSI. MIXED 260 BBLS OF 9.5 PPG NACL W/3% KCL BRINE. CIRC 9.5 PPG BRINE & DISPLACED ANN TO 9.5 PPG BRINE. BULLHEADED 200 BBLS OF 9.5 PPG NACL W/3% KCL BRINE DN THE 3-1/2" TBG TO PERF. MONITOR WELL, NO FLOW, WELL DEAD. INSTALL BPV IN 3-1/2" TBG SIDE & TWO WAY CV IN 2-3/8" TBG SIDE. ND XMAS~TREE. INSTALL BOPE @ REPORT TIME. WAITING ON PARTS F/ANN MW: 9.5 NaCl/Br NU BOPE. ATTEMPTED TO RETRIEVE BPV, APPEARED TO HAVE GAS UNDERNEATH VALVE. CIRC 9.5 PPG NACL W/3% KCL BRINE THROUGH BPV & BACK THROUGH CHOKE, CIRC OUT A SMALL GAS BUBBLE, CHECKED FOR FLOW, NO FLOW. REMOVED BPV F/3-1/2" TBG & INSTALLED TWO WAY CV. TESTED 2-3/8" PIPE RAMS, BLIND RAMS & CHOKE MANIFOLD TO 3000 PSI. ATTEMPTED TO TEST BAG TO 2000 PSI, NO GOOD, FOUND HYDRUALIC OIL LEAKING NTO BOP STACK. DETERMINED SEALS ON THE ANN PREVENTER NO GOOD. WAITING FOR PARTS FOR PREVENTER @ REPORT TIME. CIRC THROUGH PROD STRING MW: 9.5 NaCl/Br CONT REPAIR ON ANN PREVENTER. TESTED ANN TO 2000 PSI. PULL TWO WAY CV F/2-3/8" TBG. BOLDS ON 2-3/8" HEATER STRING. PULL UP 2-3/8" HEATER STRING. POOH W/2-3/8" HEATER STRING, FIRST FIVE JTS PULLED FAIRLY HARD. AFTER 19 JTS WERE PULLED WELL BEGAN TO FLOW & APPEARED TO BE INCREASING. SHUT WELL IN. ATTEMPTED CIRC DOWN 3-1/2" LONG STRING. BULLHEADED 200 BBLS OF 9.5 PPG NACL BRINE DN THE ANN, FINAL PUMPING PRESS WAS 1000 PSI, SHUT WELL IN. OBSERVED, WELL PRESS DROPPING, FINAL PRESS 0 PSI, FILLED UP HOLE. OPENED WELL UP & MONITORED FOR FLOW, NO FLOW. MADE UP 2-3/8" TBG HGR ON HEATER STRING & LANDED. MU 2-7/8" TBG WITH 3-1/2" X/O TO 3-1/2" TBG HGR. CIRC 3-1/2" PROD STRING @ REPORT TIME. R[¢[IVED A U G 2 5 199; Alaska Oil & Gas C;ons, C;ommissio. Anchorage · WELL: BRU 224- API: 50-283-20076 PERMIT: 84-137 PAGE: 3 07/13/93 ( 7) TD: 6950 PB: 6467 07/14/93 ( 8) TD: 6950 PB: 6467 07/15/93 ( 9) TD: 6950 PB: 6467 07/16/93 (10) TD: 6950 PB: 6467 POH. LD BLAST JTS MW: 9.7 NaC1/Br CIRC 3-1/2" PROD STRING. BULLHEAD 200 BBLS 9.7# BRINE INTO FORMATION. MIX 9.7 BRINE TO BUILD PIT VOLUME. MONITOR WELL. PRESS BLED F/950 PSI TO 0 PSI IN 4 HRS. OPEN WELL. WELL IS STATIC. PULL DOUBLE CHECK F/2-3/8" HEATER STRING. POH. LD 2-3/8" HEATER STRING. COMPLETE RECOVERY. CHANGE PIPE RAMS TO 3-1/2". TEST RAMS TO 1000 PSI AGAINST FORMATION. PULL BPV. PU ON 3-1/2" LONG STRING. SHEAR "CC" JT @ 40 K . CIRC WELL THROUGH CHOKE TO REMOVE GAS F/WELL BORE. OPEN BAG. MADE 1 CIRC W/WELL OPEN. NO GAS. MONITOR WELL. WELL IS STABLE. POH. LD 3-1/2" TBG & PKR. RU TO LD BLAST JTS. C/O FILL IN 9-5/8" CSG MW: 9.7 NaCl/Br CONT LD 3-1/2" TBG. LOADED PIPE RACK W/210 JTS OF 3-1/2", 13.30 DP, 6-4-3/4" DC'S & TALLIED WHILE RU ROTARY TO DRILL FLOOR. PU 8.5" BIT, 9-5/8" CSG SCRAPER, 6-4-3/4" DC'S, JARS & 3-1/2" DP, TAGGED @ 6357' CBU, SLOWED PMPS DUE TO GAS & POLYMER RETURNS. C/O TO 6~87', HARD FILL, APPEARS THAT THERE MAY BE RUBBER ON BTM, CLEANING OUT FILL @ RPT TIME. RIH W/TDT MW: 9.7 NaC1/Br CONT CLEANING OUT 9-5/8" CSG TO 6472'. CIRC 9.7 PPG NACL BRINE AROUND FOLLOWED BY 50 BBL HI VIS SWEEP. POOH, FIRST FIVE JTS WERE TIGHT & WERE PUMPED OUT OF THE HOLE, PULLED FREE & STOOD BACK REMAINING 3-1/2" DP & 4-3/4" DC'S. NU SHOOTING FLANGE & LUB, TESTED TO 1000 PSI, OK. RU E-LINE & RAN GR/CCL/CET/CBL F/6451'-3000' WLM, F/3800'-3000' LOGGING PARAMETERS WERE DOUBTFUL, DROPPED BACK DOWN TO 3800' & RELOGGED F/3800'-3000' POOH. LD GR/CCL/CET/CBL & PU TDT. RIH W/TDT @ REPORT TIME. ND BOPE MW: 9.7 NaCl/Br CONT LOGGING LOG ~2 TDT F/6458'-3000', RD SWS. ND SWS SHOOTING FLANGE & NU FLOWLINE. RIH W/DP & DC'S TO 6468' CBU, PMP 50 BBLS HI-VIS SWEEP. DISPLACED HOLE W/CLEAN FILTERED 9.7 PPG. NACL W/8% KCL BRINE (500 BBLS). PULLED 5 STDS OF 3-1/2" DP, MU BAKER 9-5/8" STORM PKR, RIH & SET @ 108' TESTED PKR TO 2000 PSI, OK. ND BOPE @ REPORT TIME. R' ¢EIVED G 2 § 1995 Gas Cons. Commissio,~ ~.chorage WELL: BRU 224- API: 50-283-20076 PERMIT: 84-137 PAGE: 4 07/17/93 (11) TD: 6950 PB: 6467 07/18/93 (12) TD: 6950 PB: 6467 07/19/93 (13) TD: 6950 PB: 6467 ND @ TBG SPOOL MW: 9.7 NaCl/Br ND BOPE, CHANGED OUT TBG HEAD W/ii" X 3000 PSI BY 13-5/8" X 3000 PSI CAMERON AP DUAL TBG SPOOL, INSTALLED 3-1/2" X 2-7/8" RAMS IN BTM SINGLE GATE, ATTEMPTED TO ENERGIZE P-SEAL ON TBG SPOOL FOR TEST, NO GOOD. REMOVED DUAL TBG SPOOL. FLEW WELDER IN F/KENAI, WELDED ON 2 ADDITIONAL INCHES ONTO CSG STUB & DRESSED. REINSTALLED DUAL TBG HEAD & TESTED TO 2000 PSI. NU BOPE & CHOKE LINES, TESTED TO 2000 PSI. RU TWO JTS TO TEST DUAL RAMS, DISCOVERED RAMS TO BE 90 DEG OFF F/WELLHEAD. BROKE STACK @ TBG HEAD & ROTATED 90 DEG, NU & TESTED TO 2000 PSI. RU TWO TEST JTS & TESTED DUAL RAMS TO 1500 PSI. ATTEMPTED TO RETRIEVE TEST PLUG BUT CANNOT SCREW IN, APEARS TO BE JUNK ON TOP, ND @ THE TBGSPOOL @ REPORT TIME. MONITOR WELL F/FLOW MW: 9.7 NaCl/Br CONT TO ND BOPE & TBG HEAD, PULLED TEST PLUG & FOUND 3-1/2" THREAD PROTECTOR, NU & TESTED TO 2000 PSI, OK. RIH TO 105' & RETREIVED 9-5/8" BAKER STORM PKR. POOH & LD SAME. CONT TO POOH W/3-1/2" DP. SERVICE RIG. POOH W/4-3/4" DC'S & LD SAME. INSTALLED WEAR BUSHING. PU SWS 4-1/2" TCP GUNS & 9-5/8" PKR. RIH W/GUNS ON 3-1/2" DP. RU SWS WL TO CORRELATE GUN DEPTH BACK TO FORMATION DEPTH. RAN GR/CCL F/3660'-3100'. RA FOUND @ 3590', RA WAS PU TO 3587' FOR A -3 FT CORRECTION. POOH W/WL, SET 9-5/8" PKR @ 3657', TESTED SWS MANIFOLD TO 2500 PSI, OK, PREPARED TO DROP BAR. MU BAR DROP ASSY TO MANIFOLD, DROPPED PERF BAR @ 05:45 HRS, GUNS FIRED @ 05:45 HRS. MONITORING WELL FOR FLOW @ REPORT TIME. POOH W/9-5/8" PKR MW: 9.7 NaCl/Br MONITORED WELL FOR FLOW, NO FLOW. OPENED BY PASS ON 9-5/8" PKR, MONITORED WELL FOR FLOW, WELL STARTED TO FLOW, SHUT WELL IN W/600 PSI ON TBG & 0 PSI IN THE ANN. REVERSE CIRC UP DP THROUGH CHOKE W/600 PSI, REVERSED OUT INTERMITTENT GAS, OPENED WELL UP, NO FLOW. PU ON 3-1/2" DP & UNSET 9-5/8" PKR, RIH W/20 MORE STDS OF 3-1/2" TO 6019' CBU WHILE SLIPPING & CUTTING DRILL LINE. MONITOR WELL FOR FLOW, NO FLOW. POOH. LD 3-1/2" DP. CONT POOH. LD 4-1/2" TCP GUNS & BLANKS. RIH W/REMAINING 21 STDS OF 3-1/2" DP IN DERRICK. LD 3-1/2" DP. RU SWS TO RUN CCL & 8-1/2" GUAGE RING. RIH W/8.5" GUAGE, RAN F/5050' TO SURF. MU 9-5/8" BAKER D PERM PKR ON SWS WL, RIH, ATTEMPTED TO SET PKR @ 5003', NO GOOD. POOH W/9-5/8" PKR, LD SWS CPST SETTING TOOL @ REPORT TIME. Alaska Oil & Gas Cons. Anchorage WELL: BRU 224- API: 50-283-20076 PERMIT: 84-137 PAGE: 5 07/20/93 (14) TD: 6950 PB: 6467 RIH MW: 9.7 NaCl/Br POOH W/WL & CHANGED OUT PKR RUNNING TOOLS, RERAN BAKER PERM D PKR ON WL, SET PKR @ 5003' W/TBG TAIL @ 5034'. PULLED WEAR BUSHING & PREPARED TO RUN 3-1/2" TBG. RAN 3-1/2" 9.3% N-80 BUTT MOD TBG. RU TO RUN DUAL TBG STRINGS. MU & RIH WITH A BAKER AL-5 RETRIEVABLE 9-5/8" DUAL PKR. MU DUAL ELEVATORS & SLIPS. PU & RIH W/2-7/8" & 3-1/2" TBG @ REPORT TIME. 07/21/93 (15) TD: 6950 PB: 6467 RUN 1-1/2" HEATER STRING MW: 9.7 NaC1/Br CONT TO RUN DUAL TBG STRINGS. STAB 3-1/2" SEALS INTO BAKER D PERM PKR(SET @ 5003' WLM). SPACE OUT W/PUPS 1 JTS BELOW HGRS. LAND 2-7/8" & 3-1/2" HRGS. RILDS. DROP PKR SETTING BALL. RU LINES. PRESS LONG STRING TO 1500 PSI & HOLD TO SET FHL PKR. PRESS UP TO 2500 PSI TO SET AL-5 PKR. PRESS UP TO 3000 PSI & TEST LING STRING FOR 15 MIN-OK. CONT PRESS UP & SHEARED SOS @ 4300 PSI. CLOSE DUAL PIPE RAMS & TEST ANN TO 2000 PSI FOR 15 MIN-OK. RU SL ON SHORT STRING. RIH & SET CA BLANKING PLUG IN D NIPPLE @ 3212' SLM. TEST 2-7/8" TO 3000 PSI. RIH W/SL TO PULL PRONG F/BLANKING PLUG-SWIVELLED OFF OIL JARS & LEFT 5' TOOL STRING IN HOLE. RD SL & CALL FOR FISHING TOOLS. BOLDS. PULL UPPER HGR BOWL. LD LANDING JT. SET 3-1/2" & 2-7/8" BPVS. RU TO RUN 1-1/2" HEATER STRING. PULL 2-7/8" BPV. RU SL. RIH. LATCH ONTO FISH & POH-RECOVERED ALL FISH F/D NIPPLE. RD SL & LD 2-7/8" LANING JT. SET 2-7/8" BPV. RUNNING 1-1/2" @ REPORT TIME. 07/22/93 (16) TD: 6950 PB: 6467 RIG RELEASED MW: 9.7 NaC1/Br RUN 1-1/2" 29% N-80, CS-HYDRIL HEAT STRING. MU HGR & LAND. RAN 56 JTS + HGR. LANDED @ 1792'. INSTALLED UPPER HGR BOWL USING 1" LP. RILDS. RD GBR CSG CREW. ND BOPE. RD & LOWER FLOOR. FIN ND BOPE. NU CIW DUAL TBG HEAD ADAPTER FLANGE. TEST PACKOFFS TO 3000 PSI. NU DUAL 3-1/8" 5 KSI TREES. PULL BPV'S-SET TEST PLUGS. TEST DUAL TREES TO 250 PSI & 3000 PSI. VERIFY 1-1/2" HEAT STRING IS OPEN BY CIRC 1/2 BBL-OK. PULL TEST PLUGS. SET BPV'S. DRESS TREE. SECURE WELL. VACUUM OUT LAST OF BRINE & FINISH CLEANING PITS. RELEASE RIG. RIG RELEASED @ 2100 07/21/93. (d-r~fll[ng ~upe~nt-enden6) ~' DATE: R£C£1vED AUG 5 1990 Alaska Oil & Gas Cons. Commission Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION O,/%/~ APPLICATION FOR SUNDRY APPROVALS _ Suspend _ Operation Shutdown _ Re-enter suspended well"..~.~ Alter casing _ Repair well_ Plugging _ Time extension Stimulate Change approved program _ Pull tub ng X. Variance _ -~erforate X --Other~,~) 1. Type of Request: Abandon 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development X Exploratory Stratigraphic Service Plugs (measured) 4. Location of well at surfaCe 711' FSL, 2482' FWL, Sec 23, T13N, R10W, S. M. At top of productive interval 1199' FSL, 2236' FWL, Sec 23, T13N, R10W, S. M. At effective depth Junk (measured) At total depth 1209' FSL~ 2189' FWL~ Sec 23~ T13N~ R10W, S. M. 12. Present well condition summary Total Depth: measured 6950' feet true vertical 6880' feet Effective depth: measured 6462' feet true vertical 6391' feet Casing Length Size Cemented Structural Conductor 7 3' 3 0" Driven Surface 405' 2 0" Yes Intermediate 3079' 1 3- 3/8" Yes Production 6630' 9- 5/8" Yes Liner Perforation depth: measured See Attached Schematic for perforation intervals. true vertical See Attached Schematic for perforation intervals. 2-3/8", N80, to 1496' Tubing (size, grade, and measured depth) Production: 3-1/2", N80, to 3664'; Heater String: Packers and SSSV (type and measured depth) Baker FH 3-1/2" X 9-5/8" @ 3173' 6. Datum elevation (DF or KB) 94' KB 7. Unit or Property name Beluga River Unit 8. Well number BR U 224-23 9. Permitnumber 84-137 10. APInumber 50-283-20076-00 feet 11. Field/Pool Beluga River Unit Beluga/Sterling Measured depth True vertical depth 97' 427' 3099' 6648' 97' 427' 3029' 6576' RECEIVED APR ! 9 ~iaska Oil & Gas Cons. Anchorage 13. Attachments Description summary of proposal __~_X. Wellbore Schematics, Operations summary of propasal 14. Estimated date for commencing operation May 17, 1993 16. If proposal was venally approved /~// ~ Name of apt~ov/r/' ,,,/.'..-~, Date approved 17. I hereby c~rtifTc/tha~.~ foregoing is true and correct to the best of my knowledge. / . ':. Si,ned ~"~/~'/~-' ~/",,~.~,,-~.//¢'~'/-,~eTitle Area Drillin, E~,ineer ~ FOR ~MMISSION USE ~LY Detailed operation program _ BOP sketch 15. Status of well classification as: Oil Gas X Suspended _ Service Date i/ / Conditions of approval: Notify Commission so representative may witness Plug integrity_ BOP Test_ Location clearance__ Mechanical Integrity Test_ Subsequent form require Origine' m~,~ned By ~ ~.; .:~ · Approved by the order of the Commission David W. doi~nston Form 10-403 Rev 06/15/88 IApproval_No. ' Commissioner Date ~'-~ SUBMIT IN TRIPLICATE BRU 224-23 GENERAL WORKOVER PROCEDURE 4/14/93 Beluga River Unit Well 224-23 will be worked over in late May. The objective of the workover is to add perforations to the Beluga Formation and re-complete the well as a 3___-.!/2" X 2-7/8" dual com~.9" heater string. Listed below is the general workover procedure. General Workover Procedure: (14 days) Pre-Rig Procedure: 1. Contact AOGCC and advise of upcoming of workover so that they can be present to witness BOPE tests. 2. Prep. location (remove wellhead shelter, level location, spot dikes and tanks, lay hardline, etc). 3. RIH with wireline and open sliding sleeve above top packer. 4. Set back pressure valves (BPV's) in production string and heat string. RECEIVED 1. Mix Brine (_+9 ppg). Pull BPV's from both strings. APR '1 9 1993 ,~,iaska Oil & Gas Cons. Oommissio~ 2. Kill well. Anchorage Install BPV's, remove tree and nipple up and test BOPE (notify AOGCC of BOPE test). Pull heat string. Pull production tubing above top packer (safety joint releases w/straight pull). RIH with drill pipe. Release packer (straight pull) and pull same. RIH with drill pipe and cleanout to PBTD @ 6467' with bit and scraper. Filter brine. Set storm packer and change out tubing spool. POOH with drill pipe. Rig up E-line unit. Run CET/CBT logs and potentially formation evaluation logs. Evaluate same to determine perf depths and squeeze requirements. . . . . 7, 8~ BRU 224-23 PROCEDURE (CONT.) 9. RIH with drill pipe conveyed perf guns and perf Lower Beluga zone (depths to be determined from cased hole formation logs). Flow test perforations. Kill well. 10. RIH with drill pipe conveyed perf guns and perf Upper Beluga zone (increase shot density from 6 to 12 spf). Perf underbalanced. Kill well. 11. Set permanent packer via E-Line. 12. Run dual completion. Run 1.9" heat string. 13. Nipple down BOPE, nipple up and test tree. RECEIVED APF~ ! 9 ~99~ · Alaska Oil & Gas Cons, Co~;~'';~'ss~:''~' Anchorage .~ _ ~..u ~lasKa, inc. Belu._qa River Unit '~ ~BRU 224-23 "~' A~ 2~~7~ u / ' Well Ty~: Gas Pr~ucer 'il J ~ua Dine: 11/25/~ O~ginal RKB (Depth ReO: 94' Annulus Fluid: Diesel J J La~ Compi: 7J~ Ground Level: 75.8' Top of Sterling: 32~ ! J Schemmic Rev: 8/14/92 Maximum Hole Angle: 1~ ~ ~1~9~~ J NE 1/4 S~. 23, T13N, RIOW, SM A~ie ~ P~ffor~ions: 2.5 1I i ,i 2 --.- ~ 6 7 PB 6467' PBTD 6648' ,1 ID 6950' A 4 ] ] ] ] ] Jewelry ~ Lenath 1 602' .98' 2 3138' 1.65' 3 316c7 3.54' 4 3173' 8.10' 5 3238' 1.1CF 6 3270' 393' 7 3663' 0.66' A 514" 142" RECEIVED 3 1/2" Otis "X" Nipple 3.94" 2.75" BaT "CC" Safety Jnt. 4.19" 3.0" 3 1/2' Otis "XA" Sleeve 4.19" 2.81· Baker "FH" Pkr. - 2.92" 3 1/2" Otis "XN" Nipple 4.16' 2.635" 3 1/2" Baker Blast Jt. 4.5' 3.0" 3 1/2" Baker Shear sub 3.75" '3.0' 2 3/8" Otis "X" Nipple 2.875" 1.875 Casing and Tubing Surface 20" 133~ K-55 Buff 0 Intermediate 13 3/8" 68~ K-55 Buff 0 Prod. Casing 9 5/8' 43.5~/40¢ N-80 BTC 0 Prod. TBG 3 1/2" 9.3~ N-80 8R 0 Heater 2 3/8" 4.7# N-80 8R 0 Perforations Net Zone~ ~ Densi~ Eggtgg~ A 3271'-3273' 3202'-3204' 4 SQZ. 3276'-3308' 3207'-3239" 12 32' 3332'-3378' 3263'-33177 12 46' B 3420'-3438' 3351'-3368' 12 18' 3452'-3490' 3383'-3421' 12 38' C 3588'-3600' 3518'-3~ 12 12' 361CF-3632' 3540'-3~2' ' 12 22. 364~-3641' 3570'-3571' 4 SQZ. D 373D"-375CF 3660'-36817 6 20" F 4478'-4502' 4408'4432' 6 24" 4564'-4582' 4494'-4512' 6 18" 4678'-4686' 4608'-4616' 6 8' 4808'-4815' 4738*-4745' 6 7' H 5260'-5275' 5190'-5205' 6 15' APR. ! 9 199-~ 5/5/91 2.4" gauge ting to 6136' WLM* 5/3/92 2.5" gauge ring to 6364' WLM, 6380 MD (pre-perf) · Amount line available on spool Anchorage Closed Open Open Open Open Open Open Closed open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 JLB 9/21/92 BRU 224-23 Propose . Completion 9-5/8" 43.5/40# N-80 casing LS: 3-1/2" 9.2# N-80 BTC-AB Mod Special Clearance NPC tubing SS: 2-7/8" 6.5# L-80 EUE 8rd-AB Mod IPC tubing 1.9" 2.9# N-80 CS-Hydril Heat String TO 2000' Camco 2-7/8" Selective Nipple w/2.312" W-1 internal nipple profile Camco 2-7/8" X 1" KBMG mandrel with DV Camco 3-1/2" Selective Nipple w/2.812" W-1 internal nipple profile Camco 3-1/2" X 1" KBMG mandrel with CV and RK Latch Baker Model AL-5 Dual retrievable packer. (3.5" X 2.875" X 9.625") Camco 2-7/8" 'D' Nipple (2.25" NOGO) Camco Wireline Entry Guide Sterling Perfs Camco 3-1/2" X 1.5" MMG mandrel with DV Baker 'FHL' 3-1/2" X 9-5/8" retrievable packer Upper Beluga Perfs Camco 3-1/2" Sliding Sleeve w/2.812" W-1 internal nipple profile (selective nipple) Baker Seal Assy. (5' seals) Baker Model 'D' Perm. Packer REEEIVED Lower Beluga Perfs Camco 'D' nipple 2.75" NOGO Camco Shear out Sub APR ! 9 199 Alaska Oil & Gas (.;ohs, Oorr,~.issto~ Anchorage PBTD @ 6467' SDB 1/14/93 995111 Permit # The fei!owing data is hereby acknowledged as being received: Dated: RECEIVED DEC 0 4 1992 Alaska Oil & Gas Cons. Commission Anchorage ARCO Alaska, Inc. Post Office b~, 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 August 24, 1992 Commissioner Leigh Griffin Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Report of Sundry Well Operations for BRU 224-23 Perforation. Dear CommiSsioner Grif£m: On May 28, 1992 ARCO Alaska Inc. successfully completed the perforation of the D, F, & H zones, (from 3730'- 5275') on BRU 224- 23. Enclosed are the Report of Sundry Operations, a Well Service Report, and a well schematic for reference. If you need additional information, please call Brian Noel at 263-4879. Sincerely, _Acting Regional Engineer JCW:JLR:0176 Attachment CC: Mr. M. R. Williams Mr. Mike W. Sellers Shell Western E&P, Inc. Chevron U.S.A., Inc. RECEIVED Alaska 0ii & Gas Cons. CommtSsto~ Anchorage ARCO Alaska, Inc, is a Subsidiary of AtlanticRichfieldCompany AP, 3B-6003-C STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Type of Request: Operation Shutdown ~ Stimulate Plugging Perforate X Pull tubing Alter casing Repair well Pull tubing Other Z. Name of Operator ARCO Alaska. Inc. :3. Address P. O. Box 100360~ Anchora~le~ AK 99510 4. Location of well at surface 2482' E, 711' N, of SW Comer Sec. 23, T13N, R10W, SM At top of productive interval 2236' E & 1199' N of SW Comer Sec 23, T13N, R1 OW, SM At effective depth 2195' E & 1217' N of SW Comer Sec 23, T13N, R1 OW, SM At total depth 2189' E & 1209' N of SW Comer Sec. 23, T13N, R1 OW, SM 12. Present well condition summary Total Depth: measured 6950' feet true vertical 6880' feet 5. Type of Well: Development Exploratory Stratigraphic Service Plugs (measured) 6. Datum elevation (DF or KB) 93' KB 7. Unit or Property name Beluga River Unit 8. Well number BRU 224-23 ~ 9. Permit number/approval number 84-137 / 92-132 10. APl number 50-283-20076-00 11. Field/Pool Beluga River-Beluga 6647'-6648' Effective depth: measured 6467' feet true vertical 6391' feet Junk (measured) Casing Length Size Structural Conductor 73' 30" Surface 429' 20" Intermediate 3304 13-3/8 Production 5338' 9-5/8" Liner Cemented Driven 618sx class G 2100sx class G 1200sx class G Measureddepth Trueverticaldepth 97' 97' 427' 427' 3099' 3304'j~ 5338' 5338' Perforation depth: measured See attached Well Schematic true vertical See attached Well Schematic Tubing (size, grade, and measured depth) 3-1/2" 9.2#, N-80 @ 3868'MD Packers and SSSV (type and measured depth) Packer Baker FH @ 3307' RECEIVED 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure N/A AU G 2 8 1992 Alaska 0ii & Gas Cons. C0mm'~ss't0~ nchorage 14. Prior to well operation Representative Daily Averaoe Production or Iniection Data OiI-Bbl Gas-Mcr Water-Bbl Casing Pressure 3836 32 Tubing Pressure 1180 Subsecluent to operation 5755 30 1400 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations 16. Status of well classification as: Oil Gas X Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ,,,'/~~ ~ Title Cook Inlet Re~lional En~lineer Form 10-404 Rev 06/1 5/88 Date '~'/,~,-('/~' c_ SUBMIT IN DUPLICATE ARco Alaska, Inc. BRU 224-23 Spud Date: 11/25/84 Last Compl: 7/86 Schematic Rev: 8/14/92 NE 1/4 Sec. 23, T13N, R10W, SM Beluc River Unit AP . 283-20076-CX] Odginal RKB (Depth ReO: Ground Level: Maximum Hole Angle: Angle at Perforations: 4' 75.8' 19° 2.5° Well Type: Gas Producer Annulus Fluid: Diesel Top of Sterling: 3230' ASP: 2631589,320233 Single w/heater stdng PB 6467' PBTD 6648' ID 69,50' 4 Jewelry Depth Len_ath EggJ~J]~e.~t O.D. I.D. 1 602' .98' 3 1/2" Otis "X" Nipple 3.94' 2.75" 2 3138' 1.65' BOT "CC" Safety Jnt. 4.19" 3.0" 3 3169' 3.54' 3 1/2" Otis "XA" Sleeve 4.19" 2.81" 4 3173' 8.10' Baker "FH" Pkr. - 2.92" 5 3238' 1.10' 3 1-/2" Otis "XN" Nipple 4.1'6" 2.635" 6 3270' 393' 3 '1/2" Baker Blast Jr. 4.5" 3.0" 7 3663' 0.66' 3 1/2" Baker Shear sub 3.75" 3.0" A 514' 142' 2 3/8" Otis "X" Nipple 2.875" 1.875 Casing and Tubing ~ Size ~ ~ Thread ~ Bottom Surface 20" 133~ K-55 Butt 0 427' Intermediate 133/8" 68# K-55 Butt 0 3099' Prod. Casing - 9 5/8" 43.5#/40# N-80 BTC 0 6648' Prod. TBG 3 1/2" 9.3# N-80 8R 0 3664' Heater 2 3/8" 4.7# N-80 8R 0 1496' Perforations Net ~ A ~3271'-3273' 3202"-3204' 4 SQZ. Closed 3276'-3308' 3207'-3239' 12 32' Open 3332'-3378' 3263"-3309' 12 46' Open B 3420'-3438' 3351'-3368' 12 18' Open 3452'-3490' 3383'-3421' 12 38' Open C 3588'-3600' 3518'-3530' 12 12' Open 3611~-3632' 3540"-3~2" 12 22' Open ~3640'-3641' 3570'-3571' 4 SQZ. Closed D 3730'-37517 3660'-3~ 6 20' Open 5/92 F 4478'-4502' 4408"-4432'- 6 24' Open 5/92 4564'-4582' 4494'-4512' 6 18' Open 5/92 4678'-4686' 4608'-4616' 6 8' Open 5/92 4808'-4815' 4738"-4745' 6 7' Open 5/92 H 5260'-5275' 5190'-5205' 6 15' Open 5/92 RECEIVED A U G 2 8 1992 5/5/91 2.4" gauge ring to 6136' WLM*Alaska 0il & Gas Cons. [;ommissio, 5/3/92 2.8" gauge ring to 6364' WLM, 6380 MD * Amount line available on spool JLB 8/14/92 - ARCO Alaska, Sub~ic~iary of Atlantic Richfield Coml~ny WELL SERVICE REPORT WELL IPBDT ~31~1RACTOR IDAYS ! DATE / L - - -- : " I ~ - -. -- --L ,~zr .[,,r"' Alit;l/tn __ %1 , ~ I . ,~, - ,.,?~. U I ' - r - - __ _<'-~ . . - · , -t t C:][ G)n/4~ _ ! ! '~- -"-' £dd.._ ,--. [] CHECK THIS BLOCK IF SUMMARY CONTIINUED ON BACKI , - - - - ...... · . ''- ..... ~laska Oil & .... .. Anchorage ~' ': 'ARCO Alaska, Inc.~-~) 51J~i~lary Of AtlantlO Richfield GorApa~y WELL IPBDT CONTRACTOR H LA /-,-~ ~ / c~/ REMARKS / WELL SERVICE REPORT 'FIELD-DISTRICT-ATE O~E~A~O. AT .E.O~ IDAY$ I DATE. - ~--,.~. CHECK THIS BLOCK IF SUMMARY CONTINUED ON BACK Anchorage ARCO Alaska, Inc. Post Office Box100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 Cook Inlet Engineering May 15, 1992 Mr. L. Smith Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Submittal of Application for Sundry Approval for Perforation of BRU 224-23. Dear Mr. Smith: Attached is an Application for Sundry Approval for the perforation of the D, F, & H zones in the Beluga formation of BRU 224-23. These depths are listed on the attached Well Data Summary Sheet. Also attached is a proposed operations plan and well schematic for reference. If you require any further information in this regard, please call Jim Zernell at 263-4107. Sincerely, J.C. Winn Acting Regional Engineer JCW:DRH:jlb: 0144 Attachment CC: Mr. C. Kidwell Mr. D. Santi Shell Western E&P, Inc. Chevron U.S.A., Inc. RECE.',IVED Alaska Oil & 6as Cons. Com~issio~ Anchorage ARCO Alaska, Inc. i~ a Subsidiary of Atlantic Richfield Company STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon Suspend Alter casing _ Repair well Change approved program _ Operation Shutdown_ Re-enter suspended well_ Plugging_ Time extension _ Stimulate __ Pull tubing _ Variance _ Perforate X Other 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development X Exploratory _ Stratigraphic _ Service 4. Location of well at surface 2482' E & 711' N of SW Corner Sec. 23, T13N, R10W, SM At top of productive interval 2236' E & 1199' N of SW Corner Sec. 23, T13N, R10W, SM At effective depth 2195' E &1217' N of SW Corner SEC. 23, T13N, R10W, SM At total depth 2189' E &1209' N of SW Corner Sec. 23, T13N, R10W, SM 12. Present well condition summary Total Depth: measured 6950' true vertical 6880' Effective depth: measured 6467' true vertical 6391 ' Casing Length Size Structural Conductor 73' 3 0" Surface 405' 2 0" Intermediate 3304' 1 3-3/8" Production 5338' 9-5/8" Liner Perforation depth: measured 13. Current: See Attached Well Schematic true vertical Current: See Attached Well Schematic Tubing (size, grade, and measured depth 3-1/2" 9.3# N80 @ 3664' Packers and SSSV (type and measured depth) Packer Baker FH ~ 3173' Attachments Description summary of proposal _ 14. Estimated date for commencing operation feet Plugs (measured) feet feet Junk (measured) feet Cemented Driven 427'-O' 3099'-O' 6648'-2500' 6. Datum elevation (DF or KB) 94' KB feet 7. Unit or Property name Beluga River Unit 8. Well number BRU 224-23 9. Permit number 10. APl number 50-:283-20076-00 11. Field/Pool Belu~]a River/Belucja 6648'-66482' None Measured depth True vertical depth 97' 97' 427' 427' 3O99' 3099' 6648' 6576' Proposed: See Proposed: See Attached Well Data Summary Sheet Attached Well Data Summary Sheet Detailed operation program X B~ ~ ~l~h~_~ 15. Status of well classification a.~ E May. 1992 16. If proposal was verbally approved Name of approver Date approved Oil 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed .~ FC~--L~74 ~.~, %~.-.~ Title Acting Regional Engineer. FOR COMMISSION USE ONLY cas x susp. Service, ,....,~,,, rill ~ 6~5 GO~S. G0~tS~t0~ ...... . chorage Conditions of approval: Notify Commission so representative may witness IApproval No. Plug integrity_ BOP Test_ Location clearance B Mechanical Integrity Test Subsequent form require 10- ~'0/"/ -,,pproved Copy -- Returned Original Signed By Approved by the order of the Commission David W. Johnston Commissioner Date ,~. ~;). c~ Form 10-403 Rev 5/03/89 SUBMITIN TRIPLICATE BELUGA RIVER UNIT PERFORATING PROCEDURE BRU WELLS ~ and 224-23 BR 21 April 30, 1992 OBJECTIVE The purpose of this work is to increase the gas deliverabilty to adequately meet existing contractual obligations by selectively perforating and re-perforating Beluga intervals. 2-1/8" strip guns with 6 SPF and zero-degree phasing are recommended. A list of equivalent perf guns from the various service companies is attached. WELL STATUS The current status, perforating depths, tubing restrictions, and gauge ring data are presented for each well on the accompanying Well Data Summary Sheets. Individual well schematics are are also attached. PROCEDURE 1. SI well 3-4 days prior to perforating to obtain a srrP. Note pressure in WSR. 2. Obtain a representative 12-hour rate prior to perforating. 3. Conduct a safety meeting with the field foreman, gl operator, AAI engineer and service company personnel. Ensure the service company personnel are familiar with the wireline procedures checklist and obtain a diagram of the tool string prior to commencing wit, line operations. . Rig-up electric line unit and lubricator. Make-up tool string of adequate weight bars, perforating guns, decentralizer and CCL. Turn off radios, phones and electric welders and make the proper announcements before arming perforating guns. These may be returned to service after the tool string is 500 feet below the wellhead. 5. Pressure test lubricator to 2500 psi as per wit, line supervisors instructions. Ge RIH with well shut-in, and tie into CBL or CET as referenced in the Well Data Summary Sheet. Position gun below interval to be perforated 7. Unload well and produce for at least one hour to establish adequate drawdown. 8. Raise gun to proper depth and fire. Allow well to flow for 20 minutes to clean-up perforations. . Close wing valve and POOH. Turn off radios, phones and electric welders and make the proper announcements before reaching the surface. Check gun and record depths of any misfires. Repeat the gun run if necessary. 10. Repeat steps 5 through 8 for the gun runs listed on the Well Data Summary Sheets. Tie-in and shoot from CBL or CET depths shown in bold print. [~ E C E i V E D Procedure BR-21 0055a/Page 1 MAY 2:1 1992 ^ias.ka 0il .& Gas Cons. C0mm. Bsl0n 't~horaoa 11. 12. Rig-down electric line unit. Return well to production and conduct a step rote test using the enclosed form. The minimum pressure guidelines are as follows: WEII. MAX, RATE MINIMUM WHP BRU 224-34 13.3 MMSCFPD 1060 psi BRU 224-23 13.6 MMSCFPD 1060 psi 13. Repeat steps 1 through 12 for both wells. Send all WSR and step rote test information to Jim Zemell, ATO 1366. Procedure BR-21 0055a/Page 2 RECEIVED MAY 2' 1 1992 OJJ & 6as Cons. Commission Anchorage WELL DATA SUMMARY SHEET (Continued~ BRU 224-23 Objective The purpose of this work is to increase gas rate by perforating Beluga zones D, F, and H. This 1985 well was designated as a Sterling only producer, whereas offset well BRU 232-26 was completed as a Beluga/Sterling well in the same year. Current Status BRU 224-23 is currently producing 11.3 MMSCFPD from the Sterling A-C. Last Tag Fill: 6148' MD - 5/91 Pressures: SITP: 1233 psi TP: 1128 psi PC: 20 psi SC: 0 psi Reservoir Pressure: 1370 psi @ -3300 MD (4/91) Tubing size: 3-1/2" Casing size: 9-5/8" Min ID: 2.635" (Otis "XN" nipple @ 3238' Perforation Data Tie-in Log: 01/07/85 Schlumberger CET (CET is off depth with DLL; CET = DLL-I') D!~I~: 12/29/84 Schlumberger (5") ]~]~]~[O., ZONE Ipterval (MD-CET) Interval (MD-DIL) ],t.g_fl.g.l~ S PF I H 5259-5274 5260-5275 1 5 6 2 F 4807-4814 4808-4815 7 6 3 F 4677-4685 4678-4686 8 6 4 F 4563-4581 4564-4582 1 8 6 5 F 4477-4501 4478-4502 24 6 6 D 3729-3749 3730-3750 20 8 Procedure BR-21 0055a/Page 5 RECE[VED MAY 2 1 992 Alaska Oil & Gas Cons, Commission Anchorage ARCO Alaska. ln¢~ .B-RU' 224-2;~ Spua Date: 11/25184 Last ComDt: 7 ~cl~ematlc Rev: 9/17/91 NE 1/4 8~C. 23. TI3N. RIOW, SM Bel~aa River Unit , ~ 283-zx376-00 O~lnal RKB (Dec, m Ref): G~ouna Lev~: MCr~mum Hole Angle: Angle at Perforations: 75.8' 19' 2.5° wetl Type: Gas Proaucer Annul~ Rutcl: Dielel ToD of Stetting: ~ ~ 2631559.329233 ~ngle wi heater string JewelW D~ ~ 1 6~32' .9B' 2 3138' 1.65' 3 316g 3.54' 4 3173' 8.117 5 3238' 1.10' 6 ~.70' 393' 7 = _36~_3' 0.66' A 514' 142" 3 1/2' Otis 'X" Nipple BOT 'CC' safety Jnt. 3 1/2" Offs 'XA" Seeve Baker "FH* Pkr. 3 1/2" Otis 'XN* Nipple 3 1/2" Baker Blcmt Jr. 3 1/2' Baker Shear sut3 2 3/8" Otis "X" Nipple 3.94" 2.75" 4.19' 3.0" 4.19. 2.81' - 2.92* 4.16" 2.635' 4.5" 3.0* 3.75' 3.0* 2.875" 1.875 Cala~ areal T~ Surface Intermealate Proa. Cc~ng Heater 20* 133~ K-55 Butt 13 3/8" 68~ K-55 Butt 9 5/8" 43.5~/40~ N-80 BTC 3 1/2' 9.3~ ~ 8R 2 3/8" 4.7# N-80 8R 0 0 0 0 0 C 3271'-3273' 3212Z-3204' 4 SQZ. 3276'-33~' 3207'-3~9 12 3Z 3332"-3378' 3263'-3.3[39" 12 46" 3420'-~' 3351'-3,368' 12 18' 3452'-34~;~3' 3,383:3421' 12 38' 3588'-360~ 3518'35317 12 12" 364~-3641' 357cr-3571' 4 SQZ. MAY 2 1 1992 Alaska Oil & Gas Cons. Commission Anchorage · Amount fine available on SDOOl JLB 10/134/91 ~"'-~' STATE OF ALASKA ~-~ AL~~. .~OIL AND GAS GONSERVATION GO, dSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown ~ Stimulate [] Plugging ~ Perforate ~ Pull tubing Alter Casing [] Other ~. 2. Name of Operator 5. Datum elevation (DF or KB) Chevron U.S.A. Inc. K.B.= 94 3. Address 6. Unit or Property name P.O. Box 107839, Anchorage, AK 99510 Beluga River unit 4. Location of well at surface 2482' E & 711' N of SW Cot. Sec. 23, 13N, 10W, SB&M At top of productive interval 2236' E & 1199' N of SW Cor. Sec. 23, 13N, 10W, SB&M At effective depth 2195' E & 1217' N of Sw Ocr. Sec. 23, 13N, 10W, SB&M At total depth 2189' E & 1209' N of SW Cor. Sec. 23, 13N, 10W, SB&M 7. Well number BRU 224-23 8. Approval number 9. APl number 50-- 283-20076 10. Pool Sterling 11. Present well condition summary Total depth: measured true vertical Effective depth: Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: measu red true vertical Length 6950 feet 6880 feet Plugs (measured) 6648'-6482' 6462 feet 6391 feet Size Junk(measured) Cemented Measured depth 73' 30" 405' 20" 3079' 9 5/8" 6630' 13 3/8" Driven 427'-Sfc 3099'-8fc 6648'-2500' 97' 427' 3099' 6648' measured 3276'-3308' 3332'-3378' true vertical 3207'-3239' 3263'-3309' 3420'-3438' 3452'-3490' 3351'-3368' 338Y-3421' 3588'-3600' 3610'-3632' 3518'-3530' 3540'-3562' Tubing (size, grade and measured depth) 3 1/2" 9.3# N-80 3664' 2 3/8" 4.6# N-80 1496' Packers and SSSV (type and measured depth) Baker: FH 3173' True Vertical depth 97' 427' 3029' 6576' 12. Stimulation or cement squeeze summary NA Intervals treated (measured) Treatment description including volumes used and final pressure 13. Prior to well operation Subsequent to operation' Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 14. Attachments Daily Report of Well Operations Copies of Logs and Surveys Run Q 15. I hereby certify that the foregoing is true and correct to the best of mY knowledge / Signed /~~~~'~~ Title -Acting Area Operations SuperintendentDate/~/'f-¢~ Form 10-404 Rev. 12-1-85 Submit in Duplicate Feet ,.- STATE OF ALASKA '~ ALASKA .~ ,LAND GAS CONSERVATION CC ;MISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well ~ · OIL [] GAS]~] SUSPENDED [] ~ ABANDONED [] sERVICE [] ./ 2. Name of Operator 7. Permit Number Chevron U.S.A. Inc. 84-137 3. Address 8. APl Number P.O. Box 107839, Anchorage, AK 99510 50- 283-20076 4. Location of well at surface 9. Unit or Lease Name 2482' E & 711' N of SW Corner Section 23, T13N, R10W, SB&M Beluga River Unit At Top Producing Interval 10. Well Number 2236' E & 1199' N of SW Corner Section 23, TlJN, R10W, SB&M BRU 224-23 At Total Depth 11. Field and Pool 2189' E & 1209' N of SW Corner Section 23, T13N, R10W, SB&M Beluga River, Sterling -5. Elevation in feet (indicate KB, DF, etc.) [ 6. Lease Designation and Serial No. G.L. = 76' K.B. = 94'[ ADL - 21127 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. [ 15. Water Depth, if offshore 116. No. of Completions 11/25/84 1/10/85 7/16/86[ NA feet MSL[ 1 17. Total Depth (MD+TVD) 18.Plug Back Depth {MD+FVD} 19~,.Direct onal Survey 20. Depth where SSSV set I 21. Thickness of Permafrost 6950': 6880' 6462'; 6391' YES [] NO [] NA feet MDI NA 22. Type Electric or Other Logs Run NA 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLESIZE CEMENTING RECORD AMOUNT PULLED 30" 1" Wall ~ 57 / 98' Driven 20" 133# K-55 ~,7~' 427' 36" 618 sks C1 "O" 1~3 3/8" 68# K-55 2~)' .: 3.099' 17.1/2" 210.0. sks C1 "O" 9 5/8" 43.5, 403 N-80 /~' 6648' 12 1/4" 1440 sks Cl "O" 24. Perforations.open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD . -interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 3276'-3308'; 3207'-3239' .41" 192 JS 3 1/2" 3664' 317Y 3332'-3378'; 3263'-3309' .41" 276 JS ,2 3/8" 1496' NA 3420'-3438'; 3351'-3368' .41" 108 JS 26. NA ACID, FRACTURE, CEMENT SQUEEZE, ETC. 3452'---3490';'338Y-.3421.'- .41" 228 JS DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 3588'-3600'; 3518'-3530' .41" 72 JS 3610,-3632,; 3540'-3562' .41" 132 JS _. AbOve '6riginallY pe~f,d 6 . -jSpF . ~'~ '~//e~t.~: ~' : = ' 27. PRODUCTION TEST Date F rst Production ' I Method of Operation (Flowing, gas lift, etc.) 8-24-86] Flowing · , Date of Test Hours Tested PRODUCTION FOR OIL-BBL - GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO 7/16/86 -- 9.5 TEST PERIOD * . 0 : 307 ~ .0 20/64" HA Flow Tubing - Cas, ingPressqr~ CALCULATED OIL:BBL ,:. GAS-MCF WATER-BBL. OIL GRAVITY-APl (corr) Press.- ~ ] 3 ] 0' 0 : 24-H(~UR. RATE ~ . 0 2.900. 0 HA 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. . RECEIVED SEP 2 9 1986 _ amka 0R & c0as. C0mmissi0 Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. ~: :' _ 30. " - ~ : NA GEOLOGIC MARKERS NA FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. 31. LIST OF ATTACHMENTS NA 32. Iherebycertifyt~/~g~rueandcorrecttothebestofmyknowledge. Acting Area Operations ~_~f~_~¢ Signed ,/~,~ ,- ~_.~ _f'~tf,~---..-~ Title Super!qtandant Date INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells' Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27' Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". /_ Drilling Morning Report v ~ m ~ [ Proposed ID Oemh 67~0 MO ¢~ TVO ( ~ g6 ~ PBTO} MO TVO /5 Days ~ Hrs. 7 Days ¢ Hrs. Last Cas,ng S,ze ,? W/~" Set 0 ~ 7~ e MD ~ ~ 7 ~ ' TVD [Shoe 'rest Cum Rot. Hrs.: ]Depth Worst Wear ]°/o Rem On Casing JSince Last Cal. kmner Set 0 MD TVD -TOP 0 MD TVD Pm Pf/Mf CL CA Ex Lime El Stab Wt. Mamrial Gel Rustic [i~. Qs. Salt ~aCl~ Other M D Angle Direction TVD Coordinates V S DLS _ ~-.~ --~ lota~ length {8.~.B.P.: } ~onsists o[ . Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. i ' OBarati~ns ~ouerin~ ~4 Hours [nO~n~ ~ Midnight ,., ,_d ' ~ / DrillH,O IPotH,O I"""' m~umkw,. }BuikCmt-i !T°tamAppr' X07770 _ 6 GO 1211 iCD 3-85l Pr:nlee :n U $ A1 'CC-Morn. Drilling Morninq Report Oepth ~ ~,.~b MIl g ~'(~0 TVD ( MD TVD / ~ Oay, Hrs. EMW ~ Cum RoL Hrs.: IOepth Worst Wear On Casing ~Since las~ Cai. L,~er Set 0 MD TVD- TOP 0 MD TVD ~. leo ~~ 7" v,~.f I~v ~v i~ Pm Pf/Mf CL CA Ex Lime El Stab / Wt. Material Gel JCaustic Llg. ~CIs. Salt CaCl~ I dther M ~ ~n¢o ~irect~on No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G rota~ Length (H.W.D.P.: ) Consists of Pump bner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. O~orations Couerin~ 24 Hours [ndia~ ~ Midnight "- I - _ Pnnted ,n U S.A. Drilling Morning Report JField Proposed TO Oepth ~ ~ 5 0 MO ~0 TVO ( ~ ~ P~TO) MO TVO ~ OOL /Y Days ' /~ Hrs. ]DF~.(' '~ Days ~ Hrs. IT°mlR°LHrs' Last Casing Size ? ~ ~" Set ~ ~ ~ ~/8 ' MO ~ ~ 76 TVa ~Shoe Test Cum 8or. Hrs.: ~e~th On Casing ]Since Last Cal. liner Set $ MD TVD-TOP ~ MD TVO ,Pm Pf/MI CL CA Ex bme [I Stab / wt. Matorial :Gel ~Caustic Avg. Drilling Max. Ori'liing ]Conn. JTrip ~/ ~' M O Angle Direction TVO Coordinates V S DLS No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G rota~ Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending Daily Mud ICum Mud 6 -'"? y 0 60-1211 IC0-3 851 /' /' Primed m U S.A. · c,.,,o,.. Drilling Morning Report Depth ¢ ? ~ 0 MD ~ ~ TVO ( ~ ~ 2 PBT' O} rO MO TVO I°~s OOL /3 Days, l ~ Hrs. 7 Days ~ Hrs. ~ Torque 'lOrag ]Rot. Wt. iP/U Wt. ~Slack Off Wt. Las, Casing Size ? ~/~" Set 0 ~g ¢~ ,' ~Shoe T es, MD ~ 5 'Z~ TVO EMW Cum floI. Hrs.: Oepth Worst ~ear % ~em On Casm9 ISince Last Cal. Liner Set ~ MD TVD - TOP ~ MD TVD ~m ,Pf/Mf CL CA Ex Lime Ei Stab / Wt. Mater~al Gel ~Caustic. Lig. CIs. Salt ~aCl~ M 0 Angle Oirection TVO Coordinates V S OLS No. Size rwe Ser. No. Jets In Out Feet Hrs. WOB RPM r B G lotai [enoth {~.~.D.p.: } ~onsists o[ ~um~ liner Stroke S~ Pressure G~M ~at Vel. ~nn. Vel. ~it HHP ~um~ HHP Hrs. O~eratioas Coverin~ 24 HOu[s [ndin~ ~ Midnight Drill H,O IPot H,O IFuel I I I'"'" Printed in U.S.A. , ,c,.,,o,.. "-"' Drilling Morning Report DOL DFS ~ ITo~al Rot. Hrs. / ~ Days / ~ Hrs. ~ Days ~ Hrs. Cum Rot. Hrs.: [Oepth Worst Wear To Rem On ~asin0 lSince last Cal. Set 0 MD TVD- TOP 0 MO TVO Pm ,Pf/Mf .~ CL iCA Ex Lime JEt Stab w,. M,,,,~ G,~ jc~,s,i~.Lig. els. ~alt JcacI, Other MD Angle Oirection TVO ' Coordinates VS OLS No. Size Type SeT. No_ Jets In Out _ Feet Hrs. WOB RPM T B G Total Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. J Bit HHP Pump HHP ,, Hrs. Operations Covering 24.Hours Ending ~ Midnight z p~. ~/~ ~~P ~~. . Daily Mud 0 Jgum Mud ~/: 7 JOaily TangibleJC,mTangible Daily WeI~ov?~ JCum Wey~: 7~~ Rig o . jAccidents GO 1211 iC03 I]51 (" '7V 9 ~CC*Morn. IComp~n~ C/~v~ We,, /~ ~. ~',~ q" 2, 5 ~Ch. Oep~h OOL Torque Las~ Casing S~ze Cum RoL Hrs.: ~On Casing Liner Drilling Morning Report ~0 MD Days Set ~ IOrag ~'~:~) TVO ( /,,,~ Hrs. DFS JOivislon ~ PBTO) [Proposed TD Days MD IRot. Wt. [P!U Wt. Depth Worst Wear ]Since Last Cal. MD TVD- TOP @ Hrs. IT°tal Rot. Hrs. lSlack Off Wt. TVD ISh°e Test % Rem. TVD EMW El Stab CaCI~ VS S PM Pressure GPM I Jet Vel. Ann. Vel. Bit HHP Pump HHP Operations Covering 24 Hours Ending @ M~dnight J Cum Mud Drill H20 I Pot H20 Fuel IBulkW,. }BulkCm,. ]TotalAopr. ~,0 7~ 77~9 U~ Pr,n~ed ,n USA cc.,,,,,. Drilling Morning Report Field .--. ! ..~ ' Date - ~ ~ IPage Oep,, '~750 MO 6~0 TVO ( ~V~2 %BTO) ]Pr°p°se" TO MD TVO DOL /0 Days l~ Hrs. ~ Days . Las, Cas,ng Size '7 ~/g" Set 0 ~ Zi~ MO 6 5 76 TVD ISh°e Test EMW On Casing ISince Last Cal. Liner Set ~ MD TVO- TOP ~ MO TVD Pm /, L) Pf/Mf ~, ~ / 0,~ jCL/70dO~) CA /~0~ ExLime EIStab ~t. Material Gel Caustic Lig. CIs.,- ;alt CaCI~ M O Angle Direction TVO Coordinates V S DLS No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T 8 G Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. O~rations Cov~nn~ 24 ~ours [ndin~ ~ ~idni~ht 1'2 ,, 60 1211 iC0-3-85i Pr,hied ,n 0 S.A. cc.,o,,. Drilling Morning Report Oepth ~ ~ ~ 0 MD ~ ~ TVD ( ~ ~ ~ PBTD) ~Proposed TO MD TVO DFS ~ JTotal Rot. Hrs. O0L ~ Days / ~ Hrs. ~ Days ~ Hrs. I EMW Cum Roi. Hrs.: Dep[h Wors~ Wear J% Rem On Casing JSince Las[ Cal. I Liner Set ~ MD TVD- TOP ~ MO TVD . FV jPv ~ jYP Pm PflMf CL/ CA Ex Ume El Stab WL Material Gel JCaus~ic Lig. CIs. Sal~ CaCI~ I O~her M D Angle Oirectmn TVO Coordinams V S OLS No. Size Type Set. No. Jets In Out Feet Hrs. WOB RPM T B G Pump/ Liner Stroke SP~ Pressure GPM Jet V~I_ Ann_ Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight - ~ -. ~f - / GO !21! iCD-3 85i cc.,,.. Drilling Morning Report Oepth ~ 7:0 MO ~770 TVO ( ~(/~ ~ 'PBTO) MO TVD ~0L ~ Days /~ Hrs. ~ Days Hrs. m Torque Ora9 lR°t. Wt- IPiU Wt- ISfack Off WL Last Cas,no S,ze ? ¢/~q SetO ~ '4~ MD ~ 3 '7 ~ TVD JShoe Test Cum Rot. Hrs.: Depth Worst Wear ~°!o Rem On Casing Isince last Cal. L,ner Set ~ MD TVD · TOP ~ MD TVD Wt. . ~CO ~ PV YP /, / ' ~ C L C A Ex Lime El Stab Wt. Material Gel ICaust~c. Lig. CIs. salt cacl~ Other M O Angle Oirect~on TVD Coordinates V S DLS I No. Size Type Set. No. Jets In Out Feet Hrs. WOB RPM T 8 O Total Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. 8it HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight G0.1211 ~.0-3 851 ~ 7 ~ ? pr,nted,n USA -CC-.or., Drilling Morning Report Well ~t~.L ~ .~,,~ q....,,~..~ ICh. Code *~'~' Depth ~ ? ~ MD ~ ~60 ' TVD ( ~ *{~ ~" PBTD) IPr°p°sed TO MD TVO .~ OOl ioFs - Total Rot. Hrs · ~ 7 Days / ~ Hrs. / Days Hrs. Las~gasingSize 75/~ SetO ~6 (/~ ' MD' ~ 7~ / TVO ~ShoeTest EMW ~ CumRot. Hrs.: IOepth Worst Wear I%Rem- '~ On Oasi.g ISince I. ost Cal. Ltner Set 0 MD TVO - TOP 0 MD TVD Gel . , ~ Pm Pf/Mf .o CL CA Ex Lime El Stab Wt. Material Gel Caustic Li9 ' CIs. Salt CaCI~ Oiher M 0 Angle Direction TVD Coordinates V S OLS No. Size Type Set. No. Jets In Out Feet Hrs. WOB RPM T B G total Length (H.W.O.P.: ) Consists of Pum~ Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight / / ~ /~ . PoW, / ~ ., ~ . ~ · Accidents~/ Drilling Morning Report Proposed TO ' Oep,h ~ ?~0 MD ~.~ ~0 TVD ( ~ ~ 2 PBTD) MD TVD DOL IDFS ITo,al Rot. Hrs. ~ Days / ~ Hrs. Days Hrs. L~st Cesing Size ? Y/~" Set ~ ~ ~ MD ~ S 7 ~ TVD JShoe Test EMW .~ CumRot. Hrs.: IOepth Worst Wear I%Rem. On Casing JSince Last Cal. Liner Set ~ MD TVD- TOP ~ MD TVD , Pm Pr/Mr .~ ICL CA Ex Lime E! Stab Wt. Material Gel ICaustic~ Lig. CIs. Salt CaCIz I , Other Avg. Drilling Max. Drilling Conn. Trip Trip Chlorides Remarks M 0 Angle Direction TVO Coordinates V S D LS No. Size Type Set. No. Jets In Out Feet Hrs. WOB RPM T B G Total Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnigh~ , .'/' ---,~.-f- ~ / ~ ~I ~:~- ~.~'' , ~~ ~ Xz-,~ .,. ~' r~.~- ~' / . '~ ~ . .~'. ' ~'+~ ~ ~'~/~. / GO 1211 lCD-3-85l 6 '7 v '? Drilling Morning Report Proposed TO Depth ~9~ MD ~P~/D TVD ( ~y~2 h PBTD) MD TVD · ~ ~ Oay~ /~ Hrs. Oays Hrs. EMW · Cum Rot. Hrs.: IOePth Worst Wear ~% Rem. '~ On Casing lSince Last Cal. Liner Set 0 MD TVD- TOP 0 MD TVD ~ Pm Pf/Mf CL CA Ex Lime El Stab m / Wt. Material Gel ]Caustic Lig. CIs. ~Salt CaCl~ I Other , Avg. Drilling Max. Drilling ]Conn. Trip Trip Chlorides Remarks M D Angle Direction TVO Coordinates V S DLS No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Total Length (H.W.D.P.: } Consists of I Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Coverin9 24 Hours Ending ~ Midnight ~ fil~z C~ s'~N~Y co/~/c~r c'~~'- ~t~ ~ . , ~ Daily Mud 0 JPot H2oIC"m Mud ~) IOailv Tangible ~Cum Tangible IBulk cmt']Daily Well /l ~~1 Appr. _~-~ 7~0 Ic"m Well ~, 7 ~ Rig ~ ~ .~ IRigPhon~?~37) ?~ _ g?J~ Drilling Rep. ~.L. &zf[~O~ IAccidems ~d"~ CC.Morno Drilling Morning Report Depth d ? ~0 ~0 d ~ TVO ( ~ V~2 ~PBTO) ~Propose, TO MO TVO ~ Days /~ Hrs. Days Hrs. EMW · Cum Rot. Hrs.: IOeplh Worst Wear I% Rem. On Casing ]Since Last Cal. bner Set ~ MD TVD- TOP 0 MD TVD Pm Pf/Mf CL CA Ex Lime Ei Stab / , ~t. Material Gel lCaustic Lig. CIs. Salt ~aCI, I Other ~ Avg. Drilling Max. Drilling IConn. Trip Trip Chlor,des IRemarks M D Angle Direction TVO Coordinates V S DLS No. S~ze Type Set. No. Je~s In Out Feet Hrs. WOB RPM T B O Total Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure i GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. O~rations Cou~rin~ 24 Hours [ndin~ ~ Midnight .... - o I 0 I Daily Tangible ICum Tangible IOa,,, W,,, ~. W/ I Accidents g 7 ~3 Pr,nted ,n USA. CC-Morn. Drilling Morninq Report I - ~ Proposed TO O~pth 8 ~ MD ~ ¢~0 TVO ~ ~2 ~ PBTD) MD TVD ~ DOL DFS ~Total Rot. Hrs. '~ 3 Oars / ~ Hrs. Oays Hrs. Las[ Cas,ng Size q ~ Set ~ ~g Y~ MO ~'r2~ TVD Ish°e Tes~ 'EMW .~ "C;m RoT. Hrs.: IOe'pth Wors, Wear I% Rem ~ On Casing ISince Last Cal. Liner Set ~ MD TVD - TOP ~ MD TVD wt. ~co JType ~FV PV YP Gel WL IHT-HP ifc ]so,id, %0il ~% Sand ~MBT PH ~ Pm Pf/Mt CL CA Ex Lime [I Stab ~t. Material Gel ]Caustic Lig. CIs. ;alt Cagl~ ~ther M D Angle Oirection TVO Coordinates V S OLS No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T 8 G Puree liner Stroke SPM ~ressure G~M 3el VeL ~nn. Vel. flit HHP Pum~ ~rs. O~srations Couerin~ 24 Hours [nOin~ ~ . ~ DailyMud 0 ICum Mud 0 Oaily Tangible ICum Tangible 1Oail~ Wel,-~/ y// [Cum Well Rig ~ S~ ¢ ~f Rig Phon?,~ IOnllin, Rep. Accidems 763 60-1211 (CD 3 Pnnmd ,n USA. · c,.,o,.. Drilling Morning Report w i Company ~--.'0 ~'U ~(~t~ Depth ~ ~ MD ~ TVO ( 5 Y~ ~PBTD) JProposed TO MD TVD ~ DOL (DFS )To,~lRot HFs. · ~ & Days /~ Hrs. Days Hrs. Las, Casing Size ~~ Set~ ~¢~ MD ~$~ TVD jShoe Tes[ .~ Cum RoL Hrs.: Depth Worst Wear % Rem ~ On Casin9 ISince Last Cai. Liner Set ~ MD ~D- TOP ~ MD TVD ~ / Wt. Material Other M O Angle Oirectm rVO Coordinates V S OLS No. Size Type SeT. No. Jets In Out Fee[ Hrs. WOB RPM T B G rota~ length {H.~.~.P.: Pum~ liner Stroke SPM hessure ~M Jet Ve~ ~nn. VeL 8it HH~ ~um~ HHP Hrs. O~oratioas Coverin~ 24 Hours [ndin~ ~ Midni~m H=O . .ImAcmdents GO 1211 ~CO 3 851 g'~ ~J Pr,hied ~n U S-A. ,c.,,o,.. .. Drilling Morning Report ~Comoan¥ ]Region Oivision JProposed TO Oepth ~q~ MO 6 ~gO TVD ( 6~2 ~ PBTO) MD TVD OOL { Days { ~ Hrs. Days . . IoFS HrslT°ml R°,- Hrs- LostCasing Size ~~ Sero ~ y~ MO ~XY[ TVO ISh°e Test ~ Cum Rot. Hrs.: ~Oepth Worst Wear I°/, Rem. On Casing ISince Last Cal. Liner Set ~ MD TVD- TOP ~ MD TVD Pm Pr/Mr / CL CA Ex Lime El Stab Wt. Matorial Gel ~Caustic Li9. CIs. Salt cacI~ ~ Avg. Drilling Max. Drilling leo... ITrip Trip Chlorides Remarks M 0 Angle Oirection rVO Coordinates V ._ No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G To~al Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnighl ,, ~ JAccidents , I]0-1211 Primed m tJ c,..o,,. Drilling Morning Report Well 8~ ~2Y 23 ICh. Code Oepth ~~ MO ~0 TVO ( 6g~2 ~ P~TO} I~°~°~ *° Mo TVD ~ 'dOL Days / ~ Hrs. Days Hrs. Last Casing Size po, ~ On Casing JSince Last Cal. Liner Set 0 MD TVD- TOP ~ MD TVD ~ P'm PflMf CL CA [x Lime El Stab Wt. Material.., Gel [Caustic Lig. CIs. Salt CaCl~ Other M ~ ~n~l~ ~ir~ctm IVD Coordinates , No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G rota~ Lenoth (H.W.O.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. O~ermions Couerin~ 24 Hours [ndin~ ~ Midnight : , [Accidents Printed m US.A. cc..o,.. -' Drilling Morning Report Oepth ~ ~ MO &~O TVD ( ' ~2 ~PBTD)[Proposed TO MD TVD == ~~ ~& Days · Hrs. Days Hrs. "Torque IOrag IRm. Wt. ~P/UWt. ~ Slack Off Wt. EMW .~ CumRot. Hrs.: lOepth Worst Wear ~% Rem. ~ On Casing JSince Last Cal. [mer Set ~ MD TVD - TOP ~ MD TVD ~ ~m ~/M~ C[ C~ Ix Umo [I Stab ~ / ~. ~aterial Gol Caustic [i~. CIs. Salt ~aCI2 Other M O Angle Oirection TVDICoordinates V S D LS No. Size Type Ser. No. Jets In Out Feet Hrs. WOB flPM T B G Total Length (H.W.D.P.: ) Consists of Pump Liner Stroke SPM Pressure GPM Je[ Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight GO 1211 ICD-3-851 6 7 ~3 DAILY pRoGRESS OF WELL WORK Page of For all W.L. work, perf. jobs, Solvent jobs or other subsurface work other than drilling. Well no. ~ ~ L4 ~. 2 q- 23 Field: - Date: ~- 30-~ 6 Object: AH contractors present during work Work detail breakdown: ,./ ! ' t ' ~, i Results by Company Representative Contt~etor signature and Company (if detail prepared bY Contractors) Production Iroremon Arco Engineer {Well Irile) CS~pany Representative signature and Date .w / cc.,o,,. Drilling Morning Report Proposed TO Oepth ~ ~ MO ~ ~ TVD ( ~ ~ ~ PBTD) MD TVD Days Hrs. Days Hrs. m Torque Drag JRot. wt. P/U Wt. Js,,ck O, W,. Las, Casing Size g~ Set. ~ ~ r MD TVD ~Sho, Test Cum Rot. Hrs.: JOepth Worst Wear J% Rem. On Casing JSince Last Cal. Liner w~. JCO JTvp, }FV JPV 6el JWL. IHT-HP FC Solids %0i, 1% Sand IMB. T. PH ~m PI/Mr CL CA EX Lime El Stab I Wt. 'Material Gel ic.,s,c lig. CIs. ;alt CaCl~ ~Othor M O Angle Direction TVD Coordinams V S 0 LS No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Total Length (H.W.D.P.: ) Consists o[ . Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bi[ HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight . · ~ t ltl Appr. G0-1211 iCO 3-851 Pr,hied m U.S A. STATE OF ALASKA ALASi,.. OIL AND GAS CONSERVATION COM' ,,SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon D Suspend ~ Operation Shutdown F; Re-enter suspended well '~ Alter casing .~ Time extension ~ Change approved program~ '~ Plugging ~ Stimulate ..~ Pull tubing ~ Amend order [] Perforate ~ Other 2. Name of Operator 5. Datum elevation (DF or KB) Chevron U.S.A. Inc. G.L.=76' K.B.=94 feet 3. Address ; 6. Unit or Property name P. O. Box 107839, Anchorage, AK 99510 Beluga River Unit 4. Location of well at surface 2482' E & 711' N of SW Corner Section 23, T13N, RIOW, SB&M At top of productive interval 2236' E & 1199' N of SW Corner Section 23, T13N, R10W, SB&M At effective depth 2195' E & 1217' N of SW Corner Section 23, T13N, RIOW, SB&M At total depth 2189' E & 1209' N of SW Corner Section 23, 13N, R10W, SB&M 7. Well number BRU 224-23 8. Permitnumber 84-137 9. APInumber 50-- 283-20076 10. Pool Sterling ii. Present weii condition summary Total depth: measured true vertical 6950 feet Plugs (measured) 6880 feet 6648'-6482' Effective depth: measured true vertical 6462 feet Junk (measured) 6391 feet Casing Length Structural Conductor 73 ' Surface 405 ' Intermediate 3079 ' Production 6630 ' Liner Perforation depth: measured Size Cemented Measured depth ~ue Verticaldepth 30" Driven 97' 97' 20" 427'-0' 427' 427' 13 3/8" 3099'-0' 3099' 3029' 9 5/8" 6648'-2500' 6648' 6576' true vertical 3276'-3308' 3420'-3438' 3588'-3600' 3332'-3378' 3452'-3490' 3610'-3632' R FCFIVED 3207'-3239' 3351'-3368' 3518'-3530' 3263'-3309' 3383'-3421' 3540'-3562' JUL l 4 1986 Tubing(size. grade and measured depth) Not run yet. Packers and SSSV(type and measured depth) Not run yet. 12.Attachments Description summary of proposal [] Detailed operations program [] Repe'rforate existing intervals 6-.41" JSPF 120° Phasing 13. Estimated date for commencing operation Immediately BOP sketch 14. If proposal was verbally approved Name of approver Harold Hedlund Date approved 7-12-86 15. I hereby ce~foreg~oing is true and correct to the best of my knowledge Signed /~'"/__/:¢,/---I~t,;,z,,r,,,-,~/~~ ~ Title Sr. Area Engineer Date Commission Use Only Conditions of approval Approved by Notify commission so representative may witness I Approval No. [] Plug integrity [] BOP Test [] Location clearanceI ~'~'c'y Appro~ C~:- 7 ~' ~.8~i[ ~, $,~ .-,~ ~.//-,..~,¢--~~:;2 by order of ~~ommissioner the commission Date"'~'~/"~--~'-~ Form 10-403 Rev 12-1-85 Submit in triplicate STATE OF ALASKA ALASK.. OIL AND GAS CONSERVATION COMN- .SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend [] Operation Shutdown [] Re-enter suspended well [] Alter casing [] Time extension [] Change~approved program [] Plugging [] Stimulate I~ Pull tubing [] Amend order [] Perforate [] Other 2. Name of Operator 5. Datum elevation (DF or KB) Chevron U.S.A. 'rnc. G.T.. = 76' K. B. = 94 feet 6. Unit or Property name 3. Address P.O. Box 107839, Anchorage AK 99510 Beluga River Unit 4. Location of well at surface 2482' E & 711' N of SW Corner Section 23, T13N, R10W, SB&M At top of productive interval 2236' E & 1199' N of SW Corner Section 23, T13N, RIOW, SB6aM At effective depth 2195' E & 1217' N of SW Corner Section 23, T13N, R10W, SB&M At total depth 2189' E & 1209' N of SW Corner Section 23, T13N, RIOW, SB&M 7. Well number BRU 224-23 8. Permit number 84-137 9. APl number 50-- 283-20076 10. Pool Sterling 11. Present well condition summary Total depth: measured true vertical 6,950 feet 6,880 feet Plugs (measured) Cement: 6648' - 6462' Effective depth: measured true vertical 6,462 feet 6,391 feet Casing Length Size Structural Conductor 73 ' 30" Surface 405 ' 20" Intermediate 3079 ' 13-3/8" Production 6630 ' 9-5/8" Liner Perforation depth: measured 3276' - 3308' 3332' - 3378' 3239' 3309' true vertical 3207' - 3263' - ~bing(size, grade and measured depth) 3-1/2" & 2-3/8" N-80 set at 3644' - /8" N- e at 1 measurea depth) I~,~lers and %%S~/(~ype an'd578' , B~ker q-5/g" "]~T4" p~o~-,~-@ ~Q90' 12.Attachments Description summary of proposal [] Junk (measured) 6462~6102' 5" TCP guns Cemented Measured depth ~ue Verticaldepth Driven 97' 97' 427' - O' 427' 427' 3099' - 0' 3099' 3029' 6648' - 2500' 6648' 6576' - 3438' - 3490' - 3368' - 3421' 3420' 3452' 3351' 3383' 3588' - 3600' 3610' - 3632' 3518'o3530' 3540' - 3562' Detailed operations program ]2r, BOP sketch 13. Estimated date for commencing operation Sept. 1, 1986 RECEIVED 14. If proposal was verbally approved JUN 2 0 LBo 15. Sig Name of approver - ~.~,. A,e,.~ Oil & Gas Con~. (~0m~i,~,].~ppr°ved / certify t.hat t~e foregoing is true and correct to the best I hereby ned /~_'~" '/ / "~ /~3~Z ~f~/~itle Area Operations Superintendent f' ~ Commission Use Only Date Conditions of approval Approved by Notify commission so representative may witness [] Plug integrity ,~BOP Test [] Location clearance ~¢turned Commissioner I Approva, No. / ~,¢ by order of the commission Date¢/¢"- Form 10-403 Rev 12-1-85 Submit in triplicate PRO 3 ! 6-1 PROPOSAL FOR WELL OPERATIONS Well: Field: Location: Elevation: Present Status: BRU ZZ4-Z3 Beluga River, At surface:711' N & Z48Z' E of SW Corner Section Z3, T13N, R10W, SB&M At Top Prod. Interval: 1199' N & ZZ36' E of SW Corner Section 23, T13N, R10W, SB&M. At PBTD: 1Z17' N & Z195' E of SW Corner Section Z3, T13N, R10W, SB&M. G.L. = 76' K.B. = 94' TD (MD): 6950' TD (TVD): 6880' PBTD (MD): 646Z' PBTD (TVD): 6391' Casing: Perforations: Tubing: Junk: NOTE: 30" Driven @ 97' Z0" Cemented ~ 4Z7' 13-5/8" Cemented @ 3099' 9-5/8" Cemented ~ 6648' 3Z76'-3308' 333Z'-3378' 34Z0'-3438' 345Z'-3490' 3588'-3600' 3610'-363Z' See the attached detail. See the attached detail. 5" TCP guns. The "FH" packer at 3090' appears to be leaking. This was confirmed by running temperature and noise logs. " i ECEIVED JUN 2 o Alaska 0it & Gas Cons. Commission BLOWOUT CONSIDERATIONS: . . ® . Gas: This well has produced over 9000 MCF/D. Care must be taken at all times not to swab the well and to keep the hole full on trips. Lost Circulation: None anticipated~ but lost circulation material (salt pills) should be readily available at all times. Precautions: Any kicks should be handled by normal procedures. Rig crews should be made aware of these methods~ and care must be exercised at all times. Maximum Anticipated Formation Pressure: 1530 PSI (from RFT data during logging). Programmed mud weight of 9.8 PPG will provide 180 PSI of overbalance. Maximum Anticipated Surface Pressure: 1430 PSI = Formation Pressure - .03 (Gas Gradient) , TVD = 1530 - (.03 x 3357) BlOwout Prevention Equipment: Minimum of Class ]/I - 3000 PSI. Brinkerhoff Signal Inc. Rig 4~58 has a 13-5/8" -5000 PSI BOP stack. . Z® . . . . . . . 10. 11. 1Z. 1Z. 14. 15. 16. BRU ZZ4-34 WORKOVER PROGRAM JUN 2 0 ^ ..... '"~ Oil & Gas "~ Prior to moving in the workover rig, install a plug in the "X" nipple at 3157' and open the "XA" sliding sleeve at 3046'. Install the back pressure valves in both the producing string and heater string. NOTE: During the initial completion, a two wa}, valve was installed in the heat string because the BPV would not hold. Move in and rig up the workover rig. Remove the back pressure valves~ and kill the well using workover fluid (see the attached program) by circulating down the long string and taking returns through both the annulus and heat string. Install the back pressure valves and nipple down the tree. Nipple up the Class III - 3000 PSI BOP stack; test the rams, manifold and valves to 3000 PSI. Test the annular to 3000 PSI. The AOGCC may witness the test and must have Z4 hours prior notice. Remove the back pressure valves. Circulate the well dead. Pull out of the hole with the Z-3/8" heat string and production equipment. Spot a kill plug just above the sliding sleeve. Close the sliding sleeve and remove the plug from the nipple at 3157'. Spot the kill plug across the perforations (see attached program). Release the Baker "FH" packer and reverse circulate the well dead. Pull out of the hole with the 3-1/Z" tubing and production equipment. Pick up and trip in the hole with an 8-l/Z" bit, 9-5/8" casing scraper, drill collars~ and sufficient 4-l/Z" drill pipe to clean out to the top of the fish at 608Z'. Circulate the well clean. POH. Pick up and trip in the hole with a guide, extension~ overshot dressed with grapples~ bumper sub~ jars~ drill collars, and drill pipe. Wash to the top of the fish, and work over and latch onto fish. Pull out of the hole and lay down the fish. Trip in the hole with an 3-1/Z" bit and clean out to PBTD. Circulate the well clean. Pull out of the hole. Trip in the hole with a 9-5/8" retrievable packer on drill pipe set at 3ZZS'. Test the 9-5/8" casing above the retrievable packer to 1500 PSI for 30 minutes. Locate leaks if there are any. A squeeze procedure will follow if there are any leaks. Pull out of the hole with the packer. If there are squeezes~ after all squeezes and clean out runs are. made, make a 9-5/8" casing scraper run to PBTD. 17. 18 19. Z0. 21. Z3. Z4. ZS. Z6. Z7. Trip in the hole with an 8-1/Z" bit and the drill string to PBTD. Circulate the well clean. Pull out of the hole and lay down the drill string. Pick up and trip in the hole with the production equipment and 3-1/Z" tubing per the attached proposed tubing detail. Test the production string in the hole internally below the table to 5000 PSI. Space out and land the tubing in the parent hanger With a full joint on the top. Pick up and trip in the hole with the Z-3/8" heat string per the attached proposed tubing detail. Test the heat string in the hole internally below the table to 5000 PSI. Land the Z-3/8" tubing with a full joint of tubing on the top. Install the back pressure valves in both strings. Nipple down the BOPE. Nipple up and test the tree to 3000 PSI. Remove the BPV's. Reverse circulate down the annulus and up the heat string with diesel until clean returns are obtained at the surface. Reverse circulate down the annulus and up the production string with diesel until clean returns are obtained at the surface. Hydraulically set the packer. Pressure up and shear out the ball. Test the annulus/packer to 1500 PSI for 30 minutes. Open up the long string to the production separator and flow the well until it cleans up. Test the heat string side per the Area Production Foreman. Install the back pressure valves; rig down the rig; remove the back pressure valves. Return the well to production. V. W. ANGELL . WORKOVER FLUIDS PROGRAM BRU 2Z4-Z3 BELUGA RIVER FIELD FLUIDS SYSTEM: PROPERTIES KILL CIRCULATING Type Litesal/Liteplug Litesal/Liteplug Weight(PPG) 10.Z 9.8 Viscosity (SEC/QT) 65 - 70 35 - 50 Fluid Loss (CC/30 Min) 5 - 7 NC Plastic Vis. (CPS) 8 - 10 8 - 10 Yield Pt. (Lbs/100 FtZ) Z0 - 30 8 - 1Z Gels (Lbs/100 FtZ)' 8/1Z 3/3 pH 9 8 Solids (% by Volume) 17 7 Use primarily a saturated brine water system with the above pills for either kill plug setting or viscous sweeps. ii. 2"- 5000 psi KILL LINE ANNULAR PREVENTER I $ 5/8"'5000 psi *--.- 13 5/8 "-5000 psi 13 '5/8"- 5000 psi DOUBLE GATE PIPE RAMS BLIND RAMS *--13 5/8"-5000 psi iii APPROVED EROGRAM C. N. Segnor i i psi TO MANIFOLD Chevron 2"- 5000 psi CHEVRON BULL PLUG U.S.A. TUBING HEAD ! .... I I I i I I I I I I SOW I i "-30OO psi OOOpsi i $ 5/8"- $000 psi "- 5000 psi BLIND FLANGE 95/8'' ~8" CEMENT e. /, '1 o · - ~...-.,- ...... : ~; . J Ii Il I ,, . I _" ' s'20 30" , I! :1 I CLASS TTr BOP (C] BRU 224 - 23 NPB .. L TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT OF CLASSIFIED MATERIALS Alaska Oil & Gas conServation Commission Attn: Mr. W.M. Van Alen 3001 Poreupine Dr. Anchorage, AK 99501-3192 We are sending the material tabulated below. return one copy to: Please ackno~ and Mr. J. L. Weaver Chevron U.S.A. I nc. 3001 C Street Anchorage, AK 99503 RECEIVED lC, O ~5 ~ .... ~'~ Oil & Gas Cans. Comn-~!ssion Senders' Instructions:- These transmittal sheets are made on NCR (No Carbon Required) paper with three sheets per set. Retain one copy for originator's file. Include one copy with transmitted material. Send original under sepa- rate cover to addressee. (If sending by air freight, put air bill number on backside of envelope.) Please use ball-point pen when filling out this form. EXP-180-79 (CD-2-85) Printed in U.S.A. chevron Chevron U.S.A. Inc. Regional Technical Services Exploration, Land and Production Western Region P.O. Box 1272, Plat 103, Richmond, CA 94802 Date 8/5/85 Tran , ..ittal of Confidential Data Ship to By D.L. GIBSON/j du ALASKA OIL & GAS CONSERVATION COMMISSION Shipped Via 3001 PORCUPINE DR. ASSOCIATED AIR FREIGHT, INC. ANCHORAGE, ALASKA 99501 Ck'd. By Waybill No. Attn: WILLIAM VAN ABEN 1175165 F~I Insure-Value $ ~ Register-No. ~-I Certify-No. Quantity Description Area Line Profiles Remarks 1 BOX ;ONTAINING CHEVRON BEL]~GA RIVER NO 224-23, 00RE...4597-50~)1 105 SAMPLES SAMPLES REQUESTED BY NO}M STONE TO BE FILED AX THE AOGCC. %,,.. 4//,, _ ?~ Oo~,. . Instructions: ' Please acknowledfle Receipt and return. By ~' Date Remarks EXP-175~1 (cD-4-81 ALASKA OIL AND ~A$ ~',ONSERYATION.COMMI$$10N ,. Bill Sheffield, Governor 3001 PORCUPINE DRIVE ANCHORAGE,ALASKA 9g$01~-319S TELEPHONE(907) 27g~1433 ~o~. ~ec. ~z ~. T'/~,4,'. ,e/,~ ~ M, ~e~t No. .~z/-~ . -/~_ ,~ We wish to bring to your attention that the Commission has no[ yet received the following required items on the ;~2ect. well which our records indicated was completed. ~7/-- . _~~.... Article 536(b) of Title 20, Chapter 25, Alaska Administrative Code, stipulates that this material shall be filed within 30 days after completion of a drilled.well. ;, Please submit the above missing material. erely. ,. C. V. Chatterffon/ Chairman '1c:C.024 --C.,HEVHrON U. ,/ TRANSHITT; .~ND ACKNO~4LEDGEMENT OF RECEIPT It - Rolled $ - Sepia F - Film X - X~rox B - Blueline THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. PLEASE CHECK AND ADVISE IHHEDIATELY. RECEIVEO laY Alasl(a Off & L~as uons, Cu.~-,~;;[Oll II · I -- BOX 7839 A~GE, ALASKA 99,$10 OIL RE: Bill .Sheffield, Governor We wish to bring to your attention that the Commission has no~- yet received the following required items on the subject, well which our records indicated was completed ~7/- / ~- ~ 3001 PORCUPINE DRIVE ANCHORAGE,ALASKA 99501'1"319 2 TELEPHONE (907) 279,'1433 Article 536(b) of Title 20, Chapter 25, Alaska Administrative Code, stipulates that this material shall be filed within 30 days after completion of a drilled-well. Please submit the above missing material. C. V. Chattergon/ Chairman '1c:C.024 RECEIVED MAY 0 8 I J85 .-CH b.V I~UN U. 5. A. TRANSMITTAl .~D ACKNOWLEDGEMENT OF RECEIPT , MATERIAL- (ALASKA) DEPT.: PLACE: Ancl~orage THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. · \ FD- Folded R - Rolled S - Sepia - Film X - Xerox B - Blueline PLEASE CHECK AND ADVISE IMMEDIATELY. i1! . REMARKS ON OTHER SLOE. THIS SHEET RECEIVED MY ~o~ ~.s~t mc. BOX 7-839 'AMt'"M~DA(~E. ALASI~I~ 99510 J, _Sec rriT,O~ ~"BL~,~i..:": '",' O~i'TA.*i' 8,. co~,'.i' ..TN .OUT. FAST i · I I ......... I I I · ~ . ~: . .~ .: . ~ z · .~ ...... · ,,d ,, _ ....... h ' ~' . ........ --- & .-- ..... , .... , . ~r'r;~,~.. .. _ . ,.,..L. Jv£u , , , ,, , ...... -, ,- . . . .. , ., vlgY o 8 I~tlF; ,, . ,, , ., · . . .................... ~,ommiss on -. ~-.chorag~ _.._- ALASKA OIL AND Bill Sheffield, Governor 3001 PORC'UPINE DRIVE ANCHORAGE.ALASKA 99501'1'319:2 TELEPHONE(907) 279,- 1433 Pe~it No. ~¢~/'V'7 . We wish to bring to your attention that the Co~ission has yet received the following required items on the subject well which our records indicated was completed _~/- /~--~ : Article 536(b) of Title 20, Chapter 25, Alaska Administrative Code,. stipulates that this material shall be filed within 30 days after completion of a drilled.well. Please Submit the above missing.material. C. V. Ch Chairman '1c:C.024 TRANSMITTAI CHEVRON U.,$.A. ,ND ACKNOWLEDGEMENT OF RECEIPT !NC. DA~ FD- Folded R - Rolled $ - Sepia F - Film X - Xerox B - Blueline THE FOLLOWING IS A ]~IST OF MATERIAL ENCLOSED-HEREIN. PLEASE CHECK AND ADVISE IMMEDIATELY. / 232-21: RECEIVED BY CHEVRON U. SA. INC~ BOX 7-83~ ~--~HEVI'{t~N U. 5. A. INC. /- TRANSMITTAL ,d ACKNOWLEDGEMENT OF RECEIPT Ct J%TERIAL - (ALASKA) Folded Rolled Sepia Film Xerox TEE FOLLOWING IS A lIST OF MATERIAL ENCLOSED HEREI CHECK AND ADVISE IMMEDIATELY. RECEIVED BY i REMARKS ON OTHER SIDE. THIS SHE"E'T BY ~FRON U.S.A. INC. BOX 7-839 ~RANSI'tITT,\I~ ~..bl'll:. V rtUi~ U. ;:).A. .O ACKNOWLEDGEHENT OF RECEIPT I~L;. DATE Dz, qqao i - ~ ~q'z 'MA~. ~, 1°1~5 I ~D- Folded R - Rolled S - Sepia F - Film X - Xerox B - Blueline THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. ~ CHECK AND ADVISE IMMEDIATELY. ~Ac~¢~-Ti c · . RECEIVED BY · i REMARKS ON OTHER SIDE, THIS SHE'ET CHEVRON U.S,A. INC. BOX 7-839 ' A~RAGE, ALASKA 99510 STATE.OF ALASKA ALASKA O,~,~ND GAS CONSERVATION CD; .... ,ISSION . WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1 .-Stat. us of Well Classification of Service Well OIL [] GAS [~I SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number Chevron U.S.A. Inc. 84-137 3. Address 8. APl Number P.O. Box 107839, Anchorage, AK .99510 50-283-20076 4. Location of well at surface 2482'E, 711'N from SW Cor., Section 23, 9. unit or Lease Name T13N, R10W, S.M. Beluga River Unit At Top Producing Interval 2236'E, 1199'N from SWcor., Section 23, t0. Well Number T13N, R10W, S.M. BRU 224-23 At Total Depth 2189'E, 1209',~. from SW Cor. Section 23, ~. Field and Pool T13N, R10W, S.M. PJ ~ ' Beluga River Field - 5. Elevation in feet (indicate KB, DF, etc.) [ 6. Lease Designation and Serial No. Sterling 93' K.B.I ADL-21127 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. I 15. Water Depth, if offshore 116. No. of Completions 11/25/84 1/10/85 1/17/85[ feet MSL 17. Total Depth {MD+TVD) 18. Plug Back Depth (MDVI-VD) 19. DirectionalSurvey [ 20. Depth where SSSV set [ 2l. Thickness of Permafrost 6950'MD 6880'TVD 6462'MD 6391'TVE YES [~ NO []] feet MD I 22. Type Electric or Other Logs Run GR/SP//SHC Sonic, GR/SP/DIL, DLL/MSFL/GR/SP, BHC/GR/SP, LDT/CNL/NGT, EPT/GR/MLL, RFT/GR, CBL/VDL/GR/CCL, GR/Neutron/CET, VSP GR/CET/CI 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE ,TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 30" 1" Wall Surface 98' -- Driven 20" 133# K-55 Surface 427' 26" 618 SX Class "O" 13-3/8" 68# K-55 Surface 3099' 17½, 2100 Sx Class "O" . 9-5/8" 43.5# N-80 Surface 6648' 12¼" 1440 Sx Class "G" 40# N-80 24. Perforations open to Production.(MD+TVD of Top and Bottom and .. 25. TUBING RECORD ,,. - interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) ~ 3½ & 2-3/8" 3644' 3090' .52"-6 SPF 2-3/8" 1778' -- 3276'=3308' MD ~on~, ~a, 26. ACID, FRACTURE,.CEMENT SQUEEZE, ETC. ..,,...,, -., .... TVD DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 3332'-3378' MD 326Y-3309" TVD '" 3640-3641' 200 Sx C1 "O" 3420'-3438' MD 3351'-3368' TVD 3452'-3490' MD 3383_'-3421' TVD 3271'-3273' 100 Sx C1 "O" 358-8'-3600' MD: 3518'-3530' TVD~ ' : : 27. pRoDucTION TEST . Datet First Pi_eduction 'SI pending I Method of Operation (Flowing., gas lift: etc.) installatiOn of sUrface facilities' ' Flowing Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO 1/17;-18/8~ : 1~3½ TEST PERIOD e 1180=5!.7! 4/64-48/64 OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Flow t~ Casing Pressure CALCULATED ..': to,- : Zero' 24-HOUR RATE e 2100-920( Pres~.1280 ' 28. COP E DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. Iht.er.bedde~ clay, siltstone, fine grained sandstone, medium to dark brown with common carbonaceous stringers. Very low visual porosity and apparent permeability. Less than 5° core dip. No Fluoresence, no cut flUorescence, or visual staining, no apparent fractures.' R E C E IV E D :- - - F B 0 7 1985 Ai:~.a,-,~: uti ~ ~:i:~s Cons. Commission Form 10407 ,t'~Ch0I ~9U Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. - : .-'. 30. . : . GEOLOGIC MARKERS " FORMATioN TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Sterling None A 3230' 3158' B 3410' 3338' C 3562' 3492' Beluga 3685' 3615' D 3685' 3615' E 3968' 3896' F 4312' 4240' G 4818' 4746' OX 5026' 4954' H 5258' 5 ! 86' I 5960' 5888' · 31. LIST OF ATTACHMENTS 32. I hereby certify that the ~oregoing is true and correct to the best of my knowledge Signed .~.'(~. ~ Title Area Engilieer Date ~/~//~" INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- lng and the location of the cementing tool. Item 27' MethOd of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: if no cores taken, indicate "none". COMPLETION REPORT- CHEVRON U.S.A. INC. AREA: Beluga River Field PROPERTY: Beluga River Unit WELL NO: BRU 224-23 LAND OFFICE: LEASE NO: API NO: Anchorage ADL-21127 50-283-20076 LOCATION AT SURFACE: 2482' E, 711' N From the SW Cor., Section 23, T13N, R10W, S.M. LOCATION AT TOTAL DEPTH: 2189' E, 1209' W From the SW Cor., Seetion 23, T13N, R10W, S.M. ELEVATION: 93' K.B. TOTAL DEPTH: 6950' EFFECTIVE DEPTH: 6462' CASING: 30" at 98' 20" at 427' 13-3/8" at 3099' 9-5/8" at 6648' SUMMARY PERFORATIONS: 3276'-3308' - open 3332'-3378' - open 3420'-3438' - open 3452'-3490' - open 3588'-3600' - open 3610'-3632' - open 3640'-3641' - sqz. 3271'-3273' - sqz. DRILLED BY: Brinkerhoff Signal Inc. Rig #58 DATE COMMENCED WORK: Spudded 11/25/84 DATE COMPLETED WORK: 1/17/85 DATE: 1/85 e 1985 Chorage Page 1 224-23 11/20-11/24/84 Rigged up Brinkerhoff Rig #58 11/25/84 Spudded at 6:30 a.m. Cleaned out 30" 1" wall conductor from 29' to 98'. driven previously by design and construction) (30" 11/26/84 Dilled i7~" hole from 98' to 390'. 8.9 ppg 11/27/84 9.1 ppg Drilled 17~" hole from 390' to 435'. OPened 17~" hole to 26" from 98' to 435'. 11/28/84 Ra~ 20" casing as follows: 20" Casing Detail I~[ Joints 429.30' 20", 133#/ft., K-55 Buttress casing - 2.30' Height above KB 427.00' 20" Casing Shoe Mixed and pumped 618 sx of Class "G" cement w/6% dry gel by weight of cement. Slurry = 13.9 ppg with fresh water. (Used 32% excess cement.) Had cement returns to surface. WOC. Cut off 30" conductor even with cellar floor. 11/29/84 Cut off 20" casing. Nippled up Class II BOPE and tested to 1700 psi. cement from 383' to 388'. 9.0 ppg Cleaned out 11/30/84 8.9 ppg Cleaned out cement from 388' to 435'. Drilled 17~" hole from 435' to 500'. 12/1/84 Drilled 17-}" hole from 500' to 645'. 9.0 ppg 12/2/84 Drilled 17~" hole from 645' to 1080'. 9.0 ppg 12/3/84 Drilled 17-}" hole from 1080' to 1414'. 9.0 ppg 12/4/84 ~17-}" hole from 1414' to 1642'. 9.0 ppg 12/5/84 Drilled 17-}" hole from 1642' to 2182'. 9.0 ppg 12/6/84 Drilled 17~" hole from 2182' to 2716'. 9.3 ppg 12/7/84 9.6 ppg Drilled 17~" hole from 2716' to 3111'. Circulate and condition for logging. 12/8-12/9/84 9.5 ppg Schlumberger ran GR/SP/DIL log from 3100' to 420' and GR/SP/BHC sonic 3067' to 420'. Ran 13-3/8" 68# K-55 as follows: Page 2 224-23 13-3/8" Casing Detail 3102:82'- 75 joints 68#, K-55 13-3/8" casing 4.00 (distance above floor) 3098.82' 13-3/8" casing shoe Cemented 13-3/8" ~easing as follows: 20 bbl freshwater followed 1700 by sx (2745 c.f.) sx Class "G" with 6% dry gel' 0.7% CFR-2L, 400 sx (460 c.f.) Class "G" with 0.75% CFR-2L and 2% CaC12 at 15.8 ppg. Displaced with 5 bbl water and 33 bbl mud. Had cement returns to surface. WOC 12 hours. 12/10/84 Nippled down 20" Class II BOPE. Cut off 20" casing and 13-3/8" casing. 13-3/8" 3000 psi SOW casing head. Nippled up 13-5/8" Class III BOPE. 12/11/84 Nippled up Class HI BOPE with additional set of 5" pipe rams. 9.3 ppg Welded on 8.9 ppg 12/12/84 9.0 ppg Tested Class KI 5000 psi BOPE to 3000 psi. Drilled out cement from 3010' to 3022'. 12/13/84 Drilled out cement from 3022' to 3089' (10' above 13-3/8" casing shoe). 9.0 ppg 12/14/84 9.7 ppg Testedf-13-3/8" casing at 1500 psi for 10 min. Drilled out cement 3089' to 3104'. Drilled 12¼" hole from 3104' to 3129'. Performed leak off test at 250 ~.si/ll.3 ppg. Pressured to 300 psi - bled back to 250 psi in 5 minutes. Drilled 12~" hole from 3129' to 3574'. 12/15/84 - 10.6 ppg Drilled12¼" hole from 3574' to 4102'. Hole tight at 3532', 3813' and 4062'. 12/16/84 D~iiied 12¼" hole from 4102' to 4158'. 10.7 ppg 12/17/84 Drilledi2¼" hole from 4158' to 4597'. Hole tight at 4132'. 10.6 ppg 12/18/84 10.9 ppg Wipe hole from 4597' to 3099' (hole tight at 4347', 4284', 4129' and 4004'). RIH from 3099' (reamed coal seam at 3818'). RIH to 4597' and circulated bottoms up. POOH smooth. Cut core #1 from 4597' to 4602'. Recovered 1.5' of core. Bit balled up -replaced upper core barrel. 12/19/84 10.9 ppg CUt core #2 from 4602' - 4613' (11'). No recovery. Cut core #3 from 4613'- 4624' (11'). Recovered 7'. Tested BOPE. Opened 83" hole to 12¼" from 4597' - 4624'. 12/20/84 Cut core #4 from 4624'- 4629' (5'). (28,). Recovered 5'. 10.9 ppg Cut core #5 from 4629'- 4657' 12/21/84 ~d 28' of core #5. opened 83" hole to 12¼" from 4624' - 4657'. 12¼" hole from 4657'- 4942'. 10.8 ppg Drilled Page 3 224-23 12/22/84 Cut cor~ #6 from 4742'- 4973' (31'). 4984'. Recovered 30.5'. 10.8 ppg Cut core #7 from 4973'- 12/23/84 COntinued cutting~core #6 from 4984'- 5002' (total 29'). Recovered 29'. 85" hole to 125" from 4942' - 5002'. Drilled 12¼" hole from 5002' - 5245'. 10.9 ppg Opened 12/24/84 10.9 ppg Drilled i2¼" hole from 5245'- 5621'. Tight hole to 4408' while pulling out of hole. 12/25/84 Drilled i2¼" hole from 5621' - 5977'. 10.9 ppg 12/26/84 10.8 ppg Drilled 12¼" hole from 5977' - 6233'. Tight hole on wiper trip at 5816' and 5826'. 12/27/84 Tight hole up to 5534' while pulling out of hole. Tested BOPE. 6043' - 6233'. Drilled 12¼" hole from 6233' - 6429'. 10.8 ppg Reamed 12¼" hole 12/28/84 Drilled 12¼" hole from 6429' - 6665' (TD). Circulate and condition mud for logs. 10.7 ppg Wipe hole to 13-3/8" casing shoe. 12/29/84 Schlumberger ran DLL/MSFL/GR/SP log 6198'- 3091'. Made cleanout run. 10.9 ppg Could not get below 6198'. 12/30/84 10.9 ppg Schlumberger ran DLL/MSFL/GR/SP log from 6642' - 3088', BHC/GR/SP log from 6638' - 3088', LDT/CNL/NGT/GR log from 6654' - 3088', and EPT/FG/MLL log from 6649'- 3088'. 12/31/84 10.9 ppg Made a cleanout run to 6665'. Schlumberger took 24 RFT/GR pressure readings from 3236' - 3942'. Stuck RFT tool at 3942'. 1/1/85 Strip, ed over and recovered RFT tool. Made cleanout run to 6665'. took 8 RFT/GR pressure readings from 4004' - 4605'. 10.7 ppg Schlumberger 1/2/84 10.7 ppg Schlumberger took 7 RFT pressure readings from 4644'- 4809'. Stuck RFT tool at 4809'. Stripped over and recovered RFT tool. Made cleanout run to 6665'. Hole in good shape. No fill. 1/3/85 10.8 ppg Ran Schlumberger Vertical Seismic Profile log from 6600' - 500' at 100' stations using airshots. Recorded 5 dynamite shots at 3000', 3000', 6600', 5000', and 4000' with USP log. Schlumberger shot and recovered 59 sidewall samples from 6600' - 3100'. Circulate and condition mud at 6665' to run casing. Page 4 224-23 1/4/85 Ran 9-5/8" casing as follows: 9-5/8" Casing Detail 160 its~ 6650.29' 40#, N-80 BUTT. 9-5/8" casing - 2.29' Above floor ~648.00' 9-5/8" Casing Shoe 10.8 ppg 1/5/85 10.9 ppg Howco cemented 9-5/8" casing as follows: 1st Stage - 10 bbl freshwater, 1000 sx (1155 c.f.) Class "G" cement with 0.2% Halad 9, 0ii% CFR-2, 3% KC1 by weight of water at 15.8 ppg followed by displacement plug, 5 bbl freshwater, 198 bbl mud, followed by opening plug and 275 bbl mud. Opened stage collar at 3700' and circulated through stage collar. Had +_ 190 sx cement at surface. 2nd Stage - 10 bbl freshwater, 440 sx (506 c.f.) Class "G" cement with 0.2% Halad 9, 0.1% CFR-2, 3% KC1 by weight of water at 15.8 ppg followed by closing plug. Displaced with 5 bbl freshwater and 267 bbl mud. Bumped plug with 2000 psi and closed stage collar. Had cement returns to surface. Nippled down BOPE. 1/6/85 10.9 ppg Cut 9-5/8" casing. Nippled up Class III 5000 psi BOPE and tested to 3000 psi. Cleaned out soft cement from 3625' to 3665'. 1/7/85. 10.9 ppg ~ieaned out soft cement from 3665' to 3699'. Drilled out stage collar 3699; to 3700'. Cleaned out soft cement from 6471' to 6559' (float collar). Tested 9-5/8" casing at 1500 psi for 30 minutes. Schlumberger ran Eastman Gyro survey from 6559' to surface, CBL-VDL-GR-CCL from 6559' to surface. 1/8/85 10.7 ppg Schlumberger ran GR-Neutron-CET from 6559' to surface. Drilled out float collar at 6559'. Cleaned out cement to 6648'. Drilled out float shoe at 6648'. Cleaned out cement from 6644' to 6665'. Drilled 8~" hole from 6665' to 6671'. 1/9/85 Drilled 8~" hole from 6671' to 6800'. 10.6 ppg 1/10/85 10.6 ppg Drilled 8~" hole from 6800' to 6900'. Pulled into 9-5/8" casing. Closed pipe rams and pressured up to 2000 psi/5 min. Pressured to 2600 psi at 4 BPM. Pumped in 8 bbl. Shut in. Bled to 2000 psi and held 5 min. Drilled 8~" hole 6900' - 6950'. Pulled into 9-5/8" shoe. Closed pipe rams and injected mud; 2600 psi/4~ BPM +2200 psi/2~ BPM. Set 9-5/8" EZSV drillable retainer at 6550'. 1/11/85 Injec~e-d 2850 bbl drilling mud at a maximum rate of 3~ BPM at 1925 psi. 1/12/85 9.8 ppg Stabbed into retainer at 6550' with 1000 psi on annulus - checked pump. Unstabbed from retainer. Howco pumped 10 bbl freshwater, 190 sx Class "G" cement with 0.2% Halad-2, 0.1% CFR-2, 3% KC1 at 15.8 ppg, 14 bbl freshwater, 30 bb! mud. Stabbed into retainer with 1000 psi on annulus - squeezed 40 bbl mud from 1~ BPM/1100 psi to 1 BPM/2200 psi. Pressure bled to 2050 psi at 5 min. Squeezed 74 sx Class "G~ cement below retainer. Pulled out of retainer. Displaced cement in drill pipe with 7 bbl mud against 500 psi back pressure. Pulled up to 6450'. Page 5 224-23 Reverse circulated 78 sx cement. Pulled up to 3800'. Tested casing and cement plug to 1500 psi/30 min. Schlumberger shot 4 - 3" holes 3640'-3641'. 1/13/85 SCi RTTS Tool at~3525' above perfs, at 3640' - 3641' with 1000 psi on annulus. Broke down 1100 p~i/l~ BPM. Bled to 800 psi in 5 min. No communication up 9- 5/8" x 13-3/8" annulus. Pumped 10 bbl freshwater and 200 sx Class "G" neat cement at 15.8 ppg. Squeezed 189 sx Class "G" cement through perfs 3640' - 3641' from 800 psi/4 BPM to 1625 psi/~ BPM. Final pressure 1625 psi. Bled to 1425 psi in 5 min. Opened drill pipe - had flowback. Pumped 3 bbl mud to 1800 psi. WOC two hours. Bled off pressure - no flow. Unseated RTTS. Tested cement plug at 1000 psi/10 min. Schlumberger shot 4 - 3" HPF 3271' - 3273'. Pressured to 1500 psi and bled back to 1100 psi three times. No communication in 9-5/8" x 13-3/8" annulus. Set RTTS at 3180' with 1000 psi on annulus. Estimated breakdown lb BPM/1200 psi. Bled to 900 psi in 5 min. Pumped 10 bbl freshwater, 100 sx Class "G" neat cement at 15.8 ppg, 10 bbl freshwater and 4 bbl mud. Squeezed 89 sx Class "G" cement through perfs 3271' - 3273'. From 800 psi/lb BPM to 1500 psi/l/3 BPM. Final pressure 1575 psi bled to 1150 psi in 5 min. WOC 6 hours. Bled off pressure - no show. Unseated RTTS. Test plug to 1000 psi/10 min. 1/14/85 Tagged top of cement at 3224'. Cleaned out cement to 3407'. Drilled out cement plug 3579' to 3661'. Schlumberger ran GR/CBL/VDL 3800' - 3000'. Ran GR/CET/CCL 3800' - 3000'. Both logs showed good bond across squeezed zones. 1/15/85 8.4 ppg Ran Baker 5" perforating guns and 2-3/8" tubing and 3-1/8" tubing combination string. 1/16/85 8.4 ppg Ran and landed 3~'' x 2-7/8" combination tubing string with 5" Baker tubing conveyed guns per attached detail. Schlumberger ran gamma ray tool and tied guns in with perf intervals of 3276' - 3632'. (Perf guns at 3263.65' - 3643.96'). Nippled down BOPE after installing BPV in 33" production string and two-way check valve in 2-7/8" heater string. Nippled up X-mas tree. 1/17/85 Tested X-mas tree to 3000 psi. Reversed tubing strings with diesel. Set PX plug in 33" X-nipple at 3157'. Set Baker hydraulic packer at 3090'. Removed PX plug from X-nipple at 3157'. Opened production string to atmosphere and pressured annulus to 1500 psi. Fired Baker 5" tubing conveyed guns and perforated the 9-5/8" casing from 3276' to 3308', 3332' to 3378', 3420' to 3438', 3452' to 3490', 3588' to 360.0', 3610' to 3632' with 6 SPF for a total of 168' of perforations. Unloaded 37 bbl of diesel from production string. Flared gas. Made sinker bar run to 3273' (10' below top of perf gun) and verified that guns dropped. Set PXN plug in the 33" Otis XN nipple at 3223'. Had the following test results: Tbg Pressure Choke Size Rate (MMCF) Water & Sand Prod. 22:00-02:00 1300-1385 psi 11/64" 2.1 -- 02:00-03:00 1370 psi 19/64" 2.4 -- 03:00-04:00 1370 psi 24/64" 3.7 -- 04:00-06:00 1360 psi 32/64" 5.2 -- Page 6 224-23 Shut in well. Welded and revamped flare line. Flowed well through several ehoke sizes (choke size readings not reliable) with rates from 3 - 9.2 MMCF. Maximum flow rate 9.2 MMCF, tubing pressure 1270 psi through 48/64" choke. Cameron installed pump through BPV in production string - blanking plug in heater string. Heater string will not hold a Cameron pump through BPV because the 3~" x 2-3/8" crossover does no,allow enough room for the cage on the pump through BPV. A Cameron double check BPV does fit. Released rig 20:00 hr. 1/17/85. ·'tOE: DE~F'H .... MAKE &TYPE ..... -- LENGTH FLOAT COLLAR: DEPTH_ , MAKE&TYPE _ _-- _ ,. - .~.ENGTH .. - _ AUXILIARY EOUIP~ENT & DEPTHS_- · ~_ · $'~(//~/ - , - , ....... .... - .... , 1,1 .iTII I _t I J I lllil~J~iflTl IEMARKI M IAI~ tl II KNT I IIII ARKI - '" IHGW ........ SHOW JOIICT lI~CI[.I. II44TH tllJ~i UF.~ENgT~I Gi#TRAI. tZI!R JOINT IIACK. I.I'fftTH _ i11_~ UP-LI'NITH CtN?RALIZIR ...... & ~IIIA'I'CI'IIA ..... ~ ?13nl41 IllIT ?IWTI41 OEP"I~I ~11~ ~ . i ~ ?IMTI41 131PTH$ ! . I i ii ii i i _ i i i i i -" -, i, i i _ i ii ii ~ ~p .~' .... ~9/ ~_~/ ..... -~ . , ,;,~ '~. ,~ ?/ ,.. · , ,-, i ii -- , $o 7'~/ ..... _, $o ~ .......... ILl . : ~,/ ~/' .... , ~__ /A.. _ ...... , .~o. $4' ;~/ ~.5' .... ~,.;/... ~'$ .... ,_ ?..o.. ~'~ , , ~o 5F' ..... ___ : ~.f ?4. .... ~ . _ ,m,.....~ $~;~,_~',,~ .... . ~.,,....~ ~Zu', ,7/-.. _. .... . ). ~ ~- ......... . ) ?~ ~'~, _ .. ~ ._ . [ ............. //. ..... , _j,~_, ,7,~...... ,~ ?,~......... _.,..;f ..~ ...... ,~a ~'~~. _. - ~:~ /,~_ :. ...... . ..7 ~ ~/ . .. . ...... , . ....... ,_. ..... . , :~/ J'T ........... ., ,. ~4 _.:.. ~ . .. . .... i i i i iii I ~11 -- TOTAl, THII TYI)II Wills T~AJ. ALL C4111~ll eld , ¢141alllD i ..... ii iii I~TALI RACK llADI UP RllaAPJ($ TOTAl, IIAGIC MAOI[ UP ........ :l i !~~ ....... _ TOTAL_ B ...... .... ilP~"~ ~O?"U. _., · .... mQ./~l, G .... GF.. TOTAl. i J, .... ~.l~m~ ...... I I - --I -- { I I I Il I I · i il ~L~[~Uii .. · ........... l..._ -- ~ ,,*,l,/-(dNdd, PRO.I61.t (¢O-,-?.71) N(Yi'IIITM'I N1 ~/.t ~ ltl?l~liff tltU}l 011 wi:Il#? ,of GAII, NI P'Fln(~d fn U.I,A. :~?'P/4,1~. ' ' "TALLY SHEET PRO-E61-B PAg; ,,,'< OP ~ .PA;"..~ DELIVERED: J'l'9._._. USED JTS.: LEFT ON RACK .... JOINT8 SHOE: DEPTH .. MAKE & TYPE ..... LENGTH FLOAT COLLAR: DEPTH , _ . MAKE & TYPE , LENGTH .... AUXILIARY EQUIPMENT &"DEPTHS . ~5 ~.~.. ._ , Yrl i ITMff ill HIT ~ IA4# DI/IIiIT I1~1 BI ~m#Y ~ G41Wi Prfnt~ frt U.&A, CS~LTNG~; ~PE~ Z¢~ ~ ,,--., MAX. O.O., DELIVERED= JT$ ..... USED~ JT5.: LEFT ~ R~K aHOE: DEPTH .... ~~ MAKE & ~PE LENGTH FLOAT ~LLAfl: ~PTH .. MAKE & ~PE ........ LENGTH AUXIblARY EQUIPMENT& DE~HS. ~ ~~~ ..... RANGE - ._ JOINT~ I I I Ul . M&Aa, Un&'M~?I ilZMAAItJ M[AI, i.fRtM,I:NTI '" 114G1N ' i ......... ti,iOW ,,,l~l#T ....I~,~~ aim UR.I~..N.(II'H ClliTRALIZXR JOiNt' RA¢~..L~I,(G'I'H BAbE UP, LIrNg'rH CE#TRALIZER ' -- &SCEATCFIBR iBI~RATCHIFI tr~&"r ~ ~ tax'ma Oi;PTH$ ~ ~ ~ ~ OIPI'HI -- ii i i ii lllll ..: ~t /o ,,,I,,,,~'~o~ wY..~."~.~'~ , ,o,,r ~__¢.,t,, ,~ ~.,,,,,~. _ _ ~, ..7'1 . ~/ ,, , ]~~___~ ~1 ~/~_~ ,.7o~,,,1 ,,...,... m~,,, t ~#, 7,,,./,,, ,7/ 4 ¢'-'- _. ,, , ..... $__g 'o~.~ X',~,'L/,.~/~ ................. ........................ ~ ~/ 5"/' .... ',.._ ¢r ----"~ ~ -- ! --- -- i ! . _ ~, :~ / ,l'/ ..... __ " * ...... -- , ..to X? " ... .......... .:sMJ u' t / _~ & r v g ~. i i ......... . .27 : Tt +. , ___, ........ 0 " '? ' l'OT,l~. I TO'I'AL, D ii II i.i I I u . _ . i · ..... i I'OTAJ,, l'),tll I'YPE CAI, INg TOTAl,, Al,L, GA.lIN(3 ii i ......... ii I'OTAI.S ' RACK IIlDI UP R~.idARItJ TOTAL, RACK MADE 1,JR BY i'T AL.' ....... . ....... _-:. ~'~ A .... ~m'. ~..... -ffi'AL. ~_ ........ ~ ?~?~1. .......... _ MAKE & TYPE ,~.IOE: DEPTH , FLOAT COLLAR: DEPTH_ ,, MAKE & TYPE_ AUXiLiARY EQUIPMENT & Ill,lOW CilITRALIZ,E n LEFT ON RACK_ LENGTH _ LENGTH .. RACK.I.,I~T'H itADII UP. LEHGTK JOINTS IHQW ClNTRALI],Illi & MRATGHE R OIRTI,~ 1 ? I 0 4 I! dim TOT,Ill. RAClt MAD& Ut" RIMARKi tOTAL D TGTAL TOTAL ALL CA,~tNO RACK MAI)I UP in' ffAO.861.B (0D-~.78) COUPLINGE: TYPE .... DELIVERED: JTS,_ -. SHOE: DEPTH FLOAT COLI. AR: DEPTH . ,, AUXILIARY EQUIPMENT & DEPTH8 ~O,tNG TAt. kY SHEET ppl~.Ge1.e THREADS - _ GRADE MAX, Q,D,-. . . USED___ _ ~S,: MAKE & TYPE MAKE & TYPE ,,, ii . · , ! _ RANGE- , __ LENGTH_ LENGTH_ JOINT8 Pflfllia fn U,S.A, _1! iii , ,, , I Bi i I I I I · " It, IOw ' ' 81'lOW JOINT RA, CK-L~H IIAO& U'P.L~N4rrH CEIITRJILIZER JOINT RACK. L&'N~TH MAI;II; UP.LJrI, i,~TN I~NTRALiZER " · ~RATCI..~R ......... A ICR4TI~#Efl ~ ~ flit 'rlM'tKI Ollrrl, f$ fll'r ~ ~ ~ OEir1,g$ _., .~' _7__~"-....... ,~.~,,~.-~,~' - ..... .m ..... _.. ~_ ..... *~.. -~/ ..~___ . ~28'_~'. ~ ..~*g-~ . . . ,.~)q~' .. · . ~ _,~¢ ~? ...... , 5,0 o~ i ~ i Ill a ~ O~ ._. ,~7 .. ~ ,,~ g~ ....... ,~ ~ ,,, ',,, ,,, ,, , ~ 4q ...... '~0 o,~ , ,- ' 2,7 7~ ...... ,~ ~. ~_0 .. - ~ ,, , ,~.,. .. _.. i I I II Ii I I ' _~1 I ~ ~._ /~ ..... ., ~ .og , ,. - - ~ ; i . .. ~ ~ ~ ,., i m i ' ' I .... I I II II I I ii ii illl i i I ..,I ~TAL THII ~ ~iNe lOTl~ ALL ~IN~ TOTA~ " l~$ TOTAL ~- , ~cK ~ uP ~ ~1 ii J I ~ ~ ..... , . ~ ~[ ....... '~AL C ,, .& Tg~ '- .. i i i i .JI ii i III iir I I ill I I II iii I IIIMI mil I III i I ~.~., II ii i ..... iii ii i ii i TOTAL I Iii ,. .. ii ii iii mi ii ii , . i _ i , .__ - ~Et, L. ~0.~ :~ING TALKY 8NEET -- C~PLINGS:~PE~- _ ~ _MAX. O.D ..... ~ _ - ...... ~ , ~OE: DE--H_ _~ _ ~ MAKE & ~PI . . FLOAT COLLAR: DE.H=_ . __ MAKE & ~PE ........ - -~, LENGTH _ ,, - AUXILIARY EQUIPMENT & DE~H$~ _- ~ T?,~'_ LNG TALLY. SHEET PRO-~1.e ~IZE_.___O,I~I, WT, - #/F~- -r THREADtL -- _GRADE_ .. COUPLINGS: TYPE - . .... MAX, O.D,- , _ DELIVERED;,JTS, - ~ ~ _ U6ED.------- dT$.: SHOE: DEPTH-- - MAKE & TYPE . .. FLOAT COLLAR: DEPTH_ , MAKE ti TYPE _ AUXILIARY EQUIPMENT & DEPTH6_-- _ - - - WELL NO, "~,,~ . _ RANGE - - ii ! iii i i LEFT Of; ~ 'CK . , LENGTH- .. ._ LENGTH- - - JOtNT~ PRO. H1.B NI~TII ITMi~ #1W Milt ~ IAI# Bgqrmel,#T Mhtml alt WlleNT ~P OMIWl PIPl6tedrn U,8,~, GREAT LAND DIRECTIONAL DRILLING INC. REPO, RT OF SUB.SURFACE.DIRECTIONAL SURVEY Chevron U.S.A. COMPANY BRU 224-23.' WELL NAME Beluqa River Unit. 'LOCATION Al-11-84-.D19 'Maqnetic Sin.qle-Shot 1/8/85 JOB NUMBER TYPE SURVEY -DATE Don Mason Directional Drilling Supgrvisor(~]~ ~ NAME TI TLE S I GNATURE 455 69~0' DEPTH INTERVAL FROM TO 11/30/84 1/8/85 DATES SURVEYS WERE TAKEN FROM TO THIS I'S A RECORD OF A SUB-SURFACE SURVEY OF YOUR WELL We have retained a copy of your survey report in our files for your convenience; however, should you so desire, all copies of the survey report will be forwarded to you On written request. All surveys are kept in a locked file and are held in strictest confi- dence. Additional copies of your sUrvey report can be made from the original by any blueprint company. RECEIVED Alaska Oil & Gas Cons. Commission Anchorage G R E A T I... A N D D I R E C T I 0 N A I.., D R I L.. I... I N G C 0 I"1P L.. E T I 0 mN R E P 0 R T C (.3 FI I" LJ T I:'- I) 0 N 1 '"' 8 -' 8',5 U ,:~ .I. N (.'3 R A I) I LJ ,~ (.3 I:= C LJ R g A ¥ U R E T Iii: C I"i hi I Q U E FROP1 SLJRgFY [)~'F~ TAI<EN F I N ~ 1.. C I... (.3 S U R Iii: D I R Iii: C'. '1" I 0 N N 16.62 W S I NGI...E !i;i..lO T SI..IF;;Vli!:Y R Iii: C 0 R D 0 F:' ,S U R V Iii: Y ( W Iii: I.., L. A S S U FI Iii: D V Iii: R'I'' :1: C A t... T 0 4 ::!7.0 ) I¥t Ii!: A S13 R :1: t::' T '1" R I.J V I:!: F;,' '¥' S I..J I:!, S E A S I:!: C '1" :1:0 N D :1: R Ii:: C '1" I 0 hi R F_:: I... A '1" :1: V E C'. 001:;.'. D I hi A T E S C: I... 0 S !. J I:;: E D 0 G I... E G DEF:'"f'H I:)G MN DEF:'TH DEF:'TH D:I:ST ANGI...E F:'F~'.OI~I WE'I..I...-HI:::AD [)IS'T'ANC[':: DG t~IN S c'.t,:::!l/:t. O0 0 0 0 0 ,, 00 .... 94 ,, 00 0 ,, 00 0 ,, C, 0 0 ,, C, 0 0 ,, 00 0 ,, C, 0 0 0 0 0 ,, 600 67:;.). ? 6 S .! ,':~ ..,.~ <:,:' % 5 :l. 035 i:L80 i .1. s0 !:L76,,42 1082,,42 :l. ,', ........ ~ ,", 1 1 ,'.'~'1 ''~,... (:~. "', ,, 0 .... ,'-',120 S ,, 06 ~ ..v ,-~.~.- 14 -44 1:3 .1. '.5 1 .~.~.:~.~.~ ,, ~,. (:~1 S 40 ,, 98 i ~:~,:') 8 15 t 5 :L 497,, 00 .1. 40 S ,, 00 :1. t::~ 70 :L 7:30 .1. ":' '::' ' ,, . ~.,,.,<:~,, 49 1462 49 17' ":~ ~:, J. ~:' :i,,.,'::' :t. 7 ,S ':' . q ........ , ,...4 1641 ,, 84 20.49 :L 9 0 2009 8'4 :L9:1. 5 ,, 84 :2 :L S 2 .1. ''~ 0 2088 ':~':" o ,, .1. 994 '= F; ,:.-~ ~:< o .1. 7 0 ':) ': :'~ '7 :?~ :<~ 'P :L .6 ?~ :'52 2444 15 0 2387.27 2293,27 ") <~ '?~") :L &, 0 ':~ 569 28 "~ z 7 % "> ~ ..t.. -J . ~.. ~t.. ~ "~ 8 4 <:.~ 30O6 SOY 1 · -e :.- · 4072 ~,..,67 9 4, 5 2781,,59 2687,59 7 :L '::' '2 ,, . (3,.., ,., 9S6 85 28.42 ' ~ 6 -4S 3001 ,, S7 2907,37 2 0 S472 ,, 86 S:378,86 I 0 4000.67 S906.67 0 45 4495,61 4401.61 0 ,, 00 0 ,, 00 ..... 0 ,, :?. 9 S 1 ,, C'. 0 E .... 1,,69 N 8.4,-00 E .... :L ,, L30 N 2 ?; ,, C:,O W .... 0,,::56N . 1,,00 W' ") ":i4 N '2' C,',C) W ...".. , .~. . p . 8,0:L i,t19 0,7) :J. 6 ' ,.':'. 2. N 2. i ,, 0 C, '28,,1:L N '2.4,,00 W ~:..-~ ,~..-.~ ,:.:,:, .p ,::., ......... ,,... ,, N .... r:0 76 ,, 08 N '28 ,, 00 91,,85 'N ?:;0,,00 W 104 ,, 70 i",l::?. 6 ,, 00 W · ") '" ") z. i'",! '.'::' A ;";,'", I.,.I 1 ,:.. ~..~ ,, .<. -t ................ :1, S7 '::' .... :1 N :"<?.'.":] ~"~:'~ I~1 .. i~ ".. ;. .. 196 ,, ',": '5 N 24,0 (::, W ...... ~ · .. ......-:.. n ..... ?'.', .1. ? ,, 06 N 24 ,, 0,'._') W S6S A8 N "~:"~ 00 hi ~1 .... ..*.....'.. :1 . . 406 ":' ''~ ':~ . ..... ,..-.. N ,.. 1 ,, 00 W 45:3 '2':~ N ">'""', ..... ..... ,:..,.: ,:"~(') I,,I · 497 ,, ' '~: ..... ,, ,-~,.. N 25 00 W ,'"oc,.,.. O' ,, 46 N 2;"5 ,, ()0 ,.~.,,, N 25,,00 W 56:3,,70 N S0,50 14 576,,.,~ N 45.00 W 58:L.48 bi 8,5,00 W :~::9:l. ,, 77 N . :i.S:L ,, 04 W :'-"; :';:;.:'? ,, 95 N 149 ,, :37 W S 7 ,.':,, 9'."; i'..! i ". '"' ..... <..,,.., ,, '12 W 418 ,, '27 i',l 18 S ,, 5 :L W ." I;:" ("~ · '~ "'~ ,, ~-.. 0 ~... ,, "~ 8 'W · '-~ ,..~::, / -6 N ") "':' ¥' · 479,,9:3 N 2:L:I. ~t:.~2. W · 48 ?, 17 N ~..') 1 ,.":, ,, 0.,i W 5:L9,,08 N 2S1,8:3 W 527,,98 N 240.27 ~ 5 Z ;'3 , 11 FI 24,5 , 98 1,4 0 ,, () 0 0 0 0 0 ,, :31 S i 0 C', E' ¢ .,.".~ ........ :1 .:.'?,:. ~:.~ I .;;,'~ ,.., I:i: i 7'.? <::' ~':;":.:' ?;'? 'i ':'", E ~l ',..! ......'. .... ..-' i :';~:"; i',! '::° i '''~ 2:"~ ti:' ~ ... ,.. %·.~ ,-',..-. ...... S,,:i. 9 N '2C: S7 9 Ii:: ~"' ........ 0 ::, ,, ~:.~,:>F! . 4 17 I,,I 16,,71 i'.! :i.C. S2 27 b! · ~'::'::~ ,, i-'! ,.' ,', 1 ! 1% 2.:::', ;'.';0 I,!.. ,.:,,.. ,, 72 20 S 7 ! ¢::, 76 ""'" i",! """:' '::' 0 W · . ,, ~..~ ::~..', ,..= ::) 9:2,6.4 i',! 2.4 6 47 W i ;'.~.,':: .... ,, ':', ''~,,.. !',I "",:...<-~" ,5 ?; .~ :[ W :1..',..!:1. ,, 47 N 24 46 ::~':"' W 1 :?'; ~:'-~ ,, 9.5 i",l '2 -4!:;'2.4 W 198 ':; ''~ i'".! 2.% ' ':' ') ..... · ,~ ,..~ ':7 I,,I .,.".. .,... . .':29:3,,51 i',l 2.% 16 10 !4 S 19,, 84 N ~..':~ 4 11 ,:,ot,l. .... . ....... ) ,',,'.', 6 ,, 7 &, N '2 '-~ ..:.'. ..... 409,,70 N 2S 45 5 W · 455 ,, 7,5 N .',.'~ :.'5 41 20 W i-':' ~.,0:1.,,S9 N ,?.S 48 ',:?.1. W 524,,59 N 2. S 48 5:1.W 5 ;32 '::' ''~ "" , ·~.1 ..~. N "") · ...z: 49 1 W 568.49 N ';:'4 ;'5 59 W 58.1.. 90 N 24,_~°'~ 'i.~' Fi W 587.54 N 24 5:l 27 W ,:3 ,, 0 O'0 4 ,, 464 0 ,, "'268 0 9 '::~ :J. - ,, 0 69~':' .1. ,, 9:::~.:'~ :L ,~ 668 2 ,, .446 1 ,, :.';' 46 2 ,, ".,:! % 6 () ,, 408 i ,, ' :":" c:, .,,:.. :..~ "'~:.... ,. :L 1 :'.",; ;3 ,, 12!':; ... S,, '~i m~ ('~ .¢. 0. :L 0 2 i © :1. '7 r~ ) :L '~ ' ,, ..=. ct T..'~ 0..5.46 :i.. 95? .1. ,, 59 ".2 0.770 1,006 0,:1.89 0 ,, 0 ,'i; :L ;~'t.J 224-- 2~'.~ .... :~t. Jl::,~::,t::.¢~ ,:., l::. t., I ;1: ON D ;I; RE;CT :1: (;}i',J I:;,'lii;I...~.~-~ T :1; k,~t!!; (:';O(;)F~I'.) :1; N¢'~'¥'t!i;:!i~ t.,I...OSI JI"'4E DI')G I!..IE ) E I::' "f' I"1 D (.'..i I~'1N D E 1::' T i"1 I;) E I::' "f' I"1D ;1: !i; 'f' r."~ N 6 I... Ii!: I::' I:;.'. (;1 ffl t,J [:' t... i...-... I..I iii; A D I;) .1: ~-.', '1" A N 6.'. IE D 6 i~'~ N S ;.:1 ,i:~ !:I / :[ (;." 0 · '.;; (.':, :l. :;~ ..0 .¥ (::, 494 :I. :, 5 (ii: 48.67 ,, '5,'.'ii 580 ,, 80 S ;7; 5 ,, 00 t.4 5 ;'!~ :1. ,, :1. 4 iq 2 ~!3 :i. ,, :i. 9 t.,.; 5 ~?, 7 ,, 5 ~:!; t4 2 '..";; :l. 8;;:~ (i~ ' 1,4 (::' ,, ':.'::' 56 ",":; '"' "';~"'~ 0 :.'.;'~0 5.'-'~'2':'.') 5~:'., 5:.~.~2~'".'~ '::"~ ":' '~ .... ~'~,,,:.')0(,.I ?~':?'7 58 hi ""~ ....... ...... ::.~ :.'.,78 ('}:l. ,:.,......~:. .~..,,,.,, :;.~'7I.,:1 ~,'ii:l?; :;!7 N ";>t::[ :.'!~?:t.O t,:J ('~ . ,.. ,.,,.... ,, ,.. ,....,.,,.. 74 44 S 4 ? 00 t,,I !5:20 ,, 8 & i",! "'~ ' "*" ...... ':~':'. '.:~ ,, S 7 ,... ' .... . . · ........ , ) 6 ?50 :1. 0 ~'!;~.~'7:~i~ ,, .4('.., 6784 ,, 40 570 ,, 70 S -4. ?, O0 t,.l ~i~i :1. 4 ,, 9'2 N 270, '.,:.!2; t.,.; ','.-'.~ii~ :1. ,, 52 i',4",...!'? .5:1. :;.'.'fi/ t,.; (;:, ,, 0 BRu 224 .... 23 M E A S. D E'.: P 1' I..I 194 :.~:;94 494 69,4 894 / 1096 1198 1 ;': C:, 0 :L 402 i 505 16:1..0 .1. ? 15.. 18 ::.:,! :1. 192 207.;2 2 :L 58 ,-) ...) f: ..:,. ,':~ ' 7 ~.:~' 2,S47 '/2451 · ':) I:;' t::' · .-.'.. %......, 2 :? !:'~_. <:". "'> q A :'~ ,,.'~ ~.. %:. 296:~ 3064 3164 S 26.4 ~.465 ~565 T R I.J VI:: R T S LJP. S I.=.: A D E I::' T I"1 I:.) E F:' T I"1 94 0 194 100 294 200 394 300 494 400 594 5O0 694 60O 794 700 <,:,"~ "' ~' 800 99.4 ':? 00 :L 094 :L u q~ :.. :L 194 1 :L 00 :L ,.: .... :L 20 () "'94 ..... 1 .'~ 94 1 ~': 00 :L 494 i .400 :L 5 <:~.. 4 :L :.: ~' 00. 1 <::,':::'4 :l: 600 1794 1700 i 894 i 800 :1. 99 .'.':~ :l. ? 00 2094 2000 "'~,.... :L <;~. 4 2 :L 00 "~ '-~ 94 220 '/'." a'...q_ · '2 :x ,.? 4 ;.! 300 2494 24O0 259.6 2500 :2694 :2600 '27<~4 2700 2El94 2800 '.~ 994 '~ <. "' ..... ,.. ?~0 S094 S000 S:1.94 S100 S294' S200 SS94 SSO0 S~94 S400 tq D '"' T V D D I F:' I::' ,, 0 0 0 () 0 0 0 0 :L .. ..~ .~, :L A 2 i :'.,'.; -::~ 49 l::' -? I::' ,,., 7 60 65 68 69 7O 70 70 71 7 :L 7 :/ V I!.-: R T :i: C ~-., I... · " "1 '~" [., 0 I".. R E C '1" 0 0 ,, 0 0 0 0 ,, 00' 0 0 ,, 00 0 0 ,, 0 0 () :1. ,, 05 S 0 0,,96 S 0 0 ,, 48 N 0 .4 ,, 60 N :L :i. '::;':' N ; Il ~., ."" :J. 2",,~ ,, 08 N. 1 '3 :::. ,, 73 "':' ":":~ .46 i",~ ...'.. ~..I ~.. 2 69 ,, '7 :i. "') A 7 :::~:';~ :t. 09 ,, ':i ,:: . ,.. ,.., N 5 :i. 36,, 94 N 5 ;i. ,<,/: ,, 89 N /-', :t. 98,, 77 H "" "::' 7,":, ,: 34 N ..~ ...., .,.. 6 "':',,'.::, :j. /, :'~; .¢~. . 6 ::2 93 ,, 3 8 N t::; :';~ '" ':) ":'"~ ,::. ...... ,:...<.. N 4 '"' j:''' '] ~ .... · .'.',...,~_.. ;:'., ~.: N 4 376 ,, 63 N 3 4 C 0 ,, 87i'.t 3 4 :::! 3.7'2 N 2 443,, 77 N :,x .4 & 0.6.4 N .1. 47.4,, 48 N :1. -486,, 57 N 0 496.34 N 0 504.64 N I 511.27 N 0 ~-l' . ~.16 27 N 0. 519.71 N 1'2 E I.. A T :[ V I.::: C 0 (] R 13:1: N A 1" E: S F:' R C1M W E I.. I...'"' I"1 E: A E) 0 ,, O0 0 ,, 00 0,00 0.00 0,,29 E I ,, 32 Ii!: 0 ,, 8 7 :L.25 W 1 :L ,, 5 :L U '20 ,, 30W 30, '() 9t,.! ?;";':' ,, 78 t4 ~'"i;'", ~::'";' · ,.. :.. Ii ...l, .l 63 '":' 3 W ,~ ,..,I .. . 77.8() W i ,";'::i ,, 88 W :1. '2 () ,, t::~ 7 W :i. 3 :L ,, 76 W :t 45 ,, 0 5 W .1.55,, 74 W .1.65,77 W .t./... 6? W :1.8&,,05 W :1.95,40 W 203."27 W 2!09,9'7 W 2 :L .6 ,, 67 W ,..:1.9 z"~ W ,~ 223. &:l. W 227.17 W 230,06 W 2752.2O W ;:U I} A 1' A I N T E R F:' 0 I... A 1" E !.} I::' 0 R E V E N _1..-- :i. 0 -"- 8 5 A S ,, F:' "l' I..I :.'~ ,::'., ,:65 :!~ 76 '.':;... 4065 "%', .I ...,) ~.., {:" ,'.'.;..,... ... ~ .% .% ,,::, · 46 :' ":' ,:/, .,,.! '":3 ,c::: ..:'. ":i ... ;,: ...,. 5065 :.::~ :1. 6 '::i... .... 2 "":' ,.' '. :, :..I '5 3 6 5 · ..~ ,..~ ~ . 5665 j,:...,~ ,.. ' I'." 5 9 6 5 6 0 6 5 ,,..) :..~ 6 ,... 6 ,:., (". '7. z'.. 4',. 6466 6566 6666 6766 6866 T R U V I.:.: R '¥'S U I~. S Iii: A tq D..'-T V D D Iii: F:' T H [) E F:' '1" H I) I F:' F:' ,, :5594 '3500 '? 1 S 694 3 600 71 :.':.~ '? 94 '.Y, 700 71 3894 3800 7 '.L 3 <:;"<;? 4 '3900 7 :I. .4094 4000 7 :L · '.':,~ :i. 94 ,:.'~ 100 '/:L 4294 4200 7 :L .4:5 t:;' 4 4300 7 .1. 4494 .44 ;",,,. r';,.. ":,., .L ..t.'.'j I':' ~") ........ ,.~ ? .4 45'L:' (..) 71 4694 46 ()0 71 4794 -4700 7 :l. ........... Y .L 4994 4900 71 5094 5000 7.L 5 J. 9' ".:, 5.1. 00 7 i 5294 52. 00 7:1. !'.'i 3 c/4 53 0 0 '71 5494 5400 71 ':' ':' '::~ '::i 00 7 .1. ,:,.,9~ ...... 569 4 560() 71 579,4 ,.~'~:' 700 7 .1. ~.: o o I, ':/:l. · ..,,.,., ~ 5800 5994 5900 71 6094 6000 71 6194 6100 71 6294 6200 7'2 6394 6300 72 6A94 6400 72 6594 6500 72 6694 6600 72 679~ 6790 72 V E R T :1: C A I... R Ii:: L.. A 'l" :1: V E C 00 I:;,' I} I N A "f' E S C'. 0 R R Iii: C T F:' R 0 I~1 W E I... I....... H I!!: A D 0 52.'2 .. 45 i',! '2. :5 ::..',. ':;~ 5 W ~') 5:24 ,, 84 N ') '"' '":' .... ....... :.,..:,, 6'.', W 0 526,,87 N "237,,'26 W 0 5'::)~::~ ~':' '::' N ") 38 '7 P W ~ ......... ~ ...~ . .I ..... ~ . ,,.~ C, '::' '')''''' 90 N '74 ~"." 1 o W ._.1 ..,% '.'..' . ~.. . ,~ 0 5 :':'~ 1 ,, 0'2 N :'241 ,, .4,6 W ['"'i 1'::' "~' ,..,.:, i 9 ]. N 24 '') ,<::".:-! W · ... .. ~ ...:. ~, ..,~ (') ,::...:,...~ =. ,... , .., ~ ,,.,.', i"..l "~ 44 ":) :L W ........... ..."- .I .:.. C), ~::' ";: ":, c', r.:- i~ ~ !:q ,, .... ~..::,.,'... ~' ,.~ .,. 2'4 ... 60 W ":') .... '::'":'""' ,,, ',.', :L1 N "~.4,':',,:.. ,. ':?6 {,.I. ,"", !':i '."~:'.:: ,"';7 i"J 2.4° :2:,:.:: W . '.: ....... ~ ".... , t..* .-: r:...., ..-;, ":) "2 ":' ;:'~ '"' ,.~,::, N, 250 ,:. ....I,,I '.. .'.'.. i, ,,...., .... J~ . ) '::'"" ,, 52 ...... '::' W ,.: ,:: 1 N 2. 50 ,. v ,.: ,:") 5,'5 0 7 7 i'.! """"" ,, 5 ..... ,'.'. 4., J. '.':~ I..,,I 0 ':" ''~' · -'., ..::, 0 0.4 N "'2'::' :1. 97.: W 0 ,':."~o 30 N 252 40 W · ,~..i ..-..." I~ . ii . 0 59~::t ~:' ~:' N ':~5 '''~ 8 4 W .......... ~: .,.,,I .,..,I ..,. ;:.. ,, () 5.,-.."':' ":', ,, 7 9 N .,-..")';:',.,. ...... .~.., ~..~ ,..A W ........... · -.. ,.;,:~ ,, 6 514 0 524., 9 '/ N '254 ,, 0,8. 14 0 52 :.'5.80 N 254.08 W 0 ':'"') ...... '~ ~'" ,, ~'.)/~ I,I ,., .-. 4., 35 N ~.. ::., / .... 0 52'3 ,. 87 N 258 ,. 5 _1. W 0 5'23,,~5 N 259,,83 14 ,.') .::;o,:~ 48 N .,...~.1. _1.6 W -., ..... ,¢,..~,. ~ .1. ,"52 :L, 56 i",! 26'2 ,, 51 14 0 "'-:20 47 N "> ' · .. . ...63.85 W 0 5:L9.32 N 265.16 14 0 518,18 N 266.48 W 0 5:L7,0~ N 267,,80 14 0 5:L5.89 N 269,12 W I} A T A I N'l" E R F:' 0 L. A T E I} F:' 0 R IE ~ E N 10 0 0 F E E 'I' 0 F:' F1E A S U R E D D E:' F:' T I"1 f'i E A ,S.. '1" R U V Ii!: R T c.,:, ,..~ I ,..,r-> S Iii: A I.) 1= F I' I"l D E F:' T I"i D E P T H 1000 999 905 2 0 0 0 19 6 4 18 7 0 S 0 0 0 2 9 S 1 2 8 S 7 ~ 0 0 0 S 9 2 9 ::4 8 S 5 00 :; 5 c>',,? 9 ,,':] o",':,':: R E: L. A T I V E: C 0 U R D I N A '1' E S F:' R 0 ~ W E L L "' H E AD ~otem: ....... HORIZONTAL VIEW U.S.A. Dspths ehom ~e 'rvD. 8RU ~4-e3 C~o~e: ~ f~ ~ NR7 d~9 4~ n~n N ~ottom hole: ~ ~~0 ~: i ln~h- tO0 f~t · :: · -5' Nagnetic de¢llnation: '~4 c1~9 30 aln. E D;IANN: /V ? ., Il I' .. i., : ._ I I I , J L ' ' ·, :L o VERTICAL SECTION CI..EVRON U.S.A. BRIJ :Z24-~3 , , , .i : : ....... RADIUS OF CLFIVA~ SINGLE SHOT SLFIVEY ............. SCALE: i inch - tO00 feet DI~' i-iO-~ I ' ' · . [. ........... . .. ,, , , x ,,~_~ ~ ...... , , I ~ · ,,,, i , 5878 61t50 , ,, . . :: : - :r .... ~ ~ ~ . -,'0.50 0 0.~ t.00 1.~ ~.00 ~.80 3.00 3.50 4.00 4.80 8.00 5.80 Eastman A PETROLANE COMPANY REPORT of SUB-SURFACE DIRECTIONAL SURVEY CHEVRON U.S.A., INC. COMPANY Well Number: BRU 224-23 WELL NAME Beluga River Unit, Cook Inlet, Alaska LOCATION JOB NUMBER A0185G0100 TYPE OF SURVEY Gyro Multi-Shot DATE 07-JAN-85 SURVEY BY B JAHN RECEIVED JAN ! 5 ]985 OFFICE Alaska 0il & Gas Cons. CommissionAnchorage, Anchorage Alaska Eastman (907) 563-3650 P. O. Box 4-1970~Anchorage, Alaska 99509-1970 January 14, 1985 Chevron U.S.A., Inc. 3001 C Street Anchorage, Alaska Well Number: BRU 224-23 Location: Beluga River Unit, Cook Inlet, Alaska Type of Survey: Gyro Multi-Shot Date Run:. 07-JAN-85 Computation: Radius of Curvature Surveyor: Bud Jahn Job Number: A0185G0100 Attn: Mr. Ron Thomas Dear Mr. Thomas We are p~eased to submit the original and five copies of the Gyro Multi-Shot Survey run on the above mentioned well. We wish to take this opportunity to thank you for using Eastman Whipstock's survey services and hope that we can be of continued service to you in the future. cc/file Directional Drillers/Sub-Surface Surveyors/Instrument & Tool Rentals/Sales/Worldwide CHEVR01Xt LI'.::;A I BELUC-;A RIVI"FR~ WEL. L. NO: BRLI 224 ...... 2-:::2: GMF', ,.JOB NO F~ELI_IF:.;A RIVEIn,:: CC)OI< I'NLET, ALA.?.;KA GM'.']; .., 0'""65C)C) M..FJ .., '.::i;L.IRVEY .-.~R: F', ,JAI..IN ~ T_~A'f'E 'RLIIx] ',', 07.....,_lAIq-85 OY,r"~l'_') 1"41.'].". ,.':, :."i', :;::' .., 2Zl. !:lEO A/I..I NO: 4:.:-.",';.':'.-, CAI'"II::'F;.:A NO: 1 7'F..' '.iii;URVEY TAKEN ON WELLFiI":':AD F';,'I~.!: C: (] !::;: [) I")F: E; t._1R V E Y RADIIJL:; OF CURVATURE METHOD Eastman/ CHEVRCIN USA INC. BELIJGA RIVE. R~ WEI_L NO: BRU :2';.24 .... 23 BEL. UGA RiVER~ E:OFIK II',!LE'f', ALASKA JOB NO: A01853010() C 0 M F' U'T' A T I 0 hl T I M lie D A T E (')9: o../:.: ="-' 14 ..... ._lAN-85 T F:< L'J E '~ ME[A'.bJ_IREEt .OR IFT I3RIFT COURSIS'] VER'T'ICAL VERTIC:AI_ SLIB'SE:A R [:7. C "[' A Ixl G LI' [_ A R C L O '.--: I_1 R E"' DAGLE DEF'TH AI',IGI_E DIRECTIOI',I LENGTH DEF']"H SE'CT]:nN TVD iS: 0 0 R D I N A T E S DISTANE:F DIRECTIL')I',I SEVE.'RI F:'E E T 0 M D F E E-I" F' E E T F E E T F E E T F'E E T F: E E T f'~ M D G / 10 ( 200. 0 0 0 1 A c::,. 200 ,, ()Q 0 ,, 00 10,<:, ,, ()0 0 ,, 00 0. (::, 0 0,, c::, 0 0 o 0.0 (; ::!! ()0 ,, 0:30 S :::.::i'.': W 1. (')C:, :':', 0 o, 00 () ,, 1 :I. 206, (") 0 O, 02 S 0 ,, 4. 4. W 0 ,, 4 4 S :=:: F: (} W O, 5 ( · :,0._ ':::":? 0 8C)c.....,::. S :1.2 W 1 . 0.= 4-(:) 0 0 4 5 :;'-'; ;2,-1- E 10 C) ":: '.:..','.T,' ,, ':"':::' -.. () 5 (::, .... ' ' '=i 0 "-'-"2 W 1 ":'"' 4 9 ! 5 C.,0 ,, ! -q.:;ii: 0 hi :B 1 W 16 C, 0 ,, :I. L:..: (") i',l 2'7 W !'700, !S' 15 l',i 26 W 1. ::i:00, 1. :}-'-': 4.5 txl 27 W :[ ';:' 0 C.' ,, '! ',::: :?, (") Ix! 26 W 1 C)0 ,, !;;"? ::"": ,, :B 7 .t. ()(:),, .1. ,:;)S"7, (":' 7 i 0(),, .1. 1 '.:):!5, 47 1 ()O. 1 ':29 :B. ',B 4 1 () C). ! 3'::' 2.0 .:-'1- 1 C) O, 205':';.' ,, 4 7 100. 215 4. ,, '71 ~..:,-I-,z,. ,,i, Zl. 100. '-' '-',' / :2'?. 5..:1. 9 (} 4,. :5:'7 4 5 ,, C)/.t. 10,:"):7.::. (} 7 6';?, 20 1 .1. 0 .1. ,, 47 7 9,5,'.'.., t :1. S'9,84 ':..."7, :ii: 4 .1. 2 S:'.' 8 ,, 0,.1. 27 :B, I ,-1. i :3'70,4. 3 :'::-: 0 :F':, S,' 1 19/':. 5,47 :334. 11. 206 C,, 71 :2:/:, 2.87 215,S..4-() :3R?. 72 :22!i;:2, 64. 2 '7,7 8 N 10,23 W :27,,60 I',.t 2 41,41 I',1 1 ',:J', ,, '7!Si W ,'.l. !:::i ~ 4. 5 N 2 4 ':ii: 1 W i ,, 5 ( ~-:i' :T',C) N :2:!:: ].8 W ,'J:,:Z..: :13 i'q '2A :3C', t..I (3 .5(' ..., ~ ~ . ,. i, . ...... I, . /1 '77 N 37 7':': W c, 1, n:::: 1"4. 27 .a.':: W '.'-) --~ ~ ~ 1-~ ,.... ,-_ . . ~-' .., 87.'74 I',1 .4-7.44 W 99.'i.":'2 N 2:R '21 W 1.31 107. :B 2 I',,1 558 ,, 85 W 131.'7'? N '7:2.4.1 W 1 .'/:, 0, 3'7 I".1 ,..,':',-.,/' ,, 6 d, W 1 S'F' ,, !50 i',l .1. C, :l. 1 ';-.' W · 7.: .I. :.':',, (")9 r,,I :l :1. 5,4.4 W .1. :~: 2 ,, 4' ('). N z.,:,'"'"" 44 W .1. 5 0.37 N :Z.:8 4'7 W 1 :':-'.: 2,2';:' N 28 2.:: :':", :2 .1. 4 ,. 8:.':~ N 2 :F-: 6 W 24-6.'7/'-, N 27 54 W :':.:. 01 :3., 67 J.. 2'!~ O, 6C 0.4(i ,-~ D (')...:.. 0.5S- 1.2:: t. OC '::'FiO0 14 ! % N ":'."% W .,.- -- · - .' ._ 2./':. (30. 13 :::'._ c). iq ..'.'-',_-,' W :27(")(')... i.. :3i ._,"-- r,l 27 W 2800. Il :30 1"4 2L:: IA 2 9Oo. S' 45 N 2C: W 4.14.91 :2 '":_ 4 ':>. . .:.,"" =_, 4:38.60 2446.43 Z[,/-', 1 . j:9 '.3'5z~.;-"I, 7;:.' 4 :.T-::2.4 :'-', :2 2, 4.1,39' 5 0('). 51 2:7:2', S'. 6, 7 37,'L-,. 5/., N 189. C) 7 W :3':.--':=:. 2 ! N 1 ':.'-~9.40 W 4.18.91 I,,1 2(39.72 W 4-:2: 7. ':7.'2 N 21 '.;.'. 61 W ,-! 5 4.2C) N 228.27 W 4-21.37 N ;-]:.'.':. 4-(.') W 445.:2:4. N '::"/-, :2:,5, W 4./:,8.4.7 N 2/", :36 W 4 :--.:9. 'P C) I"4 26:2:8 W 508.3:2: N :2--':6 41 W 1.0( O. 7'.-'. 0. :3z ]..7/.' 1.75 Eastman I3 I.'E L. U G A R I '4 E R, W ~""] L L N t-~ :: I5' l:i~lj 2 2 4 ..... '::5:3 F~ E." L.. U "ii A R I V Ii::' Ir-( ~ 12:121121K I N L E T ~ A L. A ~--; K .(2_ ,J (3 B hi F): A 01,'-.'2 '5, ]'-, ;'"~ 10. ("~ C 2'1 t'.'l F'"' I...I T A T I O I',1 TI ME DATE 0 9: 0 6: '=' "'" , ..' 14 ..... ,_lAN .... -":"'=; F'AGE I'q E A F.i;I...I R E El f.'J R :[ F:' T .t;.'.! !ii?. F' "1" H F::'E E T :30 0 ":' 1,2, (') '?. :.2 ()C,, :3:30 (") ,. :_-..~-,'.1- (')~.'~. TRUE DRIF'rT COUR:ri;E:' ',.2ERTZCAL. VEERTZC:AL.. ::.'i;UB'.?J:EA R E C: '1" A N G L! L A R C: L 0 ::-!; L.I R E DOGLE AI'-.IOLE DIREC'I~Ir.'.IN LENGTH DEF"I'H SECTIOI',I TVD C 0 0 R D I N A T E S DISTANCE DIRECTION SEVERI D M D F'E E T F:' E E T F:"' E Er'F F E E T F E E T F'E E T 'Fi M IiJ iS / 10 C 4 ()0,:':, ,, 4 ]. ':30. 4 2 0,:::'., ,, zj 30,::." ,. 4:1-() 0. 5::5:,.'"~. 4./-I- N 2'7 2 W '.':), 7 ~i I:: · t'", ,... . ~ ... .,,::, 1 5':;' N :7:.!:7 ,.".':, W (') .q '::: :5:3 2, ,'3::ii', i".,I 2 7 i 0 W ,:}, 2d: 5 8:i:,,84. N 27 15 W c),4.{ 5 :::: ..:.3- . .4. 8 N 2 7 2:--:W , O, 26 4 50,:":,, 46 C,,:].:, ,, 4'70 0. 4 :? ~")0 ,, ,4 9 () ,:.-.) ,, 0 4 5 r,! 7' 1 W c) 4!5 ::3 '74 N 0 ,'-!'.5 '.::]: 80 W ,:'_':, :3,:) :i:; 74 W ,:X) :!:(:~ :.5:7:2 W 5000, ,:} 45 S !58 W 51 C',,:.'.') ,,0 4. 5 :'"!: 7 2 W 5200. 0 0 0 !5 :':: 00. ,:} 0 0 54o,:_'). 0 :'3F) :_:: 6.:3 W 574 ,, '?.'; 7 4 ::ii: 3 &, ,, .1. 'P 575, ::i: 7 4. 4. ::'.:,'.'.:,, 1 'P .5'75 ,, 4 !5 4 5 3 6. 1 8 !::5";;'.'.15., !-'-'i ;2: .,.':I. 8 :.5:6 ,, 1 '7 5'75.5 i 4 7 :':?,,'!,. :L 7 {519, :'::7 N 27(1). '27 W 5 J. ':).. .40 N '2'71. ...,,:=" i.,.i.. 51 '.-]:.'. 1 i N ';;?. 72. :'5:3 !5 ! 8. :3 6, N 2 7 :i:. 8'i..'/ W r:' _ I .Z, ._, 1 8. ,'-. 1 hi 2 7 4. ...... ' :.5:,'_':,..1. ! N :27 :'5: ::5:c'.:,. 7:,7:: iq ':27 5 58,':, ,, 88 N 2'7 5 58,":,. 5? 41. N 2:--': 1 W 587. ':l) I N 2:E: 'P W !';:.5:7. 12 N :2:.5: i '2 W 5:'5:7. 12 N 28 12 W 58'7. 17 b.I 28 ].5 W 0 0 0 ,:} 30 L:; 4:3 W 0:2:(i) S ,,:I.:'5: W ]. ,:} 8 -1.8 W 0 41.:5 '.--'; :2:1. W 10('). 54. 30. 15 10(5). 55:30. 14 1 ,:} C,. 5 '7:3':}. 1:3 100, 5 :'5::.5:0 ,, ! 2 575. (.-)7 53:i:6. 15 5'74, :--':5 !!;4:!:,'3. ]. 4 2]74.. 44. 55:i:,3. 14- 57:3, 8:.--_: 58:..35, 1:i: 5'7:i:, 0:i: 5'7:36, 12 5:.:.':7.2:2: N 2:.--.-: 1 :.5: W 5:--:7.08 Iq 2::5: 2,::i) W 5:.5:/--,. 8:3 N 28 25 W 5:'-":6.53 N 28:32 W 5:.5:5., 5'6 N 2:'5: ,1.1 W ~ ,, .-] t_ O. 0 4 0.5':]: ,:}. :3.{ _ East n i":I"~['--_VF:,'ON L.IE~A I NC:. BELLIGA F,:T VEFi:., WELL I',10: BRU 224-2::'. B I'_:: L IJ I':i I:-"'l 1.5.' l' V li!l::i:, IZ: I'-If"-t I-( :[ iq L.[:"' ]'? A L A :":: I':::A C !.3 M F:'I_I T A T I A iq ]"I FIE DATE A 9 ,", 0/:,: :32 14- -,_1A N -'- PA 0 E KICi '--' "1" I::,: U E '., I"'1E:A?;LIF;~ET..:) I'-fl::',.'!F'T DR IF'T C:FII_II:.",~'.:;E VERTIC:-AL VERTIC:AI... F;I_IBE;EA R E I-: 'T' A N C'i El L A R I_-: L. i"~ E; LI R E T"IFIf':;LE DIE.': F"I- t'"tA r",l 0 L..li:: D .,. F., E ... T I ril,,I L E N o"r H [.:~ E F"l'la ti::; E.'." F:"F I 0 Ixl '1" V D r': 0 0 R r'l ! N ~ T E 'E; D I :::; T A N F: E D I IR I::'F: 1" I r"~ N FEET D M D FEET FEET' FE"ET F'EET FEET F'EET D 1,1 _ Eastman / °oo !,:: o"::.!-:,,.-:.-:.' · I .~uggeste orm ~.o be insorted in each "A;--'~'~e" '~ell folder to d~eck for timely ccmpliance with Or,,', .'egulations. Operator, Well Na~e and Numker Reports and Materials to be received by: ~-~_ '! L! Date Required Date Received Remarks · · Completion Repo~d: Yes ~.._~7.~F5... ~~.,, Well Hisbory Yes ~_ ~.~.- . ~re ~ips ~ ~ ~ ~ , Registered S P ti~ ~z,~_~ ~-6~ , ,..C,H~V HUN U. ,.%. A. TRANSMITTAl .:,~D ACKNOWLEDGEMENT OF RECEIPT DAI~E PLACE: · ~~L~WiNG IS A LIST OF MATERIAL ENCLOSED HEREIN. FD- Folded R - Rolled S - Sepia F - Film X - Xerox B - Blueline PLEASE CHECK AND Al)VISE IMMEDIATELY. RECEIVED BY NE:MARKS ON OTHER SIDE. THIS SHLI~T HI:.VHUN U. 5. A. TRANSMITT,\' ~ND ACKNOWLEDGEMENT OF RECEIPT MATERIAL- (ALASKA) FO- Folded R - Rolled S - Sepia F - Film X - Xerox B - BluelLne THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. PLEASE CHECK AND ADVISE IMMEDIATELY. RECEIVEO BY i Alaska Oil & Gas Cons. Commission REMARKS ON OTHER SLOE, THIS SHL~'T ~[~'V'RON U.S.A. IN~ BOX 7839 ',aklf'M~la. AGE. ALASKA 99510 .,-~,HEVI'~UN U. 3. A. .1~~. TEANSMITTA.. ~sD ^CKNOt4LEDGEHENT OF RECEIPT ,.lATER[AL- (ALASKA) DEPT.: ED- Folded R - S - Sepia F - Film X - Xerox B - Blue[ine THE FOLLOW'lNG IS A LIST OF 14ATEItIAL ENCLOSED HEREIN. PLEASE CHECK AND ADVISE II~IEDIATELY. '1 F____~. ~'~LUE.,Lt~E. _ . EC..~-Cmo I~A ~-d ET,c ?~A~ATIo~4 i i II ii .~ d ~~'~ ~d .... Al.asia Oil & ~.~ P-'ms fimmJssion ~ON ~,J~ ~ ~.nchora~e ~ ~ REMARKS ON OTHER SIOE~ THIS SHat A~G~ ~ ~510 RECEIVEO 8Y ~.~ I-'1 C V I~ U i~1 U. ~.~. TRANSMITT!.~/ .~D ACKNOWLEDGEMENT OF RECEIPT _ DATE DEPT.: ~ PLACE: THE FOLLOWING IS A LIST OF MAlaRIAL ENCLOSED HEREIN. FD- Folded R - Rolled S - Sepia - Film X - Xerox B - BluelXne PLEASE CHECK AND ADVISE IMMEDIATELY. _1- iii · RECEIVED 8Y ~_!~_~P:_~ Oil & .~ac Cons. Commission U.S.A. XNC. BOX 7..B~ TRANSMI TT,\L _ /Z~,HI~VHUN U.S.A. I-NC. .D ACKNOWLEDGEMENT OF RECEIPT (, .dATER~AL DATE 3.---~. 1~1~5 THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. FD- Folded R - Rolled S - Sepia F - Film X - Xerox B - Blueline PLEASE CHECK AND ADVISE IMMEDIATELY. i iii ill · RECEIVEO 8Y Alas~ Oil & Gas -' """"~ISSioI'I Anchora_~e REMARKS ON OTHER ~IOE, THIS SHE'ET BY (~ON U.S.A. INC BOX 7..839 A~GI;- ALASKA 99510 - ,~--,, STATE OF ALASKA ~,. (~ ~ ' ALASKA ,L AND GAS CONSERVATION C~ IMISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 1. Drilling well [] Workover operation [] 2. Name of operator 7. Permit No. Chevron U.S.A. Inc. 84-137 3. Address 8. APl Number P.O. Box 107839, Anchorage, AK 99510 50-283-20076 4. Location of Well at surface 2482' E ~z 711' N from the SW Corner, Section 23, T.13N, R.10W, S.M. 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 93' K.B. ADL-21127 9. Unit or Lease Name Beluga River 10. Well No. BRU 224-23 ~ 11. Field and Pool Beluga River - Beluga For the Month of. December · ~984 2. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks ~ Drilled 17½" hole from 500' to 3,111'. Logged. Ran and cemented 13-3/8" casing at 3,099'. Cleaned out cement from 3,010' to 3,104'. Drilled 12¼" hole from 3,104' to 4,597'. Cored. Opened 8½" core hole to 12¼" from 4,597' to 4,624'. Cored. Opened 8½" core hole to 12¼" from 4,624' to 4,657'. Drilled 12¼" hole from 4,657' to 4,942'. Cored. Opened 8½" core hole to 12¼" from 4,942' to 5,002'. Drilled 127 hole from 5,002' to 6,665'. Logged. 13. Casing or liner run and quantities of cement, results of pressure tests 68#, K-55 13-3/8" casing cemented at 3,099' with 2,100 sx Class "O". 14. Coring resume and brief description 4,597' to 4,602'. Recovered 1.5' 4,602' to 4,613'. No recovery 4,613' to 4,624'. Recovered 7' 4,624' to 4,629'. Recovered 5' 4,629' to 4,657'. Recovered 28' 4,942' to 4,973'. Recovered 30.5' 4,973' to 5;002'. Recovered 29' .er. gomc 3,067'-420' GR/SP/DIL 3,100'- 420' DLL/MSFL/GR/SP 6,198'- 3,091', 6,642'- 3,088' BHC/GR/SP 6,638'- 3,088' LDT/CNL/NGT 6,654' to 3,088' EPT/GR/MLL 6,649' to 3,088' RFT/GR 3,236' to 3,942' :1 6. DST data; perforating data, shows of H2S, miscellaneous data RECEIVED 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. ~tlaska Oil & Gas Cons. Commission Anchor~.n,~ SIGNED TITLE Area Engineer DATE NOTE--Report on this form is required for each calendar month, regardless of the status of operations, and must be filed[n'dullicate with the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10~,04 Submit in duplicate TRANS MI TT,\"'" ,~-,H [.V HrJ N U. ~,~D ACKNON'L]~DGEHENT OF RECF. IPT ,~T~arAL- (ALASKA) FD- Folded R - Rolled S - Sepia F - Film X - Xerox B - Blueline THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. PLEASE CHEC~ AND ADVISE IMMEDIATELY. OF' RECEIVED BY ,Alaska 0il & 6as P, nn~, Commission Anchora0e REMARKS ON OTHER SIDE, THIS SNgIT BY (IHEVltON U.S.A. BOX 7-839 ANCHORAGE. ALASKA 99510 WELL .SURVEY Pro-3!2 COUNTY OF CITY OF TOWNSHIP /.3 /\J RANGE /0 \~f__ ~S.B.B. & M. ~ N.DoB. ~ N, LOT HO, FI ELD ~e:~i~> ~V~I'''' / : ...... -r ~:~,,..,:/ ..... :/".' ~V', ~ ''~ / - ': _.'/) ,', :'.: .~ri-..,". ,; ~. / :~ ,-. . .... / : ..... z/ . LOCATION c~ 0::'<'/.,~:~7 ~:~,-? ¢~r.:,Z' Z' ::"T~. :4-::~:~: r~:/ '/ :,' ' ,':~ / ~ / / ELEYATIOfi: GROUND CONCRETE NAT DERRICK FI~OR ? ,-: ?-/- :~- / /0~/ , ,:.7:7 .:~ :- ,=':v_?.. -.s~C'.["..:,-"rD l i R F'~iARK8 I , ! I NORTH ? ! -SOUTH BENCH HARK C.C~ DIV. ENGR, FILE HAl)IT. FRIgo DA TE HA INT, 8UPT, DA TE SKETCH OR REHARK8 STATE OF ALASKA '~-~'~ ALASKA ~L AND GAS CONSERVATION CC-,wMISSION SUNDRY NOTICES AND REPORTS ON WELl 1. DRILLING WELL, COMPLETED WELL ~ . 2. Name of Operator 7. Permit No. Chevron U.S.A. Inc. 84-137 3. Address 8. APl ~umber P.O. Box 107839, Anchorage, AK 99510 50- 283-20076 4. Location of Well 2482'E, 711'N from SW corner of Section 23, T13N, R10W, SM 5. Elevation in feet (indicate KB, DF, etc.) 93' KB 6. Lease Designation and Serial No. ADL-21127 9. Unit or Lease Name Beluga River Unit 10. Well Number BRU 224-23 11. Field and Pool Beluga River Field Beluga 12. (Submit in Triplicate) Perforate 1~ Alter Casing [~ ~ Perforations Stimulate [] Abandon [] Stimulation Repair Well [] Change Plans [] Repairs Made Pull Tubing [] Other [~I Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.} Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Duplicate) [] Altering Casing [] Abandonment [] Other [] [] [] 13. Describe 'Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonmen.t see 20 AAC 25.105-170). The work below will follow Step #22 of the APD for BRU 224-23 aPproved October l 1, 1984. 1) Drill out the shoe of the 9-5/8" casing and drill 8-1/2" hole to -+ 7015' M.D. (-6550' VSS). 2) Set cement retainer at -+ 6565' M.D. and inject excess mud from reserve pit. 3) Squeeze shoe through retainer with class "O" cement to leave 9-5/8" casing below retainer full of cement. 4) Change hote over to 3% KC1 completion fluid. 5) Run tubing conveyed perforating guns, hydraulic packer, and 3-1/2" tubing. Run 2-3/8" heater string. {See attached diagram.) 6) Remove BOPE. Nipple up tree and test to 3000 psi. Displace hole to packer with diesel. Set packer. 7) Drop bar to fire guns. (Perforations 3632'-3610', 3600'-3588', 3490'-3452', 3438'-3420', 3378'-3332', and 3308'-3276') 8) Flow well to flare until cleaned up. 14. I hereby certify th,~the~~e best of my knowledge. Signed Title Area Engineer The space below for Commission use Date Conditions of Approval, if any: Approved by 6RIGII~[ B.! I. ON~lli ~. SliT!-- .. COMMISSIONER ~pproveO Cop'~ By Order of the Commission Date Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate BRU ~4-23 Proposed Tubing Detail Dst~d 12/31/84 1 ) WKM 3 1/2" EIIE 8rd box · box split robing h~nger 2) xo 3 1/Z" EUE 8rd pin · 2 3/8" Buttress pin--Tristate 3) xo 3 1/2" EUE 8rd pin · Seal-lock pin--Tristai~ 4) 2 3/8" 4.6a NS0 Buttress tubing 5) Otis2 3/8" Xnipple pin w/cplg x pin ax +_. 500' 6) 3 1/2" 9.2· NS0 Armco Seal-lock tubing 7) 3 1/2" Otis X nipple Seal-lock pin w/cplg x pin ~t._ 500' 8) xo 3 1/2" Seal-lock pin w/cplg x 3 1/2" Butlress pin--Trist~te 9) 3 1/2" Brown CC Sal'ety joint 3 1/2" Buttress box · pin 10) xo 3 1/2" Buttress pin w/cpi8 · 3 1/2" Seal-lock pin--Tristate 11) 1 it. of 6) 12) 3 1/2" OtisXA Sleeve Seal-lock pin w/cplg · pin 13) 1 jr. of 6) 14) xo 3 1/2" Seal-lock box w/cplg x 3 1/2" NU 10rd box--Baker 15) Baker 9 5/8" · 3 1/2" · 3 1/2" NU 10rd pin · pin Model FH hydraulic set Pacter 16) xo 3 1/2" NU 10rd box w · Seal-lock pin--B&ker 17) 2 its of 6) 15) Otis 3 1/2" X nipple Seal-lock pin w/cplg · pin 19) 1 it. of 6) 20) xo 3 1/2" Seal -lock pin w/Cplg · Buttress pin-- Tristaxe 21) Baker Y block 8.0" OD · 3 1/2" Buttress box · box · 2 7/8" Buttress box 22) I it. of 2 7/8" 6.4 a NS0 Buttress tubing (Cplg down) 23) xo 2 7/8" Buttress pin · 2 3/8" EUE 8rd pin --Tristalb 24) Baker 2 3/8" Telescoping Swivel Sub EUE 8rd box x pin 25) xo 2 3/8" EUE Srd pin w/cplg · Buttress pin --Tristai~ 26) 2 3/8" 4.6~ NS0 Butress tubing enough to hang below perforsling guns 27) 1 it, of 26) with mule shoe end 28) ·o 3 1/2" Butlress pin · Seal-lock pin --TrisCsie 29) I it. of 6) 30) Otis 3 1/2" XN nipple Seal-lock pin w/cplg · pin 31) I it. oi'6) 32) xo 3 1/2" Seal-lock pin w/cplg · EUE 8rd pin --Tristat~ 33) B~ker 3 1/2" perforated sub EUE 8rd box x pin with glass disk. 35) 1 pup it. of 3 1/2" EUE 8rd NS0 tubing w/cplg 37) 38) 39) Approved by Date B~ker 5" ax~to release 3 1/2" EUE 8rd box · B~ker thread down Baker 5" Perforating guns 6 JHPF with 20' of bl~nk ~bove top perforation B~ker 5' gun · 2 3/$" tubing bracket (designed to slip off the last it. of tubing.) RECEIVED JAN 0 2 1985 Alaska 0il & Gas Cons. Commission Anchorage M E MORANDUM TO: THRU: State of Alaska OAS C0m SS 0 C. V./~~~t ton DATE: December Chair~ F,LE~O: D.21.49 Logic C. Smith /'-:~J TELEPHONE NO: Conditioner 13, 1984 FROM: Harold R. Hawkins Petroleum Inspector SUBJECT: Witnessed BOPE Test on Chevron U.S.A. Inc., Beluga River Unit BRU 224-23, Sec. 23, T13N,R10W,SM, Permit No. 84-137. TU~sdaM~, December 11, 1984: I left Anchorage at 11:00 am by Troy Air Service to-Beluga River arriving at 11:30 am and witnessing BOPE test on BRU 224-23 by 11:45 am. When the test's were over there were three failures, two choke valves and the well sign was not on location. I filled out an AOGCC report which is attached. In sunmnary, I wztne~sea the BOPE test on Brinkerhoff Rig 58 and found the BOPE equipment in satisfactory condition with the exception of the two choke valves and no well sign. (See AOGCC field report attached. ) Attachment .1.~,___t984_-. 2 m~ I called mmmk Graham, opera%or for Chevron and ~ t~z)~ ~ valves were repaired and tested to 3000 psig. The ~11 sign was also installed on the rig, Deo6mber 13, 1984. 02-00IA(Rev. 10/79) .. 5/84 Inspector STATE OF ALASKA ALASKA OIL & GAS CONSERVATION COMMISSION B.O.P;E. Inspection Report Date /,,?////,y'.5,/ Well Operator ~A~_~_f/.Z~._~.~ .Z/,~_. //)~ Representative z~/~/~ ~/~ Well ~~ - ~--~_~ Pe~it ~ ~ -- / ~ f Location: Sec ~ ~. ~ T/~ R./~ ~ ~ ~ ~asing Set '~ _-~ ~ ft. ~--- Drilling Contractor ~f/P~/[f//df[$l~f~ Rt~ #~f Representative JP~ ~ 4'/6A:f~A=~ Location, Genera~ ~-., Well Sign~ General Housekeeping~Rig Reserve Pit . ~/~ Mud Systems P/f Visual d/~% Audio p/~ Trip Tank · Pit .Gauge ... ~/~ '.~ Flow Monitor · /':..' Gas Detectors ~/~ BOPE Stack Annular~ Preventer Pipe Rams f'/.'~,,,4~"D,'f' ''/ Blind Rams Choke Line Valves H. C.R. Valve '"K iii Line Valves Check Valve ~ :~:~-.- Test Results: Failures -:~.~;' ~) - , Test Pressure ACCUMULATOR SYSTEM Full Charge Pressure ~/~d~ psig Pressure After Closure Z~ psig · Pump incr. clos. pres, 200 psig j-~~- sec. Full Charge Pressure'Attained: ~ min/~ sec. N2 /~ 6 ,~.f~ ~R~D, ~W~ psig 2/~ ~ ,- / / -, / - _ ControlZ Master ~ Remote ~/f Blinds switch cpver ..~/~' Kelly and Floor Safety Valves Upper Kell~ LoWer Kell~ Ball Type Inside BoP Test Pressure Test Pressur~ Test Pressure Test Pressure Choke Manifold .¢~ Test Pressure .~~. No. Valves No. flanges ~~ Adjustable.Chokes ~/,,~c ~ ~/~/~.~/~/~/~ ~ydrauically operated ~.hoke Test Time ~ . hrs. i~.Repair or Replacement of failed equipment 'to be made within ~ days and Inspector/ Commissi°n office notified. --..:...:. -: ~ ....... .... - - . DistriSution orIE. - AO&GCC cc - Supervisor Inspector _ -'%HEVHUN U.S.A. !-~C. T~b~NSMITT,\L. .ID ACKNOWLEDGEMEN. T OF RECEIPT t. MATER[AL - (ALASKA) DEPT.: PLACE: THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREIN. FD- Folded R - Rolled S - Sepia F - Film X - Xerox B - Bluelime PLEASE CHECK AND ADVISE IMMEDIATELY. ! _ · _ RECEIVED 8Y ! I RFCFIVED DEC ! · C "V' ON mc. BOX 7.839 AI~"J4OEAGE. ALASKA 99510 . -- ~. STATE OF ALASKA ALASKA ~ '~ AND GAS CONSERVATION CO ISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 1. Drilling well [~ 2. Name of operator Chevron U.S.A. Inc. 3. Address P.O. Box 107839, Anchorage, AK 99510 4. Location of Well at surface 2459' E & 667' N from the SW cor., RIOW, S.M. Section 23, T13N, 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. 93' K.B.I ADL-21127 Workover operation [] · 7. Permit No. 84-137 8. APl Number so- 283-20076 9. Unit or Lease Name Beluga River 10. Well No. BRU 224-23 11. Field and Pool Beluga River - Beluga For the Month of November ,19 84 2. Depth at end of month, footage drilled, fishing jobs, directional drilling probiems, spud date, remarks Drove 30" conductor to 98', spudded on 11/25/84. Drilled 17½" hole from 98' to 435'. Opened 17~" hole to 26" from 98' to 435'. Ran and cemented 20" casing at 427'. Nippled up and tested BOPE. Drilled 17½" hole from 435' to 500'. 13. Casing or liner run and quantities of cement, results of pressure tests 30" .1" wall conductor driven to 98'. 20" 133#, K-55 Butt. casing cemented at-427' with 618 SX Class "G" cement. 14. Coring resume and brief description 15. Logs run and depth where run ,1 6. DST data, perforatin9 data, shows of H2S, miscellaneous data RECEIVED · OEC 1 11984 Alaska Oil a Gas Cons. Commission Anchorage 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. · SIGNED TITLE Area En~jineer DATE NOTE--Report on this form is required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 Submit in duplicate MEMORANDUM TO: THRU: FROM: State of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION Lonnie C. Smith Co~ssioner Edgar W. Sipple, Jr.~ Petroleum Inspector DATE: November 30, 1984 FILE NO: D. 5I. 81 TELEPHONE NO: SUBJECT: Witness 2000 psi BOPE Chevron' s BRU 224-23, Sec. 23, T13N,R10W,SM, Permit No. 84-137, Brinkerhoff Rig 58. ~ednesday, November 28, 1984: I traveled this date via Troy Air ~r°m:~ch°rage 't~" Chevrbn~ S- Beluga River Unit. The drilling contractor was in the process of nippling up. I inspected the BOPE stack arrangement to see if it conformed to permit and drilling program, the arrangement on the BOP stack as follows, a 20" Braden head with a two inch kill line, a three inch choke manifold line, a single gate blind rams, and a 20" annular preventer. The drawing submitted with the drilling program called for a double gate ram. The Chevron representative Jim Jordon wasn't aware of the state regulation conforming to API RP 53 BOPE arrangements. The annular preventer lines from the accumulator system were hooked up backwards, they were changed and hooked up correctly. The inside BOP was the wrong size, could not test. There was no well sign on location. In summary, I witnessed the 2000 psi BOPE test on Chevron's BRU 224-23, Brinkerhoff Rig 58. Attachment 02-00IA(Rev. 10!79) 70&G #4 5/84' STATE OF ALASKA ALASKA OIL & GAS CONSERVATION COMMISSION B.O.P.E. Inspection Report Inspector Operator C/~f- Y~,"~rj Well Location: Sec p~ Drillin~ Contractor Ri Date 1t" Representative Pe~it # ~- ~ ~ZCasing Set Representative Location, General General Housekeeping Reserve Pit Mud Systems Visual Audio Trip Tank Pit.Gauge Flow Monitor Gas Detectors BOPE S tack nular Preventer Pipe Rams Blind Rams ~J oke' L~ne Valves H.C.RyValve K~ll LSne Valves Check Valve Test Pressure / ?oc.. I? 7o0 Test Results: Failures ACCUMULATOR SYSTEM' Full Charge Pressure ,~_~0 psig Pressure After Closure /~,O~ psig Pump incr. clos' pres. 200 psig. Full Charge Pressure AtVined: Controls: Master Remote ~ Blinds switch cover Kelly and Floor Safety Valves Upper Kelly Test Pressure Lower Kelly Test Pressure Ball Type Test Pressure InSide BOP ~ Test Pressure Choke Manifold ~ Test Pressure / No. Valves (~.) ,,.'~ No. flanges ~. ¢ Adjustable Chokes /~- Hydrauically operated choke / 7o0 Test Time hrs. m~n~-'. ? sec. rain / ~ sec. Inspector~~3~.~ Distribution orig. - AO&GCC cc - Operator cc - Supervisor . Repair or Replacement of failed equipment to be made within days and Inspector/ Commission office notified. ~' ~2'- r~ . & ~ %r~ ~~ ~, ...... , ..... ' t ' ~ ' ',' ~ ~ ' Movember 30, I984 Mz. J. L. Weaver Area Operations Superintendent Chevron U.S.A. Inc. P. O. Box 107839 Anchorage, Alaska 99510-7065 Program Discrepancies Beluga River Unit Wells No. 224-23, 232-9, 223-26, and 232-26. Dear'Mr. Weaver: On November 28, 1984 our Petroleum Inspector, Ed Sipple, went to~ your BRU 224-23 location to witness pressure testing of your 20 inch blowout preventer equipment (BOPE). As a result of this visit, we found that the installed BOPE consisted of an annular preventer and a single gate (blind ram). This did not conform to state regulations and appears to be significantly different than the approved drilling program submitted with your application for a Permit to Drill or Deepen. The applicable state regulation is 20 AAC 25.035(c)(1)(A). API 2M, 3M, and 5M stacks must have at least three preventers, including one equipped with pipe rams that fit the size of drill pipe, tubing, or casing being used, one with blind rams, and one annular type. Since the BOPE drawing you furnished with your application for a Permit to Drill or Deepen showed one annular preventer and a double gate with.blind rams and pipe rams, we assumed you planned to comply with state regulations and we therefore approved your application for a permit to drill. Our on-site inspector did approve drilling below the cemented 20 inch casing in violation of regulation after first consulting with a member of the Commission. Considering all facets of the situation the consensus was that drilling ahead to the the next programmed casing point with the BOPE already installed did not constitute an undue risk and therefore the extended delay in operat!°ns required to change out the BOPE was not warrented. Please be aware that our action in this_matter constitutes a one time exception only. We have no intention of letting the excep- tion establish a precident for future drilling operations in the Beluga River area. Accordingly, you may wish to encourage your Mr. J. L. Weaver Page 2 November 30, 1984 drilling representative and Contractor to become kn°wledgab!e of Alaska law so these types of situations will not again be encoun- tered. It is our practice to administer violations of our regulations in accord with AS 3!. 05. 150. Should you have questions regarding the foregoing, please do not hesitate to let us know. Sincere iv, C. V. Ch~t~er~o~ Chairman be: 1 .K. CH Attachment October 11, 1984 !-~r. J. L. Weaver Area Operations Superintendent Chevron U.S.A. Inc. P. O. Box 107839 Amchorage, Alaska 99510-7065 Re: Beluga River Unit BRU 224-23 Chevron U.S.A. Inc. Permit No. 84-137 Sur. Loc. 2459'E, 667'N fr SW cr Sec. 23, T13N, R10W, SM. Btmho!e Loc. 2300'E, 1200'N fr SW cr Sec. 23, T13N, R10W, SM. Dear Mr. Weaver: Enclosed ~s the approved revised application for permit to drill the above referenced well. '~ The provisions of the cover letter, dated August 31, 1984, accompanying the original approved permit are in effect for this revi s ion. Very truly yours Com~iss ioner of Alaska Oil and Gas Conser~zation Commission BY ORDER OF _THE COI~ISSION be Enclosure cc: Department.of Fish & Game, Habitat Section w/o encl. Department of EnviroDnnental Conservation w/o encl. Chevron Chevron U.S P.O. Box 107839, Anchorage, AK 99510 · Phone (907) 786-6600 October 5, 1984 J.L. Weaver Area Operations Superintendent Production Department STATE OF ALASKA REVISED PERMIT TO DRILL BRU 224-23 BELUGA RIVER UNIT, ALASKA Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Gentle men: Chevron U.S.A. Inc., on behalf of itself, ARCO Alaska, Inc., and Shell Western E&P, Inc., request your approval to change the bottom hole location of proposed well BRU 224-23 (Permit No. 84-137) from: 2350'E, 150'N from the S.W. corner of Section 23, T.13N, R.10W, S.M. to: 2300'E, 1200'N from the S.W. corner of Section 23, T.13N,~R.10W, S.M. .-, The surface location will remain the same. Attached, in triplicate, is the State of Alaska Oil and Gas Conservation Commission Permit to Drill, Form 10-401. Chevron U.S.A. Inc., as the Unit Operator, requests this revision to the Permit to Drill in order to more efficiently drain the reservoir. Very truly yours, · L. Weaver JAC:mw Attachments: (1) One (1) AOGCC Permit to Drill Application (2) Drawings AB-139 and AP-D-643 STATE OF ALASKA "-'- ALASKA ~..L AND GAS CONSERVATION CL.~MISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY [] DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE [~ MULTIPLE ZONE [] 2. Name of operator Chevron U.S.A. Inc. 3. Address P.O. Box 107839, Anchorage, Alaska 99510 4. Location of well at surface + 2459'E, 667'N from the SW corner of Sec. At top of proposed producing interval + 2300'E, 1200'N from the SW corner of Sec. At total depth Same 5. Elevation in feet (indicate KB, DF etc.) 23, T13N, R10W, SM 23, T13N, R10W, SM 93' KB I 6 . Lease designation and serial no. ADL-21127 9. Unit or lease name Beluga River Unit 10. Well number BRU 224- 23 11. Field and pool Beluga River Field, Beluga 12. Bond information (see 20 AAC 25.025) Type AOGCC Blanket Bond Surety and/or number U80-61-55-22 13. Distance and direction from nearest town 14. Distance to nearest property or lease line ~NF. 10 miles 300 feet 16. Proposed depth (MD & TVD) 6593 feet 17. Number of acres in lease 480.00 Amount $200,000 15. Distance to nearest drilling or completed we"BRU 232-26 2700 feet 18. Approximate spud date November 1, 1984 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT 500 feet. MAXIMUM HOLE ANGLE 17~ oI (see 20 AAC 25.035 (c) (2) ~ psig@~ Surface ~psig@ 6593 ft. TD (TVD) 21 , Proposed Casing, Liner and Cementing Program SETTING DEPTH QUANTITY OF CEMENT SIZE , Hole Casing Weight 30" 30" 26" 20" 94 17~" 13-3/8" 68 12¼" 9-5/8" 40 12¼" 9-5/8" 43.5 22. Describe proposed program: l"Wall CASING AND LINER Grade Coupl lng Length Welded 80 H40 ST&C 400 K55 IButt 13110 N80 Butt 5000 N80 Butt 1665 M D TOP TV D 0 I 0 0 ' 0 I 0 i 0 5000 14932 MD BOTTOM TVD 80 I 80 400 I 400 3100 I 3030 5000 I 4932 I 6665 16592 (include stage data) Driven 5OO SX 2000 SX 800 1st stage 400 2nd stage See attached program. RECF:.. ¥ ED Gas Cons. C0mmissi' Anchorage 23. I hereby certify that the foregoing is true and correct to the best of my knowledge SIGNED ~. (~~/~ TITLE Area Operations The space bel~v~ for Commission use Superintendent DATE CONDITIONS OF APPROVAL Samples required I Mud log required Directional Survey required I APl number i~YES I~O I[]YES {~NO ~]YES ONO I Permit number _ I Approval date . SEE COVER LETTER FOR OTHER REQUIREMENTS ,COMMISSIONER DATE October !!, 1984 by order of the Commission Form 10-401 Rev. 7-1-80 Submit in triplicate le PROGRAM Drive 30" conductor pipe as deep as possible (+ 80') Drill for 20" easing to + 400 feet. A~P~OVED C.~ Iq/. Segnar 3. Run and cement 20", 94#/ft., H-40, ST&C casing as follows: A. Use a guide shoe with a stab-in duplex float collar one joint up. B. Thread lock the bottom two joints. Ce Use three centralizers on bottom two joints and one every other joint to surface. Circulate two hole volumes. Precede cement with 20 bbls. of fresh water. E. Mix and pump Class "G" cement with 2% prehydrated gel by weight of water (or 6% dry gel by weight of cement). a. Slurry weight - b. Mixing Water - c. Yield - d. Compressive -strength - F. Use 30% excess cement. 13.9 ppg. 8.56 gal. water/SX emt. 1.655 CF/SX cml. 600 Psi-after 24 hours. Perform a "top job" if cement returns are not obtained. Alaska Oil & Gas Cons. Commission Anchorage Install a 20" - 2000 psi Class II B BOPE with a 3000 psi or greater kill line and choke manifold. Install and test per AOGCC Regulations and API RP 53. Give BLM and AOGCC 24 hour notice t° witness BOPE test. . . NOte: Burst pressure of 20", 94#/ft., H-40 casing is 1530. Test to 500 psi. Drill a 17½" hole to 3110' MD (-2950' VSS). Directional requirements as attached. Obtain a ~ gallon mud sample just prior to POOH for logs. Log and take SWS as per Formation Evaluation Program. This program to be provided. Wellsite geologist to witness logs and specify SWS depths. ~/~ Run and cement 13 5-P8~, $8#/ft., K-55 buLtress casing on bottom as follows: A. Use a float shoe with a stab-in duplex float collar one joint up. B. Centralize r~he bottom 4 joints, dog legs, and at the 29" casing shoe. C. Circulate two complete hole volumes. Mix and pump a preflush of i0 bt}is, fresh water. 20 bOLs. or' '2% caustic . E. Mix and pump Class G cement wiLh 2% prehydra[ed gel by weight of water (or 6% dry gel by weight of cement). a. Slurry weight - b. Mixing Water - c. Yield - d. Compressive strength - 13.9 ppg. 8.56 gal. water/SX cmt. 1.655 CF/SX cmt. 900 psi after 24 hours. F. Use 50% excess in open hole section. / , Cut the 13 3/8,' easing and Weld on a 13 5/8" 3000 psi X 13 3/8" easing head such that the top flange of the tubing spool is 1" to 2" above G.L. . Install a Class III, 5000 psi, BOPE as per AOGCC Regulations and API RP 53. Give BLM and AOGCC 24 hour notice to witness test. Test to 3000 psi. 10. Install mud loggers. 11. Drill to within 10' of the shoe. Test easing to 1500 psi. 12. Drill out the shoe plus 30'. Perform a leak-off test. 13. Drill a 12¼" hole to 6665' + 40' MD (-6500' VSS). Directional requirements as attached. Obtain a ½ gall~-n mud sample just prior to POOH for logs. 14. Log and take SWS as per Formation Evaluation Program. This program to be provided. Wellsite geologist to witness logging and specify SWS depths. 15. Run and cement 9 5/8" casing on bottom as follows: i. Use 43.5#/ft., N-80, Buttress casing from 6600' to 5000', and 40.0#/ft., N-80, Buttress casing from 5000' to surface. B, Run a float shoe and float eoilar two joints apart and thread lock. C. Run a cement stage collar in the 40#/ft. casing at + 3700' M.D. : D. Centralize the shoe, through the productive interval, dog legs, and above and below the 13 3/8" casing shoe. Use one centralizer every one or two joints through these intervals. E® Circulate two complete hole volumes. Keep the mud plastic viscosity and yield point as low as possible. Cement 9 5/8" casing in two stages as follows: 1st stage: 1. Mix and pump a preflush of 20 bbls. of fresh water, 20 bbls of 2% caustic water (by weight of water), and 5 bbls. of fresh water. 2. Mix and pump class G neat cement with friction reducers, fluid loss additives, and retarders as needed. Volume to be calculated from caliper log -~o bring cement top to one ~tage collar excess). a. Slurry weight b. ~;~' water ~ Yield 16. 17. 18. 19. 20. 21. 22. 23. 2nd stage: 1. 2. 3. ?RCG_ ~M ~. N. Secmar Drop bomb, open stage collar, and circulate a minimum of two hole volumes. Mix and pump preflush as in 1st stage. Mix and pump class G neat cement as per 1st stage. Volume to be calculated from the caliper log plus 30% excess to bring cement top +_ 500' up in the 13 3/8" casing. Work the casing throughout circulation and 1st stage cementing if possible. H. Keep the cement in turbulent flow, if possible, while pumping. Land 9 5/8" cssing in the 13 3/8" SOW casing head. Install a 13 ~/8", 3000 psi x 11", 3000 psi tubing head. packo ff to 3000 psi. Test secondary Nipple up a Class III, 5000 psi BOP. Test to 3000 psi as per AOGCC Regulations and API RP 53. Clean out cement to the float collar using a bit and tandem scrapers. Test casing to 1500 psi. Run a gyroscopic survey from T.D. to surface. Run a cement bond, GR-neutron log from PBTD to the 13 3/8" casing shoe. Testing and/or completion program will be provided. JBL:mw M.K. Rieken ,, PROPOSAL FOR WELL OPERATIONS PRO 31~-1 FIELD: Beluga River PROPERTY AND WELL: Beluga River Well No. 224-23 SURFACE LOCATION: (Proposed) + 2459 feet east and 667 feet north from the s~uthwest corner of See. 23, T13N, R10W, S.B.&M. BOTTOM HOLE LOCATION: 2300 feet east and 1200 feet north from the southwest corner of Sec. 23, T13N, R10W, S.B.&M. at -6500' VSS. ELEVATION: Estimated K.B. elevation of Brinkerhoff 58 is 93 feet. Ground level to K.B. is 18 feet. BLOWOUT PREVENTION CONSIDERATIONS: . Potential Problems i. Ga~ and water entries; No high volume gas flows are expected above 3000'. Coal seams can be encountered anywhere from the surface to T.D. A controlled penetration rate and degasser should eliminate any gas encountered while drilling coal seams or through the productive interval. No water flows are expected. . e B~ Lost Circulation: Lost circulation is not expected with the programmed mud weights. 'C. De Stuck Pipe: Coal seams should be drilled and reamed with care. PrecaUtions: 'All kieks shOuld be handled by nOrmal proeedures. Drilling crews should be made aware of these methods prior to spudding. Kick and BOP drilIs should be practiced at regular intervals and noted on the tour sheets. Am adequate supply of weight materials should be at the well at all times. Maximum Anticipated Formation Pressure: 1521 psi 9.2 ppg 0.48 psi/ft. + 3093' 2789 psi 9.2 ppg 0.48 psi/ft. +_ 5740' Maximum Antieipated Surface Pressure: 2500 psi. BloWout Prevention Equipment: 20" easing - Class H B 2000 psi BOPE with 3000 psi choke and kill Hne. 13 3/8" and 9 5/8" casing - Class Iii 3000 psi or higher rated BOPE (BSI Rig 58 has '3 5/~" 5000 psi BOPE as standard ~quipm_ent). Nippie up and test as per AOGCC Regulations and API RP 53. I ECEIVF. D Alaska Oil & Gas Cons. Comrniss" Anchorage, '~ PROPOSAL FOR WELL OPERATIONS PRO 316-1 DIRECTIONAL CONSIDERATIONS; Direetionally drill to within a 300 ft. radiUs of the top target at 2300 ft. east and 1200 ft. north of the southwest corner of Section 23 .T13N, R10W of SM at a vertical sub-sea depth of -3100 ft. and a bottom hole target of 2300 ft. east and 1200 ft. north of the southwest corner of Section 23 T13N, R10W of SM and a vertical sub-sea depth of -6500 ft. as per the following proposed directional program and attached plats: 1) Drill a straight hole to near 500 ft. TMD, 407 ft. VSS. 2) On a course of N16.61ow, kick off at 500 ft. TMD, build hole angle at degrees per 100 ft. to a total hole angle of 173 degrees to near 1200 ft. TMD, -1096 ft. VSS, 106 ft. Drift. 3) Hold the 173 degree hole angle to near 2170 ft. TMD, -2021 ft. VSS, 398 ft. Drift. 4) Drop the hole angle at 1½ degrees per 100 ft. to near 3270 ft. TMD, -3106 ft. vSs, 556 ft. Drift. 5) Hold the hole'angle at zero degrees to intersect the proposed target near a depth of 6665 ft. TMD, -6500 ft. VSS 556 ft. Drift. 6as Cons. Commission Anchorage DRILLING MUD DETAIL SHEET Lightly Treated Chrome-Free Lignc~mlfonate With KCL for Clay Inhibition Optimum Mud Properties t APPROVED C.'~. Segnar __ Spud 17 ½" Hole 12 ¼" Hole Mud Type Gel - Water Density 8.6 - 9.2 9.2 - 10.2 9.2 - 10.5 Funnel Viscosity (Sec) + 35 + 35' Plastic Vis. (CPS) 6 - 12 6 - 13 Yield Point (#/100 ft.2) 21 - 8 21 - 7 Initial Gel (#/100 ft.2) 1 - 5 1 - 5 10 min. Gel (#/100 ft.2) 4 - 10 4I 10 Ph - - 9- 11.5 9.5 Ca. (rog/l) - 40 - 200 40 - 200 Cl. (mg/1) - 5000 + 30000 Fluid Loss (ee. API) - - 5-7 Optimum. mud properties are not required until the cement in the 13 3/8" easing string is drilled and treated out. Alaska Oil & Gas Cons. Anchorage KILL 20" ' 7..000 ANNULAR PREVENTER APP'ROV'E'D- _ 20"- 2000 psi WP PIPE RAMS BLIND RAMS DOUBLE GATE LINE 2 '5000 2"- 5000 psi,,, 20"-2000 esi W.P. 20" 3"-5000 psi 3"'5000~$i TO MANIFOLD ~0" 0 O CASING CEMENT ~,-,~ ,,~ '.~,, ;., ,, ' ~ ,~,'.~, · -,,,/: '~,'. CLASS t'tT'f/, BOP 2"'§OOO psi KILL LINE 5000 psi OOUBLE GATE PIPE RAMS BLIND RAMS ~3 §/8"'5OOO psi MUD CROSS SPOOL 5/8"' 5OOO psi 3"' 5000 psi BULL PLUG SOW t3 ~'8" ~ , .CEMENT · ' ° .J- ---- -L ~' ':t" 12o.! I I CLASS ]~ BOP (8) 5/8 "' 3000 psi ..2 "-~30 psi BLIND FLANGE psi TO MANIFOLD ANNULAR PREVENTER I 3 5/8"-5000 psi : 13 5/8"- 5000 psi 135/8 "- 5000 psi DOUBLE GATE APPROVED t~ROGRAM C'. N. Seq. nar _ 2"- 5000 psi KILL LINE 5000 psi PIPE RAMS BLIND RAMS TUS!NG HEAD psi ~.11"-3000 psi ~,.-3 ". 5OOOosi 3"- 50(X) I:)~i ! TO MANIFOLD ,(~ i ~ 3000 psi BULL,,,. I J ] BLIND FLANGE PLUG --"~ j · SOW 9,~/m,, I ' ~ ~ ~ ~ ~_~' ~ ~ ~ ' ~ , - I I~ I, i ~ ' ' ' ~ ''~ :1" ~o" CLASS ~ BOP (C) Oil & Gas Cons. Commi~si( i CHEVRON U.S.A. ....... VERTICAL SECTION .0 P __.O__'~_V__._..D_.:_? ~ EIRU 224-23 !- ~h'~oo' i~u~d Average Angl~ 17 3.0 I J J -~iv----l°f Drop 2170 M.DJ. ~ 1½°/~ O"Dr p j of Dr~p 3270' M.D!. ' p._ 3~o~' v ' I , ' I ! i i I TVa 6594 j I ~.:' ~ ~ Anch~ra.g* I I ~ I I -- . ......... . ~tes · All values In feet. Depths sho~ are T~. ClOsure: §§Bft at ~ i~ ~c~ 3~ ~n ~ Bottom hole: ~ B5~4 ~ BB~9 . HORIZONTAL VIE~ CHEVRON U.S.A. 8RU 224-23 RADIUS OF CURVATURE ~ELL PR~OSAL ~CALE: t ~nch = ~00 6665' . ................. ~--~.i---- .... ! ....... 500' e August 31, 1984 Mr. J. L. Weaver Area Operations Superintendent Chevron U.S.A. Inc. P. O, Box 107839 A~chorage, Alaska 99510-7065 Beluga. River Unit BRU 224-23 Chevron U.S.A. Inc. Permit No. 84-137 Sur. Loc. 2459'E, 667'M of SW er Sec. 23, T13N, R10W, SMo Btraho!e Loc. 2350'E, !50'N, of SW cr Sec. 23, T13N, R10W, Dear Mr o Weaver: Enclosed is the approved application for permit to drill the above referenced well. If coring is conducted, a one Cubic inch chip from each foot of recovered core is required. Samples of well-cuttings and a mud log are not required. A continuous directional survey is required as per 20 AAC 25.050(b)(5). 'If avail, able, a tape containing the digitized log 'information shall be submitted on all logs for copying except experimental logs, velocity surveys and dipmeter surveys. Many rivers in Alaska and their drainage systems have been classified as ~mportant for the' spaw~ing or migration of anadromous fish. Operations in these areas are subject to AS 16.05.870 and the 'regulations promulgated thereunder (Title 5, Alaska Administrative Code). Prior to commencing operations vou may be contacted by the Habitat Coordinator's Office, Department of Fish and Game. Pollution of any waters of the State is prohibited by AS 46, Chapter 3, Arti~!e 7 and tm_ 'regulations promu._ga~ed. ~hereunder (Title 18, Alaska Administrative Code, Chapter 70) ~nd by the Federal Water Pollution Control Act, as amended. Prior to commencing operations you may be contacted by a rePresentative of the Department of Environmental Conser_~on. Mr.. J. L. Weaver Beluga River Unit BRU 224-23 August 31, !984 To aid us in scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment so that a representative of the Commission may be present to wit~.ess testing of the equipment before the surface casing shoe is drilled. I,~ere a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testing before drilling below the'shoe of the conductor pipe. In the event of suspension or abandonment, please give this office adequate advance notification so that we may have a witness present. ~rulv yours, C. V. Chattert.6n Chairman of Alaska Oil and Gas Conservation Commission BY OPfDER OF THE COMMISSION be Enclosure cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o enc!. Chevron Chevron U.S.A. Inc. P.O. Box 107839, Anchorage, AK 99510 · Phone (907) 786-6600 J.L Weaver Area Operations Superintendent Production Department 3uiy 27, 198# State of Alaska Permit To Drill BRU 22~-23, BRU 232=26, BRU 232-9 & BRU 223-26 Beluga River Unit, Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK. 99501 Gentlemen: Chevron U.S.A. Inc., on behalf of itself, ARCO Alaska, Inc., and Shell Western E&P, !nc., proposes to drill BRU 22#-23, BRU 232-26, BRU 232-9, and BRU 223-26. BRU 232-26 is being permitted as a contigen: well depending on the results of the first three wells. The subject wells are shown on the attached plats Nos. AB-139, AP-D-6#3, and AP-D-6t~t~. For your consideration and approval we submit, in triplicate, the State of Alaska Oil and Gas Conservation Commission Permit To Drill, Form 10-#01 for each of the four subject wells. Also enclosed is our check in the amount of $#00.00 for the four applications. As shown on the attached plats, the proposed wells lie within the following leases: Well BRU 22#-23: Surface Location: + 2#59 ' E. 667' N from the SW corner of Section 23, T13N, RI0W. SM. Lease: ADL 21127. Bottom Hole Location: + 2350' E, 150' N from the SW corner of Section 23, T13N, R10W. SM. Lease: ADL 21127. Well: BRU 232-26 Surface Location: + 2535~ E, 580' N from the SW corner of Section 23, T13N, R10W, S.M. Lease: ADL 17658. Bottom Hole Location: + 3098' E, 1618' S of the NW corner of Section 26, T13N, R10W, SM, Lease: ADL 17658. RECEIVED Well: BRU 232-9 J U L 3 0 1984 Surface Location:_+ 2038' E, 296' S from the NW corner of Alaska Oil & Gas Cons. Commission Section 9, T12N, R10W, SM. Lease: A-029656. Anohorago Bottom Hole Location: + 3150' E, 2380' S from the NW corner of Section 9, TI2N, RIOW SM. Lease: ADL 17592. Alaska Oil & Gas Conservation Commission ' 3'uly 27, 198# Page Two Well: BRU 223-26 Surface Location: + 2271' E, 1/418' N from the SW corner of Section 26, TI3N, RIOW, SM. Lease: A-029657. Bottom Hole Location:+ 2271' E, 1#18' N from the SW corner of Section 26, T13N, R10W, SM Lease: A-029657. All the surface locations and bottom hole locations fall within the boundaries of the Beluga River Unit. Pursuant to the Alaska Oil and Gas Conservation Regulations and the applicable statutes of the State of Alaska, Chevron U.S.A. Inc., as Unit Operator, hereby requests the Alaska Oil and Gas Conservation Commission to issue an order allowing exception to Title 20, Alaska Administrative Code, Section 25.055 to permit the drilling of BRU 224-23, BRU 232-26, and BRU 223-26. BRU 232-9 does not require a spacing exception as it is the first well on Section 9 and is more than 3000' from the nearest well. The spacing exception is needed to efficiently drain the Beluga Pool and to develop sufficient deliverability to meet the new Shell Western E&P, Inc./Alaska Pipeline Company gas contract. BRU 224-23 will be the second well on Section 23 but will be + 4900' from the other well, BRU 221-23. BRU 232-26 will be the first well on Sectio~ 26. It will be + 1700' from BRU 224-23 but will be completed in different intevrals than BRU 2-24-23. BRU 224-23 will be completed in the upper three zones of the Beluga gas accumulation while BRU 232-26 will be completed in the lower six zones. Contingent 'well BRU 223-26 would be the second well on Section 26 and would be + 2550' from the other well, BRU 232-26. Again, however, these two wells would be c~mpleted in different intervals. BRU 223-26 will be completed in the upper three zones while BRU 232-26, as already noted, will be completed in the lower six zones. Chevron U.S.A. Inc., ARCO Alaska, Inc., and Shell Western E&P, Inc., each owns an undivided one-third (1/3) interest of the subject leases and are the sole owners of all leases on the sections directly and diagonally offsetting the sections to where the wells BRU 224-23, BRU 232-26, and BRU 223-26, are to be drilled. ARCO Alaska, Inc., and Shell Western E&P, Inc. were notified of this application with a certified copy of this letter. There are no other working interest owners or operators which would be affected by granting the spacing exception on the subject wells: BRU 224-23, BRU 232-26 and BRU 223-26. Pursuant to the Oil ang Gas Conservation Regulation Title 20, Section 25.035, Chevron U.S.A. Inc., hereby requests the Alaska Oil and Gas Conservation Commission to issue an order allowing a waiver of the surface hole diverter system based on Chevron's experience in drilling at Beluga River. RECE VrcD Alaska Oil & Gas 60ns. G0mmissi0n AnchoracJ~ Alaska Oil & Gas Conservation Commission July 27, 198# Page Three Below is list of the wells drilled at Beluga River and the conditions found while drilling the surface hole. Well Depth of Surface Hole Mud Weight Oil & Gas Shows BRU 232-# 302' 9.9 ppg None BRU 2#4-# 310' 9.1 ppg None BRU 224-13 423' 9.5 ppg None BRU 212-18 411' 9.7 ppg None BRU 221-23 414' 9.7 ppg None BRU 212-24 365' 9.9 ppg None BRU 212-25 288' 9.9 ppg None BRU 233-27 303' 9.3 ppg None BRU 241-34 405' 10.0 ppg None BRU 212-35 129' 9.5 ppg None BRU 214-35 410' 10.4 ppg None Chevron U.S.A. Inc, as the Unit Operator, believes that the Permit To Drill Applications' and the two exceptions that have been requested are necessary and desirable in order to efficiently drain the reservoir. The gas that the new wells will produce is needed to continue to meet our obligation to Chugach Electric Association, Inc., and to meet Shell's new commitment to Alaska Pipeline Company, a subsidiary of Enstar Natural Gas Company, which is building a 20" gas transmission line from Beluga River to Anchorage. The line should be completed this fall. :3AC:sj Very truly yours, ~L. Weaver ~ Attachments: (I) Four (4) AOGCC Permit To Drill Applications (2) One (1) BLM Permit To Drill Application (3) Drawings: AB-139, AP-D-643, AP-D-644 CC: ARCO Alaska, Inc. (Certified Mail No. P 200 285 876) Attention: Mr. John C. Havard P.O. Box 100360 Anchorage, Alaska 99510 Shell Western E&P, Inc. (Certified Mail No. P 200 285 877) Attention: Mr. B. E. Barnard P.O. Box 527 Houston, Texas 77001 RECEIVED J U L 0 tgB4 Alaska Oil & Gas Cons. Commission Anchorage STATE OF ALASKA THIRD JUDICIAL DISTRICT ) )ss ) 3. L. Weaver, being first duly sworn, upon oath deposes and says that he is the Area Operations Superintendent, Production Department, employed by Chevron U.S.A. Inc., and to the best of his knowledge and belief that the facts stated herein and shown on the accompanying plans are true, and that the accompanying plats are drawn to scale and correctly reflect pertinent and required data. Subscribed and sworn to before me this · L. Weaver &%~-' day of c~(~ , 198#. Notary Public in an tare of Alaska RECEIVED J U'~ ~ 0 ~BB4 Alaska Oil & Gas Cons. Commission Anchorage STATE OF ALASKA ALASKA OiL AND GAS CONSERVATION CON,.,,ISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL [] REDRILL [] DEEPEN [] lb. Type of well EXPLORATORY [] DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE [] MULTIPLE ZONE [] 2. Name of operator Chevron U.S.A. Inc. 3. Address P.O. Box 107839, Anchorage, Alaska 99510 4. Location of well at surface _+ 2459'E, 667'N from the SW corner of Sec. 23, T13N,R10W,SM At top of proposed producing interval _+ 2350'E,150'N from the SW corner of Sec.23, T13N,R10W, SM At total depth Same 5. Elevation in feet (indicate KB, DF etc.) 93' KB Lease designation and serial no. ADL-21127 9. Unit or lease name Beluga River Unit 10. Well number BRU 224-23 11. Field and pool ~eluga River Field, Beluga 12. Bond information (see 20 AAC 25.025) Type AOGCC Blanket Bond Surety and/or number U80-61-55-22 Amount $200,000 13. Distance and direction from nearest town NE 10 16. Proposed depth (MD & TVD) 6593 19. If deviated (see 20 AAC 25.050) KICK OFF POINT 500 feet. 21 14. Distance to nearest property or lease line miles 300 feet 17. Number of acres in lease feet 480.00 I MAXIMUM HOLE ANGLE 17½ o 120. Anticipated pressures (see 20 AAC 2[5.035 (c) (2) I 15. Distance to nearest drilling or completed wen BRU 232-26 1700 feet 18. Approximate spud date November 1, 1984 .. 2500___ psig@ Surface 2800 _psig@ 6593 ft. TD (TVD) Proposed Casing, Liner and Cementing Program SIZE Hole Casing Weight 30" 26" 17~" 12¼" 12¼" 30" 20" 1" Wal 94 13-3/8' 68 9-5/8" 40 9-5/8" 43.5 22. Describe proposed program: CASING AND LINER Grade /Coupling 1 Wel~ded H40 IsT~,c K55 putt N80 putt N80 ~_u~t.t Length SETTING DEPTH MD TOP TVD 8O 0 I 0 I 4OO 3110 50OO 0 I 0 0 , 0 0 i 0 5000 1660 ~, 4932 MD BOTTOM TVD 8011 80 400 1400 31001 3030 I 4932 5000I 6660~ 6592 QUANTITY OF CEMENT (include stage data} Driven 500 SX 2000 SX 800 1st stage See attached program. R EEIVED ~uS Cons. Anchorage 23. I hereby ~at the foregoing is true and correct to the best of my knowledge The space belo~'r C~ommissTon-use Superintendent DATE CONDITIONS OF APPROVAL Samples required Directional Survey required APl number i--lYES ~NO ~YES []NO 50-- ~, ~oJ ..- 'Z. ~ :~ 't ~, Permit number ' SEE COVER LETTER FOR OTHER REQUIREMENTS Mud Icg required []YES J~'NO Approval date //~.0~/3,te/~4 August 31, !98~, APPROVED BY ,COMM ISSI ON ER DATE by order of the Commission Form 10401 Submit in triplicate n_.. ~.,i o~, PROPOSAL FOR WELL OPERATIONS PRO 316-1 FIELD: Beluga River PROPERTY AND WELL: Beluga River Well No. 224-23 SURFACE LOCATION: (Proposed) + 2459 feet east and 667 feet north from the s~uthwest corner of Sec. 23, T13N, R10W, S.B.&M. BOTTOM HOLE LOCATION: 2350 feet east and 150 feet north from the southwest corner of Sec. 23, T13N, R10W, S.B.&M. at -6500' VSS. ELEVATION: Estimated K.B. elevation of Brinkerhoff 58 is 93 feet. Ground level to K.B. is 18 feet. BLOWOUT PREVENTION CONSIDERATIONS: 1. Potential Problems A. Gas and water entries; No high volume gas flows are expected above 3000'. Coal seams can be encountered anywhere from the surface to T.D. A controlled penetration rate and degasser should eliminate any gas encountered while drilling coal seams or through the productive interval. No water flows are expeeted. B. Lost Circulation: Lost eireulation is not expected with the programmed mud weights. C. Stuck Pipe: Coal seams should be drilled and reamed with care. De Precautions: All kicks should be handled by normal proeedures~ Drilling crews should be made aware of these methods prior to spudding. Kick and BOP drills should be practiced at regular intervals and noted on the tour sheets. An adequate supply of weight materials should be at the well at all times. . . Maximum AntieiDated Formation Pressure: 1521 psi 9.2 ppg 0.48 psi/ft. 2789 psi 9.2 ppg 0.48 psi/ft. Maximum Anticipated Surface Pressure: 2500 psi. Blowout Prevention Equipment: + 3093' RECEIVED + 5740' J U L 0 ]984 Alaska 0il & Gas Cons. Commission Anchorage 20" casing - Class II B 2000 psi BOPE with 3000 psi choke and kill line. 13 3/8" and 9 5/8" casing - Class III 3000 psi or higher rated BOPE (BSI Rig 58 has 13 5/8" 5000 psi BOPE as standard equipment). Nipple up and test as per AOGCC Regulations and API RP 53. BRU224-~.~ Section T13N R10W S.B.&M. Beluga R~.,er, Alaska PROPOSAL FOR WELL OPERATIONS PRO 316-1 DIRECTIONAL CONSIDERATIONS: Directionally drill to within a 300 ft. radius of the top target at 2350 ft' east and 150 ft. north of the southwest corner of Section 23 T13N, R10W of SM at a vertical sub-sea depth of -3040 ft. and a bottom hole target of 2350 ft. east and 150 ft. north of the southwest corner of Section 23 T13N, R10W of SM and a vertical sub- sea depth of -6500 ft. as per the following proposed directional program and attached plats: 1) Drill a straight hole to near 500 ft. TMD, 407 ft. VSS. 2) On a course of S15ow, kick off at 500 ft~ TMD, build hole angle at 2} degrees per 100 ft. to a total hole angle of 17} degrees to near 1200 ft. TMD, -1100 ft. VSS, 106 ft. Drift. 3) Hold the 17} degree hole angle to near 2035 ft. TMD, -1892 ft. VSS, 357 ft. Drift. 4) Drop the hole angle at 1} degrees per 100 ft. to near 3202 ft. TMD, -3041 ft. VSS, 534 ft. Drift. 5) Hold the hole angle at zero degrees to intersect the proposed target near a depth of 6660 ft. TMD, -6500 ft. VSS, 534 ft. Drift. RECEIVED J U L o i984 Alaska Oil a Gas Cons. Commission Anchorage BRU224-23 Sect. 26/-~N R10W S.B.&M. Beluga l~.. er, Alaska PROGRAM lo . Si Drive 30" eonduetor pipe as deep as poSSible (+ 80') Drill for 20" easing to + 400 feet~ Run and cement 20", 94#/ft., H-40, ST&C casing as follows: i. Use a guide shoe with a stab-in duplex float collar one joint up. Thread lock the bottom two joints' Ce Use three centralizers on bottom two joints and one every other joint to surface. De Circulate two hole vOlumes. Precede cement with 20 bbls. of fresh water. E. Mix and pump Class "G" cement with 2% prehydrated gel by weight of water (or 6% dry gel by weight of cement). a. Slurry weight - b. Mixing Water - c. Yield - d. Compressive strength - 13.9 ppg. 8.56 gal. water/SX cmt. 1.655 CF/SX cmt. 600 psi after 24 hours' F. Use 30% excess cement. Perform a "top job" if cement returns are not obtained. Install a 20" - 2000 psi Class II B BOPE with a 3000 psi or greater kill line and choke manifold. Install and test per AOGCC Regulations and API RP 53. Give BLM and AOGCC 24 hour notice to witness BOPE test. Note: Burst pressure of 20", 94#/ft., H-40 casing is 1530. Test to 500 psi. Drill a 17~".hole to 3110' MD (-2950' VSS). Obtain a ~ gallon mud sample just prior to POOH for logs. Log and take SWS as per Formation Evaluation Program. This program to be provided. WeUsite geologist to witness logs and specify SWS depths. Run and cement~3 5/8"~ 68#/ft., K-55 buttress casing on bottom as follows: A~ Use a float shoe with a stab-in duplex float collar one joint up. B. Centralize the bottom 4 joints' dog legs, and at the 20" casing shoe. C' Circulate two complete hole volumes. De Mix and pump a preflush of 10 bbls. fresh water, 20 bbls. of 2% caustic water (by weight of water), 5 bbls. of fresh water. RECEIVED J U L 3 o 1984 Oil & Gas Cons. Commission E. BRU224-23 Sect.23 Ti?~'~10W S.B.&M. Beluga Rive., Alaska Mix and pump Class G cement with 2% prehydrated gel by weight of water (or 6% dry gel by Weight of cement). F. a. Slurry weight - b. Mixing Water - c. Yield - d. Compressive strength - 13.9 ppg. 8.56 gal. water/SX cmt. 1.655 CF/SX cmt. 900 psi after 24 hours. Use 50% excess in open hole section' . . Cut the 13 3/8" casing and weld on a 13 5/8" 3000 psi X 13 3/8" SOW casing head such that the top flange of the tubing spool is 1" to 2" above G.L. Install a Class III, 5000 psi, BOPE as per AOGCC Regulations and API Rp 53. Give BLM and AOGCC 24 hour notice to witness test. Test to 3000 psi. 10. Install mud loggers. 11. Drill to within 10' of the shoe. Test casing to 1500 psi. 12. 13. Drill out the shoe Plus 30" Perform a leak-off test' Drill a 12¼" hole to 6660' + 40' MD (-6500' VSS). Directional requirements as attached. Obtain a i gall~-n mud sample just prior to POOH for logs. 14. Log and take SWS as per Formation Evaluation Program. This program to be provided. Wellsite geologist to witness logging and specify SWS depths. 15. Run and cement 9 5/8" casing on bottom as follows: i. Be Use 43.5#/ft., N-80, Buttress casing from 6600' to 5000', and 40.0#/ft., N-80, Buttress Casing from 5000' to surface. Run a float shoe and float collar two joints apart and thread lock' C. Run a cement stage collar in the 40#/ft. casing at __+ 3700' M.D. D. Centralize the shoe, through the productive interval, dog legs, and above and below the 13 3/8" casing shoe. Use one centralizer every one or two joints through these intervals. E. Circulate two complete hole volumes. Keep the mud plastic viscosity and yield point as low as possible. F. Cement 9 5/8" casing in two stages as follows: 1st stage: 1. Mix and pump a preflush of 20 bbls' of fresh water, 20 bb]s of 2% caustic water (by weight of water), and 5 bbls. of fresh water. 2~ Mix and pump class G neat cement with friction reducers~ fluid loss additives, and retarders as needed. Volume to be calculated from caliper log to bring cement top to the stage collar (no excess). R[C[IV D a. Slurry weight - 15.6 ppg b. Mixing water - 5.2 gal. water/SX cmt. e. Yield - 1.18 CF/SX emt. JUL 3 0 19~ ~,laska Oil & Gas Cons. Commission Anchorage Seet.23 TlaN--,R10W 8. B.&M. Beluga Rive ',laska 16. 17. 18. 19. 20. 21. 22. 23. Ge' 2nd stage: 1. Drop bomb, open stage collar, and circulate a minimum of tWo hole volumes. 2' Mix and pump preflush as in 1st stage. 3. Mix and pump class G neat cement as per 1st stage. Volume to be calculated from the caliper log plus 30% excess to bring cement top + 500' up in the 13 3/8" casing. Work the casing throughout circulation and 1st stage cementing if possible. H. Keep the cement in turbulent flow, if possible, while pumping. Land 9 5/8" casing in the 13 3/8" SOW casing head. Install a 13 5/8", 3000 psi x 11", 3000 psi tubing head. Test secondary packoff to 3000 psi. Nipple up a Class III, 5000 psi BOP. Test to 3000 psi as per AOGCC Regulations and API RP 53. Clean out cement to the float collar using a bit and tandem scrapers. Test casing to 1500 psi. Run a gyroseopie survey from T.D. to surface. Run a cement bond, GR-neutron log from PBTD to the 13 3/8" casing shoe. Testing and/or completion program will be provided. JBL:mw M.K. Rieken RECEIVED J U L 0 i984 Alaska Oil & Gas Cons. 0ommission Anchorage BRU224-23 Section 23 T13t' t0W S.B.&M. Beluga River, DRILLING MUD DETAIL SHEET Lightly Treated Chrome-Free Li~onate With K CL for Clay Inhibition Optimum Mud Properties Mud Type Density Funnel Viscosity (See) Plastic Vis. (CPS) Yield Point (#/100 ft.2) Initial Gel (#/100 ft.2) 10 min. Gel (#/100 ft.2) Ph Ca. (rog/l) Cl. (mg/1) Fluid Loss (cc'APl) Gel - Water 8.6 - 9.2 17~" Hole 12¼" Hole 9.2 - 10.2 9.2 - 10.5 + 35 + 35 6 - 12 6 - 13 21 8 21 - 7 1 -5 1 -5 4 - 10 4 - 10 9 - 11.5 9.5 40 -20O 4O - 200 5000 + 30000 5-7 Optimum mud properties are not required until the cement in the 13 3/8" casing string is drilled and treated out. RECEIVED J U L 0 1984 Alaska Oil & Gas' Cons. Commission Anchorage 20" - 2000 psi KILL m L ANNULAR PREVENTER i il m 2"- 5000 psi,~ 2000 W.P. 3"-5000 psi 3"- 5000' psi LINE 20" TO MANIFOLD Chevron 20" 0 D CASING CEMENT CHEVRON U.S.A. ~" cu~v~.T I ' ' [ CLASS 1Tr BOP (A) t~[~[)V~ J U L 7 0 1984 ~...!~ska Oil & Gas Cons. Commission Anchora§e BRU 224 -23 NPB ANNULAR PREVENTER ! 155/8"-5000 psi psi DOUBLE GATE PIPE RAMS 13 5/8"-5000 psi 2"-5000 psi KILL LINE E"-5000 psi BLIND RAMS MUD CROSS SPOOL · --13 5/8"'5000 psi 3"- 5000 ps i 5000 psi TO MANIFOLD BULL PLUG 5/8 "- 3000 psi ~,2"-3000 psi BLIND FLANGE SOW Chevron CEMENT e. I I ~ · o I 2o,, m I I so" CLASS III BOP (B) CHEVRON U.S.A. BRU 224 - 23 RECEIVED J U L ~ 0 1984 Alaska 011 & Gas Cons. Commission Anr, hnr~ NPB ANNULAR PREVENTER 135/8"-5000 psi Chevron 2"- 5000 psi KILL LINE 13 5/8"- 5000 psi DOUBLE GATE PIPE RAMS BLIND RAMS 1.9 5/8 "-5000 psi '-'13 5/8"-5000 psi 3"- 5000 psi TO MANIFOLD 2"- 5000 psi e,- 11"-3000 psi BULL PLUG TUBING HEAD ! - I I I I I I I I I _ I I I I I I I i I I I I i 13 5/8"- 3000 psi psi I I iSOW :jEll. ~/~,, 'l 3 ,, !! CEMENT · · / i BI I' I 2~-,"1 , I! Il '""J..30" CLASS III BOP (C) BLI ND FLANGE R[C IV[D CHEVRON U.S.A. BRU J U L -~ o I984 A/~s,~,~ Oil c~ ~as Cons. Commission Anchorage 224 -23 NPB [ft x iO00 ) 0.50 i.O0 t.§0 ge VERTICAL SECTION CHEVRON U.S.A. BRU 224-23 RADIUS OF CURVATURE WELL PROPOSAL SCALE ' ! inch = 1000 feet DRAWN · 7-12-B4 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.50 6.00 TV 7.00 7.50 8.00 8.50 9.00' I \~o~ "l- i~"~ !i;~o~ i~~ s. , " ' BHL J 6592 6660 ' · ~4, ~' I ~ ~ ., I m .... ~ , ! I . { IAla~ (~ii & Gas Con~_ d,~mmis~inm j i ' [ Anct,orage I .......... L .... ~ , ! -0. §0 0 O. 50 t. O0 i. 50 8. O0 8.50 3. O0 3.50 4. O0 4. §0 §. O0 5.50 Notes: All,values in feet. Depths shown are TVO. - Closure: 534 ft at S 15 deg 2'min W Bottom hole: TVD 6592 TMD 6660 Magnetic declination: 24 deg E HORIZONTAL VIEW CHEVRON U.S.A. BRU 224-23 RADIUS OF CURVATURE NELL PROPOSAL SCALE: ! inch = 100 feet DRAWN: 7-12-84 " ~' ' .... ~'~ ~ C£i V£/:: ' ' I · I,' ..... J S' L ~ c I:984 ] Ala ~ka 0il ~ ................. ] , , _ .~ ............. T:, FOR NEW WELL PERMITS Co a . ease Wel. No ~ L~' ' ' ~'b ¥- ~ :" DATE ' ' , '.': YES NO ' :: ,i" ' '. ' ' "REMARKS ' ' ' "' .:'.: ""' ' ' ~F ' ' ' - ..., r ', . (lO'"add' 11) / -(12 thru 20)/ ' (21 firu me e 6. 7. 8. e 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 23. 24. ( 6 ) Ad d: .~~ /?/~//~'4 25. I.s the permit fee attached .................................. ~ ...... Is well to be. located in a defined pool ..................... . ....... Is well located proper distance from property line ...... ' .......... Is w~ll located proper distance.from other wells ..' .... · ........... Is sufficient undedicated acreage available in this pool .......... Is well to be deviated and is well bore plat included ............. Is operator the only affected party ..... ' ......................... can permit be approved before ten-day wait ........................ Does operator have a bond in force .................... Is a conservation order needed ...... ii'ii ii.'i!'] ! ii] Is administrative approval needed ..... Is conductor string provided ........................................ Is enough cement used to circulate on conductor and surface'. ........ Will cement tie in surface and intermediate or production strings Will cement cover all known productive horizons ..................... Will surface casing protect fresh water.zones ....................... Will all casing give adequate safety in collapse, tension and burst~./~ Is this well to be kicked off from an existing weIlbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate well bore separation proposed ........................... Is a diverter system required . ...................................... Are necessary diagrams of ~'_ -~-~;- ___~BOP equipment attached ....... ~ Does BOPE have sufficient pressure'rating - Test to~:" ...... -"..i psig .. ~ Does the choke manifold comply w/API ILP-53 (Feb.78)~ ...... Additional requirements ............................................. Additional Remarks: _Geology: Eng~ne~rin. g: WVA JKT ~/. HJH / JAL MT~ ~ rev: 12/08/83 6. CKLT IN'ITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE 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. L[~S TAPE VER.,T.F'ICAT[ON LIST,INS L.~ i~1 ii iiil i[;] i~ [;] i ~' LV~ OiG ~OZ V£RiFI'ATICN L,=ST'NG PASS SERVZC~ NA.qr_ : ~Z'T DATE :3510LIZ2 ORIGIN : RE~L NAM~ :~EL Z~ C~NTiNUATIDN ~ :01 PREV,ZO~S REEL : COMMENTS :LISR~RY TA~E SERVICE NAME :ECiT ~RIGiN :gO00 TAPE NAME :9967 CONTiNUATIDN ~ :oi 2R:~VIDdS T~PE : COMMZNTS :LI.'SR~RY TAPE FILE NAM!~ :!~D'IT SERVICE NA~E 'V~RS~N OATE : MAAIMUM LENGTH FILE T~PE PREVIG~S MNEM CO~TENTS CN : CHEVRgN gSA WN ~ 3R~J ,Z24-- Z 3 FN : 5ELUSA RIVER RANG: TDWN; ,SECT: 23 CO~N: ,STAT: ALAS~KA CT'AY: USA ~ N C UNIT TYPE 000 000 000 000 0:00 O'O0 000 0~0 000 CATE O 00 000 000 000 000 000 000 .SIZE 01 0 Z 2 005 0:08 007' 012 006 ,0.65 065 0 '5',5 0,55 055 06,,5 ~VP OlD.HO! VERI'FICATI~N LISTING -~- S CH k.l~ M~B E R ~E R ~" "'-,- ,~_,,SKA CSMPUTI'~G CENTER C~MPANY = CH2V~2N U.S.A. FIEL~ = B:ELJG~ SOJ~TY = KE~i STAT,~ = A~AS~A RUN ~1, 2AT~ L8G,$.E2: ~ D~C ~ kD~: J. KO~RIN~ CASING = ZO.O" ~ 4.20' - 'BIT SIZE = IT.5" TYPE FLU,lO = FRESH GEL DENSiT~ = 9.6 L~/G RM = 6.3S ~, 5.5 DF VISCOSITY : 110 ,S RMF = ~.13 PH = 8.0 R~C = FLUIO LOSS : ~9,.0 C,~ RM 41 5H~ d~Ob NUM:BER AT ACC: 69967 .LVP O!3.fiOZ VE'~.i~ICATION LISTING PAGE .3 RUN ~Z, OATE Lg~Eg: 2:90EC 54 LOP: j. KO,RING CASING 'T Y P ~. FLUID DENSITY VISCgSiT¥ PH FLUID LOSS : 13.'375" ~ 3D8~' - BiT SiZ~ : 12.£5" T'3 06.4£* : KC, L LlaNO : 50.0 3 RMF = .i7,5 ~ 57 ~ : 11.5 RMC = .762 ~ ~9 O~ = 6.8 C3 [qM AT 5HT = .143 .~ 112 O~ SCHLUM&E~G~R LOGS INCLUDED WiTH THiS MAGNETIC TAPE' DUAL INDUCTION LOG (gi,_) 3.114' TO ;~OREHOLE CGMPENSAT~ED LGG (,~NC) 66:50' 'TO 587' M~R~E2 ~ M.iCRgLATERCO~ (MLL) 665~' CIT~;S DEN.SZTY CDMP,ENSA'TED ,LOg '(ugT) 6.56~' T~ COMP~NSA'TEO NEUTRON LO~ CLOT) 65.65~j TO 3075' ~¥~ Oi~oM~Z YE~I~CATi~]N LiST~NG PA3E 4 .6,555 TO T S 3050' .,-,.,- DATA FDRMAT ENTRY 5LOCKS R-COR'3 ..... TYPE 2 DATUM SP,,=C'IFiC AT iON MN'EM SER'VI2E S.'ERVigE I3 ORDER gERT SF,-U ILO SP OIL MSFL LOS gA LI DLL OT ~HC SP .~HC ~R ~ HC 3GR L~T CALi LDT DR HO LD'T NR AT LOT NCNL LOT ~CNc ~DT ~NRA L6T NPH~ L~T P EF L O T SGR NGT CGR ~GT U RAN NG T POTA PDTA NGT T H g R N G T ;5 L '3 C'I<. S g N ,Z 'T FT DHMM OHMM MV &AP1 O.H MM OMMM i N US/F .S A P I GAPI IN C P S GAP.I ~ A P i PPM PU PU PPM API LSG '2O O0 @0 O0 O0 OC O0 O0 O0 O0 O0 O0 O0 OD O0 O0 O0 30 O0 O0 :SIZE 1 .1 TYPE 220 3! 0 350 35, ~ .33D 330 3~ 7 92 719 REPR CODE APl CLASS DO Oi ,~6 01 O~ I0 O1 $0 01 O1 OI O2 01 31 ~0 ~0 01 O1 50 30 ~0 ~P 0 0 0 0 i FIL N'S 0 ~ O O 0 0 0 0 0 0 0 0 0 0 S I ENTRY 0 1 .liN i 0 ZE SPL REPR 68 68 ~8 68 PR2CESS (OCTAL) 00000000000009 O00000000OO00J 0000000000000~ O000000000000O O00000000OO000 O000000000000J OOO00000000OOO OOO0000000000O 00000000000000 0 O0 0000000000 O O00O.O0000OO00:~ OOO000OO00000 ) O0000'O0'O:O0000g 000 OOOOO000003 000 0.00000000.0~ OOOOOO000gOOOO 68 OOO0'O0000OO00D ~8 O0000gOOOOOOOg 68 O00:,O:OOOO000080 .58 O00000:OOOO00 O 68 O:O:O000,O0000'OOO OOO000000OOOO~ 68 58 b, 8 O0:O00000'O0000~ 68 OO0300000000OD 6,8 O00OO00000:O000 6,8 OOOO00000OO00g LVP Ol3.HO2 VERI=iCATIJN L.iS'TiNG PA3E 5 DEPT SP ~.LS SP RHJB ~CNL · PC TA FVU SP SP P,H 36 FCNL SG R P :D T A GR ~V U LLS SP RHOf~ FC NL 5GR POTA G,R FVU D~PT LL S SP RHD6 SGR POTA 5573. OOOO 3PLO -:}9'9, £500 -999.2500 -999. 2500 GR 3.,I152 ORiiO 3'150.0000 RNRA 5'79.0000 22. ~556 THOR -999.2550 fPL -~9~.25D0 5500.0000 SFLU -99 :':~. ,2.5,90 GR -37.7500 GR 2.36~2 DR~C 33'1. 250'C ~NRA 76.3750 CG2 .2. 7832 THSR 7~. S,525 TPL 0.5992 ,SR 6:50:0.0000 SFLO -.)99.2.500 3R i0.55,~.6 GR -10.5000 GR ;?..~590 DR'HO 352.2500 R'NRA CG~ 'THOR 67. ~125 TP'L 252 Z5 0 310 132 130 310 - 99 g. 2.500 - ':J 99. Z 500 -999°2550 -999.2500 2.1367 3. 3027 56:i. 5000 ~6.5250 -999.2500 -999.2500 -99'9.2500 7 T. 7.5 O 0 50.0 62.5 0.1519 67. 5000 5.0273 ,I ,3. ~ 0,23 70.56,25 -999. 2500 69. 1250 60.093B 0,.0229 .~. 17.58 4. ~3,28 13,,~570 67.31,25 6 O ,, 0 '938 0. O,~ ~. 10,55 65.1250 6.5 ~ 30 ! 2.57;37~' gO Oi Ol O I 31 MSFL CALl SGR NRAT NPiI UR .A N MN3R ILO MSPL C ALI NRAT N P ;t I ORAN MN3 R !E A T T 'MS FL CALI NRAT NPtl ORAN MN3R ~ATT ILO ,SG R NR AT NPr~I dRAN 'MN ,~R '.~ A r 'T I '~8 000000000000031 1 68 i 68 0000000000000~ i b~ O00000CJO0000O 1 ~8 O'OOOO000000000 ! o8 O0000000000OOO i 68 00000008000000 I 68 OOO00000000000 '-~9~.2500 ILM -999. 2500 LLO -999.2500 DT 3. 566~ NCNL ,49 . 70'70 P E F Z ,. g 0,3 '9 :P 0 T A -9:;'9. ,ZSO0 MINV -'999. 2500 FV3 -999. 2500 ZLM 5-3607 LLD l,Z. ~60'9 DT '? 6 · 37 '50 C A L I 3 . '~ 5 '10 N,C N L ~6,. 3867 PEF i.D7'71 POTA 0.5;15 MINV 42'~.- 37.'50 FVD -999. ,2500 ILM 5. ~67Z 72.56.25 CALI 3 ,- '? 910 N :C N.L 4,4.3359 PEF O..6816 P 0 'T A 'Z"7773 3,~8- ~) 6,87 FVD - 99'9. 2500 I Z. 3,672 ,D T CALi NCNL 4! . 94.34 g. 5299 PO'TA 2-,~559 MINV Z32' 'I 250 FVD - 999. 2500 .-999.2530 -999.2500 3. 9556 I198,~. 0000 0.i2.56 ,-99 9..2.500 -999. '~ 9.132~ 99.93 7,5 1,~. 5.4.06 1-88.0000 7..<, 0 23 O. 02 '78 0.3959 -999. 2500 lC. 61 m7 95:. 3750 1Z. 51 '72 1~?I.0000 O. ~183 F:VO O. ~.896 .,;R D~PT 6300.0000 SFi,.g SP '-~99.2500 LL$ 9.3151 SP -4.7500 Rlt,qb .Z.46~8 DRHD FCNL 32.3.7500 RNRA SGR 62. 6553 CGR P:TA :2.3926 THJR ~R 69. 8125 Tp~ FVU 0.3206 DE,PT 6200.0000 SFLu SP -99'9.2500 ~R LL S 7.'77,57 gR SI::' -45.65~3 GR RHDB 2.4160 D'R4G FCNL Q.O~.O00O RNRA SGR 55.3125 CGR POTA 2. 5879 TH3R '~R 6 7. 93'75 T P L FVO 0.3759 GR OEPT 6100.00'20 .SFLU SP -}99.25'~0 LLS 5.97',94 SP -43.6250 RHLI5 2.. 4.3,i ~ FCNL %75. O00C RNRA S&R 69. 3750 CGR POTA 2.~902 THSR FV U O. ~629 gR DEPT ,6 '30.0,. 0000 S F ,.. U ,S P - 9 '99.2500 G R LLS 9.4:1.73 ,3R SP -1 9. S594 '5R :RH~B Z.4570 DRH~ FCNL 516.0000 RNRA SGR 73.0625 CGR THOR TPL ~V~ 0-,3972 ,~R DEPT 5900.0000 SFLU SP -999.2500 &R RH3B 2. 5000 ORHC FCNL ~54,.7500 RNRA SGR 67.~375 ,CGR POTA 2.78.32 THSR ~ 5. '37 50 CALl N R hip ~i UR~,N MN~R EA T'T -.~99. 2500 -999.2530 6.%.3750 5.b.. 2500 O. 0020 3.7598 56.2187 3* ~8,~0 1.2. 3867 6'7.93?5 MSFL CALI SGR NRAT 5R.~N MN3R i~ZA'T T -99 7 6 9.2.500 7.5000 O. 0029 3. 2695 6,6.43, 75 3.816~, ii. 5,~. 59 69. '9375 MS~L CALl SGR NR NPH'Z ORaN MNDR ~EATT .-999.2500 · -999,.,Z 500 67. SO00 60.. 5938 0. ~2049 3.8 O 66 44.1250 1.5~3,0 12o235B 6~.7500 i,L g CALl -999- 25 O0 iLD -95'9.2500 MSFL 7 Z - 9375 'C ~A C I 53.2813 SGR O. 00,63 NRAT 3.$i,5~ NP.4I 55..Z 187 '~ R A N '2.3~67 MN3R -999.2500 iLM ~. i 009 12.~5,31 DT 6.2. ~553 CALl 3. a 3 ? 9 NCNL 45.068~ 0.3799 POTA 3.22,36 MINV 252.0000 FVO -39'9.2.500 ILM 11..27.3~ OT 66..31,Z'5 CACi 3.5820 NCNL · 40.47~5 PEF 1.22.36 PDTA 2.~795 MINV 29~.~1,25 FVb -999.25~0 1.64.58 LLQ 59.8750 CALI 3.0684 NCNL 31'3955 0..~1~i PO'TA l,~ZZ4 MZNV .3:1~,.,5250 FVD ,-999.2500 ~.g109 ~:LO 12.0721 DT 73.0625 CALl 3.2930 NCNL 35.35;16 PEF 3.5039 POTA I.~209 MINV 27'7.824.2 FVD " LLD 12-2422 DT 67.4375 CALl 3.24~5.1 NCNL 3,4. 228,5 PE~ 1- % 8.3,4 POTA -999. RS 00 ii. 1225 97.~250 12.78!3 1333.0000 3. O.. 0239 £. 37 50 0. ~ 934 -999. 10. 0483 99.5000 I 2.5 '9 S 3 1504.0000 0.0259 2.20,~I -999.2500 ~.'1.5~6 t10.5125 12.7734 1563.000.0 .5.4833 0.,02~9 i.03~I - 999. Z5 O0 I '5'. 3740 9.2. 7500 I 2,, 2969 1965. DO00 ,~.. 89-84 O. 0~05 1. 0526 g,.3871 ,-999,.2500 8.3696 IOQ,.8750 12.5825 1736.000,0 0.02'78 2.'7939 LVP OiC.HOZ VfRI'.FICAT!ON LiSTiNG PA.$E ? 3R FVU DEPT 5P LL$ SP &R FVU .D~PT S P LLS SP FCNL POTA DEPT $~ FCNL SGR ~R OEPT SP LLS SP FCNL SG.R Pg'TA DE P'T SP LLS SP FCNL 75.6875 TPL -~93.Z500 ,$R ~.!478 GR -11.9297 SR 2.4053 DRHO 53,6.5000 2NRA 67.~250 CGR Z. 5S55 'THOR 6 ~. 9375 TPL g.~9~5 ~R 5700.0000 SFNU · -99:). 2500 '2R .8.II03 -2.%. 1552 SR 2.2656 DRqD Z9O.OOOO RNRA 71.81i5 CGR 2.29&9 THGR 70.0625 TPL 0.49S1 3R -999-,2500 ,~R ,5.9,~D1 SR 5'g.~68 CGR g.l~8'~ THOR $I.' 1562 TPL 0.50~2 ~R 5~O0'gO00 SFLU -999. 2500 GR -71.i250 GR 1.7490 ZlO. O00'O 53.,6250 CGR il.9g~l 75.5875 -~99..'230C -9~'9.2500 71.5000 6~.~730 0.0132 3..3203 6 7. ~ 3 75 ~,. 9336 ! 2.1 $ ,19 -999.2500 -999.2500 71.1875 65.0000 0.0166 '70.~750 ~.Z031 ~5.~037 7'0.0625 -999.2500 -99'9.2,500 6,5.1250 60.56,25 -0.0015 57.0000 5.37'89 i~.1328 61.156Z 7~.93'7:5 62.8.437 0.0679 4.2305 65.3!25 3.2773 1Z..669~ 71.O00G .-999.2500 -999,. ZSO0 61,. 4688 45 ,. 7813 0 ,' 00 '~ 3 ;5.26 95 36.7 ]. 88 ,iATT iL3 MS~L CALl SGR NR~T ORaN MN2R iLO CALl S G 'R NR NPHI oRaN MNOR Eh TT .iLD MS FL SGR NR AT NP~i JR6N MN~R E A T'T MS F L C ALI SG R NR AT N P H i UR,~N MN gR EATT M SFL C ALi S G R NR~.T N:P HI UR ~N -999.Z500 3.3131 LL5 i2.17'i'9 CT ~7.5250 CALl 3.17~ NCNL 3~.15~3 PE~ 0.0195 ?~TA 1.Z821 MiNV 327.~.250 -999.t300 12-31,25 DT 7t.8125 'CALl .3.97~6 NCNL 47.7051 3.1753 PGTA 1.0400 MINV 523.5000 Fro -999° 2300 iLM 5.4909 LLg 12.3984 59-%~88 CALl · ~.Z6~6 NCNL 53.0273 0.3003 PO'TA -99'9. ZSO0 ILM Z..Z734 LLD C AL · 1 .Z693 370--9062 MVO --~9~.Z500 14.89~2 95.5.230 t2.3626 1775.0000 ,3.2. 8.3 2 0.02.~9 0.~?~0 -999.2300 I O. 3634 102.0000 12. 5459 l~9,Z. 000'0 3. 7559 0.0229 0.4011 -999.2500 7.81,20 i08.7500 12.6250 1631.0000 4,7'773 0.0215 Z..2727 0.~978 -999:.2500 12.7500 0.,~974 -99'9.,Z500 lZ-$0,~7 1107'.0000 2-7070 0.0"I~? ~V~ OlO.H02 VSRiFI~ATIJN aiSTiN& P~J5 S POTA &R DEPT SP ~L$ SG R POTA GR FVU OEPT SP LLS SP FCNL SGR POTA GR FVU DE PT S P LLS SP FCNL SGR PO 'T ~ SR FVd DEPT LLS ~CNL POT~ ~R SP ~kS SP 'THOR jR 2.J£81 5300.0000 -ggg.zSO0 GR 7.0~34 jR -59.3125 GR 2.4004 DRHO Z6'7.Z500 5ZO0.O000 SFLU -~99.2500 GR 1.1.96~5 GR -49.0030 GR 2.3477 DRHO ~39~.0000 RNRA 61.9.3'75 CGR :Z,,392~ TMOR 60.2813 TPL 0.¢854 GR -999.2,500 65.OOO0 0.0112 3.~977 58.0625 5.3828 11.7290 ~0.Z813 5100.0000 SFLU .-99'9..Z5C0 GR 7.9613 ~R -45.62'50 ,Z-:33ZO 3'77,.0000 RNRA 6~.5250 CGR Z.19',49 'THOR 0'~551 -999.2500 -~99.2500 70.31,25 63~'4375 4.5289 $~.96B7 13.908,2 5000,0000 SFLU 6.904T GR 2.Z0'70 ORHO g58~.0000 RNRA 65..~125 CGR 2.73~ THOR 60.781,3 'TP~ 0.~01~ GR -999.2500 -99 9,. 2.500 5:3.59,38 0.0049 4.76'56 60. 5250 1,2. 5553 4~00.0000 SFLU -999.2500 JR 4.8975 GR -39.3125 GR g. gBSZ ORdO 331.5000 RNRA .-999.2500 -999.2500 54.0000 0.0107 ,4.3711 MNOR :~ATT IL3 MSF~_ CALZ NR.~T NPNI OR ~N MN3 R EATT ILO MSFL r" T !,.,AL.,. SGR NRAT NP'tl U R ,,.%.N MNLI R 5ATT i:L. D MS FL CA~.Z NP.~ I ,JR~N, MN~R t~ATT ILD M,S FL CA~.I SG~ NR ,~T NPM,i U R~N MNgR ,EA'TT iLO M $ ~: L CALI SGR NRAT NP'ffZ · I. 0395 MIN¥ .,L 65. 7503 FVO -999.2_500 ILM 4. 3215 LLD 1g. ~1~+i DT 63.4053 CALl ,i. 1836 NC O. 90~2 PO'IA i. 07:50 MINV ~78. 7813 .FrO -993.2500 ILM 3.7Z~ 12.3125 OT 61.9375 CALl 3.2773 NCNL 3.~.~1~5 P~F J,.~'717 POTA 1,.?1~6 MINV 327o1875 -999..Z500 iLM ,4..4154. L L 0 lO,. 5391 D'T 5~:. 52~0 CA:LI 3.7402 NCNL 3.017 6 P E F '0. 9263 POTA ~50'8750 FV9 -999.2500 iLM 13.03t3 LLO 1.2.3828 DT 55.8125 CALl %.359~ NCNL 5~,.~387 0.5279 PO'TA 3.5~2 MIN¥ Z03.5000 -999.2500 Z,LM 2.59.50 LLD 02.9062 CAUl 3..8496 NCNL 1.009.3 -999.2500 12.7891 124.1.0000 0.0215 0.5151 -0.~743 -99g. ZSOO 13.99'78 113.1875 1,2.7500 143Z.0000 5.Z4~.i 0.0239 ,1.-~219 -999. 2500 9.9914 112.5000 1 3.3750 1';46. 0000 3. 8184 0.02Z9 ~. Z700 -999.2.500 132 ,. 500 0 02 '73 O. ,306 :Z 1,2.5469 ~.2773 LVP OiO.MOZ 'V:F21FiCATi3N LISTING 'PASf 9 SGR POTA GR FVU D2PT S~ LLS S P ~=C NL SGR POTA GR FVU DEPT SP L.LS RHO B FCNL SG R P~TA GR FVj DE PT SP LLS SP ~:CNL SGR :PO TA GR SP ~.LS SP RHg B FCNL S G R GR FFVU DEPT SP LLS S.P R ii,DB 57.56,25 'TPL O. ~,378 SR 4500.0000 SFLU -999.2500 ER 5.2901 GR -3i. :~625 GR 2.253',9 ORHC 2?8° 5000 RNRA 60. !250 CGR ?-.53~ 'TM3R 67, i875 'TPL O o ,~70 GR ~?00.0000 -99'~.2500 ~R 6.5757 GR -22.7031 2.2578 DR,~O ~3'7. 2500 :RNRA ~ 7.,~0,~3 CGA 2. 3438 THgR 61.5313 TPL 0. 5105 GR 4.500.0000 SFLU -:399.2500 ~R 9.19{5'7 - !5,. 7:578 G R 1.'5811 DRH'C 269,. 25~0 RNRA 52_. 3750 43. 5938 'TP~ 0.5085 500 · 00:00 :~ F L U ,-]~99. 2500 7.8232 - O ,. ,~ 1 $ 9 G R 2.2813 5'91.6250 RNRA 68.03i3 CGR 3. ~0~ TH2R 6 ~. 1250 T P L 0. ~ 063 ,G R ~,~00.0000 SFLU - 999. ?.500 GR ~b. 1!51 -5~.:~688 GR 2.2154 DRMO 55.1552 .3. i465 13. 3691 67.5625 -999.2500 -999.2500 63.5625 O. 018i .(,,.. '? 109 65. ~2.50 5..$ 0 i 6 13.39i6 67.!875 -999.2500 -99~.2500 6.6. O0 O0 5~.t250 ~. 52'73 .5 9. 0313 3.785 Z 1.6.3,3 O 8 61. 5313 -')99.2500 -99'9.2500 64. 5625 43.500,0 '-3.' 0171 .<.,. 8 ~ 3:7 55.9375 3,. t250 12.2~90 ~. 5938 - 99 '9.25 O O: -999.,2500 55. 9687 '-0.0004 Z. 84 '96 13.50 29 - 999. Z 500 '-999.. Z 500 6:3.34.36 5,4. g813 0..OOZ~ U R ~ N MN3R =.ATT .iL D CALI SGR D; R A T NPtl ORAN MN ,3 R EATT ILO CALl SGR NR AT NPHi URAN EATT ILO CAcI N R ~T NP~I MNDR £ATT CA NR.AT NPAI ORAN MNC, R ~ATT MSFL CA .I N R A T 0.93,85 PG'TA 3'75.5000 FVQ -~99.2500 .iLM 3-81~5 ~LD 12.3203 O'T 60.1250 CALf 4.1953 NCNL 51.757~ PfF -0.7920 POTA 1.33'71 MIN¥ 375.!875 FVS -999,250.0 3.05+7 LLO 12.2344 DT 57.~063 CALI ~.2852 NCNL 53.4665 PEF -0.1987 POTA 1.1823 MINV 555.00g5 ~VO -99'9,215.00 ILM i3.6:~38 LLO 12.3203 ST 52.3750 CALl ,~.7227 NCNL 61.~258 1.3193 MINV 3~..2500 MVD -999-2-500 3.1966 LLD 1,2.1328 DT 68.'D3t3 CA~Z ] ~,-t2 ,5, NCNL 32'34.~6 -0.0078 PQ'TA 1.5437 MINV 359'7813 FVD: -399.2500 ILM 3'1,328 LLO 12. i34,4 DT 6.~.%609 CALI 3.6,460 NCNL 0,269 35.34, 3~83 -999.25,30 121. 2500 12-5313 1313. 0000 3.577? 0. 025,~ I. Z 051 0. 3769 -999.2500 3. 635Z i25. 3750 12. ~6019 1 '5.28 ,. 0 000 3.2378 Oo 023,4 i. 08~9 0,-~150 '- 9 '99. Z 500 1.23.7500 1305.0000 1.2256 0.02~4 1.30.83 0. 5963 -99'9.2500 1,~.7490 12.69,22 0-03,64 1.3022 '-~9'9.2500 8.6866 137.1250 12.~9'78 1%11.2500 LVo, OlO.HOZ VERZF.ZCA'T~3N~ LiSTiNG PAGE FCNL SG~ ~R FVU DEPT SP LLS RHG~ FCNL SGR PCTA GR FVU DEPT SP LLS SP RH36 ~CNL SGR POTA ~R FVU OEPT SP LLS SP FCNL SGR POTA FVu :DE PT SP LLS SP RM3B FC NL SG~ POTA FVU DEPT SP L,L S SP 360.7500 RNRA ,Z.,~55~ THOR 6~.1£$0 TPL 0.~866 ~R 5.6113 13.37'70 64.!250 4300.0000 S~LU -~99.2500 6.119'2 -50.5000 2.3040 75.8594 CGR 3.0937 THGR 81,.0000 TPL -'~99.Z500 -999.250C 78.93'75 7i.5625 0.0372 5.6016 64.3906 ,2.~141 16.7207 4200.0030 SFLU -999.25'00 5.6789 -47..%375 g.26,58 DRHG ~82.1500 RNRA 6,2.0459 CGR 2..~57 'THOR 65.$250 TPL 0.4456 GR -'999. ,Z 500 -99'9.2500 65.3125 60. ~63~ 0.0076 3.526~+ 61.8516 ~. 5107 i.~. B535 6:5.6250 -99~..2500 2.2156 287... 2500 6~. 5938 CGR .2.9877 T H.3 R 5 8 ,. ,~ 688 T P L C..~977 gR -999.2500 67.93'75 56.668B O.OOgO 76'18'75 '7.066~ 15.5195 .58.~6B8 4000.0000 SFLU -:~99.2500 '~R 6.3,393 GR -33.9062 GR 2.2504 DRM~ %08'5,6,25 RNRA 85.ZB75 3.0 £ 28 T H ~ R 77.1£50 TPL -999.2500 -999.250D 83.2500 79.$250 3.5918 82.3437 ,~.3262 ,13.q8~4 3900,.0000 5FLU -999.Z500 GR 5-4575 GR -3.3.9687 GR 8!.062:5 72.7500 NPqI MN~R EATT MS~L SGR NRAT NP~i ORAN EATT ZL3 MSFL gAL! SG R NR ~'T NPHI ORAN MNDR =ATT ILO, M S Fl. gAUl SGR NRA T NP '-t Z UR AN MN3R iLS MSf-L · CA CZ NR AT NP;~I dR&N MN~R ;EATT CA LI SGR 4i.693! PEF 0.Z227 POTA 1.55~9 MINV 406.7344 DVO -9'99. 252,0 iLM i. '91 i3 :=LD 12.. 5 "1 '~ 7 .O T '75. 859~ CALl ~. 5566 NC NL 58.3311 PEF i.,. 3883 P~TA 1.2977 MINV 503. 0938 FVg -999.25D0 ILM 2.3~'77 eL3 12.2691 DT 62.0~69 CALI 3.4109 NCNL 37.3169 PEF 0.0225 P~TA 1.1879 MINV 531.2500 FVD -999-2500 ILM 3.99.35 1Z,,.500O OT 6,4.5938 CALi ,~-3252 NCN,L 53.3330 PEF -1,.~102 POTA 0.8562 MiNV 5,Z5..5000 -999.2500 iLM 2.59'92 LLD 12.2422 DT CA:L:i NCNL 4,1.16:~¢ P'E'~ o.z.s.zz P:'T~ ~o~.,s,z:so Fv~ 9 . g 500 i :L M 2.,5924 LL3 2- g:8 :I 3 O T 5. '~ '961 C A L I 0.0246 t.5i86 0.3687 -99~. 2.58 O. 125.7500 13.21.63 lw37.ZSO0 :~. 95 4 3 0. 030 9 -0. ,~'7 95 -999.Z500 8.7920 137.6250 1Z.7092 1,345.0938 3.5527 1.0818 ~,.36i3 '7.~425 13..Z329 1335.8750 0.~981 0-356~ -999. 2500 9.7589 127 '~' '~' 1,Z. ~5662 1~65.7500 '5., 0205 0.0302 .'~' -999.2500 8. ,5312 14~,,.,000i 12, ~7.'3" LVP OiO.HOZ VErIFiCATION LiSTiNG PA'SE :=CNL SGR FVU SEPT SP LLS SP RH3B FCNL POTA GR DEPT SP LLS SP RHDB FCNL SGR POTA '~R FVU DEPT SP LLS SP AH38 FCNL SGR SR SP LLS SP RMOB SGR PGTA 5R FVU DEPT SP LLS ~01.5000 ~NRA Z.~355 T~3R 79.0625 TPL 0.~710 SR 3500.0000 SFLU ,25 '30 G R 0450 G R -3e. O000 GR 270.5 ,'OR HG ~..5000 RNRA 6~.1875 .CGR 7 5 9 2 'T H ~ 'R 6~.~75C TPL ~ .S 9,2 ,.~ R 3700.0000 SFLO -]99.2590 -SA ~.3581 &R -31. ~3,75 .2.1825 DRH~ ~45,. ~8750 RNRA 60. 982~ CGR Z. a299 THOR 64. 5000 TPL 3~00. 0000 SFLU -~99. Z500 GR ~.33~0 GR 2.13~.7 DRHO 367. 5625 RNRA 70.0313 CGR g- 16 'l ~ T H $ R 63.4063 TP~ 0,. 5037 G R 3~00.0000 SFLU -':~9)' lSO0 GR 3. 6632. ~.R -33.9687 jR 2. I:2 8 3 O R ri 0 261. 7500 RNR~ 65.5518 C G ~ Z. 5~48 'THGR TPL G R 3~00.0000 SFLU -999. 2500 GR 4.. 8459 GR -0.0025 NRAT 3.714~ NPmZ 67.8594 ORaN 4 . 9 ! % i M N 2 R !3.~899 EATT 79.0625 -999.2500 -~99.2500 MSFL 73.5625 CALl 64..6875 SGR 0.0046 NR&T 3.5'973 NPMi 6'5.~336 UR~N ~. ~539 MNDR 13. ~6~6 -ATT '- 999..2500 I L 0 -999.25D0 MS=L 6£.2500 CALI 57. 5313 SGR -0.0019 NRA'T 3. ~346 NP~I 5,2. 9531 UR.AN I.. B5i6 MNgR 14,. 799i EATT - "~ 99.25 00 !,L '-9919.,2500 68'~375 CA_i 6.Z. 1582 O. 00tl NRAT 3. 7505 NP"~ I 6:4. 7656 URAN 7. :5410 M N .3 R 13.9495 EATT -999'2500 ILO -999.2500 MS'F~ 66. 9375 CAL:I 62'~125 SGR 0. D203 NRAT 4.8 ~',l 3 NPHi ~.. 1~32 M4uR 16'. 9009 ~ A r T 66. 0625 -999.1500 iLO -~'~.ZSO0 72..6875 3.5193 NCNC 39.38.50 0.98,24 PO'IA 1.3~57 MiNV ~0~.2500 -)99.2500 ILM 2.7031 LLO 12.2656 D'T b9.18'15 CALl 3.3459 NCNL 35.1.389 PEF 0.,Z6~$ POTA .i.~483 MINV 423.3~38 FVD -99'9. 2500 ILM Z. 6081 L.L C, 12.2500 ST 60.98.24 CALl 3. ~906 NCNL 37.0728 .PEF 0,. 972. ir PDTA I. 3428 MINV ~8,-0156 FVO -999' 2500 .ILM 2,.2757 LLD !2.2422 DT 70,.03i3 CALl 3. 5454 NCNL 39.5996 0.5367 PDTA 1.3~!4 MINV 47' I. 55 63 F'V D -99:),. 2500' ILM 2.0'7,Z3 Lkg 65'.551 8 CALl ,19'~ NCN, L ~ ~ · ~ ~ , i - 5,1,~3 P Q IA i' 1478 MINV .~ 69.:312,5 F V O -99 ). 25'00 ! t M 3- ~ ~,,50 L.LO i2'5625 1~88.. OOOO 5.4414 0.0254 I. i 5:5 0 O.. ~897 - 999 o Z 5 O 0 11 . 97,57 172. 1250 12.79 ,Z .9 163.5. 6250 ~.5392 O. 02 76 i.2670 O. 5053 -999.2500 8.i099 171.2500 12.3000 1524.0000 4. ~ $ '79 O. 0263 I.!650 0.3574 -999.2500 6.. 8415 144.$750 i3- 08~4 1373. 0000 5 - &919 0,. 0.,216 1. 1956 --999.25.0.0 1 3' ;3 4.1 O. )~,254 1.0920 O. 5.333 1,3 '3., 62:5 u LVP OiJ.HOZ VE2iFZSATI3N LISTING PA~:~ 12 SP RHD6 FCNL SGR POTA DEPT SP LLS SD FCNL POT A ~VU DEPT S.P LLS SP RHSB POTA GR SP LLS SP RHOB FCNL PDTA GR DEPT SP LLS SP FCNL SGR POTA OE PT SP 9052 1396 ,ORHC 37'~.$000 RNRA ,5553 CGR 96a7 TP~- 3757 3300.0000 SFLU -~99.2500 GR 6.1501 GR -17.4219 SR 1.1256 ORHO ~13.2500 RNRA 71.~9~9 CGR 2.0874 'TH3R 6b.8750 TPL 0o~5,Z$ 3R 3ZO0.O000 SFLU -~99.2500 GR 9.ZZ1Z GR 2~.,0000 JR 2.1341 DRHO ~3~.7~00 RNRA 60..i133 CGR 2..,%506 THOR 57o~1Z5 TP~ 31:00-0000 SFLU -69.Z500 8-0187 .2.0709 DRH~ 31'7,.3438 RNRA 60.1,367 CGR 2.~809 THCR 58.9~37 0.,~0~9 3000.0000 ,SFLU -84.5000 GR -99.~.2500 ~R -84.5000 GR -99'9.2500 DRmD -999°.2500 RNRA '-99~.2500 CGR -~99.Z500 THDR '-~99.Z500 TPL -'~9'~,.Z500 GR Z}'O0.OOO0 SFLU -'75.75~0 gR 0.0095 3. 855G 60.'2625 3. ~ 3 '75 -99').2500 71.2500 53.96,57 -0.0115 3.4922 45. i. 562 2.2031 65.37:50 -~9).Z500 -9'99. 2500 6'7. 8750 52.6;575 -0.0058 .3, ~ 862 56.0781 3.9834 1~. 0193 5'7..~ i25 517.50 D 0 .57.53t3 ,~. 0693 5? - 04:00 Z ~ '74 Z 2 19 .. 1665 5~8- 96:87 30.75.00 36.9062 -'~99.2500 36. 9062 -'~99. iZ 500 - 99 9.,Z5:}0 -999,. ZSDO '-99~. ZSOO -99':). Z5 gO -999. ZSO0 · 61.9062 2.3.0938 .SGR NRAT NP ~I oRAN MN!DR E A T T ..LO HS=L CA~.I SGR ~RaT JR.,AN EATT iLS CA ~_,I SGR N'R NP~I ORAN MNDR )~ A T'T ILD CALi NRAT NP~! UR.AN MNDR EA'T:T CALI SGR NRAT ORAN MN3R ~ATT ,iL D MSFL 64. 5553 CA~i 3 . 9 i '70 N C N L 46. 3379 0 . :5570 'P 0 T A 1. Z465 363. 346'~ '-J99. iSO0 ILM Z.:582D LL~ 12.2636 7i. Z969 CALl 40.1001 PEF 3~,!680 POTA i.2638 MiNV 513.0703 1.5126 LL3 1Z.515~ ST 6:~.1133 CALi 3.4873 NCNL 3,B.3545 P~F 0,.~8~3 PCTA 1.04'75 NINV ~CI.b820 FV9 O. 41.55 'uLO 15.. 5'7,B1 OT 60. 1367 CALi 3. ~3D7' NCNL a.,,~. 7205 PEF O. 58~9 MINV 596- 8750 tFVD ~0.06Z5 ,ILM -999.Z500 OT -999..Z500 CALi -Dgg,.Z500 NCNL -99:9. Z500 PEF -9~9.2500 P~TA -99~.Z5,00 MiNV -999.2500 33- 18 'ir 5 i L M -999-2500 LLg 13.20 g5 3. d3:$9 0.0251 1.1622 -99~.2500 15.Z872 182.1250 ;12. ~. 5259 O.OZO~ i.~867 O. 586'~ 28. t3Z, 0000 12.7295 1917. 2500 0.02~5 O. 92 ZT: 0.~15~ 42. 0313 25.5a 53 ,63.5000 17. 1460 Izgl . 10.7037 O. 0278 Oo 57,50 137.3 50 -999'.2500 -'999.Z500 ,-999..2500 -999.2.500 -999.2500 -999.Z500 4~.6563 -999.2500 L'I~ ~ 1! I mil ii:-] i[~ [:-] ~ LVP OtO.HOZ VE2i:ICATigN L.ISTZNG PA3E Z3 SP FCNL SGR POTA FVu DEPT SP SP RHS6 SGR POTA SR FVU DEPT SP SP RHCB FCNL POTA FV~ DEPT SP L. L .S S:P RHDE ~ :C N L SGR PO'TA FVd DEP T SP LLS SP r~ NL SG.R P O TA GR FVU DEPT -999 ~': -,~00 SR -75.7500 GR -999.2500 3RHC -~99.£500 RNRA ,-~93.Z500 CG:R -999.2500 T~OR -.999.2500 TP~ 2500.0000 SF~U -71.£500 GR -99'~. ?SOO ~R -7i. ZSO0 GR -399.2500 ~RHG - 99 '~. ,Z 500 R N 2, A -999.2500 'CGR -~99o2500 TH3R -999..2,500 TPL -999.25 O0 ,$R 2700.0000 SFLU -67.0000 -999. 2500 GR -5?. gO00 -99'3.Z500 OR,HO '- ~9'9. 2500 RNRA -999.2500 CGR -~99. ZSO 0 THOR '-999.2500 TPL -999.Z500 2500.0000 SFLu -6'?.0000 GR -67°0000 GR -9'99.2500 ORHO -999-2500 R:NRA -999.2500 CGR -999. Z500 'THOR -999.Z500 'TP~ -~99:.2500 GR 2500.0000 SFLU -107.7500 GR -999.2500 GR -i07.7500 OReO RNRA 9-.c~00 -999.2500 'THO~ -999.1500 'TPL -.999.Z500 GR 2~CO.OOOO SFLU '-999.150D '-'3.0938 -999.2508 -999.2520 -'~99. 2500 - 99 .9..Z 50 0 -99~.2500 ,5.76.55 42.5.563 -999.1500 42.6.553 -99~.Z500 -999.2500 -'959. ?SO 0 -999,2500 -999..Z500 - 999.,Z5 O0 10.4688 40.43'75 -99'9.2500 ,40.-4375 -999.2500 ,-5~99.Z5~0 -'999,.,Z500 -9'99.~500 -999.~500 '-999.25D0 1Z.%8,44 4B.40~3 -)99.2530 49.~063 .-999.2500 -'99'9..Z500 -9'99.2500 -999. Z500 -99'9.2500 -99:].1500 13.0 '7.8 l 35. ~. 6:88 -99'9. Z5 O0 '-999.Z500 - 99 9.25 O0 ,-'9 9 9. Z.5 O0 -999.2.500 -99' 9. Z:500 -'99 !~. 25 O0 ZO. 0459 CALl NRAT NPSi MN "~ R ;- A T T CALl SGR NR.~T NP HI UR&N E ATT ,IL O MS;L CALl NR~T UR'AN MN JR ~EA'T T 'IL D MS:FL CALf SGR NRAT N P r~ I UR4N MNDR EAYT ILO MiS FL CA~-I SGR NR.&T NPHI UR.AN MN2R .'iL D ~.%063 iLM -399.2500 LLO -99~.2500 CALi '-999.'Z.500 NCNL -9'99.Z500 P£F -999.2500 PO'T4 -999.2500 MINV '-~99.2500 FV3 !3.8828 '-999.2520 -9'99.Z500 DT -999.2500 CALl -999.2500 NCNL -999.Z500 --999.~500 POTA -999.2500 MINV -999.2500 ~V~ 13.50'78 ILM -:999- 2500 LLD -999.2500 OT -'~'9 9- ZS-O0 CALI -999. 2500 NCN,L -999. Z500 P~:M -'399. Z.5OO PCTA M!NV 21.:3594 ILM - 9'9 '9.25 O 0 L. L O -9'9'9' Z500 OT - "il 99.2. 500 'CA'L ,I -999 -2500 pNC:NL -9'99,, 2500 EF MINV -999- Z.500 !FVO ,2'~.5938 ILM 130.7500 -999.2500 -999.2500 -999.Z500 -999.Z$00 -'99'9.2500 -~99.Z500 7.9531 -999.2500 .12.1.12.50 -999.1500 -999.2500 -999.2500 -999.2500 '-999.Z500 -99~.Z500 12.2422 -'999.2500 1Z?.6250 -'999.2500 -999.2500 -999.2500 -~99:.2500 -999.2500 12.7734 -99'9. 2500 i15.0000 - 999. £5 O0 -999.2500 -999. Z500 -999.2500 2,2.1094 -999.2500 -999..2,500 -9'99.25~0 -999.Z500 -999.2500 Z~. 0 O00 LVP OiO.HOZ VERiFICATZjN LISTING PAGE 14 SP -53.7500 ~R SP -53.7500 2R RHS~ -999..~500 DRHO ~CNL -999°2500 RNRA SGR -g99.ZSJO CGR POTA -999.2500 THOR FVU -999.2500 GR 37.~375 -999.2300 37.~375 -9'99. Z500 -~99.Z500 -999.2500 .-99~.2500 -999.,2500 OEPT 2300.0030 SFLU SP -$~.0000 GR LLS -99'9.!500 GR SP -55.0000 SR RH~B -999.2.500 'gRmO FCNL -999.Z500 ~NRA SGR -99~.2500 CGR PDTA "-~99.Z500 THOR GR -99~.Z500 'TP~ FVJ -~99. Z500 GR 2~.5625 3 '3.25 O O -99~o2500 -99'9.. ~500 '- 99:9. Z5OO '- 999. ZS, 00 -999.2500 -99~.Z5,30 -~99.Z500 ',OE PT ZZOO.OOgO Si=., U SP -55.2500 GR LLS -'399.2500 GR SP -55.2,500 GR RH~8 -999.2500 DRHO FCNL - 999,.,250 O RNRA SG~ -999.;'500 f.,GR PO'IA -999°2500 THOR GR -~99.ZSOO TP_ F V U - ,99 '9. ,Z 500 ~S R 25.!4D~ 35.2500 -999.2500 33.2500 -999.25D0 -999.,Z500 -999.2500 -999.2500 -999.2500 -~9~,.Z500 OEPT 2100-0000 SELU SP -59.2500 GR L:L.5 .-999.2500 GR SP -5'9.2500 gR RHO~ -999.2.500 DRH,O '~CNL -999.2500 RN~A SGR -999.2500 CGR PO'T~ -99'9.2500 'THOR GR -999.2500 TPL FVu -999,.£5~0 GR 30.1406 -95}.Z50'0 -999.2500 -999.2500 '-'999.ZSOG -999.25D0 -999.2500 -999.25D0 DEPT £003.0000 SFLU SP -63.0000 GR LLS -999..25:00 GR SP -65. D000 OR RHG5 -~99..2500 ORHO FCNL -99'9-2500 RNRA SGR -~99-,2500 CGR POTA '-~99-,Z500 'r~OR GR -'99~.2500 'TPL ~VJ -999.2500 GR .31.8906 -999° 2500 -999.2500 -999. Z5 O0 - 999. - 9'99 . 2500 -999.2500 - 999.2,500 SA_i SGR NR~T NP,~I ~R~N MN3R EATT ,IL O MS=L CA~.I NR~T N P ~ I ORAN MN 3R EAT'T MS ~t SG R NRAT NP]Mi ORAN MNDR E ATT iLO MSFL CALI SGR NRAT NP~I UR~N MNDR ~ATT ,IL D MS FL CA Li S G R NR,~T N,P UR AN MNOR ~f~ TT -999. 2500 -99'9. 2500 OT -999. 2500 CA~.I -.99 :~. Z 5 O0 NC -999.2500 -999.2500 POTA -999. 2500 MiNV -999.!500 'FV3 Z'7.509% ILM -999.2500 LL2 -999.2500 DT -999._~;=00 CA=i -999.2~00 N£NL -99~.2500 -999.2500 POTA -999.Z500 MINV -999,.Z500 33.9062 ILM '-999.Z500 '-99j. Z.500 D'T -999.2500 CALI -999.2500 NCNL -999..Z500 PEP -999.2,500 PO'TA -999.2~00 MINV -~99o2500 38,.~375 iLM - 9 '99- .2500 O T -999.2500 CALl -999-2,500 NCNL .-999.. ~500 -999- 2500 -999. 2500 -999. ZSO0 ~VD 4Z. 5313 iLM -999.2500 LLD -999. ZSO0 DT - ,~ 9 9. g ,5 O 0 C A L ,i '-99 ~. 2500 NCNL PEF PFJTA - 999 . g ,500 M I N V -999.Z500 ~FVO -999 .ZSO0 12~.J750 -99=.'Z500 -999. Z5 O0 '-999.Z500 -999. 2500 -99'9.2500, -99~. ~:;500 g 7. sgo 6 '-'~ 99...Z 500 -999.2500 -999.£500 -99~. !500 -999. 2500 -999.2500 -999.25~:0 -~99.1500 !,~g.3750 -999.2500 -'999.2500 -999.2500 -999.2500 ,-999. Z500 -99~.2500 35..~062 -99.9.2500 1 ~ 2... Ig 50 -999. Z500 -99:~' 1500 -999.25'00 -99'9 ,g SOO "-,999. Z500 -999.. gSO.O 39. ,~0o3 14:4.25 O0 -9'99. 2500 '-999.Z500 -999.,~500 -999. ZS'OO -99,9.2!500 -999.259'0 LVp. Ol2.HO~ VERI=iCATiON~ L~S'TING~ P~GE D EPT SP SP RHjB FCNL POTA SR FV~ 2EPT SP ~LS SP RHS~ 6CNL SGR POTA GR FVd OEPT SP LLS SP RHO~ FCNL P~TA GR FVd DEPT SP LLS SP FCNL SGR POTA SP LLS SP RHD~ FCNL SGR PDTA GR FVU i900.0000 S~LU -6,5.5000 SR · -999.2500 GR -66.3020 $R -~99.2500 DR~O -)9~.2500 2NRA - ~99.,Z50 ~ CGR -~99. 2520 'THSR -999. ,2500 TPL -999..Z500 3R I.~00.0000 SFLU -70.5000 JR -399° ,2500 '3R -70.$000 GR -999.2500 ORthO -99~.Z500 RNR~ -g9~.2500 CGR -999. Z5OO THOR -99 ~. ZSO0 'TPL -999.2500 GR 1700.0000 SF~.U -5:3.5000 SR -999.Z5DO GR -55. 5000 '-999.2500 -999..ZSO0 RNRA -999. 2500 CGR '-~99.2500 THOR -999.Z500 'TPL -~9'9. 2500 1600.0000 SFLU -65.2500 GR -~99.Z500 GR -~99.2500 ORHO -999.Z500 RN~A · -g99,.,2500 CGR -'999.2500 THGR -999.2500 TP~ ,-:99'9.2500 GR lSOO.OO00 SFLU -86.5000 GR · -999 2.500 ~R -86::5000 ~R -999.2500 ORHO -')99'2500 RNR~ -999-2500 CG~R -999.2500 -999.Z500 '-'999.;2500 ~R 42.0625 33.2500 -99:9.2500 33.2500 -999.2500 -99'3.Z500 -9~9-2500 --999.2500 -999.2500 -999.250~ 35.0313 -999.2500 35.03,13 -999.2300 -999.2500 -999.2500 -999.Z500 -999.Z500 -999.2500 15.1406 -999.2500 '33.3125 -9'99.2500 '-9'99.~500 -'999..Z500 -999.1500 -999.2500 -999.2500 il.0469 39.03,13 -999.25OO 39.0313 -999.2500 -'9'99.£500 -999.Z500 -999.2500 -999.1500 34,.~8125 - 99 '9 . 250 O 34,8123 -999.2500 -999.2500 -99'9. f. 5,00 -1999.2500 iLO MS~-L CA~.i SGR NRAT NP ~I ORAN MNSR ,_:ATT .ILD MSFL NR~T NP~I JR~N MNOR 5AT'T ,ILD MSFL SGR NR&T NP~I MNJR ~ATT :iLO MSFL CAci S GR NRAT NF~I ORAN MNOR EATT MS~L CAL~ SG~ NRAT NPHZ ORaN MNOR ~ATT 53.9587 ICH -'999.Z500 LLO -999.£500 OT -999.2500 CALl -999.2500 NCi~L -999.2300 PEF -999.2500 PO'T,A -~9~.230C MiN¥ -999. Z500 F¥O 62om875 -~99..2500 LLD -999,.1500 OT -999.2500 CALi -999.2500 NCNL -999.2500 P~F -999.2500 P~TA -999o1500 -999.~500 :FVD 17.1250 -999.2500 D'T -999.2500 CALl -999..:Z~00 NCNL -999.2500 PEF -999..Z500 POTA '-999.2500 MiNV -999.2500 FVD, 14.2031 ILM -999*2500 LLO -999.1500 OT -999',2500 CALl -99'3.2500 NCNL -999-2500 PEF -99~.2500 POTA MINV ILM L .L .3 -999.2500 OT -99'9'2500 CALI NC NL PEF -999,- 2500 P~'TA -999. 'PSO0 M:INV -999°2500 FVD -99:~.Z500 141.37 30 -999.2500 -999.2500 -999. Z~ O0 -999.2500 -999.2500 -'999. 2500 5~.331.3 -999.2500 145.2500 -999.2500 -999.Z500 --999.2500 -99'9.2500 -999.2500 -999oZ500 16. -99N.2300 137.1250 -999.1500 -999.. 2300 '-99'~.. ZSO0 -999. -999.25:00 1 ,Z. '72 o 6 '- 999. ,2',500 ,1%~. 3000 '-9-99. 250,0 - 999.25 O0 -999. 1500 -999. 2500 -999.Z5~0 -999.2500 53.:~000 -999.2500 :)., o 2.:~ 0 -999.2500 -999. ,-999. 2500 -999. -999.2500 - 999- ZSO0 ,-VP OiO.HOZ VERI~I~.ATICN LISTING PAOE 16 LL S - 999. 2500 3R SP -gS. ~500 ~SR RH~B -~99.2500 ORM2 ~CNL -999.2500 RNRA SGR -999.Z520 CG~ POTA -99'9. 2500 TH3R ~SR -99 9. 2500 TP~ ~ V U - 9' 99..Z 50 O G R OE2T 1300.0000 SFLU SP -59.0000 ~R LLS .-999.~..500 ~R SP -5'~. OOOO GR RhOB -999. 2500 ORHO ECNL -999. 2500 2NRA SGR -,99 9. 2500 CGR ~OTA -999.2S00 THDR GR -999.Z500 TPL ~V,J -99'9.Z5~0 GR OEPT IZO0oO000 SFLU SP -53.0000 UR ~.LS .-~99.2500 SP -53.0000 GR RH~3B -)99.2500 ORHO ~CNL -999.2500 RNRA SG~ -999.2500 CGR POT~ -999.2500 TH~SR GR -999.2500 FV~ -999.2500 GR 2EPT 1200.0000 SFLU SP 5,Zo ~000 JR LL S - 999'Z500 GR SP -52. 5000 GR RH:OB -999.2500 ORHC FCNL - 99 9. 2500 RNRA SG~ -999. 2500 CGR PDTA -]99.2500 THOR GR - 999..ZSCO TPL 124.1250 31.. Z5 O0 MS ~=L -999.2500 CAul 31.2500 SGR -999.2500 NRAT -99~.Z500 NP,~I -99:9.2.500 ORAN -999.2~00 MN3R -999.2500 iA'TT -999.2500 16~-5000 iLO 31.!031 MSFL -999o.Z500 CALI 31.2031 -999. 2500 NRAT -9'99.2500 NP~i -999.. 2500 URAN -999.2500 MNDR -999,.2500 EATT' - 999. I1 5. ,8750 Z~'3 3,5.,~375 MSFL -99:9.Z500 3A~I 35,. ~375 SGR -999..Z500 NRAT - 999. Z ~ 00 N P '~ I -999'2500 URAN -999. 2500 MN]R -999. 2500 EATT -9'99. 2500 i 1 ~4. & 25 O I,L D 31.1094 ',MS FL -999.2500 gALl 31.i094 IS GR '-999o ~2500 NRA'T -999. 2500 NPql -999.2500 URAN ~EATT 94.~750 ILD 3,1.7031 MS~L -999.2500 CALk 31, 70:31 SGR -999.2500 NRAT -999.2500 'NP i4i -999.25 O0 dR AN -999.2500 MN'gR -999. 2500 EATT !79. ~750 ZLM -999. 2500 LLO -999.Z500 DT -999.Z500 CALl -999. 2-500 NCNL -999.2500 PEF -',~99 . 2500 :?OTA --999.2~00 MINV -99). 2500 FV~ 220.8750 -99'9.2500 aLS -999.2500 -99'9.!500 CAal --99'9..~500 NCNL -)99.2500 PEF -999.2500 POTA -999.2500 ~INV 150..50D0 ILM -999,.Z500 LLO --99W.Z500 OT -,999.2500 CALl -999.Z500 NCNL - 9 '9 9. Z 500 P E :F -999.2,500 POTA -999-2500 MINV -999'2500 ~VD i71. 5000 ILM -999.2'5-00 akD -999- Z500 OT -'999.2500 CALi -999,. 2500 NCNL -'999. :2500 PEF -999= ZSO0 PO'TA - 9'99.. 2500 MINV - '9:99. 1500 FV'D t11.~375 -999.2500 .t25.7500 -99~.i500 -)99.2500 -999.Z500 -999.g50~ -)99.2500 -999.Z500 -~99.2500 105.3750 -999.2500 -99~.2500 -999.2500 -)99.2500 -999.2500 137.625-0 -999.2500 -999.2500 -999.1500 -999.2500 -)99.Z500 -999.,Z500: 125.~375 !.!2.5250 -)99.Z500 -999.2500 -999.2500 LV? O13.HOZ VERIFICA'Ti~N LISTING PAGE DEPT '900.0000 SFLU SP -45. Z52S 5R LLS -~99.2500 ~R SP -45.2500 GR RHGB -999.2500 DRHO FCNL -999.25;0 RNRA SGR -~99. 2500 CGR POTA -'~9 ~. 2500 TH3R SR -~99.2500 [F~ ~V~ -~99.2520 GR DEPT ~O0.OOOO SFcU SP -62. 5000 GR LLS -99.~.2500 GR SP -6Z. 5000 ~R RH~SB -399.Z500 ,gRSC FCNL -')99. 2500 qNRA SGR .- 999. 2500 CGR PGTA - ~99,. ZSO0 THDR 2R -~9~.2500 TPL ~VU -999. 2500 GR O~iPT 700.0000 SFLO SP -62. 7500 :SR LLS '-~99.2500 GR SP -62.T500 GR RHO~ -)99.2500 ,',OR HO FCNL -~99.Z500 qNRA SGR -999.,Z500 CGR PDTA -999.2500 THOR 2R -)99.2500 TPL FV5 ,-)99,. ZSDO GR OEPT ,~.OO, 0000 SFLU SP -~,. $000 GR L L S - ) 9 ',9 ' Z .500 G R 'qP -6%.5000 GR ~CN~ -9~ 9-.Z500 RNRA SGR -999.2500 CGR P 0 T A - 999 ,. ,Z 500 T H ~ R GR -999', Z.50O TPL FVU -9~9 2500 GR OEPT 500-0000 SFLU SP -55.2500 GR LLS -~99.:2500 GR SP -55.2500 SR RHO6 -~99.2500 ORm~ ~:CNL -999',Z500 RN~A SGR -999-£500 CGR POTA -999.2590 THOR -999.Z500 £~.42!9 3~.5000 -999.Z500 3~.5000 -999.2500 - 393.25 O0 -999 · -999.2500 - 999,. 2500 -5~9~.2500 135.1250 -999.,Z500 29.i094 -99'~.Z500 -999.2500 -999°2500 -399.2500 -993.2500 -999.2500 226.0000 29.8%37 -999.2500 -999.Z500 -999.2500 -999.2500 ,-)9~.Z500 -999,1500 .-999.,25D0 Z3~.'7500 30.2500 -)99.2500 30.2500 -999.2500 -999.2500 .-999.2500 '- 999. iSO0 '- 999..Z5 g 0 - 999. 2500 84,,, 31.25 Z 7.8281 - ~ 99..25. 00 27.8281 -999.2500 -999 .ZSO0 -999.2500 -999. Z.500 MSFL CALl SGR NR6T uRAN MN,SR iLO M,S FL CALI .SGR NPHi dR,AN MNgR EA T'T iLO 2ALI NR.4T NPil URAN MNOR ,MS Fi.. C .~L i N P H I UR~IN MN~:R ~A TT MS:L CA LI SGR NR ,A 1' NPHI oR AN MN'OR 38.5250 iLM -- ~99. 2500 LLD -999.Z500 DT -99'3. 2500 CA~I -99.~. gSO0 NCNL -:)9~. 2.500 PEF .-999..Z500 POTA -999.2500 MiNV i.%0. ?5'00 iLM -999.2500 LL~ -'99 ~. 2500 aT -999. 2500 C~LI -999.2500 NCNL '- 999.2500 P 'E F -)99.2500 PO'TA -999..2500 MINV -9'9).2500 1~59.0000 -999.2500 tLS · -9'99.2500 ST -999.2500 NCNL -999.2500 -999'25D0 P~'TA -999. Z50~ M~NV -999. Z500 FVO 213'7500 ILM -999'250'0 LL,D -999,.Z500 DT -~9).2500 CALX - 999,' 2500 NCN~ -999'2500 PEF -999,2530 PGTA -999'~500 MINV -~99'2500 MVO 33.28t.3 -99~.2500 -999.;~500 -99'9.2500 -999.2500 -'399.Z500 -999.t500 iO.Z.81Z5 -999.Z500 142.3750 -999.Z590 -'~99.2500 -999.2500 ,-~99oZ500 i 68 ,. ! 250 11 O-'7500 -999. !.500 - 99,9. 2500 -999,.Z500 - 99':9,,. 2500 - 999.25 O0 - 99 '9..Z 5'00 97.5625 -999.2500 ,127.i250 -399.250O 999.2500 -'999.2500-999.Z500 33.59,38 157."'?~ ,>0 .... -999.2500 '-99'9.2500 LVP OIO.HOZ YERIFICATI3N ~iSTiNG PAGE ~EPT £P LL3 SP S G F~ POT~ GR ~EP'T SP LLS SP SGR POTA ~R -999.2500 TPL -399.2300 jR 386.3000 SFLU 32.5000 - 399. Z 500 -999.2500 · -999.2500 OReO - :~9"-3. Z 500 -'~9~.Z500 -~9). 2500 'THOR -~9~. Z500 'TPL -999. 2500 5R -999.2,500 ~9~.2500 0.83.55 2 1.73,~4 -999.2300 2!. 7.3~ -99 :~ . .Z 300 -999. 2500 -999. 2500 -999.2500 -999..2500 0.7642 25.84.37 -999.2500 -999.£500 -999. 2500 -999.2500 - 99'~. 2300 -993'2500 · - 999 ~ :~TT MSFL C A '..Z NR ~T NPM! u R ~N MN3R ~LD MSFL CALl SG R NRAT NPqi ORAN MN3R ;fA TT -999.2500 FVO 2:200.0000 iLM -99~.2500 LLO -999.2500 D'T -999.2500 CACi -999.2500 NCNL -99~.2500 PEF -393.2300 POTA -999.2500 MINV -~99.2500 FV3 2000.0000 ZLM -999.2500 LLC -99'9.2500 DT -99~.'2500 CAL.i -999.2500 NCNL -999.2500 PEF -999,.2500 PDTA -9'99.2500 MINV -999.2500 ~Vg - 99'9. Z3OO i .7393 -99'~. 25 O0 57. 9375 -993. 2500 -99~.2500 -999. Z50.O -99'~. 2500 -999.i500 1..~297 -993.2500 -999.2300 -'999.2500 -999.2500 -999.2300 -999.,Z500 ,r,~ L E NAME EDiT V E R S .,z~,,,, .~,- OATE · TY~f S'ERV~CE MA.ME :.EDIT ,.,O A T E ,: 85 i 0 Z/2.2 ORIGIN :OOOO TAPE N4Mf :~9~7 CONTINdATI3N ~ :01 NEXT TAPf ~A~E : COMMfN'TS :LIBRARY TAP'E SERVICE NAME : F- D I'T DA'fl ,:83/:02./22 OR1GZN : REEL NAME :REEL lO CONT,iNUATI~N '~ :01 : L~P~ i~ im i iiliI:~ i[.~ [~] ~ _ G'E.X'T REF~L :~A~~ ' "OMM,~.N'T$ :LISRAR'Y TAP~ Anchorag~ ****************************************************************************** * NOTM * * * WELL $1T~ DATA AMD 'I~DT,ES ~E MDT INCLUDMD iN THIS LISTING * * * * ** FTL~ TR,~If,ER ** MILE; N A ~'~,F: : ~*F~' .001 SE]~ v ! C~' *~A~E :PL~.YBA mATE :o3f03/29 ~AXI~i~j~ I ENG~I-~ :1024 mlI,E TYPF :PR NEXT [,'TL~' NixIE ; EOF' **:~* :~***** ~IL, E NAMe' :Rb'T .101 VERSTO~ ~ : 24.2 ~AXiMU~~ LENGTH 1~0~4 mILE mREVT()~ FTL~ ~N~RY ,v ¥ p E S 1 Z E I 1 2 3 4 5 6 7 4 8 4 9 4 11 4 1 0 1 SPECIF]Ct~TION S~'RVI¢'E S~RVICE {IN. T ~I ~PI IB [)r>OER ~ LOG TYPE C.b~SS ~ P"~ S 98 63fi r~FT ~PS ~t~ ~7a PF~ PSIG ~B ~14 O0 PF~ PSTG qB ~14 00 ~P'T g~ a 1. 4 O0 PF'w 98 a I 4 O0 PF~' ~8 ~14 ~F~ 98 ~1,4 O0 PFm q8 gl~ O0 pFT CA~I 08 310 O0 MNTI~Y BLOCKS 1 1 2 3 ,4 1 5 1 6 4 7 4 8 4 9 4 ~1 1 1.3 1 !.4 4 .!5 1 P EPR M 0 D 0 0 0 0 0 0 0 0 0 R ~,: PR 6~ 7 g 66 6~ 73 73 b6 b 6 66 ENTRY 0 0 30 1 0 Y t~CH 60 . lin 33 1 73 :1 0 NO 10~ 1 O! 1.01 !. O~ 1(,;1 1.0~ !01 10~ J ()~ 66 79 66 73 65 73 6~ 66 66 0 0 30 1 0 191 INCH 60 · lin 33 1 73 1 REP[? CODE 68 49 49 68 4,9 49 49 (OCTAL,) 10000000000000 IO00000000UO00 10000000000000 10100000000000 I000000000000o 10000000000000 lOOnOOO0000ooo 49 1~0000000000~ ag 1 0000000000.., 49 10200000000000 49 10200000000000 ~9 1,0200000000000 49 10000000000000 LVP flirt },~012 vi:.:r,~iiPiCl.~9, lr~' S . , N LI,TING PAGE 4 0 1 6 ~ 0 APl APl APT WILE TYPE Cl.,ASS 636 635 ~70 ~14 O0 0 B14 OO 0 ~0~. 81~ O0 0 B14 O0 0 '10~ ~ 14 81 a 0 ~14 O0 0 10~ ~la 0(~ 0 I0~. ~ 14 0 0 0 31. n ET'TM 3.6000 T.EN8 PRES 2 5000 RPR. E O[]NE 7:0000 PT~N GR i0,9531 E~T ~ETERS 5000 ~ 9970,6484 1410 00.' 00' 9,~000 PDIO I. 0 00 P H ~ N ,,.rim 26 7009 ~' g F,?S PRF,$ 2. 5000 !~PI~E PONE: 7 oono UTffN GR 14:g2nl ** FTLF uEAIJ~R ** mILE ~lktP :PF? ,ln2 SRPVTC~ NA~E :PL~YnA VEPS!L~,,! ~ : 2~.2 SiZE 4 ? 3,110I 0,0 '752 ~, 0000 4.14~4 0.0'752 ~. 0000 RFPP PROC~SS CODE (OCt,b) 68 10000000000000 49 10000000000000 4,9 10000000000000 68 1010000000000~ 4.9 1000000000000 49 1000000 000000 4910000000000000 4,9 10000000000000 10200000000000 49 ~0200000:000000 49 10200000000000 4,9 10200000000000 49 10000000000000 SGP 1804,0000 PD~O 0,~)52 PTH(] 1, nO SGP 1804.00o0 PD20 0.~52 °'.l'~;O l, O0 ~AXI~4tt~ LhNGT8:1 ~NTR¥ ETTN ~F~ 8G~ ~F PR~S RPRE RFT 001 0 PO20 PT~N PHHN ~R ,v ¥ p'E 1 2 3 4 5 7 9 ~4 ~5 ~6 BLflC {IN SIZE DEPR 1 1 2 1 4 4 4 1 1 4 1 1 1 ENTRY Rt,,nCVS T'YP 70 66 66 73 73 65 66 66 65 66 L,I':I(; TYPE CbA$S ~OD HO. S aH 636 21 0 ~ o2 !,B 98 635 21, U 102 RPS o8 970 O1 u !OT DSTG ~8 D14 00 0 DS!G 08 814 OO o 102 qB ~1,~ no 0 102 98 ~14 O0 0 102 oH rtl4 OU 0 !02 g 8 ~ 14 00 0 1 O 2 08 ~14 O0 0 !02 98 gld 0O 0 102 ~API ~H ]lO 00 0 !02 REPR SIZE 1 2 1 1 4 4 4 4 COl)F. 66 66 'l o 66 66 73 65 7~ 6~ ENTR¥ 0 0 30 1 0 191 I N C H 60 ,,lin 33 1 .lin '~3 0 SIZE SPh REPR CODE 2 I 49 4 I 68 ? I 49 2 1 49 2 1 49 2 1 49 2 1 49 2 I 49 2 1 49 2 1 49 2 1 49 ENTRY 0 0 30 1 0 191 TNCH 60 P'ROC~S:$ (OCT~b) lO00000OO00000 10000088000000 1.00000 000000 10100000000000 10000000000000 10000000000000 10000000000000 10000000000000 10200000000~00 10200000000000 10200000000000 10200000000000 10000000000000 nA'PUM SPWCTFTC ~N~ oF, t~'" "VICE ,SERVICE ~I'IFf 3 6000 mR~]S ~. 5000 DOME 7 o000 ETIM 66.2999 PONE 7,00no MTIM ~94,.70o9 PRES -sn2g.oOmu PONE 7.nooo ~R 2n.?031 ~3 1 66 ~.4 4 ~5 1 6~ ! 6 1 o6 0 1 nLr,;]CKS UNIT AP1 aPI APl API ~"iLE LOG TvP~. S q8 636 21 0 102 ~,S g8 635 2:l 0 102 PPS 98 970 O1 0 102 PSTG 98 PS'Ig O~ ~14 OO 0 102 P S~G o8 ~ 1 ~ nO 0 1, 02 08 81 ~ O0 0 102 q8 814 ~(') 0 102 OB 814 O0 0 102 08 n 1 ~ o 0 0 1. 02 98 814 O0 0 102 o 8 GAPI qB 310 nO 0 102 $ I ..1 Tfl ZE T E ~,~ 8 ? E NS RPPE; TENS PT~N 3.4785 0.0752 8. 0000 ******** D~PT}{ ******** FEET ~ETERS 650t%().00()0 1.9R12.0000 1410,0000 MSPE 13,0547 -5056,0000 DD!.,O 0.0752 ~.0000 PHII~ R,OOnO *~****** D~PTH ~EET ~ETERS 649~8,0000 19515.7344 1375.0000 -802R.0000 PD~O 1.0000 6.3008 0,0752 R,O000 73 ,SPL REPR CODE i 68 10000000000000 10000000000000 49 10000000000000 68 !0100000000~00 49 lO00000000000g 49 000000000000 49 1000000000000~ 49 1000000000000 49 1~200000000000 49 1 200000000000 49 it 0200000000000 49 10200000000000 49 10000000000000 SGP PD20 PTHO IQ0~,0000 ,0752 1.0000 SGP P I) 20 PTHO 1804 0000 0:07~,2 1,0000 SGP PO20 PT[lO 1804 0000 0:0742 1o0000 ** F'TbF TR~ILEP FILE h~ANF :PF'T ,~EPV TCF N A:~ t:; .1.02 :PbAY~A LVP 010.IqO? V~!':~IFIC.A'T'ION L, TSTI~.~G PAGE "I VERSIDw ~' : 2A.,9, DAmE :R3t03/'29 ~A×i~.j~ T,E,~GT~! :~024 NEXT FTL~ ~;A~E : EOF SIZE 1 1 2 1 1 4 4 1 PEPR COOE 66 ~6 79 66 66 73 73 65 0 0 30 1 iNCH .lIN 60 33 [,V'O 01. n.;-lO'.~ VEr?IF'ICA?IO~ i~!$?ING PAGE DATUM 14 !5 0 $~RVICE $I;IRVI(...~5 [1~.....'1 APl..' Ill?T. APl A.PT I~ (]~DV, R ~, LOG TYP~ CLhSS MOD PFT [,a o8 635 91 0 pF~ PPs 98 070 nl o p~"r P~TG OB Ri4 oO 0 P F T 9 B ~ 1 ~ 00 0 pyro 98 ~1~ O0 0 PFV 08 RI a O0 0 ~ FT ~ 8 8! a 00 0 oB''~ q8 ql~ O0 0 ppm CAPI ~8 ~ n 0 *:~ DAT,a FI.)PyIAT RECORD myp 9 ll !3 14 16 0 DATL,i~ gPECIFIC.~TION ~,NEM SERVICE SERVICE UNIT TENS ~SPE PFm RPS SGP ~FT PST(; RPPE PF~ PST(:; PD 10 PF'r P[)~O PONE pFm °T~N 66 66 I , 73 1 0 SIZE 1 1 2 I 4 4 4 4 1 1 4 1 1 1 R E P R ~ILE SIZE 104 2 I oa 2 104 !0.4, ~ 1.0~ 2 10 9 104 2 !04 7 API APl LOG TYPE CLISS 98 636 21 98 635 21 q8 970 O1 q8 ~1.4 O0 08 ~14 O0 08 ~J. 4 00 98 ~14 O0 q~ ~1~ O0 9B ~14 O0 API 0 0 0 0 0 0 0 0 0 66 06 7a 66 66 73 65 66 66 66 66 ENTRY 0 0 30 1 INCH 60 ,lin 33 1 ,lIN 1 0 PILE SIZE NO, 104 4 104 2 104 2 104 4 104 2 104 2 104 2 1.04 2 !04 ? !Oa ? CODE 68 49 49 68 49 49 49 49 a9 49 49 49 49 REPR CODE 68 49 49 68 49 49 49 a9 PROCESS (OCTAL:) loooooooooooon I:O000000000000 0000000000000 ~!00000000000 000000000000 10000000000000 ,I, 0000000000000 O000OO0000000 o ooooooooooo Io oooooooooo o ooooooooooo o ooooooooooo ooooooooooooo PROCESS (OCTAL) 10000000000000 10000000000000 10000o00000000 10100000000000 100000000o0000 1oo00000000000 lO000000OO0000 10000000000000 10200000000000 10200000000000 LVP oln.~O? VERIPI, CA~ION LTS'I'ING PAGE 9 014, 00 o 104 2 ,q 1 ~t 00 0 ~. 04 2 ltlO 00 0 ~04 2 ~TTI~ I 1 . 5850 PR~8 -5680. 0000 POt'q F,, 7 ~ 9000 PT~N ~R 43,~6~7 .0000 ~60. 4248 50,0000 ~¢SP[{: 1,3,2891 -5680'n000 P[)10 0.0742 1,0000 P H U ~}8.0000 EEr ~E'TERS 5000 999. 6068 1400,0000 ~tSPE 13.~109 5~24.00n0 ~[)~.0 0,075'2 1. o000 PHI,;~ R. 0000 8ERVTCF DATE ~A~I~*IIM I,E~.~GT~i :1024 FILE; TYPE :PR ** FIG~ HEADER ** PILE N~.~ :PFT ,1.05 SEPVICF ~,IAM'E VEPSIO~ # : 2~..~ DATE 1~3/03/29 ~AXI"U~' [,E~G~H :1.0~4 WILE TYPF :PR 1 49 10200000000000 1 49 10200000000000 I 49 10000000000000 PD~O '.0742 PTHO ,t, 0000 SGP IBU~,0000 PO?O ,07d2 PTN[] 1.0000 DATA ~NTRY ~!,OCW$ SIZE PEPR CODE ENTRY 1 66 0 1 66 0 2 7q 30 1 66 1 1 b~ 1 T, VP oln.l.,!O?, vEplE~'IC~7'i.,r'~N bT$~ING PAGE 10 b 4 73 7 4 6F; 8 4 73 9 4 65 1 1 1 66 13 1 66 ~4 4 65 0 I 66 DATU~ SP{?,CTF'TC 5TTQN UNIT S RP$ PSTG P$!G GAPI APl APT APl ~PI FILE LOG TYPE CLASS ~On NO. ~8 636 21 0 1.05 98 635 ~1 0 105 98 970 O! 0 t05 08 ~14 O0 0 105 o8 ~14 O0 o lo5 08 ~l,a O0 o 105 08 814 no 0 ~05 oR ~l,a no 0 ~05 o8 Ola, oo 0 !05 08 8la O0 0 105 08 ~14 O0 0 ~o5 98 31o O0 o 105 RFCnRD ** TYPE SIZE PEOR CODE 1 1 b6 2 1 66 3 2 7O 4 1 66 5 1 66 6 4 73 7 4 65 8 4 73 9 4 65 it 1, 66 13 1 6~ !4 4 65 1.5 1 66 ~6 1 66 0 1 66 DATU. SPECTFTCATIO~~ ~NFM SWRVICE $~RVtCE ETTH PFT TE~S ~SDE IJ~!T API PSTG 08 ¢STG 98 gpI APl APT ~It,g TYPE CL,A~SS t40D NO, 636 21 0 1 05 635 21 0 1.05 o70 O1 o 105 91.4 O0 0 !,05 ,14, nO 0 105 TNC~9l 60 .lin 33 ! .1TN 73 1 0 SIZE 4 EMTR¥ 0 0 30 1 1 191 !~CH 60 .1TN ,lin 73 0 SI~E SPb a 1 ~ 1 ? REPR CODE 68 49 49 68 49 a9 49 49 49 49 49 49 49 REPR CODE 68 49 49 68 49 (OCTAL) looooooooooooo , ooooooooooooo ooooooooooooo ooooooooooooo o oooooooooo oooooo, oooo o goooooooooo oooooooooo ,,ooooooooooooo PROCESS COCTAb) 10000000000000 10000000000000 10000000000000 lOlO00oO000000 lnO00OO0000000 81.4 O0 0 1.05 ,ql, 4 O0 0 105 814 O0 0 105 ~14 O0 0 105 ~I~ oO 0 !,oS ~14, O0 0 105 ~10 nO 0 ~.05 MTT ~'~ 1o.657{) 'PENS PRF, S - .4156,0000 RPRE P 0 N E 7 · 0000 o T ~'~ N ~R 4~.4375 ******** OF~ [:'T ~{ 50?0 970.~308 1.~90 0000 ~SPE 1~.4141 -,4156.~000 PI)lO 0,0742 1, OoO PM[IN 8,0000 .,~i, TM 274 6092 mE,MS PRES -692~..O000 PP~E PONE 7 . O000 PT~.N' ~' GR 30.1 250 ******** DEPT~I ******** 2513 50(20 766.1.14,8 1170 0000 ~SPE -692~.0000 PI)lO 1,0000 P}~UN 9.4063 0.0752 g. O000 ** FI[j? TR~I~,EP ** FILE r~.~qE :r~,v .105 SEPVTCF NA~E : PL,a yP, A VER~TO~,.I ~ : 24.2 DA~E :~3/03/29 ~AXI~'~LlU LENGTH 1~024 mILE TYPP :PR ** FTLF, HE~O~:R ** PILE ~ ~ t4 ~: : P B'"v 1.06 DATE :~3/0!/P9 ~,AXIb!U~ L, ENG~r[f :~624 FI[,E Tvp~7 :PR PREVTOIIS b-' T b~ I 49 10000000000000 t 49 10000000000000 I 49 10000000000000 1 ~9 10200000000000 I 49 ~0'200000000000 I a9 ,0200000000000 1, 49 O00OO00 1 ~.9 ~0200o0 0000000000000 ,..GP 1~.04 0000 PO20 O, 0752 P~ 'F fl ,. '1 .,!.~ I, 0000 0000 SGP I,~()4, "4" PO~O 0,01.2 PTHO 1.0000 ** DATn ~'OmM['!' RFCORm ** ENTRY mLoCW$ ~YPE SIZE PEP¢ CODP Ef,!TP Y LVD 010·~,~0p vEP, IFIC.~T' ~J '~ DATU~ SPE(..'TFTC~.TIL~,' RbOCKS ~NE~,~ 8IFRVIC. E $~'RV1CE In [~P'O E. R l, TE~IS R ~"'~ SGP ~F~' PS~G PR~S ~F"' ~STG RP~E ~FT PSIG PO10 PO20 PONE: PF'~ PTEN PF~ ~HU~ PF· PT~O RFT ~R PFm CA~I F, NTRY DLnCKS TYP gPECIFTCaTTOtl n !,, l:_'!. SErvICE $~:RvIcE fl 66 66 79 66 66 73 65 65 66 65 66 .66 56 APl ~, p !!" API apt FILE LOG iYP., Ch/~.SS MOD g 8 636 2 l, 0 106 98 635 21 0 106 98 07n 01 0 o 8 ~ I a. 0 o 0 1 06 ~ 81a O0 0 106 98 ~14 O0 o ~06 o2 ~1,4 o() 0 ~8 ~1~ O0 0 106 98 ~l.a nO 0 ~.()~ 98 ~4 00 0 ~06 ~8 ~4 o0 o ~ o~ a8 ~14 OO 0 ~ 06 ~8 31 n O0 0 106 1 1 2 1 4.,, 1 6 4 8 4 9 I 1 3 1 5 1 6 NTT APi A LOG T¥ P, EPR CODE 66 06 79 66 6~ 73 73 65 66 66 65 66 66 PI AP1 ~PT FILE P~ CLASS MOD Nh. 0 0 3O 255 0 12 .lin 33 ! ·ITN' 73 1. 0 SIZE SPL 2 ! ? i ? ? ! 2 ? REP~ PROCFSS CODE O .... ][AL ) 68 0400000~000000 49 4000000000000 400000 0000000 68 04,100000000000 49 04000000000000 49 04000000000000 04000000000000 000000 49 040000000 042000000 0000 49 04200000000000 49 04200000000000 49 04,200000000000 04000000000000 ENTRY 0 0 30 255 0 31l INCH 12 ,1I~ 33 ,1I~ 73 1 0 SIZE SPh REPR CODE PROCFSS L"I~ ~ 111 i i 1 ii:-] ii! [:-] IJ bV~ 01~.q09 v'EoiwI~A~lUgN I.,TSTI, NG PA~E lB ET T 1~t PFT $ 98 636 .9..1 O ~06 ~SPE] PFT P~S g~ 970 01 0 ~ 06 PRFS PF· PS~G g~ ~14 O0 0 ~ 06 ~ P ~ E P F '~ o S T C m 8 ~ 1 ~4 n 0 0 ~ 06 ~D20 ~Fm ~8 ~..t.. a nO 0 !06 DONE P~"T 9~ 81a nO 0 106 PT~I~ ~F~ ~ ml 4 O0 O 106 PHgIN ~FT 9~ 814 ~T~O ~F~ 98 Pla O0 0 ~.06 GR ~F~ GAP1 o8 ~10 Oo 0 106 ******** DEPTH FEET 655'-i~0000 20,00O0 20.0000 1 ,o000 E Y E.R $ 90.67.44.92 0 N ;~70. 7974 TE 720 0000 14. ~250 .~ETEP,$ 200~.4.169,1 PD~IO ~IT,E Na~i~ :~FT .107 SERVTCF NA~E VE~S!O~ ~ : 24.9 D~TE :~3/03/29 ~A~I~(,i~ T,,E~GT~,! :10~4 ~I[.,E TYP~ :P~ °R~VTO~.'S ~'TL~ : ~3,9453 , o 7 5 2 8,0000 4.42q"1 0.0752 8.0000 68 0400000~000000 49 0400000 000000 49 04000000000000 68 041000000000O0 49 04000000000000 49 0400000O00000o 49 04000000000000 ~9 04000000000000 49 0420000~00000 49 0420000 00000 4904200000000000 49 04200000000000 49 0400O000000000 SGP 180~,0000 PD20 ,0742 PTHO 1,0000 SGP 1804,.o000 PD~O 0,~752 PTHU 1. 000 LV'P 010.!4()? VERIFICA?ION LISTING PAGE *g DAT/~ FDP~T RECORD MN'PRY ~ 1'.~ OC K S T y P E 1 2 3 4 5 7 9 14 0 8 IZE 2 1 1 4 4 4 4 ! 1 TJ REPR ** D~T~ FOPM~T RF:C~RD * ENTRY BLOCK8 TYP CK$ NIT API APT APl ~FI 98 636 21 O ~PS 08 q70 O1 0 S 'r G o 8 ~ 14, 00 0 PSIG q8 ~1~ O0 0 PST(; q8 R14 ~O 0 ~8 814 O0 0 °8 ~1~ O0 0 q8 ~1~ O0 0 o8 ~1~ O0 0 98 al~ 00 0 ~8 ~14 O0 0 ~ 8 3 10 t) 0 0 SIZE 1 1 2 1 4 4 4 1 1 4 1 CODE 66 66 7~ 66 6~ 73 65 73 65 6~ 66 ENTRY 0 0 ,lIN 1 ,lIN 7 3 1 0 FI I.,E SIZE ,SPL 107 4 1 ~07 ? 1 ~.07 2 1 ~07 4 1 107 2 I ~07 2 107 ~ 1 ~07 ~ 1 ~07 2 1. ~07 2 1 ~07 2 1 ~07 2 1, ~07 2 i COD~ 66 79 66 66 73 65 73 65 65 ~6 ENTP Y 0 0 255 0 311 INCH 12 .1TN 1 73 REPR PROCESS C O[)~., ( OCli. ~I.,, ) 68 04000000000000 49 04000000000000 ~9 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000, 49 04000000000.000 49 04000000000000 49 04200000000000 49 04200000000O00 49 04200000000000 49 04200000000000 49 04000n00o00000 LVD OlO.qO? VErqiF'I ..... A IP, N I.,..18T[N(; PAGE 1.5 0 06 66 · t~NF~ 8FRVICE SMRVlCE UNIT APi I~ O~DFR ~ LOG TE~S ~Fq' ~,B 98 ~PRE PF~ PSTG q8 PDIO RET o~ P{)~0 ~F~ 08 PTEN ~F'q' o8 PT~O PFT 98 ~R ~F~ C;AP,[ 08 ap! APl APl wILE TYPE CLASS ~IOD NO, 636 21 0 107 635 21 0 !07 970 01 0 107 ~la O0 0 ~14 O0 o 107 ~ 14 00 0 ~ 07 814 00 0 107 814 O0 0 107 ~14 00 0 ~ 07 ~1a O0 o !, 07 ~1a O0 0 107 ~1a O0 0 ~07 ~I, 0 O0 0 107 E*/.' I ~ I 5. nO00 Ti/;NS PRES 1, 720. 0000 9PPP] PONE ~ 0000 PTE'N qR 13'4297 ****:**'8 D..PTH''F FEET t I. 20 nO 000 ! 720 ;,..,000 1, nO00 1.9967,44,0.2 ~aSPE 1. 0 PHU~ ******** DEPTH FEET 65610.4531 1715 0000 1720:0000 1,0000 ** FTI. F TRAIbER ** FILE t~f~'i~: :r~FT .lO7 SERVTC?: MA~"E; :PLAYBA VE~$~O~ ~ : 24.2 DATE~ :P3/03/~9 ~AXI't~t,J~ Y.,E~'G~H : 1,024 PILE TYPE :PR ********** EOF ********** ** F I. I,., ~ .i08 :PbAYmA 8I .... E L~Pb REPR C 0 D E 3.0453 SGP 0.6752 Pi:)~0 8.0000 PTHO 4.42q7 8GP 0,0752 DD20 8.0000 PTHO 04000000000000 04000000000000 04 ' o,, °ggg:°oggggggg 04000000000000 04000000000000 040000000~0000 04,0000000, 0000 C 4200000000000 04200000000000 04200000000000 04200000000000 04000000000000 .0000 180~,0742 1,0000 1805,0000 0.0752 1,0000 1. 1 66 0 2 I 66 0 3 2 79 ~0 4 I 66 255 5 1 6~ 0 ~ 4 73 ~,, 1 7 4 65 T N C H 8 4 'l 3 ~ 2 9 4 65 . I ~ I I 66 33 13 1 6~ 1 14 4 b5 ,lin 16 1 66 1 0 1 60 o DATUm' SP?.CTFTCIT.I'ON q[,OCk'S '4NEE SERVICE SERVICE UNIT APl AP1 AP.[ apI FI[,E SIZE SPb REPR In OPDFR # LOG TYPE Ct, ASS ~OO ETIPl PF'~' S 98 636 21 0 108 ~EMS ~F~' [~B 9B 63~ ~I 0 1.08 ~qSmE ~F? PPG ~8 ~7~ al 0 log SGP ~F~ nSTG q8 ~1.4 nO 0 !O~ PRFS ~ ~"'v PSTG ~g 91.4 00 0 108 ~PRE ~F? ~SIG OR ~14 ~0 0 108 PDIO DF~ 98 814 O0 0 108 2 ~[)~0 pF~ 98 ~14 O0 0 ~ O~ POME ~FT ~8 ~1.~ OO 0 108 PTFN RF'P 08 814 O0 0 10~ PHUN RFT 98 814 O0 0 108 PTuO PFm 08 ~la O0 0 108 GR PFT GgmI 98 31n O0 0 108 I 68 04000000000000 I 49 04000000000000 1 49 04000000000000 1 68 04100000000000 I 49 04000000000000 1 49 04000000000000 I 49 04000000000000 i a9 0~000000000000 1 49 04200000000000 I 49 04200000000000 1 49 04200000000000 1 49 04200000000000 1 49 04,000000000000 ** DATA M[)Pa~T RECORD ** ENTRY PbaCWS TYPE SIZE PEPR CODE 1 1 66 2 J, 66 3 2 79 4 1. 66 5 1 66 6 4 73 7 4 65 8 4 7~ ENTRY 0 0 30 255 0 311. LVP 010.ttO? v[C~IF"iCATimM LT~TIMG PAGE 17 DATUti SP~]CIFICATION ,]bOC~S API 5, PI API API FILE LOG TYPE CLASS ~Og NO. 9B 636 21 0 1..0~ ~B 635 ~1 0 108 9B 970 01 0 t ()~ qB ~I.~ O0 0 10~ 08 ~la. O0 0 108 98 ~14 O0 o 108 O 8 ~ 14 00 0 1. 0 g ~ ~1,4 O~ 0 108 q8 ~1~ O0 0 ~O~ q8 ~4 gO 0 1.0~ 08 ~],4, O0 0 t()R q8 310 no 0 m O~ ******** DEpTh 655. t0 0000 19967.4492 1 ~90,0000 uS.p 1730,0000 POlO 7. 000() PHIIN ,1T . . E.I..N 330 59¢~9 TENS P R 1~,~5 1730,~(;00 RPPE PONE q 0000 PT~N $******* DEPTH 65616 8437 20000,0137 1.~75. 0000 1730,0000 ?. O00O FI[,6 N ;~ ~,:, f.,: :PFT ,J. 08 SF]PVTCW MAS'E :ot~Ay~A VE~6TON e : 2~,2 DATE ~AXlUO~-~ f.,ENGTt{ :1024 ~If, E' 'I'YP~ :PR NEXT FTb~i NA~E : CODE 2 I 49 .9.., I 49 4 1 68 ,'2. I 49 2 49 ? ~ 49 2 I 49 ~ 1 49 2 1 49 ~ I 49 ~ ;), 49 9. I 49 5. 3477 8GP 0,0752 PO20 ~ . 0000 m T.I41'] 4.4609 SGP 0,0752 PDPO P.O000 PTMO (OCTAb) 04000000000000 04000000000o0:0 04000000000000 ~4'100000000o0o 4000000000000 04000000000000 04000000000000 04000000000000 04200000000000 04.~000000000:00 042n000:0000:000 04200000000000 0400000000000n 1816 0000 0~0752 i,O000 1816,0000 0 0752 1:0000 SEPVICF DATE ~AXI~{.,i~ ~,E~.~GTH :~074. WILE TYPE~ PR~V TO!IS FTLF : ~NTRY .B,, L,OCK S 'V'~ PE SIZE [~EPR CODE I I 66 2 ! 66 3 2 79 5 I 66 ~ 4 73 7 4 65 8 4 '7 :t 9 4 65 ~1 1 66 .13 I 66. 14 4, 65 15 1 66 ~6 1 66 0 I 66 r)ATUW, KPECTFTCS!['ION ~1LOCKS E T I M R F "' S TENS MSPE PFW PPS g d m P F ? P S 'r (; PRFS ~FT PS!G PD1, 0 RFT mD20 mONk; PF'r PHt. IN PT~O ~R ~FT CAPI FNTR¥' BL, nCKS "eypE 1 2 3 API APl' AP1 APl FILE bOG TYPF, CLASS 08 636 21 0 log o8 635 21. 0 109 98 070 Ol 0 ~. 09 08 ~14 O0 0 q8 814 O0 0 109 ~8 ~1~ O0 0 ~0~ 98 S14 O0 0 1,09 ~8 ~14 O0 0 109 ~ a 814 00 0 109 q8 q14 O0 08 81~ 00 0 109 ~g ~1~, 00 0 10~ 08 31o O0 0 !09 SIZE REPR CODF 1 66 1 66 ENTR~ 0 30 255 0 TNCH ~2 1 ,1I~ 1. 0 SIZE SPb 4 1 ~ 1 ? ~ 1 ENTRY 0 0 30 REPR C~DE PROCESS (OCTAL) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 0~000000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 LVP Oln,~'40~ ~E~.IVImA~VlON I.~TS,m]'NG PA~E !.9 UNIT API AP/ APl API FILE SiZE S g~ 636 21 (') 10g 4 LB 08 635 21 0 ~ Oq 2 RPS 98 q70 01, 0 l~q ~ PSTG oB RI. 4 O0 (') ~ Oq 4 PSTG aa ~ 14 O0 0 ~ 09 2 q8 81,~ 0O 0 lug 2 98 RI4 nO 0 1 6~ 2 98 814 O0 0 1, U9 2 o8 ~14 O0 0 ~ O9 2 Q 8 ~ 1 ~,. 00 0 I 0 q 2 °8 8la O0 0 ~09 ~ GAPI oB 31o O0 0 1.09 ~ SPb COD~ 1 1 1 1 1 1 1 1 1 1 I ! 1 ¢OCTAL) 000000000000 ~ §~000:000000000 4904000000000000 6804100000000000 49 04000000000000 4,9 04:0000000000:00 49 04000000000000 a9 04:000000000000 49 04200000000000 4,9 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 DATa ** F.,TTM 15. OOnO PRFS 174'1. OOn£) PON[; 7 0000 65510.0000 19~67.4492 1250.0000 uSPE 4.35~6 1747.0000 PDIO 0.0752 4,.0000 PHUN SGP 183~,0'000 PD2'O ,0752 PTHO 1.0000 ET!M 297.2999 PRES :1,745.0000 PONE 4.0000 '::'TEN ******** DEPTH 65605.5703 ].gqg~.$7RI 1,255.0000 NSPE 1745.0000 4,000U PHI;N 4.6797 0.0752 8,0000 SGP 1832,0000 Pi')~O 0.0752 PTHO l,O000 PIT,E N~M~ :~F~ ,109 VErSIOn' # : 24.2 DAT~ 1~.3/03/~9 LVP Oia.),!09.. VERIWIC!ATIO~ LTS~'ING PAGE 20 FILE TYPt~' :PF~ NE×T FTL, F ~tA~,~E : ,,,, ~ p SIZE R£PR ! 1 2 1 4 4 CODE 66 ~6 56 66 73 65 ~6 6& 65 ~6 ~6 66 FbOC~S UNIT nPI fiPI API AP1 FILE L, OG TYPE CI.,hSS $ 98 636 21. 0 ilo I.,B 08 635 21 0 110 PPS 98 970 Ol 0 110 PSTG 08 ~14 O0 0 ~lO PSIG 98 814 O0 U 110 PS!(; q8 al4 O0 0 08 R14 Oo U 1i0 98 ~1~ O0 0 ~10 q8 R14 O0 0 110 98 ~1~. O0 0 ~10 98 rtl4 00 0 110 GAPi Q8 310 00 0 11.n ENTRY 0 0 ~0 0 311 I N C H .lIN 1 .lla '? 3 1 0 S1ZE SP 4 ? CODE 68 49 49 68 49 49 49 49 49 49 49 49 49 PROCESS 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000000 04200000000000 04200000000000 04200000000000 04,000000000000 LVP nl. 0.Ho~ vEPlwICA'T'Ir)N [,,TSTLLN('~ I:"AG~,] ~! RN.TRY BbOC:K$ DATU~ TEFS ~SPF PR~S RPRE o010 PD20 PONE ~H~N PT~O .qPFCT FTC t~ T.T,,ON BI, OCK5 S~RVICE S~;R, VI("E ;INTT API APT It'? ORDF?R ~ bOG TYPE RF~ S 08 63. RFT LB 9~ ~35 ~F~ ~PS o~ ~7o ~FT PSTG 98 81,4 ~Fm PSIG 08 ~1~, ~F~' q8 814 PFT q8 814 ~B'~ o8 R14. ~FT q8 814 PFm O8 ~ 14 RFT O8 8,1a ~F~ ~APl 08 310 API ~PI PILE C b,~ !.~ $ MOD aO. 0 I 1.0 21 0 110 nl 0 ~. oO O ~,I0 00 o t 10 O0 0 110 o0 0 110 o0 0 00 O ~. 10 00 o ~10 00 0 J ~ o 0 0 0 ~ 1 t) nO 0 ~10 E N T INCH , lin , '.tin .~IZE 4 R~PR PRoCeSS CODE (OCT ~1,~ ) ~O 04,000000000000 49 04000000000000 o :oooooooooooo o oooooooooooo o oo ooooooooo o ooooooooooo o oooogg ooooo ** DATA PRES PONE ~T!M PR~S 15.00o0 1757. 0000 7. 0000 14.6250 ?93.ggq9 1755.0000 5.noo0 14.a25o q'ENS RPDE o T F N PPPE PTFN ******** i)FPTi,,t ******** PE~T mETEDS 65510,0000 ~,9q67.44°2 1305.0000 uSPE 1757.0000 PD10 5,nOnO PHHN *****$** DEPTH PEFT ~ETEDS 65b04 45,~1 19096.2383 1~95 oOnO ~SPE 1755,0000 POlO 5,0000 4..5859 0.0752 ~,0000 4.3359 0.0752 8.0000 8Gp 1845.0000 HO !., OhO SGP 1B43,00no PD20 0 0752 PT;lO l:OOnO [,VP ¢{10,,~40> VEP]~F'] Aq'I.F!N LISTi.~!(,; PA.C,E 22 DATE :~LE TYPE :PR ** FILE HEhDFR SERV T,C~ ~'A,~ E : PL/~Y~A VEuS!O~ DATE PR~IVIOUS F T.L{~ : # S Rp$ 1 1 2 1 1, 4 4 4 1 4 1 1 AP1 APT APl 98 636 08 O70 Ol o8 ~14 O0 08 ~14 O0 o8 ~1~ O0 98 91~ O0 08 ~J. 4 O0 q8 ~14 OR ~4 O0 98 ~14 o0 ' ' F PEPR COD.., 66 66 '79 66 66 73 65 73 06 66 65 66 66 AFT FII, E 0 1.11 0 1il. 0 111 O !.11. 0 111 (> ~ 1! 0 111. 0 .~ i1 0 ~ 0 ~lm 0 tll 0 0 30 255 0 31I T NC H 12 .1TN t 7] 0 4 ? 4 1 ? RFPR PROCESS 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 4.9 0a000000000000 49 04000000000000 49 04000000000000 49 04200000000000 49 04200000000000 04200000000000 LV'P 010 ~]o~ VEP]iFICATIf~N [,~,:,~IMG PA~E ~3 D~TU~ SPECTF!.C~TTU~~ r~i]DCK$ ORDMR API API AP] ~ LOG TYPM C[,~SS g 98 636 21 LB 9~ 63~ ~PS o8 qTn O1 ~SI(; q~ 81~ O0 ~S~G 98 ~ nO e~ ~1~ O0 98 ~14 o0 08 ~14 O0 08 R1~ no CAPI 98 31o O0 ** DAT~ ** mRPS GR 15.0000 177~.~0o0 5.n0n0 14.4'6~8 ******** DM['TH 6551.0.0000 1345.0000 1,775.0000 7.0000 237.30 !. 1 P, EPR CODE 66 ~6 66 73 65 73 ~6 66 ~6 66 66 ~PI MO[) NO. 0 tll 0 1 11 0 0 !.11 0 1! 1 0 0 111 0 111 () 1 11 0 ENTRY 0 0 30 255 0 IN C H 1.2 .'l~M 1 ,lin 7~ 0 NETERS 19~67.44~2 ~SPE PDIO REPR 68 49 49 68 49 49 49 49 49 49 49 4,9 4.9 4.3047 n.0752 n.O00o ******** DFPTH Ft£FT ~ETERS 655R5.257~ 1,9090.'~867 134R.0000 ~SPE: 28.5469 49 04200:000000000 49 04000000000000 PR CESS (OCTAl,) 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04oo0000000oon 04000000000000 04000000000000 04200000 0000 04.200000~0000 04200000000000 04200000000000 04000000000000 SGP PD2 0 PTHO 1863 0000 0:0752 1,0000 SGP 1863,00o0 LVP o10.:.~o? VEPIFICAW]PN t, TsT1N(-~ PACE; ~4 0'152 PO20 P ? H 0 0,075~2 1.00,., 0 VERSIUN ~ : 24.2 DATE :~3/03/~9 ~.It, i~; ']"VPF : PR ~gX'l: FTLF: NA~E : F~LE N.~M~ :RF* ,~,12 VERSION nAVE MAXIM[I~ L}i',~GTH :1024 ~i[,E TYP~I : PR~V T'[}[15 FlbEi TYPE SIZE PEDR CODE I 1 66 2 I 66 3 2 79 4 1 bR 5 1 66 6 4 73 7 4 65 ~ 4 73 9 4 65 1.1 1 66 1.3 1 66 !4 4 65 15 I 66 16 1 66 0 1 O6 ~ATDM ~NFM ~TTM ~SP~ SGP PRFS AP1 AP? API APl' FII,E LOG TYPF, Cilia,SS ~.OD NO, 08 636 ~! 0 I 12 08 635 21 0 ~ 12 08 o70 q8 ~14 O0 0 112 08 fl14, O0 0 o~ nJ,~, 0(,,) 0 ! 12 ~jNTR 'Y 0 0 3O 255 0 311 ,'[ N C H ~2 .,1 TN '73 1 0 SIZE SPL REPR PRoCeSS CODE (OCTAL) 4 1 68 04000000000000 2 1 4.9 04000000000000 2 1 49 04000000000000 .4 1 68 04100000000000 ~ ~ 49 04000000000000 2 1 49 04000000000000 LYD flln,~()~ VEPlFICAmlON D.TSTIMG PAGE ~5 ~APi o8 814 O0 0 112 OS 814 O0 0 08 31o ou 0 1.12 49 04060000000000 49 04000000000000 1 a9 04200000000000 1 49 04200000000000 1 4:9 0,.2000000000:00 1 49 04200000000000 1 49 04000000000000 TYPE SIZE P. EPR CODE 1 I. 66 2 1 66 3 2 79 4 1 66 5 1 b6 6 4 73 7 4 65 ~ 4 7 3 9 4 65 ~. 1 J. 66 ~3 1 b6 14 4 65 ~5 1 b6 0 I b 6 OATU~ SPP. CIFIC~TIOkl r~bOCKS ~NEM SERVICE S~RVICE UNIT aP]: APl APl APl FILE bOG TYPE CbaS$ ~OD NO. oB 636 98 63~ 2i, o 112 98 q7n Ol 0 ~1.2 98 ~1,4 O0 0 11~ O8 ~14 O0 0 ~,1,~ e8 ~14 oo 0 ~2 08 a1~ oo 0 ~8 814 no 0 98 ~14 O0 0 1!2 ~8 814 O0 0 112 08 ~14 O0 0 11~ o8 310 O0 0 SI E..MT~ Y 0 0 3O 255 31.10 INCH i2 ,lit 33 ,lin 73 0 ZE SPb REPR CODE 4. I 68 2 1 4,9 ? 1, 49 4. 1 68 2 1 49 2 1 49 2 1 49 P i 49 ~ 1 49 2 1 49 ? 1 49 '2 1 49 ? i 49 PROCESS 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000000 04200000000000 04200000000000 04200000000000 04000000000000 ETTM 14,o9g0 ~E~5 PRES 1787,0000 RPRE POgE O,n000 PT~:N ~R 14.~250 FE~T ~ETERS ~551.0 00?0 19967.4402 l~Sn 0000 USP~ 4.2266 1787,0000 PDJ, O 0.0752 O,O000 PHtiN R.O000 SGP PI)20 nTHO 1878,0000 0 0752 1:0000 LVP ~10,,!40~ VEPIFICA~it:'!N LTSTI~G PACE ~6 ETIFt 25n,2012 TE~S *>RES 1787.n000 nPP}i] PONE 9 oUO0 P"t...NF" ~R I !',} a: 7500 655R9,6250 ~ 9091 '7 1 R8 1~15,000o ~SPE J. 787, ~00() P'O~O f~, 000 PHUN .0752 8.0000 SGP mD20 187~,0000 ,0752 1,0000 SERYTCV ~AME ;PbAY~A VE~SIO~ # : 2~.~ ~ATE :83/03/~9 ~AXi~I.j~ !.,ENG'rn :~074 ?ILg TYP~ ;PR PRM'VYOI~S FYb~ DATA F[]RMA] RECORD * TYP SIZE REPR CODE 1 66 1 66 2 79 1 66 4 '! 3 4 65 4 73 4 65 i 6~ 1 66 4 65 1 6~ 1 66 1 66 ~S IT ItPi ~PI APi APT ][,~r'~G TYPE CI.~,SS I~OD fiD. ~8 636 21 0 !,13 EN'I'R Y 0 0 30 255 0 311 H ..1,2 N 3] 1 ,lin 73 0 SIZE SPL REPR 4 1 68 PROCESS (OCTAb) 04000000000000 [,VP OlO,,~U? VERIFI.~.A'~ION L >TI' PA~E; 27 ** D,ATA WL)R~AT E N'" ~lk¥ IaLOCKS RECORD ** TYPE 5 6 7 9 11. 14 1'5 !,6 0 DATUU SPECIFTC.~TIDN MblE?~ SERVICE SF~RVICE OQDER . SIZE 1 1 2 1 I 4 4 4 4 1 1 4 I 1 REPR CODE 66 66 79 06 6~ 65 73 6 f; 66 66 66 BL, DC~o i,,OG .[YpFT C.[,AS8 MOD 8 98 636 21 0 ! 13 I,B gO 635 21 0 t 13 RPS 98 970 O1 O 11. 3 PSTG 98 ~14 00 0 !13 PSTG 98 ~1a O0 0 ! 13 PSTG o~ gl4 O0 0 !13 O~ n1 ~ o{') 0 ! :i3 q8 Ri4. O0 0 !i 3 q8 ~14, oU 0 1!3 q8 ~14 O0 0 ~ q 8 ~ 14 o 0 0 1 13 g8 ~1~ Or) 0 J.!3 GAPI. 08 tlO O0 0 PEET SI 2 1 2 1 2 1 2 1 P 1 2 1 ? I ENTRY 0 0 30 255 0 31,1 T N CH ~2 . 1 .lin 73 1 0 ZE SPI,, 4 1 2 1 4 1 2 1 2, 1 2 1 2 1 2. 1 2 1 / I 49 04000000000000 49 04000000000000 68 4100000000000 49 ~4000000000000 49 04000000000000 49 04000000000000 49 04000000000000 4:9 04200000000000 49 042000000000(,0 49 04200000000000 49 04200000000000 49 04000000000000 REPR PROCESS CODE (OCTAL) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 6551C,. 0000 ?. ..1. 9967,4492 ~"~ S P E; 4. o234 PHIIN "0000 ***~**** DEPTti FEFT f'4F,'~ERS 65,595,61. 19, ~3.54.49 i 260 OOO ~.~'8PE 13. 734 ~.0000 PH'ff~ g'0000 F'I f,g !ti ~ M ~,~ :RET .114 SERVTC~ ~.IA~E :PL},YnA VERSIOM ~ : 24.9 DATE] :~3/03/~9 FILE TYP~ :PR PRFV IOf)S flL,~ : S GP Pi) 2 0 PTHO SC;P Pb20 PT~O 1 g 14, ? o ~ o i, 1912,0:000 0,0752 1,O000 ** D~Th WOPN~T RFCORD ENTRY ~'YPE 1 2 4 8 9 13 1 l 2 1 1 4 4 4 i 1 4 1 1 REPR CODE 66 79 66 ~6 73 ~5 73 ~5 66 66 65 6 E~TRY 0 0 3O 0 311. NCH 12 ,lin ~3 1 N 1 Lvp nln.~o? vEp..[FlC'a~lt3fq !.,,I,SWlt,!G PAGE 29 ~NEt, i 636 21 () 114 635 21 0 1 14 a 70 O 1 0 1 .t 4 814 O0 0 114 Ri 4 nO 0 ~ 14 ~ I '~ 00 O t 1 a gl~ O0 0 1. 14 ~14 O0 0 114 ~ 14 nO 0 ! I a ~14 O0 O 114 31. n 00 0 I 14 '~' Y P E $ I g E 2 1 3 2 4 1, ~ 4 7 4 9 4 1.1 1 !3 1 1.4 4 0 REPR SPI?CIFICATT Ot,~ 5FRvlcE SFRv.ICti] !!NTT APl lPI APl PFT S 08 636 ~i 0 oKm ~,~ ~8 63~ ~I 0 PF'T RPS 08 070 Ol 0 PF'm PSTG 08 ~14. O0 0 RF'~ PSIG q8 ~14 O0 0 ~F'm qB ~14 O0 0 nFm 08 ~14, 0ii 0 PF'T q8 ~la, O0 0 r~F'~ q8 Rla O0 O ~E'r ~API o8 310 O0 0 CC 7°, 66 66 65 73 66 66 $I gE SPL REP~ CODE 4 1 68 2 I 49 2 1, 49 a 1. 68 2 I .49 2 1. 49 2 1. 4,9 ? I 49 2 1. 49 2 I 49 2 I 49 ENTRY 0 0 10 255 0 3ll l NCH 1,2 ,lin 33 1 .1 IN 73 1 0 F'.[ I,E },,! r, 1t4 1!.4 1. i4 I 14 11~ 114. 1 :La ! t 4 !la 1!,4 1 ,t 4 CODE 68 49 49 49 49 49 49 49 49 49 a, 9 49 0400000000000h oa000000000000 04000000000000 04100000000000 04000000000000 O4000000000000 04000000000000 04000000000000 04200000000000 04200000000000 04200o00000000 04200000000000 o40o000000000o PROCESS {OCTAL) 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 040o0000000000 04000000000000 04000000000000 04200000000000 04200000000000 04200000000000 04200000000000 04000000000000 LVP nI. 0.n02 VEP.[WICATIr~N LISTING PAC, E .30 FEE~ ~ETg~S 65510, 0000 ~ 9q67 , 44q2 1230 0000 ~SPE 4,~4 1937.0()0(..~ PDt. 0 O. 0752 4.0000 P}iUN 9.OUO0 ET?M 305,3965 TENS PR~5 1~37.0000 PONE 000 P[)~O .075 ~.O00u PHUN ** FILE TR~ILEP FILENSME :RFT .11.4 SERVICE NAME :PLAYBA VE~ST[)~ ~ : 24.2 DATE : ~AXIMU~ I.,E~GTH :1..0~4 WILE TYPE MEXT F~h~' ~A~E : EOF ** FILE HEADER ** SE~¥ICE NAME DATE :~3/03/~9 ~AWlMU~ I, ENGTH ;~.024 ~ILE TYP~ PREVTOI'S FTI.,? DATA FOPMAT R~]CC~RD * TYP SIZE ~EPR CODE EN':~R'Y 1 66 0 1 66 0 2 7o 30 1 fa 255 1 66 0 4 73 31.1 4 65 INCH 4 73 12 4 65 ,lin SGP P D ~ 0 PTHO SGP PTMO 193~,0000 1., 0000 193~,0000 ,0752 t,O000 LVo n'ko.~,~02 V[;;;,~IFICATI'r!N l'.,T$,~I,~f(.~ PAC,.F, ..tl ~3 1 b6 14 4 65 ,1 IN 15 1 66 73 0 1 66 0 AP.i, APT FILE CL,&S$ ~OD NO. g 98 636 PI, 0 1,15 LB O~ ~3r~ Pl 0 I1 ~ P P $ Q H 970 01 0 I 15 PST. G 9~ ~14 nO 0 ~15 PSIG 98 ~14 OO 0 1 15 PSTG qR f~14 O0 0 1 15 ~8 ~14 oO 0 115 ~8 Pl~ O0 0 ~ 15 q8 814 O0 0 ! I 5 q8 ~14 n0 O I 1~ qB 81~, ou 0 115 (,~ AP i 9~ tlO O0 o 115 ICE SYRVlC~: ;)N:rT AP,i ~pI ENTRY RLOCKG RFCr,~RD *~ 'vYPE SIZE PEPR 3 2 7 ~ I b6 5 1 66 6 4 73 7 4 65 8 4 73 9 4 65 11. 1 66 13 1 14 4 65 1.5 1 b6 !.6 1 66 0 1 66 E T .T N TENS MSPE PR~S PD! 0 FRVIr'E i r) RFT PF'T' CTFTCATTU~I ~LOCKS S ? R v I C E U N 1: (]RDER # $ L i~ P~PS PS~G API /~pT aPi ~FT F'ILE LOG TYPE CI,,/kSS ~,'~OD NO. q8 636 ~I 0 1 15 9t~ 635 21 0 1.~5 98 970 Oi () I t5 98 m14 O0 0 q~ ~1,~ oO 0 115 o8 814 O0 0 115 o~ ~I4 00 0 115 98 8:1.4 O0 0 115 ~ 8 ~ 14. 00 0 1 15 1 1 E ~,] T P Y 0 0 30 0 311 12 1 .lin 7~ 0 REPR CODE 68 49 ~9 68 49 49 49 49 .a9 '' S REPR PRO(.E. 8,. COO. (OCTAL) 68 04000000000000 4,9 0400000000000~ 49 04000000000000 68 04100000000000 49 0400000gO00000 49 0400000 000000 49 04000000000000 ag 04000000000000 49 042 0000000000 49 o42oo0ooooo000 49 o4~,ooooo0ooo9o o~2ooooooooooo o~ooooooooonoo PROCESS (OCTAL) 04000000000000 04000000000000 04000000000000 04100000000000 040o0000000000 04000000000000 04000000000000 04000o00000000 04200o000o0~00 LVP O~n.k~02 V~;RIFI(',AT]ON [..,TS~I~G ~AS~; 32 P T w U p t;' "' 98 B 1 ~, 00 0 1 15 ~R PF"r ~API q~l ~1n O0 0 I 4.9 04200000000000 4.9 04200000000000 O000000OOOO 11 49 49 O~o0000000nO0O ,W.,T T ~ ,15,0000 TENS PR~S .1. R 4.~,, o 0 O0 ppi;),; P 0 ~? F:; .0 0 0 0 ~ T Ffu 13. 4297 ********- DEPTH o551 O, 0000 ~ 9967,4492 i 35S' 0000 1~42~0()00 PDI. O ~ · O 000 P H ~I N ~TTM 766.78Q3 'PENS PRES 1, R62 0000 RPRE PONE 5~ nO00 OT~N C, R 19.3 ~ 38 *$ FT[,F TRa.t[,EP ** FI[.,E NAlv~l ;R[.."T 115 VERSTO~ ~: : 2a,2 DATE :~3/u3t29 ~AXI~o~,' T.,E~TGTH :1024 FILE TYPE ~EXT FILF 4. 2422 SGP 0.0752 PD2, ~. 0000 P T I40 5 3789 .... GP 0 l -,..2 F 020 1934,0000 0,P752 1,0000 1~32.0000 0,0752 1,0:000 ** FTbF NEA!)RR ** FILE Ngh;~i :RFT ..1!6 SEPVICF MA~E :P:LAY~A VERSIO~..~ ~ : 2a,P DATE 1~3t03/P9 ~AWl~tJf,'~ LE;~fGT?! :1024 PREVIU~S Flbg 1 I b6 2 1 66 3 2 79 4 1 66 gw'rRY 0 0 3O 255 T., V P 0 :! ~. w 02 v E t::l I F' ,,1'. C' A 'T' i n i~ L T. S 'T' [ ~ (; P A ~ E 3,3 IP O~I)ER ~ brig TYPE CLASS ~FT LB ~ 635 21 ~Fm ppR 98 970 01 ~F'~ PSIG o8 g 14 ~F'm 98 ~I~ 00 ~Fm o8 814 O0 ~,Fm 08 ~14 ~F'm o8 ~IA no ~ PI FIfE MODo ]i~. ~. 0 116 0 ~:t6 0 1.16 0 ,1~6 0 116 0 ~l:t6 0 1 16 0 0 o 1.!6 SIZE; 8PL RF..P~ CODE 4 1 68 2 I 49 2 I 49 ,4 .!. 68 2 I 49 2 I 49 ? I 49 2 1 49 2 1 49 2 I 49 2, 1 49 ? i PROCESS ( OCT Ab) o, ooooooooooo o oooooooooooo o oooooooooooo ooooooooooo o4 oooooooooooo o oooooooooooo o ,oooo:oooooooo o o o o o o o ooooooo °°°°°° 000000 ~ 49 04200000000000 49 OAOOOO00000000 P[dPR CODE 66 66 ?O 66 66 73 6*; 66 65 DA'PU~? s[,wCTFICATIOt~5 mI..,oCKS ,u.NEbq SF'.F;VICE 5FAVICE I!NTT hPI APT APl ID OPlJF~{ ~ LOG TYP~ ETIi4 PMm $ 9~1 636 21 TENS PF'm 1,}3 q8 635 Pl ~SPE: PF'~ RES o~ 070 Ol $(;P PF''m PSIG 08 qlg 1~[,I FI!,E ~ 0 r,, fq 0, 0 1. i6 0 116 O 116 0 .1 1 ~ ENTRY 0 0 30 2 ~ 5 0 311 T N (7 H ! 7.] 0 SIZE SP6 REPR PROCF$S COD~ (0CThL) 4 I 68 04000000000000 2 1. 49 04000000000000 ~ 1 49 04000000000000 a 1 68 04100000000000 ETIIq 267.5976 PRES 1845,0000 114.4375 PSIG 98 814 O0 0 1i6 °8 81d O0 0 116 2 gu 81a O0 0 116 2 °8 ~14 O0 0 116 2 08 ~1~ O0 o 116 08 ~Id Oo 0 il~ 2 GAPi qB 310 00 0 ~,16 2 TENS PT~N ******** DFPT}~ 6~510. 0000 1 9967.4492 1360,~000 M~$PE 5.0352 1845. 000 PUl0 0,07~2 5,0000 PHilN 9.000() ********'"DF.'.,[", ' m }i' 65505.5156 .19993.5 ! 37 . 55 0000 0 00 757 000 o4oooooooooooo 04000000o00000 o oooooooooooo 04000000000000 o4 ooooooooooo o ooooooooooo o4 ooooooooooo 02t8,000,0 o · :9 7 ~2 1 . O000 SGP Ig3~,O000 PD2O ,0752 PTNO 1,O000 DATE :R3/03/79 FILI/] TYP~ ;PR ********** EOF FILE r~a~IF :mvT ,117' SEPVTC~ NA~E VEPSIO~' ~ : 24.? DATE :~3/03/~9 qAXlUt/~ I, ENGT~ :10~4 FILE l'YP~ :PR ¢RPVlUI~S F~b~ DATA ~[:]Rfd~T RI:CORD ** MNTRY OL, nCwS LVP Oln.~40~ vE:F~IVICATION LI'S~'.I.~IG PAGE 35 1 2 4 5 9 ~4 ~5 0 CIFIC~TIO~/ r~!LOCKS ICE SERVICE UNTT OPDER ~ SiZE 1 1 2 1 1 4 4 4 1 1 4 ! 1 I ** DATA F'OPMAT ~NTRV i'~ETCO R .D. * T 'i P DATUY SPF:CIFICATION F~L, OCKS APl AFl APl fkPI FILE L, nG 'Y .. ~':S ~40D Nr), S 98 636 21 0 117 LB ~ 8 6 21. 0 J i7 RPS ~8 ~0 01 t, '[~7 P S T g o 8 4 0 O (1 I i 7 PSI(; q8 ~ lJ~ O0 o 117 ~8 81~ O0 o l:l 7 ~8 ~4 ~0 0 117 98 814 O0 0 117 q~ ~1~, O0 0 117 m8 ~14 O0 0 1~7 q8 ~14 oo o ~ 17 GAPI o8 310 O0 0 I t7 SIZE 1 1 2 1 1 4 4 4 4 1 1. 4 1 1 1 APl APT ~EPE CnDE b6 66 6~ 7~ 66 66 65 b6 0 0 30 255 0 ,31 1 12 II~ 1. IN7 3 1 0 SiZE SPb 4 ~ 1 ? 1 ~ 1 ? 1 1 1 REPR . ROCE,$= COD,., (OCI. AL) 68 04000000000000 a9 04000000000000 49 04000000000000 68 04100000000000 4,9 04000000000000 49 04000000000000 49 0~000000000000 49 04000000000000 4,9 0420000000000:0 a9 0~200000000000 49 04200000000000 49 04200000000000 49 04000000000000 ENTPY 0 0 ,~0 255 0 311 INCH 112 .lin 1 ,lin 73 0 PROCESS :'/"~ t'1 [mi ft] iI;l i[! [:4 ~ l" . 36 LVP oln.~.!O? VEPIFrICA'~'ION i, ISTIhG PA~E i.,OG TYPE CLASS [,b 98 635 ~1. 0 ~ 17 ~PS 98 070 Ol 0 ~ 17 DSIG 98 ~14 O0 0 ~ 17 ~[~G ~8 ~ 14 00 0 1~ 7 PS~G 98 814 00 0 117 98 ~14 O0 u e8 ~14 O0 o ~.~7 a8 81~ sO 0 1 i7 ~8 81~., ~0 0 ~ ~'7 ~ 81, oo 0 1i7 G A P I 98 31 ~ 00 0 .. 1 49 04000000000000 o ,0oooooooooo §4 ooooooooooo i 49:04000000000000 I a9 04000000000000 ~ ~9 O4000000000000 1 49 O4209000000000 ~ 49 042000~0000000 1 a9 04200000000000 I 49 042000:00~00000 I ~9 0~000000 00000 } O000 PR~S 197 'OOO0 19,3291 ~T~.M :~14,49ql PRE5 1472.~000 mONE:' 3. GR 1.8.2594 RPRE DT~N ~' E N S RPRE ******~:* DB]PTH F ~;'w q, M ETEP ~3 6551 .0000 19967 44.2 la7~,0000 POI0 7, OOOG PHlllq 6,300f~ 0.~757 9, 000 0,0'152, 5.000O SGP 1966.0000 PD~O 0,0757 PTHO 1,0000 SGP 1542.0000 PD~O 0,~752 DTHO l, 000 FILE N~ :RFT .117 SERV!'CF ~.YAME :DbAYRA VERSIO~ ~ : 2~.2 DATE :~3/03/~9 ~AXI~U~ L~Iq(;TH :1024 FiLE NEXT FILE KA~E : mILE NA~qF~ :PFm .118 SEPV!'CF ~AUE :PL~YnA VERSTO~ ~ : 24.2 ~AXI~t.I~ !,ENGTH :10~4 rILE TYP~ :PR [,VP ~iO..tJO? vEP, IF'Ir'A'PI[')N L, TSmIVG PAGE 37 PR~'V T 0I'~ S FT.L~ ** FILF .WILE VE~STC}~ DATE: RNTRY m'YPE SiZE REPR CODE I 1. b6 0 2 1 6 & 0 3 2 79 30 4 i 66 255 5 1 66 0 6 4 7 3 31 1 ? ~ 65 TNCH 8 4 73 12 9 4 65 .tin ~ 1 1 66 3J ~, 4 4 65 !5 I 66 73 0 1 b6 0 ~ATU~ SP~CTf'TC~TI(JN gbOCKS ~NFM SERVICE SERVICE UNTT APl Apl' AP1 APl FILE SiZE SPL REPR ETIM PF~ S 98 636 21 0 119 4 TENS r~'T I,B qB 635 ~i 0 ~.jq ~ ,~ ~ P k.: PFT RPS q8 q70 01 0 ~ 19 ~ SGD PFm PS!G ~8 814 0O 0 ~1q 4 ORF5 PF'T PSTG q8 ~1~ O0 0 1i9 2 mD1.0 pFm 08 gl4 OO 0 1,1~ 2 CODE (OCTAL) 68 04000000000000 49 04000000000000 49 04000000000000 6B 04100000000000 49 04000000000000 49 OaO00000000000 49 04000000000000 49 04000000000000 I.,VP 010,,5.t02 VEr~IWlCAmlON 'LTSTING PAC.,E .38 PON~, PFT nB 81 4 0 U 0 ~ :19 81 .a 00 u 1. } 9 310 O0 0 ~ I,~ ** D~T.A F[,IPtqaT RF, CORD ** TYPE filZg P~PR CGI,)F 3 2 79 4 I 66 5 1 66 7 4 8 4 73 9 4 65 13 I 66 14 4 b5 15 1 16 1 66 0 I b6 DATUM SPECIFICATIUt~ ~NF~i S~RVlCE SPRVlCE BLOC ,.S UNIT AP1 .~ OR I,B 98 RPS q8 P S 'I G 9 ~3 PSIG °8 ~8 CAPI ~48 bPI A.P,.I A'P~. %YPE CI..,A~S M[]I'~ t'JO, 636 21 (.) 1. 1 63~ 21 o 11.9 970 01 0 g 14 0 0 0 ~1~ nO 0 1. ',i 9 814 00 ~14 00 0 t19 ~1~ O0 0 1.1~ ~1~ Og 0 ~14 nO t) ~14 00 0 119 310 O0 GR 15.nooo ?,oooo 16.375o P P P, E ******** DRPTti b5510,O000 199h7.4492 1415.00o0 1985.0000 POt0 9,00o0 2 1, P 1 2 1 2 1 0 0 30 255 0 311. 12 ,1 1. ,'1 IN 73 1 0 SIZE SPL 4.q102 0,075'I 9.0000 49 042.0000000000 ~ 0 4,9 042000000,0000 49 04200000000000 04200000000000 49 04000000000000 REPP PROCESS CODE (OCTAL,) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 040000000~0000 49 040000000 000n 49 04000000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 SGP 1979 0000 PO20 0i0752 PTH[) 1. 0000 L'VP 010,~()9 vEP:i. FlCAmIOi*,l LISTI,~,G PAGE 39 FEET 65672 5000 1 ~ 15 . 0000 1 ~ 8 2. O0 0 0 fl. 0000 ?0016.9795 PD1 u 5.4258 0.07~2 9.0000 SGP PD20 PTHO 197~,0000 ,0757 1,OOnO ** FTLF' n'R/XI[,~EF~ ** SE~V ICI: NA~4E :PbAYBA VERSIO~ ii : DATE :~3/03/29 ~II, E TYPE ~EX'I' FTLF NAME EOF ** F'ILF, 14E.~OER ** SERVICE ~a~g : , hAY'ga VErSIOn,* DATE ~AXlulI miLE TY~: :PR PREVIOUS FTLF : ** DATA, FORNIT iqEC[)RD :~,~ F. NC'R¥ gbnCWS TYPE SIZE REPR CODE I [ 66 2 1 ~ 3 2, 70 4 ! 66 5 I ~6 ro 4 73 7 4 65 8 4 'l 3 9 4 65 ~.1 I 66 1.3 1 66 14 4 65 ~.5 1 66 ~6 1 66 0 1 66 ~SPg SPFCTFTC[TIDN BL, aCK5 $['RVi'CE 5Fi, Rv,LCE UNIT APl 1, D [)R DEiR ~- LnG n[~'~ S 98 P F'T LB o 8 PE'* RPS aa AP1 f:Pl. APT P)'LE TYPF r'i.,aS$ ~'lOIn NO. 636 Pl 0 120 635 ?1 0 ! 20 970 Ol 0 !20 EMTR Y 0 0 ~ 0 255 0 31.1 I l,] C, H 1,2 . iTN 3 3 ,1 l'. iq 73 0 SiZE SPh REPR PROCESS CODE (OCTAl,) 4 1 68 04000000000000 ? I 49 04000000000000 2 1 49 04000000000000 LVP olo,H0? VERIPICA'I'IO~'{ .LTS~f'ING PAGE 40 R14 C) O 0 120 ~14 OO 0 120 g14 00 O 120 RI4 oo 0 12 ~14 O0 0 1:20 ~1a 00 0 120 814 O0 0 1 20 814 no O ~,20 ~ ! a 00 0 120 31n nO 0 120 68 04100000000,000 49 04000000000000 49 04000000000000 4,9 04000000000000 49 04000000000000 49 04,200000000000 49 04200000000000 4,9 042000000'00000 49 04200000000000 49 04000000000000 ENTRY nL, nC~<S 1 2 3 4 5 ,5 7 11 '{5 16 0 DATtJ~'~ SPFTC!F'TCaTIO~,; mi,,OCKS MNEg SERVICE 5gRV1CE UNIT AP.[ ID [)PDFR ~ LOG ETIM RF'T 8 q8 TE~JS ~F SGP PF~ PST(; o8 PRE~ ~F'T P~T(; q8 ~P~E PFm PSTG PO1 0 PF'T UOUE ~F DT~N PHUi9 RF'm 98 OT~O pF'm ~R PF'~' GAPI 08 SIZ 70 66 '73 65 65 66 66 6a APT APl APT TYPE CheSS MOD NO. 636 21 0 120 635 71 0 120 070 O1 0 !20 ~14 O0 0 914 00 0 120 al4 0(.) 0 120 gl4 O() 0 120 ~1~ 0() 0 814 nO O 120 Rla. o0 0 n14 O0 0 120 ~14 0() 0 120 310 00 0 SI EMTR~' 0 0 30 255 0 3I 1 NCH 1.2 1 73 0 Z~ SPL 4 2 4 ? 2 ,.9. P. REPR PROCESS CODE (OCTAL) 68 04000000000000 49 040~0000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 ~9 04000000000000 49 04200000000000 ~9 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 15,O000 ******** DEPTH FEET 65BI0,0000 1235.0000 19967,~4q2 ~5PE; 5.01~5 8GP 1981.0000 L"~ m~ I m I m w 1 ,I:-1 mi! [:-] ~ T.,,VP 0].0,%,[0~ VEPlFIf'~A~Ir'}N LTSTI~G PAGE PRES 1887. 0000 t~PRE PONE ~, nO00 DTKN G R 17. R 750 1~87,0000 C'DlO 0.0'752 q · 0000 ~.2578 0.0 75 7 9, nO00 P D 20 P T H 0 SGP PO20 ~T~O 0.0752 1, oo5o 1980,0000 07 ~2 :oooo EOF $~$~$*~,* VERSIOM ~, : DATE :~3/03/29 MAXI~tj~' LENGTH :~0~4 ~ILE TY.PF, :PR PREVI[)I~S FILE : DA'I'U),~ ;::PVC1FTCATT[i~`? BL, lYCgS E; N T P Y 0 30 0 INCH 12 . 1:1: N . liN' 73 1 0 LVP OIO,.NOP VEPIFicATION LTSmlMG PAGE 42 API APl API Fi[,g TYPE CLASS MOD NO, 636 21 O 121 635 9 '70 01 0 ~14 oO o 121 814 O0 0 121 ~ 1 ~ O0 814 O0 0 121 ~14 O0 0 814 o~ 0 12~- 91 4 00 0 814 O0 0 121 310 nO 0 4 2 1 1 1 2 1 68 04000000000000 49 04000000000000 ~ o~oooooooooooo ,~ o~ooooooooooo ~, o~ooooo:ooooooo ~,~ o,oooooooooooo ~ o~oooooooooooo ~ o,oooooooooooo ~ o~ooooooooooo o~ooooooooooo ~,~ o~2ooooooooooo ,,~ o~ooooooooooo ~ o~,oooooooooooo ENTRY mYPE: SIZE PEPR COOF I 1 06 3 2 70 4 I 66 5 1 66 6 4 73 7 4 o5 8 4 73 9 4 65 tl 1 6~, ~3 1 b6 ~.4 4 b5 ~.5 I 66 !6 i 66 0 1 o6 DATUM SPECIFICATIOP! 'WNFM S~RV,fCE SERVICE BbOCK8 UNIT APl $ lpI API ~,PI FILE t,,r3G TYPE CI,.,A~iS I~IOD NO, 08 636 Pi 0 !2~. 98 635 08 970 01 0 1,2t q~t ~1~ o0 (.) 121 o8 ~1a. oO 0 1.2! ~8 ~la. 00 0 121 o8 81~ O0 () !2t 98 ~14 O0 0 12!. 08 ~i4 O0 0 121 q8 ~14 O0 0 o8 ~I~, O0 0 1~!. 98 rtl4. O0 (~ ~2~. 0 0 30 0 ,3.~ 1 I' NCH ,lin 33 1 . l%lq 73 O 4 1 ? ? REP~ PROCESS (OCTAL) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 01200000000000 49 04200000000000 49 04200000000000 49 04200000000000 19 04000000000000 65'310 ~nO0 1996 ,7 . 4402 1 ~a o. 0000 ~' 5 P E 1910.000() PDI 0 6,55R 7.5q3fl 9991.09o6 1260 0000 ~SPg 1007 [ OoO0 PD~ 0 1 ,PO00 PM U;~ 0752 O,O00o 0~4 0,0000 SGP 1o020 PT;,'IO SGP PD~ 0 PTMO 200~,0000 ,0757 2,000O '"0 g 2 03,: 000 O, 757 2,0000 ** D~T~ FORNAT RECmRD ** W'YPE SIZE FEPR CODE i 1 66 2 I ~6 3 2 79 4 1 ~6 5 i 66 6 4 73 'l 4 65 8 4 '13 1.1 1 66 13 1 66 '~ ~, Y 0 0 30 255 0 3!.1 33 1 . ~' [~JG PAGE 44 LVP nih. H02 trEr~IFICATInN LI~.,'r 15 16 () BATU~I' SPFCTFIC,.~TION ~LOCKS ETIM ~FT S TENS PV'T ~SPE ~FT RPS PRE~ ~ k" ~ PSIG ~P~E POlO ~'T PD~O PF DHUN PF'~ P T w 0 Ga PF~ ~A~I ENTRY ~4 i,~ [tCKS 1 2 3 5 7 9 ~3 14 ~5 0 MNEM SWRVlCi.{ $.w. RVlCE I ORDER (>6 ~6 66 i~ P i A P I A P o8 636 o8 63~ 21 0 ~ 970 ~8 ~14, oo u 1 oB 814 ou 0 ~2~ ~8 ~1~ o0 o ~2~ 98 814 00 0 o8 ~1,4 00 o ~ 22 o8 814 O0 u 122 os 01a 00 0 ~ 22 gU ~1~, O0 o !,22 o~ 914 00 0 12~ 08 31o o0 0 12~ S P~TG SIZE 1 1 1 4 4 4 1 4 1 1 PEPR CODE 66 6g 79 66 73 73 65 of- 65 66 b6 UNIT API ~pI API aPI PILE [,OG TYPE C1,055 ~On NO. 08 63~ 21 0 !,22 98 635 21 O 1.22 08 970 O1 0 12~ O~ gl4 O0 0 !2~ g8 814 n0 O 1.22 ~8 ~1~ O0 0 ~22 08 814 nO 0 oq 914 O0 0 122 ~8 ~14 O0 0 127 98 ~I14, o0 0 !22 ~8 ~1~ 00 0 129 73 1 0 SIZE 5P[, REPR CODM 2 I '2., I 49 a. I 68 ? i 49 ? 1 49 2 1 ~9 2 1 49 2 1 2 1 ~ i 0 0 ~0 255 0 YNCH !2 .I'IN 1 ,iTN 73 ! 0 SIZE SPL, REPR CnDE 4 1 68 2 1 49 4 I 68 ~ 1 49 2 1 49 ~ 1 49 2 1 49 ? 1 09 1 0400000000000,0 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 49 04200000000000 49 04200000000000 ~0 49 0420 49 0,4200g00000000 00000000 49 04000000000000 PROCMSS (OCTAL} 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000000 49 04200000000000 49 04200000000000 I',VP nI0.!.'10'2. V'[~'.P]j..FICATION [,,i[~Sq",][NG PAGE 45 0 122 (> 1 27 I~E~T b5510 0000 ETT~ 15. oO~O ~ENS 1 ~20,0000 0000 PR~$ lq25 0000 RPRE 192 '0000 PONE G R 16.1719 19q67.4492 ~'SPE PO10 PH:!N 4, a789 0,0'"152 0. 0000 4039 TENS 192¥,0000 RPRE OOflO PT~N 8750 w E E'p m E T E P ~ 65566 67~,0 19984.72P7 1~.15 nO0o ~,~SPE: 27.3750 IO2~,OOOu Pi)l() O 0757 3,0000 OHTT~ 0:0000 F i L E .t~ .a l,~ F. : R F q' ,122 ,~E~v TCF NAME :PL~YBA VERSIu~ ~ : 24. DATE mAWlmUm LE~,~(;'rH :I0~4 WILE TYPw :PR NEXT I{'ILK NAME DATE :~3/03/~9 MAXIMU~ LENGTH : 1024 ~ILE TYP~ :PR PREVTO[IS FTb~ : 49 042 0000000000 1 49 OaO00000000000 SGP 2021. 0000 o. o g ~.. 'tHO .'2., P',C~O .0000 ~NTRV F'a. L, OC~' 6 TYPE SIZE ~ EPi:I COOE iN'raY I I 66 0 3 2 79 30 4 1 66 255 5 1 66 0 6 4 7 3 3 J. 1 7 4 65 8 4 73 9 <4, 65 11 I 66 ! 3 1 66 1.4: 4 65 15 1 66 16 I 06 0 I 66 '~NB~i~, SERVICE SFRViCE UNIT APl APT APl aP1 FI~,E I~ ORDER # bOG .tYPE, ~TT{,I PFT $ q8 636 "~1 0 ~ 2 MSPE PF'~ ~PS ge 970 PR .o ~'F' PS '.[ _, n 8 8 1 4 00 0 12 RP~E ;~ e""e PS"rG q8 ~14 O0 0 123 PDIO PFT q8 Rid 0() 0 PO20 PF'~ q8 814 O0 0 123 PONE PP~ oB RI~, O0 0 t23 P T E t'~ ~ K ~ q 8 ~ 14 00 0 123 PHUN PP~ o8 ~14 O0 0 123 PT,WO PFT oq ~14. O0 0 !2] TYPE SIZE ~EPR CODE I 1 06 2 1 66 3 2 79 4 1 06 5 1 66 b 4 7 4: 65 B 4 73 9 4 65 11 1 06 13 1 14 4 65 !5 1 66 16 I. 66 0 1 66 ~NE~ ET T N~ MSPE SGP AP1 a[;l AP.[ ;~FI FILE ~,OG TYPE CI.~$S Mt)r) 98 636 21 0 123 q8 635 21 0 1.2~ 98 970 O1 0 !23 08 ~14, O0 0 123 98 ~14 O0 0 123 q~ gl~ no 0 1.23 ]{.' NCH 12 ,lin 1 .1TN 1 U SIZE] SPL REPR CODE 4 I 68 2 I 49 ~ I 49 4 I 68 ~ 1 4,9 2 1 49 ,.9. 1 ,49 ~ 1 49 ~ I ~9 2 I 49 ~ I 49 ENTRY 0 0 255 0 3,11 INCH 12 .fin 33 1 , lin 1 0 SIZf SPL REPR CODE 4 1 68 ? 1 49 1 49 4 I 68 1 49 (OCTAL) 04000006000000 04000000000000 O~OnO000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000000 04200000000000 0~200000000000 04200000000000 0400000000000~ PROCESS (OCTAL) 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 LVP mlo,~407 vEPIFICA~]F~N LI.SmII~G PA¢~E .4,.7 G A P I oll Ri 4 oo 0 123 o8 [tla Oo 0 1.23 q,~ 814 O0 0 123 o8 014 Oo 0 123 0 ~ ~ l 4 0 (.) 0 1, 2 3 q8 310 I 49 04000000000000 1 49 04000000000000 1 49 04200000)00000 1 49 0..200000000000 1 49 04200000000000 1 49 04200000000000 1 ~9 04000000000000 ,[ T.~t 15 R~$ lO3n. 0000 PONE 9,0000 GR 17 · MTIM 248.70:13 ORMS 1 q30. nOOO PON£ m, C,R 2.9453 '~' E N S PT, ,N RPRE PiEN 5.1602 n.0752 o,000O 5.0664 0.0'75'7 0.0000 SGP 202~ 0000 PO~O '0752 PTHO 2,0000 0'~ 0000 SGP 22 PO20 :0752 P'I'HO 2.0000 SERVTC~ NAME :PLA/gA VE~ST[~ ~ : 24.2 DATE :R3/03/29 WlI,E TYPM :.PR ME7T FILM [IAUE : SE~V!CF NAME : PLIYI3A VEPSiON ~ : DATE :~3/03/P9 ~ILE 'rYP~ : PR DR~VIOIIS FII,~ ~N'rRY mLOCKS 1 SIZE; PE;PR COt.)_. 1 66 0 I-? i'~ I I 1 m i1 ,i;t il_,. l:41 I.,VP o~o '?qOm vEr~I','FICA~Imf~ I:,Tsr. INb PA~E 48 ,3 4 5 7 9 1.4 ~5 16 0 ~6 70 06 66 73 65 65 66 66 66 APl AP1 APl APl P II,,g LOG TYPE q8 636 21 0 124 °8 635 2i 0 !24 q8 070 Ol O 12~, 08 914 O0 0 124 O 8 ~ 1:4 0 o 0 98 ¢I4 O0 0 124 q8 Rla O0 0 qB ~14 O0 0 o ~ R 14 00 0 !2 4 °8 ~14 Oo O 124 ~8 ~i~ O0 0 124 08 310 O0 0 124 0 30 255 0 311 INC.,it 12 .lin 33 1 , lin 73 1 0 SiZE SPb REPR COD~ a, 8 2 I 49 ~ i 49 .9., I 49 9. I 49 2 1 49 9. 1 49 2 I 49 2 1 ag 2 1 49 PROCESS 0,4000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000000 04200000000000 04200000000000 04200000000000 0~000000000000 TYP 7 9 11 16 KS TT SI Z AP I h 0 G 1 66 1 66 2 79 1 66 1 66 4 73 4 ~3 4 65 1 66 4 ~5 1 ~6 ! 66 ENTRY 0 0 3O 31,1 T N C H ~2 ,lin 1 ,1tN 1 0 ~,PI APl ~PT I~ I 1'., E SIZE E . . I) . .TYP... CbASS ~0 {'~ 636 21 0 ~ 24 4 SDb REPR PROCESS COD~ (OCTAL) 1 68 04000000000000 I .... ~ LTS INC PAGE 49 635 970 Ol 0 ! 24 ~J 4 O0 0 124 8,1a o0 0 ~24 RI.~ ou 0 1 814 O0 0 124 ~14 O0 0 714 O0 ~ 124 ~1.4 oO 0 124. ~ ~ ~, 00 0 124 ~ 1; 0 nO o 124 ******** DEPT~ ., i ~ E T E P S 65510.0000 19967. 4492 1240,0000 ~') $ P E 1Q55,0000 ~DIO 0,0752 o;O000 *.******* DEPTH 65574 2R91 19987.0430 1.~45,0000 ~SPE: 34.6250 19bO,O000 POlO 0,0752 6,0000 PHUN m,O000 SE~VTC~ VE~SI(JN DATE ~AXI,'4U~ I,E~,~GTH :1024 NEXT FT,b~ ~,'A~: : EOF ** FTI~I~ qE~DER ** FI!,E NA~,~':' : )~ F'P 195 VE~STO~I DATE ~AXl.~U~ f,EYGTIq :102~ wILE TYPE : P~EVTt)IIS FTLF : 49 4000000000000 49 ~40000000000(}0 68 '410000000(~000 49 ~4000000000000 49 04000000000000 49 04000000000000 49 04090000000000 4,9 04200000000000 49 ~4200000000:000 49 4,200000000000 49 04200000000000 49 04000000000000 SGP 205~ PO20 ,0000 PT~0 ~,0752 .0000 "0 SGP 2051..00 . 0 P t") 20 0 0752 · ,) , r, .o : oooo L"~ m'l I m I mil ~I~ z: t:4 J LVV 0!o..~.~09 VE~I'F'ICA~'In.~'J LTS'~I~)G PAGE 50 TYPE 1 2 4: 5 5 7 9 11 13 15 !6 0 OATUN SP~,(.Ib.TC.hIIUN ~4NE~ SERVICE SW..[~VICE 1D ORDER ~ T ~ ~4 ~ F 'r TENS ~F'''r ~FRE ~Fm PDI 0 ~F'm mORE PF'~' UTEm ~F~ OT~(,J ~P'T SIZE 1 1 2 1 4 4 4 4 1 4 1 I 1 ~EPH C 0 DE 66 66.' 7 ? 6.3 66 66 APT APl i~pY FILE TY.PE C}~.~SS ~OD biO. 6:36 ~1 0 I ~5 635 21 0 !25 070 O 1. 0 125 RI4 O0 0 1.25 ~J,~ O0 0 125 ~4 00 0 125 ~1~, o0 0 12~ ~14 O0 0 125 ~1~, 00 0 125 914 oo 0 125 ~ ~ a, o0 0 ~ 25 ~1~ 00 0 125 31o O0 0 !25 ENTRY 0 0 30 255 0 311 I,qCH 12 .I. TN 1 ,lin 73 1 0 4 1 1 ? ~ 1 REPR PROCY$S CODE (OCTAh) 68 04000000000000 49 04000000000000 49 04000000000000 6B 0~00000000000 49 04 00000000000 49 04000000000000 49 04000000000000 04000000000000 49 0420000000000~ 49 042000000g0000 49 042000000 0000 04200000000000 49 04000000000000 TYPE 1 2 3 4 5 .6 7 9 13 ~5 ~6 $ 1. 1. 2 1 1 4 .4, 4 4 1 1 1 :t REPR COD[: 66 79 66 73 65 73 65 66 65 66 66 25 31. INCH .lin 3 ,11 N 7 T~,V~ 01.0.~()? vi!.:P[FICA'~IOp,! L, TS'PI~IG PA~E 51 0 1 b6 0 APT APl APT TYPE CLASS MOD fiD° 636 21 0 635 21 0 125 07O O~ 04 25 ~1,4 nO o 125 ~1,4, O0 0 ~ 25 ~1~, O0 0 125 rtl4 O0 u 125 ~ 1 a 0 o 0 125 ~1~ oo 0 al4 O0 0 125 ~la, O0 u 1.,~5 31 a n 0 0 KIZE SPL a 1 ,2, 4 ? 2 ~ 1 ? 1 R~PR PROCKS,~ CODE (OCTAL) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 0_000000000000 49 04000000000000 49 04000000 00000 04200000~00000 ~ 0 4,9 0420000.000000 49 04200000000000 49 04200000000000 49 04000000000000 ETTa 14. o950 PRE:6 1a65.0000 RPRE PO,qE 7. 0000 ~R 13,7.969 0,0000 19~67,4492 1420.0000 ~SPE: lq65~AOOu 4.2891 0,0'757 n,oooo KTTs 275.3952 mg~)S PRES lg65.nuOo RPPE; mO~E 6.0000 PTEN ~R 1.16,4.375 ******** DEPTH ~'i!: ~ T mE rE 65598 15~2 19994.3184 :L~15 0000 ~SP~i 35.0313 lq65.0000 Pl)lO 0,0757 7. 000(') PHUN ** FILE TRAILER ** FILE bJ~,F:F :RF,~ ,125 ..~EP V T CF" ~'.~ A ~'~ [:: : PI,,,AYgA DATE :~3/03/P9 ~II,g TYP~'~ ~EXT E'TLE ~:A~E ; SGP PD20 PT~O SGP PD20 2064,0000 0,0752 2,0000 2063 0000 2,, .000 SERVTCF ~'~ A ~.~ E VERSTi.j~', ~ : 2,~.2 LVm 01o.~..~0~. 'VE:PI.FICATIC3t~ i.,TISTING PAGE 52 DATE :~3/03/29 ~AXI.~U~ '[,E~GTh :1024 FILE TYPE :PR PREV ~Ol~M FIL~ : ENTRY BL, OCN5 kEcoRn ** ?YPE 2 5 7 8 9 .!.1 ~6 o DATU~~, SPECYt;'IC,h'TTOr<¢ mLOCKL~ ~fFtMN SERVICE S~RVlC, E S I Z E 1 1 2 1 1 4 4 4 I 1 4 1 .1.. REPR CODE 66 66 79 b6 66 '/:3 65 65 66 66 66 66 APl APl APl LOG TYPE CLASS o8 636 21 98 635 21 08 ~,7t~ 98 81~ O0 ~8 ~14 DO o8 01~ O0 q8 ~ 14 00 08 91~ O0 98 ~14 O0 ~8 310 O0 FILE .126 126 1,26 !26 126 1~6 126 ~6 ~26 ~26 !26 ENTRY 0 0 30 255 311 .lin 1 73 0 SIZE 4 P 4 ? ? ? REPR PROCESS CODE 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 4'9 04000000000000 49 04000000000000 49 0400On00000000 49 04000000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000~00 ** DATA. FORNAT RKCORD ** TYPE I 2 3 4 8 9 SIZE 1 1 2 1 1 4 4 PEPR CODE 66 66 79 66 66 73 65 73 65 0 0 30 255 0 311 TNCH 12 ,lin LVP O:I~,.RO? vED][F1CAT'Iint~ LT~'~;T]MG PAGE 53 SG~ RPr~E ~O~ 0 RF~ ~D~O ~F~ PT~N ~F· BHUN PF~ 1 1 13 14 16 0 66 66 65 66 ~6 MTTa 15.0000 TENS PRFI$ 1Q'77.00O0 I~PRE pONE 3 0000 PTF':N GR 17 :,q7r, o ETIN 213.9506 TEN5 _~RFS 1070.0000 ~PRE PO~*E, 2. 0000 PTEN GR ~ 16. n625 BLnCKS IJ~T APl i~pI AP1 APl'. FILE LnG TYPE S 98 636 ~,l 0 126 [,B 08 635 21 0 ~ 26 PPS q8 970 ~1 0 126 PSTG ~8 ~14 O0 0 126 PSIG q~ 81~ O0 0 126 PS%G ~8 914 O0 0 t26 q8 ~14 O0 0 J26 98 ~ 14 O0 0 ~,, 26 ~8 a 1 ~ 0(,) 0 126 q8 ~l 4 o() 0 1 26 q8 al4 OO 0 126 98 ~14 O0 0 ~26 GAPl 98 31o nO 0 ~26 .lin 3 3 1 73 1 0 SIZE 5Pt~ RF,~PP CODE ? I 49 2 I 49 a, I 68 2 49 2 49 2 1 49 2 1 49 2 I. 49 ~ I 49 2 I 49 2 1 ag 2 :IL 49 ******** ~EET 65510 000o llos,oono 1,972.0000 8.0000 19967.4492 PHI. tN 5,2383 0.0757 O,nO00 ******** DFpTH ******** FEET METERS 65577,3359 ~9987.97~7 1~'10,0000 ~010 0.0757 8,0UNO PHUN 0,0000 SGP PD20 SGP PD?O PTHO 0,4000000000000 04000000000000 04000000000000 ()4100000000000 04000000000000 0 4.0 0 0 0 0 0 0 0 0 0 0 0 04:000000000000 04.000000000000 04200000000000 04200000000000 042000000 0000 042000'00000000 04000000000000 2070,00,00 0,0752 2,0000 2069,0000 0.0'757 2,0000 ** EIhF TRAI[.,,EP ** WlI,E NfiNW :m,E'~ .I76 SEPVICM NA~4E; : PL, AYBA VEPSTON , : 24,2 DATE :~3/03/~9 ~AXI~t.]~ !..,E~G'~}~ :!024 LVP 0lo.w0? vC~IFICA~iON [,IST.IMG PAGE 54 · Y'PE $1ZE ~F, DR CODE ENTRY I I 66 0 2 1 66 0 3 2 7 9 30 ,t 1 6~ 255 5 1. b6 0 6 4 73 3t, 1 7 4 05 I N C H B 4 73 12 9 ~ 65 , 11 1 66 33 13 I 66 1 ~ 4 4 65 ·1 15 1 b6 73 16 I 66 1 o I b ~ 0 DATU~/' ,~PECTFTC,~,'flON ~bOCK5 ~NFM S~IRVl'CE 8FRVICE !INIT bPI apl bPI AP! FILE SiZE 8PL REPR F..,T T M PFT S q8 636 ~I 0 127 a TENS ~F'T I..,~ q8 635 21 0 127 2 ~SPE PF'v RFS ~g OF0 ol 0 ~.27 9 SGp PF' PSlG 98 ~14, O0 0 ~.27 4 PRFS PP"~ DSTG q8 ~14 O0 0 127 2 RPPE RF'T PSTG 98 ~14 O0 0 127 2 ~D1 0 ~F'~' 08 Bla. O0 0 !27 9 ~D20 ~FT 98 ~1~ O0 U 127 2 ~OM~] PF'~ 08 gla O0 0 127 2 P T w ~,~ ~ F 'r o 8 ~ 1 4 0 0 0 127 ~ PH~!N ~FT O8 ~1.4 O0 0 ~.27 P PTnO ~FW g8 glm 00 0 ~27 2 ~R Pf"~ Cb, PI 98 310 O0 0 ~ 27 ~ PROCESS CODE (OCTAL) 68 04000000000000 49 04000000000000 ~9 04000000000000 68 Oaln0000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04200000000000 49 04200000000000 49 0~200000000000 49 0420000000(1000 ~9 04000000000000 MNTRY TYP6 SIZE REPR CODE 1 1 66 2 1 06 3 2 4 i 66 ENTRY 0 0 30 255 bVP O1~,~!07 V~RIr,'ICAm].ON bT. STING PA~E 55 A T U ~ ETTM TEMS wSPE SGP PHI~N c'~'RVI~'E, SER I. CE ~INT~ A~I ~pT A'PI APT F'IT,E TYpE 6 36 :~ i O t '2 635 21 0 127 070 01 0 ~27 ~14, O0 0 127 gl 4 O0 t) ~ 27 ~1a O0 0 g14, Ot~ 0 127 gla ~0 0 ~ 27 ~1~ O0 0 127 ~4 ~0 0 1 2 81~ nO 0 127 ~10 Oo o 127 ~'I'T ~ PRES 1 PONE !.. 0000 OR 17. (')469 MTIM 221.~407 PRE5 .1o87.0000 116.1250 R P R E; P ******** OEP?}{ b5510 OOOO 19967.,i492 1 3o. 000o 1990,~000 P[)~. 0 0. 0000 PHUN ******** DEPTH FE~T 87~0 1998~.7461 55v 25 ....... nooo ~.o0o0 SIZE SPL RMPR PROCESS OCTAL~ COD~ oo~o00oo6 I ~8 04000 1 49 04000000000000 i 49 04000000000000 I 68 04100000000000 I 49 04000000000000 I 49 04000000000000 I 49 04000000000000 1 49 04000000000000 I ~9 04200000000000 I 49 04200000000000 1 a9 04200000000000 1 49 04200~00000000 1 49 04000 00000000 4.7891 0.0757 1,0000 SGP 2088,0000 PD20 0.0757 PrH,) 2,0000 ~.0151 0,0752 O.nO00 SGP 2086.0000 PD?O 0,0757 p'rHo 2,oooo I, VP ¢1.1o . .N 0 .9.. VERIr.""i. CATIQN L'I. STIN(; [..).AGE 56 F'ILE "l' Y P ~ : ** FTb~ HE,riDER ** SERVICE ~A~ E :PI,aY~A ~ILE "ITYP~' :PR ENTRY RbUCKS TyPE SIZE PEPR COD~ I 1 66 0 2 I 66 0 3 2 7 4 I 66 255 5 1 ~6 0 6 4 73 3!1 7 4 65 ~ 4 73 t2 9 4 b5 1 1 I 66 33 13 I b6 1 ~ 4 4 65 .lin ~ 5 1 b6 73 ~6 1 66 0 I 66 0 I.n OR!.)ER ~ .!',,,gG TYPE CL,~$$ ~OD E'TI N' RF,q" S 98 636 21 0 128 TE',~tS PFT L,t.~ 98 635 2t 0 12E S(;P PF~' PS!G o8 ~14 00 0 128 4 ~R~ PF'~ DSTG 08 ~!a oO 0 12~ 2 RPRE PFTM PSIG 98 914 O0 (; 128 ~D1 0 nF.' ~8 ~la 00 0 ! 2g 2 PO20 ~'T 98 ~14 O0 0 12~ 2 PO~E pic'r ~8 ~!4 O0 0 !'2~ PTwt; P b"q' 98 81a no U 128 2 D T L~ t.J ~2 F' 'r 9 g R 14 00 0 ! 2 ~ 2 PROCESS CODE (OCTAL) 1 68 04.000000000000 1 49 04000000000000 1 49 04000000000000 I 68 04100000000000 I 49 04.000000000000 I 49 04000000000000 1 ~9 OaO00000000000 ! 49 04000000000000 1 49 U420000000000~ I ~9 04200000000000 1 49 04200000000000 1 49 04200000000000 1 49 04000000000000 ** DST~ VORf<~T RFCORD ** LVP ~110.~07 VF]~?IF[r'AT,IOI~ L,,I,%,'TING PAGE: 57 F, TI a TEMS MSDE SGD RPm E PD~O PONE PT~N P H U N PT~D ~'~ I., o C K $ U~..}l'].'APl ~PI apl AP1 FIbE LnG TYPE C[jASS ~IOD S 98 636 ?1 0 128 l.B O8 635 RPS 98 97n Ol 0 PSTG 08 P 14, ~0 0 ~. 2~ PSTG gg ~14, nO 0 128 PS~G 98 ~1a O0 0 °8 ~14 O0 0 !28 98 ~1~ Oo 0 08 ~1a O0 0 o8 81. a O0 0 128 o8 a14 O0 o 1.2~ ~APl 98 31o O0 0 SI ENTRY 0 0 30 255 0 311 I'~ C H 12 , 33 1 .lin 1 0 REPR PROCESS CODE (OCT~h) 68 04000000000000 1.49 04000000000000 49 04000000000000 6~ 04100000000000 4,9 0~000000000000 49 04000000000000 49 0~000000000000 49 04000000000000 49 04200000000000 49 04200000000000 49 0420000~000000 49 0420000-000000 49 04000000000000 PRM5 mO~E ~R ET114 PR .W, 5 PO~E ~R ** ~5.0020 27,0000 ?, ngO0 1.5.!.875 4zt6.n951 2025. oono 9 nO00 ~PPE PPPE PTEIi *****'$** DEPWH VEET METERS 6551.0.0o00 19g67.a~492 1~75,00o0 ~SPE 2027,00o0 PDlO ~,o000 PHI!N FEET ~ETERS 65655 9453 20011,9316 1~4o,0000 2025,0000 PD10 4,0000 PM[IN 4,3828 SGP 2130.0000 0.0'157 P[)20 0.0752 1,0000 PT~O 2.0000 5.7539 SGP 2128,0000 0.0'157 PD20 0 0752 I ,o000 PTH£] 2:0000 DVP 0~n,u0? vEP. I;:~ICA~I~II,.t I.,ISTI~(~G PA~F, ~8 TYPE SIZE PEPR CODE ENTPY 1 I 66 0 2 1 66 0 3 2 '1~ 30 ~ 1 66 2~5 ~ 1 ~ 0 a 4 73 311 7 4 b~ TNCH t~ 4 73 12 q 4 65 ,1TN 11 1 66 33 ~ ~ 4 65 . !,5 1 66 73 0 t 06 0 DATOM SPFCTF~CITTON !aLOCKS ~N~l,i 5r</XVlC~'; SERVICE ,'.lt~T't.'APi APl APl Ai?T FII,E SIZE SPb REPR in O~I)F~R i~ LOG TYPE CLASS MOD ETIi~, PFT $ q8 636 21 O 129 ~{8DE oF'~ PPS qB q7o Ol 0 120 $(;P PF~ PGTG gU ~14 O0 0 PRPS nFw PST(; 98 214 O0 0 ~pP~; ~Fm P~TG q8 ~14 O0 0 1.20 PD10 pFm 08 814 O0 0 ~29 PD~O DFm g8 gl4 nO 0 o0~[; PFT 08 gl~ O0 0 120 OT~N PF* 08 ~1~ O0 0 PHI.IN PFm 98 814 O0 U 129 PTHO PB'~ q8 gl4 nO 0 !.29 PROCESS CODE (OCTAL) 1 6B 04000000000000 1 49 04000000000000 I 49 04000000000000 I 68 04100000000000 ~ 49 04000000000000 1 a9 04000000000000 [ 49 04000000000000 I 49 04000000000000 1 49 04200000000000 1 ag 04200000000000 1 49 04200000000000 1 49 04200000000000 [,¥P 01o,~.~02 vERIFIC, ATIOr.: !.,IGTIMG PAC, E 59 W~NTRV BDoCKC' ""'Y P E giZE P. EPR Cf)DF. 1, 1 b6 2 1 6'6 3 2 79 4 1 66 5 1 66 6 4 7-~ 7 4 65 8 4 7 ~ 9 4 65 11 i 66 .1.~ 1 66 1.4 4 65 J5 I 66 16 I 6~ 0 1 66 DATUM TENS SGP PD2 o TT Ar'I apt API APT LOG TYPE CI, ASS gOD L b PPS PSTG PSTG 08 636 21 0 98 635 Pl 0 08 970 Ol 0 Q8 814 O0 0 98 814 O0 0 °8 ~1.~ O0 0 o~ ~1~ O0 0 08 ~1,4 O0 0 ~8 ~14 o0 0 98 ~l.a o0 0 ~S 814 O0 0 qB 310 O0 0 ENTRY 0 0 255 0 31,1 INCH .1lIN ~3 1 . '11 iq' 721 1 0 PIt, E SiZE SPL NO, 12 ~ 4 129 129 2 1 129 4 1 129 ? 1 129 7. 1 129 ? 1 129 2 1 1.2°. ? 1 120 2 1 120 2 1 129 120 2 1 CODE 68 49 49 68 49 ~9 49 ~9 49 ~9 49 49 04000000000000 PROCFSS (OCTA,L) 04.000000000000 04000000000000 04000000000000 0410000000~000 0400000000 000 04000000000000 04000000000000 O4000000000000 04200000000000 04200000000000 04200000000000 04200000000000 04000000000000 ** D~TA ETI~ ETTM 14.o9q0 2027.0000 301.4996 2022.0Uo0 P T E h ~EET UETERS 65510 0070 19967.4492 1~65 0(.)00 ~SPE 4.7266 2027,0000 PD10 0,0752 ~.oono PHUN ~..noO0 ******** DEPTH FEP'F 65606.9922 19e97.0117 1350,00o0 ~SPE 2~.g062 2022.0000 PD]O 0,075'1 SGP PD20 PT~O sGP PD20 2128.0000 0,0757 2.0000 21,27 0000 0:0757 P (,3 N E: 9. O 00 u P 1' F' N 3.0000 PI'ti,IN 1 .0000 PTHO 2.0000 FILE Nnt~ : ,P F'~ .1~9 VE~$It]N ~ : 2~..7 DATE :~3/03/99 ~AXi~L,I~ T,E~GTF! :10~4 NEXT F'IL~ NA~E : ENTRY RL, r)cK S TYPE SIZE PEPR CODE ENTRY '1 I 66 0 2 1 66 0 3 2 70 4 1 66 255 5 1 66 0 b 4 73 311 7 4 65 l N ? H a 4 73 12 9 4 65 . lin 11 1 66 33 13 1 6~ 1 14 4 b5 ,lin ~5 1 66 73 ~6 1 66 0 1 66 DATLI~ SP?,CTFIC~TT(JN BUOCKS UHTT APl APl APl AP1 FIT,E SIZE SPL REPR LQG TYPE Cl,~SS ~0~ NO, S q6 636 21 0 1.30 4 [,B 08 635 ?1 0 lJO 2 1 PPg 98 °70 Ok 0 130 2 PSTG q8 ~14 O0 0 t. 30 ~6TG q~ 814 oO 0 13o 2 9a ~1~ O0 0 130 2 PROCESS COD~ (OCT~b) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 OaO00000000000 RECORD mypg SIZg ,1 2 4 1 5 1 7 4 8 4 14 4 REPR CODE 9 73 65 '?3 66 66 65 I nPI apl FJ~LE P Cl,~SS ~OD 6 21 0 1.30 ~ ~1 0 a 01 0 130 a nO 0 I3o 4, o 0 0 130 4 00 0 I 3 0 a O0 0 ~.30 a 00 0 ! 30 4 o0 O 130 a OO 0 13o o 00 0 ~30 *;****** D EP'r'l.i ?gET 655 1 O, 0n0o ETT~4 15.0000 TEtTS 1~70,0000 PR~S 2~4~.0000 ~PRE 2044.0000 ~ (] ~ E: ,4.00 n 0 P '1' ~ N 6,0000 ~R 21. 4375 1 .1. 1 1 1 0 0 30 255 0 311 TNCH 12 .1TN 33 I . 1,I'N 73 1 0 SiZE SPG 4. 1 2 1 4, ? 1 '2,. ? 1 2 1 6.5820 0.0757 1.0000 49 04000000000000 49 04200000000000 49 04200000000000 49 0420000000000~ 49 04200000000~00: 49 04000000000 O0 REP~ PROCESS CODE (OCT,AL) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 a. 9 04000000000000 49 04000000000000 ~9 04000000000000 49 04200000000000 4,9 04200000000000 49 04,200000000000 49 04200000000000 49 OaO00000000000 SGP 2152 0000 PD20 0:0752 PTHO 2,0000 PAGE 62 WEPT ~ETE~S b5611 0547 ~9998.~500 2042,000u PDt() 0,n757 SGD PD20 2150,0000 0,0752 ~, 0000 MNTRY g i.~t"lCW 5 1 ~5 0 O,ATb~ MNFN ETTM SFRVlC'e; SmRVlCEi It?~TT APl RF"~ S 98 SIZE 1 1 1 1 4 4 1 i 4 1 1 1 1:~ E P R APT API TYPE 636 9,1 635 21 06 0 66 0 70 30 6~ 255 ~)6 0 73 311 65 I N C ti 73 1.2 65 ..tin 66 33 66 1 65 ,lin 66 73 66 1 66 0 ~OO N(] 0 !.31 0 1 31 SPi~ REP~ PROCESS CODE (OCTAt,) 1 68 04000000000000 ~ 49 04000000000000 [,,VP n:l. 0.,'H02 'o'EP.LF[CATIf'~d I.,T$'?IN(.; PAGE: 63 Ol 0 131. 0o 0 13l Ou 0 1, 31 0 O 0 1 '.3 R OO o 13]. O0 0 !31 O0 0 131 o 0 0 131 OO U 131 O0 0 131 O0 0 131 ** OAT~ F0P, i',~ihT ENTRY RbOCKS ORDER # RECORD T 'YPE 1 4 6 7 ~4 ~5 0 B.h0CKS fl N T T PSIG DST(; P,SIG C. hr'I 8IZE 1 i 2 '.,Il. 1 4 4 4: 4 1 4 1 1 mi ,&pi APl OG TYPE CbA$8 08 635 21 08 070 08 814 00 98 ~14 O0 08 ~14 00 98 ~14 oo o8 ~la 00 08 ~14 o0 08 014 O0 Q8 ~14 00 ~ E ~, T 6551. O, 0000 66 66 79 66 65 66 66 65 6~ ~6 66 4 2. ...9., ? ? 2 ENTRY o 0 30 255 0 NCH ,[ IN 33 ,17N 73 1 0 MOD i'¢O 0 t 31 0 13~ 0 13.t. 0 1 3! 0 !3! 0 .1. 3! 0 !. ~..1 0 1.31, 0 131 0 !.31 0 t ,j !. 0 1 .) ! 0 ****~*** !9967,4492 4,9 04000000000000 6B 04100000000000 4,9 04000000000000 4,9 04000000000000 49 04000000000000 a9 04000000000000 49 04200000000000 49 0420000000000~ 49 04200000000000 a9 04200000000000 ~9 04000000000000 REPR PROCESS CODE (OCTAL) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 ~9 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 a9 04000000000000 5. ~ ~02 1.0000 wE,~]_ ,{RTLRo 6550918~ !.9994.843't 1,, 55 0000 ~SPE 2060.0000 PDI 0 7.0 U 0 t) P }"{ U N 953 1 o.~757 0000 SGP P 020 P T H O SGP PD20 P T E O 216~,0000 ,0757 2,0000 21b~,0000 ,0752 2,0000 ** FILE HEADER ** FIfE NAi4~ :~y~ .132 VERSTOW ~ : 24,.2 DAmE :g3/03/29 ~AXI~U~ LEWGm~ WILE TYPE :PR PREVTOI]$ FThw **: FILE TR~£LER ** SE~VICF: NA~E :PL~Y~A OA~E :P3/03/~9 FII,E TYPE :PR NEWT FILE ~A~E : ** [~'II.,E HE~.[.)ER ** SE~VI'C~ ~.: A ~E ;PL~Y~A VEDSI[)~ ~ ; 24,2 DATE ~AXI~'~i.I~ T,E~(;T~I :1.074 EqF ~ILE TYPR :PR DATE ~A,X,I,~U~.~ LEK~GTH :1024 ~ILE TYPT :PR N~XT FILE NA~,~k~ : PILE hi a iq ~1: :DF''r' .1}4 ~ERVI'CR N A ~' E] : PLA ~FAA VERSION' ~ · 2 '¢ 2 DATE :R3/03~9' '~AXI~';{,}~,~ LEK~GTH ;1024 ~II,~ TYP~ :DR DR~]V!OI~S FTb~l : ** REEL HE,al)W~ ~* SERVTCW ~A ~.~ E DATE :~4/!~/]0 REF:L NA.MP :++ +'+ CONTIN~ATImN # :03 PREVIOt~S It ~ E [., : CC)~M~2~TS :,qCHL, UMB'CRGKR WEI, I.., SE~VIC~S PRE}PRIETARY FTEY, D TAPE Ir,Vt'> OlO.V~O?,., VEPIF'ICATInI'q !,j?~'r'l, WG PA~E 66 CO*.,~NI:'I'.,~m5 :$CML[J[qnEP. GFtF~ ~M[jI'.I SCPVIC.F..~,'S PtR, OPRTETA!RY t,';'T[~LD *~******** [~] f) F VERSTO~ DATE ~ILE TYP[: PR~VTOIIS ** FILF TNAILElP ** SERVTC,, ~:'A~,~E ~ i,~AY'BA VERSION ~ : 24... DATE 1~3/03/~9 ~II,,E TYP~ :PR NEXT FTb~ uA~ : DATA FDRHAT FIEC~PRD ** T Y P I 2 3 5 7 8 9 ~3 !6 S,I ZE 1 1 2 1 1 4 4 4 4 1 1 4 1 1 66 70 66 6~ 73 73 66 6g 65 66 66 ~.' N 'I' R 'Y 0 0 30 255 0 311 INCH 12 .lIN 33 1 , '73 1 LVP OlO.~40~ wEP.IF..ICATiOI~ I..,TSTIMG PA~E 67 DATU~t SFECIFT. C~TION ~N¢~'~ SERV.Ic'E S.~TRVICE I,INTT API APT APl bOG TYPE CbaS$ L5 08 6115 21 PPg 08 070 Ol PSTG 98 R14 O0 PS],.G 98 ~14 O0 .SIG 08 ~14, O0 08 ~14 au 98 Ri4 O0 08 R14 O0 ~8 814 O0 98 814 O0 GAPl q8 310 O0 ** D~'l;,n ~UR~q/~T RECORD qNEM SERVICE E T I .~ P F 'r T E f',." 5 PF'T SGP nF'V PRF¢ r~L)l 0 PH,!tl, i PFT ~'r~o pF'''r' 1 1, 2 1. 1 4 4 4 4 1 1 4 1 1 66 aPT ~'ILE ~OD 0 136 0 136 u ~36 0 136 0 0 136 0 0 1 36 0 136 0 136 0 6 CODE 66 66 73 6~ '13 65 66 66 65 66 66 66 ~5 TT API ~pI APl API FILE LnG TYPE CLASS ~OP NO, S 98 636 21 0 1.36 [:~ 98 635 ~1 0 136 RPS q8 970 Ol 0 136 PSTG 98 ~14 O0 0 PSIG 98 ~14 o0 0 136 PSTG 98 814 O0 0 136 q8 ~1~ O0 0 136 ~8 ~14 O0 0 1.36 98 814 O0 0 136 o8 ~14 O0 0 ~36 q8 ~14 nO 0 ~36 08 ~1a O0 0 136 CAP:I ~8 310 00 0 !36 ZE 81 SPI; ENTRY 0 0 255 0 31 1 TNCH 12 .'J 't 3 1 1 0 ZE 6P!.~ 4 ? Il, 2 1 4 1 2 ~ 1 2 2 1 2 ~ 1 ? REPR PROCESS COD~ (OCTAb) 68 0400.0000000000 49 0~000000000000 o oooooooooooo o4 ooo)ooo oo o oooo oooooo 4,9 04000000000000 ~9 04000000000000 49 0400000000000g 49 0420000000000 49 0,~00000000000 49 04200000000000 49 04,200000000000 4,9 04000000000000 RE,PR CODE 68 49 49 68 49 49 49 49 49 PROCESS 04000000000000 040O0000000000 04000000000000 04100000000000 04000000000000 040o0000000o0o 04000000000000 0400000000000o 04200000000o0o 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 LVP 010,.07 VER1F]CA~'ION LTSTi~(; PAGE 68 ,ti, 4766 SGP n. 0757 P [) ~ 0 2cO000 P~HU 656~2.0781 ~ 004.6582 1465.00(~0 ~4SP~; 13,9609 SGP '2082.0()00 Pi)lO 0.,0757 PD~O 9, OOOO PHUN I, 0000 PTNO 218~,0000 ,075~ 0000 2J870,0000 0757 2,0000 ~' I [.,E N a i~ F,' :RFT .136 SERVTC~ ~NA~4E :PbAYBA 'VEP~T(,)N ~ : 24,2 DAwE :~3/0R/29 ~Ax",ImU~ LE~GTH :1024 ~Ib~ TYPE : PR NEXT FILE ~.!AUE : lm ][ [,E I~: a i"1~' :PF? .137 SERVICE N g,~aE :PL~YBA VEPSIO~,, ~ : ~ATE MA~i~I]~ [,E~'GTH :~024 FILE TYPE :PR PREVIOUS FTbF : ** DATa TYPE SiZE REPR CODE ENTR~ I ], 66 0 2 1 66 0 3 2 7o 30 4 ] 66 255 5 1 66 0 6 4 73 311 7 4 6~ TNCH ~ 4 73 12 9 4 65 ,lin LISTING PAGE 69 11 13 14: !.5 () ~NPRY P. [., 0 C K ,b' RF;CnRD ** T 1 2 3 5 ? 9 13 ~4 15 !b 0 DATLIM Se ECIFTCA'.rTON BL[,C ~NF.M SFRVICE SRRVlCE UN ,.in OPDER ~ 66 65 66 66 APl AP1 APl ,RP% FILE '(~r'lG 'PYPF'..C.L,B,~j;~ MOD Nn 98 636 21 0 137 o 8 635 ~ I 0 137 g8 g'lO 01 0 137 q8 ~14. nO u I 37 q 8 ~ 14 n u O 1 37 e8 gl4 O0 0 1 37 a 8 ~ 14 00 0 137 q8 ~14 ~U 0 ~ 37 ~8 RI4 O0 0 137 o8 BI~, O0 0 137 98 n 1. 4 n 0 0 I 37 98 31,0 O0 o 1 37 $ PSIG PSTG S£ZE 1 1 2 1 4 4 4 1 4 1 ! 1 APl A bOG TY 98 6 PEPR CODE 06 66 79 66 66 73 65 73 b5 66 ~6 P? APl 1pi PILE PE CLASS uOr) NO. ,:16 ?1 0 137 35 2i 0 1,37 70 0! 0 1 3~ 14 ~0 0 8~4 ~0 0 ! 37 ~4, ~0 0 1.3~ rtl4 O0 0 1.37 R 1 a. O0 0 1 '3~ 33 1 .lin 73 1 0 SIZE' SPb REPR CODE 4 2 I 49 4. I 68 2 I 49 2 I. 49 2 I 49 2 1 49 2 I 4, 9 ? 1 4,9 2 i 49 2 1 49 2 1 49 0 0 3u 255 0 311 INCH 12 ,l, Ih ,lin 73 1 0 glZg SPL R~;PP CODE 4 1 68 ? 1 49 2 1 49 4 I 6~ 2 1, 49 2 1 49 ~. 1 a9 2 I 49 PROCE68 (OC~Ab) 68 04000000000000 49 04000000000000 04000000000000 041.00000000000 040,.00 000 O0 040000O0 O0 0000000 04000000000000 04000000000000 0420t)000000000 04201)000000000 04~0()000000000 0420t)000000000 04000000000000 PROCESS 04000000000000 04000000000000 OaO00000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 49 04200000000000 [,i/P Oin. HO2 Vi6RIF'ICATInN bTS'Vl ~..~G PAGE ?0 PTF~N PFT 98 GR Pi?'* GAPI o~ 814 O0 0 137 814 tho 0 137 q I 0 OC) 0 ! ~7 ** [>AT/t ** I500.nC}O0 mSPL': 21 00.0000 PDIO 1, OOr, O PHUN PRES 2096 , gO00 RPPE P 0 ~E; 6" 0000 P T ~ N GR 117.3125 ~5741. 9687 20038,1523 1,510.0000 mS~E 209~ ouO0 Pl)10 . : 000() PHUN ** F'IL, F TRAIT,ED FILE iq ~. v,~ F :RF'P SE VTC VERSTON ,~AX I ~ l_i ~t I,,ENGT}t NEXT FTLF ** FII.,F HEADER WiLE SErVe'CF NtAME :PBAY~A VEPSl[]~', ~ : 24.2 Baq'E FILE: TYPF :PR PREVTC)ItS FIL, F : 6.2695 0.0'757 ?. I .0605 0 0 1 49 0420000000000g I a9 0420000000000 1 ~9 04200000(00000 1 49 04000000000000 oGP 2206,0000 PO20 O, 075'1 DTHO 2. 0000 SGP 2204,0000 po20 ~.,g757 PTW, O , 000 DATA P(]RI~i,AT RECORn ** TYPE SIZE ~ED~ CnDE t I 66 2 1 6& 3 2 79 4 1 6~ 0 0 3O 255 LVP 010.~()?. V~!:;~IFiCA~'iOi',i bTSTING PAGE 71 9 .~3 ~4 ~5 0 ** DATA m '~ p E 2 4 7 16 O $ PECT F'~C ~,'1' T Ot,~ S~R VICE &FRV1CJ~ P F T F'PS PSTG r)ATIJ~ TENS 73 73 b6 65 6~ 66 APi API AP1 API FILE LOG TYPE qB 636 g8 635 ~i O 138 ~8 070 Ol 0 08 ~IA O0 0 t 98 814 O0 ~ 138 o8 ~14 08 814 O0 0 1.38 g8 ~14 nO 0 98 ~I~, 98 814 nO 0 138 $ 1 1 1 1 4 4 4 4 l 1 4 1 ! 1 RCPR COOE 7q 66 b6 73 73 66 66 e5 66 66 AP1 APT API LnG TYF'F 98 636 21 9R 635 91 oS ~70 O1 g8 ~1~ APl FiI,a ~OP NO. 0 1,3~ 0 0 31 1 INCH !.2 , 1IN 1 .1TN 73 I 0 SIZE SmL REPR CODE 4 I 68 2 1 49 ? 1 49 d 1 68 ? '1 49 2 1 49 ? I 49 2 1 49 2 ~ 49 2 1 a9 2 I 49 2 I 49 ? I 49 PROCESS (OCTAh~ 04:00000000000 4000000000000 4000000000000 04100000000000 04000000000000 0400000000000~ 0400000000000 o ooooooo oooo 0420000000000:0 o 2ooooooooooo o ooooooooooo o 2oooooo0ooo o ooooooooooo EMTPY 0 0 30 255 0 3.1,1 INCH ~2 .lin 33 1 73 1 0 SIZE SPL REPR PROCESS CODE (OCTAL) 4 I 68 04000000000000 ~ 1 4,9 04000000000000 2 1 49 04000000000000 4 I 68 04100000000000 [,VP 0.1..0 ~,4('~ V~i:~IWlCA'piON hToT'ING PA~E 72 ETIM 14,9980 TENS PRES 2o96,0()00 RPRE ******** DEPTH ******** FEMT NETERS b55g2 . 0078 19989. 3965 ; 0000 ~SPE 15! 20g ~0000 ~DIO P!,~E ~f~ ~ :~Fq' 138 SE. VIC N'A~E :Pb~Y~A VE~SIO~ ~ : DATE :fl3/03/29 FILB TYPF :PR EOF SERVTCE ~'A~E DATE ORIGIN :CSU CO~TINT;AmlnN # ;02 CO~M~;~T:5 ;SC~LUi,i~EPG~R WEbL SERVT. C~S PRO,mi ARY SEPV!CF ~'JA ~ E :PFT DATE :g4/l?/~.O 2 1 ? 1 2 1 2 1 ? 1 2 3.9o09 0.0757 2.0000 6.8477 0,0'157 2,0000 F l E 1,, D T A p ~.~ °40o0o0o0oo000 o4000o0000o000 § oooooooooooo ,,oooooooooooo 49 042000.0000000~ 49 0420000000000 042000000 0000 04200000000000 49 04000000000000 ' I O00O SGP 22C4, PD~O 0,0757 PTMO 2,0000 SGP 2205,~000 PD~O O, 7:57 PTHO ~.0000 LVP 010.n0~ V£',?IFIC.~TION LTS'~NC; PA~E 73 EOF ** FILE TR~£I,EP ** Wi[,E: NA~ir:PF"V 140 SgP TC~ NAME :Pb~YRA VEPSTON' ~ : 2,~.,p DAT~] :~3/03/29 ~A~!~U~~ LE~.~GTH :~.0~4 FILE TYP~q :PR VEDSTO~' ~ : 2.~,.2 UATkl ;~3/03/P9 ~AWI~]~~ I..,E~G~H :1094 ~ILE, TYPE :PR NEXT F!L~ ~A~--~E3. : LVP 010. !.,1()9 VE~,~IwI~A"r'lot,4 L~$TING PAC, E 74 VE .S!O~;f ~ 24.2 DATE :R3t0~/29 Fff, E TYPE :PR NEFT FILE SERV'ICE NA~4~; VE~SIO%~ ~¢ : 24. DATE :~3/03/29 ~.AXI~O~4 f,Ef~(;TH :1.094 F,I [,g TYPE ~R~V T(:tl~S FTLE ** YILF Tt{~ILER ** VERSION , : 24,2 DATE :R3/03/29 FILE TYPE :PR NEXT FILE ~'A~E : ********** EOF ********** VEPSTO~ ~ : 24,~ DATE ': ~A~I~i.i~ I,,E~GTH :1024 WILE 'l'YP~ :PR ORE'V rO~$ FYLF : LV ~ Ola~q()2 VE~.tLPI'CAmI'nM T.,~S?I~(; PAGE 75 ~.EPR ai,.OCK8 LOG lYrE ..,b~,SS M g S q 8 636 ~ :t ~ I,B q8 (;35 21 0 PPS ~B q7n Ol 0 P~TG Q8 ~14 O0 0 P S T (; q 8 ~ 14 ~ 0 0 ~SIG 98 gl4 O0 0 ~8 ~14 O0 0 98 ;~14 O0 0 o8 ~1~ O0 O aa al4 OO 0 ~8 ~I~ O0 0 q8 814 00 0 ~API q8 310 O0 0 FaTRY nUnCKS 1 2 3 4 5 6 7 9 11 14 ~5 0 DATU~' SP~C.T-i;'TCaTTG.~,t gLUCwS SIZE; REPR l ! 2 1 ! 4 4 4 4 1 1 4 1 1 C 0 D K '/9 66 73 73 66 66 0 0 30 255 0 INC~t ,1IN 1 , 73 1 0 NO, J. 44 4 1 1,44, 2 1 1,44 ? 1 I44 4 1 ~44 2 1 144 2 I 1 44 2 ,1 ~ 44 2 iq4. 2 1 144 2 1 144 2 1 144 2 1 ~,44 2 1 CODE 66 66 79 66 66. 73 65 '! 3 65 66 65 6~ 66 66 0 30 255 0 311 12 .lin 33 1 73 0 6B 0400000000000 49 04000000000000 49 0400000000()00n 68 0410000000000~ 49 040000000000'0 49 0400'~00000000 0400~ 00000000 49 04000000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 a9 04000000000000 LVP O]O.HO~ VEP,iF',ICA~If~i~ .b?STING .PAGE 76 ,~PI API API FiLE TYPE CLASS MOD Nh, 636 21 0 I .44 635 21 0 144 q70 OiL 0 144 R 14, O0 0 1, 44 814 o0 0 ~.14 O0 al, 4 O0 0 144 ~1,~ O0 0 144 814 O0 0 144 ~,IZ~ O0 0 1,44 814 O0 0 144 ~1_4 O0 0 1.44 310 O0 0 1,44 SIZE 4 2 ? 2 2 2 ? REPR CODE 68 0400000~00000 o ooooo ooooo 68 04,~ .00000000000 49 04000000000000 a9 040000000000(i)0 49 0400000000000~ ~ 0400o00oo0000 4~§4~ooooo9ooooo ~9 4~ooooooooooo 4~ o4~ooo ooooooo s9 o42ooo~ooooooo 4~ o~oooooooooooo *******'* DEPTH 65510,~0000 4492 I 95,0000 1,4SPE 1.675. fl000 PD~ 0 7.0000 PHU~ 4,9570 n,0742 7. 0000 ******** [)~PTH ~EE'I' ~ETERS 65568.7031 19985.t4:18 1,510.0000 I~SPE -0,0156 1675,0000 P[)10 0.0752 7,0000 mHIJN 7.0000 ** FILE TR/III[,EP ** FILE N/~I!: :~gFW .144 SEPVTCE f',!A~'~E :PL,fiYBA VE~SIO*,~ DATE : MAXIM[tv T,E~,,!C;mH : 1024 RiLE NEWT FI'LF ********** EOF ********** 0000 SGP 176 '0742 PD20 PTHO 1,.0000 SGP PD20 O, 742 PTHO 1,0000 WIt, E ~!,IW :RFq' ,la5 VEPSIO~? # : 24,2 DATE :~3/03/79 FILE TYPF :PR PREVTOUS FILE : $* DgT~ WOR~Vi~T RECORD ENTRY [:,LOCKS TYPE 1 3 2 6 4 7 8 4 ~ 3 1 ~6 1 0 ENTRY nLr',cw S RECORD TYPE SIZE 1 2 1 3 2 4 1 5 1 6 4 7 4 9 4 1.1 13 1 AP!, ~P! CLASS MOO 21 0 Ol 0 O0 0 O0 0 00 0 00 0 0 0 0 O0 0 o U 0 O0 0 O0 0 0 0 0 CO~)F 66 66 7g b6 73 65 ~5 6.~ 66 65 66 6~ ~6 0 0 30 255 0 31, 1 1.2 . lin 1 ,1TN 73 1 0 1~ I l.l, E SIZE SPL 145 2 1 1 4~ 2 1 145 4 1 145 2 1 1.45 2 1 ~1~5 2 i I .i 5 2 1 145 2 1 ~45 2 I 66 66 U6 73 65 73 ~5 6~ 0 0 255 0 31,1 INCH 12 .1l~ 33 1 REPR PROCMSS CODE (OCT~b) 68 04,000000000000 49 04000000000000 49 04000000000000 68 041~0000000000 49 040 0000000000 49 ~4000000000000 49 4000000000000 49 04000000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 .1..4, '~5 O 1 6& 73 I 66 I, !. 6a 0 DAT"tj~ S,P.;CTF.T. CaTTf3N Pl.,tiCKS .£ . ,P E,, (" !~ ,a. 8,q ,0 D N 0 C,] O 636 ~1 0 145 4 1 6~ ~3~ ~1 0 145 P 1 49 9 'l 0 01 0 145 2 I 49 ~ 14 0 () 0 14~ 4 1 68 ~14 Ou 0 I45 2 I 49 q1 a O0 0 145 2 I 49 n14 O0 0 145 2 1 49 BI, A O0 0 145 814 O0 0 145 2 I 49 ~l,a O0 0 14~ 9 1 49 el4 O0 0 1.~5 2 i 49 ela O0 0 14K ~ I 49 31o O0 0 145 2 1 49 E I'T tv~ 15,0000 TENS PR F.". 8 174'5'. Ot)O0 ~},'PE t~ON'E 7, OOaO P'.F FN ~R 14,15~2 P 'D ? 0 PTHO 4,0078 0.0752 8.0000 SGP ? D ? 0 ** FThF TRait, ER ** F'IT.,E: N.a.aF :~IF$ .145 SE~ V ]"C~' NA~E :P~AYBA VE~S/L;~' ~ : 24,2 DATE :~3103/29 MA~I~tJ~' [,E~S(iTF :1 FII, E ',FY P~ PROCESS COOl AL ) 04000000000000 04000000000000 04000900000000 041000 0000000 04;000000000000 0~0o0000000000 04000000000000 04000000:000000 04200000000000 0~,2o000000000o 4200000000000 4200000000000 04000000000000 ~ g()O0 , 742 1:0000 1852,0000 0,0742 1,0000 W, NTR¥ BbnCt,< S ~YPE 1 2 4 5 6 7 9 1,1 14 ~5 0 OATU~' SPECTFTCATI()N BhOC~S ~NFM $~RVICE SERVICE UNIT E'fI~ PFT S TENS PF SGP ~F~ PSTG .o PF PS~G RPRE PFm PS~G PDIO PFT ~D~O ~ONE PH~ ~R PFm GAPI ** D~Ta Wi]PNa'I' RF~CnRn ** ENTRY BLo, CWS ~YPE 1 5 SIZE 1 1 2 1 1 4 REPR 66 06 79 66 66 73 6~ b6 6~ b5 b6 66 I APi APl FILE E C6ASS MOP NO, 6 21 L) ! 46 5 21 0 I 46 o Ol 0 146 4 00 0 146 4 O0 0 146 4 O0 0 146 ,~, O0 0 146 4 O0 0 ]. 4 00 0 1,46 ~. 00 0 146 a 00 O 1. a6 a O0 0 !.46 0 o0 0 145 79 66 56 0 ]0 1 ! N C 6O ,lin 1 ,lin '? 3 ! 0 sIZE SPU REPR CODE 4, I 68 P 1 49 2 1 49 4 1 68 2 1 49 2 I 49 2 1 a9 2 1 ~9 2 1 49 2 ~ ~9 2 ! 49 D ~ ~9 ENTRY 0 0 30 1 1 191 PROCESS (OCTAL) 10000000000000 10000000000000 10000000000000 10100000000000 10000000000000 10000000000000 10000000000000 I0000000000000 10200000000000 1,0200000000000 10200000000000 1.0200000'000000 10000000000000 7 !1 ~5 &PT APl TYPE 636 ?1 635 R14 Ou O0 014 O0 al4 O0 ~ 14 ~14 ~1~ 0() 73 66 ~5 66 66 ,aPl' PILE M O g ~ ('1. 0 146 0 146 0 ~,46 0 1 ,i 6 0 ~ ~6 0 ~46 u ~ 4 , 0 ~ ~ 6 0 146 0 ~ ~G 0 t 4~ .I N C H 60 '~3 1 ,1T~ 73 1 0 SIZE 8PL REPR PROCESS ('lODE 68 10000000000000 4,9 10000000000000 49 10000'000000000 68 10100000000000 49 1000'0000000000 0000000000000 49 1 10 49 000 000000000 49 10000000000000 49 10200000000000 49 10200000000000 a9 10200000000000 4:9 10200000000000 4.9 10000000000000 ** [)A I A ** PRE5 -,5244,0000 RPRE; POqE ~.0()00 PIEN GR 47. ~ 4 37 ** FTLF' T~.BII,EP *; SER VTCI~ ~,! A ~. E ; PI.,AYnA VEPblO~,~ ~ ; 24,2 DATE : ~3./03/~9 ~AXI. P,L)~~ l,g~,~G'ru ;lOP4 PILE TYP~:i :PA NEXT FJ'[,,F YAt'~g ; FE~'I' METERS 3327,0000 1014. g~96 1~55 ~000 ~SPE 14 -b244,00o0 PD1U 0,0742 4. OOOO r'HUN ~. Ol)O0 ******** DEPTH FEET 29!.2 0070 887,5776 1685 OUO© ~ISPE 1,3,7578 -5736.0000 PDI. O 0.0742 4,o00~ PHUN 9,0000 SGP la3g,O000 PD20 '0742 uTNO 1,0000 SGP 1832.0000 PD20 0.0742 PT~O 1.0000 LVO 01o.;~07 VE~I. PICA~'IgN t,I,'.4TI~G PAC~E ~1 ,SE~VICK NA~E :Pb~.ynA FILE TYPE :PR ** DaT~, POF~tRT ~ECDkD ** ~NTRY g'G r'lc k' $ TYPE 3 4 5 6 7 8 9 ETT H TENS PD~ 0 PH~IN DTHO G~ BbOCK5 lin TT AP1 I,B 0 ~ ~PS 98 9 PS .T.,G q8 OST(; o8 98 9~ 8 GAPI o8 ApT APl AP1 FILE 636 ~1 0 147 3~ 21 0 147 70 Ol 0 ~.47 14 O0 0 ~47 14 Ou 0 147 14 O0 0 1~ OO 0 147 1~ O0 0 ~47 14 00 0 !~7 1~ 00 0 ~47 14 O0 0 147 1~ O0 0 ~47 lO nO o 147 1 SIZE PEPR Chi) .P 1 66 ENT~ ~ o 0 ~0 31,1 TNCH ~2 , I'IN 1 , I 'I N 73 0 SIZE 4 1 ? 1 2 1 4 1 2 1 2 ! ? 1. ? ? 1 2 ? 1 0 REPR CODE PROCESS 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 4,9 04000000000000 49 04000000000000 a9 04000000000000 49 04.000000000000 49 04200000000000 a9 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 DATUm, IP ~APl ETIN 15,0000 rRM5 2092.0000 PONE 3.0000 GR 1~,o313 Tg~ $ IIM PRWS 2n9o,non,'} mONE 3,o000 GR 1..15,1. B75 ,147 : PL/5. YR..A APl: bPI AP1 bOG TYPP~ CL.[S,~ 98 636 21 q8 635 ~8 q70 ~8 814 O0 q8 R~4 00 q8 I14, O0 ~8 ~ 1 ~, O0 a8 ~14 OO q8 ~14 O0 g8 3la O0 ******** DF, PTH 655!0,0000 2170, 2092.., n. 00(..' 1,. 0000 FEET 65665,0859 2160,0000 2090.0()00 1,000O 79 66 66 73 73 65 ~6 66 APT FILE; HOD NO, 0 J .,4, 7 14,7, 0 147 0 14'7 o 147 0 ~ 47 0 14'7 0 ~ 47 O .~47 0 ~47 0 147 0 255 0 311 ..T. NCH ,.!2 ,lin 33 1 ,. 1. IN 73 1 0 $IZf<: 8Ph REPR CODE 4, I 68 2 I d9 2 I 49 4 1 68 2 1 49 P. 1 49 ,., I ~9 2 1 49 2 1 49 2 1 49 2 1 49 2 1 49 2 1 49 5,566q 0.o'142 2,0000 0.4209 0,0742 2.0000 SGP PD20 PTHO PO20 PTHO (OCTAL) o400000o00:oo00 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04~00000000000 04200000000000 04200000000000 04200000000000 04000OO0000000 2201,0000 0,0752 2,0000 2201 0000 0:0742 2,0000 LVP OIO.;~;OP VF, PlPiCATIf3N blSTlt',IG PA.C,E 83 ,DATE :8,3103129 MAXI~O~ I, ENG'?H :1024 FibL TYP~ ;PR EOF ** FIL~ HEADE.M ** VC~S?ON ~ : 24,2 ~ILE TYPE :PR PR~VT(]HS FIL~ ** D, ,IA FQR' ~, M~,CORI.) ** W,N'TRY S I 1 6~ 0 2 1 06 0 3 2 79 30 4 I b6 255 5 1 6~ 0 6 4 73 7 4 65 INCH $ 4 73 12 9 4 ~5 .lin ], 1 I 66 33 ]3 1 86 1 14 4 65 .lin ~.5 ! 66 73 16 1 66 1 0 1 66 0 DA. TU~ SPFCTFICI~,TIOM BLOCKS ~NEN 8gRVICE 8w.,RVICE UNIT ~PI IPI AP1 APl FILE SIZE ID OqDE}t ~ bPG TYP~, C[.,.~$8 ~OP NO. ETON PFT $ 98 636 21 0 148 4 TENS PFm !_,B 98 635 21 0 ~ 4R 2 ~8PE PFT RPS ga 970 Ol 0 148 2 ~Go ~Fq' ~SIG 98 ~14. O0 0 ~.4~ 4. PRiG ~E'~ P~IG 98 814 O0 0 1~8 2 RP~E PF'~' PS!(; 9B ~14 O0 0 148 2 PDIO PFT 98 ~14 O0 0 ~8 2 01)20 RF~ 98 ~14 nO 0 148 2 oONE PFT 98 ~1a OO 0 1,48 ~ PT~N PB'~ g8 ~1.4 O0 0 14~ 2 PHU~ ~B'~ o8 ~1~ OO 0 148 2 PTWO PF~ 08 81a O0 0 148 9 GR P~V CA°i 98 ~10 O0 0 ~ 4B ? PROCESS COD~ (OCTAL) 1 68 04000000000000 1, 49 04000000000000 1 49 04000000000000 I 68 04100000000000 I 49 04000000000000 1 49 040~0000000000 1 49 04000000000000 1 a9 04000000000000 I 49 04200000000000 I a, 9 04200000000000 1 a. 9 04200000000000 I 49 04200000000000 I 49 04000000000000 Lvr~ flln.,.~.~o? vEnJ[F'ICATlnI~ blST,'£N'G 1PA~E i~4 ~NTRY RLOC UNIT R PS P S T (; PSTG PST(; GAPI PRES 15.0000 2310, no00 1 3. f~437 DTI~N ~R 374.J4~8 "T~N ENTn Y 0 0 30 2¢5 0 3!1 !2 33 1 "/t 1 0 AP1. ApI APl a8 636 21 0 1.4~ ~8 635 21 O 148 98 814, Ou 0 08 814 no 0 148 98 814 O0 0 148 °8 rtl4 O0 0 ~4~ q8 814 O0 u ~8 914 O0 0 98 814, O0 0 148 ~8 ~1~ O0 0 1,48 ~8 ~14 O0 0 148 q8 310 00 0 4 2 ? 4 2 2 *$****** DEPTH FEET 65510 on~O ~9qb7.4492 2~10 0000 ~SPE 2310,0~00 PDiO 4.3828 0.0'142 4.0O00 ******** FEET 65631,5703 20004.5020 2304,n000 ~S~ 2~.~031 2312,000G ~DIO 0,0752 4.0000 PHTt~ 4.0000 REPR PROCKSS CQDK 68 0400000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 0400000000000~ 49 040000~0000000 49 042000 0000000 49 04200000000000 a9 Oa200000000000 04200000000000 49 04000000000000 SGP P02O 2436.0000 0 752 .: ooo nD20 2437 0000 0i0742 2 0000 IJVP OlO.w02 'VER, IF'ICATI,rlN bTSTIMG PAGE 85 ~E:RV ICE N',A ~ E DATE :P3/03/29 ~II.,E TYPF: :P~ PREVTO~S FTL~ r)A't't)m SPFCTF!C~TTOt". R.hOCKS mNI~N SERVICE SERVICE UNIT aPI ~PI AP1 AP1 PIL, E ID (]r~DFi. P, ~t LO(; TYPE CLASS ~,~OD ETTM RFT 'FENS PF"~ ~SPE ~FT SGP PF? oD~ 0 Pb'm PD~O PFT S 98 636 21 0 149 [,B 98 635 ~1. 0 J4q RPS 98 970 01 0 1.49 PS'TG 08 814 O0 0 149 PS~G 08 gl4 (lO 0 1,4q PS!G qB ~14 O0 0 149 98 ~14 O0 0 q8 ~1~ no 0 149 98 81~ nO 0 149 ENTRY 0 0 BO 255 0 INCH 12 .lin 1 ,lin 73 0 SIZE SPb REPR CODM 4 1 2 1 2 1 ? ? PROCESS ¢OCTab) 68 04000000000000 49 04000000000000 ~9 04000000000000 04100000000000 49 0400UO00000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04200000000000 LVP OlO,~'tOP VEP. iF'IC,~IOI,! bISTING PAGE PTMN ~FT o 8 G R ~ F 'r ¢; A P I 98 814 O~ ]4,9 814 310 0 0 ~4q ENTRY T '¥ P E: 2 5 ? ,1. i 15 LOG TYPE CbhSS ~OP NO, 98 636 21 0 98 635 21 0 14o 08 9'70 01 0 149 08 ~14, OS ~1~ O0 0 140 08 ~14 O0 0 140 ga ~1,4 OO 0 149 ~8 ~14 O0 0 !40 98 ~14 O0 0 98 el4, OO 0 98 814 O0 0 !,49 q8 91~. O0 0 08 310 O0 0 149 ******** DEPTH ******** 655~,0.0o0n !9067.44~2 2240,0000 HSPE 3,0000 PH~IN $******* DEPTH ******$~ FE~:T ~.ETE~S ? 1 2 I EN tRY 0 3O 255 0 311 INCH ,12 ,lin ,lira 73 0 SIZE SPG ? 4.4.922 0.0742 5.0000 4,9 04200000000000 49 04200000000000 49 042000~30000000 49 040000 0000000 REPR PROCESS CODR (OCT~D) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04200000000000 ~9 04200000000000 49 04200000000000 49 04200000000000 ~9 04000000000000 SGP 2527.0000 PO?O 0.0742 PTHO 2,0000 l,,, V P 01 (). ~,~ 02 v E: P,i [:' IL C A ,r ] 0 N b ~ S q' I N G P A G g tR 7 2960,0000 2392,0000 3; 0000 20000.47¢5 VD10 EOF n,l~O1 0 000 PD20 PTMO 252~,0000 ~,g742 ' 000 ** FILE NEgDER ** FILE NAMe? :~,PT lfiO VERSION ~ : 24,~ DATE :m3/03/79 ~AXI~Li~q LENGTH :~.0~,~ PIY, E TYPP :PR PRM'V I LII,~ S B'IbM : ** DAIWa ENTRY RPcr'IRD ** TYPE 1 2 3 4 5 6 7 9 11 13 !4 ~5 16 0 OATU~ SPECIFTCATTUN ETTM PFT TEES PFT ~SPE SIM REPR COOE 66 79 66 73 05 73 65 66 ~6 66 66 BbOCKS UNTT APl ApT AP1 Aplr' wI?,E bOG TYPE CheSS ~,IOD NO, S qB 636 21 0 1 50 T,B q8 635 21 0 1 50 RPS o~ q7n O1 0 ~,50 PSIG q8 BI~ Do 0 ~.50 0 0 30 255 0 31 l INCH 12 , lin .lin 73 1 0 SPh REPR PROCESS CODE (OCTab) 4 1 68 04000000000000 ~ 1 49 04000000000000 p 1 49 04000000000000 ~ 1 68 04100000000000 814 ()0 O 150 q l 4, ~ 0 0 1. 50 8~ ~ nO o 150 ~z-, o0 0 150 814 O0 0 150 ~la oo o 15o 31o oo o 15o ~NTRY BL, NCKS · ¥'PE sIZE 1 1 2 1 3 2 4 1 ~ 1 6 4 7 4 8 4 9 4 ~1 I 4 1 0 I DATUM ET?M TENS ~SDE PRF$ RPRE POlO ~O90 PONE PTEN ~HI.JN ~THU SPECTFTCATIUN nLOCKS SwRvICE $~RV[CE UNTT ^PI In ORDER ~ bOG 'tYP~ ~F~ S 98 636 ~ F? L B g 8 635 ~FT ~PS g8 070 PicT PSIG 98 ~14 ~FT PSTG 08 ~Fm q8 ~14 ~FT 08 ~14 PFT q8 ~14 ~FT g8 ~1a PF~ GAPl ~8 31o PEPR CODE 66 66 79 66 7 "~ 7~ 66 ~6 66 66 AP1 apl PILE CLASS MOD 21 0 15n 21 0 150 01 0 ~50 ~0 0 150 oO 0 150 O0 0 150 O0 0 150 O0 U 150 00 0 150 O0 0 150 00 0 ~50 ou u ~50 00 0 ~50 PRFS 15.0000 2396.0u00 m E N $ ******** DEPT[i WEPT 655i0.0000 2370.0000 2~96.0000 19967.44q2 ~5PE PDI. O 2 1 2 1 2 2 1 2 i '2 1 ? i ? ENTPY 0 0 30 255 0 .lin 33 .1T'N 73 i O SIZE SPb REP~ CODE 4 1 68 2 I 49 2 I 49 4 1 68 2 1 49 ? I 49 ? I 49 2 i 49 ~ 1 ~9 ? 1 49 ? I 49 2 1 49 ? 1 49 4.7734 0.0752 49 0400()000000000 49 04000000000000 49 4000000000000 49 04000000000000 49 04200000000000 49 04200000000000 49 04~00000000000 49 04200000000000 4,9 04000000000000 PROCESS (OCTAL) 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000000 04200000000000 04200000000000 04200000000000 04000000000000 SGP P t) 20 2526.0000 0,0742 T, VP OIO.HO? VEn[FICATION LIS'.ITiN(; PAGE 89 P 0 N [., F.~ 000 P T E t'4 ~R 16,1 71 9 5,0000 TIM ~26 7011 TEN~ .... *0000 '~P~E R~S 2394, PONE ~,0000 ~T~N ~R ******** I)FpTH 65581.5000 2380,0000 2394,000(.) 3.0000 0,1,245 0.-0742 5.0000 PI[,E N,~iviF :RFT 150 E~SIO~ ff : 24. DATE :~3/03/29 WA~I. MU~ LENGTH ;t0~4 FILE TYPE NEXT F'TLR MA~E S6 P P D 20 2.0000 000!) 252~'0742 2:000O ** FIIbE HEZtDER ** FILE b~a~w :~F'p 15] SE~VIC~ ~,~A~E ;Pb~YBA VERSTO~t ~ : 2a.9 DATE :~3/03/29 ~AXi~,~IJ~'~ LEWGTH :1024 FILE 'I'YPE :PR PR~VTO[IS FIL~? : ** L)~B, TA FtJP~,/~T RECORD * ENTRY BLOCWS TyP DATUt" SPFICTFTCAI'!Ot~ ~LUCKS "'~Nl:"h~ SERVICE SFRvICF] UNT..T AP I SIZE 1 1 2 i 1 4 4 4 4 1 1 4 1 1 1 APl OEPR (]ODE 66 ~6 79 66 66 73 65 73 66 66 ~5 ~6 66 ~PT FiLE ENTRY' 0 0 30 255 0 311 T NCN 12 ,lin 33 .lin 73 1 0 SIZE REPR PROCESS bOG TYPE 98 ~36 21 o 1.5~ 08 635 21 0 o 8 q 70 98 ~14 O0 0 98 814 o0 0 1.5~ g8 ~14 O0 0 15I q8 ~14 O0 0 q 8 814 0 g 8 ~ 1, ,¢ 00 0 98 ill4 O0 0 151 g8 8la O0 0 08 814 nO 0 151 98 310 O0 0 ** DATa F'OK'iqAT HF,.:COI40 ** ENTRY I~DOCWS TYPE 1 2 3 4 5 6 7 9 13 14 15 16 0 Si Z E REPR CODE 1 66 1 66 I 66 1 66 4 65 4 73 4 65 1, b6 1 b6 4 05 1 66 1 b6 C!FTC~TIO~;' ICE SERVICE p! API AFI PILE PE: CLASS MOD 36 21 0 151 35 21 0 15~ ?0 O1 0 15! 14. Oo 0 151. 14 O0 0 14 00 0 14 O0 0 la nO 0 !.5t 14 O0 0 la oo 0 1~ O0 0 1~ 00 0 !.51 1~ O0 0 151 4 1 2 1 2 1 4 1 ~ 1 ? 1 2 1 2 I 2 1 2 1. 2 I 2 1 ~ I 0 3g 255 0 31.1 TNCH 12 .lin 33 1 ,lin 1 0 s1, Zi SPL REPR CODE 4 1 68 P I 49 2 I 49 4 1 6B 2 I 49 9 1 49 2 1 49 2 1 4.9 2 1 49 2 1 49 ? 1 49 ? 1 49 2 1. 4,9 CODE ( 0 C T ~,b ) 68 04000000000000 49 04000000000000 49 04000000000000 68 0410 0000000000 49 0400g 00000060 49 04000(,)00000000 49 04000000000000 49 04~00000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 PRO (OC~ ESs ,~L) 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 04200000000n00 04200000000000 04200000000000 04200000000000 04000000000000 PRES 23,t4, P 0 N E 3, n 000 GR 14.5703 9967. 4492 0 4..,3828 0,0'752 4.0o60 PD20 PRES 2346,nono RPRE PONE 4.~oo0 ~T~:N ~R 1.16.nO~b 65585 ~562 19990.3555 2~20,0000 ~$DE 15,1094 2346,9000 PDI0 0,0752 ~.000o PHI.I~ 4.0000 SGP PD20 VEPSIDN ~ : 24,2 DATE :~t3t03/79 ~AXIMiJ~ I,,ENGTH :~ FILE 'rYP~ :PR NEXT FILE ~' I I.,E l,,i A,'~ E :RFm 152 SR VICE ~'~A~E: : Pb~ ymA DATE :~3/03/~9 ~AXIUll~,~ I.,E~IGTH 11024 ~If,,E; '.rYP~ : PR PREVIOUS FILE : ENTRY PbnCK5 1 2 3 4 5 6 8 9 t! 13 t4 SIZE 1 1 2 1 4 4 4 4 1 1 4 PEPR COO~ 66 66 79 66 65 66 ENTRY 0 0 3O 255 0 I N C H 12 .lin 33 1 ,lin 247,3,0000 0,0752 ?;oo00 2474,0000 0000 LVP 010.'{,~0~ vERIFICATION bTSTING PAGE 92 1 b 1, o6 73 1 b I b6 "-P~C'TFTC&T~ON SERVICE L,,<ERViCE ~.NTT A.P~ ~pT 1:~ L;PDFA ~ LOG TYPE RI?~ S q8 636 ~'~FT f,B 98 635 21 eFT PPS q8 970 01 ~FT DS~G q8 814 00 pFT PSTG 98 ~14, O0 RF~ PSI(; 98 914 00 pF~ 98 al4 n0 p~"m 98 et~ DO ~F~ q8 ~ 14 O0 ~F'T q8 814 O0 ~t~'m 6ADI 98 310 O0 TIPE SIZE l 2 1 .3 2 4 1 5 7 4 9 4 1 ~.4 1.6 1 0 uEPg CODE 66 79 66 66 73 65 73 6~ 66 66, 65 66 66 66 OATUU ETTH TENS SGP PRES PO1.0 SPECIFICATION BbOC~S SFNVlrg SERVICE UNIT APl aP iD tinDeR ~ LOG TYP RFT $ 98 63 ~F'T f,8 qB ~3 PF~ RPS 98 ~7 ~FT PSTG qB 81 PF'¢' ~STG 93 PF~ q8 RF'T 08 ~ l ~F'm 98 PP~ 98 ~F'~ 98 APl AP1 FiLE C [., A S,':; ~OD NO. 21 0 152 21 0 152 O1 0 ! 52 ~0 0 152 O0 0 ~.5~ DO 0 !5~ 00 0 152 O0 0 O0 0 O0 0 I 52 o0 0 ] 52 O0 0 !57 SIZE SPb .2,, 4 2 ? 2 1. 2., 1 2 ? 0 0 "~ 0 255 0 311 l NCH 12 .1TN 1 ,lin 7.3 1 0 SIZg SoL REPR CODE 4 I 68 2 I 49 2 1 49 4, I 68 2 1 49 2 i 49 7 1 49 P 1 49 ? I 49 2 1 49 2 t 49 ? I 49 AEPR PROCESS CODE (OC Al,,,) 6~ 0400000000 49 04000000000000 49 04000000000000 68 04~00000000000 49 04000000000000 49 04000000000000 49 04600000000000 49 04000000000000 49 04,200000000000 49 04200000000000 49 04200000000000 49 04200000000000 49 04000000000000 PROCESS 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04000000000000 0a200000000000 04200000000000 04200000000000 04200000000000 L'I'~ m'll! I mil ~I:-1 ~ t:-] im 11. 5 2 ~R~ 235~,00au GR I O' P PRE F T' E,i'~ PEET 6~51 o. 0000 I 9q67. 4492 2214,0000 235~,0000 PO10 ~, 000 u P H U N ET; t~l 2574 0479 PRES 2~.5 '0000 PONE GR ~ 1~,6875 TENS RPRE o TEN SEPVTCE NA~E :PL~,~'r~A VE,~.SIO DATE : ~AXI~[)~ LEWGTH :1024 PILE TYpW : PR NEXT E'ILr ****$$**** EOF Fit.,[: i'~'~F.w :REm ,153 SERVICE D, IA~ E : PL,~YBA VER6IO~ ~ : DATE :~3/03/29 ~AXi~t.lu LE~GTH : FIt, E; TYP~ :PR PREVTO;]S FTLP 3 7266 0~0752 4,0000 ::]4,5313 0 ;0752 4,0 ti 00 I 49 04000000000000 SGP 2488 00752 PI)~O ~ 000 PTFIO 2,0000 SGP 24808,000~ PD20 ,0742 P'rHO 2,0000 ** D~,'i?,~ FOR.NaT RFCORD *~ ENTRY mLOCYS i 1 66 2 1 66 3 2 79 4 1, 66 5 t 66 b 4 '13 7 4 65 E ~ 'f R 0 0 30 255 0 311 INCH I, Vp 01. c~.,,02 V[:IRI?It'A?ION I.,IS'I'iNC; PAGE: 94 8 9 ~3 i4 15 !6 o aNFi'i SERVICE 5MRVICE UhIT I D O~DFR g T I iv~ R F T $ 9 SGD ~'~ PSIC; PO~E RF'~ PT~N ~F· PHil ~ OFT q8 GR. ~Fn' CAPI 73 65 65 66 66 06 APl' APl I., O G T Y P E I~ ~; g N 0 ' 636 21 0 153 635 ~1 0 153 970 O1 O ~1.4 O0 0 153 ~ 14. 00 0 1-35., ~14 O0 0 153 ~I4 O0 0 153 ~ 14 0 t~ 0 153 al a O0 0 153 ~1~ O0 0 310 0() 0 153 1 2 1 3 2 b 6 4 7 4 11 1 13 ~4 4 DATU~ ~T! N PR~$ RPRE DO10 R EPR CODE ~6 66 79 66 73 65 73 65 66 65 66 66 66 SPECIFICATION ~baCK6 S~RVlCE S~RVlCE I!NTT APl ~F'~ ~ 98 636 21 DF? I,,b 08 635 ?1 DF~ RP$ ~8 070 Ot PFT P$Ig q~ 914 O0 PF'~ PSIG 08 ~la O0 RF'~' ~5!G 08 ~la O0 PF? 98 ~1~ OO APl F:LLE ,~OD NO. 0 0 1 53 0 153 0 153 0 1,53 0 153 0 153 12 ,liN 33 1 ,lin 73 1 0 S1 4., 2 2 SPb REP., COPE 1 1 1 1 1 1 1, 1 PROCESS 68 04000000000{)08 49 040:0000000000 4:9 040 00000 68 041800000 0000000000 49 04000000000000 49 04000000000000 49 04000000000000 4904000000000000 49 04200000000000 49 042000000000:0:0 49 04200000000000 .49 04200000000000 49 04000000000000 ES~TRY o 0 3O 255 0 31,1 ,,T. ~',J C 1,i 1.2 ,lin 33 1 ,1TN 73 1 0 4 4 CODE 68 49 49 68 49 49 PROCESS (OCTAL) 04000000000000 04000000000000 Oa. O00000000000 04100000000000 04000000000000 04000000000000 49 04000000000000 LISTIN. G PAGE 95 1 9967.4492 MSPE PD10 PNI[IN 3. 2754 ; 000 *****:*** D[;PI'H P"EET 12.50 3 4, O00 o 14,0(300 4,0000 SEPVTCF wA~M :Pb~Y~A VERSIUN ~ : 24.2 DATE :P3t03/29 MAXI~[,i~,! LE~GTH 1~.024 ~I f.~J TYPF NEXT FTLF NA~E : EOF ** FII],~ WEADER ** FI[,E NAH~T :~FT .154 SE~VTCF ~'A~E :PL~,YmA 'VERS!O~I ~ : 24.2 DATE :~3/03tP9 ~AXIUU~ LE]~GmH :1024 ~It,E TYPF :PR 4,9 04,900000000000 49 0~20000000000:0 49 (4200000000000 49 04200000000000 49 04200000000000 04000000000000 SGP 243~, 0000 P020 ,0752 PTNO 2,0000 0000 ~GP 2435,9752 PD20 0, PTHO 2.0000 ** i)~T~ VOPMaT RFCORD ** ENTRY BL(1CW$ ~YPE 1 2 SiZE ! 1 66 ENTD¥' 0 0 L V P n .l. n · H 0 9 v F, P .[ F I C7 A '~ I f~ N !.., I B ~' I N G P/% C,., E: g 6 3 4 5 6 7 9 .1.3 14 ~5 !.6 0 OATU~ ,q.[.~RCTFICAT'ION BLOCKS ~,NF'N 8P'R¥ICE S~'RvlCE iD OR D~',R ~ ~T T M P F'~ T ~ N S R F ~ L B SGP PF~ PSTG ~R~8 [OF· P8IG RPF~ E: DFT P6~G PONE ~F'~" P T F, ~. P F m DH'~N PF~ P T t,~' t3 p f, ,'r ~R D~"T GAP1 TYP 66 66 65 73 ~5 66 65 API ~,PI APl ,~P,T FI:bE hOG TYPE CbASS MOD 98 636 21 0 1 54 98 635 2~ U oB 970 01 0 154 98 ~14, O0 0 154 9g ~14 O0 0 q8 BI~ o0 0 ~54 98 81~ O0 0 ~54 qB 81~ O0 0 98 Bt4 OO 0 ~ 54 98 81~ O0 0 154 08 310 ~)0 0 ~ 54 SIZ REPR CODFI 66 79 66 66 73 '? 3 66 65 66 66 APl API APl br~G TYPE 98 636 21 ~8 635 API FILE MOD NO. 0 ~ 54. U !. 54 30 255 0 311 I taCH 12 ,I, IN 1 73 ! 0 SIZE SPb ENTRY 0 0 30 255 0 3~% INCH ,lin 33 1 ,lin V3 1 0 SiZE bPb REPR COD~ 4 1 68 2 1 49 PROCESS fOCTaB) 04000000000000 04000000000000 LV~P olo,H02 vEPIF'!CATJLON L!'$~ING PAGE 97 970 01 0 154 $1a O0 0 154 81d o0 0 ~ 54 ~14 Do u 154 ala no o ~,54 a I & DO 0 154 al~ O0 0 .!54 814 mO 0 ,! 54 ~14 DO 0 J54 31 o oO O ~154 1: 9,,, 67.4'492 ~SPE PHI,tN *;******: Fk;ET (;5604. 5547 2344. 000o 24~ 2,0000 5,0000 ** PILP TRail,ER ** FIT,E NaMe' :RFm .! DATE :~3t03/29 ~AYI~i.i~ I, Ep,~GmF! :1.024 FILE TYP~? ;PR EOF 003 9 0'7B2 OgO0 3 , 695~ 0.075 5,0000 I 49 1 68 1 49 I a9 I 49 1 4.9 I 49 1 49 1 49 i 49 1 49 8GP PD20 PTHO 8GP PO20 DTHO 040O000000O00O 04106000000000 04O00000000000 04O00000000000 04000000000000 04000000000000 ~ .) 0420(000000000 042000()000000~ 4200000000000 4200000000000 04000000000000 52 2 0000 '5 0000 2,42, 0,0752 2.0000 LVP 01,0.~q()9 vE';~I;'ICAT,[~N bISTING PAC.,E 98 ~NTR¥ ~L, QC~S REC~'~RD *~ TYPE 1 2 3 4 5 6 7 8 9 ~4 ~5 0 DATU~ 5PECTFTC'ATTON MNEbt SF~,VICE S~qRVICE U{~IT i E T l ~i R FT S TENS ~SPE ~F· RPS g(3P ~F~ PSTG PRF5 ~FT P~IG ~PRE PPm PSTG P[)~O P T ~ N P F"T' ~ H l.l Ix~ PTI.IL1 GR ~F~ ~API ENTRY ~LnC~S TYPE 2 3 4 5 7 9 ~4 ~5 0 SI, Z,E 1 1 2 1 1 4 4 4 4 1 1 4 1 REPR CODE 66 79 66 73 65 13 65 66 65 66 66 APl AP1 A LmG TYP~ C[,, $ ~OD NO. 98 636 21 0 ~55 q8 635 21 0 155 98 970 01 0 !55 98 81~ oo o t55 98 814 98 814 o0 0 !.55 9~ ~14 00 0 155 98 ~1,4 oO 0 155 qB R14 oo 0 155 ~8 81a O0 0 155 98 ~la O0 0 ~55 ~8 ~4 O0 0 155 08 3lo OO 0 155 REPR SIZE 1 1 2 1 1 4 4 4 4 1, 1 4 1 1, 1. CPDE 79 66 ~6 73 65 7~ 65 6g 66 6¢ 66 66 ENTRY 0 30 255 0 INCH 12 I ,lin SIZE SPb REPR CODE 4 I 6 2 I 49 a 1 68 2 1 49 2 I 49 2 1 49 ~ 1 49 2 1 49 2 1 49 2 I 4,9 2 I 49 2 1 49 ENTRY 0 0 3O 255 0 31,1 12 ! .lin 1 0 PROCESS ~ C~ 04000000000000 04000000000000 04000000000000 04~00000000000 04000000000000 04000000000000 04000000000000 04000000000000 042~0000000000 042 0000000000 0420000000000n 04200000000000 ~000000000000 L~iP 01o.!409 VE~IwICATif!N LT$~ING PAC. E g9 OATiJ*~ ,qPFC!FTC,~TII.~I nbf'~C~S MNF~ I$ERvI.CE SERVICE UNIT APl IP OPDFR ~ LOG TY.PE E T l ~t P F'T S ~ ~ 63 'rE~,~8 PF'T T,B ~8 $(;P ~F'~ PSIG 9B ~14 PRB'~8 PF'T ~SIG 98 RP~E ;~F'm P~IG ~8 °D~ 0 PF~ q8 814 PDt{} PF'~ 9{~ PO~E ~Fq" ~ 814 PTFN PF'~ °9 ~R PF~ o8 APl. gPI FII, E C L ~ $,q. NOD 21 0 155 ?1 0 1 55 Ol 0 ~ 55 00 0 !55 00 o ~0 0 155 0O 0 155 O0 0 155 00 o 155 O0 0 155 00 0 ~ 55 00 0 ~5~ GAPI O0 0 155 ** l)J~Th ** ******** DEPTH FEET ~ETE[~8 65510.0n00 1.9967.44.,, 2 E T T ~,,I I ~. 0000 T E N 8 2370,0000 ~ S P E PR~S 243 ,000() ~PPE 2434 OOflO ~D10 PONE 6, O00o P"~ : I .... N 7 O00O PHI.I 15,2969 ******** DEPTH FEET ~ETEE'8 E']:I~ 3la 69c)-~ T"'~~'e bSbll 4609 19qgP.3730 PRF8 2430:000O PP~E 2a30,0000 P[)10 P 0 ~,: E7 a . 0000 n,,I~.,E N" 7.0000 P H U N GR I 1 ~. 1250 ** FILE TRAILER *$ FILE Nt~MF :PF'V .155 SEI~V I'C~7 N h~, E; : PI.,A YBA VF:PSI O~ ~ : DAWE :P3/03/29 ~AXI~[j~ ~,E~GTh :lOP4 ~EXI FILE ~hvE : ** FILE }IE~DER ** SEP~ICF NAM6 :PLAYBA DATE :~3/03/79 SiZE aPL REPR CODE 4 1 ? 1 2 1 4 1 ? 1 2 1 2 1 I PROCESS 68 04,00000000000,0 4,9 04000000000000 4,9 040~0000000000 68 041.0000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04200000000000 49 04200000000000 49 042~0000090000 4,9 042 0000000000 49 04000000000000 4.4609 SGP 0.07~2 PD20 5.0000 PTHO 2566,0[!00 0,0 752 2,0000 2a.R594 SGP 0.0752 PD~O 5,0000 PTHO 2564.0009 0,0752 2,0000 LV'P O1m,u()~ VEP,[,F1CATII3t'~ LISmlNC; PAGE 100 FILE PRP~V F., N Tl't Y I~LOCKS DATUM SPECTFTC~T!ON I~NF~ SERVICE SERVICE ID ORDER ~ TYPE SIZE PEPR CODE 1 1 66 2 1 66 3 2 79 4 1 o6 5 1 66 b 4 73 7 4 65 8 4 73 9 4 65 Jl 1 66 13 I 66 14 4 65 ~5 1 66 ~l.b 1 66 0 I 66 UN T,T S LB RPS PSIG PSTG GAPI 1 2 4 5 7 11 ~PI APl APl AP1 FiLE LOG TYP~ CLASS MOD NO, 98 636 ?1 0 ~.56 ~8 970 01 0 ~56 o~ ~1~ 00 0 156 98 ~14 00 0 08 8la O0 0 156 08 ~1~ 00 O 156 98 ~14 O0 0 1,56 9~ 814 00 0 1.56 o8 81,4 O0 0 ~56 98 81~, O0 0 08 ~14 00 0 !.56 9B 310 00 0 156 $ ,L 7.. E REPR COOK 1 66 1 66 1 66 4 73 4 65 4 73 q 65 1 66 ENTRY o 0 255 0 3~1 I N C H .lin ,lIN ?3 1 o SIZE SPb 4 2 1 ? ENTRY 0 0 30 255 0 311 TNCH 12 , lin REPR PROCESS COD~ (OCT~.L) 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 4,9 04,000000000000 49 04000000000000 4!9 04000000000000 49 04200000000000 4,9 04200000000000 49 04200000000000 ~9 04200000000n00 a9 04000000000000 13 I 06 1.5 1 o~ 16 I b6 o 1 66 '73 l 0 CT F'TCATiT(JM R L, QC K,S ICE S~;RV,[CE UNIT APl ~pT O'RDER g bOG TYPE S 98 ~36 [,a ~8 635 ~PS q8 970 PSTG 98 ~14 O0 v 5 '1 G ~ 8 n 14 0 0 9~ ~14 O0 ~ 814. 00 98 ~1~ O0 98 ~1,4 oO CAPI 08 31o O0 APl FiLE MO O N 0, 0 .iS'6 0 1,56 0 .!56 0 156 0 .i. 56 0 156 0 0 156 0 ~56 0 156 o 1, 56 0 156 CODE a I 68 2 1 49 7., 1 49 4 ! 68 2 I 49 2 I 49 2 I 49 2 I 4,9 2 I .4. 9 2 1 49 2.. I 4,9 1 4,9 . 1 49 E T I ~l I K. o 02 () PRES 2439, I 4, 'l b62 P P P E *'******* DEPTH ~'EET M 6.5510 0000 19967.4492 2~80.o000 ~SPE 4,3203 243~,0V00 PDIO 0,0752 .0000 PHTIN 5,0000 PO20 PTH[] ETT. iq 1 ! 7,6004 PRES i2. t~ 0 ~,~ E: G R ! 1. 6. ::~ 12 5 P'i"EN ******** DEPTH b5544 73,t4 1.9978.0352 2~84.0000 ~SPE', 35.2500 12.5000 PDiO 0.0752 O,O000 PHI. IN 0,0000 o G P PO20 PTHO ** FT[.,F ?RAIT.,EP ** FILE l'q ~ ag :RF'v ,156 SE~VT(;~ NA~E ;Pb&YgA VERSION ~ : 24.~ DATE :~3/03/~9 ~Ir,g TYPF : PR NEXT FTI, E ~,~AME ; VROCE$S (UCTA~) 04000000000000 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 04 000000 04~ O00UO 00000000000 g4200000000000 420:0000000000 04200000000000 04000000000000 2565i0000 0 0752 2 0000 '2,0000 0,0752 0,0000 LV'P oto }~'07 VL~,,,IFI"'ATInt,~ bTS~£NG PAGE 102 SER V'IC~ NA ~,~E :PLAYBA DATE :~3/03/29 ~AXlUk.]~ LEM(jTH : 1024 FILE TYI:'~: :PR SER~ IC~: ~..~ AN g ;PLAY~A VERSIOW ~ : 2,t,2 DATE :83/03/29 ~AXI:N~j~ I,ENGT)I : 1094 FILE TYPE NEXT FTI:.,~ NA~E SERV IC~7 N A ~:~; : PL~'YRA VERSION ~ : 24.2 DATE :~3/03/29 ~AXI~U~,~ LENGTH :1.02,4 ~I[.,E: TYPIC :PR P E 1 2 3 4, 5 7 9 .!, 1 ~3 ~4 ~5 ~6 0 API APl TYP~ CI,~SS MOD NO, 636 21 0 0 0 30 255 0 311 TaCH 1,2 ,lin I ,lin 73 1 0 SiZE SPb REPR CODE 4 1 68 PROCESS COCTAb) 04000000000000 LVP nle. HO'~ VEPlF,I:CA'PJirli'~ L, ISTJ:N(~ PAGE 103 P~IG 98 gl4 no 0 ~5TC~ 98 ~14 oO PSTG 9a 81,4 OU 0 98 814 O0 0 98 ~la O0 0 98 ~14 O0 0 1.5R 98 ~14 O0 0 98 ~14, O0 0 159 GAPI OB 310 O0 0 158 ** DAT,~ FORN~.T RECORD ** ~NTRY 1 2 3 5 6 7 9 t4 ~6 0 DATU~ MTIM TENS ~SPE SGP PRES PDlO PD20 :'TWO GR GAPI SI~ZE 1 1 2 1 1 4 4 4 4 1 1 4 1 1 1 APl Ap LOG TYP OB 63 ~8 63 98 97 98 _~1 98 81 08 81 q8 81 98 31 66 '70 66 66 73 65 73 66 66 65 6~ 6G I AP1 A. PI FIbE E CL,~SS ~OP 6 21 0 1.58 5 21 0 15~ 0 Ol 0 158 4 nO 0 !58 4 O0 0 158 4 O0 0 158 4 O0 0 158 a O0 0 158 4 O0 0 158 4 O0 0 15~ ~ O0 0 !58 4 O0 0 158 0 O0 0 158 DPPTH ******** ~ETER$ 2 4 1 ? 1 2 I 2 2 2 1 2 I 2 1 2 2 0 0 3O 255 0 INCH ~2 .lin 33 1 .lin 1 0 SIZE SPh REPR CODE 4, I 68 2 1 49 2 I 49 4 1 68 2 1 49 2. i 49 2 1 49 2 I 4.9 2 1 49 2 I 49 2 1 49 '~ 1 49 2 1. 4~ 49 00000000000 ~9 g~O0000000000 68 04100000000000 4,9 04000000000000 49 0400000:0000000 49 04000000000000 49 04000000000000 49 04200000000000 49 04200000000000 a, 90a200000000000 4,9 04200000000000 4904000000000000 PROCESS (OCTA) 040000000000~0 04000000000000 04000000000000 04100000000000 04000000000000 04000000000000 04000000000000 OaO00000000000 04200000000000 04200000000000 04200000000000 04200000000000 04000000000000 LVP OIO.NO..9.,. VEF*I'P'IC'AT. IF)hi' LT$''Tf)~)G PAGE 304 655 l. 2380. o0no 2.432,0000 7,0000 19907.4402 PDIO PIll.IN b557~ 04,69 199~.1895 2~9~. Oooo 243~,0000 PO10 ~ 0000 PH:UN ** FTLT UE~DKR ** FILE Nl~i~ :PFT .159 SE~VTC~ NA~ ~DbAy~A VE~SIOU # : 24.2 DATE :~3/03/~9 mAXI~i.J~ LENGTH ~.024 ~I[,g Tvp~ :~R PREVIOUS FIb~ : ENTRY gbOCKfi TYPE SiZE [~EPR CODK I 1 66 2 1 66 3 2 79 4 I 66 5 1 66 6 4 7~ 7 4 65 8 4 7 t 9 4 b 5 .i. 1 1 6~ 13 1 66 14 4 65 :t. 5 1 O6 ~6 1 66 4.3203 0 0't52 s: DODO 3.43J6 0,0752 5,0000 ENTRY 0 0 30 255 0 311 INCH 12 , lin 1 , lin 73 1 SGP PD20 PTM[) SGP PD20 PTRO 2565,0000 0752 o, 000[5 2566,0000 , 000 F~ briCKS q8 t~ S [, b P, PS PSTG PS'IG o6 ** DAT~ FORHAT ENTRY 1 3 4 5 6 7 8 9 11 ~,3 ~4, 16 0 DATU'~' .$PECTFTCATTON BLOCKS ~.NFP~ SERVICE SERVICE UNIT PI API ~PI F',I L E PE CL~S MOD 3~ Pl 0 I 98 635 21 0 1.5O q8 970 O1 0 98 8! 4, o0 0 159 o 8 ~1 4 00 0 ~ 5 q 08 ~14 OO 0 15o 98 ~14 no 0 J 59 o8 814 Or) o 159 q8 81 ~, O0 0 159 q 8 ~ 14 o 0 0 15 g o8 ~14. n{) 0 15g 08 ~14 O0 U 159 08 10 oo 0 , 5g REPR SiZE I 1 2 1 1 4 4 4 1. 1 4 1. 1 API API AP1 LnG TYPF C1]A$S ~OD 98 636 2i 0 o8 635 ,?.1 0 98 970 O1 0 98 814 O0 0 98 814 O0 0 98 814 O0 0 98 gla O0 0 98 91 ~ O0 0 q 8 ~ 14 00 0 98 ~la O0 0 98 ~14 nO 98 ~ 1 a 0t) 0 9~ 310 O0 0 CODE 66 79 66 66 73 73 65 66 66 65 66 66 66 SIZE 2 4 2 2 E N T R Y 0 0 30 255 0 311 TNCH 12 ,1 T N 33 I . lin 0 FILE SiZ~ SPL NO. 159 4 1 159 2 1 159 2. 1 ~.5g 4 1 159 2 1 150 2 1. 1.59 2 150 1.59 2 1 1.59 9. 1 159 2 1 159 159 2 ,t REPR PROC~,SS CODE (OCTAL) 68 04(.)0000000000o 49 040(.)00(,)00000000. 49 0400000000000 68 U410000000000~ 49 0400000000000 49 0~000000000000 49 04000000000000 49 040000 00000 ~9 042000~ 00 0000:000 49 04200000000000 49 04200000000000 49 04200000000000 49 0~000000000000 REPR PROCESS CODE 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 ~9 04200000000000 49 04200000000000 49 04200000000000 a9 0~200000000000 49 04000000000000 LVP Olm.~-;02 VEpZFImAq, ZON I,I'JTI..%~G PAGE 106 2452 ? 6 245n. oo00 4, o u 00 1 16: ~ 7 5 () T E ~'~ S *~ FTLE TR~,ILER ** FII, E ~ai~W :R}~'T .159 SERVICE NAME :PLAYBA VERSIOn<{ ~ : 2a.9 MAXI~LIm T,~E~[;TH : 1_0~4 FILE TYP~ :PR NEXT FTL~ N'Am~: : ~IT,E .~Aiv!F :RFT ,160 SERVICE ~,~A h~ g ; Pi...,AYBA VEmSTOu ~ : 2~:,9 DATE :~3/03/~9 mAXi,,{J~ T, EWGTH :t0~4 W I [, ~, TYPE ** DATA FORMAT RECORD ** MNTRY ~LnCWS TyP~ SiZE REPR CODE ENTRY 1 1 66 0 2 1 66 0 3 2 70 ~0 4 1 66 255 5 1 b~ 0 6 4 73 311. 7 4 65 T~CH 8 4 73 1.2 9 4 6~ .lin SGP PD~O SGP PDPO PTHO o. ooo ,0742 2,0000 25804,0000 ,0752 2,0000 lr,'Vp Oln,gO~ VE:PIFICA?Int~. [,T~..IN(;"T .. PAGE 107 11 14 t6 0 mA'['. U~ S P, PS PS!G PSTG PS~G GAPI Rr,,c [, kr) ** 1 2 3 4 5 6 7 9 11 1.3 14 ~6 0 DATU ETTM TENS SGP .PRES ~PRE PO10 PD20 A P I ,~ P I g P i LnG TYPE 98 ~3~ o 8 97 0 o 1 98 ~1,4 O0 98 ~1~ O0 08 ~ 1 O0 98 814 OO O~ ~la oo ~8 ~1~ ~8 814 oo ~8 ~In, no 08 31o oo SIZE 1 1 2 ! 4 4 4 4 1 1 4 1 1 1 ApT AoI TYPE CLASS 63& 21 635 21 970 914 O0 ~14: oO 814 O0 ~1~ O0 ~I4 O0 ~14 O0 66 66 65 56 6& FII,E 160 6 o 160 160 16o 160 ~ 60 ! 60 160 .~ 60 1,60 16o 1,60 CODE 79 6~ 65 7~ 6~ ~6 6~ 66 ~6 33 ,I ,11 73 1 0 4 ? ? 0 0 30 255 0 3!I I N C H ,1TN 1 ,lin 7.t 1 0 APT WILE SIZE SPh MOD r~O. 0 160 4 I 0 160 ? l 0 160 ? 1 0 160 4. 1 0 160 ? 1 0 160 2 1 0 lO0 ? 1 0 160 2 1 9 ~.60 2 1 C, OI:~: COCT~L) 68 040000000000~0 49 04000000000000 49 04000000000000 68 04:!0()000000000 49 04000000090009 49 04000000000000 49 04000000000000 49 040.00000000000 49 0.200000000 O0 49 04200000000.00 49 04200000000000 49 042000000:00000 49 04000000000000 RMPR PROCESS CODE 68 04000000000000 49 04000000000000 49 04000000000000 68 04100000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04000000000000 49 04200000000000 814 Oo 0 160 ~1~. O0 O 160 ~Iln no 0 1.60 ******** O Il;? P T i,t 05510,00:0~ 19967. 4492 2 260,0000 2486,0000 PDIO 3, nOOO 3.44?3 n,0"152 6. 0000 SERVTCF' ~At~; :PL~YB~ VERS!O~; ~ : 24.P DA~E :~3/()3/29 ~AXI~iJ~ LENGTH : 1024 ~ILE TYP~ :PR "E ' '~ETEr~S F'E 65651 6797 20010,6328 2~4n. oooO ,'". E 1g,~875 2484,00O0 PD10 0,0752 ~, 0000 P H I.! N . 6,0000 EOF ********** 2 1 2' 1 2 1. PILE N~'i~ ;RFT 161 SERVTCF ~ta~E : PL~,Y~A VERSION, : 24.2 OATE ~AXl~tif~ [,E~G'rH : !024 mIf. E TYP~ :PR PREVIOUS F fl,,~ : ** D~T~ ~I3PMAT R~CnRD ** ENTRY BL, CC~S WYPE SIZE oEPR CODE ENTRY 1 I 66 0 2 1 6~ 0 3 2 79 30 4 i 66 255 SGP PD20 PT~U SGP P 02 o 49 04200000000000 ~.9 04200000000000 49 04200000000000 ~9 04000000000o00 2623.0000 O. 2,0000 2622,0000 o o c) LVP OlO.H02 V.EOlFICA¢'iCIN LIST1NG PAC, E DATA FORe, AT W. NTRY RL,.nCKS RFCGRD ** TYPE I 2 3 4 5 7 9 ~4 ~5 ,~6 0 DATU~ '~NF~ ET T N TENS MSPE SGP S~)ECtFT CAT? PFT BLOCK~ II' PPS PSTG ,aPT APl ~PI F I I,.~E TYPE CLASS ~'OD NO. 636 21 635 970 nl 0 ~14 00 0 t61 ~1 a O0 0 J61 ~14 O0 0 161 81,~ O0 0 16~ B14 O0 0 rtl4 O0 0 ~14 O0 0 lol RI 4 O0 0 814 O0 0 101 310 O0 0 E REPR CODE 1 66 1 66 2 79 1 66 4 73 4 65 4 73 4 65 1 66 1 06 4 65 1 66 1 66 1 66 API ~pI AP1 ~P]. FILE [,.rig TYF,'F CLASS ~OD N~, 98 636 9-1 0 :1.6.1 98 635 21 0 98 970 Ol u 98 ~1.4. OO 0 ? 4 2 2 2 ! 2 ? ?.., EN I~RY 0 0 30 255 0 31.1 INCH 12 33 1 .lin 73 1 0 SIZE SPL 4 REPP PROCMSS CODE (OCTAb) 68 04000000000000 419 04000000000000 49 040001000000000 68 04~00000000000 49 04000000000000 49 ~4000000000000 49 40:00000000:000 49 04000000000000 49 04200000000000 49 04200000000000 49 04200000000000 04200000000000 a9 04000000000000 REPR PROCESS COOF (OCTAL) 68 04000000000000 49 O~O000OO000000 49 040~0000000000 68 OalO0000000000 [,VP 0lO.H02 VE,'DIFIf"ATI~i~I LTSTING PAGE 110 RPPE I0 P 0 ~ E o T ~ N OTHU I 49 04000000000000 I ~9 04.000000000000 1 4,9 04000000000000 I 49 04000000000000 1 49 04.200000000000 ,1 49 04200000000000 1 49 04200000000000 I 419 04200000000000 1 49 04000000000 O0 ,~[ T N~ 15 O00u PR~S ,OOOO o[)~:~ E 0, non(.) GR q, 76'r'.6 P IEN ******** DEPTH FEET 6551(.i.0000 2460,0000 ~' OOOO 2520, 7,0000 .,,0752 6,00O0 ETTM 19.36 .8,528 ..... "0 ' nO00 OR~,S 252., D O N E 6,0000 GR 116.5625 ~.PPE P '.l F, m *~****** DEPTH FEET METEP~ 659~3 664~ *009~,5332 2520,00o0 PDtO 6,0000 PBUN 6,0000 ~II.,E NatqF :DF'T .1.61 SE:R V I CF.. N A ~'~ [.:; ; PL, AYP, A VEDSIU~.~ tt : 2~,2 DATE : 93/U3/~9 ~A~I.~U~ i..,E~.~G~H :1094 mlf,E IYPF NEWT FTL,~ NA~E : *******~** EOf' SGP 2660,0000 PD~O 0,0752 PTHO 2,0000 SGP 265~,0000 PD20 .0742 DTHO 2.0000
