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r • N 84®6 0 Regg, James B (DOA) Mc{ Z7 From: AK, D &C Well Integrity Coordinator [ AKDCWelllntegrityCoordinator @bp.com] 6. 1r4 (/76i/ v Sent: Friday, January 20, 2012 10:27 AM To: Regg, James B (DOA); Maunder, Thomas E (DOA); Schwartz, Guy L (DOA); AK, OPS GC3 &PCC OSM; AK, OPS GC3 Facility & Field OTL; AK, OPS GC3 Wellpad Lead; Cismoski, Doug A; Daniel, Ryan; AK, D &C Wireline Operations Team Lead; AK, D &C Well Services Operations Team Lead; AK, RES GPB West Wells Opt Engr; AK, OPS Prod Controllers; Schultz, Kirsten L Cc: AK, D &C Well Integrity Coordinator; King, Whitney; LeBaron, Michael J Subject: OPERABLE: X -27 (PTD #1840690) Confirmed Managable by Bleeds All, Please accept the retiling the subject line for the well as "Operable ". I apologize for the mistake. Gerald Murphy (alt. Mehreen Vazir) Well Integrity Coordinator Office (907) 659 -5102 Cell (907) 752 -0755 Pager (907) 659 -5100 Ext. 1154 + FEB Mi. From: AK, D &C Well Integrity Coordinator Sent: Friday, January 20, 2012 10:23 AM To: Cc: AK, D &C Well Integrity Coordinator; King, Whitney; LeBaron, Michael 3 Subject: RE: UNDER EVALUATION: X -27 (PTD #1840690) Confirmed Managable by Bleeds All, Producer X -27 (PTD #1840690) has exhibited no signs of OA repressurization after performing a PPPOT -IC on 12/12/2011 and re- torginq the lock down screws on the inner. nng hangar. An OA Repressurization test performed with the well flowing from 1/4 to 1/9/2012 and again with the well shut -in from 1/10 to 1/15/2012 exhibited less than 10 psi /day , build up rate, which makes the well manageable by bleeds. The well is reclassified as Operable. Please call if you have any questions. Thank you, Gerald Murphy (alt. Mehreen Vazir) Well Integrity Coordinator Office (907) 659 -5102 Cell (907) 752 -0755 Pager (907) 659 -5100 Ext. 1154 From: AK, D &C Well Integrity Coordinator Sent: Wednesday, December 07, 2011 8:11 PM To: 'Regg, James B (DOA)'; 'Maunder, Thomas E (DOA)'; 'Schwartz, Guy L (DOA)'; AK, OPS GC3&PCC OSM; AK, OPS GC3 Facility & Field OTL; AK, OPS GC3 Wellpad Lead; Cismoski, Doug A; Daniel, Ryan; AK, D &C Wireline Operations Team Lead; AK, D &C Well Services Operations Team Lead; AK, RES GPB West Wells Opt Engr; AK, OPS Prod Controllers; Schultz, Kirsten L Cc: Walker, Greg (D &C); Olson, Andrew; Clingingsmith, Mike 3 Subject: UNDER EVALUATION: X -27 (PTD #1840690) Sustained casing pressure on OA above MOASP All, 1 • Producer X -27 (PTD #1840690) is confirmed to have sustained casing pressure above OASP on the OA. The tubing /IA/OA were equal to SSV/1900/1550 on 12/07/2011. The well is reclassified as Under Evaluation. The plan forward is: 1. Wellhead: PPPOT -IC and re- energize secondary seals 2. Downhole Diagnostics: OA Repressurization Test A wellbore schematic and TIO plot are attached for reference: « File: X- 27.pdf» « File: X -27 TIO 12- 07- 11.doc » Thank you, Mehreen Vazir (1 /ter/late: Gerald .Murphy) Well Integrity Coordinator BP Alaska Drilling & Wells Well Integrity Office: 907.659.5102 Email: AKDCWelllntegrityCoordinator @BP.com 2 UNDER EVALUATION: X -27 (PTD #184061Sustained casing pressure on OA aboOASP Page 1 of 1 Regg, James B (DOA) From: AK, D &C Well Integrity Coordinator [ AKDCWelllntegrityCoordinator @bp.com] Sent: Wednesday, December 07, 2011 8:11 PM To: Regg, James B (DOA); Maunder, Thomas E (DOA); Schwartz, Guy L (DOA); AK, OPS GC3 &PCC OSM; AK, OPS GC3 Facility & Field OTL; AK, OPS GC3 Wellpad Lead; Cismoski, Doug A; Daniel, Ryan; AK, D &C Wireline Operations Team Lead; AK, D &C Well Services Operations Team Lead; AK, RES GPB West Wells Opt Engr; AK, OPS Prod Controllers; Schultz, Kirsten L Cc: Walker, Greg (D &C); Olson, Andrew; Clingingsmith, Mike J Subject: UNDER EVALUATION: X -27 (PTD #1840690) Sustained casing pressure on OA above MOASP Attachments: X- 27.pdf; X -27 TIO 12- 07- 11.doc All, Producer X -27 (PTD #1840690) is confirmed to have sustained casing pressure above MOASP on the O. The tubing /IA/OA were equal to SSV/1900/1550 on 12/07/2011. The well is reclassified as Under Evaluation. The plan forward is: 1. Wellhead: PPPOT -IC and re- energize secondary seals 2. Downhole Diagnostics: OA Repressurization Test A wellbore schematic and TIO plot are attached for reference: «X- 27.pdf» «X -27 TIO 12- 07- 11.doc» Thank you, _ x 1 `0 OA- 5C I Mehreen Vazir (Alternate: Gerald Murphy) r. P- 53S6 Ps�' Well Integrity Coordinator BP Alaska Drilling & Wells % i P _ E-(3, '6 6 Well Integrity Office: 907.659.5102 rto /cT c - Email: AKDCWeIIIntegrityCoordinator @BP.com 12/8/2011 PBU X -27 PTD #1840690 12/7/2011 TIO Pressures Plot wa:x -27 4,000 i 3,000 - Tbg - - L4 2..000 —A,— OA — 000A On 1.000 - { 09/10/11 09/17/11 09/24/11 10/01/11 10/08/11 10/15/11 10/22)11 10/29/11 11/05/11 11/12/11 11/19/11 11/26/11 12/03/11 i • TREE = 6" MCEVOY WELLHEAD = MCEVOY • SAFETY NOTES: '/2" & 5-1/2" CHROME ACTUATOR= OTIS X-2 7 TBG*** 1 KB. ELEV = 74.90' BF. ELEV = 39.40 KOP = 1200' Pe V 1,:11 32' H7" X 5-1/2" X0 I Max Angle = 50 @ 4200' . 2114' I--15-1/2" HES X NIPPLE. ID = 4.562 Datum MD = 11482 I Datum TVD = 8800' SS .141i ff.* I 2048' I-19-5/8" HES CEMENTER I ■T V. 9-5/8" TIEBACK CSG, 40#, -I 2059' I GAS LIFT MANDRELS ST1 MD 1 ND I DEV TYPE VLV LATCH PORT DATE L-80 TC-II, ID = 8.835" 5 3548 3148 50 MMG DOME RK 16 11/10/06 (13-3/8" CSG, 72#, L-80, ID = 12.347" 1-i 2903' 4 5633 4510 48 MMG DMY RK 0 11/10/06 AsAIT - 5;60 p; I - 3 7447 5738 47 MMG DOME RK 16 11/10/06 2 8876 6734 42 MMG DOME RK 16 11/10/06 Minimum ID = 3.813" @ 10457' 1 10139 7734 32 MMG SO RK 26 11/10/06 4-1/2" HES X NIPPLE 10409' I-15-1/2" HES X NIPPLE, ID =4.562 1 E 2f I 10430' 1.4 9 5/8" x 5-1/2" BKR S-3 PKR, ID = 4.760" I 5-1/2" TBG, 17#, 13CR-VAM TOP HC, -I 10435' I \ /-- I 10435' H5-1/2" X 4-1/2" X0, ID = 3.90" I .0232 bpf, ID = 4.892" I 1 I 10457' I--14-1/2" HES X NIPPLE, ID = 3.813" I I 10512' I-I TBG STUB (08/25/06) I , _____---- 10552' 144_1/2" MULESHOE, ID = 3.958" I 4-1/2" TBG, 12.6#, 13CR-VAM TOP, H 10522' I , .0152 bpf, D = 3.958" 2K I 10576' I_19 5/8" x 5-1/2" BROWN 3-H PKR, ID = 4.750" 1 I I I 10631' H5-1/2" OTIS X NIP, ID = 4.562" I 1 I I 10670' I— 5-1/2" OTIS XN NIP, ID = 4.544" I 5-1/2" TBG, 17#, L-80, .0232 bpf, ID = 4.892" 1-1 10713' 1 / N I 10713' I-1 TUBING TAIL WLEG, ID = 4.892" I I 10703' H ELMD TT LOGGED 06/16/91 I I 10739' I-I FISH- FASDRILL DEBRIS (09/01/06) I (9-5/8» CSG, 47#, L-80, ID = 8.681" I—I 11084' 1 A L 1 11348' I-I MARKER JOINT I PERFORATION SUMMARY REF LOG: CBL ON 06/07/84 ANGLE AT TOP PERE: 35 @ 11460' I Note: Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 4" 4 11460 - 11525 S 07/30/00 3-3/8" 4 11470 - 11498 C 08/06/00 11498 - 11525 S 07/30/00 vf t . 4. 11515' 1--I CEMENT CAP (07/30/00) 4" 4 11535 - 11555 C 07/30/00 I 11535' HSANDBACK I „aft._ L 11713' 1-IBAKER BP FAILED I I PBTD j--I 11796' P*. 0 I 7" LNR, 26#, L-80, .0383 bpf, ID = 6.276" H 11838' IL At • AVA DATE REV BY COMMENTS DATE REV BY COMMENTS PRUDHOE BAY UNIT 06/08/84 ORIGINAL COMPLETION _ WELL: X-27 09/04/06 014 RWO PERMIT No: F 1840690 01/20/04 JDW/TLH CMT CAP CORRECTION API No: 50-029-21112-00 09/21/06 CJN/PAG CLV C/O (09/17/06) SEC 6, T1ON, R14E, 09/24/06 PC/ PJC DRLG DRAFT CORRECTION 11/17/06 JLJ/PAG GLV C/O (11/10/06) BP Exploration (Alaska) OPERABLE: X -27 (PTD #1840690anageable By Bleeds • Page 1 of 1 Regg, James B (DOA) From: AK, D &C Well Integrity Coordinator [AKDCWelllntegrityCoordinator @bp.com] `Re /01„ Sent: Thursday, June 09, 2011 5:17 PM To: Regg, James B (DOA); Maunder, Thomas E (DOA); Schwartz, Guy L (DOA); AK, OPS GC3 &PCC OSM; AK, OPS GC3 Facility & Field OTL; AK, OPS GC3 Wellpad Lead; Cismoski, Doug A; Daniel, Ryan; AK, D &C Wireline Operations Team Lead; AK, D &C Well Services Operations Team Lead; AK, RES GPB West Wells Opt Engr; AK, RES GPB East Wells Opt Engr; AK, OPS Prod Controllers; Schultz, Kirsten L Cc: AK, D &C Well Integrity Coordinate; Walker, Greg (D &C); Clingingsmith, Mike J (Swift) Subject: OPERABLE: X -27 (PTD #1840690) Manageable By Bleeds All, After passing a PPPOT -IC, an OA repressurization test was conducted on Producer X -27 (PTD #1840690) between 6/3- 8/2011. The OA pressure increased <10 psi /day making it manageable by bleeds. Therefore, the well has been reclassified as Operable and may continue on production. Please call if you have any questions. Thank you, Gerald Murphy (alt. Mehreen Vazir) Well Integrity Coordinator Office (907) 659 -5102 JUN �Z� I1 Cell (907) 752 -0755 W Pager (907) 659 -5100 Ext. 1154 From: AK, D &C Well Integrity Coordinator Sent: Wednesday, June 01, 2011 7:30 PM To: 'Regg, James B (DOA); 'Maunder, Thomas E (DOA)'; Schwartz, Guy L (DOA)'; AK, OPS GC3 &PCC OSM; AK, OPS GC3 Facility & Field OTL; AK, OPS GC3 Wellpad Lead; Cismoski, Doug A; Daniel, Ryan; AK, D &C Wireline Operations Team Lead; AK, D &C Well Services Operations Team Lead; AK, RES GPB West Wells Opt Engr; AK, RES GPB East Wells Opt Engr; AK, OPS Prod Controllers; Schultz, Kirsten L Cc: AK, D &C Well Integrity Coordinator; King, Whitney; Arend, Jon (NORTHERN SOLUTIONS LLC) Subject: UNDER EVALUATION: X -27 (PTD #1840690) Sustained OA Casing Pressure Over MOASP All, Producer X -27 (PTD #1840690) has confirmed sustained OA casing pressure above MOASP. The wellhead pressures were tubing /IA /OA equal to SSV/1260/1150 on 5/28/2011. The well has been reclassified as Under Evaluation. The well may remain online while work is conducted to attempt to restore integrity. Plan forward: 1. Wellhead: PPPOT -IC (passed 6/1/2011) 2. DHD: Outer Annulus Repressurization Test (OART) A TIO plot and wellbore schematic have been included for reference. Please call if you have any questions or concerns. Thank you, Gerald Murphy (alt. Mehreen Vazir) Well Integrity Coordinator Office (907) 659 -5102 Cell (907) 752 -0755 Pager (907) 659 -5100 Ext. 1154 6/10/2011 UNDER EVALUATION: X -27 (PTD 440690) Sustained OA Casing Pressurever MOASP Page 1 of 1 Regg, James B (DOA) From: AK, D &C Well Integrity Coordinator [AKDCWellIntegrityCoordinator @bp.com] e'y &Nit Sent: Wednesday, June 01, 2011 7:30 PM To: Regg, James B (DOA); Maunder, Thomas E (DOA); Schwartz, Guy L (DOA); AK, OPS GC3 &PCC OSM; AK, OPS GC3 Facility & Field OTL; AK, OPS GC3 Wellpad Lead; Cismoski, Doug A; Daniel, Ryan; AK, D &C Wireline Operations Team Lead; AK, D &C Well Services Operations Team Lead; AK, RES GPB West Wells Opt Engr; AK, RES GPB East Wells Opt Engr; AK, OPS Prod Controllers; Schultz, Kirsten L Cc: AK, D &C Well Integrity Coordinator; King, Whitney; Arend, Jon (NORTHERN SOLUTIONS LLC) Subject: UNDER EVALUATION: X -27 (PTD #1840690) Sustained OA Casing Pressure Over MOASP Attachments: Producer X -27 (PTD #1840690) TIO Plot.doc; Producer X -27 (PTD #1840690) wellbore schematic.pdf All, Producer X -27 (PTD #1840690) has confirmed sustained OA casing pressure above MOASP. The wellhead pressures were tubing /IA/OA equal to SSV/1260/1150 on 5/28/2011. The well has been reclassified as Under Evaluation. The well may remain online while work is conducted to attempt to restore integrity. Plan forward: 1. Wellhead: PPPOT -IC (passed 6/1/2011) 6 2. DHD: Outer Annulus Repressurization Test (OART) A TIO plot and wellbore schematic have been included for reference. «Producer X -27 (PTD #1840690) TIO Plot.doc» «Producer X -27 (PTD #1840690) wellbore schematic. pdf» Please call if you have any questions or concerns. Thank you, Gerald Murphy (alt. Mehreen Vazir) Well Integrity Coordinator Office (907) 659 -5102 Cell (907) 752 -0755 Pager (907) 659 -5100 Ext. 1154 6/3/2011 PBU X -27 PTD #1840690 6/1/2011 TIO Pressures Plot Well: X -27 4,000 - III 3..000 —41— Tbg —15--- IA 2 000 A - BA BOA + 0 0 OA ii "''N•••• On 1.000 - Va4 I 03/12/11 03/26/11 04/09/11 04/23/11 05/07r11 05/21/11 TREE = 6" MCEVOY WELLHEAD = MCEVOY 0 SAFETY S: '4 & 5 CHROME ACTUATOR = OTIS X-27 TBG*** KB. ELEV = 74.90' BE ELEV = 39.40 ' 1 wi 32' I-I 7" X 5-1/2" XO KC:5P = 1200' 41 "Max_ Angle = 50 @ 4200 . Datum MD = 11482' e44 2114' H5-1/2" HES X NIPPLE ID = 4.562 1 Datum TVD = 8800' SS Fe el 00 410 I 2048' 1-49-518" HES CEMENTER I V 9-5/8" TIEBACK CSG, 40#, -I 2059' GAS LIFT MANDRELS ST MD WD DEV TYPE VLV LATCH PORT DATE L-80 TC-II, ID = 8.835" 5 3548 3148 50 MMG DOME RK 16 11/10/06 13-3/8" CSG, 72#, L-80, Dr 12.347" 2903' LI 4 5633 4510 48 MMG DMY RK 0 11/10/06 3 7447 5738 47 MMG DOME RK 16 11/10/06 2 8876 6734 42 MMG DOME RK 16 11/10/06 Minimum ID = 3.813" @ 10457' - 1 10139 7734 32 MMG SO RK 26 11/10/06 _ . 4-1/2" HES X NIPPLE I I 10409' 1-15-1/2" HES X NIPPLE, ID = 4.562 I 5-1/2" TBG, 17#, 13CR-VAM TOP HC, H 10435' I 1 Z /-- 10430' 1_19 5/8" x 5-1/2" BKR S-3 PKR, ID = 4.760" I 10435' 1-15-1/2" X 4-1/2" XO, ID = 3.90" I .0232 bpf, ID = 4.892" I I 1 10457' 1-14-1/2" HES X NIPPLE. ID = 3.813" I I 10512' I-I TBG STUB (08/25/06) I ......,_..-------1 10552' 144-1/2" MULESHOE, ID = 3.958" I 4-1/2" TBG, 12.6#, 13CR-VAM TOP, H 10522' I 2K 2K"\—..-1 10576' 149 5/8" x 5-1/2" BROWN 3-H PKR, ID = 4.750" .0152 bpf, ID = 3.958" I I I I 10631' 1-15-1/2" OTIS X NIP, ID = 4.562" I II $ I 10670' 1-15-1/2" OTIS XN NIP, ID = 4.544" I 5-1/2" TBG, 17#, L-80, .0232 bpf, ID = 4.892" I 10713' I / \ I 10713' I-15-1/2" TUBING TAIL WLEG, ID = 4.892" I 10703' H ELMD TT LOGGED 06/16/91 I • _ I 10739' I--IFISH- FASDRILL DEBRIS (09/01/06) 1 I 9-5/8" CSG, 47#, L-80, ID = 8.681" H 11084' I 11348' I-I MA RKER JOINT I PERFORATION SUMMARY REF LOG: CBL ON 06/07/84 ANGLE AT TOP PERE: 35 @ 11460' I Note: Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 4" 4 11460 - 11525 S 07/30/00 3-3/8" 4 11470 - 11498 C 08/06/00 MAT V VAVAVAVA V. " 14 a 416.6 11515' 1--I CEMENT CAP (07/30/00) I 11498 - 11525 S 07/30/00 4" 4 11535 - 11555 C 07/30/00 11635' I-I SANDBACK 1 ■ L BAKER BP FAILED I ...._ PBTD H 11796' r AVAIF • VAV 1 / I 7" LNR, 26#, L-80, .0383 bpf , ID = 6.276" H 11838' 1 DATE REV BY COMMENTS DATE REV BY COMMENTS PRUDHOE BAY UNIT 06/08/84 ORIGINAL COMPLETION WELL: X-27 09/04/06 D14 RWO PERMIT No: F 1840690 01/20/04 JDW/TLH CMT CAP CORRECTION API No: 50-029-21112-00 09/21/06 CJN/PAG CLV C/O (09/17/06) SEC 6, T1ON. R14E. 09/24/06 PC/ PJC DRLG DRAFT CORRECTION 11/17/06 JLJIPAG GLV C/O (11/10/06) BP Exploration (Alaska) • gyr data Gyrodata Incorporated 1682 W. Sam Houston Pkwy. N. Houston, Texas 77043 713/461-3146 Fax: 713/461-0920 October 7, 2008 State of Alaska - AOGCC Attn: Christine Mahnken 333 W. 7th Ave, Suite 100 Anchorage, Alaska 99501 Re: X-Pad, Well #X-27 Prudhoe Bay, Alaska • .D~~ ~~~ ~, ~. Enclosed, please find two (2) copies, and one (1) disk of the completed survey for the above referenced well. We would like to take this opportunity to thank you for using Gyrodata, and we look forward to serving you in the future. Sincerely, ~~ rt~~~ Rob Shou p North American Regional Manager RS:kI Serving the Worldwide Energy Industry with Precision Survey Instrumentation • gyro ata Gyrodata Incorporated 1682 W. Sam Houston Pkwy. N. Houston, Texas 77043 7 1 31461-3 1 46 Fax: 713/461-0920 SURVEY REPORT BP X-Pad #X-27 Wellhead Prudhoe Bay, AK AK0908G_160 30 Sep 2008 Serving the Worldwide Energy Industry with Precision Survey Instrumentation "! a A Gyrodata Directional Survey for BP EXPLORATION (ALASKA) INC. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska i Job Number: AK0908G 160 Run Date: 30 Sep 2008 Surveyor: Steve Thompson Calculation Method: MINIMUM CURVATURE Survey Latitude: 70.243153 deg. N Longitude: 148.666036 deg. W Azimuth Correction: • Gyro: Bearings are Relative to True North - Vertical Section Calculated from Well Head Location Closure Calculated from Well Head Location Horizontal Coordinates Calculated from Well Head Location Bp Exploration (aaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 A Gyrodata Directional Survey MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEAR.Il~TG feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. • 0.00 0.00 0.00 N 0 0 E 0.00 0.00 0.0 0.0 0.00 N 0.00 E 0 - 11079 FT. RATE GYROSCOPIC CONTINUOUS SURVEY RUN INSIDE 5-1/2" TUBING ALL MEASURED DEPTHS AND COORDINATES REFERENCED TO ORIGINAL R.K.B. OF 74.9 FT AMSL ----------------------------------------------------------------------------------------------------------------------------------------------------------------- 100.00 0.57 228.85 S 48 51 W 0.14 100.00 0.5 228.9 0.33 S 0.37W 200.00 0.48 223.08 S 43 5 W 0.03 199.99 1.4 227.1 0.96 S 1.03W 300.00 0.60 219.95 S 39 57 W 0.03 299.99 2.3 224.8 1.66 S 1.65W 400.00 0.31 240.85 S 60 51 W 0.08 399.99 3.1 225.4 2.19 S 2.22W 500.00 1.60 355.70 N 4 18 W 0.44 499.97 2.7 250.0 0.93 S 2.57W 600.00 4.13 355.77 N 4 14 W 0.63 599.84 5.0 324.1 4.05 N 2.94W 700.00 5.77 355.32 N 4 41 W 0.41 699.46 13.2 344.1 12.66N 3.61W 800.00 8.22 355.93 N 4 4 W 0.61 798.71 25.2 349.7 24.81 N 4.53W 900.00 8.63 2.00 N 2 0 E 0.24 897.63 39.7 353.1 39.43 N 4.77W 1000.00 8.02 2.33 N 2 20 E 0.15 996.58 54.1 355.5 53.90N 4.23W 1100.00 9.23 2.58 N 2 35 E 0.30 1095.45 69.0 357.0 68.88 N 3.58W 1200.00 9.98 1.72 N 1 43 E 0.19 1194.05 85.6 358.0 85.56 N 2.96W 1300.00 10.78 0.17 N 0 10 E 0.21 1292.41 103.6 358.5 103.57 N 2.68W 1400.00 11.07 358.80 N 1 12 W 0.10 1390.59 122.6 358.7 122.53 N 2.85W 1500.00 11.74 359.50 N 0 30 W 0.17 1488.62 142.3 358.7 142.30N 3.14W 1600.00 14.38 5.23 N 5 14.E 0.73 1586.03 164.9 359.3 164.84 N 2.lOW 2 Bp Exploration (aaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH .BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 1625.00 14.95 4.45 N 4 27 E 0.61 1610.21 171.2 359.5 171.15 N 1.56W 1650.00 16.44 2.64 N 2 38 E 1.56 1634.28 177.9 359.6 177.90N 1.15W 1675.00 17.96 1.37 N 1 22 E 1.57 1658.16 185.3 359.7 185.29 N 0.89W 1700.00 18.31 1.01 N 1 1 E 0.37 1681.92 193.1 359.8 193.07N 0.73W 1725.00 18.59 0.90 N 0 54 E 0.28 1705.64 201.0 359.8 200.98 N 0.60W 1750.00 18.83 0.72 N 0 43 E 0.24 1729.31 209.0 359.9 208.99 N 0.49W 1775.00 19.04 0.71 N 0 43 E 0.22 1752.96 217.1 359.9 217.11 N 0.38W 1800.00 19.29 0.58 N 0 35 E 0.25 1776.58 225.3 359.9 225.31 N 0.29W 1825.00 19.69 0.36 N 0 21 E 0.41 1800.14 233.7 359.9 233.65 N 0.22W 1850.00 20.26 0.64 N 0 38 E 0.58 1823.64 242.2 360.0 242.19N O.15W 1875.00 20.67 0.70 N 0 42 E 0.41 1847.06 250.9 360.0 250.93 N O.OSW 1900.00 21.02 0.56 N 0 34 E 0.35 1870.43 259.8 0.0 259.83 N 0.05 E 1925.00 21.34 0.53 N 0 32 E 0.32 1893.74 268.9 0.0 268.86 N 0.14 E 1950.00 21.58 0.50 N 0 30 E 0.25 1917.00 278.0 0.0 278.OON 0.22 E 1975.00 21.83 0.47 N 0 28 E 0.25 1940.23 287.3 0.1 287.25 N 0.30 E 2000.00 22.10 0.45 N 0 27 E 0.26 1963.42 296.6 0.1 296.60 N 0.37 E 2025.00 22.33 0.55 N 0 33 E 0.24 1986.56 306.1 0.1 306.05 N 0.45 E 2050.00 22.60 0.42 N 0 25 E 0.28 .2009.66 315.6 0.1 315.60 N 0.53 E 2075.00 23.00 0.50 N 0 30 E 0.40 2032.71 325.3 0.1 325.29 N 0.61 E 2100.00 23.56 0.58 N 0 35 E 0.56 2055.68 335.2 0.1 335.17 N 0.71 E 2125.00 24.57 0.52 N 0 31. E 1.01 2078.50 345.4 0.1 345.37 N 0.80 E 3 A Gyrodata Directional Survey • A Gyrodata Directional Survey Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DOGLEG VERTICAL CLOSURE HORIZONTAL DEPTH BEARING SEVERITY DEPTH DIST. AZIMUTH COORDINATES feet deg. deg. deg. min. deg./ feet feet deg. feet 25 ft. 2150.00 25.38 0.31 N 0 19 E 0.81 2101.16 355.9 0.1 355.92 N 0.88 E 2175.00 26.51 0.29 N 0 18 E 1.12 2123.64 366.9 0.1 366.86 N 0.94 E 2200.00 27.13 0.21 N 0 13 E 0.62 2145.95 378.1 0.1 378.14 N 0.99 E 2225.00 28.09 359.81 N 0 11 W 0.98 2168.11 389.7 0.1 389.73 N 0.99 E 2250.00 29.09 359.38 N 0 37 W 1.02 2190.06 401.7 0.1 401.69 N 0.90 E 2275.00 30.03 358.94 N 1 3 W 0.96 2211.80 414.0 0.1 414.02 N 0.72 E 2300.00 31.01 358.30 N 1 42 W 1.03 2233.34 426.7 0.1 426.71 N 0.42 E 2325.00 31.77 357.84 N 2 9 W 0.80 2254.68 439.7 360.0 439.73 N 0.02W 2350.00 32.79 357.07 N 2 56 W 1.11 2275.82 453.1 359.9 453.06 N 0.62W 2375.00 33.74 356.48 N 3 31 W 1.00 2296.72 466.8 359.8 466.76 N 1.39W 2400.00 34.98 355.67 N 4 20 W 1.32 2317.36 480.8 359.7 480.83 N 2.36W 2425.00 36.20 354.99 N 5 1 W 1.29 2337.69 495.3 359.6 495.33 N 3.54W 2450.00 37.51 354.40 N 5 36 W 1.35 2357.69 510.3 359.4 510.26N 4.93W 2475.00 39.18 353.88 N 6 7 W 1.71 2377.30 525.7 359.3 525.69 N 6.52W 2500.00 40.48 353.68 N 6 19 W 1.30 2396.50 541.7 359.1 541.61 N 8.25W 2525.00 41.39 353.69 N 6 18 W 0.91 2415.38 .558.0 359.0 557.89 N 10.O5W 2550.00 41.99 353.72 N 6 17 W 0.60 2434.05 574.5 358.8 574.41 N 11.88W 2575.00 42.58 353.67 N 6 20 W 0.59 2452.55 591.3 358.7 591.13 N 13.72W 2600.00 43.07 353.68 N 6 19 W 0.49 2470.89 608.2 358.5 608.02 N 15.60W 2625.00 43.24 353.54 N 6 28 W 0.20 2489.12 625.3 358.4 625.01 N 17.SOW 2650.00 43.18 353.39 N 6 36 W 0.12 2507.34 642.3 358.3 642.02 N- 19.45W 4 • • Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 2675.00 42.13 352.99 N 7 0 W 1.08 2525.73 659.2 358.1 658.84 N 21.46W 2700.00 41.62 352.89 N 7 7 W 0.52 2544.34 675.8 358.0 675.40 N 23.51 W 2725.00 40.97 352.99 N 7 0 W 0.65 2563.13 692.2 357.9 691.77N 25.53W 2750.00 40.85 353.27 N 6 44 W 0.21 2582.02 708.6 357.8 708.03 N 27.49W 2775.00 40.79 353.58 N 6 25 W 0.21 2600.94 724.9 357.7 724.26 N 29.36W 2800.00 40.66 353.92 N 6 5 W 0.26 2619.89 741.1 357.6 740.48 N 31.14W 2825.00 40.89 354.27 N 5 44 W 0.32 2638.82 757.4 357.5 756.72 N 32.82W 2850.00 40.78 354.64 N 5 22 W 0.26 2657.74 773.8 357.5 772.99N 34.40W 2875.00 40.75 354.86 N 5 8 W 0.15 2676.67 790.1 357.4 789.24 N 35.89W 2900.00 40.77 355.12 N 4 53 W 0.17 2695.61 806.4 357.3 805.SON 37.32W 2925.00 41.05 355.24 N 4 45 W 0.28 2714.50 822.7 357.3 821.82 N 38.69W 2950.00 41.36 355.40 N 4 36 W 0.33 2733.31 839.2 357.3 838.23 N 40.04W 2975.00 41.51 355.57 N 4 26 W 0.18 2752.05 855.7 357.2 854.72 N 41.34W 3000.00 41.44 356.18 N 3 49 W 0.41 2770.78 872.3 357.2 871.24N 42.53W 3025.00 41.24 357.02 N 2 59 W 0.59 2789.55 888.8 357.2 887.72 N 43.51 W 3050.00 41.29 358.07 N 1 56 W 0.70 2808.35 905.3 357.2 904.19 N 44.21 W 3075.00 41.72 358.71 N 1 17 W 0.60 2827.07 921.8 357.2 920.75 N 44.68W 3100.00 42.20 0.03 N 0 2 E 1.00 2845.66 938.5 357.3 937.46 N 44.86W 3125.00 42.62 1.14 N 1 9 E 0.86 2864.12 955.4 357.3 954.32 N 44.69W 3150.00 42.91 1.72 N 1 43 E 0.49 2882.47 972.3 357.4 971.29 N 44.26W 3175.00 43.17 1.97 N l 58 E 0.31 2900.74 989.3 357.5 988.35 N 43.71 W 5 A Gyrodata Directional Survey A Gyrodata Directional Survey Bp Exploration (aaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DOGLEG VERTICAL CLOSURE HORIZONTAL DEPTH BEARING SEVERITY DEPTH DIST. AZIMUTH COORDINATES feet deg. deg. deg. min. deg./ feet feet deg. feet 25 ft. 3200.00 43.52 2.01 N 2 0 E 0.35 2918.92 1006.4 357.5 1005.50 N 43.12W 3225.00 43.85 1.96 N 1 58 E 0.33 2937.00 1023.6 357.6 1022.75 N 42.52W 3250.00 44.62 1.94 N 1 56 E 0.77 2954.91 1041.0 357.7 1040.18 N 41.93W 3275.00 45.29 1.94 N 1 57 E 0.67 2972.61 1058.6 357.8 1057.84 N 41.33W 3300.00 45.86 1.91 N 1 55 E 0.57 2990.11 1076.5 357.8 1075.68 N 40.73W 3325.00 46.73 1.84 N 1 50 E 0.87 3007.38 1094.5 357.9 1093.75 N 40.14W 3350.00 47.48 1.75 N 1 4S E 0.75 3024.39 1112.8 358.0 1112.05 N 39.57W 3375.00 48.12 1.79 N 1 48 E 0.64 3041.19 1131.2 358.0 1130.56 N 38.99W 3400.00 48.76 1.80 N 1 48 E 0.64 3057.77 1149.9 358.1 1149.26N 38.41W 3425.00 49.24 1.85 N 1 51 E 0.48 3074.17 1168.7 358.1 1168.12 N 37.81 W 3450.00 49.24 1.80 N 1 48 E 0.04 3090.50 1187.6 358.2 1187.04 N 37.20W 3475.00 49.35 1.65 N 1 39 E 0.16 3106.80 1206.5 358.3 1205.99 N 36.63W 3500.00 49.15 1.60 N 1 36 E 0.21 3123.12 1225.5 358.3 1224.92 N 36.09W 3525.00 49.34 1.71 N 1 43 E 0.21 3139.44 1244.4 358.4 1243.85 N 35.SSW 3550.00 49.18 1.75 N 1 45 E 0.16 3155.76 1263.3 358.4 1262.78 N 34.97W 3575.00 49.29 1.92 N 1 55 E 0.16 3172.08 1282.2 358.5 1281.71 N 34.37W 3600.00 49.62 2.19 N 2 11 E 0.39 3188.33 1301.1 358.5 1300.69 N 33.69W 3625.00 49.75 2.55 N 2 33 E 0.30 3204.51 1320.1 358.6 1319.74 N 32.90W 3650.00 49.80 2.76 N 2 46 E 0.17 3220.66 1339.2 358.6 1338.80 N 32.02W 3675.00 .50.00 2.79 N 2 47 E 0.20 3236.76 1358.3 358.7 1357.90 N 31.09W 3700.00 49.88 2.75 N 2 45 E 0.12 3252.85 1377.3 358.7 1377.02 N 30.17W 6 C • Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 A Gyrodata Directional Survey MEASURED I N C L AZIMUTH BORE HOLE DOGLEG VERTICAL CLOSURE HORIZONTAL DEPTH BEARING SEVERITY DEPTH DIST. AZIMUTH COORDINATES feet deg. deg. deg. min. deg./ feet feet deg. feet 25 ft. s 3725.00 49.91 2.75 N 2 45 E 0.03 3268.95 1396.4 358.8 1396.12 N 29.25W 3750.00 49.92 2.68 N 2 41 E 0.06 3285.05 1415.5 358.9 1415.22 N 28.34W 3775.00 49.85 2.50 N 2 30 E 0.16 3301.16 1434.6 358.9 1434.32 N 27.48W 3800.00 49.80 2.42 N 2 25 E 0.08 3317.29 1453.6 358.9 1453.40 N 26.66W 3825.00 49.89. 2.31 N 2 19 E 0.12 3333.41 1472.7 359.0 1472.49 N 25.87W 3850.00 49.82 2.23 N 2 14 E 0.10 3349.53 1491.8 359.0 1491.59 N 25.12W 3875.00 49.97 2.19 N 2 12 E 0.16 3365.63 1510.9 359.1 1510.70 N 24.38W 3900.00 49.81 2.05 N 2 3 E 0.19 3381.74 1530.0 359.1 1529.80 N 23.67W 3925.00 50.11 2.09 N 2 6 E 0.30 3397.82 1549.1 359.2 1548.93 N 22.98W 3950.00 50.16 2.32 N 2 19 E 0.18 3413.85 1568.3 359.2 1568.11 N 22.24W 3975.00 50.08 2.69 N 2 41 E 0.29 3429.88 1587.4 359.2 1587.27 N 21.40W 4000.00 50.19 3.07 N 3 4 E 0.31 3445.90 1606.6 359.3 1606.44 N 20.44W 4025.00 49.86 3.20 N 3 12 E 0.34 3461.96 1625.7 359.3 1625.56 N 19.39W 4050.00 50.03 3.24 N 3 14 E 0.17 3478.05 1644.8 359.4 1644.67 N 18.32W 4075.00 49.91 3.14 N 3 8 E 0.15 3494.13 1663.9 359.4 1663.78 N 17.25W 4100.00 49.97 3.17 N 3 10 E 0.07 3510.22 1683.0 359.4 1682.89 N 16.20W 4125.00 50.08 3.12 N 3 7 E 0.11 3526.28 1702.1 359.5 1702.02 N 15.15W 4150.00 50.00 3.11 N 3 7 E 0.08 3542.34 1721.2 359.5 1721.1SN 14.11W 4175.00 50.13 3.21 N 3 13 E 0.15 3558.39 1740.3 359.6 1740.29 N 13.OSW 4200.00 50.08 3.22 N 3 13 E 0.05 3574.42 1759.5 359.6 1759.44 N 11.97W 7 Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 4225.00 50.12 3.24 N 3 15 E 0.04 3590.46 1778.6 359.6 1778.59 N 10.89W 4250.00 50.09 3.18 N 3 11 E 0.06 3606.49 1797.8 359.7 1797.74 N 9.82W 4275.00 49.69 3.04 N 3 2 E 0.41 3622.60 1816.9 359.7 1816.83 N 8.78W 4300.00 49.84 2.85 N 2 51 E 0.20 3638.75 1835.9 359.8 1835.89 N 7.80W 4325.00 49.65 2.80 N 2 48 E 0.19 3654.90 1855.0 359.8 1854.95 N 6.86W 4350.00 49.80 2.70 N 2 42 E 0.17 3671.07 1874.0 359.8 1874.00 N 5.95W 4375.00 50.07 2.66 N 2 40 E 0.27 3687.16 1893.1 359.8 1893.11 N S.OSW 4400.00 49.68 2.52 N 2 31 E 0.40 3703.27 1912.2 359.9 1912.21 N 4.19W 4425.00 49.55 2.38 N 2 23 E 0.17 3719.47 1931.2 359.9 1931.23 N 3.37W 4450.00 49.45 2.37 N 2 22 E 0.10 3735.70 1950.2 359.9 1950.23 N 2.58W 4475.00 49.17 2.92 N 2 55 E 0.51 3752.00 1969.2 360.0 1969.16 N 1.71 W 4500.00 49.03 3.62 N 3 37 E 0.54 3768.37 1988.0 360.0 1988.03 N 0.63W 4525.00 48.49 4.43 N 4 26 E 0.81 3784.85 2006.8 0.0 2006.78 N 0.69 E 4550.00 48.48 4.89 N 4 54 E 0.35 3801.42 2025.4 0.1 2025.44 N 2.21 E 4575.00 48.40 5.02 N 5 1 E 0.12 3818.00 2044.1 0.1 2044.08 N 3.82 E 4600.00 48.26 5.00 N 5 0 E 0.15 3834.63 2062.7 0.2 2062.68 N 5.45 E 4625.00 48.35 4.93 N 4 56 E 0.11 3851.26 2081.3 0.2 2081.28 N 7.07 E 4650.00 48.26 4.80 N 4 48 E 0.14 3867.89 2099.9 0.2 2099.88 N 8.65 E 4675.00 48.20 4.66 N 4 40. E 0.11 3884.54 2118.5 0.3 2118.46 N 10.19 E 4700.00 48.30 4.59 N 4 35 E 0.11 3901.19 2137.1 0.3 2137.05 N 11.69 E 4725.00 48.33 4.55 N 4 33 E 0.04 3917.81 2155.7 0.4 2155.66 N 13.18 E 8 A Gyrodata Directional Survey • Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 4750.00 48.31 4.67 N 4 40 E 0.09 3934.43 2174.3 0.4 2174.27 N 14.68 E 4775.00 48.38 4.87 N 4 52 E 0.16 3951.05 2192.9 0.4 2192.89 N 16.24 E 4800.00 48.27 4.99 N 5 0 E 0.15 3967.67 2211.6 0.5 2211.49 N 17.84 E 4825.00 48.45 5.16 N 5 10 E 0.23 3984.28 2230.2 0.5 2230.10 N 19.50 E 4850.00 48.42 5.42 N 5 25 E 0.20 4000.87 2248.8 0.5 2248.73 N 21.22 E 4875.00 48.35 5.52 N 5 31 E 0.10 4017.47 2267.4 0.6 2267.33 N 23.00 E 4900.00 48.39 5.53 N 5 32 E 0.04 4034.08 2286.1 0.6 2285.93 N 24.80 E 4925.00 48.40 5.52 N 5 31 E 0.02 4050.68 2304.7 0.7 2304.54 N 26.60 E 4950.00 48.33 5.54 N 5 32 E 0.07 4067.29 2323.3 0.7 2323.14 N 28.40 E 4975.00 48.31 5.40 N 5 24 E 0.11 4083.91 2341.9 0.7 2341.73 N 30.18 E 5000.00 48.48 5.36 N 5 22 E 0.17 4100.51 2360.6 0.8 2360.34 N 31.93 E 5025.00 48.46 5.40 N 5 24 E 0.04 4117.09 2379.2 0.8 2378.97 N 33.69 E 5050.00 48.38 5.43 N 5 26 E 0.08 4133.68 2397.8 0:8 2397.59 N 35.45 E 5075.00 48.40 5.44 N 5 27 E 0.03 4150.28 2416.5 0.9 2416.19 N 37.22 E 5100.00 48.43 5.33 N 5 20 E 0.08 4166.87 2435.1 0.9 2434.81 N 38.98 E 5125.00 48.10 5.20 N 5 12 E 0.34 4183.52 2453.7 1.0 2453.39 N 40.69 E 5150.00 48.17 5.09 N 5 5 E 0.10 4200.20 2472.3 1.0 2471.93 N 42.36 E 5175.00 48.25 5.02 N 5 1 E 0.10 4216.86 2490.9 1.0 2490.50 N 44.00 E 5200.00 48.25 4.96 N 4 58 E 0.04 4233.51 2509.5 1.0 2509.08 N 45.63 E 5225.00 47.81 4.92 N 4 55 E 0.44 4250.22 2528.0 1.1 2527.60 N 47.23 E 5250.00 48.15 4.73 N 4 44 E 0.37 .4266.96 2546.6 1.1 2546.1ON 48.79 E 9 A Gyrodata Directional Survey • Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. • 5275.00 48.08 4.42 N 4 25 E 0.24 4283.65 2565.2 1.1 2564.66 N 50.28 E 5300.00 47.55 4.11 N 4 7 E 0.58 4300.44 2583.6 1.1 2583.13 N 51.65 E 5325.00 47.87 4.00 N 4 0 E 0.34 4317.26 2602.1 1.2 2601.58 N 52.96 E 5350.00 47.96 3.99 N 3 59 E 0.09 4334.02 2620.6 1.2 2620.09 N 54.25 E 5375.00 47.68 4.18 N 4 11 E 0.32 4350.80 2639.2 1.2 2638.57 N 55.57 E 5400.00 47.72 4.31 N 4 18 E 0.10 4367.63 2657.6 1.2 2657.01 N 56.94 E 5425.00 47.82 4.43 N 4 26 E 0.13 4384.43 2676.1 1.2 2675.46N 58.35 E 5450.00 47.47 4.60 N 4 36 E 0.37 4401.27 2694.5 1.3 2693.88 N 59.80 E 5475.00 47.51 4.90 N 4 54 E 0.22 4418.17 2712.9 1.3 2712.25 N 61.33 E 5500.00 47.54 5.35 N 5 21 E 0.33 4435.05 2731.3 1.3 2730.61 N 62.98 E 5525.00 47.54 5.68 N 5 41 E 0.24 4451.92 2749.7 1.3 2748.97 N 64.75 E 5550.00 47.46 6.01 N 6 0 E 0.25 4468.81 2768.1 1.4 2767.31 N 66.63 E 5575.00 47.78 6.64 N 6 38 E 0.57 4485.66 2786.5 1.4 2785.66N 68.66 E 5600.00 48.16 7.19 N 7 12 E 0.56 4502.40 2805.0 1.4 2804.10 N 70.90 E 5625.00 48.19 7.17 N 7 10 E 0.04 4519.07 2823.5 1.5 2822.58 N 73.23 E 5650.00 47.95 6.91 N 6 55 E 0.31 4535.78 2842.0 1.5 2841.04 N 75.51 E 5675.00 48.21 6.98 N 6 59 E 0.26 4552.48 2860.6 1.6 2859.51 N 77.76 E 5700.00 48.20 7.02 N 7 1 E 0.03 4569.14 2879.1 1.6 2878.01 N 80.03 E 5725.00 48.40 6.81 N 6 48 E 0.26 4585.77 2897.7 1.6 2896.54 N 82.28 E 5750.00 48.35 6.69 N 6 42 E 0.10 4602.38 2916.3 1.7 2915.1ON 84.47 E 5775.00 48.45 6.54 N 6 33 E 0.15 4618.98 2934.9 1.7 2933.67 N 86.63 E 10 A Gyrodata Directional Survey Bp Exploration (aaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. • 5800.00 48.48 6.50 N 6 30 E 0.04 4635.55 2953.6 1.7 2952.26 N 88.75 E 5825.00 48.28 6.49 N 6 30 E 0.20 4652.16 2972.2 1.8 2970.83 N 90.87 E 5850.00 48.26 6.43 N 6 26 E 0.05 4668.80 2990.8 1.8 2989.37 N 92.97 E 5875.00 48.20 6.61 N 6 37 E 0.15 4685.45 3009.4 1.8 3007.89 N 95.08 E 5900.00 48.16 6.85 N 6 51 E 0.18 4702.12 3028.0 1.8 3026.39 N 97.27 E 5925.00 48.29 6.94 N 6 57 E 0.15 4718.78 3046.5 1.9 3044.90 N 99.51 E 5950.00 48.18 6.84 N 6 51 E 0.14 4735.43 3065.1 1.9 3063.42 N 101.74 E 5975.00 48.05 6.74 N 6 45 E 0.15 4752.12 3083.6 1.9 3081.90 N 103.95 E 6000.00 48.09 6.68 N 6 41 E 0.06 4768.83 3102.2 2.0 3100.37 N 106.12 E 6025.00 47.90 6.77 N 6 46 E 0.20 4785.56 3120.7 2.0 3118.82 N 108.30 E 6050.00 48.27 6.91 N 6 55 E 0.38 4802.26 3139.2 2.0 3137.29 N 110.51 E 6075.00 48.23 7.08 N 7 5 E 0.13 4818.91 3157.8 2.0 3155.80 N 112.78 E 6100.00 48.19 7.16 N 7 9 E 0.07 4835.57 3176.4 2.1 3174.30 N 115.09 E 6125.00 48.43 6.74 N 6 45 E 0.39 4852.19 3195.0 2.1 3192.83 N 117.35 E 6150.00 47.80 6.63 N 6 38 E 0.64 4868.88 3213.5 2.1 3211.31 N 119.52 E 6175.00 47.69 6.62 N 6 37 E 0.11 4885.70 3232.0 2.2 3229.69 N 121.65 E 6200.00 47.36 6.72 N 6 43 E 0.34 4902.58 3250.4 2.2 3248.01 N 123.79 E 6225.00 47.10 6.81 N 6 49 E 0.27 4919.55 3268.7 2.2 3266.23 N 125.96 E 6250.00 47.34 7.05 N 7 3 E 0.30 4936.53 3286.9 2.2 3284.45 N 128.17 E 6275.00 47.06 7.25 N 7 15 E 0.32 4953.52 3305.2 2.3 3302.65 N 130.45 E 6300.00 47.10 7.51 N 7 31 E 0.20 4970.54 3323.5 2.3 3320.80 N 132.81 E 11 A Gyrodata Directional Survey Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, S-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 6325.00 46.77 7.96 N 7 S8 E 0.47 4987.61 3341.6 2.3 3338.90 N 135.26 E 6350.00 46.87 8.53 N 8 32 E 0.43 5004.72 3359.8 2.4 3356.94 N 137.88 E 6375.00 47.15 8.93 N 8 S6 E 0.40 5021.77 3377.9 2.4 3375.02 N 140.65 E 6400.00 47.01 9.1 S N 9 9 E 0.21 5038.79 3396.1 2.4 3393.10 N 143.53 E 6425.00 47.00 9.38 N 9 23 E 0.17 5055.84 3414.3 2.5 3411.14N 146.47 E 6450.00 47.09 9.46 N 9 28 E 0.11 5072.88 3432.4 2.5 3429.19 N 149.47 E 6475.00 47.04 9.63 N 9 38 E 0.13 5089.91 3450.6 2.5 3447.24N 152.50 E 6500.00 47.19 9.62 N 9 37 E 0.14 5106.92 3468.8 2.6 3465.30 N 155.57 E 6525.00 46.84 9.43 N 9 26 E 0.37 S 123.96 3486.9 2.6 3483.34 N 158.59 E 6550.00 46.84 9.41 N 9 25 E 0.01 5141.07 3505.1 2.6 3501.33 N 161.58 E 6575.00 46.79 9.66 N 9 39 E 0.18 5158.17 3523.2 2.7 3519.31 N 164.60 E 6600.00 46.42 9.88 N 9 S3 E 0.41 5175.35 3541.2 2.7 3537.21 N 167.68 E 6625.00 46.53 10.06 N 10 3 E 0.17 5192.56 3559.2 2.8 3555.07 N 170.82 E 6650.00 46.15 10.16 N 10 10 E 0.39 5209.82 3577.1 2.8 3572.87 N 173.99 E 6675.00 45.91 10.42 N 10 25 E 0.30 5227.18 3594.9 2.8 3590.57 N 177.21 E 6700.00 45.99 10.75 N 10 45 E 0.25 5244.56 3612.7 2.9 3608.24 N 180.51 E 6725.00 45.97 11.06 N 11 4 E 0.22 5261.94 3630.6 2.9 3625.89 N 183.91 E 6750.00 46.10 11.89 N 11 S4 E 0.61 5279.29 3648.3 2.9 3643.52 N 187.49 E 6775.00 46.17 12.59 N 12 35 E 0.51 5296.61 3666.1 3.0 3661.14 N 191.31 E 6800.00 46.28 13.34 N 13 20 E 0.55 5313.91 3683.9 3.0 3678.73 N 195.36 E 6825.00 46.35 13.88 N 13 S3 E 0.40 5331.18 3701.7 3.1 3696.30 N 199.62 E i2 A Gyrodata Directional Survey • • Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 A Gyrodata Directional Survey MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. • 6850.00 46.26 14.22 N 14 13 E 0.26 5348.44 3719.4 3.1 3713.84 N 204.01 E 6875.00 46.23 14.44 N 14 27 E 0.17 5365.73 3737.2 3.2 3731.33 N 208.48 E 6900.00 46.00 14.59 N 14 36 E 0.25 5383.06 3754.8 3.3 3748.78 N 212.99 E 6925.00 46.05 14.57 N 14 34 E 0.05 5400.42 3772.5 3.3 3766.19 N 217.52 E 6950.00 46.20 14.58 N 14 35 E 0.15 5417.75 3790.1 3.4 3783.63 N .222.06 E 6975.00 46.29 14.66 N 14 39 E 0.11 5435.04 3807.9 3.4 3801.1ON 226.61 E 7000.00 46.32 14.68 N 14 41 E 0.04 5452.31 3825.6 3.5 3818.59 N 231.19 E 7025.00 46.27 14.79 N 14 47 E 0.09 5469.58 3843.3 3.5 3836.07 N 235.79 E 7050.00 46.34 14.94 N 14 56 E 0.13 5486.85 3861.0 3.6 3853.54N 240.42 E 7075.00 46.37 14.81 N 14 48 E 0.10 5504.11 3878.8 3.6 3871.02 N 245.07 E 7100.00 46.33 14.82 N 14 49 E 0.04 5521.37 3896.5 3.7 3888.51 N 249.69 E 7125.00 46.54 14.92 N 14 55 E 0.22 5538.60 3914.3 3.7 3906.02 N 254.34 E 7150.00 46.44 14.89 N 14 53 E 0.10 5555.81 3932.1 3.8 3923.54 N 259.01 E 7175.00 46.50 14.93 N 14 56 E 0.06 5573.02 3949.9 3.8 3941.06 N 263.67.E 7200.00 46.65 15.02 N 15 1 E 0.17 5590.21. 3967.7 3.9 3958.60 N 268.36 E 7225.00 46.73 14.97 N 14 58 E 0.08 5607.36 3985.5 3.9 3976.17 N 273.07 E 7250.00 46.77 14.91 N 14 54 E 0.06 5624.49 4003.4 4.0 3993.76 N 277.76 E 7275.00 46.95 14.86 N 14 51 E 0.18 5641.58 4021.3 4.0 4011.39 N 282.45 E 7300.00 47.04 14.84 N 14 50 E 0.09 5658.64 4039.3 4.1 4029.06 N 287.13 E 7325.00 46.78 14.77 N 14 46 E 0.26 5675.71 4057.2 4.1 4046.71 N 291.80 E • 13 Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 7350.00 46.72 14.59 N 14 36 E 0.14 5692.84 4075.1 4.2 4064.33 N 296.41 E 7375.00 47.02 14.62 N 14 37 E 0.30 5709.93 4093.1 4.2 4081.99 N 301.02 E 7400.00 46.95 14.77 N 14 46 E 0.13 5726.99 4111.0 4.3 4099.67 N 305.65 E 7425.00 47.24 14.70 N 14 42 E 0.29 5744.01 4129.1 4.3 4117.38 N 310.31 E 7450.00 46.80 14.40 N 14 24 E 0.48 5761.05 4147.1 4.4 4135.08 N 314.91 E 7475.00 47.13 14.31 N 14 18 E 0.34 5778.11 4165.1 4.4 4152.78 N 319.44 E 7500.00 46.87 14.45 N 14 27 E 0.28 5795.16 4183.1 4.4 4170.50 N 323.98 E 7525.00 47.05 14.39 N 14 23 E 0.18 5812.22 4201.1 4.5 4188.19 N 328.53 E 7550.00 47.10 14.38 N 14 23 E 0.05 5829.25 4219.1 4.5 4205.92 N 333.08 E 7575.00 47.14 14.42 N 14 25 E 0.05 5846.26 4237.1 4.6 4223.67 N 337.63 E 7600.00 47.30 14.26 N 14 16 E 0.20 5863.24 4255.2 4.6 4241.44 N 342.18 E 7625.00 47.04 .14.18 N 14 11 E 0.27 5880.24 4273.3 4.7 4259.22 N 346.68 E 7650.00 46.89 13.74 N 13 44 E 0.35 5897.30 4291.3 4.7 4276.95 N 351.09 E 7675.00 46.77 13.61 N 13 36 E 0.15 5914.40 4309.3 4.7 4294.66 N 355.40 E 7700.00 46.92 13.57 N 13 34 E 0.15 5931.50 4327.4 4.8 4312.39 N 359.68 E 7725.00 46.96 13.73 N 13 44 E 0.13 5948.57 4345.4 4.8 4330.14 N 363.99 E 7750.00 46.75 13.50 N 13 30 E 0.27 5965.67 4363.4 4.8 4347.87 N 368.29 E 7775.00 46.85 13.36 N 13 22 E 0.14 5982.78 4381.5 4.9 4365.59 N 372.52 E 7800.00 46.90 13.37 N 13 22 E 0.05 5999.87 4399.5 4.9 4383.35 N 376.74 E 7825.00 46.66 13.45 N 13 27 E 0.24 6016.99 4417.5 4.9 4401.07 N 380.96 E 7850.00 46.93 13.17 N 13 10 E 0.34 6034.11 4435.6 5.0 4418.80 N 385.15 E 14 A Gyrodata Directional Survey s • Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 7875.00 46.85 13.24 N 13 15 E 0.10 6051.20 4453.6 5.0 4436.57 N 389.32 E 7900.00 46.80 13.49 N 13 29 E 0.18 6068.30 4471.7 5.0 4454.31 N 393.54 E 7925.00 46.80 13.30 N 13 18 E 0.14 6085.42 4489.7 5.1 4472.04 N 397.76 E 7950.00 46.60 13.17 N 13 10 E 0.23 6102.56 4507.7 5.1 4489.75 N 401.92 E 7975.00 46.85 13.22 N 13 13 E 0.26 6119.70 4525.7 5.1 4507.47 N 406.08 E 8000.00 46.93 13.22 N 13 13 E 0.08 6136.79 4543.8 5.2 4525.23 N 410.25 E 8025.00 46.57 13.24 N 13 14 E 0.36 6153.92 4561.8 5.2 4542.96 N 414.42 E 8050.00 46.56 12.75 N 12 45 E 0.35 6171.10 4579.8 5.2 4560.65 N 418.50 E 8075.00 46.28 12.83 N 12 50 E 0.28 6188.34 4597.8 5.3 4578.31 N 422.51 E 8100.00 46.29 13.15 N 13 9 E 0.23 6205.62 4615.7 5.3 4595.92 N 426.57 E 8125.00 46.28 13.36 N 13 22 E 0.16 6222.89 4633.6 5.3 4613.50 N 430.71 E 8150.00 46.17 13.69 N 13 42 E 0.26 6240.19 4651.4 5.4 4631.05 N 434.94 E 8175.00 46.13 14.43 N 14 26 E 0.53 6257.51 4669.3 5.4 4648.54 N 439.32 E 8200.00 46.03 14.98 N 14 59 E 0.41 6274.85 4687.0 5.4 4665.96 N 443.89 E 8225.00 46.05 15.48 N 15 29 E 0.36 6292.21 4704.8 5.5 4683.32 N 448.61 E 8250.00 46.06 16.12 N 16 7 E 0.46 6309.56 4722.5 5.5 4700.64 N 453.51 E 8275.00 45.86 16.61 N 16 37 E 0.41 6326.94 4740.1 5.6 4717.88 N 458.58 E 8300.00 45.72 17.51 N 17 31 E 0.66 6344.37 4757.7 5.6 4735.01 N 463.84 E 8325.00 45.74 17.93 N 17 56 E 0.30 6361.82 4775.2 5.6 4752.07 N 469.29 E 8350.00 45.78 18.18 N 18 11 E 0.18 6379.26 4792.7 5.7 4769.09 N 474.84 E 8375.00 45.36 19.28 N 19 17 E 0.89 6396.76 4810.1 5.7 4786.00 N 480.57 E 15 A Gyrodata Directional Survey A Gyrodata Directional Survey Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DOGLEG VERTICAL CLOSURE HORIZONTAL DEPTH BEARING SEVERITY DEPTH DIST. AZIMUTH COORDINATES feet deg. deg. deg. min. deg./ feet feet deg. feet 25 ft. 8400.00 45.21 19.64 N 19 38 E 0.30 6414.35 4827.3 5.8 4802.75 N 486.49 E 8425.00 45.25 20.34 N 20 20 E 0.50 6431.96 4844.5 5.8 4819.43 N 492.55 E 8450.00 45.27 20.83 N 20 50 E 0.35 6449.56 4861.7 5.9 4836.05 N 498.80 E 8475.00 45.22 21.14 N 21 8 E 0.22 6467.16 4878.9 5.9 4852.63 N 505.16 E 8500.00 44.94 21.64 N 21 39 E 0.45 6484.81 4895.9 6.0 4869.11 N 511.61 E 8525.00 44.78 21.69 N 21 42 E 0.16 6502.53 4912.9 6.1 4885.50 N 518.13 E 8550.00 44.86 21.73 N 21 44 E 0.08 6520.26 4929.9 6.1 4901.88 N 524.65 E 8575.00 44.62 22.48 N 22 29 E 0.58 6538.02 4946.8 6.2 4918.18 N 531.27 E 8600.00 44.03 23.15 N 23 9 E 0.76 6555.90 4963.5 6.2 4934.28 N 538.04 E 8625.00 44.15 23.42 N 23 25 E 0.22 6573.86 4980.2 6.3 4950.26 N 544.92 E 8650.00 43.95 23.89 N 23 53 E 0.38 6591.83 4996.8 6.3 4966.18 N 551.89 E 8675.00 43.40 24.92 N 24 55 E 0.90 6609.91 5013.2 6.4 4981.90 N 559.02 E 8700.00 43.38 25.40 N 25 24 E 0.33 6628.08 5029.4 6.5 4997.45 N 566.32 E 8725.00 43.29 25.48 N 25 29 E 0.11 6646.26 5045.7 6.5 5012.94 N 573.69 E 8750.00 43.26 26.12 N 26 7 E 0.44 6664.46 5061.8 6.6 5028.37 N 581.15 E 8775.00 42.85 26.61 N 26 36 E 0.53 6682.73 5077.9 6.7 5043.66 N 588.73 E 8800.00 42.44 27.56 N 27 33 E 0.76 6701.11 5093.8 6.7 5058.75 N 596.44 E 8825.00 42.51 27.23 N 27 14 E 0.23 6719.55 5109.6 6.8 5073.73 N 604.21 E 8850.00 42.58 27.85 N 27 51 E 0.43 6737.97 5125.4 6.9 5088.72 N 612.02 E 8875.00 42.10 27.67 N 27 40 E 0.50 6756.45 5141.1 6.9 5103.62 N 619.87 E 8900.00 41.87 28.13 N 28 8 E 0.38 6775.04 5156.7 7.0 5118.40 N 627.69 E 16 A Gyrodata Directional Survey Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DOGLEG VERTICAL CLOSURE HORIZONTAL DEPTH BEARING SEVERITY DEPTH DIST. AZIMUTH COORDINATES feet deg. deg. deg. min. deg./ feet feet deg. feet 25 ft. 8925.00 41.92 28.17 N 28 10 E 0.06 6793.65 5172.3 7.1 5133.12 N 635.57 E 8950.00 41.76 27.18 N 27 11 E 0.68 6812.27 5187.9 7.1 5147.89 N 643.31 E 8975.00 41.56 27.61 N 27 36 E 0.35 6830.95 5203.5 7.2 5162.64 N 650.96 E 9000.00 41.18 28.01 N 28 1 E 0.47 6849.71 5219.0 7.3 5177.26 N 658.66 E 9025.00 41.09 27.41 N 27 24 E 0.41 6868.54 5234.4 7.3 5191.82 N 666.31 E 9050.00 40.99 27.83 N 27 50 E 0.29 6887.40 5249.8 7.4 5206.36 N 673.92 E 9075.00 40.75 26.98 N 26 59 E 0.61 6906.30 5265.2 7.4 5220.88 N 681.45 E 9100.00 40.48 27.71 N 27 43 E 0.55 6925.28 5280.5 7.5 5235.34 N 688.92 E 9125.00 40.34 27.94 N 27 56 E 0.20 6944.32 5295.7 7.6 5249.67 N 696.49 E 9150.00 40.14 26.90 N 26 54 E 0.70 6963.40 5310.9 7.6 5264.01 N 703.93 E 9175.00 40.02 27.49 N 27 30 E 0.40 6982.53 5326.0 7.7 5278.32 N 711.28 E 9200.00 39.96 28.24 N 28 15 E 0.49 7001.68 5341.1 7.7 5292.53 N 718.79 E 9225.00 39.52 27.33 N 27 20 E 0.73 7020.91 5356.1 7.8 5306.67 N 726.24 E 9250.00 39.34 26.62 N 26 37 E 0.49 7040.22 5371.1 7.8 5320.82 N 733.45 E 9275.00 39.18 27.76 N 27 45 E 0.74 7059.57 5386.1 7.9 5334.89 N 740.67 E 9300.00 39.55 27.73 N 27 44 E 0.38 7078.90 5401.0 8.0 5348.92 N 748.06 E 9325.00 38.58 26.31 N 26 19 E 1.32 7098.31 5415.9 8.0 5362.96 N 755.21 E 9350.00 38.37 27.96 N 27 58 E 1.05 7117.89 5430.6 8.1 5376.80 N 762.31 E 9375.00 38.88 27.77 N 27 46 E 0.53 7137.42 5445.3 8.1 5390.59 N 769.60 E 9400.00 38.13 26.51 N 26 30 E 1.09 7156.98 5460.0 8.2 5404.44 N 776.70 E 9425.00 37.48 27.71 N 27 43 E 0.98 7176.73 5474.5 8.2 5418.08 N 783.68 E 17 Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 9450.00 37.83 28.07 N 28 4 E 0.42 7196.53 5488.9 8.3 5431.58 N 790.83 E 9475.00 37.44 27.07 N 27 4 E 0.73 7216.32 5503.3 8.3 5445.11 N 797.89 E 9500.00 37.95 26.94 N 26 56 E 0.51 7236.11 5517.7 8.4 5458.73 N 804.83 E 9525.00 37.12 28.40 N 28 24 E 1.22 7255.93 5532.1 8.4 5472.22 N 811.90 E 9550.00 36.18 27.13 N 27 8 E 1.21 7275.99 5546.2 8.5 5485.43 N 818.86 E 9575.00 36.96 27.16 N 27 9 E 0.78 7296.07 5560.3 8.5 5498.68 N 825.65 E 9600.00 35.77 28.15 N 28 9 E 1.33 7316.20 5574.3 8.6 5511.81 N 832.53 E 9625.00 36.44 28.74 N 28 44 E 0.76 7336.40 5588.2 8.6 5524.76 N 839.54 E 9650.00 37.55 28.53 N 28 32 E 1.11 7356.36 5602.3 8.7 5537.97 N 846.75 E 9675.00 38.23 27.41 N 27 24 E 0.97 7376.09 5616.8 8.7 5551.53 N 853.95 E 9700.00 38.50 24.86 N 24 51 E 1.61 7395.70 5631.6 8.8 5565.46 N 860.79 E 9725.00 37.49 22.38 N 22 23 E 1.83 7415.40 5646.5 8.8 5579.55 N 866.95 E 9750.00 36.17 20.39 N 20 23 E 1.78 7435.41 5661.1 8.9 5593.50 N 872.42 E 9775.00 34.62 19.64 N 19 38 E 1.60 7455.79 5675.3 8.9 5607.11 N 877.38 E 9800.00 34.56 18.26 N 18 16 E .0.79 7476.37 5689.3 8.9 5620.53 N 881.99 E 9825.00 34.74 19.20 N 19 12 E 0.57 7496.93 5703.3 8.9 5633.99 N 886.55 E 9850.00 33.82 20.05 N 20 3 E 1.04 7517.59 5717.2 9.0 5647.26 N 891.28 E 9875.00 34.50 20.42 N 20 25 E 0.71 7538.28 5730.9 9.0 5660.43 N 896.14 E 9900.00 33.82 18.89 N 18 54 E 1.09 7558.97 5744.7 9.0 5673.65 N 900.86 E 9925.00 33.01 20.49 N 20 30 E 1.19 7579.83 5758.2 9.0 5686.61 N 905.50 E 9950.00 33.66 21.24 N 21 14 E 0.76 7600.72 5771.7 9.1 5699.45 N 910.39 E 18 A Gyrodata Directional Survey A Gyrodata Directional Survey Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. • 9975.00 32.78 20.11 N 20 7 E 1.08 7621.63 5785.1 9.1 5712.26 N 915.23 E 10000.00 33.12 20.09 N 20 5 E 0.34 7642.61 5798.5 9.1 5725.03 N 919.90 E 10025.00 33.05 21.36 N 21 22 E 0.70 7663.56 5811.8 9.2 5737.79 N 924.73 E 10050.00 32.51 21.31 N 21 19 E 0.54 7684.58 5825.1 9.2 5750.40 N 929.65 E 10075.00 31.79 21.37 N 21 22 E 0.73 7705.74 5838.1 9.2 5762.79 N 934.49 E 10100.00 31.96 22.67 N 22 40 E 0.71 7726.97 5850.9 9.2 5775.03 N 939.45 E 10125.00 32.23 21.92 N 21 56 E 0.48 7748.15 5863.9 9.3 5787.32 N 944.49 E 10150.00 31.03 21.66 N 21 39 E 1.21 7769.44 5876.7 9.3 5799.49 N 949.35 E 10175.00 31.03 24.03 N 24 2 E 1.23 7790.86 5889.2 9.3 5811.36 N 954.35 E 10200.00 31.52 22.60 N 22 36 E 0.89 7812.23 5901.8 9.4 5823.28 N 959.49 E 10225.00 30.42 22.41 N 22 25 E 1.11 7833.67 5914.3 9.4 5835.17 N 964.42 E 10250.00 30.52 24.55 N 24 33 E 1.09 7855.21 5926.6 9.4 5846.79 N 969.47 E 10275.00 31.19 23.55 N 23 33 E 0.85 7876.68 5939.0 9.4 5858.SON 974.69 E 10300.00 30.17 23.00 N 23 0 E 1.06 7898.18 5951.4 9.5 5870.22 N 979.73 E 10325.00 30.63 24.98 N 24 59 E 1.1 l 7919.74 5963.7 9.5 5881.78 N 984.88 E 10350.00 30.72 24.04 N 24 3 E 0.49 7941.24 5976.0 9.5 5893.38 N 990.17 E 10375.00 31.16 23.66 N 23 39 E 0.48 7962.68 5988.4 9.6 5905.14 N 995.36 E 10400.00 31.04 25.32 N 25 19 E 0.87 7984.09 6000.9 9.6 5916.89 N 1000.72 E 10425.00 30.57 25.37 N 25 22 E 0.48 8005.56 6013.2 9.6 5928.46 N 1006.20 E 10450.00 31.02 25.68 N 25 41 E 0.48 8027.04 6025.5 9.7 5940.01 N 1011.71 E 19 A Gyrodata Directional Survey Bp Exploration (alaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DOGLEG VERTICAL CLOSURE HORIZONTAL DEPTH BEARING SEVERITY DEPTH DIST. AZIMUTH COORDINATES feet deg. deg. deg. min. deg./ feet feet deg. feet 25 ft. 10475.00 31.30 25.94 N 25 56 E 0.31 8048.43 6038.0 9.7 5951.65 N 1017.34 E 10500.00 30.85 26.72 N 26 43 E 0.60 8069.84 6050.3 9.7 5963.22 N 1023.07 E 10525.00 30.89 27.18 N 27 11 E 0.24 8091.30 6062.6 9.8 5974.65 N 1028.88 E 10550.00 30.71 27.19 N 27 11 E 0.19 8112.78 6074.8 9.8 5986.04 N 1034.73 E 10575.00 30.88 27.75 N 27 45 E 0.34 8134.25 6087.0 9.8 5997.40 N 1040.63 E 10600.00 31.12 27.94 N 27 57 E 0.26 8155.68 6099.3 9.9 6008.78 N 1046.65 E 10625.00 31.17 28.46 N 28 28 E 0.27 8177.07 6111.5 9.9 6020.18 N 1052.76 E 10650.00 31.02 28.89 N 28 53 E 0.27 8198.48 6123.8 10.0 6031.51 N 1058.96 E 10675.00 31.03 28.85 N 28 51 E 0.02 8219.91 6136.0 10.0 6042.79 N 1065.18 E 10700.00 31.11 29.00 N 29 0 E 0.12 8241.32 6148.2 10.0 6054.08 N 1071.41 E 10725.00 31.35 29.77 N 29 46 E 0.47 8262.70 6160.4 10.1 6065.38 N 1077.77 E 10750.00 31.38 30.33 N 30 20 E 0.29 8284.04 6172.6 10.1 6076.64N 1084.29 E 10775.00 31.44 30.53 N 30 32 E 0.12 8305.38 6184.8 10.2 6087.87 N 1090.89 E 10800.00 31.35 31.60 N 31 36 E 0.56 8326.72 6197.0 10.2 6099.03 N 1097.61 E 10825.00 31.23 30.57 N 30 34 E 0.55 8348.08 6209.1 10.2 6110.15 N 1104.31 E 10850.00 31.28 30.93 N 30 56 E 0.19 8369.46 6221.3 10.3 6121.30 N 1110.95 E 10875.00 31.30 31.32 N 31 19 E 0.20 8390.82 6233.4 10.3 6132.41 N 1117.66 E 10900.00 31.14 31.83 N 31 50 E 0.30 8412.20 6245.5 10.4 6143.45 N 1124.44 E 10925.00 31.38 32.39 N 32 23 E 0.38 8433.57 6257.6 10.4 6154.44 N 1131.34 E 10950.00 31.53 32.95 N 32 57 E 0.33 8454.90 6269.6 10.5 6165.42N 1138.38 E 10975.00 31.46 33.30 N 33 18 E 0.19 8476.21 6281.7 10.5 6176.36 N 1145.52 E 20 • Bp Exploration (aaska) Inc. Lease: X-PAD Well: X-27, 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Job Number: AK0908G 160 MEASURED I N C L AZIMUTH BORE HOLE DEPTH BEARING feet deg. deg. deg. min. DOGLEG VERTICAL CLOSURE HORIZONTAL SEVERITY DEPTH DIST. AZIMUTH COORDINATES deg./ feet feet deg. feet 25 ft. 11000.00 31.47 33.69 N 33 41 E 0.20 8497.54 11025.00 31.53 34.38 N 34 23 E 0.37 8518.85 11050.00 31.34 34.65 N 34 39 E 0.23 8540.18 11075.00 30.46 34.87 N 34 52 E 0.89 8561.63 11079.00 30.27 35.16 N 35 10 E 1.51 8565.09 Final Station Closure: Distance: 6331.17 ft Az: 10.70 deg. A Gyrodata Directional Survey 6293.7 10.6 6187.24 N 1152.72 E 6305.7 10.6 6198.07 N 1160.03 E 6317.6 10.6 6208.81 N 1167.42 E 6329.3 10.7 6219.36 N 1174.74 E 6331.2 10.7 6221.01 N 1175.90 E • 21 BIZ Exploration (alaska) Inc. Well: X-PAD X-27 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska 6500 6000 5500 5000 450C 4000 ~-. :3500 C7 z ~ 3000 O z 2500 2000 1500 1000 500 0 Interp Inrun Gyrodata AK0908G_160 DEFINITIVE 'OM H ,TED • • -100 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 FASTING (ft) Bp. Exploration (alaska) Inc. Interp Inrun Well: X-PAD X-27 5-1/2" Tubing Gyrodata Location: Mast Unit, Prudhoe Bay, Alaska AK0908G 160 DEFINITIVE 5.U 4.5 4.0 3.5 w N ~ 3.0 a~ ... w 2.5 w u7 C7 ~ 2.0 C7 0 1.5 OTTOM HOLE LOCATE MD: 11 79.00 1.0 0.5 0.0 ~ i 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 .11000 12000 MEASURED DEPTH (ft) Bp Exploration (alaska) Inc. Well: X-PAD X-27 5-1/2" Tubing Location: Mast Unit, Prudhoe Bay, Alaska Interp Inrun Gyrodata AK0908G 1 Fin r)FFTNTTT\/F 50 45 40 35 z 3C 0 z U 2c z 20 15 10 5 0 LOCATE MD: 11 79.00 -- ~~~~ ~~~~ ~~~~ ~~~~ ~uuu vuuu iuvu tsuuu yUUU 1D000 11000 12000 MEASURED DEPTH (ft) • Bp Exploration (alaska) -Inc. Well: X-PAD X-27 5-1/2" Tubing Location: Mast Unit_ Prudhoe Rav_ aia~~a Interp Inrun Gyrodata AK0908G 160 DEFINITIVE 20.0 0.0 340.0 320.0 H E ~. 300.0 280.0 260.0 240.0 220.0 A i AAA "fAAA ~fnnn w~~,n BOTTO HOLE LOCATE MD: 11 79.00 • ~~~~ ~~~~ ~~~~ ~~~~ ~vvv ouuv iuuu tsuuu yUUU 10000 11000 12000 MEASURED DEPTH (ft) Survey QC - RGS-CT pecification Sheet ~~ SURVEY QUALITY CONTROL -SPECIFICATION DATA INITIALISATION Gyro Compass Reading /Station Raw Inclination Raw Azimuth Abs (ERMeas-ERrneo) 16 14.39 5.29 0.0233 17 14.39 5.17 0.0041 18 14, 39 5.20 0.0100 19 14.39 5.27 0.0169 20 14.39 5.19 0.0197 21 14.39 5.32 0.0061 22 14.39 5.29 0.0384 23 14,39 5.18 0.0454 24 14.39 5.19 0.0183 25 14.39 5.18 0.0157 26 14.39 5.22 0.0613 27 14.38 5.31 0.0352 Average 14.39 5.23 0.0245 Tolerance on Average* 0.0865 Standard Deviation 0,00 0.05 0.0165 Tolerance on St. Dev.** 0.1~ 0.2~ 0.0449 Advanced Initialisation Azimuth Advanced Initialisation Standard Deviation Tolerance = TBA * Tolerance on Average of earth horizontal rate differenceis given by (1/Cos[) * J[(COSA*SinI*0.1)Z+n.naz)~h~ ** Tolerance on Standard Deviation of earth horizontal rate difference tolerance is given by (1/CosI) *J[(COSA*SinI*0.1)Z+(0.08/(n-1))] ~/hr DRIFT TUNES Drift Tune Number Ending Time Ending Depth Ending Inclination Ending Azimuth Residual Gx Bias Residual Gy Bias Start End Start End 1 1594.28 3996.02 50.17 3.03 -0.000 0.000 -0.000 0.000 2 1563.87 6391.12 46.99 9.06 -0.001 0.002 -0.001 0.002 3 1548.81 8784.53 42.66 27.14 -0.002 0.003 -0.003 0.004 4 1867.36 11078.60 30.48 35.17 -0.000 0.002 0.000 0.002 5 2125.40 8783.25 42.45 27.39 -0.000 0.002 0.000 0.001 6 2655.05 6390.22 46.98 9.09 0.001 -0.001 0.003 -0.003 7 1472.86 3996.00 50.13 3.06 0.001 -0.001 0.001 -0.001 8 1472.87 1599.87 14.85 4.41 0.000 0.000 0.000 0.000 Average -0.000 0.001 0.000 0.001 Standard Deviation 0.001 0.001 0.002 0.002 Tolerance for both the Average and the Standard Deviation 0.033/hr 0.0334/hr 0.033/hr 0.0334/hr SURV-Q167 (OPS SUR-MA-003) 19`h Nov 03 /Rev 15 Page 1 of 10 AK0908G_160 Survey QC - RGS-CT pecification Sheet -- arv~~lrvAilvrv AND AZIMUTH INRUN AND OUTRUN COMPARISON Depth Corrected Inclination Corrected Azimuth Inrun * Outrun * Difference Inrun * Outrun * Difference 100.00 0.57 0.27 0.29 228.85 298.66 -69 81 200.00 0.48 0.55 -0.07 223.08 237.32 . -14 23 300.00 0.60 0.50 0.09 219.95 241.51 . -21.56 400.00 0.31 0.37 -0.06 240.85 262.08 -21 24 500.00 1.60 2.08 -0.48 355.70 302.42 . 53.28 600.00 4.13 4.24 -0.11 355.77 347.60 8 17 700.00 5.77 6.30 -0.52 355.32 356.58 . -1 26 800.00 8.22 8.32 -0.10 355.93 356.82 . -0 89 900.00 8.63 8.45 0.18 2.00 359.16 . 2 85 1000.00 8.02 8.12 -0.10 2.33 1.99 . 0.34 1100.00 9.23 8.89 0.34 2.58 1.42 1 16 1200.00 9.98 9.92 0.06 1.72 0.06 . 1 66 1300.00 10.78 10.53 0.25 0.17 358.88 . 1.29 1400.00 11.07 11.04 0.03 358.80 357.75 1.05 1500.00 11.74 12.62 -0.88 359.50 0.35 -0.84 1600.00 14.38 14.43 -0.05 5.23 3.78 1.45 1625.00 14.95 14.96 -0.01 4.45 4.15 0 30 1650.00 16.44 16.59 -0.15 2.64 2.06 . 0 58 1675.00 17.96 17.95 0.01 1.37 0.49 . 0.88 1700.00 18.31 18.27 0.03 1.01 0.14 0.87 1725.00 18.59 18.54 0.05 0.90 0.10 0.80 1750.00 18.83 18.78 0.04 0.72 359.91 0.82 1775.00 19.04 19.02 0.03 0.71 359.91 0.80 1800.00 19.29 19.25 0.04 0.58 359.97 0.61 1825.00 19.69 19.83 -0.14 0.36 0.30 0.06 1850.00 20.26 20.39 -0.13 0.64 0.50 0.14 1875.00 20.67 20.79 -0.13 0.70 0.57 0.14 1900.00 21.02 21.16 -0.14 0.56 0.34 0.22 1925.00 21.34 21.48 -0.14 0.53 0.34 0.18 1950.00 21.58 21.74 -0.16 0.50 0.25 0.24 1975.00 21.83 21.97 -0.14 0.47 0.28 0.19 2000.00 22.10 22.23 -0.14 0.45 0.29 0.15 2025.00 22.33 22.42 -0.09 0.55 0.40 0.16 2050.00 22.60 22.72 -0.12 0.42 0.26 0.15 2075.00 23.00 23.17 -0.17 0.50 0.37 0.13 2100.00 23.56 23.78 -0.22 0.58 0.42 0.16 2125.00 24.57 24.78 -0.21 0.52 0.35 0.17 2150.00. 25.38 25.64 -0.26 0.31 0.13 0.18 2175.00 26.51 26.74 -0.23 0.29 0.14 0.15 2200.00 27.13 27.34 -0.21 0.21 0.04 0.17 2225.00 28.09 28.32 -0.23 359.81 359.66 0.15 2250.00 29.09 29.37 -0.28 359.38 359.14 0.24 2275.00 30.03 30.23 -0.20 358.94 358.76 0.19 SURY-Q367 (OP5 5UR-MA-003) 19th Nov 03 /Rev 35 Page 2 of 10 AK0908G 160 Survey QC - RGS-CT pecification Sheet -- 2300.00 31.01 31.22 -0.21 358.30 358.13 0.17 2325.00 31.77 32.00 -0.23 357.84 357.62 0.22 2350.00 32.79 33.04 -0.25 357.07 356.85 0.23 2375.00 33.74 34.01 -0.27 356.48 356.24 0.25 2400.00 34.98 35.20 -0.22 355.67 355.50 0.17 2425.00 36.20 36.49 -0.29 354.99 354.73 0 25 2450.00 37.51 37.78 -0.27 354.40 354.23 . 0.17 2475.00 39.18 39.47 -0.29 353.88 353.70 0.18 2500.00 40.48 40.74 -0.26 353.68 353.62 0.06 2525.00 41.39 41.60 -0.21 353.69 353.59 0.10 2550.00 41.99 42.13 -0.15 353.72 353.58 0.13 2575.00 42.58 42.69 -0.12 353.67 353.56 0.11 2600.00 43.07 43.18 -0.11 353.68 353.58 0.10 2625.00 43.24 43.33 -0.08 353.54 353.43 0.10 2650.00 43.18 43.24 -0.06 353.39 353.28 0.11 2675.00 42.13 42.10 0.04 352.99 352.87 0.12 2700.00 41.62 41.63 -0.02 352.89 352.83 0.06 2725.00 40.97 41.05 -0.08 352.99 352.95 0.05 2750.00 40.85 40.90 -0.05 353.27 353.22 0.05 2775.00 40.79 40.91 -0.12 353.58 353.50 0.08 2800.00 40.66 40.75 -0.09 353.92 353.87 0.05 2825.00 40.89 40.95 -0.07 354.27 354.23 0.04 2850.00 40.78 40.84 -0.06 354.64 354.58 0.06 2875.00 40.75 40.77 -0.02 354.86 354.84 0.02 2900.00 40.77 40.90 -0.13 355.12 355.04 0.08 2925.00 41.05 41.18 -0.14 355.24 355.16 0.08 2950.00 41.36 41.48 -0.12 355.40 355.32 0.09 2975.00 41.51 41.60 -0.09 355.57 355.52 0.05 3000.00 41.44 41.43 0.01 356.18 356.21 -0.03 3025.00 41.24 41.31 -0.08 357.02 357.00 0.02 3050.00 41.29 41.38 -0.09 358.07 358.10 -0.03 3075.00 41.72 41.83 -0.11 358.71 358.74 -0.02 3100.00 42.20 42.32 -0.12 0.03 0.07 -0.04 3125.00 42.62 42.73 -0.12 1.14 1.15 -0.00 3150.00 42.91 43.02 -0.11 1.72 1.67 0.05 3175.00 43.17 43.31 -0.13 1.97 1.87 0.10 3200.00 43.52 43.65 -0.13 2.01 1.93 0.08 3225.00 43.85 44.03 -0.18 1.96 1.86 0.10 3250.00 44.62 44.76 -0.14 1.94 1.88 0.06 3275.00 45.29 45.41 -0.12 1.94 1.83 0.11 3300.00 45.86 46.04 -0.18 1.91 1.81 0.10 3325.00 46.73 46.86 -0.13 1.84 1.74 0.10 3350.00 47.48 47.63 -0.15 1.75 1.67 0.08 3375.00 48.12 48.23 -0.11 1.79 1.72 0.08 3400.00 48.76 48.93 -0.17 1.80 1.69 0.11 SURV-Qi67 (OPS SUR-MA-003) 19`" Nov 03 /Rev 15 Page 3 of 30 AK0908G 160 Survey QC - RGS-CT Specification Sheet ..~. 3425.00 49.24 49.34 -0.10 1.85 1.74 0.11 3450.00 49.24 49.32 -0.08 1.80 1.70 0.10 3475.00 49.35 49.46 -0.11 1.65 1.56 0.09 3500.00 49.15 49.22 -0.07 1.60 1.53 0.08 3525.00 49.34 49.42 -0.08 1.71 1.63 0.08 3550.00 49.18 49.17 0.01 1.75 1.65 0.09 3575.00 49.29 49.35 -0.06 1.92 1.85 0.07 3600.00 49.62 49.69 -0.07 2.19 2.14 0.05 3625.00 49.75 49.81 -0.07 2.55 2.49 0.05 3650.00 49.80 49.80 -0.00 2.76 2.69 0.07 3675.00 50.00 50.05 -0.05 2.79 2.69 0.10 3700.00 49.88 49.96 -0.08 2.75 2.67 0.08 3725.00 49.91 49.91 0.01 2.75 2.68 0.07 3750.00. 49.92. 49.98 -0.06 2.68 2.58 0.10 3775.00 49.85 49.90 -0.05 2.50 2.40 0.09 3800.00 49.80 49.85 -0.05 2.42 2.32 0.09 3825.00 49.89 49.95 -0.06 2.31 2.22 0.09 3850.00 49.82 49.83 -0.01 2.23 2.i6 0.07 3875.00 49.97 50.01 -0.04 2.19 2.12 0.07 3900.00 49.81 49.86 -0.04 2.05 1.97 0.08 3925.00. 50.11 50.14 -0.03 2.09 2.01 0.08 3950.00 50.16 50.18 -0.02 2.32 2.27 0.06 3975.00 50.08 50.08 0.00 2.69 2.65 0.03 4000.00 50.19 50.18 0.00 3.07 3.00 0.07 4025.00 49.86 49.89 -0.03 3.20 3.14 0.06 4050.00 50.03 50.03 0.00 3.24 3.14 0.10 4075.00 49.91 49.93 -0.03 3.14 3.06 0.08 4100.00 49.97 49.98 -0.01 3.17 3.09 0.07 4125.00 50.08 50,13 -0.05 3.12 3.05 0.08 4150.00 50.00 50,05 -0.06 3.11 3.03 0.08 4175.00 50.13 50.15 -0.02 3.21 3.13 0.08 4200.00 50.08 50.13 -0.05 3.22 3.13 0.08. 4225.00 50.12 50,11 0.00 3.24 3.15 0.09 4250.00 50.09 50.12 -0.03 3.18 3.09 0.09 4275.00 49.69 49.73 -0.04 3.04 2.95 0.09 4300.00 49.84 49.85 -0.01 2.85 2.77 0.08 4325.00 49.65 49.70 -0.05 2.80 2.71 0.09 4350.00 49.80 49.80 -0.00 2.70 2.60 0.10 4375.00 50.07 50.11 -0.04 2.66 2.58 0.08 4400.00 49.68 49.69 -0.00 2.52 2.45 0.08 4425.00 49.55 49.54 0.01 2.38 2.29 0.09 4450.00 49.45 49.49 -0.04 2.37 2.30 0.07 4475.00 49.17 49.15 0.02 2.92 2.90 0.02 4500.00 49.03 48.99 0.04 3.62 3.60 0.02 4525.00 48.49 48.47 0.02 4.43 4.40 0.03 SURV-Q367 (OPS SUR-MA-003) 19~" Nov 03 /Rev 15 Page 4 of 30 AK0908G_360 Survey QC - RGS-CT Specification Sheet 4550.00 48.48 48.51 -0.03 4.89 4.84 0.05 4575.00 48.40 48.40 0.00 5.02 4.94 0.08 4600.00 48.26 48.30 -0.04 5.00 4.90 0.09 4625.00 48.35 48.39 -0.04 4.93 4.83 0.10 4650.00 48.26 48.25 0.01 4.80 4.69 0.10 4675.00 48.20 48.24 -0.04 4.66 4.57 0.09 4700.00 48.30 48.33 -0.03 4.59 4.50 0.09 4725.00 48.33 48.35 -0.01 4.55 4.46 0.09 4750.00 48.31 48.31 0.00 4.67 4.62 0.06 4775.00. 48.38 48.39 -0.01 4.87 4.80 0.07 4800.00 48.27 48.27 -0.00 4.99 4.94 0.06 4825.00 48.45 48.51 -0.05 5.16 5.09 0.07 4850.00 48.42. 48.43 -0.01 5.42 5.35 0.08 4875.00 48.35 48.30 0.05 5.52 5.43 0.08 4900.00 48.39 48.43 -0.05 5.53 5.45 0.08 4925.00 48.40 48.41 -0.01 5.52 5.44 0.08 4950.00 48.33 48.28 0.06 5.54 5.46 0.08 4975.00 48.31 48.34 -0.03 5.40 5.30 0.10 5000.00 48.48 48.46 0.03 5.36 5.29 0.07 5025.00 48.46 48.48 -0.03 5.40 5.33 0.06 5050.00 48.38 48.37 0.01 5.43 5.35 0.07 5075.00 48.40 48.40 0.01 5.44 5.34 0.10 5100.00 48.43 48.43 -0.00 5.33 5.23 0.10 5125.00 48.10 48.13 -0.03 5.20 5.11 0.09 5150.00 48.17 48.15 0.02 5.09 5.00 0.10 5175.00 48.25 48.26 -0.01 5.02 4.93 0.09 5200.00 48.25 48.21 0.03 4.96 4.87 0.09 5225.00 47.81 47.84 -0.03 4.92 4.83 0.10 5250.00 48.15 48.15 -0.01 4.73 4.63 0.10 5275.00 48.08 48.05 0.04 4.42 4.30 0.12 5300.00 47.55 47.55 0.00 4.11 4.01 0.11 5325.00 47.87 47.87 0.00 4.00 3.90 0.10 5350.00 47.96 47.99 -0.03 3.99 3.91 0.08 5375.00 47.68 47.62 0.06 4.18 4.09 0.09 5400.00 47.72 47.72 0.00 4.31 4.22 0.09 5425.00 47.82 47.82 -0.00 4.43 4.35 0.08 5450.00. 47.47 47.46 0.02 4.60 4.52 0.08 5475.00 47.51 47.53 -0.03 4.90 4.84 0.06 5500.00 47.54 47.52 0.02 5.35 5.30 0.05 5525.00 47.54 47.50 0.05 5.68 5.60 0.08 5550.00 47.46 47.46 0.00 6.01 5.97 0.04 5575.00 47.78 47.79 -0.00 6.64 6.59 0.05 5600.00 48.16 48.22 -0.06 7.19 7.13 0.06 5625.00 48.19 48.10 0.10 7.17 7.06 0.11 5650.00 47.95 47.98 -0.02 6.91 6.84 0.07 SURV-Q 167 (OP5 SUR-MA-003) 19`" N ov 03 /Rev 15 Page 5 of 10 AK0908G_360 Survey QC - RGS-CT Specification Sheet ®..~ 5675.00 48.21 48.19 0.02 6.98 6.92 0.06 5700.00 48.20 48.17 0.03 7.02 6.94 0.08 5725.00 48.40 48.42 -0.01 6.81 6.72 0.08 5750.00 48.35 48.38 -0.03 6.69 6.61 0.09 5775.00 48.45 48.44 0.01 6.54 6.46 0.08 5800.00 48.48 48.48 0.00 6.50 6.41 0.09 5825.00 48.28 48.30 -0.02 6.49 6.42 0.07 5850.00 48.26 48.20 0.06 6.43 6.37 0.05 5875.00 48.20 48.20 0.00 6.61 6.55 0.06 5900.00 48.16 48.19 -0.03 6.85 6.79 0.06 5925.00 48.29 48.24 0.05 6.94 6.88 0.06 5950.00 48.18 48.17 0.01 6.84 6.77 0.08 5975.00 48.05 48.01 0.03 6.74 6.67 0.07 6000.00 48.09 48.09 -0.01 6.68 6.61 0.07 6025.00 47.90 47.92 -0.02 6.77 6.72 0.06 6050.00 48.27 48.22 0.05 6.91 6.83 0.08 6075.00 48.23 48.27 -0.04 7.08 7.02 0.06 6100.00 48.19 48.18 0.01 7.16 7.05 0.11 6125.00 48.43 48.38 0.05 6.74 6.63 0.11 6150.00 47.80 47.82 -0.02 6.63 6.55 0.07 6175.00 47.69 47.60 0.09 6.62 6.56 0.07 6200.00 47.36 47.34 0.02 6.72 6.65 0.07 6225.00 47.10 47.11 -0.01 6.81 6.76 0.05 6250.00 47.34 47.32 0.02 7.05 7.00 0.04 6275.00 47.06 47.12 -0.06 7.25 7.20 0.05 6300.00 47.10 47.02 0.08 7.51 7.46 0.05 6325.00 46.77 46.78 -0.02 7.96 7.96 0.00 6350.00 46.87 46.90 -0.03 8.53 8.50 0:03 6375.00 47.15 47.12 0.02 8.93 8.86 0.07 6400.00 47.01 47.01 -0.00 9.15 9.09 0.06 6425.00 47.00 47.01 -0.01 9.38 9.32 0.06 6450.00 47.09 47.09 -0.00 9.46 9.41 0.05 6475.00 47.04 47.04 -0.00 9.63 9.59 0.04 6500.00 47.19 47.24 -0.05 9.62 9.55 0.07 6525.00 46.84 46.85 -0.01 9.43 9.38 0.05 6550.00 46.84 46.82 0.02 9.41 9.35 0.06 6575.00 46.79 46.78 0.01 9.66 9.60 0.06 6600.00 46.42 46.41 0.01 9.88 9.83 0.05 6625.00 46.53 46.53 0.00 10.06 10.01 0.05 6650.00 46.15 46.14 0.01 10.16 10.12 0.04 6675.00 45.91 45.92 -0.01 10.42 10.38 0.04 6700.00 45.99 46.00 -0.01 10.75 10.70 0.05 6725.00 45.97 45.97 0.01 11.06 11.01 0.06 6750.00 46.10 46.12 -0.02 11.89 11.86 0.04 6775.00 46.17 46.17 0.00 12.59 12.55 0.04 SURV-Q367 (OPS SUR-MA-003) 19th Nov 03 /Rev 15 Page 6 09 SO AK0908G 160 Survey QC - RGS-CT pecification Sheet ~' 6800.00 46.28 46.29 -0.01 13.34 13.31 0.03 6825.00 46.35 46.33 0.02 13.88 13.85 0.03 6850.00 46.26 46.26 -0.00 14.22 14.17 0.05 6875.00 46.23 46.22 0.01 14.44 14.39 0.05 6900.00 46.00 46.00 -0.00 14.59 14.55 0.05 6925.00 46.05 46.04 0.01 14.57 14.53 0 04 6950.00 46.20 46.20 -0.00 14.58 14.55 . 0.03 6975.00 46.29 46.28 0.01 14.66 14.64 0.02 7000.00 46.32 46.33 -0.01 14.68 14.66 0.02 7025.00 46.27 46.25 0.02 14.79 14.75 0.03 7050.00 46.34 46.33 0.01 14.94 14.93 0.01 7075.00 46.37 46.35 0.02 14.81 14.78 0.02 7100.00 46.33 46.31 0.02 14.82 14.80 0.02 7125.00 46.54 46.52 0.02 14.92 14.91 0.02 7150.00 46.44 46.42 0.02 14.89 14.86 0.02 7175.00 46.50 46.47 0.03 14.93 14.92 0.01 7200.00 46.65 46.66 -0.01 15.02 15.00 0.02 7225.00 46.73 46.71 0.02 14.97 14.94 0.03 7250.00 46.77 46.77 -0.00 14.91 14.87 0.03 7275.00 46.95 46.95 0.00 14.86 14.84 0.02 7300.00 47.04 46.99 0.05 14.84 14.82 0.02 7325.00 46.78 46.76 0.03 14.77 14.75 0.02 7350.00 46.72 46.73 -0.01 14.59 14.58 0.01 7375.00 47.02 47.00 0.02 14.62 14.60 0.02 7400.00 46.95 46.95 0.00 14.77 14.75 0.02 7425.00 47.24 47.23 0.01 14.70 14.68 0.02 7450.00 46.80 46.77 0.03 14.40 14.41 -0.00 7475.00 47.13 47.12 0.02 14.31 14.32 -0.01 7500.00 46.87 46.85 0.03 14.45 14.47 -0.01 7525.00 47.05 47.03 0.02 14.39 14.38 0.01 7550.00 47.10 47.12 -0.02 14.38 14.39 -0.02 7575.00 47.14 47.11 0.03 14.42 14.43 -0.01 7600.00 47.30 47.27 0.03 14.26 14.26 -0.00 7625.00 47.04 47.02 0.02 14.18 14.16 0.01 7650.00 46.89 46.87 0.01 13.74 13.74 -0.00 7675.00 46.77 46.76 0.01 13.61 13.62 -0.01 7700.00 46.92 46.87 0.05 13.57 13.61 -0.04 7725.00 46.96 46.93 0.02 13.73 13.74 -0.01 7750.00 46.75 46.75 -0.00 13.50 13.50 -0.00 7775.00 46.85 46.82 0.03 13.36 13.36 0.01 7800.00 46.90 46.87 0.03 13.37 13.36 0.01 7825.00 46.66 46.64 0.02 13.45 13.42 0.02 7850.00 46.93 46.92 0.01 13.17 13.17 -0.01 7875.00 46.85 46.84 0.01 13.24 13.25 -0.01 7900.00 46.80 46.74 0.06 13.49 13.49 -0.00 SURV-Q367 (OpS SUR-MA-003) 19`h Nov 03 /Rev 15 Page 7 of 30 AK0908G 160 Survey QC - RGS-CT pecification Sheet .L...~~ ~~ /y15.UU 46.80 46.77 0.03 13.30 13.27 0 03 7950.00 46.60 46..56 0.03 13.17 13.20 . -0.03 7975.00 46.85 46.87 -0.02 13.22 13.24 -0 01 8000.00 46.93 46.90 0.02 13.22 13.25 . -0 03 8025.00 46.57 46.50 0.07 13.24 13.19 . 0 04 8050.00 46.56 46.54 0.01 12.75 12.72 . 0 03 8075.00 46.28 46.25 0.03 12.83 12.88 . -0.05 8100.00 46.29 46.21 0.08 13.15 13.16 -0 01 8125.00 46.28 46.27 0.01 13.36 13.39 . -0 03 8150.00 46.17 46.13 0.04 13.69 13.75 . -0 06 8175.00 46.13 46.07 0.06 14.43 14.48 . -0 06 8200.00 46.03 46.01 0.02 14.98 15.05 . -0.06 8225.00 46.05 45.99 0.06 15.48 15.52 -0.05 8250.00 46.06 46.05 0.01 16.12 16.17 -0 05 8275.00 45.86 45.83 0.03 16.61 16.68 . -0 07 8300.00 45.72 45.69 0.04 17.51 17.56 . -0 05 8325.00 45.74 45.72 0.02 17.93 17.98 . -0.04 8350.00 45.78 45.73 0.06 18.18 18.24 -0.06 8375.00 45.36 45.32 0.04 19.28 19.38 -0.10 8400.00 45.21 45.20 0.00 19.64 19.69 -0.05 8425.00 45.25 45.23 0.02 20.34 20.41 -0.07 8450.00 45.27 45.26 0.02 20.83 20.88 -0.05 8475:00 45.22 45.16 0.06 21.14 21.18 -0.04 8500.00 44.94 44.89 0.05 21.64 21.67 -0.03 8525.00 44.78 44.78 0.01 21.69 21.68 0.01 8550.00 44.86 44.84 0.02 21.73 21.77 -0.04 8575.00 44.62 44.54 0.08 22.48 22.57 -0.10 8600.00 44.03 44.01 0.02 23.15 23.16 -0.01 8625.00 44.15 44.13 0.02 23.42 23.46 -0.05 8650.00 43.95 43.88 0.07 23.89 24.02 -0.13 8675.00 43.40 43.29 0.11 24.92 24.99 -0.06 8700.00 43.38 43.40 -0.01 25.40 25.44 -0.04 8725.00 43.29 43.25 0.04 25.48 25.52 -0.04 8750.00 43.26 43.19 0.07 26.12 26.18 -0.07 8775.00 42.85 42.78 0.08 26.61 26.73 -0.12 8800.00 42.44 42.45 -0.00 27.56 27.55 0.00 8825.00 42.51 42.51 -0.00 27.23 27.19 0.04 8850.00 42.58 42.51 0.07 27.85 27.96 -0.11 8875.00 42.10 42.04 0.06 27.67 27.67 0.00 8900.00 41.87 41.90 -0.03 28.13 28.12 0.01 8925.00 41.92 41.94 -0.02 28.17 28.01 0.16 8950.00 41.76 41.79 -0.03 27.18 27.06 0.12 8975.00 41.56 41.54 0.02 27.61 27.64 -0.03 9000.00 41.18 41.18 -0.01 28.01 27.91 0.10 9025.00 41.09 41.07 0.02 27.41 27.38 0.03 SURV-Q167 (OPS SUR-MA-003) 19th Nov 03 /Rev 15 Page 8 of 10 AK0906G 160 ---- Survey QC - RGS-CT pecification Sheet 9050.00 40.99 41.03 -0.04 27.83 27.73 0.10 9075.00 40.75 40.76 -0.01 26.98 26.87 0.11 9100.00 40.48 40.46 0.02 27.71 27.78 -0.07 9125.00 40.34 40.34 -0.00 27.94 27.79 0.15 9150.00 40.14 40.18 -0.03 26.90 26.75 0.14 9175.00 40.02 39.99 0.03 27.49 27.58 -0.09 9200.00 39.96 40.09 -0.14 28.24 28.17 0.07 9225.00 39.52 39.42 0.10 27.33 27.17 0.16 9250.00 39.34 39.47 -0.13 26.62 26.62 -0.00 9275.00 39.18 39.17 0.01 27.76 27.82 -0.06 9300.00 39.55 39.65 -0.09 27.73 27.41 0.32 9325.00 38.58 38.42 0.16 26.31 26.28 0.03 9350.00 38.37 38.51 -0.14 27.96 28.06 -0.10 9375.00 38.88 38.93 -0.05 27.77 27.50 0.28 9400.00 38.13 37.95 0.18 26.51 26.43 0.08 9425.00 37.48 37.60 -0.13 27.71 27.81 -0.10 9450.00 37.83 37.86 -0.03 28.07 27.90 0.17 9475.00 37.44 37.51 -0.06 27.07 26.86 0.21 9500.00 37.95 37.98 -0.04 26.94 27.07 -0.14 9525.00 37.12 36.87 0.25 28.40 28.29 0.11 9550.00 36.18 36.35 -0.17 27.13 26.81 0.32 9575.00 36.96 36.94 0.02 27.16 27.25 -0.10 9600.00 35.77 35.78 -0.01 28.15 28.30 -0.15 9625.00 36.44 36.67 -0.22 28.74 28.53 0.21 9650.00 37.55 37.77 -0.22 28.53 28.41 0.12 9675.00 38.23 38.36 -0.13 27.41 26.96 0.45 9700.00 38.50 38.50 0.00 24.86 24.53 0.32 9725.00 37.49 37.33 0.16 22.38 21.89 0.49 9750.00 36.17 35.96 0.21 20.39 20.12 0.27 9775.00 34.62 34.53 0.10 19.64 19.32 0.32 9800.00 34.56 34.71 -0.15 18.26 18.12 0.14 9825.00 34.74 34.67 0.07 19.20 19.18 0.03 9850.00 33.82 33.88 -0.06 20.05 20.15 -0.10 9875.00 34.50 34.61 -0.11 20.42 20.10 0.32 9900.00 33.82 33.71 0.11 18.89 18.76 0.13 9925.00 33.01 33.02 -0.00 20.49 20.59 -0.10 9950.00 33.66 33.73 -0.07 21.24 21.03 0.21 9975.00 32.78 32.67 0.11 20.11 19.78 0.33 10000.00 33.12 33.22 -0.10 20.09 20.03 0.05 10025.00 33.05 33.07 -0.02 21.36 21.41 -0.05 10050.00 32.51 32.41 0.11 21.31 20.94 0.37 10075.00 31.79 31.79 -0.00 21.37 21.49 -0.12 10100.00 31.96 32.06 -0.10 22.67 22.50 0.18 10125.00 32.23 32.19 0.04 21.92 21.69 0.24 10150.00 31.03 30.90 0.13 21.66 21.75 -0.10 SURV-Q367 (OPS SUR-MA-003) 19~" Nov 03 /Rev 15 Page 9 of 10 AK0908G 160 Survey QC - RGS-CT pecification Sheet ~' ~_ lul/5.00 31.03 31.17 -0.14 24.03 23.87 0.16 10200.00 31.52 31.39 0.13 22.60 22.07 0.53 10225.00 30.42 30.29 0.13 22.41 22.46 -0.05 10250.00 30.52 30.65 -0.13 24.55 24.57 -0.02 10275.00 31.19 31.16 0.03 23.55 22.99 0.56 10300.00 30.17 30.07 0.11 23.00 23.13 -0.14 10325.00 30.63 30.76 -0.13 24.98 24.85 0.14 10350.00 30.72 30.70 0.02 24.04 23.54 0.50 10375.00 31.16 31.17 -0.01 23.66 23.75 -0.09 10400.00 31.04 31.12 -0.08 25.32 24.85 0.48 10425.00 30.57 30.62 -0.06 25.37 25.02 0.35 10450.00 31.02 31.14 -0.12 25.68 25.17 0.51 10475.00 31.30 31.32 -0.01 25.94 25.53 0.41 10500.00 30.85 30.98 -0.13 26.72 26.33 0.38 10525.00 30.89 30.94 -0.04 27.18 26.75 0.43 10550.00 30.71 30.71 0.00 27.19 26.93 0.26 10575.00 30.88 30.90 -0.02 27.75 27.50 0.24 10600.00 31.12 31.12 0.00 27.94 27.63 0.31 10625.00 31.17 31.14 0.03 28.46 28.20 0.26 10650.00 31.02 31.01 0.01 28.89 28.53 0.35 10675.00 31.03 30.86 0.17 28.85 28.52 0.33 10700.00 31.11 30.95 0.16 29.00 28.82 0.18 10725.00 31.35 31.14 0.20 29.77 29.09 0.69 10750.00 31.38 31.20 0.19 30.33 29.58 0.74 10775.00 31.44 31.19 0.24 30.53 29.90 0.64. 10800.00 31.35 31.19 0.16 31.60 30.78 0.82 10825.00 31.23 31.29 -0.06 30.57 30.61 -0.04 10850.00 31.28 31.34 -0.07 30.93 30.94 -0.01 10875.00 31.30 31.33 -0.03 31.32 31.32 0.00 10900.00 31.14 31.20 -0.06 31.83 31.86 -0.04 10925.00 31.38 31.44 -0.06 32.39 32.38 0.01 10950.00 31.53 31.57 -0.04 32.95 32.95 0.01 10975.00 31.46 31.53 -0.07 33.30 33.32 -0.01 11000.00 31.47 31.51 -0.04 33.69 33.73 -0.04 11025.00 31.53 31.60 -0.07 34.38 34.39 -0.01 11050.00 31.34 31.42 -0.08 34.65 34.58 0.07 11075.00 30.46 30.37 0.09 34.87 34.98 -0.11 Average -0.0254 0.0946 Standard Deviation 0.1053 0.1589 Tolerance for both the Average and the Standard Deviation Casing 0.3~ Drill i e 0.3~ Casing 0.5~ Drill i e 0.75 +.....,,~uuvn ana~ ncn ~U~i ni~c~~,ruiatcu W SafTl@ ^ePCf15 a5 SnOWn. SURV-Q167 (OPS SUR-MA-003) 19~^ Nov 03 /Rev 15 Page 10 of 10 AK0908G_160 Survey QC - RGS-CT Analysis Sheet .rel. SURVEY QUALITY CONTROL -DATA ANALYSIS REFERENT F cvcTCenc Grid S stem Grid Correction 0.00 Azimuth reference: Grid True North TRUE NORTH Vertical reference: RKB MS Other RKB If other ive details TIE ON DATe De th 0.00 Inclination 0.00 Azimuth 0.00 TVD 0.00 Northin s 0.00 Eastin s 0.00 Latitude 70.2432 Az. Ref: Grid rue Grid Corrected Y N? Descri tion CALIBRATION Tool Number 6079 Calibration Date 29 Jun 2008 OPERATING TEMPERATURE FIELD Rill 1 TFCT /Only v~ii'1 ,... C:.,...1 ..4-....r..-.._ ..,c__ __~ ____.._,_ Cal value --- ---~-- -'---- Pre 'ob offset -'--. ••••~-•• ..~~ Post 'ob offset .+....,.+,.. ~~~ ..~ ~vn Abs dif,cal. ost way uo~o cllul nlcu Abs dif. re. ost alLCl lcWlll lU UtlSC Sec' Accel Scale 0.000000 0.000000 N A Cal Post - 0.00015 Mass Unbalance 0.00 0.00 N/A Pre Post - 0.4° hr INTTTeI TfieTTnN De th A rox 1600.21 No of stns 12 Sec' -Min No. - 6 Azimuth Mean 5.23 Std deviation 0.05 Sec' - Azi SD 0.2° Inclination Mean 14.39 Std deviation 0.00 Sec' -Inc SD 0.1° Earth Horizontal Rate Mean Abs meas-theor 0.02 Std deviation 0.02 Sec' -See 167 DRIFT TUNE Residual x ro bias Mean 0.001 Std dev' 0.001 Sec's -Mean and SD - 0.333° hr Residual ro bias Mean 0.001 Std dev' _0.002 Spec's -Mean and SD - 0.333°/hr TOOLFACE RATE Maximum toolface rate 18.24 Sec' - 400 sec IN/OUT Cr1MDeRTCAN /e7T' Nin rc TNr~ ~~c°~ Inclination Difference Mean -0.03 Std dev' 0.11 Sec's -Casin 0.3° Drill i e 0.3° Azimuth Difference Mean 0.09 Std dev' 0.16 Sec's -Casin 0.5° Drill i e 0.75° Lateral Diver ence/1000 1.48 Sec - 5.0 1000 Vertical Diver ence/1000 0.22 Sec' - 2.0/1000 DEPTH CANTVnI Wireline Com an Baker Line t e 15 32 Encoder SF G rodata Max De th TD 11079 CCL Corrected No Zero De th Ri u RKB at 74.9 ft AMSL Rezero De th -5.5 Given u 'oint de th NA Measured PJ NA Strech cor. At TD divided b TD 1000 .45 Sec' - 1.5 1000 Dif. Between ri u and rezero de the divided b TD 1000 .5 Sec' - 2.0 1000 Dif. Between iven and meas de th divided b meas 1000 NA Sec' - 2.0 1000 SURV-Q365 (OPS SUR-MA-010) 22n° ]an 2004 /Revision 20 page 1 of 1 AK0908G_360 1 Survey QC - RGS-CT Acceptance Sheet ._- FIELD AND SURVEY INF~RMOTiI)N - --- -------- Operator BP EXPLORATION (ALASKA) INC. Field /Platform MAST UNIT Well Number X -PAD X - 27 Survey section From 1600.00 ft. to 11079.00 ft. Date 10/7/2008 Gyrodata Job No AK0908G_160 Gyrodata Surveyors Steve Thompson lob Objective High Accuracy Gyro Survey SURVEY PERFORMANCE In Spec' QC Parameter Yes/No/NA Possible Actions Contact Duty Engineer to discuss options: Operational temperature within Yes 1. Recalibrate tool to higher temperature specification 2. Resurvey with backup tool 3. Resurvey Hot' section at higher speed Roll test data within specification Contact Duty Engineer to discuss options: Only valid on land/fixed installations Yes 1. Recalibrate tool and reprocess survey 2. Resurve with backu tool Continuous initialisation within Take new initialisation, after three failures: specification Yes 1. Contact Duty Engineer or, 2. Resurve with backu tool. Contact Duty Engineer to discuss options: Toolface rate within specification Yes Resurvey section from previous bias check Investi ate and comment if effects are ne li ible Contact Duty Engineer to discuss options: Drift tunes within specification Yes 1. Reprocess with different software settings 2. Resurve with backu tool Inrun/Outrun comparison within Contact Duty Engineer to discuss options. specification Yes Resurvey is usually not required if either Inrun or outrun meet all other C arameters Depth control within specification Yes Contact Duty Engineer to discuss options. Action taken: Note: Provided satisfactory action has been taken, parameters out with specification will not necessarily fail a survey. SURVEY ACCEPTED Gyrodata Representative Client's Representative SURV-Q166 (OPS SUR-MA-003) 13th Nov 03 /Revision 12 Page 1 of 1 AK0908G_360 · STATE OF ALASKA .. ALA OIL AND GAS CONSERVATION COM"ION OCT 0 4 2006 REPORT OF SUNDRY WELL OPERATIONSA . laska 011 & Gas Cons. Commission RECEIVED 1. Operations Performed: o Abandon o Alter Casing o Change Approved Program 2. Operator Name: BP Exploration (Alaska) Inc. 3. Address: P.O. Box 196612, Anchorage, Alaska 7. KB Elevation (ft): 18) Repair Well 18) Pull Tubing o Operation Shutdown 99519-6612 o Plug Perforations 0 Stimulate o Perforate New Pool 0 Waiver o Perforate 0 Time Extension 4. Well Class Before Work: 5. Permit To Drill Number: ~ Development 0 Exploratory 184-069 o Stratigraphic 0 Service 6. API Number: 50-029-21112-00-00 o Re-Enter Suspended Well o Other 74.9' 9. Well Name and Number: PBU X-27 8. Property Designation: ADL 028310 11. Present well condition summary Total depth: measured 11840 feet true vertical 9164 feet Effective depth: measured 11515 feet true vertical 8902 feet 10. Field / Pool(s): Prudhoe Bay Field / Prudhoe Bay Pool Plugs (measured) Junk (measured) 11515 10739 Casing Structural Conductor Surface Intermediate Production Liner Length Size MD TVD Burst Collapse 110' 2907' 11084' 20" x 30" 13-318" 9-5/8" 110' 2907' 11084' 110' 2697' 8542' 4930 6870 2670 4760 1018' 7" 10822' - 11840' 8318' - 9164' 7240 5410 ,. ,;.¡"'^ '.) '........ .., ~'-... (\'¡ c", Perforation Depth MD (ft): Perforation Depth TVD (ft): 11470' - 11498' 8865' - 8888' Tubing Size (size, grade, and measured depth): 5-1/2",17# x 4-112",12.6# . 13Cr80 107M' c' .. .- 9-5/8" x 5-1/2" Baker 'S-3' packer; Packers and SSSV (type and measured depth): 9-5/8" x 5-1/2" Brown '3-H' packer 10430'; 10576' 12. Stimulation or cement squeeze summary: Intervals treated (measured): RBDMS 8Ft 0 CT Q 4 10D6 Treatment description including volumes used and final pressure: Cut and pull 4-112" tubing at about 10512'. Cut and pull 9-5/8" casing at about 2039'. Run 9-5/8" Tieback to surface. Cement with 140 Bbls Class 'G' (786 cu ft / 672 sx, Yield 1.17). Run new 5-1/2" x 4-1/2" Chrome tubino. 13. Representative Daily Averaoe Production or Injection Data Oil-Bbl Gas-Met Water-Bbl Casino Pressure Tubina Pressure Prior to well operation: Subsequent to operation: 14. Attachments: 0 Copies of Logs and Surveys run 15. Well Class after proposed work: o Exploratory ~ Development 0 Service 181 Daily Report of Well Operations 16. Well Status after proposed work: ~ Well Schematic Diagram 18) Oil 0 Gas 0 WAG 0 GINJ 0 WINJ 0 WDSPL 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. SUndry Number or N/A if C.O. Exempt: Contact David Reem, 564-5743 305-368 Printed Name Terrie Hubble ./. LJ ¡[i~.... Signature -1fJA n 10 [1/..1..f II I ~ Title Technical Assistant Phone 564-4628 () C¡7Z-9/- Prepared By Name/Number: Date I j tct'f' Terrie Hubble, 564-4628 . Form 10-404 Revised 04/2006 ORIGINAL Submit Original Only · Page 1 of 1 U16ual weH1l1e , Welì Events for SurfaceWell - X-2 Location: BP -> ALASKA -> GREATER PRUDHOE BAY -> GC3 -> X -> X-27 Date Range: 22/Jul/2006 to OS/Aug/2006 Data Source(s): DIMS, AWGRS Events Source Well Date AWGRS X-27 OS/OS/2006 AWGRS X-27 OS/OS/2006 AWGRS X-27 OS/07/2006 AWGRS X-27 08/07/2006 AWGRS X-27 08/06/2006 AWGR$ X-27 08/05/2006 AWGRS X-27 OS/05/2006 AWGRS X-27 08/04/2006 AWGR$ X-27 OS/04/2006 AWGRS X-27 OS/03/2006 AW_GRS X-27 08/02/2006 AWÇiRS X-27 07/31/2006 AWGRS X-27 07/30/2006 AWGRS X-27 07/30/2006 AWGB~ X-27 07/22/2006 Description T/IA/OA = 51/0/0 ( Drillout Lockdown Screws) Replace Packing and Screw Assembly PPPOT-IC = PASSED PPPOT-T = PASSED Tuboscope to drilled all (4) pins successfully. Gland nut threads and Lockdown screw threads all tapped prior to installation of new assemblies. Torqued inner casing lockdowns to 500 ft/lbs., energized secondary "Y" seals. Rigged up test equipment, pumped until clean returns were achieved. Pressured up void to 3,SOO psi. for 30 mins. - Passed. Torqued tubing hanger locdowns to 650 ft/lbs. Rigged up test equipment and pumped until clean returns were achieved. Pressured up void to 5,000 psi. for 30 mins. - Passed T/I/0=BPV/Vac/5. Temp=SI. LDS Drill out. (Pre-RWO). Bled OAP from 5 psi tp 0 psi in 30 seconds. Attempted to free stuck LDS with impact gun and wrenches, with no success. Tuboscope proceeding with drill out. LDS drilled out, threads tapped & 2 more LDS replaced. 7 LDS replaced on the IC hanger in the last 2 days. Final WHP's=BPV/Vac/O. SET A 6" CIW BPV PRE RIG. T/I/O=BPV/Vac/O. Temp=SI. LDS Drill Out. (Pre-Rig). Drilled out 3 and replaced 5 lOS. One LDS left to drill. Maintained open bleed on IA & OA during drill out procedure. Final WHP's=BPV/O/O. T/I/O=Vac./Vac'¡O+. Temp=SI. Monitor WHPs. TBG and lAP went on Vac. No change in OA pressure. T/IA/OA=/O/O/O Work on stuck LDS. Follow up from previous work, Had tools modified at Baker Machine shop. Was able to break [3] of [7] stuck lOS on casing spool. Of [4] that didn't loosen up, broke the flats off of [2] of the [4]. [1] has the flats twisted bad. The other on is under annulus valve. Unable to get a good stroke on wrench. T/I/O = vac/vac/O+. Temp = 51. Assist Cameron with ~DS function. T/I/0=vac/0/140. Temp=SI. Bleed WHPs to 0 psi ( pre cam ). OA FL near surface. Bled OAP to o psi in 5 mins. T/IA/OA= 0/0/0 Free stuck LDS on McEvoy well head. There were [3] 011 tubing spool and [7] on casing spool left from previous well work. Was able to free all [3] 011 tubing spool. Unable to move any of [7] lDS on casing spool, Tool failure, to machine shop for modifications. Job to be continued Will have socket made with deeper pocket to spread torque. ***Continued WSR from OS-02-06*** Circ-out/ CMIT Tx lA to 2000 psi (PASSED) MIT OA to 2000 psi (PASSED) (pre-RWO) Circ-out - Pumped 10 bbls neat methanol spear, 1093 bbls 55* sea water and 150 bbls diesel (freeze protect) down TBG taking returns up IA to hardline jumper to Flow Line. Let U-tube for 1 hr. CMIT T x IA - Pressured up to 2000 psi with 4.2 bbls diesel. CMIT Tx IA lost 40/40 psi in 15 minutes and 20/20 psi in 2 nd 15 minutes for a total of 60/60 psi in 30 minutes. MIT OA - Pressured up to 2000 psi with 5 bbls diesel. MIT OA lost 120 psi in 15 minutes and 60 psi 2nd 15 minutes. For a total of lS0 psi in 30 minutes. Freeze Protected Flow Line with 5 bbls neat methanol spear and 25 bbls diesel. FWHP's=O/O/O T/I/0=0/1S0/200 Circ-out/ CMIT Tx IA x OA to 2000 psi (pre-RWO) Pumped 5 bbls diesel down Flow Line to verify clear. Pumped 10 bbls neat methanol spear and started Sea Water down TBG taking returns up IA to hardline jumper to Flow Line. ***Continue WSR on S-3-06*** ***CONTINUED FROM 30-JUL-2006** WELL SHUT-IN. T/I/O 200/1650/220. 4.3S" HES FASDRILL SET AT 10,600 FT. 4.15" POWERCUT OF 5.5" TUBING AT 10,515 FT, NEAR TOP OF FIRST FULLJOINT ABOVE PACKER. DEPTH CORRELATED TO TUBING TALLY DATED 7-JUN-19S4. *****JOB COMPLETE***** T/I/0=200/1740/220 Assist E-Line w.CMIT Tx lAx OA to 2000 psi, INCOMPLETE (Pre RWO) Pumped 47 bbls crude & 5 bbls diesel down tunig to attmpt to pressure up to 2000 psi for CMIT, Never got to test pressure, IA stacked out w/ gas & requires bleed Final WHP's=575/1950/230 WELL SHUT-IN. T/I/O 200/1650/220. 4.38" HES FASDRILL SET AT 10,600 FT. 4.15" POWERCUT OF 5.5" TUBING AT 10,515 FT, NEAR TOP OF FIRST FULL JOINT ABOVE PACKER. DEPTH CORRELATED TO TUBING TALLY DATED 7-JUN-1984. **CONTINUED 31-JUL-2006** ***WELL 5/1 UPON ARRIVAL *** (pre chem cut / rwo) TAG XN-NIP W/ 4.5" CENT. & S. BAILER @ 10655' SLM.....S. BAILER EMPTY ***WELL LEFT 5/1*** http://digitalwellfile. bpweb. bp.comIW ellEvents/Home/Default.aspx 9/2912006 . . Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: X-27 X-27 WORKOVER DOYON DRILLING INC. DOYON 14 Start: 8/23/2006 Rig Release: 9/3/2006 Rig Number: Spud Date: 5/12/1984 End: 9/3/2006 8/23/2006 00:00 - 01 :00 1.00 MOB P DECOMP Skid rig floor 01 :00 - 02:30 1.50 MOB P DECOMP Move off well # X-07A 02:30 - 08:00 5.50 MOB P DECOMP Move rig - Spot and shim on well # X-27 08:00 - 08:30 0.50 MOB P DECOMP Skid rig floor 08:30 - 09:00 0.50 MOB P DECOMP RlU rig floor - Take on seawater (Accepted rig @ 0900 hours) 09:00 - 12:00 3.00 CLEAN P DECOMP RlU to circulate down annulus taking returns to choke manifold to tiger tank 12:00 - 14:30 2.50 CLEAN P DECOMP Berm slop tank - Spot tiger tank - M/U hard lines to rig 14:30 - 15:00 0.50 DHB P DECOMP Pull BPV with DSM 15:00 - 17:00 2.00 CLEAN P DECOMP PJSM - Pump down annulus taking returns from tubing to tiger tank - Pumped 52 bbls before getting returns - Pumped total 122 bbls @ 30 SPM = 450 psi 17:00 - 18:30 1.50 CLEAN P DECOMP Pumped down tubing taking returns out annulus to tiger tank - Pumped 9 bbls before getting returns -Pumped total 252 bbls @ 30 SPM = 400 psi 18:30 - 20:00 1.50 EVAl P DECOMP Monitor well for flow - Annulus stable - Tubing flowing, gained 22 bbls, installed guage on tubing side, shut in with 12 psi 20:00 - 21 :00 1.00 CLEAN P DECOMP Pump down annulus taking returns to pits - Pumped 250 bbls total @ 60 SPM = 950 psi (appr 16 bbls diesel to slop tank) 21 :00 - 21 :30 0.50 EVAL P DECOMP Monitor well for flow - Well stable 21 :30 - 22:00 0.50 DHB P DECOMP Install TWC with Cameron 22:00 - 23:00 1.00 DHB P DECOMP Test TWC and Fasdril plug set @ 10600' to 1000 psi for 15 minutes on chart - Test TWC from top side to 3500 psi for 5 minutes on chart 23:00 - 00:00 1.00 WHSUR P DECOMP PJSM - RID hoses - Break apart tree and adaptor flange 8/24/2006 00:00 - 02:00 2.00 WHSUR P DECOMP LD tree & adapter flange - Tap & drill control line ports on hanger - Plug same - Inspect threads on hanger. 02:00 - 04:00 2.00 BOPSU P DECOMP PJSM- NU BOPE, spacer spool, riser, flowline & choke line 04:00 - 12:00 8.00 BOPSU P DECOMP RU & test BOPE - Test annular, HCR & manual kill & choke valves, Top rams, blind rams, Top drive upper & lower kelly valves, floor IBOP & full opening floor valve & all choke manifold valves to 250 psi low 3500 psi high for 5 minutes each - Lower variables failed - Change out to 4 1/2" X 7" and tested to 250 low 3500 high- Lower 31/2" X 6" will be rebuilt and changed out prior to PU 4" DP- All tests were witnessed by W.S.l.- Witness of test was waived by AOGCC Rep. Chuck Sheve 12:00 - 13:00 1.00 BOPSU P DECOMP RD test equip - Blow down choke & kill lines - Clear floor 13:00 - 14:30 1.50 DHB P DECOMP RU DSM lubricator - Pull TWC - RD DSM 14:30 - 15:00 0.50 FISH P DECOMP Mobilize spear assembly to rig floor 15:00 - 15:30 0.50 FISH P DECOMP MU spear assembly - Engage tubing @ 28.5' - Back out lock down screws - Pull hanger free w/250k (PU 235k) 15:30 - 17:00 1.50 CLEAN P DECOMP Pump soap pill and circulate hole clean (135 SPM @ 1790 psi) 17:00 - 17:30 0.50 FISH P DECOMP Disengage and lay down spear 17:30 - 18:00 0.50 PULL P DECOMP UD hanger - RlU to UD 5.5" tubing 18:00 - 21:00 3.00 PULL P DECOMP PJSM - UD 5.5" 17# tubing to SSSV @ 8197' 21 :00 - 21 :30 0.50 PULL P DECOMP RID SSSV - UD control line spool - (27 clamps, 2 stainless steel bands recovered) 21 :30 - 00:00 2.50 PUll P DECOMP Continue UD 5.5" tubing from 8197' to 5760' 8/25/2006 00:00 - 05:00 5.00 PUll P DECOMP Continue POH lD 51/2" 17# tubing- Recovered 240 joints + cut it. (11.17')- 10 GlM's- SSSV & Sliding sleeve. 05:00 - 05:30 0.50 RIGD P DECOMP RD tubing equip.- Clear floor- Install test plug. Printed: 9/512006 11:0B:19 AM . . Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: X-27 X-27 WORKOVER DOYON DRILLING INC. DOYON 14 Start: 8/23/2006 Rig Release: 9/3/2006 Rig Number: Spud Date: 5/12/1984 End: 9/3/2006 PJSM- Change lower rams to 3 1/2" x 6" variables- Test rams wi 4" test joint to 250 psi low- 3500 high.- Pull test plug 07:00 - 08:00 1.00 RIGD P DECOMP RD test equip.- Install wear ring. 08:00 . 09:00 1.00 MOB P DECOMP Clear floor- Blow down lines- Mobilize BHA to rig floor 09:00 - 10:00 1.00 DHB P DECOMP Close blind rams- Test 9 5/8" casing to 3500 psi fl 30 min.- Record on chart- Test good 10:00 - 11 :00 1.00 CLEAN P DECOMP PJSM- PU Scraper BHA 11 :00 - 20:30 9.50 CLEAN P DECOMP PU 4" DP fl pipe shed to 10500' - Tag top of tubing @ 10511' (Pu 252, So 135, RW 180, 40 RPM @ 11 K TQ, 430 gpm = 2980 psi) 20:30 - 22:00 1.50 CLEAN P DECOMP CBU @ 10505' (430 gpm @ 2980 psi) 22:00 - 23:30 1.50 CLEAN P DECOMP PJSM . Cut drill line - Service blocks and crown 23:30 - 00:00 0.50 CLEAN P DECOMP Pump dry job - POOH from 10511' to 9703' 8/26/2006 00:00 - 03:00 3.00 CLEAN P DECOMP Continue POH to 306' 03:00 - 04:30 1.50 CLEAN P DECOMP Stand back DC's· LD BHA- Clear floor 04:30 - 05:00 0.50 CLEAN P DECOMP Pull wear ring- Install test plug 05:00 - 06:00 1.00 CLEAN P DECOMP PJSM- Change top rams to 9 5/8" 06:00 - 06:30 0.50 CLEAN P DECOMP RU & test 9 5/8" rams to 250 psi low, 3500 high 06:30 - 07:00 0.50 CLEAN P DECOMP RD test equip.- Install wear ring 07:00 - 10:00 3.00 EVAL P DECOMP PJSM- RU SWS wire line equip I shooting nipple- Test shooting nipple to 1000 psi 10:00 - 13:30 3.50 EVAL N DFAL DECOMP RIH wI USIT log to 8000'- Tool malfunction- POH- Change out US IT tool- Test Shooting nipple break to 1000 psi 13:30 - 20:00 6.50 EVAL P DECOMP RIH wi USIT log #2 to 10,475'- Log up in cement evaluationlcorrosion mode to 100' - UD tools- T.OC. at 2165' 20:00 - 23:00 3.00 EVAL P DECOMP PJSM - R/U 3 strand string shot assembly - RIH - Spot across collar at 2059' and fire· POOH - RID SWS 23:00 - 00:00 1.00 BOPSU P DECOMP PJSM . Pull wear ring - Install test plug· C/O top rams to 2 7/8" X5" 8/27/2006 00:00 - 01 :00 1.00 BOPSU P DECOMP RU & test 2 7/8"x 5" vbr rams wI 4" test jt. to 250 low, 3500 high- RD test equip- InstaJl wear ring 01 :00 - 02:30 1.50 DHB P DECOMP MU HES 9 518" RBP & RIH to 2970' 02:30 . 03:00 0.50 DHB P DECOMP Break circ.- Set RBP (Top 3046')- PUW 90k- SOW 90k 03:00 - 03:30 0.50 DHB P DECOMP Test RBP to 3500 psi f/30 min.- Test good 03:30 - 04:00 0.50 CLEAN P DECOMP Displace well wI 9.8 ppg brine- 9 bpm 740 psi 04:00 - 06:00 2.00 DHB P DECOMP Dump 2200# 20/40 sand down DP·PuIl1 stand- Pump 15 bbls- Pull 1 stand- Pump 15 bbls- Wait on sand 06:00 . 06:30 0.50 DHB P DECOMP RIH- Tag sand at 2990' 06:30 . 07:30 1.00 CLEAN P DECOMP POH wI running tool 07:30 - 08:30 1.00 DHB P DECOMP LD running tool- Clear floor- MU 8 1/4" multi-string cutter 08:30 - 11 :00 2.50 EV AL P DECOMP RIH wI MS cutter to 2040'- Break circ.- locate casing collar at 2059'· Pull up & spot knives at 2039' 11 :00 - 12:00 1.00 EVAL P DECOMP Service rig & wait on Hot oil truck. 12:00 - 13:30 1.50 CLEAN P DECOMP RU lines to Hot Oil truck and tiger tank. 13:30 - 14:30 1.00 FISH P DECOMP PJSM- Cut casing at 2039'- 70 rpm- 6.5 bpm 1720 psi- Establish circ. through 133/8" x 9 5/8" annulus to tiger tank. 14:30 . 20:00 5.50 CLEAN P DECOMP Stand back 1 stand· Ru & test Hot Oil lines to 3000 psi.· Close annular, pump 125 bbls. hot diesel and spot in OA- 1.7 bpm 675 psi- Allow to soak for 1 hr. - Pump 22 bbls Safe Surf-O pill, 125 bbls 9.8 brine, 40 bbl hi-vis pill, 150 bbls brine, swap returns to pits ( 230 gpm @ 1490 psi) - RD - Blowdown lines 20:00 - 21 :00 1.00 CLEAN P DECOMP Flow check - POOH - UD cutter 21 :00 - 22:00 1.00 CLEAN P DECOMP Clear rig floor - Mobilize spear assembly to floor - Pull wear Printed: 9/512006 11:08:19 AM . . Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: X-27 X-27 WORKOVER DOYON DRILLING INC. DOYON 14 Start: 8/23/2006 Rig Release: 9/3/2006 Rig Number: Spud Date: 5/12/1984 End: 9/3/2006 bushing - Dry run packoff tool with Cameron PJSM - Install test plug with 9 5/8" test joint - C/O top rams to 9 5/8" 23:30 - 00:00 0.50 DECOMP RlU - Test top rams to 250 psi low, 3500 psi high for 5 minutes each on chart 8/28/2006 00:00 - 01:00 DECOMP Continue test top rams- 250 low, 3500 high- RD test equipment 01 :00 - 01 :30 DECOMP Engage 9 5/8' hanger at well head- Pull hanger free wI 340k- pull to rig floor wI 130k up wt. 01 :30 - 02:00 0.50 CLEAN P DECOMP CBU wI 8.5 bpm 100 psi 02:00 - 03:00 1.00 FISH P DECOMP LD spear- RU casing equipment 03:00 - 10:30 7.50 CASE P DECOMP PJSM- LD 9 5/8" casing- Connections tight- Breaking out wi rig tongs- 35k-55k ftllbs- Recovered 48 joints + cut jt. (20.53'). 10:30 - 11 :00 0.50 CASE P DECOMP RD casing equip.- Clear floor 11:00 -12:00 1.00 BOPSU P DECOMP PJSM- Install test plug- Change top rams to 2 7/8" x 5" variables. 12:00 - 13:00 1.00 BOPSU P DECOMP RU & test rams to 250 low, 3500 high 13:00 - 14:30 1.50 CLEAN P DECOMP Mobilize scraper BHA - MU scraper BHA 14:30 - 15:30 1.00 CLEAN P DECOMP RIH to 2039' - Wash down - Tag and enter stump with bit to 2043' 15:30 - 16:00 0.50 CLEAN P DECOMP CBU (366 gpm @ 620 psi, PU 98, SO 95) 16:00 - 17:00 1.00 CLEAN P DECOMP POOH from 2039' to 310' (BHA) 17:00 - 19:30 2.50 CLEAN P DECOMP Stand back collars - LD scraper BHA - MU washpipe BHA 19:30 - 21:00 1.50 CLEAN P DECOMP RIH to 2039' with wash pipe 21 :00 - 21 :30 0.50 CLEAN P DECOMP Wash down and tag stump @ 2039' - Continue to wash over stump to 2070' 21 :30 - 22:00 0.50 CLEAN P DECOMP CBU (570 gpm @ 1500 psi) 22:00 - 23:30 1.50 CLEAN P DECOMP Reverse circulate - Pumped 30 bbl hi-vis sweep, encountered some packing off with pressures from 480 psi to 1690 psi @ 100 to 320 gpm, cement in sweep returns, well cleaned up, flow check, RID & blowdown lines 23:30 - 00:00 0.50 CLEAN P DECOMP POOH from 2070' to 1570' 8/29/2006 00:00 - 00:30 0.50 CLEAN P DECOMP Cont POH from 1570' to BHA 00:30 - 02:00 1.50 CLEAN P DECOMP UD wash pipe assembly BHA 02:00 - 04:30 2.50 FISH P DECOMP Mobilize and MU back off assembly BHA 04:30 - 07:00 2.50 FISH P DECOMP RIH- to 2024'- Fill each stand wI water 07:00 - 07:30 0.50 FISH P DECOMP Screw in T.D.- Obtain parameters- Spot power section across casing collar at 2059'. 07:30 - 08:00 0.50 FISH P DECOMP Press to 750 psi to set lower anchor- Slack off & set weight on same- Press. to 2500 psi & set top anchor- Set down string weight on upper anchor- Press. to 3300 psi and break casing connection ( 33,000 ftllbs torque). Bleed pressure and press to 1200 psi to obtain turns. Repeat process and obtain 51/4 turns. PU to release anchors. 08:00 - 09:30 1.50 FISH P DECOMP POH to BHA at 318' 09:30 - 10:30 1.00 FISH P DECOMP Stand back DC's- LD backoff tool 10:30 - 11 :00 0.50 FISH P DECOMP Clear floor- Mobilize spear assembly to rig floor 11 :00 - 12:00 1.00 FISH P DECOMP MU BHA- RIH to 1990' 12:00 - 12:30 0.50 FISH P DECOMP Screw in T.D.- Obtain parameters- Engage fish at 2039'- PU 4-5k overpull- Turn 6 1/2 turns left to release fish. 12:30 - 13:30 1.00 FISH P DECOMP POH- Release fish (recovered 19.18') 13:30 - 14:00 0.50 BOPSU P DECOMP Clear rig floor - MU test plug - Run in with 9 5/8" test joint 14:00 - 15:30 1.50 BOPSU P DECOMP PJSM - C/O top 2 7/8" x 5" VBRs to 9 5/8" casing rams 15:30 - 16:00 0.50 BOPSU P DECOMP Test 9 5/8' casing rams 3500 psi high - 250 low for 5 minutes Printed: 9/5/2006 11:08:19AM . . Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: X-27 X-27 WORKOVER DOYON DRILLING INC. DOYON 14 Start: 8/23/2006 Rig Release: 9/3/2006 Rig Number: Spud Date: 5/12/1984 End: 9/3/2006 each - Recorded on chart PJSM - RU 9 5/8" casing equipment RIH wI 9 518" Guide shoe -HES Baffle plate - 47# BTC pup - HES Cementer ( Baker locked fl cementer down) - XO - 50 joints 9 5/8" 40# TCII to 2059' 22:00 - 23:00 1.00 CASE P DECOMP MU XO from top drive to TCII 9 5/8" casing - Locate top of 9 5/8" casing (POW 125K, SOW 115K) 23:00 - 00:00 1.00 CASE P DECOMP Rotate and MU 9 518" casing to 10K torque - Work up to 250K - RU test casing to 2000 psi fl 30 minutes ( holding 250K upwt ) Recorded on chart 8/30/2006 00:00 - 00:30 0.50 CLEAN P DECOMP Contnue CBU wI 9 5/8" casing- 7 bpm, 110 psi 00:30 - 01 :30 1.00 REMCM P DECOMP Break out T.D., XO's- RU HES cement head - Long bales 01 :30 - 02:00 0.50 REMCM P DECOMP Break circ. - PJSM - Batch up 02:00 - 03:00 1.00 REMCM P DECOMP Line up to pump cement - Pump 5 bbls H20 - Test lines to 4500 psi - Pump 140 bbls 15.8 ppg class "G" cement wI "GASBLOK" - 5.5 bpm, 190 psi 03:00 - 03:30 0.50 REMCM P DECOMP Drop closing plug - Displace wI 9.8 ppg brine using rig pump - 6 bpm, 690 psi - Bumped plug and closed ES cementer wI 1471 stks, 1600 psi - Bleed pressure - Check floats - OK - CIP at 03:30 hrs 03:30 - 04:30 1.00 BOPSU DECOMP Flush BOPE wI water and retarder from pill pit - Blow down T.D. and lines - RD cement head - Clear floor 04:30 - 05:30 1.00 BOPSU DECOMP PJSM - ND BOPE - Prep landing joint for cut. 05:30 - 06:30 1.00 BOPSU DECOMP Repair lock down screw in lower casing spool. 06:30 - 07:00 0.50 CASE DECOMP Set slips on casing w/1 OOk string weight - Cut casing wI Wachs cutter - LD landing joint. 07:00 - 10:00 DECOMP Continue ND - Dress cut - Change out tubing spool - Test 13 3/8" x 9 5/8" packoff to 2700 psi fl 30 min. 10:00 - 11:00 1.00 BOPSU DECOMP NU BOPE, choke line, riser, flowline 11 :00 - 12:00 1.00 BOPSU DECOMP PJSM - MU test plug, run in on 4" test joint - C/O top rams to 2 7/8" x 5" VBRs 12:00 - 14:00 2.00 BOPSU DECOMP RU to test 2 718" x 5" rams - Test rams to 3500 psi high / 250 psi low fl 5 minutes each - Recorded on chart 14:00 - 15:30 1.50 MOB P DECOMP Install wear ring - Mobilize BHA - C/O to Short bales and elevators - PJSM - MU BHA cleanout assy. 15:30 - 16:00 0.50 CASE P DECOMP RIH f/314' to 1926' 16:00 - 16:30 0.50 CASE P DECOMP Lubricate rig (Draworks, Top drive, Crown) 16:30 - 20:30 4.00 CASE P DECOMP Cont. RIH to 2048' - Drill shoe track, Baffle plate, Pump 40 bbl High-vis polymer, circulated sweep to surface ( SOW 95K I ROW 100K) RIH tag top of sand at 2987', PU off top of sand 20' 20:30 - 21 :00 0.50 CLEAN P DECOMP Pump 40 bbl high-vis polymer sweep - Displaced brine with clean seawater 21:00 - 22:00 1.00 CASE P DECOMP RU test 9 5/8" casing to 3500 psi fl 30 minutes - Recorded on chart - RD test equipment - Monitor well fl flow 22:00 - 00:00 2.00 CLEAN P DECOMP POH f/2987' - 314' - Stand back collars in derrick - LD and cleanout junk baskets ( approx. 1 gal junk recovered 50% metal I 40% rubber 110% brass) Clear rig floor 8/3112006 00:00 - 00:30 0.50 MOB P DECOMP MU reverse circulating basket assy. 00:30 - 01 :30 1.00 CLEAN P DECOMP RfH f/310' to 2968' 01 :30 - 02:30 1.00 CLEAN P DECOMP Wash down f/2968' to 2987' - Tag junk at 2987' - Wash down on junk to 3015' - Wash down with no apparent resistance fl 3015' to 3035' Printed: 9/512006 11 :08: 19 AM . . Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: X-27 X-27 WORKOVER DOYON DRILLING INC. DOYON 14 Start: 8/23/2006 Rig Release: 9/3/2006 Rig Number: Spud Date: 5/12/1984 End: 9/3/2006 8/31/2006 02:30 - 04:30 2.00 CLEAN P DECOMP Pump 40 bbl high-vis polymer sweep - Circulated sweep to surface - POH to 310' 04:30 - 05:30 1.00 CLEAN P DECOMP Stand back collars in derrick - LD I cleanout reverse circulating junk basket (ring off baffle plate - bottom element - hand full of junk off cementer) 05:30 - 06:30 1.00 CLEAN P DECOMP MU RBP running tool - RIH to 2957' 06:30 - 07:00 0.50 CLEAN P DECOMP Screw in T.D. - Obtain parameters - Wash down & latch RBP at 3046' - Release wI 1/2 turn R.H. 07:00 - 07:30 0.50 CLEAN DECOMP CBU 07:30 - 09:00 1.50 CLEAN DECOMP POH - LD RBP 09:00 - 09:30 0.50 CLEAN DECOMP Make service breaks - Clear floor 09:30 - 11 :30 2.00 BOPSU DECOMP Pull wear ring - Install test plug - Change lower rams to 2 7/8" x 5" - Change top rams to 3 1/2" x 6" 11:30 - 12:30 1.00 BOPSU DECOMP RU to test BOPE - 12:30 - 18:00 5.50 BOPSU DECOMP Test BOP's - Annular 250 low 3500 high 5 mins each test - Top rams - Choke manifold - HCR Choke I Kill - Manual Choke I Kill - Floor safety valves - Upper I Lower IBOP - BTM rams - Perform Accumulator test - Blind Rams - 250 low 3500 high 5 mins each test - PU 5 1/2" test joint - MU to test plug - Test top rams 3 1/2" X 6" VBR's to 250 low 3500 high 5 mins each test - John Crisp with AOGCC I WSL witnessed all tests - RD Test equipment - Pull test plug - Install wear ring - Close annulus valve 18:00 - 22:00 4.00 CLEAN P DECOMP Clear rig floor - Moblize BHA to rig floor - MU Clean out BHA - Bladed mill 4 1/2" - Bit sub - 8 joints 2 7/8" PAC DP - Jars - Bumper sub - 9/6 1/2" DC's - XO's 22:00 - 00:00 2.00 CLEAN P DECOMP RIH from 556' to 5113' 9/1/2006 00:00 - 01 :00 1.00 CLEAN P DECOMP Cont. RIH f/5113' to 10427' 01 :00 - 02:30 1.50 CLEAN P DECOMP Cut and slip drilling line, service and lubricate rig 02:30 - 03:30 1.00 CLEAN P DECOMP Wash down f/10427' to top of stub at 10512' - Obtain parameters - PUW 255K, SOW 130K, ROT 180, Tq 13k at 50 rpm 03:30 - 05:00 1.50 CLEAN P DECOMP Drill up FasDrill plug w/2-4k wt., 60 rpm - Plug fell - Lost returns - Push plug out tail pipe to 10,739' 05:00 - 05:30 0.50 CLEAN P DECOMP Pull up hole above top 5 1/2" tubing stub f/10739' to 10427'- Break circulation, establish returns, at 5 bpm established loss rate at 177 bph 05:30 - 06:30 1.00 CLEAN P DECOMP POH - LD 4" drill pipe 1 x 1 to pipe shed f/10427' - 9480' - Monitor well, double displacement every 5 stands, fill hole every 15 stands 06:30 - 10:30 4.00 EV AL P DECOMP RU equipment to shoot fluid level in annulus, shot 7 times total, fluid drop in annulus f/900' to 1250', obtained static level between 1250' to 1300' 10:30 - 15:30 5.00 CLEAN P DECOMP Cont. POH - LD 4" drill pipe 1 x 1 fl 7720' - 3500' to pipe shed - double pipe displacement every 5 stands, cont. filling hole every 15 stands 15:30 - 18:30 3.00 CLEAN N RREP DECOMP Repair rig - Change out oil pump and High drum chain on drawworks 18:30 - 23:00 4.50 CLEAN P DECOMP POH - LD drill pipe 1 x 1 fl 3500' to 556' - LD drill collars, jars, 2 7/8" PAC drill pipe 23:00 - 00:00 1.00 CLEAN P DECOMP LD BHA - Clear rig floor - Pull wear ring (1066 bbls losses to formation last 24 hrs. ) 91212006 00:00 - 02:00 2.00 RUNCO AUNCMP PJSM - AU to run 51/2" 17# 13Cr VAM TOP tubing wI Printed: 9/5/2006 11:08:19 AM . . Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: X-27 X-27 WORKOVER DOYON DRILLING INC. DOYON 14 Start: 8/23/2006 Rig Release: 9/3/2006 Rig Number: Spud Date: 5/12/1984 End: 9/3/2006 19:30 - 21:00 1.50 compensator & torque turn equipment. RIH wI 51/2" 17# 13Cr VAM TOP tubing to 10518' RD casing elevators I compensator - RU 4" DP elevators - PU 4" DP I XO's - MU tubing hanger - Fill annulus wI 102 bbls inhibited seawater RUNCMP RIH from 10518' to 10551' Land hanger - RILDS - (total joints ran 246 + 4 Pups) - PU 230 - SO 145 RUNCMP Con't reverse inhibited seawater 223 bbls followed by 155 bbls seawater - Taking returns through tubing @ 3 bpm - 200 psi RUNCMP Break pump in sub - Drop ball I rod - MU pump in sub - Wait on ball to seat - Pressure up tubing to 3500 psi set S-3 9 5/8" x 5 1/2" Baker packer - Test tubing f/30 minutes - Record on chart Bleed tubing to 1600 psi - Pressure up IA to 3500 psi - Hold for 30 mins - Record on chart - Bleed off pressure on tubing - Shear out DCR Valve RD testing lines - Back out landing joint - Break down XO's - LD same - Install TWC - Test from below to 1000 psi for 10 mins - Record on chart - Bleed off pressure ND BOP's NU adapter flange - Test to 5000 psi f/30 min. NU tree - Test to 5000 psi f/5 min. Pull TWC wI DSM lubricator RU Hot Oil truck - Test lines Pump 145 bbls diesel down annulus taking returns out tubing- 2 bpm 700 psi Allow diesel to "U" tube ( total down hole seawater losses to date 3508 bbls ) Install BPV - Test same to 1000 psi from bottom Suck back diesel wI Hot Oil truck - RD lines - ND double annulus valve - Secure tree - Prep cellar & rig floor for move ( WO X-01 Pad Preparation) 21 :00 - 23:00 23:00 - 00:00 9/312006 00:00 - 01 :30 RUNCMP 01 :30 - 02:30 RUNCMP 02:30 - 04:00 RUNCMP 04:00 - 05:30 RUNCMP 05:30 - 07:00 RUNCMP 07:00 - 07:30 RUNCMP 07:30 - 08:30 RUNCMP 08:30 - 10:00 RUNCMP 10:00 - 11 :30 1.50 RUNCMP 11 :30 - 12:00 RUNCMP 12:00 - 18:00 RUNCMP Printed: 9/5/2006 11 :08: 19 AM TREE ::: WELLf;lEA,D = ACTUA TOR ::: KB. ELEV = BF. ELEV = KOP= Max Angle = Datum MD ::: Datum TVD ::: 6" MCEVOY MCEVOY OTIS 74.90' 39.40' 1200' 50 @ 4200' 11482' 8800' SS . X-27 NOTES: ***4-112" & 5-112" CHROME 2114' 2048' 9-5/8" HES CEMENTER GAS LIFT MANDRELS DEV TYÆ VLV LATCH 50 MMG DOME RK 48 MMG SO RK 47 MMG DMY RK 42 MMG DMY RK 32 MMG DMY RK PORT DA TE 16 09117/06 20 09/17/06 o 08/08/06 o 08/08/06 o 08/08/06 9-5/8" TIEBACK CSG, 40#, L-80 TG-II, ID = 8.835" 113-3/8" CSG, 72#, L-80, ID::: 12.347" Minimum ID = 3.813" @ 10457' 4·1/2" HES X NIPPLE ST MD TVD 5 3548 3148 4 5633 4511 3 7447 5738 2 8876 6734 1 10139 7734 5-1/2': TBG, 17#, 13CR-VAM TOP He, .0232 bpf, ID::: 4.892" 10435' 5-1/2" HES X NIPPLE, ID::: 4.562 J 95/8" x 5-1/2" BKR S-3 A<R, 10 = 4.760" I 5-1/2" X 4-1/2" XO, ID::: 3.90" 4-1/2" TBG, 12.6#, 13CR-VAM TOP, .0152 bpf, ID::: 3.958" 10522' TBG STUB (08/25/06) -J4-1/2" MULE SHOE, ID::: 3.958" I J9 5/8" x 5-1/2" BROWN 3-H A<R, ID::: 4.750" -15-1/2" OTIS X NIP, ID - 4.562" I 10670' 5-1/2" OTIS XN NIP, 10::: 4.544" 15-1/2" TBG, 17#, L-80, .0232 bpf, ID = 4.892" I 10713' 11084' 10713' 5-1/2" TUBING TAIL WLEG, ID::: 4.892" 10703' H ELMO IT LOGGED 06/16/91 I I 9-5/8" CSG, 47#, L-80, ID = 8.681" I -i FISH- FASORlLL DEBRIS (09/01/06) 11348' -iMARKERJOINT I ÆRFORA TION SUMMARY REF LOG: CBL ON 06/07/84 ANGLEATTOPÆRF: 35 @ 11460' Note: Refer to Production DB for historical perf data SIZE SPF INTERV AL Opn/Sqz DA TE 4" 4 11460-11525 S 07/30/00 3-3/8" 4 11470 - 11498 C 08/06/00 11498 - 11525 S 07/30/00 4" 4 11535 - 11555 C 07/30/00 17" LNR, 26#, L-80, .0383 bpf, ID = 6.276" I 11515' - CEMENT CAP (07/30/00) 11535' - SANOBACK I 11713' -IBAKERIBPFAILED I OA TE REV BY COMMENTS 06/08/84 ORIGINAL COM PLETION 09/04/06 D14 RWO 01/20/04 JDWfTLH CMT CAP CORRECTION 09/21/06 CJNlPAG CLV C/O (09/17/06) 09/24/06 PC! PJC DRLG DRAFT CORRECTION DA TE REV BY COMMENTS PRUDHOE BA Y UNrr WELL: X-27 ÆRMrr No: '1840690 API No: 50-029-21112-00 SEC 6, T10N, R14E, BP Exploration (Alaska) R'· ,....."... ~ · , - \,1-'" < -~.::~:; \ ~I...(' .ì. ~ ~Gwò Scblumberger NO. 3941 ~ œ & Gas Gens. Corr.mUon Anchorage State of Alaska Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth Company: / i5L{-ólo~ SCANNED SEP 14 2005 Field: Prudhoe Bay WII J b# D C e 0 Log· escription Date BL olor CD C-11A 11225983 LDL 07/02/06 1 B-25 11217247 LDL 05/11/06 1 F-06A 11258688 PROD PROFILE W/DEFT 03/20/06 1 G-18A 11209612 MEM INJECTION PROFILE 07/19/06 1 P-24 11216206 MEM INJECTION PROFILE 07/06/06 1 B-28 11221590 LDL 07/04/06 1 B-01 11211508 PROD LOG W/DEFT 06/23/06 1 W-39A 11216197 MEM PROD PROFILE OS/29/06 1 Z-02A 11212856 INJECTION PROFILE 05/02/06 1 G-03A 11211493 LDL OS/24/06 1 C-26A 11225979 LDL 06/07/06 1 F-26B N/A MEM PROD & INJECTION 06/06/06 1 F-26B N/A MEM BORAX LOG 06/06/06 1 W-39A 11216197 MEM BORAX LOG OS/29/06 1 F-04A 11221602 SCMT 08/18/06 1 Y-OBA 11221604 SCMT 08/20/06 1 C-06B 11212883 US IT 08/15/06 1 X-27 11217274 USIT 08/26/06 1 K-07D 10942217 MEMORY SCMT 06/15/05 1 Y-10A 11209611 MEM INJECTION PROFILE 07/18/06 1 F-12 11225984 LDL 07/02106 1 K-07D 11058256 SBHP SURVEY 11/28/05 1 X-04 10919925 PROD PROFILE W/DEFT 12/15/04 1 A-30A 11054295 CH EDIT OF PDC LOG W/GR 04/06/05 1 17-04B 40010183 OH EDIT OF MWD/LWD (REDO OF TVD DATA) 03/09/04 1 1 Z-30A 40010092 OH EDIT OF MWD/LWD (REDO OF TVD DATA) 01/27/04 1 1 17-048 P81 40010183 OH EDIT OF MWD/LWD 03/08/04 2 1 Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage. Alaska 99508 Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 A TTN: Beth i) 08/28/06 . . X-27 Workover Change of Scope e I ¡~ d_ t1'~' e Subject: X-27 Workover From: "Cismoski, Doug Date: Mon, 31 Jul 2006 1 RE: X-27 PTD: 184-069 / Sundry: 305-368 Winton - This note is to inform you of a change in scope of work for upcoming workover operations for the subject welL BP's original sundry application had this operation include a 7" tie-back liner cemented to surface, The asset wants to retain the 5-1/2" tubing for hydraulics, so after pulling tubing, we will be doing the following: 1. Set an RBP above the tubing stub 2. Log the 9-5/8" casing for corrosion and top of cement in the 9-5/8" x 13-3/8" annulus 3. Cut and back off the 9-5/8" above this top of cement 4. Run new 9-5/8" with premium connections and cement this casing to surface. 5. Mill up shoe track and composite bridge plug in tubing stub 6. Run new 5-1/2" production tubing with the packer set @ -10460' If you require additional information, please call me. Thanks Doug Cismoski 564-4303 ·..,t>~j\JN, r::¡i' f\lU, [",' [j ç¡ ?nnr) 'I:;¡....-\.'JdÞ._...-.,...~,;,;.. $1' ,_-__~ ';- (,> i,¡o..'"',.... ',.;.-.- 1 of 1 8/1/20066:29 AM ;. .... e @'iTfð\1T..rEÎ.1Jìnl"þ5.8\nL'ß.ð\'f w U f}ü lb UJJ u L.-u I1lñJ oiJ e AI,.SKA. OIL AND GAS CONSERVATION COMMISSION FRANK H. MURKOWSKI, GOVERNOR David Reem Drilling Engineer BP Exploration (Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 333 W. 7'" AVENUE, SUITE 100 ANCHORAGE. ALASKA 99501-3539 PHONE (907) 279-1433 FAJ< (907)276-7542 Re: PBU X-27 Sundry Number: 305-368 5CANNEC DEG 1l$ 2D05 b~ 1\/@ . ~V\ \; Dear Mr. Reem: Epdosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. Please provide at least twenty-four (24) hours notice for a representative of the Commission to witness any required test. Contact the Commission's petroleum field inspector at (907) 659-3607 (pager). As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for rehearing. A request for rehearing is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. A person may not appeal a Commission decision to Superior Court unless rehearing has been requested. -a.!:- DATED this~ day of December, 2005 Enc!. ~ ,2-1, fzotJl) éY1- /2rI#ðJ e STATE OF ALASKA e ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVAL 20 AAC 25.280 Alaska Oil & Gas Cons. Commission 1. Type of Request: 0 Abandon o Alter Casing o Change Approved Program RECEIVED NOV 2 3 2005 o Suspend 0 Operation Shutdown 0 Perforate 0 Other II Repair Well 0 Plug Perforations 0 Stimulate 0 Re-Enter Suspended Well II Pull Tubing 0 Perforate New Pool 0 Waiver 0 Time Extension 2. Operator Name: BP Exploration (Alaska) Inc. 3. Address: P.O. Box 196612, Anchorage, Alaska 7. KB Elevation (ft): 99519-6612 74.9' 8. Property Designation: ADL 028310 4. Current Well Class: 1m Development 0 Exploratory o Stratigraphic 0 Service 5. Permit To Drill Number 184-069 / 6. API Number: / 50- 029-21112-00-00 9. Well Name and Number: PBU X·27 / 10. Field / Pool(s): Prudhoe Bay Field / Prudhoe Bay Pool 11. Total Depth MD (ft): Total Depth TVD (ft): 11840 9164 Len h Size Effective Depth TVD (ft): Plugs (measured): 8902 11515 TVD Burst Junk (measured): None COlla se 110' 20" x 30" 110' 110' 2907' 13-3/8" 2907' 2697' 4930 2670 11084' 9-5/8" 11084' 8542' 6870 4760 P Li 1018' 7" 10822' - 11840' 8318' - 9164' 7240 5410 Perforation Depth MD (ft):· Perforation Depth TVD (ft): 11470' -11498' 7' 8865' - 8888' Packers and SSSV Type: 9-5/8" x 5-1/2" Brown '3-H' packer 12. Attachments: 1m Description Summary of Proposal o Detailed Operations Program 14. Estimated Date for Commencing Operations: o BOP Sketch Tubing Size: / 5-1/2",17# Tubing Grade: Tubing MD (ft): L-80 10714' Packers and SSSV MD (ft): 10576' / 13. Well Class after proposed work: / o Exploratory 1m Development 0 Service 15. Well Status after prop~ed work: 1m Oil I 0 Gas o WAG 0 GINJ o Plugged DWINJ o Abandoned o WDSPL 16. Verbal Approval: Commission Re resentative: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Printed Name D id eem Title Drilling Engineer Contact David Reem, 564-5743 Phone 564-5743 Commission Use Only Prepared By Name/Number: Date 1/ '2? ()s Terrie Hubble, 564-4628 Sundry Number: - Conditions of approval: Notify Commission so that a representative may witness o Plug Integrity ~OP Test ~chanicallntegrity Test 0 Location Clearance Other: T~t Bot'¡;:- ~. ~ 00 fk:. Approved Form 10-403 ()RIGl COMMISSIONER APPROVED BY THE COMMISSION 1z,~/"o~ Date <J:::;~ /f,~ Submit In Duplicate :~_." e e Well Status: Shut-in Ivishak gas-lifted producer. Well has confirmed tubing x inner annulus communication via corroded tubing and inner x outer annulus communication when on gas-lift. The lA x OA leak path is not believed to be through the wellhead. /' Well is secured with a composite bridge-plug in the tubing tail. Proiect: Retrieve existing 5.5", 17 #, L-80 AB-M completion, run 7", 26#/ft, L-80 tie- back liner to surface and fully cement same, re-complete well with 4.5", 12.6#, 13Cr-80 VamTop tubing. Provide AOGCC field inspectors 24-hr notices as required to witness /' BOP tests and MUlA post packer setting. 1. MIRU 4ES. Pull BPVs, set and test TWC in tubing hanger. ND tree and adapter flange. NU BOPE. Test annular to 250 psi (low)/3500 psi (high), remaining BOPE ../ to 250 psi (low)/3500 psi (high) per BP and AOGCC regulations. Fully circulate through the pre-RWO tubing cut with heated seawater. r Pull 5.5", 17#/ft, L-80 AB-M down to the tubing cut just above the packer. Run 8-1/8" dress-off BHA and 9-5/8" casing scraper to top of 5-1/2" tubing stub at / 10520'md. TuJ £: 64/o'';e.r... ;ì\.. f/~ r-t/~ D, i..tlW'\., 5. NU and pressure test new tubing spool. T- 6. Run 7", 26#/ft, L-80 tie-back liner (top -3000' to be TC-II, remainder to be BTC-M) with custom overshot shoe-track. 7. Fully cement tie-back liner to surface. 8. Land 7" casing on emergency slips in new tubing spool. . 9. PT casing to 3500 psi for 30-minutes (charted). ./ 10. Mill up shoe track and wash down to the composite plug in original tubing tail. 11. Mill up composite plug. LDDP. 12. Run new 4.5", 12.6#/ft, 13Cr-80 Yam Top completion. Set and test packer to 3500 psi (tubing and inner annulus) for 30-minutes each (charted). /' 13. RDMO 4ES. 14. Tie well in and place on gas-lift production. 2. 3. 4. Jl;¡\- TREE = WELLHEAD = ACTUATOR = KB. ELEV = BF. ELEV = KOP= Max Angle = Datum MD = Datum TVD = 6" MCEVOY MCEVOY OTIS 74.90' 39.40' 1200' 50 @ 4200' 11482' 8800' SS 13-3/8" CSG, 72#, L-80, ID = 12.347" I Minimum ID = 4.544" @ 10670' 5-1/2" OTIS XN NIPPLE 5-1/2" TBG, 17#, L-80, .0232 bpf, ID = 4.892" I I TOP OF 7" LNR I 9-5/8" CSG, 47#, L-80, 10 = 8.681"1 e X-27 . I I 10713' 10822' 11084' I SA~NOTES: 2318' 5-1/2" CAMCO SSSV LAND NIP, 10 = 4.562" GAS LlFTMANORELS ST MD TVD DEV TYÆ VLV LA TCH PORT DATE 10 3460 3015 49 OTIS OMY RA 0 12/08/03 9 6173 4793 48 OTIS DMY RA 0 12/08/03 8 7907 5976 47 OTIS DMY RA 0 7 8908 6682 42 OTIS DMY RA 0 6 9594 7210 36 OTIS DMY RA 0 5 9748 7332 36 OTIS DMY RA 0 4 9986 7529 33 OTIS DMY RA 0 3 10141 7660 32 OTIS DMY RA 0 2 10256 7758 31 OTIS OMY RA 0 1 10415 7894 34 OTIS DMY RA 0 10487' 15-1/2" OTIS XA SLIDING SLEEVE, ID = 4.562" 10552' 5-1/2"BOTTBGPBRSEALASSY I 10576' ~ 95/8" x 5-1/2" BROWN 3-H PKR, ID = 4.750" 10631' -15-1/2" OTIS X NIP, 10=4.562" I 10670' 15-1/2" OTIS XN NIP, 10 = 4.544" I 10713' -15-1/2" TUBING TAIL WLEG, 10 = 4.892" I 10703' H ELMD TT LOGGED 06/16/91 I 11348' - MA RKER JOINT I ÆRFORA TION SUMMARY REF LOG: CBL ON 06/07/84 ANGLE AT TOP ÆRF: 35 @ 11460' Note: Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 4" 4 11460 - 11525 S 07/30/00 3-3/8" 4 11470 - 11498 0 08/06/00 11498 - 11525 S 07/30/00 4" 4 11535 - 11555 C 07/30/00 I PBTD 1 7" LNR, 26#, L-80, .0383 bpf, ID = 6.276" I DATE 06/08/84 06/26/01 07/13/02 05/15/03 12/20/03 01/20/04 REV BY COMMENTS ORIGINAL COM PLETION RNfTP CORRECTIONS JClKAK CORRECTIONS DV fTLP SET XXN PLUG MHfTLH GLV ClO JOW/TLH CMT CAP CORRECTION DA TE REV BY COMMENTS 03/06/04 DA V /TLP CHA NGE DEPTH TOP OF 7" LNR 07/02/05 RUWTLH TIP PULLED (03/05/04) -1 CEMENT CAP (07/30/00) -1 SANDBACK I 11713' - BAKERIBPFAILED I PRUDHOE BAY UNrr WELL: X-27 ÆRMrr No: 1840690 API No: 50-029-21112-00 SEC6, T10N, R14E, BP Exploration (Alaska) TREE = WELLHEXD = ACTUATOR = KB. ELEV = BF. ELEV = KOP= Max Angle = Datum MD = DatumTVD= 4-1/16" 5M MCEVOY OTIS 74.90' 39.40' 1200' 50 @ 4200' 11482' 8800'SS 13-3/8" CSG, 72#, L-80, 10 = 12.347" I e X-27 Proposed e 7", 26#/ft, L-BO Tie-back Liner fully cemented to surface. TC-II connections down to -3000'md, BTC-M below the TC-II. 4-1/2" TBG, 12.6#, 13Cr-80, VamTop Unique Machine Overshot shoe-track 5-1/2" TBG, 17#, L-80, .0232 bpf, 10 = 4.892" I I TOP OF 7" LNR I 9-5/8" CSG, 47#, L-80, 10 = 8.681" I H 10525' 10713' 10822' ÆRFORA TION SUMMARY REF LOG: CBL ON 06/07/84 ANGLEATTOPÆRF: 35 @ 11460' Note: Refer to Production DB for historical perf data SIZE SPF INTERV AL Opn/Sqz DA TE 4" 4 11460 - 11525 S 07/30/00 3-3/8" 4 11470 - 11498 0 08/06/00 11498 - 11525 S 07/30/00 4" 4 11535 - 11555 C 07/30/00 I PBTD I 7" LNR, 26#, L-80, .0383 bpf, 10 = 6.276" I DATE 06/08/84 06/26/01 07/13/02 05/15/03 12/20/03 01/20/04 REV BY COMMENTS ORIGINAL COMPLETION RN/TP CORRECTIONS JC/KAK CORRECTIONS DV /TLP SET XXN A...UG MH/TLH GL V C/O JDW/TLH CMT CAP CORRECTION 11796' 11838' -2100' 4-1/2" HES "X" NIP, 10 = 3.813" GAS LIFT MANDRELS ST MD TYÆ VLV 5 3941 4.5" x 1" DCK 4 6952 4.5" x 1" DUMMY 3 8829 4.5" x 1" DUMMY 2 9737 4.5" x 1" DUMMY 1 10158 4.5" x 1" DUMMY -10438' H4-1/2" HES "X" NIP, 10 = 3.813" -10459' 1--17" x 4-1/2" BKRS- PKR,ID-3.875", 9Cr -10484' H4-1/2" HES "X" NIP, 10 = 3.813" I I I 10576' --195/8" x 5-1/2" BROWN 3-H PKR, 10 = 4.750" 10631' -15-1/2" OTIS X NIP, 10 = 4.562" I 10670' 5-1/2" OTIS XN NIP, 10 = 4.544" -15-1/2" TUBING TAIL WLEG, 10 - 4.892" H ELMO TT LOGGED 06/16/91 I 11348' -1MARKERJOINT I 11515' 11535' 11713' -1BAKERIBPFAILED I DA TE REV BY COMMENTS 03/06/04 DA V /TLP CHANGE DEPTH TOP OF 7" LNR 07/02/05 RLM/TLH TIP PULLED (03/05/04) PRUDHOE BA Y UNrT WELL: X-27 ÆRMrT No: 1840690 API No: 50-029-21112-00 SEC6, T10N, R14E, BP Exploration (Alaska) Igc¡-o~cr 03/15/05 Schlumberger NO. 3363 Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Helen Warman 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: Prudhoe Bay Color ~ Well Job # Log Description Date Blueline Prints CD I q.3 -C!N C-39 10715421 MCNL 08/19/04 1 ~ ¡r.n-R<? E-21A 10670030 MCNL 08/22/04 1 L9Cr 1.70 C-29A .~ 10715422 MCNL 08/22/04 1 "~ J.c3 - //)..DS 07-33B 10715361 MCNL 11/04/03 1 1 !9J -/53-07 -01 A 10889151 RST 08/18104 1 1 ~f " 9 X-27 10724364 RST 03/10/04 1 1 ~'-~ 10621786 RST OS/22/04 1 1 .~ "" E-18A !.~7:c.'.¥· 7 DS 01-24A 10563108 RST 10/09/03 1 1 ! 2- r;e. E-10A 10621797 RST 06/16/04 1 1 17>9 -/02- Z-12 10704020 RST 07/06/04 1 1 %.01- O&J i X-15A 10704021 RST 07/07/04 1 1 }ÞI..~)l P1-07A 10831301 RST 07/03/04 1 1 ~q'11 07~-03A 10889210 LDL 02/13/05 1 1..Œl, 1-8JJ L5-17 A 10942195 PSP PPROF/DEFT/GHOST 02/28/05 1 7." "1i I "i''' .... ¡¡ P1-05 10687701 PPROF PSPIDEFT/GHOST 08/13/04 1 }.{¡tI- () ¿ 'i MPC-42 10889141 RST 07/26/04 1 204 -Ðzð MPC-42 10621815 RST 08/07/04 1 -. PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COpy EACH TO: BP Exploration (Alaska) Inc. Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Date Delivered: 31 I - II w I 0 5' SC,ANNEJ':i þ,pr~ ~ K ¿ v 2" on'- . I ~ ,~" J0'~ Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 995",03-2~U:38 ATTN: Beth / -~j/ I Receiv~. IV tAr U/¿A4væ~ 01/22104 Schlumberger NO. 3095 Alaska Data & Consulting Services Company: State of Alaska 3940 Arctic Blvd, Suite 300 Alaska Oil & Gas Cons Comm Anchorage, AK 99503-5711 Attn: Lisa Weepie ATTN: Beth 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: Prudhoe Bay Color (" Well Job # Log Description Date Blueline Prints CD ' D.S.06-02 \ '-( 1- --CY=i.9Ç 10874399 PROD PROFILE 11/22/03 1 E-35A ;:ð.n' .... \ c...: 10715373 MEM PROD PROFILE 12/27103 1 P1-06 \ q ,0 '- \ ?- ~'::J- 10703984 PPROFILEIDEFT/GHOST 12/24/03 1 D.S. 15-49A I~Ùi)' II, ~. 10679043 LDL 12/23/03 1 M-38A }Z.l(')"" '!:C;~~ 10709678 LDL 12/25/03 1 D.S.09-15 , ' "1 -( l.~,( () 10709680 STATIC SURVEY 12/27/03 1 X-27 '\9; Y --CJ .d""{ 10679046 LDL 01/08/04 1 . I I \ ,"'" ,c!.,"', , )~,::::,";.!,,~4i!A~. ,;.:::~. . , ::':";"'t~"":."I\'" , :,,-. .:, '. : PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COpy EACH TO: -' BP Exploration (Alaska) Inc." Schlumberger GeoQuest Petrotechnical Data Center LR2-1 RECE V 3940 Arctic Blvd, Suite 300 900 E. Benson Blvd. . .1 ED Anchorage, AK 99503-5711 Anchorage, Alaska 99508. ,,' ATTN: Beth ! ^ ~ I - C "004 '-'..... """'" . \Jí\n ":1 ,; L . "...~.~ . \"", , Date Delivered: Received by: ""f-C) \....( ,1\/"- \ '\ï.. C:.C"'Q.,-::'>.,l;..V\ AJa.ska 01' & Gas Cons. CommBn Jindmige SCA~~¡~E[). FEB ij 3 2004, .,', <,~-,---.. " ," (' .,"-. .'".....,\\ "-. / -., ~ STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION . REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown- Stimulate - Plugging - Perforate _X Sand Back, SQZD, Re-Perf Pull tubing- Alter casing- Repairwell- Other_X 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or KB feet) BP Exploration (Alaska), Inc. Development_X RKB 75 feet 3. Address Exploratory- 7. Unit or Property name P. O. Box 196612 Stratigraphic- Anchorage, AK 99519-6612 Service- Prudhoe Bay Unit 4. Location of well at surface 8. Well number 177' FSL, 724' FEL, Sec. 06, T10N, R14E, UM (asp's 665155,5940291) X-27 At top of productive interval 9. Permit number I approval number 1175' FSL, 545' FWL, Sec. 32, T11 N, R14E, UM (asp's n/a) 184-069 At effective depth 10. API number 1322' FSL, 682' FWL, Sec. 32, T11 N, R14E, UM (asp's 666397, 5946744) 50-029-21112 At total depth 11. Field I Pool 1488' FSL, 790' FWL, Sec. 32, T11 N, R14E, UM (asp's 666502, 5946912) Prudhoe Bay Field I Prudhoe Bay Pool 12. Present well condition summary Total depth: measured 11840 feet Plugs (measured) Cement Top @ 11515'. (07/30/2000) true vertical 9164 feet Effective depth: measured 11506 feet Junk (measured) Tagged TD @ 11506' wI 4.3" Cent & Sample Bail true vertical 9164 feet (04/23/2001). Casing Length Size Cemented Measured Depth True Vertical Depth Conductor 110' 20" x 30" 72 c.t. 136' 136' Surface 2871' 13-3/8" 857 c.t. 2907' 2697' Intermediate 11065' 9-518" 2522 c.f. 11101' 8556' Liner 1018' 7" 267 c.f. 10822' - 11840' 8319' - 9164' Perforation depth: measured Open Perfs 11470' - 11498', Sqzd Perfs 11460' - 11470', 11498' - 11525', Perfs Covered WI Sand 11535' - 11555' true vertical Open Perfs 8865' - 8888', Sqzd Perfs 8857' - 8865', 8888' - 8910', Perfs Covered WI Sand 8919' - 8935' Tubing (size, grade, and measured depth) 5-1/2", 17#, L-80 TBG @ 10552' MD. BOT TBG Seal Assy @ 10552'. Tubing Tail @ 10703'. Packers &SSSV (type & measured depth) 9-5/8" x5-1/2u Brown 3-H PKR @ 10576'. RECEIVED 5-1/2" Camco SSSV NP @ 2318' MD. 13. Stimulation or cement squeeze summary J U L Z 0 ZOO 1 Intervals treated (measured) (see attached) Treatment description including volumes used and final pressure Alaska Oil & Gas Cons, Commission . 14. Representative Dailv Averaae Production or Iniection Data ' ~ Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation Subsequent to operation 15. Attachments 16. Status of well classification as: Copies of Logs and Surveys run - Daily Report of Well Operations Oil X Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. ~~~ A? J~ Hie, Tech"'oal Assistant Date July 12, 2001 DeWayne R. Schnorr C/ (: Prepared by DeWayne R. Schnorr 564..¡.u4 ~ Form 10-404 Rev 06/15/88' 0 RIG I N A L SUBMIT IN DUPLICATE -. --.. 1 X-27 " DESCRI PTION OF WORK COMPLETED NRWO OPERATIONS 06/06/2000 TAGGED IBP BELOW PERFS @ 11718' CORRECTED 07/02/2000 TD TAG @ 11,7131. 07/11/2000 MIT WELL PRIOR TO NRWO SQUEEZE OPERATIONS. 07/30/2000 SANDBACK AND SQUEEZE 08/06/2000 RE-PERF INTERVAL FROM 114701 TO 114981. 04/23/2001 PPROF W/ GHOST: DRIFT & TAG FOR P-PROF 04/24/2001 PPROF W/ GHOST: PPROF WITH DEFT AND GHOST EVENT SUMMARY 06/06/00 RIH W/TTL, 3.75" CENT & 3.25" LIB, LOC TAIL FOR CORRECTION, TAG UP WITH IBP @ 117181 ELM, BOTTOM PERFS @ 115551 IBP ON BOTTOM. 07/02/00 DRIFTED TBG WITH 4.25" T.S. & TEL AND TAG TD AT 11,713' CORRECTED DEPTH. 07/11/00 PASSED MIT, LOST 50 psi IN 30 MIN. TEST, IA IS FLUID PACKED. INITIAL PRESSURES; SIWHP=260 IAP=1980 OAP=1980. RIG UP LOOP AND BLEED OA TO 200 PSI AND IA TO 300 PSI. 07/30/00 RIGGED UP, CHANGED PACK-OFF, REPAIRED SWAB BONNET, REPAIR PACK-OFF LEAK, PERFORMED BOP TEST. STABBED ON WELL AND BEGAN BEGAN KILL AND PRESSURED IA UP TO 1100 PSI WHILE KILLING WELL WITH 482 BBLS KCL WATER WHILE RIH; INJECTION WS 5.0 BPM AT 200 PSI. TAGGED AT 11704 AND CORRECTED TO 11713. MIXED UP GEL AND 3200# OF 20/40 CARBOLITE AND LAID IN FROM BOTTOM UP. SHUT DOWN AND LET SETTLE 30 MIN; RIH AND AND TAGGED @ 115891; PU AND WAIT 10 MIN. RIH AND TAGGED @ 11585. MIXED UP GEL AND 1200# OF 20/40 CARBOLITE AND LAID IN FROM BOTTOM UP. SHUT DOWN AND LET SETTLE 45 MIN; RIH AND TAGGED @ 115361; PU AND WAIT 20 MIN. RIH AND TAGGED @ 115351; BEING MIXING CEMENT. JET FROM BOTTOM UP TO 106001 WITH KCL WATER AND BACK DOWN AGAIN. PUMP 20 BBLS. 12/10 DAD ACID. NO BREAK DOWN SEEN WITH ACID. OVERDISPLACE WITH 90 BBLS OF 20/0 KCL DOWN COIL. PUMPED 40 BBLS OF CEMENT (50 MIXED BUT DUE TO IMMEDIATE SQUEEZE PRESSURE ELECTED TO PUMP ONLY 40 BBLS). INITIAL SQUEEZE PRESSURE OF 1000 PSI SEEN WITH 4 BBLS OF CEMENT OUT NOZZLE. HELD 1000 PSI WITH BBLS/BBLS RETURN UNTIL ALL CEMENT WAS LAID IN. RAISE SQUEEZE PRESSURE TO 3000 PSI. BROKE BACK AND BONNETS ON WING AND MASTER STARTED LEAKING. HESITATED. WORK SQUEEZE PRESSURE TO 2700, MINIMIMAL BONNET LEAKAGE HOLD THIS SQUEEZE PRESSURE FOR ONE HOUR. ESTIMATE 0.5 BBL CEMENT PUT BEHIND PIPE. RELEASED SQUEEZE PRESSURE TO 500 PSI. CONTAMINATE WITH 52 BBLS OF BIOZAN DOWN TO FLAG @ 11515. LAY 10 BBLS OF TEA ACROSS PERFS. POH. JET JEWELRY AS POH. ROMO. Page 1 ...-. - . .. 08/06/00 INTERVAL FROM 11470' -11498' WAS PERFORATED WITH 3-3/8" POWER JET, 4 SPF, 60/120 DEGREES PHASING, AND RANDOM ORIENTATION. 04/23/01 RAN 4.3011 CENT., T.E.L., & SAMPLE BAILER TO 11,506' MD. (CMT TOP @ 11,515' MD) RDMO. (9' PERFS COVERED) RETURNED WELL TO PAD OPER. & P.C.C. 04/24/01 GAS LIFT PRESSURE AT 900 PSI. WELL FLOWING PRESSURE IS 1527 PSI. BOTTOM OF SQUEEZED PERFORATIONS FROM 11460' TO 11470' HAS POSSIBLY BROKEN DOWN AND IS PRODUCING GAS. TOP OF LINER NOT LEAKING. Fluids Pumped 128 PUMPED 128 BBLS OF DIESEL 176 AND 176 BBLS OF SEAWATER FOR A 1026 FRESHWATER W/2% KCL 573 FRESHWATER W/20/0 KCL & FRICTION REDUCER 33 GEL W/4400# OF 20/40 CAROLITE 20 ACID 9 TEA 40 CEMENT 52 BIOZAN 2057 TOTAL RE-PERFS 08/06/2000 SUMMARY The following interval was perforated using 3-3/811 Power Jet, 4 SPF, 60/120 degrees phasing and random orientation. 11470' - 11498' MD Page 2 }', tJi . ,w ,,-- -.. f «{¿j-oh '7 \1 MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Julie Heusser, ~~ DATE: December 9,2000 Commissioner THRU: Tom Maunder, 1:r9-'rf/.~ P. L Supervisor 1>tc..\"'S,dOOO FROM: Jeff Jones, SUBJECT: Safety Valve Tests Petroleum Inspector Prudhoe Bay Field BPX / X-Pad Saturday, December 9, 2000:1 traveled to BPXJs X Pad in the Prudhoe Bay Field to witness Safety Valve System tests. Merv Liddelow, BPX representative in charge of the testing, performed the tests in a safe and proficient manner. Of the 26 wells tested, 3 failures were witnessed. Well X-14A's SSV failed to close and well X-1gB's pilot was frozen and the SSV failed to close. Mr. Liddelow indicated to me on 12/10/00 that these jtems have been corrected and successfully re-tested. The AOGCC test reports are attached for reference. I conducted 26 well house inspections concurrent with the SVS tests. A slight crude oil leak was noted on a wellhead flange of well X-1gB. Mr. liddelow indicated he would have this item addressed. No other exceptions were noted. SUMMARY: I witnessed SVS tests and conducted well house inspections on BPX's X Pad. 26 wells, 53 components tested, 3 failures. 26 well houses inspected. Attachments: SVS PBU X Pad 12-9-00 JJ NON-CONFIDENTIAL / SVS PBD X Pad 12-9-00 JJ.doc , I - ~, ..' . --- ." Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: BPX Submitted By: Jeff Jones Date: 12/9/00 Operator Rep: Merv Liddelow Field/Unit/Pad: PBF/PBU/X Pad AOGCC Rep: Jeff Jones Separator psi: LPS 174 HPS 723 II' Well Permit Separ Set LIP Test Test Test Date Oil, WAG, GINJ, Number Number PSI PSI Trip Code Code Code Passed GAS or CYCLE X-01 1790540 174 125 125 P P OIL X-02 1790690 174 125 125 P P OIL X-03A 1980860 723 550 400 P P OIL X-04 1790890 174 125 125 P P OIL X-05 1791040 174 125 115 P P OIL X-06 1800090 X-07 1800130' 174 125 110 P P OIL X-08 1800360 174 125 115 P P OIL X-09 1800280 X-10 1800430 174 125 120 P P OIL X-ItA 1990780 2000 1950 P P P WAG X-12 1800440 174 125 110 P P OIL X-13A 1930650 174 125 100 P P OIL X -14A 1921430 174 125 120 P 5 OIL X-15 1800740 174 125 125 P P OIL X-16 1811720 174 125 125 P P OIL X-17 , 1811690 .. 723 .550 520 P P OIL X-18 1811620 174 125 120 P P OIL X-19B 1961300 174 125 0 2 5 OIL X-20 1940670 X-21A . 1991080 174 125 110 P P OIL X-22 . 1931300 174 125 110 P P OIL . X-23 1840610 X-24A 1991250 X-25 1840340 174 125 120 P P OIL X-26 1840300 X-27 1840690 174 125 120 P P OIL X-28 1931140 . X-29 1931390 X-3D 1950410 174 125 115 P P OIL X-31 1931980 174 125 120 P P OIL X-32 1931620 174 125 125 P P OIL X-34 1931720 174 125 115 P P OIL X-35 1931990 174 125 90 P P OIL 12/13/00 Page 1 of2 SVS PBU X Pad 12-9-00 JJ.xls ,,' . . ~, ..-.. it L-~;~-~1-¡;!1~~11Æ~t]~ ~~~::':~1',..".'....~] ~-t~~l~~¡¡¡:~"<:i!ifJ l-~",;~íiltlY [:',::~~:3'FT~.~:;'T:._'""~J [~r~~:~Tl~}:-j~~~E-.Z:j Well Permit Separ Set LIP Test Test Test Date Oil, WAG, GINJ, Number. Number PSI PSI Trip Code Code Code Passed GAS or CYCLE X-36 1961670 , Wells: 26 Components: .53 Failures: 3 , Failure Rate: 5.6% 090 Day Remarks: 12/13/00 Page 2 of 2 SVS PBU X Pad 12-9-00 JJ.xls ~,~ -.. LARRY GRAJiT Date: 22 January 1996 Attn. ALASKA OIL + GAS CONSERVATION 3001 PORCUPINE DRIVE RE: Transmittal of Data Al"lCHORAGE AK, 99501. Sent by: HAND CARRY Dear Sir/Madam, Enclosed, please find the data as described below: WELL # DESCRIPTION ECC No. ii 'J ì r~ N-17 ¥ .> -- () c C{ 1 LDWG TAPE+LIS Run # 1 4590.03 --r-- I (1' bO X-27 (13-32-11-14) 1 LDWG TAPE+LIS Run # 1 5853.04 # 7 J-.- ft~ -" ~ b c{ Please sign and return to: Attn. Rodney D. Paulson Western Atlas Logging Services 5600 B Street Suite 201 Anchorage, AK 99518 a AX 0 (907) 5 63 - 7 8 03 . .~, -~~ -~ ~. ~ , '= ~--, . ",'- "0",' ~..' ,I == -:-/ Received by: Date: ---, -- '~'.:~, ' ,.. ,;-:" ~ v ! J:::J!) -'--'::"- ", - .,:::j .-...:;'¡, .._,-:;¡,-,:..;:,:,;C ~ ..~ -,:,.-,_~",-'--'-,-,- --- -..-:..,_..,..:..,..-~:,=~:-:c;-~:~' ", ,- ,.,' .. 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Z:SEv I # unH aili+'IS "NNI.fI N::> I (vT-II-6T-2:£) T(;-::> } &...... --e c2> SO' £6£T I # unH .rn+'Ia 'IVNI.fI ~ad/~.fId T 2:T-N b J - \ 8 TT.06£T I # unH .rn+'Ia 'IVNI.fI ~ad/::>.fId I (£T-TI-SO-vI) ST-N bL -~~ .ON ~~~ NOI~dIH~s~a # 'I 'I aM :MoTeq paq1.7~sap s-e -e=+-ep aq=+ pu1J as-eaTd 'pesol~u~ lurePEW/.71S .:n~aa ^~~ aNVH :Áq =+ues .TOS66 ,~ a:ÐWOH~1N -e=+-ea JO T-e=+=+1wsu-e.7~ :aH aßI~a aNIdn~HOd IOO£ NOIXVAHaSNa~ S~Ð + 'Ira ~SV'IV 'U=+=+V 966T Á.7-enu-e!, 9'[ :e=+-ea XNVHÐ ^~'I -.., .- LARRY GRANT Date: 2 February 1995 Attn. ALASKA OIL + GAS CONSERVATION 3001 PORCUPINE DRIVE RE: Transmittal of Data ANCHORAGE AK, 99501. Sent by: MAIL Dear Sir/Madam, -.' Enclosed, please find the data as described below: , , ,',; c.! WELL # DESCRIPTION ECC No. .,', 81-17~x-16 ÍJ)'")..}- 1LDWGTAPE+LIS Run # 1 5651.03 ¥ vt - ~ <\~~: X-.27 (13-32-11-14) f.p,J..~ 1 LDWG TAPE + LIS Run # 1 5853.03 Please sign and return to: Attn. Rodney D. Paulson Atlas Wireline Services ::...", 56~0 B Street R E C E I V E D ~ Su~te 201 -:.- Anchorage, AI< 99518 6 Or FAX to (907) 563-7803 FEB 0 8 1995. Rec e i ved by: ~ ~~ /l'):;-- /?7 q / ~ :l\laska Oil & Gas Cons. Commission AncfiõfãQa '-', ~ {f! ..-' ..,. . O~\1a r ~.. .='-.' ,-- ~-". .' ~ aßeJOLl:>U\i UOlSS!WWO~ 'SUO~ SB9 ¡ no e>fSBl'v .' :.-"" gu~66 B¿'¡,S"alV ç e2.,.-., I~:n¡-i ..... ~ uoco..u""'-- ".-.-0,. 0", p'::;;UAe"'[LLoa. þ d~ +i:>d,!l IVO S66l ¿ 2 N'Vr OUI (B~tZ'e"[V) UO1q.BcI°l¿Ö::3: da .taq.uao 'e!{-'SG 1ao-çuq~ê~O.rq.~d a 3 ^ 13) 3 ~ :O~ uJ:tl~e.I ptrn u3-¡:s aSt3aT3 :a:¡:ea :Áq pa^1a::>aH ... L, f.' E08L-E95 (L06) o~ xv~ ~o ß 8I566 )IV laDE~oq::nIV ~., IOZ a~1ns ~aa~~s e 0095 sa::>1^~as au11a~1M SEI~V uosTnEd -a ÁaupoH -u~~V :O~ u~n~a~ PUE UD1s asEald 50 - Z985 I # unH ~H + 'Ie 'NNI~ )lad I (vI-II-ZE-Iv) 50-8 (llo - L- ¿ ~';:. -'- EO - E585 I # una ~H + 'Ie 'NNI~ Hf>!N:> I (vI-II-ZE-EI) LZ-X ffiba; - h2 EO - I595 I # una ~H + 'Ie 'DiNI~ Hf>/N:> I 9I-X ~ L I - I g vO - 99Iv I # unH ~a + 'Ie 'NNI~ )lad I (EI-II-vZ-IE) LO-:> b I - f' L . vO - ZIIv I # una ~a + 'Ie 'NNI.Æ )lad I vO-H c::e - j L ZO'IvOv I # una .Æa + 'Ie 'IVNI~ af>/N:> I (vI-II-ZE-IZ) 9I-e Çje - b L -ON :>:>a NOI~dIH:>saa # 'I'IaM :MoTaq paq1~::>sap SE E~Ep aq~ pu1J asEald 'paSOT::>ua 'urePEW/ .:qŠ ~Eaa 'IIVW :Áq ~uas -I0566 I)IV ~f>WOH:>NV E~Ea Jo IE~~1wSUE~~ :aH aAIHa aNldn~aOd IOOE NOI~VAH~SNO:> SVf> + '110 V)lSV'IV -u~~V 566I ^~EnUEr 5Z :a~Ea ~NVaÐ X~ "- '-"" ~ ~ --- ALASKA OIL & GAS CONL 51ATION COMMISSION Date. 23 April 1994 Attn. LARRY GRANT 3001 PORCUPINE DR. RE: Transmittal of Data ANCHORAGE AX, 99501. USA ~ Sent by: ANCHORAGE XPRES Dear Sir/Madam, Enclosed, please find the data as described below: WELL # DESCRIPTION ECC No. 1,-11-2.. X-34ST (34-1-10-14) 1 PLS STATIC FINAL BL Run # 1 6122.03 ~ PLS S~ RF SEPIA Run # 1 ~-\q~ X-35 (11-12-10-13) 1 PFC/PERF FINAL BL Run # 1 6168.01 /Í PFC/PERF RF SEPIA Run # 1 8l-01" A-9 1 PLS STATIC FINAL BL Run # 1 5694.02 /i PLS S~ RF SEPIA Run # 1 ~-SO G-02 (22-07-11-14) 1 PL STATIC FINAL BL Run # 1 4608.03 ~ PL STATIC RF SEPIA Run # 1 . ~L{-lv9 X-27 (13-32-11-14) 1 PLS STATIC FINAL BL Run # 1 5853.02 , /1 PLS ~ RF SEPIA Run # 1 qL(./\L\, H-31 1 PFC/PERF FINAL BL Run # 1 6158.03 /Í PFC/PERF RF SEPIA Run # 1 B~/6~ D-21 (31-25-11-13) 1 PFC/PERF FINAL BL Run # 1 6074.02 ~ PFC/PERF RF SEPIA Run # 1 Please sign and return to: Atlas Wireline Services 5600 B Street Suite 201 Anchorage, AX 99518 Attn. Rodney D. Paulson Received by: Date: ~~/) Please sign and return to: Sonya Wallace (MB 3-3) I /. Petrotechnical Data Center 1) BP Exploration (Alaska) Inc. I~~~l-/ 900 East Benson Boulevard C ~ED Anchorage, Alaska 99508 4PR 4las~ <? 9 19 Recei ved by: Da te : Oil & r.. 94 A"a¿ COl'fs. CQ fJl'aoe ~/J¡J3$f- -~h , I /. "~--. -" ( ALASKA OIL & GAS CONSERVATION COMMISSION Date: 12 October 1993 Attn. LARRY GRANT 3001 PORCUPINE DR. RE: Transmittal of Data ANCHORAGE AK, 99501. USA ECC #: 5853.01 Data: CN/GR Dear Sir/Madam, Reference: BP . X-27 (13~32-11-14) (/,1 PRUDHOE BAY 0..- (09 NORTH SLOPE, AK Enclosed, please find the data as described below: #= 58 ko Tapes/Diskettes: 1 OH-CN/GR LDWG TAPE+LIST Run # 1 ( Sent by FEDERAL EXPRESS It oCt 4 - \ lit q Please sign and return to: Atlas Wireline Services Petrophysical Services +,., C"IO - b:vncl 5600 B Street ~5~~ \~ Suite 201 Anchorage, AK 99518 Attn. Rodney D. Paulson Received by: ~ éøh R E Date: (EIVED . OCr 1 Ñaska Oil. . 4 7993 & :Gas ".. A valls f'I ncho~_. !.JfJ!1Jl1J: . -~ ""'~(p,p ..--.., ~-, BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519.6612 (907) 561-5111 DATE: 09/22/93 T# 85045 BPX/PBU ~ LOGS Enclosed is your copy of the materials listed below. If you have any questions, please contact BP Well Records at (907) 564-4004. A-13 cg\-\91 B~d~~'-PLUG 09/15/93 #1 9250.00- 9700.00 ATLAS 5 " A-2 4 <g~-70 CNL J r;,p-.¡ c.c.. '- 09/18/93 #1 10600.00-11052.00 ATLAS 5 " . A-40 q~-\l\ PRODUCTION LOG"'" 09/17/93 #1 9800.00-10196.00 ATLAS 5 II C-031ß-:~3 PRODUCTION LOG v 09/15/93 #1 9800.00-10188.00 ATLAS 5 " 0-0 97'l-Lt5 (?ERF) ~fc. /â..L 09/16/93 #1 10230.00-10494.00 ATLAS 5 " 0-27 ~-3~ (rERFJ ~ C(,.L 09/16/93 #1 9100.00- 9634.00 ATLAS 5 II G-,07?1-t8 PRODUCTION LOGv' 09/14/93 #1 11000.00-11356.00 ATLAS 5 " p-02 'I3-'8tf- Û'ERF) PfC,/GG1. 09/13/93 #1 12480.00-12736.00 ATLAS 5 " P-2~ SBL{Ii.>P.l ~\.- 09/16/93 #1 11488.00-12175.00 ATLAS 5 " -- P-23?,(\ \1. (PERF)fR:..~ø(2..Ic('L 09/16/93 11833.00-12100.00 ATLAS #1 5 " ,'0 .- ' P-23 "~/CCL (-S~ 09/16/93 #1 11488.00-12175.00 ATLAS 5 " R - 0 1 ~,qq (J? ERF) ff"c./ GRI a..L- 09/18/93 #1 8740.00- 9130.00 ATLAS 5 II S - 0 5 ~ -\ '\1 CCL ("Th~ Prct\) 09/17/93 #1 9340.00- 9552.00 ATLAS 5 " U-llÐ SBL/<åP'!=l. 09/13/93 #1 10100.00-11013.00 ATLAS 5 " U-11B q3"\cß~ (C;w\-) 09/13/93 #1 10100.00-11013.00 ATLAS 5 II U-11B (PERF)PrC-/Cop..JCLl- 09/14/93 #1 10200.00-10850.00 ATLAS 5 " X-02 79-~ lPERF) Pfë:.{c..LL 09/15/93 #1 9630.00- 9914.00 ATLAS 5 II X-27~~ CNL/~¡2.(d.L 09/18/93 #1 11150.00-11719.00 ATLAS 5 " " 0 -, - ' - .."' ", - RECD 'ED ~'~~ Information Control Well Records OCT 04 1993 Alaska Oil & Gas Cons Anchoragé CO17lmisSion ,---~ -- BP EXPLORATION BP Exploration (Alaska) Inc. I ! 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519.6612 (907) 561.5111 . DATE: 01-15-93 T# 84251 BP CH LOGS Enclosed is your copy of the materials listed below. If you have any questions, please contact BP Well Records at (907) 564-4004. I'),~ A-1780"" INJ 01/06/93 #1 9700.00-10750.00 ATLAS 5 " {A-24SZ-1D CNL 01/03/93 #1 10600.00-11355.00 ATLAS 5 " lA-24 GR 01/05/93 #1 10800.00-11350.00 ATLAS 5 " 0-04A81-fJ$* PRODUCTION LOG 01/07/93 #1 10200.00-10700.00 ATLAS 5 " 0-05 ?o-ó PRODUCTION LOG 01/07/93 #1 10400.00-10729.00 ATLAS 5 " 0-2686,,8 PRODUCTION LOG 01/05/93 #1 9700.00-10925.00 ATLAS 5 II F-027o...56 PRODUCTION LOG 01/07/93 #1 10100.00-10600.00 ATLAS 5 " E'-10 1'1,;87 PRODUCTION LOG 01/09/93 #1 9650.00- 9970.00 ATLAS 5 " F-13 10"6:>.,, PRODUCTION LOG 01/08/93 #1 8960.00- 9198.00 ATLAS 5 II M-19A,!)."/~ I CL 01/07/93 #1 8950.00- 9120.00 ATLAS 5 " X-0471,.8' PRODUCTION LOG 01/09/93 #1 9250.00- 9850.00 ATLAS 5 II X-14A1~-It/J CL 01/09/93 #1 9990.00-10230.00 ATLAS 5 II X-273V-61 PRODUCTION LOG 01/08/93 #1 11300.00-11600.00 ATLAS 5 " Information Control Well Records JAN 2 6 1993 Alaska Oil & Gas Cons. Commission Anchorage ~~=t-:-~l'~ -----, -- BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard . J - p.o. Box 196612 Anchorage. Alaska 99519-6612 (907) 561-5111 DATE: 09/23/91 T# 82849 BP CASED HOLE FINALS Enclosed is your copy of the materials listed below. If you have any questions, please contact BP Well Records at (907) 564-4004. \. 8-22 CL 09/08/91 #1 9630 11115 ATLAS 5 ~-27 PDK-100 09/10/91 #1 11100 11712 ATLAS 5 '-0-09 CCL .{'V~I)}& 09/15/91 #1 8850 9100 ATLAS 5 (D-09 CLL c- fJl- 09/18/91 #1 8500 8707 ATLAS 5 0-06 GR 09/15/91 #1 8831 9328 ATLAS 5 " R-27 CCL 09/17/91 #1 9050 9725 ATLAS 5 Information Control Well Records Adrian J. Martin RECflV S£p 2 ED AJélskq 011 6 -1991 & ails c Anchor.°lls. com. age rtll$.co' u'/On \ ß uVt~ j (l ø 'f~1t1 ~-~-~;o/~f)~;;i~ ----- - ô' - .- -' -, -- - --. '. . ,-- -- __'-_0'--'0.'_'-0- - -- BP EXPLORATION BP Exploration (Alaska) 'nc. 900 East Benson Boulevard P.O. Box 196612 - ~ Anchorage. Alaska 99519-6612 (907) 561.5111 TO: DISTRIBUTION Date:07/08/91 T#:82564 FROM: Information Control Well Records LR2-1 SUBJECT: Enclosed is your copy of the material listed below. If you have any questions, please eontact BP Well Records at (907) 564-4445. A-03 INJ 06/17/91 #1 11500-11882 Cameo 5" A-11 INJ 06/1 7/91 #1 9700-10050 Cameo 5" F-09 Prod-F 06/13/91 #1 9800-10100 Cameo 5" F-10 Prod-F 06/13/91 #1 9750-9970 Cameo 5" H-14 Prod-F 06/15/91 #1 10400-10670 Cameo 5" M-25 Temp/FM 06/16/91 #1 10750-10906 Cameo 5" R-22 GR/CL 06/1 6/91 #1 10000-10700 Cameo 5'. .- ,~-, X -05 Leak Det 06/12/91 - #1 9050-9350 Camco 5" X-O6 - CCUJewelry. Log-. 06/14/91 #1 10250-12411 Cameo 5" X-11 CCUJeweiry Log 06/14/91 #1 -8390-9570 Cameo 5" X-11 INJ 06/14/91 #1 9050-9570 Cameo 5" X-27 Jewelry Log 06/16/91 #1 10400-11400 Cameo 5" Distribution: (. 't. \\1 't. \) ARCO v.. t \~~\ CHEVRON EXXON '\ ~ . s~\~~ GEOSCIENCES J \J '- ~o~~'\ MOBIL ~o"'s. (','(\s ~~ PHILLIPS \)~ ~ X\ß\~ ~'ð. ~ t-.\\\':I RESERVOIR '~'ð.~ STATE OF ALASKA ARCHIVES ,j tJv'~ ¡\ .j 17 OvH fJ4 óh ,-- ..-----.. -- .- BP EXPLORATION ~JI~~~ D BP ~o"";on (AlaSka) fne - 900 East Benson Boulevard ---- - -."0;:..;;; P.O. Box 196612 -~o-"o---~ '" .,'o.':;:i""';"" Alaska lm 6 ;,:;' 1- uVit. Anchorage. Alaska 99519-6612 ~:..~- ....~....,~ (907) 561-5111 10. DISTRIBUTION Date:05/03/90 T#:81093 FROM: Information Control Well Records LR2-1 SUBJECT: Enclosed is your copy of the material listed below. If you have any questions, please contact BP Well Records at (907) 564-4445. K-08 TDT-P 04/26/90 # 1 10250-10856 Sch 5" K-11 TDT-P 04/28/90 # 2 11100-11587 S c h 5" M-07 Perf 04/25/90 #1 9450-9850 Sch 5" 5.;18 Prod-F 04/27/90 #1 11700-12069 Sch 5" X-27 Prod-F 04/25/90 # 1 10400-11620 Sch 5" '. Distribution: ARCO CHEVRON EXXa'f GEOSCIENŒS MOBIL PHILLIP S RESFRV~ ~ATE OF T .ASik' AR CHIVES ~~" - Standard Alaska f" Production Compo';y , 900 Eo\t Bcn\on Boulevard PO Bo. 196617 Anchoroge. Alo\l.a 99519-6612 /907) 564.51 I I STANDARD ARCO ALASKA PRODUCT/C)N EXXON Date: 11 / 1 8/88 10: PHILLIPS Tf: 79556 F.TAfÈrôfTÁif~~j . SYSTEMS (Transmittal & Tape) ARCHIVES REFERENCE: SAFC ~~GNETIC LIS TAPES & LISTINGS The folloong material is being sul:mitted herewith. Please acknowledge receipt b¡ signing a copy of this letter and returning it to this office: . K-08 CH/CNL MS 3 Pa.6~ 10/30/88.. #1 10219-10877 Tape. Po~.#l06164 Atiah#l3585 1600bpi API#l50-029-21408 . N-15 CH/CNL MS 4 Pa.6~ 11/01/88 #11 9289-10244 Tape. Po~.#l06165 Atlah#l3589 1600bpi API#l50-029-20607 . X-27 CH/CNL MS 3 Pa.6~ 10/27/88 #II 11046-11765. Tape. Po~.#l06166 ~#l3581 1600bpi API#l50-029-21112 Ope.n Hole. Tape. . (IJ-22 OHLIS tape. 11/05/88 #11 .7072-9778 Tape. Po~.#l06167 ~#l3598 1600bpi API#l50-.029-21869 * Ex..'CON: An Asterisk (*) next to a listing above means you should have received the Tape(s) and Listing(s) directly from the respective service company. Please confirm this. Je.nrú6Vt Viu.z INFtR "1A T I ON <Dt\[ rno L Well Records LR2-l A u...1 01 fh.. O"~I""" ~""'d,,.(1 0.1 t 0""'0". 'o....,ft'd ... (1....,I"".f t'll.... ... 18/0 ..----.... -~ Slondard Ala,ka ' Produ(lion Com'pa':'~ 900 Eo\1 Ben\on 6ovl~"a,d P.D 80. 1966/7 Anchorogc. Alo,I..o 99,519.6611 :907'5ó":SIJI I tmt:XED HOUSTO;¡ ARca CHEVRO:-J STANDARD . L ^ S'" ""r.r--..OI'FT'('N ¡~ ..~.. r'/~, !.J~\J .,.,\_II,J Ex..XOr\ TEXACO Date: 10-31-88 TO: HOBIL TI: 79486 PHILLIPS STATE OF ALASKA GEOSCIENCES RESERVOIR REFERENCE: ARCHIVES SAFC CASED HOLE FINAL LOGS The following material is being submiTted herewith. Piease acknowledge receipt by sIgning a copy of this letTer and reTurning It to this office: .. ~ F-11 LDT/CNL 10-27-88 /11 8850-9482 ATLAS 5" ~ F-28 LDT ICNL 10-28-88 /11 8550-9308 ATLAS 5" "- G-30 LDT/CNL 10-28-88 /11 9000-9733 ATLAS 5" 'X-~7 LDT/CNL 10-27-88 /11 11100-11720 ATLAS 5" ~ K'-~ ì Received t\iU'¡ ..,j I .j'.. Shirley R. McCurry ,.. ission I NFORMA T ION CONTROL Date ~ ~~~~!<a QjJ& Gas Cons. Cumm We r I Records LR2- r 'AI'!' age A u".1 01 II", 0"9"1(JI 5rondu.d 0./ Compo"" t\lIcnor Fou"d.,d ." CIe...,rond. ()h.o '"~ 1870 .r---- ~, Standard Alo~l.a Prod"c lion Company 900 Eo., a.',.,on 8oultc"..urd p a So. 1906 I '} ~n(hl)l°9~- ~1(J~~o 99~19.661'} '901 5ó.a ~ I I I INDEXED . DALLAS ARC 0 STANDARD -{;HEVRON ALASKA PRODUC TION EXXON Date: 05/11/88 TEXACO 78824 TO: T/: NOBIL PHILLIPS . . STATE OF ALASKA REFERENCE: SAPC FINAL DATA - PRESSURE SURVEY DATA The following material Is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning It to this office: A-22 -Static Gradient 05/05/88 Cameo A-35 _.Static Gradient 05/05/88 Cameo C-19 [Static Gradient 05/04/88 Cameo C-27 Static Gradient 05/04/88 Cameo C-30 Static Gradient 05/03/88 Cameo C-31 Static Gradient 05/04/88 Cameo H-12 BHPS Static Gradient 04/30/88 Otis H-22 BHPS Static Gradient 04/29/88 Otis K-6 Static Gradient 04/28/88 Cameo X-5 BHPS Static Gradient 05/03/88 Otis X-9 BHPS Static Gradient 05/03/88 Otis X-15__d Static Gradient 05/06/88 Cameo ~? Static Gradient 05/06/88 Cameo Y-lO BHPS Static Gradient 05/01/88 Otis Y-21 BHPS Static Gradient 05/01/88 Otis' Reçelved AI' B k ~ce ec , -- ;,,'~S'\'.;\ì I NFORMA TI ON CONTROl þ - - ~ 1../\1"""- Date .k.. t';'\\ 3;. '::~..) -'~' ,J' We I I Records LR2- ;\1"""-'- _;',~I~-"'--" A V"" 01 'h~ 0"9"'01 lov""..d ,0 (lp....lon _/~ - Standard Alad.o ' .- - Production Compor 900 E'J\' a..",on 8oult"."", p 0 60. 190611 .Anchorag.. ,\1",1." 995/9'6611 :9O7!56"'5111 INDEXED , DALL\S ARCO STANDARD CHEVRON ALASKA PRODUCTION EXXON Date: 02/12/88 TEXACO 78547 TO: T/: MOBIL PHILLIPS . ~E OF ALAS~) REFERENCE: SAPC FINAL DATA - PRESSURE SURVEY DATA The following ma~erlal is being submitted herewith. Please acknowledge recelp~ by signing ð copy of ~hls le~~er and returning I~ to this office: A-26 01/27/88 Static Survey GO A-29 01/30/88 '. rr II Cameo A-32 01/28/88 " II GO B--20 01/28/88 II " Cameo B-29 01/27/88 " II GO C-12 01/31/88 II " Cameo C-35 01/31/88 II II Cameo G-19 02/01/88 II II GO G-26 01/30/88 " " Cameo H-22 01/25/88 " II Cameo J-21 01/29/88 " " , GO N-22 01/24/88 II " Cameo S-18 01/30/88 " " GO U-8 01/23/88 " " Cameo X-2 01/24/88 II " Cameo X-7 01/27/88 " II Cameo C \" t: n ....- 01/26/88 " "Cameo RECs: 'I ¡.iJ Y-2 01/09/88 " " Cameo r ~.-, 1 k 1 (¡ (', '3 r t 'j \j ~,.J) ,\ I,. 1 all & Gas Cons. CommlsslG~ ¡-o.i,;.¡S.<a Anchorage Race' v Victoria Aldridge f1"" r'~M "'"~:",",,iC'('¡..-' INFORMAT ION CONTROl Date:, '-<:¿" c;\ ,~ :"..:.2.5 :",u.;;'J. UV......hol"."'." u II R d LR2-1 :i"-~"- '_..,.~"- "e ecor s :.,--,........:;¡.J A unit 01 Ih~ 01'9;"01 5tondo'd OJ Co'npony Found..d on CI..y~lond. ()h,o, on 11170 ..--. SJctndonl ~. P,edUCfMNt c-p8ft,...../----" 900 Eost eens- low P.O. So. 196612 AAchotoge. AknJao ~'9-6612 (901) ~5'" ItŒXED - DALLAS ARC 0 STANDARD. CHEVRON Al ASKA PRODUC TtON EXXON Dðte: 08/21/86 TO: TEXACO T/: 77278 MOBIL PHILLIPS . .. .~ GEOSCIENCES REFERENCE: SAPC FINAL DATA - PRESSURE SURVEY DATA The following mðterlðl Is being submitted herewith. PI eðse ðCknow I edge rece I pt by signing ð copy of this letter ðnd returning It to this office: '" ~A-32 BHPD & Flowing Gradient 07/14/86 Cameo --- B-29 Static Gradient 07/19/86 Cameo ~E-7 Static 07/12/86 GO ~E-9 Static 07/31/86 Cameo ---G-2 Static 08/02/86 Cameo ~ "- H-24 PBU & BHPD 07/15/86 GO -- ~H-25 PBU & BHPD 07/15/86 GO ~ H-27 PBU & BHPD 06/18/86 Cameo ---M-17 Flowing Gradient 06/22/86 Cameo ~N-11A Static 07/21/86 Cameo ~-20 Flowing Gradient 06/16/86 Cameo ----S-8 Static Gradient 07/27/86 Cameo ----"S-l2A Static Gradient 07/18/86 Cameo ""-.J '-J X - 2 7 BHPD & PBU 05/14/86 Dresser ~Y-21 Static & Step Rate 07/19/86 GO '-.,) Y-21 Pressure BU 07/22/86 GO . .. 0" & G ^ CJO^ Coí;r~l:- ,,",' h:a~~ca II ~;", ,:J. II I ."':"~" Anc~c:-:;!(? ; , . ReceIved Victoria Aldridge LR2-1 INFORMAT ION CONTROL Dðte We J' Records LR2-1 .to -' of rhr Of~"" S-Onri....t 0.1 Co'np"'" J-nd~d ... (~.plond. 0-. oft 'H'O SIond_d AiosJao .-.. 'u,øoxlton ComPØ",.r--- 900 fo~' ~n~ &/ j PO 80. 19ból] An<horog~. AIo\ào 99519bó17 í907! 5ó4 5111 INDEXED DALLAS ARCO CHEVRON STAN DARD - . r- . -'.--.nOU""'-'-ION .....,.')~ ," ~-'r--._) !._! : EXXON TEXACO Dðre: 08/18/86 TO: MOBIL TI: 77265 PHILLIPS STATE OF ALASKA GEOSCIENCES REFERENCE: SAPC CASED HOLE FINAL LOGS The following material Is being submItted herewIth. Please acknowledge receipt by signIng a copy of thIs letter and returnIng It to this office: A-22 DFT/PITS/\JOPITS 07/01/86 lil 11350-11850 GO 5" A-31 PLS 05/09/86 If! 9390-9700 DRES 5" F-5 DFT 07/06/86 In SURF. -9700 GO 5" G-l DFT/WOPITS 07/03/86 III 9680-10087 GO 5" H-24 Cant. Flow Survey 07/13/86 If! 9600-9900 GO 5" H-25 Cant. Flow Survey 07/14/86 iil 10300-10650 GO 5" R-12 Carbon/Oxygen/GR 05/02/86 !t} 10550-10994 Dres 5" V-I3 GR 05/16/86 !/l 10200-11515 Dres 5" X-27 Cant. Flow Survey 05/12/86 #1 11300-11650 Dres 5" Alaska OJ¡ &. Gas Cons. CommIssion Anchorage Received Vjctori~ Aldridge LR2-1 I r~r OR~.A T Or. COrHROl Date ;..B I I Recorcs lR2-1 ¿, u"" .,' II... """""'! '"..",1",,/ t., \. """""'. ;""""...1...(1.....,..,...,....".."",:.; StondoFd Alopo --- "'oductieft c:..npony // .-, 900 Eo,' ~W)n 8ov~ / PO Bo. 196612 Anc:hotoge, AkKåo 99519.6612 {907 ~,5111 INDEXED DALLAS ARC 0 CHEVRON STANDARD ALASKA PRODUCTION EXXON TEXACO De1'e: 07/03/86 TO: MOBIL T/: 77155 PHILLIPS STATE OF ALASKA GEOSCIENCES REFERENCE: SAPC CASED HOLE FINAL LOGS The following materlðl Is being submitted herewith. Pleðse ðCknowledge receipt by signing ð copy of this letter ðnd returning It to this of1lce: ~ N-18 CH-CNL 06/06/86 III 9600-10247 GO 5" ~ X-27 CH-CNL 06/16/86 #1 10950-11748 GO 5" ~ece:ved ß -"? ;~. Victoria Aldridge LR:-l -~~" ., Gas Cons. comm\SS,'- I NF OW~'^ TIC,,", CONTROl Date. -~ 'as'rœ Ou &. . t> We I Reco'"ds lR2-1 ~J . '" - It. uno. 01 Ih. 01'9'1>01 nd d 0.1 Co-npnny found~d on C~...iond 0;:;00, H' '87(; Standard Alaska ,------. ~ Production Company ,/ 900 East Benson Boule. P.O. Box 196611 Anchorage. Alaska 99519-6611 (907) 564-5111 STANDARD ARCO ALASKA PRODUCTION EXXON Date: 06/20/86 'ill: PHILLIPS TJ: 77131 STATE OF AI< PDBY Systems (Transmittal Only) REFERENCE : SAPe MAGNETIC LIS TAPES & LISTINGS The follOOng material is being sul:mitted herE.Wi.th. Please acknowledge receipt D¡ signing a cq>y of this letter and retuining it to this office: X-27 CH/CNS Final tape 06/16/86 GO 800 BPI Tape Pas. #04095 q:þ ð3{) 3'1-- ø -OdSed -J tJr 'fð - / /7 g;¡; 1y ~ ( )\.J '(." I) VI) , " * EXXON: An Asterisk have received the Tape service company. PIe Received Victoria Aldridge LR2-1 . mm\ss\or '\ INFŒMATION ffiNIROL Date au & Gas Cons. Co Well Records IR2-l .-.. Anc ora A V'hl of rh.. 0'"9onol ')Icondn,d I C 0"'1""'1 fo..nd,," ,n ('I"ypl"",f ft>..,. ... "'7() S~~~A~~o ,~ ~ ..- . P,odaKtion Compo"" 900 Eo~ ~n'l()n ~ PO 80. 19óó17 Ancho<o9~. AIo\ào 99~19-ððJ7 19071564-51' I INDEXED DALLAS ARC 0 STANDARD CHEVRON ALASKA PRODLJI-..- TlON EXXON Dðte: 06/09/86 TO: TEXACO T/: 77102 MOBIL GEOSCIENCES . REFERENCE: SAPC FINAL DATA - PRESSURE SURVEY DATA The following mðterlðl Is beIng submItted herewIth. Pleðse ðcknowledge receipt by signing ð copy of this letter ðnd returnIng It to thIs offIce: . ~A-31 Static & Flow 03/29/86 GO "A-32 Static Gradient 04/24-26/86 Camco - A-33 Flowing Gradient 03/28/86 Camco ......, A-33 Static Gradient 04/14/86 Camco - B-30 PBU 03/29/86 GO "C-15 Static Gradient 04/17/86 Camco ~E-6 Static Gradient 05/10/86 Camco -- E-19 Static Gradient 05/10/86 Camco '"'F-6 Static Gradient ç¡h 03/27jJ.?~ s/;;amco ~ '-'F-24 Flowing Gradient! - 05/ 03~O5/86 - Camco .Ill!:.. -F-24 BHPD & Pres. Drawdown 05/05/86 Ca.,-¡co -- G-16 Static Gradient 05/08/86 Camco -J-6 Static Gradient 04/17/86 Camco -- -.........., -...J N-4A B!LPD & FloiJÍng Gradient 04/21/86 Camco - ~ - ~1 Static Gracient 03/28/86 Cameo "R-9 Static Gradient 04/27/86 Cameo --S-5 "" 04/30/86 Cameo --V-l 0 n" 05/07/86 Cameo -";"X-14 ff" 03/30/86 Cameo -X-26 "Y1 03/31/86 Cameo '-X-2ì "JI 03/30/86 C --. 1"". ,... < - - . .~- ~~ ~ - ~ - ~ --. - - -. ~~- ~ ~ -, \ Q t~~ - ~ Recelvec jJ~ - ~~ . -"" JN~~Tjv' ronRoL ,.. , - Da'te -~='~ \,.., ...... . - : ¡,tel; Reçorcs LR2- ... .,...r L,r ff'~ ..........,: ~....""c1 (j.: (C'~lM"'. fo.......,..,... t....~....~, (.'oc - I!"./P -~, .- (if.,; ~ , ~ . ~~ (ß ~OHI~ SOHIO ALASKA PETROLEUM COMPANY 1. J 900 EAST BENSON BOULEVARD (t ANCHORAGE,ALASKA TELEPHONE (907) 561-5111 (V()" P.O. BOX 6612 ANCHORAGE, ALASKA 99502-0612 April 8,1986 Alaska Oil & Gas Conservation Commission 3001 porcupine Drive Anchorage, Alaska 99501 Attn: Mr. C. V. Chatterton Well X-27 (13-32-11-14) PBU Gentlemen: Enclosed, in duplicate, is Form 10-404, Report of Sundry Well Operations, for the above-named well. This contains our sub- sequent report of perforating this well for initial production. Yours very truly, ( r: ¡J~ P. F. Barth Supervisor Reservoir/Production Surveillance unit I PFB : JAM~ Enclosures (4) cc: Drilling Well File (MB12-1) Well Records (LR2-l) X-27 Well File R r: (O F ~ \/ ~r.--~ r) .¡¡"."-,~i,, ..U APR 1 0 19B€; Alaska Oil & Gas Cons. CommbGion Ii. ,1~h"~"'1[1 /-,1 1.1I'I¡-.':.,(' , . ~ -, STATE OF ALASKA -- . AL~~,- --IlL AND GAS CONSERVATION COMMI tDN REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown 0 Stimulate 0 Plugging 0 Perforate ~ Pull tubing 0 Alter Casing 0 Other 0 2. Name of Operator 5. Datum elevation (DF or KB) STANDARD ALASKA PRODUCTION COMPANY KBE = 74.90 Feet 3. Address 6. Unit or Property name P. O. BOX 196612, ANCHORAGE, ALASKA 99519-6612 Prudhoe Bay unit 4. Location of well at surface 7. Well number 177' NSL, 725' WEL, Sec. 06, TI0N, Rl4E, UPM X-27 (13-32-11-14) PBU At top of productive interval (top Ivishak/Sadlerochit) 8. Approval number 1175' NSL, 545' EWL, Sec. 32, TIIN, Rl4E, UPM N/A At effective depth 9. API number 1465' NSL, 753' EWL, Sec. 32, TI1N, Rl4E, UPM 50- 029-21112 At total depth 10. Pool 1488' NSL, 768' EWL, Sec. 32, TIIN, Rl4E, UPM Prudhoe Oil Pool 11. Present well condition summary Total depth: measured 11840 feet Plugs (measured) true vertical 9163 feet BKB Effective depth: measured 11796 feet Junk (measured) true vertical 9128 feet BKB Casing Length Size Cemented Measured depth True Vertical depth BIŒ Structural -- Conductor 71 20 x 30 8 c.y. 110 110 Surface 2868 13 3/8 857 c.f. 2907 2702 Intermediate 11062 9 5/8 2522 c. f. 11101 8555 Production -- Liner 1018 7 267 c. f. 10822-11840 8317 -9163 Perforation depth: measured 11460 - 11555 (two intervals) true vertical (subsea) 8782 - 8860 R E C E J 'I E D Tubing (size, grade and measured depth) 5 1/2" L-80 to 10576' with 5 1/2" tailpipe to 10713' APR 1 0 1986 Packers and SSSV (type and measured depth) 9 5/8" BOT 3H packer at 10576' i 5 1/2" Camco SSSV at 2318' AI3S!O Oil ¿ n:s C(}!~~,. C)[i:;rJi;,~ion 12. Stimulation or cement squeeze summary Þ ,'í'l')r:v)c Intervals treated (measured) Treatment description including volumes used and final pressure 13. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation -- -- -- -- -- Subsequent to operation 18570 12145 0 0 394 14. Attachments Daily Report of Well Operations IX] Copies of Logs and Surveys Run 0 15. , hereby certify that the foregoing is true and correct to the best of my knowledge ø .+- c;2 -I? -g' J,; ~ ~ Signed I ~ ¡J~' Title Supvr. Res.jProd. Surveillance I Date <{(~ yc. Form 10-404 Rev. 12-1-85 Submit in Duplicate , ---. - ,¡ ~- 'p PERFORATING DATA - Well X-27 (13-32-11-14) March 14,1986: Pressure tested tubing and inner annulus. March 15,1986: Rigged up Dresser Atlas and perforated the following intervals using 4" Superjet guns at 4 spf: 11460' - 11525' BKB (Ref. BHCS/GR, 6/6/84) 11535' - 11555' BKB ( " ) Put well on production. March 28,1986: Shut well in to prepare for static pressure survey. March 30,1986: Ran static pressure/temperature survey at 8800' TVDss. April- 3,1986: Set and tested SSSV in ball valve nipple at 2318'. Well on production. r~i: 'i~' j' ~.~ ~ ~ J ~- f\ ,.,-~, ~-'\"í:~."1 ~'\. L ~""' L. ; V ~,~ :j íi '-;':)1 ('oj 1nnc - . ï- r. ! I. . .-j' d' r. "--, ~. ., \, --1 AI L r' fJ G~~ {. '-~ r'rY'~"""';~";:ln LiSKa ()¡ a 'J~~J uon". VOli...J"".J" I\¡11'h"'r"'10 ¡." ~¡ .J ...~ jm 4/4/86 .4 ,~ ---- N J ~ '~ . , .. ' '-'/d:<, ~OHI~ SOHIO ALASKA PETROLEUM COMPANY ~H 900 EAST BENSON BOULEVARD ANCHORAGE,ALASKA TELEPHONE (907) 561-5111 ð}tL P,O. BOX 6612 ANCHORAGE, ALASKA 99502-Q612 February 19,1986 Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Attn: Mr. C. V. Chatterton Well X-27 (13-32-11-14) PBU Gentlemen: Enclosed, in triplicate, is Form 10-403, Sundry Notices and Reports on Wells, for the above-named well. This contains our proposal to perforate the well. Yours very truly, L Ç, ik P. F'. Barth Supervisor, Reservoir/ Production Surveillance Unit I PFB : JAM ~ Enclosures (3) cc: Drilling Well Files (MB12-1) Well Records (LR2-1) X-27 Well File RECEIVED FEB 20 1986 Alaska 011 & Gas Caos, Gomrnlulon Anchorage .. . /--- STATE OF ALASKA - _' ALASKA L.~ AND GAS CONSERVATION CO.." dSSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL 0 COMPLETED WELL Œ OTHER 0 2. Name of Operator 7. Permit No. SOHIO ALASKA PETROLEUM COMPANY 84-69 3. Address 8. API Number P. O. Box 196612, Anchorage, Alaska 99519-6612 50-029-21112 4. Location of Well 9. Unit or Lease Name At surface: Prudhoe Bay Unit 10. Well Number 177' NSL, 725' WEL, Sec. 6, TI0N, Rl4E, UPM X-27 (13-32-11-14) PBU 11. Field and Pool Prudhoe Bay 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Prudhoe Oil Pool KBE = 74.90' AMSL ADL 28310 Î 2. Check Appropriate Box To !nd¡cate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate QJ: Alter Casing 0 Perforations 0 Altering Casing 0 Stimulate 0 Abandon 0 Stimulation 0 Abandonment 0 Repair Well 0 Change Plans 0 Repairs Made 0 Other 0 Pull Tubing 0 Other 0 Pulling Tubing 0 (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 25.105-170J. The following intervals will be perforated during February/March 1986 at 4 spf. I 11460' - 11525' BKB (Ref. BHCS/GR, 6/6/84) I 11535' - 11555' BKB ( II ) i A lubricator will be installed and tested to 3500 psi for all well work. An SSSV will be set and tested in the ball valve nipple at 2318'. , I i I I RECEIVED I I F EB 2 0 1986 I !lull......... Wc..t ~ . J'ftrm No/~-'-ít) .' ht'.AÇ>f, ð L Alaska 011 & Gas Cons. Commllslon ,. Datai :t.J imI.4:V' l\ n c !1 u r i1 iI e .14. I hereby certify that the foregoing is true a ~ed T;tle Supervisor , Res ./Prod . Dete ¡.. Ie y( ý'C I The s:~ce below for Commission use P. F. Barth Surveillance I I I Conditions of Approval. If any: Approved C~y .. eO tt.turn&d. 0 / ¡ ,. ;:: I ~ 1)' F.,.-«. ,..;1. - d../- éJ fÞ' I ¡'." d; ,~~.I. 'JJt..1I-3ìJ "" \' ., ~ ;'¡' .:, . ~ì~Fq:" -~ ~illtU f€. "<.' 1 b.~~ ~ t ;... ußl3 Ii B 0 d f .-'" ' 1:), ...~. y r er 0 ",J Approved by COMMISSIONER the Commission Date c:2 "'-~~h Form 1 0-403 Submit "Intentions" in Triplicate Rev, 7-1-80 and "Subsequent Reports" in Duplicate /-------- li.W~~A~ ~OHI~ SOHIO ALASKA PETROLEUM COMPANY J ~ 1 1 "C" STREET DALLAS ANCHORAGE. ALASKA ARCO TELEPHONE 19071 265-0000 CHEVRON Mt..IL: POUCH 6.612 ANCHORAGE. ALASKA 99502 EXXON 10 DAL/UNIT/STATE: TEXACO Date: 01/14/86 (-~1ara than) MOBIL T II : 76693 PHILLIPS STATE OF AI( BPAE GEOSCIENCES P.EfERENCE: SORIO CASED ROLE FINAL LOGS The following material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office: - DAL/UNIT/STATE: H-27 GCT Directional Survey 11/11/85 1/1 60-11412.6 Sch 5" K-5 GCT Directional Survey 11/17/85 111 0-9732 Sch 5" S-12A GCT Directional Survey 10/11/85 ill 0-10270 Sch 5" X-27 TDT-MA 11/28/85 112 11050-11783 Sch 5" H-2 CET 09/30/85 111 8390-9145 Sch 5" ~~ \ / r r., ~ --===- ' I ~j . r'ctor~a Aldridge LR2-1 REC[IVED- ';-~-<::: INFOR..~.TIO~~ CONTROL WELL RECORDS LR2-1 D/.'¡ .¿.::".:",<.. '....:: C 00'0 1'9~:::-r, ~ ,-~ ~OHIc?J SOHIO ALASKA PETROLEUM COMPANY 3111 "C" STREET ANCHORAGE, ALASKA DALT,..AS TELEPHONE (907¡ 26~,OOOO MAIL: POUCH 6.(j 12 ARCO ANCHORAGE. ALASKA 99507 EXXON Date: 01/13/86 TO PHILLIPS Tn: 76691 STATE OF AK REFERENCE' SOHIO HAGUETIC LIS TAPES & LISTINGS The following material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office:- ~AL/UNIT/STATE: -:< "17 OT1 T TC' 12/' ')/85 J~, c:cl" ~f" 1 .v~r-t. '-""'pe 'DOS PO36':!8 ,¿¿-¿"" [.l-':"'~L.J .1.,,- í:.1."", 1,11'" V""T ...u ... .,1 ...J K-2 CH 12/25/85 #5 Sch #71133 Tape Pos.ff03639 X-27 TDT LIS 11/28/85 #2 Sch #71058 Tape Pos.#03640 ¡ /- ~ ~ 8 --"- 1'1 /; cPa/ - C - q O'C ~ //.,L:-'/--- íV - d.. -H- CJ;:¿ ..:5~ - ~- ...- j 6 I c.I:. - ('./-.7 þ~ B -~ 7# ð~83:;- S - O¡b.e h - !5òt'J -1/ / eX ~ )./ - cJ.. 7 -L-l-.. /) J. rY-Z t7 - 5 - Cð~5er1 -I / ú LL b - / / p- / C; / '.... ( ~ v -6,-", J '-'- t ; I i (..I I / * EXXON: An Asterisk (*) next to a listin~ above means you should have received the Tape(s) and Listing(s) directly from the respective service company. Please confirm this. Victoria Aldridge LR2-1 INFORP~TION CONTROL LR2-1 R:::CEIVED -------_h_- \olE RECORDS 0.:.. TE ----'--'-'--___n_. ,. '"' -~- -.. "-'-H~"_" .- ---- ------- ~OHI~ SOHIO ALASKA PETROLEUM COMPANY 31 11 "C" STREET SFO ANCHORAGE. ALASKA R TELEPHONE 19071 265-0000 A CO MAIL: POUCH 6.61 2 CHEVRON ANCHORAGE. ALASKA 99502 EXXON TO: SFO/UNIT/STATE: TEXACO Date: 3/29/85 (-Marathon) MOBIL TII: 76087 PHILLIPS STATE OF AI< BPAE FINAL LOGS The following material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office: - SFO/UNIT/STATE: (?'}':7"~~'fiih.d; E j~.¡ii{?5: > '~.'Jf~Zî~~3~A~~~¿.TDT-M 12/14-15/84 11000-11783 #1 Sch 5" t1 V ~;,v~~~~- 1.,- .' -- 1 ," ., ,,- Gommiss1ori , loJ. 1:0 . .-p R(C[IV(O . Cathy Perklns LR 2-1 Devefopment Geology 01< Ii J~ ~ .- .- ".- ~OHI~ SOHIO ALASKA PETROLEUM COMPANY 3111 ..c STREET ANCHORAGE. ALASKA BFO TELEPHONE 1907) 265.0000 MAIL- POUCH 6.6' 2 ARCO ANCHORAGE. ALASKA 99502 EXXON Date: 2/20/85 TO PHILLIPS TII: 76014 STATE OF AI< REFERENCE - ~HIO 11AGfŒTIC LIS TAPES & LISTINGS . The following material is being submitted herewith, Please acknowledge receipt by signing a copy of this letter and returning it to this office:- /. R-24 r-: OR-EDIT Hag Tape T..¡/Listing 12/13/84 Schf!69902 Tape Pas. ~iO327 5 ~ T-1 / OR w/Listing 1/5/85 Schl169981 Tape Pos.t103276 ~* R-23, RFT LIS w/Listing 11/27/84 Sch#69848 Tape Pos.#03277 /" * R-23 _/ OR w/Listing 11/27/84 Schl169848 Tape Pos.!f03278 ~* G-6 / CH-CNL w/Listing 12/05/84 Sch#69865 Tape Pos.#03279 ~ F-16/ - CH-CNL w/Listing 11/19/84 Schtl69885 Tape Pas. 1103280 ~ K-6 -- CR-CNL w/Listing 11/18/84 Schl169886 Tape Pas. #03281 / B-2 // CR-CNL ,.,/Listing 12/12/84 Scht!69901 Tape Pos.1!03282 /" X-27 / CH-TDT w/Listing 12/7/84 Schl169899 Tape Pos .1103283 .~/ -:-/-f-,~ 7,--, /',',-;'--',.,,-r, --""""',- '--" ~/ ~'f~~r7~L--a/J, f --.... ./, "ì '-;1 /"" - - ~ J' -- -.,.f , y- (/It::??~_- 1 I ; I ,:--> (-<'J i :;;.' .- .~:" ,- >- .>' . -' C-"-- .': -- -' - - .. ,-',. .....- ~ 1)1 ""\ ) f ,J /, , .'" r r; .-.- , -J'1-H"-...-,'")?f""4.1 ,"7. -{, ..'"'.-' ,- .~- ~.:~ ;ij-~;~ ; ~~ .-.;:</o;~. '0;/" ':.:~~ ~; ~ -, ". ,..,' ,,",' ,--:.';-: .~; ~¿; ':/f::-(J ;¿ 3 ?(~¡,:-r --.? ~~ !jig-._.. "'-;.-.: .~- ~. --=' --- ..---' ,r¡ f L ,~ -. .1'0.- .-) ..., -.- ..-- , . ," '/ ~,~' -"I J, ,r,. J'ro', .. '-'0""", .:~! -- ~-L +r () :::;<-5 /"-! ~ '<'.. C:~~ <' ~ ~-. j;._~--:" -,..-.,> -_:,- ~ -~<..~ V /Ï r-7 II ,r'('1 '2 r-:c1,-" --- /,,/ ,? '7 r') ~, .-t. ~ , , \ ~ d-- /-q- ~; ,;:"- ...) ¿ ~, .-:'" i (~ 1- .' ~; 0 -. ..::.. -- ., - * EXXON: An Asterisk (*) next to a listing above means you should have received the Tape(s) and Listin~(s) directly from the respective service company. Please confirm this. Vie tor i a ^ 1 d r i cI {~e LI~ 2 - I RECEIVED ' // DATE """""'~-;-"-', 'f-~'-),.,~ ~.<" '.\~ !~ì = ::' o~ ;i¡~' ~~ ~ 3;;~?~ ~{~:}~"o~::' ;~~é~""~<~" ~j-<J " . ... . - -- - /-~ -- r --- Œ::~H~ SOHIO ALASKA PETROLEUM COMPANY h:. 111 "C' STOE( T MKHOHAG£. ALASK/', S FO_____--- -- TELEPHONE (90ll 2(ì~ (JOOO .-\I\CO ------ MAIL POUCH G.G 12 CHEVRON ANCHOHAGE. AU\SK^ ~9~O2 EXXON TO SFO/UNIT/STATE: TE:CACO Date: 02/06/84 (-~1élr:lthon) ~lOßIL TII: 75994 PHILLIPS STATE OF AK . ;. . . '-. ' BPAE REFERENCE ~IO CASED HOLE FINAL LOGS Y The follo';"ing material is being submitted herewith. Please acknowledge receipt by signinçJ a copy of this letter and returning it to this office:- SFO/UNIT/sTATE: M-4 PDK 100 /GR 12/18/84 III 11150-11744 Dres 5" X-14'~~.Spinner 12/31/84 If 1 11350-11580 Cameo 5" ~.,. ,-~,.~-., , X ...." --. '\-. ~ . '- J I - :',! . . ~ J -.'.-' , ", /\.1,._~...-,., . - I .....,. -.......--. TC. tZ/~.-- .".'" "1"".11. '. ,:~~ Victoria Aldridge LR2-1 . " .~ I, ,1 !J.'Vt')o 1l11l'lJr ClIP)();',:" ..,. "3,}i\;:i,.'::;;,',:; ,,--.,':'. .. '. '.'" ., ':',' I ) ---- 1 í\ 1J 1. .\ L1 j ,~ ~-. n-'----- ------ 8 SOHIO ALASKA PETROLEUM COMPANY -- ^\.:c"~~;I:G' S::~fS~I, --- SFG ARCa ,TELEPHONE 1907\ 265 0000 CHVHRON MAIL. POUCH 6 612 ~ ~V . ANCHORAGE. ALASKA 99502 EXXON GETTY To:SFO/UNIT/STATE: Date: 8-29-84 (-Marathon) MOBIL PHILLIPS 75670 . ~ eel!: TATE BPAE (Transmittal Only) CENTPAL FILES (CC#'s - Transmittal Only) REFERENCE: SORIO FINAL DATA - PRESSURE SURVEY DATA The following material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office:- N-S PBU & PBU Data Sheet 8-1-84 Cameo M-20 Static Gradient I 8-17-84 Cameo X-27 Static Gradient 8-18-84 Cameo ¡, ¡- r ;'" ; '. f ¡' -f""" ¡j '0 '.- ; . . fo" Lì RECEIVED -_._---_.,-,..,W~~'~ Carolyn Bishop h '..J ~ OJ) ¡ Lj B4 D ev e 1 0 pm e n t G eo log " (4/82) DAn - ----- ..---- - -- ---'---------------- 19 -- Well Records' ~\¡aska ad & ¡;c3S C~;;:s. CC:í'í\ín~ssiíJiî i\::U-;Oi~:i>] J , - ,,------, --------, I N D E XE D ~OHI~ SOHIO ALASKA PETROLEUM COMPANY 3111 "C" STREET ANCHORAGE. ALASKA SFO TELEPHONE (9071 265-0000 ARC 0 MAIL: POUCH 6-612 CHEVRON ANCHORAGE. ALASKA 99502 EXXON TO: SFO/UNIT / GETTY Date: 7-10-84 STATE: MARATHON MOBIL cell: 75509 PHILLIPS * STATE OF AK * Date to State BPAE (Transmittal Only) Via Drilling: " REFEREN&~TRAL FIL~S(eellts-Transmittal Only) ~OHIO OPEN HOLE FINAL LOGS' ¡/' The follo~ing material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office:- SFO/UNIT/STATE: X-27 GR 5-30-84 #1 2903-11000 GO 5" STATE ONLY: DIRECTIONAL SURVEYS: Magnetic Single Shot Directional Survey Date: Jobn: Gyroscopic Directional Survey Date: Jobn: , 9- /' . 4 d, ~J= C F I V E D :--- ~~ ;~?~ .~.;, RECEIVED ---mr--r-2---uJCr.------' Carolyn Bishop ::~;~~~ .L~O't Development Geology >:,: DATE AI ka 0' -- 19 - Well Records , , as II & Gas Tons. Commission "," Anchorage ..-- ~ .-~. ~OHI~ SOHIO ALASKA PETROLEUM COMPANY 3' 11 "C" STREET SFO ANCHORAGE. ALASKA ARCO TELEPHONE 1907) 265.0000 T MAIL: POUCH 6.612 CHEVRON ANCHORAGE. ALASKA 99502 EXXON GETTY TO SFO /UNIT /STATE: Da te: 7-10-84 (-Marathon) MOBIL PH_~.~L~~S , cclI: 75508 .. .,,-C ~" ,-" ". -,", Co "" ,f STATE OF AI< :'C"o' ..."",~", ~'F,_",~.;>~>" ,," BPAE (Transmittal Only) CENTRAL FILES(CCII's-Transmittal Only) REFERENCE: FINAL LOGS he following material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office:- SFO/UNIT/STATE: N-3 Diff. Temp. Log 5-27-84 #1 11110-11710 GO 5" R-20. Diff. Temp. Log 5-14-84 #1 10650-12010 GO 5" X-27 CH CNL 6-6-84 #1 10950-11792 GO 5" West End Test Well Fluid Density 5-22-84 #1 9450-9860 GO 5" West End Test Well Cant. Flow Survey 5-22-84 #1 9500-9850 GO 5" -".:0 ,":,- ¡ - ¡ ~ ¡ i é7 j;rrrf\¡~" I ~~" ',: r-' i- i ~ !.. ~ '...:. "- L . 'J 1. . ~--~ ~ ! i ¡ I .. ') 1" "" '8" J¡ j .J i..~ 1 .:: lj q, .. . RECEIVED C 1 B. h .*. üÍ':¡<.:!<.':;¡ (>"1 ~. G~ C' '" arc yn ~S cp . . . <..~.a <.J! U 'ó.S U11S. LorTl'TIlssion ""~' Ii.. Development Geology DATE'.~I,í;!)r?rH; 19 (4/82)- ..>_u_- Well Records ~ - '. .-~, j :\ ) 1:..\ t.!} ~ .~~~- --------,- ~OH'~ SOHIO ALASKA PETROLEUM COMPANY --;;:.':-C ST¡E~l-'-'- AN( ,~OhAC¡ A, A_)~. f, SFO TELEPHONE (~(Iì': 26~ 0000 MAIL POUCH 6.612 ARCO ANCHORAGE. ALASKA 99502 EXXON Date: 7-10-84 TO, PHILLIPS 75510 ccl/: '"STATE OF AK .. - ,",'," "-;',~", CENTRAL FILES(CCIf's-Transmittal Only REFERENCE: SOHIO MAGNETIC LIS TAPES & LISTINGS ~ following material is being submitted herewith. Please acknowledge receipt by signin'g a copy of this letter and returning it to this office:- OPEN HOLE TAPES Tape pos# *5-15 O.H. DIL/BBC w/ Listing 6-29-84 #1,2 Sch #69341 03050 *X-27 a_H. DIL/BHC wi Listing' 7-9-84 GO JTN~281844 03048 )(-,;"7::¡p. ðJ..1 ~4- 0- df-er. - ;L8'õ 1- 110 4'-ð CASED' HOLE TAPES ~X-27 C.H.ICNS wi Listing 7-9-84 GO JTN#281797 03049 ){ ~ d..7 #0;;;" f éU- - Q -1f r ð- a..S eJ - / ¿) 9~6f- / I 0" ~ ¥ 5-¡S#ð~ /ól (p- 6" -'ò/<2n - c:?4 ?d?-/I C;' /!? *SFO & EXXON: An Asterisk C*) next to a listing abo~e means you should have received the Tape(s) and Listing(s~~4i~e~t~, from the respective service company ; ~ t... I l'- f) Please confirm this #' ~ ~C. ., ': J..., RECEIVED fe//'..., - ~, ~~- Carolyn Bishop .f U L 1 ;':: ~3a4 Development Geology DATE - ---------~---- --- 19 ---- Well Records (4/8'l:) ,'1,laska OJ¡ ,~ G¿¡S Guns. Cùrnmission 'Î"=.L:]r::;{J(; .. -' '. . ..~ ".-- ~. iNDEXED '-"-. ~OHI~ SOHIO ALASKA PETROLEUM COMPANY 3111 "C" STREET ANCHORAGE, ALASKA SFO TELEPHONE (907) 265-0000 ARC 0 MAIL: POUCH 6-612 CHEVRON ANCHORAGE, ALASKA 99502 EXXON GETTY 7_2-84 TO: SFO/UNIT/ Date: STATE: MARATHON MOBIL 75475 CCII: PHILLIPS * STATE OF AK * Date to State BPAE (T .t 1 0 1 ) Via Drilling: ransml ta n y REFEREN£~TRAL FILES(CCII's-Transmittal Only) ." ~OHIO OPEN HOLE FINAL LOGS ~he following material is being submitted herewith. Please acknowledge receipt by signing a copy of this letter and returning it to this office:- SFO/UNIT/STATE: X-27 STATE ONLY: DIRECTIONAL SURVEYS: Magnetic Single Shot Directional Survey Date: 5-11-84 taJobll: 0584-011 G . D 'W' 1 S D 5-26-84 J bJI . ~'.. í yroscoplC lW;:-¿' &£1 . Date: 6-12-84 0 11: AK-BO-4004 , "-.'-'--f - ~~r~ . r' >". /' a \,-.j"'<! \-." RECEIVED -_._~--~---______m___---------JfJL 091984- - Carolyn Bishop -,~ Al ka Development Geology DATE ------_._----_u_---_~~__Qil.& -Gas Con C19 - - Well Records Ancho S. ommisSion rage I ' ." ,1 , '. 'it ,t , ~HI~ SOHIO ALASKA PETROLEUM COMPANY 3111 "C" STREET, ANCHORAGE, ALASKA TELEPHONE (907) 561-5111 MAIL: POUCH 6-612 ANCHORAGE, ALASKA 99502-0612 July 6,1984 Alaska Oil & Gas Conservation Cormnission 3001 Porcupine Drive Anchorage, Alaska 99501 Attn: Mr. C. V. Chatterton Gentlemen: WELLX...;.27 (13...;.32...;.11-14) 'PBU Enclosed, in duplicate, is Fonn 10-407, Well Conp1etion Report for the above-riamed well together with the Well History and Directional Surveys. No open hole well logs were obtained due. to unstable hole condìtions' (compensated neutron log sent under separate cover). This well has been completed as a non-perforated oil well. ...~-....,~-'.,."",."..,..,",.,",.....,...,..",.,.,.,...,""",.,..""""""""'.'"""...",.,..".,, Very tru1 y yours, R. H . Reiley District Drilling Engineer mcm encs cc: =~le #17 RECE\VED JULO 91984 C mmiSS\On 01 & Gas Cons. 0 A\as\<a \ Anchorage ,.".. "r--~ STATE OF ALASKA - /lr;) . ALASKA.....- AND GAS CONSERVATION C( J1ISSION (/'\1(. WELL COMPLETION OR RECOMPLETION'.REPORT AND LOG: -1/ðl9 1. Status of Well Classification of Service Well ¡/ ¿ OIL !XI GAS 0 SUSPENDED 0 ABANDONED 0 SERVICE 0 f 1Jt%. 2. Name of Operator 7. Perm it Number Sohio Alaska petro1emn Co 84 69 3. Address' 8. API Number Pouch 6-612, Anchorage, Alaska 99502 50- 029-21112 4. Location of well at surface' 9. Unit or Lease Name (J 177' NSL, 725' WEL, Sec. 06, T10N, R14E, UPM Prudhoe Bay Unit n At Top Producing Interval (Top of Sag. R. Sst.) 10. Well Number 1175' NSL, 545' EWL, Sec. 32, T1lN, Rl4E, UPM X-27 (13-32-11-14) PEU At Total Depth 11. Field and Pool 1488' NSL, 768' EWL, Sec. 32, T1lN, R14E, UPM Prudhoe Bay 5. Elevation in feet (indicate KB, OF, etc.) 6. Lease Designation and Serial No. Prudhoe Oil Pool KBE = 74.90' AMSL ADL 28310 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 15. Water Depth, if offshore 16. No. of Completions 05/12/84 OS/29/84 06/08/84 feet MSL One 17. Total Depth (MD+TVD) 18.Plug Back Depth (MD+TVD) 19. Directional Survey 20. Depth where SSSV set 21. Thickness of Permafrost 11840'MD-9163'TVD 11796 'MD-9128 'TVD YES XI NO 0 2318 feet MD 2262' 22. Type Electric or Other Logs Run CNL/GR, CBL/CCL/VDL/GR, Gyroscopic Survey 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20 X 30 Insulate< Conductc~r Surfao: 110 36 8 cu. yds. ooncrete 13 3/8 72# L-80 Surface 2907 17~ 857 cu. ft. Permafroft II 9 5/8 47# L-80 Surface 11084 12~ 2010 cu. ft. Class G w/8% Gel fo11CMed by 230 cu. ft. Class G¡ : 82 cu.ft.Permafrcst 7 26# L-80 10822 11840 8~ 267 cu.ft. Class G w th 18% salt ~ 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MOl PACKER SET (MD) 5~" 10576' 10576' w/5~" tailpipe 11714' None 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 10772' 102 cu. ft. Class G w/18% salt squeezed into liner lap throt: qh EZ Drill set at 10772' 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) 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.. 01 L-BBL GAS-MCF WATER-BBL 01 L GRAVITY-API (corr) Press. 24-HOUR RATE .,.. 28. CORE DATA - Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. sub~t~hEst V \J None J U L 0 9 1984 A\aska on & Gas Cons. Commission Anchorage ~/{y Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE V/ I"~ r, ".." , " . . 29. 30. . GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. BKB SUBSEA Sag. R. Sst. 11169' 8538' Shublik 11202' 8566' Ivishak 11294' 8643' 31. LIST OF ATTACHMENTS Well History and Directional.Surveys 32, I hereby certify that the foregoing is true and correct to the best of my knowledge . ~ ~ Q" - District Drilling Engineer 7- .' - 8 A-. Signed Q..... '\ Title Date Þ .,....- ______R--H..___.Re.ile¥ \ INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1: Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for .injection, observation, injection for in-situ combustion, Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27, Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21: Indicate whether from ground level (GL) or other elevation (OF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas I njection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 , - ,. t-.. -- WELL X-27 (13-32-11-14) PBU WELL HISTORY Spudded well at 0930 hours ~1ay 12, 1984. Vertically drilled l7~" hole to 503', kicked off and directionally drilled l7~" hole to 2907'. Ran 74 jts. 13 3/8" 72# L-80 Buttress casing to 2903'. Punped 3501 sx Pennafrost II cement 1:efore cement plugged off inside 13 3/8" casing (calculated vo1urœ 769 cu. ft. around 13 3/8" shoe). Drilled out cerœnt from surface to float collar at 2860'. Perforræd 88 cu. ft. Permafrost II cerœnt top job. Installed and tested BOPE. Tested 13 3/8" casing to 3000 psi, okay. Drilled out to 2939', ran leak-off test to 0.68 psi/ft. gradient. Directionally drilled l2~" hole to 11110'. Ran 270 jts. 9 5/8" 47# L-80 Buttress casing to 11084'. CeIænted with lead slurry of 2010 cu. ft. Class G cement with 8% Gel follCM'ed by tail slurry of 230 cu. ft. Class G neat. Tested casing to 3000 psi, okay. Installed and tested packoff to 5000 psi, okay. Purrped 175 bbls. 9.3 ppg. NaCl èbvn 9 5/8" x13 3/8" annulus. Tested BOPs. Cleaned out float equipnent and directionally drilled 8~" hole to 11840'. Ran 25 j ts . 7" 26# L-80IJ4S" 1?-ner to 11840'. Purrped 35 bbls. Sepiolite follCMed by 267 cu. ft. Class G with 18% salt to cement liner. Down-squeezed the 9 5/8" x 13 3/8" armulus with 282 cu. ft. Permafrost C cerœnt follCMed by Arctic Pack. Cleaned out to top of liner at 10822', found no cerœnt. .Liner l~ would not tes.!. Squeezed liner lap with 102 cu. ft. Class G cement with 18% salt through EZ; Drill set at 10772'. Cleaned out cerœnt and EZ Drill to top of liner. Pressure test lap to 3000 psi, okay. Cleaned out cerœnt to 11796 '. Tested casing to ~ Rsi, o~. Changed well over to NaCl. Ran CBL. Ran 241 jts. 5~" 17# L-80 A/B Mod Buttress IPC tubing with 5~" tailpipe assenbly to 11714'. Landed tubing with ball valve at 2318'. Installed and tested tree. Displaced tubing to diesel, set packer at 10576'. Tested tubing to 3500 psi, okay. Released rig at 0600 hours June 8, 19 84 . Ran gyroscopic survey, tested and secured well June 12, 1984. Note: No open hole logs were obtained due to unstable hole conditions. A conpensated neutron log was run after casing (sent under separate cover) . . RECE1\/fD J U L 0 9 1984 1\laska Oil & Gas L y. '-. ... ;ssiorr ðn",h.....~,. . . ill aÔEJO40U\{ .' UO!SS!WWO~ . 'SUOa SEÐ 18 "0 B)fSe'\f ' tB6t 6 0 lnr ~ . a3^'3)3~ S.3..JiïsOI:JU3 >H7/ ill f -.1Qb\?t.retz.l :).:J ~ _.q.s 10 p....tessno-~a U3)~ ¿r '~J v<-;-"> :y?P ~~ "~NI 'NnS-AHH3dS ìN '^ Ia_-Ia:Ju JS "a:JTAJaS to aq o~ Æ~~un~Jaddo sJ4~ sn ßUIAI5 ~Ot noÆ1u~4L "1:TaM 2^oqe a4:¡' uo A3AJiïS Ieuo1~:J3Jra ~o4s~~"[nw J~doJ50JA3 ssog .Ana .to s031do:J (91) ua~-]:p<~s pUtt "I-euJ5~_'¡OIl 34:ï paso{::!ua pU~j- ds\?ald .. P h-- 1" I -1 .. 'LI .. -- -:::J ;- . '::1 --'" i"I aJ ~n9.)í.J : _AO:¡'¿ _.!ado ~ Þ86J 'ZI aun~ :a:¡.ea Aa^~ns j.::!-;!C:;"""-U !-~ldOlc il- jf-"'-J - - . - <= t v a ¿j -¡ -+ -- '-' I' /..;::;'-'1 ;:=¡.Pllr"-" '.~ , . - a - - '-i í-' . [--" 0::J (3p1~ NõI~ 9~3S)LG-X :IIaM 6vOOÞ-O8-Ä~ "ON qop ÁaAJOS. :J1do:JSDJÂg ssoa Jno :ad 7~rL6 P~~PIU '~~p 'nLI-lJ~ '~'-'--:1'....J "'-1-- V -u__..- ¡..J v 2:19-94:Jnod &dO, " .) V}lS\rll"rl ~O'.} I W is ..-<.uedmo:] Ulna IDX+3d e::f5~ Iü 014°3 . . Y V:J ~Y" 'Ç< F.=; - "[.J .{ IPg . iI.1 . lVI1N3Q1BÐ '" - 'L~ ," .._- ~,~ t'861 '9Z :3NnC Un5~ .uLJ".. ds- . - .., / i- , ~-- ----.- ; C' (" (~ . ',~ '" ,.".., - , -"", ',,' ...--. ,'~",--- "," .-..,.-,...,--. ,,"""'--""',-'- -,'""",'¡' ".."~-"."-.--,,,_.. ","""""""'" <, ----~ '~,," -...",-, ",", '"",",""""" ",,"',,' "~;F'ERRY-:::;UN WELL SU!~VEYING PAGEl AN'--HnRA(.¡L7::' !' fI'\.C' .("A ,-' -, -'- If_-h..' _.~;;'C Hl0.....ALASKA-EErRQU:IJM_J::,Ql'1e.AhlY.--",,:, :~í ,," 'r ~._",.~.. ~ "",I:IAIE""OE",...:Ëì,URV.EY.._JJ..lNE_1.2 ",..,l~i:;:'4 -". . X-27(SECO6 T1ON R14E) COMPUTATION DATE BOSS GYROSCOPIC SURVEY PRUtHOE BAY JUNE 14, 1984 JOB NUMBER AK-BO-40049 ...,_.ALA~3KA.,.",..~",..~,-~"", ,,' KE:L,L. Y,..ßI..';;;H r N(t.,EL.e:.Y,It,~.""::::,.,,, 74,.,5'(1" ¡:'T- "~:""':",~";" "",o.::.;;.,,;' ' QPEF~ATOR.-"'1CGLIIHE, VERTICAL SECTION CALCULATED AL..ON~'"j"Cl.OSURE~;}',';:;;{;:::,!: ", ,.."",;,,::, "':;,,:.:i<i:"','; " C .~-" "" "... "'---"-"-""-"--"""-'-"'TRï~iE"" .. "',, ,., .. 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N . !526.2:.:: E 2001. ~i:::: 4::::.4::; 8518 6474.90 6400~'OO'~, 4901.79 N 562.73 E 2043.59 42.05 ~.~~~~~~~~~~~~~~~.~~ 9197 6974.90 6900.00 5310.43 N 770~27,E 2222.28 31.63 ., 9326, 7074.90 7000~OO. 5383.40 N ."" 809.33'E. . 2252.09 . 29.81 9~!=i!=i . 7JJ....4 9Ü J.....l()() ')Q:', , '~flt:¡.-.:: ::::r:::¡ N ." ~~4 7~L.f-' .:)"~'::::()..J.'" .-:;.::::: (),-~: ~~~~'~'~~~~~1~~~ij~_~~~~;0A:~ -~ - . '. ' . } ;':. ' ) ".è IV\»~' '.' ,\ , I ' . ~'-.:="=--'--~-'-~~i,.'S:i'~1;~J:;~.- ',",," "--'~~-~'-";;:';:~=-=--=~~-~~-~~-~=_.:=:=~-, . . . " -0",''' i. . ", ." ~-=~-~=~~~~~~.~~--~-~~-~ (':" " f "~' ,~"",.\í ~ "",,,,,,,,,,,,,,,,,..,,,,,1' "'I.'fII'IPI 1M ---.-......."...,. ........,.......-...--..., 11'1 .Â- . ~~'1U. r ~,~~C,._....~- .........~.. .-....,...'" ~;PERRV-SUN WELL SUF:VEY I NO'"' COMPANY~~",:~;~:,::,:':':""', . . ','.' .. PAGE 1.t ANCHORAGE ALASKA "~',." ' ,.~__~S,OH I'J ._ALASKA..J?EIRQ.LEUfLC.QMF~NY--.~,---_..~~._-_..... . ...'._-_._~..-,-.. .,'-'''' ,- -' , -.-- ._._-_'-:"'_o_..._....',__~A.I.E.....oF_..sUa.VEY _.J.I./..I..NL12!1 . 19_8-4____- .........- X-27(SEC06 Tl0N R14E) COMPUTATION DATE PRUBHOE SA V ..JUNE 14, 1 ~~84 TRUE SUB-SEA T(ITAL _..J':1~A$r;:I.R.r;.Q-- YJ~IB.T_içl.:lL-S~~,r;.ß¡;r..çeJ=:'~._.J3.r;;.c.J]:i,NQI,,/bAJ3._ÇoQQ,RI;:I,,+.,N.eJ:~~:,.' ttQ=..ly..~ _~_~gB..TJ,};At~ 0, . .~ DEPTH DEPTH DEPTH:" '.' NORTH/SOUTH, EAST /WEST ' ,'tJI,FFERENCE COI~RECTION .' . .. .. .". . . . . . 9951 7574 90 7~OO' 00 .'. .c:;Z"" 9 75 N . 96'":¡ 46 Ii.':':' '..' :";"'..':1:'71-. --::":: '~I() ':::':=: ~ . ~......:.._~,- .._-.......-...._..-,,-:!,_._.._,....._.........-.....--_.._.......".~-...-"_...~...,_._,,-_.:--,....A....- -~... 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N ._,..0__.'- ,:~.l~.2; :,,~'2_~;E~.~~.~24:~Õ_:.,6.:::.. ,-...-.. ,.-... -......., , .' :.;i .~ :_;~:;:: .--- .~_o- ---...--. 10772 8274~90 8200.00 , 6107.07 N 1152.63 E . 2497.35 16.67' 10889 :::374 .90 :=:~:Oø~' 00'.;: 6158. 97' ." N , 11::;:4,74':¡ai{,. ,2514..:::í(> 17~.15 .. ,.' t.' :.~):.~.. '. ' ..' ',' '. '",' " "'~"~ ;', '~?'":':A'.,~,\Y",;::"<"",,,, "'~ l1006 8474"~90'" ::::40().~)Q." ...', 2"'::'lq.(l~:""'N""""'.""""" 1218.~:8'E,..\'i"'253r~Ë~6 ".' 1. 7::':7 =~_:---,. fæf::!Dl~-..".~:-1~]I~.+1!I}&7f~:~!:¡~~i~~:~~:F~~-~lf[~;:~:'~~>:':"'.':'-;""" 'T"-tC~ 11482 8874.90 8800.00 6414.00 N 1376.74 E 2607.99 20.87 11\':6<:)5 '139'74.90 8900.100 . 'Ql.f:72.2:~r N ,1416. 94'! E .', 2~::E:('~PO :;~2.51. . ----~}{~~~~~?~~:~=-~~~~:~~~~.~~~~~~!~~~~~~~ /-~ ~ ..... ..,... .....- J:HE.:._- Ç.AI...I;,!.I~AIJ_ON.- J~~R.I:rÇE,r:I,I.Iß_t$iJ;'I~;;f:~_A..J.,,;l.N.E.AR JNIEReo.LA,IlIJN_..E{.e:T.WEE:.r.~L.~....,._-_:.._:..._..~._._-~ .:.~....~ --, ..._,.____~l~~~.... .~u_...__. THE NEAREST jo FOOT MD (FROM RADIUS OF CURVATURE) POINTS ~- ~.~ . . ~.-. . -~.._~-~~-'~~~~:~~~.~~~~ ~~~';j~~~ _,~'II_'"",,,.., .-..._~'.r. II~~"'~~~.""""""""".'~"'" .... .,'" ~~N~~~"I"."'I.""'~'.{'t'f"I'IIJI'I'~~"''''''''''''''''¡'' ............ .""1' ~ ,,,+'-''''~.''''Y...,...,.,,, .".,.,. .., p ."'.'..''''''''''''.'..''''''''''''.. ~.."'--.:!"'""'''''''''"~'''"""",:",~,,,,,.,, ....~.."",.~,."",., -'4'I--_~~~09oII""""""''''''''cfr'''''''-- . .. ""-""""" . ." ,... ,." ,... ,""'..-." ...,......... ....-- -..,.....- ,-'.. ...-, -...,.,-..-- ,.._--~_.._;..,,-,,..,,"-._...;._.~~~~C~~~';_:~""'~-~._'':':;~'¿'~,.,' ';"'i'~':~2,.:.:......_.........-i.."-..:..~~-_.._._~_._,.._._~..;;...._.~:....;..-_.-~.~..,;......,~,-...;;~:..~~---_:_-~_.-,--~-,......-.:;,..~~,~-,,,,:::~,~,,,"_.::_,,-..~,-- --.",. ,--~ '7 TRUE NORTH -6000.00 50OO. .00 lO0 oo, oo 11840 ~~ohi0 lAlaska lPetr~'lenm Company Our Boss Gyroscopic Survey Job No. AK-BO-40049 Well: X-27 (SEC06 T10N R14E) Prudhoe Bay North SloPe, Alaska Survey Date: June 12, 1984 Operator: McGui ce Scale: 1" = 2000' I -1090. 3q l_iqo . Surface Location 177 NSL 725 W~L ! l 000, O0 HOF~ ! ZflNTFIL PRO JE C 1 I ON SOHIO ALASKA PETROLEUM CO. PAD .X (15- ~2. '11.14) X'27 CONFIDENTIAL ~TATE OF ^I..ASKA COP" rilli Consultants LES HENDERSON 349-3114' · .. '. C , 'ROLLED-. DRILLING'CON i TNTS, INC. ; ""'- i'i-' ~--~-i~-'/-~. [E/~ ~~/i.-\'q-~'~--._---.~-L_ ~'--~.;~ .. "~_~'~ ?~.~-.'.~. '.-~, 3"1 Steller Dri.ve~.. -: ' - ~" ---' .'../~---' ' ---" ' , '.-(~B:'3~-1552':"~'. .- ...__ . . .. ,. . -.. ~ . . Nay 30,. 198A . ~ - . . . . . - Sohio AlaSka petroleum Company .-Anchorage, AK'..~99502 ' ' Dear Mr'. Rose: RE: Magnetic Single Shot Survey Job No..~ 0584-011 Well · X-27 (13'32-11-14) Prudhoe Bay Field North Slope, Alaska Date of Sur. vey: 5- 11- 84 t o 5- 26- 84 'Please find.enClosed the "Original" and six (6) copies of our -Magnetic Single ShOt Survey on. the above well. The method used ~-_in calculatingthis~survey was Radius .of '.Curvature. The depth of the_sUrvey'was - 500 'to 1t,110. Thank you for giving.us this opportunitY tO be of service. - . Yours very- truly, Controlled Drilling Consultants, Inc. Direct i:~-tal Supervisor Terry :V ' Henderson ).PE.i~.A.T_O:E_._T_, ........ H_E~:iDE R SON Sl. JB DR! F T ....... 0 ........ ~ ...... 0 00 -74,90 ,N , OOi: 500 ._~..¢. 0 0 ......... 0 '..*.~ 00 :. 00 709 .6. '_i_5 708 43 8~6 ...... ~_ ___~4_~ ....... 824 28 95.~ 8 ......... 0 948 76 U¢.~ ~ 15 i0~.7 4O 1.i ~ iO_. J5 iiT(~, 80 31~ 11 3.0 1306 43 i'753 62 2071 97 2i =4 61 ""'~' ~ ~ 54 2.52_1 4..0 ..... E, 24 i 0,8 i 268 0 4_2. _4_5 25.7,40, 02 749, ~8 I i Oi, 9O i 23 J, 53 1678,72 ! 825,25 1 997 07 2079 7i 2262 05 2455 '~ ~ S U R V E Y C 00 P,: D I i'.,,! a T E S S ,00 W ,,00 S ....:".'0 0 0 W 3O 67 i 'i f 282 :316 439. 5 07 67O 753 , 947 66'.5 , 40 2 '1 '7 i 86 O 645 o 06 '4 359 4 090 I 774, i 740 :Z. 03 .,:, 54 28 q' · 65 60 84 ~' 08 46 224. i 9 ~¢5""" 59 Si 0 .47 7,46 38 . 3S5 97 55 ! 68 652 i 3 7:~'2 ,, ~OHiO kiEL. L }-27 RECORD TRUE ........x cm. ) E P T H.__. ~ i:~ G_L E b E P T H $,E A ,.,~ k I [:' "T C,'EG, TOT f:,~L COORD1HA' 2264.4~ ...... 0 '~u~,~, ~ O ~816 _48 .......... 0 ~986,99 4~ } 0,87 6082 48 .... 0 ~_84,4,,04 652Z..._4Z ......... O ....~.!.~4,88 7:i77 _~5 ~594,74 749l ..... 66 ..... ¢:.E 58~ 0,88 7962 .4_6 :4~. 613~,60 8212 46..15 6305,69 84~5 _45 0 .6475,6~ 8706 4_~ O 6654,65 9122 40__ ¢S 696t,9~ 9551 3Z .0 7295,85 0178_.32 .....9 7810,,8~ 0680 .~1 15 8~$8,32 1..1.0~0 ~_! 35. 855~,80 2759,88 2827, ?6 2893, 2958,20 '~268,48 3586,54 · ~912, 09 ,4247,06 44'35,97 4769,14 5 069,78 5283,65 5519,84 6058° 70 6;2.3 O, 79 6400, "'" fr ~ 6579,75 6887,03 722 O, 95 .7474.1 6 7735,97 816~,42 8478,9 0 OE OE OE OE O~ OE OE OE Og OE OE OE OE OE OE OE OE Og OE 939,85 G65,69 478., i t 2219.04 "~ ;?; 9 2 i 9 'i $ 44 ,'2 '~ C: 479E,, 9~ 958.22 52 0'3, ~ 0 5~.45. ~S 5~77 ',' , 78 0 i 0, ~ 9 'i 74,06 ,08 E 4 08 E "= 78 E 'iS 74 E 52 38 E o'7 96 E ~46 62: E t 97 73 E 229 ¢2 E 292 28 E 354 88 E 409 ~5 E 478 62 E =45 ~i E · ~ . 645,5i E 698,53 E 755,07 E 825,1 9 E 950 ~9 E ,,,o 72 E 22t :34 E ~34 59 E 436 99 E THE FOL. LOt4iNG IS EXTRAPOLATE[) TiP TO I!118 31 45. 0604,82 ;3529,92"dJS,00E ..'::,"'-"""'::.~¢,~.5." N 1455,10 E BOTTOM HOLE CLOSURE 6368,39 FEET AT C L 0 S U D~STANCE 939,85 N ! OOi ,81 N 1 06:5, ?~ N 1 t32.54. N '14?9,, 04 bi 185 i 97 222:$ 88 N 2590 1,.:,,° N 2?92 14 N 3i52 79 4, ~ 40 N 3'7'01 62 N · "~942 68 N 4 i 6',,:"' 0'?"N 4505 88 N 468,..=, 1i N 4856 O0 N 5026 4.2 N · =,'-' 95,.. ,.,. 07 5551 46 N 572'.=. 73 N 5900 54. N 6!56,59 N 6339, 09 N RES A t4 G i,,.. E P 438 9S5 051 423 ~ 59 ,OOO 04 i i4'2 404 46':' , 000 -). 9 i .5 ,. 0 9'76,23 1t06,07 2 t 9:3, '~'.= 4" 2559.49 3 i ">:;' 95 ~ 45 O, 7 '2 7675. 'i o .~49~ 9,27 4, i 46,54 4488 85 4842, 5;288,43 =54~3... , 5 727,63 637'9. 08 ;OHIO t~lEl.. L i'EA.,UREL DEPTH RND OTHER DRTR F'OR EVER? EVE.h! !00 FEET OF SU~ SEA DEPTH DriP.' !H TRUE VERI' I CAL D E P T H C 0 0 R D I N ~f I E o ................ ¢___~._~ ..................... 775, !.!S_J ........ ~ 175, 1..~_~ ~ i 275, 1 .~:5 1375, !_59_~. i 575, .............. ;t~ _0_ I 775, ~-1__2.3_ .... 2075, .... a'Z3Q 2175, ~.3_.5.. 1 ...... 2275. 2_4__7_ ~ 2375 26_0_6_ ..... 2475 27_4! 2575 _~8~;_4_ .... 2675 ~_0_07_. 2775 .... _3J___4j 2875 ~8 0 2975 3425 3075 . ~57_4 S i 75 37~5 3275 3879. ~375 4033 3475 ,;.. 00 · :, 00 40 O 600 800 I 100 1400 ~ 5O0 !700 I800 1900 ~000 ~!O0 2200 230O ~00 ~500 2600 270O :~ 9 n 0 33 0 0 O' 0 O 7 tO t2 ~5 !9 .:25 4:3 ,SO 99 ~, . 2 ~ 6 "05 :350 45O 557 0 , O0 S 0 ., 00 S O O0 .~ O O01 c 0 2,2=~ N '; ,3:8,40 N ;~3, .20 N i 104.80 N 3 '~ 25. :34 N 3 t7~ ,27 N 6 236,12 N 7 272,52 N 7 3i2,15 N 9 354,80 N i'2 404,'72 N 16 464,37 N 23 5~6,13 N :31 620,44 N o.. 7il 04 N 33 798,76 N 34 976,09 N ..,., 1.072. .,Ol N 49 i 286.8i N 5i i..~9 30 N 5~ ~5!4,76 N 5''~ 163i ,24 N ,! 7, 9 ii :3 i i '" 0 O0 O0 O0 O0 30 72 98 OO 5'2 25 97 ,°.,6 :36 75 06 35 85 70 0.4. KB EL. EV 74,90 Fl", E tg E E E E E E E E E E E E E E E E E E E SURVEY i~EAsLRED DEPTH AND OTHER ~ATA F'OF~. :-~.~rpv~...,,=,,~ >:vEN" TRUE ~ ' oLB MD TV~ .... ~.~U~ED. VERTICAL '~'l' - DEP Ti4 ....... D E P T H ............ 539 t ....... 55.3,? ................ 5.684 ~.t2.8. 6272 671~7 _68~_~ 7004 7_4_59 ~ 75S4 7.7~ ~3 !2 ~595 9006 ;.~5 ,' ,,, 3,.500 ~97~, 3900 82:3 4075, 4000 872 4275, 4200 968 4375, ,4300 I O~ 5 4475, 4409 I 062 4575 , 450 O ~>, ~, 460 .O t I ..~... 4775, 4780 4875 4880 ~ ~ ,~, ~,~ 4975, 4900 I 30! 5'075, SOO0 i34. S 5t 75, 5i O0 i 396 ,~,'.~ , 5200 5 ¢ ¢ 5, 5.~ 00 o4,,5. 5400 'i~;~c~ 5575, 5500 157.3 ~, 5 5808 5775, 5780 i6~.3 5875, 5800 i 709 5975, 5900 1755 B 075, 6 880 6175. 6! O0 184'7 6275 6a O 0 ~ ~o,-:, 6375, 6300 1936 6475, 6400 i 979 6575, 650 n. =" O ~. 9 6675, 66 O 0 6775, 6700 2096 6875, G8 0 0 2 6975. 69 O 0 i 00 F E E T OF VERTICAL C p.,, p. ,i;~, E C T i 0 N ~4 5i 48 48 47 47 46 4. 7 4.9 49 47 45 44 44. 44 45 46 46 46 44 37 35 ,SEA DEPTH, TOTAL COORD I i 7'48, 04 iSgS, 14 i980,92 2094,43 :2205,7J 23'I 5.39 2424,18 2532, i 2 2639,16 2744.96 285 O, 82 2956,27 3 063.94 3172,89 ~281,04 3387,71 3492,82 3595,38 ~695,07 3794, ~9 3893,63 3993,78 4094,7~ 4196.3~ 4297.99 4399,65 450t .22 460~, 94 4708,96 4796,25 4887,83 4975,72 5060,il 5i41, i7 5~ t 9,02 85,52 99,90 I !4 129.48 1 44. 175,46 t90., 205.96 222,89 241 26 O, 02 279,0 339,54 ~6i. 75 3 86 "'' 4i3,79 472 563 i:3 534 04 565 596 ~ 9 ~ ¢: ,. 2 658 32 689 720 45 756 8 O 792.58 83?. 74 S75 9i 5, '34 955 1<8 "' F~''~ 7 ' ~. .... v 4,90 FT, E E E E E E E E E E E E E E E E ;.-. E E E E E E E E E E E E t~ $OHtO htELL MEASURED DEPTH AND OTtqER DATA FOR EVER:¢ N~A..~RE D VER T i CAt, DE_ _P_~i.B ............ DEP TH SUB H'D- TVO SEA DIFFERENCE ' ¢ F4 ~ ~ ' ' ......... 9_.~_~..~ ,'37~ F30'O ~Z.Z~ 7475 , 74 O 0 2298 ~.O.~.;Z_~ ............ 7975 . 790 O '2 ,~"" "~ ~' ' ~'~3 8275 8200 244'? .......... J__~&J..~_~ 1 08~0 8375 8300 ~ ~ 7~ e~,. O 0 2499 1 _1..t] ¢... 8605 8530 ......... r~vE~.~ 100 FEET OF .=dB VERTICAL CORREC, T I ON TOTAL 29 25 24 'i I7 ~? 6 COORDINATES ,5431 ,. ,9,3 N 549.7,,.35 N 5628, ::~2 N 569I, 4,7 N 5751 . 75 N 5809:63 N 5866 ~ ~ N 592i, 9o 5976, ~0 N 6029,56 N 6 082,05 N 6184,76 N 6i99.9S N 994 I 0:32 1138 1t64 ll 188 i236 1261 i288 1345 ~409 '~444 ! 455 · ;;'2 ,58 ,lO uOMPUTER- Il( 8 ELEV 74, 'B 8 F T, .SOHIO ktEL. L . ,~;-27 DEPTH tOgO FEE'!" OF HE¢i, SURED DEPTh;, SUB SE~ TOTCL COORDif4~TES -75, 4~36, 2'3~4 4714, ~0'79 ~:~'~ 60~5, 44~$ 6795, 5177 8530, 6't99 7'5 i'4 ..' ~:' 7:,~N E~,43 E 50 N 6:8, I4 E I5 N 165,62 E 30 N 28i,7:2 E 2 ~ H 44 t . 87 E 78 N ~S5~,60 E 37 N 9. l~." 95 E ,,42 N !422.09 E C, 0 FI F U T E F::'- :::":; ?e; I,':.'B ELEV 74: 9 0 ~'- ,r, .-? ........... ~-~ ...... ~t~ ..... ~t~:~-~-~-~-~: ~ ~--~~-~= .... ,-+ ....... h~J ~ ~- ~4~,-; =-; :-~ ~ 4-==; ~ ~ SuggestE :'orm to be insertcd in each "A,. to" well folder to d:eck for timoly cc~liance with our rc<julations. v O~e-rator, Well Name and ~fumker Reports and Materials to be received by: Required Date Received Remarks · , Ccmpletion Report Yes .... · · _s~p~e, /rd--Pt .. , , ~re ~ips ~ · / ~ Core ~scrip~on ~ ~- ~ - D /~ ~Registered S~ey Plat Inclina~on S~ey ..Drill Stm Test ~e~ms ~~/.~, . .. 34~ ._ MEMORANDUM TO: THRU: FROM: Sta e of Alaska ALASKA OIL AND GAS CONSERVATION COM}IISSION C. V. ~erton Cha i~(,/~- Lonnie C. Smith Commis s loner ~' TELEPHONE NO~ Edgar W. Sipple, ..lr~ ~~" Petroleum !nspector%~ DAYE: May 21, 1984 F,LE NO: D. 5I. 32 SUBJECT: Witness BOPE Test on Sohio ' s X- 27, Sec. 06, T10N,R14E,UM, Permit No. 84-69, Alaska United Rig #2. Wednesday, May 16, 1984: I traveled this date from Anchorage via ~iaska Airlines t~' Prudhoe Bay, to witness a BOPE test on Sohio's X-27, Alaska United Rig #2. The drilling contractor was in the process of nippling up. Thursday, May 17, 1984: The BOPE test commenced at 3:30 am and was .~-6-~Cluded 'at 4:~40 am. There were no failures. I filled out the AOGCC BOPE inspection report which is attached to this report. In summary, I witnessed the BOPE test on Sohio's X-27, Alaska United Rig No. #2. Attachment 02-001 A(Rev. 10179) . Ô&G #4 ( { ( 5/84' . STATE OF ALASKA ALASKA OIL & GAS CONSERVATION COMMISSION B.O.P.E. Inspection Report , Date S- /7- y¥ Inspector €D &.Æ7'L IA/. f: /,P/7/~/::r~. Well 'I.. - .:J.. 7 Operator $oA II.:> Representative G4-~ Moo~ Well X.:2.. 7 '/Permit /I J'if- fe,? . )~ Loeat1.on: See /j /6 Casing Set @ :19 (/) 3 ft. /I 2... Re resentative JALk. 60 elf t-;1Ek...- Location, General ACCUMULATOR SYSTEM General Housekeeping tD I( Rig Full Charge Pressure e:2 e¡ 75 psig 3":J-S- Reserve Pit 0 k Pressure After Closure III ~S" psig 1 f1 2..-$ Mud S stems Visual Audio Pump incr. clos. pres. 200 psig ~ min3/see. Trip Tank Full Cha!:,ge Pressure Attain.ed: ...2... min$$ sec. Œ . CZ; (1). ~ (SJ, ...~ / 1.&10 - Pit .Gauge N2 7[(0°/ J 'f1Jl) J roo; ¡tl( ~ ~.sOb -psig Flôw Monitor Controls: Master N~ c...()..J~1 .AJ I'! CJ~f)ttN~ Gàs Detectors Remote <rJ If... Blinds swi..tch cover 'I ~~ Kelly and Floor Safety Valves BOPE Stack Test Pressure Upper Kelly O~'-'test Pressure 5ðOc> %ë:$:ti:.r/IJ .,.,.-- 'A~ular Preventer Þ Lower Kelly ~1(""""'Test Pressure !:ðt:JO ~L.'..~ Pipe Rams Ball Type () k t..-rrest Pressure S"Di:> () Blind Rams Inside BOP oK ~est Pressure $'Ot:l c;I J'tt\Ai¡"";- Choke Line Valves., Choke Manifold ðÞ( --Test Pressure ,s¿;;ø G\ Ð (.If ---- H.C.R. Valve ÞI( No. Valves I J JJ ':1.d'-'" ¡t.f-4AJ -- Kill Line Valves 0 I( No. flanges 'i~ 0 c.lr' Check Valve Adjustable Chokes ,2- /'1A"" H drauicall 0 erated choke I-A Test Results: Failures -Ö - Test Time / hrs. Repair or Replacement of failed equipment to be made within IV / A-days and Commission office notified. Remarks: Ch~.ÎL VA I Vi D 1r-Al\eo4lTk' ~ 'hflJ -t~ . 3: j. A¡J\. /.f:fft) Distribution ~~ig. = ~~:;;~or 4 ~ ~ cc - Supervisor Inspector I/Iv' h/. ... -- .,.~ ~y 9, 1984 Mr. R. H. Reiley District Drilling Engineer Sohio Alaska Petroleum Company Pouch 6-612 Amchorage, Alaska 99502 Re: Prudhoe Bay Unit X-27 Sohio Alaska Petrolemm Company Permit No. 84-69 Sur. Loc. 177'NSL, 725'WEL, Sec. 6, T10N, R14E, UPM. Btmho!e Loc. 1646'NSL, 702'E.WL, Sec. 32, TllN, R14E, UPM. Dear Mr. Re i 1 ey: Enclosed is the approved application for permit to drill the above referenced well. If coring is conducted, a one cubic inch chip from each foot of recovered core is required. Samples of well cuttings and a mud log are not required. A continuous directional survey is required as per 20 AAC 25.050(b)'(5). If available, a tape containing the digitized log information shall be submitted on all logs for copying except experimental logs, velocity surveys and dipmeter surveys. Many rivers in Alaska and their drainage systems have been classified as important for the spawning or migration of anadromous fish. Operations in these areas are subject to AS 16.05.870 and the regulations promulgated thereunder (Title 5, Alaska Administrative Code). Prior to commencing operations you may be contacted by the Habitat Coordinator's Office, Department of Fish and Game. Pollution of any waters of the State is prohibited by AS 46, Chapter 3, Article 7 and the regulations promulgated thereunder (Title 18, Alaska Administrative Code, Chapter 70) and by the Federal Water Pollution Control'Act, as amended. Prior to commencing operations you may be contacted by a representative of the Department of Environmental Conservation. To aid us i_~ scheduling field work, please notify this office ~4 hours prior to commencing installation of the blowout prevention Mr. R. H. Reiley Prudhoe Bay Unit X-27 May 9, 1984 equipment so that a representative of the Commission may be present to witness'testing of the equipment before the surface casing shoe is drilled. Where a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testing before drilling below the shoe of the conductor pipe. In the event of suspension or abandonment, please gtve this office adequate advance notification so that we may have a witness present. Very truly yours, C. V, ~atterton Chai~n of Alaska Oil and Gas Conse~atton Co~tssion be Enclosure cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. SOHIO ALASKA PETROLEUM COMPANY 3111 "C" STREET, ANCHORAGE, ALASKA TELEPHONE (907) 561-5111 MAIL: POUCH 6-612 ANCHORAGE, ALASKA 99502-0612 May 3, 1984 Alaska Oil & Gas Conservation Conmission 3001 Porcupine Drive Anchorage, Alaska 99501 Attn Mr. C. V. Chatterton Gentlemen: WELL X-27 (13- 32-11-14 ) PBU Enclosed are the following documents, in triplicated check for $100 to cover the permit filing fee. 1. Application for Permit to Drill, 2. Proposed drilling program outline; 3. Proposed Blowout Prevention Diagram; 4. Surveyor's plat showing well location;. 5. Directional map. If you have any questions MCM..ckg 42684 along with our please call Ted Stagg at 564-5173. YOURS very truly, District Dr illing Engineer Enclosure cc: Well File ~17 Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION CO,..,VllSSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY [] DEVELOPMENT OIL ~] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC L_~ SINGLE ZONEJ~ MULTIPLE ZONE [] 2. Name of operator Sohio Alaska Petroleum Company 3. Address Pouch 6-612, Anchorage, Alaska 99502 4. Location of well at surface 177' NSL, 725' W~, Sec. 06, T10N, R14E, UPM At top of proposed producing interval (target). 1400' NSL, 650' EWL, Sec. 32, TllN, R14E, UPM At total depth 1646' NSL, 702' ~L, Sec. 32, TllN, R14E, UPM 5. Elevation in feet (indicate KB, DF etc.) I 6. Lease designation and serial no. Est. KBE = 75' AMSL I ADL 28310 12. Bond information (see 20 AAC 25.025) Type Blanket Surety and/or number Safeco Ins.. 2975387 13. Distance and direction from nearest town 14. Distance to nearest property or lease line NW of Deadhorse 10 miles .qorth of ADL 28313 1400feet 16. Proposed depth (MD & TVD) 17. Number of acres in lease 11720' MD - 9189' TV~eet 2491 19. If deviated (see 20 AAC 25.050) 41° 24 ! 120. Anticipated pressures KICK OFF POINT 500 feet. MAXIMUM HOLE ANGLE l' (see 20 AAC 25'035 (c) (2) 21 Proposed Casing, Liner and Cementing Program 9. Unit or lease name Prudhoe Bay Unit 10. Well number X-27 (13-32-11-14) PBU 11. Field and pool Prudhoe Bay Prudhoe Oil Pool Amount $200,000.00 15. Distance to nearest drilling or completed N well B-10 1500 feet 18. Approximate spud date June 1, 1984 3330 psig@__.__ Surface 4390_____.psig@ 8800 ft. T~/(TVD) !Hole Casing '36 20×30 , 17% 13 3/8 12¼ 9 5/8 SIZE 8% 7 Weight Insulat 72# 47# 26# CASING AND LINER Grade ~ Coupling :ed Conductor ,-80 / L-SO / J4Sl 22. Describe proposed program: Length 80 SETTING DEPTH MD TOP TVD 3038 10806 Sm~face I 1134 10586 8339 MD BOTTOM TVD 110~: 30681 108361 11720 QUANTITYOFCEMENT (include stage data) 110 8 cu. yds. concrete 2700 4259 cu.ft. Permafros~ 8526 2240 cu.ft. Class G; 280 cu.ft. Permafros~ 9189 318 cu.ft. Class G w/18% salt See attached proposed drilling and completion program. As shown on the attached directional plat, we are aw-are of the potential intersection problems w t ich can result from the drilling of this well. If during actual drilling operations, one of these intersections is approached within hazardous proximity, the well to be intersected will be shut-in. R E C E IV E P MAY 0 3 1984 Alaska 0il & B~,3 Cons. 00mmissi0n 23. I hereby certify that the forego, imS~s true and corr,~"~ t~?,,beF,-~f my knowledge Ancl~0rage ~"11-7 & ) ~ ¢ ~' k)_ Dis~ict Drill~g Eng~eer SIGNED ~ The space below for Commission use R. , co, T,O S Samples required ~ Mud log required Directional Survey required ~ APl number ~v~s ~o ~v~s ~o ~s ~o ~o-0~-2t11~ Permit number Approval date ~ SEE COVER LETTER FOR OTHER REQUIREMENTS APPROVED B ~ ,COMMISSIONER DATE May 9, 1984 % ~/ ~ ~~ by order of the Commission Form 10401 ~ ¢ ~ f ~ Submit in triplicate SS II PROPOSED DRILLING AND COMPLETION PROGR,~4 WELL X-27 (13-32-11-14) PBU Install and cement 80' of 20" x 30" insulated conductor to surface. Drill 17 1/2" hole to 2700' TVD and cement 13 3/8" 72~ L-80 Buttress casing to surface. Install blowout pre,vention equipment consisting of 5000 psi W.P. pipe rams, blind rams, and annular preventer. Maximum possible bottomhole pressure is 4390 psi at 8800' TVDss based on original reservoir pressure. Maximum possible surface pressure is 3330 psi based on a gas column to surface from 8600' TVDss and an oil column to 8800' TVDss. Directionally drill 12 1/4" hole to +100' TVD above the Sag River Sandstone. Run 9 5/8" 47~ L-80 Buttress casing to within 5' of 12 1/4" TD and cement in two stages: First stage using Class G cement around the 9 5/8" shoe. The second stage to be downsqueezed in the 13 3/8" x 9 5/8" annulus followed by Arctic Pack. Directionally drill 8 1/2" hole to TD. Run 7" liner from TD to 250' inside 9 5/8" casing shoe and cement using Class G cement with 18% salt. Clean out to 7" float equipment, Change over to 9.6 ppg. NaC1 completion fluid. Test casing and lap to 3000 psi. Run CBL. Run 9 5/8" production packer on internal plastic coated tubing with gas lift mandrels and a sliding sleeve. Set packer +50' above top of liner. A sub- surface safety valve with dual control lines will be placed +50' below base of permafrost. Install and test Xmas tree. Displace tubing to diesel. Set and test packer. Suspend well for perforating subsequent to rig release. Tubing Size: 5 1./2" 17# L-80 i~-mod. Butt_ IPC B.O.P. ,~STACK CONFIGURATION I 1:5 b/8" TRIPLE RAM S'r/-,CK ! 5000 PSI WP DRILLING ANNULAR PREVENTER PIPE RAMS BLIND RAMS KILL LINE CHECK GATE GATE DRILLING SPOOL PIPE RAMS I I 4" CHOKE LINE HAND GATE HYDR. ASST. GATE ]~AY 0 ~ aska Oil & 6,.:: Oons. Commissior~ O4 O2 4O I0 20 30 90-~ X_ 25 (Proposed} 6 51 10 X-Z7 (Proposedl / i-~×. 17 (Proposed) 3O X-i6 40 lC, Z~©N. 03 04 / 2400 (~roposed) 7 1_i~"~-~lS'(Pr°p°sed) ~ X-26 ~ (Prcpo sed)~ LAT. : ?0°14'37'77" LO N G.: ~48°39'ZS.Zg" o! X: 666,333 X-15 EAST COND L ONG.:I48°39' 19.22" J X: G66~488 Y:5.939,890 X-16 02 O5 O4 8 X -2:5 , PORTION OF T. I0 N., R. 13 E. 8~ R. 14 E., U.M. SCALE. I"= I/2MILE CERTIFICATE OF SURVEYOR I hereby certify that I am properly registered to practice land surveying in the State of Alaska and thal lhisplat represents a location survey of the wellpad shown and the wells thereon. This survey was made by me or under my supervision and all dimensions and other details are correct. Bottom hole locations are furnished by others. I '~ ' J~ -~, - '""~- 45' ,--~-.~-/6". (43- ,-tO-/4J lJ Dat~ RVEYOR RECEIVED MAY 0 3 1984 Alasl<a Oil & Ga3 Oons. Oommission Anchorage ADDED PROPOSED X-27 BHL COMPLETE REDRAW (ORIGINAL DESTROYED)ADDED PROPOSED X-23 BHL 184 /84 PAD Ilxll EXTENSION Locoted in PROTRACTED SECTIONS 5~617 .~SiT. ION.~R.14E.~UM.= ALASKA Surveyed for SOHIO ALASKA PETROLEUM CO. Surveyed by F.M, LINDSEY I~ ASSOC. LAND 8~ HYDROGRAPHIC SURVEYORS 2502West Northern Lights Boulevord Box 4-081 Anchoroge A- 12o99-81 VERSION 5.5 FON PROPOSED WELL X-27 7 DEGREE LEAD CALCULATION FOR W~LL X-21 LOCATION = W-E 5-N TVD(SBS) TOP 66515~.00 59~0291,00 -75.00 bOTTOM 665595.08 59~7161.~0 9099,~2 NOTE - ALL DEPTHS IN FEET BELOW KELLY BUSHING (dKB) CLOSEST APPROACH WELL IDENT /PROPOSED- /NEARBY- CLOSEST TVD DEPART TVD DEPART DISTANCE A32100 b-lO 7728,5 5609.7 7629.7 3139.9 31lo9 A33~00 8-12 9099°~ 6818,4 9129°~ 1804o9 6~lo5 A39000 X-I 1o0 OD0 0.0 0.0 I298.5 A39700 X-2 .g 0,0 0.0 0,0 1207.0 A~0500 X-3 1.3 0.0 0.0 0.0 1118,8 A~1200 X-4 ,3 0,0 0,0 0.0 1034.3 X-5 799°1 19,6 798,3 0o0 964.5 A~3700 X-6 .8 0.0 0,0 0.0 882,5 A~IO0 X-7 799.1 19,6 797.7 0.0 831.6 A~5500 X-9 500,0 0.0 ~98o2 .6 723.5 A46300 X-8 1,2 0,0 0,0 0.0 7b~,g A~6700 X-lO ,6 0°0 0,0 0,0 699,3 A~b800 X-12 °6 0,0 0,0 0,0 bge,7 447100 X-Il 500,0 0.0 502,8 1,7 689.0 A~7300 X-13 .5 0.0 0.0 0.0 A~8900 X-15 500,0 0o0 500,0 .~ 1392.9 Ak7~O0 X-it 400,2 0°0 ~00,0 ,7 765,3 A68100 X-IT 1653,1 311,~ 16V6.9 S.O 1091,8 A68400 X-t6 1687°2 332.1 1673°7 13.8 1172.5 A67500 X-18 1837,5 431,3 19~9,1 56.8 915.8 A67600 X-19 16~5.9 307.0 1683.3 2~,8 837,3 A21085 ~-~ 931,7 ~1,5 932,7 11,3 9~,9 A21088 ~-~ 1032,2 63.2 1032,~ 7.1 SUMMARY TH6 WELL WHICH COMES CLOSEST TO THE PROPOSED WELL IS A~IO~S CLOSEST APPROACrl DISTANCE = 9~+.9 FEET VERTICAL INTERSECTION /PROPOSED- /NEARUY- TVO DEPA.[ IVD DEPART VERTICAL OlSlANCE 2917.b 1367.9 677B,7 2035,8 3M6i.5 955.5 ~6.3 ~811.2 978.& 3856.5 932°~ ~l.e 333~.2 105.6 2~ei,~ 12~9.8 126.7 3807,1 220.9 2558.3 8219.2 6042.3 7033.~ 270~.~ -1175,1 COURS[ LINE CALCULATIONS FOR PRoPosED WELL X-27 LOCATION a W-E S-N TVD(SBS) TOP 665154,00 5940291,00 -75,00 BOTTOM 666428°35 5947056,58 9099°42 NOTE - ALL DEPTHS IN FEET BELOW KELLY ~USHING (BKB) CLOSEST APPROACH WELL IDENT /PROPOSED- /NEAR~Y- CLOSEST TVO DEPART TVO DEPART DISTANCE A32100 B-lO 7786,8 5661,1 7877.9 3372,R 287°4 A33~00 8-1~ 9113.7 6831,0 9129,9 1805,0 1470,1 A39000 X-I 1,0 0,0 0,0 0,0 1298,5 A39700 X-2 ,9 0,0 0.0 0,0 1207.0 A40500 X-3 1.3 0.0 0,0 0,0 1118,8 A41200 X-4 o3 0,0 0o0 0.0 A~2~O0 X-5 799,1 19,6 798,3 0,0 A43700 X-6 ,8 0,0 0,0 0,0 8B2,5 A4~iO0 X-7 799,1 19,6 797,7 0o0 829,9 A45500 X-9 500°0 0,0 498.2 .6 723,5 A~b300 X-8 1,2 0.0 0.0 0,0 764,9 A46700 X-ID ,6 0,0 0,0 0,0 699,3 A46800 X-12 ,6 0,0 0,0 0,0 698,7 A47100 X-Il 500,0 0,0 50~o8 1,7 689,0 A47300 X-13 ,5 0,0 0,0 0,0 A~8900 X-IS 500.0 0o0 SO0,O o4 1392o9 X-14 400°2 0.0 400.0 ,7 765.3 A68100 X-17 1843,2 435.5 1835.5 4,8 1006,1 A68400 X-16 1890,e 470.1 1873.9 15,4 1123.5 A67500 X-lB 1984,3 945,8 2130o2 87.5 857.3 A67600 X-19 1749,7 371,1 1777.5 35°4 796.1 A21085 ~-~ 9~9,5 53,0 990,5 12o0 89.1 A~1088 X-~ 1117.1 85.1 1117,0 7,8 197.1 SUMMARY TME WELL MHICM COMES CLOSEST TO THE PROPOSED WELL IS VERTICAL INTERSECTION /PROPOSED- /NEARBY- VERTICAL TVD DEPART TVO DEPART DISTANCE 739B,1 5318.4 8229.7 3704,5 8~2.3 2627,9 1112,6 b2~2,0 1739,3 939.9 43,2 4803,0 972,1 1779,b 3B~,5 3923.9 907.2 1755,1 933.4 41.9 3316,6 100,5 ~363.2 1237.~ 122o6 3769.b 205.1 ~532.8 CLOSEST APPROACH DISTANCE = 89,1 FEET I I I 'I 1 1 1 I I I I , I I 1 I I 1 I I I I I I I 'I ~ I I I '1 I 'I I I I I I I I 1 I I I I I I . I 1 I I I ì I . . . ,¡ n It It n ; ; ~ B ~ ~ ~ ~ n ~B 5 B ~ ~ ~ ~ ~ 8 a e B 0 . ~ ~ ~ ; i ¡ 3' ~ ê a a 8 3 ~ a e ~ . ~ 1 ( , - - ,/ - / " - ; / -, ~ -r--_, t: , II z -1"-- oj IP' ~r-- - ,. I 'r -r-- I --r--- -- '-- 'T ~-r--- v - ÐI ;-- - r-- ./ , -: .-- - r--.. -- -J..... '::11 ./ .. /' r-- - : ~ 'I. ~ c: ~ -- r- -, I \ 11-- ì ~ - 1 / ' - I-L 'í ' , õ.. ,;. , - - " I ~ - Zd,t" ~ , , " i t~ I~- - " " ' " , ! ~ "-. /' m ~ - ' œ , . " I - - IJ:~ , . C) ~... . ~, ,~", "" ,; ..... " . Q.. ~'" r-r,. : ¡ ,~,,,,,, <""') ; ~~~- C u...-~ ,'~ ¡; \.> - X '!i.i;;; ,,-, ' - .1 '::L " .. 0) "" r 11 L. " '~ ..,,; r- ï \; ::J. I ...:J . ;::- - , i). r;- . 1 - ,) ,,' ", I I - . '", ", "'oj , I" ""?',,. " , ",,"" :c¡, :" I I ¡"" , . d.,"..- . I /: ,. ~', " I " I I' " I , " " " , " " '" ',..;', "," II', 'nlflj,,', . ':'\-.ø,' _JJI.ÌI_iL¡¡J~;.:..-~:1', .~..-.~,,,...., ! "" "" ""'" ,,", '~ I., - , "'" ""::""~,',':,i',""':,,.".",':' ..jJlJ".J]Iiì1ï[m¡ll1ifrll~&ìU', " . ":..:1~l!f~IJ.).1I .' ,- .Ill CHECK LIST FOR NEW WELL PERMITS Company Lease & Well No. P~ ~ ITEM APPROVE DATE YES NO REMARKS (1) Fee ~/~ ~-,~~ 1. Is the permit fee attached .......................................... _~. · (2) Loc (2 thru 8) (8) (3) Admin ~i[ ~-~-~ (9 thru 11) '(10 and 11) (4) Cas~ ~-~ ~--~-f~ (12 thru 20)' (5) BOPE ~(21 'thr~'~ ' 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 and is well bore plat included ............... 7. Is operator the only affected party ................................. 8. Can permit be approved before ten-day wait .......................... . 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. Does operator have a bond in force .................................. ~ Is a conservation order needed ...................................... ~ Is administrative approval needed ................................... -2~ Is conductor string provided ...................................... Is enough cement used to circulate on conductor and surface ...... Will cement tie in surface and intermediate or production strings Will cement cover all known productive horizons ................... Will surface casing protect fresh water zones .... Will all casing give adequate safety in collapse, tension and burst Is this well to be kicked off from an existing wellbore ........... Is old wellbore abandonment procedure included on 10-403 .......... Is adequate well bore separation proposed .......................... Is a diverter system required ....................................... Are necessary diagrams of diverter and BOP equipment attached ... ~ Does BOPE have sufficient pressure rating - Test to ~~ ;~i~~1~ __ Does the choke manifold comply w/API RP-53 (Feb.78) .................. Additional requirements ............................................. Additional Remarks:~Z~C~7- ~~Cl,~ /~c ,,,~/ ~'ZS) .~(?--2~2L~ /~.~"/~ ~'.~/~ <D c~3 Engin~ring: ~m z~ JKT ~JH ~f JAL M~ ~' ' rev: 12/08/83 6. CKLT 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 APPENDIXl No special'effort has been made to chronologically organize this category of information. .o * ALASKA COMPUTING CENTER . ****************************** * ............................ * ....... SCHLUMBERGER ....... . ............................ RECEIVED SEP 3 8 399? Alaska Oil & Gas Cons. Cem~ COMPANY NAME : BP EXPLORATION WELL NAME : X-27 FIELD NAME : PRUDHOE BAY BOROUGH : NORTH SLOPE STATE : ALASKA API NUM~ER : 50-029-21112-00 REFERENCE NO : 97261 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: **** REEL HEADER **** SERVICE NAME : EDIT DATE : 97/09/11 ORIGIN · FLIC REEL NAlVlE : 97261 CONTINUATION # : PREVIOUS REEL : COlV~IFJFT : BP EXPLORATION, X-27, PRUDHOE BAY, 50-029-21112-00 **** TAPE HEADER **** SERVICE NAME : EDIT DATE : 97/09/11 ORIGIN · FLIC TAPE NAME : 97261 CONTINUATION # : 1 PREVIOUS TAPE : COn, lENT : BP EXPLORATION, X-27, PRUDHOE BAY, 50-029-21112-00 TAPE HEADER PRUDHOE BAY CASED HOLE WIRELINE LOGS WELL NAME: X-27 API NUMBER: 500292111200 OPERATOR: BP Exploration LOGGING COMPANY: SCHLUFIBERGER WELL SERVICES TAPE CREATION DATE: ll-SEP-97 JOB NUMBER: 97261 LOGGING ENGINEER: D PALMER OPERATOR WITNESS: K BARDWELL SURFACE LOCATION SECTION: 6 TOWNSHIP: 1 ON RANGE: 14E FNL: FSL: 178 FEL: 724 FWL: ELEVATION (FT FROM MSL O) KELLY BUSHING: 74.90 DERRICK FLOOR: 38.10 GROUND LEVEL: 73.90 WELL CASING RECORD OPEN HOLE CASING DRILLERS CASING BIT SIZE (IN) SIZE (IN) DEPTH (FT) WEIGHT (LB/FT) .............................................. 1ST STRING 8. 500 7. 000 11838.0 2ND STRING 3RD STRING PRODUCTION STRING CURVE SHIFT DATA - ALL PASSES TO STANDARD(MEASURED DEPTH) LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 BASELINE CURVE FOR SHIFTS LDWG TOOL CODE: BCS LDWG CURVE CODE: GR RUN NU~iBER : PASS NUMBER: DATE LOGGED: LOGGING COMPANY: GEARHART BASELINE DEPTH 88888.0 11695.5 11685.0 11681.5 11674.5 11649.5 11649.0 11641.0 11617.0 11608.5 11589.5 11578.0 11567.0 11565.0 11556.0 11540.5 11534.0 11532.5 11531.0 11528.0 11517.5 11515.5 11514.0 11512.5 11510.0 11506.5 11504.5 11502.0 11500.0 11498.0 11495.0 11490.0 11489.0 11484.5 11483.5 11477.0 11469.0 11468.5 11455.5 11453.0 11444.5 11444.0 11441.0 11437.0 11436.5 .......... EQUIVALENT UNSHIFTEDDEPTH .......... GRCH TDTP .............. 88886.0 88888.0 11695.5 11683.0 11682.5 11679.0 11673.0 11647.0 11647.5 11639.0 11617.0 11608.5 11587.0 11577.0 11566.0 11564.5 11556.0 11539.5 11534.5 11531.5 11531.5 11527.5 11518.0 11515.5 11513.0 11512.5 11510.5 11506.0 11504.0 11502.5 11499.5 11497.0 11494.5 11489.5 11489.5 11484.0 11483.5 11476.5 11469.0 11469.0 11455.0 11452.0 11444.0 11444.0 11440.5 11436.5 11436.5 PAGE: LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 11417.5 11417.0 11417.0 11416.5 11409.5 11408.0 11406.5 11405.5 11406.0 11405.5 11400.5 11401.0 11390.5 11390.0 11386.5 11386.0 11386.0 11386.0 11377.5 11377.0 11368.0 11369.0 11366.5 11366.0 11358.5 11358.5 11355.0 11354.5 11354.5 11354.5 11352.0 11352.0 11350.5 11350.0 11349.5 11331.0 11330.5 11327.0 11328.0 11322.0 11321.5 11314.0 11314.0 11314.0 11306.0 11306.0 11305.5 11306.0 11293.0 11292.0 11292.0 11293.0 11290.0 11290.0 11287.5 11288.0 11286.0 11285.5 11285.5 11285.0 11272.5 11272.0 11269.0 11269.0 11267.5 11268.5 11265.0 11265.0 11260.5 11260.5 11256.5 11256.0 11252.5 11253.0 11250.0 11250.5 11248.5 11248.5 100.0 100.0 100.5 $ CONTAINED HEREIN IS THE LDWG FORMATTED CASED HOLE DATA ACQUIRED ON BP EXPLORATIONS X-27 WELL. THE DEPTH ADJUSTMENTS SHOWN ABOVE REFLECT CASED HOLE BASELINE PASS #1 TO OPENHOLE BCS GA~4A RAY AND BASELINE PASS #1 SIGM TO OPENHOLE BCS GAM~A RAY CARRYING ALL TDTP CURVES WITH THE SIGM SHIFTS. $ $ PAGE: LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: **** FILE HEADER **** FILE NAiWlE : EDIT .001 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUFIBER: 1 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUFI~ER : 1 DEPTH INCREMENT: 0.5000 FILE SUM~a~RY LDWG TOOL CODE START DEPTH STOP DEPTH GRCH 11696.0 11242.0 TDTP 11716.0 11242.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: PASS NUMBER: BASELINE DEPTH $ .......... EQUIVALENT UNSHIFTED DEPTH .......... GRCH TDTP ~S: THIS FILE CONTAINS BASELINE PASS #1. NO PASS TO PASS SHIFTS HAVE BEEN APPLIED TO THIS DATA. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: TYPE REPR CODE VALUE 5 66 6 73 7 65 8 68 O. 5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 0 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELEM CODE (HEX) O0 000 O0 0 1 1 1 4 68 0000000000 DEPT FT 553936 SIGMTDTP CU 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TPHI TDTP PU-S 553936 O0 000 O0 0 1 1 1 4 68 0000000000 SBHFTDTP CU 553936 O0 000 O0 0 1 1 1 4 68 0000000000 SBHNTDTP CU 553936 O0 000 O0 0 1 1 1 4 68 0000000000 SIGC TDTP CU 553936 O0 000 O0 0 1 1 1 4 68 0000000000 SIBH TDTP CU 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TRAT TDTP 553936 O0 000 O0 0 1 1 1 4 68 0000000000 SDSI TDTP CU 553936 O0 000 O0 0 1 1 1 4 68 0000000000 BACK TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 FBAC TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TCANTDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TCAF TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TCND TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TCFD TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TSCNTDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TSCFTDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 INND TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 INFD TDTP CPS 553936 O0 000 O0 0 1 1 1 4 68 0000000000 GRCHTDTP GAPI 553936 O0 000 O0 0 1 1 1 4 68 0000000000 TENS TDTP LB 553936 O0 000 O0 0 1 1 1 4 68 0000000000 CCL TDTP V 553936 O0 000 O0 0 1 1 1 4 68 0000000000 ** DATA ** DEPT. 11716.000 SIGM. TDTP 14.817 TPHI. TDTP 29.439 SBHF. TDTP 71.438 SBHN. TDTP 76.848 SIGC. TDTP 0.244 SIBH. TDTP 115.562 TRAT. TDTP 1.737 SDSI.TDTP 0.165 BACK. TDTP 100.172 FBAC. TDTP 25.432 TCAN. TDTP 73276.156 TCAF. TDTP 32412.223 TCND. TDTP 24298.844 TCFD. TDTP 8643.566 TSCN. TDTP 7496.297 TSCF. TDTP 3315.835 INND. TDTP 2434.286 INFD. TDTP 506.375 GRCH. TDTP -999.250 TENS.TDTP 1832.000 CCL. TDTP 0.000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: DEPT. 11242.000 SIGM. TDTP -999.250 TPHI. TDTP -999.250 SBHF. TDTP -999.250 SBHN. TDTP -999.250 SIGC. TDTP -999.250 SIBH. TDTP -999.250 TRAT. TDTP -999.250 SDSI. TDTP -999.250 BACK. TDTP -999.250 FBAC. TDTP ~999.250 TCAN. TDTP -999.250 TCAF. TDTP -999.250 TCND. TDTP -999.250 TCFD. TDTP -999.250 TSCN. TDTP -999.250 TSCF. TDTP -999.250 INND. TDTP -999.250 INFD. TDTP -999.250 GRCH. TDTP 337.903 TENS. TDTP -999.250 CCL.TDTP -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NA~E : EDIT .001 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NA~E : EDIT .002 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE~ER: 2 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUFIBER : 2 DEPTH INCREMENT: 0.5000 FILE SU~VARY LDWG TOOL CODE START DEPTH STOP DEPTH GRCH 11690.0 11234.0 TDTP 11715.0 11234.0 $ CURVE SHIFT DATA - PASS TO PASS (FIEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: GRCH PASS NOWiBER: 1 .......... EQUIVALENT UNSHIFTED DEPTH .......... LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: BASELINE DEPTH 88888.0 11700.5 11693.5 11683.0 11682.5 11672.5 11658.5 11648.0 11647.0 11643.0 11641.5 11639.0 11628.5 11622.0 11617.5 11615.5 11611.5 11608.5 11590.0 11588.0 11578.0 11572.0 11566.0 11565.0 11556.0 11555 0 11551 5 11548 5 11534 5 11532 5 11532 0 11528 0 11525 0 11517 5 11515 5 11514 0 11506.5 11504 5 11502 0 11500 5 11500 0 11498 5 11490 5 11489.0 11487.0 11484.5 11484.0 11480.5 11477.5 11469.0 11467.0 11458.0 11455.5 GRCH TDTP 88888.0 88890.0 11682.5 11647.0 11642.5 11640.5 11622.0 11616.0 11607.0 11585.5 11563.0 11553.0 11547.0 11531.5 11524.0 11517.0 11515.5 11506.0 11502.5 11500.0 11497.5 11489.5 11486.5 11483.5 11480.5 11476.5 11469.0 11466.5 11458.5 11702.5 11695.5 11682.5 11672.5 11658.0 11647.5 11639.0 11627.5 11617.0 11611.5 11589.0 11576.5 11571.0 11564.5 11556.0 11551.5 11534.5 11532.0 11527.5 11518.0 11513.0 11504.0 11499.0 11490.0 11483.5 11469.0 11455.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 11453.0 11452.0 11446.5 11446.5 11444.5 11443.5 11444.0 11437.0 11436.5 11436.5 11426.0 11425.5 11417.5 11417.0 11416.5 11407.0 11405.5 11406.0 11405.0 11398.0 11398.0 11387.0 11386.0 11386.0 11383.5 11383.0 11378.5 11378.0 11369.0 11369.0 11367.0 11366.0 11359.5 11359.0 11356.0 11355.0 11355.5 11354.5 11353.0 11352.5 11351.0 11350.0 11349.5 11348.5 11348.0 11342.5 11341.5 11340.5 11340.5 11336.0 11336.0 11332.0 11330.5 11331.5 11331.5 11328.0 11328.0 11323.0 11323.0 11322.5 11321.5 11315.0 11314.0 11314.5 11307.0 11306.0 11306.5 11306.0 11303.5 11302.5 11300.0 11299.5 11293.0 11293.0 11291.0 11290.0 11290.5 11290.0 11289.0 11287.5 11286.5 11285.5 11277.0 11275.0 11273.5 11272.5 11270.5 11269.5 11269.5 11268.5 11266.0 11264.5 11264.0 11263.0 11254.0 11252.5 11251.0 11250.0 11250.0 11248.5 100.0 98.5 99.0 $ THIS FILE CONTAINS TDTP BASELINE PASS #2. THE DEPTH SHIFTS SHOWN ABOVEREFLECT GRCHPASS #2 TO GRCH PASS #1 AND SIGM PASS #2 TO SIGM PASS #1 CARRYING ALL TDTP CURVES WITHTHESIGMA SHIFTS. $ LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE .............................. 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 O. 5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMiB SAMP ELEM CODE (HEX) DEPT FT 553936 O0 000 O0 0 2 1 1 4 68 0000000000 SIGMTDTP CU 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TPHI TDTP PU-S 553936 O0 000 O0 0 2 1 1 4 68 0000000000 SBHF TDTP CU 553936 O0 000 O0 0 2 1 1 4 68 0000000000 SBHNTDTP CU 553936 O0 000 O0 0 2 1 1 4 68 0000000000 SIGC TDTP CU 553936 O0 000 O0 0 2 1 1 4 68 0000000000 SIBH TDTP CU 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TRAT TDTP 553936 O0 000 O0 0 2 1 1 4 68 0000000000 SDSI TDTP CU 553936 O0 000 O0 0 2 1 1 4 68 0000000000 BACK TDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 FBAC TDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TCANTDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TCAF TDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TCND TDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TCFD TDTP CPS 553936 O0 000 00 0 2 1 1 4 68 0000000000 TSCNTDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 TSCFTDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 INND TDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 INFD TDTP CPS 553936 O0 000 O0 0 2 1 1 4 68 0000000000 GRCH TDTP GAPI 553936 O0 000 O0 0 2 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 10 NAFiE SERV UNIT SERVICE API API API API FILE NUFIB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MODNUMB SAMP ELI~4 CODE (HEX) TENS TDTP LB 553936 O0 000 O0 0 2 1 1 4 68 0000000000 CCL TDTP V 553936 O0 000 O0 0 2 1 1 4 68 0000000000 ** DATA ** DEPT. 11717.000 SIGM. TDTP 14.133 TPHI.TDTP 28.465 SBHF. TDTP 66.402 SBHN. TDTP 76.544 SIGC. TDTP 0.255 SIBH. TDTP 113.549 TRAT. TDTP 1.735 SDSI.TDTP 0.178 BACK. TDTP 221.387 FBAC. TDTP 62.087 TCAN. TDTP 98213.031 TCAF. TDTP 43638.742 TCND.TDTP 24481.770 TCFD. TDTP 8729.773 TSCN. TDTP 7694.443 TSCF. TDTP 3418.852 INND.TDTP 2222.061 INFD. TDTP 514.229 GRCH. TDTP -999.250 TENS. TDTP 1760.000 CCL.TDTP 0.000 DEPT. 11232.500 SIGM. TDTP -999.250 TPHI.TDTP -999.250 SBHF. TDTP -999.250 SBHN. TDTP -999.250 SIGC. TDTP -999.250 SIBH. TDTP -999.250 TRAT. TDTP -999.250 SDSI.TDTP -999.250 BACK. TDTP -999.250 FBAC. TDTP -999.250 TCAN. TDTP -999.250 TCAF. TDTP -999.250 TCND. TDTP -999.250 TCFD. TDTP -999.250 TSCN. TDTP -999.250 TSCF. TDTP -999.250 INND. TDTP -999.250 INFD. TDTP -999.250 GRCH. TDTP 74.476 TENS. TDTP -999.250 CCL. TDTP -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NA~E : EDIT .002 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .003 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER: EDITED CURVES LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 11 Depth shifted and clipped curves for each pass in separate files. PASS NUFIBER: 3 DEPTH INCREFIENT: 0.5000 FILE SUF~4ARY LDWG TOOL CODE START DEPTH STOP DEPTH ................................... GRCH 11692.0 11174.0 TDTP 11174.0 11174.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: GRCH PASS NUM~ER: 1 BASELINE DEPTH .............. 88888.0 11706.5 11694.5 11683.5 11681.5 11680.0 11673.5 11673.0 11661.5 11648.5 11647.5 11643.5 11641.5 11640.0 11637.5 11633.0 11628.5 11624.5 11617.0 11612.5 11593.5 11579.5 11567.5 11556.5 11554.5 11550.5 11548.5 11548.0 11534.5 11533.0 11529.0 11525.0 11518.5 11516.0 11512.5 11509.5 .......... EQUIVALENT UNSHIFTEDDEPTH .......... GRCH TDTP .............. 88887.5 88889.0 11683.0 11680.5 11672.5 11661.0 11647.0 11640.5 11637.0 11632.0 11624.5 11612.5 11555.5 11550.0 11547.0 11532.0 11515.5 11512.5 11509.5 11707.5 11695.5 11683.0 11679.0 11673.0 11647.5 11643.0 11639.0 11627.5 11617.0 11592.5 11578.0 11566.5 11556.0 11548.0 11534.5 11528.0 11523.5 11518.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 12 11507.5 11505.0 11504.5 11500.5 11497.0 11495.0 11490.5 11490.0 11487.5 11478.0 11469.5 11469.0 11455.5 11453.0 11452.5 11444.5 11436.5 11417 0 11414 5 11409 5 11406 0 11398 0 11395 0 11386.5 11378 5 11378 0 11368 5 11362 0 11359 5 11358 0 11356.0 11355.5 11351.0 11342.5 11336.0 11332.0 11331.5 11323.0 11322.5 11320.5 11315.5 11314.5 11309.5 11307.0 11304.0 11300.0 11296.5 11294.0 11293.0 11290.5 11286.0 11285.0 11273.0 11270.0 11269.0 11506.5 11504.0 11500.0 11494.0 11490.0 11477.0 11469.0 11452.5 11417.0 11405.5 11394.5 11386.0 11378.5 11361.5 11358.0 11355.0 11350.0 11330.5 11321.5 11314.0 11306.0 11292.5 11290.0 11283.5 11272.0 11269.0 11504.0 11499.5 11496.5 11490.0 11486.5 11469.0 11455.0 11452.5 11444.5 11436.5 11416.5 11413.5 11408.5 11405.5 11398.0 11386.0 11377.0 11369.0 11359.0 11355.0 11349.5 11341.5 11335.5 11331.5 11323.0 11320.0 11314.0 11309.0 11303.5 11299.5 11296.5 11293.0 11290.0 11285.0 11272.5 11268.5 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 13 11266.5 11264.5 11263.5 11258.0 11257.0 11257.5 11253°5 11252.5 11249.5 11248.5 100.0 99.0 $ 11265.0 11257.0 11252.5 99.0 REM3L~KS: THIS FILE CONTAINS TDTP FLOWING PASS #1. THE DEPTH SHIFTS SHOWN ABOVEREFLECT GRCHFLOWING PASS #1 TO GRCH BASELINE PASS #1 AND SIGMFLOWING PASS #1 TO SIGM BASELINE PASS #1 CARRYING ALL TDTP CURVES WITH THE SIGM SHIFTS. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** .............................. TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAFiE SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELEM CODE (HEX) DEPT FT 553936 O0 000 O0 0 3 1 1 4 68 0000000000 SIGMTDTP CU 553936 O0 000 O0 0 3 1 1 4 68 0000000000 TPHI TDTP PU-S 553936 O0 000 O0 0 3 1 1 4 68 0000000000 SBHF TDTP CU 553936 O0 000 O0 0 3 1 1 4 68 0000000000 SBHN TDTP CU 553936 O0 000 O0 0 3 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 14 NAFiE SERV UNIT SERVICE API API API API FILE NUM~ NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELI~4 CODE (HEX) SIGC TDTP CU 553936 O0 000 O0 0 3 1 1 4 68 SIBHTDTP CU 553936 O0 000 O0 0 3 1 1 4 68 TRATTDTP 553936 O0 000 O0 0 3 1 1 4 68 SDSI TDTP CU 553936 O0 000 O0 0 3 1 1 4 68 BACK TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 FBAC TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 TCANTDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 TCAF TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 TCND TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 TCFD TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 TSCNTDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 TSCF TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 INND TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 INFD TDTP CPS 553936 O0 000 O0 0 3 1 1 4 68 GRCH TDTP GAPI 553936 O0 000 O0 0 3 1 1 4 68 TENS TDTP LB 553936 O0 000 O0 0 3 1 1 4 68 CCL TDTP V 553936 O0 000 O0 0 3 1 1 4 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 ** DATA ** DEPT. 11718.000 SIGM. TDTP 14.205 TPHI.TDTP 29.978 SBHF. TDTP SBHN. TDTP 78.456 SIGC. TDTP 0.202 SIBH. TDTP 118.390 TRAT. TDTP SDSI.TDTP 0.176 BACK. TDTP 60.156 FBAC. TDTP 20.942 TCAN. TDTP TCAF. TDTP 33747.086 TCND. TDTP 24068.082 TCFD. TDTP 8467.855 TSCN. TDTP TSCF. TDTP 3292.529 INND. TDTP 2370.546 INFD. TDTP 492.250 GRCH. TDTP TENS. TDTP 1463.000 CCL.TDTP 0.000 DEPT. 11173.000 SIGM. TDTP 25.819 TPHI.TDTP 19.408 SBHF. TDTP SBHN. TDTP 46.577 SIGC. TDTP 1.701 SIBH. TDTP 50.170 TRAT. TDTP SDSI.TDTP 0.589 BACK. TDTP 220.672 FBAC. TDTP 67.700 TCAN. TDTP TCAF. TDTP 28643.113 TCND. TDTP 28609.398 TCFD. TDTP 12133.814 TSCN. TDTP TSCF. TDTP 2865.673 INND. TDTP 2586.711 INFD. TDTP 1013.025 GRCH. TDTP TENS.TDTP 1368.000 CCL.TDTP 0.000 67.242 1.773 77469.406 7558.290 -999.250 39.697 1.313 58867.680 5889.566 221.914 ** END OF DATA ** ~*** FILE TRAILER **** FILE NA~E : EDIT .003 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 ~4:17 PAGE: 15 **** FILE HEADER **** FILE NAFIE : EDIT .004 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUFIBER: 4 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUFiBER: 4 DEPTH INCREFiENT: 0.5000 FILE SUb~N~Y LDWG TOOL CODE START DEPTH STOP DEPTH ................................... GRCH 11692.0 11244.0 TDTP 11717.0 11244.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: GRCH PASS NUMBER: 1 BASELINE DEPTH 88888.0 11694.0 11690.5 11684.0 11683.5 11680.0 11675.0 11673.0 11648.0 11642.0 11640.0 11633.0 11629.0 11621.0 11617.5 11613.5 11612.0 11594.0 11588.5 11580.5 11579.5 .......... EQUIVALENT UNSHIFTEDDEPTH .......... GRCH TDTP .............. 88887.0 88889.5 11695.5 11690.5 11683.0 11683.0 11679.5 11675.0 11673.0 11647.0 11648.0 11640.5 11639.0 11631.5 11627.5 11619.5 11617.5 11611.0 11611.5 11592.5 11585.5 11576.5 11577.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 16 11573.0 11571.5 11557.0 11554.5 11556.0 11549.5 11547.0 11534.5 11534.5 11533.5 11532.0 11529.0 11527.5 11518.0 11517.0 11516.5 11515.5 11513.0 11512.5 11508.0 11506.5 11505.5 11503.5 11501.0 11500.0 11500.5 11499.0 11498.5 11497.0 11495.0 11494.0 11490.0 11489.5 11487.5 11486.5 11478°0 11476.5 11469.5 11469.0 11469.0 11459.5 11458.5 11456.0 11455.0 11453.5 11452.0 11450.0 11450.0 11441.5 11440.5 11441.0 11437.0 11437.0 11436.5 11417.5 11417.0 11416.5 11410.0 11408.5 11406.5 11405.5 11406.0 11405.0 11401.0 11401.0 11398.5 11398.0 11386.5 11386.0 11386.0 11362.5 11362.0 11362.0 11361.5 11359.5 11359.0 11356.5 11355.0 11355.5 11355.0 11351.0 11350.0 11349.5 11336.0 11335.5 11332.0 11330.5 11331.5 11331.5 11323.0 11321.5 11322.5 11316.5 11314.5 11315.0 11314.5 11307.0 11306.0 11306.5 11306.0 11300.5 11299.5 11293.5 11293.0 11291.0 11290.0 11286°5 11285.0 11284°0 11282.5 11273.0 11272.0 11269.5 11268.5 11265.0 11263.5 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 17 11258.0 11254.0 11251.0 11249.5 100.0 $ 11248.0 98.5 11256.5 11252.5 11250.0 99.0 REMARKS: THIS FILE CONTAINS TDTP FLOWING PASS #2. THE DEPTH SHIFTS SHOWN ABOVE REFLECT GRCH FLOWING PASS #2 TO GRCH BASELINE PASS #1 AND SIGM FLOWING PASS #2 TO SIGM FLOWING PASS #1 CARRYING ALL TDTP CURVES WITH SIGMSHIFTS. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUFiB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NU~ SAMP ELE~ CODE (HEX) DEPT FT 553936 O0 000 O0 0 4 1 1 4 68 0000000000 SIGMTDTP CU 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TPHI TDTP PU-S 553936 O0 000 O0 0 4 1 1 4 68 0000000000 SBHF TDTP CU 553936 O0 000 O0 0 4 1 1 4 68 0000000000 SBHNTDTP CU 553936 O0 000 O0 0 4 1 1 4 68 0000000000 SIGC TDTP CU 553936 O0 000 O0 0 4 1 1 4 68 0000000000 SIBHTDTP CU 553936 O0 000 O0 0 4 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 18 NAFIE SERV UNIT SERVICE API API API API FILE NUM~ NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELE~ CODE (HEX) TRAT TDTP 553936 O0 000 O0 0 4 1 1 4 68 0000000000 SDSI TDTP CU 553936 O0 000 O0 0 4 1 1 4 68 0000000000 BACK TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 FBAC TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TCAN TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TCAF TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TCND TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TCFD TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TSCNTDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TSCF TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 INND TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 INFD TDTP CPS 553936 O0 000 O0 0 4 1 1 4 68 0000000000 GRCH TDTP GAPI 553936 O0 000 O0 0 4 1 1 4 68 0000000000 TENS TDTP LB 553936 O0 000 O0 0 4 1 1 4 68 0000000000 CCL TDTP V 553936 O0 000 O0 0 4 1 1 4 68 0000000000 ** DATA ** DEPT. 11718.500 SIGM. TDTP 14.573 TPHI.TDTP 29.469 SBHF. TDTP SBHN. TDTP 76.673 SIGC. TDTP 0.229 SIBH. TDTP 115.437 TRAT. TDTP SDSI. TDTP 0.194 BACK. TDTP 233.318 FBAC. TDTP 65.963 TCAN. TDTP TCAF. TDTP 32415.699 TCND. TDTP 24137.113 TCFD.TDTP 8581.980 TSCN. TDTP TSCF. TDTP 3338.278 INND. TDTP 2473.452 INFD. TDTP 497.654 GRCH. TDTP TENS. TDTP 1340.000 CCL. TDTP 0.000 DEPT. 11242.500 SIGM. TDTP -999.250 TPHI.TDTP -999.250 SBHF. TDTP SBHN. TDTP -999.250 SIGC. TDTP -999.250 SIBH. TDTP -999.250 TRAT. TDTP SDSI.TDTP -999.250 BACK. TDTP -999.250 FBAC. TDTP -999.250 TCAN. TDTP TCAF. TDTP -999.250 TCND. TDTP -999.250 TCFD.TDTP -999.250 TSCN. TDTP TSCF. TDTP -999.250 INND. TDTP -999.250 INFD.TDTP -999.250 GRCH. TDTP TENS. TDTP -999.250 CCL. TDTP -999.250 70. 228 1. 747 73756. 875 7595. 731 -999.250 -999.250 -999.250 -999.250 -999.250 362.265 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .004 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : LIS Tape Verification Listing Schlumberger Alaska Computing Center ll-SEP-1997 14:17 PAGE: 19 **** FILE HEADER **** FILE NAME : EDIT .005 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUM~: 5 AVERAGED CURVES Pulsed Neutron: Unaveraged edited Pass 1 Gamma Ray and backround counts; arithmetic average of edited static baseline passes for all other curves. DEPTH INCREM~JFT 0.5000 PASSES INCLUDED IN AVERAGE LDWG TOOL CODE PASS NUFIBERS 1, 2, TDTP THIS FILE CONTAINS THE ARITHFIETIC AVERAGE OF BASELINE PASSES 1 AND 2. AVERAGING WAS DONE AFTER ALL DATA WAS SHIFTED AND CLIPPED. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** .............................. TYPE REPR CODE VALUE .............................. 1 66 0 2 66 0 3 73 80 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 12 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 2O TYPE REPR CODE VALUE 0 66 1 ** SET TYPE - CHAN ** NAF~ SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELEM CODE (HEX) DEPT FT 553936 O0 000 O0 0 5 1 1 4 68 0000000000 SIGM PNAV CU 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TPHI PNAV PU-S 553936 O0 000 O0 0 5 1 1 4 68 0000000000 SBHF PNAV CU 553936 O0 000 O0 0 5 1 1 4 68 0000000000 SBHNPNAV CU 553936 O0 000 O0 0 5 1 1 4 68 0000000000 SIGC PNAV CU 553936 O0 000 O0 0 5 1 1 4 68 0000000000 SIBH PNAV CU 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TRAT PNAV 553936 O0 000 O0 0 5 1 1 4 68 0000000000 SDSI PNAV CU 553936 O0 000 O0 0 5 1 1 4 68 0000000000 BACK TDTP CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 FBAC TDTP CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TCANPNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TCAFPNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TCNDPNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TCFD PNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TSCN PNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 TSCF PNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 INNDPNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 INFDPNAV CPS 553936 O0 000 O0 0 5 1 1 4 68 0000000000 GRCH TDTP GAPI 553936 O0 000 O0 0 5 1 1 4 68 0000000000 ** DATA ** DEPT. 11716.000 SIGM. PNAV 14.550 TPHI.PNAV 29.346 SBHF. PNAV 69.533 SBHN. PNAV 77.084 SIGC. PNAV 0.244 SIBH. PNAV 115.849 TRAT. PNAV 1.744 SDSI.PNAV 0.168 BACK. TDTP 100.172 FBAC. TDTP 25.432 TCAN. PNAV 82534.484 TCAF. PNAV 36365.539 TCND.PNAV 24427.109 TCFD. PNAV 8660.107 TSCN. PNAV 7601.382 TSCF. PNAV 3350.403 INND.PNAV 2364.581 INFD. PNAV 512.224 GRCH. TDTP -999.250 DEPT. 11242.000 SIGM. PNAV -999.250 TPHI.PNAV -999.250 SBHF. PNAV -999.250 SBHN. PNAV -999.250 SIGC. PNAV -999.250 SIBH. PNAV -999.250 TRAT. PNAV -999.250 SDSI.PNAV -999.250 BACK. TDTP -999.250 FBAC. TDTP -999.250 TCAN. PNAV -999.250 TCAF. PNAV -999.250 TCND.PNAV -999.250 TCFD.PNAV -999.250 TSCN. PNAV -999.250 TSCF. PNAV -999.250 INND.PNAV -999.250 INFD.PNAV -999.250 GRCH. TDTP 337.903 ** END OF DATA ** LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 21 **** FILE TRAILER **** FILE NAME : EDIT .005 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .006 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : LOG HEADER DATA FILE HEADER FILE NUMBER 6 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUMBER: 1 DEPTH INCRE~IENT: 0.5000 FILE SUF~4ARY VENDOR TOOL CODE START DEPTH STOP DEPTH 11650.0 11300.0 DATE LOGGED: lO-MAY-97 SOFTWARE VERSION: 8C0-609 TIME LOGGER ON BOTTOM: 2230 lO-MAY-97 TD DRILLER (FT) : 11724.0 TD LOGGER (FT) : 11650.0 TOP LOG INTERVAL (FT) : 11174.0 BOTTOM LOG INTERVAL (FT) : 11717.0 LOGGING SPEED (FPHR) : 1800.0 DEPTH CONTROL USED (YES/NO): NO TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE GR GAF~IA RAY TDTP THERMAL DECAY $ BOREHOLEAND CASING DATA OPEN HOLE BIT SIZE (IN): TOOL NUMBER CGRS-A 8.500 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 22 DRILLERS CASING DEPTH (FT) : LOGGERS CASING DEPTH (FT) : 11838.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS~OIL RATIO: CHOK~ (DEG) : PRODUCED FLUIDS/SEA 8.40 221.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT) : BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 12000 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 1.0 REMARKS: WELL OPEN AT 60 BEANS WHILE LOGGING AND STABLE AT 1100 PSI FOR FIRST RUN (FLOWING PASS). WELL JETTING AT 11460 11468'. 200 BARRELS OF SEA WATER PUMPED TO FLUID PACK THE WELL. DEPTH SHIFT NOTED BETWEEN LOG ABOVE AND BELOW PRUDUCING Z FLOWING AND SHUT IN PASSES NO SIGNIFICANT CHANGE IN TEMPERATURE BETWEEN SHITIN AND FL PASSES. TWO PASSES MADE FLOWING; TWO PASSES MADE WITH WELL SHUTIN AND FLUID PACKED. THIS FILE CONTAINS RAW TDTP SHUTIN FLUID PACKED PASS #1. $ LIS FORMAT DATA LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 23 DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN** NA~E SERV UNIT SERVICE API API API API FILE NUM~ NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELE~ CODE (HEX) FT 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 PU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CU 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 CPS 553936 O0 000 O0 0 6 1 1 4 68 0000000000 LB 553936 O0 000 O0 0 6 1 1 4 68 0000000000 GAPI 553936 O0 000 O0 0 6 1 1 4 68 0000000000 V 553936 DEPT SIGMPS1 TPHI PS1 SBHF PS1 SBHNPS1 SIGC PS1 SIBH PS1 TRAT PS1 SDSI PS1 BACK PS1 FBAC PS1 TCANPS1 TCAFPS1 TCND PS1 TCFD PS1 TSCNPS1 TSCF PS1 INND PS1 INFD PS1 TENS PS1 GR PS1 CCL PS1 O0 000 O0 0 6 1 1 4 68 0000000000 ....................................................................................... LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 24 ** DATA ** DEPT. 11742.000 SIGM. PS1 SBHN. PS1 -999.250 SIGC.PS1 SDSI.PS1 -999.250 BACK. PSI TCAF. PS1 -999.250 TCND.PS1 TSCF. PS1 -999.250 INND.PS1 GR.PS1 0.000 CCL.PS1 -999.250 TPHI.PS1 -999.250 SIBH. PS1 -999.250 FBAC. PS1 -999.250 TCFD.PS1 -999.250 INFD.PS1 0.029 DEPT. 11195.500 SIGM. PS1 31.439 TPHI.PS1 SBHN. PS1 45.684 SIGC. PS1 0.000 SIBH. PS1 SDSI.PS1 0.419 BACK. PSI 195.329 FBAC. PS1 TCAF. PS1 37954.375 TCND.PS1 30740.168 TCFD.PS1 TSCF. PS1 2459.170 INND.PS1 2720.267 INFD.PS1 GR.PS1 74.529 CCL.PS1 -999.250 -999.250 SBHF. PS1 -999.250 TRAT. PS1 -999.250 TCAN. PS1 -999.250 TSCN. PS1 -999.250 TENS. PSi 28.177 SBHF. PS1 49.263 TRAT. PS1 62.409 TCAN. PS1 12399.008 TSCN. PS1 1298.914 TENS.PSI -999.250 -999.250 -999.250 -999.250 663.000 38.697 1.447 92057.906 6015.432 1777.000 ** END OF DATA ** ~*** FILE TRAILER **** FILE NAME : EDIT .006 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAPiE : EDIT .007 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE 19IIM~ER 7 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUMBER: 2 DEPTH INCRE~iENT : 0.5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TDTP 11650.0 11300.0 $ LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 25 LOG HEADER DATA DATE LOGGED '. SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (PT): BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): lO-MAY-97 8C0- 609 2230 lO-MAY-97 11724.0 11650.0 11174.0 11717.0 1800.0 NO TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE ......................... GR GAMMA RAY TDTP THERMAL DECAY $ TOOL NUMBER ........... CGRS-A TNC- P BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT): LOGGERS CASING DEPTH (FT) : 8.500 11838.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS~OIL RATIO: CHOKE (DEG) : PRODUCED FLUIDS/SEA 8.40 221.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 12000 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 1.0 REMARJfS: WELL OPEN AT 60 BEANS WHILE LOGGING AND STABLE AT 1100 PSI FOR FIRST RUN (FLOWING PASS). LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 26 WELL JETTING AT 11460 11468'. 200 BARRELS OF SEA WATER PUMPED TO FLUID PACK THE WELL. DEPTH SHIFT NOTED BETWEEN LOG ABOVE AND BELOW PRUDUCING Z FLOWING ANDSHUT IN PASSES NO SIGNIFICANT CHANGE IN TEMPERATURE BETWEEN SHITINAND FL PASSES. TWO PASSES MADE FLOWING; TWO PASSES MADE WITH WELL SHUTINAND FLUID PACKED. THIS FILE CONTAINS RAW TDTP SHUTIN FLUID PACKED PASS #2. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** ....................................................................................... NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD ~ SAMP ELEM CODE (HEX) DEPT FT 553936 O0 000 O0 0 7 1 1 4 68 0000000000 SIGM PS2 CU 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TPHI PS2 PU 553936 O0 000 O0 0 7 1 1 4 68 0000000000 SBHF PS2 CU 553936 O0 000 O0 0 7 1 1 4 68 0000000000 SBPLNPS2 CU 553936 O0 000 00 0 7 1 1 4 68 0000000000 SIGC PS2 CU 553936 O0 000 O0 0 7 1 1 4 68 0000000000 SIBH PS2 CU 553936 O0 000 00 0 7 1 1 4 68 0000000000 TRAT PS2 553936 O0 000 O0 0 7 1 1 4 68 0000000000 SDSI PS2 CU 553936 O0 000 00 0 7 1 1 4 68 0000000000 BACK PS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 FBAC PS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 27 NAFiE SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELE~ CODE (HEX) TCANPS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TCAFPS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TCNDPS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TCFD PS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TSCNPS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TSCF PS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 INNDPS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 INFD PS2 CPS 553936 O0 000 O0 0 7 1 1 4 68 0000000000 TENS PS2 LB 553936 O0 000 O0 0 7 1 1 4 68 0000000000 GR PS2 GAPI 553936 O0 000 O0 0 7 1 1 4 68 0000000000 CCL PS2 V 553936 O0 000 O0 0 7 1 1 4 68 0000000000 ** DATA ** DEPT. 11732.000 SIGM. PS2 -999.250 TPHI. PS2 -999.250 SBHF. PS2 SBHN. PS2 -999.250 SIGC. PS2 -999.250 SIBH. PS2 -999.250 TRAT. PS2 SDSI.PS2 -999.250 BACK. PS2 -999.250 FBAC. PS2 -999.250 TCAN. PS2 TCAF. PS2 -999.250 TCND.PS2 -999.250 TCFD. PS2 -999.250 TSCN. PS2 TSCF. PS2 -999.250 INND.PS2 -999.250 INFD. PS2 -999.250 TENS. PS2 GR.PS2 0.000 CCL.PS2 0.019 DEPT. 11187.000 SIGM. PS2 24.260 TPHI.PS2 27.443 SBHF. PS2 SBH~.PS2 55.744 SIGC.PS2 3.812 SIBH. PS2 70.106 TRAT. PS2 SDSI.PS2 0.505 BACK. PS2 203.032 FBAC. PS2 51.328 TCAN. PS2 TCAF. PS2 23406.684 TCND.PS2 21490.551 TCFD. PS2 7029.310 TSCN. PS2 TSCF. PS2 1543.500 INND.PS2 2126.866 INFD. PS2 444.189 TENS.PS2 GR.PS2 45.167 CCL.PS2 -999.250 -999.250 -999.250 -999.250 -999.250 992.000 45.456 1.432 58465.297 3499.284 1725.000 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .007 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 28 **** FILE HEADER **** FILE NAF1E : EDIT .008 SERVICE : FLIC VERSION · 001C01 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE~ER 8 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUFIBER: 3 DEPTH INCREFIENT: 0.5000 FILE SUMFIARY VENDOR TOOL CODE START DEPTH STOP DEPTH 11650.0 11300.0 TDTP LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE ......................... GR GAMMA RAY TDTP THERMAL DECAY $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT) : LOGGERS CASING DEPTH (FT) : BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TI~4PERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : lO-MAY-97 8C0- 609 2230 lO-MAY-97 11724.0 11650.0 11174.0 11717.0 1800.0 NO TOOL NUMBER CGRS-A TNC- P 8.500 11838.0 PRODUCED FLUIDS/SEA 8.40 221.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 29 FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS~OIL RATIO: CHOKE (DEG) : NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL)'. MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT): BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 12000 ~ COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 1.0 REMARKS: WELL OPEN AT 60 BEANS WHILE LOGGING AND STABLE AT 1100 PSI FOR FIRST RUN (FLOWING PASS). WELL JETTING AT 11460 11468'. 200 BARRELS OF SEA WATER PUMPED TO FLUID PACK THE WELL. DEPTH SHIFT NOTED BETWEEN LOG ABOVE AND BELOW PRUDUCING Z FLOWING AND SHUT IN PASSES NO SIGNIFICANT CHANGE IN TEMPERATURE BETWEEN SHITIN AND FL PASSES. TWO PASSES MADE FLOWING; TWO PASSES MADE WITH WELL SHUTIN AND FLUID PACKED. THIS FILE CONTAINS RAW TDTP FLOWING PASS #1. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 11 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 3O TYPE REPR CODE VALUE 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NA~E SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELEM CODE (HEX) O0 000 O0 0 8 1 1 4 68 0000000000 DEPT FT 553936 SIGMFL1 CU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TPHI FL1 PU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 SBHF FL1 CU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 SBHNFL1 CU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 SIGC FL1 CU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 SIBH FL1 CU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TRAT FL1 553936 O0 000 O0 0 8 1 1 4 68 0000000000 SDSI FL1 CU 553936 O0 000 O0 0 8 1 1 4 68 0000000000 BACK FL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 FBAC FL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TCANFL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TCAFFL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TCNDFL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TCFDFL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TSCNFL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TSCF FL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 INNDFL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 INFD FL1 CPS 553936 O0 000 O0 0 8 1 1 4 68 0000000000 TENS FL1 LB 553936 O0 000 O0 0 8 1 1 4 68 0000000000 GR FL1 GAPI 553936 O0 000 O0 0 8 1 1 4 68 0000000000 CCL FL1 V 553936 O0 000 O0 0 8 1 1 4 68 0000000000 ** DATA ** DEPT. 11739.000 SIGM. FL1 -999.250 TPHI.FL1 -999.250 SBHF. FL1 SBHN. FL1 -999.250 SIGC. FL1 -999.250 SIBH. FL1 -999.250 TRAT.FL1 SDSI.FL1 -999.250 BACK. FL1 -999.250 FBAC.FL1 -999.250 TCAN. FL1 TCAF. FL1 -999.250 TCND.FL1 -999.250 TCFD.FL1 -999.250 TSCN. FL1 TSCF. FL1 -999.250 INND.FL1 -999.250 INFD.FL1 -999.250 TENS.FL1 GR.FL1 27.121 CCL.FL1 0.019 DEPT. 11124.500 SIGM. FL1 35.570 TPHI.FL1 28.637 SBHF. FL1 SBHN. FL1 42.279 SIGC. FL1 0.000 SIBH.FL1 42.279 TRAT. FL1 SDSI.FL1 0.588 BACK. FL1 202.482 FBAC.FL1 74.326 TCAN. FL1 TCAF. FL1 27258.543 TCND.FL1 25033.629 TCFD.FL1 9295.664 TSCN. FL1 TSCF. FL1 1513.716 INND.FL1 2555.947 INFD.FL1 944.254 TENS.FL1 -999.250 -999.250 -999.250 -999.250 538.000 42.504 1.507 73723.047 4110.320 1368.000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 31 GR.FL1 129.068 CCL.FL1 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAF1E : EDIT .008 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NA~IE : EDIT .009 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER 9 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUFiBER : 4 DEPTH INCREMENT: 0. 5000 FILE SUM~Uk~Y VENDOR TOOL CODE START DEPTH STOP DEPTH ..................................... 11650.0 11300.0 TDTP LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIf4E LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE 10 -MAY- 97 8C0- 609 2230 lO-MAY-97 11724.0 11650.0 11174.0 11717.0 1800.0 NO TOOL ~ER LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 32 GR GAMMA RAY TDTP ~ DECAY $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT) : LOGGERS CASING DEPTH (FT) : BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS/OIL RATIO: CHOKE (DEG) : CGRS-A TNC- P 8.500 11838.0 PRODUCED FLUIDS/SEA 8.40 221. 0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (F~: BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COU1Fr RATE HIGH SCALE (CPS): 12000 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 1.0 REMARKS: WELL OPEN AT 60 BEANS WHILE LOGGING AND STABLE AT 1100 PSI FOR FIRST RUN (FLOWING PASS). WELL JETTING AT 11460 11468'. 200 BARRELS OF SEA WATER PUMPED TO FLUID PACK THE WELL. DEPTH SHIFT NOTED BETWEEN LOG ABOVE AND BELOW PRUDUCING Z FLOWING AND SHUT IN PASSES NO SIGNIFICANT CHANGE IN TEMPERATURE BETWEEN SHITIN AND FL PASSES. TWO PASSES MADE FLOWING; TWO PASSES MADE WITH WELL SHUTIN AND FLUID PACKED. THIS FILE CONTAINS RAW TDTP FLOWING PASS #2. $ LIS FORMAT DATA LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 33 ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 88 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 11 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NA~E SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 553936 O0 000 O0 0 9 1 1 4 68 0000000000 SIGM FL2 CU 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TPHI FL2 PU 553936 O0 000 O0 0 9 1 1 4 68 0000000000 SBHF FL2 CU 553936 O0 000 O0 0 9 1 1 4 68 0000000000 SBHNFL2 CU 553936 O0 000 O0 0 9 1 1 4 68 0000000000 SIGC FL2 CU 553936 O0 000 O0 0 9 1 1 4 68 0000000000 SIBH FL2 CU 553936 O0 000 O0 0 9 1 I 4 68 0000000000 TRAT FL2 553936 O0 000 O0 0 9 1 1 4 68 0000000000 SDSI FL2 CU 553936 O0 000 O0 0 9 1 1 4 68 0000000000 BACK FL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 FBAC FL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TCANFL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TCAFFL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TCND FL2 CPS 553936 O0 000 O0 0 9 1 I 4 68 0000000000 TCFDFL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TSCNFL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TSCF FL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 INNDFL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 INFDFL2 CPS 553936 O0 000 O0 0 9 1 1 4 68 0000000000 TENS FL2 LB 553936 O0 000 O0 0 9 1 1 4 68 0000000000 GR FL2 GAPI 553936 O0 000 O0 0 9 1 1 4 68 0000000000 CCL FL2 V 553936 O0 000 O0 0 9 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 11-SEP-1997 14:17 PAGE: 34 ** DATA ** DEPT. 11739.000 SIGM. FL2 SB~N. FL2 -999.250 SIGC.FL2 SDSI.FL2 -999.250 BACK.FL2 TCAF. FL2 -999.250 TCND.FL2 TSCF.FL2 -999.250 INND.FL2 GR.FL2 394.853 CCL.FL2 -999.250 TPHI.FL2 -999.250 SIBH. FL2 -999.250 FBAC. FL2 -999.250 TCFD.FL2 -999.250 INFD. FL2 0.010 DEPT. 11195.500 SIGM. FL2 33.723 TPHI.FL2 SBPfN. FL2 45.116 SIGC. FL2 0.783 SIBH. FL2 SDSI.FL2 0.554 BACK. FL2 268.598 FBAC. FL2 TCAF. FL2 29880.133 TCND.FL2 27594.242 TCFD.FL2 TSCF. FL2 1774.574 INND.FL2 2398.810 INFD. FL2 GR.FL2 162.987 CCL.FL2 -999.250 -999.250 SBHF. FL2 -999.250 TRAT. FL2 -999.250 TCAN. FL2 -999.250 TSCN. FL2 -999.250 TENS.FL2 28.796 SBHF. FL2 48.115 TRAT. FL2 93.739 TCAN. FL2 10198.627 TSCN. FL2 924.090 TENS.FL2 -999.250 -999.250 -999.250 -999.250 604.000 35.833 1.446 77869.734 4484.597 1372.000 ** END OF DATA ** **** FILE TRAILER **** FILE NAFIE : EDIT .009 SERVICE : FLIC VERSION : O01CO1 DATE : 97/09/11 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** TAPE TRAILER **** SERVICE NA~IE : EDIT DATE : 97/09/11 ORIGIN : FLIC TAPE NAME : 97261 CONTINUATION # : 1 PREVIOUS TAPE : COf4~_~f : BP EXPLORATION, X-27, PRUDHOE BAY, 50-029-21112-00 **** REEL TRAILER **** SERVICE NAFIE : EDIT DATE : 97/09/11 ORIGIN : FLIC REEL NAME : 97261 CONTINUATION # : PREVIOUS REEL : COf4M~Fr : BP EXPLORATION, X-27, PRUDHOE BAY, 50-029-21112-00 i... ~r~ i l 1 i PRU BAY V Run 1' 03 - JAN - 1996 PD~GR BORAX Cased Hole 11250 11724 WESTEI~i ATLAS Oil & G~s Cons. Commission Anchorage Logging Services Tape Subfile 2 is typ~. LIS TAPE HEADER PRUDHOE BAY UNIT CASED HOLE WIRELINE LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL :' FWL: ELEVATION (FT FROM MSL 0) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD X - 27 500292111200 BP EXPLORATION (ALASKA) INC. WESTERN ATLAS LOGGING SERVICES 22-JAN- 96 5853.04 D. BARBA S. WHIPP 6 10N 14E 178 724 74.90 73.90 38.10 OPEN HOLE CASING DRILLERS CASING BIT SIZE (IN) SIZE (IN) DEPTH (FT) WEIGHT 1ST STRING 2ND STRING 9.625 3RD STRING 7.000 PRODUCTION STRING 5.500 CURVE SHIFT DATA - ALL PASSES TO STANDARD BASELINE CURVE FOR SHIFTS PBU TOOL CODE: PBU CURVE CODE: RUN NUMBER: PASS NUMBER: DATE LOGGED: LOGGING COMPANY: GRCH 11242. 11243. 11258. 11259. 11260. 11260. 11273. 11286. 11288. 11288. 11299. 11299. 11311. BHCS GR 2 1 12-MAY-84 SWS BASELINE DEPTH 11242.5 11243.5 11259.0 11259.5 11260.0 11261.0 11274.0 11286.0 11288.0 11289.0 11299.5 11300.5 11312.5 11804.0 47.00 11838.0 26.00 10713.0 17.00 (MEASURED DEPTH) (LB/FT) EQUIVALENT UNSHIFTED DEPTH 11324.5 11326.0 11335.0 11336.0 11344.0 11348.0 11349.0 11349.5 11350.0 11351.0 11369.0 11390.5 11403.0 11409.5 11410.0 11411.0 11412.0 11420.0 11421.0 11433.0 11435.0 11457.0 11463.0 11467.0 11484.0 11499.5 11505.0 11521.5 11522.0 11523.0 11528.0 11532.5 11555.0 11558.5 11559.0 11560.5 11677.0 11687.0 11687.5 $ REMARKS: ~±324.5 11326.0 11334.5 11335.0 11344.0 11348.0 11348.5 11349.5 11350.0 11350.5 11368.5 11389.5 11402.5 11409.0 11410.0 11411.0 11411.5 11419.5 11420.0 11432.0 11434.5 11456.5 11462.0 11466.0 11483.5 11499.5 11504.5 11522.0 11522.5 11523.0 11527.5 11532.0 11553.5 11557.0 11558.0 11559.5 11676.5 11686.5 11687.0 LOG TIED INTO CBL DATED 07-JUN-84. FLOWING PASSES RATE INFO: GFR : 2.2 MBPD NOR : 0.61 MOBPD FGR : 6.53 MMSCFD (IN QUESTION) CHOKE : 44.5 LOGGING SUITE ORGANIZATION: 1) LOGGED 3 FLOWING PASSES. 2) LOGGED 2 SEAWATER PASSES. 3) BORAX PASS 1 - 20 BBLS BORAX AWAY. 4) BORAX PASS 2 - 40 BBLS BORAX AWAY. 5) BORAX PASS 3 - 60 BBLS BORAX AWAY. 5) FLUSH PASS. A DIFFUSION CORRECTED SGMA CURVE IS INCLUDED FOR THE THREE ~-~OWING PASSES AND THE TWO~ ~WATER PASSES. THE CURVE IS CALLED SGNT AND WAS CORRECTED WITH THE FOLLOWING PARAMETERS: FLOWING PASSES: BOREHOLE SIZE = 8.0" CASING SIZE = 7.0" SALINITY = 0 PPM. SEAWATER PASSES: BOREHOLE SIZE = 8.0" CASING SIZE = 7.0" SALINITY = 25,000 PPM. A PDK POROSITY CURVE (PHI) WAS ALSO CREATED FOR THE THREE FLOWING PASSES AND THE TWO SEAWATER PASSES. SHIFT PROCEDURE AS FOLLOWS: 1) FIRST PASS GAMMA RAY DEPTH MATCHED TO OPEN HOLE GAMMA RAY. 2) FIRST PASS SGMA (PDK) DEPTH MATCHED TO "SHIFTED" FIRST PASS GAMMA RAY. 3) ALL SUBSEQUENT GAMMA RAY PASSES DEPTH MATCHED TO "SHIFTED" FIRST PASS GAMMA RAY. 4) ALL SUBSEQUENT PDK PASSES DEPTH MATCHED TO "SHIFTED" FIRST PASS PDK. / ? ?MATCH1A. OUT $ FILE HEADER FILE NI3MBER: 1 EDITED CURVES Depth shifted and clipped curves for each pass in separate PASS NUMBER: 1 DEPTH INCREMENT: .5000 FILE SI/MMARY PBU TOOL CODE GRCH PDK $ CURVE SHIFT DATA - START DEPTH 11238.0 11250.0 PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 BASELINE DEPTH SGMA 11270.5 11270.5 11272.0 11272.0 11295.0 11293.5 11313.5 11313.0 11326.5 11326.0 11327.5 11326.5 11329.0 11328.0 11342.0 11342.0 11344.5 11344.5 11345.5 11345.0 11360.0 11359.5 11368.0 11366.0 11369.0 11367.0 11369.5 11368.0 11371.5 11370.0 11373.0 11372.5 11373.5 11373.0 11374.0 11374.0 11380.5 11380.5 11386.5 11386.0 11390.0 11389.5 11391.0 11390.0 11392.5 11392.0 11393.0 11392.5 11394.0 11393.0 11403.5 11402.5 11406.5 11406.0 11409.5 11409.0 11410.0 11410.0 11411.5 11411.5 11412.5 11412.0 11421.0 11420.5 11422.0 11421.0 11432.5 11432.0 11436.5 11436.0 11444.5 11443.5 11452.5 11452.0 11456.5 11456.0 11457.5 11456.5 files. STOP DEPTH 11702.0 11714.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH 11458.0 11461.0 11463.5 11465.0 11493.5 11494.5 11496.5 11497.0 11520.5 11522.5 11523.5 11531.5 11532.5 11558.0 11566.0 11566.5 11649.5 11651.0 11651.5 11657.0 11677.0 11678.0 11706.0 $ REMARKS: ~457.0 11460.5 11462.5 11464.0 11494.0 11495.0 11496.0 11496.5 11521.0 11523.0 11523.5 11531.5 11532.0 11557.5 11566.5 11567.0 11648.5 11650.0 11651.0 11657.0 11677.0 11677.5 11705.0 FLOWING PASS 1. ALL PDK CURVES WERE SHIFTED WITH SGMA. GRCH WAS DEPTH MATCHED TO OPEN HOLE GAMMA RAY. / ? ?MATCH1B. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 16 Curves: Name Tool Code Samples Units GRCH PDK 68 1 GAPI BIF PDK 68 1 BKL PDK 68 1 CPS BKS PDK 68 1 CPS CSLS PDK 68 1 CU LS PDK 68 1 CPS MSD PDK 68 1 CU RATO PDK 68 1 RBOR PDK 68 1 Size API API API API Log Crv Crv Length Typ Typ Cls Mod 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 10 RICS PDK ~_ 1 11 RIN PDK 68 1 12 SGMA PDK 68 1 CU 13 SGMB PDK 68 1 CU 14 SS PDK 68 1 CPS 15 SGNT PDK 68 1 CU 16 PHI PDK 68 1 PU-S * DATA RECORD . (TYPE# 0) Total Data Records: 69 958 BYTES * 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 64 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 16338 datums Tape Subfile: 2 313 records... Minimum record length: 62 bytes Maximum record length: 958 bytes Tape Subfile 3 is type: LIS FILE HEADER FILE ~UMBER: 2 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. 2 .5000 PASS NUSIBER: DEPTH INCREMENT: FILE SUMMARY PBU TOOL CODE GRCH PDK $ CURVE SHIFT DATA - START DEPTH 11238.0 11250.0 STOP DEPTH 11702.0 11714.0 PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 (MEASURED DEPTH) BASELINE DEPTH GRCH 11242.5 11242.5 11244.5 11244.5 11254.0 11254.0 11254.5 11255.0 11272.5 11273.0 11273.5 11273.5 11280.5 11280.5 11281.5 11281.0 11288.0 11287.5 11289.0 11288.0 11299.5 11299.5 11300.5 11300.0 11301.5 11300.5 11302.0 11301.5 11311.0 11310.5 11311.5 11311.5 11312.0 11311.5 11320.5 11320.5 11326.0 11326.0 11327.0 11326.5 11331.5 11331.0 11332.0 11332.0 11360.0 11360.0 11362.5 11362.5 11363.5 11363.0 11365.5 11365.0 11366.5 11365.5 11367.5 11366.0 11370.5 11369.0 11371.0 11370.0 11372.5 11371.5 11373.0 11373.0 11390.0 11390.0 11391.0 11390.5 11394.5 11397.5 11399.5 11394.0 11397.0 11399.5 EQUIVALENT UNSHIFTED DEPTH SGMA 11401.0 11401.5 11421.5 11422.5 11426.0 11427.0 11428.0 11428.5 11443.0 11443.5 11444.0 11444.5 11445.0 11446.0 11447.0 11447.5 11460.0 11461.0 11462.0 11471.0 11471.5 11473.0 11486.0 11487.5 11488.0 11492.5 11493.0 11494.0 11496.5 11497.5 11507.5 11508.0 11510.0 11510.5 11514.0 11514.5 11515.0 11518.0 11519.0 11532.0 11533.0 11534.5 11535.5 11536.5 11541.0 11543.5 11544.5 11558.0 11558.5 11560.0 11560.5 11561.0 11561.5 11564.5 11576.0 11578.0 11578.5 11579.0 11612.5 11614.0 11444.5 11445.5 11446.5 11447.0 11460.0 11460.5 11470.5 11471.5 11492.5 11493.5 11514.5 11515.0 11515.5 11532.5 11533.0 11534.5 11540.5 11543.0 11543.5 11557.0 11558.0 11559.5 11560.0 11560.5 11576.0 11579.0 11613.0 11400.5 11401.5 11421.5 11422.0 11425.5 11426.0 11427.0 11428.0 11442.5 11443.0 11443.5 11446.5 11447.5 11461.0 11461.5 11472.5 11486.5 11488.0 11489.0 11494.5 11497.0 11497.5 11507.5 11508.5 11510.5 11511.5 11519.0 11519.5 11536.0 11536.5 11560.0 11561.0 11565.5 11579.0 11580.0 11580.5 11614.5 11615.0 11616.0 11616.5 11620.5 11621.5 11627.5 11629.0 11630.0 11635.0 11636.0 11653.0 11654.5 11665.5 11674.0 11675.0 11676.0 11682.5 11683.5 11684.0 11687.5 11689.0 11690.0 11697.0 11702.0 11703.0 11703.5 11704.0 11706.0 11706.5 $ REMARKS: 11635.5 11636.0 11665.5 11676.5 11683.0 11683.5 11684.5 11688.0 11697.0 11706.0 11706.5 11615.5 11616.0 11617.0 11621.0 11621.5 11628.0 11629.5 11630.0 11653.0 11655.5 11675.0 11675.5 11689.5 11690.0 11702.0 11702.5 11703.0 11704.0 11706.0 11706.5 FLOWING PASS 2. ALL PDK CURVES WERE SHIFTED WITH SGMA. / ? ?MATCH2A. OUT / ? ?MATCH2B. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 16 Curves: Name Tool Code Samples Units GRCH PDK 68 1 GAPI BIF PDK 68 1 BKL PDK 68 1 CPS Size API API API API Log Crv Crv Length Typ Typ Cls Mod 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 BKS PDK _~ 1 CPS 5 CSLS PDK 68 1 CU 6 LS PDK 68 1 CPS 7 MSD PDK 68 1 CU 8 RATO PDK 68 1 9 RBOR PDK 68 1 10 RICS PDK 68 1 11 RIN PDK 68 1 12 SGMA PDK 68 1 CU 13 SGMB PDK 68 1 CU 14 SS PDK 68 1 CPS 15 SGNT PDK 68 ~1 CU 16 PHI PDK 68 1 PU-S * DATA RECORD (TYPE# 0 ) Total Data Records: 69 4 4 4 4 4 4 4 4 4 4 4 4 4 958 BYTES * 64 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 1 1 1 1 1 1 1 1 1 1- 1 1 1 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 16338 datums Tape Subfile: 3 229 records... Minimum record length: 62 bytes Maximum record length: 958 bytes Tape Subfile 4 is type: LIS FILE HEADER FILE NUMBER: 3 EDITED CURVES Depth shifted and clipped curves for each pass PASS NUMBER: 3 DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE GRCH PDK $ CURVE SHIFT'DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 sTART DEPTH 11238.0 11250.0 BASELINE DEPTH 11242.5 11243.5 11244.5 11257.0 11258.0 11262.5 11263.5 11270.0 11272.0 11273.0 11278.5 11279.5 11285.5 11287.5 11298.5 11299.5 11301.0 11301.5 11304.0 11305.0 11307.5 11308.0 11315.5 11317.0 11317.5 11318.0 11319.0 11320.0 11320.5 11322.5 11323.5 11336.0 11336.5 11344.5 11345.5 11348.5 11349.0 GRCH 11242.5 11243.0 11256.5 11257.0 11261.5 11262.0 11269.5 11298.0 11298.5 11303.0 11303.5 11306.0 11307.0 11314.5 11317.5 in separate files. STOP DEPTH 11702.0 11714.0 (MEASURED DEPTH) EQUIVALENT IINSHIFTED DEPTH SGMA 11244.5 11272.0 11272.5 11278.0 11278.5 11284.5 11286.0 11299.5 11300.5 11316.0 11317.0 11317.5 11318.0 11319.0 11320.0 11322.0 11322.5 11335.0 11336.0 11344.0 11344.5 11347.5 11348.5 11361.0 11363.0 11365.0 11365.5 11366.5 11367.5 11372.5 11373.0 11380.5 11381.5 11386.5 11390.0 11391.0 11394.5 11405.0 11405.5 11421.5 11422.5 11425.5 11426.5 11428.0 11428.5 11429.5 11430.0 11430.5 11431.0 11431.5 11445.5 11446.0 11446.5 11447.5 11448.0 11457.0 11458.0 11460.0 11461.0 11471.0 11474.5 11475.0 11481.5 11485.0 11490.0 11492.0 11492.5 11498.5 11499.5 11506.0 11506.5 11508.5 11509.0 11509.5 11521.5 11525.0 11534.5 11535.0 11536.0 11537.0 11543.0 11543.5 11549.0 11364.5 11379.5 11380.0 11385.0 11394.0 11421.0 11430.0 11430.5 11431.0 11456.5 11457.0 11473.5 11474.5 11491.5 11492.5 11498.5 11499.0 11505.5 11506.5 11508.5 11509.0 11509.5 11521.5 11524.5 11534.5 11535.0 11548.0 11360.5 11362.0 11364.5 11365.0 11365.5 11370.5 11372.5 11389.5 11390.0 11404.0 11405.0 11421.0 11421.5 11424.5 11425.0 11426.5 11427.5 11428.5 11429.0 11429.5 11430.5 11444.5 11445.0 11445.5 1144 6.5 11447.5 11459.5 11460.0 11470.0 11481.0 11484.5 11490.0 11534.5 11535.5 11536.0 11542.0 11543.0 11550.0 11550.5 11551.0 11553.0 11554.0 11555.0 11555.5 11556.0 11557.0 11560.0 11560.5 11561.5 11565.5 11566.0 11578.5 11581.5 11613.0 11617.5 11618.5 11622.0 '11628.5 11631.0 11632.0 11633.5 11637.0 11638.5 11639.5 11640.0 11640.5 11652.0 11653.5 11654.0 11658.0 11664.5 11665.0 11666.0 11670.5 11671.5 11674.0- 11675.0 11676.5 11686.5 11687.0 11689.0 11691.5 11705.5 11706.0 11706.5 $ REMARKS: ~548.5 11549.0 11550.0 11552.0 11552.5 11553.5 11554.5 11555.0 11555.5 11559.5 11560.5 11560.0 11565.5 11566.5 11579.0 11581.5 11612.5 11617.0 11617.5 11618.0 11621.5 11627.0 11631.0 11630.5 11633.0 11636.5 11638.0 11638.5 11639.0 11640.0 11651.5 11653.0 11654.0 11658.0 11665.5 11665.5 11666.5 11671.5 11670.5 11672.0 11674.5 11674.0 11676.0 11676.0 11686.0 11687.0 11688.5 11690.5 11704.5 11706.0 11705.0 11706.5 FLOWING PASS 3. ALL PDK CURVES WERE SHIFTED WITH SGMA. CN / ? ?MATCH3A. OUT /??MATCH3B. OUT $ : BP EXPLORATION : X - 27 FN : Pk~DHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 16 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH PDK 68 1 GAPI 4 2 BIF PDK 68 1 4 3 BKL PDK 68 1 CPS 4 4 BKS PDK 68 1 CPS 4 5 CSLS PDK 68 1 CU 4 6 LS PDK 68 1 CPS 4 7 MSD PDK 68 1 CU 4 8 RATO PDK 68 1 4 9 RBOR PDK 68 1 4 10 RICS PDK 68 1 4 11 RIN PDK 68 1 4 12 SGMA PDK 68 1 CU 4 13 SGMB PDK 68 1 CU 4 14 SS PDK 68 1 CPS 4 15 SGNT PDK 68 1 CU 4 16 PHI PDK 68 1 PU-S 4 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 '51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 64 * DATA RECORD (TYPE# 0) 958 BYTES * Total Data Records: 69 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 32676 datums Tape Subfile: 4 248 records... Minimum record length: Maximum record length: 62 bytes 958 bytes Tape Subfile 5 is type: LIS FILE HEADER FILE NUMBER: 4 EDITED CURVES Depth shifted and clipped curves PASS NUMBER: 4 DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE START DEPTH GRCH 11238.0 PDK 11250.0 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 for each pass in separate files. STOP DEPTH 11702.0 11714.0 (MEASURED DEPTH) BASELINE DEPTH GRCH 11242.5 11243.5 11244.5 11245.5 11244.5 11245.5 11246.0 11246.0 11246.5 11247.0 11247.0 11250.5 11250.5 11251.0 11251.5 11254.0 11254.0 11254.5 11255.5 11268.0 11268.5 11269.0 11270.0 11270.0 11271.0 11271.0 11271.5 11272.5 11273.5 11273.5 11274.0 11281.0 11281.5 11282.0 11282.0 11287.5 11288.0 11287.5 11288.5 11288.5 11289.0 11289.5 11289.5 11289.0 11297.5 11298.0 11298.0 11299.0 11298.5 11299.5 11299.5 11300.0 11300.5 11301.0 11301.0 11300.5 11301.5 11301.5 11304.0 11304.0 11306.5 11306.5 11307.5 11307.0 11312.0 11311.5 11312.5 11312.5 11314.0 11314.0 11315.5 11315.5 11316.0 11316.5 11318.0 11318.5 EQUIVALENT UNSHIFTED DEPTH SGMA 11486.5 11487.0 11488.0 11489.0 11489.5 11494.0 11496.5 11497.5 11504.0 11504.5 11506.5 11507.0 11517.0 11519.0 11520.0 11522.5 11527.5 11528.0 11528.5 11529.5 11531.0 11531.5 11532.5 11533.0 11534.5 11535.5 11536.5 11538.0 11538.5 11539.0 11540.0 11541.0 11541.5 11543.0 11544.0 11554.5 11555.0 11555.5 11556.5 11561.0 11564.5 11575.0 11575.5 11577.0 11579.0 11613.5 11634.5 11635.5 11637.0 11637.5 11638.5 11645.5 11647.5 11651.0 11651.5 11652.5 11677.0 11685.5 11686.0 11686.5 11489.0 11490.0 11497.0 11504.5 11506.5 11507.5 11517.5 11522.5 11527.5 11528.5 11529.0 11529.5 11531.0 11532.0 11533.5 11538.0 11538.5 11539.0 11539.5 11542.5 11543.0 11553.5 11554.5 11555.0 11555.5 11576.0 11614.5 11635.5 11636.0 11646.0 11647.5 11652.5 11677.5 11686.5 11687.5 11487.0 11487.5 11488.5 11494.0 11497.5 11504.5 11519.5 11520.0 11531.0 11532.0 11533.0 11534.0 11535.5 11536.0 11536.5 11539.0 11539.5 11540.5 11541.5 11561.0 11565.5 11576.0 11577.0 11580.5 11637.5 11638.0 11638.5 11651.0 11652.0 11686.0 11687.0 11687.5 11689.5 11690.5 11694.0 11694.5 11696.0 11697.0 11705.5 11706.0 11706.5 $ REMARKS: ~_688.5 11697.0 11690.5 11691.0 11694.5 11695.5 11697.0 11697.5 11706.0 11706.0 11706.5 11706.5 SEAWATER PASS 1. ALL PDK CURVES WERE SHIFTED WITH SGMA. / ? ?MATCH4A. OUT /? ?MATCH4B. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape. depth ID: F 16 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH PDK 68 1 GAPI 4 2 BIF PDK 68 1 4 3 BKL PDK 68 1 CPS 4 4 BKS PDK 68 1 CPS 4 5 CSLS PDK 68 1 CU 4 6 LS PDK 68 1 CPS 4 7 MSD PDK 68 1 CU 4 8 P~ATO PDK 68 1 4 9 RBOR PDK 68 1 4 10 RICS PDK 68 1 4 11 RIN PDK 68 1 4 12 SGMA PDK 68 1 -CU 4 13 SGMB PDK 68 1 CU 4 14 SS PDK 68 1 CPS 4 15 SGNT PDK 68 1 CU 4 16 PHI PDK 68 1 PU-S 4 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 64 * DATA RECORD (TYPE# 0) 958 BYTES * Total Data Records: 69 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 32676 datums Tape Subfile: 5 270 records... Minimum record length: 62 bytes Maximum record length: 958 bytes Tape Subfile 6 is type: LIS FILE HEADER ! FILE NUMBER: 5 EDITED CURVES Depth shifted and clipped curves PASS NUMBER: 5 DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE START DEPTH GRCH 11238.0 PDK 11250.0 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 BASELINE DEPTH GRCH 11242.5 11243.5 11244.5 11245.5 11246.5 11246.5 11247.0 11254.0 11254.5 11260.0 11260.5 11262.0 11263.0 11263.5 11264.0 11272.0 11272.5 11273.0 11275.5 11276.5 11281.0 11281.5 11282.5 11283.0 11283.5 11284.5 11284.5 11285.0 11285.5 11286.5 11287.0 11288.0 11288.0 11288.5 11289.0 11299.0 11299.5 11300.0 11300.5 11301.0 11301.0 11309.0 11309.5 11314.5 11314.5 11321.5 11322.5 11323.5 11324.5 11325.0 11325.5 11326.0 11327.0 for each pass in separate files. STOP DEPTH 11702.0 11714.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH SGMA 11244.5 11254.0 11255.5 11261.0 11262.0 11263.5 11264.0 11264.5 11265.5 11273.5 11274.0 11276.5 11277.0 11281.5 11283.0 11288.0 11288.5 11298.5 11299.5 11309.0 11310.0 11326.5 11327.0 11327.5 11328.0 11331.5 11332.5 11334.5 11335.0 11335.5 11344.5 11349.5 11350.5 11361.0 11362.5 11365.5 11366.5 11367.5 11370.5 11371.0 11372.5 11373.0 11380.5 11381.5 11384.0 11385.5 11389.0 11390.0 11391.0 11393.5 11395.5 11396.5 11397.0 11400.0 11401.0 11401.5 11421.5 11422.0 11423.0 11423.5 11428.0 11429.0 11430.0 11431.0 11431.5 11432.0 11432.5 11434.0 11434.5 11435.0 11436.0 11441.0 11443.5 11445.5 11446.0 11447.0 11452.0 11452.5 11453.0 11456.0 11457.0 11457.5 11465.0 i~328.0 11329.0 11332.5 11333.0 11336.0 11345.5 11350.5 11351.0 11384.5 11385.5 11389.0 11393.0 11395.0 11395.5 11396.0 11400.5 11422.0 11432.0 11432.5 11433.0 11441.5 11446.5 11447.0 11447.5 11456.5 11457.0 11457.5 11334.5 11335.5 11361.5 11362.5 11365.5 11366.0 11366.5 11369.5 11370.5 11372.0 11374.0 11381.5 11382.0 11390.5 11391.0 11401.0 11402.0 11422.5 11423.0 11424.0 11428.5 11429.0 11429.5 11431.0 11432.0 11434.0 11435.0 11435.5 11436.0 11443.5 11446.5 11452.5 11453.0 11453.5 11458.0 11464.5 11466.0 11473.0 11473.5 11474.0 11481.0 11483.5 11497.0 11509.0 11509.5 11517.5 11518.0 11519.0 11520.0 11521.0 11521.5 11522.5 11523.5 11534.5 11535.0 11536.0 11537.5 11538.5 11539.-0 11541.5 11542.5 11546.0 11553.0 11561.0 11561.5 11566.5 11568.0 11575.0 11575.5 11578.5 11587.0 11588.5 11589.0 11612.0 11619.0 11629.5 11633.0 11638.0 11644.0 11653.5 11654.0 11676.0 11677.5 11678.5 11689.0 11690.0 11697.5 11698.5 11700.5 11701.0 11701.5 11702.5 11706.0 11706.5 $ .~_465.5 11472.5 11473.5 11517.5 11518.0 11521.5 11535.0 11540.5 11560.5 11566.0 11643.5 11676.0 11706.0 11706.5 11472.5 11473.5 11474.0 11481.5 11484.0 11497.0 11509.0 11510.0 11519.5 11520.0 11521.0 11522.0 11523.0 11523.5 11534.5 11535.5 11537.0 11537.5 11538.0 11542.0 11545.5 11553.0 11561.0 11568.5 11575.5 11576.5 11579.5 11587.0 11588.5 11589.5 11611.5 11618.5 11629.5 11633.0 11637.5 11653.0 11654.0 11677.5 11678.0 11688.5 11689.0 11696.5 11697.0 11699.0 11700.5 11701.0 11701.5 11705.0 11705.5 REMARKS: SEAWAT~:~ PASS 2. ALL PDK CURVES WERE SHIFTED WITH SGMA. / ? ?MATCH5A. OUT / ? ?MATCH5B. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COLIN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 16 Curves: Name Tool Code Samples Units API API API API Lo9 Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 GRCH PDK 68 1 GAPI 4 4 51 995 99 BIF PDK 68 1 4 4 51 995 99 BKL PDK 68 1 CPS 4 4 51 995 99 BKS PDK 68 1 CPS 4 4 51 995 99 CSLS PDK 68 1 CU 4 4 51 995 99 LS PDK 68 1 CPS 4 4 51 995 99 MSD PDK 68 1 CU 4 4 51 995 99 RATO PDK 68 1 4 4 51 995 99 RBOR PDK 68 1 4 4 51 995 99 RICS PDK 68 1 4 4 51 995 99 RIN PDK 68 1 4 4 51 995 99 SGFLA PDK 68 1 CU 4 4 51 995 99 SGMB PDK 68 1 CU 4 4 51 995 99 SS PDK 68 1 CPS 4 4 51 995 99 SGNT PDK 68 1 CU 4 4 51 995 99 PHI PDK 68 1 PU-S 4 4 51 995 99 64 * DATA RECORD (TYPE# 0) 958 BYTES * Total' Data Records: 69 Tape. File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 49014 datums Tape Subfile: 6 Minimum record length: Maximum record length: 258 records... 62 bytes 958 bytes Tape Subfile 7 is type: LIS FILE HEADER FILE NUMBER: 6 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. 6 .5000 PASS NUMBER: DEPTH INCREMENT: FILE SUMMARY PBU TOOL CODE GRCH PDK $ CURVE SHIFT DATA - START DEPTH 11238.0 11250.0 STOP DEPTH 11702.0 11714.0 PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 (MEASURED DEPTH) BASELINE DEPTH GRCH 11242.5 11243.0 11244.5 11254.0 11254.5 11262.5 11263.0 11263.5 11263.5 11264.0 11264.0 11267.0 11267.5 11268.5 11269.0 11269.0 11270.0 11272.0 11273.0 11278.0 11279.0 11278.5 11279.5 11282.0 11282.5 11287.5 11288.5 11298.5 11299.0 11299.5 11299.5 11307.5 11308.0 11311.5 11312.0 11312.0 11323.0 11325.0 11326.0 11325.5 11336.0 11337.0 11336.5 11338.5 11339.0 11339.5 11340.5 11341.0 11342.0 11343.0 11344.0 11344.5 EQUIVALENT UNSHIFTED DEPTH SGMA 11244.5 11254.0 11255.5 11273.0 11273.5 11279.0 11279.5 11287.5 11288.0 11307.0 11308.0 11311.5 11312.5 11323.5 11325.5 11336.0 11337.0 11339.0 11340.0 11340.5 11341.0 11342.0 11343.0 11343.5 11361.0 11363.0 11365.5 11366.5 11367.5 11372.5 11373.0 11373.5 11380.5 11381.5 11386.0 11393.5 11395.5 11396.5 11399.5 11404.0 11404.5 11409.0 11410.0 11411.0 11411.5 11420.5 11421.0 11421.5 11422.5 11431.0 11432.0 11432.5 11433.0 11436.0 11437.0 11442.0 11446.5 11447.0 11447.5 11448.0 11452.0 11456.0 11457.0 11465.5 11471.5 11472.0 11492.5 11493.0 11517.0 11518.0 11519.5 11520.0 11521.0 11521.5 11522.0 11522.5 11523.0 11523.5 11524.0 11531.5 11532.0 11533.0 11534.0 11539.5 11386.5 11393.5 11395.5 11396.0 11400.0 11409.5 11410.0 11411.0 11412.0 11421.0 11422.0 11432.0 11432.5 11442.5 11447.5 11448.0 11448.5 11456.5 11457.0 11465.0 11471.0 11472.0 11492.5 11493.5 11517.5 11518.0 11520.0 11520.5 11521.0 11521.5 11523.5 11524.5 11532.5 11533.0 11534.0 11539.0 11361.5 11363.0 11365.5 11366.0 11366.5 11371.5 11372.5 11374.0 11381.0 11381.5 11404.0 11405.0 11422.0 11422.5 11432.5 11433.5 11436.5 11437.0 11446.5 11447.5 11448.0 11453.0 11520.0 11520.5 11521.0 11522.0 11522.5 11523.5 11531.5 11532.5 11533.5 11543.0 11544.0 11554.5 11555.0 11557.0 11560.0 11560.5 11561.5 11565.0 11575.0 11579.5 11583.0 11587.5 11588.0 11592.5 11612.5 11614.5 11617.5 11626.5 11627.5 11628.5 11630.0 11631.0 11633.0 11637.5 11641.0 11642.0 11642.5 11653.0 11657.5 11662.5 11676.5 11678.0 11679.0 11689.5 11691.0 11700.5 11701.5 11704.0 11704.5 11706.0 11706.5 $ REMARKS: 11542.5 11543.0 11553.5 11554.5 11557.0 11560.0 11560.0 11561.0 11560.5 11566.0 11574.5 11579.0 11584.0 11588.0 11588.5 11592.0 11613.0 11614.5 11617.0 11628.0 11629.0 11629.5 11631.0 11631.5 11633.5 11637.5 11641.0 11641.5 11642.5 11653.0 11658.5 11664.0 11677.0 11678.5 11679.0 11689.5 11690.5 11700.0 11700.5 11703.0 11704.0 11706.0 11705.5 11706.5 11706.0 BORAX PASS 1: 20 BBLS BORAX AWAY. ALL PDK CURVES WERE SHIFTED WITH SGMA. CN WN FN COUN STAT / ? ?MATCH6A. OUT / ? ?MATCH6B. OUT $ : BP EXPLORATION : X - 27 : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 14 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH PDK 68 1 GAPI 4 2 BIF PDK 68 1 4 3 BKL PDK 68 1 CPS 4 4 BKS PDK 68 1 CPS 4 5 CSLS PDK 68 1 CU 4 6 LS PDK 68 1 CPS 4 7 MSD PDK 68 1 CU 4 8 RATO PDK 68 1 4 9 RBOR PDK 68 1 4 10 RICS PDK 68 1 4 11 RIN PDK 68 1 4 12 SGMA PDK 68 1 CU 4 13 SGMB PDK 68 1 CU 4 14 SS PDK 68 1 CPS 4 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 9'95 99 4 51 995 99 4 51 995 99 1 1 1 1 1 1 1 1 1 1 1 1 1 1 56 * DATA RECORD (TYPE# 0) 966 BYTES * Total Data Records: 61 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 47092 datums Tape Subfile: 7 234 records... Minimum record length: 62 bytes Maximum recOrd length: 966 bytes Tape Subfile 8 is type: LIS PASS NUMBER: DEPTH INCREMENT: FILE SUMMARY PBU TOOL CODE GRCH PDK $ CURVE SHIFT DATA - FILE HEADER FILE NUMBER: 7 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. 7 .5000 START DEPTH 11238.0 11250.0 STOP DEPTH 11702.0 11714.0 PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 (MEASURED DEPTH) BASELINE DEPTH GRCH 11242 . 5 11244 . 0 11244.5 11251.0 11252.5 11252 . 0 11253 . 0 11254.0 11254.5 11256.0 11256.5 11262.5 11263.5 11265 . 0 11266.0 11265.5 11267.0 11266.0 11267.5 11267.0 11268 . 0 11268.5 11269.5 11269 . 0 11270.5 11272.5 11273.5 11283 . 0 11284 . 5 11283.5 11285.0 11286.0 11287.0 11293.0 11294.0 11296.5 11297.5 11297.0 11298.5 11299.0 11300.5 11299.5 11300.0 11301.0 11307.0 11308 . 0 11307.5 11308.0 11308.5 11312.0 11312.5 11325 . 0 11326 . 5 11335.5 11337.0 11338.5 11339.0 EQUIVALENT UNSHIFTED DEPTH SGMA 11244.5 11254.0 11256.0 11257.5 11258.5 11264.5 11265.0 11274.0 11274.5 11284.5 11285.5 11293.5 11294.0 11299.0 11300.0 11307.5 11308.5 11339.5 11340.5 11344.5 11345.5 11346.5 11361.0 11363.5 11366.0 11367.5 11370.0 11370.5 11372.0 11373.0 11378.5 11379.5 11383.0 11393.5 11394.5 11395.0 11395.5 11400.0 11408.5 11409.5 11410.5 11411.0 11411.5 11412.5 11413.0 11421.0 11421.5 11422.0 11423.0 11425.0 11428.0 11429.0 11429.5 11430.5 11431.0 11431.5 11438.0 11439.0 11445.5 11446.5 11447.0 11447.5 11453.0 11455.5 11457.0 11466.0 11489.0 11489.5 11521.5 11523.0 11523.5 11524.0 11531.0 11531.5 11532.0 11533.0 11536.0 11536.5 11537.0 11345.5 11384.0 11401.5 11410.0 11410.5 11413.5 11414.5 11422.5 11423.0 11432.0 11454.5 11456.5 11458.0 11466.5 11489.5 11490.5 11532.0 11532.5 11536.5 11537.0 11537.5 11347.0 11347.5 11362.0 11364.0 11366.5 11367.0 11369.5 11370.5 11372.0 11374.5 11380.0 11380.5 11394.5 11395.0 11395.5 11396.5 11411.5 11412.5 11413.0 11413.5 11414.5 11423.0 11424.0 11426.5 11429.5 11430.0 11430.5 11431.0 11431.5 11432.5 11439.0 11439.5 11446.0 11447.5 11448.0 11449.0 11521.5 11523.0 11524.0 11524.5 11531.5 11532.5 11534.0 11538.0 11539.0 11553.5 11554.5 11555.0 11558.5 11560.0 11561.0 11561.5 11566.0 11575.0 11575.5 11577.0 11578.0 11579.0 11611.5 11619.0 11619.5 11620.5 11621.0 11622.0 11630.5 11631.0 11634.0 11634.5 11635.5 11641.0 11642.0 11643.0 11643.5 11644.0 11645.0 11649.0 11649.5 11651.0 11651.5 11653.0 11674.5 11677.0 11678.0 11687.5 11697.0 11697.5 11698.5 11700.5 11701.0 11701.5 11702.5 11706.0 11706.5 $ REMARKS: i±538.5 11539.0 11553.5 11554.0 11555.0 11560.0 11560.5 11561.0 11633.0 11635.5 11636.0 11636.5 11642.0 11642.5 11643.5 11644.5 11645.0 11645.5 11651.5 11652.5 11688.5 11697.0 11706.0 11706.5 11559.0 11561.5 11567.5 11576.5 11577.5 11579.0 11579.5 11580.5 11612.0 11619.5 11620.5 11621.5 11622.5 11623.5 11631.0 11649.5 11650.5 11654.0 11676.0 11678.5 11679.0 11698.5 11699.0 11701.0 11702.0 11702.5 11703.0 11706.5 11707.0 BORAX PASS 2: 40 BBLS BORAX AWAY. ALL PDK CURVES WERE SHIFTED WITH SGMA. /? ?MATCH7A. OUT / ? ?MATCM7B. OUT $ CN WN FN COUN STAT * FORMAT RECORD : BP EXPLORATION : X - 27 : PRUDHOE BAY : NORTH SLOPE : ALASKA (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 14 Curves: Name Tool Code Samples Units 1 GRCH PDK 68 1 GAPI 2 BIF PDK 68 1 3 BKL PDK 68 1 CPS 4 BKS PDK 68 1 CPS 5 CSLS PDK 68 1 CU 6 LS PDK 68 1 CPS 7 MSD PDK 68 1 CU 8 RATO PDK 68 1 9 RBOR PDK 68 1 10 RICS PDK 68 1 11 RIN PDK 68 1 12 SGMA PDK 68 1 CU 13 SGMB PDK 68 1 CU 14 SS PDK 68 1 CPS API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 995 99 1 56 * DATA RECORD (TYPE# 0) 966 BYTES * Total Data Records: 61 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 63430 datums Tape Subfile: 8 242 records... Minimum record length: 62 bytes Maximum record length: 966 bytes Tape Subfile 9 is type: LIS FILE HEADER FILE NUMBER: 8 EDITED CURVES Depth shifted and clipped curves PASS NUMBER: 8 DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE START DEPTH GRCH 11238.0 PDK 11250.0 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 BASELINE DEPTH 11242.5 11244.5 11247.0 11248.0 11254.0 11254.5 11260.5 11261.0 11261.5 11262.5 11263.5 11266.5 11267.5 11268.5 11269.5 11270.5 11282.5 11285.5 11287.0 11287.5 11288.0 11301.5 11303.0. 11307.5 11308.5 11310.5 11311.5 11312.0 11322.5 11326.5 11336.0 11336.5 11337.0 11345.0 11346.0 11358.0 11359.0 GRCH 11243.5 11248.0 11248.5 11261.5 11263.0 11264.0 11264.5 11267.5 11268.0 11269.0 11283.5 11288.0 11288.5 11302.0 11303.0 11310.5 11327.5 11359.0 11359.5 for each pass in separate files. STOP DEPTH 11702.0 11714.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH SGMA 11244.5 11254.0 11256.0 11262.0 11262.5 11270.5 11271.0 11286.0 11287.5 11307.5 11309.0 11312.0 11313.0 11323.5 11336.5 11337.0 11338.0 11346.0 11346.5 11359.5 11363.0 11364.0 11366.0 11367.0 11367.5 11368.5 11370.0 11370.5 11372.5 11373.0 11378.5 11380.0 11381.0 11391.0 11394.5 11396.5 11399.0 11400.5 11401.5 11410.0 11410.5 11411.0 11411.5 11421.5 11422.5 11427.5 11428.5 11430.0 11431.0 11432.0 11433.5 11434.0 11443.5 11446.0 11446.5 11447.0 11447.5 11456.0 11457.0 11457.5 11466.0 11470.0 11472.5 11492.5 11494.5 11498.0 11504.0 11517.0 11517.5 11522.5 11523.5 11531.5 11532.0 11532.5 11533.0 11533.5 11541.0 11551.5 11552.0 11360.5 11381.0 11381.5 11391.5 11394.5 11396.5 11400.0 11401.5 11402.0 11411.5 11412.5 11422.5 11431.5 11432.5 11433.0 11444.5 11447.5 11448.0 11448.5 11457.0 11457.5 11458.0 11466.0 11470.0 11473.0 11493.0 11495.5 11499.0 11504.5 11517.5 11518.5 11524.0 11532.0 11533.0 11533.5 11534.0 11540.5 11551.0 11551.5 11363.5 11364.0 11366.0 11366.5 11367.0 11367.5 11369.0 11370.0 11372.0 11374.0 11379.5 11380.5 11410.5 11411.5 11422.5 11423.0 11428.0 11428.5 11433.5 11434.5 11447.5 11448.5 11523.5 11524.0 11532.0 11532.5 11533.0 11533.5 11552.5 11559.0 11561.0 11561.5 11567.0 11567.5 11568.0 11569.0 11570.0 11573.0 11573.5 11575.0 11576.0 11579.0 11583.0 11585.0 11588.5 11589.5 11591.0 11592.5 11613.0 11613.5 11614.5 11615.0 11622.5 11624.0 11629.0 11630.0 11631.0 11633.5 11634.5 11635.0 11637.5 11640.5 11641.0 11641.5 11647.0 11651.0 11651.5 11652.0 11653.5 11657.0 11662.0 11663.0 11676.5 11681.5 11687.0 11687.5 11688.5 11692.5 11693.0 11694.0 11697.0 11704.0 11704.5 11706.0 11706.5 $ REMARKS: 1.~552.0 11559.0 11561.0 11561.0 11568.5 11569.0 11570.0 11571.0 11571.5 11574.5 11575.5 11577.0 11577.5 11580.5 11583.5 11585.5 11589.5 11590.0 11592.0 11593.5 11614.0 11614.5 11615.0 11615.5 11621.5 11623.0 11629.5 11630.5 11631.0 11633.5 11634.0 11634.5 11638.0 11638.0 11641.0 11641.5 11641.5 11648.0 11651.0 11652.0 11652.5 11654.5 11658.0 11664.0 11665.0 11677.0 11682.5 11687.5 11688.5 11689.5 11693.0 11693.5 11694.0 11697.0 11704.0 11705.0 11706.0 11706.5 11706.5 11707.0 BORAX PASS 3: 60 BBLS BORAX AWAY. ALL PDK ~TIRVES WERE SHIFTED WITH S ,. / ? ?MATCH8A. OUT / ? ?MATCHSB. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 14 Curves: Name Tool Code Samples Units 1 GRCH PDK 68 1 GAPI 2 BIF PDK 68 1 3 BKL PDK 68 1 CPS 4 BKS PDK 68 1 CPS 5 CSLS PDK 68 1 CU 6 LS PDK 68 1 CPS 7 MSD PDK 68 1 CU 8 RATO PDK 68 1 9 RBOR PDK 68 1 10 RICS PDK 68 1 11 RIN PDK 68 1 12 SGMA PDK 68 1 CU 13 SGMB PDK 68 1 CU 14 SS PDK 68 1 CPS * DATA RECORD (TYPE# 0) Total Data Records: 61 API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 4 51 995 99 1 56 966 BYTES * Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 61508 datums Tape Subfile: 9 249 records... Minimum record length: Maximum record length: 62 bytes 966 bytes Tape Subfile 10 is type: LIS FILE HEADER FILE NUMBER: 9 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 9 DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE GRCH PDK $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE GRCH PASS NUMBER: 1 START DEPTH 11238.0 11250.0 BASELINE DEPTH GRCH 11242.5 11243.5 11244.5 11245.5 11246.5 11246.5 11247.0 11248.0 11248.5 11248.5 11249.5 11250.0 11251.0 11251.0 11251.5 11254.0 11254.5 11257.0 11257.5 11258.0 11258.0 11262.5 11263.5 11263.5 11265.0 11268.0 11268.5 11272.5 11273.0 11273.5 11273.5 11274.0 11274.5 11274.5 11275.5 11281.0 11287.5 11288.0 11288.0 11288.5 11288.5 11296.5 11296.5 11297.0 11297.5 11298.5 11299.0 11299.5 11299.5 11300.0 11300.5 11301.5 11302.0 11306.0 11306.5 11311.0 11311.0 11311.5 11312.0 11313.5 11313.5 STOP DEPTH 11702.0 11714.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH SGMA 11244.5 11254.0 11255.5 11263.5 11265.5 11275.0 11275.5 11281.0 11287.5 11301.0 11302.0 11311.5 11312.5 11318.5 11319.0 11326.5 11335.5 11336.0 11336.5 11337.0 11338.5 11339.0 11339.5 11340.5 11343.5 11344.0 11344.5 11345.5 11346.0 11346.5 11347.5 11350.0 11351.0 11359.5 11363.5 11364.5 11366.0 11367.0 11369.0 11370.0 11370.5 11371.0 11373.0 11373.5 11375.5 11376.5 11378.0 11381.5 11400.5 11401.0 11410.0 11410.5 11419.5 11420.0 11421.0 11421.5 11422.0 11422.5 11425.5 11426.5 11431.5 11432.0 11436.5 11438.5 11439.5 11445.5 11446.0 11446.5 11447.5 11448.0 11448.5 11456.0 11456.5 11319.0 11336.0 11337.0 11344.5 11350.5 11351.0 11359.5 11401.0 11420.0 11421.0 11422.0 11422.5 11437.0 11446.5 11447.5 11448.0 11456.5 11319.5 11326.5 11336.5 11337.5 11339.0 11340.0 11340.5 11341.0 11344.0 11345.0 11345.5 11346.0 11346.5 11347.5 11348.5 11350.5 11364.0 11364.5 11366.0 11366.5 11368.5 11369.0 11369.5 11370.5 11372.5 11374.5 11376.5 11377.0 11378.5 11381.5 11400.5 11401.5 11410.5 11411.5 11422.5 11423.0 11426.0 11426.5 11431.5 11432.5 11439.0 11439.5 11445.5 11446.5 11448.5 11449.5 11457.0 11457.0 11457.5 11463.0 11463.5 11464.5 11466.5 11472.5 11473.0 11481.5 11488.5 11489.5 11490.0 11492.0 11493.0 11497.5 11506.0 11507.0 11507.5 11508.0 11511.5 11512.0 11514.5 11515.5 11516.0 11518.0 11518.5 11521.5 11522.5 11525.0 11528.5 11529.0 11530.0 11530.5 11531.0 11531.5 11532.0 11533.0 11533.5 11534.5 11536.0 11538.0 11538.5 11542.0 11555.0 11556.0 11559.0 11559.5 11561.0 11561.5 11566.0 11575.5 11578.0 11579.0 11580.0 11600.0 11604.0 11604.5 11605.0 11606.0 11606.5 .~±457.0 11457.5 11466.0 11472.0 11473.0 11481.5 11489.0 11490.0 11491.0 11493.0 11493.5 11498.0 11506.0 11507.5 11508.5 11516.0 11517.0 11519.0 11525.0 11528.5 11529.5 11533.5 11542.0 11555.0 11555.5 11561.0 11576.5 11581.0 11605.0 11606.5 11607.0 11458.0 11463.0 11463.5 11464.0 11466.0 11508.0 11512.5 11513.5 11516.0 11519.5 11522.5 11523.0 11530.5 11531.0 11531.5 11532.0 11533.0 11534.5 11535.0 11536.0 11538.0 11539.0 11542.5 11559.0 11560.0 11561.5 11567.5 11579.5 11580.0 11601.5 11605.5 11606.0 11607.0 11607.0 11609.0 11611.5 11612.0 11614.0 11616.5 11633.0 11634.0 11635.0 11635.5 11637.0 11640.0 11640.5 11645.5 11650.5 11651.0 11657.5 11669.5 11671.0 11672.0 11674.0 11675.0 11676.5 11685.0 11687.5 11692.0 11697.0 11701.0 11703.0 11706.0 11706.5 $ REMARKS: ~607.5 11609.5 11612.5 11613.5 11615.5 11617.0 11633.5 11634.0 11634.5 11636.5 11637.5 11640.5 11641.5 11646.5 11651.5 11652.5 11659.0 11672.0 11673.5 11674.0 11676.0 11676.5 11677.5 11686.5 11689.0 11693.0 11697.0 11702.0 11703.0 11706.0 11706.0 11706.5 11706.5 FLUSH PASS. ALL PDK CURVES WERE SHIFTED WITH SGMA. / ? ?MATCH9A. OUT / ? ?MATCH9B. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 14 Curves: Name Tool Code Samples Units GRCH PDK 68 1 GAPI Size API API API API Log Crv Crv Length Typ Typ Cls Mod 1 4 4 51 995 99 1 2 BIF PDK 3 1 3 BKL PDK 68 1 CPS 4 BKS PDK 68 1 CPS 5 CSLS PDK 68 1 CU 6 LS PDK 68 1 CPS 7 MSD PDK 68 1 CU 8 RATO PDK 68 1 9 RBOR PDK 68 1 10 RICS PDK 68 1 11 RIN PDK 68 1 12 SGMA PDK 68 1 CU 13 SGMB PDK 68 1 CU 14 SS PDK 68 1 CPS * DATA RECORD (TYPE# 0 ) Total Data Records: 61 4 4 4 4 4 4 4 4 4 4 4 4 4 966 BYTES * 56 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 4 51 995 99 1 1 1 1 1 1 1 1 1 1 1 1 1 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding_summary: Rep Code: 68 77846 datums Tape Subfile: 10 283 records... Minimum record length: Maximum record length: 62 bytes 966 bytes Tape Subfile 11 is type: LIS FILE HEADER FILE NUMBER: 10 AVERAGED CURVES Compensated Neutron: Arithmetic average of edited passes for all curves. Pulsed Neutron: Unaveraged edited Pass 1 gamma ray and background counts; arithmetic average of edited static baseline passes for all other curves. DEPTH INCREMENT: 0.5000 PASSES INCLUDED IN AVERAGE PBU TOOL CODE PASS NUMBERS PDK GRC}{ $ REMARKS: 4, 5 1 AVERAGED PASS. SEAWATER PASSES 1 & 2 WERE AVERAGED. $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ~KA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 16 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH PNAV 68 1 GAPI 4 2 BKL PNAV 68 1 CPS 4 3 BKS PNAV 68 1 CPS 4 4 BIF PNAV 68 1 4 5 CSLS PNAV 68 1 CU 4 6 LS PNAV 68 1 CPS 4 7 MSD PNAV 68 1 CU 4 8 RATO PNAV 68 1 4 9 RBOR PNAV 68 1 4 10 RICS PNAV 68 1 4 11 RIN PNAV 68 1 4 12 SGMA PNAV 68 1 CU 4 13 SGMB PNAV 68 1 CU 4 14 SS PNAV 68 1 CPS 4 15 SGNT PNAV 68 1 CU 4 16 PHI PNAV 68 1 PU-S 4 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 4 53 995 99 1 64 * DATA RECORD (TYPE# 0) 958 BYTES * Total Data Reco_~s: 69 Tape File Start Depth = 11235.000000 Tape File End Depth = 11715.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 77846 datums Tape Subfile: 11 91 records... Minimum record length: 62 bytes Maximum record length: 958 bytes Tape Subfile 12 is type: LIS FILE HEADER FILE NUMBER: 11 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 1 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11234.0 PDK 11246.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SBAR PDK CCL TEMP $ STOP DEPTH 11716.0 11728.0 03-JAN-96 FSYS REV. J001 VER. 1.1 1238 03-JAN-96 11796.0 11724.0 11250.0 11724.0 600.0 YES TOOL NUMBER SWIVEL 3913NA SINKER BAR PDK-100 2725XB CASING COLLAR LOC. 2324XA TEMPERATURE 2120XA BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT) : LOGGER'S CASING DEPTH (FT): 0.000 11838.0 0.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 0.00 0.000 BLUELINE COUNT _ ~rE NORMALIZATION IN OIL Z( TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN) : 0.0 REMARKS: FLOWING PASS 1. WELL BORE FLUIDS: PRODUCED. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 22 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 GR PDK 68 1 GAPI 4 BIF PDK 68 1 4 BKL PDK 68 1 CPS 4 BKS PDK 68 1 CPS 4 CCL PDK 68 1 4 CSLS PDK 68 1 CU 4 CSS PDK 68 1 CPS 4 ISS PDK 68 1 CPS 4 LS PDK 68 1 CPS 4 MON PDK 68 1 CPS 4 MSD PDK 68 1 CU 4 RATO PDK 68 1 4 RBOR PDK 68 1 4 RICS PDK 68 1 4 RIN PDK 68 1 4 SGMA PDK 68 1 CU 4 SGMB PDK 68 1 CU 4 SPD PDK 68 1 F/MN 4 SS PDK 68 1 CPS 4 TEN PDK 68 1 LB 4 SGNT PDK 68 1 CU 4 PHI PDK 68 1 PU-S 4 4 51 310 01 1 4 51 995 99 1 4 51 391 51 1 4 51 390 51 1 4 51 150 01 1 4 51 995 99 1 4 51 995 99 1 4 51 391 99 1 4 51 391 99 1 4 51 430 01 1 4 51 995 99 1 4 51 420 99 1 4 51 420 99 1 4 51 420 99 1 4 51 420 99 1 4 51 400 01 1 4 51 995 99 1 4 51 636 99 1 4 51 390 99 1 4 51 635 99 1 4 51 995 99 1 4 51 995 99 1 88 * DATA RECORD (TYPE# 0) Total Data Records: 180 1018 BYTES * Tape File Start Depth = 11234.000000 Tape File End Depth = 11728.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 123318 datums Tape Subfile: 12 260 records... Minimum record length: 62 bytes Maximum record length: 1018 bytes Tape Subfile 13 is ts..: LIS FILE HEADER FILE NUMBER: 12 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 2 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11212.0 PDK 11224.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): STOP DEPTH 11716.0 11728.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK-100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER' S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG) : NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 03-JAN-96 FSYS REV. J001 VER. 1.1 1402 03-JAN-96 11796.0 11724.0 11250.0 11724.0 600.0 YES TOOL NUMBER 3913NA 2725XB 2324XA 2120XA 0.000 11838.0 0.0 SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 0.00 0.000 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIk__JG WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN): 0.0 REMARKS: FLOWING PASS 2. WELL BORE FLUIDS: PRODUCED. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 22 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 GR PDK 68 1 GAP I 4 BIF PDK 68 1 4 BKL PDK 68 1 CPS 4 BKS PDK 68 1 CPS 4 CCL PDK 68 1 4 CSLS PDK 68 1 CU 4 CSS PDK 68 1 CPS 4 ISS PDK 68 1 CPS 4 LS PDK 68 1 CPS 4 MON PDK 68 1 CPS 4 MSD PDK 68 1 CU 4 P~ATO PDK 68 1 4 RBOR PDK 68 1 4 RICS PDK 68 1 4 RIN PDK 68 1 4 SGMA PDK 68 1 CU 4 SGMB PDK 68 1 CU 4 SPD PDK 68 1 F/MN 4 SS PDK 68 1 CPS 4 TEN PDK 68 1 LB 4 SGNT PDK 68 1 CU 4 PHI PDK 68 1 PU- S 4 4 51 310 01 4 51 995 99 4 51 391 51 4 51 390 51 4 51 150 01 4 51 995 99 4 51 995 99 4 51 391 99 4 51 391 99 4 51 430 01 4 51 995 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 400 01 4 51 995 99 4 51 636 99 4 51 390 99 4 51 635 99 4 51 995 99 4 51 995 99 88 * DATA RECORD .YPE# 0) Total Data Records: 188 1018 BYTES * Tape File Start Depth = 11212.000000 Tape File End Depth = 11728.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 125342 datums Tape Subfile: 13 268 records... Minimum record length: 62 bytes Maximum record length: 1018 bytes Tape Subfile 14 is type: LIS FILE HEADER FILE NUMBER: 13 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 3 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11234.0 PDK 11246.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): STOP DEPTH 11716.0 11728.0 03 - JAN- 96 FSYS REV. J001 VER. 1.1 1506 03-JAN-96 11796.0 11724.0 11250.0 11724.0 600.0 YES TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBA/{ SINKER BAR PDK PDK-100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ TOOL NUMBER 3913NA 2725XB 2324XA 2120XA BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER' S CASING DEPTH (FT): LOGGER' S CASING DEPTH (FT): 0.000 11838.0 0.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 0.00 0.000 BLUELINE COUNT _ ~TE NORMALIZATION IN OIL Z ] TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN) : 0.0 REMARKS: FLOWING PASS 3. WELL BORE FLUIDS: PRODUCED. NEAR COIINT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 22 Curves: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod GR PDK 68 1 GAPI 4 BIF PDK 68 1 4 BKL PDK 68 1 CPS 4 BKS PDK 68 1 CPS 4 CCL PDK 68 1 4 CSLS PDK 68 1 CU 4 CSS PDK 68 1 CPS 4 ISS PDK 68 1 CPS 4 LS PDK 68 1 CPS 4 MON PDK 68 1 CPS 4 MSD PDK 68 1 CU 4 RATO PDK 68 1 4 RBOR PDK 68 1 4 RICS PDK 68 1 4 RIN PDK 68 1 4 SGMA PDK 68 1 CU 4 SGMB PDK 68 1 CU 4 SPD PDK 68 1 F/MN 4 SS PDK 68 1 CPS 4 TEN PDK 68 1 LB 4 SGNT PDK 68 1 CU 4 PHI PDK 68 1 Pu-S 4 4 51 310 01 4 51 995 99 4 51 391 51 4 51 390 51 4 51 150 01 4 51 995 99 4 51 995 99 4 51 391 99 4 51 391 99 4 51 430 01 4 51 995 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 400 01 4 51 995 99 4 51 636 99 4 51 390 99 4 51 635 99 4 51 995 99 4 51 995 99 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 88 * DATA RECORD (TYPE# 0 ) Total Data Records: 180 1018 BYTES * Tape File Start Depth = 11234.000000 Tape File End Depth = 11728.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 168790 datums Tape Subfile: 14 260 records... Minimum record length: 62 bytes Maximum record length: 1018 bytes Tape Subfile 15 is type: LIS FILE HEADER FILE NUMBER: 14 RAW CURVES Curves and lo9 header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 4 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11227.0 PDK 11239.0 $ LOG HEADER DATA STOP DEPTH 11719.0 11731.0 DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK-100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER' S CASING DEPTH (FT) : LOGGER' S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 03-JAN-96 FSYS REV. J001 VER. 1.1 1847 03-JAN-96 11796.0 11724.0 11250.0 11724.0 900.0 YES TOOL NUMBER 3913NA 2725XB 2324XA 2120XA ~0. 000 11838.0 0.0 SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 0.00 0.000 BLUELINE COUAVA ATE NORMALIZATION IN OIL '. TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT): ~E 0.0 0.0. BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN) : 0.0 REMARKS: SEAWATER PASS 1. WELL BORE FLUIDS: SEAWATER. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 22 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 GR PDK 68 1 GAPI BIF PDK 68 1 BKL PDK 68 1 CPS BKS PDK 68 1 CPS CCL PDK 68 1 CSLS PDK 68 1 CU CSS PDK 68 1 CPS ISS PDK 68 1 CPS LS PDK 68 1 CPS MON PDK 68 1 CPS MSD PDK 68 1 CU RATO PDK 68 1 RBOR PDK 68 1 RICS PDK 68 1 RIN PDK 68 1 SGMA PDK 68 1 CU SGMB PDK 68 1 CU SPD PDK 68 1 F/MN SS PDK 68 1 CPS TEN PDK 68 1 LB SGNT PDK 68 1 CU PHI PDK 68 1 PU-S 4 4 51 310 01 1 4 4 51 995 99 1 4 4 51 391 51 1 4 4 51 390 51 1 4 4 51 150 01 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 391 99 1 4 4 51 391 99 1 4 4 51 430 01 1 4 4 51 995 99 1 4 4 51 420 99 1 4 4 51 420 99 1 4 4 51 420 99 1 4 4 51 420 99 1 4 4 51 400 01 1 4 4 51 995 99 1 4 4 51 636 99 1 4 4 51 390 99 1 4 4 51 635 99 1 4 4 51 995 99 1 4 4 51 995 99 1 88 * DATA RECORD (TYPE# 0) Total Data Records: 184 1018 BYTES * Tape File Start Depth = 11227.000000 Tape File End Depth = 11731.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS rePresentation code decoding summary: Rep Code: 68 171734 datums Tape Subfile: 15 264 records... Minimum record length: 62 bytes Maximum record length: 1018 bytes Tape Subfile 16 is type: LIS FILE HEADER FILE NUMBER: 15 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 5 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11232.0 PDK 11244.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK-100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ STOP DEPTH 11718.5 11730.5 03-JAN-96 FSYS REV. J001 VER. 1.1 1950 03-JAN-96 11796.0 11724.0 11250.0 11724.0 900.0 YES TOOL NUMBER 3913NA 2725XB 2324XA 2120XA BOREHOLE AND CAS ING DATA OPEN HOLE BIT SIZE (IN): DRILLER' S CASING DEPTH (FT) : LOGGER' S CASING DEPTH (FT) : 0.000 11838.0 0.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 NEUTRON TOOL TOOL TYPE (EPITHERMALOR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 0.00 0.000 BLUELINE COUNT .TE NORMALIZATION IN OIL Z 2 TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN) : 0.0 REMARKS: SEAWATER PASS 2. WELL BORE FLUIDS: SEAWATER. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 22 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 GR PDK 68 1 GAPI BIF PDK 68 1 BKL PDK 68 1 CPS BKS PDK 68 1 CPS CCL PDK 68 1 CSLS PDK 68 1 CU CSS PDK 68 1 CPS ISS PDK 68 1 CPS LS PDK 68 1 CPS MON PDK 68 1 CPS MSD PDK 68 1 CU RATO PDK 68 1 RBOR PDK 68 1 RICS PDK 68 1 RIN PDK 68 1 SGMA PDK 68 1 CU SGMB PDK 68 1 CU SPD PDK 68 1 F/MN SS PDK 68 1 CPS TEN PDK 68 1 LB SGNT PDK 68 1 CU PHI PDK 68 1 PU-S 4 4 51 310 01 1 4 4 51 995 99 1 4 4 51 391 51 1 4 4 51 390 51 1 4 4 51 150 01 1 4 4 51 995 99 1 4 4 51 995 99 1 4 4 51 391 99 1 4 4 51 391 99 1 4 4 51 430 01 1 4 4 51 995 99 1 4 4 51 420 99 1 4 4 51 420 99 1 4 4 51 420 99 1 4 4 51 420 99 1 4 4 51 400 01 1 4 4 51 995 99 1 4 4 51 636 99 1 4 4 51 390 99 1 4 4 51 635 99 1 4 4 51 995 99 1 4 4 51 995 99 1 88 * DATA RECORD (TYPE# 0) Total Data Records: 182 1018 BYTES * Tape File Start Depth = 11232.000000 Tape File End Depth = 11730.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 214630 datums Tape Subfile: 16 262 records... Minimum record length: 62 bytes Maximum record length: 1018 bytes Tape Subfile 17 is type: LIS FILE HEADER FILE NUMBER: 16 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 6 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11234.5 PDK 11246.5 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): .TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK-100 CCL CASING COLIJ%R LOC. TEMP TEMPERATURE $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER' S CASING DEPTH (FT): LOGGER' S CASING DEPTH (FT) : STOP DEPTH 11720.0 11732.0 03-JAN-96 FSYS REV. J001 VER. 1.1 2100 03-JAN-96 11796.0 11724.0 11250.0 11724.0 900.0 YES TOOL NUMBER 3913NA 2725XB 2324XA 2120XA 0.000 11838.0 0.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG) : SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 0.00 0.000 BLUELINE COUNT .TE NORMALIZATION IN OIL Z TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN) : 0.0 REMARKS: BORAX PASS 1: 20 BBLS BORAX AWAY. WELL BORE FLUIDS: BORAX. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 20 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR PDK 68 1 GA_PI 4 2 BIF PDK 68 1 4 3 BKL PDK 68 1 CPS 4 4 BKS PDK 68 1 CPS 4 5 CCL PDK 68 1 4 6 CSLS PDK 68 1 CU 4 7 CSS PDK 68 1 CPS 4 8 ISS PDK 68 1 CPS 4 9 LS PDK 68 1 CPS 4 10 MON PDK 68 1 CPS 4 11 MSD PDK 68 1 CU 4 12 P~ATO PDK 68 1 4 13 RBOR PDK 68 1 4 14 RICS PDK 68 1 4 15 RIN PDK 68 1 4 16 SGMA PDK 68 1 CU 4 17 SGMB PDK 68 1 CU 4 18 SPD PDK 68 1 F/MN 4 19 SS PDK 68 1 CPS 4 20 TEN PDK 68 1 LB 4 4 51 310 01 1 4 51 995 99 1 4 51 391 51 1 4 51 390 51 1 4 51 150 01 1 4 51 995 99 1 4 51 995 99 1 4 51 391 99 1 4 51 391 99 1 4 51 430 01 1 4 51 995 99 1 4 51 420 99 1 4 51 420 99 1 4 51 420 99 1 4 51 420 99 1 4 51 400 01 1 4 51 995 99 1 4 51 636 99 1 4 51 390 99 1 4 51 635 99 1 80 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 166 Tape File Start Depth = 11235.000000 Tape File End Depth = 11732.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 213504 datums Tape Subfile: 17 246 records... Minimum record length: 44 bytes Maximum record length: 1014 bytes Tape Subfile 18 is type: LIS FILE HEADER FILE NUMBER: 17 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 7 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11236.0 PDK 11248.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT) : TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): STOP DEPTH 11722.5 11734.5 03-JAN-96 FSYS REV. J001 VER. 1.1 2149 03-JAN-96 11796.0 11724.0 11250.0 11724.0 900.0 YES TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK-100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ TOOL NUMBER 3913NA 2725XB 2324XA 2120XA BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): 0.000 11838.0 0.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG) : SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 0.00 0.000 BLUELINE COUNT £E NORMALIZATION IN OIL Z( TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN): 0.0 REMARKS: BORAX PASS 2: 40 BBLS BORAX AWAY. WELL BORE FLUIDS: BORAX. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 20 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR PDK 68 1 GAPI 4 2 BIF PDK 68 1 4 3 BKL PDK 68 1 CPS 4 4 BKS PDK 68 1 CPS 4 5 CCL PDK 68 1 4 6 CSLS PDK 68 1 CU 4 7 CSS PDK 68 1 CPS 4 8 ISS PDK 68 1 CPS 4 9 LS PDK 68 1 CPS 4 10 MON PDK 68 1 CPS 4 11 MSD PDK 68 1 CU 4 12 RATO PDK 68 1 4 13 RBOR PDK 68 1 4 14 RICS PDK 68 1 4 15 RIN PDK 68 1 4 16 SGMA PDK 68 1 CU 4 17 SGMB PDK 68 1 CU 4 18 SPD PDK 68 1 F/MN 4 19 SS PDK 68 1 CPS 4 20 TEN PDK 68 1 LB 4 4 51 310 01 4 51 995 99 4 51 391 51 4 51 390 51 4 51 150 01 4 51 995 99 4 51 995 99 4 51 391 99 4 51 391 99 4 51 430 01 4 51 995 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 400 01 4 51 995 99 4 51 636 99 4 51 390 99 4 51 635 99 80 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 167 Tape File Start Depth = 11236.000000 Tape File End Depth = 11734.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 256484 datums Tape Subfile: 18 247 records... Minimum record length: 44 bytes Maximum record length: 1014 bytes Tape Subfile 19 is type: LIS FILE HEADER FILE NI3MBER: 18 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 8 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11234.0 PDK 11246.0 $ LOG HEADER DATA STOP DEPTH 11722.5 11734.5 DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK- 100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER' S CASING DEPTH (FT): LOGGER' S CASING DEPTH (FT) : BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG) : NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 03-JAN-96 FSYS REV. J001 VER. 1.1 2250 03-JAN-96 11796.0 11724.0 11250.0 11724.0 900.0 YES TOOL NUMBER 3913NA 2725XB 2324XA 2120XA 0.000 11838.0 0.0 SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 0.00 0.000 BLUELINE COUNT JTE NORMALIZATION IN OIL Z ~ TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN): 0.0 REMARKS: BORAX PASS 3:60 BBLS BORAX AWAY. WELL BORE FLUIDS: BORAX. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 20 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 GR PDK 68 1 GAPI 4 4 51 310 01 BIF PDK 68 1 4 4 51 995 99 BKL PDK 68 1 CPS 4 4 51 391 51 BKS PDK 68 1 CPS 4 4 51 390 51 CCL PDK 68 1 4 4 51 150 01 CSLS PDK 68 1 CU 4 4 51 995 99 CSS PDK 68 1 CPS 4 4 51 995 99 ISS PDK 68 1 CPS 4 4 51 391 99 LS PDK 68 1 CPS 4 4 51 391 99 MON PDK 68 1 CPS 4 4 51 430 01 MSD PDK 68 1 CU 4 4 51 995 99 RATO PDK 68 1 4 4 51 420 99 RBOR PDK 68 1 4 4 51 420 99 RICS PDK 68 1 4 4 51 420 99 RIN PDK 68 1 4 4 51 420 99 SGMA PDK 68 1 CU 4 4 51 400 01 SGMB PDK 68 1 CU 4 4 51 995 99 SPD PDK 68 1 F/MN 4 4 51 636 99 SS PDK 68 1 CPS 4 4 51 390 99 TEN PDK 68 1 LB 4 4 51 635 99 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 80 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 167 Tape File Start Depth = 11234.000000 Tape File End Depth = 11734.000000 Tape File Level SpacinG = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 255526 datums Tape Subfile: 19 247 records... Minimum record length: 44 bytes Maximum record length: 1014 bytes Tape Subfile 20 is type: LIS FILE HEADER FILE NUMBER: 19 RAW CURVES Curves and loH header data for each pass in separate files; raw backHround pass in last file. PASS NUMBER: 9 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11234.0 PDK 11246.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE SWVL SWIVEL SBAR SINKER BAR PDK PDK- 100 CCL CASING COLLAR LOC. TEMP TEMPERATURE $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT) : BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM): - WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG) : NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): STOP DEPTH 11722.5 11734.5 03-JAN-96 FSYS REV. J001 VER. 1.1 2345 03-JAN-96 11796.0 11724.0 11250.0 11724.0 900.0 YES TOOL NUMBER 3913NA 2725XB 2324XA 2120XA 0.000 11838.0 0.0 SEE REMARKS 0.00 0.0 217.9 0 0.0 0.000 0.000 0.000 0.0 0.00 0.000 BLUELINE COUNT ~TE NORMALIZATION IN OIL Z TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 300 FAR COUNT RATE HIGH SCALE (CPS): 6300 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 0 TOOL STANDOFF (IN) : 0.0 REMARKS: FLUSH PASS. WELL BORE FLUIDS: SEAWATER. NEAR COUNT RATE HIGH SCALE: 120,000. CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COLTN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64 ) ONE DEPTH PER FRAME Tape depth ID: F 20 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR PDK 68 1 GAPI 4 2 BIF PDK 68 1 4 3 BKL PDK 68 1 CPS 4 4 BKS PDK 68 1 CPS 4 5 CCL PDK 68 1 4 6 CSLS PDK 68 1 CU 4 7 CSS PDK 68 1 CPS 4 8 ISS PDK 68 1 CPS 4 9 LS PDK 68 1 CPS 4 10 MON PDK 68 1 CPS 4 11 MSD PDK 68 1 CU 4 12 RATO PDK 68 1 4 13 RBOR PDK 68 1 4 14 RICS PDK 68 1 4 15 RIN PDK 68 1 4 16 SGMA PDK 68 1 CU 4 17 SGMB PDK 68 1 CU 4 18 SPD PDK 68 1 F/MN 4 19 SS PDK 68 1 CPS 4 20 TEN PDK 68 1 LB 4 4 51 310 01 4 51 995 99 4 51 391 51 4 51 390 51 4 51 150 01 4 51 995 99 4 51 995 99 4 51 391 99 4 51 391 99 4 51 430 01 4 51 995 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 420 99 4 51 400 01 4 51 995 99 4 51 636 99 4 51 390 99 4 51 635 99 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 80 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 168 Tape File Start Depth = 11234.000000 Tape File End Depth = 11735.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 298590 datums Tape Subfile: 20 248 records... Minimum record length: 44 bytes Maximum record length: 1014 bytes Tape Subfile 21 is type: LIS 96/ 1/22 01 **** REEL TRAILER **** 96/ 1/22 01 Tape Subfile: 21 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Mon'22 JAN 96 12:05p Elapsed execution time = 9.72 seconds. SYSTEM RETURN CODE = 0 X- 27 PRUDHOE BAY Run 1' 21 - Janua~/- 1995 CN/GR Cased Hole RECEIVED FEB 0 B 1995 &iaaka t~ii & Gas Cons. Commission ~.~o~..,. Atlas Wireline Services Al'LAS 1150 11720 Tape Subfile 2 is type: LIS TAPE HEADER PRUDHOE BAY UNIT CASED HOLE WIRELINE LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION(FT FROM MSL 0) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD X - 27 (13-32-11-14) 500292111200 BP EXPLORATION (ALASKA) INC. ATLAS WIRELINE SERVICES 01-FEB-95 5853.03 J. DAHL P. ANGELL 6 10N 14E 178 724 74.90 73.90 38.10 OPEN HOLE CASING DRILLERS CASING BIT SIZE (IN) SIZE (IN) DEPTH (FT) WEIGHT (LB/FT) 1ST STRING 2ND STRING 9.625 11084.0 3RD STRING 7.000 11838.0 PRODUCTION STRING 5.500 10713.0 CURVE SHIFT DATA - ALL PASSES TO STANDARD (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU TOOL CODE: PBU CURVE CODE: RUN NUMBER: PASS NUMBER: DATE LOGGED: LOGGING COMPANY: BHCS GR 2 1 12-MAY-84 SWS BASELINE DEPTH 11144.5 11150.5 11159.0 11161.0 11166.5 11177.0 11180.5 11195.0 11196.0 11205.0 11205.5 11206.5 11220.5 GRCH 11144.5 11150.5 11158.5 11160.5 11167.0 11177.5 11181.5 11195.0 11196.5 11205.5 11206.5 11207.5 11221.0 EQUIVALENT UNSHIFTED DEPTH 47.00 26.00 17.00 11224.0 11230.0 11236.0 11237.0 11244.0 11249.5 11261.0 11263.5 11268.5 11273.5 11285.5 11288.5 11290.0 11296.0 11310.5 11312.0 11331.0 11344.0 11344.5 11345.5 11350.0 11354.0 11412.5 11430.5 11436.5 11444.5 11452.5 11457.0 11469.5 11499.5 11502.5 11504.5 11521.5 11522.0 11523.0 11528.5 11532.0 11554.5 11558.5 11647.5 11677.5 11681.5 $ REMARKS: 11224.5 11230.0 11236.5 11237.0 11244.0 11249.5 11261.0 11264.0 11268.0 11273.5 11285.5 11288.0 11290.0 11296.0 11310.5 11311.5 11331.0 11345.0 11345.5 11346.0 11350.5 11354.0 11412.5 11430.5 11436.5 11444.0 11452.5 11457.0 11468.5 11499.0 11501.5 11503.5 11522.0 11522.5 11523.0 11528.0 11531.5 11553.5 11557.5 11647.0 11677.0 11681.0 CN/GR Cased Hole. LOG TIED INTO: CBL WELL TEST SUMMARY TEST DATE ELAPSED TIME GROSS FLUID RATE NET OIL RATE NET WATER RATE FORMATION GAS RATE GOR LIFT GAS RATE CASING PRESSURE TGOR TGLR CHOKE OPENING (07-JUN-84 / SWS) 12-JAN-95 4.00 2.84 0.72 2.12 4.31 5981 0.00 0.00 5981 1519 50.0 HOURS MPBD MBOPD MBWPD MMSCFD SCF/STB MMSCFD PSIG SCF/STB SCF/BBL MANIFOLD PRESSURE MANIFOLD TEMPERATURE WATER CUT (CALC) 1089 156 74.6 PSIG DEGF % NEUTRON LOG PARAMETERS: SANDSTONE MATRIX, CHISM FILTERING IS ACTIVE, CALIPER CORRECTION = 10.625", CASING CORRECTIONS OFF, SALINITY = 0.0 PPM. SHIFT PROCEDURE AS FOLLOWS: 1) FIRST PASS GAMMA RAY DEPTH MATCHED TO OPEN HOLE GAMMA RAY. 2) FIRST PASS NEUTRON DEPTH MATCHED TO "SHIFTED" FIRST PASS GAMMA RAY. 3) ALL SUBSEQUENT GAMMA RAY PASSES DEPTH MATCHED TO "SHIFTED" FIRST PASS GAMMA RAY. 4) ALL SUBSEQUENT NEUTRON PASSES DEPTH MATCHED TO "SHIFTED" FIRST PASS NEUTRON. / ? ?MATCH1A. OUT $ FILE HEADER FILE NUMBER: 1 EDITED CURVES Depth shifted and clipped curves for each run in separate files. PASS NUMBER: 1 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE GRCH 2418 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GRCH PASS NUMBER: 1 START DEPTH 11142.0 11150.0 BASELINE DEPTH NPHI 11144.5 11144.5 11150.5 11150.5 11159.0 11158.5 11161.0 11160.5 11171.0 11170.5 11177.0 11177.5 11180.5 11181.5 11195.0 11195.0 11201.0 11200.5 11205.0 11205.0 11208.0 11208.0 11214.5 11214.0 11224.0 11223.5 11227.5 11227.0 11230.0 11229.0 11236.0 11236.5 11237.0 11237.0 11244.0 11244.0 11249.5 11249.5 11263.5 11264.0 11273.5 11273.5 11285.5 11286.0 11288.0 11288.5 11290.0 11290.0 11296.0 11296.0 11303.0 11302.0 11306.0 11305.0 11314.5 11313.5 11323.0 11321.5 11331.0 11330.0 11334.5 11334.0 11337.0 11337.0 11343.5 11344.0 11348.0 11348.0 11352.5 11352.5 11355.0 11354.5 11359.0 11358.5 11361.5 11361.0 11386.5 11385.5 STOP DEPTH 11712.0 11720.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH 11397.0 11409.0 11417.5 11430.5 11444.5 11453.0 11457.0 11469.5 11472.0 11484.0 11491.0 11497.0 11499.5 11502.5 11504.5 11521.5 11522.0 11523.0 11528.5 11532.0 11554.5 11558.5 11592.0 11643.5 11647.5 11683.0 $ REMARKS: 11397.0 11408.5 11417.0 11430.5 11443.5 11452.5 11457.0 11468.5 11471.0 11483.5 11490.0 11497.0 11499.0 11501.5 11503.5 11522.0 11522.5 11523.0 11528.0 11531.5 11553.5 11557.5 11591.5 11642.5 11646.5 11683.0 PASS 1. FUCT, NUCT, & TENS WERE SHIFTED WITH NPHI. GRCH WAS DEPTH MATCHED TO OPEN HOLE GAMMA RAY. CN WN FN COUN STAT / ? ?MATCH1B . OUT $ : BP EXPLORATION (ALASKA) : X - 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 5 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod GRCH 2418 68 1 GAPI NPHI 2418 68 1 PU-S FUCT 2418 68 1 CPS NUCT 2418 68 1 CPS TENS 2418 68 1 LB 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 * DATA RECORD (TYPE# 0) Total Data Records: 30 1014 BYTES * Tape File Start Depth = 11745.000000 Tape File End Depth = 11130.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 7387 datums Tape Subfile: 2 270 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 3 is type: LIS FILE HEADER FILE NUMBER: 2 EDITED CURVES Depth shifted and clipped curves for each run in separate files. PASS NUMBER: 2 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE GRCH 2418 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GRCH PASS NUMBER: 1 START DEPTH 11142.0 11150.0 STOP DEPTH 11712.0 11720.0 (MEASURED DEPTH) BASELINE DEPTH GRCH 11146.0 11146.0 11151.5 11151.0 11154.0 11154.0 11162.0 11161.0 11162.5 11162.0 11167.5 11166.0 11171.0 11170.0 11178.5 11178.0 11180.5 11179.5 11192.5 11192.5 11190.0 11196.0 11196.0 11201.0 11199.5 11204.5 11203.5 11205.0 11204.5 11207.0 11207.0 11210.5 11210.0 11211.0 11210.5 11214.0 11214.0 11212.5 11214.5 11213.5 11220.5 11220.5 11223.5 11222.5 11224.5 11224.0 11231.5 11229.5 11235.0 11234.5 11233.5 11236.0 11235.0 11243.0 11242.0 11253.0 11252.0 11253.5 11253.0 11263.5 11263.0 11271.0 11270.0 11271.5 11271.0 11273.0 11272.5 11275.5 11275.0 11278.0 11275.5 11285.5 11285.0 11286.0 11285.0 11288.0 11286.5 EQUIVALENT UNSHIFTED DEPTH NPHI 11290.0 11292.5 11300.5 11304.5 11312.5 11326.0 11328.5 11329.0 11335.0 11335.5 11336.5 11337.0 11338.0 11344.0 11345.5 11346.0 11352.5 11354.0 11354.5 11355.0 11359.5 11368.5 11372.5 11375.5 11390.0 11390.5 11402.5 11412.0 11421.0 11422.0 11431.0 11431.5 11437.0 11438.5 11444.0 11446.5 11451.5 11458.0 11464.0 11465.0 11471.5 11474.5 11477.0 11478.5 11480.0 11487.0 11488.5 11494.0 11495.0 11506.5 11507.0 11507.5 11513.5 11515.5 11523.0 11531.0 11531.5 11532.0 11532.5 11533.5 11311.5 11325.5 11336.0 11337.0 11338.0 11343.5 11353.5 11354.0 11420.0 11420.5 11429.0 11431.0 11436.5 11437.5 11442.5 11445.5 11457.0 11462.0 11469.5 11476.5 11478.5 11486.0 11493.0 11494.0 11505.0 11505.5 11506.5 11532.5 11289.0 11291.0 11299.0 11302.5 11326.5 11327.5 11333.5 11334.5 11344.5 11345.5 11351.5 11353.0 11358.0 11366.5 11371.5 11374.0 11388.5 11389.5 11401.5 11411.0 11450.5 11462.0 11463.0 11472.5 11476.5 11487.5 11512.0 11514.0 11522.0 11530.0 11531.0 11531.5 11532.5 11534.0 11539.5 11543.5 11544.5 11553.0 11554.5 11561.0 11569.5 11570.0 11583.0 11592.5 11613.0 11615.0 11643.5 11647.5 11671.0 11677.5 11678.5 11682.5 11687.5 11688.0 11705.5 11706.5 11707.0 $ REMARKS: 11538.0 11542.0 11542.5 11559.0 11568.5 11581.5 11611.5 11613.5 11646.5 11676.5 11677.0 11686.0 11687.0 11705.0 11706.0 11707.0 11534.0 11550.5 11552.0 11569.0 11591.0 11642.5 11670.0 11682.0 PASS 2. FUCT, NUCT, & TENS WERE SHIFTED WITH NPHI. CN WN FN COUN STAT / ? ?MATCH2A. OUT / ? ?MATCH2 B. OUT $ : BP EXPLORATION (ALASKA) : X - 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 5 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod GRCH 2418 68 1 GAPI 4 NPHI 2418 68 1 PU-S 4 FUCT 2418 68 1 CPS 4 NUCT 2418 68 1 CPS 4 TENS 2418 68 1 LB 4 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 20 * DATA RECORD (TYPE# 0) Total Data Records: 30 1014 BYTES * Tape File Start Depth = 11745.000000 Tape File End Depth = 11130.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 7387 datums Tape Subfile: 3 185 records... Minimum record length: 62 bytes MaXimum record length: 1014 bytes Tape Subfile 4 is type: LIS FILE HEADER FILE NUMBER: 3 EDITED CURVES Depth shifted and clipped curves for each run in separate PASS NUMBER: 3 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE GRCH 2418 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GRCH PASS NUMBER: 1 START DEPTH 11142.0 11150.0 BASELINE DEPTH 11154.0 11160.5 11168.0 11171.0 11173.5 11178.5 11182.0 11191.5 11195.5 11201.0 11204.0 11204.5 11208.0 11212.5 11217.5 11218.5 11219.5 11221.5 11222.0 11222.5 11223.0 11228.5 11231.5 11232.0 11232.5 11234.0 11235.0 11242.0 11245.5 11246.5 11251.5 11257.0 11257.5 11260.0 11261.0 11275.0 11276.5 GRCH 11160.5 11178.5 11183.0 11191.5 11195.5 11204.0 11205.0 11219.0 11219.5 11222.5 11228.0 11231.5 11232.5 11234.5 11256.5 11257.5 11260.0 11260.5 files. STOP DEPTH 11712.0 11720.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH NPHI 11154.0 11167.5 11171.0 11173.5 11199.5 11203.0 11204.0 11208.0 11212.0 11217.0 11221.0 11222.0 11223.0 11231.5 11233.0 11242.0 11245.5 11246.0 11251.0 11257.5 11275.0 11277.5 11279.5 11293.0 11295.5 11296.5 11298.5 11299.5 11300.0 11301.0 11308.5 11309.5 11310.0 11314.0 11325.0 11327.0 11329.0 11333.5 11334.0 11334.5 11335.0 11335.5 11336.0 11339.0 11339.5 11341.5 11344.5 11345.5 11346.0 11348.0 11348.5 11358.5 11359.5 11364.5 11372.0 11380.5 11390.0 11390.5 11400.5 11406.5 11407.0 11409.0 11410.0 11422.0 11431.0 11435.5 11436.0 11436.5 11437.5 11442.0 11445.5 11447.0 11452.0 11456.0 11456.5 11457.0 11466.0 11472.0 11488.5 11489.0 11495.0 11496.0 11298.0 11298.5 11300.0 11301.0 11308.0 11313.5 11325.0 11336.0 11342.5 11344.5 11345.0 11347.5 11348.5 11358.5 11359.0 11421.5 11431.0 11435.5 11436.0 11436.5 11437.0 11441.0 11444.5 11446.5 11451.5 11456.0 11456.5 11457.5 11464.5 11470.5 11488.5 11494.5 11495.0 11280.5 11292.5 11295.0 11295.5 11297.5 11299.5 11308.0 11309.0 11326.0 11327.5 11332.0 11333.0 11333.5 11334.5 11335.5 11339.0 11340.0 11345.0 11345.5 11346.0 11363.5 11371.5 11379.5 11389.0 11390.0 11400.0 11406.0 11407.0 11409.0 11409.5 11488.0 11506 11507 11516 11517 11521 11522 11522 11523 11523 11533 11542 11543 11555 11556 11561 11566 11570 11573 11583 11592 11612 11621 11621 11622 11628 11631 11635 11636 11656 11683 11687 11705 11708 11711 11718 $ REMARKS: .5 .0 .5 .0 .0 .0 .5 .0 .5 .5 .5 .5 .0 .0 .0 .5 .0 .0 .0 .5 .5 .0 .5 .0 .5 .5 .5 .0 .0 .0 .5 .0 .0 .5 .0 11505.5 11506.5 11516.0 11517.0 11521.0 11522.0 11522.5 11522.5 11523.0 11533.0 11542.0 11542.5 11554.0 11554.5 11559.5 11565.5 11570.0 11572.0 11582.5 11592.0 11612.0 11620.5 11620.0 11620.5 11628.0 11631.0 11634.5 11635.5 11654.5 11683.0 11687.0 11705.0 11707.0 11711.5 11717.0 PASS 3. FUCT, NUCT, & TENS WERE SHIFTED WITH NPHI. CN WN FN COUN STAT / ??MATCH3A. OUT / ? ?MATCH3 B. OUT $ : BP EXPLORATION (ALASKA) : X - 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 5 Curves: API API API API Name Tool Code Samples Units Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH 2418 68 1 GAPI 4 2 NPHI 2418 68 1 PU-S 4 3 FUCT 2418 68 1 CPS 4 4 NUCT 2418 68 1 CPS 4 5 TENS 2418 68 1 LB 4 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 20 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 30 Tape File Start Depth = 11745.000000 Tape File End Depth = 11130.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 14774 datums Tape Subfile: 4 196 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 5 is type: LIS FILE HEADER FILE NUMBER: 4 AVERAGED CURVES Compensated Neutron: Arithmetic average of edited passes for all curves. Pulsed Neutron: Unaveraged edited Pass 1 gamma ray and background counts; arithmetic average of edited static baseline passes for all other curves. DEPTH INCREMENT: .5000 PASSES INCLUDED IN AVERAGE PBU TOOL CODE PASS NUMBERS GRCH 2418 $ REMARKS: CN WN FN COUN STAT 1, 2, 3 1, 2, 3 AVERAGED PASS. GRCH, NPHI, FUCT, & NUCT WERE AVERAGED FOR ALL 3 PASSES. $ : BP EXPLORATION (ALASKA) : X - 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 4 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH CNAV 68 1 GAPI 2 NPHI CNAV 68 1 PU-S 3 FUCT CNAV 68 1 CPS 4 NUCT CNAV 68 I CPS 4 4 35 725 65 4 4 35 725 65 1 4 4 35 725 65 1 4 4 35 725 65 1 16 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 25 Tape File Start Depth = 11745.000000 Tape File End Depth = 11130.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 13543 datums Tape Subfile: 5 48 records... Minimum record length: 62 bytes Maximum record length: 1006 bytes Tape Subfile 6 is type: LIS FILE HEADER FILE NUMBER: 5 RAW CURVES Curves and log header data for each pass in seperate files; raw background pass in last file. PASS NUMBER: 1 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11135.0 2418 11147.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): STOP DEPTH 11727.0 11735.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE PCM PULSE CODE MODULATOR GR GAMMA RAY CN COMPENSATED NEUTRON CCL CASING COLLAR LOC. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 21-JAN-95 FSYS J1V2 BETA RELEASE 4 1149 21-JAN-95 11730.0 11725.0 11150.0 11720.0 900.0 YES TOOL NUMBER 3507XA 1310XA 2418XA 2323XA 0.000 11838.0 0.0 PRODUCED FLUIDS 0.00 0.0 0.0 0 7800.0 0.000 0.000 0.000 0.0 THERMAL SANDSTONE 0.00 10.625 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT) : 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 5 FAR COUNT RATE HIGH SCALE (CPS): 405 NEAR COUNT RATE LOW SCALE (CPS): 50 NEAR COUNT RATE HIGH SCALE (CPS): 1050 TOOL STANDOFF (IN): 0.0 REMARKS: PASS 1. $ CN WN FN COUN STAT : BP EXPLORATION (ALASKA) : X - 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE~ 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR 2418 68 1 GAPI 2 CNC 2418 68 1 PU-S 3 CN 2418 68 1 PU-L 4 LSN 2418 68 1 CPS 5 SSN 2418 68 1 CPS 6 CCL 2418 68 1 7 SPD 2418 68 1 F/MN 8 TTEN 2418 68 1 LB 9 TEN 2418 68 1 LB 4 4 19 991 67 5 4 4 86 720 65 6 4 4 31 149 96 6 4 4 27 466 87 5 4 4 28 122 23 5 4 4 79 150 21 1 4 4 65 866 87 0 4 4 31 402 87 0 4 4 31 402 87 0 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 98 Tape File Start Depth = 11743.000000 Tape File End Depth = 11135.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 39105 datums Tape Subfile: 6 173 records... Minimum record length: Maximum record length: 62 bytes 1006 bytes Tape Subfile 7 is type: LIS FILE HEADER FILE NUMBER: 6 RAW CURVES Curves and log header data for each pass in seperate files; raw background pass in last file. PASS NUMBER: 2 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11138.0 2418 11146.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): STOP DEPTH 11725.5 11734.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE PCM PULSE CODE MODULATOR GR GAMMA RAY CN COMPENSATED NEUTRON CCL CASING COLLAR LOC. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 21-JAN-95 FSYS JlV2 BETA RELEASE 4 1237 21-JAN-95 11730.0 11725.0 11150.0 11720.0 900.0 YES TOOL NUMBER 3507XA 1310XA 2418XA 2323XA 0.000 11838.0 0.0 PRODUCED FLUIDS 0.00 0.0 0.0 0 7800.0 0.000 0.000 0.000 0.0 THERMAL SANDSTONE 0.00 10.625 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 5 FAR COUNT RATE HIGH SCALE (CPS): 405 NEAR COUNT RATE LOW SCALE (CPS): 50 NEAR COUNT RATE HIGH SCALE (CPS): 1050 TOOL STANDOFF (IN): 0.0 REMARKS: PASS 2. $ CN WN FN COUN STAT : BP EXPLORATION (ALASKA) : X- 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME TaPe depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR 2418 68 1 GAPI 4 2 CNC 2418 68 1 PU-S 4 3 CN 2418 68 1 PU-L 4 4 LSN 2418 68 1 CPS 4 5 SSN 2418 68 1 CPS 4 6 CCL 2418 68 1 4 7 SPD 2418 68 1 F/MN 4 8 TTEN 2418 68 1 LB 4 9 TEN 2418 68 1 LB 4 4 19 991 67 5 4 86 720 65 6 4 31 149 96 6 4 27 466 87 5 4 28 122 23 5 4 79 150 21 1 4 65 866 87 0 4 31 402 87 0 4 31 402 87 0 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 98 Tape File Start Depth = 11742.000000 Tape File End Depth = 11133.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 37914 datums Tape Subfile: 7 Minimum record length: Maximum record length: 173 records... 62 bytes 1006 bytes Tape Subfile 8 is type: LIS FILE HEADER FILE NUMBER: 7 RAW CURVES Curves and log header data for each pass in seperate files; raw background pass in last file. PASS NUMBER: 3 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11138.0 2418 11146.0 $ LOG HEADER DATA STOP DEPTH 11725.5 11734.0 DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE PCM PULSE CODE MODULATOR GR GAMMARAY CN COMPENSATED NEUTRON CCL CASING COLLAR LOC. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 0.00 10.625 21-JAN-95 FSYS JlV2 BETA RELEASE 4 1321 21-JAN-95 11730.0 11725.0 11150.0 11720.0 900.0 YES TOOL NUMBER 3507XA 1310XA 2418XA 2323XA 0.000 11838.0 0.0 PRODUCED FLUIDS 0.00 0.0 0.0 0 7800.0 0.000 0.000 0.000 0.0 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 5 FAR COUNT RATE HIGH SCALE (CPS): 405 NEAR COUNT RATE LOW SCALE (CPS): 50 NEAR COUNT RATE HIGH SCALE (CPS): 1050 TOOL STANDOFF (IN): 0.0 REMARKS: PASS 3. $ CN WN FN COUN STAT : BP EXPLORATION (ALASKA) : X - 27 (13-32-11-14) : PRUDHOE BAY : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE~ 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR 2418 68 1 GAPI 4 2 CNC 2418 68 1 PU-S 4 3 CN 2418 68 1 PU-L 4 4 LSN 2418 68 1 CPS 4 5 SSN 2418 68 1 CPS 4 6 CCL 2418 68 1 4 7 SPD 2418 68 1 F/MN 4 8 TTEN 2418 68 1 LB 4 9 TEN 2418 68 1 LB 4 4 19 991 67 5 4 86 720 65 6 4 31 149 96 6 4 27 466 87 5 4 28 122 23 5 4 79 150 21 1 4 65 866 87 0 4 31 402 87 0 4 31 402 87 0 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 98 Tape File Start Depth = 11742.000000 Tape File End Depth = 11133.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 63476 datums Tape Subfile: 8 Minimum record length: Maximum record length: 173 records... 62 bytes 1006 bytes Tape Subfile 9 is type: LIS 95/ 2/ 1 01 **** REEL TRAILER **** 95/ 2/ 2 01 Tape Subfile: 9 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Thu 2 FEB 95 8:28a Elapsed execution time = 8.13 seconds. SYSTEM RETURN CODE = 0 X- 27 PRUDH OE BAY%% [[ 18 - September - 1993 Tape Subfile 2 is type: LIS TAPE HEADER PRUDHOE BAY UNIT CASED HOLE WIRELINE LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION(FT FROM MSL 0) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD X - 27 (13-32-11-14) 500292111200 BP EXPLORATION (ALASKA) INC. ATLAS WIRELINE SERVICES 11-OCT-93 5853.01 J. DAHL SEE REMARKS 6 I0N 14E 177 725 74.90 73.90 38.10 OPEN HOLE CASING DRILLERS CASING BIT SIZE (IN) SIZE (IN) DEPTH (FT) WEIGHT (LB/FT) 1ST STRING 2ND STRING 9.625 11084.0 3RD STRING 7.000 11838.0 PRODUCTION STRING 5.500 10713.0 CURVE SHIFT DATA - ALL PASSES TO STANDARD (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS GR PBU TOOL CODE: PBU CURVE CODE: RUN NUMBER: PASS NUMBER: DATE LOGGED: LOGGING COMPANY: UNKNOWN EQUIVALENT UNSHIFTED DEPTH BASELINE DEPTH 11087.0 11107.5 11125.0 11142.0 11166.5 11171.0 11173.5 11195.0 11204.5 11210.5 11223.5 11230.0 11233.0 GRCH 11087.0 11107.5 11125.0 11142.0 11166.5 11170.5 11173.5 11195.0 11204.0 11210.5 11222.5 11229.0 11232.0 47.00 26.00 17.00 11268.5 11275.5 11277.5 11282.0 11285.0 11289.5 11305.5 11314.0 11322.0 11331.0 11350.0 11352.0 11354.5 11358.5 11385.5 11397.5 11405.5 11417.0 11436.5 11443.5 11452.0 11469.0 11500.0 11504.0 11513.5 11528.0 11547.5 11556.0 11647.0 11683.0 11743.0 $ REMARKS: 11268.0 11275.0 11278.0 11281.0 11284.5 11289.5 11305.0 11313.5 11322.0 11331.0 11349.5 11351.5 11354.0 11358.0 11385.5 11397.0 11405.5 11416.5 11436.5 11443.0 11452.0 11467.5 11498.5 11503.0 11512.5 11527.0 11546.0 11554.5 11646.0 11681.5 11743.0 CN/GR Cased Hole. LOG WITNESSED BY: D. ROMBERG & M. SAUVE LOG TIED TO CBL DATED 07-JUN-84. WELL PUMPED DOWN PRIOR TO ANY LOGGING. AFTER LOG VERIFICATION NOT AVAILABLE DUE TO LINE PROBLEM NEUTRON LOG PARAMETERS: SANDSTONE MATRIX 2.75" TOOL NO CALIPER CORRECTION APPLIED NO CASING CORRECTION APPLIED CHISM FILTERING NOT ACTIVE. OPEN HOLE GAMMA RAY FOR DEPTH MATCHING SUPPLIED BY BP EXPLORATION (24-SEP-93). SHIFT PROCEDURE AS FOLLOWS: 1) FIRST PASS GAMMA RAY DEPTH MATCHED TO OPEN HOLE GAMMA RAY. 2) FIRST PASS NEUTRON DEPTH MATCHED TO "SHIFTED" FIRST PASS GAM/W3~ RAY. 3) ALL SUBSEQUENT GAMMA RAY PASSES DEPTH MATCHED TO "SHIFTED" FIRST PASS GAMMA RAY. 4) ALL SUBSEQUENT NEUTRON PASSES DEPTH MATCHED TO "SHIFTED" FIRST PASS NEUTRON. / ??MATCH1. OUT $ FILE HEADER FILE NUMBER: 1 EDITED CURVES Depth shifted and clipped curves PASS NUMBER: 1 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH GRCH 11094.0 2418 11094.0 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GRCH PASS NUMBER: 1 BASELINE DEPTH 11087.0 11107.5 11124.0 11142.0 11166.5 11171.0 11173.5 11195.0 11204.5 11208.0 11210.5 11223.5 11230.0 11275.5 11277.5 11281.5 11285.0 11289.5 11305.5 11313.5 11321.5 11331.0 11350.0 11354.5 11358.5 11361.0 11385.5 11397.5 11405.5 11417.0 11436.5 11443.5 11469.0 11500.0 11528.0 11532.0 11547.5 11556.0 11647.0 NPHI 11087.0 11107.5 11125.0 11142.0 11166.5 11170.5 11173.5 11194.5 11203.5 11207.0 11210.5 11222.5 11229.5 11276.5 11278.5 11282.5 11285.5 11289.0 11304.0 11312.5 11320.5 11329.0 11348.0 11354.0 11357.0 11359.5 11385.0 11397.0 11404.5 11416.5 11436.5 11443.0 11468.5 11497.5 11526.0 11532.0 11547.5 11554.5 11646.0 for each pass in separate files. STOP DEPTH 11711.0 11719.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH 11696.5 11743.0 $ REMARKS: 11695.5 11743.0 PASS 1. FUCT, NUCT, & TENS WERE SHIFTED WITH NPHI. GRCH WAS DEPTH MATCHED TO THE OPEN HOLE GAMMA RAY. / ? ?MATCH4. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 5 Curves: Name Tool Code Samples Units 1 GRCH 2418 68 1 GAPI 2 NPHI 2418 68 1 PU-S 3 FUCT 2418 68 1 CPS 4 NUCT 2418 68 1 CPS 5 TENS 2418 68 1 LB API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 4 86 720 65 6 4 4 86 720 65 6 4 4 86 720 65 6 4 4 86 720 65 6 4 4 86 720 65 6 20 * DATA RECORD (TYPE# 0) Total Data Records: 32 1014 BYTES * Tape File Start Depth = 11743.000000 Tape File End Depth = 11087.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 7879 datums Tape Subfile: 2 228 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 3 is type: LIS FILE HEADER FILE NUMBER: 2 EDITED CURVES Depth shifted and clipped curves PASS NUMBER: 2 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH GRCH 11149.0 2418 11149.0 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GRCH PASS NUMBER: 1 BASELINE DEPTH 11087.0 11161.0 11162.0 11170.5 11171.0 11178.0 11179.0 11179.5 11180.5 11194.5 11195.0 11195.5 11200.0 11201.0 11204.5 11207.5 11208.0 11210.5 11212.5 11221.5 11223.5 11224.0 11230.5 11235.0 11236.0 11237.0 11240.0 11242.0 11246.5 11251.5 11261.0 11264.5 11267.5 11268.5 11270.5 11271.0 11275.5 GRCH 11087.0 11162.5 11163.0 11171. 11179. 11179. 11180. 11195. 11196. 11201. 11206. 11209. 11212. 11224.5 11231.0 11235.5 11236.5 11237.0 11240.0 11247.0 11261.5 11264.0 11268.5 11276.0 for each pass in separate files. STOP DEPTH 11711.0 11719.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH NPHI 11087.0 11171.5 11182.0 11194.5 11200.5 11209.0 11213.0 11220.5 11222.5 11230.5 11237.0 11243.0 11252.5 11270.5 11273.5 11274.5 11278.0 11281.5 11282.0 11285.0 11287 · 0 11289.5 11292.5 11298.0 11299.0 11299.5 11302.5 11303.0 11306.0 11308.5 11313.5 11322.0 11331.5 11338.5 11345.0 11346.0 11347.0 11350.0 11355.0 11358.0 11361.0 11376.5 11382.0 11387.0 11392.0 11392.5 11393.0 11394.5 11395.0 11397.5 11398.0 11399.5 11403.5 11409.5 11412.0 11415.0 11426.0 11427.0 11427.5 11428.5 11431.0 11432.0 11433.0 11433.5 11446.0 11448.5 11449.5 11456.0 11457.0 11458.0 11469.0 11516.5 11517.0 11517.5 11528.0 11532.5 11284.0 11286.5 11288.0 11289.5 11298.0 11298.5 11299.0 11303.5 11345.5 11346.0 11347.0 11355.5 11361.5 11383.0 11388.0 11393.0 11398.0 11400.0 11410.0 11412.0 11415.0 11446.5 11456.5 11457.0 11458.0 11468.5 11516.0 11516.5 11517.5 11532.5 11280.0 11283.5 11292.0 11302.5 11306.0 11308.0 11313.0 11321.5 11330.0 11338.0 11348.5 11355.0 11358.0 11376.5 11386.5 11391.5 11393.0 11395.0 11396.0 11398.5 11404.0 11426.5 11427.0 11427.5 11428.0 11430.5 11431.0 11431.5 11432.0 11448.5 11449.5 11528.0 11533.5 11542.5 11543.5 11556.5 11557.0 11560.0 11561.0 11566.5 11637.0 11642.0 11685.5 11687.5 11706.5 11743.0 $ REMARKS: 11533.0 11542.0 11542.5 11555.5 11556.0 11559.0 11559.5 11566.0 11637.0 11642.0 11684.0 11686.0 11705.5 11743.0 11743.0 PASS 2. FUCT, NUCT, & TENS WERE SHIFTED WITH NPHI. / ? ?MATCH2. OUT / ??MATCH5. OUT $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 5 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH 2418 68 1 GAPI 4 2 NPHI 2418 68 1 PU-S 4 3 FUCT 2418 68 1 CPS 4 4 NUCT 2418 68 1 CPS 4 5 TENS 2418 68 1 LB 4 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 4 86 720 65 6 20 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 32 Tape File Start Depth = 11743.000000 Tape File End Depth = 11087.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 7879 datums Tape Subfile: 3 176 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 4 is type: LIS FILE HEADER FILE NUMBER: 3 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 3 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE GRCH 2418 $ CURVE SHIFT DATA - PASS TO PASS BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GRCH PASS NUMBER: 1 START DEPTH 11148.0 11148.0 BASELINE DEPTH GRCH 11087.0 11087.0 11161.5 11162.0 11162.5 11170.5 11171.5 11180.0 11182.0 11194.5 11195.0 11195.0 11194.0 11195.5 11195.5 11199.5 11200.0 11204.5 11205.0 11208.0 11208.5 11208.0 11212.5 11213.5 11217.5 11218.0 11219.0 11219.0 11218.5 11220.0 11219.0 11221.0 11219.5 11223.5 11222.0 11224.0 11223.5 11230.0 11230.0 11232.0 11232.0 11232.5 11232.5 11233.5 11234.5 11234.0 11235.0 11234.5 11236.0 11236.0 11236.5 11237.5 11238.0 11238.5 11238.5 11239.0 11240.5 11241.0 11242.0 11241.5 11243.0 11244.0 11245.0 11246.0 11246.0 11246.5 11247.0 11248.5 11249.5 11249.5 11250.0 11250.5 11251.0 11251.0 11252.0 STOP DEPTH 11711.0 11719.0 (MEASURED DEPTH) EQUIVALENT UNSHIFTED DEPTH NPHI 11087.0 11163.5 11255.5 11256.5 11257.5 11259.0 11259.5 11262.5 11264.0 11268.0 11272.0 11273.0 11274.5 11277.5 11287.0 11287.5 11288.0 11289.0 11289.5 11293.5 11296.5 11297.5 11298.0 11298.5 11299.5 11305.5 11306.0 11309.5 11310.5 11312.5 11321.5 11326.5 11328.0 11329.0 11330.5 11333.0 11335.5 11336.5 11337.5 11342.5 11344.0 11349.5 11352.0 11356.5 11361.5 11366.0 11373.0 11373.5 11374.5 11375.0 11389.0 11389.5 11390.5 11392.5 11393.0 11395.5 11396.5 11401.0 11409.0 11410.0 11411.5 11413.0 11257.0 11257.5 11259.0 11260.0 11263.0 11263.5 11272.0 11287.0 11288.0 11288.5 11289.0 11297.5 11298.0 11299.0 11306.0 11336.0 11336.5 11337.5 11357.0 11390.0 11390.5 11396.5 11401.5 11409.5 11410.0 11411.5 11412.5 11256.5 11270.5 11274.5 11275.0 11276.5 11279.5 11290.0 11293.5 11296.5 11297.0 11297.5 11306.0 11309.5 11310.0 11312.0 11321.0 11325.0 11326.5 11327.0 11328.5 11331.5 11336.0 11343.5 11345.5 11349.5 11352.0 11362.0 11366.5 11372.5 11373.0 11373.5 11374.5 11388.5 11389.5 11392.5 11393.5 11396.0 11415 11416 11426 11429 11433 11439 11446 11450 11457 11458 11469 11473 11483 11497 11499 11517 11517 11521 11524 11524 11528 11532 11542 11543 11543 11544 11544 11548 11555 11556 11561 11566 11568 11580 11617 11633 11638 11640 11672 11677 11678 11679 11687 11696 11706 11714 11743 $ REMARKS: .0 .5 .5 .5 .0 .0 .5 .0 .0 .0 .5 .0 .5 .0 .5 .0 .5 .0 .0 .5 .0 .5 .0 .0 .5 .0 .5 .5 .5 .0 .5 .0 .0 .5 .5 .5 .5 .5 .5 .0 .0 .0 .5 .0 .0 .0 .0 CN WN FN COUN 11414.5 11416.5 11427.5 11431.0 11432.5 11439.5 11446.5 11447.0 11451.0 11457.0 11457.5 11470.0 11473.0 11483.0 11496.5 11499.5 11516.0 11516.5 11520.5 11523.5 11524.5 11527.0 11532.5 11542.0 11542.5 11542.5 11543.0 11544.0 11544.5 11548.0 11556.0 11554.5 11560.0 11567.0 11569.0 11580.0 11617.0 11633.5 11638.5 11640.5 11672.5 11676.5 11677.5 11678.0 11686.5 11695.5 11705.5 11713.5 11743.0 11743.0 PASS 3. FUCT, NUCT, & TENS WERE SHIFTED WITH NPHI. / ??MATCH3. OUT /??MATCH6.OUT $ : BP EXPLORATION : X - 27 : PRUDHOE BAY : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 5 Curves: Name Tool Code Samples Units 1 GRCH 2418 68 1 GAPI 2 NPHI 2418 68 1 PU-S 3 FUCT 2418 68 1 CPS 4 NUCT 2418 68 1 CPS 5 TENS 2418 68 1 LB API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 4 86 720 65 6 4 4 86 720 65 6 4 4 86 720 65 6 4 4 86 720 65 6 4 4 86 720 65 6 20 * DATA RECORD (TYPE# 0) Total Data Records: 32 1014 BYTES * Tape File Start Depth = 11743.000000 Tape File End Depth = 11087.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 15758 datums Tape Subfile: 4 209 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 5 is type: LIS FILE HEADER FILE NUMBER: 4 AVERAGED CURVES Compensated Neutron: Arithmetic average of edited passes for all curves. Pulsed Neutron: Unaveraged edited Pass 1 gamma ray and background counts; arithmetic average of edited static baseline passes for all other curves. DEPTH INCREMENT: 0.5000 PASSES INCLUDED IN AVERAGE PBU TOOL CODE PASS NUMBERS GRCH 2418 $ REMARKS: 1, 2, 3 1, 2, 3 AVERAGED PASS. GRCH, NPHI, FUCT, & NUCT WERE AVERAGED FOR ALL THREE PASSES. $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 4 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GRCH CNAV 68 1 GAPI 2 NPHI CNAV 68 1 PU-S 3 FUCT CNAV 68 1 CPS 4 NUCT CNAV 68 1 CPS 4 4 35 725 65 1 4 4 35 725 65 1 4 4 35 725 65 1 4 4 35 725 65 1 16 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 27 Tape File Start Depth = 11743.000000 Tape File End Depth = 11087.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 14445 datums Tape Subfile: 5 50 records... Minimum record length: 62 bytes Maximum record length: 1006 bytes Tape Subfile 6 is type: LIS FILE HEADER FILE NUMBER: 5 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 1 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11088.0 2418 11088.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): STOP DEPTH 11727.0 11736.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE PCM PULSE CODE MODULATOR GR GAMMA RAY CN COMPENSATED NEUTRON CCL CASING COLLAR LOC. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE(IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 18-SEP-93 FSYS REV. J001 VER. 1.1 1602 18-SEP-93 11701.0 11724.0 11150.0 11719.0 1500.0 YES TOOL NUMBER 3507XA 1310XA 2418XA 2323NA 0.000 11838.0 0.0 PRODUCED FLUID/BRINE 0.00 0.0 0.0 0 0.0 0.000 0.000 0.000 0.0 THERMAL SANDSTONE 0.00 0.000 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 6 FAR COUNT RATE HIGH SCALE (CPS): 406 NEAR COUNT RATE LOW SCALE (CPS): 50 NEAR COUNT RATE HIGH SCALE (CPS): 1050 TOOL STANDOFF (IN): 0.0 REMARKS: PASS 1. $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR 2418 68 1 GAPI 2 CNC 2418 68 1 PU-S 3 CN 2418 68 1 PU-L 4 LSN 2418 68 1 CPS 5 SSN 2418 68 1 CPS 6 CCL 2418 68 1 7 SPD 2418 68 1 F/FiN 8 TTEN 2418 68 1 LB 9 TEN 2418 68 1 LB 4 4 19 991 67 5 4 4 86 720 65 6 4 4 31 149 96 6 4 4 27 466 87 5 4 4 28 122 23 5 4 4 79 150 21 1 4 4 65 866 87 0 4 4 31 402 87 0 4 4 31 402 87 0 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 105 Tape File Start Depth = 11743.000000 Tape File End Depth = 11087.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 42009 datums Tape Subfile: 6 180 records... Minimum record length: Maximum record length: 62 bytes 1006 bytes Tape Subfile 7 is type: LIS FILE HEADER FILE NUMBER: 6 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 2 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11143.0 2418 11143.0 $ LOG HEADER DATA STOP DEPTH 11727.0 11736.0 DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE PCM PULSE CODE MODULATOR GR GAMMA RAY CN COMPENSATED NEUTRON CCL CASING COLLAR LOC. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE(IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT) : GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN) : THERMAL SANDSTONE 0.00 0.000 18-SEP-93 FSYS REV. J001 VER. 1.1 1634 18-SEP-93 11701.0 11724.0 11150.0 11719.0 1500.0 YES TOOL NUMBER 3507XA 1310XA 2418XA 2323NA 0.000 11838.0 0.0 PRODUCED FLUID/BRINE 0.00 0.0 0.0 0 0.0 0.000 0.000 0.000 0.0 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 6 FAR COUNT RATE HIGH SCALE (CPS): 406 NEAR COUNT RATE LOW SCALE (CPS): 50 NEAR COUNT RATE HIGH SCALE (CPS): 1050 TOOL STANDOFF (IN): 0.0 REMARKS: PASS 2. $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR 2418 68 1 GAPI 4 2 CNC 2418 68 1 PU-S 4 3 CN 2418 68 1 PU-L 4 4 LSN 2418 68 1 CPS 4 5 SSN 2418 68 1 CPS 4 6 CCL 2418 68 1 4 7 SPD 2418 68 1 F/MN 4 8 TTEN 2418 68 1 LB 4 9 TEN 2418 68 1 LB 4 4 19 991 67 5 4 86 720 65 6 4 31 149 96 6 4 27 466 87 5 4 28 122 23 5 4 79 150 21 1 4 65 866 87 0 4 31 402 87 0 4 31 402 87 0 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 97 Tape File Start Depth = 11743.000000 Tape File End Depth = 11143.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 38456 datums Tape Subfile: 7 Minimum record length: Maximum record length: 172 records... 46 bytes 1006 bytes Tape Subfile 8 is type: LIS FILE HEADER FILE NUMBER: 7 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 3 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GR 11142.0 2418 11142.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): STOP DEPTH 11726.0 11735.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE PCM PULSE CODE MODULATOR GR GAMMA RAY CN COMPENSATED NEUTRON CCL CASING COLLAR LOC. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE(IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 18-SEP-93 FSYS REV. J001 VER. 1.1 1703 18-SEP-93 11701.0 11724.0 11150.0 11719.0 1500.0 YES TOOL NUMBER 3507XA 1310XA 2418XA 2323NA 0.000 11838.0 0.0 PRODUCED FLUID/BRINE 0.00 0.0 0.0 0 0.0 0.000 0.OO0 0.000 0.0 THERMAL SANDSTONE 0.00 0.000 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT): 0.0 0.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS) : 6 FAR COUNT RATE HIGH SCALE (CPS) : 406 NEAR COUNT RATE LOW SCALE (CPS) : 50 NEAR COUNT RATE HIGH SCALE (CPS): 1050 TOOL STANDOFF (IN): 0.0 REMARKS: PASS 3. $ CN : BP EXPLORATION WN : X - 27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR 2418 68 1 GAPI 4 2 CNC 2418 68 1 PU-S 4 3 CN 2418 68 1 PU-L 4 4 LSN 2418 68 1 CPS 4 5 SSN 2418 68 1 CPS 4 6 CCL 2418 68 1 4 7 SPD 2418 68 1 F/MN 4 8 TTEN 2418 68 1 LB 4 9 TEN 2418 68 1 LB 4 4 19 991 67 5 4 86 720 65 6 4 31 149 96 6 4 27 466 87 5 4 28 122 23 5 4 79 150 21 1 4 65 866 87 0 4 31 402 87 0 4 31 402 87 0 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 97 Tape File Start Depth = 11742.000000 Tape File End Depth = 11142.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 66020 datums Tape Subfile: 8 172 records... Minimum record length: Maximum record length: 46 bytes 1006 bytes Tape Subfile 9 is type: LIS 93/10/11 01 **** REEL TRAILER **** 93/10/11 01 Tape Subfile: 9 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Mon 11 OCT 93 11:47a Elapsed execution time = 30.10 seconds. SYSTEM RETURN CODE = 0 DIRECT DIGITAL LOGGING COMPUTER PROCESSED , F i ,--' 1 ,:::1i::" R U D H 0 E B A Y [:_., A T E 0 F d 0 B: 0 6-' 1 6- 8 6 ~LUI: E C:ouF, t,~., NORTH "' ' :' State ALASt<A CL I ENT FORMAl' BATA TAPE LOG I NFORMAT I ON STANDARD FORMAT ( L, I , S, > D(:~p'bh_=.: 1 0943,00 t.o 11'786, O0 F" i ~: 1 d: F"RL![:,nC~E I:JFP~" [:,i:::iTE OF ,JiZ~B: 06-1,:.-ob" '"''' T APE RECORD HEADER REPOR~~'~'_. ~ Da't.~:: ob.. U(:~,'~u Or-igin; Reel name: P a g e 2 Cont in,Jar ion ~: 0 i Set. vice n.ame, ~L~..FOi F'r.e'~,' i OU:?, C.ap,;C~; ;.~6/06,."'-'0~: Or'. :i.g in; Tap~ n@m~: ' 347c'4.~q~. . Con'i:.iln,..jation ¢~ O1 Co~lments: File name: ~',.',GSFOt , 00i H.aximum length: HEnri}ER REC:ORDS L::er'.',,,'i c.~_ n-ame: Date: Fi 1~_ f...~..~pe: LCt P re v i o u.¢~. ¢ :i I e: M N E M C N b.i I',i FN C 0 U N STAT C 'f' R Y T 0 i,.i N F,' A N ~ ~KB ED F EGL P' L) LHF D t"l F R U N LC£ L U I'..l FL LUL Ei,IG i WI TN D D DL TLI BL 'i "rCS TLAB BHT t"tR T HT i'4SS H',:' I S R f'i RHK HFS T H F S S F,' t"16.: i'.i C S T H C S S l N F 0 R H A T l C! N R E C: 0 R D S C 0 t',I T E N T S STANDARD ALASKA X.-27 (1~-.~2-1i-14) PRUDHOE BAY NORTH SLOPE ALASKA USA 06 .... iON, , , ~4E, , , 74,9 O0 73,9 O0 38,i00 PRODUCTZON C:O, CH/CNS DATE OF JOE:: .H',:; ........................ ............................... i<'.B ...................................................... KB ....................................................... Z'~ '"'~' 7 2 '~""~' 8 .................... , t NORTH SLOP .......... NORTH SLOPE .......... OL'30N .......... C;REY , ......... i 1796, 008 ..................... , ._,0, OOO ....................... i 0':~=' . ~,0 , OOO ............................................ i i/4q 00 O 8,000 O, fi 00 2iO,OOO ................................................. 2i0.000 ................................................. C R LID E .................................... O, 000 ................................................... O, OOO ................................................... O, OOO ................................................... 0.00 O ................................................... 0,000 ................................................... UNIT T'fPE 0 0 0 0 0 0 0 0 0 FT 0 FT 0 FT 0 0 0 0 0 0 0 0 0 0 0 FT FT FT ~. I'"l HR HR D E G F DEGF CP OHMM OHMM DEGF OHMM DEGF C A T G 0 0 0 0 0 O 0 0 .~; .j .~t 0 0 0 0 0 0 0 0 0 .,., 0 .'~ 0 O .S Ct 2 0 4 0 i O i 0 2 O 2 0 ;-':' 0 2 O 2 0 2 0 2 0 2 0 0 2 S I ZE C 0 C, E 40 65 ,4 0 65 ~-:. 0 ~!:, O 20 65 2 0 6 5 '2 65 '"; 65 3 r.:,5 4 68 '""l' f' ,5 2 65 '2 65 ':' 79 i0 "'=' lO 65 ,-.":' 0 6 ~_ 4 6 8 't' f-' 0 ,4 6 4 68 4 68 4 68 4 68 28 65 ':' 0 6 =' 4 68 4 68 4 68 4 68 i ',.2 65 4 6."_4 4 68 i '2 65 P a g e C ri M H E N T RECORDS :~::.~ t"hi~ LIS tapm w,as wr. itt~n by (.]marhar. t Indu_~:t~--ia.-:: Wirmlinm S~r. vicms, m:~ All cur. va and tool ~n,=_.'~,:)ni,::s us,ad arm thosm which most closmlp match :~.:~ .s::~ Gmat. hart cul.-v,_--: .and too! ~T, ne:monics, :i': :~:~: .~; :'P-:~ :~ :~:~: :~ :4~ :~: .'+: :'k :~. ~ :4< :'l': :~: :~. :'8 :~ ~ :~: ~k ~ :~': :'~: $ :'~: ;~ $ :~ :a :B :'~ ~ :~ :'~ $ ~': :+: :~: :~ '.4': :'~ :~: :~: $ )i': :~: $ :t", :'~: :~: :~: :'i': :~ :~': :a ~': :+: :~: :~: ~ :~ '4: :'i': $ :~ :'k ~+: :~: :~ :.~ :a 'a :~: :a :'~: :'I': :~ ~: :~ :'~ :'~ $ :+: $ $ :'I~ :'I~ $ $ :a $ :'~ :'B :+: :~ :~ :~ :~ :~ :f: $ :'~ GE AR HART TO S CH LUMBER (iER I'1N E M S E R ',,; I C: E U N I T H [,t E H S E R V I C E U N I T DEPTH FEET DEPT FT C~R HERGE GAPI GR MERGE GAPI C: C L H E R G E H V C C L. H E R G E M V F C: N L H E R G E C: P S F C: t',1L. H E R G E C F' S N C N L H E R G E C: P S N C N L i'l E R G E C P S NPHS COHPUTED SSPU NPHI COMF'UT PU RAT COHF'UTED NRAT COHF'UT ....... A V G C: 0 H P U T E D A V G C O M F'U T oF ..L, F IE.R ]; Et'.tTRY T Y P E f'5 :~ Z E C 0 ['., E ~ '.~. * :'l': E t'-i "f' R V B L ]"i E; K L. E fsi IE t,t D ~', .$ '~. ~ T "f' P E D E S C ~: I P T ! 0 DATR,, FORHRT .., PEV I F [.R! ON H N E M SERVICE SERVICE" APl AP1 APl APl FILE iD ORDER ~ UNIT LOG TYPE Ci_'"'F:R..~._ HOP ~: DEPT ~147248 FT 0 0 0 0 0 GR blERGE 74.724.8 GAP i 0 54. t 0 0 CCL blERGE ~47248 i'iV O i50 i 0 O FCNL MERGE .-%47248 CPS 0 78 .3 'i O 0 NC:NL biERGE 34724.8 CPS O 78 ;~ 0 0 O NPHi COHPUT .'_":,47248 PU 0 i 22 2 0 0 NRAT CONPUT 347248 0 0 O O 0 AVG COMPUT 347248 .......... 0 0 O 0 0 PP, C SIZE L',!L SHPL RC 4 O i 68 4 O i 68 4 O i 68 4 O i 68 4 O i 68 P R 0 C E S S I f,1 [:, i C: A T 0 R S 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 DEPT DA TA R "' C 0 R D © GR CCL FCNL. NCNI_ NPHI NRAT 11767,000 0 000 0,000 0,000 0.000 i4 5S9 .-999 250 t 7 9 04 tt667,000 27 200 .400 292,400 349.700 26 550 i i48 2'7 162 ii567,000 i ,960 493.600 505,600 16 825 't14.67,080 1 i367, 000 32 ..'38 900 900 ,8i0 ,920 496,000 58i,300 566,900 900 24 2O 290 990 i i14 931 24 2i 295 11267,000 47 300 · 520 961 . 800 802,300 9 26O 833 9 294 11i67.000 800 .450 262,700 353,400 190 i i84 37 996 li067,000 57 400 ,440 225.i00 318,000 46,480 47 495 F'ile. name.: &GSFOi .00~ Maximum l~:.:ngth: 102.4 F i t e; t'..,p~., .' LO TRAILER RECORDS Vet. zion ~: Next Film: Dat~: P a ,..'....! e :< :,~; E 0 F' :~< :~-'+: F'iie na~e=:; &OSF"01.002, i'iaximum Ieng'c..h: '1024 HEADER RECORDS F i I m 't ,....., p e: L. 0 Pr,,.i. vious f'ilm: lO MNEM CN WN FN C 0 U N S T a T' C T R Y SEC T T'OWH RANt] EKE, E D F EGL PD LMF DM F RUN LCC SON LUN FL LUL ENG l WI TN D D DL TLi E:Li TCS TLAB BHT MRT MT MViS RM RMF M F S T H F S S RMC MCST MC:SS I NFORMATI ON RECORDS L: J N T E H T :::, U lq I T' STANDARD AL.,ASKA PRODUCTION CO, )<--27 (13-32.-It-14.) PRUDHOE BAY JOB: NORTH SLOPE A L USA 06 i ON i4E, 74 7:"5 S8,100 M'S Kb K8 i, 30 34 75 NO NO OL GR ii ii i O O, O, 21 CR C H / C i".! S DATE OF IIIlIIIlIIIIIfIIIIIlIl¢I JllJl J JJ J 7248 , 42 RTH SLOP~ RTH SLOPE SON EY FT FT FT 795,000 ............................................... FT 750,000 ............................................... FT 950,000 .......... .............................. ....... FT 748,000 ............................................... FT 000 ................................................... HR OOO ................................................... HR O,O00 ................................................. C, EGF 0,000 ................................................. DEGF UDE .................................... 0,000 ................................................... OHMM 0,000 ................................................... 0 H H M O, O00 ................................................... DbGI- O, 000 ................................................... 0, 000 ................................................... 0 H M t'l DEGF T Y P E C A T G SiZE CODE P .~ g e ii COMMENT' RECORDS :~:~ Thi~ LIS t.~p,e wa-_.::, wr. itt~zn bp G~ar-h,a~"t Indu~t~"i~_~ :.~.::~ Ail cur. v~ mhd tool mnmmc, nic~ u~md arm 'tho~ whic:h :.~:.~ G~r. hal.-t cur.~,'~ .~nd fool mnemonics, Wir. e:lir,,a o~rvic most closmty match *-'~ GEARHI::~RT TO SC:HLi. IHBERGER MNEM SERVICE UNIT MNEH DEF'TH FEET DEPT NPHS i COMPLITED '~'~" ..~- u NPH i FCNL i MERGE CPS FCNL COLi MERQE MV CCL NCNL i MERGE -' "'~ L:F o i'~C:N L RAT i COMPUTED NRAT GR1 MERGE GAP I GR SERV I ;SE LIN I T FT COHPUT PU MERGE CPS MERGE MV I,IERGE CPS COMF'UT ....... MERGE GAP I DATA TYPE DESCRIPTION 0 'F~rr~inator ( no mnr~ ~ntr'i,~_~ ) FORMA T SPEC] I F I CA TYF'E SiZE CODE 0 1 66 T IONS Page FORMAT '~. :.~ :.:'-' ;s D A T U M S P E C i F I C A T i 0 N B L 0 C i< S :~ ~'~ · ~ .~ERVI CE SERVICE APi Mi"iFM iD ORDER ~i~ UNiT LOG A P i A P i A F" i F'I L E TYPE Ci. ASS MOi} ~i, DEPT S47248 FT 0 NPHI COMPUT S 4 ?:-:-'48 PU 0 FCNL MERGE ~47248 CPS 0 CCL MERGE ~47248 MV O NCNL MERGE S47248 CPS 0 NRAT COMPUT ~:47248 GR blERGE $47248 GAPi 0 0 0 0 0 t22 2 0 i 7'8 :3t 0 i i 5(i t 0 ? 8 .-_40 0 i 0 0 0 54 i 0 .:,,°PECIFICATION PRC SiZE LVt_ SMPL RC ,si. 0 1 68 4 0 i 68 4. 0 i 68 4 0 i 68 4 0 i 68 4 0 i 68 ,4 0 i 68 PROCESS iNDiC'ATORS 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 DATA RE F'" DEPT NPHi FCHL CCL P. N _. N l.. t,i R A T P a g e 15 770,500 18 676 -999 '250 -999.'250 '-999.250 1, 014. - '9 99 "~=._, ~= 0 i i670,500 26 204 306 258 ~od,345 i ,165 t 157 O. 5 0 0 i5 4.97 4 o ,' ,$ 94 860 348 , ,..:., 254. . '.'4'.::,4. 925 i J 470,500 i 2¸5 0.7 S 468 678 64. 8 '149 86i 52g ='" , :3 48 0 :.2, 5 '7,415 643,9.39 i 142 ,. ,996 .32 '171 ii270,500 lO 815 i078 743 ,866 49 742 I i i70,500 21 76'2 95 05 0 i I 070,500 44 4.66 21S 009 R76, ._F;":' 6,=. 3 i i , 9~8.._ i , 4.70 i 0'370,. ,.,=00 36 210 286 44:3 847. 756 ~o"-'5 , 576 i , S5~.. 4. 7 8 6 1 Fiie name:: 8;GSFOi.002 M a >:: i m u m 1 e. n o t, h: ~ 0 s', 4 TRA l L. ER R E C 0 R D S Film t'Tpe: LO N e :.,:: t f' i i m: M~ximum l~ngth: 182,4. HEADER RECORD"'o, I:::ile type.: i.O Prmvious t:'i Date:: i7 MNEM CN WN FN COUN STAT CTRY SEC"[' TOWN RANG EI<8 EDF EGL PD LHF DMF RUN LOC SON L U N FL LUL ENG i WITN DD DL TLI BLI TCS T~A~ BHT HRT H T NSS MV !S RH RMF MFST H F S S RHC M E: S T H C S S 1 NFORMA T I ON RECORC, S C 0 N T E N T S UN 17' TYPE S T A H [:, A R i":, A L A S K A X-27 (i:3-.32-ii-i4) PRU[.,HOE BAY NORTH SL. OPE AL' q U S A 0 ::'~ ..... 1:ON, , , 14E, , , 7'4,900 7~, 900 38, t O0 H S KB KB .... .S'O .... ,. ¢ 7542 NO F,'T H SLOPE NORTH SL. OPE OLSON G R E Y I 1796 000 ~ i 750 gO0 i 0950 OOO ~'i 748 000 O, 000 , , , PRODUCT tOF! CO, C H ,:' C i',l,=,'"' DK~TE OF JOB: FT FT FT 06"' i 6-86 FT FT FT FT HR 0, :0 O 0 .......................................... H R o, o06 ', .... ; ......................................... '210,000 ................................................. C R LI [:, E .................................... DEGF DEGF 666 ............... : .............. : .................... cP 000 ................................................... OHHH 000 ................................................... OHHH 000 ................................................... DEGF 000 ................................................... DEGF C: A T G S I Z E C 0 P E 0 40 65 0 40 65 O 40 65 0 '20 65 O 20 65 0 2 0 65 0 '2 r-",5 0 "2 FJ 3 65 3 4 68 .'3 4 68 .S 4 68 .7 2 65 ~ '" 6 = 0 2 ," 0 2 79 0 i 0 65 0 10 65 0 20 65 0 2 0 6'"' 0 2 0 65 0 2 0 65 3 4 ::> :=: 7, 4 68 ~ 4 6R ;3 4. 68 2 4. 68 4 .4 ~::, 8 I 4 :: ':' i 4 6 8 .-'" 20 65 2 20 :55 '2 4 6 8 2 4 68 2 4 6 8 2 4 68 2 t '2 6,5 2 4 68 2 4 6 8 2 I 2 65 i8 C: 0 M M E N T R EEC 0 R D S :~.::~. All ~.zur. vm ..~nd tool mn~.zmonic:s us~-~d ..'.~r.a t.h,:.,.:sm ,.,~hi,:zh mo,.'~;~ ciosml.,.,~ match :~.;~ ~::.~ Gearh:-.ar.t cur-ye, and tool rr, r, amor~ic:s, m:~ ;:~E ARHART TO SF H L,U ME: E F.: C;. E D: MNEM SERVICE UNiT MNEM DEPTH FEET DEPT GR2 MEP. GE GAP I Gl:;: CCL2 MERGE ttV C:CL FCHL2 MERGE CPS FCI',IL N C N L. ;..2 M E R G E C P :s; t',I C f',1L. i',IPH S 2 COMPUTED S SPL.! NPH I RAT2 COMF'UTED NR~T SERVICE UNIT' FT MERGE GAP I D1ERGE MV MERGE CPS MERGE CPS COMPUT PU COMPUT t 9 EN TRY T Y P E S i ;.~ E L':: 0 f,::' E 0 'i 6 6 TYPE DESCR i P Ti OI-.l 0 T e r-ri', i n a't:. o r ( n o fl'~ o r e ~: n t t'" ~ ,~: 2,.'. SER¥tCE SERVICE APl APl AP1 APl[ FILE MI'.iEM ID ORDER ~t: UNIT LOG TYPE CL~SS MOD ~ i)EP 1" .-.447248 FT 0 O 0 0 0 GR MERGE :~472.48 GAPI 0 54 ~ 0 2 CCL MERC;E 347248 MY 0 i50 i 0 2 FCNL MERGE ;~47248 CPS 0 78 ::.~ 1 0 2 N C N L hi E R G E ~'; .¢ 7' 24. ::i_ C' P S 0 ~, ,.-:.,'"" ..... '~ 0 0 ,...':' NF:'Hi COf"IPUT 3472"~S PU O i 22 2 0 2 NRC~T COMPUT S47248 ........ O 0 O 0 2 SPEC Z F Z C ONS F'RC ~ ~, L '¢ L S i'l P L K c iZE "- 4 O i 68 4 0 i 68 4 0 i 68 4. 0 1 68 4 0 i 68 4. 0 i 68 4. 0 i 68 PROCESS 2i [) A T A R E:.. C. 0 R D oc' DEPT G R C C t.. F C N L. N C: Fi L N F' H I N R A 'T' 22 i17'7'0, 000 0 000 0, 000 0 000 O, 000 ~::'i OiO -9°...'-~ 250 ii_,, 0,000 S 0 6 60 0 · '.,.'64, e,', 00 I i i 9 '! i 570, 0 O0 i i 470, 000 200 ,": 00 i , 'I 20 4 87 , .'3.60 474 .400 900 900 26 6.50 230 1 141 i~370,000 27 600 663 900 67i 000 '17 96 9 001 I i 270, 000 4'9 .300 500 , -"'.'.5 O 00 '9"" =''. 800 6 51=. t i i70, 000 93 000 ,7:3 0 3 E: 8 400 460 200 '29 700 980 'it 070,000 5'--' 300 ,800 Ri 1 600 :-3, 00 53 7 i 0 1 4 06 1 0970, 000 ,44 30 0 , 630 295 100 37' 6 20 f.i 30 24-0 i 265 M~, x i mum length ~ ~024. F'iI~.~: t'ppa: LO Hext..F'ile: hiim nature; &t,~...,FO1 . 004 F i i ,'___ t .,:) p m: L 0 MNEM CN FN C 0 U N STAT CTRY SEC]" 'TOWN RANG EK8 EDF EGL PD LMF DMF RUN LCC SON LUN FL LUL ENGi WITN DD DL 8Li TCS TLAB B H T HR T MT MViS RM R i't F MFST M F S S RM C MCST M C S S l N F 0 R, M A T' l 0 N R E C 0 R [:?:, S CONTENTS LiN :[ T TYPE STANDARD AL. ASKA X--27 (13-32- PRLtDHOE BAY NORTH SLOPE ALASK(:i USA i ON ...... i4E 74,900, 7~. 900. ~8, i O0, PRODLiC T I Oi,l C H/' C N S DATE OF CO, JOB 6-86 FT FT FT l#llllll(lllflllllllllllllll I1~111111111111111111111IIII It11111111111111111111111111 NORTH SLOF'~ NORTH SLOPE OLSON GREY i i 796 . 000 ........... FT ii750,000 ........... FT i 0950, 000 ........... FT ii 748 . OOO ........... FT 0, '000 ............... H R O.-000 .................................................. NR 2i0, 000 ................................................ DEGF 2i O. 000 ................................................ DEGF CRUDE 000 .................................................. 0 H hi M 0 0 0 .................................................. 0 H M bi 000 ................................................... DEGF OHMM DEGF CATG 0 0 0 0 0 0 0 0 S .7: .3 .5 0 0 0 0 0 0 t 1 '2 2 2 '2 · ::, I Z E C 0 C: E 4 0 6~: 40 6, 5 4 0 65 · 20 6 5 20 65 20 65 ""' 6 =' : 65 ...', F., ::,~ 4 68 .::, ~,~ .,= 2 65 2 65 ;:2 79 2 79 i 0 65 i0 65 2 0 55 20 ¢:,5 '" fi ~:'~' ,-' . '", .j 20 65 4 6 8 4 6 8 4 6 4 68 4 ,S 8 4 e: 8 4 6 8 4 6 8 "' 0 6 5 ") 0 6 5 4 6 L:: 4 68 i. '2 65 4 68 4 6 :B F' ag e 25 r' r~ M M E N T R E L. OtR D o. This LIS tape was written b,p Gear. hart 'l:nd,..ts. tl.-ies t,.iir.~:iine.. Servic,-z:s. Al l. curve and tool mnemoniC~ u~ed are t. ho.~e wh:[ch mo.,.-.-.t clo~el? match Gear, hart curv~z and tool rune:monico, ** GEARHART TO ..-"CHLiJNBERGEF~ M l,f E M S E R V I C E U N I T M N E I"t S E R V I C E U N I T DEPTI-4 FEET DEPT FT t,I C N L ...~ l'I E R G E C P S N C N L 1'1 ~ R u E L. P o FCNL.~ ' '~'" "'"' ...... _ I 1E r,..: L..i E L.P._-, FOl',li.... MEE'L.,E L.I-'o CCL3 MERGE i'q ',,,' CCL MERGE MV GR3 MERGE GAPi GR MERGE GAP I NPHSS C. OMPUTED SSPU NPHI F:OMPUT PU R A T :~ C 0 H P U T E D N R A T C 0 i'i F' U T DATA ENTRY F 0 R M A T SPEC ][ F ~ C A T Y P E S I Z E C 0 [:, E 0 't 66 T IONS P .=, g 6: 0 Ter. minatol.-. ( no mor. e e;ntcie---.: ) DATA FORMH F'EL... l l L,A Z 0NS '"' "Il," S'":' '"' F "' T H i..i E SERVICE :.:,.';ER",/ i CE APt APl ¢:iPi K.~Pi FILE iD ORDER fi,. Ui',ilT i_,OC~ TYPE DEPT :.'] 4 ?" 24 ;~. FT 0 0 0 0 0 N C H L H E R ~] E ....... '~" ';'"' ...t', 4 ,' ¢..,:.~. S C P S 0 8 .,.* 0 0 3 FCNL. i'IERGE -' '"'"' '-' ...t, 4 ,- ,...z. 4o CPS O 78, 7:i 0 .., C:CL. HERGE 34724',-3 bl'¢ 0 i 50 i 0 3 6 R M E R a E .4, ,4 ,' .---. 4 ,~ .~, ~.~ P I O 54. i 0 . 7 4 ':.'-":, ,~ o p U 0 i '2":' ':' 0 .:.~ N P H I C iD I'IP U T .., ,-,, ,:.. ,.~ .... ,: ...... ," t',i R ~::i T C: 0 M P U 'r 3 4 7 ;? ,4 8 ........ o 0 0 0 s P R l:,',: ~ SiZE LVL :Bi'iF'i_ 4 0 i 68 4 0 1 68 4 0 i ,SS 4 0 i 68 4- 0 i 6,'.3 4 0 i 68 4 0 t 68 F' F.' 0 F: i::' S S i N [;', i C A "f' 0 R :.":; 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 00000.0 000000 000000 000000 000000 28 DEPT ir,iCNL F Ct'.~L. CCL ii786,'000 0.000 0 000 0 o00 Ii686.000 358.800 31 0 500 .'-$30 27.900 29 790 i 166 it586,000 444,500 435 000 470 33. $ 00 2i 880 i 095 1i486,000 574.600 ii386,000 587,200 11286,.008 703,700 541 537 400 500 9 O0 1 i 90 490 350 ~0.200 23 42,700 25 64,800 i 9 630 570 680 i i41 !88 i 014 ii186,000 ' 5i7,000 467,800 62O 47,400 26 8i0 I t i086.000 327,600 243,.300 540 72,700 ':t. 7 55O I 396 T F:: A ! L E R R F C: 0 R D S RECEIVED J u L ! 21984 ,.,, L-i~s Cons. Commission D ~t R E.,.,., LOGGING ANALYSIS C L Z E N T F 0 R i"1 R T D F:~ T R L,, 0 I N F 0 R i"t A 'T I 0 H F 0 F.: tM R T (: L, .'i) "F :i. rr~: ;P_' ~ 1 9 PM MON, F'~,;.~,s: ~ ....................... .'! ......................... Lm I ~ c,,, T (:,~ F:'E R E C 0 R D S U i',i i T T Y P E t.) i.:: U, t- - -. 0 H M l'"l 0 H H i"i [:,E GF 0 Fi M i"! D E G F i) i'.] ,:'Z t..l 0 0 2 0 6 5 0 0 .'7 6 f"i t]i -.:]'-] 0 :ii 4 6 :...7 ..:, 4 ~S :: :' 0 :::: 2 0 ::~ Z 6 5 '"" () :7.': ~:: _ ~' '~ 0 2 '"' '- .. ¢ -:t (i (i 2 7 0 0 i 0 6 5 0 0 i0 :.:,5 0 0 2 0 6 0 0 2 0 ill 0 2 O 6 5 ,.,n ii .... :..~ (i F;:, "i ~ .':i- :.:. S 0 3': 4 0 3 'i. i"t. .... ":' 4. 6, 8 0 :-:'. 4 6 .S", i'3 'i- 4. 0 i 4. ,"', Fi i 4 F, 8 0 ;2 ;2 0 0 '2 2 i':l 6 Fj 0 ':-:: .'.i, 0 '2 4 .... : ~:, ~"~ '2 ,4. ~":, 8 0 2 ":i. 6 8 0 2 i 2 6 5 i"l .-'--' '4 "" . :_, r_~ 0 2 4 6 i3 2 i 2 6 5 T 7 P E.,.,,'~:' :[ 21 E: E: ........ (:'i F:, t::' ............. v L_ '3 f'li':' L l-,:'. L.: tJ U I.I i,,l I..1 tj LI IJ iJ U tJ tj IJ tJ L.I .t I,.t U 'l'f 040, f'O0 O: 000 O, I:)O0 7' 4,4 0 0 'i78'i , OOi:l GEAP. HART 304,(::: OhO 97:i , 000 41:',,SO0 ~3 4 4 0, 0 0 0 7 ? :'-';, 0 0 0 5 4, ,:'.4 0 0 :3 2 4 ('J, r l"i 0 7 :.:.:, 0, ~": 0 0 4 9,5 rj 0 R 0,4 !"i , i] 0 0 7 i 7, L] 0 0 .S ';:'", E, 0 0 0 0 0 0 0 0 ,.3 3, .-.~ 0 0 'i ._x:';E,, 0 0 0 28,2 0 0 :2 {:.':.. 7 0 0 ! ,4-, 000 --4, 0 0 0 4. i , 2 )c! 5 Ei; 4 0, 0 0 0 .... '_".'~ 7', 0 0 0 ;2; 2 4 0 0 5240, 0~:~0 -t95, 00~;~ :2 9 0 00 50,.1. 0, r: 0 0 -. 2.'5 :!:, 000 494F~ a¢iO --~P97 aO,-, .7.'.i 6 2 0 Ft 4E:40, O~"iO -.3~7, 000 ?;: 2 6 O 0 .::, ._"., ,g i.j t o 6 i't ,:+ 3,4 f't 0 0 0 ., a-., "' '" 0 ,'3 " _ , -.-, ......IV ,..~ d .. 6 0 4 >24. ~-~ .. 000 -- 570, 000 .7: ,4-, 600 ..' . ...... : . :.-.. : : _.. ,.., ,., S~ 6. 0 0 0 4, i . i 0 0 ,S 0 '";~ 0 0 'i ?' E. 0 0 'i 7' ;.:..! 0 0 · F'i t e:: ? .~' ",~ ~:~/'~l'L"~.~ ,~' .~!' ~, ~,~'/,,. ~" RECEIVED JUL ~ ~ .. ,,~,OC, Ee-e,E[) ANALYS, C L. Z E N 'F F 0 R M A T D A T A T~F'E L 0 G I N F 0 Fi: M A T ! 0 H c. T A N D A ~ D F 0 F.: M A T ( L :'I': L";. U I"' :+: :,I.: :.1.: i"i Fi El i'i CH FN C 0 U S T ~"~ T C T R :'? F-; E C T TC:.: ¢. i:::i N (.'.-: b, K. !::~ E D F EGL.. F:' L i;i F t;: H F L C C: :.:5 i..t L. U F. L,. L, U L E i'.,i L) L) i'"~ ~ TL .[ "t-C S :'L :.'-"~ B ia -.:' H F.'. T i"i T H S ::_:; :r'l ',,/ Ri"i R H F' , ] :- ..':, .".2 F..: h! E: H E: S T i"i C: l N F 0 F?. H A !'": 0 N R E: C O R [::, o F",,,., j:){'"l T E i*'t T ::_'"; U I'.-{ i i i" :'/P E F't' H F:.'. L:' b. G I- DE GF L-i H i'i ['t L:' b. L4 i- C¢t T f:.; :':,; i Z E :": O B E 0 4 '"' :~ ~':: n 4 0 :5, 5 0 4 0 ::-: 0 2 0 6 5 0 ;:'.' U ::, ..,: f'i 0 :"l: 6 :'5 0 3 ::::'. · ::¥ 4 6 3 4 .3 4 6 ::: 2 6 3 ;..2 6 5 Fi 0 '":',.-. 7 9 0 i O i O ri 2 0 6 5 ¢~ fi. 2 ,.,:" lC,_ !'~_ ::!~ 4 :'_:: 8 ::" '4 6 .'_-'1 ,4 4 "i. 68 i "i. 6 R · j 4 ,-" c:, '-..-' 2 2 Et 4 6 ':_:', 2 4 ,:_, 2 4 ::. ',-'-: 2 4 '2 i 2 6 :,.-:: 4 '2: 4. 6 '2 i 2 6 5 0 3 i 0 0 i"i f"i ~'; r: () it it l."j 0 0 0 0 0 'ii 0 () f' fi i"~ i'~ i~i i"t 0 i! ,": iq it i'i t') ii 0 il ni') F: ,", ........ ,., ........ ,.' , .. L,~ 000000 000000 000000 0 J) t)t'jJ Jl'J J) i' I."J ['] [I t,) 0 0 0 .~1Li () 000000 00000 i'.} .'~ '~ :')0 ~'~ [ O00flO0 000000 000000 O00001T: ()00000 O~"J":O00 - ~-~ ....... ¢ -: ~.. i-~ .. U ,., t.J U l..i t.,t U .,I ,.¢ ,.1 .. i.,I 0 0 I"1 l]'j ii il {'i i ,.=::: i:) D - , t L: :5 "[' L. fi B P, ia T M~T i'll · ,. ; F--.: M F' MFST R M C: M C S T M C :=: S F: O i'-.t T E N T S i.t i".t :[ T T :'r' F' E 0 H M M 0 H M t'i C, ,2: GF 0 H M M DEGF C A T C:i S :):.,.:."'"' E :.':: 0 i:)E 1]. 0 4 n,., 6,_ ~_ 0 (:l 4 L] :!':, 5 t) () ;.::'. 0 E, 5 i'.:'~ 0 :':'-: 0 6 5 0 0 ;.-::' 0 E, ::..:; i] 0 2 ~:"': :5 f] 0 .:; 6 t'- 0 0 ::ii E, 5 · Il) .'.:j 4, E, 0 3 4 :!":, 8 0 Ei ,::i. 6 8 0 7 :.::: 6 5 0 .:: 2 ,:'.-: 0 3 ;'2 E, 5 ) 0 ;:::: r ':' 0 0 2 ,' 0 0 i 0 E, 5 0 0 i 0 :-': '."'-; (:t O 2 0 E, 5 0 .3 4 E: 9 () :3 4 E, :,'.-'.: ( (:i 4 6 E: '"' ,'..;: ":i. 6,_, o ~,,~ F~ "" 4 C f-'~ 0 4 '"i E, 0 i 4 4 8 0 ! -':i. 6 :--', ,--..~, ,. ~ 0 ;2 ~: v e, 0 2 :.::" 0 E, 5 0 2 -'i. 6 :--~ 0 2 4 E, 8 0 Et 4 F', ;E: 0 2: 4 6 8 0 2 i 2 E, 5 0 ;2 4 6 8 0 ,-:'-' 4 ,5 P, i) '2 'i 2 6 5 i i 0 I 6 ¢, 0 0 0 t"~ 'i 0 0 0 0 4 0 i 68 4. 0 i 68 4 0 'i =':, 8 4 0 'i 6 '8 4. O, 'i ::: 0 i~. O. O. ,.,,", i:f O. '"',,., i:i 000 00 r.,_ i.') O. 0 0 t"i 0 ()0 0 f..'t 0 i;I 0 ') f) 0 0 0 0 0 f.'t 000000 000000 000000 t.'i J.'j I) t.'.i 0 0 ii 0 i"t 0 0 O I'll iii (.'l i;l 0 J"i '''~ t'i ('i I"! i~) i"l ¢i i"i i"i 0 i"J '"' '" I"I i"i J"i 56,5S0 .30, :400 C T F,'.iI :'r: E K E~ E D F LHK 61 i..i l".i S 0 H F i.,. 'i' L.i T 8 S T L. '.;::! {ii', i.-i '? i"~ F S T x F S i'.:,i hi i"! (:: S T H r': S S ij : ij {.lij .................................... , L-I: t'ji I"i L'I :E;:i ZE C 0 I:: E i"i 4 0 ':: ~= 0 4 0 6 5 0 4 0 6 5 0. ,.,."':' t'~,. 6 5 0 2 0 ,:::, ('. ,.-... ":" 6 0 .i.'; 6 S i"i "7 l!:, 3 4, 6 9 :3 4. 6 8 :::'~ 4 E, 8 ::!; 2 ¢:, .i:i; 2 6 5 .... ' '"." "'" ..2, ~::.. I:;:, I~ 2 0 ',:?. ';":' 9 0 i 0 6 5: 0 i i" E, b; 0 2 0 6 5 I.'i 2 0 I~, 5 i:t % t'.t 6 5 0 ;7: t':~ 6 5 · :!: ,::i ~'-", :3 4 6 P, ;;";; ,.i. 6 ::: · '3 4 ": ':" 4. 4 6 8 i 4 6 8 'i -.,-'"~ /',_ 8 2 '2 0 6.~"i 2 2 i'i 6 :"-; 2 "i 6 ::', 2'. ,4. 6 - >2 i '-2 ¢, 5; 2 4 6 ',--', 2 i 2 65 1.t t.t U l..l U LI l..t i.j ij U t,l i.i 0 0 O 0 ii: 0 000000 000000 0 ill 0 0 0 0 il} '.."J 0 0 t:) C F_': L. 0, 0 0 0 i 34 .'.'-!: i i 7 2: !:J;, .'=; 0 0 2:5,4 0 0 i i ~.32. 5, ::7 00 :i~: 7 0: 0 () 0 :;!: 0,7 0 0 , i 20 ,:-i. F,: 1 , i 0 0 i 037 ,8 4 0 2 9 4,5 0 0 i i 8 6 ! ! 325 .. ~; 00 ;.:.'; 0.7,, 2 0 0 i i '.:i'. 2 5,5 0 0 .'.'.:": 03, ;20 0 ,.-.'..,. i , 000 i 'ii9 i i t ;;;::5, !::'i 00 'i 7' 4,500 2 8, 0 0 0 . 05 0 I ! R, 00 0 'ii025,50] ,05 0 i '.]ii 0, i 00 i 372 N e:::..', t -F' i i ,:-'.:: 2 $ t,t [.r; ~;~ 1 F' l" C ~ T I O N [.,, 'I S T I N (; bV'P 010.1,!02 V~-:Rlt;'[(:'ilT.['O~ I',ISTING PAGE DATE ORIGI~ : CONTI~uA'TI[J ~ : 1 PREVIOUS ~EML : ** TAPE t-IEADE',R ** SERVICE N ~ ,~,~. E DATE .'85/12/t4 ORIGIN :FSI~ ~APM N A i'~ E CO~TINU~,TIO,O ~ :gl P~EViOUS 'f A. 1) ~ [ '~,,'iENTS :GIBRAHY TAPE **~******* EOF ** F'ILE HEADER ** F [ b E ~ A Y, E : E I.) I 'I .001., SERVICE N A ~. E: VERSION ~ DA'rE : MAXI~IJ6~ h[(;NGTH : 102~ F',[ bE TYPE P R E: S: U't~IT TYPE CATE SiZE CODE 000 000 026 065 000 000 006 0~5 000 000 012 065 000 000 004 065 000 000 002 065 000 000 002 065 OOO 000 012 065 000 000 006 065 U t~} I T !r Y P g C A T E'; $ I Z El C o D E 000 000 001 065 , $C!~,h~IiqBERGER * · ALASKA CO,~iPUT,{NG CE~TER * ~ELL = X ' 27 COIJr, IT~' = ~JDR'I'F} ShOPE BCIROOGH STATE : AbASKA jO~ ~'O.~,i[%ER AT ACC: 71058 RtJ~d .~Tx,,~G, DATE [~OG(;gt.): 2,B ~'~OV ~5 LDP: T dALSTEAD C.~$ING CAS I 'E Fbi. II P . SIZE : 9,625" SOP, FACE !ro 1:10.4.8 = 7.000" SURFACE TO 11838 : 8.5" LVP OlO,H02 VERIF[C~TIi[)k, LISTING PAGE 3 * SCHt, 15q~I.<hGt~;R bOGS Ia~CL[.IDEi) 's, ITH THIS ~qAGNET.I.C T.a, PE: ~ ]?FIERBAi, DECAY '['l~'ib2 (TI)T) ** DATA FDR.~IAT RECORD ** E~TRY BLOCKS (." TYPE SIZ~j REPR CODE ENTRy 2 I 66 o 4 i 06 1 ~ i 73 60 9 4 65 16 ! 66 0 I 6 6 0 DATUM SPECIFICATION 6hOCKS M,NE.~ SEPVICE SERVICEi ~i'qIT APl APl AP1 AP1 FILE SIZ~E SPb REPR iD ORDER , LGG T',~PE CLASS MOD DEPT FT 00 000 O0 0 0 4 GR ZER GAPI O0 31,0 O1 0 0 4 S I (; ~,~ P S 1 C U 0 0 4 0 0 01 0 0 4 FSI(; PSI CO 0(,) 400 O1 0 0 4 TRAT PSI O0 420 O1 0 0 4 GR PSI GaP] O0 310 O1 0 0 8ACK PS1 CPS O0 390 17 0 0 4 FBAC PS1 CPS 00 391 I7 0 0 NTDT PS~ CPS O0 390 O0 0 0 4 FTDT PS1 CPS O0 391 00 0 0 ~IGP4 PSP Co O0 4~0 O1 0 0 'I G P S 2 C d o ('; 400 o 1 0 0 4 PROCESS CODE ( 0 ..I Al., ) 68 0000000000()000 68 00000000000000 68 00000000000000 68 O0000000OO0000 6t{ 00000000000000 68 00000000000000 6B O0000000OO0000 68 00000()00000000 6~ 00000000000000 68 00000000000000 68 00000000000000 68 00000000000000 £.,VP O:I.O,H02 VERI. I':'IC.~']'IO!~ !.,IST'INf; PaGE 4 TRAT PS?, GR PS2 BACK ['82 F~AC PS2 NIDT P52 F'rDT PS 2 $IG~ PS3 FSIG PS3 G R PS 3 ~ACK PS3 FBAC F~OT PS3 SIG~'~ PS4 FSIG PS4 ~RAT G~ PS4 t .tC P84 NTDT 'F?DT PS4 SIG~ PS5 FS'IG PS5 '2RAT PS5 GR PS5 8ACK PS5 FB~C PS5 NTDT PS5 FTOT PS5 0(1 420 O1 0 ~. z~. p i 00 310 01 0 CPS O0 390 17 0 CPS O0 391 17 C ,9 S O O 390 00 C?,S O0 391 O0 0 C, O0 400 U1 C,J 00 4. 00 01 0 O0 420 O1 0 GAPI OO 310 O1 0 CPS O0 390 17 0 CPS O0 391 17 0 CPS O0 390 O0 0 C P S 00 391 0 o o CU O0 400 0 1 0 CU 0 ~ 400 01 0 O0 420 Ol 0 GAP!, O0 3 ~. 0 01 0 CPS O0 390 17 0 C~S O0 391 17 0 C P 5 00 390 00 0 CPS O0 391 O0 0 CO O0 400 Ol 0 CU O0 400 O1 0 O 0 420 01 0 GAPI O~ 310 O1 0 CPS O0 390 17 0 C P S 00 391 17 0 CPS O0 390 O0 0 C P S 0 0 3 9 ~.. 0 0 0 DEPT TRAT T RAT , NTDT ,'VRAT '(., NYDT TRAT !'4TDT DEPT :TRAT N T D T T R AT N'TDT TRAT ;!l T D T TRAT t i800. 0000 ,2385 30 6 2 223 256. ,I 406 C a F T D T G R -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 !3 206 24, ~. 159 ! 07 164 !29 2500 2500 BACK 2500 $Ial~l 2500 BACK ,~500 8I;Gtq 500 BACK ,2500 SI:GM 2500 5aCK :25o0 $IGM 2500 :SACK 2500 8125 SIGN! 0625 BACK 9375 SIG~ 9023 BACK 8125 SIG~ 0625 :BACK -999 -999 -999 '99~ -999 -999 -999 -999 -999 -999 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 2500 ,2500 2500 250O 2500 2500 2500 2500 2500 2500 5O 3 O5 i04: 14, a 2O0 625 4, 7 I. 80 227 45 574:2 2~8 4375 I ~8 00000000000000 1 68 00000000000000 I 68 O0000000000OO0 i 68 O000000000OO00 1 68 00000000000000 1 6~ 00000000000000 1 6~ 000000o0000000 1 68 00000000000000 1 68 00000000000o00 1 68 O00000000000uO 1 68 uOOO000000oo00 1 68 O0000000000OoO 68 00000000000000 1 68 00000000000000 1 68 0000000o000000 ! 68 0o00000000o000 1 68 0000o000000000 1 68 00000000000000 68 00000000000000 I 68 00000000000000 68 0o00000o000000 1 68 000000(.)0()00000 68 00000o00000000 1 68 00000000000000 1 68 00000000000000 1 6~ 00000000000000 1 68 00000000000000 1 68 00000000000000 I 68 00000000000000 1 6~ O00000OO000000 FSIG , 999,2,500 FBAC :999. 2500 FSIG -999'2500 FBAC -999. 2500 FSIG -999.2500 F.BAC -999 ~ 2500 FS!G -999. 2500 FBAC -999 ~ 2500 FSIG -999 2500 FSAC -999:2500 FSiG 41.91, 80 F!~C 55,48(35 F S I G 38.38'67 FSAC 96,0273 FSIG 42,7930 F~AC 115,5273 FSIG 3,8,6992 FBAC 97,i523 ~TDT fRAT ,'~TDT DEPT Ta~T N T O T NTDT T~AT NTDT 'f~ AT ','~ T O T 'r~T NTDT DEPT 'PRAT T T R A T TRAT N T D T TRAT N T 0 T DEPT TRAT T D T FRAT T D % R A T ~TDT RAT 'I' D T R A T T D T 'PT , A T t~ T D T TRAT T R A T ~, T D T PRAT 'PR AT N T D T OEPT 25 21 11 'I 0 17 17 17 15 17 16 16 15 1150 5).. 1.62 2 156 2 2 147 .15 .,!,7 17 19 16 14 1130 3.0!59 8.5025 0.000 0 2,6,448 1.8125 2 5803 7!4375 2 6155 5.3126 2.5725 6.9375 2.57~5 4,0625 0. ()O00 ?..,0!.59 2,3126 2,0~52 25 1, 0,9375 2. O256 0,0625 2, 0 00 00 5100 o 62.5 o526 0t:~25 8674 5625 7581 0625 O. tt125 0,0 (,,) 00 2.3713 2'' 4 37 5 ,3206 5,6125 2.2268 1.3125 2 .... ',~ 2 29r 7,6 ~il '7 b 2,3733 a. I 8 '/5 :.'.).. 7717 C; t-:, F 1' t)'~3 GR GR F f I; T GR F T O 'f G R F 'f 0 ~r F T P T F T [) ',[ G R 167. 224, 1 12. !bO, 2t4' 152i 45 !49. 53, 137. 60, I42, 68 '? I H7 187 8535 6270 6875 0117 1875 5430 ~3'15 9492 6875 8242 81,25 lJ ,6560 1.1.5488 154 0625 29~7393 186,68'15 44.9~05 :t55.0625 53,44:92 152.93'15 61,6680 15i,3125 31,0674 80.7773 157 , 68'15 42.4180 129,4375 61.6367 .116 2148 6B,.~148 :125, 14 H 74.52'13 128.8125 2 . 1.53 36 149 52 14:8 59 143 6.4. ,~736 9893 0625 6992 9375 04:30 3125 0742 31.25 4023 3x25 7~361 1'299 BACK SIGH BACK B ACK $IGIq BACK $ i G~ BACK $IGM ~AC~ SIG~ BACK SIGM BAC~ BAC~ F.,ACK BACK. $IGa bACK BACi< B .A C K BACK SiGN BACK $ I GM B.~XCK SiGM BACK $iGM BACD, 43.3242 231 16.5986 69,2148 1.6.536t 1.56,5625 ~6,426~ 167.6~75 16,5~30 ~76.1875 16.7549 181.3125 15,2285 92.1523 15,6504 !.64,93'75 14.7363 177.6875 15.1504 182.3~25 15.0176 184,9375 17 2705 1.08:8398 17,8330 168.1875 17 6~43 178~1575 18,2549 181.8125 1,8 208o 183~0625 18,~330 1.21 , 64~ 18,2861. 166.3125 18,~549 :180,.875 ,4893 1~ ,0625 i . 625 23,6143 135,8125 FSI(; FbAC FSiG FJAC FSIG FBAC ~SIG FSAC FSIG F~AC FSIG FBAC FSIG F6AC F$IG FBAC F$1G FBAC FSIG FBAC F$IG F~AC FBAC FBAC F$IG FL%AC FBAC F'S£G FBAC FSIG FbAC FBAC FSlG F$IG FOAC FBAC 38,5742 105.5523 1q,3848 33.8242 13.'74%1 60,3242 14,7441 63.7617 14,2520 6H,8398 14.0098 68,3398' 12,7285 35,0742 12.9160 62.0430 12.3223 66.4648 12,8691 70 8398 12i2676 694023 15.0645 41,3555 16,0674 65,77'73 15,.56~5 63,7305 16,!)674 '70,4648 10,0049 70,0898 15 7676 45 9492 15 1129 61 5430 1,5,4629 64.0273 1,1648 16,0674 70,4648 2 0, ,77 05 51,5117 bvP 010.it02 VEpIFIC;%T[I?!~,~ LIS?I~.G pAGE I T D T 176.0625 F ']:' i)~JL' '.['RAT 2.72~8 r3R qTl]T 169,3~2b ~TpT 155. ~ 875 TRAT 2. 5393 ,:!TDT 167.5625 F'FDT OEPT 11200,0000 GR 1'RAT 2.8596 GR ~q']'DT 181.1975 FTDT 1'RAT 2,8303 GR NTD~T? 2] 9,9375 FTD'T TRA 2,9377 GR ~'~ 'T g T 243. ~ 37 b F t' D f ~PAT 2.8635 GR T 216,~3~5 FTPT ,,,T 2,~088 GR N T D T 229, 375 F'F i::,'I' DEPT I 1046 TRAT -999 ~qTDT -999 TRAT 4 N T D T 384 "VRAT -,999 'DT -99)9 ~< A T - 099 NTDT -999 rRAT -999 NTDT -999 0000 G 133i GF. 8 J. 25 F '1' [)T 1135 GR 375 ~7(.16 9375 PTt)T 2678 9375 1252 1 ~'15 F'.F DT 0000 250 (') 2500 t~ 609 3906 25o0 2500 2500 25 O 0 2500 2500 123. 36. 123. 4'1. 123. 55. 107. 61. 125. 76. 95. 123. 89. 172. 103, 16'7. ~23. 158. !27, 163, 26. 27. 154. ~1. 152. 52, 186 57. 158, 60. 162. '999 '999 '999 199 -q99 -99Q -999 -999 - 9 q*~,~ 9648 6680 o89b 98o5 2773 7930 9023 6992 9023 0273 0273 7148 9023 6875 3398 1~75 1523 9375 4023 5625 549 330 93'15 0742 9375 0742 o875 1992 8125 2305 0625 250O 2500 25O0 8398 125 500 2500 25O0 25O0 2500 2bOn B~CK SIGM SiGM BACK SIGM BACK $IGM 8IGM BACK $IGM BACK SIGM [tACK SIGN ESACK SIGH BACK SIGN BACK SIGN P,, ACK BACK SIGN BACK BACK SIGN BACK S1GM BACK 24,4, B93 i78.8125 23.5518 181.0625 23.3799 1~1.5625 23.0674 185.1875 33.5742 142.!.875 33,9180 162,4375 35,9180 184,81.25 35,1055 I84.68'15 35 1680 188:1875 29,5205 1.56.81.25 28.2393 176.6~75 29. 8643 206.5625 208 520b 19:3125 29,~.330. ~, 19] . 1.2,) -999.250o -999 ~5()0 6'I 148 J71 1875 -999 250O -999 2500 -999 250(3 -999 2500 -999 ~500 -999 500 FSiG FBAC FS!G F~%AC £SiG FS1G FBAC FSIG FBAC FSIG FSIG F~AC FS1G F~AC FSIG FBAC FSiG FBAC FSI(; FBAC FSiG F'BAC F~3AC FSIG F~AC FS1G FBAC FSi[I:; FhAC F$iG FBAC FS1G FBAC FSIG F't~AC 19.9111 63.0~30 20.083o 65.7773 20,i924 71,0273 20,3174 71,!523 29,0986 58,1650 30.5674 75.7148 30,8486 B3.9023 30,5361 75.9648 31,1143 77.52'73 26.5986 56,3242 2'1 3174 72i~023 28 8799 91.7148 28,5518 82,0273 2~,9268 7,..7148 -g99,2500 -999.2500 62.~I17 62..617 -999,.2500 -999,2500 -999.2500 -999.2500 -999,2500 -999.2500 ** PIbE TRhlLER FIDE N A ~,~E SERVICE NAME : VERSION ,",- : ,~AXIMUM bENGTH : F I b B..: TYPE i 02 % ** REEL TI~AILER 'E :85t12/14 CONTINUATION ~ :01 ~ EIX T REEU COMMENTS :blBRA~Y TAPE L-I~ i,1 Lq i f~l ~I:] i[~ [~]-.mm !,. TYPE' 137 ** CN COUN: STAT: CTRY: PRiIDHi,~K ~:~AY SLOPE At',~SKA Tlr,,, I T T~PE CATE SIZE CODE 000 000 030 065 () 00 000 00 4 065 O0 000 0~,1 065 (000 000 003 065 000 000 002 06'5 o n 0 000 O0 1 065 000 000 007 065 t:OO 000 006 065 gO0 000 003 065 J13¢ .~bl~:,'3ER AT ACC: LDP: dOlqN Ron;LES , , , , · , ~ · , , , , , · · , , , , , , , , , , , , , , , · , · ,SCHLt. I:~tlaCPGF:R b~(,;g .1.1',IC[~t!DF[:, ~,~TTH THIS MAGNETIC mAPE: , , * t,VP Ol, n.wC,? V}i:r~IFIC/;;'r,i(':p,, ,bISTING Pz~GE 3 r)ATi:~', ,_qpCCTFIChTIO~~ ~L. OCK8 ,',~,',~F,~: S['~.\:ICE S~,RVICE: 11:,,¥7-APl APl APl API ~'II,~; SI?,g SPL RMPR P~OCESS bog TYP~ F' T 00 00 r~ 00 0 0 G~Pl O0 310 Oi 0 0 C~ O0 400 01. 0 0 Cu Oo 400 ol 0 0 oo a?n al 0 0 f;API OO 310 ~1. 0 0 CPS nO 390 17 O 0 CPS O0 391 17 0 0 C P S o 0 39 o 00 0 o CPS 00 391 00 0 0 C7;,~ oO 400 01 0 0 C O 00 400 01 0 0 00 4. 2 f" 01 0 0 GAPI O0 310 O1 0 0 C P S 00 390 17 0 0 C P $ 0 (,, 3 91, 1 7 0 0 C P S 00 390 o 0 0 0 C p $ 00 39 i 00 0 0 C U 00 400 01 0 0 CO O0 400 01 0 0 00 4. 20 01 0 0 GAPI O0 ~10 01 0 0 CPS O0 390 17 0 C P S 00 39 J. 17 0 0 C'P $ 00 3 90 00 0 0 CPS O0 391 0 C 0 0 C ~,,:,~ 00 ~: 00 O I 0 0 0 0 0 ¢ t.~ 00 400 01 0 O0 4:2~ O1 0 ~; a [.' I 00 310 01 0 C P S 00 3 90 17 0 0 CPS {)0 391,, ,1. 7 O 0 CPS O0 390 O0 0 0 C P $ 00 391. 00 0 0 ~ t.l 00 400 0 I. 0 0 C t.J 00 4:00 01 0 0 OO 42o of 0 (:: A P i'00 310 C, I 0 0 C P S 00 390 ~ 7 0 0 CP'8 O0 391 ~ 7 0 0 4 4 4 4 4 d, 4 4 4, 4 4, 4, 4 : 4,, 4 4 . CODM (OCTAL) i 68 O00OO000000000 I 68 00000000000000 I 68 00000000000000 1 68 00000000000000 1 68 00000000000000 1 66 00000000000000 1 6~ 00000000o00000 1 68 000o0000000000 1 6~ 00000000000000 1, 68 00000000000000 1 68 00000000000000 1 68 00000000000000 i 68 00000000000000 t 68 00000000000000 I 68 00000000000000 1 68 00000000000000 1 6~ 00000000000000 I, 68 00000000000000 1, 68 00000000000000 i 68 00000000000000 l. 68 00000000000000 i 68 00000000000000 1 68 00000000000000 1, 68 00000000000000 11 6~ 00000000000000 1 68 00000000000000 1, 68 00000000000000 1 68 00000000000:000 1 68 00000000000000 I 68 00000000000000 1 68 00000000000000 I 68 000000000000:00 68 00000000000000 68 00000000000000 t, 68 00000o00000000 1 68 00000000000000 1 68 00000o00000o00 68 0000(!000000000 1 68 00000000000000 68 00000000000000 00 0 0 1 68 00000000000000 1 68 00000000()00000 OeP? 11.qOfl. O000 61R -999.2b00 NTDT -ggq.~500 ~' T D',F NTDT -q9~,2500 ~TDT -q99,2500 TRhT -99o, 9500 GR -09q. 2~00 ~:FDT -q99. 2500 FTDT -99~. 9500 TROT -99c),7500 CR NTDT -qYq.25(}O ~'1 ~T -q99.2500 NTDT -qgq. 25e0 P'tP'i -~99. 2500 D[ " 1 1800.0000 (';H -999.2500 T\ .aoa o~r:O ~R -~9°, 2500 ~ .. ~ ~., ~t , . ~ . N'i'DT -qgq.2oO0 WT 'f TP~.T -a9~,2500 CR -99~.2500 NTD~' -q99,250() FTDi' -090 2500 TR~.T -q99.~500 GR -696'2~00. N'I~DT -~9~ 2500 ~TD'J.' -q9~.2500 TROT 3~'1207 CR -30~.OOnO NTDT q15. 0000 WTr)'f 302. 2500 TROT -o9q.2500 GR -~9a.2500 NTDT -99q. 2500 F'i"DT -a9q, 25o0 1700.0000 r~t< 9 3{~72 2.5605 ~R ] 1:7734 744 500(.) FTP:}' 347,7b00 o~623<) Ct:{ 19 0781 74~,0000 FTD'~' 33~[2500 2.6055 CP ],7,3] 25 6~9,0000 ~'I' PT 301 .0000 '156.~' "0 .)0 0 F't:Dq" 339 C, uO0 P 6426 CR ~ ' 7 16,5 0 0 0 F J' r')'t': 3 2 5.2 5 0 0 5000 w 'I' 0 '.l~' 3 ~ 3.2500 ~.2~ I ~[~ 3r~ 92~9 O00u ~'~ .,'.l 31 . 0 !~J75 tlr ].5 R3~9 - 2.2227 (:R 25.4844 65A 500u ~"TDT 348,7500 2[~562 <";R 27.4219 PACK S FACF FAC'F, $1'.GM RACK SIaM BACK SIG~, $ I GM SI C..,M 'B A C ~ 81, GM BACK SIGM BACK S!GM RACK 2ACK -999.2500 -099.2500 -999.2500 -099.2500 -999,2500 -990.2500 -999.2500 -099.2500 -99~.2500 -o99.2500 -999.2500 -999.2500 -99q.2500 -099.2500 -999,2500 -o99.2500 50.5000 1047.0000 -999.2500 -999,2500 FSI~ -999 2500 FBA -g99:2500 ?8lG -g99.2500 FB~C -999.2500 F$IG -999 2500 FSAC -999~2500 FSIG -999.2500 FSAC -999,2500 FS~G -999.2500 FBAC -999,~500 FSIG 'q99.2500 FbAC 'g99.2500 FSIG -999,2500 FOAC -999,2500 FSIG -999.2500 FBAC -099.2500 FSIG 44,9062 ~BAC 258.7500 F~TG :999.~5~0 FBAC -O99. 5 0 16,6875 FSIG 14,2578 394.5000 ~8~C 89,6250 16.3594 F'$IG 14,~328 a33.0000 F~AC ~62, 000 17,765b FSIG 13,8359 ~91,5000 wBAC 1.4~.0000 1~,9609 ~$IG 14,0000 100 .5000 ~g~C ~00.7500 ~7 2187 FSIG 14,5469 n72~5000 PBgC ~85.7500 1~,9766 ~9 .2500 16,~250 ~;64,500() ] ~, 50(')0 ~] . ' 5000 :t, 4 484 no0: ~(')00 ]5.9'766 25.00 o o F$IG ~],8047 F}32C ~ ,3125 ,$1(, 13,0625 FbAC 152,0000 F~IG 12,~969 FBAC 205. 500 FSIG 12,9375 FBA. C 223,8750 F~%I(:; 12, ,266 FBAC 209,2500 LVP t'~l.¢,.;.~(:? VER!:FIC.~,?iO.'.i i. IS'?I.~'¢; PACE b 669. ~00u FTD'] $6~. 5000 FTP'r 64 ~. 500 () F ',f D T 2.5~,40 669.0O00 ~' ~'O~I` DE;PT ~ T D T TRA".r TR AT N T D 'l: 'TR~5 ~ T ~ T T~A'y ~ T 1'~ T 32.0000 3 g. P, <~ 0 (',' 32.593t~ 2a7.0000 37.78!3 29.!.2500 42.3125 2~2.2500 32.~938 3ln,2~00 22.7188 3i2.7500 2° . 236.6250 3 ~ . 2656 288.7500 3~.5695 ?,6n. 0000 :21.1 .7S'13 ~74.5u00 !8.0313 19. 6004 234. 8750 2312031 2.~4.5000 23.7344 281 ,5000 25.6 ,,~ ,/ %t 27. f144 264.2bO0 72,1250 ! 07 . on. no 203,~250 122. 375 2~35. 3750 I 2.3.625O ?.45,5000 117.81~5 277.750O .125.25OO 74A.7500 26, I 250 27. 4063 252,7500 2~,7[:13 2't5 7500 3C:: I 250 $ i (;,b~, SIC;Y: SI BACK $1GM PACK SIGN SIGM mACK $i,G~ ~ACK SIG~ SIGP4 SI, GM mACK BACK SIG~ ~ACK $iG~ hACK 2ACK S,[GM BACK BACK SIG~ mACK SiG~{ BACK ~.ACF 1.0.3125 agt.0o00 19.03.13 lO03.50o0 10.5000 99[.5000 17.203! lO62.0000 17.7344 ~07~.0000 I8,5781 775.5000 20.5156 106!.0000 18.0000 1026,0000 23.9062 i156.0000 18.6875 1170.0000 22.1.406 854,0000 23,3281 1038.0000 22.6719 lO6n.oooo 2.1..4688 1!50.0000 22.0938 ~a39.0000 43,3438 050,5000 42,~t25 1124. 000 41,5938 11.68.0000 39.5313 1~23.0o00 40 4063 1192: oooo 29,8437 925.5000 29.9375 1082.00o0 2~ 9531 1!.2 ~nooo FSIG FSAC PbAC PSIG F$IG PBgC PSIG P~IC FSIG PBgC PSIG FSIG PE ~ C FSIG PBgC FSIG PBgC F$IG PBgC FBAC FSIG PBgC F$IG FBAC ,5!,G Fi>AC F~IG I;' B A C FSIG FSIG PBAC F'$IG FSI, G 16,6250 153.5000 17.2344 I95.2500 14 8672 193:7500 14,8594 206,3750 15.3906 230,5000 16,0156 145.6250 16.5781 .1.94.2500 16,4219 238,6250 16.5156 235,5000 15,7500 ~2~,7500 17.7969 127,~1,25 1~,8437 19 ,5000 19 5625 220:7500 17,3594 720.3750 20,0000 213,2500 .5000 36,5938 304.2500 35,1562 305'5000 35 0625 317"5000 33,4375 298.5000 29 0000 193 6250 27 ~969 206 ,000 27 ~437 22O 750 L'~ ]11 ! I ,i1 ii:4 ii_,: [:~ 2 S~RV TCP NA ~!'g ; ED 1 9:' DATE :;~5/0~/73 ORIGIN :0000 T A P E: F/,' n i,4 t< : 98 ~"~ g CONT![~!I.;ATZnN' ~ :01 740. 1250 S,IGM 2c~. 2813 F3,q C k 253.2500 SI. GM 37.4375 F'ACF 2b~.2500 33.2813 37 . q375 BACK 330.5000 SIG~! 3q.V~13 PACK 32 ~ 2500 S 4~:3750 PACK 32.1,7500 SIGa 5~.0695 RACK 333,5000 5~. 0000 R ACK 322.7500 -999,2500 40,71~8 26 3,2,500 -q99.25o0 P~ACK -o99.2500 SI, GM .ogg. 2500 -099.2500 SIG~ -99q.2bO0 ~ACK '999,2500 Si(GM 'QgQ.~500 F'., ACK -(~99.25(]0 ** RECORL~ TYPE 1,37 31.6094 1134.0000 30.1094 !089.0000 78.5000 o37.0000 77,6250 981.0000 77.3750 1110.0000 78,1250 1086,0000 '1g.1250 1019.5000 64,6250 913.0000 -99~,2500 -999,2500 -999,2500 -999.2500 -999,~500 -99g.2500 -999,2500 -999,~5o0 FSIG PSIG PBAC ~SIG FSIG PSIG PS~,C FSlG PSlG FBAC PSIG FBAC FSIG FSIG FBAC 28.1.250 233.0000 27.7500 242.2500 77,5000 1,92.6250 76,1875 211,2500 74.1875 231,1250 75,8125 ~35.7500 82.5000 24].,6250 61,2187 181,1.250 -999.2500 -999.2500 -999,2500 -999.2500 -g99,2500 -g99,2500 -999,2500 -g99.2500 ** RF:ETI m~',i~.ILEP F E ~ 1 i 1,%5 Anchorage TDT DA~'A LI'$q'ING SOHIO AI, ASKA PETROLLUM COUPA K-27 DEC-7-R4 PRUDHOE B~Y CONFIDeNTiAl, Cqi,.!p~x~.,.~'¥ ,' SUF.']"[" ~.i'.,r'~,~r</:\ ~:~F'.'I(RF)[i::TIt.~. ¢':~'.]Y~PA WEbb : X-27 DEC-7-84 PAGE I v T C ~ C i, 1180,4 !i~02 I 190! 11~00 11792 !17~7 I(. -'~4 s2,]3 2i 1. ~ 93.b! 7.20 33.3~ 11792 53.o0 1.9.~1 54.22 11790 56,b3 56,09 1 17~39 5;4.63 54'00 54,75 11782 57.t)3 49 84 54.2~ !.17~6 53,78 56 ~'7 5.3 59 1.1.7~4 22,50 53,22 Ii~82 !~ 97 23.' 11,81 !.9'2~. . ~2. ,. 8,45 1 7~0 ~0,()3 29,09 !9,1.4 1779 9{;,6 a ~0,{~1 , ~'3 . 11776 20,.:~ 19 O~ 20 64 11775 ],9.7~ !,9'2~ 21 94 ~ ....... ~ ,, 1,:L774 2u.'77 23,28 20.27 !1773 P~,O'~ 26.'13 19,97 , ..~ , ,.. ~ · . ~ · i176a 19,7 ~ la 8 ..... ~, .~ ~ 11767 ~0'2 ~ ?"~ 45 91 20 33 22 ~! 11765 2]..6~.:I. ?2'13 I 17 b 4 '~ .0 33 ,. 3.5 23, .... . .. 1~763 71"~o,. 2f,.:~1 21.,7~'~ 1. I762 2{~,66 19,14 ..... ~ ., . , , . ,.. !1,75~ 20,4S t9,7~ 3.33 92.75 ~2.00 42.41 t0.5(! 51 .On 4, q, 6q "' :~ .94 ~ 0,8 ! 22.75 ,aS.t, 3 39.4! ~9.31 3.4, a 40.16 5c;.~1 22.75 39'81 50,66 22,75 40 ~2,i6 .~$~~''..~,~ ,a(>'.34 55,22 51,~°., -..42,4-a 51,56 50.06 51.22 50.84 41.56 53.44 50.69 5!.09 52,03 39'59 5!'13 50.59 ~4,3~ 35 47 49 7~ 20 ,~ ~ * .... ~ ,., ~4..69 ~2,25 !7.61 1}~ 23 20,64 ~ ~,25 19,97 !. 9,,t 1 !~.52 ~ O0 .1.9 53 20,89 1.9,80 21.06 ?0,02 20,27 22,38 I8.80 22.(.)5 I ~: 0 o 21 22 ~,89 19 7'7 20,47 1~. 95 1,9,6,4 2!..64 ?0'81 ' 5 18, 20 8~ 23 O0 20 83 21 ,45 2('),8~ 19,30 20,95 20,70 t 9,5<~ 22.47 ~0,42 20,2~ ~O.,l.~ 19,89 17,25 !~,97 21.70 1.7,~F 22.75 !3.27 33,25 39,03 ,"~ ~,, 56 .41,22 4t~ o 09 4O 59 -41. '88 ~9 02 64 16,20 1:5 16 1..6,22 !.7 78 16,53 16,34 16.75 !7,59 1,7,38 !7,59 ..,92 !8'70 19,31 18.69 1.6.25 17.89 17,69 !.6'25 !7.56 I6,97 16,13 16.10 16,]8 1 !7,00 t6,47 16,41 1. !8,23 !7.94 .1.7,3,~ 1. 7 36 18, 4 78 19'78 20'34 ,63 19,13 "42 t8'63 4 22.75 4 22.'15 4. 29.25 4 10.!7 4 39.28 4 ,41,38 4, 42.28 4, 4O 84 ~3 4~:1~ 44 39.44 46 42.13 46 43.06 45 41.97 38 ~4.72 19 18,05 16 16.94 15 15'9~ 16 !7,47 !7 !7. 16 18.00 ~8,27 19 17 i7 ~7 17 7 8 7 I 7 t 8 7 ?. 7 7 9,01 2.75 5:34 4.91. 5,94 5,22 '! ,25 2,41 5.06 9.29 4.7.9, 22.75 6 66 22,75 7:63 54.25 5,28 58 78 .88 40~53 ,00 39,09 ,81 41,3P. ,56 41.97 ,94 40 47 '56 ~0 0.3 '08 26 <)2 . ,39 18 84 ,88 1,6 91. ,83 17 17 .91 !~ 34 ,1 , 59 ,83 !7'00 ,66 18,03 ,81 1.9 33 ,67 I 8 O0 ,!,3 17 70 ,25 1,5 63 ~38 15 63 ,3R ! 5 63 , .77 80 17,27 ,19 18.a~ ,19 19;63 ,9a 1.8'97 ,56 i6,95 '64 .!.7,11 13 !.7,63 13 17,75 36 17,30 17,2 17.2 17 2 1712 17 ~ 17 2 17.2 17.2 17'2 17,.?. 17.~ 17.2 1.7,~ 17,2 15 7 15.0 14.3 1.2,6 ! _~ o 1- 7 15 9 13,1 17,1 3,0 12, :1 15,0 18..1 22.9 25.2 is ,2 13'I 13.t 16 3 lS 1 16 I, PASS2 PASS3 GR GR GAPI GAPI PASS4 GR GAP! -14.7 -14.7 -1.4.7 14,7 281. '14,7 281. -14.7 281 214 7 281 14:7 281, 14:7 281 -14,7 281 -14.7 281, -14 7 -I4 7 281 $$S$$ SS$$$ SSSS$ SS$$S SSSSS $SSSS $8585 $$$$$ SSSSS $$SSS SSSSS 0 281., ~ S 6 281,5 24,5 3 218.0 25,5 24,3 26 2,4;t ~.4'.,~ 24,3 -5 15 1.6 15 1 209,1. 14 5 207,5 13 9 207,5 14 5 204,1 15 2( 1,1 1.4 194,~ 15 5 1.88,5 16 4 157~9 17 5 182 ~ ~ 5 251'5 20 7 ~6~. 8 "4 ~ 214;4 2 : 90, :5 27 22 ~ 2 14.1: 17,2 13'2 16,9 12;9 20,5 1.3,8 20 ~ 13 ' 5 18: .. 12,9 18,4 25,2 25' 2 32',2 35; 4 2 ~ 1 20 17 6~ 6 20 5 PASS5 AVE. AVE. GR SIGMA SIaM NEAR ['AR GAPI CU CU $8$SS SSS$$ SSSSS $$SSS $$$SS SSSSS SSS$$ $SSS$ SSSSS SSSSS SSSSS SSSSS SSSSS 28 23~ 24 2 24 ,'5 21 5 24 .~ 25 24 1 24 22 25 6 3 5 19 ~2, ,41 20,2 20,45 9,80 22 5 13 40 81 39 53'00 40 40 50 20 9~ 17 97 17 25 15 03 16 69 16 39 16 98 16 83 1.7 72 17 27 19 23 17 98 1,7 22 18 91 17 64 18 50 20 89 19 66 20 05 17 17 t? 17 I i",?t'J~J ~ i I I m i I ii:-] i[~ [:-] J !~' 11757 ?[,.9,3 19.og lg,61 !9.91. ~1755 ?!.4,Q 20,~6 72.6~ 71.~ !i75,4 .?>:.Sn ?0.23 ?2.'?r~ ~2.0q 11753 ?_2,45 21.25 25.30 11757 ?2.56 92.03 23.89 21.27 1.1751 9.1..27 72,'13 ~2,55 72.72 1175o ")!.,c,~ ?1,02 P'1.91. 22,1~ 1!74, q 70,8;~ 2.2.97 21 9! ?0,1~ 1.!7-!~ 19,3~ ?(i.61 ?I~SP 72,53 117~7 19.,??0 !_Y,!{t 20,~.3] ') 1(' '!5 ~6.77 ~8.5'2 ~9.33 20,U~ . m . . . - , 1~740 ~7,47 ]7.Jg !7.66 ~9,47 ~739 ~8,4'2 ~7.Bg ~'9.36 ,~ ~ ~ · .! !73~: !7.95 20 22 I~,75 ............. ~ ~ ~ ~ , ~ ~,, . !734, ~7,5~ ~9.0~ 1.7.23 ~9,30 ~ t7.3W ~5 9~. ~6 5~ 16 23 m '~ ,. m . x., ~ ~ .,, 11731 !6,72 !.'t,16 !~,16 ~172~ ']9,23 17'94 ~7.3!. 1~727 ~9 6a ~0,60 I~}~ '77 ~0 t 8 64 ~172~i ~[,>,27 19'~n 20,J7 { 723 ~8.,2~ 17,94 19,9R gO 27 11721 1,~.52 ~0,27 :!9.63 :]8,67 1!,72f~ 17.53 18,3~ !9,3q ~8'7P 1.1710 !.~,~,1,'7 16,22 t7 53 18,94. li71.6 J'~.~] ~9,06 ~.8,52 !7,63 11715 !8.1~ 19,4.5 19,~. 1 11713 ~'::),.~ ~9,27 19,36 !9,34 1.1712 ~:;:.5"~ ~?0'83 20,3E, '112~.~ 19~39 19,~9 20,09 19,00 llTir~ ~:~,:,77 !~"27 19'9~ !.1.70g J9,27 !~J.27 !9,97 21.64 1~.02 17.34 1q,28 ~8.47 ?r).73 ..'1,92 21.08 17.9l 2~, 30 18.01 23,00 !.8,34 ~(),42 1.8,34 20.88 !~,39 !.~.60 t7,47 1.7.99 15.55 !7.99 !5.55 !~,50 I5,9~ !R,Oa ~.5,93 17.6~ 1,'1,77 ~5' 17. o. 3 ~9,b4 16'27 20,~1 ~5,93 18,52 ! 6,77 16.72 t4,44 19,9,1 16,73 ~ 7 ~ 34 !8,47 1.5,90 ~ 9,06 ! 7.5 g 16 !9,58 ].. 6,89 ~8,2R t6'03 ~ 8 2 ~ t 7 00 ! g' ....~.3 1 8,6 ! !, !.3.3~ 15,37 17,4,4 15 04 17 s6 ~5' , 20. 17 ~,9:38 t'7.13 19'63 I6.45 1 ~,39 16,94 CU CIJ 17.47 18.08 !7.0g !7,94, 19,~7 :17,33 !8.94 ~8.'18 !8.47 17,36 ?0.39 1.7.ag 19.06 17.16 17.72 tv o6 16,53 17,95 !o,23 !7.13 t6,23 16,16 15.3~ I6.56 !.~.39 16.08 14 57 14::87 16.25 !~,87 !5,88 !5,22 16.8~ 16,5~ 15.96 16.81 16'52 !7,28 15,92 !6~38 15,63 14 65 ~3,96 1.4 93 14.42 lb 05 14 59 14'84 1.5 98 16 67 15,77 17 92 I~,55 1.6 55 .. 16 66 15,98 15 30 15.96 16,88 1.6 '"3 ~6~1~ 15.5] 1.5,87 15,30 16,13 15.75 :!.6,86 !6'22 1,5 82 16,89 15 3! !5,86 1.6 03 !,6 84 16,56 16 ~6~'72 l~,Og 17'28 ,Og !8.09 ASS4 P.ASS5 PASS1 PASS2 PASS] PASS4 .[G~!A SLG~A ER GR GR GR FAR F~R C!! CU G~PI (;.AP1 GAPl GAPI ,05 !,7.69 ,91 17,56 ,Sq !.8.91 ,5q 19,05 94 lg 13 .'27 19~!3.. ,13 19.39 ,34 17,89 33 19.05 'Sg. 17.97 ,06 17 25 ,'~2 16:9S ~a6 15.98 {~ !5.98 ,23 15 23 .05 1.5 31 ,20 15 56 .89 !5 56 ,38 15 71 ,.3~ !,6 22 ,11 16 55 ,80 1.5 78 ,45 15.97 ,11 15 96 .95 I~ 15 '81, ~.4 38 ,34 14 61 .55 !,5 34 ,79 15 35 ,2~ 1.5 48 ,23 16 81 '61 ~6 66 ,25 1.,5 81 ,25 !6 50 .95 1697 ,4..4 17 59 ,66 16 69 ,00 16 50 36 16 50 '61, 1.5 85 ,8.3 1.5 5,4 '92 ~.5 95 ,, ,30 1.5,95 ,67 1.6,6q ,00 1.6 2~ ,08 !.5 ,73 16 30 ,~ 17 44 , 17 48 14,~ 17.1 13,0 12,2 17 3 20:4 18 3 20 6 2O 6 14 3 132 183 16 ] 10 2 9 3 ~ 2 1. o 2 9 2 10 2 13 3 134 10 ] 12,2 !4,5 134 175 16 5 21 5 2O 5 1.4.3 1.4 3 I1 3 13:4' 13 ,4, 16 5 14.5 14'4 13,8 16,0 16,8 26.8 20,4 19.5 19 5 17:4 15.6 13 8 13 3 12 9 11 7 11,4 1,3,8 14,1 13.2 i3,2 13,~ 13,2 12,3 12.6 12,0 13,2 16,4 16,7 !8.5 i7,3 13 13;1 13,4 12~6 14,3 11 14,2 1.4,7 14,5 12,7 13.0 PASS5 AVE. AVE, GR SIGMA SIG~ NEAR FAR GAPI CU CU 17.3 16,2 19,0 22,6 26.8 28,4 25.8 25.8 18,5 18.8 17.3 16,0 16.8 15.7 16.8 15,0 18.2 19,2 19,2 19.2 16,4 17.5 15,9 14.7 !7,4 15,8 1.7,4 18.0 19,3 20.9 20.9 22.0 20.9 27.2 31,1 31,3 28.1 24,5 25.6 23.9 2~.~ 17 6 17i3 17 9 18 8 18,8 19.0 8,~ 17.~ 18 5 17 9 19 1 19 8 19 2 20.5 21 23 21.4 19 42 2! 8 58 26 25, . 23. ~.17 19 9 ! ,77 20 9 ~.7.64 19 8 18 61 19 2{ ~ 61 18 19 2 , 9 50 19 84 20 ~ ~ 50 1~ 53 19 86 2I. 4 2o. il: 0,0 23,3 . ~ ~ 17'3 25;0 2 ls, 19.9 l:i 1.5,8 20,7 20.~ i~, ~6,9 20, 16 ,8 18,5 19 ~9 15, 19,4 23 ~ 19 15.~ 22 9 18 14,5 20,0 22 14,5 19,4 :1~ 18 14,5 16.7 21 ~ 19 17.3 I8,4 18,~ ~7. 17,~ 18 18.3 15 ~5 15 9 5, 16,~ ~6. ~5,~ 16, 15. 14. 72 ~4,~ 80 15, ~3 52 17 ~ 63 ii 69 16 83 15 ] 48 16 ~ 38-~7 27 " , E .... ~ : X-27 DEC-7-8<~ PAGE 3 !-~ASS2 PASS3 P4554 PASS5 g].GhA SIGMA $IG~tA $IG~'~A FAR E'eR F'~ FAR PA$SI (:,AP1 11707 ~'g.72 19 !17o~ !:_~.20 17 1 t. 70~ !.'8,.3~ t6 !.1703 ~5.36 11701 17.7 117o~ ~.6~ 16 11&99 1.'1,27 16 11.~97 ~7,55 I , '~:, !5,2~ !.6 I !694 !7,09 !'I 11.$92 !7,1.4 17 !!~91 J7.3q !16 11690 !~,27 !168° JS.E~o !.6 1168~ 16,2o 16 11687 !5.95 !5 11656 ~8,16 ~7 11685 ~S,7~ I'I 11684 ~7.9n 18 I ! 6 83 11682 2,,:~.4, e 17 !.!68i !7,05 !6 !16BO 14,~6 1.5 !.167a !3,..'~ i.,6 1.1~'1~ i 1~1~ 11676 !7,20 16 1t. 6'15 J7.0~ 15 11672 ~6.59 !6 11671 16.5~ 11,670 !6. 2 ~166~ ~7.20 11667 1!6~6 11.66R 16,8t, !'1. a63 !5~6, q !1.662 1166() . ~ 1 .6o .Or, . 3 .1 .3 ~. . 05 .91 .7 n ~ - 67 1.5 44. 15 5t 17.17 16,81 ~5"02 !6,14 14,65 !.6,25 16,19 1 .:i, 56 20,77 ~'7,9! !6.27 t9.34 17.67 ~7,77 ! b,96 16,7~ 15.95 ),~.98 !5.95 ! 5,2~ 15,7n 1.5.6~ 17.3Q 17,55 !6,75 !5,66 17,8~ 16.00 17.20 16.13 !7,77 17,5~ 15,98 !6,fi~7 !6,0~ !5,34. ! .94 lb.31 I .44 15,32 ! .7n 17,16 !9'13 1 I6'69 I. t 7,09 ! .63 1.7,23 J ,63 !6,{~I ! .'i6 !5,25 16,17 !. ,38 15,60 ! '0~ t. 8,70 20'3~ 2,4 . 75 21,29 '~, 17,56 16,00 !7.g6 !6.30 !7,73 1.4,23 16.92 !5.05 1.9,00 _!7.9! !3.51 1.5.99 13.72 !6.u5 13,27 ~ 7.22 ~5,74 13.84 15.05 13 5~ 15.5~ 1.3~A 1~.41 !7.3!. t3,13 It~.95 14.68 ~'1,25 13 !6,38 1 3:25 ~6.4~ 1,4.01 7 16,45 13.77 5 16,41 114,55 "l !7,03 1. 4,3'4 6 17,22 !4,45 6 16'28 !4,77 7 17.!1 !5' 1tS 9 ]7.80 16 70 7 17.06 !.4 47 5 ! 5 66 ! 3 32 6 15 63 12,62 5 !6 17 !.3.88 5 !.7,53 !4,13 5 18,31 14,38 5,51 18.1' ~,65 13 6,53 !6,"12 14.10 13 5.84. 14.R5 13,80 I3 6.77 I b. 63 6,22 !7'64. 13,66 13 6'94 16,53 1.4,15 13 6,'72 t6,~1. !3,13 12 7,48 ~19 !3,5! t. 4 16,],,a, !3,56 13 5'i:'a 1..4. 13 6q ~3 6,~ .... 16, .., 7.33 16.75 13,27 6,02 !6,22 12,63 !3 5,4:.a 15,63 13,26 13 5,98 ~4,5~ 33,27 .t. 7.10 1.6.95 15,65 ! 4,, . 98 15,48 14,63 15,24 13,4.4 .i. 4,13 13.38 1.3,84 13,10 :! 3,92 13.8r, ~ 3,'14 14,87 14,34 .14.26 12, 3,. 71 3,35 1.4'05 I3 73 1.4 48 1.5 49 15,83 1.4.97 12 93 !. 3 05 13 ..ti ,!,3 47 13 04 t, 3 65 98 89 ?0 12 ?6 17,11 16,63 16.31 16.08 14,95 14,89 14.86 !5,03 14,91 !.4.3R 13.09 14,OR 13,03 15,20 13.82 1.4,1~ 13.84 14,00 1.3.42 14,00 !3.48 1,3.~5 12.8R 12.77 13 22 .12,9R !.3:93 13,q3 14,49 -13,66 !.4,86 15.32 12.59 .14,30 13.69 13,66 13.59 14,20 1.4 14 83 1.3,97 ,42 1.6,67 1.6,41 13,83 !5.79 t2,27 13 50 1.2.27 .... 2 87 13,~5 12, 13.99 13, 14,I6 13, 1'1,36 14, 1.4 ~4 14, 1,4:4 1,3. 17 17 15 !4 14 !4 14 14 !4 14 14 14 !5 15 1,4 1,4 13 !4 !3 !4 14 14 11.5 !6 13 12 13 13 26 12 86 47 13 21 ~3 , 98 14,34 !3,53 14 9314,23 1.3.00 14 40 13.95 13,8414 a6 t3,94 ~3,27 13 a6 14,56 12,:'79 1.4 95 t4'16 ~3'1.~ 1.2 28 14.22 13'77 13 49 14,11. 1.3'84 1.3 .64 1.6 34 35 .03 ,17 02 ,60 ,05 ,1! O5 ~ 77 ,$1 ,07 ,~7 .09 . 27 ~ .~ 0 ,55 94 27 03 ,34 14,6 12.5 111 4 10.3 11.4 11.3 13.5 9,4 10.4 12,5 13.5 13.5 14.5 12,5 12.5 12,5 11.4 114 13:5 15 6 10 2 12 5 3~ 2 23 6 154 1.2 5 I0~4 14,5 13,4 11..5 13,5 14,6 I5,7 13,5 1 3,5 1.2,5 12.5 1 2,5 I 1.. 5 3 5 15,6 13.3 14,5 14,6 12,5 PASS2 PASS3 PASS4 GE GA GR (;AP! GAPI GAPI 12.7 11.8 10,2 1~.] 12.4 10.9 1~,7 13.0 11 8 12:7 11,8 11.2 13,3 14,5 14,5 139 13:3 13,6 !~,l 12'7 12.4 3,1. 5 26 8 !. 3 ,3 9 12 1 il 2 12 1 13,0 14,2 .5 12,1 14,2 15,1, 12,6 PASS5 AVE AVE, GR SIGMA SIG~ NEAR FAR GAPI CU CU 14.R 16,1 15.7 13.8 14.8 16.4 15 1 15:0 16 1 1419 16.4 15.2 15.0 13.7 17.4 19,4 16,7 16.1. 16.4 14.7 16,5 17,6 15,5 16.1 21,4 32.8 .35,1 18.8 1 15,: 15,8 14,4 15,3 15,9 17.7 19,5 17 18.5 16.4 18.8 17.3 19.3 17.3 19,3 17.6 17.3 lq.1 19 4 16:7 17,3 20.3 19,3 18.5 0 8 21,5 20,3 20,3 18,5 18 ,.2 19,6 24.7 39,0 37.0 20.0 17 3 179 21 5 2:! 4 20 16,5 I8 1 22 2 2O 16, 5 0 18. 20 i9 20 20 .9 22 18'6 19,2 1e,:9 19 22,9 ~8.17 20.2 9 72 1 1 ~ 20 2O ~ 33 18 ~ 52 19 I 363 1, 27 19 44 2o 41 3 9 41.3 21,B 1,8 9,6 ~.4 21.'.4 I,3 16 g,3 ~6 21 16.C 16,3 14.2 14 13,i 13, 14 13 13 13 48 13 09 14 6! 16 14 13 38 13 27 14 80 13 20.14,5 95 14,. . 6 13' 8 . 08 13. 05 ~4' 92 13' ~0 14,1 5 t3,1 ?0 1~'~ 81 13'~ 58 80 t:2,~ O0 28 13,~ ! 1657 !6.'7~t 11655 ! l&5,~ ~.1~5~ ll~n !6.3a ~ ~ 6 I 9.42 ~164~ 1.164~ 11641 !6.27 1~639 16.7g 116.3~ J7.67 11635 !6,72 !I634 !7.S3 1163 ] 1163~' ~5,30 I 1.62e 15~42 11627 14'61 11.626 15~ '~7 (~25 ! 5,0'7 324 11623 C i~ C ti !b.03 15.75 15.14 17,05 1o.63 !5.77 15.3a 17.q? 15.93 !0.16 15,9R 16,4R 14,'14 16,84 ~ 7 , 25 ~ a, 1 !7.0,) 20. 17 !7,3~ !9.4R 17.i! 19.3g 15,9 H ! 7,9 16.9n !7.9~ ',6.11 15.52 !5,70 1'!~11 lb.41 17,25 !b o6 16.a4 !6.80 17.!.4 16.16 17,36 17,34 !5.6'7 17,22 1 e,. 20 !0,7~ !6.03 '. 15;.34 16,93 !5'71 ~ 5.,54 14, 1 4.75 ~ 4,7 t591 ~6 2n !4.66 I'7, ~1 17,17 19,1.7 16,'i~4 18~25 t't,47 14,73 16 . k~ :.t !5,7,4 15,4:4 !4 94 15,25 1.5,V5 PASG4 PASS5 PASS1. PASS2 SiC~4A SIC. MA Crt GR Ct] C!t GAPI (;APT :1. c,.3-416.86 13.7r4 1.3.02 14.61 i7.~6 16.$0 !3.57 !4.47 13.51 ]7.77 !6.50 14.I6 !4.73 !4.22 ~6,4! 17,1,! 14..41 14,0R 14,30 !5,44 15.96 13,26 13,30 13.93 !4.9~ !6,Iq !3,31 13.26 13,23 !4.87 J~.50 13,4q 13.22 12.~4 15,8n 17,39 13.3~ !3,84 !3.3q 15.81 !0,70 !2.94 1.3,87 14.47 ~5.97 17.50 !4,26 ~4,4~ ~4.36 17,14 17,33 !3.87 ~5.0~ 14.4~ ~8.4~ 19,..7g !6,94 t5.82 15.20 !7.27 !~.59 1~.52 15.2~ 17,4~ lq.25 !4,84 ~3 74 ~4,4~ ~7.z~2 1'~.97 !2,73 !3~73 !.4,57 t5.66 !1.96 13,23 12,69 14.46 14.~2 !.3'58 13,16 . 45 14 55 ~6.3c) !7,28 14,77 ~4.45 !6.94 16.z7 !4.45 15,30 !.5,70 16,25 !3,'73:14,16 t5,66 '!6,44 ~3,95 13 96 15,5.~ 16.4,~ !4,26 ~3 57 I4 27 2~ 07 05 15,64 !.b,3a ~.4,439 1.3 16,7,'7 15.0~ 13, .9 13 ~5 60 ~ 85 13 1,7 '1 ~6 4e i.3 61 ~2,9.4 ~ .4 ' ' ' ..... .,. ,92 17.27 13,17 t5,3 14.,8 57 12 !.6.53 !5.95 12 37 12 !.5,19 ~5,79 12 a4 ~3 !5,20 t5.05 12 7O ~3 15,23 1,5.~6 12 13 !.7'34 17,1,4 13 3R 17,50 ,16.02 !4.53 ~3 ~:;9 !.3'45 14 !6.7~ 14,,.. . , ~' 32 :),54 !5.05 14:.74. ~5.65 ~:q,41 !b.39 14,60 13,50 I3,19 1.2,97 13.1~ 1.3,3! 12,86 1..2,77 1.2,97 1.3,40 66 13,31. l 40 !.3,87 1. 1 ,30I 80 13,70 1. 34 13.6~ 1. 25 13,35 32 1.3'20 1. 63 13,2© 1. 92 1. 3 ;91 16 1.3,5~ 1 05 1..3,5 1 !.3,26 14,00 12'~3 1 !3,i:2 12,77 13,24 ~. t, 2 '~a t2.,;~4 13,55 1 !2,81 t2.47 11,70 1 3,81 4,19 4,34 4..16 3,52 3.67 3.25 2,87 4,26 4.16 6,27 5,93 5,45 4.48 4.48 3,65 3,08 3,30 4,22 4,48 4,3.9 3,77 4,01. ~ 7 3 · 9 7 3,s2 3,a0 3,35 2,53 2,6.1 3,00 ,52 3,36 2'34 2 44 2 47 3 34 3 62 3 '73 3 32 3 28 2 6 0 13,30 13.16 1.4,05 13,92 !3,38 ~4,35 13 45 13 52 !3 28 13 75 14 31. 14 77 !~ 45 15:~7 14 59 13 30 1.2 88 1.2 79 13 50 1.5 45 14. 81 1.4 23 !.3 62 14 41 1.3,55 1.4,02 i3,' 6 1. 2,710 1.2 98 ..!3 45 12 34 11 '77 12,64 ! 1 ' ,95 1111 ~89 12 38 12 57 !2 24 !2 80 1 68 1, 12 78 !1. 99 11,98 !,2,70 ~2,93 14.6 14.6 14 6 14:7 11,5 10.4 10.2 13.5 135 1.5:6 16.8 20.9 24 0 11.4 13,5 14.6 10 4 10:4 12 6 13 5 12 6 13 6 9 4 8 3 7 3 115 1.3 7 13 5 14 7 16 9 15,6 10'5 10.5 l 3,7 12,6 11,4 14,6 13'7 15,8 t5 6 !3 7 10 5 I1.6 11.,4 12,5 14.2 !2.7 11 8 12,4 14.2 14.2 12 4. 13:6 12 7 13:6 13,6 23.3 22.7 15,4 12 7 13!o 12 1 10'9 17.3 !2.7 0,3 10 6 lO 3 1.99 10.5 1 ! 4 1.2 4 1:2 a I. 0 9 12 7 1. I0 9 136 11, 8 11 5 15 .1.. I PASS3 PASS4 PASS5 GR Ga GR 18,9 16.2 16 5 17:1 16~7 15,6 16.~ 17.6 20.1 20.9 29.1 24'9 18,6 20,1 17,7 14'4 15,0 1~,6 16.4 16.4 15 15, 14, , 14,4 15, 9 15,3 18,0 17,7 15,6 18,'3 21'0 12 ' 6 14:' 4 13'8 I5,0 22,0 20.9 21. 7 21.4 19,3 16~4 18,2 20.8 22.3 20.8 27,9 28,0 20.8 20.9 2~ 0 20!8 17 6 17 3 20i5 2~ 7 1.0 5 ,5 1:7 8 ,17 ~ 20 2 20 0 24 4 2~ 0 20 ~ 17 6 20 ~ 19 34 07 23 0 0 2~ 108 :i 21 ,~5 18,2 1 ~ .! 18,8 22,2 20,9 22,4 20 · 3 17 ~ 17 I3 24, 24'0 AV~ AVE NEAR FAR CU C~; 72 13.5~ 47 13. 77 14,4I 86 14, 44 64 13, 25 13.4 66 ! 39 14. 23 13,~ 05 1' ~ 42 i 5 38 14 ~ B1 12: 41 12.9 70 11,§ 27 13 ~ B3 14 78 1.3 67 14 ~ 6! 14 5.99 14 i~ 46 3 } 5 42 32, 'fbi 1:3 13 '07 12 ~ · 69 12 ,72 13 ,63 12 ~ 12 73 13 ~ 13,1 5 39 12' F' T C U C 11610 ! 6.8-.n ! 1 r, (,' q ~d.77 1160R 15,0~ 15,47 116,)7 14.57 t5,35 1 l&u6 ~4.47 1!6u5 ~4,76 1.6,0 116u4 !4,92 11607 ~6.13 !6'~7 ll6Ua 1~.99 16,13 11~9a ~4,.,~ !5,73 ~ '~ !3,8! !.5.S0 1159~. 1 ,',. 57 11595 ~4:,90 15.4~ 11594 ~4.,9't !2.73 ~1593 !4.77 !4.'7~ 1~59~ ~5,38 1~,~4 1.1R91 1.',.q~ !3'94 1.1590 lo.~S 1.!58~ !5.')~ !4.G0 1158S ,6 2~ 15.07 11586 1.4:,'~3 16,9~2 11585 :~4., ? 15.17 1158'4 15.20 '1.5,69 !15~3 !5.55 !.5,87 1582 t6,8:~ 1.7,.39 11580 15,05 14.90 577 15.G9 16,'27 / 576 16,97 16,d4 11574 ~7.05 16.75 ~157"{ ~6,73 !7,23 11~7'2 16.77 !5.99 11569 ~6.4:~ 1 ~ 567 i 7 ~ .... 4 11506 ! 5 2 11564, ~7,1.3 t6.03 r'ASS4 r, AS$5 SIGMA FhR FAR PASS!. GAPI ~6.'7C! '1Z.82 ~7.14 .15,b? !4,90 '14.59 1~.95 '~4.2~ t5,0B !5.77 ~5.4° 14,01 I ~. ~('~ 14.i9 15.91 )4.hq !5.5~ !4.5g 13.44 !5.50 J4.1.5 15,98 ~5.0& ~4.56 14.66 !5.0~ !5,4t !4,59 15,iq !4.1.3 !4,'/3 13,95 !4,52 14.66 14,63 13 lb,U9 15.26 lq~09 !6.5~ 14.,4~ 15.22 14.45 t4.95 !6,17 ~.4,30 14 33 15,01 15,60 !5'26. 16.22 15 33 ~4 4g 15 63 ,5~ !.6.0g ~4,70 47 ~ 4 41 ~ 4 5 ~..6, , . . 16,()5 ~4,9! I5,42 1.5,8~ !6,08 16,36 15,05 !6,2~ 16 34 !5,05 !7.~':*~.. !.:~[*,45 !4,87 15.E~9 15,05 !4.4,, !5.6 !4,30 !5 05 tS:.uO ,..6'23. 16 O0 15,54 17,47 ~t~ 3.4 15,95 18'1.1 20,52 .1'7,89 16,38 21,3g ~7.41 !6.8 1.6,(.')2 !7,27 ~0,66 14,54. 13 19.50 ,5.9R 15'07 ,'.4.20 1 2 2 ~5.'47 !4,65 ~4.8n ~.3,1 ~2 ~,2S !4,3C, 15.42 12 95 12 .. 9? ~4 3n ~'i'82 ,2 4~ 12 15,~{~1. 15,53 14.. ,73. t2 06 !1 !.4,56 !6,44 ~5.28 !2 79 12 ~4.()5 !6.1! t4.95 1.2,91 !3 12.17 !2.b5 12 '73 12.1& 1.3,27 .~2,8n t3.71 12.25 13.17 ~.3.20 !3.16 13,19 12.73 13,70 12.7(: 11.84 !3.05 .~2,84 ll.86 12.59 ~1,.9q ~2 20 12'b~ ~2 sa ~]:v6 12.84 ~:~.6 {2,74 ~2.5a 12.80 13 ~ i~.80 1.2.?o !~ 55 12,~ 13 35 I2,38 13,o7 12 81 12'38 !4.09 ]2 ~1 !.2.51 13,6~ i3 70 1..3.0~ }3 8~ 12,41 12,80 13 47 12.66 ~1,95 13 98 12,63 12,43 !2 59 1.2,37 3,02 12 ~7 12,81 12,03 12 95 12,75 12,41 12 88 12,70 12 O? t2 25 ~,70 '2 57 12,22 11,44 1.2,21 12 84 1.2.32 ..... 12,65 ~4 *~ 13'03 13,13 ~.4, 05 13,44 13'4~. 14 21 13'85 1~,93 14 88 14,02 ',, ,26 ~3 72 4.47 13,23 12,3~ 12,90 1~,26 13.04 !3,93 13.45 13.8~ 12.65 13.00 12,94 12,44 12,~0 12,0~ 12,15 ll.B8 1.2.12 1,2,76 11.84 13 12.57 12 12,92 t, 2 13,4~ 12 !.2,81 1.2 ]3,80 1.3 3.53 13 96 12 2, !2,46 1,3 12,34 13.2]. !.2 13'18 12 12,43 t3 ~2,24 12,13 12 12,86 12 13,59 14,00 13,27 1..~ 13'41: 13 14,81 13 13,44 1.3.74 12,32 12,73 13.31 13'36 13'28 13,75 .1.1.68 12,52 12,23 13.42 13,04 12.42 1.2.84 -!1,75 12,47 13,31 ,35 ,60 , ,50 :39 1.6 ! 7?, 9,0. 62 7~ 43 48. 11.5 14 7 1!i6 1~ 6 10,5 11..6 12.6 12.6 10.5 ln.5 11.6 8 4 12.6 0,5 8.4 9'5 11,6 12.6 10 6 95 13 7 15 ~ 14 7 16 8 14 7 10 5 1t6 12 6 . 16,0 21.0 17,g !5,8 0 17,9 18,9 14,7 11,6 17'0 16,8 1.3,7 14,7 GR GAP! 11.2 !2,7 12,4 11.8 11,5 10.6 12,4 13.3 12.1 10'6 10.3 10,0 ll.1 10.6 11,2 10,2 11, 10,6 11,5 1.0,8 10.9 11,2 11'5 11,2 10,9 10,3 12.4 13 3 13 3 13 0 13 0 13 6 :16 17,.7 16,3 18,4 21,8 0,~ 16,5 1.4,9 15,0 i 8.3 16,5 PASS3 PASS4 PA$85 GR GR GR GAPI GAPI GAPI 14.7 21 7 13.2 18:8 15,0 18.2 17.1 19.I 15'9 18. 15.9. 19,4 17,4 19,1 15 6 17,9 15~9 19,9 16.5 17.0 15,9 15,8 16,5 15,8 14,4 18 5 14.7 20~2 16,5 20.8 17,1 10,4 5,6 16.7 4,7 17,9 14,.1. 18,5 1.4.4 17,9 15,~ 16,~ 16.. 17 1 18,2 17~7 18,5 18,9 19,9 19,} 18,8 6,5 le,8 ~6,8 19'0 1.6,7 19,6 18,6 18"4 18,3 22,2 19,8 22,5 23'9 ,9 25'4 23,7 25,7 24'0 2.6;0 2~ 0 24,8 2.,,, 60,5 17,.. 58'3 8,6 58,~ 13.4 20,4 56,8 19,8 63,:1. 20,7 64,3 AVE AVE, SIGMA SIGN .NEAR FAR CU CU 25 2 24 26 1 24 ~ 4 2~ 26 24 80 12 62 12 47 13,~ 76 12. 92 12,~ 76 11. 13 12.5 20 13,I 81 12 4 26 12,1 7 12,~ 1'2, 93 12,~ 77 12, 38 12,8 24. 12 2 , 08 ~4,0 23,4 I 8 ~ 2 13,6 , 2,8 26,$ I 8~ 24 ~ 5'20 24 9 5.55 23 :! 6;.83 23 4,21 24 4,82 4 5,2] ~0,0 17'05 29.7 16,~ ~3,0 ~8,4 30,3 2626 12 } 16 ~ 1:3 :12' 13 12, llSf,~ 15.9-.'! I !.Se, C t 1559 14.9~ 11557 ~1556 ~9,05 ~ 1555 1155P ~7.9~ 1155~ ~ 7.~0 ! 155(') 11547 !5,53 1!.546 11545 11544 11543 ~4.24 I 15~P J4,60 .11541 !4.13 1154o 11539 16'25 1153~ ~4,47 11537 !4,91 11536 11.535 11534 1.1531 !5,24, 11529 ~ 152P ~8,4t:7 11~25 71,91 11524 11.52~ 1. !~22 !7,02 ~. 0 ! 6 ' 63 ~1519 !.e, a4 11517 !7,42 ~ 1516 11.~15 16,27 11.514 '.t 7 ' 94 13,76 15,14 13. '7~, !5.45 ! 4,91 17,79 !5,27 18.66 1 lS,75 13,95 1'7,92 20.3! !7.69 16. ;5 1.7.44 !5,3~ 16,53 !6,53 15.91 15.05 !~.99 1.6.57 17,72 1. 6,92 I. 7 ~ 7,75 !7,13 !.6.30 15,60 !6,23 !4.40 ~. 5.'79 14~59 14 95 ~ .... 15.8~ 15,23 !4.00 !5,23 14.1.~ 15.28 t4,99 16,55 16,25 !?,4! 16'14:1.5,90 I4,36 1, 5, '~1~ 4 !5,09 !5, !,5,1~ !4'47 16,48 ! 4.,'7~ ! 4... 3! 39 ~9 1:[,70 16'81 41 15.80 36,25 :16'27 17'7~ t6,52 1,5,94 ':~ 7. i 17.16 17,9B i 6.91 ,I 18.9~ ~ '7.44 16.70 16.4z~ 15.3~ ~5.16 15.91 1,!.96 15..4~ lq..F, 3 17.'1~ 16.25 I~.9.~ 21.55 20.2? 90,83 lq.~1 17.4~ 16,47 17,9~ 3 8.27 18,69 ! 7.50 14,93 17,~ 14,97 16.75 ~5,55 !~.~7 1..~. 33 ~5,F4 ~5,45 14,76 ~5 ~4 !5,7S !6,28 14,66 16.28 t4,20 16,2~ t. 5,3! 1.5,9a I 7 , 13 19 !.7,30 !9.4! 1,5,93 15,12 :)6,47 15,68 !~,()~ 15,20 !6'94 13..4.6 52,50 ! 4, 21.. ¢ ! 24, 21.4! 36,59 17,9~ t7,bl 16,45 1 5, !5,'8 ~ 16,33 I: 5 7 a i 6 17 ~6,53 lP 73 i'~ 9P i6'ql ,, ,~ 9 !'7,4.7 1.8,75 l.b, 1. I Cl~ CU Cl.' PASS4 PAS55 FIR CLI GAPI 13,35 13.56 ~ 3.~9 14,26 !5.9~ I '1.50 15.7,~ 13,86 14. ~"/ ~3,79 12 87 !3,70 ~2,97 13,07 12.76 !2,42 12,80 12.37 12~ 12.80 13,51 13,3~ 14,05 ~ 2.94 13,06 15.03 24,78 22. O0 la,59 13,$0 4,23 !6 1 03 ~ 4 15,73 I5 · 00 3. 5,40 1.6 15~66 14 13.22 1.3,27 13,06 13.13 t. 3.35 !4,61 17,39 14,26 15,03 1.4.8q 1.4,54 13.27 13,27 13.69 1.4,59 J4 05 13 16 13 88. 12 02 !..2 99 12 28 12 12 09 12 56 1.2 !2 77 12 65 13 97 13 1.2,64 !.1.95 !5,04 20 56 23 17 16 02 1, 4 52 ,,ii 62 O3 34 13.66 13.63 13,36 !2,97 t3,65 15.8! 15 90 ~5157 14.05 14.75 14,98 14.30 13,i3 14.3R 14 54. 12~9~ 1.2.56 13'59 1.3,10 1.3.46 13,07 12'3~ 1.2.94 !2'7C 13.47 1.3,29 1.3,77 14.14 14,20 !,2,95 12,19 13 13 35 12.91 12,90 13,07 12,96 !4.03 14,96 1'7.16 16,28 15,12 14.04 14,'11 15,0! i3,24 !2.95 13,70 ~3,16 12,'10 1.3,54 13.53 t. 2,73 12,87 !2,77 12,33 !2,3~ 12,50 ~3,13 !.3,91 I. 3,24: 1.3,6! t3,73 13,38 1.3,04 ,06 !3 48 ,06 14 1.6 ,95 24 '4;4 3.1 ~ 13.04 12,85 12.86 12,87 13.80 15.30 !7,31 !6,41 14.41. !4,94 !5,29 13.77 !3,55 14.24 ~3,84 !.3.2~ 13.27 1.3 40 14 26 !2 54 12 73 1,1 92 11,92 ~1.92 1.1,92 12,4:1 !2,9!. 13 24 1.3 68 13 60 14 O0 !4 23 13.48 t2 99 12 13 9 8.3 20 .28 :]3 20,2R 2980 14133 17,52 !,3.65 1.5 06 1.4,43 14 55 ,1.3,.37 13 79 !3,77 13, 38 ~2'66 14~ ~6 13 38 ~s ~7 ~4.4.7 1,~ 20 14.90 15 43 !5,58 1,,4,34 1.5,11 12 6 12.P 12.6 20.3 26.6 21,0 2!.3 16.0 14.7 15.8 18,1 15.9 19,1 17 0 11:6 13 9 14 9 14 7 ~4 10 1.! 8 1,3 7 1,3 5 1.3 7 25 5 ~5 0 65 9 57,0 37,7 18.3 1.4 0 14 8 1.2 0 16 1. ~5 9 20 2 20 4 , 0 19 5 2!. 5 PASS2 PASS3 PASS4 GR GR GR GIPT GAPI GAPI 1.5.~ 14.3 13,g 15.0 19.2 30 6 23i3 16 2 ~7 0 17:2 15 7 13:3 15.1 19,6 15,7 12.7 11.7 1.0.3 11,2 11.5 1.1,5 12.1 14,5 !4,5 14 5 14, 2 30 3 55,5 63,6 5~,5 29~ 13,5 15,f~ 15;6 1.6,8 1~,7 19.0 19,0 1.9'0 1.8,4 '1.8,7 20,5 19,2 18.9 18 .O 19,5 24.6 35.9 32.5 19.7 23~7 22.5 17,1 17,1 18,3 22,0 iR .9 18,? 14.7 15.0 14,4 14,9 16.1 16.1 18,0 17.g 17, 17,0 1t:t. 5 20, .3 18 '~ 2 55,2 7.1;6 55,7 2 20 21,,5 20.7 21. 24,6 26,5 24,9 59.0 2~,9 22 0 23:6 30.9 40.3 31.0 2!.1 22 3 25:4 23,8 19.8 23 ~ 25:5 20,9 19.3 19.4 18.5 16,7 17.0 20,3 17.9 19,2 19,7 18, 22,! 21,7 20,5 19;7 30,0 55'7 55.7 6~,0 22 3 21 1 22 ~ 24 4 23 7 22;9 26,7 PASS5 AVE AVE, ' GR SIGMA SIGN NEAR FAR GAPI Cu CU 30.7 15 24.5 15 2] 28.2 17 37,~ 19 26. 26, 20,0 2O 20.~ i. 4 21. 21.8 14 20 19 19,I 16 19. t4 20 26 2120 ' 31. 72 21 ! 6 2! 24 28'6 18 94 13,~ 32 13, 93 1] 81 14 ~ 05 15 63 17 09 15 ~ 64 14 98 13 ~ 80 14 ~ 93 13 55 12 8 92 13 ~ 53 14 14 13 ~ 23 !2 46 13 7 7 12 91 12,~ ,42 12' 62 13 47 I5'~ 3424~7 0622.0 · 13,7 0~,13,5 0 13,8 46 14,.2 63 14,1 4 15,0 g5 16;0 P/~S$4 PASS5 FAR CIl CU G~PI 1.1%1217.0916.5519.4116,9419.27 1!~1 !5.87 lB,1.3 !a.47 ~5,bP 115!0 !7.59 16,i3 18,/4518,05 21,06 11~09 17.~ ~7.27 !7.9~ ~7.34 1'¢.77 115()F ~6,50 17.83 !6,05 !6.3~ 16,34 11507 17.27 ~7.9I ~6.1.1 19.05 17.~7 11506 17,70 ~]5{)5 !~:.0~ ~7.36 ~1504 !9.3° 1B,67 19.2K 23,25 ~5.14 ~1~03 ~7.75 ~7.[{ 11502 ~5.74 18.50 !B,77 ~8,50 ~9,!9 1!.~0! !0.4~ 17,05 !a.92 !9,0~ !8,06 h 30 ~9,3119.0318 ~n 1720 ~'/ 73 :~o 2('),67 !8 06 ~S' ' ;' ' . . .61. ?0.6° ~7.73 !!49~ 1'1.9~ !6'17 !9,22 !7,25 !8.30 11497 !6,77 16.9~ ~7.2;' J6.56 ~7.73 ~1t95 ~7,77 17,25 11493 le~.34 15,94 ~7,3~ ~,6,~ 15,7~ 114'9~ 15,9~ 16,11 !6.4! I5,4.~ 15,4~ 11490 t7,45 ~7,47 ~8,0~ !6,45 ~6,97 ilaR9 t8.5~ ~6.67 ~S,()~ !5,3~ !7,64, 11a~;8 17,20 17,03 !b,60 16,56 !6,1.7 114,57 !5.78 16.23 !6,23 !6.()~ !6,,1~ 11486 ~6.,17 !5,04 ~5,77 !6,3~ 1~,58 11.485 !6,:'.~1 !6'00 16,20 17.86 16.02 ]1482 !6 'gS !7,03 15.95 ~7,t'.)518,03 1,~s! ~7:'7o 11480 17,66 !6,20 !7,11 1.5,17 14,64. 1.3 !.1.479 !5.16 !5.60 ~6,:13 !,6,75 16.02 13 , ~"~ ~ · 479 '!5,,.,~ 18,"77 16,36 1~ 88 16,23 ( 477 !6,6~. 17,49 ~559 !67¢ 1781 .... · · v ~ , ~',' ~ · 11~"16 !,6,~t 16,31 !,5.&5 15~78 ~7.81 11475 t8,~4 !8.02 17 67 17.63 !7,23 11474. , 3 17 I !.47~ ! ',E:~, 4:~ 1.1a. 72 18,"17 !."1.02 !.6.5[~ ~6 ia t5 13 !14.'10 !6.58 17.27 1.6~9l !.5,4~ !6,58 ..,. ' , '98 !6 66 17,1 !.146511466 ~6','~,.2!6'7015.t~54. 1675 '~6,e~ I5.a0 15,~:)~ !'5 52 t7,~2 15,24 1!a:(~ :~b,4:5 !7, 1 5 03 !4.39 1 4,70 !4,2,5 14,90 1.4.65 .!~,96 16.66 16,47 !5,90 !.5.9~ !6,53 15.66 !4.63 14,61 t5.3o 15.30 1.5,00 13,91 14,74 14,18 15,58 !.4,72 '14 13,25 I3 !3 66 14 !4 23 14 1.4 09 !.4 !4 7¢, !4 13 58 !3 !. 3 3 O1..4 '!4 ,1,2 66 14 13.73 13 :I 4; 87 1,4 1.4,27 14 14,.30 1.5 14'75 J4,92 1, 2 · 0 0 ! 3.77 16, o o ~3,99 12,66 2;53 i ~, ~.1 16.44 13.~5 !6.07. 13,85 !5.52 !4,28 14.61 14,38 14.08 14,41 14.2,% 14,76 14,30 .t. 6,91 ~4,41 t5,98 15,7~ 14,80 16 23 ~5,73 14~97 ~7,23 ~4 8~ ~5,90 15~52 14,05 15,73 14,48 15,0o !4~60 ~,36 15,05 15,05 1.4,86 ~4,93 14,61 !5,23 !4:so 15.05 7 82 15,08 ~ 13.66 03 ~4,95 24 15,05 70 14,30 36 !3,71 94 13 ~ 8 05 13 ~¢ 4 38 13 89 3P 14 42 84 13 87 70 13 77 1 15,83 14,19 1.3,56 1.3,15 !4,28 !4,85 !5,79 1.5.88 16,63 15,47 15.37 14,86 16.8~ !.5,28 !.4,94 15,49 t4,66 14,63 1.3,62 13,92 ! 4, .t9 1.5 15.54 14 14,92 ,1 5 14,.06 13 14,09 1.3 14,80 14 14,64 1.4 t. 5,16 14 13,7! 1,4 14,13 1,4 1 4,04 1 3 14,.48 1.3 !, 4.70 14 14,57 1.3 !5,12 1.3 15.38 15,25 !4,51 13,91 14.58 14,6~ !5,52 !5.5! !4,98 1,7,69 16.22 1.5,39 1.6,31. 16.~5 15.09 14,41 `1.5.33 1.4,80 t4.70 14,64 ,15 71 5~ 38 55 88 64 94 54 ~9 99 13,~7 14 96, 15,55 !.4, 5 15 23 16,31. 1,2,9~ 13'77 1. 6.4: :t4,00 1.3,46 14,2~ 1~22 16'38 16,64 16,19 15,45 16,11 1 I 1.3,97 13,89 14'4~. `1.4 36 13 55 14, ., 1.3,12 13,9t 1¢,15 15 35 i4 66 ,1,4 30 13 51. 1 4,48 1.6,20 ! 5,84 15,4~ 1 4,7.3 13,6.'6 1,4,02 17.2 la.O 14,9 1~.0 16 1 12:9 14 0 28:7 29,9 19,3 20,4 29,0 32 0 22,7 17.2 15,.. 14,0 14,0 18.3 10.8 16.0 9,3 14,0 14 9 10 6 11 9 15 0 ~9 1,5 0 i5 0 23,6 !6 1 14 0 P.~SS2 175 16:'3 14.7 15.0 14 4 17 2 28 5 3~ 5 33,0 21,1 14,1. 17.4 7,5 14,7 11,0 16,5 15,3 13,4 I 6 15,~ . 12,3 1.3,5 12,0 16,~ 1~,9 4 . ,. 14 8 15 0 PASS3 PASS4 PAS85 GR GR GAPI GAPI GAPI 19.7 18,8 18,8 19,8 17 3 18:3 20.8 31,3 36,7 24.0 18,6 25,3 32 6 27' ,4 I~,2 18.3 18 8 19 5 16 8 1.6 4 1~ 0 19,2 .4,3 15,8 15,5 16,~ 16,8 19,2 19,8 19,7 17,0 16 2o: 2,1 ~ I '7 26,9 34'l 25,0 1~,6 17,3 1.7'; AVE AVE, NEaR FAR CU CU 23,7 23,4 21.5 21,6 10,7 22,2 21,6 31,6 44 0 28:8 21,0 27 7 37i8 2~ 3 23,8 24,0 4,5 17,6 17,0 24 ~ 22 2 0 0 19 7 20,1 ~4 7 22 26 1 25 236 16 24,0 17 24,6 17 31.0 18 25, 28.1 15 37.0 16 21 2 4 19 t5, 22.~ ~ :24,0 7, 25;0 8 23,1 35,0 6 39,0 24;9 6 2 09 15,~ 87 14, 59 14.3 8088 70 03 14.9 39 16 4 15 16, 98 15,~ 77 14, 53 14 77 15 ~ 8 15 ~ ~4 15 ~4 45 14 i 56 15 20 14 78 13 ~ 77 13 91, 14 ~ 69 17 14 95 13 ~ 70 13 66 ~ 87 13 61. 14 ~ 41 69.:14 .7 42 14 9 77 14,4 65 12,~ 58 13, 86 I6,0 70 13,~ 42 12, 45 12,5 Ct~i"~t:"~,.~i'~' : 8L;k!l~'~ Af,;a31<,A PFq.'Pi,.~t61~.~ C[;i~tPh WEI,I, : X-27 DEC-7-R4 PAGE 114(~3 } 1467 11461. !, 1400 .~ I459 ~1457 ~ 1 ~56 1]~54 1 1453 ~!a52 ~ 1449 1 la-4~ 11447 11443 ~ 1441 1 !44,0 ~ 1430 11438 ~ 1437 I 1 ,~. 3 ~ 1 ~435 11433 114.32 11431 1 ! 43n 429 4.2~ 1 1427 ~ ~ 426 1,4,2.4. ~ 1423 ~ 1420 11419 1 !,4!5 ~ [': ~,{ ?';k. ~, F: ~:1:~ ~¢ Pm' ~. k FAR CU Cf" Cfr Cfi CJI · Sd 17.33 !b.22 .91 !.8,57 14 l't,O6 15.16 '~'~ !.7 2~ ~5.45 .81 16.3R ~5.5~ a? 1 5 32 .22 !5.34 15.5q ,54 !6.3! !4.32 , bO 16,30 ..30 lB 5q 23.02 .al !8,02 ,17 15.5~ !7.9~ .55 ~8.05 ~7.17 '3~ 13,72 17.,25 .'17 ~6 "1~ ~5,S3 ,83 J, 9.3q 16,14 ,77 !5.13 15.22 ,35 ~6,83 15,73 .'2~ !6,36 ,30 15.96 1 ,73 la,00 19,14 · 3a 22.4.7 20,25 ,28 21,34 18,30 ,8 .... 1 ! 6.52 ,{~6 !6.45 '5.50 , 1 17,22 :t6,41 , 70 ! a . 5 5 .05 t7,36 ,7g ~.7,59 3 9 1'7,19 !8 e · ¢. ,. ,Sq !6.91 20 ,56. !9.0~ ~ · . ,. !0.11 17,94. ~6.27 16,34 16.34 16.8~ 18.47 15.79' !4,95 1 22,!0 I 7 16,80 17, {:, 3 ~7.56 !6.00 17.35 16.36 16~64 15.74 ~6,05 t8 91 23 79 ~8 17 ~ 7 !5,26 ! 1 6 I6 17 1,4 !5 18 15 15 ~7 16 !7 16 15 15 ~7 1 6 ~5 16 !6 ~7 16 !,6 5 6 7 7 .05 ,7g . C F, , 06 . 75 ,11 .13 .96 °66 ,9q . 06 ,50 :47 13.7~1 13 ~6,1~ .89 15.39 , .33 ~ 3,63 ~82 15~08 ,2] ,~'i~ ~4~77 ,70 !4,84 .23 !4,95 ,64. 15,40 ,00 15 20 ,!3 J. 4 55 ,89 13 82 ,Se 15 (}6 ,41 14 87 ,39 15,8] .81. t5,55 ,39 ! 6,44 .9 ~ 17.97 ,91 t4.1~ 14.05 14.u0 14,31 14.3~ 14.30 14,.47 !4,96 15,09 14,96 .13,70 !.4,93 !3,5.%.' }5.34 !3,94 .q 4,43 12,90 12.b6 12.63 12.12 12,72 12 43 !.4,92 14i14 I 8 70 I 7 45 1.5:70 15,71 ~3o93 15 28 1,4,54 14.41 13,91 ~.4.77 ~2,82 13,56 14,22 ~4,39 15,85 1&,27 ~'23 1.3,88 14,49 ! 4,09 14,56 16, 16.69 t4 66 I 4 .80 14 66 14,76 1,4.86 14,85 14',89 .. , ~3,.0 14,8!. 14,69 15 38 !5'72 ~.5 !4 16,31 16~69 1.3.22 12,80 13.56 14.05 1.1,45 !4,o8 1.3.7~ 15,38 14,34 13,4.9 !4,0] !4,64 13.49 14,03 lZi 64 14,6! 14,29 !4127 15.20 ~4,29 13.93 14.29 12.74 12,86 12.52 13,41 13,75 1.3.02 12.54 12,84 13,80 !1,92 12 94 16,30 !1.73 20,69 14,88 ~6,72 1.5,33 15.'/6 I5.97 ~4,84 14.74 15.55 ~4,37 ~4.95 ~4.23 14.1~ ~4,60 ~4,74 ~5,27 13,82 ~6,19 14.05 ~3.20 15,79 ~5,03 ~6,0~ 15.34 ~6..31 ]4,96 14,19 .!4,18 J2.99 !.2,76 ~3.26 ]3,56 ~3,28 13,23 14,16 13.84 14,3~ ~4,33 74 15'50 i6 52 16,45 ~6~ 1.5,41 ~6,34 16,00 !5,79 1.6,)6 15.30 15,07 15,74 ~4,80 !5,37 ]5,()2 !5,17 14 ¢~ 1~,23 1.4 ~5~35 ~5~2,3 16.8~ 5,.56 15,36 !4 2g 14, . 3,97 1.4, . !.~,97 14,26 15,03 ~. ~35 14,97 ~5'03 15,15 ~.4~2~ 14'5 !.5,57 14 15,70 14 83 ~4,9~ 1.4 78 15,50 14 83 !.7,42 :~4 77 !8,36 !6 22 15,27 16,20 16.0 19.4. lq,4 20,5 18.3 i7,0 20.4 19.4 15,1 29.1 45 3 36 5 17i3 15 1 14,0 1 .3 31,2 ;32,3 29,0 I5,1 16,, 9,7 21.5 30 1 27,6 0.2 29.7 1.~., 8 g.7 15,1 12,9 13.9 1 0 10 6 4i..9 PASS2 Ga, P! 15,7 16,a. 20,0 19,0 18,4 1.9.!. lq 0 18;1 18,4 21.4 37,5 55.9 37 3 1516 1.5,1 14,5 14,4 15.4 19,0 24,8 26,4 12,8 2, ,3 2.6 135 21,5 27 3 2.3 19,9 14.a l'l ,7 1.2.6 1~!,9 11 3 1,2,6 12,0 1~,9 11.0 12,8 12.3 41,5 30,3 16.2 PASS3 PASS4 PASS5 GR GAPI GAP! GAPI 18,3 21,0 24,4 23,2 21,9 20.3 20.5 21,g 24,4 28.3 39,8 58.2 ~3 9 23:I 18,6 18.6 19 6 20:5 17,~ 27, 28.0 17,7 19,3 23,4 30,1 29,2 22,9 16,7 16,~ 15 31, 5 4~ 23,4 AVE, AVE. SIGNA SIGN NEAR FAR C U C U 21,9 23,4 25,6 22,0 24.4 22.8 25,0 25.0 24.3 24.0 37.7 60.3 48,8 27,1 20,8 2.4 . 0 22 t 20,6 31'3 26,1 17.1 2~ 26 1 32:5 2~o 20, 17,~ 20 0 2 27.7 15 27.4 15 26 28 44,0 54 14.1 60 14,8 91 14.3 19 14.4 14 !5 81 13,~ 92 13, 22 12,~ 54 12, 50 12'~ 41 14, 18 13,~ ~4, 77 12 42 13 ~ 11 16 83 15 ~ 25 13,~ 77 12, 73 17 1 36 16 14 6 1.4 ~ 91 14 66 13 i 84 15 39 14 89 16,~ 26, . ,22 26. . .17 24',~ 23, 36 0 34 3 35 24, 25,2 11d. 13 10 ! 1417.. 16 1 14!.1 !5 ! ] 4C9 1 .1..1. 409 .11 n, 06 .t 1'](.~ 92 1.1a04 Pt,, 114(:3 .. .1 11a0o 18 1 1399 2,7. 11397 .I 1396 22 1. 139~ 20 11394 11393 17 !1397 1 1391 I 1:]90 !.7 1.1389 16 11386 19 1138~ 11382 1.. 13'7 P 17 ,! 1377 !9 11376 :I~ !. 1375 t 1374: 11371 11, ~6~ .91 !, 9.39 .02 !7,50 ,72 19,23 ,55 1 ,31 16,30 .5~ !6.19 ,3~ '16.17 ,9r4 19.75 ,1t !,9.0~ . :,0 ~' (,)3 1 ~ 18,28 1 '7,33 2 18,2P 17 6~ !, ! ~., :[7 !. t8.75 1 !. S. 2 7 ! !6,39 ! i 6.9 ~ 1 5,18 t. 5, .~ .v 1.4.23 t 1';. 17 !5.01 1'/.7 17.7~) !7,59 !7,'?~ !S,8~ !7,1l .17,8.4. 1.! 8,77 ~ 7.27 I 7.5F, 16.91 !.5,90 !8.14 1./j,,9~ !4,36 !7,97 15.69 14.43 ~b.69 ~,2.~ ~.73 ~1,3[~ 7~,41 !7,48 21.6q 22.72 22.08 92,56 21,80 PO,91 1.9.36 ~1,97 21,4.4 74.]6 22.4~ O0 23 9! 1~'~ 69 !9,5~ ~4.,23 33.!9 22,6a 23.67 ,32,53 22.27 24.80 ~'2.06 23,47 ~9.84 ~().14 !7.13 17.77 19,95 !.7,80 lq 03 19 34 '~6 81 ,,,. ~ ,, ~ 18,00 1~,06 !0.36 !.8,~ 17,61 16'50 17.70 !6,17 ~q,27 ~6,44 ...... ,09 2,.~,::1.6 15.5q 20,20 ],9.70 !8.3~ ~7.94 7,55 !8,23 !6,83 5~60 17,45 6,6? ~0,03 t9,(,)3 8,4a ~:t,,02 20,22 9 11 ~ 0.08 ~ , ., 9,58 ~1.,16 16,72 7~97 19~<~5 97 17 34 ~7 06 , - [.~ 7,,55 !6,30 !,5 ~ . ., .25 !5 6° I5 44 · 3~ !6.Sq I.~,77 },,4.516,28 !4 77 ..,13 ~6.0n 1~' , ,, ,t)? 16.70 !5 19 . ... , ..... 0,t3 .1.4,7r~ !5'86 PASS?. F'~N Ctt SIC{A $1G~ Sigma GR FAN F~R FAR CU Cl.1 C~t GAPI 5. 4.9P 4:. 'lC 3.40 2,4-'1 3,44 6,03 7 , 73 ~.OP 6.02 9,02 8.22 8,'11 6.72 6.2P 17 4 34 ~ -* ,. 5,52 ~'97 5, o5 5,0 ~ ~.28 15 5.95 !5 6,.33 !.b 6,03 !5 6,39 I 6 4.89 t6 5,02 16 4,49 15 4.93 1.5 .4 72 15 4 41 4 49 2 4.4 2,54 !5.68 1.5 45 15:03 !3,45 !.3,5R 13,08 !.3,93 1,6,~9 20,63 19.89 18,00 17.~7 17,~ !6 58 16 89 !.7 95 18 53 1~ 72 !,6 73 16 02 14 91. 49 14,. 14,a2 13,72 14,1,2 !5,56 1.6.02 lb, 56 !.6.14, 1,5, 85 :!.4 94, 15,64. 14.58 !5.5~ 15.66 15 44 15.28 .1.4:77 15,23 13.97 14,48 !3.25 12,99 12.80 ~3.27 !3.93 ~4,95 17,03 17.55 !9,B1 !.9,'i4 17,64 18,45 17.06 !.7,69 17 48 15,86 1615 s.96 16,42 16,5~ 15,83 !7.,1~ !b.38 18,88 !7,33 18.30 18,1g 19,06 16,8~ !.6,95 22 1.~ 9~ 1~,36 15,91 1..4.41 14,02 !4,01 14.57 1.4,23 , 1.~,80 15,3~ I5,57 1.5,97 !6,77 1.7.58 17,8! :15,77 16,94: 16'5~ 16,1. n 06 67 1.6 61 82 !.5 66 00 I. 7 36 75 16 52 89 !5,08 i6 !.5.08 1.6 14,45 10 15,16 1.3'89 1.3,90 1.3,85 !.3.45 :! 6 P 1, 4 ~ 1 97 16,23 .16,03 !,6,3! 1.6,17' 1 6,06 16,2? 16,14 1.5,42 15, '12 1.4.73 14,63 14,89 14,31 13,52 13,28 1.3.84 ~,3,73 !2.67 I.~, ~'9 12,52 1 '50 ! 2,37 13'87 13.61 15.02 15'02 15.45 16.33 15 63 14175 14,23 !2,53 !2,96 !5.1? 19.44 !7.22 16,36 17,63 15,75 16,84 18.28 18.81 16 42 !.5,70 15,72 !.5,61 1.5,28 1.5,75 16,05 17,59 1.7,84 17,84 ,5,85 !5,40 15.8.4 16 '17 1.6 27 16 56 16 42 1,5 80 16 25 14 13 14 56 14 85 ~4 20 13 .1.3 42 .... 2,80 13 75 ~3 26 t, 2 2'1 19 4 17;2 14,0 14.0 12 . 7 12.9 1t.ct 2~.! 44 3 38;3 2,~. 0 20~4 15.1 12.9 22.7 27,0 28.0 20.5 20,5 16,1 12,9 11.9 14,0 14,0 I1,8 14,0 15 0 25 .9 13 9 14. 0 14. (') 17,2 11.7 18,~ 20,5 15,0 1.5,1 14 1 1,4 0 9 10 7 14,9 20,5 24, El PASS2 PASS3 GR GR GAPI GAPI 1.6.5 20,7 20.5 22,2 13.8 19,6 13.5 17.!. 12.3 18,3 15,6 19,2 25.7 ~ ~6 .5 45,0 46,9 35.~ 44.3 26,0 29,6 19,2 23.8 23,5 25,7 22,? 25.0 24,6 29.0 24.9 27.3 24,1 28,7 25.9 20,7 25 3 30.5 14,6 17,~ 1.3,4 1~. 10,6 18,~ 12,2 1.7, 1~,6 17.8 15,~ 19 3 t 7, l 2 0,2 22,4 25,1. 28 2 27,5 18 4' 18,3 12 0 i 0 15 6 16.8 18 I 20.4 153 18,9 15 6 18.3 16 15 ~ 17 20,6 11 9 15,:8 13 2 17,9 13 15,9 15 17,3 20 26,3 PASS4 PASS5 AV~, AV? GR GR SIGMA. SIG~ NEAR FAR GAP! GAPI CU CIJ 20,0 26.2 23.4 18,6 19,2 1~.9 21.6 27 6 46:7 48.0 29.8 26,8 2~ 1 26:2 31 3 3110 2~ 8 31,7 26,5 21,1 ,3 25,3 26,6 35,6 26,7 2O 1 23 7 19 7 2~ 3 23'1 2,2,2 20,4 !7'3 2~'9 2.'6 29,3 22 ~ 98 2] 22 2~ 47. 49, ~2 32 6 21 5 23, 24,7 24 23 ~ 2~ 2622 5 21 20 0 19 22 20 19 7 3O 14 88 13.4 88 12,4 06 13 83 16,0 9~ 19, ~ 72 18. 86 17.7 06 18.g 03 15. 58 16 ~ 69 16~ 52 19.0 og 18;2 91. 17 ~ 02 18 72 16 55 16 ~ 31 14 58 14 i 97 14 89 15 ~ 95 16 g 20 !4 56 .,~ $~ ~4'9 4~7 69 14,1 03 13, 18 12,~ 15 1.1., 99 12,5 11363 !9.47 ll~b9 !5.8o 11357 !~,~1 1135a 25.~'~ 11351 11.34~ 22,84 1134fl 11347 18,3] ! 1346 11345 I 1344 ! ~i, 11343 ! ?, 1.134~ 16,41 .~ ,, / 11340 11339 1.133~ 1133~ !.7 11336 !9'83 ~1335 20,77 11334 11333 t7,48 '!31 1.9,41 , 0 11327 !7,30 11325 t8,2o 11323 18,02 !.1.322 19,45 1. i.321 ?!iJ, 83 1 I. ] 2. (i i,.. $ ,:! 11319 !'l,8q 1131. a ~9.77 11317 20 , ;:~3 19_,,.t? 17.OR 17,73 t8.22 !4.45 li:,Fn 1~,6~. !9.6a ~'7..;~: 15.38 20,~1 !9,o6 19,g0 !9,45 !7.16 ?0.'28 19,95 ! 9,~'.0 ! k;,~a 21.91 21,391~.7321,13 !.7,55 19 ,}~ la.'l'~ ~" 44 lq 3A t 5 37 18.11 !6.2P t7.67 17.30 !4,34 17.b~ 17.91 19.13 19,bn l?.::~ ~0.14 ~0,5q ~2.,:~! 32.,473t;,q~ 30.1'1 ~5.55 24 ~3 PI,97 20,63 24,{)9 18.69 22'3n. . ?0,/3, 21.aq 72,31 .!9.22 22.86 2t3,~0 20,25 22.09 27.25 22,5n 2t.64 26,08 21,72 24.iq 25.8B 22,[~] 23,36 23,19 71.81 ~1.~;~ ~9.52 ~'9,83 ~6.91 19.33 19,0g 20,20 20,59 ~,8,20 19,3a 2!.67 21.4~ ~0.50 ~7.5a 1~,28 !9,23 ~9.36 ~.o? 15.25 ~7.67 17.64 17.o~ !7,19 14,o5 !5.41 t. 5,90 14..211~,6913,87 1.5,5~ !6,59 t6,5R 1,9.48 14.30 18,33 ~b,lq' !7,56 1.~,36 !4,52 !8,2a !6,Sn ~7,52 !,;~,0~ !4,57 2o 16 ~.'~ 2~ 1.8,50 1,8,0~ 15 87 1 9 ' " 44 ~1:4~ ~0,6.7 21,2g 17 66 i. 7 ~ ., . . 20,78 21,50 21.,()0 21.22 t7 9~ t8 20 83 20,'t~ 19,99 22,61 !8 B1. 178i 19.06 17, 18 !8,48 !5,45 !7 1697 !8.0~ 16'72 !8'4114,86 29'89 20 ~.~a 22 ~3 i9' !9,4219'6? 17,0619'05 ........... !.6,45 16 47 ~.6,47 !~t,09 18,33 15,39 20.(.218'"~' 16,99 !9,,0336 !6,4'i 17'67 16 66 ~6 !9.2516,75 I~,b3 17, ,Sn 19.95 !7;5~, 18,33 !7,~i~5 1.6, 183~;~ ;~8,5o !~,<')6 !9,5, 6,83 t5 9P 20,22 16,80 1.7 ~9'pn 90 5q I5 9(:, 15 17,77 !9,27 I~,33 I7, !8.55 19.75 19,7a !8 22 16 1.~ · ,33 t6,u215 PASS3 PA$$4 PA$$5 PASS1 PASS2 S.[C,,'~I .S1G?~t Slfi.~'il GR GR F~..R FAR FAR Cl~ CU CU GAPI GAPI 14,88 1.5,9~ !6.73 16,78 I6,95 16,77 14,41 !3,99 15.31 !E.,55 19,77 23.16 ! F.,78 20' 27 ~3,23 21 55 !.7 fsO I7 59 !.b 83 !4 42 1.4 67 1420 13 66 1491 1495 15 5! 16 28 1.4.87 15.99. 17,55 '.!7.00 lb.22 t6.25 1.4,~2 !3.85 !5.74 lb,lq !.9.33 23.66 20,88 19,91 19.i6 21,66 21.53 18.28 1.8.5.8 16,53 16'38 14,66 1.4,56 13,81 1.4.66 ~.4,77 14.77 15.5!. 15,85 8Zl. 1.6,1.6 13 I 7,06 17 1'1,70 7916 5,68 4. ,57 03 .! 6,50 84 !.6.70 45 1.6,72 2R t5,73 93 :t. 53= '6 45 ! ~96 O0 1 ,30 9~ 1 .78 3.3 !.6,41 95 !7,77 17 16, ..... 29 ! 5,72 05 15,48 O~ 16,17 4.1~ 1.3.79 5,71 14'86 7,11 15,8R 5R 16q7 6,36 lb.91 b..49 14,85 5.53 13.~5 4,4.8 14,41, 5,27 1.5,27 5.3R 16.41 8,2022.39 3.1323.56 0.08 19 61 9,1° 17159 9.86 20,00 3.7~ 22,67 2'22 21 8,38 1.8~61 7,98 17,47 7.7~ !6.78 5,74 15,59 4,49 4:,2~ !4,49 4,56 14.04 4,1.6 14,16 4.951.4.9a 4,90 1.4 15 5,~6 !4 66 6, 7 1.5 90 7,77 1.6 38 9,1.6 17 77 8.17 1.6 47 4.,72 15,~4 5,26 ~4, 7 8 39 17.47 7 ~0 ~7,09 6 20 i6.83 5 27 !5,36 5'94 1.6,31 5,72 !,6.41 4'95 1.4,74 5'801.5;04 7,53 !6.44 6,06 17'58 5'8R 16,47 6,09 1.6.44 6,70 !6,66 ~,75 !5,77 24 8 18,3 17.2 20,4 1.7. '3 14.0 15,0 21 6 47[3 52.7 49,6 37.7 34.3 441 48i4 35 7 19.1 21,2 22,5 16,2 16,1 14.9 15.0 15.1 14.0 14.. 9 1, R,3 14 0 15I .45 2 ~0 5 :75 . . 1.4: 0 15 ! 2,1 3 182 1.61 1,4 0 !5 0 15.9 14,a. 16 3 25 7 20~3 13,2 15,0 196 41.~1 52.8 41,8 27 6 28 @ 40 8 4O 2 25 8 19 3 156 1'2. 5 13 2 132 t3,8 15,6 5 20;5 14. 7 12, 9 14 1. 19 9 28 5 1,5,6 15,3 14.7 PASS3 PASS4 GR GR GAPI GAPI 21.4 1.9.6 22,3 23,4 27.8 22,6 18,3 15,6 20 2 40;3 58,6 47,9 33.0 3~.1 41.7 48,5 ]2 7 26,9 22,0 20'5 1.8.0 17. 18,3 17,2 19,g 17.2 19,0 24. 22,9 31,8 43 . 7 ~7 2 ,6 15,9 15,0 1155 14 2..l 25 24 8 I9 5 19 8 23.1 22.3 23,8 24.5 28,0 22.0 18,1 19.9 25 0 57,3 51,1. 34,8 32.0 4~.7 52.2 26 2 24~7 2~,4 22,0 23,5 20,1 21,3 20.1 21,9 2~,2 20 8 2~ 7 15 19, 21,3 27,7 23,~ 2.4/3 2,2 2 PASS5 AVE, AVE. GR SIGMA SIGM NEAR PAR GAPI CU CI.I 24.6 18 52 25.5 ~1 23 28. 70 33,~ 9 30 24. 7 36 21, , 23. .50 29 5 56 6 2 58 513 2~ 81 36 35 44 49 24 2~ 26 23 23 23 21 26 24 24' 27, 21 22 24,., 2~ 22 25 18 1.8 t? 17 17. I'7 17 20: 17 lI,4 15.3 17,1 18.0 17 14,3 14,2 14.~ 16, 67 18,~ 80 19.. 0320.0 02 21,?1 84 23. O0 16.~ 33 18. 45 17,5 6 15i 18 14 2613 ~ 30 14 92 14 25 14. 9'/ 08 97 }5 30 15 78 16 16 83 16, 55 16, 63 16, I0 I',.'~ ~ I!1 iii ilq i/~ [:1 J Cn.~-iPA,~'~'' : gO~.4Ln AL, f~6Ft.~ PE'yPOI.,Eilk COMP,'~, WE[,i, : X-27 r)Ec-7-84 PAGE 1.1316 ! ',~. 20 ! 1115 !9,95 !131~ ?1.3i 1131.1 11312 18,99 1 1311 11~09 !5,07 11307 11306 1130~ 1~.,+7 ;3 14.94 1!..302 !5.6f~ 1,1300 2.2.i, 4 11299' 74,87 11. 729~ 25,8q 11296 19 86 11~94 !7,34 I 1793 90,86 11291 32.63 11290 24,t3 11289 P4.69 1. 1.2B~ 3u,03 11287 77,14. 11285 21'36 1 I ~ 75 27 982 22.02 I 128 () ? 3 1,197~ 22'64 11.278 1 !.277 1.!.772 ~9,09 11271. 17,16 112'70 1.126~ !3.75 CU 19.92 1~.20 1~.31 !;3.2n !9.6'/ !9,0fi 22,06 PC,.22 20.13 16.39 15,84 !5,45 !.5.35 ~5,24 16.0~ 15,F1 16.56 ~,!.3 19.97 20 !6.92 17,36 16.69 25.34 2'3,2R 26 09 2~,34. 1,8,b4 20,41. !9,11 !7.75 17,78 ~8,U6 18,%7 78.05 3~,63 34,09 33.~2 29'1! 25,5a .23.02 23,6~ P7.06 23,!.3 95,00 .... ,?~ 22.~6 23.70 ~3,.16 22,41 21,94 27..14 26. .22.80 24'7~ ~5,33 96,39 !8,13 18.5~ 1 9 2g ~ 9 17 !5,g~ ~.6~58 1. 7.9 ~ !, 7 14,79 ~,4,,94 !5,2:~ !5'1t PA$$3 PASS4 PA$$5 SlG,~A SIC, MA SIG~,~A CI..I CU Cll ~ASSI GR PASS2 PASS] PASS4 PASS5 ~t~ GR GR GR GAPI GAPI GAPI GAPI AV AVE NEaR F~R CU cu I.~.17 1.9.~2 ?0,58 15.95 ?0.4.~ 21.14 I "I. ba 16.30 ~ 6.'17 16'94. 10,72 !6.52 I.t.3O ~5.66 14.50 I 5 60 !3,67 ! .'l' q 3 1~.~7 1'7.77 !.9.3~ i6.79 ~4.69 16,6~ !.~. 24 26.2~ ~3.66 19 97 !.~23 1.7,69 ~0,4~ !8,7P 21,3! 3 :i. 8~ 27,58 30,66 33.31 23;30 2~,05 26.69 21,84 29,~8 29,77 22,73 2:3.60 23,36 23;89 23, . 2 '50 20,09 ~:4, O0 22.'7 ,:, 1,67 26.58 9 4 ~8,6 '3 20, !7.17 !9'27 t7,28 z1'91 ~ .... ~B.1.3 I9.02 '!8.30 !.6'09 ~ 4,'79 :!5;49 ! 3.2'.~ I3,11 13'13 :! 7,25 7,34 7.09 6,09 5.66 5.5~ 4,34 3,52 4'.1~ 6.59 5.93 16,20 16.61 16.50 !6.81 !0,75 !8,20 15.82 18,2'7 16 45 ~5.78 14,19 !5.08 1.3.53 ]4,61 13 09 !.3,0~ 13123 !.3.16 14,15 16o30 17.38 5.30 14 26 14.60 2 ~ 13 48 3:?4 14: 65 7180 18,84 1.9, 9 9~ 20,56 20, 1 0~ 20,9~ 2i, 7 64. 70.17 !9. 6,34 '1. a~36 I6. 5,23 15.67 15, 4.02 14.~1 1,3. 7,64. i7.16 9.05 24.06 6,7~ ~9.27 25' 3,~7 24,16 2~, 6.00 2~'80 3.33 ~5 61 ~2, 0,98 19 77 1.45 20 13 20, 3 98 o ~ 1,, i9 21. 8 ~1 20 94 21, 0 9~ 21 30~0, 6 84:20,02 17, 5 o4 1 I;19 5 35 !.5;98 ~.5 6 3415;~7 14' .4 4:5 14~68 t4, 55 1.2,87 12, 66 !1.66 ~1.., 52 !1,13 !1, 15,92 17,77 17,03 !6'17 16.16 15,46 1~.16 13,39 12,66 13.19 15,66 ~7,67 16.31 ~, 4.. 40 16.63 16.91 16,70 ~6,67 !5,09 1.5,09 ~ 6O 1.2,34 13.30 16.97 16.31 15.55 I3.67 35 ~2~99 !3,09 70 13.i~ !5.34 56 1.7,36 90.00 94 ~1,8~. ~0,34 73 ~1,84 20,80 77 ~9,5~ ~9,50 55 17,25 18 78 ~4,97 15 40 73 13,77 !4 36 243 03 ~4,72 16 O0 58 25,95 23 88 75 28.27 32 03 89 22.6~ 23 69 45 23,67 26 14 8.4 24,83 25 58 25 21,22 ?0 69 11 20,42 2(3 78 92 23,0~ 22 55 89 ~0,61. i7 06 17,7~ ~027 94 20,8 ..0 88 20 20,09 20 80 25 19.31 21. 19 75 15~98 1~,05 3 14,OR 1.5~ 3 i6 14;23 15 65 3~ 15'i6 16 95 13 1~92 15 98 89 1.3,20 !5 34 29 12,05 12,77 91 !1,86 12,06 38 11,22 16.1 19.4 23 7 17:3 10.7 1~.~ ll ~ 17.3 21.4 30,1 I.R.3 17 0 20:2 15,9 17.0 18.0 22.3 29,8 38,3 3~ 3 9 17.5 22.3 28.0 25.4 27.5 28,0 31,3 34,3 35,0 25,4 22,6 25.0 14 1 16.5 19.2 12~q 18.0 19.2 15.0 15.3 20.1 13'? 15,3 18.6 16,8 19,3 18.8 31,9 33.0 31.2 34,9 40,0 40.5 21.4 26.3 28.5 18'7 21,7 22.8 1318 18.9 21.9 15.6 20.5 24.0 17.~ 2~.9 25.8 19,6 23.2 23,.7 23,0 27.8 30.4 26 8 32 ! 37 7 291 5 116.1 60.3 80;6 76,4 47.3 6,3 5 64 6 61, 4 58 5 58 5 50 0 50 0 55'4 55,4 45.7 44'6 o4 25' 33.6 9 298 0 !54,1 82.7 46,6 65.3 49,2 54.2 6 '3 5z.I 56,8 58,1 57,1 58,8 56 ~ 59 8 64, 4 52,4 49.0 30,2 35.8 37.9 42'6 48 6 6 4 334. 5 1.42,1 73,2 56,2 71,9 82,8 61.,0 55,0 58.5 . 69,9 63,3 59 ' 60,5 61,1 65,3 64,3 85· 60,'1 66,7 7~ 54 ~ 71 6 60,4 53,2 52~ 60'7 61,5 5~'? 39,5 38 35,1 341 35,1 41'7 20 16,i 95 17, 34 16.~ O0 17, 89 16,~ 41 15. 77 15 07 14 ~ 48 13 80 14 ~ 52 16 ~ 47 15 06 15,~ 94 13. 14 17 67 19 ~ ,13 54 126 341 265 149 7~ 54, 78 9O 66 56 62 72 62 74 66 63 65 7O 67 5~ 57 65 4~ 41 4O 42 1.5 7 14 23.3 1 36 21'4 i5 27 23,0 4 50 3,73' 0222,223'29, O1 9,06 16 8 0,28 16 5 52 15:0 16 3 !-6 4 93 I1, 3 75 11,5 .1-.176"7 14..9F, 13.c~4 1.].20A 14.22 lb.~,1 1.!?t%' 13.25 15,7i !b.l? 11764. :~2,,3'!. !5.2") !2.5o 112(52 J. 2.~..~ '15.4R !3.02 !1761 i~,Oo !b,o6 15,79 Il?bO la,, L7 17,Jg 11757 ~5.[$ 14.¢~ 1, 55 '!~.da !8,33 !4, I! 11'253 2~.8~t 22.t>~ 19.77 11262 2:~.]'7 :)4,4.4 20.16 1.125~ 19.20 ~0 56 . .... ~ ..... ~ - 11247 21,53 24.~3 26,64 t. 124a 24.3n 27'17 27.3~ 112.45 3]..I.~ 2!.,b4 28,83 !12.44 30.33 2~'g'~ 11243 32,72 .t0.8] 2B,20 .... 53 3~ ~1241 35,f~I 37, !.1239 45.~i~:~ ,43.97 1237 ~;O,~fi 45'1~ t. 1235 .a9 ~; sO 33 ., , ,, ,, ~ % ',h~ 35 '~4 3o 75 11.23~ 32,q. , , 11220 30 1,.~ ~9 02 1122n 29:7q 29'.2~q. . · ' q 95 ~1225 30.52 30.09 31.83 ~.1224 34.6~. 36,712 11223 36,'75 30,00 35,97 ~.!222 ~2.,9! 42,56 9 q9 34 11R2~ ~3,2.~ 33 3 29.t. 7 11 ? 20 ~ 4, . . 1.1219 ?,~.'~7 27,28 PASS4 PASS5 S 1C,~ a S l. G,'.~ A GR FAR FAR CU CIt GAPI ) 3.2~? 1.7 15.22 16 ! 4,4. 6 1 ~ 1 '.~. 2 "' · ,.~ __ ~ 1 2.3P !_'? !3.0! !7 ~4.2n ~5 ~.~ !.:~ ]9.1,1 13 23.5~ 2O 29..~ta 1~ % · . 20,3 ! ! ~ 17.84. 19 71,6~ 22 ~5 72 27.77 ~0 27,30 ~6 31 .27 '~2 38.')8 4.1 4.~,~5 4,3 9 46 54 ' 7 g ~ 3 $'2.t;O 51i 50,66 48 41,9~ 44 3 :J. 5 ~ 42 36, O 6 ] l 3 ! , 97 30 32,56 30 3 t, 3.4 3 R ~5.25 33 31,77 30 3~.41, 35 4: 0, '15 32 4, 3,47 '~ 2 ?6,59 37 30,47 31 26,11 24 1.1 Il 12 11 1.1 12 12 12 t2 12 1.3 !.4 7 0 9 7 7 1 7 7 2 4 7 1 5 5 9 5 3 .5 9 1 .98 1.1.63 .35 12.,8 ,88 12.32 .o5 11.51 .92 11.33 .94 ! !.80 ,37 .12.63 ,74 I '2, "17 ,3e 13.o6 .34 ~.2.32 .47 1.2,63 .45 ! 2.30 ,q5 13.93 .3 ,:1. !5.6~ .b7 1 t~. 95 .'73 ~ 8.13 .02 1'7'05 ,20 56 17 83 48 'I. 9,86 ,'97 21.75 . O0 , 09 .22 . ,1, 6 .9? ,09 , 44 69 99' 10 96 !1 I .1.: 93 12 :II,65 !.1 !1.37 12 12.12 !2 12.12 !1 1.2.80 1.2 !2,97 13 12.38 13 I2.1& 13 12.02 lJ ~ 1.06 ~2 15.27 ~6 17.50 !7 !8.70 1~ 17.83 ! 7 20 95 23 72 2~ ~5 7~ ~ 25,4~ 26 2a ,44 27 3~ 22 ~3 36 69 38 4O 09 41 40 19 41 a4 2.., 43 49 aa 49 48 34 31 ,, ,70 '23,52 .25 27.44 :!1 25,52 '3~ 26,31 31 , 05 3'7 56 4'2 69 il. 50 46 41 46 '1~ 4~,'12 .18 75 36,63 ~6 13 34,66 . 48 27,22 ,75 25 9a 2~,30 ,31 26,13 27 39 27 44 2_ _, 4:31~66 29 ~4.1 33¢2~ 32.63 32 :66 35,13 34.66 37 ,].9 '~7~34 33,75 ,.34 ?8,63 25.80 23 ,2B 23,59 23,2~ 19 .72 ,93 ,50 .11 .22 .07 ~08 .0~ ,9.9. .2.,8 .38 .8~ ' }t 6 ,1..6 . 94 ,13 .-t8 , ~,9 , 4 ,7 ? , i 3 ,91 ,51 ,55 5 . ,',~9 ,14 27 , 428 ,80 27 ,1!. 28 .Pa 31 ,59 36 ,03 35 '42 11.72 !1,86 12.07 !.1.88 11 l 1, ,'t9 1.3.09 !2.92 '1,3,04 13.05 12.09 .'1_2,25 J5.37 ~6.33 17.67 18'61 .1.6.58 17;66 1.7,27 !6,41 1.7,63 22.03 23 83 1'76 9.6:44 206 26,,70 216 28.14. 268 29 09 263 36 34 .I.. 30 9 1 75 '~ 19 78 4.3 25 86 .46 91, 81. 4'7 69 62 42 4!. 62 35,1 42.6 zi2,1 36.6 34.0 44.8 39.3 55.9 94.6 !14.9 114.0 110,6 153.5 '149.9 164 0 147~0 90,3 96.R 85,q 73,0 1.06,0 13.1,9 4 3 0 0 5 6 3 9 5 3 3 40,47 36.50 09 7.7.. 25 13 77 7~ 30 ~9 67 69 13 26,80 2:[. 33 55,9 65,6 75'3 75,4 67,8 57,0 59.5 59,2 56,1. 67.8 62 5 53 3 ,4 0 34,4 PASS2 GAPI PASS3 P.ASS4 PASS5 (;R GR GR GAPI GAPI GAPI AVE, AV~, SIGMA SlG~ NEAR FAR CU CU 34.~ 36.3 37,9 40,6 41'8 43,2 37.7 40,4 43,2 33.1 36.7 39,3 36,0 43,2 45,8 37.~ 46,) 48,8 44,4 52.3 52.5 55.5 60,7 64.~ ~.1 66.9 70 9 95.9 97.2 !01~9 9.4.9 1.01,7 108.! l17,a 117,0 121 4 152.8 156.1 150i3 !b0,5 164.3 163.9 !'75 6 168,6 !77,4 !4615 !60.1 162.9 82,I 94,3 82,8 86.7 95, 65,1 78,5 84 3 74,8 78,8 7813 98.7 96,5 95.0 154.1 137,6 132~4 211,0 200 '194.3 199 197,1 192 257.3 255 248,5 206 123,$ '7 94.9 77.1 65,4: 57,6 55,~ 63.3 60 4 49 7 54 ~ 58 5 56,7 57,0 48.3 42,9 43,4 36,9 .3 ,0 ~ 6 ,].. 96, '2 90,9 67,1 54,4 66 79 69 57 55 60 59 7 63 6 6 3,9 57.5 46,6 4'8,1 43.8 39.4 14.95 11,~ 46.2 14.22 12, 44.5 :31 i2. 39 45 11,~ 51 9 7~. 1 ' ' 96.~ 146 31 12.] 16 12. 10! 15 12 62 4 1 96, 20 13 06 14 03 16 19 53 19 30 21 0 4 ' 3 2 07 2.12,1 203 195 0 199 252 6 264 266 0 270 !.51 I 1.40 85 8 94 88 6 86 1.04 4 104. 82 4 95 68 8 70 54 8 60 6~ 7 69 8 o 9 73 84! 83 58 7 62, 6 '4 , 5 6 7 65'5 66 62,5 61 56,1 52. 5'2,7 51 49 · 2 48 41., 1 4:3 14 26 33 27 72 27 31 28 38 38 72 36 29~ 28,4 33,4 35,6 36~! PAGE 13 `112IR P. 3, ['? 26.BP 23,~F~ '2...5 1.7 27,17 112,'17. ")2,,c'~6. 21.,'lq 2.3.2~.,.. n"2~57., 75,4/',., 11216 21.o2.. 22,34 23.13 71.20 2.'-i.4~. l l~l~ ?O.On 21 ~0 24.~8 °1.50 24 .ac - . .. ,,., · ,4.. · · '- 1171z~ ?0,,73 ~o..3]~ .22,o4 ?.t,8~ 19.52 !17. I~ 90.7'~ 19.47 ~.8~. 19.06 18.97 11712 ~8,Bl .19,,'77 t8,5e .1%,,30 !9.33 1171~ 90,:~g 20,7:~ 22.'1_4 '..,",3,~'~ 71,0~ ~121~ 2t'}.:~1 ~8,.4.1. 23o17 ~'/.14 20,,20 112(;9 ?r) -',9 20 27 lq 99 .~7 47 71.7~ 1120~ 2~,,,{q 26.~:1 75.28 26 3q 23,58 ~.?(..,7 93 ,'q ?5, - , .. .,.: . ']3 2.4 Im, ~t:4?` ?,6 33 Ii .. 36 ?0.84 21.,0t~ 21.3.1 ';.3,64 20,80 5'.,. 91,'!2 .')2,,7~ ~9,42 19.23 `1.9,5P ~.12Ua 20·58 21,41 22,~2 22,91 2.1,24 llP03 9c.,77 20,17 ?0."80 2!,03 22,02 11~02 24.,36 9..5,,J't 2,6,55 2().8~ 25.03 ~:1.?0t ?0.54 ~9,'~4 .'3.1,8`1. 40,8~ ~6'i.C.'. 11200 ~.3,3..q a2,j.! ai,.5~ ~9,53 40.4:1 ~1.1.9o q',; .,~;q ~2,2~q 3'3.44 35,13 . ,.. ~ .. , - 11198 2~'~,05 28,3! 2~,a3 31,02 P6,59 ..11197 ?d,,,iS.q ,.'2'7,0~ 27,4~ 26,81. 23,3~ 11196 2,:l,,.25 24.,,~.:3 23,36 24 84 .2.5 56, ..1.1195 ?,..5 55 ?..4 33 ~9 61 ?.6' ' ' · . . . ,9a: 26,9! q.1 23,. ~1.1.94 26, 36 23,48 26,.4m 24,72 ' r' . .~:.. 11193 25,~;1. 29,,06 20,30 P,:,.42 25, 18.77 20.58 18'3n 17,86 tT.oO 17,08 15,60 !5,95 16,20 t7,7~ ~6,9d 16.20 16,67 t'1,42 20,06 17.3~ t7'56 18,67 I7,94 17,20 21 , 23 ~4,3m ~7 24,8~ 24,05 22 23,41 22 ~2,~g 23 71.59 ~ PASS3 PASSA PASS5 AVE, AVE, GR GR GR SIGMA SIGM NEAR FAR GAPI GAPI GAPI CU CU 17, 20,77 !8,52 17,84 16 77 'il '7: 34 1B.28 · 42 27,55 59 35,16 35.06 3,3 45 31.5,3 32,75 29 36 24,02 27,72 23 31 23.36 24',~1 23 '18 22 05 22,88 22 36 23 '17 22,44 21 27 21 86 22,'70 21 45 23 97 22'83 2'2 2.1.50 20.30 22.16 32,2 3~ 1. 47.4 44.4 90.14 19,57 20,66 39.4 36:~ 41.4 4~,4 18 (18 I8,33 ~9,67 37 7 39.1 42,3 44,8 `17:56 18.06 18,28 33:3 31.7 37,8 40.4 lb.66 ~.7,77 !7,20 31,2 30.4 34,0 35,7 17,09 15,48 16,52 29.1 33.8 36,0 36:6 16 86 ~5,95 16,66 29,4 29.8 30.3 33 ' ' 31,0 37.9 17,27 ~6.72 16.7~ 27.2 2B 6 17.41 }7,19 16.59 27.2 32~3 36.3 37,0 1.7.19 17,08 !.7,50 41.3 34,3 43,2 40,1 8~ 19,20 1'1.97 42,4 41.0 48,1 46,8 ~9.95 21.23 41,3 34.5 37,9 49,~ !'7.77 1.8,98 38,1 28.2 31..1 ·42,2 ~'1.95 18,20 30'5 29,8 34,0 32,3 ~6,83 18,03 35,9 35,3 36.2 35,5 !8,05 17.78 45,7 49,4 52,5 1"1.33 20,06 59,8 72.9 73,5 77,9 28,80 28 20 100,1 1.22.6 11~,4 107,0 12~,9 44. 72,1. 123,6 61 63.4 61 ~ 64,g 67.7 84 48,9 45 4 49,8 5~,6 63 37.0 34 8 40'0 42'2 6 31,5 32 8 35,6 36,7 6 2.7.2 33 2 34.7 38,~ 5 42 22 38 20 44 20 38 20 46 39 ~ 6O 117 43 67 58 28 44 lO 24 26 41 25 ~5 O2 18 1 O0 i8 73 17 73 15 ~ 31 16,~ 86 !6, 31 22 16, 39 17,~ 89 19, 84 17,3 72 18,6 58 17 77 19 36 21 58 24 ,3430 38 33 05 24 69 ~4 25 23 55 22 05:22 !.11.92 75,05 29.!;.>t 29,27 26.39 ..9.'1,27 22.73 22,94 22,4'1 23.73 22 23 35 9 35 9 38.3 40,0 11191 gS,q'g 9.7,9P 27.7~ 25.61 27,30 23,22 2i,75 23,94 25.Ora 23 30 35 q 35 1 41.9 43.0 42 88 23 i].t!9O ?6,39 20.75 ~'1,:27 ';,~,89 24,63 23,19 22,16 24,13 22,00 21,52 33.B 33 5 40,5 40,? 4~.2 1.11~;9 26,3~ 26'0R 25'52 25,02 ;~'I.,'13 23;!9 24,42 22.78 2!;70 21;3~ 29.4 33 5 38.7 41.9 4 ,.9 26;39 2.)..44 ~6,~a 27.69 2'1~48 24,19 23,09 24,22 23,69 25'i4 23,0~ 30~5 36 6 40,5 40.1 45,3 25~44 23 111.8~ 3(),2a 2'1'56 26'83 26'83 2~:~,4.1 24'45 24~70 23;69 24,88 24,53 32,6 33 0 39,9 40,3 44,i 30,20 24 4 11185 29.36 ~8'17 25,0~ 27'7~ ....... ,44 24,31 ~3,94 ~6~72 2.3~45 2.4,98 37,0 36 3 38,3 39;8 45'0 ~9'36 !~3 7~,4~. 26,.5a 27,2~ 25.4~ 26.91 23;5} z3'61.. 23~53 22'94 24139 35,9 32 1 35'6 41,5 39.:7 28~44 23 5 'l.l.i..a~ 97,5g ~6,~5 29~33 ~5,~;~: 26,89 2~,55 73;22 24,05 24,27 24'05 35,9 34. 6 43,8 4:4,1 27.58 11.1[:t~ ~'"'.:. o , ~"2c 26'~,.I ?7'6'1 26,6~ 2q;:1.3 22,81.. , , ,. 24,70 23.76 23,16 23,58 38,1 34 8 38.7 44,4 44,7 28,.22 11160 ;}(~.54 24,':7 ~6.09 27,1'] 28~05 23.9~ 23,67 23,~5 24,50 22~31 37~0 35 8 38,7 45.9 45.9 ~0,64 11.'!79 2~:5e ~5~77 ')6'53 'i?.89 ~5.83 24,05 24..31. ~5'36 24,56 22~66 37;0 36 6 39~4 45~0 45,2 28.~58 PT,$" pS:~~ 2A;5~ ~4;64.. 24,02 ~3,4~ 23,06 38.1 4~. ~37 6 42",2 44;9 48.8 ~9,,14~7"3X 49 ' ! 23.84 25,84 P5'~7 II!77 29'14 ..... 1,~7 }3'73 45,5 54,4 29.o~ 28.6'~ 27.95 ~3.a6 ~3,3J. ~4,1.4 ~6'~.4 ~3'73 55.5 59.~ 54,9 61,1 66,9 3.~,6i !,~1'~:~ :~:'~.3.¢ ~1.t4 ~o'77 ~'.'~.~"'~a ~0,~ ;,a;6~ ~0 5~ 27,50 '28.59 ~'/.~a Io~ l~l..~ 1..~'9 13~:5 1~7~8 ~3,34 ].1~70 2b:'75 26,.~5 24,92 25.94 25,4.4 21,83 23,14 21,42 22~63 21;56 70,~ 75,8 84,1. 83,4 83,8 26,75 21.,.8 111. GP ! J. ! b 7 11166 _ ! 1. ! 69 11161 I 1160 11159 ! lISP ~7 .... lllb5 1,1153 111. 51 1 1!5o 111~9 ~ I 14 ~ I 1147 1 1145 11 J. 43 I 1 ! 4 P 1. 1141 1, 1 !. 40 11.139 ~. 1, 137 t 35 1. I ~ 3 ~ 11, :13 ~ !. 1! 30 1. 1 ~ 24 1. 1122 S1G!~[ SiGma S.I. Gaa Ct, Cl.! (itl PASS1 PASS2 PASS3 G R G g G R GAP! G.~PI GAP,T 31..L6 97 4.'2, d ?, 41 45} 50 48 6O: '~7 54 6u,d4 57 ~7. l.q 57 56.3 ~ 56 56.0q 55 55,0~ 57 5P. 41 54 55.31 53 53,1,9 54 52,5n 49 ,~9.48 50 5 1 ' 06 49 4'9, .3 ! 52 a. 7,7 ? 4 b ~ 7.5 ~ 43 47,03 83 47.53 4.6 45,4:4 4 7 49,34 55 56,00 57 'i8,.13 5'7 ¢ 5.97 51 40' 4 ! 4.2 38, ,J4 4! 38,O. 3 38 34,51. 33 34'25 31. 33'60 31 31,,i:)2 30 32,50 32 31..16 ,3't 30.33 3O 27,59 30 29, 31. , 73 35 ,27 ~1,72 ,7P 47}.0° -17.19 .94 49.0o ,31 57,b3 5~.75 .'7~ 5S,'15 ~'1,13 ,97 5%,0~ 59,4] .3R 55.hq 54.56 .oa SS,0q 5~.03 .~7 So.b9 54,97 '3~ 53,31 52.47 ,69 52.44 52.50 .:16 53.7~ 52.50 ,go ~,1, o 50,b3 ,50 .aa,2~ 49,63 ,13 4~.03 52,59 ,44 43,0'~ 5!.'84 ,2~ Sl,28 ~ ~ " e "' .2~ 4~,8~ 50,25 ,19 '4~,,63 49.44, .'15. 46,63 45 ,59 48,53 4~i '';4 49,16 4.9 '78 61.22 54 ,'!~~ 6~'81 51 2b.19 28.33 '31.9~ 38.!6 33.31 45,31 41!.28 47,38 52.84 54.69 54.4. a 54i97 5D,91 54,13 q5 56 54,84 51!Og 50,47 5147 51,oe 52.34 ~s'~3 50,75 52,oo 52 41 K(),84 51134 5o,4~ 49 16 24.19 28,09 36,81 36,91 45,63 44,28 88.72 50,60 51 75 53,b9 55~38 56,2~ 55.72 55,19 56,41 53,91 5:] 9'! 55.09 52103 50.97 48 31 52.6g 50~72 54,03 49.13 52,25 50.50 50.53 49,10 50,19 48 5'1.44 5!) 47,75 49 4,7,75 46 ~'7,75 45 47,2~ 44 45,28 44 46.29 43 91 50,72 O0 49,3~ 09 46,'7~ 22 ,45.94 03 45 31 b9 44' 56 .46 ' 13 ,06 44, 43,97 27.88 38,16 45.77 53.50 53,66 57,00 55.63 55.44 50,94 53,56 50 69 51.~03 50 59 46:66 48,16 4,8.16 46,66 49,97 50,03 ,48,44 47,09 43.8~ 46 91 a? 44 2 ~9 4 3~ 8 50 7 06 3 I9 1 19 7 72 5 44 3 25 9 56 6,25 2,28 0,14 0, 7 7 11 7 13 7 84 0 a6 269 5,66 5,66 4.4,88 41 4.1 42,31 41 28 4'0,78 44 66 4.2.89 52~66 4,7 '(~5 53,41, 3 51,31 75 51 3!,, 84 49 2~ 9! ~3 72 41 40 2~ ,~3 37 13 ,91 31, 72 ,~6 ~3 06 ,95 ..9 98 0~ 29,63 77 28,72 70 14 42,44 4 a1,53 4 a'7,13 4 4~,84 4 5 ,06 5 50 06 5 50 44 3~ 37 34 32 06 26,81 29,58 64. 26.88 28,61. 78 26,.08 75 ~9.~5 22 4 22 4 60 3 13 3 22 3 72 3 03 3 31,97 3 30;70 3 29,31 30,25 2 28,67 28,6]. 2 2 2 26,55 29,2~ 2 26.33 27,,I:)9 3 28,48 25'0S 3 ~2,!~ 29'$9 3 ]4,69 33,53 3 83.8 94.7 !.05.5 81,6 54.4 56.6 53,3 46.R 45 7 48~9 b4.4 47.9 .3 40.2 37.0 37.0 43,5 34,8 31'6 36.0 40.3 39 2 3~ 7 35 9 31 6 39.2 47.~ 31, 6 32,6 30,5 32.7 34:8 32,7 27,~ 28,3 29,4 2~.3 25.0 2:1 . 9 2~, 3 29,4 2n,3 22,8 9,6 87 6 103 7 70~4 57.7 55.8 50 0 49~7 49,3 44,7 45.5 47,5 45,9 42.2 41,9 30.4 44.7 37,4. 33.5 34,8 51,2 41,3 33,0 36,5 34,7 41. 3 34 8 31 4 29 8 31. 2 35 ? 27 ? 25 4 26 4: 29 7 32 4 24 5 26 5 28,3 24,3 1.8,6 1~,1 23,3 32,3 338,0 86,3 11.4.0 97.9 65.9 63.9 bl.6 55.3 49.5 51.3 53.1. 52,~ 51.7 48 3 49~7 50,4 50.4 49,2 43,6 40,2 35.5 41,0 44,9 4.4,9 46.1, 49,4, 47,7 35,9 36.6 42,2 4,3.4 34,3 33,4 35,3 35'6 328 33,1 35,3 28,5 28.8 30,1. 29,2 23 5 20 ~ 20 26.3 32 5 38'0 pass4 p ss5 Ars NEaR FAR GAPI GAPI CU CU 92 8 1131R !.03,4 70.3 65,9 65.0 5~.6 53 7 5313 53,3 55,5 53,1 48.4 49.3 48 4 48 4 46 1. 4~ ~ 39 3 43,5 55.6 49,9. 40,9 42,3 42,7 50,4 46,3 37 8 31..0 34,1 39,7 3~,,5 31,0 35'8 36,3 34,9 31,4 29.~ 28,:1 25'4 21,9 29,8 j7,o 15,2 90 114 4 771g 5~ 67 58,5 5~ 57,9 5 41 26 78 91 43,3 O0 48.2 50 52,~ 28 54. 16 55.9 66 55.5 55. 53,1 5 57 52 0 5 .91 50 50 ¢ 5~.91 46 47 38 59 40 44 ~ ~ 63 46 7 ~5 28 45 40 44 40, 44 43,'~ 42 ~ ~ 47 5~, 38 19 5 38 6 94 44 38.~ 41 1,3 43 35. 43 25 38 30,~ 37 59 ~3 3~, 1 35~I 33 3~ , 3147 26 34 ~1 23'~ ~1 9 43 32 69 3'2 C(t~,~PA;.'Y : St]'4'ii.e~ ~L,~K,~ et: 1~t)Li:.I!l¥i CfTi:¥~PA WELb : X-27 DEC-7-84 PAGE 15 111.20 ~e., {a ~7. 1111o '{7'.2% :.~. 1111~ ,':0. t! 39, ~11.:1,7:1.;.."~ 46. 11~15 '~b,.5~ 45. 11~14 43,tV 44, 1111) 39,7~ 43, 11111 ,I~. (~7 t "'~ ~1.'~~ 5') J? ~2..5~') . ~ .. ~ ., ! 1!0551,~:.~650, ~1,.10.~ 33.3~ ?,9, 11100 29.'i,~a 29. 0,31. 29, 089 z.':>.. 42, 0~9 ~" q.' , , 07770,:5075. 11072 71.2q ~"1. :33 34 56 53 94 7 ? 00 :-il i 6 97 7~ 94 94 97 72 ~4 3 ! 94. 9 A 3~,75 3,4.2'~ 34.06 ~0.36 38,;,P A.,~..2~ 37.06 ]4.47 47.25 36,5~ ,~7,34 40.8g 49,34- 46.59 47.~ a5,97 4'%.2Q 42.7~ 44,~1 ~,8,~3 ~2.,.t4 39.03 38.3~ 44.(~q 42.00 41.50 4'7.3~ 45.16 40,72 4. h.34 a9,97 qO.2~ ~J,66 4.'7.~! ~'7,9448,91 44,13 5'~,44 %i,63 51.6~ 48. 53'()~ 52,34 54.,59 49,'t2 50.25 52.19 ~.7.44 .~.{.,,,25 qi,06 ¢4, a2,6~ 44,03 44,28 !9, 35.1q 37,16 37.75 36 30.oR 3'~.3935" ~:9~ 27.95 3i.6130' .1I ~.. .52 13 2~7 ,3~ 2~3,64 30,5~ 33*06 ~;~.61, 2~'.03 29, "' 36, 34.44 3S.g6~.3,,{.4: 35. . ) 7 7 ,~5'31. ,~,"~;~4 '].53 . tl,58 35.31 39,47 ~ 9, 'l 5 ¢1.1n 41.44 ~2.41 50 03 ~,9~47 PASS3 PASS4. mASS5 PASS1 PASS2 PASS3 PASS4 PASS5 AVM, AVE, F~R FAR FAR NEAR FAR C!J C[,i CU GAPI GAPI GAP! GAPI GAPI CU CU 35.00 34.Ul 35.66 32,6 38.0 40.3 46.3 47 2 36 38 30,~ 43.03 34.81 41,38 52.2 52,0 48.6 56.6 47 2 0.31 41 .~.8~ 36.44 46.16 47 ~ 50.9 50.6 57.9 5~ 4454 4~ 46:~: ~4.7~ ~8.78 4qo97 50:1 49.8 52.9 58.8 55.8 4~ 81 48 40.31 44.41 42.00 50.1 50,o 52.2 59.4 56.9 66 45 ~.1,06 45,59 41.06 54,5 45.5 49,2 53~2 55,~ ~u 81 41, al.3444,2~ a0.75 49,0 53.6 5~,0 61'2 62. 4743. a5.91 ~4,34 ~3,69 66.4 60~,4 64.9 69.! 70. 50 47.53 48.75 50.91 a7 50 6a 6 b4 8 61. O 70.4 68 ...... , · 59 50 25 .17,63 49,31 48,94 47,88 62.1. 60 ~ 67 1 69,7 62 ~ 38 50 22 i3'59 43,25 4'1.7P 45,3i 61 0 54 2 5314 62,7 56 31 66 46 94 42,47 42.19 40.50 46.09 48'0 40 3 49 ' 5 54 53 30 04 34.69 35,.5q 34, R 3D,5 35 ' ' ' 3 34 39 (~ ~,80. 27,84 ~8'13 ~:]'~} 26.12~![~ 29.8 28,8 27,5 30*9 36,7 30,1.34.2,3,, 34.'293'35330,77~ 78 3827 .29 29 03 29 ~9' 36 ~ 1, 29,0 33,7 36,4 39,~ 38,1 8~.81 ~ 1731,130,$9 ~!,~' 42.,: ~, 43.'45,0 47,242.8 49,845'233'06 !i33,35 1.9 ~1 3833.9~ 32,0033. i 45.7 } 47,3 46;! 56.~ 33;$4 56 }9:'1] ]7;9 ~7'06 ]~: ~ 57,7 61;7 60'8 63.6 42'53 40 ~7, 60'0 64,! 70,0 46;56 43 1.331 ~4,4~a~'3~ 43.!3'0 4.1,~2'78 i4.~la 64,~56,6 ~:g 57.1. 58.0 60,~61'2 71.9 62,9 46.1647.19 43 o 43 43,72 75 53; ¢ : ~ 3o,9 33;~ 45,5 50.6 49.0 50.75 46 31 .,a:~ 7~ ~ , : 30,~ 4]'748.167.1't 55 '" 6 4; 13 9, }~;~ 42.4: 49.2 47.:7 72;15 66 ,t0,~ 42,8 45,8 68,44 59 47,2 001660;69~.c 64,0 '' ....~,97 6 ,39.2 ] 4~.~ 48.~ ; 46,6 49,:5 53,4, 71.13 62.~ 67.44 66,9 64,69 25 37,0 44,~ 49,3 47,5 51.,0 73.69 67 - 44'6 Ig. 48;4 47.0 52.~ 74,25 64 4aOO 63;75 68'0~ 6!..8a 43,5 .5 49,: 47.2 4~.8 '~. 6763 60, , , 11071 1107 fi F~ '7 ,, ,i-, ! 1069 6b. 31 I 1n67 62. ¢I 1 1C'65 ?l., 1 lqt~4 71, 75 11057 ~ I 056 77, 11055 70. ~ 105~ 70, 1105] 73,3~ ~ 1~52 74.n6 1105~ 76.06 11050 76. 1104.9 76,~6 1, 104P 7,:;. 11047 ~, 1 I 046 75.0 11045 70.>3 :!.1044. 71 11.04.'~ 70,38 1104 ~ 7 u, 5 11041 76,1.9 11040 79,a9 1.1039 79, . 1103~ 67,'[3 937 7 i, 50 .~36 7I'[S3 1103r5 72,3~ t 1033 71, l103g a6.94 !031. (49.75 ..i030 73,5 11029 71,38 94. 11027 ~7, . I. 1025 7g 11023 74,25 FAR FAR CU CLI GAPI 6S,..J-4 F, 7.ba ~',:5 a,'i.25 69.5065 70. O0 Ob, 3~ 68,56 ~6,136:~ 67,,J~ 6r;, 9¢ ~7. L>q 68,94 67,i8 F. 9,~n 73 71,ig 70.3~ 75 75.~)F; 70,6377 72.'t4 75,b0 72. ~1 7s<.o~ 73.~ 72.25 75 71,'~5 ~4,8~ 7'I 70.~5 75.94 67.T:!~ 72.60 69.0672.31 79 71.lq 72.50 947069 77,'1574,0~ 72 73637~ 6373 75" ,fig 7~.31 75 74.. 8g 71..50 7'1 71.94 73.3i 70 70.~I 72.1~ 7'2 71,~5 '~2.50 79 R3 Oa 7S 25 77 s . ~ ..- . 72,69 75,'1.3 74 73~(..)0 70,a3 70 72.50 70,~0 74 73..5g i~9,. 68 7!,4~ 75,38 7 74'75 74,,0& 6 71.00 76,3j 67 71,6¢:) 69,()6 7 67,!,4 ~3,i9 70 7!.,44 75. lO 72 74,3 ~ 77 0 o 73.75 79',i3 72 2 ' .d! 7 73, ' () 0 73, ']%~ 78, 69.00 62 69.6967 69.0070 67,75 72 ,44 6.14.81 al.97 53.00 65. ...3R ~,'t.00 60,53 65,50 63. .38 6~,g° %3.00 61.88 62. ..,oS 66.3~ 6'~.6,0 53.25 66. .94 67,44 5g,28 6(~,1962 .4466.3~ :3'0.095-.,.7g 5 .6~. 69.00 ~2.6661.41. 61, .!972.25 ~3~5055,946~. .OO 74,13 67,06 55.19 63. .3R 7o.~a 70.~ $9.50 62. .63 72 b° 6B,81 ~7.25 68, .06 7c):9~ 7(),13 &6,3~ 68, .~3 70,94 69,00 65.8~ .13 71.75 73,38 66.75 64, ,lg 74.~4 70.94 71,3~. 69~ .~9 75,50 S7,56 67.56 67, .75 75,'25 65,38 70,06 66. ,lo 72,31 55,38 70.25 70. .75 76~50 69 13 70 94 69. ,0674,,25 66,636864 69. ,50 7!.,3S ~8'88 67 56 67, ~06 73,75 68.8~ 66 31 65. ,75 71,00 69.63 66 44 68, .3~ 76,19 68,31 69 lg 69, ,00 72.88 .4l ,1.9 72,8~: 19 69, ,3! 68,5.,0 .1371.69 ,7572, '70,4469'0671, .3179,5072.1959,3169 ,13 68,06 67,03 9,88 65, ,69 67.25 56,94 67.38 65. ,56 71,63 67,8g 68,06 ,0073,75 g7~75 67.75 67. '56 65 ,63 74.e, 3 68.88 7!, ,t.l'~ 7~,5n, ~:'1.,.~ .3a. 71.38 62, ,88 '72,63 69,00 73~50 62, ,!Q 7~.44~ 67.a~ 7~,50 68, 75,63 74, O 68 3 ! 7 1 ' 63 7 7".),63 77',:1,9 69',1'1 ~0 75 69 75 38 70 3~ 69,25 ~7:75 65 ' ~ · · ' " 73.8S 7()'44 7<),3~. 66.88 66. 774"5'56 .~d'63 68,8870,8] 70, ,3~ 7,06 ~6'9a 7I~0670, 73,b3 70.I9 54,44 69,94 66. 25 62.13 62.38 Oq 63.9! 62.1~ 56 64,06 62.8! 66 63 4'7 61 72 34 63 8~ &3 13 69 68,~ 65,19 59 67.9d 67.06 06 66.3~ 65 38 63 A7.25 63:5g B~ 65,75 63.59 56 ~8.06 66.50 06 6~.94 68,00 56 60.~3 67,06 81 63 2~ 62,53 63 69~50 64.31 38 70 $I 65 31 75 70' ,. ,94 68,88 06 72.63 70.44 19 73,31 71,94 69 70 69 72.75 94 64'06 70 31. 81 69 O0 66,63 O0 67~13 64,75 O0 6'l,lg 19 68,50 68,88 56 67.3! 66,56 13 71,25 67,44 50 70,38 70,19 1.3 62..3~. 69,81 69 64 '25 65,.75 ~ 66 06 64.56 03664465,81 25 66 88 65,44 ()0 66 50 67,13 63 64 4;4:70,63 fig 66 44 66 63 0365'00 13 66 56 65,45 38 68 25 64~75 19 71 502 68,44 63 71. 5 67;00 25 69 6g71. 8~ 69,06 !3 72,06 63.50 13 70'3~ 63,94 45,B 40.3 31.6 40,3 45,7 40.3 41.3 39 ~ 45 7 44 6 45 7 52 ~ 47.8 43 5 30~5 30.5 30'5 40.6 46.8 50,0 4,5.1 43.5 35.9 39.2 4~..3 42.4 47.g 4~,4 45.7 41,3 41.q 40 9 39 2 42 4 39 ~ 42 4 41. 4 41 3 37 O: 435 457 40 3 35,5 33.7 37,0 4J.3 44.6 PASS? PASS3 PASS4 GAPI GAPI GAPI 43,6 39.2 35 1 30~ 42 4 47~7 46 1 42~7 45,3 40.4 43 ~ 42~'! 41,9 45,5 43,0 33.7 37 1 37~ 44.8 45,8 6,6 44,5 40,8 38,4 44,2 43,9 '44,32 ,~3,. 42,1 .42,4 .39,3 '!3,5 44,1 _, ~9~ 43'6 39'3 36.8 42'1 ~5,5 38.7 380 43,0 44,4: 43.3 42,1 44,6 40.5 37,t. 42,8 50.5 48 4 41~9 43,7 45.5 50,4 52.3 52,3 .46,9 40.9 39.9 45.9 45.9 53.3 50,9 45,9 49.8 50,3 48,9 44,6 48,6 49 ~ 47,0 48,9 45 5 4.7 2 47 ~ 47,7 47,3 43,0 41,0 41,6 45,5 45.8 42,8 43,0 46.1 47.3 49,5 49.2 52.3 46.6 44,0 43.1 51,8 51.8 55,2 50.4 50.9 51.5 54,0 50,3 51..0 52,! 45,5 40,1 40~1 49.7 52.1 54,6 50,1 50.9 5~,1 50,J, 49.6 49,4 5~,0 55,3 51,8 43.1 45,7 49 g 50, ~ 51,9 5 ;o 44,6 54, 48,6 47.3 51,5 52,6 50,8 ar SI~A SI NEAR FAR GAPI CU CO 55.0 65 52.3 67 46,~ 68 47, 65 51 57 57, 5~ 44 53,9 55.9 59,~ 5~. 55 50 5~ 59 51 ~6 5! 55 55 53 53 49 5~ 4~ 51 51, 50, 51, 94 61 31 63,0 81 64,~ 81 58, O0 60,0 0662.6 75 63,5 81 67,~ 63 70, 56 68 81. 70 V 56 69 31 73 ~ 8~ 70 3867 ~ 44 65 44 65 ~ 06 71 9 7566'6 56 68 O0 68 81 69 ~6 69 50 67 9 56 67 13 66 38 70 50 66 75 69 56'67 9:4 69 8~ 70 06 68 13 66 ,25 64 COP~PA;,.~ ; $OF!.[O ai.~Sl<'A f,~;TpOl..~$:I[:~l CO~IPA WEbL : X-27 DEC-7-84 PAGE 17 F T C U 11022 72,6 11O21 73.6 11020 7,t,2 11019 71.2 1101~ 75, 11017 71.7 11016 76,0 11015 74,l 11014 75,J .~ 10i3 11~.12 7'/ 74. ] 1'~08 77.I ~ 1 a 07 71,5 I 10O6 11005 71.,~ 11004 73.~ ~1003 70.9 110(;2 75 ll0()J. 7~' 10999 76.2 {.)997 73'2 10996 69.4 ]0995 61.5 10994 I 0q93 10992 6e:,,3 I 0991 109~0 PASS4 PASS5 SiGM~ SIGMA FAR FAR CU CU PASS1 GAPI 72 ?t~ 7(),63 71,25 6,~,31 67. 74~0n 7(:.~9 74.88 73.'75 71 7~.6Q 75,56 77.81 77,63 75'~9 72;3~ 75,56 71,3~ 72. 78.50 72.06 72,44 71.31 70, 76.94 73.31 7],31 74.06 72. 72.3~ 74.31 71.94 77.00 67, 72.1q 74.63 70.44 76.56 71, 'lg.f~9 7'3.~ 73,06 74 50 68, 78.]1 78,:38 70.63 74:8g 70. 74.53 75,00 77.8l 76.00 72, 70,P3 71.3g 75.g4 75 31 76, 72,44 74.~3 74.06 77~69 75. 71,%~~ 75,31 73,13 7~.63 ~9. 72.75 73,50 72 31 75,i0 68, 73.g4 74,0~ 77131 75,50 72, 76.I3 7q.31 7~.13 77,19 75.25 71'8~ 7[,94 72,50 73,75 74,31 72,1g 73,25 70, 72.25 73.19 7.~,9d. 73,31 73~56 75,31 83.06 7~.06 72' ~{.),0~ ~1.5© 93,13 ~0,3! 73. 77,63 77 38 78 ~3 78 13 77 74.50 75' '' ' ' ,56 71,25 71.3! 75, 74,69 75,3~ 72,19 72,75 73.81 72,38 68,88 67, 61.97 65,6q 60, ~ ~3,2~ 64. 65, 60 60, 06 68.44 68.94 O0 ~8 75 69,44 88 70:50 67.94 75 70 8g 71 31 50 60:19 69!75 69 68.69 70 3~ 50 ~'?,81 72,94 6~ 70,13 68.8~ 44 70,56 73 44 56 73,6~ 74:38 8~ &9,88 72,75 3~ 72,56 70,8~ 50 69.06 68.06 31 ~8.63 71,75 88 73,75 69.38 06 71,75 69.3~ 3R 69 06 73 13 70 94 '11 75 70 25 77 50 76 88 72 63 '72 69 71 38 64 1.9 61 44 63, 25 58 oo 88 97 69.94 71,19 69,44 7o'8s 68,38 69.3~ 69 72 75 71,00 06 68:9~ 68,3! 38 74,19 68,44 50 72,00 66,50 6 70,69 69,38 ...~ 72,50 77,6g 19 74,19 75.8! 81 73,8t 72,00 13 70,25 70,69 63 67,81 O0 64.~8 4! 38 97 70.00 65.81 67,56 66,00 66,94 66.75 70.38 73,06 70,50 73.06 66.56 70.50 72.75 68,56 72,31 70.25 69,88 69 19 69,8~ 67 50 71 75 69 13 75 38 73 69 72.53 72,44 71,56 72,31 69 50 7~ 31 73 63 77 81 82 50 73 1,3 41 3 39~2 42.4 3~.~ 43.5 51.7 39 7 38.1 37,0 38 ! 44.~6 43.5 45.7 44 6 44,6 38.1 37,0 40,3 42.5 43,6 34.4 33 3 3~1. 51,2 PASS2 PASS] PASS4 GAPI GAPI GAPI 39,9 3g.6 46.0 44,1 42,9 38,0 40 ~ 41 5 39 9 39 9 40 5 41 6 42 9 4] 3 42 1 43,2 3.9,6 38.0 38 g 40~8 39 ~ 37 9 41, 3 42 4 41 5 40.5 41.4 42,7 42.7 43 0 42,3 45.2 47.8 41.~ 47,5 44,6 46,9 47.3 48.7 48,4 47.8 47.3 47,8 46.7 46.1 48.6 46,4 51,7 45.8 51,8 50,8 51,2 49.2 48,7 46,.4 47,3 4a,6 49,3 47,7 48,7 47.8 49.5 44,6 46,~ 44,2 43,. 44,8 44,9 42,4 48.0 46.~ 49,3 41, 42.0 39,~ 48 4 44, 48,6 5~.5 4q,5 ~9.5 47.0 44,3 49,2 49,0 PASS5 AVE, AVE. GR SIGMA SIGN NEAR FAR GAPI CU CU 50 5~ 50 49 51 46 52 57 54 53 55 54 54 52 48 52 56 . 5~ $! S4 ~ ,88 72. _,75 72, 19 71 ~ 56 68 63 70 ~ 50 72 8 81 76 ~ 06 75 06 69 88 70 9471 ~ 50 77 25 75 44 67, 50 66 ! 60 91 60 4 65 81 64 2 66 0 68 $8 60 SOHIO ALASKA wEL£, : X-27 DEC-7-84 'mI~,bD : PF~I)r~HOI~] ~',~A'Y C[".lY~NTR Y : [,]SA ~E~'ERENCE: 000069900 11 11~00 11790 1179~ ~1797 ~1796 1!795 ~ 1790 ~l~q 11787 11786 11785 lt784 11783 1178~ 11779 11777 11776 1 I775 ~ 1774 ! 1773 , 7~ 1 ~770 11760 11768 11767 11766 ! 1765 I 1764 1176~ ~176~ 11761 11760 11.759 1. 175~ 9..~!C~ ?2.75 5t). 9¢~ 52.1. -~ ~3.:,I 7,7..n 33.34 ~,3.,)0 19.::iI 54.2? %6.21. 54,0~. 5b.!6 54..~3 54.()0 54.75 57.03 53.'1f~ 56.47 53,59 43,97 51.2~ 22,50 5.3,22 18.94 33.72 ~5'97 IE~.97 23.30 19.6.4. !9.25 ?2.23 !8.45 !9.3e 18,4~ ~8.34 . !.9 '.12 19 2f4 2t.,9.a ~2,{')3 26. '3 1'9,97 20,27 22.44 1.9 ,~5 90,23 20,27 19.'a5 i 9'73 I~3'58 19 9.4 19.9R 20 22 19,~>q 20,22 70[45 2t2,o~ ~., ........ 2 '3, .... , 21.~'~0 9I,P, 1 21.79 90.6F, 19 :t4 !d,66 ,~,,~ ,,,, ,., ~ . ~ ,., 2~.,:1! 1~::~.~ 92.2~ P,^,S$4 PASS5 Y:ARSI ,:[~ C!] C!5 CU PASS3 PASS4 F~R FaR Ct} CU 22,75 52. u 0 50.5 5 i. 0 f~ :19,6q 51 50,8! ~2.75 4r~.63 ]9.4! 49,31 3.44 40,1~ %0,~! ~2.75 39.~! 50.66 ~2."t5 40.00 52,16 $$8:3g 40.34 55,2~ 51.,69 ".2,*¢ 44 51.56 50.O& ,11.03 51.22 50.84 41,56 53,4.¢~ 50,69 51.0q 52.03 5j,l~ 5('.,,50 35,4,7 49.78 24,69 32,245 7 I,r) I 18,52 20.00 !9,53 20,75 18,64 20,69 19,80 2 ~, ('.S 20.02 , 20,27 lf~,()O 21..22 !9,3t ~,,1.41 39,59 34.38 20,59 :! 7,00 I, 5,73 !6,22 !,7 !.5,53 !6 17,38 I7 !'7,11 !5 t..'1 84 17 16 . ,.. 17.41 f-de 44, 45. 44, 45, a3. 45. 22.75 47, 22,75 42. 29.25 45. 22.75 10.17 13,27 39,28 46. t3,25 41..3R 47. '39.63 42.28 45, 38.56 40.84 43. 4l 22 42,19 .40:09 39,44 46, 1,88 43'06 4,5, ~9,00 41.97 38, ?9,02 24,72 19. J. 9,64 1,8,'05 1,6, !.7,0~ 1.6,94 15. 1,6 15,9g 16, 78 !7.47 17, 34 16,45 1'7, 59 17,31. 16. 5~ 1.8,00 16, 93 18,27 19, 42 1.8,64 70 1'/.7~ 17. 69 16,25 !,~ 69 16,25 1..: ~7 16.66 ~] 19,13 ~:l, !8,63 17. 94 !~,05 !8, 75 1"),77 17, 67 ! 7, ~ 2 t 7 16.33 1 'l Ot '15 34. 91 94 22 25 41 O6 66 63 8~ 81 56 94 56 88 9:1. 50 17 8 '] 66 67 38 50 80 19 56 64 PASS5 PASSt PASS? PASS3 CII GaPI {;AP1 GAPI PASS4 PASS5 AVE. AV~, Ga GR SldMA SlGM NEAR FAR GAPI GAPI Ct! CU 9,29 22,75 22,75 54 25 39 O0 41,97 40.4:7 40,03 26.02 1.8.84 1.6.91 !.7,17 17,34 :1.7,55 16'59 1.7,00 18,03 19,33 118,00 17,70 15,6t 115,63 t 88 19,63 18.97 1. 6 95 1, 7.6 3 1 7,75 1.7,30 17 2 14,7 17.2 -14,7 17,2 -14.7 17 2 14.7 17.2 -1~ 7 17,2 -1~:7 17.2 -14.7 17.2 -14.7 17o2 15,7 -5~0 15.0 14.8 14 ? 156 1.2 6 16 15 9 13 1. 13 1 17 l 15,9 13.0 1.8 ~ 22 9 22 1 25 ~ 13 !. 16 15 ! 16 1. SSSSS 281,5 SSSSS 281.5 281,5 281,5 $$$SS ~81,5 281,5 281.5 $$$85 251.~ $8585 281' 28t.5 5S$$$ 281.5 281,5 281,5 3 .8 281,5 218.0 5 I 209, 24.3 4 5 207, 24.4 143,9 207,5 26,! ,o,., 5,5 188. 24, 17 5 1.82,5 2.5,2 21,:8 19~'s 25,2 20; 26 .8 35.4 '24'9 2:14.4 33,6 ~?,o 90,5 ]2,7 22,2 24~ 3]'1 1~ 2 16,0 20,3 !.2 9 2 0.5 I] ~ 20,4 1,9;6 13 B 18,4 I9'6 !2 9 t8.4 20.5 $$$$$ $85$~ $$$$$ $$S$$ $$$$$ $$$$$ SSSS$ $$$$$ $$$$$ 2 2 9 80 22 5o 52 13 40,~ 53 81 39. 53 O0 40.0 56 31 56 63 42, 54 63 41,0 57 03 41,~ 56 06 41' ~.]78 39,35 · 97 34. 22.50 18 94 17, 1,8 97 1.7,~ I9 25 1.5. 21,520 03 16,2 22,920 69 !6,2 24,4 39 25.7 19 98 16,~ 24,'J, 20~ 17, 24,1 19 'lZ 20 22 19. 8 17,~ 30 ~ 2 18, 35 5 ', 17, 35 50 '20, 19 g 2. 6 ~1 5 17 ~ '".,' ,o "'0 i 1. ].757 1175& ! 9 1175q 21 11754 ]. 1753 1 17~? ?7. 11751 11750 11740 1174~ 11747 11746 , i 4 I 'l ~ 174~ ~ 1741 1 1740 ~ 7 11739 1 1737 11736 ~ 7 11735 1173~ ~7 ~1732 1173116 11730 172a 11727 11.726 t 9 1. 1725 1:1724. ~.~ ~23 . 22 11720 11719 !8 1171~ 1~71.7 ~.7 1. 716 ~ 7 11715 !8 11714 ~ 9 11713 11.712 11711 !9 ,, ,, ,,, ~ 1709 ~ 9 ,42 ?t.04 .,:;P, 2(..~.tt6 22.6~ .5n ?0.2~ 22.7n .4:~ 2].25 25.30 .5622.0323.89 ,2722.7322.55 .51. 2!.0~ 2i,91 22.97 21,9~ 20.6~ 21.5q 19.a3 .j7 '!8.5? 20.2o .aa ~7.aO .61 ]. ~. 1. 1. .6! !7.3618.20 ,4.2 17.8~ 19,36 ,50 19 3~ 1,') a~ 84 20' ''' . , , ...... '75 .50 J. 8,3~ 18,8g ...35 ~9.0917,23 ,94 16'58 16,23 7 '~ .... ~'7,16 ~16,16 .80 !6.'94. 17,3C) i~ la,031.7.25 '2~ 17 q zi, "7,31 · ~ ...... ,~, . ,66 20 69 1~:~,77 ,0'3 !799 ~9,3~ ,'1~ !761 ,2'7 !9 80 2(),'I7 ,23 1.7 94 19,()6 .!..0 'tS 42 1.~,95 .52 '2(;,27 !,9,03 ,~:;;3 t.~,31 19,39 . 22 .17' 17 1,6, , 8n 1.(> 7~ i.q 72 i ~ ..... ~ . ,69 ~7,20 19,06 ~ .... ~ .,, .. ,) 3 !.'9,4.5 19 84 ,~(:~ 19.27 1.9,36 · 3 20,83 20,36 .3g !9,50 20,()0 ,2'7 !8.29 J.5,9~ ,27 18.27 '19,97 PASS3 PnSS4 PASS5 PASS! SIGtviA SIGMA $1GNA GR F'~R FAR FAR CU Ct] C{_! GAPI 19,9 ! i g. 02 I i. 34 I. 7 .47 ] ~, O 8 ~0 50 la.2p 18 4'1 17:¢")e is. In ?I.~8 la.~5 ".~.52 1'/.94 19.67 /z,.OO 99.73 17.92 '7.33 18.94 2~;,6621.na 17.91 la,Ta 18.47 2.t,27 23.39 '~a,b! t'7.36 20,3~ 22.53 22,53 ~S,30 !7,~6 ?:!.b3 2(.),8R !8,39 ].6.5317 90,0817.99 !5.55 !6,2316.16 t8,3o !7,9a '.5.55 I5.31 16.56 20.4~ 1.~.bO i.~ 91 !,6 08 15 81 ......... .93 !6,39 17 10~53 !'7,61 1.5 a6 14.57 1b,61 ..47 ~7,77 !.5'74. .. 14, .87 16.25 19,58 ~7,03 ~6,.36 i4.87 . . 18,55 ~8,52 "!4,84 1,7,,2a ~5,92 !g 3~ ~7,5~ !5,01 17:77 lb,52 '4 94 '4 6513 96 {t~'52 16,77 44' "' ~39 . & ,,, !a,78 1~,72 14,44 Ih,05 14, 1~ 17 16 8~ ~515 14:5~ ~.4 17,80' 1,9.9:1 :L6,73 ~6,70 19,Oa 17,02 !8,i3 ~a..171.5,90 !6,55 I7 18,64 ~a,O6 !5,91 I. 6,66 15 !R,Sa !7,5g , ;tS. 1.6 31 30 15, 18,4a 19,58 16,8~ I"'886, 16, ~0,27 !!~.()3 !.6,47 !7'I. 7 '1.{~,77 19.28 :t. 6,03 .. 87 i5; !8,94 ~8 2~ ~'l O0 ..... , ...... ,~3 t. 7,45 16,86 16. t6,80 !8.6116.36 15,a216, i. 7,6! !8.38 !.5,37 1.5,31 1,5. :t8,66 17,44 15.04 I6,03 16, !9,77 1.7,56 !53! '~.t.8,i 16. 19,34 20,1.7 !6 20 t6,,i8 16, ! 9.(')0 !9.38 :!.7,13 17,4 !6, ~9.60 19,63 t6,45 !.8.0~ !7, 2".t.64. !8~38 16~94 1.8.09 18~ 17,05 17.b9 16.gl 1'1.56 17.5R 18,91 !8.50 1.9.05 17,94 19,13 1g,27 !9.13 !9.1319.39 19,34 17.80 17,33 ]9.05 17,5R 17.97 18.06 17.25 17 42 16 95 ls:98 16,42 !5.98 16,23 15.23 16,05 1.5.31 !5,2015.56 i. 4,89 ~5,56 1..6,3~ 1.5.71 15,38 J. 6.22 16.11 !.b,55 16.80 15,79 16,4'5 1.5,97 16.11. 15.96 1.5,95 14,1S 1.5.81 14, 8 80 14,34 1~,61. 84 13.5K 15,34 ()0 15,79 15,35 77 !.7,2~ !5.48 55 i7,23 1.6,81 61 1.6,61 16,66 9616,251..6 0 53 16,95 1'6,97 3~ 16,44 17,~9 ~0 17' ,00 16,30 7517,36 1.6,.50 22 16,6:!.. 15'85 8916,83 1.5,54 8615,92 15,95 88 !~ 30 15,95 2717,0016,23 O~ 1"7,09 1:5,89 86 17,13 1.6,30 09 17,22 1 ;48 14.3 1.7.1 13,0 12.2 17.3 20,4 18,3 20,6 20 6 14~3 13.2 1~ 3 16i3 1.2 3 10.2 9.3 10~2 9 2 10 2 1.2 2 134 103 14., 13,4 17.5 16,5 21 5 20 5 1,4 3 14 3 tl 3 134 15 13 4 1,3 4 144 144 12:2 13 a 12,3 16,5 14 6 1'3 3 14 ;5 145 14.4 PASS2 PASS3 GR GR GAPI GAPI 13,8 !6,0 234 20,4 19,5 19.5 !7.4 16!2 1.3.3 129 11:7 11,4 13.8 14 1. 1.3.2 13.7, 13,2 !2.3 16;4. 19,7 19.5 17,3 13,1 12,8 13,1. 1.3 1 14 3 13 1 134. 116 !14 10 ~ 1,4,2 1.4., 7 14,5 t...9..7 13'0 17.3 16,2 19.0 22.6 26 8 28~4 25 8 25~8 1~,5 18,8 17.3 16.0 16 B 1517 16,8 15.9 19,2 ~9,2 19.2 16 4 1.715 15.9 14.7 17,4 18.0 19.~ 20, 19,9 17,3 1.5, 15.5 18,0 16 15,i 14,~ 16't 16, 17,~ 14, PASS4 PASS5 AVE. AVE. CR GR SIGMA SIGM NEAR FAR GAPI GAPI Ct! CU 20.9 20.9 220 20~9 27.2 31.1 31.3 28,1. 24.5 25,6 23.9 21,2 17.6 17,3 17,9 18,~ 18,8 19,0 18.2 18 8 17 19'2 22,1 25 18,0 16;9 18,0 17,2 17 '~ 22 2O,0 22 19,4 .16,7 2 17 18.3 18.3 18 17, 77 15,~ 64 15, 61 15.9 03 15, 47 15.? 42 16.3 59 1.6 ~4 15.! 9516 5014 807~ 1415 ~ 66 7~ I5 ~ 27 16 ~ 23 I6 19 16 4 o , 48 ! 6 12, ,53 15 9 ,38 17 ,27 !6 ~' ~'T C 1.1,768 ! 1707 117(}6 J ~. I. 170cl ! 11704 ! 1 '703 ~ 5 11702 117G! !7 1!7C, 0 ~', ~ 1697 ~ 7 11694. 11693 11692 ~ 7 1168~ ~ 5 .1168~ I16~7 11685 11684 !7 11681 116~0 ~ ~. 1167~ ~ 3 ~. lfi7~ ! 1677 ! 6 1. I. 67~ ~"1 ~ 1675 ~ 7 1.166P !.'7 11665 16 ~ 166,4 ! 7 ~166) ~ 6 I 1.66J 1 i 660 . 17 I c~.ol .20 1'1.63 16.27 ,33 !6.C.° .b2 16.58 !9.;~4 '~6 16 4n 17,~a .7~ 1b.95 ~7,67 .~ !5.B6 16,7R .,i:4 !~.05 !4.9~ 28 ~6.31 ~5~7Q '4° 15. ~0 17.36 ,6! 1'7.5n '15.6 .i4 17,38 16,00 .3~ !6,05 !6.13 ,27 t6.1a 17,52 .~0 16,}3 !6,67 .c)~; !.5,57 ~5,3~. 16 !"1~3,1, !5,31 ',73 17.'13 ,~:~ 18,91 !'/.16 *'1 l~ 70 20 77 ,9{~ 1.5,54: 1.6,8! ,20 15,'.t! t6.17 .. , 1"!. 3 1~ 7n .. , ~ ,. 'b8 t5.67 1.~.52 52 16.8~'~ 24,75 'c;~'~ e' 4,4 ...,. to, 21,27 ;,>n :t5:_"1 17,92 .[;'~; :)4,,~o !5,~', '[:t t7'!.7 !6,47 .5~ 17.17 . ~.':~ r~ ,'I 6, l.., 9 . . . , ~,,,) 2{),77 17.5h !8.20 17,~5 16,39 !8,0,~ '17.'13 14.23 1'7,[:;0 lr,.92 I !6,66 !7.9! 13,51 ~;.33 ~5.99 1J.72 1~,4~ ~.05 ~3.27 1~.96 !7.22 !4,26 15,96 !5,74 i3.84 15,95 15.05 'ti.b4 !6.5~ !5,5~ 13,23 15.68 !5,z~I !3.30 Ig,9~ !7.3~ ~3.'13 !('~.75 I~.95 !4,6q 17.83 ]6',86 I.b.03 l;.20 17,2S 13,62 ~'7,77 16.3~ !3.25 ~7,7~ !5.45 1.3.73 15.33 ~5,.4! t4.55 !7,9J. 17'03 !4.34 lb,70 !.6' .28 t4.77 [~" 1.(.,.61 'I'1.2'7 i5,.~... !7,2a ~7,1:1..'!.5.:15 'I.':). ,...52 1'1,80. 1, 6,70 17.66 1.7 ()(, !f~.47 15.63 15,'i2 ii,02 ~5.63 ~5,6a :t~.32 16.1.6 15.63 !5.0~ !8.3t. !...'~ 15,51 18.19 16.53 !.6.'~2 ~4.10 15,84 !4.85 13.80 !6,77 15,63 !~;"2'2 17,64 1.3.66 1.6 ,a4: ::~6 5'~ t4 :l. 5 16,79 !6,84. 1,3 !5,..~...3 !. 6.'i0 !6.5~ ~6.1.4 !3,69 !7.33 !.,5"15 I..3,27 t(:..,,02 t6 22 '12 63 .~ ,63 15.9~ 14~5~ %3,27 i'/.1.9 17.11 !o,63 t(~,9.~ !6.31. ! :(5,65 14.95 !4,a9 :4.9~ !4.1::6 1.5.0,.~ !5.48 '!4,9t I..4,3R !4.03 ].3.0Q 14,08 !~,24 ~3,03 i5,20 ~ ~4 ~3 82 t4 1.i, 13 13.84 !3.38 13.42 !4.00 13.84. 13,48 13,~i5 .... 7 7 :13,92 13,22 !2,98 t3,86 ~"~ 9~ ~3,4t ' ' 49 I 3 66 13.74 1~, .. . !4.a7 14..~6 :[4,3~ !.2,59 14,30 t4,26 13,6~ %;~,b2 I3,59 14,20 !2.41 1.4.34 13,56 !3.71 !.3'B8 14,34 !3.35 I4.77 !.~.05 14,83 1.3,97 1.3.73 J5.42 14,44. :t. 4,48 '15,55 15 !5.49 15,67 14,41 :t5,8.~ !6,67 1.6,41 16 !4,91 13"83 !5,7~ !3 '~2,93 12.77 !.2 9V ~3 :f3,05 12,33 12[91 I2 !3,11 12.27 !:3.50 !2 'g: i2 !3,47 ~2,5~ t3,04 13,16 i. 3,65 !2,27 i2, Z 13,98 !3,45 12,26 ~.2 ~.4,i9 13'99 !3,86 !4 i4.12 14 ,34 'i,3.3 ~.,3 I}'98 14,34 ~3,53 12,93 !4,23 !3,08 ~.4 !4,40 J. 3.95 13,84 ~,3,~6 i3,94 f3,27 13,86 !4'56 12'95 ~4,16 t. 3,!8 !3,28 14,42~2 .1.3,77 .!3.56 13,..~ !4,1'~ 't. 2,49 14,11. ..17,64 .17,16 15,bl 14.34 14.35 14.66 !4.10 14.29 14 55 !4~03 13.22 !4.17 !4,02 14.93 15 60 ! 5: 05 1.480 !. 4 ' 13,05 ! 4,77 ~3 80 14 81 .1.4 07 14 76 14 18 ~,5 24 43 35 95 9'1 09 9'/ 2'/ 70 55 9'4 2'/ ~4,39 !3,03 14,33 !.2,79 1. it, 0.3 .~ 2.95 !.3,84 ~3,34 14.6 12.5 11.4 12 4 lO:l 11..4 11.3 1.3,5 9 4 10~4 J. 2,5 13.5 13,5 14.5 12.5 12.5 12.5 11..4 114 !315 15.6 10.2 9 4 12,5 12,5 31.2 23 6 1.5 4 12 5 1.0 4 1.34 1t. 15 1~ 5 14, 6 15 7 13 5 135 12 5 12.5 12,5 1.!.5 13 5 15 6 133 145 146 12 5 12 . '7 11,8 10.2 12.3 1.2,4 lO,c) 12,7 13.0 11 8 12!7 11 8 !.12 11 R 12:7 1.5,1 13,3 !4.5 14.5 13,q 13,3 116 1.2~1 !2,7 12,4. 18,1 31,5 26,8 13,3 9,9 II ,5 12,t 1.2,1. .!..2, 1.3,0 14.2 11:8 I~ 5 112 12 4 12 1. I4.?., 1. 5,1,. 1..4,5 1.9..,6 14.8 16.1 15.7 13.8 14 8 16:4 15,1 15,0 16.1 14.~ ~6.4 15,~ 15 0 13~7 17.4 19.4 16,7 16,1 16 4 14~ 7 16,5 17,6 15,5 16.1 21,~ 35.1 i8,8 13,1 i6, ! 15,8 15,5 15.8 1.4,4 5,3 17,7 9,5 17'7 18,0 I6,5 I4"1 16,8 in,6 18'6 19 · 2 20,, 7 18 ,,9 PAS84 PASS5 GAPI GAPI AVE, AVE, SIGMA SIGM NEAR FAR CI_! CU 18.5 16,4 18,8 17.3 19 3 17:3 19,3 17,6 17,3 19,1 19,4 16,7 17,3 20.3 19,3 1~.5 20,8 21,5 21,5 20.3 20,3 18,'5 18,2 19.6 24 7 39:0 .37,0 20,0 17,3 17,9 9,9 }8;7 20,5 1'1 20,5 19,3 18 1 17 6 20 lO 9 22.9 18 17 20,2 19 72 19. 33 20.2 16 52 18.1 15 36 21. .78 ~1,1 16 69 21,! 17 27 19.6 17 44 21,4 17 55 18 4 2O 21.4 20,9 20,0 20,8 25 4! 21 21 19 20 22 20 20 20 .21 19 16, 14, 14 14,82 13, 61 16 27 14 i 80 13 20 14 5 14'3 96 14, 98 IS,is 81 15, 48 16, O5 1 84 3' 90 12,86 ~81 13, 20 08 (,)8 O5 58 14 5~ 52 1,3 92 t3 g 20 7O 13 ii, 2O.69 8O O0 ~ 22,2 18 28 13 11659 1'/.'72 1165c' 15.,';7 11657 !a.77 1165a ! 6,4~. 11654 11653 ~5.25 11651 11~4o 17.2~ 11~4~ 1164.4. 11643 11641 !6,27 11639 11637 11636 11635 1 11634 11633 !5.99 11.639 '!4.. 46 11631 !4,9'9 11630 11629 1.162~ 11626 ,,, ~ . 24 1 ~623 1162P t5,72 1.1621 ~5,63 I1620 !4.39 ll. a18 17',73 11617 11616 11615 !5,!0 11614 I6'03 11613 11612 11611 15,3q !b. V3 15.'75 I 5. i 4 !o.63 I [.;. 34 1~,25 15,39 15.9R ~,16 !b.gE ~ 6.4~ 14,7a 1. 6. ~1.4 1o.9~ 21.U3 !7.25 18.]6 ~7.o0 20.!7 .! 7,1 !. 16,9~ 17.95 15.70 !.7.11 !5,4! ~7.25 ! 6.b6 !fi,84 !.7,36 t2,34 I. 5. ~,7 !7.27 20 16'0~ 16 !,6, . , :17.59 !6 1~,03 15 4~ 15.b4 15 ~4 15.0~ !6 ..31 !4.93 16 19 !6.16 16 1~,'v2 t5,80 ~ ~,~ ..,, ~ · 15.34 tS"" ' !5.91 16,2o 17,17 19,17 !6,94 ~ 6, t::3 !.5.74 !5.3~ !5,66 6.34. !5.~ !.3.76 7.36 16.8q 13.57 '~,77 .~o,5,"t !4.16 .~1 ~7.]4 14,41 5,44. 1,5,9fi ~ 3,26 4,94 15,ia 13,31. ~.87 I 8.50 !3.49 b.a~ ~7.39 13,39 5.al !~.70 12,94 5,9~ 17,50 %4,26 7.14 t'],33 !3,87 7.50 !7.7t t. 4,65 H,48 19.97 ~6.9.4. 7,22 1 ~t,59 ?.42 19.25 !4.84 4 q6 ~ 8 30 I 2 q:.57 !.5,66 1!,96 ~:~;!~ !.'7,48 t4,23 6,94 16.27 5,70 !.6"25 13,73 5.66 !6,44 13,95 5 54 16 42 14 26 , ~ ~ . 5,64 16.39 1.4,39 5 60 1.5 ~5 '~3 17 ~4 (',,4R '10 61 12 94 ',4 . . * . . ., * . .. ~ 92 17 27 ~3 17 ~"~ 5,27 !5,27 !2.77 !,3 c~ ~5 5a, !3 12 1,2 ~% S .. ~ -. ~, , 4.~:~4 !6.03 !3 65 ~2'" 4.70 !6,06 12 5,3~ 14,89 !2 57 !2 , 53 I5,95 !.2,37 !2 8a 16,aO 1.3,10 t2 5,19 !b,79 12,84 ~3 ~,..,20 16,05 !2.7 't 3,0? ~.4,47 13.51 !4,73 .!4.22 14,09 I 4,30 ~3,30 1. 3,93 !3.26 1.3.23 I 3.22 't2.b4 13,84 13,30 !3.H7 14.a7 !4,40 14,36 !5,04 14.44 .t5.86 1.5.8R ~5.82 ~5 20 .. ~3 74 14 4~ t3;74 14.49 !3,48 1.2,82 13,23 12,69 13,16 12 89 ~4.02 14:95 ~.4 45 ~4,55 14 45 14,88 ~.5 30 14,~0 ~ 4 16 13 !3 96 t3,:1.9 ~3 57 12.97 ! 3 22 13.12 ).3 1'4 27 12,86 21 ~2.77 07 ]2,97 66 13.31 40 1. 3'a7 63 14,30 6~ 13,30 ~0 13,70 34 13'62 25 ! 3,35 32 ~ 3,20 !i 23 !5,1.6 !2,13 12 03 .13,27 5,54 14,37 ~:3,26 .!.~ O0 12,7] 5.05 ~5.21 13.~2 '3.2 77 $3.24 ~t~,74 15.65 12,59 ,.2 84 !~:55 ,9fl 14,79 12,21 13 01 157 13,81. !4,19 14,34 13,52 13.67 13.25 1.2,87 14.~6 !4,16 14,59 1b,27 1.5,93 !5.45 1.4.48 1.4,48 13,65 13,08 13.30 14 27 I '4 48 14 39 ,1.3 77 ,14 O1 1.3.30 .~ 3,16 1~,05 13.92 13,t8 !.4,35 13.45 13.59. 13,28 13,75 14,31 14,77 !6,45 15.87 14.59 .!3,30 !2 88 12 79 13 50 1,5 45 14 81 14 23 13 62 t. 4 41 !3 27 13 55 1.3.27 !.4 02 13,97 1 3.:16 13,52 12.70 3,.40 12 98 3'35 13 45 1.2,53 !2 34 !,2,61 1,1 77 13,00 1,,2 64, 1.2' a I,. 12,521,1 12,79 1I 5~ I 3,36 t 2 3 ~2.34 12: ~2,22 12~24 12.44 12.~0 12,47 ~,68 12.532 13,4R 13,34 1:3,88 1.3,3~ tl,98 !3,~a !2'70 12,60 !2,93 14 6 14' 14 ,6 .6 1.4.7 11,5 10,4 10.2 13.5 13,,5 15.6 20.9 24',0 11,4 13,5 14.6 10 4 !04 1.2 6 135 12 6 136 9 4 8 3 116 ? 3 115 13 7 13,5 14.7 16,9 15 6 12 6 10 5 10 5 13 7 12 6 1:1 ~ 14 13 7 15 8 14,6 15.6 13,7 1,0'5 11,6 11.4 12,5 PASS? PASS3 GIRl GAPI PASS4 GR GAPI PASS5 AVE. AV~ GR SIGi~A SI NEAR FAR GAPI CU CU 142 127 11 ~ 124 14 2 14 2 12 4 136 127 136 136 23 3 22 7 15.4 12.7 13,0 12 1 10 9 17 3 12 7 10 10 6 10 ~ 10 q I0 5 11 4 12,4 i2,4 ,7 .5 18.9 22,0 16.2 20.9 16.5 21.7 17,1 19,3 16.7 21.4 16.7 19,3 15,6 16.4 17.6 20,8 20,1 27.3 20,9 2O 29.1 27:9 24,9 28,0 18.6 20,8 20,1 20,9 20,1 22,0 17,7 20,8 14.4 17.6 15.0 17,3 20,5 21,7 . 15,3 17,9 15,6 18,5 o 15,9 4,i 17,8 5, 18,1 8.0 20,2 ~17'7 20;0 14 10,9 1~,o ii, i I5. 16;9 ,0 16.~ 18,3 13. ' 17.4 !0,3 12,6 11'2 1.4.4 9,0 12,1 15,0 21 72 19 77 20 44 5 25 18. . . 23. .39 32. . 75 34.~0 20 23. 19 20,~ 16 2!, 16 21,8 16 20,3 16 2O 22 ~ 6 4 2 ~ ~1, 5 7 20 ~ 7, o iol .. 20 18,4 22 18 ,9 1717 19, ,8 19 22,9 22 24,4 21 22,9 20.3 17,6 1~.~ 20:5 13,7 13.5 14.1 14,~ 13, 13,3 13,~ 13. 12,~ 14. 1.3,~ 14, 05 16 ~ 42 16 38 14 81 12 ~ 41 12 ~ 70 11 27 13 ~ 83 14 61 14 ~ $8 13 72 13 9 53 14 2 6 ~3 1 I0 3, 3~ 17 39 12,8 25'. 43.e 15 36.4 16 I 99 1~ 3O ! ~ 30 13 42 12 ~'36 12 '72 1,3 563 12 39 12 80 l16tl° I i[607 11606 14.q7 11604. 11601 1160O 37 11595 11594 1!593 I159P ~5,3g 11590 16,25 11589 !5,(':,8 11589 1 :t~87 t5.12 11586 ! 4,'/3 11585 11. 584 ~ . ..... 15~2 1581 14,2! 11580 15,05 11578' 15,23 11577 t5,60 576 1.6,97 ,7 ~ ! 7,34: lx574 1!573 !6,'7'~ 11572 J6,77 11571 !6,97 !. 1570 11560 1156~ 16,20 11567 1 1565 11554 !. 1563 t'15~2 °A$,54 PASS5 PA,.q,Sl $ I G.~{ A SIGMA GR CU Ci! G~PI 15.0~ lb.701,.:R.87. 17.14 !2.17 lh.9.~ !5.9715,69 ~4.40 12.16 15.e715.5? !4.9014.59 !5.>~ ! ~4,~ !~.~,2g 15.0~ 13,17 15.t;g 13.62 le.88 !4.25 ~.3..t9 1. h.C:~ !5.'Z7 ]5.4o 1.:1.[,1. !2,70 !0.1° 16,13 15,63 !4.22 ~2,84 1.6,.!3 15.5~ !~,15 1.5,9~ !2,~0 !5.30 15.0P 15,4114,55 !2.40 !5,()~ !4.50 i5,1.91¢,13 !2.1~ 14.76 !4,73 !3.9514.52 ~2.69 !2:73!54~ 15'!466 '14,.6313,(~4~ {2.27 !6.'(-;95 t5,26 la. 9-'r2,77 14,78 14,64- !4,'t5 14,95 16.17 1.2.81 !3.9416,1.'~ t4,3R 16,051.2,11 13,'77 14,30 1,4~ 33 !,5.01 :.I3.07 i4.~o 15,60 !5:261.5,2~ 1.4,09 1,5,07 !B.28 15 ~57 '.~4,43 !.3,67 !7.73 15,1~ !4:84 :t5.63 1o 92 I5.33 1,~ <~8 !"i 63 '280 !5,1714,5~ 16:0~ 1~,70 !1,95 1~,6o !6,47. !4,4'1. lq,a.~'9 I2, 43. !.$,~-~? ~.6,05 !4.91 !5,.4~ !3,61 9 ~5.~38 1~).08 16,36 !3,02 . . , ... 14, ....... .gO 1420 ~:720 90 ~5 (5 1,~,2P 1~J,34 12,41 14, '05 !7.08 1,1,45 !5'42 I..q'$7 1.~ 20 15 05 !.2 57 16,27 1,4' ' ' ' ' ~6 i:56~ I43q 1.6,~:~4 1.4' ,1~ 14,' 15,9.!. !5'85 15 47 !2 .05 1.5,90 16,23 !2 1, b,7~ ~b,t')O !5.54 17.47 '13 a, .... 2r~ .>? t. 7 80 lb 38 J. 3 ~, ... , .41 t6 g.? :~.,4 !6,41 !.9,50 15, 9 ~ ! 5 07 .t 4 't. '1,2 ~ 15 7 ! 4, . , ..... , ..... ~5.jq 6.25 !,~, 301547 !a,29 .7.92 ~,:*:'3fl !4' ....... , .~ !.2 :I, 6,03 t5~.~t I. 5 5'? 14 73 ~2 15,2o !,14 56 ~t:~ 4 15 28 t2 79 I 4 304 ' ' ,Off 1, 6 i3 1.4,95 ~291 12.55 !.2.73 t3.27 12.91 t3.71. 12.25 13,20 !3.16 ~.2,73 13,70 ~. 1., 84 !3.05 '.t.t~ 86 12.59 !.2:20 !2o57 .:.3,06 !2.84 '~ 2.74 12,56 ~3 Off 12.80 i: 12.7o 2.33 !.2.80 1.2.15 12'81 '{2, ~9 12.75 !.2'22 13 42 1,2 09 !.2:97 t2 55 ~2,57 ~3 18 12,42 ?3 35 .12.3~ !.2 8!. !2,38 ~3.7() 12 98 13,~7 12"66 't'3,98 12,63 t2,59 12,37 1.3,7t }.2,68 !2.67 2,81 !2,95 ~2.8~ .12,70 t 3,22 ,65 t4;52 1 ,9~ !4,88 .14,02 ,26 !,3,72 14,47 ,54 .13 52 ,20 t 2 92 ,21 '.[2 67 , 95 ,66 !2 1 2 'I. 3 !3.23 !2,3'2_ 12,90 13,26 1 3,04 13.93 13 ,.45 13.a2 12,b5 13,09 12.94 I 2' .14. 12,40 t 2.,')? 12,15 !1,89 12 1'2.. !.2: '76 !,1., S4 !2.57 1.2,~2 13, 8 12,81 13,80 3 1.2, 12,46 !.2,34 ! 3,2 1. 13,18 12,43 1.2.24 1 13 1.3.44 13,74 12 32 12~73 13 31 1.3:36 !.3,28 13.75 11.6~ ~2,5P 1.2,23 ~3,4P 13,04 12'4:2 12,84 11..75 1..2, .{7 13,31 13,35 !.2,60 12.50 !2.6~. 2.39 1.3,1,6 !2..91 13, :4:8 !, 3.32 1.2,72 12.99 13 h2 1.2 79 1.2 38 ,12 ~0 13,b9 12 4~ .,. o o 4 .41 1.3.8! 14,'81. 1. 3 5 14,74 1..4: 38 1~,14 14,59 14,09 !3,91 13,86 13,91 2,06 1..2,o..> .13.07 78 12 I~'43 !3.34 60 .... 3'30 '02 .43 1.4.52 17 !.2'89 1.3,0q 1.2,18 11.5 14.7 11 .6 11.6 10,5 11.6 1~,6 12.6 10,5 10.5 11,6 8.4 9.5 .8..4 19.6 9 5 8 4 8 4 8 4 ~ 5 116 12~6 0,6 !9,5 15 _ 14. 7 147 10 5 11,6 12.6 17,9 15.8 20,0 23'1 17,9 11-6 17.0 i4,7 PASS2 PASS3 PASS4 PASS5 GR GR GR GR GAPI GAPI GAPX GAPI AVg AVE. NEAR F~,R CU CU 11.2 14.7 i2.7 13,2 ~2.4 15 ,t 8 11,5 15,9 10.6 15,9 12.~ 17,4 13,3 15,6 12,1 15,9 10.6 16.5 1,0,3 15.9 10,0 16.5 11.1 14.4 10,6 14,7 !1,2 16.5 10,2 17,1 10,0 15,6 11.,? 14.7 10,6 11.5 14, I0,8 15,~ 10,9 16, 11.~5 ,7 1~,2 18'9 1 .9 19,~ 10 3 16,5 12~4 16,8 13,0 18,0 12,7 18,0 o 18' 2 ,5 17'7 23,9 18,4 ~,~ 21,8 2. 18 22,2 5 2~,6 15,I 18;6 :18. 23,.4 17.4. 20;4, 1,6,2 19,a 16,5 20,7 21.7 9 1 19 4 19,1 17.9 19,9 17.0 15.8 15,8 0 ~, 20 8 19.4 16,7 17.9 8.8 9 , 0 22,0 19 25,4 25,5 25 7 26 0 24 8 24 5 56 56 8 '*° 26. .77 12. 25.1 15,62 12.~ 23.6 14.57 13' 24.2 14.47 13,~ 25,4 14,76 12. 25.2 14'92 12.8 26,9 14,76 11 9 121 24 25,5 24 24, 2~ 23.4 26,~ 26, 26.8 24.2 24o~ , 13 ,20 13,~ 14,98 12. 38 12 I ~ 5712' i 80 12: i 93 77 12~ 38 12. 95 12 28 13 12 13 20 12 24.~ 15 25. 15 29, · 8 14 28.4 15 .31'q 15 30,3 17 26.6 14 ~ 0 · 3 l rs ,83 13 '2112 ,0512 .82 12 ,23 ,69 "97 12 34 12 20 1312 FT ! 1550 ~4.:.}'! 11557 ~7.:~1 i1555 ~9.63 !.1554 11551 ~7,~0 11550 15.93 -40 15,55 11~47 ~5.53 1154534,23 1154a ! a..46 11543 I I, 54, P 11~.4~ 14.13 l 1540 11539 ~6,25 1.153~ ~4.47 11537 11536 11535 t 1534 i1533 11537 ~5,U9 11531 ~ 5 1 1530 1529 I5,6~ 1..52a li525 21,9~ 11524 ~6'20 1, 1 ~ 23 6. 1 t 52 ~ 7 4'6 11521 15,6~ 1 i520 11519 !151.7 17, 11516 !7.?e 11.515 !6..27 11513 $ i C ,.l A ~.. CU 13.'/6 13.7a ! 5.45 ! 7,7 g ! .8. i; 6 !8.75 17.6q 18.47 17.2~ I 6,53 1b,53 15.U5 17 75 ! 7 ~ 13 15.60 I 4.40 14,59 lb.~8 !.4.0g 16,1, 4: I, 4,36 15 15, 1.4, ...7 !~, ... !4,'7~ 39.5 q !6.b!. !5 80 ! 5 ' '7e ~ ,. ~;:~ ! 6. z ~ 19.22 17, t 6 !.7,:16 t6,91 F'ASSd PASS5 PASS1 SIGMA SIG!~A GR FAR FIR CU CU G~PI 15 15 ?0 16 .!.5 !5 1.5 17 17 16 1. 6 1.5 15 !6 17 !5 i7 ! 1 ~8 17 1.9 !7 !.8 !8 .1.4 !(,.70 ,0a !5.3¢ ,91 !5,91 ,27 15.4q .95 1';. 7q ,95 .75 ~9.~! ,ha !6,47 .05 I ~{.27 .36 .91 16,03 ,27 15,55 ,30 ~ b;o9 ,23 ~6,33 ,7¢~ !b,'t5 ,95 ~ 4 '76 .~I !5,75 ,23 !4.66 .23 14,20 , 5 !.5,31. .4! !7,13 ,90 !, 7.30 .'14 !5,93 ,5 c :l 6,47 !,4,91 ,05 .94 I t~ 4~ .o3 ~.5' .... .33 , a 3 t 5.34 ,95 !6 53 ,79 t 5 ' q 9 ~ ,,, ~ ,()~ 1.7,,47 , (') [4 4.96 13.16 4 .~3 t3.69 v.25 14,26 1,55 15,9~ 0.83 1.7,50 7.9! !4.70 7,50 !.4,47 '7,77 ~3.7q 6.31 12.87 h 75 !4,43 5~63 6,~7 !.2 97 7,. 5 t3~79 5,84 t3 07 6.06 ~ 2,76 5~84 !.1,99 6'22 S,~S !.2.37 t3.22 t3.22 ~3,13 t3.35 14,61 .tT. ~g ! 'l. 26 14,54 t3 27 ')4,59 t 4,05 !.3 16 ~3 8~ 12 02 !2 99 t 2 l 2 12.91 12.90 13.07 1.2.96 14,03 14,96 '1.7,16 !6.29 l~ 12 !4~()4 14.71 15,01 1.3.24 12.95 13.70 13,16 12.70 13,54 13,53 12,73 12,87 77 12, 12,33 1.2'38 !2,88 :.t2,~ 12.46 :,2,50 !.2 80 t, 2, . 347 t3 1.3 ,65 13,2a !I,91 ,97 !3,75 ], ,24 ,17 14 73 9, 1 38 19 i30~ ~ 14' 16 3 20 2~ ,2e 20 ,56 14 '4t I3 .sa 14 .~7 !3 59 14,06 13 ~3 13.89 12 23 ~.5,35 13 94 5,60 15 9 44 13,5! 1.2 · .4~!, 1,3;32 1.3 5,12. :i. 4,38 i3 5.6~ 14,05 6,61 1'.2,94 :!2,64 12 7,()6 !2,56 :It,95 12 ~.20 13,06 15,04 ~I .,'~6 15,03 ~0.'5~ 3'~ 50 ~4 43 ~4 ?S 23,1T 13 '2"I.,4 36.59 13, ~ !3~78 1.7 !6'0Q '5.95 t3.80 t, 4'6~ 14 !6.17 !.5,08 t5 !a,l.e 1.6,03 14 !a,711 !5.73 14 16.9! 15,00 15 !8,75 I5 49 .~6 00 t7.!6 !5 08 i, 5 35 !,7,9r~ !,5 66 :!.4 97 13.o6 13.04 !.3.63 12.85 6 !2.86 13'?~7 12 87 12, . 1.3.65 1.3,80 15,88 15,30 1.5.90 17,31 1,5.57 16.41 14.05 14.41 14,75 14.94 14,9g 15.29 14,30 13,77 1,3.43 13,55 1,t.38 14,24 1.4.54 13 84 12.90 13~22 12,56 13,27 I 3,59 13,40 1.3,1.0 1.'4,26 !.3,46 12.54 ~ 1.3.07 12' 73 2.3~ 11.92 09 12,94 tl,92 56 1.2,70 !1,92 11 , 92 1,2 '41 12 91 13 24 13 68 1.3 60 !4 O0 1.4. 23 1.~ 48 I 99 I2 1~3 9 3 33 81, 28 29 8O , . 15,06 , '43 I ~, 55 · .37 113,79 '77 13,38 66 1.4 16 38 13 8 27 14 z8i7 15,05 1,5,20 14 90 tS"OS .!5, 16,09 !,4,34 1,5 11, 12 6 10~7 12.8 26.6 21,0 21.3 16.0 14.7 15,8 I8.1 15.8 17,0 11,6 13 9 14~9 14,7 8.4 1.0,7 13.7 39 13,7 14.8 16 8 13 13 7 25 5 ~5 0 65 9 b7 0 37 7 18 3 14 0 12 i6 1 15 9 0,2 t7;2 16;o 16,0 19,5 2i.;5 PASS2 PASS3 PASS4 GR GR GR GIPI GAPI GAPI 15.9 14.3 138 19.2 30,6 23,3 16.2 17.0 17.? 15 7 1.3:3 15 1 19i6 157 12.7 117 1013 11'2 11,5 13,0 11,8 11,5 12.1. 11.1. 14,2 145 14 5 i 4 14 2 30 3 63 6 58 5 29 1. 20,5: PASS5 AVE. AVE, GR SIGMA S.[GM NEAR FaR GAPI CU CU 19,2 l~,O 18,9 lq,5 24 6 3519 32.5 19,7 18.8 23,7 22,5 17.1 17,! 18.3 2~.~ 1.8.2 14,7 15,0 14.4 14.9 16,!. 17, 17;o 20,~ I8.5 17,3 20,6 55,2 71,6 55 0,~ ~!,2 19;5 20,7 21,9 21,~ 21, 2i,9 24~6 24 59.0 28.9 22.0 23 6 3019 40.3 31.0 21 1 22~3 25.4 23,8 19.8 3,2 ~5,5 0,9 9,3 19.4 18.5 16.7 17,0 0,.3 ~7.9 9' 18,8 20.5 13,~ 13~ 13,~ 13. 81 !4,2 05 15.~ 63 17, 09 15.7 64 14,~ 98 !3. 80 14,~ 93 13, 55 12 53 14 4 3O 1~'9 .~2 24 11 27 ~ l~ 26 20 20 ~ I 27 I~ 23 5 i 23 12 20, } 2 13 20, 60 12 ~ ,o.g I: 23. :~ 31, 15 55 44;~ 14 68 73; 69;.1 ~,6 44,521 22,3 21.;8 17 24 16 26.7 I8 2t;,! 24 2~ i 16 25 12, 47 12 ~ 1 12 ~ ~2 12 42 I3 45 13 ~ 02 24 12 ~ 82 12 62 ' 22'0 O2 13 63 14 8415 5516 g 2O 15 27' ~59415 ~ '14 ~56 11.512 11511 11507 11506 ~7.'/0 1150~ 11503 11502 ~,o ~.9,.~ )c~ 20.67 11497 ~6,77 11496 11494 ~7.2~ 11493 1:1491 11490 114B~ ~ 8,56 I i488 ~,'t.2o 1, 1,487 ~1485 11484 'i. 6, 1, 1483 I l. aS~ ~6,9S !t4~,~t ~7.7'0 ! 1~80 !7,66 1 1470 * 't7n 15"87 { · 77 t 6 , 6 t li474 ~7,69 1147~ 11,4, 7 ! 1 !470 ....... .. ., ~ ~ ,... 11a66 !.14.65 !6.42 1:14o4 16.h5 lv.41 !h,94. t. 9,27 t5 !.'3.!3 !3,45 1~.05 71.06 ]'?,27 ]7,95 !7.34 ]c;,77 !4 17.U.% ;16,05 16.30 16.34 1.4 1B,9'1 ]6.73 !9.06 10.66 t4 1 7.36 !e..ga ?t,7q !6,50 18.67 !9.25 ?3,25 1.5.14 17.~9 !9.03 !~.~.3.~ 2i.47 18,5o ~.77 ld.50 lJ~.lg 15 19,03 l~,Sfi 1'1~20 17,73 16.17 1'a..,22 17.25 lR,30 '15 !7.2~ 1~.27 !7,39 t. 5,76 !5.9~. ! ~.;.~9 !3.64 15.'72 ~.5 !6,(t5 ~7,06 15,2! 1.7.69 t. 4 ].7,47 1. R,02 !b 45 1.6,97 i. 6,67 J. 8,07 15' ,3~ !7,64 1.6.23 !6,23 1.6,0~ :!6.19 !5,~.,'4 15 77 ~,3] 16.59 !.6,~)a ~6' ' .... " " . . ,20 1'7.86 t6,~.~2 14 ,23 1'7,~:~8 !.'l.3R .t7,03 'I. 4 1'1,63 I5 95 !.70~ lO a3 't3 !7,05 1'1.31 !5,05 16'66 16.20 1.7,11 16,17 14 64 13 1.6,,:..~c~ !.6.:t~ 16.75 i6'o2 't3 18.77 ~6,.36 lt~,88 16,~3 13 !7,4~ ~5.59 ~6.7~ ]7'~! 14 1~,31 15'45 15 78 17 al 14 !. ~,07 !7' ' ' .67 1.7.63 17.23 1.4 73 !7,44 1.~'~,2'7 16,23 :I. 4 1.9,~0 1,7 97 1,,:q,~J 16,58 t4 ?0, ......... . 1.7,02 !6.b9 I.o.10 !5,13 t4 1.6.5q 1.6..13 15.23 1~,.36 t, 2 ,,, t5.4n ! 6,5~ t3 17,<)0 17'29 lq 05 :lq 29 1. 16,~,q !, 6 9~ !6~66 !7'34 ... ? . .1. 0 !. 6 ~5.51 ~5,13 IG.7~ 16.67 13 '15.~4. !G,'15 !a,'9~ !5,80 12 !7'09 lb.5? 17~:72 ~5.24 PASS4 PASS5 PASS1 SiG~IA SIGMA GR Ph~ FAR Cfi CU GAPI .03 .60. .3~ .99 ,66 .63 ,30 .30 .00 ,91. ,74 , '! 2 66 09 58 30 14.4.1 13,~5 '[3,85 !4.28 14,38 14,76 ~5 55 I~.91 '! . 98 "[ 4, E10 ~5 73 i '7.23 ~5.90 14.05 'I5,05 14 86 !. 4 ' 13,96 t4.53 t6.44 !. 6.02 15.52 14.61 ! 4.25 1.4.30 !.5.23 14.41 1.5.78 !0,23 !4.97 !.4.8'7 15.52 1 ..5 73 15 ~('J9 14:36 15'05 . 14,93 15,23 ~ 5'1,6 !.4,80 t. 5 05 15.27 15 43 1.5,27 't4 82 1.5,08 '1.:~ 77 13;66 1..4,03 14,95 14., 24 15,05 14,70 14,30 't 4:, 36 13,71 !.3 74 I3,88 14 70 I 3.66 16.23 I 5 15, ~;~ 3 15 14,19 14 13,56 !3 13,15 !4 1.1,2R 14 14.85 15 !.$.79 15 15.89 14 !6,63 16 15,47 17 15,37 16 ~4,'86 15 i. 6,89 ~.6 g 16 ! 5' !~4 !5 15.49 1.4 !.'1,66 t4,63 14 13,62 14 13,92 14 14,1.9 1.5 15,54 14,92 1.5 14,,'06 !4,09 ].3 .1.4,80 1.4 ~4;64 14 !5,16 14 i 3,71 14 ],4,13 14 1..4,04 13 74 12 66 !4 73 t 3 87 !,4 , 27 !4. . 30 1.5 O5 13,89 70 13'77 13.98 1,4, 13,5c~ ~'2 4,4 ..... 1,3 l.l' 70 1.4 .t. 4,57 13 !5,12 !3 ,75 !3 77 1~,96 15,55 15 .92 !4 55 15.23 i. 6,.31. !.4 ,49 14 64 15,26 13.95 ,~.4 ,00 12 941..3,77 13,64 13 ,77 ,14'00 13,46 t4,22 14 ,00 !,6;22 !.b.3R !6,64. !6 ,19 i6'19 '5 45 !6 11 15 ,o3 t4,Gs i,4' ' ,99 14 1.1. 13,97 13,88 !4 ,66 t. 4 41 ~,36 ~,3,55 i. 3 ,53 ~3 12 13,91 14~15 14 ,25 ,51 .91 °52 .5~ '/8 .39 .31 45 ,80 .70 ,15 ,22 '71 55 64 ,53 56 , ,20 .~4 ,42 , 73 ,66 ,02 17,2 14,0 14.9 18,0 16,1 12,q 14,0 28,7 29 9 19~3 20,4 29,0 32,0 30.2 22.7 1.7.2 14 0 I0 7 18 3 16 1 11.8 1.0,8 16,0 17, 14,0 15'0 14 11,9 15'i 1o' 11.9 13,9 15,0 15,0 23,6 24,5 18.!. 16,1 1.6,1 1.5,1 14,0 PASS? PASS3 GR GR GAPI GAPI 17,5 163 14~7 I$ 4 17,2 28,5 34 5 18,3 17,7 24.2 33,0 21,1 14 ,1 17 4 17 5 15 9 i4 7 11o 116 156 16.5 15, :3 !2, g !3,4 15,6 1..~, 3 15,6 i5,o 12,0 1.2,3 13,5 .!.. 2, 1:9; 3 15 9 18,!. 24,5 30,4 18.5 132 15 7 19,7 18.8 19.8 17 3 1~3 20,8 31,3 36,7 24,0 18,6 25.3 32,6 27.4 19,~ 18,3 18,~ .19,5 16,8 16.4 18,0 19,2 24,3 21,3 15,8 16o~ 16,~ 19. 19.8 19,7 17,0 16'1 18'3 20;0 21;8 21,3 17'7 26,9 34,1 25,~ 17 18,0 PASS4 PA$85 AVE. AVE. NEAR GAPI GAPI CU CU 23,7 23.4 2! 5 21 6 19 7 22 2 21 6 31 6 44.0 28.8 21.0 27,7 37,8 24,3 23.8 24,0 24,~ 17.6 ,6 24.3 19,4 18,0 17,3 18"9 9,7 21.5 20'i 2 5O 31 8 34 7 26.4 il,og 26.4 .87 23, 88 23,6 16 80 24.0 17 27 I .,o 31, .03 35 [ 23.5 .39 .75 ,74 7 16 24 ~ 14,~ ~4. 14,~ 14, 14,~ 14, 16,~ 16,~ 15. 45 15,~ 31 16,~ 67 16. 98 15,~ 77 14,. 53 77 15. 28 15,~ 34 95 13'~ 64 14, 45 ~0 14 8 13 ~ 77 I3 ~ 91 14 22 ~ 69 17 14 22,4 95 13 20,3 ~.70 13 . 1.4 ~4 8 42 14 5 ~ ~ 69 14 23 8 77 26 ~ 14 5 65 ~5 6;58 13 39 g 7'86 16 2i ? 8.~6 tS 2 ~ 6'70 ~6 6,70 ~:0 15'45 12 ]1463 }5,..5q !'?o3~ 1.5,27 ]O,li 16.05 !146~ !.5,qll !8,~2 15,18 !6,27 16.53 !4,38 11460 !7,Z~.) 't7.06 lt3.t~ !,~.3d= !6.06 I.'4,47 11450 ~6. t4 It.u6 15,[6 !b.J.¢ I6.06 1145~ td.~x 17..2fi !5.4~ ~,5.8~ !5.86 !3.7o ll~b7 ~7.q'[ 16.3~ 15.54 ~8.42 !'1.75 !3,55 1145A ~6. q ~ I 5 37 1. o (.>$ ~5 77 ~ h ii 1 3 94 11455 f6,22 1b,3'5 !.5,59 14,95 !6,1] 11454 ~.,:~,~.4 ~.3~ ~4,3~ 15,7~ ~.4,~ ~2,6.3 11453 ~5.%0 16.30 10.47 *.t,45 15,96 ,' '51 ~2.3n 18.58 73,02 ?2.10 1.9.66 i8,'70 50 ~'7,.2~ 17.33 1:3,02 !'7.5~ ~5.90 !5.7o ]. ~447 !7 55 !8,:')5 ~7.~7 I'7,63 ~"] 30 !1.~4~ 16".3g. 1,6."1~ ..... ~'1,2~,. 17.56 ~5:154. 14:'17. . ~14.4M ~7,77 !6,72 15.6? ~6,00 ~6.25 12,82 11~44. ~5 '~9 1~ I'1 ~(q 05 t5 75 16,47 11443 19,~}'t.,, t. 7 5.3 19,25 1'1.36 18,13 1.14~2 19, 3 1.9:39 '!.6,14 !6,3~ !7,8q !.5,30 11441 !9.25 ~'t,~,l i. 5 77 1. a.64 1!6,33 11440 16,77 !5.13 !5"22. i. 4.q~, }5. . .87 12,85. .. !4 14.3q 't4,35 1,~,63 ~5 '13 15,74 !5,73 t3,05 13 1437 ~'l jr) 1.5,'86 I6 95 IS 91 15 82 1.~ . 1. a36 19:'33 1.6 i! !7 <~l. !9 o& 17,23 16,58 1.4 .1435 ~9,73 1.6.00:19,14 23,"18 !8,13 1'1.17 1.5 .1434 '~Lq.',]6 22.47 20,25 18.17 !7.47 11433 16.28 21 34 18.30 !.6.38 1.6.45 '15,1. O 16 !143~ 45,~:~! 16 52 17,52 i7'~6 15 ~! 't4 77 114,31 i(~,(.)~ !.6 45 ~5.50 ~5 ~,6.'70'2' 14:,84" 11430 ~6 !.7 22 ~6.41 ~.6 14 , , 3 14,95 ~ '~29 I7,5~ !~> 17 16,83 ~.1,86 6'64 15 40 14 ' . 8 g I 3 82 i 4 11425 !~,.56 I..6,8~ !F~,6° !6,28 ]6, , !1~2.4. i6';44: !7,11. 17.16 ~d;,91 16"89 15,06 14 11427 ~6.~7 ~.6.14. ~9,55 ¢.6,:13 15.4i 14.87 !..4 ~} e~ 20 42 ~'7;52 16,39 15,81 11421 ! ,42 !6.. , "7 11420 *' ,66 ~5.78 ~.9.75 ! ;()? 16 8~ 15,55 15 lt41g '~7.65 17,25 19.81 17'00 15,45 I141~ !6.qI ~8.33 16'73 1.7,05 ~5'53 1'4,82 ~5 m ...... ~ · . ~141r!, !;~,~::.l 17,09 !.7,06 !7,23 17,9! !5'8~ [6 t-'.},O5 .!3,22 !~.31 .~ 4,05 !4,30 1.3,7~ i4,86 i 3.49 '1~,96 13o49 15,~4 1.5,20 !.:~,43 !4.29 12.66 12052 !.2,12 13,02 t 7 ~5 20,69 I 5,28 !4,39 1.4,18 ~5.27 t],56 14,10 14,22 14.05 1.4 39 15,79 t5 85 15,34 t. 4 27 !4 19 23 12 ~"16 88 !3.28 49 1.3,84. 09 !. 4,33 56 1.6.45 71 15 41 6t I5 79 69 15 u7 66 ~5 37 80 ~ 45 66 'I4 82 82 !.5'35 26 !, ,i, 59 76 15,56 86 '1.3,97 85 1.3,97 80 13.35 6 13,8.4 ~7 13.90 50 15,43 38 75 16 13 li. t 8' ..... ,61 31 1,6,6g aS54 PASS5 PASS1 IGMg SI~a~ GR CU CU GgPI ,80 1.3,56 ,'t5 !.4,68 ,38 14,34 ,03 !4,o4 03 1~ 64 '2~ 14~27 ,22 !3,93 .74 12,86 .41 13.75 .54 ~2'84 ,92 12,94 ,77 ~5,62 .88 1~,72 .76 ~5.97 .74 I5,55 .9~ 14.23 74 ,60 14.i0 ,82 !.6. ,52 t4.,40 .20 !4,68 ,0~ !6,08 ,31 !.4,96 ,1~ 12,99 ,26 !3,56 ,~ !,q'16 14,71, '74 16 08 '59 !6 52 .34 !.6 00 36 !5 30 74 14 80 02 15 17 23 1.4 37 2~ 1.5 11.. 23 14 82 78 lq 57 36 14 19 29 1.4 1,6 26 15,03 97 !5 03 ~4. 58 ,57 1.4 63 ,70 1.4,'83 ,96 ~.4,78 ,6r~ .4,83 ,42 1.4,77 ,36 !6,22 ,27 16,20 16,0 !9,4 19,4 20,5 183 17:0 20 4 19:4 15 ~ 29~:_~ 5O 7 36.5 17,3 15 1. 14~0 18.~ 17,3 31,2 32.3 28 0 16.1 16.0 9 7 21,5 30.1 27.6 20,2 9.7 !1.8 9 7 10 6 15 1. 12 9 13 , 0 14,,0 14.0 10 6 9 7 10 7 10 8 11 8 41 .. 52 7 42 1. 23 4 PAS52 PASS? PASS4 GR GAPI GAPI GAPI 15.7 !6.9 20.0 !g.0 18,4 la,l 19,O 18,1 18.4 21.4 37,5 55,9 37.3 15,6 15,1 14,5 14,4 15,4 19,0 24,8 26 4 17 8 12 3 12 6 13 5 21 5 27 ] 27 ] 19 9 1,4 4 11 7 1~ 9. 11 9 13 8 12 0 12,9 11'0 1,1,7 10,7 18.3 2!.,0 24 4 23~2 21,9 20,3 20.5 2!.9 24,4 28.3 39,8 58.? 43,9 23,1 1~.6 18,6 19,6 20,5 17.1 27,8 28 0 !7~7 19,3 16,~. 18,0 19,5 2.3,4 30,1 29,2 ,2 16,5 15,5 16 16 5 17 1 16 7 7 0 7 5 12,8 {7 1~,3 8 16.2 21. 28,0 31 41.5 · 46 1 30,3 4.1 4 !.6.2 23,4 2~4 25 6 22~g 24 4 22!8 25 0 25,0 24 ] 24:0 37,7 60.3 48,8 27.1 20,8 24.0 22,1 21,8 20,6 31.,3 26,1 17,I 26 1 0 ~ 2:2 5 20 17 5 19,5 19'5 16,7 17,0 t8,9 18' 9 21,, 1. 33.2 1,7 22,2 24 26 24 23 24, 31' 2~ J435 i 21 2~, 2~, 19'~ 19.4 20,9 2~ 43 54 27 . 0 28 3 19 8 1~6 14 26 81 22 32' 4 ,o 63. 41 46 0 22 1 ~ 16 16 1,8 20 25.2 18 14,1 14,.~ 14, 14,4 lb 12 12,; 14, 18,77 1·5. 13,~ 17 14. 55 38 14, 77 12 78 :ii 0 1 14 ,06 14 91 ~4 58 1.~, 70 I, 05 5, 78 ~4, 66 13, 84 15, 39 14 97 ~4 ~ 66 15 66 ~5 ~ 56 17 cr~t..'!PL.~'.~f : Sl')HIn AI.,ASKA l":'.~:TnUiL!.<;lli~:~ COFiPA Bid:T,[, : .X-27 DEC-7-84 PAGE 9 1, I414 l'? 98 11417 11all 11410:6.89 ~1405 11404 ~0.72 ,) 1 ? 0. ~)3 1 139Q 1139fi 22,32 11396 11395 11394 ~8.72 ~1393 11390 1138~ !7,97 11387 16. :39 113~6 19.95 '~80 20 I~37~ !7,94 I~375 ~'7,94 11372 ~6,22 1137115,2~ 1. 1370 !1368 i.,4. 11366 ~5~99 PASS3 FASo4 r~ASS5? FAR FAR FAR C I.) C ti C U PASSI !9 !.8 !'7 15 15 15 !7 20 ~3 24 '20 19 9..3 !.9 17 19 !. 8 :16 I. 6 16 ,17 19 17 ? () 18 1.6 17 17 ~8 !.7 17 16 ,16 t5 ! 5 ! 6 !3 .361'1,1716.51 ,50 17,'7n !7.52 .S1. !~,'17 !'1.27 ,gq lb,91 i 5 qO , l] ~5 bO 1,' ~7 lg' ' '' - .... ,23 ,95 22.08 7'2.56 .56 20.9! 19,36 ,U3 ~t.44 .13 17,6~ ~9.9t .b2 ~$.O~ 23.9! 22 ')~ ~4, 23.67 ,... 19,8.~. 20.14 .2317,77 ,SB ~9,0'~ .....19' ,34 ,lq 1.~3~64 !7.61 .:~7 17,70 lo.17 ,14 19,27 !6,44 1 21,16 ."') 20,4~ :63 7,55 18,~3 ,2K 15,60 !7,45 ,28 1~,44 21,02 ,22 I~.64 33 20,25 20,13 2819,!1 63 ! 9, '! 1 ]7 ~'0,5g ':5 !7,97 ~ t 7,9 7 1 '7 .27..6,59 ,39 !5 25 1.5 69 .~ ~6,45 ,i7 ~['.:~,!7 !6. <,2 15,02 !6,70 "o ~,{ 30 !4 q'l , ,,~ ~ 1'7.'t~ 14,8R !7.7,9 1.5.45 15,6P ~7,84 'I,'1,,98 15,45 !."1.56 14,7P 15,03 ~5~89 2.3,~4 t3~08 15.23 !..4.2~ 13.93 17.481.6,0~ 16,89 20,0519,8~ ~0,63 ~1,8~ t8,'t5 t9,89 21.97 ~'t,72 ~8.00 21,3~ 15.96 :!.7,3q ~3 I~ ~67P ~68° I ,' ., ~ - '- ~ 22.53 t9,02 't7,95 22,22 1~.22 igor6 1.7,89 t8,72 17,8016,72 !.6,02 16.36 .~.4.~7 t4,~9 19,42 't4,34 '13,72 19'09 J4,~ t4,12 ~('),20 'I.~, 1 15,56 !6.93 i6,9i 1..14. ~7,97 15,95 15,85 15 19,03 15,02 ~.4,94 16 15 15~54 15.44 1 't. 77 J3.97 !3,25 ,12.80 !3,9] 17 03 19',al !.7,64 17.06 17,48 16.,53 16 4'2 i5: 3 16,38 ~7,33 18,19 16.88 . 16.22 14.33 1. 4,36 14.41 14,02 1.14'57 Z4 80 57 77 5~ 77 5~ 23 31., 2(),36 16.33 15,67 18,36 1.6'09 15,82 ..1."/ 16 I7 '1.6 .1.5 14 15 1° :! 5 ' 02 . 1.6,61 15'66 ,778 1.5'39 16,001'7.36 2 14,89 16;75 !6;5~ 33 1.5,021'~'89 15,08 58 1~,9~ :t5'1614,45 72 :1.5~70 15,16 , ~ , 0277 !4,49 t4,2913,28 13,5713,55. !1.,67 12,4t 1,2,50 ~2,54 !,2,9~ !,3"8T 14.58 !5,02 15,66 15.02 ~5,28 !5.45 15,23 !6,33 14.48 !.5,63 12.90 !4.75 13.27 14,23 14,95 12,53 17,~5 12.96 19, 4 ~5,13 18,45 !9,44 ~7.69 17,2~ 15.86 16,36 15.96 ~7.63 16.52 !5,75 1.7,.~ 16.84 tB,B8 18'28 ]8,30 19,06 16.~2 16,95 t4,96 15.12 15,91 15, 1.4.56 15, !4 3 . 15 97 17 15 38 1,6 17 81. 15 16 94 1,6 03 16 17 16,22 :!.6,1.4. 15,4~ 1~-'72 14,89 4,31, 13.48 '3,52 13 42 . . ~ 67 1.2,52 13 ~5 !3'6!, 12,27 !.570 15~72 t5,61 28 75 05 59 84 84 85 40 84, 16,1,7 16.27 16,56 16,42 !:.5,80 1.6;25 :14;13 !'ii561I ~05 19.4 17.2 14.0 12,7 12.9 11,9 28.1 44.3 38.3 29 0 20,4 15.1 12'9 22.7 27.0 2R,O 20,5 20.5 16,1. 12 9 11:9 14. 118 14 0 15 0 tl 1 32 4 25 9 13 9 14 0 17 1 18,3 20,5 15.0 15'1. 10'7 11.9 10,9 14, 20.5 24,8 PASS2 GAPI 16 5 2o:s 13,8 13,5 12,3 11.3 15,6 25,7 45,0 35,8 26,0 19.2 23 5 24 6 24:9 24 !. 25 ~ 25 3 15 2 1.4 6 14,6 15,2 17.1 22 4, 18, 11,6 15,6 126 1! 15 15 6 20 ? PASS3 Gl{ GAPI 20 7 22:2 19.6 17,1 18,3 19.2 26.5 46,9 44.3 29 6 23~ 25 ? 25:0 29 0 27:3 28,7 2~.7 30,5 20,5 ~7.7 18.0 1,7 1,7 8 19 3 20 2 16 2 14,0 8,9 19 1 1~ 2 15,g 17. 15,9 ~7,~ PAS84, PASS5 AVE. AVE. GR GA SIGMA SIGM NEA~ FAR GAPI GAPI CU CIt 20,0 26.2 2.3.4 18,6 19,2 18,9 21..6 27,6 46 7 48~0 29,8 26,8 28.1 26.2 31,3 31,0 28,8 31.7 26.5 2o 9 2.5,~ 26, 35,~ 26, 20,1 19,2 9. 21 3 20 t8 6 21 9 29 ~ 25 ,72 22, .90 22 88 33,~ 16,48 4'/. 19,03 4.9 .~ 22,9~ 35: 20.~2 ~ ~9,86 2~,06 3 2. .69 32 ~ 52 25 24 28,6 i5 14.8 15 14 14 13 12 13 14 16 19 09 18.i 91 17, 02 72 55 16, 58 14, 39 ~4, ~ 73 97 89 ! 5, ~ 95 16,~ 11 19 16, ~ 9~ 15.~ 5~ 16,.: 94 16, 56 ~ 94 14, 03 13 99 12 L"]~] I"11 ! l ii1 ii:-] i[~. [:-]: i ll3eh Ia.62 11363 !9.47 ~13~7 1 ~. ,'70 ! 1361 't9.30 ! 136a ~7.3~ 11359 1135~ 11.157 11356 ~i.(~ ~.~5~. 21.o3 1 1350 11349 1 13.47 ! 1346 1 l 1345 1.1344 11343 t7,38 !. 1342 11341 ~5.26 11340 16.30 ~1337 17.'~7 11336 !9'S3 1.1 ~35 20,77 I 1334 :1 }.~33 32 17,6 3 ~ 0,63 11327 11325 ~1324 ~7.7~ 11323 1..1322 !9,45 ~ 1321 11320 !7, ..... 9 11317 20,63 18.,i7 l'7.u.h' 1 ?,'73 !.8.8rl 1;.~,6,4 19 20,2~ 19.95 !0,20 21.91 21,39 ~8.73 19,48 l~s,TR 1~.44 !8,13 lo.28 16.q. L !').55 1.'4,03 l'l.bn ~7.'91 !9.13 !7.4~ 2o.14 90.50 ~4.22 2(',78 2~,u6 32.47 30.48 39.17 24.~3 21.97 20.63 22.30 20.73 21,63 72.~6 20,80 20,25 ?7.25 22.b0 23.5~ 24.19 25.8~ 22,83 ~...~ ~1,45 !.9,52 !9,33 19,0~ 20,2n 1 9' 34 ~21 .67 9i .4l 18,28 1.9,23 19,36 !7.67 17.64 17,03 15,75 16.80 16,66 17.~5 1.6,25 15.20 !5,4:! 15,90 1~4,2l 15,5~ 1.6,50 !G,5~ !8,33 ~6,19 17,56 20.1.6 !.fi,28 !S,50 19.~4 21.45 20,67 20.78 21,50 21,00 9O',l]~ ~0,79 19,99 ~ 19,42 19,67 1'1 06 18,47 16,47 1~,09 20,02 16,92 19. ~ 17.56 1. S,33 94 ~g lo 18, ......., ' !,8,3fl ~8,50 !, 20.89 18,38 17,5o !9.66 !7,17 ~ 9'.27 t7,'19 ~8,7'5 ~9,03 '18.22 1,i,4 !.7.36 15.3 19.45 1'?.1 21.13 ~'?.5 !9.38 !'b.3 17.30 14.3 ~'1.09 14.2 19.50 ?4 8 ?9.52 2l.b 25.55 ~3.2 24,09 1. ~2,B1 19,2 28.08 2! .7 23,36 2J~l. 1~.83 16,9 20 5g 2O 5O ~7,5 ~8 02 152 ~7 !.9 ~4 6 17,33 14 .3 ~5, ~ . ! 8,69 :13 8 19,4~ 14 3 !B,36 lq,5 18,03 1.4,5 18.08 15'8 21,28 21.. , 22 t7,9 ~2.61 1.8.8 ~8 48 15.4 1 ~ 41 14 8 1.9 41 18 0 19 55 !,S 4 19'05 !6 4 ~S,45 !5 9 17.36 ~ 7,67 1 ~. 6 !8' 78 ~9,53 20'22 ~7,59 15,9 !8.27 :1.6.1 t9,33 SIGMA SIGMA SIC;qA SIGPiA GR C Lt C !.~ C U C U G A P I I 4,~8 14,87 15,98 .!. 5.9R 1.6.73 !.7.55 1~.7~ 17.00 I0 95 16.22 I 6~77 16.25 14,41. 14.62 13.9q !3,85 15,31 I5,74 1.6.55 !.6. lq 19 77 19,33 23:16 ?0,39 20,88 t.~{, 78 19,91 20,27 19 _1.6 ~2{, 23 21i66 21,5,5 21 5.] !.9,3] 18 28 !.7,80 18.58 1.7,59 16,53 15,83 16,38 14.42 !4,66 t4,67 ~4,56 ~.~ 1.4,20 13,81 14 13,66 14,66 ..'14 14,9~ !4,77 ~4' !4,95 14 77 !.4 15 51 , ,51 15 16 28 15,,85 16 17 84 !.6.16 17 18 13 1,7,!~6 !8 17 17. 0 17 1~6 1,5 68 ! 4 t9 1,'4'57 . l.'t. 19 13,79 15,71 !4.86 17.1.3 t5,88 15,58 16.97 16.36 16,91 15,49 14.85 15,53 13.65 14,:t8 1.4 41 15 27 15'27 18,20 22.39 ~3,13 ,9..3 56 20,08 1.9:61 1.9,1g 1.7,59 15.74 15 14,4q 14 28 14 56 14 16 14 95 14 90 14 16 1.4 47 1.5 77 16 19,16 17 18,17 16 !5,26 19 86 20,00 23~78 22,67 22,22 21,38 18,38 18,6! 17,98 17,47 1'1,79 16,7R 55 59 49 O4 16 98 15 66 90 77 47 1.7 84 1.6 70 ,16 45 1.6 '12 16,20 !,6 28 15 '73 1.5,27 15 93 1,5 56' ~5,25 16 O0 16, 0 ,1~5 i5 33 16,.41 15,80 15 95 17,77 17~53 17,33 16,58 t6,06 "6.17 16.8t !5,8a t5,'~q 15,72 1,6,09 !6, ~ 5,4~ 16,70 !,,5,02 16,17 1o,75 17, 0 ~. ,47 · 16,83 15,91 16,31 1.4.74 1.5'04 1 58 1.6'47 1{) 44 6;66 1 i. 5,77. 24..8 la.5 1712 20.4 17.3 14.0 15 0 21i6 47 3 52.7 49.6 37 7 34:3 44.1 48,4 35 7 19 1 2~ 2 22 5 !6 2 16 1 14,9 15;o 15,1. i4,o 14'9 1,8.3 14,0 15,1 17,0 22 45~ 30;5 12,8 7,5 12'(~ 15, I8, :3 21.3 18,2 16.! 14.0 11,8 15,0 PASS2 GR GAPI 15,9 14,0 16.3 18.1 26 7 20~3 13,2 15,0 19.6 41,1. 52,8 41,8 .27,6 28.8 ~0 8 40' 25,8 19.3 20 8 15:6 14 1, 13 13 i3 15 13 13 20 14 7 1.2 9 12 6 14 1. 16 3 19 9 15 0 1,5,6 15;3 14'7 PASS3 G.API 21.4 19.6 22.3 23,4 27 8 22!6 18'3 15,6 20.2 40,3 58,6 47,9 33,0 31,1 41. 7 't8 ' .5 32,7 24.8 26.9 22.0 0,5 2 18,9 2 17,7 8 18.3 6 17,2 4 19.2 5 18.0 2 17.2 5 19.0 4 2!,2 !, 24.5 6 22.9 7 31.8 9 43 5 27 ~ 15 9 15 0 14,7 21. o4 25.3 3~.~ ,7 18,.4 19'5 19,8 PASS4 GAPI PASS5 AVE. AVE, GR SIGMA SIGM NEAR FAR GAPI CU 23.1 22.3 23,8 24.5 28,0 22,0 19.9 25.0 42.~ 57,3 51.1 34.8 32,0 42,7 44 52.2 49 26.2 35 24.7 24 28 4 28 22 0 26 23 5 23 20 i 23 21 3 23 20 1 21 2!. 4 24 20 8 22 25,. ..4 36 2 8 22 17 6 19 2 22 24 25 21 29.5 i @ 56 52 14.4 23 15,3 42 17.1 70 18,0 3O 17 89 14.3 50 81 14. 11 16.8 58 21,~ 81 23, 67 18,~ 80 19, 48 15 .~3 14 .118 3 18 '~0 16 97 15 0 21. 3 27 7 31 3 23 8 23,~ 24, 22,2 24,7 22 1 1. 6 28,3 18 02 15. 36~2~ 19 45 16,8 . 25,. 77 25,0 20,63 16, lt31~ 11314 11313 11312 .113!_1 11310 I 1307 1 t 3O6 ' <;4 ]t"' ~ ~ 11301 11,3oo 22. :1,4 11299 24.67 1.1798 95 I 1296 11295 1~:~'77 11794 17'34 11~93 11~9~ 32,56 11791 32, I>3 11,290 24,t3 1, J..~89 ?4,69 11P87 !.1286 11~85 11284 1 12.83 1.127P II.~76 !1~73 i177~ !, I770 !. l~69 !126~ PASS4 o;$55 PA,qS1 P~SS2 PASS3 PASS4 PASS5 PASS! f;I. GMA Si. Gi'-,A S[G~ S].G~4~ ST[G~ SIGMA SIGMA .',~ ,:2 .... A N N E ~, ~-~ -' ~ ~4,. F A R F ~ ~"' F~R FAR C ' J C U C I,~ C ti Ctt C U C U G A P t9.20 19.92 18,20 1 19.95 !~,311L~.?a 21.3~ !.9,67 .!9,,.;~ 2 7I.c),) 22.06 2u.22 1~i,Wo 20,13 16.39 1 t ~ . - ~ , . ~ -. - !5.0'7 JS.0.& !5.4~ 1 !4.4g !5,J5 1.5,2a 1 .!4.q4 !.5.50 15,~:~n !5,6a 14.59 !.5.~.~ 1 !6,6"a 1'7,:11. ! 23.33 22,07 2 26,09 25,34 2 2J.'95 22.'12 2 18.64 20,,~ !9, l'J 1.7.75 38.63 34,69 ~3,[~2 29.11 3 25, 8 23.02 2 23,6~ 27"0F. 2 30,03 ?a,.'~4 30,25 2 24.,03 23~"12 22~5~ 2 21,~5 23,70 23,i.f~ 25.27 22,4! 25 9J 2 24.;5.o ~3,34 23~7~ ~.<.)2 ~1.,9424,032 ..3,73 .7..,.~426.;:~62 ~3,63 22,~o 24i72 92,64 25.3~ 26,09 t. 9,06 ~:0,72 1 !6,52 1.9,..20 19.17 !9.61 15.9~ !.6.58 7~O'aO :1.7.9g ~7,I. 4 I. 19.09 !,6,25, 18,49 ~ ~ .... ~3,'/5 !.5,23 15,1! t:~.17 J. 9,ai2 lo,4~ 1.6.20 16.81 .1.5,92 0.5~~ .!8,95 !7.34 !6,50 16'8.1 17.17 :).4g 21,14 !6.47 10,75 18,20 17,03 <q..1o 2;).5~ I.-I,C,o t5,87 !.~,27 16'17 !.6 7,64 16,3~ !b,oq 1.6,45 1.5 7~ 16 16 1,5 ,:.77 ~.9~, 15.6~ 15,41. 15:39 1.5:46 !5 5.72 J6.52 .~5.5o 14 19 15.08 14.16 .3..'~n J5,06 lq,34 13~53 14,6l 13.39 12 4.5© 15.60 13,57. t3.09 13,01~ 12.66 12 3,67 14,'91~ !.4,!.4 !3,23 13.16 !.3.19 b,67 17,77 16.59 14,15 14,73 '7,~'~q 1~,4! t5,9~ !5 30 17,3~ 17,67 16 '4.30 !7.!} 15,30 14~26 14.60 16.31 6,7~ !4,6~ ~3.75 !.3 30' 13.63 1,1,40 !3 6.64 ~4,24 ~2.87 1.3 48 12.35 ~2,99 S,Sa !6,23 t3,'14 ~4~65 14.70 1.~7 22 O0 1.'7.80 18,84 t9.56 17,36 20 5.3~ 2.%'23. 19 94. 20,56 ..... 20.94 ?1,81 20 5,2~ 23,66 ~1,05 20,98 21,73 21.84 ~0 4,33 ~2,22 17,64 70,17 19,72 19.58 19 9,97 19,50 !,6,34 !.8~36 16,55 9,23 1~,30 t5,23 t5,67 !.5.'7~ 14 97 15 7,69 ~0.41 ~.4,02 t4 6~ 13,73 8,7~ 21,31 1,7,6~ ',t7 16 ~8,03 ]4 72 !6 1,8~ 27,58 '29~05 24 06 28,58 25 95 23 0.66 33,31 26,78 29 27 25.75 28 27 32 3,3() 20,05 23.47 24 16 20'89 ~2 61 23 6.69 ?!'84 21.89 20 9~ ~2,89 9,0~ ~9,77 26,00 24,80 26,45 23.67 26 3,31 26,06 ~3,33 25.61 22.84 24'~3 25 2,73 ~],(;9 ~0,98 19 77 19,25 21,42 20 39 27,88 23~03 21 98 23,89 5'70 22 50 2 05 22 42 ~O,6t ~7 '~,67 ~6'5~ 20, ..... 21,~0 ~0'25 !9,31 1 7 ~9,2716,30 ~6;8815.0015'9215 7"28219~ !50~ !7'19 t5'6314,09 ~5 7 ~ ;., ~ ~ . ~.:13 19 02 lq,~S :t6,38 !~,.t6 14,23 15 92 1.5 8,30 !.6.09 16,34 15.87 i 13 t,,~, ~,7~ !S..~.? ~4,45 I4,68 !. ::89 13.20 1.5 16 63 16".91 16.70 .67 .09 ,09 ,60 .49 .34 "30 .97 .31 ,55 .67 O0 ,34' ,22 . 36 243 . O0 208 88 ~ 80 03 116 69 ~4 69 7~ 55 92 ,27 ,80 ,1.9 5 ,03 '9 8 ,:i, 3,55 !2,87 ~2.29 !2,05 12.77 ~i,52 1:1~3 11.38 JI,22 31,32 16.1 19.4 23 7 17;3 10.7 11.8 11.8 10.8 17 3 21~4 30 1 18~3 17,0 20,2 15 q 17 0 18 0 22 3 29 8 3~ 3 3 9 3 64 8 9 9 8 60 3 ~0 6 76 4 688 49 5 4'7 3 60 2 63 5 64,6 6t.4 5e 5 58,5 50,0 50,0 55,4 55, .4 ,',~5,7 44.6 48,3 48.4 35,2 PASS2 PASS3 GR. (;~ GAPI GAPI PASS4 PASS5 AVE, AVE, GR GR SIGMA SIGM NEAR FAR GAPI GAPI CU CO 17.5 25.4 3!,3 25.4 14.1 12.9 15,0 1,3,2 34 9 2!.~4 13~ 15,6 17.2 19.6 23,0 26 8 37 291 298 154 46 65 84 62 49 54 64 57 1 56 ~ 59 8 64 4 52 49 0 3~,9 30.6 31,0 22.3 27,5 34.3 2~.6 16,5 18,0 15,3 15.3 19.3 33'0 40.0 26.3 21,7 18,9 20,5 27,9 23.2 27,8 30,2 37,9 7 48.6 1. 121.9 5 334.5 0262,5 7 6 3 8 0 2 3 28.0 28.0 35.0 25.0 19.2 19,2 20.! 18.6 18,8 31..~ 4O 5 28~5 24.0 25,g .4 36.~ 26. 20,~ 23. 22 77 1 . .5.07 39. . .80 44 52 24. 4 25 . 13 14 67 9.20 !6 ~ 34 16.4 O 0 17,0 89 7 4! 15.6 14, 15."9 15,~ 13, 12,~ ~L3, 17,~ 19. 25 42 6 42,8 46 99 ~42. 0 ~49 '73 ~ 144 o 82,8 85,6 90 61.0 65,4 66 550 60 6 ~4 86 1.6 77 15 ~ 34 14 ~ 86 17 56 29 63 26 ~ ,03 26. 0 14 23,3 03 20.9 36 54 54,3 69,9 66,4 64,8 60.5 63,2 61'!. 67,9 65.3 71.6 64,3 60,4 53,2 52i 60 6!'~ 39,5 38,3 35'1 34;3 35,1. 41,'7 72.8~4.55'27 62'1 ~ 0 2 74,3~ 2, :0 65~I 2~64 2 61, :5 19,~6! 8 70 0 20,2~ 16. 6, 57 1.9.6 " CI'~,.'iPA~,~iF .. $(~Jr} ,,~LASX;~ pFTP, OI,gI.~,~'.~ COi,,!l-"~ WELL, : X-27 DEC-7-84 PAGE 12 Fl' CU C'U C~t CU CI~ C[~ CU PASS3 PASS4 PAS,55 C t~ C U C ~ PASSI !1767 14.95 !3.o4 J4.o3 ,13.28 17.00 11,98 11.63 ll2b~ 14. ~ t6 3! la.~)~ 1~ 2~ ]~ 50 12 3~ ]2'49 1.~6~ !3.25 15.7! ~b.14. !4.46 15.44 11~a 12.32 ~1?t4 .!2,3~ 15.20 !2,39 !3,2.4 !H,86 12.G5 I1,51 ~1~0~ 12.45 ~4.37 ~2,78 ~2,3R 17,66 1!.92 ~1,33 11~6~ !.2,q!. 15..%8 ~3,0~ 11.~1 15,91 !1.94 11.80 !1.961 14,()q 15.06 15.79 !3.01 !7,3~ !2,37 :tlTb~ IE..'[5 !7.09 !5.57 ~4.~R !5.27 ~2.74 ~2:'~7 !125° ~4.31 ~4.56 15.09 ~4.01 ~5.56 12,30 ~3,06 1.1~59 !6,!6 ~4.,83 !5.26 !~,6! ~.42 ~2,34 12,3~ 11257 15.~5 14.i9 15,0q 17,50 ~2.79 12.~7 12,63 !~.956 !4.'20 !5,25 13,0& ~9'11 ~3.~)C' 13,45 ( '55 18,06 ~,33 ~4.71 19,5~ ~7.5~ ~4.45 ~3,93 llZb3 ~2.89 22.61 19.77 ~,44. 21.4J 17.67 16,95 ~1~5~ ?~,1..7 24.q4 ~0.16 ~3.5; ~0.61 ~0,73 18.13 !~250 ~.22 ~.03 ~'7,(::.5 ~0:2~ 20:2~. 9.20 11249 18,56 20,58 ~9.39 20.31 18.69 17,63 16~67 11~4. R !8.3g ~(),3q 19,2~ !7.84 19,4a 17,56 !7,83 1~247 2l.,53 ~.73 26,64 2t,64 ~2'84 ~9,4~ ~9~86 11246 2~'%,30 ~7.17 27.31 24.92 26.44 21.97 21.75 ~24~ 3~,14 ~7,54 2~,83 25,72 25,9~ 26,70 23,52 1:~44:, 30,33 29,83 ~$.~9 ~7.77 30.~2 27.25 27,44 lj243 32,72 30,8~ ~8,20 ~7.30 26.83 27,~1 ~5,52 11~42 36,31 34.~6 34'28 31.27 3~,,~1 28,,3~ 26,31 11~4~ 35,gl 3'7,33 ,35,25 39~,,~,3 3~.56 32,00 31 05 11239 45.4~ 43.97 45'59 44.25 43.94 40,2~ 37 4 ,.9.69 4.7.79 46.3~ 42.16 42 11~3~ 48 2n 4.8,09 . 11237 50.29 45.'t~ 49:U~ 44.63 fi0.2~ 4![,06 11~36 53.3~ 54'0o 52.'19 54.7P 53.~9 ~7~97 11~35 49,16 50.5~ 51,53 4[~,84:46 ~1'234 ,~.9.8~ 50,2~ a8,I9 44,7g 42,53 36;4.4 36 .~!.8,31 50,66. ~ ~33 42,39 4.4.5!:t 4t9 8¢~ 41 91 ~237> 32,.53 35.~4. 30,75 36,66 1123 3:],5~ ~9.5a 3'1.4 11229 30.14 29 0'~ 29,o9 3'!,9'7 1:i. 22[~ 29.'1~ 29'2~. 3.4,19 32,56 11~27 2~,00 30,22 30.95 31,34 ""' 95 31 8n 32 3~ 35 25 il2~6 30, , 11226 30,~2 30,09 ~'1,83 7~1,7'7 t:1224 34, 6 36.22 ..... 4.63 11~23 36,75 36,00 35.97 40,75 11~2~ a, 3.34 43'1Q 39 34 36 59 11.~20 34.2q 33.53 29,!7 30,47 11219 24,77 9'!'2S 23.9R 26,ti 31,44. 3!,6q 29 30.~'~ ~5,'7~ 2.5 30,78 25~,78 28 30,81 26;31. 26 ~2,aI 2'7,48 27 3'00 29.61 28 30'47 25,33 28 35,25 28.44 28 32,94 33.~1 33 42,09 35.66 35 37,44 36.~g 37. 31., 6t. 29,34 2A,!7 21,25 1.0.96 11,29 !1..93 1.2.72 11.65 11,93 !1.37 !2,5R 12,12 12'43 12,12 1!,50 12.80 !2,11 !2.97 !3,22 12.38 13.25 ~2,16 13'30 12,02 13,07 1 !.66 1.2.80 12.86 14,08 ~5,27 16.0~ 17.50 17.16 18'70 18.92 1'1,99 17.2~ !6,61 16,~1 16 97 16.38 19,1.3 18 86 20.95 19 81 11.72 l!.B6 12,07 11.88 11.49 !3,09 12.9~ 13,04 13.05 12,09 !2,25 15.37 16,33 17 67 !8 61 16 58 17 6& 17 27 16 41 17,63 22,03 23.83 ~6,44 26,70 t?8,14 29,09 36,34 41,91 39,19 4'3,25 46,9! 48 27,22 9~ 26,30 44 26 38 13 27 39 97 28 4:7 45 30 48 70 28 53 4:~ 31 66 31,0t. 28 26.55 25 26 39 26 27 14 27 26 48 26 26 44 29 28 80 27 29 11 28 28 2.63 32.'26 31 i.3 34.66 37,59 36 · 34 33,75 32,03 35 63 25,80 23,38 26 23.72 22 16 25,78 25 48 25,48 26,16 28.44 27,00 36,22 33,88 36,69 38,94 56 40.09 41,13 69 40.19 41,78 50 4'4,28 43,1g 4t 49,84. 49"1'4 78 45,7~ 418,22 47,69 O9 72 25: 77 73 3O 69 67 69 80 23,22 1.9,42 21,33 35.! 42,6 42.t 36.6 34,0 44.8 39.3 55,9 94.6 114.9 114.0 110,6 153'5 149.9 164 0 ~47 0 9O 96 85 73 106 1.76 2O6 ~16 130'6 75 3 76 4 86 9 81 5 62 3 6~ 3 55 9 65 6 75 3 75 4 67 ~ 57 0 59 5 59 2 56 ~ 67 ~ ' 62 5 53 3 42.0 37.6 34.~ PASS2 GR GAPI 34 8 40~6 37 7 33~1 36.0 37,9 44.4 55 5 95 9 94 9 ~17 ~ 1.52 8 160 5 175,6 ~46.5 82 !. 82 8 65 1 74 98 1,54 211 194 248 ~23 82 77 94 77 65 57 52 55 63 72 60 4 49 7 5,4 ~ 58. 56.7 6~ 5 57,0 48.3 42,9 43,4 36,9 PASS3 GR GAPI 36,3 41,8 40.4 36.7 43 2 46~1. 52,3 60.7 66.9 97.~ 101,7 117,0 156.1 164.3 168.6 160.1 94.3 a6.7 7~.5 78'9 96.5 137"6 200.3 ]99.0 ~92,6 255,1 266, !.4'g, 87, 96, 90. 67, 52,8 54,4 62,2 69. 55.2 6o;1 59;7 63.6 63,9 57,5 46,6 48,1 43,8 PASS4 PASS5 AVE. AVE, GR GR SIGNA $IGM NEAR FAR Gg. PI GAPI CU 204,3 207 212,1. 203 195 0 199 252 6 264 5 2660 270 1 15i 1. 140 6 86 :2 1,044 104 9 82 4 95 i 68 8 7'0 54 8 60 61.,2 62 62,7 69 80,9 73 8 ,i 64 63,6 62.7 64.5 65.5 62,5 56.i 52,7 49.~ 41,1 37.9 39.4 14 95 11,9 52,5 51. ,09 12.3 64.2 53 .17 12,7 1 4 is is 12 4 o 20 I 1631~ 164,. 21.03 16, 177.4 188.i 22 88 17.~ 162.0 ~62. 22 17 20. 92.8 8~,~ 19 20 18.~ 95,6 9 , 1.8 22 19, 84,3 80, 56 17,6 7fl,3 81 39 17, 5 132,4 ~42 . 14 26 ~ 33 27 72 27 i 31 28 28 38 4~40 30 47 ~ 63 31 ~ 83 58 25 , '78 26 3 67.. 00 27 4 65~ 95 29 6 6:7. 52 25 3 66. 66 29 4 61, 75 33 52.. 8! 35 6 51,3 43 34 36,i 3,: 24 7 21'2 C(?!v, P4Py .' St?~[O a[,~5}<'!~' PKT~UI,Er~i,: Cr~!,iP~ ~F:rh : X-27 DEC-7-84 PACk; 13 ! t21P 23.17 1 1217 1121& 1t215 11'214 70.73 !.1913 ~0.'7~ 11717 !~.31 11911 11210 11~0~ ?U.39 1 :.L Z04 2(,>. 5~ !1.90? 11207 24.36 11201 1 12o0 1 i ! 99 11198 28,05 11197 ~6.69 111.96 ~ 1. !. 95 11192 11190 26,39 11188 ?5 44 11187 ,26.95 1.1186 30,20 11185 29,,,,63 8328,44 1!180 11170 11176 31,611 11,!75 31,1!, l, 11. 74 3 1117P 72.1.3 !.1~?0 ?6,75 26. ~:!. 20. 21.;. .18, 20, 2._6.'. 25. 21. ? 0, 32 . 28, 27. 29. 27. ~6. 24, 29. ?7 34: 71. 3o, ~ 23.48 7~ 23.23 342.~, 13 gq 3322,~54 47 77 1~.5~ 73 22.14 41 23.17 27 J. 9.9~ O~ 21.31 78 ~9.42 20,9 n 03 2b.55 4~ 31.81 31 41,59 28 33,44 31, 26.83 J6 93.41 63 23.36 33 29.6! 36 06 26.30 61 29,27 92 27 , 7R [~5 27,27 . ~ ~5.5~ S~ ~7.69 O3 ~7' 2~ 56 26,83 1, 7 26, () ~ 13 26.61 64 27.2~ 25 29,33 II 27,61 07 26,69 77 26,53 27 ~ 28,91 ,. ,,~ , . 61. 2i~,34.. 14 30,77 72 33.22 PA.~-;Sd PA.."¢-..S5 PASSJ PASS2 CI.I Cf~ Ctl Ct1 PASS3 SiG~ FAR CU PASS4 PASS5 PAS $.IG~A SIGMA (; FAR FAR 25.17 27,1.7 20.8~ ?2.5? ~5..14 20.23 21,20 24.~.R lu.77 ?l.Sn 2q.~8 18,30 Pl.$1 19,52 1"1,(.'}0 I 9, (.,0 1.8.97 ~9,30 19.33 ~6,2e 20.6~ 21.C,~ Ib,66 17o14 20,20 ~6,94- !7,47 ~i,7~ 16,20 26,3~ 23.5R .17,42 31.42 26.3'3 !9,'1r~ ?~,69 20.8O .19,23 ~9,5~ ~2,91 ?1,84 ~7,94 ~.1,03 32. ? 1.9, 2(:,8~ 25 03 21.23 ~0.[i8 36:lg 24,34 39,b3 40.41 30.8~ 35,1.? 34.28 33,2¢ ~1,0~ 26,5q 2~ 8~ ~6 8t 23 3~ 24~0 24,89 25,56 23,41 76.94' 26,91 22.19 6.39 27, .3~ 21.86 21.50 20.30 22 16 20,56 20.1.4 19.67 20.59 18.0818,33 19,67 17~86 17,56 !8,06 18,28 17,0g 16.66 17,'!7 17.20 15,95 17,00 15.4g 16.53 !7 78 16,86 !5.95 16 66 !7150 !7.27 ~6,7~ ~6:72 16 94 !"1,41 17,19 16.59 !6:67 17.119 17,08 !7,50 20 06 .17,86 1~.20 ~7 97 ~7,56 18,52 17,77 !8,98 17,55 ~7.84 ~'1.95 !~.20 J. 7,20 lb.77 ]6.83 18.03 .1.7.50 !7.31 ~,05 ~7,78 , 19.34 !8,28 17.33 20,06 27,42 27.55 28,80 28,20 35.59 35.16 35,06 33.44 31 ~5 31.,53 32,75 29,6~ 24 36 24,02 27,72 23,84 22 31.. 23,36 24.,41 23,63 22 78 23 36 23 27 23 45 22,05 22,88 22,16 23,77 22,44 21,66 21,86 ~2,70 21,83 23.97 2,83 22.41 27 22,73 22 94 22'47 23'73 22 23 5,61 27 ?3'2? 21. 75 23;94 35,0~1 23 30 6,[~9 24.63 23'19 22,.16 2~'13 22,00 21 52 5.C')~ 21,'13 23,1.~ 2,4,4~ 22~78 21.70 21 31 7,4~ 23,6~ 2~,~e ~4;5~ 7.11 27,55 23,53 25"11 ~3.50 24,~3 25'59 5,4~ ~6.91 ~3.5~ ~3;(~1 23,53 22,94 24,39 5,9~ 26,~ ~2 55 23~2~ 2~,05 24~27 ~4.05 6,6~ ~7,..~ 22 81 24.'~0 23.06 23~16 23,58 66 6,f~1. 26.69 24.58 24.02 23,4~ 23.06 ~727 c~5 23862~,3421426,'14 ~3.73 167 5;os ~'~ 2~,,~c, 25.67 ..... 89 ~.~1 ~.2,S? 23,63 2!,0~ 21,44 9,9425,4:4 21,8323'1,121.42 22,6321,56 S1 PASS2 PASS3 GAPT GAPI G~PI .1 .5 ,9 ,7 .8 ,1 ,4 ,g ,0 ,5 5 .7 ,9 .9 4: 6 .9 ,9 ,i , 32 37 33 31. 29 29 27 27 41 42 41 3S 30 35 45 50 !. O0 72 63 48 3'/ 31 35 35 33 29 30 2'/ 32, 33 35 35 "37 49 'I 0 1.17 72 57 70 PASS4 PASS5 AVE, AVg. GR GR SIGMA SiGM ~EAR FAR GAPI GAPI CU CU 391 3615 39 1 31:7 30,4 33.8 29 8 28:6 32.3 3~,3 ql..O 34,5 28 2 29~8 35 3 49'4 .., 72'9 122:6 61.4 4:5,4 34,8 32 8 33:2 28,9 31.4 359 35,1 33,5 33.5 36 3~ 33 36 ~4 34 9. 6122 9 1.2'1 9 72 7 50 7 75 q7,4 41.4 42.3 37.8 34.0 36.0 30.3 31,0 36.3 43,2 48.1 37,9 34.0 36,2 5~.5 73.5 114,4 1.22 9 64:9 49.8 40,0 35,6 34,7 38,3 41,0 40,5 38,7 0.5 o 39 3 1. 35,6 6 4 6 42 2 3 42 9 3 54.9 3 954 1 9 44,4 41.4 44,8 40.4 35.7 36.6 33.3 37,9 1t7,0 40.1 46.8 49,2 42,2 39,.3 35 5 77.0 1.20,12 123 6 6'/ ? 52 6 42 2 36 7 37 6 35 6 .40 0 43 0 40 7 41 9 40,1 4 ~ 9, o 41,s 43,8 44 "4 45 9 4'5 0 44 9 4'5 61 99 1.1.2 9 ..38 67 , ,11. 96 65,9 64 84,1 83 45 48 54 66 I0O 134 ~137 87 63 39 37.~1 40,8 46 60 126 16 67 4458 4O 41 ,4 40 9 42. 44. ~ 40. 17 44 0 ~:66 20 2 421o 43 7 02 18.7 73 15,~ 31 16. 31 16. 39 17. 58 17.9 77 34 ~0. ~ 38 33,2 45.~ ~ 4 23 45.0 ~ 4 95 23 42 ~ 09 23 5 44I 22 22 PASS3 PASd4, 46.94 47 43,3~ 57.3~ 75 52.84 57.06 7~ 54.4~ 57,73 13 55,91 56.97 41 55.56 55.38 56 51 O~ 57.97 97 51,00 69 ~.8.63 47 52.00 72 50.84 11.!47 11146 11145 11144 11143 11147 11141 11140 11139 11138 1.1137 ! 1. ! 3F~ { ~35 · t ,3 .~ 1.11.33 11132 11131 11130 .4t 31.72 2~3. .7R ~9.0~ ~'7. .91 49.50 ~9.()? 4-8. .Oa 60.-'t7 52o7q 53. .50 60.~4 57,53 5~. ,28 5'7.1q 55,3~ 60. ,16 54 '/~ 56.75 57. 66 56:84 ~g. Oq 5q .8~ 56.09 55.6g .94 55,06 55,69 54. .75 54.X~ 5~,3~ 53,3!. 52. ,91 53.03 49,~9 5~,44 ,9! 55.3l 53 16 53.7a ,94 53.10 54:(')~ 53,19 .SS 52,50 49,50 4~,2g 49, .5~ 49,~9 50,13 4.6.03 52. ,63 KI,06 50.44 54,09 47.'72 4.6,25 48,~ 50, .46,2~ 4;.56 4.3.~9 a4.6~ 49, 44,34 47,b3 .~3,75 45 4..~ 47 53 46 5~ ~>9.44. 45.44 47.94 ~.9'16 49' 53,~6 ag'o.'~ 53,59 50,9~. 50. 55 ~7 49 34 55 7~ 61 54.10 56,09 57,.1. g 61,~ 51' 50,7~ 58,13 57,i9 48,59 55. . SO 42 4. i,1:~ 4.1 ~1 46,28 ' '41 ~.,:~ 2~ '~8 8~ 43,25 40. , .... . . 37,59 38.34 41,1.3 37,03 37, 3~5,3! 38:,03 q6,00 3:,2~' " [ 34,. 28 33.00 34,i3 3~. 35,1.~ 33,69 31,33 ~2.()6 33, 11129 3~,lq 31,0.2 30,4t 29,97. 1'112~ ~2;3~ 32 50 ~ 91 31 72 32 1!.I27 3.1.47 31,i6 31,09 30,63 31, 1!1.26 ?'/.3a, 30.33 ,30'48 1112527.11 2'i.59 25 ~8,47 31 11~24 30,2:2 28.(')~ 29, . '72 34 1~123 '28 17 ~9,80 31.36 11122 33'5330 1t 35'50 ?()~59 34. ,69 31.73 35,63 36.31 3,i, 28.33 24.19 2~.Og 38.1~ 36.~l 36,9! 5t.b~ 51.75 53.69 54.97 5~.3~ 56,2~ 5.4 13 55,72 55,10 50,47 53.97 55,0° 50.69 52.03 50.97 52,34 48.3~ 52.59 g0,7~ 50.72 54 O~ 52.41 49 13 52325 51.3a 50150 50.53 5O 5O 3 6~ 4 5~ 53 50 38,84 59 33,34 75 33,8~ 50,~1 49,16 49,19 46, S 48.69 48,91 4.6,13 51,44 50.00 5 49,09 ~7,'~ 47,(~6 4'1 22 4b,... 46, . ~6,8~ 47.75 46,03 ~4 06 47,75 4.5,69 48 3~ 4.7,22 44,56 45 09 ~6,2s. 43,44 41,56 ~.4 88 41. 41 ~.(), 41. .2,31 41..28 43'8~ 40,78 44,66 47 ag.6Q .4:2,$~ 52,66 49 52,16 47~75 53,41. 52 52,~ 50'03 51,31 50 49.56 55 75 51,31 50 4,38 45 8.4 4.9,2~ 44. 38 91 ~3,7~ 34 ,il 40.22 50.19 50,72 4.9,38 46,7~ 45,94 45,31 4,4,13 46.06 43,72 43,97 42,44 41.5,3 J.~ 84 06 06 22 38'22 3'7,69 ~. 33' E,~5 29 9~ 34 O? ~..1 3:1'.6! 3!,02 29,63 31,97 5q 3i'58 30,77 28,72 30,70 28 32,22 ~0 4 , ,67 28,61 , ,..3.. 29 64 ~6.88 28,6~ 69 27,99 25 89 26,55 29,22 09 ~7,3~ 26,30 26,33 27,00 06 30.75 ~9,45 32. 3 ,59 06 32,0~ 32,69 34.69 33,53 P~SS5 PASS1 SIGMA GR FIR L:I.! GAPT 27.88 38.16 45.'12 53,50 53 66 57~00 55,63 55.44 50.94 53.5~ 50'69 1.03 ~0,59 ~6,66 48,16 48,16 46,66 49,97 50.03 48,44 47 09 43 8e 46 91 47 44 42 69 44 38 48 5O 47 06 53,19 51,19 47,72 45,44 43 25 39 56 36 25 32 97 31 98 32 2n 30 44 30 4.7 28 ,80 272'7 ~1.3 84 , 32'69 35,66 35,66 83.8 94.7 ]05.5 81.6 54 4 56' ,6 53,3 46.8 45.7 48,9 54.4 47.9 44.6 40.3 40,2 37,0 37,0 43.5 34 ~ 31 6 36 0 40 3 39 .2 32 7 35 9 31 6 39,2 47.~ 31,6 32.6 2 7 34 8 32 7 27,2 28,4 25,0 23.9 28'~ 29.4 2~ 18.5 1.9,6 2 PASS2 PASS3 PASS4 PASS5 GR GR (;AP1 GAPI GAP! GAPI 87,6 98.8 103.7 70 4 57i7 55 9 50,0 t9.7 49,3 44.7 45 5 45~9 42.2 41,9 39.4 44,7 37,4 33 5 34 ~ 41 6 41 3 33 0 36 5 34 7 41 3 38,8 8 34,a. 29:8 35.7 27,7 2~ 28'3 24 3 18:!, . 38,0 86.3 92.8 114.0 113.8 97.9 !03,4 65.8 63.9 61.6 55,3 49.5 51.3 53,1 52.8 51,7 48,3 40,7 50,4 50,4 49,.9. 43,6 40,2 35.5 41.0 44.,9 44,9 46.1 49,~ 47, 35, g 36,6 42,2 43,4 34.3 33,4 35.3 35.6 2 . 9 29, 3~ 33 29, 2 23,5 20 77 20 38,0 70,3 65,9 65.0 58,6 53,7 53,3 53,3 55.5 53,1 48,4 49.3 48,4 48,4 46 1 42i8 393 38,1 43,5 55,6 49,9 40,9 ,7 46'~ 37,8 31,0 31.0 38,5 3!,0 4 35,8 8 32, 1. 35,~ 3 36'3 5 34,9 8 31,~4 1. ~9.9 2 29 37 45 AVF. AVE. NEaR FAR CU CU 90 2 14 58 5 55 53 5 60 ~ 5 5~ 49 5 50 ~ 5 47 41.'3 5 54. 51,5 54 45.~ 46 40, 44 43,1' 45 50 ~5 30 ~ 34 9 34 28,~ .43,! 32 41 26.1 78 3~.9 91 43.3 O0 48,2 5052 s4: 16 55 66 551~ 88 51,0 31 51.4 94 51,~ 59 48, 75 52,~ 78 50. 91 50 91 46 ~ 84 46 88 47 ½ 59 46 ~ 63 46 3 44 09 47. 28 45 ~ 4 O, .44 43,g ,1.6 49, ,47 52,I .19 52, 72 .49,5 94 44 13 43 ! 25 38 53 ~ 19 32 ~ 38 32 47 31 I 27 9 22 27 5 69 32 F"t' Ct: I 11.2© 36.,.4fi 37.03 11'110 %7,2'-i 36.3.4 11!.1g 40.31 111!.~ a4.4~ 4:t~.53 11115 dS.~ ~b.'72 llil2 39.'14 43,38 1II1~ ~4.4w 44.29 11110 50.53 47.16 ~1109 81.74 52.60 1..' 'O~ 51 ,59 5~ 97 1~..06 51'3~ 45,06 11104 S 1., ,4.1 i!!()3 a.~.. ta 38.06 11102 39..~R 32.5~ 11101 33,3~ 29.41 11!00 29;84 29.94 11099 ~8.OR 27.92 1109~ 30,77 11097 98.75 11096 30,31 '29,94 11095 a~. " 11094 27,92 27'61 11093 33.06 11092 33~3P 31,16 ~ln9~ 3~'~,84 31.03 0 "o 9 47,1 .". 0 11082 72 ' 13 I 108~ 68.31 1t')7~ 71:,13 68,5 11077 70,50 75'3~ . 73,~, 71,06 11075 74'2q 73'94 PASS4 PASS5 PASS1 SlGqA SIGMA GR FAR FAR C[.I CU GAPI PASS2 PASS3 PASS4 GAPI GAP! GAPI 36.75 34.,2~ 34.u6 30. 35.8? 34.2~ 37.06 3.!. 50,59 34.28 43.00 49,34 ~6,bg a7,53 a5,97 ~6.2~ a2.'7~ ~5. 4a,51 ~.63 47.4~ 39. al.5o ~-7.3fi 45.16 ab.3d z9.97 50.2P 43. 52,44 ~.1.63 51 66 49,72 .50,25 52.19 50, aS,56 4~.22 .49.91 46. 44 46 2= 51.06 ~-4. 4. 7 , , .... 42,66 44,03 A4'2~ 35.1q 37,16 37,75 36~ 30.o9 ~3,3!~ 35~81 31, 27.9~. ~!.61,: 30.11 29. 28 38 3t'3'4~t. . 2~,6z:, ~9.5!~ ~7, 33,06 27,6! 28,~3 ,9, ~0,31 27,o~ 29,bO , 30, 8,4~ ~7 55 3~'56 .... . 7 33,56 37,84 36. 34,~4. 35.6~ 43',44 35 ,~0,2~ a..3,75 a4,00 ~.0 4.6.7~1 ~'6,28 48.97 43 47.50 46,09 47,75 43, 45,31 ,~2.aa. 4.'7i53 4.6,72 52.03 53~94 46 58.75 67'56 ~.4'63 55' 68,13 71,1.c~ 72.06 66, 68,3a 6~.56 71'75 67 O0 6.5 13 6'1,06 .. ,22 69.3~ 69~88 69,81 ~j9,88 66,o3 71.63 -0.13 70:()0 67, 74,06 ~9.~8 69,8~ 67, 6~.25 3.06 70.81 64. 70,06 J3,06 76,3.1 63. 71,a8 72.50 71,25 67, 71,25 67,75 69.44 63, 36 31.58 35.oo 34.8i 35 66 47 35 31 35.63 34,81. 38:13 72 39~47 43.03 34 81 41.38 88 41,27 42 88 3~4~. 46,16 28 42.72 44~78 38,78 44 97 r)f,._ 43.22 40.31 44,41. 42'. ,00 03 39,75 39.09 42.19 43,25 5(: 41,19 41,06 45.59 41..06 7? 41.~4 40.75 41,t4 39,03 66 42,41 41.34 44,2~ 40,75 13 50 03 ~4 59 43,31. 43,69 13 4.9'47 45~9~ 44 34 a3 69 50 47 53 48,75 50.91 47.50 56 47~94 ~6.69 49,34 a. 7.16 25 47,63 49,31 48.94 47,88 22 43,59 ~:13.25 47,72 45.31. 9~' 42,47 42.19 40,50 46,09 94. 36,56 37,56 39.6~ 39,22 53 30,64 34,69 35 59 34 88 O0 27,80 27.84 28 1] 27 75 4!. 27.78 28'23 28 48 28 '72 23 29,03 29.13 30,73 28 '11 36 30,03 27.77 29~36 26 95 81 ~.~9;03 99'27 ~9'69 ~. 14 8q.: 30,17 31,16 30'89 31 ~9 19 31'38 33,91 32,00 33 4!.. 56 3~.13 37~91 37,06 38 84 38 ~2,§3 41,41 44.6"6 42 41.. 8 44 16 43'34 43'06 421~8 ~:~ 91 S1 43,72 43'88 44'75 45 94 53 54,47 4~,78 53;72 54,10 50 64.3~ 68;38 6~,38 00 60,69 64.,06 57,97 6~'53 16 59;44 91'06 63,06 63.97 94 ~3'78 63147 62~.~. 66,06 47 68,50 67,0b 67 69 63 94 44 65,'3~ 66'8! 68'88, 69 31 09 63,75 68,00 65,.44 6! 03 32.6 46 8 52i2 4? 9 50 l 50~!. 50.1 54.5 44,6 49,0 58.8 66.4 68 6 67 4 62 1 61 0 48 9 41 3 30.5 3~.6 26 1 30 5 28 3 3~,5 38.1. 37,0 40.3 4~.4 38.0 41.6 52.0 50,9 49.8 5O 0 48~7 45'5 46,4 53.6 57,9 60.4 64.8 60 ~ 60 2 54 ~ 49 3 4~ 5 35 7 28,0 30:8 38,5 4119 40.3 45' . 48,6 50.6 59.,9 52,2 49.2 49.2 47,9 58.0 60 8 64" .9 61,,9 64.9 67,1 53.4 49.1 48'4 37 . .3 27.5 5, 33,7 35.6 3 44.3 45,0 45 7 47,3 47,3 57 56 59 64, 56 42 35 38 35 39 4O 40 37 37 44 43 39 54.8 54;s ~ 57.3 64,6 ... 59.0 60;0 2 61' 5820 6 55'6 57't 4 40.5 45'5 ~ ~.0 ~9,3 1, 34,8 42,4 9 34;6 40,2 2 38,8 43,6 42;6 43,2 ] 38,5 46;6 3 44'7 47.;3 0 44,8 49~3 0 44.6 4~'4 6 40,2 49,0 5 40,I, .49.2 2 ~3, 49,2 46 3 50:8 56 6 57 9 58 8 59 4 53 8 53,2 54 6 61 2 6~ 0 69 70 4 67,5 69,7 62.7 51,5 50,7 46,4 34,~ 30,~ 33. 36,7 35,7 36 4 39'3 40,1 42,8 47 612 6O 43 49 2 5~ 49,5 47.7 47,5 47,0 46.6 47' 54,0 PASS5 AVE, .AVE GR SIGMA SIG~ NEAR FAR GAPI CU CU 47 47 ~4 40 51 44 55 80 49 56 45 57 ~ 43 55 40 60 i 39 62 44 65. 5t 68, 56.9 54 8 1 44 9 .34 39 9 52 ~ ~,4 , 47 4 : 56 50. 69 .49 · 68 48,9 31 41,7 41 46.~ 81 48, 66 45,~ 47 39. 81 41,5 53 44,1 78 45,1 59 48 ~ 59 50i 38 50 ~ 66 46, 4 29 31 29 48 28 92 30 06 29 38 31, 84 36,~ 16 35:, 53 40; '50 45, 75 46 13 55 13 66 44 59 63 65 9463 64 69 94. 67, 25 63,C oASS~ P~SS~ P~SSB PASS1 PAS52 P~S$3 PASS4 PASS5 SIGMA SI(:~q~ SI~ GR G~ GR GR GR CU Cll CU GAPI GaPI GAPI GAPI GAPI SIGMA SIGM NEAR FAR CU CU Jlr, 71 ~5.94 68.06 6~.00 Ab.44 6~.Hl 61.97 63.00 65.25 40.3 43.6 48.6 52,3 55.0 65 ~lO7O 67.F~ 6~.44 67.5fi ~5.3~ 6'7.00 60.53 6b.50 63.09 45.8 39,2 4~.6 46,6 52.] 67 !106a ~8.31 64.~5 69.5n Fb.3~ 6~.~8 63.00 6.1.S8 62.56 40,3 35,1 40.5 44 0 46.6 6 8 ! !n6~ ¢5.5! 7,5.0n 65.39 ~.50 F6.3~ 64.69 63,25 66.50 31,6 30,2 37,1 43:1 47.0 65 110~7 62.~1 6M.56 66.13 6f~,9a 67.44 58.2~ 40,3 4~,4 49.8 8 11066 ~.7.00 aT.Oa 66.9~ ~8.4~-66.3S 60.09 45.7 47.7 50.5 51 8 94 61.9 88 60.5 3! 63,~ 8 ! 64, 81 58.2 62.13 62,38 63.91 62,19 64 06 62,8! 60:72- 64,69 6:, e, 6 vg. 63:7~ 5~:41 62,:34 60:91 ~1065 7!.06 g'; 69 6G 9~ 6F 6q 69.0e 62,6g 61,4~ 61,34 63 88 63 13 40 3 ,10,3~ 71,75 ~7:3~ 69:5n 73:10 7~.25 63.50 65.94 66.3~ 67:94 63:50 41:3 110~3 71,8! 7]..1~ 7o:3~ 7b'Ot) 74:,13 67.06 65,].9 63.69 6~.6q 65.19 39,2 11067 74.63 75,06 ~0 o3 ~7.37 7o.~ 70.Et~ 69.50 62.59 67.94 67.06 45.7 ~10~1 70.56 72,4~ 75,50 f9.63~ 72 69 68.8~ 67,25 68.06 6~,3l 65.38 44.6 11060 71,51 72.3~ 76.60 68.06 70:94 7().1~ 66.3~ 68,63 67,25 63.59 45,7 " "'5n 72,56 73 8Fi 72 25 7~.13 70.94 69.00 65.8~ 63.81 65,75 63,59 52.2 ~ 7~.31 71:25 74'~t. 74' t~. . . 71 75. . 73.39. 66,75. 64,56 68,06 66,50 47,8 43.5 46 1 42 7 45 3 40 4 43 R 42 1 41 9 45 5 54. i oo o.o 50, 75 63,~ 81 67 55 , 3 '~ 57.2 .81 70.. 43 31 73.~ 44 51. 48,4 55,2 41,9 50,4 43.7 50.9 45.5 51,5 50.4 54,0 52,3 50,3 52.3 5~ 0 46,9 52 1~,.,57 73,8~ 70,75 75.¢~4 ~.8.10 74.44 7(.).94 71.3~ 69,06 66 94 68.00 43.0 40,9 45.5 88 70,~ ~,1(',~56 67.3~ .... 67'56 67.56 60~63 33.7 39.9 , 67. 7~.3q 7~.f~q 6~.19 75.5~ 67.56 6'7,06 30.5 40 65.3~ 70.06 .... 1.1055 70..44 69.06 7~2.31 70'75 ~5'25 66.81 63.28 62,53 30.~ 37.! 45.9 40.1 53 9 0 44 65.3 70,4~. 71.19 72.50 73.19 ~.3~ ~5.3~ 70.25 70.63 69'50 64.31 30,5 37,1 45'9 49,7 55 9 0 44 65,3 73.~il 74.9~ 70,69 69'79 7(,50 65'13 70'94 69.38 70,8~ 65'3~.. 40,6 44~ 53,3 52.~ 59 0 ~ 8~ 68,1 7~,56 77'75 74.o~ "'~ ~ ~(")~3 7~'56 68,63 6~.75 70,94 68,8~ 46.g 45,R 50,9 54,6 58 8 4 06 72'5 73,63 74,53 73.31 72.31 71.94 68~3 70,06 72,63 70.44 50.0 46,6 45,9 50,~ 55 4 8 06 7~,9 76'.?~ 75,6~.~ 74.31 75.06 74,~5 66.53 6s;69 69.19 73.3~ 7~,9~ 45'1 ~5.~ 49,g 50.9 53 4 6 75 66.6 76.56 7zi.sg 1~,50 7~,50 71,]~ 68.88 67,5~ 67,69 70.69 72'75 4~;5 ~4,5 50,3 52,~ 50 1 6,56 68,8 ~4.,1~ 73,81 74.63 ~.R,()~ 73.7s 6~.8~ 66.3! 65.94 64;06 70.31 35;9 40;8 4g'9 50,1 52 3 4"~9 68.8 73,31 71.25 7~,75 6~,75 71.o0 69,63 66,~4 68.81 69~()0 66,63 39,2 38,4 44,6 48,7 5~ 9 .~,3~ 69,6 75.00 71;94 73.3~ 77.31 7~.i9 68"31 69,~9 69,00 6.7;~3 64'75 4~.3 44.2 4g,6 49,6 57 2 5'00 68.3 7()18~ 70.81 72;i9 72,00 72.88 69.0~ 62,41 65,00 67,~9 68"88 42,4 43.9 49,5 49'4 5g 5 0'8~ 69'0 1104:4 7!.06 7i,25 ~' '::n ~" 70,'1 72'8a ~.9'69 67;10 69.19 68,50 68,88 47,q 44,~ 48,0 51;0 59 8 1;06 69,6 55,3 51 6 ~043 76,~3~ 76,75 75,~ 7'i,.:~5~ 73.~ ~:,9.06 70.94 69,56 67.31 66.56 ~.~ ~3.3 47.0 . 0'88 69.0 ]~('~)~2 70;50 ~3.06 78.25 75.31 68.50 ~,1.7.,~.. ~2,'75 72,13 71'25 67,4~ ~.?.t t2,1 48,9 51.8 46 1 0.50 67.7 {~()4~ 76,19 72;69 75'13 74,13 7'1.,~9 70,44 69.06 71;50 7('),3~ VO,lg 41,3 42;4 45.5 43,1 51 7 6;19 7~.4 1.1n,~ 79.b0 73.00 70'6~ 70.:3~ 79.5~ 72;19 69,31 69.!3 62,31 69;81. 41,~ 39.3 47.2 45,7 55 3 9.69 72,1 11039 72.56 73.3]~ 67.3~ 70.i3 68,06 67.63 69,88 65,69 64.25 65,~15 ,~0,9 43,5 4V,,7 49,0 52.8 72,.56 67,6 ~103~ ~7;~:3 72,5o V6.6~, 74..,6q 67;25 66,94 67,39 fi5,89 66,06 64.;56 39;2 44,~ 4~,~ 48,6 56.~ 67..13 66.9 .' "~37 5i.5() V3.63 69;9,4 ti'ge,; 71,~3 67.~38 ~8'06 64,63 66,44 65;8!. 42,4 46;3 ~3r~ '71;63 73;69 ~,9,94. ~:.8,0o 73.75 ~7,75 67 75 67,25 66,8~ fi5;44 39;2 40,~ 47'7 51;9 55,8 71;63 67,7 1103~:} 7~,38 7t,44 75,39 70,69 70;~ 70,94 66 25 69,00 6~,50 67,13 47,4 37,8 47,~ 50':5 5~,4 72,38 70,9 11034 67".50 74~"7~ ~.q,~ 72'P:~ 66;44 67 19 63,62 6~44 70'63 42;5 39.~ 48'1 ~9,~ 5-,8 67.50 66,4 t~O.~.~ 7~'50 7j.,oo 76'3i ~.9,6:.~ 7~,93 ~8.t~ 71 56 65,69 66,44 69,8~ .41'4 43,6 43 0 53;0 5~,3 71.,50 68'8 61.3~ 6~,(.)a 70'8~ 72.~0 71 38 6~.66 63,03 65'00 ~[1'3 39;3 41 0 44,6 49;8 66,94 6t;3 11030 73.56 7]i44 75.~0 7~,,14 68.38 68;25 4B 7 45,5 45:8 54':1 53.4 71; 38 68,3 110727~,~ ~.,,,n 73~7~{ 7').;~3 7~,'6[~ 77.i9 69,13 70 75 69'63 71.25 67,00 40 3 3 ;02~ 74..50 7zi'i~{ 76,~i:, 70~3~ 69~25 67 75 65'94 69,~8 75,0() 35 5 38,0 43 0 77,94 69,2 46 ~ 47 3 51.6 74. 88 70,3 11026 74..~ 72.~ 72.13 't3.R~ 701q4 70'3~ 66 8R 66.25 69"8~ 70,25 33 7 ~3~0 486 49,7 1.10~4 7'2..!7t 73'3a 7~::..,)~ 75,3~ 77;06 a. 6"...~ 71 06 70'!3 72.06 63,5o 41 3 47t'3 49 5 52 6 50,8 72, I3 66~9 1~027 7.~;,'2s 77,a~ 7.:~,(:.,o '/3,~';3 ~0;1.9 64.4.., 69 94 66,1~ 70,31 6.~,94 44 6 ai.I 49 2 50 8 51.7 74.25 64'4 1 105a. 11053 t 105~ 1 105.! 1105o 11049 76,56 7zi 8~ 71,50 71,50 2 11047 73,31 71, ~1046 7~,00 71.94 73.3~ 70'31 1104~, 11031 69 75 1102~ 71 ~ 7~[ 3R 110~7 cr)h~P;'.}<Y -, SOHIO ~I...~SKA F'E.TP('..)I.E{!A~ COt:~PA WET..L : X"27 DEC-7-84 PAGE 17 t'~S$~ PAS&? PaSc{l~ P.AS$4 PASS5 PASS1 PAS62 PASS3 PASS4 PASS5 PASS1 PASS~ PASS3 PASS4 PASS5 AVE. AVE, SiC. hA SIG?~A SI~A SIGMA SIG~'~A SIGMA SIGMA SIGMA SI..,M~C SIGMA GR GR GR GR GR SIGMA SI CU CI~ CU CH CI~ CI~ (fl~ CU CI~ CU GAPI GAPI GAP~ GAPI GAPI CU 1102~ 72.~3 72 6.q. 70 b3 71.25 6~,3~ &7.t;6 68.44 68 94 70,00 65 81 41.3 39.9 45 28 47,8 11021 73.6~ 74:0n 7(}:69 74,B~ 73,75 71.00 6~'75 69:44 67,56 66:00 3q,P 39'6 41: 47,5 11020 7'4 P~ 7q 6~ 75,56 77,~1 77,63 69,~. 70 50 67,94 66,94 66,75 42.4 46 0 44,6 46 9 1101~ 71.~$~ 75;66 72,31 75.56 71.3~ 72,75 7C.'88. 7].3~ 70 ,38 73,06 39.2 44:1 47,~. 48:7 1101.p, 75,13 78.50 72.06 72,4a 71,31 70,5(" 6~.19 69.75 70,50 73,06 43 5 42.9 , .. . 69 70 38 66 56 70 50 51~7 11017 7.I. 75 76,94 73.31 73,3.1 7a 06 72 69 68, . . , . 11016 76 06 72,38 ~4,3~I 71,9a 77 OO 67 50 67,8~ 72 94 72.75 68,56 39,7 ~1015 7411° 72,!.° 74.,6~ 70.4'~ 76[56 7I:63 70.13 68:8.1 72 31. 70.25 34.8 11014 75.56 74.6Q 73,8R 73,06 74,50 68 44 70,56 73,44 69 88 69.1q 38.1 11n13 80.63 7~ 3~ 78,8~ 76,,63 74,$~ 70~56 73,63 74,38 69 88 67,50 37,0 11019 7'7,50 74~63 75.00 77 ~.1 76.00 72,B~ 69 88 72.75 69 94 71.75 38,1 1101.1 78.8i 70°63 71.38 75~4~ 75.3] 76,3~ 72~56 70.8~! 71 19 69.13 44.6 50,~ 72 52. 7] 50,~ 74 49, 71 48,4 47,8 51.1 75 38.0 47,3 47,8 46.4 71 40 2 46,7 46,! 52 ~ 76 ~9 9 46,4 5~,7 54,4 75 39 9 45,8 51,$ 5~,6 80 40 5 50,B 51 ; 55,6 77 41 6 49,2 48 7 54.3 78 42,9 43,3 44 }' '~0 78,06 72,44 74,63 74,06 77,69 75 50 69,06 68 06 69 44 75,~g 43,5 46 4 47 I 54,~ o 7.~.. 06 71 F4 75 3~' 7~ 1~ 76 63 69~31 68 6~ 71 75 70 88 7], 45,7 :6 49 52 1~0()$ 77,19 72,'15 73,50 72,31 75,19 6B,88 73 75 69 30 68 ~8 72,63 44,6 42.1 47,7 48 7 48,~ 11007 7i,5& 73,94 74,00 77,3! 75,50 72,06 71 75 69 3~. 69,]1. 72,44 44.6 43.2 47.8 49 5 11006 74.,13 76,13 74,3l 77,13 77.~0 68,3~ 69 69 72 75 71 00 71,56 35,~ ~9,6 44,6 46,6 ~1005 71.~5 75,25 71,8p 7!,9a 72,50 67.06 73 06 68 94 68:31 72,31 37. 0,2 4~,2 43,8 ~1004 73, [; 73,75 74,3~ 72 1o 73,25 70 13 70 38 74 19 68,44 69,50 40 3 38,0 44,8 44,9 ' 52 1 002 75,44 ~3,56 75 31 ~3 06 74 06 72 "t~ 70,06 70,69 69,3B 63 1001 78.3! 80.00 81.50. ~3.13 80.3~ 73 25 77.31 72.50 77,6g 11000 78.50 77,b3 77,3~ 78 ~ ~ 13 7~ 50 76,19 74.~ ~,8I ~2,50 10090 76.2~ 74,50 75,5~ 71.~ '31. ~. 7 ' 8~ 72.81 73,2 ,00 73 . 69 75 31 72,19 72,63 72,13 70. 5 70,69 10998 75 58 76, . _ 10997 73.25 72. l~ 73.8~ 69.60 71.b3 67.81 1()g96 69,~4 72,3~ 6~.~8 67,38 64,00 ~0095 ~1.5n 61.97 66.1~ 61.41 ~099~ 60 9} 65.bg 60,44 63,38 10093 ~b~8, 63.2~ ~4,2q 58.97 10~9~ &8,25 60.88 ~.0990 68,3B 60.97 9 39 8 48,4 44 ? 52,6 · 48 6 51,5 43,6 40 8 46,4 34,4 39 1 41,~ 3~,3 37 3 .1 41 51.2 42 41 5 40 5 41 0 42 3 43 0 44 42 5 49 5 49 4 47 7 44 7 49 0 49 3 6O 65 66 68 68 63 67,~ 63 71, 25 69,~ 88 72. 13 70 06 67 56 68.~4 63 70.. 50 72 81 76 06 75 06 69 19 68 56 72 13 68 25 67 88 70 94 71 44 72 31 73 25 44 67 50 66 31 65 25 60 38 60 PROGRAM: LISCAN REVISION: 5.1 PART NUMBER: WS7gO-PE32 Start of execution: Tue 14 NOV 88 **** REEL LIS 88/10/27 ATLAS 01 HEAOER **** LIS CUSTOMER FORMAT TAPE 9:11a RECEIVED NOV 2 '~) 1981'¢ Alaska Oil & Gas Cons. Commission Anchorage ** LIS 88/10/27 HEAC~R **** 3581 01 3 PASS CN/MS FILE # 1 PASS 1.001 **** FILE HE~DER **** 1024 CN : STANDARD ALASKA WN : X-27 FN : PRUDHOE BAY COUN : NORTH SLOPE STAT : ALASKA PRODUCTI FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME TAPE DEPTH UNiT : ~T 12 CURVES : NAME I GR CODE.~-$AMPLE# UNIT 68 I AP1 BYTES 4 / 4 SPD 68 ?,~. 1 F/MM 4 5 CCL1 68 1 VOLT 4 6 CCL 68 I VOLT ~ 7 SSN 68 I CTS 4 8 CSSN 68 I CTS 4 9 LSN 68 I CTS 4 0 CLSN 68 1 CTS 4 I CN 68 I PCT 4 2 CNC 68 1 PCT 4 * D~T& RECORD DEPTH CCL1 CLSN 11742.000 0.0000000 11.49885 11692.000 0,0000000 10.54850 11642,000 0,0000000 15,69193 11592.000 0.0000000 12.00463 1154.2,000 0,0000000 21,30940 11492,000 0,0000000 16,46013 11442.000 0.0000000 23.78383 11392.000 0,0000000 27,38087 11342,000 0.0000000 17.61324 11292.000 0.0000000 15.97905 11242,000 0,0000000 10,69195 11192.000 (TYPE# O) GR CCL CN 42.57544 0.0000000 15,00000 23.65483 0.0000000 3!.04776 25.73001 0.0000000 25.21002 19.86882 0.0000000 30.86543 36.70035 0.0000000 19.63838 23.64676 0,0000000 24.75261 15.09854 0,0000000 17.93233 18.73260 0.0000000 I 6.61 763 23.28413 0.0000000 25.27126 110.8755 0.0000000 27.71992 287.5530 0,0000000 35.45595 44).68774 994 BYTES * TTEN SSN CNC 853.9148 160.9839 17.01390 1t99.632 152.4917 32.14388 1189.956 176.7654 26.57037 1195.367 182.3392 31.96861 1219.065 213.4872 21 .32520 1210.656 197.2966 26.13704 1207.387 209.5007 19.73360 1196.653 240.8315 18,51175 1 206.717 232.9804 26.62842 1201.511 257.3757 28.95691 1193.864 156.3807 36.40532 1 I 8.5. 274 TEN CSSN 161 .6338 160.9839 52.11505 145.2796 13.17692 188.6662 7.271811 165.9501 12.16401 217.7586 -?.554376 195.0808 -6.432755 230.7518 -6.945463 253.7425 -5.492440 211 .2617 -3.619435 204.9279 -13.75947 160.5782 -10.09947 SPD LSN 24. 99751 45.99539 28.96140 45.53439 28.99710 52.46191 29.18460 60.25591 29.96130 80.54353 29.92351 67.01160 29.92351 67.99211 29.99701 93.03471 30.23250 86.68040 20.99701 98.62570 30.12361 38.04779 29.99701 ~ ~114 11142.000 0,0000000 5.137101 11092.000 O. 0000000 5.055851 37.94702 0.0000000 68.91422 81.15623 0.0000000 63.57851 1182.214 106.2554 70.22986 1170.485 1t2.4530 64.66043 -11.06571 108.7187 -7.692103 102.1778 30.99692 17.51871 30.1062_0 20.29759 TOTAL DATA RECORDS : STARTING TAPE DEPTH = FILE TR&ILER **** 74 11742.00 r-NOI NG T4PE DEPTH = 11046.00 FiLE # 2 PASS 2.002 **** ~ILE HEADER **** 1024 FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME T4PE DE PTH UNIT : FT 12 CURVES : NAME CODE SAMPLE# ! GR 68 1 2 TTEN 68 1 3 TEN 68 1 4 SPD 68 1 5 CCL1 68 1 6 CCL 68 t 7 SSN 68 1 8 CSSN 68 1 9 LSN 68 1 10 CLSN 68 1 1! CN 68 1 12 CNC 68 1 UNIT BYTES API 4 LB 4 LB 4 F/MM 4 VOLT 4 VOLT 4 CTS 4 CTS 4 CTS 4 CTS 4 PCT 4 PCT 4 * DATA RECORD DEPTH CCL1 CLSN 11743.000 0.0000000 10.7;893 11693.000 0.0000000 11.6523~ (TYPE~ O) GR CCL C N 33.61218 0.0000000 1 5. 00000 19,48351 o. oQ¢ o. oo o 30, 840 994 BYTES * TTEN SSN CNC 939.3059 154.Q845 17.01390 1230.278 151.5936 31.98106 TEN CSSN 335.4663 154.QB45 -4.446899 .7800 SPD LSN 29.99701 42.9c~56q. 29.35500 44.06461 0. 0000000 O. 00,~000 I 3 · 29568 28, '523 11 593.000 16. 79276 0.0000000 0.0000000 I 5. 26683 22. 52698 11543.000 30.28783 0.0000000 0.0000000 24.01969 18.1!584 11493.000 31.05470 0.0000000 0.0000000 18.36194 22.93274 11443.000 39.04402 0.0000000 0.0000000 18.25371 22.73489 11393.000 22.34245 0.0000000 0,0000000 22.54668 20.97249 11343.000 22.45976 O.O000OO0 0.0000000 18.62872 23.74413 11293. 000 463 . 1677 0.0000000 0.0000000 16.47224 28.17986 11243.000 251.6323 0.0000000 0.0000000 12.Z5978 32.74832 11193.000 44.69141 0.0000000 0.0000000 10.94168 30.12907 11143.000 53.85017 0.0000000 0.0000000 5.038325 69.99654 11053. 000 63. 29384 0.0000000 0.0000000 4.278400 70.44106 169.9004 29.91695 1209.618 176.1724 24.03549 1219.t69 219.7149 19.90448 1231.794 1 87 · 8534 24.41776 1217.057 234.6362 24.23132 1209.921 262.0869 22.57452 1199.520 202.5590 25.18335 1203.969 293.6860 29.39584 1181.396 158.2264 33.78246 1190,595 164.4046 31 .26151 1190 · 601 101 .4429 71 .36769 1171.083 105.9109 71.83582 174.Ub~5 -7.334335 169.8390 O. 9821016E-01 241 .6048 -5.115154 206.5070 -4.072970 205.1458 -9.349474 241 .1086 -10.65121 213.7202 -9.381496 212.7408 -8.859945 175.1724 -6.481555 147.1276 -9.602621 107.6608 -6.099391 90.70471 29.13611 59.08670 29.99701 84.05832 29.99701 58.80391 29.99701 92.15170 29.99701 114.3781 29.99701 64.79810 29.99701 104.4791 29.99701 37.48729 29.92351 47.R3530 29.99701 16.76028 29.99701 22.08611 TOTAL O~TA RECORDS : STARTING TAPE DEPTH = **** FILE TRAILER **** 7O 1 1 743. O0 ENDING TAPE DEPTH = 11079.00 FILE # 3 PASS 3.003 **** FILE HEADER **** 1024 FORMAT RECORD (TYPE# ONE DEPTH PER FRAME TAPE DEPTH UNIT : FT 1 ~ CURVES : NAME COD 1 GR 68 2 TT~N 68 3 TEN 68 4 SPD ~8 5 CCL1 68 6 CCL 68 7 SSN 68 8 CSSN 68 9 LSN 68 10 CLSN 68 1t CN 68 !2 CNC 68 E SAM 64) PLE~ 1 1 1 1 1 1 1 1 1 1 1 1 UNiT AP1 LB LB m/MM VOLT VOLT CTS CTS CTS CTS PCT PCT YTES 4 4 4 4 4 4 4 4 4 4 4 . DATA RECORD (TYPE# O) 99 4 BYTES DEPTH GR TTEN CCL1 CCL SSN CLSN CN CNC I 1765. 000 35. 85300 853.91 48 O. O000C-O0 O. 0000000 I 57. 9842 I 1,74883 15. 00000 17,01390 I 1715. COO 36,35501 1 268.642 0 . 0000000 0 . 0000000 1 61 . 6584 ! t . 79805 3t ,1 8822 32.27890 11665 · 000 1 9 · 51608 I 301 . 674 O. 0000000 O. 0000000 I 49.1 744 10. 95668 32.01 392 33 · 07399 I I 615 . 000 27 . 87491 I 282 . 347 0 · 0000000 0. O00000O I 83 . 0673 I 5. 65707 25. 46706 26.51 410 11565.000 27,79649 1294.730 0.0000000 0.0000000 242.3493 23.57796 17.32640 19.16995 11515.000 33.94542 1269.148 0.0000000 0.0000000 228.9724 18.77707 23.30698 24.77068 tt465.000 25.22331 1268.341 0.0000000 O.O000OO0 182.6966 14.55660 26.24214 27.54999 11415.000 44,94736 0.0000000 OIO000000 16.57774 24.22964 11365.000 29.09694 0.0000000 O.O0,P-O,.O00 25.39632 16. ?94 1265.668 230.2049 25.64218 1277.789 240.6365 18.66052 TEN CSSN 298.8701 157.9842 273.2979 163.2548 9.042336 154.8350 -3.4~8939 189.7818 14.24991 223.5679 6.010025 213.7767 -7.389541 179.0844 -9.207039 195.6356 6.~.~092988 .2310 SPD LSN 25.99739 46.99530 29.99701 44.51050 30.65190 43.90930 28.99710 62. 23630 28.78522 99.00032 27.99719 80.51132 2.7. 9971 9 61.71489 27. 9971 9 94.91972 27.99719 91.31551 O . 112 O. 112 O. 3 111 O. 6 111 O. 6 0000 4.44 000 O. 00.Q.O..O 00 080 19. )47 207.6689 20.85904 65.000 53.88573 1275.760 0000000 0.0000000 329.1929 3.86183 9.373821 11.85195 15.000 50. 75948 I 256 . 573 0000000 O. 0000000 304.0955 6. 07508 t3. 59601 15.71883 65 . 000 85. 54283 1 ;',2_ 56. 843 0000000 0 · 0000000 I 21 · 2259 345402 67. 92010 69 . ! 8716 15.000 75.40125 1254.438 0000000 0.0000000 132.8549 .921875 54.89798 55.74182 3.297966 300.4680 -6.105795 3C3.9836 -0.801 5401 134.9576 -1.834270 132.9902 27.99719 183.5846 27.99719 143.1160 27.97328 23.50061 27.99719 27.4157,~ TOTAL DATA RECORDS : STARTING TAPE DEPTH = FILE TRAILER **** 73 11765.00 ENDING TAPE DEPTH = 11077.00 **** TAPE TRAILER LIS 88/10/27 3581 01 TOTAL RECORDS IN THIS LOGICAL TAPE : 230 **** REEL LIS 88/10/27 ATLAS 0t TRAILER **** TOTAL RECORDS IN THIS LOGICAL TOTAL RECORDS IN THIS PHYSICAL REEL : REEL: End of execution: Tue 14 NOV 88 9:12a execution time = 1 minute , RETURN CODE = 0 Elapsed SYSTEM 10.0 2.31 231 seconds.
