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
183-071
• • bp BP Exploration (Alaska) Inc. Attn: Well Integrity Coordinator, PRB -20 Post Office Box 196612 Anchorage, Alaska 99519 -6612 May 20, 2012 5cAtoiNE � AUG 'LU'IL 0 q i Mr. Jim Regg Alaska Oil and Gas Conservation Commission 19' 333 West 7 Avenue Anchorage, Alaska 99501 Subject: Corrosion Inhibitor Treatments of GPMA Lisbume 4 Dear Mr. Regg, Enclosed please find multiple copies of a spreadsheet with a list of wells from GPMA L4 that were treated with corrosion inhibitor in the surface casing by conductor annulus. The corrosion inhibitor is engineered to prevent water from entering the annular space and causing external corrosion that could result in a surface casing leak to atmosphere. The attached spreadsheet represents the well name, API and PTD numbers, top of cement depth prior to filling and volumes of corrosion inhibitor used in each conductor. As per previous agreement with the AOGCC, this letter and spreadsheet serve as notification that the treatments took place and meet the requirements of form 10 -404, Report of Sundry Operations. If you require any additional information, please contact me or my alternate, Gerald Murphy, at 659 -5102. Sincerely, Y Mehreen Vazir BPXA, Well Integrity Coordinator II • BP Exploration (Alaska) Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations (10 -404) GPMA Lisburne 4 Date: 051012 Corrosion Initial top of Vol. of cement Final top of Cement top off Corrosion inhibitor/ Well Name PTD # API # cement pumped cement date inhibitor (gal) sealant date L4-02 1891040 50029219780000 3 NA 3 NA 20.4 6/16/2011 L4-03 1880670 50029218310000 Dust cover NA NA NA NA NA L4-10 1891120 50029219830000 Dust cover NA NA NA NA NA L4-11 1880840 50029218460000 Dust cover NA NA NA NA NA L4-12 1911180 50029222160000 0.8 NA 0.8 NA 5.1 6/16/2011 L4-14 1890980 50029219730000 1.2 NA 1.2 NA 6.8 6/14/2011 - '►j L4-15 1830710 50029209520000 50 12.0 5 9/4/2011 45.9 5/3 /2012 L4-18 1880830 50029218450000 0.7 NA NA NA Split Conductor NA L4-30 1881010 50029218600000 0.5 NA NA NA Split Conductor NA L4-31 1890840 50029219660000 0.1 NA 0.1 NA 0.9 6/20/2011 L4-32 1911060 50029222050000 Dust cover NA NA NA NA NA L4-36 1910880 50029221890000 0.9 NA 0.9 NA 5.1 6/14/2011 04/18/11 Sch olleru r /10.5719 Alaska Data & Consulting Services Company: State of Alaska 2525 Gambell Street, Suite 400 Alaska Oil & Gas Cons Comm Anchorage, AK 99503 -2838 Attn: Christine Shartzer ATTN: Beth 333 West 7th Ave, Suite 100 1 Anchorage, AK 99501 Well Job it Log Description Date BL Color CD 01 -16 BCRD -00092 PRODUCTION PROFILE ( 1 , -- on 11 03/11/11 1 • • / - 1 14 -12 BBKA -00091 PRODUCTION PROFILE • - 03/05/11 1 _•i 1 Z -02A BJOH -00013 INJECTION PROFILE _:3T:T • Zt. 1 13 -09 BDAD -00038 LDL 111K -' 03/19/11 1 �.,4—Jr 1 L5 -36 BJOH -00014 PRODUCTION PROFILE 'C' 6 (0 03/16/11 1 - I, 1 L4 -15 BBSK -00059 PRODUCTION PROFILE J n 03/16/11 1 1 03 -25A BG4H -00042 PRODUCTION PROFILE / � {� .yi , 0 03/16/11 1 1 2.112 BL65 -00021 MEM PROD PROFILE 'a0 'lam'/ 03/01/11 1 1 F -35 BG4H -00037 RST / < c / 02/23/11 1 1 7 ‘...) ±. J -17C BAUJ -00061 MCNL r. 02/09/11 1 1 • PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska) Inc. Alaska Data & Consulting Services Petrotechnical Data Center LR2 -1 2525 Gambelt Street, Suite 400 900 E. Benson Blvd. Anchorage, AK 99503 -2838 ` � f� , ,. s J�J1` `1 1 U11 • APR 1 9 ZOf r ... Wow . , STATE OF ALASKA ALA~OIL AND GAS COIdSERVATION COMIVV~ION REPORT OF SUNDRY WELL OPERATIONS ~.~~~~~~~ :J(;T 2 0 Z00~ 1. Operations Performed: ^ Abandon ^ Repair Well ^ Plug Perforations ^ Stimulate ^ Re-Enter ~~d~ ~1~8$ C~fl~. ~i01YitT11 ^ Alter Casing ~ Pull Tubing ^ Perforate New Pool ^ Waiver ^ Other Anchorage ^ Change Approved Program ^ Operation Shutdown ^ Perforate ^ Time Extension 2. Operator Name: 4. Well Class Before Work: . Permit To Drill Number: BP Exploration (Alaska) Inc. ~ Development ^ Exploratory 183-071 3. Address: ^ Service ^ Stratigraphic . API Number: P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-20952-00-00 7. Property Designation~ 8. Well Name and Numbe~ ADL 028323 PBU L4-15 9. Field / Pool(s)'.` ~ Prudhoe Bay Field / Lisburne Pool 10. Present well condition summary ~ Total depth: measured 11467' feet ~ true vertical 11084' feet Plugs (measured) 9553' Effective depth: measured 11383' feet Junk (measured) 9550' true vertical 11001' feet Casing Length Size MD TVD Burst Collapse Structural Conductor 80' 20" 80' 80' 1490 470 Surface 2629' 13-3/8" 2629' 2629' 4930 2670 Intermediate 9181' 9-5/8" 9181' 8802' 6870 4760 Production Liner 9442~ 7" 2020' - 11462' 2020' - 11079' 8160 7020 Perforation Depth: Measured Depth: 9294' - 955Q' True Vertical Depth: 8915' - 9171' Tubing (siie, grade, measured and true vertical depth): 2-7/8", 6.5# 13Cr80 9229' 8850' Packers and SSSV (rype, measured and true vertical depth): 7" x 4-1/2" Baker'S-3' packer 9099' 8720' 11. Stimulation or cement squeeze summary: Intervals treated (measured): ~ ,~ +~ t; 9~i~ ~~tl.='.1~ ~ ~' G~~~ Treatment description including volumes used and final pressure: 12. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to weN operation: 134 -Q- 230 Not Available Not Available Subsequent to operation: 295 -0- 1,176 1,883 528 13. Attachments: ^ Copies of Logs and Surveys run Well Class after work: ^ Exploratory ~ Development ^ Service ~ Daily Report of Well Operations ~ Well Schematic Diagram • Well Status after wortc: ~ Oil ^ Gas ^ WDSPL ^ GSTOR ^ WAG ^ GINJ ^ WINJ ^ SPLUG 16. I hereby certify that the foregoing is 4rue and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: Contact Aras Worthington, 564-4102 N/A Printed Name Terrie Hubble Title Drilling Technologist S' Prepared By Name/Number. t ~ natur ~9 Phone 564-4628 Date + Teme Hubble, 564-4628 Form 40-404 Revised 07/2009 j~~at I C~` ''~:~r--~ Submit Original Only ~ ( ~y ~ ~i /az2•o~l ~~0(1 ~ ~ L4-15, Well History (Pre Rig Workover) Date Summary 9/1/2009 WELL S/I ON ARRIVAL. DRIFT TO TOP OF FISH, SIT DOWN AT 9,150' SLM W/ 2.25" CENT. S- BAILER HUNG UP COMING THRU 3-1/2" x 2-7/8" XO C~ 8,694' SLM. LOST OJ & SPANGS, DROPPED KINLEY CUTTER, RECOVERED ALL WIRE & KINLEY CUTTER. WELL S/I ON DEPARTURE, NOTIFIED DSO OF WELL STATUS. 9/2/2009 WELL S/I ON ARRIVAL. DRIFT TO 8,300' SLM W/ 2.00" BLIND BOX. ABORT RUN DUE TO HIGH P/UP WEIGHTS. CURRENTLY POOH W/ 2.00" BLIND BOX TO LAY DOWN, SWAP TO .125 WIRE. 9/3/2009 TAGGED FISH @ 9,151' SLM W/ 2.00" BLIND BOX. DRIFT TO 8,800' SLM W/ 2.150" CENT (No problems w/ exception of high p/up weights). JOB COPE CHANGED DECIDED NOT TO C/O OGLV OR LOCK OUT 2-7/8" TRSSSV. WELL S/I ON DEPARTURE, NOTIFIED DSO OF WELL STATUS. 9/4/2009 T/I/O= 250/450/20 CMIT Tx IA 3500 psi; MIT OA 2000 psi. Rig to IA / Pump 5 bbls 60/40 meth followed by 270 bbls dead crude down IA to load. (MITx IA to 3500 Psi.) Tests # 1 and #2 Failed. 9/4/2009 T/I/O - 200/500/0. Temp = SI. TBG, IA, OA FL. AL disconnected. Integral intalled on IA. TBG FL = 70', IA FL - 8671' (sta #1 SO). OA FL = Near surface. SV, WV = C. SSV, MV = O. IA, OA = OTG. NOVP. 9/5/2009 T/I/0= 250/450/20 (CMIT Tx IA / MITx OA) CMIT Tx IA to 3500 = Test #3 lost 0/40 Psi in 1 st 15 Min. then 0/20 in 2nd 15 Min. for a total loss of 60 Psi in 30 Min. CMIT Passed / Bleed back IA x TBG to 450 Psi . Rig to OA and pump 5 bbls dead crude to Load. (MITx OA to 2000 Psi) 9/5/2009 WELL SHUT-IN ON ARRIVAL. INITIAL T/I/O = 150/0/0 CUT 2-7/8" TUBING AT 8695'. 9/5/2009 CMIT Tx IA PASSED to 3500 psi._ MIT OA PASSED to 2000 psi. T/IA lost 0/40 psi 1 st 15 mins and 0/20 in 2nd 15 mins for a total loss of 0/60 psi in 30 mins. Bled back T/IAP's to 450 psi. MIT OA. Pumped 5 bbls of crude to achieve test pressure. OA lost 40 psi 1 st 15 mins and 20 psi 2nd 15 mins for a total loss of 60 psi in 30 mins. Bled OA. FWHP's = 250/140/0 SV, WV, SSV = S/I, MV=O IA, OA = OTG. Tags hung dso notified. 9/6/2009 INITIAL T/I/O = 150/0/0 RIG DOWN E-LINE. SWAB, WING CLOSED. MASTER, SSV, SSSV OPEN. VALVES OPEN TO GAUGES. DSO NOTIFIED. FINAL T/I/O = 0/0/0 PSI. JOB COMPLETE. 9/8/2009 RIG UP SLICKLINE. TAG 2 7/8" TRDP 1922' SLM (1949' MD), W/ 2.34" NO-GO. SET 2 7/8" Z-5 LOCK OUT TOOL IN TRSSSV PROFILE C~ 1924' SLM (1949' MD). JAR 1 HR IN 30 MIN INTERVALS ON Z-5 LOCK OUT TOOL W/ 2.13 BLIND BOX. PULLED 2 7/8" Z-5 FROM TRDP 1924' SLM. RAN FLAPPER CHECKER TO 1923' SLM, VERIFIED TRSSSV LOCKED OUT. WELL S/I ON DEPARTURE. DSO VISUALLY INSPECTED ALL VALVE POSITIONS. 9/9/2009 T/I/0=S!/0/0. Temp.=Sl. PPPOT-T/PPPOT-IC ( PRE RIG ). PPPOT-T Stung int o test void 100 psi. bled to 0 psi. Pressure Tested to 5,000 psi. Lost 100 psi. in 15 min. Lost 0 psi. in 30 min. Bled void to 0 psi. Functioned all LDS. 3 seized, all others moved freely. (PASSED) PPPOT-IC Stung into test void 100 psi. bled to 0 psi. Pressure tested to 3,500 psi. lost 500 psi. in 15 min. Lost 500 psi. in 30 min. Bled void to 0 psi. Attempted to adjust LDS, all are seized. Pressurized I/C terst void to 3,500 psi. again with same results. Bled test void to 0 psi. (FAILED) 9/10/2009 T/I/0= SI/0/0. Temp=Sl. Fluid Pack T& I/C testvoid w/ Aero Kroil in attempt to free up seized LDS. T- Stung into test void 0 ps+. Bled to 0 psi. Pumped Kroil through test void until returns were clean. Closed bled screw ,and capped external Check. I/C - Stung into test void 100 psi. Bled to 0 psi. Pumped Kroil through test void until returns were clean. Closed bleeder screw, and pressured to 500 psi. Capped external check. Page 1 of 3 ~ ~ L4-15, Well History (Pre Rig Workover) Date Summary 9/11/2009 T/I/0=300/200/0 Temp=S/I, Weli Circ-out, Freeze protect (RWO Prep) Speared in with 1 bbls of neat meth. Tubing pressured up to 3000 psi. Bled Tbg psi. Rigged off Tbg and rigged up to IA. Pumped 5 bbls of neat meth followed by 22 bbls of diesel. Caught pressure at 15 bbls of diesel. No communication between Tbg and IA. Possible hydrates in tubing. Rigged off IA and rigged up to Tbg. Pumped and bleed tubing to check for possible pressure changes. No change in pressures. Notified DSO of well condition. FWHP's = 2600/1160/0 9/12/2009 T/I/0=580/1100/0, Temp=S/I, Assist Slickline w/hydrates in tubing (RWO Prep) Bled down IAP to 320 psi. Monitored pressure. Repressured IA to 980 psi. Rigged up to tbg and pumped 1 bbls of neat meth to reach 3000 psi. Bled down Tbg psi. Slickline ran in hole to make impression. Performed a pump and bleed to 3000 psi down to 1000 psi on tubing (see pump report). Job cancelled. Slickline on well upon departure. FWHP's = 920/960/0 9/12/2009 RAN 4.50" CENT. 3" S.BAILER TO 24' SLM, UNABLE TO MAKE HOLE. RAN 3" S.BAILER TO 24' SLM, UNABLE TO MAKE HOLE. RAN 5' x 1-3/4" DRIVE DOWN BAILER TO 1923' SLM, UNABLE TO MAKE HOLE. RAN 3.25" CENT & 3.0" LIB TO 24' SLM, UNABLE TO PASS (NO PICTURE). RAN 2.25" GAUGE RING TO 1923' SLM (_APPEARS TO BE ICE PLUG). LRS ATTEMPTED TO THAW ICE PLUG W/ NO SUCCESS. LEFT WELL S/I, NOTIFY DSO. 9/13/2009 Pump 1" ball to drift coil. Preform weeklv BOP test. MU Slim Nozzle BHA displace CT to 50/50 and RIH. Tagged at 1943' and started pumping. No progress with 50/50 or Neat meth stacking -8k, PU and try spudding on restriction. Tagged and pushed down a few times and started making hole. RIH to 2000' and PU, was clean back up to 1900'. RIH to 5000' and established communication from IA to tubing. 9/14/2009 RIH to 5000' ctmd and established communication from IA to Tubing. POOH to 1,600' and see if we have communication from Tubing to IA. No comms from tubing to IA, lined up to test IA to tubing and no comms. IAP = 1345psi, WHP = 166psi. RIH to see if flapper is closed and we tagged again at 1943'. Line up down coil with 2k stacked on flapper and pumped WHP to 800 psi and WHP shot up to 1800 psi. We can RIH past TR again. Lined up down IA and we have comms to tubing again. No tubing x IA comms and TRSSSV is not locked open. RIH to 2500' and bleed off IA to 0 psi and see if TRSSSV is open and it's not. Call Pad Op to pressure control line to hold flapper open. TRSSSV pumped open, PUH and run past to see if iYs open and it is. POOH FP well from 2500' with 50/50 Meth. Well Head Finals T/I/O 0/0/0 DS Op notified of weA status. Job Complete. 9/14/2009 WELL SHUT IN ON ARRIVAL. INITIAL T/I/O 0/0/0. RUN 1: HEAD/3 X WEIGHT-BARS/CCUMPD/FIRING HEAD/TUBING PUNCH/ECCENTRALIZER. TOTAL LENGTH 33' MAX OD 1 11/16". SHOT SMALL TUBING PUNCH FROM 8679'-8681'. LITTLE RED CIRCULATES THROUGH TUBING AND CONFIRMS T X IA COMMUNICATION. T/I/O 0/0/0. RUN 2: HEAD/3 X WEIGHT BARS/CCUFIRING HEAD/SHOCK MANDRELS/DETONATOR HOUSING/JET CUTTER. TOTAL LENGTH 27' MAX OD2-1/8". CUT 2-7/8" TUBING AT 8696' (1' BELOW THE ORIGINAL TUBING CUT FROM 6-SEP-2009). IA PRESSURE INCREASED FROM 400 TO 440 PSI AFTER CUT, TBG/OA PRESSURES REMAINED 0. DSO NOTIFIED OF FINAL VALVE POSITIONS: MASTER: O, WING: C, SSV: O, SWAB: C, IA/OA: OTG. LRS STAYING ON LOCATION TO DO CIRC OUT. FINAL T/IA/OA: 0/440/0. WELL LEFT SHUT-IN. 9/14/2009 - T/I/0=0/380/0 Circ-Well (RWO) Pump 4.5 bbls crude down tbg to verify TxIA comm. SB for E-line to re- cut tbg. 9/15/2009 T/IA/OA /0/0/0 Temp-SI Free stuck LDS on well head Tubing Spool :(2) LDS were flagged, both pins were functioned and appear to be working properly Casing Spool : All LDS flagged from the 3:00 to 9:00 were freed (2) pins flats broke will need to be drilled possibly. (1) pin at 11:00 position due to location of LDS and annulus valve VR plug will need to be installed and no flange or valve can be in way, drill will not be able to be rigged up. During LDS drilling we will replace all LDS on IC void to make sure no pins are broke inside of hanger for stopping rig work. Page 2 of 3 ~ • L4-15, Well History (Pre Rig Workover) Date Summary 9/15/2009 Circ-out, CMIT-TxIA PASS to 1000 psi (RWO). Pump 2 bbls neat meth followed by 560 bbls fresh water, 535 bbls seawater down tbg to circ well. Pump 147 bbis 100° diesel down IA and U-tubed for 30 min for freeze protect. Pump 2 bbls diesel down flowline to freeze protect s-riser. Pump 10 bbls meth, 3 bbls diesel down hardline jumper to flowline for freeze protect. Pump 1.4 bbls diesel down IA to CMIT TxIA 1000 psi. PASSED. FWHP's = 0/0/0 SV, WV, CV = S/I SSV, MV = O IA, OA = OTG tags hung DSO notified. 9/16/2009 TAG TOP OF 2-7/8" TRDP-1 A TRSSSV ~ 1921' SLM. RAN FLAPPER CHECKER TO FUNCTION TEST TRSSSV (VALVE STILL OPERABLE). NOTE: TRSSSV IS NOT LOCKED OUT. SET HOLD OPEN SLEEVE Ca? 1922' SLM. 2 7/8" GS TO PULL (MINIMUM ID-1.825", OAL- 88 1/4") RIG DOWN TURN WELL BACK TO DSO. 9/16/2009 T/IA/OA= 0/0/0 Temp=Sl Replace all LDS on casing flange (2) LDS drilled out Verified 0 psi in both IA and OA annulus and IC void. Broke loose a LDS that was stuck, besides (2) that are flagged. Removed all LDS tapped threads. (1) LDS broke after threads will need to be drilled. 9/17/2009 T/I/O = 0/0/0 Set 5 1/8" FMC ISA BPV C~? 108" w/ 1-2" ext. Removed companion valve and replaced with blind flange. Pre Doyon 16. 9/17/2009 T/IA/OA= 0/0/0 Temp=Sl LDS Drill out (3) LDS need drilled (1) LDS was found to be broken after threads of pin. RU WACHS drill. Drilled (3) pins tapped threads and installed new LDS. 9/18/2009 T/I/O = 0/0/0 Installed I/A & O/A valves on backside (pitside) of well, & pulled V/R plugs. Removed I/A & O/A valves on frontside of well, & installed V/R plugs, Pre Doyon 16. 9/18/2009 T/I/0= ??/0/0. Temp = SI. Assist w/ Cameron LDS drillout. Wellhouse, flowline & AL line removed. Unable to access wellhead, swab platform removed. Kept open bleed and assist Cameron Tech w/ LDS. 3" integral installed on IA. Cameron still on location, waiting for grease crew to reinstall blind flange on IA. Final W HPs = BPV/0/0. SSV, MV = open. IA, OA = open to gauge. NOVP. 9/19/2009 Finished cleaning up equipment from LDS Drillout Pre RWO. Page 3 of 3 ~ i BP EXPLQRATION ° Page 1 af 1 ~ ; Operations Summary Report Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 Date' From - To Hours Task Code NPT Pha 9/20/2009 05:00 - 08:00 3.00 MOB P PRE 08:00 - 15:00 7.00 MOB P PRE 15:00 - 21:00 6.00 MOB P PRE 21:00 - 00:00 3.00 MOB P PRE 9/21/2009 00:00 - 01:00 1.00 MOB P PRE 01:00 - 02:30 1.50 MOB P PRE 02:30 - 14:30 12.00 MOB P PRE 14:30 - 17:00 2.50 MOB P PRE 17:00 - 19:00 2.00 MOB P PRE 19:00 - 20:00 1.00 MOB P PRE 20:00 - 00:00 4.00 MOB P PRE 9/22/2009 00:00 - 01:00 1.00 MOB P PRE 01:00 - 04:00 3.00 MOB P PRE 04:00 - 06:30 2.50 MOB P PRE 06:30 - 12:00 I 5.50I MOB I P I I PRE 12:00 - 18:00 I 6.00 I MOB I P I I PRE 18:00 - 19:30 1.50 MOB P PRE 19:30 - 20:30 1.00 MOB P PRE 20:30 - 21:30 1.00 MOB P PRE 21:30 - 22:30 1.00 MOB P PRE 22:30 - 00:00 1.50 MOB P PRE SET TOP-DRIVE ON STUMP IN ROTARY TABLE AND R/U BRIDLE LINES TO UD DERRICK. R/D RIG FLOOR. L/D DERRICK. CALL PAD OPERATOR TO WITNESS BACKING OFF THE WELL; HE GAVE PERMISSION TO PROCEED WITHOUT HIM. -HOLD PJSM TO BACK OFF WELL. DISCUSSED WEARING SPIKEYS, IF NECESSARY. -BACK RIG OFF WELL AND CONTINUE TO R/D EQUIPMENT INSIDE RIG TO PREPARE FOR RIG MOVE. -0930-HOURS, 1/2 OF THE ACCESS ROAD BETWEEN NIAKUK PAD AND L-5 PAD COVERED WITH RIG MATS. -1430-HOURS, BEGIN RIG MOVE OFF NIAKUK PAD TOWARD LISBURNE 5 PAD. BEGIN RIG MOVE FROM NIAKUK PAD TO LISBURNE 4 PAD. WAIT ON RIG MATS TO BE SHUFFLED AROUND TO GET TO L5 PAD. MOVE RIG BACK TO ALLOW MATS TO BE LAID TO L5. WAIT FOR RIG MATS TO BE LAID TO BE ABLE TO MOVE ONTO L5 PAD. HOLD PJSM ON MOVING RIG. -MOVE RIG ONTO L5. WAIT FOR ALL MATS TO BE MOVED AHEAD OF RIG. MOVE FROM L5 TO EAST DOCK ROAD. TURN OFF L5 ACCESS ROAD ONTO EAST DOCK ROAD. MOVE FROM EAST DOCK ROAD TO L4 ACCESS ROAD. MOVE FROM EAST DOCK ROAD TO SURFCOTE PAD. WAIT FOR MATS TO BE MOVED AHEAD OF RIG FROM SURFCOTE PAD TO L4. WAIT FOR MATS TO BE MOVED AHEAD OF RIG FROM SURFCOTE PAD TO L4. MOVE RIG FROM SURFCOTE PAD TO L4-15. RD BOOSTER WHEELS. WIND GUSTS ABOVE 35-MPH, CANNOT RAISE DERRICK. REMOVE DOUBLE RAMS AND INSTALL SINGLE 2-7/8" X 5" VBRs. BREAK DOWN DOUBLE STACK AND MUD CROSS, INSTALL KILL HCR, REMOVE 3 1/2" X 6" RAMS AND BLIND RAMS FROM DOUBLE STACK. NOTE: WIND SPEED 35+ MPH WITH 42 MPH GUSTS. RECONFIGURE BOPE STACK. INSTALL 2 7/8" X 5" VBR'S AND BLIND RAMS. FILL HYDRAULIC OIL ON TOP DRIVE. MOVE RIG DOWN PAD TO BLOCK WIND FOR LAYING HERCULITE AND RIG MATS. NOTE: WIND SPEED 35 WITH 40 MPH GUSTS. LAY HERCULITE AND RIG MATS AROUND WELL L4-15. SPOT EQUIPMENT BEHIND WELL. PJSM. SPOT RIG INTO WIND AND RAISE DERRICK. NOTE: WIND SPEED 30 GUSTING TO 34 MPH. PIN DERRICK AND INSTALL TORQUE TUBE. RIG UP RIG FLOOR EQUIPMENT. SPOT RIG OVER WELL L4-15. BEGIN RIGGING UP CIRCULATION MANIFOLD IN CELLAR. Printed: 10/12/2009 9:06:27 AM ~ . _ _ _ BP EXPLORATION Page 2 of 11' Qperations ~ummary Report Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 Date From - Ta Hc~urs Task Code NPT Phase Description of Operations 9/22/2009 22:30 - 00:00 1.50 MOB P PRE RIG DOWN BRIDLE LINES. 9/23/2009 00:00 - 02:30 2.50 MOB P PRE RIG UP DOUBLE ANNULAR VALVE IN CELLAR. SPOT AND RIG UP #2 MUD PUMP MODULE. RIG UP TOP DRIVE. MAKE UP MUD MANIFOLD IN CELLAR. 02:30 - 04:00 1.50 RIGU P DECOMP HOLD PJSM. PICK UP AND RIG UP DSM LUBRICATOR. TESTED LUBRICATOR TO 500 PSI - GOOD TEST. PULL BPV. RIG DOWN LUBRICATOR. 04:00 - 06:30 2.50 CLEAN P DECOMP HOLD PJSM. PRESSURE TEST LINES. CIRCULATE DIESEL FROM WELL WITH 8.5 PPG KCL WATER 5-BPM AT 1500-PSI ICP, 1700-PSI FCP. 06:30 - 07:00 0.50 CLEAN P DECOMP MONITOR WELL; WELL IS DEAD. 07:00 - 08:00 1.00 CLEAN P DECOMP R/D PUMP-IN SUB AND CIRCULATING LINE. INSTALL BAILS. CALL AOGCC AT 0745-HOURS WITH AN UPDATE FOR INITIAL BOP TEST. CHUCK SCHEVE RETURNED CALL IMMEDIATELY AND WAIVED STATE'S RIGH7 TO WITNESS THE BOP TEST. 08:00 - 08:30 0.50 WHSUR P DECOMP P/U DSM LUBRICATOR AND INSTALL ON TREE. TEST TO 1000-PSI. RIH WITH ISA BPV AND SET IN PROFILE. R/D LUBRICATOR AND PREPARE FOR N/D TREE. 08:30 - 09:30 1.00 WHSUR P DECOMP BLOW DOWN CHOKE AND KILL LINES, CLEAN AND ORGANIZE CELLAR. BEGIN LOADING 305-JOINTS OF DP IN PIPE SHED. 09:30 - 12:00 2.50 WHSUR P DECOMP PJSM. N/D TREE AND CAMERON TECH M/U XO TO HANGER WITH 13-LH TURNS INTO THE 6-1/4" SAM LH-ACME HANGER. LDSs BACKOUT LENGTH = 4-1/8". 12:00 - 15:30 3.50 BOPSU P DECOMP PJSM. N/U BOP STACK AND PREPARE FOR INITIAL BOP.~ TEST. P/U AND INSTALL 5' DRILLING RISER, INFLATE THE FOUR AIR BOOTS ON THE RtSER. CHECK RAM AND HYDRIL OPERATION. 15:30 - 19:30 4.00 BOPSU P DECOMP HOLD PJSM WITH TOOLPUSHER, RIG CREW, AND WSL TO PERFORM BOP TESTS. TEST BOPE TO 250-PSI LOW, 19:30 - 20:30 I 1.00 I BOPSUF} P 20:30 - 21:30 I 1.001 BOPSUFi P 21:30 - 00:00 I 2.50I BOPSUp P USE 2-7/8" ONLY FOR THE HYDRIL - NO TEST - PRESSURE UP TO 1800 PSI AND PRESSURE WOULD BIEED INSTANTLY OFF. HOLD AND CHART ALL TEST FOR 5 MIN. AOGCC REP. CHUCK SCHEVE WAIVED WITNESS ~ 0745H RS. BP WSL MIKE ROONEY, JOHN WILLOUGHBY, DAVE NEWLON, DDI TOOLPUSHERS SAM DYE AND GLENN HERMANN WITNESS TESTS. DECOMP PULL 2-7/8" TEST JOINT AND INSPECTED TEST JOINT- LOOKED GOOD. INSTALL 2-7/8" TEST JOINT AND PERFORM ACCUMULATOR TEST - GOOD TEST. BLOW DOWN CHOKE, KILL AND HOLE FILL LINES. DECOMP PJSM FOR REPLACING ANNULAR ELEMENT. REMOVE RISER, BELL NIPPLE AND INSTALL TOOLS TO REMOVE ANNULAR CAP. DECOMP REMOVE ANNULAR CAP WITH 6 1/2 TURNS AND 5 K OF TORQUE. PULL TO SIDE AND SECURE. CLEAN AND INSPECT SETTING AREA OF SEALING ELEMENT AND PISTON BOWL. INSTALL NEW SEALING Printed: 10/12/2009 9:0627 AM . • BP EXPLORATlON' Pag~e 3 af 1 ~ Operations Summary Repor~ Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 Date From - Tc~ Hours Task Cc~de NPT Phase Description af Operations 9/23/2009 21:30 - 00:00 2.50 BOPSU P DECOMP ELEMENT. CHANGE OUT SEALS ON CAP. 9/24/2009 00:00 - 02:00 2.00 BOPSU P DECOMP FINISH INSTALLING ANNULAR ELEMENT. INSTALL CAP AND TORQUE. RIG DOWN TOOLS. NIPPI.E UP BELL NIPPLE AND RISER. 02:00 - 05:00 3.00 BOPSU P DECOMP RESUME TESTING BOPS. PICK UP 5" TEST JOINT. HOLD PJSM WITH TOOLPUSHER, RIG CREW, AND WSL TO PERFORM BOP TESTS. TEST RAM TO 250-PSI LOW, 3,500-PS! HIGH W1TH 5" TEST JOINT - GOOD TEST. LAY DOWN 5" TEST JOINT. PICK UP 2-7/8" TEST JOINT AND TESTING ANNULAR PREVENTER. 05:00 - 07:45 2.75 WHSUR P DECOMP 07:45 - 08:15 0.50 WHSUR P DECOMP 08:15 - 09:00 0.75 WHSUR P DECOMP 09:00 - 09:30 0.50 PULL P DECOMP ( 09:30 - 12:00 2.50 PULL P DECOMP 12:00 - 16:30 4.50 PULL P DECOMP HOLD AND CHART ALL TESTS FOR 5 MIN. BP WSL JOHN WILLOUGHBY, DAVE NEWLON, DDI TOOLPUSHERS GLENN HERMANN WITNESS TESTS. PULL BLANKING PLUG. INSTALL DUTCH RISER FOR DSM'S LUBRICATOR. P/U, INSTALL AND TEST DSM LUBRICATOR TO 500-PSI. BREAK-OFF LUBRICATOR, INSTALL ISA BPV RUN/PULL TOOL. CONDUCT TABLE-TOP H2S EXERCISE WITH THE RIG CREW, DSM TECHs, CAMERON TECH, BAKER FISHERMAN, TOOLPUSHER, AND WSL. USE DISCUSSION RATHER THAN READING THE STEP-BY-STEP RIG PROCEDURES TO COVER ALL ASPECTS OF AN H2S EVENT: WELL SHUT-IN, CREW AND 3RD PARTY PERSONNEL EVACUATION, SAFE AREAS, AND EMERGENCY RESPONSE PROCEDURES AND CONTACTS. PULL ISA BPV AND UD. UD LUBRICATOR, PULL AND UD DUTCH RISER. R/U SCHLUMBERGER CAMCO SPOOLER. CAMERON TECH CHECKED AND BLANKED OFF ONE CONTROL LINE PENETRATION. M/U AND RIH WITH 5-1/2" BAKER SPEAR. BOLDS. M/U TOP DRIVE TO LANDING JOINT. P/U TO 115,000-LBS AND HANGER PULLS FREE. CONTINUE POOH AND SEE STEADY PULL OF 112,000-LBS. CALCULATED BUOYED WEIGHT OF STRING IS -79,000-LBS; TOP DRIVE WEIGHT IS 40,000-LBS; TOTAL WEIGHT IS 119,000-LBS. CIRCULATE BOTTOMS UP 1170-PSI AT 5-1/2-BPM. ALL RETURNS THROUGH SHAKER WERE CLEAN, CLEAR KCI~, BRINE WITH NO TRACE OF GAS. R/U CAMCO SPOOLER, POW ER TONGS, AND FLOOR EQUIPMENT. HOLD PJSM WITH ADW RWO SUPERINTENDENT, TOOLPUSHER, DRILLER, RIG CREW, AND WSL TO DISCUSS THE OPERATIONS REQUIRED TO BREAKOUT AND UD THE INSULATED 5" X 2-7/8" INSULATED TUBING. BREAKOUT THE LANDING JOINT WITH SPEAR AND UD SAME. UD HANGER WITH THREE PUP JOINTS. PLACE TUBING PUNCH DIE IN IRON ROUGHNECK, WRAP HERCULITE AROUND COLLAR AND PUNCH ABOVE AND BELOW. GET NO LEAKAGE OF F~UIDS FROM EITHER PUNCH. SEE DRY INSULATION INSIDE THE ANNULUS OF EACH PUNCH HOLE. CONTINUE POH, PUNCH TUBING ABOVE AND BELOW EACH COLLAR, AND UD INSULATED JOINTS. JOINT #25 L/D AT Printed: 10/12/2009 9:0627 AM ~ ~ BP` EXPLQRAl"IQN f~ag~ 4~f 11 Operations Summary R~port Legai Well Name: L4-15 Common Well Name: L4-15 Event Name: WORKOVER Contractor Name: DOYON DRILLING INC. Rig Name: DOYON 16 _ I I__ I I_ I Start: 9/17/2009 Rig Release: 9/30/2009 Rig Number: 16 Spud Date: 9/10/2009 End: 9/30/2009 9/24/2009 12:00 - 16:30 4.50 PULL P 16:30 - 17:00 I 0.501 PULL I P 17:00 - 17:30 0.50 PULL P 17:30 - 23:00 5.50 PULL P 23:00 - 00:00 1.00 PULL P 9/25/2009 00:00 - 00:45 0.75 FISH P 00:45 - 02:30 1.75 FISH P 02:30 - 05:30 I 3.001 FISH I P 05:30 - 07:30 I 2.001 DHB I P 07:30-10:00 ~ 2.50~WHSUR~P 10:00 - 13:30 I 3.501 WHSUR I P ~T ~ Phase ~~~~~~ ~~~~ Description of ~perat~ons DECOMP 1440-HOURS. HOLD KICK WHILE TRIPPING DRILL. CONTINUE POH, L/D #40 AT 1530-HOURS. 5" x 2-7/8" XO AT 1615-HOURS. BREAK OFF CONTROL LINE, BEND IT OVER AND TAPE TO SIDE OF TUBING. RECOVER 33-EACH SS-BANDS OF 34 BANDS LISTED IN THE ORIGINAL TALLY. DECOMP HOLD ROTARY ROUNDUP SAFETY MEETING TO PLAN HOW TO SAFELY BREAK OFF AND UD CAMCO FLOW COUPLING (SSSV). BREAK OFF AND UD SSSV. DECOMP CHANGE OUT HANDLING EQUIPMENT. RIG DOWN 5-1/2" POWER TONGS. RIG UP 4-1/2" POWER TONGS. DECOMP PULL OUT OF HOLE WITH 2-7/8" 6.5# EUE 8 RND TUBING LAYING IT DOWN FROM 6,806' MD TO SURFACE. TOTAL NUMBER OF 5" LAID DOWN IS 60 FULL JOINTS WITH 2 PUPS AT 6.05' AND 8.00'. TOTAL NUMBER OF 2-7/8" IS 204 JOINTS, 1 GLM, AND CUT JOINT ~ 18.21'. CUT JOINT FLARED TO 3-1/4", CLEAN JET CUT. DECOMP CLEAN AND CLEAR RIG FLOOR. RIG DOWN TUBING HANDLING EQUIPMENT DECOMP INSPECT AND SERVICE TOP DRIVE. INSTALL WEAR RING. DECOMP PJSM. MAKE UP BHA, PICK UP DRILL COLLARS FROM PIPE SHED. RUN IN HOLE TO 230' MD. BHA: -5-3/4" HOLLOW MILL CONTAINER -5-3/4" OVERSHOT -4-3/4" BUMPER SUB -4-3/4" OIL JAR -PUMP OUT SUB -4-3/4" DRILL COLLARS-6 EACH -4-3/4" INTENSIFIER -X-OVERS DECOMP PICK UP DRILL PIPE FROM PIPE SHED AND RUN IN HOLE FROM 230' MD. -DRILL PIPE 4" S-135 15.5#. -RIH TO 3081' TO STOP AND P/U STORM PACKER. DECOMP PJSM TO SET STORM PACKER. P/U AND M/U STORM PACKER. -RIH AND SET ONE STAND BELOW RIG FLOOR. S/B STAND IN DERRICK. PT TO 1500-PSI FOR 10-MINUTES, RECORDED, FOR SOLID TEST. DECOMP PJSM. PULL DRILLING RISER, WEAR RING. INSTALL BOOT PROTECTOR. -N/D BOP STACK FROM TUBING SPOOL. N/D TUBING SPOOL FROM CASING SPOOL. -TUBING SPOOL REQUIRED USE OF WEDGES DRIVEN IN BETWEEN THE TUBING AND CASING FLANGE FACES TO BREAK THE RUSTED INTERFACE. -1000-HOURS, UD TUBING SPOOL WITH CASING PACKOFF. ~ DECOMP INSTALL 4 NEW LDSs, PREPARE CASING SPOOL FOR NEW 9-5/8" PACKOFF. ' Printed: 10/12/2009 9:0627 AM i • _ _ BP EXPLQRP-TlUN ' Page ~ of 11 0perations Summary Report Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 Date ' From - To Haurs Task Code NPT Phase ' Description of Operations 9/25/2009 10:00 - 13:30 3.50 WHSUR P DECOMP -INSTALL NEW PACKOFF, TUBING SPOOL AND DOUBLE ANNULUS VALVES. , -TEST PACKOFF TO 5000-PSI FOR SOLID TEST. 13:30 - 16:00 2.50 BOPSU P DECOMP PJSM. N/U BOP STACK ON TO TUBING SPOOL. 16:00 - 16:30 0.50 BOPSU P DECOMP INSTALL TEST PLUG IN CASING SPOOL. TEST BOP BREAK TO 250-PSI LOW AND 3500-PSI HIGH. PULL TEST PLUG. INSTALL 9" WEAR RIN . 16:30 - 17:00 0.50 DHB P DECOMP P/U SINGLE JOINT OF DRILL PIPE AND RIH BELOW ONE STAND OF DP FROM DERRICK TO UNSEAT STORM PACKER. -TAG PACKER, MAKE 2. -RH TURNS TO ENGAGE PACKER, PI~J TO 93-K-LBS AND PO~j TO S/B ONE STAND AND L/D A ~ SINGLE JOINT OF DP. 17:00 - 22:00 5.00 FISH P DECOMP CONTINUE RIH WITH DRESS-OFF FISH BHA. PICK UP DRILL PIPE FROM 3,081' MD TO 8,670' MD. 22:00 - 22:30 0.50 FISH P DECOMP HOLD TABLE TOP H2S DRILL WITH RIG CREW, FISHING HANDS, WSL, AND TOURPUSHER. PROCEDURE WAS GONE OVER BY MEMORY WITH HANDS AND DISCUSSED PRIOR TO READING ACTUAL PROCEDURE. PJSM ON UPCOMING FISHING OPERATIONS. 22:30 - 00:00 1.50 FISH P DECOMP MAKE UP TO TOP DRIVE AND ESTABLISH PARAMETERS-155K DOWN, 173K UP, 165K ROT @ 30 RPM AND 3K TQ. 5 BPM ~ 530 PSI. TAG UP ON FISH AT 8,670' MD - 26' H.IGH. STAND BACK 1 STAND AND PICK UP SINGLE. WORK OVER FISH WITH 2K DOWN WEIGHT AND 3K TORQUE INCREASE DOWN WEIGHT TO 3K WITH NO TORQUE INCREASE. P/U AND INCREASE TO 60 RPM WORKED OVER FISH WITH 5K DOWN WEIGHT AND TORQUE OF 4K. STOPPED ROTATING AND SWALLOWED 9' OF FISH. SET GRAPPLES PULLED TO 195K WHEN WEIGHT DROPPED TO 187K. ATTEMPT TO REINGAGE PUTTING 5K DOWN WEIGHT AND ROTATING 2 TIMES. ATTEMPT A SECOND TIME BY PUMPING 2 BPM AND SAW AN INCREASE IN PRESSURE SHUT PUMPS DOWN AND PULL TO 220K SLACKED OFF TO NEUTRAL WEIGHT AND ROTATED 7 TIMES. BROUGHT PUMP ONLINE AND SAW NO INCREASE IN PRESSURE. PICKED UP WITH NO EXCESS OVERPULL BUT STILL 177K OF FREE UPWEIGHT. 9/26/2009 00:00 - 01:00 1.00 FISH P DECOMP CIRCULATED BOTTOMS UP AT 9 BPM WITH 2O50 PSI. UPON BOTTOMS UP DUMPED 30 BBLS OF CONTAMINATED FLUIDS TO SLOP TANK. PUMP 10 BBL DRY JOB. BLOW DOW N TOP DRIVE. HOLD PJSM FOR PULLING OUT OF HOLE. 01:00 - 04:30 3.50 FISH P DECOMP PULL OUT OF HOLE FROM 8,670' MD TO BHA @ 230' MD 04:30 - 07:30 3.00 FISH P DECOMP LAYING DOWN BHA WITH 2-7/8" CUTOFF JOINT AND 15-JOINTS OF 3-1/2" -0700-HOURS UD 42.28' OF 5-11/16" EXPANDA-JOINT WITH K-ANCHOR ATTACHED, WHICH DOES NOT MATCH ANYTHING IN THE ORIGINAL TALLY. Printed: 10/12/2009 9:0627 AM ~ i ~ _ ---- __ _ ' BP EXPLORATIC7N Page 6 a# 11 Operations Summary Report Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 ' Date From - To Hours Task Code NPT Phase Description of Operations 9/26/2009 04:30 - 07:30 3.00 FISH P DECOMP -LOADER OPERATOR REPORTED THAT HE FOUND A DRIPPING CONNECTION ON A GLYCOL LINE UNDER THE LOADER, BUT THE DRIP WAS CONTAINED IN THE SECONDARY CONTAINMENT UNDER THE LOADER. THE LOADER WAS PARKED WHEN HE DISCOVERED IT. VOLUME WAS 1-2-OUNCES AND WAS CLEANED UP WITH ABSORB. ENVIRONMENTAI WAS CONTACTED BY TOOLPUSHER. 07:30 - 08:00 0.50 FISH P DECOMP CLEAR AND CLEAN RIG FLOOR. 08:00 - 08:30 0.50 FISH P DECOMP PJSM WITH SCHLUMBERGER SLICKLINE CREW, SCHLUMBERGER SERVICE QUALITY COACH, RIG CREW DRILLER, TOOL PUSHER, AND WSL. DISCUSSED R/U PROCEDURES AND HAZARDS ASSOCIATED WITH R/U SWS EQUIPMENT. DISCUSSED THE USE OF SPIKEYS FOR ALL OUTSIDE WORK, BARRICADES, AND HOW TO COMMUNICATE BETWEEN SWS PERSONNEL AND RIG CREW. 08:30 - 10:30 2.00 FISH P DECOMP P/U AND INSTALL DUTCH RISER. R/U SWS EQUIPMENT. 10:30 - 11:30 1.00 FISH P DECOMP START RIH WITH 4.55" LIB. TAG FISH AT 9182'. 11:30 - 13:00 1.50 FISH P DECOMP POH WITH LIB AND GET TO RIG FLOOR AT 1245-HOURS. LIB SHOWS EDGE OF ROPE SOCKET WITH WIRELINE WIRE CROWDING OFF THE EDGE. 13:00 - 14:30 1.50 FISH P DECOMP PJSM WITH SWS CREW, ADW SIICKLINE WSL, AND RIG CREW TO M/U AND RIH WITH SPLIT SKIRT RETRIEVAL TOOL. M/U SPLIT SKIRT RETRIEVAL TOOL AND RIH TO FISH THE 26' SPEAR. GET ONTO FISH AT 9178' AND LATCH ONTO IT. POH WITH ADDITIONAL WEIGHT OF 160-LBS. 14:30 - 15:30 1.00 FISH P DECOMP POH WITH SPLIT SKIRT RETRIEVAL TOOL AND FISH. ~?ECOVER AND UD 27' OF SLICKLINE TOOLS. CALL ADW F~Wa~E1~Z;1NE AND AGREE TO PROCEED WITH R/D SWS AND CONTINUE ON WITH ORIGINAL RWO PROGRAM TO MILL AND RETRIEVE PACKER. 15:30 - 16:00 0.50 FISH P DECOMP PJSM WITH SWS CREW, RIG CREW, TOOLPUSHER, SLICKLINE WSL, ADW HSE REP, DOYON HSE REP, AND WSL. R/D SWS EQUIPMENT AND UD TOOLS THROUGH PIPE SHED. POH WITH DUTCH RISER. 16:00 - 16:30 0.50 FISH P DECOMP PJSM WITH RIG CREW, BAKER FISHERMAN, DOYON HSE REP, TOOLPUSHER, AND WSL TO DISCUSS P/U AND M/U THE PACKER MILLING BHA. 16:30 - 18:00 1.50 FISH P DECOMP M/U PACKER MILLING BHA PER BAKER FISHERMAN TO 18:00 - 21:00 3.00 FISH P 21:00 - 22:45 1.75 FISH P -6" PACKER MILL WITH 2-1/4" STINGER -3-EACH) 4-3/4" BOOT BASKETS -BIT SUB -4-3/4" LUB BUMPER SUB -4-3/4" OIL JAR -PUMP OUT SUB -X-OVER -9 EACH) 4-3/4" DRILL COLLARS SERVICE TOP DRIVE AND DRAW WORKS. DECOMP RUN IN HOLE FROM 321' MD TO 9,141' MD. DECOMP MAKE UP TOP DRIVE AND ESTABLISH PARAMETERS, Printed: 10/12/2009 9:06:27 AM ~ ~ BP EXPLQRAT~~N Page 7 of 11 Operation~ Summary Repart Legai Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 ` Date From - To Haurs Task Code NPT Phase Description of Operatic~ns 9/26/2009 21:00 - 22:45 1.75 FISH P DECOMP 164K DOWN, 180K UP, 173K ROTATING C~ 60 RPM WITH 4K TQ. PUMP RATE OF 6 BPM WITH 1030 PSI. TAG TOP OF THE PACKER AT 9,183' MD. MILL PACKER AT 5-15K WOB, 5 BPM WITH 670 PSI, 80 RPM WITH 4-10K TQ. NOTE: SLOW PUMP RATES. PUMP #1 - 30 SPM = 210 PSI, 40 SPM = 350 PSI PUMP #2 - 30 SPM = 330 PSI, 40 SPM = 490 PSI 22:45 - 23:00 0.25 FISH P DECOMP LOST ALL RETURNS. INCREASE PUMP RATE TO 15 BPM AND ATTEMPT TO FILL HOLE. -FULL LOSSES OF 8.5 PPG KCL WATER. 23:00 - 00:00 1.00 FISH P DECOMP CONTINUE TO MILL PACKER AT 4 BPM WITH NO RETURNS. ALL OTHER PARAMETERS THE SAME. 9/27/2009 00:00 - 01:00 1.00 FISH P DECOMP CONTINUE TO MILL ON PACKER FROM 9184' TO 9185' MD AT 80 RPM WITH 8K OF TORQUE, 4 BPM AT 190 PSI. NO RETURNS. WOB OF 10K. PUSH PACKER FROM 9185' TO 9510' MD. CONTINUE TO MILL AND PUSH PACKER TO 9514'MD. CONFIRMED DEPTH OF 9514' PULL OUT OF HOLE TO 9424' MD AND BLOW DOWN TOP DRIVE FILLING HOLE THRU KILL LINE AT 2 BPM. MONITOR WELL. 01:00 - 01:30 0.50 FISH P DECOMP PJSM ON PULLING OUT OF HOLE. INSPECT TOP DRIVE. 01:30 - 05:00 3.50 FISH P DECOMP PULL OUT OF HOLE FROM 9424' MD TO 321' MD. CONTINUE TO FILL HOLE AT 2 BPM THRU KILL LINE. 05:00 - 06:30 1.50 FISH P DECOMP UD PACKER MILL BHA FROM 321'. NOTE: THE MILL SHOWED POSITIVE INDICATIONS THAT THE PACKER WAS MILLED. 06:30 - 07:00. 0.50 FISH P DECOMP M/U PACKER PLUCKING BHA: 2-13/16" ITCO SPEAR, 4-3/4" LUB BUMPER SUB, 4-3/4" OIL JAR, PUMP-OUT SUB, 6-EA 4-3/4" DRILL COLLARS,4-3/4" INTENSIFIER. 07:00 - 07:30 0.50 FISH P DECOMP RIH BHA TO 416' AND STOP TO ALLOW DOWNHOLE DIAGNOSTICS TO SHOOT FLUID LEVEL. 07:30 - 08:00 0.50 FISH P DECOMP DHD SHOOTS TWO FLUID LEVELS WITH BOTH BEING WITHIN 50' TO 100' OF SURFACE. DECIDE TO REDUCE CONSTANT HOLE FILL TO 1-BPM. 08:00 - 13:00 5.00 FISH P DECOMP CONTINUE RIH WITH DP FROM DERRICK. -0900-HOURS, STOP RIH AT 3170' TO PUMP 20-BBLS 8.5-PPG BRINE DOWN DP TO CLEAR SPEAR ORIFICE. ~ PUMP 4-BPM AT 40-PSI, SEE PRESSURE INCREASE TO 120-PSI, THEN QUICKLY DROP BACK TO 40-PSI. -0920-HOURS, RESUME RIH FROM 3170'. KEEP CONSTANT HOLE-FILL AT 60-BPH. ~ x -1000-HOURS, STOP AT 5913' TO PUMP THROUGH THE SPEAR BUT CANNOT PUMP THROUGH. '"' -CALL ADW RWO ENGINEER AND DECIDE TO DROP BALL - ~ TO OPEN THE CIRC-OUT SUB, THEN PROCEED ON TO ' PLUCK THE PACKER. -1100-HOURS, CAN'T PUMP THROUGH DP AFTER DROPPING BALL. - WORK PIPE TO TRY TO MOVE BALL, BUT DO NOT GET ANY SATISFACTION. ~ Printed: 10/12/2009 9:0627 AM ~ ~ ~~ BP~ EXPLORATfON : Page s af ~ 1~~~ ~Jperations Summary Repc~rt Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9h 0/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 ' da#e Frc~m - To Hours Task Code NPT Phase Description of Qperations 9/27/2009 08:00 - 13:00 5.00 FISH P DECOMP -CALL DHD FOR FLUID LEVEL SHOT. -POH 5-STANDS OF DP THEN TRY TO PUMP, BUT DO NOT GET ANY CIRCULATION. -1230-HOURS, GET FLUID LEVEL SHOT SHOWING F/L AT -50' BELOW SURFACE. WILL KEEP CONSTANT HOLE FILL AT 60-BPH. -1230-1245-HOURS WORK PIPE TO TRY TO DISLODGE BALL OR OBSTRUCTION, BUT NO SUCCESS. 13:00 - 16:30 3.50 FISH P DECOMP HOLD PJSM TO POH WITH 10-STANDS TO TRY AGAIN TO PUMP DOWN THE DRILL PIPE. -POH AND S/B 10-STANDS OF DP. EACH STAND PULLED WET, CONTINUE POH AND S/B DP. -1600-HOURS, BREAK OFF SPEAR AND A PIECE OF RUBBER COULD BE SEEN LODGED IN THE BOTTOM OF THE XO TO THE SPEAR. IT COULD NOT BE DRIVEN UP OR DOWN. 16:30 - 17:00 0.50 FISH P DECOMP M/U NEW SPEAR AND PLACE THE CIRC-OUT SUB DIRECTLY ON TOP OF THE SPEAR. LEAVE THE CIRC-OUT SUB IN THE OPEN POSITION TO ENSURE WE CAN CIRCULATE AT ANY POINT IN THE WELLBORE. 17:00 - 20:30 3.50 FISH P DECOMP RIH FROM 226' MD TO 9329' MD. -BREAK CIRCULATION AT 30 STANDS AND 60 STANDS TO KEEP BHA CLEAR. 20:30 - 21:30 1.00 FISH P DECOMP PJSM - SLIP AND CUT 90' OF DRILLING LINE, LUBRICATE DYNAMATIC BRAKE HUB, INSPECT SAVER SUB. 21:30 - 22:30 1.00 FISH P DECOMP TAG TOP OF FISH. OBTAIN PARAMETERS 159K DOWN, 205K UP, CIRCULATING AT 5 BPM WITH 375 PSI. ENGAGE FISH AT 9514' MD. I ATCH ON AND PULL 50K ATTEMPT CIRCULATION AT 6.5 BPM WITH NO RETURNS. 22:30 - 00:00 1.50 FISH P DECOMP PULL OUT OF HOLE T0 7714' MD. STOPPED TO SHOOT FLUID LEVEL IN WELLBORE. FLUID LEVEL AT 42' BELOW FLOOR. FILL HOLE AT 60 BPH. 9/28/2009 00:00 - 02:00 2.00 FISH P DECOMP FINISHED POH FROM 7714' TO 226' MD. 02:00 - 02:30 0.50 FISH P DECOMP STAND BACK DRILL COLLARS. 02:30 - 03:30 1.00 FISH P DECOMP PJSM - PUNCH 4-1/2" TUBING AND 2-7/8" TUBING. BREAK OFF 4-1/2" TUBING FROM 2-7/8". REMOVE SPEAR OUT OF FISH. L/D ALL JOINTS. NOTE: THE 2 SWS FISH ARE LOCATED IN THE 4-1/2" X 2-7/8" XO, STACKED ONE ON THE OTHER. 2-7/8" TAIL PIPE LENGTH = 22.77' PACKER LENGTH = 9.88' 03:30 - 04:00 0.50 FISH P DECOMP LAY DOWN THE BHA. 04:00 - 05:00 1.00 FISH P DECOMP CLEAR AND CLEAN THE RIG FLOOR. 05:00 - 05:30 0.50 CLEAN P DECOMP PJSM TO M/U 7" SCRAPER BHA. M/U BHA: 6" MILLED TOOTH BIT, 7" CASING SCRAPER, 2-EA BOOT BASKETS, LUB BUMPER SUB, 6-EA 4-3/4" DCs. 05:30 - 10:30 5.00 CLEAN P DECOMP RIH WITH SCRAPER BHA AND STOP AT 3062' AND 5900' TO PUMP DRILLPIPE VOLUME AT 4.5-BPM EACH TIME TO ENSURE STRING IS OPEN. -AT 5900' IN, GOT RETURNS TO SURFACE, BUT ONLY A Printed: 10/12/2009 9:06:27 AM ~ ~ ' BP EXPLORATION ' page 9 af 1 ~ Operations Summary R~port Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 Da#e From - To Hours Task Code NPT Phase Description of Operations 9/28/2009 05:30 - 10:30 5.00 CLEAN P DECOMP LIGHT FLOW. DO NOT GET ANY RETURNS WHILE USING CONSTANT HOLE FILL OF -1-BPM TO RIH. -STOP AT 9000' TO TRY TO CIRCULATE TO SURFACE WITH NO RETURNS. -CONTINUE RIH TO 9400'. -SCRAPE FROM 8937' TO 9222' 4-TIMES. 10:30 - 17:30 7.00 CLEAN P DECOMP PJSM. POH AND UD DP. 17:30 - 18:30 1.00 CLEAN P DECOMP B/O AND UD BHA, EMPTY BOOT BASKETS. 18:30 - 19:00 0.50 RUNCO RUNCMP CLEAR AND CLEAN RIG FLOOR. 19:00 - 19:30 0.50 RUNCO RUNCMP P/U WEAR RING RUN/PULL TOOL AND M/U TO LANDING JOINT, RIH AND PULL WEAR RING. 19:30 - 21:00 1.50 RUNCO RUNCMP R/U DOYON CASING 2-7/8" TUBING HANDLING TORQUE TURN EQUIPMENT. 21:00 - 21:30 0.50 RUNCO RUNCMP HOLD PJSM FOR RUNNING 2-7/8" 6.5# 13CR80 VAM TOP TUBING. PROCEDURE WAS GONE OVER BY MEMORY THEN REFFERED TO. HANDS HAD GOOD INPUT. HAZARDS WHERE DISCUSSED IN DETAILAND MITIGATED AS A CREW. IT WAS RECOGNIZED THAT WE DO NOT RUN 2-7/8"TUBING OFTEN. 21:30 - 22:45 1.25 RUNCO RUNCMP RUN 2-7/8" 6.5# 13CR80 VAM TOP COMPLETION. RUN IN WITH WLEG, XN NIPPIE, #A- JOINT, XNIPPLE, BAKER S-3 PACKER, X NIPPLE, 1 TUBING JOINT, AND GLM #1. RUN IN 10 JOINTS OF TUBING. NOTE; USE JET LUBE SEAL GUARD. BAKER LOCK ALL JOINTS BELOW PACKER. 22:45 - 23:00 0.25 RUNCO RUNCMP JOB WAS STOPPED TO HOLb A SAFETY MEETING DISCUSSING CHANGES NEEDED (IF ANY) ON HOW WE CAN PERFORM THE JOB SAFER. IT WAS NOTED THAT HANDS NEED TO STAY CLEAR OF LOAD PRIOR TO INSTALLING STABBING GUIDE. 23:00 - 00:00 1.00 RUNCO RUNCMP RUN 2-7/8" TUBING IN TO 905' 9/29/2009 00:00 - 15:00 15.00 RUNCO RUNCMP RUN 2-7/8" TUBING IN FROM 905' to 5100' md. -0700-HOURS, #176 RIH. -1000-HRS, P/U HALLIBURTON XXO SVLN AND INSTALL IN STRING. R/U SPOOLER AND SHEAVE. -1010-HRS, TEST SINGLE CONTROL LINE TO 5000-PSI--GOOD TEST. -1030-HRS, RESUME RIH WITH NEW 2-7/8", 6.5#, 13CR80, VAM TOP COMPLETION. -1500-HRS, RUN IN LAST JOINT OF TUBING (JT# 283). - UP WEIGHT 97K, DOWN WEIGHT 87K (TD 42K), USED 67 SS BANDS. FILLING WELL ~ 60 BBLS HR OF KCL WATER. 15:00 - 17:00 I 2.00 17:00 - 20:00 I 3.00 RUNCMP MAKE UP HANGER TO LANDING JOINT. -TERMINATE OFF AND TEST CONTROL LINE. LINE TESTED TO 5K - GOOD TEST. RUNCMP PJSM - RIG UP CIRCULATION LINES AND PRESSURE TESTED TO 3500 PSI. REVERSE CIRCULATE IN 55 BBLS OF 120 DEGREE 8.5 PPG KCL WATER, FOLLOWED BY 340 Printed: 10/12/2009 9:0627 AM ,, .. • ~ vperaiivns ~umri~ary rt~Wur~ Legal Well Name: L4-15 Common Well Name: L4-15 Event Name: WORKOVER Contractor Name: DOYON DRILLING INC. Rig Name: DOYON 16 Date From - To Hours Task Code NPT 9/29/2009 17:00 - 20:00 3.00 RUNCO 20:00 - 22:00 2.00 RUNCO 22:00 - 22:30 0.50 RUNCO 22:30 - 00:00 1.50 RUNCO 9/30/2009 00:00 - 01:30 1.50 BOPSU P 01:30 - 02:00 0.50 BOPSU P 02:00 - 03:30 1.50 BOPSU P 03:30 - 07:00 3.50 WHSUR P 07:00 - 07:30 0.50 WHSUR P 07:30 - 08:30 1.00 WHSUR P 08:30 - 09:00 0.50 WHSUR P 09:00 - 10:00 1.00 WHSUR P Spud Date: 9/10/2009 Start: 9/17/2009 End: 9/30/2009 Rig Release: 9/30/2009 Rig Number: 16 Phase Description o# Operations RUNCMP BBLS OF 8.5 PPG INHIBITED KCL WATER. RUNCMP DROPPED BALL AND ROD. PRESSURE UP TO 3500 PSI TO SET PACKER AND TEST TUBING. HOLD PRESSURE TO 3500 PSI FOR 30 MINUTES AND CHARTED - GOOD TEST. BLEED TUBING DOWN TO 2000 PSI. FILL ANNULUS WITH 47 BBLS (600') AND BROUGHT PRESSURE UP TO 3500 PSI FOR 30 M1N CHARTED - GOOD TEST. RUNCMP BLED DOWN ANNULUS THEN TUBING TO 0 PSI. R/U TO CIRCULATE DOWN ANN. AND UP TUBING. PUMP DOWN ANN. AND SHEAR DCR VALVE AT 2600 PSI. BRING PUMPS UP TO 3 BPM AND REVERSE CIRCULATE 5 BBLS OF KCL WATER AT 430 PSI. R/U TO PUMP DOWN TUBING AND UP ANN. BRING PUMPS UP TO 3 BPM AND CIRCULATE 5 BBLS OF KCL WATER AT 420 PSI. R/D HOSES AND PULL LANDING JOINT. RUNCMP INSTALL TWC, INSTALL LANDING JOINT. TEST TWC TO 3500 PSI FROM ABOVE AND 1000 PSI FROM BELOW FOR 5 MIN EACH CHARTED. - GOOD TEST. R/D LINES. RUNCMP PJSM FOR N/D BOPE. DRAIN STACK; UD LANDING JT, BLOW DOWN CHOKE, KILL AND HOLE FILL LINES. NOTICED FLUID GETTING BY TWC. RETEST TWC TO CONFIRM HOLDING. RUNCMP PJSM, RIG UP TO TEST TWC FROM BOTTOM PRESSURE UP TO 1000 PSI FOR 10 CHARTED MINUTES. GOOD TEST. BLEED DOWN TO 100 PSI ON IA WILL HOLD 100 PSI THROUGH OUT BOP/ TREE CHANGE TO KEEP TWC FROM W EEPING. RUNCMP PJSM. N/D BOPE. RUNCMP PJSM. N/U ADAPTER SPOOL AND TREE. -TEST CONTROL LINE TO 5000-PSI FOR 5-MINUTES. GOOD TEST. -TEST ADAPTER FLANGE & SEALS TO 5000-PSI FOR 30-MINUTES. GOOD TEST. -TEST TREE W ITH DIESEL TO 5000-PSI FOR 5-CHARTED MINUTES. GOOD TEST. RUNCMP RD TEST EQUIPMENT. BLEED OFF PRESSURE LEFT UNDER TWC THROUGH IA. DRAIN TREE. RUNCMP PU DSM LUBRICATOR. -HOLD PJSM WITH RIG CREW AND DSM ON TESTING LUBRICATOR AND PULLING TWC. DISCUSS POSITIONS OF PEOPLE, WORKING AT HEIGHTS, TOOL RESTRAINT AND FLUID TRANSFER PROCESS FOR USING DIESEL TO TEST. -PT LUBRICATOR TO 500-PSI USING DIESEL. GOOD TEST. -PULL TWC. LD LUBRICATOR AND TWC. RUNCMP RU TO PUMP DIESEL FREEZE PROTECTION. -HOLD PJSM WITH RIG CREW, CH2MHILL TRUCK DRIVER AND LRS. DISCUSS SPILL POTENTIAL, ANTI SLIP FOOTW EAR AND ASSIGN PEOPLE TO POSITIONS. RUNCMP ~ PRESSURE TEST LINES TO 2500-PSI. HAMMER UNION Printed: 10/12/2009 9:06:27 AM ., ~ • --- ` BP' EXPLQRATIQN Pa~~ 11 ~f ~ 1 Operations Summary Repart Legal Well Name: L4-15 Common Well Name: L4-15 Spud Date: 9/10/2009 Event Name: WORKOVER Start: 9/17/2009 End: 9/30/2009 Contractor Name: DOYON DRILLING INC. Rig Release: 9/30/2009 Rig Name: DOYON 16 Rig Number: 16 [~ate Frc~m - To Hours Task Code NPT Phase Description of Operations 9/30/2009 09:00 - 10:00 1.00 WHSUR P RUNCMP LEAKED. NOTIFY 5700 AND CLEAN UP LEAK. i0:00 - 12:00 2,00 WHSUR P RUNCMP 12:00 - 13:00 1.00 WHSUR P RUNCMP 13:00 - 14:30 1.50 WHSUR P RUNCMP 14:30 - 15:00 0.50 WHSUR P RUNCMP 15:00 - 16:00 1.00 WHSUR P RUNCMP -ATTEMPT TO RE-TEST LINES AND DISCOVER BAD SENSATOR. CHANGE OUT SENSATOR. -RETEST LINES TO 2500-PSI. GOOD TEST. LRS REVERSE IN 160-BBLS OF 80-DEGREE DIESEL WITH STARTtNG RATE / PRESSURE OF 1-BPM WITH 100-PSI. -WITH 100-BBLS AWAY RATE / PRESSURE OF 1.8-BPM WITH 400-PSI. -FINAL RATE/PRESSURE 1.8-BPM WITH 525-PSI. -BEGIN TO RD FLOOR EQUIPMENT WHILE PUMPING. LINE UP VALVES AND ALLOW DIESEL TO U-TUBE. -WHILE U-TUBING, HOLD PJSM WITH ALL INVOLVED PERSONNEL AND LOWER BRIDLE LINES TO RIG FLOOR. LRS BLEED OFF PRESSURE AND SUCK BACK LINES. -RD CIRCULATING EQUIPMENT. -PU DSM LUBRICATOR AND INSTALL BPV. -LD LUBRICATOR AND RU FOR LRS TO BE ABLE TO TEST BPV BELOW. LRS TEST BPV FROM BELOW TO 1000-PSI FOR 10-CHARTED MINUTES. GOOD TEST. -BLEED PRESSURE OFF TO LRS AND SUCK BACK LINES. -BLOW DOWN ALL LINES. RD CIRCULATING AND TESTING EQUIPMENT. SECURE WELL. -REMOVE SECONDARY ANNULUS VALVES -INSTALL ALL GAUGES ON TREE AND WELLHEAD. -CHECK PRESSURES: TREE, IA, OA = ALL 0-PSI. -RELEASE RIG AT 1600-HRS. Printed: 10/72/2009 9:06:27 AM TREE _ ~ CIW WELLHFAD = McEVOY A UATOR = BAKER KB. ELEV = 5q~ BF. ELEV = _ KOP = 3200' Max Angle = 27` ~ 640Q' Datum MD = 9333' Datum ND = 8900' SS ~ S ES: CAT I SSSV H2S (PPM) 2000 L4-15 ***CHROMETUBING""" DRL~ D~~FT ~ TOP OF 7" LNR TIE BACK J 13-3/8" CSG, 72#, L-80, ID = 12.347" 2020' ~ 7" LNR-TIEBACK, 29#, L-80, .0371 bpf, ID = 6.184" ~-~ $$70' ~ TOP OF 7" LNR 8870~ 2009' ~~ 2-7/8" HES SV LN Landing Nipple, ID = 2.313'° GAS LIFT MANDRELS ST MD ND DEV TYPE VLV LATCH PORT DATE 3 6058 4Jd7 24 N1MG D(7ME RK 16 1d/10(Q9 2 7664 7293 11 MMG Dt7ME RK 16 10/10/tl9 1 9003 8624 4 MN1G SO RK 20 10t10/t}9 9Q7`3' ~ 2-7/8" HES X NIP, ID = 2.313" ~ 9-5/8" CSG, 47#, L-80, ID = 8.681" 9181' ~Q~~I' 7" x 4 1/2" S-3 PKR (CR), ID = 2.893" $'1 ~~' 2-7/8" HES X NIP, ID = 2.313" ~'J ~~' 2-7/8" OTIS XN NIP w/NO-GO, ID = 2.205" ~ 2-7/8" TBG, 6.5#, 13CR-80, .0058 bpf, ID = 2.441" ~--~ 9229; PERFORATION SUMMARY REF LOG: LDT/CNL ON 07/25/83 ANGIE AT TOP PERF: 2° @ 9294° Note: Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 2-1/8" 0.3 9294 - 9344 O 10/27/83 2-1/8" 0.3 9362 - 9440 O 10/27/83 2-1/8" 1 9470 - 9472 S 10/27/83 2-1/8" 1 9504 - 9550 O 10/27/83 I PBTD I 7" LNR, 29#, L-80, .0371 bpf, ID = 6.184" DATE REV BY COMMENTS DATE REV BY COMMENTS 09/15/83 ORIGINAL COMPLETION 09/30/09 D16 RWO 10/01/09 SV DRLG HO CARRECTIONS 10/14/09 JLJ/PJC GLV C/O (10/10/09) 2-7/8" WLEG I4" BULLNOSE & XO FROM MEMORY I GAUGE 1-3/4" S. BAILER CAST IRON BRIDGE PLUG LISBURNE UNff WELL: L4-15 PERMff No: 183-0710 API No: 50-029-20952-00 SEC 24, T11 N, R15E 4093.14 FEL 4086.99 FNL BP 6cploration (Alaska) V ifG~>L L~+~L ?7~~4/1~~~/IfT7AL ,~. PROAcrive Dingnosric SeevicES, INC. To: AOGCC Christine Mahnken 333 W. 7th Ave Suite 100 Anchorage, Alaska 99501 (907) 793-1225 RE : Cased Hole/Open Hole/Mechanical Logs and/or Tubing Inspection[Caliper/ MTT) The technical data listed below is being submitted herewith. Please acknowledge receipt by returning a signed copy of this transmittal letter to the following BP Exploration (Alaska), fnc. Petrotechnical Data Center Attn: Joe Lastufka LR2-1 900 Benson Blvd. Anchorage, Alaska 99508 and /~"~3~ ProActive Diagnostic Services, Inc. Attn: Robert A. Richey 130 West International Airport R ~~ ~~~ ~ ZOfl9 Suite C Anchorage, AK 99518 Fax: (907) 245-8952 1) Injection Profile 10~Oct-09 L4-15 2] Signed Print Name: 1 BL / EDE 50-029-20952-00 Date PROACTIVE DIAGNOSTIC SERVICES, INC., 130 W. INTERNATIONAL AIRPORT RD SUITE C, ANCHORAGE, AK 99518 PHONE: (9071245-$951 FAX: (9071245-88952 E-MAIL : -_ - ---- -~.~ ..~..~ WEBSITE : ~ L.~ __ ~~. _._. C'\Docunients and Settings\Owner\Des6~op\Transmit_BP.docx STATE OF ALASKA ' ALASKA OIL AND GAS CONSERVATION COMMIS,5,'ION REPORT OF SUNDRYstimulate x____WELL PluggingOPERATIONSperforate Operation Shutdown ~ -- i~"';,,'¢'~,,.... ,J Pull tubing Alter casing Repair well Pull tubing Other,¢~ 5. Type of Well: 6. Datum elevation (DF or KB) I 1. Type of Request: 2. Name of Operator AR00 Alask~t, In(;. 3. Address P. O. Box 100360, Anchorage, AK 99510 Development X RKB 54' Exploratory __ Stratigraphic __ 7. Unit or Property name Prudhoe/Lisburne Unit Service __ 8. Well number L4-15 9. Permit number/approval number 83-71/91 -308 10. APl number 50-02~)-20952-00 11. Field/Pool LISBURNE OIL POOL 4. Location of well at surface 1950' FSL, 2260' FEL, Sec.24, T11N,R15E, UM At top of productive interval 1142' FSL, 1298' FWL, Sec.24, T11N,R15E, UM At effective depth 1142' FSL, 1298' FWL, Sec.24, T11N,R15E, UM At total depth 1190' FSL, 1187' FWL, Sec.24, T11N,R15E,UM 12. Present well condition summary Total Depth: measured 11 450' feet true vertical11068' feet Plugs (measured) Effective depth' measured 929 4' feet true vertical 891 5' feet Junk (measured) Casing Length Size Cemented Structural Conductor 8 0' 2 0" 1925# Poleset Surface 2595' 1 33/8" 2832 sx CS III & Intermediate 400 SX CS II Production 91 4 7' 95/8" 1000 SX Class G & 3OO CS I Liner 944 2' 7" 2200 sx Class G Measured depth 114 2629 9181 2020'-11462' Perforation depth: measured 9294-9550' true vertical 8915-9604' Tubing (size, grade, and measured depth) 5" x 27/8" Heat Saver N-80, 27/8'' N-80 and 31/2'' N-80 tbg w/tail @ 9231 md Packers and SSSV (type and measured depth) Pkr @ 9198' md~ & SSSV @ 1949' md 13. Stimulation or cement squeeze summary Intervals treated (measured) Wahoo zones 7, 6 & 5 Treatment description including volumes used and final pressure Please refer to the attached. 9548' md NCt4E True vertical depth 114 2629 8801 2020'-11079' 14. Prior to well operation Subsequent to operation Representative Daily Average Production or Injection Data OiI-Bbl Gas-Md Water-Bbl Casing Pressure 554 1371 23 50 1401': 2486 67 50 Tubing Pressure 466 501 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations 16. Status of well classification as: Water Injector Oil X Gas Suspended Servtce 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. S_i~tned George K. Phillips Title Engineering Supervisor-Lisb/Pt Mc Form 10-404 Rev 05/17/89 Date SUBMIT IN DUPLICATE ARCO Alaska, Inc. Pos! Office Box 100360 " Anchorage Alaska 99510-0360 Telephone 907 276 1215 July 30, 1993 Ms. Joan Miller AOGCC 3001 Porcupine Drive Anchorage, AK 99501 RE: Delinquent Subsequent Sundry Notices Dear Madam: Enclosed are delinquent subsequent sundry notices for the Lisburne Oil Pool. Please refer to the list below. Form 10-404 Well .B..crmit Approval Date Description ¢~mment L1-15 89-132 90-314 5/8/90 Stimulate Completed L1-30 90-18 90-798 11/1/90 Peri/Stimulate " L2-06 83-47 9-928 10/20/89 install Kinley Buttons " L2-10 87-85 90-850 12/3/90 Stirnulate " L2-16 87-97 90-865 12/13/90 Stimulate Job Canceled L2-18 87-118 90-851 12/13/93 Peri/Stimulate Completed L2-30 85-9 9-955 11/1/89 Install GLVs " L3-01 86-161 90-779 10/16/90 Acid Wash " L3-28 89-66 90-807 11/9/90 Perf/Stimulate " L4-03 88-67 91-248 8/27/91 Perf/Stimulate " L4-15 83-71 91-308 10/16/91 Stimulate " L4-30 88-101 90-800 10/24/90 Stimulate " L5-12 87-10 90-781 10/16/90 Stimulate " L5-21 87-57 90-609 8/9/90 Stimulate " Sincerely, George K. Phillips Engineering Supervisor Lisburne/Point Mclntyre Engineering GKP:LSL:jb Enclosures cc: R.G.M. (Dba, ARCO Alaska, Inc. (Without Enclosures) A U 6 '-' G I!39;5 Alaska Oil & Gas Cons, Anchorage ARCO Alaska, Inc. Is a Subsidiary' of Allanllc Richfield Company Lisburne Well L4-15 Stimulation Procedure ~1/23/91 CTU performed fill clean out in preparation for stimulation. 11/24/91 Rigged up e-line. Pulled gas-lift valves and installed dummies. tested backside to 2500 psig. Loaded and 11/25-26/91 Shut in for stimulation. Rigged up service company to pump CFA stimulation. Acidized Wahoo 7, 6 and 5 with the following stimulation fluids: · 2240 BBL Emulsified Acid · 1673 BBL Gelled Water Released service company. production valves). (Well control was provided by surface chokes and 11/28/91 Opened well to flow. ARCO A~asI,~a, ~nc. Post Office 5o~,,' 100360 Anchora§e Alaska 99510-0360 Telephone 907 276 1215 January 19, 1993 4\ Mrs. Leah Griffin c/o AOGCC 3001 Porcupine Drive Anchorage, AK 99501 RE: Subsequent Sundry Notices Dear Madam: Enclosed are the subsequent sundry notices for the Lisburne Stimulation Program completed during the months of September and October 1992. Sincerely yours, George K. Phillips Engineering Supervisor Lisburne/Point Mclntyre Engineering GKP/LSL:mmh Enclosures cc: R.G.M. Oba, ARCO Alaska, Inc. - . . ~'~. ~ . ~ ~ ~ STATE OF ALASKA A~,,.~,A OIL AND GAS CONSERVATION COMM~,.~SION REPORT OF SUNDRY WELL OPERATIONS,,:? Stimulate ;~ Plugging 1. Type of Request: Operation Shutdown Pull tubing Alter casing Repair well Pull tubing Ot h e r 2. Name of Operator ARCO Alaska, In~, 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well' Development Exploratory Stratigraphic Service 4. Location of well at surface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E, UM 6. Datum elevation (DF or KB) RKI~ ~;4' 7. Unit or Property name Prudhoe/Lisburne Unit 8. Well number !,4-15 feet At top of productive interval 1142' FSL, 1298' FWL, Sec. 24, T1 At effective depth 1142' FSL, 1298' FWL, Sec. 24, T1 At total depth 1190' FSL, 1187' FWL~ Sec. 24~ T1 12. Present well condition summary Total Depth: measured 1 true vertical 1 1N, R15E, UM 1N, R15E, UM 1N~ R15E~ UM 9. Permit number/approval number 83-71 10. APl number 50-029-20952 11. Field/Pool LISBURNE OIL POOL 1450' feet Plugs (measured) 9548' MD 1 0 6 8' feet Effective depth: measured true vertical 9294' feet 8 91 5' feet Junk (measured) NONE Casing Length Structural Conductor 8 0' Surface 2 5 9 5' Intermediate Production Liner 91 4 7' 9442' Size Cemented Measured depth True vertical depth 20" 1925#Poleset 114' 114' 13-3/~" 2832 sx CS III 2629' 2629' &400sxCS II 9-5/8'' 1000 SX Class G 91 81 ' 8 8 01' & 3OO CSI 7" 2200 sx Class G 2 0 2 0 - 1 1 4 6 2' 2 0 2 0-1 1 0 7 9' Perforation depth: measured 9294-9550' true vertical 8915-9171' Tubing (size, grade, and measured depth) 5" x 2-7/8" Heat Saver N-80, 2-7/8" N-80 and 3-1/2'' N-80 tbg w/tail @ 9231' MD Packers and SSSV (type and measured depth) ,,~,~ ~,, ,~ Pkr @ 9198' MD~ & SSSV @ 1949' MD 13. Stimulation or cement squeeze summary Intervals treated (measured) Wahoo zones 7, 6 and 5 Treatment description including volumes used and final pressure Please refer to the attached 14. Prior to well operation Subsequent to operation 15. Attachments Copies of Logs and Surveys run ~ Daily Report of Well Operations _~_ Reoresentative Daily Average Production or In!ection Data OiI-Bbl Gas-Md Water-Bbl Casing Pressure 443 1914 43 5O 491~'' 2050 126 50 17. 16. Status of well classification as: Water Injector Oil ;~ Gas Suspended I hereby certify that the forego~,Q)g is true and corre/)ct~o the best of my knowledge. Tubing Pressure 524 Signed Form George K. Phillips Title Engineering Supervisor-Lisb/Pt Mc 10-404 Rev 05/17/89 533 Service Date SUBMIT IN DUPI' ICATE Lisburne Well L4-15 Stimulation Procedure 10/10/92 Shut in well and RU stimulation company. Well control provided by surface chokes and production valves. 10/12/92 Fracture Acidized Wahoo 7, 6 and 5 at maximum treating pressure of 4,500psi with the following stimulation fluids: 1,941 bbls 40 pptg gelled water. 775 bbls 30:70 crude/15% HC1 gelled acid. 10/13/92 Release service company. Wireline installed gas-lift valves, same as pulled. 10/14/92 Open well to flow. (Estimated Static BHP = 3,000 psig at 8900' SS). 1. l ype o~' Hequest: Abandon STATE OF ALASKA ALAL,.. OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS Suspend Operation shutdown Re-enter suspended well Alter casing__ Repair well Change approved program 2. Name of Operator ARCO ALASKA INC. 3. Address P.O. BOX 100360 ANCH. AK 99510 Plugging Time extension Stimulate X_ Pull tubing Variance Perforate___ Other 5. Type of Well: Development~ Exploratory Stratigraphic Service 4. Location of well at surface 1950' FSL, 2260' FEL, Sec. 24, T11 N, R15E,UM At top of productive interval 1142' FSL, 1298' FWL, Sec. 24, T11N, R15E, UM At effective depth 1142' FSL, 1298' FWL, Sec. 24, T11 N, R15E, UM At total depth 1190' FSL, 1187' FWL, Sec. 24, T11 N, R15E, UM 6. Datum elevation (DF or KB) RKB 54 ' 7. Unit or Property name prudhoe/Lisbume Unit 8. Well number L4-15 9. Permit number 83-71 10. APl number 50o029-20952 11. Field/Pool LISBURNE OIL POOL feet 12. Present well condition summar, y Total depth: measureo 11450' feet true vertical 11068' feet Plugs (measured) 9548' md Effective depth: measured 9294' feet Junk (measured) NONE true vertical 8915' feet Casing Length Size Cemented Measured depth Structural Conductor 80' 20" 1925//Poleset 114' Surface 2595' 13-3/8" 2832 sx CS III & 2629' Intermediate Production 400 sx CS II Liner 9147' 9-5/8" 1000 sx Class G +300CSI 9181' 9442' 7" 2200 sx Class G 2020' - 11462' Perforation depth: Measured Depth 9294-9550' True Vertical Depth 8915-9171' Tubing (size, grade, and measured depth) 5" x 2-7/8" Heat Saver N-80, 2-7/8" N-80 and 3-1/2" N-80 tbg w/tail @ 9,231' md Packers and SSSV (type and measured depth) Pkr @ 9198' md, & SSSV @ 1949' md True vertical depth 114' 2629' 8801' 2020'-11079' RE££1V D OCT - ,^iaska 0il & (;as C;0ns. 'Anchorag~ 13. Attachments Description summary of proposal X Detailed operations program BOP sketch 14. Estimated date for commencing operation 15. Status of well classification as: October 07, 1992 16. If proposal was verbally approved Oil~_ Gas Suspended Service Name of approver Date approved 17. I hereby certify that the fore?j, ng is true and correct to the best of my knowledge. ~'<" C" ' Si,q. ned .~,'),,,;.'-~.,.~. ,,:? Ci~,/.;,,,¢.¢~_.~ T.E. Krawietz Title: Sr. Operation Enqr. ATO 484 Date ~/,~'~/ ' .' ("L) FOR CODalSSIO~ USE ONLY ' Conditions of approval: Notify Commission so representative my witness I Approval No. Plug integrity BOP Test Location clearance ~:..:.~:: "'";I Mechanical Integrity Test Subsequent form required 10-~¢ ~' ,'~': "' ~}:~,.,'~':~:~;,,:~":'~ ' ~}, ~ ~ ~ Original Signed By ~ ~'_ ..... ~¢~' Approved by order of the Commission David W. johnston ...... ~Ommissioner Date/'/~/~ ..~/ "~'6rm 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE Lisburne Well L4-15 Stimulation Procedure , . . Pull gaslift valve and install dummy GLV. RU stimulation company. Well control provided by surface chokes and production valves. Fracture Acidize Wahoo 7, 6 and 5 at maximum treating pressure of 4,500 psi with the following stimulation fluids: 1,900 bbls 40 pptg gelled water. 800 bbls 15% HCL gelled acid. Release service company. Install gas lift valve and return to production. Estimated Static BHP = 3,000 psig at 8,900' ss. REEEIVED OCT - 2 199~ Alaska 0il & Gas Cons. Commissio~ Anchorage STATE OF ALASKA AI.~,.,KA OIL AND GAS CONSERVATION COMMIb~51ON REPORT OF SUNDRY WELL OPERATIONS 1. Type of Request: Operation Shutdown__ Stimulate X Plugging Perforate Pull tubing Alter casing Repair well Pull tubing Other 2. Name of Operator ARCO Alaska, Int. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well' Development X Exploratory _ Stratigraphic _ Service 4. Location of well at surface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E, UM At top of productive interval 1142' FSL, 1298' FWL, Sec. 24, T11N, At effective depth 1142' FSL, 1298' FWL, Sec. 24, T11N, At total depth 1190' FSL, 1187' FWL, Sec. 24, T11 N, R15E, UM R15E, UM R15E, UM 6. Datum elevation (DF or KB) RKB ~;4' 7. Unit or Property name PRUDHOE/LISBURNE UNIT 8. Well number L4-15 9. Permit number/approval number 8~-71 10. APl number 50-029-20952-00 11. Field/Pool LISBURNE OIL POOL feet 12. Present well condition summary Total Depth: measured 11 450' feet true vertical 11 068' feet Plugs (measured) 9548' md Effective depth: measured 9294' feet true vertical 8915' feet Junk (measured) NONE Casing Length Size Cemented Structural Conductor 8 0' 2 0" 1925# Poleset Surface 2595' 1 3-3/8" 2832 sx CS III & Intermediate 400 SX CS II Production 91 4 7' 9- 5 / 8" 1000 sx Class G & 3000 CSI Liner 9442' 7" 2200 sx Class G Measured depth True vertical depth 114' 114' 2629' 2629' 9181' 8801' 2020'-11462'2020'-11079' Perforation depth: measured 9494-9555' true vertical 8915-9604' Tubing (size, grade, and measured depth) 5" x 2-7/8" Heat Saver N-80, 2-7/8" N-80 and 3-1/2" N-80 tbg w/tail @ 9231' md Packers and SSSV (type and measured depth) Pkr@9198'md,&SSSV@ 1949'md ~~~.~ 13. Stimulation or cement squeeze summary 14. Intervals treated (measured) Wahoo 7,6,5 JU?~ - 8 Treatment description including volumes used and final pressure please refer to the attached Alaska 0il & Gas Cons, Re~)resentative Daily Average Production or Injection Data OiI-Bbl Gas-Md Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 6 3 9 1 8 3 7 2 3 4 0 5 Subsequent to operation 1401 2486 67 501 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations 16. Status of well classification as: Water Injector Oil X Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Form 10-404 ~ev 05/17/8~ SUBMIT IN DUPLICATE Date Event Lisburne Well L4-15 Stimulation Procedure 11/25/91: Rigged up Halliburton. Pressure tested lines - ok. Closed Fracture Acidized Wahoo 7, 6 and 5 perforations from 9,294' to 9,550' MD with the following fluids: 2,121 BBL Emulsified Acid 1,723 BBL Gelled Water 348 MSCF Nitrogen 20 BBL 60/40 Methanol/Water (freeze protect) Shut down pumps. RD. Return well to production. .A/aska Oil & Gas Oons. Oommiss[o~ Anchora~,e ARCO ALASKA INC. LISBURNE ENGINEERING DATE: FROM: February 12, 1992 Laura S. Lahrson ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: Log: Well Type 1 blueline, 1 mylar Log: Well Type 1 blueline, 1 rolled mylar L4-03 '"' Perforating Record ~ ~/Perforating Record L4-31 "Perforating Record L5-16 ~//Perforating Record L5-26 -/Pressure Data Log L,5-26 '/Engineering Parameters (2" MD) L5-26 "fEngineering Parameters (2-TVD) L5-26 ~/, Integrated Formation Log_(2" MD) ,//-' /L5-26 'Integrated Formation Log (2" TVD) L5-26"' Gamma Ray 2" TVD L5-26 ~'Gamma Ray 5" TVD L5-26 -' Gamma Ray 2" MD L5-26 -'Gamma Ray 5" MD L5-08 d' Leak Detection L4-15 ,/Erpilog -Prism Run Run Date Run Run Date 5 11/15/91 I 9/14/91 I 9125191 I 1111192 11107191 11/07/91 11107191 111o7191 11/07/91 11 / 19 -12/03/91 11/19-12/03/91 11/19-12/03/91 11/19-12/03/91 1 11/03/91 12/22/91 Tape: Well Type L5-26 '/'GCT Directional Survey (lis) ~L4-1----~v/DI_FL / SDL-CN_GR_CAL _ (lis) L5-26 Exlog Data Disk Run 1 Run Date 12/04/91 10/29/91 11/07/91 Company Company Halliburton Halliburton Halliburton Halliburton Exlog Exlog Exlog Exlog Exlog Halliburton Halliburton Halliburton Halliburton Camco Atlas Company Schlumberger AAI SIGN AND RETURN TO: LAURA S. LAHRSON, ATe 409 ARCO ALASKA, INC. P.O. Box 100360 ANCHORAGE, ALASKA 99510-0360 RECEIVED BY: Exxon BPX TRANSMITTAL # 657 AOGCC D&M RECEIVED FEB 1 8 1992 Alaska 011 & (~as Cons. Commission Anchorage ARCO ALASKA INC. LISBURNE ENGINEERING DATE: FROM: December 11, 1991 Laura S. Lahrson ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: Log: ./Well Type Y/1 blueline, 1 mylar /L5-13 Leak Detection Log ~ -._~z.~'~'' 'L4-31 Production Profile et~.?4-15 Temperature Log "~4-15 Prism ~}-- I 0~.L4-32 '---~/" L5-26 t Correlation Log/Perforation Record Gyro Direction Survey (GCT) Dual Prop./Resis/GR (TVD) Dual Prop./Resis/GR (MD) Run Run Date Company Tape: /./Well L4-12 L4-12 Type GCT Directional Survey Dual Prop/Resis/GR 1 10/30/91 Camco 1 11/01/91 Camco 1 11/26/91 Atlas 1 11/26/91 Atlas 1 11 / 18/91 Schlumberger 1 12 / 04 / 91 Schl u mberg er 11/13-19/91 Teleco 11/13-19/91 Teleco Run Run Date 2 10/30/91 10-'13 '10/10/91 Cmnpany Schlumberger Teleco SIGN AND RETURN TO: LAURA S. LAHRSON, ATO 409 ARCO ALASKA, INC. P.O. Box 100360 ANCHORAGE, ALASKA 99510-0360 RECEIVED BY' , Exxon AOGCC D&M TRANSMITTAL # 655 RECEIVED DEC 1 3 1991 Naska Oil & Gas Cons. Commission , ! ~. ~ype OT ~eques~: Abandon STATE OF ALASKA ALA~:,..,~ OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS j- Suspend Operation shutdown~ Re-enter suspended well Alter casing Repair well Change approved program Plugging.__ Time extension Stimulate_~_ Pull tubing Variance Perforate _ Other 2. Name of Operator ARCO ALASKA INC. 3. Address P.O. BOX 100360 ANCH. AK 99510 5. Type of Well: Development__z~_ Exploratory Stratigraphic Service 4. Location of well at surface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E,UM At top of productive interval 1142' FSL, 1298' FWL, Sec. 24, T11N, R15E, UM At effective depth 1142' FSL, 1298' FWL, Sec. 24, T11 N, R15E, UM At total depth 1190' FSL, 1187' FWL, Sec. 24, T11N, R15E, UM 6. Datum elevation (DF or KB) RKB 54' feet 7. Unit or Property name Prudhoe//isburne Unit 8. Well number L4-15 9. Permit number 83-71 10. APl number 50-029-20952 11. Field/Pool LISBURNE OIL POOL 12. Present well condition summar, y Total depth: measurea 11450' feet true vertical 11068' feet Plugs (measured) 9548' md Effective depth: measured 9294' feet Junk (measured) NONE true vertical 8915' feet Casing Length Size Cemented Measured depth Structural Conductor 80' 20" 1925# Poleset 114' Surface 2595' 13-3/8" 2832 sx CS III & 2629' Intermediate 400 sx CS II Production 9147' 9-5/8" 1000 sx Class G +300CSI 9181' Liner 9442' 7" 2200 sx Class G 2020' - 11462' Trueverticalde~h 114' 2629' 8801' 2020'-11079' Perforation depth: Measured Depth 9294-9550' True Vertical Depth 8915-9604' Tubing (size, grade, and measured depth) 5"x 2-7/8" Heat Saver N-80, 2-7/8" N-80 and 3-1/2" N-80 tbg w/tail @ 9,231' md Packers and SSSV (type and measured depth) Pkr @ 9198' md, & SSSV @ 1949' md RECEIVED 0 0"i' 1 4 1 91 ^Jaska 0il & (~as Cons, C0~nm'tssie~ Anch0ra~Je 13. Attachments Description summary of proposal Detailed operations program BOP sketch 14. Estimated date for commencing operation October 23~ 1991 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil_,y~_ Gas Suspended Service 17. I hereby certify that the, f~~true and correct to the best of my knowledge. Si.clned ,~ <~/~~ T.E. Krawietz Title: Sr. Operation En.qr. ATO 484 ~- ,~ FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative my witness Plug integrity BOP Test Location clearance Mechanical Integrity Test Approved by order of the Commission Form 10-403 Rev 06/15/88 Date I Approval No. ,~/,~ Subsequent form required 10- z~'r> ~ ~.~,:~ Gog~ / ' ~ ":~~ Cem~issi'Sner Date SUBMIT IN TRIPLICATE Lisburne Well L4-15 Stimulation Procedure o 3~ e Pull gaslift valves and install dummy GLV. RU stimulation company. Well control provided by surface chokes and production valves. Closed Fracture Acidize Wahoo 7, 6 and 5 at maximum treating pressure of 5,500 psi with the following stimulation fluids: 1,250 bbls 40 pptg gelled water. 1,200 bbls 30:70 crude/10% HCL emulsified acid. Release service company and open well to flow. Estimated Static BHP = 3,000 psig at 8,900' ss. ECE VED Oil & Gas Cons. Commission ALASKA OIL AND GAS CONSERVATION COM~IISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 May 13, 1991 Sue Morgan c/o Dr. Keith Watts Geophysical Institute 301-B University of Alaska Fairbanks· Fairbanks, AK 99775 Re: Data on PBU L2-06, L3-08, L4-15 Dear Ms Morgan: Please find enclosed the well histories for PBU L2-06, L3-08, L4-15. Each well file contains a completion report and lists of data available for each well. I have also enclosed an informational sheet listing the services and data provided by the AOGCC and services. offered by various companies in the Anchorage area. ~ If you have further questions please feel free to call me at 279-1433 or call the company direct. Sincerer, Microfilm Equipment Operator Enclosures STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMM.,.,SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon '' Suspend E; Operation Shutdown L~ Re-enter suspended well '-' Alter casing ~ Time extension _% Change approved program ,:i Plugging- Stimulate '--Pull tubing '-' Amend order m Perforate-' Other~ 2. Name of Operator ARCO A'laska, Inc 3. Address P. 0. Box 1007,60 Anchorage 4. Location of well at surface 1950'FSL, 2260'FWL, 5ec.24, At top of productive interval 1142'FSL, 1298'FWL, Sec.2#, At effective depth At total depth 1190'FSL~ 1187'FWL, Sec.24, : AK 9951 T11N, R15E, UN T11N, R15E, UM T11N, R15E, UM 5. Datum elevation (DF or KB) 54 ' RKB feet 6. Unit or Property name Pr~lrthn~ Rny Ilnit-/I ~h,,rne 7. Well number : . ,Pi_~q u,t S ~at e. #1 ,.. 8. Permit number 83 -71 9. APl number 50-- 029-20952 10. Pool Lisburne Oil Pool 11. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length measured feet Plugs (measured) feet feet Junk (measured) feet Size Cemented Measured depth SEE WELL COMPLETION REPORT, DATED 11/14/84 True Vertical depth true vertical Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) .? !!'i ,!;..."~: ~. Il.,., '...~','::1 .::--~ 5 :~,'-:~ ~::i., [;.311~"5'.~': .7,"'":' ":':'. 12.Attachments Description summary of proposal ~ Detailed';°'PiC'~-t;i'~;ns program [173 BOP sketch L-] 13. Estimated date for commencing operation As soon as possible 14. If proposal was verbally approved Name of approver Date approved 15. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed .~~ ~/,~~,, Title Associate Engineer ~ Commission tJse Only (JG) SA/003 Date Conditions of approval Approved by Notify commission so representative may witness [] Plug integrity [] BOP Test [] Location clearance ,_.,~/. ,.._.// -?' ,6? ....... /_...~...:.L'....-...~ ........ . Commissioner IApproval No. by order of the commission Date Form 10-403 Rev 12-1-85 Submit in triplicate PINGUT STATE #1 ARCO Alaska, Inc., proposes to change the well number designation from "Pingut State #1" to "L4-15". SA/OO3a:tw ARCO Alaska, Inc ARCO Explo,ution- Alaska Operations Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276-1215 hand carried SA~MP LE TK~NSMITTAL SHIPPED TO'State of Alaska Ak. Oil & Gas Conservation Comm. 3001 Porcupine Dr. Anchorage, Ak. 99501 Attn: John Boyle DATE' December ]9, ] 985 OPERATOR' ARCO Pingut St. #1 (PBU L4-15) NAblE- South Bay ,qt. #1 (PBU L3-8) SAMPLE TYPE' dry ditch NUbIBER OF BOXES: 8 SAblPLES SENT' South Bay St. #1: 4000 - 6770' 6770 - 8770'~ 8770 - 8840' 9480 ~ 9815' Pingut St. #1: 6000 ~ 8220' 8220 9190 ' 9190 10600 10600 11467 UPON RECEIPT OF THESE S;&IPLES, PLEASE NOTE ANY DISCREPANCIES AND bi&IL A SIGNED COPY OF THIS FORbl TO: ARCO ALASICR, INC. P.O. BOX 100360 ANCHORAGE, ALASKA 99510 ATTN: Paleo Lab · ABV/100 RECEIVED 'BY- 0 ~ ~ DATE' ARCO Alaska, Inc. Is a Subsidiary of AllantlcRichfleldCompany December 11, 1985 l~s. Linda Okland ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 RE: Cuttings for PBU L4-i5, (Pingut State #1) and PBU L3-8 (South Bay State #1) Dear Linda: ~ Our reCords indicate that the two above mentioned wells re uir 'o "' ~ q ' e samples be sent to the Commissl n. lhank you for sending the core chips, Unfortunately, we have not received any dried ditch samples from either well. Since PBU L4-15 (Pingut State ~1), was released from confidential status on November 2, 1985, please consider it as heading the list in order of priorities. Thanks for your assistance. nc ,~e ~ John F. Boyle Petroleum Engineer Assistant dlf:A.JFB.3 STATE OF ALASKA ALASK? ' 'L AND GAS CONSERVATION ""' "MISSION SUNDRY' , JTICES AND'REPOi , ..., ON WELLS 1. DRILLING WELL [] COMPLETED WELL [] OTHER [] 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 1'00'~60, Anchorage, Ak. 99510 4. Location~Well Surface Loc. 1950' FSL, 2260' FEL, Sec:24, T-11N,R-15E Bottomhole Loc. 1190' FSL, 1187' FWL,Sec:24,T-11N,R-15E 5. Elevation in feet (indicate KB, DF, etc.) J 6. Lease Designation and Serial No. 7. Permit No. 83-7] 8. APl Number 50- o2q-2~qcj? 9. Unit or lease Name 10. Well Number/ //~ 1 ~'. Fie]'d and Pool ' P:RB Field/:L±sburne Lisburne Oil Pool RKB 54' 12. ADT-. 2 8 3 2 3 Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations [] Altering Casing [] Stimulate [] Abandon [] Stimulation [] Abandonment [] Repair Well [] Change Plans [] Repairs Made [] Other [] Pull Tubing [] Other [] Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). Plan to change the name of the subject well from Pingut State No. 1 to L4-15. This change is needed to allow the Lisburne delineation wells to be incorporated into the well nomenclature that is planned as part of the Lisburne full field development. 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. Title Regional Engineer Approved Co~¥ ~,gturnpd Approved by By Order of COMMISSIONER the Commission Date Form 10-403 Rev. 7-1-80 Submit "Intentions" ~n Triplicate and "Subsequent Reports" in Duplicate ARCO Alaska, Inc Post Office..x 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 April 12, 1985 State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Attn: C. V. Chatterton Chairman Dear Sir: Attached are copies of the correlation coregraph on the following three Lisburne wells: South Point State No. 1 South Bay State No. 1 Pingut State No. 1 We request that this information is maintained as confidential. If additional assistance is required, please do not hesitate to call. Sincerely, D. K. Chant~y Sr. Area Engineer DKC: DR.'3~'p Attachments A~as~a 0il & (;as Cons. Cop,]miss[0rl ARCO Alaska, Inc. is a Subsidiary of AllanticRichlieldCompany 3 4-12dr STATE OF ALASKA ,.;,,~ ? :,,.' ? ~., ALASK. ',,, AND GAS CONSERVATIONs' ' 31SSION "~ ',:'~i', '-,. ~ ..... :. - ~ ",,.' ,. ~ ',L~:,, !.~ :.. WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well CONFIDENTIAL REVISION OIL [~X GAS [] SUSPENDED [] ABANDONED [] SERVICE [] .,~ 2. Name of Op era t or,., ~.~/~'~[--~"' 7.,e rmit Number ARCO Alaska, Inc. 83-71 3. Address ~.~f~ 8. APl Number P. 0. Box 100360, Anchorage, AK 99510;%.~'"' 50- 029-20952 4. Location of well at surface 9. Unit or Lease Name 1950' FSL, 2260' FEL, Sec.24, T11N, R15E, UN Prudhoe Bay Unit/Lisburne At Top Producing Interval 10. Well Number 1142' FSL, 1298' FWL, 5ec.24, T11N, R15E, UN Pingut State #1 At Total Depth 11. Field and Pool 1190' FSL, 1187' FWL, Sec.24, T11N, R15E, UM Prudhoe Bay Fi el d/Li sbu rne 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Li sburne 0i 1 Pool 54' RKB, 20 Pad ADL 28323 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore 116. No. of Completions 05/15/83 07/23/83 10/03/83I N/A feet MSLI 1 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+TVD) 19. DirectionalSurvey [ 20. Depth where SSSV set I 21. Thickness of Permafrost 11ME'0'MD~ 11~VD 11383'MD,11000'TVD YES~ NO[] 1949feetMD 1900' (Approx) 22. Type le ectr~c o¢'O~h~r Logs Run SEE ATTACHED SHEET 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 91.5# H-40 Surf 80' 30" 1925 # Poleset 13-3/8" 72.0# L-80 Surf 2629' 17-1/2" 2832 sx CS Ill + 400 sx CS II cmt 9-5/8" 47.0# L-80 Surf 9181' 12-1/4" 1000 sx Class "G" cmt + 300 sx CS 7" 29.0# L-80 8870' 11462' 8-1/2" 1200 sx Class "G" cmt 7" 29.0# L-80 8870' 2020' 8-1/2" 1000 sx Class "G" cmt 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) 9504' - 9550' 4-1/2" 9246' 921 2' 9578' - 9598' w/4 spf 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED' 10~692'-10,694' 137 sx Cla~ "G" cmt 10,518'-10.520' 122 sx Class "G" cmt 10.610'-10=R~R' I~R ~ ~l~$s "G" emt 27. N/A RRODUCTIONTEST (see attached sheet) Date First Production I Method of Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE IGAS-OILRATIO TEST PERIOD Flow Tubing Casing Pressure CALCULATED.~. OIL-BBL GAS-MCF WATER-'BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. See Core Data Sheet Form 10-407 Submit in duplicate Rev. 7-1-80 DRN/WC20 CONTINUED ON REVERSE SIDE 29. 30. NAME K-'I 0 Top Sad]erochit Lisburne GEOLOGIC MARKERS MEAS. DEPTH TRUE VERT. DEPTH 7850' 9233' 9274' FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time ot each phase. DST #1: DST#2: DST#3: 31. LIST OF ATTACHMENTS 32. 7476' 8854' 8895' DST#4: DST#4A: f/10104'-i0220'(SS)~ 19 bbls in 4.2 hrs (fluid level rise; no production to surface);100% water~ S! time: 10.0 hrs. f/9820'-9924'(SS), 120 bbls in 15 hfs; 100% water, SI time: 10.0 hrs. f/94S2'-9536'(SS), 21 bbls in 3.3 hfs (fluid level rise; no production to surface);100% water, SI time: 11.7 hrs. f/9218'-9300'(SS), 24 bbls in 6.2 hfs (fluid level rise; no production to surface); 10-20% oil, 80% H20, SI time: 10.0 hrs. f/9218'-9218'(SS), 400 bbls in 44 hfs, 5% oil, 95% H~O, 0 SI hrs. (see attached sheet) Hi.st.or_y., ....Attachme~t.,__£o.r~ D ~t ~ _S.b e e t ~._ l~rJ)_s e o p i c _S u r v~_~.Z e o p lex) hereby certify that the foregoing is true and correct to the best of my knowledge Title Area Drilling Engr. 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 si}aces 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 o'f '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: I'f no cores taken, indicate "none" Form 10-407 Pingut State #1 Core Data Core 1 9265 - 9286' Core 2 9286 - 9316' Core 3 9316 - 9375' Core 4 9375 - 9415' Core 5 9415 - 9475' Core 6 9475 - 9515.7' Core 7 9515.7' - 9554' Core 8 9554 - 9582 Core 9 9587 - 9647 Core 10 9647 - 9707 Core 11 9707 - 9796 Core 12 9796 - 9886 Core 13 9886 - 9933 Core 14 9933 - 10,023' Core 15 10~023' - 10,087' Core 16 10,084' - 10,174' Core 17 10,174' - 10,187' Core 18 10,187' - 10,220.5' Core 19 10,220.5' - 10,253.5' Core 20 10,253.5 - 10,267' Core 21 10,267 - 10,286 Core 22 10,286 - 10,326 Core 23 10,326 - 10,386 Core 24 10,386 - 10,438 Core 25 10,438 - 10,463 Core 26 10,463 - 10,498 Core 27 10,498 - 10,521 Core 28 10,521 - 10,541 Core 29 10,541 - 10,565 Core 30 10,565 - 10,579 Core 31 10,579 - 10,611 Core 32 10,611 - 10,644 Core 33 10,644 - 10,684 Core 34 10,684 - 10,718 Core 35 10,718 - 10,754 Core 36 10,754 - 10,792 Limestone and dolomite with minor chert and shale. Poor to excellent oi shows. DRN/WC2Oc:tw Pingut State #1 Section 22: DIL/GR/SP DIL/BHCS/GR/SP FDC/CNL/GR Borehole Televiewer FDC/CNL/NGT/GR/Cal LSS/GR LDT/CNL/EPT/GR FDC/CNL/GR SHDT/Cal/GR GR/CCL/CBL CET GR/CCL Attachment Section 26 continued: 10,238 10,250 9832 9780 9780 9780 9780 9882 9640 9602 9602 9648 9648 9568 9470 9504 - 10,240 - 10,354 - 9834 - 9782 - 9782 - 9782 - 9834 - 9966 - 9642 - 9604 - 9604 - 9730 - 9730 - 9570 - 9472 - 9550 126 sx Class "G" cmt. 150 sx Class "G" cmt. 150 sx Class "G" cmt. 150 sx Class "G" cmt. 175 sx Class "G" cmt. 150 sx Class "G" cmt. 200 sx Class "G" cmt. 150 sx Class "G" cmt. 100 sx Class "G" cmt. 100 sx Class "G" cmt. 54 bbls 28% HCL acid. 200 sx Class "G" cmt. 100 sx Class "G" cmt. 100 sx Class "G" cmt. 9578 - 9598 : 80 bbl HCL acid. Section 30 continued: DST #5: 9074' - 9170'(SS), 106 bbls in 13.7 hrs; 60% oil, 40% H20, SI time: 10 hrs. DST #SA: 9074' - 9170'(SS), 448 bbls in 24 hfs; 85% oil, 15% H20, SI time: 47 hrs. DRN/WC2Ob:tw ARCO Alaska, in, Post office, ox 100360 Anchorage, Alaska 99510 Telephone 907 276 1215 August 17, 1984 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK. 99501 SUBJECT' Well Completion Reports Dear Mr. Chatterton- Enclosed are the Well Completion Reports for South Point State #1, Pingut State #1, and South Bay State #1. Please excuse the delay in filing and I hope it has not inconvenienced you in any way. Sincerely, /~ T. L. Fithian Area Dril ling Engineer TLF/DRN/tw DRN/81 Enclosures ARCO Alaska. Inc. is a Subsidiary of AtlanticRichfieldCompany ,.:~,,..,, STATE OF ALASKA ALASK.' ._ AND GAS CONSERVATION ~,.. AlSSlON WELL COMPLETION OR RECOMPLETION REPORT AND 1. Status of Well Classification of Service Well CONF 1 DENT I AL OIL [~X GAS [] SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number ARCO Alaska, Inc. 83-71 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510 ~% ' 50- 029-20952 4. Location of well at surface~t'~'~ -it!: (' ~ ~.!.~' 9. Unit or Lease Name 1950' FSL, 2260' FEL, 5ec.24, T11N, R15E, UN - : _. : Prudhoe Bay Unit/Lisburne At Top Producing Interval ;. """;~2';.~;'!~' - 10. Well Number ." 1142' FSL, 1298' FWL, 5ec.24, T11N, R15E, UM i:~,, - ':: ; "' '"'?: "' ~, ,~ .-:. ~ --P-~:b-S-ta ~,e-~% .... J 11. Field and Pool At Total Depth 1190' FSL, 1187' FWL, Sec.24, TllN, R15E, UN ................... Prudhoe Bay Field/Lisburne 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Li sburne 0i 1 Pool 54' RKB, 20 PadI ADL 28323 12. Date Spudded 13. DateT.D. Reached 14. Date Comp.,Susp. orAband. 15. Water Depth, if offshore 116-No-of Completions 05/15/83 07/23/83 10/03/83 N/A feet MSLI 1 17. Total Depth (MD+TVD) 18.PlugBackDepth(MD+TVD) 19. Directional Survey 20. Depth where SSSV set I 21. Thickness of Permafrost 114_~{)'MD,~,~ 11068'TVD 11383'MD,11000'TVD YES [] NO [] 1949 feet MDI 1900' (Approx) 22. Type Electric or Other Logs Run SEE ATTACHED SHEET 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 91.5# H-40 Surf 80' 30" 1925 # Poleset 13-3/8" 72.0# L-80 Surf 2629' 17-1/2" 2832 sx CS Ill + 400 sx CS II cmt 9-5/8" 47.0# L-80 Surf 9181' 12-1/4" 1000 sx Class "G" cmt + ~00 S*S CS I 7" 29.0# L-80 8870' 11462' 8-1/2" 1200 sx Class "G" cmt 7" 29.0# L-80 8870' 2020' 8-1/2" 1000 sx Class "G" cmt 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) 9504' - 9550' '~ 4-1/2" 9246' 921 2' 9578' - 9598'.~ w/4 spf 26. ACID, FRACTURE, CEMENT SOUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED 10,692'-10~694' 137 sx Class "G" cmt 10,518'-10~520' 122 sx Class "G" cmt 1 0,534' -10,556' 10,610'-10,658' ~' 10~ Sx Class "G" cmt 27. N/A PRODUCTION TEST ~ (see attached sheet) Date First Production I Method of Operation (Flowing, gas lift, etc.) I Date Of Test Hours TeSted PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO TEST PERIOD Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. See Core Data Sheet ~;".,i. [~,.:i ;' '~'' '''''!''' TM ~' ~"' Form 10-407 Submit in duplicate Rev. 7-1-80 DRN/WC17 CONTINUED ON REVERSE SIDE MEAS. DEPTH TRUE VERT. DEPTH~ 30. FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, C~OR, and time of each phase· NAM E K-lO Top Sadlerochit Lisburne 7850' 9233' 9274' 7476' 8854' 8895' DS]' #1: DST#2: DST#3: DST#q: DST#qA: f/10104'-10220'(SS)~ 19 bbls in 4.2 hfs (fluid level rise; no production to surface). f/9820'-9924'(SS), 120 bbls in 15 hrs. f/9452'-9S36'(SS), 21 bbls in 3.3 hrs (fluid level rise$ no production to surface). f/9218'-9300'(SS), 24 bbls in 6.2 hfs (fluid level rise; no production to surface). f/9218'-9218'(SS), 400 bbls in 44 hrs. (see attached sheet) .......... W~]-] "H ~' s't'~r-Y" ' At~tac'hmen ~-,"--'Car'e- ' Da~a--.-Ske~t-x--GF-~.oscop~-c..-~Su.~-N ey (2_..caFzies.~ .......................................................................... 32. I hereby certify t:hal: the foregoing is true and correct to the best of my knowledge · '' /'"~"~/-~' Area Drilling Engr, / 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' Classi'fication o'f Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply 'for injection, observation, injection for in-situ combustioH. 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' I'f 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 ·forrn for each additional interval to be separately produced showing the data pertinent to suct~ 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 o'f the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 _- ..... } ..."P "¢E-~Fj:~ 1 SIGMA-GYRO OOB NO: A'::~83RO350NZ PRUDHOE BAY, I_NOR.TH_~_~;~_:...CIF'__E3_~_,~A~L__A,S~!i;A SIGMA-GYRO ¢:'-1 :t3C}O MD-,, .'=;I ~RVEYOR: ,JAHN/F'EFFERI--'."C~RN., DATE RI IN: O, 5-A~ ~n '"'":' SIGMA :300 NO: .,4 .... F'ROBE NO: 064 FORESIGHT: NIO 3PW · .'_=;URVEY TAKEN FROM KELLY BLI'.E;HTNG 4s~TIGHT HOLE - EXTREMELY CONFII]ENTIAL~ VERTICAL .--,ECTIt-~N C:ALr':t ILATED ;IN PI._ANE ':""iF PROPOSAL ~; IDIRECTION: L~; 6.-'.; DEG. '3'.:'.; M!N RECORD OF '.E;URVEY RADIUS OF CURVATLIRE METHOD ARCO -ALA:-=.;[-'~.A-, - I NC ............................................................................................... C:OMF'LF'['AT I ON ....... PAGE NO ........... 1_ F'iNGUT STATE-, WELL NCI: 1 :-=~!GMA-C-;YRO JOB NCI: A (D :-=', :3 R C) .3 5 C:, N ZTIME DATE F'RUDHOE 'BAY-., NORTH F-;LOF'E: ALASKA '; ' (:)7: 4:B: 27 25-,JLtN-:34. TRUE h'IEASLJRED DRIFT DRIFT C:OURSE VERTICAl_ VERTIC:AL SL~BSEA R E C T A N G I_1 L A R C: L 0 .q I~ R E DOGLEG Ec_PTH ANGLE DIRECTION _LENGTH__ DEPTH ..... SECTIF~N ]'"V£! C..O .CLR_D .... I_ M.A_ T E S DIS.TANCE DIRECTION ~SEVERIY/. FEET D 1"1 'R M FEET FEET FEET FEET FEET FEET D i"1 DG / 1 ('.)OF' · 100. 200. :900. 400. ('.9 0 . . C:,_ __0 ................... 0 ............. O, C,O ...... (}.00 _~ -4'7., C,C, 0 5 '.-]; 6 2C) W lo0. 100.00 0.0:3 53.00 C).(..)7 S 0.01 W 0.07 S /_-, 2(_) W 0.08 0 /:. S :2:5:1:9 W l(lxD. 200. O0 O. 16 15.3.Cx} C). :.:_'5 S O. 08 W O. 26 '.--; 17 22, W C). 05 .... :'.=;'--' OC:' (-) 8 '.S 4 '::":' E .... 10(!),_ "::cx').(')C, .... (D._YU .,.. O_ 7 'S 2:2 z.._,'-"= t,4.. 100. . 40c) . (')0 ..... c),. 40 ._,":' P'; ':-',_ ._,, O0 ,":, . ,:,:' '-' S C)_ . 17 W (-D_ .7o. S 1.4 10_ W c', 07. 500. 6C) 0. 8 (IDO, 900. 0 7 S 11 () 1._,'= =E; :':~_ 9. :34 bi. I 00. 6 C) O. 00 0.6 L:; 55:3.00 1.22 '.:; O. 27 W ,:':,. 1,a, .-.,'-' .":-:'.-:3 :"::/-,_ ._ l,,~. ,- lOC, . 700 ,, O0 _1, o:2:_ 65:3. c)C) i ,54 S 0 ..... ="-" W 0 4 S.._7.=; _ ._,() = i _ W ................................ I O0 Fx-x-:,, cdc) _!, 28 .... 75:'::, cdc) 1 .... 7_.:B_.F~ ..... o, 72 _ W 0 9 '.:; 71-_-: 43 W 42. E ..... 10C:,. ~ _ 500 ,..00 __ (I) ,. 49 . 45.'_-:, C,O . _ 0,_S.¢0_S .......... 0 ,, .1 '? W .... C)., ¢.,".2:L:: 11 . ..' ._, S 12 1 ,,/:-,:B S :1',-=_.: i. 8 8 rE; 22 1 82 o 0 c~l W '=' 03 S 2/- = ._~ _ · .. ..,L. n . -- 100. 900.00 1.49 :--: 5:3 · 00 10(} 10C;O. O0 1 · 79 953, O0 1QO. . i :100._.,.,. ].. c)o_,:':' 120CD. O0 2.19 1 1 ._,~'-'.=., 00 10C, i-300 ,, 100. 139'? 'Pg' lO00. 0 10 ~--; 8.6 5 llO,:D. 0 10 N 8,7 17 W 1200. 0 8 N 26 17 W 1:1:00. C) 1! N 34 36. E 1400 (') t7 1'4 74 .~"' c 2.26 S :31 s. '. 4:-:: '.:; 37 2.4-2 ::; 44 '-' "~"=' S 4'.:'; .,4:.. 1,,81 :--; 47 500. 0 2('_) N :E:9 17. E .__!00 ..... 14'F_'9~9__S./ . !. t3 !4.52.'P'P .. _1~ t4 :s;. _ . 0.78 W /-., 0(') Q.:'-' ........ = S 74 /-, E 1 © © ! 5";99 ':';'--; 0.4 t 1 .=,.~ Y.- '?..9 1. '-' = S c) o2 E -- . . . .... . . . ,.'._1 - I - 7(DO. (") -- 5 S 66 '2'P E 1C,(}. 12,'F.;'F.; ,, 9'.3 -C,. :B7 ! 652, 'Fy:_=: I, 59 .S O. 99 E 80,:-).. 0 :_--:/:.,_ L:;_. 7:3_ 54..E .....100 ....... 1_797,/~8 ........ -1,17 t .:L-' ,r;,,:: .. _ . 7~'-..._ .......... 1_._S._"_5. S ........... !. ':"::: _ E ?. o. c).. c)_ 4 '?. N 6 :':: 4,:'-" .... E 1 ,"'~._. ('). , I ,_,':' o,. ,-,;. .97 ' .,_'-' ,, :"::.='; 1 ,:,.'- ...., ,--" ,, 97 ! . F:_ .a. ,.:-.; .:,'-' . 1 c.,.. E i ,, :'::9 F; :::4- · ..,: ._, .:, (') 1.87 S :31 .2.78 '.S 45 '"' /.8 '.-];='- .~,. - ._m .':! 59 W .. 0.08 .... :BO W c). 2C) 40 W (')..c)_. '::/- W C) 17 · _ ,_, . . ~_ . :E:':-.~ W O. C)'F./ 54 W O. (')2. l 55 W O. 14 '---2"2 W o. 1 '2 2 W O. 17 45 W O. 19 29 W O. 10 59 E (i).27 4:3 E O. 08 21 E r -;8 56 E O. 55 59 E 0.24 18 E 0.37 16 E O. 13 5 E 0.22 · _,0 E O. 75 I 2:5 (:~© ....... 1__48 _N._ ./Z,.5__._~:_2_E ..... 10_.0_ ..... 2__49':-<. G:>-_.Q ..... ] ~ 1 ..__20 .... 2452, :E: .P ............. !_.J) 1__ !.~! ....... _1__1_,_. 57__E ........ 1 ~ I ' ~':~: . .. N 2/,, (')0 1 51 N 6,:E: 3 r. 100 --., ~,:,c; :_--:4 1. 4 4- C) '-' = ='-' ',q ..... ......... ... - . ._ z .....-'. 4 2.27 N 14 =1 E 14 F,c; N 2700. 1 28 S 8 8 :-::9 E 100. 26,99.-79 -!7.24 :2:652.79 2.79 N 17.:36, E 17.58 N '.--.':q(')(') 2' 29 t:; 1~ 4 E lC)C) '.-'7'T:'T¢ '7:':-: -1::: 'TF: '.';.'7%'.';' -7:':: O. 7'? N 19.'?C) E 1':'-~ 9'::, 1'4 2":;C)c) 4 P',/-, S 1 c) 13 W 1 c)C) '::' ::: '--~ -':; F, i! 8,. '-.?.=l';.':::~2..=, 1 F,./-,4 .:, 20 i 7 E 2c) ................... _ ...... ,-- .. ......._ ,.E; c, .-'(-) 8:1 6 80 52: 87 4:3 74 22 E O. 37 E O. CD'? E C). 77 E '2.52 E 2.8'P AI-RF:F~ AL. AF';K-~, INC:. F:F~MPIJTA-F ION F'A~qE Nr]. 2 ................................................................................................... t'" - . ......... '~ _. :% ............ PiNGLIT STATE, WELL NO." ! SIGMA-GYREI ,_IC!B Niq: AOS:_3RCD:35C)NZ TIME ]]ATE PRLII'IHOE 'BAY: NORTH F;LC~F'E. ALA'.:;KA :fi~.., : :: :: (')7: 43:'..--:7 25-,JlJN-84 TRUE MEASURED DRIFT DRIFT COUR'.-:;E VERTICAL VERTICAL '.:;UBSEA R E C T A N G U L A R C I Fl ~:; !1 R E I]OGLEG DEPTH ANGL_E DIRECTION LENGTH r'~EF'TH SECTION TVD C: 0 0 R 1] I N A T E S DI:5.';.TANC:E DIRECTION FEET Ii M D M FEET FEET FEET FEET FEET FEET :300c') /-, :2:5 S :3! 44 W 100. :299'P.00 -10.35 2952.00 t4.97 :B 16.59 E '--" '> '-' = ::; 47 .=,7 E _ ~ . _ . ........................................................................................... a_. a_ ,, -.-~ -_! :--',lC)('). 7 2.5 S F, 1 .'i'_-:7 W 10C) 5:C) ca::: 2`5, C) 5:6 5: 0F, 1 26 24 C) 3 c. 8 F,:3 E 25 .5C) c. lo 32 E ...... u .... [~ _ ,n _ _ - n ~ . ._! ,,: _ . - .-' .- 3200 ':; 1 :':', .'_:; 5/-, 3:3 W ~ 00 :3197 2 CD 14 ::: CD 'q 1 .=i(] 20 'q'-' = '-' '-' --.- ..... :, :3. 19 N '-"-' A7 ':' 5 :_:.:6 W u .' -- a. · ~ . · - ._ - . q · . .'-i ..' · - ::.:.',.':: 0 ¢). i I_ 49 S· =',,:,''''' ~ 0 N '~ C) cD '-"-":,, =' . -:, 9 . W 4/-, '-'"--', 2:3 41 ................ ,-. .:,,':,- --, =' /- F,. ::: 5 5:4 ('D ('D 14 2:3 S 65: 'q W I c) 0. :33 'F-' 2. 'P 0 54 54 ::', ?, 4.~ 'P 0 .~.':: 4:3 .:, ._. .... ._- .... W .... 77 F-; 4 c) W 2.55 1.94 2./-? 4000. 2./_,_,_,c' ._,':' 6. _4~ _ L:L W 41c)o._ . ...'--'.~._ .=,9 '-'.::., /-,4_ 17 W 4200 '-' = . .:._, 40 '._:; 64 20 W 4300 '-' = . z. , 4(') c. /-':', ~l:l W -- . ._~ ,,_~ ._ _. - 44 c])0. ..-._,'-' = 20. L:; 64 1 ,")_ W :'::.=, (') c')17 1 t :_:; `5, :3 54 W 10 c-) '-' ~''':~ o ,-. . .>4o.~ 11 1 I-,C) 3442 11 `5,5·.~9 62 70 W ...... ~ _ ,~ ~-~ n - . ~ -- . ._.l ~ .. :3600. 1 'F: 5 S `5,3 '? W 100. 3584. 14 1 ! 2.5,5, :3.5 ::', 7. 14 79.47 :-_-: '? 0.5:3 W :.:.:7c)c) :-':2 4:5; ' '-' 4:3 '-"- 74 ::: ,/-, 5: C) ,.-.;.~ o o 09 o.:, W ~ 00 ._-, o / 7 147 F, C) 74 1 1 (') 1 W . ~ n t: ..... ,_1 :::::',oc) 24 .=,::: '-' '-' = - '-' '- '-' '- ....' - . ......... ._~ ....... ____~_. ......... :~ 6.:, ::.., 6_ F~_ ........ !_07_.____._:, ¥_`5,_.-_.'__._ 4 .:,_ ....... !9 / = .x- U. _ :':-: 722.4 :_..5-: ! 12.78 ':' t .=,, 7 .5', :3 W :3900. 26 'P '.5; 64 4 W 100. 38.59. ~, :3 2.2: 0. 14 3.5:1. 2.6:3 1:31.69 S 19/.-.,. 62 W ' ' ~ 00, :394'~. 4c~ 274 c):q 3';;'02 4o ! 50.-98. ':' '-":'~- 2'7 W lO0. .. 4C~:::':./_ _, . ~_ ._,":' ":' 3!7.76 ",o9--,..:, .. . ~_. '.-.':-: 170-~12 S 275 .81 W 1 .,-D 0, ~ 4129 24 :361 14 4 ~'~ F,"-.-', :24 1 ':' o, :.. . .... ......... ,_,.-. 01.'.~:--3_.:.31N C)::: W 10© ....... z~219.37 - 404.21-, 41 '7'7-" :37 207'~ .5:;.-:' o -:,._4'".=,. o')i-,_ _ W 100_ . 4:309 62 447 12 4262. `5,2 : 22/-,',_ 7 .:,,-- - ._.°,°'.-"...,_. 79 bJ 4..=, ('~ (') ~.'-' =- .... ff'; .5; l-, :3 .=', 7 _ W ..... t 00 44 ~') ('). 09 4 ':' c, ~ :3 4:35:3 ~.,--, o:: _ _ ..'.'~'-' ~ .-,_._.:, .... .4 __ .:,'-' _ .:~'" .,:,'-' .t'. 11 W 4600. 24 46 '._:; 6:3 5.6 W 100. 4490.77 5:_:.:1.47 444:3.77 26:3.',F.:6 S 46,9. ';/:~ W 47 (') 0. 24 4'P ::-; 6:3:37 W 100. 45:5: t. 55 57.2:. 1 'F.,' 455:4.55 2:5: 2..'5_-::.:: S 506.61 W 4L::C)0. ~ 24 ..5::3 S._ 6:--L_2!5..._N ........ IOQ ........... 4672. :,-.-:7 .`5, ! 4.79 46,":25. :._--:7_ .... :.3!__-[~_._0__4__ :5:_ ...... 5_.4_4, 06 W 4.9 (') 0 24 13 '.--; 6:3 2.2: W 1 c) c) 47/:-, :3 42 /-, F,.~ 91 471/-,. 42 3 ! 5/ 5`5. '.E; .=,,::: 1 c.)._ W 90.74 '.:_.; 4:3 4.5: W 2. :--: 1 120,49 :5; 4.5:44 W ' 1~9 154.75 :F.; 52 .5', W 2.9'P l!?3,'?:Et :--; 54 727 W 2.90 2:36./-,4_ c.._, ~1-,_ _ 11 W 1 .2c). 2:30..2:'? ,.E; 5'7 25 W :324,.06 ::: 5:--: 20 W :36, 7.42 S 5 ? :_:-.: W 410.59 '.:; 59 .5:5 W 45:3.5:3 r:; 6,0 0 W 0.0:3 0. 18 0. :2:1 0. 16: 0. :34 4'76..04 :-_-; 6,(-) 21 W 5:3:--:. 11 :--; ,5,0 3.5: 6./ 5:30.00 S /:,0 52 W 621.79 F; 61 :_--: W 6,'.':,3. 1:3 S &,l 11 W 0.27 0.32 0.14 _ O. 40 5000. :24 2:.5:: ::;. ,/--,:3_22~_W_ ..... 1~_00_. _ 4:_--:54 ......... _. _6'.~.'6...:,_4 ~oL!7__._. ..... !___:-_,.:,,__:,_._./.~_1__:-__,_ .... _`5,_1_/__,,:,6 W 5100. 24 9 '.E: 63 27 W 100. 4'.--:)45. 71 737.71 4:5:9:::. 71 356.41 S 6,54. `5,2 W 5200. 24 2 '.E; 6:3:3:3 W 100. 50:36.':.-:9 778.29 4'P.5:'.-T~.'P'F~ :374.62 S 691.16 W ._,.-,~ C. ~- ,- 1 .-, ~-,4 ( ) W 1 ~, D. ., 1 ..-,-,..-,.~ ,-. 1 ,-,. ,-,.-, 5081.. :_::2 ...... .3'.--.{~.,. 6_2_ S ....... 7_27_. 71 W 5400 24 9 .... S 64 1.5: W 100 ='-'1.~ 9. At ':'.~¢' 4.5 5..~72 61 ate) 41 ':' 764 44 W 704.:27 :_:; 61 1'? W 745..5:6 :_--; 61 2,5, W 7:36. 1._, = :_:; /-,_ 1 ._.::.,_9 W 826. ::-:7 :_:; 6,1 :7.:'? W :E:6,7.6.5 $ 6,1 46, W 0. 17 0. 12 c). 1.5: 0. 1:3 ?-'].sc)O 24 1 o F; /-.4 .=,c) W 1 c)c) F,.':: 1C}. F:6 '-'"/C)CD, 2 3 .=,7/-,:::, ,-,z. ,~'-'"' 0,-, ~-- ~-,,-,, ............... ............................................................ :,..:,_ __~ -.'_/_,~'._,:;_...: .... -_,,.,_,, 41 W ':'/c):::, .=,:3.'E;61 .54 N c). 22 . ,/-,:.)0_ _ . 24- !6, L::.:,._,z. =- 9. W lO,-,.._. . 5402 . (.')6, 941 . 12 . ,.-,. ,. ,.='-'== .... C)/-, ...... 44.5 . :_::2.=, ...... ,=..:,'~",:,. 6. c) W 'P4'.-.-~ .5CD ::_:; /-,'5..:-_9W C)_ . 17 ...- 700. ;d ::~ .5 :-: ::, /-,,~ 1 W 100 .5 ~.':/5: 7:.'5_, .'P::: 1 ::: 0 544,5 :::.5 462 .51 F; ,5:75 /-, .l W ? 90 2/', c. /., 2 ':/W c-) .Z", :3 5:::t')o 24 '-' =' 5. 55' = ='-' ="- "--'~ '- .... :J '-' . _ _ =' '-' _ - · ..... ~._,_ S 64__.4:E:. W _ _100 ..... . ..... 4.5'FL ....~_0122.60 ....... :, 7 .. ._, .-.~ ..... 47.~ ._;..:,/:,__-:, __ __~._1.-'. 69t,4 lC):--:1. 1 .... :, 62 1/-, W c-) 54 ._ F:-gC)c') ..... . 2r-q 7 o._, ,5,4 59 W 10c) . =: '"'=...,o/._,. 38 10`5,4 . ._,°/-,, .... F, /-, 2 ',:', .3:.--: ~-':;7, .. .64 '.q ':.;50. .6,4 W i c)7::',. _. c')2 .... '.B /-,2 25' W C)_. 70. "'D ARCO- ALASKA, INC F:I-~MF'I ITATIF~N PAGE NO. F'INGUT._.C'TATE~ WELL NCl:_ 1 SIRMA-GYRFI~ ...... dOB NO: AO::::qRO:::5ONZ TIME DATE PRUDHOE 'BAY~ NORTH SLOPE, ALASKA 07:4:B:27 25-.JUN-84 TRL.!E :'~ ~ - MEASURED DRIFT DRIFT C:OURSE VERTICAL VERTICAL SUBSEA R E C: T A N G LI L A R C L 0 S LI R E DOGLEG I~ ' 1-' ' E=FTH. ANGLE DIREC%ION__LENG~I~DEF'_TH_ __ SECTION ......... TVD F: I-~ c~ R D I_.N__A__T E.. S DIS~ANC:E .DIREF:TIF;N SEVERIT' FEET D M D M FEET FEET FEET FEET FEET FEET D M DG/100F' 6(':,00 ...~._,_. 4.-.....:, /-,5 17 W l(-:,c:,, 5Z/-,~., 7'[']' 1107.15 571:::. 7(":, ..,1. ,,/-,':-' .-, =.~,-,':.', .,,-, W 1115, :]9 ::; /-,2 '..]":.' W c:',/-,c:, · ............................................................................ ~ ........ - . _ .....~ - .- . . . - - ..~ - ___. :Bio(-) '-'= 3.3 c- '-.ic, 55 :::~ soo 72 ¢' ~..., 6,5 27 W 1 (-:,(-) 11M(-}, :::0 .... M:_--:C:,8. '-'= 1 ?',-' W 11.~°_ ... 11 '.E; /-,2_ .-,.'-'=', W, 1/-,_ /_-,2C)C; '-'= ~ , .... :. -~-._, '77 i 19:_<:, 53 ....... ,.._, 47 S /= .... :2:5 W 100 ~-'--~" =' '=- ...... /.:. 2 -. , ._, :5: '? :5: 9 7 = =- 1 6:3 :_--; 1 C:, 6::: :5:/- W 12 C:,2:5:'?.' :E; 41 W o, 24 ,- .,-, =- ,-, -')--, ..~, c/ .':; /-, '--" 4 ::: ('). % 5 630o 22, 2.¢.) .'_--; /-,.~ 4(-) W .... lOC), /-,,).- ..... -,0 1=.:,7,3F:: ~ 'T/ :--: ::: , :=: (-) ~/-,9 :::1 ::: 110:-: 4c) W 124/- ......... ,-. _.W 640 C:,. .,_._'.--'/-, :5:3 L:; /-,.-3 47 W 1 c:, (':, , /_, ..... ~ -..-., % , ._,._,'-:"° i 28 t . 82 /-,_ ,:':,. 78 , :2: .'2: % .... :=: :=: . 12 S 1 _14 ';,' , (-:,_ 1 W _12 '? 0 .7:3 S /-._ 2 54 W ('.'. - ,.~"-"' ''''> ,'"-,50C), 26 27 S.. 65 42 W 6600, 28, :32 S 65 4':.-: W 100. 6:3 (-) 4.31 1:2:7 C:,. 8 ~ 6257 ,, :B 1 624.7/_-. S 12:2: 0. :38 W 1:2:79. '.-.-.' 1 '.=; /-, .":: 5 W 6700. 26 2:I. '.E; 65 54 W 100. 639:3.84 i415.30 6:B46.84 642·97 S i271.(::,4 W 1424.41 .E; /_-.:--: 10 W /_-,800, '.'?6 3:1 S_ ,"--,/: ...... i__W .... 10o ...... 6482,,, :37_ t459.'_- 7._=,,...64:B6,37 ...... 6/:u!, l_l_..:3____l:B11..72_ W 1468. 'p,r":, '.E; 6,.]:15 W ,,:.,9o(-:' .............. "':'/-'~i S 6/_:, 14 W 100. 6 ..... ~ ':.-'..'7 15¢.:,4,,(].:,7 /_- .... ="-'=,.-' ._, 'F.-'7 /-,79,, o7_ . S 1 :2:52. 3:3 W 151:':: .25 .c; /-,.]: 20 W · =' ' ~"'-' ':-:'" ' ~' '" = 76 69'6., 9'-" '"" ., .-,o.-, ,='-,.=' 70¢)(-:,_. 2,/-,_ ._,":' ._,':' 6._,_ .46 W 1 (-)0_ ,.,/-,/-,AT .... , '-"'/-, _, 1 ,_ -..~-c,, . , <:, :.-", .~..-, .. :~/ ...... =, ..... z:c,, .~. ,._,W 1557 . ,:.'-"-'..:, .z,'-' /-,:':-:_ _ 2.~_ W 71 (':,(-:, 2 :'::4':': '.E: /- .=, 48 W 100 ' 6, 753 4 :':: 1 ~'° .... ' '-'- ' 43 S /-,.':: 5_":.-" W ..... - .......... ,.,...:,, ,:.::'7 670/:, 4.2: 714, ~4 .=, : ! 1"-', ¢:,1 W 1599,35 _ _ 72,:.':, c:, 21 .... ::, 65 57 W 1 o 0 ~. 6,=,-~ .... 84 1628, 18 679 =: 84 72'? '-"=" ~'-' _ ..... .......... o ..... =.,,- 1465.86 W 1/-,:--:7 .~1 :E; /-,:':: :'::2 W '?:::C:,0 17 .:;::: S /-.~ 4:_--',_ W lC>r:,' : A94(-) O7-. i6A1 .......... .,+ /., ,c,, ,..-:, :.:,, (2:'7 74.]: 5-1 '-' 1496 '""'-" W 1670 ':-,'1 '.:; /-,:q '-'= W - ,,, - - ._ ,, . ,. _ ~, . ; .~ , ..], / .... 7400 15 1 ':¢ S 64 ::~ W 1 c:,o .....7C)~:5; ::,,'7: ~/-,':-¢0. I (-) /-, '-} R ::,' ':3'7 ' 755~ '/-':" '.--;'I ="-"-' _ ........... -, .................... ::...- · 34W ;I./-, 9 ?. 56 !F_; 6:2:36 W 75 C:, 0. 1 :B 22 S_ 6 ::', '- .~ 4 -' (-)'-'.~ "' ,~ -': ' = =" _ .:: .... ~ . ._1o('). 712,'2.7-4 1714.77 .... 1544 /-,o W 1724 ,, ........ /. c .... / '~- / o ¢,.._,._,_ '.~; ..... L--; /-, :'::F: A, W 76 ¢:, O. 12 2 S 65 45 W 100. 7'..';_' :2: 0.2'? 17:2:6.68 718:2:. 29; 775.96 S .1..564.4 '.--.; W 1746. :2:.5 ~--;6 :'_:: 37 W 77 (') ('). i (') ::-: 6 '.-_-; /-,/-, 41 W 1 (-:, c:, -' '-' '-"-' :--: 41 -' F, z '--" ':~728 78.]:. c- ~ ::,, 9 ,- .:, x.,:, / ._ c .... i .2:4 C-: 8 1 _ _ .... 46 W 1765 97 '.--; /-, :q'::':-¢ W Z',:_:00 ..... '?_. 22 .j--; 66 .. 14_..__W ........... 100 ......_7_~.'.,-'-/:,_._:~2 ......... ! 7.7:2:. 62_.. 7:377.82. ........ 7_T_{0..._,'_.'],_!_ .-'-:;_ ...... 1_ ,5 7.,_=:_.._ _:_<, 7 W . 17:_q:;:. :_--:0 S 63 't. 1W 7900. 7 :--:0 .'E; 66 50 W iGO ..... 621_.4.8.i _1326..]:4. /=,167.8i 606,_4_ZL_S. ...... ! 18'?,_70_ W 1:3:35.35 S 62 5'? W __0.11... O. ]. 0 0. 17 O. 18 ._ O. 35 1.4i 1.45 .. 1 (-)(-)_ _. 7525.7::: 17:38.27 '747:_--:. 7:':: · 79/-,. _. 65 ._,c. 161 i . 8:':: W 1777 . o/-,.. _ S /-,F:_ _ 4.2 W · . '2,7 800D ..... 7. _. :3 ._ :--;. 68 _. _:3_ _W .... 10~}_ ..... Z&;2~4 ._.'_::-{1___1 :--_:~} I. (-:, i ..... 757_7..__'F'1 ....... _:3j;L!_._~_4 _?_BL .... l~z~:'B._61 W 1810.6'? :_:; 6:3 44 W F'i(-:,(-) i-, 4(.':' L--; 70 15 W 1C.'C:, 772z~- 19 i:E:i:Z: {2:'4. 7677 1':' ',_--',05 oo c- :::~ :_--:22 .... ...' --- , 1634, __ W 1 /-,/-, '.--; /-,:3 46 W -- ~ - , H . .-, ,, ..- ,_1 .. C-:20C:,. /-, .... 1:_--: :-7 7:_--,' :Be:, W i (-x') . 782:B . ._,==._, t824 · 2,'_-, 777,'-. ::,. .~5_ 809. . :3I S !/:,45 . .=-'-'_,~ W 1:_:::2::2: .77 .-,'-' /-,.]: 4? N _jE:_30D._ 5 2? S 77 8 W i0C>. 7c¢'-:,':, ~-.-:, ,-,--,~ r ,-,-': ---, ,-, ,~,o ,-. '== --,,-, _ __ _ ........................................ _~..,__._P._,.____~_~;~.:,_~_. 4 ..:, ..... 7o/_,-_:, ,J.~:,.._-,~ ..... ,_-_, ~_l__. ,%_,_._-.__.:,~__ _!/_-,.__, .___,_ ._ ::, ,_-., _ W_ 1 :_--:42',. 7/-, :--: /-,:q ~2 W 8400. 5 4 :_:; 8:2:43 W 100. 8022.61 1843.44 7'775.61 :::1:B.4'2 '._--; 1664.4.5 W 1:::~2.5:3 rE; 6:2:57 W O. 3'~.? O. 54 O. 5:.-]: 0.82 O. 7:3 -, ,,~(-:, 4 _4-'_-~-__-~_. ;Z-__J__ 1(')¢) :::i'.~'"7-' c-'4 IA.~I 6-i ,'=-:c)7~ '.~'~ :E:13 9:=: o 1/',72 c/:_=: W l:_q/-.O 47 S /-,4 3 W .~._ ~,_ ~_ .._ ~ .......... Z.?~._l~_, ...- _,~ , . .__~ .... .---. .p.L~_?__~.. ......... -"%-'--- _?.~'---"--"~ ..... -- . -- · '--.- ~ ~ . -- ._, -- . ., -- ~ . -- 8600. 4 32 N 89,' t W ! 00. 8'.-?'2 t, 'F,' 1 185'F:. 18 8174.9:1 C-: 1:3.9 (-) '._:; 1681. O 7 W 1 :E: 67.7:3 :_:; 64 ! C:, W :--:7C;¢) --t- 4 N 87 42 W lC)C) '=-'='~' ,-- ............ · ~_ 1 . ,'-,_ :3 1 :--: 6/',_, 15_ :~ 27 a,,/~,_ 3 81:3 ,/-,_ 9. '.B 16 ~_,_,.° ~_ 8 W 1 :B 74 .40. .:, /-,_ 416 W 8 E.: 00. 4 7 N ::,' 1-, ',~':-q W 1 ,:':, c) :~ 4'---' ~ :::::'1 c, 7'---' 7'--" c,-:, .'7. ,~ .:.,:,,:r ~ -:, -:,..-.. c- *,/- ,:, ~ '7 ? . _ _ ................... ~ ........... _- ......_~?,.--,_ ,-,__,.-_. ?_ _, ...... .-;_._-_,?_ .... ;~-._~:_?/_.-:.,_~ ._-,__ _x =,:;_.__,__-.,_ W 1:--::'_--:0 /-,::: L=; 64 '2:2: W :i.:.:'F.,00 :2: .'_-:2: N :-_-::2: 4 W 1¢:,¢) '-'="-' . 5 ............. ..... : .... z.i i 1:::78 7/_-, :--:4.74 15 :--_:12 7(;:' S i7(')2 39 W 1886 4:B S /-,4 ..~.c¢ W O. 60 (-). ~',~' 0,47 0. I 0 O./_-,0 ARCO_AL. ASKS.-,, _ I NC .................................................................................................................................... CO_MPU_.T_AT.I ON PAGE NO. , 4 PINGUT STATE,, WELL NO: i SIGMA-GYRO ,.JOB NO: AO823RO350NZ TIME DATE F'RUDHOE BAY.-, NCRTH SLOF'E., ALASk'.'A ..:~, - -;-'. ;: C, 72 4:3:27 25-,JLIN-:--:4 TRLIE MEASURED DRIFT DRIFT COURSE VERTICAL VERTIC:AL SUBSEA R E C T A N G U L A R E: I ¢'] F; II R E DOGLEG DEpTI4_ _ ANGLE DIRECTION__~ENGTH DE_F_'_T~ ......:;~!_E~.T__I._ON ....... TVD__ C 0 0 R D I N A T E :2; DIF;TANCE DIREF:TION SEVERIT'"~' FEET ri M D M FEET FEET FEET FEET FEET '--FEET ' " D 9 l(:x:}. :2: 18 N 7:E: 37 W 100. 8720.78 !:::89.33 F:67.5:. 78 9 20 O· 2 :::0 N 7 0 53 W 1 O0 · 8 820. 6 5 18 9222.46 8 7 7-'22,, 6 5 5? 30':'D 2 2 4 N ,5,:---: '-' ' '""'::"-" =' ' '-"--,' '-' '- ...... ' =' . ..:7 W 1C:,¢ i. ,-,-, ..- (),, · ,~:, i ,=, .~ ,5,. 7..~,-,,-,/.-, .. ,A ............. ~ ..... ~-- -- ....... "~-.-"-~ _%_ --'" ....................... ~- 7_ % _ _% ':.--'4':]DO. 2 1 4 N /:,3 6 W 1C, O. 902c). 47 t899.6o 8973.47 811.81 S 1708.52 W 1891.58 F; 64 235 W O. 17 ,_,°10.71 ¢'._, 1714.41 W 12-29/-,_. _.43; /-,4_ 41 W' '-c(~:-5/:,---_ _ 22209.38 S 1719.:.520 W 1900.29 S 64 47 W 0.89 807.89 S !723.33 W 19023.30 S 64 5.]: W 0.14 806.22 S 1727.c:,_:::_ W 1905.94 L; 64 ._, =''F,,' W 0 2 8 . '.':? 5 00. 2 17 N_ ,5, :3 _ t 0 _W_ __ I_C.:LC, ...... .912 C:,. 4 0 _ 1.. 9,.']_:, 2.2 8 '.? 0 7:3.4 0 __. !.::(_.'_:,_4_. '_4___4 _¢L__)_730. -_ 5 5. W _ 1 'F./c:, 8..'2_-: 8 '.::; 6 5 4 W 9600. '7700. 9800. 'i;'900. 10000. ]. 0 100. ! 0200. 10230 O. 10400. 0500. 0 6 0 0. 07 0 0, 0800. 0 '::'; 0 0. 2 2,5, N 7o '7 W ":' :2::2', N /-9 40 W .2 41 N /:,5_1i W ,"-' 49 N ,5,4 ='._,,:,'-' W :3 i N ,5, ,5, _5 23_ W :2: 2 N ,5,7 21 W ':' 20 N A7 5 W · _,':' F.; N 6,7_5~ W :3 =' N /_o =-.-, 10 0. 9 220. :]-: 1 19 05.2 7 '? ! 7:3.231 8 0 2.81 '.:; 17:2: 4. :2; 4 W 1 '? 1 1. 1:2: ~:; 6,.5 10 W 100... 92320.21 1':}08,59 'P2723.21 801.31 S 1738.423 W !914.22 '5; 65 15 W lCDO. 94'..':'c). 1~ 1911.94 'Fc_--2723..11 ._ _TF2..':_2_,_.__io~_j_._.-~ ..... 1_7_4_~__._/:-:7 W 1':.--'17 :_:::2: S /.:,.% 21 W 10 0., '.::/5 2 C). 0 0 1 ':--' 15..'2_-: 2 'F.' 47:2:. 0 0 7 97.5 2 S 174 7.0 2 W ! 9'20. 4 5 S 6 5 2 :_,3, W : .... · ~ cD 0. ,?/-. j. ,z, ,:, ^: ;. 9 i :~ 97 ,.?.=, =.-, ,=,/. -. .,- .... . . ,_, .-, _. ..... ~. ,~, _, 795.--44_ :=,~-: 17~.1.6',:: W. 1 ':'-"-:':'::....,__ :.,-:::2: L:; ,:,._, / '= :'::~_ _ W lO0. . ' 971'?. ,. 72 : t922~':-":' ',_,._, .9672.72 793.-38 o-...., -!756,, ~/-, .... W 1':.";'7, .,... · 42 ._,° /-,5_ 42 W 100. .9819.57 t926.8'.;': 9772.57 791_.2322'S 1761.69 W .t'F.':2, i.21 :.2; 65 49 W l('Dr~ -.-9919~41- i'.-T.'3t,04 9872 41 78',.:.%0/:, o 176,,5, o2 W 1':):::.=; lC) L:; /-,.=, .q/-, W ~ - '~- a. ~ .,..~ ., .- .- .. -- ~ ..... 1 t')cD_, 1001 ?. 2/;_ 1 o-:,=....._,._,. ¢)A. _ ':Y:)7?.. .. ,.., 2/-,_ -78-7 ?'~/.;_ _ ._,c'1 771 .97 W 1 '-'-~ ':; ::. ._ _, ':.?0 ::~ /-,/-, :3 W ·: -~i~.-': .':. :~ .C-):::, 57-i? ;'-' ~"".=, "CD ,- ..... (-,'"' 5/42 /-,6 W · '2_-: i ~'' N /-,9 12 W loop, I(')i19 11 1¢,'c:'-"~ 19 !0o72, 11 -.- . ..... · ..... - .. _ - . - ~ · ._., ~ . · _ . . .:, I :.5: N 6,/-, ':'= · .......... 72222. _ /-,1-, .... N 1 0 0 ~ 0 ;2 J. :3 '?/-, i 9 4 3. o 1 1 ,"~ i -7 1 ?/-, 72323. O(-D o 1 2 A, W 1 'p 4.6./-, 7 :3 1 '7 W -- -- · ,1 . _ ,_" ...... :2: :2: .1. N 7(.") 9 W 1 O0. 10:318.7:2_-: .1947.69 1 (:)271.7,5: 780. :--:3 S 1787.7:2: W 1 '2750. '5:1 '._:..; 6,6, 24 W :':-: 4:_:: N .. ,5,/_-, _ 21 _N ..... 1Q('D ..... i Q41 :=:.. 58 . 1952.4:_:: 1022271..5{i: ..... _.7_72_--:_.__46_S .... !~77222.67 W 1 955. :2: ! I.:; 66:2:2 W ._-,47 N /-,/:, .... t? FI lOOp . 10F, 18. _ . .5:6, 1957 . _1 '--7/. 10471 . :::A_ _ 775 . ,_,o1 c,._, 1799 .7:--: W 1'--.¢.=,';'/. _. . c,. S /-,/-,_ _. 41 W O. 05 O. :2::2: 0. 12 0.24 _, O. 14 O. '22'2 O. 03 O..5: i 0.2(-") O. 0.0'? 0. 15 O. 36 ¢- ::7 (-,. 01 ' 1 1000. 4 ! N . 67 __4/:;__kl_ ..... ~1c2Q.. 1~-)/_-,!8, 12_--;_ _ ! ?/-.',2 ,_! ._5 _~C!5Z_!. _.._1_22!' 77_.'~__._1_25.. S. __ 180,5,. CD,I'D W 1964.. 54 :.2; 66 49 W :1. 1 ! CD 0. :2:5 8 N /-, ..../-,14 W I cD C) . 1 c)_ 7 t 7 .8 8 19 6, 7 .2 2 10 6 7 0_. 22',:_:: 7 7 0 .4:2: '._--; 1 ,_,° 12.4 2 W 1 9 ..../-, 9 . .'2_-: 7.5; /-, ..../-, .=, P, W i1200. :2:.5.-5 N 62 17 W 1C)O. 10817.64 1972.01 1C)770.64 767.4:3 S 1818.64 W 19723.'P3 S 6.7 7 W 11300. _ :2: 4:_:: N__61 4'.--/_W .... .1_C!0 .... 107!7.42_ ...... !_/F(76_.50__I0870._42 .... 7,5.4.27 S 1)_-.:_L2_4_,,.60 W 1'.-.-/78.20 '..2; 67 1,5, W O. 11 0.2:.2: O. 13 F'RO,JEC:TED Tr] F'BTD 11382_--:. :3 48 N (5,1 49 W ,"5_-::_::. 1-10(]lO'2.Ci - i~:--:~i]--:f4 .... ~.-(~i'--.~'~'~-T.2]~ ....... ~-~1'-~-~_-,Y'-i:?--i,72_,7~-5-~'~'~-'W 1'P81'.'67 6,7 24 W O. 0 i ' PR O,_1E CT E D .-T CI T, ~1 ................ 1 14 N('D :2:4:2: N 6, i 4 9 W /:, 7 1 1 ('D r-,7 o'? 1 o,:,.:, r),c: 1 1 (')'2('D o 9 7.~ ?. M 7 o ,-, .......... ,- ..... 12_::222222 :::/-, W 1':',:,4 4:--: - - - · . . _ · ..... ~ .... ._l · _ - .- ARF:O ALA:--;KA, INC. PINGLIT STATE, WELL NO: 1 :---;IGMA-GYRO .... '.;!OB NO: A0:::3RO350NZ F'RLtDHOE_ BAY,._ NORTH . SLOE~E ,_ ALASKA SiGMA-GYRO, 0-11300 Mf], SURVEYOR: dAHN/F'EFFERKORN~ DATE RUN: 05-AUG-8:_:'. SIGMA 300 NO: 745, F'ROBE NO: 064 . i::ORES !.GFIT: Ni 0.. 3.9W L;URVEY TAKEN FROM KELLY BLISHING ~-¢~-~TiGHT HOLE Ev "-' - .,,. Tr',,EMELY F:ONF I DENT I AL~-'~. ARCO ALASKA, INR. PINGUT STATE, WELL NO: 1 SIGMA-GYRO ~i~ ~-. .... ,JOB NO: A083RO350NZ PRUDHOE 'BAY, NORTH SLOPE, ALASKA MARKER TRUE '.:-:UBSEA E:EIDE .................... NAME COMF'IJTATION F'AGE NO T I ME DATE 07: 45: 28 25--dUN-84 MEASURED VERTIC:AL MD-TVI] VERTIE:AL R E C T A N G LI L A R E: L 0 .c; II R E VERTIE:AL DEPTH DEPTH DIFF DEPTH F: J-~ F,, R D I N A T E :':; DISTANCIE DIRECTIAN THI_,KNE.:,.:, FEET FEET FEET FEET FEET FEET D M 'FOF' F;ADLERC~E:H I T_ ¢,"--'.-..,:...:-,.,:,' 0(':'. _ '-'"'"='"",:,,:,.._,._-,./,6,2 "".::,7 :.-'F..' ........... 4 ,"=: ,'=-: ¢~, /-, 62 or'-),"',=,. 9. 1 ._,¢' 1720 .71 W 190. 1 . ."::6_ ._,':' 64 4? W L ISBURNE 9274 ......... C)¢~ BFq'P4 5::: 379 4 8847.58 808 '~'U S 1722.36 W 1'-.?('~2..=~'-? 'S; 64 52 W : .... : ...... ~ROO ............. ~ ,/~L--F.~~T-I-~,,,, ........~ .... ~~ .... TXZST., 1 .... ~ '~-t-~oo~==~,, --1 .. · i- ~:':'~ ..... I , ................... ~_:: ::::l._:'_:_.- ............. ~ ............. . . ,. . · . '-- . .......... ' ............. ' ........ ' .... ' .....t .... ' ........ ,. - ' t ~ , _- . t : i ........... ~ ........... 1 ......... ~ _ ~ __ i r ~ .... .:-I- - ..... ~~F~ ........ ~ .... r~'~~* l~- ~ ............ ~ ...... l '' f '~ m~*-- 1 : i ~ ' ~ . ~ .... I ' : -'- i .........~--'tr .... ~ ......: ~ .... i .... ~" ' ~ : .... r .......... i .... I ..... t ........ t. --~ . I ..... ~ ' j ~ · , ~ 'j__:::l .... i . ~ I , J ' , · ' , i ~ ~-: [~-' -~ ........ *- -1 .............. [ ....... ~ ................ r" ~ ....., ........ ' ........ : ~ ' , I ' ' ~: ~ I : , - 7~ '-T-m~1'--mr'-~'-r T ....... i-~' :~-~-~--~-~ ...... ~ .... t--~ ........ ~--~-~-':'-ff '~-'-"--'~~ ......... ~ ~ -- , - ·-' ...... : , - - , ·, - -~--~-: ---,' -, .... ~o~'1~ ...... ~""~' ..... i .... +-~2~t- -'~-~-: ..... ~ .... ~- ~ -~ ''~ ......... ~-~ ~ : ~-~'-:- ~-;-~--: .... ;--~t ......... :-~--.: ;. ~ ~-~ ;- - '; ~ ...... ... :._ ........ [_: ........ ; ~ : ~ __~ ~ - , : : ~ : , ' ~ : : , - ' . ~ : ; : : : ~ ' I . : , , ] . . . ' ' ~ ' ' -- ' '~ " '~ ':' ' " '' ~ :' '~~'~ ' ....... 1 '~'~ -- -' i : 7- ' ' ! , ~ ~ · : , ' : ~ ' ' ~ i t ' ~ ~ .... ~ ...... ~'~ ~ " ...... ~-' :" ~ ................. ~ ~ ...... i ..... 7-~ ..... 1 ...... ~-~ ~1-~1-~--I1~-~-1"I'~'~'~-'t ~-i~- ~ ........ ~ ~ ...... ~ ........ ~ ......... Q ~ ~ ..... ~-- ~-~ ....... 4 ........... ~ .......... ~ .-; ..... i ..... ~--- 1-~-;- -- ~ ............. :--~4 -: ~ - ~::?-v: .... i ....... SPST'"~r~:~~~S~ ~~;~~*~i----~-~ .... ~-- ..... P~---~: '- ~---~W--=''] ....... ~-"~ ~--~<~"~--~'-- ...... ....... /_~ L_~ ;.`~;.:-j;.~ZL~CEDSURE~]~-~8.4.-~:~Z~ZZ~g..~-36.L~.~L~.;-~.~-~..1X'.:L¥.~.~L;``~: ~ '"; '- -~ .... ; .... ~i"-~¥ 'i ......... ~ i-:-~ 1 .... :'J' '~ "j .~ ~_~ I:': ' ' -: .... i"'~ i~-_t;--i-":"i-"I .... ~": ..... ii-~ ..... 1 .......... ~':-'-t ....... ~--~ .... ~i .... !-~--':--!-~---~--f~-'-~-~ .... ~ ...... ~-i ..... ~-- h ..... ~-'-t ..... !--;-:-' ~.t-~-~:---t-~-., .... I .... : ........ i-~-~ Section 22: DIL/GR/SP DIL/BHCS/GR/SP FDC/CNL/GR Borehole Televiewer FDC/CNL/NGT/GR/Cal LSS/GR LDT/CNL/EPT/GR FDC/CNL/GR SHDT/Cal/GR GR/CCL/CBL CET GR/CCL Section 26 continued: 10,238 10,250 9832 9780 9780 9780 9780 9882 - 9640 - 9602 - 9602 - 9648 - 9648 - 9568' - 9470' - 9504' - 9578' - - 10,240 - 10,354 - 9834 - 9782 - 9782 - 9782 - 9834 9966 9642 9604 9604 9730 9730 9570 9472 9550 9598 Pingut State #1 Attachment 126 sx Class "G" cmt. 150 sx Class "G" cmt. 150 sx Class "G" cmt. 150 sx Class "G" cmt. 175 sx Class "G" cmt. · ".~150 sx Class "G" cmt. 200 sx Class "G" cmt. 150 sx Class "G" cmt. 100 sx Class "G" cmt. 100 sx Class "G" cmt. 54 bbls 28% HCL acid. 200 sx Class "G" cmt. 100 sx Class "G" cmt. 100 sx Class "G" cmt. 80 bbl HCL acid. Section 30 continued: DST #5: 9074' - 9170'(SS), 106 bbls in 13.7 hrs. DST #5A: 9074' - 9170'(SS), 448 bbls in 24 hrs. DRN/WC17b:tw Pingut State #1 Core Data Core 1 9265 - 9286' Core 2 9286 - 9316' Core 3 9316 - 9375' Core 4 9375 - 9415' Core 5 9415 - 9475' Core 6 9475 - 9515.7' Core 7 9515.7' - 9554' Core 8 9554 - 9582' Core 9 9587 - 9647' Core 10 9647 - 9707' Core 11 9707 - 9796' Core 12 9796 - 9886' Core 13 9886 - 9933' Core 14 9933 - 10,023' Core 15 10,023' - 10,087' Core 16 10,084' - 10,174' Core 17 10,174' - 10,187' Core 18 10,187' - 10,220.5' Core 19 10,220.5' - 10,253.5' Core 20 10,253.5 - 10,267' Core 21 10,267 - 10,286' Core 22 10,286 - 10,326' Core 23 10,326 - 10,386' Core 24 10,386 - 10,438' Core 25 10,438 - 10,463' Core 26 10,463 - 10,498 Core 27 10,498 - 10,521 Core 28 10,521 - 10,541 Core 29 10,541 - 10,565 Core 30 10,565 - 10,579 Core 31 10,579 - 10,611 Core 32 10,611 - 10,644 Core 33 10,644 - 10,684 Core 34 10,684 - 10,718 Core 35 10,718 - 10,754 Core 36 10,754 - 10,792 Limestone and dolomite with minor chert and shale. Poor to excellent oil shows. DRN/WC17c:tw AtlanticRichfieldCompany '~' Daily Well History-Initial Report Instructions: Prepare and submit the "Initial Rel)o,t" on the first Wednesday after a well is spudded or workover operations are started. Daily worl( prior to spudding should be summarized on the Iorm giving inclusive dates only. District ALAS KA Field County or Parish NORTH SLOPE BOROUGH IL@as@ or Unit ADL 28323 ITitle EXPLORATORY State ALAS KA PRUDHOE BAY Auth. or W.O. no. AFE 600318 PINGUT no. #1 Operator ARCO ALASKA INC Spudded or W.O. begun Date IHour Spudded 05/15/83 I 0600 Hfs Cate and depth Complete record for each day reported as of 8:00 a,m, 05/08/83 Move rig f/Kuparuk Field to Pingut State #1 & RU. thru 05/14/83 05/15/83 05/16/83 05/17/83 05/18/83 The above la correct A.R.Co's W.[. Prior status if a W.O. 50% N/A 20" @ ll5'RKB 114' Spud @ 0600 Hrs ~iW 8.6, Vis 350, PV 35, YP 55, PH 7.9, Sol 2 Spot pipe shed, set V-door slide & chute. Set tiogas. Repin subbase spreader. Set rathole & mousehole. Set 20" Hydril & div sys, NU FL. RU & modnfy 10" div lns, MU kelly, hang stabbing board & ladders. Accept rig @ 2200 Hrs. Gen RU, prep WL unit, PU BHA #1 & bit #1. PU kelly, brk circ. Repair surf leaks. Spud @ 0600 Hrs 05/15/83. 20" @ 115' 1934' (114') Trip f/Bit #4 ~iW 9.4, Vis 50, PV 17, YP 19, PH 7.3, Sol 8 Drlg w/Bit #1 f/114'-294', repair stdpipe gasket. Drlg f/294'-595'. Drop sur, trip f/Bit #2 & sur. Drlg w/Bit #2 f/595'-1170', drop sur, trip f/Bit #3 & sur. Drlg w/Bit #3 f/1170'-1934'. WL sur @ 1934', lost sur. Trip f/ sur & Bit #4. Surveys: 515' 1/2° 871-1/2W 1070' 1/8° 838-1/2W 1876' 3/4° N70E 20" @ 115' 2650' (1820') Running 13-3/8" Csg FIW 9.4, Vis 50, PV 18, YP 14, PH 7.3, Sol 8.5 Fin TIH, brk circ, work on stdpipe. Drlg w/Bit #4 f/1934'-2118' Work on stdpipe, drlg f/2118'-2641' Sbt trip to 1800', circ & cond mud f/logs. Drop sur, trip out wet. Run SOS DIL/GR/SP f/2641'-surf. Lvl drk due to pad settling, TIH w/RR #4. Drlg f/2641'-2650', CBU. TOH f/csg, RU Joe's. Run 13-3/8" 72# L-80 BTC csg, repair airline conn on @lev. Fin rng.13-3/8".csg 68 jts total.- Surveys: 2580' 2° N65E 13-3/8" @_26.29~ ~_4_7' @ FC (2650') NU BOPs MW 9.6, Vi~ 45', PV 15, YP 8, PH 71, Sol 9.5 Wsh thru bridge @ 2559' on jt #68 MU McEvoy hgr on lndg jt, wsh thru bridge @ 2589', land 13-3/8" csg on hgr in bradenhd. PU 235,000 SO 185,000. RD csg crew. TIH w/stab in tool on 5" DP. Brk circ P 100 bbl lig spacer. BJ P 5 bbl FW tst lns 3000 psi M&P 2832 sx 12.2 ppg 70°F Coldset III slurry w/0.2% R-7. 968 bbls slurry @ 8 BPM @ 800 psi. Full cmt ret to surf, toll w/400 sx 68 bbls 14.9 ppg 64°F Coldset II w/0.06% R-7.~ 4 BPM @ 500 psi. Displ w/30 bbls 9.4 mud to 2150' in 5" DP. Ck floats, ok. CIP @ 1427 Hrs 05/17/83. Pull 5 stds. Circ btms up, wsh out div sys, TOH. Attempt to bk out LJ ND div, bell nip, 20" Hydril. (Cont next pg.) For form preparation and distribution, R. L. Hines see Procedures Manual, Section 10, Drilling, Pages 86 and 87. ID~/~/~ I TItleDrilling Superintendent AR3B-459-1-B INumber all daily well history forms consecutively Page no. as they are prepared for each well. i ARCO Oil and Gas Company Daily Well History--Interim Instructions: This form is used during drilling or workover operations, If testing, coring, or perforating, show formation name in describim3 work performed, Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled Out but not less frequently than every 30 days. or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and el owing set mg of oil string until completion. District ICounty or Parish ALASKA NORTH SLOPE BOROUGH st~,e ALASKA Field [Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depth Complete record for each day wh,ie drilling or workover in progress as of 8:00 a,m. 05/18/83 (cont.) we,, no. #1 05/19/83 05/20/83 05/21/83 The above is correct RU power tongs, could not bk out f/flr, RU in cellar. Same result w/20,000 ft-A. Cut lndg jt strip off Hydril, cut rng tool off hgr, cmt 17' dwn. MU 13-5/8" 5000 psi McEvoy speedhd, torq to 12,000 ft. RU to set stack. NU 13-5/8" 5000 psi BOPs. 2= ~ ~ ~.~.. ' "~ .... ~ 13-3/8" @ 2629' 2832' (2547'FC) Drlg & Jetting w/Bit #5 MW 8.4, Vis 27, FW Fin NU, set tst plug in lwr csg head. Tst choke manif w/diesel & kelly cocks 5000 psi. Tst Hydril 3000 psi. Tst inside valves 5000 psi. Lwr rams 3000. Mid rams leaked, cut out. ND to upper mud cross. Chg out mid ram body. NU instl 5" rams. NU FL, Hyd lns, set tst plug, fin tst on mid rams, HCR, in- side BOP & blinds to 5000 psi, tst accumul (8 hr LT). Pull tst plug, set wear ring, tighten swivel pkg. MU BHA #2 & Bit #5, ck Teleco. TIH tag cmt & FC @ 2546'. Tst 13-3/8" 1500 psi 15 min, ok. DO cmt 2546'-47' & FC @ 2547' DO hard cmt to shoe. DO shoe @ 2629' Drlg w/Bit #5 f/2650'-2660' Circ tst shoe to 14.1 ppg leakoff. W/not hold press after brk dwn @ 700 psi. Drlg & jet f/2660'-2738'. Orient jetting assy, drlg & jet f/2738'-2832'. Work on mud pumps. Lvl drk 1st time 05/16/83, lvl drk 2nd time 05/18/83 13-3/S" @ 2629' 4735' (2832') Drlg MW 9.0, Vis 35, PV 6, YP 13, PH 10.1, Sol 5 Work on pumps, drlg, j~tting & sur f/2833'-3197' Ream, jet, drlg f/3106'- 3289', sur @ 3289' Drl & sur f/3289'-3507' Orient tool face, drlg f/ 3507'-3601' Teleco & WL sur, WL jammed. Drlg f/3601'-3695' Teleco & WL sur, ck ok. Drl & sur f/3695'-3877' f/ 1200 hrs to 1730 hrs. CBU, pump pill, BOK. TOH LD RWP & orient sub, PU packed BHA. RIH to shoe, lvl drk, RIH. Tag 60' fill, ream 60' to btm. Drlg f/3877'-4356'. Teleco sur. Drlg f/4356'-4735'. Surveys: 2854' 4.10° S5E 3221' 9.80° S53.40W 3533' 18° S61.80W 3828' 25.50° S63.20W 4287' 25.40° S63.90W 13-3/8" @ 2629' 6370' (4735') Drlg MW 9.2, Vis 32, PV 8, YP 3, PH 11.0, Sol 6.5 Drlg f/4735'-4818', Teleco sur @ 4818', drlg f/4818'-5281', Teleco sur @ 5281'. Drlg f/5281'-5776', sweep hole w/hi vis pill. Teleco sur @ 5776' Slug pipe TOH (tight DP brks), cln stab LD Bit 96, PU Bit ~7. Pull w/b, inspect, ok, grease & reinstl. TIH to csg shoe, attempt leakoff tst, pumps leaking (?) w/not hold above 150#, CBU. PU tst jt & retst to 11.5 EMW, ok. Press bled f/350# to 300# in 2 min, 300# in 5 min, 300# to 11.4 EMW, LD tst jt. TIH to 5700' PU kelly, brk circ, wsh f/5700'-5776', no fill. Drlg f/ 5776'-6231', sur @ 6231', drlg f/6231'-6370'. Surveys: 4733' 24.3° S63.5W 5193' 23.8° S64.3W 5696' 23.5° S66.7W 6162' 25.1° S67.1W For form preparation and distribution see Procedures Manual Section 10, R. L. Hines Drilling, Pages 86 and 87 Drillinq Superintendent AR3B-459-2-B INumber all daily well history forms consecutively ~Page no, as they are prepared for each well. J 2 ' ARCO Oil and Gas Company,r~' Daily Well History--Interim Instructions: This form is used during drilling or workover opera~ions. If testing, coring, or perforating, show ~orma~ion name in describinq work performed. Number a;I drill s:em tests sequentially. Attach description of all cores, Work performed by Producing Section will be reported on "interim" sheets until final comp[ebon. Report official or representative test on "Final" form. 11 Submit "interim" sheels when filled out but not less frequently than every 30 days, or on Wednesday of the week in which oil string is set. Submit weakly for workovers and following setting el oil str[n~q until completion. District County or Parish ALASKA NORTH SLOPE BOROUGH Lease or Unit ADT, 28323 !Complete record for each day while drilling or workover ~n progress Field PRUDHOE BAY PINGUT Date and depth as Of 8:00 a.m. 05/22/83 05/23/83 05/24/83 05/25/83 ALAS~,~ no. #] 13-3/8" @ 2629' 7096' (6370') Drlg MW 9.4, Vis 32, PV 8, YP 3, PH 10.1, Sol 6.5 Drlg f/6370'-6699', some torq in coal stringers, sur @ 6699' Drlg f/6699'- 6870' Ream ea jt dwn once. Pump hi vis sweep Teleco sur. Pump slug TOH, no drag, tight DP brks. Clean & gage stab LD 1 stab. Pull float LD 2 RWP. PU Bit #8 & BS on 30' pendulum, TIH w/Bit #8. PU kelly, fill pipe, brk circ. Brk in bit. Drlg ahead 6870'-6910'. Teleco sur. Drlg f/6910'-6984', ream. Teleco sur 6984' Drlg f/6984'-7047', ream. Teleco sur @ 7047', drlg [/ 7047'-7096'. Drlg thin hard strks f/6870'-7096' Surveys: 6630' 26.1° S67.1W 6769' 26.1° S68.1W 13-3/8" @ 2629' 7814' (7096') Drlg MW 9.7+, Vis 34, PV 10, YP 3, PH 10.3, Sol 10 Drlg f/7096', ream ev 10' to drop angle. Sur @ 7110', drlg 7110'-7141' @ 7141', held blow out drl on station. Drlg 7141'-7152', pump pill, TOH. stab, gage BHA function tst BOPs, PU Bit #9 60' below. TIH to 7100'. PU kelly, ream 60' to btm, no fill. Drlg 7152'-7158', sur. Drlg 7158'-7189' sur. Drl & sur. 7060' 24.3° S66.7W 7152' 21.4° S67.8W 7283' 17.8° S67.7W 7406' 14.8° S66.7W 7549' 12.7° S66W 7642' 11.2° S67.1W Sur C1 Surveys: 13-3/8" @ 2629' 8485' (7814') Drlg MW 9.9+, Vis 38, PV 15, YP 15, PH 10.3, Sol 10 Drlg f/7814'-7906', ream ea jt, sur @ 7906' Drlg f/7906'-8031', ream ea jt. Sur @ 8031', drlg f/8031'-8155', ream ea jt, sur @ 8155' Drlg f/8155'- 8280', sur. Drlg f/8280'-8285' Pump slug TOH 30, 40,000 drag 8280'-7300'. Cln & gage stab, brk bit, pull flt. Pull w/b, attempt to repair. Cut DL, replace w/b, MU bit #10 on 60' pendulum, TIH. Wsh & rm 50' to bem. Drlg f/ 8285'-8485'. Surveys: 8060' 6.6° S70.2W 8184' 5.9° S74.4W 13-3/8" @ 2629' 9125' (8485') Drlg -- MW 10.0+, Vis 38, PV 19, YP 10, PH 10.5, Sol 12.5 Drlg f/8485'-8528', rmg ea jt once, sur @ 8528'. Drlg f/8528'-8573', rmg ea jt once. Lost 400~ pump press w/drlg, ck sur equip, no leaks. TOH wet look for leaks in DP & BHA. Cln, gage BHA, brk bit (center nozzle wshd out where extended nozzles were welded on). Cln flr, svc rig. PU Bit #1l, RIH to 8540'. Unplug jet, ream 8540'-8573', no fill. Drlg f/8573'-8808' Sur @ 8995'. Drlg f/8995'-9125' Drlg brk @ 9020' to 9090'. Est logging pt 9190' Theaboveiscorrect Surveys: 8473' 4.7° S86W 8940' 3.5° N81W Date /~ -~-oo9 For form preparation and distribution see Procedures Manual Section 10, Dritling, Pages 86 and 87 R. L. Hines TitleDrilling Superintendent AR3B-459-2-B INumbor all daily well history forms consocutively ]Page no. as they are prepared for each well, 3 ARCO Oil and Gas Company ~ Daily Well History--Interim Instruclions: This form is used during drilling or workover operations. If testing, coring. Or perforating, show formation name in describing work performed. Number a~l drdl stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "lnlerim;' sheets until linal complebon. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days. or {2) on Wednesday of the week in which oil string is set. Submit weekly Ior workovers and following setting of oil string unlil completion. District County or Parish IState ALASKA I NORTH SLOPE BOROUGH Field ILease or Unit PRUDHOE BAY [ ADL 28323 PINGUT Date and depth Complete record for each day while drilling or workover in progress as of 8:00 a,m. 05/26/83 ALASKA we,, ,o. #1 05/27/83 05/28/83 05/29/83 13-3/8" @ 2629' 9190' (9125') OH Logging MW 10.2, Vis 41, PV 20, YP 18, PH 9.8, Sol 14, Oil 1 Drlg f/8995'-9190', circ btms up, Teleco sur. Make 15 std sht trip tight f/ 8780'-8250', pull 350,000#-400,000, 50-80,000 over, wk pipe. Ream 60' to btm no fill. Circ btms up slick hole w/DD & diesel, ok per geol. Pump slug, TOH f/logs, pull 275,000#-300,000#, ok. Chain out hole, SLM, no drag, clean stab. LD Teleco DC, cln & gage bit. RU Schl, run #1 DIL/BHC/SP/GR, tool afiled, POI Chg out DIL tool. Run #2 DIL/BHCS/GR/SP, run #3 FDC/CNL/GR. Tag TD @ 9190'. Surveys: 9135' 3.1° N76.4W 13-3/8" @ 2629' 9206' (9206') Run 9-5/8" Csg MW 10.2, Vis 38, PV 19, YP 11, PH 9.8, Sol 11, Oil 1 Cln tools RD Schl, RIH SLM brk circ @ shoe & 6000', no fill. Circ & cond hol~ f/9-5/8" csg, 1100 units trip gas mud @ 8.4-8.7 ppg f/~2000 strokes. Circ & raise MW to 10.2 ppg. TOH, no drag. LD 8" BHA. Pull wear ring, chg rams to 9-5/8". Tst doors 3000 psi. RU GBR csg crew. Run 9-5/8" 47~ L-80 Armco csg w/B&W floats. Repair LD mach. Run 9-5/8" csg (150 jts run/221 jts total). 9-5/8" @ 9181' 9206' (9206') DO 9-5/8" Csg MW 10.1, Vis 43, PV 17, YP 9, PH 9.5, Sol 12, Oil TRC Fin rng 221 jts 9-5/8" 47# L-80 Armco BTC csg to 9181' Land on McEvoy fluted hgr, tst PO to 5000 psi 15 min. RU BJ Hughes. Circ & cond mud. Tst lns 3000 psi, P 10 bbls FW, drop btm plug. P 10 bbls FW, M&P 1000 sx 203 bbts 15.8 ppg "G" w/l% D-31 0.2% R-5 @ 8-1/2 BPM 1000 psi. Mix time 26 min. Drop top plug, displ w/10 bbl FW & 653 bbls 10.2 ppg mud @ 10 BPM 400 psi. Bump plug to 2600 psi @ 9099' FC. CIP @ 1419 Hrs 05/27/83. Full ret, ck flt ok. RD BJ, LD 9-5/8" LJ chg rams to 5". RU to tst, tst Hydril 3000 psi. Mi, & lwr rams to 5000 psi. Tst all valves on stack 5000 psi. Tst upper & lwr kelly cocks 5000 psi. Blinds 5000 psi, tst ACC, tst choke manif to 5000 psi. Repl swivel pkg. Precaution w/WOC. MU BHA & Bit #12, instl 5" rubbers. Tag FC @ 9099', tst csg 3000 psi 15 min. DO FC @ 9099'. DOC 9100'-9140', firm c] 9-5/8" @ 9181' 9265' (9140' DOC) TIH f/Core #1 MW 10.1, Vis 50, PV 32, YP 16, PH 9, Sol 11, Oil TRC WOC circ & cond mud, mix bland mud. DOC f/9140'-9181', DO shoe @ 9181', cmt med hard, drlg f/9206'-9215', 10' new hole, lost noz on Bit #12. Circ & cond mud to 9.6 ppg, leakoff @ 13.5 EMW. Held @ 12.9 EMW. Chg over to 10.0 ppg bland mud, bld vol. Drlg w/Bit #12 f/9215'-9244', ck f/DP screen to 5500'. Drlg f/9244'-9265', TOH. MU core bbl, orient sur ins. TIH f/Core #1. The above is correct Signature For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines Date Title Drillinq Superintendent AR38-459-2-B INumber all daily well history forms consecutively ~Page no, as they are prepared for each well, I ARCO Oil and Gas Company .~..~,, Daily Well History--Interim tnstructions: This form is used during drilling or workover operations, If lesting, coring, or pertoratmg, show Iormation name in describinq work performed, Numl~er a',l drdl stem tests sequentially. Attach descriphon of all cores. Work performed by Producing Section will be reported on "Interim;' sheels until final cornplehon Report official or representative test on "Final" form. 1~ Subrn[t "Interim" sheets when Idled out but not less frequently than every 30 days. or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and fei owing setting el oil string until cornple ion. Date and oepm as el 8:00 a,m. District l,CeuntyOr Parish State I ALASKA NORTH SLOPE BOROUGH [ ALASKA Field Lease or Unit Well no. PRUDHOE BAY ADL 28323 PINGUT #1 Complete record for each day while drilling or workover in progress o5/3o/83 05/31/83 06/01/83 06/02/83 06/03/83 9-5/8" @ 9181' 9297' (9265') Coring w/1-2-2 MW 10.1, Vis 43, PV 24, YP 10, PH 8.6, Sol 11, Oil 0 Fin TIH w/Core 1-1-1, brk circ. Core 1-1-1 f/9265'-9286' (jammed). TOH CO jars, LD Core #1, 21' cut/21' rec. Serv bbl. MU sur tool, TIH w/1-2-2. Brk circ, coring 1-2-2 f/9286'-9297' 13-3/8" x 9-5/8" Arctic pk job. Surveys: 9285' 2-3/4° S83W 9-5/8" @ 9181' 9351' (9297') Coring 1-3-3 MW 10.0+, Vis 41, PV 17, YP 6, PH 8.35, Sol 11.5, Oil 0 Coring 1-2-2 f/9297'-9316'. CBU, 2' drlg brk. TOH w/1-2-2, LD core. MU & orient 60' bbl. TIH w/1-3-3, rec 30'/30' 100%. Coring 1-3-3 f/9316'-9351' Sur every 5'. 9-5/8" @ 9181' 9384' (9351') Coring MW 10.1, Vis 40, PV 16, YP 5, PH 8.25, Sol 11.5, Oil TRC Coring 1-3r3 f/9351'-9375' TOH w/1-3-3 LD core svc bbl, cut 59'/rec 59' Svc bbl MU bit 2-1-4. TIH w/2-1-4 to 9100' S&C DL. Fin TIH, wsh & rm 30' to btm, 3' fill. Coring 2-1-4 f/9375'-9384' Tst 13-3/8" x 9-5/8" AP to 1000 psi w/diesel, ok. Monitor @ 200 psi f/remainder of well. Surveys: 9256' 2-1/2° N70W 9-5/8" @ 9181' 94~1' (9384') Coring 3-1-5 MW 10.2, Vis 40, PV 18, YP 9, PH 8.25, Sol 10-1/2, Oil TRC Coring 2-1-4 f/9384'-9415' (jammed). TOH w/2-1-4. Dump & serv bbl. rec 40'. TIH w/3-1-5. Coring 3-1-5 f/9415'-9421'. Surveys: 9332' 2-1/2° S76W 9-5/8" @ 9181' 9475' (9421') Tst BOPs MW 10.2, Vis 39, PV 16, YP 7, PH 8.2, Sol 9.5, Oil TRC Coring 3-1-5 f/9421'-9475' (oriented). CBU'2' drlg brk. last 24 stds). Dump & serv bbl, cut 60'/rec 60' 100%. tst plug in top csg head. Tst 13-5/8" 5000 psi BOPE. Surveys: 9414' 2-1/4° S87W Cut 40' TOH w/3-1-5 (wet Pull wear ring, instl The above is correct Signature Date For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines ITmeDrillinq Superintendent AR3B-459-2-B INumber all daily welt history forms consecu[ively /Page no. as ~hey are prepared for each well. [ 5 ARCO Oil and Gas Company,~,,"~' Daily Well History--Interim Instructions: This form is used during drilling or workover Operations. If testing, coring, or perforating, show formation name in describing work perlorrned. Number aH drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported On "Interim" sheets until final complehon Report official or representative fasten "Final" form, 1) Submit "Interim" sheets when f,lled out but not less trequently than every 30 days. or on Wednesday of the week in which oil stringisSet~ . Submit weekly lot workovers and following setting of od strin§ until complehon. District County or Parish IState ALASKA NORTH SLOPE BOROUGH I ALASKA Field Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depth Complete record for each day while drilhng or workover in progress as of 8:00 a.m. 06/04/83 lWe,I no. ~l 06/05/83 06/06/83 06/07/83 9-5/8" @ 9181' 9505' (9475') Coring MW 10.2, Vis 39, PV 17, YP 6, PH 8.15, Sol 9.5, Oil TRC Tst BOPs, all valves on stack, HCR & choke manif to 5000 psi, chg top TIW on kelly & 1 choke valve, set w/b. PU core bbl #6, TIH, brk circ, no fill. Coring f/9475'-9505'. Trip gas 42 units, bkgrnd gas 4 units. Surveys: 9475' 2-1/4° S90W 9-5/8" @ 9181' 9553' (9505') Coring MW 10.2+, Vis 40, PV 17, YP 6, PH 10.25, Sol 12, Oil TRC Coring f/9505'-9515', bkgrnd gas 4 units. Pump slug TOH w/Core bbl #6. Ret sur tool empty core bbl 100% rec 40'/40' Svc core bbl MU Core bit #4 (flus~ 6/8 stone/ct). TIH w/Core bbl svc all brks on MDC + XO. TIH PU kelly brk circ. Coring f/9515'-9520', hit drlg brk @ 9516'-9520', 20fph. Circ BU @ 9520', BU 45 units, drlg brk up 90 units. Sur @ 9520', take slow pump rate. No loss or gain in pits w/circ. Coring f/9520'-9530'. Drlg brk 9525'-30 26 fph. CBU max gas 40 units, no mud gain or loss. Coring f/9530'-9553' 9-5/8" @ 9181' 9482' (9553') TIH f/CO Run MW 10.2, Vis 40, PV 17, YP 6, PH 8.75, Sol 10.5, Oil TRC Lost 450# pump press, ck all surf equip, ok. Bbl acts as if jarmmed. Pump slug, TOH, ck DP f/leaks. Dump core svc core bbl 100% rec. Cln tlr, PU 2 stab (core wavy, scribe lns intermitt), inspect jars. TIH to 9537', ream 9537'-9554'. Coring f/9554'-9560', sur take slow pump rate, bkgrnd gas 4 un~ts, BU 9 units, kelly gas 90, coring f/9560'-9582' Lost 400-500# pump press w/coring, attempt to core, no success. Pump pill TOH w/CB #8. Dump core & svc core bbl 100% rec. Bit has jnk groove on shank bet core head & stab. Diamonds on core head ok. Std back core bbl. Pull & inspect w/b, regrease & reinstl. PU tricone bit, 2 jnk bskts & BHA. TIH. 9-5/8" @ 9181' 9630' (9582') Coring MW 10.2, Vis 41, PV 21, YP 8, PH 10.3, Sol 11, Oil TRC TIH w/Bit #13, 2 JB XO, BHA to 9455' LD 2 jts PU kelly, rm f/9455'-9582'. Drlg f/9582'-9587' Circ off btm f/jnk. Pump pill, LD 2 jts POOH w/Bit #13. LD bit & JB. Rec 5-6 stab buttons. PU core bbl, LD string stabs, repl btm CB stab. TIH w/core bbl #9, tag bridle @ 9496' Stuck @ 9496'-9510' Work pipe, jars not hitting on upstroke. Apply left hand torq wk dwn string, jars tripped @ 380,000#, pulled free. Ream f/9496'-9587' Tight @ 9574'. Corinc f/9587'-9630' The above is correct Signature For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 JDate ITiUeDrilling Superintendent AR3B-459-2-B INumber all daily well history forms consecutively as they are prepared for each well. Page no. 6 ARCO Oil and Gas Company ~¢,, Daily Well History--Interim nstructJonl: This Iorm ~s used during drilling or workover ol~erations. If testing, corir~g, or perforafmg, show formation name in describing work Derformecl, Number aH drdi stem tests sequentiaily. Attach description of all cores. Work performed by Producing Sec ion wHI be reported on "Interim" sheets until flnal completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days. or {2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil strin~ until completion. District IStale Field ALASKA PRUDHOE BAY Date and depth as et 8:~ a.m. 06/08/83 County or Parish NORTH SLOPE BOROUGH Lease or Unit ADL 28323 PINGUT Complete record for each day while drilling or workover in progress ALASKA we,, no. #1 06/09/83 6/10/83 06/11/83 06/12/83 06/13/83 9-5/8" @ 9181' 9682' (9630') Coring MW 10.2+, Vis 41, PV 21, YP 8, PH 10.0, Sol 11, Oil TRC Coring f/9630'-9647' sur every'5' Brk off core, pump slug, blow dwn kelly. TOH w/Core #9. LD core, rec 60'/60' 100%. Svc core bbl, chg out mid stab. MU coring bit #5, TIH w/core bbl #10 to 9154' LD 3 jts DP. Slip & cut DL. TIH to 9538', ream f/9538'-9647' slowly, no tight spots, no fill. Circ off btm. Coring f/9647'-9682', sur every 5'. Bkgrnd gas 3-7 units, sur gas 12- 15 units, no gain or loss in mud vol. 9-5/8" @ 9181' 9724' (9682') Coring MW 10.2+, Vis 41, PV 20, YP 7, PH 9.9, Sol 13, Oil TRC Coring f/9682'-9707', sur every 5', circ 10 min, brk core w/30,O00~ over pull Take slow pump rate, TOH w/CB #10. Inspect DP rubbers, repl 1 worn. Pull sur tools, dump CB, rec 60'/60' 100%. Svc CB, repl inner bbl bearing, gage stab, pull & inspect w/b, grease & reinstl. MU 90' CB, space out inner bbl, orient sur tool, inspect jars, TIH w/C bit ~6, CB #11. Brk circ, rm f/9604'- 9707', no tight spots, no fill. Coring f/9707'-9724', sur every 5' Trip gas 51 units bkgrnd gas 4-7 units. Surveys: 9266' 2-3/4° N67W 9-5/8" @ 9181 9792' (9724') MW 10.2+, Vis Coring f/9707 , Coring 6-1-11 40, PV 19, YP 8, PH 9'.6, Sol 11, Oil TRC '-9792', sur every 5'. Conn@ 9772', pulled 65,000# over. 9-5/8" @ 9181' 9824' (9792') Coring 6'2-12 MW 10.2, Vis 42, PV 22, YP 11, PH 9.5, Sol 11.5, Oil TRC Coring 6-1-11 f/9792'-9796'. TOH w/6-1-11. Dump core svc bbl, tst 13-5/8" 5000 psi BOPs. Wear ring, ok. Re-orient bbl. Tst w/6-2-12. Precaut ream f/9663'-9796', no fill. Coring 6-2-12 f/9796'-9824' Oriented core every 5' Surveys: 9796' 2-3/4° N72W 9-5/8" @ 9181' 9870' (9824') Coring 6-2-12 MW 10.2, Vis 40, PV 18, YP 9, PH 9.2, Sol 11, Oil TRC Coring 6-2-12 f/9824'-9870', orient sur every 5' The above is correct Signature 9-5/8" @ 9181' 9918' (9870') Coring 7-1-13 MW 10.1+, Vis 42, PV 21, YP 11, PH 9.1, Sol 4, Oil 10 Coring 6-2-12 f/9870'-9886', TOH. Dumo core ~12, svc bbl MU 7-1-13. 100% rec. TIH precaut ream 9794-9886', circ & set bit pattern, coring 7-1-13 f/9E qqlR'. ~ri~nt sur ever~.~' Surveys: 9886' 2-374 /~ -- ITM Date ~--~ Drilling Superintendent For form preparation and distribution 1~.. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B Number all daily well history forms consecutively IPage no, as hey are prepared for each well. 7 ARCO Oil and Gas Company '~'v Daily Well History--Interim instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, shew formation name in describing work performed, Number a;I drdt stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets undl linal completion. Report official or representative test on "Final" form. 11 Submit "Interim" sheets when filled out but not less frequently than every .30 days. or (2) on Wednesday of [he week in which oil string is set. Submit weekly for workovers and lollowmg setting gl od strin.~ until completion. District County or Parish State ALASIC. A NORTH ST,OP'~, BOROUGH Lease or Unit ADL 28323 Complete record for each day while drilling or workover ,n progress Field PRUDHOE BAY PINGUT Date and depth as of 8:00 a.m. 06/14/83 06/15/83 06/16/83 06/17/83 06/18/83 ALAS KA Iwe,, ~o. #1 9-5/8" @ 9181' 9933' (9918') TIH w/8-1-14 MW 10.1, Vis 40, PV 20, YP 10, PH 9.1, Sol 10, Oil TRC Coring 7-1-13 f/9918'-9933' (jammed). TOH, ck hard banding, pull sur tool. Dump bbl rec 47'/47'. Rebld core bbl bit #7 grooved. MU 8-1-14. CO jars. LD 18 jts 5" DP (worn HB). TIH PU 18 jts new 5" DP, add DP rubbers, cut DL @ shoe. 9-5/8" @ 9181' 9998' (9933') Coring 8-1-14 MW 10.1, Vis 42, PV 17, YP 9, PH 10.05, Sol 11.5, Oil TRC Fin TIH to 9855', precaut ream f/9855'-9933' Coring 8-1-14 f/9933'-9998' Surveys: 9933' 3° S81W 9-5/8" @ 9181' 10,023' (9998') TIH w/9-1-15 MW 10.1, Vis 38, PV 14, YP 8, PH 9.8, Sol 12, Oil TRC Coring 8-1-14 f/9998'-10,023' TOH w/8-1-14. LD 4 jts HW & 1 jt 5 .... E". Dump & svc bbl CO bit 100% rec. 90'/90' TIH w/9-1-15. PU 4 jts HW & 1 jt 9-5/8" @ 9181' 10.087' (10,023') Jarring on Stuck Pipe MW 10.1, Vis 41, PV 15, YP 8, PH 10.1, Sol 10, Oil TRC Ream f/9945'-10,023', tight f/9998'-10,013' Coring f/10,023'-10,087'. Sur every 5' Sur, tight hole PU f/conn, pipe stuck @ 10,048'. Jarring on stuck pi~e, jars tripping @ 390,000#, fill circ rets adding 4 drums Magcobar DD. Lost 11 bbl mud w/coring vol holding steady @ present. 9-5/8" @ 9181' 10,087' (10,087') Backing Off @ S-J MW 10.0, Vis 43, PV 17, YP 11, PH 10.4, Sol 11, Oil TRC Work stuck pipe jars tripping up 390,000 dwn 200,000. RU Dowell, brk kelly, PU 15' DP pup, TIWs & head pin, hook up cmt line, tst lns to 3000#. Dowell pump 5 bbl N20, foll w/5 bbl H20, displ acid w/rig pumps & spot a/c BHA w/ working pipe. Circ out acid & contam mud w/working pupe, wk in 3 rounds R-H torq set dwn 1/2 string wt, RU 60 inc BOP & lub tst to 3000#. RIH ~ ret orientation tools, RD lub, circ & jar on stuck pipe. RU APRs on GO Inc line & RIH w/free pt tool pipe free to btm MDL, 50% in S-J & btm 2' of MDL jar & work pipe 25% in S-J & btm 2' of MDC. POH w/free pt tools. Sweep hole w/ hi vis sweep. Rerun free pt on S-J & btm 2' of MDL 50%. POH w/free pt tools RIH w/string shot to S-J & apply L-H torq. Surveys: 10,001' 3-1/4° N62W The above is correct ~ ' ~ -~ Drilling Superintendent For form preparation and distribution R. n. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B JNumber all daily well history forms consecutively IPage no, as they are prepared for each well. I 8 ARCO Oil and Gas Company,,'~' Daily Well History--Interim Instructions: This form ~s used during drilting or workover operations. If testing, coring, or perforating, show Iormation name in describing work performed. Number a;I c~rill stem tests sequentially, Attach description of all cores, Work performed by Producing Section will be reported on "Interim" sheets until final completion. RePort official or representative test on "Final" form, 1) Submit "Interim" sheets when filled PUl but not less frequently than every 30 days, or (2) on Wednesday of the week in which pit string is set. Submit weekly for workovers and following setting of oil string until completion, District County or Parish IState ALASKA NORTH SLOPE BOROUGH I ALASKA Field Lease or Unit ]Well no. PRUDHOE BAY ADL 28323 PINGUT I #1 Date and cleptn as of 8:00 a.m. 06/19/83 06/2 0/83 06/21/83 06/22/83 06/23/83 Complete record for each day while c~rilling or workover in progress 9-5/8" @ 9181' 10,087' (10,087') POW w/Fishing String MW 10.1, Vis 35, PV 14, YP 8, PH 9.8, Sol 11.5, Oil TRC Apply 7-1/2" rounds L-H torq, spot string shot in S-J & bk off. POH w/string shot, POH w/chain into 9-5/8" csg shoe. Pump dry job & RD GO inc. POH w/ string, bk off @ btm MDL & XO sub w/4-1/2" H-90 box HWDP. PU screw in sub, bumper jars, oil jars, XO, 6 st DC 6-1/2" XO accel jars 37 jts HWDP. RIH SLM, brk circ. Screw into top of fish @ 9954' & begin jarring. Jar on fish. RU APRs string shot on GO inc WL & RIH. Bk in L-H torq, string brk bet~ 4th & 5th DC. Apply R-H torq & MU string. Apply L-H torq apot string shot in S-J & bk off fish. POH w/WL. Pull 1 jt DP RD GO WL pump pill. POH chain out cln & inspect DCs. 9-5/8" @ 9181' 10,087' (10,087') POH f/Screw In Sub MW 10+, Vis 43, PV 14, YP 8, PH 9.9, Sol 11-1/2, Oil TRC Fin POH (ret XO sub 1.01'). MU wsh pipe & DA shoe. RIH slow w/WP 5700' Loss time accident, safety mtg/accident reports. Fin RIH. PU kelly, brk circ & RIH over top fish to top stab. Wsh & cut over 4 stab. On core bbl to top of bit, circ pump pill, POH w/WP f/screw in sub. 9-5/8" @ 9181' 10,087' (10,087') RIH w/Bit f/Cln Out MW 10.1, Vis 45, PV 21, YP 7, PH 10.2, Sol 11.5, Oil TRC Fin POH w/WP assy, LD WP & PU screw in sub. RIH w/screw in assy, svc rig & cut DL, fin RIH to 9930' Brk circ, tag fish @ 9949', screw in, jar fish free. POH (wet string). LD fishing tools, cln tlr, ret core (drld 64' rec 64'). Brk & LD core bbl, pull w/b, set tst plug, tst BOPs, reset w/b. LD steel DC, PU BHA f/cln out run. RIH w/bit f/cln out run. 9-5/8" @ 9181' 10,115' (10,084') Cutting Core #16 MW 10.2, Vis 42, PV 17, YP 7, PH 9.3, Sol 11-1/2, Oil TRC Ream 9884'-10,087', circ & cln hole. Pump pill, POH LD 37 jts HWDP, LD BHA. PU 90' CB, orient. Set sur inst, RIH PU 33 jt HWDP. SLM RIH repl & add DP rubbers as needed. Ream 9904'-10,087', no fill no bridges. SLM corr old 10,087'= new 10,084' Cutting core #16. 9-5/8" @ 9181' 10,174' (10,115') RIH w/Core Bbl #17 MW 10.2, Vis 42,' PV 15, YP 8, PH 9.0, Sol 11, Oil TRC Cutting core #16 (10,084'-10,174'), sur every 5' Pump pill, set bk kelly. POH, worked thru tight spot @ 10,035'+ max 375,000#. LD Core #16, drld 10,084'-10,174' = 90'. Rec 90' Svc core bbl, chg bits to courser stones. RIH f/Core #17. The above is correct For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines Date/ ]Title ~' ~ -~ Drilling Superintendent AR3B-459-2-B JNumber all daily well history forms consecutively Pageno. as thoy are prepared for each well. ARCO Oil and Gas Companyv"' Daily Well History--Interim Instructions: This form is used during drilling or workover operations, if testing, coring, or perlorating, show formation n,"tme in describing work performed. Number aH drdl stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets undl fin.~l complehon, Report official or representative test on "Final" form. 11 Submit "Interim" sheets when fdled out but not less frequently than every 30 days, or on Wednesday of the week ~n which oil string is set. Submit weekly lot workovers and following sethng el oil strinG until comple~ion, District Field ALASKA County or Parish IState NORTH SLOPE BOROUGH ALASKA ILease or Unit Well no. ADL 28323 PINGUT #1 PRUDHOE BAY Cate and depth as of 8:00 a.m. 06/24/83 06/25/83 06/26/83 06/27/83 06/28/83 Complete record for each day while drilling or workover in progress 9-5/8" @ 9181' 10,196' (10,174') Coring 10-2-18 MW 10.2, Vis 40, PV 18, YP 9, PH 9.3, Sol 11, Oil TRC TIH w/il-l-17, precaut ream 10,008'-10,174' No tight hole. Coring 11-1-17 f/10,174'-10,187' Trip, .cump bbl full rec 13'/13' Chg bits. Precaut ream 10,138'-10,187', ok. Coring 10-2-18 f/10,187'-10,196'. Surveys: 10,184' 3-1/3° S89W 9-5/8" @ 9181' 10,220' (10,196') TIH w/12-1-19 MW 10.2, Vis 39, PV 18, YP 8, PH 9.2, Sol 10.5, Oil TRC Coring 10-2-18 f/10,196'-10,220' TOH w/10-2-18, ROP 70 min/ft, no torq. Dump bbl, 100% rec. Svc bbl CO core heads. Last 33' of core 75% Chert. w/12-1-19. TIH 9-5/8" @ 9181' 10,253' (10,220') TIH w/12-2-20 MW 10.2+, Vis 37, PV 17, YP 6, PH 9.0, Sol 11, Oil TRC Fin TIH after S&C 31' DL. Precaut rm f/10,174'-10,220' bridge @ 10,188' coring 12-1-19 f/10,220'-10,253' Jammed conn pulled 25,000~ over. Wkd cln. TOH w/12-1-19. Dump & svc bbl. Inspect bit, TIH w/12-2-20. Surveys: 10,252' 3-1/8° S87W 9-5/8" @ 9181' 10,281' (10,253') Coring 12-3-21 MW'10.2, Vis 38, PV 17, YP 9, PH 9.0, Sol 11, Oil TRC Fin TIH w/12-2-20, precaut rm f/10,200'-10,253' Coring 12-2-20 f/10,253'- 10,267' Work tite spot @ 10,253' TOH w/12-2-20. Dump & svc bbl, rec 100% 14/14. TIH w/12-3-21. Ream f/10,221'-10,267' (precaut). Coring 12-3-21 f/ 10,267'-10,281'. Surveys: 10,267' 3-1/2° S86W 9-5/8" @ 9181' 10,299' (10,281') Coring 13-1-22 MW 10.2, Vis 40, PV 18, YP 7, PH 8.8, Sol 12, Oil TRC Coring 12-3-21 f/10,281'-10,286'. TOH w/12-3-21, dump & svc bbl. CO stab MU 60' 4-3/4 x 4-1/4 fiberglass inner bbl. TIH w/13-1-22 to 9180'. S&C DL. TIH to 10,186', tite. Ream f/10,186'-10,286' Tite @ 10,254' & 10,276'. Coring f/10,286'-10,299'. Surveys: 10,286' 3° S31W The above is correct Signature (~.~~ For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines Date Tit's Drilling Superintendent AR3B-459-2-B Number all daily well history forms consecutively as hey are prepared for each well. Page no. 10 ARCO Oil and Gas Company "~',~,, Daily Well History--Interim Instructiona: This form Js used during drilling or workover operations. If testing, coring, or perforating, show formalion name in describing work perlormed. Number ail drill stem tests sequentially. Attach description of all cores Work perlormed by Producing Section will be reported on "Interim" sheets until final complebon. Report official or representative lest on "Final" form. 11 Submit "interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of od string unhl completion. District County or Parish IState AI_~SKA Lease NORTH SLOPE BOROUGH j ALASKA Field or Unit Well no. PRUDHOE BAY ADL 28323 PINGUT #1 Date and depth as of 8:00 a.m. 06/29/83 06/30/83 07/01/83 07/02/83 07/03/83 07/04/83 Complete record for each day while drilling or workover in progress 9-5/8" @ 9181' 10,326' (10,299') TIH w/14-1-23 MW 10.2, Vis 40, PV 17, YP 8, PH 8.7, Sol 11.6, Oil TRC Coring 13-1-22 f/10,299'-10,326'. TOH w/13-1-22. Dump bbl, 100% rec. Pull wear ring. Tst BOPS to 5000 psi. Pull tst plug. Svc & set wear ring. MU 1 new section of fiberglass inner bbl. PU Bit #14, TIH (Bit #13 had 40' in 19-1/2 hrs. Matrix cracked & Chert grooves in cutting edge. 9-5/8" @ 9181' 10,386' (10,326') LD Core #23 MW 10.2, Vis 39, PV 16, YP 7, PH 8.65, Sol 11.5+, Oil TRC Fin TIH w/14-1-23. Ream f/10,280'-10,326' (precaut). Coring 14-1-23 f/ 10,326'-10,386' TOH w/14-1-23. Dump & svc bbl, fiberglass bbl parted @ steel conn. Prep to run steel inner bbl. Core 14-1-23 60'/60'. MU 90' bbl f/14-2-24. 9-5/8" @ 9181' 10,428' (10,386') Cutting Core #24 MW 10.2, Vis 38, PV 13, YP 5, PH 8.5, Sol 11-1/2, Oil TRC MU core bbl (repl inner bbl w/steel) orient bbl, load sur inst. RIH w/CB #24 Precaut ream 10,343'-10,386' Cut core #24 10,386'-10,428'. Sur every 5' 9-5/8" @ 9181' 10,441' (10,428') Cutting Core 925 MW 10.2, Vis 40, PV 16, YP 7, PH 8.5, Sol 11.5, Oil TRC Cut core #24 10,428'-10,438', sur every 5'. Core #24 total cut 52' 10,386'- 10,438', rec 50'. Pump pill, POH wet, pump 2nd pill, POH. LD core, svc core bbZ, chg bits, chg inner bbl spacing. RIH w/core bbl #25. Space out & pre- caut ream 10,360'-10,438'. Cutting core #25 10,438'-10,441'. Surveys: 10,438' 3° N67W 9-5/8" @ 9181' 10,463' (10,441') Precaut Ream to Bem w/CB #26 MW 10.2, Vis 38, PV 14, YP 4, PH 8.6, Sol 11-1/2, Oil TRC Fin cutting Core #25 (CB jammed) 10,441'-10,463'. Core #25 10,428'-10,463' Sur every 5' Cut 25' rec 27' (2' f/core #24). Pump pill, POH. Ret sur too core, LD 30' of CB, svc 60' CB. Orient & set sur tool. RIH w/CB #26 (brk & dope ea jt DC & HWDP). Precaut ream to btm w/CB. Surveys: 10,463' 3° N70W 9-5/8" @ 9181' 10,496' (10,463') Cutting Core #26 MW 10.2, Vis 42, PV 9, YP 19, PH 9.3, Sol 11-1/2, Oil TRC Cut Core ~26 10,463'-10,496' Wk pipe thru tight hole @ conn. 10,496', coring. Ream 10,463'- The above is correct Signature ~~ Date ITitle "~ ' ~-' "~'"'~ Drilling Superintendent For form preparation and distribution R. n. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B Number all daily well history Iorms consecutively as they are prepared for each well. Page no. ARCO Oil arid Gas Company ~ Daily Well History--Interim nstructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed, Number aH drill stem teszs sequentially. Attach description of all cores. Work performed by Producing Sect on will be reported on "Interim" sheets until tinel completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when haled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oH string until completion. District JCounty or Parish IStale ALASKA NORTH SLOPE BOROUGH ALASKA Field Lease or Unit PRUDHOE BAY J ADL 28323 PINGUT Date and depth Complete record for each day while drilling or workover in progress as of 8:00 a.m, 07/05/83 we,, no.91 07/06/83 07/07/83 07/08/83 07/09/83 9-5/8" @ 9181' 10,511' (10,496') Cutting Core #27 MW 10.2, Vis 42, PV 20, YP 7, PH 9.1, Sol 11-1/2, Oil TRC Fin reaming tight spot f/conn. Cut Core #26 10,496'-10,498', CB jammed. Prep to POH. Pump pill, POH. Chg out DL (cut & slip 1700' + DL). Fin POH w/CB #26. Dump Core #26 10,463'-10,498'. Cut 35' Rec 35' Svc core bbl. RIH precaut ream (10,451'-10,498'). No tight hole. Cutting Core #27 !0,498'- 10,511', sur every 5'. Surveys: 10,496' 3-1/2° S66W 9-5/8" @ 9181' 10,525' (10,511') Cutting Core #28 MW 10.3, Vis 41, PV 20, YP 7, PH 8.7, Sol 12-1/2, Oil TRC Cut Core #27 10,511'-10,521' sur every 5' Worked out of tight hole 10,521'- 10,451'. Set bk kelly, LD 3 jts DP, pump pill, POH w/CB #27. LD Core #27 10,498'-10,521', cut 23', rec 23' Svd core bbl, chg bits. RIH w/CB #28. Ream & cond hole 10,420'-10,521' Cutting Core 928 10,521'-10,525' Surveys: 10,521' 3° S66W 9-5/8" @ 9181' 10,541' (10,525') RIH f/Core #29 MW 10.3, Vis 41, PV 20, YP 7, PH 8.7, Sol 10, Oil TRC Cut Core #28 10,525'-10,541', sur every 5'. Worked out of tight hole 10,541' 10,451'. LD 4 jts DP, pumped pill, SB kelly. POH w/Core #28. Dump core bbl svc core bbl, chg bit, core #28 10,521'-10,541', cut 20', rec 15'. Left part of"¢ore on btm. RIH f/Core 929. 9-5/8" @ 9181' 10,565' (10,541') TIH w/18-1-30 MW 10.2, Vis 40, PV 18, YP 7, PH 8.5, Sol 11, Oil TRC PU kelly, brk circ, precaut ream 10,419'-10,541' Cutting Core #29 10,541'- 10,565' TOH w/17-1-29, dump & svc bbl, rec 25'/cut 74' Tst BOPs, TIH w/ 18-1-30. Surveys: 10,541' 3° S66W 10,565' 3-3/4° S80W 9-5/8" @ 9181' 10,579' (10,565') Precaut Ream to 10,579' MW 10.2, Vis 44, PV 22, YP 9, PH 8.35, Sol 11, Oil TRC Fin TIH w/18-1-30 recaut ream f/10,465'-10,565' Coring 18-1-30 f/10,565'- 10,579' (jammed). TOH w/18-1-30, pull sur, dump bbl 100% rec, 14'/14' PU fiberglass bbl. LD jars D1991F. PU new set, TIH to 1190' Cut & slip DL. TIH to 10,530' Precaut ream 18-2-31 f/10,530'-10,579' Surveys: 10,579' 3° N70W The above is correct Signature IDate ITitle /~ ' ~' -~ ~ Drilling Superintendent For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines AR3B-459-2-B INumber all daily well history forms consecutively Page no. as they are prepared for each well. 12 ARCO Oil and Gas Companyv'~' Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show tormalion name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "]nterim" sheets until final completion. Report official or representative test on "Final" form. 11 Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday ct the week in which oil string is set. Submit weekly lor workovors and following setting of Oll string until completion. D[slrict County or Parish ALASKA LeaseOrADLNORTHunit 28323SLOPE BOROUGH Complete record for each day while drilling or workover in progress Field PRUDHOE BAY PINGUT Date and depth as of 8:00 a.m. 07/10/83 07/11/83 07/12/83 07/13/83 07/14/83 9-5/8" @ 9181' 10,598' (10,579') Coring 18-7-31 MW 10.1+, Vis 44, PV 21, YP 10, PH 8.8, Sol 11, Oil TRC Coring f/10,579'-10,598'. ALAS KA lweu no, #1 9-5/8" @ 9181' 10,614' (10,598') Coring 19-1-32 MW 10.2, Vis 48, PV 21, YP 12, PH 9.5, Sol 11.5, Oil TRC Coring 18-2-31 f/10,598'-10,611' (jammed). TOH ret sur. LD fiberglass bbl 100% rec, svc bbl. PU new inner FG bbl CO bit. Chg out leaking jar~ D2~97F precaut ream 10,541'-10,611' Coring 19-1-32 f/10,611'-10,614' Surveys: 10,609' 3° N67W 9-5/8" @ 9181' 10,647' (10,614') Coring 19-2-33 MW 10.1+, Vis 40, PV 15, YP 9, PH 9.5, Sol 11.5, Oil TRC Coring 19-1-32 f/10,614'-10,644' Tite conn, cleaned up ok. Bbl jammed, slug pipe. 20,000~ drag @ 10,644'-10,550' TOH w/19-1-32, dump & svc bbl. TIH w/19-2-33. Ream f/10,527'-10,644'. Coring 19-2-33 f/10,644'-10,647'. Surveys: 10,644' 3-1/2° N66W 9-5/8" @ 9181' 10,684' (10,647') TIH w/20-1-34 MW 10.2, Vis 41, PV 16, YP 6, PH 9.25, Sol 11.5, Oil TRC Coring 19-2-33 f/10,647'-10,680'. Tite conn, work clean. Svc rig, observe well f/flow. Coring 19-2-33 f/10,680'-10,684' (jammed). Work rite spot @ 10,667', slug pipe. TOH W/19-2-33, retv sur tool. Std bk DCs, dump & svc bbl. PU steel IB CO bearings. Re-space IB CO under gage CH CO NB stab. TIH @ 0600 hrs w/20-1-34. 9-5/8" @ 9181' 10,718' (10,684') TOH w/20-1-34 MW 10.2+, Vis 41, PV 16, YP 7, PH 9.1, Sol 11.5, Oil TRC TIH w/20-1-34, precaut ream 10,559'-10,684' Coring 20-1-34 f/10,684'-10,717' sur &conn @ 10,717' Coring 20-1-34 f/10,717'-10,718' (jammed). TOH w/ 20-1-34. Surveys: 10,684' 3-1/4° N71W The above is correct Signature Date For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines Title Drilling Superintendent AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well. Page no, 13 ARCO Oil and Gas Companyv'~' Daily Well History--Interim ImltructienJ: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name Jn describing work performed. Number all drill stem tests sequentially. Attach description of atl cores. Work performed by Producing Section will be reported on "Interim" sheets untd final compie~ion. Report official or representative test on "FInat" form. 1) Submit "Interim" sheets when hlled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and fol[owmg sottmg el oil string undl compledon, District County or Parish State ALASKA I NORTH SLOPE BOROUGH Lease or Unit I ADL 28323 Complete record for each day while drilling or workover in progress Field PRUDHOE BAY Date and depth as of 8:00 a,m. 07/15/83 07/16/83 07/17/83 07/18/83 ALASKA Well no. PINGUT #1 9-5/8" @ 9181' 10,754' (10,718') POH w/Core #20-2-35 MW 10.2, Vis 43, PV 16, YP 9, PH 9.0, Sol 11.5, Oil TRC Fin TOH, dump & svc bbl 100% rec. TIH w/20-2-35, C&S DL. Fin TIH to 10,645' Space out, precaut ream f/10,645'-10,718' Coring f/10,718'-10,753', 35' Work kelly f/conn. Cut core f/10,753'-54', 1', jammed. LD 2 jts DP w/kelly, pump pill, blow kelly. POH w/Core #35. Surveys: 10,718' 3-1/2° N64W 9-5/8" @ 9181' 10,791' (10,754') POH w/Core #36 MW 10.2, Vis 43, PV 17, YP 11, PH 8.65, Sol 11.5, Oil TRC Fin POH, LD & svc core bbl, cut 36', rec 36' TIH w/21-1-36. Space out & precaut ream f/10,660'-754' Coring f/10,754'-10,791', 37' Wk kelly f/conn Attempt to core, CB jammed, pump pill, pull 2 jts, blow kelly,'POH w/Core #36 Surveys: 10,754' 3-1/2° N72W 9-5/8" @ 9181' 10,791' (10,791') Jar & Wk Stuck Pipe @ 10,734' MW 10.2, Vis 43, PV 17, YP 11, PH 8.6, Sol 11.5, Oil TRC Fin POH w/Core #36 & LD 3 Monel DC. LD core (cut 37', rec 37'). LD core bbl & equip. Pull w/b & tst BOP, ann @ 250 & 3000, pipe rams, valves tstd @ 250 & 3000 psi, set w/b. PU BHA, GIH to 9200' Brk circ, GIH to 10,610', hole tight, LD 6 jts. PU kelly & rm f/10,610'-10,730'. Torq up. Jar & wk stuck pipe, good circ. Call out Dowell w/acid. RU Dowell & tst lns. Pump 5 bbls H20, 500 gal 28% HCL acid w/2 gal A200 & 2 gal F75N, 5 bbl H20 w/Dowell, displ 169.5 bbls mud w/rig (1440 stks). Spotting 7-1/2 bbls acid in ann & 4.4 bbls acid'in pipe. Leave acid set 5 min & begin working pipe slowly displ 4.4 bbls acid out of pipe into ann w/jarring. Pipe w/not come free. Circ out acid & cond mud, preiodically jar on pipe. Cent circ & work pipe, call out Alaska Pipe Rec (free pt) & Tri-State fishing tools. Mixing 20 bbls pipe lax pill @ 0600 hrs to spot arnd BHA, waiting on equip. Surveys: 10,792' 3-3/4° N59W 9-5/8" @ 9181' 10,791' (10,791') GIH w/Screw in Sub MW 10.3, Vis 43, PV 14, YP 9, PH 8.4, Sol 11.5, Oil TRC Circ, keep strain on pipe & jar spot 20 bbl pipe lax pill arnd BHA & cent working pipe. Circ out pipe lax pill. Spot 30 bbl SFT pill on btm. RU 2. Dresser & rem gooseneck. GIH w/AK Pipe Rec Svc free pt. Determine pipe is free to top of btm DC. Could not go deeper w/free pt due to crows ft. POH & RU string shot. GIH w/shot, work in 7 rds. Left hand torq & bk off. POH (SLM) to 8700'. PU kelly & instl gooseneck. Fin POH SLM. PU fish assy #1, GIH. Fish left in hole, bit, NB, stab, SDC, stab, SDC. Top of fish 10,661'. The above is correct For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines Date Title / ~ ° ~ ~ ~ Drilling Superintendent AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well. Page no, ARCO Oil and Gas Company ~ Daily Well History--Interim Instructions: Th s orm s used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed, Number a drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final comple ion Report official or representative test on "Final" form. 11 Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil str ng unt I complet on. District Field County or Parish JState ALASKA NORTH SLOPE BOROUGH J ALASKA ILease or Unit ADL 28323 ?INGUT Complete record for each day while drilling or workover in progress PRUDHOE BAY Date and depth as of 8:~ a.m. 07/19/83 IWeu no. #1 07/20/83 07/21/83 07/22/83 07/23/83 07/24/83 07/25/83 9-5/8" @ 9181' 10,791' (10,791') GIH w/Bit #15 MW 10.2+, Vis 45, PV 14, YP 8, PH 8.7, Sol 12, Oil 1 Fin GIH w/fish #1, tag fish @ 10,661' & screw in. Jar up & dwn on fish, no movement. Fish loose, pull to 10,641' & ream out to 10,575' Std bk kelly & POH to 9100' (wet). Attempt dry job, fin POH (wet) ret all of fish. LD fish & Tri-State tools, cln flr, svc rig. RIH w/9 DCs, 33 H/W, & 56 jts "E", pump pill. POH LD DCs, H/W & "E" pipe (torq up). PU new BHA, 33 new H/W & 56 "E" pipe & GIH. 9-5/8" @ 9181' 10,906' (10,791') Drlg w/Bit #15 MW 10.2+, Vis 43, PV 14, YP 7, PH 8.2, Sol 12, Oil TRC GIH w/Bit #15 to 9100', cut DL (68'). GIH to 10,456' & wsh & rm (hole in bad shape to TD). Brk in bit & drl f/10,791'-10,906' 9-5/8" @ 9181' 11,015' (10,906') Drlg w/Bit ~16 MW 10.2, Vis 44, PV 15, YP 8, PH 8.1, Sol 12, Oil TRC Drlg f/10,906'-10,986', 80' Pump pill & POH (norm drag, hole good). Chg out btm stab & PU Bit ~16, GIH w/Bit #16. Precaut ream f/10,900'-10,968' Drlg f/10,986'-11,015, 29' 9-5/8" @ 9181' 11,190' (11,015') Drlg MW 10.2, Vis 42, PV 14, YP 9, PH 8.4, Sol 13 Drlg w/Bit #16 f/11,015'-11,190' 9-5/8" @ 9181' 11,370' (11,190') Drlg MW 10.3+, Vis 40, PV 14, YP 8, PH 8.2, Sol 12.5, Oil TRC Drlg f/11,190'-11,370'. 9-5/8" @ 9181' 11,467' (11,370') TOH f/Logs MW 10.3, Vis 47, PV 16, YP 10, PH 8.1, Sol 13 Drlg f/11,370'-11,467', CBU. Sbt trip 25 stds, clean, no drag. TOH f/logs. Drop sur. 9-5/8" @ 9181' 11,467' (11,467') Logging MW 10.3+, Vis 46, PV 20, YP 12, PH 8.0, Sol 13 Fin TOH SLM, no corr. RU SOS, run #1 DIL/BHCS/GR/SP 11,467'-9181'. Run #2 borehole televiewer 11,467'-9181' Chg tools, run #3 FDC/CNL/NGT/GR/CAL 11,467'-9181'. Run #4 LSS/GR 11,467'9181' Surveys: 11,445' 4° The above is correct Signature ~,~~ Date For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 TiUeDrillinq Superintendent AR3B-459-2-B Number all daily well history forms consecutively as hey are prepared for each well. Page no. 15 ARCO Oil and Gas Company ,~ Daily Well History--Interim Instructlona: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number a;I drill stem tests sequentially. Attach descrigtion of ail cores. Work performed Dy Producing Section will be reported on "Interim" sheets until final completion, Report official or representative test on "Final" form. '~) Submit "Interim" sheets when hlled out but not less frequently than every 30 days. or (2) on Wednesday of the week in which oil string ia set. Submit weekly for workovers and following setting of od string unlil completion. District County or Parish ISlale ALASKA NORTH SLOPE BOROUGH I ALASKA Fie~d Lease or Unit IWell no, PRUDHOE BAY ADL 28323 PINGUT I #1 Date and depth Complete record for each day while drilling or workover in progress as of 8:00 a.m. 07/26/83 07/27/83 07/28/83 07/29/83 07/30/83 9-5/8" @ 9181' 11,467' (11,467') Logging MW 10.3, Vis 44, PV 15, YP 13, PH 8.2, Sol 13 Run #4 LSS/GR 11,467'-9181' Run #5 LDT/CNL/EPT/GR 11,467'-9181' Run #6 (rerun CNL) LDT/CNL/EPT/GR 11,467'-9181' TIH w/Bit #13RR to 9150' Circ & cond thick mud. TIH to 11,467', circ & cond mud. TOH, RU SOS. Run #7 DLL/ MSFL/GR. 9-5/8" @ 9181' 11,467' (11,467') Logging MW 10.3, Vis 50, PV 15, YP 13, PH 8.1, Sol 13, Oil TRC Run #7, DLL/MSFL/GR 11,467'-9181', run #8 FDC/CNL/GR 11,467'-9181'. SHDT/4-Arm/CAL/GR 11,467'-9181' Run #10 RFT misrun, run $11 RFT. Run #9 9-5/8" @ 9181' 11,467' (11,467') TIH CO f/Lnr MW 10.3, Vis 52, PV 15, YP 13, PH 8.1, Sol 13, Oil TRC Run #11 RFT repl pkg element, run #12 RFT. LD RFT MU Dia-log, calib csg cal. Cal 9-5/8" f/9150'-surf. Re-calib & rerun cal f/9150'-surf. Interval 3550'- 2650' shows up to 80% loss. 7258' shows 60% loss. 7500'-6500' shows 40-50% loss. RD Schl, TIH w/Bit $13, brk circ @ 5000' & 9100' 7" @ 8870'-11,462' 11,467'TD Prep to POOH w/Lnr Set Tool MW 10.2, Vis 42, PV 17, YP 10, PH 8.2, Sol 12, Oil 0 Fin RIH w/Bit #13RR (8' fill). Circ hole cln, pump pill. POOH f/lnr, LD jars, stabs. Chg top rams to 7". Tst doors @ 3000 psi. RU Joes csg crew. RIH w/62 jts 7" 29# L-80 Butt csg on DP, circ vol of lnr & @ 9-5/8" shoe. RIH to TD. RU cmt head. Circ & cond mud. Pump 40 bbl BJ mud sweep @ 12.5 ppg. Tst BJ lns@ 4500 psi, ok. BJ pump 1200 sx "G" cmt w/3% KC1 & 1.5% D-19 & 0.5% D-31 & 0.15% R-5 & 0.2% D-6 mixed @ 15.8 ppg. Disp1 & bump plug to 3000 psi. CIP @ 0446 Hrs 07/29/83. Reciproc throughout w/norm wt. Lost 148 bbl w/displ (partial ret). Set lnr, POOH 5 stds (dry). Circ to clear DP. RD cmt equip. 7" @ 8870'-11,462' 11,231' (11,467'TD) Drl Cmt Above LC MW 10.2, Vis 46, PV 14, YP 9, PH 9.5, Sol 12, Oil 0 POOH w/lnr setting tool. LD 90 jts 5" DP. PU BHA #18, RIH w/98 jts 3-1/2" DP. Pump pill, POOH w/BHA $2. PU BHA $17. RIH, tag tool @ 8870', no cmt. Circ, CDL, pump pill. POOH w/BHA #2, LD HWDP, LD 6-1/4" BHA. RIH w/BHA #2 on 5" DP. Ream TOL, tag cmt stringers @ 11,173' Drl & wsh to present depth The above is correct Signature For form preparation and distribution R. L Hines see Procedures Manua~ Section 10, Drilling, Pages 86 and 87 Title Drillinq Superintendent AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well. Page no, 16 ARCO Oil and Gas Company,~,,"'~' Daily Well History--Interim Instructions: This form is used during drill{ng or workover operations, If testing, coring, or perforating, show formatiorl name in describing work performed. Number aH drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reporled on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days. or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District County or Parish State ALASKA NORTH SLOPE BOROUGH ALASKA FieJd Lease or Unit IWell no. PRUDHOE BAY ADL 28323 PINGUT I #l Date and depth 'Complete record for each day while drilling or workover in progress as of 8:00 a.m. 07/31/83 08/01/83 08/02/83 08/03/83 7" @ 8870'-11,462' 11,383'PD (11,467'TD) RIH w/9-5/8" RTTS MW lQ. 2, Vis 43, PV 15, YP 11, PH 9.8, Sol 12, Oil 0 Drl & wsh cmt stringers f/11,231', LC. Drl LC & soft.cmt to FC @ 11,383' Circ, pump pill, POOH f/log. RU Schl, RIH w/GR/CCL/CBL. Run f/PBTD to 8600' POOH RD, fair to poor bond 10,.200''PBD, no cmt above 10,200' RIH w/BHA #1. Land @ 9121' Circ (pkr presetting), set RTTS. Tst 7" @ 3000 psi f/30 min, ok, no loss. Unseat, P pill. POOH f/BHA #2, chg BHA. RIH w/BHA #2. 7" @ 8870'-11,462' ll,383'PBD (11,467'TD) Circ, WOC MW 10.2, Vis 42, PV 12, YP 10, PH 9.8, Sol 12, Oil 0 Fin RIH w/RTTS on DP. Land @ 8702' Circ, set RTTS. Tst ann @ 500 psi, ok. Estab inject rate of 4-1/2 BPM @ 2500 psi thru lnr lap. RU BJ tst lns@ 4000 psi. BJ pump 10 BW, SD, WOO, chg of plan. Circ RD BJ, unseat RTTS, pump pill POOH f/ret. LD RTTS, RIH w/Baker K-1 ret on DP, land @ 8810'. Circ, set ret @ 8810', tst ann @ 500 psi, estab inject rate of 3-3/4 BPM @ 2500 psi. Un- sting. RU BJ tst lns@ 4000 psi, ok. BJ pump 10 BW & 250 sx "G" cmt w/3% KC1 & 0.5% D-31 & 1.5% D-19 & 0.2% D-6 & 0.15% R-5 @ 15.9 ppg & 5 BW. Rig displ. Sting into ret, sqz cmt f/1700 psi to 2300 psi f/4 BPM to 1.1 BPM. Unsting. CIP @ 1935 Hrs 07/31/83. Circ, pump pill. POOH w/cml stinger. RI} w/BHA #17RR to 8565' Circ, WOC. 7" @ 8870'-11,462' ll,383'PBD (11,467'TD) POOH f/RTTS MW 10.3, Vis 42, PV 12, YP lQ, PH 9.8, Sol 13, Oil 0 RIH to 8752', ream & wsh to ret @ 8808' (top). Drl on ret (4), push to 8851' Fin drl ret, then very hard cmt to tol @ 8870'. Circ, pump pill. POOH f/6" bit. Make up BHA #18, RIH. Tag tol @ 8870', drl 2' hard cmt, dress tol, fin RIH to PBD. Circ, pump pill. POOH f/RTTS, CDL 1. 7" @ 8870'-11,462' ll,383'PBD (11,467'TD) Run 7" Lnr MW 10.4, Vis 41, PV 13, YP 9, PH 9.8, Sol 13, Oil 0 RIH w/9-5/8" ret-o-matic, circ. Set RTTS @ 8835', tst lnr lap @ 2800 psi.f/ 30 min, ok. Unseat. POOH LD RTTS. PU BOT tiebk sleeve mill & RIH. Tag tie bk sleeve @ 8870', dress to 8881'. POOH f/lnr. LD 5" DP (185 jts). Fin POOH. RU Joe's csg crew, RIH w/174 jts 7" 29# L-80 Butt csg, make up hgr. The above is correct Signature Date For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines Title Drillinq Superintendent AR3B-459-2-B INumber all daily well history forms consecutively IPage no. as they are prepared for each well. ] 17 ARCO Oil and Gas Company ~ Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, cormg, or perlorating, show formation name in describing work pedormed. Number a~l drill stem tests sequentially. Attach description of atl cores. Work performed by Producing Section will be reported on "Interim" sheets until final comp[e~lon. Report official or representative test on "Final" form. 1) Submit "lntarim" sheets when hlled out bul not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovera and following setting el oil string until completion. District A~SKA sta,e ALASKA County or Parish NORTH ST,ePeE BOROUGH Field Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depth Complete record for each day while ,~rilling or workover in progress as of 8:00 a.m. we,, no. #1 08/04/83 08/05/83 08/06/83 7" @ 2020'-11,462' ll,383'PBD (11,467'TD) CO 7" Lnr MW 10.0, Vis 43, PV 11, YP 12, PH 12.1, Sol 14, Oil 0 Fin RIH w/scab lnr on 5" DP. Sting into tiebk sleeve after 10 attempts, find btm, pull up 6', circ. RU BJ tst lns@ 4000 psi, ok. BJ pump 30 BW & 1000 s: "G" cmt w/0.75% D-31 & 0.1% R-5 & 0.2% D-6 @ 15.9 ppg foll by plug & 5 BW. Rig displ (encountered hi press due to column). Attempt to lwr string, but slips had set. Fin displ & bump plug w/3000 psi. CIP @ 1150 Hfs 08/03/83. Bk out setting tool. POOH 5 stds (wet) to 1544' Circ, pump pill. POOH LD DP 5" LD 5" in drk. Chg both sets pipe rams to 3-1/2". Tst doors @ 3000 psi, ok. PU 3-1/2" DP, RIH, POOH & std bk. Repeat, WOC. RIH w/BHA #20. Tac stringers @ 1570'. Ream & wsh stringers to 1712'. Drl med firm cmt to 1870'. Drl hard cmt to lnr top @ 2020'. Circ, pump pill. POOH LD 9-5/8" scr, 6-1/4' SDC. RIH w/BHA #21, drl 2' cmt in lnr lap, dress tol. RIH to drl out. Circ & cond mud. 7" @ 11,462' ll,383'PBD (ll,383'PBTD) Run Gage Ring & Jnk Bskt MW 9.9, Vis 38, PV 10, YP 6, PH 12.3, Sol 14 Circ & cond mud, fin TIH w/Bit #21 & scr to 8683' Tag cmt, drlg hard cmt f/ 8683'-8702' LC, DO LC @ 8702' & hard cmt f/8702'-8782' DO FC #1 @ 8783', hard cmt f/8783'-8822'. DO FC ~2 @ 8822', CO cmt f/8822'-8872' (hard). CO stringers f/8872'-8897' PU 3-1/2" DP & tag PBD @ 11,383' Circ & cond mud. Tst 7" tiebk & lnr lap & 9-5/8" csg to 3000 psi, 30 min w/10.0 ppg mud. TOH. Ream FC #2 @ 8821' & FC #1 @ 8783' Fin TOH, RU Dresser, run 5.860" GR & jnk bskt. Set dwn sev times, TIH, hung up @ 10,711'. Worked free to 10,640' Worked free, POOH to inspect GR. 7" @ 11,462' 10,680'PBD (ll,383'PBD) Cmt Sqz @ 10,680' MW 9.9, Vis 40, PV 11, YP 10, PH 12.3, Sol 11 POOH w/5.860" GR & jnk bskt. Cmt & metal in JB. Run 5.713" GR & JB to 10,900', ok. Cmt & metal in JB. RU EW gyro, run gyro f/surf-il,383' RU to perf, tst lub 1000 psi. Perf sqz hole 10,692'-10,694', 4 SPF 90° 4" jumbo jt (D-A). Set 7" 29# Baker "K-i" ret on WL @ 10,680' POOH w/setting tool. Tite @ 8821' (FC). RD Dresser. MU stinger on 3-1/2" DP. TIH to 10,590' PU 3 singles, RU cmt lns, tag. CIP @ 10,686' DP strap, sting in, tst 7" x 3-1/2" to 1000 psi. Brk dwn perf 10,692'-10,694' @ 1700 psi, 1BPM, BB to 1300 psi. Est inj rate @ 3 BPM 1650 psi, sting out BJ P 5 bbl FW tst lns 3500 psi M&P~ 150 sx 30.7 bbls 15.9 ppg "G" cmt w/3% KC1, 1.5% D-19, 0.5% D-31, 0.15% R-5, & 0.2% D-6. Spot cmt to CIP @ 10,680' w/5 bbls FW & 36 bbls 10.0 ppg mud. Mix time 5 min, dry cmt temp 42°F, wtr 80°F, slurry 82°F, Amb 42°F, displ @rept time. Surveys: 11,300' 3o48' N61o49,W 1981.64' S57°23'52"W The above is correct For form preparation and dJstribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 Date Title /,' O-~'~ Drilling Superintendent AR3B-459-2-B INumber all daily well history forms consecutively as they are prepared for each well. Page no, 18 ARCO Oil and Gas Companyv"~' Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If les lng, coring, or perlorating, show formation name in describing work performecL Number aH drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "lnlerim" sheets until final complehon. Report official or representative test on "Final" form. 11 Submit "Interim" sheets when Idled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit week y or workovers and o lowing setting of oil strin~ until completion. District ICountyorParish . $~ale ALASKA NORTH SLOPE BOROUGH I ALASKA Field Lease or Unit Well no. PRUDHOE BAY ADL 28323 PINGUT #1 Date and depth as of 8:00 a.m. 08/07/83 08/08/83 08/"09/83 08/10/83 Complete record for each day while drilling or workover in progress 7" @ 11,462' 10,420' (10,680'PBD) TIH w/Bit #22 MW 9.8, Vis 39, PV 10, YP 6, PH 12.1, Sol 12 Sqz 137 sx cmt to form perfs @ 10,692'-10,694'. Final sqz press 1750 psi. CIP @ 0621 Hrs. SO & RO 2 bbls cmt, TOH w/stinger, RU Dresser. Tst lub to 1000 psi. Perf sqz holes @ 10,518'-10,520' w/4" 4 SPF 90° jumbo it. MU Baker 7" K-1 rtnr & TIH. RU BJ, set CIR @ 10,420'. Tst ann to 1000 psi, BD perfs @ 1600 psi, est inj rate 3 BPM @ 1850 psi. Sting out P 5 bbls FW. Tst lns 3500 psi, M&P 150 sx 30.7 bbls (15.2 ppg-16.2 ppg) "G" cmt w/3% 'KC1, 1.5% D-19, 0.5% D-31, 0.15% R-5 & 0.2% D-6. Mix time 6 min, mix wtr'77°F, slurry 86°F foll w/5 bbls FW & 34.5 9.9 ppg mud. Sting in & hesitate sqz 122 sx cmt to perf @ 10,518'-10,520' Final sqz press 1500 psi. CIP @ 2000 Hrs. PUU 4 stds RO 5-10 bbls + cmt. TOH w/stinger. Pull wear ring, tst ann to 250 & 3000 psi. Tst al~ rams, HCR, & wing valves on stack @ 250 & 500( psi. Tst choke manif @ 250 & 5000 psi. Tst accum, kelly valves & safety valve. MU Bit #22, 2 4-3/4" boot bskts & TIH. 7" @ 11,462' 10,686'PBD (10,686'PBD) Run CBL MW 9.9, Vis 35, PV 9, YP 5, PH 12.2, Sol 12 TIH to 9110', C&S 68' DL, WOC. TIH tag cmt @ 10,388' DO hard cmt 10,388'- 10,420', DO. CIR @ 10,420' DO hard cmt 10,420'-10,528' CO to 10,686'PBD. CBU, tst perf 10,518'-10,520' w/1500 psi, 20 min, ok. TOH w/Bit #2. RU D-A, RIH w/GR/CBL/GR, failed. Work on tools, make 2 more attempts w/CBL, failed. RD D-A, RU SOS. RIH w/CCL/GR/CBL. 7" .@ 11,462' 10,686'PBD (10',686'PBD) TIH w/DST #1 MW 9.9, NaC1 Brine Run Schl CBL/GR/CCL, good bond 10,508'-PBD. RIH w/6" Bit, 7" scr, 2 4-3/4" BB to 10,686'. Displ 9.9 mud w/300 bbl FW & foll w/9.9 brine. Dump pits. Cln mud system, take on brine to pits, circ & wt up brine to 9.9. TOH w/Bit #19RR. MU tst tools f/DST #1. MU 2 stds 4-3/4 DCs, bypass & RA tracer, TIH. 7" @ 11,462' 10,686'PBD (10,686'PBD) SI f/PBU MW 9.9, Vis 28, NaC1 Brine TIH w/DST #1 to 10,669', RU SOS. Held DST safety mtg, spot Vann gun RA trace] w/GR/CCL. Space out guns, MU tst tree. Set 7" Champ pkr @ 10,370' Tst 3-1/2" x 7" ann to 500 psi, RU tst lns. Tst all valves &lns to 3500 psi w/ N2. Attempt to open APR valve. No surf indic. RU SOS GR/CCL. Tst lub to 2000 psi w/N2. Confirm APR open. Ck depth on Vann guns, on depth. PU DP f/2000 to 2600 psi. Drop bar, perf 10,534'-10,556' & guns fired @ 0052 hrs. 10,610'-10,658' w/4" Vann guns 4 SPF 120° phasing. Flow well 5 min, close APR @ 0103 hrs w/1750 psi SIDPP. SI f/5 Hr PBU. Prep f/1 hr flow tst. The above is correct Signature (~.~~ /, o ~__r ~ ] Drilling Superintendent P0r form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B INumber all daily well history forms consecutively ]Page no, as they are prepared for each well. ] 19 ARCO Oil and Gas Company ~, Daily Well History--Interim Instructions: This form is used during drilling or workover operations If testing, coring, or perforating, show formation name in describing work perforrned. Number aH drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reporled on "Interim" sheets until finer complebon. Ret, orr official or representative test on "Final" form. I) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting ol od strinG unhl completion. District County or Parish IState I ALASKA NORTH SLOPE BOROUGH Lease or Unit ADL 28323 Complete record lot each day while drilling or workover in progress Field PRUDHOE BAY PINGUT Date and depth as of 8:00 a.m. 08/11/83 08/12/83 08/13/83 ALAS I~ Iwe,, no.#l 7" @ 11,462' 10,686'PBD LD Tst Tools MW 9.9, Vis 28, NaC1 Brine PU 3-1/2" x 7" ann to 1800 psi. Open APR, flow well on 32/64" choke f/1 hr. FTP 0 psi fluid lvl, rise 750'. Rate 137 BFPD, close APR. SI f/PBU. Perfs 10,534'-10,556' & 10,610'-10,658' 7" Champ pkr @ 10,370' Open APR @ 1700 hrs, flow well. Final FL rise 4892' Choke 32/64 avg rate 115 BFPD. Close APR, attempt to open bypass @ 10,153'. No success. Open APR, flow well 20 min. SO M-2 samp @ 2300 psi, RO @ 10,342' @ M-2 samp f/samples. Unset pkr @ 10,370' 220,000# up wt to unset w/circ ports open. PU wt 205 & SO w~ 155. Circ btms up, RD tst tree &lns. TOH w/DST #1, LD tst tools & Vann guns. Prep to set EZ drl @ 10,450' on DP. 7" @ 11,462' 10,160'RTNR (10,686'PBD) POH w/Howco Stinger & DP MW 9.9, NaC1 Brine LD tst tools f/DST #1, all shots fired. MU Howco 7" EZ SV cmt rtnr. TIH to 10,450', set rtnr @ 10,440', tst csg to 2000 psi. No bleed off. Brk dwn @ 900 psi. Est inj rate @ 3 BPM 1500 psi. Inject 10 bbls brine. Tst lns to 3500 psi. P 5 bbl FW M&P 30.7 bbls 150 sx 16.6 ppg "G" cmt w/3% KC1, 1.5% D-19, o.5% D-31, 0.15% R-5 & 0.2% D-6. Mix time 9 min. Spot to 10,440', sta] in, sqz perf 10,534'-10,556' & 10,610'-10,658' w/125 sx below tool & 103 sx in form. Sqz press 1700 psi, slurry 80°F, wtr 80°F, dry 50°F, SO & RO 3-1/2" DP RO 1+ bbls to pit. Slug pipe TOH w/Howco stinger. RU SOS. GIH W/4", 4 SPF, 90°F SDS Guns, correlate & shoot perfs @ 10,238'-40. POH & RD SDS. RU Howco 7" EZ drl ret° GIH w/DP & set rtnr @ 10,160'. Tst ann to 2000 psi, ok Brk dwn @ 1600 psi, 1100 psi, pump 5 bbls. Tst lns to 3500, pump 5 bbls H20, M&R 30.8 bbls or 150 sx, 16.0 ppg "G" cmt w/3% KC1, 1.5% D-19, 0.5% D-31, 0.15% R-5 & 0.2% D-6, mix time 7 min. Spot to 10,160', stab in, sqz perfs @ 10,238'-40', w/140 sx below rtnr & 126 sx in perfs. Sqz press = 1250 psi, slurry 75°, H20 70°, dry 50°. SO & rev 3-1/2 DP 2 bbl+ to pits. POH w/Howco stinger. 7" @ 11,462' 10,440'PB (10,160') GIH w/7" Csg Scr MW 9.9, NaC1 Brine Fin POH w/stinger on DP. PU BHA & Bit #23, GIH to 10,000', circ & WOC. GIH & drl or rtnr @ 10,160'. Drlg cmt f/10,162.'-10,230' (hard). Ream stringers & drl hard cmt f/10,432'-10,439' Tag rtnr & circ hole. Tst csg to 1500, Ok POH, PU 7" csg scr & GIH. The above is correct Signature For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines JDate - 6-~' JT.,e /~ Drilling Superintendent AR3B-459-2-B lNumber all daily well history ~orms consecutively as they are prepared for each well. IPage no. 2O ARCO Oil and Gas Company ~ Daily Well History--Interim Instructions: This form [s used during drllting or workover operations, If testing, coring, or perforating, show formation name in desCribing work performed. Number aH drill stem tests sequentially. Attach description ot all cores. Work performed by Producing 'Section will be reporled on "Interim" sheets until linal completion. Report oHicial or representative test on "Final" form. 1) Submit "Interim" sheets when hlled out but not less frequently than every 30 days, or on Wednesday of the week in which Oil string ia set. Submit weekly for workovers and foJlowing setting ot o~1 strin~ unbl completion. District State Field A.LAS ICA P RUDHOE BAY County or Parish NQ~TH SLOPE BOROUGH Lease or Unit ADL 28323 PINGUT AT.A.q~A lWell no. ~1 Date and depth as of 8:00 a.m. 08/14/83 08/15/83 08/16/83 08/17/83 The above is correct For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 Complete record for each day while drilling or workover in progress 7" @ 11,462' 10,440' (10,440'PB) Space Out Vann Guns, Set Pkr MW 9.9, NaC1 Brine GIH w/7" scr to 10,440', circ on btm, cut 68' DL. POH (drop rabbit), LD scr & ret rabbit. RU SOS. Run CBL, RD SOS, tst BOP, Hydril to 3000, stack, manif & BOPE @ 250 & 5000, chg rubbers on shear rams. MU DST #1 tools & GIH (fill 1000' w/H20). Take fluid lvl shots. RU SOS, spot vann guns RAT w/GR/CCL, PO~ RD SOS. Space out vann guns & set Champ pkr. 7" @ 11,462' 10,440'PB (10,440') Flow Well DST #2 MW 9.9, NaC1 Brine RU surf equip & tst w/N2 @ 3500 psi, ok. Load tst string w/N2 (770 SCF total) 2400 psi, open APR @ 1500 psi on ann, load bar, hold ops & safety mtg, drop bar, guns fired @ 0944, preflow 10 min. SI 5 hr. Press bldup (FL lev @ 8986' Open APR & flow well f/1 hr on 5/8" & 1/2" choke. Initial DP press 1514 psi, bled to 0 psi. (FL lev rose f/8986'-2934'). SI f/PBU. Perfs @ 10,250'-354' Press 0. Open APR @ 0154 (press 0). Flow well, fluid @ surf @ 0312. Fluid is brackish H20. 7" @ 11,462' 10,160' EZ (10,~40'PB) Prep to Sqz Perfs MW 9.9, NaC1 Brine Flow DST #2, 0-5 psi w/5.0M-16M parts of salt in H20 rets, no HC, flowed a total of 71 bbls salt H20. Closed APR & opened Howco bypass. Rev out thru bypass & catch samp ev 50 strokes. Run analysis on samp. Rel RTTS & circ btms up dwn DP, POH w/3-1/2 DP & DST tools, LD DST tools. PU Howco EZ drl on'3-1/2 DP & GIH. Set EZ drl @ 10,160', press ann to 2000 psi. Ann ok. Br dwn perfs @ 10,250'-10,354' @ 1250 psi, 3 BPM, press tst BJ cmt lns to 3500 & prep to sqz 150 sx cmt. 7" @ 11,462' 9713' Cmt (10,160'EZ) Drlg Cmt @ 9713' MW 9.9, NaC1 Brine Pump 5 bbl H20, M&P 31 bbls (150 sx), 16.2#, "G" cmt w/3% KCl, 1.5% D-19, 0.5% D-31, 0.15% R-5 & .2% D-6, spot to 10,160' @ Howco EZ drl w/holding 1000 psi on ann, stab in & sqz perfs f/10,250'-10,354'. Sqz perfs w/final press of 1500 psi @ 3/4 BPM. CIP @ 0635 hrs. Sting out, pull 2 stds & rev out 1/2 bbl+ cmt to pits. Pull 3 stds & circ dwn DP. POH w/stinger on 3-1/2 DP. RU SOS & GIH w/4" 4 SPF 90° guns (2' long) & perf sqz holes f/ 9832'-34' RD Schl, PU 7" Howco EZ drl & GIH & set EZ drl @ 9747', tst ann to 2000 psi & brk dwn perfs 1500 psi @ 3 BPM. Tst lns to 3500, pump 5 H20, 30.7 bbls cmt Class "G" w/3% KC1, 1.5% D-19, 0.5 D-31, 0.15 R-5 & 0.2% D-6, spot to 9747', sting in, sqz perfs @ 9832'-34', pump @ 1 BPM f/30 bbls/min = 800 psi, stage in last 5 bbls w/final sqz of 1400 psi @ 1/4 BPM. CIP @ 1935 hrs, start mix @ 1733, cmt = 15.9 ppg, left 3/4 bbl in DP, pull 2 stds & rev out w/1 bbl+ cmt to pits, pull 3 stds & circ dwn DP, POH LD Howco stinger, PU -- 6" hit: hnnt h~f~ ~ nnllm~:; tuTU; ~ ~ W~P; ~T~ ~ ~lg cmt @ 97!3_ R. L. Hines ID~t~.,m. 6-~ IT~t'eDrilling Superintendent AR3B-459-2-B Number all daily well history forms consocutively IPage no. [~ hey ~re .repared, ..... h well. [ 21 ARCO Oil and Gas Company ,~,, Daily Well History--Interim Instructlena: This form is used during dritl]ng or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number aH drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim'" sheets until flnat completion. Report official or representative test on "Filial" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string unhr completion. District Field ALASKA County or Parish NORTH SLOPE BOROUGH Lease or Unit ADL 28323 State ALASKA PRUDHOE BAY PINGUT no. #1 Date and depth as of 8:00 a.m. 08/18/83 08/19/83 08/20/83 Complete record for each day while drilling or workover in progress 7" @ 11,462' 10,160'PB (9713'Cmt) RU SOS 4 SPF (2') Guns MW 9.9, NaC1 Brine Drlg cmt f/9713'-9747', 34' Drlg, Howco EZ drl ret @ 9747', drl cmt below ret f/9749'-9850', 101' & f/10,130'-10,160' to top of ret. Circ hole. POH & PU 7" Bkr csg scr, GIH to 10,160' Circ, tst csg to 1500 psi, fell to 1425 (30 min). POH w/csg scr, RU SOS & GIH w/CBL. Log w/CBL, bond doubtful (sent to Anch). Confer w/Anch on upcoming proc, order out & RU Schl 2' guns 4 SPF, 90° ph & RU guns. 7" @ 11,462' 9690'PB (10,160'PB) Repair Drawworks MW 9.9, NaC1 Brine Fin RU SOS & GIH w/4 SPF guns (90° pf). Corr & perf f/9780'-9782' '(2'). POH w/SOS & RD same. PU Howco EZ drl ret & GIH, set EZ drl @ 9690', press ann @ 2000 psi, estab inj rate, brk dwn @ 1850, pump 3 BPM @ 2150 psi, sting out, hold 1000 psi on ann. Mix cmt @ 1337, pump 5 H20, 31 bbls cmt (150 sx) 16.1# Class G w/1.2% D-19 & .4% R-4 spot to 9690 w/28.7 brine. Sting in & sqz perfs f/9780'-82' w/35 bbl brine, final pump press 1/2 BPM @ 1300 psi. CIP @ 1454 Hrs. Pull 2 stds RO pull 5 stds. Circ, cut DL, slug pipe. TOH w/ Howco stinger, PU Bit #25, 2 BBs, TIH to 9300', LD 15 jts "G". TIH to 9454'. Fin WOC, RIH 2 stds tag cmt @ 9670' Repair drawworks, repl input drive chai~ (hi side), hyd hose on oiler pump. 7" @ 11,462' 9710'PB (9690'PB) NU BOPs MW 9.9, NaC1 Fi~ repair on drawworks compound, DO cmt (hard) f/9670'-9690', DO EZ SV @ 969¢ 9692', DO hard cmt f/9692'-9735', fell out @ 9735'. Sqz perfs 9780'-9782' & 9832'-9834'. CO f/9735'-10,160'PBTD. CBU, tst perf 9780'-82' & 9832'-34' to 1500 psi, lost 500 psi 1st min. Est inj 1-1/2 BPM @ 1570 psi. Slug pipe, TOH w/Bit #25. WOO f/ANO. TIH w/Howco 7" EZ SV, set rtnr @ 9710', tst 3-1/2 x 7 ann to 2000 psi, est inj rate 2 BPM @ 1650 psi. P 5 bbl FW, tst lns to 3500 psi, ok. Mix & spot 200 sx 41 bbls 16.2 ppg 78°F "G" cmt w/0.4% R-4 & 1.2% D-19 @ 4-1/2 BPM. Mix time 8 min. Foll w/5 bbl FW & 18 bbls 9.9 brine. Stab in @ 9710'. Sqz perf 9780'-9782' w/175 sx cmt to form. Final press 1700 psi @ 1/2 BPM SO CIP @ 2300 Hrs, wtr 77°F, dry 33°F. RD & pull 5 stds, RO @ 9225', TOH w/Howco stinger, pull wear ring, RU to tst BOPs. Tst choke manif 250 & 5000. Attempt to tst Hydril. Tst jt parted. ND ret tst plug, XO & 3-1/2" tool jt.NU. The above is correct Signature (~.~~ Date ITitle /~' ~-~ J Drilling Superintendent For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B INumber all daily well history forms consecutively Page no. as they are prepared for each well. 22 ARCO Oil and Gas Company ~ Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim;' sheets until final complehon. Report official or representative lest on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 3(] days, Or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string unlit completion. District County or Parish Slate ALASKA NORTH SLOPE BOROUGH ALASKA F~eld Lease or Unit no. PRUDHOE BAY ADL 28323 PINGUT we,, #1 Complete record for each day while drilling or workover in progress Date and ,3eptn as of 8:00 a.m. 08/21/83 08/22/83 08/23/83 7" @ 11,462' 10,160'PB (9710'PB) Run CBL MW 9.9, NaC1 Fin NU BOPs, tst BOPs, Hydril 3000, rams & stack valves to 5000. Tst acc, full chg 3 min 35 sec. Set wear ring, TIH w/Bit #26, 2 JBs & 14 DCs. Tag @ 9696', drlg hard cmt 9705'-9710' Drlg EZ SV @ 9710' Push EZ SV to 9740' Drlg on EZ SV & cmt to 9844' TIH to 10,106' CO soft cmt 10,106'-10,160' CBU, TOH w/Bit #26, TIH w/Bit #26RR & q" scr & 2 JBs. CBU @ 10,160' Tst sqzd perfs 9780'-9782' & 9832'-9834' to 1500 psi, lost 700 psi/30 min. Attem~ to BP @ 2500 psi, no success. TOH w/Bit #26RR & 7" scr. RU & run SOS, CBL/G~ CCL over sqzd int. Good bond 9764'-9784'. 7" @ 11,462' 10,130'PB (10,160'PB) Set & Tst Rtnr @ 9630' MW 9.9, NaC1 Run CBL/GR/CCL 10,160'-9400', good bond 9764'-9784' TIH w/7" Howco RTTS. Set RTTS @ 9885' Tst EZ SV @ 10,160' to 2000', no tst. Set RTTS @ 9633' Tst 3-1/2 x 7 ann 3000, ok. Tst perf 9780'-82' & 9832'-34' No tst. Set btwn perf, tst lwr perf 2500 psi, no comm. 500 psi bleed off lst min & 100 psi/5 min after. Tst upper set perf est inj rate 2 BPM 2450 psi. No comm, to lwr, set RTTS @ 9972', tst @ 3000 psi. EZ SV @ 10,160', no tst. TOH w/ RTTS, set WL 7" EZ SV BP @ 10,130'. TIH w/7" EZ SV on 3-1/2" DP. Set & tst EZ SV @ 9630' 7" @ 11,462' 9714' (10,130'PB) Drlg Cmt @ 9714' MW 9.9, NaC1 Brine EZ ~V @ 9630' Tst 3-1/2 x 7 ann to 3000 psi, 25 psi/min. Bleed off. Est inj rate to perf 9780'-82' & 9832'-34' 1 BPM 2050 psi. P 5 bbl FW, tst lns 3500 psi. Mix & spot 30.7 bbls 150 sx 16.2 80°F "G" cmt w/0.1% R-4 & 0.5% D-1 Start mix 0700, fin mix 0706. Foll w/5 bbl FW & 29 brine. Stab in sqz perf w/40 sx in form to 3000 psi. Sting out RO 15 bbls cmt. CIP @ 0745 Hrs. Stab in PU to 3500 psi, no bleed off. Sting out, TOH w/Howco stinger. WOC. ND bell nip. Chg out ann rubber, pull wear ring, set tst plug, tst to 3000 psi & 300 psi, ok. Pull TP NU bell nip, set wear ring, WOC, ok. WOC TIH w/ Bit ~27 & 2 BBs. Tag @ 9630' Circ C&S DL total WOC 16 hrs. Tst 7" & 9-5/8" to 2000 psi, no bleed off. Drlg EZ SV @ 9630'-9635', drlg cmt f/9635'-9713' Hard 1.4 min/ft ROP. The above is correct For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 Title Drilling Superintendent AR38-459-2-B Number all daily well history forms consecutively as they are prepared for each well. Page no, 23 ARCO Oil and Gas Company {~ Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perlorating, show formation name in describing work perIormecl. Number all drill stem tests sequentially. Attach clescriPtion of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1/ Submit "Interim" sheets when Idled out but not less frequently Ihan every 30 days, o~ (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting el oil strin§ until completion, District Field AL~S~ coumy or Parish IState NORTH SLOPE BOROUGH I ALASKA Lease or Unit 1Well no. I ADL 28323 PINGUT PRUDHOE BAY #1 Date and cleptn as of 8:00 a.m, 08/24/83 08/25/83 08/26/83 Complete record for each day while drilling or workover in progress 7" @ 11,462' 10,133! (9714') TIH w/DST #3 MW 9.9, NaC1 Brine Drlg cmt (hard) 9714'-9790', fell out CO soft cmt stringers to 9795', circ 15 min. Tst perfs 9780'-82' & 9832'-34' to 1500 psi, 100 psi/5 min bleed off. Drlg soft cmt & stringers f/9795'-9847', fell out. TIH to 10,128' Drlg cmt stringers 10,128'-10,133', did not CO to bridge plug (WL 10,130' DP 10,145'+. CBU, tst perf 9780'-82' & 9832'-34' & CI BP @ 10:30 (WL) to 1500 psi. Bled off to 930 psi/50 min, losing 30 psi/5 min. TOH w/Bit #27. Run Schl CE¢/CCL (perf still leak). CET 10,126'-8800', show bonding 9786'-9760'. RD-Schl. TIH w/Bit #27RR, 7" Baker scr & 14 4-3/4 DCs 10,133', CBU TOH w/Bit #27RR. MU DST #3, Vann guns 5" 4 SPF, SS gages, Howco drag block, Champ pkr, SJ, jars, APR, 6 4-3/4" DCs bypass. TIH on 3-1/2" DP 1000' wtr cushion. 7" @ 11,462' 10,133'PB (10,133'PB) Rev Out DST #3 MW 9.9, NaC1 Brine Fin TIH w/DST #3, spot guns w/SOS GR/CCL, MU surf tst mani.f, space out Vann guns, set Howco 7" Champ pkr @ 9718' WL. Hold DST safety mtg, tst ann to 500 psi, ok. No fluid rise. Tst all tst lns& valves 3500 psi w/N2, ok. PU 3-1/2" DP to 2400 psi. Open LPR @ 960 psi & PU ann to 1500 psi. Drop bar. Perf @ 9882'-9966' @ 1123 hrs w/5" 4 SPF Vann guns. Flow well 5 min, 157' Rise 335 BFPD. SI @ 11:28. SIDPP 1650 psi. SI f/PBU. Open LPR @ 1500 psi. 1433 hrs, flow well 1 hr 1298' fluid rise. Final flow rate 20-80 BFPD. SIDPr 0 psi. SI f/PBU. Take fluid lvl shot FL @ 6455'-772' rise during SI. Open ann, took 9 bbls to fill 772' in 3-1/2" = 6 bbls. Put 500 psi on 3-1/2 x 7 an~ (15 psi/min bleed off). 45' rise in DP in 2 hrs. Set 10,000# addt'l on pkr. Open LPR @ 1450 psi @ 0315 hrs. Flow well, take FLS shots, 525' rise 10-30 BFPD. Close LPR, open bypass, rev circ to pits. Take samp & run shake outs on same. RO wtr cushion, form wtr-tr oil, & mud. Note: 3-1/2 x 7 ann bleed off is. 15 psi/min, steady. 7" @ 11,462' 10,133'PB (10,133'PB) GIH w/Howco Rtnr (9770') MW 9.9, NaC1 Brine Rev circ DP @ 9505', close bypass, tst DP 3000 psi 70 psi/min bleed off. RD tst manif, TOH w/DST #3 tstg DP ev 10 stds, pull total of 20 stds & no indic of leaks in remaining DP & tst tools, LD 3 jts of DP (G) 18th std. GIH w/all DP & POH & LD all r'G" DP (w/repl w/"E" DP on next trip). RU SOS & GIH w/ Howco rtnr, c/not go below 2015' = tiebk, POH & inspect rtnr (max OD of rtnr = 5.50"). PU 2nd rtnr & GIH on WL, again c/not go beyond 2015', POH w/rtnr (both rtnrs had slight marking on leading edge). GIH w/6" bit & 7" csg scr to 2200' w/no indic of tite spot @ 2015', circ btms up & POH. RU SOS & GIH w/3rd rtnr, rtnr went past 2015', ok. Cent in hole @ 0600 hrs to 9770' w/ Howco rtnr. All shots fired on vann guns f/DST #3, all DST ~3 BHA in good shape, Howco pkr w/chunk of rubber gone on 1 seal. The above is correct Signature Date For form preparation and distribution R. L. Hines see Procedures Manual Section 10~ Drilling, Pages 86 and 87 Title Drillinq Superintendent AR3B-459-2-B INumber all daily well hislory forms consecutively as they are prepared for each well. Page no, 24 ARCO Oil and Gas Company ~ Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If [es[ing. coring, or perforating, show tormation name in describing work perIormed. Number a~l drill stem tests sequentially, Attach description of all cores, Work performed by Producing Section will be reporled on "Interim" sheets un~il linal completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when idled out but not [ess frequently than every 30 days. or (2) on Wednesday of the week in which oil string is set. Submit weekiy for workovers and Iollowing selting of oil string until completion. District County or Parish State ALASKA NORTH SLOPE BOROUGH ALASKA Field Lease or Unit 1Well no. PRUDHOE BAY ADL 28323 PINGUT I #1 Complete reCord for each day while drililng or workover in progress Date and ~eptl~ as of 8:00 a.m. 08/27/83 08/28/83 08/29/83 77 @ 11,462' 9770'PB (10,133') RU SOS f/Perfs @ 9640'-42' MW 9.9, NaC1 Fin GIH w/Howco rtnr, chasing something dwn hole f/4500', stuck @ 6800', work free w/6000 overpull on WL. POH w/rtnr (rtnr scarred in sev spots). RD Schl, PU 6" bit, scr, 2 jnk bskts, 14 4-3/4 DC & GIH w/"E" DP, PU singles to rep1 laid out "G" pipe. Circ hole @ 9825', POH w/Bit #28, GIH w/Howco retr on WL, set @ 9770' POH & RD SOS. Make up stinger on 3-1/2" DP & GIH. Sting in @ 9770', tst csg @ 2000 psi, ok. Brk dwn perfs f/9882'-9966' (DST #3) @ 650 psi inj rate @ 3 BPM = 1200 psi, sting out, press lns to 3500 psi, ok, hold 1000 psi on ann & pump 5 H20, 41 bbls (200 sx) 16.2# G cmt w/0.1% R-5 & 0.5% D-19, fell w/5 H20 & spot to 9770', sting in & sqz perfs. Cmt @ perfs w/9 bbls displ, sqz press = 1750 + psi @ 1/2 BPM. Start mixing @ 0005 & CIP @ 0118 Hrs, slurry 80°, H20 78°, dry 55°. Sting out, pull 2 stds & rev 3-1/2 DP, 1+_ bbl cmt rets. POH 4 stds & circ dwn DP. POH w/stinger. RU SOS (f/perfs @ 9640'-42'). 7" @ 11,462' 9553'Rtnr (9770'PB) Drlg Rtnr @ 9553' MW 9.9, NaC1 RU SOS & GIH W/4 SPF 90° ph, to perf f/9640'-42' POH & RD SOS, all shots fired, PU Howco EZ drl rtnr on 3-1/2" DP & set @ 9553' Tst csg 2000 psi, ok. Brk dwn sqz perfs@ 9640'-42' w/1350 psi, 3 BPM 1475, sting out press lns to 3500 psi, ok. Hold 1000 psi on ann & mix & pump as fell: 5 H20, 34 cmt, 5 H20 & 27 brine, sting in & sqz perfs w/37 bbl brine (hesitate last 2 bbls), final press 1/2 BPM @ 1525 psi. Cmt prop as fell: 150 sx (34 bbls) Class "G" w/0.1% R-5, 0.5% D-19, 15.6 ppg (cmt mixed too light), start mix @ 12:55 & CIP @ 14:22, H20 75°, slurry 74°, cmt 50°, sting out pull 2 stds & rev 3-1/2 DP w/l/2 bbl cmt rets. POH w/3 stds & circ dwn DP. POH w/Howco stinger. Pull w/b &tst rams, shear, HCR, manual valves, manif, kelly valves @ 250 psi & 5000, tst Hydril @ 3000. PU bit & 2 jnk bskts & GIH, tag cmt @ 9548' Drl cmt to 9553' & Howco ret @ 9553' 7" @ 11,462' 9770'PB (9553'Retr) GIH w/Howco Rtnr MW 9.9, NaC1 Drlg Howco rtnr @ 955', drl cmt below rtnr 9655', cmt firm too hard, sqz perfs@ 9640'-42', cent in hole & dress off cmt to top of rtnr @ 9770'PBTD. Circ btms up, press tst csg @ 1540 psi, bled to 1525 psi in 30 min. POH w/ bit, jnk bskts, PU 7" csg scr & GIH, circ. Drop rabbit, POH 30 stds, cut 68' DL, fin POH. RU SOS & GIH & log w/CET tool. Eval CET log, RU SOS to perf. TIH &perf f/9602'-04'. PU Howco rtnr & GIH. The above is correct For form preparation and distribution see Procedures Manual Section 10. Drilling. Pages 86 and 87 R. L. Hines Title Drilling Superintendent AR3B-459-2-B Number all daily well history forms consecutively as hey are prepared for each well. Page no. 25 ARCO Oil and Gas Companyv'~' Daily Well History--Interim Instructlona: This form is used during drilling or workover operations. If testing, coring, or perforating, show Iormation name in describing work performed, Number a~l drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets unlil ~inal complehon. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less Irequently than every 30 days. or (2) on Wednesday of the week in which oiJ atr[ng is set. Submit weakly lor workovers and following setting of oil string un i comp et on District Field Date and depth as of 8:00 a.m. County or Parish Stale ALASKA ~n~m~ SLOPE BOROUGH ALASKA Lease or Unit IWell no, PRUDHOE BAY ADL 28323 PINGUT I #1 Complete record for each day while drilling or workover in progress 08/30/83 08/31/83 09/01/83 7" @ 11,462' 9770' (9770'PB) GIH w/7" Csg $cr MW 9.9, NaC1 Fin GIH w/Howco rtnr on 3-1/2" DP, set @ 9542', tst csg @ 2000 psi, ok. Brk dwn perfs 9602'-04' ~/1400 psi, 2 BPM = 1600, sting out, press lns to 3500 psi, ok. Hold 1000 psi & mix & pump as foll: 5 H20, 20 bbls cmt (100 sx), Class "G" w/0.1% R-5, 0.5% D-19, 16.2 ppg, foll w/5 H20 & 40.5 brine, sting in & displ w/23-1/2 bbls brine (cmt @ perfs @ 8+ bbls), 1 BPM 1250 psi, slow -- to 3/4 BPM w/13 bbls = 1750 psi under displ 1/2 bbl (23-1/2 total @ 1/2 BPM = 2500 psi). Start mixing 0824, CIP @ 0917. H20 = 80°, slurry 82°, st%ng out & pull 2 stds, rev out, pull 4 stds, circ dwn DP, 1+ bbl cmt rets. POH w/ 3-1/2" DP & Howco stinger, PU 6" Bit #29, 2 jnk bsk~ & 14 4-3/4 DC & GIH. WOC, tag cmt 9527', drl to rtnr @ 9542' Drlg hard cmt to 9612' & fin GIH to 9770'PBTD. Circ hole, tst csg to 1500, ok. POH w/jnk bskt & bit. Cln out bskts, PU csg scr. 7" @ 11,462' 9770'PB (9770'PB) Monit Fi Lvl MW 9.9, NaC1 GIH w/bit, scr, 2 JB, 14 4-3/4" DC to 9770', circ. POH, drop rabbit, RU SOS. GIH w/CET, tool failed, POH, tool started' working. Run CET, showed bonding f/9602'-9612', POH RD SOS. MU DST #4, vann guns 4 SPF, SS gauges Howco drag block, pkr, S jt, jars, LPR 6 4-3/4" DC, bypass. TIH w/3-1/2" DP (1000' H20 cushion), monit fl lvl. RU SOS & GIH w/i-ii/16" CCL/GR, correl, POH & RD SOS. Space out vann guns, set pkr, RU surf equip &tst @ 3500' w/N2, ok. Tst bk side w/500 psi, ok. PU 3-1/2" DP to 2450', shoot fl lvl open LPR @ 1500 psi. Shopt fl lvl & load vann bar. Compared fl lvl shots f/before opening LPR & after opening LPR. F1 lvl shots indicate a 1400' fl raise in tbg w/no chg in bkside press or tbg press. 7" @ 11,462' 9770' (9770'PB) TIH w/Pkr, Hydra Spring MW 9.9, NaC1 Monit fl lvl, DP psi 2450, fl rise f/7006'-6789', 217' @ 1-1/2'/min. Bleed press to 1800 psi, fl lvl f/6789'-6499', 290' @ 2.5'/min. Drop press to 800 psi, fl lvl f/6499'-6170', 329' @ 5.5'/min. DP = 0 w/fl lvl @ 6092' @ 12:10, attempt to open Howco bypass, could not. Rel pkr, open LPR & rev circ DP thru LPR, catch samp during circ & analyze (samp contained form HC). Monit hole f/flow, RD surf equip & pull 2 jts 3-1/2, successful in attempt to open Howco bypass, rev POH w/DST #4 tools & LD same. PU pkr, 5" Hydro spring & LOC by pass. TIH w/tools & 3-1/2" DP & fill 4850' of DP w/brine. Hydro spring not working, POH, LD Hydro spring & PU new, TIH to tst f/leak. The above is correct Signature For form preparation and distribution R. L Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 Date Title J (; - ~ -~ Drillinq Superintende~ AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well, Page no. 26 ARCO Oil and Gas Company,~,'~' Daily Well History--Interim Instructlone: This form is used during drilling or workover operations, if testing, coring, or perforahng, show formation name in describing work performed. Number a;I drdl stem tests sequentially. Attach description of ali cores. Work performed by Producing Section will be reported on "interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District County or Perish State ALASKA NORTH SLOPE BOROUGH Field Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depm Complete record for each day while drilling or workover in progress as of 8:00 a.m. ALASKA lWe,, n0.~l 09/02/83 03/03/83 09/04/83 7" @ 11,462' 9770' (9770'PB) Prep to Sqz MW 9.9, NaC1 Fin TIH w/pkr, Hydro spring, set pkr @ 9686', DP 1960 psi under hal, open Hydro, no flow f/PB rtnr @ 9770', press ann 1500 (450 loss, 5 min). Rel pkr, pull 2 jts & set pkr @ 9623', open Hydro, no flow or fl raise f/sqz, perfs@ 9640'-42', press ann to 1500, fell 455 psi in 5 min. Rel pkr & reset @ 9528', fl rise = 62' in 10 min, 78' in 10 min. Press ann to 1500 f/15 min, 5 psi loss. Attempt to open bypass. Fill DP w/brine, RU SOS to perf. Open bypass RD SOS, Re DP, TOH w/tst tools, LD Howco. Set EZ SV BP on WL @ 9622'~ TIH w/7" EZ SV rtnr on 3-1/2" DP. Set EZ SV @ 9500', tst 3-1/2" x 7" ann, 2000 psi, ok. Est inj rate 1.2 BPM @ 2250 psi into perf 9602'-04', 2 min, SIP ll0C psi. BJ P 5 bbl FW, tst lns to 3500 psi. Start sqz ~13 mixing @ 0605 hrs. Fin sqz #3 @ 0700 hrs, final sqz press 3000 psi, 54 sx into form (behind 7" cs 7" @ 11,462' 9627'CIBP (9500'Rtnr) Drlg EZ SV BP @ 9627' MW 9.9, NaC1 Mix & spot 100 sx 20.3 bbls 16.1 ppg "G" cmt w/0.1% R-5 & 0.5% D-19 & 0.2% D-6 @ 3 BPM. Start mix 0607 hrs, fin mix 0613. Temp dry 25°F, wtr 78°F, slurry 89°F, stab.in @ 9500', sqz perf 9602'-04' to 3000 psi (no bleed off) w/54 sx in form. Sting out @ 0705, pull 2 stds, attempt to Re, no success, 1-1/4 hrs since fin mix. TOH w/Howco stinger, 27 jts cmtd up. TIH 15 stds, circ cln, TOH TIH 9 stds LD 27 jts. TIH w/6" bit, 2 BBs & 14 4-3/4" DCs. SLM 5' deeper than WL. WOC, circ @ 9266' Tst 7" csg to 1500 psi, no bleed off. TIH & tag cmt@ 9490' DO 10' cmt, EZ SV @ 9500' &cmt f/9502'-9622' Fell out of cmt@ 9622' & tag EZ SV BP @ 9627', CBU. Tst perfs 9602'-04' w/1500 psi. Los% 160 psi/40 min, DO EZ SV BP @ 9627' (9622' WL). Note: BJ ran pilot tst on dry cmt samp after job of 09/02/83 0700 hrs. Set time was 40 min, should have been 2 hrs, 40 min. Howco bypass run w/Hydro spring tstr on 09/01/83 was jammed w/cmt f/coating on inside of DP. 7" @ 11,462' 9770'PBD (9770'PBD) Sqz #14 in Progress MW 9.9, NaC1 Brine DO EZ SV @ 9627' CO to 9770'PBD. CBU, tst perfs 9602'-04' & 9640'-42' @ 1500 psi, lost 700 psi/10 min. TOH to 8000', RU head pin, est inj rate into perfs 9602'-04' & 9640'-42' @ 1/2 BPM, 2000 psi. Fin TOH w/Bit ~30. MU Howco 7" EZ SV rtnr on 3-1/2" DP, TIH to 9443', attempt to set EZ SV @ 9443' No set TIH to 9770'PBD. TOH w/EZ SV, jnk lodged in EZ SV. TIH w/new EZ SV on 3-1/2" DP. Set EZ SV @ 9438', tst 3-1/2 x 7 ann to 2000 psi, ok. Est inj rate 1 BPM 2100 psi. Could not tst lns, chg out Howco pump trucks. Tst lns 5000 psi, ok P 5 bbl FW, M & spot 50 sx "G" cmt lead slurry w/1.0% CFR-2, 0.3% H-22A, 3% KC1 & 50 sx tail slurry "G" cmt w/1.0% CFR-2, 0.2% HR-7 @ 3 BPM. Mix time 6 min, total slurry vol 20.5 bbls. Drop wiper plug, fell w/5 bbl FW & 39.5 bbls brine. Stab in @ 0456 hrs, displ cmt thru perfs, 9602'-04' & 9640'-42' @ 3/4 BPM @ 1800 psi. (Cont. next page.) The above is correct For form preparation and distribution R. L Hines see Procedures Manual Section 10, ' Drilling, Pages 86 and 87 Date Title Drillinq Superintendent AR3B-459-2-B INumber all daily well history forms consecutively IPage no. as they are prepared for each well. ] 27 ARCO Oil and Gas Company ~, Daily Well History--Interim Instructions: This lorn is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performecl. Number a;I drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final complehon Report official or representative test on "Final" form, 1) Submit "lnlerim" sheets when filled out but not less frequently than every 30 ~days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following sethng of oil string un ~ comp etlon, Disfrict County or Parish }Stero ALASKA NORTH SLOPE BOROUGH J AT,A~ Field Lease or Unit IV~/ell no. PRUDHOE BAY ADL 28323 PINGUT Complete record for each day while drilling or wo~kover in progress Date and depth as of 8:00 a.m. 09/04/83 (cont.) 09/05/83 09/06/83 09/07/83 09/08/83 The above is correct Signature #1 Shear wiper plug, sting out & RO @ 0540 hrs, RO wiper plug, did not shear. Sqz press 2300 psi @ SO, sqzd 61 sx into form, slurry 15.5-16.0 ppg, 78°F, wtr 75°F, dry 34°F. CIP @ 0700 hrs. Prep to WOC until 1900 hfs 09/04/83. 7" @ 11,462' 9770'PBD (9770'PBD) Circ Hole Cln @ 9613' MW 9.9, NeC1 Brine Fin RO stab in, PU DP to 3000 psi, no bleed off. CIP @ 0700 Hrs 09/04/83. Sting out, CBU, TOH w/Howco stinger. TOH 50 stds, S&C DL, fin TOH MU Bit #31. TIH w/Bit #31, WOC. Tst 7" & 9-5/8" csg & rtnr @ 9438' to 2000 psi, ~o gleed off. DO EZ SV @ 9438' & hard cmt f/9439'-9613'. CBU. 7" @ 11,462' 9770'PBD (9770'PBD) SI f/PBU DST #4A MW 9.9, NaC1 Tst perf 9602'-04' @ 1000 psi, 2-3 psi/mtn loss, ok. Drlg hard cmt 9613'- 9641', soft cmt 9641'-51', stringers to 9770'. Circ, tst perf 9602'-04' & 9640'-42' @ 1000 psi, ok, 5 psi/mtn loss, ok. TOH w/Bit #31, CO jnk bskts. TIH w/Bit #31RR, 7" Tri-State scr, 2 4-3/4" boot bskts. Svc rig, adjust brakes, TIH to 9770', circ cln. TOH w/scr. PU DST #4A tools, 5" 2 SPF vann guns, SS gages, Howco Champ pkr, SJ, jars, LPR, 6 4-3/4" DCs & lock, closed bypass on 3-1/2" IF DP. TIH w/1000' FW cushion. MU tst assy RU SOS GR/CCL. Spot guns w/tie in to FDC/CNL, RD SOS, space out vann guns. Set pkr @ 9458'. Tst surf valves to 3500 psi w/N2. Press DP to 2450 psi f/1000 psi UB. Open LPR @ 800 psi, load & drop bar, perf 9648'-9730' @ 0444 hrs. Flow well 5 mtn on 1/4" choke. SI DP P 1850 psi. SI @ 0450 Hrs. FL dropped 93' Open LPR @ 0505 hrs, flow well 15 min. SI @ 0520 Hrs, SI DP P 1350, FL rise 233' SI 'f/PBU. Prep to SI 5 hrs, flow 1-2 hrs, SI 10-12 hrs. 7" @ 11,462' 9770'PBD (9770'PBD) TOH w/DST #4A SI f/PBU DST #4A. Open LPR @ 1023 hrs, flow well 1 hr, 0 psi FDPP 932' fluid rise. Rate 100 BFPD, close LPR SIDPP 0 psi. SI f/PBU. Monit ann & DS fluid lvls. No chg, open LPR @ 2125 hrs @ 1200 psi. Flow well 5 hrs f/samp. Fluid rise 2100', FL @ 5245' Rate 44 BFPD FDPP 0 psi. SI @ 0233 Hrs, 0 psi SIDPP. Open bypass @ 9247' (180,000#), rev out f/samp. Unset pkr @ 9485', CBU f/ 9247', RD tst lns. TOH w/DST #4A. 7" @ 11,462' 9770'PBD (9770'PBD) Flow Well f/Cln Up MW 9.9, NaC1 Brine TOH w/DST #4A, LD tools, all guns fired, eval DST #4A. TIH w/RTTS on 3-1/2" DP. MU tst tree, set pkr @ 9627', up 160, dwn 138. RU tst lns, tst ann to 500 psi. Est inj rate @ 1 BPM 800 psi, 10 mtn SI 150 psi. RU BJ, hold pre job safety mtg, tst lns to 5000 psi w/N2. P 2 bbls acid SD f/TIW leak. Flush lns, CO valve. P 54 bbls 28% HC1 2/10 gal/1000 J-32 + 6 gal/1000 C-15+ 5 gal/ 1000 J-45 + 100#/1000 Z-3. Close bypass @ 69 bbls rets, fin 2/43 bbls acid @ 3/4 BPM ~ 2300 p~i_ ~in~] i~j Dre~ 4100 ~i. (Cent. next pg.) IDat>~ -- /_.e' ""'~.~ Title Drilling Superintendent For form preparation and distribution 1{..[..,. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B Number all daily well hislory forms consecutively Page no, as hey are prepared for each well. 8 ARCO Oil and Gas Company ~ Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work perlormed. Number ali drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "lnlerim" sheets when filled out but not less frequently than every 30 days, or on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District ALASI~A State ALASKA lwe,, no #1 County or Parish NORTH SLOPE BOROUGH Field Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depth Comptete record for each day while drilling or workover in progress as of 8:00 a.m. 09/08/83 (cont.) 09/09/83 09/10/83 09/11/83 Displ w/75 bbls N2 (100,000 SCF) to 9730' (fluid lvl shot). Fin displ @ 0010 hrs, ISI 4070 psi 25 min. SI 4020 psi. At 0030 hrs observed slight ann flow. Close Hydril, open well on 1/4" choke f/cln up. At 0145 hrs 3-1/3" x 7" ann 150 psi. Surf acid load @ 0227 hrs. Flow well f/cln up. Total 16 bbls/3-1/2 hrs. FDPP 100 psi, ann press prob f/upper sqzd perfs 9602'-04' 7" @ 11,462' 9770' (9770'PBD) Displ DP w/N2 MW 9.9, NaC1 Flow well on 1/2" choke (DST #4B). Rec 20 bbl, well died @ 0900 hrs.~ Tst ann to 500 psi, ok. No bleed off. Sqzd perf 9602'-04', holding ok. SI @ 1100 hrs. SIDPP 190 psi, open well f/FL @ 667', bleed off FL 620', open @ 12:50 hrs. RU Schl to swab tst pkoff to 1000 psi. Make 1 run f/1000', swab hanging in all tool jts. Attempt to swab well, no fluid @ surf. RD SOS & monit well f/flow. F1 lvl rise f/458'-234' (well dead). RU fracmaster (coil tbg) & BJ N2. Hold ops mtg & press tst surf equip to 3000 psi, ok. GIH to 2000' w/coil tbg, displ DP w/N2, flowing BS & W & spent acid to surf. Start N2 @ 0525, @ 0600 displ 18 total bbls fluid, pump 300 SCF/min. Note: @ 0630 went in hole to 3000' & cont displ. 7" @ 11,462' 9770' (9770'PB) Displ Hole w/N2 MW 9.9, NaC1 Displ 3-1/2" DP w/fracmaster coil tbg using N2 @ 2000', displ spent acid H20. Displ turning to N2 rets. GIH to 3000' & cont displ, spent acid, pump N2 @ 300-350 SCF, pipe turning dry. GIH to 4000', pumped spent acid w/total of 67 bb!.s disp1 @ surf, fl becoming less acidic w/tr of oil @ 0130 hrs. Total fl 140 bbls @ 8.8 ppg H20, 5.9 PH, 39,000 C1 & Tr of oil, no gas. Total fl displ @ 1500 hrs, 167 bbls. Cont displ w/N2 @ 4000', began to lose fl. GIH w/coil tbg to 5000' & cont to displ fl w/N2. Total vol flowed to tst equip @ 0500 = 373 bbls fl samp = 8.7 ppg H20, Cl = 24,000 w/2-5% oil. 7" @ 11,462' 9632'Rtnr (9770'PB) Cmt of Perfs @ 9648' MW 9.9, NaC1 Displ hole w/N2 @ 5000' thru fracmaster coil tbg. Total vol 387 H20, w/22,00£ CI, 2-5% oil @ 8.7 ppg. POH w/fracmaster coil tbg, RD N2 unit & all frac- master equip. Open up Champ pkr, bypass & rev circ 9.9 brine, DST perfs taking fl, rev 150 bbl (79 bbl over circ) & lost 75 bbls to perfs before 9.9 brine arnd observe well. Perfs taking 10-12 bbls per hr. Rel Howco pkr & PO5 observe well & keep hole full. PU rtnr & GIH & set w/SOS @ 9632' GIH w/ Howco stinger on 3-1/2" DP. Cut DL 425' RU Howco, cmt hd leaking, 2nd cmt hd was wrong, could not drop wiper plug. Press tst ann @ 1000 psi (980 psi/ 10 min). Brk dwn 3 BPM @ 650 psi, unsting, hold 1000 psi on ann & pump 5 H20, 41 cmt, start mixing cmt @ 0525, Swaco choke failed, switch to manual choke & cont mixing, cmt mixed @ 0553, foll w/5 H20, 20.5 brine, sting in & start displ @ 0600 hrs. The above is correct For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 Title Drilling Superintendent AR3B-459-2-B INumber all daily well history forms consecutively [Page no, as they are prepared for each well. [ 29 ARCO Oil and Gas Company "~',~,, Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work pertormed. Number a;[ drill stem tests sequentially. Attach description of ell cores, Work performed by Producing Section will be reported on "Interim" sheets until line[ complehon. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when tilled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workoverS and following setting ol oH siring un[d comple[ion. District County or Parish State ALASKA NORTH SLOPE BOROUGH Field Lease or Unit PRUDHOE BAY ADL 28323 Date and depth as of 8:00 a,m. 09/12/83 09/13/83 09/14/83 ALASKA PINGUT Well no.~l Complete record for each day while drilling or workover in progress 7" @ 11,462' 9520'Rtnr (9632'Rtnr) Rev Out Cmt (Sqz) MW 9.9, NaC1 Fin cmt of DST perf f/9648'-9730', mix & pump 5 H20, 200 sx (41 slurry) Class "G" w/1.0% CFR-2 & 0.2% HR-7, mix time 31 min, foll w/5 H20 & 20.5 brine, sting in displ w/45-1/2 brine @ 3/4 BPM @ 1450 psi, sting out, rev, slurry = 16.0 ppg, held 950 psi on ann except during failure of Swaco choke when 2000 psi was applied on ann. At no time was any communic or press chgs noted due to questionable perfs@ 9602'-04', yd = 1.15. Pull 3 stds & circ dwn DP. POH w/Howco stinger on 3-1/2" DP. Tst annulars @ 250 & 3000, tst all rams, Valve & manif @ 250 & 5000, funct tst koomey, repaired hydraul choke, repl ~eaky HCR valve. PU bit & GIH, tag firm cmt @ 9605' Circ hole, tst csg @ 1500, 1/2 hr, 1480 psi. POH, RU SOS, GIH &perf f/9568'-70' w/4 SPF. PU Howco rtnr & GIH, set @ 9520'. RU surf equip, set rtnr, tst ann, 1500 psi. Brk dwn sqz perfs@ 9568'-70' @ 1000 psi, 2 BPM = 2600. Tst lns@ 3500, ok. Pump 5 H20, start mix 100 sx Class "G" cmt w/1.0% CFR-2, 0.2% HR-7 @ 0445, cmt mixed @ 0455 vol = 20.5 bbls, drop wiper plug, pump 5 H20 & 40 brine, stab in & displ cmt thru perfs@ 3/4 BPM @ 2200 psi w/25 bbls brine, sting out, shear wiper plug, rev out. CIP @ 0535 hrs, slurry 15.9 ppg, H20 74°. 7" @ 11,462' 9400'Rtnr (9632'Rtnr) Drlg Cmt Rtnr @ 9400' MW 9.9, NaC1 Fin rev out cmt, approx 1 bbl cmt ret. PU 3 stds, circ dwn DP btms up. POH w/DP & Howco stinger. RU SOS, GIH shoot sqz perfs@ 9470'-72' PU Howco rtnr on 3-1/2" DP & set @ 9400'. Press ann 1500, ok. Brk dwn perfs@ 2530, 2 BPM = 2650. Mix & pump 5 H20, 20.5 (100 sx) Class "G" w/1.0% CFR-2, 0.2% HR-7, start mix @ 1612, foll w/5 H20 & 39 brine to place @ rtnr, sting in & disp1 w/21.5 brine (3-1/2 bbls under displ) final pump rate = .1/2 BPM & 2700+, sting out & rev pull 3 stds & pump dwn DP. POH, PU bit, jnk bskts, 4-3/4" DC & GIH. Circ & WOC. Drlg firm cmt @ 9380'-9400', drlg rtnr @ 9400'. 7" @ 11,462' 9400'Rtnr POH w/Bit ~33 MW 9.9, Vis 28, NaC1 Cont drlg on Howco rtnr @ 9400', drlg hard cmt f/9402'-9480' & 9493'-9520' Circ hole, press tst csg @ 1500 psi, lost 10 psi. POH f/bit. PU Bit #33 & GIH. Drlg on rtnr @ 9520'-9522', drlg cmt f/9522'-54', 9570'-78' & 9599'- 9625' (hard). Circ & cln hole. Press tst to 1500 psi (twice) lost 400 psi in 20 min, POH. The above is correct Date ITitle '/~ ' ~ -~ Drillinq Superintendent For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 R. L. Hines AR3B-459-2-B Number all daily well history forms consecutively IPage no, as they are prepared for each well. ] 30 ARCO Oil and Gas Company.~,,.'~' Daily Well History--Interim Instructions: This ~orm is used during drilling or workover operations, if testing, coring, or perforating, show formation name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work 'performed by Producing Section will be reported on "interim~' sheets until final complohon. Report official or representative test on "Final" form. 1} Submit "Interim" sheets when filled out but not less frequenHy than every 30 days, or on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting ol oil string until completion. Dislrict Field AZJ~SK~ Stale ALAS KA Counly or Parish NORTH SLOPE BOROUGH Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depth as of 8:00 a.m. 09/15/83 09/16/83 09/17/83 Complete record for each day while drilling or workover in progress We,I no.#1 7" @ 11,462' 9300+Cmt (9625'PB) Brk Hd Sqz w/1500 Psi MW 9.9, Vis 27, NaC1 Fin POH w/Bit #33. PU 7" csg scr, GIH, circ hole. Press tst 1000 psi, press drop 40 psi in 10 min, 80 psi in 20 min. POH, cut DL, fin POH. RU SOS & run CBL, SOS panel failed, repl run CBL, eval CBL. GIH w/510' of 2-7/8" tbg & 3-1/2" to surf. RU BJ & prep to spot 50 sx bal plug on btm @ 9625', press tst 2500. Pump 5 H20, 10.25 bbl Class "G" cmt w/l% D-19, 0.2% R-5, 0.1% D-6 (50 sx) & foll 1 bbl H20, displ bal plug w/67 bbls brine, cmt = 15.8 ppgz yd 1.15. POH w/10 stds & rev circ. Close bag & press to 1500 psi. Br~ hd sqz, w/15 stks = 2 bbls, hold 1500 psi. 7" @ 11,462' 9633'PB (9300'Cmt) TIH w/DST #5' MW 9.9, Vis 27, NaC1 Fin brk hd sqz, pump 1500-1450 in 15 min. Reapply, 1500-1450 (15 min), reappl 1500 f/1 hr, cmt set. POH w/500' 2-7/8" tail & 3-1/2" DP. PU Bit #33RR, scr & 14 4-3/4" DC. GIH to drl cmt. Circ & WOC. Tst 7" csg 1500 psi, 15 min, ok Tag soft cmt @ 9465' (expected TOC 9250'). DO soft cmt f/9465'-9500'. Circ tst perfs 9470'-72' 1000 psi, 15 min, ok. Drlg hard cmt 9500'-9590' Circ tst perfs 9470'-72' & 9568'-70', 1000 psi, 15 min, ok. Drlg hard cmt 9590'- 9629', tag PBD @ 9633' Circ tst perfs 9470'-72', 9568'-70' & 9602'-04', 1000 psi, 15 min, ok. CBU, drop rabbit, TOH w/Bit #33RR. PU DST #5 tools, TIH. 7" @ 11,462' 9633'PB (9633'PB) TIH w/DST #5A MW 9.9, NaC1 Brine TIH'w/DST #5. Spot guns w/GR/CCL. Tie in to OH Sonic/GR. Space out vann guns. Set pkr @ 9340' RU tst lns, shoot FL, no rise, ok. Tst all surf equip, 3500 psi, N2, ok. PU ann to 500 psi, 100 psi/min. Bleed off, shoot FL 1100', rise in DP ann dropping. Tst string leaking. Open bypass @ 9128'. RO 2-3 bbls live oil. Circ cln. Close bypass, tst DP to 3000 psi 20 psi/min. Bleed off in 5 min ann, ok. Tst 3-1/2" x 7" ann to 500 psi, no bleed off. Unset pkr @ 9340', tst sqzd perfs to 1000 psi, 30 psi/min, bleed off 475 psi/ 30 min. Tst DP to 3000 psi, 10 psi/min loss. Open bypass RO. TOH w/DST #5. LD tools (LPR had cycled). Ck guns, ok. Reload SS gauges. PU guns, SS & new Howco tools. TIH w/DST #5A. 1000' FW cushion. The above is correct Signature ~_~.~~ Dat>~ Title - ~ ~ Drilling Superintendent For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-8 INumber all daily well history forms consecutively as they are prepared for each well, Page no. 31 ARCO Oil and Gas Company {~, Daily Well History--Interim Instructions: This form is used during dritling or workover operations. If testing, coring, or perforating, show formation name in descrlbinq work performed. Number aH drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim;' sheets until hnal completion. Report official or representative test on "FInel" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or on Wednesday of the week in which oil string JS set. Submit weekly for workovers and following setting of orl strin.q un I compiet on. District County or Parish State ALASKA NORTH SLOPE BOROUGH ALASF~A Field Lease or Unit PRUDHOE BAY ADL 28323 Date and depth as of 8:00 a.m. 09/18/83 09/19/83 09/20/83 09/21/83 The above is correct Signature PINGUT lwe,, n0.#1 Complete record for each day while drdling or workover in progress 7" @ 11,462' 9633'PB (9633'PB) Flow Well DST #5A MW 9.9, NaC1 Brine MU tst tree &lns, space out & set pkr @ 9341', tst all surf lns to 3500 psi w/N2. PU DP to 3250 psi w/N2 (BHP = 4500 psi). Open LPR @ 600 psi @ 9312' Fluid dropped 15', bleed off DP to 2400 psi f/1000 psi, UB. No rise, drop ba] & perf. Flow well 10 min, 186' fl rise. FL 8112', SIDPP, 890 psi. Monitor DP & ann FL during PBU. No chg. Open LPR @ 9312' @ 1500 psi @ 1455 hrs. 1/~ choke. Monitor FL rise during 1 hr flow period. FL rise 1052', FL @ 7060' Close LPR, SIDPP 0 psi. SI f/PBU. Monitor ann & DP FLs. Ann, no c~g, aP = FL @ 6989' Open LPR @ 1400 psi, flow well, fl lvl @ 3747' (3242' rise in 4 hrs). Prep to lift w/fracmaster coil tbg & N2. 7" @ 11,462' 9633'PBD (9633'PBD) Flow Well MW 9.9, NaC1 Brine Flow well FL @ 3500' SI @ 0650 Hrs, 0 psi SIDPP. LD tst head, RU 1" coil tbg & N2 unit. Open LPR @ 1100 psi, tst coil tbg BOPs FL @ 3179'. Lift fl f/400( 5000', 5500'. Shoot FL interface @ 2000' & dropping (foam). Lift fl f/6000'. No fl, lift f/7000', total rec 45 bbls. TIH f/7000' lifting fl w/N2 to 9000'. Lift w/N2 @ 9000', total rec 47 bbls. Tr oil 27M Cl. TIH to 9400', add emul brkr to N2 60 bbls rec, % oil = 20. N2 = 2575 psi @ 350 scf/min. FDPP = 200- 400 psi. SD N2 TOH to 2500' w/l" tbg. 7" @ 11,462' 9633'PBD (9633'PBD) Flow Well, Lift w/CTU & N2 MW 9.9, NaC1 Flow well w/o N2. FL @ 4652' TIH w/CTU f/2500'-6000' Lift w/250 scf/min w/de-emul. TIH to 7000'. N2 = 250 scfm w/DE. TIH to 8000' LF w/N2 @ 250 cfm, 2750 psi CT press incr to 350 cfm @ 3560 psi. TIH to 8500' LF w/N2 @ 350 cfm @ 3250 psi CT press. TIH to 9000' LF w/N2 @ 350 cfm @ 3220 psi CT press, Tot lifted @ 1730 hrs, 91.5 bbls. Last % oil = 40%, avg f/last 12 hrs 10%, CI 20,000 ppm. SD N2 flow well w/CT @ 9000' Ck FLs rising to 5500'. Lift w/N2 @ 250 cfm, lift 21 bbls in 2-1/2 hrs. SD N2, FL @ 4600' after N2, SD f/3-3/4 hrs CT @ 9000'. Lift w/N2 @ 250 cfm, 5 bbls rec @ 0500. Incr N2 to 350 cfm. Total prod 124 bbls. 7" @ 1142' 9633'PBD (9633'PBD) Flow Well f/Cln Up MW 9.9, NaC1 Brine Lifting w/N2 @ 350 cfm, total rec 130 bbls, DS N2 flow well, ck FLs. FL @ 1300' dwn @ 0900 hrs, FL @ 6142', @ 0920 hrs, FL @ 6223', @ 0930 hrs, FL @ 5630', @ 1200 hrs @ 5180' @ 1500 hrs, FL @ 4528. PU CT to 8000' Close LPR @ 1511 hrs. TIH w/CT to 9000' & RU BJ FL @ 4341'. 3-1/2" x 7" ann static. Tst lns to 5000 psi w/N2. P 67 bbls 28% HC1 w/l% J-32 anti sludge, 8 gal fri( red, 0.5% J-45 surfactant, 1.2% C-15 Inh (24-hr), 100~/100 gal Z-3 ISA @ 1 BP~ 4800 psi thru 1" CT @ 9000'. TOH w/l" CT @ 1920 hrs. Flush CT w/9 bbls dies. (Cent next pg.) ~.....~.~...~,..~..~.~..=.Date Title '/~ '~-'~ Drillinq Superintendent For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B INumber all daily well history forms consecutively Page no, as they are prepared for each well. 32 ARCO Oil and Gas Company,,'~' Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show Iormation name in describing work performed. Number a;[ drill stem tests sequentially. Attach descriplion of ail cores. Work performed by Producing Section will be reported on "Interim" sheets until final complehon. Report official or representative test on "Final" form. 1~ Submit "Interim" sheets when hlled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and tollowing setting el oH string until completion. District County or Parish State ALASKA NORTH SLOPE BOROUGH F~eld Lease or Unit PRUDHOE BAY ADL 28323 PINGUT Date and depth Complete record for each day while drilling or workover in progress as of 8:OO a.m. ALAS no. 09/21/83 (cont.) 09/22/83 09/23/83 09/24/83 09/25/83 1" CT OOH@ 2015 hrs, flush 1" CT. Open LPR @ 9312' w/2300 psi, P 11 bbls acid AA (total 80 bbls). Inj acid into perfs 9504'-50' & 9578'-98' 3000 scfm, ISIP 3800 psi 5 min SIP 3740, 10 min SIP 3700 psi. SI 2 hrs. SIDPP = 3500 psi. Open well to flow @ 0120 hrs on 4/64" FL 9414'. Open to 16/64". Surf @ 0247 hrs w/430 psi FDPP 53 bbls rec (acid load) @ 0600 hrs. FDPP 520 psi, cln up load on 3/8" choke. 7" @ 11,462' 9633'PBD (9633'PBD) SI f/PBU MW 9.9, NaC1 Brine Flow well @ 3/8" choke, 75% OC, total fl flowed 210 bbls, 400 BFPD, 368 GOR (rec load @ 0700 hrs). 37,000 CL & dropping FDPP 400 psi. Flow well 3/8" choke, FDPP 330 psi, 90% OC, total flowed 452.5 bbls avg 470 BFPD, 400 GOR, 27,000 Cl, close LPR @ 0120 hrs. SI f/24-hr PBU. Bleed dwn DP & surf equip. RD CTU & FLS MU Howco tst tree & tst lns. Open Hydril, monitor ann & DP. 7" @ 11,462' 9633'PB (9633'PBD) SI f/PBU MW 9.9, NaC1 Brine SI f/PBU, monit well, cln & strap 65 jts 4-1/2 tbg. 7" @ 11,462' 9633' (9633'PB) POH w/3-1/2" DP & DST 5B Tools MW 9.9, NaC1 Brine SI f/PBU, monit well, cln drift & strap all 4-1/2" tbg. Open Howco bypass & rev out to Noralco, Howco Champ II pkr bypass also opened, lost 135 bbls of brine to perfs. Monit hole, PU to unseat pkr, pkr loose, no indic of unseat- in~. Monit hole, loose 7 bbls on ann w/gas rets on DP. Rev circ dwn DP. Entire hole vol lost 38 bbls brine, observe well, ok. Pump pill, RD tst hd, lns& manif, hole ok. POH w/tst string & monit well bore. Lost total 180 bbls to perfs. 7" @ 11,462' 9564'Rtnr (9633') GIH w/4-1/2" Tbg MW 9.9, NaC1 Brine Fin POH w/3-1/2" DP & DST tools, LD same. RU SOS & set Howco CIBP @ 9564'. POH, RD SOS. GIH w/4-3/4" DC & 3-1/2" DP. POH LD DCs & DP. Chg both sets of rams to 4-1/2" & tst. RU to run 4-1/2" tbg. GIH w/shearout sub, brk SAB pkr, exp jt, & Otis sliding sleeve & 4-1/2" tbg. Lost 81 bbls brine to hole, total 261 bbls. The above is correct Signature For form preparation and distribution R, L, Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 Title Drillinq Superintendent AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well. Page no. 33 ARCO Oil and Gas Company,,'~' Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show tormation name in describ[nq work performed. Number all drill stem tests sequentially. Attach description of aH cores, Work performed by Producing Section will be reported on "Interim;' sheets until final complehon. Report o~ficial or representative test on "Final" form. 1) Submit "interim" sheets when filled out but not less frequently than every 30 days, or (~) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil strinG un comp e on, District County or Parish State ALASKA NORTH SLOPE BOROUGH ALASKA Field Lease or Unit Weir no. PRUDHOE BAY ADL 28323 PINGUT #l Date and depth as of 8:00 a.m. o9/26/83 09/27/83 09/28/83 09/29/83 09/30/83 10/01/83 10/02/83 Comprete record for each day while drilhng or workover in progress 7" @ 11,462' 9564' (9564'Rtnr) Prep Rig f/Stdby MW 9.9, NaC1 Brine Cont GIH w/4-1/2" frac string & land on McEvoy tbg hgr. See tbg compl f/ details. ND BOP & set McEvoy tree, tst hgr & tree @ 5000 psi, ok. Displ 300 bbl new brine dwn 4-1/2" tbg. Foll brine w/170 bbls diesel, 30 bbls over 4-1/2" tbg capac, placing 30 bbls diesel in ann, bk flow 30 bbls diesel in 4-1/2" x 9-5/8" ann. Drop 2" ball to set pkr. Press on tbg, 1450 psi. Pres~ up tbg to set pkr @ 3400 psi, ball sheared out @ 200 psi. Before 3600 psi calc press to set pkr, could not obtain tbg tst due to ball shearing 'out. Pump dwn 4-1/2" tbg @ 1500 psi, no rets f/ann. Bull hd 2 bbls into DST perfs. Press ann to 2000 psi w/no tbg press, incr (tbg 1450 psi) SAB pkr, set. RU lub & set BPV. RD lub & secure tree. Prep loc & rig f/upcoming stdby time. 7" @ 11,462' 9564' (9564'Rtnr) Rig on Stdby MW 9.9, NaC1 Brine Rig on stdby w/skeleton crew maint rig. Ck boilers, gens, WH & all equip on loc on 24-hr sched. Rig placed on stdby @ 0600 hrs 09/26/83. 7" @ 11,462' 9564' (9564') Rig on Stdby MW 9.9, NaC1 Brine Rig on stdby, 4-man crew maint rig equip, WH, Noralco unit, SDS & Camp. 7" @ 11,462' 95~4' (9564') Rig on Stdby MW 9.9, NaC1 Rig on stdby. 7" @ 11,462' 9564' (9564"CIBP) Rig on Stdby MW 9.9, NaC1 Rig on stdby. 7" @ 11,462' MW 9.9, NaC1 Stdby. 7" @ 11,462' 9564'PBD (9564'PBD) Stdby MW 9.9, NaC1 Stdby. Move prod tbg to storage pad. The above is correct Signature ~~ For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 Title Drilling Superintendent AR3B-459-2-B INumber ail daily well history forms consecutively IPage no. as they are prepared for each well. ] 34 ARCO Oil and Gas Company '~' ,~, Daily Well History--Interim Instructions: This term ia used during drilling or workover operations If testing, cor~ng, or perfora[ing, show formation name in describing work performed, Number a;1 drdl stem tests sequentially. Attach description of all cores. Work p~rformed by Producing Section will be reported on "Interim" sheets until final complehon. Report official or representative teat on "Final" form. 11 Submit "Interim" sheets when filled out but not less frequently than every 30 days. or on Wednesday el the week in which oil string ia Sat. Submit weekly for workovers and following setting el oil strinG until completion. District County or Parish State ALASKA NORTH SLOPE BOROUGH ALASKA FieJd Lease or Unit IWeH no. PRUDHOE BAY ADL 28323 PINGUT I ffl Date and depth Complete record for each day while drilling or workover in progress as of 8:00 a.m. 10/03/83 10/04/83 7" @ 11,462' 9564'PBD (9564'PBD) MW 9.9, NaC1 Prep f/rig move w/partial crew. Ship all brine to Baroid f/filtering. RD Totco visulogger. Haul mud & 3-1/2" DP. Will go on moving rate tomorrow @ 0600 hrs. Mukluk was awarded moving est bid ($65,000). Rig to be stacked in Mukluk yd @ no rental cost to Parker. Rig move plan was sent in on 10/02/82. Demob rate will be $24,187/day w/2 full crews. 7" @ 11,467' 9564'PBTD Prep to Lwr Drk MW 9.9 Brine in Ann/Diesel in Tbg Clng rig pits, brk kelly hose loose, LD swivel. RU bridle line, rem & loaded tioga htrs. Rem & loaded V-door shute (cover). Lwr & sec V-door ramp to pipe shed. Split & moved out hald pipe shed. Pulled in & pinned windwall cradle. Lvl drk f/lwrg. Rem windwalls, rem Magcobar hse f/over pits. Rem ARCO hse f/motor shed. Rem rig tongs, sec tong lns to drk. Rem skid rails & matting boards after moving pipe shed. Flush & blow dwn cent pumps &lns in pit module. Prep pit mod to be moved. Rem top sec of windwall on bk side of drk. Fin sec drk to be lwred. RD hyd lns f/pump rm to sub base. RD mud lns f/pump rm to sub base. Lwred & pinned mid spreader beam in sub base. Prep to lw~ drk. Rig REleased @ 0600 Hrs 10/03/83. The above is correct Signature IOate Title /~ ' ~ --~ Drilling Superintendent For form preparation and distribution R. L. Hines see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well. Page no. 35 ARCO Oil and Gas Company,~,,~, Daily Well History-Final Report Instructions: PreDate and submit the "Final Report" on the first Wednesday alter allowable has been assigned or werl is Plugged, Abandoned. or Sold. "Final Report" should be submitted also when operations are susoended for an indefinite or appreciable length of time. On workovers when an official test is not required upon completion, report completion and representative test data in blocks prowded. The "Final Report" form may be used for reporting the entire operahon ,~ space ,s ava,lable. Accounting cost center code Dis~rmt County or Parish .State ALASKA NORTH SLOPE BOROUGH ALASKA PRUDHOE BAY Lease or Unit ADL 28323 Well no. PINGUT ~ Auth. or W.O. no. Title AFE 600318 EXPLORATORY Operator ARCo. W.I. ARCO ALASKA INC Date 50% Spudded or we. boglJn Spudded I . 05/15/83 'Date and depth Complete record for each day reported as of 8:00 a,m, lO/O5/83 10/06/83 Iotal number of wells (active or inactive) on this est center prior to plugging and bandonment of this well our0600 Hrs Prior status if a w.o. 7" @ 11,467' 9564'PBTD Prep to Move Motor Mod MW 9.9, NaC1 in Ann, Diesel in Tbg Clned & flushed out #1 pump, assist move & placement of ARCO 600 bbl tanks. Moved & loaded mud ramps to pit rm. Lwred drk @ 0830 hrs RD & rolled bridle lns on top of drk. Unspooled & stacked DL on top of drk. Fin prep of pit mod f/move. Unpinned & lwred drk f/rig onto trucks, clned out #2 pump. Move pit mod, drained & blew dwn H20 & stm lns& htrs. Split boiler & rig motor modules. Instl boggeys on sub base mod, fin prep sub base, boiler mod, & motor mod to move. 7" @ 11,467' 9564'PBTD MW 9.9, NaC1 +30 Bbl Diesel in Ann, Diesel in Tbg Fin rigging motor module & sub base to move. Hooked up Mukluk cats to sub base & pull sub base off well. Lwred sub base & pinned lwr sub base ramp & mid spreader. Reposit wheels, moved sub base, boiler & motor mods. PU matting boards, load trucks, PU trash & sticks, loaded welding shop & parts hse. Loaded out misc rig equip, cln up loc, loading final loads. Est compl by'0700 hrs 10/06/83. Prep to dress up loc & RU f/frac job. Both crews to fly out today. Elec & SDS to remain. Old TD Released rig 0600 Hrs Classifications (oil, gas, etc.) Oil Producing method New TD Date PB Depth 11,467 ' Kind of rig 10/06/83 Type completion (single, dual, etc.) Single IOfficial reservoir name(s) 11,383' Rotary Potential test data Well no. I Date Reservoir Producing Interval Oil or gasTest time Production Oil on test Gas per day Pump size, SPM X length Choke size T.P. C.P. Water % GOR Gravity Allowable Effective date corrected ~ ' ~' --(~"-.-~ Drilling Supew~.ten~en,t: .... ~ R. n. Hines ~ ....=. 'i ', i . ~...~..,.!i'.}~' For form preparation and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. AR3B-459-3-C .alaska. "~"' c.:,- ,'.,,.,o Number all dally well history f°rms~dns.~'U'tt~ei~.18 I Page no, es they are prepared for each well, " I 36 Dlvl~10n of AtlantlcRIchfleldCompany Suggested form to he inserted in each "Active" well folder to dleck for timely ccmpliance with our regulations. -~' . / Z--~ff'I~ / Operator, W~Yl-Name and N~mher Reports and Materials to be received by: Date Required Date Received Remarks -- Wel History Yes '.. _Samples -- ' . Core ~scrip~on / Registered S~ey Plat Inclina~on S~ey .., ...... . .............................. ~ ~ / Dire~ional ~ey ~rill Sta Test Re~s ~ { '"-"c,~,~ ~!',? '>" / ,~,.~.[,:' ,',,""' ~s R~. Yes ,~ " STRATIGRAPHIC HIGH RE'SOLUTION DIP METER LOCATED IN THE APPENDIX July 18, 1984 Mr. J. L. Fi thian Area Drilling Engineer ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Re: Prudhoe Bay Unit Wells South Point State No. 1, South Bay State No. 1, Pingut State No. 1. Dear Mr. Fithian.. The Commission considers the data that triggers the 30 day filing period for the completion report, deviation survey or ~.nciination survey, and other required well data to be"the date the dril].ing rig is released whether or not preparatorl~.~to extended testing of the well. - Our records show that this date for the listed wells is August 8, 1983, January 10, 1984, and October 3, 1983 respectively. We have no record of having received all the required data. Please submit the required reports at this time. Yours very truly, Harry W. Kugler Commissioner JAL/be:i.HWK.F MEMORANDUM State of Alaska ALASKA OIL AND GAS CONSERVATION CO~'~ISSION FROM: TO: Well Files William Van Alen~ DATE: March 2, 1984 FILE NO: 2g. 13 TELEPHONE NO: SUBJECT: Drilling Depths i2/3i/83 The following are the depths that the below-listed ARCO wells were at on midnight December 31, 1983: 12:00 pm Well 12/31/83 Depth Pingut St. No. 1 PBU 3-26 PBU South Pt. #1 KRU 1F-16 KRU 2F-1 KRU 2F-13 KRU WSP-1S KRU WSP-2 KRU WSP-10 KRU W. Sak SWPT #1 11,467' 10,973' 10,301' 9,175' 3,580' 7,837' 9,360' 3,950' 4,100' 4,344' This information was relayed to William Van Alen via phone this date by JoAnn Gruber of ARCO's Drilling Department. 02-00IA(Rev. 10/79) MEMORA¢ DUM State of Alaska ALASKA OIL AND GAS CONSERVATION CO~'~IISSION TO: Well Files DATE: March 2, 1984 F.LE NO: 2g. 13 FROM: William Van Alen TELEPHONE NO: SUBJECT: Drilling Depths 12/31/83 The following are the depths that the belo~-listed ARCO wells were at on midnight December 31, 1983: ',.. 12: 00 pm Well 12/31/83 Depth Pingut St. No. 1 PBU 3-26 PBU South Pt. #1 KRU 1F-16 KRU 2F-1 KRU 2F-13 KRU WSP- 1 S KRU WSP- 2 KRU WSP-10 KRU W. Sak SWPT #1 11,467' 10,973' 10,301' 9,175' 3,580' 7,837' 9,360' 3,950' 4,100' 4,344' This information was relayed to William Van Alen via phone this date by JoAnn Gruber of ARCO's Drilling Department. 02-O01A(Rev. 10/79) February 17, !984 ~.r.J.S. Dayton Regiona ! Engineer ARCO Alaska, Inc. P. O. Box 100360 A~chorage, Alaska 9951~, Dear ~r. Dayton: %~e have received your letter of February ].5, ]984 concerning ep~tremely cold temperatures ~t the Pingut State ~o. 1 ~e!! site and the request for a t~o we~k e×tepsion of the origir~al approval to flare gas. The Commission is highly ~n~.ere~t. ed in the data still to be ~cqn~red, especially the zone from which the h¥~rogen suifi(~e originates, and realizes that s t~mperatnre ab~ve -?5OF is required to maintain' a good lubricator se. si. ~?~.th this 1, otter the ,Alaska Oil and Gas Conservation Commission approves a 14 day extension to the flar~ requast previou.s!y approved in our letter of August ].7, 1984. Al.']. gas produced shall be metered and Yours very truly, BY ORDER OF THE C~.~{ISSIO}~ A?,C0 Alaska, Inc. Extension Exploration TRANSMITTAL To' Bill Van Alen - AOGC From' Doug Hastinzs - Ext. Exmloratic Date' Jan. 25, 1984 Transmitted herewith are the following- One Copy Each, Blueline & Sepia ARCO- So. Bay St. #1 Receipt 12-13-83 12-16-83 1-4-84 12-16-83 12-17-83 ~2-16-83 12-17-83 12-14-83 12-17-83 10-4-83 FDC Run 3 CNFD " DIL/Sfl Run 4 BHC ~ " CORIBAND CMPLN RCD Run 1 FDC Run 4 CNFD " NGT " .CPL/Cylk " HR DPMTR " RFT/Qklk " RFT " LITH .LG MUDLOG PRSS-EVL/Prf LIS TAPE (12-17-83) LIS TAPE CORBAN ARCO- PTNGUT ST, OPEN HOLE Run Run 7-26-83 FRAC ID Run 3 7-26-83 FRAC ID Run 3 2" & 5" 5" 5" 2" & 5" 2" ~ 5" 5" Acknowledgment' Return Receipt to~/~~,CO~Alaska,~ Inc. L~ Extension Exploration P. O. Box 100360 Anchorage, AK 99510 Attn ' 5~! 2" 5ooo-995o (3'logs) 8791.0-9998.5 "A" Btn "B" Button 9200-1010C "A" Btn "B" Button 1~200-t140~ Date- Processed by' Lucille Johnston ATO-1015 x4599 ARCO Alaska, Inc. :!:- cs'~ ,,?'I'~'ic ~. ',!5 ::: .... December 19, 1983 Mr. C. V. Chatterton State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Chatterton: Subject: Report and Change of Operation Notification on Pingut State #1 60 Day Test As requested by Commissioners Lonnie Smith and Harry Kugler at the meeting held Friday, December 16, 1983, we are submitting a Form 403 with attachments outlining the policies and procedures followed by ARCO Alaska, Inc. on any well which encounters H^S production and specifically at Pingut State #1. The subject well has been shut-in since November 17, 1983 in order to implement the policies outlined on. the attachments. A summary of the pertinent events at Pingut State #1 is included for your information. In addition, a copy of the package of equipment and procedures sent to our production supervisors on site is included. These recommendations have been implemented, and the well is ready for testing. Our current plans are to start the 60 day test upon notification that the AOGCC has reviewed and approved the attached procedures. We would like to invite a representative of the AOGCC to inspect the Pingut site either during production or prior to start-up of the test. If you have any questions or comments, please call me at 263-4206. Very truly yours, ,_l'. S. Dayto4? Regional Engineer JSD/dy At tachment s Pingut State #1 Sequence of Events 5/15/83 o60o Spud well. 5/18/83 1500 Cement 13-3/8" casing at 2629'. 5/28/83 1415 Cement 9-5/8" casing at 9181'. 5/30/83 0745 7/17/83 0015 7/19/83 0600 7/24/83 0600 Begin core #1 at 9265'. Significant amounts of pyrite in core. No H2S indicated by mudlogger. Stuck pipe on core #37. Pump 500 gals. 28% HCL to free pipe @ 10791'. No H2S indicated by mudlogger. Completed coring. GIH with bit. Daily mudlogger reports indicated no H2S anywhere in Lisburne interval. Drill to TD at 11467'. Run OH logs. 7/29/83 0600 Cement 7" liner 8870'-11462'. 8/3/83 1200 Cement 7" tieback sleeve 2020'-8870'o 8/10/83 0100 DST #1 10534'-556', 4 SPF. No indication of H_S. Squeeze test interval with cement retainer at ~0440~. 8/14/83 0944 DST #2 10250'-354', 4 SPF. No indication of H_S. Squeeze test interval with cement retainer at ~0160'. 8/16/83 1930 8/18/83 1500 Squeeze 9832'-34' with cement retainer at 9747' to isolate DST #3 interval. Drill out to 10160'. CBL indicated poor bond. Squeeze 9780'-82' with cement retainer at 9690'. Drill out to 10160' Pressure test lost 500 psi in 1 minute. Resqueeze with retainer at 9710'. Clean out to 10160'. Run CBL, indicated good bond 9764'-84'. 8/22/83 0915 8/24/83 1123 Pressure test of squeeze perfs lost 500 psi in 1 minute. Resqueeze 9780'-82', CET log showed good bond 9760'-86'. DST #3 9882'-9966', 4 SPF. No indication of H^S. Squeeze test interval with cement retainer at ~770'. 8/27/83 1230 Squeeze 9640'-42' with cement retainer at 9553'. CET shows poor bond. 8/29/83 0800 9/1/83 0600 Squeeze 9602'-04' with cement retainer at 9542'. CET showed good bond 9602'-12'. Attempt DST #4. 400' fluid level rise prior to perforating. ~ Pingut State #1 Sequence of Events Page Two 9/2/83 0545 9/4/83 0600 9/6/83 0500 9/13/83 0600 9/15/83 o500 9/17/83 0930 9/26/83 0o30 10/3/83 o6oo 10/10/83 1200 10/22/83 0600 10/26/83 1800 10/29/83 0600 Resqueeze perfs 9602'-04' with retainer at 9500'. Drill out to 9770'. Would not pressure test. Resqueeze perfs 9602'-04' with retainer at 9438'. Drill out to 9770'. DST #4 9648'-9730'. No indication of H S. Acidize with 97 BBls 28% HC1. Recovered 387 BBls. ~o indication of H2S. Squeeze test interval with retainer at 9632'. Squeeze 9470'-72' with cement retainer at 9400'. Drill out to 9625'. CBL indicated, poor bond. Resqueeze 9470v-72~ with balanced plug. Clean ou.t and pressure test tc 1000 ps~. Attempt DST #5. Annulus losing fluid. Found that LPR had opened. DST #5A 9504'-50', 9576'-9600'° No indication of H2S. Acidize with 67 BBls. 28% HC1. Recovered 453 BBlso No indication of H2S with oil flowing to surface and. good gas flare. S~t cast iron. bridge plug at 9564'. Set packer with 4~" frac string to surface. Place rig on standby. Release rig, move to ~kluk yard. Fracture perfs 9504'-50' with 33,430 gal gelled diesel and 37,000 lbs. '20-40 frac sand. Screened out during 4 PPG sand stage. Clean. out to 9564' with coiled. tubing. Well flowed back 280 BBls while cleaning out. ~o indication of H2S. GR showed frac sand across Sadlerochit. Suspect that cement at 9-5/8~ casing shoe failed during frac. ~'!c.ve 1-ES over well for squeeze. Squeeze perfs 9228'-9230v (Ivashak Shale) above Lisburne. CBL indicated good bond. Clean out to 9564~, Dump sand to 9461' to cover frac #1 perfs. Run 4~'~ frac string. Release i-ES to storage pad. Perforate with 1SP3F 9294'-9344~ and 9352'-9440'. Pingut State #1 Sequence of Events Page Three 10/30/83 1115 10-31/83 1130 11/1/83 1400 11/1/83 1900 11/1/83 2000 11/1/83 2100 11/2/83 0900 11/2/83 1300 11/3/83 0600 11/4/83 0300 11/6/83 0600 11/7/83 12oo 11/13/83 0900 Perform step-rate test with 300 BBls gelled diesel and 25 BBls 28% HCL spearhead. Monitor pressure for fracture closure while flowing back on 8/64" TC. Diesel returns, no indication of H2S. Fracture perfs 9294'-9344' and 9352'-9440' with 53,500 gal gelled diesel and 47,300 lbs. 20-40 frac sand. Switched to displacement during 3 PPG stage. Clean out with coiled tubing. Well kicked off and flowed on 32/64" TC. Recovered 660 BBls diesel with .1-.4% sand. Noralco hand detected H_S smell Checked surge tank 2 ' gas with Drager tubes, mndicated 40-90 PPM H2S. PBU lab collected sample of tank gas in. plastic sampler. Lab test indicated 250 + PPM H2S. (Top scale on meter is 250 PPMo) Shut-in well due to H2S production. Run GR-ccl. Showed tagged frac sand entered perfs 9294~ -9344' and 9352'-9440'. Open well on 5/64" TC to obtain sample. Flowed total of 8 BBls. Lab analysis showed 310 PPM H2S. Run and set plug in tubing tail. Reverse out 4~~' tubing with 9.8 PPG salt water. SITP = 0, well dead. Move i-ES over well, brief crew on H2S hazards. Change out 4~" tubing with 2-7/8" completion string. Pull tubing plug. Set back pressure valve in tubing hanger. Release rig. Move off. Hold H2S training session with all ARCO and Noralco hands ~nvolved in flow testing Pingut well. Pingut State #1 Sequence of Events Page Four li/13/83 1800 11/17/83 1450 Open well on 11/64" TC, 1300 psi Fk~P and 50 psi separator pressure. 3 airpacks on location with H_S monitor in separator building set to 5 PPM and alarm tested. Performed spot checks in wellhead building, office, and separator building with Drager tubes periodically with no measurable HAS indicated 2 ' Separator gas tested every 4 hours with initial H2S concentration of 100 PPM. Shut-in well. Recovered total of 3688 BO and 2289 MCFG with HAS concentration increasing to 2000 PPM and steady for final 12 hours. Concluded that H2S was not a temporary phenomenon caused by acid r~action. Well has been shut-in for facilities modifications to date. ANCO ALASKA, INC. HY~=OGEN SULFIDE PRODUCTION AND DRILLING OPrR~TIONS (Ref: ARCO Oil and Gas Company Policy. Following is a checklist of items which must be addressed when planning for hydrogen sulfide exposure. These items should be considered minimums and should be exceeded when applicable. More detail is addressed in Texas RRC Rule 36, adopted by ARCO Oil and Gas Company as the binding standard company-wide. A. Radius of Exposure*-identification 1. Calculated from H~S source using dispersion equations (re: Rule 36) 2. For unknown sourc~ levels - 3000 feet radius is minimum 3. Exposure area is to be plotted, all ingress and egress routes identified and inhabited facilities identified within the boundaries 4. All ingress routes are to have signs posted, clearly visible, restricting access to only authorized personnel. 5. Perimeter boundaries will have hydrogen sulfide warning signs at appropriate points as well as wind direction markers at strategic locations. Wind directional markers will be located such that a person is in visual contact at all times when leaving the lo- cation. B. Authorized Personnel Access-Training Requirements 1. All personnel having regular access to the exposure area will be requi~ed to attend training and briefing sessions prior to access. 2. As a minimum, handling will encompass: a. Effects of H?S; symPtoms of exposure; identifications of exposure source b. Hands on traYning, and proof of performance, with breathing air equipment c. Briefing on fixed monitoring; personnel monitoring equipment to be used; alarm interpretations d. Evacuation procedures; process safety equipment (STV, etc.) e. Techniques of "buddy system" emergency response/rescue f. A post-test will be given and kept on file 3. Short term access to unauthorized employees (i.e., short term maintenance, etc.) will be allowed only in the accompaniment of an authorized person. C. Vehicular Access-Procedures 1. All vehicles will be parked at the facility such that they may be used for immediate emergency egress (i.e., headed out configuration; keys left in ignition) 2. Fresh air equipment being carried in each vehicle will be placed in the front seat for immediate access during emergency situations 3. All personnel entering the location must be "authorized" and have had documented train- ing as specified in B above. D. Contingency Plannin9 1. An emergency contingency plan will be charted before any operations take place; as a minimum, this plan will include: a. Evacuation exposure levels, alarm interpretation, shut-in procedures, personnel response b. Definition of personnel briefing area during evacuation (headcount purposes) c. Radio, telephone call list with emergency response units; local authorities d. Evacuations of adjacent facilities within exposure area. e. Intracompany location management contacts f. Egress routes Monitorin~ Equipment and Breathin~ Air Equipmen~ 1. Fixed monitors will be maintained and tested daily; calibration frequency based on manufacturer's specification Personnel monitors will be worn by authorized personnel such that singular personnel will wear one at all times; groups will have one worn by one member Fixed monitors will have both visual and audible alarms with the high level alarm set no higher than 50 ppm Personnel monitors will be set at no greater than 20 ppm for low level alarm, and no greater than 50 ppm high level alarm (for dual alarm models) All monitoring equipment will be selected from preapproved purchasing guidelines and will be selected based on constraints to temperature extremes 6. Breathing air equipment (NIOSH approved) will be available such that all exposed per- sonnel will have readily accessible units Documentation 1. A central file will be maintained at the production location central safety group; with a duplicate copy at Anchorage Safety. Documentation will include: a. Contingency plan b. Training logs; including names of attendees and copies of post tests c. Monitoring equipment calibration schedule and tests log d. Emergency dri.ll reports e. Any other documentation regarding formalized safety activities * Further information is detailed in RRC Rule 36 regarding general public access, right-of-ways, and facilities that are within radius of exposure. PEU030 Railroad Commission of Texas Oil and Gas Division 051.02.02.036 · 05 1.02.02. 036 RULE 36. OIL, GAS OR GEOT~W~_RM_%5 RESOL~CE OPERATION tN - HYDROGEN SULFIDE AP~A£ (Reference Special Order ~'fo. 20-64,973, ~ffactive 4-t7-75) (Amended by Special Order No. 20-65,354, effective 9-1-76) (a) ApPlicability Each operator who conducts opera~iona as da=cribed below shall be subject to this rul~ and shall provide safeguards to protect the general public from the harmful effects of hydrogen sulfide: · (1) Opera,lois igciudin~ drilling, working over, producing, injecting, gathering, processing, transporta~in and storage of hydro- carbon fluids that are par= of, or directly related ~o, field produc- · riGa, transportation and handling of tydrocarbon fluids tha~ contain gas i~ ~he system which has hydrogen sulfide as a con~tituen~ of ~ha gas, to the extent as specified ia General Provisions. (2) This rule shall not apply ~o: - (A) Operations subject tO established Railroad C¢~mission Oas Utilities or Federal Department of Tramspor~a~io~ pipeline or Por~ation safe~y regulations. 'h (B) Operations involving processing oil, gas or hydro- carbon fluids which are either aa industrial modification or products from industrial modification, such as refiaing, petrochemical plan:s or chemical plant~. (C) Operations involving gathering, ~cring and trans- porting stabiizad liq~id hydrocarbons. .3 Railroad Commission of %exes Oil and Oas Division Og I. 02.02. 036 Page !11 (D) This ru!~ shall not apply to operations where the Concentration of hydrogen sulfide in the system is less than (b) Definitions ~' ' (!) !adustriaI modification: This term is used to identify those operations related to refining, Petrochemical olants and chemical plants. The term doa~ no~ include field processing such as tha~ Performed by gasoline plan~s and their associated gathering systems. · (2) St___abitized li~_~uuld hydrozarbon: The produc~ of a production operatio~ in which thc entrained gaseous hydrocarbons have been removed to the degrce tha~ ~aid liquid may be stored a~ atzospheric conditions. (3) Rsdiuz of e~coosure: Tha~ radius constructed with the point of escape aa its star~Ing poin~ and ins length calculated as provided for in Section ¢.2. (43 Area of ex'oosure: This is th= arcs within a circle constructed with the poin~ of ~acape as its cant~r and the radius of ~x~posure az its radius. (5) Public a?__~a: /his shall mean a dwelling, ptac~ of business, church, school, hospital, school bus stop, gover~en% bui!diag, a public road, all ol' an!, port, on of a park, citT, ~o~n, villoRe' or other similar area tha~ can ~xpect to E~. populated. [6) Public road: Thi~ ~ha¼! mean amy f~daral, ~[at~, county or municipal ~tra~t or road o~ed or ma,' - ~ ~a~a~.~ed for public acces~ or (7) Sulfi3t~_=_~_tress crack!n~- 'fhia tarn ~eans the cracking Phenomenon ,~hich i~ th~ result of corrosive action of hydrc~en sulfide Railroad Cormmis$ion o; Texas Oil and Gas Division 051.02.02.036 Page 112 (8) F__acility_m_o_d_ification: This ~bali mean anF change in the operation such as an increase in ~hrough-pu~, in excess of she designed capacity, or any change ~ha: would increase the radiu~ of axposu=e. (9) Public infri~ment_: This shall mea~ t~at a public ace~ and/or a public =oad has been e-~tabli~hed within an area of exposure to :he degree tha: ~uch inf~Ir~gemen: would cha:.~e :he applicable provision~ · of ~his rule to those operatio~ responsible for cr~a~i~g the area of exposure. (10) C--9~utin~encv ~an: This is a written document that shall provide an organized plea of action for' almrting and prouectin~ the public within an area of exposure following the accidental release of a potentially hazardous volume of hydrogen ~ulfide. (11) Reaction-tVoe contin~ency3~an: This is Pre-planned, writte~ procedure for a!er~inR and protectiag the public, within an ar~a of exposure, where it is impossible or ~mpractial ~o brief in advance . all of the public tha~ might po$~ib!y be within the area of exposure at :he momea: of aa accidental release of a potentially hazardou~ volume of hydrogen ~ulfide. (I2) Definition of referenced orsanization~ and oub!ications: (A) ~S~i American ~ational Standard Institute 1430 Broadway, ?~e~ York, ~;e~ York 10018 Table I, £tan~ard 253.I-1967 · ~ericaa Petrcie~ Institute 300 Corrigan To,er Buildng, Dallas, Texas ~ablica~ion APl RP-49 Publication API RP-14E Sections 1.7(c), 2.1(c), 4.7 '4 Railroad Com~nission of 'rexes Oil and Gas Divisioa 051.02.02. 035 Page 113 (D) O?A -- (:) VAC___A DOT · AmJrican Society for Test. lng and Materials 1916 Race Stree~, ?hiladephia Permsy!vania S~"anda rd D-2385-66 ' Gas Processors Association 1812 First Place, Tulsa, Oklahoma 74120 'Plant Operation Test ~fanuat GPA Publication 2265~68 19103 National Association of Corrosion P.O. Box 1499, Houston, Texas 77001 Standard ~ationai Institute of Occupational Safety and Health P.O. Bldg. Room !08, Fifth & Walau: .Streets Cin¢innatti, Ohio 45202 Departmea% of Tran~oortatloa Office cf Pioeliue ~afety &00 7th Street, $.W., Washington, D.C. 20590 7ttle 49, Code of Federal ReEulatioas Part i92 and 195 ' Occupational Safety and Health Administration United Staaes Departmen~ of 5abet 200 Constitution Ave., .~.W., Washington, D.C. 20270 Title 29, Code of Federal Regula~ionn Fart' 1910,145 /c)(4)(i) (c) General F ........ (1) £ach operator shall de=ermine the hydro~en sulfide centratioa in ~he gaseou~ mixture in an operation or system. (A) ?est= shall be made in accordance with standards as se: by AST~ Standard D.~ -. ~-~5-o~, or GPA Plant Operation Test ,Yanual C-I GPA Publication 2265-68, cr other m~hod~ approved by the Core, mission. ' (3) T,:3t c~~ vapor acc~nu!a:ioa ia snorage tanks may be made with NIOSH ~yproved colorzet=ic tubes. Railroad Commissioa of Texas Gas Utili:.tas Divis:oa P.O. Drawer 12967, Austia, Texas 78711 ~ Gas Utilities Dockets &46 aad 183 Railroad Commi-~sion of Texas Oil and Gas Division 051.02.02.036 Page 114 (2) For all operations subject to this rule, the radius of exposure shall be determined, except in the cases of storage uaaks, by the following Pasquill-Gifford equauioas, or by other methods that have been approved by the Commission: (A) For determining the location of the 100 ppm radius of exposure: X = ((1.589)(mole fractio~ H2S)(Q)] (.6258) (B) For determining the location of the 500 ppm radius -.. of exposure: X = [(0.45&6)(mole fraction E~S)(Q)] (.525S) ~ere: X = radius of e~posure of feet maximum volmme determined to be available for escspe in cubic f~et par daf · mole fraction of hydrogen sulfide ia the gaseous mixture available for escape (3) The vot~e u~ed as the escape rate in determining the . radius of exposure shall be tha~ specified below, as is applicable: (A) The maximum daily volume rate of gas containiag hydrogen sulfide bandied by that system for which the radius of ex?osure is calculated. (B) For existing gas well~, :he current adjusted open- flow rate, or the operator's estimate of the well's capacity to flow againsf zero back-prmssure at the wellhead shall be used. (C) For a~w wells drilled in d~veioped areas, %he escape rate shall be determznad by using the current adjus:ed open-flow raue of off~a~ wells, or :he field average curr~au adjusted nPen-f!ow r~te, whichever is larger. Railroad Commission of Texas Oil and Gas Division 051.02.02.036 Page 115 (O) The escape rate used in determining the radius of · e×7osure shall be corrzcted to standard conditions of 14.65 psis amd 60~ Fahrenheit. (4) For th~ drilling of a well in a~ area where insufficient data exi:ts to caicu!at~ a radius 6f exposure, but where hydrogen sulfide may be expected, th~n a 100 ppm radius of exposure equal to 3000 feat shall be assumed. A lesser-assumed radius may be ¢oa~iderad upoa ~rittea request setting out the justification for same. 'rank Provision Storage tasks which are utilized as a part of a produc%ion · operation, and which are operated at or near atmospheric pressure, and where the vapor accumulation has a hydrogea sulfide conc~atracion ia excess of 500 ppm, shall he subjec~ to the following: (A)' Ko determination of a radius of exy. osure shall b~ made for storage tanks as hereia described. (B) A warnin~ ~ign shall be posted on or within 50 feat of the facility to alert the general public of the potential danger. (C) Fencing as a securi%y measure is required ~hen ~torage tanks are located inside r-he limits of a ~ownsite or ci~?, or where conditions cause ~he s~orage =aaks to be exposed %o the public. (D) The '~arnin_3~aad Marker Provision, Sections c.6.A.(i), (ii), and (iv). (E) The Certificate of Comolianc~ Provision, Set,ina d.1. (6) All operators whose operations are subject to this rule, sad ~h~re the I00 ppm radius of exposure is in excess of 50 feet, shall be subjec~ ~o ~he following: ,_-,[ -' : ! Railroad.Commission of Texa~ Oil amd Gas Division. 05!.02,02.036 ?age 1!6 (A) Warnln__~..and Marker Prevision .......... (i)--For above-ground and fixed surface faczlitie$, the ~Pera~or'$hall post, where permitted by law, clearly vi~ib!a warning signs oo accama-road~:-ogZpu~i6_sgree~s~= om-~oa~s-Whi~-h~pr~fde direct "-:-"' :" -=:'--'=--'~--. (ii,-Ia poput.ited-~e-as :such:as-Cases .of townsites and ~ftiis :'wh~fi -~e u~e 6~z~gn~.-.is,~a6t --¢on~id6_~ed 'to ~]acee-p%able, then'a'&ttaraative wa~ninE.-p!.~mrma.v ~ba-approved .u~o~ ~rlt:ea reques~ to the Commission.. .... -_ - . .. _ -- (f£1-~-Fot:buried..lines-.SuDject..to this ·'rule, the operator...~hall c~mply..with-the.followin~: ._~. _-- _.-.._-. -':-' '..[a~'-A marker sign shall be installed at public road ~crossin. gs. --. _. :'~b~---n.~ke~. ~ignm-~haI~'ib~'ia~t~.I:~ed -along the · liae~'~whe~-it-i~ ,loca~.within-a' :public ~ea.or along a public road, a: intervals freque~ e~ough i.~6.3udgem~:~f ~h~ o~rator so.as ~o prov~de~rnim~_to a~id-~he ~¢cidenta'l ru~uriDg.of._}ine'.by.~xcavation. '2' } ~~h~ :mark~:~ign gb~IL ;com~a ~ .'su f fi cleat i~fo~ario.a ~'*stab'!ish'~[E~-o~a'~ship~amd.~i_steuc~ ~f ~the'-llne and ~halt'nfndicate by the ~u~e oll.'the :W~rds 'tPoi~on Gas" t~at a potential denier exists, Mark*rs {m~t~{3~~_%anc~ '~tb..the. re,la%ions of . =he F~eral'Depar~men[ of Transportation shall ~atisfy the requirement~ of this provision, ~arker'signs i.9~~9r..~~ th~ '~fectl'ze date of thig rule shall be acceptable provided ~hey indicate the existence of a potential hazard. ' '~17:l~r~ .---: ~,:ri~.f.~ l~i 3_~ -~: - Railroad Cor, tmissien of Te×a~ Oil and Gas Division 051.02.02.036 Page 117 (iv) In satisfying the sign requirement of Section c.6.A(i)., the follcwing will be steep:able: ts] Sign of sufficient :ire to be readable reasonable distance from 'the facility. [bi New signs ¢ons~ruc:ed to satisfy this rule shall use the language of "Caution" and "Poisoh Gas" with a black and Fellow COlor con,rest. Colors shall satisfy Table I of American National Standard Institute Standard 253.I-1967. Si~aa iastaiI~d to satisfy this rule are to be compatible with th~ r~gulations of the Federal Occupational Safe~y and Health Adm~ ~ n-~tra~ion. lc! Existing signs ins:ailed prior to the effective · date of this rul~ will be acceptable if ~hey indicate the existence of a Potential hazard. (B) ' $~curitv Provision (1) Unattended fixed surface facilities ~hall be pro- ~ected fr6m public acces~ when located within 1/4 mile of'a dwelling, place of business, hospi~al, school, church, government building, school bu~ stop, public park, town, city, village, or similarly populated area. This pro~ection shall b~ provided by fencing and locking, or removal of pressure gauge~ and plugging of valve opeaiag, or other =imilar mean~. For ~he purpose of this provision, surface pipeline shall eot be con- sid~red as a fixed ~urface'facili~y. . (ii) For well sites, fencing as a security measure is required when a well is located iasid~ t~e limits of a townsite or city, or where conditions cause the well to be exposed to the public. (iii) 7he fencing provision wiil be considered satisfied where th~ fencinR structure is a det~rrca~ to public access. Railroad.Commission of Texas Oil and Gas Division 051.02.02.036 Materiels and lcuiomen~ P-ov~sion (i) For new construction or modification of facilities (including materials and equipmen: so be used in drilling and workover · . operation~) co~letad o~ contemplated subsequen~ to the effecsiv~ date o~ this rule, thm metal components shall be those metals ~hich have been selected and manufactured so aa to be resistant to hydrogem sulfide ~tses~ csac~i~ ~des ~he operating co~di~ion~ fo~ ~hich their use i~ in:ended, provided tha~ they satisf~ the requirements described in the late~t edition~ of ~ACE Standard ~-01-75 and ~I ~-14E Section - .. _ . 1.7(c), 2.1(c), 4.7. The handling and installation o~ mate=isis and equipmen~ used in hydroge= sulfide ~e~ice is to be perfo~ed im such . _ , maker as a~ ~e~ to imduc~ susceptibility to sulfide st~e~s cracking. O~he~ materials which ~se non-susceptible ~o sulfide st=ess cracking, ~uch a~ fibergla=s and ~ p~as~ics, may be used in hydroKen sulfide semite provided such materials have been manufactured and inspected in a ma~e- .... . ~bic~ ~ill ~ati~fy the lates~ published, applicable industry standard, specifications or recc~ended practices. (ii) Other zaterials a~d equip~en~ (including materials . . and equipmen~ used in ,Jr --,~aE and workov~r operations) which are included within tke provisio~s of Section 6.C.(i) above, may ha used for hydroEe~ suifida se~..ice provided (1) such materials amd aquipzen~ are S ' proved~ a~ the r~sult of advancements i~ %at.elegy or a~ the result of co~trol and knowledge of operatiaE conditions [suck as temperat~lre and moisture content), %o be suitable for the use intended and ~'hera such ~- ~ -. ..... .... usage is technologically acceptable as good engsneering prat%ice; and (2) the Commission h~ approved the uae of said materials and eq,]ipmen% for the specific uses after written application. Railroad Commission of Texas Oil and Gas Divisloa 051.02.02. 036 Pa§e i19 (iii) Existing faci!i:ie5 · co,~oa %laage for d=illia~ aad workover ooera~i~s in hydrogen sulfide · ar_-as) ~hlch ar.: in opera,ion prior to ~h~ effec~i,;e date of this rule, · amd Wher~ there had been no failure of existinE equipment attributed to :ulfide stress cracking, shall sa:is£y ~hm requirements of this rule. · (iv) Ia the event of a failure of any element of an existing system as the result of kydro£ea sulfide stress cr~ckinE' thc compliance ~atus of the system shall be determined by the Comj~issoa after the operator, has .~ubmit~ed to thc Commission a detail-d written report on the failure. (7) All operationa subject to Section ~ of this rule =hall be ~Ub3ect to the additional ~,1 and .E~uiom,at~ Provision Section c.g., and the Con ~, Section c.9 , of this rule if any of the foilowiaR conditions apply: (A) The ]00 ppm radius of exposl~r~ is in excess of 50 feet and includes ~ny part of a "public area" except a public road; (B) Th~ 300 ppm radius of e~osur~ is grea~er than 50 feet and fnclude~ any part of a PUblic road; (C) The 100 ppm radius of ~osur~ i.~ ~raater ~haa 3000 ~, . ra aainta[a them in aa operable Condition or shall est~b.lish aafaty procedurea deszgaed ~o prevent the undetected continuing eSCape of hydrogen sulfide. Railroad Commiss(oa of Texas Oil and Gas Div(~ion 051.02.02.036 Page ~21 (viii) Doctors (ix) Congractors for supplemental equipment (x) District Railroad Commission Office (xi) Local Texas Air Control ~oard Office (xli) Other public agencies (H) The plan shall include a plat detailinR the area of exposure. The plat shall include tha lo¢'ations of private dwellings or r~sidential areas, public facilities, such as schools, business !oca~ion, public roads, or other similar areas where ~he public migh~ reasonably he expected within ~he area of exposure. (I) The plan shall include names and telephone numbers of residen[$ within the area of exposure, excep~ in ca,es where the reaction plan option has been approved by the Commission in accordance with Sec- tlou 9.1. below of'this rule. (J) Th~ plan shall, include a list of the names and tele- phone numbers of the responsible par~ies for each of the possibly occupied public areas, such a~ schools, churches, businesses, or other public areas or facilities within the area of exposure. (K) Ihe plan shall include provisions for advance briefin~ of t. he public within aa area of exposure. Such advance briefing shall include the following elements: (i) The hazards and characteris~ics of hydrogen aulfide. (ii) ~e necessity for an ~mergency action plan. (iii) The possible sources of hydrogen ~ulfide with in area of exposure. (iv) Instructions for reporting a ga~ leak. Railroad Commission of Texas ~f '\ Oil and Gas Division 051.02.02.036 · (viii) Doctors Page 121 (ix) Contractors for supplemental equipmen: (x) District Railroad Commission Office (×i) Local Texas Air Control ~oard Office (xli) Other public agencies (H) The plan shall include a plat detailing the area of exposure. The plak shall include the loc'ations of private dwellings or r~sidential areas, public facilities, such as schools, business location, public roads, or other similar areas where ;he public might reasonably he eXpec%ed wiLhia the ar,a of exposure. (I) The plan shall include names and telephone numbers of rmsidents withi~ th~ area of exposu=a, except 12 ca,es where the ~action plan option has b~en approved by the Commission ia accordsnce with Sec- tion 9.1. below of.this rule. (J) Th~ plan shall, include a list of the names and , phone numbers of the responsible par~ie~ fo~ each of the possibly occunied P~bllc areas, such a~ school~, churches, businesses, or other public a=ea~ or facilities within the area of exposure. (K) The plan shall include provision; for advance briefing of the public within an area of exposure. Such advance briefing shall include the following el~memt~: (i) The hazards and characteristics of hydrogen sulfide. (ii) ~he a~ces~ity for an emergency actZoa plan. (iii) Tha possible sources of hydrogen sulfide with in ~he area of exposure. (iv) Instructions for reporting a Ess leak. Rail-~o'a'd 'Co~:niss~on of Oil and Gas Divisic. n 051.'02,02. 036 Page -Y22 "' (v~' The'man.nar in which the public will be notified of an emergency. (vi)'Step.~-to-be t~ken'la case -of an emerRe~cy. (L) in the event or-d'high density-of population, or thru ca~a whar~ the popul=~i~' denS't9 ~ay-be ~dictable, a r~action of plan, ia lieu of advaac~ brief{nE fo~ public no~iffcation' will (~) '~-plkn shall'inClude-additional suppor~-info~ation, ' - .... if appl~Ca~l~, such a~: - - ...- of com~unication, -(i) 'L~ca~i~ of evacuation routes. · (ii) Location of aafmty and life suppor~ equiom~nt ('iii) Eocat%~n of hydr~$em ~ulfide containing faci!z~ies. [iv) Locatio~ of nearby =alephome and/or other means (vJ'-$Pecial':instructi-on's 'for conditions' a~ a parti- cul-a-r'-f-nst-aI'l-a~ion shhh 'a% locaJ t'erra'i'~ 'and the" effec: of rations weather · C 0 ~d-f~-i'o'n s'. ........ ~' -- .... ~: _::_=. . . :r=_ '' -'-~(iY)'' ~h-j '~oCai R'ailro'ad Co~mission District Office shall be notified immediately-if':~'e c~ntingeac~plan--i~ activated. . . .... -. · . . ... . (0)' Ihe retention of t~ contingency plan shall be ' % fO '" '- -.'=- :--~ ' fi)' The ~lan"shal! b~ available 'for 'Commission inapec~ion at the location indicated on the certificate of compliance. (i~'Ihe plan ~hal! be'r~aincd'at th~ location which lcnd~ itself bes~ to activati~a of th~ plan. ir].'-' i' Railroad Commission of ?e×aa Oil and Gas Divisien 051.02.02.036 124 (11) Driiliq. R Provision Dri!lisg and workover operations where [h~ 100 ppm radius of ~xposur~ is 3000 feet or zreater ~hall bt subject to the following additional orovisions: th~ well ~i~e. Protective breathing equipment shall be maintained at (B) Wind direction indicators shall be installed at atra~gic locations at th~ well site. (C) The operator shall provid~ a method for igniting the gas ia the event of a= uncontrollable ~mergenc7' (D) !ha operator shall install and maintain automatic hydrogen sulfide dececCion and alarm equipment chac ~i!l ~arn the driilinR craw of the presence of hydrogen sulfide gas in concentrations that could be harmful. (E) rbe operator ~hall install a choke manifold, mud-gas separator and flare line, and provide a suitable method for lighting the flare. (F) Secoada~/ remote control of blouout prevention and choke equipment to be Located away from the ri~ floor at a safe distance from the wellhead. (G) Drill ~tem testing of hydrogen sulfide zone~ i$ p~rmi~ted only in daFlight hours. (H) The Railroad Co~mission S~sur!ct Office ~hal! be nouificd of :he intention [c conduct a drill z[ca test of a formation con~aining hydrogen sulfide in sufficient '~oncentrauion [o ~eet thc · Railroad Co~.miss£on of Texas Oil and Gas DZvision 051.02.02.036 Page 123 (F) fa the event t'ha~, due to particular situations, a con- tingency plan cannot ba developed with the ~pntin~encv~_Plaa Provision ~f this rule, =hen =he operator may develop an adjusted plan to fit the situation, and submit same ~ith th~ c~rtifica~ of compliance. Approval of thc ccrt. ificzte of compliance so ~ubmitted will constitute approval of th~ contingency plea. applicability. (Q) Thc plan shall be keo~ updated to insure, its current (10) ~jectzon Provision (A) injection of fluids containing hydrogen sulfide shall not be allowed under the conditions specified ia this provision unles~ first approved by the Commission after public hearing: (i) Where injection fluid i~ a gasmous mix%ute, or would be a gaseous mi×~ ' ~ure in the eveng of a release to ~he atmosphere, and where th~ lO0 ppm radius of exp'osu~e is in excess of 50 feet and includes any part of a public area excep~ a public road; or, if the 500 ppm radius · of eXpo~ur~ is in excess of 50 feet and includes any part of a public road; or, if the 100 ppm radius of exlpo~ure is 3000 fee~ or greater. (ii) Where the hydrogen sulfide conten~ of the gas or gaseous mixtur~ to be injected has been increased by a processing plan: operation. (B) Each project involving, the injection of Ran or gaseous miX~ures, con~ainia~ hydrogen sulfide which doe~ not require a oublic - h~aring prior ~o receiving Com.mizsion approval specified ia this pro- vision shall never[heless be subject r.o .'.he other provisions of this rule ~o the extent the[ ~uch orovisions are applicable ;o such project. · · productn~ oii~ell=. I~ ~y be c~rried tn the g~s, oil or ~:er =~r=a~ ~r in ~I1 ~r=~. HZS {s co!orle~, ls hemmer Uhan mir an~ hms a di~mc~ve ro~n ~gg oHor. ~cn~e of s~.~ ~o odor i~ aot a ~e!i~btc indicator of i~s p:cscn~c. Sulphur'Diox-i'd¢ Ga~ {~ a gad produced by burning Hydroge~x Sulphide. 'Commcnly known ~ SOl, thi= ga= t~ color!c~=, heavier than air and ha~ a~ acrid, P~ge=C cdor. To.~.'.ci.'y ~abl¢~ fo= ~2S and S©2 are: lO-20 70-15o I70 -300 500 700-I000 P,r~.s of SOz P~r ~Ml~_l!ton Par*.~ of Air 20 50-I00 400 Slight ~y.-nptoms after ~everal nou. ~ of ba~nce and reasoning ~thi= ~ir~7 Loss Of have ar~ficiA1 E-xoo aur e Effect. No effec~. for 8 hour~ exposure. Irritating :o no=e and :hroa:. Irr~a~ng to eye~. . Ma~u~ concentration for period of t/Z kcur :o 1 hour. I~edia:e!5' hazardon= ~o' llfc. ,j i Railroad Commission of Texas Oil and Gas Division 051.02.02.036 (!) A c,;rtifica~e of comoliance shall be required on ~ch well subject to this provision ave~ if w~ll is located on certificated lease. (J) Full compliance ~i%a all the requirement~ of thi~ provision must he satisfied befor~ th~ ~etl is drilled to a depth that i~ within 1000 feet of the ~ydrogea sulfide zone. (K) ~3I ~blica~ion ~-49 is r~ferencad as a suggest, ed gulde!in~ for d:~_ing and wcrkovar of wells subjec~ to the provision. (12) Tra~n~, Rec ~ ~~ uirement Prov~ sion (A) Each operator whose operations are subjec= to this rule ~hall provide training of personal responsible for his operation~. (B) The t~aininR of perso~el shall include the fo!low~ng ~lement~: (i) Hazards and chsracterzs~ic~ of hydrogen sulfide. (ii) Effect on metal components of the system. (iii) Safety precautions. (iv) Operation of safety equlomeat and life support system. (V) Corrective action and shut-down procedures' , (d) Retorts Re uire_d (1) _C_artificate of Coz3!ianc~ Provi~ion A c~rtifica~.e of compliance shall be submitted for opera' '' ,, . ~ions subj¢cg to any provision of thi~. r~le. Thc following shall apply · tO %h~ Ce___rtlficate of Comolian¢~ ?rovisicn of the rule: (A) The cer=ificat= of co~liance shall carl/fy that operator has complied, or will comply, with applicable provisions of this rule. ('B) The certificate of ¢ompllance shall be fil=d in triplicate in th~ Co,z~isslon District Office where the operation is located. "x, 7~ 't .~- Railroad Co.~miasion of T=~as Oil and Gas Division 051,02,02.036 Page 126 (C) The c~rclficat~ of com~lta~ce aba].l certify e×is~ing operations subject to thi~ rule to be in compliance, will be ia com- pliaace as specified in an attached schedule, or for new or modified facilitima, will ba in compliance Upo~ comptetioa. (D) An approved certificate of compliance will permit aa operator ~o perform all activities described ia the certificate without additional filing of approval; provided that, consistent wit~ c.ll.I, above, a certificate of compliance will be required on each well subj~c~ to ~he provisions of Sectio~ c.l!.I. (E) A new or amended certificate of compliance shall be · required if ther~ is a change in public exposure caused by public infringe men~ of a~ e×is~i~g radius of exposure resulting i~ a change in the applicable provisions of this rule, not described bF the existin§ certifi- cate. The opera,or sba'Ii file the new or amended certificate within 30 days after such infringement. (F) A uaw or amended ceruificate of compliance shall be requi~ed if there is modificatio~ of an existing oper~ion or facility which increases the radi~s of exposure in a public area, or results in change ia the applicable provisions of this rule Dot de=cribed by the exis:ing certificate, Th~ operator shall file ~he ne~ or amended c=ruifi- ca~e at least 30 days prior ~o initiating the operation or coasuruction. (G) Th~ operator shall file a certificate of comp!!aace 30 days prior to co~ncemer~t of a drillizg or gorkover operation on wells where a certificate of compliance is required for that ~ell by provisions of this rule. (Wells drilled on non-certificated leases ~ells with a 100 p?~ radiu~ of exposure greater than 3000 Railroad Co~missZon of Texas Oil and Gas Divi~ioa 051.02.02. 036 i27 (H) 12 case of extanua~img circu~mscance$, aa operatQr may file a c.~r~ificac~, of compliance with a~ attached written e×pi~natiom for ~ho~e cases where Naiver of 30-da~ prior filing ia requested. In such cases, the approval of the certificate of compliance Nill constitute au~horitF to proceed. (I) The certifica~ of compliance shall be preoared and executed by a party who, through ~raiaing and emperience, is qualified to make suck certific~cion. <J) The certificate of compliance will be ia effect until conditions are altered ia a manner ~hat would require amendiag the "Certifi- cate.'' The operator shall notify the Commission within 30 days following cessation or abandcmment of operations in a certificated area. (K) The certificate of compliance required by ~he orovi- sion~ of this crdar for an existing system are due in the Di:tric= Office aa soon as is reasonably POSsible, and no later than September I, 1976, and as applicable for new or modified operations. (L) A certificate of compliance may cover a single opera- tio~ or multiple operations located in an area, a field, or a group field~ withZa a Commission Dis~rict~ The description of ~he type of operation aS indicated on the form must be sufficiently complete to degre~ that· it is obvious what elamen~ of am operation is to be covered · by the certificate. All Railroad Coma~asion iden~ificcation sumhers for , each element of the ~ystem must b~ shown on the certificate and must be identified as to the type of operation. (M) C~rtZfica[es are non-transferable, and a new opera%or of a ~y:tem or any acquired clement of a sys~e~ or operation shail be r~.quired ~aii=6a~ COm~is'~ion of Texas"- Oil and 'Gas Divisiott 051.02.02.036 to certificate that operation. Th~ o~e~:ator of a c'ertificatad system · shall notify the Com~nission in writing whea t~e system or an7 operatia8 . . . parff-H~ ~j&~ t~fj~-~d'~o.~noc~f op~f~of--'~ ~edd~d'~rtifiCAte"- ~hall'5~ r~ui:ad ~hOuld.any ch~j~-dd~Ur that wooId'add'or delete a Raif~dkd Ca~isaig~ identification n~be= cove=ed b~ the c~rtificate. (N) Each operator s~ai1 mafntai~-a'cu~rent~ master . (2) ~let. iok Report Provision '-'-'' -. !--.-. (A) The ope~ator'fhJil'~&port on ~d-initiJi-completion · . report for new oil Or gas 'wells ~he hyd:o~g~'sulfide conccnt=ation~ th~ Wel!haad gas for all well~ whe=e the hyd=oEen ~ulfide coacentration ls equal to or ~xceeds I00 ppm. - ,., . . . '--lB)' 'The'd:illi~g'o~"~ well'in a'n a~ea which w~ula the ~ub~ission of a Cerkificate Of Compiiance (y~ H'~) ~ail have . . . , . ~Y'~plidJ~'ion fog ~{~ion tj-~hd=p~,3i~ions of'thi~ ' . ~hould specify the provisions'to Which exception i~'~equested, and set out ~r~et~iI the basis 6a'whi~h the exccptio~ is gO be requested " · . - !7~=- . . . . _ - . . -.. . . --.. ., . - . .... . . . , . - . . ' ..... - 7 . . _ . . . , · ~ which ~arn bro~ or black ~hen ~po~ed ~o 5 pp~ or ~ore of MZ5. They do · arc opposite ~n* ano~er ~nd your ~upcr,~zor '~I1 ~nfcr~ you ~hara Safe brea~Hln~ apparatus Lu the for:n of supplied ~ir ~.asks pro~Sdiu~ apprcx- i~taly 30 ~inu:es air su~pty ~ra stored near ~he safe briefin~ ar=aa. Other ~ork local, one. ~e~a ~t~ plug ~n:o brea:hlnE ~r ~.~nifolds and have m 7 ~ute air bongs for ~ove~en: be~een ~a~folds or to a ~fe hrief~n~ area. e~¢r~e=c~ ~ho~d arise. ~a Bulletin Bcar~ Zives infor~.a~ion abou~ a~r~s ~d repor~ Iccm~ons an~ ail e~ployaes should be fa~il{ar ~.th ~his i~or~a- ~ c~rga o~ all oper~onm ~n an e~arEe~y ~i~a~.'on. Pre~au~cnary pro- cedures ~u~ be followed ~f au e~.erEency appear~ %o he developing and the mn~ insure ~%f~ty of persor, ue! and equips, ant. Lu the absence of the fore,an, ~, ~di~ual in charge of operm~.on~ will ~k~ c~r~e ~n an e~er~ency. Hydrogen Sulphide i~ corrosive and pip~ f%~'~ng~ and v~lvas tn ~er~ce hand!ing HaS should be ..... ~elected '~th :l~i~ in ~ind C~-ess ~orr-_~on~ ~" crack:n'~.. . cnn ~dnimt=e~ by using correct ma:ariel,. Never u~e s:ee%~ of ~ore :kan Roc~ell CZZ hardness or ~eld ~:renguh of more than 95,000 pounds mer-~ce. Get engineeriug ~d~,ce before p~cing any equipment in , /' . to ~tr or oxygen, this sc~Ie can '~ont~neoua!v ~gn~te and create ~ f~re h~zar~. , K~op aca!~ wet or ~ove to a ~af~ !ocatio= away fro~ Iow~r :¢rnpcrz~ur~. A mov~bl~ f~.n ~,y be u~ed :~ d~.~per~e ~Z$ g~= frorm ~.n ~.r~_a where work · .be done. .. %. , AR, CO Alaska, Inc. Internal Corresponde-,-.e ~~ g Proposed Operations of Pingut Two-Month Test Subject: From/Location: To/Location: J. A. Walker J. S. Carlyle/J. T. Nydegger As you are aware, a two-month production test of the Pingut State No. 1 Well was planned to ~elp evaluate the Lisburne development. A brief flow test indicated the well will p~oduce 1200 BOPD, no water, and 780 MSCFD of gas with 2000 ppm HpS ....... %his..proposal was assembled to ensure that all reasonable precautions wil~ be taken during the production test. It was prepared in accordance with the applicable sections of the Texas Railroad Commission Rule 36, Oil, Gas, or Geothermal Resource Operation in Hydro,eh Sulfide Areas, and the AP1 Recommended Practices for Oil and Gas Operations Involving Hydro,eh Sulfide,'RP55. The proposal includes a description of the test facility and operations, Special Operating Procedures, an Emergency Plan, and a Training Program. The test operations will be conducted by contracted personnel using H2S rated rental equipment. The production facilities will heat and separate the crude, flare all produced gas and allow for trucking of the oil. See Figure 1. The saleable oil will be trucked to South Point where it will be trans- ferred to tanks and pumped.to. DS 18. Appendix A has a detailed description of the test facility and planned operation. The Pingut test facility also has a continuous H2S monitoring system which will audibly and visually alarm when the air reaches a certain H2S concentration. In addition to the H2S monitoring system, special procedures were developed for this test because of the high H_S concentration in the produced gas 2 ' These procedures were intended ~or this test only, and augment prudent practices established at previous Lisburne tests where H_S was not found. The Pingut 2 month test will have a 24-hour secured entry~ Only authorized personnel will be allowed in to the Pingut site. Pingut Security will also secure the surplus materials yard at night in lieu of a locked gate, because the only access to the Pingut site is through the surplus yard. See Figure 2. Also, Special Operating Procedures and Emergency Procedures were estab- lished for the safe ope_rat~0n of the test facilities. The procedures and plans were developed considering Rule 36 and RP55 and are listed in Appendix The Training Program, developed and administered by the Fire and Safety group, is similar to the program used in the Permian District. The training program will include a general medical history and respiratory review by the Prudhoe Bay ARCO Physician. The course outline and medical questionnaire are presented, in Appendix C. ARCO Aleska, Inc. is · Subsidiary of AtianticRichfieldCompmn¥ ,, J. S. Carlyle -2- December 2, 1983 These procedures and programs are highly interrelated and should be viewed as a comprehensive plan for conducting this well 'test. This plan encompasses all applicable sections 'of Rule 36 and RP55, and compliance will minimize potential hazards during the Pingut test. A. Walker JAW:sac Mi 12/2/83 Attachments: Figure 1 - Process Flow Diagram Figure 2 - Vicinity Plan Figure 3 - Site Plan Appendix A - Detailed Test Description Appendix B - Procedures Appendix C - Training Program CONCURRENCE: J. S. Carlyle cc: S. Hasund - ATO 1826 J. S. Dayton - ATO 1820 J. B. Robinson - ATO 1830 R. F. Bryant - PRB D. W. Trepp - PRB J. W. Styler - PRB ~IIyA' t~.,It11Rt· ~ [IFII('I' LEGEND. M = FLOW ~]ETER LC = LEVEL CONTROL,, FIGURE 1 A~CO Alaska, Inc. luhlldl~lT a! Allflnllel'll~hllohlCompml/, ......... ~' PINGUT ST. No. 1 2 MONTH TEST PR~ESS FLOW DIAG~ $~ ~ ,.~,. ,~.. 'PlA~GUT _~ TA T£ /J~ . I x, L~IL L St TE ~1t YAR~O ,°IHGLFI- JECLItP)T~ CH~cCtd POIAIT' zgRILL, .~ / 7'£ T/ItZ TiOtI tX~T~ ~ THY.q D R.,IV~ING FO~' REF£RENC_~' HOT' TO ~ S£t~L_EL~--- · Rk-VIS IClNS FLARE PIT , - g P. FLA~ L~ -- tlpO IP.P.M. PqAmU~ Or ~Exro~nt · / gO~ p.p.WL RAC)%~.B8 OF IXpOII~ I I IIIAOIUl OIr I~IPOIUR! BtllrlllIIlill~ pA IOVlLL/OII'I*OIII) BQUA 1 ll')ldl .yICINITY I~AP ARCO Alaska, Inc. ~-I~ ~d , LIS~U~t~ TE~T FACILITY ' BITE PlAN r-,,, ~ ,--~Lm m,.., rll-.I--l-gl-.~' , ..... , ~:'. .... , I]:'=~. Appendix A - Detailed Test Description The following paragraphs describe the test facilities and operations and personnel responsibilities: Test Facilities and Operations The test facilities were set up to flow the well continuously for two months. Oil and gas processing, utilities, and the H2S safety a're discussed below. A. Oil and Gas Processing: The wel'l will be tested with a wireline pressure gage in the hole. Production will flow from the well head to the crude heater where it will be heated to 120OF (from about 60°F) and choked to 30 psig (from about 1000 psig). The crude will flow from the heater to the separator which will be operated at 30 psig. The gas off the separator will be metered and flared. Produced water will be metered and piped to a dedicated tank in the battery. Oil will flow from the separator through a turbine meter to a surge tank. The surge tank will be operated at 5 psig with the off gas flowing through a meter to flare. The oil will be pumped from the surge tank through a positive displacement meter to the tank battery. The process equipment materials uniformly meet NACE requirements for the conditions of this test. Please refer to the attached memorandum from J. B. Robinson, dated 11/18/83, for materials specifications. The heater is a 2 MMBTU/hr. indirect fired, glycol bath unit. The flowlines from the wellhead to the heater are 3" schedule XXH, rated and tested at 3000 psig. The fl owlines from the heater to the separator are also 3" schedule XXH. The separator, surge tank and transfer pump are located in the same enclosure. The separator is a 40" x 15' ANSI 600, 3-phase separator with dual oil and gas meter runs, automatic gas back pressure and liquid level control valves, rupture disk "set" at 1500 psig, and a relief valve set at 1400 psig, The vessel is ASME stamped and was pressure tested to 1000 psig following the last rig-up. The flowlines from the heater choke to the separator were' also tested at 1000 psig. The 50 bbl capacity surge tank was designed for 50 psig ~.~AWP, It is ASME stamped and pressure protected with a rupture disk and relief valve set at 60 and 48 psig. There are three flare lines, one each for the surge tank off gas and pressure relief, separator off gas and pressure safety, and separator surge tank bypass. The flare lines are 2 7/8" tubing supported on wooden cribbing and held down with two 1000~ weights. The flare lines and all other outside lines are wrapped with l0 watts per foot, self limiting electric heat trace and insulated with 3" to 6': of foil-backed fiberglass protected by visqueen. Appendix A - Page 2 The tank battery consists of three 400 bbl mud tanks with 3" of polyurethane insulation and 2" s'team coils. The tanks are manifolded together such that the oil production can be stored in any of the three. Produced water can be stored only in the northern-most tank. Each stock tank has a truck connection. A tr_ucking contractor will haul the oil from Pingut-to South Point. The oil will be transferred to a tank at South Point and will be pumped to D.S. 18. The PBU approved L.A.C.T. unit at South Point will be used for custody transfer. The existing South Point pumps and pipeline will be used to transport the oil to D.S. 18o B. Utilities: A 100 kw generator supplies power to everything on site except the ' office building which is run by a dedicated 20 kw generator. The major generator:loads are the 40 hp transfer pump, heater blower and the electrical heat tracing. Instrument air is provided by a compressor inside the separator/surge tank enclosure. All air lines are inside the heated enclosure. Three portable .plants provide pad lighting. C. H2S Safety: H2S safety is based on sound training and equipment. This section addresses only the equipment. Refer to Appendix C for training. Safety equipment for this test includes self-contained breathing apparatus (SCBA), H2S badges, drager tube teSters, personal H2S monitors, and a fixed H2S detection and alarm system. An attached safety equipment summary tabulates the types and locations of equipment available on site. Two types of SCBA's are available: The standard 30 minute pack and a five minute pack with extension hose and 150 minute tanks. The 150 minute tanks with hoses will be used when gaging the tank battery. The 30 minute packs will be used during all other operations and emergencies. H2S badges from the Pingut security will be available for visitors. The lead-acetate badges will change color when exposed to a H2S environment. Drager tube tests will be used to measure the H2S concentration in the separator off gas, stock tank vapors and air. Calibrated pumps and analyzen tubes with lead-acetate elements will be used for these tests. Personal H2S monitors will be carried by the two on-site .operators.' These Gastec model HS-82 model H2S monitors are battery powered and factory calibrated. .Batteries are good for 48 hours. The 100 ppm range monitors display, the H2S concentration and audibly alarm at 10 ppm H2S in the atmosphere. Appendix A - Page 3 The fixed H2S detection and alarm system is based on the General Monitors; Inc Model 2170 H2S monitor. There are four sensors each with dedicate~ single channel monitors. The monitors have an analog meter scaled in ppm H2S with a 0-100 range, low, high and malfunction lamps, power-on lamps, and reset switch. The sensors are mounted where the greatest hazards for H2S exist. Two sensors are located in the separator enclosures where sampling ahd production measure- ment will occur. One sensor is located at the tank battery 4' above grade near the truck connection. The fourth sensor is mounted in the wellhouse about 4' from the tree and 4' above grade. The three monito'rs for the separator and tank battery sensors are mounted in the office trailer. The monitor for the wellhouse sensor is mounted in the wireline unit. The three office monitors (for separator and stock tank sensors) will annunciate 20 ppm and 50 ppm visual and audible alarms if any of the three sensors "sees" 20 ppm or 50 ppm. The 20 ppm alarm will annunicate a special light and horn mounted on the separator enclosure. The 50 ppm evacuation beacon and horn are mounted on the office trailer roof. Test switches for the 20 ppm and 50 ppm alarms are mounted in the office~ The monitor for the wellhouse sensor will be manned 24 hrs/day by the wireline unit operator. Only the 20 and 50 ppm lamps on the .monitor will annunciate when the wellhouse sensor "sees" a 20 or 50 ppm H2S concentration. Others will rely on the wireline unit operator to notify them when the alarm levels are exceeded. Personnel Responsibilities This definition of responsibilities was developed as a general guide- line for Pingut test operations. Most of the actual test operations will be performed by contractors. Noralco will provide fl owlines, crude heater, separator, and surge tank and operators for same. There will be two Noralco operators on site at all times. CamCo will provide a wire- line unit and operator for bottomhole pressure measurement. Pioneer Oil Field Services, Inc. will provide the 10,000 gallon tank truck, truck driver, and South Point pump operator. The Pinqut security guard will be contracted through O'Neill Security SerVices and ad- ministered by Prudhoe Bay Operations Support. The'following lists' the personnel and their responsibilities: Drillsite SuperviSor - directing overall operations. Wireline Supervisor - conducting all' wireline work. Well Haintenance SupervisOr - conducting wellhead maintenance. Appendix A - Page 4 Arco Operators - maintaining hydraulic panel, ensuring safety of site operations and transmitting da'ily reports to F.S. ~2.' '- Arco Fire & Safety- ensuring personnel are properly trained. Facility Planning Engineers - providing engineering support as required and demobilizing site. Noralco Operators - Operating the well, crude heater, separator surge tank, tank battery, flare, and H2S detection and alarm system; ESD shutdown, sampling and testing oil and gas measuring and reporting produci~ion; following special Operating and Emergency Procedures (Appendix B). Camco Wireline Operator - monitoring the wellhouse H2S level, operating the wireline unit, and reporting the BHP to Noralco. Arco Fueler - fueling diesel fired crude heater and generators. Pioneer Truck Driver - loading, transporting and unloading crude. Pioneer Pump Operator - operating the South Point pump and L.A.C.T. meter skid, sampling and testing for BS&W, reporting daily pipe runs to F.S. ~l and completing monthly run tickets. Pi~ngut Security Guard - controlling entry to Pingut test site and surplus materials yard and following Security Procedures (Appendix B)~ Safety is the responsibility of everyone involved. The responsibilities listed above do not cover all the responsibilities for this test, but generally outline areas of responsibility. ARCO Alaska, Inc. Date: Subiect: internal Correspondence ' ATTACHMENT - AP'~ DIX A November 18, 1983 Operation of Lisburne Production Test at Pingut State No. 1 Fro~tlon: J.B. Robinson, ATO-1830 To/Location: J. S. Dayton, AT0-1820 As you are aware, high H.S concentrations 'have been seen in the produced g'as during initial testing a~ Pingut State No[ 1. The well was shut in to allow time to evaluate the potential problems associated with continued production. Potential problem areas have been evaluated by the Lisburne Engineering and Facilities Planning groups and are discussed below. Surface Equipment The surface production equipment (Wellhead, f lowlines, heater, and separator) was evaluated for H2S use based on the National Association of Corrosion Engineers (NACE) Standard ~fR-10-75 (attached). The facility layout can be seen on the attached map. During normal testing, produced fluids are expected to leave the wellhead at 800-1000 psig, 70°F and pass through a heater with an internal choke where they are heated to 120°F and the pressure is dropped to 50 psi. From the heater the fluids flow to a separator operated at 50'psi where the oil and gas is separated and metered. The gas is sent to the flare and the oil is sent to a surge tank, operated at atmospheric pressure. The gas off the surge tank is also sent to the flare and the "dead" oil is sent to stock tanks to be trucked to South Point for metering and pumping into Drill Site 18. The wellhead is a McEv°y, 5000 psi tree. which is H_S rated, as per' ~ACE MIt-01-75, with K-Monel internals and stainless stee~ trim in the valves. Ail flowlines are made of A-333, Grade 6 or A-106 Grade B pipe, both of which are H~S rated, as can be seen in Table 4 of the attached NACE MR-01-75. T~e separator and surge tank are n~ot made of H_S2. rated material, but according to the NACE specifications, H2~ cracking or imbrittlement is not a problem at pressures below 65 psma. Therefore, as long as the separation equipment is operated at 65 psia or less, no problems are expected. Therefore, all the surface equipment meets NACE specifications and no material/facility problems are to be expected during' sustained production at Pingut State No. 1. Subsurface Equipment Pingut State No. 1 is completed with 2-7/8", N-80 plaStic coated tubing. The well' has a 2-7/8" Camco TRDP-1A tubing retrievable subsurface safety valve. The SSSV has Monel internals and is H2S rated. The N-80 tubing is not rated for H2S service but discussions wit~ Piano metallurgists indicate that as long as no water is produced during the test, the danger of hydrogen imbrittlement or sulfide cracking is not very severe. With an H2S rated tree and SSSV and only a slight trace of water production, a two month production test using the N-80 tubing should not pose qny unacceptable risks. ATTACHMENT - APPENDIv ~ Test Operations The facility layout and operating guidelines have been based on the American Petroleum Institute (AMI) RP55, "Recommended 'Practices for Conducting Oil and Gas Production. Operations Involving H2S" (attached). As can be seen from the attached plot plan, the facilities and safety equipment have been strategically placed to minimize the-risk of H2S exposure during test operation. The office trailer Where the operators will spend most of their time will be located outside the expected 100 ppm H2S exposure area (based on the highest expected production rates and 2000 ppm-H2S). Continuous H'gS monitors, with audible alarms, set at '10 ppm H2S will be located in tee separator building, at the office trailer, and at the wellhead. In addition, the contract test operators (Noralco) will carry portable, battery-powered }{~S monitors which emit audible and visual alarms at 10 ppm HgS and have a digital display of the HgS concentrations in the atmosphere. B~dges which change color with H2S expos%re will be located on site and will be required to be worn by all visitors. Self contained breathing apparatus will be located at the separator building, office trailer, and stock tanks. A telephone will be placed in the office trailer and the operators will be expected to routinely "check-in" with Flow Station Two pe.rsonnel. The test operators have met with Prudhoe Bay Fire and Safety personnel and have been briefed on the effects of H2S and the proper use of Scott air packs. The Fire and Safety group is currently developing safe operating guidelines for such things as sample catching and tank strapping and are expected to work closely with the test operators to maintain safe conditions at the well site. In addition to the operating guidelines, a contingency plan should be developed for the test as per section four of the attached API RP-55 report. The Noralco. operators will be under the direct supervision of the Flow Station Two Drill Site Supervisors, who will coordinate the various efforts (Noralco, Fire and Safety, Production) to insure that safe operating conditions and procedures are maintained· Two samples of Pingut stock tank oil have been analyzed .to date, one had 35 ppm sulfides and the other had no measurable amount of sulfides. Approximately 3500 STB of Pingut oil were trucked to the South Point pad and injected into Drill Side 18 and no trace of H_S was seen at the South Point location during that operation· Based on this, no oil related H2S problems are expected during the two month production test. To summarize, it appears that with the proper supervision and awareness of potential hazards, a safe two month test at Pingut State No. 1 can be performed using existing equipment and personnel. If you have any questions, please call me at 6275 or Jack Walker at 4909. · . obinson ~-~ . JBR/dy cc: w/attachments .R.K. Doughty, AT0-1988 S. Hasund, AT0-1826 D. K. Chancey, AT0-1828 APPENDIX A Safety Equipment Summary SCBA's and fixed H~S sensors and monitors are located at selected positions as indicated below. Refer to Figure 2. SCBA H2S Monitor Phone Radio Fire Sensor _ Extingui'sher Office Trailer 3 -- 3 Separator/Surge ~ank 2 2 -- Wellhouse -- 1 -- Wirel ine Unit 1 -- 1 Tank Battery 1' 1 -- Pingut Security 1 .... '1 1 1 1 1 1 *A 150 minute tank will be kept. just outside of the tank battery dike. The mask, 5-minute tank, and hose to connect to the 150 minute tank will be stored in the office trailer out of weather. There will also be a SCBA in the ARCO operator's truck, Pioneer oil hauling truck and the South Point pumphouse. Pingut security will have H2S badges for visitor use. The drager tube test pumps and tubes will be stored at the office trailer. ~ppendix B - Procedures Some special procedures were adopted for the Pingut two month test as a precaution for the high H2S concentrations. There are three sets of interrelated proced'ures herein- Security; Emergency; and Special Operational. Security Procedures Only people included on the authorized personnel list (attached) are permitted to enter the Pingut test site. 2~ The drillsite supervisor has authority to change the authorized personnel list. 4~ There are two sections of the list- Restricted and unrestricted. Unrestricted persons may enter the Pingut location without restriction except as noted below. Restricted persons may enter the test site only with an escort who must be unrestricted. The persons' names and vehicle numbers as well as time in and Out are recorded for all personnel entering the Pingut test site. Be All persons entering the test site must have a personal protection device, e.g., H2S badge. 6~ Materials deliveries or pickups at the surplus yard are prohibited between the hours of 7 p.m. and 7 a.m. unless authorized by the surplus yard supervisor, Ext. 5539. Emerg..ency ..Procedures If any H2S monitor exceeds 50 ppm alarm level: 1. Put on self-contained breathing apparatus (SCBA); 2. ESD wel 1; 3. evacuate all personnel to Pingut security and close entry to site, check wind direction; and 4. notify drillsite supervisors. If any H2S monitor exceeds 20 ppm alarm level: 1. Put on SCBA; 2. evacuate all restricted personnel to Pingut security; 3. note 'location of alarming sensor(s) and wind direction, notify Pingut security via phone by briefly removing air mask to talk (security will notify drillsite supervisor); Appendix B - Page 2 e identify source of H2S and take appropriate action; if 'the source'of the H2S concentration cannot be secured, shutin well, shutdown heater and generators, and evacuate to Pingut security. Close entry to Pingut site. The drillsite supervisor will notify Fire and Safety, Flow Station ~2 super, visor. Fire and Safety will direct Prudhoe Bay. security to se~ up road blocks, if. necessary, and provide the list of authorized personnel permitted into secured area. Special Operations Procedures 1. The drillsite supervisor must give approval before flowing well. 2. Operate separator at 30 psig or less to prevent sulfide stress cracking. 3~ For every person inside the wellhouse and separator/surge tank enc'losure, there will be at least one person outside. The number of people in the separator/surge tank enclosure will be limited to the number of SCBA's in the enclosure. 4. Wear SCBA before- A. Entering dike to gage tank battery; B. .removing an orifice plate; C. taking oil and gas .samples; D. any other time a leak. inside the separator enclosure is suspected; and E. any time a H2S monitor exceeds 20 ppm level (see Emergency Procedures). e Maintain a minimum of three (3) fully charged S£BA's on site in office trailer at all times for emergepcy use only.. 6. TeSt 20 ppm H2S and 50 ppm H2S alarms at noon every day and record results in daily log book. . Test each sensor head on Monday of each week and record results in daily log book. 8. Report any alarm failures or H2S monitor malfunctions immediately to the drillsite supervisor. 9~ Always check and record wireline unit H2S monitor level before entering wellhouse. l0 At least once per shift ensure H2S sensor at tank battery is free of snow. ATTACHMENT - APPENDIX B Pingut State No. 1 - Authorized Personnel UNRESTRICTED. Drillsite Supervisor Night Supervisor Drillsite Operator Drillsite Operator Fire & Safety Specialist Engineer ~ Bryant/Doughty Beaudry/McGarry Stark/Newlon Flemming/Johnston Carmical/Simmons Walker/Wiggin Phone 5493 5491 5491 5491 5424 4909/6233 Pager 375 815 761 316 461/421 ,047 Mobile 022 025 025 66/62 RESTRICTED- Flow Station 2 Supervisor Wells Supervisor Well Maintenance ,Supervisor Pioneer Truck Driver ARCO Fueler Carl yl e/Nydegger Purdom/Adams ARCO Oil er Heavy Equipment Operations Engineer Operations Engineer Materials Delivery Personnel Operator/Snow Removal Robinson/Carter Ral ph/Kramer 5804 5255 6275/6201 6393/6581 EMERGENCY PHONE LIST PINGUT STATE NO. I BOB BRYANT/GLEN DOUGHTY dim ASHFORD/MIKE KENNEDY EXTENSION PAGER MOBILE RADIO EXTENSION PAGER MOBILE RADIO 5493 191- 37b O44 5762 191-257 O42 FIRE 6 SAFETY EXTENSION 5500 FLOW STATION 2 EXTENSION 5491 PB Hydrogen Sulfide APPENDIX C HYDROGEN SULFIDE TRAINING OUTLINE A. What is H2S? 1. Properties 2. Exposure Limits B. Sources 1. Exposure Areas' C. Means of Human Exposure 1. Inhalation 2. Ingestion 3. Skin Penetration 4. Ears II. D. , Effects of Human Exposure 1. Duration 2. Frequency 3. Intensity 4. Individual Susceptible Detection A. Detecting and Monitoring 1. Fixed System · ,2. Personal Monitors 3. Portable Detectors · 4. Daily Test & Documentation B. Location III. Respi 1. Sensors 2. Monitors · 3. Portable Detectors 4. Alarms - Visible and Audible 5. Level of H2S for Actuation of ratory Protection High and Low A1 arm A. Introduction of SCBA 1. Scott Demo (30 min.) 2. Scott ~Demo (5 min.) B.' Donning Procedures 1. Scott 30 min. 2. Scott 5 min. Page APPENDIX IV. Ve C, D, E. F, Inspection Procedures 1. Scott 30 min. 2. Scott 5 min. Service 1, Refilling Sanitizing Fit Test 1. Isoamy.1 Acetate {Banana Oil) 2. Positive Pressure 3. N~gative Pressure 4. Head Movement Speci al Prob'l ems 1. Face Fit 2. Health 3. Physiology 4. Motivation 5. Limitations G. Practice Session H. Equipment Location Safety Measures A, B~ C. Wind Direction and D. Self Protecti on E. Buddy System F. Emergency Stations ... G. Escape Routes Emergency Procedures A. Communication 1. Telephone 2. Rescue Procedures' of Equipment Approaching Job Site Personnel Movement Indicators Page 3 APPENDIX VI. B. R C. F Ae escue Procedure, 1. Self Protection 2. Rescue Procedures irst Aid Procedures 1. Artificial Respi'ration 2. CPR Emergency Support Services Medical . 1. Doctor 2. Ambulance 3. Hospital Security Fire and Safety 1. safety Service 2. Emergency ,Rescue 3. Fire Brigade Production and Maintenance 1. Flow Station No. 2 Drill Training Test Be Ce De VII--Post Site Supervisor APPENDIX C Percentile Score . POST TEST DATE NAME LOCATION SUBJECT HYDROGEN SULFIDE GAS (H~S) _ SAFE PR. ACTICES AND PROCEDURES. Multiple chbice- Circle one of' the letters to complete the statement correctly. . e me Hydrogen Sulfide Gas is a. Poisonous b. Corrosive ~ c. Flammable d. All the above OSHA requires the use of safe breathing equipment if the concentration of H2S in air exceeds . a. 100 ppm b. 80 ppm c. 50 ppm ' d. 20 ppm If a person is overcome by H2S, they must be a ~ Quickly fitted with a safe breathing apparatus Removed to fresh air'where they will resume breathing RemoVed to fresh air and give artificial respiration Given cardiac massage Safe breathing apparatus will not seal effectively if worn over t A beard A heavy stubble of'beard The temples of glasses All of the above Points 10 10 10 !0 APPENDIX C PINGUT STATE NO. EXTEND WELL TEST ARCO ALASKA, INC. Trainin$ Received (Check) ARCO AND CONTRACTOR TRAINING · SuBject Instructor Review of Job to be completed Operating Procedures H2S Facts Respiratory Protection Safety Measures Emergency Procedures Emergency Support Services -- Question and"A~swer Session Walker J. Walker Safety Dept. Safety Dept. Safety Dept. Safety Dept. Safety Dept. Safety Dept. DATE INSTRUCTORS: SUC-~ES_TED F~iP?.JM .~DiCAL QUESTiO~;2RE. C ON?IDENTIAL , LAST FJ. D DLE i Ki T3_~.L FIRST ADDRESS ., · ' STREET CITY A~E, / SEX:' ( )MALE S T A T~- SOCIAL SECURITY NUF~ER ZiP CODE- PHOh~ AU3MBER ,!N%~RODUC.TION I understand that I am being given this cuestionnaire ~o determine my abill~y to safe~y wear a respirator 'during the no.-ma! perform~ce of duties associated, with my · emploYment with this" organization. NO YES Have you ever been short of breath on exertion, such as: .. .2. a. climbing one flight of s~airs b. walking up a slight hill or, · c. walking with °t~her people of your own age at an ordinary pace on the level? · · Have you now, or have you within the last 3 years had a cough that produced .phlegm and las~ed for 3 months or more? Have you ever had chest pains? Have you ever had asthma? Do. you frequently ~ave difficu!~y brea~h£ng through your nose? Have you ever had a heart attack or othe~ heart condition? Issue !0/30/8! APPENDIX C Do you have'difficulty smelling or tasting anything? 8. Do you have chronic skin problems of the face? NO YES 9. Do you wear.glasses or contact !e~ses? Do you faint, blackout, or have you had any periods of unconsciousness in t_he last 3 years? (for example epilepsy) 11. Do you know of any reason why. you are not kble to wear ~ respirator?' ! understand the questions above and have answered ~hem to the best of my kn6wledge. I understand that I have the right to request a medical examina- tion concerning my ability to wear a respirator. I understand that ~he info_~mation here given is confidential and shall only be disclosed to my designated representative (upon my written request).except as required by appropriate federal and state statutes. Signed Date (Employee) Signed Date (Person Administering Questionnarie) APPROVED FOR RESPIRATOR WEkR ( ) NOT APPROV~_D FOR RESPIRATOR WEAR ( ) (Signature of Health Professional · making above determination) ..C..0mments andfor, fu. rther actions (i:e. ,... additional tests) 14-11.2 tlanticRichfieidCompany,~,,'~, APPENDIX C Medical Confidential ame (last. first, middle) :~me telephone number ]Work telephone 'ea code, ]~rea cod~ 3me address (street, city, state and zip code) Social Security number number Medical History Page I of 2 I Coll. date (for office use only) ARCO medical office location code (for office use only) Job title IWork location nergency contact IEmergency address (if different) larea code Emergency telephone number ~amination type (check appropriate box) ] Preplacement [] Periodic [] DoT [] Surveillance [] Pilots ,rally history: Check box if any blood relation (parent, brother, sister, etc.) had: [] Expatriate [] Termination _ Diabetes Heart disease Lung disease __ High blood pressure Cancer Blood disease - Arthritis Eye disease (Glaucoma, etc.) Deafness Ilergies: Check box if you are allergic to any of the following medications or substances: _ Penicillin Chemicals (provide names in comments) Aspirin Sulfa Pollens Dust Other antibiotics (explain in comments) Food (explain in comments) Other (explain in comments) insect sting .,, ersonal history: Check if you ever had or now have: (explain all positive response below) .,. Head injury Asthma Bone, joint, or back disorder - Severe. or. chronic headache Chest pain or pressure Diabetes, sugar diabetes Dizziness or fainting spells Chronic cough Foot trouble ._. Epilepsy-fits, seizures Lung disease Trouble sleeping Paralysis/numbness/tingling Heart trouble Depression/excessive worry Unconscious periods Rheumatic fever Drug or alcohol abuse ...... Motion sickness High blood pressure Meningitis Ever worn eyeglasses or contacts Anemia, brood problems Abnormal bleeding , . . Eye disease-glaucoma, etc. Shortness of breath Skin disease or skin problem Earache Frequent indigestion Tuberculosis ' , Hearing loss Stomach, liver, intestinal 15roblem Cancer or malignancy Hay fever Hepatitis or yellow jaundice Venereal disease Sinus, disease or problems Hernia' or rupture Miscarriages-if yes, giVe number Neck injury Rectal Problem Menstrual periods-if yes, give - Thy'r°id disorder Frequent or painful urination date of last period , , Severe tooth or gum problems Kidney/bladder problems Other (explain below) - , Pneumonia Sugar/albumin/blood in urine (posure: Please indicate the agents to which you have ever been exposed Check the clear box [] for on the job exposures (explain in comments): Check the shaded box [] for off the job exposures ... Acetylene tetrachloride Ethylene dichloride Perchloroethylene Alcohol (non-beverage) Fibrous glass Pesticides . - Ammonia Fluoride (exclude toothpaste) Phenol - , _ Arsenic Halothane Phosgene Exclucle routine ) ' -- Asbestos Heat stress Radiation ( Oental or mec~ic~t .... Benzene lsocyanates Styrene -- Cadmium Ketones Sulfur dioxide Carbon tetrachloride Lead Toluene - Chlorinated naphthalenes Manganese Toluene diisocyanate Chloroform Mercury Trichloroethylene _.. Chloroprene Methylene chloride ! Trinitrotoluene Chromium Nickel Vinylidene chloride ' , ... Crystalline silica Nitric acid Xylene Dichlorobenzene. Nitric oxide Zinc chloride ... Ethylene dibromide Noise (excessive) Other (explain below)" , )mrnents MlanticRichfieldCompany,~. APPENDIX C Medical Confidential qame (last, first, middle) Social Security number Fobacco, alcohol and caffeine: Answer all questions IDate Medical History Page 2 of 2 . Do you use tobacco? [] No A. Age you began using tobacco: 13. How much do you use per day: !. Have you ever used a form of tobacco A. At what age did you stop? B. How many years did you use: C. How much did you use per day: 3. Do you drink alcoholic beverages? [] 'Yes If yes, answer A and B Cigarettes ~ age Cigars Cigarettes ~ pkgs Cigars and successfully stopped? [] ~1o I-'l Yes Cigarettes .~ age Cigars age Pipe Cigarettes ~ yrs Cigars yrs Pipe Cigarettes~ pkgs Cigars ~ Pipe [] No [] Yes If yes, give frequency [] Daily age Pipe Pipe age Chewing tobacco ~ pouches Chewing tobacco if yes, answer A thru C If yes, give amount in ounces: 13eer 4. Do you drink caffeinated beverages? [] No [] Yes If yes, give daily amount in drinks Coffee ~4edications: list current medications, dosage and purpose ~lave you ever been hospitalized or had surgery: if yes, give hospital name and address, date and reasOn age pouches age Chewing tobacco _ age ~ yrs Chewing tobacco _ yrs ~ pouches Chewing tobacco_ _ pouches [] Weekly [] Weekends [] Monthly or less Wine Hard liquor . Tea .. Cola Vtiscellaneous: Check box if yes and explain below: -i 1. Give date of last tetanus inoculation: 2. Have you been refused employment or unable to hold a ~ob because of: r"l A. Sensitivity to chemicals, dust, sunlight, etc.? [] B. Inability to perform certain motions? [] C. Inability to assume certain positions? [] D. Other medical reasons (including physical examinations)? 3. Have you ever been told you should have any kind of operation you have not had? -] 41 Do you have any physical defects not previously noted? "] 5. Have you ever received Worker's Compensation? 6. Have ~0u ever received pension or disability? ........... 7. Do you wear any artificial apparatus (hearing aid, pacemaker, etc.)? 8. Have you ever been unable to wear a respirator? ~resent health: State the condition of your present health =ersonal physician or clinic: Give name and address Telephone number (area code ) certify that I have reviewed the foregoing information supplied by me and thst it is true and complete to the best of my knowledge ~ignature Date HYDROCEN SULFIDE PRODUCTION AND DRILLIHG OPERATIOHS MINIMUM SAFETY AND LOSS PREVENTION PROVISIONS -- (Ref: ARCO Oil and Gas Company Poli~ ~ Following is a checklist of items which must be addressed when planning for hydrogen sulfide exposure. These items should be considered minimums and should be exceeded ~hen applicable. More detail is addressed in Texas RRC Rule 36, adopted by ARCO Oil and Gas Company as the binding standard company-wide. A. Radius of Exposure*-identification 1. Calculated from H~S source using dispersion equations (re: Rule 36) 2. For unknown sourc~ levels - 3000 feet radius is minimum 3. Exposure area is to be plotted, all ingress and egress routes identified and inhabited facilities identified within the boundaries 4. All ingress routes are to have signs posted, clearly visible, restricting access to only authorized personnel. 5. Perimeter boundaries will have hydrogen sulfide warning signs at appropriate points as well as wind direction markers at strategic locations. Wind directional markers will be located such that a person is in visual contact at all times when leaving the lo- cation. B. Authorized Personnel Access-Training Requirements 1. All personnel having regular access to the exposure area will be required to attend training and briefing sessions prior to access. 2. As a minimum, handling will encompass: a. Effects of H~S; symptoms of exposure; identifications of eXposure source b. Hands on tra?ning, and proof of performance, with breathing air equipment c. Briefing on fixed monitoring; personnel monitoring equipment to be used; alarm interpretations d. Evacuation procedures; process safety equipment (STV, etc.) e. Techniques of "buddy system" emergency response/rescue f. A post-test will be given and kept on file 3. ShOrt term access to unauthorized employees (i.e., short term maintenance, etc.) will be allowed Only in the accompaniment of an authorized person. C. Vehicular Access-Procedures 1. All vehicles will be parked at the facility such that they may be. used for immediate emergency egress (i.e., headed out configuration; keys left in ignition) 2. Fresh air equipment being carried in each vehicle will be placed in the front seat for immediate access during emergency situations 3. All personnel entering the location must be "authorized" and have had documented train- ing as specified in B above. D. ~o'ntingenc~ Planni~ 1. An emergency contingency plan will be charted before any operations take place; as a minimum, this plan will include: a. Evacuation exposure levels, alarm interpretation, shut-in procedures, personnel response b. Definition of personnel briefing area during evacuation (headcount purposes) c. Radio, telephone call list with emergency response units$ local authorities d. Evacuations of adjacent facilities within exposure area. - e. Intracompany location management contacts f. Egres~ routes E. Monitoring Equipment and Breathin9 Air Equipmen~ 1. Fixed monitors will be maintained and tested daily; calibration frequency based on manufacturer's specification 2. Personnel monitors will be worn by authorized personnel such that singuiar personnel will wear one at all times; groups will have one worn by one member 3. Fixed monitors will have both visual and audible alarms with the high level alarm set no higher than 50 ppm 4. Personnel monitors will be set at no greater than 20 ppm for low level alarm, and no greater than 50 ppm high level alarm (for dual alarm models) 5. All monitoring equipment will be selected from preapproved purchasing guidelines and will be selected based on constraints to temperature extremes 6. Breathing air equipment (NIOSH approved) will be available such that all exposed per- sonnel, will have readily accessible units Documentation 1. A central file will be maintained at the production location central safety group; with a duplicate copy at Anchorage Safety. Documentation will include: a. Contingency plan b. Training logs; including names of attendees and copies of ,post tests c. Monitoring equipment calibration schedule and tests log d. Emergency dri.ll reports e. Any other documentation regarding formalized safety activities Further information is detailed in RRC Rule 36 regarding general public access, right-of-ways, and facilities that are within radius of exposure. PEU030 .051.02.02,036 RUL~ 36, OIL, GAS OR GEOTH~R."J~L ?--~SOL~RCE OPERATION IN hrrDROGEN SLr[_FIDE AREAS Page (Reference Special Order No. 20-64,973, effective 4-17-75) (Amemded by Special Order No. 20-65,354, aff=ctlve 9-1-76) Eac~ operator who co~duc:s operat~on~ a~ d~cri~ed below s~all be ,ub~ec~ ~o %hi~ rul~ and shall provide ~afezuard8 :o protec% the ~eneral Rubli~ from the bagful effacns of hydrogen sulfide: (1) ~erazlo~s including drilling, working over, im~ecting, gathering, prcces~zn;, tran~port~tlm and ~=orage of hydro- Carbon fluld~ tha~ are ~ar: of, O= directly related co, field produc- %ion, transpor%a~io~ amd handling of hydrocarbo~ fluids the% coutaiu !~ the system ~h~qh has hydrosen ~ulfid~ a~ a consti:uen~ of uh: gas, to (2) This rule shall not apply (A) ~aratious sub3ect to es%ablished Railroad Ga~ Utili~le~ or Federal Departmeut of Tram~por=atio~ pipeline portation ~afeuy regulatioua. (~) 0pera~io~ ~nvolviug processiug oal, gas o= hydro- carbon fluids which are either an industrial modificatlou or products from iBdu~trial modiflcatiou, such a~ rafinlng, pe%rochemical plan=$ chemical plant~. (C) ~erations involving gathering, storing a:d trans- , portl~ ~:ablized liquid hydzocarbons. .'~- 051.0~.02.036 (1) I~dustl~pdi~i~ation: This term is used to ideatify tho,e operations relate~ :0 refin~u$, petrochemical plants and chemical (2) St~abfl£zed ll~ufd hF~r~rbo_n: The produc= of a production opera~fou in which the e~rained ~aseous hydrocarbons have Been removed the de~rce thac said liquid may be sto:~d at a~mo~pheric conditions. {3) ~iu~ of .... e~posu[~e~ That ~adius constructed ~th =he (4) Ares of e_x~_os~r~: This is the area ~ithin a circle constructed with the point of escape as its center and the radius of exposure as its radius. (5) Public are~: This shall mean a dwelling, place of business, church~ school, hospital, school bus stop, government building, a public road, all or .ny porn!on of a park, city, town, vlll~se, or other similar ~rea that can expect to be populated. (6) Public roa.___.____~: This shall mean any federal, state, county municipal street or roa~ oWned or main:aiaed for public access or phenomenon which is the r~sult of corrosive action of hydro,eh sulfide an susceptible metals u~der stress. · Commission of Texas 051.02.02.0~$ Page (8) F_~a~c~%lit_Y~moJification: This aball mean any chanze in the operation such as a~ incr~sm i~ ~krougb-put, i~ exceam of the designed c~i:y~ or a~y chanBe the: would increame the ~adius of e~osure. (9) Public inf~iQ~?.~n~: Thi~ ~all mem~ t~a~ a publi~ area and/or a public road has been established wtchia an area of e~o~ure to the degree tha~ suck infringement would change the applicable provisiom e~osu~. (10) C~Bt~n~ency Dian: This is a written doc~en: =haC shall provide an orgsaized plea of ac:2on for alertin~ and pro=ectin~ the public withia a~ aria of e~osure following the accidental release of a potentially hazardous wolfe of hydrogen sulfide. (11) Rea_~_o~-t~=~9~tiB~e~y~lan: This is pre-pla~ed, written procedure for alerting end protecting tBe public, within an area of e~o~ure, where i~ is i~o~sible or [mp~actial :o brie~ in advance all of tbs public t~a~ might possibly ba within the area o~ e~osure a~ ~be momen~ of an accidental release of a potentially hazardous wolfe of hydrogen sulfide. (11) pe~i~.~i~.~o[r~fereuced organi:ations and pub!ication~: <x) A-=_j! AmeriCan National Standard Institute 1430 Broadway, New York, New York 10038 Table I, Standard 253,I-1967 ~ericam Petrol~-u~ l=sti~uta O00 Corrigan Tower Buildn~, Dallas, Texas 75201 Publica:io~ A~! RP-49 ~ublicatio~ APl RP-IdE Sections 1.7(c)~ 2.1(c), 4.7 '4 C; ,% 051.02,0~. 113 (D) DOT _ (.w) OSF~ Amgr£can Society for Te~ting and ~acerial~ t916 Rac~ Street, ?hiladephia, ?ennsylvania 19103 1812 ~ir$~ Place, Tulsa, Oklahoma 74120 GPA ~hlicaclon 2265-68 National Association of Corrosion £ngineers 2.0. Box IGgg, Houston, Texas 77001 S~andard National Ins:icu~e o£ Occupational P.O. Bidg, Room 105, Fifth & Walnu~ S~ree~$ Office cf ?fpeliu~ Safety ~00 7:h Street, $.W., Wasbtn~=ou, D.C. 20590 Occupa[iomal ~afety and Health 200 Con$Ci%u=&on Ave., N.W.~ Washing%on, D,C. 20~70 Title 29, Code of Federal Re~ulacion~ (c) ~ene r_~_. L.p rovt ~ ions (1) Each operator shall de~e'rmine the hydrogen sulfide (A) Tes~$ shall be made i~ accordance with stand~rdS ~e: by AS~ Standard D-2385;66, or GPA Plane Operation Tes: Mnnual GPA Publica:io~ 2265-68, or o%her me~hods approved by the Co~issio~. (B) Tcsc of vapor acc~ulacioa in s:orai~ %mnk~ ~ay be made wi:h NIOSN approved colo~e[ric ~ubes. P.O. Drawer 12967, Austin, Texa~ 7S711 Gas U~tli~ie~ Dockat~ a~6 ~d 153 ~ailroad Co'mmf~sio~ o£ Texan Oil a~d ~a~ Div£sio~ 051.0~,0~.03~ Page 114 (2) For all operations exposure shall be determined, the following PasquiZi-Gifford equatlo:s, :r by o:hcr methods :ha: have been approved by ~ha Commission: (A) ~o~ determining ~he location of ~be 100 ppm r.dius · Of exposure: X = ((X.$ag)(mole fractio= CB) For determining the location of the $00 ppm radius · of exposure: X a [(Oo*5&6)(mole fractiom Where: X = radius of exposure of feet Q = maximum volume determined ~o be available for escape.in cubic fee: par daf M2$ = mole gaseous mixture available £ot escape radius of ~xposure shall be that specified below, as is applicable: CA) The maximum daily volume ra~e of gas containing hydrogen sulfide handled by that system for which the radius of e~posure ia calculated. - · (S) ~o~ exia:img 8a$ wells, ~he cu:ram~ adjusted ope~- · flow ra~e) or ~he ope~a=or's estimate of the well's capacit7 to flow agaimst ~eto b&ck-prmasure at the wellhead shall be used. {C) For new wells.drilled in ~tveloped areas, :~e escape rate shall be determined by u~img the cut=ant adjusted opem-flow ra~e of offset well~, ot :he field average currem: adjusted npea-flow rata, wh:c~aver is 14rger. Railroad Commi. seio~ of 051,02,02.036 CD) The eecape ra~e used ta de:ermini:$ ~2e radius of · exposure shall ~e corrected to standard coadltions of 16,65 psis a~d 60° Fahrenheit. da~& exists ~o calculate a radius 6f exposure, but where hydro~en ~ulfide may be expected, then a 100 ppm radSu~ of exposur~ equal to 3000 fee: shall be ~sumed. A lesser-assumed ridiu~ may be considered upoa ~ri~te~ reques~ se~iu$ ou~ the Jus~lficatien for same. C':. Storage tanks w~ich are util£zed as a par: of a produc:ioa opcra~ion, and which are opera,ed at or near a~mospherfc pressure, and where the vapor accumulatio~ ha~ a hydro~en sulfide concentration in excess of 500 ppm, shall he subjec~ %o the following: (A) ~o detect, ina:ion of a radius of exposurs shall be made for s:orase camks as hereia described. (B) A warnin[ ~l~n shall be pos:ed on or vithin 50 feet of the facility to aler~ the general public of ~he po~ential dan~er. (C) Fenclnt aa I ~ecuri~y measure is required ~e~ where condi;tcas cause ~he s~orage taaki ~o be exl~osed t~ the public. (D) The ~aru.!~_2_.and Harker Pr0visio~, Sections c.6.A,(i), (ii), (iv). (£) The Certificate ,?_f CogRliance Provt~_~i__o~_, 9ec¢ion (6) All operators ~hose operations are subject to th£s rule, and where the 100 ppm radius of exposure is in excess of SO feet, shall Railroad.Commission of Texas Oil ~nd Oas Divis~on. 051.02,02.036 Page I16 (A) '4_~arni___ng and Marker Provision .......... (i)-.Fo: above-ground amd fixed surface facxli::es, the ~pe~a:or'$hall pos:, w~re ~e~i~ted by law, clearly vi~ibl~ sig~l o~ acc~s~-roa~f:'o~=~u~&.sG:ee:s~: o~.~o~s-~h~;pr~gde direct :a~' ;t ~:~.~::::.(S~:ia popuI~:e~-~ :such:as--Cases.of the Co~ts~ton.. ---~,.,- .~ "... c~e~atc= ..sh~ll c~ly .with 't~e. follow~n~: --:. " ' - "='~ '' '.' '~' '~'-A marker s2gn.s~all be ~ms~alled a~ publAc road;crdss[nZs. -.- ........ , :'. .. ~ ..... . line~:whe~.t::~s'loca:~.within-a:pub%~C:6~es.or along a public toad, at i~ta~als frequent e~oug~ ~&.Ju~eme~c~f cbs o~ra:ot so provt~e'~ rnin8 -:0 a~i~ -~be ~cidental ru~urio8 .'of--tin~ '.b~ .~xcava:ion. info~cto'~ ~:~s:ab'lis~'c~.o~e~f~:a~d.~stence ~f-Che~line aud shale':indicate by the :use o~.'t~e :wo'rds 't~ison Gas" c~a: a denser' exis:s, Markirs f~t~d~p :omp~_~'a~ce~'~'~~h~. ~e~l&:ions of :~e ~era~epartmen: of T~am~pot:attom ~hall ~at~sfy the of :his provision. Mark~r"~t~~'~at[~:L~t.~_:b~.~g.~Ave date , o[ Ca~ rule ~hall be acceptable provided ~hey ~mdA:a:e :he existence of ' a potential hazard.' - '::r=::r: .:::: -r:r:~.r.: ::' ' ' -" - . .~. .............. ~.~-.--,-: w,~,~.~ ....... Railro&d Commission ~f Texas Oil and Oas Division 0S1.02.01,036 Page i17 (iv) I~ ~a~iafy/~g the sign requirement of Section c.6.A(l)', tba following will be acceptable: Iai Si$~ of sufficient ~ize to be readable at · reasonable distance from ~he facility. [bi New algas con, true:ed to satisfy ~his rule shall use the language of "Caution" amd "Poisob Gas" w~th a black amd yellow color contrast. Colors shall satisfy Table I of American National ~ta~dard Institute $~amd~rd 253,I-1967. Sigma inatalled to satisfy ~his rule are ~o be com~atible with the =e~ulatio~a of ~he ~¢d~ral Occupational · Ici Existin~ signs installed prior %o ~he effective data of this rule will be acceptable if they indicate the existence of a pot~utial hazard. (B) · $~ecurit¥, Provi~i~u . (1) Unattended fixed surface facilities shall be pro- t~cted fr6m public access when located withill 1/4 mile of'a dwelling, place of business, hospital, school', Church, gover~ant building, school bul s~op, public p~k, to~, city~ villase, or similarly ~opulated item. ' This pro~ection shall be provided by fencing and locking, or removal of premsu:e images a~ plug8in8 of valve opening, or other similar mea~s. For ~hm pa~ose of ~his provision, surface pipeline Shall no~ be cea- aidered as a fixed surfers'facility. (it) For well sines, fencinB as a securi;y measurm is required when a well !s located insids the ltmi~s of a ~o~nsi~e or city, ~'~, or ~here conditions cause the ~ell Co ~e exposed Co ~he public. (iii) T~e fencing provision will be considered sa~is~ied whet, the fencin, structure is , de,err, at ,o public ~cces,. '~' "~ ................ ~";~'~rz,r~~r~?:~:'~'''::' ';7 ~, ~ ~ -~ ~ ,,~.~.,w .. ; ~,,~ ' '" '.' .' "' ' ' ~:;"' . ' ' : ' , ~, ' " ~."~ ' '. ' ", ,,: C"" ~ · :,::': ~ ?'~ Oil. ~=d Oas ~i. vi=i. on 051,02,02.036 Page (¢) ~ateriols and Equ~p~menc Prov;sion (i) ~or mew ¢oastructSo~ ot mod~flc~tio~ of facil~cies (tn¢ludin~ matetial~ and equi~e~t to be used in drilling a:d workover operst~oas) collated o~ contemplated subsequent to the effective dale bae~ selected and manufactured so a~ to be ~esSs~an~ to ~ydrogen sulfide ~eL~:~' -- .: ..... ~tress cr~c~ under t~e operat~n~ cond~o~$ ~ot ~hic~ their us~ ~s intended, provide~ that they satisfy the raquirement~ described in the it:i; .a :~.. 1.7(c), 2.1(c), &.7. The handling and installat~on o~ m&terials and · quipman~ used in hydrogen sulfide service i~ to be performed in such mimaer no aa no~ t.o induce susceptibili~y to sulfide stress cracking. Othe~ materials which are non-susceptible to sulfide stress cracking, such as fiber~lasa and plastics, may be used in hydrogen ~ulfide ~ervi=a provided such materials have beam man~iaCt~red and inspec~ed in which v£11 satisfy'the la[es~ published, applicable iadusc~y standard, ~pec£ftcations or race.ended practices. (ti) Other materials and equipment (incl. udinl m~terLals · and equipment used in drillin~ and workover operations) whic~ are no~ ~ncluded within t~e provisLo~s of Section 6.C.(i) above, hydrogen sulfide service provided (1) such materials and equipmen~ arc proYed~ as the result of advancements i~ technology or aa the result control and knowledge of operating conditions (such as temperature and , moisture co~ten~), :o be suitable for the use intended and where suc~ u~a~e tS technologically aCc=p~able as sood eniinearin~ p~actice; and (2) the Co~nisiion has approved the usa of said materials and equipment for the specific uses a.;ter written application. 0S~.0~.0~.0~6 Page 1 lg , ., , co~o~ usa~. ~or ~rilliuI ~a~ workover o~er~tio~s i~ ~ydrol~n suifi~ sulfide stress crackla~, ~hall sa:taffy ~he requirements of th~ rule. after the operator ~as ~ubmittad to the Co~ission ~ detailed written report on thc (7) All oper. tious subject to subject t~ the a~ditionai ~ontrol aad E ui me~t S~fet Provision, Section c.8., ~nd the ~in~ency Plen.pr?isio~, Seccfon c.9., of this rule if any of the fOilowin~ Conditions apply; . (A) The 100 p~m radius of exposure is ia excess gf 50 fee: (B) Thm 530 ppm radius Of e~o~ure and includes any part of a public road; (C) The 100 ppm radLus of e~oeure is ~rcacer th~n 3000 fe=t. ~erators subjec~ to Chis pruvisioa shall install safety devLces and maintala them ia a~ operable couditioa saZaty procedures designed to prevent the ~dctected contiuuin8 escape of hydrogen (9) Contingency Plau Provision - __ Page 120 · (A) ,All operators whose cperam~ons are subjm:= ~ ~rov~io~ ~hall develop a written contingency plan complete with all (B) The ~urpo~e of the contingency plan shall be to p~ov~de an organized plan of action for alerting and protect~n~ the · publ£C following the ~¢cidental release of a po~antiall¥ hazardous volume of hydrogen ~ulflde. (¢) Thc contingency pla~ shall be ac~iviated immediately · upon the detection of an accidental rele,se of a ~otemtially b~zardoum volume of hyd~o$c~ · (D) ConditionS.that m~$bt ex~st ~n each area of exposure ~hall be considered when preparing a contingency pl~n. (E) The p~an shall include ~nstructions and ~roceduras lOC alerting ~he general ~ublic and public ga£e~ per~omnel of the exis- tence of en emergency. . (F) The plan shall ~nclude procedures for requestxn~ tahoe and for follow-up action to remove t~e publ~c from am area of e~o~ure. (O) The plau ;hall include a call lt~t wh%ch ~hall (t~) Co~y Sheriff {iii) Dcpartmen~ of Public (iv) Cit~ Police (v) ~bulance semite (vti) F~re 0S1.02,02.0~6 Page 121 (i~) C::~ractOr~ for supplemental e~u£pme:~ (x) Diatr~c: Rail~oad Com~is~io~ O~fica (xi) 5ocal Texas Air Control Board Office rel~dentga! areas, public facilities, such aa schools, busiaes~ loca::o=, roads, or o:her similar areal where the public m~gh: reasonably be ~ected within =be ·rea of e~olure. C.', (Z) Tbs plan ~hall include =.mes and telephone number3 of residents within the a:ea of exposure, except i~ cases where tbs reaction plan o~:ion has been a~proved by the Commission ia accordance ~tth ttou 9.1. belou o~':b~s · (5) The p~an ~ha:l. f~clude · l£st o~ the aames and phone numbers of the responsible paiD,es ~o~ each of cbs possibly occupied ~Ubl~C areal, such as Schools, chutc~es~ businesses, or other public areas or fa:iltties within the area of exposure. (K) The plan shall include provisions for advance brfefing · o~ the ~ub:ic wi~h~ an area of ~xpoaure. Such a~vaoce briefin~ ~nclude the followin~ elements: · (ii) ]'he neccs~iCy for a: emergency actio~ plan. (iii) The possible source~ of hydrogen ~ulf£de with in the (iv) Znstructions for reporting a gas leak. OS1 '02.0~.036 Page-I22 "' ,, (v~' Thc manner in which :he public will he notified of aa emergency. -- where rue popula:t~'deu~t~ ~my'be ~dlc~abls, a reic~iou ~e m , ~lau, tn lleu of~a~va[~a'br[e~[aS io~ public ~o~if~ca~ioa, w~ll ~cccp'tau~e. The="r~A~ti~Ia~=~p={~n:mus='8~:aP~rove~rST"th~ Co~is~ton. ,,': '- .... .-- .... .'. j '..-.'_. · · (ii) Location of aafe~¥ and lif~ support equipment. -, ('iii) Loca~Xoa of hydrose~ sulfide con~ainin$ facil~[ies. (iV) Loc'a~toa of uearbF ~[ephoue and/er o[~e= means z.--_. ': -":"CN)" ~h~ :focal I~ailro'ad Co~misiioa District Office · '-': '- .....(0) ':The re[~n~ion of t~e contingency plan shall be as ' (i)' Th~'blau"shall bt ava{lable'fcr'¢ommissiou in~pec~ion ~ ~he loca~i°~ lndica~ed'o~ the certtfi~e of co~liance. lends itself bes~ ~o acr.£va~:i6a of ~h~ plan. .- .-.% .-,..., · 051.02.02,036 ~ing~n~y ~la~ ca.o: b~ developed wl~ ~he ~on~i~ency Plsn P~ovision sf (A) Injection of fluids containing hydrogen sulfide shall mot be allowed under ~he ¢OadiLio~s ~pecifiad in ~his provlsio~ ~ulless first &pp~vad by ~he Commission after public hearing: (i) Where imJectioa fluid is · gaseous mixture, or would be · Saseoua mix:ute i: the even: of a release :o :~e a~mospheta, and ~era ~be 100 ppm radiu~ of exposure is ia excess of 50 feet and iac!udes any p&r~ of a public ·rea excep~ a public road; or, if ~he 500 ppm radius of exposure ia in ,xcess of 50 fee~ and includes any par: of a public road; or, if the 100 ppi radtul of exposure is 3000 fee~ or grea~er. (ii) Where ~he hydrogen sulfide conten: of :he las ~r gaseous mix,ute :o be Injected has bean increased by a processing plan~ opera~ioa, · (B) Each projec~ involvins ~he t~Jec~ioa of tas or ~a~eous mixtures con~aining hydrogen sulfide which does no~ r~quire a public hearing prior ~o receivin~ Com~isaiom approval specified in ~his pro- vision ahall mever~heless be subjec~ ~o :he other provisions of~.this rule ~o t~e ex~enC ~ba~ such provisions are applicable ~o such projec;. 051.02.01.036 Page 124 Driiling and workover opera~lon: where the 100 ppm radius of =xpoaure is 3000 fee: or ~rea:er ~hall be subJec: :o :he foliow~mg the well ~trategic loc~tion~ at the well $~e. (C) The' operator s~sll provide ~ method for ignitiog the ~as in the event of an unco:trollable ems=Boney. (D) The operator shall install and maintain automatic hydzoiea sul£ide detection and alarm equipmea~ ~hat will war~ the drilling crew of the pzesence of hyarogen s~ltide gas in ~oncentrations that e~ald be harm~gl. (E) l~e operator ~hall in, tall a choke manifold, mud-$a~ separator an~ flare lX~e, and provide a suitable method for 1.!.ghti=~ the flare. (F) Secondary remote control of blouou: prevention ~nd choke equipmca~ to be located away from the ri~ floor at a ~afe distance from ~he wellhcad. (G) Drill stem teitiag of hydrogen sulfide zones is peri,ted only in daMlight hours. (H) The Railroad Co~isslon Dis~rlct Office shall be notified of'the inteu~ion ~o condu~ a drill s=em test of a fo~ation containing hydrogen sulfide in sufficient conceutration ~o meet :h~ requlremcnt~ of this ~rovl:ioa, D ~§1.02.02.036 (I) A cert£f~ca=e of compliance shall be required on ~ch wail subject to =his p=ovi~iou eve~ ~f w~ll i~ located on (J) Full compliance wi~ all ~he requ$=emem=s of P~ov2~iou mu~ b~ ~ati~fied b~form =h~ w~ll i~ drtll~d ~ithin 1000 feet of the hydroBe~ ~ulftd~ (K) ~I ~blicatiuu ~-49 ~S referenced as a suggested g~ideltne for dril!ia~ and wcrkover of wells subject to the provision. (A) ~ach opera:or whose operations are ~ubjec: to [his ruls ~hall provide trai~ing of personal respousibl~ for his opera:ions. (B) The ~?iniug of personal shall ilciude the followio8 elements: (i) }fazarfls and characteristics of hydrogen sulfide. (ii) Effect ~n metal components of the ~ystem, (iii) Safety precautions. (iv) Operatio~ of safety equipment and life support system, (v) Corrective action and shut-down procedures. (1) Certific~te of Comoliinc~ Provisio~ A ¢ertAfica~e of compliauce shill be submitted for . tton~ ~ubJec~ to any provision of this rule, Tht followin8 shall ~ppty to the Cer:fftc~.!e of Cpmpliauce Provi$i~n of th~ rule: (A) The cer:lficate of co~ltsnce shall certify that operator ha~ co,lied, or will Comply, with applicable provisions of this rule, (B) The cer~lficate of compliance sh'ali be filed i~ triplicat~ i~ the.Co~i~zon District Office where the operation is located. ~ ~_..l .............. ~-~~.7 ~.~, ,,~-~,, ,~,~,,a:~m-,~..r,,,,~ T ?,~..? Oil ~l~d OaS Division 051.0~.02.036 Page 126 · (C) The car;ificat~ of comp[iaace shall certify existing op=r,ti~a~ subject to :his rule to be in complianee~ w~ll be i~ com- c.11.I, abov%, a certificate of co~pl£ance will be required on each well subject to =he provisions of Section c.ll.I. (£) A ae~ or amended certi%tca:e oZ compliance shell be · required ~f there is a ¢:aa$e i: public exposure caused b~ public men~ of an ~x~s=in$ radius of exposure resultin~ in · chan~e in the applicable provisio~s of ~his rule, not described by the existS=.) certift- ~a~e. The opera,or shall file the :ew or amended certificate withi~ days ~f;e: much infriniement. · (F) A new ~r amended cer~£flcate Of complisnce shall be required ~f there is modi~catio~ of a~ exfstin~ opera~ion or facility existinl certificate. The operator (hall file the mew or amended certifi- cate at least 30 days prio~ ~o initiating the ope~ion or construction. (G) The operator ~hali file a Certificate of compliance 30 days prio~ to commencement.of a driIli:~ or workover operation om well~ where a certificate of aomplt&nce is required for that well b? prov~alona of this rule. (Wells drilled ou non-certificated leases wells with t 100 ppm tidies o£ exposure greater thaa 3000 feet.) 1 051.02.02.03~ Page 127 · ~xecuted by ~ par~y ~o, throug~ training and ex?offence, is qualified to make auc~ certificaelon, C, (J) The cer~Z%tC~te of compliance will be in effect until conditions are altered i~ a manner that woul~ require ameadin$ .the "Cer~ifi- cate," The operator shall ~o~ify t~e Commissio~ wi=bin 30 days following · cessatio~ or abandonment of operations in a certificated area, (K) The ce~tificate of compliance ~eqUi:ed by the provi- ! siena of this order for an ex£s:in~ system are due in the D~=trict Office &a soo: aa ia reasonably Possible, sad ~o'later tBan .September ~, 1976, an~ as applicable for new o~ ~Odified operations. ~L) A certificate of :ompliauce may cove= a sin~!e opera- :to: or multiple opera,ions located in an a~ea, a field~ o~ a ~roup of' fields wi~hia a Commis~io~ District. The description of the type cf by the certl£ica:e. All Railroad Comm~s=ioe identi/iccatio: =umbers for each'element of the system mua: be shown on the certificate and must be i~entifimd as to the t~e of operation. (~) Certificates are non-transferable, and a new operator ,¥~tcm or any ~cquired ~lemen: of a aye:em or operstloe shall be required 051.0:.02. 036 Page '-~B" ~o certificate ~ha~ opetatZ~:, Th~ o~e~a~or of a c'er:£ficated system , ~ , - ..,. -o ,, . . . , . · nd:~h~ll'~u~m£t'g~'Iis[ for inspection upaa ~eques~ by :be Co~ntss~on. ~ (2) ~ ,~ ~rovislo~ '" ~ .... (A) TSe'ope~a,Or'~hiil'fiport o~ · report for n~w oil'0r 8a~'~ells ~he hyd:og~'~ulfide coaceatrations ! ~he ~ellhead g~s for ail well~ where :he hydrose~ sulfide · . '--lB)' 'I"ae'drilli~g'o~'/veLl./~ in area which vould t~quL:e' :he'au~issto: or-d'Certificate'of .Co~iiance'(~6m Ra~). 4~a~: have filed - ' '=:'--'''" ~ " -:'-'' .... : =~ -;'=: - -; .... I the provisions'to ~h/~h excep:~on'i~ '~eques:ed', and sat :h, 5asi~"hn'~ht~h':~e~[~p[io~: i~' i~'b~'rtquas~ed." ARCO Alaska, Inc. Date: Subject: Internal Correspond~,,'ce December 2, 1983 Proposed Operations of Pingut Two-Month Test From/Location: To~ocaflon: J. A. Walker J. S. Carlyle/J. T. Nydegger As you are aware, a two-month production test of the Pingut State No. 1 Well was planned to -help evaluate the Lisburne development. A brief flow test indicated the well will p~oduce 1200 BOPD, no water, and 780 MSCFD of gas with 2000 ppm H_S .... l~his..proposal was assembled to ensure that all reasonable precautions wii~ be taken during the production test. It was prepared in accordance with the applicable sections of the Texas Railroad Commission Rule 36, Oil, Gas, or Geothermal Resource Operation in Hydrogen Sulfide Areas, and the API Recommended Practices for 0il and Gas Operations Involving Hydrogen ~ulfide,'RP55. The proposal includes a description of the test facility an~ operations, Special Operating Procedures, an Emergency Plan, and a Training Program. The test operations will be conducted by contracted personnel using H2S rated rental equipment. The production facilities will heat and separate the crude, flare all produced gas and allow for trucking of the oil. See Figure 1. The saleable oil will be trucked to South Point where it will be trans- fez-red to tanks and pumped.to. DS 18. Appendix A has a detailed description of the test facility and planned operation. The Pingut test facility also has a continuous H2S monitoring system which will audibly and visually alarm when the air reaches a certain H2S concentration. In addition to the H2S monitoring system, special procedures were developed for this test because of the high H_S concentration in the produced gas. These procedures were intended for 2this test only, and augment prudent practices established at previous Lisburne tests where H2S was not found. The Pingut 2 month test will have a 24-hour secured entry. Only authorized personnel will be allowed in to the Pingut site. Pingut Security will also secure the surplus materials yard at night in lieu of a locked gate, because the only access to the Pingut site is through the surplus yard. See Figure 2. Also, Special Operating Procedures and Emergency Procedures were estab- lished for the saf~ ope~at~pn of the test facilities. The procedures and plans were developed considering Rule 36 and RP55 and are listed in Appendix Bo - The Training Program, developed and administered by the Fire and Safety group, is similar to the program used in the Permian District. The training program will include a general medical history and respiratory review by the Prudhoe Bay ARCO Physician. The course outline and medical questionnaire are presented, in Appendix C. ARCO Aletkl, Inc. il · Subsidiary of AttenticRIchfleldCompirty J. S. Carlyle -2- December 2, 1983 These procedures and programs are highly interrelated and should be viewed as a comprehensive plan for conducting this well 'test. This plan encompasses all applicable sections 'of Rule 36 and RP55, and compliance will minimize potential hazards during the Pingut test. A. Walker JAW:sac Mi 12/2/83 Attachments: Figure 1 - Process Flow Diagram Figure 2 - Vicinity Plan Figure 3 - Site Plan Appendix A - Detailed Test Description Appendix B - Procedures Appendix C - Training Program CONCURRENCE: · · Bryant J. S. Carlyle cc: S. Hasund - ATO 1826 J. S. Dayton - ATO 1820 J. B. Robinson - ATO 1830 R. F. Bryant - PRB D. W. Trepp - PRB J. W. Styler - PRB LEGEND: M = FLOW },]ETER LC = LEVEL CONTROL., FIGURE 1 A~CO Alaska, Inc. PINGUT ST. No. 1 2 MONTH TEST PROCESS FLOW DIAGRAH ,~., 'PIAIC.4_IT L~RIL L .SI T&' ,~IIVGUT 6'ECLIRI7~ CHECK £OINT' DRILL T/IN' TI&t,f TH. Iq L~R.,tV/ING ~ R£F:REAIC_~ ~ tlDT' TO L~ SCAI_EL~ m · R~-VISIC~S ARCO A~aska, Inc. ~ i//C//v'/ 7'Y' A/k4,o ,- flESERVE PIT lilt IUIL~TIOR ·ARE% · IIO~K , Io P.l.l,. I~o~ TANK TLS1' LAR.~ ~:~B' ~ lOG · P.M. · Il KW · OfflC! w/IlrACVAVION Iii ._~lC I'ITY PrAP ARCO Alaska, Inc. PINOUT GTAIE No. I BITE PLAN II'-~--1-H-I .... , ...... 1=% .... : /'l~-t-I'-I-~'"'~'''' I'''°,~' ' ' "F" ......... ~.~ ~a.f~ ~. .;~I. /~ ~:i-:~ i I~., Appendix A - Detailed Test Description The following paragraphs describe the test facilities and operations and personnel responsibilities: Test Facilities and Operations The test facilities were set up to flow the well continuously for two months. Oil and gas processing, utilities, and the H2S safety ~re discussed below. A. Oil and Gas Processing: The wel'l will be tested with a wireline pressure gage in the hole. Production will flow from the wellhead to the crude heater where it will be heated to 120OF (from about 60°F) and choked to 30 psig (from about 1000 psig). The crude will flow from the heater to the separator which will be operated at 30 psig. The gas off the separator will be metered and flared. Produced water will be metered and piped to a dedicated tank in the battery. Oil will flow from the separator through a turbine meter to a surge tank. The surge tank will be operated at 5 psig with the off gas flowing through a meter to flare. The oil will be pumped from the surge tank through a positive displacement meter to the tank battery. The process equipment materials uniformly meet NACE requirements for the conditions of this test. Please refer to the attached memorandum from J. B. Robinson, dated 11/18/83, for materials specifications. The heater is a 2 MMBTU/hr. indirect fired, glycol bath unit. The fl owlines from the wellhead to the heater are 3" schedule XXH, rated and tested at 3000 psig. The flowlines from the heater to the separator are also 3" schedule XXH. The separator, surge tank and transfer pump are located in the same enclosure. The separator is a 40" x 15' ANSI 600, 3-phase separator with dual oil and gas meter runs, automatic gas back pressure and liquid level control valves, rupture disk "set" at 1500 psig, and a relief valve set at 1400 psig. The vessel is ASME stamped and was pressure tested to 1000 psig following the last rig-up. The fl owlines from the heater choke to the separator were also tested at 1000 psig. The 50 bbl capacity surge tank was designed for 50 psig ~AWP. It is ASME stamped and pressure protected with a rupture disk and relief valve set at 60 and 48 psig. There are three flare lines, one each for the surge tank off gas and pressure relief, separator off gas and pressure safety, and separator surge tank bypass. The flare lines are 2 7/8" tubing supported on wooden cribbing and held down with two 1000~ weights. The flare lines and all other outside lines are wrapped with l0 watts per foot, self limiting electric heat trace and insulated with 3" to 6"- of foil-backed fiberglass protected by visqueen. Appendix A - Page 2 The tank battery consists of three 400 bbl mud tanks with 3" of polyurethane insulation and 2" s~eam coils. The tanks are manifolded together such that the oil production can be stored in any of the three. Produced water can be stored only in the northern-most tank. Each stock tank has a truck connection. A trucking contractor will haul the oil from Pingut-to South Point. The oil will be transferred to a tank at South Point and will be pumped to D.S. 18. The PBU approved L.A.C.T. unit at South Point will be used for custody transfer. The existing South Point 'pumps and pipeline will be used to transport the oil to D.S. 18. B. Utilities. A 100 kw generator supplies power to everything on site except the ' office building which is run by a dedicated 20 kw generator. The major generator~loads are the 40 hp transfer pump, heater blower and the electrical heat tracing. Instrument air is provided by a compressor inside the separator/surge tank enclosure. All air lines are inside the heated enclosure. Three portable plants provide pad lighting. C, H2S Safety- H2S safety is based on sound training and equipment. This section addresses only the equipment. Refer to Appendix C for training. Safety equipment for this test includes self-contained breathing apparatus (SCBA), H2S badges, drager tube testers, personal H2S monitors, and a fixed H2S detection and alarm system. An attached safety equipment summary tabulates the types and locations of equipment available on site. Two types of SCBA's are available. The standard 30 minute pack and a five minute pack with extension hose and 150 minute tanks. The 150 minute tanks with hoses will be used when gaging the tank battery. The 30 minute packs will be used during all other operations and emergencies. H2S badges from the Pingut security will be available for visitors. The lead-acetate badges will change color when exposed to a H2S environment. Drager tube tests will be used to measure the H2S concentration in the separator off gas, stock tank vapors and air. Calibrated pumps and analyzer tubes with lead-acetate elements will be used for these tests. Personal H2S monitors will be carried by the two on-site .operators. These Gastec model HS-82 model H2S monitors are battery powered and factory calibrated. Batteries are good for 48 hours. The 100 ppm range monitors display the H2S concentration and audibly alarm at 10 ppm H2S in the atmosphere. Appendix A - Page '3 The fixed H2S detection and alarm system is based on the General Honitors~ Inc. Model 2170 H2S monitor. There are four sensors each with dedicated single channel monitors. The monitors have an analog meter scaled in ppm H2S with a 0-100 range, low, high and malfunction lamps, power-on lamps, and reset switch. The sensors are mounted where the greatest hazards for H2S exist. Two sensors are located in the separator enclosures where sampling ahd production measure- ment will occur. One sensor is located at the tank battery 4' above grade near the truck connection. The fourth sensor is mounted in the wellhouse about 4' from the tree and 4' above grade. The three monito'rs for the separator and tank battery sensors are mounted in the office trailer. The monitor for the wellhouse sensor is mounted in the wireline unit. The three office monitors (for separator and stock tank sensors) will annunciate 20 ppm and 50 ppm visual and audible alarms if any of the three sensors "sees" 20 ppm or 50 ppm. The 20 ppm alarm will annunicate a special light and horn mounted on the separator enclosure. The 50 ppm evacuation beacon and horn are mounted on the office trailer roof. Test switches for the 20 ppm and 50 ppm alarms are mounted in the office. The monitor for the wellhouse sensor will be manned 24 hrs/day by the wireline unit operator. Only the 20 and 50 ppm lamps on the monitor will annunciate when the wellhouse sensor "sees" a 20 or 50 ppm H2S concentration. Others will rely on the wireline unit operator to notify them when the al arm levels are exceeded. Personnel Responsibilities This definition of responsibilities was developed as a general guide- line for Pingut test operations. Most of the actual test operations will be performed by contractors. Noralco will provide flowlines, crude heater, separator, and surge tank and operators for same. There will be two Noralco operators on site at all times. Camco will provide a wire- line unit and operator for bottomhole pressure measurement. Pioneer Oil Field Services, Inc. will provide the 10,000 gallon tank truck, truck driver, and South Point pump operator. The Pingut security guard will be contracted through O'Neill Security Services and ad- ministered by Prudhoe Bay Operations Support. The following lists the personnel and their responsibilities. Drillsite Supervisor - directing o~erall operations. Wireline Supervisor - conducting all' wireline work. Well Maintenance Supervisor - conducting wellhead maintenance. Appendix A - Page 4 Arco Operators - maintaining hydraulic panel, ensuring safety of site operations and transmitting da'ily reports to F.S. #2. ' Arco Fire & Safety- ensuring personnel are properly trained. Facility Planning Engineers - providing engineering support as required and demobilizing site. . . Noralco Operators - Operating the well, crude heater, separator surge tank, tank battery, flare, and H2S detection and alarm system; ESD shutdown, sampling and testing oil and gas measuring and reporting production; following special Operating and Emergency Procedures (Appendix B). Camco Wireline Operator - monitoring the wellhouse H2S level, operating the wireline unit, and reporting the BHP to Noralco. Arco Fueler - fueling diesel fired crude heater and generators. Pioneer Truck Driver - loading, transporting and unloading crude. Pioneer Pump Operator -.operating the South Point pump and L.A.C.T. meter skid, sampling and testing for BS&W, reporting daily pipe runs to F.S. #l and completing monthly run tickets. P~ngut Security Guard - controlling entry to Pineut test site and surplus materials yard and following Security Pr~)cedures (Appendix B). Safety is the responsibility of everyone involved. The responsibilities listed above do not cover all the responsibilities for this test, but generally outline areas of responsibility. Date: Sub}eot: InternaiCorresponden~ ATTACHHENT - ~ -ND[X A November 18, 1983 Operation of Lisburne Production Test at Pingut State No. 1 FromfLocatlon: J.B. Robinson, ATO-1830 TofLocatlon: J. S. Dayton, AT0-1820 As you are aware, high H S concentrations 'have been seen in the produced g'as during initial testing a~ Pingut State ~o[ 1. The well was shut in to allow time to evaluate the potential problems associated with continued production. Potential problem areas have been evaluated by the Lisburne Engineering and }'acilities Planning groups and are discussed below. Surface Equipment The surface production equipment (wellhead, flow!ines, heater, and separator) was evaluated for H2S use based on the National Association of Corrosion Engineers (NACE) Standard MR-10-75 (attached). The facility layout can be seen on the attached map. During normal testing, produced fluids are expected to leave the wellhead at 800-1000 psig, 70°F and pass through a heater with an internal choke where they are heated to 120°F and the pressure is dropped to 50 psi. From the heater the fluids flow to a separator operated at 50~psi where the oil and gas is separated and metered. The gas is sent to the flare and the oil is sent to a surge tank, operated at atmospheric pressure. The gas off the surge tank is also sent to the flare and the "dead" oil is sent to stock tanks to be trucked to South Point for metering and pumping into Drill Site 18. The wellhead is a McEvoy, 5000 psi tree which is H_S rated, as per NACE MR-01-75, with K-Monel internals and stainless stee~ tri~ in the valves. Ail flowlines are made of A-333, Grade 6 or A-106 Grade B pipe both of which are ' H S rated, as can be seen in Table 4 of the attached NACE ~fR-01-75. T~e separator and surge tank are not made of H2S rated material, but according to the NACE specifications, .H2S cracking or imbrittlement is not a problem at pressures below 65 psza. ~nerefore, as long as the separation equipment is operated at 65 psia or less, no problems are expected. Therefore, all the surface equipment meets NACE specifications and no material/facility problems are to be expected during'sustained production at Pingut State No. 1. Subsurface Eaui?ment Pingut State No. 1 is completed with 2-7/8", N-80 plastic coated tubing. The well has a 2-7/8" Camco TRDP-1A tubing retrievable subsurface safety valve. The SSSV has Monel internals and is H2S rated. The N-80 tubing is not rated for H2S sea-vice but discussions wit~ Plano metallurgists indicate that as long as no water is produced during the test, the danger of hydrogen imbrittlement or sulfide cracking is not very severe. With an H2S rated tree and SSSV and only a slight trace of water production, a two month production test using the N-80 tubing should not pose a. ny unacceptable risks. ATTACHMENT - APPEND' A Test Ooerations The facility layout and operating guidelines have been based on the American Petroleum Institute (AP1) RP55, "Recommended 'Practices for Conducting 0il and Gas Production-Operations Involving H S" (attached). As can be seen from the attached plot plan, the facilitie{ and safety equipment have been strategically placed to minimize the. risk of H2S exposure during test operation. The office trailer Where the operators will spend most of their time will be located outside the expected 100 ppm H2S exposure area (based on the highest expected production rates and 2000 ppm'H~S). Continuous EiS monitors, with audible alarms- set at '10 oom H S will~- " ...... g separator building, at the office trailer, and at the wellhead. In addition, the contract test operators (Norelco) will carry portable, battery-powered E.S monitors which emit audible and visual ale .z. . rms at 10 m H~S and have a digital display of the H $ concentra-~ ......... PP = . ~ zn nne anmos ne Badges which change color ~ith ~2S expos2ure ~ill be located on site an re. will be required to be worn by all visitors. Self contained breathing apparatus will be located at the separator building, office trailer, and stock tanks. A telephone will be placed in the office trailer and the operators ~ill be expected to routinely "check-in" ~ith Flo~ Station Two personnel. The test operators have met with Prudhoe Bay Fire and Safety personnel and have been briefed on the effects of ~2S and the proper use of Scott air packs. The Fire and Safety group is currently developing safe operating guidelines for such things as sample catching and tank strapping and are expected to work closely with the test operators to maintain safe conditions at the ~e!! site. In addition to the operating guidelines, a contingency plan should be developed for the test as per section four of the attached API kP-55 report. The Norelco ~operators ~il! be under the direct supervision of the Flow Station Two Drill Site Supervisors, who ~ill coordinate the various efforts (Noraico, Fire and Safety, Production) to insure that safe operating conditions and procedures are maintained. Two samples of Pingut stock tank oil have been analyzed to date, one had 35 ppm sulfides and the other had no measurable amount of sulfides. Approximately 3500 STB of Pingut oil were trucked to the South Point pad and injected into Drill Side 18 and no trace of H2S was seen at the South Point location during that operation. Based on this, no oil related H2S problems are expected during the two month production test. To summarize, it appears that ~ith the proper supervision and awareness of potential hazards, a safe two month test at Pingut State No. 1 can be performed using existing equipment and personnel. If you have any questions, please call me at 6275 or Jack Walker at 4909. · · obinson ~'~ JBR/dy cc: w/attachments .R.K. Doughty, AT0-1988 S. Hasund, AT0-1826 D. K. Chancey, AT0-1828 APPEND! X A Safety Equipment SummarS SCBA's and fixed H2'S sensors and monitors are located at selected positions as indicated below. Refer to Figure 2. SCBA H2S Monitor Phone Radio Fire · Sensor Extinguisher Office Trailer 3 -- 3 Separator/Surge tank 2 2 -. W~l~house -- 1 -- · Wireline Unit 1 -- 1 Tank Battery 1' 1 -- 1 1 1 Pingut Security 1 1 1 *A 150 minute tank will be kept just outside of the tank battery dike. The mask, 5-minute tank, and hose to connect to the 150 minute tank will be stored in the office trailer out of weather. There will al so be a SCBA in the ARCO operator's truck, Pioneer oil hauling truck and the South Point pumphouse. Pingut security will have H2S badges for visitor use. The drager tube test pumps and tubes will be stored at the office trailer. ~ppendix B - Procedures Some special procedures were adopted for the Pingut two month test as a precaution for the high H2S concentrations. There are three sets of interrelated procedures herein. Security; Emergency; and Special Operational. Security Procedures J Only people included on the authorized personnel Tist (attached) are permitted to enter the Pingut test site. The drillsite supervisor has authority to change the authorized personnel list. 4, There are two sections of the list- Restricted and unrestricted. Unrestricted persons may enter the Pingut location without restriction except as noted below. Restricted persons may enter the test site only with an escort who must be unrestricted. The persons' names and vehicle numbers as well as time in and out are recorded for all personnel entering the Pingut test site. All persons entering the testsite must have a personal protection device e.g., H2S badge. ' 6. Materials deliveries or pickups at the surplus yard are prohibited between the hours of 7 p.m. and 7 a.m. unless authorized by the surplus yard supervisor, Ext. 5539. Emergency Procedures If any H2S monitor exceeds 50 ppm alarm level: 1. Put on self-contained breathing apparatus (SCBA); 2. ESD wel 1; 3. evacuate all personnel to Pingut security and close entry to site check wi nd direction; and ' 4. notify drillsite supervisors. If any H2S monitor exceeds 20 ppm alarm level: 1. Put on SCBA; 2. evacuate all restricted personnel to Pingut security; 3. note 'location of alarming sensor(s) and wind direction, notify Pingut security via phone by briefly removing air mask to talk (security will notify drillsite supervisor); Appendix B - Page 2 4. identify source of H2S and take appropriate action; if the source'of the H2S concentration cannot be secured, shutin well, shutdown heater and generators, and evacuate to Pingut security. Close entry to Pingut site. The drillsite supervisor will notify Fire and Safety, Flow Station #2 supervisor. Fire and Safety will direct Prudhoe Bay. security to set up road blocks, if necessary, and provide the list of authorized personnel permitted into secured area. Special Operations Procedures le . The drillsite supervisor must give approval before flowing well. Operate separator at 30 psig or less to prevent sulfide stress cracking. For every person inside the wellhouse and separator/surge tank enc'losure, there will be at least one person outside. The number of people in the separator/surge tank enclosure will be limited to the number of SCBA's in the enclosure. 4. Wear SCBA before- X~ B. C. D. Ee Entering dike to gage tank battery; removing an orifice plate; taking oil and gas samples; any other time a leak. inside the separator enclosure is suspected; and any time a H2S monitor exceeds 20 ppm level (see Emergency Procedures). e Ge 7. Maintain a minimum of three (3) fully charged SCBA's on site in office trailer at all times for emergepcy use only.. Test 20 ppm H2S and 50 ppm H2S alarms at noon every day and record results in daily log book. Test each sensor head on Monday of each week and record results in daily log book. . Report any alarm failures or H2S monitor malfunctions immediately to the drillsite supervisor. Always check and record wireline unit 'H2S monitor level before entering wellhouse. 10. At least once per shift ensure H2S sensor at tank battery is free of snow. Pingut ATTACHMENT State No. 1 - APPENDIX B Authorized Personnel UNRESTRICTED- Drillsite Supervisor Night Supervisor Drillsite OperatOr Drillsite Operator Fire & Safety Specialist Engineer Bryant/Doughty Beaudry/McGarry Stark/Newl on Flemming/Johnston Carmi ca 1/S immons Wal ker/Wiggin Phone 5493 5491 5491 5491 5424 4909/6233 375 815 761 316 461/421 047 Hobile -- _ 022 025 025 66/62 RESTRICTED- F1 ow Station 2 Supervisor Wells Supervisor Well Maintenance Supervisor Pioneer Truck Driver ARCO Fuel er ARCO Oi 1 er Heavy Equipment Operations Engineer · Operations Engineer Materials Delivery Personnel Carlyle/Nydegger Purdom/Adams Operator/Snow Removal Robinson/Carter Ral ph/Kramer 5804 5255 6275/6201 6393/6581 EMERGENCY PHONE LiIST PINGUT STATE NO. BOB BRYANT/GLEN DOUGHTY EXTENSION PAGER MOBILE RADIO 5493 191-- 575 044 JIM ASHFORD/MIKE KENNEDY EXTENSION PAGER MOBILE RADIO 5762_ 191- 2_.57 042 FIRE & SAFETY EXTENSION 5500 FLOW STATION 2 EXTENSION 5491 APPENDIX C HYDROGEN SULFIDE TRAINING OUTLINE Hydrogen Sulfide A, What is H2S? . 1. Properties 2. Exposure Limits B. Sources 1. Exposure Areas' C. Means of Human Exposure 1. Inhalation 2. Ingestion 3. Skin Penetration 4. Ears D. , Effects of Human Exposure 1. Duration 2. Frequency 3. Intensity 4. Individual Susceptible II. Detection A, Detecting and Monitoring , Fixed System Personal Monitors Portable Detectors Daily Test & Documentation B. Location '1. Sensors Monitors Portable Detectors Alarms - Visible and Audible Level of H2S for Actuation of High and Low Alarm III. Respiratory Protection A. Introduction of SCBA le Scott Demo (30 min.) Scott Demo (5 min.) B. Donning Procedures 1. Scott 30 min. 2. Scott 5 min. IV. Ve APPENDIX Ce De Eo F, Inspection Procedures 1. Scott 30 min. 2. Scott 5 min. Service le Refilling Sanitizing Fi t Test 1. Isoamy.1 Acetate (Banana Oil) 2. Positive Pressure 3. N6gative Pressure 4. Head Movement Special Problems 1. Face Fi t 2. Health 3. Physiology 4. Motivation 5. Limitations of Equipment -. G. Practice Session H. Equipment Location Safety Measures A. Approaching Job Site B. Personnel Movement C. Wind Direction and D. Self Protection E. Buddy System F. Emergency Stations .. G. Escape Routes Emergency Procedures A. Communication 1. Telephone 2. Rescue Procedures Indicators Page 3 APPEI~DIX C VI. B, Emerge A. M Rescue Procedure. 1. Self Protection 2. Rescue Procedures First Aid Procedures 1. Artificial Respi'ration 2. CPR ncy Support Services le edical Doctor Ambulance Hospital B. Security C. Fire D~ and Safety 1. safety Service 2. Emergency Rescue 3. Fire Brigade Production and Maintenance 1. Flow Station No. 2 Drill Site Supervisor VII'-Post Training Test APPENDIX C Percentile Score POST TEST DATE LOCATION NAME SUBJECT HYDROGEN SULFIDE GAS (H~S) 'SAFE PRACTICES AND PROCEDURES Multiple chbice. Circle one of the letters to complete the statement correctly. le e 4, Hydrogen Sulfide Gas is a. Poisonous b. Corrosive c. Fl ammabl e d. All the above ,, OSHA requires the use of safe breathing equipment if the concentration of H2S in air exceeds . a. 100 ppm b. 80 ppm c. 50 ppm ' d. 20 ppm If a person is overcome by H2S, they must be a · Quickly fitted with a safe breathing apparatus Removed to fresh air 'where they will resume breathing Removed to fresh air and give artificial respiration Given cardiac massage Safe breathing apparatus will not seal effectively if worn over · a · A beard A heavy stubble of' beard The temples of glasses All of the above Points __ 10 10 10 !0 APPENDIX C PINGUT STATE NO. EXTEND WELL TEST ARCO ALASKA, INC. .. Training Received (Check) ARCO AND CONTRACTOR TRAINING · S~ubject Instructor Review of Job to be completed J. Walker Operating Procedures H2S Facts J. Walker Safety Dept. Respiratory Protection Safety Dept. Safety Measures .. Emergency Procedures Safety Dept. Safety Dept. Emergency Support Sez-vices -- Question and'A~swer Session Safety Dept. Safety Dept. NAME DATE INSTRUCTORS: ADDRESS AGE LASm S T?~E T MIDDLE iv-mw'- SOCIAL SECURITY CITY ZiP CODE- / SEX: ( ) MALE PHOh~ iN~RODUCTION i understand that ! a~n being given this questionnaire to dete_~mine ~y abi!i~y to safely wear a res~..=~, durlnE the no_-m~l performance of duties associated, wi=h =y · emolo}unen= with this' organization. .. Have you ever been short of b. ea.h on exertion, such as: .. a. climbing one £!ight of stairs .2. -. b. walking up a slight hill or, · c. walking with other people of your own age a~ an ordins_-y ' pace on the level? -. Have you now, or have you wi=bin ~he last 3 years had a cough that produced .phlegm and lasted for 3 months or more? Have you ever had ches~ pains? Have you ever had asthma? 5. Do. you fresuen=!y %ave d!ff!-,,~ brea~hfng ~hrough your nose? 6 Have you ever had a he ~ · a.. mttack or other heart condition? NO YES Issue !0/30/8! APPENDIX C Dc you have'dif=icu!ty smel!inc, or '.as~_n?~ anything? 8. Do you have chronic skin prob!~--m.s of ~he face? 9 Do you wear g~asses or ~ ~ · . - co~ac. !en'ses? YES 10. 11. Do you faint, blackout, or have you had any periods of unconsciousness in the last 3 years? (for example epilepsy) Do you know of any reason why. you are not kble to wear ~ respirator?' I understand t_he questions above and have answered ~hem to the best of my kn6wledga. I understand that I have ~e right to request a medical examina- tion concerning my ~'~ ab__z.y Lo wear a respirator. I understand that ~he inf o_-ma~_on here given is confidential and shall only be disclosed to my designated representative (upon my written request).except as re.~uired by appropriate federal and state statutes. Signed " Date (Employee) Signed Date (Person Administering Questionnarie) APPROVED FOR RESPIRATOR WEkR ( ) NOT APPRO%rm_D FOR RESPIRATOR W~AR ( ) -(Signature of Healr_h Professional · making above deta_~mination) Co~ments and/or further actions (i'e., additional tests) 14-11.2 Ltl~'nticRichfieldCompany v ;ama (last. first, middle) ;irthdate IAge t Sex 1Race. :oma telephone number 1Work telephone number · .rea code larea code 4oma address (street, city, state and zip code) Medical History APPENDIX C Medical Confidential Page I of 2 Social Security number Coll. date (for office use only) ARCO medical office location code (for office use only) Job title tWork location -mergency contact Emergency address (if different) "xamination type (check appropriate box) -~ Preplacement [] Periodic [] DOT [] Surveillance [] Pilots :amily history: Check box if any blood relation (parent, brother, sister etc.) had: Emergency telephone number ' area code ( ) [] Expatriate [] Termination _ Diabetes Heart disease Lung disease _ High blood pressure ' Cancer Blood disease Arthritis Eye disease (Glaucoma, etc.) Deafness g y . g medications or substances: ~ I Penicillin I Chemicals (provide names in comments) I Sulfa t Pollens Other antibiotics (explain in comments) Food (explain in comments) Insect sting Personal history: Check if you ever had or now have: (explain all positive response below) ! Aspirin Dust Other (explain in comments) Head injury Asthma Bone, joint, or back disorder I Severe or chronic headache Chest pain or pressure Diabetes, diabetes sugar Dizziness or fainting spells Chronic cough Foot trouble Epilepsy-fits, seizures Lung disease Trouble sleeping Paralysis/numbness/tingling Heart trouble Depression/excessive worry Unconscious periods Rheumatic fever Drug or alcohol abuse Motion sickness High blood pressure Meningitis Ever worn eyeglasses or contacts Anemia, brood problems Abnormal bleeding E~,e disease-91aucoma, etc. Shortness of breath Skin disease or skin problem Earache Frequent indigestion. Tuberculcsis Hearing loss Stomach, liver, intestinal 15roblem Cancer or malignancy Hay fever Hepatitis or yellow jaundice Venereal disease Sinus, disease or problems Hernia or rupture Miscarriages-if yes, give number Neck injury Rectal problem Menstrual periods-if yes, give Th~q:~id disorder Frequent or painful urination date of last period Severe tooth or gum problems Kidney/bladder problems Other (explain below) Pneumonia Sugar/albumin/blood in urine Exoosure: Please indicate th~. 2nc~nt~ 'tn ~.~hlr, h ,,,~,, k~ ........ k ......... ,,~ ..... y ever exposed Check the clear box [] for on the job exposures (explain in comments): Check the shaded box [] for off the Acetylene tetrachloride Ethylene dichloride Perchloroethylene Alcohol (non-beverage) Fibrous glass Pesticides Ammonia Fluoride (exclude toothpaste) Phenol Arsenic Halothane t Phosgene Asbestos Heat stressj Radiation ( E~clu~e roue,ne Benzene IsocyanatesII Styrene ~ ~ Cadmium Ketches I Sulfur dioxide Carbon tetrachloride Lead t Toluene t i Chlorinated naphthalenes Manganeset Toluene diisocyanate I 1 Chloroform Mercury I Trichloroethylene t f Chloroprene Methylene chloride I Trinitrotoluene I Chromium Nickel VinyHdene chloride Crystalline silica Nitric acidI -- Xylene Dichlorobenzene Nitric oxide " Zinc chloride Ethylene dibromide Noise (excessive) Other (explain below) ~nmments AtIa nticRichfieldCompany ~- APPENDIX C Name (last, first, middle) Tobacco, alcohol and caffeine: Answer all questions Medical Confidential Social Security number Date Medical History Page 2 of 2 1. Do you use tobacco? [] No A. Age you began using tobacco: B. How much do you use per day: 2. Have you ever used a form of tobacco A. At what age did you stop? B. How many years did you use: C. How much did you use per day: 3. Do you drink alcoholic beverages? [] 'Yes If yes. answer A and B Cigarettes age Cigars Cigarettes ~ pkgs Cigars and successfully stopped? [] ~4o [] Yes Cigarettes~ age Cigars age Pipe Cigarettes ~ yrs Cigars yrs Pipe Cigarettes~ pkgs Cigars ~ Pipe [] No [~ Yes If yes. give frequency [] Daily age Pipe age Chewing tobacco~ age Pipe ~ pouches Chewing tobacco ~pouche-, if yes, answer A thru C 4. Do you drinkcaffeinated beverages? [] No C] Yes If yes, give amount in ounces: Beer If yes, give daily amount in drinks Coffee ~ age Chewing tobacco~ age ~ yrs Chewing tobacco~ yrs ~ pouches Chewing tobacco ~ pouches [] Weekly l-1 Weekends [] Monthly or less Wine Hard liquor ~ Tea ~ Cola Medications: list current medications, dosage and purpose Have you ever been hospitalized or had surgery: if yes, give hospital name and address, date and reason Miscellaneous: Check box if yes and explain below:. [] 1. Give date of last tetanus inoculation: 2. Have you been refused employment or unable to hold a job because of: r'l A. Sensitivity to chemicals, dust, sunlight, etc.? r-I B. Inability to peHorm certain motions? D C. Inability to assume certain positions? [] D. Other medical reasons (including physical examinations)? [] 3. Have you ever been told you should have any kind of operation you have not had? [] 41 Do you have any physical defects not previously noted? [] 5. Have you ever received Worker's Compensation? [] 6. Have ~,°u ever received pension or disability'?. ......... ~-- [] 7. Do you wear any artificial apparatus (hearing aid, pacemaker, etc.)? .F'] 8. Have you ever been unable to wear a respirator? Present health: State the condition of your present health Personal physmian or clinic: Give name and address ITelephone number area code ( ) certify that I have reviewed the foregoing information supplied by me and that it is true and complete to the best of my knowledge $~gnature I Date STATE OF ALASKA ALASKA, _AND GAS CONSERVATION CC.. ¢IISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL OTHER [] 2. Name of Operator 7. Permit No. ARCO ALASKA, INC. 83-71 3. Address 8. APl Number 700 G Street, Anchorage, AK 99501 5o-0292095200 4. Location of Well 1950' FSL and 2260' FEL of Section 24 TllN, R15E, UM 5. Elevation in feet (indicate KB, DF, etc.) __ KB_-_5_.4_ ' 6. Lease Designation and Serial No. 9. Unit or Lease Name Pingut State 10. Well Number 11. Field and Pool Lisburne 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF' (Submit in Triplicate) Perforate [] Alter Casing [] Perforations Stimulate [] Abandon [] Stimulation Repair Well [] Change Plans [] Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) (Submit'in Duplicate) [] Altering Casing [] Abandonment [] Other 60 day well tests 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any prQposed work, for Abandonmcqt see 20 AAC 25.105-170). This revision supplements the attached Plan for the testing of Pingut State #1. This revision reports the plan for safety testing Pingut State #1 which produced dangerous concentrations of hydrogen sulfide gas during an initial test. Attached hereto is the ARCO Oil and Gas Company policy for Hydrogen Sulfide Production and Drilling Operations Minimum.Safety and Loss Prevention Provisions. The attached company policy conforms to the Railroad Commission of Texas Oil and Gas Division 051.02.02.036 Rule 36. Oil, Gas or Geothermal Resource Operation in Hydrogen Sulfide Areas and the American Petroleum Institute RP55, Recommended Practices for Conducting Oil and Gas Production Operations Involvin~H_~ydrogen Sulfide, also attached. 14. I hereby certify ,.that the foregoing is true and correct to the befit of my knowledge. ~,,~ 'x~.,. ~'~-~ Signed ,,% ,,¢..~ . ~ ::~.'~',~ Title '~1 ' ~ The space belpT for Commission u~ Conditions o~,~pproval, if Approved by . COMMISSIONER By Order of ........... ~'~ the Commission Date Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate STATE OF ALASKA (~~ ALASKA Ci ,AND GAS CONSERVATION COl~i ISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONSf · Drilling well [~X Workover operation [] 2. Name of operator 7. Permit No. ARCO Alaska, Inc. 83-71 3. Address 8. APl Number P. O. Box 100360, Anchorage, AK 99510 50- 029-20952 4. Location of Well 9. Unit or Lease Name atsurface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E, UN Wildcat 5. Elevation in feet (indicate KB, DF, etc.) 54' RKB 6. Lease Designation and Serial No. ADL 28323 10. Well No. Pi ngut State #1 11. Field and Pool Prudhoe Bay Fi eld Lisburne Pool For the Month of September ,19 83 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spudded well @ 0600 hrs, 05/15/83. Drld 17-1/2" hole to 2641'. Ran logs. Fin drlg 17-1/2" hole to 2650'. Ran, cmtd & tstd 13-3/8" csg. Drld 12-1/4" hole to 9190'. Ran logs. Ran, cmtd & tstd 9-5/8" csg. Drld 8-1/2" hole to 9265'. Cut cores. Reamed cored hole to 10,730' & stuck pipe. Recovered. Drld to 11,467'. Ran logs. Ran, cmtd & tstd 7" liner. Squeezed liner lap. Ran tieback lnr. Perform DST's #1,2, & 3. Perform DST #4 + 5. Set bridge plug @ 9564'. Run 4-1/2" compl assy. (over) 13. Casing or liner run and quantities of cement, results of pressure tests 20", 91.5#/ft, H-40, weld conductor set ~ 80'. Instld w/1925# Poleset. 13-3/8" 72#/ft, L-80, BTC csg w/FS @ 2629' Cmtd w/2832 sx CS Ill & 400 sx CS 9-5/8", 47#/ft, L-80, BTC csg w/FS ~ 9181'. Cmtd w/lO00 sx Class G cmt. 7", 29#/ft~ L-80, Butt csg fr/8870'-11462'. Cmtd w/1200 sx Class .G cmt. 7", 29#/ft, L-80, Butt csg f/8870' - 2020'. Cmtd w/lO00 sxs "G" cmt. SEE DRILLING HISTORY II cmt.~ '14. Coringresumeandbriefdescription See Attached Core Data 15. Logs run and depth where run DIL/GR/SP fr/2641'-surf. DIL/BHCS/GR/SP fr/9151'-2634' FDC/CNL/GR fr/9162'-6090' DIL/BHCS/GR/SP fr/11467'-9181' Borehole Televiewer fr/11#67'-9181' FDC/CNL/NGT/GR/Cal fr/11467'-9181' LSS/GR fr./11467'-9181' LDT/CNL/EPT/GR fr/11467'-9181' DIL/MSFL/GR fr/11467'-9181' FDC/CNL/GR fr/11467'-9181' SHDT/4-arm Caliper/GR fr/11467'-9181' Caliper fr/9150~ surf (over) 16. DST data, perforating data, shows of H2S, miscellaneous data DST #1 f/10,534' - 10,556' + 10,610' - 10,658'. DST #2 f/10,250' - 10,354'. Sqz perfs w/150 sxs "G" cmt. DST #3 f/9882' - 9966'. Sqz perfs w/200 sxs "G" cmt. DST #4 f/9648' - 9730'. Sqz perfs w/200 sxs "G" cmt. (over) 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. NO.,T.E~R'i~'~'°rt on this form is required for each c.a'~e'ndar month, regardless of the status~of operations and must be/~iled in duplicate with the Alaska ~i~ an~l Gas ConservatiOn Commission by the 15tl~' of the succeeding month, unless otherwise directed. Form 10-404 D R N / M R4 2 Submit in duplicate Rev. 7-1-80 MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS (cont'd) PINGUT STATE #1 12. ND BOPE. NU tree. Secure well. SEE DRILLING HISTORY 15. GR/CCL/CBL fr/11383' - 8600' CET f/9780' - 8800'. CET f/9750' - 8780'. GR/CCL f/9400' - 9150'. CET f/10~126 - 8800'. GR f/9927' - 9530'. CBL f/9625' - 8750'. 16. Perf f/9568' - 9570'. Sqz perfs w/lO0 sxs "G" cmt. Perf f/9504' - 9550'. Perf f/9578' - 9598'. SEE DRILLING HISTORY DRN/MR42a Perform DST #4A + 4B. Attempt to lift well w/N2. Set RET @ 9632'. Sqz DST #4 perfs f/9648' - 9730' w/200 sxs "G" cmt. Perf f/9568' - 9570'. Set ret @ 9520'. Sqz perfs w/lO0 sxs I'GI' cmt. Perf f/9470' - 9472'. Set ret @ 9400'. Sqz perfs w/lO0 sxs "G" cmt. Drl cmt f/9380' - 9400'. Drlg ret ~ 9400' . Drl cmt f/9402' - 9480' + 9493' - 9520'. Test csg. Drl ret ~ 9520'. Drl cmt f/9522' - 9554', 9570' - 9578', + 9599.!, - 9625'. Test csg. Run CBL. Spot 50 sxs "G" cmt on BTM @ 9625'. Drl cmt f/9465' - 9500'. Test perfs f/9470' - 9472' - ok. Drl cmt f/9500' - 9590'. Test perfs f/9568' - 9570' - ok. Drl cmt f/9590' - 9629'. Test perfs f/9602' - 9604" - ok. TIH w/DST #5. Set pkr @ 9340'. Perform DST #5. TIH w/DST #5A. Set pkr Ia 9341'. Perf f/9504' - 9550' + 9578' - 9598'. Perform DST #5A. Acidize well w/80 bbl HcL acid. Flow well. Shut in f/24 Lift well w/N2. ,.-.~__ ................ ~_ ...... ,_ hr PBU. Open by-pass + monitor hole. Lose 180 bbls brine to perfs. POOH w/3-1/2II DP + DST tools. RIH & set bridge plug @ 9564'. LDDP. Run 4-1/2" compl assy w/tbg tail @ 9246', "SAB" pkr @ 9212'. Land on McEvoy tbg hgr. ND BOPE. NU tree + test same - ok. Displ tbg to diesel. Set pkr. Set BPV. Secure tree. RR 0600 hrs on 10/03/83. · DRN/DH34'tw fr/t!~67'-9181'; FDC/CNL/GR fr/11467'-9181'; SHDT/4-arm Cal/GR fr/11467'-9181'; RFT; Caliper 9150'-surf. Ran 62 jts 7", 29#/ft, L-80 Butt csg fr/8870'-11462'. Cmt 7" w/1200 sx Class G cmt. RIH w/98 its 3-1/2" DP. Drl and wash to 11383' PBTD. Ran GR/CCL/CBL fr/11383'-8600'. Tst 7" @ 3000 psi for 30 min. ok. Set RTTS, tst ann, tst lines, unseat RTTS. LD RTTS. RIH and set ret ~ 8810'. Sqz l nr lap w/250 sx Class G cmt. POOH w/cmt stinger. Drl ret @ 8870'. CO to PBTD. Set RTTS @ 8835'. Test l nr lap. POOH w/RTTS. Dress tieback sleeve. Run 174 jts 7" 29# L-80 csg. Sting into tie-back sleeve @ 8880'. Cmt lnr w/lO00 sxs "G" cmt. CO to top of tie-back lnr @ 2020'. Drl cmt f/8683' - 8702' @ L.C. Drl L.C. + cmt f/8702'- 8782'. Drl FC @ 8783' + cmt f/8783' - 8872'. Drl FC #2 @ 8822' & cmt f/8822' - 8872'. CO to 8897'. Test l nr lap - ok. Run GR + Junk basket to 10,900' - ok. Run gyro f/surf - 11,383'. Perf f/10,692' - 10,694' w/4 SPF. Set Ret @ 10,680'. Sqz perfs w/150 sxs "G" cmt. Perf f/10,518' - 10,520' w/4 SPF. Set Ret @ 10,420'. Sqz w/150 sxs "G" cmto Drl cmt f/10,388' - 10,420'. Drl Ret @ 10,420'o Drl cmt f/10,420' - 10,528'. CO to 10,686'. Test perfs - ok. Run CBL/GR/CCL. Displace well to NaC1. Perform DST #1. Test f/10534' - 56' & 10610' - 58'. Perform DST #2. Test f/10250' - 354'. Set ret @ 10,160'. Sqz DST #2 perfs v~/150 sxs "G" cmt. Perf f/9832' - 34'. Set ret @ 9747'. Sqz perfs w/150 sxs "G" cmt. Drl cmt + ret~ Drl cmt f/10,130' - 10,160' & ret @ 10,160'. Log w/CBL. Perf f/9780' - 9782'. Set ret @ 9690'. Sqz w/150 sxs "G" cmt. Drl cmt f/9670' - 9690'. Drl ret CO to PBTD. Set ret @ 9710'. Sqz w/200 sxs "G" cmt. Drl cmt & ret. Run CBL. Set RTTS @ perf intervals & test. Set ret @ 9630'. Sqz perfs f/9780' - 9782' & 9832' - 9834' w/190 sxs "G" cmt. Drl cmt & ret. Test perfs. Run CET/CCL. Bonding @ 9786' - 9760'. Perform DST #3. Test f/9882' - 9966'. Set Ret @ 9770'. Sqz DST #3 perfs w/200 sxs "G" cmt. Perf f/9640' - 9642'. Set ret @ 9553'. Sqz perfs w/150 sxs "G" cmt. Drl cmt & ret. CO to top of ret @ 9770'; PBTD. Log w/CET tool. Set ret @ 9542'. Sqz perfs w/lO0 sxs "G" cmt. Drl cmt & ret CO to PBTD. As of 08/30/83. Log w/CET tool. Bonding f/9602'-9612'. Set CIBP @ 9622', & ret @ 9500'. Sqz w/lO0 sxs "G" cmt. Drl cmt f/9490'-9500'. Drl ret, & cmt f/9500'-9622'. Test ok. Drl ret @ 9622'. CO to PBTD @ 9770'. Did not test. Set ret @ 9438'. Re-sqz w/lO0 sxs "G" cmt. DO ret @ 9438'. Drl cmt f/9439'-9613'. Test. Ok. CO to PBTD. Perform DST #4 f/9648'-9730'. RIH SLM, screw into TOF @ 9954'. Jar on fish. Spot string shot in safety joint, back off. RIH and wash over fish to top of bit. RIH w/screw-in assy, tag 'Fish @ 9949', screw in, jar fish free. Recovered 64' core #15. Ream 9884'-10087', 9904'-10087'. Cut core #16 10084'-10174', tight spot @ 10035'. Drld 10084'-10174'. Recovered 90' core #16. Ream 10008'-10174'. Cut core #17 10174'-10187'; recovered 13'. Ream 10138'-10187'. Cut core #18 10187'-10196', 10196'-10220'; recovered 33'. Ream 10174'-10220'. Cut core #i9 10220'-10253'; recovered 33'. Cut core #20 10253'-10267'; recovered 14'. Ream 10221'-10267'. Cut core #21 10267'-10281', 10281'-10286'; recovered 19'. 10299 -10326'; 10326 -10386'; 10386 -10438; 10438 -10463'; 10463 -10496'. 10496 -10498'; 10498 -1052'; 10521 -10541'; Ream 10186' -10286'. Cut core #22 10286' -10299', recovered 40'. Ream 10280' -10326'. Cut core #23 recovered 60'. Ream 10343'-10386'. Cut core #24 recovered 49'. Ream 10360' -10438'. Cut core #25 recovered 27' (2' from core #24). Cut core #26 Tight hole, ream 104.63'-10496'. Con't cutting core #26 recovered 35'. Ream 10451' -10498'. Cut core #27 recovered 23'. Ream 10420' -10521'. Cut core #28 recovered 15'. Ream 10419'-10541'. Cut core #29 10541 -10565'; recovered 25' (2' from core #28). Ream 10465'-10565'. Cut core #30 10565'-10579'; recovered 14'. Ream 10530'-10579'. 10579'-10611'; recovered 32'. Ream 10541'-10611'. Cut core #32 10611'-10644'; recovered 33'. Ream 10527'-10644'. Cut core #33 10644'-10684'; recovered 40'. Ream 10559'-10684'. Cut core #34 10684'-10718'; recovered 34'. Ream 10645'-10718'. Cut core #35 Cut core #31 10718'-10753', 10753'-10754', recovered 36'. Ream 10660'-10754'. Cut core #36 10754'-10792'; recovered 38'. GIH to 10610', hole tight. Ream 10610'-10730'. Jar & work stuck pipe. Spot acid in annulus and pipe. Work pipe. Spot pipe lax pill and.SFT pill. Fish in hole consisted of bit, NB, stab, SDC, stab, SDC. TOF @ 10661'. Jar on fish. Recovered all of fish. Drld 10791'-10986'. Ream 10900'-10968'. Drld 10936'-11467' (07/23/83). Ran DIL/BHCS/GR/SP fr/11467'-9181'; Borehole televiewer 11467'-9181'; FDC/CNL/NGT/GR/Cal fr/11467'-9181'; LSS/GR fr/11467'-9181'; LDT/CNL/EPT/GR fr/11467'-9181'; LDT/CNL/EPT/GR (rerun CNL) 11467'-9181'; DIL/MSFL/GR PINGUT STATE NO. 1 DRILLING HISTORY NU 20" Hydril & Diverter system. Spudded well ~ 0600 hours, 05/15/83. Drld 17-1/2" hole to 2641'. Ran DiL/GR/SP fr/2641'-surf. Con't'~drlg 17-1/2" hole to 2650'. Ran 68 jts 13-3/8", 72#/ft, L-80 BTC csg w/FS @ 2629'. Wash thru bridge @ 2559' & @ 2589'. Land csg. Cmtd 13-3/8" csg w/2832 sx CS III & 400 sx CS II cmt. ND 20" Hydril & Diverter. RU power tongs, could not back out running tool fr/floor or cellar. Cut running tool off hngr, cmt 17' dwn. Perform top cmt job. NU BOPs & tst to 5000 psi. Tst csg to 1500 psi - ok. Drld FC & cmt. Drlg FS & 10' new form. Tstd form to 14.1 ppg. Drld & reamed 12-1/4" hole to 9190' (05/25/83). Ran DIL/BHCS/SP/GR, tool failed. Reran DIL/BHCS/GR/SP fr/9151-2634', FDC/CNL/GR fr/9162-6090'. Ran 221 jts 9-5/8", 47#/ft, L-80 BTC csg w/FS @ 9181'. Cmtd 9-5/8" csg w/lO00 sx Class G cmt. Tstd csg to 3000 psi - ok. Drld FC & cmt. Drld FS & 10' new hole. Perform form leak-off tst to 13.5 ppg EMW, held 12.9 ppg EMW. Drld 8-1/2" hole to 9265' (05/28/83). Cored #1 fr/9265'-9286', recovered 21'. Perform 13-3/8" x 9-5/8" Arctic Pack job w/300 sx CS I & 131 bbls AP. Cored #2 fr/9286'-9297', 9297'-9316', recovered 30'. Cored #3 fr/9316'- 9351', 9351'-9375', recovered 59'. Cut Core #4 fr/9375'-9384', 9384'- 9415'; recovered 40'. Cut Core #5 fr/9415'-9421', 9421'-9475'; recovered 60'. Cut Core #6 fr/9475'-9505', 9505'-9515'; recovered 40'. Cut Core #7 fr/9515'-9520', 9520'-9530'; 9530'-9553'; recovered 38'. Ream 9537'-9554'. Cut Core #8 fr/9554'-9560', 9560'-9582'; recovered 28'. Ream 9455'-9582'. Drl 9582'-9587'. Circ off btm for jnk. I'IH w/core bbl #9. Tag bridge @ 9496', stuck @ 9496'-9510'. Work pipe, jars tripped, pulled free. Ream 9496'-9587'. Cut core #9 9587'-9630', 9630'-9647'; recovered 60'. Ream 9538'-9647'. Cut core #10 9647'-9682', 9682'-9707'; recovered 60'. Ream 9604'-9707'. Cut core #11 9707'-9792', 9792'-9796'; recovered 89'. Ream 9663'-9796'. Cut core #12 9796'-9824', 9824'-9870', 9870'-9886'; recovered 90'. Ream 9794'-9886'. Cut core #13 9886'-9918', 9918'-9933', recover 47'. Ream 9855'-9933'. Cut core #14 9933'-9998', 9998'-10023'; recovered 90'. Ream 9945'-10023', tight fr/9998'-10013'. Cut core #15 10023'-10087'. Pipe stuck @ 10048'. Jar on stuck pipe, jars tripped. Spot acid across BHA while working pipe. Jar on stuck pipe. Ran free pt tool. Sweep hole w/hi-vis sweep & rerun free pt. RIH w/string shot to safety jr, backoff , , ARCO Alaska, Inc.. Post O'¢fice .,.2,.ncho~'a~,.e, .::,l£sks 9951¢.. ';'egep, hone 907 27L~ 12'~5 October 7, 1983 Mr. C. V. Chatterton Commi s s i oner State of Alaska Alaska Oil & Gas Conservation Commission 300! Porcupine Drive Anchorage, AK 99501 SUBJECT' Pingut State No.1 Dear Mr. Chatterton- Enclosed is a Sundry Notice for the subject well. We propose to change the production tubing. Since we expect to start this work on October 12, 1983, your earliest approval will be appreciated. If you have any questions, please call me at 263-4610. Sincerely, D. S. Smiley Area Drilling Engineer DSS/GRU4L92otw Enclosures ARCO Alaska, ~nc. is a Subsidiary o¢ Atlmr~ticRichfie~dCompany STATE OF ALASKA ALASKAt, . AND GAS CONSERVATION CC, /IISSION SUNDRY NOTICES AND REPORTS ON WELLS 1 DRILLING WELL [] COMPLETED WELL ~X i~:.,~ii '~i" ":"" ' OTHER [] · .,~.~ ~ ../ ,, :.. ::~., , 2. Name of Operator 7. Permit No. ARCO Alaska, Inc. 83-71 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510 50- 029-20952 4. Location of Welt Surface: 1950' FSL, 2260' FEL, Sec.24, T11N, R15E, UM TD: 1320' FSL, 1320' FWL, Sec.24, T11N, R15E, UM (Approximate) 6. Lease Designation and Serial No. ADL 28323 5. Elevationinfeet(indicate KB, DF,etc.) 54' RKB 9. Unit or Lease Name Prudhoe Bay Unit 10. Well Number Pingut State No.1 11. Field and Pool Prudhoe Bay Field Lisburne 0il Pool 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: {Submit in Triplicate) (Submit in Duplicate) Perforate b_-J Alter Casing [] Perforations [] Altering Casing Stimulate [] Abandon [] Stimulation [] Abandonment Repair Well [] Change Plans [] Repairs Made [] Other Pull Tubing E[~]X Other [] Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion..) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). ARCO Alaska, Inc. proposes to change the production tubing in the well. The 4-1/2" tubing will be pulled and replaced with 2-7/8", 6.5#, N-80, EUE, 8rd, IPC tubing to 1900'± and 5" Baker Heatsaver II, BTC, IPC tubing to surface. This completion assy will contain the necessary provisions for sub-surface safety equipment. A 13-5/8", 5000 psi, RSRRA BOP stack will be used on well work performed by the workover rig. The BOP equipment will be pressure tested weekly and operationally tested each trip. A non-freezing fluid will be left in all uncemented annuli within the permafrost interval. A 5000 psi WP wireline lubricator will be used and tested on all wireline work. The subsurface safety valve will be installed and tested upon conclusion of the job. Approximate start date: October 12, 1983 14, I hereby certify that the foregoing is true and correct to the best of my knowledge. '/~'7ow f~r~--~'om~* Title Area Dri l l i ng Engi neet Signed The space b ~,,,,,,,~,u,, u~u / Conditions of Approval, if any: Approved by Approved Returned By Order of COMMISSIONER the Cornmiss o~,' Form 10-403 Rev. 7-1-80. GRU4/SN43 Su.bm.i.t-,.'~'.~l..~.~¢ntions" in .~.p..cate and "Subsequent Reports" in Duplicate ARCO Alaska, Inc. Post Office Box 0360 Anchorage, Alaska 99510 Telephone 907 276 1215 September 15, 1983 Mr. C. V. Chatterton Commi ssi oner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: Dear Mr. Monthly Report of Drilling & Workover Operations Chatterton' Enclosed are Monthly Reports of Drilling and Workover Operations for the following' DS 4-20 DS 14-32 DS 14:31 DS 3-23 DS 3-22 DS 3-21 Pingut state #1. South Point State #1 Sincerely, M,./A. Major ~ Area Drilling 'Engineer MAM/DRN'tw NORTON/45 Enclosures ARCO Ah~.~ka Inc, is n Subsidiary o! Allanl(cRichfi~,,IrlCompan¥ , STATE OF ALASKA ALASKA* _ AND GAS CONSERVATION CC,, ¢IISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS · Drilling welX~] Workover operation [] 2. Name of operator 7. Permit No. ARCO Alaska, Inc. 83-71 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510 50- 029-20952 4. Location of Well 9. Unit or Lease Name atsurface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E, UM Wildcat 5. Elevation in feet (indicate KB, DF, etc.) 54' RKB 6. Lease Designation and Serial No. ADL 28323 10. Well No. Pi ngut State #1 11. Field and Pool Prudhoe Bay Field Lisburne Pool For the Month of August , 1983 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spudded well ~ 0600 hfs, 05/15/83. Drld 17-1/2" hole to 2641'. Ran logs. Fin 17-1/2" hole to 2650'. Ran, cmtd & tstd 13-3/8" csg. Drld 12-1/4" hole to 9190'. logs. Ran, cmtd & tstd 9-5/8" csg. Drld 8-1/2" hole to 9265'. Cut cores. Reamed cored hole to 10,730' & stuck pipe. Recovered. Drld to 1!,467'. Ran logs. Ran, cmtd & tstd 7" liner. Squeezed liner lap. Ran tieback lnr. Perform DST's #1,2, & 3 08/31/83. SEE DRILLING HISTORY drlg Ran as of 13. Casing or liner run and quantities of cement, results of pressure tests 20", 91.5#/ft, H-40, weld conductor set ~ 80'. 13-3/8 9-5/8" 7" , 29 7" , 29 SEE DR Instld w/1925# Poleset. "72#/ft, L-80, BTC csg w/FS ~ 2629'. Cmtd w/2832 sx CS III & 400.sx CS , 47#/ft, L-80, BTC csg w/FS ~ 9181'. Cmtd w/lO00 sx Class G cmt. #/ft, L-80, Butt csg fr/8870'-11462'. Cmtd w/1200 sx Class G cmt. #/ft, L-80, Butt csg f/8870' - 2020'. Cmtd w/lO00 sxs "G" cmt. ILLING HISTORY II cmt. 14. Coringresumeandbriefdescription See Attached Core Data BIL/BHCS/GR/SP fr/9151~-2634, FDG/CNL/GR fr/9162~-6090~ DIL/BHGS/GR/SP fr/11467'-9181' Borehole Televiewer fr/11467'-9181' FDC/CNL/NGT/GR/Cal fr/11467'-9181' 6. DST data, perforating data, shows of H2S, miscellaneous data DST #1 f/10,534' - 10,556' + 10,610' - 10,658'. DST #2 f/10,250' - 10,354'. Sqz perfs w/150 sxs "G" cmt. DST #3 f/9882' - 9966'. Sqz perfs w/200 sxs "G" cmt. SEE DRILLING HISTORY · , LSS/GR fr/11467'-9181' LDT/CNL/EPT/GR fr/11467'-9181' DIL/MSFL/GR fr/11467'-9181' FDC/CNL/GR fr/11467'-9181' SHDT/4-arm Caliper/GR fr/11467'-9181' Caliper fr/9150' surf GR/CCL/CBL fr/!!383'-ig600' (ever) 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. .:'.. . S I G N E D :;.-~_________________~,,~._~_.~'-~'~--~-.-~..~?-~.~- .-~'~'-,/¢;/~,/¢~';'~--~FI'T LE DATE N~.O~.E'-C~e~o~t on this form is ceq~ired for each ~¢alendar month, regardless of the status of operations, and must b'~'filedln duplicate with the Alaska O41 and Gas Conservation C~o~ission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 N 0 R T 0 N / M R 3 3 Submit in 'duplicate Rev. 7-1-80 MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS (cont'd) Pi ngut State #1 15. CET f/9780' - 8800'. CET f/9750' - 8780'. GR/CCL f/9400' - 9150'. CET f/10,126 - 8800'. GR f/9927' - 9530'. NORTON/MR33a PINGUT STATE NO. 1 DRILLING HISTORY NU 20" Hydril & Diverter system. Spudded well @ 0600 hours, 05/15/83· Drld 17-1/2" hole to 2641'. Ran DIL/GR/SP fr/2641'-surf. Con't drlg 17-1/2" hole to 2650'· Ran 68 jts 13-3/8", 72#/ft, L-80 BTC csg w/FS @ 2629'. Wash thru bridge @ 2559' & @ 2589'· Land csg. Cmtd 13-3/8" csg w/2832 sx CS III & 400 sx CS II cmt. ND 20" Hydril & Diverter. RU power tongs, could not back out running tool fr/floor or cellar· Cut running tool off hngr, cmt 17' dwn. Perform top cmt job. NU BOPs & tst to 5000 psi. Tst csg to 1500 psi - ok. Drld FC & cmt. Drlg FS & 10' new form. Tstd form to 14.1 ppg. Drld & reamed 12-1/4" hole to 9190' (05/25/83). Ran DIL/BHCS/SP/GR, tool failed. Reran DIL/BHCS/GR/SP fr/9151-2634', FDC/CNL/GR fr/9162-6090'. Ran 221 jts 9-5/8", 47#/ft, L-80 BTC csg w/FS @ 9181'. Cmtd 9-5/8" csg w/lO00 sx Class G cmt. Tstd csg to 3000 psi - ok. Drld FC & cmt. Drld FS & 10' new hole. Perform form leak-off tst to 13.5 ppg EMW, held 12.9 ppg EMW. Drld 8-1/2" hole to 9265' (05/28/83). Cored #1 fr/9265'-9286', recovered 21'. Perform 13-3/8" x 9-5/8" Arctic Pack job w/300 sx CS I & 131 bbls AP. Cored #2 fr/9286'-9297' 9297'-9316' recovered 30' Cored #3 fr/9316' , , · -- 9351' 9351'-9375' recovered 59' Cut Core #4 fr/9375'-9384' 9384' 9415'; recovered 40'. Cut Core #5 fr/9415'-9421', 9421' -9475'; recovered 60'. Cut Core #6 fr/9475'-9505', 9505' -9515'; recovered 40'. Cut Core #7 fr/9515'-9520' 9520' -9530'; 9530' -9553'; recovered 38' Ream 9537' -9554' , · · Cut Core #8 fr/9554'-9560' 9560' -9582'; recovered 28' Ream 9455' -9582' , · · Drl 9582'-9587'. Circ off btm for jnk. TIH w/core bbl #9. Tag bridge @ 9496', stuck @ 9496'-9510'. Work pipe, jars tripped, pulled free. Ream 9496' -9587'. Cut core #9 9587' -9630', 9630' -9647'; recovered 60'. Ream 9538'-9647'. Cut core #10 9647'-9682', 9682'-9707'; recovered 60'. Ream 9604' -9707'. Cut core #11 9707' -9792', 9792' -9796'; recovered 89'. Ream 9663' -9796' Cut core #12 9796' -9824' 9824' -9870' 9870' -9886'- recovered 90'. Ream 9794' -9886'. Cut core #13 9886' -9918', 9918' -9933', recover 47'o Ream 9855' -9933' Cut core #14 9933' -9998' 9998' -10023'; recovered 90' · , · ,.::_ Ream 9945'-10023', tight fr/9998'-10013'. Cut core #15 10023'-10087'. Pip~iCi. stuck @ 10048'. Jar on stuck pipe, jars tripped. Spot acid across BHA while working pipe. Jar on stuck pipe. Ran free pt tool. Sweep hole w/hi-vis sweep & rerun free pt. RIH w/string shot to safety jt, backoff. RIH SLM, screw into TOF @ 9954'. Jar on fish. Spot string shot in safety joint, back off. RIH and wash over fish to top of bit. RIH w/screw-in assy, tag fish @ 9949', screw in, jar fish free. Recovered 64' core #15. Ream 9884'-10087', 9904'-10087'. Cut core #16 10084'-10174', tight spot @ 10035'. Drld 10084'-10174'. Recovered 90' core #16. Ream 10008'-10174'. Cut core #17 10174'-10187'; recovered 13'. Ream 10138'-10187'. Cut core #18 10187'-10196', 10196'-10220'; recovered 33'. Ream 10174'-10220'. Cut core #19 10220'-10253'; recovered 33'. Cut core #20 10253'-10267'; recovered 14'. Ream 10221'-10267'. Cut core #21 10267'-10281', 10281'-10286'; Ream 10186'-10286'. Cut core #22 recovered 19'. 10299'-10326'; 10326 -10386'; 10386 -10438; 10438 -10463'; 10463 -10496'. 10496 -10498'; 10498 -1052'; 10521 -10541'; 10286'-10299', 10579'-10611'; recovered 32'. Ream 10541'-10611'. Cut core #32 10611'-10644'; recovered 33'. Ream 10527'-10644'. Cut core #33 10644'-10684'; recovered 40'. Ream 10559'-10684'. Cut core #34 10684'-10718'; recovered 34'. Ream 10645'-10718'. Cut core #35 Tight hole, ream 10463'-10496'. recovered 35'. Ream 10451'-10498'. Cut core recovered 23'. Ream 10420'-10521'. Cut core recovered 15'. Ream 10419'-10541'. Cut core 10541 -10565'; recovered 25' (2' from core #28). Ream 10465'-10565'. core #30 10565'-10579'; recovered 14'. Ream 10530'-10579'. Cut core #31 Con't cutting core #26 #27 #28 #29 Cut 10718'-10753' 10753'-10754' recovered 36' Ream 10660'-10754' Cut core #36 10754'-10792'; recovered 38'. GIH to 10610', hole tight. Ream 10610'-10730'. Jar & work stuck pipe. Spot acid in annulus and pipe. Work pipe. Spot pipe lax pill and SFT pill. Fish in hole consisted of bit, NB, stab, SDC, stab, SDC. TOF @ 10661'. Jar on fish. Recovered all of fish. Drld 10791'-10986'· Ream 10900'-10968'. Drld 10936'-11467' (07/23/83). Ran DIL/BHCS/GR/SP fr/11467'-9181'; Borehole televiewer 11467'-9181'; FDC/CNL/NGT/GR/Cal fr/11467'-9181'; LSS/GR fr/11467'-9181'; LDT/CNL/EPT/GR fr/11467'-9181'; LDT/CNL/EPT/GR (rerun CNL) 11467'-9181'; DIL/MSFL/GR ,.' · recovered 40'. Ream 10280' -10326'. Cut core #23 recovered 60'. Ream 10343' -10386'. Cut core #24 recovered 49'. Ream 10360'-10438'. Cut core #25 recovered 27' (2' from core #24). Cut core #26 fr/11467'-9181'; FDC/CNL/GR fr/11467'-9181'; SHDT/4-arm Cal/GR fr/11467'-9181'; RFT; Caliper 9150'-surf. Ran 62 jts 7", 29#/ft, L-80 Butt csg fr/8870'-11462'. Cmt 7" w/1200 sx Class G cmt. RIH w/98 jts 3-1/2" DP. Drl and wash to 11383' PBTD. Ran GR/CCL/CBL fr/11383'-8600'. Tst 7" @ 3000 psi for 30 min. ok. Set RTTS, tst ann, tst lines, unseat RTTS. LD RTTS. RIH and set ret @ 8810'. Sqz l nr lap w/250 sx Class G cmt. POOH w/cmt stinger. Drl ret @ 8870'. CO to PBTD. Set RTTS @ 8835'. Test l nr lap. POOH w/RTTS. Dress tieback sleeve. Run 174 jts 7" 29# L-80 csg. Sting into tie-back sleeve @ 8880'. Cmt lnr w/lO00 sxs "G" cmt. CO to top of tie-back lnr @ 2020'. Drl cmt f/8683' - 8702' @ L.C. Drl L.C. + cmt f/8702'- 8782'. Drl FC @ 8783' + cmt f/8783' - 8872'. Drl FC #2 @ 8822' & cmt f/8822' - 8872'. CO to 8897'. Test l nr lap - ok. Run GR + Junk basket to 10,900' - ok. Run gyro f/surf - 11,383'. Perf f/10,692' - 10,694' w/4 SPF. Set Ret @ 10,680'. Sqz perfs w/150 sxs "G" cmt. Perf f/10,518' - 10,520' w/4 SPF. Set Ret @ 10,420'. Sqz w/150 sxs "G" cmt. Drl cmt f/10,388' - 10,420'. Drl Ret @ 10,420'. Drl cmt f/10,420' - 10,528'. CO to 10,686'. Test perfs - ok. Run CBL/GR/CCL. Displace well to NaC1. Perform DST #1. Test f/10534' - 56' & 10610' - 58'. Perform DST #2. Test f/10250' - 354'. Set ret @ 10,160'. Sqz DST #2 perfs w/150 sxs "G" cmt. Perf f/9832' - 34'. Set ret @ 9747'. Sqz perfs w/150 sxs "G" cmt. Drl cmt + ret. Drl cmt f/10,130' - 10,160' & ret @ 10,160'. Log w/CBL. Perf f/9780' - 9782'. Set ret @ 9690'. Sqz w/150 sxs "G" cmt. Drl cmt f/9670' - 9690'. Drl ret CO to PBTD. Set ret @ 9710'. Sqz w/200 sxs "G" cmt. Drl cmt & ret. Run CBL. Set RTTS @ perf intervals & test. Set ret @ 9630'. Sqz perfs f/9780' - 9782' & 9832' - 9834' w/190 sxs "G" cmt. Drl cmt & ret. Test perfs. Run CET/CCL. Bonding @ 9786' - 9760'. Perform DST #3. Test f/9882' - 9966'. Set Ret @ 9770'. Sqz DST #3 perfs w/200 sxs "G" cmt. Perf f/9640' - 9642'. Set ret @ 9553'. Sqz perfs w/150 sxs "G" cmt. Drl cmt & ret. CO to top of ret @ 9770'; PBTD. Log w/CET tool. Set ret @ 9542'. Sqz perfs w/lO0 sxs "G" cmt. Drl cmt & ret CO to PBTD. As of 08/30/83. Log w/CET tool. Bonding f/9602'-9612'. Set CIBP @ 9622', & ret @ 9500'. Sqz w/lO0 sxs "G" cmt. Drl cmt f/9490'-9500'. Drl ret, & cmt f/9500'-9622'. Test ok. Drl ret @ 9622'. CO to PBTD @ 9770'. Did not test. Set ret @ 9438'. Re-sqz w/lO0 sxs "G" cmt. DO ret @ 9438'. Drl cmt f/9439'-9613'. Test. Ok. CO to PBTD, as of 08/31/83. NORTON/DH28 ARCO Alaska, Inc. ARCO Explo'~,~on - Alasks Opera~.ions Post Office Sox 360 Anchorage.. Alasks 99510 '¥elephone ,c:07 2'77 5637 SAMPLE TRANSMITTAL HAND CARRY SHIPPED TO' DATE' September Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, AK 99501 ATTN: Bill Van Alen OPERATOR: ARCO NAME' Pingut State SAMPLE TYPE: Trim Ends/Core Chips NUMBER OF BOXES- 5] SAMPLES SENT' 12, 1983 *SEE ATTACHED* SHIPPED BY' Paleo Lab Tech Assoc. UPON RECEIPT OF THESE SAMPLES, ~PLEASE NOTE ANY DISCREPANCIES AND MAlL A SIGNED COPY OF THIS FORM TO: ARCO ALASKA, INC. P.O. BOX 100360 ANCHORAGE, ALASKA 99510 . ATTN: R. L. BROOKS RECEIVED BY: ARCO ,%Ia¢(~, ~nc. is ~, Subsidi,~ry oi A[t,anticRich~ietdCompa~'W ARCO Pingut State #1 Trim Ends/Core.Chips' 9265 - 9285 9286 - 9308 9309 - 9326 9327 ' 9344 9345 - 9364 9365 - 9375 9376 - 9414 9415 - 9445 9446 - 9474 9475 - 9505 9506 - 9529 9530 - 9554 ~9555 - 9581' 9595 - 9619 9620 - 9649 9650 - 9674 9675 - 9709 9710 - 9744 9745 - 9779 9780 - 9819 9820 - 9839 9840 - 9864' 9865 - 9889 9890 - 9919 2 samples of 9375 Missing: 9582,83,84,85,&8( 2 samples of 9796 9920 - 9949 1 sample marked 99332 995~0-"'~-'~'~ 9975 - 999~ 10,000 - 10,029 10,030 - 10,059 10,060 - 10,094 2 samples of 10,084 & 85 10,095 - 10,124 10,125.- 10,154 2 envelopes of 129,131,13 10,155 - 10,189 & 135; only 1 of 10,190 - 10,219' each had a sample 10,220 - 10,239 Missing: 10,238 10,240 - 10,259 2 samples of 10,253 10,260 - 10,289 10,290 - 10,324 10,325 - 10,359 10,360 - 10,384 10,385 - 10,409 10,410 - 10,444 10,445 - 10,469 10,470 - 10,504 10,505 - 10,549 Missing: 536,37,38,&39 10,550 - 10,589 10,590 - 10,629 - 10,670 - 10,704 "~ [~ . ~..~' 10,705 - 10,739 "~. 10,740 - 10,791 To: .. · . .- . . Atlantic Ritchfield Company Arco Alaska, Inc. · T P~N S .~[[ T TAL B'ill ~-anA!efl- AOGC Data: Aug. 23~ 1983 From: J, Merrit$ - Ext.._Exoloration · . Transmitted herewith ara the following: One Copy. Each ARCO' Pingut St.. #1 7-24-83 Library Tape #68471 Runs 1,2,3 8-11'83 Verification Listing Re .~ipt Acknowledge: urn receipt to: Arco Alaska, Inc. Attn: Lucille Johnston ?.0. Box 100360 Anchorage, AK 99510 . · . Prepared by: Lucille Johnston ATO-1015 X4599 ARCO Alaska, Inc. Extension Exploration TRANSMITTAL To: Bill VanAlen State of Alaska From: Extension/Exploration Da : August 17, 1983 itted herewith are the following' One Copy Each (BL. & Sepias) ARCO: Pi~gut State #1 5-16-83 5-25-83 7-24-8.3 5-25-83 7-24-83 5-24-83 5-26-83 5-24-83 5-26-83 7-25-83 5-25-83 7-26-83 7-26-83 7-24-83 7-24-83 7-26-83 7-25-83 7-25-83 7-26-83 7-28-83 Receipt Acknowledgment: DIL Run 1,2,3 2" 5" BHC S Run 2,3 2" 5" FDC Run 2,3 2" 5" CNFD Run 2, ~ . 2" 5" LDT-EPT-CNL(Porosity) Run 3 , LDT-CNL-EPT(Raw) Run 3 Statigraphic'Dipmeter Run 3 Dual Late~olog-MSFL Mud Log Natural GR Spectro. Run 3 Profile Caliper Run 3 Long Spaced VD/Wave form Run 3 5I! 1! Run 3 2" 5" 2" 5" 5" Long Spaced Sonic Run 3 2" 5" Fracture Identification Run 3 5" ~ ,, ~;. : ~ i ,.~ :~' 'i", gq Cement Evaluation Tool Run~ ~ .~ .i~'~: :;~ ~. '~ .' ~} Return Receipt to: ARCO Alaska, Inc. Extension Exploration P. O. Box 100360 Anchorage, AK 99510 Processed by: Vadjdieh Marxen Attn: V. Marxen ATO 1046 ARCO Alaska, Inc. Extension Exploration TRANSMITTAL To- Bill VanAlen State of Alaska Ext ens ion/Exp 1 orat ion From' Date' August 17, 1983 Transmitted herewith are the following' One Copy Each (BL. & Sepias) ARCO' Pingut State #1 5-26-83 CPL Run 2,3 7-26-83 Cyberdip Run 3 7-27-8,3 RFT Run 3 Receipt Ac~wl edgment' ~.~"~Return Receipt to' ARCO Alaska, Inc. Extension Exploration P. O. Box 100360 Anchorage, AK 99510 Date' Processed by' Vajdieh Mar×eh Attn' V. Marxen ATO 1046 August 17, Mr. S. Hasund Senior Area Engineer ARCO Alaska, Inc. P. O. Box 100360 ~ Anchorage, Alaska 99510 Re: Flare Request Pingut State 15o. 1. Dear ~.~. ttasund~ Please refer to your August 12, 1983 subject letter wherein you outlined your plan for conducting a production test of Pingut State No. 1 upon its completion. Further you requested Commission approval to flare the associated gas produced during this initial test period. As you know, 20 AAC 25.235(b) is permissive in allowing gas to "escape into the air" during the initial testing of a well when' required. However, in view of the anticipated extended time period for conducting the initial test we believe you appropri- ately have brought the subject to the Commission's attention for review. The Commission is cognizant that wells in, reservoirs of ~the Lisburne type may require extended time periods for initial testing to ascertain if a stabilized, sustained production rate can be achieved in order to determine the prudency of full scale reservoir development. Accordingly, the Commission hereby approves your request to flare associated, gas at Pingut State No. 1 for an initial test period not to exceed a total of sixty 24 hour producing days. -'"' ...? // x .... z ~ ~ //' "'" I 4" / '""""'-- / ..... t .'~/' ' {~':';; . ,'~',' ~z .... ' ",,.__~' ' .~"' ",. ~" ".i ;' ?..'?' ' ",?" '" O. V. Chatter'ton Chairman be:l..K cc: D. K. Chancey G. D. Scholl ARCO Alaska., Inc.. Post Office L 00360 Anchora.qe, Alaska 99510 Telephone 907 276 '1215 August 11, 1983 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT' Monthly Report of Drilling & Workover Operations Dear Mr. Chatterton' Enclosed are Monthly Reports of Drilling and Workover Operations for the following' DS 14-25 DS 14-31 DS 3-19 DS 3-20 DD 3-21 :Pi ngut State #1 South Point State #1 Also enclosed is a revised Well Completion or Recompletion Report and Log for DS 1-25. The report previously submitted inadvertently included perforations which had been squeezed under Item #24. Sincerely, /-']/...~ // -- . .. H. A. Major Area Drilling Engineer MAM/CSM41 -tw Enclosures A~'tCO Al~lska, Inc, ~s ,'~ Suh'~idi,~ry o! Aflar~lic~:lichf,r,l(lCon)p;~r,¥ STATE OF ALASKA " Al'ASK .)IL AND GAS CONSERVATION .,MMISSION /q~ MONTHLY REPORT OF DRILLING AND WORKOVER OPER TIO 1. Drilling well)~ Workover operation [] ,~!,,' 2. Name of operator 7. Permit No. '".,,- -" ARCO Alaska, Inc. 83-71 3. Address P. 0. Box 100360, Anchorage, AK 99510 4. Location of Well atsurface 1950' FSL, 2260' FEL, Sec. 24, T11N, 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 54' RKB ADL 28323 R15E, UM . .. 8. APl Number 50- 029-20952 "'"' ' ..~ 9. Unit or Lease Name ~ W i 1 d c a t t~;';I'? 10. Well No. Pi ngut State #1 11. Field and Pool Prudhoe Bay Field Lisburne Pool For the Month of J u l y , 19 83 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spudded well ~ 0600 hrs, 05/15/83. Drld 17-1/2" hole to 2641 '. Ran logs. Fin 17-1/2" hole to 2650'. Ran, cmtd & tstd 13-3/8" csg. Drld 12-1/4" hole to 9190'. logs. Ran, cmtd & tstd 9-5/8" csg. Drld 8-1/2" hole to 9265'. Cut cores. Reamed cored hole to 10,730' & stuck pipe. Recovered. Drld to 11,467'. Ran logs. Ran, cmtd & tstd 7" liner. Squeezed liner lap as of 07/31/83. SEE DRILLING HISTORY 13. Casing or liner run and quantities of cement, results of pressure tests drl g Ran 20", 91.5#/ft, H-40, weld conductor set ~ 80'. Instld w/1925# Poleset. 13-3/8" 72#/ft, L-80, BTC csg w/FS ~ 2629'. Cmtd w/2832 sx CS Ill & 400 sx CS II cmt. 9-5/8", 47#/ft, L-80, BTC csg w/FS ~ 9181'. Cmtd w/lO00 sx Class G cmt. 7", 29#/ft, L-80, Butt csg fr/8870'-11462'. Cmtd w/1200 sx Class G cmt. SEE DRILLING HISTORY 14. Coringresumeandbriefdescription See Attached Core Data LSS/GR fr/11467'-9181' DIL/BHCS/GR/SP fr/9151'-2634' FDC/CNL/GR fr/9162'-6090' DIL/BHCS/GR/SP fr/11467'-9181' Borehole Televiewer fr/11467'-9181' FDC/CNL/NGT/GR/Cal fr/11467'-9181' 6. DST data, perforating data, shows of H2S, miscellaneous data None LDT/CNL/EPT/GR fr/11467'-9181' DIL/MSFL/GR fr/11467'-9181' FDC/CNL/GR fr/11467'-9181' SHDT/4-arm Caliper/GR fr/11467'-9181' Caliper fr/9150' surf G~R-/CCL/CBL fr/!!383'-8609' 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. '~ ......... :':, SIGNED_ TITLE Area Drilling Engineer / DATE NOTE-.Report on this form is required for each calendar month, regardless of the status of operations, and must be flied 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 ' Rev. 7-1-80 CSM/MR24 PINGUT STATE NO. 1 DRILLING HISTORY NU 20" Hydril & Diverter system. Spudded well @ 0600 hours, 05/15/83· Drld 17-1/2" hole to 2641'. Ran DIL/GR/SP fr/2641'-surf. Con't drlg 17-1/2" hole to 2650'· Ran 68 jts 13-3/8", 72#/ft, L-80 BTC csg w/FS @ 2629'. Wash thru bridge @ 2559' & @ 2589'. Land csg. Cmtd 13-3/8" csg w/2832 sx CS III & 400 sx CS II cmt. ND 20" Hydril & Diverter. RU power tongs, could not back out running tool fr/floor or cellar. Cut running tool off hngr, cmt 17' dwn. Perform top cmt job. NU BOPs & tst to 5000 psi. Tst csg to 1500 psi - ok. Drld FC & cmt. Drlg FS & 10' new form· Tstd form to 14.1 ppg. Drld & reamed 12-1/4" hole to 9190' (05/25/83). Ran DIL/BHCS/SP/GR, tool failed. Reran DIL/BHCS/GR/SP fr/9151-2634', FDC/CNL/GR fr/9162-6090'. Ran 221 jts 9-5/8", 47#/ft, L-80 BTC csg w/FS @ 9181'. Cmtd 9-5/8" csg w/lO00 sx Class G cmt. Tstd csg to 3000 psi - ok. Drld FC & cmt. Drld FS & 10' new hole. Perform form leak-off tst to 13.5 ppg EMW, held 12.9 ppg EMW. Drld 8-1/2" hole to 9265' (05/28/83). Cored #1 fr/9265'-9286', recovered 21'. Perform 13-3/8" x 9-5/8" Arctic Pack job w/300 sx CS I & 131 bbls AP. Cored #2 fr/9286'-9297' 9297' -9316' recovered 30' Cored #3 fr/9316' 9351' 9351'-9375' , , recovered 59' Cut Core #4 fr/9375'-9384' 9384' · ~ 9415',' recovered 40'. Cut Core #5 fr/9415'-942I', 9421'-9475I; recovered 60'. Cut Core #6 fr/9475'-9505', 9505'-9515'; recovered 40'. Cut Core #7 fr/9515'-9520' 9520'-9530'; 95301-9553'; recovered 38' Ream 9537'-9554' Cut Core #8 fr/9554'-9560' 9560' -9582'; recovered 28' Ream 9455' -9582' ~ · Drl 9582'-9587'. Circ off btm for jnk. TIH w/core bbl ~9. Tag bridge ~ 9496', stuck ~ 9496'-9510'. Work pipe, jars tripped, pulled free. Ream 9496'-9587'. Cut core ~9 95871-9630' , 9630'-9647'; recovered 60' . Ream =~'~' 9538' -9647' Cut core ~lO 9647'-9682' 9682' -9707'; recovered 60' Ream 9604' -9707'. Cut core ~11 9707' -9792', 9792' -9796'; recovered 89'. Ream '~'~ 9663' -9796' Cut core ~12 9796' -9824' 9824'-9870' 9870'-9886'; recovered~.~ 90'. Ream 9794'-9886' . Cut core ~13 9886'-9918' , 9918'-9933' , recover 47 '~-~:~ =''~,-,= " Ream 9855' -9933' Cut core ~14 9933'-9998' 9998' -10023'; recovered 90' Ream 9945'-10023', tight fr/9998'-10013'. Cut core ~15 100231-10087'. Pipe ,._,.,,~. stuck ~ 10048'. Jar on stuck pipe, jars tripped. Spot acid across BHA ~!~':-]~ while working pipe. Jar on stuck pipe. Ran free pt tool. Sweep hole w/hi-vis sweep & rerun free pt. RIH w/string shot to safety jt, backoff. RIH SLM, screw into TOFO 9954'. Jar on fish. Spot string shot in safety joint, back off. RIH and wash over fish to top of bit. RIH w/screw-in assy, tag fish @ 9949', screw in, jar fish free. Recovered 64' core #15. Ream 9884'-10087', 9904'-10087'. Cut core #16 10084'-10174', tight spot @ 10035'. Drld 10084'-10174'. Recovered 90' core #16. Ream 10008'-10174'. Cut core #17 10174'-10187'; recovered 13'. Ream 10138'-10187'. Cut core #18 10187'-10196', 10196'-10220'; recovered 33'. Ream 10174'-10220'. Cut core #19 10220'-10253'; recovered 33'. Cut core #20 10253'-10267'; recovered 14'. Ream 10221'-10267'. Cut core #21 10267'-10281', 10281'-10286'; recovered 19'. 10299'-10326'; 10326 -10386'; 10386 -10438; 10438 -10463'; 10463 -10496'. 10496 -10498'; 10498 -1052'; 10521 -10541'; Ream recovered recovered recovered recovered 27' 10186'-10286'. Cut core #22 10286'-10299', 40'. Ream 10280' -10326'. Cut core #23 60'. Ream 10343'-10386'. Cut core #24 49'. Ream 10360' -10438'. Cut core #25 ( 2' from core #24). Cut core #26 Tight hole, ream 10463'-10496'. Con't cutting core #26 recovered 35'. Ream 10451'-10498'. Cut core #27 recovered 23'. Ream 10420'-10521'. Cut core #28 recovered 15'. Ream 10419'-10541'. Cut core #29 10541 -10565'; recovered 25' (2' from core #28). Ream 10465'-10565'. Cut core #30 10565'-10579'; recovered 14'. 10579'-10611'; recovered 32'. Ream 10611'-10644'; recovered 33'. Ream 10644'-10684'; recovered 40'. Ream 10684'-10718'; recovered 34'. Ream Ream 10530'-10579'. Cut core #31 10541'-10611'. Cut core #32 10527'-10644'. Cut core #33 10559'-10684'. Cut core #34 10645'-10718'. Cut core #35 10718' -10753', 10753 '-10754', recovered 36'. Ream 10660'-10754'. Cut core #36 10754'-10792'; recovered 38'. GIH to 10610', hole tight. Ream 10610'-10730'. Jar & work stuck pipe. Spot acid in annulus and pipe. Work pipe. Spot pipe lax pill and SFT pill. Fish in hole consisted of bit, NB, stab, SDC, stab, SDC. TOF @ 10661'. Jar on fish. Recovered all of fish. Drld 10791'-10986'. Ream 10900'-10968'. Drld 10936'-11467' (07/23/83). Ran DIL/BHCS/GR/SP fr/11467'-9181'; Borehole televiewer 11467'-9181'; FDC/CNL/NGT/GR/Cal fr/11467'-9181'; LSS/GR fr/11467'-9181'; LDT/CNL/EPT/GR fr/11467'-9181'; LDT/CNL/EPT/GR (rerun CNL) 11467'-9181'; DIL/MSFL/GR , fr/11467'-9181'; FDC/CNL/GR fr/11467'-9181'; SHDT/4-arm Cal/GR fr/11467'-9181'; RFT; Caliper 9150'-surf. Ran 62 jts 7", 29#/ft, L-80 Butt csg fr/8870'-11462'. Cmt 7" w/1200 sx Class G cmt. RIH w/98 jts 3-1/2" DP. Drl and wash to 11383' PBTD. Ran GR/CCL/CBL fr/11383'-8600'. Tst 7" ~ 3000 psi for 30 min. ok. Set RTTS, tst ann, tst lines, unseat RTTS. LD RTTS. RIH and set ret @ 8810'. Sqz lnr lap w/250 sx Class G cmt. POOH w/cmt stinger as of 07/31/83. CSM:DH14 08/04/83 E: 0 F;: E- C: C.~ I';: Ii!: (::: I])F;: r.i: C !:"~ !:;: li-- 1'" r", [:;, E:' (]' ~::~ l.;: ii:' C ,,"'t _. r,. C CJ F.'. E E: 0 F;: E :] ~'"~ F;.' li'] C:: 01:;: E C 0 F: Ii: [:'; 0 F;..' E C [:.1F;..' Iii: ~":: r)F:. E C [.'.,' I-;; ti-'_' E: 0 F..' C (] F: Iii: C;: 0 I:;: E C (] F;: Iii: ""' "'t *"1 ""* ... b t"-. E:. C (3 F;-.' tiE ,11. ~' 'Ir '[ 'Il' .11. ~'..~ 'i1' .~: '7 '11' :,',': 9 '"'~ 2 '"'i '5: ""i 6 '11' :]: i '7 · '"i '::~ '"'J 9 '11' :~: 2 'i .il. ;"1 :~: "'~ .~: 3 ...I..!...,._.~._, ,u !..1'.. .. F:: F:' (": r)',,:,' i::: [-" ,"',.... r",.., 'v' Ii-- F;.'. IF.; ..... 'r:, ':.": 'i.-.--' F;: E; C f:)V E: I:t'. I!"' i) 4 (:;, F;: I:'-_ ;",.., r'l ...... ",,; Ii" R IF 'f'., (':":, ;:,... F;: I_:..'. '2 0 ",," E F;: Iir_ I;, 4 ,'"._:, F;.: Ii"' '2. (] V E F;: t:;: iii: C: C)V E F;-'. Iii: :[) ::2 ',.'1~ F;.'. IE C (3 V Ii-' F;.'. Iii: :0 ,.'f:, ,:'} F;.'. E' r'; 0 V r_.!: F;.: Ii:' I;, ,6 (-) F;.'. Ii-" E: (3 ;:." li.] F;.: I.:] ;0 ';: ? t:;: E" C: C)V E F;:. E: :[) ':..;' ,',i:, F;.'. Ii-] C C)V Ii-- t:;: Ii!: :() 4 '7 F;.'. I.'i: C (:) :,/E: F: Iii: I) '";;' ,:'i:, I:;: E: E: (3 'v' 1!-- F;..' E: :0 6 4 1:;'. l.'i: E: 0 ",/E 1:;.'. Iii: D "? ,'.'i': I:;~ 1!"' C (:) ",/Ii-' F;.'. ii-" :0 i..,'"':" F;: Ii!: C.'. C)",/ F;.'. Ii"' C (] V F;: ti'- C: C) V f.-] F.'. Ii'-' I) -t 4 I:;: Ii-" r; C) V Ii"' F;.'. t:;: E C: C) ;:" E R l!i:'[) 4 (i:, F;.'. Ii-" C C) V I!: F;..' ARCO Alaska, Inc Post Office ._,ox 100360 Anchorage. Alaska 99510 Telephone 907 276 1215 August 12, 1983 Mr. C. V. Chatterton State oF Alaska Alaska Oil and Gas Conservation Commission .3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Flare Request - Pingut State No. 1 Dear Mr. Chatterton: ARCO Alaska, Inc. requests a permit to Flare hydrocarbon gas during an extended production test oF the Lisburne reservoir in well Pingut State No. 1. The well.was spudded in mid-May oF 1983 with the planned testing to begin during October oF 1983. The well is located 2.2 miles northeast oF the Prudhoe Bay Unit, Drill Site No. 4. The test will provide data needed to evaluate the development potential oF the Lisburne reservoir. The test is expected to take about two months. The purpose oF the test is to confirm the well performance which was seen in the long-term production test oF the Lisburne reservoir at Nest Bay State No. 1. Sustainable oil rates and GOR performance are oF particular concern. The average oil rate over the two-month test period is expected to be 2000 BOPD. The average GOR is not expected to exceed 2000 SCF/Bbl For the two-month test. Total production From the test is expected to be 120,000 STB oF oil and 240,000 HSCF oF gas. This is based on the well performance which was seen in the Nest Bay State No. 1 test. Due to the relatively short length oF the test, and considering the extensive testing planned For other 1983 Lisburne wells, installation oF a 2.6 mile Flowline to handle the test production is not economically Feasible. In addition, Drill Site No. 4 does not have any available well slots to which a Flowline could be connected. Also, From an environmental standpoint, we cannot .justiFy the summer-time, oFF-road travel which would be required to install such a line. Current plans are to truck the oil and Flare the gas, as was done during the Nest Bay test. ARCO Alaska, Inc. is a Subsidiary of AtlanticRichtieldCompany Mr. C. V.~Chatterton August 12, 1983 P age 2 The extensive testing performed at West Bay StaLe No. 1 in 1982 was the First "long-term" production testing done in the Lisburne reservoir. Although encouraging well performance was seen during the test, many questions remain unanswered. A major concern at this time is the areal continuity and homogeneity of the produetive intervals tested at West Bay State No. 1. Additional Lisburne wells and tests are needed to confirm the West Bay Test results and determine the viability of Full-Field Lisburne development. It is hoped that Pingut State No. 1, in conjunetion with other 1983 Lisburne wells, will provide the data necessary to make this evaluation in a timely Fashion. IF you have any questions of comments, please call me at 263-4901. Very truly yours, Senior Area Engineer SH:GDS:pg cc: D. K. Chantey G. D. Scholl LB 1.1-2 1.3-3 1.9-2 1.12-1 1.22-1 6.3-1 ARCO Alaska, Inc. Post Office E. .,J0360 Anchorage. Alaska 99510 Telephon'e 907 276 1215 July 13, 1983 Mr. C. V. Chatterton Commi ssi oner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT- ~qonthly 'Report of Drilling & Workover Operations Dear Mr.. Chatterton- Enclosed are Monthly Reports of Drilling and Workover Operations for the following- DS 14-23 Pi ngut State #1 DS 14-24 South Point State #1 DS 13-27 DS 3-19 , and Well Completion or .. Recompl eti on Reports and Logs for' . DS 7-24 DS 13-28 Also enclosed are rev,ised Well Completion or Recompletion Reports and'Logs for: DS 1-25 DS 13-29 DS 7-25 Sincerely, M. A. Major Area Drilling Engineer MAM/CSM34' sm Enclosures ARCO Ala,;ka. Inc. is a Subsidiary ol AIl,,nlicF~ichfi,,I,!Company · '. ? STATE OF ALASKA ALASK/i IL AND GAS CONSERVATION C: AMISSION (~ MONTHLY REPORT OF DRILLING AND WORKOVER OI ERATION$ · Drilling well~ Workover operation [] 2. Name of operator 7. Permit No. ARCO Alaska, Inc. 83-71 3. Address 8. APl Number P. O. Box 100360, Anchorage, AK 99510 50- 029-20952 4. Location of Well 9. Unit or Lease Name atsurface 1950' FSL, 2260' FEL, Sec. 24, TllN, R15E, UM Wildcat 5. Elevation in feet (indicate KB, DF, etc.) 54' RKB 6. Lease Designation and Serial No. ADL 28323 10. Well No. Pi ngut State #1 11. Field and Pool Prudhoe Bay Fi eld Lisburne Pool For the Month of J u n e , 19 83 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spudded well ~ 0600 hrs, 05/15/83. Drld 17-1/2" hole to 2641'. Ran logs. Fin 17-1/2" hole to 2650'. Ran, cmtd & tstd 13-3/8" csg. Drld 12-1/4" hole to 9190'. logs. Ran, cmtd & tstd 9-5/8" csg. Drld 8-1/2" hole to 9265'. Cutting core #24 as of 06/30/83. SEE DRILLING HISTORY drlg Ran 13. Casing or liner run and quantities of cement, results of pressure tests 20", 91.5#/ft, H-40, weld conductor set ~ 80'. Instld w/1925# Poleset. 13-3/8" 72#/ft, L-80, BTC csg w/FS ~ 2629'. Cmtd w/2832 sx CS III & 400 sx CS 9-5/8", 47#/ft, L-80, BTC csg w/FS @ 9181'. Cmtd w/lO00 sx Class G cmt. II cmt. SEE DRILLING HISTORY 14. Coringresumeandbriefdescription See Attached Core Data 15. Logs run and depth where run DIL/GR/SP fr/2641'-surf. DIL/BHCS/GR/SP fr/9151'-2634' FDC/CNL/GR fr/9162'-6090' Ii~oI~SeT data, perforating data, shows of H2S, miscellaneous data 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. ~~ Area Drilling Engineer SIGNED TITLE 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 Rev. 7-1-80 CSM/MR17 P INGUT STATE NO. 1 DRILLING HISTORY NU 20" Hydril & Diverter system. Spudded well @ 0600 hours, 05/15/83. Drld 17-1/2" hole to 2641'. Ran DIL/GR/SP fr/2641'-surf. Con't drlg 17-1/2" hole to 2650'. Ran 68 jts 13-3/8", 72#/ft, L-80 BTC csg w/FS @ 2629'. Wash thru bridge @ 2559' & @ 2589'. Land csg. Cmtd 13-3/8" csg w/2832 sx CS III & 400 sx CS II cmt. ND 20" Hydril & Diverter. RU power tongs, could not back out running tool fr/floor or cellar. Cut running tool off hngr, cmt 17' dwn. Perform top cmt job. NU BOPs & tst to 5000 psi. Tst csg to 1500 psi - ok. Drld FC & cmt. Drlg FS & 10' new form· Tstd form to 14.1 ppg. Drld & reamed 12-1/4" hole to 9190' (05/25/83). Ran DIL/BHCS/SP/GR, tool failed. Reran DIL/BHCS/GR/SP fr/9151-2634', FDC/CNL/GR fr/9162-6090'. Ran 221 jts 9-5/8", 47#/ft, L-80 BTC csg w/FS @ 9181'. Cmtd 9-5/8" csg w/lO00 sx Class G cmt. Tstd csg to 3000 psi - ok. Drld FC & cmt. Drld FS & 10' new hole. Perform form leak-off tst to 13.5 ppg EMW, held 12.9 ppg EMW. Drld 8-1/2" hole to 9265' (05/28/83). Cored #1 fr/9265'-9286', recovered 21'. Perform 13-3/8" x 9-5/8" Arctic Pack job w/300 sx CS I & 131 bbls AP. Cored #2 fr/9286'-9297' 9297'-9316' recovered 30' Cored #3 fr/9316' ' , · -- 9351' 9351'-9375' , , recovered 59' Cut Core #4 fr/9375'-9384' 9384' 9415'; recovered 40'. Cut Core #5 fr/9415'-9421', 9421'-9475'; recovered 60'. Cut Core #6 fr/9475'-9505', 9505' -9515'; recovered 40'. Cut Core #7 fr/9515'-9520', 9520' -9530'; 9530' -9553'; recovered 38'. Ream 9537' -9554'. Cut Core #8 fr/9554'-9560' 9560' -9582'; recovered 28' Ream 9455' -9582' Drl 9582'-9587'. Circ off btm for jnk. TIH w/core bbl #9 Tag bridge..~@ 9496', stuck @ 9496'-9510'. Work pipe, jars tripped, pulled free. Ream..'. 9496' -9587'. Cut core #9 9587' -9630', 9630'-9647'; recovered 60'. Ream 9538' -9647'. Cut core #10 9647'-9682', 9682' -9707'; recovered 60'. Ream , 9604'-9707' Cut core #11 9707'-9792' 9792'-9796'; recovered 89' Rea~'~: · , · 9663'-9796'. Cut core #12 9796' -9824' , 9824' -9870' , 9870' -9886'; recovered..'...:. 90' Ream 9794' -9886' Cut core #13 9886' -9918' 9918' -9933' · · , , recover 47' Ream 9855 '-9933' Cut core #14 9933' -9998' 9998' -10023'; recovered 90' ' , · Ream 9945'-10023', tight fr/9998'-10013'. Cut core #15 10023'-10087'. Pipe stuck @ 10048'. Jar on stuck pipe, jars tripped. Spot acid across BHA while working pipe. Jar on stuck pipe. Ran free pt tool. Sweep hole w/hi-vis sweep & rerun free pt. RIH w/string shot to safety jt, back.ff. RIH SLM, screw into TOF @ 9954'. Jar on fish. Spot string shot in safety joint, back off. RIH and wash over fish to top of bit. RIH w/screw-in assy, tag fish @ 9949', screw in, jar fish free. Recovered 64' core #15. Ream 9884'-10087', 9904'-10087'. Cut core #16 10084'-10174', tight spot @ 10035'. Drld 10084'-10174'. Recovered 90' core #16. Ream 10008'-10174'. Cut core #17 10174'-10187'; recovered 13'. Ream 10138'-10187'. Cut core #18 10187'-10196', 10196'-10220'; recovered 33'. Ream 10174'-10220'. Cut core #19 10220'-10253'; recovered 33'. Cut core #20 10253'-10267'; recovered 14'. Ream 10221'-10267'. Cut core #21 10267'-10281', 10281'-10286'; recovered 19'. Ream 10186'-10286'. Cut core #22 10286'-10299', 10299'-10326'; recovered 40'. Ream 10280'-10326'. Cut core #23 10326'-10386'; recovered 60'. Ream 10343'-10386'. Cutting core #24 as of 06/30/83. CSM: DH14 07/07/83 E: 0 !:;..' E l::) C)F;: iii: C': 0 F;.: Iii; ,......,"' r"~ F;.: Iii; (::: 0 F;; Iii: C C)F;.: Iii; iii:.' 0 !R iii: ill; (1} F;.: iii; C: 0 F;.: E C {1:', F;; E ill; (1)F;.: ,r.'i: {:; 0 F;.: E E: 0 F;.: tE (:; C)F;.: E C 0 F;.'. E C C)F;..' E .IL · ~r ..;.', .11. i.':' .IL -ip ,...~ :II: '7 · 11· .11. ¢": '11' ".7 '"' 'i f'-'; '"'i i -,~.-"-i 2 -..i4 ,It, 1:7 '~r ~ ...:' 'il' ;J .11. "'1 · "'i !ii: 'tt' · ,. i ? .m ""3 ,"."~ · 11' ...'.. '-.: .11..'"~ '~r .-.':. :i .lt. :"l -'"~ · ir .¢;. ¢:.; -::- ..;:. :';, F;; E E: (Z)",:; ['iZ F;.'. E ;(.':' 4,3 ' F;.: Iii: ;" r'~ E ~:;' r:"i", :':':,'3 ' ~....... ~? ~ : ~ ..... ~::' :: ..... ""; Iii:.',':) -, ............. V E F;..' 4 ({:'- F;.: E C C);,.," iii: F:':. EZ )) ;5 S: F;; iii: (::: (:) V Iii; F;.:' Iii: ;() 2 (ii ' :" ~::' ;'" ;'";" F.: ......... :.:,., E Iii: S':") ' F;.: I!:.:' C C)'9 l:i: F;.: iii; ;() S O ' F;; Iii: C (:)",/!ii; F;: Iii: :() :;"'"? F;,' iii] C 3 V iii; F;.'. E 10 ':;;":i{:' ' F;.: E (:; (:] V E F;.: E: ):) 4'7 ' F;.: F:' (:: (:) ",,; iii' F;.: iii: :C." 'i:;' (-) ' F" ::'"" ;';;" f::' F.: E 'r':: ,:!:, 4- ' ~'....k.."t..~ e 1 ...... I:;; E (:; (:) V E F;.: J:!: :(';, '"."..:' ¢ ' F;.: E (:; C) V E F;.'.:::'"' .... 'r':, i 5 ' F;.: E C (:)",,; E: F;.: E: ~) ;::; ;?:; ' F;,' l!:: E: C) V E J:;; E :0 :.i".: :.::; ' F;; l::: C (:'~ ..... ',.! F:' ,i:;', Iii: :0 ,i....,.-.', ' F;.: E: (:; (:) V ii:: J:;.: E :C., i ? ' F;: F:' r': r't',,,,' F:' t:;: F:' :() a ,.:'-,, .................. - .: i"~ ..... ; ;'; 1['". ..... ,".. J:: .... ,...~ ,:. ,::. J:;..' iii: 'l":, ,.':'-,,":'~ ' ARCO Alaska, Inc. Post Office Box ,00360 Anchorage, Alaska 99510 Telephone 907 276 1215 June 13, 1983 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commi.ssion 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT' Monthly Report of Drilling & Workover Operations Dear Mr. Chatterton' Enclosed are Monthly Reports of Drilling and Workover Operations for the following' DS 7-24 DS 14-23 DS 13-28 DS 13-29 DS 13-27 South Point State #1 Pingut State #1 Sincerely, M. A. Major Area Drilling Engineer MAM/CSM' tw CSM/31 Enclosures P.S. Also enclosed are Well Completion or Recompletion Report and Log for the following wells- DS 1-25, DS 13-29, and DS 7-25. RECEIVED ARCO Alaska. Inc is .~: STATE OF ALASKA ~ ~ '" ALASKA, _AND GAS CONSERVATION CC, VllSSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATION_ ' 1. Drilling well,~ Workover operation [] 2. Name of operator 7. Permit No. ARCO Alaska, Inc. 83-71 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510 50- 029-20952 4. Location of Well 9. Unit or Lease Name atsurface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E, UM Wildcat 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 54' RKB ADL 28323 10. Well No. Pi ngut State #1 11. Field and Pool Prudhoe Bay Field Lisburne Pool For the Month of May , 19 83 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spudded well ~ 0600 hrs, 05/15/83. Drld 17-1/2" hole to 2641' Ran logs. Fin drlg 17-1/2" hole to 2650'. Ran, cmtd & tstd 13-3/8" csg. Drld 12-1/4" hole to 9190'. Ran logs. Ran, cmtd & tstd 9-5/8" csg. Drld 8-1/2" hole to 9265'. Coring as of 05/31/83. SEE DRILLING HISTORY 13. Casing or liner run and quantities of cement, results of pressure tests 20" 91 5#/ft, H-40, weld conductor set @ 80' Instld w/1925# Poleset 13-3/8" 72#/ft, L-80, BTC csg w/FS ~ 2629'. Cmtd w/2832 sx CS Ill & 400 sx CS 9-5/8", 47#/ft, L-80, BTC csg w/FS @ 9181'. Cmtd w/lO00 sx Class G cmt. II cmt. SEE DRILLING HISTORY 14. Coring resume and brief description Core 1 fr/9265'-9286'; recovered 21' Core 2 fr/9286'-9316'; recovered 30' Core 3 fr/9316w-9375'; recovered 59' 15. Logs run and depth where run DIL/GR/SP fr/2641'-surf. DIL/BHCS/GR/SP fr/9151'-2634' FDC/CNL/GR fr/9162'-6090' ll~bDnSeT data, perforating data, shows of H2S, miscellaneous data 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. RECEIVED ........ .~ ~ ~'. ,.,.. ~ ~ .... -,,, ,./,/ .,-'~..~ ........ Area Drilling Engineer SIGNED.. ~//'/~"~ ~ '~?'~/' '~ ' ~"~//~ TITLE 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 Rev. 7-1-80 CSM/MR1 2 ,v PII'tGUT STATE NO. 1 DRILLING HISTORY NU 20" Hydril & Diverter system. Spudded well 0 0600 hours, 05/15/83. Drld 17-1/2" hole to 2641'. Ran DIL/GR/SP fr/2641'-surf. Con't drlg 17-1/2" hole to 2650'. Ran 68 jts 13-3/8", 72#/ft, L-80 BTC csg w/FS @ 2629'. Wash thru bridge ~ 2559' & @ 2589'. Land csg. Cmtd 13-3/8" csg w/2832 sx CS III & 400 sx CS II cmt. ND 20I' Hydril & Diverter. RU power tongs, could not back out running tool fr/floor or cellar. Cut running tool off hngr, cmt 17' dwn. Perform top cmt job. NU BOPs & tst to 5000 psi. Tst csg to 1500 psi - ok. Drld FC & cmt. Drlg FS & 10' new form. Tstd form to 14.1 ppg. Drld & reamed 12-1/4" hole to 9190' (05/25/83). Ran DIL/BHCS/SP/GR, tool failed. Reran DIL/BHCS/GR/SP fr/9151-2634', FDC/CNL/GR fr/9162-6090'. Ran 221 jts 9-5/8", 47#/ft, L-80 BTC csg w/FS @ 9181'. Cmtd 9-5/8" csg w/lO00 sx Class G cmt. Tstd csg to 3000 psi - ok. Drld FC & cmt. Drld FS & lO' new hole. Perform form leak-off tst to 13.5 ppg EMW, held 12.9 ppg EMW. Drld 8-1/2" hole to 9265' (05/28/83). Cored #1 fr/9265'-9286', recovered 21'. Perform 13-3/8" x 9-5/8" Arctic Pack job w/300 sx CS I & 131 bbls AP. Cored #2 fr/9286 ' -92971 , 9297' -9316', recovered 30'. Cored #3 fr/9316'-9351', 9351'-9375', recovered 59'. TIH for core #4 as of 05/31/83. CSM' DH 14 MEMORANDUM TO: State of Alaska ALASKA~?IL AND GAS CONSERVATION COMbIISSION C. erton DATE: Cb a THRU: Lonnie Co Smith Commissioner FROM: .... ;''. 2'k Bobby Foster!~' Petroleum Inspector FILE NO: TELEPHONE NO: May 19, 1983 SUBJECT: W:itness BOPE Test Om ARCO's Pingut State #1 Sec. 24, TilN, R15E Permit #83-71 _W~ednesday, May 18, 1983: The BOPE test began at 8:00 aom. and I was releived by Harold Hawkins at 11:00 a.m., who completed the test. Mr. Hawkins informed me that be concluded the test at 10:00 p.m. As the Attached BOPE test report shows, there were two fail, ures. The upper pipe ram gate leaked. This was changed out and tested. The other failure was the lower Kelly valve which will be changed out and the AOGCC office notified. In summary, Mr. Hawkins and I witnessed the BOPE test on ARCO's Pingut State Attachment.: I spoke with John Nydigger, ARCO Drilling foreman, and he informed me 'that the lower Kelly valve had been repaired and tested. 02-O01A(Rev. 10/79) ARCO Alaska, Inc. Post C{';:ice Ancho~'ege,, Nay 13, 1983 Hrs. Elaine Johnson State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT' Conductor As-Built Location Plat - Pingut No. I Dear Elaine: Enclosed is an as-built location plat for the subject well. Since this information is of a confidential nature, we would appreciate it if you could store it in a secure area. If you have any questions, please call me at 263-4944. Sincerely, J. Gruber Associate Engineer GRU3/L6:tw Enclosure ARCO Alaska, Inc. is a St~bsidiary of At~anticRichfie~dCompany [ CONDUCTOR.' ~ PINGUT NO. I PAD -~% 2260' ALASKA STATE PLANE COORDS~, ZONE 4. X= 720~IZ'll8: LAT. = 70~[7~28~D72" LDNG.= 148~12~41.03~'' N.W. COR. CELLAR BOX ELEV. = 17.6 ABOVE MEAN SEA LEVEL. 24. 19 25:50 PROTRACTE~ SEC. T 11 N, R 15 E, U.M~.K'. ~ *-/' · ..., ____'"""-"~"" A '"':' .I HEREBY CERTIFY THAT [ AM '"' "'.'"" ~ ·.-.__......-.,,._. ~,..,~~ .--.-~:-~._~ .'.'~.~_-~ ..~s~,,.,~,,,,,,.,~ ,..,, T,.-.,~ ~.-,-~ o.,: ~"'~ASKA AND THAT THIS PLAT ', L_ ~ --. 2... '.,, '"~ ¢.. - --" REPRESENTS AN AS-BUILT SURVEY ,.~, .~.... ,,,,,..', 3' MAD~ BY ME, AND '"'HAT ALL ~'~[~*:*-.:1 ....... ,. DIME,NSICNS AND OTHER DE'tAI.LS ~,~-*.,':'~'' . ~' ARE CORRECT AS ' P~GUT' NO., I AS-~UILT SURVEY I JILl[ I I III E ' I ._ ~. ..... -~ 2~ ...... ~_ :- NORTH AMERICAN PRODUCING. DIVISION ~ 5-12-~ l- ALASKA DISTRICT - PRUDHOE BAY t SWAN l. lr aaz'~ A or Area Drilling Engineer ARCO Alaska, inc. P. O. Box 360 Anchor.aide, Alaska 99510 Pingut State i~o. 1 AI~CO Alaska, Inc. P'er~:nit I.~o. ~3-7i Sur. Loc. 1950'FSL, 2260'FEL, Sec. 24, Ti!!?~, Ri5?, Btn~ho!e Loc. 1320'FSL, 1320'F~iqL, Sec. 24, TllN, Ri5E, Dear ~.!'~;r. NaJ or: ,~.,F .... ~ · ~osed,,. , is tb, e approved, a~' ~v= referen ed If cor'ing is conducted, a orte cubic incl'~ chip frori~:, each' foot of recovered core is required. Sa~:'.~ples of' well cuttings a:~.d a ?'::~u.<~ ~ q'u i r e d loc,.'~ a~'e required A continuous. ~.~ire~''''" '~ ~,,t.,rv(;.~.T i.s re . as per 20 AAC 25.050(b)(5), If available, a tape containing the di~;~itized to~..infor~aticn shall be submitted on all logs for copying except ex'peri'~::~ental lo~,]s, velocity surveys arid di ........ ' .... :~.'ia~:y riwzr$ in Al. as~;,a a~i~d t.aelr <J. lainage svste'~7~s have c],assified as in~portant for the spa~:,min, g or ~;~igration. of anadro~'~ous fish. Operation, s in th. ese areas are subject to AS 16.05.870 and the regulations pzo~ulgatad thereunder (Title 5, Alaska Adr~inistr'ative Code). Prior to operations you n~.ay be contacted by the Habitat Coordir~ator'"'s Pollution of any waters of the State is prohibited by .AS C'ha?ter 3, A'~ticl~ 7 and the re.~[fu!ations pro~>~ul~sated th~reu.r~der (Title 18, Alaska Adu~ipistrative Code, Chapter 70) and by the Federal llater Pollution Control Act, as a~endcd. Prior to ., ~:.::, o~.erat~.ons, you. ~'~av,, 'be contacted l>y, a r¢,~3~¢,e¢:,'r,'t'~ of the n ............ ~,. - - ~. , To aid us i.n scheduling field work, 24. hours prior to Pingut State Ho. I .prevention equipment so that a representative of the Con,_:,l~sion~' may be present to witness testing o= the equipr~ent before ~. t~.~e surface casing shoe is drille~. !,]::ere a ~iverter svste~ is required, please also notify this office 24 hours orior to commencing equipment installation so that the Cop,..mission witness testing before drilling below the shoe of the cone..,u~.tor pipe. In t~.:e event o.f susr.~ension or a_ an ~on:.ne~., t ,'h d ~ ' ' please ~ive this office adequate advance notification so that '~e nay have a witness present. Very truly yours, ,' z/ I ,'?':"' " " y' , :t /?",, .,/ ! ' ~ ~ .~ ,. ~' ,' 7: ~' """ C. V. (,tat'te'rton Chairman of Alaska Oil and Enc lo sure cc: Depart'ment of Fish & Game, Flabitat Section w/o encl. Departntent of Environ.~.ental Conservation w/o encl. be la. Type of work. STATE OF ALASKA ALASKA ..,IL AND GAS CONSERVATION CU,/IMISSION PERMIT TO DRILL 20 AAC 25.005 DRILL [X]X lb. Type of well EXPLORATORY [~(X SERVICE [] REDRiLL [] DEEPEN [] DEVELOPMENT OIL L-~ DEVELOPMENT GAS [] STRATIGRAPHIC SINGLE ZONE [] MULTIPLE ZONE 2. Name of operator ARCO Alaska, Inc. ' '3.--Add re¢~ P. 0. Box 360, Anchorage, Alaska 99510 4. Location of well at surface 1950' FSL, 2260' FEL, Sec. 24, T11N, R15E, UM At top of proposed producing interval 1320' FSL, 1320' FWL, Sec. 24, T11N, R15E, UM At total depth 1320' FSL, 1320' FWL, Sec. 24, T11N, R15E, UN 5. ~i-e~/~-i'i~)-~-n feet (indicate KBI DF e-tcl) ....... [ ....61-Lease designation and serial no. Pad 20', RKB 54' 1 ADL 28323 12. Bond information (see 20 AAC 25.025) F-~-~-e-Fal Insurance Company Type Statewide Surety and/or number #8088-26-27 13. Distance and direction from nearest town 14. Distance to nearest property or lease line 9 mi NE Deadhorse miles 1320 feet 16. PropoSed d~ i~-5-& TV'[~i ~"~'. Number of acres in lease 11484' MD, 11154' TVD feet 2560 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT 2700 feet. MAXIMUM HOLE ANGLE 22'5°/ (see 20 AAC 25.035 (c) (2) 9. Unit or lease name Wi 1 dcat 10. Well number rl(D~ Pi ngut State No. 1 11. Field and pool Prudhoe Bay Field Lisburne Pool Amount $500,000 15. Distance to nearest drilling or connpleted 4-8 well 6306 feet 18. Approximate spud date 05/15/83 4528 psig@__80° Surface _52_1.0 . psig@ 11154 ft. TD (TVD) 21 Proposed Casing, Liner and Cementing Program SIZE CASING AND LINER SETTING DEPTH QUANTITY OF CEMENT --~ooi; .... ]--"~'~Si~-~ .......... ~V~-[g-t~-t- .... l----G~a-de "'[-~'~-pl~-n~'~-I~'ng--~-~---~M~O- ......... T-(~ ..... ~--' MD BOTTOM TVD (include stage data) ~" j ~-'~-~---~-~.5~ H-40 J Welded I--~- ~T [-~9' 109' 109' 2000~ Poleset ~7-~/2"l 13-3/8" 72.0¢ - L-80 [BTC [2571' 29' 29' 2600'I 2600' I ] .... 300 sx PFC 2nd Stage ~-~t Wi ~'~-~ '~~~0' 8834' I~T '" 11484'11154' 500 sx Class "G" 22. Describe proposed program: ARCO Alaska, Inc., proposes to directionally drill an exploratory well to a depth of 11,484' MD. The primary objective will be the Lisburne formation. Logs will be run across selected interva]s. A 20" diverter Will be installed on the 20" conductor while drilling the surface hole. A 13-5/8" 5000 psi RSRRA BOP stack will be installed on the surface casing and will be tested upon installation and weekly thereafter to 5000 psi (3500 psi for the annular). The Lisburne will be cored. The Lisburne will be tested. The well will then be completed with 3-1/2", 9.2¢, N-80, buttress tubing. Pingut State ¢1 will be 6306' away from DS 4-8 at the surface. There are no closer wellbores anywhere downhole. ., :;. ~'. ';,, ,,,, 2300 sx Fondu& 400 sx PFC 500 sx Class G 1st Stage 23. I hereby certify that the foregoing is true and correct to the best of my knowledge SIGNED TITLE Area Dri l ling Engineer /~"'~:]"':'"L~":~?~ATE The space below for Commission use CONDITIONS OF APPROVAL Samples required Mud log required ~'Y ES [~]NO [~,YES E~NO Permit number Approval date Form 10-401 GRU1/PD12 / / Rev. 7-1-80 Directional Survey required APl number [~¢-Y E S []NO 50_ O '~ ~¢, 't,-~ ~'-"L., SEE COVER LETTER FOR OTHER REQUIREMENTS ,COMMISSIONER DATE May 3, 1983 by order of the Commission Submit in triplicate I' i ANNULAR PREVENTER BLIND RAMS PIPE RAMS ING SPOOL PIPE RAMS 13-5/8" BOP STACK DIAGRAM Accumulai:or Capacity Test 1. Check and fill accumulator reservoir to proper level with hydraulic fluid. 2. Assure that accumulator pressure is 3000 psi with 1500 psi downstream of the regulator. 3. Observe time, then close all units simultane- ously and record the time and pressure remaining after all units are closed with charging pump off. 4. Record on IADC report. (The acceptable lower limit is 45 seconds closing time and 1200 psi remaining pressure. 13-5/8" BOP Stack Test 1. Fill BOP stack and manifold with a non-freezing liquid. 2. Check that all hold down screws are fully retracted. Mark running joint with predeter- mined plug seating depth. Run test plug on drill pipe and seat in wellhead. Run in lock down screws. 3. Close annular preventer and chokes and bypass valves on manifold. 4. In each of the following tests, first hold a,250 psi low pressure test for a minimum of 3~ minutes, then test at the high pressure. 5. Increase presure to~O0 p~. and hold for a minimum of 3 minutes.'---B-~ed-/pressure to zero. 6. Open annular preventer and close top set of pipe rams. Increase pressure to 5000 psi and hold for at least 3 minutes. Bleed pres- sure to zero. 7. Close valves directly upstream of c~ open chokes. Increase pressure & hold for at least 3 minutes. Bleed pre~u're" to zero. 8. Open top set of pipe rams then close bottom set of pipe rams. Increase pressure to 5000 psi below the bottom set of pipe rams and hold for at least 3 minutes. 9. Test remaining untested manifold valves (if any) with 5000 psi upstream of valve and zero pressure downstream. 10. Bleed pressure to zero.· Open bottom set of pipe rams. 11. Back off running joint and pull out of hole. Close blind rams and test to 5000 psi for at least 3 minutes. 12. Bleed pressure off all equipment. Open blind rams. Make sure manifold and lines are full of non-freezing liquid and all valves are set in drilling position. 13. Test standpipe valves to 5000 psi. 14. Test Kelly cocks and inside BOP to 5000 psi with Koomey pump. 15. Check operation of Degasser. 16. Record test information on blowout preventer test form. Sign and send to Drilling Super- visor. 17. Perform complete BOPE test once a week and functionally operate BOPE daily. Rev .... 5/13/81 SURFACE HOLE D IVERTER ARCO ALASKA SYSTEM INC'o SCHEMATZC IO" HYDo OPRo BALL VALVE WELL BORE (SEE DETAIL) ./" /~'-~---IO" HYD. OPRo BALL VALVE //,," I ALL 90° TURNS ARE "TEE" ~ I CUSHIO~ t~LL RESERVE PIT . AREA NOTE · FLOWL INE F DR ILL lNG RISER L 20" 2000 PSI WP ANNULAR PREVENTOR I J 'Valves on diverter ~/ lines open automati- cally when the annular preventer is closed. 20" CONDUCTOR PIPE "DETAIL" 2o26olo2o3 ARCO Alaska, Inc. F ,:.-.,.si: ,.'.' '! !i _--.s Ant'.;" C.L'~::'~" ?. .... '~"e'r S'!,..':"i'~,':':.~" ~,- i. January 24, 1983 Mr. C. V. Chatterton Commi s s i one r State of Alaska Alaska Oil & Gas Conservation Commi ssion 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT' Pingut State No. l, Permit to Drill Dear Mr. Chatterton- Enclosed is our application for Permit to Drill Pingut~State No 1 and the required $100 filing fee. Attachments to the application include a plat detailing the section and plan views of the proposed wellbore; a sketch and description of the BOP equipment; and a sketch and description of the surface hole diverter system. Sincerely, M. A. Major Area Drilling Engineer MAM/JG1L33-sm Enclosures : R:C '3 ,:Lia::ka, !nc. is a s,,_,bsidiar?,' oi AtlanticRichfieldCompan¥ STATE O[" AhASI<A ALASKA Oil '. CAS ~DNSERVATION CG~4ISSION B.C .E. Inspection Report Location: Sec ~~ Drilling Contractor Location, General Well Sign Ceneral Housekeeping Reserve pit BOPE Stack ~' '~;'] "" Test Pressure ,','," /13:,, Annular Preventer:., . Choke Line Valves ~- ',! H C.R Valve . ../ , i K~ll he Valves.. ~ , ( Check Valve Test Results: Failures Representative./2./~ '/~ 3 /~V~Casing Set @J~~ ft. Rig ~/~./ Representative~Z/~w"/ I~per Ke 1 ly ~r Kelly Ball Type ACCUMULATOR SYSTEM Full Charge Pressure j.;.) :' ~", ,'.'. psig Pressure After Closure /~ .{-i'9 psig Pump incr. clos. pres' 200 psig /' Full Charge Pressure Attained: J ....... .... ~2/~ ~'. ?' ,.':1 j :2..~...,~'".. / ..~;~ ~,'~ psiq_ .. Controls: ~aster ~~ Remote ~D Blinds switch cover~~ ! Kelly and Floor Safety Valves - ] Test Pressure / Test Pressure Ins ide BOP / --Test Pressure Choke ~nifold~~ Test Pressure~_~"~ No. flanges ~justable Chokes }~drauically operated choke / Test Time; !~, ..hrs. ' ........... min -sec. min sec. Repair or Replacement of failed equipment to he made within ."_."3" . days and Inspector/Ccmmission office notified.~- -- . . . -- . Distribution orig. - AO&G2C cc - Operator cc - Supervisor Form I:~EV. SUBMIT I R[F (Other ~ns. ,:tion. reverse side) STATE OF ALASKA OIL AND GAS CONSERVATION .COMMITTEE' APPLICATION FOR PERMIT TO DRILL, DEEPEN, OR PLUG BACK 111.TYPE OF WORK DRILL [X] DEEPEN [--1 b. TYP~ OF W~LL S[NGL~ 01L ~ W[LLOAS ~ OTHER ZONE ~,~ Wildcat 2. NAME OF OP~TOR Atlantic Richfield Company 3. ADDR~8 ~ P. 0. Box 360, Anchorage, Alaska 99510 PLUG BACK ZO N E 4. LOCATION OF WELL At surface Center of NW/4* of Sec. 25, TllN-R15E At proposed prod. zone Same 13. DISTANCE IN MILES AND DIRECTION FAOM NEAREST TOWN OR POST OFFICE* 8.2 mile Northeast of Deadhorse APl #50-029-20145 ~SE DESIGNATION A-N~D SIKI~IA2L NO. ADL 28324 '7. IF INDIAN, AJ~LO'i-i'E~: OR TI~IBE NA.M_E 8. UNIT, FARM OR LEASE NAAIE Pingut State 9. WELL NO. 1 10. FIELD AND P()OL, OR WILDCAT Wildcat 11. SEC., T.. R.. M., (BOTTOM HOLE OBJECTIVE. Sec. 25, TllN-R1SE 12. 14. BOND INFORMATION: TYPE Statewide Surety and/or No, 15. DISTANCE FROM PROPOSED* LOCATION TO NEAREST PROPERTY OR LEASE LINE, FT. (Also to nearest drig, unit, if any) Federal Insurance Co. Bond #8011-38-40 ,,~o~t $100,000 1320' 18. DISTANCE FROM PROPOSED LOCATION* TO NEAREST WELL DRILLING, COMPLETED, OR APPLIED FOR, FT. 6400' i16. NO. OF ACRES IN LEASE 2560 [19. PROPOSD DEPTH 11,300' 17. NO. ACRES ASSIGNED TO THiS WELL 640 20. ROTARY OR CABLE TOOLS Rotary 21, ELEVATIONS (Show whether DF, RT, CR, etc,) 22. APPROX. DATE WORK WILL START* Approximately 25' * November 1~ 1974 Ground Level 2,~. P~OPOSED CASING AND CEMENTING PROGRAM SIZE OF HOLE SIZE OF CASING~ .WEIGHT PER FOOT GRAPE [ SEI"rlNG DEPTH QUANTIT! OF C~MEN~ ~f..,' 30" : 20" 94#' H40 105' Cement to surface w/Permafrost II 17-1/2" 13-3/8" 72# /~j;/-~ MNS0 2700' Cement to surface w/Permafrost II 12-1/4" 9-5/8" 47 ~ 40# S0095, 8940' t 1st stage 1500'min.-by CaliPer- ..... 2nd stage'~/ll0' sx @ 2700'-2400' 8-1/2" 7" Liner '26# ~ 29# N~S0bgl TD (if req'd) Full length b,Y Caliper Volume Vo 1'" ..iF The Atlantic Richfield Company proposes to drill a Lisburne test to approximately 11300' with logs, cores and tests at selected intervals. A 20" '2000 psi Hydril will be installed on the conductor pipe. A 13-5/8" 5000 psi Hydril and double preventer will be used after setting 13-3/8" casing. All control equipment will be operationally tested each trip and pressure tested weekly. A non-freezing fluid will be left in the uncemented annuli within the permafrost interval. ' ~, .~ -Z~ ~ ....... * A Certified survey plat showing elevations will be submitted prior (,.,. (This space for'State office u~) I~¥Es SAMPLES AND CORE CHIPS RE~UIPdED [] NO DIRECTIONAL SURVEY REQLrIR]gD [] YES ~NO CONDITIONS OF APPROVAL, IF AN~: OTHER REQUIREMENTS: Wi'ud Lq.3 A.P.I. NIIM2/iH/CAL CODE ~-~'- ~ Z~ - 'zo/~z.~~ '?<-/~.<3,Y August 29, 1974 NO_ I ~/ &~,/ / ~.~o~,v ~".. ,'.~.~ d:J:f Executive Secretary ,.~ August 29 ]9,4 CHECK LIST FOR NEW WELL PERMITS Company '"' "' Lease & Well No. ITEM APPROVE DATE (1) Fee (2) Loc '. ', ..... :("~ thru 8) (3) Admin (9 thru 11) YES NO 1 Is th permit fee attached ,, 2 Is well to be located in a defined pool ......... . e . e e e . e · · · · · · · · · · · · · ~_ . , ,. 3. Is well located proper distance from property line .................. ~::,,,~'~ ............... __ , 4. Is well located proper distance from other wells .................... ,,"',,,: ...... 5 Is sufficient undedicated acreage available in this pool · . e e e e · · · · · · ® 6. Is well to be deviated and is well bore plat included ............... ?. Is operator the only affected party ................................. ~'~_:~-~ .... , 8. Can permit be approved before ten-day wait .......................... ~' : ........ ~,~ e 10. 11. (4) Casg/~.~. ~.~ 4-~'-~ 12. (12 thru 20) 13. 14. 15. 16. 17. 18. 19. 20. Does operator have a bond in force .................................. (/~,,-.'"~. Is a conservation order needed ....................................... administrative approval needed IS Ii®l.®ee®ee®e®.eeeeee~eee®eeeeeeeee '~,:-"~.. ..' 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 ...1 ............... Will surface ca~ing protect fresh water zones ..~1 ............ Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate well bore separation proposed ........................... REMARKS (5) (21 thru 24) 21. 22. 23. 24. Is a diverter system required ........................................ ~, _ . Are necessary diagrams of diverter and BOP equipment attached ....... //~t Do~s BOPE have sufficient pressure rating - Test to ~5~,~ psig .. ~ ,. Does the choke manifold comply w/API RP-53 (Feb.78) .................. 25. Geology: JAL Eng~r~ing: LC ~ BEW ..... , rev: 12/06/82 ,, - INITIAL 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 APPENDIXi .. No special'effort has been made to chronologically organize this category of information. ,,,~,,~ ..~ ,,,~ , ,~ , ,,~,,~. ~,,,:, , ,,,~,,,~ ,, ',~'~, ~ '; ,. © Q ,~'~ ~ ~i)i':i <ii~ ~'. ~,:'~, ,'27. ~,. :,?;i;.=< =/' '"~I ~= '2 ~;', ~'=,,~ .. '~: , .. ~,:, ~,, , . ,,~ , ., ~, ~, ' , ~,= , .,,,' ~ , L , ;. , ,; .... , , jVP () l L),, ,'ql) Z VP;P' ! I" I ~._ 0 l'J U!.; L..I...-~ [ ...' i:',.:., 847 ! ** FIf.,[-. l-IF;Al~f,;~,' ** FIL~; ,.".~ A '4 E :SERVIC,O01 S~RVICF r,." A ~',~ E .' VERSION ~ : DATE : ~4AXlt4i.~f~ f,F~'-tt;'r~! : lO24 FII,F T Y r:'Z PREVIRiJS FILL' ** Ii,JFCV. r>..,"..,?lO."-~ PF:CFi,qDS ,ii mm mi I, mm [JNIT TYP¢ CATE SIZE CODE 000 000 000 ciO0 000 000 000 000 000 000 000 000 000 O00 000 000 000 000 016 0t5 012 0O4 004 002 008 006 004 O65 065 065 065 065 O65 065 065 065 a u P' L.~ J_',.; ~ t'; 7Z ¥ P,V.! ~ I.~_ .'4 1'.1 PAG~ '.'=-,"~ : APC.r) .hI, ASKA F~] : P P [J l) Nf~ ~.~ J'3, A Y ~OwN: 11. SECT: 24 COU ~.!: ;4. STAT: ALASKA CTPY: USA ** C¢}(~.'iifr,~T~ ** UNIT TYP~ CATE SIZE CODE 000 000 016 065 000 000 0t5 065 000 000 012 065 000 000 004 065 000 000 004 065 000 000 002 065 000 000 008 065 000 000 006 065 go0 000 004 065 JOB NIt~nI~'R A'? ACC,' ~ASIf.!C = 20,0" ~ 1_16' - BIT SIZE: - 17,5" TO.. 2640' I'YPF PLIJID = G~h P,E~.'EX - - ' ' ' - - 3E~'~SITY = 9.4 [,B/G R~ = 4.47 0 52 DF' PH : 7,3 R~C : ],58 ~ 52 DP' FTJUID LOSS = ll.O C3 RS AT BHT = ,216 ~ 75 DF ;,~.[fv<j = 13,.t'15" r:i 2634.' ,, ~IT ~iIZ.E = !2,7.5" TO 91.90' )BNST~Y = !0.o L~/G r~,~ = 2,63 C~ 63 DF tT'SC;ttSLT'f : 3~.n 3 .~eP : 2,26 5~ 63 D~ ~ = 10.5 F~MC = 2,27 ~ 63 DF ;'!_,l_lT!) l,r'~,~3,<_:, : 5,,9 C3 R~,~ AT fill:? = 1,269 ¢ ~38 DF ************************************************************************************ JqP, F,I_J!'-'-3~R ~T ~CC: 6~q453 ~UN ¢t3, D,nTI? r,r3<;GED: 24 ,Jb[, 83 5 :gP: ,_llv.. F'. "'~.$lk'-c:. = ct 625" ~ q17~' - '::~I~r SIZ~ = ~ 5" T.'-'_~ 11467' ,'"- ' .- -- e - .- . --' -.' .... ! ,-.' ~ _ - .- . _t'yp F: FLUII) = )E~SIq¥ = !.0,3 [..u/(; R~ = 1 94 ~ 84 DF VISCOS!'r¥ = 42.¢) S RY? : .l:45 $ 70 DF :~4 : ~,! R~-~C 2;77 ~ 69 DF ~LUII) ,[.qSS = 9.6 C3 Bt.~ ~T BHT -- 0'929 ~ 183 DF ~! ~ T _P ! X [, 1 r4 ~2 S T r3 ,-.~ *********************************************************************************** r~r;~.~C'_rT~ SPHE~ICt~LLY FOCUSED LOG (D![,) ! 1470' T~ 1(~1 ' ~:~I~ ] ~-~F~r;ED-TO ~'[~,~ 2',~ 261~~ ~" '; "!b~CF~D TL~ P~ 3 r~ q144~ 11476' 'FO 2a09' p~t,~ ~ :'4F'FCED TO ~UN 3 (~ 9140' l lagr)' '?(~ 6090' l.!_4'~r)' 'rr~ 9138' [~U~; 3 ~NLY) 11,!6[,' TO 9163' 1 ~. 490 ' Tr] 9 ! 40 ' ( r~L/~ 30t,~bY ) ~ ".ihTUPA[, (. ; A ', ," :", ~. Tf.3r2h, ._ * . 114~] ' 'r'C~ 0! 59" '~" Fr~P"-~A'r'[r~l''~ E~F~'$ImY cr".~'~PEf~SATF.'D _~ ~ 1!49!' 'r~l 9!59¢ · ! 14'13' Ti'-¢ 'a 47' f~U'..% 4 I 66 l ~ ~ 73 60 9 4 65 .lin aa..~E.~, g,b;;'~VlCE SRpVI'Ca Ur,~l~ AP.. APl APl APl FlUE SIZE PROCESS SAMPLE !~ ,'~P~;'~iR a I.OG TYPE CbAS5 {4()D NO, f,EVE[~ 68 68 68 68 68 68 68 68 68 68 6~ 6~ 68 L'~ flli%il iT: B E F L ~ 7 0 0 0 CALl T P I_. F V U F ~ T V 0 0 0 L CA[.T DRHR F',~ I G/C3 0 44 0 NCN[, ~'F ! CPS n 34 92 CALl r'5~ T.:,~ 0 28 3 GP PS1 ~ ~. ~c-~ CAP) 0 ~]_ 32 N P A T F' S 1 n 42 1 D R i4 f'~ F' , _. ~, _ .... .. .. FC~JT. P52 CP~ O 34 93 C~LI [ F2 J'~ ~) 28 3 R f-eR A F'52 0 0 0 DF:PT I 1.491.0o00 SF[:Ii -909,2500 IL, M SP -9q9. 2500 GR -9q9,2500 PT TaGF -<~99. 250f) ~iN'A ~,, -99'.i, 2500 POTA C~P -909.2500 {)T -999,2500 DTb NP}~I -q99.2500 [)~ H r) -999,2500 ~HOB NRAT -999.2500 P ,,i [~ A -569:2500 ~:-' - E~TT 51'7,00om TP'[, 16,375() FVD EPi-~T 3'),'203 l r'.4 $ F' r., -999,250C, i, bD 0 0 0 (-.,, 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 4 4.. -.4 4 4 4 4 4 4 4 4 4.' 4 4 4 .~_ 4 4 4 4 4- 4 4 4 4 4 4 4 4 4 4 0 0 0 0 0 ¢, 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 -999,2500 -999.2500 GR ~9~25o<% -. < -999,2500 NCNL -999,2500 73 3125 CALl o:4 s "999.2500 LLS 68 68 68 68 68 68 68 68 68 68 68 68 6~ 68 68 68 68 68 68. 68 68 68 6~ 68 68 68 68 68 68 68 68 68 68 68 -999,~500 -992,25oo -99~'2506 -999,2506 -999'2500 -999,2500 8,5000 04116 -999:2500 .) 4: 609d 6,2773 42,~750 7. 568.4 I ,6189 1fl5,541'! 0. 5046 5, -0.00'13 9,5469 25. 1q53 t~97 0~')0 I 1..'t00.0(',00 -55.1875 1,~64l I 3. ! 484 0~3418 761.6, F}O00 r, · 95 ~ 5 170. 500n 5.0152 14~. 7500 - 0.002 {) 0. 7~ .13 67og,0o0n l , o 469 1 lYn0.000,-; -41 ,0625 16.7031 0.04 6996. 120, ~54'2 4. -0. Q 640A '739 ?. 0(3;00 o, 952 I -999.2500 Ca -999.2500 NPHt -999 -q':59.2~00 ~.~C:-! [, ~-999,2500 FCNL -999 -999,2500 }~,~ ~ q' -999,2500 R ~'}~ A -999 -999,25()('~ ~'~-~r')9- .oq~ 250r~ NCNb -999 -999. 2500 (;~ -~99:2500 N~AT -999 2500 2.500 2500 2500 2500 3.0547 tL~ 3,6953 ILD 3 73.8125 OT 85.1875 GR 73 2.3574 POTA 0,595q SGR 62 72.0000 bT!, 73.0000 GR 70 0.0537 PHO~ 2,6055 NCNL 3644 3.996~ C~LI 9.7656 G~ !,329! GP 53.2500 CALl 9 ~.4583 FVO 0~9388 FVU 5,3203 [.,LD 3.5545 bLS 3 !0,632~ GR 71,6875 NPHI 26, 2.5175 NCNL 3~2,0000 FCNL 11~6, 9.3906 GP 67,2500 NRAT 8672 8!25 468~ 0000 0000 250.0 7656 I377 5359 6II3 0000 4!60 0000 7734 ~IpA,,~ to ' ~. ~ 7 I l' POTA 0PH('jtr 0.0!81 ¢h-0~{{! 2,675~ ~-NC~:-~ ...... ~-~68. 0000 PEF~ 7,3906 CALI$5 9 TP[, t0,2005 ~~ ~~'"~i<';-O-95"~~ FVU '1 2210 ~asF[, 148,7500 bl,D 211,5345~ bbs 227 7632 CA. Lt ~ ~t25 ~ ~~ . P Hr2 ~. 2,675~ FCNL 4920' 0600 ~~j~;~¥ NR~T ~, ~621 RNRA ' I, 2295 0.0015 RMFJN 2 6973 NCNb 7024 0000 CA[,[ 9. 2069 GN 35. I875 NRAT t~ 0215 S FI.,,U 2'../,9531 GR 32 8750 PT 51;0000 GR I~pA,,: 2:3!45 [' F:~-T ~ 0.537! SGR O'r 50. 1250 DTL 49~:5000 GR L~P ~{5 -0.027~ R HCiE, 2.705! NCNB PEF' 5,~20~. ..... ('~[,t 9 8594~ GR P:,;RA 0,9790 GR 35:9375 CALI TP[, 9.~984 ~'z.q F b 4q 4, (')Q Of} [,bD t37,28!6 LbS (TAl,[ 10,1172 GR 30.3281 NPHI P ~40 >~ 2.703! ¢~C ~-~ 1, 6104.000o FCNL, GP 35.9375 ~:~AT 1,3232 RNRA r')c: H,: -O,O,~7H PHOE 2~7227 ~dCNb C.8 l, I 9.5391 GP 32.4063 NR~T 4 5977 .5 9375 3.1,5625 6~52 0000 35 9375 9 ~594 2 ~947 ~3 7906 3 4952.0000 !,2324 7040,0000 0'9556 I'MOP gPbI CALl NPhI FCNI. DEPT THOP !nO.OOC)O - 39. o.3 1 3 (:P 70 7t ~ 2 % n 'r 711.OnO~ PEF 2,9219 P ~-)H.~ 420 8~33 'rPL 34:668'.~ 3,0~q6 CALf 0,0~45 1(.).9~75 '159,0000 1 ! 0 O0,000 O -56,5625 4.H35q 34,031;~ 57 ~ ~. 0000 134~8133 373.7500 10,1484 1., 4916.00(10 1..]o~ 10900. o000 .,-;FI, r{ -g2'3!,25 l 3. 5625 o. 634 ~ 0~ HO 4932, O000 PEF' 227.95R3 TPI, 8.5'175 ~2.7~1-~ CALl 1 !. 156~ 1 1 '119 4584:0000 CA[,I I nSO0,0000 -90.3125 29. 093~ 10.1074 6,0742 69. 250o 79,7500 O . 0630 8.6484 2.6973 15,8984 3,0996 !1.5313 2. 4590 75,!875 fl), 1064 I0.89~4 95,9375 29.4063 0.513° 54.3750 -0.0259 3.6387 1,1230 9.078! 373.7500 10.4453 2 6152 3~13i25 -0.0005 9.9297 308 250O 1.0000 50,B750 0.0894 7,35!6 t.!670 10.9036 42,7813 !!.1016 2'4531 2!,8750 o 0459 1i'195] ~ . t4.1562 44 5938 65,0000 -0, (! 1 ab DT P~'TA RHOB CALl [,SD GR ~CNL ~T ILM DT P 0 T A OTL 4,839~ 7~.5625 GR 2,8320 78,7500 2.4629 NCNL 11.24~2 70.2500 CALI 0,4~47 gVU 5,9613 LL8 78,1875 NPHI 2288,0000 FCNL 2.8867 RNRA 2,3340 NCNL 77,5000 36.0625 ILD 58,78t3 GR 0,7324 8GR 54.2500 GR 2.6230 NCNL 10,2266 GR · 33.9375 CAL! !~3285 ~VU 98,4440 LbS 31,3594 NPHt 5264,0000 FCNL. i.4!89 RNRA 2.6523 ~CNL 38,0000 ~RAT 69 93t~5 ILD 50; 78 _ 3 GR 0,2930 SGR 50,6250 GR 2,6680 NCNL 11~53I] GR ~0,0313 C~LI 0,3237 FVU 244,g°47 b ~._~ 17,8906 NPMI 3812,0000 FCNb I. 5342 RNRA 2,6!I3 NCNt. !9.4531 NRAT !2.1719 65,3750 .GR 1.0742 66,6250 GR 2,6563 NCNL 9~44 4'2500 69, 75.!~75 63,6~50 t9!9.0000 70,2500 ii,2422 0,346~ 5,6179 25'I953 729,0000 - 3'1369 2027'0000 : 2:6465 28,1875 2:8 4063 38 3!25 30 4219 6436 0000 33 9375 10 2266 :,tO:ig 3504.0000 i,50~0 6388,0000 1,204i 79 5000 20 5313 2~875o t 3125 5756 0000 20 03t3 ! 53 161 794! 4 9805 2360,0000 5540,0000 1,2I~9 1~,2266 44 , 5938 6.3750 47;8750 4244,0000 D~PT THOR FCNL N~AT' EaTT D R h 0 7o72.o0()0 PEF 227. H 33 3 TPL. i7.9750 C&L[ -0.0034 ~HO~ 10.40~3 GR 12, 1094 D!~ Hr) 1966'0000 CALf I .995! 1070~ O000 -! 2 ' ~ 6250 0,5425 9.8437 DT 4.49~2 DR l-i[) )9~2.0000 PEK 1 455 l 80:8646 TPL 6.2~i26 258.7500 0. ()25~ RHOF 9.8359 GR 4.443q DRHO 1 ~ 4004 1 0600. 0000 SFLU -12a.1250 1,5684 ~ !, 5000 DT 0.4395 DpHr] 5024.0000 PEF 145,7q 17 TPL 4 ~ 177 2~:07~1 (1,0146 1 o. 7 ~ 22 (; 1 ! 2 30 4424~0000 C~LI 1.2461 3.!035 C~b! 2,0469 lO,5q~4 FVD 17,3750 t0.945~ 2,6426 NCNL 46.~750 n Ol32 !720,0o00 52.5938 DT 4,5469 POTA 51,0000 DTL 0,I133 5.5273 CAGI 1 598~ 16'i35a 258 7ql~ I0~2109 2,5~40 47,6250 N~AT 0,1084 9,9~44 GR i102.o000 IbM 27,4844 DT 1816 POTA 4:6250 0,0229 5,464~ C~LI l,!377 10o0078 FVD 28,0985 LLD 10,3281 2.509~ NCNt, ]7,9375 ~R~T 0.0049 ~HO~ 10.9531 '34.1562 It,~ 24.1406 DT i.!406 69.0000 DTL 10,9453 C~Lt 1.2139 CP 10.3542 Fro 26,4219 l~.1875 10.5781 GR 45,5938 CALI 0,7565 FVU 17,6186 bbs 44.I250 NPHI 3~44 0000 FCNL 2~1621 RNRA 2,6~16 ~Nb 46,4375 NRAT 208.0000 52.7813 GR 0.4395 SGR 51.6250 GR 215879 NCNL 10,289! GR 0,259! FVU 704,5459 bbs ~?.5000 NPNI ~86~,0000 1,6514 RNR~ 2,5938 NCNb 45,9687 NRAT q6 4375 ILD 49:0000 GR 0'3906 SGR GR 5o,75 o 2,6895 NCNL · ~!'4766 GR .5,0625 CALI 1.9957 FVU 331.5906 LbS 33~5313 NPHI 4384.0000 FCNL t,2686 RNRA 2.7031 ~CNL 33~5938 NRAT ?.2109 85,t~75 GR 0,8789 SGR 70,2500 GR 2,6250 NCNL !I,6563 GR 25,7~I3 CALl 1,2~23 FVU 35,0~60 bLS I8,3438 NPHI 2~28~0000 FCNb 45 5938 0,830t I],735~ !3~0'0000 2'3:633 3924,0000 1'956t 263,7500 -52,5938 47,6250 50'5938 47~,0000 ,5o00 10,2891 0'2760 520,~949 7'9590 2122'0000 ' 1,8223 5424,0000 !,4268 !22.0625 27'4~44 37'9375 ~3,2S00 5720,0000 35'06:25 !1.4766 2,It00 60,01 3 ~2~ 0000 330! 55!6~0000 1,I973 !4,0469 24'I406 3I;4688 33'3438 2464'0000 il.656~ 0'8866 2~,9988 142 ,o0oo [ J DEPT SP THOP CGR NPHI FCNL NRAT gATT ~PHI R×0 CALI NPHI RNRA DEPT S? CGR NP.HI N RA'I_' EPHI RX0 SALT FCNL 3 ~': P T 1. 3516 5.7129 350.0¢)0t~ 1.3955 10400.0000 -98.0625 GR 1 $ 4697 16.7813 ]096.0000 I42,~167 TPL 1.1.8906 G~ 4 5410 D ~ 054 $ 6000 1,6631 10300,0000 SF'LU -178.3750 qR. () 9~49 !IRA e.: 0: 797 2.1484 I)RHF~ .'t424.0000 I, 252(.) 206.8'750 TPL ?, 4056 21.2500 Cal, I 0,03 17 8 4922 92 ,oooo 1. 9600 !02()0.0000 -! 18,3125 '2, %'7~1 J 9 5625 3064,0000 PFF 1 .3115 305,2500 35,8073 30,8906 CA!.,[ 0, :1382 13"1406 1.7578 3572,0000 CALl 1 . 3-69 '1 1(]100 . 0000 S~'LU O, 0557 10.6172 22,4~19 DT 1.. 3135 55,7500 DTh 0,072~ RFiOP. 6,0]52 1 ~. 4271 FVD 20, I ~75 1!.7656 GR 2.5~20 27,7n31 NRAT 1_1,718~ 24,5156 II,M 30. i 406 DT 2 , 89_ 23 POTA 67,000O DTL -0,006.3 P ~ 0_[!- 6,1133 CALl I 2744 Ga 21 , 2552 I, LD 9.1~5 GR 2,3457 t.~CNL 33.6256 NFAT 0,0176 RHOB 9,28!3 a~ 99.1875 26,7656 DT 1,995! POTA 53,3750 DTL 8906 CALl 1,3965 !5~5625 FVD 30,8906 !1.7422 GR 2,4!4! NCNB 36,1250 NRAT 0.!587 12,2734 Gu 7.:~. 5625 IBM 5957 R~.iRA:,~. 97,~68g ~-'P~T 34,5625 58.7813 GR 0.5371 55.1250 GR i641 25,8594 CALI 0,4749 FVU 32.3979 25i0156 NPHI 3878,0000 FCNL 1,6!I3 RNRA 2,632~ NCNB 26,328i NRAT 19,4375 ILO 67.3750 GR 0,3906 SGR 65;8750 G9 2,5890 NCNb 9,8984 G~. 25,8750 CALl 0,2690 FVU 23,5!66 bLS 32~2813 NPHI 3~82.0000 FCNL 2,4629 RNRA 2,5547 NCNB 30,2500 NRAT 73,6875 54,I875 0.5~59 54'8750 2.3730 I2'4766 29,0156 0,3687 90,5767 ~ 5938 ~6~. 4372 OOO0 114043 2.4121 26,1250 37,6875 ILD SGR GR NCNB Ga CALl LBS NP~I FCNL RNRA NCNB N~AT ILD !,494! 27,703! 20'2187 25~8594 12'164! 47 '7604 ,1189 5,8594 229~'0000 I'6875 5080,0000 i,5 95 12 3438 30 i406 33 6250 330938 4364 0000 ~5 .8750 9 8984 0 5998 27 5907 2~ 6797 I282 0000 2 7148 86,2500 26,7656 36,1250 27'8437 4280'0000 29',0 56 12,4766 0~3i636 90,6851 i,5i 6 4892,000~ 1,319 42,7813 bVP O10.H02 v~IF.IC~TI'O~.~ I, ISTf,:'~ic; PAGE OEPT SP '¥HOR CGN FCNL NRA7' gATT R×0 DRMtl ChLI FCNL RNRA OEPT SP THOR CdR NPH! FCN!, -111.8125 GR 3.4.453 URA~! 21 . 9052 DT !, 3184 ORHO 375~2.0000 PEF 1 . 277.~ ~HRA 160 041~ TPL 2~067 MSFL 64.6250 CALI 0.0605 RH08 ~.2.3203 G~ 2,2461 DRHU 3420.0000 CAbI 1,39o6 ! {.)000. 0000 129,S750 GR 1. 0693 I.IP A N 8. 4531 DT 5,8105 2148.()000 PEF 1 '6416 166:3333 TPL 5.1595 265 0000 CALl 12i6563 GR 3.759~ 2998.0000 CAb! 1.6!04 9900.0000 -121,5625 0 a726 7!o7a! 7 51.<45 1739,oo00 PEF 1 7549 224:7917 -I0.7585 52.5938 CnbI 0,0 ] 07 12,7266 5,5176 2404,0000 CALf 1.57O3 9800,0000 -97,3125 0 9761 10 4922 1 2207 31~8 0000 1 2~03 [J ~ A b' ri; R H 28.4531 DT 0.9678 PGTA 59.1250 DTL -0.0073 RMOB 4.1680 CAL! 1,3!45 G~ 9~6~6 FYD 64.6563 LLD 12.4297 aR 2.5020 NCNb 29~9375 NRAT 0112 PHOB ; '6719 GR' , . . - ~ 364 7500 1.330t POTA 57,!250 DTb .0317 RHOB .1680 CAbI 1.7217 10.!328 265.0833. 11.1875 2.5156 ~CNb ~9,5000 NRAT 0,0605 RHOB q0.1875 15.3750 PT 1,4150 POTA 61.5000 DTL -0.006~ RMOB 4.3906 C~Li 1.~1~ GR 7.8932 FVD 52.593R LLD 1.2,039t GR 2.5996 ,~CNL 18,8281 NRAT 0.0459 ~HOB !!i6484 GR' 19,13 0o00 Ibg 0.9863 POTA 52,5000 DTL 0.0259 RHOB 6.25.78 CALI !.3047 58,3750 0;5~59 59,2500 2,6055 22'1250 I'1318 43.3825 24;!250 3654,0000 2.6289 !26,4375 :59'00:00 0,1953 56'6250 2,5586 !3~!328 22.3906 0;7629 249,4787 19.4375 3422,0O00 2,5~79 37.0313 0,1953 61,625:0 ~593~ 13;10t6 !4,8047 0,2287 83,9339 ~6,9062 2546 0000 2~039I 2.5352 ~6~0~69 : . 85,1875 5I. 5:938 0,2930 53- 0,00. 2;6445 13;4 2:I 9 15,6~75 GR NC~L CALI bLS FCNb RNRA NCNb NRAT ILD GR NCNb CALl FVU bLS FCNL RNRA NCNb NRAT ILD GR~ CALI FVU NPHI FCNL NCNb NRAT ILO GR GR NC~b GR CALl 8, 453t 9 1'9375 22 ,:0:'938 4932 0000 22': I236 9375 484 0903 5098 21~6'0000 !~ 6709 4756,0000 1 ;"377o !76,8750 19 5O0O 3700 0000 221~9:06 13 132~ 0 7466 233 5201 7~2754 i976,0000 4828'0o00 43,3750 18'$281 3274;0000 13'1016 75~0050 ~207'0000 3776.0000 ' i:,5840 ~i~2i966 i8,6875 4084.0000 5;6:875 3;42~9 ~ATSr EPH _1: 0 R- H C~ C~LI NDHI FCNI, Rt,)RA DE?PT CGR NPHI FCt,~L NRAT gATT gPHI RX0 DRHO CAI, I NPHI FCNL OEPT SP THOR CGR NPHI FCNL NRAT gATT EPHI RX0 ORHO CALl 00,00 00 -!!4,3125 2 4746 2'2:1094 20.2637 Pti, 0000 PEF 2,6287 329.7500 TPI, 57,714~ 1.8~77 -0,0313 14.0000 16,1.62l 1072.0000 CAI, I 2, !23r, 9600.oOOn e .... _. . ,,t~t" -[u2,3125 0.7B61 Ug A'~i 9.5938 DT 13. 1336 DRHO 1133.0000 2, 1465 374.0813 TPL 20.0033 aSFL 774.5000 CAI,! 0 0415 RHOB 12: 945 3 7,3242 i~7197 ' 9500. 0000 5g!,!J -105,3125 1 3 ]50 URfl~r.{ 9~9141 O'i? 8,3984 2260. 0000 PEF 1. ?900 204.6657 TP[, 3.9~76 71.1875 CALl 0,0142 11.4922 10.2526 2'17.5833 !2.3203 2,3945 18.6~75 0.t060 12.8437 9.1719 37.3125 1.6035 65,8750 0.0176 4.9336 2.9004 19.1~75 1. 88~0 2.35?4 '35,4375 n 0552 1~'~72 ~{2,7500 22.0000 2.0~37 61.7500 0.0g25 4,8125 2.2734 3 5443 ' }4:s60o 12,8906 2.5703 26.328! 0.0376 t2,9219 69.3125 18.0000 509g l'qsOO 60,. _ '0,0366 4.7617 1.7R22 I0.0964 71.1~75 12.0625 2,5940 22.4531 -0.0!61 FVD G? ~-CN L hR~T POTA DTL RHOB C~LI FVD LbO NCNb MRAT RHOB GR DT POT~ DTL RHOB CALl GR FVD LLD GR NCNL NRAT 0,8709 FVU 785.~402 LL.S 12.3750 ~PHi z900,0000 FCNb 1.6279 RNRI. 2,6465 NC}iL 13,8359 NRAT 15 1641 IbD ~tl!87fi f) 5859 8GR 6 15ooo 2,3555 ~CML 13,7109 GR 34,96~7 CaLI 0.3602 !0,3137 2944,0000 3.0859 R~RA 37,8!25 NR~ 25,4688 ILD 62,3750 GR 0 3906 SGR 62' ..... 2,6250 NCNb 13'4609 GR 24,8750 CALl 0;29~8 57.568I LbS 20,2813 NPH! 2084.0000 FCNL 2;14316 RNRA 2,5684 NCNb 19.5469 NRAT 42,5000 lbD 63,0000 GR 0,2441 SGR 6I;6250 GR 2.578! aCNb t2,0938 GR 18,7500 CAEI 0 6870 FVU 42:4439 bLS t7.6406 NPHI 2888,0000 FCNB 2,5742 RNRA 2,578! NCNB l 0052 759i8126 5 9082 . 1662.0000 1.744! 5328 0000 'i: 9o4 5,9766 7;3125 35, 75 3272,0000 34'96i7 7109 1!,6400 26,953I 596,5000 3,4258 2276,0000 2.3301 28,8906 22'0;000 26,328I 25,343~ 2576,0000 24i8750 13'4609 0'2819 66.2t27 17'6270 8t9,5000 2~543;0 33~8,0000 1'7383 40,9687 18,0000 22'4531 I9'3438 402~,0000 !8'7500 7453 52'868~ 20'312~ I066,0000. TM _ oooo ~P ~Aq_'T ~PHI tXO )RHO _"fiLl ~PHI ~CNI. $? tHOR FCNL NRAT gATT RX0 DRHC. CAbI NPHI FCNL R~>JRA DEPT :r H 0 F': 1515.0000 CALl 2.3535 g 40 O, 0000 5 -!55.8750 0, 8.952 h. 726(4 DT ! 3. o g 5 9 L)~HC t 502.0 O00 PMF 249.7500 TPb I 6,5202 ~i,$ F L 5,B555 CAI,I 0.0200 ~HOE~ 11,0625 I 1,3770 Bi>HO 1. g 93,0000 CA b I 93()0 00(7;(: 153~750 1,2676 ~!Rkr,, 10.7109 22,753'~ 990.0000 240.833.~ TUb 16,5~5.3 ~S~"[~ 17,9~44 CALl 10,6172 1006,5000 2,9727 9200.0000 -106.0625 D'.g~09 51.0313 31.4453 OPHn 520.5000 3.4434 492.8333 TPb 75.6673 oISFL 4.1602 CAbI 523,00()n 3.466b 9!(_)0o0000 -13.351h 11,59]~ 481,7500 1,8066 6!.2500 0.!3~2 17.2344 2,!641 12.2943 10,7969 · 2,4707 21.7'344 0.0532 10.6~50 GR 20.953! IL~ DT FCTA DTL ~SO~ CAb!. 99.9375 6!,78~3 O.2441 6t,7500 2.4924 't0.9687 I8;5781 FVD 0~2482 LLF~ 251.7016 ': NRAT 2,3203 ]7.i250 I[:ai 2810781 DT 2,3184 PUTA 73.fi750 DTL 0.048] RHOg 8'6016 C~BI 2,9648 GR ~2,270~ FVD 17 994~ ULD 10~8984 OR 2.3379 NCNb 29;9B44 NRAT .-0,00!0 RHOB 10,5156 GR 6.8867 62.6875 DT 1.6'!3g 78.I250 DTL 0 (3542 RHOB ~[4727 C~b! 3.2793 22.9062 4,!6!5 LLD 14~9453 GR 2:132~ NCNb 64.9375 NRAT 0.0337 17.2813 GR 6 7~144 ~3,8!25 OT -909~2500 POTA '3674.0000 FCNb t;8486 R~JRA 2,4434 20, ~' " ~4. ~78I RAT NelL' ':3252,0000 e~t ' ~0'9~87 FVU-- LbS 265,5322 9,~t68 1;9248 3734,0000 3o.~750 76.1875 GR 0.3418 73,6:250 GR 2.3730 NCNb 10,78!3 OR 22,5781 CALl 0,2380 FVU ~0,1304 LbS 3i26,0000 FC~L 2 6230 RURA 19~078! NRAT 4.7773 75;1875 1,4160 0 !6,2969 55;7!88 0,4465 6.3666 6i:'656~ 2~0~;0000 3;4902 2,3770 53,0938 ILD GR 8GR GR NCNb CALl FVU bLS NPHI FCNL RNRA NCNb NRAT 5.9570 87.5625 -9qg.2500 35, 293 I0 34 !I80 2992 6250 9844 :890:6 0000 ~5781 7813 :5'076 ,59!6 0000 6~84 0000 6 7:i 9 62 ;68:75 64 ,-9375 57O 1814 5625 0000 ;2969 0477 0:000 6875 0000 4688 6.539t 83-8:I25 99:" 2:5 0 0 ~PHI ~CNL '~RAT ~_PHI qXO :ALI VPHI FCN t, RNRA .SP 2GR FCNL NRAT gATT EPHI RXO ORHO ~ALi -999.25G(; i:' i' b.~ .7 . 5~1{) _1 'h' J~j F' 3. ().ShF, ~ .... ¼' t,, -V99. 2500 TPf., -9q9o250o CALT_ -999.25 (;U 'R f~O 9 -999.2500 -999.2500 i)RF!Fj -999.2.500 CAI,'[ -qq9. ~ 50 t', O000 -14~ -999. -999 41 453 3 -999 -999 -999, -999. -999° -999. -999. -999, RqO0. -13. -999. -q99, 42. 504. ~ -999, -999. -999, -999. -999. 0000 S .W L, U 429'1 GR 2500 2500 DT 3574 DRHO 2500 6 t 13 R t, IF', A 2500 TPL 2500 ~SFL 25O0 CAL[ 2500 2500 GR 2500 2500 CALI 25O0 0000 SFL{~ 5OOO GR 2500 [J R A r,.~ 2500 f)l' l~7fi DR Hr]_ 0000 PELF' 6621 RNRA 2500 TPL 2500 ~ .s FL 2500 CALl 2500 R H 0 a 250u Gx 250o CAF, 1 250 t.' 5.3398 IbM 150.6250 DT "999.2500 PGTA -999.2500 DTD 0.0166 RMOB 3,0508 CAGI 3,9062 GR '999.2500 FVD '999.2500 DLD -999.2500 GR -999.2500 NCNL -999.2500 NRAT -999.2500 RHOB -999,2500 GR 7.6094 IbM 200,1250 DT -999,2500 POTA '999,2500 DTL -0.0078 PHOB 4 2422 CALI '999,2500 FVD -999,2500 LLD -9~9,2500 GR -999.2500 ~CNL '999,2500 NRAT '999.2500 RHUE -999.2500 GP 11.i562 77.'!500 OT -999.2500 Pf>TA -999.2500 3.914I CALl 3,3125 GR -999,2500 FVD -999.2500 13, i O94 -999.2500 FrO -999,2500 -099,2500 FCNL -999,2500 RNRA -999,2500 '999'2500 NRAT 3.1504 ILD 104,0000 GR -999.2500 SGR -999;2500 GR 2.5039 NCNb 12'5313 GR -999:2500 CAb! -999,2500 FVU -999.2500 bLS '999,2500 NPMI -999.2500 FCNL -999;2500 RNRA -999.2500 NCNb ~999~2500 NRAT 4,2187 ILD 98.5625 GR '99q 2500 2, 918 NCNb 12.7!88 GR -999.2500 CALl -999'2500 -999,2500 -999~2500 NPHi -~9912500 FCNL -999.2.. .qq9,250~' -999,2500 5,6055 87.I975 GR -999.2500 SGR -999,2500 GR 2,5059 ~C~L i2,7500 GR =999;2500 CALl -999,2500 FVU -999'2500 LbS -999..2500 2008.0000 120;8750 -9~9,2500 -§§9~2500 -999'2500 "999:;~:500 :999,25oo .999'2500 ,999.2500 -i:999~50:0 2 8086 '150:6:250 999 2:500 '999 25:00 177! 00:00 t74 ]1750 -999,2500 "999,2:500 -999 2500 '999 -999,!500 "999;::~500 :99~,2soo 999'2500 3,8750 200;125:0 -999,2500 -999;2500 t932.0000_ 2~6~2500 :999,2500 ::9~9;:2So0 999'~500 -999~2500 :~99 2500 -999.2500 5 4844 77':7500 -999i2500 -999;2500 2140,0000 -999;2500 -999;2500 -99912500 ~PHI u.'~AT ;ATT -~qg, 2500 CALf -~99,2500 I13.4375 --999.2500 - 999.25 {.) 0 ?) T 39.11 ! 3 545.0000 PEF -999.2500 -999.250(~ -999.2500 CALl -999,250~l -999,2500 D~Hi] - 99 2500 CALl P. 6 f) 0,0 0 0() -16,4531 -999.2500 - 9 9 9,2 5 r) 0 !:, '!.' .34,9~0g D~ i;~..') 6!0.0000 3; 259~'< ~rlRA -999.~500 TPL -999.25nn ;-45 Fb -999.2500 CALI -909,250(' -999.2500 GR -999.250¢ -999.2500 CADI -999.25U0 3.541(:) 97,0625 -999,~500 PQTA -999,250~ DTb 0.015! 2,7246 C~LI 3,445~ GR -999;2500 FVD -999.~509 bbD -999~2500 GR -999.2500 ~CNL -999,2500 N~AT -999.2500 -999.2500 GR 3,6152 158.3750 DT -999,2500 P~'~ -909.2500 DTL '0,0210 3.5!37 CAbI 3,580i GR -999.2500 FVD -999,2500 GR -999.2500 -999.2500 ~RAT -999.250o -999,2500 2.0234 130.5000 -999.2500 -999.2500 -0.0024 3.330! 3. ;~ ~ ~ 4 -gqq. 25~q q q 9.25 0 <: -099.2500 -999.2500 -999·2500 IbM DT POT'-.'-, CALI [, -9~9.250o -999.2500 -999.2500 -999.2500 2.4512 96,3750 -999 2500 -999;2500 2.3~48 9..500 -999.2500 -999,2.500 -999~500 -999.2500 -999~2500 -999,250o -999i2500 2,5840 97.5625 -999.2500 -999;2500 2,4492 12.6641 '999.2500 -999,2500 -999.2500 -999~2500 -999'2500 -999~2~00 -999.2500 -999,12500 NRAT GR SGR GR NCNL GR CALl bLS NPHI FCNL RNRA NCNI, NRAT 1.3330 ILD I03;5625 GR -999.2500 -999;2500 GR 2.4238 NCNb !2;9219 GR -q99.2500 CALl -909.2500 -999.2500 -999.250n ~P~i -999.250°.. ~ubh' - -ggg 2500 -: ..... 2500 ~CjNL -999'2500 ~RAT -999.2500 -999.2500 -999,2.50-0 -99~:2500 -99 2500 2,26i7 . .9-99~25[0 999'2500 I878~0000 'ggg~:~:500 :~99;~5oo 999,2500 -999,2500 -999,~500 ~999,2§00 999'250O 2,6426 -999,2500 2184'0000 -999.~500 -999:~500 :999.250-0 :9:99;2:500 .999i2500 -9:99-~:;2500 -9§9:,2500 '999;:250.0 1.2588 I30;5000 -9'9g;25o0 733:;0000 999.2500 -999;~50D -999.2500 q9o' -_ ~.:2500 -999'25(30 '999,2500 ~Ci~L ~AT ~ATT ~PHI rCNb )EPT fHOR 2GR ~PHI ~RAT ~A~ ~HI ~XO ~ALI FCNL D~gT SP rHOP FCNI, N RAT B -~TT O R H O CALl ~C~L RNRh O E P T T HOP m ' 36. 7676 _537.5000 3.363.3 -999. 2500 -9gq. 2500 -999.2500 :999:2500 GR 99 2500 DRHO -999,2500 8~00.00o0 ~,8~06 GR 999,2500 URA" '999.2500 38. 2324 537 0000 3~460~ RaJ~A -999,2500 TP~ -999. 2500 ~4,SFb -299 ~ 2500 CALl -999.2500 -999.2500 -999. 2500 ORHO -999.2500 CAI,[ -9q9. 2500 ~200.00()0 -999.250,3 -999 25C0 555. 5000 -999.2500 TI>L -999.2500 -999.2500 CaLl -929.2500 -992. 2500 ChLI -999. ~500 rtl00.0000 SF[,U -299. 2500 -999,2500 39.0137 Ot~C% ~. 003o ibm 177.7500 ST -999.25 L)~> -999.250v LTL -0.0146 3;3164 CIL! 3.5156 GR -999,2500 F~D '999,2500 LbD '999,2500 GR -999,2500 '999.2500 NRAT '999,2500 RHOB -999.2500 GR 2.0879 IL~ 76'9375 DT -999.2500 POTA -999,2500 LTL 0.0186 RHOB 2.6094 CALI 3,9062 GR -999.2500 FVD -999.2500 LbD '999,2500 GR -999.2500 NCNb -999.2500 NRAT -999.2500 RNOB -929,2500 GR 2.3066 78.3i25 -999.2500 2.4492 CALl 3,5059 GR -9q9,2500 FVD -goa 2~r,o T,LD -9q9,2500 -999 2500 -299' .250O -999.2500 RHOB -999~2500 GR 2,3066 Ih~ 68,5000 DT -999,2500 POTA -909.2500 DTB 0.0005 PHO8 i05.0 -999,25o0 -099 ~0;~ 2,4063 :12.859~ -999.2500 -929'2500 :999 2500 -999.2500 ~999'2500 -999,2500 -999~2500 1.6494 95;oo00 '999,2500 ~999~2500 2.4355 1:3;4375 -999.2~00 ~999;2500 :999, soo 999~500 GR GR GR CAbI NPHI -999,2500 FCNL '999:;2500 RNRA -999.2500 NCNL -9.99,2500 NRAT 2,0898 96-7500 -999,2500 -999;2500 2.3789 i3,2500 -999.2500 -999¢2500 -999,2500 -929.2500 -999~2500 -999,2500 -999~2500 ILD GR 8GR GR Ga CALl bLS FCNL RNRA NCNb NRAT 2. 1660 ILD too~oooo GR _ 59,2:500 .c,R 2.353~ NCNb 177,7500 .~oq 2500 '999~2500 1890.0009 205:~1250 -999~2500 -999'.2500 :99:9:;~:2i50:0 ,999;2500 : 99:9:'::25:0:0 ~999.2500 i!~999i2:50:0 ~o9e,oooo : 7:6:~ 5:625 -999,~5oo -999;2500 ,99:9i2500 :,: 99 9; 25:0 [; 2.0430 -999 2500 194~ O00O 0625 -999 2500 :999, 2500 ~,~ 999~ 2500 -999~2500 ~999~:2500 -999;~500 2.0957 --999i-2500 ~999~2:500 2110~0000 4.0000 P E F 9. 2500 FPt, 9.250o 9 . 2500 CAI, 9.2500 9.2500 9.2500 CA. LI 9.~5o0 -15 -If f~., ~.m . ~,a .iPH! 4 ] ~CN[, 453 ~RAT 3 EATT -999 ~PHI -9~9 ~X() -999 JPHF) -999 %aLI -999 ~C~}, -999 ~.~NA -999 )~:DT 7900 SP -15 r~Ok -999 2GR -999 ~PHI 40 ~CNL 555 ~AtT =999 ~PHI -999 RXO -999 ~RH[J -999 CALl -999 NPHI -999 FCNb -999 RNRA -999 ,0000 $ F [, .507 ~,i ,699'2 ~) P ~tG ,2500 Ph:F ,6602 a '~ P A ,2500 'rp[, . 2500 :',!S F L ,2500 CAL.I ,2500 .2500 CALl .2500 0000 :9062 GR .2500 iJPA,~ '2500 DT 2344 DP}iD 5000 6035 .2500 TPL ,2500 aSFL ,2500 C~bI ,2500 ,2500 ,2500 C~bI ,~500 .0000 SFLIJ .7500 d~ 2500 []RA[~ ~2500 DT ,0000 PEF ,2500 TPL .2500 CArpi DEPT 7800 SP -12 ~NOP -999 CGR -999 NPHI 36 FCNI, 500 NRAT 3 E~TT -999 gPH]' -999 RXO -999 2.5215 C~bI 3.7402 -999.2500 FVD -999.2500 -999.2500 NC~L -999.2500 -999.2500 -999.2500 3.a24-2 128.Gn©O -999.250Fi -999.2500 3,97~~ -999.2500 '999'.2500 -999.2500 -999,~500 -~99.2500 -999.250O -999.2500 3,377n 78.0000 '999.2500 -999.2500 0.0~6! 2~7676 3.8437 -999,2500 -999 2500 -999:2500 =999.2500 -999,2500 -999.2500 -9~9~2500 3,!543 74.3125 -~99 2500 -699:2500 0.0303 2~9336 3.6367 -999.2500 -909,2%00 -999,~500 -999,7500 ILf~ OT ["VD N~AT G~ DT POTA DTL RHOB CALl FVD LbO NCNb .NRAT GR DT POTA OTb FVD LLD GR t3.7344 GR -999,2500 CALl -999.2500 FVU -999.2%00 LbS '999'2500 NPHI -999.2500 FCNb '99952500 RNRA -999.250o NCNb -999i2500 NRAT 2.9844 !LD !07.5625 GR -999.2500 8GR -999,2500 2,371! I3.6563 GR -999,2500 CALl -999.2500 FVU -999,2500 '999.2500 NPHI '999.2500 FCNL -999,2500 RNRA -999.2500 ~iCNL -999~2500 NRAT 3,2285 ILO t03iO000 Ga -999.2500 SGR -999;2500 GR 2.3984 NCNb 14~6094 GR -999,2500 CALI -999'2§00 FVU -999.2500 bLS -999;2500 NP~I -999 2500 FCNb -909.2500 NCNb 2.B437 IDD 104.0000 GR -999.2500 -:999~2500 GR 2.4199 NCNb 15,0469 '999,2500 CALI '999~2500 FVU :999 2500 999~2500 NPHI -999.2500 FCNL 75.8750 -999 2500 '99912500 -999 2500 -999 2500 :~99;2500 .~9 250O 99;::2500 2.8984 i2S':0600 999,2500 :999,~500 000o t~°a,:t~5:6 I60, 99'2500 : o9:.25oo i999,2500 999~50n 999;z50~ 999'2500 -o99'2500 3:,~934 78:'0000 -999.250o -999:2506 ~136 0000 '8:3:!875 -999 ~500 :999::25.00 9:99:2500 -9992500 -999 25OO ~999 2500 2,8086 74;::3:t25 999,2500 ~9:99;.250~ ~!46,0000 89;8i~5 -999,2500 "999;~500 -999'2500 -999~2§00 -999;2500 ~pp, !' I) F P 'r 7700.0(}00 -12.781~ -9qq,2500 -999.2500 DT 39.0137 ,') ~' ~ C, 512,0000 B. 5449 Pt~ HA -999.2500 TP!., -999,2500 -999.2500 CALl - 9 g 9,2500 R -999. 2500 -999,2500 -999.2500 -9q9.2500 7600,0000 sFr, u -16.2913 -999.,,500 -999.2500 DT 34.0332 632.0000 PEF 3 2~76 -999~ 2500 'rPL -999.2500 -q99.2500 -909,2500 -999,2500 dP -qgg.2500 -999.2500 -999,2500 7500.00U0 -19.4.375 99,2500 DT 3 0,9 5 7 0 ~57,0000 '1,1172 -9q9.2500 TPL -999,25t){~ -~99.2500 -999,2500 -999.2500 GR -9o9.2500_, _r)~ur".... -gg9.2500 C~LI -9a9.2500 74C~0.00()0 SFL L.' j,~301 IbM 9).7500 DT -999,2500 POT~ -999.2500 PTb 0,0049 RHOB 2.6895 C~b! 3.884~ G~ -999,2500 FVD -999.250~ L[,D -909,2500 dR 99:2500 NR~T -999.2500 RHOB -999~2500 GR 3.0078 IbM ~5.9375 -999,2500 POTA -999,2500 PTL 0,0303 2,464~ CALI 3 675~ -999:250(3 FVD -999.2500 [,LD -999.2500 GR -99q.2500 NR~T -909.2500 -gqg.2500 81.8~25 -oq9,2500 -~99.2500 DTL 0,04~8 RHO~ 2.4707 3.5586 -999.2500 FVD -99q,2500 -999.~500 -990,2500 ~CML -999,2500 ~RAT -9~9.2500 -999,2500 GP n q434 IL~ ~.__ .~ 999 2500 -999.2500 %CNL -999.2500 NRAT 2.7OLO ILD !05~7:500 GR -999.250O -999.2500 GR 2.3672 ~4,9766 Gg -999,2500 CALl -999.2500 FVU :999 2500 LbS .,999:2500 NPBI -e99,2500 NCNb -999.2500 NRAT 2.7832 ILD 97,0000 G~R -999,2500 $~. -999.21500 GR 2,4375 NCNb t4,9!4I GR '999.2500 CALI -999.2500 FVU -999.2500 bLS '999.2500 NPHI -q99,2500 FCNL -999,2500 RNRA -999.2500 NCNb ,999,2500 SRAT 2,8809 96,t875 GR -999.2500 -999,2500 GR 2.4434 NCNb !5~757~ GR -999.2500 CALl -999;2500 FvU -999,2500 -999,2500 NPHI -999.2500 FCNb -999~2500 RNRA -999.2500 NCNL -999~2500 NRAT 3,0391 iLD .99,2500 -999,2500 -999.2500 2 7227 -999 2500 -99:9 2500 ~989 0000 100 et25 -999 2500 -999 2500 9~2500 soo -999 2500 -999 2500 :999'2500 999;12500 85 9375 999,2500 2324 0000 ~Ol -999 2500 -999::250.0 -999 2500 -999 2500 -999 2500 -999 ~500 -999 250O -999 25:00 2,9238 8125 81'2500 -999, '999~.2500 23~.0000 .4375 -9~9,2500 -999,2500 2999,250 999,2509 99 12500 999~2500 :999¢,2500 3,0488 L CGR NPHI ~ATT RX0 DRHO CALl ~p~ FCNL R~R~ DEPT SP THOR CG~ NRA'? EATT EPHI' RXO DRH('t CALl NP.NI FCNb SP THOR FCNL NRAT EPHT RXO CALl NPH[ FCNL R~RA D~EPT $? THO? FCN L NRAT -20. ! 25,) -t)99,25()0 -999.2500 DT 26.2695 ORH{~ ~04.5000 PEP 2.7949 -999.2500 TPL -999.2500 -999.2500 -~99.2500 -999.~500 GR -gq9,2500 7.300 0000 SFI:U 34;53t3 -999.2500 -999.2500 OT 28,564b OR HI.-~ 7B1,5000 PFP -999.2500 TPI., -~99. 2500 -qqg. 2500 CALl -999.2500 -ggg,~50o -999,2500 -999,2500 CALl -9~9.250G '7200,0000 S?'LU -33'2813 -999.25o0 -999,2500 3! ,3477 641.0000 'PF;F 3. 1777 -999.2500 TP[, -999. 2500 -999.2500 C~LI -~99,2500 RHOF, - 99. 2500 -999.2500 -999.2500 76.0000 PT '999,2500 POTA '999.2500 UT!, 0,0640 RNO~ 2.6387 CALl 3,0332 GR -999~2500 FVD -999.~500 LLD '999,2500 GR -999,~500 NCN[, '9q9.2500 NRAT -999.2500 RNOB -999.2500 GR 4.0000 ll, m 75.9375 DT -999 2500 POTA -999~500 OTb 0.0309 RHO~ 2.6074 CALI 3.1309 GR -999,~500 FVD -999.2500 LbO -999,2500 GR -999,2500 NC~L -999.2500 NRAT -999.2500 RHOB -999.2500 GR 3.7o10 !t,~ ~6.I250 -999:2500 P~TA -999.2500 0.0!.90 RHO~ 2,8770 CALl 3.6777 -999,2500 FVD -99~.2500 LLD -999.2500 GR -999.2500 -999,2500 NRAT -9qq,2500 -099.2500 GR 57.156~ -999.2500 -9o9,2500 OTb 2,1~55 CALl 3~!523 GR q0,I975 GR -999,2500 SGR -999,2500 GR 2,4922 sC~5 15.3516 GR -999.2500 CIb! -999,~500 FVU '999,2500 bLS -999'2500 NPHI -999'2506 FCNL :2o9 soo U9922500 NRtT 4 1a36 IbP $~'!875 , - . :999'2500 SGR .999~12500 GR 2.5000 NCNL t5,5313 -999.2500 ClLI -999.2500 FVU -999,2500 -999.2500 NPMI -999.2500 FCNL -999~2500 -999.2500 -999~2500 NRAT 3,8047 92;5625 GR -999,2500 SGR -999,250O GR 2.453! NCNb 17,I250 GR -999.2500 CALl -999,2500 FYU -999.2500 bLS -999~500 NPHI -999,2500 FCN5 -999~2500 RNRA -°99 250n NCNL -999,2500 NRAT 2,4766 !LD 90,0000 GR '999,2500 SGR '999,2500 GR 2,3535 NCNb 13~8672 GR 999.2500 CALl 76 oo00 -999 2500 -9992500 27i~0000 7 8750 -999~2500 .9991[~2!500 -999 2500 -999 ~500 9:9,2500 999~2500 :999~2500 4 6!7 v5 375 -999 2500 -999 2500 2448 0000 -999 2500 -999 2500 -999 2500 '999 2500 -999 2500 -999 ~25:00 -999 2500 '999~2500 3 8027 -999 2506 -,,999 2500 -999 -999 -999 -999 -999 ~999 -999 -999 0000 4375 2500 2500 25OO 2500 2500 2500 2500 25O0 2.!660 2999,2500 999~25~0 2662.0000 -999'2500 OHPT SP T~4 0~.? NPHI FCNf, NRAT EATT ORHO_ NDHI FCNL SP ~HC, R CGR NDH ! FCN L NRAT EATT RXO DRHC, FCNI, R~3RA -9q9.2500 'PPI: .oqq "2 % (~ 0 ..',,',. S t-,' r -999.2500 -99q,2500 - 999. -qqq '250n Di,~14,"i .... . - _ , .... -999.2500 CAf,f -999,25o0 7000, ()() 0 0 SV[,U -55.031] -999.2500 UT 36.7676 531,5000 PEF 3,365~ -999,2500 TPL -999.2500 CALl -099.2500 -999.2500 GR -999. 2500 -999. 2500 CALl 6900 ()f)00 SFI,U -57!5313 GP -999 2500 (IRA ~i -999 ~.500 DT 30 ~ 3P. 23 f)~HF~ 636,0000 PEF 3,031.~ RP~RA -999.2500 TPf., -999.2500 ~4SFL -999,250o CALl -999 2500 RHO~5 999~2500 GR 9,2500 DRHO -999,2500 6890 0000 S F [., t.~ -..0;3125 -99q,'250() -999,2500 DT 774~5000 PEF -999~2500 TP[, -909.2500 -999.2500 C~[.,t -9~9.2500 -999.2500 - 999,25 U o -999. _P. 500 FVD -909,250n LbS -999.2500 -9q9.2500 -999. 2500 ~RAT -999. ~500 -999.2500 3,~535 63.0000 DT -999~2500 DTL -0.0024 RHO~ 2.4688 C~L! 3 81H4 GR -999: o5 -999,2500 LLD -999,2500 -9q9 25nn -900:2560 -999 2500 RHOH -999~500 5 2695 5911875 DT -9qq 2500 -999 2500 DTL -0.0078 R~O~ 2~5039 CALI 3 40~2 GR -999:2500 FVD -909,2500 GR -999.2500 -999,2500 -999 2500 RHO8 -999[2500 GR 3.7402 !b?~ 49,9067. BT -999.2,500 POTA -999.2500 DTL -0.02!0 RHOB 2.2969 CAL! 3,201'2 GR -999,2500 FVD q,2500 bbD .~oq. 2500 N~Nr. -999,2500 ~iRAT -999.2500 RHOR -999.2500 -999.250o -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 3,5742 86,3750 -999.2500 -999.2500 2,4!21 t2,8594 -999,2500 :999.2500 -999,2500 -999~2500 -999 2500 '999,.500 '999,2500 2,9316 89,0000 999,2500 :999;2500 2,3594 14,0859 '999,2500 '999.2500 '999,2500 '999'2~00 '999'2500 '999~2500 '999,2500 '999,2500 2 132R -q09,2~o0 2 3125 -999o2500 _ -999,2500 -999,2500 -999,2~00 .0gq 2500 ,2500 -999,2500 FVU FCNL ~C~L NRAT ILO GR SGR GR ~CNL GR CALl FVU NPHI FCNL RNRA ~CNL NRAT GR GR NCNL GR CALl Fvu NPHI FCNL RNRA MCNL NRAT ILD GR SGR GR NCNb GR CALl FVD LbS NPH-I FCNL RNRA NCNb :999,2:500 ,999'2500 19.99;2506 ~999,2500 999i:~500 2999;2500 999,2500 3,4297 63.0000 -999 2500 -999 2500 2030 0000 64 93!75 -999 2500 ~9992500 :9092500 9~9,2500 :999,2500 99912500 -999 25OO -999 2500 2 6133 -999;2500 2168,000o 62;~75~ ~999,2500 -999 2500 '999 2500 999,2500 .999,~500 ,999'2500 I 8096 49<9062 -999 2500 -9'99 ~500 2480 0000 59 6~75 -999 2500 -999 215:00 -999 ~500 '999 2500 -999 2500 '999 25:00 -999 2500 O0~g'666- L896'~g 005g~6.66' 00~g'666' 00Sg'666- 00Sgs666- 00gg'666' 00~E~666- 00S~666- O0§g,666- O000'gO§g 00~g:666- 00~g 666- O0~g 66 00~'666- 00~666- 00~'~666- 00~ 666' O0~Z 666' 00~ 666' 0000 00~ 666' 00~ 666' ~9~ 6£ 00~s666' 00~s666- 00~Z'666' 00~Z'666' 00~!666- 00~g 666' O0~g 666' 0000 ~ O0~g~6 00§~666- 00~g'666' qNDN flA3 Iq~3 ~D qND3 IHdN ~D qNDN ~9 ~D qND~ IHdN 9qq 8D qND~' ~D 00~'666- 5L8I'98 ~£0'% O0~Z'666- O0~g'666- O0§g'666- 00§Z~666- 00~ 666- O0§gs666- 00§g'666' 8£60'~1 00~g'666' 00~g'666- 00§~'666- O0~g,666- O0~g'666- 00~g,666- oos~'666- uo~g,666- 609~,~ O0~g~666- ~Z9~'86 00§g'666= 00~'666- 00~g'666- 00§~666- 00QE'666- 00~666- IBLO'~ 00~'666- oo~5'fi66- ~9~'L6 00~'666- V&Od O0~g'666- l(] L896'P~ dD O0~E'666- ~OH~ OOgg'b66- i¥~N O0~g'666- qND~ ~D 00Bg'666- ~O I'l~O qig O0~g'G66- LO ~"ii 9L~'£ a9 00§g'6o6- ~0~ O0~g'666- iv~q OOgg'6o6- O0~g'666- On~ OOgg'666- aD OL~6~E ~i, 0d OoSg'6b6- ~D O0~g'666- q~D~ 00Sg'6~6- ~9 O0~g'666- Oqq OOgg'a66- qA~d 00~g,666- _ VitJd 09Sg'666- ~0 SLE6'gs dD i'i ~ 2) 0 oq g ' 606'- q aD -999.2500 32, 1777 ~, 1'797 -999,250n -~09,2500 -g99.2500 -o99.2500., -999,2500 ~!o0 0o00 $ ¢ [., i.., 47:2~13 -999.250n ~.')T 719.0000 -999. 2500 -999,2500 -9~9.2500 C~[.. I -999'2500 -999,25t)0 I? -999.2500 CALI -999. 250O ~50.5313 -999.2500 -999.2500 35.q375 583.0000 3,3~09 -90g,25~0 -qgg.25GO -999.2500 -999.250{) -999,250n -999,250(? -ggg.2500 -999.2500 PT 0 R H 0 CALl {-)p H [) C~.LI SF'L~ {)PHC PEF i . ._ 61 ¢) 0. o0() F, -21.28!3 -gq_'q. 2500 -999. 2500 34.0332 61 I. 5O00 3..~ -9q9.2500 -99q.2500 DTL 4.7109 C~LI ] 67.38 999 ~500 -999.2500 -999.2500 -999.2500 -999.2500 -999,2500 Ga 2 ~9~4 ILM -999.~500 PQTA -999.2500 DTL 0.06~g 214512 CAG! 3.4&68 -999.2500 FVD -909.2500 -999.2500 GR ~999,2500 -999.2500 NRgT -999.2fi00 -999,2500 2.9160 55~7188 o'r -999.2500 POTA -999.2500 DTL -0.0!8! RHOB 1.9834 CALl 3,8965 -999.2500 FVD -9~9,2500 LLD -999.2500 GR -999:~500 -999.~5oo -999,2500 2.7402 65.8750 UT -e~9 2500 -699: 2500 DTL 0,0234 2.6602 CAL1 3.6953 -9q9,2500 FVD -999.2500 LLO -999.2500 GR 2,591~ NCNL 14.9687 GR -999,2500 CALl -999'2500 FVU -999.2500 -999.2500 NPHI -999,2500 FCNL -999,2500 RNR~ -999,2500 SC~L -999,2500 2.6172 ILO !02,3750 GR -999.2500 -999,2500 GR 2 4043 NCNL '999,2500 CALI -999,2500 -999.2500 bLS -999.2500 ~PHI 59 25oo 2999,25oo NCNn 999.2500 NRAT 2 36t3 ILD ~07~i~75 -999.~500 '999;2500 GR 2.2~46 15;2656 GR -999,2500 C~LI -999,2500 FVU -999.2500 -999,2500 NPHI '999,2500 FCNL -999.2500 -999.2500 NCNL -999,~5'00 NRAT 2.9453 IUD t05;0000 -999.2500 -999,2500 GR 2.3~48 NCNL i7,5938 GR -999.2500 CALf -999'2500 FVU -999.~500 bLS -999,2500 325~,0000 . 61,5-313 .999;2500 ~999,25oO ~99,2500 .999,~500 -999,2500 -999~2500 2 4922 6O lc?5 -999 2500 '999~500 2494 0000 71 8750 -999 2500 -9:99 2500 -999 ~500 -999 2500 -999 2500 -999 2500 -999 ~500 -999 ~500 2,1465 2999,2500 999'2500 2272,0000 . 55'843? .999,2500 999'2500 -999'2500 ,999,2500 .999,2500 2999'2500 .999'2500 -999~2~00 65 8750 -999 2500 -999 2500 2260 0000 70 4375 -999 2500 ,999 ~$00 -999 2500 ~XO -9q9,2500 C.AL[ )R H_F) -q99,,2500 :ALI -999,2.500 ~,~ -999,2500 ~HOP -999,2500 IIRA~ ~GR -999,2500 DT ~PHI -~9q,~500 ~CNL -999,2500 PEF ~ATT 290922500 TPb ~PHI 999 2500 MSFL ~.×o :999:~soo c~ 3RHO -999,2500 RHO~ : ux -9 9.2 oo R~R~ -999,2500 3SPT 5900.n000 ~P -37.5113 rH~R -999.2500 ~GR -999.2500 DT gPHI -999 2500 FCNL -999]2500 PEF ~RAT -999°2500 EATT -999.2500 TPL EPHI -999 250{.) MSFL RXO -999~2500 CAT,~ QRHO -99g.~500 RHO~ ~hbI -999,2500 GR gPHI -999.2500 ~CN~ -999.2500 CALl R~RA -999,2500 DCPT 5~00 0000 SP -82:3125 GR ~HOR -999.2500 CGR -999.2500 DT NPHI -999,2500 DRHO FCNL -999,2500 PEF NRAT -999,2500 ~ATT -999.2500 ~PHT -999.2500 ~SFT, RXO -999,2500 CALl DRHO -999.2500 RHO~ ~'AL1 -999.~500_ . GR NoHI -999,2500 FCNL -999.2500 CALl RNRA -999.2500 -999. 2500 GR -999,2500 NCNb -99.9.2500 ~.iRAT -c~99 ?500 RHOB 3.1504 IL}~ 5!.7813 DT -999.2500 POTA -99n,2500 ~TL -999 2500 RHOB '999,~500 '999,~500 -999,2500 FVD -999 2500 bbD -999:2500 GR -999,~500 NCNB -999,2500 NRAT -999 2500 RHOB -999'2500 3.1562 50.7500 DT -999,2500 -999.2500 DTL -999.2500 RHOE -999.2500 C~L! -999.2500 · '999,2500 FVD -~q9 2500 LLD -~69225oo -~99:2soo -999~2500 '999.2500 GR 5 3!25 DT -999'2500 -999.2500 OTb -999.2500 RHOB -999.2500 CAL! -999.2500 GR -999,2500 F¥D -999.2500 -999,2500 GR -999.2500 NCNL '999,2500 NRAT '909.2500 RHOB '999.2500 GR '999.2500' '999.2500 FCNL -999'2500 '999,2500 -999~2500 2.6699 tI'0~3750 -999,2500 '999;250/0 -999.2500 -999'~500 -999.2500 -999,2500 2999;2500 99:9'~500 NCNB CALI .~999,2500 F¢Nb 999:~2500 RNRA 2999,2500 uC~b ~999~2,500 NRAT · . : 2,3320 109;!750 -999,~5o0 '999;12500 -999,2500 '999~2500 -999,2500 CAhI -999,2500 Lb8 "999~i~5!00 NPHI '999~2500 FCNb '999<~i~500 :999'2500 NCNB 999;9500 NRAT 1.9so2 I05~:3:750 GR -999'2500 SGR -999~2500 GR -999,2500 NCNL ~999,~2500 GR' -999.~500 CAbI -999,2500 -999'2500 '999,2500 -999.2§00 9oq,250o bbs ~P~I RNRA NCNb NRAT -999-2500 '9~9,2500 1999;2500 . 999,2500 -999:' ~:5:00 2 -999 "999 -999 .,999 -999 .999,1 -999 -999 -999 ---999 "'999 5273 ,2500 2500 ~0o ,25OO >2500 ,2500 ::25:00 2500 2500 2500 2500 2. 2 50~ -999~ '999~ '99,91 -999, -"'999 "99'9 '999 :999 ' 999 ]242 ,?5OO 250O 2500 2500 2500 2500 2.500 2500 2500: 2500 -2500 2500 -2500 tHOR NPHI PCNI, N RA'F gATT BPHI D~HO C~DI FC~L R~RA DEPT THOR CGR NPH? 5700. (') 000 -%7,2H 13 -999.2500 -qq9.250n -999.2500 -999, 2500 -999,2500 999:2500 -9~9. 2500 -999,25O0 -q99. 2500 -999,2500 5600, t) C) ('.' 0 -41.0313 -999.2500 -999.2500 DT -999 2500 -q99:2500 -qq9.2500 -999.2500 TPL -q99,2500 -999. 2500 CAI,! -Q99 2500 -99q, 2500 f)~HC -999,2500 CAI_,I 5500.00o0 SFILU 106'3125 GR '-999: 250o -999.2500 DT -999.2500 -999. 2500 PEF -999.2500 9q9 2500 -999.2500 CAb~ -999,2500 Ri4[J~ -999.2500 GR 999 2500 2999:2S0o CALl 51008]:5625000G' GR':'°~'I'lJ' -999.2500 liRA?; 9q9 ~ 2500 oPHO 2,5215 73.7500 -999,2500 RHO? -999.~500 CALl -999 25O0 GR -999:2500 -9'~9.2500 GLO -999i2500 GR -999,2500 ~C~[~ -999.2500 -999,2500 -999.~500 2.9707 !l,a 6415000 DT 9 25O0 -909.2500 -999.2500 CALI -999.2500 -909 2500 FVD -909:2500 -999,2500 -9~9,2500 ~!CNL -999,2500 NRAT -999,2500 -999.~500 GR ,8750 II_,M 3 .1~75 DT -999,2500 POTA -999.2500 DTL -999,2500 RgOg -999.2500 CALl 99.~500 GR : 9. soo -999,2~00 bbD -999.2500 GR -999 2500 NCNL -g~9:2500 MRAT -999,2500 RHOB -999.2500 GR 3.6172 44.3438 DT -999.2500 -999 2500 DTL -9qq~2500 F!HOH 1I t~75 GR -999,2500 -999.2500 -999,2500 NCNb -99912500 GR -999,2500 CALl -999,2500 FVU -q99,2500 bLS -~99,25o0 -999 2500 -99912500 :g99 2500 ~c~t~ _99:2500 NRAT 3.3789 1!3.0000 GR -999,2500 '999,2500 GR 12soo -999 2500 CALl '999:2500 FVU -qq9 2500 - 99: 5oo -999,2500 ~CNL -999i.2500 RMRA -9§9,2500 MCNL -999.2500 NRAT 1 5723 IhD ot:ooo GR -999.2500 SGR -999~2500 GR ~CNL -999.2500 C~LI -9q9.~500 FYU -999.~50o LbS -999,2500 FCNL -999~.2500 R~RA -999,~500 NCN5 -999.2500 N~AT 2.6563 109;7500 GR -999.2500 SGR -909;:2500 -999,2500 NCNb 2 7344 73 7500 -999 2500 -9991~500 -999 2500 ~999 2500 -9g9-2500 -999 ~2500 -999 2500 ~999] ZLO0 -9992500 -9992560 -999~2500 -999 ~500 . 64;5000 .999;2500 ._999~500 ~999,.~500 .,999~500 -999.2500 999){500 -999,2~00 -999~2500 292o -999,25O0 :999,2500 ~999, 2-500 -999 2500 -999~500 -999,2500 -999,:250'0 :999'2500 999:.;:2500 -999'2500 "'999~:2500 .999,2500 il:.] i[~[q--I~ SP NPHi FCNL ~£PHI DRHO CALl FCNL SP THOR NPH] FCNL EATT ~PHI RX 0 DRHC= 5390.000(~ SF'I_,IJ -999,2500 D'P -q99,250n -999.2500 -909,2500 -q99.2500 TPl, -9~9 2500 -999~2500 CAI,Z -g99. 2500 -9~9.2500 -999,250~ -9~9,2500 CALl -999,2500 52.00 0000 -999.2500 TiT -9c~9,2500 DR a,'n -999.2500 P~ -gqq.250n -999.2500 TDI, -999.25('10 !999i250() CAb' -9q9 2500 999 2500 Gl>,. -999,2500 -gqg.2D00 (TALI -9q9, '..9,50,1) 5!00,00 O0 $ Fi,U 52.5313 -999 2500 -999~2500 D'I' -99q.2500 -999,2500 PFF -q99.2500 TPL -999.2500 -9q9,2500 -999.2500 CALl -999.25o0 -999.2500 FVD -999.2fi00 bLD -999°2500 -909.2500 ~RAT -999.2500 -9q9.2500 GR ~1,3750 DT -999.2500 POTA -909.2500 DTL -9~9,2500 Rt~g -999.2500 CALl -999.2500 GR -999.2500 FVD -999.2500 LLD -999.2500 GR -999.2500 ~CNL -999.2500 NRAT -999.2500 RHOP -999o2500 GR 5.0O39 56.0625 DT -9o9.2500 PUTA -999,2500 DTL -9~9,250~ PNOO -999.2500 CALl -999.2500 GR -999,250¢? FVD -999.2500 LAD -999.2500 GR -gqg.~500 ~CNL -9~9.2500 ~RAT -999.2500 -999.2500 GR 6,0859 !bM 56,0313 DT -999.2500 POTA -999,2500 DTL -999.2500 RNOB -999,2500 CALI -909.2500 GR -999 25O0 FVD -999,250O GR -999.2500 GR -999.2500 CAL! -09912500 FVU -999,2500 bLS -999.2500 NPH! -999.~500 FCNL -999,2500 RNRA -999,250~ NCnB -999.2500 NRAT 3.1777 ILD 112,5625 GR -999.~500 SGR -999,2500 GR -999,2500 NCNL -999,2500 GR -999.2500 CALl -999~2500 FVU -999,2500 bLS -999.2500 NPH! -999.2500 FCNL '999~2500 RNRA '999.2500 SCNL -999.2500 NRAT 3.7480 IbD !05.0000 GR -999.2500 SGR -999,2500 GR -999.2500 NCNB '999.2500 GR '999.2500 CALl -999.2500 FVU -g99.2500 bLS -999~2500 NP~I -999.2500 FCNL -999,~500 RNRA -999,2500 NCNL -999;2500 NRAT 4.4297 ILD I00,7500 GR -999,2500 SGR -999 2500 GR -999~2500 NCNb -999,2500 GR -999~2500 CALI '999.2500 FVU -999,2500 LbS -999,2500 N'PH! -999,~500 FCNL -999.2500 i999'2500 g99~2500 999,2500 999~2500 -999'2500 -99 2500 -999'2500 3,0410 ~1;]750 -999;2500 -999~2500 -999,2500 -999'2500 -999'2500 -999'~500 -999~i~500 -999;2§00 -999,2500 -999,2500 -999;:2500 3 7500 56 0625 -999 2500 -999 2<5,00 -999 2500 '999~2500 '999 2500 ~999 2:500 .999 2500 -999 ~500 -999 2500 -999125:00 -999 2500 -999 4,0781 . 56~o313 ~999.2500 :999; 2.:5oo .,-.gg9e25:00 -999;2500 '999;2500 -999;2500 '999,2500 -999.2500 CAb? DFPT %000,0000 SFL!] -51.031 3 (;R -999.2500 [IRA!'~ -9~9.2500 OT -999.2500 PFF -qqq 2500 R~, ~A -999: 2500 q'PI, -qo9 250<) ~'iSFL -999:2500 CALI -gqq,~50n RHO~ -9q9,2500 (]~ -9q9,2500 iq'NO -q99.2500 CALl -999.2500 a 9()0.000 n :S -52,53 l 3 -999,2500 DT -999,2500 -gq9.2500 -9q~,25{)~ -999. 2500 TPL -qqg. ~50n -qq9,250~ CAL'[ - 9 o 9 250 ~ .., . ~ ...... -999. 250a GR - 9 q 9.2500 D -999,2500 C{LI -999. 250~ -102 5625 GR -99q.2500 DI' -999. 2500 -9Q9,2500 PEF -999.2500 RiqF'. A -9gq. 2500 TPL -999.2500 -999.2500 CD.L~ -999,2500 -~99 . 2500 -999,2500 4. 7 O, 0, O. O~ 00 ,..q F T,', .i -g99.~500 - q q q 2500 .~ . _. ~ - -999.?.500 4,1250 69.6~50 DT -9q9.2500 -999.2500 DTI, -999.~500 -999.2500 CALl q9 2500 GR : 922soo -999. 2500 bUD -999,2500 GR -999,2500 NCN[, -999.2500 ~RAT -999,2500 RHOB -999,2500 GR 4.8242 6222500 -9gq 2~00 F'~TA -999,250o DTL -999,2500 RHO~ -999,2500 CALI -999,2500 GR -9~9,2500 F'VD q99,2500 [,LD ~999.2500 GR -9q9,~500 N~AT -9~9 , 2500 RHOF: -999 . 2500 GP 5,2]83 43.2500 DT -999,2500 POTA -909,2500 -999,~500 -999,2500 CALl -gq~ 2500 -999'2500 FVD -g99.2500 LLD -99~,~500 GR -999,2500 -999.2500 NRAT -999.2500 RNO~ -999.2500 GR 2.1fl95 !'bM -999.2500 RNRA -999,2500 NC~L -~99,2500 ~RAT 3.9~53 ILD - 99 2500 '999,2500 NCNb '999,~500 GR -999,2500 CALl -999.2500 FVU -999,2500 LbS -999,2500 NPHI 999 250 ~C~_f, -999~250~- RNRA 999,2500 NCNb :999,250o 4.5078 ILD 112,5625 GR -999,2500 SGR -999i2500 :999~2500 NCNb 999~2500 GR -9~9 2500 CALI -9~9:2500 -qgg 2500 -~99:250~ NP~I i~o 2soo -999,2500 NCNb -999.2500 NRAT 2.5098 IbD i09~3750 GP -999.2500 SGR -999~2500 GR -999'2500 N~NL -999~2500 GR -999.2500 CALl -999.2500 FVU -999.2500 bLS -999,2500 NPHI -999,~500 FCN5 -999,~500 RNRA -999,2500 NCNb -999,~500 NRAT 2,68!6 lSD 99 25O0 -~99 25OO 3 9609 69 6250 -999 2500 -999 25:00 -999 2500 -999 2500 -999 2500 -999 2!500 -999 2500 -999 2500 -999'2500 -999,25100 -999.~500 ~999~2500 4,6484 62;2:500 -999'2500 ~999'2500 .~!9 22506 999~2500 999,250o _999,~5o0 ,999,2500 2999;2500 ~999.2500 ~999,2500 .,.999i2500 2,t543 43;2500 -999,2500 :999~2500 _999,2500 ,999,250. 2999~2500 .999..2500 -999'2500 :999,2500 :999.2500 -.999;2500 "999,2500 3,0469 -3P -57.2H13 Git ['HOp -999. 2500 2GR -999.2500 DT P~NL 2999.2S00 PEF '~RAT -9qg,25nO ~ATT -999.2500 TPL ~PH~ -o99.2500 RX0 -999.25O0 CAL~ }PNP -999.2500 PHOP, ~Abl -999.250o ~PHI -999,2500 ?CN[, -099.2500 ~NR~ -999. 2500 DEPT 460 SP ~HOR -99 CGR -99 NPHI -99 FCNb -99 NRAT -99 ~ATT -99 EPH! -99 RXO -99 DRH© -99 CALl -99 NPHT -99 FC~L -99 RNRA -99 0.000 3.906 9.250 9,250 9 250 9 250 9 250 9 250 9 250 9 250 9 250 9 250 9 25O 9.250 9,250 DEPT 4~00 THOP -999. CGR -999. NPHT -999. FCN[, -999. NRAT -999 EATT -999! EPH! -999 RX0 -999, ORHO ~99, CAb! : 99. NPH[ 'gq9e FCN[, '999. R~RA -999. 000 25O 250 25(_) 250 25O 0 2.50 ~50 250 D T r)RHO TPL CAI:! P H 0 P, GR CA),I DEPT 4100,O SP R.3,O THOR 909.2 CGR -999.2 NPN! -~99.2 FCN!. -999,2 NPAT -909.2 0 (30 000 500 500 00 50O 500 n~ F) [{ N o PEF P i'.4 R A 73.4375 9T -999.2500 POTA -999.2500 -999,2500 -909.2500 CALl -999.~5oo -999.2500 FVD -999.2500 LLD -999,2500 GR -999.2500 NCNb -999,2500 NRAT 99 2500 RHO~ 5.4570 !bM 62,1875 DT :~99 2500 POT~ 99:2500 DT~ -999.2500 RNOB '999~2500 CALl -999.2500 GR =999.2500 FVD -999.2500 [,LD -999~2500 GR 99,2500 NCN[, 2 9. 5oo -999,2500 RHOB -g99.2500 GR 6.2969 IbM 58;093~ PT -999.~500 POT~ -999.2500 DTL -999:2500 CALI -999.2500 -999,2500 FVD -999.2500 -999;2500 GR 999~500 2999.2500 NRAT -999.2500 RMOB -999.2500 GR 5.2656 IbM 4B.9375 bT -909.2500 POTA -999.2500 DTb -999.2500 RHOB gq 2500 CAbI 125.1875 GR -~99 250~ ~q,2500 GR -999,2500 NCNb -999.2500 GR -9-99.2500 CALI -999~2500 FVU' -9~9 SO0 RNRA -999,2500 4 4922 '999.2500 '999~2500 :999 §00 :999 2500 999:2500 -999,2500 '999'2500 -999,2500 -999i2500 -999,2500 -999.~500 t08'7506 -999.2500 -99912500 -999;2500 -999'2500 '999.2500 -999;:2500 :999,2500 ,999.250~ 2999,2500 999,2500 -999.2500 -999.2500 2,4512 116 0000 -999:2500 -999~2500 -999:2500 -999,2500 -999,2500 GR SGR GR -NCNb GR CALI FVU LbS NPH! FuNL RNRA NCNb NRAT ILO SGR GR NCNb CALI bbs NPH! FCNL NCNb NRAT GR GR GR 7] 4375 -999i2500 "999:2500 2999;2500 '999'2500 -999~500 -9!99~.~:§00 .999;2500 -999-2500 2999,2500 :999'i25:00 =999'2500 4,2!48 . .999,2500 .i99i9:'12:~00 :999,2500 "999;2500 '999~2500 -999':;2500 '999~2500 :999~:2500 .,999~2500 -999;2.500 ~999,2500 · .999,2500 - 99'91 -999 :999 999 -:999 :999 , 999 -999 "~999 -999 .999 2 5 O0 25.00 ,2500 ,2500 2500 2500 2500 2500 2.1758 48~9375 -999,2500 ~999'2500 :999~,2500 999,2500 ~PHT ~×O ~PHT rCN[. D~PT SP THOP NPHI FCNL NRAT EATT EPh'! RX0 C~L! -999,2500 TPL, -9n9,2500 -q99,2500 -999,2500 -999. P500 -q99.2500 -999.~500 -999,2500 4300.0000 S~LU -62.468,9 -9~9,250C) -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 TPL -ggg. 2500 -999.2500 -999: 2500 -999.~500 DRHO -999.2500 -999.2500 4200 0000 -56.2187 -999.2500 -999.2500 DT -9q9.2500 -999,2500 -999.250;) -9q9.2500 -999.2500 -999,~500 CALI -999.~500 -999'2500 GR -999:2500 -999,2500 CA[,I -909,2500 4100 0000 -93:7500 -999.2500 -999,2500 OT -099'2500 -99912500 -999.2500 -999,2500 TPL -999.2500 -999.2500 CALI -999,2500 RHO~ -~99.2500 -_99.2500 DRHO -999.2500 FVD -qqq 2500 LLO . '25oo -999.2500 bCNL -999.2~00 NRAT ~ 4336 ILM -999,2500 POT~ -999 2500 RHO~ -999:2500 CALl -909.2500 GR -999~2500 FVD · -999.~500 LbO -999.2500 GR -999 2500 NCNb -999:2500 ~RAT -999.2500 RNOg -999.2500 GR 3.9609 62.093~ DT ~.999!2500 POTA 9q9 2500 DTL 999 '2500 RHOB -999.2500 C~.LI -909.2500 OR -999,2500 FVD -99Q.2500 -9q9.2500 GR -999. 2500 NCNL 999 4,4609 49.4688 DT 99 ~500 : 9 :2soo -999. oo =999.2500 CADI -~99,2500 - gg,2500 FVD -999.2500 LLD -999,2500 -99q,2500 NCNL -999,2500 MRAT -9Q9,~500 PHO~ -999.2500 -999.2500 '999;2500 :9~9,2500 9~.9~2'500 :999,250o ,999~2500 4,0078 113.0000 -999.~500 -99962500 -999,2500 -999,2500 -999.2500 -999,2500 999.2500 99-9.2500 -999 2500 -999' 2500 -999 2500 -999 2500 3 6699 117.7500 =999 2500 -999 2500 9 ,,2500 -999 2500 -999.2500 2999,250o 999,2500 -9Q9,250o -999,2500 -999 25OO -999 2500 NPHI FCN[, MR~T GR SGR GR NCNb GR CALl FVU LbS FCNb NCNb NRAT lbo GR NCNb CALl FVU NPH[ FCNL RNRA NCNb MR;iT 2,2852 ILO !2310000 GR .9o~,2500 -999,2500 GR '999.2500 CALl -99912500 FVU -999.2500 LbS -999~2500 NPHI -999.2500 FCN5 -q99;~500 RNRA -999, 560 NCNb -999, 2:500 '999~2500 -999;2500 :999,2500 ,.999 ~ 25:00 -999; 250.0 -999 ;~2500 3.6758 66 0625 -999 2500 -999 2500 :999 2500 · 999 2500 :o 9 2500 ,999 250-0 -999 2500 -99-9 2500 2999 2500 ,,,999 2500 -999,2500 -999 2500 3 4668 62 0938 -999 ·2500 -999~250'0 -999 2500 -999 2500 -999 250O ..99 2500 .99~ 2500 2500 -999 2'500 -999;2500 -999,~500 2,,0!56 49.4688 -999 2500 -999 2500 -999 2500 -999 250O -999 250O '999 2500 .999.2500 2999;25_0 ,,999~2500 -999;2500 FCN[, R~JRA DEPT THOR NPNI NRAT EATT RXO DPHO FCNL RNRA DEPT SP THOR NPHI FCNL NRAT GATT EPHI R×O DPHO CALI NPHI DEPT $? THO? CGR NPHI FCNT., NRAT E~TT EPHT RXO DRHO CALT FCNL R*~RA FHOR -999.250(} CAL,'[ -099.2500 4000.~000 -~4.9~44 -999.25oo URA~i -999,~500 -999,2500 ORHO -999.2500 PEF -999 2500 -_99:2500 C.~LI 99q.2500 :9q9.2500 2999 250(]) DRH[) 909:2500 CALI -999.250() 3900 0000 SFL!; -4.8:5313 GR -9q9.2500 URAW -999.2500 0~ 999 2500 DRNO -999.25C)0 R~RA -999.2500 TPL 999,2500 MSF[, 2999.2500 CALI -999.2500 GR -ggg 2500 DDHO -099~2soo c~Lr -gQ9.2500 ]H00.0O00 -54.3125 GR '000.2500 tlRA~ -999.2500 DT -999.2500 -999 2500 P~F -999:2500 R~RA -999,2500 TPL -999,2500 -999.2500 CALI -999.2500 -999.2500 -999,2500 i)RHf~ -999.~500 -999.2500 3700.r;000 -75,5625 GR -909.2500 -999.2500 GR 2.695] !L~ 74."2~00 DT -999i2500 -999 2500 DTL · 09 2500 RHOO -999.2500 GR -999,2500 FVD -999.2500 BUD -999.2500 GR -o9q 2500 -99~:2$oo NRAT '909,2500 RHO~ -999.2500 GR 2:.~2~6 ILN 62 t_88 DT -999.2500 POTA -999,2500 DTU -~o9 2soo RHO~ -9(~912S00 CADI -q99,2500 GR -999,2500 FVD ~9q9!2500 !,LO 999 2500 GR 999 2500 NCN[. '999.2500 NRAT -999,2500 RHOE '999'2500 GR 3.!211 !bM 59.5313 DT -999.2500 POTA -999,2500 DTL -999 2500 RHOB -999:2500 :~99.2500 99.2500 PUD -999,2500 bbP -999o~500 -~99,2500 -_99.2500 NRAT -999.2500 -999i2500 2.6739 IL~ 57,1562 DT -999.~500 POTA -.99.2500 NRAT 2,6270 !LD t37.7500 GR .~99,2500 99.2500 GR' 1999 ~5oo NCNb 99~12soo GR -999,2500 CALI -999,2500 FVU -999,2500 LbS -999'2500 NPHI qq 2500 FCNL 99,2500 RNRA -999,2500 NCNb -999,2~06 NRAT 2 1562 ILD :999.2500 SGR -99 2500 NCNb -999~2500 GR -999,2500 CALI '999.2500 FVU '999.2500 5DS -999'~500 NPHI -999,2500 FCNL '999.2500 RNRA :999'2500 NCNb 999~2500 NRAT 2,5215 !LD 122'7~00 GR -999.2500 SGR -999~=2500 G~ :999.2500 NCNb i999'2500 GR ~- -999.2500 CALI '999;12500 FVU -999,2500 LbS -999.2500 NPHI '999,2500 FCNb -999,2500 RNRA 999,2500 NCNb :999.2500 N~AT 1,9502 ILD t24,0000 GR -999,2500 SGR -999,2500 .7969 -999 2500 '999 2500 -999 2500 '999.;12500 -999 2500 -9991:2:500 2999,2500 .999, ~'500 -999i2500 -999i2i~00 :999,2500 999.~00 2,0801 999,2500 :999 ;:2:500 '. 999~ 2500 "9991 2'500 -999 2500 ~999 2500 -999 ~500 -999:2500 ,-999 2500 .q99,2500 :,9 9:9; 2:SO0 2,5430 2999'2500 :999:~j250:0 ~999'2500 ~999':~5;00 ..999~2500 ~999~2'500 -999,2500 '999'2~00 -999'2500 :999,2soo :9~9'2500 ,999,25o0 1,8955 57,1562 -999'2500 ~PH? .._.ATT ~PH? ~_YO .'ALI {'CNL ~-,'~ R A D~iPT -~GR NPHI FCNL NRAT EATT EPHI RXO DRHO CALI NPHI FCNL SP THOR CGR NPHI FCNL NRAT EATT O]O,H02 V~:R!FICnTIO. F.i -999.2500 DT -~q9.2500 =999,~500 -999,2500 -999.~500 TPL -999,2500 gSFL -999,2500 CAb! n99 2500 2909:2500 -999,2500 '999,2500 CAI, I '099,2500 3600 '46 '999 '999 '999 '999 -999 -999 -999 -999 -ggg -ggg ,0000 4688 OR 2500 2500 Ot 2500 9RHO 2500 2500 R~iRA :2500 TPL ,2500 t~SFL 2500 CALl- 2500 RHOB 25O0 GR 2500 ORHO 2500 2500 63 -999 -9gg -999 -999 -099 -999 -999 -999 -999 -999 -999 0000 [4375 GR ,2500 [JRAq .2500 DT .2500 DRHO ;2500 P£F ,2500 RHRA .2500 TPL .2500 t4SFb ~2500 CALl ,2500 RHO~ .2500 2500 DRHO '2500 CALl ~ , ,2500 3400.0000 SFI, U -73.0625 GR -009.2500 URA~] -999.2500 i)T 999 2500 DRHO -999,2500 R~RA -999,~500 TPL -9q9,2500 i4SFL -999,2500 DTL -909,2500 RNOB -999,2500 CALl '999,2500 GR '999.2500 FVD -999,~500 '999~2500 Ga -aa9 2500 N'CNL -~9:2500 NRAT -999.2500 RHOB -999.2500 GR 3 4180 IbM -999.2500 POTA -999,2500 DTL '999,2500 RHO~ '999.2500 CAbI :~99,~500 GR 99, 500 FVD '999,2500 LbO -999.2500 999 2500 NCNb 299922500 999 ~500 RHO~ :999:2500 GR 3 0469 IbM . 60,2813 DT -999,2500 POT! -999,2500 DTb -999,2500 PHOB '999,2500 CALI 999 2500 GR -999,2500 LbO -999,~500 GR -999,2500 ~4T -999 2500 RHOB -999~2500 GR 1 3350 4729~75 DT -999.2500 OTb 999,2500 RHOB .999,2500 CALI 909,2500 -999,2500 FVD ~9~,2500 -99'9,2500 -999.2500 '999,~500 -9~9,~500 . 9.2500 '999,2500 '999,2500 "999,2500 "999,2500 '999,2500 '999,2500 3 9492 115 0000 -999 ~500 -999 500 :999: 0 O0 2999 2500 999 2~00 :9992500 999.2500 :999 2500 29992 soo 999,2500 ~999.2500 GR NCNb GR CALl NPHI FC~L RNRA NCNb NRAT ILD GR SGR GR NCNb CALl FVU LbS NPH! FCNL RMRA NCNb NRAT 2,0117 ILD 1.24;3750 GR 999,2500 SGR .999~2500 GR : 9 . 5oo 99;2500 GR 999,2500 CALI :999,-2500 FVu :999,2500 LbS 999*2500 NPHI -999,2500 FCNL -999~2500 RNRA -999.2500 NCNb -999,2500 NRAT t,2'793 131,3750 -999.2500 -999.2500 -999.2500 '99 - .99~: 2500 2500 -999,2500 -99q,2500 ILD SGR GR NCNb GR CAbI FVU LbS -999,2500 -999.2500 -99'9.25O0 -999 2500 -999~500 -999-~500 -999_2500 -999 ~50 -.999..~5'09 -999.,2500 4~2891 :99'9,.2500 '99-9.,2500 -999 2500 -999-2500 -999 2500 '999~:2500 :999;~500 ,.999~]500 -999,2900 1~872! :999,~500 :099.2500 ,.,999~2500 ~999, 2-500 -999~2500 --999 2500 -999 2500 1,2021 ~999,2500 :999i2500 :999 ~,.2500 :999,2500 999; 250O -999,25-00 CAI, NPHI FCNL DEPT _ TH0~ CGR NPHI PCNb N~AT MATT EPHI D~aO CALI NPHT FCNL RNRA -999.2500 CALI -999. 2500 RROB -909.2500 GR -999.2500 OWHO '099.2500 CALt -999, 2500 3300.0000 -71.7500 GR g 25(')0 L{ R At,~ :990,250{) DRH~ 9'99.2500 PEF 999.2500 999 2500 TPG -9q9.2500 CALI -999.~500 -999,2500 -999.250O -999. 2500 CALI '999,2500 -q~9 25OO UPAt~ :999,2500 DRHO 999.2500 -999.2500 RNR~ -999.2500 TPL 999.2500 2999,2500 CALt -999,2500 -999,2500 999,2500 Da~f~ :999,2500 3100 0000 SFLU -95i4375 GR -909 2500 URA~ -999 2500 DT -999 2500 OPH~ -99912500 PEF -999 2500 R~RA -~99 2~00 TPL -999.2500 t~SF'L -999,2500 CAbl -999.2500 PHO[~ -999 2500 G~ -999:2500 DR[i(] -999.2500 CALl '999,2500 -909.2500 GR -999,2500 NCNL -999.2500 NRAT -999.2500 RHOE -999.2500 GR 1,8984 42.2187 DT -999,2500 POTA -999.2500 DTL -900,250o RHOP -909,2~00 CAb! .q~a ~ O0 GR '.goo -999 ~500 -999:2500 MRAT :999 2500 999:2500 1.9~97 ILM 38.4375 DT -999,2500 PDTA -999.2500 DTL -999 2500 -999:2500 CALI -999,2500 Ga -999.~50~ FVD -999.2500 LLD -999,2500 GR -999,2500 NCNL -999,2500 MRAT -999.2500 -999,2500 GR- 1 9033 IbM -~99,~500 P~A -999. 5Oo ~99 25 CAb! 999 250~0 GR'" =999,2500 FVD -9g9,2500 bbD =9q9,2500 GR =999 2500 NCNL -999:2500 NRAT -999,2500 ~MOB -999,2500 GR -999,2500 NPHI -999.2500 PCab -999,2500 RNRA 999,2500 NCNb :999,2500 NRAT 1.1914 140,7500 GR -999.2500 SGR -999,2500 -999 2500 NCNb -999:2500 GR :999.2500 CALI 999;2500 -999,2500 BLS -999,2500 NP'HI -999,2500 FCNL -999,2500 RNRA -999,2500 NCNb -999.2500 NRAT 3438 ILD -999 2500 SGR -999:2500 -999,2500 NCNb -999.~500 :999;2500 CabI .999,2§00 =999;2500 bLS -999.2500 -999.2500 FCNb -999,2500 NCNb -999.2500 NRAT ! ~395 ILD :999,2500 SGR GR :999,2500 .999,~500 NCNb -.999'2500 GR' -999~2500 CALI -999.;2500 FYU -999,2500 bLS -999'2500 NPMI -999.25oo :99 2500 CNb -99.9: 56o "999,250~ '999,2500 '999,2500 ~999 2500 '999:250'0 1,0859 42,2i87 -999,2500 :999.2500 ~999~2500 ,,999i2500 -999.2-500 -999~2500 :999;2500 .999'2:500 ~999,2500 :999~2500 ~999',2500 .999~-2500 38 ,-~ il,'/5 -999 ,2500 --999 ;2500 -999 2500 · ,-999 25.O0 -999 2500 -999'~ ~500 -999 2500 -999 2'-500 -999 2500 -999 2500 -999 2500 · -999 -~5'00 - 3 ~ ;0938' -999 2500 -999;.2500 .... 999;2500 -999 ~500 -999~500 '999~2500 -999.2500 '999~.2~00 -999 2500 -999 25O0 BY? ()l O.H02 VEPFKb'IC~TT('.)~': [, .[ c% !' !. f-: G PAGE ,9 k': P'T F'C.N f, EPH I DRH{) NPHI ~'CNL, DEPT $? TH&P NPH~ -;~1.6875 -999,2500 -999. ~5OO DT -9oq.2500 PFF -999,2500 -~99.2500 TPL - . 99.25o0 -099.2500 C.SLI -999.2500 -990,2500 -999,2500 CALt -999,2500 2c400,0000 5PT.l.i -62. 6250 -999,2500 l!~ b. h -999.2500 DT -C~99.2500 -999. 2500 PEF .qr19,250(.) '[' -{~99. 2500 -009. 2500 -999.250f) R F.' D P, -999. ~.500 -999. 2500 -9Q9o2500 CALI -099. 2~]00,0000 SFI,U -52.9375 -999.2500 -099.2500 DT -909,2500 -g99,2500 PEF -999.25(.}0 P r,.i P A -999.2500 -999.2500 -999. 2500 CaLl - 9 ~ q 25 0 0 -999: 2500 -999,2500 o~hn -99g,25no -9~9,250~ ?70o.ooon -52.6563 GR -999.25oo -9q9.2500 DT -999. 2500 40,5313 DT -999,2500 P~TA -999. 2500. F-,TL -909 250o -999,2500 CALl -909. 2500 -999 250O FVD -9o9'2500 LLF~ -909'2500 -999,2590 -909.2500 N~AT -999. 2500 ~992 IbM 52.3125 DT -999.2500 -999.2500 DTL -909,2500 -999 2500 FVD 999:~500 LLD -999.2500 -999.2500 -999.2500 '999.2500 2 4961 tL~ 5 25oo6 -999,2500 POT~ -999,2500 DTL -999,2500 -999.2500 CALl -9n9,~500 -999.2500 FVD -999,2500 LOD -99912500 -999,2500 SCNL -g99.2500 2999 25n0 PgOB 2.i152 !La 62,2500 DT -999.2500 ~OTA '9~9,2500 DTL -9q9,2500 ~HOB . . .~ X __~ !~ I62.7500 G~ -999,2500 SGR -999.2500 -999,~500 NCNL -99912500 GR -999.2500 CALl -999.2500 -999,2500 LL8 -999,2500 NPHI -999,2500 FCNL -999.2500 RNRA -999~2500 NCNL -999.2500 NRAT 2,1055 lbD 13!,5000 GR -999,250O SGR -999;2500 GR -g99,2500 NCNL -g99.2500 GR 99,2500 PAL1 '999.2500 Lb8 '999'2500 NPHi '999,2500 FCNL "999,2500 RNRA '999,2500 NCNL '999,2500 NRAT 2,0939 ILD t53.0000 -99~,25n0 8GR -996;256o -999.2500 NCNL -999~2500 GR -999',2500 CALl '999,2500 FVU -999,2500 LL8 99~2500 -999,2500 NCNb -999,2:500 NRAT t 9053 IhD' 14327500 GR -999,2500 SGP, '999,2500 Ga -99912500 NCNb 0.9424 40~,5313 -999 ;.2500 -999 2500 '999 2500 '9'99:~500 '999 2500 '999 2500 '999 2500 ~9992500 '999 2500 '999 ~500 :999 2500 999 2500 9971 -999 ,999 -999 -999 500 500 2500 · 250 0 2500 ::2500 25OO :999,2500 ,999;2500 .! 999;~500 2,2012 57,50:00 -999,2500 '9:99:~2:500 -999;2500 '9i99~::~5:00 -999~500 ~99!9:~:25:00 :999,2500 999:~2500 ~999,2500 :i999;~500 2 22;2$oo 2,0156 62;2500 '999'2500 :999'2500 .999,2500 PR~IDHtJ~' aAY 6~ia53 9. %' - J I!L.., ~ 3 ******************************************************** *********************** .... ******************************* - Volum~ of ,Shale - Grain l"ens] tv, Average - PermeabJ.].j, tv, ]nt:rin~le - ~,.:ate~ satti~at, inn - .~:ffective Porosity - Secondary Pn~ositV I~dex - POROSITY It, ITF:C~RATIO~.: 1;~ V-V*FFT~T : 1.4:500 : 205,00 T,.',~TFP, V/~i', : 4 F"R[itv, u)-~qg,,,rS,' TO 91~2.0 F'T PING[IT 9194,5 68 2.92 0 61 9195,() 64- 2,9.t_ 0 62 9272.~ -41 2.91 9273.0 54 2. ~7 927'~ ~ ~7 2,8~ m ~ .,_ 9274. F$.. 25 2, ga.. ~.z74,~.~ 19 P,77. 9275,0 7 2,74 9275,5 7 2,73 9276,0 ~ 2.71 ~27F.,. _ ~.. 4 2.73 9277.0 2 2.74 9277,~' n 2,78 9~7g.0 ~ ~.7~ 9P7~ . ~ 9279,0 0 2.73 q280.0 O 2.77 9 ? ~ 0,5 O 2.72 92~1 .0 0 2.7~ ..... .., ., 2.7~. 92~2 0 ~: 2 7~ 92~2,5 0 2,74 928~.0 0 2.73 92~'q, 5 O 2,72 92~~*, 0 0 2.7a 92~a.5 t 2.74 9'285.0 I 2.75 92~5.5 ! 2.75 9286. () 4. 2,76 92~6.5 7 2,7~ 9987, O t '~ ..... · 2.74 92~7. F. !i) 2.73 ~?R~ ~ ,4 2.73 928~ r. i 2.73 928a, 'h 0 2,73 9290,0 1 9.72 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 37 44 16 3o 47 42. 92 77 !00 !00 ! O0 t00 100 59 2.9 23 26 25 53 74 55 !,2 !,1 ,7 !,0 .9 3,0 S,9 4,4 3,2 t,4 !,~ !,7 2.1 ].7 4.1 PU 0 1,0 0 0 0 0 0 o ,2 .? 0 0 .l 0 o 1~7.74 !07,74 107,73 107,73 107.71 !.:37,70 !07,70 ! 07,6Q 107,62 .1. 07 , 67 107.61 !07.5F !0'!,56 107.54 1 ()7.53 !07.51 107.50 1 r~7 , ! 07.4~ ! 07,46 !07. ~6 J_OT, 44 !07 . 43 ! ()7,82 ~07 ~07 ! 07.3~ ! o7,35 ~07 ~07,29 !07,28 t07.96 !07,2~ lo7 22 107,I0 44.R5 4q,84 44, a 4 44,8-4 44.87 44.79 44.76 44.74 ,~a. 73 44.73 44,73 ~4.73 -4,~, 73 44.73 ~-4,73 aa.73 aa. 73 g4.73 84.73 44,73 44.73 44.72 4~.67 84,6b 44,62 4<~, 6J 44.81 p A (i E F'T' ;:'l~ G/C q HD 92q0.5 '2 2.72 a2o1.0 2 2.7,'2, 92g_l .~, .0 2.72_ 0 9292. U ') 2.7 1 O 9202.5 0 2.71 92q3.0 9 2.7~. 92Q3.5 0 2,71 6 g2gz~. (; C' 2.7! 17 92q,1-. ?; ~'~ 2.7 ] 27 a?q~ n r, 2,72 1J q2()5.~; ") 2.71 4 9296., 0 O 2,71 7 9296,5 ',') ?. 72 29 9 ~ o 7.0 0 ?, 7 P~ 75 9297,5 () 2.72 96 929?, 0 n 2.7 -~ O. 2q~, 5 0 2.75 14] °2°.9, ¢) 0 2.77 ] 78 gpa, c,,. ~ 0 2. ';,q 231 9300,0 () 2.7~ 271 0300,5 ;' 2,7~ 27 930.1,0 r:: 2,78 27~ 93c)1 .5 0 2.7~ 194 9302,C, (.' 2.77 9302. q 0 2.74 94 9303.0 0 2.7 ] 73 9303.5 0 2.71 52 ~0~ (-. ('" 2.7.! ,. ~-~ . . .. .. 9204. ~:, C, 2.7 ! 7 93o5..C~ O 2.72 a30q '- 0 2,74 93 nt:-. C?. 0 2.7/~ 72 93 (it4.5 C; 2.7~ 75 9307. c. (.~ 2.74 95 9307,~ 0 2.74 144 Q'IO~ C: t'~ 2 7z 2n8 9308,~ 0 2.7~ 9300. C O ? . 73 ~0(') 9300. ~ 0 ~. 72 106 g ~ ~ r, r~ ~; 2.72 93~0,5 O 2.73 5 93 ] !. % 0 2.73 2 933 2.5 () P.7l 9~1 2 ~ c; 2.7~ 4 93]_3.~3 P 2,7] 3 93J 'q,~ O 2,72 2 74 qr,::.; 71 23 27 35 35 27 ?6, ~7 ~7 28 27 ~5 25 23 22 20 20 2O 2a 24 33 39 43 34 P [J 6,5 5,3 7.2 1i ,3 1'~ 5 J.i.O 15,3 21,0 22'., 0 22.0 22.0 21.2 20.0 ~.7 !7,9 !6,7 16.8 17,2 ~7,5 17.3 17.1 17,0 !7.2 18,1 la,2 t9,8 3,6,9 10,5 0,.3 !O,l ~,6 ~52 I P [i .7 0 ,4 2.3 0 0 ~,7 3.7 3,7 3°? 3,3 3,0 3,~ 3,7 2.7 4.6 5,5 5,6 4,1 3.5 3,l 3,1 2.~ 2.9 ? 0 R / 107,!4 ¢~©7.n7 ~. 07.0-5 !07,02 ~06.7g 106,73 t06.62 i Oa 54. ~06,45 t06,~6 I0¢,26 106, ~5 I06.05 ! 05,94 105,~3 !05,72 ! o5 ~:0 ~05.~o J 0~.31 105.22 !04.aB !04.79 ! 04..~,2 104,54 !04.4r4 ! 04.35 10~ .I. 04.16 !0~.95 i03.90 !03.5f- !03.8~1 ].03.76 4.23-. 57 44.54 4~ 51 -~: ,~ ~ · 44 4~ 3~ ~ '~ 3 ~ ~4.27 a4.22 44.~5 44.0~ 4,3, g4 43,70 43,40 43.33 ~3 26 43,2(; 4;~, ~4 43,0n 43.01 42 . 94 42,88 4P.~2 42.75 4-2.6~ 42.6'3 ~2,52 a2.45 42.3~ 42.33 a2.30 42.~7 42.24 ~2,15 : A']~r,AI'~'r-ro FeTC.?iFIKI.,15 CFI~[o/\Ny .' PTHC.;I.IT ,%'ThTP: ~ 1 93 ].,1. o31S.5 q317, 931q. C .= ..... 032.1..0 9327,0 o32~ 93~a,0 9324 ~ 932R~ ~32~, 9327, 9~2P ~32q . ~3~ 9330. 9331.0 ~33~ .5 933~, 0334. o33,4, 9335.0 9335. 033~.0 9330. ~. 9332, p u G / C 3 t,.i 0 2,72 4 2,7'2 3 2.72 2.72 ?0 ~. 71 45 2.72 155 2.7~ 185 2,76 7.77 76 2.77 60 2.~! 2.7q 6 2.77 2.7~ 5 ~.7'~ 6 2.73 7 P.74 5 P, 74 2 ?. 7 ~ 1 2.7 ~ 2.7':, O 9.~0 0 ?.7R 0 2,77 0 2,79 2.~1 2,~3 4 ~. Po 7 2.76 2.7 ~ 2,72 0 2,7 ~ 2.72 0 9.'7~ 1 .. 2.73 2 pt~ 29 2~ 25 2~ 23 2O 2_0_ '"2 2~, 29 22 17 ![' ~9 19 19 20 ?? 30 23 2~. 34. 40 ~,1 6n 57 65 7'2 63 57 35 PnR oU 9,3 :14.3 ! '7. '7 lg.5 ! ~. '7 I,~,, 2 !7.7 17.6 1~.4 !4.5 13.4 !t .5 !! .5 .1.0.2 10,3 t0,3 9,7 5,! 4,7 4,3 3,4 7.~3 ,t. 2, ! 15.2 !.5.0 la.9 !1,7 ~.7 8,.5 9,0 In.! I o.7 2.4 ! .q t.1 3.6 4.0 A.f.. 4.! ?.7 2.2 .9 0 0 0 0 0 0 0 .l 0 0 .3 0 0 0 0 0 0 1.5 !.4 ~.,j~/ FT I03.67 ! c)3..'33 1.').,3.53 _1_ 03,47 t03.3I ~f)3,!3 ! 03.04 ..t9 13._ 102.F6 j. 02,7~ !02,71 !02,56 !02,50 !02,~,4 ~ 02. ~ !02,2~ ~ 02,23 ~ O~ na 10a n6 ! 02,03 ~ 02,0 ~ !0! .99 I 0I .c'5 !01,93 !01.92 ~ n~ 7~ j..l .Lm .- ~OJ 72 lni !oI,.ql !0!,43 1OJ .24 to! ,20 Ci] .~4Uh t./ 42o!2 42,09 42.06 42.o2 41.9~; 4! ,92 4! al .70 4~ ,63 4! .57 4! al.3~ 4:3..33 a:t .22 a], .i3 4~ . O0 40.96 40.89 40.84 40. ~'~ 40.7~ 4o. 77 ao,76 40.7! 40.6 f~ 4O. 66 4O. 63 40.60 4(). 57 40.53 40,50 4fi. 4Q 40,47 40.44 40,61 '.433 a 933 :_-". 5 934n. 934q. °34l 934] 9343 °,34.4 93~,S q3~7,0 9.3a7. ~ 934~,~ 9351 935! 9359 g3S2.~ 9353 93~. 93bn,5 9367 g ~ 5 a 93~o.5 936~ 936O 936 I PI! (;I¢''~ hr) h~ 2,7 .~ I n 2.75 !1 2,73 ,, ,: 2,7/,~ t2 2.75 .~2 2.76 l.J 2.7~ :; 2.7 4 ~, 2.73 3 P.7~ 2 9.77 1 2.72 J 2.72 2,72 2,7A 2.~3 ~ 9 2.7 q 3~, ?. 79 .... , 61 34, 2.7 f~ c, 2,72 I 2,72 1, C 2.7~ ~ 2.75 ~ 2.7~ o 2.75 7 2.7~ 2.72 2.7~, 2 9.71 2.72 3 2.72 3 2.72 5 2.73 !l 2.75 J 0 2,75 q 2.7,1 4 5 i 3 3 3 o 1 !. .1. ! 0 24 0 0 0 0 0 0 1 2 7 1 0 0 0 28 27 26 26 :~7 ~5 2~ 43 23 ~2 z () 24 d: J. 27 25 ~3 9a 63 100 25 3! 2% 22 ~0 23 74 2_3 2.4 PU 12.0 12,5 10,5 . t2._1, 12.~ J. 1.4 7,6 7.3 ~.0 4,7 ~,2 14.0 17. 1 !4.~ 7.2 0 ~ 7 7,0 6.7 6.2 7,4 9 , 0 6,9 2,5 t,5 0 0 J .() ~ 7 J- m 0 0 ,4 1.4 .2 0 FT !0~ .03 ! nO n7 1 on. 92 100,80 i00.74 10~.~8 t O0.62 !O0,~P iO0.5S ! ()0.52 1o0.4-3 !00,36 I On. 29 tO0.20 I O0.04 ~nq 01 ! O? ! O0. O0 O0 09 9g.95 09 99.~6 9q.~3 o 2e oo 7~ 99'73 99.69 99.65 99.~6 99.47 99,39 q9.36 99,33 9~,30 99.~6 4n 37 ,I0,33 ~0.29 aO 2 ~ dO. 07 40.03 AO.O] 39.98 3O.95 39.90 39.8~ 39, aa 39.84 39.73 39,6~ 39,6O 39.5~ 39,Sa 39.57 39.E7 39.57 39.56 39.54 3~.52 ~9.50 39.47 39.42 39.3~ 39.35 30.3! ,~9.2t 39.18 39. !5 39.13 39.]0 39.09 : ~"r'LAi'.,'~'JC kICH, F~F:r.,[) CO?.F'ANV ~ P.TI'.!(;!!'f: ST~,.'?'E ~,!. P A (.:_'. ? 9362.B 9363.5 936~.0 93~.5. ~ 9766.0 0~67.a 9367.5 9369.5 937 O. C~ 9~71 .0 9372,0 9377,5 9373,0 9373,5 9374,0 9374.5 937~, 0 9375,5 937a,5 ~377, g 9377,5 937q.5 937~,0 ~380,5 - ,. , :_ o3R~.O 93~'2. '5 '~3~ . 0 9384.5 g3~5.0 a385.5 2,7! 1. 2,72 2,7 ] 2,72 2,72 2,72 1 2.7~ 5 z 2,72 35 2,72 2.71 2,7! 5 2.7~ 2 2,72 1 2.71. 7 2.71 5 2,7! 4 2,71 6 2.71 7 2,7i 2.7 ') ~ 7 2.72 22 2.7 I. ! 5 2.~[ 8 2. 'ii 4 2.72 2,72 0 2.7~ 0 2.74 0 2,75 O 2,74 3 2.7~ ~4 2.72 '20 2,72 2.72 1 2.7! 2.71. 3 2.7! 3 2.7t 3 2.7! 3 2,71 3 2,7 [ 5 2,7 ') 6 2,72 9 2.72 2,7 I 29 .~. 37 39 35 42 3? 24- 33 32 27 33 35 37 37 25 26 30 29 2~ 2a ,~7 25 26 2] 2~ 2~ 2~ 43 45 35 36 3.~ 3.%_' 34, 30 29 26 23 20 PU 7i~ 7.0 6.4 5.5 5.3 5.4 10.9 15.2 ~4,2 12.~ 11,0 9,2 ~2 9,7 9,9 I0,0 9~9 9,3 ~,4 7°5 5,4 4,7 ]°9 7,5 i~o? 15.0 !3,6 11.0 9.7 ~.7 9.6 g.6 10.2 !1.2 11.9 ~2,1 2.2 ~.3 .7 3.3 2.3 3.0 3.2 2.6 !.7 0 !.7 2.0 2.9 99.2n 99,16 99.J3 9a,lo 99,05 99.0t 9~,'46 9~.~ 08.91 9~, 75 98,69 98,64 Q~,51 ag,A7 a~ 42 98.37 9~,32 QQ 97 o~ 22 .- ,~ ~ 98,18 98.!.4 9~.11 9g.96 9~.0~ 9~. 92 97. 97.92 97.~5 97.79 97,73 97.6~ ~7 ~ 97.5~ 97.53 97,49 97. ~4 97.~~ 97. 97,~0 97,25 97. ] 9 ~9 05 3~.03 39,01 38.99 38,97 38,96 38.9.3 38,91 38,87 3~,~2 38,77 38.73 3~.69 38.64 38.60 38.~7 3~.54 38.50 38.47 3~,4-3 3~.39 38,35 38,31 3~.28 3~,25 3~, 2.3 3~.21 38.20 3,n. ! 8 38.15 38.!! ~8.05 38,0! 37.9 ~ 37.95 37.92 37,~9 37 ~a 37.~3 37. 37.77 37,73 37.70 37.6a 37,62 37.57 D F, PTH g' T P i! C / r~ 3 .,','{ D 93 ~' 6.5 0 2.74. 77 9397,0 0 ~. 74 ] 6 93 ~7. ~ 0 2.7,t 1 aq8~.O 0 2.7a 21 93Pn.5 O 2.7~ 37 ~ 3 n 9, 0 0 2.7 ~ 7 a~o, ~ o 2 7R 9390.0 O 2.74 9390, ~ 0 2.73 22 a3a] .0 O 2.72 9qgJ .5 0 2.7'2 7 a~a? 0 n 2.72 6 a':a2 ~ n 2,73 2 ~ .., , ~ . .. . 939 ~. 0 0 9.7 ;~ 1 939 ~, ~ 0 2.73 939z~ .0 n 2.73 n3 c~a. S 0 2.73 9 ~ q ~ f} 0 2.72 0 a3a~.5 O 2.72 0 ~3gn, 0 0 2.72 0 9396,~ 0 2,72 0 9397.0 O 2.72 O a~a7 ~ {~ 2 7~ 0 _- _ . s ~ ~ ~ . q39~.. 0 0 2.72 1 9399 . 5 0 2 . 72 6 q39q. 0 (') 2.72 ~3q° < {) 2 7~ 9400.0 a 2.7 i 07 ~a00.~ 0 2.74 J 02 9aOl.a 0 2.73 114 94n],5 r) 2,7.~ !26 a~.o2.o 0 2.7~ 135 q402, % 0 2.73 1 J. 9 9403,0 0 2.74. gO 9 zt 0 ~,. () O 2.7 ~ 51 9aoq, 0 0 2.72 7 9405.5 0 2.7'2 64 gao6. c) n 2,72 59 94n~. '5 0 2.71 9~07. 0 0 2.72 75 o~ 07.5 r) 2.72 7 ! 940P,0 0 2,72 55 q40~:, 5 n 2.72 '~oC. 0 0 2.72 20 PU l 9 !9 _1_1 17 17 20 32 37 39 55 51 52 21 17 !7 18 18 1~ 20 .2. 0 2O 20 .2.0 23 Po R 1!,7 10.6 9.6 9.2 9,5 10,0 I0.5 10.2 9.1 8.0 7.9 7.1 7.~ 6.7 6.9 6.2 4.5 4.7 4.7 4.9 5,9 6.~ 10.4 13,5 14.3 15,0 15.9 15.5 ~4.6 14,0 ~,0 ~4.~ ~4.2 ~4,0 ~4.1 I4.6 14.5 13.9 12,9 11.5 SPi P 3.0 2.0 2.0 '~ 7 ~.. , ?.3 3,0 2,~ 2,6 1.7 ,6 2,3 2,o ~,o ,5 0 2,3 3,7 ~,0 3,~ 3.2 l.a t.4 ~ 7 ,5 P O? / 97.07 97.01 96.86 96,n2 96,77 96,71 96.63: 96.56. 96.52 96.49 96. ,i. 5 96.37 9_a, 34 96.3I 9~.27 96,24 Q6,22 96,20 96.i7 96.15 96,17 96,08 96,04 95.92 95,77 95.70 95,62 95.54 95.46 ~q ~9 95.~2 95,2~- 95,18 q5,!O 95.03 94.96 94.~9 04,82 aa 7~ 94.8R 94.6I. 37.52 37.4_.7 37,43 37.39 37.35 ~7 3'~ -~7 27 37.~3 37.J~ 37,~3 _~7, i0 37,0.a ~7 .~ 7.00 36,97 36.95 36.~7 36.~6 36. a3 36,a2 36, ~JO 36.7~ 36,75 '~ 71 36.65 36.59 36,53 36,47 36.40 36.27 36,22 36,~6 ~6.0~ 35.99 35.93 3a.~a 35,76 35,70 i o gq (; q ,, [-; () 2,,7? 94.10,0 0 2,72 04.1 .1 .n ',) 2.7 -!, 9.~J J .5 4 2.76 o41 '~ n 9 2.77 94. i9.5 0 2.7~q 9J I 3.0 () 2.77 Q~.IR. ~ ,q 2.76 qaj. 4,~ 0 2,75 9~!5.0 0 2.75 9~ ! 5.5 0 2.7~ Q41 ~. 5 '~ 2,76 9~J 7.q O 2.76 94J.~. ~ ',3 2.75 "~ 5 ! 2.77 94, . . c) ~ ~ o n 1 2 7 ~ 9~Jg,~ 4 2.77 q42n r) ~ 2,77 9420,5 fl ~.79 gA2i ,(~ m 9422, n v 2, ~4 942 3. o 7 2.82 9423.5 ~ 2.~0 ~'~2~, ~,q ~. 2.77 9424,5 7 2,75 9425.q ~ 2.75 942~.5 5 2.75 942~,, ,3 I 2.7 I, ~426.5 3 2.7,~ 94~?.5 2 2.7¢ 9~-2~, :-) 2 ?. 74 042~. 5 0 ~. 73 9429. n g 2.7'1 g42q, 5 0 2,7 I ] 9,~ 30.5 0 2.73 943t .0 9 2.72 9~3!,~ 0 2,72 ~ x 32.0 0 2.72 943~. 5 0 2,7? 30 64 6!.. 4;-.~ 48 .52 55 5'7 5'7 53 B 0 53 57 49 40 3_9_ 27 40 43 43 4" 30 26 2_O,.. 23 23 35 4~ 39 34 29 2~ P 0 R 9.2 7.~ 7.'1 .*-.- i . 12.7 Il.' !3 .3 ~ ,7 .t~, .7 11 11,~: I~.,0 1~,7 1~,7 . 9.5 4,0 3.7 2,4 4,~. ~.: 4.6 6.~ ~,3 6,3 7,5 9.0 9 , 6 g,7 o? ~..0 !.0 2,4 2,5 0 O .7 94.~7 94,4.3 o,~ 94,29 94. 9~.99 Q3.~7 9.~, 75 o.3. ~a / .. : 93.58 9~.4~ 93.41 93,35 m3,lo 93.91 92. g4 92.77 92,74 92.7~ 92,70 92,67 92,55 ~2,~0 92,57 92,55 92.53 92,50 92,47 92,~8 92,34 · Y,' C / 35.52 35. Be 35,49 35,47 .... 35.42 35.38 35,33 35,30 ~ 2P 35.25 35,~2 35.19 ~5. I~. -~ . . ~.. 35,~3 35.1i 35.0~ 35,0~ 3~.98 34,8! 34,75 3a,70 34.67 34.59 34.57 34.55 34,54 34.52 34,51 34.49 3a. ~7 34.46 34,43 3~.4j 34.3P 34.35 34,32 11 VCD P()M ~ I(,.. I MT 94.3.!. 0 a 2.73 6 9433.5 3 2.72 9 923.4.0 q 2.7 t 7 9434.~ 0 2.71 4 9~36,0 0 2.74 10 q~36,5 0 2.7~ ~437 0 n ~ 72 10 9~,37.5 '] 2.71 ~43 ~. 0 0 2.7 1. 943 S. ;5 0 2.7'2 0 943a, .:) 0 ~. 73 0 94-3~. 5 9 2.74 1 g4~o . () "3 2 . 75 0 a44 ~ . g 9 2,74 0 94 a i . 5 q 2.73 0 9&~'2. o 0 2.73 O 9442.b 5 2.74 94~3,n 1 l 2.76 0 9443. ~ ] ~ 2,7~ 0 aaA4,0 !q 2.~0 0 q44~. O ! 5 2.79 0 a~d~.9 ~ 2,75 0 q446.5 5 2.7 4 a~-47.5 3 2.73 2 94~a, 0 0 2,7 l 9aaa. 5 () 2.71 4 a4!~a. 0 O 2.72 0 9a ~.9.5 0 2.71 4 9450.0 0 2.7~ 5 qaSt~ ~ q 2 71 12 _ .. ~ :~ s . ~ . 9451.9 0 2.72 4 9451,5 O 2,7~ 0 9~.~2.0 0 2.7,~ 0 9Ah~. 5 0 2, 7 3 0 94~. 0 ~ 2.74 0 9.45.4. 0 0 2.76 0 945a. 5 0 2.74 0 q4,5~. 5 () 2.72 1 945~. 0 0 2.7 1 I 0 2~ 25 29. 21 19 19 36 29 ~2 59 31 23 20 19 2O 2? 23 23 10.. 29 6O 27 25 40 4~ 72 72 47 3O .1.9 P U 9.5 8,2 8,7 8.3 8,9 5,7 .5,3 6,3 3,7 5,3 4.t 4,5 5.5 5.2 5,2 5,6 6,3 6,0 5.8 7,2 9.i 4.0 8.5 7.9 6,2 5.0 3,9 3,0 4.! 8.7 3.! 3.1 2.1: 2.7 2.7 _t.7 ]..9 .3 0 0 1.4 2.9 2.~ 3,1 .9 0 2,2 P()R / WT 92,29 99_.24 92.I9 92,!5 02 10 92,06 92.0'2_/ 9! ,97 9!.a. 9 9! 9!:,~0 9!.77 91 .75 9! ,72 9J.,70 9~,67 91,64 91.~2 91.60 91.5~ 9!,53 9!.5_11 9! .4~ 91,~5 9t .42 9i,3a 9t .3~ 91,33 91 9t.22 91.15 91.!0 9! .O6 91,02 90,96 90,q2 90.90 90,87 90.85 90.83 90,80 34.28 34.2! 34. J.i 33.94 33.!9 33.~4 33.~i 33.79 33.79 ~3.7a 53.75 ~3.7a 33.71 33 33,64 -.~ ~3.59 33.57 33.49 33.48 33.4a 33.41 33.37 33.3a 33.31 33.20 33,2fi 33.27 33.26 33.25 33,23 VCi~ P. r)F: A K T 9466, b r: 2,'/1 1.6 9457.0 (~ 2,72 23 9z~'7.~ 0 2,74 !4 ~ 5 fi r) ~;' 2 7 b o~,~ ~ ~ 2 7~ 2 .. ./ ~ . z . 9~5~.0 ~ 2.75 2 ~,~,0. ~ 0 ~. 7 ! 7 946~.(~ 0 ~.'t2 2 9~a2.5 I ~. 7~ 0 946'~. 0 '2 2.75 0 04. a ~,5 ~ 2.7~ 0 9464.0 !. 2 2.7 5 0 946~.~ 22 9.7~ 94a~,0 ~r) 2.90 0 n~6q.r< ;~7 2 ~ 0 q4.6r~ ~ 41 2,ga 9466.5 45 2.fi7 0 946~,0 F~I 2,~3 0 q46P. 5 4a ?. R.~ 0 9469.0 h7 2.87 0 q472, o 57 2. ~6 0 94,'12. % 29 P. gO 0 9a73. n 9 2 .'t~ 0 9473.~ 0 2,7~ 0 947a., 0 n 2,72 o 947 4. ~ 0 2.72 0 9479,0 o 2.71 9475.~ 0 2.7J 0 q,~7~ O 0 2.72 O 9A76.5 O 2.71 0 9477.0 n 2.7 ') 9477. q 0 2.7 ~{ 0 947~, 0 9 2.7.{ q~,7P, 5 0 2.7] 0 Oa7~.~ 0 2.72 0 947c'. 5 O 2 . 7 ~ 0 g~80.0 O 2,73 0 q480.5 () 2,73 0 g4g 1 . 0 0 2,7 ] g4~J .5 ~) '2.7A 0 pTI ?2, ?.:%_' 100 72 73 ! Or.', 1.00 !00 I, OO J. O0 J. 0'2, 100 I00 lO0 lO0 ~00 lO0 ! nq 9,2 9.6 ~.0 9,2 7.9 7,6 7.4 7,4 5,7 3,3 3,0 6,3 4,~ ~,2 .6 ,3 0 ,6 4, C) 2,1 I ,4 !,4 1,3 t.1 ,7 ,5 ,J. ,1 2.,2 0 0 C' 0 0 0 0 0 0 0 0 0 0 0 O 0 o 0 .-(? 0 PO? / 90,7' 90,7! 90.6,2 9,0. % 4 9o.~a qO,4& 90.42 90,39 O0.36 nO 34 90.32 90,30 °O 29 90,26 0 23 aO 1o 90,16 ~0, !4 90.[3 90. !2 90. !2 aa ~2 90.'2 90.12 90,1I 90.03 90 r~ 90.01 q 0 01 qo, O0 R 9 8q.g9 ~9,98 89.98 89,97 ~9.97 ~9, ~7 ~9,~7 89.97 1.2 HC/ FT 33,19 ~3.11 33,02 32.99 32,9~. 32.93 3 ~ 9 f} 32.8R 3~.~g 32.R2 32,~:I 32.78 ~2 32.71 .~2.7~ 32 7O 32,70 32.. 7O 32.70 }2.7O '32.7 ~2.6~ 32.67 32,67 32.67 32,67 32 ~7 32 67 :''2 ~.,7 32 67 32 6.7 ?,2 67 32.67 32.67 '~2 ~7 ~.: ~ _ ~-~ : 32,67 ~2 f;7 32.67 32,67 !3 9~.2 2.0 ~ 2.7 3 94~ 2.5 o 2.7.~ o 942~.5 0 9.7~ () 9~:~~. 5 0 '~. 75 0 9a8%, % ~) 2.72 0 9 ~- ~ 7,0 '~ 2.7 '~ 0 ~487.F c~ 2.72 0 n~ n '~ 2.7~ 0 .- . ~ .~ ~..s ., 2,7? 0 0~,0 0 2.71 0 94~o.~ ,3 2,71 9~90.0 ! 2.7~ 94 a 0,5 0 ~. 71 0 q~9~ ,0 0 2.7! 9~-9!_. ~ (" 2.71 0 0a92.0 U ?. 7 1 0 9492.5 0 2.72 ga 93.0 ~) 2.73 0 949a. 0 n 2.72 0 9a~S.fl 0 2.72 0 o~9~ = ,) 2.73 9~-9A. Q 0 2.73 0 q~q6, ~ ;) 9.73 9~97.0 0 2.74 3 9 ~. c' 7. ~ '~ q. 7 ~ .3 O~9~. n 0 ~. 7n 5 949~.5 0 2.74 0 qSO0.0 n ?. 7a 0 9500,5 0 2.74 0 9~0l .0 J 2.75 0 950 I. % i ?. 74 0 9502,0 4 ~, 74 0 9~()2. g .4 2.72 0 95n ?. 0 6 2.72 0 o%0~ % 4 2 72 0 9504. (: n 2.72 0 9 E 04.5 ~ 2.72 0 q5o5,0 b 2.73 0 100 ~ 0n 100 ~7 ~9 4O 73 1 0 0 1 O0 ~00 6~ 100 100 1 O0 100 !00 ~ oo 4 - ~ O0 56 30 29 73 ~2 77 71 66 50 .3 .7 t.6 2,3 3.6 4.3 5.! 4,6 3.4 4,7 7,4 ~.7 t.5 ~.I 1.7 ~.4 ~.5 7.6 7.0 7.0 PU 0 0 O 0 0 0 0 0 0 A 0 0 0 0 0 0 0 0 0 0 0 0 !.0 0 0 0 0 0 0 0 CU FT 89 89 ~9 89 89 89 89 ~9 9o ~9 ~ ~., 89 89 89 89 ~8 Pt .%7 C} 3 s ~9 ,gO ,77 .75 ,71 ,~7 ,52 .51 ,~7 , 05 ,01 .9~ c.. F? "~? 67 32.67 ~2.67 32.67 32.6'I 32.67 32.g6 32. .~2.60 '{ 2. ~ 0 32.60 32.58 ~2,5~. 32,53 ~2,52 32.52 32.52 32.~2 32.52 32.52 32.52 32.52 32,52 32.5! 32.49 32.47 32.37 32.34 R2.~2 32.31 32.30 3~ 2e ~2 29 32.2a ~2.25 32.23 32.22 32.18 -' ATI',ANTIC R]CHr':II~'lu~) ". PI!',I¢;I1T ST~Tv,., ~1 95 () 5.5 95O6. 9507 9._%07. ~ qSOS. 950~ ~5n9,0 9510.0 951 9511. 95!~.5 q515.0 95].~.0 qn16 95~ 7. a5!7.5 9519.5 0520.0 a52c). _ . 952l .,.. .. ~ . ~22 ,- ~ . 9522,5 9~2~ 9524.0 952~.% 9525.0 9525.5 ~ 527 9527. p ii G / C 3 r~; 0 2.73 0 2.7? 0 2.7] 7 2.73 56 2.73 117 2,73 .! 3 '7 ?. 72 1 o 7 2,72 94 2.7? ~9 2.72 18 2.72 ] 3 2.72 g 2.7~ 6 2,73 5 2.7~ 5 2.72 6 2.7~ 3 2.7~ 2 2,72 3 2,72 1 2,74 2,7~ 2,7~ t6 2.~0 16 2.81 12 2.8! 2.Po 5 2. 'l 9 ?. 77 5 2.76 9 2.74 '! 2 . 7~ 8 2.73 2.73 2.73 55 2. 't 2 2.72 53 2.7 ]. 47 2.71. 39 2.73 :{4 2.72 2.72 2,72 4 ~.72 2 Pt.-' ~4 35 26 20 23 23 25 27 24, 2.3 23 :27 3_'1_ 45 34 33 29 3:1 33 39 ,4_,6 ~7 ,t6 39 30 29 3O 31. 3,1. 34 3,¢ 35 PU 4.4 6,2 0,7 !~,~ J7.5 14,9 13.5 11,4 10.6 9.~ 9.~ 9.0 9.2 ]0,1 10,6 !2.4 la.4 15.6 15.8 ~5.9 15.3 14.4 !4.0 14.4 !5,1 14.7 16.8 17.~ 17,9 17,9 !7.7 ],7,4 ]7,3 ! 7.3 15.t 13.3 1!.9 ,0 0 0 0 0 0 . 4 !,9 0 0 0 0 O 0 0 0 !.5 !.5 !.2 ~.0 .!.0 0 POR / 8a.77 88, '74 ~n 7! ¢9.~7 ~8.62 r~ ,.,j 8 ,, 5'-~. 88.47 88.38 ~8.21 ~8. 14 88.07 7.95 87.90 97.~5 87.76 87.7I 87.6a 87,61 ~7,56 ~7.51 87 , 4= ...* 87,38 87,30 a7,~ 87,~4 8 7,06 g~.99 86,92 86.77 8a. 7O 86.a6 ~5.37 86.2~ 86,20 8~.93 85.76 32,!7 32,16 32.J5 32.12 3~ 0~: 32.o3 31.96 3! ,89 3! "1 76 3~ .7~ 31.66 3! ,6! 31..57 3~ .53 ~]..49 3! .4~ :3~. a2 3i .38 3!.35 31 ]! 3J. ,22 3!.17 31,i2 30.95 JO. 91 ~0 30.~2 30.7a 30.74 30.70 30.65 30.60 30.~3 ~0.47 30.35 30.29 30.23 30.1.7 ~{0.03 15 · · 952a.5 qb3o.n 9~3n 9531 g~32o 9S34.0 953~.0 a537.o 9537 953~.5: 9540.0 95a0.5 0~4! ,O q542. q~4o 954.3. 9543. q544. ~: 954~,5 95~ ~547. 9548.5 9q49. 954o . 955r). Q55 !, 9551 . qs~P.O d, 2,73 2.73 2.73 o 7~ 9 2.7 4 2.74 ].0 2.7.~ q 2.7~ a 2.74 I 0 2.74 ~f) 2.76 9 ~.7~ ~ 2.76 *~ 2.76 ?.77 20 2.79 29 P.~t 42 2, ~ l 4.5 2.83 4~ 2.n2 32 2. ~2 14 2,82 0 2.7~ 0 2.75 0 ~.7~ 0 2,72 0 2,7!. 2,72 2.72 o 2,74. o 2.75 2.74 0 2.7'~ 0 2.74 0 2.74 0 2.7/~ 2.7~, 7 2.8O S 44 4.7 4.] 37 3O 23 .!8 20 2;> ~3 44 · ~5 46.. ~7 50 53 5-~ 56 65 69 ~5 47 4r,4 a2 3O 28 .39.., 69 46 F'O P PU 11,8 13.3 !4.1 14.2 13,7 13.2 12.6 13.5 !3.7 !4.0 I3,6 !2,6 9,6 7.4 9,6 !2.3 21,6 20.0 16,6 ! 2..! !1.3 ~ 0.8 i0,0 9,1 ~.I 9,6 ~ .3 13.3 SPT ~t.? !.3 !.6 0 . .9 1,5 2.2 2,2 0 5,7 3,7 0 0 0 0 0 0 1,2 0 ~5.56 8'3,50 85.44 85,30 85,23 8~,~6 85.09. 84,a5 g4.89 84.~2 ~4 7~ ~ 52 ~4,55 84,41 ~4,35 ~a,3o g4,25 ~ 21 ~4.~7 g4.!3 84,00 8~.~ 93.79 ~3,69 83,S4 83.43 83.3~ 83,29 ~3,2~ 8~.~0 83, ! 6 83,11 ¢3,07 02 3, ~2,97 82,93 29,99 29.9.6 2q,~9 -, ~: 29,69 29.64 29.53 29.4R 2a 2q,32 29.27 29,22 29,~5 29,~2 29,00 29,07 29,05 29.¢3 29,01 28 2~.91 28.86 ~8.81 28.7~ 2~. 75 28,73 28,7[ ~... 28,58 28,52 28,49 28 2~.37 (~0.¥ PA N Y : P.TN,'~IIT ,C,T.h~TE # 1 9553.5 955A.~) 95%5.0 9~fiS.fi 9556,0 9~57.0 g5%7.5 955~,5 9559.5 9560.0 9562.5 9563.0 9563.5 9574.0 9574,5 9575.0 9575.5 95"/6. n 9~,76.5 9577,0 9577,5 957~.0 957~.5 9570.5 9580.0 r% 957P. 0 95~.0 95~4.0 958.~. 5 ?..77 2,7-~ 2,75 ~ ~.75 5 ?.75 5 2,75 7 2.76 8 ~,77 · ~ 2.7'I q 2.77 6 ~.75 4 2.75 .~ ?. 7 ~ 3 ~ 2.77 4 2.77 lP P.74 3'g 2,79 ~.~7 '70 2. ~9 0 24 2.77 0 .~1. 2,73 0 9~ 2.73 n 2.77 () 2.71. 9 0 ~,7~ u ~.';J 376 0 2.72 50~ 0 ~.7! 707 0 ~.73 0 2.73 0 2.73 ~ 2,73 373 0 2.72 342 0 2,72 335 o 2.72 230 0 2.7 ! 74 C) 2.71 0 2.71 45 0 2.71 76 ~w 3(-.~ 4i 51 66 75 49 4g 22 22 22 21 19 !.6 !6 4.5 .59 100 .tOO 81 lO0 100 23 12 13 13 ~3 13 14 .~7 !7 ~6 13.7 I0.9 9,6 '!.8 6.5 6,5 6,2 '/.~ ~,0 8,i S.5 10,6 !0.5 8.4 4.3 0 0 .5 0 0 7,2 9.4 ~.! .2 I3.~ ~7 2 18.6 ~.9,7 18.9_ 17,5 !7,2 16,~ 16.~ 15.8 12.4 1!.8 !2,7 :. ~.: 0 .t .3 .5 2,0 1.9 ,? 3.5 ~,0 ,? 0 0 0 0 1.5 3.8 6,I 5.7 4,7 ~. _ 3.8 1.4 1.~ 1.3 2.8 ~2,73 82,66 ~2.56 82.52 2.39 82,35 8~.31 82,~7 82.~2 82,06 81,95 8!,90 81,79 81,79 :'~! ,79 9i ,7~2 8!,73 8!,62 ~1.55 8!.47 8t.2~ ~I.1~ 81,09 80,92 g0,67 80.6~ F~ 28, 2~.23 28,22 28,07 2~.03 ?P.O0 27,q~, ~7 27.~5 27.E'1 27.77 27.7~. 27.74 27.72 27.72 27.77 27,72 27,72 27.7~ 27.69 27.~6 ~7,61 ~7.55 ~7 27.3~ 27.23 27,!5 ~7.07 27,0~ 26,79 z6.73 26,6A 26·63 ci]7~p,,,,..r;¥ : A'TI.,A!','.I'IC RTCiiF.T!,iI,D ~'..r P~ G t C ~ N O ? U PU c,I~ 9.%~5,5 1 2,72 70 9%~6.C~ 2 2.72 9586,5 3 2.72 2 9~7.q ~ 2,73 0 95~ ~. 0 'l 2.73 0 ~SE:~ ~ 5 2 7~ 95~9. o 0 2.71 39 q~Pg. 9 () 2. 7 ! 26 959a, 0 0 2,71 14 q5°r' % O 2.72 q 9~Cl, 0 ~) 2.72 a r~ ~ 1 5 0 ~ ? 2 14 950 o n ,~ 2 71 a59'~, 0 0 ~. 71 9 gSq3.5 0 2,7~ 9594,5 0 2,7 I ! 0 ~95,0 0 2,72 1 9595.5 9 2.71. 40 g596. o o 2,7P 959~.5 0 2.72 57 9597.0 0 2,7.3 9~97,5 ~ 2,7:~ 36 9598, r) ( 2,73 22 95q~. 5 0 2.74 4 95g<'. 0 0 2.77 () 9590, % 0 2, CO 0 9a()O. % q 2, ~a 0 9601_.0 2'3 2.g) 9601. 5 a~4 7. al 0 96~. 0 53 2.83 0 96o2.5 5F. 2. ~5 9605,0 I 4. 2.76 0 g~05,5 I i 2.77 0 9aOX,. N ~ 2.77 0 g60&. 5 7 2,7~ 0 9607,0 5 2,74 O 9¢07,5 ~ 2,7.~ 1 960~'.. 0 % 2.73 0 q & 0 o ~ ~ 2 74 0 ...,, 23 2.3 19 )4 )6 )7 31 23 23 31 73 62 51 3O 3O 49 46 57 57 46 43 ~5 6,4 6,7 12,7 ii." tn,.~ !I ,6 1~.! lt,4 !0.5 9.2 9,6 10.7 12.0 1.4,4 13,6 12.3 9.7 7,7 7.7 .8 5.2 6.4 7.0 7.r~ 7.1 6.9 3.7 3.4 2,4 !,3 ~.a !,,9 2,7 2,5 2.3 0 0 0 () 0 © 0 0 0 0 0 r~, N k / ,,-. ~O ~7 RO , 0~ 7~,99 7g,g3 7'~ ~7 79.S2 7~.76 79.70 79,59 79.54, 79,50 79,44. 79.31 7 c~ · '~ 4 79,17 79. !0 79. N'4 78,97 7~ 7~.79 7~.74 7~.70 7~.6~ 78.67 78.67 7S 7~4.~2 7 '8.59 7~. 4-~ 78.44 . ~ ._., 26,44. 26,40 26,23 26,~9 2(:,, 07 76,02 25.9! 25.84 25.79 '2~ 7~ 25.68 '~ 63 25,57 25.47 ... 2c ~. 2~, 3© 25.34 2c 9~ 32 25,32 ~;= %2 25 g2 25,31 25,3 o I"lJ 960q. () .% ?..7N 9~'.,09, 5 9610,0 3 2.75 9610.5 963. I . g6!?.O ! 2.73 9F, i~.5 3 2.73 o613. 5 ~4,0 3 ~.7~ 9~4..5 3 ~.72 96~.0 1 2.7! 96 i 5. q q 2.72 9~1~,0 3 2.72 ~16.5 ~. 2,72 96~7.0 .4 2.72 96~7,~; 961~.5 q 9.73 961Q 961o.5 Q6~O.O q 2.72 9&2(), 5 9 2.73 962 I. 5 ! n 2.7 ~e 9&22. o 23 2. ~o 9622,9 2~: 2.8? 9~23,0 32 2.~4 9F. 2~. 5 IF 2.~2 9m2R.5 ? 2.75 0626,n 6 2.74 ~(:26.5 % 2.73 9627. 9~27.~ 9628. n 7 ?. 72 96{~8. 5 3 ~.72 9629.0 5 2.77 9r, Ye, 9~3n,0 5 2.76 9~30. h '2 2.76 963~ .5 0 2.7~ 9639.0 {) 2.73 27 27 ?0 !6 !7 ~2 24 2~ 2~ 2o 29 ~9 51 56 34 22 30 32 56 7.6 10, () i.n 6 · / . ~.~ .0 1 .i_ .0 !! ,0 10.4 u. 7 ~.! 5.0 , 7.0 9.6 10.0 !3.l q A 6,3 6.0 7,0 9,0 6.4 10,0 ti,1 1t .7 ]2.0 10. o ~.5 7,4 7.~ 3.5 3.5 0 2.3 3.3 3.? 2.9 2.4 ! °3 POP ! PT 7S.34 78.30 78,26 7~.21. 78. J. 6. 78.!j 7~,00 77,94. 77,~9 77,83 77,79 77.74 77,70 77.67 7'/, ~.~, 77,6~ 7~. s9 77,56 77,5:! 77,46 77 . aO 77.34 77.27 77,1! 77.07 77, O~ 76.97 76,03 76.88 76.7%~ 76.7~ 7a,70 76,65 76.60 76,54 76.48 76.42 76.~7 76.32 ?~.00 .: 4.96 24,92 z4.~7 26.7~ '~4.6~ ,t . 24.57 ~ 4.40 2a ~1 ?4,27 24.!3 24. I 0 24,0 '/ 24.0.? 2 a ()0 23.97 %'3.90 23,82 23.78 23.74 ~3 67 23.6~ 'wELT, : ATbb[';l']'C F:ICh'.F'rF'.f,~) C(]t'.*P~F'~¥ 9a32.~ 9633.(') 0,633.5 9634. r) q.a34.R 963:;. 0 963~';. g~37.5 q63~'.~ 96 ~q 9 64, 0.0 9641. o 9641 .5 , 9644,. r) 96~5.0 9646.0 96~-6.5 9~.47.0 9~47.5 qG4~.h 9~ 4(:'. O ~652.0 9653.0 965].5 9~54.0 9~55,0 9655.5 vel, Rf)P A. KI !~:'.[' P (i d / C 3 ~,-i D 0 2.7.4 0 2.75 0 2.75 F;, 2.75 2.7% 0 2.75 0 ?. 74 ¢) 2.74 0 2.74 O 2.7 ,¢ 0 2.7 _~ ~ 2.7d 2 2.74 .~ 2.74 ] 2.7~ 2 2.73 '7 lO 2.74 t 2 ~. 74 ~.2 2.7~5 1'2 2.75 Jrt 2.75 1. j 2.74 1. i 2.'1~ ~ 6 2.75 ~5 2.75 t3 2.7~ 1(', 2.74 7 2.7~ 6 2.73 '1 2.73 7 2.73 ~' 2.7] F 2.7~ k 2.74 ~?, 2.7~ ~ 2.73 7 2.76 7 2.7A 7 2.7 .~ 6 C ,~ 2.7 .~ 20 2.76 3 ~ ?. 7 q 40 ~. ~0 PU ~7 61 0 57 2:.5 3q 44 26 25 24 3t 27 4 ~ 2~ 2O 20 27 ..t..6 25 POP PU 7.0 6,8 6.7 6.0 7.3 8.9 9.) 7.9 5.3 5.4 4.0 2.9 2.3 2.4 2.4 1.4 2.~ 2.7 6.0 7.0 7.~ 8.7 c~,4 9.~ 9,4 ~0,4 9.3 ~ I 5,0 1.0 2.2 2°4 2,6 .3 .7 ,5 .4 .7 ,3 0 0 0 0 0 0 0 0 0 0 0 ,5 0 7b,2© 23,.63 76.!.7 23.61 7a. 10 n'~ 59 76,06 23,57 76. (ii? 23,5 76,00 23.53 7%. '-4~ ~.4.5_ 75,82 ~3.37 75.7~3 23.34 75.75 23.3! 75.79 75.&9 - ~ .... .~ ~ 75.~ ?3.23 75.5~ 23.22 75.56 2~. 2o 75.55 2~.19 75,53 :2.74.17 '75.52 23.17 75.50 75.n9 75,4~ 23.~4 75,47 75,a6 23.~3 75.45 23 75,44 7%. ~2 23. ~ "~ 75 . 37 '23 . 07 75,34 23.04 75.26 ~.2 9 7~ 22 75,~8 22,9~ 75.!3 75.08 75,04 22,8i 74.~g 22.77 74,94 22.73 74.~4 '!a. ..... ~2 .,~,:, ~,3 74.8! 'Z2,63 9~56..5 '~657.0 9657.5 ..... 9660.5 9~6 !. 0 Q66~. 0 9~,63.0 9664. C, 96o5.5 96fi6.q °667. ~) 9660,0 967~. 0 9670.5 9F. 7 !. r) Qa71 .~ 967P.5 9673.0 9&74.0 9674. ~ 9675.0 9675. ~ ~7~ ..... · 9~77.0 9677.5 96,7q. 0 967a.5 PU 36 2.8n 0 27 23 2,8O 0 30 15 2.~i 0 57 1 ,;) 2.7 ~ 0 66 7 2.75 0 56 5 2.77 3 2.79 1 ~ ~.71 1 50 0 2.71 1 50 n 2 7~ n 2.72 7a 26 0 2.73 1 O0 25 0 2,7~ 114- 25 C 2.73 J. lO 26 o ~.7P 99 P7 0 2.72 o 2,72 74 30 0 P.7~ 62 31 () 2.77 49 34 o 2.7~ ~2 38 0 2.72 2 0 2.7 '~ 2 0 ~, 7.~ ~.~ 37 0 2.73 2 50 0 ~. 73 0 55 ~ 2,73 ~ 47 3 2,73 0 ~ P.74 0 5 2.73 0 5 2,7] 0 27 .] 2.74 0 36 n ?. 74 n !. O0 0 2.74 r. 2,72 1 2.73 0 100 o 2.72 0 100 0 2.72 0 ! 00 o 2.72 0 i00 4O ~. ~0 0 6~ 2,~7 0 7t 59 2,86 0 52 47 2.~q 0 7o P U 9.9 8,0 9.4 10.7 9.9 10,3 !! .8 14.7 17.2 18.4 19.3 19.7 !7.7 I7.~ ~5.1 1! .1 9,2 ~.7 5,~ 3,¢' 3.4 2.7 2.5 1.$ . - .6 1.5 3.4 2.2 S P 7 .] 2.0 l.g 3.1 3,9 3,9 t.5 ._ .3 0 0 0 0 0 74.79 2~.6~ 7~.75 22,58 74,70 22 5~, 7a.62 2z.49 74,5~ 22.47 7a,~ 74.50 74,44 74.39 2 74 3A 22. '~. 74 . 29 22 . 33 74,23 2 7~, ~ 6 27.25 74.07 22.i9 73.98 73,88 2~. O5 73,7~ 2! , 97 73.69 73,a0 2! .~4. 73,50 P! ,77 73,4~ 73.32 7'~ 23 73,!4 2! 54 73.06 72 97 21 72,90 2i .3~ 72.80 ;.;'!..33 72,75 72,72 21 72,7I ~ ,2~ 72.69 72.67 72.66 72.6~ 2! ,7,4 72,63 7~ 6~ 72,6~ 2~ .24 7~,56 ~I,24 72,53 2!,23 72.50 2! ,22 DFPT~ : hT[~h[,;"l'TC PTCFiF'!F;T,i) : PTN~[iT .F, TAq,"F' F T P U C / C .i 9~Rn,5 23 2.77 q~ .~ ~3 2.7° 9~81..~ ~b 7.77 q6~2,0 ] 4 2.7~ g6~2. q 7 2.73 96~4,.0 ('~ 2.7] 968~. [~ 5 2.73 9~R~.O !3 2.74 9~R5.5 ] 4 2,75 968a.0 12 9.75 9687.5 ~ 2.73 Ogq~ P. 0 7 2.73 9a8~.5 'l 2.7~ 9680.0 4 2.72 c~,: q '~ 2.73 q~C).O 3 2.74 9c~9c~. 5 -~ 2.75 9691 .0 '* 2.76 969!. 5 ,t 2.77 q6Q2,O e 2.7a ~692. x 7 2.7P. 9~93.5 ] 0 2. ~ 1 0~9~. 0 g69~~ . '5 3. J 2. ~2 9695 . % g69~.0. !4 2.79 96 o~:,. R a~:a7 ~ 25 2 R ..' . . ~ - 9~]9P.0 37 2.79 ~(~ap. F, 44 9699,0 50 9700.0 44 2.82 9700. % 32 g7nl .O 26 2.7~ 9'101,5 2~ 2. n 2 970P.9 25 2.~4 97n7.5 27 2. g7C'~, ~ 23 2 KI ~T 0 0 0 0 0 3 1 7 7 1 0 '~4 1 0 0 1 0 0 0 0 o 0 0 0 0 0 0 0 0 Pl.." 81 44 3.3 32.. 46 57 4'~_ 21 2O 20 2O i7 !5 17 2! 2.3 9.2 5~ 37 49 5O ?.5 30 10,2 17,3 10,7 t0,9 12.2 !i.8 12,0 ], 'r2. 5 13.5 11.6 !0.6 9.2 7,9 1.5 ,7 .7 5.3 ?.i 0 0 0 O ,, ..~ 2.! I.~ 0 L. 0 !.9 !.6 2.4 2.4 .3 0 0 0 0 72,49 72,46 72.43 72,42 72,40 7'..2,,36 72,3? 72,26 7'~. 09 72.04 7~, O0 71 7t 73 .77 7; .7n 71 ,6'~ 7~,57 7i 7t .44 7!, .~ 7~,3: 7I ,28 7! 7t ,~ 7!,!g 7!,15 7!, 03 70,99 79 ~o 7n 70.86 70.8~ 70,83 70,aO 70.7g 70,77 70.76 70,73 70,70 i .21. 21,21 2~ 21.19 21 .hi - $ z;., :¢4 / x- ~ .- .. .~. ~. ~ . 20,53 20.43 20.3fl 20.32 ~0.29 ~,,,~. 20.24 20. i~ 20.02 ?0.0 ? 20.00 19.97 19 oR ~9.92 ' ATr,A. NTIC RICHVIFLD COb':PAt,}Y ~2 07¢)3.5 9704.0 970~.. 5 97n5.0 9705.5 9706.0 970~.5 9707.0 9707, ~ ~7c~, 0 970~. 5 Q 7 t'~ o °70~ 5 o 710 -' o7~ 1.0 97tl.5 o 712. n o7~q.5 071 ,~ () .... ~'~ . 9714.5 971~ 9736,0 97~.5 o717.5.. 97]9.5 972~>. 0 ~7~0.5 Q7~J ,O 97~1 .5 97~9.0 97~3.5 97P4,0 ~724,5 ~) 725. O 97~5.g 97~6, 0 97~g,5 P U C / C .t t~ D 2'2 2.~7 12 2.g7 6 2.81 '3 2,77 0 2.75 0 2.75 0 2.7~ ~ 2.74 0 2.72 0 2.72 0 2.72 0 ~.72 o 2. '7 1 0 2.71 ~J 2,72 0 2.72 0 2.7 ~ 0 2.73 0 2.73 0 2.72 0 2.72 2 2.72 5 2.73 5 2.73 9 2.7~ lO 2.7~ 12 2.7~ ~ 1 2.7~ g 2.75 2.73 ~.73 7 2.73 '7 2.73 7 2.7] 2.7~ 2.75 '7 2. '7 ~, 2.77 ~5 9.PO !7 2.~1 1~ 2.~! !2 2.7s~ 10 2.73 ,,q. ~v 26 1 O0 ~0 26 3? 27 2.4 2~ 2o 22 1_2 2J 22 2O 22 7,7 6.6 7.2 4.8 3.3 5.0 5.5 4.1 4.6 4.4 6.6 7.9 '/.~ 6,a 6.3 7.2 iO.Q !0.7 12.3 11.1 10.2 9.0 3.7 7(3.67 70,63 70.59 70,55 70,52 70.49 70, ~ 70,~6 70.44 70,43 70.41 70,39 70,37 70,34 70.31 70,26 70,24 70,z2 70, 70.!7 70.!4 70, Og 70.04: 70,00 69.96 69,93 69.99 6g.~3 69,80 5g.76 6Q.77. 69.66 69,6l 69.54 69.4~ 6~. 37 69.32 69.27 69.2~ 69,?1 69,!9 6Q.17 69,!5 F? 19 1.0 ~g 19 7q ~c: 79- !9.79 ~ ~ 7 ~9.7~ 19.76 !9.75 !9.74 :. 9.70 t9.6~ iq. 19,62 19,6! !9.5t I9.~0 lu 3° !9.35 19.31 !9.23 lC 19 19.]4 !9.09 !9.04 t$.9g !8.95 . . IS.~5 !~.~4 : p;.t,ticll.:'.T ST~Tt!: ~J_ ,h F P T P, k 'r P U .q727.0 9727.5 a72 ~ 5 R": 2 ~x, 9 ? 29. o 9720. g73fl. O 4! 2.~2 9730.5 32 2.79 9731, 97.32. 0 ] 2 2.76 e732.5 q 2.74 9734.. 0 7 2. 'lA 9734.5 7 9.7a 973 ~. 0 ~ 2.74 973 ~. 5 ~736.0 g 2.7~ 973~. '< a 2.75 9737.n ~ ~.76 9737,5 ~: 2.75 9737.0 7 2,7.~ a738.5 7 9,74 977a. 97 ~9. 5 7 2.7~ 974,0. O I 0 2.77 974.0. E, 27 2.7g (~74 ] , () 37 2. ~0 ~7~1 .~ 51 9.83 97a '" . . 9742.5 6{k 2. ~ q74~.0 6,! 2.~7 o7~3.5 6~ ? ~7 974~.. O 56 97aa.,5 ~r) 2,80 9745.0 2F 2.7~ a7a5.. 5 23 2.77 9746,n 12 2.75 97a~. ~ Q 2.7~, 97a 7.0 o 2.76 9747.5 '.) 2.7'1 974g.0 0 2.77 974g. 974g.~ 4 2.7~ a749.5 5 2.77 PU 0 0 >.! 7,5 5.7 6.0 7,7 9.7 9.! 7,~ 6.5 3.0 4.1 0 2.9 4.~ 1,5 2,6 sp].' 0 0 0 0 0 0 .? .b .7 0 0 0 0 .? a9,~3 69.!2 69.09 69.06 69.03 h8.94 68,90 e, 8.74 68,~9 68.46 68.32 6~.22 6e, ~ 7 6~, ].3 6~,~ ~ .~. 6~, 09 68,06 6a, 02 6~,01 6g. O0 68.00 67. g9 67. ~7 ~C/ . - ~.8.78 I8.72 ~ 7~ 1~,7~ . _. !8. {8.64 ! S. 4q 18.4'2 ~.8.3! ~.8.23 :t 8. I 7 !8.!5 i~ '4pr,I. : PTi, lC;tIT S:~,~'.TP" ~1 24- 975o, 5 975! .0 975 ~. ~ 9752.0 97s2. ~ 9753.0 9754,0 9755. o 975F,. 0 9757. (~ 9757.~ o 7 b ~. q 9759.O 975~.5 9760.0 9760,5 976l ,O 9761.5 9762. 5 97 h ~. 0 976~.5 9765.0 976~.5 o77~ o770.5 0771 .0 q77!..% 977?. o 9779.5 977 '~.. 0 ~773.5 e774. ~t 9774.5 9775.0 q775.% 977~,. o 977r;.5 9777.0 C. / ¢" '3 2.7S 7.. 77 ?. 70 P.P? 2. r': 1 ?. 8 1 2. ~0 2.8 i 2.8 () 2.~o 2.81. 2.~3 2.8O 2.7~ 2.76 2 , 76 2.77 ~.7~ 2.~I 2.77 2.79 2.7 ] 2.7' 2.P~ 2.76 2.75 2.75 2,74 2.75 2,75 2.75 2.75 2.75 ?.7~. ~.7a P.76, 25 25 24 2_.%.' _%.'5 32 23 25 43 77 O~ _. ,~: 66 94 24 25 62 52 I O0 1 O0 100 .100 1 O0 1 oo 1 O0 3~ 74 POP ut] 4,5 4,5 5.2 5,7 6.! 6,0 %.7 5,3 4.9 2.5 ,3 7.~ ~. 3 ~.7 0 .4 ~.5 0 ~. 0 :7 0 · ? :) O' 0 ,7 ,7 0 0 0 0 0 0 0 .2 0 0 0 c, . ' 0 ..:-, / ~7,95 67.93 67,9! 67,09 67, ~0 ~7, '77 6'1,7~ 67,72 67,69 67,6~ 67 67.65 67~.65 67,63 67,~t 67.59 67.56 67.54 67,53 67.52 67,5~ 6'I. 43 67,40 67, ,~9 67.~9 67.3 ~ ~7 ~6 e . 57 ~ 35 67 34 ~7.3~ 67.32 67,3! 67,30 67. b7.26 67,24 t ~, 03 t7.9~ ~ ~ C~;c~ .t 7.94. 17,°~ 17,9! i 7, oo !.7.89 !7,77 t 7.8 ' !7. ' 7 85 J7.~4 t 7. ~:~ ~ i7.83 J. 7.83 J. 7. ? 3 17 .~ !7 .~'~1 17.79 "7 79 17.7° !7. i7.77 cFlZ~r,~l.,v ........ : ATI.,ANTIC uICNFIKI,I) (.~,r4FANY- '. . 9777.5 7 2,90 977~:,0 7 2.gl 977.q.5 7 2,g(J 977c~ . (~ 6 2,77 977~. ~ 0 ~. 75 q7~O. 0 0 2.74 9780.5 0 ?.74 97~1 .o 0 2.7A 9781 ,5 c, 2.7~ 97 k9.0 c) ~. 7h 97P?.h O ~.7a 97~3.0 r) 2.7a. 97A3,5 O ?.74 97~4.5 0 ~,75 g7~5.9 () 2.7% 9785.S C) 2,75 ~7~)'a. 0 0 2.75 ~7P7.0 I 2,75 97~7.5 I ~.75 97~R,0 I 2.75 nT~ b ~ 2.74 97~q,n ~ 2.7~ 9790. () 1 ~.7~ 97qo,% I ~,74 97~1,0 1 ?.76 Q7'71 . 5 !. 2.77 9792.0 2 2.7h 9792.~ 2 2.75 a7a3.0 2 2.75 ~793,5 3 2.7~ 9794.0 4 2.7~ 9704. b 10 2. ~ 1 Q79~. 0 ! 0 2.~3 Q79A.5 16 2. q(') 97c, 7.0 1~ ~.7~ q7(~7.5 o 2.76 979~.0 4 2.7~ 979R.5 0 2.74 97~q.0 n 2.74 ~ 7 c~9.5 0 2.73 9~n(), 0 n 2.73 9~00,~ 0 2.74 PU 7o 9~ !00 ~00 73 ~00 95 94 ~ 00 .! O0 J. O0 ! OG 36 33 23 23 77 29 2~ 54 66 I00 ~00 lO0 53 6! Pr_-., R PU 5,9 2.7 2.4 1.3 !.4 !.8 2.2 2.6 ~.9 3.7 4.9 6.4 4.7 3.0 ].3 4.3 5.7 ~.1 5.5 5.4 4.i 4.2 2.2 2.1 ~.4 SP ir 0 0 0 0 0 .9. o .? 0 l.c', !_.5 2.9 1.5 .P .5 0 0 0 0 .7 t7 P(iR / FT 67.21 67.~5 67.3.3 67.!0 67.09 67,08 67.07 67,07 67.06 67.05 67.04 ~7,03 67.03 e7.o2 67.01 67 67.00 66,97 66,96 66.94 66.89 66.93 66.70 66,78 66.76 66,74 e. 6.7_! 66.68 56,62 66.59 66,54 66,%9 66.a7 66,a5 66.4.3 66.42 66.4t 66.40 :17.76 i7.75 17.74 i7.7 '3 37.73 i7.73 17.73 !7.73 ~7.73 !7,73 17.73 !7.73 17,7'~ i7.73 !7.73 i7.73 17,73 17.73 17.72 ~7,7~ !7.7i J_ 7, ~.6 t7.65 17.62 17,BR i7.57 17.54 ~ .,: i7.~ !7.~7 ~7.~3 !7.4i 17.4o 17.3~. 17.3a 17.37 !7.37 17.~7 !7.37 17.~7 ~;E'I,I~ : P"[N(;U"r ST~T[-'r fi! 9 g 02. ') q P. 7 ~ 9~>n 2.5 0 2.74 9=0~ n 0 2,7~ ,. .. e 9 ~:.n .~, F) {.~ 2.7 .~ a~c)~.O 0 2.73 9~0~ () r; 9 7a .,. · · a n 06.0 0 2,75 _.. ~1 ~ . 9 n 07.0 "} 2. '14 qn( '7.5 6 2,76 QgOF',, 0 9 ~. PO .... q .~ ~' ~ 9pna. o e 2. ~ 3 9 ~: ! 0 n R 2. R ~ qn].n ~ 5~ 2 o~. , e., . ~ ,_' . q~ l_.q a P.R3 9~].2.o lO 2.7g qP !2,5 : 2. '1 ~ q ~, 4 ~ n 2 2 '1 ~ .. > -~ ~ .. ~ , 981 3.~ 5 2,74 gPl4.0 2 2.74 98 ] ~. S 4 2.75 9~ 1~. (} 4 2.75 9~!5.b 3 2.75 . c'. · :' ~., · ,. ao17 n l 2 7~ ~ ..; . . ~ _ ~ , 98!7.5 1 2.74 q g. 1 o 0 () 9 7 ~ a-] ¢. ~ 0 2.75 opJ o r~ ~ q~] o,5 I ~ 2.74 9~21 .5 4 2.'1~ 9P29,o n 2.74 092 ~ 0 2 2.7 6 58 75 !, 0 o !00 too !. O0 i nO .!no 1 o o ~oo ! oo q~.~. ? 0 71 ?~ ?0 71 93 1oo .1.0o 6o 2.5 26 ]00 ~oo 1.!oo 29 5o ~00 !oo 4~ 3o 29 2,6 !.2 1.i !.1 4.3 10,5 !2,0 5,5 5.5 5.n 4,0 3,2 2,6 0 ,4 4,! 2,8 2,9 0 o o o o o o o o 0 0 o 0 o 0 0 0 0 o o ,? o 0 ,6 ,3 ,6 ,.5 (~ o .i 1,2 ,3 0 0 O C' [i ?,.~ U L ~g.37 6&.35 65,34- 66.31 66,1~0 66.29 66,27 6R,OS 65.93 65.~4 65.79 65.76 55.74 65.72 65.70 55.6~ 65.6~ 65.61 65,6! 65.60 65,59 65,57 65.55 65,54 65.50 65.47 · ! 17.3~, i7.35 i7.35 17.35 17.35 jt7.35 !7 ~7.35 !7.3.5 t 7. ~ 5 17,35 {7.35 i7.35 !7.34, !7.33 i7.31 !7.2¢ ! 7.2S ~7.24 17.2 ~ ! 7.2~ t7~3 '! 7.22 17.21 17,~9 17.}7 ~7.~5 17.15 iT.~N ~7.J5 !7.J5 ~7.iq ~ , m .)- t7.~! 17.10 b~F'[.,t, : PT!qGI3T ~IT..6. TF: ~] ' ' - VCi, P~]r,.~ Kit, iT 9q 2t-i. 9827,n 9~2A,0 9~2a.~ 9~2u. 9 9830.n 9~30, g 9u31 .~ 9~35.0 9836,0 9837.0 9g.~7.5 9~4(}, S 9~41,S qE4P,O 9a~3.0 g~a3.5 9R4S. 0 98a6, (} 9~4J,0 Q847.~ .3 2. 'l .~ 7 ?.7~ !4 2.74 21 2.76 23 2,7'_<t 23 2.7~ ?4 2.7~ ~ 2.77 1 2.75 4 2.73 24 2.7a ~. 8 ?. ~ 2 ~1 ?.Sa 6<) ?. ~5 5? 2.84 52 2.~3 5!. 2,g3 46 2.82 32 2.7O 0 ~, 7.3 0 2.74 o 2.7~ () 2.76 3 2,77 2 2,77 2 2,76 ~ 2.75 ! 2.75 I 2.76 2 2,7~ 2 2.77 3 2.75 ¢~ 2,75 2J ~.77 2 2 2, ~ 0 24 2.82 25 2, ~2 2~ 2.82 2~ 2.83 33 2.g¢ .3% 2. ~n 39 2.~7 3 a 2.8 'l ,tl 2. ~o 28 29 23 24 ~0 94- 100 66 7t, .o, 5 ~7 92 54 100 !00 100 100 32 29 3~ 33 34 3O 28 28 30 25 30 3O 42 42 PU 3.1 3.3 3.2 i,6 !.5 8.5 3.6 · 7 ,9 .7 .8 7,7 3.9 2.7 2.6 2.4 2.1 2.3 2.4 2.9 4.3 3.8 i.3 3.a 2.9 2.0 1.7 2.7 ~,4 4.3 SPT .4 0 .2 7) 0 1.5 o! r} 0 0 0 0 .5 0 0 0 0 0 0 0 0 65.46 55,44 65,41 65.40 65,40 6~,39 65. 65.38 65,36 65.33 6B.~ 65.27 fi~.26 65,26 65,25 65.24 65.24 65.24 65.24 65.23 65.I9 65,i7 ~ _ ~ .. -~ 65,!4 65.i0 ~kS. O~ Aq,n7 5.06 65,05 65,03 6~ 6!,9a a4 64,96 ~4.q5 64,93 ~,~ 64,9~ 64,9o 64,~9 64, ~g a'~ ~7 n7 ! 7 ~ 0 b ~7 17,05 I 7.04 '! 7. o4 17. O~ !7.04 't 7,04 17.03 17,03 ! 7, o2 !7.02 i7 , n .~ !7.02 17.02 !7.02 17,0I 't 7.0 ~ 17,fil 17,()1 17. O0 t6.99 j.~ !6,97 16. q7 !6.94 ~ Q2 I -~ ~ .. !6,91 ~6 qO 16.87 16,g7 16,~6 I6.84 .t 6, F 4 'V (7 [,. :,n;i~-. ..,~ 9$~49.", j 7 2.79 9~ 5n. n q 2.77 oR5! .0 '3 2.7(~ 9 ~ 52.5 5 ?. 77 9854.9 ~; 2.79 9~b5..3 ] 3 7.~0 9~57.o J. ~ 2.~.3 9¢5~.(} ~ 2.79 <~S'SC n ~. 2 7~ 9q 59, ',; 3 ?. 75 9~60. '.'} 7 2.75 99~,0 , 5 t 2 . 996J .0 ~ 2.?6 9861 .5 I 2.7& 0P~2.5 2 2.77 9PE~.5 ~ 2.77 98~5.0 2 2.74 ~65. S 2 2.75 9~6~ .O ? 2.75 q':'6~ q ? P.7q ~0;47.0 t 2.75 9 ~ ~ 7 ': 1 2 7 R ~860.0 2 2.7G OH~{.q ? 2.77 9~60. F~ 2 2.77 9P7n. 0 3 2.77 oo70.,,,. ¢-_, 5 2.77 9~7! .n ~ ~.77 7'.'2. J. 0 0 .!on 100 7i 60 7O 75 63 63 ~0 I ~5 20 24 25 26 27 27 20 ~... ~9 3.7 ~.0 10,! 7.9 5,4 2,7 2.0 3,5 3.6 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 POP/ ?T 64,8a 64,79 64,76 64,74 64,71 64.6~ 64..65 64,6.0 64, 64.54 b4.50 64.3~ (~4, ~ ~. ':]. 6.i. 30 64,29 ..~ {t ~ . 64,~0 64,17 64. !_? 64.!0 64.07 64. O4 64,00 63.9~ 6 .~. 9 6 63.94 63,°~ 63. ~9 63,87 63.e3 63,79 63.75 63.72 16.80 16.79 16.7~ !6.7fi 16.7:3 J. 5~7Q' !4.7~ 16,75 16.7% ~ ~,. 74 :~ 6.7 .~ 16,67 16.65 ! 6.64 ! 5. :52 16.62 I~- t6.60 i6.57 !6.5j 16,49 !6.46 !6.45 i6,43 !6.4n ~ ~6 ~-~., ~6.35 ~6.31 16.22 1,6 29 V (' I. R 0 hi 3 7 2,76 8 2,76 ! ~ 2.77 1 2! 7 2 77 2 7 2,77 t '/ 2.77 t 22 '7 2.7& 1 22 ~ 2.7~ t 21 q 2,'1~, t 23 ]. 2 2.75 0 26 1~ 2.75 0 20 25 2.77 0 2~ 2.7~ 0 214 2.77 0 24 31 2.7~ o 25 33 2.7~ 0 P 1 2.76 0 0 2,72 0 !00 ~.~ ?. 73 0 19o 2R 2.76 0 ~ 1 ?, 76 0 t O0 ~4 2.7q 0 I 0 2.75 0 53 9 2.7~ 9 2.RO I 62 9 2.gl 3 32 9 2.S~ 3 32 10 2.81 0 4~ 1 t 2,81. 0 12 2,81 i 2] ~ 4 2.8 r) 0 20 J 1 ?. 7A 0 24 r~ 2.7h 0 29 ~ 2,75 0 27 7 2.7S 0 27 3 2.7~'~ 0 55.. o 2.74 0 I00 V 2.7q 0 1 O0 0 2.7~ 0 ~00 0 ~. 72 0 100 1 ~ 2 75 0 4. 2 2 , [~ 0 0 99 PU 6,~ 3.2 4.5 ,8 .9 6.~ !,7 4,4- 4.8 6.5 9,6 I!.9 1t ,9 10,5 7,7 7,0 7,4 6,8 3,0 4,3 5,3 s 4 PU !o4 .7 0 0 0 0 (} 0 0 0 1.3 2.= 1,2 0 0 .4 ,9 0 0 63.6~ 63.84- 63.60 63,56 63.5~ 63.a7 63.43 63,39 63°35 63.30 63, ?.6 63.23 63.2 i 63.21 63.2t 63,!~ 63,1~ 63,!6 63.!.5 53. ! 2 63,to 63,09 63.0~ 63,07 6.3. Ol 62 , 96 62.90 ~2.a4 62.79 62,75 62,72 62 ,~'1 62,5~ 52,53 ~2,%1 62.40 62,48 62,46 62,A2 62,40 62.40 15 !7 l~-.. t 3 1" ' '_ ~, ! 6, ,:~ '3 16, '.) 1.5~ <,n t5~87 15.¢4 l 5,6'.I i %. ~ 0 15.76 i. 5. !5,76 !.-5,75 15,7~ 't ~' 15, '7;% i 3. '72 !5.7~ 15.60 tS. 5'7 !5.55 1H ~3 !5..46 .I~ 43 !.h.41 13.39 15,36 i 5, .~ 6 15.3~ 15.36 ! 5. ~ 5 25 47 64 ~6 73 6~ 7~ 3.2 '1.:3 ::~ 2 7,5 6..~ 0 0 .2 !.5 1.4 !.4 62.40 42 '~q :/~ ~r ~- , 62,38 62,22 62.13 C(;/,'ip~t.'v : ATi,ht,;T.TC P.].CH~:']TFtI',i-) '4k'T [ : P.r~ t ' 'r?: , ..-' ' VC r, ~. r.; ~1A K I ~"T S ¢.,' p,, 2 75 0 62 P.7~ ! 48 10.3 9... 7.& 3 43 2.76 9. 4.4. I0,9 2,77 2 2.77 1 49 J-O,2 2.77 ~. 7 a 0 62 9.7 2.7~ 0 64 10.2 2. R ~ 0 60 ! o, 2 ?. ~4 0 54 ! o. ! 2. q .~ 1 51 I 0.3 2.83 0 50 ~0.1 2.8~ 0 53 9.7 2. gh o · . 2.7? O 6] o 7 2.75 0 55 7,3 2.7P 0 45 5.5 2.71. 0 25 5,2 2.72 2 2a 7.7 2,7 .'~ 3 23 9.7a 5 23 9,0 2.7a 7 20 2.74 3 25 7 2.74 1 33 7.0 2,7a 0 3° 6.~ 2 74 ~ 40 6,3 2.7~ 0 43 6.5 2.7N 0 45 2.75 0 4 c) 5.2 2.75 54 2.76 ~ 66 3,7 P. 76 N 71 3.5 2.7~ 0 67 3 3 9 77 0 '' z 3.2 2.77 2.77 0 2.7 h () 44, a, 2 2.7 ,~ 0 37 2.74 0 33 5.4 P. 7-~ 0 3I 5,4 2,7a 0 32 5.0 2, 7g 0 37 4.4 .1 ,5 2.1 1.5 !.8 0 O .7 0 2.0 1,9 '!.5 2.4 2.1 .9 .5 1.0 .9 0 0 0 . 0 0 0 0 0 62.02 6!. 97 61,91 6! 6 !. 5 .i 6 '!. 5 F, 61 61.35 6! .26 6!.20 61.37 61.34 6!.. 09 6N. 60,87 6n 8 O '.,- ~ .. 60,78 6o. 76 60.74 60.72 60.70 60.6g 60,67 60.~5 60.58 60.56 60.5} 15.".).7 z- !5.07 !5.05 !5,03 J. 4,98 14.~1 !4.7a ~4.75 !4.7 ! 14.6~ i.~.62 !4,60 ~A 14.57 !4. Sa !4.55 i4.54 !4.53 t4.53 t4.46 ~4.45 ~T ptj c. / C' 3 h' r) oq91..B g '2.75 aox?_ ,. . 5 0 2,74 g 0 P 3.0 0 2.75 0q23. fi f) 2.74 q92 ~ . 0 0 2,7 4 q924.~ r) 2.7~ a a 2 ~ ~; 0 9.73 -' ' -' · .... a g 2 g ~ 0 2 7 '~ , ....,' ~ q a 2 ~. 0 0 2,74 9q26,5 (> 2.7~ ~ n 27, 0 0 2.7 R 9927.5 0 2.75 aa2~.O r; 2.7~] gqp:4.5 O 2.73 9 g 2 o, O n 2.73 9929,R 0 2.74 g a 30.0 q 2.74. a~30, 5 0 2.7 t ga31.. <) ! 2,7 !. 9~3 I. '; 14 2.74 ao~,~ ,~ 2'1 2.7'I 9'~32.5 30 2.77 9_ q33.0 30 2.7,~ '~ 9o33. q 31 2,7 q 993~, 0 ~(~ 2.77 993~.~ 10 2.73 9 q 3 g. 0 r} 2.7 ,I a~35.5 o 2,76 a o 3 ~ n q 2 7 '4 q93~.5 0 2.75 qq 37. (; 0 2. '/5 qr','17 ~' 0 2.75 . , . ~ ,..' ao3~. 0 9 2.7~ 093F.$ o ?.7S .~ _, ._, . ~ .. . ~q3o c 0 2 7q 9n 40. (, 0 '2.74 9q~o. 5 c) 2.7 ~ 9 q 41 . o 0 2.7 3 q q41.5 ,3 2.74 9~.2, 0 () 2.73 99~2,g 0 2.73 ~4 ~. n ") 2,7 ~ 9q.d.A. q 0 2.74 oa~,-~ () r~ 9.74 9 q 4 ~. h 0 2.7 ~ 8 b/ PU 4O 4u 49 36 52 8~ 24 23 24 100 1o0 ! oo ~o0 J o 24 22 22 2~ 24 3~ ! OO !o0 !oo 52 S7 pti 3,5 2 . 7 2.1 1,7 1,6 t.7 2,0 2 ~,4 3.4 4.7 2.6 7,9 4.0 4.3 2,9 1,7 ~.9 3.6 4,6 8,0 ~.0 7.0 -..~ ~ _ ! ,cfi 2.9 s p i o .3 o 0 o 0 0 o o 0 0 2.! .2 .2 0 o 0 o 0 .4 .1_ .0 2,0 .5 !,2 ,5 0 0 .2 r{0.51 60.47 60.44 60.47' 60.40 60. 39 6g.37 60.36 ~S0.35 ~0.33 ~0.31 60,29 60.27 6 ,'), '23 60. ~.? 60,iff 60,!5 ~0.33 60. i 0 60.09 60. O4 60.02 5q,99 59,q5 59.91 ..,- ~ ~ 59,76 59.74 59.73 59.72 59,72 59.7O P. Ct i4 "' :~ 1. 4:, 4. i 14.4.t 4: '":' * :t4,4O !.4.40 J. 4.3~ 14~37 ~ 4.36 14.36 !4, ~ / . !4,34 J. 4.33 ~n 33 !4.32 t,~ 32 ].a. 30 !4.2f~ i4.27 J, 4.24 1,4 20 !4.24 14.24 ! 4.2 4 !4., 22 !. a !4.!7 .- ~ ~. ~ 4 07 ! 4. o 3 !4.0! 14,01 14,0f} : fl'lr,Ai',)T~C" u].CiJl:"lFi_i.,O : p T ',~ c; {,i 'y' .g T .,~. q' .'.< ~ _1, ",! C l, P, ! i.,~ A K .T ;..~ T ..S ~-'.,'p 0 '4 G p '( ~il :4/(7:3 ;.4 ~.) PU PU 9q45. r), 0 2.74 0 o q 4 ,r-,, · 5 r'~ 2. '75 0 9 '? ,.t (.:,., ,,) ;3 2.74 0 994~,. g 0 2.7s 0 9 u; 4 '1.0 o 9.7 -~ 0 :~qzl. 7 ': 0 2 . 7'2 0 9'.~,!~. n 5 2.72 0 q a r,, O. O 5 'I '2. g 5 ,-~ o 50.5 5 '/ 2. ',,3 :'.; 0 9n~,1 .0 40 2.81 0 995! .5 ')2 7.76 0 99fi2. ~4 ~, 2.7~ 0 9qb~ o 2 2 7n 9q53.% 3 2.77 1 Q~%~. 0 '{ 2.7~ 3 9q5~,. ~ 3 2.74 27 90$~i. 0 4 ~. 75 44 995 ~:-. ~ ? 2.74 q~57.0 3 2.7'5 35 9957.5 3 2.75 3 c~(~5 ~. c~ .3 2.76 1 0950.5 g 2.74 tl 9O& n. O, 4 2.7 S 10 9'~0.5 ,'~ 2.76 9 (? ~'4 l. 0 4 2,77 8 ac'61 . ~ ~ 2.7'1 7 9q6p. O /1 2.7~ 9962.5 3 2.75 3 q~67.0 3 2. '1~ 2 99 t-,,~. % 2 2,74 0 ~a65.0 2 2.73 0 oc~67.n ~ 2.73 1 9C:~ ~. 0 '2 2.73 I oo 99 99 .tOO t OO 5'! I~0 25 1 oo !00 2.1. 2~. 17 !? _1_7 J6 ~7 ~7 .1['7 17 1,9 2O 21 22 21. 2J 2~ 2O 2O 2,6 2,6 "' 7 3,0 0 3,6 6.2 4,0 5,6 3,2 5,4 3,5 5,3 6.5 10.1 13,1 15,0 ~4.5 t4.4 ~2.6 11.4 I0,6 !0,3 JO.5 7.~ 5.2 4.4 ~ 4 5.9 .! 0 © o ..9 .4.0 1.2 ,/: . '1 0 c, .3 0 () .7 C U i~ u 1; 59.67 S9.61 59.57 59.57 5q. S5 5° 5~. 50 59.a5 59.43 59.4! 59.3~ 5o. 35 59.26 q9.1.c 5~.~2 ~9 0~. 58.q7 58. 58.7~ 5" 73 58.6g 5~.58 5g.52 58.a7 58.~2 ~ ~7 5~.33 5~ 2'-~ 5~. 73 58.!t 5~. O8 ~q,O6 3~ ~ C / !3.99 !3.99 i3.¢9 i 3.99 !3,99 !3.99 ~3.97 ~3.95 13.93 t3.9~ 13.9! !3.~3 !3.74 !3,67 !3.61 !3.55 ~ .13.,I~ 13~36 13.3i, I 3.27 !.3. I~ 13,~n !3.06 t3.03 i~ ~2~93 ~2~.7 12.F! : Pl,;.~'?. STAT~'. ,-,. #i_ p A G ,q 3 ~ g96~.5 9 f.-' t, q. 0 9u70.0 9070, r~ q072.0 997!.0 9073.5 997~, 0 9975.5 9~7~, . o 9q76.5 9977.0 eh77.5 9 Q 7 ~, 5 997~ , 0 9970,5 99~0.0 goen.5 99~ ~ . O 99~2.5 eo84.0 9o~7.0 9o~g. r) 998q.0 9e90.5 V C l~, P !', < A K I h! T P i.] G / C 3 P D 2,73 2.73 2,73 2.7,1 2.74 2,75 ?.75 2.76 2.7~ 2.75 ~. 7~ 2.7~: 2,74 2.7~ 2.7 ~ 2.72 ?,77 2.8~ 2.79 2,7a P. 77 ~.76 ~.74 ~.73 ~.74 2.75 2.77 2.7o 2.7~ 2.75 2.75 2.7~ P,7> 2.75 2.75 2.75 2.7 ~ 2.75 2.7S 2.75 2.7~ 2.7 J ?. 7'2 ,S W 2O 22 73 25 32 31. 34 35 4O 1.00 J. O0 25 100 50 lO0 100 ! 7 34 ?.9 34 52 39 63 1 O0 100 _!.0o 100 PU 6,0 5,7 5.4 4,7 3.8 2.2 1.7 1.3 .9 0 0 6,~ 0 1.1 ~,0 !.4 ~,0 ,7 1.2 ,7 ~,2 1.O 2.8 ~.6 2.0 2.4 cPI .1 0 O 0 0 0 0 ,I 0 0 0 0 0 0 o 0 0 0 0 0 0 0 o 0 0 0 0 0 CUM',.iL 58.02 ~7 57.97 57,9~ 57,q~ 57.00 57.78 .%7,87 57.g6 57.85 57,g3 57.~2 57.80 57.79 37.79 57.79 ~7.79 57.79 57.79 57.7~ 57~75 57.75 57.73 57,72 ~7.71 57,70 57.69 57.6~ m7 57.6't 57.67 57.66 57 57.55 57.65 57,64 57.a2 57.61 57.60 57.59 57,57 57.56 57,55 i2.76 !2.74 3. o '7 12.70 !2,62 !2.~2 {2.62 !2.62 12,5g !2.58 12~58 i7.58 ~2 12,57 t2,57 19.~7 !2.5S I~ 12.56 12,~5 !2,53 !2.53 !2,53 3 2.53 !2.~3 !2,53 99q?. 9 q q 2 . 9 o ? 3 , '5 9'aOa, 0 9 q 9 a, 0 , -. g 9 c~ 7. ~ 9gO0.0 10000.0 ~ 0001. o 10003.0 i nnO3 , % _ ,_ , . 1. 0004, ~ !O00a,~ 1000~, 0 ~ O00a. ~ ! O0O5,5 10007.5 !O00F.a 1001~'.~ ., . ~J ! 0 C 1 ('. 5 l On ! '3,0 !00l a, 0 ~0a14,5 : ATbANT1C ~.I'Pi, PT,~.:I,[) C[)7.;Pa[,ly V C L [~ l> ,~,'; A K T .H T S W [,I~ G/C ~ ?..r) 2.71 0 99 2.7 ? 0 90 2.72 n, 75 '2.7 .~ 0 69 2.79 0 2.72 0 45 2.7] 0 42 2,73 0 40 2.7 ~ 0 36 2.72 0 36 2.7? 0 2g 2.71 0 22 2.72 ] 20 2.71 4 2i 2.7i 3 28 2.7! 1 2.7 ,i 0 48 2.75 0 2 , 7a 0 97 2.76 O 1 O0 2.7~ 0 2.75 0 ~ 00 2. 74 0 2.74 0 100 ?. 74 0 ~. 74 0 ~00 2.7~ 0 2.7 3 0 70 2.73 0 75 2.7~ 0 74 2.7~ 0 7o 2.73 0 68 2.73 0 72 2.74 o 1 O0 2,75 0 ! O0 2,75 0 100 2.7? 0 100 2.72 0 100 2.72 0 100 2.'la 0 2.~1 0 93 2,~2 0 25 2, ~2 0 25 2,~1. 0 ~00 2,78 0 P{jR PU 4,3 5.4 5,3 5.0 4,5 4,4 4.7 5.4 5.4 5,3 5.5 6,8 8,5 8,2 7,3 ~.7 3,5 2,7 2,2 1.9 1.8 !,7 2,8 3,0 3,0 3,1 3,3 3,5 3.4 2,7 2,2 2,1 ~. 0 3.9 .3 3,5 9 0 0 0 0 0 0 0 0 .7 0 0 0 0 0 0 0 0 0 0 .2 0 0 0 o? .? 0 0 0 0 0 0 P a (:; F C[! dU [: _ !j ~-. / ~7.ql 57,.49 57.46 57.43 -57.39 57,34 57.3] 57.29 ~7.20 57.16 S7.~2 57,05 57.o3 57.0i 56.ao 56,9R 56.97 56,'46 56,96 5~,95 56,94 a.'n . , S~.92 56.91 56,R6 56.g4 56. a.~ 56.81 56.S0 5 ~, 79 56.77 56.76 S6.75 56~73 56,71 56,71 56, ~9 5~,67 ~ C t 1'2 · . 12,53 12.53 !2,5! 12.5o i2.47 !2.~6 !2.41 !2. 12.33 I~ 3 12,25 12.23 1 '~ 2 ~.2~ !. ~. 2~ ~.23 12.73 i2.23 12,23 !2,23 !~.22 !2.22 !2,2i 12,2~) !7.20 i 2.7 i2,20 i 9 ,'l 12. i '> 2 n 12,t9 i2 I !2, 0 n .t 6,.. 0 r) t 7 ,. !OOJ. P,5 00 1. q, 0019, 0 n 20. 00 ? 1, 0021 . (')022. 0 C; 23. k. ,. , _, ~ 0 ri 2 ,t. O02a, 0(:25. 0026. 0q26 , 0027. r, 02 ~ · ! 0 c:, 3 n. 0 r)3 P, 0032. 1 r'r'~~ O()3q. 0035. .... , e 0 n 37 0O37. 003 ~. 1003P.~ 12 2.74- 22 2.76 2% 2.77 ] q. 2., 7 q !_ 2 2.7'1 5' 2 , 74 3 2.7'2 :i 2.72 3 2.72 -~ '2.77 % 2.73 '1 2.74 a 2.7a 9 2.7 ,; t~ 2. Ta 1 '; 2 7~ 42 2. g t 46 2 · ~ 2 ~ 2.~ 30 2.7 ~ 1~. 2.75 n 2.72 ~) 2.7 .? 0 2.7 !. C, 2.73 21 2.76 2.~3 2 (~ 2.77 16 2,75 2.72 3 2,74 2, ? .';. 2.72 0 2.7~ 1 2,71 0 2.71. 0 2.71 O 2.7~ 0 2.72 ! O0 49 32. 2,9 2~ 24 24 24 100 9q 3i 27 37 59 .t00 I0,o. 100 100 !O-n, 70 4a 44 97 1 O0 J. O0 24 87 4.7 25 22 ~5 2.9 2.9 ,9 2.3 2.5 5.5 5.1 5.1 ,4.5 ~.0 0 0 ,3 4.8 4.;:~ 0 0 0 ~,6 tO.J. 4,0 2.2 4,5 4,2 7.5 2,5 7.2 © 0 .3 .5 !.5 !.6 1.5 !.5 ,6 .? 0 0 0 0 0 0 0 o 0 ,5 !,4 1,9 1.5 2.5 I ~ 1.5 C i] ~i [.i POP/ 56.67 56.6~ 56.62 56:50 S5,54 5~5,49 56,46 5~;. 40 56. 5 O · ..tO 56,37 56,32 56,30 56,27 56.27 56.2:7 56.27 56.27 56,24 56,'2t 56.09 56.00 55.9~ 55.~7 55.95 55.93 55.9i 55,~8 55,fi5 55.82 55,79 55,75 55,74 I ') . I i2.16 1.2,i~ !2.13 17,12 .~, ,t- s !2.09 !2,07 19,05 i I t i .°3 . .' . !1,q0 .~ ~ 90 ~' 90 t i_ II ~!.7e I~.77 ~ .77 11 I' 7? !L !L.66 !!.64 : ATI,Ar,J'r'I'~' ~rr~HF':tP:bP, Cr3~'PAt,~V ". Pf;,",!C;i!q' ,%'f.'~n'~ ,¢ 1 10(;3 g. ~1 ('i f'. 3 a. 1 O640. ! 00~ ! , 1 o042. ! ()o43, !004 ~, ~ On4~. ~ f)n47. ~O04P. ~ i ()('~4g. () ~. OrJ,4g, ~ ! 0052,5 ~ 0053.5 OO5,t. 5 1_005[:,.5 OO57,0 if)057. 5 0050. O 0059.5 0 q 6 O, 0 f)OGO, 5 100r; ~ .o V (7 [, p :-~ .,,,.4 A K Z f".~' 'P S :,i · 9 2.7'2 P. 26 n 2,71 0 36 0 ?. 71. 0 39 ¢) P.. 7.1. ]. 30 0 ?.7! 2 n 2.72 7 23 0 2.71. 2 2q . I) 2.72 i 34 0 2.7l o 49 t) 2,. 7 ! 0 /I,4 :'~ 2,75 0 33 6 2,7~ 1 24, g 2.7 b 'q. 21 1 n 2.73 0 23 11 ~, ?..~ 0 ? 1, 2.73 0 23 !. ! 2.7 ':~ 0 23 I 0 2,7.3 0 23 t 0 2.73 0 2 ...'3 ~ 2, ? .3 0 23 9 ~ , 73 0 22 I r) 2.7 ~, 0 2 ..~ J. 1. 2 · 73 0 24 12. 2..73 0 25 15 2.74. 0 24 19 2.75 0 23 ~ 2,75 0 24 ! 7 2.74 0 24 15 2.74 0 25 .l r) 2.73 0 28 6. 2.73 0 56 0 2.7 ~ 0 100 1 2.73 0 .1.00 3 2.7 2 0 4 f? 3 2. ?2 0 45 :," 2.7? 0 57 ! ~.77 0 7~ ! '2,. 7P 0 73 0 ?.77 0 100 1_ 2.72 0 99 ('~ 2,72 0 J O0 () 2.72 0 :.100 ,') 2.71. 0 ! 00 ~) 2,7 L 0 .t O0 0 2.7.t n .tOO P 0 R PLi 7.0 5.5 5.5 7.4 ~.9 7.5 7,! 6.5 7.3 7.3 6.7 6.7 6.2 6,5 6.9 6.6 6.3 5.3 5.2 ~,5 3..¢ 4. () 3.1 2.9 2.7 2.7 2,6 2,6 ?.1 2.! 2,] 2,:~ !.9 1.8 2.3 3.0 2.5 2,3_ 2.! 2,2 0 o 0 ,? 0 ,4 · 4 0 0 0 o 0 0 O 0 PCi~/ 55.60 55.5~ 55.54 55.51 55.46. 55 42 ~-5, ~9 55,35 55,33 55.2o 55.26 5~,~9 55.!3 55. !O 55. 55.03 54.a9 54,~6 54.93 ~- ~ ~ . . 5~.~ 54.78 54,77 54,75 54.75 54,73 54,71 54.69 54. e, 4. 54,63 54,61 54.59 54.58 54.~7 54.~3 J~.61 11,50 ! ~ 1..;.. 36 ~t.34 i..: tJ.,.¢ 1~ oi i~.. !9 ii 13 t ~ (i2 1~ .00 !0.97 .!. o. 9 ~ ~ O. 9,4 10.93 10.92 10.92 !(~,9! ! 9.90 ! 0.9 () 10.99 1 r, F c~ :L 9,89 \! C 1, P t ~ ?~ fx K ] :'z T ,':=. W P Lq. R S ? $ P PU (;/C3 N9 PU PO PU F 10(,62..c, u 2.72 ! ,0 c, .a ~,. 0 {) 2.72 J. 006/~. 0 '2 2.73 ! 0064.5 3 2.7A ~ oOa~. ~ 4 2.74 ! 0067. o a 2.72 10n6o 0 f:, 2.79 10069.5 x 2.73 ! 0(i, 70.0 f~ 2.73 10070.5 q 2.73 10o71.0 ~ 2.73 ~ t~n7 !. b ~ 2,73 100'72,0 fi 2.73 ~0072.5 ~ 2.7.3 !0073.() 7 2.72 10()7 a. b ~ 2.72 1007 b, 0 h 2,72 t. 0075.5 e. 2,72 ! 0o7~. 0 6 2.72 J. 0(~76.5 6 2,72 10()7'1,0 6 ~, 72 10077. 5 6 2.73 l. n07~. n 6 2.7.~ !007~.5 t~ 2,7~ t O07 q. 0 7 2, '13 J 0079. ~ 7 2.'13 100 g 0.0 '1 2.73 1 on~r~ ~; 7 2 7: !()ORt .0 7 2.73 ! O0 ~ 1.5 0 2.7 '~ 1. Q q 82,5 8 2,73 1.00~:4,5 'I 2,7~ i00 1 O0 3.00 33 30 33 ~7 2g 22 21 2! R2 22 ~2 21 2! 21 22 ~2 22 21 21 2~ 2! 2~ 22 23 23 2,:I 2,1 2,4 2,5 2,7 3,0 3,6 4,1 3,7 4,0 5.0 4,5 4,3 4,2 4,2 /3.7 4.9 5.9 6,0 5,6 5,1 5,5 5,9 6,t 6,3 6,4 6,3 6,0 5,S 5,4 5,t r}~-/ :-!¢i / T F T 4 .... b 4. ,re I n 8'" _ -...,' .. -. ~ 4,;5 10.87 ~ ~ _ o -. ot- - 4.33 ~r) 7© a 31 !0,77 4 28 10.7~ a,26 1q 7a a. 24 10.72 ~.z2 ~,9.70 4,19 !0.69 a ~7 In ~7 a,!5 19,65 a,i3 a 11 I".02~, 4.00 10.53 . .,,- & 3. q 4 ! 0.48 3, ~8 !. 0.44 .3.~6 10.4~ 3. ~ 3 i 0. 3.80 1.0,3~ 3.77 !_0.35 ~.74 1 ~.7! 10,30 ~. aQ 1 c, 28 3.64 10.25 3,al 3,55 !0, 3,53 3,50 ! 0.., 3,47 !0.~2 3,44 ! 0, ~_ () 3.4? t C). 08 ? .h (.;' F: 39 P U G / C 3 ~ O ~ 2.7.% 9 2.73 1 o 2.73 11. 2,73 .10 7.7~ '"~ 2.73 ~ 2.74 ~ 2.7'~. ') ?.7~ 0 2..73 n 2.74 r; 2.7~ 0 2,74 n 2,7 '~ 0 2.72 6 2.77 36 2.80 35 q 2,,73 ('~ 2.7') 0 '2.72 '~, 2.73 0 2.73 n 2.7'2 O 2.7~ 0 2.7? 1 2,7~ I) 2.7'3 0 2,7~ ',') 2.7t 0 0 2.73 ~ 9.77 0 2.71 o 2.71 0 2.71 (~ 2.7? 0 2.79 2.73 0 2.72 2.7~ 0 2,73 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 () 0 0 0 0 0 0 0 1 0 0 0 0 0 24 24. 2% 26 ~7 !.00 100 !00 1 oo 100 62 23 25 100 .1_00 1 O0 !00 1..00 100 ~.00 1.!.00 100 100 100 lOC).. ~.00 37 3? 1,! O0 !00 lO0 ~00 .1 fin pn~ 4.I 3.1 2.8 2.2 !.9 !.4 2.0 2.7 2.0 I0,0 ?,? ?,~ 4,9 4,2 3,3 3.2 3,,9 4,8 .t.5 2,5 7.2 3,0 ,6 . .? P U 0 0 0 0 0 0 0 0 O. 0 0 0 2,._.'3 0 0 0 0 53.39 53,37 53.35 53,34 53,3~ 53,3~ 53.3(; 53,29 53,25 53.24 53.23 53~18 ~3,~3 53,09 53,05 53,05 53,05 53,01 52,g7 52,94 52,~4 52.82 52,7~ 52,77 52.76 52.7R 52~75 52.73 52 , 52,66 52.~3 52,63 52,~3 52,62 52.6J C U ~,$ U L HC/ f' T ~_ 0.06 10.04 10.03 I0.02 ! O. 01 ~ ~' 10.00 .-: ~ _: 9,9~ ',1 0 Q .- ~ C' g,gz~ ,' m 9.99 (l 9.89 9,8° ?, ~ 9 ~- ~ .... ..- m q,. 9,84 t oI09.,; t) P.72 Jo!iF),() ($ 2.72 !dl.lO.q 0 ?.77; !0~ 11 ,a 0 2.74 !0!J! .5 ,') 2.7~ JO112,q 9 2.7~ ~0~ 12.5 0 2.7~ ~ 0 ! ~ 3. ~ 0 2.7,~ ~011,t 0 7 2.7~ J.O!~ 4. ~ i. 2,73 ! 0l~ 5,0 I 2,73 10!15,5 0 2,73 J O! J ~.G 0 m.74 101¢~.,5 0 2,74 J 0!17,(] O 2,72 !01.!7,5 6 2.73 10119,0 23 2,7f- 10! l R. B 37 2.79 !01. J9.0 44 P.~! ~(~11. q.5 4R 2.82 I 0120.0 5~ 2, ~B 1012n.5 ~2 7.85 10121.0 5q 2. ~ !01PJ.5 59 2.86 10122,0 69 2.~7 l (:, :'!, 21!. '5 q9 2.85 0 10i90.c, ,4,9 ',?_.82 0 !0!2°.q 41 2.~4i 0 1. 0! 13.0. fl 35 2.7g 0 t 0130.5 3~: 2., 79 0 10131.0 40 2.8! 0 1() ! 3 ~. 5 44. 2.8 l o .~ o13m, o /~, 2,82 o 10J32.5 5,~ 2.~3 o 10133.0 ~13 2.8~ 0 ,1 o 1, 4,,t. ,') 61 ?. ¢6 0 ~0J44.5 :'~ 2.86 0 ~ oi 4%. n r, 3 2.86 0 .".0!60.5 52 2.84 0 J 01 ri J.. q ~ 2 2,. 8 I 0 ~ O1 /-,1 .5 '~':~ 2.81 0 PU 100 !0o 100 !.oo lO0 ! !00 1 oo ~9 56 !. O0 lOO 10o 100 75 1 O0 2,3 lO0 1 O0 61 !00 too 1.o0 !00 1{3o 92 100 100 loo ! O0 00 75 7~ 72 71 ~5 77 P()R 2.3 1.,9 !,3 1,6 1,5 1.5 !,7 2,!. ,3 ~.5 2,0 1,6 ,2 0 2,~ 0 e 7 o 0 0 o .3 (} 0 O 0 2,1. 4.7 0 o 0 0 0 o o 0 0 0 0 o 0 0 0 0 0 0 POR/ 52,58 S2, c-7 52.55 52,55 52.g~ 52.53 52.52 5~, 50 52,49 52.48 -- ~ ~7 52.4$ 52,43 ~2.42 5~,42 52.42 5~,41 52,4t 52.,~1 %2,39 52,39 52,39 52,39 59..',39 52,39 52.39 52,,39 52,39 52.3~ 52,38 52,37 5~ 34 9 ¢.4 -~ .,.. 9.84 9.84 q 8 ~ 9.a2 9.8O o p (% 9.80 9,80 9.80 9.80 9.8c~ 9.79 9.79 9,79 9,79 9.79 9,79 0.79 9.78 101~'.,2.5 101a3.5 1.0J65.5 !Olb~. 5 10I~9.0 ~OJ~O.O I0J71 .e 10172.0 ~0~7!.~ 10173.0 10~73.~ ! OJ 74.0 lOj7a.5 10175.0 1O175.5 1017~.0 10176.~ 1.0177,0 1o177.5 !0!7~.5 !OjSn.0 !o1~.a Jo1~3.o !0~4.0 : AT),A?,dTJC NICfIFI.~;LD 49 2.82 52 2.85 55 2.84 54 2.8.%.' S7 2.84 $9 2. 6:5 2.7~ 2.77 l~ 2.7~ !o 2.7~ Il 2.75 t0 2.74 le 2.76 24 2.7h 26 2.77 29 ~. 7~ .~7_ 2,7° 4 l 2. ~ 0 2q 2.7~ !2 2.79 O 2. 'l 7 o 2.7~ n 2,72 0 2.72 2.72 0 ~.72 0 2.71 o 2.72 0 2.72 0 2.71 O 2.73 0 2.72 2.72 0 2.71 2.71 2.7] 0 2.73 0 2.73 0 ?. 77 0 2.73 o 2.73 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 65 71 93 65 76 93 76 70 97 97 78 ~9 96 ~7 ~3 59 45 100 t 0o 1 O0 1 O0 !00 !00 100 100 93 ~7 100 lOC !00 100 !O0 !00 lO0 ~00 9] ~9 ~00 ].~0 ~00 PU !.9 ,7 .3 ,7 ,3 .3 ,6 4.7 5,7 5.3 5.9 7,0 5,6 4.3 &.l 3.5 1.1 3.9 ~.1 3,~ 5,5 4,7 4.0 4, O 3.3 3,0 3.1 3,8 5,0 4.7 4,5 4.7 _k tJ 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 o 0 0 0 0 52,32 52,31 52.31 52,31 52.30 52,30 52.30 52 30 . - 52.29 52,27 52,24 52,2] 5~.19 52.~7 52,15 52,1! 52.08 52.04 52.0~ . 52.02 52,02 52. on 51,98 5! 51.95 51 51 51,9~ 51 51 5!.:~3 5!,79 51.77 51.74 5! ,72 51,70 51,69 ~ ~7 %!.66 5! 51 51,56 5.I..54 5! .51 5!.49 9,7S 9.7~ 'J 7e, 9.77 9~7'7 q.77 9.77 9.77 9 ,, 7,3 9.7 (> -, ~ . 9 ~ 7 5 9 ~ 7 g 9~74 9 ~ ? 4 q.7~ 9,72 9~72 9.72 <~ 7i 9.7! ~. 7i 9,7! 9.7t ~ 7i ~,7~ 9,69 9.69 9~69 9.~9 q,6q 9.69 9.69 42 t. [.)1. ~ 5. !,.' 0 2,71 0 I01~G,0 o 2.7ii 0 !0~87,5 () 2.7l 0 r~ ~ . . r, ,- " '' ' m '" ' ~ ' J(}J, Sq,[ 0 2.71 0 l()~c~O 5 2 2 73 0 101Ol ('~ '1 2 72 . ~ - ~ ,,- !. 9 ~ o2,0 5 2.72 0 ~ 0193,0 4. 2.72 0 ! 0 ~. o.~, fi 0 2.72 0 !.0¢ 9~., ~ t 2,72 0 ! 0195. n 2 2.72 ~ 0leu ~ 2 2.72 0 ~ . i~ ~ .., .. 10!9F~. 5 ~ 2.73 0 -- / - m '. ~.0~7,5 o 2,71 0 1o!.98,0 ') 2.7~ J. 01~,~ o 2,7! 10199.0 0 ?.7~ 2 ~ 03 9n, 5 ? 2,72 96 100 O0 O0 O0 26 24 92 67 ~7 9.5 5O O0 4a 4,° 3.~ 2.5 2,2 2.I " 2 2.6 2.7 3.4 3,~ 2.9 3.6 4.3 8.6 9.9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 1.9 POR / PT 51.47 5! ,44 51.41 5!.39 -5!.37 51.35 5t,33 51,32 5t,3.1_ 5! 51.7.7 5! .26 5 !. ? 5 5!,24 51,23 5i ,9~ 51 ,it4 5I. 5~,05 5i $0,9~ 5o.94 9.69 9.69 9~6f: ~ 63 9.60 9~60 102212. 10222. 1. 0 2 9 5. !0226.5 10222. ~0227.5 1022'~, 10229. ! 0230. ' 023 1 . t 0232. {0232. 1 O234 -- t 023 ,S, 1 0 2 3 6. ! 0236. 1023~. 1023e.$ ~ 0239,0 !0P~0.5 ] O24 I. 0 ] 024 I. 5 10249. 0 02/$4.0 ~02a4.5 p t~ G / C 3 t',~ [) P U 2.72 0 lO0 2.7 ] 0 ! 00 2.72 0 ! 00 2.73 0 ! 0 u 2.71 0 5! 2.7.1 ~) 50 2.7 !. 0 43 2.72 0 2.72 0 ~ O0 2.73 0 100 2.72 0 2.7~ 0 2.73 0 100 2.7! o 52 2.71 0 2.72 0 99 2.7 .l 2 72 2.7.~ 0 25 2.73 0 27 2,72 0 26 2.72 0 2.7 ~ o 26 2.72 0 27 2.73 0 .l 0 2.73 0 24 2. '73 0 23 2.74, 0 23 2,7 ~t 0 26 2.71 0 9q 2.72 0 93 _ ~ _ 2.71 0 95 2,71. 0 ~00 2.7 ! () 98 2.72 0 97 2. '13 O ! 0 2.71 0 !00 2 7~ 0 ~ .... , . 0 ,) 2.72 0 I 00 2.75 0 2.7F, 0 2.7 'i 0 ! 00 2.73 0 too 2.73 0 !00 2.? ~ 0 Pr} ? PU .5 1 ,0 1.7 2.4 2.9 2.2 1.0 .S i.5 3,3 2.6 1.9 2.5 2.2 3,4 1.6 3,1 !.,9 2,4 1,5 1,7 4,2 5.5 4,7 4,2 ,9 .3 0 0 ,7 0 0 1,6 2,0 © (} ,6 .2 0 0 0 0 0 0 © © 0 0 0 CUPFUL 50.30 50.30 50.29 50.27 bt,. 50.22 50,!9 _50.!7 50. 50.16 50,!5 50.!.5 50.14 50. !3 50.1! 50.10 50.0~ 50.08 50,,05 50.04 50.03 _, k.i . 50.0t 49.9q 49.99 49.97 4.9 . 4q,. 95 49.91.1 49.90 49, 49,79 4q.79 ~,t 9,7 q 49,,7a 49.79 49.78 49,78 44 ~ 44 9.44 ~ ~ .. 9.44 9.39 9,39 q 3 q q. 3q. 9,3o 9.39 9,3~' 9.37 9. s~ 33 9.32 ~. ~ ,, 9, 9,28 9.27 e.27 9.27 0.27 9.27 9.27 q,27 9.27 9.27 ?. 27 () 2. 7 2 ':-) i 0 0 "') 2 ,, ? 2 ";) 1 (~ n ~) 2. 7 ~ ("' .~ 0 0 "';' 7;' 7 ' ' ) 2. 'I 9 ,q ~ () ;,) ? ~, ? 'i ',':) .! () 0 ~) 2 ~ 7 4. r, ~ A A ., r) 2 . 7 4 a '" 0 () '- t , 0 '2.7 ~ () 7 ! r) 2 , '72 0 7 9 ') 2.7! ~'".,,- 53 o ?. 7 ! o 6 ' ) 2 o '! :1. ':) 6 8 0 2 ,, 't :) 0 7 3 x 2, '? 1 O .')' 2.7 :? n.. ~., I :::, 2., 7 :) "'~ 4 2 ,i 2. 73 0 "~ 2.7 2 1. 2 q ", 2.7 7, () 3 f..', '~ 2. 't 1: 0 3 ] :' 2 o 7 7' ,4 2 7 : 2. 'I ? n 2~-, 7 2,. 7 ~. 0 24 ? ? 7 '~ n ' .... ,, 24 '/ 2.7 :) n 24 F :' ,_, '? 2 '-') 2 ~ i ,1; 2. 7 ~ () 4 j I. '2 2. 7 ,-: 0 ,~. *) · ! ~ 2,7 ,<. 0 3 7 (" 7 . '1 :.~ 0 5 i '~ ..'~ ~ 72 O, 7 r~ ~, 2.72 O 7 I_ ": 2.77 () ? '! "-, 2.7 '~ 0 J. ()0 · '--' ,, '! 2.0 O 0 0 0 t/;:~,mi{./ r' . F.,' *'? r' .U G / C 3 N [) 1.0Pa~'. ~ 0 2..71 0 ,1. ()26q. 0 1 2.71 0 10769.5 0 2.71 ! 0P 70. 0 0 2.7 ~ 0 ~ o 27 n ~ 0 2.72 0 10271 ,n O 2,7~ 0 10271.5 0 2.7~ 0 ~0272,0 0 ~.73 0 t 0 P'72,5 o 2.73 o 1027 ]. O r) 2.73 !02'73.~ 0 2,72 0 t02~4.0 ¢) 2.22 0 10!7,t.5 0 2.73 0 ~ ~27%, 0 0 2,74 2 JO?75.fl 0 2.76 !027¢,.g 1 2.77 68 .~ 027~. . .5 1. 2,76 10277. n 2 2.75 ~2 ~0277.5 1 2.72 9 1027~.0 0 2.72 O 1027~.5 0 2.73 O 10270.5 n 2.75 0 I 02 ~-;n. O g 2.77 ! 02S0. r~ 0 2.77 0 ~028~.5 0 2.74 0 ! 0282. (', r~ 2.7 ~ 0 10282.~ n 2.7~ 0 ~02~.5 U 2.73 0 ! 02~4.0 0 2.7? 0 10284.5 0 2.71 0 1028~,. % 24 2.77 0 1~2~7,0 25 2,7~ 0 i0287,~ 22 2,N1 ! 028~. 0 20 2, R ! 0 ! ()2 ~ r;, 5 ! 7 2. ~0 0 ~02~a.0 13 2.80 1 102~°.F 7 2.~1 2 t. 02 q('~, (} 0 2. g C) ! 7 102vn. 5 o 2.7~ 9 02g~ ,O 0 2.74. 2 J02g~.b 0 2.73 0 100 100 1.00 !00 I O0 100 1.00 100 .1.00 '70 65 58 47 46 0 61 94 100 !00 100 1 O0 i00 100 100 !. 00 100 1 O0 47 47 32 50 54 58 96 7.9 8,6 7.7 4, 3.4 2.9 2,7 2,7 4,9 it.7 5.7 4,~ 10.6 12.5 15,2 !0,5 5.9 .5 ,2 ,4 1,5 2.0 ~.7 3,9 5.6 1,0 ~&,~ !6,2 15.2 ~2.~ 9.3 0 0 0 O 0 0 0 0 0 0 0 0 0 .! 2.9 .3 48,65 48,57 48.53 4R,51 48,49 48,43 48.42 48.39 ~8,36 48,25 48. ! '7 47.98 47. ~:9 47.76 ~7,73 47,7? 47.7~ 47,7~ 47.7! 47.71 ,!7.7! 47.70 47 ~7.67 47.~5 ~7.52 ~-7 ~ 57 47.5~ 47.56 ~7.54 ~7.5~ 47.a7 47.~6 47.21 47.07 Cji .~..-/ ~.7~ 8.75 ~.77 8.72 8,72 ~.,72 ~,72 8,72 8.72 ~.72 ~:. 70 8.50 9.47 g '~7 r~,47 ~.~7 [.~. ~ '7 ~.~7 8.47 8,47 g.4. t 8,36 8.3~ : A'PI,~.NTTC F.,[CHF!FLO C 0 ~:f P A N Y 47 10292. 10292.5 ! 0293. 102c:'3,5 10294.0 10294. !o2q5.0 ! () 2 ~ 5.5 !029a. 0 J.O~Q7.O ~ 0297.5 1029~.0 !029C~, 5 10300.0 J0300.~ 1030!.~ 1O3O2.% I030],~ 030~. O3O6.0 J03o7,0 !0307.~ i0301.5 ()30~, o ~03~0.0 0310. t03~ ~03!2.0 0313. ~. !0314,0 r) J l G / C 3 K, P 2,71 2.73 2.73 2.72 2.. 76 2,76 2.73 ?,71 2.71 2.7J. 2.7! 2.7 .~, 2.73 2.7 .{ 2.72 2.72 2.73 2.7~ 2.78 2,~o 2.aP 2.8J 2.79 2.7? 2.7P 2.7~ 2.77 2.7~. 2,73 2.73 2.72 2.73 2.72 2.72 2.7~ 2.72 2.7l 2.73 2,72 2.73 2.72 2.7 ~ 2.72 2.7~ 2,72 0 0 0 0 0 0 0 0 0 0 0 0 0 6 39 4o 72 1~9 ,.., 129 t7 0 0 0 0 0 0 0 0 0 0 0 ¢) PI_! i00 l O0 ! O0 ! O0 ! O0 45 64 70 72 100 I00 100 100 t00 1 O0 77 61 64 6o 59 59 74 qO J O0 JOO l OO I O0 .1_00 ;tOO :LO0 !00 I00 1 oo !00 100 100 ~00 lO0 .100 PU 7.9 5.7 3,7 3.0 0 s ~ 7.1 !~n,O 9.9 5,3 1.4 2.1 2,9 5,6 9,2 i 4 . = 1.a,3 18.2 1 9 --- ~ 20,6 21 , 0 21.4 20,-4 13,5 6,0 1,4 ,7 ,1 ,2 .I 0 1.7 i.2 !,2 o ,3 0 .6 !,1 0 0 .5 .3 3.2 5.4 5.5 4.9 4,5 r~ _ 0 0 0 0 .6 .4 CU :,'I il I. PUg / 47 ,, 03 4:6', 46,9{? 46,94 4~.92 46.79 46,75 46.74 46.73 46.73 46,72 a6.70 46,67 46,63 ~ ~ ~__ ~5.37 46.tg 4,6, ao ;_, . 45,9S 45.77 45.57 45,~7 ~ 34 45.31 45,3i 45.3! 45, ~ 45.3~ 45,3~ a5.3o 45,29 45,29 45,2a FT 8.24 8~24 ~.24, 9.23 8.22 ~,20 8.19 ~.19 8.19 ~ t0 8. ~ 7 ~I,~ -. 7,9~ 7.~3 7.79 7.77 7.~7 7,77 7.77 7.77 7,77 7.77 7,77 7,77 7,77 7.77 7.77 7.77 7.77 7.77 7,77 7,77 STATE ~ _1 .... 4& V C L P f'., ..'4 A K I ~,J T 1.03t 5. f_, 0 2.72 _1. 0316. ~, 0 2.73 !03~6.5 0 2.7',/. ~ n~l 7.fi ¢ 2.72 10317,5 0 ~.7~ IO:'~P 0 n 2.72 ~, ... ~ ,. !031°.0 0 2.72 JO3.ta.E 0 P.72 I032~,¢ 0 2,7~ ~ 0320,5 0 2,72 3032~ ,0 n 2,72 ~032~ ~ 0 2 72 10322,0 0 2.7i !o32~.% 0 2.73 1 C, 3 P ~. o 0 2.72 30323.E 0 2.72 ~032n. 0 (~ 2.7,'~ t 0324,5 0 2.7 ! ~ 032~. o 0 2.72 103~5.~ o ~,72 ~ ¢ 3~6. C, 0 2.72 1032~.5 0 2.71 ~0327.0 O 2.7~ ~03P~.o 0 2.7! tU32~,5 0 2,71. J_0329. 0 a 2,71 10329,5 0 2.71 lu330,0 0 2,7~. ~ 0330,5 0 2,7'2 10331,0 o 2,72 10331 ~ O P 72 ~()332.0 0 2,71 ~ 0.]32, ~ (~ 2,72 ~ 013~ O O 2 7~ - , .-, 0 2,72 ~ o334,0 0 2. ? ] 3.(j3~4,,~ 0 2,7P 1 ()33 ~ n ~ 2,71 ..... .'.. ...... 2 7~ !033a.0 0 2.?t 10336.5 0 2.72 t 0337.0 0 2,7 ! ~a3~7 ~ n 2 7t 10.33~.0 0 2.72 i 033S. 5 0 2.73 i00 ~00 .1. o0 ¢00 ,1,00 ~00 100 .1. ~0 i00 _100 ! O0 93 97 99 'j O0 100 !00 77 79 91 91 ?? ~7 9'/ ! (')0 I00 .1.00 .100 1 O0 ~00 ZOO I Of') 100 ]00 ~00 POR 1,2 .6 ~ 4 ,9 1.2 !,4 1,5 2,0 2.2 ~,i 2,1 !,9 3,0 2.9 2.a 3,0 2.4 2.0 2.2 1.8 1,6 .a l ,0 2.4 ~.3 2,2 0 0 0 O 0 0 0 O 0 0 0 0 ,5 .7 ,? .9 °9' ,3 0 0 O ,1 0 .2 .3 ,$ .2 45.27 45.26 45.26 45.26 45,24 45,24 45,23 45,22 45,22 45.21 65,20 4~, j 7 ~5.!6 ,15,~ 3 45.~2 45.09 45.03 44,99 44.98 44,97 44.o~ 4* c.5 44.94 44.93 44.92 44,90 44.89 44,89 a4 ~5 ~C/ F? 7.7 '7 v . 77 7.77 7.77 7.77 7.7 '/ 7.77 7.77 7.77 7.77 7.77 7.77 7.77 7.77 7.77 7. 7 '! 7.7~ 7. 79 7.76 7.7h 7.76 7,7-5. 7.76 7.7¢~ 7.7~- 7 7c 7.75 7.75 7.75 7.74 7,74 7.74 7,7~. 7.74 7.7~, 7.74 7.7,:.:- 7.7~ 7,74 7,7/~ 7 . 74 7.74 7.74 7.7,~ 7.7'~ 7.74 F? Pl.] G/C 3 NJ) P!i ! 03.3 ~. 1034 0, ~03~2.5 ~ 0345. 1034A.0 ! 03,~7,0 ! 0347.5 !. 034 g. 0 1.034P.5 103~:9.0 10349.S t035~.0 J 0350.5 ~ 0 R 51 , C. 10.3 E 1 , 5 ~ 0353.0 1 O35 ~. 5 103 t: ,~ ! 0355.0 !035a.5 1035'7. O ¢. 0357,5 ~0358.0 !. 035° . 0 ! 0359, ~$ 10360.0 10361,0 I 0362,0 2.73 2.7! 0 !00 2.72 0 100 2.72 o I O0 2.73 0 2.73 0 1 O0 2.7F, 0 2,79 0 100 2. ~ .3 0 68 2. g ~ 4 55 2, ~3 9 51 2. R 1 ~ 9 49 2.PO 54 44 2. g 0 47 44 2.80 31 4 5 2,8n 2~ a5 2,ul 34 43 2,80 23 2.7 ~ 12 47 2.77 ~ 51 2.77 4 2.7~ 5 48 2,~) 2i 39 2,~0 9 2.7F> 0 67 2.71 0 100 2,7! 0 2. ~1 0 2.72 0 2.75 0 100 2.79 0 ~.~t 0 94 9.7~ 0 53 2.75 0 53 2.72 0 l 00 2,72 0 100 2,7~ 0 ~.00 ~, 77 0 ~. O0 2.7 ~ 0 ~ 00 2.7v 0 100 2,7~ 0 ~00 2.7~ 0 2,7a 0 100 2,7~ 0 90 2.4 2.3 2.! !.4 2.9 6,6 10.3 13.^ t3,8 15,2 16,4 !8,4 t7,3 !6,8 15,6 i4.t 14.0 14,2 !6.6 I4.9 !.3 0 0 0 .6 2.6 4.5 2.9 1.5 1,6 !.7 1,9 ,5 .5 .5 .5 0 0 1.7 3.6 5.7 5.6 5,[~ 5.5 5.! 4.6 4.6 4.7 5.5 4.9 0 0 .I 0 0 ot 4.4, a4 44, ~2 44,~0 44.79 44,77 44,75 ~4,72 44.67 44.60 44.45 aJ. '~7 /~,~ 1~ 44.!0 43.77 43,70 4~, -~7 43,3S ~3.32 43.3~ 43.32 43.32 a3.32 - 43.2g 43.27 4.3.2 ~ 43.25 43.24 43.23 43.23 43.P2 43,22 ~3.19 43,~8 7 . 74 7 , 74 7.74 7.7 g 7.74 7.7g 7 . 74 7.7A 7.72 7.~ 7,65 7.62 7.52 7.47 7.43 7.33 7,?~: 7,P~ 7,2! 7,~7 7, 1. Zt 7.04 7.O3 7,0~ t 7.03 7.02 7, 7. C, 0 7 , 0 r, 7. O0 7.0 0 7.00 7, O0 7 7,0 0 7.00 50 j 03E?. 5 ,1 O363.5 .107,64.0 !(!369. % ] 0370.0 !0370,~ t 037 I.. r) 1037] ,5 10372.0 1.0372.5 1O373.O !0373.5 10374.0 ~ n37A. S ~ ~375.0 1037~. 0 ! 0376.5 ~037~.5 ! ('~32 ~; . 5 ~037g,q 1U37q.5 ~.038~ .0 !03~2.o 10383.0 103~.5 103~6.0 1038a,5 !03~7.0 !03~.0 'VC 1, Pr)FI h K ] !.iT p i J (-; / C .3 :4 h . 0 2.77 2 2.77 0 2.77 o 2.140 23 p.~, 67 2..g 0 2. R7 0 6O 2. g5 0 .i . ,, . 24 2.78 0 ] l 2.7~ 0 61 2..~6 0 63 2..~7 O ~.~ 2.87 0 65 2.,8'1 0 64 2,~7 0 62 2,87 0 5o 2.86 0 57 2.~7 0 53 2.92 c) 51 2.92 0 4g 2,92 0 49 2.87 .50 2,82 0 2{) 2.7F~ 0 0 2.72 0 () 2.71 0 0 2. 71_ 0 ;) 2. 71.! 0 0 ?. 71 0 0 2.72 0 0 2.73 0 O 2.7.] 0 O 2.72 0 ') 2 ,, 72 0 0 2.72 0 n 2, 'I 2 n 2,72 0 0 2.73 0 0 2.71 0 ~ W 100 !00 ! O0 100 100 JO0 71 10o 100 !00 100 100 lO0 ! 00 99 92 84 92 78 !00 1 ()0 I00 100 1 O0 :1.00 ! O0 ~00 ! O0 0 1.0 2,6 2.7 0 o .5 0 O 7. _! 2.0 0 4o 3 $.7 6.2 4,4 ._5.4 4.2 i.~ .9 0 0 P U 0 0 0 0 0 0 0 0 0 0 O 0 0 00 ¢ 0 1.6 POP/ 43.17 43.~7 43,15 43.14 43,!4 43.14 43.!2 43.09 43. (.-'8 a3,c8 43.06 43 , 42,99 42,07 42,94 47,92 42,86 42.77 4~.75 42.75 42.72 42.&5 42.65 42.65 42.6~ 42.~4 - . -.. 42.~4 ~ FT 7.00 7.0(: 7.00 7. {')0 7.00 7 , 00 7, ()P, 7.0 0 7.00 7. O0 7.0 ,] 7.0 r, 7. (') C) 7.0'~ 7.00 7. O0 7.00 7.00 7.00 6.9a 6.97 ~.9~ 6.95 a.95 6.9~ 6.95 6.95 6.95 6.95 6.95 a.95 6.95 : AT!_,~h,T~C FIF.'iiF'IRF,D 51 .1. n3 !03 !03 103 _1.03 ~ 03 J. ()3 _!. o3 1. o 3 1_ 03 ~.o3 103 lo3 !03 103 i 03 103 !03 2.79 0 2.7i. 2.72 2.7] 0 2.73 0 2.? I 0 2.7 '~ 0 2.7 .~ 0 2.72 0 2. '/3 r.! 2.71 2. '1 2 2.~ 0 2.7 2 0 2.71 C, 2.7 1 2.7 J 0 2,71 0 2.7 1 (') 2.'72 0 2.73 0 PU q 9 91 94 1 O0 ~.0o ~00 t00 ! O0 100 ! 00 ~Or, i O0 P U 5.7 6.6 4,2 2,2 2,9 SP J P 0 ? ! F T' 42.57 '~ 2 ~ ,'~ 42.5! 42,,44 4,2.42 ~., ~ _- .. 42,36 42.35 42.34 42.29 42.25 42,20 ,~2. ! 5 C/ Z 6.95 6 . 94 ,5.94 e.93 6.93 6.93 6 o '~ C[';~,,F.,~I,,;F : ATT~,a. PTTC RJCat;'J~:LD CO/,:iPANy 52 1 oa (~0.0 .c,, 2.72 0 10() 6.3 ~04()1.0 0 2,72 0 10401 ,~s 0 2,72 n 100 4,3 !.0~.02. '~ r) 2.7;~ 0 100 3.0 ! 0803.0 0 2.72 0 1040 R. 5 n 2.71 0 10404, o 0 2.72 0 !00 104 () ~. (.) 0 2,72 0 J. OO J., 3 . ,~.r~ ~) 2,7.t 0 !00 !,I ! O~ 6;6, () 0 2,72 0 ! O0 1,4 10407. n 0 2,7 ~ 0 1 O0 '~, 7 ! 0407, q 0 2.72 0 92 4 I. 040g. 0 O 2.71 n 100 4,4 J O~Oq, O 0 2.73 0 t O0 4,5 !. o409, S O 2,77 () q9 ~. Oa I o, 0 0 P. 73 0 100 4,2 104J(?,~ 0 2,22 0 100 3,9 !.O~!l.0 0 2.71. O I00 3'7 104J ~ ,q 0 2,7~ 0 ~.00 4,2 ! O~ 1. 2.0 o 2.7 ? 0 1 O0 5,9 10413, ~ 2 2.72 0 03 6,4 ! 0~ 3. 5 ~ 2.72 0 95 6. 3 !0~..0 0 2.72 0 97 6,5 104J. a. b 0 2.71 0 !0~5,0 () 2,72 0 95 6,0 lO~j.~,O 0 2.7~ 0 JOg 3,2 10~ 1. ~, '4 o 2,7 Y r) J OO 2,9 10~1.7. o o 2,72 0 9~ 4,6 ~ 04!7,5 O 2.71 0 72 fi. 0 l Oq.l ~, {) 0 2,71 t 041 ~, '~. 0 ?. 7 ! ! 46 9,4 lO4~ n (~ 2 72 0 98 ! 04 J c,. 5 0 2.72 0 1 (.)0 5,0 10 ~20, 0 C) 2,7 '~ 0 ! O0 3,9 !0~20,~ ,:) 2.72 0 !00 4,9 1.0a. 2t,O 0 2,72 () J. O0 5,7 spTr p u o o 0 0 0 0 0 0 0 .? 0 0 0 0 0 O 0 0 0 0 0 0 o 0 0 2... ~ 0 ¢ 0 1.~ -PORt 42. :I3 42,09 42,06 42,04 42.0t 42.n0 41 4.1. o" 41.95 4!. 93 41.q2 4! .92 41 41.o! -41.87 4! 41.80 41 4i .75 4,! ,73 4! .70 il,a5 4!,5~ 41.55 4!,48 41.43 4! 41.35 41 4! 4!,!7 FT 0.93 ~',. 93 5.9.3 5.93 rq.q3 ;2 ~ 7 6.93 6.g3 f~ , 0'~ 6.93 ~,- ~ ~ . 6.93 5.93 ~;. 92 6,92 6,92 6,92 ~ 99 . 6,92 : AT[,:ahT'IC ,~ fC~!F'tELi) : P."[N,'.;I!'.P 8TA'F~_: ~ 1 53 10a2i. S 0 2.72.. 0 ! Oa27.0 r} 2.7_2. 0 1.0422,5 0 2,72 0 10,! 23. ~) n 2.71 0 1 042 3. ~ 0 ~. 7 3 0 ~ 0424 ~ & 2 7~ i.. ''e `/ !. 042 ~ , 0 0 2 . 73 0 !0~2~,~ C 2.7! ] 0~'47, {) 0 2.71 0 t0~-27,5 0 2.7'4 0 ! 042~, o ~.) 2,7 ! 0 ] 042~. S 0 2.73 0 . 1. 042q. () 1, 2.72 0 10,~2a. % 20 2.'15 0 tO430.r, 27 2.79 0 ] 04.31 .o I b ~,74 0 ]043~ .~ 0 2,74 0 J 0432.0 0 2. '7 % 0 ]. 043'2,5 0 2.71 0 1. 0433, (~ () 2.71 0 t 04 3R. 5 0 2.71 0 1043~-. 0 3 2,7.~ ! Oa3~., '; 0 2.72 0 ]e43~. 0 0 2,7i 0 ] C43~, '~ 0 '2.7 ! 0 ]. 0z~36,0 n 2,7 3 !0~36, S () 2,73 I0437.C, 0 2.72 C, J 043 ~. n 0 2. ? 3 0 !043c~.n 0 2,7! 0 10~,3g,5 0 2.7! 0 ~. O~4a, 0 C 2.72 0 ~ 04.40. H 0 2.72 0 t 044 l . n C) 2.72 0 _,. , m ~ - 104.42,5 0 2, '1 ~ 0 1 0~ () Q 2 7! 0 !0 a43. % 0 2.71 0 !0444,(} () 2, 7;~ 0 !044.4. ~ O 2.73 0 99 !00 q7 1no J 95 35 2:1. 100 ~00 J O0 ~00 ! 0 o 100 100 ]00 !00 100 !00 ]00 !00 P U 6.6 6,3 5.2 7,0 7,4 5.3 4.7 4,3 3.? 2,2 2,7 2,9 7.4 7,2 2,2 ~.9 ~.? ],.] 4 t SP 0 0 0 0 0 0 0 0 0 Cl 0 0 o 0 0 0 0 0 0 FT 4!,!4 4'~ 07 41 41 40~94 40,91 40.~7 40,84 aO,g3 40,75 40.72 .¢ 0.71 40.69 40.F, 8 4n. 64 40.52 4-0.57 ~0.51 40,47 40.~5 40.45 40,~3 40, ~3 40,4? 40.41 40. z~t ?: C / ~.8! 6.~71 .. ~ ~, - 5.F! 6.8! : A'.i?r, AbT1C ~r(~Hb~iFb,~ 5~ 1. g 4.45, () I (') 4 Zl, q t 0447.0 !. 0447 . 5 !. 0450, e t 0450.5 J. 0451.5 ! 0452,0 ! Oa 52,5 10453.0 1 o45a. C ~ q455.0 ~ q4 55. % ! 0456.5 to457,o !045'7.% ! 04~*R 1046!. 0 ~ 0462.0 i046~.5 10463.0 ~ o464,5 I. 0 4 6 5. '0 ~. Oa6b. 0 10466, q ! O467. 0 10~67. ~ 0 2,7.1 0 2,73 .".' 2..71 0 2,72 .'.) :2.71 o 2.7? 0 2.7.I. 0 2.72 0 2.73 0 2,7 ? 0 ~. 73 ~1 2.'/2 0 ~..7t o 2.7 ? 0 2,71 0 ?, 72 0 ~,72 9 2.72 0 9..72 ~.) 2, ? 1. o 2.7 !. ~ 2.7l 0 2.7 ? O 2,72 0 2.72 :} 2.73 o, 2.72 ~! 2.72 0 2.72 Q 2.71 0 2.73 0 2.71 0 2.72 ¢" 2.72 .q 2.73 n 2,71 o 2.7.'2. 0 2,72 0 2,72 r'~ 2,7_. '~ 12 2.'14 21 2,75 22 2.75 12 2.74 o 2. '/2 0 2 .';3 100 100 ! O0 ! o0 i ! 00 !00 ~00 .tOO 1 O0 ! O0 100 i00 0 1 O0 100 ~00 l-qr~ 10o 100 !O0 I~0 iO0 !00 ~ O0 100 100 !00 54 29 54 P o 1.3 1.5 .8 ,5 ,4 ,5 1,2 ,6 ,5 ,4 ,4 .5 1,2 !.6 .7 .9 1,4 1,3 1,3 2.6 5.0 2.7 2.0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 .? .3 0 0 0 0 0 40.40 40.40 .40.40 41,'`) ~ 40 40.39 a~ 0..,, 40.32 4O .. 37 ~,'~ ~7 40.36 40,36 40,35 40.35 40.34 40,3a ¢0.33 40,33 ~0 3> -. ~ 4o.32 %0.29 40,2~ 40,27 40.~7 ~0,28 40.25 4O,24 40,24 40,22 40,?0 aO, !5 ~0,i5 40.13 40, i2 ' 6,,F! ;'.PI - 6,P1 8.70 6.76 P ?~. ('~ k'. 1046':) . 10470. I O~-7n. .I OA7 l. '3 !047_1 .~ ! 0~72, ,:;) ]0472.~ 10-3-73, !_ .'.) 474.0 1 0474 · % 10475. t047%,,5 t O475. 0 !.0476.~ 10,477,, r) '10a77. 5 ! 04 '7 ?, 0 J. 047? ~ S !0470,0 10480,0 !0480.~ !0481.0 ! 04¢ :!, 5 J ()~2. '.,~ .104 P, 2. ~ 1,. 0483 . :) 104~?,.~ J_ Oa ~ ,~. ::) 1 (i48~. 5 10488,0 !o4a7.o !Otl.k7. 5 _1, r; 4 ~i 8,0 J 04.8C~. 5 10aag.n ! 0490, O 104-90. ~ J O,d. nt.,) 10~-9t.5 V C 1: R ,n ?¢, A K ] r,.~ t:,[l GtC3 0 2.72 0 2.72 0 2.71 0 2.7 l (I 2.72 1 2.71 ! P.79. I 2.71. 1 2.72 1 ~.77 t 2,72 2 2,72 2 2,7? 2 2.73 ! 2.74 _1. ?. 73 I 2.72 0 2,,72 0 2.7'2 r) 2.71 0 2.72 0 2. '7.3 0 2.73 o 2.72 0 2.7 J u 2.73 0 2.72 o 2.72 0 2.7t4 o 2,73 ") 2.74. 0 2.74 0 2.7 .'"¢ 0 2.73 0 2.79, ',') 2.71 0 2.72 0 2. 'l 3 0 2.72 (; 2.72 0 2.72 r) 2. 'l 2 0 2.7] o 2.7? 0 9.72 ,') 2.72 ,3 9.7':4 l O0 100 100 4,5 49 &O 3..-5 38 ,4-.0 .~. 29 3O 34 100 100 t 0 () I 0 o 100 I oo J. OO 1 O0 !00 100 _t O';) i OO 100 ]. O0 l O0 :1.00 .1.00 ;tOO i 00 1 O0 100 _!O0 .1,.00 ~00 PO R !.7 0 0 1.9 !.9 2.2 2.2 :I..4 2,,,7 3.3 .6 .5 .4 ~ 3 .,5 .5 .6 .3 .I o ~ 2 .,6 .7 1.!t 1.1 1.2 .,4 .9 t.6 ~.0 ,7 O () 0 0 0 C) 0 0 0 0 0 O 0 0 0 0 0 0 o 0 0 ,? ,! 0 0 POP/ 40.II 4 o. ! 0 40.09 40.0 S ~.t~ ~7 ao.o6 40.05 a,o. 04 40.03 4O. 0 O 39.99 g9.97 39,96 39.05 39, ~4 39.93 ~q,93 39'93 39.92 39.92 3~.~2 39.a2 39,91 ~9 n ! 39.9~ 39.9 ! 39.9! 39,9! 39.~i .3~, 90 39,90 39,90 39,90 39,89 39.8~ o 87 39. a6 6.75 6. 'lB ' 75 . ~. 7 ~ 6 . '! 4 6,7 4, 5.73 "- 72 · -- --' e d. '72 6.71 6.6~ 6.67 6.65 6,64 ~. 64 6.64 6.64 6.64 6.6a .6a 5.64 t~.64 6.6a 6.64 6.6.4 6.6,! 6.64 6.64 56 FT 1 0402 J 10a,:) 3 _~ 049.4 ~ 0495 ] 04u~ 1 ~4qe, j. 0/~ 97 1 ~r,) ~ 9 7 10~0~.0 t 0505 ! 0505 J. OS(iq. !GS11.. 105]m,0 . ._, _, J. 05 t '~. ! 05 ~ .a. SW Pt] J. O0 tO0 .tOO 100 100 ! 00 100 100 !00 IOO 42 65 g7 ~3 7~ 100 J. 00 ~nO 57 i00 100 ~00 33 J. O0 50 4~ 51 P U .7 ,I, 7 .7 .3 .I .3 .h 0 0 9.3 1!.6 10,2 7,6 4,5 11.5 ,1 3.4 0 0 4.4 3.9 0 o 0 0 0 C.'- 0 0 0 0 0 0 0 L." 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 F' [I P / 39.~5 3g,84 ~9 ~3 3~,~3 39,92 39.82 39,?~ 39 ~ 39.8J 39.78 39,7~ 39,70 39,69 39.64 39,5a 39,50 39,~9 39,45 39,37 ~g,32 39.27 39,27 39.25 39.25 39,25 ~9.2~ ~, .. 3a ') 4 39.~3 39.23 39.~1 39,ig 39.!5 .uC/ 6..64 6.t:4 6 .... '~ 4 6,64 6.6d 6.6a 6,64 6.63 6,60 ~ ~ ~.._- 6.59 ~.~7 6,53 b,53 ~,53 ..'.4,53 6.53 6.46 6,44 ~4,44 0,44 6,43 ~, 4-3 6,42 6,40 6.3t~ 1.051.5,5 1 Fl r-: 1 7 t05!7.~ 105l~. ~n~20 ln~2~,5 1. 052 ~ ~ 0525 ! 0525 ! 0527 ~ n52a 10520 I 053n JO53F,.R ~0531 --~' /g 10532,N 1053~.5 ~0~3~ ~ 0535 ~ ~ .. I n 5 ~ 7 .,, ~. ].0537.5 ~ 053q P U G I C 3 2,7] 2.7~ 2.72 u 2.. 7;; n 2.73 o 2.72 0 2.72 (J 2.72 ') 2.7 ~ 2,7~ o 2,72 0 ~.7~ 0 2,72 0 2.73 0 2.73 0 ~.7] 0 o 2.7t 0 2,71 (7' 2.71 o 2.72 0 2,72 0 2,7~ 0 ~, 72 0 2.7~ 0 2.71 o 2,71 0 2.7] 0 2,72 0 2,72 u 2.7P 2 . 7 '~ 0 2.7~ 0 2.72 0 2.73 0 2.7~ 2.72 2,72 n 2,72 0 2,7~ 2,73 2.72 O 0 () 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ~w 44 97 100 100 lO0 i00 ~00 .1.00 ~,o0 !O0 ] O0 ~00 ~ o0 ]00 .t. 00 I O0 7~ 69 46 47 100 100 100 4,6 1 O0 !00 !00 lO0 !00 J O0 1. O0 ~00 100 100 ! O0 !00 .1.00 .tOO PU 3.6 2.9 2.6 2.5 2.3 2.3 2,0 !.9 ~,2 3.~ 3.3 1,3 .5 ,5 1.0 ,7 ,6 .7 1,1 39,09 39.0~ 39,07 39.04 39,02 ~9.0]. 3q. O0 3~,9g 3~.98 38.~7 38.95 3~.95 38.~4 38.~7 3~.~5 3~ 3~,no 38.~0 38. ~'0 3~,79 ~S .7~ 38.78 3~ .78 38.77 38.77 ~.77 38,76 3S.76 3~.76 3~.75 38.75 t' 6.38 6.3~ ~- 3~ ;_~ ~ .. 6. 6.37 6.35 6.35 · ~ ~ 6.3,3 5.33 ~., 3'3 f.,33 6.33 6.33 6.33 :3.33 6.33 = '~ 3 FT 105~ 1, .... , , . ~ 0543, & ! 0R45. ........ , ~ ! 054 ~. ~. 0546, ~054~,0 105aq.5 t 0549. J. 0 ~ 50, 1.055~ .5 ~ 05~2. n ~0552.5 l O553.3 105~, r) 10556,0 10557,0 ! 0557.5 .~ Io55a.5 1055 a. 5 t0550.0 ~ 0560,5 t0~61.0 ]0562.0 V C [, R Ci .v, A 1< 1 :,J T .") 2,72 4 2,73 0 7 2. ?5 0 q 2.77 0 i,~ 2,79 0 1 2.79 0 2.77 0 0 2.75 0 0 2.72 0 0 2.73 0 0 2.72 0 0 2.75 0 0 2.76 0 () 2.7.~ 0 0 2,74. 0 2.74 0 0 2.7 R 1 0 2.77 4 o 2.76 ti 0 2.7~ ]_ 5 0 2.7~ 0 2.74 3 0 2.7 a. 0 2,74 0 q 2.72 0 o 2.71 0 2.72 0 0 2.7.1. 0 O 2.73 0 r) 2.7_5 0 () 2.7 ' 0 o 0 2.75 0 0 2.73 0 0 2.7'2 0 0 ?. 7.¢ 0 0 2.73 0 0 2.73 0 0 2.72 0 1 2.74 1 2,72 0 1 2,71 0 h 2.72 0 2 .{ 2,76 0 45 2.~1 0 4-0 2.8() 0 42 2.82 0 PU tO0 96 2_6 29 45 6! 97 iO0 .tOO :tOO 100 i00 J. O0 ?0 56 48 .5'7 69 !00 i00 lO0 100 .1.00 100 1-00 :tOO .tOO .tOO I_0o .1.00 100 J. 00 J. O0 .I. Oln t00 !00 100 i00 2B 24 POR 1.7 3,3 5.4 4,0 2.5 2,3 2,5 7.~ 13.5 1,5.4 1,5.i 13,5 11.3 9.4 7.3 5.4 2,7 2.7 2.2 1,8 .6 .4 0 0 0 O 0 0 0 5,7 .6 .4 1.2. ~,0 0 0 0 0 ~.7 2.5 ,6 3,5 0 0 0 0 0 .1 0 o 0 0 0 0 0 0 0 C U _~4 U L POR/ 38,74 38.73 ~a 7° 38,71 .~8,69 38.58 38.54 38.52 3~.51 38,50 38,49 i8 . 47 38.~2 38.38 3a,33 38.26 38.la 38.03 37,96 37.90 37.86 37.82 37.79 37.77 37.74 37,73 37.7~ 37.70 37.6~ 37.69 ~7,55 37.68 37.67 37,67 37,67 37.67 37.~7 37. 37.67 37,~7 37.67 6~33 5.33 6.32 6.3.t 6,2q ,28 6.25 6,22 5.21 5,2'i 6.2! 6.~i 6.2! 5,21 6,20 6 . .i r) 5.97 5.96 5,96 5,90 5,96 5,96 5,95 5.9b 5,9a ~ 9a 5,90 5.96 !0~,62.5 10Si~3. % 1056q. 5 !05¢,~. O 1 (.}567.0 1056.7.5 10585.5 10560 . 0 1056C . 5 !n57n,O ~0570.5 !0571,0 !057~,0 ] 0R73.0 !0573,5 10574. n ~ 057~. 5 ln575.0 1o575,5 !057~,0 !057&.5 10577 , 0 1 o577. q I f) ~, 7 q !057~.5 I0593.0 ! 0553.5 10584.5 STATE 5'1, 25 2.76 u 2.72 31 2.78 62 2. ~6 ~c) 2. 53 2.83 44 2. gO 0 2.73 (} 2.73 0 2.75 d 2.7q A 2.74 0 2.753 ~) 2.7! 0 2.72 o 2.7 '? o 2.71 0 2.72 0 2.71 O 2.7l O 2.73 () 2.7'" 0 2.72 0 2.72 2 2.72 ] 2.72 4 2.73 5 2.79_ 6 2.73 7 2.73 6 2.73 '5 2.72 2 2,72 2 2.72 :1 2.72 0 2.72 o 2.73 0 2.73 0 2.71 0 2.72 0 2.73 0 2.7~ r) 2.72 0 2.73 0 2. 73 ') 2.72 C r)i! .P _~ N Y 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 f) 0 0 0 0 p.l.! 25 I00 100 !00 1 O0 100 100 1 O0 100 JO0 ~.00 .1.00 100 100 loO 52 .1 ()(.) 100 97 30 3O 28 2~ 27 27 2~ 32 J. O0 tOO 100 100 t.00 ! 00 100 ! O0 .I. 00 !00 2.2 3,9 10.2 0 1.4- .i 0 7.2 .1 .2 .I .4 .4 .3 2 . 0 2.4 1..0 ~,2 I, 7 2.2 2.5 2,3 ~.7 i.9 2,5 2,9 2.2 ~,2 ~.4 1,2 !.2 1,~ ,9 ,6 .7 PU 0 0 0 0 0 0 0 .1 .1 .7 0 0 0 .7 .4 .2 0 0 0 0 0 0 0 POR/ 37,64 37.63 37,6~. ]7,55 37.55 37,55 37,55 37.55 37.55 37,5t 37.51 37,5i 37.51 37,51 37.50 37.50 37.50 37,~9 37,~9 37~49 37,~ 37,46 37 37,a5 37.44 37,4'3 37.42 37,4i 37,40 37.39 37.3~ 37.36 37.35 37,34 37.33 37,32 37.3I ,37,31 37,30 37,30 37.30 37.29 37.2~ 37,~8 m7.z7 37.27 37.~7 ? C I FT 5 5.92 5.92 -.,' , · 5.92 s.ai 5,91 5.ql 5.91 ~.9! 5,9! .~ ~. 5. ~,~ 5.90 5.00 5.9O 5.90 '3.D7 ~: A5 5.~'4 5.82 5.8i 5.81 q,Rt 5.81 5.81 STATE 6O 10~SG J05~0.5 10591 ] 05 q 4 tu59~., !0595 I t 05°6. JOin97,0 J059~,0 I0599.0 1. 0¢~0 !. 1060:t . J. 0602.0 1 (l¢:.O~ 1. ()hO ~. ,. . t 0 ~ C; 5. 1O606. ~. 0 h 07. lO(-,0~, 2.7l ? .71. 2.72 2_. 73 ~, 73 2,72 2.7 P, 2..72 2,73 2.71 2.72 ?.72 2.7 .~ 2.73 P.. 7! 2.72 2.7 ? 2,7 ~ 2.74 2.73 2.7 2 2.72 P_. 73 2.74, 2.74 2.. 75 2,7~ 2.77 2.77 2.77 2.76 2.75 2.75 2.75 2.74. 2.73 2.73 2.72.. ?,71. 2. '13 2. '! 2 2.72 2.72 2.71. 2,72 2.7-$ 100 100 100 tOO loo tO0 !0o 98 96 t0o 10o !O0 42 25 24 25 2? loO 100 too t00 47 28 2',3.' 26 27 2~ 10...o I00 tOO ! O0 lO0 97 45 45 P[J ~ PU .1 ,i ,2 2..1 2,0 2,9 3,7_ 3.8 ! 5,4 3.3 2.4 .5 1,0 2.0 3.5 3,6 .3 .5 .7 ~.9 4,2 6,0 5,0 PU 0 o 0 0 o o o o 0 0 .1.,0 ,9 o o 0 o 0 ,5 1,o I,O 0 o o 0 2,0 !,6 ? o {-*. / 37.26 37.26 37,26 37.26 37,26 37.26 37.2'"'i 37,25 -~7.25 .37.23 ~7 23 37.2! 37.20 37, lC, 37.~5 37.13 37~12 37, !~ ~7,G7 37.~5 37.02 37.02 37,02 37,oi 37 0 ~ 37.OO 37,00 36,97 36.95 36.93 36, 36,92 36,c~. 36,90 ]6,P9 36,87 36,S5 36.S2 ~C / FT 5.~Z 5,8]. 5.8! 5.a! 5,81 5. 5,P,i Oe7Q 5.76 5.75 5,75 5.75 5,75 5.75 5.75 q 75 5.74 5,7;. 5,71 ~; ~ ..., 5. ~-~8 5.64 FT : A'T'[,AI''i.'IC b:IChF'!F]-,I) C(.!M[:A~'JY : PT,qGl. i? ~TA.T?] ~ J P U C / C 3 t; O P U P [J P I! 10f:,¢;a.c, 3 2.7t 0 J ()F 1 C;. 0 4 2.7'2 0 j, 0~-, 1 ,'). S 6 2.72 0 1.()6J i..0 J. 7 2.75 0 10611.~ 29 2.7g ~ 0612.0 3 '~ 2.79 ! or~ i .~. o ¢2 2.81 0 !.06!3.5 34. 2.gJ. 0 1061'~ .5 14 2.85 0 . _,.., ~ , · !0~1.%,5 ~ 2.8~ 0 ~ ()61 ~. 5 3 2.7q J. 106J_7,o 1 2.77 ~06J7,5 0 2.77 J. OGl~. 5 g 2.79 () I O& ]. ~. 0 1 2.79 0 10~,~ 5 2.7° 0 t 0620,5 13 2. bO 1062J ,r) J ~. 2.9.0 0 10621.5 ~ 4 2.7~ 0 J. 0622. ') 1 ? 2.77 10~-22.5 8 2.77 0 ~062~.0 5 2.76 0 ~0623,5 3 2.77 0 1 ()~2~. n 3 2 7& 0 ]062~.q 4 2.77 J 0625.~.) 7 P.79 0 10~2~. 5 9 2.80 0 J ()~26. () J 1 2.7~ tOh27.r) J 3 2.7a 0 ~ 062g. O J '1 2,7o 0 10620.5 1~ 2.7q 0 ]. 0~,20,0 J. ~ 2.77 0 J 06~9. % 1'2 2. 76 O 1063o.~) 1 l 2.7~ 0 10630.5 R 2.76 0 10631.0 7 2.76 0 ~063!.,5 7 2.7~ 0 ~. O~ 32. r) 7 2.75 0 !06~9.< 7 2,74 0 26 24_ 3~ 23 25 25 27 34 64 6.2 5q :.~ _ 58 66 55 2.6 24 2.5 36 50 52 50 41 39 42 .42 26 3~ ~2 58 55 63 .48 3.6 4.7 2.9 1.3 2,2 2.i .:~,5 2.8 3,8 8.3 11,3 11.6 1! .4 11,5 !0.~ 9,~ 3,0 2,2 2,9 7.4 9,~ 7,2 9,2 3,7 4,7 6,1 4,6 6.9 7 o © ,7 ,1 ,2 2,0 2,4 .!,5 .6 ,? 2,4.. 2,6 :1,5 o5 ,g :1.5 ~,0 1.,6 C i] ~a l..i L 36.79 36.79 36.75 36 , 74 36,73 36.72 36,7i 36.6~ .36. F 6 36,62 36. 36,53 ~6,47 36.41 36,3O 36.24 36.19 ~6.~ 36.10 3~,07 36,06 36.05 36.03 36,02 36,00 35,~7 35.q3 35,88 35.79 35,76 35.71 35.67 35,~3 35,5© 35.5~ 35,55 35.52 35.49 35.66 35,41 35,38 35,35 35,32 6i ~'~C / FT 5,0! 5.5~ 5.5~ 5.55 5.5.! 5.53 5.50 5.49 5,47 5.45 5.~3 5.40 5.3'1 5.35 5.33 5.3 l 5. 5.27 5.2~ 5.25 5.23 5,20 5.~3 5.Ii 5.0 3 5.02 4.99 4,9? 4.95 4.93 4.92 4.9(: 4,e7 : ~jLA¢''tlC ?ICHF']ELI) CE~MP.t.~t,J¥ P A '7 E; p~ PTd 10 ~, 3 ,'~,. ~-~, (-. 2.7 ~ 0 .! 063R, o 7 2.76 0 !O.n3q. 5 7 2.76 0 10~'. 3~. 0 7 2.75 0 I 063.5. -'?; '7 2.7 % 0 10637.9 7 2.7.4.. 0 10637. '.s 7 2. '!4 0 ~063¢:..q S 2.74 0 l()f-,'~, ~ "' u 2 7R 0 ~ -. ' m z ' 10~3q. (', 9 2,, 7~ 0 J 0640.0 8 2.79 0 ! 0(%40.5 6 2 .'1~4 0 !0641 .0 4 2.76 0 ~ 06 ~. _1 .5 4 ?.7% 0 1064 ?. C, 2 2.73 0 10~,,t:7.5 i 7.. 73 0 10643,0 1 2.73 0 1. O~.a 3. '~ ! 2.73 0 10~44. :') O 2.7 3 0 10 ~,,d- 5. o 0 2.7? .l_ 10645.S 0 2..71 1064~;,. 0 0 2.72 1 !o~,z~6.5 o 2.73 ! ~ 0647,0 () 2,7S t 06 ~- ~,. 0 0 2.77 0 lO~,t9. ~ O 2.Rc~ i ()6,~.~ . ~ 2 2. ~ !. 3 I0650,~q :2 2.79 7 ~c;~(,, .~ () ~.77 ~7 ~ ()h~.l. P :~ 2,76 17 ~()65] .'5 0 2.76 J. 7 t 0652. ,h 0 2.77 23 ! 06,52. b C) ~. 7 ~ 3 I O~ % 3. ~) 0 2.7 S 65 ! 0 c:~ 53. "~ t) P. 77 ~ 2 I0654.0 0 2.7F, 6 1065a,~ 0 2,7~. t ] 065~,0 o 2,73 0 .'!. 065 %, S 0 2.7 , '] l 1..q~r,a., .:¢ O_ 2.75 0 4~_ 48 52 54 52 5'.'2 50 50 50 49 54 49 47 52 50 67 100 i of) ..-,,. , - lO0 1.00 89 ?0 58 5,5 66 77 7:t 6O 54 5'1 .57 56 53 ,4.9 47 60 83 l OO J o(") 7m~ 5,6 5.4 5.7 4,3 5,5 5,~ 5,4 t,9 3.2 4.7 5.9 6,9 7,3 8,5 10,0 10,2 10,9 ~0,3 !0,3 10,5 9,1 9,9 14,0 16.] !6,? 16,8 17,7 18.8 19,3 14,6 !~,? 10,? ~,4 7,0 1.9 !,3 1.2 _1,3 !.2 1.3 1,t 1.2 1,3 .5 .9 1.4 !.e !.7 1,7 2.9 3,3 3.2 3,4 3.~ 3,5 2.9 3.7 3.2 3.5 5,~ 5.0 5,1 4.7 5,5 6.2 6,3 3,2 0 0 35.2~ 35.24 35.2l 35,1~ 35.!3 35.10 35,05 35.02 34.99 34,07 34.94 34,9i 34.98 34.~4 34.g2 3a.79 34. "J'7 34.74 34,70 34,6'7 34,.a3 34.5~ 34.52 34,4? 34..4~ 34,37 34,31 34,27 34,7/:3 34.1~ 34,11 34,04 33.97 33,80 33,72 33,64 33,55 3'~.46 33.36 33.~9 33,73 33.18 33,!3 ~¢_C. / F {? 4.P3 4, 70 ~,7~ 4,77 4.7(; 4,74 4.73 4.. 7 :t 4.64 4,63 4.62 4,62 4.62 4,62 4.6t 4,53 4.5i . 4,44 4.42 4.37 4.33 4.29 4.25 4,22 4.14 4,0~ 3.98 C 0 ~4 P ~ t,~ y i 0657 10657 ~ 0659 1. O~Sq J., 6 n 1, 0 ~, & '!. !0664 ~ ..... J~ j. · ! 0666 I ~0c67 1. 0~ ~ ! 0 (: 7 ~ J 0670 10~7 ~ ~067~.q I o~7~ i. 0a76.o 1. 0 677 3 O677 in~7q t (:B7q. VC I'. ~4!1 pi A K I l~ yj C. / C 3 I?: r) ~ 2.76 1.9 2.7R 2'7 2. g2 3~ 2.g7 3',~ ? . R6 37 2.~!. 3 4 2,78 3~ 2.79 '~0 2.7g 3~ 2.78 27 ~. 7 ~ 31 2.7~ 36 2 3~ 2.7~ 26 P.77 2 '1 2. 'l '1 2~ 2.7~ ~ '1 2. '! ',~ 29 2.7~ 30 2.7q 31 2,78 3 i 2 · 79 37 ?.75 7 2.73 () 2.7 o o 2.7~ 0 2.77 0 ~.7~ 0 2.74 ~ 2.72 1. 0 2.7 ~ ~4 2.74 15 2.7~ ! ~ 2.74 q 2.73 o 2.72 0 2.7~ 0 2.71 ~ 2.74 2R 2.7~ 27 2.77 29 2.75~ ~ 2.7~ P U 80 50 2-8 100 ! O0 98 t00 !.00 1 O0 100 t9 ?0 50 51 5'7 .36 ~ ~') 5'7 53 !00 100 !O0 q9 6O 47 49 92 iO0 40 PU 5,2 3,5 0 0 0 .2 0 1.7 0 13.6 ll.O 4.6 10.4 10.9 7.1 6.3 8,9 1~ .0 !6.7 ~.4 9,4 ~0,~ 9.3 7.2 4,4 1.3 3.5 2.1 0 0 0 0 0 0 © 0 © () 0 0 0 0 0 0 0 .7 3.0 ~.0 3.2 2.3 .8 0 2.0 3.5 2.~ .! 0 0 33.10 33.05 33, .C, 5 33.05 33.05 33,05 3~ 05 33.05 '33,05 33,05 33.04 3'~ 33.03 33.03 ~ r'0 . z.97 32,91 32,~5 32,77 32.73 32 ~ 32.~q 32.53 32.~9 32.46 3~,43 3~,39 32.35 32.29 32,22 32.14 32,06 3 '2,00 3I .94 31, 3!.a0 3!.76 31.74 31'.73 3~ .72 3t, 70 ~ 07 3.97 3,97 ~7 ,~ . ~ 97 3.9'/ 3, ~5~ 3.C~3 3.7g 3 7~ 3.73 3, ? i 3.71 3.7i 3.7! 3.7~ 3.67 '~ ~3 3.F2 3.52 3,51 3 ," A"PlJ~'.~fJ'J"[C ~:i¢:HF'TI.,.bi) : Pi, lrqd[!T 5T~:.'J"[,-: # 1 l,q6[~O. 0 lO680.$ I. 06"~.t .n. ! 06~: J. 5 i. 06 ~ .~. 5 t0~84.0 . - ~ . ~ 0687. 0 i ,36 ~; 7. 5 1 f)6~¢ '. ~ . 10690. (} { (}4, a 0 . 5 1069 I . 0 t 0~9 1.5 ! 0692. 3 ! o 692.5 I 0694. '5 1069 ~ 10~.95.5 J. 0696.5 1 () ~, 97.0 10697.5 ~ 0 ~- 9 P. q ! 069¥. 5 10699.5 10700.0 10701 . 3 l 0702 , () t 07O2.5 11 C i, P,'~ ;M A .K I ?-.i 2.7q 2.78 2.79 2.77 2.77 2.76. 2.73 2.7., ''~ 2 . 'I 4 2.74 2.79 2. ~! 2 . 81. 2.79 2.77 2.77 2.77 2.76 2.76 2.76 2.75 2, ? 3 2.73 2.7~ 2.72 2.72 2.72 2.72 2.72 2.71 2.73 2.72 2.72 ~.72 2.72 2.7 t 2.7! 2.72 2.72 ? U IOn 99 ?.9 5! 100 1. O0 51 58 66 1 O0 100 100 57 100 .t. 00 iO0 ,tOO 3O 2'? 26 2O 19 2.'2_ 32 3~ ~7 81 ,7 0 ,? 1.3 2,2 1,9 !.9 3,7 8.2 !5.'! 14.3 13,4 13.6 !2,6 il .9 *0 4 6.6 5.0 6.0 2.0 0 1.8 i.5 !.3 ,4 !.9 ~.9 3.6 4,0 2,9 3,6 SPI 0 0 .J .1 .l 0 o 1.1 2.0 2.~ 2.7 1.5 m 7 ~ 4 ,6 m 4 0 0 0 0 0 0 0 0 0 .6 i.2 .4 0 0 C[j P 0 FT 31 31 31 3! 31 3! '~.I 31 3! 3,1_ 31 31. 31 3~ 30 30 30 30 30 30 30 30 30 30 3o 30 30 30 30 3o 3o 3 0 ~0 3 0 ~0 .69 ,85 ,82 ,70 .60 CU~-tu i. FT 3. ~-: 3.~7 3.46 ~.~6 3.45 3,35 3.33 3.3O 3.26 3,24 3.2,~ 3.24 '3.2s- 3.21 '~ 19 3.!9 3.19 3. lg 3.!8 3.!6 3.J 3 3.04 3.02 1, 0703.~ 3 2.7~, j (!70~,. :~ 1('.' 2.74 !070-4.5 1(-) 2.73 10705.0 7 2.73 107(,5.5 ~. 2.72 !o706.0 1 2.71 ! 0707.0 ~.) 2.72 !0707,5 ) ~.72 !070~.0 3 2.72 ~ 0709, g 3 2.74 J, (~709.5 a 2.76 J0710.5 13 I (~71. 1.0 t 2 2. ~2 10711.5 a 2.~1 !()7~.0 4 2.79 J. 0713.9 ~ 2.7U ..... :., !a~ 2 7~ !07! ,4.0 ! r~ 2.76 !0774,5 1! 2.74 ~C~7;5.~ O 2.72 ~07;~.o 0 ?.79 ~07~_6.5 n 2,73 10717.0 ~ (, 2.73 10717.5 1~ 2.75 !071.~.5 ~ 2.7 ~ 10719. () ~ 2.72 ! 0720.0 I 2. '12 ~0720.S 1 2.73 10721 .0 ~. 2,73 ~ 072~. 0 4 ~. 72 107~715 7 ~.73 }07~3.0 7 2.7~ 10724.0 6 2.7~ t (~7'2a, 5 4 2.73 ~0775,~ 1 ?.72 !0725.~ 1 2.7J_ !.o726,0 0 2,7~ !072~,5 0 2.71 65 27 _47 8! 100 7a 42 3 n 43 52 3O 25 ~3 27 49 67 62 3! 21 21 !00 !00 2I 30 27 24 22 74 25 3~ 49 50 3,2 2_,0 ,9 1.2 3.0 3°0 2.9 .9 2,~ 1.? t.~ 6,1 4,1 3,4 4,4 4,0 3,7 5,0 5,6 3,5 4,9 4,9 3,4 3.9 ?,5 1,9 VT 30,57 30.55 30,54 30,53 30,53 30,52 30,5i 30,49 30,47 30, a5 30. ~3 30,42 30.4! 30.39 30,39 30.38 30.37 30.36 30,3~ 30,2 & 30.23 30,19 3n ~0 ~ ~ 30.13 30. !! 30,Oq 30,07 -~n 30 2q,o~ 2q.c~ 29.~4 29.86 29.84 29,80 ~g,78 29,76 29,75 29.74 CB~UL ¢C/ FT 3. O0 3.00 2.99 2.98 2.98 2.c~7 .:; 2,9e~ 2,95 2.9~ 2,92 . 2.~ 2.9! 2.90 "9 o 2,~7 2.84 2.80 2.80 2.~0 2. ?9 2,77 2.75 z.7~ 2,7~ 2.70 2.69 9 &7 2.6~t 2,62 2.60 2,55 2~53 2.51 1 O7?7.0 10727.5 10728.5 ! 072o. n !07~q. 5 t 0730.0 10730.5 1 ~3731,0 30732.0 J. 0 '732. ~ 10733.0 !o73a .5 ~ 073b. ~ ~0735.5 ~073~.0 ~0730.5 ~ 0737.0 ~07~7.~ !073~. p ~U73© .--' ~ · ~o73o.s 3. 07 ~ 0.5 !0742.5 10743.0 t 07~3,5 1074~,0 10745.0 ! 0746.0 !07a7, r~ lt~TaT. ~- ~07~.0 1074~.0 ~ 0749.5 J. 0750. (~ [-~ [J G / C 3 k D O 2.72 r, 2.72 ! 2.77 I 2.72 i 2.72 I 2.72 0 2.75 O 2.78 o 2.R1 3 ?. ~.1 6. 2. [,,~ c, 2. ~2 JO 2.~0 lo 2.7~ 9 2.77 ~ 2.76 7 2.7~ 7 2.76 9 2.76 ~ o 2.75 11 2.74 !2 2.73 13 2.74 J~ 2.7a 1~ 2.7a ~5 2.76 J~ 7.78 J5 2.78 ~.4, 2.77 3..] 2.75 4 2.7] t) 2.72 0 2.7~ 0 2.73 2 2.7] 2 2.73 0 2.73 o 2.71 0 2.7'? o 2,73 0 2.75 0 2,76 0 2.76 ~ 2.76 7 2.77 Q 2.7~ 5 2.79 0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 SW 44 34 3! 27 26 3~ 3~ 29 27 26 25 24 N9 ~2 47 26 44 41 ~4 29 34 66 ~00 93 ~3 100 55 45 ]0 39 PU 2,3 3,0 3.3 3,9 4.0 4.3 5,9 6,9 5,0 3,4 5,6 ,'%, [J 4.7 5.I 5.5 5.9 4,3 2.0 ~,i !.7 3.0 2.9 2.5 2.5 2,0 1.7 2.0 2.0 2.O 1.5 1,2 PU !.2 1.2 !.3 1,9 2.0 ,7 .9 .2 .2 .2 .2 .3 .4 .6 .6 I 7 ,5 ,4 1,3 29.73 29,71 29,67 29.65 29,63 29. ~.0 29,56 2g,53 2q.5~ 29.50 29,4g 29.40 ~9.38 29.35 29.33 29.3! 29.28 2~-~ ~ 0 ~ 29.2.3 29,22 29,21 29,20 29.20 20.!9 29,!8 29.!7 29,~3 29.!2 29.!1 29,10 ~9,09 29,0a 29.06 29.06 29,03 29°01 28.98 28.'46 2.5i 2.~0 2.47 2.~5 2.42 2.38 2,37 2,35 2,34 2,30 ~,27 2.~6 2.24 ~.~3 2.2I 2.17 2.~ 2.]5 z.16 2.i5 2.!a 2.13 2,J. 3 2.!3 2.~2 2.11 2.1! 2.~ 2.~ 2,!1 ~.~0 2.07 2.05 CONP~'Y : AT~ Ai'.,FIC ~I(7~F'!~[bD e: '7 F 7' p ~1 G / C 3 :¥.,. q, ptJ PU 107~0.% % 2.7~ ! n7 % t, 0 3 2.77 10751.% 3 2.75 ! 0752.0 0 2.75 1. (-' 7 ~ 2 ~ C~ 2 74 t n 75.~. 0 5 2.73 ! 0754,0 21 2.75 10756. ,:~ 0 2.74 ~.0756.5 () P.7a 10757.0 1 ~.7~ !0757,5 6 1. 075 ~, r., 7 ~. 75 107fi5. ~ l(~ ~. 75 tO7fi~.() ~ ~ 2.77 ! 07 ~0.0 I 0 2. ~ 1 10760,5 4 2, ~ 3 ~076! .5 r? ! 07~ ~, 0 (; 2.7~ 1076~.¢ 0 2.7F ! 07~:,~., () n 2.77 !076].5 9 2.76 ! 0765, O '3 2.75 ~ 0765. 5 12 2.74 t0766.0 J ! 2.7,~ !076~.5 '~ 2.73 ~ 0767 t~ 6 2 7 ~ ~0767 c 4 2 72 10760,0 O 2.7~ tc)769,5 ¢ 2.7~ 1077 ~'), 0 (', ~. 7 P ~0770,5 0 2.71 10771 ,0 0 2.73 ~ 0'171.5 0 2.7! ~077o n 1 2 72 ~ 0772,5 .~ 2.72 I.()77~. 0 _~ 9.73 ! C) 77 '~. 5 ~ 2.72 3~ ~7 I00 10 32 35 59 80 9O t O0 2.7 ~6 47 35 30 35 46 ¢,0 ~6 26 26 97 9¢ 37 96 90 ~7 30 5.6 3,5 3.1 3.4 7.5 9.0 4.9 4.2 2.7 3.1 2.7 2.4 10.6 ~7.! 7.5 5.~ 3.6 3.5 3.5 3,3 2.0 ~,7 2.~ ~.6 2,3 1,5 0 C O .3 .5 3.0 0 .3 0 0 5.9 5.0 3,7 0 0 0 0 0 0 .2 .5 0 C ::.l N [J L POR/ 28.92 28.~5 28,~2 2~,79 28.7~. 2A.75 2F. '7 ! 28.67 2~ ~7 29,55 28,50 2g,4~ 28,45 z~.39 28.33 28.24 2~ 2~.oi 27.05 27~84 27.8~ 27.79 27,76 z7,74 27,73 27,71 27.7~ 27.70 27.69 27,68 27,67 ~7,64 ,.. U · r-i v~C / F? 2.04 2.0! 2. C ! 3 j . 9% ~. 93 1.91 i. 90 1 . ? b ! . 6 9 ~ .~,t .,.~ !. S5 ! 1.53 ~. ~.7 ! .47 ! t l'-'~ I~ |! Iii] iI;] ii! [:-] ! '-- : $.TL3'",'[:IF,, 9'lF'~iFIr,'i',[$.. _ COF, PtNNY : P T. f'4 r";,. '~,;7'r, ::",; T ,,'" T t;~. g :] V C i', R ,.Q t,"A K I r,.i T Sw Pr-jR SP !' .(3774, ,. 0 0 9...71 o7 ? 4. % o 2.72. 0775 ,, O 0 ,9.7.] (-,, 77 ~:, ,. '-; r, 2.77 i077F. 0 ~12 ~.74 0776, % ;}0 2 · P 1 0777 ~ 0 52 2. ~,3 0777.5 54 2.84 ¢)77o.o 29 2.77 ! 077t-). 5 !n 2.7~. .tO7[qO. 0 0 2.73 0780 ~, q 2 72 . -- . · (t7241,0 0 2.72 078. 1.5 0 2.7 J :I. O'7,q. 2.0 r) 2.72 !078P..o ~ 3 ~.77 07[~3.0 4 2.72 n 7 ~ 2 q 4 2 ? 2 1.078~,0 0 2,72 (}7 P 4 ,, 5 '~ ?. 72 07 R ':: 0 5 ~ 72 07 ~ ': 5 6 ~ 7 ~ 1078fi.0 7 2.7~ 0786. fi :~; ?. 73 0787. ~.'h 6 2.72 07 % 7. ~4 4 2.7 ? 07 ¢ ~.. 0 h 2.74 07 ~ ~:. 5 t .q 9.73 078~ . 0 ! ~ ~. 7A !07~9.~ 15 2.75 0790. o ! 5 2.75 0790,F 15 2,77 o7Ol 0 J *.~ ? 7~ ~,' · : - - . , 079.! . 5 27 2.79 I0707,0 2~ 2.80 0792,5 2[) ?.. 79 07 c'3.0 .I.-% 2.7~ O'lq 3.5 q 2.7'1 0794.· 0 7 2. '77 .r,,, 79,~. 5 1 o 2.77 0795.0 1 ? 2.7'7 ~n7'-¢g ~ 13 2 76 07q_6.0 13 2.77 ! 07C'.'6.5 j.¢, 2.78 I07o7.0 22 ?. 9. 1 93 .1. oo Ioo 98 70 lO0 10o tOO 4.3 100 .1.6¢0 !00 36 2? 2? ~0 31 26 2~ 6.6 84 9S 8 o 77 99 ~00 i0o lO0 ~0~ 10o 100 3.3 5.,.t. ,3 o o 0 4.4, 2,6 1,6 2.3 2,7 5,0 6,3 8,7 8,4 7,9 6,2 o 0 o o o 0 o o o o o o 0 .7 .9 .7 o o o 0 o (! o CU~4(iL POR/ 27 27.~o 27.52 ~7,50 27.50 27,50 27, f;O 27.50 27.49 27,47 27,~5 27,44 ?7,43 27,~2 27,~J 27,40 27,39 27,38 27,36 27.35 27,34 27,32 27.,31 27.3O 27,2E 2'1,23 27,21 2 ?, .I. r,.~ 27.17 ~7,!4 27.1~ 27.08 27.05 .9_ 7, .) ? 26, ~;.~ 96.9,1 26.89 26.80 26.75 26.7I 26,67 26,64 FC/ "'i /-.,. g 1.4:5 I .~5 J. .! I " 43 1~ ,~-3 !,43 I . 43 1 !.38 1,37 ! .36 .! ~ .3~ 1 ! t2.34 i,34 I .3.~ i ,34 I ,34 ! . 34 ! ,34 L'~ I~ 1111 J 1 iI:-I ii! [:-I iJ '- , mAG.:: 96 9~. 89 8O 69 75 1'30 !00 40 5q 100 ! O0 100 1 O0 O. 7 27 9O 7O 57 1 o0 90 (,7 lO0 99 PU 3.3 2.! 2.5 4,t 4,3 3.1 4.t .t. 3 7.5 7.0 3.6 ,3 ,3 q.7 10.0 9.3 '~. 2 PU 0 o: 0 0 A 0 0 0 0 0 0 0 0 0 0 0 0 2,0 0 0 0 0 0 · 0 0 O C U M U 26.62 26.61 26.H9 ~6 26.56 26,S4: 2a.53 26.52 26.5! 26,5O 26.46 26,44 2~.39 26,3g: ~fi.3~ 26.37 26.37 26, ~: 26.33 26.31 26,30 26.25 26,21 2~. 20 26.20 26,17 26. !5 26,!~ 26.95 26,02 25.00 25.96 25,94 25,9~_ 25.91 25.~6 25,~ 25,77 F; C / FT ! .34 ! , 3 "~' !,34 ! °33 !.33 t,~ !.33 I .32 !,'32 !,3i ~. 30 ] .30 i !,30 I .30 i ,30 ] .27 ~ .2~ ~ .23 ! .17 ~!7 I. ] CC]~.<P/~r-:Y -' ATI.,Ab~TJC HICHFJ. F:[,r3 COFiPAf,JY ',~F'T,f, ' P'r~'f;[IT STAT~' ¢tl 7'3 F ~[' p u G / C. ~ V i3 ~ U P U P U Io~7! ,() 22 2.,7(, 0 1 (;~'~ 27. C) 0 2.7 I, 0 J 0r472. r~ 0 ?, 73 0 I0223.0 0 2,72 0 "Of'2~ ~ () 2 7° 0 2. - ,.i - · '"- ! 0 ~;-', 2 ,:!. 0 0 2.71 O .1, 0 ~ 2 ~. ,. 5 0 2..71 1 * 0~2¢; a ~ 2.71 1. ! rip,?5, ~:, o 2.71 0 J ()~2r-,, 0 0 2.72 0 JO~27.r] 0 2.73 0 ! 0 ~.; 27.5 r) :a. '7 I 1 10~2F:.0 0 2,71 0 J. OF;SF:,b 0 2,71. 0 J_ 0 q 2 ';, 5 (:' 2, '7 i 0 !. oP. 3n, r) (? 2.71 0 ! o;? 3 (>. ~ ,,) 2,73 0 i0~3i.0 0 2.72 0 10 ¢~ ~ i.. 5 0 2.. 7 i 0 !0~32,q 0 2.72 0 ~f)~32.~ r) 2 72 O !0~.33.0 0 2.73 0 ! OP, 33,5 0 .9_ .'7! 0 ~ O~?~.f) 0 ?.72 0 I0~.:. ,3 O~ ?,.71 n., 10~43~ ~, n 2 7~ tO~3C-,, q 0 2.7~ 0 !0~'~.5 0 2.72 0 !. OP 37.0 0 2.7 3 0 ! 0¢;:37.':-, n 2,77 0 lOP3s:~. 0 0 2.72 0 lOR3,fi. ~ 0 2,71 0 I OP, 3g'.O 0 2.72 0 !. 0 ~', 3n. ~ 0 ?. 7 ! 0 1. OP4 (). ,0 0 2.72 0 ! 0 ~ 4 r).,, ~, 0 2.7 :'t n .10~,4 !., 0 0 2.73 0 ! 0[441. ~; 0 2., 7] 0 1084.?,0 0 2.77 0 !. OF'.4?. 5 ,':,) 2.71 0 JO~,43,O 0 2.71 0 ! 0 ~ 43,5 0 2.7 J. 0 ! 0f:'44,· O (; 2 · 7 ! 0 71 1{)0 100 100 31 30 100 tOO 99 37 38 lo0 ! oo lOO J_ 00 !00 !00 ! O0 100 lO0 I O0 100 100 tt00 t o0 ~00 iO0 ~00 96 6? 67 6 _6 6.7 9.0 5.2.. 2.t 2.0 6.4 5,0 2.0 2,? 6,0 6o0 .1.,7 2.6 2,6 2,0 1,3 1,5 2,1 2,7 2,9 2,6 2,I 1,~ ].7 2,4 3,4 .7 3.0 0 (.) 0 0 0 2.! 2.0 2.0 t.9 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 .9 I.? C u f,i U L P 0 )-~ / 25,75 25.7¢ 25,7! 25.67 25.64 25,62 2~ 25.57 25,52 25,5J 25,50 25,45 25,4~ 25,39 25.36 25.35 25,35 ~5,34 25,33 25,32 2.S. 31 25,29 25,29 25,27 25.25 25,24 25,24 25,23 25,22 25.20 25,19 25.17 25. !~q 75,15 25.i4 25.12 25.11 z 5, ¢:. ~:: 25, O6 25.03 h C / ! 09-14,5 .1_ ~.7! !,0745.0 11 2,74 ! 0845 . 5 2.5 2.79 108~7.0 31 2,~3 10~47. ~ 30 P, ~4 ~ 084. R. 0 30 2. ~5 ! 0 ~ do. O 29 2.85 10QbO. 0 ] 7 2.~0 ! O~C,. % ! 5 2.79 10951 ,o 12 2.7° ~ 025!, 5 ~ 2.79 ~ 08572.0 6 2.7~ ~ n~59 ~ .3 2 77 ~0~53.5 0 2.75 10854.0 o ~. 7~q 10~54.~ u 2.78 !0~5~.0 6 2,90 10~ 55.5 7 2.7') 10~Sa. ,) 7 2.77 ~ 0~56.5 a 2.74 ~ 0~57,~ ~', 0 2.7? 4. ~ ' ' ! Og%0.0 0 2.72 I()~60,~ 0 2.71. !0n6~.o 0 2.7! !ORe, 2.5 0 ~.71 ] 0~63. n 0 2.72 ! 0863.5 u 2.72 102F~ .0 0 2,73 ~ 0~0~ 0 () 2 74 .t , -, ~, ~ m ~0~6~ . 5 0 2.74 lC)~66.~ 0 2.76 ! 0 ~ 6 7. r, () 2.7 0 102e7.5 0 2.7~ 69 I00 100 ~7 43 46 48 53 71 71 7] 75 74 I00 !00 44 100 !00 1 O0 100 ]. O0 lO0 100 1 O0 i00 !00 ! ]~00 ! O0 ! O0 ! 00 !00 I.~0 100 7.0 2.~ 0 0 .4 .9 !.1 !.2 !ol 2.~ 3.0 5.7 6.3 6.4 6.~ -.5.3 ~.1 t,9 ~.0 1.~ ~,3 1.7 ~.5 1.6 .9 ~.0 I.~ P I, 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 FT 24,99 24.96 24,0% 24 24,g4 24. q3 24.93 24,91 24,90 24.~6 24,~3 2~.77 24.74 24,7~ 24,6~ 24,57 ~4,67 24,56 24,66 2a,65 24.6~ . b~ 24,63 24.63 ~4,57 24,56 2~t. 56 2~.55 24.54 24.53 24.53 24.52 24.5I 24. SO 24.50 24,4g 7i .92 01 .~i .90 .8o. g c- .28 ~Q .F:~: . .~ ~ Fi ?' [: ' ' ' . ............. W~I~I : prNITi!T STATF: ~,I 72 1 ()~. ~,, o 0 2,7S .t 0 f! ~, ~-!. ,5 (, 2.74 ! 0~70. 0 O 2.7~ ~ 0 ~ 70.5 0 2. '76 ~ (;871 . 0 0 2,75 ! 0~71..h 0 2.74 !0~72.0 0 2.72 10~73,0 0 2.72 ~ 0 ~ 73.5 0 2.71 ~. 0~7 ~, ¢) 0 2,7 ! 10~7~. 5 0 2.72 ~ 0~75.0 0 2,7'I I0~7~ a 0 2.71 t ',~7~ 0 0 2 72 !0~76. ~ 0 2,72 ! o~77,0 n 2.72 ~0~77.s o 2.7~ 1_0~7P,o 0 2.7~ I Ot~7 ~, S n 2.72 ~ 0~7~ 0 o 2 7~ .. .: ~ . i ~087~.5 0 2.72 ~ 0,~0 n O 2.72 ...~ _ ~ .... t. 0P?O,5 0 2.7~ !0fi~1.0 .3 2,72 !0~!,5 3 2,72 ! 09 ~ 2.0 3 2,71 ! 0~82.5 .1. 2.71 ~ 08 ~ 3 0 I 2.71 !o~83.5 1 2,71 ! 087~, 0 0 2,7 ] ~ o;:~~ ~ ~ 2.7~ ~r~o~;~ n 0 2,.73 ,, .- t: . ~ . . I O ~"~ '~. ~-~. ~ n 2.72 !0P~7,0 0 2.72 ! o~7. $ 0 2.72 I o~'.~ f, 0 0 2,72 ~ F)~P.;~ r~ 2 2 71, !O~g,O !~, 2.~S I0~', 8 g. ~ 2~ 2,7'7 i 0~90.0 3 2 2,7 8 10 ~90,5 38 2. a 1 ] ngq 1. r:, 4 t 2. g2 !00 J O0 !00 1. O0 100 100 ! O0 1 (.'. 0 !00 .l O0 100 100 !00 A O0 i O0 J. C) 0 100 1 O0 !00 45 27 37 56 SO 100 99 100 !00 100 100 ! O0 53 45 45 1,4 1.6 1,8 2,0 2.2 2.3 2,4 2.3 2.0 !,7 1.4 1.3 !,7 2.3 2.0 2.t 2.6 4.! 4.0 5.l 6.0 4,0 3,3 2.5 2,4 2.5 2.3 :2.t '.2..5 4.3 5.9 4.3 2.5 2.4 1,6 0 0 0 © 0 0 0 0 0 0 0 0 0 0 0 0 0 0 -,., 0 -9 1,~ ~,0 O 0 0 0 0 ,9 C t] ~4 U I3 24.49 24,4~ 24.47 24.a6 24.45 24.4-3 24,41 24,3~ 2'~ ~7 2~,34 24.33 24.33 24.32 2~.2~ 24,27 ~.4 26 2a,25 2a.2~ 24,20 24,i8 2.4,16 '~a i 4 24.1!. 2~, 09 24, C27 2-4.06 2,1, n3 2&,02 2~,OJ 2~ 00 2~.97 2~ ~.I 23.90 !4 i' . .87 .79 .76 .76 . 76, .76 .76 .75 .74 .7~ :? F i., D : h'rl,.arJTJC q]'CH:,' J:.kl',r~ COF:PANy 73 FP 10~? 93.0 !. 6 2. P r, 1. 0~93.5 l 8 2,7~ 10~o~, 0 ~3 2,8 l !0~9S. 5 44 2,~5 ~ OPgF,, % 3~ 2,82 ! O~m7,0 2~; 2,7q ~.ORQ7.~ ~ 2,7~ ~. 0~ g ::, 0 0 2.74 I O~qf~, 5 0 2.74 J. 0~99 ~ c, r, 2.7-% J0~90.5 O 2.73 ]. Of~O0, O 0 2.72 I Oe~O. 5 o 2.72 !OqOl~O ~ 2.72 1(~9oJ .5 '2 2.73 !0902.0 -~ 2.'14 1 o902.5 3 2.75 t 090 ~. (} ! 2,75 J. 0o03,5 n 2.74 ~. 0'~04., 9 0 2.74 ] 0904,B 0 2.73 1.090%, O o 2,73 ] Oq05.5 o 2.72 J. 0906.0 0 2.7] i 0906.5 O 2,7 l ~ oo07.0 9 2.7~ ~ Or~07, 5 0 2.72 J. 0908, n t J 2.7 ~ ! ()~o~, 5 22 2.7~ ~09n'~,0 J s 2.7S 10909.5 5 2.73 10"~ i O. 0 0 2.7 I ~ 091r).% 0 2.71 j(')Ol !,0 O 2,72 1. Oq!~ .5 0 2.72 J oO J. 2. o 0 2,72 J. 0912,5 0 2,73 jOgJ. 4.0 n 2.76 ~O0~.~,b 0 2.75 5b 71 97 10o 1 O0 22 lO0 ]00 tO0 100 4,4 2'/ 7~ 1 O0 100 1 O0 !00 100 !O0 1 O0 68 4@ 54 6'i .6? ~7 1.00 tOO ,tOe,. !. o0 !00 !00 l.i 2,3 3,8 5,5 5,7 3.0 ~,7 1,5 .9 2.2 4.~ ~.2 4.1 ~.2 i.7 1,7 ~.2 1,3 1.3 2.0 4,2 5,0 3,4 8.7 !2.0 !2,9 10,7 7,7 3.3 ~.7 3.3 3,2 0 0 0 0 0 0 0 O 0 0 ~.0 0 0 0 0 0 0 0 0 ,4 ,2 0 O 0 0 0 1.1 2.6 .8 0 0 0 C [! Y,. U proP,/ PT 2'3,87 23.86 23. ~:5 23,83 23.q0 21], 77 23.76 23,75 23,73 23,73 23,72 23,70 23,67 23.64 23,62 23,61. 2.3, ~; 0 23,59 23,59 23,5F? 23.57 23,56 23.54 23.53 23,52 23,52 23,5J 23.50 23. '.49 23,,~7 23.,~4, 23.43 z3.3 23, .32 23,26 23.2i 23,17 2._~, !5 23,1'~ 23,!1 23,t.0 z3.08 z3,06 .73 ,73 .72 .72 · , , '! 7 ,72 .'t3. , 70 .70 . ?0 . ? 0 ~ '] (j ,70 ,70 .69 . ~ 74 [: Fi i AOl ~ 10 q 20.0 ! Oq20, s 10021 .5 i 0q22.0 1_0q22,S ~092B,0 !0q22 ~0 ~ 092 '1. ~ ~OQ2o n 10929.5 10q30.5 ~ O031.0 !093~ .b 10932.0 1 0932.5 !0933.~ 1. 003 3. s 1093a.. 0 J 093,1.5 !Oq3~. n 10935.5 10936,0 ! 0937. 0 tog37,5 2.74 2.7-~ 0 2.73 I 2.74 (; 2.7 R () 2.74 0 2.71 r) 2.72 2.72 0 2.72 0 2.72 2.71 2 2.72 0 2.7.1, 0 2.71 2.77 0 5), 72 0 2.7.3 0 2.73 0 2.7 :~ 0 2.72 0 2.73 r) 2.72 0 2.7;>. 0 2.7! 2.72 0 2.7,~ 9 ?.74 0 2.75 2 2.76 7 2.77 4 2.7'1 0 2.7R 3 2,7a 2 2.80 7 2.~0 3 2.79 2.79 4 2,~0 9 2.~ 1 2.~:1 5 2. ~1. 2 2.7c~ o 2.77 0 2,74 0 2.74 0 2.7~. 100 1. O0 100 !0o ! O0 100 100 100 92 97 99 100 ~.~ .. lOC) 100 i00 1 O0 100 100 100 ! 1 O0 ~00 100 91 97 I nO 100 !o0 98 80 ~8 96 ~00 100 .]. 1 3.2 3.3 1.5 4.5 5.0 7.0 5.2 3.5 ~.9 2.8 2.8 3.0 3.5 4.0 4.4 5.0 5.6 6.9 5.7 4.7 5.9 7.O 5.2 4.5 6.7 7.7 7.3 5.7 6.9 4.9 3.9 ,! 0 0 0 0 0 ,3 .7 !.5 ,5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ,1 :t,! 1,7 0 C U M i.l L FT 23.05 23.03 23,02 22,99 22,97 22,97 22.97 22,9~ 22.94 22,92 22,8g 22, e'~ 22. ~-1~ 22.g0 22,71: 22,7f~: 22, ~75, 22,73 22,72 22.70 22,69 22.67 22.66 22.64 2~ .rS. 1 22.5~ 22,'~6 22,5~ 22.50 22.46 22,43 22.36 22,t3 22.30 22.27 22,23 22.21 22,1P 22,1s 22,!1 22,0~ 22,05 22.01 2:', .ua .59 .59 ,- : AT.LAF:TIC P.I'_.CH_FI!~L[) 'i 5 P ~.i (; / ('_' ii b. b P U pU 1093a. 5 c, ?. 74 _1_ 093~ . 0 n 2,7 ~ ] oq4t~, o 0 ?. 75 ~ Or, aO.5 7 2.7~ !.0941.0 20 2.79 !094~,5 !.~ 2.~0 ! 0 q~?. o 17 2. ~', ! "0g42 ~ ia '~ ~2 ~0943.fi 14 2.fi1 ]Oa4;].O 1 ~ 2.79 !_0945.0 15 2.77 1004~ c: ].~ ? 77 ,a P.77 !0948.0 .,. · !0946.5 2 i 2.77 ! 0947.0 .t ~'~ 2.77 ]09~7,5 ],'2 2.7~ !.09~'. fi l 2.73 109~-9 . {) 0 2.7 ! ! 094 o. ~ 0 P. 72 10~0. q 0 2.72 ! 0950.5 0 2.73 ] 0951., ,-" 0 2.7 ? 10951.5 a 2.71 109%2.0 0 2.71 10952, % 0 2,72 ]_ ~ab 3.0 0 2.72 1.0U~3.S 0 ~.~3 .lOgS~. 5 0 2.72 1 r,a~ 0 9 2 72 _ · ' ..I _ . ' . I 10955.5 0 2.72 1.095~.0 0 2.72 !005~.5 ~ ~.74 10957.5 47 2.R6 !OqS~. 0 '~6 2, S7 !095fl. % 4 ~ 2.85 togbq. O .33 2.9~- ~ 0959.5 31 2,85 I OQ~n. 0 33 2.86 ! 0960.5 3 ~ 2.85 I ()ga ! ,. 5 2 I 2. ~ I i O0 toO !o0 ~o0 !,00 99 95 93 95 99 9~ 94 g? 65 6~ 6a ~7 95 1.00 ]. 00 ~00 ! O0 99 lOO I oo 1 () 0 1oo !oo 43 44 97 9~ ~o0 ,too 4,(} 7,0 7.2 9.2 9.4 8.2 5.3 4.3 5.9 4.4 3.2 2.4 1,7 !.7 1.9 4.7 a 5 .9 .9 2.5 3.3 5.0 6.~ 5P P LJ 0 0 0 (; 0 0 0 O ,7 i.5 ~ 4 t,1 .7 ,7 ,4 1.0 !,3 !.~ () 0 0 0 0 {) 0 0 0 .g 0 .Q 0 0 0 C u rq U L Pr'IR t 2!.97 21 2!.79 21,7~ 21.7! 2]. 21 21.57 21 21,42 21.39 2t 21.32 2!.29 2!,27 21.24 2!,23 2~ 2!,20 2!.le, 2!.!4 2i.i3 21.~ 21,ii 2!.10 2!,09 2t.08 2!. 07 2! .05 '2 i · 02 21 21 21. O0 20.99 20.q5 20,94 COP [-' .5 t,.: ¥ ;': F ,r. I, 76 109 .1.0c~ !0c., ! 0 !09 !0~ 1 oq i09 !09 ~ 0o ~ O~ 105 109 109 ! OC !. 09 1 oo 109 ~09 !. 09 V C r, F: l', r:, A K I ~: T S ~ P 0 E S P i 62., 0 22. 2. fir3 ,5?..5 25 ?.80 6 't ~ 0 30 2. PO (:3., 5 27 2.7S? 64,, () ii_ 2.75 63 , 5 0 2.73 &q.O 0 "9.72 66. 5 0 2 (--7, 0 0 2,,7.3 ~)7. ,'q 0 2.7zt ag.c 5 2.75 6~.5 9 2.75 6'--). 0 6qo5 r) 2.7~ 7 o., 0 0 2.72 70.~4 O 2.7!. 7!. ,q 0 2.72 7!. 72.0 0 2.73 7?.5 0 ~.7~. 7.~... 0 0 9.73 74.0 4 2.75 7 4.5 q 2.75 75.0 ~ 2.7'~ 75 ~ r~ 0 ~. 7 '2 75.. 0 0 2.73 7a. 5 C, ?. 77 77~0 ~ 2.73 77.5 ~ 2.74 7F.O O P.7~ 7¢~. ~ 0 2.76 79.0 ~, 2.7q 7a . 5 1 b 2 . ~3 gO.O 2(~ 2.g6 80,5 ~1 .0 ]9 2.8~ ~1 .5 ~6 2.P5 8P.O 1.2 2.84 82~5 !2 2.84 ~3,0 ~0 2.J~6 83~5 21 2.~8 8 4. o ! 5 '2. ~ 7 S 5, n 8 2. ~ '~ .100 78 10o J. O0 lO0 i00 t00 iO0 J. O0 .1_ O0 I00 .'tOO l () 0 t..O0 1 O0 100 i O0 ~00 lO0 .t00 1.00 iO0 !O0 ].00 ! 00 lO0 ~o0 98 tO0 I00 t_.00 ~ Oo lO0 ~00 j. O0 tO0 6.2 4,3 4.7 7.7 6.6 5.! 6.2 4.5 5.7 5,4 3,9 2.0 3.4 4,.5, 2,0 3.7 5.3 4.9 2.~ 2.5 4.5 2.9 5.0 0 0 O 0 0 0 0 0 .7 .7 ,? 0 0 0 0 0 0 0 0 0 0 0 FT 20, .-:~5 2('). 80 20.78 20,74 2'0.70 20.64 20.62 20.60 20.57 20.54 2O. 51 2 n '~ 9 20.46 20, ~4 20. i 2 20.41 20.40 20. z--.33 20 20.2~ 2O. 27 20,26 20.23 ~0.22 2 o. ? 2 20. ?1 20.19 20.!6 20.14 2O. 20, 2O. 07 20.05 20. o! 20.00 i9.97 '..J C t A q ,~ . . .4~ .47 ~7 .47 a7 ~ - .47 .47 .~7 ,47 .47 .47 ~7 .47 .~7 .~7 ~ 7 .47 .~7 ~7 47 : Aq'I,/~[-.~TJC ~]'Ci-IF Ti-,'!'.,[) C. Oi4PANY 77 r'.KPq'H lq~ 10 a ,q 7,0 _t. 09 ~ 7..5. 1. 0 o. :;~ P. 5 ! ,'.)9 ~ u. 0 _t 0 (? o 9. O .10990, F 1. nog ] . q 10°- c~ 1 9., j _ ~0og2,5 ~ OqC.,4. n 1 ()oq4 5 · . =, i; ! C,'gg $ · 5 ! 099,~ . I OgO6.5 10097.0 1_ 0 a g F, f) !0a08,% J 0999 · 0 · , - .- -.' i~ -J 1_ J 0 (31.0 11001,5 !ic)02,5 1 I 1.003.5 1 ] ()OS, 5 ] 10 (") ,~ . ,r) 1. .I C;O~. fi 3 ! 0 C, 7.0 .'1. ~()07 ,. 5 I '~ ti(),q ,... J ..· V (; l ~ R r) k; A K I r,; T I 1 2. F_._r) 7 2 · 70 0 26 '2, P. 3 0 7 2. ~ 4 2 5 2.7~ 1 q 2.7a. 0 3 2.74 0 ~ 2.77 0 ~5 2.7Q 0 ] 6 2.79 0 ]..4 2.7 ~ 0 9 2.7~ 0 0 2.73 r', 0 2.7 ~ 0 0 2.73 0 0 2.72 31 2.79 0 5] 2,83 O 35 2, PO 0 ~ 2, ? ? 0 t 2.77 o 0 2.75 0 2.73 0 2.71 0 0 2.7 l 0 0 2,7 t 0 0 2.7J 0 0 2.72 0 0 2.71 ~ 2.73 0 0 2,75 0 a 2.7;~ 0 2 4r 2, ~ ? 0 2~ 2, ~4 0 27 2,R4 0 t.C~ 2,8.1. 0 J O 2.7 ~ 0 % 2,76 0 J. 2.75 0 0 2,74. 0 0 2,7 .~ 0 P U 100 .1.7 23 50 93 4q 26 26 26 30 60 1 O0 !00 99 71 :J 76 99 100 !00 ~00 ~00 100 !O0 10© ] O0 :1.00 !0o 57 .1.00 Ion .1. oo l. O0 PU 4,3 1.6 7,5 9,1 7.2 2.2 ~.4 4.0 2.5 ~,5 5.7 12,2 .3 4.4 2.4 1.7 3.0 .9 4.2 5.2 6.0 5.3 4.9 PU 0 0 .i 0 0o 0 0 o 0 0 0 0 0 0 1,3 CU;qUL, P f/j R / FT !9.90 Ig~q6 ~9 !9,77 ~a 73 ] 9,7~ 19.a6 lq.~5 19,a3 19,~6 J9.52 19,44 Iq 43 19 i~ ~7 19.33 19.2a .. 19.23 !9.21 19,!9 lq.iS !9.07 19.07 19.06 19,03 !9.0i i~,g8 1~,~5 CUb~UL RC/ .47 ~ 39 .35 . 34 , 30 .30 .3 o .30 .30 . .29 2H .29 2q . : A'f.','.,A~',~;FiC I,'.JCi. 4FIK[,i) Ct'}Mr,~Ai,,iy I pi r,i(;ti,I' ,%T~.T'~' ¢ 1. V (' r, F:O ;-', A F q' P Li G / C 3 1 l(~Oq.n 0 2.73 ! ] OOq ~ 0 2.72 1 ~oln < ~'J 2.72 !]0l 1. n 0 2.74 l~OJP,O l/~ P.77 ~. lOJ. 3.0 0 2.75 ! ! a I. 3.5 o 2. '15 I!()!4-.5 0 2.7~ 1 t al 5, () 0 2,74. ~ ~0~.5.5 0 2.74 ! ] 01~,() 0 2.75 ilo~6.5 {, 2.75 11017.0 0 2.75 I10!7.5 0 2.73 ~ 1.0] ~.0 0 2.72 11 (:, ! ~:, '~ 0 2.72 !~2(~,0 O 2.76 ltO20.s ~ 2,75 1lo~J,n 0 2.75 t 1071,5 0 2. '1,~ 11022, ~ o 2,73 ! 1 ~2 %. 5 u 2.72 11')2,%. r) o 2,72 !!n2~ .5 o 2.7'2 ~tr'~5,0 0 2.73 l tO2~. 0 0 2.75 1!07'~.~ 0 2.7S 11o27.0 O ~.7~ 1!r;~7.~ 0 2.7~. 1. 1 C) 2 C. 0 0 2,74 ~_ 102o, 5 0 ~, 73 ltn?O,O 0 2.72 ! 1030,5 0 2.71 !.1 o31.n () 2.73 !!0~ .5 0 2.73 1. 1037. n 0 ?. 7 3 1o0 J. oo I. O0 ! O0 100 95 100 !00 100 ! oo to0 !.oo 1 O0 ! OO !00 100 100 !00 4 O0 I00 i00 1.0o lOO 1.!,oo .!. oo lOO ! oo ion loo ! O0 joO io0 foo .too 1 oo lo0 lC.r,. ~00 100 !00 5.2 :~.3 6.9 3.~ 1.6 ,5 ,3 ,3 .I 0 0 0 .2 .5 .2 ,2 ,2 .5 .8 ,9 ~p 0 0 0 o 0 0 o o 0 c., o o o o 0 o o 0 o o o o o o 0 0 o o 0 0 () o 0 ,:) ..~ o o FOR/ 18,92 ~ >~7 I~.~o .t9,7o lg.6o 18,60 18.60 !8,60 1~.59 1~,59 t~,59 tfi.59 19.59 ~8.59 18.59 .- ,w _- l~,5q 1R,59 !8.58 !q.5~ 1~,58 18.57 ~9 g7 !~.57 ~.57 12.56 18,55 '7 c~ .2~] .2~ . .2F~ ,2P , z2 ,28 r, f)f :, 'c,/: ,,¥ 79 !.1033,0 1J 035.5 ! 1 ], 0 .'~ '7. (} ! 1. n3p, 5 ~ lr)3c,. 0 ! loal. o 1 !041. '~ 1 ln42.0 1 ]. o42, fi ] 10,~?, 0 ! 104.7,5 1. 1 O/iD. 0 1104d.5 ] 104.0.0 1 tn~n 1 1051 .O I~o51.5 i 1('52.0 ! 1052.5 !!n52,o !1053,5 !Io54.n 1105a. 5 1 ! 055. ~ v C L F. ~')F~ A K I t,~T S w P~} R 5P I 2.72 2.7 J 2.72 ?. 73 2.72 2.73 2.72 2.77 2.71 2.7 ] 2.72 2,71 2.72 2.73 2.74 2.7~ 2.7R 2.79, 2.72 2.72 2,72 2.7) 2.7! 2.7t 2.71 2.72. 2.72 2.7l 2.7 2 2.72 2.72 2.72 2,73 2.73 2.72 2,73 2.72 2.71 2.72 2.7 ]. 2.7;~ 2.7 ,']- 2.77 2.Pl 2. g6 2,90 2.~ 1_ O0 1 O0 lO0 1 o0 I 1 O0 tO0 ].00 100 !. O0 100 1. O0 100 t O0 ! 00 100 ! r.,)C !00 .1. O0 ], O0 100 i O0 tOO .!00 100 ! O0 _'tOO !O0 ! O0 !O0 lO0 100 1 O0 ~.00 100 ~00 i O0 10o 1.3 1.2 .5 .9 !.0 .7 .] 0 .i 0 0 ,7 .8 .7 .5 .5 !.0 !.! .9 ,!,I ,9 ,7 l" 5 0 0 0 0 0 0 0 (~, 0 0 0 0 0 0 0 0 O r) 0 0 0 PgR/ Ig.52 i8..52 !8.5~ t:a. 5~1 18.5! 18.5O JS,SO 18.50 ~2 50 18 18.50 !~.49 4 ' !9.48 . 1~ 18.46 12,45 18,45 ia,a4 !8.42 ln.a2 !8.42 !8,41 bC'l ATI,,~!;T'I.C R]C.;iF'iFjL[) Cf')HPAh. y 0 ~, P T f4 ¥' C !., R ('i !." A K I ;iT P U PU CU~LJL PU _ FC / FT ~ '.~ ,II ~ - .- ! io~0.5 57 2.9, b 0 1. J061 ,n 64 2.97 0 i !061,5 65 2, r,.'7 0 110a? r_ 1/4. 2 7~ n ! .I. 06-~, 0 0 2,73 0 11~')a3 '~- 0 2 73 . .. ~ ..' ~ i. !oad .0 0 2.75 0 11oF,~.5 1~ 2.7~ 1. J ¢:6~. 0 I ¢ 2.76, 2 11066.5 24 2.77 1 1 i067. () 4-6 2.63 0 ! J r:.70. ~; 6~ 2. R,q. 0 lJ o71 .0 .19 2.83 0 1107 i. ~ ']0 2.78 0 !Jo72.0 .I~ 2,7a () ! i ()72.5 :3 2.,. 73 0 .1. 1 ¢)73. () 7 2.74 0 _1.1('.,73. h 2 2.73 0 ! i C' 7,~. (', 0 2.7'2 0 !!074.F~ n 2.73 0 ! 107~.0 0 2.74 0 J. ! r'75.5 a 2.7 ~ 0 11 o76.0 0 2.73 0 !. 1 O 77,0 0 2,7 3 0 ]. !r, 77.'= 0 2 72 0 ~. ! o7 a. 0 0 ?. 72 ! 1 :)7 F:..t~ f,', 2.72 0 ! ! 07 ?. (: r) 2.72 0 IIr, 70..~ () 2.'/1. 0 1. 1 ()a e..0 0 ?. 7 l_ 0 11 o 80 5 0 2 7 ? 0 J tc~9t.0 0 2.72 0 I l C:,P,, ], ~ 0 2.73 0 ! 1(;¢_,2 o 5 0 2.74 0 ~ j O~-''~ ti O 2 75 0 1! 083.5 9 2,75 0 t 10 ~ 4,0 o 2,74 0 93 93 77 91 1 O0 1 O0 !00 .1 J. ¢} f') 1 O0 97 9O 99 6'7 l O0 J. O0 ~00 100 ! OO ! (; 0 ~0(~ i 00 100 100 J00 100 1.00 J00 JO0 100 t00 I O0 ~00 5.2 1.3 0 6.9 5.7 4.5 7,9 i4.4 i4.3 !5.5 !4.5 ~.7 4.0 0 0 0 0 .~. .2 .5 ,5 ~.5 2.~ 1.? .8 1.5 i,..9 2._1 0 17.,qt n 17.7_~ 0 17.77 0 I 7.74 n 17,72 0 17.72 0 t7,7~ 0 J. 7.72 0 ~7,72 0 i7.72 0 i7,72 0 i7,72 0 17.72 0 !7,72 0 J7,71 0 i7.7J 0 ~7.7~ ., ~.~ 2,7 .~:: i7.57 () ! 7. ¢i 5 0 17.54 o 17.54 0 !7,52 0 I7,51 .27 .27 .27 .27 .27 .2'1 .27 .27 .26 .25 ,2.'* .2~ _ C 0 ;', F' A i','. Y V C !', R [') b,'. A K ] i~,; T S v/ p 13 F< S ? .i l ! 085. O () 2.74 0 !In85.5 0 2.7xJ- 0 I. !. 0 ~ 6.. 0 0 ?. 73 .1 t096. ~ <') 2 .'/3 J !r~7.5 3 2.72 3 ~ l'>gF.O 9 2.75 0 J i c;, ~ f~. q 2~ 2.77 ~ lO~q.O 35 2.~:0 0 J !OPg, 5 35 2.7e 0 t1090.~ 15 2.7~ J 10~!.0 I 2.76 0 ~ !n~!.5 f) 2.73 (') ~ 109'2. o o 2.72 0 1 i (:9'2. % (~ 2.73 0 J 1n93.5 0 2.'/3 3 ] ](}gA.O f) 2.72 9 ~, 1. 0 °,'~. 5 0 2.79 25 ~ ].n~5 n n 2.7~ 36 1._ -[ g o ~:., 5 n,, 2,7 .'~ .~19 1. 1_ ()c)6.0 0 2.71 2 .L . .- ~ ~ ~0~7.~ o 2.75 0 11098.0 2 2.77 0 ] j tc0.5 ~;7 2.Pu 0 ~ _ . ,~ ~ ,. . ~ 1~ 0~- r. '7 9 74 .,_ . .1 m "' ! J 1OA.O 0 2.73 ],1 ] 06,59 0 1 !. ~ 07. ~ 0 2.7 ! ! ~ .,. ,'. - ].j_ ]. ga. c, n 2.7 3 !.110°.5 0 2.73 11111 .9 o 7.77 1.] J 1!.~ 0 2.72 t O0 1 O0 1 nO i00 9:~ 97 ~9 7! 70 JO0 100 1 O0 lO0 10 0 t00 99 c~? t00 .100 !00 1 O0 ! O0 g6 7~ 72 92 I00 ! o0 i O0 ! 00 ]. O0 J. O0 !00 10o .,. O0 lOC, ] 0(} !00 5. (} 8.1 12,6 14.5 14,2 !1,4 6.3 3.6 i.4 7,r~ 7.4 10.2 13.4 15.i 16.9 !7.6 16.~ ~.7 - I0.5 2.3 1.~ 7.7 6,1 4.! !.6 1.3 3.i 3.5 3.~ 3.6 3.6 ~.5 o 0 0 0 {) 0 0 0 0 0 0 0 0 0 0 0 P A (; FT 17,50 17,48 !7.46 I 7,42 17.35 !7.28 !7 i7,i5 !7.t2 17.i0 17. !.0 !7. I0 t7,07 ! 'I. 0 4 17. O0 1~ ~6.66 ~6.79 16,72 16,63 ~6,34 i~.25 16.i7 16.i6 16,i5 t 6.07 I 6.04 16.03 !5.99 !5.9~ i5.9~ !5.92 C ti H i j .[, .~1.; ~ ' FT ,24 .23 .23 .22 .22 .2! .21 .2! .2! II--"]~J ~ t !1111 iI:-I l! Iq J 82 V C I, P..' } i~,~ A K I L T S W P 0 ~i ~ P i 1.]!_17,n 0 2,73 0 ! 1.31.~,0 0 2..71 o .I.] ~.t4,0 0 2.7.1 0 J. 1 J_ ~ 4.5 I 2 · 7 ?, 0 ,1. J I .~ ~. ,r., 0 2.75 0 ? ! !_ J. 5. fi 0 '2,7q 111 l~., C, 0 2.75 0 J.~ J !7,0 r) 9.72 ! j_,11'7.5 0 :2.73, 0 1.11!.F,.0 33 2.7q 0 ~ 1_ ! 1.?. 5 .52 ?.~::,Z 0 ~.1.1 !9.o 49 ?,91 0 ! t ! .1. 9.5 ao 2.92 t. 1 !20. o 46 2.9! (; ~ ~ .1 21.. O ~r-t ? .9.1 0 _1 l ! 27.5 ,.t~ 2 .~:3 1.]]28.0 .1 2.75 1~j t2P,5 0 2.74 ~ i ! 2a , n o 2.75 I J.~29.b 0 2,75 !.1.!3ri,r) ~ 1 ! ~ 1 P !~?J ,F 1. o 2.7q ! J. 1 32 ~ 0 J ].i'~ ') ~ 15 2 ~0 ,. x. ~ 2 i - 11 ~ 3q,O 13 2,79 t1.]3~,5 ~1~~ ~ 1 2 73 1!~_35.5 '1 2.7~ !1!3F,5 ~1137.0 ! I!.37,5 50 2,83 j1!3c',0 54 2.R3 J.!!38,~ 5~, 2.P5 1 i J 39, 0 59 2.[}6 I ] ] 39,5 64 2.~6 1_1.!40,5 6,4 2,~7 ~00 I ¢)n 100 ~ 0 ,'.'? ~00 ~,. . lO0 ~.00 ]00 7~ I00 .1. o0 j. O0 74 ~. O0 !00 1.00 l_n.O !00 1 oo tOO I o0 1 O0 1 O0 62 10o !.00 lO0 I O0 ~00 3,3 4.1 I0,4 6,3 10.5 3.2 0 0 0 3,0 7.J 7,7 7,7 5.7 9.0 10.9 7.0 0 0 0 0 0 ,7 t5.91 15,89 !5.79 ! .5,7~ ~ ~ ,.~ !5.6~ 15.55 !5.46 ~ 5.44 t5.~ ~. ~. ~4: i5.~4 15.44 · 15.~5 15,30 !5.27 !5.20 ~5 12 14, !4,~4 I4,6g 14.~9 14,69 ! 4.69 .2! .21 .21. .21 .2~. 2~ .20 .20 . 2n g3 i ,t ! 54.0 ! 1!54.5 11155.0 ~!!56.0 lllS~'.b 11157.,°, !J.J_57o5 1 '~ ~ 5 ',--' 0 11160.0 !i,1 h! .0 l, I .1_ ~', J. ~ 5 1! 1. e, 2., 0 · ~. ~, .~ !.!!53.5 I 1 !.64-. 0 VC U G / C 3 32 2.~4 35 p. R ? 4 ~ 9. W 2 4~ 2.82 fix 2. ~'.~ ~,~ ~ .9~ ~1 ~.gt~ b4 2.92 4.2 2.~ ~6 2.85 32 2. ~ 4 ~u 2.~ 45 2.87 39 2. ~ 55 2.q4 19 2.73 0 2.72 0 2.72 0 P.7~ 0 2,7b 0 2.75 u ?. 75 0 2.75 0 2.76 0 2.7~ o 2.76 0 2,76 0 2.75 0 2.72 o ~.7~ o 2,72 0 ?, 73 o 2.73 0 2.~1 o ?, 'l 2 () 2.~ 0 2.74. $ w 72 91 1 o0 99 73 7! 59 '11 100 100 !. O0 100 97 90 100 ! O0 ?? 9°. 10 0 I 0 () !00 100 !00 !_00 10 t O0 300 ! Oo 1 O0 100 1 O0 ! o 0 ~.00 .TOO J. O0 ! 0 c) POR .8 3,1 ~ 2 3.! .7 1.t I,,2 1.3 5.3 6.3 4,,4 3.0 1.7 3.2 3.0 ,,9 li,4 0 .! ,t (-) 0 ..1. 2.1 5,0 '7,.2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CU P F~ , 57 . 46 .43 .41 ,37 .22 . ~ 7 F--': C / ~7 ,~7 ,!? o !4 .!6 . !b , !~') 84 F'T 11j65.5 11166.5 ! ! 16F. 0 J!JTn~O I !1.7o.5 !tiTt.o 11171.5 !ti-/2.o 1~ 17'3 0 ]1175.5 !iJ7a,5 ~]77~o ~1~77.5 1117~o 1!~7°.5 ~83.5 !31k7.5 I ! ! E~ 5~ ~ (') F ~_! (: / C 3 ~ P ? U P U P U 0 9.,75 2..75 2,74 0 2.72 0 2.79., 2.73 0 2,7-{ 2.73 () 2.7~ ~.75 '2,7a 0 2.7 '~ 0 2~72 0 2.72 0 2.72 0 2,72 0 2.73 0 2.73 0 2.73 o 2.75 ?, 76 0 2.76 2.75 O 2.74 0 2,7:i 0 2,73 0 2.7] 0 2,73 0 2.7!. l? 2.75 49 2.S2 42 2,fi] 35 2,7q 30 2,7n 10 2.78 {) 2,79 0 ?. 91 6 24 ~.84 3~ 2,~7 29 2.k:5 1~ 2.~3 ~ 1 2,~2 9 2.81 100 100 1 o0 i O0 .l 00 1 on ! O0 !00 100 1 or) ~ 00 100 1 O0 ~00 !00 I 0 0 100 ~00 100 ! O0 1 O0 ~00 i O0 ~00 i 0 0 ]_ O(; e4 60 76 94 i00 i OO ~00 ~00 ~00 !00 ! 0 0 ~ O0 100 ~,5 7.4 6.2 4,R 3.6 2,2 , 1 ~3 ,9 .1 0 0 0 .! .7 3,0 6.6 6.3 .3 4,3 9,3 3.~ ~.3 0 O 0 0 0 0 0 0 0 0 o O 0 () 0 0 0 0 0 0 0 0 0 0 0 0 0 i4.,:)9 !4-00 .1. 3 . 97 I~.03 !3, 13.~7 13.~7 i3.85 13.~5 i3.85 13. ~5 ~3,85 13,~5 J. 3,85 13,~5 13,~4 I 3,79 i 3.76 i 3,7 13.75 I3.73 !3.65 i3,b3 !3.51 ! 3.49 ~3.46 ] 3.41 ,3.35 ~i6 .16 9 .... i b i {-~ ~ ~ .. .i~ .t0 ! P T ~'~ G U T N, T r~ T Fi ~ .! 85 ! i .! 9 n. 0 11192,o 1 t ! q 3.0 11193,5 ! 1 ! 94.0 . ~94 11 1or; ! i 196 , 5 t 1 !97.0 ! 1197.5 e _, .. ~ -. t l 2o0, O J120t.5 I 12O2. () 11202. ~ ! t 7o4,0 1120~. 0 ! 12o6. o 1. ! 207. (~ 1 J '2 0 g 11211.0 t!?lJ .5 Cd N,.'~ ,~, A K ! ~,; T St..j PiiR .S.P ! 2.~0 2.77 2.73 2,72 2,71 2.72 2,7 .~ ~. 73 2,72 2.7~ 2. 'i .{ 2.7,~ 2.73 2.73 9,7 4 2,76 '2.7'~ 2.79 2.76 ~.71 ~,72 2.72 2.7 t 2,73 2. '7 '/ 2.79 2.7~ 2. 't 7 2.75 2.74 2.74 2.7 5 2.76 2.77 2.76 2.7 3 2.73 2.72 2.72 2.72 2.75 2.8t 2. ~J. ?. 81 100 100 I00 100 I00 100 tO0 100 !00 100 1, f) (2 i00 I 00 Jo0 I00 1 t O0 _.1, 0 () i. 100 100 J. 00 10o 1 !00 100 1.00 100 10 C, 100 100 1 O0 10n ! O0 100 ! O0 9t 13.H 3. 'i 11,9 10,0 9.0 7, I 6.3 ?.~ 6.t 9.5 1~.3 !1.7 0 .i .2 2,0 6.4 5.5 7 ~ ~ J.J .? ~t~? 5.9 4.4 r) 0 0 0 0 0 0 0 0 0 0 .7 0 0 ,.'.) o 0 0 o 0 0 .3 0 0 0 0 0 0 0 0 13 !3 1'3 !3 !3 ,4 i2 ~2 !2 12 ~2 ,i. ~2 ~2 12 12 !2 !2 12 !? !2. 12 i2 !2 1_2 !2 il 11 .k ..~ !! 11 RI .29 .~0 ,04 .91 .74 ,57 .47 .41 .33 .32 ,3t ,31 . 3(i .Og .04 . ~2 .80 F:'-C / F? .15 :15 . IB 1 . i5 .i5 ~5 . !5 ~ 5 .!b .!5 .15 86 ~ ¢' P ~J G / C 3 I12!~,5 23 2.~3 0 112 ~ 4, (.) 2 ! 2,82 0 ~ !2! 5.5 16 2.~o 0 ~ 1217,0 ~ 2,fir) 0 I~9~.7.S 12 2.79 0 l121~.b 6 2,75 0 11. 2 ~ O. 5 () 2.73 0 ]. !220.5 0 2.74. () ! 12 2 l. 0 0 2.77 0 ~ 1221 ,S () P.~2 0 ! ~. 22 ~. 0 0 2.76 0 ~ i~3.5 n 2.72 0 112 2~. 0 V ?. 7 ~ 0 ! 122~,5 0 2,72 0 J_1~25,~ r~ 2.76 0 ~ ]226~(': ~. 2.7'/ 0 ! 12'26,5 0 ~.76 0 ~ 1227,G o 2,73 1 ~227,5 0 2.7! 0 ~ ~22P.0 0 2,73 0 112~~ 5 n P 79 0 ! 1229.o 0 2.72 0 ! ~27q.5 O 2,72 0 1. !730.0 (') 2.7 ? 0 !.!230~5 0 2,7a 0 1. Z23~ .0 O 2.7[, 0 1!232.0 20 2.84 0 ! !232.5 .3~ 2.qO 0 J 1233.0 40 '2.9! 0 1. l~33.5 77 2.~7 0 !J 234,0 t) 9,~2 0 I ! 23a. 5 0 2.8 (> 0 11235.5 '2 2.R2 0 8I ~3 i Oo 1 n 0 = 100 1 O0 t00 ~ O0 99 1 O0 !00 1 O0 100 '1 o0 ! OO ~00 ! O0 100 ~0o !00 1 O0 100 .1.00 100 100 ~00 ~00 ! O0 lO0 I O0 I 00 6._5 67 lO0 10 0 Pi)R 3,7 ~.2 5°9 5,3 3.2 .2 0 0 ,i ,5 2.4 4.2 6.3 6.9 6.! 4.3 3,2 1,9 4.5 6.7 1.5 3.] 7.2 9,7 0 0 0 ,_ 0 0 0 0 o ,1 C, 0 O 0 0 0 0 0 0 0 0 () 0 0 0 0 0 0 0 0 ¢) tl.78 ~ 77 li .75 J.I.73 11 !1,63 11.61 1!,52 1!,46 11 ll,a-1 Jt,4~ 11 11.4! !!.40 J.l.3a !!,38 .i. t, 3~, tl.33 ~ t 30 1! 11,23 11 11,!7 Ii,l:2 l! 10.99 iO F~ .15 . I4 .14 . !A .!4 .!4 C () ~,i ,o .a t y ??El,I, PAGe; VC [, t,¢ r i ~.~ A K l !'-!T F ? p I_ I g / C 3 ?,'-.,. I i. 23K, ¢) 1~'~ 2.84 0 112'3r,.5 ?,', 2.8fi 0 11237,0 20 9. ~ 0 ~ 1237.5~ P 7.P4 0 !12~R,5 o 2.82 0 I ].239,0 36 9.~ 0 1123~. ~ ~7 2 q3 0 ! 1240, ~) O 2.37 ] 1240,5 C) 2.2]. 0 11241 ~0 F_ 2.ll 0 i.] 26! ~ 5 9 ~. 1,! 0 ! 1242. 0 j. 4 2. 74 !!74q.q () 2.7! 0 !.1243,5 0 2.73 0 i ] 244.0 0 2.74 0 -- - '¢ a -- '' ' !124~.0 0 2.75 0 1124.5.% C, 2.75 ].J246.0 0 2,74 0 ~ I 2a6 % () 2,7A I 124'7.0 0 2.7 % 0 ~ !247.5 q 2.77 0 112~9.0 0 2.71 0 ' 12 d 0 c 0 2 . 73 0 .~ .- . -~., ~ d 11250.0 0 '2.72 0 ! 1250 ~ 5 0 2,7~ 0 ~!251,0 () 2.73 !l?fi!,5 0 2.7a !4 11252.0 1~ 2.8P 0 11252.5 21. 2.P.~ 0 t 1253.0 24 2.~4 0 11253.5 ~a 2.88 ~') 1 ! 25,~.. 0 4, ? 2. ~ l 0 ]1254.5 !~ 2.75 0 ! ].2b~.O 0 2.73 0 !. 1255.5 0 2.72 ! 1256,0 0 2.73 0 ! 125¢,. s 0 2.72 ,l~57 n 2.73 0 j. ! 257.5 0 2,7 i 0 1.1.25~.n 0 2.71 0 i 125 ~. F 0 '2.72 0 t t2~V. 0 0 2,72 0 PU 1 O0 lO0 t_00 ~:00 t00 1 O0 1 o0 100 ! oo I O0 I00 100 lO0 ! O0 ~00 100 1 O0 ! oO !00 I oo I O0 ! O0 !00 i O0 100 t C,~fn 1 O0 1..00 99 .t (.', 0 100 I 00 11.00 !00 100 100 10o !.00 POR PU .5.3 5.7 9.9 8.5 8.i .3 0 0 0 9 9.5 g.7 3.0 !.8 2.0 2.1 1.6 1.I .7 .6 .5 .? t.7 8.0 10, .3 t3,2 15,9 12,2 !!,5 9,~ 9.2 1! ,3 ,? 1,0 pt] 0 0 0 0 0 0 0 0 0 0 0 0 C,' 0 o .? 0 0 0 0 ,? ,_! 0 E:'OR / ,n ~7 !0,81 !0 76 i0,72 !0.6~ ~ 'l 6© !0.68 !0.6~ !O.SR !0.68 10.58 ~0.57 i0.56 10.55 10.54 !0,53 !0,52 !0,5t 10,5i ~n 50 ~ ~_, ~ . 10,48 !0.47 10.a3 I0.37 !0,31 10.23 10,~i 10.05 lO,Ol 9.96 g. 8~, 9.83 9.82 9.8j 9.8i :, .14 ,i4 .14 ..14 . I0 , (,"~ . O? .0~ .0~ .08 ,08 ,0~ ,0 g I12 !12 !!? 117 1].2 1i2 ~i2 l J2 !t2 !12 ~_~2 59.% 0 2.72 6().0 0 2.71. &.n.5 0 2.73 61 ,0 0 2.73 ~,t.5 0 2.73 a 2. r t 0 2.73 b~,5 0 2.7] a .~, 0 0 2.7 3 g3.5 O 2,7~ 64~f, 0 2.7~ 64 .~ 0 2.7~ 6'~.0 0 65.5 o ?.72 66.0 n ~. 72 6~,,5 0 2.7~ ~ 7 ~ o 0 2.7 ) n7,5 20 2.7~ 6 o. 0 40 2.90 &9, ~ ~b 2. q 1 70.0 50 2.q2 70.5 5g 2,93 71.R 69 9.93 75.0 a~ 2.F3 75.5 0 2,73 7&. 0 o 2.73 7a,5 0 2.73 77,5 0 ~, 72 7~,n 0 2.7l 7 ~. 5 0 2.7 ~ 7q,o 0 '),77 7g,5 o 2,72 8a. 0 0 2.72 ~l.n 0 2.71 8! .$ 0 2.72 ~2, (') 0 2.7] ~2.5 0 2.73 23.5 0 2.77 ~4.0 29 2.R3 84,~ ~5 2.8P t O0 lO0 100 ! O0 1 O0 i O0 ! O0 100 ~.00 !00 J. O0 5O !00 !00 lO0 55 I¢)0 ! O0 ~00 !00 ~00 ] 0 () ], O0 1 100 ]. O0 lO0 ] !O0 ~ o0 ! O0 ! O0 .9 1,3 1.3 i,7 2,3 3.3 3,4 3.1 2,3 3,4 1.2 0 0 0 0 8.3 22.0 19,3 13,2 9,6 3,5 1,7 .7 5.3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 . 0 0 0 0 0 0 0 0 0 0 0 ;? 9,~0 g. 79 ~,79 -~ 7~ Q,78 9.77 9.75 9.74 9,7P 9.71 q · '7, 0 9.69 9,67 9.63 9,63 9,6~ 9,63 9,63 9,62 9.58 9.47 9.37 ~ 12 9,09 9,07 9,04 9.03 q. n2 9, Oo 8,96 C !j ~4 il ~ / .0~{ .Og .08 .08 ~ .... O8 . 0 8 ,0 g ~0~ ,07 .... . U'/ ,07 .0 7 ,07 . (:: 7 _. .07 .07 . 07 89 ]~ ! 2.~3~. 0 ~0 2.7;! l ! '?~7,0 0 2.7P tl~.o 0 9.72 ~ !2~,5 0 2.7'~ 112~,a, 0 (; ?. 7 3 1~.2~9,5 0 2,72 1!290.n n 2.72 I l'/go, 5 0 2.71 ]. 1202,0 0 2,7 ] 11292.s O 2.73 !1293,0 0 2.73 1_] 2gl~. s 9 2.71 ~ 1294.0 0 2.72 li2q~,5 0 2.72 ! ! 2c~5,0 ,) 2.72 ! i?gs.$ 0 2.72 ]12a(~,0 0 2,72 1~2a6,5 0 2.72 I 1297. (', 0 2.72 ].j297.5 O 2,72 ].329P.<) 0 2.7~ t_!29P,~ 0 2.71 ! ~ 2q°, 0 o 2.7 ! t!2~9.~ o 2.72 ! 1309. 0 0 2.73 i ~. 300.5 0 2.7'2 1i3(,] .0 0 2,71 I 1 ~()~ r. U 2 73 t1302. 5 0 2.72 ! ! 3o.~. (') 0 2.73 !].303,5 0 2.72 ~ ~ ~n~ n 0 2 72 .... , . . ~ · ~ 11304.5 0 2.73 11 ~t'~R () f) 2 7~ .. ,. ~ ~ - _ . .,, I1305.~ O 2.72 t 13(,F,. 0 0 2.71 J.l ~06,5 n 2.72 ] t3(;7,0 n 2.72 !]307.5 0 2.72 ~].~0~,0 <~ 2.71 lO0 10o 100 i ~00 ~00 tO0 100 100 ! () 0 I00 !00 100 100 .1..00 100 !00 i O0 ~00 100 J. O0 10o 1 O0 1.00 !O0 !O0 j. oo !00 1 O 0 lO0 ! O0 1 i00 lO0 100 1 00 100 I O(; t 00 .1 5.2 10.8 7.9 .9 .9 !.2 !,2 .9 i 7 ,7 ,7 1.0 .7 1,0 !,4 ,9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 P 0 P / 8,93 ~,77 a,76 ~.76 q,75 8,74: ~,74 ~.72 ~,72 ~.7! ~.70 ~,70 8,69 8,69 8,64 ~.B3 8.63 9.62 ~. ~,0 8.60 ~ C t , 07 .07 ¢-) -/ . ()7 ,07 , 07 .07 ,07 . <)7 , 07 . 07 ,07 .0 7 .07 .07 ~ 07 ~07 .07 ~ 07 n7 ,0 'I ,0 '7 . O7 .07 n 7 .07 . ()7 ~07 . O7 .07 .07 V C r, I~ fl ~,,, ,,,,, K .I.t.j q, S w P i3 R SP 1 p !.j (; / C ~ t,~ (.; pll PU P!i l].30q,O 5 2.7,2 1i30'~,5 3 2.7q 1J. 31~3,q ,¢ 2.91 I!310,,% 14 2.~2 13J.! .o 2a 2,~2 !,R12,0 1312.5 50 2. ~2 131.7~.0 51 2,91 113!3,~ Si 2,9! 131 !13~4,5 '~2 2,c~ 131~.o jl 2.~-5 !.!3~5,5 0 2.~1 !J'~JA.O r) 2,7fi i:ld, 5 0 2 77 l13J. V.S o 2.77 JI. 3Ja.0 29 2.~i !3~0,o ~5 2.90 ! 132a.0 65 2.P7 !3 324.'5 36 2.~(' 1132~.0 1 ! 2.7~' ~ 1 '~2% 5 () 2.77 i i32~.0 {J 2.78 1 J. ~ ? 6.5 2 2.70 11327,0 R 2,7q ~1327~b 0 2.7P ~ 1329.0 0 2.77 J l'~2e.O 0 2,77 !J 32q.5 0 J. 1. 33F), o 0 2.77 11330.5 0 2.77 1t33! ,o 0 2.7f, ~ !331 .5 0 2.75 ~. 1332,0 0 2.76 !J_332.5 0 2.77 !~333. 0 g 2,79 !. l 33 ~, 5 15 2 ." ! J~334.5 '4 2,81_ ~ 133%.0 n 2,~0 !~ 335~5 0 2.79 !~ 336.0 !4 2.~0 28 100 lO0 J O0 IOn 95 g9 10 0 _'!. O0 1 O0 100 ! oo 1 O0 100 !00 75 91 95 1 O0 !00 t InO I O0 l Po 100 ! I O0 "00 J. 100 100 ~0~ J !0n 100 100 !00 ! O0 1. O0 1.00 2.! 2,2 1,2 0 0 0 0 .3 2,1 11,9 6.5 .9 3,3 I 3., 3 !3.2 it .5 ~0 5 10,2 !O,g !0,0 9,7 9,4 9, l 1.~).a !0.3 1!.4 12.2 I0,1 .3 ,2 0 0 . 0 0 0 O 0 0 0 0 0 0 0 0 o P A G B CiJMi!T, PO~/ 8.59 8.52 8.57 8.56 8.56 q.5~ 8~55 8,54 8.54 e,53 8.36 8.25 8.22 8,15 7.97 7,9] 7.8~ 7,2(:, 7.75 7.70 7.65 7.60 7.~~ 7.5! 7.46 7./43 7.27 7.22 7.~2 7.14 7.!0 7.04 }l C t .O5 ,.04 . 04 .04 .04 .04 .04 ,04 .04 .04 ,04 .04 11337.C) !,!337,5 1 1338,0 ] !33a.o ] 1340.5 !134~. 5 ! ~ 1343 5 ..... · . , .. ! 11345,5 1 1346,5 J 1347.0 !1 t1349.0 ! ]. 3~-0, % !!350,0 t. 135~ .$ 11352.5 !. 1353.0 J135J..f .;_ ..._ . t ! 356 . 0 , ]. 3~7.~ , . ] 13~$~. 5 : PI~.!(;!iT .STa. TF. ~.} ? I_! G / C 3 3l 2,81 4.1 2,83 39 2 23 2,e2 2! 2. ~'2 1! 2.~o 0 2.77 0 P, 75 ') 2,7S 0 2.7a n 2. '1 '~ 0 2,7~ o 2,7~. 0 2.76 7 2,79 1~ 2,80 ~ 2,~0 ~; 2.7R 0 2,76 o 2.76 0 2.7~; 0 2.78 3 2.7~ 5 7.77 0 2.7 ~, 0 2.73 0 2,73 0 2,71 n 2.73 0 2.72 0 2.72 0 2.72 0 2.71 0 2.73 0 2 , 74 23 2,~1 ~-7 2 .~l 4~ 2,9! ag 2,91 4, 3 2.90 ~00 97 t 00 lOC) 100 100 lO0 lOO lO0 iC)n 1o9 lO0 109 I O0 !00 i oo !00 100 100 ]. 100 1 OD ] O0 74 -J ,_. 77 97 !00 i OO 100 6.~ 4,7 4,7 5,9 6,7 6,3 7,4 9.3 & 7 7.1 6,5 7.5 7°7 6.6 5.7 3,4 3,8 4,4 2,7 2,2 !,4 2,8 4,0 5.3 PU 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0- 0 ,2 0 0 0 0 C U M ~ i i5 FT 6.g3 6,90 6,82 6,7e .... 6.7c 6,73 6,69 6,64 6.60 6.50 6.47 6.40 6.35 ~.32 6,25 6.20 6.!6 ~, 07 5.94 5,79 5.76 5.7~ 5.72 5.7i 5,7O 5.67 5,64 5,6a 5,63 5,6! a :t (1 b ~4 ij[ 1-~ rr .04 °04 .04 °04 ,(}4 ,04 .04 , ()4 .04 .04 .04 , 04 .04 .04 ,04 .03 .03 ,03 cri?.'.PAbiY .' AT!,Ar.~TIC R~CHk~I_FI;D CO~'~PANY ,,; _[,: T~ ~, : p T N (; !i T ..% T ~. "r ~: # .!, P ;\ G 113 113 !!3 !13 113 113 !13 1.1.3 !i3 !13 1!3 j_!3 1~3 113 ~.~3 ~13 .,, t!3 1~3 !13 ~13 !13 !13 _i. 13 F ~' P U ~ / C 3 _.,'.~ 0 PU PL; P ar), 0 34. 2, B~-- 6 :). 5 33 2. a 5 (:l .O 3~ 2.86 61 ~fi 34 2.F~7 62,0 24 2, P~ 6 '3.0 0 2, ~ 1 63.~ 0 2.79 64,0 0 2,7P 64.5 0 2. V8 6%. 0 6 2. ~0 fi.b.~ q P.RI 6g.O 6 2.~i ~7, o ~ 2, ~0 67.5 0 2, 'I~ &~. 0 0 2.76 69.5 0 2,7.4 ~,9. c: 0 2. '13 6 q, 5 ('~ 2.73 7 (~. 0 0 2.73 7n.q o 2.73 7 J . 0 0 2.72 71 .b 0 2,72 7P. (l 0 2.72 7 ?. 5 ~ 2. '! 4 73,0 22 2.79 73.q 34 2,g3 7 ~, 0 27 2. ~ 2 74.~ 4 2,79 75,n 0 2.76 75 ~ 5 0 2.75 7~,0 0 2.74 7~,5 0 2.7~ 'l'l. c~ q 2,7 ~ 77, ~ t2 2.7'I 7~,0 12 2.79 7© ~ J 3 2 ~' t" ~ --' ~ ,, 79. C 26 '2. ~2 79. 5 39 2. ~ ~ .!00 I00 !00 ! 00 100 !00 I. C.. n !o0 !00 ! 100 t O0 !0o .!.00 1..Oo .'too I o 0 1 O0 100 100 57 6? ! O0 100 100 ! O0 l I00 ! 0 () !00 100 09 93 1 O0 I00 1, 00 t00 6.1 6,1 5.2 4.5 5.9 7.9 9:0 9.0 7,2 6:2, 6.5 . t~ 7.6 7.6 7.-4,i· 6.6. 4.3 3.,2 2,,~ 4..9 6.? 7.1 9,,0 10.8 9.9 9,5 9.9 10,2 8,3 7°0 ,4 2,5 ,9 C !.J H U L POR/ FT 5.57 5,54 5.5i 5.46 5,4;3 5.39 5.34 5.30 5,25 5.21 5,17 5.1i 5. O7 fi. o3 a.q9 4.96 m ~. 4.90 4.87 4,86 4,~5 4.~3 4,92 4,79 4.76 a: , 74 4,74 4.':13 _ _ 4.6'2 4,52 4,47 4. ,1.3 4.3P A.33 4.28 4,25 4,23 4.23 4.2O 4.19 .03 . O3 , 0x , 03 , 03 .03 .03 ,03 . 03 . 0 '2 .0 2 ,0i .01 .Gl . O1 . '..-) ! -_ 1 1 3P~ ~ © 113g:o 0 ! ! 39o, o 113~0.5 tJ391 .5 11392.0 ~ i39~. ". !l~q3.n ~ 13 g 4.0 ! 1 I 395. q !~3g~.5 11307.5 !139~.0 I!39~.5 113q9.0 J ! 39q. ~ llao2.o ! ! 4 e 2.5 I ] 1405,5 ~ I 40 a, 0 11407.0 .... - , . L, . ! . ~ : p"t,i,.;I'T, ,;"q'~;q':F' ~I ¥ C t. R I, P/',. K i ~! T P U G / ~' 3 H ri 0 9.7 2.75 O 2.7% 2 . 7 0 2,73 0 P.. 74 n 2.73 0 2.73 0 2 0 2.74 0 2.74, (, ?.7] 0 2. '13 '.', '2.77 0 2.79, 2? ?.7F, ~5'. 2.84 54 2.91 65 2.94 61 2. q ? 36 2.8.-5 .4 2 · P 1 () 2. g0 2O 2.83 2'1 36 2. ~F, 5O 2.89 60 ?.0.% 5P, 2.93 56 ? .92 44 9.. 9O 3 2.P. 1 0 2.7~ () 2.75 o 2.77 4 2.77 11 2.81 1.t 2 ,, ~.2 ~2 2.~3 ~ 2.~2 7 2.g? 0 2.79 o Pu 100 1 O0 !00 ! OO 100 !00 1 O0 lo0 !00 !00 100 100 .1__00 !00 94 59 7.~ 1 O0 1 O0 100 ! On iO0 1 oo 100 !00 99 95 91 100 100 I00 to0 1.00 1_.00 '_1.00 10 0 1.0c) 100 ! OO !. O0 POR PU ,5 .7 1.2 1,5 Jr,~7 t.8 2.2 6.9 10,! 13.2 g.~: ,5 !.0 ~2.c~ 12.5 9.0 4.1 1.3 I .4 1.5 !.7 8.2 g.O 6.6 7.4 9.4 t0.~ 0 0 0 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 P A (:, f-% 4.19 i ~ 4..I~ 4.~7 _ _., . 4.i7 4.17 4,13 4. OF 3. v4 3, qO . 3,79 3.73 3.67 3,59 3,55 3.53 3.52 3.52 3,51 ~0 3.49 3.32 3.~i 3.17 3.t3 3 AFl AI;]TIC RiCHF'IKLD CO?.iPADY 94 ! lJ07.5 1i4!3,0 !1At3.5 1.1~15.5 11417.0 ] lZ!9,0 ! !422.$ ! 1 11 a2F, 0 1 ~ ~0,~ v C P 2.77 2.76 2.75 2.7G 2,7a 2 7 ~a 2.~ 2.73 2.72 2,?~ 2.71 2.75 2,7 '1 2. '1 'I 2.77 2.7a 2 7 < 2.75 2,75 2.75 2.75 2.75 2.75 2,7~ 2.7B 2.7,1 2.74 2.74 2,74. 2.74 2.7 .¢ 2,74 2.74 2.75 2.76 2,75 2.75 2.75 2,75 2.75 2.74 2.72 2.72 2.72 2,73 .t_, U 1 O0 !00 1 O0 iO0 I 100 1o0 ! O0 io0 !. 00 !.00 100 !00 1 On !0o. .1.00 ..tOO 1. OO 100 ! O0 .1.00 1 oo i on tO0 .10o 1 O0 1 O0 ~00 100 100 100 100 lO0 100 100 1 o0 100 P U 9,7 ~,5 7.7 7 i 4 7.3 7.2 7,e~ il,7 12,! 7. ? 7', $ ~.4 a.l ~0,4 12,3 SPI 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 p, 0 0 0 0 0 0 0 0 0 0 0 C iJ t~: ~ b PCi~ I 2.89 2°77 2,70 2. Ge 2.5O 2,40 2,3 6 2,24 2.2l 2.i. 7 2,I3 2 ~ 09 2,0! I. , 92 ! t ! .72 !,~m t.5g !,54 I. 5o i,~8 1, ~r, 1.22 t,13 ! ,07 : ATT,ANTT(' N~FCHFTELF) .CF~'.'PANV : PI.~.!GiJT STATE ~! pAGe; 95 P U (; / C 3 F: r) PU Pti P!} 2.73 12 2.7 ] 'l 3 2.72 6 ?, 7 ]. 2.72 0 ?, 73 0 2.7~ 0 2.7/1 0 2.7d. ~,74 0 2.74 O 2 7a 0 2,74 0 2,7 ~ 0 2, 'l 4 0 10o 1 O0 100 J_ O0 100 !o0 ! nO t o0 1On !00 J. O0 lO0 10© J. O0 .t. 00 15.5 i4.4 !1 .9 8,7 O, 0 0 0 o__ 0 o 0 0 0 0 0 0 FO-: !
