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XHVZE Pages NOT Scanned in this Well History File This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. /~/- 02/--'~ File Number of Well History File PAGES TO DELETE RESCAN [] Color items - Pages: [] Grayscale, halftones, pictures, graphs, charts- Pages: [] Poor Quality Original - Pages: [] Other- Pages: DIGITAL DATA [] Diskettes, No. [] Other, No/Type OVERSIZED -~3 ' Logs-of vadous kinds [] Other Complete COMMENTS: · E] Scanned by: ianna Vincent Nathan Lowell · TO RE-SCAN Notes: Re-Scanned by: Bevedy Dianna Vincent Nathan Lowell Date: /si THE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED ON OR BEFORE NOVEMBER 2 2000 E M A TE R IA L U N D E TH IS M ARK E R C:LORBMFILM. DOC R Memorandum State of Alaska Oil and Gas Conservation Commission Re: Cancelled or Expired Permit Action EXAMPLE: Point McIntyre P2-36AXX API# 029-22801-95 This memo wffi remain at the front of the subject well ~e. Our adopted conventions for assigning AP! numbers, permit numbers and well names did not specifically address expired or cancelled permits. This omission has caused some inconsistencies in the treatment of these kinds of applications for permit to ddll. Operators have asked us to adopt formal procedures for this class of permit application in order to prevent future database disparities. If a permit expires or is cancelled by an operator, the permit number of the subject permit will remain unchanged. The APl number and in some instances the well name reflect the number of preexisting reddils and or muttilaterais in a well. In order to prevent confusing a cancelled or expired permit with an active well or multilateral these case sensitive well identifiers will be changed for expired and cancelled applications for permits to ddll. The AP! number for this cancelled or expired permit is modified so the eleven and twelfth digits is 95. The well name for a cancelled or expired permit is modified with an appended xx. These procedures are an addendum to the APl numbenng methods described in AOGCC staff memorandum "Multi-lateral (wellbore segment) Ddiling Permit Procedures, revised December 29, 1995. AOGCC database has been changed to reflect these changes to this permit. Statistical Technician ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 19, 1991 Gary S. Bush Regional Drilling Manager UNOCAL Corp. P. O. Box 190247 Anchorage, AK 99519-0247 re: Trading Bay Unit M-20 UNOCAL Corp. Permit No. 91-84 Sur. Loc. 1054'FNL, 464'FWL, Sec. 33, T9N, R13W, SM Btmhole Loc. 2710'FNL, 1737'FWL, Sec. 33, T9N, R13W, SM Dear Bush: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. The Commission will advise you of'those BOPE tests that it wishes to witness. Sincerely, an Alaska Oil and Gas~ Conservation Commission BY ORDER OF THE COMMISSION dl f/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of EnVironmental Conservation w/o encl. Alaska R, Domestic Production Marathon Oil Company P.O. Box 190168 Anchorage, Alaska 99519 Telephone 907/561-5311 May 9, 1991 Mr. Gary Bush Unocal P.O. Box 190247 Anchorage, AK 99519-0247 RE: Permit to Drill for M-20 Dear Gary; Attached for further handling is the permit to drill for Steelhead Platform Well M-20, a "G" Zone/West Foreland/Basal West Foreland oil producer. Please expedite delivery of this permit to the AOG¢C since this will be the next well drilled after M-29. Sincerely, G. R. Whitlock Dri 11 ing Superintendent jt/DD340 A subsidiary of USX Corporation STATE OF ALASKA ALASKA OiL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Typeofwork Drill '~ Redrill ~1 lb. Type of well. Exploratory FI StratigraphicTest I-], DevelopmentOil,~ Re-Entry ,'~ Deepen Service [] Developement Gas [] Single Zone [] Multiple Zone 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool Unocal (Marathon 0il Company, Sub-Operator) KB @ 160' feet McArthur River Field "G" Oil Zone ~-~,J~l~ 3. Address 6. Property Designation P.O. Box 190247, Anch., AK 99519-0247 ADL 18730 West Foreland 11. Type Bond (see 20 AAC 25.025) 4. Location of well at surface 1054'FNL, 464'FWL, Sec.33, T9N, R13W, S.M. At top of productive interval 1900'FNL,i100'FWL,Sec.33,T9N,R13W @ 8730'TVD At total depth 27. 10'FNL, 1737 , F~fL, Sec .33,T9N,R13W @11,560 '.TVI 12. Distance to nearest property line 1100 'feet 13. Distance to nearest well M-14 @ 500'=2.7 feet 16. To be completed for deviated wells Kickoff depth 5473'feet Maximum hole angle 20 o 18. Casing program size Hole 26" 22" Casing 20" 16" 17-1/2 13-3/8" __ 12%1/4 9-5/8" 8-1/2 7" 7. Unit or property Name Trading Bay Unit 8. Well nu ,tuber M-20 9. Approximate spud date June 22, 1991 14. Number of acres in propertY1 3840 Number 5194234 Amount $200,000 15. Proposed depthlMDand~D) TVD @ 11,560 M.D. @ 11,910' feet 17. Anticipated pressure (see 20 AAC 25.035 (eX2)) Maximum surface 4000 psig At total depth O'VD) Setting Depth 6800 .sig Specifications Weight [ Grade I Coupling ;],.33 IX-56 J RL4-5 75 F-SS lButt ~t F-;; I~utt 68 IK-55 I Butt 47 IN-80 IButt ~39 INN88~!Butt · ILength 908' 1381' 2432' 3682' 7977' 2703' 1260'. Top Bottom 70J 70J 978j 978 70J 70J 1451J 1450 7oJ 7oJ ~so~I so*t =sool 3 S=l 3750 OlS04 I --80~71 79301-107501 10470 ,0 ol Quantity of cement (include stage data) 1790 sx 1690 sx 2166 sx 2475 sx 375 sx 20. Attachments Filin~ fee,~ Property plat i~( BOP Sketch)~] Diverter Sketch ~ Drilling program i~ Drilling fluid program ~Timevs depth plot [] Refraction analysis [] Seabed report [] 20AAC25.050 requirements 21. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed ,~,~¢ .~. ~~'~), £.~ Title Commission Use Only Permit Number AP150_number I ApEroval date Conditions of a~proval Samples required Q Yes ~No Mud log requireQ Q Yes ~No Hydrogen sulfide measures g Yes ~No Directional survey required~Yes ~ N~ Required working pressure for BOP~g2M; ~ 3M; ~ 5M; ~ 10M; ~ 15M by order of A pproved~~~~ Commissioner the commission Form 10-401 Rev. 12-1-85 Date Ieee cover letter for other requirements ALASKA OIL AND GAS CONSERVATION COMMISSION July 18, 1991 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 ADMINISTRATIVE APPROVAL NO. 80.61 Re: The application of Union Oil Company of California, operator of the Trading Bay Unit (TBU), to drill and complete the TBU M-20 well as part of the pressure maintenance project approved by Conservation Order No. 80. Mr. Gary S. Bush Regional Drilling Manager UNOCAL Corp. P. O. Box 190247 Anchorage, AK 99502-0247 Dear Mr. Bush: Your application of June 18, 1991 for a permit to drill the TBU M-20 was received July 5, 1991. Drilling and completion of this well will provide additional oil recovery from the McArthur River Middle Kenai "G" Oil Pool and will aid in evaluating the productivity of the West Foreland Oil Pool. The Alaska Oil and Gas Conservation Commission hereby authorizes the drilling and completion of the TBU M-20 well pursuant to Rule 5 of Conservation Order No. 80. Sincerely, Russell A. Douglass Commissioner BY ORDER OF THE COMMISSION ~"~'~IILLING AND COMPLETION PROGRAI~' MARATHON OIL COMPANY ALASKA REGION WELL: M-20 LEG: A-1 SLOT: 7 FIELD: AFE No.: TYPE: Trading Bay Unit, Steelhead Platform 8369-1 G-WF / Basal WF Producer REVISION NO.: 2 DATE: 5/31/91 SURFACE LOCATION: 1054'FN L,464'FWL, Sec.33,T9 N, R 13W, S. M. TARGETS: G-Zone: 1900'FNL, 1100' FWL, Sec 33, T9N, R13W @ 8730' TVD W. Foreland: 2195'FNL, 1332' FWL, Sec 33, T9N, R13W @ 9760' TVD BOTTOMHOLE LOCATION: KB ELEVATION: 160 ft. GL ELEVATION: 2710'FNL, 1737' FWL, Sec 33, T9N, R13W @ 11560' TVD FORMATION AC-1 A-1 B-1 C-1 D-1 E-1 G-1 Hemlock West Foreland Basal West Foreland TOTAL DEPTH TYPE CONDUCTOR: SIZE 20 AUXILIARY: 16 SURFACE: 13.375 13.375 PRODUCTION: 9.625 9.625 LINER: 7.00 ESTIMATED FORMATION TOPS: DEPTH(MD) POTENTIAL DEPTH(TVD) CONTENT 1481 2637 3207 3862 4227 6222 8837 9412 9976 10806 11910 1480 2635 32O5 3860 4225 6210 8670 9210 9740 10520 11560 CASING PROGRAM 133 GRADE X-56 gas/water gas/water gas/water gas/water gas/water gas/water;~-"' ' oil/water oil/water oil/water oil/water 75 K-55 61 K-55 K-55 47.0 53.5 N-80 N-80 29.0 S-95 BUTTKC page 1 SET SET HOLE THREAD FROM TO SIZE RL4-S Surf 978' 26" 978'TVD BTC Surf 1451' 17-1/2" 1450'TVD U/R to 22" BTC Surf 2500' 12-1/4" BTC 2500' 3752' U/R to 17-1/2 3750' TVD BTC Surf 8047' 12-1/4" BTC 8047' 10750' 10470'TVD 10650' 11910' 8-1/2" 11560'TVD CASING DESIGN SIZE SETTING FRAC GRD FORM PRSS DESIGN FACTORS WEIGHT GRADE DEPTH,TVD @ SHOE @ SHOE MASP TENS COLL BURST 20" 133# X-56 975' 12.0 420 566 16.10 2.86 5.56 16" 75.0# K-55 1450' 14.0 679 1324 5.64 1.35 1.99 13.375" 61.0# K-55 2500' 2672 3.62 1.36 1.16 68.0# K-55 3750' > 14.0 1523 2312 8.36 1.02 1.18 9.625" 47.0# N-80 7930' 3068 1.79 1.04 1.15 53.5# N-80 10430' > 14.0 4268 3980 4.65 1.22 1.15 7" 29# N-80 11560 n/a 6800 5471' 18.50 2.13 1.13 *Note: MASP calculations use .115 psi/ft gas gradient. Actual reservoir fluid is an undersaturated oil. Maximum SITP on offset well M-28 is 2800 psi. DIVERTER SYSTEM The diverter system will consist of a 29-1/2"x 500 psi annular preventer, a 30" x 500 psi riser, and two 16" diverter lines each equipped with a 16" hydraulically actuated full-opening ball valve. A preselected diverter valve will open automatically and simultaneously when the annular is closed. The direction of flow can be changed without opening the annular. BLOWOUT PREVENTERS The blowout preventer stack will consist of a 16-3/4" x 5000 psi Hydril type GK annular preventer, a 16-3/4" x 10000 psi Hydril double gate ram type preventer outfitted with blind rams in the bottom and pipe rams in the top, a 16-3/4" x 10000 psi drilling spool (mud cross) equipped with a 4-1/16" x 10000 psi outlet and a 3-1/16" x 10000 psi outlet, and a 16-3/4" x 10000 psi Hydril single gate ram type preventer outfitted with pipe rams. A 16-3/4" x 5000 psi riser will be utilized between the blowout preventers and the casing spools. The choke manifold will be rated 3-1/16" x 5000 psi. It will include a remote hydraulic actuated choke and a hand adjustable choke. Also included is a poor- boy gas buster, and a vacuum-type degasser. A flow sensor will be installed in the flowline and the mudpits will contain sensors to measure the volume of fluid in the surface mud system, both with a readout convenient to the drillers console. page 2 MUD PROGRAM DEPTH WEIGHT VISCOSITY WATER MUD TO ppg sec/qt LOSS TYPE 978' 9.0-9.2 60-80 <30cc's Spud 1451' 9.0-9.2 60-80 <30cc's Spud 3752' 9.2-9.4 40-50 <20cc's PHPA 10750' 9.4-9.8 40-50 < 10cc's PHPA 11910' 13.0-13.1 40-50 < 10cc's PHPA Mud discharges will be monitored and reported per EPA requirements MUD EQUIPMENT The solids control equipment consists of an Brandt dual tandem shale shaker, a Brandt 2-cone desander, a Brandt mudcleaner, and a Brandt centrifuge. WELLHEAD SYSTEM STARTING FLANGE: 30" series 300 MSS x 26" butt weld CASING HEAD: 30" 300 MSS x 21-1/4" 2000 psi FMC segmented clamp hub w/2" L.P. outlets CASING HEAD CLAMP: 21-1/4" 2000 psi FMC segmented clamp CASING HEAD: FMC Unihead Type II, 2 step, 16" pack-off bottom w/21-1/4" 2000 psi clamp hub x 16-3/4" 5000 psi flanged top w/2-1/16" 3000 psi outlets TUBING HEAD: FMC TC-60-ET, SPCL 16-3/4" 5000 psi STD BTM x 16-3/4" 5000 psi FLNGD top w/2-1/16" 5000 psi outlets and four 1/4" SCSSV control line ports page 3 CEMENTING PROGRAM AUXILIARY: 20"@ 980' MD LEAD SLURRY: .2% CFR-3 TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME TLW w/ 10% Microbond + 5 lb/sack Gilsonite +.50% Halad 344+ 2% CaCI+ SURFACE 13.1 ppg. 1.50 cu. ft./sk 7.06 gal/sk 5 + hrs:min 100 % 840 sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/ 1% CaCI2 + .25% SuperOBL + .4% Halad 344 1240 ft. 15.8 ppg. 1.15 cu. ft./sk 5 gal/sk 3 hrs:min 100 % 950 sx RUNNING 1. 2. 3. 4. 5. . 7. 8. 9. 10. AND CEMENTING DETAILS: Remove thread protectors and visually inspect connections. Pickup shoe joint. Baker-lok float shoe. Fill pipe until circulating. Check float. M/U stab-in float collar.(Baker-lok top and bottom of float collar) Fill pipe until circulating. Run remaining casing (filling every joint) and land in the 30" MSS flange (install centralizers on its. 1,2,4,6,8,10,12,14) Rig up false rotary and run and space out stab-in cementing string. Secure drill pipe and circulate while reciprocating casing. Continue circulating until no gains in circulating efficiency is made. With as little shut down as possible, begin pumping spacer. Pump spacer as follows: 40 bbls 18% NaCl 20 bbls drill water 20 bbls Super Flush (increase if losing circulation) 20 bbls drill water 40 bbls 18% NaCI Mix and pump 417 bbls of lead slurry (1560 sx). Mix and pump 111 bbls of tail slurry (542 sx). Reciprocate casing as long as possible. Displace drillpipe. 12. 13. 14. 15. Check float. 16. Pull seals out of float shoe. 17. Pull out of hole w/d.p. 18. WOC 12 hours holding 75 psi on annulus. 19. N/D diverter 20. N/U unihead and BOP stack. page 4 CEMENTING PROGRAM AUXILIARY: 16"@ 1451' MD LEAD SLURRY: .2% CFR-3 TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME TLW w/ 10% Microbond + 5 lb/sack Gilsonite +.50% Halad 344 + 2% CaCI + SURFACE 13.1 ppg. 1.50 cu. ft./sk 7.06 gal/sk 5+ hrs:min 100 % 1148 sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/ 1% CaCI2 + .25% SuperCBL + .4% Halad 344 1240 ft. 15.8 ppg. 1.15 cu. ft./sk 5 gal/sk 3 hrs:min 100 % 542 sx RUNNING 1. 2. 3. 4. 5. AND CEMENTING DETAILS: Remove thread protectors and visually inspect connections. Pickup shoe joint. Baker-lok float shoe. Fill pipe until circulating. Check float. M/U stab-in float collar.(Baker-lok top and bottom of float collar) Fill pipe until circulating. Run remaining casing (filling every joint) and land in the 30" MSS flange (install centralizers on jts. 1,2,4,6,8,10,12,14) 6. Rig up false rotary and run and space out stab-in cementing string. 7. Secure drill pipe and circulate while reciprocating casing. 8. Continue circulating until no gains in circulating efficiency is made. 9. With as little shut down as possible, begin pumping spacer. 10. Pump spacer as follows: 40 bbls 18% NaCI 20 bbls drill water 20 bbls Super Flush (increase if losing circulation) 20 bbls drill water 40 bbls 18% NaCI 12. Mix and pump 307 bbls of lead slurry (1148 sx). 13. Mix and pump 111 bbls of tail slurry (542 sx). Reciprocate casing as long as possible. 14. Displace drillpipe. 15. Check float. 16. Pull seals out of float shoe. 17. Pull out of hole w/d.p. 18. WOC 12 hours holding 75 psi on annulus. 19. N/D diverter 20. N/U unihead and BOP stack. page 5 CEMENTING PROGRAM SURFACE: 13-3/8"@ 3752' MD LEAD SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME TLW w/ .6% Halad 344 + .35% HR-7 + 10% Microbond + .2% CFR-3 SURFACE 13.2 ppg. 1.32 cu. ft./sk 6.70 gal/sk 5+ hrs:min 5O % 1940 sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/.3% Halad 344 + .35% SuperCBL + .2% HR-7 3500 ft. 15.8 ppg. 1.15 cu. ft./sk 5.0 gal/sk 2:30 hrs:min 50 % 226 sx RUNNING AND CEMENTING DETAILS: ENSURE WEAR BUSHING IS REMOVED ! 1. Remove thread protectors and visually inspect connections. 2. Pickup shoe joint. Baker-lok float shoe. Check float. Fill pipe until circulating. 3. M/U float collar.(Baker-lok top and bottom of float collar) 4. Fill pipe until circulating. 5. Run remaining casing. M/U cementing head, install bottom plug and test all lines. 6. Circulate and reciprocate until no gains in circulating efficiency is made. 7. With as little shut down as possible, drop bottom plug and begin pumping spacer. Pump spacer as follows: 40 bbls 18% NaCI 20 bbls drill water 20 bbls Super Flush (increase if losing circulation) 20 bbls drill water 40 bbls 18% NaCI 8. Pump 5 bbls drill water. 9. Mix and pump 456 bbls lead slurry (1940 sx). 10. Mix and pump 46 bbls of tail slurry (226 sx). 11. Displace cement. Reciprocate as long as possible. 12. Bump plug w/500-1000 psi over final circulating pressure. Check floats. 13. Install 16" X 13-3/8" packoff. 14. WOC 12 hours holding pressure on annulus. 15. Test BOPE. Run intermediate wear bushing. page 6 ..... 'EMENTING PROGRAM PRODUCTION: 9-5/8" @ 10750' MD LEAD SLURRY: TLW w/ .6% Halad 344 + .35% HR-7 + 10% Microbond + .2% CFR-3 TOP OF CEMENT: 3500 ft. WEIGHT: 13.2 ppg. YIELD: 1.32 cu. ft./sk WATER REQ.: 6.70 gal/sk PUMPING TIME: 5 hrs:min EXCESS (%): 35 % ESTIMATED VOLUME 1648 sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/.3% Halad 344 + .35% SuperCBL + .2% HR-7 9O00 ft. 15.8 ppg. 1.15 cu. ft./sk 5.0 gal/sk 4:00 hrs:min 35 % 827 sx RUNNING AND CEMENTING DETAILS: ENSURE WEAR BUSHING IS REMOVED! 1. Remove thread protectors and visually inspect connections. 2.Make up float shoe and 2 shoe joints. Check float. Fill pipe until circulating. 3.M/U float collar. (Baker-lok all connections to top of float collar) 4.Fill pipe until circulating. 5.Run remaining casing. M/U cementing head, install bottom plug and test all lines. 6.Circulate and reciprocate until no gains in circulating efficiency is made. 7.With as little shut down as possible, drop bottom plug and begin pumping spacer. Pump spacer as follows: 40 bbls 18% NaCl 20 bbls drill water 20 bbls Super Flush 20 bbls drill water 40 bbls 18% NaCl 8. Pump 5 bbls drill water. 9. Mix and pump 387 bbls. lead slurry(1648 sx). 10. Mix and pump 170 bbls. of tail slurry(807 sx). 11. Displace cement. Reciprocate as long as possible. 12. Bump plug w/500-1000 psi over final circulating pressure. Check floats. 13. Install 16"X 10-3/4" packoff. 14. WOC 12 hours. 15. Test BOPE. page 7 EMENTING PROGRAM LINER: 7" @ 10,650'-11,910' 'MD LEAD SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium cement w/.4% Gas Stop + .25% SuperCBL + .12% LWL + .2% CFR-3 500 ft. above TOL 15.8 ppg. 1.18 cu. ft./sk 5.0 gal/sk 4:00 hrs:min 45 % 375 sx RUNNING 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 AND CEMENTING DETAILS: Remove thread protectors and visually inspect connections. Make up float shoe and 2 shoe joints. Check float. Fill pipe until circulating. M/U float collar. (Baker-lok all connections below top of float collar) Fill pipe until circulating. Run remaining liner. Make up liner hanger and running tools. Run liner in hole on 5" drillpipe. When shoe of liner is 250' above csg shoe perform rotate and recip, torque test. Continue in hole until 30' from desired depth. M/U swivel, manifold, flag sub and single on top of drill string. Continue to depth, circulate and condition mud. Reciprocate and rotate liner throughout job. Pump 10 bbls. fresh water spacer. Mix and pump 20 bbls. of Dual Spacer mixed 1.0 ppg heavier than mud weight.. Mix and pump 78 bbls slurry (375 sx). Displace cement. Set liner hanger. Release liner setting tool. Pull 10 stands. Reverse out drillpipe volume. POOH. WOC 12 hours. page 8 DESC DIRECTIONAL PLAN SOUTH MD TVD INCL AZIM COORD EAST COORD VERT SECTION RKB KICKOFF HOLD DROP HOLD KICKOFF END OF BUILD TOTAL DEPTH 0 0 0 0 0 500 500 0 S0E 0 build @ .75 deg/100ft 967 966 4 S16.27E 14 1501 1500 3.5 S16.27E 45 drop @ .75 deg/100ft. 1968 1966 0 N00.00E 59 5473 5472 0 S38.18E 59 build @ 2.0 deg/100ft 6473 6452 20.0 S38.18E 195 11910 11560 20.0 S38.18E 1656 o 0 4 13 17 17 124 1273 o o 13 44 57 57 230 2o89 POTENTIAL INTERFERENCE: WELL DISTANCE(ff.) DEPTH (MD) M-2 135.9' 900.2' M-4 143.7' 500.0' M-13 11.5' 500.0' M-15 5.9' 500.0' M-25 93.4' 600.0' M-26 108.0' 500.0' M~7 102.6' 500.0' M-28 107.6' 500.0' M-1 138.5' 500.0' M-14 2.7' 500.0' M-19 6.1' 500.0' M-3 126.5' 1601.0' RLF-1 291.7' 1902.0' M~5 127.7' 1100.5' G~3 140.6' 6631.0' G-23RD 110.8' 2501.6' M-29 62.1' 6314.0' CONDUCTOR: LOGGING PROGRAM No logging is planned for this interval. AUXILIARY: No logging is planned for this interval. SURFACE: No logging is planned for this interval. PRODUCTION: GR/SP/Cal/DIL/LSS from 10,750'-7750 '. FDC/CNL/Cal/GR from 10,750'-7750'. LINER: GR/SP/Cal/DIL/BHC from 11910'-10750'. FDC/CNL/Cal/GR from 11910'-10750'. COMPLETION: A Cement Bond Log (CBL/GR) and a directional gyro- survey will be run prior to perforating. page 9 DRILLING PROGRAM CONDUCTOR: Weld on starting flange to 28" pile extension. N/U diverter and function test. Drill a 17-1/2" hole with a mud motor to 978' per the directional plan. Open the hole to 26". Run and cement 20" casing. WOC. Backout and L/D landing joint. Test diverter and 20" casing to 500 psi. AUXILIARY: Drill a 17-1/2" hole to 1451' RKB per the directional program. Underream hole to 22" from 978' to 1451 '. Pull wear bushing. Run and cement 16" auxiliary casing. WOC. Back out and L/D landing joint. N/D diverter and install FMC Unihead w/16" pack-off and test void to 700 psi. N/U bope and test to 2000 psi. Set Unihead wear bushing. Test 16" auxiliary casing to 1850 psi. SURFACE: Drill float equipment and 10' of new formation w/14-3/4" bit. Run leak off test. Do not exceed 14.0 ppg equivalent test pressure. Drill a 12-1/4" hole from 1460' to 3751' per the directional program. Underream the 12-1/4" hole to 17-1/2" from 1450' to 3751 '. Pull wear bushing. Run and cement 13-3/8" casing. Set pack-off and test void to 1100 psi. Test BOPE and choke manifold to 200 psi/3000 psi. Set wear bushing. Test 13-3/8" surface casing to 2150 psi. PRODUCTION: Drill float equipment and 10' of new formation. Run leak off test. Do not exceed 14.0 ppg. equivalent test pressure. Drill a 12-1/4" hole from 3751' to 10750' per the directional program. Log. Pull wear bushing. Run and cement 9-5/8" casing. Set pack-off and test void to 2800 psi. Test BOPE and choke manifold to 200 psi/4000 psi. Test production casing to 4000 psi. Set wear bushing. LINER: Drill float equipment and 10' of new formation. Run leak off test. Do not exceed 15.0 ppg. equivalent test pressure. Drill a 8-1/2" hole from 10750' to 11910' per the directional program. Log. Run and cement 7" liner. Clean out to liner top and test lap to 4000 psi. COMPLETION: Cleanout casing to PBTD. Run gyro and CBL. Completion procedure to follow. CORING PROGRAM No cores are planned for this well. TESTING PROGRAM No open hole tests are planned for this well. page 10 o - 1500- 2000- 2500- - 40O0 4500 (.~ soda e~ 65OO MARATH 0 N 0IL C omp any Structure : STEELHEAD Platform Well: M-20 Field : McArfhur River Field Location : Trading Bay, Cook Inlet, Alaska 95o0 IOOOO _ 10500- _ 11000- _ 115~0- Irureoted by : jones For: G WHITLOCK ate plotted : 30-Apr-91 J lot Reference is M-20 Version t2. J oordinotes ore in fee[ re'terence slot/ A1--7.I e Vertical Depths ore reference wellhead. ] ~I1EASTMAN J ~z~]JIICH RISTENSEN J ~, ~ i,~u~ ~m~,.o,~, j RKB ELEVATION: 160' NUDGE POINT TVD=500 TMD=500 DEP=O .50 BUILD .75 BEG/lO0' J.O0 EOC .~1 TV0=966 TMD=967 DEP=15 26"CSG PT TVD=978 TMD=978 DEP=14- 16"CSG PT TVI)=14-50 TMO=1451 OEP=41 ..3.00 BEGIN DROP TVD=1500 TMD=1501 OEP=44- 1.50 DROP .75 DEG/IO0' END DROP TVD=1966 TMD=1968 DEP=57 13 3/8"CSC pT TVD=3750 TMD=3752 DEP=57 KOP TVD=5472 TMD=5475 DEP=57 2.00 LC)O 10.00 SU~LD 2 DEG/IO0' 1¢.00 18.00 FINAL EOCTVD=6452 TMO=,5475 DEP=250 TARGET #1 / O ZONE TVD=8730 TMD=8898 DEP=1059 TARGET ~2 / W FORELAND TVD=9760 TMD=9994- DEP=1434 ........ East o 200 J SURFACE LOCATION: J I I I I I I I 1054' mL. 464' mL SEC. 33, TgN, m3WI TARGET .~1 G ZONE LOCATION: /,~ lgO0' FNL, 1100' FWLI I sec. 33, TgN. R13w I'~ I 2195' FNL, 1332' FWLI I SEC. 33, TgN, R13W 9 5/8"CSG PTTVD=10430 TMD=10707 DEP=1678 S 56 DEG 56 MINE 1059' (TO TARGET) TO LOCATION: I 2710' FNL, 17.37' FWL SEC. 33, TgN, R13W ~> TD / 7"IJNERTVD=l1560 TMD=I1910 0EP=2089 i i i i i i i i i i i 0 .500 1000 1500 2000 2500 Scale 1 : 250.OOYedi~al Section on 145.06 azlmufh ,dlh reference 0.0,3 N, O.O0 AVERAGE ANGLE 20 DEG 4o0(./) 0 50 100 150 200 250 3OO 35O 400 50 0 50 1 O0 1 50 I ~/1 000 1000 ~0 ~o k~4°° 600 800 "xs8oo 6200 \ "'x~ooo \ ",6200 \ 6400 ',6400 \ 1 200 \ A ~6600 \ \ 1 400 6800 6600 50 50 I 100 150 200 250 I I 1600 I 2OO 250 50 100 150 200 250 300 350 400 200 400 600 _ 800 _ 1000_ 1200_ 1400_ 1600_ 1800_ 200 I 400 600 1600 600 0 ~7400 \ %7600 2000\~7800 ~o ~ooo ~200 2200 ~8400 ~00 \ %8600 \ \8800 \\9ooo 000 I200 28O0 8000 2OO 400 600 oo 800 1000 1200 I I I 620O 200 6600 6800 7000 1 400 I "'~200 ': '1 ., ",9600 7200'-~.;:" -' ': "~ ~ 4 0400 I 1 7600 %10:00 % ~ ooo 1000 8600 8400 8OO ,o I 8000-'--I 200 1 400 200 400 600 8OO 1000 1200 1400 1600 1800 20 10 0 10 20 30 40 50 60 20 10 0 10 I I I I O^IQ^ -4 700 800 900 I ! ! I 10 0 20 20 5700 800 1 $00 \ ;00 $600 O0 '00 900 \ 1000 \ 1100 i ~:~oo 1 ~4oo 1 ~ 5oo \ 1600 t ~oo "1 1800 ~. 1 900 10 20 30 40 ~ I ! ~o8_29sl ] 1200 ~ 13~00 I I : :,,/ .; :.~ f '.. ~, I I I :30 40 _ 20 _10 _0 _10 _ 20 _ 30 _ 40 _ 50 _ 60 STEELHEAD PLATFORM BOP Schematic WELL: FROM MUD PUMPS HYD. CHOKE m ADJUSTABLE CHOKE PRESS. __~ SENSOR CHOKE MANIFOLD . DRILLFLOOR TO MUD SEPARATOR 3' TO DERRICK VENT 3, TO SHALE SHAKER . . 3' KILL LINE Co FLEXIP HOSE W LINE HYDRIL TYPE GK I 16 3/4'X 5000 PSI IPE RA 3' CHOKE LINE Co FLEXIP HOSE RAM RAM PREVENTORS ARE HYDRIL TYPE V 16 3/4' x 10,000 PSI ~ ,. 16 3/4'-5000 PSI RISER 16 3/4' - 5000 PSI CASING HEAD 30' DRIVE PIPE 20' CONDUCTOR 16' CONDUCTOR 13 3/8' SURFACE CASING ........ A A A MUD CENTRIFUGE CLEANER DESANDER ~~1 DESANDER I-- CLEANER PIT CENTRIFUGE PIT PIT ~ A ~ PIT PIT _ _/.,tX PIT 100 Bbls Cap 113 Bbls Cap/,~// /~' 113 Bbls Cap 105 Bbls Cap 100 Bbls Cap ~' RESERVE PIT// 4 1.03 Bbls/in ] 0.99 Sbls/in 1.11 abls/in ilbls/in 1.03 0 ~ 0 ' 0 ~ 0 ~ ~ 0 SUCTION PIT ~2 SUCTION PIT 320 Bbls Cap ~ ~ 320 Bbls Cap 3.05 Bbls/in ~~ ~~ ~ 3.05 Bbl./in ...... ~lX ~lT ~l~ ~lT 82 Bbls Cap 80 Bbls Cap 0.77 Bbls/in 0.75 Bbls/in 0 0 0 0 MUD RETURN DITCH - EQUALIZER AGITATOR MUD GUN N ~ STEELHEAD PLATFORM MUD PIT LAYOUT Plan View STEELHEAD PLATFORM . DiVERTER SYSTEM Rig Substructure N .,...,.__ 16; 'Diverter Line Rig Substructure / 29-1/2° 500 / · L MSP Annular//~ . C er a ~'lteee fvi lelse d -- ~~. ! .~,, (~ ~'~ ~ ~ ' C~'reae~iet: filled · 16' Diverter Line Section View 16' Remote Operated Ball Valve o. Riser · · · Conductor· Fillup Line Flow Line Hydril 16-3/4' 5000 psi Type GK Annular 16-3/4' 10,000 psi Doublegate Pipe Rams Blind Rams Check Valve · Gate Valve HCR Valve I STEELHEAD PLATFORM Preventer Schematic Pipe Rams I 16-3/4' 5000 psi Riser 16-314' 10,000' psi Singlegate Ball Valve Ihead TO GAS BUSTER STEELHEAD PLATFORM CHOKE MANIFOLD TO DERRICK VENT TO SHALE SHAKERS I I "SWACO I CHOKE LINE I A...-_I ALL VALVES IN FLOW PATH ARE 3-1/16" 5000 PSI CAMERON GATE TYPE SECTION AA Unocal North American .-~ ' Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region July 10, 1991 Mr. Bob Crandall Alaska O&G Conservation Commission 3001 Porcupine Drive Anchorage, AK 99509 TRADING BAY UNIT STATE OF ALASKA MCARTHUR RIVER FIELD APPLICATION TO DRILL AND COMPLETE WELL M-20, LEASE NUMBER ADL-18730 Dear Mr. Crandell: Marathon Oil Company and Unocal as co-venturers in the Trading Bay Unit hereby request approval to drill, complete and produce the subject well from a mid-structure location in the G-Zone and West Foreland reservoirs of McArthur River Field. This location is an infill 40 acre location in the G-Zone anticipated to recover remaining reserves that will not be effectively recovered from offset production wells. This well will also test the productivity of the down-dip West Foreland sands. Your approval of this request will be appreciated. cc: R. J. Monlezun T. J. Kovacevich G. R. Whitlock GSB/lew Very truly yours, Regional Drilling Manager JUl_. 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S 16().:38 E: 4 .1. 5 ,, 3:5: :5; 16,'.!:,. 19 E 4 2 6.2. 5 S 172.0() E 4.555'7. 14, :~':; 177.8 0 E 127 .t :3:3 i :39 145 .70 S !. 7 5 W .51 S:t5 4.6W ,, :5:9 S .I. 4- 2::5:W . :32 S 1 ::3 26 W % 8,'".!:', 5.4 t 6 8 20. 0 0 58555,'.!:, ,, 6 9 6 8 4 0. C:, 0 590'7.97 6860.00 :. ':>"::":" 26 /-:::::::: 0 00 2 '7::' 9.92 '.5; 20,.'.:,. '78 [ii; :-':.:i")N L,,::; ,::. 2 t I 2555 ~ L.o. ....... :_... ..., ~. 31 _1.. :3'7 S 215.7 :-ii: E :5:1 '7 ~ 09:5; :;:.'2 () ~ 28 E 8 () 5 4-,, ()'7 6'72:7 ,, 1:5: 8071,,68 674.1.00 :iii: (")9 !. 8 0 6'7 :f:/... 7 8 811. 1.92 6'7'72.5,:':, 44 8,, 08 S 1 ,_,':'._,":' ,, 6 :l E 4.57. 7555 S I. E:555.6, :t E 4/',. 8 '"'' :=' . .... .... ::,..., '..E; 194,, "::"7 E 479.9'7 S 1 ':7"iF;. 94E 1 '7,'.':,...,..':"::''.5; :5: N ..... :':: W '~ 82-:.' 88 S '::' '29 M 189.52 S 7 -,':I. 7N .i, 96. !8 S 7 7W !:,950 ,, 54 6';:".'}(::'. 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BUILD RATE = 0.75DEG / 100FT. FlClLO HOL. D C A S I I",I G O. O0 0.00 500.00 500. O0 0 0 966./:, 7 966.38 :B :'::0 ,::-,... -;/, ,..,.° :31 9 7 ::": ,0 0 i451, 19 1450,00 :B :'-': 0 O. O0 N 0 OE (). 00 N 0 OE 1 <':,:B. '7 4. E: 16 16, E 16:_--:, 74. :::;16 1/:.E 16:3.74 S16 16E O. C, 0 N O. 00 E O. (">'.'::' O. 0,:"1N O. 00 E C',. 00 1:3,68S :B, 99E i :3, :E.::':: 4. 2.08:E: 12,2:7 E 4. I ,, 00 W e 1 1 P F- ,:, -F _i t e '.'--;",-' n ,:, m s ± s ( ,- ,:, n t i r, u e d ) D e ~ t h TF',Je Ver. t:. FI e ~ t h i F, ,- t i F,. .F_le~ Hi F~ A z ± IT, U t h ~ e ~ r. ± n ~ Re,'_-~aR---i u 1 ~r- V.:=. r' t i ,:a t C o ,:, r- d i r, a t e s S e ,- t i o n HOL'Fi 16:::. 7'4. S16 t/z,E ,'.!. 5,0 i S I :B, 1 :BE -4. 3, :--:7 (' I]ROF' *. e.. T U RI',.t - ELL..:,'-' = c:,. 75 DE F; / 1 (':,(':,F T, 1967,95 0 141.82 S:B8 lIE HC!LD :2:7 5 0.0 0 5 4 7 :L. 7 5 BUILD -. BUIL. D RATE =: 2. (')O_FIEID / 10 0 F T. 20 14-1.82 S7-:8 liE HOLD T ARGE'i' 8897.99 2":0 0 ! 4. i,, 8 ;7 '='._, ._,";',_, '=' I i L']< 84. 6, 4. 2 S 6 :':::6,, 46 E 1 C' 59,0 ! P;.z?;e 4. EA'.::;TMAN CHRIS"FENSEN, Anch,:,r.~¢e., A] a. sk,-~ :.-.:O-AF'R-91 ( cont:i hued ) MeasuF. ed TPue Ver-t D e e t h D e P t h I n c i i n. De~ Min Azimuth Be~r. in~ De~r-ees De~ Min Rect~n~u ] ~zr. v.= r. t i c:zt C ,:, o r- d i n a t e s S e c t i ,:, n H 0 L. D 9760.00 '20 14.1. :=:2 S3:=: i 1E i 141. 13 S :=: 6:=_:. 17 E .i. 4 :--::B. 82: ( HEILD 104-:BO. 00 ! ":"z'":' o--:, c. C, ! 8 89 E ' '* · ..,._,= ..........I. lo/7 HOLD i 1560.00 20 0 141. :-_..:2 S:B:=: I 1E 1 ,'_",._, =,. 15 S I Z.-' / c: ! 0 E 2088.8 ! F:' ~ :¢ e ._, E A F.; T M A N C H R t S T E N S E: N .~ A n c h o r. ~ '~ e ? A 1 a. ,:. k a ::: O- A P R- 9 '~ Well Pr. of±'le C A S I N r.'i p 01 N T ii: A S I N 0 F:'tll I N T CAS I NG PO IN"F K I C K 0 F'F' P 0 ! N"I" 0,00 500.00 600.00 700,00 800. C, 0 900.00 966,67 '::~'?'-: :~: 1 1000. 00 1451. 19 1500,00 ! 501, :29 1567,95 ! 667.95 1767,95 1867, 95 196'7, 95 2000. () 0 2500.00 :3000 ,, E} 0 547:3.3:3 5573.3:3 567 ::ii:. :Z..: :3 Il;"' "~ '"~/ · ..~/ , .=,, 3:3 5:3'73.3:B 899,82 :3 0 966, .'2:8 :3:30 9'78, 00 :B 3C) 'P99.6!:.5 :2: :BO 1450, 00 :3:30 1498,72 :B :B 0 1500. O0 3 30 1566,56 :::: 0 :[666,45 2 15 1766,, 40 1 :}::0 i:366.38 E} 4.5 1966,38 0 0 1998.42 0 0 .-, o,-, 42 ,:".~ 0 299',iii:, 4. 2 0 0 :B/-t-98.42 0 0 :37!5 C). 00 0 0 :39';:' 8 ,, 42 0 0 44'P8.42 0 4',4) 98.42. 0 0 0, E}O N 0 OE 0.00 N 0 OE i6:3, 74 :--;!6, 16E 16,:2:. 7 4 S ! 6, 16 E 16:E:.7-'1 S16 16E 16:'::. 7,1 :!.316 1/:,E 1,.':,:--~. 74 S1/:, .1./:,E 1/:,:3.74 S16 1/:,E 163.74 '.::;16 16E .l. 6:3.7,.,!. ?:; 1/:,16 E · 1./:,3, 74 Si6 :l.,i,E 1/:,:3.74. S16 16E 16:3.'74 S16 16E 1/:,:3. 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I 1E:' 45.018 13. i:3E 4-8.64S _I. 4.19E 5:3. 048 15, 47E 5/:,. 1 SS 16.38E 4-3.79 4:3,87 4.7.4-0 51.69 54.75 58,06:3 i 6, 93E ~,:, ,,'..,9 g; 17 _1. 2 E 58./:,9S 17. 12E 58./.:,9S i 7. 12E 58./:-,9 S 17. 12E 58.69S 17.12E 58,69S 17,12E ~'::' AgF; 17 12E · ..' ~#., u .... u 58,69$ 17.12E 58,69S 17,12E 56, 58 5'7,20 5'7, 2C) =;";' 2(..) 57.20{. 57, 20 58.94 64, 17 72,89 '-"= 07 F:' a. sl e ,'i, E A L:i; T H A N C: H R Z ',-"-;; T E N S E N: A n c h ,:, r. ~ '-:-i e: A 't e. s k e. :":: 0- A PR-9 ! ( c,:,nt i hued ) 597:3. :3:3 59/:,9.22 607 :B. :B :2, 6067.38 61 '7:.3. :2::3 616, 4.. :::-', 1 627 :"::. :2: :2: 626 !. 40 637:3. :33 ,'.':,:357.02 ,8473.33 6451.57 650 C). 00 64'76.6:3 '7000.00 6'i.'".' 46.4. 8 '7:5 C, 0.00 7416. :2::2 :iii:000. O0 7886 ,, .t. 7 TAR F'4ET NO. 1 950C) ~ 00 9295 ~ '71 9994.. ,:"~ 9 o,., ,_, ..."7/. 0 00 10000.00 9'765.55 10500.00 10235.40 CASING POZNT' t070'7.09 10430.00 11 ()00. () 0 10705.25 11500,, 00 11175. ()9 CAS I NJ; F'O I N"I" 119(:~9.61 I 1560. C)0 D e .~ ld i n 20 0 2,.'} 0 2() 0 2,:') ,:') 20 () 20 0 2C) 0 20 0 20 0 20 0 ::.-':' 0 0 20 0 20 0 20 2() 0 A z i m u t h 141 '-"-' 141.82 141.82 141.82 14!. 82 14.1,82 14.1. :2:2 14.1.82 14.1.82 :i. 4..1., 82 141.82 .1. 4 ]. '=' ,: ~..o: :L41. :2:2 14i.82 141. :::!:2 141.82 .1. 41,82 141.82 141 """" 14-1,82 :3:2::3 1 1E S:38 1 1E S:3:2:1 ! E S:"::8 1 i E S38 i 1E S38 1 1E S:38 11E S:B8 11E S:::8 1 !E S:B8 11E R,¢_, c t m n ~ u ] ~ r- C o ,:, r' d i n ~ t ..? s · .. e P t' i ::; e c t i ,:, r, '--.'..~..'":" '-?......_;'~ ':; 44. C.', 2 E 100 .71 107.908 ._,='" =.._, 8 t E i 19.78 125.5'?S 6'?. 712 142.27 145.9:2:'.:; :2: 5. '71 E 16:2:. 15 168.91S lO:3. 782 197.38 739.41S 552. 332 922.92 846.42'-E; 636. 462 1059.0 i f ..... . ,::,~c- . .... ::: / ::: ......... /",-~;:=:. 0:2: E _I. 09:2:. 90 I (':.', 08.28 S 76 :B. 72 E 1264.87 i 14 !. _1. 3S ::i:68. 172 ]. 433. :2:2 1142.72:F; 869. 422 1435.84 !277. 15S 9'75. 122 1606.81 13:1::2.8:3S 1018. 892 1677.62 14I 1.59S t080. 812 1777.78 !-° / i .z, 4 ,.:,. 0:2 S 118 ,'.'::, . ._, '= ! E 194 8. "'/....,= .1. 656, ,, .1. 5 S .1. 2'73.10 E 20:2: :2-:. 81 .~.~ MARATHON OIL COMPANY ~: STEELHEAD Pl~tt:or.m · ~:~'~ McAr'thur. River-Field~ Cook Inlet~ Al< Cle;.zr. ance RePor. t (F.;Pher. i,"'al Method) ~:~ i' E 1 I i P s e d i tTle !] _~ i O n s NO T i n c ! u d e d i n c a 1 c u ! a t i o n s ........ i':' C,-~sin~ ditTlerlsi,:,nS NOT included in c~zlcul~ztions P I". o ::.:: i lTl i t V' r- a d ± u s i s :'30 0. .F e e t All depths a.r'.e in ~:eet a.n,:1 ar.e r-e~:er, enced to Re~,:er. ence Fi'le Name :- DDl:[:300,OO3]PO0454.0MA the REFERENCE WELL RKB SteP~¢ise ver'.tica~ depth stations r-urt ~:r.,:,m 500. to 11500. at ir, ter. v81,_~ o~: 100. ~:eet 0 b J ,:,_ c t '='._, 'I ,:, t N ~.z m e s Ol'-,Ject Wet1 Names A1---]. A 1 -/!-, A ! .... 8 Al-il BI -.-1 B1.-2 B i -5: Bl--4. B 1 .... ,"'_", B1-7 B 1 -8 B 1 .... .-.-.' B 1 - 10 B1--11 B1-12 B 2-3 fj ..' .- B2-9 B 2- ! B'TX-- 11 G-:_s:- 1 _'m ~ ..D '-- .," G--:B--:B G-:}--4 G-:B-5 G-:B-/-.:, C;-3-..7 G- 3-:---: (':;-:3 ..... G- :_--:--! 0 (];--3 .... 11 G-S' .... ! G.-4 ...... 1._, G-4- ! 4 G-4-16 G-4 ....17 G-4 ....19 G-4 ..... 20 G-4--21 G.....4 ..... 22.'-: G-4.-:2:_--: C;.- 4 -24. G-.2-.37 f.%...,?: .... .- ,-, G - 2: - 39 G- 2- 4 ,:"~ G-2-.41 C;-...2-4.2 G-2-4:3 ¢'l: .... -":, .. /! ,'I M .... 13 M-19 M-'15 M-'! 4- M-26 M-28 M-27 M-29 M-.3C:, M--25 ~M-32 M-2 M- 1 S T -~$1 M-4 M-3 M-5 G-22 G-21 G-.26 G-.25 G-24 G-20 G-27 G-:B6 DPN G-:B4RD G-2:BRD G-33 G-14A G-i9 G- 13 G- 15 r;-5 G--3 RB2 G-2RD G-11 G-10 G- 17 R O G-7 G- 12 R D 1-2 G-31 G.-4RO G-9 G- 18RD G- 14 Nc, t Not Not No t Nc, t Not No t No t N ,::, t PF'nXimlt"~ F'~diu~.. P r- o.'.-.:.' i m i t '.,- r-adius. Pr. oximi t'.,' r.~dius. F,'POX lrr~l tY p;idlus. P r. o::-:: z m i t-,. r.~di us.. F.'p o::.:: z m i t Y r. 6Ld i us. P r. o::.:: 1E~ z t'Y Pr-oxim i t'.,- r'-,~d z u s. P r-c, ::.:: i m i t Y r- a d z u s. Nc, t Nc, t Nc, t Not Not' Nc, t' No~ No t' Not' Not Nc, t No t Not No t Not No t Pr.o>::imi tY r-adius. Pr-ox imi t'-,- ca. dius. PP o::-::l frll tY r-.a.d l u_~.. Pr'-ox z mi t'-,-r'-~d z us. P r. o:.'.:: z m i t'.,' r-~dzus. P r. o::-.': ~ m I ~'.r' p,.sLd z U S. P P 0 ::.;: ~ ~ Z ~. "r' P r' o::< ~ m 1 t".,-' F: P 0 ::.:: 1 m ~ t'-~" F-" r. o x '~ IT~ i '.P "," r.~dius. Pr'. ox ~ ~ni t'.r' F-~diu~. r'~ Pr. oxlrr~l~cY r';~.dlus. n Pr. oximit'¥' r.;.zdius. n Pr.o::<im~t'.r r-~dius,, r'~ F'POXlml~",-' r.,-].dlus. n ~,r.o::-::imit'-,- p~.dius. G-2-45 G-,- 2:- 4. ,':-, G-2--.47 G-2-4,8 D-A t - t D-A 1-2 D- A I -.-3 D-A i ,-4 D-A1 .~,_! D-A1-.6 D-A ! .-7 D-- A 1 -8 D-A 1 - 9 D-A ! - 10 £-~ !-- ! 1 D-A1 .....12 D-A 2 ....1 D-A2-2 D-A:.?-3 !]- A 2-. 4 D-.A~-._ I]-A2-6 D-A:7:.'-7 L --A.~-. o Et-£.~:7.:2-'.'.-,~ D.-~ 2-10 t.-A.:-11 D- A 2 .... 12 D.-..B 1 .... 1 I]- B 1 -~. '-.' D-B i D- B 1 -. 4. £-B1 I]-B :L - 6 D-.B i -7 .O-B 1 _o,.., D- B 1 .... !i!"-B1 .... 10 D-B1 .... 11 D. -B l -' I z.'-' K g;-- 4 ..... 28 KS-.2 ....10 K S- 1 -,.., KS-1 .... 1 K S- 4. -31 126 127 K S- 1 - 5 K S- 1 '- 2 K g;-:2'- 16 G-SRD I"~-./- RD G-:32 G- 16 D-:27 D- 2 8 D-'2':7: R D El-32 D - 40 R D D-41 D-2/:, D-25RD. D-4:3 D ::: 4 / 2-4. D- 31 R D I]-24A D- 1 D- 17 R D D- 11 D-7 RD D- 9 R D 0-46 / 1S'RD D-42 / 2:3 D-'44 / 21 D-5 RD D- 15 R D 2 D-:3RD:2 I]-45 ( D-' 13 ) D-8 RD D-6 RD D-14RD D-'20 D- 16 R D D-22 D-2a RD D-4. RFI D- 10 _ri-. 1 D- 18 D-30RFI K-?¢ K-20 K- 21 R Et K-24. RLF- I OB t4:2 K-2:3 K-:3ORD Not :Ln Not in N ,:, t.- N r, t i n Not in N,:, t' z n Not in Not i n No t 1 n No t i n Not Not in N,:,t in Not Not in Not in Not in Not i n Not in Not ~ n N o t ~ n Not in Not in Not i n Nc, t in Not i n Not Not in Not in Not ~ n No t ~ n Not Not :Ln Not i n Not in Not in Not in Not ~ n Not Not in Not in Not i n Not in Not in Not :~n fad i u s. fad i u s. 1",~! d 1U S . z-~d i u s. r-~d i u s. r-~d I LiS. pad i u s. r-~d i u S. Pad 1 U G . r. adius, Pad i u ~. r-adius, Pad i u $. r. adius, r-adius, pad i u s, r-ad i u s, I"';ld i u s. pad i u s, r. adius, r. adius, radius, r. adius, r. adius, r. adius, r-adius, Pad i u ~. r. ad i u s, r-adius, r. adius, padius, r-adius, r-adius, r-adius, r. adius ,, pad i us, I"ad i us. r-;adi us. r. adzus. r. adius. padius. p~d~ ~.. p~dius. r-~d i us. pad z~Js. C A L C U L. A T I 0 N 0 F' L E A :E.: T D _t' S T A N r-: E BE"f'HEEN WELLF< p ,-., -_4 i t .i. ,:, n n n ~ e 1 1 M--- 2 0 t'1D T V D N S E W r-:l,:,sest P,:,sition MD TVD Re-F ~ F;08034.8MA 700. C:,2 700.00 2.5 ! '._=; 0.7:3 E :.--: C}. 0 ,0. 8 :---: O_ ,:'>.. 0 C:, 5, 66 S :1.. o'. ~.., _F 500.00 500.00 599. :_::'P 5'P9.87 6'P'."-./. 5:--:6?¢?. 50 799. 14 '798.88 900. ]. 8 'PO 0.00 10. ,:)6 S ":..'. 'P ---: E C 000.._,':'._Pi 1000.00 i .5 .o._,' =' ._,c' 4 . ._,~-" E 1.10,:).._=4 11Q0.00 2t.5:]: S 6.2:]: E L200.7:3 :L200.00 2'7.4C) S 7.'?'P E 898.4 :]: 897.80 '"":.'/' 5 4 "-"-' = 4 ..... ,_, ,, .-.. ;.._,. 2 1 O'.T::]'.. 9'.:.:' 10'.-T~ :L. 45 1 !8'?.'. 72 1185.27 0.30 L300.91 1:300,,00 :3:3.27 S 'P.70 E L 401 ,, i 0 14.00.00 39. 14 S 11.4.2 E ~'" "' u .~'t"" n mt L60i.44 :[/:,00.00 .50.:25 S 14.66 E I284.19 1277.0:3 1:377.28 1 ::': 66.6,3, n '-~' ' ['"~ "': 146/:, /,':., 14._~:.,:}0 1552.86 1532.54 L '701.52 :[ '7':') 0. (';}0 54,22: S 1 .Ell. ':'":' L 80.:L, .56 180 () , O. c:,. ._':-],..,/-. 9 .':i S 16 ,61 E 1632.4'7 l'r"'-. o.).:, 71 1'707. ; ..... 1/:.7:::. '74 '.--/'.:J. 57 40. 18 51.77 65.39 10.5'5' W !I.45 N67 34-W 11. ,:,'-'.:'-' W 12. -~', ._,':: N 70 29 W 15. 12 W i6. ,/_-,6 N72 10W a . n ' "~" ~ 20 /:, Q W 2:3 06 N .... f:,t.4 2:8 22 W ':'! ':":: N77 == u ._1 ~ ..- ._ ._! ._t W :38.50 W 4:3.97 N:::O ':.-:W 52.81 W 6(2). 18 N:--:2 4-4W ,-,~ i, -----,4 70.44 W 8,.".~. 0'7 I',l,:,._ : '.:.:' 1.0:3 W 10:3. :]:F-: N:--:7 54W 114.0:1. W 1 '2'?.'. 80 g;E: 9:32 W 1:38. ('),1. W 158.7/:, '.:; 87 2'/:, W 1/-,.=,_ _. 11 W 1'P2 . ;:,0 .:, ,:, ._,'-' "" = 1_i.W ! 92.86 W 2:30.4- i 0:-':-::]: 0 W 221 '72 W .-,-,. --, -:_, c, :--; 8 c) F~ ~' I ,, .cZ / .c;. ,~ ._, ... ._ ._i {,.'",,2 BETWEEN WELLS pr, siti,-,n ,:,n well M-20 MD TVD NS EW C'l,:,sest Positi,:,r, ,:,n ,~e]] M D T V D N L:; 5,::)0.00 500.00 0.00 N 6 0 C',. 00 ;.":,00. c) 0 0. ,"..,:2: '._:; '7,:"~,:]:,. 02 7,:".',,.'":,. 0,:':, 2., 51 '.:; 800. 0',3 F:C) o. 00 5.6 ¢2, '.E; 900. t F: 90,.'".~. ('~ 0 ...... :,..., '~ 000. C)('D ,100.54 1100.00 ,2(-~0. '7 '3 1200.00 . :3(':,,:::,. 91 1 :BO,:}. 00 .4-01.10 1400.00 . .:,'~. 1 --..c:, 15 (':,,:") ('D,:":, .60:L.44 1600.00 :B :'-::. 27 39. 14 4,5.01 50. :25 9.70 E 1 :B 02. 15 1 :B 0,.'"~. :B 7 :B 0. :B 4- '.:; I 1.42 E 1402. 1:2:1400. :2::2: :2:0. '7-4 S !3.1:B E 1422.00 1420.20 :B0.74 S 14.66 E 142'.:2.00 1420.2() :30. 74 '.E; .7 () 1.52 ! 7 00. ("~0 54.2:B '.::; 15. F.:2 E 14- 2"2.00 1420.20 :::0.74 S EW R e ~: : S 082'.-T.'5.7 M A Oist,~nce Di r. ect i: Be t~_..ae r: Bet~een Wel is kiel ls 5. 1:2: E 6.07 N57 472 :--:.79 E 8.7t NSi 2:-]E ~4.27 E 1:3.=_L Fx-]8 572 19 11 F t7 /-'-' ......... :, S82 472 1.74.22 E 22.02 S75 482 :BO. 21 E 26.48 S76 ,"_-,E ':'.=, :::0 E c,,:~ .:,,:, SL:: 1 :BOE :2:7.61 E 2':.-,. 64 S:--'~7 5Z' ' :':: 7. C.D 9 E 27. ='.-''fi ._,.- '::" Iq 8 :":~ 54. E '-'=' '25 76 -::: lqTCD P'iJ=JE · : ..... '76, E .... :2:5.49 E 84..09 N57 272 :35.4'? E 182.05 N46 532 · _,._'":' .=[, 4. ':-.'-' E 281 .47 N :__.: 9 57 E BETWEEN WELLS P o s i t i o n ,:, r, ~.¢.J e l '1 M- 20 M D T V D N S E W C 1 ,:, s e s t .F',:, S i t i ,:, r, ,:, r, ,~ e 11 M D T V D N S 50 ('.~. 00 500.0(} ("~. (} 0 N 0. Q(} E 6(':,0.00 600.00 0.6:3 S 0. 1 F-: E 70 (}. ("~ 2 7,:],.".'. 00 2.51 'S 0.73 E 800 c:,::: :::',o c.~ 0 c~ = 66 ':' .... I /-~ E '? (} 0. ! .c: ':T., 00.00 1 ..'"~. 0,/_", ?; 2. '?.' :3 E 00(}. ':' F, 1 C),.")C) 00 1 ._, .... ,'.:- ..... = S 4 .=, '~ E , '.-~'- .... a ~ · ._ / .100.54 1100.00 :21.53 S 6.2:F: E .200 ,, 7:3 i 200. (') 0 27.40 S '7. ':?'.~) E 8'? ;E:. 16 8'? 7. 01 '?':.77. 27 ?"'?¢5. 16 10'?/5. (:.'7 1C'? !. 27" 11'i;'1.35 1184.84 39. 13 77.08 103.26 13:3.52 160.60 ! 60.60 . :30('). 'i;-' .t. 1:300.00 3:3.27 S '.:.~. 70 E .401. 10 ! 4,.'-.' O. C) O :3'..?. 14 'S 11,42 E · 50:1.. 2':T-'! 500.0 (':.' 45.01 S 1:3. 1 '.'2: E .6(':, t. 4.4 160(). C.'(} 5(}. 25 S 14.66 E 1 "-"":' =~ 48 12'74 ':.' ::: 1:376.52 1 :::60.4:2: 1449.00 1427.30 144'F.'. 0(} 1427.30 M-15 EW ReE = S08:2:00. 1MA Distance Dir-ecti Betmeen Betmeen Wells Wells 4.. 45 W 5. '.:J 2 '.:;4 ::: 4'? W 5.67 W 8. (:.'4 S46 4:3W 8.36 W !2.20 S48 22W 12. '?'7 W 18.84 '.:-;51 1 :E:W S 18.54 W S 24. :--:7 W 'F; :3!.27 W :--; :2:8.57 W '.--; 46.01 W S 53, 75 W S 60.57.' W S 60.5'!..? W 27 2 ::', ':'F,'--' ...... , 22W :--:7.58 S50 57W 51.4.5 '.:;47 46W . ,.._, '.::;43 '..T~ 2. '.;) 0 S:38 :F.: ! W 121.33 8:2:4 ::.::7W 155. 18 S32 32W 21 F:..:,'-' ~'-, :E; :34 17 W BE]'WEEN WELLS Positic, n or, ,.~elt M-20 MD TVD NS EW F:losest Positi,:,r, MD TVD 5 00. (17 (]7 5 0 (17.0 (:7 (17. (]7(ii N 0.0,.'17 E 6(].', 0.0 0 60(57.00 0. ;:,555 S C,. 18 E 70(]7. (]72 700.00 2.51 '.E; 0.7:2: E 0 C> 0. c)_ :--::5:00. c). c7. 5 .66 .=,"" 1 . ,_,.../- .~] ,_~ 9 0,;'). 18 9 (]7 (]7.0 (]7 , ,,,]70,:'). 3 5 1 c70 0. (]70 .100.54 1100.00 ,20(}. 753 1200.00 1 '..]7.06 F; .5._, 21.5:5: F; =,":'~. 40 S · -~, o.-:: E :=:'--*::: 16 '=:':'-" (} 1 .JL. u ..' '-- --.' -- ~ *-- ." ." u /:,. 2..: 8 E 1 ,,,]7'.--./5.0 7 10 91. '-":. ' 9 7.9. 9. E 1 1 ? 0. ,_,':'...5 1 18 4 .4 5 9.7(]7 E 1289.16 1280.(}4 tl 42 E 13555'7 48 1'-' -~ =" .... ~, ~ ._~. 6:5: 1:2:. 1:5: E 14 8 5.79 14'71.2'7-: . . ~ F,':~ 4/_-. 14. 66 E 15'76 86 1._,...r.. . :300. ? 1 1:3(:)(]7.00 ,4(}1. I0 !4-00.0(} 501 '":"::' :L ~]CTq ·,, dZ...' .. ~ '. ,~ '. '.' .601.44 1600.00 :3:3. '27 39. 14 45.01 5'..]). "25 · 7471.52 I700.00 · 8'..} 1.56 1800.00 ,. 9(]) t. 58 1900.00 :.' 0 0 ].....~"] ,_,':::' 2 0 ()0 .0 0 15.82 E 16./--,1 E 17.04 E 17. 12 E 1668.86 164'7.64 1761.50 175555.62 185¢7.99 1819,, 84 1932.95 :L896.09 ,:,n ~etl M-!5 NS EW :3.8'.--..' S 4.. 45 W /-, 14 S = 6,7 W ! 0.6,,,,]7 '.E; 8. :5: E, W 17 41 "" i2 ,T~ W 179. 5551 S o5...._. 4.2 W · ..~ .... 26. S 108.21 W 233.57 S 118.6.9 W · -,/.·-. 46 S 19/. F:A W Re 'F S085302. 1 MA D i s t a n c e D i r-e ,: t i Bet~,eer, Be t,_,,ee r, Wel I s Wel I s 5. S":-.' S4.8 4.'PW 8.04 S46 4:5:W !2.20 F-;48 22W I :--:. :--:4 F-;51 I :BW 27.2:--: ,:. =; c,._, ._ = 22W 537.5:_:,' S50 57W 51.45 S47 46W ,--. l~. ---,f' ! } 70.42 .:,4 ......:,.~ 89.70 '.:;44 1 1W 109.02 S 4525 17W 128.36, S42 39t.4 149 ~ '-" '" .... _, .~. 4 ~: :i 7W 175.38 S41 5559W 204.26 S40 5W ._':-":'F,._.._. 6,4. S5557 4-6W 270.27 S535 15W CALCULATION OF LEAST DI'RTANC:E BETWEEN WELLS Ref : S08!46.8MA Position on ~e]] M-20 M D T V D tq 8 E W Ct,:,sest Positi,:,n MD TVn ,:, n u.,e 1 1 N '._; M-14 EW Distance Dir'ect i Between Bet~een ).,..;et 1 s We! t 500.00 500.00 0.00 N 0. (13,:13 E ,'30o. o,:'.', 6,0C). 00 c3 /-':' '-' 0 18 F 7 C,,:}. 0'2 700.00 ';']. 51 8 t]) . 7:2: E 8 c)_ CD.. 08 800. 00 ._,=. 66 '.E; _1. . ,_,._/" ~ E 50 C3.02 500.02 E, 00.0:3 6 (:30.02 7,:'30.04 700,0:3 800. (:37 :--:0 C,. 05 1.91 N 1.05 N 0.07 N 'P00.!8 900.00 L 0(130 ,, :35 i 000.0C, [100.54 1100.00 L 2.:: 0,:}. 7 :'-': 1200.00 I_ 300.91 13('30.00 L401.10 1400.00 [ 5() 1. iT::9 1500. C'0 [ 601.44. 1600.0':) 9 (13 C'. I 1 '.:.' 00.0':-..' 100(:3.25 1000.21 1100.26 1100.21 1200.31 I200.24- 13':)':}. 32 13':)0.24 14':]' 0. :31 14':} 0.24 1500.22 1500.14 !600.14 1600.(}6 !.22 E; 2.95 S 4.48 S 5.F:7 S 6.97 7.80 8.24 S 8.39 S 1.79 W 10.02 N2F: 6W · ..'-" 42 W 14..=,o_. N28 47W .-., c., 1 W 1 '--/ 27 N28 2 OW :'-':. 32 W 24. :32 N 27 4'(" ' 3.62 W .,_.'.';"-.-.'. 48 N2,'z, ~]""._.,::.W :3,_,;- .':'_, W :34 . / <:, 1',1,-: .j :3 8 W :'::. 41 W 4(13. :-..: 2 N24 1:3W :3.3:1 W 4.=,_.._.~,_,/- N :2:3 ! 4 W [701.52 1700.00 [ ::2:(} 1.56 1800.00 [901.58 1'700.00 · 2001.58:200C.:,. O0 8.4'7 8.51 8.44 8.45 3.30 W 49.59 N22 40W 3.4:1. W 52.41 N22 27W 3.39 W 53.99 N22 14W 3.58 W 54.34 N22 23W 2101.58 2!00.0(::, · ~ 201.._, '=' .:,'-' 22,[":, (::, . (),:')_ 2:301.._'=~'::',.., 2' :3 ("3. (13.0 O 2401.58 2400,00 8.63 S 8.84 S 8.8L:: ::2; 8.96 ::2; 3.85 W 54.28 < N22 44W 4. ~"}.. A.. W 54 .11._, .C N 23 0 W 4.2! W 54.19 N23 11W 4.16 W 54.09 < N23 10W 25("31.58 2500.00 2601.5 :":: 2600.00 270.t ,, 58 2'700.0¢3 2801.58 2800.00 ~::i._ ,_,o. 6'.-.~ :-'L:;17. . 1:2 lei 25 o 0.1 '7 .'::' ..... 5 ¢'} o . (139 58. ,/z,'P S 17. 1:2 E 2,/_-,00. 20 2600. 12 ~]._ o,_, ,, 69 '.:!; 17 ,12 El 2700 ,, .1./.,_ ~'::' 7 ¢3 .... ('3. ,.q ,'7 '"~'::' /-,':} 8 1 '7 1 :,? E 2 ::: (') ,:') 04 '-'""-":' - ................. ,. / :.- :.., ':.:5 9.00 S 9.07 S 9.2.2 S 9.18 $ :3.94 14. ._'"';._.':'. c-.,... 7..C' N 22 .~' J :3.._9'[...,":' W ._N._,':'. 7 !.5 .::1 N 22:3,'.::, W 3:38 W =r:, == ............... , -::1 N22:31W · _,":'. 44 W ~:l:_ . ._'-.1 N22 ::.:::'::W 2'-? ('} 1 =i':' 'T.'C;,C) C) F) t"3 3001.58:3000.00 3101, 58 :3100. 00 320i,58 3200,00 9.04 S 8.97 S 8.9 :I. S 8.71 S 3.47 W 53.75 N22 31W 3.54 W 53.84 N22:34W 3.63 W 53.93 N22 37W 3.76 W 54. t6 N22 4C)W 3:301.5 F.: 3:300.0,.']3 340 i. 58 34,::) 0.00 3501.58 3500.00 3601.58 3600.00 8.6:7.,' S 8.5':.-.' S 8.39 S 8.25 S F:AL C U L AT I 0 N 0 F L. E A S T D I S T AN C .E B .ETNEFN NEL_LS F' ,:, s i t i ,'.', r, ,::, n u e '11 M--. 2 ~.") M D T V D N S EIj MD C 1 ,:, s e s 't P,:, s i t i ,:, n T V D '-" 1] ~le t t NS .. ....1_1 ..... n .. '. - - n - . n :: R;':, 1 P] ::,, '~:,,:: n n (-) C) F,':' /-, 9 '.E; 17. 12 E !: 901.58 3 '? 00.00 58. ,/_-,'? S ]. 7. 12. ! 0(':, !. 58 4,.'].',00. c) (') 5 :::./:,'? :--; 17. 12 E :3700.06:369'.-.-.'. 98 2800. c:,7:3779.9 :--':'? C, 0.05 :--: :--: 99.97 400,:). 0:2: :399'?. 9-I- 8.2:-_-: :::. 2:2: 8.22 :::. 15 4.100.01 4. 0'.-? 9. ':'...~'? 4199.98 4199.70 4299.99 429':-.'. '.T:O 4400 C":':': 4:2:99 '--'=' . _ . .':- ._I 8.04 7.8'.::-' 7. '71 =' ,,.qo .. F,o 69 ". I.._,01 ..... 4. 500.00 ...... '.--: 1 / 12 E ~601.58 4600.00 El 8.69 S 17. !:-2 EE t. 7f') t. 58 4.'700.00 58. ,/-,9 S 1 '7. 12 E ~801.58 4800 ,, C, 0 58.69 '..-:; ! 7. 12 E 4500.07 4499.99 4600.06 4.599.97 4700.04 46?9.95 4',B00.03 4'799.95 7.48 7. :39 7.25 7.06 1-901.58 4. 900.00 58.6,9 S 17.12: E ~ 0,:') 1 ':i':' .:~ ('~C,('~ 0 n .:;::: /'.,':"' S .!. '7. i :2 E S101.58 5100.00 58.69 S 17.12 E ~20t.58 5200.00 58.6'? S 17. 12 E 4 '?-' 00. O. 4. 4 :::_ .:.,.....-.,... o... A_ 5000. !0 5000,0! 5100. ]. :3 5100.04. 520,:). ! 4 5200. 6.84 6 /. ,D 6.5.4 6. :2:6, 5::: 00. 14 5:300.04 5400.03 5:399.71 5/-I.':78.6:3 5498.43 5595.9:3 5595.39 6.07 5.50 :3.04 3.3':-! :;70t.82 5700.00 65.85 S 22.'75 E .'; 802. :30 .5800.0 () 73. !52 $ 2,':_-':. '78 E :.:.~9 C,:3.1 '? 5900.00 84.00 S :3'7.01 E :,004.62 6000, 0() '77. :3:[ ::; 4.7.48 E 5691.80 56,90.4:3 578L--:. 14. !5785.37 5884.17 587'?.64 5976.18 5969=50 13. :_::3 27. :37 42.07 58.04 i, 106.7:3 6100, ,:)0 t ! ::.::. 5 ! S 60,22 E "::' f)'::' ,-f:, 6 A'T' f'),.'3 00 :/"' ''"' /-, 7 ~ ~, ............... :,~:-._ S ,... :28 E o,.. 92 -':.:.: E: :., :3 ].._,':', ...~ "?, 6:300 , O. () 1 Pi_ 4 ....... , ::ii: .... / 76.1'7 '98. 10 120.4'7 M-14 .-- EW 4.4.2-': W 4.51 W 4.62 W 4.71 W 4.80 W · 4.9,:) W 4 c',~ W 4.8'? W 4.75 W ,:I-. 64 W 4.54 W 4.:::2 W Ref : S08i46. F:MA Distance Directi Betueen Between Wells Wells 54.87 N 2 :_--: 7W 54.90 N2::': !2W 54.96 N2:3 18W 55. C, 5 N2:3 2 ! W 55. i'P N23 24. W .=,= 27 N2:--: 26W 55.55 N23 24W .... ,.c,._, Iq22 :[ ' 55.68 N 2 :--:7W 55.7.'2: N23 OW 55.81 N22 50W 55,90 N22 3:3W 55.~7 N22 9W 55.~6 < N21 40W 5~ ..... ,.88 <:: N21 :3W 55.7? < N20 17W 1.1~ W 55.71 < NI~ !IW 0.42 E 55.75 N17 26W 3.44 E 57.4._, N1:3 ._~W 8.27 E 65.31 N 9 23W 14.94- E :E:O.':':' N 5 : :24.04 E 102.05 N 2 41W :3.4. ,.r,...,_.:., E 127 .71 N 0 57 W 4,5 ='-' -~':' · ..,.' E 1 '-"-' N 0 21W . ._', ~ · =-1'-:' 01 E: 1 oF, --, --~ ............ ,: / N 0 2 ::.:'W 74.56 E 2:_--:8.20 N 0 llW 91, 67 E ,..,_,._'?':' =~. 72 N ,."'.~. 1 :':: W M D T V D t'.I'.5: ~i 0,."). 00 500. (')0 0.00 N 6 O':Z:,. 0 c:, 60 c:,. i":, C.', ,:":,. `5. :3 700.02 700.00 2.5 ! '.-]; 8 c:,,:":,,, ¢:, 8 80,:]:,. 0 ':::, ._,'--'='. `5, `5, F-; 900. 18 900.00 10.06, '.--; L 000..._,..~':'?] ! n;~x]...... . C,O 1 ~_ . ,~,...,' = .=,'-' I_ 100.54 ! 10,.'7). 00 21. :5:3 '.E; L :,700.7 :':: 12,:1:,,:],. ,:1:,,:.":, 27.4 () S [4.01.!0 14.00.00 :39.14 I. 501.2.9 15,:":,,:":~. 00 45.0 i [ `5. () 1.44 16,:".~,:".',. () () 5,:":,. 25 S r'::ALCULATION OF LEAF-';T D:[STANC:E BETWEEN WELLS Cl,:,sest P,:,siti,:,r, ,:,n -~etl E W t'1D T V lei f',4 :::; 0.00 E 0. 1:'--~ E 0.7:3 E 50,'.). 00 500.00 ,5, 0'.9.00 `5, 0 C,. 0 C, 700.0 C, 700.00 80':}. C" 9 :--: 00.08 8'P. I C) N 8'?. ! 0 N 89. 10 N :.5'9. i4 lq 4 E . !_='77 6.28 E 7.9'? E 'F..' 01. :2 :E: 901.27 ':."---":' C) 7 '-.-~ 9'z, (-) 5 10'.'-.'.'6. 6::', 1096.6:_:: 1190.60 11'P0.40 :--::5: ':":~ N 87.98 N '? O, ,:".~,./:, N ::-._,. 27 N lO4.04. N 116. 1]. I"4 132.84 N I52.30 N '.;:'. 70 E 11.4:..2 E 13.13 E 14.66 E 12:---:.'"=i. 27 1284. `5,4 1 i:: 7:3.5::9 1:371. E::5: 1464.25 14.61.11 156!. i4 1555.92 15.82 E 16.61 E 17.04 E:' 1/:,4:5:. :.5.: 2 164.1. 15 1744..,'_.-,' ._, = 17:34. ._?'; t 1841.2'. 6 1 '-',:,'-'x. ,:,'-'. 1 4 1'70. 10 N 19:3.01 N .,:: 1 ..5. ':.:'F: N M-26 EW : S07078. iMA Fi i s t a n c e D i r-e c t i Betmeen Betk, een Wet I s Wet I s ,/_-, 1.0:5: E 108 ,:'~0 N :74 .-'._ E "-, 1 n-:: ,"' 108.41 N :::: 4 ':' ........ c.. .-E 6i.03 E 109.68 N5::5:215 60. '?:.5: E 1 i 1. :5: i N:5:2 05 60.09 E 114.3i N30 05 `5, 0.09 E 117.57 N2:5: 1iE 59.74 E 12:_--:. 7F: N25:365 59 42 E 1:2~:2: .::/. N22 4 =- ,5, 0.18 E 1.47. 10 N20 llE 62.. 3:3 E 165.79 N 1 E: 'PE 65.60 E 189.47 N!6 265 /_-,'::-:. 91 E 214.53 N15 :I./-.,E 7:5:. ':-..' 5 E '2:3'P. 10 N 14:5:2 E 80.09 E :266. r.,::: N14. :L._I=. 86.2 4 E 291. 'P 6 N 1 .'~. 9 E BETWEEN WFLL. S 1 V E NS E W MD MD Cl,:,sest P,:,sition ,:,n T V D t"4 '._--; 50,.q.00 500.00 0.00 N 0.00 E 600. (']."0 600. C',C', C',. 6:3 S 0. 1 :--: E 700.02 '70 O. 00 'cZ. 51 ".=_; 0.7:3 E 80,:1~. 0 :'--: :--:00.00 5.66 S 1.65 E 4'P :--:. 81 4 ?.'8.7'.--..' 5 ?'7 01 .=i,'-? A ':, ! 6'.T.' 5. 1 ! 6':-:' 4.86 7?6.02 7':-:F,. 66 '~-'0.42 N ':.?c.~. 5'? N 'F..,O. Pc'-.? N 66.!6 E 70. c) 2 E 75. :--:4 E 79.54 E:.' D i s t~n ce Between Wells Dir-ecti Between Wells ! lA. 51 112.54 117.36 i 2:3.37 N36 47E N:38:22 E N :3'F..' 3!E N :'::'F,' liE ! 2:3.27 151. :'::2 220.34 N:E:8."-_E'-'F, ' N:E:6 40E h.t:s:4 :E:7E BETWEEN WELLS F'ositic, n on we] 1 M-20 M D T V D N ~--; E W Clc, sest Positior, ,:,n reel 1 M-28 MD TVD NS EW 500.00 50 ("). 00 0.0,'.:) N 0.00 E 60 C,. 00 6,0("). 00 0./..,::: E; 0. 1 F-: E 70,:'). 02 7C}0_.. 0('). _ c.,~. 5! c.._, n._.. 73. E 800. ('.:. :::_ 80 ('.: . O_...r; ._..~] 66 S 1 . ,_,._"- .=, E 9 (")0. 1 :--: 9(")0.00 1 ,:".:,. 06 S ':2.9:3 E 0 (-) (') '-' ~' ...... 00 ~' ':' · . ...: .... ! (")(')r) 1 ._,. ,/-,_ r-q_.._, q.. 57 E L 1 ;").. O.. 5.4 1 I C)0 .0.. (')_ ..-_"~' ! . ...._,=;":' '.5;/:,. 28 E L 2 C, 0. '7:3 ! 2 00. (:)0 2'7.4 0 :-7 7.9';-; E 897.02 896.81 996. (}4 995.76 109:5:. 67 ! ()93.29 1191.76 1191.2! 81. :--:2 N :32 ::',4.94 N 89. :':: 1 N 95.68 N 106.82 N 12 !. 5~:-"; N 1:13:3.2,4- N L :30,:}.~ 91 :L :300.00 :--::3.27 F-; 9.70 E L40!. 10 1400.()0 39. 14 S 11.4.:2 IF. L..501.29 150("), ,:'-)0 4-5.01 S ! :3, 1:3 E L 601. 44 16, 0 C',, o.o.. 5 o . ._...'.~' ~i o'-' ...1 4 .6/3 ,._-r:'. 1 ";.-'°~-] 79 1:284 '-':' 1:5:'79 :::9 1 -o ~c, :3 1471,'71. 1468.98 1559.89 15!55.47 1='-~ 19 N ...t .t u l:-foz..C)'.-' N Ref~ : · ::, 0 ,::.,:. ,' ._,. 8 M A Distance Dir. ecti, Betmeer: Between Wells Wells /:,9.95 E ! 07.60 N 40 3:5: E 71.:34 E 108.:37 N41 105 74.95 E !!1.77 N4! :37E /::: ..... _-, E 116. "= 0._, N 41:5: C) E 81.90 E 121. 19 N40 4!E :--:5. :':: 7 E 127.5:B N:3 9 2 t E 8'.--..'.:5:2 E 135. 19 N37 57E 92.'73 E 144. 95. 19 E i55.43 1-4:5:3: :':::BE ':."; 7.28 E 170.72 N :5:,.'} :2:5: lie 99.81 E 190.3! N27 30E 103.48 E 21:B.08 N25 141E 108.26 E 2'40.1.5 N2:3:37 E ! _']....!t:--' , 46 E"'-';'~ 71 .4' 0 N :22 2 8 lie C:At_C:ULATION OF L_EAST DISTANCE- BE'f'WEEN WELLS P,::, s i t i ,:, n ,:, n ~,J e 'I 1Ft.-'70 M D TV D N:':; E W MD Cl,:,sest Positi,:,n TVD or~ ~z.~et 1 NS .... C., d. 0,:1~ 500. 0,:1:, O. 00 N 0.00 E 600.00 6, 00.00 0.6,:3 S 0.!8 E '70 O. 02 7 ~")0.0,:} 2.51 'S 0: 7 :B E 8 o .......... 0 ,",:z: ::', 00 0 F) ._,'-. ,S 6 ._,':' 1 o._,' = E 76.2:--: N 74. '76 N 7:2:. 66 N 7:2:. 70 N 'T.; 00..1. 8 900.00 ! 0.06, F-:; 2.9:2: E: 0(")0 '-' '= · : .... 1 ('"("c'. c,r) 15. ' ':- L; 4 5 7 E 1 C,¢'~ 54 1 1 ;)r~ O0 '.-" t 5'~' '.=; /-, 2 F: E .. -.' m -.... m . .~.. m ....-~ .. m · 20,.'"). 7:2:1200.00 27.40 ~E; 7. 'iF., 9 E 9'? 4.,, 50 994. 14 109(').41 1089.78 ! i ::::/- '7:2:1 ! ':'~ 6,9 74. :35 N /._ :2:1 N 7::-:~ 8'..;' N 8:2:. :2:/_:, N i 2....r'.~,.q... ,::,.. 1 1:2:00.00 :}) :::. 27 '.-'_-: ':".... 7 ('}_ E · 401. 10 i400.0C, :3':7.', 14 S 11.4:2 E · =' '") . 29 ......... ' ...,~. 1 :1. 5o0 00 .4.~ (") 1 '.:i; 1:3 1 :B E':: .6.,01 ,, 44. 160 C',., O0 50. '.';:.'5 '.E; 14.6/_-, E: 1281. 61 1 .,.,? '~'--'... . 84 ]. :2:77. !-q_ 4. 1:2:74 . ,_,._,':'":' 1 q-72 os 4/-'--' c ....1 . O:B 156,4.9:3 1559.66 89.9:2: N 98.35 N 10'7.6'2 N 117.66 N L 7 () t. 52 1700.00 54.. 2:2: S ! 5. :--.::2 E :301 5/.., 1800.00 5/_-, '- '= .... .".~._, S 16.6,1 E L ':..',:') 1 :it:, 1 'PO0 O0 "i':' 41 S 17 04 E: 12 8.8:3 N 141 '::"::' N 156. ,:}0 N M-27 EW /_..,:3.67 E 70 ':'~ E · . 77 ~':' 81.32 E :35. :30 E 92. :2:4 E .1. 00.50 r-i.' lC)9.69 E 1:20.04 E 131.26 E i4:3.9:2 E 1~'=' .=;9 E 1'76.07 E 1'94.05 E R e i: : .:, ..)c,.:,,:,._,. E:M A Eli stance Between Wells Dir. ecti Betmeen Wells 102. 10 t 05. 1 C) 9. :2:4 6,8 8:=: N 42 N4:B N43 N 4:2: OE 9E -J ..,:'- E 44E 115. 122. 1:2:2. 145. i59. 177. 195. 215. 25 4.7 59 (:)2 94 02 48 71 N42 N4i N40 N39 N:B'.--.-' N:38 N37 N37 5:3 E :L:: 7 E :2:72 'E, 42 192 4.42 <.--:51.= 11 45 N:2:7 N:2:8 N:B'P 572 442 3 :B E BETW. EEN WELLS Position on u~ell rtl-2,.") t'tF-I T V FI N'.E; E W Closest Pc, s.i. tion ,:,n well M D T V D N S E W 500.00 5 (":, 0.00 0. ('.~ 0 N 0.0,.']) E ;",."i 00 600 o;'~ 0.6:3 :--; ¢) 1:--: ~- 7 (]~ 0.02 7,:7) 0.0,:') 2.51 S 0.7:3 E E: 00 ,, 08 8 c)0.00 ~._. 6/-,_ S 1. o._,' ~ F_ 500.80 500.79 7:3.33 N AO 1.04 601.02 7:2:. :3:_--: N 700.59 700.55 7:2:. :38 N 784. '.--25 7R4.21 7:--~. 72 N 9 o 0. 1 :E: '.'-."00. 00 t 0. C)/~, S ~ ...... E 7 . ,=._ 7:--:4. 21 73 / Z.' N 0(')0 '-' '= '= ..: ..... 10¢)0 "')"-) i = 6!-] ~':' '~ '-'~ .. . ._, _ S 4. E ..... . . . ...... ._,/ ,.-' ....7:E;4:21 /.d 72 N Re f : S07:'-':15. :::MA Distance Directi Between Between Wells Wells · ~._ ,_, ,':' 45 E ':"...._'::. 7 8 N 38 ::: 3 E 56.82 E '?:3.2C, .::] N:E:7 :,-]_'5E ==. 27 E '7.;:]-:. 4-6 '-'N · -, ..... N.:,._ 4 2 E 54.02 E 'F,'6.4¢) N:--::--: 25E .... 4. (7)2 E 151.78 N:--:I 2:3E 54. ~'). 2 E 2:38 .75 N :2 :--~ 5._ ,=,E'-' - Pc, siti. on on wetl M.-20 M )'-I T V ti l'J 'P,:::,,:"~,. 18 ,.-'7-: 00. (':, 0 .0 c:' (}. :35 10,::.', (".~. C, F:, · 100.54 110C).00 ,2 (::' 0. '7:31 ;2 (':,,:":,. (} C, 10.06 S t 5./-,?; S ":'1 5:3 .,:. . '-E; 27.4.0 ':'..., · :'-: () 0. '? 1 ! ::2:0 C), 0 C) · 4-01. 10 1400.C) 0 : 50 :t. 2?." ! 500.00 , ;3() !., 4.4 16()0.00 :33.27 :3'P. 14 45. C:' ! 50. '7.25 8 S L701.52 1700.00 L80:1..56 1800.00 L ".=.~C) 1.58 1700.00 ?00!.58 2000,,00 58.6? 58,6? ~:;.,.-.., Z., 58.6? ?.50 !. 58 250C,. 00 i~601.58 26(':,0.0(} :.:~7() 1.58 2700. ,:")0 ?.80!.58 2800.00 ;!'.':-.,' 01.5~"-:': 2 ? ()fl. 0 () C A L. C U L A T I r') N 0 F' L E A'..-]; T D I S T A N C E BETWE.'EN WEL. L'.E; EW MD F: 1 ,:, s e s t P,:, s i t i ,:, n T V D C~. ,'.} 0 E 0. 18 E 0.73 E i.65 E 501. :--:0 5C) i. 27 601. ?:2: 601. :::8 701.68 701./:, 1 802.20 802. 1 i 2.?:3 E 4.,,57 E /.:,. 28 E 7 ,, '.'.::.'? E 'F..' 01 ,, '.-} 4 ':7., 01.8 i 0C, 2.28 1 (')02. 15 1104. I:3 1103.74. 120:'::. 11 12(}2.84 1:302.00 1:3 () 't.. 6'.::.-' 1401.77 1,:1,01.45 I501.F::3 1501.47 i601.6]'-' 1601.2:3 ?.70 E :[1.42 E 13. 13 E 14.66 E 15.82 E 16.61 E 1'7. C)4 E 17.12 E 170!.4-3 1 '701.07 1F:01.43 1801.06 1'P01. 11 1'POE:'. 74 2(}01. 1:3 2000.75 17. 12 E i'7.12 E 17 1 ":' E · ~:,. 1'7.12 E 2101.54 2t01.14 2201.44 2201. 2:301.42.:: 2:300. ':-..":T.' 2401.08 2400.63 ].7. 12 E 1'7.12 E i7. 1:;:.' E 1'7.12 E ~..-J(.)L. '7.'-~:[ (") (') 2600.74 2600.46 2,'.'.:,60. 00 :265?. 51 ?/:, 60.00 265 '.-.':'.'.._% 1 1 "7.12.:: E 2:.:'660. 00 7/-,59.5 ! 0 F~ I. de 1 t NS 75.26 N 74.0:_.: N 7:'::. 0-'-'~ N 71.67 tq 70.07 N 68.20 N 65.24 N 62.5:3 N 60.42 N 58. t-}4 N 56.55 N 55.65 N 54.74 N 54.51N 54.10 N 53,,55 N 52.80 hi 52.13 N 51.7:2 N 51.3':7.' N 51.1:2 N 50. ':'..:'6 N 50. ?6 N 50.76 N EW Re 4: : 'E;O78:36.SMA ~qist~F, Ce Dir'ec~i. Between Bet~eer, Wells Wells 56.02 E '?:--:. 8:--: N:3/_-, 4-OE 54.. ',E,'7 E ?2.57 .::" N:36 1:3E 5:'::. 12 E ? !. '.::..'5 -::" N:':',4 44. E 5 t. 48 E '.-':..'"':.-'. C, 1N :':', 2 48 E 5(}. 22 E 'F..':3.06 N:3C, :3:3E 4? ?]=' . -. ..... , E 95 18 N2::2: 1.'2:E 4.7. ,:'.,,-7~ E '--.'/-, ":'.~ N25 41E ., · .* _ . .~1._ 4.5, 47 E '.-.:'7, 47 N22:3i:"~ 4-:3.72 E ':":' /-,':.' N 1 ':-' 57 E ,.I- 2. ? 1 E 10::2:. 02 N 1 '7 4. 8 E 4.2.27 E 10/-_,.74 N15 51E 4.1.46 E 11(":,. 1:2 N14 5E 40.40 E 112.60 N12 37E :37.19 E 114. i6 Nll 25E :37.87 E 114..84 N10 27E :36.4? E 114.44 < N ? 45E 35.01 E 113.66 .'..'] N :-} 3E :33.42 E 112.68 -':: N 8 1':7'*E 31.72 E 111.78 -C N 7 30E 29'.70 E 111.15 -.':: N 6:36E 28.07 E 11(":'. 6:3 'C N 5 u ,.. 26 25 E 1 I0.1':' .::: N 4 4._I: ":'~ 1 ':' ,_, E .t. 17 17 N .4- 12E ~:.J.18 E 17L::.4.0 N 4 12E 25.18 E 264..4.:3 N 4 12E C A L iT_: U L. A T .'1: O N O F L E A S T D I S T A N F: E BETWEEN WELLS R e f. : S08492. :---':M A P ,:, s i t i ,':, l-, o r, ~, e 11 M-:2 o M L] T V D N'.:; Cl,:,sest r---,:,siti,:,n ,:,n melt M-29 EW MO TVD N'.E; EW D i s t ~ n ,- e D i r-e ,- t i Be t,~.,ee n Betk~een Wel 1 s Wel 1 s · 5,.'")':}. 00 500.00 0. c)0 N 60c:,. ,:1) 0 /300.00 0.6:2: S 7':":, 0.02 7 C, 0.00 :cC. 51 '.E; ~---: ,:':,. 0 .0 :::: 8 C, ,:':,_. ,:'}. c:,_ 5 .6/-,_ ._.':' 0.00 E 501.30 501.27 ,:'.~.. i :--: E 601 . '--.,..._,'--' A_ C,. 1 . :--~ ~--~ ,:}.7:2: E 701.68 701.61 1.65 E 8,::)2.20 802. i1 ~ 26 N 74.0:3 N 7.3.04 PI 71./:.7 N /, 02 E '::,'"':-' '=' :_: N :'::/-. 4.,i') E 54.87 E 'F.'2.57 .::] N:36 1 :'::E 53. i2 E 91.95 -::] N:'::4 442 51.4 8 E 9'-..'. 01 N :2:2 4 :--: E ..'--' '::,..._'":t E 9,:") 1 . 9 4 9 01 . :q :2: ._. E 1,:}02 2:--: iC) 02 ! = n u . u 6.2:--: E i 10 4. 13 11 ,:} :3. 'T..'4 ~,,'. ':.). '--:.. E 1203. 1 I 12 r).. 2.84 9.70 E 1:302. ,:},:} 1:2:,:] 1.69 11.42 E 1401.77 1401.45 !3.1:3 E 150t.8:3 lr-]01.49 ! 4.6/_-, E 1601.62 I/_-,,:} 1. ;28 7,:}. 07 N 68.2,:} N /_-,5.24 N 60.42 N 58. ':74 N 57.66 N 56.55 N 50. 22 E 93.06 N:'::O :2::'::E 4'P. =~ '--' =' ...... E ;. ..... 1 :--: N28 i 2222 47.99 E 96.35 N25 41E 4..5.47 E 97.47 N22 38[ 4.:2--:. 72 E '--"--'...... 69 N1'=.' .... ~-;E 42.91 F 103.02 N17 48E 4.2.27 E 10/_-,. 74 Ni5 51E 41.46 E 110.12 N14 5E L 701.5-';i'. 170 (). 0 C', 54.23 S 222(') 1 ":;/" =; z. ,'" ~."'. ........ ,_, 180 0.0,:} ._,_,. :/.:, S L 901.. 58 190':"). 00 58.4-1 S :.'0':} 1.58 2000,, 0,:} 58.69 S · _,.8:;::' E 1701 4. :3 1701 07 16.61 E 1801.4:3 18,:}1.,::)6 17.04 E 1901.11 1900.74 17.12 E 2001.13 20,:}0.'75 =.ir= /. ,=; ...._f u s_: ._. IN%t 4C).4-0 E 112.60 N12 37E 39.19 E I14.16 Nll 25E 37.87 E 114.84 Ni0 27E 36.49 E 114.44 < N 9 45E i: 101.58 2 .t. 00.0,0 ;_' 201,, ...?;,...,':' 2: 2,:} (!, .0,:} ':i:3() !. 58 23,0C',, 0,0 Z 4. 01.58 24. (':,,~:.',, 0,:":, 58.69 S 58.69 S 58,, 69 S ,=;c, /.,,:.~ S ._ I_I. ,... 17. 12 E !7. 12 E 17. 12 E 17. 12 E 2101.54 2101.14. 2201.44 220:[. 02 2:3 (') 1 4 "':' 2 :'::,:] 0 ':'., 9 II ,.l' ...... II .o . 2401.08 24':}0. /_-,3 53.55 N 52.80 N 52.13 N 51.72 N 35.01E 113.66 < N 9 3E 3:3.42 E 112.68 < N 8 19E :3!.72 E t11.78 .::] N 7 30E 2?.9':) E 111.1!5 <] N 6 :B6E 58.69 58.6'.".'? 58.69 58.69 17 1":' · = E 17. 12 E ].7.12 E: !7. 12 E 2500.3I 2499.85 2599.7!15 2599. :29 2699.41 2:698.94 2796.44 2795.96 =;1.== N 51.94 N 5'.-.-.'.72N 54. ,:)3 N '--":'~,_, ,, 29_. E 1 10 .8':} -::" N 'q._ 4'~ 2.::7.7.,.1. E 11 i .14 N ._, =' 2'.:.:,IE :27.71 E 111.°I... N 5 26E 223.!1 E 11222.222222 N 5 2342 ::. ::, L 1......., :2'.:.:' 00.00 ::~C)0 i. 58 :'::000. ()0 ::101.58 :B100.0C, ::201.58 ::.'.'-:20,.'). ()0 58.69 5::.:.,'. 69 58.69 58 ,, 69 :1.7. 12 E !7. 12 E 17, 1:2 E !7. t2 E 58.75 N 64.56 N 68.84 N 72.62 N :2:0.07 E !18.4. I N 6 !8E 33.62 E 124.51 N 7 ::::8E :'::'7.5 7 E 1 :---,.: 9.2'7 N 9 7 E 40.28 E 133.4.5 N 10 C,E 17.12 E 17.!2 E 17.12 E !7.12 E :B 2.96.0 3 3 2294.78 :3395.95:3394.62. :-s I::." 3 .q. 96. "q._ ._,":' :B 4 .': ...... I ._. 35'.::;'¢.'.-,. 47 3595 ,, 01 76.27 lq 79.76 tq ::'-::3.04 N 86. ,:}'F-' iq 4-2. :37 E 1 :'.::7.40 tq ! 0 :B 6E 44.31 E 141.2(::, NIt 7E 46.21 E !44.76 N!! :::;6E 48 .:04.,~...E~ -~ ':' ':' N 12 3EE [::AL. CULAT IOI'..I OF I_E!:AST DISTANCE BETWEEN WEL. LS P ,:, s i t i ,:, n ,:, n ~ e i 1 M-- 20 M D T V D N '-: E W Cl,:,sest P,2siti,:,n ,:,n ~et I M-2'? i:7;hl F,::: :37'C)0 C);'~ .~':' /-'--'F'-; 17 12 E · _. - a - - . :~ . ... .- ,-: u t_~, ... , n i', 801.58:3800.0,:'~ 5:3.6,9 S 17. i 2 E !',S' C, 1.58 :'::'F..' 00.00 58. ,"_..,9'.-_:; 17. 12 E P 001.58 4 c)0 o. 0 c:, 5 ~3./_-,':.-.' :--; 17. 12 E M D T V D N ,.E; E W 1-5('_') 1.5::': ,-'1-50(). 00 58.6'.-} '3 17. 12 E ~601.58 4. 600.0(} 58.6'P S 17. 12 E t. 70 !. 58 4'700.00 58.6'? '.E; 1'7.12 E ~8C)!.58 480C).00 58.6'9 S !'7. !2 E 4. 096.00 -q. 0'F'4.14 10:3.- 46 N : ..... ._ o 41..._ . :,._, 106. ':¢.. ,_,/- N 4295.72 4293.72 110.42 N 4:3'P 4. o.o.. 4:3'? 1 . ':¢..._,":' 11:3.8:3 N 4.487;',, 49 4487.28 118. i :3 N 4584.40 4581.89 ~24.51 N 46',B0.48 4677.45 132. '?0 N 4775.~1 4771.:35 142.52 N 4 F: 66.0'? 4 t--:61 ,, 31 15:::. 68 N 47.'55.88 4'...-z'4'~,'. 5'7 167.44 N 5044.77 5C)36.38 183.58 N 51 ::.:: 1. 'F.' 1 5120.88 201.73 N F( e -F : S0:::4'F~2. :--:MA Distance Dir. ecti, Between Between Wells Wells 50. 15 E 151.40 N!2 :z:,/_-,E 51.95 E t55.16 Nl:3 OE 5 :--:. 41 E ! 5'.-T-'. 7 :z= N 1 :'-': 9 E ....._ . i ,'.':, E i 6:3 . ._/-,/-_, N 1:3 :.27 E 56.84 E 167.(:)5 N!3 46E 5:3.56 E t 70. :38 N i 4 :Z:E .=?.T.,. '.::..'7 E 174.57 Nlq. I:-_-:E 61 /-,1 E 17~:~ '-"= ~ ..... :,._, N 14 ~"- 6q,. 11 E !83.40 N1,.1. 53E 67.72 E 1 ,-}. c>.. ':.'.. =':' N 1 ._, '= 26 E 72. '.T-'7 E 200.84 N ! ,/.., 1 DE 7':.--'./'_-, 4 E 212.6:3 N 1 '7 16 E 87.21 E 226.96 N!8 16E 76. i6 E 244.80 N19 16E ..... --' 1 ,"~A :.-: / E ~ ....... '? 1 N 2C) 13E: 117.44 E 290.07 N21 4E F'osi'bion c,n uJel i M-20 Pt D T V D N'.3 · 000.:35 1000.00 15.6!_=, S i. 100.54 1100.00 21.53 '..:.; ~ 2.": 00.7:3 12,.':) 0.00 27.4 0 S CALCUL. AT ION OF LEAST _3IF.;TANCE.' BETWEEN WELLS C ] ,:, s e s t P,:, s i t i ,:, n MD TVD 0.C) 0 E 50t. i:3 501.1! 0. 18 E 603.8 ::: 60 :::. '~/._, '= 0.7:3 E 70:3.7:2: 70:3.56 o._, E :::04.06 80:3.81 ~'-" ~ ':~.. :3 E '.-7., 04. , ,/-,_ '"/.. 904 ....... ':' ~, 4.57 E 1004.91 tc) 04.44 6.28 E 101'.-.-.'. 25 1018.76 -,/. c.,.. '--"..- E 1019 . .~._,'-' = 1 018 . ""'/o NS 8:3.27 N 82.97 N 80.4.1 N 77.62 N EW Re~: : S07842.8MA D i s t a n c e D i r.e c t i Betmeen Betmeen Wet t s Wel 1 s 5:3. 1S E 98.E:i N:32 34E 50.42 E 77.60 -::: N:31 OE 47.25 E 95.1.5 .::- N29 17E 4 4 '.'::":" E ':.':3 6 4 '::" N 2 7 7 F 4t.5'2 E 92.7! .:C N24- :37E :::8.47 E '? 2.4.6 .::: N 21 ::-:2 E :38.00 E 126,.20 N19 I!E :3:::.00 E 2c) 7.78 N17 B ...... CAL. C:ULATION OF LEAF.:T _T__~ISTANC:E BE]"WEEN WEL. L'.:~ Ft .r-¢ T V D N :3 E W Ci,:,sest Pc, si'.Pion ,:,n I I P1D T v D N S .Jel t H-:2:C) EW 500. O0 500.00 ,:]. O0 N O. OC', E 600. (')0 ,/_-, 0,."~. 0':} 0. ,'"-, :3 S C',. 18 E '7,:1.',0.0 2_' 7,3 0.0 0 2= 5 i :-2; o. 7:3 E 8,:}.,::.~, 0 8 ::2:0 0. O0 5.6 6 L=; 1.6 5 E :::8:4.7 N :::'F', :36 N 'T..' O, '.::..'8 N "-":' 7'7 I",1 R e ff : ::;("~ 7 98:B, 8 t'1A '.:.:'6. :_--:4 N '.-.--'8. 17 N ':T.,8. 1'7 N '.PS. !7 N D i s t a n ,: e D i r-e c t i Be t we .:--._, n Be t me e n Wet l s Welt s 5 8, 3 6 E ! 0 5, ':.-:':-..' N .'2: :2:2 5 E 5 8.6 4 E i C, 7. :3 2 N:3 ::: C) E 5'7,87 E i 0'.:;.', 58 N :2: i 2/:, E 54.'.T;0 E 112.79; N28 10E P,:, s i t ± ,:, n 1'I D T V 'F; 70,:). C)2 700.00 800.08 800.00 ?.' 0 o. 1 F..~ 900.00 :000.35 1000.00 f. 100.54 ]. 10,:"~. 00 L 2 0 0.7 ?-:: 1:2 0 0,0 0 C A L C U L. A T i ri N F-iF L E.' A S T D ! :E; T A N C E BETWEEN WELLS w e 'i t M- 20 N S E W C t ,:, s e s t P,:, s i ~. i ,:, n MD TVD ,',n ~$~el l Ng; 5(i)1. :7":8 501. ,"_'-,C)0. :38 600. 700. :E:'T..' 700. 8C)0.6,5 800. 7':-..'. ':-..' ! N 78.9! N 77.97 N 76.4:--: N 75.05 N 74.6:7": N 74.6:3 N 74 *-'=' N Re f : S0 Dist~r, ce Dir'ecti, Between Between Wells Wells 65.(i)9 E !03.08 N37 10E ,'.: ..... 44 E 1 "';'.-' ::: 8 '::1 N :':: ':.--' 22 E 65.7'.:.? E i 0:3.4'? N 38 57 E 66.5'7 E i (:) 4.66 N :2:::: 21 E ! 06.7 ! N :37 6', E 127.8,'L-, N:34._, = 1E 200.65 N :7.:2 28E '72'F.'0.25 N :':: (') i?" E, 7. :7":0 E 67.45 E 67. '-1-5 E 67.45 E r-: A L C U L~ A T I 0 N 0 F L E A S T D I '.:; T A N C E BE]"WEE:N WELLS Ref : S07991.8MA Positic, n on wet1 M-2C.' MD TVD NS EN MO Closest Pc, sitior~ on ~ett Id--.--._ T V [i N :2; E W Distance Dir. ecti( Between Between Wells Wells '2,0.80 E 97.87 N 3',=: 4 0 E 57.97 E '.T: :--:. :2:9 .':] N:38 1 :--', E /_-,!. 11 E 102.0,:} N:B6 !92 63.45 E I,:}7.0:3 N35 172 9 0 0. 1 :::: 9cl0.0,:} t ,:}. 06 'S 2.9 :'q E · 0 ;';0 :_-: 5 ! ,:-! c) 0. C:,C', 1 .~ ' = .=, . ........ - ._.;: ..... '-' 4 57 E .1 ,:}0.54- 1 I ,:},:}. 0 0 '21.53 '.:; '2,. 28 E · 2 0 0. '7:2:12.00. ,:')0 2 7.4-,:} S 7. ':79 E ; :30 0.91 1230 0.0 0 :B :B. ';_:.27 S 9.7 0 E : 4,:} 1. 10 Z 4.0c}. ,:}0 :39. ~. 4:2; 1 1.42 E L 501.29 t 50,:"). 00 4..5;. 0 :t. S 1:2:. _1. :2: E L'2,01.44 ! 60,:). ,:}0 5(]:,. :25 S 14.66, E 90!.94 901.17 8222.10 N 0,:')4 .. .:. .... 1004.08 79.75 N 10 !. 7 8 1 100.9 0 7 :q. 9'---2 1'4 2,:])0.81 1199.923 78.65 N 2300.79 1299.91 78.80 N 4,:},:}. 6,:} 1 :--: 99. '7:2 7 F':. 9 9 N 501.231 1500.42 78.71 N '2,01.01 1600. 13 7:--:.6:=: N 63.2221 E 111.29 N233 ! /',1 70 E 111 27 'C N2220._,= ._,:' E- '2,1.:B6 E 114.56 N28 4.42 6.1.6,2 E 1 18. :--=4 N 2,2, ._j, 61.62 E 123.51 N24 5iE 61.61 E 128.235 N23 02 61.65 E !32.90 N2i 252 6i.40 E 137. !4 N19 562 L70!.52' 1700.00 54.23 S 15.82 E [8,:}1.56 1800.0,:} 56.95 S 16.61 E 1.901.58 19('i0.00 58.41 S 17.04 E i'001.58 2,:},:}0.00 58.69 S 1'7. 122 E 1700.55 1699.66 1800. ·7:3 1799.85 1900.83 1899.94 2001.238 2000.50 7F~. :::4. N 79.06 N '79 " . 0-- N 78. ':?.. :::'_, N 61.26 E 140.61 N18 512 61.';.29 E 1423.16 N18 1lie '2,1.(].'7 E 144.35 Ni7 462 61.1! E 144.53 N17 4232 ;.:.'101. 58 2100.00 58.69 S i'7.12 E _::' 2'.,.".~. 1 . ._5,..,':, 2200.00 h] ...... 8. ,/.., 9 S 1 '7 . 12: E ;i~301.58 2:BOC~.O0 58.69 S 1'7.12 E · 240 t. 5(:]: 24(].'0. ()0 58. '2,9 S I '7. ! 2 E 2100.61 2099.72 2 2'01.2 9 2220 (). 41 2'--:rio 4-5 2 29 9 '."-i .'- 2'400. ,523 '.:_-'23':?'.:.~. '74. 79. `1. 0 N 78..v, ::::,_, N 78,9,'.":, N 79.15 N 61.18 E 144.66 Ni7 442 61.26 E 144..2229 -::: N17 4.82 6i.22 E 144.54. N17 462 61 ':,"--.' E 144 --":' N 17 48 E -, =' .') =S,::, ,'q o /.,,:: S 17.12 E ~....:, ~. 1. 2' 500. A 0 ~ .~. ~..j .. .... ~, - .. 26C) 1, tS::.: 26(].'0,00 58. ,'.':,'~ S 17, :L 2,':' E 2'701.5 8 :'.27 () 0.0 0 5 8.6':? '.:; 17. ! 2 E 2801.58 2800.00 58.;2,9 S 17.1'_23 E 2500.51 2499.62 2601.37 2600.48 ....... :-.~':C ~" '::'7A1 62 2801.59 2800.70 · '~c:, 1'7N 7F,'. 81 N 78, 27 N 77, 58 N .,si..':,,:, r: 144..29 Nl'7,- /_.', 1. :22 :B E 14 4..5'.T., .::] N 18 , E 61.92 E 144.1 1 -::.l N18 72 A_ ..?. 18 E 14 :B . ._.~._,"--' -::] N 18 18 E 2901.58 :;.290C~. 00 58.69 S ! 7. _1. 2 E 3001.58 23000.00 58.69 S 17. i2 E ...,':' 1 (]. i . F:; .... 8 :B 100 ,, o_ 0 '~'::',. ,..,. '2, 9 S 17 .12 EE 320 i . 58 :3200 . 00 58,69 '.E; 1'7. !2 E 2901. 239 290 0.50 :BOO 1. ! 2 3000.2:;;_' 3101 =;:' ':' `1. 00. ' 3202~ 0-~ 3:20!, 13 77.18 N ""'/'.,- _,. 79 lq '76.32 N 75.57 N 62.63 E 143.29 .-':: N18 :B1E 6 :.2. ':? 0 E 14. 3.01 .::: N 1 ,_,':" 4 O E 63.30 E 142.69 -.'.'] N 18 532 62B.38 E 142;.2.02 < N19 OE :'32B0 :B. 04. :B 302.12 3401.97 3401.05 :B 4- 9'7.2.1:2:4 9'2, . -:,~. o,_, 3591.55 3590.4,'.".:', 74, :Bi N · v..-. 41 iq 74-. 0-/ N 77. '2,4 N M 0 T V D N ::S,'0 i. 58 :Z-::.--;00.00 ~ 001.5~--: 4000. ¢)0 .1.10 .t.. 58 4100.00 ~ 201.._.=,,_,':' 42 ~.'). A.. 00 C A L C I_1L. A T I 0 N 0 F L E A'.::; 7' D I F; T A N C E BETWEEN WELLS EW MD C 1 ,:, s e s t P,:, s i t i ,:, r: ,:, n ~,_~ 1 1 T V Fi N F; M-25 EW I7.12 E 17. 12 E 17. 12 E 1'7, i:2 E 84.24. N 94.48 N 108.41 N 1 °-: ~ .~. .... / 1 N 73.49 E 8:'::. 26 E '.T/:--:. '.T/1 E 105.35 E 17. i2 E 17. 12 E 4-041.75 40:31.6,1 4i25. 1:3 4].11. 1'7 14 .... 1 ':'... N 1/-,/-:31 N 1!7.57 E I -::0.7 6, E Re{ : S079'.--..' 1. :_--:MA 154.54 N21 3!E 169.00 N2:3 21E ! :_-:8. ('_)6, N24 41E 2 i 0. 'P::: tq 25 34 E 2:2:7. :::5 N26 14E 2/L-,7. ':'/-.-,_, N26 48E BETWEEN WELLS F' o s i t :i. ,:, n ,:, r~ ~,J e 1 1 N-:20 H D T V D N '.E; iE W Closest Positic. n on MD TVF~ N'.E; EW 500.00 500.0C) 0.0C> N 0.00 E ./=,C)C). 00 ,5,0C). 00 0./=,:3 :--; 0. 18 E 7Cx}. 02 700.0C~ '7.51 S 0.7:-_-: E :E:00. q:::._ ..... :::C)C). Oq... ._,~./=,6 c.._, I . 65 E 50!. 54 501.5! /=, 0 !. 4:3 6 C', 1.39 70i. !! 7C~!.06, 8 01.7 4 ::':: 01.6/=. :::6) '~'o N 78.87 N 77.90 N 7 7. '.-:,'8 N Ref : S;07877.:--:MA 900. 1 :E: 'F..'00.00 · 000.35 1000.0,.'} L100.54 1100.00 L200.73 1200.00 10.0/'-, S '2~9:E E 15 ¢- ?] S 4 E " 57 ':' 1 ~.:, :.r...; /', 2::: E ,~L, n --- ---* ~. u 5:-' 02. =._'=' F,,=..:. O. 2 .0 :=: 9:),5. ?5 93!5.6:5: 'P35.95 'P35.68 ::' -"' '-! n ..... 7 8.76 N 7:5: o.:. lq 78.9:F.: N 78.9:3 N D i s t,.s n c e ri i r-e c t i, Be t;z~,ee n Bet~z~ee n Wel I s Wet I s 5:-_':. ?5 E ?9. ,/=,2 N:3,/=, 17E 58.42 E 'P8.56 .::: N:=:6 i3E · _,,. ,-',_ ._, E ':'..- :::_. 64. N :=: 5 2:3 E 55.29 E 'P'F:. ::-:7 N32 40E 50. t 4 E ! 00.61 N2:._=: 0 E 48. :2:4 E 122.47 N24 50E 4-8. :34 E 197. i 3 N 22 4. ::-: E 48. :34 E 287. -7, .=,_ N 2 C, -,'~'" ~:_ iE',ETWEEN WELL_:=~ P c, s i t i ,:, n c, r~ ,.u e I t M-2 (D P'IZi TVD N~=; EW F: 1 ,:, s e s t P,:, s i t i ,:, F, MD TVD OF~ ~.~ei 1 M--2 NL:; EW 50(h.00 500.00 O.tDO N 600.0 C, 600.0C, 0.63 7,:-~ 0.02 '7 tD 0.00 'F.'. 5 t ~=~_ .....;'~(') C) 8 :--~('). (').. t')(') .:l,. 6/-, ._, © 500.80 5,:1) 0.7'F..' 6, o c:,. ,_,._/- % 6, 0 ('.',.. 6, 4 7,:1.~ 1. t 2 7 c) I. 10 ,9, t} (:). 44 ~--~ 00. :B'? t O. 51 N '?. ~--:8 N 9.05 N 6.74 N 1:--:9.57 E i?=., (-)~ = 1 :B:=:. 6a E i f::8. t}6 E 900. 1 :=~ 9(DO. 00 .0 Or}. :B5 1000 ,, tDO · 100.54 11(")0.00 .2C)(:). 7:B 1200.00 10.06 S 15 / ~''- . ,",._, S ";'1 =~ '=' S '?.'7.4(} '.B 0.92 9.'. 70 :.'26.90 50, 5:]: N S 8 1 :BB. 32 E 14.0. '74 E 145. 17 E 150.80 E 158.88 E: I6:B. 89 IE 180. '~"=-'....- E 192. :20 E · :Bt":'O. 91 1300.00 .401. 10 14C, 0.00 ~501.29 1500.00 · 6t} i. 44 16 (':t:). (')C, :B:'::. 27 :B~. 14 45.01 50. :25 9 ,, 70 E 12 :--:C,. 77 127,::.~. 19 11.42 E ;L :B 66.25 1 .'2:48.8:B !:B. !3 E: 144:E:.,/-,4 1422.72 14.66 E 1526.5)5 1491.16 78.55 110. :B5 14.4. :]:3 180.86 S S · 701.5·':2:1700.00 21 ¢:,. 74 $ 2tD:'q. 74 E ReF : 806827.:]:MA Iii S Bet~eer, Wells gir'ecti Betmeen Wells 1 :B8. 1 :B6. '.:..'7 2'7 -':: 4(:) -'-:: 9'7 <: N85 N85 N84 42E 40E 12E i35. 1:36. ! 39. 145. ! 58. 180. 209. · .'4._1. 85 -::] :35 19 4.1 72 24 4.7 8:2 N85 N87 S::::7 :"=;8(D C:;73 · -: ,~", ._1 ..":,...~ .-.. S5:B 22E :':: 0 E 4.7E · i~ '-'~ 7E 40E 40E 28:]:. 77 ::.';49 9E C A L C:lJ L A T ~ 0 N 0 F 1_ IE A S T D i S T A N C E BETWEEN WELLS i:'ositi,:,n c,n oJel 1 M-2:C, M D T V 1] N :-7 E W C:l,:,sest Position MD TVD on u.~et 1 NS '70i::,. 02 '7c}0.00 2.51 '.B 0.7:2: E :'300 OA 8o0 O0 5 E,,'.':, :-'; :1 /-~ ~ '4. 9 8, '::.' ::: 4 ?,'_--:, 9 i ='-"- 2'7 .=,'gy 27 ._~ .':,' .,:2 ~ . '~ ~ 6 (9 ::.:, 4 :B 6,9 8,41 7'P 7, :--: i'-.~ 7'::? 7, '.2 ~, 2:E~. 44 N 23.83 N 24. o'.--..' N i._,. 15 N '::',' 00. ! 8 'F..'O O. 0 0 1 c}. 06, S 2,9 :'-: E z')on ":'.=, .t. o,:¥; ,'",o 1 .... = /-.=; '._:; 4.o7- c - - ~ n . .- .'u '.- . n 1.10c}.54 llOEli.c}O 2!.5:-:: '.E; 6.28 E [ 200.7 :-:: 1200.00 27.40 :':; 7. 'i.:-"9 E 895.49 8':.-.'5. ::-)3 9'::: i. 32 99 ii. 70 :1. 083. '.-76 1082.29 ! i 7:3.6,::::' 1170, (')3 '?':' 57 38.5:-:: N 51. 'T-'8 N 6'.;.'. 90 N 91. 14 N 118, i)2 N 145.22 N L 30 0.9 _t. `1. :3c} 0.00 :-:::3.2 7 S 9.70 E ,~ 401 . 10 14 ¢). ('). .00 ._"::':.'.. . 1,1. .:'-' ! 1 . 42 ,_ I. 50 'J.. 29 15 ~.'),:]. 0c') 45. El 1 S _1. :-::. 13 E 1.,_...'.--"-~"7',. 76, 1 ..._ 1 . .. .... 1345,4I I:-::34.40 _!. 4 2 i). 6 2 14 04.273 Ref : F;O6771.:_--:MA ST ~,1 Flistance _Flir. ecti ................... Betk~een Be t~e.e n EW Wetls Wells i :--:,/:.. 50 E ! :--: E:~ 50 N 80 ! 5 E ! 37.2:3 E 1 ::: 9.2 ! N 7'.7.' 5 :_:: I'-- 1 :':: 7.7 2 E 1 :::'.--.-'. 56, N 7 'F: C, E 1 :-::8.67 E 14,:). ,-1-6 N77 20E 14. 0. 1 ::-: E 142.8 8 N 7 :--: 5 :':-: E 142.36 E 148. :-::5 N68 32E 145.48 E ! ~._,_,.c' ,.i. 1 N 6,2 10E !'.1-'.-:, =1E !74 :_::4 ='=' i~' ..-, . N ..... , '-"E i54.59 E 1':-./7. li:l N,t.'T: ';::!E 161. 15 E 226,. 77 N.,-!-:-:~ 37E 16,7.4.2 E 26,3. O0 N3'.-.-: :BE C A L C t.J L A T I 0 N 0 F L E A'.:; T D I S T A N C E BETWEEN WELLS M D Position ,:,n ~ell t"i-20 T V D N'.E; EE W MD C ] ,:, s e s t P,:, s i t i ,:, n TVD or, wel 1 M--1 ST :I$1 N S E W 5 ,'.') 0.00 '5,(]." 0.00 700.02 800.08 5,:] 0. ,::) (:) 0.0 C) N 0.00 E 600. ,:'.~ 0 ,:')_. 6:3 .:,'-' c).. 18 E 700.0':') '5-'. 51 rE; ¢). 7:3 E ',:: 0(')_. 0 C) 5.,_,/- ,_,/- ,.E; i .0._,' = --F ~_._,'-"":'. 44 N t :36 . ._.=i;-~.. E 2:7.:. 8:3 N 1:37.2:3 E 24.0'? N 1:37.72 E ~._, 1 N I:--:8.6'7 E '!? 00. 18 '700.00 · 000.35 1000.00 · 100.54 1.t. 00.00 · 200.73:1200. ('),:":, ! 0.06 S '--..'. '?:'5: E 1'=._,. 65 :i; 4.57 E 21 =i':' '"" ....... :, 6.28 E 27. ,:.1-,:"~ S 7. 'P'P E 5. '4. '? :::':':! Fi. :35: 1. :32 'P 5'0. 70 :2:.96 1082.29 :3.62 1170.0:3 · ") C'! '"---'. · ... u ._,,.N :38. !5:3 N 51.':-::8 N 6'P. 90 N Re f : ::;0A772. ,:,Ph..-~ :300. ';:' ! .1. :300.00 4 C', i. 1 (":, 1400.0':) !...:,t. 1 ....:1. 00 " ...... ) ~ 5"::~ 500. 'Pl. 1-.I- N 118.02 hi 145.22 N Di star, ce Dir, ect i Betmeen Bet.J.een :3:E:. 5C' N80 15E :3'F!. 21 N 75'! .... :, E 39.56 N 7'F.' OE 40.4,5, N77 20E 14. O. 1:2: E 14. 2.88 N7:3 ._ ,:.E 142. :3,'.':, E 148.35 N/:,8:32E 145.48 E 15:E:.4'i N62 10E 149.._, '= 1 _r': ! 74. :':: 4 N =.:, =.:, i7-''-' i54,,5'? E 197. 10 N49 21E I,/:, 1.15 E 226.77 N43:37E 16'7.42 E 263.00 t'q37 3E F:AL F:ULATIr]N CiF LEAST DIF;'TAN BETWEEN WELLS 1"t FI T V D N '..7 E W C],:,sest P,:,siti,:,n ,:,n I"1D T V D N S 500.0,:]) 500.00 0. (":' 0 N 0.00 E 60,:") ,, 00 600. (} (} 0. &,3 '.E; (}. t ::: E 70(}. ,..':,2 7()0.00 '7.51 '.E; 0.7:3 E 8 o 0. (-)_ ',::_ 8 ()0 .00 5 .66 ':'._, t. c,' =._, E i'F:. 7A N '---. ' 1.5/_-, N 26.44 N :':::3.61 N 900. ! 8 900.0("~ 10. (')6 S 2.9 :.3 E ,:':',,,-~o ':'.=, 1 (} 0C) (}() 15 /:. ~ '.::; .--'I- 57 E · ~ .... ~ ._~-_ . . _ ~m .~ _ L100.5,4 11,:'::'0.00 21.53 S 6.28 E L '::.200.7:3 ! 2 C, 0 ,, 00 27.40 S '7. ':.-; 9 E 89 !. 10 :::':90. 18 ,:),-, =. ,:) ~.]f -':, ,:) -'1:, .~-,: .....4 ! ............ 1077.52 1075.09 116'i.:J. 0,:} 1164. 'F: ! 42.!7 N =' 1 8'7 N 64.25 N 80 z-! N 101.1:':: PI 12:3. :z:8 N 14:z~. 17 N i. :300. 'F' 1 1:300.00 :3:3.27 '.El; ,.T.,. 70 E L401. 10 i400.00 :2:9,, 14 S !i.4:2 E I. 501.29' :[ 500.00 45. () 1 '.E; 1 :::. 1 I:: E 1262..84 1256. i6 1 ':"-3 :[ .=i 4 i :341 ;" ':' 14. :;ii: 1.00 1407.88 EW Re-F : Distance Dir-ecti, Betmeen Betmeen Wells Wells 142. :-:: 0 E i 43. ,"_-,:-3 N82 6 E 1 -'.I-:2:. 6'9 E 145.24 N :--: t i :2:E !45.07 E 147.27 N7::: :37E i47.:35 E t5i.07 N74 55E ! 5 (). 7'.-.-.' E 157. 12 N 70:3 :E: E i54. :32 E 1,'_-,'=._,. C',,"'-,_NA.=;_ _ 44E 158.58 E 176.5,"_-, N 60 :E: 7 E 164 05 E 1':.":-' 01 ' = = ~ u ...-'. -- 171.72 E 2i5.02 N50 t'T..'E 179.5:7 E 241.24 N46 2E ! 8,"_-,. :z:,.~:, E 271.88 N 42:38 E C A L C 1_1L A T I 0 I",1 0 F L E A S T D I S T A N C E BETWE-E~N WELLS F'c, sit±c,n c,n uel't M-20 M D T V D N S E W Closest P,:,sitic, n on uelt MD TVD NS EW 5,:":, i. 12 501. (".~ 8 ! C',. ,r.', 1 N 6,:::, 0, :---: o 6 (),:":~. 7 :':: 7,, 6 :':: N 700. :--',6 700.76, 5.1 'r.? N 801. 1 :.-:', F-:C, 1.00 2.7/z, N L 801.5/_', ! 800.00 5/_-,. '?5 S ! 6.61 E [90!,,58 1900.00 58.4! S 17.0.4. E · ~00]..58 2000.00 58.6? S i7. 12 E 1300. '7'? 1300.61 3. '.':~ 2 1400.'?]. 140A.73 3. 1 ....t. P~ 0 ! . 31 15,:] 1 . ! ._,": .... ..:,'. 34. i 600.00 15'.;.:"?. °78 1. N N N N ;:.' ! 0 t ,, 58 2100.00 · '_.'201.58 2200.00 :?. 301.5 8:2300.00 · '_.'4C~ 1.58 2400.00 58.6'.:.' S 17. 12 E 58. 6'.-.-.' S 17. !2 E '=i'::' A'::,' c. 17 :1.2. E 58.6S' S 17. 12 E 16,'? 3.33 t 6,';.-.' 2.86 4.. 1 '7 1'786.4'.-} 1'785.44 12.74 1880.78 1878.78 23.27 1 ';.?'73.08 1 ':7.¢6'F-'. 70 3:3. 42. ,-,l 5]2.01 6.2.4.5 73. '~0 2('x52.00 2,"~RA ~'/. · . _ - ~ ..) 2147.22 2.138.87 :;.'.'.227.91 ':.2:215.75 2302.63 228.5. Re t: : S08';'8/z,. 8MA Distance Dir. ect i Betueen Betueen Welt s Wet 1 s 1 :':: 7.4. 5 E ! :':: 7.82 N,z,'-'.~._ 5',:_:,- E ! :36.84 E 1:3,'"... ';-.' 1 .::"N:-:: 6 3 :B E 1:"::6.45 E t 35. ?4 .::" Nu6 45E 1 :':: 6.02 E i :?, 4.64 .::" N 8,.2, 25 E 1:2:5.42 E 132.72 .::] N85 23E 1:34.'75 E i31.22 -C N83 34E 134.65 E 12'?.'. 85 .::] NE: 1 22E 134.3:':: E ! 2:-z:. 73 .::] N78 ~ ' 'rE 1 :':::_.-:, '75 E 127.88 .::" N 76 ! '?E ! 3:'-':. 50 E 127.27 'C 1'473 36E 132.?,..'I-E 126.:=:6-.':" NTO 4'."-.-'E :!. 3.1.. 52 E 126.4/, .':" N67 32E 134.13 E 132.13 N63 44E 139.87 E 142.:34 N60:3IE 147.91E 155.73 N58 2E 159.47 E 172.48 N56 58E BETWEEN WELLS Ref : S0:--:270.:_--:MA Position on ~ell T V D N :_=; M- 20 Closest Position ,:,n wet 1 rzt MD TVD N:Z; Distance Dir. ecti Between Betmeen Wells Wells 0.00 N ('). /- ":~S 2.51 S ._,. 6,6, .:,'-' c) · 00 E ~ (') C) /-,'--~ .~ C),") /. o 1./- m ._ . .. t"~ t 8 ~- /-,t') 1 07 /-,t') 1 ~.')/-, 16, 0.73 E 7c) 1.32 701.:B! 16 t ' ~ :-:('.', 60 8 t') '='-' _.c,._, E i ! __ 1/-, .. a . , . h--I .71 N .61 N .54 N .55 N 1:37-:. 77 E 1:2:4.81 N 82 5,:3 E 1:3:3.00 E ! :3:'::. '.-74 .::' N:_::2 366 1 :B 2.0:_7 E I :--:2.68 .::: N:---: 1 45 E 1:30.81 E 131.07 '::: N:::O 156 :30 O. 9 :L 1 :;'-:00.00 401. 1 c) ! 4 (]) 0.0':} 50 t. 2:9 150 C). (') C, 6,01.44 1600.00 I0.0,/_-, S != /-,.:i ~--; ..'71 . 5:B S 27.40 :_--; :B:3.27 '.=; :39. 14 4 ....01 S F;t') ":'Pi 8 16.61 N 17. (}6 N 1.; ...... N 18.7:3 hi 1 '.-?. :'B3 N 21.06 N 22.72 N 24.7'7 N ! ';'9.6,2 E 12'9.4.7 -'.:] N78 76 . N /._, ! :36 128 5,.']) E 128. 18 '::: ' ~' = 1':'27.76, E 127.70 .::] N72 2E 127. :33 E 1 '27.94 N6:::: ~'- "= · 126.99 E 12C-:. 75 N65 :'qgE 126.67 E 130.07: N62 25E 126. :'::6, E 1:31.95 N59 7E 126.0:3 E 134.30 N56 2E ,701.52 1700.00 801.56 1800.00 .901.58 1. 900.00 !001.58 2000.00 54.23 S 56.95 S =P:' 4,1 S 58.6'P 'S 15.82 E 1698.'76, 16,98.6,5 ! 6.61 E 1'798. :38 1798.75 17.04 E 16:98.92 1898.77 17. 12 E !998.':71 1998.75 26. '76 N ' --.' :=: . .:'?':' N :-_..:0.12 N 31.60 N 125.80 E 136.59 N53 386 125.58 E 138.50 N51 536 125.41E 1:B9.94 N50 45E 125.33 E 140.94 N50 9E :'101.58 2100.C)0 :' 20. 1 . ._,_,'=;':' 2200.00 :'":','3 t =;o 9 :':: C) (") 0 0 !40:1.. 5 :B 2 40 C). 00 58.6,9 S ::Ps"' A'::~ S 58.69 'S 58.69 ~-:; 17.12 E 2099.04 2098.88 1.7.12 E 2199.06 2198.89 17.12 E 2298.81 2298.6,4 17. i2 E 2398.77 2398,,59 17.12 E 17.12 E 17.12 E 17.12 E 2499. (') 0 z. 4. :.. ,::,. 82 2599. 19 2!599.0:[ 2699.15 2698.97 .? ~ q c~. 1 4 ";' 7 '::~ F' '? '= 3:2.78 N 125.39 E 141.74 N49 486 33.73 N 125.6(} E 142.52 N4.9 346 34.70 N 125.99 E t43.45 N49 236 35.69 N 126.42 E 144.42 N49 116 i:90 i. 58 2900. ()() !:001.58:30C)0. O0 ::101.58 3iC)0.00 !:201.58 :B2C)0.00 58.69 S 58.69 S ::;'=' /.,9 S 58.69 S 17.12 17. 12 17. 12 17. 12 2'P'.T.'8.98 2998.78 ..,.~ ¢.,~ ~ ~ .--~ · : ..... ~.._,..:,..:, :B 095.0 6 :319:3.05 3i92.37 39.82 N 40.80 N 38. C)4 N 128.24 E 148.07 N48 :-_-:86 128.73 E 148.88 N48:346 1:31. '74 E ! 5 !. 86 N49 :BE 1:39.72 E 156.36 N51 446 !:3(:)1. '::"-'._,,:, :Z.::B00 .00. . i:40 !. 5:B :B400.00 ::501.58 :B500. O0 !:60 i. 58 3600.00 17.12 i7.!2 17.1.2 17.12 32:E:9.6.7 3288.05 :3385.48 3:]!:8'.?. 23 :B480.30 3474. '74 35'75.50 356.7.12 ":'":' 36 N 24.07 N 13.67 N 1.81 N C A L F: Ui... a T I 0 N 0 F L E A S T D I S T A hi C E ~ETWEEN P,::,si~±,:,n on wel'l N-20 F ..£ Ng; ~J M T'I ' b'l ~- I Closest Position ,:,n ue~l M-.5 MD TVD NS 1.0oi.58 4000,0¢~ 17. 12 E 17. 12 E ].7. 12 E 17. 12 E ! i. :3:3 '-'-'=' 29 '-' ..' ._s = . 55.81 S R e f: : S 08'-77,:1~. F-: M A Distance Dir-ecti, ....... Betueen Betueen EW Wells Wells 225. ,/_-,2 E 217. 'F./'.-.-.' N77 i 2E 247 .=,= . ..... , E 24(:) 14 N::-:I 45E 27 t. ! 6, E 266. '.--.-':E: N85 48E :-2 '? 7.24 E '-".. ':"... ':',_, .3 ('~. N 8 'F: .-"-' ._, ~ ~-- F'c, siti,:,n ,:,n we] l MD TVD NS :, 0,:".~ 4.6, 2 5, 000.00 97. :'-'; 1 :, 106.73 6 ! C',O. 00 11 ::~. 51 :,209. ,'.':,,'.'!:, /:,200.00 1 :--:2.5,7 :,:2: i 3.57 6300.00 154. E:5, )418. ,,'--,4 6400.0C~ 180. 19 : ...... :.4.87 6500. ,.'":,,2, :20:--:. :":-~6, :, 6 :B 1..,:_ ..":' '-';.' 65, 0,."':, . r.,... ¢:,_ 2 :-:: 5, .98 :, 7:37 71 670 C, 0,:':, '-' / = . . . ..:.,:: ..... 59 :, 84- 4. 12. 66:,:":, 0. () C, 294.. 20 · ,'-.':, ~q o ._ 4 ,:':. 900 00 :':: 2:2 :_: 1 ~ c) '.=:i ,/-, . 9,/.-, '70 o,:'~ 0 o .z,._ 1 4 :.5: r 15,:.::. :38 '7100.00 380.04 .~. (.., ..- ,, [ '.:! , ... ~ :.5:'75,. 21 7:2:00. C.~ 0 4. :2:7,25, M- 20 S S C A L C I..IL A T I 0 N 0 F: L E A:'--; T D I S T A N C E BETWEEN WE'LL.S EW C l ,:, s e s t P,:, s i t i ,:, n MD TVD 47.4.:E: E 60.22 E 75.2:2: E ':T.'2.7:':: E 722:B. 23 5,137.5:2: 7:2:2:3.84 6, 22:--:. '75, 7425.80 5,:2:10. 2:2: 7~.-:-~ ._, .../. 4:2: 5,:2:'? 4.9 i 112.64 E ! :2:4.80 E t57.29 E 179.79 E 7630.95, 5,479.52 '~, ~, ._,..'--'":.' :2:1 /-,.~/-, 0 , ..... 78::?0. ,,'--,2 5,5,39.54 · .~ ,.:) ..-:, , :. ~=.,:,. 12 6718, :2: 5, 202.':. 28 E 224.7::-': F£ 247.2:::: E :269.7'7 E 8 A ...... 26.78 ,<-_, 79 :::. c,/- ''~, 8126.18 6:_--:79.72 8224. :'::0 5,959. ,,'--,5:5 8:2:21.77 '70:2::2:. 69 ":':t. 4- 77 E I ! 4.2:2: N o._,. 40 N 1 :B. :2:7 N 40.5. 6 98. 10 S 15".. 6o ':' ._ i_! u . 21:3.88 S · ':,/.,c:, ,m.':: ,.:; · ' *-- .. n ..' :B82. ,'S!5 'S 4 :B F:. 72_ ._,c- 495.04- L-; .... .,_. 33 S 61 ':::'. :':: 2._,':' G-2:31~t~t EW ,'.:, I .... ., IAI 51.70 W :B5,. 10 W 20.5,',2: W 4.,,'--,7 W 10. =''-''' F 2.4. :B9 E :36.71 E 4.7. '.:.:'7 E ~']':' 6:B E 5,8. :2:7 E )"7. ::::3 E Ref : S('~6/'-,77.7MA El i s t~R ce Between Wells Dir. ecti, Between Wells 277. 244. '2!4. 1 '::/- 4-7 75 '::: 2 i -::1 E:5, <1 N2:--: N:::2 N:37 N44 :B7W 2W 20W ! 5,3.78 .::] 147.5,8 <_' 14.0.57 -::' 144, :32 ! .- I u -- 177.76 203. 11 2:2:2.42 N55 N/.:,7 N:::O S88 S78 S70 S64 S59 OW 23W 8W i, 19W 12W OW 8W o._1 49W BETWEEN WELLS Pnsition or, ~,e] 1 M-20 M D T V D N'.:; EW MD Closest P,:,sition ,:,n T V D N S ,': ..... '.:; 22: ~ E A'--.-':=:c)..":,2 _ _ ,, z -- .... -_~,..%, ,,/ 7 :'-':.._ .. S 2:3.78 E 708,:3 .9. '=~.. ._, '=':,:. 48, .20 84.0o S 37.01 E 7157.:2~0 6017.27 97.31 S -,I, 7.48 E 724. Lq. ,'2, :3 6,.") 90. 3':.? :,106.73 2,!00.0C) 113.51 '.E; /:,0.22 E :, 20 ")... 66 /-_ 20. o.. 00 1:2:2 .67 :E; ?, ._F,. 2 ,-,C' E i, 31 :':',. ~_ 7. 6. i:: 00 . ('). 0 1 .'=-;~ 4 . ,_,':',_,/- ::; ':'... ~':-'. 7:3 E !.4!8.64 .'2, 4.00.00 180.!9 S 112.64 E :, 5';!'. 4. F: 7 6500.0 (") 2,."~ 8. :E: 6 S 1:34.80 E i, 6:31, :;;:' 9 660,.'), 0 C} 2:36, ':7., 8 '7; 157.29 E '-, 73'7.71 F.,_ 7 c). 0 .00 .,..":',_.,/'- =.1._, R... '-?.. S 179. ~, '::'.. E '-,844. i:2 6:3A0. ,, O0 2'.;'4 .20 ...,':' 202 . '="-'~.,:, E 6950.54 6900.00 z 0 5 6.9,':, '7000.0 () 716:3. :38 7100. ('~0 7:2:4· 1.95 /:, 1/:,4,4.7 74:36. '29 625::3.79 7.~i":'":' :2::3 8, 3 i :3 91 · -- o_~d~. ~ ~ 7,':.,:--I (h :':I 9 z. -':,c) F) l-:l 6 77?.: 1.06 6470.51 7:F::32. M/-, /- M~ 1 '-"-' '7'.:.:':34.01 66:32.04 :322~ 81 S 2:24.78 E 81:7:: 2.04 c':, 7:--: 8. :34- ':'F, 1 4:'-': '.3 247 ':":' E ':"="='C~ 92 ;-':'/-.=, 67 380.04 S '2_" 69 .77 E :::: :3:2: 0. ::,-',:,'-' 6943. F:-: 8 12 :::. '?:-3 7:3 ':' ;' n -" i 4.05 6:3. ,':,4 114.67 1~-7 2.~ 220./-,/- 274.91 '::'-~":' 24- ":-":'":' :':liE: 4:3'7. 16 4 ::.:' 1 ~.,:, 5.4. A. 18, 602.21 ,.:; S S Ref : S070tt.7MA Dist&nce Directi Betmeen Betmeen Wells Wells 129.60 W 2'F.."?. 8,2 N3E: 45W 103./_-, i W 249. :30 <: lq 40 5 :::W 77.40 W 201.65 .::] N44 13W 50.44 W 157.1:3 '::2 N4.9:3E:W ..... ,_ .':"? '::7 W ! 1/:, .4.0 .::] N._, :.- 2W .~ ,z,~-~ E ':"-, , '7 ........ ~. 5:2 '::2 I-4 .... , :'::gW :3 :E:. 50 E: 6, 2. O'F..' -C ::;78 11 W /-,'.-"..~(] E ,_,/-~._ 09 '.:;F,i ,, 91. Pi._._,':' E F.: 4 . ,/-,_ :::_ S 5: :2: 2 W 120.42 E 110.69 S21 4-7W 149.2 () E".' 1:39. :39 'S 14:3:3W 1'77.80 E 170.09 S '? 4:2:W 205./:,0 E. '202.86, E; 6:30W '-"-'"" 24 E ..z,.::/., 9':.) '.F.; 4- 7 W .,"-.3-~, ~, .,_._ _ ~ . . 2:60.:34. E 271.71 F:; 2 26W P ,:, s i t i o n MD TVD · 80!.56 1:'700.00 · ':.';0 !. 58 1 ':.-;00.00 ,we I 1 M-20 NS CALCI_ILATION OF LEAF;T DISTANCE BETWEEN WELL'.--; EW C t ,:, s e s t P,:, s i t i ,:, r, M D T V D on k:etl RLF-1 N'.E; EW 16.6,1 E 17 ('7.4 c 116.88 N ! 53. :--:0 N '.--. '50.06, E 216.21 E Re f : 'S076,:3:E:. 8MA Dis t~l'tCe Between Wells Dir. ecti Between Wells · c,,--.,'-., 1.5 2':.-; !. '7 4 -::] N._,.:, 2 0 E N4.3 t !E r',.,~itior, ,:,r, ~ell M-2() MD TVD NS · 701.5:2 17(:~0.00 C A L r;: U L A T I r')N I-I F L E A S T D I S'T'A N C E BETWEEN WELLS C l,:,sest mositi,:,r, or, ,~,ell RLF-1 E W M D T V D N S E W ?.70 E 170'F./. 19 14.87.87 tl 42 c i7~4 0(~) 1509 '--, n ~****., . -- ~ - . ~ .-' _: 1:3. 1:3 E 1778.8! !532.('.~8 14 ,"'_-,/_-, E !844 11 1 .... 4 42 :38. 1'.-? N 64.15 N ?0. 11 N 116 ':'.~ N Ref : S07644.:_=:MA t5.:E:2 E ~89".') 38 1._/, 24 D i s t.s r, c e D i r'e C t i, Between Be t,~ee r,. Weit s Welt s 143. 1/_-, N 'F./:-q. 74 E 2: 4. 6.80 N22 47 E ///lJ¢. i ,,/,,/II//jii~ ~ ~ ' '~ ** CHECK LIST FOR NEW WELL PERMITS ** ! TEM APPROVE DATE [2 thru : (3) Admin 9. 10. [10 g 13] 12. ..... 13. dw/?[ [1~ ~hru 22] 15. [23 thru 28] (6) Other 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. [29 thru 31] 30. 31. (6) Addl 1. Is permit fee attached ............................................... 2. Is well to be located in a defined pool ................. · ............. 3. Is well located proper distance from property line ................... 4. is' well located proper distance from other wells ..................... 5. Is sufficient undedicated acreage available in this pool ............. 6. Is well to be deviated & is wellbore plat included ................... 7. Is operator the only affected party .................................. 8. Can permit be approved before 15-day wait ............................ Lease & Well ~ z~D/_ ./~7,.~3' 7-~./f ~. --~,~::~ YES NO RE~RKS , d.o, / Does operator have a bond in force ................................... Is a conservation order needed ....................................... Is administrative approval needed .................................... Is lease nLrnber appropriate .......................................... Does well have a unique name & nLrnber ................................ Is conductor string provided ......................................... Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water .................. Is enough cement used to circulate on conductor & surface ............ Will cement tie in surface & intermediate or production strings ...... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension, and burst. Is well to be kicked off from an existing wellbore ................... Is old wellbore abandonment procedure included on 10-403 ............. Is adequate wellbore separation proposed ............................. Is a diverter system required ........................................ Is drilling fluid program schematic & list of equipment adequate ..... Are necessary diagrams & descriptions of diverter & BOPE attached .... Does BOPE have sufficient pressure rating -- test to ~oOO psig ..... Does choke manifold comply w/API RP-53 (May 84) ...................... Is presence of H2S gas probable ...................................... FOR EXPLORATORY & STRATIGRAPHIC WELLS: Are data presented on potential overpressure zones ................... Are seismic analysis data presented on shallow gas zones ............. If offshore loc, are survey results of seabed conditions presented... Additional requirements ............................................. 0 -cZ ~0 ~-~ geology: engineer i n~l,:~ 03/29/ t ~ INITIAL GEO1 UNIT ON/OFF POOL CLASS STATUS AREA ~ SHORE Additional remarks'
