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194-160
1 Guhl, Meredith D (CED) From:Barbara Kruk <bkruk@glacieroil.com> Sent:Friday, July 19, 2019 3:27 PM To:Guhl, Meredith D (CED) Subject:RE: Badami 4, Core Analysis Attachments:Badami_4_CoreLab_Psp300 Report BP-3-1573.pdf; Badami_4_CoreLab_Psp300 Report BP-3-1574.pdf Hi Meredith, Please find enclosed reports from CoreLab for Badami 4. Note: I had to scan the plots on the copier for Report BP‐3‐1574 so there is some overlap in the pages for recreating the plots after printing. Thanks, Barb From: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Sent: Wednesday, July 17, 2019 8:12 AM To: Barbara Kruk <bkruk@glacieroil.com> Subject: RE: Badami 4, Core Analysis Hi Barb, When you get a chance, I’d appreciate a scanned copy of the Badami 4 core analysis, both for a public records request and for the AOGCC dataset. BP didn’t scan anything before sending. Thanks, Meredith Meredith Guhl Petroleum Geology Assistant Alaska Oil and Gas Conservation Commission 333 W. 7th Ave, Anchorage, AK 99501 meredith.guhl@alaska.gov Direct: (907) 793‐1235 CONFIDENTIALITY NOTICE: This e‐mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e‐mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Meredith Guhl at 907‐793‐1235 or meredith.guhl@alaska.gov. From: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Sent: Wednesday, July 10, 2019 2:51 PM To: Barbara Kruk <bkruk@glacieroil.com> 2 Cc: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Subject: RE: Badami 4, Core Analysis Thanks Barb! It’s going to the mailroom shortly to be couriered in the morning. Thank you, Joe Lastufka SIM Specialist Cell: (907) 227-8496 | Office: (907) 564-4091 --------------------------------------------------------------------------------------------------- BP Exploration Alaska | 900 E. Benson Blvd. | Room: 717B | Anchorage, AK --------------------------------------------------------------------------------------------------- From: Barbara Kruk <bkruk@glacieroil.com> Sent: Wednesday, July 10, 2019 2:33 PM To: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Cc: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Subject: RE: Badami 4, Core Analysis Joe, The address listed below is the correct address for sending the data. Glacier Oil & Gas ATTN: Barbara Kruk 188 W. Northern Lights Blvd, Suite 510 Anchorage, AK 99503. Note: Our office closed this Friday we work a 9/80 schedule. Thank‐you for providing this information! Have a great day Barb From: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Sent: Wednesday, July 10, 2019 2:26 PM To: Barbara Kruk <bkruk@glacieroil.com> Cc: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Subject: RE: Badami 4, Core Analysis Barbara, 3 I wanted to reach out to you on the data that was requested. We had the core analysis data spreadheet but no electronic pdf report, so I decided to retrieve a box and found that the box contains the reports and data diskettes for core analysis for Badami 4 as well as additional data and reports for Badami 4 and 5.. I’d like to send you the full box, that way you have the analysis report and data to provide the AOGCC. Is the address listed in your signature the best location to courier the box directly to you or your designate? Please let me know if you have any questions. Thanks! Thank you, Joe Lastufka SIM Specialist Cell: (907) 227-8496 | Office: (907) 564-4091 --------------------------------------------------------------------------------------------------- BP Exploration Alaska | 900 E. Benson Blvd. | Room: 717B | Anchorage, AK --------------------------------------------------------------------------------------------------- From: Barbara Kruk <bkruk@glacieroil.com> Sent: Tuesday, July 9, 2019 1:46 PM To: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Cc: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Subject: FW: Badami 4, Core Analysis Good Afternoon Joe, I received your contact information from Meredith Guhl at AOGCC regarding the release of Core Analysis for Badami 4, PTD 194‐160 to AOGCC. Savant Alaska, LLC is requesting the release of any core analysis data that BP has for Badami 4, PTD 194‐160, to the AOGCC. We also would like to receive a copy of the data. I appreciate your help with releasing and providing the data. Please let me know if you have questions on this email. Thanks, Barb Barbara Kruk Geophysicist/IT Manager Savant Alaska, LLC (a Glacier Oil & Gas Corp. owned company) 188 W Northern Lights Blvd, Suite 510 Anchorage, AK 99503 Main Ph: 907-334-6745 | Office Ph: 907-433-3802 Cell Ph: 907-952-1151| Email: bkruk@glacieroil.com From: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Sent: Tuesday, July 9, 2019 10:05 AM To: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> 4 Cc: Daniel, Ryan <Ryan.Daniel@bp.com> Subject: RE: Badami 4, Core Analysis Meredith, Please provide my contact information to your contact from the operator to submit the written request (electronic is sufficient). Thanks! Thank you, Joe Lastufka SIM Specialist Cell: (907) 227-8496 | Office: (907) 564-4091 --------------------------------------------------------------------------------------------------- BP Exploration Alaska | 900 E. Benson Blvd. | Room: 717B | Anchorage, AK --------------------------------------------------------------------------------------------------- From: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Sent: Monday, July 8, 2019 2:09 PM To: Lastufka, Joseph N <Joseph.Lastufka@bp.com> Subject: FW: Badami 4, Core Analysis Hello Joe, Hope this note finds you surviving the heat and the smoke. I am searching for core analysis performed on core from Badami 4, which was originally a BPXA well. In the AOGCC database, it appears BP submitted a paper copy of the core analysis, but in the intervening years, we are unable to locate the analysis and do not have a digital copy. We exchanged emails about this specific data in 2016, and your last response is attached. I checked with Savant this year (below) and they also do not have the core analysis in their files. Would BP still require a written request from the operator to submit the data to the commission, per your 2016 email? Thank you, Meredith Meredith Guhl Petroleum Geology Assistant Alaska Oil and Gas Conservation Commission 333 W. 7th Ave, Anchorage, AK 99501 meredith.guhl@alaska.gov Direct: (907) 793‐1235 CONFIDENTIALITY NOTICE: This e‐mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e‐mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Meredith Guhl at 907‐793‐1235 or meredith.guhl@alaska.gov. 5 From: Barbara Kruk <bkruk@glacieroil.com> Sent: Monday, July 8, 2019 1:58 PM To: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Subject: RE: Badami 4, Core Analysis Hi Meredith, I was not able to find a copy of the core analysis for Badami 4. Thanks, Barb From: Guhl, Meredith D (CED) <meredith.guhl@alaska.gov> Sent: Tuesday, June 25, 2019 2:36 PM To: Barbara Kruk <bkruk@glacieroil.com> Subject: Badami 4, Core Analysis External Sender: Proceed with Caution Hi Barb, Hope you can direct me to the right person, I’m on a hunt for the core analysis from Badami 4, PTD 194‐160. The AOGCC inventory shows we received a paper copy of the analysis, but I can’t find it anywhere and is not part of the scanned or digital record. I’m hoping Savant received a copy when they became operator of Badami. Please let me know, this is for both a public data request and to ensure the AOGCC record is complete. Thanks, Meredith Meredith Guhl Petroleum Geology Assistant Alaska Oil and Gas Conservation Commission 333 W. 7th Ave, Anchorage, AK 99501 meredith.guhl@alaska.gov Direct: (907) 793‐1235 CONFIDENTIALITY NOTICE: This e‐mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e‐mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Meredith Guhl at 907‐793‐1235 or meredith.guhl@alaska.gov. UNSCANNED, OVERSIZED MATERIALS AVAILABLE: 11t.L Lbá FILE # 4' ¡Îlu{J L() G:S ~ 1'1~à \(J~ ~. f Dk C rc { ~ {~PI rÆ ()j,'l (~+flJ .&eJt-~ ¡ ~~ . cJ~~.{)qC\.) D~tK t~\ QiÞ~ t)~û. ~ llV'-L, &/YLÔ~~ , t vY\.''''''~ ~ t~~y"..yl)fl\ \~ ~ Mk } \,.., To request any/all of the above information, please contact: Alaska Oil & Gas Conservation Commission ,333 W. 7th Ave., Ste.l00 I Anchorage, Alaska 99501 Voice (907) 279-1433íFax (907) 276-7542 bp BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 September 13, 2001 Jody J. Colombie Executive Secretary State of Alaska Alaska Oil and Gas Conservation Commission 333 W. 7th Ave. Suite 100 Anchorage, AK 99501-3539 Re: Badami No. 4, Drill Stem Test March 17-April 7, 1995 Submitted with Well Number 94-160 Duck Island Unit #3 (10-11 - 17) Well Completion Report Dear Ms. Colombie, In response to your letter'tO Fritz Gunkel dated August 30, 2001, we have reviewed the data and give permission for their removal from the confidential room and placement in the respective public well files. Sincerely, Edward D. LaFehr Development Manager Alaska Consolidated Team BU EDF/jmk cc: Fritz Gunkel , °'? ~ C~ c° "%Chora.,;~' Co~r~iS$io~ ALASKA 0IL AND GAS CONSI~RVA~ION C0PlP[ISSION TONY KNOWLES, GOVERNOR 333 W. 7TM AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 August 30, 2001 Fritz Gunkel Manager, Drilling BP Exploration, Inc. PO Box 196612 Anchorage AK 99519 Re: Badami No. 4, Drill Stem Test March 17-April 7, 1995 Submitted with Well Number 94-160 Duck Island Unit #3 (10-11-17) Well Completion Report Dear Mr. Gunkel: The Commission has requested I review data that has been in the commissions confidential room to ascertain if it actually needs to be in the vault. I am giving operators an opportunity to review the confidential data before it is released to the public. I am requesting that you send a staff member to the Commission to review these binders to determine if indeed they are still confidential. I have enclosed copies of the covers for your convenience. I will file the binder named Badami No. 4 in the public well file and the Duck Island #3 Well Completion Report in the library unless you indicate otherwise on September 17, 2001. Sincerely, ~ Ex"ecutive Secretary Encl. BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO, Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 ,ard Okland 'ka Oil and Gas Conservation Commission 1 Porcupine Drive ,horage, AK 99501 -4133 April 30, 1997 - Mr. Okland, se fred enclosed the drill stem test data for BPX well Badami #4 (AP1 Serial No. 50-629-22532-00). The DST conducted March 20 - April 7, 1995. These data should be held confidentially. enclosed Halliburton final report is in addition to the preliminary field reports provided on April 7, 1997. If have any further questions or comments, please contact reservoir engineer Kate Humphrey at 564-4125. . ~edar / ami Subsurface Team Lefi'der :ipt of Delivery RECEIVED AP . 30 1997 Alaska Oil & Gas Cons. CommissJo[i Anchorage Badami/Commercial/Agencies BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 Howard Okland Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Okland, Please find enclosed the drill stem test data for BPX well Badami #4 (APl Serial No. 50-629-22532-00). The DST was conducted March 20 - April 7, 1995. These data should be held confidentially: 1. Preliminary Field Report 2. Tank Strap Readings 3. Downhole pressure measurements If you have any further questions or comments, please contact reservoir engineer Kate Humphrey at 564-4125. W.L. Bredar Badami Subsurface Team Leader REC.:, E VED File: Badami/Commercial/Agencies '''' ~'~r ~ ~ I 1997 & Gas Cons. Oommisst~, Anchorage PIE Well-Test Analysis-Type: OIL Country: USA I Field: Badami Company: BPX I Welt: #4 OSTla point! date ! hour ! hour ! rata !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 1 95/03/24;15:14:45 2 95/03/24;15:14:53 3 95/03/24;15:15:01 4 95/03/24;15:15:09 5 95/03/24;15:15:17 6 95/03/24;15:15:25 7 95/03/24;15:15:33 8 95/03/24;15:15=41 9 95/03/24;15:15:49 10 95/03/24;15:15:57 11 95/03/24;15:16:05 12 95/03/24;15:16:13 13 95/03/24;15:16:21 14 95/03/24;15:16:29 15 95/03/24;15:16:37 16 95/03/24;15:16:45 17 95/03/24;15:16:53 18 95/03/24;15:17:01 19 95/03/24;15:17:09 20 95/03/24;15:17:17 21 95/03/24;15:17:25 22 95/03/24;15:17:33 23 95/03/24;15:17:41 24 95/03/24;15:17:49 25 95/03/24;15:17:57 26 95/03/24;15:18:05 27 95/03/24;15:18:13 28 95/03/24;15:18:21 29 95/03/24;15:18:29 30 95/03/24;15:18:37 31 95/03/24;15:18:45 32 95/03/24;15:18:53 33 95/03/24;15:19:01 34 95/03/24;15:19:09 35 95/03/24;15:19:17 36 95/03/24;15:19:25 37 95/03/24;15:19:33 38 95/03/24;15:19:41 39 95/03/24;15:19:57 40 95/03/24;15:20:13 .00000 ........ 6276.87 .00222 ........ 6246.02 .00444 ........ 6238.46 .00667 ........ 6204.87 .00889 ........ 6183.96 .01111 ........ 6127.08 .01333 ........ 6074.75 .01556 ........ 6028.69 .01778 ........ 5988.93 .02000 ........ 5946.05 .02222 ........ 5938.14 .02444 ........ 5786.31 .02667 ........ 5631.77 .02889 ........ 5514.70 .03111 ...... .. 5418.56 .03333 ........ 5333.25 .03556 ........ 5255.67 .03778 ........ 5185.96 .04000 ........ 5122.49 .04222 ........ 5064.91 .04444 ........ 5012.58 .04667 ........ 4965.52 .04889 ........ 4923.04 .05111 ......... 4884.09 .05333 ........ 4848.52 .05556 ........ 4815.58 .05778 ........ 4785.26 .06000 ........ 4756.96 .06222 ........ 4731.41 .06444 ........ 4707.56 .06667 ........ 4685.30 .06889 ........ 4663.98 .07111 ........ 4643.67 .07333 ........ 4624.56 .07556 ......... 4606.53 .07778 ........ 4589.75 .08000 ........ 4573.91 .08222 ........ 4559.22 .08667 ........ 4532.08 .09111 ........ 4507.66 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI } PAGE: point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI ~ 41 95/03/24;15:20:29 42 95/03/24;15:20:45 43 95/03/24;15:21:01 44 95/03/24;15:21:17 45 95/03/24;15:21:33 46 95/03/24;15:21:49 47 95/03/24;15:22:13 48 95/03/24;15:22:37 49 95/03/24;15:23:01 50 95/03124;15:23:25 51 95/03/24;15:23:49 52 95/03/24;15:24:21 53 95/03/24;15:24:53 54 95/03/24;15:25:25 55 95/03/24;15:26:05 56 95/03/24;15:26:45 57 95/03/24;15:27:25 58 95/03/24;15:28:13 59 95/03/24;15:29:01 60 95/03/24;15:29:57 61 95/03/24;15:30:53 62 95/03/24;15:32:01 63 95/03/24;15:33:07 64 95/03/24;15:34:19 65 95/03/24;15:35:43 66 95/03/24;15:37:11 67 95/03/24;15:38:51 68 95/03/24;15:40:35 69 95/03/24;15:42:27 70 95/03/24;15:44:37 71 95/03/24;15:46:59 72 95/03/24;15:49:27 73 95/03/24;15:52:05 74 95/03/24;15:55:33 75 95/03/24;15:58:43 76 95/03/24;16:02:51 77 95/03/24;16:06:39 78 95/03/24;16:10:57 79 95/03/24;16:16:13 80 95/03/24;16:21:13 81 95/03/24;16:26:31 82 95/03/24;16:33:33 83 95/03/24;16:40:29 84 95/03/24;16:47:49 85 95/03/24;16:55:31 86 95/03/24;17:03:59 87 95/03/24;17:12:57 .09556 ........ 4486.13 .10000 ........ 4466.84 .10444 ........ 4449.70 .10889 ........ 4434.22 .11333 ........ 4419.89 .11778 ........ 4405.25 .12444 ........ 4384.42 .13111 ........ 4386.03 .13778 ........ 4350.17 .14444 ........ 4336.92 .15111 ........ 4325.23 .16000 ........ 4311.38 .16889 ........ 4297.56 .17778 ........ 4284.43 .18889 ........ 4271.18 .20000 ........ 4262.22 .21111 ........ 4254.90 .22444 ........ 4228.71 .23778 ........ 4170.65 .25333 ........ 4153.00 .26889 ........ 4147.51 .28778 ........ 4145.66 .30611 ........ 6147.37 .32611 ........ 4148.34 34944 ........ 4148.50 37389 ........ 4149.03 40167 ........ 4149.54 43056 ........ 4150.42 46167 ........ 4151.99 49778 ........ 4155.03 53722 ........ 4157.94 .57833 ........ 4166.78 .62222 ........ 4174.14 .68000 ........ 4175.65 .73278 ........ 4179.49 .80167 ........ 4182.00 .86500 ........ 4184.13 .93667 ........ 4186.15 1.02444 ........ 4188.19 1 10778 ........ 4191.27 1 19611 ........ 4196.25 1 31333 ........ 4198.64 1 42889 ........ 4203.28 1 55111 ........ 4211.12 1 67944 ........ 4216.92 1.82056 ........ 4222.62 1.97000 ........ 4229.56 88 95/03/24;17:23:49 2.15111 ........ 4185.39 point! date ! hour ! hour ! rate !pressure! no. ~yy/mm/dd hh:mm:ss! decimal !STB/D !PS! PAGE: point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI ~ 89 95/03/24;17:34:33 90 95/03/24;17:46:07 91 95/03/24;17:59:45 92 95/03/24;18:13:25 93 95/03/24;18:28:45 94 95/03/24;18:45:33 95 95/03/24;19:04:35 96 95/03/24;19:23:51 97 95/03/24;19:45:37 98 95103/24;20=09:11 99 95/03/24;20:35:55 100 95103124;21:03=55 101 95/03/24;21:33:39 102 95/03/24;22:05:59 103 95/03/24;22:41:05 104 95/03/24;23:19:27 105 95/03/25;00:01:19 106 95/03125;00:47:03 107 95/03/25;01:36:47 108 95/03/25;02:31:11 109 95/03/25;03:30:43 110 95103/25;04:35:49 111 95/03/25;05:46:15 112 95/03/25;07:03:57 113 95103/25;08:27:29 114 95/03125;09:59:37 115 95/03/25;11:39:39 116 95/03/25;13:29:09 117 95/03/25;15:27:55 118 95/03/25;17:38:37 119 95/03/25;19:59:31 120 95/03/25;21:11:59 121 95/03/25;21:41:17 122 95/03/25;21:59:25 123 95/03/25;21:59:29 124 95/03/25;21:59:37 125 95/03/25;21:59:45 126 95/03/25;21:59:53 127 95/03/25;22:00:01 128 95/03/25;22:00:09 129 95/03/25;22:00:17 130 95/03/25;22:00:25 131 95/03/25;22:00:33 132 95/03/25;22:00:41 133 95/03/25;22:00:49 134 95/03/25;22:00:57 135 95/03/25;22:01:05 136 95/03/25;22:01:13 2.33000 ........ 4198.64 2.52278 ........ 4208.12 2.75000 ........ 4167.08 2.97778 ........ 4175.42 3.23333 ........ 4172.53 3.51333 ........ 4163.89 3.83056 ........ 4159.37 4.15167 ........ 4162.30 4.51444 ........ 4168.79 4.90722 ........ 4172.71 5.35278 ........ 4177.89 5.81944 ........ 4176.17 6.31500 ........ 4173.05 6.85389 ........ 4271.04 7.43889 ........ 4180.87 8.07833 ........ 3946.61 8.77611 ........ 4008.33 9.53833 ........ 4236.85 10.36722 ........ 3866.45 11.27389 ........ 3810.63 12.26611 ........ 3800.23 13.35111 ........ 3796.23 14.52500 ........ 3762.21 15.82000 ........ 3767.78 17.21222 ........ 3731.93 18.74778 ........ 3686.83 20.41500 ........ 3690.31 22.24000 ........ 3675.44 24.21944 ........ 3655.51 26.39778 ........ 3640.21 28.74611 ........ 3645.65 29.95389 ........ 3649.24 30.44222 ........ 3657.97 30.74444 ........ 3663.10 30.74556 ........ 3738.36 30.74778 ........ 3921.72 30.75000 ........ 4083.42 30.75222 ........ 4227.99 30.75444 ........ 4357.92 30.75667 ........ 4475.77 30.75889 ........ 4582.12 30.76111 ........ 4678.67 30.76333 ........ 4766.53 30.76556 ........ 4846.43 30.76778 ........ 4918.71 30.77000 ........ 4984.15 30.77222 ........ 5043.69 30.77444 ........ 5097.47 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI PAGE: point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI ! 137 95/03/25;22:01:21 138 95/03/25;22:01:29 139 95/03/25;22:01:37 140 95/03/25;22:01:45 141 95/03/25;22:01:53 142 95/03/25;22:02:01 143 95/03/25;22:02:09 144 95/03/25;22:02:17 145 95103/25;22:02:25 146 95/03/25;22:02:33 147 95/03/25;22:02:41 148 95/03/25;22:02:49 149 95/03/25;22:02:57 150 95/03/25;22:03:05 151 95/03/25;22:03:13 152 95/03/25;22:03:21 153 95/03/25;22:03:29 154 95/03/25;22:03:37 155 95/03/25;22:03:45 156 95/03/25;22:03:53 157 95/03/25;22:04:01 158 95/03/25;22:04:09 159 95/03/25;22:04:17 160 95/03/25;22:04:33 161 95/03/25;22:04:49 162 95/03/25;22:05:05 163 95/03/25;22:05:21 164 95/03/25;22:05:37 165 95/03/25;22:05:53 166 95103/25;22:06:09 167 95/03/25;22:06:33 168 95/03/25;22:06:57 169 95/03/25;22:07:21 170 95/03/25;22:07:45 171 95/03/25;22:08:09 172 95/03/25;22:08:41 173 95/03/25;22:09:13 174 95/03/25;22:09:45 175 95/03/25;22:10:25 176 95/03/25;22:11:05 177 95/03/25;22:11:45 178 95/03/25;22:12:33 179 95/03/25;22:13:21 180 95/03/25;22:14:17 181 95/03/25;22:15:13 182 95/03/25;22:16:17 183 95/03/25;22:17:29 184 95/03/25;22:18:49 30.77667 ........ 5146.53 30.77889 ........ 5190.87 30.78111 ........ 5231.78 30.78333 ........ 5269.38 30.78556 ........ 5304.62 30.78778 ........ 5337.44 30.79000 ........ 5367.93 30.79222 ........ 5396.35 30.79444 ........ 5422.78 30.79667 ........ 5447.35 30.79889 ........ 5470.02 30.80111 ........ 5491.25 30.80333 ........ 5511.09 30.80556 ........ 5529.56 30.80778 ........ 5546.83 30.81000 ........ 5562.96 30.81222 ........ 5577.84 30.81444 ........ 5591.99 30.81667 ........ 5605.32 30.81889 ........ 5817.94 30.82111 ........ 5629.88 30.82333 ........ 5641.18 30.82556 ........ 5651.84 30.83000 ........ 5671.57 30.83444 ........ 5689.46 30.83889 ........ 5706.08 30.84333 ........ 5721.79 30.84778 ........ 5736.55 30.85222 ........ 5750.46 30.85667 ........ 5763.47 30.86333 ........ 5781.43 30.87000 ........ 5797.78 30.87667 ........ 5812.77 30.88333 ........ 5826.69 30.89000 ........ 5839.61 30.89889 ........ 5855.30 30.90778 ........ 5869.50 30.91667 ........ 5882.50 30.92778 ........ 5897.52 30.93889 ........ 5911.29 30.95000 ........ 5923.97 30.96333 ........ 5937.94 30.97667 ........ 5950.65 30.99222 ........ 5963.95 31.00778 ........ 5975.88 31.02556 ........ 5987.91 31.04556 ........ 6000.18 31.06778 ........ 6011.81 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decima[ !$TB/D !PSI ! PAGE: 5 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 185 95/03/25;22:20:09 186 95103125;22:21:37 187 95/03/25;22:23:19 188 95/03/25;22:25:05 189 95103125;22:26:59 190 95103125;22:29:07 191 95/03/25;22:31:23 192 95103/25;22:33:57 193 95103/25;22:36:41 194 95/03/25;22:39:51 195 g5103/25;22:43:13 196 95/03/25;22:46:45 197 95/03/25;22:50=47 198 95/03/25;22:55:03 199 95/03/25;22:59:41 200 95/03/25;23:04:37 201 95/03/25;23:10:19 202 95/03/25;23:16:37 203 95/03/25;23:23:27 204 95/03/25;23:30:55 205 95/03/25;23:39:15 206 95/03/25;23:48:01 207 95/03/25;23:57:17 208 95/03/26;00:07:45 209 95/03/26;00:19:07 210 95/03/26;00:31=07 211 95/03/26;00:45:09 212 95/03/26;01:00:23 213 95/03/26;01:17:27 214 95/03/26;01:34:33 215 95/03/26;01:54:15 216 95/03/26;02:15:55 217 95/03/26;02:37:59 218 95/03/26;03:03:49 219 95/03/26;03:30:13 220 95/03/26;04:00:39 221 95/03/26;04:32:41 222 95/03/26;05:06:55 223 95/03/26;05:45:29 224 95/03/26;06:28:03 225 95/03/26;07:14:11 226 95/03/26;08:02:51 227 95/03/26;08:57:01 228 95/03/26;09:55:49 229 95/03/26;11:00:19 230 95/03/26;12:09:19 231 95/03/26;13:24:43 232 95/03/26;14:47:17 31.09000 ........ 6022.00 31.11444 ........ 6031.89 31.14278 ........ 6041.84 31.17222 ........ 6050.86 31.20389 ........ 6059.59 31.23944 ........ 6068.27 31.27722 ........ 6076.47 31.32000 ........ 6084.68 31.36556 ........ 6092.61 31.41833 ........ 6100.92 31.47444 ........ 6108.78 31.53333 ........ 6116.27 31.60056 ........ 6123.97 31.67167 ........ 6131.30 31.74889 ........ 6138.54 31.83111 ........ 6145.89 31.92611 ........ 6153.48 32.03111 ........ 6161.07 32.14500 ........ 6168.38 32.26944 ........ 6175.48 32.40833 ........ 6182.71 32.55444 ........ 6189.36 32.70889 ........ 6195.40 32.88333 ........ 6201.52 33.07278 ........ 6207.18 33.27278 ........ 6212.35 33.~0667 ........ 6217.65 33.76056 ........ 6222.79 34.04500 ........ 6227.85 34,33000 ........ 6232.18 34.65833 ........ 6236.63 35.01944 ........ 6241.01 35.38722 ........ 6244.77 35.81778 ........ 6248.71 36.25778 ........ 6252.62 36.76500 ........ 6256.43 37.29889 ........ 6259.84 37.86944 ........ 6262.99 38.51222 ........ 6266.65 39.22167 ........ 6270.04 39.99056 ........ 6273.48 40.80167 ........ 6276.71 41.70444 ........ 6279.63 42.68444 ........ 6282.53 43.75944 ........ 6285.93 44.90944 ........ 6289.11 46.16611 ........ 6292.01 47.54222 ........ 6295.02 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI ! PAGE: point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 233 95103126;16:17:17 234 95/03/26;17:55:31 235 95/03/26;19:43:49 236 95/03/26;21:41:45 237 95/03/26;23:49:45 238 95/03/27;02:09:45 239 95/03/27;04:43:45 240 95/03/27;07:31:45 241 95/03/27;09:55:45 242 95/03/27;11:49:00 243 95/03/27;14:45:00 244 95/03/28;04:21:00 245 95/03/28;07:47:00 246 95/03/28;08:58:00 247 95/03/28;15:05:00 248 95/03/31;10:52:35 249 95/03/31;10:52:43 250 95/03/31;10:52:51 251 95/03/31;10:52:59 252 95/03/31;10:53:07 253 95/03/31;10:53:15 254 95/03/31;10:53:23 255 95/03/31;10:53:31 256 95/03/31;10:53:39 257 95/03/31;10:53:47 258 95/03/31;10:53:55 259 95/03/31;10:54:03 260 95/03/31;10:54:11 261 95/03/31;10:54:19 262 95/03/31;10:54:27 263 95/03/31;10:54:35 264 95/03/31;10:54:43 265 95/03/31;10:54:51 266 95/03/31;10:54:59 267 95/03/31;10:55:07 268 95/03/31;10:55:15 269 95/03/31;10:55:23 270 95/03/31;10:55:31 271 95/03/31;10:55:39 272 95/03/31;10:55:47 273 95/03/31;10:55:55 274 95/03/31;10:56:03 275 95/03/31;10:56:11 276 95/03/31;10:56:19 277 95/03/31;10:56:35 278 95/03/31;10:56:51 279 95/03/31;10:57:07 280 95/03/31;10:57:23 49.04222 ........ 6297.94 50.67944 ........ 6300.89 52.48444 ........ 6303.81 54.45000 ........ 6306.84 56.58333 ........ 6309.60 58.91667 ........ 6312.25 61.48333 ........ 6314.59 64.28333 ........ 6316.95 66.68333 ........ 6318.61 68.57083 ........ -9999.0 71.50417 ........ -9999.0 85.10417 ........ -9999.0 88.53750 ........ -9999.0 89.72083 ........ -9999.0 95.83750 ........ -9999.0 163.63056 ........ -9999.0 163.63278 ........ 5974.14 163.63500 ........ 5831.67 163.63722 ........ 5680.35 163.63944 ........ 5542.12 163.64167 ........ 5421.54 163.64389 ........ 5302.19 163.64611 ........ 5192.22 163.64833 ........ 5089.29 163.65056 ........ 4993.40 163.65278 ........ 4906.25 163.65500 ........ 4823.23 163.65722 ........ 4746.07 163.65944 ........ 4665.52 163.66167 ........ 4553.73 163.66389 ........ 4450.69 163.66611 ........ 4362.35 163.66833 ........ 4286.97 163.67056 ........ 4221.84 163.67278 ........ 4167.14 163.67500 ........ 4121.36 163.67722 ........ 4083.52 163.67944 ........ 4052.76 163.68167 ........ 4028.40 163.68389 ........ 4009.15 163.68611 ........ 3994.01 163.68833 ........ 3982.01 163.69056 ........ 3972.88 163.69278 ........ 3965.88 163.69722 ........ 3955.54 163.70167 ........ 3949.78 163.70611 ........ 3946.52 163.71056 ........ 3944.86 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimaL !STB/D !PSI ! point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimaL !STB/D !PSI 281 95/03/31 ;10:57:39 282 95/03/31 ;10:57:55 283 95/03/31;10:58:11 284 95/03/31 ;10:58:35 285 95/03/31 ;10:58:59 286 95/03/31 ;10:59:23 287 95/03/31 ;10:59:47 288 95/03/31 ;11:00:19 289 95/03/31 ;11:00:51 290 95/03/31 ;11:01:23 291 95/03/31 ;11:02:03 292 95/03/31 ;11:02:43 293 95/03/31 ;11:03:31 294 95/03/31 ;11:04:27 295 95/03/31 ;11:05:23 296 95/03/31 ;11:06:27 297 95/03/31 ;11:07:39 298 95/03/31 ;11:08:59 299 95/03/31 ;11:10:27 300 95/03/31 ;11:12:03 301 95/03/31 ;11:15:39 302 95/03/31;11:17:47 303 95/03/31 ;11:22:43 304 95/03/31 ;11:32:25 305 95/03/31 ;11:36:21 306 95/03/31 ;11:45:41 307 95/03/31 ;11 =51:01 308 95/03/31 ;12:03:37 309 95/03/31 ;12:10:51 310 95/03/31 ;12:19:01 311 95/03/31 ;12:38:03 312 95/03/31 ;12:49:01 313 95/03/31 ;13:15:15 314 95/03/31 ;13:30:19 315 95/03/31 ;13:47:11 316 95/03/31 ;14:05:49 317 95/03/31;14:26:17 318 95/03131 ;14:50:05 319 95/03/31 ;15:16:33 320 95/03/31 ;15:45:05 321 95/03/31 ;16:17:55 322 95/03/31 ;16:52:21 323 95/03/31 ;17:30:37 324 95/03/31 ;18:13:05 325 95/03/31 ;19:00:19 326 95/03/31 ;19:52:45 327 95/03/31 ;20:50:51 328 95/03/31 ;21:56:29 163.71500 ........ 3943.86 163.71944 ........ 3943.29 163.72389 ........ 3943.01 163.73056 ........ 3943.32 163.73722 ........ 3944.75 163.74389 ........ 3945.98 163.75056 ........ 3947.08 163.75944 ........ 3947.79 163.76833 ........ 3949.50 163.77722 ........ 3951.80 163.78833 ........ 3956.87 163.79944 ........ 3894.42 163.81278 ........ 3909.19 163.82833 ........ 3913.86 163.84389 ........ 3918.26 163.86167 ........ 3923.02 163.88167 ........ 3926.18 163.90389 ........ 3929.79 163.92833 ........ 3933.80 163.95500 ........ 3938.21 164.01500 ........ 3947.36 164.05056 ........ 3952.56 164.13278 ........ 3963.86 164.29444 ........ 3981.39 164.36000 ........ 3987.81 164.51556 ........ 4004.64 164.60444 ........ 4011.64 164.81444 ........ 4027.31 164.93500 ........ 4035.73 165.07111 ........ 4044.83 165.38833 ........ 4062.14 165.57111 ........ 4071.72 166.00833 ........ 4090.21 166.25944 ........ 4099.83 166.54056 ........ 4106.70 166.85111 ........ 4117.29 167.19222 ........ 4124.04 167.58889 ........ 4131.59 168.03000 ........ 4135.87 168.50556 ........ 4139.21 169.05278 ........ 4130.47 169.62667 ........ 4115.69 170.26444 ........ 4057.80 170.97222 ........ 3829.01 171.75944 ........ 3758.44 172.63333 ........ 4030.67 173.60167 ........ 4253.77 174.69556 ........ 3725.92 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimaL !STB/D !PSI point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 329 95/03/31;23:08:07 330 95/04/01;00:28:01 331 95/04/01;01:56:13 332 95/04/01;03:34:03 333 95/04/01;05:22:39 334 95/04/01;07:23:15 335 95/04/01;09:37:23 336 95/04/01;12:06:09 337 95/04/01;14:51:51 338 95/04/01;17:38:23 339 95/04/01;17:38:31 340 95/04/01;17:38:39 341 95/04/01;17:38:47 342 95/04/01;17:38:55 343 95/04/01;17:39:03 344 95/04/01;17:39:11 345 95/04/01;17:39:19 346 95/04/01;17:39:27 347 95/04/01;17:39:35 348 95/04/01;17:39:43 349 95/04/01;17=39:51 350 95/04/01;17:39:59 351 95/04/01;17:40:07 352 95/04/01;17:40:15 353 95/04/01;17:40:23 354 95/04/01;17:40:31 355 95/04/01;17:40:39 356 95/04/01;17:40:47 357 95/04/01;17:40:55 358 95/04/01;17:41:03 359 95/04/01;17:41:11 360 95/04/01;17:41:19 361 95/04/01;17:41:27 362 95/04/01';17:41:35 363 95/04/01 ;17:41:43 364 95/04/01 ;17:41:51 365 95/04/01 ;17:41:59 366 95/04/01;17:42:07 367 95/04/01;17:42:15 368 95/04/01;17:42:31 369 95/04/01;17:42:47 370 95/04/01;17:43:03 371 95/04/01;17:43:19 372 95/04/01;17:43:35 373 95/04/01;17:43:51 374 95/04/01;17:44:07 375 95/04/01;17:44:31 376 95/04/01;17:44:55 175.88944 ........ 3982.45 177.22111 ........ 3912.30 178.69111 ........ 3945.60 180.32167 ........ 3942.95 182.13167 ........ 4050.48 184.14167 ........ 4039.75 186.37722 ........ 3908.27 188.85667 ........ 4102.41 191.61833 ........ 3944.43 194.39389 ........ 3991.80 194.39611 ........ 4031.14 194.39833 ........ 4191.42 194.40056 ........ 4333.96 194.40278 ........ 4461.39 194.40500 ........ 4575.20 194.40722 ........ 4677.65 194.40944 ........ 4770.39 194.41167 ........ 4853.68 194.41389 ........ 4929.08 194.41611 ........ 4997.69 194.41833 ........ 5059.32 194.42056 ........ 5115.39 194.42278 ........ 5166.21 194.42500 ........ 5212.55 194.42722 ........ 5254.80 194.42944 ........ 5293.66 194.43167 ........ 5329.53 194.43389 ........ 5362.67 194.43611 ........ 5393.23 194.43833 ........ 5421.68 194.44056 ........ 5447.96 194.44278 ........ 5472.41 194.44500 ........ 5495.11 194.44722 ........ 5516.27 194.44944 ........ 5536.03 194.45167 ........ 5554.40 194.45389 ........ 5571.56 194.45611 ........ 5587.65 194.45833 ........ 5602.69 194.46278 ........ 5629.92 194.46722 ........ 5654.41 194.47167 ........ 5676.04 194.47611 ........ 5695.21 194.48056 ........ 5712.69 194.48500 ........ 5728.61 194.48944 ........ 5743.47 194.49611 ........ 5763.81 194.50278 ........ 5782.35 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 377 95/04/01;17:45:19 378 95/04/01;17:45:43 379 95/04/01;17:46:15 380 95/04/01;17:46:47 381 95/04/01;17:47:19 382 95/04/01 ;17:47:59 383 95/04/01 ;17:48:39 384 95/04/01;17:49:27 385 95/04/01;17:50:15 386 95/04/01;17:51:11 387 95/04/01;17:52:15 388 95/04/01;17:53:27 389 95/04/01;17:54:47 390 95/04/01;17:56:15 391 95/04/01;17:57:47 392 95/04/01;17:59:27 393 95/04/01;18:01:21 394 95/04/01;18:03:25 395 95/04/01;18:05:43 396 95/04/01;18:08:15 397 95/04/01;18:11:09 398 95/04/01;18:14:25 399 95/04/01;18:17:55 400 95/04/01;18:21:55 401 95/04/01;18:26:25 402 95/04/01;18:31:11 403 95/04/01;18:36:37 404 95/04/01;18:42:35 405 95/04/01;18:48:59 406 95/04/01;18:56:19 407 95/04/01;19:04:29 408 95/04/01;19:13:39 409 95/04/01;19:23:57 410 95/04/01;19:35:29 411 95/04/01;19:47:33 412 95/04/01;20:00:51 413 95/04/01;20:16:17 414 95/04/01;20:32:47 415 95/04/01;20:52:07 416 95/04/01;21:12:23 417 95/04/01;21:35:35 418 95/04/01;22:00:27 419 95/04/01;22:28:59 420 95/04/01;23:01:13 421 95/04/01;23:35:11 422 95/04/02;00:13:25 423 95/04/02;00:55:03 424 95/04/02;01:42:09 194.50944 ........ 5799.64 194.51611 ........ 5815.70 194.52500 ........ 5835.56 194.53389 ........ 5853.62 194.54278 ........ 5870.24 194.55389 ........ 5889.20 194.56500 ........ 5906.01 194.57833 ........ 5923.53 194.59167 ........ 5938.83 194.60722 ........ 5954.62 194.62500 ........ 5968.82 194.64500 ........ 5982.45 194.66722 ........ 5995.52 194.69167 ........ 6008.38 194.71722 ........ 6020.36 194.74500 ........ 6032.13 194.77667 ........ 6043.26 194.81111 ........ 6053.78 194.84944 ........ 6063.99 194.89167 ........ 6073.60 194.94000 ........ 6083.02 194.99444 ........ 6092.30 195.05278 ........ 6100.99 195.11944 ........ 6109.75 195.19444 ........ 6118.16 195.27389 ........ 6126.16 195.36444 ........ 6134.54 195.46389 ........ 6142.47 195.57056 ........ 6149.86 195.69278 ........ 6156.59 195.82889 ........ 6164.05 195.98167 ........ 6171.70 196.15333 ........ 6178.18 196.34556 ........ 6184.74 196.54667 ........ 6190.52 196.76833 ........ 6195.45 197.02556 ........ 6200.09 197.30056 ........ 6205.55 197.62278 ........ 6210.44 197.96056 ........ 6214.98 198.34722 ........ 6220.18 198.76167 ........ 6224.74 199.23722 ........ 6228.11 199.77444 ........ 6229.46 200.34056 ........ 6233.61 200.97778 ........ 6240.86 201.67167 ........ 6245.63 202.45667 ........ 6249.88 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimaL !STB/D !PS! ! point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimaL !STB/D 425 g5/04/02;02:33:53 426 95/04/02;03:31:53 427 95/04/02;04:35:53 428 95/04/02;05:47:53 429 95/04/02;07:05:53 430 95/04/02;08:32:29 431 95/04/02;10:08:29 432 95/04/02;11:56:41 433 95/04/02;13:56:41 434 95/04/02;16:08:27 435 95/04/02;18:35:21 436 95/04/02;21:17:21 437 95/04/02;23:47:21 438 95/04/02;23:49:17 439 95/04/02;23:49:25 440 95/04/02;23:49:33 441 95/04/02;23:49:41 442 95/04/02;23:49:51 443 95/04/02;23:49:59 444 95/04/02;23:50:17 445 95/04/02;23:51:45 446 95/04/02;23:52:29 447 95/04/02;23:57:39 448 95/04/03;00:06:27 449 95/04/03;00:14:11 450 95/04/03;00:25:31 451 95/04/03;00:42:11 452 95/04/03;01:05:23 453 95/04/03;01:05:31 454 95/04/03;01:05:39 455 95/04/03;01:05:47 456 95/04/03;01:05:55 457 95/04/03;01:06:11 458 95/04/03;01:06:35 459 95/04/03;01:07:15 460 95/04/03;01:08:11 461 95/04/03;01:09:47 462 95/04/03;01:12:27 463 95/04/03;01:16:51 464 95/04/03;01:23:15 465 95/04/03;01:23:23 466 95/04/03;01:23:31 467 95/04/03;01.:23:47 468 95/04/03;01:24:19 469 95/04/03;01:25:39 470 95/04/03;01:28:27 471 95/04/03;01:28:35 472 95/04/03;01:28:43 203.31889 ........ 6253.52 204,28556 ........ 6257,39 205.35222 ........ 6261.34 206,55222 ........ 6265,52 207,85222 ........ 6269,88 209,29556 ........ 6274,20 210,89556 ........ 6278,68 212,69889 ........ 6282,79 214,69889 ........ 6286,91 216,89500 ........ 6291,19 219,34333 ........ 6295,25 222,04333 ........ 6298,91 224,54333 ........ 6301,64 224,57556 ........ 4349,39 224,57778 ........ 4395,21 224,58000 ........ 4405,92 224,58222 ........ 4406,82 224,58500 ........ 4408,11 224,58722 ........ 4407,09 224,59222 ........ 4405,13 224,61667 ........ 4406,62 224,62889 ........ 4410,33 224,71500 ........ 4454,14 224,86167 ........ 4546,84 224,99056 ........ 4638.15 225.17944 ........ 4784,10 225,45722 ........ 5015,38 225,84389 ........ 5357,05 225,84611 ........ 5425,11 225,84833 ........ 5575,38 225,85056 ........ 5716,95 225,85278 ........ 5949,95 225,85722 ........ 7096,68 225,86389 ........ 8251,88 225,87500 ........ 8752,72 225,89056 ........ 8417,85 225,91722 ........ 8403,44 225,96167 ........ 8326,94 226,03500 ........ 8236,19 226,14167 ........ 8228,52 226,14389 ........ 8255,51 226,14611 ........ 8282,20 226,15056 ........ 8312,63 226,15944 ........ 8354,63 226,18167 ........ 8283,97 226,22833 ........ 8222,26 226,23056 ........ 7897,44 226.23278 ........ 7873,60 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PS! point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 473 95/04/03;01:28:51 474 95104103;01:29:07 475 95/04/03;01:29:15 476 95/04/03;01:29:31 477 95104103;01:29:47 478 95/04/03;01:29:55 479 95/04/03;01:30:11 480 95/04/03;01:30:27 481 95/04103;01:30:35 482 95/04/03;01:30:59 483 95/04/03;01:31:15 484 95/04/03;01:31:47 485 95/04/03;01:32:05 486 95/04/03;01:32:59 487 95104103;01:34:13 488 95/04/03;01:35:49 489 95/04/03;01:37:57 490 95/04/03;01:40:53 491 95/04/03;01:44:53 492 95/04/03;01:50:21 493 95104103;01:57:57 494 95/04/03;01:59:57 495 95/04/03;02:00:05 496 95/04/03;02:00:13 497 95/04/03;02:00:21 498 95/04/03;02:00:29 499 95/04/03;02:00:37 500 95/04/03;02:00:53 501 95/04/03;02:01:09 502 95/04/03;02:01:33 503 95104/03;02:02:07 504 95104/03;02:02:49 505 95/04/03;02:03:45 506 95/04/03;02:05:13 507 95/04/03;02:07:13 508 95/04/03;02:10:09 509 95/04/03;02:14:25 510 95/04103;02:20:39 511 95/04/03;02:28:17 512 95/04/03;02:28:25 513 95/04103;02:28:33 514 95/04/03;02:28:41 515 95104103;02:29:05 516 95/04/03;02:29:21 517 95/04/03;02:29:45 518 95/04/03;02:30:01 519 95104/03;02:30:25 520 95/04/03;02:31:13 226.23500 ........ 7854.88 226.23944 ........ 7834.94 226.24167 ........ 7825.89 226.24611 ........ 7815.00 226.25056 ........ 7809.65 226.25278 ........ 7810.30 226.25722 ........ 7809.59 226.26167 ........ 7807.99 226.26389 ........ 7807.74 226.27056 ........ 7803.51 226.27500 ........ 7801.74 226.28389 ........ 7795.36 226.28889 ........ 7790.27 226.30389 ........ 7779.88 226.32444 ........ 7755.53 226.35111 ........ 7728.34 226.38667 ........ 768g.42 226.43556 ........ 7644.96 226.50222 ........ 7587,92 226.59333 ........ 7513.01 226.72000 ........ 7406,20 226.75333 ........ 7376.53 226.75556 ........ 7421.85 226.75778 ........ 7548.56 226.76000. ....... 7674.41 226.76222 ........ 7719,21 226.76444 ........ 7732.87 226.76889 ........ 7901.13 226.77333 ........ 8009.36 226.78000 ........ 8037,00 226.78944 ........ 8019,20 226.80111 ........ 8086.00 226.81667 ........ 8392,59 ,226.84111 ........ 8309,59 226.87444 ........ 8275,15 226.g2333 ........ 8297,96 226.99444 ........ 8250.03 227.09833 ........ 8213.51 227.22556 ........ 8175.15 227.22778 ........ 7882.29 227.23000 ........ 7856,37 227.23222 ........ 7846.51 227.23889 ........ 7828.84 227.24333 ........ 7819.22 227.25000 ........ 7811.58 227.25444. ....... 7808.28 227.26111 ........ 7803.25 227.27444 ........ 7795.16 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 12 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 521 95/04/03;02:31:53 522 95/04/03;02:33:21 523 95/04/03;02:34:01 524 95/04/03;02:35:45 525 95/04/03;02:38:01 526 95/04/03;02:41:13 527 95/04/03;02:45:37 528 95/04/03;02:51:49 529 95/04/03;02:55:43 530 95/04/03;03:00:23 531 95/04/03;03:05:51 532 95/04/03;03:09:27 533 95/04/03;03:09:35 534 95/04/03;03:09:43 535 95/04/03;03:09:59 536 95/04/03;03:10:33 537 95/04/03;03:11:55 538 95/04/03;03:14:47 539 95/04/03;03:14:55 540 95/04/03;03:15:03 541 95/04/03;03:15:11 542 95/04/03;03:15:27 543 95/04/03;03:15:47 544 95/04/03;03:16:21 545 95/04/03;03:17:07 546 95/04/03;03:18:27 547 95/04/03;03:20:37 548 95/04/03;03:24:17 549 95/04/03;03:29:35 550 95/04/03;03:29:43 551 95/04/03;03:29:51 552 95/04/03;03:29:59 553 95/04/03;03:30:15 554 95/04/03;03:30:47 555 95/04/03;03:31:13 556 95/04/03;03:31:33 557 95/04/03;03:31:41 558 95/04/03;03:31:49 559 95/04/03;03:31:57 560 95/04/03;03:32:13 561 95/04/03;03:32:45 562 95/04/03;03:33:11 563 95/04/03;03:33:27 564 95/04/03;03:33:35 565 95/04/03;03:33:43 566 95/04/03;03:33:51 567 95/04/03;03:34:07 568 95/04/03;03:34:43 227.28556 ........ 7789.22 227.31000 ........ 7777.35 227.32111 ........ 7772.26 227.35000 ........ 7760.29 227.38778 ........ 7745.84 227.44111 ........ 7725.73 227.51444 ........ 7699.07 227.61778 ........ 7660.02 227.68278 ........ 7633.15 227.76056 ........ 7569.43 227.85167 ........ 7557.56 227.91167 ........ 7528.51 227.91389 ........ 7569.38 227.91611 ........ 7616.51 227.92056 ........ 7641.10 227.93000 ........ 7658.40 227.95278 ........ 7810.69 228.00056 ........ 7579.64 228.00278 ........ 7610.98 228.00500 ........ 7616.67 228.00722 ........ 7616.35 228.01167 ........ 7616.77 228.01722 ........ 7616.93 228.02667 ........ 7613.97 228.03944 ........ 7611.86 228.06167 ........ 7605.68 228.09778 ........ 7568.73 228.15889 ........ 7585.56 228.24722 ........ 7576.31 228.24944 ........ 7612.59 228.25167 ........ 7623.32 228.25389 ........ 7628.90 228.25833 ........ 7635.23 228.26722 ........ 7639.89 228.27444 ........ 7646.87 228.28000 ........ 7649.64 228.28222 ........ 7724.22 228.28444 ........ 7728.88 228.28667 ........ 7716.56 228.29111 ........ 7731.47 228.30000 ........ 7741.25 228.30722 ........ 7747.13 228.31167 ........ 7753.59 228.31389 ........ 7796.46 228.31611 ........ 7811.97 228.31833 ........ 7819.94 228.32278 ........ 7835.37 228.33278 ........ 7852.12 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSZ .~GE: 13 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 569 95/04/03;03:35:09 570 95/04/03;03:35:27 571 95/04103;03:35:35 572 95/04/03;03:35:43 573 95/04/03;03:35:59 574 95/04/03;03:36:23 575 95/04/03;03:36:47 516 95/04/03;03:37:03 577 95/04/03;03:31:43 578 95/04/03;03:37:51 579 95/04103;03:37:59 580 95/04/03;03:38:15 581 95/04/03;03:38:39 582 95/04/03;03:39:11 583 95/04/03;03:39:35 584 95/04/03;03:40:15 585 95/04/03;03:40:39 586 95/04/03;03:41:03 587 95/04/03;03:41:11 588 95/04/03;03=41:19 589 95/04/03;03:41:35 590 95/04/03;03:41:59 591 95/04/03;03:42:39 592 95/04/03;03:43:11 593 95/04/03;03=43:19 594 95/04/03;03:43:27 595 95/04/03;03:43:35 596 95/04103;03:43:43 597 95/04/03;03:44:07 598 95/04/03;03:44:39 599 95/04/03;03:45:2? 600 95/04/03;03:45:35 601 95/04/03;03:45:43 602 95/04/03;03:45:51 603 95/04/03;03:46:07 604 95/04/03;03:46:31 605 95/04/03;03:47:03 606 95/04/03;03:47:11 607 95/04/03;03:47:19 608 95/04/03;03:47:35 609 95/04/03;03:47:59 610 95/04/03;03:48:47 611 95/04/03;03:49:35 612 95/04/03;03:50:07 613 95/04/03;03:50:15 614 95/04/03;03:50:23 615 95/04/03;03:50:31 616 95/04/03;03:50:39 228.34000 ........ 7858.30 228.34500 ........ 7863.04 228.34722 ........ 1901.32 228.34944 ........ 7915.36 228.35389 ........ 7935.35 228.36056 ........ 7944.80 228.36722 ........ 7956.12 228.37161 ........ 7960.51 228.38278 ........ 7961.62 228.38500 ........ 7878.39 228.38722 ........ 7895.52 228.39167 ........ 7939.43 228.39833 ........ 8026.64 228.40122 ........ 8042.38 228.41389 ........ 8043.14 228.42500 ........ 8048.50 228.43167 ........ 8051.04 228.43833 ........ 8045.85 228.44056 ........ 8089.46 228.44278 ........ 8095.90 228.44722 ........ 8095.84 228.45389 ........ 8092.91 228.46500 ........ 8095.33 228.47389 ......... 8095.38 228.47611 ........ 8113.62 228.47833 ........ 8113.68 228.48056 ........ 8117.61 228.48278 ........ 8115.80 228.48944 ........ 8111.37 228.49833 ........ 8112.62 228.51167 ........ 8112.13 228.51389 ........ 8110.82 228.51611 ........ 8112.79 228.51833 ........ 8119.68 228.52278 ........ 8126.26 228.52944 ........ 8126.21 228.53833 ........ 8144.60 228.54056 ........ 8140.69 228.54278 ........ 8184.69 228.54722 ........ 8159.08 228.55389 ........ 8153.40 228.56722 ........ 8147.09 228.58056 ........ 8130.19 228.58944 ........ 8122.10 228.59167 ........ 8136.52 228.59389 ........ 8140.72 228.59611 ........ 8141.80 228.59833 ........ 8140.86 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !$TB/D !PSI ! PAGE: 14 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 617 95/04/03;03:50:55 618 g5/04/03;03:51:27 619 95/04/03;03:52:07 620 95/04/03;03:52:15 621 95/04/03;03:52:23 622 95/04/03;03:52:31 623 95/04/03;03:52:39 624 95/04/03;03:52:47 625 95/04/03;03:52:55 626 95/04/03;03:53:03 627 95/04/03;03:53:11 628 95/04/03;03:53:19 629 95/04/03;03:53:27 630 95/04/03;03:53:35 631 95/04/03;03:53:43 632 95/04/03;03:53:51 633 95/04/03;03:54:07 634 95/04/03;03:54:23 635 95/04/03;03:54:39 636 95/04103;03:55:03 637 95/04/03;03:55:27 638 95/04/03;03:55:59 639 95/04/03;03:56:31 640 95/04/03;03:57:11 641 95/04/03;03:57:59 642 95/04/03;03:58:15 643 95/04/03;03:58:23 644 95/04/03;03:58:31 645 95/04/03;03:58:39 646 95/04/03;03:58:49 647 95/04/03;03:58:57 648 95/04/03;03:59:05 649 95/04/03;03:59:13 650 95/04/03;03:59:21 651 95/04/03;03:59:29 652 95/04/03;03:59:37 653 95/04/03;03:59:45 654 95/04/03;03:59:53 655 95/04/03;04:00:01 656 95/04/03;04:00:09 657 95/04/03;04:00:17 658 95/04/03;04:00:25 659 95/04/03;04:00:33 660 95/04/03;04:00:41 661 95/04/03;04:00:49 662 95/04/03;04:00:57 663 95/04/03;04:01:05 664 95/04/03;04:01:13 228.60278 ........ 8133.41 228.61167 ........ 8133.23 228.62278 ........ 8132.79 228.62500 ........ 7887.26 228.62722 ........ 7886.17 228.62944 ........ 7874.00 228.63167 ........ 7880.64 228.63389 ........ 7848.17 228.63611 ........ 7837.37 228.63833 ........ 7828.25 228.64056 ........ 7821.51 228.64278 ........ 7816.18 228.64500 ........ 7811.62 228.64722 ........ 7807.59 228.64944 ........ 7803.67 228.65167 ........ 7799.99 228.65611 ........ 7793.81 228.66056 ........ 7789.04 228.66500 ........ 7785.00 228.67167 ........ 7779.34 228.67833 ........ 7774.33 228.68722 ........ 7768.4g 228.69611 ........ 7763.25 228.70722 ........ 7757.31 228.72056 ........ 7750.78 228.72500 ........ 7748.64 228.72722 ........ 7850.48 228.72944 ........ 8024.04 228.73167 ........ 8160.19 228.73444 ........ 8162.37 228.73667 ........ 8150.73 228.73889 ........ 8153.21 228.74111 ........ 8141.22 228.74333 ........ 8140.34 228.74556 ........ 8137.88 228.747Z8 ........ 7967.70 228.75000 ........ 7885.13 228.75222 ........ 7852.80 228.75444 ........ 7827.17 228.75867 ........ 7811.85 228 75889 ........ 7803.01 228 76111 ........ 7821.17 228 76333 ........ 8120.79 228 76556 ........ 8125.01 228 76778 ........ 8128.51 228 77000 ........ 8125.36 228.77222 ........ 8123.68 228.77444 ........ 8124.74 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI PAGE: 15 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 665 95/04/03;04:01:21 666 95/04/03;04:01:29 667 95/04/03;04:01:37 668 95/04/03;04:01:45 669 95/04/03;04:01:53 670 95/04/03;04:02:01 671 95/04/03;04:02:09 672 95/04/03;04:02:17 673 95/04/03;04:02:25 674 95/04/03;04:02:33 675 95/04/03;04:02:41 676 95/04/03;04:02:49 677 95/04/03;04:02:57 678 95/04/03;04:03:05 679 95/04/03;04:03:17 680 95/04/03;04:03:25 681 95/04/03;04:03:33 682 95/04/03;04:03:41 683 95/04/03;04:03:49 684 95/04/03;04:03:57 685 95/04/03;04:04:05 686 95/04/03;04:04:13 687 95/04/03;04:04:21 688 95/04/03;04:04:29 689 95/04/03;04:04:37 690 95/04/03;04:04:45 691 95/04/03;04:05:01 692 95/04/03;04:05:17 693 95/04/03;04:05:33 694 95/04/03;04:05:49 695 95/04/03;04:06:13 696 95/04/03;04:06:29 697 95/04/03;04:06:37 698 95/04/03;04:06:45 699 95/04/03;04:06:53 700 95/04/03;04:07:01 701 95/04/03;04:07:09 702 95/04/03;04:07:17 703 95/04/03;04:07:25 704 95/04/03;04:07:33 705 95/04/03;04:07:41 706 95/04/03;04:07:49 707 95/04/03;04:07:57 708 95/04/03;04:08:05 709 95/04/03;04:08:13 710 95/04/03;04:08:21 711 95/04/03;04:08:29 712 95/04/03;04:08:45 228.77667 ........ 8116,29 228.77889 ........ 8120.58 228.78111 ........ 7869.86 228.78333 ........ 7861.28 228.78556 ........ 7848.04 228.78778 ........ 7835.11 228.79000 ........ 7823.31 228.79222 ........ 7814.79 228.79444 ........ 7807.37 228.79667 ........ 7801.91 228.79889 ........ 7798.24 228.80111 ........ 7834.60 228.80333 ........ 8096.62 228.80556 ........ 8116.44 228.80889 ........ 8114.47 228.81111 ........ 8115.51 228.81333 ........ 8110.69 228.81556 ........ 8112.58 228.81778 ........ 8105.89 228.82000 ........ 8108.02 228.82222 ........ 8103.57 228.82444 ........ 8107.74 228.82667 ........ 8099.61 228.82889 ........ 8104.23 228.83111 ........ 8098.86 228,83333 ........ 8103.75 228.83778 ........ 8099.77 228.84222 ........ 8097.85 228.84667 ........ 8098.28 228.85111 ........ 8096.39 228.85778 ........ 8103.15 228.86222 ........ 8108.57 228.86444 ........ 7953.12 228.86667 ........ 7899,87 228.86889 ........ 7876.31 228.87111 ........ 7858.92 228.87333 ........ 7845.96 228.87556 ........ 7838.33 228.87778 ........ 7833.21 228.88000 ........ 7828.69 228.88222 ........ 7825.06 228.88444 ........ 7821.28 228.88667 ........ 7817.54 228.88889 ........ 7814.33 228.89111 ........ 7811.50 228.89333 ........ 7809.19 228.89556 ........ 7807.20 228.90000 ........ 7803.60 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI PAGE: 16 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 713 95/04/03;04:09:01 714 95/04/03;04:09:17 715 95/04/03;04:09:33 716 95/04/03;04:09:57 717 95/04/03;04:10:05 718 95/04/03;04:10:13 719 95/04/03;04:10:21 720 95/04/03;04:10:29 721 95/04/03;04:10:37 722 95/04/03;04:10:45 723 95/04/03;04:10:53 724 95/04/03;04:11:01 725 95/04/03;04:11:09 726 95/04/03;04:11:17 727 95/04/03;04:11:25 728 95/04/03;04:11:41 729 95/04/03;04:11:57 730 95/04/03;04:12:13 731 95/04/03;04:12:37 732 95/04/03;04:13:01 733 95/04/03;04:13:33 734 95/04/03;04:14:13 735 95/04/03;04:15:01 736 95/04/03;04:15:57 737 95/04/03;04:17:03 738 95/04/03;04:18:25 739 95/04/03;04:20:11 740 95/04/03;04:20:31 741 95/04/03;04:24:33 742 95/04/03;04:32:33 743 95/04/03;04:40:33 744 95/04/03;04:48:43 745 95/04/03;04:56:53 746 95/04/03;05:04:53 747 95/04/03;05:08:53 748 95/04/03;05:17:01 749 95/04/03;05:21:29 750 95/04/03;05:29:55 751 95/04/03;05:38:13 752 95/04/03;05:39:49 753 95/04/03;05:42:13 754 95/04/03;05:43:41 755 95/04/03;05:46:13 756 95/04/03;05:47:41 757 95/04/03;05:48:21 758 95/04/03;05:50:13 759 95/04/03;05:52:13 760 95/04/03;05:52:21 228.90444 ........ 7800.39 228.90889 ........ 7797.56 228.91333 ........ 7795.05 228.92000 ........ 7791.82 228.92222 ........ 7831.61 228.92444 ........ 7864.02 228.92667 ........ 7921.51 228.92889 ........ 7991.19 228.93111 ........ 8039.32 228.93333 ........ 8057.99 228.93556 ........ 8061.19 228.93778 ........ 8067.95 228.94000 ........ 8065.96 228.94222 ........ 8066.96 228.94444 ........ 8073.29 228.94889 ........ 8068.89 228.95333 ........ 8069.45 228.95778 ........ 8074.82 228.96444 ........ 8074.82 228.97111 ........ 8074.73 228.98000 ........ 8074.14 228.99111 ........ 8075.53 229.00444 ........ 8077.94 229.02000 ........ 8073.80 229.03833 ........ 8069.80 229.06111 ........ 8068.47 229.09056 ........ 8030.60 229.09§11 ........ 8037.12 229.16333 ........ 7806.53 229.29687 ........ 7767.42 229.43000 ........ 7735.14 229.56611 ........ 7700.45 229.70222 ........ 7662.30 229.83556 ........ 7624.42 229.90222 ........ 7604.75 230.03778 ........ 7563.51 230.11222 ........ 7546.17 230.25278 ........ 7496.30 230.39111 ........ 7426.53 230.41778 ........ 6964.72 230.45778 ........ 6139.34 230.48222 ........ 5574.24 230.52444 ........ 4905.65 230.54889 ........ 4373.55 230.56000 ........ 4134.25 230.59111 ........ 4089.75 230.62444 ........ 4098.00 230.62667 ........ 5202.88 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !$TB/D !PS! 17 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 761 95/04/03;05:52:29 230.62889 ........ 6019.53 762 95/04103;05:52:37 230.63111 ........ 6295.27 763 95/04/03;05:52:45 230.63333 ........ 6440.03 764 95/04/03;05:52:53 230.63556 ........ 6530.16 765 95/04103;05:53:09 230.64000 ........ 6643.12 766 95/04/03;05:54:13 230.65778 ........ 6846.79 767 95104103;05:54:29 230.66222 ........ 6874.59 768 95/04/03;05:55:17 230.67556 ........ 6938.00 769 95/04/03;05:58:13 230.72444 ........ 7036.96 770 95/04/03;06:02:13 230.79111 ........ 7087.59 771 95/04103;06:1'4:37 230.99778 ........ 7119.29 772 95/04103;06:27:49 231.21778 ........ 7108.07 773 95/04/03;06:42:45 231.46667 ........ 7084.36 774 95/04/03;06:56:17 231.69222 ........ 7058.81 775 95/04103;07:03:09 231.80667 ........ 7045.74 776 95/04/03;07:04:21 231.82667 372.4000 -9999.0 777 95/04/03;07:04:22 231.82694 ........ 4290.06 778 95/04/03;07:04:30 231.82917 ........ 4849.99 779 95/04/03;07:04:38 231.83139 ........ 5318.32 780 95104/03;07:04:46 231.83361 ........ 5693.92 781 95/04/03;07:04:54 231.83583 ........ 5993.47 782 95/04/03;07:05:02 231.83806 ........ 6231.59 783 95/04/03;07:05:10 231.84028 ........ 6409.24 784 95/04/03;07:05:18 231.84250 ........ 6542.66 785 95/04/03;07:05:26 231.84472 ........ 6642.66 786 95/04/03;07:05:34 231.84694 ........ 6711.93 787 95/04/03;07:05:42 231.84917 ........ 6763.99 788 95/04/03;07:05:50 231.85139 ........ 6802.90 789 95/04/03;07:05:58 231.85361 ........ 6832.11 790 95/04103;07:06:06 231.85583 ........ 6854.49 791 95/04/03;07:06:14 231.85806 ........ 6871.67 792 95/04/03;07:06:22 231.86028 ........ 6885.15 793 95/04/03;07:06:30 231.86250 ........ 6895.96 794 95/04/03:07:06:38 231.86472 ........ 6904.50 795 95/04/03;07:06:46 231.86694 ........ 6894.71 796 95/04/03;07:06:54 231.86917 ........ 6651.61 797 95/04/03;07:07:02 231.87139 ........ 6451.41 798 95/04/03;07:07:10 231.87361 ........ 6303.06 799 95/04/03;07:07:18 231.87583 ........ 6170.61 800 95/04/03;07:07:26 231.87806 ........ 6114.63 801 95/04/03;07:07:34 231.88028 ........ 6079.25 802 95/04/03;07:07:50 231.88472 ........ 6026.87 803 95/04/03;07:07:58 231.88694 ........ 6009.02 804 95/04/03;07:08:06 231.88917 ........ 5997.96 805 95/04/03;07:08:14 231.89139 ........ 5991.65 806 95/04/03;07:08:30 231.89583 ........ 5987.93 807 95/04/03;07:09:38 231.91472 ........ 5957.08 808 95/04/03;07:09:58 231.92028 ........ 5954.33 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI ~ ~AGE: 18 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:$s! decimal !STB/D !PSI 809 95/04/03;07:11:10 810 95/04103;07:12:16 811 95/04/03;07:12:46 812 95/04/03;07:15:30 813 95/04/03;07:18:44 814 95/04/03;07:23:58 815 95/04/03;07:31:32 816 95/04/03;07:39:32 817 95/04/03;07:46:34 818 95/04/03;07:55:10 819 95/04/03;08:05:36 820 95/04/03;08:11:42 821 95/04/03;08:21:07 822 95/04/03;08:28:47 823 95/04/03;08:37:03 824 95/04/03;08:46:13 825 95/04/03;08:56:19 826 95/04/03;09:07:33 827 95/04/03;09:20:03 828 95/04/03;09:33:55 829 95/04/03;09:49:15 830 95/04/03;10:06:13 831 95/04/03;10:24:59 832 95/04/03;10:45:52 833 95/04/03;11:09:02 834 95/04/03;11:34:44 835 95/04/03;12:03:10 836 95/04/03;12:34:42 837 95/04/03;13:09:42 838 95/04/03;13:48:25 839 95/04/03;14:31:27 840 95/04/03;15:19:09 841 95/04/03;16:12:01 842 95/04/03;17:10:34 843 95/04/03;18:15:34 844 95/04/03;19:27:36 845 95/04/03;20:47:24 846 95/04/03;22:16:02 847 95/04/03;23:54:20 848 95/04/04;01:43:42 849 95/04/04;03:44:36 850 95/04/04;04:16:01 851 95/04/04;05:58:52 852 95/04/04;08:27:46 853 95/04/04;10:59:22 854 95/04/04;10:59:30 855 95/04/04;10:59:38 856 95/04/04;10:59:46 231.94028 ........ 5977.86 231.95861 ........ 5974.51 231.96694 ........ 5980.36 232.01250 ........ 5971.21 232.06639 ........ 5947.15 232.15361 ........ 5924.03 232.27972 ........ 5834.84 232.41306 ........ 5757.54 232.53028 ........ 5707.15 232.67361 ........ 5673.60 232.84750 ........ 5604.98 232.94917 ........ 5568.67 233.10611 ........ 5530.13 233.23389 ........ 5508.94 233.37167 ........ 5485.87 233.52444 ........ 5614.82 233.69278 ........ 5908.67 233.88000 ........ 5863.88 234.08833 ........ 5926.98 234.31944 ........ 5599.90 234.57500 ........ 5176.55 234.85778 ........ 5564.03 235.17056 ........ 5040.68 235.51861 ........ 5267.31 235.90472 ........ 5228.69 236.33306 ........ 5414.57 236.80694 ........ 5413.23 237.33250 ........ 5643.17 237.91583 ........ 4911.29 238.56111 ........ 5319.10 239.27833 ........ 4938.19 240.07333 ........ 4337.82 240.95444 ........ 4517.91 241.93028 ........ 4108.61 243.01361 ........ 4314.75 244.21417 ........ 4009.14 245.54417 ........ 3924.76 247.02139 ........ 3605.83 248.65972 ........ 3848.39 250.48250 ........ 3647.07 252.49750 ........ 3475.39 253.02111 394.3000 -9999.0 254.73528 ........ 3522.92 257.21694 ........ 3506.70 259.74361 0 3495.57 259.74583 ........ 3563.95 259.74806 ........ 3956.43 259.75028 ........ 4226.37 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D PAGE: 19 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI ........................................................ 857 95/04/04;10:59:54 858 95/04/04;11:00:02 859 95/04/04;11:00:10 860 95/04/04;11:00:18 861 95/04/04:11:00:26 862 95/04/04;11:00:34 863 95/04/04;11:00:42 864 95/04/04;11:00:50 865 95/04/04;11:00:58 866 95/04/04;11:01:06 867 95/04/04;11:01:14 868 95/04/04;11:01:22 869 95/04/04;11:01:30 870 95/04/04;11:01=38 871 95/04/04;11:01:46 872 95/04/04;11:01:54 873 95/04/04;11:02:02 874 95/04/04;11:02:10 875 95/04/04;11:02:18 876 95/04/04;11:02:26 877 95/04/04;11:02:34 878 95/04/04;11:02:42 879 95/04/04;11:02:50 880 95/04/04;11:02:58 881 95/04/04;11:03:06 882 95/04/04;11:03:14 883 95/04/04;11:03:22 884 95/04/04;11:03:38 885 95/04/04:11:03:54 886 95/04/04;11:04:10 887 95/04/04;11:04:26 888 95/04/04;11:04:42 889 95/04/04;11:04:58 890 95/04/04;11:05:14 891 95/04/04;11:05:38 892 95/04/04;11:06:02 893 95/04/04;11:06:26 894 95/04/04;11:06:50 895 95/04/04;11:07:22 896 95/04/04;11:07:54 897 95/04/04;11:08:26 898 95/04/04;11:09:06 899 95/04/04;11:09:48 900 95/04/04;11:10:36 901 95/04/04;11:11:26 902 95/04/04;11:12:24 903 95/04/04;11:13:28 904 95/04/04;11:14:32 259.75250 ........ 4411.41 259.75472 ........ 4548.79 259.75694 ........ 4653.83 259.75917 ........ 4739.09 259.76139 ........ 4809.91 259.76361 ........ 4870.16 259.76583 ........ 4920.72 259.76806 ........ 4964.72 259.77028 ........ 5003.98 259.77250 ........ 5038.58 259.77472 ........ 5068.76 259.77694 ........ 5097.32 259.77917 ........ 5121.92 259.78139 ........ 5145.70 259.78361 ........ 5166.41 259.78583 ........ 5187.31 259.78806 ........ 5205.39 259.79028 ........ 5222.40 259.79250 ........ 5239.72 259.79472 ........ 5258.30 259.79694 ........ 5274.42 259.79917 ........ 5289.33 259.80139 ........ 5303.07 259.80361 ........ 5317.28 259.80583 ........ 5327.65 259.80806 ........ 5339.86 259.81028 ........ 5353.13 259.81472 ........ 5377.23 259.81917 ........ 5401.53 259.82361 ........ 5425.13 259.82806 ........ 5442.56 259.83250 ........ 5459.90 259.83694 ........ 5477.43 259.84139 ........ 5494.33 259.84806 ........ 5521.63 259.85472 ........ 5542.63 259.86139 ........ 5559.31 259.86806 ........ 5575.73 259.87694 ........ 5595.77 259,88583 ........ 5614.97 259.89472 ........ 5633.09 259.90583 ........ 5649.92 259.91750 ........ 5662.71 259.93083 ........ 5680.32 259.94472 ........ 5699.99 259.96083 ........ 5720.61 259.97861 ........ 5739.43 259.99639 ........ 5757.98 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D PAGE: 2O point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !$TB/D !PSI 905 95/04/04;11:15:42 906 95/04/04;11:17:00 907 95/04/04;11:18:28 908 95/04/04;11:20:04 909 95/04/04;11:21:50 910 95/04/04;11:23:50 911 95/04/04;11:26:00 912 95/04/04;11:28:24 913 95/04/04;11:31:02 914 95/04/04;11:34:04 915 95/04/04;11:37:30 916 95/04/04;11:41:06 917 95/04/04;11:45:22 918 95/04/04;1~:49:56 919 95/04/04;11:55:08 920 95/04/04;12:00:34 921 95/04/04;12:06:44 922 95/04/04;12:13:36 923 95/04/04;12:21:16 924 95/04/04;12:29:26 925 95/04/04;12:38:30 926 95/04/04;12:48:26 927 95/04/04;12:59:50 928 95/04/04;13:12:10 929 95/04/04;13;25:40 930 95/04/04;13:41:08 931 95/04/04;13:57:52 932 95/04/04;14:17:00 933 95/04/04;14:38:16 934 95/04/04;15:01:16 935 95/04/04;15:26:14 936 95/04/04;15:54:18 937 95/04/04;16:25:54 938 95/04/04;16:59:54 939 95/04/04;17:38:22 940 95/04/04;18:20:22 941 95/04/04;19:06:22 942 95/04/04;19:58:22 943 95/04/04;20:54:22 944 95/04/04;21:58:'12 945 95/04/04;23:08:28 946 95/04/05;00:24:42 947 95/04/05;01:49:00 948 95/04/05;03:22:50 949 95/04/05;05:06:50 950 95/04/05;07:02:18 951 95/04/05;09:10:22 952 95/04/05;11:03:48 260.01583 ........ 5773.71 260.03750 ........ 5787.24 260.06194 ........ 5808.37 260.08861 ........ 5823,93 260,11806 ........ 5839,51 260,15139 ........ 5854.89 260.18750 ........ 5870.83 260.22750 ........ 5883,52 260.27139 ........ 5897,81 260.32194 ........ 5914.13 260.37917 ........ 5928.18 260.43917 ........ 5940,25 260.51028 ........ 5949.69 260.58639 ........ 5959,24 260,67306 ........ 5968.86 260.76361 ........ 5975.61 260.86639 ........ 5984,95 260.98083 ........ 5994.50 261.10861 ........ 6003.91 261.24472 ........ 6013,38 261.39583 ........ 6022,51 261.56139 ........ 6031,74 261,75139 ........ 6040,98 261.95694 ........ 6027,56 262.18194 ........ 6038.16 262.43972 ........ 6047.82 262.71861 ........ 6059.35 263.03750 ........ 6068.71 263,39194 ........ 6080.49 263.77528 ........ 6089.99 264.19139 ........ 6101,06 264.65917 ........ 6112.26 265.18583 ........ 6122.65 266.75250 ........ 6133.68 266.39361 ........ 6144.17 267.09361 ........ 6154.83 267.86028 ........ 6165.20 268.72694 ........ 6175.39 269.66028 ........ 6184.87 270.72417 ........ 6194.39 271.89528 ........ 6203.86 273.16583 ........ 6212.80 274.57083 ........ 6221.27 276.13472 ........ 6230.95 277,86806 ........ 6239,01 279.79250 ........ 6246.64 281.92694 ........ 6253.84 283.81750 0 6259.18 point! date ! hour ! hour ! rate !pressure! no. !yy/mm/dd hh:mm:ss! decimal !STB/D !PSI 25000 2OOOO aa 1 5000 · 10000 5000 I I I I I I Start Time: April 3, 1995 @ 02:04:08 I I I I Step Rate Test 0.5 1 1.5 2 2.5 3 Time (hrs) I J Figure 9' Badami #4 Injection Rate History 8200 -- 8100 - 8000 - 7900 - 7800 - 7700 - 7600 - 7500 I I I I [ I I I I [ I I I I ] I I I I ] I I I I [ I I I I [ I I I I [ I I I_.l [ ~_3.~_1~..$. ~ I I I ..3_ .I 1 2 3 45 6 7 8 9 10 Injection Rate (bpm) Figure 10: Badami #4 Step Rate Test Company: BP Exploration (Alaska), INC. Well: Badami #4 Test: DST #1 - PreTest Halliburton Energy Services Preliminary Field Report , ,. Time I~lta Comments Whp Wht Casing Choke Gas Rale Oil Rate Water Rate GOR Time , , ,, (prig) (deg? (pslg), (641hs) (mscfld) (bblid) ,,,,(bbl/d) (mscflb',bl) 03/17 21:15 -142.250~ Hold Safety Meetlng. / 03/17 21:30 -142.CX:X:X30Start Picking ._Up Guns. / .... 03/17 22:00 -141 .SO:X:X:) Complete MU Guns and Start Picking Up Test Tools. / 103/17 22:06 -141.38d~?. Start HMR Gauge#1~. / ..... ,._ ~03/17 22:09 -141.34278 Start HMR Gauge#1~. / 03/17 22:11 -141.30111 Start HMR Gauge#10212/20113. / 03/17 22:14 -141.25944 s{art HMR Gauge#1~. - / .............................................................................................. 03/18 02:00 -137.SEX:X:]OComplete MU Test Tools. RU Press Test Lines. / 03/18 02:30 -137.00000 Pressure Test BHA to 7500 psi. (TST Valve OK,) ............. 03/18 03:10 .136.~ Start Running 3 1/2" PH6 Tubingl / -- 03/18 08:50 -130.66667 RU Pressure Test Lines. / 03/18 09:40 - .129.~ Failed Pressure Test to 7500 psi with 72 Stands. ' .................................. / ' 03/18 10:00 -129.5(X:X:X:) Reverss Out ~}400 psi on AnnulUs. / '03/18 10:10 .129.~._~[~ Failed Pressure Teat to 7~:X) psi with 72 Stands. 03/18 10:25 -129.08333 Continue to RIH with Tubing. ' ...... 03/18 13:30 -126,__¢03~___ On Bottom, RU Pressure Test Lines, / 03/18 14:15 -125.25(X:)0 Failed Preesure Test to 7500 psl. -- ....................................................................................................................... / 03/18 14:45 .124.75EX:X:)RD Pressure Test Lines. / 03/18 15:10 -124.~ Set Packer. Press, up on AnnulUs to Shear TST/LPR. / 03/18 15:35 -123.91667 unset Packer and RU Pressure Test Lines. / 03/18 16:15 -123,25030 Failed PresSureTestt°,~pe!, / 03/18 16:45 -122.~ POOH w/Tublng to Half way polnt. ,. ' .............. :'--,-- ...................................................... ) . ...................................... .:...::.:. ...... '..',.....,..,' ........... : ..................... : ........................ 03/18 20:30 .119.00000 RU Pressure Test Lines. ................................................................................................................ 03/18 20:45 -118.75(:[)0 Failed Pressure Test to 7500 psi. ~ / 03/18 20'.50 .118.66687 RD Pressure Test Lines. / 03/18 20'.35 -118.58333 Failed Pressure Test to 7500 psl. RDLInes, POOH, / 23:10 -116.33333 RU Pressure Test Lines, . 03/18 23:15 -116.25000 Failed PresSure Test to 7500 ,psi. (93 Std 'OOH) ............................ / 03/18 23:20 -116,16667 RD Pressure Test Lines and contlnue to POOH. / 03/19 02:15 -113.25000 RU Pressure Test Lines. / 03/19 02:20 -113.16667 Failed Pressure Test to 7500 psi. (lOOStd OOH) / 03/19 02:45 -1 i2.750(X:)RD Pressure Test Lines and Pull 2 Std. / 03/19 03:50 .111.66667 RU Pressure Test Lines. i 03/19 04:00 -111.500(X) Pressure Test to 7500 psi. I .... 03/19 04:15 -111.25(X:X) RD Pressure Test Lines and POOH. / 03/19 08:00 -107.5(:X:X:)O OOH to BHA. Start Breaking Down Tools to Gun Assy. / 03/19 09:00 -106.50000 Redress TST Valve and Reset LPR-N Lock Out. / 03/19 09:15 -106.25000 Read, Erase, Redress,and Reprogram HMR's. , ...... / .... Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration (Alaska), INC. Well: Badami ~ Test: DST #1 - PreTest .. . \ Halliburton Energy Services Preliminary Field Report Page No: 1.2 Tlme Delta ' Commenta Whp Wht Casing Choke Gas Rate Oil Rate Water Rate GOR Tirne , ,, (psig) (degf) (pslg) (64ths) (mscfld) (bbl/d) (bblld) (mscflb,bl) O3/19 10:15 -105.23-~..~.Start HMR Gauge #10212/20113. / 03/19 10:17 -105.20111 Start HMR Gauge#1(TZ22/2(:X368. / 03/19 10:20 -105.15111 Start HMR Gauge#10592/20066. I 03/19 10:22 -105.11778 Start HMR Gauge#10594/20222. / 03/19 10:30 -105.l:X30(:X3 Load HMR's Into Lower Bundle Carrier. / 03/19 10:45 -104. __750~__~ContlnuetoMU TsstToole. / 03/19 11:00 -104.~__~'3L't30 Load HMR's Into Upper Bundle Carder. - ................ ~/ ..... 03/19 11:15 -104.25000 Continue to MU Test Tools. / 03/19 12:15 -103.250130 RD Through Rotary Table. Run 2 Std 3 1/2 PH6 Tubing / 03/19 13:10 -102.~__~G'~33__ RU Pressure Test Lines. / ..................... 03/19 13:20 -102.16667 Pressure Test to T=----------------~ psi. _ / ........................................................................................ 03/19 13:30 -102.00000 RD Pressure Test Llnss end Continue to RIH, / 03/19 15:20 -100,16667 RU Press Test LInes, pre% Test to 7500 psl. ~3/19 15:30 -100.00[X30 RD Press Test Lines and Continue to RIH. -~ ............ 03/19 18:33 -97.00000 RU Press Test Lines, Failed Press Test to 7500 psi / 03/19 19:00 .96.50000 Reverse Out w/330 psi on Annulus, / 03/19 19:45 -95.75000 Failed Pressure Test to 7500 psi. / .... 03/19 19:55 -.95,~ RD Pressure Test Lines and POOH 8 Std, / ....................... 03/19 20:20 -.95.16667 RU Pressure Test Lines. / i:~/19 20:33 -95,00000 Failed Pressure Test to 7500 psi, '" / ...................................... 03/19 20:45 -94.75000 RD Pressure TeSt Lines and POOH 1 Std. Find leak. ' C~19 21:33 -94,00000 Change out Tubing Joint and RIH 1 more Std. / -- 03/19 23:40 -91,8__':<3L33 RU Pressure Test Lines, / 03/19 23:45 -91,750(~ Pressure Test to 7=-------------~ psi. / '[;:~19 23:55 -91.~ RD Pressure Test Lines. Continue to RIH. / O:&r20 02:00 -89,50000 RU Pressure Test Lines, / 03/20 02:10 -89.~__'Y53~Pressure Test'to 7500 psi. / -- - 03r20 02:20 -89116667 RD Pressure Test Lines. Continue to RIH, / C)3r20 04:00 .87.50000 RU Pressure Test Lines, / 03/20 04:10 .87,~.__"<3C'.~J31 Failed PressUre Test to 7500 psi. / ............................................................................................... ~ 04:15 .87.25000 Reverse out w/380 psi,on Annulus. / - 03/20 05:33 .86,0C030 Failed Pressure Test to 7500 psi, _ / 03/20 05:40 -85.83333 RD Pressure Test Lines and POOH. / 03/20 07:50 -83,66667 RU Pressure Test Lines, / 03/20 08:00 .83.50000 Failed Pressure Test to 7500 psi. ' ..... / 93/20 08:15 -83.25000 RD Pressure Test Lines and POOH, / 03r20 09:00 .82.50000 RU Pressure Test Lines, / ..... 03/20 ',09, :10 .82.33333 Failed, prsesure TeSt t,o ,7500 psi, , .... / ' ........ Note: This is a preliminary field report, Metered rates do not reflect correction factors. C Company: BP Exploration (Alaska), INC. Well: Badami #4 Test: DST #1 - PreTest Halliburton Energy Services Preliminary Field Report Page No: 1.3 Tithe ' Delta Comments Whp Wht Casing Choke Gas Rate Oil Rate Water Rat~ GOR Time (pslg) (degf) (pslg) (64ths) (mscfld) (bb, I/d) (bbl/d) (ms~,cflbbl) I I I I I I 03/20 09:20 -82.16667 RD Pressure Test Lines and POOH. / 03/20 09:50 -81.66667 RU Pressure Test Lines. / 03/20 10:00 -81.~__w3G~__ Failed Pressure Test to 7500 psi. / 03/20 10:30 -81.00000 ' Reverse Out wi400 psi. / 03/20 10:45 -80.75000 Failed PresSure TeSt to 7500 psi. / 03/'20 10:55 -80. _5~3G3__ RD Pressure Test Lines and POOH. / 03/'20 14:00 -77.5(XXD At Surface w/BHA. Rig up Pressure Test LInes. / 03/20 14:10 -77.~__""~_~Falled Pressure Test to 7500 psl. / 03/20 14:30 -77.00000 RD Pressure Test Lines and Start Breaking Down BHA / 03/20 17:00 -74.50000 All Tools and Guns OOH. Redress as needed. / 03/'20 17:15 -74.250(DiStand Bywhile Rig changes out Tubing. / 03/21 (30:00 -67.50000 Stand By while Rig changes out Tubing. / 03/22 00:00 -43.500(~ Stand By while Rig Changes out Tubing. (33/'22 23:30 -20.00000 Hold TCP Safety Meeting on Rig Floor. / 03/23 00:30 -19.00{300 First Gun Through Rotary Table. Continue to MU Gun / 03/23 92:03 -17.4~.~ Start HMR Gauge#1~i ~ O3r23 00:06 -17,38444 Start HMR Gauge#10594/2~22. 03/23 00:12 -17.28~-r.~?~ Start HMR Gauge#10212/20113. (' [4'~ / 03/23-- ~:00 -16.50000 Load HMR's into Lower Bundle Carrier. / ...................................... 03/23 03:15 -16.25000 RU Pressure Test Lines. / 03rZ3 03:30 -16.00000 Pressure Test TST Valve. / 03/;23 03:40 -15._A__'YS~_; RD Pressure Test Lines. Continue to PU Test Tools. - . i '- G3r23 04:15 -15.25000: Load HMR's into Uppper Bundle Carrier. / 03/23 05:30 -14.00000 All Tools Through Rotary Tablel (33/23 05:35 -13.91667' RU Pressure Test Lines. / ..... (33/23 05:40 -13.8._~5__'53_ Pressrure Test to 7500 psi. / 03/23 05:50 -13.66667 RD Pressure Test Lines and Continue in Hole. / 03/23 09:30 -10.00000 RU Pressure Test Lines. / 03/23 09:41 -9.81667, Pressure Test to 7500 psi. / 03/'Z3 09:55 -9.58333 RD Pressure Test Lines and Continue in Hole. / 03/23 12:12 -7.30000 Guns Through Liner. / ..................................................... 03/23 12:50 -6.66667 On Bottom. Pick Up Single. / _ _ 03/23 13:13 -6.28333 RU Pressure Test Lines. / 03/23 13:15 -6.25000 Pressure Test to 7500 psi. / 03/23 13:32 -5.96667 Set Packer. 7 ft. Slack off. / 03/73 13:4~ -5.68333 Unset Packer. / ,__ , , ,,, , ........ Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration (Alaska), INC. Well: Badami ~ Test: DST #1 - PreTest Halliburton Energy Services Preliminary Field Report Page No: 1.4 i ii i i ii IL i i i Time Delta Comments Whp Wht Casing Chok~ Gas Rate (~11 Rate Water Rate GOR , Time . ,, (pslg) (degf) (pslg) (64ths) (mscfld) !bbl/d) (bblld)., (mscflbbl) 03/23 14:10 -5.~ Set Choke Manifold on Rig Floor. / 03/23 14:50 -4.66667 RU W/L for Correlation Run. / ~ 17:30 -2.03000 RD W/L. / 03/23 17:56 -1.56667 i Space Out. / ~ 18:30 -1 ,(:X:X300 PreSSure TeSt Tubing to 7500 psi, / · _ 03/'23 18:45 .O.751:X:X3Pressure Test TIW Valve to 7500 psi. / 03/23 19:30 0,00000 Start Rigging up Surface Test Tree, / ~ 22:14 2.~ 26.41 39.58 3.45 O/Pos. 0.00 03/23 22:15 2.75000 27.11 39.65 3.43 0 / Pos. 0.00 O.00 0.00 0.00 03/23 22:30 3.00000 34.63 40.27 3,47 0 / Pos. O.00 0.00 0.00 0.00 03/23 22:45 3.25000 38.96 40.87 3.50 0 / Pos. O.00 O.O0 0.00 0.00 03/23 23:00 3.50000 39.08 41.21 3.31 0 / Adj. 0.00 0.00 0.(:X:) 0.00 C~ 23:15 3.750~ 40.78 40.95 3.45 O/AdJ. 0.00 0,00 0.00 0.00 03/23 23:30 4.00000 41.73 41.40 3,30 0 1 Adj, 0.00 0,00 0,00 0,00 03D3 23:45 4.25000 44.08 40.60 3.38 0 / Adj. 0,00 0,00 0,00 0.00 03/24 03:00 4.5(:X303 47.11 39.29 3,50 0 i Adj' 0.00 0,00 0.00 0.00 03/24 00:15 4.750~ 47,96 37.67 3.36 0 / Adj. 0~00 " 0.00 0.00 O,00 03/24 00:30 5.(:X:X:X:D 49,21 36.14 3.13 O/AdJ. 0,00 0,00 0,00 0.00 0~4 00:45 5.25(X:D 50.86 34.70 3.26 0 1 Adj. '0.00 0,00 0.00 0,00 0~4 01:00 5.S(:X:ZD Hold Safety Meeting on Rig Floor. "51.88 33.42 3,27 01 Adj, 0,00 0.00 0,03 0,03 03/24 01:15 5.75(:X30 52.91 32.38 3.43 O/AdJ. '0.00 0,00 0.00 0.00 03/24 01:30 6.00000 Complete Safety' Meeting. 52.61 32.53 3.52 0 / Adj. 0.00 0,00 0.00 0,00 03/24 01:45 6.25(XX) 55.18 34.07 3.35 O/AdJ. 0.00 0.00 0.00 0.00 03/24 01:55 6.41667 Start Filling Lines For Pressure Test. / 03/24 02:00 6.50(:X30 38.91 ! 50.20 24.31 0 / Adj, 0.00 0,00 0.00 0.00 03/24 02:04 6,56667 Lines Filled. Start Pressure Testing Surface Lines / 03/24 02:15 6.~ 49.53 52,88 15,90 0 ~ Adj. 0,00 0.00 0.00 0,00 03/24 02:30 7,(:X:X:X:)0 48.73 50.04 15,83 O/Adj. 0,03 0,00 0.00 0,03 03/24 02:45 7.25(X:X:)' 47.51 47,69 17.87 0 / Adj. 03/24 03:00 7.50000! 43.28 44192 10,10 0 / Adj. 03/24 03:15 7.750001 44.11 42.54 13.72 O/Adj. ~/24 03:30 8.00000 44.91 40.19 13.61 0 / Adj. 03/24 03:45 8.25000 54.13 38.82 0,00 0 / Adj. 03/24 04:00 8.50000 53.73 37.63 9.45 0 / Adj. 03/24 04:15 8.75000 53.38 36.42 9.37 0 / Adj. 03/24 04:45 9.25000 54.43 34.29 9.33 0 / Adj. 0.'00 0.00 0.00 - 0.00 03/24 05:00 9.5(XX~ 53.53 33.67 9.41 .... 0 / Adj. ' ........ ~'.-0~' ...................... ~),-(~ ....................... 0'~X~' .................. -(~.-C~0 ...... 1::~3/24,05:15, 9.7r-----------------~ , 53,56,,, 33.11 9.38 01 Adj. ,, ,0,00 ... 0.00 0,.,00 =,,C~'00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration (Alaska), INC. Well: Badami//4 Test: DST #1 - PreTest Halliburton Energy Services Preliminary Field Report Page No: '1.5 Time Delta Comments " Whp Wht Casing Choke Gas Rate Oil Rate Mater Rat~ GOR Tlrne (psig) (degf) (pslg) (64ths) L (mscf/d) (bbl/d) (bbl/d) (rnscflbbl) 03/24 05:23 9.88333 Finish Pressure Test ~4. Start Pressure Test #5. / 03/24 05:30 10.00030 46.26 33.79 9.42 O/AdJ. 0.00 0.00 0.00 0.00 03/24 05:45 10.25000 5100.78 36.33 9.21 O/AdJ. 0.03 0.00 0.00 0.00 03/24 05:00 10.50000 7626.28 38.05 9.12 O/Adj. 0.00 0.00 0.03 0.03 (33/24 05:09 10.65000 Finish Pressure Test ~5. Start Pressure Test #6. / 03/24 05:15 10.75000 8023.28 38.47 9.13 O/AdJ. 0.00 0,00 0,00 0.00 03/24 05:27 10.95000 Open and Close Valves. Re-do Pressure Test #6. / 03/24 05:30 11.00(X30 92.96 38.43 9.10 O/Adj. 0.00 0.OO 0.00 O.00 03/24 06:42 11.20030 Finish Pressure Test #6. / 03/24 06:45 11.25000 60,31 38.86 9.28 0 / Adj. 0.00 0.00 0.00 0.03 03/24 07:00 11.50000 Start Pressure Test #7, (LSD) 61.38 37.78 9.30 0 / Adj. 0.00 0.00 0.03 0.03 03/24 07:15 11.75000 7506.28 39.16 9.32 O/Adj. 0.00 0.03 0.03 0.03 03/24 07:20 11.8-__'~3_3, Finish Pressure Test #7. / 03/24 07:23 11.88..-.-.-.-.-.-.-.-~ Start Pressure TeSt #8. / 03~4 07:30 12.00000 51.96 38.27 9,51 O / Adj. 0.03 0,00 0.00 0.03 03/24 07:40 12.16667 Finish PresSure Test #8. Start Pressure Test #9. / 03~24 07:45 12.25030 6760.78 39.56 9.66 0 / Adj. 0100 0.00 0,03 0.03 03/24 (38:03 12.50000 Finish Pressure Test #9. Start Pressure Test #10. 7860.28 40.09 9,63 O / Adj. 0,03 0.03 0,03 0.(30 03/24 08:15 12.75(X~ 7468.53 39.46 9.56 O/AdJ. '0.00 0.03 0.03 0.03 03/24 08:16 12.76667 Finish Pressure Test #10, Start Pressure Test #11. / 0&t24 08:30 13.0(X:X~ Finish Pressure Test #11, / 03/24 08:30 13.00003 74.16 38.83 9,58 O/AdJ. O100 0.03 0,03 0,00 03~24 08:45 13.25000 Pressure TeSt Rig Line. 47,61 38.22 9.76 -- 0 / Adj. ' 03~24 09:00 13.50030 46.98 37.86 9.40 0 / Adj. 0.00 --' 0.03 0,00 0.C~0 03/24 (39:03 13.55(:X30 pressure Test Check Valve. / 03/24 09:15 13.75000 " 351.81 41,48 ' ' 9,88 ' 0 / Adj,' ............. '0-~3~ ...................... ~i~3' ................... 0-~X~ ............ ~),-(~ ......... 03/24 09:30 14.03030 72.63 41,77 9.82 0 / Adj. 0.00 0,03 0,(30 0.03 03/24 09:40 14.16667 Pick Up BHA to Set Packer. / ....... 03/24 09:45 14,25000 75.66 41.58 7.27 -- 0 / Adj. ' ........ 03/24 09:46 14,26667 Packer Set. / 03/24 10:00 - 14,50000 ' 73,48 41,34 .... 4,31 ........ ___0_!_.A._dj.'...i~ 0,00 03/24 10:04 14.56667 press Up On Annulus to Open TST Valve,(Inc 600 #) / 03/24 10:10 14,66667 Adjust Wellhead Pressure Xducer after Flex Test, / 03/24 10:15 14.75030 13.16 43,76 533.28 O/AdJ. 0.00 0.03 0.00 0.00 03/24 10:30 15.(:X:X:X30' 26,11 40.03 1571.03 0 / Adj. 0,03 0,03 0.03 0,03 , 03D4 10:39 15,15000 Bleed Off Annulus, / 03/24 10:45 15.25000 .......... 25,53 39,36 28.73 ---0-TA' aj: ................... 0':00 .................. 0',C~- ...................... 0'.'l~ ................. b,-C~ ............ ,03/24 10:48 15.30000' Open B~,-Pass, ,Can not Circulate. , ...... " , ...... / .... Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration (Alaska), INC. Well: Badami ~ Test: DST #1 - PreTest Halliburton Energy Services PreliminarY Field Report Page No: 1.6 Time Delta Comments ' Whp Wht ' Casing Choke Gas Rate Oil Rate Water Rate G0R Time ~si~) (degf) ~pslg~ (64ths) '- (mSCfld) (bbl/d) (bbl/d) (mscflbbl) 03/24 11:00 15.50CX)01 ..................... 48'7'.g3 ~.35 29.53--- 0/A~IJ. - ...... 03/24 11.1:)5 15.~ Start To Oycle OMNI to Circulate Position. / C)3V24 11:15 15.75000 137.81 43.6g 1725.78 O/AdJ. 0.03 0.00 0.00 0.00 G3r24 11:30 16.00000 141.88 ,~1,76 1904.91 O/Adj,. .......... ?_..C~_ ........... ~.0_.,_0~).._ ............. .0,__~_ .............. ._0,00 03~4 11:38 16.1~ In CirCulate Position. / 03/24 11:45 16.25030 368.91 48,20 7.42 0 / Adj, 0.00 0,00 0.(30 0.00 03r24 12:oo 16,5(X:x~ ,,. 359,43 49,60 76,81 o / Adj, o,oo o,oo o,oo O,oo 03/24 12:15 16.75ooo start Displacing with Diesel. (+- 71 bbls) 356.68 49.47 77,88 O/AdJ. - ...... b','~ ............... ~-C~ ............. ~C~- ..... 0.00 03/24 12:30 17.0CX:X30 2621.53 55.72 80.30 _ O/AdJ.. ........ O:0~ 0.:.0~... ........... .0:...00. ................. 0,__0~.. ...... 03/24 12:40 17.16667 Complete Displacement. I 03/24 12:45 17.25000 ~.78' 62.75 76.88 O/AdJ. 0.00 0.00 0.00 0.00 03/24 13:00 17.50000 2968.03 63.26 22.45 O/AdJ. 0.00 0.00 0.00 0.00 03t24 13:15 17.75000 . 3878.78 63,33 22.56 O/AdJ. 0.00_. 0.00_.. 0.00 0,00 03/24 13:30 18.00000 3948.28 64.17 1798.16 O/AdJ. 0.00 0.00 0.00 0.00 03/24 13:45 18.25000 3978,53 64,29 1781,16 O/AdJ. -- 0,00 O,00 .... 0,00 0,00 --' 03/24 14:00 18.50000 Lined Up t° flow to Tank #2 Initial Strap= .75" 4000.53 65,19 1770.91 O/AdJ. 0.00 0.00 ........ '6.-0~)- ..... 0.0~ ....... 03/24 14:13 18.71667 Pressure Up on Tubing to Fire Guns. / 03/24 14:13 18,722221 4135,53 63,78 1764.53 0/Adj,- 03/24 14:15 18,76389' 6917,03 63.36 1778.78 O/AdJ. ....................................................................... 0.00 !03/24 14:16 18.76667 Bleed Off Tubing for Underbalance. / 03/24 14:17 18.79861 1423.28 57,56 1758,28 O/AdJ. 0,00 03/24 14:19 18.81944 1521.78 58.47 1757.91 O/AdJ. 0,00 03/24 14:20 18.84028 1567.03 58.90 1757.28 O/Adj. 0.00 / / / / / / ...... __._ / / / / / / / / / Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.1 ! iii i ii Time ' Delta Comments Whp Wht Casing Choke 'Gas Rate Oil I~ate Water Rat~ GOR , Time ~psi~J) ~degf~ (psig) ~64th~) (mscf/d) (bbl/d) (bbl/,d) (mscflbbl) Il I /11 I I -- _ 3/24,-. 1~- 0~? Guns Fired. 1577.78 58.89 1757.16 0 / Adj. 0.03 3/Z4 14:20:.55 0.00139 0.13 58.88 1751.78 O/AdJ. 0.03 3/24 14:21:03 0.00278 401,78 58.85 1754.03 0 / Adj. O.00 3/24 14:21:05 0.03417 370.28 58.81 1 753.66 0 / Adj. ' ........... '~.~:) ., 3/24 14:21:10 0.__~__ 443.28 58.75 1753.78 O/AdJ. 0.03 3/24 14:21:15 0.~ 592,78 58.70 1754,78 O/AdJ, 0,00 3/24. 14:21:20 0,00833 607.28 58.65 1754.28 0 / Adj. - 0.03 3/24 14:21:25 0,0(3972 645.28 58.61 1754,53 0 / Adj. 0,03 3/24 14:21:30 0.01111 -- 757.53 58.58 i755,03 O/AdJ. ' .................. 'O,0t~ ~24 14:21:35 0.01250 814.53 - 58.55 1755.28 O/AdJ.- ...................................................................... 0.03 3/24 14:21:40 0.01389 861,78 58.53 1755,41 0/Adj, 0.03 ,3/24 14;21:45 0.01528 --" 922.53 58.51 17~.6~'- 0/Adj. ' ~;~:~ ..... 3~24 14:21:50 0.01667 " 978,03 58.50 1755.78 0 / Adj. 0.03 3~4 14:21:55 0,01806 1025.78 58.49 1756.03 0 / Adj, 0.00 3/24 14:22:00 0.01944 1068.03 58,47 1756.16 O/AdJ. 0.03 3/24 14:22:05 0.02083 1116,53 58,46 1756.28 0 / Adj. 0.03 3/24 14:22:10 0.~ 1i57.03 58.45 1756.28 O/AdJ. 0.00 3/24 14:22:15 0.02~1 1194.78 58.44 1756,41 O/AdJ. 0.03 3/24 1 4:22:20 0.025~ 1230.78 58.43 1756.53 01 Adj. 0,03 3/24 14:22:25 0.02639 1266.28 58.42 1756.53 0 / Adj. 0.(30 3/24 14:22:30 0.02778 1297.28 58.41 1756.66 0 / Adj. 0.00 3~24 14:22:35 0.02917 t327.78 58.40 1756.66 O/Adj. 0.00 ~;r24 14:22:40 0.03056 1356.53 58.40 1756.66 O/AdJ. 0,00 3/24 14:22:45 0,03194 1384.78 58.39 1756.78 O/AdJ. 0.03 3/24 14:22:50 0,___nt5333__, 1410.78 58.38 1756.78 O/AdJ. 0.00 3~24 14:22:55 0.03472 1435.78 58.37 1756.91 O/AdJ. 0.03 3/24 14:23:03 0.03611 1459.28 58,36 1 756.91 0 / Adj. 0.(33 3/24 1 4:23:05 0.03750 1482.28 58.35 1757.03 0 / Adj. 0.03 3/24 14:23:15 0.04028 1516.03 58.33 1757.03 O/AdJ. 0.00 3/24 14:23:20 0.O4187 1538.28 58.31 1 757,03 0 / Adj. 0.03 3/24 14:23:30 0,Od?.d~. 1576.03 58.29 1757,16 01Adj, 0.03 3/24 14:23:40 0.04722 1595.28 58.26 1757,16 O/AdJ. 0.03 3/24 14:23:50 0,05000 1620.28 58.23 1757.16 O/AdJ. 0.03 3/24 14:24:03 0.05278 1648.53 58.20 1757.16 O/Adj. 0.03 3/24 1 4:26:03 0.08611 1873.53 57.80 1 757.03 0 / Adj. 0.00 ;~24 14:28:03 0.11944 1992.53 57.37 1756.41 O/AdJ. 0,03 3r24., 14:30:00 0.15278 Tank #2 strap = 1.00" 2078.03 56.97 1756.03 0 / Adj. 0.00 0.00 0.00 0.00 3/24 1 ;4:32:00 0.18611 ,, 2132.78, 56.59, 1755,28 O/Adj. ,, " ,,, O,00 Note: This is a preliminary field report, Metered rates do not reflect correction factors. Halliburton Energy Services Company: BP Exploration, Alaska Page No: 1.2 Well: Badami ~ Preliminary Field Report Test: DST #1 - Initial Flow ....... ~Vht ' ' ' Time Delta Comments Whp casing Choke Gas Rate OII Rate' Water Rate GOR Time (psig) (degf) (pslg),, (64the) (mscfld) (bbl/d) (bbl/d) (mscfibbl) 3~4 14:34:00 0.21944 2169.28 56.24 1754.41 O/Adj. ............ --- .............. O.00 3/24 14:36:00 0.25278 2196.28 55.91 1753.53 O/AdJ. ' 0~(~0 3/24 14:37:00 0.26944 Bleed off we!lhead a little to Change Adj. Choke. / 3/24 14:38:00 0.28611 2207,78 55,59 1752.66 0/A. dJ. ' 0,03 3/24 14:40:00 0.31944 2213.78 5~.29 1751.78 0 / Adj. 0.00 0.00 ......... 0.00 0.03 3~24 14:42:00 0.35278 2231.78 54.98 1750.91 0 / Adj. 0.03 3/24 14:44:00 0.38611 2244.28 54.69 1750.28 0 / Adj. 0.03 3/24 14:46:00 0.41944 2253.28 54.41 1749.66 O/AdJ. 0,03 3/24 14:50:00 0.48611 2268,78 53.80 1748.41 0 1 Adj. 0,03 0.00 0.00 0.03 3/24 14:53:00 0.53611 2276.53 53.30 1747.53 0 / Adj. 0.03 3/24 14:56:00 0.58611 2283j03 52.89 1746.66 0 1 Adj. 0,03 3/24 14:59:01 0.63639 2287.78 52,57 1745.91 0 1Adj, 0,03 3~24 15:00.30 0.66111 22.89,78 52,46 1745.53 O/Adj. 0.03 3~24 15:05:30 0.7.~.d~. 2294.03 51.98 1744.41 O/AdJ, 0.03 3/24 15:10:30 0.82778 2298.28 51.38 1743.41 0 / Adj. 0.03 ~tZ,~..~'I~f~'~ 'rr~_ .'~ Open to Tank #2 on. 10/64the. In.it~. l Strap = 2.03- / 3/24 15:15:30 0.91111 2211:28 50.89 1741.78 10 / Adj. 0.03 ~ tS:1~(X3:. O.919a,4 i¢l~ange to 1 r:vs41t~ Choke.,~ / 3/24 15:20:30 0.99444 499,78 51.15 1735,53 15 /Adj. 0,03 3/24 15:25:30 1.07778 252.78 50.35 1733.16 15 IAdj, 0,03 3/24 15:28:15 1.12361 Choke Cleared its throat. / - ~/24 15:30:00 1.15278 Tank #2 8trap = 4.75" (440,008 bbFd Rate) / 3/24 15:30:30 1.16111 91.31 49.81 1731,16 15/Adj, 0.03 :~/24 15:35:30 1.24444 71,06 49,26 1729,41 15 / Adj, . ............................................................... 0,03 3/24 15:43:30 1,37778 57,21 48.62 1727,41 15 1 Adj, 0.03 - ~/24 15:46:00 1.40278 Tank #2 Strap = 6,00,, (200,006 bbl/d Rate) / .... 3/24 15:45:30 1,41"ill 56,78 48,48 1726,78-- "151Adj. ' ....................................... b".~" ....... 3/24 15:47:30 1.'!..~.dd 58.48 48,35 1726.53 15 IAdj. 0.00 ;~24 15:49:30 1.47778 62.18 48.22 1726.03 15/Adj, 0,03 3/24 15:51:30 1.51111 65,96 48,10 1725,66 15 1 Adj. 0,03 3/24 15:53:30 1 .~.~.~. ...... 67.53 47.99' .......................................................................................................................... 1725.28 15 / Adj. 0.00 3/24 15:55:30 1.57778 66.31 47,89 1724.66 15 / Adj. m 0;03---- 3/24 15:57:30 1.61111 66.78 4~.79 1724.53 151Adj. ' ................................................................................................... ~'.~ ...... 3/24 16:00:00 1.65278 Tank#28trap= 8.00" (320.006 bbl/d Rate) 67.43 47.66 1723.78 15/Adj. ' 0.03 0.00 0.00 0.00 ::5~24 16:15:00 1.90278 Tank#2 8trap = 9.00" (160,003bbl/d Rate) 65,36 ' ,46.95 ...... !7..!.8,28, _15___/A_~.: .................. ~:~ .... '........... .0....~ .... 0.03 0,03 ............................................ 3/24 16:20:00 2,15278 Tank#2 Strap = 10.25" (200,006 bbl/d Rate) 71.03 47.44 1712.66 15/Adj. 0.03 0.03 0,00 0.03 3/24 16:45:00 2,40278 Tank #2 strap = 10,75"( 50,036 bbl/d Rate) 76,68 47,98 1707,78 15 / Adj.. .............. .0_:_..O?. ,,3,~. 4 17:00:00 2,652,78 Tank#2 Strap = 12.25" (240.004bbl/d Rate) ..... 81.96 48,17 1703.41 ,,, 15/.A, dj. O.00 O.00 0,00 O.00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.3 iiii Time 'Delta Comment~; .... Whp Wht Casing Choke Gas Rat~ ' Oil Rate Water Rate GOR Time , (psig) (degf) (p~lg) , (64ths) !ms,cf/d) (bbl/d). (bbl/d) (mscflbbl) 3/24 17:15:00 2.90278 Tank#2 Strop = 14.75" (400.015 bbt/d Rate) / 3/24 17:23:00 3.03611 34.78 46.28 1696.78 15/Adj. ~).00 3/24 17:30:00 3.15278 Tank#2Stmp= 15.0(7' (40.003bbl/d Rate) / 3/24 17:38:00 3.28611 43.83 45.23 1693.16 15/Adj. 0.00 3/24 17:45:00 3.40278 Tank #2 strap = 15.25"( ,,~, .588 bbl/d .R.a. te.) ............ / ........... 3/24 17:53:00 3.53611 4.83 44,59 1689.53 15 / Adj, 0.00 :~24 18:00:.00 3.65278 Tank #2 Stra? = 16.50" (2133.004 bbl/d Rate) / " 3/24 18:08:00 3.78611 -5.57 44.20 1686.16 ,15/Adj. 0.00 _ 3/24 18:15:00 3.90278 Tank #2 Strap = 19,50" (480,009 bbl/d Rate) / 3/24 18:23:00 4.03811 '- .4,32-- 43.79-"-- 1683.O3 ..... ~-~.-~-~-~.i 0.00 _ 3¢24 18:30:00 4.15278 Tank #2 Stm. p = 21,25" (280,005 bbl/d Rate) / 3/24 18:4,5:00 4.40278 Tank #2 Strap · 22,00" (120,002 bbl/d Rate) -2,24 43,14 1679,03 15/AdJ. 0.00 0,00 0,00 0,00 3/24 18:50:00 4,48611 .~1.27 '~,31(72 1678116 - 151Adj. ' ......... ~)i~ ................. i~.'~3~ ...................... ~i'~) ................... (~i~ 3/24 18:55:00 4.561344i ~).82 42,8~ 1677,41 ...... 1..5..~.A.dj, 0.00 0,00 0,00 0,00 3~4 19:'~0:00 "' 4.65278 Tank #2 Strap · 22,0CY' ( 0,000 bbl/d Rate) 0.48 - '-'~"~/g--'-- 1676.53 15 / Adj. O.00 O.00 0,03 0,03 3/24 19:08:00 4.73611 2.O1 42.72 1675178 '!5 / Adj. 0.00 O'i00 0.03 0.00 ';:~24 19:10:,00 4,81944 2.48 '42.63 1674J78 15 / A_dj, 0,00 0.00 0,00 '0,00 3/24 19:15:00 4.90278 Tank #2 Strap · 22,00" ( 0.0(30 bbl/d Rate) 3,21 42,52 1674,28 15 / AdJ, 0.00 0,00 0,00 0,00 r~4 19:20:004.~11 2,51 "~.41 1673,41 ....... I~../_A...dJ: ........... 0.,OO. 0.03 0,00 0.00 ~724 19:25:03 5,06944 4.68 42.31 1672,91 15 / Adj. O,00 .... O, o0 ..... 0.'00 ..... 3/24 19:30:00 5.15278 Tank #2 Strap = 23.00" (1,60.003 bbl/d Rate) . , 4.61 ............................ 42,20 1672,16 15 1 Adj, 0.00 - 0.03 0,00 0,00 3/24 19:35:00 5,23611' " 5.66 42.07 1671,16 15 / Adj, 0.00 0,00 0,00 0,00 ':~V24 19:40:00 5.~1944 5.73 ..... ! 41.95 1670.53 il_.5_/_.,.A_dj.: ............ 0:..07 .............. 0,:,..0~. .......... i'. ....... ,.0..:-.-00 ................ _0.,.._0~.~....', 3/24 19:46:O3 5,40278 Tank #2 Strop · 23,50" ( 80.001 bbl/d Rate) 6.38 41,82 1870.03 15 / Adj. 0.00 O,00 0,00 0.00 ~4 19:50:00 5.48611 7.31 41.69 -- 1669.53 15/Adj. ' ......... '-0'-,~I:~ ................... O.--0C~ ................. '(~'~ ........................ 6~X~ ......... , 3/24 19:55:00 5..56944 7.68 41.54 1668.78 15 / Adj, 0.00 0.00 0.00 0.00 3/24 20:00:00 5.65278 Tank #2 Strap = 24.50" (160,003 bbl/d Rate) 9.21 41.4i 1668j28 15 / Adj. 0,'00 0,00 0,00 0.00 3/24 20:(35:00 5.73611 9.38 41.30 1667,66 '151AdJ. ' ........ 0.--(~ .............. -~.-C~) ............ -~,-~ ......... 0,00 3/24 20:10:00 5.81944 11.38 41.19 1667.16 15 / Adj, 0.00 ~.00 0.00 0.03 -- 3/24 20:15:00 5.9(3278 Tank #2 strap = 25.50" (160.003 bbl/d Rate) 13.23 41.07 1666.66 15 ! Adj, 0,00 0,00 .... 0--'~00 0,03 ..... 3/24 20:20:00 5.98611 15.33 40.97 1665.91 15 / Adj. 0.03 0,00 ....0.00 0.00 ::~24 20:25:00 6.06g~ 17,73 40,83 1665.41 .... 1~5/Adj,__ ........... _0,:_~.,_ ................... 0.__,0~__ ....................... ..0....~ ................ _0.,_(~,.,. 3/24 20:30:00 6.15278 Tank #2 Strop = 26.50" (160,003 'bl~[/d Rate) ' ,20.g8 40.71 1664.91 15 1 Adj. 0.00 0,00 0.00 0,00 3/24 20:35:00 6,23611 23.2~ 40.61 1664.41 ,15 / Adj., ,. 0.03 0,00 0.00 0.00 . 3/24 20:40:00 6.31944 '25,31 40.55 1663.66 15 / Adj. 0.00 .... -0,--~) ................. '~,~(~ ..... 0,00 3/24 20:45:00 6.40278 Tank #2 Strop ' 27.50" (1'50.003 bbl/d Rate) '~5,68 40.51 1663.28 15 / Adj, 0.00 0,00 ~ 0.03 0.0~ ......... 3/24 20:50:00 6.48611 28,58 40,43 1662,78 16/Adj. 0.00 0,00 0,00 0,0~ .... 3/24 20:,55:00 6.569~ ' ............ ,,32.,,4! ,,40.33 ..... 1662.28 15 ! Ad1, ,,, 0,00, ,0,',,,~,, .... .0,00 0,0~,_ , , Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.4 ! Time Delta Comments Whp Wht Casing Choke Gas Rate OII Rate Water Rate GOR Time , (pslg~ (degf) (pslg) (64tha~ (mscfld) (bbl/d) (bbl/d) (mscflbbl) , . 3/24 21:00:00 6.__~Jb-2_78 Tank #2 Strop = 29.0(7' (240.004 bbl/d Rate) 35.78 40.26 1661.78 15 / Adj. 0.00 0.00 0.00 0.00 3/24 21:05:O0 6.73611 40.11 40.18 1661.41 15 / Adj. 0.03 0.00 0.00 0.03 3/24 21:10:00 6.81944 44.83 40,10 1660.78 15/Adj.. ............. _0._0(~)_ .............. .0,_,(~... ................... _0_._0~_ .............. 0,00 3/24 21:1,5:00 6.90278 Tank #2 Strap = 30.0(7' (160,003 bbl/d Rate) 48.83 40,02 1660.03 15 / Adj. 0.00 0.00 0.00 0.00 3/24 21:20:00 6.98611 56.61 39.96 1659.78 15 / Adj. 0.00 0.00 0.00 0.00 3/24 21:25:00 7.06944 65.46 39.88 1659.28 15 / Adj. 0.00 0.00 0.00 0,00 3/24 21:30:00 7,151278 81.03 '- 39,80 ......1659,03 .....-'15'---~'~.~)-; ....... OiJ:~3 ..... 01~(~) ...... d~O~ ............. ~]~J ..... 3/24 21:35:00 7.23611 98.58 39.74 1658.16 15 / Adj. 0.00 0,00 0.00 0.(30 3/24 21:40:00 7.31944 121.58 39.71 1658.03 15/Adj, 0,00 0.00 O,(30 0.00 3/24 21:45:03 7.40278 Tank #2 Strap · 32.50" (200.004 bbl/d Rate) 133,46 3~.63 ' - -1658.91 - 15) AdJ-"~ ........... ~ ~'~ .............. ~',--~ .................. '~ ~ ~ ................ ~ ........ 3/24 21:50:00 7.48611 151.36 39.50 1655.91 15 / Adj. 0.00 0.00 0.00 0.00 3/24 21:55:00 7.56t;)44 174.96 39,38 1655.03 15 / Adj. 0.00 0,00 0.00 0,00 3/24 22:00:00 7.65278 Tank #2 Strap = 35.00" (400.008 bbl/d Rate) 187.33 39.30 1654.28 15 / Adj. 0.00 0,00 0.00 0.00 3/24 22:05:00 7.73611 199,33 39.26 1653.78 15 / Adj. 0.00 0.00 0.00 0.00 3/24 22:10:00 7.81944 211.21 39.23 1653,16 15/Adj. 0.00 0,00 0.00 0.00 3/24 22:15:00 7.90278 Tank #2 Strap = 38.00" (160.003 bbl/d Rate) 223.91 39.20 1652.66 15 / Adj. 0.00 0.00 0.00 0.00 3/24 22:20:00 7.96611 237.11 39.19 1652.03 15 / Adj. 0.00 0.00 0.00 0.00 3/24 22:25:00 8.06944 252,03 39.15 1651,78 15 / Adj. 0.00 0.00 0.00 0.00 3/24 22:30:00 8.15278 Tank #2 Strap = 37.00" (160.003 bbl/d Rate) 261.78 39.08 1 651.28 15 / Adj. 0.00 0.00 0.00 0,00 3/24 22:35:00 8,23611 #REFI 255.78 39.56 1650.66 18/Adj, 0.00 0.00 0.00 0.00 3/24 22:38:00 8.28611 Trace of Mud and Oil @ Choke Manifold. / ;~' ~_'13[3 8.31~44rchange to 18/64ths Choke, 274.03 39.43 1650.03 18 / Adj. 0.00 0.00 0.00 0.00 ... ~4 22:45:00 8.40278 Tank #2 Strap = 41,00" (640,O12 bbl/d Rate) ~.78 39.43 1649.16 18/Adj, 0,00 0.00 0,00 , 0,00 3/24 22:50:00 8,48611 247,61 ,, 39,42 164871 !8/ Adj, , ........... ?,__(~_ ............. _0,:.0(~_ ..................... ._0.:.??_ ...................... .0...~0~._ ...... 3/24 22:56:00 8.56944 240.03 "39,42 "'1647.66' 18 / AdJ, 0,00 0.00 0,00 0.00 3/24 23:00:00 8,65278 ~Tank #2 Strap = 42.50" (240,000 bbl/d Rate) 243,43 39,38 1647,16 18 / Adj, 0,00 O,O0 .... ~"- O,O0 0,00 3/24 23:05:00 8.73611 231.43 ' 39,35 1648.41 18/Adj, ' ............ ~3,--0~ .................... ~),-~ ...................... (J~:~ ............................... ~,-0~ 3/24 23:10:00 8.81944 196,83 39,32 1645,66 18 / Adj, 0.00 0,00 0.00 0,00 3/24 23:15:03 8,90278 Tank #2 8!,ro, p =, 44~,.00',' ,(2.40,460 bbl/d Rate)......... -167;il ' 39,31 1644,91 18,/AdJ,- ............. ?:.~ ...................... ~.0©_ ......................... .0.,'..~ ....... iiii.~,.~.0.'.~-~ii- .... 3/24 23:20:00 8.98611 '140.06 39,29,, 1644128 18 / AdJ, 0,00 0,(30 0.00 0,00 3/24 23:25:00 9.06944 116,88 39,26 1643,78 18 / AdJ, 0,00 0,00 0,00 0,03 3/24 23:30:00 9.15278 Tank #2 Strap = 44.50" ( 80.000 bbl/d Rate) 94.78 39.21 1643.41 18 /Adj. 0.00 0,00 0,00 0.00 3/24 23:35:00 9.23611 Trace of Gas at Tanks. 79.73 39,15 1643,41 18/Adj, 0,00 0.03 0.00 0,00 3/24 23:40:00 9,31944 78,13 31;t,14 1643,28 18 1AdJ, 0,00 0,00 0,00 0,00 3~t24 '23:45:00 9.40278 mank #2 Strap = 44.75" ( 40.000 bbl/d Rate) .... 73,73 39.1'4 1643,0~3 ..... 1S/Adj, ' .......... ~-(~' ~ ~)i'~ .................... ~)~-~ 3/24 23:50:00 9.486ii' ' 71,:~i 39,10 1643,03 18 1Ad~,..~ ~i~i~'~0.~'~.'ii~i'~ii~ ~i".~.-.ii~i-.~..~.._iii~ii".'i'~ ii.'-i'iii~'ii'.~i_-iii'i'~.-i.-.i-~'i'-,"ii l 3/24 23:55:00 9.56944 70.33 39.03 1643.41 10 / Adj. 0,00 0,00 0.00 0,00 3/25 00:00:q0 9.65_~78 Tank #2 Strap =, 45.00" { ,40,__o00 bbl/d Rate) 77.46 , 38.95 1643.78 18 / Ad~, 0,00 0.00 0.00 0,00 Note: This is a preliminary field report, Metered rates do not reflect correction factors, Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.$ i i ii i i iiii i Time Delta Comments Whp Wht Casing Choke Gas Rate OII Rate Water Rate GOR Time (pslg) I~e~ll~ , ~ps. lg~ l~Mthsl Imscf/d) {bbUd~ {bbl/d) (macf/bbl) I I I I I I I 3/25 00:05:00 9.73611 77.38 38.88 1644.03 18/Adj. 0.(30 0.00 0.03 0.03 ~ 00:10:00 9.81944 84.01 38.82 1644.66 18 / Adj. O.(30 0.00 0.03 O.03 3/25 00:15:00 9.90278 Tank #2 Strap = 45.00" ( 0.030 bbl/d Rate) 98,43 38.74 1644,91 18 1 Adj... ........ .O....07., 0.00 0.00 O.00 3/25 00:20:00 9.98611 107.01 38.65 1645.66 18 /AdJ. 0.00 0.00 0.0O 0.00 3/25 0O:25:0O 10.06944 95,61 38.55 1646.28 18 / Adj. 0.00 0.00 0.03 0.0O 3/25 00:30:00 10,15278 Tank #2 Strap = 45.5(7' (80.030bbl/d Rate) 130,01 38,40 1647,03 18/AdJ, 0.03 0.00 -'- 0,03 0,03 3/25 03:35:03 10.23611 145.01 38.29 1648.16 18/Adj. 0.00 0.(30 - 0.00 0.03 - 3/25 00:40:00.. 10.31944 158,58 38,16 1649,18 18/Adj, 0,00 O,00 0,00 O,00 3/25 (30:45:00 .... '~-0-~'40~7~ -~"~'~'~'~'~'~'r~-=-;~-~;-(-,~i'~x~)-b'l~l'/-c~ 'i~'~i~i ......................... ~'1~3.-~1' ........ 38,02 ..... i'~0~' ' 2~ / Adj, 0.00 0.00 0.00 0,00 3/25 00:50:00 10.48611 1 72,58 37.80 1650.41 22 / Adj. 0.00 0,00 0.00 0.03 3/25 00:55:00 10.56944 177,03 37,66 1(E~),28 22 / Adj. 0.00 0,00 0,03 0,03 3/25 01:03:00 10.65278 Tank #2 Strap = 47.5(7' (280.031 bbl/d Rate) ..... 183.23 37.56 1650.41 22 1 Adj. - .... -0.--~ .................. 0.00 ...... 0.03 0.~ ........ 3/25 01:05:00 10.73611 APIOIIGrav. 21,8 @ 68. ,.~2,~?3 ~ eD) __ 187,76 37.40 1650.78 221Adj, 0.00 0.00 0.03 0.03 3r~ 0~,~0:00 10,8~,4 ~,76 ..... ._32..~Z....i ....... '.i.~i,_er~,_.,_~.. ........... ,.2_2...!,.A...d,~., ........ b-.~- ............... -0:55 ...................... b.,~ ................ 0---:~'- .......... ::~'~'~"' ' 6~"i:i'~:-C:J0 ......... 1'~','9~;~ ! %'~'~'~'~i~l~";;'~lt~',~;'i'i'i~:Ji~¥"~i~i)~' ~t-~i ......................... 199.08 36.96 1650.78 22 / Adj. 0,00 0.00 0',00 0,00 ,,, 3r'z5 01:20:00 10.98611 146,81 36,63 1650,03 30 / Adj. _ 0.00 0.00 0.03 . 0.03 3/25 01:25:00 11,06944 129,63 36,25 1649,66 33 / Adj,. .............._0_._~... ........... ' ............ ..0.:..07_.....i.~ ........... .0.:.._~_ ................. 3/25 01:30:00 --i'1.15278'Tank#2Strap =51.25" (440.010bbl/d Rate) -" 1'i~:21 36,01 ' i649.41 "- 30/Adj. 0.03 0.00 0.00 0,03 3/25 01:35:00 11.23611 Start Injecting Defoamer, 88.41 35,91 1649,41 30 / Adj, 0.00 0.00 0,00 0,03 '3/25 01:40:00 11.31944 79.48 35.88 1649.16 30/Adj. 0.00 --- 0,00 -- 0.00 0.03 .... 3/25 01:45:00 11.40278 75.33 35,84 1649.16 30 / Adj. 0,03 0,00 0.00 0,03 :3/25 01:50:00 11.48611 68.98 35.80 1648,78 30 / Adj, 0.03 0,00 0,03 0,03 --i 3/25 01:55:00 11.56944 66.23 35.71 1648.28 30 / Adj, 0.00 O,03 0.03 0,0O 3/25 02:00:00 11.65278 Tank #2 Strap = 53.5(7' (180.000 bbl/d Rate) 61,13 35.57 1647,91 30 /Adj._ .... O. ~cx:) ............ O.00 0.00 0,03 3/25 02:05:00 11.73611APIOIIGrav. 21.6@70. (21.01~ ,6D) "61,51 35,49 1647,91 30/Adj. 0.03 0,00 0.00 0,(3O 3/25 02:10:00 11.81944 60.98 35.50 1648.03 30 / Adj. O.03 0,00 0.00 0,0O 3/25 02:15:00 11.90278 55.28 35.52 1648.16 30 / Adj. 0j::X3 0.00 0.03 0.0O 3/25 02:20:03 i 1,98611 59,08 35.55 1648,91 33 1AdJ, 0.00 0.00 0.00 0.03 '-' 3/25 02:25:00 12.06944 61.18 35,57 1649.41 30 / Adj, 0.03 0.03 0.03 0.03 3/25 02:30:00 12.15278 Tank#2 Strap = 55.50" (160,000 bbl/d Rate) 63.13 35.55 1649.91 30/Adj, 0.00 0.00 0.03 0,03 3/25 02:35:00 12.23611 66.26 35.54 1650.16 30 / Adj. 0.00 O.00 0.00 0,03 3/'25 02:40:03 12.31944 67.21 35.49 1650,91 30 / Adj. 0.03 0.03 0.03 0.03 :3/'25 02:45:00 12.40278 65.78 35,55 1651.53 30 / Adj. 0.00 0.00 0.03 0.03 3D5 02:50:00 12.48611 69.88 35,60 1651.91 30 /Adj. 0.03 0,0O 0.00 O,03 3/25 02:55:03 12.56944 72.08 35.64 1652.41 30 / Adj. 0.03 0.0O 0,03 0.'03 - 3/25 03:00:03 12.65278 Tank #2 Strap = 58,0(7' (200,000 bbl/d Rate) 79,23 35.68 1653.03 .30 /Adj. 0.00 0,03 0,00 O,00 '3T-25 03:05:00 12,73611 APl OII Grav, 18.8{t}.m. 76.81 35,77 - 1"653,~' ' 301Adj, ' .3/25 03:10:00 12.81944 , 79.81 , 35,'80, ,, 1653.66 30iAdj. 0:.0(~- ........ 0,00 0.03 0,:00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.6 Time Delta ' Comments ' 'Whp Wht Casing Choke ~as Rate ' Oil Rate Water Rate GOR Time (psig) ( ~degf) (pslg) , llNths) (mscfld) (bblid) (bbl/d) (mscflbbl~ 3/25 03:15:00 12.90278 79.63 35.82 1654.16 30 1 Adj. 0.{30 0.00 0.00 0.(30 ~ 03:20:00 12.96611 77.58 35.81 1654.53 30 1 Adj. 0.00 0.03 0.(30 0.00 3/25 03:25:00 13.06944 73.31 35.74 1655.03 30/Adj. 0,03 0.00 0,00 0,(30 , 3/25 03:30:00 13.15278 Tank #2 Strap. .= 61.03" (240.030 bbl/d Rate) 75.48 35.65 1655.03 30 1 Adj. 0.03 0.00 0.00 0.03 3/25 03:35:00 13.23611 74.98 35.70 1655.78 30 / Adj. 0.00 0.00 0.00 0.03 3/25 03:40.00 13.31944 71.08 35.76 1656.03 30 / Adj. 0.00 0.00 0.00 0.03 3/25 03:45:00 13.40278 68.31 35,80 1656.41 30 / Adj._ ........ _.0__O0. ....... 0.00 0.00 0.03 3/25 03:50:00 13.48611 69.68 35.79 1656.66 30 / Adj. 0.00 O.OO ........ ~).--00 .............. ~.'~ ....... 3~25 03:55:00 13.56944 68.98 35,73 1656.91 30 / Adj. 0.03 0.00 0.00 0,03 3/25 04:00.~0 13.65278 Tank#2 Strop = 62.50" (120,000 bbl/d Rate) 69.43 35,74 1657.41 301Adj. 0.00 0,00 0,00 0,03 3/25 04:05:00 13.73611 69.01 35.77 1657.91 301 Adj. 0.03 0.03 0.00 0.03 3/25 04:10.03 13.81944 69.33 35.78 1658.28 30 / Adj. 0.00 0.03 0.00 0.03 3/25 04:15:00 13.90278 70.06 35.67 1658.66 30 1 Adj. 0.00 0,03 0.00 0,03 3/25 04:20:00 13.96611 65.58 35.70 1658.91 30 1 Adj. - ...... --0.-~- ...... 0.00 0.00 0,00 3/'25 04:25:03 14.06944 ..... 67138 35.76 1659.16 30/Adj.- ........ ~).--~ ........ 0.00 ......... ~3.-~X~ ...... 0.03 3/25 04:30:00 14.15278~ 69.73 35.74 1659.68 30 / Adj. 0.00 0.00 0.00 0.03 3/"25 04:35:00 14.23611 BS&W = 2.0..%..MUd. -- ....... 71'.26 ' 35.71 1{~0.16 .30/Adj. ......... ~).00 .........0.03 0.03 ' 0.00 3/25 04:43:00 14.31944 72.03 35.72 1660.66 30/Adj. 0.00 --0.0(~ 0.00 0.(30 .... 3/25 04:45:00 14.40278 71.68 35.74 1660.91 30 /Adj. 0.00 0.(30 O.00 0.03 3/25 04:50:00 14.48611 77.08 35.80 1661.16 30 IAdj. 0.00 0.(3O 0.03 0.03 3/25 04:55:00 14.56944 75.23 35.80 1661.53 30 /Adj. 0.03 0.(30 0.03 0.(30 3/25 05:03:00 14.65278 Tank #2 Strap = 66.75" (140.000 bbl/d Rate) 77.68 35.86 1661.66 30 / Adj. 0.00 0.00 .... 0.00 3/25 05:05:03 14.73611 BS&W = 6% Mud. 76.23 35.87 1662.28 30 /Adj. 0.00 0.00 0.00 0.03 _3/25 05:10:00 14.8194~ 83.23 35.80 1662.68 30 / Adj. 0.00 0.00 0.00 0.03 3/25 05:15:00 14.90278 79.48 35.79 1662.78 30 /Adj. 0.00 0.00 0.00 0.00 3/25 05:20:03 14.98611 77.73 35.77 1662.78 30 / Adj. 0.03 0.00 0.00 0.(3O 3/25 05:25:00 15.06944 82.21 35.65 1663.28 30 / Adj. 0.00 0.00 0.03 0.03 3/25 05:30:03 15.15278 Tank #2 Strao = 69.0(7' (180.000 bbl/d Rate) 80.98 35.56 1663.53 30/Adj. 0.00 0.00 0.00 0.00 3/25 05:35:03 15.23611 BS&W = 4% Mud. 84.,41 35.57 1663.78 - 30 / Adj. ' .............. (~i~ ......................... ~)i-(~)' ................... ~i~ ...................... ~)'.'(~ ............ 3/25 05:40:03 15.31944 79.23 35.46 1663.78 30/Adj. O.OO 0.OO 0.03 0.(~ - 3/25 ~)5:45:00 15.40278 -' 76.98' 35.33 1663.91 30/ADJ. ...... (~i(~)' ................ 0'.'~ 0'i~ .................. (~'.(~ .... 3/25 05:50:00 15.48611 75.01 35.21 1664.41 30 / Adj. 0.00 0.03 0.03 0.03 05:55:00 lS.Ss 4 76,53 35,04 .......... _30_/?_d!.. ............. ................ .......... ............. ..... 3/25 06:00:03 15,65278 Tank #2 Strop = 72.00" (240.000 bbl/d Rate) ....... 72,56 35.07 1664.91 30 / Adj. O,00 0,00 0.00 0,03 ~.....0~_ i. _O5-:_ _(~... .... !. 5.,,.. _ _7~.._1..1.., .A,.,p..!.....O., !!..G...ra_v' :_2..3., 0_~??_~.22.: 2_,.~.. ,._6~.)_ B..$_&. ,.,W,.... =..,.3.%....M...u,,~ .......... _E~....__~_ ................. ~3~_ ,__1.6_ ............... _1..~:?.! ......... ~ .( A d~, ' ......... ~,~-'~- ..................... ~),--0~ ..................... ~ ,~;X~ ............... - ~ ,-('~ ........ :3/25 06':10:00 15,81944 68,01 35.21 1665,66 30 / Adj, 0.00 0.00 0,00 0,00 _3/25 05:15:00 15.90278 ...... ..................... ............ ........ 0,03 .... O,oo' - 0,03 0,03 -- 3/25 06;20.00 15.9861;I .... 68.23 35,16 1666,28 30/Ad, l. 0.00 0,00 0.00 0',00,, Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.7 Time Delta (~rnments ~hp 'Wht C:$1ng Choke ' G,~ Rate Oil Rate Water Rate GOR' , Time , , ,, (p~igt (degf) (?lg) (64ths) (mscf/d) (bbl/?) (bbl/d) ,, (ms,cf/bb, I) 3/25 06:25:00 16.06944 67.18 35.19 1666.53 30/Adj. 0.03 0.00 0.00 0.OO- .... 3/'25 08:30~.00 16.15278 Tank~2 Strap = 74.00" (160.000 bbl/d Rate) 68.91 35.27 1667.03 30/Adj. 0~00 0.00 0.00 0.03 3/25 06:35.~0 16.23611 APl Oil Gmv. 21.6 ~ 77 (,20.6 ~ 60)BS&W = 3.5% Mud 72.08 35.30 1667.91 30 / Adj. 0.00 0.00 0.00 0.03 3/25 06:40:00 16,31~14 74.96 35,29 1668,03 301AdJ, 0,00 0.00 - 0,00 0,00 3/25 06:45:00 16.40278 68.91 35.24 1667.91 30 1 Adj. 0.00 0.00 0.00 0.00 3/25 08:50:.OO ' 16.48611 68.73 35,35 1668.78 30 / Adj. 0.00 0,00 0,00 (~.00 3/25 06:55:00 16.56944 69,66 35.50 1669,18 ,,,30iAdJ. --0,00 .... 0,OO 0.00 ..... 0,00 3/25 07:00:00 16.65278 Tank #2 Strap = 76.(:X7' (160.000 bbl/d Rate) 69.96 35.66 1669.16 30 ! Adj. - ........ -~(:~' ....... 0.00 ....... 0.--~ ............... -~0- ....... 3/25 07:05:00 16.73611 APl Oil Grav. 23.0 {~ 77 (22.0 ~ 53/BS&W = 3,6% Mud ' 70,13 35,81 1669,91 __ 30 ~_Ad_~, ..... ~ ..._0.:0~)..' .. 0.00 0,00 0,00 3/~ 07:10:00 16,81944 - 72,73 38,10 1870,16 301AdJ, 0.00 ...... (~:'0~)' ....... (~,'(~ ....... -,.'. ..... '(~'."~ 3/25 07:15:00 16.90278 71,11 36.27 1670.28 30 / Adj, 0,00 0.00 0.00 0.00 3/25 .07:20:00 16.98611 72,78 36,28 1671,16 ...... .~/_A__d!: 0:00 O,OO 0,OO 0,00 ,3/25 07:25:00 17,06944, 74,26 38.57 1671.41 30/Adj. 0,00 0.OO 0','(30' 0,(30 ,3~25 07:30:00 17.15278 Tank #2 Strap =77,75" (140,~ bbl/d Rate) 7'7,63 .... _~,:.59 ......... 17_7,1_,._53. .......... 30~/,,A,..dj,: ..... °:00 -- 0,00 0,00 '0,00 ~ 07:35:00 17.2-'-'-'-'-'-'-'-'-3611 APIOIIGmv, 26.0 {~ 79 (24.8 @ 60)BS&W = 4% Mud 81.71 38,38 1672,16 301Adj. 0,00 " 0:00 ' 0:0(~ .... 0,00 ' 3/25 07:40:00 17.31944 79.6i 38.22 1672.53 30 ! Adj. 0,00 0.00 0,00 0,(30 3/25 07:45:00 17,40278 82,36 36,09 1672,53 .... ~30_~/.~J.,. .... 0,00 0,00 3/25 07:50:00 17.48611 84.31 36,00 1873,16 30 / Adj. "O.00 0,(30 0,OO 0,OO ;3~)5 07:55:00 17,56944 82,33 35,1;~ 1673,53 .... ~30,_/AdJ,.__-' ........... _0_~_.(~..,. .............. ~....0~ ............... ~,...0~., ................ ~.,~ .... 3/25 08:00:00 17.65278 Tank #2 Strap '; 80,50" (220,000 bbl/d Rate) ' 8Z03 35.96 1673,66 30 / AdJ, 0.00 0.00 0,(30 0,00 3/25 08:05:00 ..... !7'7361!~ Apl oi! G~v,_22;_8_~ .7_8 (?:7_.~60)Bs&w =,.4,3% Mud ..... 8~,:93 ....... ,3~..,_~_. ............ 167~:?.8_ ..... 301AdJ,. ............. _0.,__~.. ........................ 0__,__~. ...... ~),OO 0,00 3/25 08:10:00 17.81944 79,01 38,00 1874,53 30/Adj,. ......... _0_,00 .......... 0,00 0,(30 0,00 08:15:00 i7.= 278 63.71 38,08 ........... 0,00 0.00 0,oo 0,00 w'z5 08:20:0o 17.98~11 ...... -7'f.~'~' ..... 38,17 le7~.03 30 / AdJ. 0.~ 0:~ 0:~ ................ '0,-~ ...... 3~25 08:25:00 18.06944 ' 81:71 36.24 16'75,53 30 i Adj. 0.00 - 0.00 -- 0,00 0,00 3/25 '~:30;00 18,15278 Tank #2.§~mp =__8,~_,_~{:X7' (200,000 bbl/d Rate) 81,38 '1' 36,32 1075,91 30 / AdJ, 0,00 0,(30 0,00 3/25 '08:35ioo- 18.23611 APIOIIGmv, 25,0{~ 74(24.1 @60)'BS&W=~I.2---~-M-~'~ ' "~).36 I' 36,'28' 1676,28 301Adj, 0,CX~) 0:'0~ 0.~ ~:~" ,, ................................................................................................................... 3/25 08:4o:oo 18,31~44 ' ~,01 38,31 ~eTe:'4i '"...__30_~/_.A.._dj: ..... o.oo o,oo 0,oo 0,oo - , ............... , 3/25 08:45i00 18.40278 80.81 38,38 1676,66 30 / Adj, 0.00 0,00 0,00 0,00 3r'Z5 08:50:00 18.48611 80,56 38,35 1677,16 30/Adj, 0,00 0.00 0,00 0,00 3/25 O8:55:OO ~-- 18,~ "'83,38 ---- 36,30 1677,66 30 / AdJ, ' ........ -(~,'~ ........................ (~:(~)- ...................... '~),~:)0- .... 0,00 3~ Qg:00:00 18.65278 Tank #2 Strap = 85.5(7' (,200,000 bbl/d Rate) ~0.48 38.30 1678,03 ' 30 / Adj,' ........... -(~.-(~ .................... 0',-(~ ........................ -0-,~)- ...................... 0',~(~ 3/'~5 09:05:00 18.73611 APl OII Gmv, 21.8 ~ 74 (21.0 {~ 60)BS&W = 2,5% MUd 85,31 ' 38.27 1678.16 30 / AdJ,- ........ "~,~(~ .................. 0---~3-- ........ O,00 O,00 ................................................................................... 3~ 09:10:00 18.81944 82.01 36.26 - 1678,28 30 / Adj. 0.00 0.00 0,00 0.00 3D5 09:15:00 18.90278 ~6,01 38.23 1678.53 30/Adj. 0,00 0,00 0.00 0,00 - ,3/25 09:20:00 18,98611 86,28 36,28 1679,03 301 Adj, - 0:00 0,00 0.00 0.00 3/25 09:25:00 19,06944; ~ 84.13 36.40 1679.53 - 30 / Adj. ' .......... ~:~ ..................... -0,-(~- ........................ -(~:'~ ............................ ~3-~(~ .......... 3D5 09:30,:00 19.15278 Tank #2 strap..; 88,00', (200,030 bbl/d Rate) , , ,.,85.63 38.51 1679.78 30 /Adj. 0.00 0,00 0,00 0.00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. C Company: BP Exploration, Alaska Well: Badami ~4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.8 Time Delta '" Comments Whp Wht C'aslng Choke Gas Rate Oil Rate Water Rate GOR Time, , , , , (l~lg) (degf) (pslt~) (64ths) (mscfld) (b,bl/d) (bbl/d) (mscf/bbl) 3r25 09:35:00 19.23611 APl Oil Grav. 21.6 ~ 72 (20.9 @ 60)BS&W = 2.0% Mud 82.76 36.51 1679.66 .33. / Adj. 0.00 0.00 0.00 O.{33 3/25 09:40:00 19.31944 82.C6 36.59 1680.03 30 / Adj. 0.00 0.00 0,00 O.00 , 3/25 09:45:00 19.40278 80.36 36.58 1680.53 30 / Adj. 0.00 0.00 0.00 O.00 3/25 09:50:00 19.48611 79.76 36.63 1680.78 30 / Adj. 0.00 0,00 0,00 0.00 · 3/25 09:55:00 19.56944! 79.91 36.79 1680.91 301 Adj. 0.00 0.00 0.00 0.00 3/25 10:00:00 19.65278 Tank #2 Strap = 91.0(7' (240.000 bb~/d Rate) 78.00 37,02 1681.16 30 1 Adj, 0.00 0.00 0.00 0.00 ::5.25 10:05:00 19.73611 APIOilGmv. 22.2 ~ 72 (21.5 @ 60)BS&W =1.8% Mud 80.71 37.16 1681.28 30/Adj. 0.00 0.00 0.00 0.00 3/25 10:10:00 19.81944 80,61 37,36 1681,91 ..... _3C~_,~ ,.A...dJ:. , o.oo O,oo 0,00 O,0O 3/25 10:15:00 19.~0278 ' '79~33 37.52 1682.18 301ADJ. 0.00 0.00 '0'i00 ..... 0.00 3/25 10:20:00 19.98611 73.11 37.76 1682.41 30 1 Adj. 0.00 0.00 0.00 0,00 3/25 10:25:00 20.068~ 73,01 37,g2 1682,68 30 / Adj, 0,00 0,00 0,00 0,00 3/25 i0:30:00 20.1527~ Tank #2 stra~ ~ 93.00'. i (1'59.800 bbl/d Rate) 71.26 38.02 1683.03 301 Adj. - .......... -0~00 .............. ~3.~ ......... 0.00 0.00 3/25 10:35:00 20.23611 BS&W-2,3%Mud 72,18 38,00 1683,41 ~.._~?...,A._d~.,.. 0,00 .O.,O 3r25 10:40:00 20.31'944" 72,26 37,96 1683.41 30/Adj. '0.00 O.00 0.00 O,00 3/25 10:45:00 20.40278 74.01 37.95 1~3,91 30/Adj, 0.00 0.00 0,00 O.00 3/25 10:50:(:X3 20,48811 76'78 38,00 1684,41 30/Adj,_ ...... __0:_00.- .............. _0,00 ............. --_.._0,00 ................ __0,00 ....... 3/25 10:55:00 20.56944 ...... 77,08 38.06 1684,66 3~) / Adj.. ...... 3/2S 11:00:00 20.es278 Tank#2 strap=97,25" (204,000bbl/d Rate} 75,33 38,19 1684.91 ~'~ Ad~j', 0,OO 0,(30 0,00 0,(30 3/25 11:05:00 20.73611 'APIOilGmV, 22:2(~ 72 (22.5 (~ 60)BS&W =1,1% Mud 75.98 38.33 ' 1685.16 30/Adj, 0.00 0.00 0.00 0.(30 3/25 11:10:00 ..... ._20_,_81~_944_ ...... - _ .......... 74,21 ..38'.37 1. ~{~85.'3 .... ..~! Adj'. .......... ~'_00. ......... 3/25 11:15:00 20.90278 73.38 38,49 1685.53 30/Adj. 0.00 0.00 0,00 0,00 ~ 11:20:00 20.;e811 ' 73,03" ~0,45 1680,16 .... 30/.._.__A_~, ...... i'i'~',_._O_,j~'"~il' .......... _0..,..~ .......... _0.,.~ .................. .0..:.~ 3/'25 11:25:00 21.06944 .... 77.91 38,43 1686.53 30/Adj. 0,00 O.00 0.00 O.00 3/25 11:30:00 21.15278 Tank #2 Strap = 100,25". (240z000 bb_//d Rate..)_ ........... 73,26 38,45 1686,41 ...... _30_/.A_dJ,: ............ .0,.,.~.,(~, . 0,00 0,00 0,00' ' 3/25 11:35:00 21,23611 BS&W = 2~6% Mud 71,03 38,48 1686,66 30/Adj, 0,00 ...... ~i~' ........... ~i~::~ ...................... ~,-(~ ..... 3/25 11:40:00 21.31944 73.00 38.11 1687,16 30 /AdJ. 0.00 0,(30 0.00 0,00 ~ 11:45:00 21.40278 73,21 37.97 1687,91 30 / Ad,,~ ........... __O._.00_ ................. 3/25 11:50:00 21.48611 '" 73.28 ;37.94 ' i687,78 30/Adj. 0.00 0.00 0.00 0,00 ~3/25 11:55:00 21.56944 75,86 37,92 1688,16 30 /Adj.- 0.00 O.(3O 0,00 0,00 ~ 12:00:00 2!,65278 Tank #2_Str_.._~p · 103150" (260,000 bbl/d Rate) 72,38 38,22 .... 1.~e~:28 .......... _3o/.A_.d.J., .......... 0:oo , 0,00 ..... o,0o o,o0 ..... 3/25 12:05~00 21,73611 APl OII Gmv, 21.3 ~ 72 (21 ~3 (~ 60)BS&W = 2,2% Mud 74.61 38.57 1689.03 30 1 Adj, 0.00 ...... 3/25 12:10:00 21.81944 Start Collecting Samples ~ Data Header 73.28 38.91 1688,78 30 / AdJ, _ O,00 0,00 0,(30 O,00 3/25 12:15:00 21.90278 74,06 39.38 1689.28 30 / Adj. 0,00 0,00 0.00 O,00 3/25 12:20:00 21.98611 68183 39.90 1689.78 30 / Adj. 0.00 0.00 0.(30 O.00 3/25 12:25:00 22.06944 67.98 40.20 1689.91 30 / AdJ, 0.00 0,00 0.00 0,00 3/25 12:30:00 22.15278 Tank#2 Strap = 105.00', (120.000 bbl/d Rate) 70,71 40.54 1689.91 30/Adj, 0.00 0,00 0.(30 0,00 - 3/25 12:35:00 22.23611 BS&W = 2.3% Mud 68,51 40,78 16~D.28 30 /Adj. 0.00 O.00 0.00 O.00 '3/25 12:40:00 22.31944 ',.' , .68.48 41.00, 1690.91 30/ADJ. I ,,i'O.00 -- O.00 0.00 O,00 .... Note: This is a preliminary field report, Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.9 ............. W~t Time Delta Commente Whp Caalng ' 'Choke Gaa Rate OII Rate Water Rate Go'R Time (pslg) ~degf) {pslg) (64tbs) (mscfld) (bbl/d) (bblld) (mscflbbl). 3/'25 12:45:03 22.40278 69.61 41.17 1691.53 301Adj. O.00 O.00 0.00 _ 0.03 :5'25 12:EO_:00 22.48611 71.46 41.47 1692.03 30 1 Adj. 0.00 0.00 0.00 0.03 ,3/25 12:55:00 22.56944 71.48 41,66 1692.16 30 / Adl.__ ....... _0._0~__ ................... .0_. _O0_ ....... 0.00 0.03 3/25 13:00:00 22.65278 Tank#2 Strap - 107.00" (160.000 bbl/d Rate) 68.71 41.g8 1892.28 301Adj. 0.00 0.00 0,00 0,00 3/25 13:05:00 ~.73611 APl Oil Grav. 22.6 ~ 76 (21.6 @ 60)BS&W = 2.0% Mud 66.53 42.22 1692.28 30 / Adj. 0.03 0.00 0.00 0.00 3t'25 13:10:00 22.81944 66,96 42.70 1692,91 .____30 [ A_d_d~ ........ 0,00 0,00 0,00 0,00 3r25 13:15:00 22 .~c102__ 78 67.18 43.03 1693.16 30 / AdJ. ~' "01'00 .... 0.00 ..... 3/25 13:20:00 22.-__c~611 65.83 43,43 1693,53 30 1AdJ. 0.03 0.(30 0,00 O.03 3t25 13:25:00 23.~ 62.83 43,65 1693,78 30 1 Adj. 0.00 0,03 0,03 0,00 3/25 13:30:.O3 23.15278 Tank #2 Strop = 107.0D' ( 0.030 bbl/d Rate) 65.76 43,91 1694.53 30 1 Adj, 0.(30 0.00 0.00 0.00 3/25 13:35:03 23.23611 BS&W = 2.0% Mud 62,33 44.10 1694.41 30/Adj, 0.00 0,00 0,03 0.00 ---, 3/"25 13:40:03 23.31944~ 65.03 44.31 1695.03 30 1 Adj, 0,00 0,00 0,00 0,00 ._ 3/25 13:45:03 23.40278 63.88 44.44 1695.16 30 / Adj, 0,03 0,00 0.03 0.00 3/25 13:_.59_:03 23.48611 64.03 44.23 1695.03 30 1Adj, 0,00 0,00 0,03 0,00 '3/25 13:55:03 23.56944 63.56 44,06 16~5.28 30 1Ad.J,_ ........... 0,___~_ .............. _0,_00_ ..... 0,00 0,00 3/25 14:03:00 23.6¢:~78 Tank #2 Strop = 108.50" (120.000 bbl/d Rate) 55.03 43.90 1 69~,66 ,, 30 / Adj, _ ....... _0__03_ ........ 0.03 O,00 0.03 3/25 14:05:03 23.73611 APl Oil Gray, 21.6 ~ 64 (21.4 {~60)BS&W = 0.5% Mud" 62.96 43,75 1696,03 30 / AdJ, 0,00 0,00 .... O,00 O,00 3/25 14:10:03 23.81944, 62.51 43.64 1696.66 30 1 Adj. O.00 0.00 0.03 0,00 3/25 14:15:03 23.90278 59.71 43,50 1696.66 30 1 Adj. 0.00 0,00 0.00 0,03 :3/25 14:20:03 23.98611 59.73 43.29 1696,91 30 1 Adj, 0,00 0,03 0,03 0,03 3/25 14:25:03 24.06944 58.06 43,0G 1697,03 ..... 30__./_A_d.!:,,.~ ........... 0:,.00 ........ g.:...C~. ,_, . 0,00 0,00 3/25 14:30:00 24.15278 58,.66 42,~7 1697,28 301Adj, 0,00 0.00 0,00 0,00 _ -- 3/25 14:35:03 24~___'Z'.~11 59.81 42.81 1698,28 30 /Adj. 0.03 0,00 0,00 0,00 3/25 14:40:03 24.31944 61,76 42.65 1698,53 30/Adj. 0,00 0,03 0.00 0,00 3/25 14:45:00 24.40278 Pause Sampl!ng Collection, 62,68 42,57 1698,28 30 / Adj. 0,00 0,00 0,00 0,00 3r25 14:50:00 24.48611 63.18 42,71 1698,28 - 30/Adj. ' .......... -0-,-(~ ......................... 6.--0~ ...................... 0.~0~) .................... 0-',~(~ .......... 3/25 14:55:00 24.56944; 64,71 42,8i 1698,28 30 / Adj, --'--~i~3~)- ........... 0.00 ......... 0---,~ ....... 0,00 3/25 14:56:00 24.58611 68.46 42.83 1698,78 30 / Adj, 0,03 3/25 15:00:03 24,55278 Tank #2 Strap = 115.50" (280.000 bbl/d Rate) / 3/25 15:50:03 25.48611 73.33 41,54 1701,53 30 / AdJ, 0,03 0,00 0,00 0,03 3/25 15:55:00 25.56944 66.31 41,34 1701,41 30 / Adj. 0,00 0.03 0.00 0.03 3/25 16:03:00 25.65278 Tank #2 Strap = 120.0(7' (180.000 bbl/d Rate) 72.03 41.03 1701,91 30 / Adj. 0.00 0.00 '-- 0.(30 O,00 -' 3/25 18:05:03 25.73611 APl Oil Grav, 22.6 {~ 68 (22.1 ~ 60)BS&W = 1.0% Mud 74.81 40.74 1702.28 30 / Adj.-' 0,0~ ...... 0.00 0.00 0,03 3/25 16:10:00 25.81944 Pause Sampling Collection 73.88 40,64 1702,28 30/Adj. ' 0,00 0.03 0.00 _ 0,00 3/25 16:15:03 25.90278 72,03 40.41 1701.91 30 / Adj, 0,00 0,00 0,00 0,00 :3/25 16:20:O3 25.98611 75.08 40,22 1703,03 30 1Adj, 0,00 0,00 0,00 0,00 3/25 16:25:00 26.06944 ...... 74.6i' 40.15 1703,28 .... -~'7~l'jl .............. Oi'O~ ............ Oi~X3 ................. ~.'1~ ................... 6'~ ........ 3/25 16:30:00 26.15278 ,, 75.31 40,.09 1703.28 301Ad1. 0,00 0.00 0.00 0,00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.10 i Time Delta Comments Whp Wht Casing Choke Gas Rate Oil Rate Water Rate GOR -- 3/25 16:35:00 26.23611 . 78.56 40,138 1703.91 30 ! Adj. 0.00 0.00 0.00 0.CO 3/25 16:40:00 26.31944 81.18 39,96 1704.16 30 / Adj. 0.00 0.00 0,00 0,00 3r25 16:45:00 26.40278 77.06 39.83 1703.91 30 / Adj. - 0.00 0.00 0.00 0.00' !3/25 16:5~.00 26.48611 69.71 39.57 1704.16 30 / Adj. 0.00 0.00 0.00 0.00 3/25 16:55:00 26.56944 64.43 3~.44 1703.91 30 / Adj. 0.00 0.00 0.1:30 0,00 3/25 17:00:00 26.65278:Tank#2 Strap = 126.50" (260.000 bbl/d Rate) 73.23 39.46 1703.78 30/AdJ. (~.~3- .............. 0.~ ......0.00 O.00 ~25 17:05:00 26.73611 APl OII Grav. 21.8 ~ 78 (21.4 (~ 60)BS&W = 1.0% Mud 70.56 39.43 1704.78 30 / Adj. 0.00 0.(3O 0.00 3/25 17:10:.00 26.81944 ~esume Collecting Surface Samples 73.18 39.43 1704.91 30/Adj. 0.00 0.00 0.00 0.00 ~ 17:15:00 26.9(3278 78.66 39.64 1705.03 30 / Adj. 0.00 0.00 0.00 0.00 3/25 17:20:00 26.98611 77.08 39.62 1704.78 30 / Adj. 0.00 0.03 0.00 0.00 3/25 17:25:00 27.~ 78.13 39.45 1705.16 ., ._ 30___/_Adj.. .... ~-'i'~i~,'~".~'*i ...... ~...0~. .......... ;N25 17:30:00 27.15278 80.06 39.37 1705.03 30 /Adj. 0.00 0.00 0.00 0.00 3/25 17:35:00 27.23611 80.78 39.32 1705.16 30 / Adj. 0.00 0.00 0.00 0.(30 5/25 17:40:.00 27.31944 78.68 39.20 1705.66 30 1 Adj. 0.00 0.00 0.00 0.00 3/25 17:45:00 27.40278 77.11 39.00 1706.03 30 / Adj. 0.00 0.00 0.00 0.00 3/25 17:50:00 27.48811 Complete Surface Sampling 81.38 38.93 1706.28 30 ! Adj. O.00 0.00 0.03 0.00 3/25 17:55:00 27.56944 80.46 38.70 1706.66 30 / Adj. 0.00 0.00 0.(30 0.00 3/25 18:00:00 27.65278 Tank#2 Strap = 127.00" ( 20.000 bbl/d Rate) 79.83 38.32 1707.16 30/Adj. 0.00 0.00 0.00 O.OO 3/25 18:05:00 27.73611 APl OII Grav. 23.2 {~ 78 (22.1 ~ 60)BS&W = 1.0% Mud 81.03 38.29 170~~,16_._ ..... _~___!?_d.~.. ....... ; ........... ..0._O0.~ .................. ~:~ ....................... 3r25 1~:10:00 27.81944 78.83 ...... 38.30 ..... 1706.28 30 / Adj. 0.(30 0.00 0.00 0.00 3/25 18:15:00 27.90278 81.98 38.15 1706.28 30 /AdJ. 0.00 0.00 0.00 0.(30 3/25 18:20:00 27.96611 ' 79.96 38.05 - 1707.66 30 / Adj. 0.00 0.00 0.00 0.00 3/25 18:25:00 ..... 28.06944 78.93 37.93 1707.66 .... _30/__A_d!:. ............ .~:..~._. ................... ~.~ ........................ _0:.~~ 3/25 18:30:00 28.15278 83.03 37.94 1708.41 30 /AdJ. 0.00 0.00 0.00 0.00 3/25 18:40:00 28.31944 81,76 38.08 1707,28 30 / Adj, 0.00 0,00 0,00 0,00 3/25 18:45:00 28.40278 82.18 37.90 1707.66 30 / Adj. 0.00 0.00 0.00 0.03 3/25 18:55:00 --~8j56944 80.48 37.54 1709.16 30/Adj. 0.00 0,00 I 0 ' ~ ..... b''~ 3/25 19:00:00 28.65278 Tank#2 Strop = 131.0(7' (160.000 bb[/d Rate) 81.98 37.36 1709.16 30/Adj. 0.00 0.00 0.00 0.00' ~ 19:05:00 28.73611 APl Oil Gray. 22.6 e 58 (22.6 (~ 60)BS&W = .25% Mud 81.96 37.25 1709.53 30 / Adj. 0.00 0.00 0.00 0.00 3/25 19:10:00 28.81944 78.13 37.03 1708.53 30 / Adj. --~.00 0.00 0.CO 0.00 19:18:00 28.9o278 s0,11 38,92 17m,78 30/AdJ. 0,00 0,000,00 0,00 3/25 19:20:00 28.98611 .... &3.16 -- :~.88 1710.28 30/Adj; ............... 0'.~ ................... '0'.~ ................... ~.'~ ..... 9:25:00 79. 26 .... ............. ..... 0.00 0,00 0,00 0,00 3/25 19:30i00-' 29115278 85.73 38.49 1711.03 30/Adj. 0.00 0.00 O.OO .................................... 19:38:00 29, 11 85.03 3 .38 1710.5330/Adj. 0,00 0.000.00 0.00 ~ 1,9:.40:00 29;31944 ,, , 86.16 38.3~).,, 1710.53 30/Adl.' ,,, 0.00 0.~00 ..... 0.00 .... 0.00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial Flow Halliburton Energy Services Preliminary Field Report Page No: 1.11 Time Delta Comments Whp Wht Casing Choke Gas Rate Oil Rate Water Rate GoR Time (pslg) (degf) (psig) (64ths) (mscfld) (bbl/d) (bbl/d) (mscfibbl) I I I I 3/25 19:45:00 29.40278 83.86 36.26 1711.41 30 / Adj. 0.00 0.00~ 0.00 0.00 3/25 19:50:00 29.48611 81.86 36.22 1711.53 30 / Adj. 0.00 0.00 [ 0.00 0.00 3/25 19:55:00 29.56944 83.13 36.20 1712.03 30 / Adj. 0.00 0.00 t 0.00 0.00 3/25 20:00:03 29.65278 Tank#2 Strap = 134.50" (140.000 bbl/d Rate) 77.31 36.20 1712.16 30/Adj. 0.00 0.00; 0,03 0.00 3/25 20:05:03 29.7361 1 APl Oil Gmv. 21.5 @ 70 (20.9 @ 60)BS&W = 0.5% Mud 84.13 36.08 1 712.03 30 / Adj. 0.00 0.00 0.00 0.03 3/25 20:10:03 29.81944 80.63 36.00 1712.91 30 1 Adj. 0.00 0.00 0.03 0.03 3/25 20:15:00 29.90278 82.86 35.91 1713.28 30 / Adj. 0.03 0.00 0.03 0.00 3/25 20:20:00 29.98611 81.73 35.87 1712.16 30 / Adj. 0.00 0.00 0.00 0,00 3/25 20:25:00 30.06944 81.86 35.92 1712.41 30 / Adj. 0.00 0.00 0.00 0.03 3/25 20:30:03 30.15278 84.63 35.84 1712.78 30 / Adj. 0.00 0.00 0,00 0.00 3/25 20:35:03 30.23611 80.08 35.70 1713.53 30 1 Adj. 0.00 0.00 0,03 0.00 3/25 20:40:00 30.31944 81.23 35.59 1713.91 30 / Adjl 0.00 0.00 0.00 0.00 3/25 20:45:03 30.40278 81.51 35.48 1714.78 30 / Adj. 0.03 0.00 0.00 0.03 3r25 20:5(:X,,03 30.48611 83.56 35.33 1714.78 30 / Adj. 0.00 0.00 0.03 0.00 ,,, 3/25 20:55:00 30.56944 85.91 35.23 1715.28 30 / Adj. 0.00 0.00 0.03 0.00 3/25 21:03:03 30.65278 Tank #2 Strap = 139,00" (180.000 bbl/d Rate) 86.03 34.86 1713.66 30/Adj. 0.03 0,00 0.00 0.03 3/25 21:05:03 30.73611 APl Oil Gmv. 21.5 @ 70 (20.9 @ 60)BS&W = ,25% Mud 86.46 33.88 1713.03 30 / Adj. 0.00 0.00 0.00 0.00 3/25 21:10:03 30.81944 83.16 33.25 1714.28 30 1 Adj. 0.00 0.00 0.00 O.00 3/25 21:15:00 30.90278 86.61 32.77 1714.78 30 / Adj. 0.03 0.00 0.00 O.00 3/25 21:20;03 33.98611 90.96 32.37 1716,16 30 / Adj. 0,00 0.00 0.03 0.03 3/25 21:25:03 31.06944 91.41 32.06 1713,91 30 / Adj, 0,00 0.00 0,00 0,00 3/25 21:30:00 31.15278 Tank#2 strap = 141.5(7' (200,000 bbl/d Rate) 89.43 31.82 1715.41 30/Adj. 0.00 0.00 0.00 0.00 3/25 21:35:03 31.23611 88,63 31.52 1713.28 30 / Adj. 0.00 0.00 0,00 0,00 5/25 21:40:03 31.31944 90.86 31.25 1713.53 30 / Adj. 0.03 0.00 0.00 0,00 3/25 21:45:03 31.40278 84.88 31.01 1713.28 30 / Adj. 0.00 0.00 0.03 0.00 .... 3/25 21:50:03 31.48611 92.33 30.81 1713.28 30 / Adj. 0.03 0.03 0,03 0.03 3/25 21:56:00 31.56944 95.71 30.67 1714.03 30 / Adj, 0.00 0,00 0.00 0,00 3/'25 22:03:00 31,65278 Shut Well In At LPR-N.(Bleed Annulus Pressure Off) 92,06 30.54 224,03 -- 30 / Adj. -----~:~ ....... 0,00 0.00 ......... 0,00 / / / / / ,, , / / / / / ,, ,,,, ,, ,, ,, ,,,,,, , ,, Note: This is a preliminary field report. Metered rates do not reflect correction factors, Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial BuildUp Halliburton Energy Services Preliminary Field Report Page No: 1.1 Time Delta Comments Whp Wi~t Casing Choke Gas Rate Oil Rate Water Rate 'GOR ' Time (psig) ~degf~ q381g! ,,,, (84ths) (m~cfid) (bblld) , (bbl/d) (mscflbbl) 03/25 22:00 0.00300 Shut Well In At LPR-N.(Bleed Annulus Pressure Off) 92.06 30.54 224.03 0 / Adj. 0.00 0.00 0.00 0.00 03/25 22:01 0.01667 APl Oil Grav. 22.5 {~ 62 (22.4 ~ 60)BS&W = .25% Mud 89.73 30.55 23.51 0 / Adj. 0.00 03/25 22:02 0.O'_~_%~3 92.33 30.47 23.73 0 / Adj. 0.00 .. 03/25 22:03 0.05000 87.56 33.44 22.55 0 / Adj. 0.00 03/25 22:04 0.06667 Close in Lower Master to Blow Down Flow Lines. 102.48 33.40 22.80 0/Adj. 0.00 03/~" 22.135 0.08333 Tankr~.Stmp=r143.00"(!20.003bbl/d Rate) 117.11 30.20 22.81 O/AdJ. 0,03 0.00 0.00 0.00 03/25 22:06 0.10030 10.13 30.04 22.75 0 / Adj. 0.00 ~ 22:07 0.11667 -6.64 29188 23101 O/AdJ. 0.00 03/25 22:08 0.1~ _'5333_ -10.27 29.82 22.81 O/Adj. 0.00 03/25 22:09 0.15000 -11.09 29.79 22163 0 / Adj. 0.00 03/'25 22:10 0.16667 Blow Down Lines to Tank #2, -10.87 29.77 22.53 0 / Adj. 0.00 0,00 0.00 0,00 03/25 22:11 0.18333 77.71 30.42 22.38 0 / Adj. 0.00 03/25 22:12 0.20000 87.76 30.19 22161 0 / Adj. 0.00 03/25 22:13 0.21667 86.68 33.06 22.58 0 / Adj. 0.(30 03/25 22:14 0.~ 88.06 30.05 22.26 0 / Adj, 0.00 03/25 22:15 0,25000 88,61 30,05 22.21 ' O/Adj. 0,00 ..... ~).00 0.--00 0.00 -- 03/25 22:16 0.26667 85.81 30.09 22.73 0 / Adj. 0,00 D3r25 22:17 0.28-___'~3 89.43 30.08 23.36 --' 0 / Adj. (33/25 22:18 0.30000 Finish Blow Down. Close Ohoke Valves. 73,63 30117 23.75 0 1 Adj. ' ................................................................................................ O.00 03/25 22:19 0,31667 Open Lower Master to Monitor Wellhead Pressure_ ..... 143,41 . _3~.t2.4- 24.20 O. (..Adj__~, 0,00 03/25 22:20 0,33333 148,16 30.32 24.87 0 / Adj, 0.00 0,00 0,00 0,00 ~ 22:21 0.~ ............................................................ 151,08 30,23 '- 25.10 ~,/Ad~, ' -~;~:~ ........ ~ ...... ~i~-~ ........... b'~-~" ~'~'~".'~;.'.'~ ........... ';:~i~'2' ....... 2~',~ *' 0 / Adj. 0.00 _,. 03/25 22:23 0.38333 153,73 30.22 25.32 0 / Adj. _ 0.00 ~ ...... .22__:2._~4 ............. _0,_~ .1..5~.,,_.2~. ................ .,3~_,,.._~. .................. .,.25.,,..~,, ............. ,,,O.,./,.A,d,,l,' 0,00 03rg5 22:25 0.41667 158.46 30.28 26.07 0 / Adj. 0,00 0,00 0,00 'C~.'O0 , , 03/25 22:26 0.43333i __ 160.21 30,31_ 26,02 o/AdJ,: ........... 0.00 03/25 22:27 0.45000 161,33 30.35 26,30 0 / Adj. J 'di~::~- ~__ 03/25 22:28 0.46667 162,23 30.40 26.78 0 / Adj. 0.00 03/25 22:29 0.48333 163,98 ;30,40 26192 ..... ._O/_A_.d!.,' 0,00 ~ 2~i~ ......... 0'i~'¥~J~'"~2~r~-~'a-~'*i~j~"~';;'¥~j;~' ............................................166,03 ~,5~--- 27,11 0 1 Adj. 0,0o 0,00 ..... 0.00 ........ 03t25 22:31 0.51667 -- 168,81 80,58 27,71 O/Ad~,__ .... ~ ""'-22:---~-- .......... ~,-~ 170,83 30.60 27,93 O/AdJ. 0,00 03D5 22:33 0.550(X) 172,48 30,62 28,16 O/AdJ. 0,00 0..3/25 22:34 0.56667 174,31 ..... 30,82 ?..8,45 ' 01 Adj. .................................................................................................... _O,_C~,_ ........... ~ ...... 2_-2i..3~.._ ........... .9'_~ j'.~7,6,:.1.,~ ............ _.,~. :....62~,~ ................... 2,,8...~ ........... .0.. (.,A. dj, 0,00 0,00 0,00 0.00 03/25 22:36 O.I~:X:X:)O 178,01 30.63 28.77 O/AdJ. O,O0 03/25 22:37 0,61667 180.81 33,65 29.23 I O I Ad1. 0.00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami ~ Test: DST #1 - Initial BuildUp ..., Halliburton Energy Services Preliminary Field Report Page No: 1.2 i Time Delta ' Comments Whp Wht Casing Choke G~s 'Rate 'C~il Rate Water Rate "GOR Time (pslg) (,degf) (psig) (64ths) (mscfld) (bbl/d) (bbl/d) (m, scf/bbl) 03/25 22:38 0.63333 182.96 30.68 29.46 0 / Adj. 0.00 03/25 22:39 0.65000 184.26 30.71 29.63 0 / Adj. 0.00 03r25 22:40 0.,~-,G,,~/ 185.81 30.74 29.83 0 / Adj. 0.00 0.00 0.00 0.00 · 03/25 22:41 0.~ 187.66 30.78 29.95 0 / Adj. 0.00 03/25 22:42 0.7[XX:X) 188.88 30.83 29.95 0 1 Adj. 0.00 03/'Z5 22:43 0.71667 189.48 30.90 30.17 0 IAdj. 0.00 03/25 22:44 0.TW'~'~! 192.21 30.99 30.27 0 / Adj. 0.00 03/25 22:45 0.75000 193.56 31.07 30.37 0 / Adj. 0.00 0.00 0.00 0.00 ...... 03/'Z5 22:46 0.76667~ 194.31 31.13 30.57 0 1 Adj. 0.00 03/25 22:47 0.7~; 197.43 31.1~ 30.78 .... O./~Adl,~ 0,00 ~ 22:48 0.80000 195.91 31.27 '- 30.57 0 / Adj. 03/25 22:49 0.81667 199.33 31,36 33.68 0 / Adj. 0,00 1:33/25 22:50 0.~ 199,86 31,46 30,86 0 / Adj._ ............. 0,___~_ ................. ?__00_ ....................... _0.;.07. .................... O'~ ~ 22:51 0.851300 201.51 31.53 31.01 0 / Adj. 0,00 ................................................................................... [)3r25...._22:5__..~_2 ...... 0~86667 _~,...8.6 ......... .3..!,,,~ .......... 3!,,'~ .0,.,! Adj, O,00 133/25 22:53 0.8&.333 202,28 31,63 31.18 O/AdJ, O,oO CG/25 22:54 0.90000 205.11 31.65 31.23 0 / Adj. - ............................................................ O.00 03~ 22:,~ 0,91687 2o3,76 31,67 31,38 0 / Adj. 0,00 o.oo 0,00 0,00 03/"'25 22:56 ......... ~.-~ ~=,'5~ ............ ~;i,~:1 ....... 31,61 '0 / Adj, ~ 22:s7 0.95000 ...................... ~,23 31,76 il;'_i.?':~iiiiil.'.',ii'~'~:/.~ii, i'.' ........ 03/25 22:5~ ....... 0.9666"~ .................................................................................................. 207,~ ........ 31.79 31.85 O/AdJ, 0,00 03/25 22:59 0.98333 207,78 31,84 31.9i 0 / Adj. ~ ....... 0.00 ........................................................................................... (]3/25 23:00 1.0(:XX~ 207,96 3i ,89 32.05 0 / Adj. 0,00 0,00 0,00 0,00 ........................................................................................................................ 03/25 23:01 1,01667 209.58 31.94 32,13 0 / Adj. 0,00 ............................................................................. 03/25 23:02 1 ~ 208,91 31,98 32,18 O / Adj, O,00 ............. , ...................................................... 03/25 23:03 1,05(X30 211,01 32,04 32.30 0 / Adj. 0.00 O3/25 23:04 1.06667 210,2'6 32113 32,30 O/AdJ. 0,00 O3/25 23:05 1,~ ..... 2~178 ..... 32~,~5 - 32,35 O/AdJ, ....... 01% ............. '0','~ .................... (~il~) ..................... 0,~1~ ............. o~ :~:o~ ~,~oo~o "' 2~,~ =,= ~.~ - ..~^~.-~;~.~-~-~.-.~;~============================= .................................................. 03/25 23:07 1.11667 212.56 '32.37 32.68 0 / Adj. O,00 ,_ 03/25 23:08 1.1~ 211,78 32.40 32.68 0 / Adj. 0.00 03/2s 23:09 1.1~m0 2~3,3~ 32,45 ......... 3..2..,,,s3._ .............. _.o,.!.,,.A~l: ..... 03/'25 23:10 ..... i.16667' 212.83 32.50 32.93 O/AdJ, 0.00 0,00 0,00 ..... 0,00 03r'z5 23:111.18333 2~3.73 32,s7 ..... ~_2_~_ ............ _OZ_A._d~ ......... 0,00 03D5 23:12 1.2EX:X:X) 213.36 32.61 33.01 0 / Adj. O,00 03/25 23:13 1.21667 213,63 32.65 33.17 O/Adj. 0,00 03/25 23:14 1 .~ 213,38 32.69 33.27 0 / Adj, 0,00 ~ 23:15 1.25000 213.08 32.75 33.32 0 / Adj. ....... -0.-(~ ...................... ~i'(~3~)- ................... -0'i~- ..... 0,00 , ,, , Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial BuildUp Halliburton Energy Services Preliminary Field Report Page No: 1.3 i i i · Time Delta Comments Whp Wht Casing Choke ~as Rate OII Rate ~Vater Rate GOR Time, ,., (psl~l) Ide~q (psIF) ~64th8) (mscf/d). (bbl/d) (bblld) (mscflbb, I) 03r'Z5 23:16 1.26667 212.81 32.79 33.40 0 1 Adj. 0.(30 03/25 23:17 1.28333 212.76 32.79 33.48 O/AdJ. 0.00 0~'Z5 23:18 1 .~_-'jOZ'v~_ 212.48 32.79 33.56 0 / Adj. 0.00 03/25 23:19 1.31667 213.01 32.82 33.56 0 1 Adj. 0.00 03/25 23:20 1.-___'5'55~__ 213,23 32.85 33,66 0 / Adj. 0.00 0.00 0,00 0.00 03/25 23:21 1,~_'55000___1 213,43 32,90 33,62 0 1 Adj. - 0,00 03/25 23:22 1.36667 213.56 32.95 33.68 0 1 Adj. 0.00 03/25 23:23 1.~ 213.86 32.99 33,83 .... _.O../_A..d.,j,, ...... 0,00 133/25 23:24 1,'4~X30 213,91 33.01 33,93 O/AdJ. 03/25 23:25 1.41667 213.86 33.03 34.10 O/AdJ. 0.00 0.00 0.00 0.00 03/25 23:26 1.4_ _'53C~_ 214.03 33.09 34.13 O/AdJ. 0.00 03/25 23:27 1.45000 214.53 33,14 34,28 .... 0 I A~,,. ................ 03/25 23:28 1.46667 215.03 33,23 - 34,36 0 1 Adj, 03r'Z5 23:29 1,48333 215,01 33,32 _.3~_._~_. ............. ._O.../.__A.,,d.l; .... 0,00 03/Z5 23:30 ---1 ,~ 215,01 33,37 34,52 0 / AdJ, ' 0,00 O.00 ' 0,00 '0,'00 03/25 23:31 1.51667 214.93 33.39 34.53 0 / Adj, O,00 03/25 23:32 1. _53'533___ 215,28 ~,41 ~,~ ....... 0~ d~ .: 03/25 23:33 1.55000 2;1{5:03 --- 33,43 34,61 0 / Adj, 0.00 03/25 23:34 1.56667 216.43 33.47 34,91 0 / Ad~: ........................................................................................................... ..0,._(~)_ ..... 03/25 23:35 1.58333 217.71 33.50 35.23 0 / Adj. 0,00 O.00 0,00 0,00 03r'Z5 23:36 1.60000 216.98 33,49 34,97 0 / Adj. 0,00 _ 03r25 23:37 1,61667 217.28 33,47 34,95 0 / Adj. 0,00 03/25 23:38 1.___~'5333__ 217,83 33,45 35,O6 0 / Adj, 0.00 03/25 23:39 1.65000 218.46 33,44 35,20 0 / Adj, 0,00 03/25 23:40 1.66667 219.23 33.43 35.31 0 /Adj. 0.00 0,00 0,00 0,00 03/25 23:41 1.68333 219.61 33,42 35,40 0 / Adj. 0,00 03t'25 23:42 1.70000 219,51 33,43 35,27 0/AdJ, 0,00 ....... 03/25 23:43 1.71667 219,61 33,45 35,23 0 / Adj, 0.00 03/25 23:44 1 .~ 220.16 33.47 35,27 0 / AdJ, 0,00 -- 03/25 23:45 1,75000 220,46 33,49 35.26 0 / Adj. 0.00 0.00 0,00 0,00 ~03Z25 23:46 1.76667 220,81 33,52 35127 0 / Adj, 0,00 ........................................................................................................................................ (33/25 23:47 1.78333 221,33 33.55 35,38 0 / Adj. 0,00 ...... 03D5 23:48 1.80000 221.81 33.59 35,43 0 / Adj. 0.00 ................................................................................................................... 03r'z5 23:49 1.81667 222,38 33,60 35,55 0 / Adj. 0.00 03r'z5 23:50 1,83333 222.96 33,60 35,62 0 / Adj. 0.00 0,00 0,00 0.00 03~5 23:51 1,85000 223,66 33,65 35,75 0 / Adj,'-- 0,00 03/25 23:52 1.86667~ 223.91 33,69 35.70 0 / Adj, 0,00 03/25 23:53 1,8&.'-'-'-'-'-'-'-'-~1 ......... 224,13 33,69 35.66 0 / Adj---~ ................................................................... 0.00 ~ ,, , , Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami g4 Test: DST #1 - Initial BuildUp Halliburton Energy Services Preliminary Field Report Page No: 1.4 Time Delta Comments Whp {Nht Casing ' ~hoke ~as Rate Oil Rate Water Rate ~0R Time , /psis) ~de~ll) (ipSl~l) ($4th~s),, (mscfld) (bbi/d) (bbl/d) (mscflbbi) (33/25 23:54 1.g0000 224.33 33.68 35.57 0 / Adj. 0.00 03r25 23:55 1.91667 225.13 33.71 35.78 0 / Adj. 0.00 0.00 0.00 0.00 ~ 23:56 1. __9'JC~-33__ 225.83 33.75 35.81 0 / Adj. 0.00 03/25 23:57 1.95000 226.23 33.76 35.83 0 / Adj. 0.00 03r25 23:58 1.96667 226.48 33.80 35.83 0 / Adj. 0.00 03/25 23:59 1.9B"5~3 227.16 33.86 35.92 0 / Adj. 0.00 03/26 00:00 2.0(X:X~ Continue To Monitor Wellhead Pressure. 227.73 33.91 35.96 0 / Adj. 0.00 0.00 0.00 0.00 :03~26 00:05 2.08333 230.81 33.99 36.16 0 1 Adj. 0.00 0.00 0.00 0.00 03/26 00:10 2.16667 237.38 34.19 36.31 0 i Adj. 0.00 0.00 0.00 0.00 03/26 00:15 2.25000 245.11 34.07 38.56 0 / Adj. 0.00 0.00 0.00 0.00 03/26 00:20 2.-___'55C'~_ 251.93 33.93 36,80 0 / Adj. 0.00 0.00 0.00 0.00 03r26 00:25 2.41667 261.11 33.76 36.96 0 / Adj. 0.00 0.00 0.00 0.00 00r26 00:30 2.50000 268.13 33.56 37.13 0 / Adj. 0.00 0.00 0.00 0.00 i:~3/26 00:35 2.~-_~',5333_ 271.76 33.66 37.20 0 / Adj. 0.00 0.00 0.00 0.00 03/26 00:40 2.66667 272.88 - 33.88 37.52 0 / Adj. 0.00 0.00 0.00 0.(33 03/26 00:45 2.75000 274.58 34.01 37.61 0 / Adj. 0.00 0.00 0.00 0.00 03/26 00:50 2.8-_ _'53C~__ 274.31 34.12 37.82 O/AdJ. 0.OC~- 0,00 0.00 0,00 03/26 00:55 2,91667 273.13 34.14 37,85 O/AdJ. 0.00 0,00 0.00 0.00 03/26 01:00 3,00000 274.11 33.g5 38.00 0 / Adj. ' 0.00 0.00 0.00 0,00 - 03/26 01:05 3.08333 274.46 33.77 37,96 0 / Adj. 0.00 0.00 0.00 0.00 03/26 01:10 3.16667 275.26 33.61 37.87 O/AdJ. 0.00 0.00 0.00 0.00 03/26 01:15 3,25000 276,06 33.43 37,83 0 / Adj. 0.00 0.00 0,00 0.00 (:~26 01:20 3.~ 277.93 33.31 38,05 0 / Adj. - 0.00 0,00 0,00 01~ ........ 03~26 01:25 3.41667 279.28 33.27 38.15 O/AdJ, 0.00 0.00 0.00 0.00 05/26 01:30 3.50000 281.53 33.26 38.36 0 / Adj. 0.00 0.00 0.00 0100 '- 03/26 01:35 3.58333 282,31 33.21 38,55 0 / Adj. 0.00 0,00 0,00 0.00 03/26 01:40 3.66667 "' 283.11 33,15 38.52 O/AdJ. 0.00 0,00 0,-~- 0,00 03/26 01:45 3.750~ 284.56 33.17 38.62 '0 /Adj. 0.00 '" 0.00 0.00 0.00--- 03/26 01:50 3.83333 285.48 33.11 38.63 0 / Adj, 0.00 0.00 0.'00 0.00 03/26 01:55 3.91667 286.76 32.g0 38.72 0 / Adj. 0.00 0.00 0.00 0.00 03/26 02:00 4.~ 287,78 32.90 38,76 0 / Adj. 0.00 0.00 0.00 0.00 ............... ,03/26 02:05 35.73611 288.61 32.74 38.72 30 / Adj. 0.00 0,00 0.00 0.00 .... 03/26 02:10 35.81944 289.81 32.65 38.81 30 / Adj. 0.00 0.00 0,00 O.00 03/26 02:15 35.93278 290.r~ 32.55 38.91 30/Adj. 0,00 0.00 0.00 0.00 03/26 02:20 35.98611 291.91 32.52 38.93 30 / Adj. 0.00 0.00 0.00 0.00 03/26 02:25 38.069~ 292.86 32.49 38.95 30 / Adj. 0.00 0.00 0.00 O.00 ~28 02:3o 3~.15278 293.71 32.39 38.95 3O/Adj. 0.00 0.00 0.00 0.00--- _03/28 02:38 38.23811 , .... 294,71' 32.39 38.93 30/Adi. - 0.00 0,00 0.00 0.00 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami #4 Test: DST #1 - Initial BuildUp Halliburton Energy Services Preliminary Field Report Page No: 1.5 Time Delta (.~omments Whp Whi Casing Choke Gas Rate OII Rate Water Rate GOR' (psig) (degf~ (psi~l~ (64ths) (mscfld) (bbl/d) (bbl/d) (mscfib~l) Ti~me I 03/26 02:40 36.31944 295.56 32.24 38.86 30 / Adj. 0.03 0.03 0.03 0.03 03r26 02:45 36.40278 296.43 32.16 38.88 30 / Adj. 0.03 0.03 0.03 0.03 03/26 02:50 36.48611 297.46 32.05 38.96 30 / Adj. 0.03 0.03 0.03 0.03 03/26 02:55 38.56944 298.38 32.10 38.95 30 / Adj. 0.03 0.03 0.03 0.03 03/26 03:00 36.65278 299.28 32.01 38.93 30 / Adj. 0.03 0.03 0.00 0.03 03/26 03:05 38.73611 300.31 31.90 38.91 30 / Adj. 0.03 0.03 0.00 O.CO 03r26 03:10 36.81944 301.43 32.05 38.82 30 / Adj. 0.00 0.00 0.03 0.00 03/26 03:15 38.90278 302.21 32.05 38.90 0 / Adj. 0.o0 0.03 0,00 0.00 03/26 03:33 37.15278 304.58 31,98 38.86 0 / Adj. 0.03 0.03 0.03 0.03 03/26 03:45 37.40278 337.61 31.73 38.87 0/Ad j. 0.03 0.03 0.00 0.00 03/26 04:03 37.65278 311.11 31,21 38,87 0 / Adj. 0.03 0.(30 0,00 0.03 03/26 04:15 37.90278 314.13 30,72 38.81 0 / Adj. 0.03 0.03 0.00 0,03 03/26 04:33 38.15278 316.86 30.51 38.92 0 / Adj. 0.03 0,03 0.03 0.03 03/26 04:45 38.40278 319.16 33,35 38,93 0 / Adj, 0,03 0.(30 0.00 0,03 03/26 05:03 38.65278 321,61 30.16 39,07 0 / Adj. 0,03 0.03 0.00 0.03 03/26 05:15 38.90278 323,83 30.13 39.07 0 / Adj. 0.03 0,03 0.03 0.00 03/26 05:30 39,15278 325,61 30,08 39,08 ,,0,/.AdJ__ 0,00 0,00 0,00 0,00 0:3/26 05:45 39.40278 ..... 321158 "30,33 38,98 O/AdJ. 0.03 0.03 - 0.00 0103' 03/26 06:00 39.66278 329.03 33,75 39.10 O/AdJ. 0.00--' 0.00 0.00 0.03 03/26 06:15 39,90278 330,71 31,13 39.28 0 / Adj, 0.03 0,00 0.00 0,03 03/26 06:30 40.15278 332,58 31,26 '39,33 0 /AdJ. 0.00 - 0,03 0,00 0,03 03/26 06:45 40.40278 335,33 31,02 39.35 0 / Adj. 0.03 -- 0.03 0,03 0,00' 03/26 07:00 40.65278 337.98 30.62 39.41 0 / Adj. 0.03 0.03 0.00 0.03 03/26 07:15 40.90278 341,36 30.20 39,77 0 / Adj. 0.03 0.03 0.03 0.00 03/26 07:33 41.15278 342.98 29.96 39.68 0 / Adj. 0.00 0,03 0,00 0,00 03D6 07:45 41.40278 344.71 30.09 39.88 0 / Adj. 0.03 0.00 0.03 0.03 03/26 06:03 41.65278 345,53 30.31 39,81 0 / Adj. 0.00 0.03 0,00 0.03 03/26 08:15 41.90278 346.33 30.54 39.88 0 / Adj. 0.03 0,03 0,03 0.03 03D(~ 08:33 42.152781 347.41 30.83 40.20 0 / Adj. 0,03 0.03 0,00 0.03 03/26 08:45 42.40278 348.03 31,26 40.36 0 / Adj. 0,03 0.03 0.03 0,03 03/26 09:03 42.65278 348.51 32.03 40.60 0 / Adj. 0,03 0.03 0,00 0.03 03/26 09:15 42.90278 348.86 32.83 40.47 0 / Adj, 0.03 0.03 0.00 0,03 03/26 09:33 43.15278 349.11 33.67 40.63 0 / Adj. 0.03 0,03 0,03 0.03 03/26 09:45 43.40278 349.38 34.50 40.57 0 / Adj. 0.00 0.03 0.00 0.00 03/26 10:00 43.65278 349.81 35,26 40.66 0 / Adj. 0.00 0.03 0.03 0.03 03/26 10:15 43.90278 350.88 35.98 40.91 0 / Adj, 0.00 0.03 0.03 0.03 03/26 10:30 44.15278 351,41 36.62 40.97 0 / Adj. 0,03 0.00 0.03 0.03 03/26 10:45 44.40278 351.36 37.06 40.78· 0 / Adj. 0.03 0,03 0.03 0.03 Note: This is a preliminary field report. Metered rates do not reflect correction factors. Company: BP Exploration, Alaska Well: Badami g4 Test: DST #1 - Initial BuildUp Halliburton Energy Services Preliminary Field Report Page No: 1.6 Time Delta ' Comments Whp Wht Casing Choke Gas Rate ~311R~te Water Rate GOR Time (psl~l) (de~lf~ (p$1~l) (64ths) (mscfld) (bbl/d) (bbl/d) (mscf/bbl) 03/26 11:00 44.65278 353.31 36,98 40.80 0 / Adj. 0.00 0.00 0.03 0.00 03/26 11:15 44.90278 357.18 36.67 40.82 0 / Adj. 0.03 0.00 0.00 0.03 03/26 11:30 45.15278 357.93 35.92 40.83 0 / Adj. 0.00 0.03 0.03 0.00 03/26 11:45 45.40278 358.63 37.06 40.97 0 / Adj. 0.03 0.00 0.03 0.03 03/26 12:00 45.65278 358.66 37.14 41.16 O/Adj. 0.03 0.03 0.00 0.03 :03/26 12:15 45.90278 358.66 36.89 41.20 0 / Adj, 0.00 0.00 0.00 0.03 ,03/26 12:33 46.15278 359.96 36.11 41.23 0 / Adj. 0.03 0.03 0.03 0.00 03/26 12:45 46.40278 361.33 35.51 41.15 0 / Adj. 0.00 0.00 0.03 0.03 03/26 13:00 46.65278 361.66 35.64 41.12 0 / Adj. 0.00 0.00 0.00 0.03 03/26 13:15 46.90278 360.28 36.23 41.06 0 / Adj. 0.00 0.03 0.00 0.00 03/26 13:30 47.15278 360.08 38.78 41.03 0.,/Adj., .... __0._00 ,, 0.00 0.00 0.00 03/26 13:45 47.40278 359.36 37.77 41.10 0 / Adj. 0.00 0.(30 0.03 0.03 ._ (33/26 14:00 47.65278 359.18 38.56 41.13 0 / Adj. _0'00 _ 0.00 0.00 0.00 -I 03/26 14:15 47.90278 360.11 38.96 41.02 0 / Adj. 0.00 0.03 0.00 0.03 ~26 14:33 48.15278 359.61 39.95 41.15 ...... 0/-'Adj. ..... 0,00 .... .,, 000 0.03 0.03 :,,, = ),, ~ , 03/26 14:45 48.40278 359.48 40.74 41.17 0 / Adj. ~ 0.00 0.03 0.00 0.03 03/26 15:00 48.65278 359.38 41.38 41.1,,1 ~. 0.,/~dj..~.~,. ~- 0.00~ 0.(3O O.(3O 0.00 o3/26 15:33 49.45278 3~1.ss 42.13,,~'~1::;,1,~ ........ :ii!, ;[. d'~;~di{i', ,:',:;~,,., .... ;~'~',,O~00!~; ':?~::,!~'e.m~ ,.~ ,~,>0.03 0.03 03/26 15:45 49.40278 360.81 42.82 '~41.08 .... > O'¥AdJ?''~= .;~'~:;~' '? '~0.~, ;;':;.' '" 0.00 0.03 03/26 16:00 49.65278 360.68 43.43 41.12 0 / Adj. 0.03 0.00 0.00 0.03 03/26 16:15 49.90278 360.83 44.31 41.10 0 / Adj. 0.03 0.03 0.00 0.03 (33/26 16:30 50.15278 360.51 45.07 41.11 0 / Adj. 0.00 0.03 0.03 0.03 ~'26 16:45 50.40278 360.86 45.47 41.15 0 / Adj. 0.03 0.00 0.03 0.03 03/26 17:03 50.65278 362.66 45.69 41.52 0 / Ad_J. 0.03 0.03 0.00 0.03 03/26 17:15 50.90278 365.16 45.19 41.58 O/Adj, 0.00 0.00 0.00 0.00 03/26 17:33 51.15278 367.81 43.73 41.13 0 /AdJ. 0.00 0.03 0.03 0.03 03J26 17:45 51.40278 370.76 42.63 41.36 0 / Adj. 0.00 0.00 0.00 0.03 03/26 18:00 51.65278 371.23 41.96 41.45 0 / Adj. 0.00 0.00 0.03 0.03 03/26 18:15 51.90278! 371.66 41.45 41.68 0 / Adj. 0.00 0.03 0.03 0.00 03/26 18:33 52.15278 372.43 40.71 41.76 0 / Adj. 0.03 0.03 0.00 0.03 03/26 18:45 52.40278 373.48 40.11 41.96 0 / Adj. 0.00 0.00 0.03 0.03 03/26 19:00 52.65278 374.63 39.41 42.22 0 /Adj. 0.03 0.00 0.03 0.03 03/26 19:15 52.90278: 374.88 39.13 42.45 0 /Adj. 0.00 0.00 0.00 0.00 03/26 19:33 53115278 375.13 38.78 42.80 0 / Adj. 0.(30 0.00 0.CO 0.00 03/26 19:45 53.40278 376.06 38.34 43.05 (~ / Adj. 0.03 0.00 0.00 0.00 03/26 20:00 53.65278 377.11 37.94 43.33 0 / Adj. 0.00 0.03 0.00 0.03 / Note: This is a preliminary field report. Metered rates do not reflect correction factors. OFI"GINAL Halliburton Energy Services BP Expl~on (Alaska}, INC. Page No: 1.2.1.1 " CONFIDENTIAL DST ~1 - Tank Strap ~1) Tank Strop Readings ;. .... II ..... I Tank I Tank Tank T~nk Inc. Flow Total Tankl ~ Time No.I Type Strop Volume Volume Ra~ Volume ~ Ih-h:mm:ss) .,(SBe FootnoM) (inch.) (bbls) (bbls), ..(..bbi/d) (bbls) ~ 15:15:00 2 H 2,00 333 Mhd 3/24/96 15:30:00 2 H 4.76 4.68 4A8 440,01 7,92 (tm4u= ~ 15:45:00 2 H 6.00 2.08 6.67 ~00.00 t0~0 ~ 16:00:00 2 H ~)0 ~1~ 10JM 320~i 15A~1 ~24/9$ 16.15:00 2 H 9.00 1.67 11.67 160J]0 1S J)0 3/24/95 t6:30.~0 2 H 19~5 2~8 13.75 ~00.00 17.08 &r24/95 16:4~'00 2 H 10.~'$ 0JLt' 14,58. 80.00 1T,q~ ~ 17:00:00 2 H 1225' 2.60 17.08' 240.~ 20.42 3/24J95 17:t5:00 2 H 14,16 4,17' Z1,Z5 400.01 24.S8 3/24/95 17:30:00 2 H 15.00 0.42 21.67 40,00 3/24/95 17:46:,00 2 H 15.25 0,42 22.08 40.00 25.42 3/24J~ 18.'00:00 2 H 16,50 2.08 24,17 200.00 27,50 3/24J95 18:15:00 2 H 19.50 GOO 29,17 450,0t $2.50 3]24/~ 18:30:00 2 H 21.25 2.92 32.08 ?.M.Ol 3/24/95 18:46:00 2 H 22.00 1.25 33.33 120.00 36.67 3/24P36 19:00:00 2 H 2?_00 0.00 33.33 0.00 36.67 ;~AJ96 19:15:00 Z H 22,00 0,00 3~,33 0.00 36,67 ~24/9S 19:.30:00 2 H 23,00 1A7 ,t5.00 160.00 3/24/95 20:.1,~00 2 H ~ 1.67' 39.17: 160.00 3/24J96 20:30:00 2 H 26~0 1.67 40~3 160.00 44.1 ~/24/95 Z0'AS:00 2 H 27.60 1,67 42.60 160.00 45.83 ~ 21:t5.~0 2 H 30J30 1.67 46~7 160.00' 50J~ 3/24/95 21:30:00 2 H 3t~5 2.08 48.75 200.08 52.08 3N4/~ 21:4500 2 H 3L50 2.08 50~3 200.08 54,17 ~ 22:00:00 2 H 3.~00 4~17 65.00 400.01 3/24/95 2~15:00 2 H 36,00 1.67 $6,b"7 160.00 60.00 ~4/95 22:~0:00 Z H 37.00 1,67 58,33 160.00 61.67 ~ 22:45:00 2 H 4t.00 6.67 65.00 640.0t 08.33 3/24/95 2~:00:00 2 H 42.50 2.50 6?.50 Z40.00 3/24/~ 23:15:00 2 H 44.00 2.50' 70.00 240.00 ~24/95 ~Z~:30:00 2 H 44.50 0.83 70.1~ 80.00 74.17 3/24/95 23:45:00 2 H 44.75 0.42 71~ 40.00 74.58; 3/25/95 0:00:00 2 H 45.00 0.42 71.67 40.00 75.00 3J2S/95 0:15:00 2 H 45.00 0.00 71.67 0.00 75~0 3/2~ 0:300:00 2 fl 45,50 0.03 72,S0 ~0,00 7S.83 3P2.q~5 0:45:00 2 H 4~75 0.42 72.92 40.00 76.2S 3/25/95 1:00:00 2 H 47'.50 2.92 15.83 280.01 79.17 ~',~f25/95 1:15:00 2 H 4~50 1.67 77.50 160.00 80.83 3/2995 1:30.~)0 2 H ~.2-51 4.51~ 82.0~ 440.01 85.42 3/25/9~ 2:00:00 2 H S3.S0 3.75 85.84. 180.00 89.17 3/25/95 2:30:00 2 H 55,50 3.33 69.17' 160.00 92,50 3/25/95 3:00:00 2. .... H ** 58,00 4.'17' 93.34 21M.~0 96.67 ,! ,, T~l(Type: H - Hlllil)~lon 400 BEL Upd~ht. T - i?m~l ~ 572 BBL T,z~F~ H-l.~671)bl~i~rinch. T-G.07(;bl~p~lnch. aP r:x~oraaon (Ah~si=), INC. DST ~ - Tank Strap (1) H~llB~udon Eneq~ 8es~rice~ Tank ~rap Readings Page No: 1.2.1.2 Date Time No.I Type 61rap Volume Volume Rate Volume Cerements (ind,es) bl) (bb ) 3~ 3:30.00 2 H 61.00 5.00 ~J8,34 240.00 101.67 3/25/95 4:00:00 2 H G2.S0: 2.50 100.84 1~).00 104,,17: 3/2S/95 4-30:00 2 H G5*G0 4.11'] 105.00 200-00 108.,14 3/26/g5 5:04):00 · H GG.75 2.92 107.92 140.00 111.25 3/25/95 5:30,'00 2 H 69.00 3,75 111.67 100.00 115.00 3/2&'OG L,50:00 :2 H 7204] 5*00 11667 240.00 3/25/95 6.,30:00 2 H 74.00 3.33 120.00 150,00 123.34 ~ 7:00:00 2 H 76.00 3.3,1 lZ3,34 150,00 126.67 ~ 7:30:.00 2 H Tt. T5 ~ 12G.ZS 140.00 129.59 ~/~xfg5 8:00:(]0 2 H 80.SO 4.58 130.84 220J)0 t34.17 3/2&r96 8:30:00 2 H 83.00 4.17 135.00 200.00 138.34 ~ 900:00 Z H ~5.50 417 139.17 200.00 142A;0 3/25/95 9:~):.50 2 H M, O0: 4.17 143J4 200.00 146.67 3/25/95 10.'00:00 2 H 91.00 5.00 148~4 240,00 151.67 3/25/96 10:30:00 2 H 9300 3.33 15t.67 1G0.00 155.00 3/25,'~5 11:OO:00 2 H 97.2,5 7.05 158.76 340,01 162.09 ~ 11'30:00 2 H 100.25 5.00 163.76 240.00 167.09 ~,,J~ 3/2G/96 1~.-00:00 2 H 103,50 5.42 169.17 2GQ.t)1 172.50 strut Smnpnng 3/25/'95 12:30:00 2 H 105.00 2,50 171.6'7 120.00 17200 3/25/95 13.'00."00 2 H 107.00 333 175.00 160,00 178.34 3/2G/95 13-.30:00 2 H t07.00 0.00 175.00 O.00 178.34 3/25/95 14:00:.00 2 H t08.50 ?..50 177.50 120,00 1~0.84 FinCh ~O 14:4~ 3/26/95 15.'O0:00 2 H 116,50 11,$? t89.17 2~0.01 192.S0 Stazt 3N5/95 16:00:00 2 H 120.00 7.,~0 196.67 t80.00 200.00 3N,5/'95 17:00:00 2 H ' t26.50 10,,83 207.,50 260.01 210Z,4 3/25/'95 18.'00:.00 2 H t27.00 0Jkl 208.34 20.00 211,67 ~ 19:.00;00 :2 H 13t .00 6.67 216.00 160.00 210,34 3f2GtSS 20-.00:00 2 H 134.50 6`63 ~ 140.00 224.17 3/25/95 21=00:00 2 H 139,00 7.50 228,34 180,00 231.67 3/25/95 21:30:00 2 ~ H 14t,S0 4.17 232.50 250.00 235.84 T~ ~z ~., 3NS/9S 22:00:0Q 2 H 143.00 2,50 235,00 120,00 238,34 Weg :low Peri~ Summa~: ~ Time: 30.75 hou~ Flow Volume: :235.01 bbls AvG. FTow P,a~: 1t83.43 bb[Jd __ , . .-- -- [,, .,,.. , TankTYl:X~ H-H, alI~o~40OBBI_Uprlg~ T-R~TIg~b'72BEI~~ T~kFac:tor:, H-1.GG~7 h:b4.~perh'~:h. T-6.07Gbbi~l~. P.4/8 BP Gxplord~ofl (Alaska), INC. Badami #4 DST ~1 - Tank sfrap (2} Halliburton Energy Services Tank Strap Readings Page No: t.4.t.t i Tank I Tank .Tank Tanklnc- Flow TotalTank Date ThTte No.I TYt~ Strap Volume Volume Ra~ Volume Comments Imray, ,cl~) (hh:mm~) (,Gee Fooht~,) (i_n._ches_)(.!dds) (bbb) (b_l~/_~ (hbis)._: .... . ...... 3/'27/95 t1'.,4~:00 2 H 146.00 2,43,34 I,dU,d Strap 3/27~ 12:00:00 ~- H 145,00 GOO 0.00 O,,00 .24334 (ltlqG,4d~e) - 3727/96 12:30.00 :2 H 146.00 0.00 0.00 0.00 243.34 ~27/t~ 13:00:00 2 H 150.00 6.67 6.67 320,,01 2~50,01 3/27/95 13:30.'00 Z H 16'7.00 1tA'/' t8.33 660.01 26t,67 ,1J27/95 14;00,'00 ~ H 161.50 7',.50 25.83 360,.0t 269.17 _SwU~-~__ to TEnk ~ 3/27~ 14:30:00 3 H 3.G0 5.83 31.G7 280.01 6.83 hdUd,St, ap ~S = e.0Q' 3/27/9,5 14:45.-00 3 H 4.60 1.67 33.,13 160.00 7.50 Shut in 4~ Cmola: 3/28/96 '4:2t:30 3 H 19.S0 33.33 32.5Q inmd ,strap t~ms4t~) 3/28~5 4:46:00 3 H 19.50 0.00 3333 0.00 32.60 3/28/95 5:00:00 3 H 20..25 1,25 ~ 120,00 33,75 3/28/95 S:30:00 3 H 23,00 4.,58 39,17 2.20.00 36.33 3/28/~$ 6:00:00 3 H 24.00 1.67 40.83 80.O0 40,00 3728196 6:30:00 3 H 26..50 4,17 45.00 200.00 44,17 3/28/95 7.-00:00 3 H 26,g;;0 3,33 48.33 160.00 47,50 3/28/95 7'.30:00 3 H 28,50 0.00 48.33 0.00 47.60 3/73/96 ,7'.47:00 3 H ~S.60 0.00 4e,.33 0.00 47.50 shut in ~ Master Valve. 3/28/95 8'..58:00 3 H 23.,00: Inltrd Strap (le,'G4uu4 I Tdi~k'Gauge uflmliable due to atmormaJ amount of,fist/fm~ and cleafl hot duriflO .flow. Cevi to the owh' tank Oaug . - 3/2&'95 10:00:00 3 H 21,00 New bdthl 3/28/95 11:00.'00 3 H 21.00 0,0Q 48.33 0.00 35.00 3/28/95 11:30:00 3 FI 23.0Q 333 $1,67 160.00 38.33 3/28/95 12:0Q:00 3 H 2400 1.67 S3.33 60.00 40.00 3/~ 12:30:00 3 H ZSJ)0~ 6.67 60.00 320.01 46.67: ~ 13:00:00 3 fl 30.00 3.33 63.33! 160.00 50,00 3/28/95 13:30:00 3 H 32.75 4,58 67.92 220.00 3/28/95 14:00:00 3 H 33.00 0A2 68.33 20.00 68.00 3/26/95 14;30:00 3 H 33,00 0.00 68.33 0.0O 55.00 (~) ~ 15:05:00 3 H 3400 1.67 70.00 68.67 ~.G7 shut k~ O Choke 3/28/95 15:46:00 3 H 34A0 70.00 op~ On ~ 3/28/95 16;00;00 3 H 34.00 0.00 70,00 0.00 56.67 3/25/9S 16:30:00 3 H 34.00 0.0G 70.00 0.00 66.67 51mt In (~ (;hoke ManlSold. · 1OW Period Summary:. FlowT'n'ne: 13,.21 Imurs Flow Votume: 70.01 bbls Avg. Flow Rate:. 127.2 bbl/d I . I, ,, Tank'rypc: H-ttM, Iibu,-tx:m4OOBl~Uix~l'~ T-R,en~Tkjerlg2BSLttodz. onaL T,~nkF,,~:k~. H-tJ;667~~~ T-SJ375 bblsp,~. Halliburton Energy Services BP Exp~on (Alaska), INC. Page No: 1.5.i.1 DST dNA- Tank sl~'(3) Tank .~b-dp Readings I Tanit I Tank ( Tank I Tank Inc.! Row I ITotal Tank l _=~__~1.__~ .I ..o-~1 Type i sb~ I vo,-,~ I vo,-,~ I R~ I vo~,,.. I Comment6 ~..~. ] .L"~~ ~_ [ .". [ _"_~_0[ .... [ [ ~!~? ~1~00 ~ . a... too too o.o.o, .1.~ ~/31/95 11.30000 3 H 50.50 tSO ~,50 120.OOt] &t.17 3/Sl/9~ 12:00'00. 3 . 53.00 4.17 6.67 200.004 M.34 '-- ..... ' _*~31/95 17.:30:00 3 H 55.50 4.17 10.83 200.004 92.50 a/31R5 13:00:00 3 fl 67.76; 3.75 14.58 180, ~'~1/95 15:~0:00 3 H 60.00 3.7,5 18.~ 180 &~1/95 14:~I.00 3 H 64.00 3.33 2.~00 160,00~ 106,67 3/31/95 1S:00:00 3 H 65.75 2.92 27.92 140,003 109.59 3/31/95 ¶S~30:00 3 H 67.S0 2.92 30,83 140.003 t12.50 3/31/95 16.00:00 3 H 70.00 4.17 35,00 200,004 118.67 3/3t/95 16:30:00 3 H 72.2S 3.7,6 38.75 180.004 120.42 3'31/95 17:.Q0:50 3 H 75.QQ 4.5S 43.r33 220,004 125.00 3/31/95 17.30:00 3 H 78.00 5,00 4~,33 240.005 130,00 3/31/9S 113:00:00 3 H 8t,25 5.42 53.7S 250.005 135A.2 19:00:00 3 H 9?_50 1.67 72,50 80.002 154,17 3/31/95 19:30d)Q 3 H 92.50 0.00 ?2.50 0,000 154.17 3,'31,/95 20:.00:00 3 fl 92.75 0A2 72.92 20.000 154.59 331,'95 20:30~00 :3 H 94.00 2.08 ?S,00 10~.002 156,67 ~1.~ ~.??.~ ~_ . ss.. 2.08 ..co ~oo.o02 ;r~l/s= :30:00 3 H t01.00 9.58 86.67 400.009 168.~J ~ zz:;~u:O0 3 H 103.25 1.25 90.42 6o.oo,1[ 177_09 3/31/95 23:.00:.00 3 H 105.00 2.92 9~.~4 140.0031 17S.00 331/95 23..3o.oo 3 H IOT.O0 3.33 ~6.67 160,003 178.34 4/1/95 0.00;00 3 H 109,00 3.~3 100.00 160.003: 181.67 4,H/95 0;30:OO 3 H 111,50 4.17' 104.17 200.0040 t85.8~ 113~5 115.50 115.$0 119.00 121.00 t22.~ 123.50 125.50 128.50 129.00 131.25 137_75 134.75 136,50 139.00 t4t.OO 1.'00:00 1030:00 2.*00:0;0 2:30:00 3:00:.00 3:30:00 4;00:00 4:30:00 5:30:00 6:00:00 6:30:00 7:00:oo 7:30;00 8:00:00 8'.30:00 H H H H H H H H H H H H H H H 4/1/95 4/1/95 4/1/95 4/1/9S 4/1/9~ 4/1J95 4/1/95 4/1/95 4/1/95 2.92 3,75 t.67 4.17 3.33 2.5O 1.67 3.33 5.00 0.03 3.75 2.5O 3,33 2,92 4.17 107'.09 110.8,1 11,?.50 116.67 120.00 122.50 124.17 127.50 132.50 t35.~ 137.0~, 139.$ 142.92 145.84 150.00 153.3d 140,003i 180.004 80.002 2O0.0O4 160.003 120.002 80,0021 160.003 lZ0.002 160.00:3 188.7,' 19~0 194.17 1M.~ 201.60 204,17 205.84 209.t' 214.t7 215.00 21t3.75 221.25 224.,59 231.6' ' '~$S.QO Tank Type= H - ItalllbUtrton 400 ~ Upd.qht, T- Ret'~l Tigtr 672 13BL Tank Factoc H - 1.6~N7 bbts per Ir~h, T - 6,076 bb~ per ~ BP Exploration (Alaska), INC. Badami N4 DST UA - Tank ¢3) Halliburton Energy Services T~qk Strap Readings Page No: 1.5.1.2 Tank- l-TaOk -~a~k T~k-ln-c~.l Flow Total Tank --*'--=~-'- ' Dale I~,TW No. I Type 6hap Volume Volume Rate Volume Con~ents mm-dd-yy) (hh:mnl:sS) (See ,Fo?zl, otB) ('roches) (bbis). (bbls) (bbifd) (l:)bls) _ . 4/1/96 9:.00:00 --a H 142.~ 2.50 155.84 t20.0QZ 2J7,,50 - ' 4/1/~; $:~0:00 3 H 14.r~00 4.17 16000 200JIM 241.67' 4/1/95 10:00:00 3 H 146.2.6 2.08 162.09 100.002 243'75 OC~wlthWtmUne(~ 4/1/95 10:30:00 3 H 147.60 2.08 t64,t7 t00.002, 245.84 4/1/95 11:00:00 3 H 148.7.6 2.08 166.25 100.00S 2,47,92: 4/1/96 11:30:00 ~ H '150.25 2.50 1G8.7,~ 120.00~' 260.42 Imlw~thW~re~ 4/t/96 t2:00:00 a H 162.75 4.17 17U~' 200,004 4/t/95 lZ:30:00 3 H 164.25 2,50 175.42 t20,002 ,9.57.09 4/1/95 t3;00:00 $ H 165,60 2.08 177.50 100.002 259,17 4/1/95 13'.30.'00 ,S H 167.~ 2.92 180.42 146,Q03 262.09 4/1/95 14:00:00 3 H 159.75 4.17 184.69 200.004 266.~ 4/1/95 14:30:00 3 H 162.26 ,L17 1883'6 200.004 27'0.42 4/t](J5 t ~00;00 3 H 164.00 2.92 191.6,7 t 40.003 273.34, 4/1/95 15:30:00 3 H 1~ 2.50 194.17 120.002' 275.84 4/1/9~ 16:00:00 3 H 167.00' 2.50 196.67 120.,002 278~1. 4/1/95 1G:30:00 3 H 16g.2~ 3-?$ 200.42 180.004 282.09 4/1/95 17.-00:00 3 H 17'1.00 2.92 203.34, 146.003 285.01 4/1/96 17:30:00 3 H 172.25 2,08 205.42 100,002 287.09 OOflwlthWtre 4/1/96 t7:3B:45 3 H 172.75 0.83 206.25 137.146 287.92 wire Shutht Iow Poriod $ummary: Flow l~Tle: 30,7'8 hOUl~ Flow Volume: 206,26 bbls Avg. FiowRate: 160.83 bbl/d 'To 0 '.00 ., .. · Tank TRm: H - Xaillbudon 400 BBL Upright. T - Flclltal Tiger ;/2 ~ Hodzor, d. Tank Factor: H-l. GG6'i'bbl.~perlrtch. T-S.076bbl~perinch. BP ExplomlJon (Alaska), IN(:. Oadami ~4 DST ~A - Yank suap (4) HI't< Ub'~ Halliburten Ene~ly Services Tank Sltal) Readin0s · No: 1.~.1.1 4/3~5 4M/95 4,'4f~S 6~0:00 8:16.iNI g:l~.-OO $:30:00 10:~=00 11:00.-00 11:30'.00 13:30:00 14:30;00 16:00:00 1 'S:30.10 17:30:00 18'.30:00 lg:O0:O0 20:00.10 21:00.10 Zl:~lO:OO 23:00:00 2.1:30:00 0:00:00 0:30:00 1.00:00 1:~0:00 2:00:00 3:3o~00 ...... ,I.:~_O0 _. How · Gimp Volume Volume Ra~e Volume (bbb) '172,60 ZIT,~I 1~0~0 · 7~ ~0.~1 ~ t~7S ~ ~ ~2 ~0.~I ~eo~ 1~ 71.00 ,., ~~5 1t~ 73.~ 4.17 ~1,~ ~,aM 1~ 88~ 6.67 ~.0e 3~ 1~ 89.26 4.17 lOT~ ~,~ 1~ 9~76 10~ 11~ ~.otg' 1~ 101.~ L71 1~.~ ~~ 16~ 4 4 4 4 4 4 4 4 1 1 1 1 108.~ 111.0o 116.~ 12~.60 133.~0 141.~ 1~ 146,00 1~7E 161~6 165~ 170~5 178.~ 1~6.~ t~.OD &T. O0 9.17 7.08 4.17 15.63 7.60 6.63 11.26 9.17 6.6? 8.33 6.67' 6.33 5,,83 134.66 143.78 160.84 168.76 le~.e~ 178.76 181.26 193.76 201.2s Zo7.o~ ~17 ~TG 2~.~ 311,~ 3M).007 MO,01R 38O.O08 200.004 760,0t6 120.002 60o.012 360~07 26O .OM s4~,011 440.O09 3S0,007 260~06 176J,~ 192.,0.9 2OO,.O( 204.tl 2ZO.O0' 222.6O 23&,00 24Z.60 Z48,,34 26g.75' 27&,42 283.76 29OO1 2OT,~'I 3t0.0t 316.67 76.67 ~$.00 1_n~....17 w TtT~i4 ool3~. Tank Type:.., ItetnhLmOQ 400 BGL Up~ght. T - Rentat'i'Tgar 672 Bat. HOrIzQ4~I. TlflJ[~ H-l.66GTbb~l:)M'lflch. T-e~fllbbl&perlr~h_ '95 ~2:00~M Be ~RPL-O~~ ;O~-~K Halliburton Energy Semites BP Explo~on (Ahsl~. INC:. DST ItA -Tank stral~ (4) Ta.k Str4p RMidlngl 0~) '9.~~ 12 'bB NO ,l:S:i~;B I-~.U1 , Page N~: t.6.1,2 ..... enk- I DaM ~~) ~~) (P~Fo~~, ~ ...... ......... .. , , - Tef~ Type; fi - ifsltil)urf, on 4QO EIOL. U'pirlghL. T - I~.dJ) 'l~er 672 1385, Hodzona~ Tli~lk~ H-l.eQ47'bl)bpt~r&-,,~% T,.GAT~bblupcrlflr. h- PIEm/95 SMC ORIGINAL APP, ~ ~ 1997 Oas ~ons. MICROFI-LMED ~ ~/=~/,.-, ~. l-i-~- 95/04/04-1059 GAUGE-N/A FEET Initial PBU 0. 50. 100. 150. -t- -~r Injection Test Fluid Sampling + ~ · PBU ~ Post Injection PBU ~-~H:~++++ . ~ ~+ +%~ 200. 250. . .L_ _!. 100. 150. 200. Time (hrs) Figure 1' Pressure and Rate Histories 250. CONFII)EN iiIL Badami #4 DST#l/la P E R H I T 94- '160 94 .... 160 94-.'.-'160 9 ~. .... 160 94 - 160 94 - 160 94 - 160 94 - I 60 94-160 94,'- 160 9 4 - '160 94 - 160 94 '~ 160 9~ .... 160 94 .-. '160 ga ..... i 60 94..,. '160 94 .... 160 94'.. 'i 60 94. - '160 ,9 4. "' '1 6 0 94 .... 60 94- 80 !34-'-' i 6 0 94- '180 94-,.. 16 0 F'a g e :,'. i O a 't er, "1 ,z ..../' 0 'i /'" 96 R U N [.',, A T El ...... E E ("; V [) 6838 ~0406,-.1'1620 FMI,/'DIF' .." c. ,5 3 0 5/0 4 ,, ..... DRY DZTCH .~: 926 ~00 ..... 11650 SS C;,DEE ANAL. YSIS ~3,1qE LABS CORE DESCRIF'TION..~ORE :1~'1 & ~t:'2 DRILL STEM TEST FN TOPC'.~, 05/0 4/95 05,.,'" 04 / 9 !~ kiWI) END C,F WELL.. ~,,!D ENI3., OF WEL. L. REF',C,F. tT 2 /3 05/"' 04 ,'" 95 0 5/" 04/f' 5 05/" 04 ,," 9 5 ,SB'T(CEMENT B,C, ND)~IO'IO0 .... 1'1460 CEMEN'T EVAL. LC, G ~10"100-1148~ 5 O, ,,t::;/," 0 h. ,,,'" 9 5 ,, 5 0 [5,/" 0 4 / 9 ~:~' C:,'C, MB,3, NUD LOG ,'COMB0 MLID LOG .,4::'~.. "i 10-1 1651 ~41'"'~"1 ,,1,(t'~ 1 165 I 05/" 04./'"95. 0 o t 04/," 9 t? DIF'OI....E SHEAR Ih'l,2 ~,,4~4760-.~'i '1559 ,z,/3, 05/. 04./.'95.. El'4 F' Fi 0 F'~% ~'~ l ",.-. EN,2 IN E E RING ~ 1 o ~ 1 o ,- 1 'l 6 o B · 9q 05/,"C) 4/' ~ , ,'" 9F~ 05/0,4,, .. ENGINEERING L.,C,,S EWR4 ~ E,r;R., R,C'F' I N T I::' 0 R 0.,.," ,3 A M I','1A _,,,M""4760 '- 102 '? 1 ~.~:. 104 10 - 1 i .: z~ 6 · "1'~'' .,...' '"~ LOS Li, ENS//EF'I F',"C,R _..~L~760 ..... I 't603 'I~'iA,SE/t ~ i1~. '/1~,79 ,2 '~ LS S,C, NZ,C/. - '2/3 2/3 ,-.) /., ':~ >/' 3 'J ,,,/ 0 5 ,,'" 05/'" 9 5 05/," 0 '4./'" 9 rS 05 ,,," 04/'35 ()[':) 04. 95 ,/r" /,' '2/3 C) '::: '"' rl 4 ,9 5 7/3 D A T A '1' D A'I' A _F' L U S R U i".,! P A T E __.R E:. C ',7 9h ..... 160 I'AICROI...O,3 9 zt -. 160 ki I ,'3 F: 0 L. ,D G ..-4:"~a. 64 0 - 'i 08 '10 T VD ,,.-'t~.. 'a. 760~ 11528 ~""/'[0 05 ,/0 -q. ,/" 05,.'"'04. , /" 9 5 95 94. ...... 160 l,'i,,gD D'Y'NAIvi Fkl TST ~ 16'17 .- 10z~C:,;2 9 a. .... i 6 0 ..... 160 94-'- 160 9 h. .... I 60 Ar'e dr",v d 'i" ::, c,: h s,: ' ' es "~/'" 2/' 3 'J/' :":2/" 3 1/'" 2 / 3 05/" 0~/95 05/"0a./95 05/'"' 0 -~,t/' 95 0 .rS/,' 0 a./9 5 r.} 5 ./'"' 04. / 95 / ~tas 'the we'l'l , 'Xr'e we'l'l Fie '1 '1 'i's 1 CO ivl I','l E hi 'T" S ',/e S i"10 ,,','~,0,3,3C Individuai ~,,,lel I l" .eologi'ca I l','lal:;er'ia Is Invei~ [,:,al:e: 03 "~0,.' P E' R M I T LO, A T A T D A 'T A.~_ F' L Ij S 94,"-i60 DRY DZTCH ~: 9'26 ~//~00 - 11650 SS: ~:9'26 9~--i60 ,SORE DESCRZF'TZON¢,,8", C;2, RE :~'i g~ .~2 05,,," 04//95. 9,q.~'160 DRZL. L STEN 9g~'160 IqC'D DYNAI'4 TEST ~.~C,$"F F; ................... '- .................. FM TS'T~'"I 1617 .... 10402 POR ~'/. 4,760~'1'1603 94,'~160 INf' F'ORC,,,/ 94 ..... 160 I:'HAS/DIL AlL. 9/.~.'~160 LDS DENq/EPI '104. '10-.-'11546 ..,,t"' 05.,." 0 h./' 95 05 ,.'" 0 ti..,,/95 05/04/95 . 05/,"04/'95 3 05./ 04/'9`5 ~.~ 2/" :'*.~, 05/04,. /' 95 1/'2/3 05/'0~/95 2/3 05./OZ,./' 95 94-'160 LS SONIC/'INAGER ~C"'/80 .... '10860 TVD 94.- 160 CBT(CEMENT BC, ND)~L-'~'"10100~'1'14.60 5 05//'04/95 94, ~ '160 PPIASOR DIL/ARRAY~L 1 14 .... 1 '1606 1/2/'3 05./Oh./95 94,-'160 L..S SONIC/!'IqAGE v~tJ'" 114, .... 11,579 ~ '04/95 1/2//:t 05., 94 160 MICROLOG ,.,,,b: ........ 4640~-108'10 T'VD 05/' O~t//" 95 94-160 EM F'ROP 9/4.~ 160 BULl< 94,'~ 180 DENS/'POR D E N S//P C, R rD /4. '10 1'1603 6,'.,,. 0- o88o ~'760~ 1 '1603 '~' 3 05 / 0 4/" 9 F..:, ~.'.':" / '305/' 0,~*/' 95 2/3 05/0 4//95 94- 160 MICROLOG ,,,,,L"'""4760-.- 1 1528 2/3 05//04..,/'95 9 4, *, '160 CEMENT EVAL LOG (.,,J,~'"'10100~'1'1~8,5 5 05//04/9 5 94, ...... 160 94-' '160 94'~ '160 PHAS/DZL ARRAY ~'"' 130,~ '10880 2" 1/'2/3 L S S/D Z P ,,3, L E S H E A R/,,,,k'"" 1 1/4. - 1 1579 ~' "/~ ~ O" '1 / 2/' 3 INT PORO/GAMI'4A .....M/4760-~'11546 2.[ 2/'3 05/0~./" 95 05/' 0/4./95 05/" 0 ,q./95 94 .... 160 94,-'160 94'~ '160 DZPOLE SHEAR I l','l ,.3/,,L-"" 4760 ~ '1 '1.559 6638 ~'/'10406- I '1620 Flvl I/"D I P '~`50 - '1 '1609 6639 2 .,t 3 3 1--3 05 ,/0 h../95 05//04/9E, 05./'0/.t/95 94*,' '160 94,-~ '160 C 0 ivl B rC, J',.'l IJ [.', L. 0 G L,,k""- ' '110 "'~ '11651 ~ "' E N G l N E E R I N G ... 0,3 .L-"~'I '10 "- '1 '163 '1 ,2 /04/'95 / 04 95 eoiogS'ca'l Hater'q:als 7,1'invelt, r'x.,' F' E R B'I I T D A T A T D A T A ._F' 1... I,J S RUN DATE .... RECVD 9 a. -- '1 6 0 C O I~I B O H ij D L O G ~ 1 1 0 --- '1 '1 6 5 1 9a.-''I60 EN'SINEERING LO"3 ~,C''/''1 'i0- 1165'i 9t,~'160 HD.,EWE~4-.,D'SR:ROP d,~iD 05...'" O,q. / 95 0r~ OZ~/' 95 05/'" 04 ./95 9/4. '" 'i 60 EWRL~ .~ D,3R: EOF' ND EWR/.~. DGR SLD ¢~"~D ~ EWR~ , DGR , ROIO ., SLD 05 .' Oa/95 ¢ ,.,' /0 a../95 (~ 5., . ~'L,D 9h.-'160 TVD.,EWR4..,DGR~:SL..E, .~,L'f~EWR4.~B,GR~ROF'., ..... 160 MWD END ,DF WELL ,,,.,~NWD END OF WELL R E P C, R T 05 .,'" 0 ."4./" 95 05/' 0 a./' 9 !!5 Ar'e dr'y di'tch Was the well cor'ed? ~ no .Ar'e we'l'i 'tests r"equi'r'ed'? yes \,'/el I "is ~n compli'ance "~--~'--' C C, N H E N T S samples r'equir'ed? ~no. And r'eceivec:l? Analyst's & descr'i'pt e c ej~L~,4 .... y e s n o I'/0 'f ,¸1 PLUGGING & LOCATION CLEARANC~ REPORT State of Alaska · ALASKA 0IL & GAS CONSERVATION COM~ISSION Memcrand~mm To File: Note casing size, wt, depth, cm= vol, a procedure. ~e=~ ~=:.=~. - ~o~.: il, 017 II, I&& / ' , .., Review the well file, and' comment on plugging, well head s t. atus, and location clearance -provide lo¢. clear, code. Well head c=t off: ~~.. Marker ~os= or plate: ? ~' ' Location Clear.ce: . ~ ! ~ / ,, ~,, ,, , i i i , , Code ,, .If- Signed Date · TO: Core Laboratories TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT ALASKA OIL AND GAS COMMISSION ANCHORAGE, AK MA TERIALS RECEIVED VIA: CORE LAB PERSONNEL ITEMS RECEIVED: BOX 1 BOX 2 BOX 3 BADAMI #4 CORE 1 CORE 2 CORE 2 11068 - 11097 .' 11185 - 11214 · 11215 - 11239' BADAMI 5 BOX 1 CORE 1,2, 3 BOX 2 CORE 4, 5 BOX3 CORE 6 BOX 4 CORE 6 BOX 5 CORE 7 BOX6 CORE 7,8 10489 11016 11113 11143 11176 11203 11241 11263 - 10572 - 11021 - 11137 - 11175 - 11202 - 11240 - 11203 - 11268 RECEIVED Alaska Oil & Gas Cons. ~ Shipped ~ BROWN for CORE LAB Date: 11 -May-95 Receive : ~. for AOGC Date: Please note that theorems lis~ed above are inventoried, shipped an received in good faith, but due to errors, are subject to minor adjustments. In such case both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. CORE LABORATORIES 8005 SCHOON ST., ANCHORAGE, ALASKA 99518 (907) 349-3541 BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO; Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 May 9, 1995 Alaska Oil & Gas Conservation Commission 300'1 Porcupine Drive Anchorage Alaska 99501-3192 Dear David W. Johnson, Chairman: The attached are the Well Completion Reports for Badarni #4 & #5 (Form 10- 407). We transmit this data with the understanding it will be held confidential in accordance to AAC 82.810 (Confidentiality of Data). Please acknowledge receipt by signing the enclosed transmittal and returning a copy to us. Sing/rely. A.'C Clark Encl' Transmittal RECEIVED !6' ~' Anch0r~, '. i': " STATE OF ALASKA ( ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMP LETION REPORT AND LOG 1. Status of Well Classification of ,l~rvice Well 2. Name of Operator 0~'~~ [~J ' ~ 7. Permit Number BP Exploration 94-160 3. Address 8. APl Number P. 0. Box 196612, Anchorage, Alaska 99519-6612 5o-.0-2fJ-22532 ~ , ~?,,~ or Lease Name 4. Location of well at surfacei ¥i/~".~r"'~'~-'"'"'"~:~-~'~'"";'~_z ~ .,_)' Un~ ,t.~. s c. . :': ...... ,, At Top Producing Interval "~ ~-------..z,~/ 2882' NSL, 3627' WEL, SEC. 3, T9N, R20E ' ,~'~-~;Fi.r-~} ?~ Badami #4 At Total Depth '¢ ';; L' , :J,_. :g.:¢z: ) 11. Field and Pool .................. ~ " ' Wildcat 3064' NSL, 3651' WEL, SEC. 3, T9N, R20E 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. KBE = 42' AMSL ADL 365533 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore 116. No. of Completions 2/1/95 3/9/95 4/11/95I 6'feet MSLI Zero 17. Total DePth (MD+TVD) 18. Plug Back Depth (MD+TVD) 19. Directional Survey 120. Depth where SSSV set 21. Thickness of Permafrost 11650' MD/10933' TVD Surface YES [] NO []I None feet MD 1920' _ 22. Type Electric or Other Logs Run Please see attachment 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP Bo'FrOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 30" 310# 35' 120' Driven 85' 13-3/8" 68# NT80-CYHE 35' 4770' 16" 800 sx PF "E¥370 sx "G"+2% 30' 9-5/8" 4 7# P- 110 35' 10420' 12-1/4" 1106 sx "G" Neat 190' 7" 29# NT95HS 10135' 11651' 8-1/2" 325 sx Class "G" Neat 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) Al~ perforations abandoned None 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED See attached diagram for abandonment cement plugs 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) See attachment N/A Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE IGAS-OIL RATIO TEST PERIODI .... Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. ;)4-HOUR RATE 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips, and presence of oil, gas or water. Submit core chips. SeeAttachmentRECEIVED MAY ] 0 Alaska 0il & Gas Cons. C~ ,m.,~issi0n Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 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 ~'~ . Sagavanirktok Fm. (at or near seabottom) Base Permafrost 1917' 1917' ~., Top Canning 5327' 5324' Formation (Mikkelsen Tongue) p Staines Tongue of 7440' 7077' agavanirktok Fm. Base Staines Tongue 8984' 8476' !or Top Lower Canning Fm. RECEIVED 1AY 1 0 ~as~,,l ~il .& Gas Cons. Commission ...... , ~chor~..~.:.~ 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge S ig n e d Ti t I e Drilling Engineer Suoervisor D at e INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1: Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21: Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 Badami #4 Production Test Data CONFIDENTIAL DST #1 Perforation Interval' 11,017' - 11,094' MD and 11,166' - 11,243' MD Date of test: 3/24-30/95 Hours Tested: 31 (flowing) Production for test period: Oil- 235bbls Gas- None Water- None Choke Size- 20/64" Gas-Oil Ratio- N/A Flow Tubing Pressure- 70psi Calculated 24-hour rate: Casing Pressure - 1700psi Oil - 180bbls/day Gas- None Water- None Oil Gravity- APl (Corr)' 21° DST #lA Perforation Interval: 11,017' - 11,094' MD and 11,166' - 11,243' MD Date of test: 4/1-6/95 Hours Tested: 59 (flowing) Production for test period: Oil- 646 bbls Gas - None Water- None Choke Size- 32/64" Gas-Oil Ratio- N/A Flow Tubing Pressure - 380psi Calculated 24-hour rate: Oil- 380 bbls/day Oil Gravity- APl (Corr)' 22° Gas- None Casing Pressure- 2200psi Water- None Gas Cons. Commission BP Exploration (Alaska), Inc. CONFIDENTI/Ir~.,, Badami #4 APl Number' 50-629-22532-00 all core footage are driller's depth; core diameter approximately 4" Core #1' cut 11,068' to 11,100', recovered 30 feet (Aluminum liner) 11,068.0' - 11,085.4' very fine to medium grained sandstone interbedded and interlaminated with gray siltstone and silty mudstone. Sandstone is oil stained dark brown to light brown. Stained sandstone has gold fluorescence and yellow streaming cut fluorescence. Apparent dip averages 20°. 11,085.4' -' 11,098.0' gray silty mudstone with thin laminae of siltstone and very fine grained sandstone. Sandstone laminae have light brown oil stain with gold fluorescence and bright yellow streaming cut fluorescence. Apparent dip averages 25° to 30°. Core #2: cut 11,185' to 11,240', recovered 55 feet (Aluminum liner) 11,185.0' - 11,217.4' very fine to medium grained sandstone interbedded and interlaminated with gray siltstone and silty mudstone. Sandstone is oil stained dark brown to medium brown. Stained sandstone has gold fluorescence and bright yellow streaming cut fluorescence. Apparent dip averages 18° 11,217.4' - 11,237.8' very fine to medium grained sandstone interbedded and interlaminated with gray siltstone and silty mudstone. Sandstone contains variable amounts of carbonaceous material and coal as partings or apparent fragments. Sandstone is oil stained dark brown to medium brown. Stained sandstone has gold fluorescence and yellow streaming cut fluorescence. Apparent dip averages 20° 11,237.8' - 11,240.0' gray siltstone with laminae and streaks of very fine grained sandstone. Sandstone laminae have light brown oil stain with gold fluorescence and yellow streaming cut fluorescence. Apparent dip averages 25°. CONFIDENTIAL CONFIDENTIAL J~,~AY 10 19~5 .~s~ .0ii & Gas Cons. Commission , ~ch0r~-.....r-, Wireline Logs 2/6/95 Run #1 Descent 1 BADAMI #4 LOGGING RUNS DITE-SDT-GR-AMS'" (114'-4784') 2/25/95 Run #2 Descent 1 Descent 2 /~/I'-B/S~-~-~ (4760'-10390') IPL-HI~GS (4760'-10374') Fished 3/12/95 Run #3 Descent 1 Descent 2 Descent 3 Descent 4 ~/~-¢sI-r~-GR-AMS (! 0402'-! 1625') 4'P,L~PT-HI~GS (10410 ~,11606 ) F_,~I-GR (104/02'-11620 ) , MDT-GR, AM~S (10402'-11620 ) Drill Pipe Convoyed ,/ 3/16/95 Run #4 Measurement-While-Drilling Logs Directional only: Surface to 6670' Directional plus Resistivity/Gamma Ray: 6670'- 10420' Directional plus Resistivity/Gamma Ray plus Density: 10420' - 11650' REC :iVE 0il & Gas Cons. Commission Anchor~, MIC ,OFILMED SPERRY-SUN DRILLING SERVICES LOGGING SYSTEMS Anchorage, Alaska FINAL LOGS AND CONDENSED DIGITAL DATA BP EXPLORATION Badami No. 4 North Slope, Alaska Final Report Summary March 1995 RECEi'V-E'D MAY 4 1995 Alaska Oil & Gas Cons. CommissJofl Anchorage PREPARED FOR: BP Exploration PREPARED BY: W.A. Shepherd Sperry-Sun Drilling Services .Logging Systems Anchorage, Alaska D R I1_ I...I ~ G S ~I:tVIC~:: S MWD End of Well Report for BP EXPLORATION (ALASKA), INC. Rig: DOYON 9 Well: BADAMI//4 Field: EXPLORATION Country: USA Job No.: AK-MM-95107 Date : 10-MAR-95 MAY 4 1995 Alaska Oil & Gas Cons. Commission Anchorage ORIGINAL MWD End of Well Report ~¥~.' AK.MM-95107 General Information Company Rig Well Field Country Sperry-Sun job number Job start date Job end date North reference Declination Dip angle Total magnetic field Date of magnetic data Wellhead coordinates N Wellhead coordinates E Vert. section direction MWD Engineers Company Representatives Company Geologists BP EXPLORATION (ALASKA), INC. DOYON 9 BADAMI//4 EXPLORATION USA AK-MM-95107 31-JAN-95 10-MAR-95 TRUE 30.3 80.7 57424.00 01-FEB-95 70.09.20 N 147.02.39W 13.5 MEL GABEL RANDY KRELL PAUL ROBERTS JERRY HABERTHUR RICHARD BORDES BOB DAWSON DAVE BOYER Engineering units used: Depth / length : OD / ID : Temperature : Flow Rate : Pressure : Weight on bit : Mud Weight : feet inches deg. F galls/min psi lbs (lO00s) PPg Viscosity : PV : YP : Chlorides : Fluid loss : Casing weight : sec/quart mPa.s lb/(100 sq.ft.) ppm ml (cc.) lbs/ft MWD End of Well Repo~ Ii AK-MM.95107 Section 2. : Operational Overview O PI I I--I-- I N (] S Il I~t V I r' !! ! MWD End of Well Repo~ 0 Pti I-- I-- I IM C] ffiptVtt-m Operational Overview Sperry-Sun Drilling Services provided directional and formation evaluation information while drilling the exploration well BADAMI #4. MWD crew and tools arrived on location Janurary 31, 1995. MWD Runs i - 4 utilized Sperry-Sun's FEWD directional only tools. Runs 5 - 8 provided realtime and recorded Gamma Ray / Phase-4 Resistivity as well as directional services. The intermediate casing point was successfully picked using the realtime logs. Runs 9 - 11 added recorded SLD (density) to the realtime Gamma Ray/Phase-4 Resistivity/Directional package. The realtime logs aided in picking core points and also in determining TD for the well. Sperry-Sun had no downhole failures, no data gaps and provided surveys at every survey station. One MWD tool was laid down during a tool turnaround as a precautionarymeasure. The Sperry-Sun crew left location on March 10, 1995. Thank-you for using Sperry-Sun Drilling Services. AK-MM-9~ 107 MWD End of Well Repo~ AK-MM-9~5107 Section 3. : Summary of MWD Runs ii ii MWD End of Well Repo~ MWD Bit Hole MWD Run No. Size Sensors 01 01 16.00 DIR 02 1RR 16.00 DIR 03 2RR 16.00 DIR O4 3 12.25 DIR 05 4 12.25 DIR-FE 06 5 12.25 DIR-FE 07 6 12.25 DIR-FE 08 7 12.25 DIR-FE 09 8RR 8.50 DIR-FE 10 IORR 8.50 DIR-FE 11 12P, R 8.50 DIR-FE :::i {:i' ::: -:: ... Summary of MWD runs mpmnnV-mun ORII_I--INn SERVICES Start End Drill/Wipe Run Start Run End BRT Oper. Circ. Max. Service Tripfor Failure Depth Depth Distance Time Date Time Date Hours Hours Hours Temp. Interrupt MWD Type 0.0 1104.0 1104.0 23:45 01-FEB-95 18:50 02-FEB-95 19 08 19 32 13 51 70.0 2984.0 4792.0 1808.0 06:20 04-FEB-95 05:00 06-FEB-95 46 67 47 75 31 60 106.0 ~66 ~ ::::::::::::::::::::::::::::::::: !": ~::::~:~ ~ ~~ :::: ::::i~!~!i::?:~~i~:::i::i ::::::i~i::~::::i::::i::i:::::::~::~6ii~?~:ii~iii~:i~:ii~6?~iii~'?:i~ ?'?~:i~i?'!°~ii~::i~;:i~:"~ '~ '~' ': 7593.0 8511.0 918.0 12:00 14-FEB-95 03:45 16-FEB-95 39 75 40 13 30 30 141.0 10420.0 11068.0 648.0 04:45 02-MAR-95 20:30 04-MAR-95 63 75 64 78 47 11 156.0 11184.0 11650.0 466.0 12:15 08-1~AR-95 19:30 09-MAR-95 31 25 31 60 5 92 162.0 · i b:.:-:-:-:-:-:-:-:-:-:-:-:-:-:-:-:-:-:-:~:-:-:-:-:-:: ::: ::::: :::::::: ::::::::::: :::: ::: ::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::: :::::::: ::::: :: :::: ::::: :::: :: :: :::: :::: :: :: :~:~: :~: :~: :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::i:~:i:i:i:i:~:i:i:~:~:::!:i:i:i:~! ::i:i? %i: ¥:: ::'· ui::} bi ?· ::i.? u ' AK-MM-95107 TOTALS => 11650.0 475.33 484.12 294.03 0 0 AK-MM-95107 Section 4. : MWD Bitrun Summaries ~p~r~r~u-sur DRILL-lNG MWD End of Well Repo Bitrun Summary MWD Run Time Data Drilling Data MWD Run : 05 Start Depth: 6670.0 ft Rig Bit : 4 End Depth = 6700.0 ft Hole Size= 12.25 in Footage : 30.0 ft Run Start= 05:15 12-FEB-95 Flow Rate : 750.00 gpm Run End : 18:35 12-FEB-95 R.P.M. = 100 BRT hrs : 13.33 W.O.B. = 10 Klbs Circ.hrs : 6.14 R.O.P. : 10 ft/hr Oper.hrs = 13.73 S.P.P : 3100 psi Cl ~111 I,. l I I~10 Mud Data Mud type : NO CHROME LIGNO Weight/Visc= 9.70 / 36.0 Chlorides = 1800 PV / YP : 7 / 6 Solids/Sand: 5.0 / 0.25 %0il/ O:W : 0 / 00: MWD Schematic FLOAT SUB PM / Pulser S/N : P0307PM8 Choke : 12 BHA Schematic Component Length O.D. T.D.J PM sub Directional sensor PM to bit : 73.43 RLL S/N : PO330CRG8 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 56.81 DGR sub Dual Gamma Ray DGR Co biC : 49.11 XO Comments 14. 29 HWDP 13. JARS 12. NMDC 11. NM STAB 10. NMDC 9. NMDC 8. NM STAB 7. MWD 6. NM STAB 5. NMLC 4. NM STAB 3. XO 2. DYNADRILL 1.0 DEQ BH 1. BIT #4 BBL-BB657 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.40 12.250 2.825 28.90 8.000 2.750 28.61 8.000 2.750 4.78 12.250 2.875 45.48 8.000 5.40 12.250 2.875 10.25 8.000 2.750 5.40 12.125 2.875 2.00 8.000 2.875 22.43 7.250 7.250 1.00 12.250 0.939 MWD Performance MWD LO~ WITH REALTIME ~AMMA RAY / RESISTIVITY. 1004 RUN. POOH FOR BIT. Max. Temp. : 107.0 deg Y Survey/ TF%: 100 / 100 DGR RT/Rec%: 100 / 100 EWR RT/Rec%: 100 / 100 C~ ~T/~ec~: 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%: 0 / 0 AK-MM-9$107 MWD End of Well Report Bitrun Summary O I~IL.I--I N 0 IilqVICiS MWD Run Time Data Drilling Data MWD Run : 06 Start Depth: 6700.0 ft Rig Bit : 5 End Depth : 7593.0 ft Hole Size: 12.25 in Footage = 893.0 ft Run Start= 19=20 12-FEB-95 Flow Rate : 750.00 gpm Run End : 11:00 14-FEB-95 R.P.M. : 80 BRT hfs : 39.67 W.O.B. : 40 Klhs Circ.hrs : 30.41 R.O.P. : 250 ft/hr Oper.hrs : 40.57 S.P.P = 3300 psi Mud Data Mud type : NO CHROME LIGNO Weight/Visc: 9.70 / 36.0 Chlorides : 1600 PV / YP : 7 / 8 Solids/Sand: 10.0 / 0.25 %0il/ O:W : 0 / 00: MWD Schematic FLOAT SUB BHA Schematic Component Length 0. D. I. D. I PM / Pulser S/N : P0307PM8 Choke : 12 PM sub Directional sensor PM to bit : 73.43 RLL S/N : PO330CRG8 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 56.81 DGR sub Dual Gamma Ray DGR to bit : 49.11 x0 Comments '14. 29 HWDP 13. JARS 12. NMDC 11. NM STAB 10. NMDC 9. NMDC 8. NM STAB 7. MWD 6. NM STAB 5. NMLC 4. NM STAB 3. XO 2. DYNADRILL 0.75 DEQ BH 1. BIT ~5 STC-MO2SODC MWD LOG WITH REALTIME GAMMA RAY / RESISTIVITY. 100% RUN. POOH FOR BIT AND TO ADJUST MOTOR. 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.40 12.250 2.825 28.90 8.000 2.750 28.61 8.000 2.750 4.78 12.250 2.875 45.48 8.000 5..40 12.250 2.875 10.25 8.000 2.750 5.40 12.125 2.875 2.00 8.000 2.875 22.43 7.250 7.250 1.00 12.250 0.581 MWD Performance Max. Temp. : 131.0 deg F Survey/ TF%: 100 / 100 DQR RT/Rec%: 100 / 100 BWR RT/Rec%: 100 / 100 CNP RT/Rec~: 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%: 0 / 0 AK-MM-95107 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run = 07 Start Depth= 7593.0 ft Rig Bit = 6 End Depth = 8511.0 ft Hole Size= 12.25 in Footage = 918.0 ft Run Start= 12=00 14-FEB-95 Flow Rate = 750.00 gpm Run End = 03545 16-FEB-95 R.P.M. = 80 BRT hfs = 39.75 W.O.B. = 45 Klbs Circ.hrs = 30.30 R.O.P. = 30 ft/hr Oper.hrs = 40.13 S.P.P = 3300 psi O let IL. L INO Mud Data Mud type : NO CHROME LIGNO Weight/Visc= 9.70 / 36.0 Chlorides = 1800 PV / YP = 13 / 12 Solids/Sand= 10.0 / 0.25 %0il/ O:W : 0 / 00: MWD Schematic FLOAT SUB PM / Pulser S/N : P0307PM8 ChOke : 12 BHA Schematic I Component Length O.D. I.D.I PM sub Directional sensor PM to bit : 68.03 RLL S/N : PO330CRG8 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 51.41 DGR sub Dual Gamma Ray DGR to bit : 43.71 XO 13. 29 HWDP . 863.17 6.500 3.063 12. JARS 30.78 7.750 2.750 11. NNDC 29.30 8.000 2.750 10. NM STAB 5.40 12.250 2.825 9. NMDC 28.90 8.000 2.750 8. NMDC 28.61 8.000 2.750 7. NM STAB 4.78 12.250 2.875 6. MWD 45.48 8.000 5. NM STAB 5.40 12.250 2.875 4. NMLC 10.25 8.000 2.750 3. XO 2.00 8.000 2.875 2. DYNADRILL 1.0 DEG BH 22.43 7.250 7.250 1. BIT 96 BTC-M~D~HODCL 1.00 12.250 0.530 Comments MWD Performance LOG WITH REALTIME QAMMA RAY / RESISTIVITY.100% RUN. POOH FOR Max. Temp. : 141.0 deg F BIT AND TO ADJUST MOTOR. SWAP OUT PULSER/PM TO SATISFY JORPS Survey/ TF%= 100 / 0 REQUIREMENTS. DGR RT/Rec%: 100 / 100 EWR RT/Rec%= 100 / 100 CNL:' aT/Rec%: 0 / 0 BFD RT/Rec%= 0 / 0 BLD RT/Rec%= 0 / 0 AK-MM-98107 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run : 08 Start Depth= 8511.0 ft Rig Bit : 7 End Depth = 10420.0 ft Hole Size= 12.25 in Footage = 1909.0 ft Run Start= 16=15 16-FEB-95 Flow Rate = 750.00 Run End : 23:20 21-FEB-95 R.P.M. : 100 BRT hrs = 127.08 W.O.B. = 15 Klbs Circ.hrs = 80.75 R.O.P. = 50 ft/hr Oper.hrs : 128.12 S.P.P = 3400 psi Mud Data Mud type : NO CHROME LIGNO Weight/Visc: 10.50 / %2.0 Chlorides = 1500 PV / YP = 18 / 8 Solids/Sand: 13.0 / 0.25 %0il/ O:W : 0 / 00: MWD Schematic FLOAT SUB PM / Pulser S/N : P0321PM8 Choke : 16 BHA Schematic Component Length O.D. I.D.I PM sub Directional sensor PM to bit : 68.03 RLL S/N : PO330CRG8 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 51.41 DGR sub Dual Gamma Ray DGR to bit : 43.71 XO 13. 29 HWDP 12. JARS 11. NMDC 10. NM STAB 9. NMDC 8. NMDC 7. NM STAB 6. MWD 5. NM STAB 4. NMLC 3. XO 2. DYNADRILL 1.25 DE(3 BH 1. BIT #7 HYCOLOG R59H 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.40 12.250 2.825 28.90 8.000 2.750 28.61 8.000 2.750 4.78 12.250 2.875 45.48 8.000 5.40 12.250 2.875 10.25 8.000 2.750 2.00 8.000 2.875 22.43 7.250 7.250 1.00 12.250 0.819 Comments MWD Performance LOG WITH REALTIME GAMMA RAY/RESISTIVITY. 100% RUN. TD 12.25" Max. Temp. : 150.0 deg F HOLE. POOH TO WIRELINE LOG. Survey/ TF%: 100 / 0 DGR RT/Rec%: 98 / 100 EWR RT/Rec%: 98 / 100 CNP aT/aec%= 0 / 0 SFD RT/Rec%= 0 / 0 8LD RT/Rec%~ 0 / 0 ^~-M=-9~,07 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run : 09 Start Depth: 10420.0 ft Rig Bit = 8RR End Depth : 11068.0 ft Hole Size: 8.50 in Footage : 648.0 ft Run Start: 04:45 02-MAR-95 Flow Rate = 500.00 gpm Run End : 20:30 04-MAR-95 R.P.M. : 175 BRT hrs = 63.75 W.O.B. : 10 Klbs Circ.hrs : 47.11 R.O.P. = 25 ft/hr Oper.hrs = 64.78 S.P.P = 2600 psi Mud Data Mud type : NO CHROME LIGNO Weight/Visc: 12.40 / 47.0 Chlorides = 1250 PV / YP : 16 / 14 Solids/Sand: 15.0 / 0.20 %0il/ O:W : 0 / 00: MWD Schematic BHA Schematic Component Length O.D. Z.D.J RLL S/N : PO343CRG6 CIM sub Downhole processor XO FLOAT SUB PM / Pulser S/N : P0344PM6 Choke : 16 PM sub Directional sensor PM to bit : 28.10 RLL S/N : PO343CRG6 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 11.39 DGR sub Dual Gamma Ray DGR to bit : 3.74 XO 17. 29 HWDP 16. JARS 15. XO 14. NMDC 13. NM STAB 12. NMDC 11. NMDC 10. NM STAB 9. XO 8. MWD SLD I[ 7. xo 6. NM STAB 5. FLOAT SUB 4. MWD PULSER 2. XO 1. BIT #8 STC-M85P 863.17 6.375 3.000 29.50 6.350 2.250 1.80 6.500 2.500 31.12 6.563 2.750 4.78 8.500 2.875 30.72 6.563 2.750 31.12 6.563 2.750 4.90 8.500 2.875 1.67 6.500 2.813 16.98 6.750 1.750 1.91 6.750 2.813 5.60 8.500 2.813 1.69 6.750 2.813 20.56 6.750 21.52 6.750 1.920 1.23 6.260 2.750 0.75 8.500 0.518 Comments MWD Performance MWD LOG WITH REALTIME GAMMA RAY / RESISTIVITY, AND RECORDED Max. Temp. : 156.0 deg F SLD (DENSITY). 1004 RUN. POOH TO CORE. Survey/ TF%t 100 / 0 DGR RT/Rec%: 100 / 100 EWR RT/Rec%: 100 / 100 CNP RT/Rec%= 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%= 0 / 100 AK-MM-95107 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run = 10 Start Depth= 11068.0 ft Rig Bit = 10RR End Depth = 11184.0 ft Hole Size= 8.50 in Footage = 116.0 ft Run Start= 01=30 06-MAR-95 Flow Rate = 500.00 gpm Run End = 15=30 06-MAR-95 R.P.M. = 175 BRT hfs = 14.00 W.O.B. = 10 Klbs Circ.hrs = 7.78 R.O.P. = 25 it/hr Oper.hrs = 15.12 S.P.P = 2600 psi Mud Data Mud type : NO CHROME LIGNO Weight/Visc: 12.40 / 45.0 Chlorides : 1200 PV / YP = 15 / 16 Solids/Sand= 15.0 / 0.20 %Oil/ O=W = 0 / 00= MWD Schematic BHA Schematic Component Length O.D. I.D.I RLL S/N : PO343CRG6 CIM sub Downhole processor XO FLOAT SUB PM / Pulser S/N : P0344PM6 Choke : 16 PM sub Directional sensor PM to bit : 28.45 RLL S/N : PO343CRG6 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 11.74 DGR sub Dual Gamma Ray DGR to bit : 4.09 XO 17. 29 HWDP 16. JARS 15. XO 14. NMDC 13. NM STAB 12. NMDC 11. NMDC 10. NM STAB 9. XO 8. MWD SLD 7. XO 5. FLOAT SUB 4. ~ PULSER 3. ~WD DGR/P4 RLL 2. XO 1. BI'T #gRR STC-M943 863.17 6.375 3.000 29.50 6.350 2.250 1.80 6.500 2.500 31.12 6.563 2.750 4.78 8.500 2.875 30.72 6.563 2.750 31.12 6.563 2.750 4.90 8.500 2.875 1.67 6.500 2.813 16.98 6.750 1.750 1.91 6.750 2.813 5.60 8.500 2.813 1.69 6.750 2.813 20.56 6.750 21.52 6.750 1.920 1.23 6.260 2.750 1.10 8.500 0.518 Comments MWD Performance MWD LOG WITH REALTIME GA~%. RAY/RESISTIVITY/RECORDED SLD (DENSITY). 1004 RUN. POOH TO CORE. Max. Temp. = 154.0 deg F Survey/ TF%: 100 / 0 DGR RT/Rec%: 100 / 100 EWR RT/Rec%: 100 / 100 CNP RT/Rec%= 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%: 0 / 100 AK-MM-95107 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run = 11 Start Depth= 11184.0 ft Rig Bit = 12RR End Depth = 11650.0 ft Hole Size= 8.50 in Footage = 466.0 ft Run Start= 12=15 08-MAR-95 Flow Rate = 475.00 gpm Run End = 19=30 09-MAR-95 R.P.M. = 175 BRT hfs = 31.25 W.O.B. = 10 Klbs Circ.hrs = 5.92 R.O.P. = 30 ft/hr Oper.hrs = 31.60 S.P.P = 2600 psi Mud Data Mud type : NO CHROME LIGNO Weight/Visc= 12.40 / 46.0 Chlorides = 1200 PV / YP = 15 / 15 Solids/Sand= 15.0 / 0.50 %Oil/ O=W : 0 / 00: MWD Schematic BHA Schematic Component Length O. D. I. D. I i RLL S/N : PO343CRG6 CIM sub Downhole processor x0 FLOAT SUB PM / Pulser S/N : P0344PM6 Choke : 16 PM sub Directional sensor PM to bit : 28.45 RLL S/N : PO343CRG6 CIM sub Downhole processor EWR Phase 4 sub Resistivity EWR to bit : 11.74 DGR sub Dual Gamma Ray DGR to bit : 4.09 xo 17. 29 HWDP 16. JARS 15. XO 14. NMDC 13. NM STAB 12. NMDC 11. NMDC 10. NM STAB 9. XO 8. MWD SLD Il 7. xo 5. FLOAT SUB MWD PULSRR 2. XO 1. BVT #12RR qTC-M943 863.17 6.375 3.000 29.50 6.350 2.250 1.80 6.500 2.500 31.12 6.563 2.750 4.78 8.500 2.875 30.72 6.563 2.750 31.12 6.563 2.750 4.90 8.500 2.875 1.67 6.500 2.813 16.98 6.750 1.750 1.91 6.750 2.813 5.60 8.500 2.813 1.69 6.750 2.813 20.56 6.750 21.52 6.750 1.920 1.23 6.260 2.750 1.10 8.500 0.518 Comments MWD Performance MWD LOG WITH REALTIME GAMM RAY/RESISTIVITY/RECORDED SLD (DENSITY). 100% RUN. TD WELL. POOH TO WIRELINE LOG. Max. Temp. : 162.0 deg F Survey/ TF%: 100 / 0 DGR RT/Rec%= 100 / 100 EWR RT/Rec%: 100 / 100 CNP RT/Rec~: 0 / 0 SFD RT/Rec%= 0 / 0 SLD RT/Rec%: 0 / 100 AK-MM-9$107 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run : 01 Start Depth: 0.0 ft Rig Bit : 01 End Depth : 1104.0 ft Hole Size: 16.00 in Footage : 1104.0 ft Run Start: 23:45 01-FEB-95 Flow Rate : 650.00 ~pm Run End .- 18:50 02-FEB-95 R.P.M. : 120 BRT hrs : 19.08 W.O.B. : 15 Klbs Circ.hrs : 13.51 R.O.P. = 100 it/hr Oper.hrs : 19.32 S.P.P : 2500 psi Mud Data Mud type : SPUD MUD Weight/Vis=: 9.10 / 328.0 Chlorides : 950 PV / YP : 11 / 64 Solids/Sand: 5.0 / 1.50 %0il/ O:W : 0 / 00:00 MWD Schematic FLOAT SUB BHA Schematic Component Length O.D. PM / Pulser S/N : P0321PM8 Choke : 8 PM sub Directional sensor PM to bit : 61.09 RLLS/N = CIM sub Downhole processor XO 13. 29 HWDP 12. JARS 11. NMDC 10. NM STAB 9. NMDC 8. NMDC 7. NM STAB 6. MWD 5. NM STAB 4. NNDC 3. NM LEAD DC 2. BIT SUB 1. BIT #1 STC-AIJSL Comments 1004 RUN. POOH FOR BIT. 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.44 16.000 2.875 28.90 8.000 2.750 28.61 8.000 2.750 4.78 16.000 2.875 30.03 8.000 4.22 16.000 2.875 29.00 8.000 2.750 10.25 8.000 2.750 4.08 9.000 3.000 1.50 16.000 0.543 MWD Performance M~uc. Temp. : 70.0 deg F Survey/ TF%: 100 / 0 DQR RT/Rec%: 0 / 0 EWR RT/Rec%: 0 / 0 CNP RT/Rec%: 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%: 0 / 0 AK-MM-95107 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run : 02 Start Depth: 1104.0 ft Rig Bit : 1RR End Depth = 2984.0 ft Hole Size: 16.00 in Footage : 1880.0 ft Run Start= 19:30 02-FEB-95 Flow Rate : 650.00 9Pm Run End : 04:30 04-FEB-95 R.P.M. = 150 BRT hrs : 33.00 W.O.B. = 25 Klbs Circ.hrs : 14.00 R.O.P. : 100 ft/hr Oper.hrs = 34.50 S.P.P : 2500 psi si:3er~m~-sun Mud Data Mud type : SPUD MUD Weight/Visc: 9.60 / 165.0 Chlorides : 900 PV / YP : 34 / 33 Solids/Sand: 5.0 / 2.00 %Oil/ O:W : 0 / 00:00 MWD Schematic FLOAT SUB BHA Schematic I I PM / Pulser S/N : P0321PM8 Choke : 8 PM sub Directional sensor PM to bit : 61.09 RLL S/N : CIM Sub Downhole processor XO Comments 13. 29 HWDP 12. jARS 11. NMDC 10. NM STAB 9. NMDC 8. NMDC 7. NM STAB 6. MWD 5. NM STAB 4. NMDC 3. NM LEAD DC 2. BIT SUB 1. BIT #2 STC-AIJgL 100% RUN. POOH TO PICKUP MOTOR AND NEW BIT. 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.44 16.000 2.875 28.90 8.000 2.750 28.61 8.000 2.750 4.78 16.000 2.875 30.03 8.000 4.22 16.000 2.875 29.00 8.000 2.750 10.25 8.000 2.750 4.08 9.000 3.000 1.50 16.000 0.543 MWD Performance Max. Temp. : 78.0 deg F Survey/ TF%: 100 / 0 DGR RT/Rec%: 0 / 0 EWR RT/Rec%: 0 / 0 CNP RT/Rec~: 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%: 0 / 0 ^K-MM-SS,07 MWD End of Well Report Bitrun Summary MWD Run Time Data Drilling Data MWD Run : 03 Start Depth= 2984.0 ft Rig Bit = 2RR End Depth .' 4792.0 ft Hole Size: 16.00 in Footage : 1808.0 ft Run Start= 06=20 04-FEB-95 Flow Rate : 700.00 gpm Run End : 05=00 06-FEB-95 R.P.M. : 150 BRT hrs : 46.67 W.O.B. : 30 Klbs Circ.hrs : 31.60 R.O.P. .- 100 ft/hr Oper.hrs : 47.75 S.P.P = 3000 psi sideriteS-sun Mud Data Mud t~r~e : SPUD MUD Weight/Visc= 9.60 / 218.0 Chlorides : 900 PV / YP = 29 / 42 Solids/Sand: 5.0 / 2.00 %Oil/ O:W = 0 / 00: MWD Schematic FLOAT SUB BHA Schematic Component Length O.D. I.D.] PM / Pulser S/N : P0321PM8 Choke : 12 PM sub Directional sensor PM to bit : 59.50 RLL S/N : CIM sub Downhole processor x0 Comments 14. 29 HWDP 13. JARS 12. NMDC 11. NM STAB 10. NMDC 9. NMDC 8. NM STAB 7. MWD 6. NM STAB 5. NMLC 4. XO 3. DYNADRILL 1.5 DEG BH 2. XO 1. BIT #2RR STC-AIJSL 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.40 16.000 2.825 28.90 8.000 2.750 28.61 8.000 2.750 4.78 16.000 2.875 30.03 8.000 4.22 16.000 2.875 10.25 8.000 2.750 2.00 8.000 2.875 28.86 9.625 7.250 1.40 9.000 2.875 1.50 16.000 0.543 MWD Performance 100% RUN. POOH TO RUN CASING. Max. Temp. : 106.0 deg F Survey/ TF%= 100 / 0 DGR RT/Rec%= 0 / 0 IWR RT/Rec%: 0 / 0 CuP R?/Rec%: 0 / 0 SFD RT/Rec%: 0 / 0 SLD RT/Rec%= 0 / 0 AK-MM-9510? MWD End of Well Report MWD Run Time Data Bitrun Summary Drilling Data Mud Data MWD Run : 04 Start Depth: 4792.0 ft Rig Bit : 3 End Depth : 6670.0 ft Hole SiZe: 12.25 in Footage : 1878.0 ft Run Start: 03:45 10-FEB-95 Flow Rate : 750.00 Run End : 03=30 12-FEB-95 R.P.M. = 120 BRT hrs : 47.75 W.O.B. : 35 Klbs Circ.hrs : 26.51 R.O.P. = 750 ft/hr Oper.hrs : 48.50 S.P.P : 3100 psi Mud type : NO CHROME LIGNO Weight/Visc= 9.30 / 37.0 Chlorides : 2000 PV / YP : 12 / 10 Solids/Sand: 4.5 / 1.00 %Oil/ O:W : 0 / 00: MWD Schematic FLOAT SUB BHA Schematic Component Length O.D. I.D.I PM / Pulser S/N : P0321PM8 Choke : 12 PM sub Directional sensor PM to bit : 57.97 RLL S/N : CIM sub Downhole processor x0 Comments 14. 29 HWDP 13. JARS 12. NMDC 11. NM STAB 10. NMDC 9. NMDC 8. NM STAB 7. MWD 6. NM STAB 5. NMLC 4. NM STAB 3. XO 2. DYNADRILL 1.0 DEG BH 1. BIT %3 STC-MSDSSHODCL 1004 RUN. POOH FOR BIT AND TO ADJUST MOTOR. 863.17 6.500 3.063 30.78 7.750 2.750 29.30 8.000 2.750 5.40 12.250 2.825 28.90 8.000 2.750 28.61 8.000 2.750 4.78 12.250 2.875 30.03 8.000 4.78 12.250 2.875 10.25 8.000 2.750 5.40 12.125 2.875 2.00 8.000 2.875 22.43 7.750 5.957 1.00 12.250 0.540 MWD Performance Max. Temp. : 120.0 deg F Survey/ TF%: 100 / 100 DGR RT/Rec%: 0 / 0 EWR RT/Rec%: 0 / 0 CNP RT/Rec%= 0 / 0 SFD RT/Rec%= 0 / 0 SLD RT/Rec%= 0 / 0 AK-MM-e5107 MWD End of Well Report ~p~r",r',~-~u~ Section 5~ : Survey Data AK-MM-95107 MWD End of Well Repo~ SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE BP EXPLOP~ATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 DATE OF SURVEY: 030995 MWD SURVEY JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 OPERATOR: BP EXPLORATION FT. TRUE SUB-SEA COURS MEASD VERTICAL VERTICAL INCLN DEPTH DEPTH DEPTH DG MN COURSE DLS TOTAL DIRECTION RECTANGULAR COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST VERT. SECT. 0 .00 -41.86 248 248.54 206.68 333 333.08 291.22 423 423.06 381.20 512 512.16 470.30 0 0 0 15 0 9 0 20 0 24 N .00 E .00 .00N .00E S 32.80 E .10 .47S .31E S 2.42 W .19 .75S .40E S 10.28 E .22 1.13S .45E S 29.95 W .29 1.66S .34E .00 - .39 -.63 -.99 -1.53 604 604.15 562.29 0 28 693 693.48 651.62 0 36 781 781.96 740.10 0 48 871 871.37 829.51 0 40 961 961.64 919.78 0 48 S 7.85 E .31 2.31S .23E S 7.94 W .22 3.13S .22E S 5.97 W .23 4.21S .09E S 17.40 W .21 5.33S .14W S 8.64 W .18 6.47S .39W -2.19 -3.00 -4.07 -5.22 -6.38 1050 1050.95 1009.09 1142 1142.58 1100.72 1236 1236.90 1195.04 1332 1332.44 1290.58 1427 1427.89 1386.03 0 26 0 27 0 33 0 36 0 37 S 15.80 E .49 7.42S .39W S 6.04 E .09 8.12S .26W S 3.61 W .13 8.95S .25W S 11.02 W .10 9.90S .37W S 4.23 E .17 10.93S .43W -7.30 -7.95 -8.76 -9.72 -10.72 1523 1523.41 1481.55 1619 1619.11 1577.25 1714 1714.40 1672.54 1810 1810.10 1768.24 1905 1905.50 1863.64 0 42 0 46 1 10 1 2 1 21 S 8.38 E .09 12.03S .31W S 7.91 W .23 13.25S .31W S 5.57 W .41 14.86S .49W S 6.28 W .14 16.70S .68W S 14.10 E .55 18.66S .50W -11.77 -12.96 -14.57 -16.40 -18.26 2001 2001.73 1959.87 2097 2096.98 2055.12 2192 2192.52 2150.66 2287 2287.19 2245.33 2382 2382.23 2340.37 1 7 1 20 1 18 1 39 1 10 S 18.15 E .26 20.66S .07E S 27.35 E .31 22.53S .87E S 28.27 E .04 24.49S 1.90E S 38.80 E .47 26.51S 3.27E S 33.50 E .52 28.40S 4.68E -20.07 -21.71 -23.37 -25.01 -26.52 2470 2470.65 2428.79 2572 2572.39 2530.53 2667 2667.25 2625.39 2762 2762.37 2720.51 2858 2857.93 2816.07 0 35 0 21 0 34 0 33 0 30 S 39.44 E .67 29.51S 5.47E S 55.94 E .26 30.09S 6.07E S 57.73 E .22 30.51S 6.71E S 73.48 E .16 30.90S 7.55E S 56.93 E .17 31.26S 8.35E -27.41 -27.84 -28.10 -28.27 -28.44 2919 2918.79 2876.93 3017 3016.81 2974.95 3111 3111.16 3069.30 3207 3206.11 3164.25 3301 3300.09 3258.23 0 25 2 13 5 27 6 55 7 9 S 66.22 E .18 31.50S 8.78E N 34.65 E 2.22 30.08S 10.20E N 23.97 E 3.49 24.46S 13.07E N 28.82 E 1.62 15.27S 17.69E N 22.00 E .91 4.81S 22.65E -28.57 -26.87 -20.73 -10.71 .62 ir, SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE BP EXPLORATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13 /95 DATE OF SURVEY: 030995 MWD SURVEY JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 OPERATOR: BP EXPLORATION FT. TRUE SUB-SEA COURS MEASD VERTICAL VERTICAL INCLN DEPTH DEPTH DEPTH DG MN COURSE DLS TOTAL DIRECTION RECTANGULAR COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST VERT. SECT. 3397 3394.76 3352.90 3492 3488.35 3446.49 3588 3582.58 3540.72 3681 3672.46 3630.60 3777 3763.39 3721.53 8 2 N 24.12 E .98 6.80N 27.60E 10 11 N 12.52 E 2.97 21.04N 32.13E 13 43 N 6.43 E 3.90 40.72N 35.26E 16 41 N 3.95 E 3.25 65.06N 37.42E 20 23 N 6.36 E 3.94 95.42N 40.22E 13.06 27.96 47.84 72.00 102.18 3873 3851.99 3810.13 3935 3909.52 3867.66 3999 3968.08 3926.22 4094 4054.31 4012.45 4190 4139.75 4097.89 4285 4224.29 4182.43 4380 4308.42 4266.56 4475 4391.79 4349.93 4571 4476.14 4434.28 4666 4560.07 4518.21 4731 4616.07 4574.21 4857 4726.25 4684.39 4950 4806.81 4764.95 5044 4888.28 4846.42 5138 4970.69 4928.83 5235 5056.65 5014.79 5330 5143.48 5101.62 5423 5228.35 5186.49 5520 5316.80 5274.94 5613 5401.91 5360.05 23 18 N 7.13 E 3.07 130.69N 44.41E 23 12 N 7.95 E .54 155.21N 47.65E 23 35 N 7.46 E .67 180.32N 51.05E 26 23 N 8.55 E 2.99 220.12N 56.67E 26 45 N 8.55 E .37 262.39N 63.02E 27 31 N 10.07 E 1.10 305.15N 70.04E 28 14 N 10.95 E .86 348.92N 78.16E 29 4 N 11.42 E .92 393.62N 87.00E 28 12 N 12.04 E .96 438.73N 96.37E 28 40 N 12.00 E .49 483.20N 105.83E 29 24 N 12.64 E 1.24 513.58N 112.47E 29 48 N 12.61'E .32 574.68N 126.16E 29 52 N 12.71 E .08 619.78N 136.29E 29 43 N 11.96 E .43 665.35N 146.25E 28 18 N 11.72 E 1.50 710.08N 155.63E 25 14 N 10.38 E 3.25 752.64N 163.97E 24 41 N 11.49 E .75 792.33N 171.64E 23 39 N 14.56 E 1.75 829.44N 180.20E 23 48 N 13.54 E .45 867.17N 189.64E 23 57 N 13.56 E .16 903.81N 198.47E 137.45 162.05 187.26 227.27 269.85 313.07 357.52 403.05 449.10 494.56 525.64 588.25 634.46 681.10 726.79 770.12 810.50 848.58 887.47 925.16 5709 5489.50 5447.64 5804 5576.79 5534.93 5900 5665.34 5623.48 5995 5753.89 5712.03 6090 5841.77 5799.91 6186 5930.19 5888.33 6282 6018.38 5976.52 6377 6106.14 6064.28 6473 6194.24 6152.38 6568 6281.57 6239.71 23 28 N 14.45 E .63 941.15N 207.78E 22 51 N 16.49 E 1.07 977.15N 217.73E 22 17 N 17.92 E .82 1012.33N 228.62E 22 20 N 18.09 E .08 1046.90N 239.,86E 22 27 N 17.51 E .26 1081.38N 250.93E 22 49 N 17.38 E .39 1116.55N 261.98E 22 59 N 17.83 E .25 1152.07N 273.25E 23 22 N 15.33 E 1.10 1188.07N 283.96E 22 51 N 11.42 E 1.69 1224.63N 292.67E 24 15 N 11.87 E 1.49 1261.92N 300.36E 963.64 1000.97 1037.72 1073.96 1110.07 1146.86 1184.02 1221.54 1259.11 1297.16 SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE 3 BP EXPLOR3kTION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13 /95 DATE OF SURVEY: 030995 MWD SURVEY JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 OPERATOR: BP EXPLORATION FT. TRUE SUB-SEA COURS MEASD VERTICAL VERTICAL INCLN DEPTH DEPTH DEPTH DG MN COURSE DLS TOTAL DIRECTION RECTANGULAR COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST VERT. SECT. 6616 6324.49 6282.63 24 34 6696 6397.52 6355.66 24 12 6789 6482.64 6440.78 23 43 6884 6569.91 6528.05 23 18 6981 6658.76 6616.90 23 28 N 11.56 E .73 1280.99N 304.31E N 11.90 E .49 1313.42N 311.05E N 11.87 E .53 1350.45N 318.84E N 12.78 E .58 1387.55N 326.94E N 14.69 E .80 1424.88N 336.07E 1316.64 1349.74 1387.56 1425.53 1463.96 7075 6745.18 6703.32 7171 6832.28 6790.42 7266 6918.63 6876.77 7362 7005.91 6964.05 7457 7093.50 7051.64 24 19 24 48 24 20 23 42 23 30 N 19.37 E 2.19 1461.46N 347.30E N 21.84 E 1.19 1498.71N 361.32E N 21.14 E .58 1535.45N 375.78E N 18.57 E 1.28 1572.03N 389.00E N 20.51 E .84 1608.09N 401.80E 1502.15 1541.65 1580.76 1619.41 1657.47 7551 7178.60 7136.74 7645 7264.67 7222.81 7741 7351.35 7309.49 7837 7437.87 7396.01 7933 7524.85 7482.99 8028 7611.18 7569.32 8124 7697.64 7655.78 8220 7784.45 7742.59 8315 7870.77 7828.91 8411 7957.85 7915.99 24 38 25 11 25 14 24 57 24 59 25 18 25 15 24 47 25 0 24 53 N 17.69 E 1.74 1644.03N 414.22E N 14.96 E 1.34 1682.39N 425.45E N 14.26 E .32 1721.89N 435.74E N 14.69 E .35 1761.14N 445.87E N 13.88 E .36 1800.40N 455.87E N 11.97 E .91 1839.89N 464.93E N 12.08 E .08 1879.83N 473.44E N 14.15 E 1.03 1919.29N 482.63E N 13.12 E .50 1958.23N 492.07E N 12.89 E .15 1997.71N 501.19E 1695.31 1735.24 1776.04 1816.57 1857.08 1897.60 1938.42.' .. 1978.94' 2019.01~. 2059.52 8506 8044.11 8002.25 8601 8130.06 8088.20 8696 8216.27 8174.41 8791 8302.37 8260.51 8887 8388.70 8346.83 24 50 25 1 25 16 25 25 25 32 N 13.57 E .31 2036.63N 510.34E N 13.36 E .21 2075.48N 519.64E N 13.47 E .27 2114.84N 529.03E N 13.76 E .20 2154.48N 538.63E N 14.59 E .39 2194.37N 548.70E 2099.50 2139.45 2179.92 2220.70" 2261.84 8982 8474.44 8432.58 9077 8560.63 8518.77 9172 8646.32 8604.46 9268 8732.48 8690.62 9362 8817.93 8776.07 25 22 25 34 25 37 25 30 25 31 N 12.91 E .78 2234.02N 558.41E N 14.64 E .81 2273.90N 568.19E N 14.53 E .07 2313.64N 578.53E N 13.35 E .55 2353.65N 588.46E N 13.26 E .06 2393.34N 597.85E 2302.66 2343.72 2384.78 2426.00 2466.78 9458 8904.20 8862.34 9554 8990.73 8948.87 9650 9077.40 9035.54 9746 9164.26 9122.40 9842 9251.11 9209.25 25 44 25 29 25 14 25 4 24 51 N 14.77 E .72 2433.50N 607.87E N 12.94 E .86 2473.77N 617.81E N 12.53 E .32 2513.85N 626.87E N 13.87 E .62 2553.56N 636.18E N 13.20 E .37 2592.86N 645.64E 2508.17 2549.65 2590.74 2631.52 2671.95 SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE BP EXPLORATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 DATE OF SURVEY: 030995 MWD SURVEY JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 FT. OPERATOR: BP EXPLORATION TRUE SUB-SEA COURS COURSE DLS TOTAL MEASD VERTICAL VERTICAL INCLN DIRECTION RECTANGULAR COORDINATES VERT. DEPTH DEPTH DEPTH DG MN DEGREES DG/100 NORTH/SOUTH EAST/WEST SECT. 9938 9338.33 9296.47 24 43 N 13.95 E .35 2632.02N 655.09E 2712.23 10032 9424.33 9382.47 24 23 N 12.91 E .58 2670.24N 664.22E 2751.53 10127 9510.57 9468.71 24 14 N 13.15 E .19 2708.20N 673.01E 2790.49 10221 9596.56 9554.70 24 6 N 13.35 E .16 2745.77N 681.86E 2829.09 10318 9684.63 9642.77 24 4 N 12.65 E .30 2784.14N 690.72E 2868.47 10348 9712.57 9670.71 24 8 N 12.13 E .73 2796.35N 693.40E 2880.97 10444 9800.01 9758.15 24 17 N 12.09 E .16 2834.80N 701.65E 2920.28 10476 9828.68 9786.82 2.4 2 N 12.14 E .80 2847.38N 704.35E 2933.14 10571 9916.13 9874.27 23 24 N 11.63 E .69 2884.99N 712.26E 2971.56 10667 10004.05 9962.19 22 59 N 11.47 E .44 2921.91N 719.81E 3009.22 10762 10091.59 10049.73 22 37 N 11.03 E .43 2958.01N 726.99E 3046.00 10857 10179.54 10137.68 22 19 N 10.63 E .35 2993.74N 733.83E 3082.33 10953 10268.26 10226.40 21 30 N 8.52 E 1.18 3028.92N 739.77E 3117.94 11039 10348.97 10307.11 20 47 N 8.49 E .82 3059.81N 744.39E 3149.05 11143 10446.58 10404.72 19 21 N 8.83 E 1.39 3095.09N 749.76E 3184.60 11239 10537.58 10495.71 18 34 N 8.97 E .82 3125.98N 754.60E 3215.77 11334 10628.06 10586.20 16 19 N 7.48 E 2.41 3154.13N 758.69E 3244.09 11429 10719.53 10677.67 14 52 N 7.12 E 1.53 3179.47N 761.94E 3269.49 11524 10811.51 10769.65 13 55 N 5.48 E 1.10 3202.94N 764.54E 3292.92 11620 10904.94 10863.08 13 37 N 2.63 E .77 3225.78N 766.17E 3315.50 11650 10933.36 10891.50 13 37 N 2.63 E .00 3232.66N 766.48E 3322.27 THE CALCULATION PROCEDURES ARE BASED ON THE USE OF THREE-DIMENSION MINIMUM CURVATURE METHOD. HORIZONTAL DISPLACEMENT = 3322.29 FEET AT NORTH 13 DEG. 20 MIN. EAST AT MD = 11650 VERTICAL SECTION RELATIVE TO WELL HEAD VERTICAL SECTION COMPUTED ALONG 13.52 DEG. SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE BP EXPLORATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 DATE OF SURVEY: 030995 JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 FT. OPERATOR: BP EXPLORATION INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH TRUE SUB-SEA TOTAL MEASD VERTICAL VERTICAL RECTANGULAR COORDINATES MD-TVD DEPTH DEPTH DEPTH NORTH/SOUTH EAST/WEST DIFFERENCE VERTICAL CORRECTION 0 .00 -41.86 .00 N .00 E .00 1000 999.96 958.10 7.00 S .47 W .04 2000 1999.85 1957.99 20.62 S .06 E .15 3000 2999.69 2957.83 30.63 S 9.82 E .31 4000 3968.53 3926.67 180.52 N 51.07 E 31.47 .04 .11 .17 31.16 5000 4849.63 4807.77 643.76 N 141.68 E 150.37 6000 5757.77 5715.91 1048.41 N 240.35 E 242.23 7000 6675.83 6633.97 1432.05 N 337.95 E · 324.17 8000 7585.34 7543.48 1827.94 N 462.40 E 414.66 9000 8490.55 8448.69 2241.47 N 560.12 E 509.45 118.90 91.86 81.93 90.49 94.79 10000 9394.44 11000 10311.97 11650 10933.36 9352.58 2657.03 N 661.20 E 605.56 10270.11 3045.91 N 742.32 E 688.03 10891.50 3232.66 N 766.48 E 716.64 96.11 82.48 28.60 THE CALCULATION PROCEDURES ARE BASED ON THE USE OF THREE-DIMENSION MINIMUM CURVATURE METHOD. SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE BP EXPLORATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 DATE OF SURVEY: 030995 JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 FT. OPERATOR: BP EXPLORATION INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH TOTAL RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST MD-TVD VERTICAL DIFFERENCE CORRECTION 0 .00 -41.86 41 41.86 .00 141 141.86 100.00 241 241.86 200.00 341 341.86 300.00 .00 N .00 E .00 N .00 E .07 S .04 E .45 S .29 E .77 S .40 E .00 · 00 .00 · 00 .00 · 00 .00 .00 .00 441 441.86 400.00 541 541.86 500.00 641 641.86 600.00 741 741.86 700.00 841 841.86 800.00 .24 S .47 E .00 .00 .84 S .24 E .01 .00 .62 S .27 E .01 .00 .65 S .15 E .01 .01 .00 S .03 W .02 .01 941 941.86 900.00 1041 1041.86 1000.00 1141 1141.86 1100.00 1241 1241.86 1200.00 1341 1341.86 1300.00 6 7 8 9 10 .20 S .35 W .35 S .41 W .11 S .26 W .00 S .25 W .00 S .39 W · 03 . 01 .04 . 01 · 04 .00 .05 .00 .05 . 01 1441 1441.86 1400.00 1541 1541.86 1500.00 1641 1641.86 1600.00 1741 1741.86 1700.00 1841 1841.86 1800.00 11 12 13 15 17 .08 S .42 W .25 S .27 W .56 S .35 W .42 S .55 W .27 S .75 W · 06 . 01 .06 .01 .07 · 01 .09 .02 .11 . 02 1941 1941.86 1900.00 2042 2041.86 2000.00 2142 2141.86 2100.00 2242 2241.86 2200.00 2342 2341.86 2300.00 19 21 23 25 27 .49 S .29 W .41 S .32 E .47 S 1.35 E .49 S 2.45 E .71 S 4.22 E · 13 .03 · 15 .02 · 18 .03 .21 .03 · 25 . 04 2442 2441.86 2400.00 2542 2541.86 2500.00 2642 2641.86 2600.00 2742 2741.86 2700.00 2842 2841.86 2800.00 29 29 30 30 31 .28 S 5.28 E .99 S 5.91 E .38 S 6.50 E .84 S 7.36 E .18 S 8.23 E .27 .02 · 27 . 00 · 27 . 00 · 28 .01 · 28 . 00 2942 2941.86 2900.00 3042 3041.86 3000.00 3142 3141.86 3100.00 3243 3241.86 3200.00 3344 3341.86 3300.00 31 29 21 11 .57 S 8.94 E · 09 S 10.81 E .78 S 14.26 E .46 S 19.77 E · 08 N 24.63 E .29 . 00 · 35 .07 · 69 . 34 1.38 . 69 2.16 .78 SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA BP EXPLOP,.ATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 PAGE DATE OF SURVEY: 030995 JOB NI/MBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 FT. OPERATOR: BP EXPLORATION INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE MEASD VERTICAL DEPTH DEPTH SUB-SEA TOTAL VERTICAL RECTANGULAR COORDINATES MD-TVD DEPTH NORTH/SOUTH EAST/WEST DIFFERENCE VERTICAL CORRECTION 3445 3441.86 3546 3541.86 3649 3641.86 3754 3741.86 3862 3841.86 3400.00 13.44 N 30.09 E 3.20 3500.00 31.47 N 34.03 E 4.91 3600.00 56.23 N 36.75 E 7.98 3700.00 87.67 N 39.39 E 12.86 3800.00 126.41 N 43.87 E 20.21 1.04 1.71 3.07 4.88 7.35 3970 3941.86 4080 4041.86 4192 4141.86 4305 4241.86 4418 4341.86 3900.00 169.00 N 49.55 E 29.05 4000.00 214.07 N 55.76 E 38.93 4100.00 263.44 N 63.18 E 50.70 4200.00 314.17 N 71.64 E 63.15 4300.00 366.55 N 81.57 E 76.48 8.84 9.88 11.77 12.45 13.33 4532 4441.86 4646 4541.86 4760 4641.86 4875 4741.86 4991 4841.86 4400.00 420.73 N 92.53 E 90.74 4500.00 473.46 N 103.76 E 104.35 4600.00 527.77 N 115.65 E 118.77 4700.00 583.41 N 128.11 E 133.88 4800.00 639.41 N 140.71 E 149.18 14.26 13.61 14.42 15.12 15.30 5106 4941.86 5218 5041.86 5329 5141.86 5438 5241.86 5547 5341.86 4900.00 694.87 N 152.48 E 164.15 5000.00 745.70 N 162.68 E 176.80 5100.00 791.60 N 171.49 E 187.18 5200.00 835.17 N 181.69 E 196.75 5300.00 877.92 N 192.23 E 206.01 14.96 12.65 10.39 9.56 9.26 5657 5441.86 5766 5541.86 5874 5641.86 5982 5741.86 6090 5841.86 5400.00 921.07 N 202.63 E 215.42 5500.00 963.03 N 213.56 E 224.42 5600.00 1003.16 N 225.66 E 232.85 5700.00 1042.20 N 238.32 E 240.94 5800.00 1081.41 N 250.94 E 249.10 9.41 9.00 8.43 8.09 8.15 6199, 5941.86 6307 6041.86 6416 6141.86 6525 6241.86 6635 6341.86 5900.00 1121.24 N 263.45 E 257.46 6000.00 1161.55 N 276.30 E 266.04 6100.00 1202.96 N 288.05 E 274.92 6200.00 1244.42 N 296.69 E 283.52 6300.00 1288.78 N 305.91 E 293.30 8.36 8.58 8.87 8.60 9.79 6744 6441.86 6854 6541.86 6962 6641.86 7072 6741.86 7182 6841.86 6400.00 1332.89 N 315.15 E 302.99 6500.00 1375.76 N 324.27 E 312.18 6600.00 1417.78 N 334.21 E 321.10 6700.00 1460.04 N 346.80 E 330.41 6800.00 1502.82 N 362.96 E 340.38 9.69 9.18 8.93 9.31 9.97 SPERRY- SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE BP EXPLORATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 DATE OF SURVEY: 030995 JOB NLIMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 FT. OPERATOR: BP EXPLORATION INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH TOTAL RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST MD-TVD VERTICAL DIFFERENCE CORRECTION 7292 6941.86 6900 . 00 7401 7041 . 86 7000 . 00 7510 7141.86 7100.00 7620 7241.86 7200.00 7731 7341.86 7300.00 7841 7441.86 7400.00 7951 7541.86 7500.00 8062 7641.86 7600.00 8173 7741.86 7700.00 8283 7841.86 7800.00 8393 7941.86 7900.00 8503 8041.86 8000.00 8614 8141.86 8100.00 8724 8241.86 8200.00 8835 8341.86 8300.00 1545.26 N 379.57 E 1586.98 N 394.04 E 1628.02 N 409.07 E 1672.03 N 422.68 E 1717.56 N 434.64 E 1762.93 N 446.35 E 1808.09 N 457.77 E 1854.09 N 467.94 E 1900.16 N 477.87 E 1945.10 N 489.01 E 1990.47 N 499.53 E 2035.62 N 510.09 E 2080.84 N 520.91 E 2126.59 N 531.84 E 2172.71 N 543.10 E 350.27 9.89 359.59 9.32 368.73 9.14 378.84 10.11 389.36 10.52 399.80 10.43 410.11 10.32 420.66 10.54 431.21 10.55 441.41 10.20 451.72 10.31 461.95 10.23 472.23 10.28 482.74 10.51 493.44 10.70 8946 8441.86 8400.00 9056 8541.86 8500.00 9167 8641.86 8600.00 9278 8741.86 8700.00 9389 8841.86 8800.00 9500 8941.86 8900.00 9611 9041.86 9000.00 9721 9141.86 9100.00 9831 9241.86 9200.00 9942 9341.86 9300.00 10052 9441.86 9400.00 10161 9541.86 9500.00 10271 9641.86 9600.00 10380 9741.86 9700.00 10490 9841.86 9800.00 2218.95 N 554.95 E 2265.21 N 565.92 E 2311.57 N 577.99 E 2358.00 N 589.49 E 2404.46 N 600.47 E 2451.05 N 612.50 E 2497.49 N 623.23 E 2543.39 N 633.67 E 2588.69 N 644.66 E 2633.59 N 655.49 E 2677.99 N 666.00 E 2721.92 N 676.22 E 2765.50 N 686.51 E 2809.19 N 696.16 E 2853.13 N 705.58 E 504.25 10.81 514.97 10.73 525.86 10.89 ~536.71 10.85 547.52 10.81 558.50 10.98 569.27 10.78 579.80 10.52 590.13 10.33 600.29 10.15 610.20 9.92 619.90 9.70 629.47 9.57 639.02 9.55 648.66 9.63 10599 10708 10816 10924 11031 9941.86 9900.00 10041.86 10000.00 10141.86 10100.00 10241.86 10200.00 10341.86 10300.00 2895.90 N 714.51 E 2937.62 N 722.99 E 2978.52 N 730.97 E 3018.63 N 738.23 E 3057.14 N 743.99 E 657.79 9.13 666.47 8.69 674.81 8.33 682.80 8.00 690.12 7.31 SPERRY-SLrN DRILLING SERVICES ANCHORAGE ALASKA PAGE 9 BP EXPLORATION EXPLORATION/BADAMI #4 506292253200 NORTH SLOPE BOROUGH COMPUTATION DATE: 3/13/95 DATE OF SURVEY: 030995 JOB NUMBER: AK-MM-950107 KELLY BUSHING ELEV. = 41.86 FT. OPERATOR: BP EXPLORATION INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH TOTAL RECTANGULAR COORDINATES MD-TVD VERTICAL NORTH/SOUTH EAST/WEST DIFFERENCE CORRECTION 11138 10441.86 10400.00 11244 10541.86 10500.00 11348 10641.86 10600.00 11452 10741.86 10700.00 11555 10841.86 10800.00 3093.45 N 749.51 E 696.66 6.54 3127.40 N 754.82 E 702.40 5.75 3158.14 N 759.22 E 707.13 4.73 3185.35 N 762.68 E 710.83 3.71 3210.42 N 765.26 E 713.97 3.13 11650 10933.36 10891.50 3232.66 N 766.48 E 716.64 THE CALCULATION PROCEDUREs USE A LINEAR INTERPOLATION BETWEEN THE NEAREST 20 FOOT MD (FROM MINIMUM CURVATURE) POINTS 2.67 SPERR VERTICflL/HORIZONTflL EXPLORATION/BADAMI ~ 506292253200 030995 NORTH SLOPE BOROUOH Y-SUN BR 1;LL 1-N5 SERV i ECS PROJECTION START TVD = O,OO FINISH TVD = 10933.51 VERT SECT SCALE IS 2000 FEET/IN HORT SECT SCFtLE IS 1500 FEET/IN 2000' L~O00, 6000- 8000' 10000- 12000 10933, U,L~O0 2900 1~00 -100- 11650 11650 -ioo ~o 29~o BEPFqRTURE HORIZONTAL BISPLRCEHENT IS 3322.32 ~6o EAST SSBS 9.11 2o6o VERT I CRL SECT I ON 3322.32 FEET RT N 13 BEG 31 MIN E ~obo R: \BRDAH I[l 01~11--LI NI] SSDS GEOMAG SHEET SSDS Job # AK-MM-950107 Date 01/31/95 Field Name EXPLORATION (BADAMI) Lease/Block # N/A Rig Name DOYON 9 Well Identificaton BADAMI #4 Slot # N/A Side track No Northings 5907571.630 ft* Eastings 370165.980 f~* Latitude 70:09:20.377 N* Longitude 147:02:39.173 W* Datum & Projection I Data Source (y/n) SSDS MAGUTM I BGM1992 ] If No, be specific; Geomag. Values Office Generated Field Generated Dip Angle (deg) 80.75° 80.745° Total Intensity (nT) 57424 nT 57424 nT Declination (deg)* 30.26° 30.26° Convergence (deg)* N/A --- SSDS District Supervisor SSDS Lead Engineer DWD JORPs Version 2.1 March 1994 Signature U Date 01/31/95 02/01/95 * Where appropriate MWD End of Well Rel~ ,/t SEPIA FINAL INTEGRATED POROSITY LOG, NATURAL GAMMA RAY LOG 5" SEPIA FINAL LONG SPACED SONIC AND DIPOI,E SHEAR IMAGER 5" SEPIA FINAL TVD PHASOR DUAL INDUCTION RESISTIVITIES & ARRAY INDUCTION TOOL RESISTIVITIES SEPIA FINAL CEMENT EVALUATION LOG SEPIA FINAL MICROLOG 5" & 10" SEPIA FINAL SEPIA FINAL SEPIA FINAL SEPIA FINAL SEPIA FINAL SEPIA FINAL 5" & 10" SEPIA FINAL SEPIA FINAL SEPIA FINAL SEPIA FINAL 2" SEPIA FINAL SEPIA FINAL LDS BULK DENSITY AND APS EPITHERMAL POROSITY 5" TVD LDS BULK DENSITY & APS EPITHERMAIJ ELECTROMAGNETIC PROPAGATION TVD MICROLOG LONG SPACED SONIC AND DIPOLE SHEAR IMAGER 2" PHASOR DUAL INDIICTION RES. AND ARRAY INDUCTION TOOL RES. CEMENT BOND LOG (CBT) LONG SPACED SONIC AND DIPOLE SHEAR IMAGER LDS BULK DENSITY AND EPITHERMAL POROSITY 2" PHASOR DUAL INDUCTION RES. AND ARRAY INDUCTION TOOL RES INTEGRATED POROSITY LOG NATURAL GAMMA RAY LOG ~2" MODULAR DYNAMICS FORMATION TESTER SPERRY SUN (_..2"/100' & 5"/100'-MD,EWR4,DGR,ROP t..2"/100' & 5"/100'-TVD,EWR4,DGR,ROP 2"/100' & 5"/100'-MD,EWR4,DGR,ROP,SLD ~"2"/100' & 5"/100'-TVD,EWR4,DGR,ROP,SLD MWD End of Well Report Blueline Diskettes R011 Sepia 1 1 1 1 1 1 1 1 1 1 1 1 Blueline 62~'/100'-C0mbination Mud Log 1 ~'2";'/100'-En gineering Log 1 5"/100'-Combination Mud Log 1 .... 5"/100'-Engineering Log 1 FF Sepia Roll Sepia Diskettes 1 1 1 1 1 1 1 1 1 1 1 1 ~'Drill Stem Test Report Badami #4 '~'F0rmation Tops Badami #4 ~re Discripti0n Badami #4 '-Wel0city Survey Badami #4 (~Core Analysis Badami #4 D0wnh01e Water Sample Analysis Badami #5 Formation Tops Badami #5 Core Discripti0n Badami #5 Velocity Survey Badami 4/5 Core Analysis Badami #5 Drill Stem Test Report Badami #5 PST Well Test Report Bad.ami #5 Received by: ~~ ~ Date received: BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 May 3, 1995 Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage Alaska 99501-3192 Dear David W. Johnson, Chairman' The attached is a listing of well information for Badami #4 & #5. The material is being transmitted in accordance with AAC 25.071 (Geologic Data And Logs). We transmit this data with the understanding it will be held confidential in accordance to AAC 82.810 (Confidentiality of Data). Please acknowledge receipt by signing the enclosed transmittal and returning a copy to us. Walter Tifenta~ Technical Assistant Encl: Transmittal BP EXPLOR.4;rlON Badami #4 TRANSMITTAL To: Attention: Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage Alaska 99501-3192 DATE: May 1,1995 From: Originator: Walter Tifental BP Exploration (Alaska) Inc. P.O. Box 196612 900 E. Benson Boulevard Anchorage, Alaska 99519-6612 Phone: (907) 564-4286 The following data is being transmitted herewith. Please acknowledge receipt by signing below and returning a copy of this letter to the above address. SCHLUMBERGER TAPE FINAL OPEN HOLE EDIT W/ VERIFICATION LISTING (50-11609') :~5 (~ (~ .~ c~ TAPE FINAL FMI DIP RESULTS '~l (~ ~ ~ ~ BL FINAL DIPOLE SHEAR IMAGER IMAGE LOG BL FINAL INTEGRATED POROSITY LOG, NATURAL GAMMA RAY LOG 5" BL FINAL LONG SPACED SONIC AND DIPOLE SHEAR IMAGERY' BL FINAL TVD PHASOR DUAL INDUCTION RESISTIVITIES & ARRAY INDUCTION TOOL RESISTIVITIES BL FINAL CEMENT EVALUATION LOG BL FINAL MICROLOG 5" & 10" BL FINAL LDS BULK DENSITY AND APS EPITHERMAL POROSITY 5" BL FINAL TVD LDS BULK DENSITY & APS EPITHERMAL BL FINAL ELECTROMAGNETIC PROPAGATION /o '< BL FINAL TVD MICROLOG BL FINAL LONG SPACED SONIC AND DIPOLE SHEAR IMAGER 2" BL FINAL PHASOR DUAL INDUCTION RES. AND ARRAY INDUCTION TOOL RES. 5" & 10" BL FINAL BL FINAL BL FINAL BL FINAL BL FINAL BL FINAL CEMENT BOND LOG (CBT) LONG SPACED SONIC AND DIPOLE SHEAR IMAGER LDS BULK DENSITY AND EPITHERMAL POROSITY 2" PHASOR DUAL INDUCTION RES. AND ARRAY INDUCTION TOOL RES 2" INTEGRATED POROSITY LOG NATIIRAL GAMMA RAY LOG 2" MODULAR DYNAMICS FORMATION TESTER Assigned Lithology Potterns - 10:23 22-MAR-95 Coal Patt.ern 67 Tuff Pattern 32 VVVVVVVVVV VVVVVVVVV~ VVVVVVVVVV VYVVVVVVV~ VVVVVVVVVV Chert ~--,,,,,-- Pattern 29 ~*****,**~ Limestone ~ ~ I.~ ~ [ [ ] I I Il Pattern 47 ~ Do I omi t · Pattern 49 IIIIII ~ ti tI ~1,1,! Pat tern 44 Shale [ ..... Pat tern 41 Sandstone oooooooo Pat tern 9 ........ oooooooo Pattern 7 C0ngJ0, I'°. ~'°. ~'°. ~'°. ~'°..'~ Pattern §1 ~ Unident Pattern 0 HALLIBURTON HALLIBURTON ENERGY SERVICES 6900 Arctic Boulevard / Anchorage, Alaska 99518 / Tel' 907-344-2929 / Fax: 907-344-6746 BP Exploration (Alaska), ,Inc. .Badami No. 4 Drill Stem Test March 17- April 7, 1.995 HALLI B U RTON HALLIBURTON ENERGY SERVICES Anchorage, Alaska CUSTOMER: WELL NAME: FIELD: AREA: TEST DATE: TEST: BP Exploration (Alaska), INC. Badami No. 4 Pt. McIntyre Prudhoe Bay, Alaska March 17 - April 7, 1995 DST No. 1 and DST No. lA HALLIBURTON report copies have been sent to the following companies and/or individuals: #COPIES RECIPIENT BP Exploration (Alaska), INC. Attn: Marc Hornbrook T#454361 BP EXPLORATION (ALASKA), INC. Badami No. 4 Drill Stem Test No. 1 March 17 - March 19, 1995 Alaska Oil & Gas Col~s. commission Anchorage HALLIBURTON HALLIBURTON ENERGY SERVICES REPORT TICKET NO: MEMORY GAUGE TICKET NO: DATE: HALLIBURTON CAMP: TESTER: WITNESS: DRILLING CONTRACTOR: LEGAL LOCATION: OPERATOR: LEASE NAME: WELL NO:# TEST NO: TESTED INTERVAL: 454361 454361 17-Mar-95 Kenai Robert A. Richey Marc Hombrook/Floyd Hemandez Doyon Rig No. 9 State Waters BP Exploration (Alaska), INC. Pt. Mclntyre Badami No. 4 DST No. 1 II142- 11219ftMD FIELD AREA: Pt. McIntyre COUNTY/LSD: North Slope STATE/PROVINCE: Alaska COUNTRY: U.S.A. NOTICE: THIS REPORT IS BASED ON SOUND ENGINEERING PRACTICES, BUT BECAUSE OF VARIABLE WELL CONDITIONS AND OTHER INFORMATION WHICH MUST BE RELIED UPON HALLIBURTON MAKES NO WARRANTY, EXPRESS OR IMPLIED AS TO THE ACCURACY OF THE DATA OR OF ANY CALCULATIONS OR OPINIONS EXPRESSED HEREIN. YOU AGREE THAT HALLIBURTON SHALL NOT BE LIABLE FOR ANY LOSS OR DAMAGE, WHETHER DUE TO NEGLIGENCE OR OTHERWISE ARISING OUT OF OR IN CONNECTION WITH SUCH DATA, CALCULATIONS OR OPINIONS. TABLE OF CONTENTS SECTION 1'. TEST SUMMARY & INFORMATION Sequence Of Events Tool String Configuration Pressure Temperature History Plot SECTION 2: MEMORY GAUGE DATA Gauge No. 10594 History Plot Gauge No. 10592 History Plot Gauge No. 10212 History Plot Gauge No. 10222 History Plot 1.1 1.2 1.3 2.1 2.2 2.3 2.4 SECTION 3: ASCII FILE DATA BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Sequence of Events (1) Halliburton Energy Services Sequence of Events Page No. 1.1.1 Time Comments Whp (psig) Wht (degf) Casing (psig) Choke (64ths) '~:~/i-'~ 21': iS:00"H-~-id Safety Meeting. 03/17 21:30:00 Start Picking Up Guns, 03/17 22:00:00 Complete MU Guns and Start Picking Up Test Tools. 03/17 22:06:56 Start HMR Gauge #10594/20222. 03/17 22:09:26, Start HMR Gauge #10592/20066. 03/17 22:11:56'Start HMR Gauge #10212/20113, 03/17 22:14:26 Start HMR Gauge #10222/20068. 03/18 02:00:00 ~ Complete MU Test Tools. RU Press Test Lines. 03/18 02:30:00 Pressure Test BHA to 7500 psi. (TST Valve OK.) 03/18 03:10:00,Start Running 3 1/2" PH6 Tubing. 03/18 08:50:00!RU Pressure Test Lines. 03/18 09:40:00 ~ Failed Pressure Test to 7500 psi with 72 Stands. 03/18 10:00:001 Reverse Out @400 psi on Annulus 03/18 10:10:00 Failed Pressure Test to 7500 psi with 72 Stands. 03/18 10:25:00 Continue to RIH with Tubing. 03/18 13:30:001On Bottom, RU Pressure Test Lines. 03/18 14:15:001Failed Pressure Test to 7500 psi. 03/18 14:45:001RD Pressure Test Lines. 03/18 15:10:001Set Packer. Press. up on Annulus to Shear TST/LPR. 03/18 15:35:001Unset Packer and RU Pressure Test Lines. 03/18 16:15:001Failed Pressure Test to 7500 psi. 03/18 16:45:001POOH w/Tubing to Halfway point. 03/18 20:30:001RU Pressure Test Lines. 03/18 20:45:001Failed Pressure Test to 7500 psi. 03/18 20:50:001RD Pressure Test Lines. 03/18 20:55:001Failed Pressure Test to 7500 psi. RD Lines. POOH. 03/18 23:10:001RU Pressure Test Lines. 03/18 23:15:001Failed Pressure Test to 7500 psi. (95 Std OOH) 03/18 23:20:001RD Pressure Test Lines and continue to POOH. 03/19 02:15:001RU Pressure Test Lines. 03/19 02:20:001Failed Pressure Test to 7500 psi. (100 Std OOH) 03/19 02:45:001RD Pressure Test Lines and Pull 2 Std. ..... .......................................................................................................... ........................... .............. 03/19 04:00:00 i Pressure Test to 7500 psi. . .................................................................... 0~/19 04:15:00i RD Pressure Test Lines and POOH. , , , 03/19 08:00:00[OOH to BHA. StaA Breaking Down Tools to Gun Assy. , 03/19 09:00:00 ~Redress TST Valve and Reset LPR-N Lock Out. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 -Toolstring (lA) Halliburton Energy Services Toolstring Configuration Page No. 1.2.1 Tubulars Length Depth OD ID i Comments (Tops) (ft) (MD ft) (in) (in) i ~. ' ' XO 3 1/2" I,F, Box X Tree Conn, Test Tree 3 1/2 PH-6 Tubing 10772.37 0.00 4.310 Radioactive Marker Sub 1.01 10772.37 4.420 2,820 XO 3 1/2 PH-6 Box X 3 7/8 CAS Pin 1.49 10773,38 RD Safety Circulating Valve(No Ball) 3.58 10774,87 XO 3 7/8 CAS Box X 3 1/2 I.F. Pin 1,17 10778.45 Drill Collar 31.16 10779,62 XO 3 1/2 I,F. Box X 3 7/8 CAS Pin 0,98 10810,78 APR OMNI Valve 21,15 10811,76 XO 3 7/8 CAS Box X 3 112 I,F. Pin 1.53 10832,91 Drill Collar 61,59 10834,44 XO 3 112 I.F. Box X 3 7/8 CAS Pin 1.50 10896,03 Drain Valve 3,43 10897,53 5,030 LPR-N Tester Valve 15.84 10900.95 5.030i Drain Valve 3,43 10916,79 SG-15 Bundle Carrier 16,82 10920,22 XO 3 1/2 I,F, Box X 3 7/8 CAS Pin 1,16 10937,04 Drill Collar 90,91 10938,20 XO 3 112 I,F, Box X 3 7/8 CAS Pin 1,11 11029,11 SG-15 Bundle Carrier 16,82 11030,22 TST Valve 4,00 11047,04 Big John Jars 5,22 11051,04 Safety Joint 3,41 11056,26 Champ III Packer 7,44 11059,67 2 7/8" E,U,E, 8rd N-80 Pup Joint 20,20 11067,11 2 7/8" Balanced Isolation Tool 2,23 11087,31 Auto Release Firing Head 4,96 11089,54 3 3/8" O,D, Spacer Gun 46,67 11094,50 4 5/8" O,D, Blank Gun 0,83 11141,17 Top Shot 11142,00 4 5/8" O,D, VannGun (12 spf) 77,00 Bottom Shot 11219.00 4 5/8" O,D, Blank Gun 0,83 1121 3 3/8' Time Delay Firing Head 2,54 11222,37 End of BHA 11224,91 Diesel Cushion +-71 bbl R.A, Marker 10773' MD (10102'TVD) RD Circ Valve: 10775' MD (10103' TVD) Mud Cushion (1000' above OMNI) OMNI: 10812' MD (10137' TVD) LPR-N: 10901' MD (10220' TVD) HMR Gauges: 10930' MD (10248' TVD) HMR Gauges: 11040' MD (10350' TVD) TST Valve 11047' MD (10356' TVD) Champ III Packer: 11060' MD (10368' TVD) Perforations: 11142' - 11219' MD Top Shot 11142' MD (10445' TVD) Mid Perfs 11180,5' MD (10482' TVD) Bottom Shot 11219' MD (10518' TVD) PBTD 11526' MD X 2O I0 Test No' 1 Gauge No' 10594 I ' I Pressure,/Terr ~perat ute I -I-- I Well No' #4 History I Company: BP I Exploration 200 I 100~ ~ X o__ 20 10 0 Tes[ No: 1 Gauge No: 10594 I I I Pressure//Terr, era[ure History Well No: //4 I I r Company: BP Exploration I I ] I ~0 0 I I I I 700 0 2OO Q I I - (b Z 100-~ .. -- -- - Q Z 0 .. -- · _ 0 0 X o__ 20 10 0 Test No: Gauge No: 10592 I I I Pressure/Terr ~perat ute I ' I Well No: //4 History Company' I BP Exploration I I I I i I I 2OO o. X 2O 10 0 Test No: Gauge No: I 1 10212 I Pr ess ure//T e rr,per at ur e I I I History Well No: #4 Company' ' I ~ ' i , F-- BP Exploration I 2OO lOO-~ 0 z z X o__ 2O Test Gauge No: 1 No: 10222 I I I 10 0 Pressure/'Temperoture History Well No: I I I Company' BP I I I I Exploration I 2OO .. I - LO _ r-I- -. 100~ ~ -- -- - Z 0 .o _ _ 0 BP EXPLORATION (ALASKA), INC. Badami No. 4 Drill Stem Test No. 1 March 19 - March 20, 1995 HALLIBURTON HALLIBURTON ENERGY SERVICES REPORT TICKET NO: MEMORY GAUGE TICKET NO: DATE: HALLIBURTON CAMP: TESTER: WITNESS: DRILLING CONTRACTOR: LEGAL LOCATION: OPERATOR: LEASE NAME: WELL NO:# TEST NO: TESTED INTERVAL: 454362 454362 19-Mar-95 Kenai Robert A. Richey Marc Hombrook / Floyd Hemandez Doyon Rig No. 9 State Waters BP Exploration (Alaska), INC. Pt. McIntyre Badami No. 4 DST No. 1 11142 - 11219 ft MD FIELD AREA: Pt. Mclntyre COUNTY/LSD: North Slope STATE/PROVINCE: Alaska COUNTRY: U.S.A. NOTICE: THIS REPORT IS BASED ON SOUND ENGINEERING PRACTICES, BUT BECAUSE OF VARIABLE WELL CONDITIONS AND OTHER INFORMATION WHICH MUST BE RELIED UPON HALLIBURTON MAKES NO WARRANTY, EXPRESS OR IMPLIED AS TO THE ACCURACY OF THE DATA OR OF ANY CALCULATIONS OR OPINIONS EXPRESSED HEREIN. YOU AGREE THAT HALLIBURTON SHALL NOT BE LIABLE FOR ANY LOSS OR DAMAGE, WHETHER DUE TO NEGLIGENCE OR OTHERWISE ARISING OUT OF OR IN CONNECTION WITH SUCH DATA, CALCULATIONS OR OPINIONS. TABLE OF CONTENTS SECTION 1: TEST SUMMARY & INFORMATION Sequence Of Events Tool String Configuration Pressure Temperature History Plot SECTION 2: MEMORY GAUGE DATA Gauge No. 10594 History Pl°t Gauge No. 10592 History Plot Gauge No. 10212 History Plot Gauge No. 10222 History Plot !.1 !.2 i.3 2.1 2.2 2.3 2.4 SECTION 3: ASCII FILE DATA BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Sequence of Events (2) Halliburton Energy Services Sequence of Events Page No. 1.1.1 Time Comments Whp (psig) Wht (degf) Casing Choke (psig) (64tbs) 03/19 09:15:00 Read, Erase, Redress and Reprogram HMR's. 03/19 10:15:56 Start HMR Gauge #10212/20113. 03/19 10:17:56'Start HMR Gauge #10222/20068. 03/19 10:20:56.Start HMR Gauge #10592/20066. 03/19 10:22:56.. Start HMR Gauge #10594/20222. 03/19 10:30:00:Load HMR's into Lower Bundle Carrier. 03/19 10:45:00 iContinue to MU Test Tools. 03/19 11:00:00 Load HMR's into Upper Bundle Carrier. 03/19 11:15:00!Continue to MU Test Tools. 03/19 12:15:00 RD Through Rotary Table. Run 2 Std 3 1/2 PH6 Tubing 03/19 13:10:001RU Pressure Test Lines. 03/19 13:20:00~Pressure Test to 7500 psi. 03/19 13:30:00 RD Pressure Test Lines anct Continue to RIH. 03/19 15:20:001RU Press Test Lines, Press Test to 7500 psi. 03/19 15:30:001RD Press Test Lines and Continue to RIH. 03/19 18:30:00 RU Press Test Lines, Failed Press Test to 7500 psi 03/19 19:00:001 Reverse Out w/300 psi on Annulus. 03/19 19:45:00[Failed Pressure Test to 7500 psi. 03/19 19:55:001RD Pressure Test Lines and POOH 8 Std. 03/19 20:20:001RU Pressure Test Lines. 03/19 20:30:00 J Failed Pressure Test to 7500 psi. 03/19 20:45:001RD Pressure Test Lines and POOH 1 Std. Find leak. 03/19 21:30:00'Change out Tubing Joint and RIH 1 more Std. 03/19 23:40:001RU Pressure Test Lines. 03/19--- 23':45:00iPressure Test to 7500 psi. 03/19 23:55:001RD Pressure Test Lines. Continue to RIH. 03/20 02:00:001RU Pressure Test Lines. .__03_/_20__0_2_:1_0.!_?0_ I__pr_.e_..s.,s_u_,_r.e_....T_.e..st..to 7_5.0,.0_ psi.. 03~20 02:20:001RD Pressure Test Lines. Continue to RIH. 03~20 04:00:001RU Pressure Test Lines. 03~20 04:10:001Failed Pressure Test to 7500 psi. 03/20 04:15:001Reverse out w/380 psi on Annulus. .......................................................................................................................................... 03/20 05:30:001Failed Pressure Test to 7500 psi. 03/20 05:40:00 RD Pressure Test Lines and POOH. 03/20 07:50:00[RU Pressure Test Lines. 03/20 08:00:00 J Failed Pressure Test to 7500 psi. 03/20 08:15:00 RD Pressure Test Lines and POOH. 03/20 03/20 09:00:00iRU Pressure Test Lines. : ~-- ~ .................. : .... I, 09:10:00i Failed Pressure Test to 7500 psi. : 03/20 09:20:00 RD Pressure Test Lines and POOH. 03/20 09:50:001RU Pressure Test Lines. 03/20 10:00:001Failed Pressure Test to 7500 psi. 03/20 10:30:00 Reverse Outw/400 psi. 03/20 10:45:00iFailed Pressure Test to 7500 psi. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Sequence of Events (2) Halliburton Energy Services Sequence of Events Page No. 1.1.2 Time Comments Whp (psig) Wht Casing Choke (degf) i-psig) .... ~ ~4-t-h-~ ~- -' 03/20 i0:55':0~"-RD Pressure Test Lines and POOH. 03/20 14:00:00 At Surface w/BHA. Rig up Pressure Test Lines. 03/20 14:10:00 Failed Pressure Test to 7500 psi. 03/20 14:30:00 RD Pressure Test Lines and Start Breaking Down BHA 03/20 17:00:00 All Tools and Guns OOH. Redress as needed. i BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 -Toolstring (18) Halliburton Energy Services Toolstring Configuration Page No. 1.2.1 Tubulars Length Depth OD ID i i i ' :, I Comments (Tops) (MD ft) (in) i (in) 1 XO 3 1/2" I.F. Box X Tree Conn. Test Tree 3 1/2 PH-6 Tubing 10772.37 0.00 4.310 Radioactive Marker Sub 1.01 10772.37 XO 3 1/2 PH-6 Box X 3 7/8 CAS Pin 1.49 10773.38 RD Safety Circulating Valve(No Ball) i 3.58 10774.87 XO 3 7/8 CAS Box X 3 1/2 I.F. Pin , 1.17 10778.45 Drill Collar i 31.16 10779.62 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin i 0.98 10810.78 APR OMNI Valve 21.15 10811.76 XO 3 7/8 CAS Box X 3 1/2 I.F. Pin 1.53 10832.91 Drill Collar 61.59 10834.44 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.50 10896.03 ;)rain Valve 3.43 10897.53 LPR-N Tester Valve 15.84 10900.95 Drain Valve 3.43 10916.79 SG-15 Bundle Carrier 16.821 10920.22 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.16 10937.04 Drill Collar 90.91 10938.20 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.11 11029.11 SG-15 Bundle Carrier 16.82 11030.22 TST Valve 4.00 11047.04 Big John Jars 5.22 11051.04 Safety Joint 3.41 11056.26 Champ III Packer 7.44 11059.67 2 7/8" E.U.E. 8rd N-80 Pup Joint 20.20 11067.11 2 7/8" Balanced Isolation Tool 2.23 11087.31 Auto Release Firing Head 4.96 11089.54 3 3~8" O.D. Spacer Gun 46.67 11094.50 4 5/8" O.D. Blank Gun 0.83 11141.17 Top Shot 11142.00 4 5/8" O.D. VannGun (12 spf) 77.00 Bottom Shot 11219.00 4 5/8" O.D. Blank Gun 0.83 11219.83 3 3/8' Time Delay Firing Head 2.54 11222.37 End of BHA 11224.91 Diesel Cushion +-71 bbl R.A. Marker 10773' MD (10102'TVD) RD Circ Valve: 10775' MD (10103' TVD) Mud Cushion (1000' above OMNI) OMNI: 10812' MD (10137' TVD) LPR-N: 10901' MD (10220' TVD) HMR Gauges: 10930' MD (10248' TVD) HMR Gauges: 11040' MD (10350' TVD) TST Valve 11047' MD (10356' TVD) Champ III Packer: 11060' MD (10368' TVD) Perforations: 11142' - 11219' MD Top Shot 11142' MD (10445' TVD) Mid Perfs 11180.5' MD {10482' TVD) Bottom Shot 11219' MD (10518' TVD PBTD 11526' MD X 12 8 4 Test No: Gauge No: I 1 10594 I OpD 0 Pressure/Ten ,pereture History Well No: #4 ' I I I I Company: B.P.Explore[ion I I I I I I I I 120 .. z X 12 8 4 Test No: Gauge No: I 1 10594 Pr essur e/T e rr~p er at ur e Well No: #4 I I I I J I I History I Company' I B.P.Explora(ion I I I 120 -- ,,--t- o. _ _ I -- I - -- -- $0 -- ;X"' r-l- _ __ _. "~ __ _ -- D _ 7 0 o. _ _ _ _ ,0 I I I I I I I I I x 12 0 Test: No: Gauge No: I _ _ _ _ _ _ _ _ _ __ _ _ _ _ -- -- -- -- -- -- -- -- -- 1 10592 Pressure/Temperat ute History Well No: //4 I I I Company: I I I I B.P.Exploration 120 I 80 Z X 12 8 0 Tes~ Gauge No: 1 No: 10212 I I I Pressure//Ten ,Pe rot ute Well No: #4 History I I I Company: I B.P.Exploration 120 I I I I I I I r-~ (..4 C _. _ -FI 40--~ -- -- _ 0 · . __ _ -- -- -- -- 0 ~:>.. x o__ 12 8 4 Test No: 1 Gauge No: 10222 I o ' I Pressure/Temperc ure History Well No: //4 I I I Company: ' B.P.Exploration I I I I I I I 120 · . 8O Z BP EXPLORATION (ALASKA), INC. Badami No. 4 Drill Stem Test No. 1 March 20 - March 30 1995 G~s Co~s. Comm'~ss'tot~ HALLIBURTON HALLIBURTON ENERGY SERVICES REPORT TICKET NO: MEMORY GAUGE TICKET NO: DATE: HALLIBURTON CAMP: TESTER: WITNESS: DRILLING CONTRACTOR: LEGAL LOCATION: OPERATOR: LEASE NAME: WELL NO: TEST NO: TESTED INTERVAL: 454363 454363 20-Mar-95 Kenai R.A. Richey Marc Hombrook / Floyd Hemandez Doyon Rig No. 9 State Waters BP Exploration (Alaska), INC. Pt. Mclntyre Badami No. 4 DST No. 1 11017- 11094 fi MD 11166- 11243ft MD FIELD AREA: Pt. Mclntyre COUNTY/LSD: North Slope STATE/PROVINCE: Alaska COUNTRY: U.S.A. NOTICE: THIS REPORT IS BASED ON SOUND ENGINEERING PRACTICES, BUT BECAUSE OF VARIABLE WELL CONDITIONS AND OTHER INFORMATION WHICH MUST BE RELIED UPON HALLIBURTON MAKES NO WARRANTY, EXPRESS OR IMPLIED AS TO THE ACCURACY OF THE DATA OR OF ANY CALCULATIONS OR OPINIONS EXPRESSED HEREIN. YOU AGREE THAT HALLIBURTON SHALL NOT BE LIABLE FOR ANY LOSS OR DAMAGE, WHETHER DUE TO NEGLIGENCE OR OTHERWISE ARISING OUT OF OR IN CONNECTION WITH SUCH DATA, CALCULATIONS OR OPINIONS. TABLE OF CONTENTS SECTION 1: TEST SUMMARY & INFORMATION Test and Formation Data Sequence Of Events Tool String Configuration Pressure Temperature History Plot Test Period Summary Rate History Summary Tank Readings (Initial Flow One) Tank Reading (Initial Flow Two) Well Test Summary SECTION 2: ANALYSIS Gauge No. 10594 Expanded Plots SECTION 3: MEMORY GAUGE DATA Gauge No. 10594 History Plot Gauge No. 10594 Reduced Listing Gauge No. 10592 History Plot Gauge No. 10212 History Plot Gauge No. I0222 History Plot SECTION 4: ASCII FILE DATA 1.1 1.2 1.3 1.4 1.5 1.6 1.7.1 1.7.2 1.8 2.2 3.1 3.1.1 3.2 3.3 3.4 Date: 22-Mar-95 Ticket No: 454363 Page No: I.I TEST AND FORMATION DATA Formation Tested: All Depths Measured From: Elevation: Total Depth: Net Pay: Hole or Casing Size: Gross Tested Interval: Perforated Interval (ft): Upper and Lower Badami KB 34.85 ft 11562.00 ft 30.00 ft 7.000 in 11017.00- 11243.00 ft 11017.00- 11094.00 ft 11166.00- 11243.00 ft HOLE FLUID Type: Mud Weight: 12.60 Ibm/gal Viscosity: cp HOLE TEMPERATURE Depth: Estimated: Actual: 10883.14 170.00 F 182.00 F HYDROCARBON PROPERTIES Oil Gravity (APl): 21.0 Gas/Oil ratio (ScF/STB): N/A Gas Gravity (SG): N/A ~ 60 TYPE Diesel Mud CUSHION DATA AMOUNT WEIGHT 72 bbl 6.8 ppg 23 bbl 12.6 ppg 'glas~,a 0~\ I~ ~as c_,ons, roomm'~s~on NOTE: for Pressure vs. Time Plot, see next page. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.1 Time Comments Whp (psig) Wht Casing Choke (degf) (psig) (64ths) -~3-/2-0- .... 1-~:-i-~i~3-'~i~l-I~-E~J-whileRig changes Out Tubing. 03/21 00:00:00 ~ Stand By while Rig changes out Tubing. 03/22 00:00:00. Stand By while Rig Changes out Tubing. 03/22 23:30:00;Hold TCP Safety Meeting on Rig Floor. 03/23 00:30:00:First Gun Through Rotary Table. Continue to MU Gun 03/23 02:03:56 ~ Start HMR Gauge #10592/20066. 03/23 02:06:56,Start HMR Gauge #10594/20222. 03/23 02:09:56'.Start HMR Gauge #10222/20068. 03/23 02:12:56,,Start HMR Gauge #10212/20113. 03/23 02:30:00!Packer Through Rotary Table. 03/23 03:00:001Load HMR's into Lower Bundle Carrier. 03/23 03:15:001RU Pressure Test Lines. '-'(~'3~-3'' 03"i 3~i'001 Pressure Test T~T Valve. 03~23 03:40:001RD Pressure Test Lines. Continue to PU Test TOols. 03123 04:15:00',Load HMR's into Uppper Bundle Carrier, 03~23 05:30:00 All Tools Through Rotary Table. 03123 05:35:001RU Pressure Test Lines. 03/23 05:40:001Pressrure Test to 7500 psi. 03/23 05:50:001RD Pressure Test Lines and Continue in H°lel 03/23 09:30:00 RU Pressure Test Lines. 03/23 09:41:001Pressure Test to 7500 psi. 03/23 09:55:001RD Pressure Test Lines and Continue in Hole. 03/23 12:12:001Guns Through Liner. 03/23 12:50:001On Bottom. Pick Up Single. 03/23 13:13:00rRU Pressure Test Lines. 03/23 13:15:001 Pressure Test to 7500 psi. 03/23 13:32:001Set Packer. 7 ft. Slack off. 03/23 13:49:001Unset Packer. 03/23 14:10:00.Set Choke Manifold on Rig Floor. _ .0_,3_/2__3. ........ !.?:._5_0.!0.0_! _R?_~,W_/_L__f0_~_c.0rrelation Run. 03~23 17:30:001 RD W/L. 03~23 17:56:001Space Out. 03123 18:30:001 Pressure Test Tubing to 7500 psi. 03123 18:45:00 IPressure Test TIW Valve to 7500 psi. 03123 19:30:001Start Rigging up Surface Test Tree. 03~24 01:00:001Hold Safety Meeting on Rig Floor. 51.88 33.42 3.27' Shut-In 03~24 01:30:00!Complete Safety Meeting. 52.61 32.53 3.52 Shut-In 03~24 01:55:00!Start Filling Lines For Pressure Test. 03~24 02:04:00!Lines Filled, Start Pressure Testing Surface Lines , ~ , 03/24 03/24 03/24 05:23:00 i Finish Pressure Test #.4. Start Pressure Test #5. 06:09:00 i Finish Pressure Test #5. Start Pressure Test #6. 06:27:001Open and Close Valves. Re-do Pressure Test #6. 03/24 06:42:00 i Finish Pressure Test #6. 03/24 07:00:00 i Start Pressure Test#7. (ESD) 61.38 ' 37.781 9.30! Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.2 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) (64ths) '-0~/24---0~:2~)i~)-0-~Finis~-l~ure Test #7. 03/24 07:23:00, Start Pressure Test #8. 03/24 07:40:00'Finish Pressure Test #8. Start Pressure Test #9. 03/24 08:00:00!Finish Pressure Test #9. Start Pressure Test #10. 03/24 08:16:00', Finish Pressure Test #10. Start Pressure Test #11. 03/24 08:30:00'Finish Pressure Test #11. 03/24 08:45:001Pressure Test Rig Line. 03/24 09:03:001 Pressure Test Check Valve. 03/24 09:40:00;Pick Up BHA to Set Packer. 03/24 09:46:00~ Packer Set. 03/24 10:04:00i Press Up On Annulus to Open TST Valve.(Inc 600 #) 03/24 10:10:00 ~Adjust Wellhead Pressure Xducer after Flex Test. 03/24 10:39:001 Bleed Off Annulus. 03/24 10:48:00~Open By-Pass. Can not Circulate. 03/24 11:05:00 Start To Cycle OMNI to Circulate Position. 03/24 11:38:0011n Circulate Position. "¥3/-2',~ ...... i-2-: 15:--~'~)'i'S-i;~"~i~l~i~ing with Diesel. (+- 71 bbls) 7860.28 47.61 38.22 40.09' 9.6~ ........ ~i~l~'- 9.76 Shut-in 356.68 49.47 77.88 Shut-In 03/24 3.21 42.52 1674.28 15 / Adj. 03/24 19:30:001Tank #2 Strap = 23.00" (160.003 bbl/d Rate) ~ 4.61 42.20 1672.16 15/Adj. 42.79 1676.53 18:45:00 tTank # _2 ...s.!..r_a__p...=_ .277_0 ,i .. (.! .2._0_..(~_0.2_. bb!/~_ ~t~! ............................... 03/24 19:00:00 I Tank #2 Strap = 22.00"( 0.000 bbl/d Rate) 0.46 19:15:00iTank #2 Strap = 22.00"( 0.000 bbl/d Rate) 15 / Adj. 15 / Adj. 03/24 15 / Adj. 03/24 18:30:00 !Tank #2 Strap = 21.25" (280.005 bbl/d Rate) 15 /Adj. 03/24 0.00 43.14 1679.03 18:00:00 I Tank #2 Strap = 16.50" (200.004 bbl/d Rate) 18:15:00 Tank #2 Strap = 19.50" (480.009 bbl/d Rate) 15 / Adj. 03/24 03/24 12:40:001Complete Displacement. 03/24 14:00:001Lined Up to flow to Tank #2 Initial Strap = .7-5"' ............ 4000.53 ........ 03/24 14:13:00 ~ Pressure Up on Tubing to Fire Guns. 03/24 14:16:001 Bleed Off Tubing for Underbalance. 03/24 14:20:501Guns Fired. 1577.78 58.89 1757.16 Shut-In 03/24 14:30:001Tank #2 Strap = 1.00" 2078.03 56.97 1756.03 Shut-In 03/24 14:37:001Bleed off wellhead a little to Change Adj. Choke. Shut-In 03/24 15:15:00 Open to Tank #2 on 10/64ths. Initial Strap = 2.00" 10 /Adj. 03/24 15:16:001Change to 15/64ths Choke. 15/Adj. _0.?_/.2_4_ ........ .!.h ? .a ! 03/24 15:30:001Tank #2 Strap = 4.75" (440.008 bbl/d Rate) 15 / Adj. 03/24 15:45:001Tank #2 Strap = 6.00" (200.006 bbl/d Rate) 15 / Adj. 03/24 16:00:001Tank #2 Strap = 8.00" (320.006 bbl/d Rate) 67.43 47.66 1723.78 15 / Adj. 03/24 16:15:001Tank #2 Strap = 9.00" (160.003 bbl/d Rate) 65.36 46.95 1718.28 15/Adj. 03/24 16:30:00JTank #2 Strap = 10.25" (200.006 bbl/d Rate) 71.03 47.44 1712.66 15 /Adj. 03/24 16:45:001Tank #2 Strap = 10.75"( 80.008 bbl/d Rate) 76.68 47.98 1707.78 15/Adj. 03/24 17:00:001Tank #2 Strap = 12.25" (240.004 bbl/d Rate) 81.96 48.17 1703.41 15 / Adj. 03/24 17:15:001Tank #2 Strap = 14.75" (400.015 bbl/d Rate) 15/Adj. __0_.3_/_2..4. ...... l_.7_!3_.0_;_0..0_.!_'l'_a_.n_k..~_2__S_.t_.r._ap.=__.!..5;_0..O,( 40:._07_0 bb_l(d..R, ate)- .......................................................................................... ! ................. 15 / Adj. 03/24 17:45:00 i Tank #2 Strap = 15.25"( 39.568 bbl/d Rate) ...................................................................................................................................................................................... 2 5/Z_d_j__ BP Exploration (Alaska), INC, Badami No, 4 DST No. 1 - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.3 Time Comments Whp (psig) Wht Casing Choke (degf) .... (p~i' g) ...... i'~t~t~S~) - ' 1~:45:00 ' Ta-n-i~ #2 _ Strap = 23.50" ( 80.001 bbl/d Rate) 03/24 20:00:00 Tank #2 Strap = 24.50" (160.003 bbl/d Rate) ___ 03/24 20:15:00 Tank #2 Strap = 25.50" (160.003 bbl/d Rate) 03/24 20:30:00 Tank #2 Strap = 26.50" (160.003 bbl/d Rate) 03/24 20:45:00 Tank #2 Strap = 27.50" (160.003 bbl/d Rate) 03/24 21:00:00 Tank #2 Strap = 29.00" (240.004 bbl/d Rate) 03/24 21:15:00 Tank #2 Strap = 30.00" (160.003 bbl/d Rate) 03/24 21:45:00 Tank #2 Strap = 32.50" (200.004 bbl/d Rate) 03/24 22:00:00 Tank #2 Strap = 35.00" (400.008 bbl/d Rate) 03/24 22:15:00 Tank #2 Strap = 36.00" (160.003 bbl/d Rate) 03/24 22:30:00 Tank #2 Strap = 37.00" (160.003 bbl/d Rate) 03/24 22:35:00 Change to 18/64ths Choke. 03/24 22:38:00 Trace of Mud and Oil @ Choke Manifold. 03/24 22:45:00 Tank #2 Strap = 41.00" (640.012 bbl/d Rate) 03/24 23:00:00~Tank #2 Strap = 42.50" (240.000 bbl/d Rate) 03/24 23:15:00 Tank #2 Strap = 44.00" (240.460 bbl/d Rate) 03/24 23:30:00!Tank #2 Strap = 44.50" ( 80.000 bbl/d Rate) 6.38 9.21 13.23 20.98 25.68 35.78 49.83 133.46 187.33 223.91 261.78 255.78 -~55.78 243.43 167.11 ... 94.78 41.82 1670.03 15/Adj. 41.41 1668.28 15/Adj. 41.07 1666.66 15/Adj. 40.71 1664.91 15/Adj. 40.51 1663.28 15/Adj. 40.26 1661.78 15/Adj. 40.02 1660.03 15/Adj. 39.63 1656.91 15/Adj. 39.30 1654.28 15/Adj. 39.20 1652.66 15/Adj. 39.08 1651.28 15/Adj. 39.56 1650.66 18/Adj. 39.43 1649.16 18 / Adj. 39.38 1647.16 18/Adj. 39.31 1644.91 18/Adj. 39.21 1643.41 18/Adj. 03/24 23:35:00:Trace of Gas at Tanks. 79.73 39.15 1643.41 18/Adj. 03/24 23:45:001Tank #2 Strap = 44.75" ( 40.000 bbl/d Rate) 73.73 39.14 1643.03 18/Adj. 03/25 00:00:00 Tank #2 Strap = 45.00" ( 40.000 bbl/d Rate) 77.46 38.95 1643.78 18 / Adj. 03/25 00:15:00,Tank #2 Strap = 45.00" ( 0.000 bbl/d Rate) 98.43 38.74 1644.91 18 / Adj. 03/25 00:30:00 I Tank #2 Strap = 45.50" ( 80.000 bbl/d Rate) 130.01 38.40 1647.03 18/Adj. 03/25 00:45:00 I Tank #2 Strap = 45.75" ( 40.000 bbl/d Rate) 163.81 38.02 1650.03 22/Adj. 03/25 00:50:00 Increase Choke to 22/64ths at 00:45:00. 172.58 37.80 1650.41 22 / Adj. 03/25 01:00:00 Tank #2 Strap = 47.50" (280.001 bbl/d Rate) 183.23 37.56 1650.41 22/Adj. 03/25 01:05:00,API Oil Grav. 21.8 @ 68. (21.3 @ 60) 187.76 37.40 1650.78 22/Adj. 03/25 01:15:00'Tank #2 Strap = 48.50" (160.001 bbl/d Rate) 199.08 36.96 1650.78 30/Adj. 03/25 01:20:00 Increase Choke to 30/64ths at 01:15:00. 146.81 36.63 1650.03 30/Adj. O_3_/..2_5- ....... ..0.!_!_30:._0_0_.!_T..~_n_k#2_S.!?_p..=.5_!.~:2..5"' (440.010 bbl/d Rate) 110.21 36.01 1649.41 30/Adj. ..... 0_3_/2--5. ..... ~?..!..3_5..:_o..o_..s_!~.rt..!.n!e._C.!.?_g.D_e.f0.a_mer: ................................ 88.41 35.91 1649.41 30/_A_d.!.... _ 03125 02:00:001Tank #2 Strap = 53.50" (180.000 bbl/d Rate) 61.13 35.57 1647.91 i 30/Adj. 03125 02:05:00 ~API Oil Gray. 21.6 @ 70. (21.0 @ 60) 61.51 35.49 1647.91 30/Adj. 03~25 02:30:001Tank #2 Strap = 55.50" (160.000 bbl/d Rate) 63.13 35.55 , 1649.91 i 30/Adj. 03125--0-3:0.0-!..0.0.~.-T~a?--k~-S~.!~r-a`p~X~5~8~:~?~(2~.?`~??b?~`R~a.t~? ......................................... 7_.97.~ ............. _3_5_.6~.8 _____ 1653_.0_3_ _ 30/_Ad_j___ ......................................................................... _7..6_:..8_~! ............. °"-'" ~"~ '~---- ~._,...,____1_~_-¢3.~_6 i 3_u/__~d__j_- ' 30/Adj. 03/25 03:30:00~Tank #2 Strap = 61.00" (240.000 bbl/d Rate) 75.48 35.65 1655.03 , 03~25 04:00:00'Tank #2 Strap = 62.50" (120.000 bbl/d Rate) 69.43 ' 35.74 ' 1657.41 ~ 30/Adj. 03/25 04:35:00 BS&W = 2.0% Mud. 71.26 35.71 1660.16 30 / Adj. 03/25 05:00:001Tank #2 Strap = 66.75" (140.000 bbl/d Rate) : 77.68 L 35.86 1661.66 i 30/Adj. 03/25 05:05:00lBS&W= 6% Mud. . 76.23 i 35.87 1662.28 i 30/Adj. 35.56 1663.53 03/25 05:30:00iTank #2 Strao = 69.00" (180.000 bbl/d Rate) . 80.98 03/25 05:35:001BS&W= 4% Mud. ....................................... 84_.:4_~1 .._._~ 03~25 06:00:001Tank #2 Strap = 72.00" (240.000 bbl/d Rate) 72.56 30/Adj. 35.57 1663.78 ' 30/Adj. 35.07 1664.91 30 / Adj. 03/25 06:05:001API Oil Grav. 23.0 @ 73 (22.2 @ 60) BS&W = 3% Mud , 69.83 ! 35.16 1664.91 i 30 /Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.4 Time Comments Whp (psig) Wht Casing Choke (degf) (pSig) ........... {.~-~-si- -0-3/2~ ...... ~:30i-00':i:~n-k ~2'Strap = 74.00" (160.000 bbl/d Rate) 03/25 06:35:00 APl Oil Grav. 21.6 @ 77 (20.6 @ 60)BS&W = 3.5% Mud 03/25 07:00:00 Tank #2 Strap = 76.00" (160.000 bbl/d Rate) 03/25 07:05:00 APl Oil Grav. 23.0 @ 77 (22.0 @ 60)BS&W = 3.6% Mud 03/25 07:30:00 Tank #2 Strap = 77.75" (140.000 bbl/d Rate) .. 03/25 07:35:00 APl Oil Grav. 26.0 @ 79 (24.8 @ 60)BS&W = 4% Mud 03/25 08:00:00 Tank #2 Strap = 80.50" (220,000 bbl/d Rate) 03/25 08:05:00 APl Oil Grav. 22.8 @ 78 (21.7 @ 60)BS&W = 4.3% Mud 03/25 08:30:00 Tank #2 Strap - 83.00" (200.000 bbl/d Rate) . 03/25 08:35:00 APl Oil Grav. 25.0 @ 74 (24.1 @ 60)BS&W = 4.2% Mud 03/25 09:00:00 Tank #2 Strap = 85.50" (200.000 bbl/d Rate) 03/25 09:05:00 APl Oil Grav. 21.8 @ 74 (21.0 @ 60)BS&W = 2.5% Mud 03/25 09:30:00 Tank #2 Strap = 88,00" (200.000 bbl/d Rate) 03/25 09:35:00 APl Oil Grav. 21.6 @ 72 (20.9 @ 60)BS&W = 2.0% Mud 03/25 10:00:00 Tank #2 Strap = 91.00" (240.000 bbl/d Rate) 03/25 10:05:00 APl Oil Grav. 22.2 @ 72 (21.5 @ 60)BS&W = 1.8% Mud 68.91 72.08 69.96 70.13 77.63 81.71 82.03 83.93 81.36 79.36 80.46 85.31 85,63 82.76 78.03 80.71 _. _ 35.30 1667.91 30 / Adj. 35.66 1669.16 30 / Adj. 35.81 1669.91 30/Adj. . ._ 36.59 1671.53 30/Adj. 36.38 1672.16 30/Adj. . 35.96 1673.66 30 / Adj. 36.04 1674.28 30 / Adj. 36.32 1675.91 30 / Adj. ..... 36.28 1676.28 30 / Adj. . 36.30 1678.03 30 / Adj. 36.27 1678.16 30 / Adj. 36.51 1679.78 30/Adj. 36.51 1679.66 30 / Adj. 37.02 1681.16 30/Adj. 37.16 1681.28 30/Adj. 03/25 10:30:00 Tank #2 Strap = 93.00" (159.800 bbl/d Rate) 71.26 38.02 1683.03 30/Adj. _.0_3_/.~5_ ..... _I...o...3.5_:_o_0...B_...S.&,.,W_ = 2.3% Mud 72.18 38.00 1683.41 301Adj. 03/25 11:00:001Tank #2 Strap = 97.25" (204.000 bbl/d Rate) 75.33 38.19 1684.91 30 / Adj. ..,0_3_,,/.,2_...5_ .... .!?.:0..5.!_o..o_!.A..p.!.._o~! G.r._a~.,....2.,2:2 @ 72 (22.5..@ 60)BS&W = 1.1% Mud75.98 38.33 1685.16 30/Adj. 03/25 11:30:00 Tank #2 Strap = 100.25" (240.000 bbl/d Rate) 73.26 38.45 1686.41 30/Adj. 03/25 11:35:00 BS&W = 2.6% Mud 03/25 12:00:00 Tank #2 Strap = 103.50" (260,000 bbl/d 'P~ate) 03/25 12:05:00 APl Oil Grav. 21.3 @ 72 (21.3 @ 60)BS&W = 2.2% Mud 03/25 12:10:00 Start Collecting Samples @ Data Header 03/25 12:30:00 Tank #2 Strap = 105.00" (120,000 bbl/d Rate) 71.03 38.46 1686.66 30 / Adj. 72.38 38.22 1689.28 30 / Adj. 74.61 38.57 1689.03 30 / Adj. 73.28 38.91 1688.78 30 / Adj. 70.71 40.54 1689.91 30 / Adj. 03/25 12:35:00 BS&W = 2.3% Mud 68.51 40.78 1690.28 30 / Adj. 03/25 13:00:001Tank #2 Strap = 107.00" (160.000 bbl/d Rate) 68.71 41.98 1692.28 30/Adj. .._0_3/25__.1_,3_!._0_5_:O__0_A_.P_!_O,!!._~!~a_v. 22..6...@, 76,(.2_1_..6..@ _.60..)BS&. W_..--..2..0% Mud 66.53 42.22 1692.28 30 / Adj. 03/25 13:30:00 Tank #2 Strap = 107.00" ( 0.000 bbl/d Rate) 65.76 43.91 1694.53 30 / Adj. __~)..3.~25_1_ .3_:_3_5` !_0_0.! ES &W_ _ _=_2_: ~.O ,/.o M u d 62.33 44.10 1694.41 ; 30/Adj. ...................................................... ~ ................ ; ........ 03/25 14:00:001Tank #2 Strap = !.78:.50.i~ !120.000 bbl/d Rate) 65.03 43.90 1695.66 I 30/Adj. ........................................................................................................................................................... 03/25 14:05:001API Oil Grav. 21.6 @ 64 (21.4 @60)BS&W = 0.5% Mud ' 62.98 43.75 1696.03 30/Adj. ........... ~ ........................................................................................................................................................... 03/25 14:45:001Pause Sampling Collection. 62.68 42.57 1698.28 , 30/Adj. ...................................................................................................................... ~ 03/25 15:00:001Tank #2 Strap = 115.50" (280,000 bbl/d Rate) ....................................................................................................................................................... z 03/25 16:00:001Tank #2 Strap = 120.00" (180.000 bbl/d Rate) 72.03 ' 41.03 1701.91 30/Adj. ................................................................................................... .._o._3._/_2_5_ ...... .16:.05_:_o_o_1..A_~!__o_ i_?..?_v_.:_._2.2..:6 ~.. 68..?_;~ :.1_@_ 60 !_BS .&~- =_ !.._o_%_ M_u._d. .............. ~_4_ .~.! ............... .4.._o..:_7_ 4._ .............. _17_2.2_8. ....... 30/_A_d).: .... 03/25 16:10:001Pause Sampling,._C_o_!!_e_~t_!0? ..................................................................... 73.88 40.64 1702.28 30 / Adj. .......................................................................................... 03/25 17:00:001Tank #2 Strap = 126.50" (260.000 bbl/d Rate) 03/25 17:05:00 IAPI Oil Grav. 21.8 @ 78 (21.4 @ 60)BS&W = 1.0% Mud 03/25 17:10:001Resume Collecting Surface Samples 03/25 17:50:00.! Complete Surface Sampling 73.23 39.46 1703.78 30 / Adj. 70.56 73.18 39.43 1704.78 ! 30/Adj. 39.43 i 1704.91 ! 30/Adj. 81.38 38.93 ~ 1706.28 i 30/Adj. 03/25 18:00:001Tank #2 Strap = 127.00" ( 20.000 bbl/d Rate) 79.83 38.32 03/25 18:05:00 IAPI Oil Grav. 23.2 @ 78 (22.1 @ 60)BS&W = 1.0% Mud 81.03 1707.16 j 30/Adj. 38.29 i 1707.16 ; 30/Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.5 Time Comments Whp (psig) Wht (degf) Casing Choke (psig) (64ths) -~3/25 '~-gi'00i007~';-n~-#2-~trap: 131.00" (1601000 bbl/d Rate) 03/25 19:05:00 APl Oil Grav. 22.6 @ 58 (22.6 @ 60)BS&W = .25% Mud 03/25 20:00:00 Tank #2 Strap = 134.50" (140.000 bbl/d Rate) 03/25 20:05:00 APl Oil Grav. 21.5 @ 70 (20.9 @ 60)BS&W = 0.5% Mud 03/25 21:00:00 Tan~, #2 Strap = 139.00" (180.000 bbl/d Rate) 03/25 21:05:00 APl Oil Grav. 21.5 @ 70 (20.9 @ 60)BS&W = .25% Mud 03/25 21:30:00:Tank #2 Strap = 141.50" (200.000 bbl/d Rate) "' 03i~-5-"-22':(~0;00'Si~U-t'W~l~l ir; At LpR-N.(Bleed Annulus Pressure Off) 03/25 22:01:00 'APl Oil Grav. 22.5 @ 62 (22.4 @ 60)BS&W = .25% Mud 03/25 22:04:00:Close in Lower Master to Blow Down Flow Lines. 03~25 22:05:00:Tank #2 Strap = 143.00" (120.000 bbl/d Rate) 03/25 22:10:00:Blow Down Lines to Tank #2. 03/25 22:18:00 ~ Finish Blow Down. Close Choke Valves. 03/25 22:19:00 i Open Lower Master to Monitor Wellhead Pressure. 03/25 22:30:00~Tank #2 Strap after Blow Down = 144" 03/26 00:00:00:Continue To Monitor Wellhead Pressure. 03/27 00:00:001Continue To Monitor Wellhead Pressure. 03/27 04:08:001Close Lower Master To Rig Up W/L. 03/27 04:10:001Bleed Off Pressure to Tanks. 03/27 04:15:00 ~ Blow Down Flow Lines to Tank #2. 81.98' 81.96 77.31 . 84.13 86.03 86.46 89.43 92.06 37.36 37.25 36.20 36.08 34.86 33.86 .... 31.82 30.54 89.73 30.55 102.48 30.40 · 117.11 30.20 0.00 29.77 73.63 30.17 143.41 30.24 166.03 30.51 227.73 33.91 376.41 43.93 1709.16·" 30/Adj. 1709.53 30 / Adj. 1712.16 30/Adj. 1712.03 30 / Adj. 1713.66 30 / Adj. 1713.03 30 / Adj. 1715.41 30 / Adj. 224.03 30 / Adj. 23.51 Shut-In 22.80 Shut-In 22.81 Shut-In 22.53 Shut-In 23.75 Shut-In 24.20 Shut-In 27.11 Shut-In 35.96 Shut-In 46.42 Shut-In 386.21 42.11 47.37 Shut-In 386.73 42.04 47.33 Shut-In 52.71 42.22 47.35 Shut-In 03/27 04:18:001Finish Blow Down. Close Choke Manifold Valves. 0.00 42.68 47.18 Shut-In 03/27 04:20:00;Shut Down Data Acquisition for File Backup. 0.00 42.11 47.32 Shut-In 03/27 04:25:001Data Acquisition On Line. Shut-In 03/27 06:00:00',Rig Up W/L. 0.00 40.51 44.83 Shut-In 03/27 08:03:001Purge Air Out of Lubricator for Pressure Test. Shut-In 03/27 08:53:00'Pressure Test Lubricator. Shut-In 03/27 09:09:001Bleed Off Lubricator. Small Leak To Repair. Shut-In 03/27 09:35:00 '~ Pressure Test Lubricator. 163.63 39.85 34.96 Shut-In 03/27 09:43:001Bleed Off Lubricator. ~ i Shut-In 03/27 09:50:00!Blow Down Lubricator and Flow Lines. 0.00 40.64 34.70 Shut-In 03/27 09:54:00[Finish Blow Down Lines. ' ' Shut-In 03/27 10:10:00!RIH wNVire Line. 420.28 : 41.77 1680.91 Shut-In 03/27 11:21:001POOH w/Wire Line. Can Not Get Down. Shut-In 03/27 11:41:001OOH. Close Lower Master. Bleed Down Lubricator. Shut-In 03/27 11:45:00iChoke Manifold Closed. Upper Master Closed. . _ ..................................... !._ Shut-In 03/27 11:47:001Open Lower Master Valve. ~ i Shut-In 03/27 11:49:001Open Well To Flow on 12/64ths Choke. I.S. = 146" i 12 / Adj. 03/27 11:50:00!Increase Choke to 13/64ths. : 13 / Adj. 03/27 12:00:001Tank#2 Strap = 146.00"( 0.000 bbl/d Rate) 605.28 i 46.73 i 1633.03 i 13/Adj. 03/27 03/27 03/27 03/27 03/27 12:05:00Jlncrease Choke to 15/64ths. E!._u..id.t0. Su_.~_ac_e_: .......................... _2.6_5._0_3___'' ........ _4__6_t.4_6 ............ !6~3~!_._.4_,!.___~~ 1__~_5/___Ad__~j.__ 12:10:00'=Rock Choke. Start Injecting Defoamer. 335.53 ~ 46.33 1632.28 i 15/Adj. 12:12:001Rock Choke. ; ; 15/Adj. 12:15:001Rock Choke. i 15/Adj. 12:20:00 i Rock Choke. 366.03 ~ 46.12 1629.28 : 15/Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.6 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) (64ths) #2 Strap = 146.00" ( 0,000 bbl/d Rate) 03/27 12:40:00 Increase Choke to 22/84ths, 03/27 13:00:00 Tank #2 Strap = 150.00" (320.006 bbl/d Rate) 03/27 13:05:00 Increase Choke 30/64ths. 03/27 13:10:00 APl Oil Grav. 25 @ 68 (24.5 @ 60)BS&W = 0.5% Mud 1'3:~0~00 i:l:-an~'~2 Strap = 157.00" (560.010 bbl/d Rate) 03/27 13:31:00 Increase Choke to 34/64ths. 03/27 14:00:00 Tank #2 Strap = 161.50" (360.010 bbl/d Rate) 03/27 14:05:00 Switch to Tank #3. I.S. = 0.00". 03/27 14:20:00 Open Swab valve To RIH with W/L. 03/27 14:30:00'Tank #3 Strap = 3.50" (280.010 bbl/d Rate) 03/27 14:45:00 Shut in at Choke Manifold. W/L can not get down. 03/27 14:50:00'Tank #2 Strap = 4.50" (160.000 bbl/d Rate) POOH with W/ 03/27 14:55:00 Tank #2 Strap = 161.50" (Settling Time.) 03/27 15:40:90 CCH with W/L Close Master and Blow Down Lines. 03/27 16:32:00 Start Cycle OMNI to Blank Position. 03/27 16:55:00 OMNI in Position. Press up Tubing to 1800 psi 03/27 17:02:00 Cycle OMNI to Circulate Position. 03/27 17:09:00 Start Reversing out on 16/64ths choke. 03/27 17:10:00 Increase Choke to 20/64ths. 03/27 17:11:00 Increase Choke to 22/64ths. 03/27 17:34:00 Increase Choke to 24/64ths. 03/27 18:40:00 Increase Choke to 128/64ths. .. -'O-;~i~7-"'--i'~'i~Ji'~'O-~'~i~,r~"-Cihi~-uiating. Close Master to Purge Lines 316.28 45.23 .... 274.53 44.12 _. 222.01 42.19 1628.28 148.61 40.71 1629.03 123.66 40.24 1628.28 92.46 39.54 1629.28 50.38 39.08 44.68 39.03 41.01 39.04 24.58 39.43 18.66 39.94 ....... 108.83 40.87 140.63 41.34 361.28 44.01 0.00 0.00 46 34 1629.91 18/Adj. 1627.78 22 / Adj. 22 / Adj. 30 / Adj. 30 / Adj. 30 / Adj. 34 / Adj. 1625.41 34/Adj. 1627 03 34 / Adj. 1626.16 34 / Adj. 1626.28 34 / Adj. 1625.53 Shut-In 1626.03 Shut-In 1627.53 Shut-In 1628.03 Shut-In Shut-In ........... 21.35 Shut-In Shut-In Shut-In Shut-In Shut-In Shut-In 116.78 49.73 1946.03 Shut-In 113.86 50.80 2026.16 Shut-In 03/27 19:09:00 Complete Purging Lines. Shut in at Choke Manifold. 0.00 Shut-In 03/27 19:20:00 Start Circulating to Rig Pits. 2400 psi 2.5 bpm. 0.00 49.21 25.46 Shut-In 03/27 19:23:00 2500 psi @ 3 bpm. 0.00 Shut-In 03/27 19:25:00 3000 psi @ 3.5 bpm. 0.00 Shut-In __03/_.2.,7.. ...... !...9_!2_7..' .0_0.!3! 00._P_.S.!..,~ .3_:5. b_pm: ?:0.0 ............................................................... ~ ...... ..S_hut_-I_n_ ...... 03~27 19:29:0013400 psi @ 4 bpm. 0.00 Shut-In 03127 19:34:00r3400 psi @ 4.5 bpm. 0.00 , Shut. In 03~27 20:30:00'2600 psi @ 5 bpm. 0.00 44.01 41.88 Shut-In 03~27 23:44:001Finish Circulating. Shut-In _0_3!27- .... ..2.3_:_4.5.:_0.0~,_O_p.e__n_M_a__s!.e_r_._t0. C.ho_.k.e.M,.a.n. ifold.(CloSed!: ........................................ , .................................................................. Shut-In 03127 23:51:001Start Displacing with Diesel. ; Shut-In 03~28 00:lT:001Finish Displacing Diesel. Shut-In ..... _03/28__?:_3._0,.!_0_,0.!,_C_y_.c_!e__O___M_,,N.!t0 Well Test Position. 2768.53 , 43.23 71.37 : Shut-In 03~28 00:58:00 ~ Bleed Off Tubing Pressure Thru Choke manifold. Shut-In 03~28 01:00:001Pressure Up on Annulus to Open LPR-N. Shut-In 03~28 01:lS:001Open Swab- RIH with Wireline. 935.03 49,24 1484.91 ! Shut-In ........................................ '. ................................................................................ 03~28 03:00:001Tag obstruction at End of Tubing. 2931.78 41.11 1431.91 ! Shut-In o3/28 04:21:30 .. Open We, toF~owon 10/?t._h.~.?_o_ke:. ................................................................. ~ .............................. . 10/Adj. 03~28 06:49:001POOH with Wireline (several attempts to bottom). : i 10/Adj. 03/28 07:45:001OOH with Wireline. 83.43 52.49 1514.41 : 10/Adj. BP Exploration (Alaska), INC. Badami No, 4 DST No. 1 - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.7 Time Comments Whp (psig) Wht Casing Choke (degf) (psig) (64ths) 03/28 07:47:00 Close Master. Bleed off Lubricator. Change tools. 03/28 08:56:00 Open Master To Choke Manifold(closed). 03/28 08:58:00 Open Well to Flow on 10/64ths choke. 03/28 09:01:00 RIH with Down hole samplers. Set to open @ 13:00. 03/28 11:04:00 Rock Choke. 03/28 12:00:00 Rock Choke. 03/28 14:02:00 POOH with Wire Line. 03/28 14:08:00 Rock Choke. 03/28 14:32:00 Increase choke to 14/64ths. 03/28 15:05:00 Shut Well in well @ Lower Master Valve. 03/28 15:44:00 Open Well to Choke Manifold. Swab valve closed. 03/28 15:46:00 Open Well to Flow on 20/64ths. 03/28 16:39:00 Shut in Well at Choke Manifold. 03/28 16:42:00 Cycle OMNI to Blank Position. 03/28 17:17:00 Start Reverse Out. (12-14-16-18-20-Wide Open.) 03/28 18:01:00 Finish Reverse Out and Blow down Lines. 03/28 18:20:00 Start Circulating. 03/28 20:45:00 Finish Circulating. 03/28 20:55:00 Open Pipe Rams. 03/28 21:11:00 Open ByPass on Packer. '-~28 ...... ~i-~i'5:0~)'"R-e'i~ase Packer. Safety Joint sheared. BHA Stuck.' 03~28 22:00:00 Start Circulating. WOO. 03/29 02:55:00 Finish Circulating. 218.28 329.78 Shut-In Shut-In 10/Adj. 10 / Adj. 10 / Adj. 52.50 1512.78 10/Adj. 10 / Adj. 10 / Adj. 14 / Adj. 50.50 1527.03 Shut-In Shut-In 20 / Adj. Shut-In Shut-In Shut-In Shut-In 67.43 57.68 9.03 Shut-In 70.53 44.50 40.85 Shut-In 68.08 44.04 21.28 Shut-In Shut-In Shut-In 70.36 41.89 38.75 Shut-In 10.41 47.82 18.75 Shut-In 03/29 03:00:00 Rig Down Surface Tree and Choke Manifold. 8.91 48.26 18.68 Shut-In 03/29 03:45:00 Finish Rig Down. 03/29 03:50:00 Pick up to Activate Jars. 03/29 03:54:00 Pick up over jar action. BHA came free. 03/29 04:36:00 RIH to check for guns. 03/29 05:00:00 Pick Back up to Depth. 03/29 05:14:00 Set Packer. Close Pipe Rams. 0.00 0.00 17.68 Shut-In 0.00 0.00 17.68 Shut-In 0.00 0.00 Shut-In 0.00 0.00 Shut-In 0.00 0.00 18.97 Shut-In 0.00 0.00 Shut-In 03/29 05:26:00 Start Circulating. 0.00 0.00 Shut-In 03/29 07:30:00 Finish Circulating. 0.00 0.00 35.98 Shut-In 03~29 07:43:00 Cycle OMNI To Well Tesi. 0.00 0.00 Shut-In 03/29 08:10:00 ~RU Wireline. 0.00 , 0.00 1877.78 Shut-In .......................................................................................................................... ~ .................................. .-t ........... ~ 03~29 09:48:001RIH with Wireline. 0.00 ' 0.00 Shut-In' 03/29 12:00:00 .POOH with Wireline.,..c_..a.n.?,.o.? G.~!..d_O~.n_: ........................................... 0.00 0.00 , 1642.41 Shut-In 03/29 12:37:001OOH with Wireline. _ ............................................... ~ .......... 0:_0.0 ......... ! ............. 0_...0_0_. ........ _r ........................ _S__h_u.t._l.n~_- 03/29 12:45:001RD Wireline. 0.00 : 0.00 1618.41 Shut-In 03~29 13:45:001Cycle OMNI to Circulate Position. 0.00 . 0.00 1450.16 Shut-In 03~29 14:15:001 Release Packer. , 0.00 0.00 2.88 ' Shut-In 03/29 I Start Circulating. 14:20:00 , 0.00 0.00 5.13 03/29 17:00:001 Finish Circulating. 0.00 0.00 ! 18.03 03/29 17:10:00iRIH 8 Stands Plus 10ft. ! 0.00 ' 0.00 J 18.58 03/29 17:36:00~ag Guns. (i-i-~'~'~;~-[~') ~ ..... ~)-~- ....! ....~)'7~)-0-'---~ Shut-In ~ Shut-In Shut-In ' Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Sequence of Events (3) Halliburton Energy Services Sequence of Events Page No. 1.2.8 Time Comments Whp Wht (psig) (degf) Casing Choke (psig) (64th$) 03/29 17:40:00 Pull 9 Stands. 03/29 18:15:00 Spot Pill anti POOH. 03~29 19:00:00 Shut Down Data Collection. 03/29 23:00:00 BHA at Surface. Break Down Same. 03~30 00:30:00 At First Bundle Carrier. 03~30 00:45:00 At Second Bundle Carrier. 03/30 01:00:00 BHA Layed Down. 03/30 02:00:00 RU Wash Pipe and Overshot. 03/30 18:00:00 OOH with Wash Pipe, 03/30 19:00:00 At Top Gun. 03/30 20:15:00 Hold Safety Meeting. 03/30 21:00:00 Finish Laying Down Guns. 03/30 21:10:00 Third gun in top 77' shot out of scallops. 0.00 0.00 0.00 0.00 0.00 0.00 ' ' ~'hui~;'in 21.31 Shut-In · . . 23.53 Shut-In Shut-In Shut-In Shut-in Shut-In Shut-In Shut-In Shut-I n Shut-I n .... Shut-I n Shut-I n BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 -Toolstring (2) Halliburton Energy Services Toolstring Configuration Tubulars Length Depth OD ID (Tops) (ft) (MD ft) (in) (in) XO 3 1/2" I.F. Box X Tree Conn. Test Tree . 3 1/2 Drill Pipe i 10636.88 Radioactive Marker i 0.00 0.001 4.310i 2.750 10636.88i XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.49 10636.88 5.030 RD Safety Circulating Valve(No Ball) ~, 3.58 10638.37 5.0301 2.250 XO 3 7/8 CAS Box X 3 112 I.F. Pin ! 10641.951 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.17 4 3/4" Drill Collar I 31.16 10643.12 0.98 10674.28: 5.0401 2.500 4.750 5.040 APR OMNI Valve XO 3 7/8 CAS Box X 3 1/2 I.F. Pin 4 3/4" Drill Collar XO 3 1/2 I.F. Box X 3 7/8 CAS Pin Drain Valve LPR-N Tester Valve Drain Valve SG-15 Bundle Carrier XO 3 1/2 CAS Box X 3 7/8 I.F. Pin 4 3/4" Drill Collar XO 3 1/2 I.F. Box X 3 7/8 CAS Pin SG-15 Bundle Carrier TST Valve Big John Jars Safety Joint Champ III Packer 2 7/8" E.U.E. 8rd N-80 Pup Joint 2 7/8" Balanced Isolation Tool Auto Release Firing Head 3 3/8" O.D. Spacer Gun 4 5/8" O.D. Blank Gun Top Shot 4 5/8" O.D. VannGun (12 spf) Bottom Shot 21.15 10675.26i 1.53 61.59 1.50 3.43 15.84 3.43 16.82: 1.161 90.91 1.11 16.82 4.00 5.22 3.41 7.44 20.20 2.23 4.96 58.17 0.831 77.001 4 5/8" O.D. Blank Gun 0.831 3 3/8" O.D. Spacer Gun 70.34/ 4 5/8" O.D. Blank Gun 0.83i Top Shot 4 5/8" O.D. VannGun (12 spf) 77.001 Bottom Shot 0.83 4 5/8" O.D. Blank Gun 3 3/8' Time Delay Firing Head 2.54~ EOT 10696.41 5.030 2.250 5.o4ol 2.250 10697.94 10759.53 5.050~ 10761.03 10764.45 10780.29 10783.72 108O0.54 10801.70 10892.61 1O893.72 10910.54 10914.54 10919.76 10923.17 10930.61 10950.81 10953.04 10958.00 11016.17 11017.00 5.030 5.030 3.670 11094.00 11094.00 11094.83 11165.17 11166.00 11243.00 11243.00 11243.83 11246.37 Page No. 1.3.1 Comments iDiesel Cushion +-70 bbl R.A. Marker 10637' MD (9976' TVD) RD Circ Valve: 10638' MD (9978' TVD) Mud Cushion (Top of OMNI) OMNI: 10675' MD (10011' TVD) LPR-N: 10764' MD (10094' TVD) HMR Gauges: 10794' MD (10121' TVD) HMR Gauges: 10904' MD (10223' TVD) TST Valve 10911' MD (10229' TVD) Champ III Packer: 10923' MD (10241' TVD) Perforations: 11017' - 11094' MD Top Shot 11017' MD (10328' TVD) Mid Perfs 11056' MD (10364' TVD) Bottom Shot 11094' MD (10400' TVD 11166' - 11243' MD Top Shot 11166' MD (10468' TVD) Mid Perfs 11205' MD (10505' TVD) Bottom Shot 11243' MD (10544' TVD PBTD 11526' MD X 20 10 0 Test No: 1 Oauge No: 10594 Pr essur e/T err ,per at ur e Well No: I History Company: BP I I Exploration I 2OO o. Z 0 Date: 22-Mar-95 Ticket No: 454363 TEST PERIOD SUMMARY Page No: 1.5 Gauge No.: 10594 Depth' 10904.14 ft Blanked off: No ID PERIOD A 1 B B 2 C C 3 D D 4 E E 5 F F 6 G DESCRIPTION Start Pre-Test(RIH) End Pre-Test(RIH) Start Surge(Fire Guns) End Surge(Fire Guns) Start Draw-down 1 End Draw-down 1 Start Build-up End Build-up Start Draw-down 2 End Draw-down 2 Start Reverse & POOH End POOH DATE~IME 23-Mar 02:08:00 24-Mar 14:20:31 24-Mar 14:20:31 24-Mar 15:14:45 24-Mar 15:14:45 25-Mar 21:59:25 25-Mar 21:59:25 27'Mar 10:00:31 27-Mar 10:00:3 ! 29-Mar 14:14:49 29-Mar 14:14:49 30-Mar 00:49:37 PRESSURE (psi) 15.84 5512.98 5512.98 6258.39 6258.39 3644.62 3644.62 6300.19 6300.19 6843.05 6843.05 17.66 DURATION(min) 2172.52 54.23 1844.67 216:1.10 3134.30 634.80 Date: 22-Mar-95 Ticket No: 454363 RATE HISTORY TABLE Page No: 1.6 Period No Test Type RIH Initial Surge Draw-down Build-up W/L Draw-down POOH Prod Rate q(j) (bbi/D) 0.000 0.000 183.430 0.000 127.200 0.000 Duration (hfs) ~ 9 ~6.~09 0.904 30.745 36.018 52.238 10.580 Cum. Time tO) (hrs) 36.209 37.113 67.857 103.875 156.114 166.694 BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Tank Strap (1) Halliburton Energy Services Tank Strap Readings Page No: 1.7.1.1 Tank Tank Tank Tank Inc. Flow Date Time No. Type Strap Volume Rate Volume Comments (mm-dd-yy) (hh:mm:ss) (See Footnote) (inches) (bbls) (bbl/d) (bbls) 3124195 15:15:00 2 H 2.00 Initial Strap (10/64tbs) 3/24/95 15:30:00 2 H 4.75 4.58 440.01 4.58 (15/64ths @ 15:15) 3/24/95 15:45:00 2 H 6.00 2.08 200.00 6.67 3/24/95 16:00:00 2 H 8.00 3.33 320.01 10.00 3/24195 16:15:00 2 H 9.00 1.67 160.00 11.67 3/24/95 16:30:00 2 H 10.25 2.08 200.00i 13.75 3/24195 16:45:00 2 H 10.75 0.83 80.00 14.58 3/24195 17:00:00 2 H 12.25 2.50 240.00 17.08 3/24/95 17:15:00 2 H 14.75 4.17 400.01 21.25 3124/95 17:30:00 2 H 15.00 0.42 40.00 21.67 3/24195 17:45:00 2 H 15.251 0.42 40.00~ 22.08 3/24/95 18:00:00 2 H 16.50 2.08 200.00 24.17 3124/95 18:15:00 2 H 19.50 5.00 480.01 29.17 3/24195 18:30:00 2 H 21.25 2.92 280.01 32.08 3/24195 18:45:00 2 H 22.00 1.25 120.001 33.33 3124/95 19:00:00 2 H 22,001 0.00 0.00 33.33 3/24/95 19:15:00 2 H 22.00 0.00 0.00 33.33 3124195 19:30:00 2 H 23.00i 1.67 160.00 35.00 3124195 19:45:00 2 H 23.50 0.83 80.00= 35.83 3124195 20:00:00 2 H 24,50 1.67 160.00 37.50 3/24195 20:15:00 2 H 25,50 1.67 160.00 39.17 3124195 20:30:00 2 H 26.50 1.67 160.00 ~ 40.83 3/24195 20:45:00 2 H 27.50 1.67 160,00 42,50 3/24195 21:00:00 2 H 29,00 2.50 240.00; 45.00 3/24195 21:15:00 2 H 30,00 1.67 160.001 46.67 3124195 21:30:00 2 H 31.25 2.08 200.00' 48.75 3124195 21:45:00 2 H 32.50 2.08 200.00 50.83 3/24195 22:00:00 2 H 35,00 4.17 400.01 55.00 3/24195 22:15:00 2 H 36,00 1.67 160.00 56.67 3124195 22:30:00 2 H 37.00 1.67 160.00. 58.33 (18/64ths) 3124195 22:45:00 2 H 41.00 6.67 640,01 65.00 3/24195 23:00:00 2 H 42.50 2.50 240.00 67.50 3124195 23:15:00 2 H 44.00 2.50 240.00 70.00 3/24195 23:30:00 2 H 44.50 0.83 80.00 70.83 3124195 23:45:00 2 H 44.75 0.42 40.00 71.25 3125195 0:00:00 2 H 45.00 0.42 40.00 71.67 3125195 0:15:00 2 H 45.00 0.00 0.00 71.67 3~25~95 0:30:00 2 H 45.50 0.83 80.00 72.50 3125195 0:45:00 2 H 45.75 0.42 40.00 72.92 (22/64ths) 3125195 1:00:00 2 H 47.50 2.92 280.01 75.83 3125195 1:15:00 2 H 48.50 1.67 160.00 77.50 (30164ths) 3125195 1:30:00 2 H 51.25 4.58 440.01 82.08 3/25195 2:00:00 2 H 53.50 3.75 180.00 85.84 Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger 572 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Tank Strap (1) Halliburton Energy Services Tank Strap Readings Page No: 1.7.1.2 Tank I Tank Tank Tank Inc. Flow Date Time No.I Type Strap Volume Rate Volume Comments (mm-dd-yy) (hh:mm:ss) (See Footnote) (inches) (bbls) (bblld) (bbls) 3125195 2:30:00 2 H 55.50 3.33 160.00 89.17 3/25195 3:00:00 2 H 58.00 4.17 200.00 93.34 3125195 3:30:00 2 H 61.00 5.00 240.00 98.34 3125195 4:00:00 2 H 62.50 2.50 120.00 100.84 3/25/95 4:30:00 2 H 65.00 4.17 200.00 105.00 3125195 5:00:00 2 H 66.75 2.92 140.00 107.92 3125195 5:30:00 2 H 69.00 3.75 180.00 111.67 3125195 6:00:00 2 H 72.00 5.00 240.001 116.67 3125195 6:30:00 2 H 74.00 3.33 160.001 120.00 3125195 7:00:00 2 H 76.00 3.33 160.00 123.34 3/25195 7:30:00 2 H 77.75 2.92 140.001 126.25 3125195 8:00:00 2 H 80.50 4.58 220.001 130.84 3/25195 8:30:00 2 H 83.00 4.17 200.00 ~ 135.00 3125195 9:00:00 2 H 85.50 4.17 200.00 139.17 3~25~95 9:30:00 2 H 88.00 4.17 200.00 143.34 3125/95 10:00:00 2 H 91.00 5.00 240.00~ 148.34 3125195 10:30:00 2 H 93.00 3.33 160.001 151.67 3125195 11:00:00 2 H 97.25 7.08 340.01 158.75 3125195 11:30:00 2 H 100.25 5.00 240.00 163.75 3125195 12:00:00 2 H 103.50 5.42 260.01 169.17 Start Sampling ~ 12:10 3125195 12:30:00 2 H 105.00 2.50 120.00 171.67 3125195 13:00:00 2 H 107.00 3.33 160.00 175.00 3125195 13:30:00 2 H 107.00 0.00 0.00 175.00 3125195 14:00:00 2 H 108.50 2.50 120.00 177.50 Finish Sampling {~ 14:45 3125195 15:00:00 2 H 115.50 11.67 280.01 189.17 Start Sampling (~ 15:40 3125195 16:00:00 2 H 120.00 7.50 180.001 196.67 Finish Sampling {~ 16:11 3125/95 17:00:00 2 H 126.50 10.83 260.01 207.50 start Sampling {~ 17:00 3125/95 18:00:00 2 H 127.00 0.83 20.00 208.34 Finish Sampling (~ 17:48 3125/95 19:00:00 2 H 131.00 6.67 160.00 215.00 3125195 20:00:00 2 H 134.50 5.83 140.00 220.84 3125195 21:00:00 2 H 139.00 7.50 180.00 228.34 3125195 21:30:00 2 H 141.50 4.17 200.00 232.50 3125195 22:00:00 2 H 143.00 2.50 120.00 235.00 Well Shut In (~ 22:00 Flow Period Summary: Flow Time: 30.75 hours Flow Volume: 235.01 bbls Avg. Flow Rate: 183.43 bbl/d Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger 572 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Rate Chart #1 Halliburton Energy Services Tank Rate History Plot Page No. 1.7.1.3 700 600 500 400 300 200 100 0 14:00 17:00 20:00 23:00 2:00 5:00 8:00 11:00 14:00 17:00 20:00 23:00 Real Time Plot Start Time: 24-Mar 14:00:00 Plot End Time: 25-Mar 23:00:00 BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Tank strap (2) Halliburton Energy Services Tank Strap Readings Page No: 1.7.2.1 Tank I Tank Tank Tank Inc. Flow Date Time No.I Type Strap Volume Rate Volume Comments (mm-dd-yy) (hh:mm:ss) (See Footnote) (inches) (bbls) (bblld) (bbls) 3127195 11:49:00 2 H 146.00 Initial Strap (10164ths) 3127195 12:00:00 2 H 146.00 0.00 0.00 0.00 ' (12164ths) - (15164ths) 3/27195 12:30:00 2 H 146.00 0.00 0.00 0.00i (18/64ths) 3127195 13:00:00 2 H 150.00 6.67 320.01 6.67 (22164yhs) 3127195 13:30:00 2 H 157.00 11.67 560.01 18.33 (30/64ths) 3127195 14:00:00 2 H 161.50 7.50 360.01 25.83 Switch to Tank #3 3/27195 14:30:00 3 H 3.50 5.83 280.01 31.67 Initial Strap #3 = 0.00" 3127195 14:45:00 3 H 4.50 1.67 160.00 33.33 Shut In (~ Choke Manifold. 3128195 4:21:30 3 H 19.50 33.33 Initial Strap (10164ths) 3/28195 4:45:00 3 H 19.50 0.001 0.00 33.33 3128195 5:00:00 3 H 20.25 1.25! 120.00 34.58 3/28195 5:30:00 3 H 23.00 4.581 220.00 39.17 3/28195 6:00:00 3 H 24.00 1.67 80.00 40.83 3/28195 6:30:00 3 H 26.50 4.17 200.00 45.00 3/28195 7:00:00 3 H 28.50 3.33 160.00 48.33 3128195 7:30:00 3 H 28.50 0.00 0.00 48.33 3/28195 7:47:00 3 H 28.50 0.00 0.00 48.33 Shut In (~ Master Valve. 3128195 8:58:00 3 H 23.00 Initial Strap (10/64ths) Tank Gauge unreliable due to abnormal amount of mist/froth and clean hot diesel during flow. Devise float system to get the following tank gauges. 3/28195 10:00:00 3 H 21.001 New Initial Strap. 3128/95 11:00:00 3 H 21.00 0.00 0.00 48.33 3/28/95 11:30:00 3 H 23.00 3.33 160.00 51.67 3/28195 12:00:00 3 H 24.00 1.67 80.00 53.33 3/28195 12:30:00 3 H I 28.00 6.671 320.01 60.00 3128/95 13:00:00 3 H 30.00 3.331 160.00 63.33 3128/95 13:30:00 3 H 32.75 4.58 220.00 67.92 3128195 14:00:00 3 H 33.00 0.42 20.00 68.33 3128/95 14:30:00 3 H 33.00 0.00 0.00 68.33 (14/64ths) 3128195 15:05:00 3 H 34.00 1.67 68.57 70.00 Shut In (~ Choke Manifold 3128/95 15:46:00 3 H 34.00 70.00 Open On 20/64ths 3128195 16:00:00 3 H 34.00 0.00 0.00 70.00 3128195 16:30:00 3 H 34.00 0.00 0.00 70.00 Shut In (~ Choke Manifold. Flow Period Summary: Flow Time: 13.21 hours I Flow Volume: 70.01 bbls Avg. Flow Rate: :127.2 bblld Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger 572 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Rate Chart #2 Halliburton Energy Services Tank Rate History Plot Page No. 1.7.2.2 6OO 500 400 300 2O0 100 0 11:00 14:00 17:00 20:00 23:00 2:00 Real Time 5:00 8:00 11:00 14:00 17:00 Plot Start Time: 27-Mar 11:00:00 Plot End Time: 28-Mar 17':00:00 BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - PreTest Halliburton Energy Services Well Test Summary Page No. 1.8.1.1 i Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I ' [ ' ~, Shut-In 1 03/22 ................... 23:30:00 0.00000 iH_01d TCP Safety Meeting on Rig Floor. ,' ', i 03/23 00:30:00 1.000001First Gun Through Rotary Table. Continue to MU Gun ~ i , i Shut-In 03/23 02:03:56 2.565 start ~MR eau e #10592/200(~6. ' :i : Shut-In , 03/23 02:06:56 '~ 61~56 ,~i~rt HM~ ~au 105~4i~2~2~ , , i . . . ', j Shut-In ', , : 03/23 02:09:56 2.66556 Start HMR Gauge #10222/20068. ~ ' Shut-In , ! / Shut-In 03/23 02:12:56 2.71556 Start HMR Gauge #10212/20113. ~ ' t ' 03/23 02:30:00 3.00000 Packer Through Rotary Table. i ; i ~ Shut-In . 03/23 03:00:00 3.50000 Load HMR's into Lower Bundle Carrier. ! i j ', ............... i : i Shut-In~! I , 03~23 03:15:00 3.75000~RU Pressure Test Lines. . i ~ ', Shut-In ~):~i~3 03:30:00 4.00000 Pressure Test TSTValve. i I i Shut-In 03/23 03:40:00 4.166671RD Pressure Test Lines. Continue to PU Test Tools. I I I I Shut-In ' 03/23 04:15:00 4.75000 Load HMR's into Uppper Bundle Carrier. i Shut-In 03/23 05:30:00 6.00000 All Tools Through Rotary Table. i I Shut-In 03/23 05:35:00 6.08333 RU Pressure Test Lines. I I.i II Shut-In I I I! 6.16667 Pressrure Test to 7500 psi. i ! Shut-In I r t i [ Shut-In .03_/23 .0.~:50:0_0 ._6~.3_3.333_ RD Pressure Test L!r~e_s a_n_d COntinue in Hole. i ~3/23 .0.9:3~!0~ .1..0_'.00~)00. R~ Pressure TeSt ~i.n_es· II ~ Shut-In 03/23 09:41:00 10.18333 Pressure Test to 7500 psi. = Shut-In 03/23 09:55:00 10,41667 RD Pressure Test Lines and Continue in Hole. I [ ! Shut-In 03/23 12:12:00 12,70000 Guns Through Liner. I Shut-In 03/23 12:50:00 13.33333 On Bottom, Pick Up Single. Shut-In 03/23 13:13:00 13.71667 RU Pressure Test Lines. Shut-In 03/23 13:15:00 13.75000 Pressure Test to 7500 psi. ' Shut-In , 03/23 13:32:00 14.03333 Set Packer. 7 ft. Slack off. Shut-In 03/23 13:49:00 14.31667 UnsetPacker. shut-In , 17:30:00 18.00000 RD ShUt? 0~/~3 i7:5~:~)~ i~i~3333 ~p'a~:e Out. Shut-In 03/23 18:30:00 19.00000 Pressure Test Tubing to 7500 psi. Shut-In 03/23 18:45:00 19.25000 Pressure Test TIW Valve to 7500 psi. Shut-l? BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - PreTest Halliburton Energy Services Well Test Summary Page No. 1.8.1.2 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol ' :rime .... (psig) (degf) (psig) (6?ths) (inches) (bbl/d) (bbls) I 03/23................. 19:30:00 20.00000 ......................... Start Rigging up Surface Test Tree. it ~ ~,, i,~ Shut-In. ; , 03123 22:15:00 22.75000 t 27.11! 39.65:~ 3.43 Shut-In 03123 22:30:00 23.00000 34.63 40.27= 3.47,~ Shut-In ........................... ~ ~ .... 03123 22:45:00 23.25000 ! 38.96 40.87 ~ 3.50'~ Shut-In 03123 23:00:00 23.50000 j 39.08 41.21 3.31, Shut-In + , 03~23 23:15:00 23.75000 40.78' 40.95! 3.451 S h ut-I n 03/23 23:30:00 2'4'00000i' i 41.73 41.401r 3.30 Shut-In ' 03/23 23:45:00 24.25000 44.08, 40.60' 3.38~ Shut-In : 03/24 00:00:00 24.50000 Ir 47.11, 39.29' 3.50! Shut-In . 03~24 00:15:00 24.75000 4 .98 37.67' 3.36 Shut-In ............... ~ ' 3.13 03~24 00:30:00 25.00000 [ 49 211 36.14 Shut-In i 03/24 00:45:00 25.25000 50.86 34.70i, 3.26 Shut-In 03~24 01:00:00 25.50000 Hold Safety Meeting on Rig Floor. 51.88 33.42' 3.27 Shut-In 03~24 01:15:00 25.75000 52.91 32.381 3.43' Shut-In 03~24 01:30:00 26.00000 Complete Safety Meeting. 52.61 32.531 3.52 Shut-In (~3/~, (~i i~,~:(~)' ~12500(~ ....................... 55. i8! 34.07i 3.35 Shut-In ~)~i~, 0i:,~5:0~ :~.4i~67 Start Filling Lines For Pressure Test. 49.31I 33.95 3.23 shUt-In .... ~i~,' ~)2:1~:0~ 2~.500~301 ............................ 38.9i 50.20 24.31 Shut-In 03~24 02:15:00 26.75000 49.53 52.88 15.90 Shut-In 03~24 02:30:00 27.00000 48.73 50.04 15.83 Shut-In . 03~24 02:45:00 27.25000 47.51 47.69 i7.8~'' Shut-In 03~24 03:00:00 27.50000 43.28 44.92 10.10 Shut-In 03~24 03:15:00 ~.75000 44.11 42.54 13.72 Shut-In 03~24 03:30:00 28.00000 Finish Pressure Test #1. Start Pressure Test #2. 44.91 40.19 13.61 Shut-In 03~24 03:45:00 28.25000 54.13 38.82 0.00 Shut-In 0_.3_!24_ _0.4.!?0:00 2_8.,~0000 . 53.73 37.63 9.45 Shut-In 03/24 04:15:00 28.75000 53.38 36.42 9.37 Shut-In 03/24 04:18:00 28.80000 Scan shut down. Fix files and restart. 03/24 04:30:00 29.00000 Finish Pressure Test #2. Start Pressure Test #3. 03/24 04:36:00 29.10000 Finish Pressure Test #3. Start Pressure Test #4 03/24 04:45:00 29.25000 54.43 34.29 9.33 Shut-In , BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - PreTest Halliburton Energy Services Well Test Summary Page No. 1.8.1.3 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol '" Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) ! i 33 67 03/24 05:00:00 [ 29.50000 ~ 53.53'= ~ . , 9.41I Shut-In . , 03/24 05:15:00 ~.:~5~300 i 53.561 33.111 9.381 Shut-In ' ~/~4 05:23:00 t ~.88333 Finish Pressure Test #4. Start Pressure Test #5. 53.381 32.82~: 9.35; Shut-In 03/24 05:30:00! 3o.oooooj 46.26' 33.79 9.42 Shut-In 03/24 05:45:00 30.25000 5100.78 36.30' 9.21. Shut-In 03/24 06:00:00 30.50000; 7626.28' 38.08 9.121 Shut-In ' 03/24 06:09:00 30.650001Finish Pressure Test #5. Start Pressure Test #6. 7409.28. 38.29 9.13: Shut-In ..... 8023.28'r 38.47 9~13~ Shut-In 03/24 06:15:001. 30.75000 ' ' ' Open 03/24 06:27:00 30.95000 and Close Valves. Re-do Pressure Test #6. 46.131 38.60 9.10 Shut-In 03/24 06:30:00 31.00000 92.96r 38.43 9.10' Shut-In 03/24 06:42:00 ;~l.20000lFinish Pressure Test #6. 7446.78;, 39.31 9.12 Shut-In ................. i 38.86 03/~4 06:45:00 31.25000 ' 60.31; 9.281 Shut-In 03/24 07:00:00 31.50000 Start Pressure Test #7. (ESD) 61.38; 37.78 9.30I Shut-In 03/24 07:15:00 31.75000 I 7508.28 ~ 39.16 9.32 Shut-In 03/24 07:20:00 31.83333 Finish Pressure Test #7. 56.01 38.76 9.25 Shut-In 03/24 07:23:00 31.88333 Start Pressure Test #8. I 51.61 ' 38.591 9.601 Shut-In · 03/24 07:30:00 32.00000 I 51.98 38.271 9.51; .......... ~ , ~ Shut-In 03/24 07:40:00 32.16667 Finish Pressure Test #8. Start Pressure Test #9. I 60.16 37.91 i 9.62' Shut-In 03/24 07:45:00 32.25000~ 6760.78 39.56i 9.66' Shut_In 03/24 08:00:00 32.50000 Finish Pressure Test #9. Start Pressure Test #10. I 7860 28 40.091 9.63 Shut-In 03/24 08:15:00 32.75000 I 7468.53 39.46 9.56 Shut-In 03/24 08:16:00 32.76667 Finish Pressure Test #10. Start Pressure Test #11. ', 7329.28 39.471 9.62 Shut-In .......................... 9.58 ' 03/24 08:30:00 33.00000 Finish Pressure Test #11. 74.16 38.83i Shut-In 03/24 08:45:00 33.25000 Pressure Test Rig Line. 47.61 38.221 Shut-In J .................................. 9 76~ . 03~24 09:00:00 33.50000 '' 46.98 37.86 9140 Shut-In 0~'i24 0~i03:00 :~3.~5~00 Pressure Test Check Valve. 5626.28 39.60 9.68 Shut-in 41.48l 9.88 I 03~24 09:15:00 33.75000 351.81 Shut-In 03,24 ~9~!~.0:00 34.00000 72.63 4i.77[ 9.82 shUt-in ~';~4~ 09:40:00 34.16667 Pick Up BHA to Set Packer. 71.73 4i 10.13 Sh;Jt-i~ ......................................................... .62 0~/~, 09:45:~0 34.25000 75.66 41.58 7.27 Sh~i-I~ , ................................. .56 03/24 09:46:00 34.26667 Packer Set. 75.53 41 7.25 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - PreTest Halliburton Energy Services Well Test Summary Page No. 1.8.1.4 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 03/24 i0:00:00~ I i I ~ I 34.50000 ' 73.461 41.34! 4.31i Shut-In 03/24 10:04:00 I 34.56667 J Press Up On Annulus to Open TST Valve.(Inc 600 #) 86.56~ 41.261 19.35: Shut-In _ . . ~:~i~4 i~ii'0:~30 - ' ~4 66667. Adju~tWellhead-~'resSure Xducer after Fiex TeSt. : 70.56[ 41.02" 537.41 ~ Shut_in 0~/~ 10:i5:00 ] 2475000 . 13.16 40.76. 533.28: Shut-In 03/24 10:30:00 35.00000[ 26.11 40.03; , 1571.03 Sh ut-In 03/24 10:39:00 . 35.15000 Bleed Off Annulus. ! 28.78 39.63, 1539.53 Shut-In . 03/24 10:45:00 35.25000i 25.53 39.36 28.73 Shut-In Open ' ~/24 i0:Z~8:00 3,~.30000 By-Pass. Can not Circulate. i 29'561 39.22 30.42 Shut-In 03i~z~ 11:00:00, 35.50000 ' ' - 467.93. 40.351 29.53: Shut-In 03~24 11:05:00 35.58333 ~,Start To Cycle OMNI to Circulate Position. 462.96' 40.72 3.55 Shut-In 0;~i2~ 11:15:00 35.750001' I, 137'81! 43.69! 1725.78i, Shut-In ' , 03/24 11:30:00 36.00000 ; [ 141.86: 46.76i 1904.91' Shut-In 03/24 11:38:00 36.13333 In Circulate Position. J 1427.781. 47.49! 1859.53 i Shut-In i 368.91 i 48.20 7.421 Shut-In i T 03/24 .... 11:45:00 36.25000 I i ~ J 03/24 12:00:00 36.50000 ! 359.43L 49.60! 76.81:I Shut-In 03/24 12:15:00 36.75000 Start Displacing with Diesel. (+- 71 bbls) 356.68i 49.47! 77.88 Shut-In , 03/24 12:30:00 37.00000 2621.53 55.72.~ 80.30 Shut-In [ I i ........ r 76.98 ' 03/24 12:40:00 37.16667 Complete Displacement. i 3036'531 61'96~ Shut-In I 76.88 I J 03/24 12:45:00 37.250001 ~ 3063.781 62.751 Shut-In I ~ ' .03/2. 4 !3:0700 ~7.50000 2988.03 63.26 22.45! Shut-In, 03/24 13:15:00 37.75000 3878.781 63.33 i 22.56 Shut-In 03/24 13:30:00 38.00000 3948.28'~ 64.17 1798.161 Shut-In J ~_3!~4.. 13!45:00 3~.25000 3978.53 64.29. 1781.16 Shut-In 03/24 14:00:00 38.50000 Lined Up to flow to Tank #2 !nitial Strap = .75" 4000.53 65.19! 1770.91 Shut-In ~:~i~4 i~,ii~i0~ ' 3~.716~7 Pressure Up on Tubing to Fire Guns. 40!4.03i: 63.86[ 1763.781 Shut-In I J 03/24 14:14:00 38.73333 5259.28 63.66 1769.53 Shut-In ~:~i24 i?i'i5:00 38.75000 I 6963.03 r 63.55 1778.53[ Shut-In 03/24 14:16:00 38.76667 Bleed OffTubing for Underbalance. 6910.53 63.32 1778.78' Shut-In ~)~i~ ' i'~,ii~:~O ~.78~'3 5227.03 61.41 1770.78 Shut-I, 03/24 14:18:00 38.80000 1453.28 57.45 1758.41 Shut-In 03/24 14:19:00 38.81667 1513.53i 58.32j 1757.91 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - PreTest Halliburton Energy Services Well Test Summary Page No. 1.8.1.5 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64tbs) (inches) (bbl/d) (bbls) 03/24 14:20:00 38'83333+ !.; .' ' I ~ 1554.53 58.86 1757.53 i Shut-In 03/24 14:20:051 38.834721 , 1557.28 58.87 1757.41' Shut-In , 03~24 14:20:10 38.83611, 1559.78' 58.88; 1757.41 ' Shut-In : : , 03/24 14:20:15~ 38.83750i 1562.28 58.89:: 1757.41 Shut-In 03~24 14:20:20 38.83889, i 1564.78 58.90i 1757.41i Shut-In ,. 03/24 14:20:25 38.84028i i 1567.03 58.90, 1757.28 Shut-In 03124 14:20:30 38'84167 i 1569.28 58.90 1757.28i Shut-In 03~24 14:20:35 38.84306[ 1571.53 58.90 1757.16 Shut-In 03/24 14:20:40 38.84444! 1573.53 58.90' 1757.16 Shut-In 03/24 14:20:45 38'84583 i 1575.78 58.89, 1757.16i Shut-In" I , , ! , ! BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol . Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) II '03?24 !'4:27_i__50 i .38_-84722 Guns Fired. ..... i 1577-78~ 58.89' 1757'!6i Shut'In 03/24 14:20:55 38.84861 i 0.131 58.88i 1751.78! Shut-In 03/24 14:21:00[ 38.85000 . 401.78" 58.85' 1754.031 Shut-In ; - 03/24 14:21:05I 38.85139i ~ 370.28 58.81 1753.66' Shut-In ' · , 03/24 14:21:10 38.852781 ~ 443.28 i 58.75 1753.78, ~, Shut-In 03/24 14:21:15 38.85417 " i . 592.78i 58.70. 1754.78~ Shut-In ~ . ........... 38.85556 ' 03~24 14:21:20 I 607.28 58.65 1754.28'~ Shut-In 03~24 14:21:25 38.85694 I 645.28i 58.61' 1754.53i Shut-In ............... ' .... ; ' 1755.03! Shut-In i 03/24 14:21;30 38.85833 ] 757.53[ 58.58; . ~ , i , 03/24 !4:_2!:35. 38.85972 814.53! 58.55i 1755.28 Shut-In 103/2,~ 14:21:40 38.86111 861.781 58.53!, 1755.41 Shut-In '03/24 14:21:45 38.86250 922.53i 58.51~ 1755.66i Shut-In ................... 978.03 : 755.78 shut-In 03/24 14:21:50 38.86389 58.50i 1 . .. , ' 03/24 'i4i~'i:~ 38.865~8 '' 1025.78 58.49: 1756.03 Shut-In 03/24 i4:~2;00 38.86667 i068.03 58.47! 1756.16i Shut-In i, , 03i24 i4;2~:05 38.868~6 1116153 58.46'~ 1756.28 shut-in 03/24 14:22:10 38.86944 1157.03 58.451 1756.281 Shut-In [ 03i;~4 ' i4i'22:i5 38.8708;~ 1194.78 58.44 1756.41/ Shui-ln 03/24 i4:22:20 38.87222 1230.78 58.43] 1756.53 Shut-In 03/24 i4:22:25 38.87361- ' 1266.28 58.42 1756.53 Shut-In 0~i24 i4:22i3~ 38.87500 1297.28] 58 41' 1756.66 Shut_In ,0_:~i~4 i4:22:35 38.87639 1327.78 58.401 1756.66 Shut-In I 1756.66 Shut-In -0-3!_24 !-4!22:~40 38'-87778 1356'53 58'40i 03/24 14:22:45 38.87917 1384.78 58.39 1756.78 Shut-In 03/24 14:22:50 38,88056 1410.78 58.38 1756.78 Shut-In 03~24 14:22:55 38.88194 1435.78 58.37 1756.91 Shut-In 03/24 14:23:00 38.88333 1459.28 58.36 1756.91 Shut-In 03/24 14:23:05 38.88472 1482.28 58.35 1757.03 Shut-In 03/24 14:23:15 38.88750 1516.03! 58.33 1757.03 Shut-In 03/24 14:23:20 38.88889 1538.28 58.31 1757.03 Shut-In .......... 1576.03 03/24 14:23:30 38.89167 58.29 1757.16 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.2 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 03/24 14:23:40 38.894441 ! 1595.28! 58.26~ 1757.16; Shut-In 03/24 14:23:501 38.89722i i 162028[ 58.23 1757.161 Shut-In 03/24 i,~:;~4:~)0 3~.~)00(~ ! 1648.53', 58.201 1757.16' Shut-In 03/24 i,~:24:~10 ! 38.90278 1678.78' 58.17 1757.28 Shut-In , 03/24 14:24:20i 38.905561 : 1705.78' 58.14~ 1757.28.. Shut-In 03/24 14:24:30 ~ 38.90833 i 1726.781 58.11 1757.28 Shut-In 03/24 14:24:40 i 38.91111 ! 1748.28 58.08, 1757.28~ Shut-In ; 03/24 14:24:50 38. ' 1769.78' 58.04 1757.28 Shut-In 03/24 14:25:00 38.91667~ ~ 1774.28~ 58.01 1757.16 Shut-In 03/24........... 14:25:10 38.91944~ 1782.78 57.98 1757.16 Shut-In 03/24 14:25:20 38.92222 ~ 1805.78, 57.94 1757.16; Shut-In 0~24 14:25:30 38.92500 ~ ~ 1824.28 57.91 1757.16 Shut-In 03/24 14:25:40 38.92778 ~ 1841'.28 57.87' 1757.16 Shut-In i 03/24 ~4:25:50 38.~305~ [ ~ 858.53 57.83 ~ ~757. Shut-In '~ ~,' 03/24 ~4:2~:00 38.~3333 } ~873.53 57.80 ~757.03[ Shut-In ~ , 03124 ~4:2~:~0 38.~3~ ~ 1888.03 57.7~~ ~757.~ Shut-In ................ , 03/24 ~4:2~:20 38.~388~ ~¢02.28 57.72 ~757.03~ Shut-In ~ [ . 03~24 ............... aa:2~:30 30.~4a~7 ~4.281 57.~¢, ~757.03 S,ut-ln 03/24 ~4:2~:40 38.~4444 ~¢25.28 57,~51 ~75~.~ ~ Shut-In .................. ~ ~ 03/24 ~ 4:2~:50 38.~4722 [ ~ ~38.03 57.~2; ~ 75~.~ ~ Shut-In .................... q 57.58 ~ ~ 75~.78 Shut-In . ~3/24 ~4:27:00 38.¢5000 I ~47.2811 I 03~24 ~4:27:~0 38.~527g ~ ~fi7.03~ 57,54: 175~.~ Shut-In ....... [ 03124 ~4:27:20 38.~555~ ~.78 57.5~ ~75~.53 Shut-In 03~24 ~ 4:27:30 38.~5833 ~ ~73.78 57.47 ~ 75~.53 ~ Shut-In 03/24 ~:2~:40 ' 38.~ ~ ~ ~80.03 57.44 ~75~.4~ [ Shut-I~ ......................... I 57 40~ ~75~.4~ Shut-In 03/~4 ~.~2~:5~ 38.96389 1986.03; 03/24 !~:28:00 38.96667 1992.53 57.371 1756.41 Shut-In 03/24 14:28:10 38.96944 2001.03 57.34 1756.41~ Shut-In ......................................... 03/24 14:28:20 38.97222 2009.78 57.30 1756.41 Shut-In ....... ~ ~'~;~'~:~ ~8.975~0 ' 2018.03 57.27 1756.41 Shut-In ............................. ~/~ 14:28:40 38.97778 I 2025'78 57.24 1756.28 Shut-In , , BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.3 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I II 03/24 ............. 14:28:50 38.98056 i 2033.281: 57.20 1756.281., Shut-In 03/24 14:29:00 :~8.9833~ i 2040.28 57.17= 1756.28, Shut-In ~03/24 14:29:10 I 38.98611, ~ ' ~ 2047.28' 57.13 1756.16 Shut-In , 03/24........ 14:29:20 38_:988_89 ' 2054.03' 57.10 1756.16 Shut-In ~ , , r . 03/24 14:29:301 i 38.99167 i , 2060.28: 57.07 1756.16, Shut-In I , 03/24 14:29:40I 38.99444 I 2066.28 57.04: 1756.03' Shut-In ; , 03/24 14:29:50 ~ 38.99722 ! 2072.281 57.00 1756.03: Shut-In : ;, 03/24 14:30:00 39.00000 Tank #2 Strap = 1.00" I 2078.031 56.97 1756.03' Shut-In 03/2~, 14:31:00 39.016671 + .... 56.78 1755.66 Shut-In ........ I 2108.28~ ! 03/24 14:32:00 39.033331 I 2132.78. 56.59 1755.28' Shut-In 03/24 14:33:00 .05000 i ~ , : , r 2153.28 56.41, 1754.91 Shut-In 03/24 14:34:00 39.06667 i 169.281 56.24 1754.411 ' ' I 2 Shut-In . , 03/24 14:35:00 39.08333 ~ 2184.03! 56.08'. 1753.91. ~ Shut-In 03/24 14:36:00 39.10000 I 2196.28i 55.91 1753.53! Shut-In 03/24 ..... 14:37:00 39.11667 Bleed off wellhead a little to Change Adj. Choke. r 2205.781 55.75;, 1753.16 Shut-In ,; I ' 03~24 14:38:00 39.13333 ~ 2207.78 ~ 55.59, 1752.66 s h ut-In 03~24 14:39:00 39.15000 i 2202.03 55.44; 16 i 1752. Shut-In 03/24 14:40:00 39.16667 2213.78 55.29: ! 1751.78! Shut-In i03!24 !4.:4!:00 39.18333 2223.53 55.13 1751.281 Shut-In I , 03/24 14:42:00 39.20000 2231.78 54.98 1750.91 Shut-In 103/24 14:43:00 39.21667 2238,03 54.83 1750.66 Shut-In I I 1750.28 J Shut-In 03/24 14:44:00 39.23333 2244.28 54.69[ " 03/24 14:45:00 39.25000 2247.78 54.55 1749.91 Shut-In 03/24 14:50:00 39.33333 2268.78 53.80r 1748.41i Shut-In 746,78 03/24 14:55:00 39.41667 2281.03 53.02 1 Shut-In , 03/24 15:00:00 39.50000 2289.28 52,501 1745.66 J Sh ut-In I I J 03/24 15:05:00 39.58333 2293,28 52.03 1744,53j Shut-In 03?.4 ! .5.:!0:?0 39.66667 2297.78. 51.44 1743.411 Shut-In 03?4 !_5:!5:00. ;~.75~)0(~ Open to Tank #2 on 10/64tbs. Initial Strap = 2.00'' 2286.53 50.94 1742.16 10 / Adj. 03/24 15:16:00 39.76667 Change to 15/64ths Choke. 2032.03 51.24 1741,031 15 /Adj. 03/24 15:20:00 39.83333 550.78, 51.30 1735.91 15 / Adj, j BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.4 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 03/24 15:25:00I 39.916671 i ~ ' , ' ' " · . i ~ 268 03~, 50,41 1733.41,' 15/Adj. r ' Choke ' ' 03/24 15:28:15 ! 39.97083 Cleared its throat. , 199.53~ 50,05 1732.16 15/Adj. , , 03/24 15:30:00 40.00000 Tank #2 Strap = 4.75" (440,008 bbl/d Rate) 97.76, 49,86 1731.41 15 /Adj. 2.75 440.01 4.58 , , . 03/24 15:45:00 , 40.25000 Tank #2 Strap = 6.00" (200,006 bbl/d Rate) 56.98! 48.52 1727.03 15 / Adj. 1.25 200.00 6.67 03/24 16:00:00.. ~ 40.50000 ank #2 Strap 8.00" (320,006 bbl/d Rate) 67.43 47.66 1723.78 15/Adj. i 2.00 , 320.01 10.00 03/24 16:15:00 i 40'750001Tank #2 Strap = 9.00" (160,003 bbl/d Rate) I 65.36 46.95 1718.28 15/Adj. 1,00 160.00 11.67 03/24_. 16:30:00 i 41.00000 Tank #2 Strap = 10.25" (200,006 bbl/d Rate) , 71.03 47,44 1712.66 15 /Adj. 1.25 200.00 13.75 03/24 16:45:00 ! 41.25000 Tank #2 Strap = 10.75" ( 80.008 bbl/d Rate) ' 76.68 47.98 1707.78 15 / Adj. 0.50 80.00 14.58 .................... 03/24 17:00:00 41.50000 Tank #2 Strap = 12.25" (240,004 bbl/d Rate) I 81.96, 48.17 1703.41 15 / Adj. 1.50 ~ 240.00 17.08 03/24 17:15:00 41.75000 Tank #2 Strap = 14.75" (400,015 bbl/d Rate) i 86.63! 47.00 1699.28 15 / Adj, 2.50 400.01 21.25 03/24 17:30:00 42.00000 Tank #2 Strap = 15.00"( 40.000 bbl/d Rate) I 40.78i 45,73, 1695.03 15 /Adj. i 0.25 ~ 40.00 ~ 21.87 03/24 17:45:00 42.25000 Tank #2 Strap = 15.25"( 39.568 bbl/d Rate) ! 44.81 44.86~ 169i.53 15/Adj. 0.25 ~ 40.00 : 22.08 i 03/24 18:00:00 42.50000 Tank #2 Strap = 16.50" (200,004 bbl/d Rate) 0.00 44.38 1687.9i 15 / Adj. 1.25 ! 200.00 ' 24.17 03/24 18:15:00 42.75000 Tank #2 Strap = 19.50" (480,009 bbl/d Rate) I 0.00i 44,02 1684.66 15 / Adj. ~ 3,00 480.01 ! 29.17 03/24 i6:30:00 43.00000 Tank #2 Strap = 21.25" (280,005 bbl/d Rate) 0.00i 43.60'1681.781 15 / Adj. 1.75 280.01 !i 32.08 03/24 18:45:00 43,25000 Tank #2 Strap = 22.00" (120,002 bbl/d Rate) 0.00 43.14' 1679.03 15 / Adj. ; 0.75 ] 120,00 33.33 03/24 19:00:00 43.50000 Tank #2 Strap = 22.00" ( 0.000 bbl/d Rate) 0.46i 42.79 1676.531 15 / Adj. ; 0.00 0.00 ~ 33.33 03/24 19:15:00 43.75000 Tank #2 Strap = 22.00"( 0,000 bbl/d Rate) 3.21I 42.52' 1674.28i 15 / Adj, ! 0.00 ] 0.00 ~ 33.33 03/24 19:30:00 44.00000 Tank #2 Strap = 23.00" (160.003 bbl/d Rate) 4.61 42 20~ 1672.16 15 / Adj. i 1.00 160.00 i 35.00 . 03/24 19:45:00 ........... 44,25000 ..'l'ank #2 Strap = 23.50" ( 80.001 bbl/d Rate) 6.38 41.82 1670.03 15 / Adj. i 0.50 i 80.00 ! 35.83 03/24 20:00:00 44.50000 Tank #2 Strap = 24.50" (160.003 bbl/d Rate) 9.21 41.41 1668.28 15 /Adj. 1.00 160.00 37.50 03/24 20:15:00 44.75000,Tank #2 Strap = 25,50" (160.003 bbl/d Rate) 13.23 41.07 1666.66 15/Adj. 1.00 160.00 39.17 03/24 20:30:00 45,00000 Tank #2 Strap = 26.50" (160.003 bbl/d Rate) 20.98140 71 1664,91 , 15/Adj. ~ 1.00 160.00 40.83 03/24 20:45:00 45.25000 Tank #2 Strap = 27.50" (160.003 bbl/d Rate) 25.681 40.51 1663.281 15 / Adj. 1.00 160.00 42.50 03/~4 21:00:00 45.50000 Tank #2 Strap = 29.00" (240,004 bbl/d Rate) 35.781 40 26' 1661.78 15 / Adj. i 1.50 240.00 45.00 ................... 49.83 0'02 03i24 21'15:00 45.75000 Tank #2 Strap = 30.00" (160.003 bbl/d Rate) 4 , 1660.03 15 /Adj, 1.00 160.00 46,67 03/24 21:30:00 46.00000 Tank #2 Strap = 31.25" (200.004 bbl/d Rate) 81.03', 39.801 1659.03 15 /Adj, 1,25 200.00 48.75 ....................................... 33.46 ~ 03/24 21:45:00 46.25000 Tank #2 Strap = 32.50" (200.004 bbl/d Rate) 1 39.63! 1656.91 15 /Adj. 1.25 200,00 50,83 39.30 03/24 22:00:00 46.50000 Tank #2 Strap = 35.00" (400,008 bbl/d Rate) i87.33 1654.28 15 / Adj. 2,50 400.01 55,00 ~3/24 .2_2:15:0_0., ~6,75000 Tank #2 Strap = 36,00" (160,003 bbl/d Rate) 223.91j 39.20 1652.66 15 /Adj. 1.00 160.00 56.67 03/24 22:30:00 47.00000 Tank #2 Strap = 37.00" (160,003 bbl/d Rate) 261.78 39.08 1651.28 15 / Adj. 1.00 I 160.00 58,33 BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.5 i , Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 47 01667 ~ ' : 03/24 22:31:00 Increase to 18/64ths choke. ~ 257.03~ 39.60~ 1651.16! 18/Adj. ; 03/24 22:38:00 ~,7.133:~3iTrace'°~f Mud and Oil @ C'hoke Manifold. : 269.28: 39.49 1650.41 18 / Adj. ~ i 03~24 22:45:00il 47.2,~000 ........ Tank #2 strap'= 41.00;; (S40.012'bbl/d Rate) 255.78~ 39.43 1649.16~. 18/Adj. . 4.00 640.01 ~ 65.00 03/~4 ~3i00:00 i 47.500001Tank #2 StraP = 42.50" (240.000 bbl/d Rate) 243.43 39.38 1647.16. 18/Adj. 1.50 240.00 67.50 " 47.75000 Tank ' 03/24 23:15:00 #2 Strap -- 44.00" (240.460 bbl/d Rate) , 167.11 39.31 1644.91 18 / Adj. 1.50 240.00 70.00 03~24 23:30:00 48.000001Tank #2 Strap 44.50"( 80.000 bbl/d Rate) 94.78 39.21 1643.41; = 18 / Adj. 0.50 80.00 70.83 03~24 23:35:00 48.08333 Trace of Gas at Tanks. I 79.73 39.15 1643.41 18 / Adj. 03~24............... 23:45:00 48.25000 Tank #2 Strap = 44.75" ( 40.000 bbl/d Rate) ~ 73.731 39.14 1643.03'. 18 / Adj. 0.25 40.00 71.25 03~25 ~0:0~:00 48.50000 Tank #2 Strap = 45.00"( 40.000 bbl/d Rate) 77.46 38.95 1643.78 18 / Adj. 0.25 40.00 71.67 03/25 00:15:00 48.75000 Tank #2 Strap = 45.00" ( 0.000 bbl/d Rate) 98.43, 38.74. 1644.91 18 / Adj. . 0.00 0.00 , 71.67 03~25 00:30:00 49.00000 Tank #2 Strap -- 45.50" ( 80.000 bbl/d Rate) 130.01 38.40 1647.03~ 18 / Adj. 0.50 ~ 80.00 72.50 ~/~5 (~0:45:00 49.25000 Tank #2 StraP = 45.75"( 40.000 bbl/d Rate) 163.81i 38.02' 1650.03 18 / Adj. I 0.25 i 40.00 ~)~/~ 00:46:00 ~9.26667 Increase Choke to 22/64ths. 165.03 38.07i 165o.o3i 22/Adj. I,' 72.92 .................. 03/25 01:00:00 49.50000 Tank #2 Strap = 47.50" (280,001 bbl/d Rate) 183.23"~ 37.56;, 1650.411 22 /Adj. 1.75 ~ 280.01 ~' 75.83 03/25 01:05:00 49.58333 APl' Oil Grav. 21.8 @ 68. (21.3 @ 60) 187.76 37.40 1650.78~, 22 /Adj. ~ 1, 03/25 01:15:00 49.75000 Tank #2 Strap - 48.50" (160.001 bbl/d Rate) 199.08 36.96I, 1650.78 22/Adj. ~ 1.00 i 160.00 I 77.50 ~i25 0i:16i00 49.766~7 ' increase '(~hoke to 30/64th's. 198.83 36.93! 1650.78 30/Adj. ~ ' ~i~) ' ~)i::~5:00 50.08333 Start Injecting gefoamer. 35.91' 1649.41 30/Adj. ' I .0__3!2_~ 0.!:45:00_... 50~25000 'r 35.84 1649.1'6 30/Adj. i I 03/25 02:00:00 50.50000 Tank #2 Strap = 53.50" (180.000 bbl/d Rate) 6i.i3 35.57 1647.9ii 30 / Adj. 2.25 180.00 85.84 03/25 02:05:00 50.58333 APl Oil Grav. 21,6 @ 70. (21.0 @ 60) 61.51 I 35.49 1647.91 30 / Adj. 03/25 02:15:00 50.75000 55.28 35.52 1648.16 30/Adj. 03/25 02:30:00 51.00000 Tank #2 Strap = 55.50" (160.000 bbl/d Rate) 63.13 35.55 1649.91 30 / Adj, 2.00 160,00 89.17 03/25 02:45:00 51.25000 I 65.78 35.55 1651.53 30 / Adj. 03/25 03:00:00 51.50000 Tank #2 Strap = 58,00" (200.000.bbl/d Rate) 79.23 35.68 1653.03 30 / Adj. 2.50 200.00 93.34 03/25 03:15:00 51.75000 79,63 35.82 1654.16 30/Adj. 03/25 03:30:00 52,00000 Tank #2 Strap: 61.00" (240.000 bbl/d Rate) 75.48 35.65 1655.03 30 / Adj, 3,00 240,00 98.34 03/25 03:35:00 52.08333 APl Oil Grav. 18.8 @ 60. BS&W = 6% Mud. 74,98 35.7;0 1655.78 30 / Adj. -'~i~ ~,~:~,5:'~(~ ~,~i~50~0 ............................................................. 68.31 35.80 1656.41 30/Adj. ......................... 35.74 ' 03/25 04:00:00 52.50000 Tank #2 Strap = 62.50" (120.00,0 bbl/d Rate) i 69.43 1657.41 30 / Adj. 1.50 120.00 100.84 BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1,8.2.6 ,,, Ti_.m,e' D_el!a Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64tbs) (inches) (bbl/d) !bbls) -03?5- 0~4:05:00 t 52'58333 BS&W = 2'8% Mud. , 69.01: 35.77! 1657.91i 30/Adj. 03/25 04:15:00 52.75000 ; 70.061 35.67, 1658.661 30/Adj. '03/25 04:30:00 53.00000 Tank #2 S!ra.p = 6_5.00" (200.000 bbl/d Rate) i 69.:731 35.74 1659.66; 30/Adj. i 2.50 200,00 105,00 03/25 04:35:00 i 5.3_'08333 ES&W= 2.0% Mud. 71.261 35.71' 1660.16:30/Adj. i 03/25 04:45:00 i 53'250001 i 71.66~ 35.74 1660.91. 30/Adj. ...... = . ~ 1.75 140.00 107.92 03/25 05:00:00 I 53.50000 Tank #2 Strap 66.75" (140.000 bbl/d Rate) 77.681 35.86 1661.66 30/Adj. : 03/25 05:05:00 53.583331Bs&W = 6% Mud. ! 76.23; 35.87 1662.28i 30/Adj. ' 03/25 05:15:00 53.75000! ~ 79.48~, 35.79= 1662.78~ 30/Adj. ............ Tank ' ' ' ' 03~25 05:30:00 54.00000 #2 Strao = 69.00" (180.000 bbl/d Rate) i 80.98: 35.56 1663.53' 30 /Adj. 2.25 180.00 111.67 03~25 05:35:00 54.08333 BS&W = 4% Mud. ., 84.41. 35.571 1663.781 30 / Adj. 03~25 05:45:00 54.25000 i 76.98! 35.33' 1663.91 30 / Adj. 03/25 06:00:00 54.50000 Tank #2 Strap = 72.00" (240.000 bbl/d Rate) I 72.56 35.07i 1664.91[ 30/Adj. '1 3.00 i 240.00 ; 116.67 ' I 30/Adj. 03/25 06:05:00 54.58333 APl Oil Grav. 23.0 @ 73 (22.2 @ 60) BS&W = 3% Mud f 69.83 35.16~ 1664.911 03/25 06:15:00 54.75000 69.56 35.22! 1666.03i 30/Adj.. [ , 03/25 06:30:00 55.00000 Tank #2 Strap = 74.00" (160.000 bbl/d Rate) 68.91 ' 35.27 1667.03, 30 / Adj. 2.00 i 160.00 ~ 120.00 03/25 06:35:00 55.08333 APl Oil Grav. 21.6 @ 77 (20.6 @ 60)BS&W = 3.5% Mud , 72.08 35.30'. 1667.91 I 30 / Adj. 03~25 06:45:00 55.25000 68.91 35.24[ 1667.91 i 30 / Adj. (~i~ 07:00:00 ~.50000 Tank #2 Strap = 76.00" (160.000 bbl/d Rate) '! 69.961 35.66[ 1669.16 30/Adj· I 2.00 !160.00!123.34 03/25 07:05:00 55.58333 APl Oil Grav. 23.0 @ 77 (22.0 @ 60)BS&W = 3.6% Mud 70.13 35.81 I 1669.91; 30 / Adj. ~)'~i~5 ~7ii'5i(~0' 55.75000 71.11 36.27r 1670.28 30/Adj. I ' ~'~i~5 ~:7:30:00 56100000'Tank #2 strap = 77.75" (140.000 bbl/d Rate) ~ 77.63 36591, 1671.53i 30/Adj. 1.75 i 140.00 ;I 126.25 ~ I I 03/25 07:35:00 56.08333 APl Oil Grav. 26.0 @ 79 (24.8 @ 60)BS&W = 4% Mud 81.7i 36 381 1672.16 30/Adj. I 03/25 07:45:00 56.25000 82.361 36.09i 1672.53! 30/Adj. (~3i25 08:00:00 56.50000 Tank #2 Strap = 80.50" (220.000 bbl/d Rate) 82.03 35.96 1673.66 30 / Adj. 2.75 220.00 130.84 i 03!25 08?5:00 .~6'58333 APIOi!..G_rav. 22.8~ 78(21.7 @60)as&w=4.3%Mud 83.93 36.04! 1674.28! 30/Adj. 03/25 08:15:0.0. 5~._75000 83.71 36.06 1674.66 30/Adj. ' 0,3!2_5 08:30:00 57'00000 T_ank #2 Strap _,= 83.0o" (200.000 bbl/d Rate) 81.36 36.32 1675.9! 30 / Adj. 2.50 200.00 135.00 · .0_.~!,2,.5, .0,.8,:3_5.!,0.0_ .5_~:0.8.~,33 AP! 0!! G..ra__v' _25'0 ~ 7.4. (2.4_'! @ 6_,°_!Bs&w = _4.'2% Mud 79.36 36.28! 1676.281 30 ! Adj. 03/25 08:45:00 57.25000 80.81 36.36, 1676.661 30/Adj. ~i~',~ ~i00:00 ~57.'50'i)0~ Tank #2 straP = 85.50" (200.000 bbl/d Rate) 80.~6 36.30! 1678.03 30 / Adj. 2.50 200.00 139.17 ~'~;~5 09:05:~)(~ ' 57.58'~33 ,A~i-0'ii"G';av. 21.8 @ 74 (21.0 @ 60)BS&W = 2.5% Mud 85.3i' 36.27, 1678.16 30 / Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.7 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 03/25 09:15:00 [ 57.75000 i 86.01~' 36.23! 1678.53 30/Adj. 03/25 09:30:00 58.00000~:Tank #2 Strap = 88.00" (200.000 bbl/d Rate) ~ 85.63' 36.51 1679.78 30 /Adj. 2.50 i 200.00 143.34 0;~)25 0~:~5:00 ~)~.0~333 APl O~'1Grav.'21.6 @ 72-(20-.9 @ 60)BS&W= 2.0% Mud i 82.76i 36.51' 1679.66! 30/Adj. : 03i25 0~:45:00 58.250001 ~ 80.36. 36.58' 1680.53 30/Adj. 03/25 10:00:00 58.50000 Tank #2 Strap = 91.00" (240.000 bbl/d Rate) 78.03 37.02 1681.16 30/Adj. : 3.00 240.00 148.34 03/25 10:05:00 i 58.583331API Oil Grav. 22.2 @ 72 (21.5 @ 60)BS&W = 1.8% Mud . 80.71 37.16 1681.28 30 / Adj. 03/25 10:15:00 58.75000 ' I 79.33 37.52 1682.16 30 / Adj. 03/25 10:30:00 59.000uu !.ank #2 Strap = 93.00" (159.800 bbl/d Rate) . 71.26' 38.02 1683.03, 30/Adj. 2.00 160.00 151.67 ' , 03/25 10:35:00 5~.08~.3.3 BS&W= 2.3% Mud 72.18. 38.00 1683.41 30/Adj.. 0:~/2510450-"':--:O 59 25000. i ' ' ' ~ 74.01 37.95 1683.91 30 / Adj. ; 75.33 38.19: 1684.91 30 / Adj. 4.25 340.01 158.75 0.3.!25 ! !!00:00 59.50000 Tank #2 Strap = 97.25" (340.000 bbl/d Rate) I . 03/25 11:05:00 59.58333 APl O I Grav. 22.2 @ 72 (22.5 @ 60)aS&W = 1.1% Mud ', 75.98 38.33i 1685.16 30 / Adj. 03/25 11:15:00 59.75000 73.38 38.49 1685.53 30 / Adj. 03/25 ............. 11:30:00 60.00000 Tank #2 Strap = 100.25" (240.000 bbl/d Rate) I 73.26 38.451; 1686.41 ~1 30 / Adj. '. 3.00 ' 240.00 . 163.75 03/25 11:35:00 60.08333 BS&W= 2.6% Mud ~ 71.03 38.46! 1686.66'; 30/Adj. 03/25 11:45:00 60.25000 I 73.21, 37.97~ 1687.91'~ 30/Adj. , ........... 60.50000 Tank #2 Strap = 103.50" (260.000 bbl/d Rate) i 72.38 38.22, 1689.28tl 30/Adj. ! 3.25 I 260.01 , 169.17 03!25 12:00:00 60 5 33 Ap V" 21.3 '7 .. @ 60)BS&W= 2.2% Mud i 38.57 1689.031 30/Adj. ~3(25 !2!05:00 . 83 IO Gra @ 2(21.3_ _74'61 03/25 12:10:00 ~.66667 Start Collecting Samples @ Data Header , 73.28 38.91 1688.78 30 / Adj. ~ ; 03~25 ....... i2:15:00 60,75000 ; 74.06 39.38 1689.281 30 / Adj. 03/25 12:30:00 61,00000 Tank #2 Strap = 105.00" (120.000 bbl/d Rate) 70.71 40.54 1689.91 30 / Adj. I 1.50 120.00 171.67 68.51 40.78 30 / Adj. = 1690.281 03/25 !2:35:00 6! ,08333. BS&W 2.3% Mud .. 69 3 03/25 12:45:00 61.25000 v9.v, 41.17 1 1.5 30/Adj. 03/25 13:00:00 61.50000 Tank #2 Strap = 107.00" (160.000 bbl/d Rate) 68.71 41.98 1692.281 30 /Adj.') 2.00 , 160.00 I. 175.00 18 03/25 13:05:00 61.58333 APl Oil Grav. 22.6 @ 76 (21.6 @ 60)BS&W = 2.0% Mud 66.53 42.22 1692.28i 30 / Adj. 03/25 13:15:00 61.75000 67. 43.03 1693.16 30 / Adj. 03/25 13:30:00 62.00000 Tank #2 Strap = 107.00"( 0.000 bbl/d Rate) 65.76 43.91 I 1694.53 30/Adj. 0.00 I 0.00 175.00 ............................ 44.10 0~/25 i.3:.3.5:00 62.08333 BS&W= 2.0°4 Mud 62.33 1694.41 30/Adj. 0~i25 13:45:00 '~ 6~.~5000 ................. 63.88 44.44 1695.16 30/Adj. ~3/~5 1'Z~:~00:'00' ~.50000 Tank #2 Strap = 108.50" (120.000 bbl/d Rate) 65.0;~ 43.90 1695.66i 30iAdj. 1.50 120.00 177.50 03/~ ' i~,:(~i00 ' ~.~;~3'~ Ai~I"Oii'Gr~V'."21.6 @'64 i2i.4'@60iBs&w'~- 0.5% Mud 62.98/ 43.75i 1696.03, , 30/Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.8 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) , 03~25 14:15:00 , 62.75000 59.71 43,50 1696.66~ 30/Adj. 03/25 1~:30:00 ', ~.00000 '. 58.66; 42.97: 1697.28, 30/Adj. 03/25 14:45:00 ! 63.250001Pause Sampling Collection. 62,68 42.57 1698.28 30 / Adj. 03/25 15:00:00 I 63.500001Tank #2 Strap = 115.50" (280.000 bbl/d Rate) 30/Adj. 7,00 280,01 189.17 03/25 15:0.5:00 i 63.58333APIOilGrav. 22.1@74(21.3@60)BS&W=2.0%Uud , 30/Adj. 0:~/25 i5:40:00 i 64'16667 Resume Colleting Surface samPles 30 / Adj. 03/25 15:46:06 ~4.268331 71,33 41.62 1702.28 30 / Adj. ~;~i~)5 i~:00:00 ~4.500001Tank #2 Strap = 120.00" (180,000 bbl/d Rate) 72,03 41.03 1701.91 30 / Adj. 4.50 ,~ 180.00 196.67 03/:~5 16:05:00 64.58333 APl Oil Grav. 22.6 @ 68 (22.1 @ 60)BS&W = 1.0% Mud 74,81, 40.74, 1702.28 30 /Adj. 03/25 16:10:00 64.66667 Pause Sampling Collection 03/25 16:15:00 6~.75000 . . . 73,88 40.64, 1702.28 30/Adj. ~ 72.03, 40.41 1701.91 30 / Adj. , ~/25 i~:3~:00 ~5.000~0 i 75.31L 40.09 1703.28i 30/Adj. ' ~/'~,~ i~i~5:~0 6~.:~5~0i 77.06, 39.83 1703.91 30/Adj. 03/25 17:00:00 65.50000 Tank #2 Strap = 126.50" (260.000 bbl/d Rate) I 73,231 39.46 1703.78 30 /Adj. 6.50 ' 260.01 207.50 03/25 17:05:00 65.58333 APl Oil Grav. 21.8 @ 78 (21.4 @ 60)BS&W = 1.0% Mud " 70.56 39.43 1704.78i 30 / Adj. ~ ' .................................................... i 73 18' i ' ' 03/25 17:10:00 65.66667 Resume Collecting Surface Samples . , 39.43, 1704.91 [ 30 / Adj. 78.66 03/25 17:15:00 65.75000 [ 39.64' i705.031 30 / Adj. 03/25 ............................... 17:30:00 66.00000 'l' 8(~. 06 39.37 1 1705.03 30 / Adj. ' ....................................... 39.00 03/25 17:45:00 66.25000 i 77.11 1706,03/ 30/Adj. ~i~ 1:~;5(~:00 '~.33333 Complete Surface Sampling 81.38 38.93i 1706.28 30/Adj. = 38.32 / 30/ j 0.50 ~)~i25 18:00:00 66.50000 Tank #2 Strap 127.00"( 20.000 bbl/d Rate) 79.83 1707.16 Adj. 20.00 208.34 03/25 18:05:00 66.58333 APl Oil Grav. 23.2 @ 78 (22.1 @ 60)BS&W 1.0% Mud 81.03 38.29 1707.16 30 / Adj. = I 03/25 18:15:00 66.75000 i 81.98 38.15 1706.28 30/Adj. 03/25 ! _8..:~0:~? 67:?~,000 83.03 37.94 1708.41 30 / Adj, 03/25 18:45:00 67.250001 82.18 37.90! 1707.66 30 / Adj. 03/25 19:00:00 67,50000 Tank #2 Strap = 131.00" (160.000 bbl/d Rate) 81.98 37.36 1709.16 30 /Adj. ~ 4.00 160.00 215.00 0_3/25 .!9:05:00 67.58333 APl Oil Gray. 22.6 @ 58 (22.6 @ 60)BS&W = .25% Mud 81.96 37,25 1709.53, 30 / Adj. .0,3_!_2.5_ ! .9_:! 5!0.0- ~:. .7, 5000 80,11 36.92 1708.78 30/Adj. 03/25 19:30:00 68.00000 85.73 36.49 1711.03 30 / Adj. 03/25 19:45:00 68.25000 83.86 36.26 1711.41 30 / Adj. 03/25 20:00:00 68.50000 Tank #2 Strap = 134,50" ('140.000 bbl/d Rate) 77.31 36.20 1712.16 30/Adj. 3.50 140,00 220.84 ..... BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial Flow Halliburton Energy Services Well Test Summary Page No. 1.8.2.9 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I II I I I/AP! O I ~ I 03/25 20:05:00~33 i _6.8_._5._8.3 il Grav. 21.5 @ 70 (20.9 @ 60)BS&W = 0.5% Mud : 84.13 36.08 1712.03:30/Adj. 03/25 20:15:00 ! 68.750001 82.86 35.91 1713.28 30 /Adj. ,, 03/25 20:30:00 i 69.000001 ' 84.63 35.84 1712.78 30/Adj. 03/25 20:45:00 ~ 69.25000 81.51 35.48 1714.78 30/Adj. 03/25 21:00:00 ! 69.50000iTank#2 Strap = 139.00" (180.000 bbl/d Rate) 86.03 34.86, 1713,66 30/Adj. , 4.50 180.00 228.34 03/25 21:05:00 ~] 69.58333 APl Oil Grav. 21.5 @ 70 (20.9 @ 60)BS&W = .25% Mud 86.46 33.86 1713.03 30 / Adj. . 03/25 21:15:00 69.75000 86.61 32.77 1714.78 30/Adj. 03/25 21:30:00 70.000~0 Tank #2 Strap = 141.50" (200.000 bbl/d Rate) ' 89.43 31.82: 1715.41 30 / Adj. 2.50 200.00 232.50 03/25 21:45:00~u.2~0.0_0 I 84.88 31.01 ' 1713.28' 30 / Adj. 03/25 22:00:00 70.50000~Shut Well In At LPR-N(Bleed Annulus Pressure Off) " ' ~ 92.06 30.54 224.03 Shut-In 03/25 22:05:00 70.58333 Tank #2 Strap= 143.00" (120.000 bbl/d Rate) ' 117.111~ 30.20 22.81 ! Shut-In 1.50 :, 120.00 235.00 · i , I , , 1 ' · , BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.3.1 Time Delta Comments VVhp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inChes) (bbl/d) (bbls) II , , 1 103/25 22:01:00 70.51667iAPI Oil Grav. 22.5 @ 62 (22.4 @ 60)BS&W = .25% Mud i 89.73~ 30.55~ 23.51! Shut-In 03/25 22:04:00 70156~71CIose'in Lower Ua;te;'t0 BioW Down'Flow Lines.ii 102.481 30.40i 22.80 Shut-In . 03/25 22:05:00 583 tra =i43 '~(!2 .000bbl/d Rate) i ' · · I 117.11. 30.20' 22.81! Shut-In 03/25 22:10:00 ....... 70.66667 Blow Down Lines to Tank #2. ~ 0.00. 29.77 22.531~ Shut-In , , 03/25 22:15:00 70.75000 ,. 88.61 30.05i 22.21i Shut-In , ' 03/25 22:18:00 70.80000 Finish Blow Down. Close Choke Valves. I 73.63 30.17. 23.751 Shut-In, 03/25 ............................... 22:19:00 70.81667 Open Lower Master to Monitor Wellhead Pressure. i 143.41 30'241T 24.20:~ Shut-In 03~25 22:20:00 70.83333 I 148.16, 30.32', 24.67! Shut-In ' 03/25 22:25:00 70.91667 ', 158.46: 30.28, 26.071 Shut-In 03/25 22:30:00 71.00000 Tank #2 Strap after Blow Down = 144" '1 166.03. 30.51 ~ 27.11 ' Shut-In I .0.~/25 .2_.2_!35.:0.0. .7!.0833.3 ! 176.13! 30.62i 28.621 Shut-In ' 03/25 22:40:00 71.16667 ~ 185.81! 30.74 29.83 Shut-In ~ i ' 93.56; 31.071 30.371 Shut-In ! 03/25 22:45:00 71.25000 199.86 03/25 22:50:00 71.33333 1 31.46~ 30.861 Shut-In i 03/25 22:55:00 71.41667 203.761 31.67 31.38i Shut-In 03/25 23:00:00 71.50000 207.96 31.891 32.05:~ Shut-In 32.25 32.35 03/25 23:05:00 71.58333 211.78, Shut-In , 03/25 ~'3ii0:~0 7i.66667. 212.83i 32.50! 32.93 Shut-In 03/25 23ii5i0~ .... 7i.75000 2i3.08 32.~5 33.32 shut-In 0:~i~5 :~:~i'2(~i'00 ' ' 7i .'833:~:~' ~)i3.23 32.85 33.66 Shut-In ~3/25 :~3:25:00 711~i(~67 2i3.86 33.03! 34.10 Shut-In ~)3/25 ;~3::~0:~0 72100000' 215.01I 33.37 34.52 Shut-In 03/25 23:40:00 72.16667 219.23 33.43! 35.31 Shut-In i 03i25 23:50:00 72.33333 222.961 33.60 35.62 Shut-In 03/26 00:00:00 72.50000 Continue To Monitor Wellhead Pressure. 227.73 33.91! 35.96 Shut-In 03/26 00:10:00 72.66667 I 237.38 34.19 36.31, Shut-In 03/26 00:20:00 72.83333 251.93 33.931 36.80 Shut-In , 03/26 00:30:00 73.00000 268.13 33.56 37.13 Shut-In 03/26 01:00:00 73.50000 274.11 33.95 38.00 Shut-In 03/26 0! :30:~0 74.00000 281.53 33.26 38.36 Shut-In 03/26 , 02:00:00 74.50000 287.78 32.90 38.76 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.3.2 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) !03/26 02:30:00 75.00000 Continue To Monitor Build-up. i 293.71, 32.39i 38.951 Shut-In 03/26 03:00:00 7~.50000 ! 299.28! 32.01 i 38.93! Shut-In _03?26 03:30:00 76.0000Q ~i' ' I 304.58 31.98: 38.86; Shut-In 03/26 .... 04:00:00 76.50000 i. 311.11. 31.21 38.87: Shut-In 03/26 04:30:00 77.00000 i 316.86, 30.51i 38.921 Shut-In 03/26 05:00:00 ~ 77 50000,! 321.61' 30.161 39.07'~ Shut-In ' , 0~/'~6 05:30:0~3 78.00000 i 325.61' 30.08i 39.08 Shut-In 03/26 06:00:00 78.50000 ! 329.03: 30.75: 39.10! Shut-In 03/26 06:30:00 79.00000 ~1 332.56, 31.26: 39.33', Shut-In ~ , , 03/26 07:00:00 79.50000 ' 337.98~ 30.62, 39.41 ' Shut-In 03/26 07:30:00 80.00000 I 342.981 29.96 39.68i Shut-In !Q~/~6 0S:00:00 80.50000 345.531 30.31 39.81 Shut-In : 03/26 08:30:00 81.00000 347.411 30.831 40.20 Shut-In 03/26 09:00:00 81.50000 348.51~ 32.03 40.60, Shut-In 03/26 09:30:00 82.00000' 349.11i 33.67! 40 631~ Shut-In ~ I : 03/26 10:00:00 82.50000 349.81'~ 35.26! 40.66', Shut-In " i ' 03/26 10:30:00 83.00000 351.41 36.62 40.971 Shut-In 0~/.2.(~ !1:00:00 83.50000 353.31 36.98 40.80 Shut-In I 03/26 11:30:00 84.00000 357.93 36.92 40.83 Shut-In I ] ', 0~6 i2i~(~i(~ 84.50000 358.66 37.14 41.i6 Shut-In 0~/~6 i~:30:00 85.00000 359.96 36.111! 41.23 Shut-In ' 03/26 13:00:00 85.50000 361.66 35.64, 41.12 Sh ut-In 03/26 13:30:00 86.00000 I 360.08 36.78; 41.03 Shut-In 03/26 14:00:00 86.50000 359.18 38.56 41.13 Shut-In 03/26 14:30:00 87.00000 359.61 39.95i 41.15 Shut-In I I ,, 359'38 03/26 15:00:00 87.50000 41.38 41.11 Shut-In 03/26 15:30:00 88.00000 361.58 42.13! 41.16 Shut-In 03/26 16:00:00 88.50000 360.68 43.431 41.12 Shut-In 45.07 03/26 16:30:00 89.00000 360.51 41.11 Shut-In i~i26 i~:00:~0' ~.5(~)'~ ~6~.66 45.69[ 4i.521 Shut-in 0~i26 i 7:3'(~:(~(~ ~)0.000(~ ] 367.8i 43.73 41.131 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.3.3 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64tbs) (inches) (bbl/d) (bbls) I 03~26 18:00:00 90.50000/Continue To Monitor Build-up. ,, ~ ' I ........ 'I 371.23 41.96:. 41.45! Shut-In 03~26 18:30:00 91.00000/ i 372.43i 40.71 41.761 Shut-In 03/26 19:00:00 91.50000] , 374.63~ 39.41, 42.221 Shut-In 0~/26 19:30:00 92.000001 375.13: 38.78 42.80! Shut-In 03/26 20:00:00 92.50000i 377.11 37.94! 43.33i Shut-In 03/26 20:30:00 93.00000 378.93 37.16 43.67' Shut-In 03/26 21:00:00 93.500001 : 380.33 36.50! 44.25~ Shut-In 03/~6............... 03~26 21:30:00 94.00000 379.43; 37.31: 44.65i Shut-In 22:00:00 94.50000 i 377.43' 38.87: 45.17i Shut-In . 03~26 22:30:00 95.00000 ~ 377.11 I 39.94; 45.50, Shut-In 03~26 23:00:00 95.50000 ! 376.48! 41.53, 45.95 Shut-In 03~26 23:30:00 96.00000 i 376.161 42.83 46.21 I Shut-In 03/27 00:00:00 96.50000 Continue To Monitor Wellhead Pressure. 376.41 43.931 46.42} Shut-In i ' ~'~i~7 0'~i30:~0 ' ~.0000~) 377.33 44.42 46.75i Shut-In I i j 377.81 I ~ , 03/27 01:00:00 97.50000 44.93 47.03 Shut-In I 0~i27 ~ii~(~:C~ 98.~)000'0 379.68 44.61! 47.12i Shut-In ~i~ ~i:35:0(~ 9~.08333~ I 379.96 44.60: 47.11 Shut-In I 02/27 02:20:00 98.83333 [ 38i.01i 44.71~' 47.22/ Shut-In 03/27 02:30:00 99.00000 3~i.56 44.42! 47.37 Shut'In' 0:~/27 ~;~:(j0:00 99.50000 , 383.9ii 43.45] 47.41 Shut-In ............ ~ 47.42 .03_!2.7 i33_:30:0,? , !00.00000 , 385.361 42.511 Shut-In 386.06 0~!27 ?:0..0:0.? !00.50000 42.361 47.37 Shut'In r 037~7 0.4!0.8..!.0.0, ! 00.633.33., C!~se .Lo..wer Mas.!er T0 Rig Up W!L 386.21 42.11, 47.37 Shut-InI 03/27 04:10:00 100.66667 Bleed Off Pressure to Tanks. 386.73 42.04' 47.331 Shut-In ! 03/27 04:15:00 100.75000 Blow Down Flow Lines to Tank #2. 52.71 42.22i 47.35 Shut-In ...................................................................... 42.68 03~27 04:18:00 100.80000 Finish Blow Down. Close Choke Manifold Valves. 0.00 47.18 Shut-In 03/27 04:20:00 100.83333 Shut Down Data Acquisition for File Backup. 0.00F 42.11 47.32 Shut-In 03/27 04:25:00 100.91667 Data Acquisition On Line. I Shut-In 0:~(27 04::~0:...0,~ 101.00000 0.00 42.04J 47.31 Shut-In 0.3/2.7 ~':00:00 i0i :5000~3 0.00 42.21! 47.81 shut-In' ........................ 42.56 03/27 05:15:00 101.75000 0.00 47.03 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Initial BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.3.4 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) '~bbl/di (bbls) ! II 03/27 ........................ 05:30:00 I 1_~2_._0_0__0_..M__a_sterC!o?_edln. M0nitorBuild-up. ! 0.00i 42.45;~ 47.08J_ , Shut-In .... 03/27 06:00:00 i~2.,~0~30 Up W/L. I 0.001 40.51i 44. Shut-In I 03/27 06:15:00 102.75000 ~ 0.00i 38.691 42.61~, Shut-In 03/27 06:30:00 103.00000 0.00i 37.48. 40.92: Shut-In 03/27 06:45:00 i(~3.25~)00~ t, ~ i ! 0.00! 36.66 39.80~ Shut-In 03/27 07:00:00 103.50000 I 0.001 35.92 38.88 Shut-In 03/27 07:15:00 103.75000 0.00i ~ 35.53i 38.11! Shut-In 03/27 07:30:00 104.00000 ! 0.00 35.38~ 37.661 Shut-In 03/27 ~_7!45:00 104.25000 I 0.00[ 35.23; 37.2~ ShUi-in ~:~i~7 08_!.0_~i0i~ i041~000(~ I 0.00 35 48i 36.831 Shut-In ~3i27 08:03:% i04155000 Purge Air Out of Lubricator for Pressure Test.[ 42.68 35.591 36.83 Shut-In ~)3i27 ~:'i' .5.!00 i04'~000 t 498.88 37.82! 36.40 Shut-In ~:~i~ ~8:30:00 i(~.~)~0~)[~ ! 480.23 38,54! 36.12 Shut-In 0~,i-~7 08i53:i~0 i05.~833'3 Pressure Test Lubricator. 54.38 38.55 35.52 Shut-in 03/27 09:00:00 105.50000 1467.78 40,41 ~' 35.45. Shut-In 03/27 09:09:00 105.65000 Bleed Off Lubricator. Small Leak To Repair. 3162.78 40.751 35.3i Shut-In . ~)~'/~ ' (~9:3'~):00 i(~6.0~)00~) 0.00 39.95'~ 35.01 shUt-in 03/27 09:35:00 106.08333 Pressure Test Lubricator. 163.63 39.85! 34.96t Shut-In 03/27 09:43:00 106.21667 Bleed Off Lubricator. . 473.08 40.25 34.82l Shut-In ~i~ (~:~(~i~l~' i(~i~3~ Bi;w"D;wn'l'ul3ri;ator andFIow Lines. 0.% 40.64 Shut-In ~ 34.70 .. 03/27 09:54:00 106.40000 Finish Blow Down Lines. 11.88 41.671 34.75 Shut-In 03/27 10:00:00 106.50000 Pressure up on Annulus to Open LPR-N. 0.00 41.50 34.70 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Extended Flow Halliburton Energy Services Well Test Summary .,, Page No. 1.8.4.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Tinge · (psig) (degf) (psig) (64ths) iin~hes') (bbl/d) ' (bbls) I I II I I 03/27 10:01:00 i 106.51667 Pressure Up On Annulus to Open LPR-N. Choke Closed ~ 0.00'~ 41.50: 124.551 Shut-In 03/27 10:05:00 106.58333 Open Lower Master on Flow Tree. ~ 0.00 =1 41.54 i 1717.781 Shut-In ~3/27 i0:i0:~0 i0~ ~6667 Rill'w/Wire Linei-' { ' ' ; " '- . ~ 420.28' 41.77 1680.9i! Shut-In 03/27 i0:15:00 i06.75%0I; 449.28~ 41.73' 1667.66~ Shut-In . ' 16 03/27 10:30:00 107.00000 543.78~ 41.931 1647. Shut-In i.! ' 03/27 10:45:00 107.25000 650.78 42.16' 1639.78i Shut-In , , . 03/27 11:00:00 107.50000 i 776.28. 42.41 I 1637.41 i Shut-In 03/27 11:15:00 107.75000 I 907.28 42.631 1636.41 [ Shut-In . 03/27 11:21:00 107.85000 POOH wNVire Line. Can Not Get Down. 935,03i 42.85, 1636.281 Shut-In 03/27 11:30:00 108.00000 I 1036.03 ~, 43.47 1635.91 ', Shut-In 03/27 11:41:00 108.18333 OOH. Close Lower Master. Bleed Down Lubricator. t, 1174.281 44.25' 1635.41 Shut-In i 03/27 11:45:00 108.25000 Choke Manifold Closed. Upper Master Closed. I 22.61 44.86~ 1636.91 Shut-In ............................... 0.00 ~ ' · ' 03/27 11:46:00 108.26667 44.75 '~ 1636.66 Shut-In 03/27 11:47:00 108.28333 Open Lower Master Valve, 0,00 44.63~ 1636.53 Shut-In 03/27 11:49:00 108.31667 Open Well To Fl0w on 12/64ths Choke. I.S. = 146" 1183.781 47.271 1635.78 12/Adj. J 03/27 ii:50:00 i08.33333 Increase Choke to 13/64ths. 970.03i 47.25r, 1634.53i 13/Adj. 03/27 i2:00:00 108.50000 Tank #2 Strap = 1'46.00"( 0.000 bbl/d Rate) 605.28 46.73 1633.03 13 / Adj. 0.00It 0.00 0.00 ................. 265.03 ' ~ / 03~27 12:05:00 108.58333 Increase Choke t0 15/64ths. F!uid to Surface. 46.46 1631.41 15/Adj. ' [ 632.28 15 / Adj. 03127 1~:i'~i0~ i'08.~666~ ROck Choke. Start Injecting Defoamer, 335.531 46.33 1 i6 15 . , 03!27 .!_2!12:0,? !~_8;70000 Rock Choke. 324.78 46.39 1630. /Adj.r 03/27 12:15:00 108.75000 Rock Choke. 366.03 46.32 1632.28, 15/Adj. r ; 03/27 12:20:00 108.83333 Rock Choke. 366.03 46.12 1629.28 15/Adj. 03/27 12:30:00 109.00000 Tank #2 Strap = 146.00" ( 0.000 bbl/d Rate) 316.28 45.231 1629.91 18 / Adj. 0.00 ', 0.00 0.O0 03/27 12:40:00 109.16667 Increase Choke to 22/84ths, 274.5 44.12 1627.78 22 / Adj. 03/27 12:45:00 109.25000 245.23 43.591 1628.53 22 / Adj. 03/27 13:00:00 109,50000 Tank #2 Strap = 150.00" (320.006 bbl/d Rate) 222.01 42.19 1628.28 22 / Adj. 4.00 320.01 6.67 03/27 13:05:00 109.58333 Increase Choke 30/64ths. 148,61 40.71 1629.03 30/Adj. 03/27 13:10:00 109.66667 APl Oil Grav. 25'@68"i24.5 @ 60)BS&W = 0,5% Mud 123,66 40.24 1628.28 30 / Adj. 03/27 13:15:00 109.75000 108.83 39.90 1626.91 30/Adj. ~3i27 i3:~i'0(~ i'i0.0(~000 Tank #2 Strap = 15:7.00" (560.010 bbl/d Rate) 92.46 39.54 1629.28 30 / Adj. 7.00 560.01 18.33 ...................................................................................... 39.43 .... 03/27 13:31:00 110.01667 Increase Choke to 34/64ths. I 74.81 1629,78 34/A.dj. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.2 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 03/27 13:45:00 110.25000 I ~ 625.53 i 54.38' 39.14i' 1 34/Adj. --- 03127 14:(~0:00 ii0. Tank #2 Strap = 161.50" (360.010 bbl/d Rate) : ' ' ' i 50.38, 39.08', 1625.41 34/Adj. 4.50 360.01 ~ 25.83 03/27 14:05:00 110.58333 Switcl~ to Tank #3. I.S.'=-0.'(~o". t .... ! 44.68 i 39.031 1627.03 ~ 34 / Adj. ' 03~27 14:15:00 110.75000j 42.28 38.99 :' 1625.03~ 34 / Adj. , (~3i27 ' '' 41.01 39.041 1626.16' 34/Adj. i. 14:20:00 110.83333 Open Swab valve To RIH with W/L. 0~)/27 14:30:00 111.00000 Tan~ #3 strap = 3.50'; (28°.OLO bbl/d Rate) : ...... i 24.58. 39.43 1626.28, 34 / Adj. 3.50 , 280.01 31.67 iii.25000 ShUt na h Man fol '. W/ I 1625.53:~ Shut-In 1.00 , 160.00 03/27 14:45:00 t C cEe d L can not get down. 18.66. 39.94 33.33 03/27 14:50:00 111.33333 Tank #2 Strap = 4.50" (160.000 bbl/d Rate) POOH wit 108.83~ 40.87 1626.03 i Shut-In . ' 03/27 14:55:00 111.41667 Tank #3 Strap = 161.50" (Settling Time.) I 140.63. 41.34 1627.53 Shut-In 03/27 15:00:00 111.50000 ! 165.31 41.71 ' 1626.91 Shut-In 03/27 15:15:00 111.75000 ! 216.71~ 42.66 1627.78i Shut-In ' ' ....... I 318.78 ....... ~';~i~7 15:30:00 I 1-i2.000(~0 43.59 1628.911 Shut-In .......................... 628 r 03/27 15:40:00 112.16667 CCH with W/L. Close Master and Blow Down Lines. I 361.281 44.01 ' 1 .03 Shut-In ~,/27 15:45:00 112.25000 0.00~ 44.34 1628.78 Shut-In 03/27 16:00:00 112.50000 0.00 45.55. 1630.16 Shut-In i, ' ........... I 46.16' 1629.03 Shut~In 03/27. 16:15:00 112.75000 0.00~ , 03~27 16:30:00 113.00000 0.00 46.60, 1629.91 Shut-In 03~27 16:32:00 113.03333 Start Cycle OMNI to Blank Position. 0.001 46.65', 1629.66 Shut-In 03~27 16:45:00 113.25000 0.00 46.52! 1185.03~ Shut-In .... OMNI 03/27 16:55:00 113.4i667 in Position. Press up Tubing to 1800psi. 0.00! 46.34! 21.35 Shut-In ~3i27 1~:00:00 113.50000 ....... 1876.53 51.91' 21.42 Shut-In 03/27 17:02:00 113.53333 Cycle OMNI to Circulate Position. 1833.03 49.93 731.78 Shut-In 03/27 17:09:00 113.65000 Start Reversing out on 16/64ths choke. 2490.78 50.47 65.23 Shut-In 03/27 17:10:00 113.66667 Increase Choke to 20/64ths. 2395.78 50.68 246.16 Shut-In 03/27 17:11:00 113.68333 Increase Choke to 22/64ths. 2242.28 51.80 273.91 Shut-In , , 03)~:~ 17:i5:00 1'i :~.:~5000..... 1702.28 48.52 234.41 Shut-In ~3'i27 17:30:00 114.00000 1173.78 47.40 393.16 Shut-In 03/27 17:34:00 114.06667 Increase Choke to 24/64ths. 1012.78 47.83 345.41 Shut-In 03/27 17:45:00 114.25000 648.28 48.23 358.03 Shut-In ....................................... 566.28 03/27 18:00:00 114.50000 386.28 48.50 Shut-In ~)~/~ 18:'i5:0~ i i41:/~000 249.38 48.43 1108.28 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.3 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) II I 03/27 i830-00, ! i I : : . 115.00000 r 350.78: 48.91 1813.28i Shut-In ........ ' : ' 03/27 il~:Z~:00 i15.16 Increase Choke to 128/64ths. i 116.78: 49.73: 1946.031 Shut-In : 03/27 : . ] 39.98: 50.29: Shut-In. 15.33333 Shut Down Circulating. Close Master to Purge Lines I 113.86~ . Shut-In . 03/27 18:50:00 1 000/I 50.80 2026.16I 03/27 19:00:00 1i5.50 i 55.36 50.441 25.511 Shut-In~ i ' 03/27 19:09:00 115.65000 Complete Purging Lines. Shut in at Choke Manifold. I 26.68[ 50.10 21.40! Shut-In 03/27 19:15:00 i15.75000: ~ 0.001 49.57 21.621 Shut-In 03/27 19:20:00 115.83333 Start Circulating to Rig Pits. 2400 psi 2.5 bpm. 0.00! 49.21 ! 25.461 Shut-In , 03/27 19:23:00 115.88333 2500 psi @ 3 bpm. I 0.00 48.97 27.93! Shut-In 03/27 19:25:00 115.91667 3000 psi @ 3.5 bpm. I 0.00i 48.80r 29.861 Shut-In 03127 19:27:00 115.95000 3100 psi @ 3.5 bpm. ! 0.00 48.62129.88 Shut-In ~:~/27 i~:~;0:00 i i5.98333 3400 psi @ 4 bpm 0.00! 48.371 31.20 Shut-In ~ I , ' 31 .~1 03~27 19:30:00 116.00000 ~.0O' 48.20[ Shut-In 03~ ~;~4:0~ ~.~66~400psi~4.5bpm. 000 47.79! 33'62e,;ShUt'ln ~ 03/27 19:45:00 116.25000 000 46.75~ 42.07 o,u,-In , ~ 20;~' ~i~.~'~ 0.00~ 45.781 44.12~ Shut-In 03/27 20:15:00 116.75000. 0.00 44.85 42.16 Shut-In [ ~7 ~:3~:0~ i i~00~0 2600 psi ~ 5 bpm. 0.00 44.01 41.88 Shut-In ~3-)~7 ~';~:~ ~i7~2~0~'~ 0.00 43.15! 42.83 Shui-lnI ~/2~ '2~':~0~00 i17.50000 0.00 42.05 48.33 Shut-In . 03127 2~:~5:00 ~ ~7.75000 0.00~ 4~.7~ I 3~.~8 Shut-In 03/27 2~:30:00 1~8.00000 0.00 41.41 3~.~3 Shut-In 03~27 2~:45:00 1 ~8.25000 0.00 4~.0~ 36~0 Shut-In , 03127 22:00:00 ~8.50000 0.00 40.~4 37.00 Shut-In 03~27 22:~5:00 ~8.75000 0.00 41.08 37.2~ Shut-In 03/27 22:30:00 ~0.00000 0.00 4~.35~ 37.5~ Shut-In 03127 22:45:00 ~0.25000 0.00 4~.3~ 37.83 Shut-In 03/27 23:00:00 ~ ~ 0.50000 0.00 4~ .21 37.47 Shut-In 03/27 23:~5:00 1~.75000 0.00 4~.22 37.42 Shut-In 03/27 23:30:00 ~20.00000 0.00 4~.20 37.08: Shut-In 03127 23:44:00 ~20.23333 Finish Girculating 0.00 40.~3 22.~3 Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.4 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol ...... Time (psig) (degf) (psig) (64tbs) (inches) (bbl/d) (bbls) I '23:45:00ilI .... 03/27 120.25000 Open Master to Choke Manifold(Closed). I 0.00~ 40.91 22.531 Shut-In 03/27 23:51:00 I 120.35000 Start Displacing with Diesel. ', 0.00; 40.79 22.15~ Shut-In I . : ~)3/28 ~l~:00:00] i20.500l~01 i 1677.28' 43.42 27.61! Shut-In 03/~8 00:;i'~:00 I 120.~000 ~ 291728 43.89' 24.87 Shut-In 03/28 00:17:00 120.78333 Finish Displacing Diesel. 2748.031 43.83 22.36: Shut-In 03/28 00:30:00 121.00000 Cycle OMNI to Well Test Position. = 2768.53, 43.23 71.37 Shut-In 1~3i~8 ~)0;Z~5:0~3 121.25000 ...... ~ 3797.28i 42.86 1571.031 Shut-In . 03/28 00:58:00 121.46667 Bleed Off Tubing Pressure Thru Choke manifold. I 3602.28 42.79' 22.22' Shut-In ' ' 03/28 01:00:00 121.50000 Pressure Up on Annulus to Open LPR-N. ' 0.00~ 49.32: 20.52~ Shut-In ; 03/28 01:15:00 121.75000 Open Swab- RIH with Wireline. 935.031 49.24 1484.9111 Shut-In 03/28 01:30:00 122.00000 1902.53 48.63~, 1474.03 Shut-In 03/28 01:45:00 122.25000 2197.781 47.94i 1464.53 Shut-In ' 1456.53 Shut-In 03~28 02:00:00 122.50000 2443.53, 46.81 I 03~28 02:15:00 122.75000 2718.28 45.05~ 1450.661 Shut-In r 03~28 02:30:00 123.00000 2951.78 43.471 1445.41 Shut-In ' ' 03128 02:45:00 123.25000 2952.531 42.25 1438.41 Shut-In ' 03/28 03:00:00 123.50000 Tag obstruction at End of Tubing. .2.93!:~_8 41.11;~ 1431.91 Shut-In , 03/28 03:15:00 123.75000 2893.03 40.52r, 1425.41 Shut-In (~;~i~8 ~':3(~:(~'1~ i~,~.00000 2872.53 39.84 i420.03 shut-in 03/28 03:45:00 124.25000 2855.28 39.10 1414.53 Shut-In .............................................. 3 .... 03~28 04:00:00 124.50000 .5 38.50 1409.66 Shut-In 03~28 04:15:00 124.75000 2807.53 38.01 1405.16 Shut-In 03~28 04:21:30 124.85833 Open Well to Flow' on 10/64tbs Choke. 38.37 10 / Adj. 03~28 04:22:00 124.86667 Initial Gauge = 19.50". 2169.28; 1398.03, 10/Adj. 03~28 04:23:00 124.88333 403.78 42.621 1380.66, 10/Adj. ................................... 43.08 03/28 04:24:00 124.90000 370.78 1378.28 10 / Adj. 03/28 04:25:00 124.91667 226.06 42.74 1375.53 10 / Adj. 03/28 04:26:00 124.93333 35.36 44.08 1372.16 10/Adj. 03/28 04:27:00 124.95000 24.73 44.40 1370.53 10 / Adj, 03/28 04:28:00 124.96667 22.16 44.69 1369.16 10/Adj. 03/28 04:29:00 124.98333 20.53 45.09 1368.03 10 / Adj. ................. BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.5 i ii · Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls)' II 03~28 04:30':00 I 125.00000 [ 20.261 45.48' 1367.031 10/Adj. 03128 04:45:00 125.25000 Tank#3 Strap 19.50;' ( 0.000 bbl/d Rate) 27.88 50.28; 1612.41 ~ 10/Adj. = , ; 0.00 ' 0.00 33.33 03/28 05:00:00 i~5.5000.~3T~Jnk~3str;~=20.25"(120.000bbl/dRate) i 25.08! 52.51; 1587.031 10/Adj. ! 0.75 ' 120.00 34.58 .............. 000[ ........... , l 03/28 0_5:!5:00. i2,~,75 [ 28.861 53.32! 1565.03; 10/Adj. 03/28 05:30:00 126.00000 Tank #3 Strap = 23.00" (220.001 bbl/d Rate) ~ 37.86 53.01' 1545.28! 10 /Adj. 2.75 , 220.00 39.17 03/28 05:45:00 126.25000 t, 33.18{ 53.04 1528.41 i 10/Adj. , 03/28 06:00:00 126.50000 Tank #3 Strap = 24.00"( 80.001 bbl/d Rate) ! 35.881 53.61 1518.661 10/Adj. 1.00 : 80.00 40.83 0:~i2~ ...................... 0~:'i5:0.0. [ i2~'~5000 ................ i 35.26i 53.98' 1515.031 10/Adj. ! 35.53 53.87' 1513.53: 10/Adj. : 2.50 i 200.00 45.00 03/28 06:30:00 J 127.00000 Tank #3 Strap = 26.50" (200.002 bbl/d Rate) ~ .... 0~/~8 '0.~i~,5:0.0.' i~.250.00. ......... il 44.48' 53.62. 1513.161 10/Adj. 0.i3/~ 06:49:00 127.31667 POOH with Wireline (several attempts to bottom), i41.78 53.61 1513.161" 10/Adj. 03/28 07:00:00 127.50000 Tank #3 Strap = 28.50" (160.004 bb/d Rate) 61.66 53.291 1513.53 10 /Adj. ; 2.00 i 160.00 i 48.33 ~3!28 0..7!!_5!.0_0. 127.75000 79.91 52.921 1514.16 10/Adj. 03/28 07:30:00 128.00000 Tank #3 Strap 28.50"( 0.000 bbl/d Rate) 76.98 52.681 1513.91 10/Adj. i 0.00 I 0.00 I 48.33 ; 03/28 07:45:00 128.25000 OOH with Wireline. 83.43 52.49[ 1514.41,, 10/Adj. 03/28 0.7:47:00 128.28333 Close Master. Bleed off Lubricator. Change tools, i 83.68; 52.53! 1514.41i Shut-In i 0.00 , 0.00 I 48.33 03/28 08:00:00 i~8.500001Tank'#aStrap=28.50"(0.000bbl/dRate) 0.00 50.74i 1528.91{ Shut-In ~3/28 08:15:00 128.75000 0.43 50.101 153253i Shut-In 03/28 08:30:00 129.00000. 0.16 48.78. 1530.03 Shut-In ~3..!28- 0_8.:.4.5:00 129.25000 1.53 47.18! 1526.41 Shut-In _0._3!.2.8. ~_8.!_5..6!00~ !2.9.,4.33~.3. ~_p__en aas!e.r T(~ ._Ch~k.._e Uar~ifold(closed). 2.68 46.381 1523.28 Shut,!n 03/28 08:58:00 129.46667 Open Well to Flow on 10/64ths choke. 871.28 47.29! 1512.28 10 /Adj. . 0.3i28 09:00:00 129.50000 Having trouble getting tank Gauges. 104.26 49.3© 1503.66 10 / Adj. 03i28 0.~i0i:00 129.51'667 RiH'With'DoWnh~0iesamplers. Settoopen@ 13:00. 119.86' 49.42 1502.78 10/Adj. 03/28 09:15:00 129.75000 i 63.06i 50.78 1495.16 10/Adj. 1°'Ad" 03/28 0,9_:45.!00 !3.0.:25000 87.26, 52.09 10/Adj. ',0.~i2.~ !0!.00.,:?0..!30..:5_000_0 !.n!!ia!Ta.n.k_.G..a?g_e_.=, 2!.00'' 94.38 ........ 52.16[ 15o2:91 10/Adj. .0..3_!.2.8- 1__0.!1__5:~ _1.3_~..7.5000 !06..46 52.60. 1505.031 10 / Adj- 03/28 !.0.!30!00 131.00000 130.23 53.101 1506.781 10 / Adj. 0~i~ 10:45:00 'i~1'12500.0 142.4i'j 53.651, 1508.28 10/Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.6 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 03/28 11:00:00 ! 131.50000 Tank#3 Strap = 21.00"( 0.000 bbl/d Rate) i 161.41~ 53.92'~ 1509.53! 10/Adj. , 0.00 : 0.00 ' 48.33 03~28 11:04:00 I 131.56667 Rock Choke. . 167.38 53.891 151 .03, 10/Adj. :,, !i ~/~ 11:15:00 i3i.750~)0 - i 84.4ii 53.70" ' ' , . 1509.53~ 10/Adj. r 03/28 11:30:00 132.00000 Tank #3 Strap = 23.00" (160.002 bbl/d Rate) 129.98 53.62" 1510.66 10/Adj. ! 2.00 ! 160.00 i 51.67 03/28............ 11:45:00 I 132'250001 ,i 145.06: 53.41. 1511.53i 10/Adj. i ' · . 03/28 12:00:00 ~ 132.50000 Tank #3 Strap = 24.00" ( 80.000 bbl/d Rate) I 218.28 52.50 1512.78; 10 / Adj. 1.00 80.00 53.33 ..... ic , 03/28 i~5:0~ 3 '7~0 k Choke~ 1~00:00 I 346.03 51.69 1513.28: 10/Adj. 03/28 .................. 12:30:00 133.00000 Tank ~3 Strap = 28.00" (320.010 bbl/d Rate) ~ 378.03: 51.32' 1514.16~. 10 / Adj. 4.00 320.01 ~r 60.00 03/28 12:45:00 13~.25000 ..... ............................. ~ 313.53 51.28 1514.78 10 / Adj. : 03/28 13:00:00 133.50000 Tank ~3 Strap = 30.00" (160.000 bbl/d Rate) ~ 25Q03' 51.17 1515.53: 10 / Adj. ' 2.00 160.00 63.33 ...................................... ~ ; 03/28 13:15:00 133.75000 219.51~ 51.10[ 1516.91~ 10/Adj. ~ 03/28 13:30:00 134.00000 Tank ~3 Strap = 32.75" (220.000 bbl/d Rate) 199.51,r 51.28 1518 16J 10 / Adj. ~ 2.75 ; 220.00 i 67.92 1519 53 03/28 13:45:00 134.25000 190.13 51.39~ 10/Adj. ~ ~ 1521~16 ' ' ~ ' ~ ] 68.33 03/28 14:00:00 134.50000 Tank ~3 Strap = 33.00" ( 20.000 bbl/d Rate) 202.81 [ 51.42: 10 / Adj. ~ 0.25 I 20.00 03/28 14:02:00 134.53333 POOH with Wire Line. 209.71 ~ 51.42'~ 1521.53 10 / Adj. J ~ ~ , ~, , ' .33 03/28 14:08:00 134.63333 Rock Choke. 223.56~ 51 1522.16 10/Adj. ~ 214.13 ' ' 03/28 14:15:00 134.75000 51.28~ 1522.53~ 10/Adj. ~ ........................... ~/~ 14:30:00 135.00000 Tank~3Strap= 33.00"( 0.000 bbl/d Rate) 252.78[ 51.30~ 1524.66 10/Adj. ~ 0.00~ 0.00 . 68.33 03/28 ~':~;~0 ~033~3 i~;rease'ch;ke to'14i64ths. 260.28 51.31[ 1524.91 14 / Adj. ~ 03/28 14:45:00 135.25000 277.03; 51.04 1524.91 14 / Adj. ~ ~/~-8 ~ ~:~;0~ i~5.50000 309.53 50.52 ~ 1525.78 14 / Adj. [ 03/28 15:05:00 135.58333 Shut Well in well ~ Lower Master Valve. 329.78 50.50~ 1527.03 Shut-In , 03/28 15:06:00 135.60000 Tank ~3 Strap = 34.00" ( 68.570 bbl/d Rate) 259.78 50.36 1526.!6 Shut-In 1.00 68.57 ' 70.00 ~/~8 15:07:00 135.61667 3.83 50.14~ 1526.28 Shut-In ~ ~ .... 03/28 15:08:00 135.63333 0.00 50.10 1526.41 Shut-In ~ ~ .......................................... . 03/28 15:15:00 135.75000 0.00, 49.94 ~ 1528.16' Shut-In ~ { 03/28 15:30:00 136.00000 0.00 49.32~ 1531.78 Shut-In , 03/28 15:44:00 136.23333 Open Well to Choke Manifold. Swab valve closed. 0.00 48.72 ~ 1536.91 Shut-In ............................................................................................................ 03/28 15:45:00 136.25000 0.00 48.6~ 1537.41 Sh ut-In ........................................................... ~ ......... ~/~ ~6~00 !~'26667 ~pen We!I to FloW on 20/64~'hs. 767.53 49.30 1535.4! 20 / Adj. 03/28 15:47:00 136.28333 I~tial Strap Tank ~3 = 34.00" 435.78~ 49.43 1532.78 20 / Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.7 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) ! I 03/_28 !_5:4_8!_00., !36.30000! I 479.28" 49.06 1532.781 20/Adj. ! 03/28 15:49:00 I 136.31667 i 490.78;: 48.92! 1532.66;i 20/Adj. 03/28 i5:50:00 13633333. i 48853: 48.86 1532.53', 20/Adj. ; 03/:~8 i5:51':00 136135000 i 483.78,~ 48.83 1532.411 20/Adj. , 03/28 i5:52:00 I 136'36667' i 489.28 48.79 1532.41! 20/Adj. 03/28 i5:5~,:00 136.38333; [ 493.78 48,78, 1532.411 20/Adj. 03/28 15:54:00 136.40000 ~ 496.03 48.77 1532.41 I 20/Adj. 0.3./28 15:55:00 136.41667 i ' i 423.031 48.731 1531.53 20/Adj. 03~28 15:56:00 136.43333 ; 428.78' 48.63 1531.281 20/Adj. 03/28 15:57:00 136.45000 I 428'781 48.59' 1531.03 20 / Adj. r ' : · 431.03 48.571 1530.78 20 / Adj. 03/28 15:59:00 136.48333 I 48.56i 1530.53 20 / Adj. = i o.oo i o.oo I 70.00 03/28 16:00:00 136,50000 Tank #3 Strap 34.00" ( 0.000 bbl/d Rate) I 48.53i 1530.41 20/Adj. 03/28 16:15:00 136.75000 422.03 47,341 1526.031 20/Adj. 03/28 16:30:00 137.00000 Tank #3 Strap = 34.00"( 0.000 bbl/d Rate) 408.531 46.10! 1523,281 20/Adj, ~ 0.00 i 0,00 70.00 03/28 16:39:00 137.15000 Shut in Well at Choke Manifold. I 399'781 45.54: 1522.53 Shut-In ! 0.00 ; 0.00 70.00 i 03/28 16:42:00 137.20000 Cycle OMNI to Blank Position. 426.281 45.31 i 1522,781 Shut-In 03/28 16:45:00 137.25000 Final Tank #3 Strap = 34.00" ( 0.000 bbl/d Rate) 444.2i! 45.081 337.41 Shut-In 03/28 ....................................................... 17:00:00 137,50000 525.53J 45.06]~ 108.70 Shut-In I 46.29 03/28 17:15:00 137.75000 2386.28! 1780.91 Shut-In 03!28 !7:!7:00 137.78333 Start Reverse Out. (12-14-16-18-20-Wide Open.) 2504.78 46.35 32.50 Shut-In 03/28 ............. 17:30:00 138.00000 ~ 1395.78 51.031 397,78 Shut-In 03/28 17:45:00 138.25000 ! 287.28 52,361 458.78 Shut-In ~,i~ i8i'00:00 13815000~' I 10.73 59,47 43.83 Shut-In ~i~ i~;0~1-;~ i~'i,~i'~'Finish Reverse oUt and Blow down Lines. 8.83 59.26 44.21 Shut-In 03~28 18:15:00 138.75000 I 64.21 58.38, 7.96 Shut-In 0,3.!_28 !8:?:00 !38.833.33 Start Circulating. 67.43 57.68 9.03 Shut-In 0...3.(.28 !.8.:3~!07 ! ~.9._.000~067.46. 56.46 35.53' Shut-In .0._3_/_2.8 1.8:45:07 !~.25000 66.38' 54,64 43.231 Shut-In :oo:oo .. i03/28 19:15:00 139.75000 66.76 51.54 ,,, 43.82! Shut-In BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.8 i i ii i i i i Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I I III I 03/28 19:30:00 140. I 67.58i 50.02 43.90i Shut-In i 69.13~ 48.71 39.681 Shut-In 03~28 19:45:00 140.25000 i ~ , ~i'~8 20:00:00 140.50000 = 69.58: 47.59 39.71' Shut-In 03/28 20:15:00!140.75000 ~, 69.761 46.46. 39.57 Shut-In 03/28 20:30:00 141.00000 I 70.06 45.47 40.20; Shut-In 03/28 20:45:00 i 141.25000 Finish Circulating. ,, 70.53. 44.50 = 40.85 Shut-In 03/28 20:55:00 I 141.41667 Open Pipe Rams. i 68.081 44.04' 21.281 Shut-In 03/2~ 2i~:00:00 141.50000 ~ 71.68 43.79i 19.85~ Shut-In 03/28 21:11:00 141.68333 Open ByPass on Packer. I 70.06I= 43.22 19.45 Shut-In 03/28 21:15:00 141.75000 Release Packer. Safety Joint Sheared. BHA Stuck. 72.31 ' 43.04 19.35 Shut-In 7.47 i 03/28 21:30:00 142.00000 68.76~ 42.36i 1 Shut-In J '~)~i2~ 2i:'~:~ ......... i'~2'2500'0 i 71.48! 42.01 39.12 Shut-in !~3~i2~ 22:00:00 142.50000 Start Circulating. Wait On Orders. 70.36 41.89~ 38.75 Shut-In I [ 03/28 22:15:00 142.75000 70.03 41.56 38.73! Shut-In : i ' 03/28 22:30:00 143.00000 70.93! 40.99. 38.47! Shut-In ~ r 03/28 22:45:00 i~12~0~(~ 70.76! 40.67: 38.42 Shut-In i . 70.43 38.30 ' ' 03/28 23:00:00 143.50000 41.11i 38.41i Shut-In ~):~i2~' 2:~:'i~:~ i4~i~0~ .... 69.78 40.92i: Shut-In 03/28 23:30:00 144.00000 69.21 41.181 38.161 Shut-In 0:~;2~ 2~:45:00 144.25000 69.03 41.35 38.16 Shut-I, ~ , 0...3.!_2. ~9 00..:00:00144.50000 70.18 40.83i 38.46 Shut-In 0_~!_2._9 ~.0_!.! .5.:0~144.75000 70.13 40.76i 38.42 Shut-In 03/29 00:30:00 145.00000 67.96 41.01 38.02 Shut-In ?.3.!.2_9_...07.4..5.. !0_0 !45:250~? 69.13 41.87 38.41 Shut-!n 03/29 01:00:00 145.50000 67.71 42.75 38.27 Shut-In r 03/29 01:15:00 145.75000 66.81 43.88 38.23 Shut-In 03/29 01:30:00 146.00000 66.81 44.59 38.25 Shut-!, ~,~i~ ' 0'i:45:00 i~,~i~50~ , 64.33 45.54[ 37.771 Shut-In 03/29 ~.2._!..0.~):00 146.50000, ~5.5~I 45.57[ 38.12 Shut-In , ~:~i~ 02:15:00 i ~,~.~1~) I 65.16 46.08[ 38.21! Shut-In 03/29 02:30:00 147.00000 ! 63.58 47.26 38.33 Shut-In ........ BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.9 ii i i i i ii Time Delta Comments Whp Wh~ Casing Choke Tank Inc. Tank Rate Tank Vol . Time (psig) i (degf) (psig) (64ths) (inches) (bbl/d) (bbls) ! I III I I 147.25000[I t ' 1 '03/29 02:45:00 ' 61.731 47.14 18.78! Shut-In 03/29 02:55:00 147.41667 Finish Circulating. i. 10.411 47.82' 18.75 Shut-In 03/29 03:00:00 147.50000 Rig Down Surface Tree and Choke Manifold. ! 8.91 48.26~ 18.681 Shut-In . ............. ~ .......................... ~ 7.73 ' 03/29 03:15:00 J 147.75000 0.001 0.00; 1 Shut-In 03~29 03:30:00'i48.000001 '. 0.00[ 0.00 17.771 Shut-In 03~29 03:45:00 I 148.25000 t Finish Rig Down. [ 0.00' 0.00. 17.68! Shut-In 03/29 03:50:00 I 148.33333 Pick Up to Activate Jars. i 0.00! 0.00 17.68 Shut-In i48.40000 ' 0:~i;~9 0:~:54:00 Pick up over jar action. BHA came free. T 0.001 0.00' 17.501 Shut-In ' 0~/29 0z~il~0:00 , 1~18 50000~ i 0.00! 0.00 17.701 Shut-In 03/29 04:30:00 149.00000 : 0.00 0.00' 18.30i Shut-In 03/29 04:36:00 149.10000 RIH to check for guns. I 0.00 0.00. 18.311 Shut-In ; . . 18.97) .0.3_!2_9 0_5!0..0.!._0.0- !?.9..5..00~0. P!c_k B.ack up to Depth. 0.00, 0.00!~ Shut-In 03~29 05:14:00 149.73333 Set Packer. Close Pipe Rams. 0.00! 0.00 18.ooj Shut-In 03;29 05'i'i5:00 1~,gi~5000 .... , 0.00 0.001 18.91') Shut-In 03/29 05:26:00 149.93333 Start Circulating. 0.00! 0.00j 25.20 Shut-In , 38.13 i I I i 37.6~ 0,3_!.2_.9.. 0_6!3_?.0.0. . !.5_!:~..0.~0_.0 0.00 0.00, Shut-!n 03/29 07:00:00 151.50000 . o.oor 0.00 36.71 Shut-In 03i~ ~)~';~,~3i00 152.21667 Cycle OMNI ToWell Test. 0.001 0.00 16.78 Shut-in J T ~:~ 08:00:00 152.50000 0 00 O.001 19.661 Shut-In : ' 03/~9 0l~:i'0:00 i52.66667 RU Wireline. 0 00i 0.001 1877.78 Shut-In J ~ ' ~ 1825.53 03/29 08:30:00 153.00000 0.00 0.001 Shut-In 03/29 09:00:00 153.50000 0.00 0.00i 1783.411 Shut-In 10~9 09:30:00 154.00000 0.00 0.00! 1750.91 Shut-In : 0.00 03~29 0._9.!~.8.:00 154.30000 RIH with Wireline. 0.00,I 1733.78 Shut-In 03i:~) 10:00:® i54.50000 0.000.00 1723.41 shut-In I ~i~ ' i'~':~'i00 i,~,~.~0000 0.00 0 00, 1699.66 shut-In 03/29 11:00:00 155.50000 0.00 ~ 0 O0 1678.41 Shut-In 03/29 11:30:00 ,!56,:00000 I, 0.00 0.00. , 1661.28 Shut-In ..... BP Exploration (Alaska), INC. Badami No. 4 DST No. 1 - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.10 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I I I ..... _o.0o o_ [ oo_H ' (~3i29 12:00:00 1_5._6_ with e. can not Get down. ~ 0.00' 0.001 1642.41~ Shut-in I 03/29 12:30:0011~:7.1i667JOOHI 0.001 0.001 1626.28i Shut-In I ................. 57.00000 t ~ 03/29 12:37:00 1 with Wireline. ' 0.00i 0.001 162'1.66! Shut-In 03/29 1~:45:00 i57.25000 RD Wireline. 0.00! 0.00i 1618.41i Shut-In i 03/29 13:00:00 157.500001 i 0.00i 0.001 1611.03; Shut-In i 03/29 13:30:00 158.00000 ~ 0.00! 0.001 1597.28! Shut-In ! ~.3_!29- 13:45:00 , 158.25000 Cycle OMNI to Circulate Position. i ' I - l , 0.00i 0.00i 1450.161 Shut-In [ 03~29 14:00:00 158.50000 i 0.00 0.001 1467.16 Shut-In 03~29 14:15:00 158.75000 Release Packer. i 0.001 0.001 2.88 Shut-In t 03~29 14:20:00 158.83333 Start Circulating. 0.00i 0.00i 5.131 Shut-In 0~;~,~ i~,:~0:00 ' 159.~0(~0 ................... 0.(~0 0.001 2.871 Shut:In, 0:~i~'~ i5:°0:°0 i59.50000 0.00 0.00! 2.111 Shut-In .0.,3-.(2_ 9_ !_5.:30:0.0. 160..~00~0 .... 0.00 0.001, 2.28i Shut-In ~3_!.2.9_ !~:0~0:00 160.50000 0.00 0.00 37.98 Shut-In J 03/29 16:30:00 161.00000 0.00 0 00', 37.51 Shut-In 03/29 17:00:00 161.50000 Finish circulating. 0.00 0.00 18.03 Shut-In 0.00 03/29 17:10:00 161.66667 RIH 8 Stands Plus 10ft. 0.00 18.58 Shut-In 03~29 17:30:00 162.00000 0.00 0.00! 19.35 Shut-In 03/29 17:36:00 162.10000 Tag Guns. (11516'MD) 0.00 0.00 19.36 Shut-In 03/29 17:40:00 162.16667 Pull 9 Stands. 0.00 0.001 20.18 Shut-In 03/29 18:00:00 162.50000 0.00 0.00 20.95 Shut-!n ~i~ i8:i'5:00 i~2.~5000 SPot Pill and POOH. 0.00 0.00! 21.31 Shut-In ' 03/29 18:30:00 163.00000 0.00 0.001 21.421 Shut-In , ;~i~) i~i00i00 1~3.,~0000 shut DownData Collection. 0.00 0.00 23.53 Shut-In 03_!.29 23!00:00 !63'6..6_~67.B. HA .a_! ~u~_a_ce. Break Down Same. 03/30 00:30:00 163.72917 At First Bundle Carrier. 03/30 00:45:00 163.73958 At Second Bundle Carrier. 03/30 01:00:00 163.75000 BHA Layed Down. 03/30 02:00:00 163.79167 RU Wash Pipe and Overshot. RIH w/Same. 03/30 18:00:00 164.45833 OOH With Wash Pipe and Fish. ., 03/30 19:00:00 164.50000 At Top Gun. . ~ ...... BP Exploration (Alaska), INC. Badami No. 4 DST No. I - Extended Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.t I Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (deg0 (psig) (64ths) (inches) (bbttd) (bbls) I I 03/~6 ;~0:i,~:00 1~.~,~208 ~oid ~;f~j k~;;ii;~. ...................................................... 03/30 21:o0:00 164.58333 Finish Laying Down Guns. 03/30 21:10:00 164.59028 Third Gun in Top 77' Shot out of Scallops. , X Test No: 1 20 Gauge No: 10594 Pressure/Te~ ~perat ute Well No: #4 B I History I Company: BP Exploration I I I I I I 200 - bO I _ ~00~ ,~ - 0 0 0.°2. Pressure Vs Delta Time x 18.C 15.C 12.( 9.0 6.0 5.0 0.0 Test · 1 Gauge No: 10594 Period No: 1 Well: #4 Company: BP Exploration Analyst: R.A. Richey :: - _ :: -3 2 7 12 17 22 27 32 37 4 Delta Time(hours) IRIH \ Press Test Z Pressure Vs Delta Time 6.4 6.0 x 4-.4 4.0 -0.125 0.125 0.575 0.625 Delta Time (hours) Test No: 1 Gauge No: 1059z~ Period No: 2 Well: Company: BP Exploration Analyst: R.A. p h,,,~.ic],e.,I , ~ I ~,, / I I 0.875 Initial Surge I I ( .31 Pressure Vs Delta Time 6.5 6.0 X 4.0 ,5.5 , , -- es N : 1 I ' ' Gauge No: 10594 Period No: 3 Well: #4 Company: BP Exploration Analyst: R.A. Richey - I I .I J I I I -2 2 % 10 14 18 22 26 30 Deltc] Time (hours) Initial Flow -_ Z - 0 _., -..ix -C,~ -CD -C,,I -'7 - 0 --Ix Pressure Vs Delta Time x 6.5 6.0 5.5 5.0 4.5 4.0 3.5 -3 2 7 12 17 22 27 Delta Time (hours) Test No: 1 _ Gauge No: 10594 - Period No: 4 - Well: #4 - Company: BP Exploration Analyst: R.A. Richey, ~ I I I I I ~ I I I I I I I I I I I I' I I I I I I I- 32 37 Initial Build Up 42 Pressure Vs Delta Time X 9.0 8.0 7.0 6.0 5.0 4.0 3.0 -4 3 10 17 24 31 38 Delta Time (hours) Wireline Test No: 1 Z Gouge No: 10594 - Period No: 5 - Well: #4 Z Company: BP Exploration l Analyst: R..A Richey, Z I I I i I I / I i I I i i I i i I i i Iii I i I I 45 52 Work 59 Z Pressure Vs Oel~a Time x 7.5 5.0 2.5 0.0 Test . auge No: 10594- eriod No: 6 Well: #4 Company: BP Exploration Analyst: R.A. Richey .~. ..="~:.. _ ~.':~.. ~,, "..~.: "~.. - '~. '~_ I I I I I I I I I J I I I I I I I I I J I I I I I I I I I J I I I I I I I I I J I. I I I I I I I I J I I I I I I I I I J I I I I I I I I I J I"i I'"~ I I i'"'¢"'i":'f;=i"I"':i%1,.,*..,4,.,d I I -1.0 0.5 1.7 5.0 7.0 11.0 Z Z 4.5 5.7 8.5 9.7 Delta Time (hours) Circulate & POOH Date: 22-Mar-95 Ticket No: 454363 GAUGE PERIOD SUMMARY Page No: 3.1.1 Gauge No.: 10594 Depth: 10904.14 ft Blanked off.' No ID PERIOD DESCRIPTION DATE/TIME PRESSURE (psi) DURATION(rain) A 1 B .. C D E 5 F Start Pre-Test(RIH) End Pre-Test(RIH) Start Surgeffire Guns) End:Surge(Fire GUns)~· Start Draw-down 1 End Draw-down 1 stan~Build:Up: 'End:BUild~up: Start Draw-down 2 End Draw-down 2 23-Mar 02:08:00 24-Mar 14:20:31 24aMar :1.4:20:31 24,Mar::i' 1:51:1.4:45. 24-Mar 15:14:45 25-Mar 21:59:25 25~Mar :2i!59:25: :27~:Mar::::~I01:00::3:l: 27-Mar 10:00:31 29-Mar 14:14:49 ' Stm:ReVerse' &:: POOH: :::: ' 29~Mar ~,1~! 1~:4::49:~,: :: 15.84 5512.98 2172.52 55IZ98: : !625:8:3;9 ........ :~: 54:~23i~: 6258.39 3644.62 1844.67 · 6300219:i?: .i: 6300.19 6843.05 3134.30 NOTE: for Pressure vs. Time Plot, see next page. X 2O 10 0 Test No: Gauge No: Pr ess ur e,/T e roper a~ ur e 10594 History I I I I Well No: #4 I Company: BP I I I I I I I I Exploration 200 I '~oo~ Z Z Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.3 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 23-Mar-95 Data Print Frequency: 2 *** Start of Period 1 *** 02:08:00 0.0000 15.839 56.551 02:39:46 0.5294 13.198 39.825 03:09:26 1.0239 12.492 35.389 03:39:06 1.5183 2287.757 69.211 04:08:46 2.0128 72.952 64.520 04:38:26 2.5072 98.242 59.962 05:08:06 3.0017 156.094 54.463 05:37:46 3.4961 188.943 53.675 06:07:26 3.9906 7617.364 52.391 06:37:06 4.4850 309.085 51.603 07:06:46 4.9794 670,841 53.504 07:36:26 5.4739 1318.517 53.486 08:06:06 5.9683 1896.082 60.305 08:35:46 6.4628 2490.383 67.259 09:05:26 6.9572 3153.036 74.989 09:35:06 7.4517 3527.084 82.875 10:04:46 7.9461 3657.671 83.716 10:34:26 8.4406 4190.163 93.784 11:04:06 8.9350 4599.106 105.096 11:33:46 9.4294 5152.519 114.495 12:03:26 9.9239 5710.218 129.142 12:33:06 10.4183 6608.110 145.690 13:02:46 10.9128 6850.095 166.935 13:32:26 11.4072 14233.989 168.917 14:02:06 11.9017 7011.557 168.744 14:31:46 12.3961 7060.001 169.020 15:01:26 12.8906 7083.319 169.250 15:31:06 13.3850 7074.317 169.454 16:00:46 13.8794 7103.918 169.651 16:30:26 14.3739 6906.098 169.814 17:00:06 14.8683 6504.877 169.857 17:29:46 15.3628 6542.229 169.985 17:59:26 15.8572 6555.224 170.158 18:29:06 16.3517 14264.777 171.358 18:58:46 16.8461 7075.528 170.994 19:28:26 17.3406 7132.603 171.018 19:58:06 17.8350 7157.897 171.263 20:27:46 18.3294 7171.859 171.476 20:57:26 18.8239 7173.813 171.632 21:27:06 19.3183 7175.269 171.767 21:56:46 19.8128 7176.242 171.894 22:26:26 20.3072 7177.008 172.015 22:56:06 20.8017 7177.730 172.130 23:25:46 21.2961 7178.423 172.242 23:55:26 21.7906 7179.150 172.350 Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 24-Mar-95 Data Print Frequency: 00:25:06 22.2850 7179.888 172.451 00:54:46 22.7794 7180.648 172.555 01:24:26 23.2739 7181.434 172.649 01:54:26 23.7739 7132.057 172.665 02:19:59 24.1997 7133.165 172.698 02:40:35 24.5431 7135.590 172.751 03:04:11 24.9364 7137.495 172.815 03:27:37 25.3269 7138.584 172.876 03:51:37 25.7269 7139.307 172.940 04:13:33 26.0925 7139.879 172.998 04:36:57 26.4825 7140.568 173.059 05:00:29 26.8747 7141.228 173.119 05:24:19 27.2719 7142.317 173.179 05:47:27 27.6575 7143.056 173.236 06:09:27 28.0242 7143.578 173.290 06:33:17 28.4214 7144.461 173.347 06:55:53 28.7981 7145.208 173.400 07:18:37 29.1769 7145.813 173.453 07:41:49 29.5636 7146.490 173.506 08:03:49 29.9303 7147.133 173.557 08:27:05 30.3181 7147.836 173.633 08:48:47 30.6797 7161.426 173.743 09:08:59 31.0164 7167.275 173.803 09:30:31 31.3753 7172.524 173.852 09:51:27 31.7242 7193.944 173.819 10:13:51 32.0975 7227.854 173.873 10:34:13 32.4369 7276.392 174.012 10:48:21 32.6725 7070.820 173.853 11:08:27 33.0075 7178.618 173.916 11:28:57 33.3492 7149.879 174.014 11:51:07 33.7186 7123.854 173.988 12:13:23 34.0897 7126.330 174.014 12:35:41 34.4614 7143.082 174.081 12:58:11 34.8364 7157.793 174.233 13:16:49 35.1469 7942.589 174.361 13:27:07 35.3186 7885.807 174.426 13:47:39 35.6608 7927.000 174.468 14:08:09 36.0025 7954.049 174.585 14:13:19 36.0886 8418.079 174.616 14:13:35 36.0931 8891.684 174.743 14:13:51 36.0975 9444.427 174.874 14:14:07 36.1019 10166.009 175.028 14:14:23 36.1064 10862.046 175.102 14:16:07 36.1353 10343.761 174.564 14:16:31 36.1419 9671.171 174.406 14:16:47 36.1464 9109.246 174.240 Page No: 3.1.4 Gauge Depth: 10904.14 ff COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.5 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 24-Mar-95 Data Print Frequency: 2 14:17:11 36.1531 6801.154 173.639 14:17:27 36.1575 5597.683 173.352 14:20:31 36.2086 5512.976 *** End of Period 1 *** Date: 22-Mar-95 Ticket No: 454363 PRESSURE ¥S TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 24-Mar-95 Data Print Frequency: 1 *** Start of Period 2 *** 14:20:39 0.0022 4363.676 173.882 14:20:47 0.0044 4333.926 173.932 14:20:55 0.0067 4441.973 174.017 14:21:03 0.0089 4525.533 174.089 14:21:11 0.0111 4624.486 174.148 14:21:19 0.0133 4724.845 174.194 14:21:27 0.0156 4823.364 174.239 14:21:35 0.0178 4914.354 174.248 14:21:43 0.0200 4994.214 174.256 14:21:51 0.0222 5065.508 174.265 14:21:59 0.0244 5128.874 174.274 14:22:07 0.0267 5187.030 174.283 14:22:15 0.0289 5239.092 174.292 14:22:23 0.0311 5288.014 174.300 14:22:31 0.0333 5332.553 174.309 14:22:39 0.0356 5373.957 174.318 14:22:47 0.0378 5412.566 174.327 14:22:55 0.0400 5438.021 174.336 14:23:03 0.0422 5475.149 174.345 14:23:11 0.0444 5506.665 174.353 14:23:27 0.0489 5542.909 174.350 14:23:43 0.0533 5590.454 174.348 14:23:59 0.0578 5636.475 174.345 14:24:15 0.0622 5672.356 174.342 14:24:31 0.0667 5708.854 174.339 14:24:55 0.0733 5734.645 174.334 14:25:11 0.0778 5765.704 174.331 14:25:27 0.0822 5794.132 174.328 14:25:43 0.0867 5819.894 174.325 14:26:07 0.0933 5852.720 174.321 14:26:31 0. I000 5883.747 174.317 14:27:03 0.1089 5915.693 174.311 14:27:43 0.1200 5942.582 174.303 14:28:15 0.1289 5969.884 174.298 14:28:55 0.1400 5999.733 174.290 14:29:35 0.1511 6025.171 174.288 14:30:23 0.1644 6051.387 174.293 14:31:19 0.1800 6076.658 174.300 14:32:23 0.1978 6100.632 174.307 14:33:27 0.2156 6120.137 174.314 14:34:31 0.2333 6135.833 174.321 14:35:35 0.2511 6149.740 174.329 14:36:39 0.2689 6160.354 174.337 14:37:45 0.2872 6147.776 174.346 14:38:49 0.3050 6158.807 174.354 Page No: 3.1.6 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 24-Mar-95 Data Print Frequency: 14:39:53 0.3228 6170.945 174.362 14:40:57 0.3406 6181.221 174.371 14:42:01 0.3583 6189.801 174.379 14:43:07 0.3767 6196.367 174.388 14:44:09 0.3939 6202.827 174.396 14:45:15 0.4122 6206.992 174.404 14:46:27 0.4322 6212.891 174.414 14:47:37 0.4517 6217.811 174.423 14:48:43 0.4700 6221.947 174.431 14:49:53 0.4894 6225.876 174.440 14:50:59 0.5078 6229.031 174.449 14:52:03 0.5256 6231.714 174.457 14:53:19 0.5467 6234.724 174.467 14:54:25 0.5650 6237.086 174.468 14:55:37 0.5850 6239.387 174.468 14:56:59 0.6078 6241.789 174.469 14:58:13 0.6283 6243.766 174.469 14:59:37 0.6517 6245.756 174.470 15:00:49 0.6717 6247.284 174.471 15:01:51 0.6889 6248.398 174.471 15:02:57 0.7072 6245.846 174.472 15:04:17 0.7294 6250.403 174.472 15:05:21 0.7472 6251.418 174.473 15:06:33 0.7672 6252.509 174.474 15:07:47 0.7878 6253.612 174.474 15:09:05 0.8094 6254.690 174.475 15:10:33 0.8339 6255.819 174.476 15:11:39 0.8522 6255.670 174.476 15:13:07 0.8767 6257.425 174.477 15:13:59 0.8911 6257.965 174.477 15:14:45 0.9039 6258.392 174.478 *** End of Period 2 ** * Page No: 3.1.7 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 24-Mar-95 Data Print Frequency: 1 * * * Start of Period 3 *** 15:15:09 0.0067 6186.390 174.478 15:15:25 0.0111 6108.606 174.466 15:15:33 0.0133 6056.272 174.454 15:15:49 0.0178 5970.458 174.430 15:16:05 0.0222 5919.660 174.406 15:16:13 0.0244 5767.830 174.394 15:16:21 0.0267 5613.298 174.381 15:16:29 0.0289 5496.222 174.368 15:16:37 0.0311 5400.082 174.355 15:16:45 0.0333 5314.779 174.342 15:16:53 0.0356 5237.196 174.329 15:17:01 0.0378 5167.487 174.316 15:17:09 0.0400 5104.012 174.302 15:17:17 0.0422 5046.435 174.289 15:17:25 0.0444 4994.104 174.276 15:17:41 0.0489 4904.563 174.301 15:17:57 0.0533 4830.045 174.326 15:18:13 0.0578 4766.782 174.355 15:18:29 0.0622 4712.939 174.390 15:18:53 0.0689 4645.506 174.442 15:19:17 0.0756 4588.057 174.494 15:19:49 0.0844 4526.824 174.563 15:20:29 0.0956 4467.651 174.651 15:21:17 0.1089 4415.740 174.752 15:22:21 0.1267 4359.592 174.880 15:23:49 0.1511 4306.751 175.094 15:25:57 0.1867 4254.990 175.412 15:28:21 0.2267 4194.495 175.768 15:29:17 0.2422 4144.428 175.969 15:39:27 0.4117 4131.336 179.158 15:49:47 0.5839 4148.511 181.732 16:00:01 0.7544 4162.120 182.465 16:10:09 0.9233 4167.277 182.674 16:20:09 1.0900 4171.690 182.673 16:30:39 1.2650 4179.388 182.593 16:40:47 1.4339 4185.177 182.342 16:51:09 1.6067 4195.938 182.084 17:01:41 1.7822 4202.420 181.901 17:12:23 1.9606 4210.474 181.762 17:23:49 2.1511 4166.916 181.635 17:34:11 2.3239 4179.800 181.560 17:44:25 2.4944 4188.176 181.472 17:54:49 2.6678 4153.139 181.370 18:05:53 2.8522 4151.202 181.291 18:16:11 3.0239 4158.786 181.226 Page No: 3.1.8 Gauge Depth: 10904.14 fl COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.9 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 24-Mar-95 Data Print Frequency: 1 18:26:15 3.1917 4156.071 181.159 18:36:19 3.3594 4148.649 181.096 18:47:25 3.5444 4145.001 181.033 18:57:31 3.7128 4142.499 180.985 19:08:39 3.8983 4140.880 180.933 19:19:21 4.0767 4143.070 180.886 19:29:27 4.2450 4146.028 180.844 19:39:59 4.4206 ' 4149.845 180.801 19:51:37 4.6144 4150.708 180.761 20:02:13 4.7911 4152.491 180.729 20:12:43 4.9661 4155.027 180.706 20:22:59 5.1372 4156.919 180.683 20:33:55 5.3194 4159.233 180.659 20:43:55 5.4861 4158.793 180.643 20:55:55 5.6861 4158.398 180.623 21:07:55 5.8861 4157.376 180.603 21:19:09 6.0733 4155.873 180.588 21:29:31 6.2461 4153.298 180.579 21:39:45 6.4167 4166.240 180.571 21:49:47 6.5839 4192.519 180.561 21:59:55 6.7528 4231.459 180.546 22:09:59 6.9206 4263.991 180.517 22:20:27 7.0950 4284.009 180.446 22:30:33 7.2633 4288.986 180.358 22:33:45 7.3167 4238.797 180.340 22:38:33 7.3967 4187.669 180.316 22:43:21 7.4767 4137.321 180.321 22:50:07 7.5894 4086.203 180.385 22:59:17 7.7422 4035.751 180.465 23:07:29 7.8789 3984.747 180.506 23:17:23 8.0439 3934.459 180.543 23:28:19 8.2261 3912.410 180.579 23:38:25 8.3944 3912.504 180.611 23:48:27 8.5617 3940.700 180.640 23:58:27 8.7283 3975.496 180.658 25-Mar-95 00:08:31 8.8961 4023.984 180.664 00:18:25 9.0611 4073.987 180.633 00:28:29 9.2289 4121.228 180.604 00:36:29 9.3622 4171.393 180.585 00:44:13 9.4911 4221.752 180.572 00:54:19 9.6594 4197.326 180.573 01:04:19 9.8261 4176.664 180.570 01:15:05 10.0056 4165.451 180.557 01:18:15 10.0583 4113.163 180.552 01:20:15 10.0917 4061.952 180.548 Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 25-Mar-95 Data Print Frequency: 01:22:47 10.1339 4010.715 180.540 01:25:59 10.1872 3959.478 180.531 01:29:59 10.2539 3909.101 180.520 01:35:27 10.3450 3858.557 180.537 01:44:07 10.4894 3808.464 180.635 01:54:17 10.6589 3786.539 180.756 02:05:19 10.8428 3778.748 180.821 02:15:23 11.0106 3781.166 180.876 02:25:37 11.1811 3786.975 180.915 02:36:21 11.3600 3796.418 180.956 02:46:53 11.5356 3800.415 180.983 02:58:45 11.7333 3801.446 180.997 03:09:57 11.9200 3796.807 181.009 03:20:09 12.0900 3790.287 181.021 03:30:11 12.2572 3782.102 181.033 03:40:17 12.4256 3775.046 181.064 03:51:31 12.6128 3771.845 181.098 04:03:07 12.8061 3772.075 181.133 04:13:27 12.9783 3772.722 181.163 04:23:59 13.1539 3773.979 181.193 04:34:25 13.3278 3777.392 181.221 04:44:29 13.4956 3779.370 181.249 04:55:29 13.6789 3777.856 181.262 05:06:11 13.8572 3771.249 181.271 05:16:35 14.0306 3765.892 181.281 05:27:05 14.2056 3759.658 181.290 05:37:13 14.3744 3751.924 181.306 05:47:35 14.5472 3742.722 181.332 05:57:37 14.7144 3735.673 181.358 06:08:21 14.8933 3734.716 181.384 06:18:21 15.0600 3736.222 181.406 06:29:09 15.2400 3738.226 181.430 06:39:17 15.4089 3743.029 181.453 06:49:57 15.5867 3747.546 181.470 07:01:57 15.7867 3749.165 181.483 07:11:57 15.9533 3750.053 181.493 07:23:57 16.1533 3750.035 181.505 07:34:39 16.3317 3748.495 181.516 07:44:53 16.5022 3742.877 181.527 07:54:57 16.6700 3735.166 181.539 08:05:09 16.8400 3727.117 181.562 08:15:37 17.0144 3719.807 181.586 08:25:47 17.1839 3714.513 181.609 08:36:27 17.3617 3708.498 181.634 08:47:15 17.5417 3704.468 181.660 08:57:21 17.7100 3699.807 181.683 Page No: 3.1.10 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.11 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 25-Mar-95 Data Print Frequency: 09:07:29 17.8789 3694.845 181.707 09:17:31 18.0461 3689.015 181.732 09:28:09 18.2233 3682.165 181.761 09:38:27 18.3950 3676.922 181.788 09:48:51 18.5683 3672.275 181.812 09:59:37 18.7478 3668.354 181.832 10:10:41 18.9322 3667.112 181.856 10:22:41 19.1322 3666.909 181.890 10:34:41 19.3322 3667.739 181.923 10:45:17 19.5089 3670.271 181.966 10:56:17 19.6922 3670.797 182.000 11:08:17 19.8922 3671.496 182.031 11:19:25 20.0778 3672.210 182.068 11:29:39 20.2483 3671.416 182.105 11:41:15 20.4417 3671.983 182.144 11:52:27 20.6283 3671.140 182.178 12:03:05 20.8056 3671.634 182.208 12:13:09 20.9733 3669.358 182.236 12:23:23 21.1439 3666.181 182.264 12:33:53 21.3189 3660.511 182.286 12:44:07 21.4894 3656.269 182.307 12:55:09 21.6733 3656.126 182.329 13:07:09 21.8733 3656.235 182.353 13:19:09 22.0733 3657.130 182.377 13:31:09 22.2733 3657.059 182.401 13:43:09 22.4733 3656.981 182.425 13:53:41 22.6489 3655.652 182.446 14:04:13 22.8244 3652.721 182.467 14:14:21 22.9933 3648.910 182.487 14:24:39 23.1650 3637.427 182.507 14:34:49 23.3344 3627.847 182.526 14:45:55 23.5194 3626.142 182.550 14:56:41 23.6989 3628.861 182.574 15:07:07 23.8728 3631.900 182.597 15:17:55 24.0528 3635.601 182.621 15:27:55 24.2194 3637.038 182.643 15:37:59 24.3872 3631.583 182.666 15:48:35 24.5639 3619.680 182.689 15:59:29 24.7456 3623.088 182.710 16:10:29 24.9289 3623.927 182.739 16:21:35 25.1139 3626.961 182.770 16:32:53 25.3022 3628.874 182.803 16:43:41 25.4822 3630.610 182.828 16:53:53 25.6522 3627.520 182.851 17:03:55 25.8194 3618.352 182.874 17:14:05 25.9889 3624.215 182.896 Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.12 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 25-Mar-95 Data Print Frequency: 17:24:45 26.1667 3619.000 182.919 17:36:37 26.3644 3621.976 182.944 17:47:09 26.5400 3619.288 182.967 17:57:15 26.7083 3621.217 182.989 18:09:09 26.9067 3622.008 183.014 18:19:21 27.0767 3622.149 183.034 18:30:53 27.2689 3624.087 183.055 18:41:23 27.4439 3622.066 183.075 18:53:05 27.6389 3627.396 183.096 19:04:29 27.8289 3624.064 183.117 19:15:01 28.0044 3630.138 183.133 19:25:13 28.1744 3627.857 183.143 19:37:13 28.3744 3628.855 183.156 19:49:13 28.5744 3628.738 183.168 19:59:31 28.7461 3627.172 183.179 20:09:59 28.9206 3627.796 183.190 20:21:59 29.1206 3627.118 183.202 20:31:59 29.2872 3628.019 183.212 20:43:59 29.4872 3628.114 183.224 20:55:59 29.6872 3629.039 183.235 21:07:59 29.8872 3630.306 183.247 21:19:01 30.0711 3633.023 183.258 21:29:21 30.2433 3636.101 183.268 21:39:23 30.4106 3639.116 183.278 21:49:43 30.5828 3642.164 183.288 21:58:43 30.7328 3644.592 183.308 21:59:25 30.7444 3644.624 1'83.310 *** End of Period 3 * * * Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 25-Mar-95 Data Print Frequency: 1 * ** Start of Period 4 *** 21:59:33 0.0022 3719.884 183.310 21:59:41 0.0044 3903.241 183.354 21:59:49 0.0067 4064.941 183.398 21:59:57 0.0089 4209.510 183.399 22:00:05 0.0111 4339.449 183.400 22:00:13 0.0133 4457.295 183.401 22:00:21 0.0156 4563.647 183.402 22:00:29 0.0178 4660.190 183.402 22:00:37 0.0200 4748.054 183.403 22:00:45 0.0222 4827.954 183.404 22:00:53 0.0244 4900.235 183.405 22:01:01 0.0267 4965.675 183.396 22:01:09 0.0289 5025.214 183.387 22:01:17 0.0311 5078.993 183.378 22:01:25 0.0333 5128.055 183.369 22:01:33 0.0356 5172.397 183.361 22:01:41 0.0378 5213.304 183.352 22:01:49 0.0400 5250.90 i 183.347 22:01:57 0.0422 5286.149 183.342 22:02:05 0.0444 5318.965 183.336 22:02:13 0.0467 5349.450 183.331 22:02:21 · 0.0489 5377.876 183.326 22:02:29 0.0511 5404.303 183.321 22:02:37 0.0533 5428.870 183.316 22:02:45 0.0556 5451.544 183.311 22:02:53 0.0578 5472.773 183.306 22:03:09 0.0622 5511.085 183.302 22:03:25 0.0667 5544.487 183.299 22:03:41 0.0711 5573.511 183.295 22:03:57 0.0756 5599.460 183.292 22:04:13 0.0800 5622.706 183.288 22:04:29 0.0844 5643.529 183.284 22:04:53 0.0911 5670.981 183.279 22:05:17 0.0978 5695.571 183.274 22:05:41 0.1044 5718.078 183.268 22:06:05 0.1111 5738.605 183.261 22:06:37 0.1200 5762.957 183.247 22:07:09 0.1289 5784.452 183.233 22:07:49 0.1400 5808.210 183.216 22:08:29 0.1511 5829.179 183.198 22:09:17 0.1644 5851.024 183.172 22:10:13 0.1800 5873.157 183.136 22:11:17 0.1978 5895.430 183.092 22:12:21 0.2156 5914.959 183.048 22:13:25 0.2333 5932.177 183.004 Page No: 3.1.13 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) Page No: 3.1.14 Gauge Depth: 10904.14 ft COMMENTS 25-Mar-95 Data Print Frequency: 22:14:29 0.2511 5947.267 182.959 22:15:33 0.2689 5960.563 182.914 22:16:37 0.2867 5972.249 182.870 22:17:41 0.3044 5983.003 182.827 22:18:45 0.3222 5992.281 182.787 22:19:49 0.3400 6000.628 182.748 22:20:53 0.3578 6008.211 182.708 22:21:57 0.3756 6015.064 182.671 22:23:03 0.3939 6021.511 182.632 22:24:13 0.4133 6027.743 182.591 22:25:19 0.4317 6033.209 182.555 22:26:29 0.4511 6038.642 182.518 22:27:35 0.4694 6043.412 182.485 22:28:47 0.4894 6048.270 182.450 22:29:51 0.5072 6052.282 182.419 22:30:55 0.5250 6056.142 182.391 22:32:09 0.5456 6060.304 182.359 22:33:19 0.5650 6064.067 182.328 22:34:31 0.5850 6067.721 182.296 22:35:33 0.6022 6070.749 182.272 22:36:37 0.6200 6073.766 182.247 22:37:47 0.6394 6076.979 182.221 22:39:03 0.6606 6080.265 182.193 22:40:05 0.6778 6082.848 182.170 22:41:19 0.6983 6085.807 182.143 22:42:25 0.7167 6088.341 182.119 22:43:35 0.7361 6090.986 182.094 22:44:35 0.7528 6093.182 182.073 22:45:43 0.7717 6095.561 182.050 22:46:49 0.7900 6097.794 182.028 22:47:57 0.8089 6100.089 182.005 22:49:07 0.8283 6102.310 181.982 22:50:13 0.8467 6104.376 181.962 22:51:17 0.8644 6106.283 181.942 22:52:35 0.8861 6108.541 181.917 22:53:49 0.9067 6110.629 181.894 22:54:53 0.9244 6112.439 181.873 22:55:57 0.9422 6114.227 181.855 22:57:13 0.9633 6116.295 181.835 22:58:25 0.9833 6118.168 181.815 22:59:27 1.0006 6119.614 181.797 23:00:39 1.0206 6121.462 181.777 23:01:45 1.0389 6123.129 181.758 23:03:01 1.0600 6124.991 181.737 23:04:19 1.0817 6126.889 181.716 23:05:31 1.1017 6128.581 181.697 Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 25-Mar-95 23:06:37 1.1200 23:07:55 1.1417 23:09:01 1.1600 23:10:23 1.1828 23:11:35 1.2028 23:12:49 1.2233 23:14:05 1.2444 23:15:23 1.2661 23:16:41 1.2878 23:17:51 1.3072 23:19:05 1.3278 23:20:35 1.3528 23:22:05 1.3778 23:23:31 1.4017 23:25:03 1.4272 23:26:11 1.4461 23:27:25 1.4667 23:28:27 1.4839 23:29:51 1.5072 23:30:59 1.5261 23:32:07 1.5450 23:33:21 1.5656 23:34:33 1.5856 23:35:35 1.6028 23:36:37 1.6200 23:37:53 1.6411 23:39:19 1.6650 23:40:39 1.6872 23:41:47 1.7061 23:42:49 1.7233 23:44:11 1.7461 23:45:49 1.7733 23:47:19 1.7983 23:48:51 1.8239 23:50:25 1.8500 23:51:41 1.8711 23:52:55 1.8917 23:54:35 1.9194 23:56:01 1.9433 23:57:21 1.9656 23:59:07 1.9950 26-Mar-95 00:01:03 2.0272 00:02:55 2.0583 00:04:51 2.0906 00:06:49 2.1233 Data Print Frequency: 6130.103 181.680 6131.856 181.660 6133.280 181.643 6135.008 181.621 6136.505 181.602 6138.051 181.584 6139.561 181.565 6141.095 181.546 6142.593 181.527 6143.920 181.510 6145.272 181.491 6146.841 181.470 6148.423 181.448 6149.908 181.426 6151.428 181.404 6152.535 181.387 6153.692 181.371 6154.691 181.358 6155.980 181.337 6157.001 181.321 6158.034 181.304 6159.143 181.288 6160.191 181.273 6161.080 181.260 6161.945 181.247 6163.030 181.232 6164.236 181.214 6165.332 181.197 6166.221 181.183 6167.037 181.170 6168.097 181.154 6169.265 181.134 6170.348 181.116 6171.419 181.098 6172.503 181.081 6173.368 181.067 6174.183 181.053 6175.253 181.033 6176.127 181.016 6176.929 181.002 6178.037 180.982 6179.180 180.962 6180.288 180.942 6181.407 180.921 6182.500 180.900 Page No: 3.1.15 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.16 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 26-Mar-95 Data Print Frequency: 00:08:03 2.1439 6183.180 180.886 00:09:59 2.1761 6184.187 180.865 00:11:05 2.1944 6184.745 180.853 00:12:13 2.2133 6185.315 180.841 00:13:21 2.2322 6185.875 180.830 00:14:31 2.2517 6186.458 180.819 00:15:39 2.2706 6187.005 180.808 00:16:49 2.2900 6187.589 180.797 00:17:59 2.3094 6188.148 180.786 00:19:11 2.3294 6188.707 180.774 00:20:29 2.3511 6189.302 180.762 00:21:47 2.3728 6189.885 180.750 00:23:03 2.3939 6190.456 180.738 00:24:23 2.4161 6191.039 180.726 00:25:45 2.4389 6191.620 180.712 00:27:03 2.4606 6192.178 180.700 00:28:23 2.4828 6192.735 180.687 00:29:45 2.5056 6193.293 180.674 00:31:11 2.5294 6193.875 180.661 00:32:33 2.5522 6194.434 180.649 00:33:59 2.5761 6194.991 180.636 00:35:27 2.6006 6195.587 180.624 00:36:57 2.6256 6196.169 180.611 00:38:25 2.6500 6196.714 180.598 00:40:15 2.6806 6197.394 180.582 00:41:47 2.7061 6197.951 180.569 00:43:17 2.7311 6198.484 180.557 00:45:13 2.7633 6199.175 180.541 00:46:49 2.7900 6199.758 180.527 00:48:01 2.8100 6200.169 180.517 00:50:13 2.8467 6200.919 180.498 00:51:53 2.8744 6201.500 180.483 00:53:33 2.9022 6202.056 180.469 00:55:11 2.9294 6202.603 180.456 00:56:55 2.9583 6203.186 180.444 00:58:39 2.9872 6203.744 180.431 01:00:27 3.0172 6204.313 180.416 01:02:17 3.0478 6204.919 180.402 01:04:05 3.0778 6205.500 180.387 01:05:13 3.0967 6205.851 180.378 01:08:01 3.1433 6206.651 180.358 01:09:53 3.1744 6207.196 180.345 01:10:59 3.1928 6207.524 180.337 01:13:53 3.2411 6208.359 180.316 01:15:53 3.2744 6208.928 180.301 01:17:31 3.3017 6209.375 180.289 Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.17 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ff TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 26-Mar-95 Data Print Frequency: 01:20:03 3.3439 6210.065 180.271 01:22:03 3.3772 6210.597 180.257 01:23:29 3.4011 6210.959 180.247 01:26:21 3.4489 6211.697 180.227 01:28:21 3.4822 6212.193 180.213 01:29:37 3.5033 6212.507 180.205 01:32:37 3.5533 6213.232 180.185 01:34:37 3.5867 6213.703 180.172 01:36:03 3.6106 6214.067 180.162 01:39:01 3.6600 6214.756 180.144 01:41:01 3.6933 6215.253 180.131 01:42:43 3.7217 6215.590 180.120 01:45:43 3.7717 6216.279 180.101 01:47:43 3.8050 6216.714 180.089 01:49:27 3.8339 6217.125 180.078 01:52:19 3.8817 6217.717 180.061 01:54:19 3.9150 6218.153 180.050 01:56:19 3.9483 6218.576 180.038 01:58:41 3.9878 6219.097 180.024 02:00:41 4.0211 6219.495 180.012 02:02:41 4.0544 6219.906 180.000 02:03:49 4.0733 6220.160 179.994 02:05:27 4.1006 6220.499 179.984 02:07:27 4.1339 6220.910 179.973 02:09:27 4.1672 6221.284 179.961 02:11:59 4.2094 6221.808 179.950 02:13:59 4.2428 6222.170 179.940 02:15:59 4.2761 6222.532 179.929 02:17:59 4.3094 6222.870 179.919 02:20:37 4.3533 6223.328 179.904 02:22:37 4.3867 6223.677 179.894 02:24:37 4.4200 6224.027 179.883 02:26:37 4.4533 6224.364 179.872 02:28:37 4.4867 6224.788 179.861 02:31:31 4.5350 6225.221 179.846 02:33:31 4.5683 6225.559 179.836 02:35:31 4.6017 6225.872 179.826 02:37:31 4.6350 6226.210 179.817 02:40:03 4.6772 6226.621 179.804 02:42:03 4.7106 6226.934 179.795 02:44:03 4.7439 6227.248 179.785 02:46:03 4.7772 6227.536 179.775 02:48:45 4.8222 6227.959 179.762 02:50:45 4.8556 6228.298 179.753 02:52:45 4.8889 6228.575 179.744 02:54:45 4.9222 6228.851 179.735 Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 26-Mar-95 Data Print Frequency: 02:55:53 4.9411 6229.008 179.729 02:57:53 4.9744 6229.310 179.721 02:59:53 5.0078 6229.600 179.712 03:01:53 5.0411 6229.903 179.704 03:03:53 5.0744 6230.230 179.695 03:05:31 5.1017 6230.497 179.688 03:07:29 5.1344 6230.812 179.680 03:09:29 5.1678 6231.127 179.672 03:11:29 5.2011 6231.430 179.663 03:13:29 5.2344 6231.720 179.655 03:15:29 5.2678 6232.023 179.646 03:17:27 5.3006 6232.326 179.638 03:19:25 5.3333 6232.604 179.630 03:21:25 5.3667 6232.920 179.622 03:23:25 5.4000 6233.198 179.614 03:25:25 5.4333 6233.488 179.606 03:27:25 5.4667 6233.754 179.598 03:29:25 5.5000 6234.032 179.589 03:32:17 5.5478 6234.394 179.578 03:34:17 5.5811 6234.660 179.571 03:36:17 5.6144 6234.927 179.563 03:38:17 5.6478 6235.193 179.555 03:40:17 5.6811 6235.459 179.548 03:41:19 5.6983 6235.604 179.544 03:43:19 5.7317 6235.859 179.537 03:45:19 5.7650 6236.100 179.529 03:47:19 5.7983 6236.342 179.522 03:49:19 5.8317 6236.584 179.515 03:51:19 5.8650 6236.838 179.508 03:52:43 5.8883 6236.995 179.503 03:54:43 5.9217 6237.237 179.496 03:56:43 5.9550 6237.479 179.489 03:58:43 5.9883 6237.721 179.481 04:00:43 6.0217 6237.950 179.474 04:02:43 6.0550 6238.179 179.467 04:04:43 6.0883 6238.421 179.460 04:06:43 6.1217 6238.651 179.453 04:09:19 6.1650 6238.928 179.444 04:11:19 6.1983 6239.158 179.437 04:13:19 6.2317 6239.350 179.431 04:15:19 6.2650 6239.567 179.424 04:17:19 6.2983 6239.785 179.417 04:19:19 6.3317 6239.990 179.411 04:21:19 6.3650 6240.207 179.404 04:22:45 6.3889 6240.352 179.399 04:24:45 6.4222 6240.582 179.393 Page No: 3.1.18 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.19 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 26-Mar-95 Data Print Frequency: 04:26:45 6.4556 6240.775 179.386 04:28:45 6.4889 6240.967 179.380 04:30:45 6.5222 6241.173 179.374 04:32:45 6.5556 6241.366 179.367 04:34:45 6.5889 6241.546 179.361 04:36:03 6.6106 6241.679 179.357 04:38:03 6.6439 6241.860 179.351 04:40:03 6.6772 6242.053 179.345 04:42:03 6.7106 6242.234 179.339 04:44:03 6.7439 6242.415 179.333 04:46:03 6.7772 6242.595 179.327 04:48:03 6.8106 6242.776 179.321 04:50:03 6.8439 6242.970 179.316 04:52:23 6.8828 6243.175 179.309 04:54:23 6.9161 6243.368 179.303 04:56:23 6.9494 6243.550 179.298 04:58:23 6.9828 6243.731 179.292 05:00:23 7.0161 6243.912 179.286 05:02:23 7.0494 6244.106 179.281 05:04:23 7.0828 6244.287 179.275 05:06:59 7.1261 6244.517 179.268 05:08:59 7.1594 6244.711 179.263 05:10:59 7.1928 6244.880 179.258 05:12:59 7.2261 6245.074 179.252 05:14:59 7.2594 6245.256 179.247 05:16:59 7.2928 6245.450 179.242 05:18:59 7.3261 6245.631 179.237 05:20:59 7.3594 6245.826 179.231 05:22:59 7.3928 6246.032 179.226 05:24:59 7.4261 6246.226 179.221 05:27:33 7.4689 6246.469 179.214 05:29:33 7.5022 6246.676 179.209 05:31:33 7.5356 6246.896 179.204 05:33:33 7.5689 6247.078 179.199 05:35:33 7.6022 6247.260 179.194 05:37:33 7.6356 6247.442 179.189 05:39:33 7.6689 6247.637 179.184 05:41:33 7.7022 6247.806 179.179 05:43:33 7.7356 6248.001 179.174 05:45:33 7.7689 6248.170 179.169 05:47:33 7.8022 6248.340 179.164 05:50:17 7.8478 6248.570 179.158 05:52:17 7.8811 6248.753 179.153 05:54:17 7.9144 6248.885 179.149 05:56:17 7.9478 6248.867 179.144 05:58:17 7.9811 6248.949 179.140 Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 26-Mar-95 Data Print Frequency: 06:00:17 8.0144 6249.107 179.135 06:12:07 8.2117 6250.178 179.108 06:24:07 8.4117 6251.237 179.081 06:35:13 8.5967 6252.148 179.057 06:47:13 8.7967 6253.072 179.033 06:58:15 8.9806 6253.925 179.012 07:08:15 9.1472 6254.606 178.994 07:19:19 9.3317 6255.373 178.974 07:31:19 9.5317 6256.188 178.953 07:42:55 9.7250 6256.903 178.933 07:52:55 9.8917 6257.586 178.916 08:04:55 10.0917 6258.341 178.896 08:16:41 10.2878 6259.011 178.880 08:28:41 10.4878 6259.643 178.863 08:39:05 10.6611 6260.229 178.848 08:51:05 10.8611 6260.824 178.832 09:03:05 11.0611 6261.457 178.816 09:15:05 11.2611 6261.965 178.799 09:27:05 11.4611 6262.661 178.783 09:37:53 11.6411 6263.210 178.770 09:49:53 11.8411 6263.796 178.756 10:01:53 12.0411 6264.345 178.742 10:12:29 12.2178 6264.858 178.730 10:24:29 12.4178 6265.483 178.717 10:36:29 12.6178 6266.109 178.705 10:48:23 12.81,61 6266.747 178.692 11:00:23 13.0161 6267.451 178.682 11:10:23 13.1828 6267.955 178.673 11:22:23 13.3828 6268.534 178.662 11:34:23 13.5828 6269.112 178.652 11:45:23 13.7661 6269.604 178.643 11:55:23 13.9328 6270.034 178.635 12:07:23 14.1328 6270.550 178.625 12:19:23 14.3328 6271.078 178.615 12:30:47 14.5228 6271.495 178.606 12:42:47 14.7228 6271.913 178.598 12:54:47 14.9228 6272.394 178.590 13:06:47 15.1228 6272.862 178.582 13:16:47 15.2894 6273.231 178.575 13:27:21 15.4656 6273.637 178.568 13:39:21 15.6656 6274.082 178.562 13:51:21 15.8656 6274.515 178.555 14:03:21 16.0656 6274.973 178.549 14:13:21 16.2322 6275.332 178.544 14:25:21 16.4322 6275.765 178.538 14:37:21 16.6322 6276.172 178.532 Page No: 3.1.20 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 26-Mar-95 Data Print Frequency: 14:49:21 16.8322 6276.618 178.525 14:59:21 16.9989 6277.002 178.520 15:11:21 17.1989 6277.384 178.514 15:23:21 17.3989 6277.742 178.508 15:35:21 17.5989 6278.086 178.501 15:45:21 17.7656 6278.434 178.498 15:57:21 17.9656 6278.806 178.493 16:09:21 18.1656 6279.190 178.488 16:21:21 18.3656 6279.575 178.483 16:31:21 18.5322 6279.897 178.479 16:43:21 18.7322 6280.295 178.475 16:55:21 18.9322 6280.667 178.470 17:07:21 19.1322 6281.013 178.465 17:17:21 19.2989 6281.298 178.461 17:29:21 19.4989 6281.645 178.456 17:41:21 19.6989 6281.992 178.452 17:51:35 19.8694 6282.303 178.448 18:03:35 20.0694 6282.652 178.445 18:13:53 20.2411 6282.939 178.443 18:25:53 20.4411 6283.250 178.440 18:37:53 20.6411 6283.561 178.437 18:49:53 20.8411 6283.898 178.434 18:59:53 21.0078 6284.172 178.432 19:11:53 21.2078 6284.471 178.429 19:23:53 21.4078 6284.795 178.426 19:35:53 21.6078 6285.119 178.423 19:45:53 21.7744 6285.381 178.421 19:57:53 21.9744 6285.705 178.418 20:09:53 22.1744 6286.016 178.415 20:21:53 22.3744 6286.328 178.412 20:31:53 22.5411 6286.603 178.410 20:43:53 22.7411 6286.916 178.409 20:55:53 22.9411 6287.216 178.407 21:07:53 23.1411 6287.529 178.405 21:17:53 23.3078 6287.767 178.403 21:29:53 23.5078 6288.080 178.402 21:41:49 23.7067 6288.368 178.400 21:53:49 23.9067 6288.632 178.399 22:03:49 24.0733 6288.858 178.398 22:15:49 24.2733 6289.121 178.397 22:27:49 24.4733 6289.372 178.396 22:39:49 24.6733 6289.648 178.395 22:49:49 24.8400 6289.861 178.394 23:01:49 25.0400 6290.099 178.393 23:13:49 25.2400 6290.350 178.392 23:25:49 25.4400 6290.614 178.391 Page No: 3.1.21 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 26-Mar-95 Data Print Frequency: 23:35:49 25.6067 6290.814 178.390 23:47:49 25.8067 6291.091 178.389 23:59:49 26.0067 6291.342 178.388 27-Mar-95 00:11:49 26.2067 6291.581 178.387 00:21:49 26.3733 6291.782 178.387 00:33:49 26.5733 6292.008 178.386 00:45:49 26.7733 6292.247 178.386 00:57:49 26.9733 6292.486 178.385 01:07:49 27.1400 6292.675 178.384 01:19:49 27.3400 6292.901 178.384 01:31:49 27.5400 6293.114 178.383 01:43:49 27.7400 6293.328 178.382 01:53:49 27.9067 6293.505 178.382 02:05:49 28.1067 6293.707 178.382 02:17:49 28.3067 6293.909 178.383 02:29:49 28.5067 6294.099 178.383 02:39:49 28.6733 6294.275 178.383 02:51:49 28.8733 6294.490 178.383 03:03:49 29.0733 6294.680 178.383 03:15:49 29.2733 6294.882 178.384 03:27:49 29.4733 6295.084 178.384 03:39:49 29.6733 6295.261 178.384 03:51:49 29.8733 6295.426 178.384 04:01:49 30.0400 6295.540 178.385 04:13:49 30.2400 6295.704 178.385 04:25:49 30.4400 6295.869 178.386 04:37:49 30.6400 6296.021 178.386 04:47:49 30.8067 6296.160 178.386 04:59:49 31.0067 6296.338 178.387 05:11:49 31.2067 6296.515 178.387 05:23:49 31.4067 6296.679 178.388 05:33:49 31.5733 6296.806 178.388 05:45:49 31.7733 6296.971 178.389 05:57:49 31.9733 6297.136 178.389 06:09:49 32.1733 6297.300 178.390 06:19:49 32.3400 6297.452 178.390 06:31:49 32.5400 6297.630 178.391 06:43:49 32.7400 6297.795 178.391 06:55:49 32.9400 6297.947 178.392 07:05:49 33.1067 6298.086 178.392 07:17:49 33.3067 6298.264 178.393 07:29:49 33.5067 6298.454 178.393 07:41:49 33.7067 6298.644 178.394 07:53:49 33.9067 6298.809 178.394 08:05:49 34.1067 6298.974 178.395 Page No: 3.1.22 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 27-Mar-95 Data Print Frequency: 08:17:49 34.3067 6299.128 178.397 08:27:49 34.4733 6299.258 178.400 08:39:49 34.6733 6299.401 178.403 08:51:49 34.8733 6299.544 178.407 09:03:49 35.0733 6299.662 178.410 09:13:49 35.2400 6299.741 178.413 09:25:49 35.4400 6299.859 178.417 09:37:49 35.6400 6299.965 178.420 09:49:49 35.8400 6300.083 178.423 09:59:49 36.0067 6300.187 178.426 10:00:31 36.0183 6300.187 178.426 *** End of Period 4 *** Page No: 3.1.23 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 27-Mar-95 Data Print Frequency: 2 * * * Start of Period 5 ** * 10:01:21 0.0139 3877.793 177.695 10:15:13 0.2450 4079.216 178.117 10:29:09 0.4772 4287.792 178.578 10:40:15 0.6622 4495.810 178.965 10:56:17 0.9294 4697.603 179.241 11:13:11 1.2111 4908.410 179.469 11:28:39 1.4689 4987.052 179.527 11:41:09 1.6772 5190.241 179.616 11:47:01 1.7750 5162.040 179.636 11:51:03 1.8422 4931.926 179.647 11:58:23 1.9644 4729.476 179.736 12:00:07 1.9933 4523.440 179.769 12:01:43 2.0200 4310.260 179.800 12:15:23 2.2478 4513.696 180.173 12:35:39 2.5856 4414.122 180.356 12:49:49 2.8217 4212.225 180.474 13:03:03 3.0422 4042.035 180.618 13:14:15 3.2289 3838.339 180.747 13:33:51 3.5556 3649.692 181.047 13:54:07 3.8933 3497.664 181.356 14:14:19 4.2300 3425.401 181.695 14:35:03 4.5756 3440.716 182.019 14:55:03 4.9089 3586.025 182.261 15:08:19 5.1300 3787.669 182.326 15:26:43 5.4367 3972.939 182.384 15:41:55 5.6900 4175.135 182.391 15:56:51 5.9389 4376.123 182.347 16:10:35 6.1678 4578.089 182.264 16:22:43 6.3700 4780.650 182.167 16:31:47 6.5211 5072.597 181.965 16:32:19 6.5300 5352.423 181.950 16:33:07 6.5433 5593.019 181.928 16:33:47 6.5544 4954.499 181.870 16:34:19 6.5633 5254.316 181.903 16:34:59 6.5744 5516.831 181.929 16:35:23 6.5811 4997.788 181.880 16:36:35 6.6011 5272.677 181.920 16:37:15 6.6122 5529.271 181.883 16:38:59 6.6411 5265.139 181.920 16:39:39 6.6522 5527.651 181.939 16:40:51 6.6722 5221.082 181.866 16:41:23 6.6811 5464.056 181.840 16:42:19 6.6967 5173.012 181.793 16:43:39 6.7189 5413.359 181.863 16:44:27 6.7322 5649.874 181.910 Page No: 3.1.24 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 27-Mar-95 Data 16:45:31 6.7500 5321.668 16:46:11 6.7611 5568.720 16:47:31 6.7833 5804.442 16:52:03 6.8589 6005.429 17:11:35 7.1844 6134.177 17:31:43 7.5200 6172.817 17:52:11 7.8611 6193.540 18:12:47 8.2044 6207.931 18:34:33 8.5672 6216.210 18:56:51 8.9389 6218.078 19:17:35 9.2844 6227.517 19:38:25 9.6317 6232.909 20:00:33 10.0006 6236.908 20:22:35 10.3678 6240.381 20:45:57 10.7572 6243.467 21:08:13 11.1283 6246.575 21:31:01 11.5083 6249.297 21:53:01 11.8750 6251.625 22:15:13 12.2450 6253.654 22:38:47 12.6378 6255.806 23:00:03 12.9922 6257.610 23:24:03 13.3922 6259.547 23:46:15 13.7622 6260.998 28-Mar-95 00:08:49 14.1383 6263.212 00:30:55 14.5067 6267.035 00:51:49 14.8550 6268.305 01:00:49 15.0050 4480.705 01:01:37 15.0183 4723.823 01:02:57 15.0406 4954.418 01:04:41 15.0694 5181.361 01:06:57 15.1072 5396.691 01:10:09 15.1606 5603.418 01:12:41 15.2028 5366.697 01:13:37 15.2183 4974.477 01:16:09 15.2606 5184.902 01:18:25 15.2983 5394.040 01:21:45 15.3539 5601.974 01:26:41 15.4361 5806.581 01:33:21 15.5472 6010.931 01:45:37 15.7517 6211.582 01:57:53 15.9561 6414.628 02:09:13 16.1450 6618.656 02:19:53 16.3228 6822.521 02:34:55 16.5733 6916.917 02:55:05 16.9094 6936.245 Print Frequency: 181.842 181.852 181.844 181.740 181.304 180.975 180.770 180.690 180.599 180.231 180.066 179.994 179.893 179.803 179.711 179.648 179.597 179.551 179.506 179.459 179.424 179.385 179.349 179.320 179.416 179.468 178.777 179.124 179.350 179.370 179.397 179.405 179.351 179.322 179.375 179.437 179.547 179.654 179.727 179.236 178.666 178.283 177.980 177.773 177.705 Page No: 3.1.25 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 28-Mar-95 Data Print Frequency: 2 03:15:15 17.2456 6883.958 178.026 03:35:47 17.5878 6850.128 178.238 03:56:23 17.9311 6819.333 178.307 04:16:47 18.2711 6789.942 178.153 04:20:53 18.3394 6431.950 178.012 04:21:09 18.3439 5985.195 177.882 04:21:25 18.3483 5256.509 177.676 04:21:41 18.3528 4693.152 177.568 04:21:57 18.3572 4445.000 177.560 04:22:29 18.3661 4168.154 177.625 04:23:25 18.3817 4405.240 177.920 04:24:13 18.3950 4124.073 177.947 04:35:03 18.5756 4005.959 179.026 04:55:37 18.9183 4019.272 179.778 05:15:55 19.2567 4033.811 180.113 05:36:45 19.6039 4041.106 180.412 05:57:07 19.9433 4050.383 180.674 06:17:17 20.2794 4054.080 180.910 06:38:41 20.6361 4065.163 181.129 06:59:39 20.9856 4082.100 181.315 07:20:05 21.3261 4091.161 181.466 07:40:35 21.6678 4111.947 181.602 07:48:07 21.7933 4329.304 181.697 07:49:59 21.8244 4542.311 181.740 07:51:35 21.8511 4749.501 181.768 07:53:27 21.8822 4969.107 181.784 07:55:43 21.9200 5180.211 181.785 07:58:55 21.9733 5394.640 181.776 08:03:43 22.0533 5599.645 181.685 08:12:31 22.2000 5801.628 181.429 08:31:23 22.5144 5963.987 180.732 08:51:29 22.8494 6032.602 180.360 08:55:35 22.9178 5454.439 180.231 08:55:51 22.9222 4875.418 180.088 08:56:47 22.9378 4849.515 180.201 08:57:27 22.9489 4460.328 180.212 08:57:59 22.9578 4215.003 180.195 09:08:33 23.1339 4043.247 181.191 09:28:49 23.4717 4062.145 181.599 09:49:01 23.8083 4090.740 181.737 10:09:21 24.1472 4088.596 181.844 10:29:59 24.4911 4124.271 181.943 10:50:47 24.8378 4136.858 182.026 11:07:55 25.1233 4045.639 182.086 11:28:23 25.4644 4002.728 182.206 11:48:45 25.8039 3979.483 182.333 Page No: 3.1.26 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 28-Mar-95 Data Print Frequency: 2 12:09:13 26.1450 3938.831 182.419 12:29:47 26.4878 3966.961 182.495 12:50:59 26.8411 3920.809 182.528 13:11:17 27.1794 3948.350 182.603 13:31:25 27.5150 3996.495 182.665 13:51:37 27.8517 4072.530 182.682 14:11:57 28.1906 4156.051 182.627 14:32:17 28.5294 4257.456 182.651 14:53:31 28.8833 4254.752 182.651 15:11:39 29.1856 4389.636 182.696 15:26:51 29.4389 4592.375 182.687 15:36:03 29.5922 4793.664 182.660 15:41:31 29.6833 5001.353 182.555 15:44:27 29.7322 4756.816 182.495 15:45:47 29.7544 4596.656 182.471 15:56:03 29.9256 4409.653 182.454 16:16:11 30.2611 4329.317 182.652 16:36:27 30.5989 4265.181 182.769 16:41:57 30.6906 4610.079 182.854 16:42:21 30.6972 4908.785 182.845 16:42:53 30.7061 5190.111 182.832 16:43:33 30.7172 5419.232 182.810 16:44:37 30.7350 5041.832 182.733 16:45:43 30.7533 4476.384 182.672 16:45:59 30.7578 4727.247 182.760 16:46:23 30.7644 5010.336 182.761 16:46:55 30.7733 5275.090 182.762 16:47:11 30.7778 4357.783 182.639 16:48:25 30.7983 4619.225 182.728 16:48:41 30.8028 4839.165 182.743 16:49:13 30.8117 5159.759 182.773 16:49:37 30.8183 5155.004 182.796 16:50:41 30.8361 4511.043 182.664 16:50:57 30.8406 4756.418 182.651 16:51:21 30.8472 5032.906 182.633 16:51:53 30.8561 5290.679 182.608 16:52:25 30.8650 4406.953 182.510 16:54:09 30.8939 4649.410 182.670 16:54:25 30.8983 4865.337 182.641 16:54:57 30.9072 5179.353 182.584 16:55:29 30.9161 4428.795 182.528 16:56:49 30.9383 4750.869 182.581 16:57:13 30.9450 5032.536 182.560 16:57:45 30.9539 5294.766 182.532 16:59:05 30.9761 4592.038 182.619 16:59:21 30.9806 4824.582 182.579 Page No: 3.1.27 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 28-Mar-95 Data Print Frequency: 2 16:59:53 30.9894 5158.083 182.498 17:00:25 30.9983 4403.833 182.418 17:01:29 31.0161 4658.133 182.600 17:01:45 31.0206 4878.239 182.640 17:02:17 31.0294 5193.216 182.643 17:02:57 31.0406 5442.041 182.647 17:03:53 31.0561 5646.716 182.609 17:06:09 31.0939 5858.144 182.539 17:16:39 31.2689 6058.967 182.410 17:36:59 31.6078 6141.219 182.029 17:57:13 31.9450 6170.003 181.749 18:17:55 32.2900 6186.689 181.493 18:37:59 32.6244 6197.089 181.328 18:59:21 32.9806 6204.504 181.157 19:20:15 33.3289 6210.008 181.010 19:41:43 33.6867 6214.567 180.873 20:03:01 34.0417 6218.657 180.772 20:24:29 34.3994 6222.225 180.682 20:46:55 34.7733 6225.034 180.583 21:07:39 35.1189 6228.031 180.591 21:20:07 35.3267 6832.440 180.498 21:23:41 35.3861 6829.795 180.435 21:41:09 35.6772 7002.485 180.328 22:01:35 36.0178 6983.459 180.240 22:23:31 36.3833 6974.359 180.143 22:44:13 36.7283 6965.773 180.048 23:05:25 37.0817 6961.950 179.932 23:27:09 37.4439 6964.195 179.359 23:50:43 37.8367 6966.086 179.287 29-Mar-95 00:13:01 38.2083 6963.484 179.313 00:34:53 38.5728 6960.124 179.380 00:56:33 38.9339 6962.647 179.428 01:18:29 39.2994 6970.408 179.462 01:40:21 39.6639 6976.770 179.495 02:00:47 40.0044 6986.190 179.526 02:23:35 40.3844 6986.314 179.560 02:41:21 40.6806 6880.029 179.539 03:03:55 41.0567 6867.952 179.546 03:24:07 41.3933 6902.884 179.619 03:44:47 41.7378 6884.237 179.594 03:54:29 41.8994 6879.215 179.546 04:15:39 42.2522 6894.697 179.538 04:26:17 42.4294 6841.624 180.062 04:33:49 42.5550 6833.943 180.976 04:53:59 42.8911 6894.027 178.689 Page No: 3.1.28 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.29 PRESSURE ¥S TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 29-Mar-95 Data Print Frequency: 2 05:09:33 43.1506 6807.355 178.135 05:13:35 43.2178 7072.238 178.153 05:34:09 43.5606 7053.988 178.327 05:54:57 43.9072 7038.925 178.542 06:15:27 44.2489 7023.901 178.692 06:36:53 44.6061 7009.118 178.807 06:58:01 44.9583 6995.483 178.897 07:19:41 45.3194 6983.655 178.965 07:41:13 45.6783 6965.564 179.103 08:02:05 46.0261 6889.106 179.083 08:22:31 46.3667 6855.408 179.217 08:43:11 46.7111 6853.711 177.912 09:05:33 47.0839 6854.570 177.685 09:28:13 47.4617 6850.757 177.608 09:50:09 47.8272 6853.099 177.627 10:11:51 48.1889 6862.664 177.684 10:32:07 48.5267 6931.662 177.723 10:52:17 48.8628 6988.789 177.683 11:07:23 49.1144 6984.708 177.687 11:27:43 49.4533 6880.796 177.882 11:48:05 49.7928 6830.165 178.039 12:01:17 50.0128 6684.674 178.230 12:21:23 50.3478 6709.912 178.233 12:42:29 50.6994 6734.794 178.251 13:02:43 51.0367 6749.449 178.314 13:23:57 51.3906 6759.624 178.376 13:45:09 51.7439 6685.754 178.284 13:56:09 51.9272 6815.680 178.287 14:14:49 52.2383 6843.050 178.206 14:14:49 52.2383 6843.050 * ** End of Period 5 * ** Date: 22-Mar-95 Ticket No: 454363 Page No: 3.1.30 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10904.14 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 29-Mar-95 Data Print Frequency: 2 * * * Start of Period 6 ** * 14:14:57 0.0022 6837.184 178.204 14:22:41 0.1311 7114.983 178.378 14:38:09 0.3889 7060.548 178.262 14:58:15 0.7239 7032.265 178.305 15:18:35 1.0628 6990.938 178.379 15:39:11 1.4061 6944.351 178.450 15:48:35 1.5628 6954.746 178.485 16:10:13 1.9233 6960.031 178.551 16:31:43 2.2817 6965.453 178.594 16:42:23 2.4594 7054.414 178.654 16:53:21 2.6422 6948.050 178.652 17:09:45 2.9156 6858.154 178.702 17:26:23 3.1928 7040.165 182.086 17:42:31 3.4617 6955.168 183.773 17:55:03 3.6706 6727.994 176.176 18:05:29 3.8444 6847.329 171.604 18:17:19 4.0417 6921.143 171.704 18:25:15 4.1739 6698.620 165.298 18:28:51 4.2339 6696.993 153.197 18:32:51 4.3006 6481.244 141.273 18:34:59 4.3361 6433.301 136.689 18:37:07 4.3717 6428.697 133.363 18:38:11 4.3894 6454.947 132.061 18:41:07 4.4383 6417.613 129.422 18:43:39 4.4806 6368.878 127.610 18:47:23 4.5428 6158.179 126.372 18:49:17 4.5744 6125.893 125.994 18:52:37 4.6300 6125.116 125.371 18:54:37 4.6633 6078.031 124.989 18:58:13 4.7233 5843.437 124.031 19:00:13 4.7567 5792.876 123.515 19:02:13 4.7900 5741.108 123.027 19:04:29 4.8278 5680.833 122.555 19:06:21 4.8589 5632.508 122.191 19:08:21 4.8922 5623.362 121.726 19:10:47 4.9328 5526.908 121.290 19:12:39 4.9639 5497.296 120.993 19:14:39 4.9972 5398.211 120.633 19:16:31 5.0283 5361.214 120.372 19:18:25 5.0600 5330.437 120.049 19:20:17 5.0911 5236.875 119.609 19:22:17 5.1244 5180.653 119.099 19:24:01 5.1533 5146.817 118.760 19:26:01 5.1867 5115.823 118.406 19:28:25 5.2267 5130.642 117.821 Date: 22-Mar-95 Ticket No: 454363 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) 29-Mar-95 Data Print Frequency: 2 19:30:33 5.2622 5083.925 117.338 19:32:09 5.2889 5011.804 116.983 19:33:53 5.3178 4947.352 116.552 19:35:53 5.3511 4898.822 115.973 19:38:57 5.4022 4673.126 114.806 19:40:49 5.4333 4619.725 114.382 19:42:41 5.4644 4596.298 113.965 19:44:41 5.4978 4493.188 113.990 19:46:25 5.5267 4441.353 113.536 19:48:09 5.5556 4397.297 112.806 19:50:09 5.5889 4326.090 112.025 19:51:53 5.6178 4327.995 111.371 19:54:41 5.6644 4321.544 110.352 19:56:17 5.6911 4263.421 109.776 19:58:33 5.7289 4216.072 108.964 20:03:05 5.8044 3939.401 107.276 20:05:29 5.8444 3862.694 106.473 20:07:13 5.8733 3840.565 105.943 20:15:45 6.0156 3596.542 103.151 20:21:19 6.1083 3558.140 101.918 20:22:47 6.1328 3521.595 101.665 20:24:39 6.1639 3478.403 101.279 20:32:33 6.2956 3261.307 98.841 20:40:11 6.4228 3030.815 96.133 20:47:07 6.5383 2817.634 93.726 20:54:27 6.6606 2602.346 91.582 21:02:25 6.7933 2380.726 89.281 21:09:49 6.9167 2146.453 87.252 21:16:55 7.0350 1903.613 85.233 21:24:01 7.1533 1659.058 83.478 21:31:03 7.2706 1426.653 81.073 21:36:41 7.3644 1199.487 79.497 21:46:11 7.5228 970.793 76.638 21:53:21 7.6422 764.590 75.519 21:59:39 7.7472 560.334 74.310 22:07:39 7.8806 345.855 73.800 22:20:23 8.0928 195.567 75.434 22:40:47 8.4328 171.012 75.057 23:01:37 8.7800 111.217 75.037 23:22:03 9.1206 133.655 74.795 23:42:23 9.4594 107.673 72.955 30-Mar-95 00:02:33 9.7956 91.891 71.967 00:23:09 10.1389 20.680 72.615 00:43:17 10.4744 31.669 74.113 00:49:37 10.5800 17.659 72.331 Page No: 3.1.31 Gauge Depth: 10904.14 ft COMMENTS Date: 22-Mar-95 Ticket No: 454363 Page No: 3.2.1 GAUGE PERIOD SUMMARY Gauge No.: 10592 Depth: 10904.14 fi Blanked off'. No ID PERIOD DESCRIPTION DATE/TIME PRESSURE (psi) DURATION(min) A 1 B :Bi!:' 2 '(211' C 3 D Start Pre-Test(RiH) End Pre-Test(RIH) StartSurge(Fire Guns). End SUrge(Fire:GUns) Start Draw-down 1 End Draw-down 1 23-Mar 02:05:00 24-Mar 14:20:21 24~Mar..:14:20:21 . 24~Mar~ :15:: 14! 21: 24-Mar 15:14:21 25-Mar 21:59:11 E 5 Start Draw-down 2 F End Draw-down 2 'Fi~i .:' :'1:61: :.::: Start~Re,~erse::&'POOH 29:Mar.~.:!4il:4:40 ::::'::Gi:!: ':::: :"::::: :!End: POOH~:: ' 10.18 5510.58 2175.35 5510,58: :::6260:9I ::::' ': : :.5~:00::.:' 6260.91 3645.62 1844.83 27-Mar 10:00:30 6301.19 29-Mar 14:14:40 6847.76 3134.17 :68~7~76: :~' i NOTE: for Pressure vs. Time Plot, see next page. X 2O 10 Test No: Gauge No' o;~3 0 1 10592 Pr ess ure/T err ,per at. ur e History Well No: #4 I I Company' BP I I I I I I I I I I ~0 >~- :;Do Exploration 20O - FO I I - ~D Z _ ~00-~ .~ -- _ 0 oo _ 0 Date: 22-Mar-95 Ticket No: 454363 GAUGE PERIOD SUMMARY Page No: 3.3.1 Gauge No.: 10212 Depth: 10794.14 ft ID PERIOD DESCRIPTION DATE/TIME Start Pre-Test(RIH) End Pre-Test(RIH) ~: Start :Surge(Fire .GunS) ~ :EndSurge(FireGunS): C 3 Start Draw-down 1 D End Draw-down 1 D ::..:.~14'!~;~'iiI ;iStm. Build~up:. :~:E. i::::: ::: ~:~.::::,::~d~:BUildmp~: E 5 Start Draw-down 2 F End Draw-down 2 23-Mar 02:14:00 24-Mar 14:20:30 24~Mar: 14:20:30 24~Mar: 15:14:30' 24-Mar 15:14:30 25-Mar 17:45:00 25~M~~ 27~Mar:.10!00:25:.: 27-Mar 10:00:25 29-Mar 14:14:30 Blanked off: No PRESSURE (psi) DURATION(min) 13.95 5449.74 5449:.74. :6.t:93.~69: 6193.69 3587.61 ' 35i87~'.6!t: 6268.21 6787.19 2166.5 · 54::00 1590.50 :: . 3134.08 NOTE: for Pressure vs. Time Plot, see next page. x 2O 10 Test No: Gauge No: 1 10212 Pressure/Tert ~peroture History Well No: #4 Company' BP I I I I I I I I I Exploration 2OO Z Date: 22-Mar-95 Ticket No: 454363 GAUGE PERIOD SUMMARY Page No: 3.4.1 Gauge No.' 10222 Depth: 10794.14 ft Blanked off: No ID PERIOD DESCRIPTION DATE/TIME PRESSURE (psi) DURATION(min) Start Pre-Test(RIH) End Pre-Test(RIH) S~:.SUrge(Fire..Guns) :End. Surge(Fire Guns) Start Draw-down 1 End Draw-down 1 23-Mar 02:11:00 15.19 24-Mar 14:20:31 5441.02 24~Mar.:: 14:20:31 5441:,.02:.: 24:.Mar': 15i 14:31 .61.87,53:: 24-Mar 15:14:31 6187.53 25-Mar 21:59:21 3601.19 2169.52 . · · :5niio0 1844.83 Start Draw-down 2 27-Mar 10:00:06 6261.24 End Draw-down 2 29-Mar 14:14:31 6780.08 3134.42 i: ::: start~Reverse&::POOH: ::-- 2:9~M~¥:14:1~4i3i Ii~i:,. · 67i80~08!'.:~ ~ : .' .30~Mar~ioli::03:41;?': .::12:20:::. 649A:.7: NOTE: for Pressure vs. Time Plot, see next page. X 20 10 Test No: Gauge No: 1 10222 Pr es s ure/Te mper at ur e Well No: #4 History Company' BP I I I I I I I I I ~o )>~' :;DO Exploration 2OO · · - PO I I - -- __. CD z _ 100-~ ~ - ) o oo _ _ 0 · · BP EXPLORATION (ALASKA), INC. Badami No. 4 Drill Stem Test No. lA March 30 -April 7, 1995 HALLIBURTON HALLIBURTON ENERGY SERVICES REPORT TICKET NO: MEMORY GAUGE TICKET NO: DATE: HALLIBURTON CAMP: TESTER: WITNESS: DRILLING CONTRACTOR: LEGAL LOCATION: OPERATOR: LEASE NAME: WELL NO:# TEST NO: TESTED INTERVAL: 462918 462918 30-Mar-95 Kenai Robert A. Richey Marc Hombrook / Floyd Hemandez Doyon Rig No. 9 State Waters BP Exploration (Alaska), INC. Pt. Mclntyre Badami No. 4 DST No. lA 11017 - 11094 ft MD 11166 - 11243 ft MD FIELD AREA: Pt. McIntyre COUNTY/LSD: North Slope STATE/PROVINCE: Alaska COUNTRY: U.S.A. NOTICE: THIS REPORT IS BASED ON SOUND ENGINEERING PRACTICES, BUT BECAUSE OF VARIABLE WELL CONDITIONS AND OTHER INFORMATION WHICH MUST BE RELIED UPON HALLIBURTON MAKES NO WARRANTY, EXPRESS OR IMPLIED AS TO THE ACCURACY OF THE DATA OR OF ANY CALCULATIONS OR OPINIONS EXPRESSED HEREIN. YOU AGREE THAT HALLIBURTON SHALL NOT BE LIABLE FOR ANY LOSS OR DAMAGE, WHETHER DUE TO NEGLIGENCE OR OTHERWISE ARISING OUT OF OR IN CONNECTION WITH SUCH DATA, CALCULATIONS OR OPINIONS. TABLE OF CONTENTS SECTION 1: TEST SUMMARY & INFORMATION Test and Formation Data Sequence Of Events Tool String Configuration Pressure Temperature History Plot Test Period Summary Rate History Summary Tank Readings (PLT Flow) Tank Readings (Post Injection Test Flow) Well Test Summary SECTION 2: ANALYSIS Gauge No. 10594 Expanded Plots SECTION 3: MEMORY GAUGE DATA Gauge No. 10594 History Plot Gauge No. 10594 Reduced Listing Gauge No. 10592 History Plot Gauge No. 10212 History Plot Gauge No. 10222 History Plot SECTION 4: ASCII FILE DATA 1.1 1.2 1.3 1.4 1.5 1.6 1.7.1 1.7.2 1.8 2.2 3.1 3.1.1 3.2 3.3 3.4 Date: 30-Mar-95 ( Ticket No: 462918 Page No: 1.1 TEST AND FORMATION DATA Formation Tested: All Depths Measured From: Elevation: Total Depth: Net Pay: Hole or Casing Size: Gross Tested Interval: Perforated Interval (ft): Upper and Lower Badami KB 34.85 ft 11562.00 ft 30.00 ft 7.000 in 11017.00 - 11243.00 ft 11017.00- 11094.00 ft 11166.00- 11243.00 fi HOLE FLUID Type: Mud Weight: 12.60 Ibm/gal Viscosity: cp HOLE TEMPERATURE Depth: Estimated: Actual: 10944.26 fi 170.00 F 182.00 F HYDROCARBON PROPERTIES Oil Gravity (APl): 21.0 Gas/Oil ratio (ScF/STB): N/A Gas Gravity (SG): N/A ~ 60 TYPE Diesel Mud CUSHION DATA AMOUNT WEIGHT 72 bbl 6.8 ppg 23 bbl 12.6 ppg BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) Halliburton Energy Services Sequence of Events Page No. 1.2.1 Time ; Comments Whp Wht Casing Choke (psig) , (degf) (psig) (64ths) -, 03/30 21:32:561Start Gauge # 10594/20222. Shut-In , 03/30 21:34:561Start Gauge # 10592/20066. Shut-In , 03/30 21:37:561Start Gauge # 10212/20113. Shut-In 21:40:56 03/30 Start Gauge # 10222/20068. i ~ : Shut-In 03/30 22:00:001Start Picking up BHA. : , Shut-In 03/30 23:50:001Finish Picking up BHA. ' ~ Shut-In 00:30:00 ' 03/31 Continue to RIH. r i ~ Shut-In ~ i I I Shut-In 03/31 06:00:001On Bottom. 03/31 06:30:00_tStart Steam Generator. : i i Shut'In 03/31 07:00:001Start Rigging up Surface Tree and Flow Line. ! ~ i Shut-In 08:20:00 03/31 Hold Safety Meeting. ~-- I i! Shut-In 03/31 08:30:00fFill Lines for pressure Test. , ~ i Shut-In 03/31 08:32:00 Pressure Test To Heater Valve. i : i ~. Shut-In 03/31 09:00:001 Finish Pressure Test. i i____ i Shut-In 03/31 09:03:00 Blow Down Lines. i ~ Shut-In 03/31 09:24:00 Set Packer and Open Bypass. i i = ~ Shut-In 03/31 09:31:00 Start Displacing with Diesel (71 bbls). If/~ I Shut-In 03/31 09:36:00 Stop Displacing. Bypass not open. Release Packer. I I t---- Shut-In 03/31 09:45:00 Start Displacing with Diesel. 60.96 40.96 24.72 Shut-In 03/31 10:11:00 Finish Displacing with Diesel. Shut-In _ 03/31 10:14:00 Set Packer. I ,, Shut-In Close + r---- , 03/31 10:28:00 Top Master. ~ ~ i ! Shut-In 03/31 10:30:00 Pressure Up on Annulus to Shift LPR-N. i ~ ' Shut-In 03/31 10:40:00 Bleed off Annulus. LPR-N Shifted. ~ 3486.78 41.00 1768.78 Shut-In 03/31 10:43:00 Bleed offTubing to 2500 psi. L 3201.28 [ 40.95 21.17 Shut-In 03/31 10:50:00 Pressure up on Annulus to open LPR-N.I.T Shut-In 03/31 10:51:00 Initial Tank #3 Strap = 49.00" after blow down. I ~ Shut-In 03/31 10:52:30 Open Well to Flow on 16/64ths Choke. 16 / Adj. 03/31 11:00:00 Tank #3 Strap = 49.00" ( 0.000 bbl/d Rate) -- I 16 / Adj. 03/31 11:02:00 Increase Choke to 20/64ths, 20 / Adj. 03/31 11:30:00 Tank #3 Strap = 50.50" (120.000 bbl/d Rate) I 17.38 i 51.60 1636.53 20 / Adj. 03/31 12:00:00 Tank #3 Strap = 53.00" (200.004 bbl/d Rate) 16.63 ! 52.74 1604.28 I 20 /Adj. 03/31 12:30:00 Tank #3 Strap = 55.50" (200.004 bbl/d Rate) 8.88 53.96 1582.91 20 / Adj. 03/31 13:00:001Tank #3 Strap = 57.75" (180.004 bbl/d Rate) 0.18 58.63 1574.91 20/Adj. 03/31 13:30:00 Tank #3 Strap -- 60.00" (180.000 bbl/d Rate) 0.00 61.08 1568.53 20 / Adj. , 03/31 14:00:00 Tank #3 Strap = 62.00" (160.000 bbl/d Rate) 3.03 55.23 1567.03 20 /Adj. 03/31 14:30:00 Tank #3 Strap = 64.00" (160.000 bbl/d Rate) 8.11 I 52.76 1563.78 20/Adj. 03/31 15:00:00 Tank #3 Strap = 65.75" (140.000 bbl/d Rate) 8.41 52.37 1562.03 20 /Adj. 03/31 15:30:00 Tank #3 Strap = 67.50" (140.000 bbl/d Rate) 7.91 52.06 1560.91 20/Adj. 03/31 16:00:00 Tank #3 Strap = 70.00" (200.000 bbl/d Rate) 6.58 51.72 1559.16 20 /Adj. 03/31 16:30:00 Tank #3 Strap = 72.25" (180.000 bbl/d Rate) 6.48 51.70 1558.53 I 20/Adj. 03/31 17:00:00 Tank #3 Strap = 75.00" (220.000 bbl/d Rate) 6.21 52.23 1557.78 20 / Adj. 03/31 17:30:00 I Tank #3 Strap = 78.00" (240.000 bbl/d Rate) 10.51 51.65 1557.28 20 /Adj. 03/31 18:00:00 Tank #3 Strap = 81.25" (260.000 bbl/d Rate) ,, 60.01 50.84 1556.28 20/Adj,. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) Halliburton Energy Services Sequence of Events Page No. 1.2.2 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) (64ths) 03131 18:30:00 I Tank #3 Strap = 91.50" (820.020 bbl/d Rate) 130.81 50.38 1552.03 20 /Adj. 03/31 19:00:00 I Tank #3 Strap = 92.50"( 80.000 bbl/d Rate) 59.21 50.76 1553.28 20 /Adj. 03/31 19:30:001Tank #3 Strap = 92.50" ( 0.000 bbl/d Rate) 45.28 50.11 1557.16 20 / Adj. 03/31 19:45:001Divert Thru Heater. 53.66 49.64 ; 1557.78 20 / Adj. 03/31 20:00:00!Tank #3 Strap = 92.75"( 20.000 bbl/d Rate) 62.53 49.04 '! 1559.16 ' 20 / Adj. 03/31 20:15:00fBS&W= 2.3% Mud. 142.76 ~ 49.28 i 1559.41 [ 20/Adj. 03/31 20:30:001Tank #3 Strap = 94.00" (100.000 bbl/d Rate) : 161.11 ~ 50.07 1559.78 i 20 ! Adj. 03/31 21:00:001Tank #3 Strap = 95.25" (100.000 bbl/d Rate) i 219.53 ~ 51.20 i 1560.28 =~ 20 / Adj. 03/31 21:03:00jlncrease Choke to 30/64ths. ~ ~ 30 / Adj. 03/31 21:15:00 t API Oil Grav.= 25.8 @ 77 (24.7 @ 60)BS&W = 1.0% ' i i ~ 30/Adj. 03/31 21:30:00tTank #3 Strap = 101.00" (460.000 bbl/d Rate) ~ 82,36 48.32 i 1555.66 ! 30/Adj. 03/31 21:55:00/Open Upper Master Valve to Wireline Lubricator, , 30 / Adj. , 03/31 21:59:00 RIH with Wireline PLT. , I ' 30 / Adj. 22:00:00 Tank #3 Strap = / I 30/Adj. 03/31 102.50" (120.002 bbl/d Rate) __ 03/31 22:15:00 BS&W = 3.0%. i 42.08 T 47.69!' 1550.53 ! 30/Adj. 03/31 22:30:001Tank #3 Strap = 103.25" (60.000 bbl/d Rate) I 44.31 ! 46.68 L 1551,03~ 30/Adj. 03/31 23:00:00 ITank #3 Strap = 105.00" (139.842 bbl/d Rate) I 69.51 r 44.83 l 1553.66 I 30 ! Adj. 03/31 23:15:00 BS&W= 3.4%. --I 79.73 i 44.23 ! 1554.28 30/Adj. 03/31 23:30:00 Tank #3 Strap = 107.00" (160,003 bbl/d Rate) ] 92.58 ~__ 43.87 1555.16 30/Adj. 04/01 00:00:00 Tank #3 Strap = 109.00" (160,003 bbl/d Rate)i 138'86 T 43.12 1556.28 30/Adj. _ 04/01 00:10:00~ Rock Choke. r/ 30/Adj. I 04/01 00:30:00 Tank #3 Strap = 111.50" (200.004 bbl/d Rate) ~ 131.13 i 42.40 ! 1555.53 30/Adj. t i 42.19 1555.28 30/Adj. 04/01 00:45:00'APl Oil Grav.= 24.6 @ 78 (23.5 @ 60)BS&W 3.2% Mud, 124.33 04/01 01:00:001Tank #3 Strap = 113.25" (140.003 bbl/d Rate) 125.38 42.08 1555.41 30/Adj. 04/01 01:15:00 BS&W-- 2.5% Mud. i 126.11 42.05 1555.53 30/Adj. 04/01 01:30:00 Tank #3 Strap = 115.50" (180.004 bbl/d Rate) I 129.33 I 42.00 1555.41 30 / Adj. 04/01 02:00:00 Tank #3 Strap = 116.50" ( 80.002 bbl/d Rate) 137.73 i 41.60[ 1556.53 30 / Adj. 02:15:00 BS&W= 3.0% Mud. ~ 140.43 i 41.65 / 1556.78 30/Adj. 04/0i 04/01 02:30:00 Tank #3 Strap = 119.00" (200.004 bbl/d Rate) ~ 148.16 I 41.68i, 1557.03 30/Adj. 04/01 02:37:00 POOH with Wireline PLT. I I 30 /Adj. 04/01 03:00:00 Tank #3 Strap = 121.00" (159.873 bbl/d Rate) 133.88 44.09 1558.16 30/Adj. 04101 03:30:00 .Tank #3 Strap = 122.50" (120.002 bbl/d Rate) 141.21 i 43.26 1560.03 30/Adj. 04/01 03:35:00 OOH with Wimline PLT. Change Out Tools(Sampler) i 1___ 30 / Adj. 04/01 04:00:00 Tank #3 Strap = 123.50" ( 80.004 bbl/d Rate) 148.01/ 43.40 1560.78 30/Adj. 04/01 04:15:00iAPI Oil Grav.= 23.0 @ 75 (22.1 @ 60)BS&W=1.0% Mud 163.63 43.33 1561.16 30 / Adj. 04/01 04:30:00 Tank #3 Strap = 125.50" (160.003 bbl/d Rate) 160.66 43.10 1560.41 30/Adj. 04/01 04:40:001Open Swab To RIH with Wire Line (Samplers). 30/Adj. 04/01 05:00:00 Tank #3 Strap = 128.50" (240.005 bbl/d Rate) I 139.06 42.29 1558.66 30 / Adj. 04/01 05:30:00 ;Tank #3 Strap = 129.00" ( 40.001 bbl/d Rate) 176.98 41.01 1559.03 30 / Adj. 04/01 06:00:001Tank #3 Strap = 131.25" (180.004 bbl/d Rate) 180.13 40.50 1560.03 30/Adj. 04/01 06:30:00 Tank #3 Strap = 132.75" (120.001 bbl/d Rate) 203.88 40.61 1561.16 30/Adj. 04/01 07:00:00 ITank #3 Strap = 134.75" (160.003 bbl/d Rate) 219.28 40.53 1561.16 30/Adj. 04/01 07:15:00 APl Oil Grav.= 22.4 @ 90(20.6 @ 60)BS&W=0.25% Mud 247.38 40.46 1562.03 30/Adj. 04/01 07:30:00 Tank #3 Strap = 136.50" (140.003 bbl/d Rate) 216.26 40.41 1561.53 30 /Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) Halliburton Energy Services Sequence of Events Page No. 1.2.3 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) (64ths) 04/01 08:00:001Tank #3 Strap = 139.00" (200.004 bbl/d Rate) 195.91 40.67 1561.78 30 / Adj. 04/01 08:30:00iTank #3 Strap = 141.00" (160.003 bbl/d Rate) 183.33 41.10 1562.03 30/Adj. 04/01 09:00:00ITank #3 Strap = 143.50" (200.004 bbl/d Rate) 180.83 41.45 1561.53 , 30 / Adj. 04/01 09:30:00iTank#3 Strap = 145.00" (120.002 bbl/d Rate) 185.63 41.94 ~, 1561.91 ~ 30/Adj. 04/01 10:00:001Tank #3 Strap = 146.25" (100.002 bbl/d Rate) 168.61 43.10 1563.16 i 30/Adj. 04/01 10:10:00iWire Line OOH with first Sampler. i 30 / Adj. I 04/01 10:30:00 Tank #3 Strap = 147.50" (100.002 bbl/d Rate) ~ 187.46 44.42 i, 1564.66 i 30/Adj. 04/01 11:00:00 !Tank #3 Strap = 148.75" (100.002 bbl/d Rate) 193.66 44.68 1564.53 ; 30 / Adj. 04/01 11:16:00iOpen Swab To RIH with Wire Line (Sampler) : i ! 30 / Adj. i , = i 30 / Adj. 04/01 11:30:001Tank #3 Strap 150.25" (120.002 bbl/d Rate) 04/01 12:00:001Tank#3 Strap = 152.75" (200.004 bbl/d Rate) , 201.21 46.61 1564.03 i 30/Adj. 04/01 12:15:00!API Oil Grav.= 22.7 @ 60. BS&W= Trace Mud. 225.81 46.11 ! 1565.53 i 30/Adj. 04/01 12:30:00 Tank #3 Strap = 154.25" (120.002 bbl/d Rate) 239.98 __46.29 i 1567.03 i 30/Adj. 04/01 13:00:001Tank #3 Strap = 155.50" (100.002 bbl/d Rate)__ i-----238'11 47.10 ~ 1568.16 30/Adj. 04/01 13:30:00jTank#3 Strap = 157.25" (140.003 bbl/d Rate) r 259.53 47.97[ 1570.28 ~ 30/Adj. 04/01 14:00:00 Tank #3 Strap = 159.75" (200.004 bbl/d Rate) = 242.93 47.53 i 1570.66 30 / Adj. 04/01 14:30:001Tank#3 Strap = 162.25" (200.004 bbl/d Rate) I 214.66 47.38 ! 1570.41 30/Adj. 04/01 15:00:001Tank#3 Strap = 164.00" (140.003 bbl/d Rate) i 224.41 ~ 48.11I 1571.91 ! 30/Adj. 04/01 15:30:00 Tank#3 Strap = 165.50" (120.002 bbl/d Rate) 235.06 , 49.28 I 1573.16 30/Adj. = i 48.88 1573.16 ~ 30/Adj. 04/01 16:00:00: Tank #3 Strap 167.00" (120.002 bbl/d Rate) i 239.38 ~r 04/01 16:15:00 APl Oil Grav.= 21.8 @ 60. BS&W = Trace Mud. i 240.11 ~ 48.79 I 1572.41 30/Adj. 04/01 16:30:001Tank#3 Strap = 169.25" (180.004 bbl/d Rate) J 238.93 ! 48.67 / 1572.28 30/Adj. 04/01 17:00:00 Tank #3 Strap = 171.00" (140.003 b.__bl/d Rate) 216.21 i 48.30 1569.91 30/Adj. 04101 17:15:00 Wire Line OOH. Close Swab. ~ ...... 235.01 ~I 48.51_. 1569.41 30 / Adj. 04/01 17:30:00 Tank #3 Strap = 172.25" (100.002 bbl/d Rate) I 228.73 48.61 i569.28 30/Adj. Bleed ' 04/01 17:38:45, Annulus to Shut In Well Down Hole @ LPR-N. i. i t ~r Shut-In 04/01 17:40:001Final Tank #3 Strap = 172.75" (1337.46 bbl/d Rate) i 263.28 ~ 48.46 j 22.11 Shut-In RD Wire , ~ 48.88 22.73 Shut-In 04/01 17:45:00 Line Equipment. ~ 275.28 I, 04/01 18:45:00 Wire Line Rigged Down. i 363.93 49.23 23.08 Shut-In - 04/01 19:00:00 Rig Up to Blow Flow Lines Down to Tanks. I 380.36 i 49.21 24.37 Shut-In -- 04/01 19:20:00 Shut Down Steam Generator and Blow Down Exchanger. i Shut-In 04/01 19:45:00 Tank #3 Strap = 173.50" After Blow Down. J 413.41 48.30 27.93 Shut-In 04/02 00:00:00 Continue To Monitor Wellhead. Wait on BJ. 480.73 43.55 36.26 Shut-In 04/02 05:00:001Continue to Monitor Wellhead. Wait on BJ. 494.41 I. 46.05 41.72 Shut-In 04/02 11:00:00 Continue To Monitor Wellhead. Wait on BJ. i 503.53 ! 46.99 42.00 Shut-In 04/02 17:00:001 Continue To Monitor Wellhead. Wait on BJ. 501.78 49.22 43.43 Shut-In 04/02 19:40:00, Tank #3 Strap Before Blow Down = 172.50"(287.5 bbl 505.78 47.97 44.66 Shut-In 04/02 19:45:00 Close TIW Valve to Bleed off Surface Lines. 3.83 47.79 44.38 Shut-In 04/02 19:50:00tHog On Riding belt to top of tree. Shut-In 04/02 20:02:00 Finsh blowing Down Flow lines. RU ~J. Shut-In 04/02 20:27:00 Remove Casing Xducer to Check Reading. Shut-In 04/02 20:32:00 Read Casing Xducer to Atm. Checks OK. Shut-In 04~02 20:39:00 Casing Xducer Reinstalled. Shut-In 04~02 23:50:00 Pressure Up on Annulus to Open up LPR-N. ! , , BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) Halliburton Energy Services Sequence of Events Page No. 1.2.4 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) (64ths) 04/03 00:00:001Hold Safety Meeting on Rig Floor. 1.78 45.04 ~ 1412.66 Shut-In 04~03 00:45:001Start Pressure Test BJ Lines. 2.08 44.32 1391.16 Shut-In 04/03 01:00:00', Pressure Test OK to 7500 psi. 1.98 44.20 1389.28 Shut-In 04~03 01:05:00!Start Pumping with BJ. , 04/03 04:22:00!Finish Pumping with BJ. 0.00 04/03 04:23:00!Close TIW Valve. : 0.00 04/03 04:51:00!Bleed offAnnulus to Close LPR-N. RD BJ. RU Flow. 0.00 04/03 05:00:00 I TIW Valve Will not open. 0.00 50.52 ~ 22.77 Shut-In 04/03 05:17:00 ~ Pressure up then Bleed off Tubing. . ~ Shut-In 04/03 05:20:001Pressure up on LPR-N. TIW Valve will not open. i ; Shut-In 04/03 05:28:001Pressure up on Tubing. (4000 psi) ~ I ~ ~ Shut-In 04/03 05:36:00iTIW open. ~ I ' Shut-In 04/03 05:40:001Open Well on 10/84ths. TIWvalve leaking. ! I ; Shut-In 04/03 05:45:00 i Continue to increase choke setting (Wide Open) ' 1336.78 i 53.26 i 1610.91 ', Shut-In 04/03 05:52:001Bleed off Annulus to close LPR-N. ~ I i Shut-In 04/03 05:55:00 Close in @ Choke Manifold and Monitor pressure. ~ Shut-In __ ~ 50.84 17.53 Shut-in 04/03 06:15:00!Change out TIW Valve. . 4.56 04/03 07:04:00 I Open LPR-N. ! __ Shut-In 07:07:00 Open 04/03 . Well to Flow on 20/64ths Choke. i 20 / Adj. 04/03 07:15:001Tank#3 Strap = 190.50" (300.006 bbl/d Rate) ~__ 1903.28 48.39 1600.78 , 20/Adj. 04/03 07:30:00 Tank#3 Strap = 194.00" (560.011 bbl/d Rate) 1702.28 49.76 1674.53 20/Adj. 04/03 07:45:00 Tank #3 Strap = 198.00" (640.013 bbl/d Rate) 1495.03 50.08 __1651.16 20/Adj. 04/03 08:00:00 Tank #3 Strap = 200.75" (440.009 bbl/d Rate) 1373.03 49.93 1633.53 20 / Adj. = i 20 / Adj. 04/03 08:01:00 Switch to Tank#4. Initial Strap 36". 04/03 08:15:00 Tank~ Strap = 39.00" (480.010 bbl/d Rate) ! 1241.53 ~ 49.83 1618.78 I 20/Adj. 04/03 08:30:00 Tank #4 Strap = 42.00" (480.010 bbl/d Rate) i 1154.53 49.64 1606.91 20 / Adj. ~ ' ~ 20 / Adj. 04/03 08:48:00 j Rock Choke. I 04/03 09:00:00 Tank ~ Strap = 46.75" (380.008 bbl/d Rate) i 1458.78 49.79 1604.28 ! 20/Adj. , 04/03 09:30:00 Tank#4 Strap = 48.50" (140.003 bbl/d Rate) 1763.78 i 49.98 1612.66 20/Adj. 04/03__ 09:33:00 Rock Choke. Trace Mud, Oil & Water. 20 / Adj. 04/03 09:47:00 Rock Choke. 20 / Adj. 04/03 10:00:00 Tank ~ Strap = 53.50" (400.008 bbl/d Rate) 1132.53 49.24 1608.03 20 / Adj. 04/03 10:12:001Rock Choke. 20 / Adj. -- 04/03 10:23:00 Rock Choke. 20 / Adj. 04/03 10:30:00 Tank ~ Strap = 58.00" (360.007 bbl/d Rate) i 922.78 49.21 1616.16 20/Adj. 04/03 10:31:00 RockChoke. 20/Adj. 04/03 10:40:00 Rock Choke. 20 / Adj. 04/03 10:50:00 Rock Choke. 20 / Adj. 04/03 11:00:00 Tank ~t Strap = 62.75" (380.008 bbl/d Rate) 1081.28 48.97 1631.28 20/Adj. 04/03 11:03:00 Rock Choke. 20 / Adj. , 04/03 11:14:00 Rock Choke. - I 20 / Adj. 04/03 11:23:00 Rock Choke. Oil to Surface. 20 / Adj. 04/03 11:29:00 Rock Choke. 20 / Adj. -- 04/03 11:30:00 Tank ~ Strap = 68.00" (420.008 bbl/d Rate) 869.03 48.95 1638.91 20 / Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) Halliburton Energy Services Sequence of Events Page No. '1.2.5 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) (64the) 04~03 11:37:001 Rock Choke. 20 / Adj. 04/03 11:44:001 Rock Choke. 20 / Adj. 04~03 11:53:00i Rock Choke. 20 / Adj. 04~03 12:00:00!Tank ff.,4 Strap = 71.00" (240.005 bbl/d Rate) 1159.78 ~ 49.25 1647.03 20 / Adj. 04/03 12:08:001Divert Flow through Heat Exchanger. ' 20/Adj. 04/03 12:15:00iBS&W 0.01% Sand; 3.9% Diesel; 96% Oil. 1318.28 49.78 1651.28 20/Adj. 04/03 12:18:00 Rock Choke. . ~ 20/Adj. ~ ~ T 20 / Adj. 04~03 12:30:001Tank ff.4 Strap ............... = 73.50" (200.004 bbl/d Rate) I 1115.28 , 50.05 =~ 1650.16 I , 04/03 12:42:001Rock Choke. ~ ~ 20/Adj. · ! , 04/03 12:44:00 Rock Choke. i ' · i 20/Adj. 04~03 12:50:00 Rock Choke. : i---- , i 20/Adj. ~ Choke_. 04/03 12:53:00 ': . i 20 / Adj. 04/03 12:59:001Increase to 30/64ths i-- ~ ' i 30 / Adj. 04~03 13:00:00 Tank ft4 Strap = 76.00" (200.004 bbl/d Rate) i 856.28 i 51.14 ~ 1649.66 30 / Adj. 04~03 13:01:00 Rock Choke. : ~ 30 / Adj. 04/03 13:08:00~k Choke. : +! ., 30/Adj. 04/03 13:1~:001API~3-~G---~av. = 12.4 @ 102 (10.4 @ 60)BS&W38% H20i 1064.78 '! 50.55 ; 1651.66 i 30/Adj. 04/03 13:16:00 Rock Choke. i i ---- i I 30 / Adj. 04~03 13:30:00 Tank ff.4 Strap = 79.00" (240.005 bbl/d Rate) 852,78 I 50.44 I 1652.78 30/Adj. 04/03 13:35:00 Rock Choke. I 30/Adj. 04/03 13:51:00 Rock Choke. I 30 / Adj. 04/03 14:00:00 Tank ff.4 Strap = 83.00" (320.006 bbl/d Rate) ~ 1142.53 50.05 I 1659.03 30/Adj. I 30 / Adj. 04/03 14:05:00 Rock Choke. I 1660.66 ) 30/Adj. 04/03 14:15:00 APl Oil Grav.= 15.3 @ 105 (13.0 @ 60)BS&W38% H20 I 1729.53 .,~ 49.91 04/03 14:30:00 Tank ff.4 Strap = 86.75" (300.006 bbl/d Rate) i 837.28 I 49.92 , 1660.03 30 / Adj. 04/03 14:38:00 Rock Choke. ~ J I 30 / Adj. 04/03 14:49:00 Increase to 32/64ths Choke. -- I ', 32 / Adj. 04/03 15:00:00 Tank ~4 Strap = 89.25" (200.004 bbl/~ Rate) 765.03 49.34 1659.66 32 / Adj. _ 04/03 15:06:00 Rock Choke. I I 32 / Adj. 04/03 15:15:00 APl Oil Grav.= 19.8 @ 100 (17.1 @ 60)BS&W 20% H20 444.28 48.77 1659.41 32/Adj. 04/03 15:30:00 Tank ff.4 Strap = 95.75" (520.010 bbl/d Rate) 588.78 48.64 1664.53 32 / Adj. 04/03 15:41:00 Rock Choke. _ 32 / Adj. 04/03 16:00:00 Tank ff.4 Strap = 101.00" (420.008 bbl/d Rate) 519.53 48.24 1672.28 32 / Adj. 04/03 16:12:00 Rock Choke. 32/Adj. 04~03 16:15:00 APl Oil Grav. 17.2 @ 94 (15.4 @ 60) BS&W 23% H20 469.03 48.11 1676.91 32 /Adj. 04/03 16:30:00 Tank ~4 Strap = 105.50" (360.007 bbl/d Rate) 415.28 47.87 1678.78 ~ 32 /Adj. 04/03 16:37:00 Rock Choke. 32 / Adj. 04~03 17:00:00 Tank ff.4 Strap = 111.00" (440.009 bbl/d Rate) 367.53 47.47 1685.66 32 / Adj. 04~03 17:15:00 APl Oil Grav.= 19.7 @ 94 (17.1 @ 60) BS&W 18% H20 425.53 47.44 1691.66 32 /Adj. 04/03 17:24:00 Rock Choke. 32 / Adj. 04~03 17:30:00 Tank ff.4 Strap = 115.25" (340.007 bbl/d Rate) 493.28 47.33 1696.66 32 / Adj. 04~03 17:40:00 Rock Choke. 32 / Adj. 04~03 18:00:00 Tank ff.4 Strap = 120.00" (380.008 bbl/d Rate) 480.53 47.07 1703.66 32 /Adj. ~ i BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) Halliburton Energy Services ~" Sequence of Events Page No. 1.2.6 Time Comments Whp Wht Casing Choke ~ (psig) (degf) (psig) (64th$) 04~03 18:15:00iAPI Oil Grav= 20.0 @ 84 (18.6 @ 60)BS&W 12% H20 578.28 47.05 1704.91 32/Adj. 04/03 18:29:00I Rock Choke. 32 / Adj. 04~03 18:30:001Tank ~ Strap = 122.50" (200.004 bbl/d Rate) 552.53 46.83 1706.16 32/Adj. 04~03 19:00:00iTank ~4 Strap = 132.00" (760.017 bbl/d Rate) 368.28 45.16 1705.66 32/Adj. 04~03 19:15:00tAPI Oil Grav.= 21.4 @ 84 (20.0 @ 60)BS%W 1.0% H20 390.03 44.62 1709.16 ~ 32/Adj. 04~03 19:30:001Tank #.4 Strap = 133.00" (120.007 bb/d Rate) 449.03 44.86 1713.41 32/Adj. 04/03 19:48:00 ! Rock Choke. ~ 32 / Adj. 04~03 20:00:00tTank #4 Strap = 141.00" (600.001 bbl/d Rate) 298.53 ~ 44.55 ~ 1717.03 i 32/Adj. 04/03 20:15:00iAPI Oil Grav,= 30.5 @ 76 (29.4 @ 60)BS&W 0.5% H20 315.28 i 44.33 '. 1718.66 32 /Adj. __ 04/03 20:30:00 Tank~4 Strap 145,50" (360,007 bbl/d Rate) 350.28 L = I 44,64 ~ 1721.66 i 32/Adj, 04/03 21:00:001Tank~ Strap = 149.00" (280,006 bbl/d Rate) 457,78 : 44.72 = 1729,41 ~ 32/Adj. 04/03 21:13:001Rock Choke, : i -- i 32/Adj. 04/03 21:15:00iAPI Oil Grav, ~--2~,~-~"88 (22,8 @ 60)BS&W0.5% H20 355,03 i 44.97 ~ 1730.91 i 32/Adj. 04/03 21:30:00tTank #4 Strap =155,75" (S40,011bbl/d Rate) __ 273,53 ~i' 44.02 i 1730'91 I 32/Adj' 04/03 22:00:00 Tank~[4 Strap = 161.25" (440,009 bbl/d Rate) 260.03 i 45.01 i 1734.78 I 32/Adj, 04/03 22:15:007PI Oil Grav.= ~' ~ ~'i~-i ~- ~- ~)~-B~-&-~ 1,5% H20 270,0~i 46.31 i 1738.53 32 / Adj, 22:30:00 Tank ~ -- 04/03 Strap = 165,25" (320,016 bbl/d Rate) 281,28 ~ 44.85 1741,91 32 ! Adj. 04/03 23:00:00!Tank ~ Strap 170,25" (400,008 bbl/d Rate) ~ 312,78 / 4__.___1,80 1748,03 32/Adj, 04/03 23:15:00 APl Oil Grav,= 23.8 @ 72 (23,1 @ 60)BS&W=0,5% H20 333,03i 40,94 1750.28 32/Adj, 04/03 23:30:00tTank ~ Strap = 174,00" (300,006 bbl/d Rate) 347,53 40,17 1752,03 32/Adj. 04/04 00:00:00 Tank ~t Strap = 178.50" (360.007 bbl/d Rate) ~ 383,53 39,73 1755,28 32 / Adj, i ' 04/04 00:15:00 APl Oil Grav,= 23,6 @ 74 (22,7 @ 60)BS&W=0.3% H20 ' 265.03 40,03 i 1755,28 ~. 32/Adj. 04/04 00:30:00 Tank ~ Strap = 186.00" (600,001 bbl/d Rate) 204.63 I 39,74 1755,03 32/Adj, 04/04 01:00:00 Tank#4 Strap = 190,00" (320,001 bbl/d Rate) : 253.53 I 39,78 , 1758.28 , 32/Adj, --I 04/04 01:01:00 Switch to Tank #1. OG = 41,00" ! I 32/Adj, 04/04 01:30:00 Tank#1 Strap 46.00" (400.002 bbl/d Rate) 263.03 = ; 40.23 i 1764.41 32 / Adj. 04~04 02:00:00 Tank #1 Strap = 49.50" (280.080 bbl/d Rate) i 283.53 I 39.43 1768.28 32/Adj, 04/04 02:09:00 Rock Choke, 32 / Adj. 02:30:00 Tank ~ - 04~04 #1 Strap = 57.00" (600.004 bbl/d Rate) i 180.38 40.06 1769.78 32/Adj. 04~04 03:00:00 Tank #1 Strap = 62.50" (440.009 bbl/d Rate) : 195.16 41.33 1772.91 32/Adj. 04/04 03:15:00 APl Oil Grav.= 22.4 @ 77 (21.4 @ 60)BS&W=0.5% H20 ; 201.88 41.51 1774.66 32 / Adj. 04/04 03:30:00 Tank #1 Strap = 67.00" (360.007 bbl/d Rate) i 210.46 41.89 1777.53 32 / Adj. 04~04 04:00:00 Tank #1 Strap = 71.25" (340.007 bbl/d Rate) ; 222.11 41.95 1782.03 32 / Adj. -- 04/04 04:15:00 APl Oil Grav.= 22.4 @ 74 (21.6 @ 60)BS&W=0.7% H20 ', 224,56 , 41.86 1783.41 32/Adj. 04~04 05:00:00 Tank #1 Strap = 82.25" (420.008 bbl/d Rate) , 230.63 ; 41.44 1787.78 32 / Adj. 04~04 05:15:00;API Oil Grav.= 24.2 @ 80 (23.2 @60)BS&W=0.05%Sand i 238.26 41.13 1789.16 32/Adj. 04/04 05:30:00 Tank #1 Strap = 87.25" (400.032 bbl/d Rate) I 240.18 40.93 1790.16 32/Adj. -- 04~04 06:00:00 Tank #1 Strap = 91.75" (360.007 bbl/d Rate) I 247.16 40.84 1791.91 32/Adj. 04/04 06:15:00 APl Oil Grav.= 22.8 @ 80 (21,6 @ 60)BS&W=0.05%Mud I 250.53 40.71 1793.03 32 /Adj. 04~04 06:30:00 Tank #1 Strap = 96.50" (380.008 bbl/d Rate) , 252.53 40.36 1793.91 32 / Adj. 04/04 07:00:00 Tank #1 Strap = 101.75" (420.008 bbl/d Rate) I 253.03 40.22 1795.91 32 / Adj. 07:15:00 APl Oil Grav.= 22.9 @ 80 (21.7 @ 60)BS&W=0.05%Mud ' 04/04 ~ 251.78 40.34 1796.66 32 / Adj. 04/04 07:30:00 Tank #1 Strap = 106.50" (380.008 bbl/d Rate) 252.78 40.36 1797.78 32 / Adj. 04/04 08:00:001Tank#1 Strap = 110.75" (340.007 bbl/d Rate) ! 246.93 39.96 1799.16 32/Adj. , , BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Sequence of Events (4) ,, Halliburton Energy Services 'ti Sequence of Events Page No. 1.2.7 Time Comments Whp Wht Casing Choke (psig) (degf) (psig) , (64th$) 04/04 08:30:001Tank #1 Strap = 115.75" (400.008 bbl/d Rate) 247.16 39.44 1800.53 32/Adj. 04/04 09:00:001Tank #1 Strap = 120.25" (360.007 bbl/d Rate) 245.46 40.06 1802.28 32/Adj. 04~04 09:15:00 I API Oil Grav.= 22.6 @ 74 (21.8 @ 60) BS&W Trace. 247.68 40.32 1803.03 32/Aclj. 04/04 09:30:00iTank #1 Strap = 125,25" (400.008 bbl/d Rate) 250.53 40.70 1804.03 32/Adj. 04~04 10:00:001Tank #1 Strap = 130.00" (380.008 bbFd Rate) 251.53 41.70 1805.66 I 32/Adj. 04~04 10:15:00 APl Oil Grav.= 22.8 @ 87 (22.2 @ 60) BS&W Trace, 252.03 41.99 1806.03 i 32/Adj. -- 04/04 10:30:001Tank #1 Strap = 134.25" (340.007 bbl/d Rate) 254.78 ~ 42.03 ; 1807.53 I 32/Adj. 04/04 11:00:00+Bleed off Annulus to Close LPR-N 247.23 i 41.63 .i 1808.16 i 32/Adj. 04/04 11:01:00/Tank #1 Strap - 140.25" (480.010 bbl/d Rate) i = i Shut-I n 11:10:00 Close , ~ Shut-In 04/04 Master to Blow Down Flow Lines. 04/04 11:19:00iFinish Blow Down. Open Master to Monitor WHP. ! ! Shut-In 04/04 23:00:00 Continue To Monitor Build Up. 525.28 *~ 42.61 ' 96.26 i Shut-In · 06'00 Open LPR-N and Open Choke to bleed off tubing pressure, 577 28 , 51 91 ~ 23 16 , Shut-In 04/05 11. . , ......................................................................... r 52.19 1767.78 Shut In 04/05 11:09:00!Open On 20/64ths to Bleed off Tubing Pressure. 624.53 i ~____ 04/05 11'15:00ICiose Choke Manifold. 66.28 ! 50.70 i 1705.16 I Shut In Close -- to Cycle OMNI to Blank Position. 04/05 11'16:00, LPR-N ......................................................... '. ....... I Shut In 04/05 11:23:00~ in Blank Pos. Start Pumping Down Tubing. , i Shut In 04/05 11:34:001Cycle OMNI to Circulate Position. i Shut In 04/05 11:39:00 Start Reverse Out. l .... Shut In 04/05 12:38:00 Finish Reverse Out. ' r___ Shut In 04/05 12:43:00 Cycle OMNI to Well Test Pos. ,I [ Shut In / 04/05 13:03:00 OMNI in Well Test Pos. ~ / Shut In 04/05 13:16:00 Open LPR-N and Bull Head Down-- Tubing.i' i ...... = Shut In --. __ 04/05 13:40:00 Finish Pumping. +- 25 bbl below Packer. : I Shut In __ 04/05 13:41:00 Cycle OMNI to Circulate Pos. ~ ..... Shut In 04/05 14:14:00: Open Choke Manifold and Blow Down Lines. ! Shut In 04~05 14:30:001Circulate Hot Diesel and Water Through Flow Lines. ' 21.58 53.84 25.88 Shut In , 04/05 14:45:00 Start Circulating the Long way. ~ 20.56 53.12 21.02 Shut In 04/05 17:30:00 IRig Down Surface Xducers. I Shut In 04/05 21:00:00:Lay Down Surface Test Tree. ~ Shut In 04/05 22:00:00 POOH with BHA. ~ Shut In 04/06 04:00:00 At Surface with BHA. Lay Down Same. ~ Shut In 04/06 08:15:00 BHA Layed Down. I Shut In 04/06 09:00:00 Pick Up EZ Disposal Packer. i Shut In 04/06 09:21:00 Continue to RIH. j Shut In 04/06 15:15:00 On Bottom. Fill Tubing. ! Shut In 04/06 15:35:00 Set Packer. I Shut In 04/06 17:00:00 Start Displacing Produced Fluids. j___ Shut In 04/07 06:00:00 Finish Displacing Produced Fluids. Shut In 04/07 06:30:00 Start Pumping Cement.__ I Shut In 04/07 16:30:00 Finish All Plugs. _ Shut In 04/07 17:00:00 POOH. I Shut In 04/07 20:30:00 OOH with Setting Tool. Lay down Same. Shut In 04/07 21:00:00 DST Complete. ~i Shut In BP Exploration (Alaska), INC. Badami No. 4 DST No. lA -Toolstring (3) Halliburton Energy Services Toolstring Configuration Page No. 1.3.1 Tubulars Length Depth OD ID Comments ~ (Tops) ! (ft) (MD ft) (in) iin) XO 3 1/2" I.F. Box X Tree Conn. Test Tree 3 1/2 Drill Pipe 10676.71 0.00 5.000 2.440 /,Diesel Cushion +-72 bbl Radioactive Marker 0.00 10676.71 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.49 10676.71 5.030 2.250 RD Safety Circulating Valve 3.58 10678.20 5.030 2.250 XO 3 7/8 CAS Box X 3 1/2 I.F. Pin 1.17 10681.78 5.040 2.500 R.A. Marker , 3 1/2 Drill Pipe 31.81 10682.95 4.750 2.250 106677' MD (10013' TVD) APR OMNI Valve 21.11 10714.76 5.030 2.250 3 1/2 Drill Pipe 30.68 10735.87 5.040 2.440 RD Circ Valve: 3 1/2 Flex Collar 31.16 10766.55 4.750 2.130 10678' MD (10014' TVD) XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 1.50 10797.71 5.030 2.250 Drain Valve 3.43 10799.21 5.030 2.250 LPR-N Tester Valve 15.82 10802.63 5.030 2.250 XO 3 1/2 I.F. Box X 3 7/8 CAS Pin 0.98 10818.45 5.040 2.250 Drain Valve 3.43 10819.43 5.030 2.250 SG-15 Bundle Carrier 16.82 10822.86 5.030 2.250 OMNI: XO 3 1/2 CAS Box X 3 7/8 I.F. Pin 1.16 10839.68 5.030 2.500 10714' MD (10048' TVD) 3 1/2 Flex Collar 91.89 10840.841 4.750 2.130 XO 3 112 I.F. Box X 3 7/8 CAS Pin 1.11 10932.73 5.010 2.250 SG-15 Bundle Carrier 16.82 10933.84 5.030 2.250 LPR-N: Big John Jars 5.22 10950.66 5.020 2.300 10803' MD (10129' TVD) I Safety Joint 3.41 10955.88 5.020 2.440 Champ III Packer 7.71 10959.29, 5.870 2.310 HMR Gauges: 10833' MD (10157' TVD) EOT 10967.00, HMR Gauges: 10944' MD (10260' TVD) Champ III Packer: 10959' MD (10274' TVD) L Mud Cushion (Bottom of Packer) Perforations: 11017' - 11094' MD Top Shot 11017' MD (10328' TVD) Mid Perfs 11056' MD (10364' TVD) ., Bottom Shot 11094' MD (10400' TVD) 11166' - 11243' MD Top Shot 11166' MD (10468' TVD) Mid Perfs 11205' MD (10505' TVD) Bottom Shot 11243' MD (10544' TVD): PBTD 11562' MD ,, X 12 Test No: Gauge No: lA 10594 1 Pr ess ure//Temperat ur e I I I Well No: #4 History I 4 I I I I Company: BP I Explorotion 200 '1 -- -- -- -- -- -- 0 O3O 0 Z Z Date: 30-Mar-95 Ticket No: 462918 Page No: 1.5 TEST PERIOD SUMMARY Gauge No.: 10594 ID PERIOD DESCRIPTION A 1 Start Pre-Test(RIH) B End Pre-Test(RIH) B.:: ·:2:·::.:::i start PLT Flow C... EndPLT Flow C 3 Start Build-up D End Build-up E 5 Start Draw-down F End Draw-down ;End.Build;up:.. G 7 H Start Reverse & POOH End POOH Depth: 10944.26 ft DATE~IME 30-Mar 21:34:00 31-Mar 10:52:19 31 -Mar:: :10:52:19 01-Apr' 17:38:25 01-Apr 17:38:25 02-Apr 23:48:27 02~Apr.~ 23:48:2:7 03 ~Apri!:07:04:!13 03-Apr 07:04:13 04-Apr 10:59:19 04~APr: ;:I0:59:19 05,Apr 111;:05:121 05-Apr 11:05:21 06-Apr 08:01:36 Blanked off: No PRESSURE (psi) DURATION(min) 17.41 6700.05 6700~05 396&23 3966.23 6299.10 :. 6299A'0:::: ::i: :i '~7044!:327'~ : 7044.32 3493.80 ~:' ::.:: :: ~:::: 6258.69 16.42 798.32 1810.03 · 1675.10 1256.25 Date: 30-Mar-95 Ticket No: 462918 Page No: 1.6 RATE HISTORY TABLE Period No Test Type RIH Draw-down Build-up Injection Test Draw-down Build-up POOH Prod Rate q(j) (bbl/D) 0.000 160.830 0.00 -600.000 bbl 379.370 0.000 0.000 Duration (hrs) 13.305 30.768 30.167 7.263 27.918 24.101 20.938 Cum. Time t(j) (hrs) 13.305 44.074 74.241 81.504 109.422 133.523 154.460 BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Tank strap (3) Halliburton Energy Services Tank Strap Readings Page No: 1.7.1.1 Tank I Tank Tank Tank Inc. Flow Date Time No.I Type Strap Volume Rate Volume Comments (mm-dd-yy) l(hh:mm:ss) (See Footnote) (inches) (bbls) (bbl/d) (bbls) 3131/95 10:52:30 3 H 49.00 Initial strap #3 = 49.00" 3131195 11:00:00 3 H 49.00 0.00 0.000 0.00 (10164ths Choke) 3131/95 11:30:00 3 H 50.50 2.50 120.002 2.50 (20/64ths Choke) 3131195 12:00:00 3 H 53.00 4.17 200.004 6.67 3131195 12:30:00 3 H 55.50 4.17 200.004 10.83 3131195 13:00:00 3 H 57.75 3.75 180.004 14.58 3131195 13:30:00 3 H 60.00 3.75 180.004 18.33 3131195 14:00:00 3 H 62.00 3.33 160.003 21.67 3131/95 14:30:00 3 H 64.00 3.33 160.003 25.00 3131195 15:00:00 3 H 65.75 2.92 140.003 27.92 3131/95 15:30:00 3 H 67.50 2.92 140.003 30.83 3131195 16:00:00 3 H 70.00 4.17 200.004 35.00 3131195 16:30:00 3 H 72.25 3.75 180.004 38.75 3131/95 17:00:00 3 H 75.00 4.58 220.004 43.33 3131/95 17:30:00 3 H 78.00 5.00 240.005 48.33 3/31195 18:00:00 3 H 81.25 5.42 260.005 53.75 3/31195 18:30:00 3 H 91.50 17.08 820.016 70.83 3/31195 19:00:00 3 H 92.50 1.67 80.002 72.50 3131195 19:30:00 3 H 92.50 0.00 0.000 72.50 3131195 20:00:00 3 H 92.75 0.42 20.000 72.92 3/31195 20:30:00 3 H 94.00 2.08 100.002 75.00 3/31195 21:00:00 3 H 95.25 2.08 100.002 77.08 (30164thhs Choke) 3131195 21:30:00 3 H 101.00 9.58 460.009 86.67 3131195 22:00:00 3 H 102.50 2.50 120.002 89.17 RIH with Wire Line(PLT). 3131195 22:30:00 3 H 103.25 1.25 60.001 90.42 3131195 23:00:00 3 H 105.00 2.92 140.003 93.34 3131195 23:30:00 3 H 107.00 3.33 160.003 96.67 411195 0:00:00 3 H 109.00 3.33 160.003 100.00 411195 0:30:00 3 H 111.50 4.17 200.004 104.17 411/95 1:00:00 3 H 113.25 2.92 140.003 107.09 411195 1:30:00 3 H 115.50 3.75 180.004 110.84 411195 2:00:00 3 H 116.50 1.67 80.002 112.50 411/95 2:30:00 3 H 119.00 4.17 200.004 116.67 411195 3:00:00 3 H 121.00 3.33 160.003 120.00 411195 3:30:00 3 H 122.50 2.50 120.002 122.50 OOH with Wire Line(PLT). 411195 4:00:00 3 H 123.50 1.67 80.002 124.17 411195 4:30:00 3 H 125.50 3.33 160.003 127.50 RIH with Wire Line(Sampler). 4/1195 5:00:00 3 H 128.50 5.00 240.005 132.50 411195 5:30:00 3 H 129.00 0.83 40.001 133.34 411195 6:00:00 3 H 131.25 3.75 180.004 137.09 411195 6:30:00 3 H 132.75 2.50 120.002 139.59 411195 7:00:00 3 H 134.75 3.33 160.003 142.92 411195 7:30:00 3 H 136.50 2.92 140.003 145.84 Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger 572 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch. Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Tank strap (3) Halliburton Energy Services Tank Strap Readings Page No: 1.7.1.2 Tank I Tank Tank Tank Inc. Flow Date Time No.I Type Strap Volume Rate Volume Comments (mm-dd-yy) (hh:mm:ss) (See Footnote) (inches) (bbls) (bblld) (bbls) 411195 8:00:00 3 H 139.00 4.17 200.004 150.00 411195 8:30:00 3 H 141.00 3.33 160.003 153.34 411195 9:00:00 3 H 142.50 2,50 120.002 155.84 411195 9:30:00 3 H 145.00 4.17 200.004 160.00 411195 10:00:00 3 H 146.25 2.08 100.002 162.09 OOH with Wire Line(Sampler), 411195 10:30:00 3 H 147.50 2.08 100.002 164.17 411195 11:00:00 3 H 148.75 2.08 100.002 166.25 411195 11:30:00 3 H 150.25 2.50 120.002 168.75 RIH with Wire Line(Sampler). 411195 12:00:00 3 H 152.75 4.17 200.004 172.92 411195 12:30:00 3 H 154.25 2.50 120.002 175.42 411195 t3:00:00 3 H 155.50 2.08; 100.002 177.50 411/95 13:30:00 3 H 157.25 2.92 140.003 180.42 411/95 14:00:00 3 H 159.75 4.17; 200.004 184.59 411195 14:30:00 3 H 162.25 4.17 200.004 188.75 411195 15:00:00 3 H 164.00 2.92 140.003 191.67 411195 15:30:00 3 H 165.50 2.50 120.002 194.17 411195 16:00:00 3 H 167.00 2.50 120.002 196.67 411195 16:30:00 3 H 169.25 3.75 180.004 200.42 411/95 17:00:00 3 H 171.00 2.92 140.003 203.34 4/1195 17:30:00 3 H 172.25 2.08 100.002 205.42 OOH with Wire Line(Sampler). 4/1/95 17:38:45 3 H 172.75, 0.83 137.146 206.25 Well Shut In ~ 17:38:45. Flow Period Summary: Flow Time: 30.78 hours Flow Volume: 206.26 bbls Avg. Flow Rate: 160.83 bblld Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger ;72 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch. Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Rate Chart #3 Halliburton Energy Services Tank Rate History Plot Page No. 1.7.1.3 900 800 700 600 500 400 300 200 100 0 10:00 14:00 18:00 22:00 2:00 6:00 10:00 14:00 18:00 Real Time Daylight Saving Time Not ObserVed. Plot Start Time: 31-Mar 10:00:00 Plot End Time: 01-Apr 18:00:00 BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Tank strap (4) Halliburton Energy Services Tank Strap Readings Page No: 1.7.2.1 Tank Tank Tank Tank Inc. Flow Date Time No. Type Strap Volume Rate Volume Comments (mm-dd-yy) (hh:mm:ss) (See Footnote) (inches) (bbls) (bblld) (bbls) 413195 5:00:00 3 H 172.50 Initial Strap = 172.50" 413195 7:07:00 3 H 189.50 Initial Strap (20164tbs) 4~3~95 7:15:00 3 H 190.50 1.67 300.006 1.67 4~3~95 7:30:00 3 H 194.00 5.83 560.011 7.50 4~3~95 7:45:00 3 H 198.00 6.67 640.013 14.17 4~3~95 8:00:00 3 H 200.75 4.58 440.009 18.75 Switch To Tank #4. 4~3~95 8:15:00 4 H 39.00 5.00 480.010 23.75 Initial Strap = 36.00". 4~3~95 8:30:00 4 H 42.00 5.00, 480.010 28.75 4~3~95 9:00:00 4 H 46.75 7.92 380.008 36.67 4~3~95 9:30:00 4 H 48.501 2.92 140.003 39.58 4~3~95 10:00:00 4 H 53.501 8.33 400.008 47.92 4~3~95 10:30:00 4 H 58.00 7.50 360.007 55.42 4~3~95 11:00:00 4 H 62.75. 7.92 380.008 63.33 4~3~95 11:30:00 4 H 68.00 8.75 420.008 72.08 4~3~95 12:00:00 4 H 71.00 5.00 240.005 77.08 4~3~95 12:30:00 4 H 73.50 4.17 200.004 81.25 4~3~95 13:00:00 4 H 76.00 4.17 200.004 85.42 (30/64ths Choke) 4~3~95 13:30:00 4 H 79.00 5.00 240.005 90.42 4~3~95 14:00:00 4 H 83.00 6.67 320.006 97.09 413195 14:30:00 4 H 86.75 6.25 300.006 103.34 (32/64ths Choke) 413/95 15:00:00 4 H 89.25 4.17 200.004 107.50 413195 15:30:00 4 H 95.75 10.83 520.010 118.34 413195 16:00:00 4 H 101.00 8.75 420.008 127.09 4~3~95 16:30:00 4 H 105.50 7.50 360.007 134.59 413195 17:00:00 4 H 111.00 9.17 440.009 143.75 413195 17:30:00 4 H 115.25 7.08 340.007 150.84 413/95 18:00:00 4 H 120.00 7.92 380.008 158.75 4/3195 18:30:00 4 H 122.50 4.17 200.004 162.92 413195 19:00:00 4 H 132.00 15.83 760.015 178.75 413195 19:30:00 4 H 133.50 2.50 120.002 181.25 413195 20:00:00 4 H 141.00 12.50 600.012 193.75 '4~3~95 20:30:00 4 H 145.50 7.50 360.007 201.25 4~3~95 21:00:00 4 H 149.00 5.83 280.006 207.09 4~3~95 21:30:00 4 H 155.75 11.25 540.011 218.34 413195 22:00:00 4 H 161.25 9.17 440.009 227.50 4~3~95 22:30:00 4 H 165.25 6.67 320.006 234.17 413195 23:00:00 4 H 170.25 8.33 400.008 242.50 413195 23:30:00 4 H 174.00 6.25 300.006 248.75 414195 0:00:00 4 H 178.50 7.50 360.007 256.26 414195 0:30:00 4 H 186.00 12.50 600.012 268.76 4~4~95 1:00:00 4 H 190.00 6.67 320.006 275.42 Switch to Tank #1. 4~4~95 1:30:00 1 H 46.00 8.33 400.008 283.76 Initial Strap = 41.00" 4~4~95 2:00:00 I H 49.50 5.83 280.006 289.59 Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger 572 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch. Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Tank strap (4) i .... Halliburton Energy Services Tank Strap Readings Page No: 1.7.2.2 Tank I Tank Tank Tank Inc. Flow Date Time No.I Type Strap Volume Rate Volume Comments (mm-dd-yy) (hh:mm:ss) (See Footnote) (inches) (bbls) (bblld) (bbls) 414195 2:30:00 1 H 57.00 12.50 600.012 302.09 414/95 3:00:00 1 H 62.50 9.17 440.009 311.26~ 414195 3:30:00 1 H 67.00 7.50 360.007 318.76 414195 4:00:00 1 H 71.25 7.08 340.007 325.84 414/95 4:30:00 1 H 77.00 9.58 460.009 335.42 414195 5:00:00 1 H 82.25 8.75 420.008 344.17 414195 5:30:00 1 H 87.25 8.33 400.008 352.51 414195 6:00:00 1 H 91.75 7.50 360.007 360.01 414/96 6:30:00 1 H 96.60 7.92 380.008 367.92 414195 7:00:00 1 H 101.75 8.75 420.008 376.67 414195 7:30:00 1 H 106.50 7.92; 380.008 384.59 414195 8:00:00 1 H 110.75 7.08 340.007 391.67 414/95 8:30:00 1 H 115:75 8.33 400.008 400.01 , 414195 9:00:00 1 H 120.25 7.50 360.007 407.51 414/95 9:30:00 1 H 125.25 8.33 400.008 415.84 414195 10:00:00 1 H 130.00, 7.92 380.008~ 423.76 414195 10:30:00 1 H 134.251 7.08 340.0071 430.84 414195 11:00:00 1 H 140.25 10.00 480.010 440,84 Shut In (~ LPR-N. Flow Period Summary: Flow Time: 27.89 hours Flow Volume: 440.85 bbls Avg. Flow Rate: 379.37 bbl/d Tank Type: H - Halliburton 400 BBL Upright. T - Rental Tiger 572 BBL Horizonal. Tank Factor: H - 1.6667 bbls per inch. T - 6.076 bbls per inch, Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Rate Chart #4 Halliburton Energy Services Tank Rate History Plot Page No. 1.7.2.3 A 800 700 600 500 400 300 20O 100 , ! , I I I I I I I I I I i I I I I I I I I I 6:00 9:00 12:00 15:00 18:00 21:00 0:00 3:00 6:00 9:00 12:00 Real Time Daylight Saving Time Not Observed. Plot Start Time: 03-Apr 06:00:00 Plot End Time: 04-Apr 12:00:00 BP Exploration (Alaska), INC. Badarni No. 4 DST No. lA - PLT Flow Halliburton Energy Services Well Test Summary Page No. 1.8.1.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol _ Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) _ 03/30 21:32:56 0.00000 Start Gauge #10594/20222. (10 hours RIH) ..................... 03~30 21:34:56 0.03333 Start Gauge #10592/20066. (10 hours RIH) 03/30 21:37:56 0.08333 Start Gauge #10212/20113. (10 hours RIH).I .................... 03/30 21:40:56 0.13333 i Start Gauge#10222/20068. (10 hours RIH) 03/30 22:00:00 0.45111 Start Picking up BHA. -~r [i.i-. ~ii~"--~--~-- i . 03/31 00:30:00 2.95111 Continue to RIH. 1- ............. ~ - ' 03/31 06:00:00 8.45111 On Bottom. i .... ~ ......... ~ !' ~ ~ ' 03/31 06:30:00 _ 8.95111 !Start Steam Generator. 0.001 0.00i 23.431 Shut-In 03/31 06:45:00 9.20111 0~[ .... ~-~i '~i~i---~-~-I~ ' /' ' 03/31 07:00:00 9.45111 Start Rigging up Surface Tree and Flow Line. ~.~. J - "~.0~[. ~__ 23.31!+- ....... Shut-In _ 03/31 07:15:00 9.70111 0.00! 0.001 23.61 Shut-In 03/31 07:30:00 9.95111 0.00 ~.0~ 23.60 Shut-In I 03/31 07:37:00 10.06778 5.66~_. 40.81~! 24.02 Shut-In j 23.93 Shut-In 03/31 07:45:00 __10'20111 2.43 40.22,_. ~.~ ~ui~" ..... i , 03/31 08:00:00 10.45111 6.46/ 39.~ 03/31 08:15:00 10.70111 ~.~!~ '- ~i~{~i ~.8-66~---~;i-~;i 03/31 08:20:00~ 10.78444 Hold Safety Meeting. --- 10'26-T- .... ~'~i_ ' ~i_~5-_!-- ~l~;i:i~ _l ....... 03/31 08:30:00 10.95111 Fill Lines for pressure Test. 10.86 39.05l 23.951 Shut-In 03/31 08:32:00 10.98444 Pressure Test To Heater Valve. ......... 0.00 ~.0~, 23.92~ Shut-In 03/31 08:45:00 11.20111 54.26 4040! 2~.~ | - ~;i_~n 03/31 09:00:00 11.45111 Finish Pressure Test. 6.46 40.~I- 24.21 Shut-In 03/31 09:03:00 11.50111 Blow Down Lines. 6.93, 40.50 24.32 Shut-In 03/31 09:15:00 11.70111 ' 13.66 4~4.541 24.42 Shut-In 03/31 09:24:00 11.85111 Set Packer and Open Bypass. 15.68 .... 40.~l '~,i~3 Sh~i-ln ...... 03/31 09:31:00~_ 11.96778 Start Displacing with Diesel (71 bbls). 18.68 39~] 24.43 Shut-In .......... 03/31 09:36:00 ~12.05111 Stop Displacing. Bypass not open. Release Packer. 1178.78 40.~-t- 24.60 Shut-In ......... 03/31 09:45:00 12.20111 Start Displacing with Diesel. 60.96 40.96 24.72 Shut-In 03/31 10:00:00 12.45111 2557.53 41.15 25.21 Sh ut-In 03/31 10:11:00 12.63444,Finish Displacin~ with Diesel. 3140.03 __ 41.1,5! _ 24.66 Shut-In 03/31 10:14:00 12.684~4 Set Packer. 3205.03 41.0811 ~ Shut-In ................. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.1.2 Badami No. 4 Well Test Summary DST No. lA - PLT Flow Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol ._ Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) _ 03/31 10:15:00 -12.70111 3216.78- .... ~i'.06 2:4.66 - ~ShL~-In 03/31 10:28:00 12.91778 Close Top Master. 3323.53 40.97 30.13 Shut-In 03/31 10:30:00 12.95111 Pressure Up on Annulus to Shift. LPR-N. 3340.28 40.98 266.16 Shut-In 03/31 10:40:00 13.11778 Bleed off Annulus. LPR-N Shifted. 3486.78 41.00 1768.78 Shut-In 03/31 10:43:00 13.16778 Bleed off Tubing to 2500 psi. r 3201.281 40.95! 21.17 Shut-In 03/31 10:44:00 13.18444 ~ 2647.53~ ~.~! ' ~0-;~ '-~ ~Ji:~-r~ 03/31 10:45:00 13.20111 i 2542.28~_ 42.60/ 20.62 Shut-In 03/31 10:46:00 13.21778 2556.531 42.78 20.61 Shut-In I 03/31 10:47:00 13.23444 [ 2567.531 42.94i 20.61[ Shut-In , 2576.031 43.05i 20.58 Shut-In 03/31 10:48:00 13.25111 i ......... , .......... 03/31 10:49:00 13.26778 2582.781 43.07i 20.56 Shut-In 03/31 10:50:00 13.28444 Pressure up on Annulus to open LPR-N. 2633.28 43.05! 772.53 Shut-In 03/31 10:51:00 13.30111 Initial Tank #3 Strap = 49.00" after blow down. 2814.28 43.04~ 1798.53~ Shut-In 03/31 10:52:00 13.31778 . 2819.53[ 43.021 1761.16 Shut-In 03/31 10:52:30 13.32611 OpenWellto Flowon 16/64thsChoke. ..... LI ...... ..........I~ 1-6-i-Adi.[ 03/31 10:53:00 13.33444 1797.03 43.80 1738.9i. '~) i ,~,~i. 03/31 10:54:00 13.35111 991.0 45.63~ 1723.16 16/Adj. I ' 03/31 10:56:00 13.38444 ~h~| ...... ~'1:7¢ I '170:~1~ i~'~ ~,~j. ' 03/31 10:57:00 13.4011~- 79~[--~,~! i6(~i~ ~d~. 03/31 10:59:00 13.43444 69.61~ .... 4__7.3__31 1689.66! 16/Adj. 03/31 11:00:00 13.45111 Tank #3 Strap = 49.00" ( 0.000 bbl/d Rate) 68.51 47.56i. '~8~i,~:1-! ~,~il~ I 0.00 0.00 j 0.00 03__/31 11:02:00 13.48444 Increase Choke to 20/64ths, 69.56_ 48.00~_ '~i~3I ........ ~'~ ~d~. ' - -- i ....... 03/31 11:03:00 13.50111 18.011 48.31 i 1676.91 20 / Adj. 03/31 11:04:0(~- 13.51778 18.38i 4-8.60~ 1673.91 20/Adj. 03/31 11:05:00_ ~1_3_.53444 19.53 48.78 _1_67_ 1_._91~ 20 / Adj. 03/31 11:06:00 13.55111 20.31 48.95 1671.28 20 / Adj. 03/31 11:07:00 13.56778 20.68 49.10 1669.91 20 / Adj. - 03/31 11:08:00 13.58444 19.56 ._ 4~9.25 1668.66 20 / Adj. 03/31 11:09:00 13.60111 19.23 49.41 1666.78 _20 / Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - PLT Flow Halliburton Energy Services Well Test Summary Page No. 1.8.1.3 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 03/31 11:10:00 13.61778 19.11~ 49.56, 1665.03 20 / Adj. 03/31 11:20:00 13.78444 ~i~3~ "- ~1 ~8 '~ ~ ~,~il 03/31 11:25:00 13.86778 I ~'~! -~'~/ - ~'~ ~i~ - 03/31 11:30:00 13.95111Tank ~3 Strap = 50.50" (120.000 bbFd Rate) ~ ~, '~-~" ~~ ~'~. ~ '~50 120.00 ~ 2.50 03/31 12:00:00 14.4511~ Tank ~3 Strap = 53.00" (200.004 bbFd Rate) 16.63~ 52.74 1604.28 20 / Adj. 2.50 200.00 6.67 03/31 J2:15:00 14.70111 ..... ~. - ~;~ ~'~ ~; .... 2.50 10.83 03/3112:30:00 14.95111 Tank ~3 Strap = 55.50" (200.004 bbFd Rate) ~ ~ ~ ~ 200.00 03/3103/31 13:15:0013:00:00 15.4511115.70111 Tank ~3 Strap = 57.75" (180.0~ bbFd Rate) :~_~ ~_~~!~ ~~¢ ~ 4~~~~._ ~~~~~:~ ~ ___ ;;; 18~'00 ~ ~4:~ 03131 13:30:00 15.95111 Tank ~3 Strap = 60.00" (180.000 bbFd Rate) . 180.00 ~ 18.33 o3/3 i3: 5:oo s.2o 1 ..... 2.00 o.oo J =1.67 03/31 14:00:00 16.45111 Tank "3 Strap = 62.00" (160.000 bbFd Rate) 1 03/31 14:15:00 16.70111 : ~1 -~'~- -~~-~~ 03/31 14:30:00 16.95111 Tank ~3 Strap = ~.00" (160.000 bbl/d Rate) ! 8.11~ 52.76 ~ 1563.78 20 /Adj. 2.00 160.00 25.00 03/31 14:45:00 17.20111 ~ ~ ~ ~'-~) ~d~ 03/31 15:00:00 17.45111 Tank ~3 Strap = 65.75" (140.000 bbFd Rate) ; 8~ ~ - ~'- ~'~ - 1~75 140.00 27.92 7.98~ 52.33~ 1561.41 20 / Adj. ' ...... 03/31 15:30:00 17.95111 Tank~3Strap=S7.50"(140.000bbFdRate) ~'~ ~' ~ 1-.75I 140.00 30.83 03/31 ~5:45:00 18.20111 '- ....... ~ ..... ~ ~'~ ~i~j. 03/31 16:00:00 18.45111 Tank ~3 Strap = 70.00" (200.000 bbFd Rate) i 6.~ 51.72 1559.16 20 / Adj. 2.50 200.00 35.00 03/31 16:15:00 18.70111 ...... ~.0~ .... 51.~ _~ ~8~ 20/Adj. ............ 03/31 16:30:00 18.95111 Tank ~3 Strap = 72.25" (180.000 bb~d Rate) 6.48 51.70 1558.53 20 / Adj. 2.25 180.00 38.75 .......... 03/31 16:45:00 19.20111 6.21 ~ 51.87 1558.16 20 / Adj. ...... 03/31 17:00:00 19.45111 Tank ~3 Strap = 75.00" (220.000 bbl/d Rate) 6.21 ~ 52.23 1557.78 20 /Adj. 2.75 220.00 43.33 03/31 17:15:00 19.70111 7.63! 51.87 1557.53 20 / Adj. ......... 03/31 17:30:00 19.95111 Tank ~3 Strap = 78.00" (240.000 bbl/d Rate) 10.51 ..... 51,65 1557.28 20/Adj. 3.00 240.'00 ~.~ 03/31 17:45:00 20,20111 18.28 51.48 1556.66 20/Adj. 03/31 18:00:00 20.45111 Tank ~3 Strap = 81.25" (2~0.000 bbl/d Rate) 60.01 50.84 1556.28 20 /Adj. 3.25 260.01 53.75 BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - PLT Flow Halliburton Energy Services Well Test Summary Page No. 1.8.1.4 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol _ Time (psig) (degf) (psig) - -(64ths----) (i-~s-~- ~(b-bl/~ -~l~ls-) 03/31 18:15:00 20.70111 299.28 50.29 1556.41 20 / Adj. 03/31 18:30:00 20.95111 Tank #3 Strap = 91.50" (820.020 bbl~d Rate) 130.81 50.38 '- 1552.03 20 /Adj. 1-0~2~ 820.02 70.83 03/31 18:45:00 21.20111 76.78 50.67 1552.03 20 / Adj. 03/31 19:00:00 21._45111 !Tank #3 Strap = 92.50" ( 80.000 bbl/d Rate) 59.211 50.76-' '~,~.~ 2~d~. 1.00 80.00 72.50 03/31 19:15:00 21.70111 28.16! 50.35 1555.53 20 / Adj. 03/31 19:30:00 21.951~ Tank#3Strap=92.50"(o;~)o-bbi~dl~,~ie) ~.~! i5,~;~ 5~i~d~. , 0.00 0.00j 72.50 03/31 19:45:00 22.20111 Divert Thru Heater. 53.66i ~,(~16~,]' ' ~5,~17~ '~ ~ ~d~ ~ ....... [ ' 03/31 20:00:00 ~22'45111 Tank~3 Strap = 92.75"(20.000 bbl/d Rate) 62.53 ~ ~.~J ~ 1559.16~ ~/Adj. ;' 0.25 20.00 ~ 72.92 03/31 20:30:00 22.95111Tank ~3 Strap = 94.00" (100.000 bbl/d Rate)_' 161.11~ 50.07~_ ~9~7~ 20/Adj. ~ 1.25 100:00 [ 75.00 , _ _ ,_ 03/31 20:45:00 23.20111 j 194.48 50.77~ 1560.16 20 / Adj i ........ ~ ...... ' ,' 1.25 03/31 21:00:00 23.45111 Tank ~3 Strap = 95.25" (100.000 bbl/d Rate) I 219.53~ 51.20 1560.28 ~ ' ' so.oo 03/3~ 2~ :30:00 23.05~ ~ ~ Tank ~3 Strap: ~0~.00" {4~0.000 bbVd Rate) 82.3~ 48.32~ ~fi55.~, 30 / ~dj. ~ 5.75 03/31 21:45:00 24.20111 _ ~' ~ 30/Adj. , ¢ J 03/31 21:55:00 24.36778 Open Upper Master Valve to Wireline Lubri~tor. ~_~ · ~.~ ~ ~ / ~d~. . 03/31 21:59:00 24.43444RIHwith~relinePLT. 56.53! '- ~.~ - 1551.16 ~. I ' r~3/31 22:00:00 24.45111 Tank ~3 Strap = 102.50" (120.002 bbFd Rate) 50.93 48.70 1551.16 - ~ ~Adj. 1.50 120.00 J 89.17 03/31 22:15:00 24.70111 BS&W= 3.0%. J ..................... 42.o81 47.69r 1550.53 30/Adj. 03/31 22:30:00 --24'95111Tank ~3 Strap =103-25" (60-000 bbl/d Rate) ~ ~ ~.~'-~R~' ~. 0.75 60.00 90.42 03/31 22:45:00 25.20111{ ~i ' . 03/31 23:00:00 25.45111 Tank ~3 Strap = 105.00" (139.842 bbl/d Rate) --, ~ ~- ~6 .............. ~0~A~.' 1.75 [ 140.00 J 93.34 03/31 23:15:00 25.70111 BS&W = 3.4%.J 79.73--- ~23J .... ~28 30 / Adj. 03/31 23:30:00 25.95111 Tank ~3 Strap = 107.00" (160.003 bbl/d Rate) ' 92.58 43.87 1555.16 30/Adj. 2.00~ 160.00 ~ 96.67 .................... 03/31 23:45:00 26.20111 120.11 .... ~.~ _ 1~.41' 30 / ~dj. 04/01 00:00:00 26.45111 Tank ~3 Strap = 109.00" (160.003 bbl/d Rate) 138.86 43.12 1556.28 30 / Adj. 2.00 160.00 100.00 ~ . ................. 04/01 00:10:00 26.61778 Rock Choke. 124.56 42.99 1555.91 30 / Adj. 04/01 00:15:00 26.70111 127.73 42.78 1555.91 30 / Adj. 04/01 00:30:00 26.95111 Tank~3 Strap= 111.50"(200.004 bbFd Rate) 131.13 42.40 1555.53 30/Adj. 2.50 200.00 104.17 ........................... 04/01 00:45:00 27.20111 APl Oil Grav.= 24.6 ~ 78 (23.5 ~ 60)BS&W 3.2% Mud 124.33 42.19 1555.28 30 / Adj. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.1.5 Badami No. 4 Well Test Summary DST No. lA - PLT Flow Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol _ Time (psig) (degf) (psig) (64the) (inches) (bbl/d) (bbls) · 04/01 01i~)0:00 27.45111 Tank #3 StraP = 113.25" (140.003 bbl/d Rate) 125.38 42.08 1555.41 30 /Adj. 1.75 140.00 107.09 04/01 01:15:00 27.70111 BS&W= 2.5% Mud. 126.11 42.05 1555.53 30/Adj. 04/01 01:30:00 27.95111 Tank #3 Strap = 115.50" (180.004 bbl/d Rate) -- 129.33 42.00 1555.41 30/Adj.! . _2._25_i ~80100 ....... 110.84 04/01 01:45:00 28.20111 133.18 41.791 1555.78 30/_Ad!. 04/01 02:00:00 28.45111 Tank #3 Strap = 116.50" ( 80.002 bbl/d Rate) 137.73! ............ ¥ ........ 41.60 1556.53 30/Adj. ! 1.00 i 80.00 112.50 04/01 02:15:00 _ 28.70111BS&W = 3.0% Mud. .__ 140.~I 41.65 1556.78 30/Adj. 04/01 02:30:00 28.95111 Tank#3 Strap = 119.00" (200.004 bbt/d Rate) 148.16 41.68~ - 1557.031 30/Adj. I- 2.50 i 200.00[ 116.67 04/0102:37:00 29.06778 POOH with Wireline PLT. ............ 145.93 ......... ~1-:~l- 1557.16{_ii~ !Adj. 04/01 02:45:00 29.20111 149.31j 41.87J 1557.41 ~ 30/Adj 04/0103:00:00 29.45111 Tank #3 Strap = 121.00" (159.873 bbt/d Rate) 133.88, 44.09, !5_5_8_:!6_ i 3_0/_ Adj.I 2.00 !60.00!120.00 04/01 03:15:00 29.70111 127.36! 43.80i 1558.78 30 / Adj. . 04/0103:30:00 29.9511-~ Tank #3 Strap = 122.50" (120.002 bbl/d Rate) ~ i 141.21' ~43-.~I '~.~)~.~- ~ ~d~. j 1.50, i 120.00 ........ 122.50 04/01 03:35:00 30.03444~OOHwithWirelinePLT. Change Out Tools(Sampler), 138.11 .... 43.27]_ i' 1560.41 30/Adj. 04/0104:00:00 30.45111 Tank #3 Strap: 123.50" ( 80.004 bbl/d Rate) 1~48.~-i ~i i _4_~.4_~i 1560.7830 / Adj. 1.00 80.00 ..... , 124.17 __30.70111 APIOilGrav.=23.0@75(22.1 @60)BS&W=I.0%Mud [ 163.63l . _ 4_3_:3_3[ 04/01 04:30:00 30.95111 Tank #3 Strap = 125.50" (160.003 bbl/d Rate) 160.661 43.10i 1560.41 30/Adj. 2.00 160.00 127.50 i ....... .131 -' 42.92i i5~ -- ~0/Ad~. - ..... 04/01 04:40:00 31.11778' Open Swab To RIH with Wire Line (Samplers). 160 04/01 04:45:00 31.20111 ~.68J.--~- .... ~8~i 1560.03i- 3~ / ~dj. 04/0105:00:00 31.45111Tank #3 Strap =128.50" (240.005 bbl/d Rate) 139.06J 42.29 1558.66'-3~/~,d~. '3.00'1240.00 1132.50 04/01 05:15:00 31.70111 147.56J 41.48j._ 1558.16 30/Adj. __ . _ 04/0104/01 05:45:0005:30:00 32.2011131'95111 Tank #3 Strap = 129.00" (40.001 bbl/d Rate) 17~.83~176'98J ................ ~{~.6'~41'01[ 1559.281559'03 30 / Adj. j 30 / Adj. j 0.50 il 40.00 .... 133.34 ~ 13 ~- ~,~.~ J .............. 04/01 06:00:00 _32.45111 Tank #3 Strap = 131.25" (180.004 bbl/d Rate) . , . 1560.03 30 / Adj. 2.25 180.00 137.09 04/01 06:30:00__ 32.9511~Tank #3 Strap = 132.75" (120.001 bbl/d Rate) 203.88 --"4--~.~ 1561.16 301 ^~i. 1.50 i 120.00 139.5~_ 04/01 06:45:00 33.20111 [ 213-11 .... 4~.59 1560.91 30 / Adj. - .... I ..... · 04/01 07:00:00 33.45111 Tank #3 Strap =134.75" (160.003 bbl/d Rate) 219.28 '--- 40--..~.... 1561.- 30/Adj. 2.00 160.00 142.92 ...................... 04/01 07:15:00 33.70111 APl Oil Gray. = 22.4 @ 90(20.6 @ 60)BS&W=0.25% Mud 247.38 40.46 1562.03 30 / Adj. 04/01 07:30:00 33.95111 Tank #3 Strap = 136.50" (140.003 bbl/d Rate) 216.26 40.41 1561.53 30 / Adj. 1.75 140.00 145.84 ....... ..................... 04/01 07:45:00 34.20111 206.66 40.45 1561.78 J 30 / Adj. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - PLT Flow Halliburton Energy Services Well Test Summary Page No.'1.8.1.6 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64the) (inches) (bbl/d) (bbls) 00/01 08:00:00 34.45111 Tank#3 Strap = 139.00" (200.004 bbl/d Rate)___ 195.91 40.67! 1561.78 30/Adj. 2.50 _2_0~.-0_0 ?50_.°~Q 04/01 08:15:00 34.70111 187.01 40.87t 1561.66 30 / Adj. 0~/01 08:30:00 --34.95111 Tank #3 Strap =141.00" (160.003 bbl/d Rate) 183.33L ......... _41.!-0i !_56~2.-03_ __3~0/_Ad~_j; ' _2:_0__0I 160.00 ....... 153.34 04/01 08:45:00 35.20111 181.46[ ._ _ _!.281 1561.78 30/^dj. 04/01 09:00:00 35.45111 Tank #3 Strap = 143.50" (200.004 bbl/d Rate) 180.831 41.~[ i~)'~i,~ 3-0 i A--d~. 'I 2.50 1200.00J 157.50 04/01_09:30:00 35.95111 Tank #3 Strap = 145.00" (120.002 bbl/d Rate) 185.63[ ..... ~, ~ i~, { ~,~ i(~ 3~/Adj I 150 . , . 120.001160.00 00/01 09:45:00 36.20111 172.011 .... 1562.4130/^dj. i 04/01 10:00:00 36.45111 Tank #3 Strap = 146.25" (100.002 bbl/d Rate) 168.611 43.10 1563.1__6t 30 / Adj.i 1.~25 j !00._00 i 162.0~ 00/01 10:10:00 -36.61778 Wire Line OOH with first Sampler. 206.08; 43.~-! 1565.28/ ~ / A~i.'" - 04101 10:15:00 36.70111 43.5 I i^aj. 04/01 10:30:00 36.95111 Tank #3 Strap = 147.50" (100.002 bbl/d Rate) 187.46 44.42i 1564.66 30 / Adj. I 1.25 i !00'0'0- 7-64'17 04/01 ~ 10:45:00 37.20111 190.26---44.57[ _ 1564.41 30/Adj. 04/01 11:00:00 37.45111 Tank #3 Strap = 148.75" (100.002 bbl/d Rate) 193.66 1564.53 30 / A_dj._. 1.2._5 i ! 0.0-00 !66.25 04/01 11:15:00 37.70111 200.08 --' ~"~'I i,~-.5~ ~,~Adj. 00/01 11:16:00 37.71778 Open Swab To RIH with Wire Line (Sampler) 201.91 45.691 1564._6_6~ 30/Adj. 00/01 11:30:00 37.95111 Tank #3 Strap = 150.25" (120.002 bbl/d Rate) 182.06 46.79! 1564.281 ~ ~_0/__Ad__J: 1.5_.0_ !2~.0_0 !6~8.75 00/01 11:45:00 38.20111 194.41 46.65 1563.16~_ _3_0 / Adj. 00/01 12:00:00 38.45111 Tank #3 Strap = 152.75" (200.004 bbl/d Rate) 201.21 46.61 1564.03 30 /Adj. 2.50 200.00 172.92 04/01 12:15:00 38.70111 APl Oil Grav.= 22.7 @ 60. BS&W = Trace Mud. 225.81 ~ ..................... 46.11 t 1565.53 30 / Adj. 00/01 12:30:00 38.95111 Tank #3 Strap = 154.25" (120.002 bbFd Rate) 239.98 46.291 1567.03 30/Adj. 1.50I 120.00 ............ 175.42 00/01 12:45:00 39.20111 242.61~ 4~.7~l 1567.66 30/Adj. - - - _. _ 04/01 13:00:00 39.45111 Tank #3 Strap = 155.50" (100.002 bbl/d Rate) 238.11 47.10 1568.16 30/Adj. 1.25 100.00 177.50 04/01 13:15:00 39.70111 253.03 47.61 1569.41 30 / Adj. __ 04/01 13:30:00 39.95111 Tank #3 Strap = 157.25" (140.003 bbFd Rate) 259.53 47.97 1570.28 30/Adj. 1.75 140.00 180.42 __ 04/01 13:45:00 40.20111 253.78 47.85 1569.78 30 / Adj. 04/01 14:00:00 40.45111 Tank #3 Strap = 159.75" (200.004 bbl/d Rate) 242.93 47.53 1570.66 30 / Adj. 2.50 200.00 184.59 04/01 14:15:00 40.70111 222.73 47.50 1569.53 30 / Adj. 04/01 14:30:00 40.95111 Tank #3 Strap = 162.25" (200.000 bbl/d Rate) 214.66 47.38 1570.41 30 / Adj. 2.50 200.00 188.75 00/01 14:45:00 41.20111 218.93 47.79 1571.03 30 / Adj. 04/01 15:00:00 41.45111 Tank #3 Strap = 164.00" (140.003 bbFd Rate) 224.41 48.11 1571.91 30 / Adj. 1.75 140.00 19i.67 ,, BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - PLT Flow Halliburton Energy Services Well Test Summary Page No. 1.8.1.7 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 04/01 15:15:00 41.70111 230.28 48.87 1572.41 30/Adj. 04/01 15:30:00 41.95111 Tank #3 Strap = 165.50" (120.002 bbl/d Rate) 235.06 49.28 1573.16 30 / Adj. 1.50 !20.00 !94.!7 04/01 15:45:00 42.20111 233.56 .... ~I . - 239.38 48.88 04/01 16:00:00 42.45111_ Tank #3 Strap = 167.00" (120.002 bbl/d Rate) I 1.50 120.00 196.67 04/01 16:15:00 42.70111 APIOilGrav. 21.8@60. BS&W=TraceMud. -- -2~.~- - ~i~! 04/01 16:30:00 42.95111 Tank #3 Strap = 169.25" (180.004 bbl/d Rate) · 238.93 48.67] 1572.28 30/Adj. 2.25 . !80.00 20_0..42 04/01 16:45:00 43.20111 ---~3.26 .... ~i~i - i~.~~, ~d~ -I .....! . --~.~ --~.~[ '-~~-~,~-[--1'75' 140.00 04/01 17:00:00 43.45111 Tank #3 Strap = 171.00" (140.003 bbl/d Rate) .... ._ ...... :__! .... _. ..... .... . . ] _. 203.34 04/01 17:15:00 _ 43.70111 VVire LineOOH. CloseSwab. _ .... 235.0~1 ..... 4~8.5!,. . !5_6~9.~1_ _30_! 04/01 17:30:00 43.95111 Tank#3 Strap = 172.25" (100.002 bbl/d Rate) 228.73~ 48.611 1569.281 30/Adj. I 1.25 100.00 205.42 04/01 17:35:00 44.03444 i- ---2~.~,~ ----4~.36! -- ~,~o~.~8~_ ' ~ ~'~il-r ...... i ...... 04/01 17:38:00 __44.08444 04/01 17:38:45 44.08497 Bleed Annulus to Shut In Well @ LPR-N. _0 137.15 206.25 04/01 17:39:00 44.08514 Tank #3 Strap = 172.75" (137.146 bbl/d Rate) -- ! ....... I i i ..... i, - - - ~ ........ ----- ~ ................ ......... i BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - PLT BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.2.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) -- (inches) -'-(-b~l/-d~ ..... ~l~-I~ls-)-' ' _ 04/01 17:40:00 44.11778 Well Shut-in At LPR-N. 263.28 48.46 22.11 Shut-In 04/01 17:45:00 44.20111 RD Wire Line Equipment. 275.28 48.88 22.73 Shut-In 04/01 18:00:00 44.45111 296.83 49.22 22.82 Shut-In 04/01 18:15:00 44.70111· 323.81 48.99 22.73 Shut-In 04/01 04101 18:45:00 45.20111 Wire Line Rigged Down. 363.93 49.23 23.08 Shut-In 04/01 19:00:00 45.45111 Rig Up to Blow Flow Lines Down -t; :l-~r~s. ........... 380.361 49.21 24.37 Shut-In 04101 19:20:00 45.78444 Shut Down Steam Generator and Blow Down Exchanger. 394.31 48.95 ...... 26.31 ~h~-~-r; -- J ' ' I 04/01 19:30:00 45.95111 401.23 48.58 26.86 S hut-In 04/01 19:45:00 46.20111 Tank #3 Strap = 173.50" After Blow Down. 413.41 48.30 27.93 Shut-In . _. 04/01 20:00:00 46.45111 423.56 47.79 28.66 Shut-In J 04/01 20:15:00 46.70111 432.93 47.07L- 29.38 ~---~-I~ ~ ..... 04/01 20:30:00 46.95111 44~i03' ~.~7~ 29.68 Shut-In 04/01 20:45:00 47.20111 ~-~.~,~ ,~hui_i~ ..... 04/01 21:00:00 47.45111 453.91 ~.~,' ~ ..... ~-u~:i~ ........... 04/01 21:15:00 47.70111 460.28 44.89 31.83- - ,~h~¢~r; .............. ..... 04/01 21:30:00 47.95111 464.06 44.24 31.85 Shut-In 04/01 21:45:00 48.20111 468.06 43.86 32.38_ _S__h u__t-_l_n- ......... J 04/01 22:00:00 48.45111 470.63 43.30 --- 32.61 Shut-In 04/01 22:15:00 48.70111 473.71 43.15/ 33.57 Shut-In ' 04/01 22:30:00 48.95111 475.4-~) 43.111 33.98 Shut-In 04/01 22:45:00 49.20111 476.73 43.011 34.47 Shut-In 04/01 23:00:00 49.45111 476.88 43.10 34.61 Shut-In 04/01 23:15:00 49.70111 477.61 43.161 35.07 Shut-In 04/01 23:30:00 49.95111 478.76 43.30 35.42 Shut-In 04/01 23:45:00 50.20111 480.83 43.39 ---~..~'" ~i~ 04/02 00:00:00 50.45111 480.73 43.55 36.26 ~u~-~r~ 04/02 00:15:00 50.70111 480.16 43.87 36.46 Sh ut-In 04/02 00:30:00 50.95111 480.56 44.30 36.78 ,C;hut-ln 04/02 00:45:00 51.20111 482.16 44.68 37.67 Shut-In ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - PLT BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.2.2 Time Delta _ Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time ........................ ~ ~ . (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 04/02 01:00:00 51.45111 Continue to Monitor Wellhead. Wait on BJ. 481.61 45.00 37.65 Shut-In 00/02 01:15:00 51.70111 481.93 45.131 37.56 Shut-In 04/02 01:30:00 51.95111 --484.43 4-~. 2,~l 38.66 --S--~ut-'~i~ ............. 04/02 01:45:00 52.20111 482.78 45.55i 37.98. Shut-In o ,o o : o:oo h u':i t : I:- '04/02 02:31:00 52.96778 485.66 ..... 4--~:241 39.37 Shut-In 04/02 02:40:00 53.11778 486.21 -'- 39. 04/02 03:00:00 53.45111 48~.78~ --- ~:,~0~-' ~-~:~j-- ~-h-u~l_l~ 04/02 03:15:00 53.70111 I .............. 04/02 03:45:00 ---54.2~0111 I : 489.18r 45.781 40.37 Shut-In o :oo:oo S u -,n 04/02 04:15:00 54.70111 489.51 45.681 40.06 Shut-In 00/02 04:30:00 54.95111 ' 492.36 45'651 -41'2-0II _Sh__ut_-!? :00/02 04:45:00 55.20111 493.01 ]- / " j 45 52 41 28 Shut-In 04/02 05:00:00 55.45111 494.41 46 05' 41 72 04/02 05:15:00 55.70111 ..... -493.03-[ 46.52 41.37 Shut-In 04/02 05:30:00 55.95111 i 495.01J_. __ --- ~i,~'~ 41.93- ~i-ir~ ' 04/02 05:45:00 56.20111 49~93.13~ 04/02 06:00:00 56.45111 4--9~.~)~ '-- ~6~ '- - ~ ~ - ~i i~ l 04/02 06:15:00 56.70111 ~ 46'73,- ~'~.~ 04/02 06:30:00 56.95111 497.061 ~i~9i ~..~-~-hu~--i~ 04~02 06:45:00 57.20111 498.63 45.90[ ..... ~'~.9-7'-- ~hut~-In 04/02 07:00:00 57.45111 ' 500.03 ~ 41.97 Shut-In 04/02 07:15:00 57.70111 i 5oo.28L 44.56 41.10--~i~ut---i~ ' 04~02 07:30:00 57.95111 503.28 43.70 41.32 Shut-In 04/02 07:45:00 58.20111 ~! 43.30 41.27 Shut-In 04/02 08:00:00 58.45111 505.28J 43.29 41.48 -,~ut-I~ 04/02 08:15:00 58.70111 503.531 43-45 40.85 Shut-In .............. 04/02 08:45:00 59.20111 504.031 44.44 41.40 Shut-In , ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. IA - PLT BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.2.3 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol _ Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 04/02 09:00:00 59.45111 Continue To Monitor Wellhead. Wait on BJ. 502.78 ~4~98 ' 41.16 Shut-In 04/02 09:15:00 59.70111 503.53 45.40, 41.56 Shut-In i04/02 09:30:00 59.95111 504.28 -- ~ ' '~ ~2.00 .... Shut-In 04/02 09:45:00 60.20111 504.28 45.88~ .... ~..~-~-' Shu-~.i~' ' o:oo:oo I .... 04/02 10:15:00 60.70111 _ 506.03 _~ _~.1~] _ 4~.5~ ~._ 04/02 10:30:00 60.95111 505.28 46.65] 42.65_ ~ut~! ~/02 10:45:00 61.20111 ~ 502.78 47.00~ -- 41.95 Shut-In 04/02 11:15:00 61.70111 506.03 46.79 42.81 Shut-In ~/02 11:30:00 61.95111 506.03 ~ - ~;~ ~/02 11:45:00 62.20111 ~06.78 --- ' 46.42 ~ 43.00 Shut-In =:oo:oo 04/02 12:30:00 62.95111 504.53 ~ ;; ~U~ ~nn ~/02 13:00:00 63.45111 504.28 __ 04/02 13:15:00 63.70111 504~ ~' ' 42.36 Shut-In ~/02 13:30:00 63.95111 5o4.53-- ' ~;~i ~5.~5 I 04/02 13:45:00 ~.20111 505.28 ...... ~._. ~ 42.70 ~-~ 04/O2 ...... _ . ~/02 14:15:00 64.70111 504.53 46.63 J 42.75 Sh ut-In ~/02 14:30:00 64.95111 504.53 46.831 43.11~_?hut-I 04/02 14:45:00 65.20111 504.78 47.04J 43.32~ Shut-In ~/02 15:00:00 65.45111 503.28 47.32 [ 43.01 Shut-In 04/02 15:15:00 65.70111 501.78 48.09 43.08 Sh ut-I n ................. , . _ 04/02 15:30:00 65.95111 500.78 48.93 ~ 43.38 Sh ut-In ~/02 15:45:00 66.20111 500.53 49.12 43.22 Shut-In ~/02 16:00:00 66.45111 501.03 49.23 43.31 Shut-In ...................... ~/02 16:15:00 66.70111 501.53 49.37 43.38 Shut-In 04/02 16:30:00 66.95111 500.78 49.70 43.36 Shut-In ~Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.2.4 Badami No. 4 Well Test Summary DST No. lA - PLT BuildUp Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 04/02 16:45:00 67.20111 Continue To Monitor Wellhead. Wait on BJ. 500.78 49.53 43.33 Shut-In 04/02 17:00:00 67.45111 501.78 49.221 43.43 Shut-In 04/02 17:15:00 67.70111 503.03 04/02 17:45:00 68.20111 ...................... ~ -~ - 04/02 lS~Oo~oo ss.~5~l~ -503.78 - ~9%~=~ ~3~-~hut~i~ 04/02 18:15:00 68.70111 ~~ 04/02 18:45:00 69.20111 504.03 49.37~ 44.35/ Shut-In ~- ~ ......... , _ . Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.3.1 Badami No. 4 Well Test Summary DST No. lA - Injectivity Test Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol 'Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 04/02 19:00:00 69.45111 504.28 48.87 44.23 Shut-In 04/02 19:15:00 69.70111 505.53 48.47 44.51 Shut-In ~ 04102 19:30:00 69.95111 505.78 48.13 44.58 S_ h ut-I____~_n ....................... 04/02 19:40:00 70.11778 Tank #3 Strap Before Blow Down = 172.50"(287.5 bbl) 505.78 47.97 44.66 Shut-In 04102 19:45:00 70.20111 Close TIW Valve to Bleed off Surface Lines. 3.83 47.79 44.38 Shut-In ............ 04/02 19:50:00 70.28444 Hog On Riding belt to top of tree. 3.96 47.66 44.46 Shut-In ._. '04/02 20:00:00 70.45111 1.03 47.22 44.73/ Shut-In 04/02 20:02:00 70.48444 Finsh blowing Down Flow lines. RU BJ. 1.16 47.18 44.75r Shut-In ...... 04/02 20:15:00 70.70111 1.46 47.22 44.61| Shut-In _ 04/02 20:27:00 70.90111 Remove Casing Xducer to Check Reading. 2.53 46.79 44.82, Shut-In 04/02 20:32:00 70.98~4 Read Casing Xducer to Atm. Checks OK. 1.83 46.66 2.30 Shut-In 04/02 20:39:00 71.10111 Casing Xducer Reinstalled. 2.58 46.63 6.20 Shut-In 04/02 20:45:00 71.20111 2.88 46.59 44.72 Shut-In 04/02 21:00:00 71.45111 1.08 46.56 44.61 Shut-In 04~02 21:15:00 71.70111 1.08 46.42 44.61/ Shut-In 04102 23:45:00 74.20111 1.43 45.09 17.50.t Shut-In 04/02 23:50:00 74.28.~ Pressure Up on Annulus to Open up LPR-N. 04/03 00:00:00 74.45111 Hold Safety Meeting on Rig Floor. 1.78 45.04 1412.66 Shut-In 04/03 00:15:00 74.70111 1.53 44.85 1399.91 Shut-In 04/03 00:30:00 74.95111 2.13 44.42 1393.91 Shut-In _ ,04/03 00:45:00 75.20111 Start Pressure Test BJ Lines. 2.08 44.32 1391.16 Shut-In . 104/03 01:00:00 75.45111 Pressure Test OK to 7500 psi. 1.98 44.20 1389.28 Shut-In 04/03 01:05:00 75.53444 Start Pumping with BJ. 1.91 44.14 1612.91 Shut-In 04/03 01:15:00 75.70111 0.96 44.13 1667.53 Shut-In 04/03 01:30:00 75.95111 1.68 44.21 1547.78 Shut-In 04/03 01:45:00 76.20111 0.00 45.47 1534.16 Shut-In 04/03 02:00:00 76.45111 0.00 46.79 1508.78 Shut-In 04103 02:15:00 76.70111 0.00 47.81 1543.41 Shut-In 04/03 02:30:00 76.95111 0.00 48.98 1580.41 Shut-In 04103 02:45:00 77.20111 0.00 49.93 1556.28 Shut-In 04/03 03:00:00 77.45111 0.00 50.83 1523.28 Shut-In · ~Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.3.2 Badami No. 4 Well Test Summary DST No. lA - Injectivity Test Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 04/03 03:15:00 77.70111 0.00 51~.56 __ 1494-28 Shut-In 04/03 03:30:00 77.95111 0.00 51.~ 1497.66 Shut-In ............... 04/03 03:45:00 78.20111 0.00 51.81 1563.16 Shut-In .... 04/03 04:00:00 78.45111 0.00 1546.41 Shut-In 04/03 04:15:00 78.70111 __ 0-00 52.00 1521.03 Shut-In ........ 04/03 04:22:00 78.81778 Finish Pumping with BJ. 0.00 52.16i 1369.03i Shut-In 04/03 04:23:00 78.83~.44 Close TIW Valve. 0.00 52.21[ 1359.28 Shut-In 04/03 04:30:00 78.95111 0.00 52.401 1316.28 Sh-~t~i~ 04/03 04:45:00 79.20111 0.00 51.34 ..... ~7.91 Shut-In 04/03 04:46:00 79.21778 0.001 51.41 [ 1464.0 Shut-In o.ool .... 04/03 04:48:00 79.25111 0.00 51.151 1457.91 Shut-In 04/03 04:50:00 79.28444 0.001 50.94 -~455.41 ---,~ut~-~ 04/03 04:51:00 79.30111 Bleed off Annulus to CIose LPR-N. RDBJ. RUFIow. 0.00! 50.84, 20.17 --,~-In--'1~ ' / ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Injectivity Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol _ Time (psig) (degf) (psig) - (64ths) (inches) (bbl/d) .... (-I~'~ls-~-- 04/03 04:52:00 79.31778 0.00 50.71 22.88 Shut-In 04/03 04:55:00 79.36778 0.00 50.36 23.07 Shut-In .................... 04/03 05:00:00 79.45111 TIW Valve Will not open. 0.00 50.52 22.77 Shut-In 04/03 __ 05:15:00 79.70111 3736.78 50.09 22.26 Shut-In 04/03 05:17:00 79.73444 Pressure up then Bleed off Tubing. 3707.53 49.96 22.26 Shut-In 04~03 05:20:00 79.78444 Pressure up on LPR-N. TIW Valve will not open. 12.68 49.57 21.78 Shut-In 04/03 05:28:00 79.91778; Pressure up on Tubing. (4000 psi) 2010.78 48.92 1672.91 Shut-In .................. 04/03 05:30:00 79.95111 3188.78 48.80 1672.91 Shut-In 04/03 05:36:00 80.05111 TIW open. 3694.53 48.42 1652.53 Shut-In._ 04/03 05:40:00 80.11778 Open Well on 10/84ths. TIW valve leaking. 3131.53i 49.49 1638.91 04/03 05:45:00 80.20111 Continue to increase choke setting (VVide Open) 1336.78 53.26 .... ~191 ............. 04/03 05:52:00 80.31778 Bleed off Annulus to close LPR-N. 0.00 54.72 1587.91 Shut-In 04/03 05:55:00 80.36778 Close in @ Choke Manifold and Monitor pressure. 0.00; 54.39, 21.58 Shut-In 04/03 06:00:00 80.45111 0.001 5-~.4~! 21 82 Sh~--~ ................... ...... 04/03 06:15:00 80.70111 Change out TIW Valve. 4.56 50.84 17.53 Shut-In 04/03 06:30:00 80.95111 22.91 48.53 21.75 Shut-In 04/03 06:45:00 81.20111 6.11 46.66 17.90 Shut-In 04/03 07:00:00 81.45111 11.68 44.77 17.28 Shut-In 04/03 07:04:00 81.51778 Open LPR-N. 9.68 44.15 16.65 Shut-In 04/03 07:05:00 81.53444i 509.28 44.03 1475.28 Shut-In !04/03 07:06:00 81.55111 2589.53 44.90 1750.03 Shut-In 04/03 07:07:00 81.56778 Open Well to Flow on 20/64ths Choke. 2837.78 45.04 1663.53 20 / Adj. 04/03 07:08:00 81.58444 Initial Strap = 189.50". 2046.03 45.73 1641.03= 20/Adj. 04~03 07:09:00 81.60111 1912.28 46.77 1628.91J 20 / Adj. 04/03 07:10:00 81.61778 1875.78 47.2 1621.03' 20/Adj. - ..................... 04~03 07:11:00 81.63444 1878.28J _ 47.541 -- 1615.16 20/Adj.- 04/03 07:12:00 81.65111 1885.78 47.81 1610.53 20 / Adj. 04~03 07:13:00 81.66778 1878.28 48.07 1606.66 20 / Adj. 04/03 07:14:00 81.68~.~ 1894.78 48.25 ---- 1603.53 20 / Adj. ' ' 04/03 07:15:00 81.70111 I Tank ~3 Strap = 190.50" (300.006 bbl/d Rate) 1903.28 48.39 1600.78 20 / Adj. 1.0(~ ...... 30--~.~1 ........ ~-.6~- -- 04/03 07:20:00 81.78444 1817.78 48.94 1697.41 20 / Adj.-- ................. 1Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.4.2 Badami No. 4 Well Test Summary DST No. lA - Injectivity Flow Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 00/03 07:25:00 81.86778 1772.03 49.45 1684.53 20 / Adj. 00/03 07:30:00 81.95111 Tank #3 Strap = 194.00" (560.011 bbl/d Rate) 1702.28 49.76 1674.53 20/Adj. 3.50 560.0i 7.50 04103 07:45:00 82.20111 Tank #3 Strap = 198.00" (640.013 bbl/d Rate) 1495.03 50.08 1651.16 20 / Adj. 4.00 640.01 14.17 04/03 08:00:00 82.45111 Tank #3 Strap = 200.75" (440.009 bbl/d Rate) 1373.03 49.93 1633.53 20 / Adj. 2.75 440.01 18.75 104/03 08:01:00 82.46778 Switch to Tank # 4. Initial Strap = 36". 1363.78 49.91 1632.41 20 / Adj. 04/03 08:15:00 82.70111 Tank #4 Strap = 39.00" (480.010 bbl/d Rate) 1241.53 49.83 1618.78 20 / Adj. 3.00 480.01 23.75 04/03 08:30:00 82.95111 Tank #4 Strap = 42.00" (480.010 bbl/d Rate) 1154.53 49.64 1606.91 20 / Adj. 3.00 480.01 28.75 04/03 08:45:00 83.20111 1153.28 49.16 1599.53 20 / Adj. 00/03 08:48:00 83.25111 Rock Choke. 892.78 49.07 1597.28 20 / Adj. 380.01 04/03 09:00:00__ 83.45111 Tank #.4 Strap = 46.75" (380.008 bbl/d Rate) 1458.781 49.79 1604.28 20 / Adj. _ .................. 3__6_._6_7 00/03 09:15:00 83.70111 1484.03 50.01 1609.03 20 / Adj. .............. 04~03 09:30:00 83.95111 Tank ~ Strap = 48.50" (140.003 bbl/d Rate) 1763.78 49.98 1612.66 20 / Adj. 1.75 140.00 39.58 00/03 09:33:00 84.00111 Rock Choke. Trace Mud, Oil & Water. _ 1837.53 49.85 1613.16 20 / Adj. 1- 00/03 09:45:00 84.20111 1551.53 49.48 1609.78 20 / Adj. 04~03 09:47:00 84.23444 Rock Choke. 1488.78 49.38 1609.28 20 / Adj. '04/03 10:00:00 64.45111 Tank #4 Strap = 53.50" (400.008 bbl/d Rate) 1132 .... 49.24 -- --~608,03 20 / Adj. -' 5-.00 400.01 '47.92 100/03 10:12:00 64.65111 Rock Choke. 1343.03 49.02 1613.66 20 / Adj. 04/03 10:15:00 64.70111 742.03 49.23 1608.66 20 / Adj. 04/03 10:23:00 64.83d4~ Rock Choke. 676.28 49.11 1611.78 20 / Adj. 04/03 10:30:00 84.95111 Tank #4 Strap = 58.00" (360.007 bbl/d Rate) 922.78 49.21 1616.16 20/Adj. 4.50 360.01 55.42 ~04/03 10:31:00 64.96778 RockChoke. 964.53 49.20 1617.53 20/Adj. 04/03 10:40:00 85.11778 Rock Choke. 679.03 48.97 1619.53 20/Adj. 04/03 10:45:00 85.20111 898.28 48.86 1623.03 20 / Adj. 04/03 10:50:00 85.28444 Rock Choke. 1138.78 48.82 1627.91 20 / Adj. 04/03 11:00:00 85.45111 Tank~4 Strap = 62.75" (380.008 bbl/d Rate) 1081.28 48.97 1631.28 20 /Adj. 4.75 380.01 63.33 04/03 11:03:00 85.50111 Rock Choke. 1253.03 48.96 1633.91 20 / Adj. 04/03 11:14:00 85.66444 Rock Choke. 1119.78 48.94 1636.66 20 / Adj, 04/03 11:15:00 85.70111 742.03 48.97 1633.91 20/Adj. 04/03 11:23:00 85.83444 Rock Choke. Oil to Surface. 856.03 48.98 1637.16 20 / Adj. '04/03 11:29:00 85.93444 RockChoke. 1156.78 48.93 1640.78 20/Adj. 04/03 11:30:00 85.95111 Tank ~ Strap = 68.00" (420.008 bbVd Rate) 869.03 48.95 1638.91 20 / Adj. 5.25 420.01 72.08 ~Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.4.3 Badarni No. 4 Well Test Summary DST No. lA - Injectivity Flow Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol -- Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 04/03 11:37:00 86.06778 Rock Choke. 1307.53 48.951 1644.16 20 / Adj. _ 04/03 11:44:00 86.18~ Rock Choke. 1325.53: 49.12 1645.91 20 / Adj. 04/03 11:53:00 86.33444 Rock Choke. 1232.03 49.08 1646.16 20 / Adj. 04/03 12:00:00 86.45111 Tank ff.4 Strap = 71.00" (240.005 bbl/d Rate) 1159.78' 49.25 1647.03 20 / Adj. 3.00 240.00 77.08 _ 04/03 12:08:00 86.58444 Divert Flow through Heat Exchanger. - 1254.53 49.55 1650.03 20 / Adj. 04/03 12:15:00 86.70111 BS&W 0.01% Sand; 3.9% Diesel; 96% Oil. 1318.28 49.78 1651.28 20/Adj. !04/03 12:18:00 86.75111 Rock Choke. 1391.53 49.86 1651.91 20 / Adj. 0~4/03 12:30:00 86.95111 Tank ~ Strap = 73.50" (200.004 bbl/d Rate) --1115.28 50.05 1650.16 20 / Adj. 2.50 2_00_.0?[ 8_!.2_5 04/03 12:42:00 87.15111 Rock Choke. 1532.5311 1654.16 20/Adj. 50.84 04/03 12:44:00 87.1844~ RockChoke. 1062.53 ~.~8l · _1650.53 20/Adj. . . 04/03 12:45:00 87.20111 880.28 50.86 1649.16 20 / Adj. 04/03 12:50:00 87.28444 Rock Choke. 1399.78 50.94 1653.03 20 / Adj. · .. 04/03 12:53:00 87.33444 Rock Choke. 1359.03 51.02 1653.16 20/Adj. . 04/03 12:59:00 87.43444 Increase to 30/64ths 1430.28 51.24 1653.91 30 ! Adj. 04/03 13:00:00 87.45111 Tank ~4 Strap = 76.00" (200.004 bbl/d Rate) 856.28 51.14 1649.66 30 / Adj. 2.50 200.00 85.42 04/03 13:01:00 87.46778 Rock Choke. 919.53 51.07 1649.91 30/Adj. 04/03 13:08:00 87.58444 Rock Choke. 1173.53 50.78 1651.91 30 / Adj. 04/03 13:15:00 87.70111 APl Oil Grav.= 12.4 @ 102 (10.4 @ 60)BS&W 38% H20 1064.78 50.55 1651.66 30/Adj. 04/03 13:16:00 87.71778 Rock Choke. 1168.28 50.56 1652.53 30 !Adj. 04/03 13:28:00_ _87.91778 Rock Choke. 1541.03 5~0:5_1_ _ 1658.031 30 ! Adj. 04/03 13:30:00 87.95111 Tank g4 Strap = 79.00" (240.005 bbl/d Rate) 852.78 50.44 1652.78 30 / Adj. - -'3100 240.00 90.42 04!03 13:35:00 88.03444 Rock Choke. 1374.03 50.501 1657.53 30 / Adj. 04103 13:45:00 88.20111 1017.28 50.12 1656.53 30 / Adj. _ 04/03 13:51:00 88.30111 Rock Choke. 1290.28 50.15 1659.53 30/Adj. 04/03 14:00:00 88.45111 Tank g-4 Strap = 83.00" (320.006 bbl/d Rate) 1142.53 50.051 1659.03 30 / Adj. --- - ~4-i00 320.01 97.09 04/03 14:05:00 88.53444 Rock Choke. 1283.03 50.15 . 1660.78 30 / Adj. 04/03 14:15:00 88.70111 APl Oil Grav.= 15.3 @ 105 (13.0 @ 60)BS&W 38% H20 1129.53 49.91 1660.66 30/Adj. 04/03 14:30:00 88.95111 Tank~f-4Strap= 86.75"(300.0-~6bbl/dRate) 837.2--~ 4~i~- -1660.03 30/Adj. ---' 3.75' 300.01~ i03.34 04/03 14:38:00 89.08444 Rock Choke. 1020.53' 49.80 1662.66 30 / Adj. .... 04103 ~4:45:00 8¢.20111 7§~.53 4954 ~650.41 30!^dj. _____ . . !04/03 14:.4,9:00 89.26778 Increase to 32/64ths Choke. 668.03 4~.4~/ 1659.41 32 / Adj. 1Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.4.4 Badami No. 4 Well Test Summary DST No. lA - Injectivity Flow Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64tbs) (inches) (bbl/d) (bbls) I _ 04/03 15:00:00 89.45111 Tank ~4 Strap = 89.25" (200.004 bbl/d Rate) 765.03 49.34 1659.66 32 /Adj. 2.50 200.00 107.50 04/03 15:06:00 89.55111 Rock Choke. 866.78 49.36 1662.03i 32/Adj. 04/03 15:15:00 89.70111 APl Oil Grav.= 19.8 @ 100 (17.1 @ 60)BS&W 20% H20 444.28 48.77 1659.41 32 / Adj. -- 04/03 15:30:00 89.95111 Tank #4 Strap = 95.75" (520.010 bbl/d Rate) 588.78 48.64 -- - ~664.531 32/A__d_j...................... t 6.50 5~0.01 118.34 04/03 15:41:00 901~ 3444 r Rock 'Choke. 742.781 48.751L_- _16_70.78 32/Adj. .... _. 'i ' 04/03 16:00:00 90.45111 Tank#4 Strap = 101.00" (420.008bbl/d Rate) 519.53~ 48.24i 1672.28' 32/Adj. ' 5.25 . . 04/03 16:12:00 90.65111 Rock Choke. ~ 4~.1 1 04/03 16:15:00 90.70111!API Oil Grav. 17.2 @ 94 (15.4 @ 60) SS&W23% H20 i____~ 28 ~'-- ~..~ - ~d~ ..... 450 360.01 13~L59 04103 16:30:00 90.9511_1 !Tank ~4 Strap= 105.50" (360.007 bbl/d Rate) ! 4~ ....... ~,' '-' i7.871 -~.'~- .~ ~il .... : ..... 04/03 16:37:00 91.06778 Rock Choke. 04/03 16:45:00 91.201i:! -- 410.53 47.61i 1682.031 32/Adj. 04/03 17:00:00 91.45111 Tank #4 Strap =111.00" (440.009 bbl/d Rate) 367.531 47.47_ . _1685.6~6; 32/Adj. ................ - ~50 ' 440.~1 ' ~143.75 04/03 17:15:00 91.70111 APl Oil Grav.= 19.7 @ 94 (17.1 @ 60) BS&W 18% H20 425.53 47.44 1691.66 32 /Adj. ............. 04/03 17:24:00 91.85111 Rock Choke. 463.28 _47,_44_1 1695.281 32/Adj. 04/03 17:30:00 91.95111 'Tank#4 Strap = 115.25" (340.007 bbFd Rate) 493.28 47.33i 1696.66i 32/Adj. - 4~25 340.01 150.84 ........................... 04/03 17:40:00 92.11778 !Rock Choke. 551.03 47.35 1699.91 32 / Adj. 04/03 17:45:00 92.20111 601.28.1 47.42 1701.28 32 / Adj. .... 04/03 18:00:00 92.45111 Tank #4 Strap = 120.00" (380.008 bbFd Rate) 48o.53J 47.07 1703.66 32 / Adj. 4.75 380.01 ! _5~8._7_5 04/03 18:15:00 92.70111 APl Oil Grav= 20.0 @ 84 (18.6 @ 60)BS&W 12% H20 ~ 47.05i 1704.91 _~_ 3~2/__Ad_j._ 04/03 18:29:00 92.93444 Rock Choke. ~ 46.911 1707.03 32 / Adj. _ .......... 04/03 18:30:00 92.95111 Tank #4 Strap = 122.50" (200.004 bbl/d Rate)552.531 46.831 1706.16 32 / Adj. 2.50 200.00 162.92 04/03 18:45:00 93.20111 361.78 46.20 1704.03= 32 / Adj. _} 04/03 19:00:00 93.45111 Tank#4 Strap= 132.00" (760.017 bbl/d Rate) __368.28 45.16 1705.66i 32/Adj. --~'-9~50 I 760.02" 178.7-5 04/03 19:15:00 93.70111 APl Oil Grav.= 21.4 @ 84 (20.0 @ 60)BS%W 1.0.°4 H20 390.03 44.62 1709.16i 32 /Adj. ~,-- ....... 1- - 04/03 19:30:00 93.95111 Tank#4 Strap = 133.50" (120.007 bb/d Rate) 449.03 44.86 1713.41i 32/Adj. ~_ ~.1_._5_0_ i_ 120-'0--0 181'25 04/03 19:45:00 94.2011~ -- 492.03 45.03 1~7~1 32/Adj. ................. 04/03 19:48:00 94.25111 Rock Choke. 503.53 45.06 1717.91 32/Adj. 04/03 20:00:00 94.45111 Tank #4 Strap = 141.00" (600.001 bbl/d Rate) 298.53 44.55 1717.03 32/Adj. - --7,50 600.0i 193.75 04/03 20:15:00 94.70111 API0ilGrav.=30.5{~76(29.4@60)BS&W0.05%Sand 315.28 44.33 1718.661 32/Adj. j 04/03 20:30:00 94.95111Tank #4 Strap =145.50" (360.007 bbl/d Rate) -- 350.28 44.64------t1721.66I 32/Adj. - 4~50-t- 360.01 '-201~5' Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Injectivity Flow Halliburton Energy Services Well Test Summary Page No. 1.8.4.5 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 04/03 20:45:00 95.20111 402.53 44.67 1725.91- 32 / Adj. 04/03 21:00:00 95.45111 Tank ~ Strap = 149.00" (280.006 bbFd Rate) 457.78 44.72 1729.41 32 / Adj. 3.50 280.01 207.09 04/03 21:13:00 95.66778 Rock Choke. 404.78 45.22 1731.16 32/Adj. 04/03 21:15:00 95.70111 APl Oil Grav.= 24.5 @ 88 (22.8 @60)BS&W 0.05%Sand 355.03 44.97 1730.91 32 /Adj. 04/03 21:30:00 95.95111 ,TankffAStrap= 155.75"(540.011 bbl/d Rate) 273.53 44.02 1730.91 .... 3~Ad~. "-- 6.~5- - 5~0.01 '218.34 04/03 21:45:00 96.20111 259.78 44.50 1731.78 32 / Adj. 04/03 22:00:00 96.45111 Tank #4 Strap = 161.25" (440.009 bbl/d Rate) 260.031 45.01 1734.78 32 /Adj. 5.50 440.01 227.50 04/03 22:15:00 96.70111 APl Oil Grav.= 21.8 @ 62 (21.7 @ 60)BS&W 1.5% H20 270.03 46.31 1738.53 ~_._ 32 / Adj. 04/03 22:30:00 96.95111 Tank#4 Strap = 165.25" (320.016 bbFd Rate) 281.28 44.85L 1741.91 3~Adjl ....... -4.00I 320.01 234.17' 04/03 22:45:00 97.20111 291.53 42.91 1744.91 32 / Adj. 04/03 23:00:00 97.45111 Tank #4 Strap = 170.25" (400.008 bbFd Rate) 312.78 -~1.8o 1748.03 32 / Adj. -- - .~.00 - 400.0i " 242.50 04/03 23:15:00 97.70111 APl Oil Grav.= 23.8 @ 72 (23.1 @60)BS&W=0.05%Sand 333.03 __ 40.94 __ 1750.28 32 / Adj. 04~03 23:30:00 97.95111 Tank #4 Strap = 174.00" (300.006 bbl/d Rate) 347.53 40.17 1752.03 32 /Adj. 3.75 300.01 248.75' 04/03 23:45:00 98.20111 361.78 39.661 1753.78 32 / Adj. 04/04 00:00:00 98.45111 Tank #4 Strap = 178.50" (360.007 bbFd Rate) 383.53 39.73 1755.28 32 / Adj. -- 415'0 360.01256.26 04/04 00:15:00 98.70111 APl Oil Grav.= 23.6 @ 74 (22.7 @60)BS&W=0.03%Sand 265.03 40.03 1755.28 32 / Adj. 04/04 00:30:00 98.95111 Tank ~ Strap = 186.00" (600.001 bbl/d Rate) 204.63 39.74 1755.03 32 / Adj. 7.50 600.01 268.76 04104 00:45:00 99.20111 ___ 232.21 39.84 1756.28 3~ / Adj. 1758.28,- ~'~ i~i .... 4'i00 ' 320.01 275.42 04/04 01:00:00 99.45111 Tank #4 Strap = 190.00" (320.001 bbl/d Rate) 253.53 39.78 ~ ~d~. 04/04 01:01:00 99.46778 Switch to Tank #1. OG = 41.00" 257.78; 39.79 ~7~.6~ ~ 04/04 01:15:00 99.70111 ' --259.2~' ...... 3~i~i i~)~-.~I ~.~i~d~. - 04/04 01:30:00 99.95111 Tank #1 Strap = 46.00" (400.002 bbl/d Rate) 263.03 -40.23 1764.41 32 / Adj. 5.00 400101 283.76 04/04 01:45:00 100.20111 263.53 40.20 1766.03 32/Adj. ~ ...................... 04/04 02:00:00 100.45111 Tank #1 Strap = 49.50" (280.080 bbl/d-Rate) 283.53 39.43 1768.28 32/Adj. 3.50 280.01 289.59 04/04 02:09:00 100.60111 Rock Choke. _ 265.78 39.13 1769.03 32/Adj. - .................. 228.18 ............... 04/04 02:15:00 100.70111 39.21 1769.16 32/Adj. 04/04 02:30:00 100.95111 Tank#1 Strap = 57.00" (600.004 bbl/d Rate) 180.38 40.06 1769.78 32/Adj. 7.50 ' 600101 302.09 04/04 02:45:00 101.20111 179.28 40.87 1770.78 32 / Adj. 04/04 03:00:00 101.45111 Tank #1 Strap = 62.50" (440.009 bbFd Rate) 195.16 41.33 1772.91 32 ! Adj. 5.50 440.01 311.26 04/04 03:15:00 101.70111 APl Oil Grav.= 22.4 @ 77 (21.4 @60)BS&W=0.05%Sand 201.88 41.51 1774.66 32 /Adj. 04/04 03:30:00 101.95111 Tank#1 Strap = 67.00" (360.007 bbl/d Rate) 210.46 41.89 .... ~77.53 32/Adj. 4~50~- ~Daylight Savings Time Not Observed. Halliburton Energy Services BP Exploration (Alaska), INC. Page No. 1.8.4.6 Badami No. 4 Well Test Summary DST No. lA - Injectivity Flow Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degt~ (psig) - (~-4t--hs--)' ' -- -(in--c~;s~- ' ~)1~/~1~ -' (b~,~)-' 04104 03:45:00 lO2.2o111 21~_.36 41.84 1779.78 32/Adj. 04/04 04:00:00 102.45111 Tank#1 Strap = 71.25" (340.007 bbl/d Rate) 222.11 41.95 1782.03 32/Adj. 4.25 340.01 325.84 04/04 04:15~'.'00 102.70111 APl Oil Gray. = 22.4 @ 74 (21.6 @60)BS&W=0.07%Sand 224.56 41.86 1783.41 32 /Adj. 04/04 04:30:00 102.95111 Tank #1 Strap = 77.00" (460.008 bbl/d Rate) 227.51 - - 41.92 1785.03 32 / Adj. 5.75 460101 335.42 04104 04:45:00 103.20111 .__ 231.23 41.791 1786.41 3~2/_~dj~. 04104 05:00:00 103.45111 Tank #1 Strap= 82.25" (420.008 bbl/d Rate) 230.63_ 41.441 1787.~78~- 32 / Adj........... 5.25 ! 420.01 344. ....... 17 04/04 05:15:00 103.70111 APl Oil Grav.= 24.2 @ 80 (23.2 @60)BS&W=0.05%Sand 238.26 41.13 1789.16 32/Adj. 04~04 05:30:00 103.95111 Tank #1 Strap = 87.25" (400.032 bbl/d Rate) 240.18 40.93 J~ 1790'16 32 / Adj. ---5~)0- I- -400.01 ! 352.51 ' 04/04 05:45:00 104.20111 ......... ~t~.~- .... 4~i~', --i7-~.,~- ~2/~.d]. 04/04 06:00:00 104.45111 Tank #1Strap = 91.75" (360.007 bbl/d Rate) 247.16 '-- ~-~.~z~l-- '~(~-' ~: .... 4.50 ! 360.01 I .3_6__0.0_! 04104 06:15:00 104.70111 APl Oil Grav.= 22.8 @ 80 (21.6 @ 60)BS&W=0.05%Mud 250.53 40.711 1793.03 32 / Adj. 04/04 06:30:00 104.95111 Tank #1 Strap = 96.50" (380.008 bbl/d Rate) 252.53 40.361 1793.91 32 / Adj. 4.75 380.01 367.92 04/04 07:00:00 105.45111 Tank#1 Strap= 101.75" (420.008 bbl/d Rate) - 253.03 40.22t~ 1795.91~__3_2 !_Ad_j. .............. ~ .... 5'25 420101Ir 376.67 04/04 07:15:00 105.70111 APl Oil Grav.= 22.9 @ 80 (21.7 @ 60)BS&W=0.05%Mud 251.78 40.34. 1796.66 ~ 32 / Adj. 04/04 07:30:00 105.95111Tank #1Strap =106.50" (380.008 bbl/d Rate) 252.78 40.361 .... !797-78 32/Adj._.-"- ................. 4.75 '' 380.01 i 384.59 04/04 07:45:00 106.20111 249.73 40.39{ 1798.28 32 / Adj. . 04/04 08:00:00 106.45111 Tank#1 Strap = 110.75" (340.007 bbl/d Rate) -- 246.93 39.961 1799.16 ~iA~]. - .... 4.25 340.01 J 391.67 o,, o4 - ............... [ ..... 04/04 08:30:00 106.95111 !Tank#1 Strap = 115.75" (400.008 bbl/d Rate) ___ 247.16_ 39.44J 1800.53 32/Adj. - .... 5.00~ 400.01 J 400.01 04/04 08:45:00 107.20111 248.76 39.821 1801.78 32 / Adj. - ........... I ..... 04/04 09:00:00 107.45111 Tank #1Strap =120.25" (360.007 bbl/d Rate) 245.46 40.06] 1802.28~-i_~-_?~d~i~_I i~5_01-. ._3~_0.0!J 407.51 04/04 09:15:00 107.70111 APl Oil Grav.= 22.6 @ 74 (21.8 @ 60) BS&W Trace. 247.68 40.32 1803.03 32 /Adj. ' - r ..... 04/04 09:30:00 107.95111 Tank #1 Strap = 125.25" (400.008 bbl/d Rate) 250.53 40.70 1804.03 32 / Adj. ! 5.00 400.01 ~ 415.84 04/04 09:45:00 108.20111 250.53 41.11 1804.53 32 / Adj. 04/04 10:00:00 108.45111 Tank #1 Strap = 130.00" (380.008 bbl/d Rate) 251.53. 41.70; 1805.66 32 / Adj. 4.75 380.01 423.76 04~04 10:15:00 108.70111 APl Oil Grav.= 22.8 @ 87 (22.2 @ 60) BS&W Trace. 252.03 41. 1806.03'_.. _3__2/_ Adj__. 04/04 10:30:00 108.95111 Tank #1 Strap = 134.25" (340.007 bbl/d Rate) 254.78 42.031 1807.53 32 / Adj. 4.25 340.01 430.84 -- 04/04 10:45:00 109.20111 249.11 41.88 1808.16 32 / Adj. 04/04 11:00:00 109.45111 Bleed offAnnulus to Close LPR-N. 247.23 41.63 1808.16 32/Adj. 6.00 480.01 440.84 04/04 11:01:00 109.46778 Tank#1 Strap = 140.25" (480.010 bbl/d Rate) 278.081 '- -- ~1.65 22.53 Shut-In ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Injectivity BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.5.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) - 04/04 11 :~02:O0 109.4844 _ 286.03 41.79 24.16 Shut-In 04/04 11:10:00 109.61778 Close Master to Blow Down F~ow kines. 289.33 42.54 37.16 Shut-In 04/04 11:15:00 109.70111 ' 64.51 43.15 40.32 Shut-In '04/04 11'19:00 ~ 109.76778 Fini~s_h__B!_o_w_Dow~n_. ~pen Master to Monitor WHP. I 64.61 43.59 42.37 Shut-In 04/04 11:30:00 295.63 43.89 46.82 Shut-In O4/04 11:45:00 I 110'20111l 314.08 44.39 51.75 Shut-In 04/04 12:00:00 j 110.45111[/ 337.96 44.83 55.75 Shut-In 04/04 12:15:00i 110.70111~ _ _ 348.03 45.33 58.65 Shut-In 04/04 12:30:00 ' 110.951111 360.68 45.83 61.36 Shut-In 04/04 12:45:00 I 111.20111i 375.16 46.30 63.55 Shut-In 04/04 13:00:00 / 111.45111J 383.18 46.86 66.08" Shut-In 04/04 13:15:00l~ 1111.70111 ! 391.58 47.35 68.32 Shut-In 04/04 13:30:00 / 111.95111t .... 402.01 47.82 70.26 Shut-In 04/04 13:45:00 : .... 412.16 48.09 72.16 Shut-In 04/04 14:00:00 i 112.45111i , 419.73 48.42 73.72 Shut-In 04/04 14:15:00 ._1_ 1_2.70_~1_ __ _ 427.01 48.62 75.23 Shut-In 04~04 14:30:0o|112.951111 ._ 1__ 434.96 48.99 76.73 Shut-In 04/04 14:45:00r I1 113.20111 / 441.13 49.37 78.22 Shut-In 04/04 15:00:00' i ~;~;1' -' 446.41 49.75 79.68 Shut-In 0_4_/_0_4_ _1_5_!15_.'70 113.70111 ~_ 451.68 50.47 81.32 Shut-In 04~04 15:30:00 113.9511 i ................. i 456.23 50.98 82.52 Shut-In 04/04 15:45:00 114.20111 ____ 461.36 51.01 83.83 Shut-In 04/04_ !_6!_00:0_0 ! 463.73 51.39 ___ 84.98 Shut-In 0_4-/0~4 ! _6! 1_ _5_!_0_0_ / 114.7_0! !! .............. 466.96 51.04 86.26 Shut-In 04/04 16:30:00 114.95111 471.46 50.84 87.41 Shut-In 04/04 16:45:00 115.20111 470.66 50.62 88.38 Shut-In 04/04 17:00:00 115.45111 475.13 50.56 89.41 Shut-In 04/04 17:15:00 115.70111 478.13 50.52 90.43 Shut-In 04/04 17:30:00 115.95111,I 480.58 50.35 91.23 Shut-In 04/04 17:45:00 '116.20111! 482.61 49.99 92.01 Shut-In 04/04 i~;~3:(~ ~i~i~,~ii i ........... 483.98 49.42! 92.78 Shut-In ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Injectivity BuildUp HalliburtOn Energy Services Well Test Summary Page No. 1.8.5.2 Time _ Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) ~,~,~ -'-~i~,~i~--__i-~i~l~l ~ontinue To Monitor WHP at Choke Manifold. 486.231 48.87 93.4~ Shut-In ....................... 04/04 18:30:00 116.95111 487.611 48.31___ 94.08 -- Shut-In 04/04 18:45:00 117.20111 489.18 47.89 94.60 Shut-In 04/04 19:00:00 117.45111 492.16 47.37 94.93 Shut-In . 04~04 19:15:00 117.70111 493.23 46.94 95.23 Shut-In 04/04 19:30:00 I 117.95111 I 494.83 46.49 95.45 Shut-In ~,/0-4 i ~:~5:(~0- i '1 ~i~.~i ~ li .............. i 495.66 46.06 95.67 ..................... Shut-In o:oo:oo 04/04 20:15:00 ~' ~118.70111! ~ 499.56 - 45.~ 96.16 Shut-In ....... _ ................. 04/04 20:30:00 ~ ~~J j 501.03 ~.97 96.12 Shut-In 04/04 20:45:00 [ ~0.20~ ....... 5~.28 44.$3, 0~.40 Shut-In 04/04 2~ :00:00 ~ ~0.45~ 504.78 ~.~0 0~.4~ Shut-In 04/04 __ ~ :~ fi:O0 ~ ~ ~.70~ ~ ~ 507.78 43.83 0~.47 ~ Shut-In 04/04 2~ :30:00 ~ ~~/ 508.53 43.5~ *~.4~ Shut-In 04/04 21:4fi:O0 ~ 20.20~ ~ ~ 5~ ~ .03 43.fi8 0~.38 Shut-In 04/04 22:00:00'120.45111~~ t i 514.03 43.58 96.38 Shut-In 04104 ~:~-/ ~~/ - 519.53 43.10 96.41 Shut-In · ~27 03 --42 58 ~--' ~ 04/04 23:30:00 ~ 121'95111 ~ ..... 531.03 42.53 96.08 Shut-In · - · 535.03 42.49 96.05 Shut-In .................... 04/05 00:00:00 122.45111 537.53 42.36 95.95 Shut-In 04/05 00:15:00 122.70111 I 539.28 42.14 95.77 Shut-In 04/05 00:30:00 122.95111 ~ 540.03 41.92~ 95.61 Shut-In 04/05 00:45:00 . 123.20111 543.28 41.83 95.56 Shut-In 04/05 0~:00:00 ~23.45~ ~ ~ 544.03 4~.55 ~5.~ Shut-In ........ 04/Off O~ '~ 5:00 ~ 23.70~ ~ ~1 ............... ~.78 4~ .27 ~5.37 Shut-In 04/05 O1:30:00 123.~5111 fi44.fi3 40.~ ~5.0~ Shut-I~ !04/05 01:45:00 124.20111, - ~5.28 / 40.80 94.77 Shut-In ~Daylight Savings Time Not Observed. HalliburtOn Energy Services BP Exploration (Alaska), INC. Page No. 1.8.$.3 Badami No. 4 Well Test Summary DST No. lA - Injectivity BuildUp Time Delta _ Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol _ Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) T 124.45111 Continue 1o Monitor V~q-tP at Choke Manifold 546.78 40.95 94.42 Shut-In o~/_o_~ _ o~2:_o_o:o_oI ...................... , .................................... 124.70111! 547.28J 04~05 02:15:00 ! ........................... ~ .... _41.00 93.90 Shut-In 04105 02:30:00 i 124.95111 I 548.28 40.90 93.47 Shut-In 04~05 02:45:00 125.20111 ~ J 546.53 40.46 92.95 Shut-In ................................ 04~05 03:00:00 125.45111i I 546.03 39.79 -- 92.53 Shut-In 04/05 03:15:00 125.70111i 544.53i 39.16 92.12 Shut-In 04/05 03:30:00 I 125.95111i ...... 545.78 38.83 92.07- _S.h_u_!-I~n ........................ ~i0,~ ~)3:45:~ i i~61~iiiI ..... i 545.53 ........ ~.,~ ..... 9~-.95 Shut-In 0~,~ ~,:~)~:~) i i-~i~451~ ~ ! 547.03 38.38 91.83 Shut-In ............... | ............. /- 04/05 04:15:00 126.70111 ~i ....... . ~ 546.03J 37.82 91.50 Shut-In 04/05 04:30:00 I 126.951111 , 546.28l 36.97-- 91.50 Shut-In ~4/~ ~,;~,,~:~-I i~.~-O~'~iI ........................... I 546.78 ......... 3-~.~ 91.86 Shut-In 04/05 05:15:00 , 127.70111~ ......... ~ 551.78 36.06 92.26 Shut-In i 04/05 05:30:00 127.95111 ~ ~ 551.53 35.78 92.28 Shut-In .......... ~ ............................ 04/05 05:45:00 128.20111[ ~ 553.03 35.28~ 92.15 Shut-In ~ "~:~: 553.53 35.26. 92.35 Shut-In ~ ........ ~ ............................. 04~05 06:15:00 128.70111 i ~ 555.28 35.18 91.92 Shut-In ........................... 04/05 06:30:00 ~ 128.95111~ 555.78j 35.~ 91.55 Shut-I~ 04/05 ~;~:00 i ~-~-~ - ----559.531 35.96 90.80 Shut-In ;04/05 07:30:00 129.95111 559.53 36.14 90.38 Shut-In ............................... 04/05 07:45:00 130.20111 560.53 36.31 90.17i Shut-In 04/05 08:00:00 130.45111 i 561.28 36.~ 90.07 Shut-In ............................. 04/05 08:15:00 130.70111 562.03 36.71 90.03~ Shut-In ...................................... 04/05 08:30:00 130.95111 563.03 36.96: 90.35~ Shut-In 04/05 08:45:00 131.20111~ ..... 565.53 38.46 L. 90.68 Shut-In ~ ~;~-1 ~~ .......... . ............... 570.78 ..... ~1.6~1 90.771 ~u~-I~ ~0~ ~:~:~~~ ............... 573.28--~ 44.77/ 89.47 .... ~;~:~ ..................... ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Injectivity BuildUp Halliburton Energy Services Well Test Summary Page No. 1.8.$.4 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol I Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) I 04/05 09:45:00 132.20111[Continue To Monitor WHP at Choke Manifold. 573.78 46.22 88.08 Shut-In 04/05 10:00:00 132.45111 574.78 47.38 86.90 Sh ut-In 04/05 10:15:00 132.70111 j 575.53 48.47 85.93 Shut-In 04/05 10:30:00 132.951111 __ 576.53 49.66. 86.30 Shut-In 04/05 10:45:00 133.20111, 577.03 50.49 85.50 Shut-In _04?0_5 1_!:~0_!_0__0_ J 1_ _3 3_- _4_511~1 .............................. 576.53 51.52 84.61 Shut-In 04/05 11:01:00 133.46778i 576.53 51.59 78.00 Shut-In ~i~-5'~_~-1-~2_;0_-0__. ~:~-8~I ............................. i 576,78 51,62__ 78,08 Shut-~i~- 04/05 11:03:00 133.50111 i ~ ............... 04/05 11:04:00 i 133.51778.-/ ....... ~- 577'031 51.67 77.98 Shut-In .................... t 576.78 51.74 24.97 Shut-_ln~ .................................. 04/05 11:05:00 1133.53444i ---| 577.03 ~1.82__--_ 23.61 Shut-In 04/05 11:06:00 i 133.55111 Open LPR-N and Open Choke to bleed off tubing psi I 577.28 51.91 23.16 Shut-In ........................ 1 1 ...... l · ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Reverse Out Halliburtbn Energy Services Well Test Summary Page No. 1.8.6.1 Time Delta Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol Time (psig) (degf) (psig) (64ths) (inches) (bbl/d) (bbls) 104/05 11:07:00 133.56778 576.03 51.98 1060.28 Shut-In 04/05 11:08:00 133.58444 605.53 52.08 1818.91 Shut-In 04/05 11:09:00 133.60111 624.53 52.19 1767.78 Shut-In 04/05 11:10:00 133.61778~ 596.03 51.98 1745.91 Shut-In 04/05 11:11:00 133.63444 413.03 51.47 1732.03 Shut-In 04/05 11:12:00 '~~~l 276,03 51,15 1722,53 Shut-In 04/05 11:13:00 133,667781 185,93 50,94 1715,41 Shut-In 04/05 11:14:00 133,68444 102,66 50,75 1709,53 Shut-In 04/05 11:15:00 / 133.70111 Close Choke Manifold. 66,28 50,70 1705,16 Shut-In 04/05 11:16:00 133,71778 Close LPR-N to Cycle OMNI, 117.13 50,87 19,08 Shut-In t 81-,31 04/05 11:23:00 133,83444 OMNI in Blank Pos, Start Pumping Down Tubing, I 51,02 22,61 Shut-In _ 04/05 11:30:00 133.95111 139,38 51,12 89,77 Shut-In 04/05 11:34:00 134,017781Cycle OMNI to Reverse Pos, 2114,53 52,72 29,68 Shut-In 04/05 11:39:00 1 34,10111 Start Reverse Out, 2588,53 53,28 229,91 Shut-In 04/05 11:45:00 134,20111 2119,28 56,08 159,28 Shut-In 04/05 ~12:00:00 134,451111 1632,28 51,69 302.78 Shut-In 04/05 12:15:00 ~ 134,70111t 289.53 48,80 445,03 Shut-In 104/05 12:30:00 134,95111 129,33 51,47 1521,91 Shut-In 04/05 12:38:00 135.08444 Finish Reverse Out, 118.01 53,47 1226,28 Shut-In 04/05 12:43:00 135,16778 Cycle OMNI to Well Test Pos, 106,71 53,54 26,11 Shut-In 04/05 12:45:00 135,201111 878,03 53,72 1820,03 Shut-In 04/05 13:00:00 135,451111 880,03 54,50 1704,161 Shut-In ......... 04/05 13:03:00 i 135,50111 OMNI in Well Test Pos, . .......... 781,78 54.31 1853,03 Shut-In 04/05 13:15:00 135,70111 282,21 53,55 20,63 Shut-In ........... 04~05 13:16:00 135,71778 Open LPR-N and Bull Head Down Tubing, 282,53 53,60i 859,78 Shut-In 04/05 13:30:00 ~1~1 2281.28 53.93 1801,03 Shut-In 04/05 13:40:00 136,11778 Finish Pumping, +-25 bbl below Packer. 261,03 54,45[ 1775,53 Shut-In ....... ~- _ - _ ............ 04/05 13:41:00 136,13444 Cycle OMNI to Circulate Pos, 262,53 54,50 1732,66 Shut-In 04/05 14:00:00 136.45111 223,86 54,90 18,83 Shut-In 04/05 14:14:00 136.68444 Open Choke Manifold and Blow Down Lines, 219,16 54,25 20,82 Shut-In ~,~ ~,ii~:~ -'~,~.~1~- ......................... 68.431 54.27 - 20.78 Shut-In .................................. ~Daylight Savings Time Not Observed. BP Exploration (Alaska), INC. Badami No. 4 DST No. lA - Reverse Out HalliburtOn Energy Services Well Test Summary Page No. 1.8.6.2 Ti__rne_ ...... _D_e_lt~a ............ Comments Whp Wht Casing Choke Tank Inc. Tank Rate Tank Vol .__ Time (psig) (degf) (psig) (64the) (inches) (bbl/d) (bbls) 04/05 14:30:00 136.95111 'Circulate Hot Diesel and Water Through Flow Lines. 21.58 53.84 25.88 Shut-In __ 04/05 14:45:00 137.20111 20.56 53.12 21.02 Shut-In 04/05 15:00:00 137.45111 22.53 53.27 42.42 Shut-In 04/05 15:15:00 137.70111 26.61 56.35 44.47 Shut-In ._ 04/05 15:30:00 137.95111 23.51 70.24 44.21 Shut-In ...................... 04/05 15:45:00 138.20111 ! ..... 18.03 71.48 _ 42.50 Shut-In ........ 04~05 16:00:00 138.4511 lJ 23.23 68.80 41.25 Shut-In 04/05 16:15:00 138.70111~,.| 18.66j 69.81 42.11 Shut-In 04/0504/05 17:00:0016:45:00 1139'20111 Jr 139.451111 ~.~J 5i 38.62 Shut-In .... 95.1 [ 16.53 __ 96.34 ____ 38.48 Shut-In 04/05 17:15:00 ~I- 139.70111 ................... 93.68 87.81 17.53 Shut-In .................. 04/05 _ '~7:45:00../ 140.20~ ~w~~e~.c. .... / -----; 04/05 21:00:00i ~1~,.63~ ~_~yyD--~ww~ ~;~a~T~ee~ ....I 04/0604/05 22:00:00 1164.67611~OOHwithBHA.1 ---"---"'"'- Lay down Same. t I ............................ 04:00:00 1164.926111A~ R~,~_ w~ ~HA' - ~- ................................... 04106 08:15:00 165.10319 BH^ Layed Down. 04/06 09:00:00 165.13444 Pick up EZ Disposal Packer. 04/0609:21:00 165.14903 Continue to RIH. i i Il ii ~._~_-_--I .... 04/06 15:15:00 165.39486 On Bottom. Fill Tubing ..... j 04/06 15:35:00 165.40875 Set Packer. 04/06 17:00:00 _165'46778 Start Displacing Produced Fluids. 04/07 06:00:00 166.00944 Finish Displacing Produced Fluids. 04/07 06:30:00 166.03028 Start Pumping Cement. 04/07 16:30:00 166.44694 Finish All Plugs. 04/07 17:00:00 166.467781 POOH. 04/07 20:30:00 166.6136~ OOH With Setting Tool. Lay Down Same. - ........................... 0_4/07--_~_1:0~0:00___ ~66:6344-4. iDST Complete. _ ................................. .............................. ! I t i 1Daylight Savings Time Not Observed. x .r Test No: 1 A 11 Gauge No: 10594 I 4 I I I I Pressure/Temperat ure History Well No: #4 Company: BP Exploration I I I G 2OO .o 0 Pressure Vs Delf~a Time 9.0 X .5.0 0.0 e I ' ' ' ' I ' ' ' ' I ' ' ' ' - Oauge No' 10594 Period No: 1 Well: //4 Company: BP Exploration Analyst: R.A. Richey 0.0 .o 5.0 , , , , I , , , , I , , , , I , , , , I , , , , I , , , , I ~ , , , 6.0 9.0 12.0 Del~a Time (hours) RIH / Press Test Z Pressure Vs DeiSm Time 9.0 8.0 X 4.0 3.0 , I , , , I , , , I , , , I , , , I , , , I 2 6 10 14 18 22 Delta Time (hours) Yes~: Nb: '1 ~, ' J ' gauge No: 10594 Period No: 2 Well: #4 Company: BP Exploration Analyst: R.A. Richey I , , I , ~ , I 26 50 I I I 0 Z Z PLT Flow Pressure Vs Del~a Time 6.5 6.0m -- -- -- -- -- -- o 5.5 -__ -- - -- -- o-- CO - ID_ - - - - ~_ - r3._ - -- 4.5- -- -- -- -- -- 4.0- -- 3.5 _.:. _ _ _ 10 14 18 Delta Time (hours) 22 Test No: 1 A Gauge No: 10594 Period No: 3 / w~ll: //4 Company: BP Exploration ~~_uAnalyst' R.A. Richey __ 26 30 PLT Build Up _CO -- -- -- -- -- -- - Z -0 -- -lNg 34 Pressure Vs Delta Time X o__ 10.C g.o 8.0 7.0 6.0 5.0 4.0 _llllllllljllllllllljllllllllljllllllllljllllllllljllllllllljll -- -- -- -- -- -- -- -- Gauge No: 10594 Z Period No: 4 - Well: #4 - Company: BP Exploration - Analyst: R,A. Richey - -- -1 0 1 2 3 4 5 Delta Time (hours) :: -- _ _ :: - -- :: - .. ..5 - ~ - I I I I I I I I I IJ~ I I I I I I I I I-- Injectivity Test Z Pressure Vs Delta Time 9.0 8.0 X 4.0 3.0 ~es( Nb: '1 ~ ' I ' ' ' Gauge No: 10594 Period No: 5 Well: Company: BP Exploration Analyst: R.A. Ricl~ey -3 1 5 9 13 17 21 25 29 Delta Time (hours) Post Injection DD Pressure Vs Delta Time 7.5 6.7 x .5.7 3.0 -4 Time (hours) I Test No: 1 A Gauge No: 10594 Period No: 6 Well: #4 Company: BP Explorotion Anelyst' R.A. Riche' 12 16 20 24 28 Pos~Inject, ion BU 121 0 .52 Pressure Vs Delta Time X 9.0 6.0 3.0 0.0 :: .-:: :: :: :: :: ' kkit' kb!' '~' k'"' I"'''''" gauge No: 10594 Period No: 7 Well: #4 Company: BP Exploration Analyst: R.A. Rickey ,,],][]~]l,[[~,,,],l[,[,[[[[[[[,[if[,,[l,,,,,,,,[l[][[[],,,l,[,,,,,, '~::¥"a -0.5 2.0 4.5 7.0 9.5 Delta Time 12.0 (hours',) 14.5 17.0 Reverse Ou~ 19.5 22.0 / POOH Z a Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.1 GAUGE PERIOD SUMMARY Gauge No.: 10594 Depth: 10944.26 ft ID PERIOD DESCRIPTION DATE/TIME A 1 Start Pre-Test(R.IH) 30-Mar 21:34:00 B End Pre-Test(RIH) 31-Mar 10:52:19 Blanked off.' No PRESSURE (psi) DURATION(min) 17.41 6700.05 798.32 Start Build-up 01-Apr 17:38:25 3966.23 End Build-up 02-Apr 23:48:27 6299.10 1810.03 St~iiitnj~e~iofi:.~eSti':: ~!:': :. ii ~ :f:021~Prii!i~i:i~8:.i2i7:iiii:. :::i:? !:i: ii: ii" ~i;~ i62~9i~:t:0: i! ii i, li i: ::~i .: '.:' :~End:lfij~eti°n Test :!:i::: :::::~i;435:i77: Start Draw-down 03-Apr 07:04:13 7044.32 E F End Draw-down 04-Apr 10:59:19 Start.Build-up iiii'. 04-Apr 10:59:19 End Build-up : .05-Apr. 11:05:21 Start Reverse & POOH 05-Apr 11:05:21 End POOH 06-Apr 08:01:36 3493.80 1675.10 3493.80 6258.69 1446.03 6258.69 16.42 1256.25 NOTE: for Pressure vs. Time Plot, see next page. X Test No: 1 A 12 Gauge No: 10594 I 8 4 0 Pressure~/TemFera(ure History Well No: #4 I I I I I Company: BP Exploration I I 2OO o Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.3 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 30-Mar-95 Data Print Frequency: 2 *** Start of Period 1 *** 21:34:00 0.0000 17.413 53.794 22:20:36 0.7767 20.403 62.254 23:19:56 1.7656 96.621 68.796 31-Mar-95 00:19:16 2.7544 430.841 59.075 00:48:56 3.2489 1262.390 59.109 01:18:36 3.7433 1954.071 65.652 01:48:16 4.2378 2721.893 74.421 02:17:56 4.7322 3337.378 82.744 02:47:36 5.2267 4121.340 94.483 03:47:06 6.2183 4145.336 99.123 04:16:46 6.7128 4561.607 104.715 04:46:26 7.2072 5244.842 119.405 05:16:06 7.7017 5999.012 131.730 05:45:46 8.1961 6682.581 144.234 06:30:16 8.9378 6995.686 171.893 07:29:36 9.9267 7012.230 173.021 08:00:45 10.4458 7029.898 173.287 08:31:49 10.9636 7037.594 173.533 09:03:21 11.4892 7040.838 173.758 09:34:29 12.0081 6947.303 173.898 09:34:53 12.0147 7339.497 173.910 09:36:21 12.0392 7475.471 173.914 09:36:53 12.0481 6918.398 173.754 09:40:53 12.1147 6917.458 173.855 09:46:43 12.2119 7178.178 173.984 10:02:03 12.4675 7206.910 124.599 10:24:53 12.8481 7187.392 126.902 10:45:33 13.1925 7290.165 134.017 10:50:19 13.2719 6759.238 135.058 10:52:09 13.3025 6699.490 135.742 10:52:19 13.3053 6700.047 *** End of Period 1 *** Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.4 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 31-Mar-95 Data Print Frequency: 1 * * * Start of Period 2 ** * 10:52:35 0.0044 6332.926 135.756 10:52:43 0.0067 5962.054 135.733 10:52:51 0.0089 5821.966 135.710 10:52:59 0.0111 5667.249 135.688 10:53:07 0.0133 5535.915 135.665 10:53:15 0.0156 5414.011 135.684 10:53:23 0.0178 5295.218 135.702 10:53:31 0.0200 5187.785 135.721 10:53:39 0.0222 5086.002 135.740 10:53:47 0.0244 4991.564 135.768 10:53:55 0.0267 4904.785 135.797 10:54:03 0.0289 4822.102 135.825 10:54:11 0.0311 4745.610 135.852 10:54:19 0.0333 4661.773 135.879 10:54:27 0.0356 4552.844 135.906 10:54:35 0.0378 4447.616 135.932 10:54:43 0.0400 4362.612 135.957 10:54:51 0.0422 4288.677 135.983 10:54:59 0.0444 4224.469 136.020 10:55:07 0.0467 4171.061 136.057 10:55:23 0.0511 4089.113 136.145 10:55:39 0.0556 4034.839 136.246 10:56:11 0.0644 3979.519 136.495 11:02:35 0.1711 3927.581 141.706 11:17:39 0.4222 3952.895 153.861 11:32:41 0.6728 3981.685 160.918 11:47:47 0.9244 4006.081 164.488 12:02:55 1.1767 4025.258 166.668 12:17:57 1.4272 4040.809 168.397 12:33:01 1.6783 4055.808 169.790 12:48:09 1.9306 4068.376 170.975 13:03:25 2.1850 4080.060 171.998 13:18:29 2.4361 4090.933 172.858 13:33:35 2.6878 4096.453 173.620 13:48:41 2.9394 4108.136 174.276 14:04:47 3.2078 4116.156 174.885 14:20:07 3.4633 4122.312 175.395 14:35:23 3.7178 4128.549 175.851 14:50:25 3.9683 4133.028 176.238 15:07:07 4.2467 4137.158 176.603 15:23:31 4.5200 4138.597 176.938 15:38:57 4.7772 4140.239 177.217 15:55:01 5.0450 4140.445 177.489 16:10:07 5.2967 4134.085 177.710 16:25:13 5.5483 4130.411 177.924 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.5 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 31-Mar-95 Data Print Frequency: 16:40:29 5.8028 4124.589 178.135 16:56:31 6.0700 4114.398 178.335 17:11:37 6.3217 4097.155 178.525 17:26:45 6.5739 4069.344 178.701 17:41:47 6.8244 4023.395 178.878 17:52:21 7.0006 3973.380 179.009 18:00:17 7.1328 3922.645 179.096 18:07:07 7.2467 3871.855 179.187 18:16:31 7.4033 3819.468 179.310 18:18:39 7.4389 3768.534 179.336 18:24:01 7.5283 3717.773 179.412 18:39:25 7.7850 3703.450 179.636 18:54:41 8.0394 3746.994 179.872 19:09:45 8.2906 3796.357 180.121 19:21:01 8.4783 3846.987 180.305 19:29:11 8.6144 3897.014 180.410 19:39:07 8.7800 3947.278 180.513 19:47:15 8.9156 3997.656 180.586 20:00:17 9.1328 4048.146 180.661 20:08:09 9.2639 4099.059 180.698 20:15:11 9.3811 4149.856 180.725 20:30:29 9.6361 4196.611 180.761 20:45:45 9.8906 4238.432 180.762 21:00:47 10.1411 4270.923 180.768 21:04:29 10.2028 4216.155 180.761 21:05:41 10.2228 4165.678 180.759 21:07:09 10.2472 4113.454 180.757 21:08:53 10.2761 4061.593 180.754 21:11:01 10.3117 4009.292 180.755 21:13:41 10.3561 3957.889 180.758 21:16:45 10.4072 3907.776 180.761 21:20:37 10.4717 3857.212 180.775 21:26:05 10.5628 3806.257 180.802 21:35:23 10.7178 3756.211 180.880 21:50:27 10.9689 3727.390 181.044 22:05:37 11.2217 3743.052 181.221 22:14:15 11.3656 3793.170 181.322 22:29:09 11.6139 3843.354 181.465 22:36:55 11.7433 3893.943 181.519 22:45:49 11.8917 3944.552 181.584 23:00:55 12.1433 3972.900 181.645 23:16:01 12.3950 3998.419 181.682 23:31:13 12.6483 4003.021 181.776 23:47:13 12.9150 3997.173 181.902 1-Apr-95 00:02:27 13.1689 4043.596 182.131 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.6 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS l-Apr-95 Data Print Frequency: 00:03:15 13.1822 3993.100 182.146 00:15:25 13.3850 3942.689 182.077 00:30:33 13.6372 3906.559 182.031 00:45:35 13.8878 3890.845 182.032 01:01:09 14.1472 3899.140 182.102 01:16:45 14.4072 3901.757 182.201 01:31:59 14.6611 3901.195 182.289 01:47:13 14.9150 3911.709 182.331 02:02:33 15.1706 3915.899 182.345 02:19:03 15.4456 3916.000 182.377 02:34:33 15.7039 3910.450 182.460 02:50:03 15.9622 3894.269 182.464 03:05:05 16.2128 3908.906 182.491 03:20:09 16.4639 3901.757 182.541 03:35:33 16.7206 3942.015 182.595 03:50:41 16.9728 3971.586 182.631 04:05:57 17.2272 3997.139 182.660 04:20:59 17.4778 3976.401 182.682 04:35:59 17.7278 3956.050 182.710 04:51:03 17.9789 3966.932 182.744 05:06:09 18.2306 4016.387 182.773 05:21:19 18.4833 4047.667 182.794 05:36:27 18.7356 4081.630 182.805 05:51:27 18.9856 4096.975 182.814 06:06:45 19.2406 4057.261 182.895 06:22:15 19.4989 4037.412 182.886 06:37:55 19.7600 4027.746 182.864 06:53:27 20.0189 4023.112 182.856 07:08:31 20.2700 4053.578 182.888 07:23:39 20.5222 4035.738 182.932 07:33:39 20.6889 3985.542 182.943 07:48:45 20.9406 3938.588 182.978 08:03:51 21.1922 3910.322 182.993 08:20:31 21.4700 3895.244 183.025 08:35:37 21.7217 3887.512 183.080 08:50:45 21.9739 3879.236 183.133 09:05:53 22.2261 3865.547 183.259 09:20:53 22.4761 3863.870 183.277 09:35:57 22.7272 3905.773 183.289 09:51:45 22.9906 3905.368 183.315 10:06:53 23.2428 3933.129 183.352 10:21:57 23.4939 3939.307 183.383 10:37:05 23.7461 3957.086 183.409 10:53:01 24.0117 3964.694 183.442 11:08:05 24.2628 3973.370 183.451 11:23:53 24.5261 3977.340 183.466 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.7 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 1-Apr-95 Data Print Frequency: 11:38:55 24.7767 4012.619 183.481 11:54:05 25.0294 4060.528 183.499 12:09:07 25.2800 4106.052 183.517 12:24:11 25.5311 4126.793 183.506 12:39:17 25.7828 4135.616 183.496 12:55:17 26.0494 4150.335 183.479 13:10:25 26.3017 4119.200 183.492 13:25:27 26.5522 4108.608 183.472 13:40:29 26.8028 4087.165 183.449 13:55:29 27.0528 4059.640 183.443 14:08:07 27.2633 4009.601 183.456 14:23:15 27.5156 3959.588 183.472 14:38:15 27.7656 3943.373 183.504 14:54:17 28.0328 3942.178 183.575 15:09:27 28.2856 3960.901 183.617 15:25:11 28.5478 3974.268 183.634 15:40:43 28.8067 3973.435 183.651 15:56:59 29.0778 3971.951 183.678 16:12:55 29.3433 3971.109 183.708 16:28:39 29.6056 3967.544 183.770 16:44:01 29.8617 3939.711 183.807 16:59:09 30.1139 3967.444 183.831 17:14:31 30.3700 3988.577 183.845 17:29:45 30.6239 3989.881 183.853 17:38:17 30.7661 3989.324 183.858 17:38:25 30.7683 3966.228 183.880 *** End of Period 2 * * * Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.8 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 fi TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 1-Apr-95 Data Print Frequency: 1 ** * Start of Period 3 *** 17:38:33 0.0022 4094.518 183.902 17:38:41 0.0044 4246.884 183.924 17:38:49 0.0067 4382.669 183.928 17:38:57 0.0089 4505.868 183.932 17:39:05 0.0111 4611.746 183.936 17:39:13 0.0133 4711.137 183.940 17:39:21 0.0156 4801.694 183.944 17:39:29 0.0178 4881.840 183.948 17:39:37 0.0200 4953.775 183.952 17:39:45 0.0222 5018.979 183.956 17:39:53 0.0244 5078.771 183.960 17:40:01 0.0267 5132.685 183.964 17:40:09 0.0289 5181.639 183.961 17:40:17 0.0311 5226.115 183.958 17:40:25 0.0333 5267.015 183.955 17:40:33 0.0356 5304.710 183.951 17:40:41 0.0378 5339.216 183.948 17:40:49 0.0400 5371.081 183.945 17:40:57 0.0422 5400.947 183.942 17:41:05 0.0444 5428.531 183.939 17:41:13 0.0467 5454.212 183.936 17:41:21 0.0489 5478.067 183.932 17:41:29 0.0511 5500.466 183.929 17:41:37 0.0533 5521.248 183.926 17:41:53 0.0578 5558.652 183.920 17:42:09 0.0622 5591.913 183.913 17:42:25 0.0667 5620.451 183.907 17:42:41 0.0711 5645.449 183.901 17:42:57 0.0756 5667.717 183.894 17:43:21 0.0822 5696.845 183.885 17:43:45 0.0889 5722.059 183.875 17:44:09 0.0956 5744.392 183.866 17:44:33 0.1022 5764.399 183.856 17:45:05 0.1111 5788.691 183.844 17:45:37 0.1200 5810.618 183.831 17:46:09 0.1289 5830.732 183.818 17:46:49 0.1400 5853.425 183.803 17:47:29 0.1511 5873.882 183.787 17:48:17 0.1644 5895.491 183.763 17:49:13 0.1800 5917.011 183.735 17:50:17 0.1978 5937.746 183.701 17:51:21 0.2156 5955.229 183.666 17:52:25 0.2333 5969.458 183.631 17:53:29 0.2511 5981.449 183.596 17:54:33 0.2689 5992.170 183.561 Date: 30-Mar-95 ( Ticket No: 462918 Page No: 3.1.9 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 1-Apr-95 Data Print Frequency: 17:55:37 0.2867 6001.795 183.526 17:56:41 0.3044 6010.731 183.491 17:57:45 0.3222 6018.952 183.458 17:58:49 0.3400 6026.482 183.428 17:59:53 0.3578 6033.386 183.395 18:01:01 0.3767 6039.955 183.360 18:02:07 0.3950 6045.801 183.327 18:03:17 0.4144 6051.626 183.294 18:04:21 0.4322 6056.594 183.263 18:05:23 0.4494 6061.057 183.237 18:06:25 0.4667 6065.378 183.212 18:07:27 0.4839 6069.344 183.184 18:08:35 0.5028 6073.384 183.154 18:09:45 0.5222 6077.352 183.124 18:10:53 0.5411 6080.835 183.096 18:11:55 0.5583 6083.846 183.071 18:12:57 0.5756 6086.784 183.046 18:14:01 0.5933 6089.687 183.021 ~18:15:03 0.6106 6092.310 182.997 18:16:13 0.6300 6095.312 182.971 18:17:31 0.6517 6098.522 182.943 18:18:39 0.6706 6101.088 182.921 18:19:45 0.6889 6103.300 182.899 18:21:01 0.7100 6106.210 182.874 18:22:13 0.7300 6108.668 182.851 18:23:19 0.7483 6110.933 182.830 18:24:29 0.7678 6113.172 182.808 18:25:43 0.7883 6115.411 182.785 18:26:45 0.8056 6117.310 182.766 18:27:57 0.8256 6119.539 182.743 18:29:23 0.8494 6122.022 182.716 18:30:37 0.8700 6124.004 182.692 18:31:45 0.8889 6125.853 182.671 18:32:59 0.9094 6127.790 182.649 18:34:13 0.9300 6129.678 182.628 18:35:25 0.9500 6131.530 182.608 18:36:39 0.9706 6133.419 182.586 18:37:51 0.9906 6134.976 182.565 18:38:55 1.0083 6136.437 182.547 18:40:05 1.0278 6138.144 182.528 18:41:11 1.0461 6139.594 182.510 18:42:23 1.0661 6140.994 182.491 18:43:27 1.0839 6142.310 182.475 18:44:49 1.1067 6143.868 182.454 18:45:55 1.1250 6145.184 182.437 18:47:15 1.1472 6146.560 182.417 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.I0 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 fi TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 1-Apr-95 Data Print Frequency: 18:48:39 1.1706 6148.095 182.396 18:49:41 1.1878 6149.166 182.381 18:51:05 1.2111 6150.714 182.361 18:52:15 1.2306 6151.673 182.344 18:53:37 1.2533 6152.913 182.324 18:54:43 1.2717 6153.947 182.308 18:55:47 1.2894 6154.833 182.292 18:57:13 1.3133 6156.209 182.272 18:58:19 1.3317 6157.257 182.256 18:59:31 1.3517 6158.502 182.240 19:00:39 1.3706 6159.526 182.226 19:01:47 1.3894 6160.613 182.211 19:03:11 1.4128 6161.732 182.193 19:04:37 1.4367 6162.800 182.173 19:06:01 1.4600 6163.870 182.155 19:07:31 1.4850 6165.088 182.136 19:08:47 1.5061 6166.138 182.120 19:10:03 1.5272 6167.199 182.105 19:11:15 1.5472 6168.262 182.091 19:12:33 1.5689 6169.360 182.075 19:14:09 1.5956 6170.493 182.056 19:15:55 1.6250 6171.613 182.037 19:17:17 1.6478 6172.440 182.022 19:18:51 1.6739 6173.302 182.005 19:20:35 1.7028 6174.398 181.986 19:22:19 1.7317 6175.519 181.968 19:23:55 1.7583 6176.592 181.950 19:25:37 1.7867 6177.664 181.932 19:27:27 1.8172 6178.773 181.913 19:28:35 1.8361 6179.307 181.902 19:29:53 1.8578 6179.863 181.888 19:31:51 1.8906 6180.996 181.868 19:33:51 1.9239 6182.116 181.848 19:35:37 1.9533 6183.127 181.830 19:37:01 1.9767 6183.882 181.816 19:38:13 1.9967 6184.428 181.804 19:39:21 2.0156 6185.012 181.793 19:40:27 2.0339 6185.484 181.782 19:42:01 2.0600 6186.226 181.767 19:43:17 2.0811 6186.809 181.755 19:44:31 2.1017 6187.367 181.743 19:45:53 2.1244 6187.949 181.730 19:47:05 2.1444 6188.495 181.718 19:48:23 2.1661 6189.053 181.705 19:49:37 2.1867 6189.599 181.693 19:51:13 2.2133 6190.266 181.677 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.11 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS l-Apr-95 Data Print Frequency: 19:52:47 2.2394 6190.821 181.662 19:54:01 2.2600 6191.330 181.651 19:55:57 2.2922 6192.032 181.633 19:57:33 2.3189 6192.576 181.619 19:58:43 2.3383 6192.900 181.608 20:01:37 2.3867 6193.655 181.583 20:03:29 2.4178 6193.947 181.566 20:05:01 2.4433 6194.232 181.553 20:06:29 2.4678 6194.815 181.541 20:07:53 2.4911 6195.362 181.530 20:09:21 2.5156 6195.958 181.517 20:10:51 2.5406 6196.517 181.505 20:12:51 2.5739 6197.033 181.488 20:14:53 2.6078 6197.599 181.471 20:16:21 2.6322 6198.158 181.459 20:17:47 2.6561 6198.718 181.447 20:19:01 2.6767 6199.179 181.437 20:20:45 2.7056 6199.862 181.424 20:22:15 2.7306 6200.422 181.412 20:23:59 2.7594 6201.004 181.399 20:25:55 2.7917 6201.598 181.384 20:27:55 2.8250 6202.141 181.369 20:29:51 2.8572 6202.722 181.354 20:31:41 2.8878 6203.293 181.341 20:33:37 2.9200 6203.875 181.327 20:35:29 2.9511 6204.433 181.313 20:37:29 2.9844 6204.978 181.299 20:39:29 3.0178 6205.310 181.285 20:41:29 3.0511 6205.668 181.271 20:43:25 3.0833 6206.239 181.257 20:45:25 3.1167 6206.809 181.244 20:47:21 3.1489 6207.343 181.230 20:49:03 3.1772 6207.803 181.219 20:51:33 3.2189 6208.408 181.202 20:53:33 3.2522 6208.953 181.189 20:55:09 3.2789 6209.290 181.178 20:56:13 3.2967 6209.520 181.171 20:58:13 3.3300 6209.805 181.159 21:00:13 3.3633 6210.153 181.147 21:02:01 3.3933 6210.502 181.136 21:04:55 3.4417 6211.229 181.118 21:06:55 3.4750 6211.752 181.105 21:08:47 3.5061 6212.275 181.093 21:11:03 3.5439 6212.821 181.080 21:13:03 3.5772 6213.257 181.068 21:15:03 3.6106 6213.755 181.057 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.12 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 fi TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS l-Apr-95 21:17:29 3.6511 21:19:29 3.6844 21:21:29 3.7178 21:23:23 3.7494 21:26:09 3.7956 21:28:09 3.8289 21:30:09 3.8622 21:32:41 3.9044 21:34:41 3.9378 21:36:41 3.9711 21:38:41 4.0044 21:40:29 4.0344 21:41:53 4.0578 21:43:53 4.0911 21:45:53 4.1244 21:47:53 4.1578 21:49:53 4.1911 21:52:11 4.2294 21:54:11 4.2628 21:56:11 4.2961 21:58:11 4.3294 22:00:11 4.3628 22:02:37 4.4033 22:04:37 4.4367 22:06:37 4.4700 22:08:37 4.5033 22:09:45 4.5222 22:11:45 4.5556 22:13:45 4.5889 22:15:45 4.6222 22:17:45 4.6556 22:19:45 4.6889 22:20:49 4.7067 22:22:49 4.7400 22:24:49 4.7733 22:26:49 4.8067 22:28:49 4.8400 22:30:47 4.8728 22:32:47 4.9061 22:34:47 4.9394 22:36:47 4.9728 22:38:47 5.0061 22:40:47 5.0394 22:42:47 5.0728 22:45:33 5.1189 22:47:33 5.1522 Data Print Frequency: 6214.325 181.043 6214.799 181.031 6215.248 181.020 6215.660 181.009 6216.241 180.994 6216.703 180.983 6217.140 180.972 6217.737 180.959 6218.187 180.949 6218.574 180.938 6218.987 180.928 6219.326 180.919 6219.581 180.912 6220.006 180.902 6220.395 180.893 6220.821 180.883 6221.260 180.873 6221.846 180.862 6222.285 180.852 6222.661 180.843 6222.975 180.833 6223.276 180.823 6223.601 180.812 6223.828 180.804 6224.105 180.795 6224.433 180.786 6224.602 180.781 6224.941 180.772 6225.219 180.763 6225.433 180.754 6225.673 180.745 6225.862 180.736 6225.957 180.732 6226.122 180.723 6226.300 180.715 6226.428 180.707 6226.569 180.699 6226.684 180.691 6226.788 180.683 6226.903 180.675 6226.982 180.667 6227.085 180.659 6227.151 180.651 6227.192 180.643 6227.254 180.633 6227.308 180.625 Date: 30-Mar-95 ~ Ticket No: 462918 Page No: 3.1.13 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS l-Apr-95 Data Print Frequency: 22:49:33 5.1856 6227.337 180.618 22:51:33 5.2189 6227.378 180.610 22:53:33 5.2522 6227.432 180.603 22:54:55 5.2750 6227.451 180.598 22:56:55 5.3083 6227.468 180.591 22:58:55 5.3417 6227.548 180.584 23:00:55 5.3750 6227.840 180.577 23:02:55 5.4083 6228.094 180.570 23:04:55 5.4417 6228.361 180.563 23:06:55 5.4750 6228.591 180.556 23:09:03 5.5106 6228.782 180.549 23:11:03 5.5439 6228.887 180.542 23:13:03 5.5772 6228.967 180.535 23:15:03 5.6106 6229.046 180.529 23:17:03 5.6439 6229.101 180.522 23:19:03 5.6772 6229.381 180.515 23:21:03 5.7106 6229.673 180.509 23:22:49 5.7400 6229.929 180.503 23:22:49 5.7400 6229.929 180.503 23:24:49 5.7733 6230.222 180.496 23:26:49 5.8067 6230.502 180.490 23:28:49 5.8400 6230.758 180.484 23:30:49 5.8733 6231.038 180.478 23:32:49 5.9067 6231.544 180.472 23:34:49 5.9400 6232.062 180.466 23:36:35 5.9694 6232.519 180.460 23:39:09 6.0122 6233.161 180.453 23:41:09 6.0456 6233.667 180.447 23:43:09 6.0789 6234.123 180.441 23:45:09 6.1122 6234.567 180.436 23:47:09 6.1456 6234.986 180.430 23:49:09 6.1789 6235.392 180.424 23:50:43 6.2050 6235.700 180.419 23:52:13 6.2300 6235.983 180.415 23:54:13 6.2633 6236.364 180.410 23:56:13 6.2967 6236.708 180.404 23:58:13 6.3300 6237.065 180.398 2-Apr-95 00:00:13 6.3633 6237.409 180.393 00:02:13 6.3967 6237.715 180.387 00:04:13 6.4300 6238.022 180.381 00:06:13 6.4633 6238.378 180.376 00:08:13 6.4967 6238.735 180.370 00:10:13 6.5300 6239.066 180.365 00:12:27 6.5672 6239.410 180.359 00:14:27 6.6006 6239.718 180.354 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.14 PRESSURE ¥S TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 Data Print Frequency: 00:16:27 6.6339 6240.000 180.349 00:18:27 6.6672 6240.270 180.344 00:20:27 6.7006 6240.564 180.339 00:22:27 6.7339 6240.821 180.334 00:24:27 6.7672 6241.079 180.329 00:26:27 6.8006 6241.336 180.324 00:28:27 6.8339 6241.581 180.319 00:30:27 6.8672 6241.838 180.314 00:32:27 6.9006 6242.095 180.309 00:35:15 6.9472 6242.438 180.302 00:37:15 6.9806 6242.633 180.297 00:39:15 7.0139 6242.840 180.293 00:41:15 7.0472 6243.010 180.288 00:43:15 7.0806 6243.192 180.283 00:45:15 7.1139 6243.387 180.278 00:47:15 7.1472 6243.594 180.273 00:49:15 7.1806 6243.801 180.268 00:50:37 7.2033 6243.960 180.265 00:52:37 7.2367 6244.168 180.261 00:54:37 7.2700 6244.364 180.257 00:56:37 7.3033 6244.534 180.252 00:58:37 7.3367 6244.743 180.248 01:00:37 7.3700 6244.926 180.244 01:02:37 7.4033 6245.109 180.240 01:04:37 7.4367 6245.342 180.235 01:06:55 7.4750 6245.587 180.231 01:08:55 7.5083 6245.758 180.227 01:10:55 7.5417 6245.916 180.223 01:12:55 7.5750 6246.149 180.219 01:14:55 7.6083 6246.320 180.215 01:16:55 7.6417 6246.503 180.211 01:18:55 7.6750 6246.674 180.207 01:20:55 7.7083 6246.857 180.203 01:22:55 7.7417 6247.016 180.199 01:24:55 7.7750 6247.174 180.195 01:26:55 7.8083 6247.345 180.191 01:28:55 7.8417 6247.528 180.187 01:30:55 7.8750 6247.686 180.182 01:32:55 7.9083 6247.857 180.178 01:34:51 7.9406 6248.003 180.175 01:36:51 7.9739 6248.149 180.171 01:38:51 8.0072 6248.258 180.167 01:40:51 8.0406 6248.391 180.164 01:42:51 8.0739 6248.525 180.160 01:44:51 8.1072 6248.633 180.156 01:46:51 8.1406 6248.817 180.153 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.15 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 Data Print Frequency: 01:48:51 8.1739 6248.988 180.149 01:50:51 8.2072 6249.147 180.145 01:52:51 8.2406 6249.281 180.142 01:54:51 8.2739 6249.414 180.138 01:56:51 8.3072 6249.548 180.134 01:58:51 8.3406 6249.682 180.131 02:00:51 8.3739 6249.828 180.127 02:02:51 8.4072 6249.961 180.123 02:04:51 8.4406 6250.120 180.120 02:06:51 8.4739 6250.254 180.116 02:08:51 8.5072 6250.388 180.112 02:10:29 8.5344 6250.522 180.109 02:12:29 8.5678 6250.706 180.106 02:14:29 8.6011 6250.853 180.103 02:16:29 8.6344 6250.975 180.100 02:18:29 8.6678 6251.109 180.097 02:20:29 8.7011 6251.256 180.093 02:22:29 8.7344 6251.402 180.090 02:24:29 8.7678 6251.524 180.087 02:26:29 8.8011 6251.658 180.084 02:28:29 8.8344 6251.780 180.080 02:30:29 8.8678 6251.889 180.077 02:32:29 8.9011 6252.010 180.074 02:34:29 8.9344 6252.132 180.071 02:36:29 8.9678 6252.266 180.067 02:38:39 9.0039 6252.413 180.064 02:40:39 9.0372 6252.535 180.061 02:42:39 9.0706 6252.682 180.059 02:44:39 9.1039 6252.804 180.056 02:46:39 9.1372 6252.939 180.053 02:48:39 9.1706 6253.074 180.050 02:50:39 9.2039 6253.221 180.047 02:52:39 9.2372 6253.368 180.044 02:54:39 9.2706 6253.503 180.041 02:56:39 9.3039 6253.625 180.038 02:58:39 9.3372 6253.759 180.036 03:00:39 9.3706 6253.881 180.033 03:02:39 9.4039 6253.991 180.030 03:04:39 9.4372 6254.126 180.027 03:07:11 9.4794 6254.297 180.024 03:09:11 9.5128 6254.445 180.021 03:11:11 9.5461 6254.605 180.018 03:13:11 9.5794 6254.765 180.016 03:15:11 9.6128 6254.913 180.013 03:17:11 9.6461 6255.035 180.011 03:19:11 9.6794 6255.183 180.008 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.16 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 Data Print Frequency: 03:21:11 9.7128 6255.318 180.006 03:23:11 9.7461 6255.453 180.003 03:25:11 9.7794 6255.563 ! 80.000 03:27:11 9.8128 6255.710 179.998 03:29:11 9.8461 6255.845 179.995 03:31:11 9.8794 6255.980 179.993 03:33:11 9.9128 6256.115 179.990 03:35:11 9.9461 6256.238 179.988 03:38:03 9.9939 6256.422 179.984 03:40:03 10.0272 6256.558 179.982 03:42:03 10.0606 6256.681 179.980 03:44:03 10.0939 6256.817 179.978 03:46:03 10.1272 6256.965 179.976 03:48:03 10.1606 6257.100 179.974 03:50:03 10.1939 6257.236 179.972 03:52:03 10.2272 6257.384 179.970 03:54:03 10.2606 6257.520 179.968 03:56:03 10.2939 6257.656 179.966 03:58:03 10.3272 6257.804 179.964 04:00:03 10.3606 6257.939 179.962 04:02:03 10.3939 6258.062 179.959 04:04:03 10.4272 6258.173 179.957 04:06:03 10.4606 6258.309 179.955 04:08:03 10.4939 6258.432 179.953 04:10:03 10.5272 6258.567 179.951 04:12:03 10.5606 6258.703 179.949 04:14:03 10.5939 6258.814 179.947 04:16:03 10.6272 6258.937 179.945 04:18:03 10.6606 6259.060 179.943 04:20:03 10.6939 6259.196 179.941 04:22:03 10.7272 6259.319 179.939 04:24:03 10.7606 6259.442 179.937 04:26:03 10.7939 6259.552 179.935 04:28:03 10.8272 6259.676 179.933 04:30:03 10.8606 6259.799 179.930 04:32:03 10.8939 6259.909 179.928 04:34:03 10.9272 6260.020 179.926 04:36:03 10.9606 6260.143 179.924 04:38:03 10.9939 6260.254 179.922 04:40:03 11.0272 6260.364 179.920 04:42:03 11.0606 6260.487 179.918 04:44:03 11.0939 6260.610 179.916 04:46:03 11.1272 6260.734 179.914 04:48:03 11.1606 6260.857 179.912 04:50:03 11.1939 6260.980 179.910 04:52:03 11.2272 6261.116 179.908 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.17 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 fi TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 Data Print Frequency: 04:54:03 11.2606 6261.251 179.906 04:56:03 11.2939 6261.375 179.903 04:58:03 11.3272 6261.485 179.901 05:00:03 11.3606 6261.621 179.899 05:02:03 11.3939 6261.731 179.897 05:04:03 11.4272 6261.867 179.895 05:06:03 11.4606 6261.990 179.893 05:08:03 11.4939 6262.114 179.891 05:10:03 11.5272 6262.249 179.889 05:12:03 11.5606 6262.360 179.887 05:14:03 11.5939 6262.496 179.885 05:16:03 11.6272 6262.619 179.883 05:18:03 11.6606 6262.717 179.881 05:20:03 11.6939 6262.840 179.879 05:22:03 11.7272 6262.963 179.877 05:24:03 11.7606 6263.074 179.874 05:26:03 11.7939 6263.184 179.872 05:28:03 11.8272 6263.308 179.870 05:30:03 11.8606 6263.431 179.868 05:32:03 11.8939 6263.541 179.866 05:34:03 11.9272 6263.652 179.864 05:36:03 11.9606 6263.763 179.862 05:38:03 11.9939 6263.886 179.860 05:40:03 12.0272 6263.997 179.858 05:42:03 12.0606 6264.107 179.856 05:44:03 12.0939 6264.218 179.854 05:46:03 12.1272 6264.329 179.852 05:48:03 12.1606 6264.441 179.851 05:50:03 12.1939 6264.565 179.850 05:52:03 12.2272 6264.664 179.848 05:54:03 12.2606 6264.788 179.847 05:56:03 12.2939 6264.912 179.846 05:58:03 12.3272 6265.023 179.844 06:00:03 12.3606 6265.135 179.843 06:16:13 12.6300 6266.115 179.832 06:32:13 12.8967 6267.057 179.820 06:48:23 13.1661 6267.999 179.809 07:04:23 13.4328 6268.906 179.800 07:20:23 13.6994 6269.800 179.790 07:35:55 13.9583 6270.645 179.781 07:51:59 14.2261 6271.452 179.772 08:07:59 14.4928 6272.235 179.764 08:23:59 14.7594 6273.018 179.757 08:39:59 15.0261 6273.827 179.749 08:55:59 15.2928 6274.598 179.741 09:12:07 15.5617 6275.295 179.735 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.18 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 Data Print Frequency: 09:28:07 15.8283 6276.070 179.730 09:44:07 16.0950 6276.844 179.724 10:00:07 16.3617 6277.543 179.719 10:16:07 16.6283 6278.255 179.714 10:32:07 16.8950 6278.941 179.709 10:48:07 17.1617 6279.653 179.704 11:04:07 17.4283 6280.315 179.699 11:20:33 17.7022 6280.953 179.695 11:36:33 17.9689 6281.541 179.692 11:52:33 18.2356 6282.116 179.688 12:08:33 18.5022 6282.692 179.685 12:24:33 18.7689 6283.204 179.681 12:40:33 19.0356 6283.717 179.678 12:57:21 19.3156 6284.293 179.675 13:13:21 19.5822 6284.784 179.674 13:29:29 19.8511 6285.249 179.673 13:45:29 20.1178 6285.726 179.671 14:01:29 20.3844 6286.152 179.669 14:17:29 20.6511 6286.579 179.667 14:33:29 20.9178 6287.043 179.666 14:49:45 21.1889 6287.520 179.664 15:05:45 21.4556 6287.973 179.663 15:21:45 21.7222 6288.401 179.662 15:37:45 21.9889 6288.816 179.661 15:54:03 22.2606 6289.244 179.661 16:10:03 22.5272 6289.648 179.660 16:26:03 22.7939 6290.051 179.660 16:42:03 23.0606 6290.442 179.660 16:58:03 23.3272 6290.845 179.659 17:14:03 23.5939 6291.223 179.659 17:30:03 23.8606 6291.602 179.659 17:46:03 24.1272 6291.980 179.658 18:02:03 24.3939 6292.359 179.659 18:18:03 24.6606 6292.713 179.660 18:34:03 24.9272 6293.080 179.660 18:50:03 25.1939 6293.447 179.661 19:06:03 25.4606 6293.801 179.662 19:22:03 25.7272 6294.168 179.663 19:38:03 25.9939 6294.485 179.663 19:54:03 26.2606 6294.801 179.664 20:10:03 26.5272 6295.156 179.665 20:26:03 26.7939 6295.486 179.666 20:42:03 27.0606 6295.803 179.668 20:58:03 27.3272 6296.133 179.669 21:14:03 27.5939 6296.450 179.670 21:30:03 27.8606 6296.780 179.671 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.19 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 Data Print Frequency: 21:46:03 28.1272 6297.097 179.672 22:02:03 28.3939 6297.414 179.674 22:18:03 28.6606 6297.698 179.647 22:34:03 28.9272 6297.948 179.604 22:50:03 29.1939 6298.198 179.560 23:06:03 29.4606 6298.486 179.517 23:22:03 29.7272 6298.711 179.474 23:38:03 29.9939 6298.949 179.430 23:48:03 30.1606 6299.093 179.403 23:48:27 30.1672 6299.104 179.402 *** End of Period 3 *** Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.20 PRESSURE VS TIME HALLIBURTON Gauge No.' 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 2-Apr-95 23:49:09 0.0117 23:49:17 0.0139 23:49:33 0.0183 23:57:55 0.1578 3-Apr-95 00:02:59 0.2422 00:07:31 0.3178 00:11:47 0.3889 00:16:03 0.4600 00:19:55 0.5244 00:23:55 0.5911 00:27:39 0.6533 00:31:23 0.7156 00:34:59 0.7756 00:38:35 0.8356 00:42:11 0.8956 00:45:39 0.9533 00:49:59 1.0256 00:53:27 1.0833 00:56:55 1.1411 01:00:15 1.1967 01:04:03 1.2600 01:05:31 1.2844 01:05:39 1.2867 01:05:47 1.2889 01:05:55 1.2911 01:06:03 1.2933 01:06:11 1.2956 01:06:19 1.2978 01:06:27 1.3000 01:06:35 1.3022 01:06:59 1.3089 01:07:07 1.3111 01:07:23 1.3156 01:07:31 1.3178 01:08:19 1.3311 01:08:27 1.3333 01:08:35 1.3356 01:08:43 1.3378 01:08:51 1.3400 01:10:03 1.3600 01:11:07 1.3778 01:13:15 1.4133 01:15:39 1.4533 01:16:11 1.4622 Data Print Frequency: 1 *** Sta~ ofPeriod 4 *** 4813.504 179.400 4349.390 179.047 4405.925 179.165 4457.245 179.522 4507.851 179.521 4558.985 179.630 4609.679 179.724 4660.406 179.813 4710.980 179.891 4762.041 179.970 4812.173 180.042 4863.147 180.098 4914.506 180.152 4964.841 180.206 5015.380 180.258 5065.958 180.311 5117.737 180.379 5168.091 180.428 5218.603 180.477 5268.753 180.520 5321.984 180.578 5425.113 180.609 5575.383 180.656 5716.951 180.703 5949.951 180.764 6452.767 180.909 7096.687 181.101 7719.281 181.279 8106.872 181.299 8251.887 181.319 8454.968 181.287 8728.326 181.309 8629.191 181.212 8462.613 181.120 8692.546 181.046 8750.332 181.037 8582.256 181.028 8452.879 180.960 8369.038 180.925 8420.431 180.311 8369.733 179.140 8319.597 175.719 8269.474 170.447 8217.829 169.283 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.21 PRESSURE ¥S TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 fi TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 1 01:17:31 1.4844 8270.932 166.778 01:21:55 1.5578 8216.087 159.455 01:23:31 1.5844 8282.206 156.673 01:24:03 1.5933 8361.523 155.489 01:24:35 1.6022 8296.160 153.991 01:25:07 1.6111 8015.842 152.012 01:25:15 1.6133 8120.502 151.494 01:25:23 1.6156 8272.766 150.976 01:26:27 1.6333 8331.106 145.772 01:27:23 1.6489 8140.893 140.238 01:27:31 1.6511 8276.254 139.449 01:28:19 1.6644 8218.727 134.558 01:28:35 1.6689 7897.446 132.877 01:28:59 1.6756 7844.703 130.599 01:31:55 1.7244 7791.945 123.307 01:35:09 1.7783 7740.004 123.973 01:37:57 1.8250 7689.422 125.629 01:41:17 1.8806 7638.408 128.159 01:44:53 1.9406 7587.929 130.868 01:48:53 2.0072 7536.233 133.505 01:52:21 2.0650 7484.915 135.545 01:55:57 2.1250 7434.527 137.658 01:59:25 2.1828 7383.822 139.542 02:00:13 2.1961 7548.568 139.993 02:00:21 2.1983 7674.415 140.098 02:00:37 2.2028 7732.870 140.252 02:00:45 2.2050 7865.239 140.328 02:01:01 2.2094 7976.100 140.488 02:01:33 2.2183 8037.001 140.716 02:02:41 2.2372 8094.741 141.136 02:03:05 2.2439 7931.950 141.281 02:03:13 2.2461 8272.251 ' 141.340 02:03:21 2.2483 8370.006 141.395 02:04:01 2.2594 8310.712 141.399 02:11:21 2.3817 8257.990 119.421 02:19:11 2.5122 8206.945 111.726 02:28:25 2.6661 7882.291 116.813 02:29:05 2.6772 7828.849 117.046 02:33:13 2.7461 7778.415 119.834 02:40:49 2.8728 7728.176 124.756 02:49:05 3.0106 7677.483 129.134 · 02:56:39 3.1367 7626.757 131.828 03:03:27 3.2500 7576.332 134.360 03:09:51 3.3567 7632.865 136.661 03:11:07 3.3778 7748.265 137.061 03:11:15 3.3800 7827.141 137.122 Date: 30-Mar-95 ~' Ticket No: 462918 Page No: 3.1.22 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 03:11:39 3.3867 7883.876 137.260 03:11:55 3.3911 7810.697 137.320 03:12:03 3.3933 7933.178 137.350 03:12:45 3.4050 7808.861 137.392 03:12:53 3.4072 7730.307 137.370 03:13:11 3.4122 7661.379 137.320 03:13:59 3.4256 7606.841 137.252 03:24:01 3.5928 7587.306 138.262 03:30:23 3.6989 7637.737 138.855 03:31:41 3.7206 7724.225 138.852 03:33:35 3.7522 7796.463 138.665 03:34:43 3.7711 7852.129 138.358 03:35:43 3.7878 7915.365 137.964 03:37:35 3.8189 7967.043 136.905 03:37:51 3.8233 7878.393 136.704 03:38:07 3.8278 7932.946 136.525 03:38:39 3.8367 8026.644 136.171 03:41:11 3.8789 8089.468 133.934 03:45:03 3.9433 8146.277 129.013 03:52:15 4.0633 7887.266 114.592 03:53:03 4.0767 7828.259 112.950 03:55:11 4.1122 7777.568 111.815 03:58:23 4.1656 7850.486 113.530 03:58:31 4.1678 8024.047 113.684 03:58:39 4.1700 8160.198 113.810 03:59:37 4.1861 7967.706 113.856 03:59:45 4.1883 7885.131 113.754 04:00:01 4.1928 7827.176 113.600 04:00:33 4.2017 8120.795 113.370 04:01:37 4.2194 7869.861 112.759 04:02:17 4.2306 7814.790 112.268 04:02:57 4.2417 8096.629 112.022 04:06:37 4.3028 7953.129 110.424 04:06:45 4.3050 7899.877 110.351 04:07:09 4.3117 7845.968 110.193 04:09:33 4.3517 7795.058 110.713 04:10:13 4.3628 7864.029 111.110 04:10:21 4.3650 7921.514 111.200 04:10:29 4.3672 7991.194 111.300 04:10:45 4.3717 8057.994 111.453 04:20:39 4.5367 7996.669 111.254 04:21:05 4.5439 7898.874 111.313 04:21:45 4.5550 7846.013 111.481 04:26:17 4.6306 7795.261 114.265 04:36:25 4.7994 7752.052 120.394 04:46:27 ,4.9667 7710.692 125.153 ,,. Date: 30-Mar-95 {' Ticket No: 462918 Page No: 3.1.23 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 04:56:29 5.1339 7664.159 128.763 05:06:37 5.3028 7615.914 131.978 05:16:33 5.4683 7565.906 134.723 05:26:23 5.6322 7515.621 136.771 05:35:39 5.7867 7465.458 139.213 05:38:05 5.8272 7406.322 139.763 05:39:01 5.8428 7291.538 139.885 05:39:09 5.8450 7210.920 139.887 05:39:17 5.8472 7146.804 139.888 05:39:25 5.8494 7093.699 139.890 05:39:41 5.8539 7004.296 139.893 05:39:57 5.8583 6927.735 139.896 05:40:13 5.8628 6862.092 139.836 05:40:29 5.8672 6797.641 139.773 05:40:45 5.8717 6736.881 139.776 05:41:01 5.8761 6674.484 139.779 05:41:17 5.8806 6597.607 139.782 05:41:33 5.8850 6517.621 139.785 05:41:49 5.8894 6438.948 139.848 05:42:05 5.8939 6233.008 139.903 05:42:13 5.8961 6139.342 139.931 05:42:21 5.8983 6067.308 139.958 05:42:29 5.9006 6002.096 140.009 05:42:37 5.9028 5939.892 140.060 05:42:45 5.9050 5881.466 140.119 05:42:53 5.9072 5827.547 140.178 05:43:09 5.9117 5734.468 140.315 05:43:25 5.9161 5652.758 140.465 05:43:41 5.9206 5574.243 140.625 05:43:57 5.9250 5503.469 140.796 05:44:13 5.9294 5432.168 140.971 05:44:29 5.9339 5339.879 141.154 05:44:37 5.9361 5274.516 141.231 05:44:53 5.9406 5197.627 141.422 05:45:09 5.9450 5140.264 141.625 05:45:33 5.9517 5069.807 141.941 05:45:57 5.9583 5012.057 142.264 05:46:13 5.9628 4905.653 142.462 05:46:29 5.9672 4803.660 142.663 05:46:37 5.9694 4749.582 142.759 05:46:53 5.9739 4666.637 142.970 05:47:01 5.9761 4613.302 143.073 05:47:17 5.9806 4494.148 143.277 05:47:33 5.9850 4431.764 143.492 05:47:41 5.9872 4373.552 143.594 05:47:49 5.9894 4276.525 143.687 Date: 30-Mar-95 (" Ticket No: 462918 Page No: 3.1.24 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 05:48:05 5.9939 4188.777 143.899 05:48:21 5.9983 4134.256 144.127 05:52:21 6.0650 5202.887 147.697 05:52:29 6.0672 6019.537 148.138 05:52:37 6.0694 6295.278 148.298 05:52:45 6.0717 6440.034 148.363 05:52:53 6.0739 6530.165 148.428 05:53:01 6.0761 6593.780 148.466 05:53:17 6.0806 6683.512 148.542 05:53:33 6.0850 6746.259 148.618 05:53:57 6.0917 6812.969 148.734 05:54:29 6.1006 6874.590 148.888 05:55:09 6.1117 6929.646 149.075 05:56:05 6.1272 6979.686 149.303 05:57:49 6.1561 7030.920 149.631 06:01:33 6.2183 7082.006 150.063 06:11:35 6.3856 7116.999 150.794 06:21:39 6.5533 7115.850 151.584 06:31:49 6.7228 7103.230 152.452 06:41:55 6.8911 7085.900 153.335 06:52:17 7.0639 7066.357 154.248 07:02:29 7.2339 7047.009 155.129 07:03:55 7.2578 7044.281 155.251 07:04:13 7.2628 7044.323 155.279 *** End of Period 4 *** Date: 30-Mar-95 {' Ticket No: 462918 Page No: 3.1.25 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 1 *** Start of Period 5 *** 07:04:21 0.0022 4243.436 154.429 07:04:29 0.0044 4971.265 154.619 07:04:37 0.0067 5385.042 154.857 07:04:45 0.0089 5737.061 155.059 07:04:53 0.0111 6037.568 155.216 07:05:01 0.0133 6262.848 155.329 07:05:09 0.0156 6431.473 155.405 07:05:17 0.0178 6559.889 155.450 07:05:25 0.0200 6653.459 155.494 07:05:33 0.0222 6721.088 155.499 07:05:49 0.0267 6808.132 155.508 07:06:13 0.0333 6874.084 155.522 07:06:45 0.0422 6821.714 155.541 07:06:53 0.0444 6600.353 155.472 07:07:01 0.0467 6425.282 155.423 07:07:09 0.0489 6274.757 155.374 07:07:17 0.0511 6159.210 155.373 07:07:25 0.0533 6107.331 155.373 07:07:41 0.0578 6045.400 155.371 07:08:13 0.0667 5990.707 155.362 07:21:13 0.2833 5940.155 154.277 07:27:13 0.3833 5889.969 154.963 07:31:03 0.4472 5839.501 155.402 07:35:03 0.5139 5787.713 155.822 07:41:45 0.6256 5737.433 156.469 07:51:01 0.7800 5686.846 157.267 08:00:29 0.9378 5636.560 157.979 08:06:57 1.0456 5578.273 158.406 08:21:41 1.2911 5528.077 159.273 08:36:45 1.5422 5485.921 160.087 08:44:15 1.6672 5536.562 160.475 08:45:35 1.6894 5586.628 160.549 08:46:39 1.7072 5637.467 160.611 08:47:03 1.7139 5458.719 160.587 08:47:11 1.7161 5392.978 160.583 08:47:19 1.7183 5299.742 160.579 08:47:35 1.7228 5219.142 160.572 08:47:59 1.7294 5167.315 160.560 08:50:33 1.7722 5218.143 160.732 08:50:49 1.7767 5316.061 160.756 08:50:57 1.7789 5376.132 160.778 08:51:05 1.7811 5444.999 160.800 08:51:13 1.7833 5509.170 160.822 08:51:21 1.7856 5566.201 160.829 08:51:29 1.7878 5618.678 160.836 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.26 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 08:51:45 1.7922 5696.114 160.850 08:52:01 1.7967 5756.014 160.864 08:52:25 1.8033 5812.088 160.885 08:52:57 1.8122 5871.198 160.913 09:08:07 2.0650 5860.986 161.711 09:18:45 2.2422 5910.991 162.117 09:21:49 2.2933 5963.526 162.223 09:23:17 2.3178 6015.053 162.275 09:25:33 2.3556 6068.563 162.356 09:26:45 2.3756 6120.633 162.406 09:29:31 2.4217 6171.806 162.511 09:31:49 2.4600 6224.198 162.605 09:32:29 2.4711 5981.735 162.559 09:32:37 2.4733 5807.774 162.548 09:32:45 2.4756 5747.172 162.538 09:33:01 2.4800 5677.070 162.518 09:33:25 2.4867 5622.755 162.527 09:35:33 2.5222 5677.631 162.593 09:36:53 2.5444 5730.431 162.616 09:38:21 2.5689 5782.625 162.639 09:39:57 2.5956 5833.355 162.659 09:41:49 2.6267 5886.505 162.684 09:44:15 2.6672 5936.610 162.739 09:46:17 2.7011 5989.751 162.736 09:46:25 2.7033 5605.090 162.735 09:46:33 2.7056 5488.182 162.688 09:46:41 2.7078 5347.045 162.641 09:46:49 2.7100 5271.607 162.593 09:47:05 2.7144 5205.579 162.609 09:47:29 2.7211 5155.424 162.633 09:49:53 2.7611 5206.916 162.673 09:50:57 2.7789 5262.812 162.672 09:52:09 2.7989 5314.631 162.668 09:53:53 2.8278 5366.047 162.663 09:56:05 2.8644 5417.617 162.656 09:57:41 2.8911 5468.336 162.663 10:00:25 2.9367 5518.750 162.731 10:02:33 2.9722 5568.848 162.785 10:08:31 3.0717 5621.720 162.984 10:10:07 3.0983 5674.103 163.032 10:11:35 3.1228 5252.766 163.028 10:11:51 3.1272 5198.102 162.992 10:11:59 3.1294 5122.431 162.974 10:12:15 3.1339 5069.318 162.967 10:15:15 3.1839 5124.110 163.110 10:16:03 3.1972 5179.748 163.132 Date: 30-Mar-95 { Ticket No: 462918 Page No: 3.1.27 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 10:17:15 3.2172 5236.697 163.164 10:18:19 3.2350 5292.315 163.193 10:19:39 3.2572 5345.355 163.229 10:21:39 3.2906 5399.054 163.299 10:22:03 3.2972 5147.069 163.233 10:22:11 3.2994 5090.416 163.236 10:22:19 3.3017 5000.270 163.239 10:22:59 3.3128 4950.158 163.253 10:24:11 3.3328 5003.030 163.321 10:25:15 3.3506 5055.533 163.355 10:26:27 3.3706 5107.038 163.394 10:27:39 3.3906 5157.693 163.436 10:28:51 3.4106 5209.723 163.484 10:29:47 3.4261 5264.958 163.497 10:30:43 3.4417 5317.315 163.493 10:30:59 3.4461 5047.791 163.492 10:31:07 3.4483 4946.038 163.492 10:32:27 3.4706 4998.537 163.581 10:33:07 3.4817 5049.432 163.626 10:33:55 3.4950 5106.103 163.674 10:34:51 3.5106 5165.978 163.716 10:35:39 3.5239 5218.871 163.756 10:36:35 3.5394 5277.403 163.804 10:37:31 3.5550 5331.195 163.855 10:38:59 3.5794 5069.859 163.883 10:39:07 3.5817 5016.982 163.867 10:39:39 3.5906 4960.942 163.856 10:41:31 3.6217 5018.127 163.996 10:42:19 3.6350 5076.119 164.044 10:43:15 3.6506 5134.608 164.090 10:44:11 3.6661 5188.553 164.136 10:45:23 3.6861 5243.887 164.193 10:46:35 3.7061 5297.114 164.256 10:47:47 3.7261 5352.200 164.324 10:48:51 3.7439 5408.017 164.386 10:49:31 3.7550 5252.753 164.397 10:49:39 3.7572 4946.002 164.336 10:50:03 3.7639 4867.872 164.298 10:51:23 3.7861 4930.376 164.425 10:51:47 3.7928 4980.809 164.442 10:54:11 3.8328 5037.272 164.545 10:55:15 3.8506 5087.929 164.589 10:56:19 3.8683 5144.714 164.635 10:57:07 3.8817 5195.108 164.674 10:57:55 3.8950 5250.1 I0 164.715 10:58:43 3.9083 5306.764 164.759 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.28 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 f-t TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 10:59:31 3.9217 5361.939 164.801 11:00:43 3.9417 5417.039 164.863 11:01:31 3.9550 5475.330 164.912 11:02:27 3.9706 5527.173 164.882 11:02:35 3.9728 5273.518 164.873 11:02:43 3.9750 5152.238 164.869 11:02:51 3.9772 5084.852 164.865 11:03:15 3.9839 5018.529 164.869 11:05:39 4.0239 5070.907 165.023 11:06:43 4.0417 5124.627 165.066 11:07:55 4.0617 5179.967 165.110 11:09:07 4.0817 5232.147 165.155 11:10:53 4.1111 5284.521 165.226 11:12:29 4.1378 5337.411 165.297 11:13:49 4.1600 5121.968 165.260 11:13:57 4.1622 5053.979 165.262 11:14:13 4.1667 5001.593 165.266 11:15:49 4.1933 5053.404 165.372 11:16:53 4.2111 5111.603 165.417 11:17:41 4.2244 5164.022 165.444 11:18:45 4.2422 5220.285 165.481 11:19:41 4.2578 5274.963 165.516 11:20:37 4.2733 5326.029 165.551 11:21:41 4.2911 5381.647 165.558 11:22:13 4.3000 5168.322 165.544 11:22:21 4.3022 5111.025 165.540 11:24:49 4.3433 5170.576 165.653 11:25:45 4.3589 5222.873 165.694 11:26:41 4.3744 5276.862 165.732 11:27:29 4.3878 5332.455 165.761 11:28:17 4.4011 5386.852 165.742 11:28:57 4.4122 5081.789 165.725 11:30:35 4.4394 5136.859 165.818 11:31:23 4.4528 5188.164 165.851 11:32:19 4.4683 5246.495 165.888 11:33:07 4.4817 5297.897 165.919 11:33:47 4.4928 5347.911 165.945 11:34:35 4.5061 5405.316 165.976 11:35:23 4.5194 5463.432 166.008 11:36:03 4.5306 5515.134 166.035 11:36:51 4.5439 5573.814 166.011 11:37:07 4.5483 5328.498 166.003 11:37:23 4.5528 5268.827 166.006, 11:39:59 4.5961 5323.899 166.133 11:40:39 4.6072 5373.989 166.161 11:41:27 4.6206 5428.213 166.189 Date: 30-Mar-95 {'" TicketNo: 462918 Page No: 3.1.29 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 11:42:15 4.6339 5482.218 166.211 11:43:11 4.6494 5536.968 166.199 11:44:07 4.6650 5248.514 166.187 11:44:23 4.6694 5169.832 166.180 11:44:47 4.6761 5117.701 166.182 11:46:31 4.7050 5172.528 166.265 11:47:43 4.7250 5226.388 166.298 11:49:03 4.7472 5281.029 166.336 11:50:07 4.7650 5331.460 166.365 11:51:11 4.7828 5382.380 166.395 11:52:15 4.8006 5436.673 166.425 11:53:11 4.8161 5379.511 166.451 11:53:19 4.8183 5194.795 166.408 11:56:09 4.8656 5249.098 166.450 11:57:37 4.8900 5301.560 166.497 11:59:13 4.9167 5354.573 166.547 12:02:43 4.9750 5405.977 166.655 12:11:31 5.1217 5456.542 166.882 12:13:31 5.1550 5507.495 166.937 12:16:11 5.1994 5558.732 166.961 12:18:27 5.2372 5310.717 166.978 12:18:35 5.2394 5216.105 166.973 12:18:51 5.2439 5158.918 166.962 12:19:31 5.2550 5108.122 166.967 12:26:07 5.3650 5161.162 167.066 12:27:43 5.3917 5213.667 167.095 12:28:55 5.4117 5271.760 167.121 12:29:43 5.4250 5329.226 167.138 12:30:31 5.4383 5380.381 167.157 12:31:19 5.4517 5433.141 167.179 12:32:23 5.4694 5484.739 167.211 12:33:35 5.4894 5545.522 167.249 12:34:15 5.5006 5603.519 167.272 12:34:55 5.5117 5656.916 167.296 12:36:15 5.5339 5708.549 167.344 12:41:51 5.6272 5094.119 167.340 12:42:07 5.6317 5167.441 167.375 12:42:47 5.6428 5220.651 167.469 12:43:43 5.6583 5278.370 167.488 12:43:51 5.6606 5186.049 167.479 12:43:59 5.6628 5079.943 167.470 12:45:11 5.6828 5138.366 167.528 12:45:43 5.6917 5191.547 167.540 12:46:23 5.7028 5255.323 167.554 12:46:55 5.7117 5310.965 167.566 12:47:27 5.7206 5379.852 167.566 Date: 30-Mar-95 ' Ticket No: 462918 Page No: 3.1.30 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 12:47:51 5.7272 5432.980 167.557 12:48:23 5.7361 5489.380 167.545 12:48:55 5.7450 5545.573 167.534 12:49:35 5.7561 5278.045 167.519 12:49:43 5.7583 5227.900 167.523 12:50:47 5.7761 5294.140 167.578 12:51:11 5.7828 5354.266 167.602 12:51:35 5.7894 5413.859 167.614 12:51:59 5.7961 5477.785 167.627 12:52:23 5.8028 5545.407 167.639 12:52:39 5.8072 5384.129 167.647 12:52:47 5.8094 5275.093 167.622 12:54:15 5.8339 5335.258 167.631 12:54:47 5.8428 5394.422 167.627 12:55:19 5.8517 5446.874 167.622 12:56:07 5.8650 5504.209 167.616 12:57:03 5.8806 5562.451 167.608 12:58:15 5.9006 5612.670 167.599 12:58:39 5.9072 5065.744 167.596 13:00:39 5.9406 4881.407 167.638 13:01:59 5.9628 4931.551 167.675 13:02:47 5.9761 4984.563 167.697 13:03:43 5.9917 5043.479 167.691 13:04:31 6.0050 5094.820 167.681 13:05:19 6.0183 5155.152 167.672 13:05:59 6.0294 5211.832 167.664 13:06:39 6.0406 5272.537 167.656 13:07:11 6.0494 5323.468 167.649 13:08:09 6.0656 4905.564 167.638 13:11:57 6.1289 4958.105 167.742 13:12:45 6.1422 5020.172 167.761 13:13:17 6.1511 5082.970 167.773 13:13:41 6.1578 5133.278 167.783 13:14:05 6.1644 5183.369 167.792 13:14:37 6.1733 5245.738 167.804 13:15:09 6.1822 5304.427 167.817 13:15:41 6.1911 5362.370 167.829 13:16:13 6.2000 5414.353 167.841 13:16:37 6.2067 5216.480 167.851 13:16:45 6.2089 4934.352 167.803 13:16:53 6.2111 4865.843 167.756 13:19:03 6.2472 4916.881 167.831 13:19:43 6.2583 4971.395 167.859 13:20:23 6.2694 5027.221 167.886 13:20:55 6.2783 5082.793 167.908 13:21:27 6.2872 5147.570 167.930 Date: 30-Mar-95 ( Ticket No: 462918 Page No: 3.1.31 PRESSURE ¥S TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 13:21:59 6.2961 5211.818 167.951 13:22:31 6.3050 5276.939 167.973 13:22:55 6.3117 5330.556 167.990 13:23:27 6.3206 5395.400 168.012 13:23:59 6.3294 5449.527 168.033 13:24:39 6.3406 5509.727 168.061 13:25:11 6.3494 5560.188 168.082 13:25:51 6.3606 5616.036 168.110 13:26:31 6.3717 5668.334 168.138 13:27:51 6.3939 5223.767 168.102 13:27:59 6.3961 4944.217 168.019 13:29:19 6.4183 5000.853 168.099 13:29:51 6.4272 5065.334 168.120 13:30:23 6.4361 5127.916 168.141 13:30:47 6.4428 5178.810 168.157 13:31:11 6.4494 5230.312 168.173 13:31:35 6.4561 5284.797 168.190 13:32:07 6.4650 5349.242 168.211 13:32:39 6.4739 5407.930 168.232 13:33:19 6.4850 5459.574 168.259 13:34:07 6.4983 5517.792 168.291 13:34:47 6.5094 5572.853 168.318 13:34:55 6.5117 5467.057 168.323 13:35:03 6.5139 4877.493 168.108 13:35:11 6.5161 4816.270 168.115 13:35:35 6.5228 4764.330 168.137 13:37:11 6.5494 4814.792 168.236 13:38:31 6.5717 4866.739 168.274 13:39:27 6.5872 4917.219 168.300 13:40:23 6.6028 4974.126 168.327 13:41:11 6.6161 5031.823 168.352 13:41:51 6.6272 5092.343 168.373 13:42:23 6.6361 5143.588 168.390 13:42:55 6.6450 5194.469 168.406 13:46:15 6.7006 5244.708 168.506 13:47:51 6.7272 5299.876 168.556 13:48:55 6.7450 5351.796 168.579 13:49:51 6.7606 5402.193 168.584 13:51:05 6.7811 5066.691 168.591 13:51:13 6.7833 4942.955 168.558 13:51:21 6.7856 4862.686 168.525 13:53:45 6.8256 4912.934 168.660 13:54:49 6.8433 4965.907 168.689 13:55:45 6.8589 5021.378 168.713 13:56:33 6.8722 5076.849 168.735 13:57:21 6.8856 5136.190 168.756 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.32 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memo~ Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 13:58:09 6.8989 5190.867 168.778 13:58:57 6.9122 5241.261 168.804 13:59:53 6.9278 5295.425 168.833 14:01:21 6.9522 5345.487 168.880 14:02:17 6.9678 5399.979 168.907 14:04:25 7.0033 5107.489 168.902 14:04:33 7.0056 4926.862 168.866 14:04:41 7.0078 4852.495 168.830 14:05:05 7.0144 4794.416 168.822 14:06:57 7.0456 4845.189 168.936 14:08:09 7.0656 4896.631 168.964 14:09:21 7.0856 4951.166 168.992 14:10:25 7.1033 5002.015 169.017 14:11:29 7.1211 5055.037 169.042 14:12:17 7.1344 5106.294 169.060 14:13:13 7.1500 5161.763 169.082 14:14:09 7.1656 5217.526 169.104 14:15:37 7.1900 5269.427 169.122 14:16:57 7.2122 5322.981 169.131 14:18:01 7.2300 5374.782 169.138 14:19:05 7.2478 5429.396 169.144 14:20:01 7.2633 5480.691 169.150 14:20:17 7.2678 5049.335 169.152 14:20:25 7.2700 4933.746 169.150 14:20:33 7.2722 4880.530 169.147 14:23:21 7.3189 4933.911 169.276 14:24:33 7.3389 4988.514 169.300 14:25:29 7.3544 5046.542 169.322 14:26:25 7.3700 5105.278 169.346 14:27:21 7.3856 5162.148 169.369 14:28:01 7.3967 5053.163 169.352 14:28:09 7.3989 4963.223 169.341 14:28:41 7.4078 4908.016 169.315 14:32:17 7.4678 4960.613 169.426 14:34:05 7.4978 5011.335 169.466 14:36:33 7.5389 5065.263 169.486 14:38:11 7.5661 4904.377 169.470 14:38:19 7.5683 4850.463 169.469 14:38:35 7.5728 4781.295 169.475 14:38:59 7.5794 4730.861 169.484 14:45:47 7.6928 4782.660 169.590 14:46:43 7.7083 4709.266 169.597 14:47:15 7.7172 4651.346 169.601 14:57:33 7.8889 4702.895 169.748 15:00:05 7.9311 4755.224 169.810 15:02:39 7.9739 4807.278 169.878 Date: 30-Mar-95 ( Ticket No: 462918 Page No: 3.1.33 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 15:06:01 8.0300 4657.289 169.908 15:06:17 8.0344 4596.708 169.910 15:06:41 8.0411 4543.127 169.912 15:07:21 8.0522 4486.108 169.920 15:08:01 8.0633 4435.798 169.936 15:08:57 8.0789 4382.944 169.958 15:10:25 8.1033 4331.603 169.991 15:22:35 8.3061 4384.196 170.228 15:26:03 8.3639 4434.362 170.329 15:29:47 8.4261 4486.421 170.448 15:33:13 8.4833 4538.469 170.560 15:36:03 8.5306 4591.814 170.653 15:38:43 8.5750 4642.397 170.740 15:40:43 8.6083 4693.701 170.773 15:40:59 8.6128 4581.579 170.769 15:41:15 8.6172 4521.065 170.764 15:41:39 8.6239 4456.283 170.772 15:42:11 8.6328 4399.141 170.783 15:42:51 8.6439 4344.335 170.797 15:43:47 8.6594 4288.622 170.821 15:45:15 8.6839 4236.609 170.860 15:55:07 8.8483 4287.929 171.101 15:59:09 8.9156 4338.118 171.209 16:02:13 8.9667 4390.367 171.295 16:05:09 9.0156 4442.422 171.374 16:08:53 9.0778 4493.323 171.462 16:12:25 9.1367 4431.651 171.535 16:12:57 9.1456 4375.796 171.546 16:13:45 9.1589 4322.385 171.562 16:14:57 9.1789 4269.207 171.587 16:17:45 9.2256 4219.022 171.642 16:22:59 9.3128 4168.103 171.743 16:36:29 9.5378 4219.100 172.036 16:37:57 9.5622 4163.511 172.065 16:39:17 9.5844 4110.271 172.092 16:41:17 9.6178 4058.443 172.132 16:46:15 9.7006 4008.394 172.236 16:48:55 9.7450 3955.640 172.289 16:55:35 9.8561 4006.009 172.473 17:05:05 10.0144 4057.395 172.728 17:10:43 10.1083 4108.428 172.869 17:15:11 10.1828 4160.976 172.978 17:19:15 10.2506 4212.067 173.073 17:22:53 10.3111 4263.728 173.145 Date: 30-Mar-95 { TicketNo: 462918 Page No: 3.1.34 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 17:24:13 10.3333 4209.309 173.171 17:31:35 10.4561 4261.378 173.313 17:33:43 10.4917 4313.917 173.355 17:36:47 10.5428 4365.167 173.416 17:38:41 10.5744 4310.268 173.447 17:44:17 10.6678 4361.267 173.533 17:46:33 10.7056 4414.688 173.565 17:48:25 10.7367 4467.128 173.585 17:50:01 10.7633 4517.294 173.601 17:51:53 10.7944 4451.129 173.621 17:52:17 10.8011 4392.933 173.625 17:52:49 10.8100 4340.230 173.630 17:53:37 10.8233 4283.960 173.638 17:54:49 10.8433 4231.507 173.649 17:58:01 10.8967 4180.505 173.683 18:10:19 11.1017 4231.843 173.838 18:13:23 11.1528 4282.692 173.884 18:17:07 11.2150 4334.388 173.938 18:21:07 11.2817 4384.822 173.992 18:26:11 11.3661 4435.171 174.048 18:28:45 11.4089 4380.860 174.059 18:29:09 11.4156 4329.597 174.061 18:29:41 11.4244 4274.537 174.064 18:30:21 11.4356 4217.643 174.066 18:31:09 11.4489 4163.221 174.070 18:32:05 11.4644 4113.058 174.074 18:33:17 11.4844 4061.830 174.079 18:34:53 11.5111 4009.374 174.092 18:36:53 11.5444 3958.819 174.114 18:39:49 11.5933 3907.926 174.146 18:56:13 11.8667 3874.085 174.436 19:11:15 12.1172 3897.574 174.717 19:19:53 12.2611 3948.575 174.884 19:26:25 12.3700 3999.053 175.005 19:34:01 12.4967 4049.823 175.134 19:43:59 12.6628 4100.292 175.282 19:48:23 12.7361 4045.029 175.325 19:49:11 12.7494 3993.094 175.326 19:50:15 12.7672 3941.502 175.330 19:51:43 12.7917 3889.485 175.342 19:53:43 12.8250 3839.317 175.358 19:56:47 12.8761 3788.625 175.388 20:03:21 12.9856 3738.489 175.462 20:18:27 13.2372 3756.035 175.707 20:30:51 13.4439 3806.231 175.910 20:38:31 13.5717 3856.795 176.034 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.35 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 fi TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 3-Apr-95 Data Print Frequency: 20:45:11 13.6828 3907.502 176.169 20:51:59 13.7961 3958.336 176.348 20:59:43 13.9250 4008.578 176.603 21:08:15 14.0672 4058.688 176.829 21:12:33 14.1389 4003.732 176.922 21:13:21 14.1522 3953.171 176.936 21:14:25 14.1700 3902.315 176.955 21:15:53 14.1944 3850.460 176.981 21:17:53 14.2278 3797.379 177.016 21:20:33 14.2722 3745.245 177.058 21:24:25 14.3367 3694.339 177.118 21:30:17 14.4344 3643.932 177.214 21:43:35 14.6561 3593.751 177.450 21:58:51 14.9106 3577.749 177.698 22:14:03 15.1639 3598.856 178.020 22:29:03 15.4139 3643.446 178.307 22:44:05 15.6644 3681.951 178.462 22:59:13 15.9167 3728.164 178.526 23:14:15 16.1672 3772.541 178.578 23:29:31 16.4217 3799.964 178.643 23:44:39 16.6739 3826.281 178.713 23:59:43 16.9250 3860.979 178.744 4-Apr-95 00:08:35 17.0728 3808.327 178.765 00:09:55 17.0950 3758.143 178.773 00:11:39 17.1239 3706.521 178.783 00:13:55 17.1617 3655.538 178.795 00:16:51 17.2106 3605.384 178.818 00:20:35 17.2728 3554.927 178.855 00:25:23 17.3528 3504.650 178.900 00:34:39 17.5072 3454.217 178.983 00:48:35 17.7394 3504.633 179.133 01:01:59 17.9628 3554.942 179.254 01:17:01 18.2133 3592.685 179.349 01:32:07 18.4650 3624.749 179.417 01:47:23 18.7194 3649.608 179.425 02:02:33 18.9722 3665.837 179.452 02:10:35 19.1061 3615.310 179.476 02:13:23 19.1528 3564.810 179.485 02:17:07 19.2150 3514.699 179.502 02:21:55 19.2950 3464.537 179.527 02:29:07 19.4150 3413.884 179.575 02:45:55 19.6950 3374.112 179.736 03:00:59 19.9461 3402.032 179.896 03:16:03 20.1972 3430.015 180.042 03:31:05 20.4478 3453.359 180.156 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.36 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 4-Apr-95 Data Print Frequency: 03:46:09 20.6989 3475.171 180.253 04:01:49 20.9600 3491.100 180.345 04:17:17 21.2178 3496.415 180.420 04:32:49 21.4767 3501.784 180.491 04:48:01 21.7300 3507.877 180.550 05:03:01 21.9800 3516.802 180.608 05:18:23 22.2361 3521.933 180.666 05:34:49 22.5100 3515.491 180.730 05:50:37 22.7733 3518.007 180.793 06:05:47 23.0261 3520.971 180.855 06:21:17 23.2844 3522.097 180.911 06:36:57 23.5456 3521.542 180.964 06:52:51 23.8106 3520.525 181.015 07:08:39 24.0739 3522.378 181.066 07:23:49 24.3267 3519.153 181.119 07:39:37 24.5900 3508.706 181.172 07:55:05 24.8478 3505.128 181.207 08:10:23 25.1028 3504.307 181.249 08:26:23 25.3694 3504.841 181.302 08:42:23 25.6361 3504.048 181.355 08:58:57 25.9122 3503.661 181.436 09:14:49 26.1767 3502.871 181.510 09:30:49 26.4433 3501.920 181.561 09:46:35 26.7061 3501.271 181.611 10:02:15 26.9672 3501.479 181.661 10:19:13 27.2500 3502.164 181.714 10~35:01 27.5133 3499.078 181.760 10:51:39 27.7906 3495.206 181.810 10:57:41 27.8911 3493.868 181.829 10:59:19 27.9183 3493.796 181.834 *** End of Period 5 *** Date: 30-Mar-95 ( Ticket No: 462918 Page No: 3.1.37 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 4-Apr-95 Data Print Frequency: 1 *** Start of Period 6 *** 10:59:27 0.0022 3554.980 181.834 10:59:35 0.0044 3949.743 181.963 10:59:43 0.0067 4217.684 182.018 10:59:51 0.0089 4407.232 182.074 10:59:59 0.0111 4544.744 182.063 11:00:07 0.0133 4650.331 182.052 11:00:15 0.0156 4735.894 182.042 11:00:23 0.0178 4806.729 182.031 11:00:31 0.0200 4867.051 182.009 11:00:39 0.0222 4917.686 181.988 11:00:47 0.0244 4961.735 181.967 11:00:55 0.0267 5001.106 181.948 11:01:03 0.0289 5035.808 181.930 11:01:I1 0.0311 5066.198 181.911 11:01:19 0.0333 5094.609 181.893 11:01:27 0.0356 5119.529 181.891 11:01:35 0.0378 5143.387 181.889 11:01:43 0.0400 5164.198 181.887 11:01:51 0.0422 5185.228 181.885 11:02:07 0.0467 5220.406 181.881 11:02:23 0.0511 5256.398 181.877 11:02:39 0.0556 5287.491 181.873 11:02:55 0.0600 5315.512 181.869 11:03:11 0.0644 5338.084 181.865 11:03:27 0.0689 5363.825 181.861 11:03:43 0.0733 5386.594 181.857 11:03:59 0.0778 5412.447 181.853 11:04:15 0.0822 5434.297 181.849 11:04:39 0.0889 5458.299 181.843 11:05:03 0.0956 5485.260 181.837 11:05:27 0.1022 5511.306 181.832 11:05:51 0.1089 5533.049 181.826 11:06:23 0.1178 5557.664 181.819 11:06:55 0.1267 5578.828 181.812 11:07:27 0.1356 5599.244 181.805 11:07:59 0.1444 5619.247 181.798 11:08:39 0.1556 5640.987 181.783 11:09:45 0.1739 5661.467 181.752 11:10:41 0.1894 5684.142 181.722 11:11:39 0.2056 5705.314 181.690 11:12:43 0.2233 5725.843 181.655 11:13:47 0.2411 5744.497 181.619 11:14:51 0.2589 5762.691 181.583 11:15:55 0.2767 5776.460 181.547 11:16:59 0.2944 5786.480 181.512 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.38 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 4-Apr-95 Data Print Frequency: 11:18:03 0.3122 5802.528 181.477 11:19:07 0.3300 5814.588 181.446 11:20:11 0.3478 5824.506 181.415 11:21:15 0.3656 5833.013 181.385 11:22:19 0.3833 5843.362 181.357 11:23:23 0.4011 5850.256 181.331 11:24:27 0.4189 5858.994 181.310 11:25:33 0.4372 5866.903 181.289 11:26:37 0.4550 5870.721 181.268 11:27:43 0.4733 5877.969 181.247 11:28:49 0.4917 5885.461 181.226 11:29:51 0.5089 5890.824 181.207 11:30:57 0.5272 5896.582 181.186 11:32:07 0.5467 5902.534 181.164 11:33:15 0.5656 5908.385 181.142 11:34:17 0.5828 5914.510 181.126 11:35:25 0.6017 5919.171 181.110 11:36:35 0.6211 5924.027 181.094 11:37:37 0.6383 5927.776 181.079 11:38:45 0.6572 5931.729 181.063 11:39:47 0.6744 5936.202 181.050 11:40:57 0.6939 5939.085 181.036 11:42:03 0.7122 5941.599 181.024 11:43:23 0.7344 5944.434 181.008 11:44:25 0.7517 5946.771 180.996 11:45:27 0.7689 5949.013 180.985 11:46:31 0.7867 5951.339 180.972 11:47:35 0.8044 5953.510 180.960 11:48:39 0.8222 5955.753 180.948 11:49:43 0.8400 5957.974 180.935 11:50:47 0.8578 5960.159 180.923 11:52:01 0.8783 5962.451 180.909 11:53:15 0.8989 5964.683 180.895 11:54:31 0.9200 5966.952 180.880 11:55:47 0.9411 5969.162 180.865 11:57:01 0.9617 5970.905 180.853 11:58:27 0.9856 5971.974 180.840 11:59:37 1.0050 5973.431 180.829 12:00:55 1.0267 5975.283 180.816 12:01:57 1.0439 5976.910 180.806 12:03:13 1.0650 5978.727 180.793 12:04:27 1.0856 5980.702 180.780 12:05:33 1.1039 5982.401 180.769 12:06:45 1.1239 5984.147 180.756 12:08:05 1.1461 5986.072 180.741 12:09:25 1.1683 5987.962 180.726 Date: 30-Mar-95 { Ticket No: 462918 Page No: 3.1.39 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 4-Apr-95 Data Print Frequency: 12:10:43 1.1900 5989.805 180.712 12:11:45 1.2072 5991.217 180.701 12:12:49 1.2250 5992.630 180.690 12:13:53 1.2428 5994.068 180.680 12:15:09 1.2639 5995.733 180.668 12:16:17 1.2828 5997.182 180.656 12:17:29 1.3028 5998.680 180.644 12:18:45 1.3239 6000.140 180.632 12:20:03 1.3456 6001.649 180.619 12:21:25 1.3683 6003.278 180.605 12:22:41 1.3894 6004.739 180.592 12:23:59 1.4111 6006.260 180.578 12:25:25 1.4350 6007.975 180.563 12:26:43 1.4567 6009.473 180.550 12:27:59 1.4778 6010.936 180.538 12:29:21 1.5006 6012.472 180.525 12:30:51 1.5256 6014.020 180.512 12:32:19 1.5500 6015.521 180.500 12:33:45 1.5739 6017.047 180.488 12:35:15 1.5989 6018.572 180.476 12:36:23 1.6178 6019.665 180.467 12:37:35 1.6378 6020.820 180.459 12:38:41 1.6561 6021.866 180.451 12:39:45 1.6739 6022.889 180.444 12:40:45 1.6906 6023.900 180.437 12:41:55 1.7100 6024.947 180.429 12:43:03 1.7289 6026.006 180.421 12:44:05 1.7461 6027.017 180.414 12:45:29 1.7694 6028.014 180.405 12:46:39 1.7889 6029.182 180.396 12:47:41 1.8061 6030.205 180.389 12:48:45 1.8239 6031.241 180.381 12:49:55 1.8433 6032.312 180.372 12:51:05 1.8628 6033.359 180.363 12:52:15 1.8822 6034.394 180.355 12:53:47 1.9078 6035.450 180.343 12:55:27 1.9356 6036.505 180.330 12:56:49 1.9583 6037.563 180.320 12:58:03 1.9789 6038.610 180.310 12:59:15 1.9989 6039.657 180.301 12:59:51 2.0089 6040.175 180.296 13:00:37 2.0217 6040.703 180.290 13:10:39 2.1889 6025.732 180.222 13:20:59 2.3611 6033.825 180.165 13:31:13 2.5317 6041.431 180.109 13:42:19 2.7167 6047.520 180.049 Date: 30-Mar-95 (" Ticket No: 462918 Page No: 3.1.40 PRESSURE ¥S TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 4-Apr-95 Data Print Frequency: 13:53:17 2.8994 6055.160 179.988 14:03:31 3.0700 6061.275 179.930 14:14:19 3.2500 6065.958 179.874 14:24:25 3.4183 6072.246 179.831 14:34:31 3.5867 6077.762 179.792 14:45:51 3.7756 6081.959 179.751 14:56:05 3.9461 6086.951 179.719 15:06:25 4.1183 6091.508 179.688 15:17:29 4.3028 6096.055 179.656 15:28:31 4.4867 6101.073 179.627 15:39:35 4.6711 6105.592 179.598 15:51:07 4.8633 6110.114 179.569 16:02:29 5.0528 6114.151 179.543 16:14:07 5.2467 6118.156 179.519 16:24:31 5.4200 6121.649 179.498 16:35:07 5.5967 6125.107 179.476 16:45:47 5.7744 6128.566 179.454 16:57:17 5.9661 6132.053 179.433 17:09:09 6.1639 6135.491 179.412 17:21:01 6.3617 6138.907 179.391 17:31:07 6.5300 6141.653 179.375 17:43:07 6.7300 6144.609 179.359 17:53:07 6.8967 6147.124 179.345 18:03:15 7.0656 6149.567 179.332 18:15:15 7.2656 6152.787 179.318 18:27:11 7.4644 6155.774 179.303 18:37:33 7.6372 6158.222 179.291 18:49:33 7.8372 6160.731 179.278 19:01:33 8.0372 6163.315 179.266 19:12:19 8.2167 6165.593 179.255 19:24:19 8.4167 6168.145 179.245 19:36:19 8.6167 6170.661 179.235 19:46:19 8.7833 6172.337 179.227 19:58:19 8.9833 6174.545 179.217 20:08:37 9.1550 6176.472 179.211 20:20:37 9.3550 6178.561 179.205 20:30:37 9.5217 6180.342 179.200 20:42:37 9.7217 6182.122 179.193 20:54:37 9.9217 6184.101 179.187 21:06:37 10.1217 6185.857 179.181 21:18:11 10.3144 6187.626 179.175 21:28:11 10.4811 6189.225 179.172 21:40:11 10.6811 6190.997 179.167 21:52:11 10.8811 6192.782 179.163 22:02:33 11.0539 6194.183 179.160 22:12:33 11.2206 6195.612 179.158 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.41 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory. Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 4-Apr-95 Data Print Frequency: 22:24:33 11.4206 6197.176 179.156 22:36:33 11.6206 6198.767 179.154 22:48:33 11.8206 6200.395 179.152 22:59:15 11.9989 6201.787 179.151 23:11:15 12.1989 6203.380 179.150 23:23:15 12.3989 6204.886 179.149 23:33:15 12.5656 6206.130 179.148 23:45:15 12.7656 6207.537 179.147 23:57:15 12.9656 6208.919 179.145 5-Apr-95 00:07:31 13.1367 6210.089 179.144 00:19:31 13.3367 6211.411 179.145 00:29:31 13.5033 6212.497 179.146 00:41:31 13.7033 6213.832 179.146 00:53:31 13.9033 6215.080 179.147 01:05:31 14.1033 6216.328 179.148 01:15:31 14.2700 6217.352 179.148 01:25:55 14.4433 6218.251 179.149 01:37:55 14.6433 6219.400 179.149 01:47:55 14.8100 6220.375 179.150 01:59:55 15.0100 6221.487 179.151 02:11:55 15.2100 6222.661 179.152 02:22:05 15.3794 6223.600 179.153 02:34:05 15.5794 6224.677 179.155 02:46:05 15.7794 6225.928 179.157 02:57:03 15.9622 6227.893 179.159 03:09:03 16.1622 6228.959 179.162 03:21:03 16.3622 6229.987 179.165 03:33:03 16.5622 6230.978 179.167 03:43:03 16.7289 6231.793 179.169 03:55:03 16.9289 6232.797 179.172 04:07:03 17.1289 6233.788 179.175 04:19:03 17.3289 6234.717 179.177 04:29:03 17.4956 6235.533 179.179 04:41:03 17.6956 6236.287 179.182 04:53:03 17.8956 6237.166 179.185 05:05:03 18.0956 6238.070 179.187 05:15:03 18.2622 6238.799 179.189 05:27:03 18.4622 6239.641 179.192 05:39:03 18.6622 6240.483 179.195 05:51:03 18.8622 6241.312 179.197 06:01:19 19.0333 6242.054 179.200 06:13:19 19.2333 6242.722 179.203 06:25:19 19.4333 6243.503 179.206 06:37:19 19.6333 6244.271 179.210 06:47:37 19.8050 6244.926 179.213 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.42 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 5-Apr-95 Data Print Frequency: 06:57:37 19.9717 6245.543 179.215 07:09:37 20.1717 6246.300 179.219 07:21:37 20.3717 6247.031 179.222 07:33:37 20.5717 6247.712 179.226 07:43:37 20.7383 6248.279 179.229 07:55:37 20.9383 6248.948 179.232 08:07:37 21.1383 6249.617 179.236 08:19:37 21.3383 6250.311 179.239 08:31:37 21.5383 6250.980 179.243 08:43:37 21.7383 6251.636 179.246 08:55:37 21.9383 6252.269 179.252 09:06:05 22.1128 6252.825 179.255 09:18:05 22.3128 6253.457 179.258 09:30:05 22.5128 6254.051 179.262 09:42:05 22.7128 6254.607 179.265 09:54:05 22.9128 6255.188 179.269 10:06:05 23.1128 6255.770 179.272 10:16:05 23.2794 6256.138 179.275 10:28:05 23.4794 6256.681 179.279 10:40:05 23.6794 6257.376 179.282 10:52:05 23.8794 6257.883 179.286 11:02:05 24.0461 6258.275 179.289 11:04:05 24.0794 6258.364 179.289 11:05:21 24.1006 6258.694 179.292 *** End of Period 6 *** Date: 30-Mar-95 I' Ticket No: 462918 Page No: 3.1.43 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 5-Apr-95 Data Print Frequency: 2 *** Start of Period 7 *** 11:05:55 0.0094 3789.114 178.536 11:10:13 0.0811 3774.292 179.139 11:14:55 0.1594 3893.726 178.828 11:15:11 0.1639 4650.909 179.060 11:15:27 0.1683 5049.291 179.069 11:15:43 0.1728 5284.072 179.077 11:16:15 0.1817 5533.337 178.735 11:18:23 0.2172 4189.892 178.838 11:18:39 0.2217 4801.544 178.973 11:18:55 0.2261 5130.238 178.998 11:19:19 0.2328 5400.821 179.036 11:20:07 0.2461 5623.893 178.975 11:21:51 0.2750 5838.581 178.958 11:27:51 0.3750 6041.805 179.027 11:59:33 0.9033 6194.966 179.106 12:40:55 1.5928 6226.748 179.279 13:01:31 1.9361 6854.437 179.511 13:01:55 1.9428 6623.098 179.459 13:03:07 1.9628 6405.735 179.429 13:18:33 2.2200 6600.678 179.420 13:18:49 2.2244 7176.919 179.612 13:19:05 2.2289 7554.360 179.631 13:19:29 2.2356 7774.919 179.660 13:20:41 2.2556 7982.498 179.261 13:32:09 2.4467 7939.767 162.295 13:40:33 2.5867 7716.948 159.475 14:15:17 3.1656 7551.642 166.163 14:55:33 3.8367 7434.664 169.937 15:36:01 4.5111 7338.806 171.988 16:16:09 5.1800 7309.770 173.369 16:57:03 5.8617 7231.597 174.359 17:16:15 6.1817 7011.726 174.717 17:40:13 6.5811 7101.241 175.409 18:22:01 7.2778 7079.358 175.995 18:26:55 7.3594 7190.129 176.096 18:47:25 7.7011 7065.149 176.270 19:28:11 8.3806 7045.572 176.636 19:43:39 8.6383 6802.370 176.756 20:04:45 8.9900 7014.349 176.886 20:39:11 9.5639 6905.975 177.039 20:43:11 9.6306 7001.558 177.118 20:51:21 9.7667 6990.224 177.148 21:17:21 10.2000 6930.472 177.158 21:26:55 10.3594 6927.789 177.158 21:28:07 10.3794 6871.990 177.175 Date: 30-Mar-95 (' Ticket No: 462918 Page No: 3.1.44 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 5-Apr-95 Data Print Frequency: 21:32:45 10.4567 6824.137 176.834 21:36:53 10.5256 6784.831 169.733 21:41:17 10.5989 6577.597 149.868 21:44:05 10.6456 6501.161 139.865 21:46:45 10.6900 6459.973 133.531 21:49:33 10.7367 6404.735 128.905 21:52:21 10.7833 6324.231 125.677 21:54:45 10.8233 6317.443 123.429 21:57:49 10.8744 6300.387 121.313 22:01:35 10.9372 6289.460 120.392 22:05:05 10.9956 6302.645 120.001 22:28:17 11.3822 6462.283 120.386 22:38:17 11.5489 6188.756 120.519 22:39:37 11.5711 6452.789 120.637 22:41:07 11.5961 6467.926 120.719 22:52:31 11.7861 6263.818 121.214 22:53:11 11.7972 6354.093 121.263 23:10:11 12.0806 6062.419 122.100 23:14:11 12.1472 6312.700 121.812 23:18:13 12.2144 6189.815 121.616 23:20:29 12.2522 6117.858 121.019 23:22:29 12.2856 6061.131 120.174 23:25:13 12.3311 6013.711 118.949 23:31:45 12.4400 5950.307 117.828 23:33:53 12.4756 5896.792 117.403 23:35:45 12.5067 5781.134 117.093 23:37:45 12.5400 5789.552 116.842 23:39:53 12.5756 5731.023 116.630 23:42:25 12.6178 5689.478 116.478 23:44:01 12.6444 5607.294 116.363 23:45:45 12.6733 5543.432 116.252 23:47:53 12.7089 5506.704 116.095 23:49:45 12.7400 5421.823 115.878 23:53:05 12.7956 5410.148 115.508 23:53:45 12.8067 5317.609 115.436 23:55:45 12.8400 5234.196 115.146 23:57:53 12.8756 5186.038 114.938 23:59:45 12.9067 5123.849 114.602 6-Apr-95 00:04:55 12.9928 5047.451 114.171 00:06:55 13.0261 5009.942 113.928 00:09:27 13.0683 4989.182 113.670 00:11:51 13.1083 4927.717 113.229 00:14:07 13.1461 4869.517 112.797 00:15:43 13.1728 4788.526 112.467 00:17:27 13.2017 4714.537 112.130 Date: 30-Mar-95 Ticket No: 462918 Page No: 3.1.45 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:SS (hr) (psi) (F) COMMENTS 6-Apr-95 Data Print Frequency: 00:20:15 13.2483 4710.064 111.475 00:21:43 13.2728 4588.496 111.105 00:23:59 13.3106 4562.496 110.607 00:26:07 13.3461 4519.367 110.133 00:27:51 13.3750 4419.407 109.618 00:30:01 13.4111 4405.622 108.952 00:31:45 13.4400 4333.286 108.332 00:34:01 13.4778 4299.317 107.518 00:35:29 13.5022 4208.729 106.930 00:37:13 13.5311 4147.001 106.201 00:39:29 13.5689 4113.797 105.282 00:40:57 13.5933 4040.190 104.719 01:21:43 14.2728 4104.064 101.241 02:01:07 14.9294 3901.152 100.197 02:02:59 14.9606 3793.139 100.144 02:04:51 14.9917 3708.436 99.953 02:06:51 15.0250 3651.407 99.654 02:08:35 15.0539 3611.478 99.161 02:10:27 15.0850 3534.383 98.452 02:12:11 15.1139 3479.113 97.816 02:14:03 15.1450 3441.965 97.044 02:16:03 15.1783 3367.370 96.156 02:17:55 15.2094 3368.709 95.472 02:20:11 15.2472 3378.773 94.586 02:21:47 15.2739 3304.912 94.015 02:23:39 15.3050 3248.869 93.381 02:25:15 15.3317 3205.455 92.766 02:27:15 15.3650 3174.101 91.923 02:28:43 15.3894 3104.582 91.231 02:30:19 15.4161 3072.834 90.485 02:32:13 15.4478 3001.646 89.694 02:34:45 15.4900 2971.433 88.654 02:37:01 15.5278 2751.660 87.583 02:38:45 15.5567 2668.160 86.806 02:40:21 15.5833 2636.130 86.156 02:42:05 15.6122 2564.632 85.502 02:43:41 15.6389 2550.406 84.923 02:45:57 15.6767 2543.988 84.104 02:48:05 15.7122 2502.344 83.306 02:49:41 15.7389 2439.733 82.745 02:55:37 15.8378 2169.146 81.114 03:02:43 15.9561 1937.088 78.468 03:09:59 16.0772 1700.654 76.184 03:16:51 16.1917 1467.277 73.753 03:23:53 16.3089 1231.464 70.977 03:30:39 16.4217 1010.892 68.517 Date: 30-Mar-95 { Ticket No: 462918 Page No: 3.1.46 PRESSURE VS TIME HALLIBURTON Gauge No.: 10594 Memory Recorder No.: 20222 Gauge Depth: 10944.26 ft TIME D TIME PRESSURE TEMP HH:MM:S$ (hr) (psi) (F) COMMENTS 6-Apr-95 Data Print Frequency: 2 03:36:43 16.5228 883.004 67.181 03:43:19 16.6328 655.897 66.189 03:48:23 16.7172 440.192 65.573 03:54:47 16.8239 217.855 65.906 04:35:47 17.5072 110.905 71.171 05:16:49 18.1911 130.210 69.549 05:57:07 18.8628 121.573 67.723 06:38:23 19.5506 108.174 65.691 07:21:03 20.2617 81.933 64.980 08:01:12 20.9308 16.789 56.629 08:01:36 20.9375 16.425 56.559 *** End of Period 7 * * * Date: 30-Mar-95 Ticket No: 462918 Page No: 3.2.1 Gauge No.: 10592 GAUGE PERIOD SUMMARY ID PERIOD DESCRIPTION A 1 Start Pre-Test(RIH) B End Pre-Test(RIH) B 2 Start PLT Flow C End PLT Flow C 3 Start Build-up D End Build-up D 4 Start Injection Test E:~: End:Injection Test E 5 Start Draw-down F End Draw-down F 6. Start Build-up G i End Build,up G 7 Start Reverse & POOH H End POOH Depth: 10944.26 ft DATE~IME 30-Mar 21:36:00 31-Mar 10:52:27 31-Mar 10:52:27 01-Apr 17:38:23 01-Apr 17:38:23 02-Apr 23:48:29 02-Apr 23:48:29 03-Apr: 07:04:14 03-Apr 07:04:14 04-Apr 10:59:22 04-Apr 10:59:22 05-Apr 11:05:26 05-Apr 11:05:26 06-Apr 08:09:30 Blanked off: No PRESSURE (psi) DURATION(min) 12.17 6700.47 6700.47 3991.81 3991.81 6301.67 6301.67 7044.51 7044.51 3495.58 3495~58 6259~71 6259.71 15.55 796.45 1845:93 1810.10 · 435:!75: 1675.13 '1446!07::" 1264.20 NOTE: for Pressure vs. Time Plot, see next page. X o__ 12 8 Test No: Gauge No: lA 10592 I I Pr essur e//T e rr~per a~ ur e History Well No: , , I Company: BP I Exploration 2OO ~oo~g Z Z Date: 30-Mar-95 Ticket No: 462918 Page No: 3.3.1 GAUGE PERIOD SUMMARY Gauge No.: 10212 ID PERIOD DESCRIPTION A 1 Start Pre-Test(RIH) B End Pre-Test(RIH) B 2 Start'PLT Flow C End PLT Flow C 3 Start Build-up D End Build-up Df 4 Start Injection Test E End Injection Test E 5 Start Draw-down F End Draw-down · · F: : 6 i:' i'Start Bu:ild-up G 'End Build,up G 7 Start Reverse & POOH H End POOH Depth: 10833.28 ft DATE~IME 30-Mar 21:39:00 31-Mar 10:52:11 31-Mar' 10:52:11 01-Apr 17:38:21 01-Apr 17:38:21 02-Apr 23:48:26 02,Apr 23:48:26 03,Apr 07:04:06 03-Apr 07:04:06 04-Apr 10:59:01 04-Apr :10:59:0:I 05,Apr 11:05'11 05-Apr 11:05:11 06-Apr 08:14:57 Blanked off: No PRESSURE (psi) DURATION(min) 10.24 6632.42 6632.42 3956.38 3956.38 6269.25 6269:25 7004~74 7004.74 3464.39 3464~39 6226:09" 6226.09 15.29 793.18 1846,17 1810.08 435:67 1674.92 1446it17 1269.77 ,( NOTE: for Pressure vs. Time Plot, see next page. X 12 Test No: Gauge No' tI lA 10212 ~O I Pr es $ ur e/'T emper ~t ur e Well No' #4 History Company: I F BP Exploration 200 I ~o0~g Q ooo o z Z Date: 30-Mar-95 Ticket No: 462918 Page No: 3.4.1 GAUGE PERIOD SUMMARY Gauge No.: 10222 ID PERIOD DESCRIPTION A B B C C D E F G H Depth: 10833.28 ft DATE~IME 1 Start Pre-Test(RIH) 30-Mar 21:42:00 End Pre-Test(RIH) 31-Mar 10:59:19 2 Start PLT Flow 3 l~Mar 10:59:19 End PLT Flow 01-Apr 17:38:21 3 Start Build-up 01-Apr 17:38:21 End Build-up 02-Apr 23:48:25 4. start Injection Test: 02;APr: :23:48:25 End. Injection:Test:: 03;Apr 07~04:09 5 Start Draw-down 03-Apr 07:04:09 End Draw-down 04-Apr 10:59:15 6 Start Build,up: 04,Apr 10:59:15 · End BUild,Up. 05,Apr 1, I :05:15 7 Start Reverse & POOH 05-Apr 11:05:15 End POOH 06-Apr 08:20:40 Blanked off: No PRESSURE (psi) DURATION(min) 11.27 6641.37 6641.37 3949.76 3949.76 6263.83 6263.83:1' 7000,65~:.: 7000.65 3461.04 3461~04 6220::831 6220.83 10.86 790.32 1846i03 1810.07 :. : 43!5:~73 1675.10 144&00 1275.42 NOTE: for Pressure vs. Time Plot, see next page. X 12 8 Test No: Gauge No: lA 10222 I ~ C .°2.0 Pr essur e,/T emper at ur e History Well No: Company: BP I Exploration I 2OO 100-~ CoO Z z MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David John~, DATE: April 15, 1995 Chairm~~' THRU: Blair Wondzell, ~.Eo,~ FILE NO: G99LDNCD.doc P. I. Supervisor '~/'[~ FROM: John Spaulding~L~ SUBJECT: Location Inspections Petroleum Insp Badami 4 & 5 BPX Wildcat Wells, · :~,ii,,,',,,,,tu~c~,~," ~"-7'- t'~ / Friday April '14,1995: I visited BPX's Badami 4 & 5 wildcat'wells at the request of the cleanup contractor Peak Oilfield Services. The cleanup effort after the drilling rigs had been moved and was going quite well. Peaks foreman was under the understanding that I would be able to grant a location clearance when all the dirty snow was removed. I informed the 'Peak foreman that although both sites appeared to be in excellent shape that a location clearance would not be granted unti)i the summer months when a visit by helicopter could be arranged. This information was also passed on to Nick Scales BPX ,drilling foreman. Summary: I visited the Badami 4 & 5 locations to observe area cleanup operations after the drilling season and drilling rigs were moved. MEMORANDUM TO: THRU: State of Alaska Alaska Oil and Gas Conservation Commission DATE: April 8, 1995 Blair Wondzell, 4/-~ ' P. I. Supervisor FROM: Lou Grimaldi, ~,,~. SUBJECT: Petroleum InslSector FILE NO: P7FJDHCD.DOC Plug and Abandonement BPX Badami ~ Exploratory PTD # 94-160 Thursday, April 6, 1995: I witnessed the placement and pressure test of the cement plug at perforations on BPX exploratory well Badami ;~t. A EZ drill retainer was set at 10,950'. 14 bbl's of class "G" was squeezed below across the perforation's with 1 bbl laid on top of the retainer. A 1000 psi pressure test of the plug was performed with no pressure loss observed. A plug at the.,liner and one in the 9 518 by 13 3/8 were placed but not witnessed by me. Also the 9 5/8 was cut and retrieved from 250' RKB. Saturday, April 8, 1995:The surface pug was laid at 250' RKB extending up to 70' prior to my arrival. The top of cement was tagged at 90'. This placed the top of the plug 44' below the mud line. SUMMARY: I witnessed the verification of the cement plug at perforations and the surface plug on BPX exploratory well Badami ~4. Attachments: P7FJDHCD.XLS CC: STATE OF ALASKA ALASKA OIL AND GAS CONSER VA TION COMMISSION Plug And Abandonment Report Operator: BPX Well Name: Badami ~ Operator Rep.: Jerry Habethur PTD No.: 94-160 Lease No.: Well No.: #4 Sec. T-R 3, 9N, 20E Total Depth: 11315' Elevation: Date: 4/8/95 Meridian: Umiat Mud Wt.: 12.4 ppg. CASING DATA: Drive Pipe: 34" O.D." Set 6: ft. With Penetration Conductor: 30" O.D." Set 6: 120' ft. Surface: 13 3/8" O.D." Set 6: 4770 ft. Intermediate: 9 5/8" O.D." Set 6: 10420' ft. Prodctn: 7" O.D." Set 6: 11,650' ft. PLUGGING DATA: 1. Open Hole Plugs: 2. Open Hole Isolation Plugs: 3. Perforation Plugs: 15 bbl's class "G" squeezed through retainer set at 10,950', 1 bbl laid on top. Pressure test plu~l to 1000 psi as per approved procedure 4. Annulus Plugs: 5. Casing Stub Plugs: 6. Surface Plug: Casing Removal: 9 5/8" " 13 3/8" 30" II (13 3/8") 250'-90' coldset, tagged with 7K down. Mud line at 46.35 RKB Casing Cut @ 250 Feet Casing Cut @ 62' Feet Casing Cut @ Feet Casing Cut @ Feet REMARKS: Distribution: orig - Well File c - Operator c - DNR/DOG c - Database c - Rpt File c - Inspector Inspector (s) · Louis R Grimaldi FI-000 (Rev. 3~93) P7FJDHCD.XLS .. i STATE OF ALASKA (' ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon x Suspend __ Operation Shutdown __ Re-enter suspended well __ Alter casing __ Repair well __ Plugging x Time extension __ Stimulate __ Change approved program __ Pull tubing __ Vadance __ Perforate __ Other 2. Name of Operator 5. Type of Well: BP Exploration Development__ Exploratory X 3. Address Stratigraphic" 7. P. 0. Box 196612, Anchorage, Alaska 99519-6612 Service__ 4. Location of well at surface . 8. 5160' SNL, 3884' WEL, SEC. 3, T9N, R20E R ~. C ~, I V ~,b 6. Datum elevation (DF or KB) 39.8 Unit or Property name Wildcat Well number Badami #4 At top of productive interval 2114' SNL, 3142' WEL, SEC. 3, T9N, R20E At effective depth 1927' SNL, 3118' WEL, SEC. 3, T9N, R20E At total depth 1927' SNL, 3118' WEL, SEC. 3, T9N, R20E UAR ;5 1 1995 Gas Cons. Commission Anch0ra'~ 9. Permit number 94-160 10. APl number 50- 629-22532 11. Field/Pool Prudhoe Bay Field/Oil Pool feet 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical 11,650' feet 10,933' feet 11,650' feet 10,933' feet Plugs (measured) Junk (measured) ORIGINAL Casing Length Size Cemented Measured depth Structural 85' 30" DRIVEN 120' Conductor Surface 4735' 13 3/8 930 sx PERMAFROST E 4770' Intermediate & 395 sx CLASS G+2% Production 10385' 9 5/8" 1100 SX CLASS G 10,420' Liner 1515' 7" 325 SX CLASS G 11,650' Perforation depth: measured 1) 11,000'- 11070' 2) 11,145- 11,215 True vertical depth 120' 4751' 9778' 10,933' true vertical 1) 10,312'- 10,378' 2) 10,448'- 10,515' Tubing (size, grade, and measured depth) NA Packers and SSSV (type and measured depth) NA 13. Attachments Description summary of proposal × Detailed operations program __ BOP sketch 14. Estimated date for commencing operation 4/3/95 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil x Gas Suspended__ Service :,::e~reb~%at th,~egoin~l is true a~d, correl;11 tlit~ei~r/~n~ ~~~i~:::e. ~ ISSlON USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity ,...-'" BOP Test__ Location clearance /,./' Mechanical Integrity Test __ Sub§..equ.ent .fo.r, rp required 10- ,~o '7' unglna, ~lgnea uy David W. Johnston Approved by order of the Commission Date I Approval NO. ¢.5-'- ,_~ ~ Approved Copy _~_~Zs~ir~n~"'* _ D ate ,~,/~-"//~'''''' Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE BADAMI #4 ABANDONMENT PROGRAM 3/27/95 Written By Approved By Rar/dy Thomas ABANDONMENT PROGRAM The following program will be carried out at the completion of drill stem testing operations on Badami #4. Final abandonment operations will not commence until the New Developments Manager has given approval to permanently abandon the well. Please contact AOGCC slope rep. prior to abandonment as they are likely want to witness at least some of the operation as well as verifying the condition of the site prior to final abandonment. Abandoning The Reservoir Interval. Plug #1. According to the AOGCC regs, the perforated interval can be abandoned by squeezing cement through a cement retainer. Enough cement has to be pumped to fill the well bore from the retainer to 100' below the lowest perforation. The plug will consist of 15.8 ppg, Class G cement. , After finishing testing operations, RIH and set a cement retainer at 10,950', 50' above the top perforation. , Squeeze 90 cuft of cement through the retainer. Underdisplace by 1 bbl to dump approx. 30' of cement on top of the retainer. 3, Unsting from the retainer and circulate to clean the pipe. Verify the integrity of the plug by pressure testing to 1000 psi. (Check to ensure that the retainer can hold pressure from above without waiting for the cement to set). NOte - The pressure test of 1000 psi exceeds the formation strength at the top perforation, assuming that the fracture gradient of the reservoir is equal to that measured in Badami #1. Abandoning The Liner Top. Plug #2. AOGCC regs state that cement stubs must be abandoned with a balanced plug from at least 100' below the stub to at least 100' above it. The 7" liner top will be abandoned with a 300' balanced plug of 15.8 ppg, Class G cement, giving 200' of cement above the hanger. , Set a balanced plug from 10235' to 9935'. (a) If the AOGOC rep does not require the plug to be tagged. Gas Cons. Commissio~ Anchora '~ Pick up above the plug and reverse circulate to clean the pipe. POOH laying down pipe. Pressure test to 1000 psi after at least 12 hours and before setting plug #4. (b) If tagging is required. POOH to 9,950' and reverse circulate. This should remove any contaminated mud and cement, leaving a clean top 185' above the liner top. After approx 12 hrs waiting for plug #2 to set, verify the location of the plug by tagging it. POOH laying down pipe. Abandoning The 9 3/8" x 13 3/8" Annulus. Plug #3 The surface casing annulus will be abandoned by downsqueezing cement and leaving a plug from the 13 3/8" shoe to 500' above it. This plug is not required under the AOGCC regs. The plug will consist of Class G + 2% cement. . Inject any waste fluids into the 9 5/8" x 13 3/8" annulus and follow it with 168 cuft of cement. Displace the cement to a leave a 500' plug just inside the 13 3/8" shoe. Final Abandonment. Plug #4. 6. RIH with a 9-5/8" casing cutter to at least 250'BRT (check casing tallies that cut is not across coupling). Cut the 9-5/8" casing. , Nipple down BOP stack (ensure that 9-5/8" x 13-3/8" cement job has had adequate time to set up before commencing this operation.) and lift the upper casing spool. Spear into the 9-5/8" stub and recover the casing. , Push a 13-3/8" cement wiper plug to 250' BRT. Fill the 13 3/8" casing from 250'BRT to 70' BRT (approx 30' below the mud line) with plug #4, consisting of 14.95 ppg, COLDSET II cement. State Regs require the abandonment surface cement plug to be at least 15' below the mud line and be of at least 150' length. . Remove base plate and cement from cellar.. Cut and pull casing, wellhead and other obstructions to a depth of at least 15' below the mudline. An AOGCC rep should verify the condition of the location befOre the well is finally abandoned. ~XR ~ '1 1995 Oil & Gas Cons. Commission CEMENT DETAILS PLUG #1 Squeeze cement through cement retainer set at 10,950'. Slurry volume should be equivalent to at least the casing volume from the retainer to 100' below the bottom perforation at 11,215'. Finish the displacement 1 bbl short so that approx. 30' of cement will be dumped on top of the retainer when POOH. Volume of 7" liner = 0.0371 bbls/ff. Required slurry volume with 10% excess - 365' x 0.0371 x 1.1 = 15 bbls or 84 cuft. With 1 bbl on top of the retainer, total volume = 16 bbls or 90cuft. Slurry yield = 1.153 cuft/sk No. sx - 90/1.153 - 78 Slurry - Class G + 0.35% FL-52 + 0.8% CD-32 + 0.03% R-1 + 0.5 ghs FP-12L Density = 15.8 ppg, Yield = 1.153 cf/sk, Mix Water = 4.94 gps Thickening Time = 3.30 - 4.00 hrs. Fluid Loss = <150 cc. BHCT = 145°F PLUG #2 300' balanced plug across 9 5/8" x 7" liner lap. Volume of 100' of 7" casing = 3.7 bbls or 20.8 cuff. Volume of 200' of 9 5/8" casing - 200 x 0.0732 = 14.6 bbls or 82.2 cuft. Required slurry volume = 103 cuff. Slurry yield = 1.153 cuft/sk No sx - 103/1.153 = 89 Slurry - Class G + 0.3% FL-52 + 0.5% CD-32 + ?? A2 + 0.5 ghs FP-12L Density = 15.8 ppg, Yield = 1.153 cf/sk, Mix Water = 4.94 gps Thickening Time = 3.30 - 4.00 hrs. BHCT = 125°F . NOTE - Amount of A2 to be determined at rigsite. PLUG #3 Downsqueeze the surface annulus, leaving a 500' plug just inside the 13 3/8" shoe. Volume of annulus = 0.0597 bbls/ft Required slurry volume - 500 x 0.0597 = 29.9 bbls or 168 cuff. Slurry yield - 1.15 cuft/sk No sx - 168/1.15 = 146 sx Slurry - Class G + 2% A-7 + 0.5 ghs FP-12L Density = 15.8 ppg PLUG #4 Cut and pull 9 5/8" casing at 250'. Set a 180' balanced plug inside 13 3/8" casing. Volume of 13 3/8" casing = 0.1497 bbls/ft Required slurry volume = 180 x 0.1497 = 27 bbls or 151 cuff Slurry yield = 0.961 cuft/sk No sx = 151/0.961 = 157 sx. R'ECEIVED Slurry - COLD SET II at 14.95 ppg. MAR 3 1 1995 Anchora* BADAMI #4: PLUG AND ABANDONMENT 30" 310# NT-60LE Conductor @ 110' MD MUD LINE Cement Plug #4: (70'- 250' MD) 157 sx (27 bbls) of 14.95 ppg Coldset II 13-3/8" 68# NT-80CHYHE BTC Casing @ 4770' MD CEMENT PLUG #3 Cement Plug #3: (4270'- 4770' MD) 146 sx (30 bbls) of 15.8 ppg Class G + 2% .~~~~L Cement Plug #2: (9935' - 10,235' MD) 89 sx (18 bbls) of 15.8 ppg Class G Slurry 9-5/8" 47# P 110 BTC-Mod Casing @ 10,420' MD Cement Retainer @ 10,950' ~~ Perforations 11,000' - 11,070' ~ 11,145' - 11,215' 7" 29# NT-110HS, NSCC Casing @ 11,651' MD Cement Plug #1' (10,950'- 11,315'MD) 78 sx (16 bbls) of 15.8 ppg Class G Slurry ~UXR ;5 '~ 1995 Gas CoDs. Anchor~ "' To: State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: 'Washed & Dried From: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Total Number of S~ples ~cluded S~pment Nmber Process Depth End I[/oL~//[ ~'~) ~ Process Date End ~/7_ ~[ ~) ~- 5631 Silverado Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silvemdo Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E AP1 #50-629-22532-00 Shipmem Includes: Process Depth Start Process Date Start Process Depth End Process Date End ~}~ Total Number of Samples Included in this Shipment Shipment Number ~K~ 5631 Silvemdo Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company =iJerw', sun r"~ R I I.-I--I N ~ SERVICES To: State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 9950! Contact No. B4#6 ,.qhiPmer From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silvemdo Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start l C)~Z0 [ I 0'"/50 Process Date Start_~_/~/~-' Process Depth End Jto2oJ ~roo~ss ~te ~nd 3lt'-lJ-qS- Total Number of Samples Included in this Shipment Shipment Number 5631 Silverado Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company 0 I::1 11_1_ I ~ [3 SEE FlY I C:: I~ S To: State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From; BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start 10('~(~ t (~ Process Depth End Total Number of Samples Included in this Shipment Shipment Number 5631 Silvemdo Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David Johnston--~ DATE: March 15,1995 Chairman THRU: Blair Wondzell, '~.~ FILE NO: P. I. Supervisor ,¥z, A7FICOCD.doc FROM: Bobby F ost_e~"~--- SUBJECT: BOPE Test-Doyon 9 Petroleum Inspector ¢../ BPX- Exp. - Badami # 4 ¢~/'1~ PTD # 94-160 - ~ ~'¢ ~7'~; Exploratory Well Wednesday, March 15, 1995: I traveled this date to BPX's explorato~ well Badami ~ 4 being drilled by Doyon rig 9 and witnessed the BOPE test. As the attached AOGCC BOPE Test Report shows there was 1 failure. The warning light on the methane detectors would not flash. This problem repaired and all gas detection systems worked properly. The rig was clean and all equipment seemed to be in good working' order. The location was clean and excess equipment was stored properly. The well has been TD'd and the ne~t step will be the testing of the formation(s). All equipment is in place for this to begin. NOTE: While at the rig, I heard that the 9.625" and the 13.325" casing had slipped down hole approximately 2 feet. I talked with Jerry Haberthur, BPX drilling foreman, concerning this'. Jerry said that when the casing was run and cemented it was hung off in the 13.325" casing with approximately 400,000~ of pull on the slips in the ? 13.325' hanger and everything was fine ~otil the~Y started injecting fluids down the ,~_.~_::::::::-~ 13.325" X 9.625" annulas, Injection was pp after the casing started slipping. The annulas was freeze protected and no noticable slippage had occured after that I was notified by Lou Grimaldi through the inspectors change out notes of 2-7-95 that when the 13.325" casing was cemented that a 320 sack "top job" had been done after cement was not circulated back to surface. Summary: I witnessed the BOPE test on Doyon rig 9 on BPX's Badami # 4 - test time 7 hours- 1 failure. Attachment: A7FICOCD.XLS STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: Drlg Contractor: Operator: Well Name: Casing Size: 7" Test: Initial Workover: DATE: 3/15/95 DOYON Rig No. 9 PTD # 94-0160 Rig Ph.# 659-2819 BP Exploration Rep.: JERRY HABERTHUR BADAMI # 4 Rig Rep.: TIM KRUPA Set @ 11,651 Location: Sec. 3 T. 9N R. 20E Meridian UM Weekly X Other TESTDATA MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) PTD On Location OK Standing Order Posted OK BOP STACK: Quan. Annular Preventer 1 Pipe Rams 1 Pipe Rams 1 Blind Rams 1 Choke Ln. Valves HCR Valves 2 Kill Line Valves 3 Check Valve 0 Well Sign OK Drl. Rig OK Hazard Sec. OK Test Pressure P/F 250~3500 P 250~7500 P 250~7500 P 250~7500 P 250~7500 P 250t7500 P 250~7500 P N/A N/A MUD SYSTEM: Visual Alarm Trip Tank OK OK Pit Level Indicators OK OK Flow Indicator OK OK Vlethane Detectors OK OK H2S Detectors OK OK FLOOR SAFETY VALVES: Upper Kelly / IBOP Lower Kelly / IBOP Ball Type Inside BOP Test Quan. Pressure P/F NOTE NOTE 1 250~7500 P 1 250t7500 P CHOKE MANIFOLD: No. Valves 18 No. Flanges 46 Manual Chokes 1 Hydraulic Chokes 2 Test Pressure P/F 250~7500 P 250t7500 P tested tested ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure 0 System Pressure Attained 3 Blind Switch Covers: Master: Nitgn. Btl's: 4 ~ 2100 3,100 OK 1,500 OK minutes 43 sec. minutes 57 sec. OK Remote: OK Psig. Number of Failures: I ,Test Time: 7.0 Hours. Number of valves tested 28 Repair or Replacement of Failed Equipment will be made within 0 days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax' No. 276-7542 ],,,ecto, North Slopc Pa§er No. 659-~607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-t433 REMARKS: FAILURE: LIGHT ON METHANE GAS DETECTOR HAD TO BE REPAIRED NOTE: THE KELLY WIL NOT BE USED SINCE WELL IS TD'd S'O VALVES WERE NOT TESTED. Distribution: orig-Well File c - Oper./Rig c- Database c - Trip Rpt File c- Inspector STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO I i i Waived By: Witnessed By: BOBBYD. FOSTER FI-021 L (Rev. 7~93) A7FICOCD.XLS To: State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B496 ,6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From.· BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start 7c9~O ~/~¢/D Process Depth End//0, ,~ ?0//fi//) ~r,:~O Process Date End d~ /~,,~ Total Number of Samples Included in this Shipment Shipment Number '~~ 5631 Silverado Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company To: State of Alaska (AOGCC) Atto: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 ,5 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silvemdo Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start ~/0 Process Date Start ~ f'~ Process Depth .nd Total Number of Samples Included in this Shipment Shipment Number -7~74 /? 5631 Silvemdo Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company To.' State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried F~om: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start _~9~L~'i~/6~'g Process Depth End ~5~/cy'O//~o2/t.D Process Date End 3/,b"/~" Total Number of Samples Included in this Shipment Shipment Number 5631 Silvemdo Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company To: State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Atto: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start 4~'~g Process Depth End e~o~ss ~ ~nd Total Number of Samples Included in this Shipment Shipment Number .,., 5631 Silvemdo Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company MEMORANDUM TO: THRU' David Jo~ C h a i rma'n ~ Blair Wondzeli, ~ P. I. Supervisor FROM' pB Oe tbrbo~/e Fu OmS ti en r,~~ SUBJECT: spector State of Alaska Alaska Oil and Gas Conservation Commission DATE: February 25, 1995 FILE NO: A7FIBYCD.doc BOPE Test- Doyon 9 BPX - Badami # 4 PTD # 94-0t60 Exploration Well Saturday, February 25, 1995: I traveled this date to BPX's exploration well Badami ~ and witnessed the BOPE test. As the attached AOGCC BOPE Test Report shows,,there were no failures. The rig was very clean and all equipment seemed to be in good working order. The location was clean and all equipment was stored properly., The well flow testing equipment was in place and all equipment was being tes~while I was on the location and was progressing smoothly .... Summary: I witnessed the BOPE test on Doyon rig 9 drilling BPX's Badami #4 - test time 4.5 hours - no failures. Attachment: A7FIBYCD.XLS STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Rcpor~ X OPERATION: Drlg: Drlg Contractor: Operator: Well Name: Casing Size: 13.375" Test: Initial Workover: DATE: 2_225/95 DOYON Rig No. 9 PTD # 94-0160 Rig Ph.# 659-2819 BP Exploration Rep.' RICHARD BOURDES BADAMI # 4 Rig Rep.: TIM KURPA Set @ 4770' Location: Sec. 3 T. 9N R. 20E Meridian UM Weekly X Other · TEST DATA MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) PTD On Location OK Standing Order Posted OK BOP STACK: Quan. Annular Preventer 1 Pipe Rams 1 Pipe Rams 1 Blind Rams 1 Choke Ln. Valves 1 HCR Valves 2 Kill Line Valves 3 Check Valve 0 Well Sign OK Drl. Rig OK Hazard Sec. OK Test Pressure P/F 250t3500 P 250t7500 P 250~7500 P 250~7500 P 250~7500 P 250~7500 P 250~7500 P N/A N/A MUD SYSTEM: Visual Alarm Trip Tank OK OK Pit Level Indicators OK OK Flow Indicator OK OK Viethane Detectors OK OK H2S Detectors OK OK FLOOR SAFETY VALVES: Upper Kelly / IBOP Lower Kelly / IBOP Ball Type Inside BOP Test Quan. Pressure P/F I 250~7500 P I 250~7500 P 1 250~7500 P I 250~7500 P CHOKE MANIFOLD: No. Valves No. Flanges Manual Chokes Hydraulic Chokes Test Pressure P/F 18 250t7500 P 46 250~7500 P P tested tested ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure 0 System Pressure Attained 3 Blind Switch Covers: Master: Nitgn. Btl's: 6 ~ 1900 3,100 OK 1,500 OK minutes 32 sec. minutes 38 sec. OK Remote: OK Psig. TEST RESULTS Number of Failures: 0 ,Test Time: 4.5 Hours. Number of valves tested 28 Repair or Replacement of Failed Equipment will be made within 0 days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Com mission Office at: Fax N o. 276-7542 ]~,,cctor,o,~ slope ],.gcr ]~o. 659-36o7 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: VERY GOOD TEST! Distribution: orig-Well File c - Oper./Rig c- Database c - Trip Rpt File c- Inspector STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: BOBBY D. .FOSTER FI-021 L (Rev. 7/93) A7FIBYCD.XLS TONY KNOWLE$, GOVERNOR STATE PIPELINE COORDINATOR'S OFFICE · Department of Environmental Conservation [] Department of Natural Resources [] Department of Fish and Game February 13, 1995 411 WEST 4th AVENUE, SUITE 2C ANCHORAGE, ALASKA 99501 PHONE: (907) 278-8594 (907) 278-8595 FAX: (907) 272-0690 Letter No.: 95-013-RK File No.: 0900.45.010.7BL Mr. Peter T. Hanley BP Exploration (Alaska) Inc. Anchorage~ Alaska 99519-6612 ~ RE: Annular Injection Permit for Badami Appraisal Wells #4 and #5; Permit Authorization Number 9240-DB002-7BL; Receiving Zone Information; Review On February 10, 1995, this office received your submittal of information regarding the receiving zones of Badami appraisal wells #4, and #5, as required in the Department's injection authorization letter of November 9, 1994. According to your submittal, BP Exploration (Alaska) inc., has evaluated the proposed receiving zones and has determined the zones to be adequate to manage the injection fluids. Based on this information, the Department is authorizing the commencement of injection for these wells. Authorization for commencement of injection is constituted by this letter. The exact bottomhole location will not be determined until the wells reach the total depth drilled. This information can be provided in the report required in section IV of Permit, once the exact bottomhole location has been determined. If you have any questions, please do not hesitate to contact Mr. Ralph Kiehl of this office at 271-3649. Sincerely, Regional Admifistrator Pipeline Corridor Regional Office TC: RK: (PCRO c:\ralphk\work\95013.rk cc: Tuckerman Babcock, AOGCC Tim Law, PCRO/Anchorage Kalu Kalu, PCRO/Fairbanks C] Fl I I..I--I N [3 SEFIVICES State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From.' BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipmem Includes: Process Depth Start Process Date Start Process Depth End/4~(~C)l q~ Process Date End z[2c2[.0 - Total Number of Samples Included in this Shipment Shipment Number 5631 Silverado Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company r'~ F:ll L_L_I ~ 13 SEFlVlCE S To: State of Alaska (AOGCC) Attn: Larry Grant 3001 Porcupine Dr Anchorage, AK 99501 Contact No. B4#6 From: Sperry-Sun Drilling Services Attn: Steve Carroll 5631 Silverado Way, #G Anchorage, AK 99518-1654 Contents: Washed & Dried From: BP Exploration (Alaska) Inc. Badami #4 Sec. 10, T9N, R20E API #50-629-22532-00 Shipment Includes: Process Depth Start Process Date Start Process Depth End Process Date End Total Number of Samples Included in this Shipment Shipment Number ~ ~ 5631 Silvemdo Way, Unit G, Anchorage AK 99518-1654 · (907)563-3256 · Fax (907)563-7252 A Dresser Industries, Inc. Company BP EXPLORATION February 10, 1995 BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 Mr. Tom Chapple Alaska Dept. of Environmental Conservation 411 W. 4th Avenue Suite #2C Anchorage, Alaska 99501 Annular Injection Permit for Badami Appraisal Wells #4 and #5 ADEC Permit Authorization no.. 9240-DB002-7BL Request for Authorization Dear Mr. Chapple' On November 9, 1994 the Alaska Department of Environmental Conservation (ADEC) issued the Annular Injection Permit for Badami Appraisal wells #4 & #5 to BP Exploration (Alaska) Inc. (BPX). You stated in the letter that the proposed receiving zone for these exploration wells needed to be evaluated to determine if it was adequate to manage the injection fluids prior to injection commencing. The purpose of our letter is to provide the data you requested on November 9, and ask for ADEC authorization to commence injection. Both Badami #4 & #5 have recently set surface casing at measured depths of 4770 and 4495 feet, respectively. The annular injection in both wells is planned for an approximately 600 foot thick section of Sagavanirktok Sands (Attachment) below the base of the 13 3/8" casing. The section designated for injection is found at a measured depth of approximately 4600' to 5200' in Badami #5 and approximately 100 feet deeper in Badami #4. The injection target is composed of loosely consolidated fine to very coarse grained sands with minor amounts of pebble conglomerate. Thin interbeds of mud and silt are a minor component. Estimated rock and formation fluid properties from the Badami #5 wireline logs for the Sagavanirtok Sands are listed below: Salinity1 = 14,000-16,000 NaCI equiv. Average 1Salinity determined via SP & Rwa method where Rwa=(1/phi^m)*Rt. 15,000 NaCI equiv. RECEIVED FEE) 1 4 1995 0il & Gas Cons. ~mmi~$i0n Anchora:;~ Mr. Tom Chappl~f"' February 10, 199~, Page 2 Permeability2 =400-4,000 md Porosity3 = 28-35 %Bulk Volume Average 2,000 md Average 32 %Bulk Volume We expect the stratigraphic data for Badami #4 to be very similar to Badami #5 and ask the Department to accept this data for both wells. Based on the information summarized above, BPX conclude that the receiving zone is adequately sized to accept the volume of fluids to be pumped. The operating pressure for both Badami #4 and Badami #5 are 600-700 psi. The bottom hole locations submitted on the permits to drill are 2144 FNL, 3623'FEL, Sec. 03, T09N, R20E for Badami #4 and 4747'FSL, 3303'FEL, Sec. 05, T09N, R20E for Badami #5. The exact bottomhole locations will not be determined until the wells reach the total depth drilled. We respectfully request your written approval to inject down the Badami #4 & #5 wells. Most of the information ADEC requested on November 9, 1994 was not available for submittal until drilling operations had commenced. However, drilling operations are now at a critical point;. Badami # 5 will be hauling cuttings off site for disposal as soon as this weekend. BPX would appreciate your timely review and authorization. Please direct any questions to Ms. Alison Cooke at 564-4838 and send appropriate paperwork regarding permitting fees to Ms. Karen Thomas. Sincerely, Ste~en 'D. TaYlor,~Manager Environmental & Regulatory Affairs, AlaSka SDT/ADC Attachment: Stratigraphic setting of Sagavanirktok Sands in Badami # 4 & #5 appraisal wells cc: Ralph. Kiehl, (ADEC, Anchorage) ~/Tuckerman Babcock, (AOGCC, Anchorage) 2permeability from analog porosity & permeability data for clastics. 3porosity directly from density log using matrix density of 2.65 g/cc. RECEIVED FEB 1 4 1995 Alaska Oil & Gas Cons. Commission Anchora:? Hr-I-'HI=SENTATIVE SAGAVANIRKTOK SECTION BADAMI #4 AND #5 AGE / STRATA LITHOLOGY DESCRIPTION MARKER GRAPHIC TVD ft LOG KB - 34' IRMATION unconsolidated coarse gravel, coarse sands with minor soft mud interbeds. loosely consolidated fine to very coarse !grained sands with interbeds of gravel, silt, coal and mud; silts and mud ;increasing in proportion from 3300' to 4560' loosely consolidated, fine to very coarse grained sandstone and pebble conglomerate; minor interbeds of silt and mud soft to moderately firm mud and clay with interbeds of thin bedded siltstone and minor fine grained sandstone TOP PERMAFROST 500' to 800' BASE PERMAFROST ~ 1900' -4600' INJECTION ZONE -5200' LEGEND ~ E Z ~sand ~ shale gravel ~ mudstone coal ~ siltstone r, MEMORANDUM TO: THRU: David Joh.,D~ Chairmar~ ~ State of Alaska Alaska Oil and Gas Conservation Commission DATE: February 10, 1995 Blair Wondzell, ~ P. I. Supervisor Zh~lg¢' FROM: Lou Grimaldi,g'~'~ SUBJECT: Petroleum Inspector FILE NO: A7FJBJCD.DOC BOP test / Rig inspection Doyon rig # 9 BPX Badami # 4 PTD # 94-160 Thursday, February 9~ 1995: I witnessed the dgup and testing of the 10,000 PSi BOPE on Doyon rig # 9 which was drilling BPX exploratory well Badami # 4. The test was"originally scheduled for Thursday the 8th but the cement job on the 13 3/8 casing did not reach surface and a top job was required. A 310 cement sack cap was placed from the top side of the 13 3/8 annulus. The following day assembly of the 10,000 PSI BOPE was began, I opted to stay on location and observe this procedure. All equipment was inspected for worthiness before assembly. This was a new Hydril 10,000 psi stack. The choke manifold was also constructed of new 4 1/16 10,000 psi Rucker-Schaeffer valves which were setup in a external choke house with the choke line routed thru a breezeway going to the cellar. The test was started at 1100. A Iow/high test of 250/7500 psi was put on all BOPE with the exception of the annular preventer which was tested to 250/3500 psi. The entire Kill system was tested from the mud pumps through the standpipe. A recharge test was performed that showed the accumulator was in satisfactory shape. The choke manifold was tested with all valves operating propedy (although a little tight) and holding their pressure test of 250/7500 psi. The floor safety valve and upper Kelly valve failed and were replaced. The 5,000 psi choke assembly on the dg was completely disconnected from the active Choke system and will not be a factor in the ddlling of this well. Overall considering the test pressures and assembly of new equipment the test went ,very well. I found the condition of the rig and its personnel to be "Outstanding' SUMMARY: I witnessed the initial BOP test on Doyon rig # 9 drilling BPX exploratory well Badami # 4. Test time 12 hours, 2 failures. Attachments: A7FJBJCD.XLS CC: Scott Sigurdson/Tom Horten STATE OF ALASKA [,, OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg Contractor: Operator: Well Name: Casing Size: Test: Drlg: X Workover: Doyon Rig No. 9 PTD # 94-160 BP Exploration Rep.: Badarni #,4 Rig Rep.: 13 3t8 Set @ 4,500 Location: Sec. Initial X Weekly Other DATE: 2/10/95 Rig Ph.# Jerry Habethur Mort Heavirland 3 T. 9N R. 20E Meridian UM TEST DATA Test MISC. INSPECTIONS: FLOOR SAFETY VALVES: Quan. Pressure Location Gen.: OK Well Sign OK Upper Kelly/IBOP I 250t7500 Housekeeping: OK (Gen) Drl. Rig OK Lower Kelly/IBOP 1 250~7500 Reserve Pit N/A Ball Type 1 250t7500 Inside BOP 1 250~7500 BOP STACK: Annular Preventer Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve Test Quan. Pressure P/F Test f 250~3500 P Pressure P 250~7500 1 250~7500 I 250~7500 P I 250~7500 P 1 250t7500 P 2 250~7500 P 3 250~7500 P 0 N/A N/A MUD SYSTEM: Visual Alarm Trip Tank OK OK Pit Level Indicators OK OK Flow Indicator OK OK ethane Detectors OK OK H2S Detectors OK OK P/F F P F P CHOKE MANIFOLD: No. Valves 18 No. Flanges Manual Chokes 2 Hydraulic Chokes I 36 250~7500 P/F P P tested P tested P ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure System Pressure Attained 3 Blind Switch Covers: Master: Nitgn. Btl's: 5 Bottles 1900 3,000 I OK 1, 700 OK minutes 59 sec. minutes 33 sec. OK Remote: OK Psig. TEST RESULTS . Number of Failures: 2 ,Test Time: 12.0 Hours. Number of valves tested 31 Repair or Replacement of Failed Equipment will be made within 0 days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: Floor safety valve and upper Kelly valve leaked, replaced both and retest "OK" Check outside line running from Choke Manifold to Gas Buster to insure against freezing. Good test considering all 10,000 psi equipment newly installed. "TOP RIG-TOP HANDS" Distribution: orig-Well File c- Oper./Rig c- Database c - Trip Rpt File c -Inspector FI-021L (Rev. 7/93) STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: A7FJBJCD.XLS Louis R Grimaldi MEMORANDUM TO: David joh..P~ Chairmar~ ~ State of Alaska Alaska Oil and Gas Conservation Commission DATE: February 1, 1995 THRU' Blair Wondzell, ~.~' FILE NO' P. I. Supervisor ~.l~ FROM' Bobby Fosl~er~-r~ SUBJECT: Petroleum Inspector E7FIBBCD.doc Diverter Inspection - Doyon 9 BPX- Exploratory - Badami #4 Exploratory Wednesday, February 1, 1995:. I traveled this date to BPX's exploratory well Badami #.4 and inspected the diverter system. ,, The diverter system was i¢~ta,qeel properly installed and met all AOGCC regulations. The function test, as the attached AOGCC Diverter Inspection Report shows, was very good with all components operat¢ing smoothly and properly. The rig was very clean and all equipment seemed to be in good working order. The location was clean and all extra supplies and equipment was stored properly. Summary: I inspected the diverter system on Doyon rig 9 and witnessed the testing of the same. Good installation. Attachment: E7FIBBCD.XLS Drlg Contractor Operator: Well Name: Location: Sec. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Diverter Systems Inspection Report DOYON ARCO ALASKA BADAMI #4 10 T. gN R. Date: 2/1/95 Operation: Development Explorator Rig No. 9 PTD # 94-0160 Rig Ph. # Oper. Rep.: RICHARD BORDES Rig Rep.: MORT HAVERSON 20E Merdian U X 659-4836 TEST DATA MISC. INSPECTIONS: Location Gen.: OK Well Sign OK Housekeeping: OK (Gen.) Drlg. Rig: OK Reserve Pit: N / A Flare Pit: OK DIVERTER SYSTEM INSPECTION: Diverter Size: 20" in. Divert Valve(s) Full Opening: 16" Valve(s) Auto & Simultaneous: 16" Vent Line(s) Size: 1 Vent Line(s) Length: 7.~' Line(s) Bifurcated: Line(s) Down Wind: YES Line(s) Anchored: YES Turns Targeted / Long Radius in. ACCUMULATOR SYSTEM: Systems Pressure: Pressure After Closure: $9~isA~ei~e~eA/l;llaai6t~ku r Nitrogen Bottles: 3O00 2500 O min. 58 5 @ 2500 MUD SYSTEM INSPECTION: Trip Tank: Mud Pits: Flow Monitor: Light Alarm OK OK , OK 01( GAS DETECTORS: Light Methane NOTE Hydrogen Sulfide: ,%' / A Alarm psig psig sec. psig , ....... · , , · ~iND DIR. NORTH 130' 16" kNIFE VALVE 20" ANNULAR PREVENTER TIE DOWN Non Compliance Item NONE Repair Items Wit 0 Day (s) And contact the Inspector @ 659-3607 Remarks: Gas dectors tested this date - was not witnessed but logged. ~~.',-_ AOGCC REP.: BOBBY/D, FOSTER c - Inspector OPERATOR REP.: JERRY H~BERTUER E7FIBBCD. XLS DVTRINSP. XLT (REV. 1 ~94) inspinfo.frm INSPECTION INFORMATION - EXPLORATORY WELLS This form is intended to supply some basic well information that will be useful to the inspectors when inspecting diverter and BOPE systems. . Well Name: PTD No.: Operator Conductor size: Rig: ~ Diverter line size: l~ ~! , configuration:_ Surface hole size: ~6" Surface Casing size: /.~3/~ and weight & grade: ~_~ Surface casing BOP size: ~/3~ , Pressures - WP/TP: Intermediate hole size: ~ Prod casing size: Prod casing SOP size: Liner hole size: Liner/casing size: .~" Liner/casing BOP size: ~' and weight & grade: , Pressures - WP/TP: Hydrogen Sulfide Measures: AL&SI & OIL AND GAS CONSERVATION COMMISSION January 12, 1995 TONY KNOWLE$, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 Adrian Clark, Drilling Engr Supervisor BP Exploration (Alaska), Inc. P O Box 196612 Anchorage, AK 99519-6612 Re: Badami #4 BP Exploration (Alaska), Inc. Permit No: 94-160 Sur. Loc. 5160'SNL, 3884'WEL, Sec. 3, T9N. R2OE, UM Btmhole Loc. 2187'SNL, 3668'WEL, Sec. 3, T9N, R2OE, UM Dear Mr. Clark: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Based on lack of shallow gas hazards, the Commission approves the variance to casing setting requirements of 20 AAC 25.030 b(2)(3) to allow setting 13 3/8" surface casing to 4500' TVD. Your request for exemption from the requirements in 20 AAC 25.065(c) relating to hydrogen sulfide is also approved. A weekly status report is required from the time the well is spudded until it is suspended or plugged and abandoned. The report should be a generalized synopsis of the week's activities and is exclusively for the Commission's internal use. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before drilling below the surface casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector on the North Slope pager at 659-3607. Chairman ~ BY ORDER OF THE COMMISSION dlf/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage Alaska 99501-3192 THE APPLICATION OF BP ) EXPLORATION (ALASKA), INC. ) for an order granting an exception ) to spacing requirements of Title ) 9.0 AAC 25.055 to provide for the ) drilling of thc BP Badami No. 4 ) exploration oil well. ) Conservation Order No. 352 BP Exploration (Alaska), Inc. Badami No. 4 January 6, 1995 IT APPEARING THAT: BP Exploration (Alaska), Inc. submitted an application dated December 19, 1994 requesting exception to 20 AAC 25.055(a)(1) to allow drilling the BP Badami No. 4 exploration oil well to a producing location in an undefined oil pool that is closer than 500 feet to a statewide drilling unit boundary. . Notice of opportunity for public hearing was published in the Anchorage Daily News on December 21, 1994 pursuant to 20 AAC 25.540. 3. No protests to the application were received. FINDINGS: The BP Badami No. 4 well as proposed will be a deviated hole drilled from a surface location 5160' from the north line (FNL) and 3884' from the east line (FEL) of Section 3, TgN, R20, Umiat Meridian (UM) to a proposed bottom-hole location of 2187' FNL and 3668' FEL of Section 3, TgN, R20E, UM. 2. Offset offner Petrofina Delaware, Inc. has been duly notified. 3. An exception to 20 AAC 25.055(a)(1) is necessary to allow drilling of this well. CONCLUSION: Granting a spacing exception to allow drilling of the BP Badami No. 4 well as proposed will not result in waste nor jeopardize correlative rights. NOW, THEREFORE, IT IS ORDERED: BP Exploration (Alaska), Inc.'s application for exception to 20 AAC 25.055 for the purpose of drilling the Badami No. 4 well is approved as proposed. Conservation Order No. January. 6, 1995 Page 2 DONE at Anchorage, Alaska and dated January, 6, 1995. Alaska Oil a~Commission :. AS 31.05.080 provides that within 20 days after receipt of ~mtten notice of rile entry of an order, a person affected by it may file ~vith the Con2nission an application for rehearh~g. A request for rehearing must be received by 4:30 PM on the 23rd day following the date of the order, or next working day if a holiday or weekend, to be timely filed. The !Commission shall grant or' refilse the application in whole or in part within 10 days. Tile Cmm~fission can rethse an application by not acting on it withht the 10-day period. An affected person has 30 days from the date the Commission refuses the application or mails (or otherwise distributes) an order upon rettearing, both being the tLnal. brder of the Conmtission, to appeal the decision to Superior Court. Where a request for rehearing is denied by aonaction of tile Commission, the 30-day period ~br appeal to Superior Court hmS from rile date on which rile request is deemed denied (i.e., 10th day after the application for reheafin~ ,,vas filed). Memorandum To: Commission Fm: Staff '~ Subj: State of Alaska Oil and Gas Conservation Commission December 27, 1994 Variance Requests -- Badami #4 & #5 BP Exploration has requested a x'ariance from H2S contingency plan requirements (20 AAC 25.065 (c)) for each well. Their intent is to provide H:S monitors at various sites on the rig and to provide Scott Airpack breathing apparatus as part of the standard rig floor equipment. A review of offset wells on the Badami prospect indicates H2S was not encountered in the formations previously penetrated and tested by Badami #1 and #2. Badami #4 and #5 will encounter thc same formations as penetrated by the earlier wells. BP is also requesting variance from conductor casing setting depth requirements of 20 AAC 25.030 (b) (2) and (3) for offshore wells. The variance request is predicated on lack of evidence of shallow gas in offsetting wells based on mud logs and interpretation of seismic stm, eys and presence of unconsolidated coarse sands, gravel and soft mud in the formations abox,3~,,,~00¢) feet. They fcc) tht formations are not competent to contain shut in formation pressure should there be ~[,~flux. The stal~ hax e rex iewcd mud logs and drilling records and find that there are no mdmat~ons of shallow~gas hazards nor drilling problems above 4500 feet casing depth that BP has proposed as their second casing setting depth. Drilling mud weights ranged up to 9.5 ppg to 4500 feet depth in Badami #1 and #2 and appeared to increase;hr,' normally as drilling progressed to those depths. Recommendation: The staff recommends approval of thc variances requested based on our revimv of available data indicating absence of shallow gas hazards, normal drilling conditions encountered and lack of H2S in offset wells in this prospect. Notice of Public Hearing STATE OF ALASKA Alaska Oil and Gas Conservation Commission Re~ The application of BP Exploration (Alaska) Inc. for exception to 20 AAC 25.055 to allow drilling the Badami No. 4 exploratory oil well. BP Exploration (Alaska) Inc. by letter dated December 19, 1994 has requested an exception to the provisions of 20 AAC 25.055(a)(1) for the drilling of an exploratory oil well in the Mikkelsen Bay vicinity on the North Slope. The exception would allow BP to directionally drill the Badami No. 4 exploratory oil well to a prospective location that is closer than 500 feet from a quarter section line. The proposed surface location is 5160' from the north line (FNL) and 3884' from the east line (FEL) of Section 3, T9N, R20E, Umiat Meridian (UM) and the proposed bottom-hole location is 2187' FNL and 3668' FEL of Section 3, T9N, R20E, UM. A person who may be harmed if the requested order is issued may file a written protest prior to 4:00 PM January 5, 1995 with the Alaska Oil and Gas Conservation Commission, 3001 Porcupine Drive, Anchorage, Alaska 99501, and request a hearing on the matter. If the protest is timely .filed and raises a substantial and material issue crucial to the Commission's determination, a hearing on the matter will be held at the above address at 9:00 AM on January 24, 1995 in conformance with 20 AAC 25.540. If a hearing is to be held, interested parties may confirm this by calling the Commission's office, (907) 279- 1433 after January 5, 1995. If no protest is filed, the Commission will consider the issuance of the order without a hearing. If you are a person with a disability who may need a special modification in order to comment or to attend the public hearing, please contact Diana Fleck at 279-1433 no later than January 20, 1995. Russell A. Douglass, Commissioner Alaska Oil and Gas Conservation Commission Published December 21, 1994 BP EXPLORATION To: Fro m: Robert P. Crandall Sr. Petroleum Geologist Alaska Oil & Gas Commission Adrian Clark Drilling Engineer Supervisor Shared Services Drilling Date: 12/16/94 Subject: Exploratory Wells Badami #4 & #5 Point of contact for the exploratory wells Badami #4 and Badami #5 will be myself, Adrian Clark, Drilling Engineer Supervisor, Shared Services Department, 564-4720. In the event that I cannot be reached you may contact Tim Schofield, BPX Drilling Engineer, 564-5242. Yo~r~s Sincerely,~ ,~drian Clark cc. T. Schofield M. Stanley Well file RECEIVED DEC 1 9 1994 Alaska 0il .& Gas Cons, Commission Memomndum To: Blair Wondzell, AOGCC Date: 11/19/94 3001 Porcupine Drive, Anchorage, AK 99501 From: Adrian Clark Tim Schofield Engineering Supervisor Drilling Engineer This memo follows up a telephone conversation between Mark Stanley and Blair Wondzell discussing the 1995 Badami drilling program. It is intended that two wells, Badami #4 and #5, will be drilled from ice pads constructed in shallow water about half a mile from the shore of Mikkelsen Bay. CONDUCTOR CASING IN OFFSHORE WELLS State regulations 20 AAC 25.030 (b) - (2) and (3) require that conductor casing be set between 300' and 1000' below the mud line and that a formation leak- off test be performed below the casing shoe. These regulations are intended to ensure that an influx from a formation above the surface casing point could be contained. It is requested that a waiver to these requirements is granted for the Badami #4 and #5 wells for the following reasons: a) Minimal Risk Of Influx Above The Intended Surface Casing Depth Of 4500'. Neither interpretation of seismic surveys in Mikkelsen Bay or studies of open hole logs and mud/cuttings gas logs from the Badami #1 and #2 wells show any indications of shallow gas reservoirs. A Iow level of background gas in the earlier wells was due to the presence of some disseminated lignite and wood fragments and thin lignite beds. There is no evidence of abnormal pressures in this section in nearby wells and none are expected to be encountered. DEC - 2 1994 0ii & Gas Cons. Commission Anchorc,..~ b) Lack Of Competent Formations Above 1000'. The lithology above 1000' will consist of unconsolidated, coarse gravels, coarse sands and some soft mud. It is most unlikely that these formations could provide a strong enough shoe to enable an influx to be shut in with a BOP stack. The proposed well plan for Badami #4 and #5 will be for 30" structural casing to be set at least 100' below the mud line. A diverter will be installed and function tested on the structural casing. 16" surface hole will then be drilled to the 13 3/8" casing setting point at approximately 4500'. No leak off test would be conducted below the 30" shoe. Please call Adrian Clark (564-4720) or Tim Schofield (564-5242) if you have any questions. ~c~ n Clark Engineering Supervisor BP Exploration Date Tim Schofield Drilling Engineer BP Exploration Date STATE PIPELINE COORDINATOR'S OFFICE [~ Department of Environmental Conservation ~ Department of Natural Resources [] Department of Fish and Game November 9, 1994 Letter No.: 94-028 File No.: 0900.45.010. WALTER J. HICKEL, ~OVERN.O...~ L;'OMM COMM ~-'-~]1 4~1 wEST 4th AVENUE, S,~CENG ANCHORAGE, ALASKA 9~ PHONE: (~7~278-85e4 '~R ENG FAX: (907)272-~90 ~ ASST ENG ASST~ 'SR GEOL~ 'GEOL ASSTI~~ · R~L ASST[~ TEC~ STAT FILE Peter T. Hanley BP Exploration (Alaska) !nc. P.O. Box 196612 Anchorage, Alaska 99519-6612 RE: Annular Injection Permit for Badami Appraisal Wells #4 and #5; Permit Authorization Number 9240-DB002-7BL On September 20, 1994, this office received your submittal of a request for a permit to inject drilling fluids down the annuli of the referenced wells under State General Permit 9240-DB002. Your September 20, 1994 submittal is an update to your earlier letter of July 14, 1994 regarding this project. The Department has completed review of your September 20, 1994 submittal and has the following comments: According to your submittal, Badami appraisal wells Number 4 and 5, are to be drilled from off-shore ice pads. The drilling of these two exploratory wells is planned during the winter of 1994-1995. As these are exploratory wells, the proposed receiving zone will need to' be evaluated by the Department to determine if it is adequate to manage the injection fluids before injection can commence. As you have noted in your submittal, information regarding the top and bottom depth of the injection zone, the permeability, operating .pressure, and average level of total dissolved solids of the ambient water within the injection zone will need to be provided to the Department for review. The exact bottom hole locations of the wells will also need to be provided. Subject to the above requirement, authorization is hereby granted to inject into the wells described below. This approval is also subject to the terms and conditions of General Permit Number 9240-DB002 and is valid for the time period specified below. RECEIVED NOV 15 1994 ^l~ska Oil & Gas C0r~s. Commissior~ Anch0r~,.~ Peter T. Hanley -2- Annular Injection Permit For Badami Appraisal Wells #4 and #5 November 9, 1994 Drill SiteWell Approximate Permit Number Disposal Period No. Volume (bbls) Badami 4 35,000 9240-DB002-7BL 1/1/95- 12/31/95 Badami 5 35,000 9240-DB002-7BL 1/1/95- 12/31/95 It is understood that this is a tentative schedule and is subject to change. It is also understood that the Department will be kept informed of the activities of the drilling program, the amounts and types of fluids being injected into each well, and the injection time frames by the submission of quarterly reports to this office. Radioactive isotopes permitted for injection must comply with 18 AAC 85, Radiation Protection. Please note that this authorization has been given a unique suffix designation to the general permit number (i.e. 9240-DBOO2-7BL). Please refer to this permit number and suffix for all correspondence and monitoring reports related to this authorization, A permit fee will be assessed for this authorization. If you have any questions, please do not hesitate to contact Mr. Ralph Kiehl of this office at 271-3649. Sincerely, ADEC Regional Administrator Pipeline Corridor Regional Office RK/mk (PCRO g:\cledcal\dec-cler~ralphk\94028.rk) cc: Tuckerman Babcock, AOGCC STATE OF ALASKA '{~' ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work Drill [] Redrill I-Illb. Type of well. ExploratoryGi Stratigraphic Test [] Development Oil [] Re-Entry [] DeepenI"11 Service [] Development Gas [] Single Zone [] Multiple Zone[] 2. Name of Operator =5. Datum Elevation (DF or KB) 10. Field and Pool BP Exploration KBE -- 39' feet Wildcat 3. Address 6. Property Designation P. O. Box 196612. Anchoraoe. Alaska 99519-6~12 ADL 3~533 4. Location of well at surface 7. Unit or property Name 11. Type Bond(see 20 A~c 25.025) 5160' SNL, 3884' WEL, SEC. 3, T9N, R20E Badami At top of productive interval 8. Well number Number 2416' SNL, 3688' WEL, SEC. 3, T9N, R20E Badarni #4 2S100302630-277 At total depth 9. Approximate spud date Amount 2187' SNL, 3668' WEL, SEC. 3, TgN, R20E 1/15/95 $200,000.00 !12. Distance to nearest 13. Distance to nearest Well 4. Number of acres in property15. Proposed depth(UDandTVD) propo~l~L line 377011-2085' feet No close approach feet 5120 11610' MD/lO800' TVD feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 ^^c 25.035 (e)(2)) Kickoff depth 45oo feet Maximum hole an~lle 29 o Maximum surface 5550 psig At total depth (TVD) 10800'/6630 pslg 18. Casing program Specifications Setting Depth s~ze Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length M D TVD MD TVD (include stage data) 36" 30" 157# ERW Weld 100' 30' 30' 130' 130' 230 sx PF "C" 16" 13-3/8" 68# ~r~OC~'HEB TC 4590' 30' 30' 4545' 4545' 8oo sx PF "E"/370 sx "G'7250 sx PF "C" 12-1/4" 9-5/8" 47# P-110 BTC 10270' 30' 30' 10475' 9845' ~ 820 sx Class "G" 8-1/2" 7" 29# ~r.,oHs NSCC 1220' 10325' 9675' 11610' 10800 170 sx Class "G" 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor RECEIVED Surface IntermediateDEC 1 4 i994 Production ~ Lin er Alaska 0il & (~as Cons. Commission Perforation depth: measured Anch0ra;a true vertical 201 Attachments Filing, fee [] Property plat [] BOP Sketch [] Diverter Sketch [] Drilling program[] Drilling fluid program [~Time vs depth pl(~t [] Refraction analysis[] Seabed report[] 20 AAC 25.050 requirementsr-I 21. I hereby certify~/;/~/f,0~i?g~ue and correct to the best of my knowledge I~ Signed ~ ~/~./~/-~" f,('_ Title Drilling En~Tineer Supervisor Date J "Z/~2/vi, ' ~ Commission Use Only J ! ISee cover letter Permit~,~z. ~-/,,'~'~Number 15 0' ~::~ 2'''IAPI nj, tmber?._. 2_ ~.. ,~',~..2_. I[Appr°val,/'-'~/r~date-',I~''''h'''''' Ifor other requirements Conditions of approval Samples required [] Yes [] No Mud log required Yes [] No Hydrogen sulfide measures [] Yes [] No Directional survey requ~reo ~ Yes [] No Required working pressure for BOPE r"12M; r"13M; 1-15M; J~10M; I-I15M; Other: ~.~i'i~iilal Signed By by order of Approved by David W. Johnston Commissioner tne comm,ssion Date/~/~,,-'~ Form 10-401 Rev. 12-1-85 Submit in I WELL PLAN WELL: Badami #4 S u rfaoe: Target: T.D.: 5160' FNL 3884' FEL Sec 03 T09N R20E 2416' FNL 3688' FEL Sec 03 T09N R20E 2084' FNL 3660' FEL Sec 03 T09N R20E ESTIMATED START: OPR. DAYS TO COMPLETE: ~RACTOR: MAX ANGLE/AZIMUTH/KOP/BUILD/MAX DEP: Mid. January 1995 66 days (46 days drill, core and log; 20 days testing) Doyon #9 29°/4°/4545'/2°per1 00'/3085' Ice pad elevation will be approx. 4' AMSL. KB to ice pad elevation is 35'. EXPECTED PORE PRESSURES AND FRACTURE GRADIENTS: Moderate overpressures have been encountered in all wells drilled in the Mikkelsen Bay area. At the Badami #4 location the following pore pressures and frac. gradients are expected to be encountered. Depth ('TVDBRT) Strata/Casing Point Pore pressure (ppg EMW) 0' - 4500' Upper Brookian 8.5 4 5 0 0' 13-3/8" casing shoe 8: 5 4500'-9800' Upper/Middle Brookian 8.5 --> 10.5 9 8 0 0' 9-5/8" casing shoe 1 0.5 9800'-10800' Middle Brookian 10.5 --> 12.0 Fracture Gradient (ppg EMW) 12.0-->14.0 15.5-->16.5 Top of overpressure is expected at 9400'-9800' TVDBRT. Based on Badami #1 and #2 DST information, .a reservoir pressure of 11.8ppgEMW is expected in the Badami Sand interval. CASING PROGRAM: Hole Csg Wt(Ib/ft) Grade Conn Length Top 42" 30" 1 57 # Grade B Weld 1 00 3 0 1 6" 1 3- 3 / 8" 6 8 # NT-80CYHE BTC 4505 3 0 12-1/4" 9-5/8" 47# P-110 BTC 10445 30 8-1/2" 7" liner 29# NT-110HS NSCC 1285 10325 Btm ('MD) 130 4545 10475 11610 RECEIVED DEC 4 1994 41aska 0il & C~as Cons. Cor~miss~olt Anchora,.e LOC-~ING PROGRAM: Open Hole- 16" Hole: 12-1/4" 8-1/2" Hole Hole: E-line: DI FL/G R/LSS/CAL MWD' Gamma Ray & Resistivity fm. 6200'TVD E-Line- DI FI. JMAC/SPECTRA-GR ZDL/CNL/GR/CAL FMT/GR (Optional) MWD: Gamma Ray, Resistivity & Density E-line: DI FL/MAC/SPECTRA-GR Z D L/CN L/DI E L/G R/CAL FMT/GR DIPMETER/CIBL/GR VSP (option of running in cased hole) Cased Hole CBL will be run if DST is to be performed R'ECEIVED DEC 1 4 1994 Alaska Oil & Gas Cons. Commission Anchorage PROPOSED DRILLING PROGRAM WELL: Badami #4 A sea-ice road extending from the Endicott causeway to Mikkelsen Bay will be constructed in Dec '94/Jan '95. Badami #4 will be drilled from an ice-pad built in 4- 5ft of water depth approx. 1000' offshore in Mik. Bay. Doyon #9 will move from Prudhoe Bay Unit development drilling operations to the Badami #4 well-site as soon as the ice-road and pad have been completed and are capable of supporting the rig loads. Drillina Operations: The well cellar excavated before the rig arrives on location. So long as timing permits, the conductor hole will be pre-drilled and 30" conductor set and cemented before the rig's arrival. Move in, rig up. Accept rig for operations. Nipple up diverter and function test same. Directionally drill 16" hole to casing point. Full mudlogging facilities will be on location from spud to TD. Run logs. Run and ce~--~'{-~'~--378"',-6~#-~'a'shtg to surface,. Perform ceme~nt top-jbb-E no cement seen at surface on primary cementation. A letter was submitted to the AOGCC dated 11/19/94 requesting a waiver from Reg. 20AAC25.030(b) for this well. A copy is enclosed with this permit application. Install blowout prevention equipment consisting of 10,000 psi W.P. pipe rams, blind rams, and 5,000psi annular preventer. The initial BOPE test of 10M equipment will be conducted to 7,500psi; subsequent tests Will be conducted to maximum surface pressure anticipated in the current hole section. A diagram of the 10,000psi BOP stack is enclosed. The diverter and mud system schematics will be consistant with those on file at the AOGCC for Doyon #9. Maximum anticipated bottomhole pressure is 6630 psi (11.8ppg EMW) at 10,800' TVDBRT. This information is based on offset well data and seismic-data interpretation. Maximum anticipated surface pressure is 5,550 psi based on a gas, column to surface from 10,800' TVDBRT. The transition from normal to abnormal. pressure gradient is prognosed to be approximately 9400'- 9800' TVDBRT. Formation leak-off tests will be performed 10' below the 13-3/8" and 9-5/8" casing shoes. Directionally drill 12-1/4" hole to approx. 10,300'MD (9800'TVD). Hole section TD, will be based on geologic pick of the MBK90 marker formation. Run logs. Run 9- 5/8", 47#, casing string to within 10' of 12-1/4" TD and cement with Class G RECEIVED DEC 1 4 1994 Al~s~ 0il & Gas Cons. C0mmissi0.n , ~chora,,.',~ cement. The annulus will be used for injection of waste fluids and freeze protected. Drill and core 8-1/2" hole to TD. At core point the drilling mud will be changed out for a specialized coring fluid to aid core petrophysical analysis. Run logs. A decision to run 7" liner will be based on Icg information. If the liner is run it will be cemented using Class G to above the 9-5/8" shoe. Log and core data will be used to determine whether any drill stem tests are performed. DSTs will be conducted with the rig on location. Fluids produced from the well will be either re-injected back into the formation or the 9-5/8" x 13-3/8" annulus or transported to Endicott production facilities. Fluids and cuttings incidental to the drilling of the well will be transported for injection into the Prudhoe Bay Unit CC-2A disposal well or injected on-site down the 13-3/8" x 9-5/8" annulus once available. The well will be abandoned with the appropriate plugs and markers according to AOGCC regulations. The pad will be cleaned up of any surface debris. The nearest offset well is over a mile away, hence no close approach data is included in this package. Offset well information indicates no H2S or C02 gas will be present in Badami #4.. The drilling fluid program and surface system will conform to the reguations set forth in 20AAC25.003. Drilling Hazards Shallow gas is not expected, however its possibility cannot be ruled out on any exploration well. Proper hole monitoring and hole fill techniques must be employed on every trip out of the hole. The presence of overpressure is expected. Full gas measurement and pore pressure estimation mud-logging services will be used for the duration of the well. 9-5/8" casing will be set well before drilling into the Badami sand interval. Tight-hole has been encountered in the 3500'-5000'TVD section on offset wells. Hole conditions will be evaluated and appropriate remedial actions taken if neccessary prior to running logs and casing. RECEIVED DEC 1 4 1994 0il & Gas Cons. Commission Anchora,? REQUEST FOR EXEMPTION TO HYDROGEN SULFIDE REQUIREMENTS - 20AAC 25.065(C) BP Exploration (Alaska) Inc as operator of the Badami #4 well requests exemption to the hydrogen sulfide requirements of 20AAC 25.065 (c). Offset well information indicates that there is no hydrogen sulfide gas present in any of the formations that the well will be penetrating. Even though no formations which the Badami #4 well will penetrate are expected to contain hydrogen sulfide, the Doyon #9 rig being used is equiped with H2S monitors at the shale shakers, bell nipple and rig floor. AUdible and visual alarms from these monitors are in place. The rig is equiped with six Scott Airpacks in the rig-floor area as standard equipment. All personnel on location will be trained for emergency procedures in the presence of H2S as standard operating procedures. It is not deemed neccessary by BP Exploration to develop a further contingency -~'-an "----- .... RECEIVED DEC 1 4 1994 Alaska 0il & Gas Cons. Commission Anchom,, ~ Memomndum To: Blair Wondzell, AC)GCC Date: 11/19/94 3001 Porcupine Drive, Anchorage, AK 99501 From: Adrian Clark Tim Schofield Engineering Supervisor Drilling Engineer Subject: PERMIT WAIVERS FOR BADAMI #4 AND #5. · .. ,., This memo follows up a telephone conversation between Mark Stanley and Blair Wondzell discussing the 1995 Badami drilling program. It is intended that two wells, Badami #4 and #5, will be drilled from ice pads constructed in shallow water about half a mile from the shore of Mikkelsen Bay. .C,.ONDUCTOR CASING IN OFFSHORE WELLS State regulations 20 AAC 25.030 (b) - (2) and (3) require that conductor casing be set between 300' and 1000' below the mud line and that a formation leak- off test be performed below the casing shoe. These regulations are intended to ensure that an influx from a formation above the surface casing point could be contained, It is requested that a waiver to these requirements is granted for the Badami #4 and #5 wells for the following reasons: a) Minimal Risk Of Influx Above The Intended Surface Casing Depth Of 4500' Neither interpretation of seismic'surveys in Mikkelsen Bay or studies of open hole logs and mud/cuttings gas logs from the Badami #1 and #2 wells show any indications of shallow gas reservoirs. A Iow level of background gas in the earlier wells was due to the presence of some disseminated lignite and wood fragments and thin lignite beds. There is no evidence of abnormal pressures in this section in nearby wells and none are expected to be encountered. DEC 1 4, 1994 Alaska. 0it & Gas Cons. Commission Anchor~, '? b) Lack Ot Competent Formations Above 1000'. The lithology above 1000' will consist of unconsolidated, coarse gravels, coarse sands and some soft mud. It is most unlikely that these formations could provide a strong enough shoe to enable an influx to be shut in with a BOP stack. The proposed well plan for Badami #4 and #5 will be for 30" structural casing to be set at least 100' below the mud line. A diverter will be installed and function tested on the structural casing. 16" surface hole will then be drilled to the 13 3/8" casing setting point at approximately 4500'. No leak off test would be conducted below the 30" shoe. Please call Adriar~ Clark (564-4720) or Tim Schofield (564-5242) if you have any questions. Engineering SupervisOr BP Exploration Date Tim Schofield Drilling Engineer BP Exploration Date RECEIVED DEC 1 4 1994 Alaska 0il & Gas Cons. Commission Anchom;~ MUD PROGRAM: Badaml #4 MUD ~PEClFICATIONS- SURFACE HOLE Surface: Mud Weight: ppg 8.5 - 9.8 Funnel Viscosity sec/qt ---300 YP lbs/100ft2 50 - 70 10 sec Gel lbs/100ft2 30 - 60 10 min Gel Ibs/100ft2 60 - 80 pH - 9- 10 APl Fluid loss mi/30 min 15-25 Solids % MUD SPECIFICATIONS- INTERMEDIATE HOLE Sudace casing shoe to 9-5/8" casing point: LSND Gel/Polymer System Mud Weight ppg 9.0-10.5 Yield Point lbs/100ft2 5 - 15 Plastic Visc. 6 - 20 APl Fluid Loss mi/30 min 10 - 6 pH 9.5 Solids % <10 MUD SPECIFICATIONS-PRODUCTION INTERVAI~; Casin(] Doint: 9.5 - 9.8 <150 2O - 40 15 - 20 20 - 30 9-10 10-15 <8 Regular Mud Coring Fluid Mud Weight ppg 12.0 - 13.5 12.0 - 13.5 Yield Point lbs/100ft2 10 - 20 25 - 35 Plastic Viscosity 15 - 25 45 - 55 APl Fluid loss mi/30 min 4 - 8 4 - 6 pH 9.5- 10.5 7.5 Solids % 15 - 25 15-25 Pore pressure prediction techniques and observation of hole conditions will be used to increase mud weight in line with increases in bottom hole pore pressure. Keeping a safe overbalance of +/- 200psi is planned, this equates to a mud weight approximately 0.4 ppg over pore pressure EMW at 10,800'TVD DEC, t 4 t994 0il & ~las Co~. C0mma_s'm~ 2000 4000 6000 8000 10000 12000 BADAMI #4 Anticipated Pore Pressure, Frac Gradient Plot ppg EMW 8 9 10 11 12 13 14 15 16 17 ,\ .......................... ~ Pore Pressure -- '~ Mud Weight -- , · i ~ '""'"~---" Fracture Gradient _ _ \ · - .-- =:2=-.~:__:___ ~ ~'~°*x"'"'~ ~ _ -~ ~:_-__._~ , ,, RECEIVED DEC 1 4 1994 CASING SIZE: 13-3/8" 13-3/8" SURFACE CASING CEMENT PROGRAM CIRC. TEMP 70°F SPACER: 75 bbls fresh water ahead of lead slurry. LEAD CEMENT TYPE: Permafrost Type 'E' WEIGHT: 12.0 ppg APPROX #SACKS: 800 YI ELD :2.15 ft3/sx THICKENING TIME: 5:30 hrs MIX WATER: 11.5 gps TAIL CEMENT TYPE: Premium Class 'G' with 2% CaCI ADDITIVES: As Required WEIGHT: 15.9 ppg APPROX #SACKS: 370 YIELD :1.15 ft3/sx THICKENING TIME: 4 hrs MIX WATER: 4.9 gps TOP JOB CEMENT TYPE: Permafrost Type 'C' ADDITIVES: retarder WEIGHT: 15.6 ppg YIELD:0.95 ftS/sx APPROX #SACKS: 250 MIX WATER: 3.68 gps CEMENT VOLUME: 1. Lead slurry to surface 2. Tail slurry to 500' above shoe with 100% excess (based on theoretical gauge hole volume) 3. Top job volume 250 sx. RECEIVED DEC 1 4 1994 0ii & Gas Cons. Commission Anchom ;~: 9-5/8" INTERMEDIATE CASING CEMENT PROGRAM CIRC. TEMP: 175o F SPACER: 50 bbls Dual Spacer TAIL CEMENT TYPE: Class 'G' ADDITIVES: 0.2% CFR-3+ 0.2% Halad 344 + 0.2% HR-5 WEIGHT: 15.8ppg YIELD: 1.15ft3/sx APPROX #SACKS: 820 THICKENING TIME: 4.0 hrs MIX WATER: 5.0 gps CEMENT VOLUME: 1. Cement upto 2000' above shoe with 30% excess on intergrated log caliper volume (or 50% excess on theoretical hole volume if log not available) RECEIVED DEC 1 4 1994 Alaska 0il & Gas Cons. Commission Anchore,~ 7" LINER CEMENT PROGRAM CIRC. TEMP 190o F SPACER: 25 bbls Dual Spacer. CEMENT TYPE: Class 'G' ADDITIVES: 0.25% CFR-3 + 0.35% Halad 344 + 0.2% HR-5 WEIGHT: 15.8 ppg YIELD:1.15 ft3/sx APPROX #SACKS: 170 THICKENING TIME: 4 hrs total MIX WATER: 5.0 gps LINER CEMENT VOLUME: , Open hole integrated log caliper volume+ 20% excess. 7" x 9-5/8" annular volume (150' overlap) BPX BADAMI Badami-04 Badami-04 Wp3 IE/6/94 3,47 pm VERTICAL VIEW SCALE 500 ft. / DMSION VERTICAL SECTION REF: WELLHEAD HORIZONTAL VIEW (TRUE NORTH) SCALE 500 ft. / DIVISION SURVEY REF: WELLHEAD O.OO' 8 0 ltd TIE IN 3500 30 ~n OD, E 145 MD, 145 TVD PROPOSKD BI'IL 10839.00 11611.38 3o1~.88 213.85 13 3/B bi OD, 0 4.54~. MD, 454~ TYD -500 0 500 100O VERTICAL SECTION PLANE: 3.97 7 In { 5/8 In ~000 O0 ODD --~500 DOD -- 4 0,80' E 4681 MD KOP / START Or BUILD e a.SO'/1D( 0 { a.50' e 478~ ~D ~ 5.00' e 4881 MD i 7.~0' e 4981 MD ~00 i Io.oo' e 5oel M~ ~ 17.50' E 5381 MD 3650 ~ EO.OO' e 5481 MD ~ ~ 50' E 5581 MD --- - ~ ~3.00' e 56B1 MD - , __~~ 4980 - 3 '~87 841 MD ~D DF BUILD ' 500 0 500 1000 ~ (KOP / START 4681 O.OO' 3,97' 4681 o N 0 E ~ ~D~ BUILD ~ tEND ~ { T~ee 109E5 ag.00' 3,97' 10a39 2746 N 191 E ~1 . , '~ I 30 In 145 O,O0'0,00' 145 O N 0 E T~eget N~me TVD NS EW Gr Id X G~ld Y ~ T~nge~ 10~39 ~746N ~91 E 370947 5910592 ~95/8 In .................. ~ E9,00' 8 11611 MD 30B5 1500 ~O00 gSO0 3000 3500 DEC 1 4 1994 Oil & Gas Cons. Commlssm. Anchor RIG: DOYON 9 13 5/8" BOP STACK 10,000PSI RKB I HYDRIL TYPE "GK" ANNULAR 5,000 PSI HYDRIL PIPE RAM - 10,000PSI HYDRIL BLIND RAM- 10,000pSI Kill line MUD CROSS I ~ IChoke line I HYDRIL PIPE RAM - 10,000PSI 35" CASING SPOOL CSG HEAD GROUND LEVEL RECEIVED DEC 1 4 1994 Alaska Oil & Gas Cons. Commission Ancbora BP EXPLO~ON Memorandum TO: Mark Stanley- Drilling FROM: Walt Fulroth - Exploration DATE: 2 December 1994 SUBJECT: Geophysical Analysis for Overpressure - Badami ¢4 The Badami ¢4 well is currently planned to be directionally drilled from a surface location within the SW 1/4, Sec 3, T9N, R20E to a target within the NW 1/4 of the same section at a depth of about 11,000' tvdss (Attachment 1). Velocity analysis of 3-D, CDP seismic data in the vicinity of the Badami ¢4 well location were reviewed in an effort to determine a formation pressure profile in the vicinity of the operations site. This review was in accordance to State of Alaska permitting regulation 25.033, section El. Attachment 2 plots seismic RMS velocity vs. time in the vicinity of the Badami ¢4 well path. This plot suggests that the top of potential overpressure should fall between 9500' and 9800' tvdss. This is analogous to a similar plot from the Badami ¢1 (1.5 miles southwest)(Attachment 3) showing the top of overpressure between 9450' and 9950' tvdss. The mud-weight buildup chart from Badami ¢1 (Attachment 4) confirms the top overpressure within this range. The predicted Pore Pressure vs. Depth for Badami ¢4 is shown in Attachment 5 and is in agreement with observations of other wells within the area. The casing design and mud program allow for expected formation pressures. cc: Well File - Badami ¢4 RE¢£1vrcD DEC '1 4 ]994 AlasY, a Oil & Gas Cons. Commission Anchora ::;' Attachment i % ¢ T9N-R20E-S3 O O O O *---- 500' spacing exception on ~,A section C O O O · .. ~"~-. --/'"" '"'"',,., 4 meters ./'/ o '-~ ..... : oTarget Location o o ~ ~, ,-""'ii.'; :___~li~l~ ", ~, ' Sadami~04 ~'."".,".~:~",.," ~: · .,(Foxtrot)' '' C ' :':'" ~~' ' O '' Target Location Tolerance Window " 3 meters ------ O O O 'BEC 1 4 1994f"i , 0~ & Gas Cous. Com~'~ss'~o~ ' 0 C '~ 0 " . .__~' ~, ~. ..~~~~~ .~ .... ... .... ..--'~ ~..~ , , ~... ,.~.. . ..." ~ ., O O NORTH ~'",, ~ ;, "t ' ~ Badami-04 Location ~~' J Pad ' "' ' ,'", (F t) ....... 1000 feet , , o~ro . -.... ,, ~. ~ ~ ...... ,,, . ',, ~ ¢ .~, ........._ ~.. ,...., ! '. ~.,, .- ' .'~" I . 1 BADAMi #4: RMS VELOCITY VS TIME - CDP 632472 0 1000 1200 1400 1600 Seismic Time (ms 1800 2000 2200 85.00 90.00 95.00 100.00 O(:3 0303 24OO 2600 2800 3000 (TVDSS) BADAMI #1: RMS VELOCITY VS TIME - CDP 632400 O IOO0 85.00 90.00 95.00 ,! 100.00 -~ Seismic Time (ms) 1200 1400 1600 1800 2000 2200 2400 2600 I I 2800 3000 (TVDSS) Badami I Mud Buildup LU~ I I i I t I I ! I I I I 2OOO 4OOO 6000 8000 10000 Depth (tvdSs) I I I 12000 14000 8O0O 7000 60OO 5000 4000 3000 2000 1000 BADAM! #4- PRESSURE VS DEPTH , I I ~'§ ['rvDsS iMud Weight IPore P~e$sure ,· '-- I ,000 9.o 4671 I 9.0 93,~' 2000 - 3000 9.01 1401 4000 9.0 18611 5000 9.0j 2335= II 6oooi 9.01 26o2 '.~m 70001 9.2 3342 I -- 80001 9.5 3944 [ m/ 9000[ 9.61 4484 .oo, ,o., .. 1 O0001 11.01 5708 -- ,,ooo ,,., ..~_. 120o01 12.0~ 7473 i ~ ~ i ·, ~,, I iig ILUcc Jll~'~'; !~ C~ n- ~"~1"' · T I I I I I I I I I I I ['IWDSS IMud Weight IPore P~'essure ,ooo 9.o[ 4671 2000 9.0 93~' 3000 9.0] 1401 4000 9.0, 1868 5000 9.01 2335 6oooi 9.oI 2802 7oool 9.2 3342 80601 9.5 3944 90001 9.61 4484 9500! 10.1 4979 100001 11.01 5708 1O5OO! 6266 11.5I 11000 11.7 6679 11500 11.9 7102 120001 12.01 7473 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 12000 Depth (tvdss) BP EXPLORATION Memorandum To: Mark Stanley- Drilling Date: 5 Dec. 1994 cc: Well File - Badami #4 From: Walt Fulroth Subj: Shallow Gas Survey for Badami #4 well site The Badami #4 well is currently planned to be directionally drilled from a surface location within the SW 1/4 of Sec 3, T9N, R20E (Attachment 1). Badami #4 drilling will start vertical and slowly build angle along an azimuth of about N4°E to an approximate. depth of 4.500' tvdss (approximately 990 ms seismic two-way recording time) where 13 3/8" casing will be set. In accordance with Alaska State permitting requirements, the potential for shallow (<4500') gas sources in the vicinity of the proposed well location has been reviewed. Analysis consisted of examination of 3-D seismic data near the well site (see Attachment II) and looking for the following effects: · anomalous high or Iow amplitude seismic reflectors · velocity pull downs or time delays along individual seismic reflectors · phase changes along otherwise continuous reflectors Unfortunately, the sharp transition from a thick permafrost layer onshore to a very thin layer under Mikkelsen Bay creates severe ray path distortion immediately in the vicinity of the well path (Attachment 2). The non-permafrost layer is significantly lower velocity than its permafrost counterpart, which is an identical situation to a shallow gas zone. The data is also too shallow to use pre-stack seismic information to determine fluid content. Despite the data quality problem, the probability for shallow gas is very Iow for the following reasons: 1) This same character occurs along the entire North Slope within 2000 feet of the coastline as it is here. 2) The amplitude character in the onshore data is very consistent and shows no sign of shallow gas. 3) No shallow gas has been encountered in nearby wells and no other data in the region show gas character. 4) In-situ gas formation is unlikely from these sediments and there is no shallow 4-way closure to trap gas beneath the permafrost. J~ E 6 ElM E D DEC 1 4 1994 Oil & Gas Cons. Commission Anch0n ,~ i..oo .. ! .... ,i ' :' ~'~' "~- ' --. ' ° .-.,,i,.,,~,,~.,..~ ~ ~ _ · ~ · ~ ~ ~ ~'~.~ · 5 0 0 '~~' ~ ........' ~' ~'" ' ;-~:' '~~" .... · ~'--- '" c-- missing ........ . _~ ........... , .......... ~Sag due to ' ' ~ ,~ I" ' "' ~'" ' ""' '~~ ,high velocit~ '---"~=='" '-,"~, ...., .. ,.. , ~. · .... '" "" '"~ ~-' pe~afrost T,~~ ".,.,~.' ..... ~ ._ ____, · .... . ... . "~'~&~ ...... ; ~'," . ~-m~'[i" - . ...... ":"- - - ~' ~---' "' ' .... - .:....= ~]-[ ~ =".- E % E ,~,nacnment T9N-R2OE-S3 0 0 500' spacing exception on ¼ section 0 0 ~--" · 4 meters 1 o Target Location Badami-04 (Foxtrot) Target Location Tolerance Window 3 meters ..j.-'~' ~0 · 0 .~ · Pote~i a L,T_.o p_J~o.le Eocation J Pad DEC ~ 4 1994 / s Cons. Commis¢o~ x~ --"/ f, NORTH (" -- · 1000 feet".-"" BP Exploration Bada~i-04 Location (Foxtrot) Dale: S, egL. 19,~d { Attachment 2.b ~lz'£OU;k_',h this '~" imzard inm.,s'-"" Mud '~:veigh£:.; u. sed ~o d~.211 tiffs s~c. ficm ran :(.n the 9.5 lh,/'gai mng,e. 5:l~s v,:.ekghi: .rm.zd w'as..pa)babty re,::t.u.hx~d due to o:t' t'tns ...... wetl al~houc~h,~ .......... .overpressure i.s pr.,~sent bd ',w-the H RZ h~. tiffs ama. COMPANY ßP 8q~_; ~ð tJt.; UNIT' ~_: if '1'1) ILL PERMIT CHECKLIST /.'ELD & POOL /L/ A " ADMINISTRATION = APPR ~ L ~ ENGINEERING 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. _~Al~t. 26. ~qcf 27. 28. 29. GEOLOGY .h ~~ L q~/~ 0.0:-+ rev 03194 WELL NAME PROGRAM: exp)J dev D redrll D serv D INIT CLASS í ~ ,V~ ~ -¡. ON/OFF SHORE Q ~ GEOL AREA REMARKS 1- 2. 3. 4. 5. 6. , 7. 8. 9. 10. 11. 12. 13. Permit fee attached. . . . . . . . . . . . . . . . . . .r!) N Lease number appropriate.. ..............B' N Unique well name and number. . . . . . . . . . . . . . ~ N Well located in a defined pool. . . . . . . . . . . . . .Y (Ñ3. Well located proper distance from drlg unit boundary. . .Y ~ Well located proper distance from other wells. . Ý N Sufficient acreage available in drilling unit. . . .. Ý N If deviated, is wellbore plat included. . . . . Y N Operator only affected party. . . . . . . . . . . . . . Y N ~ / Operator has appropriate bond in force. . . . . . . . . Ý ~~ ~ Permi t can be issued without conservation order. . . . . b, N J I . ) -1- / P D ~ Permit can be issued without administrative approval. . ~ N c:>f'Q.Dc:::r-r~~./,....n- 7~)~~ - 1\/t'-- Can permit be approved before 15-day wait. . . . . . . . Y ß> ~ -:If 352- J..j. I J ) . O. ~C/r~l}:S rr r~'J e.,,}.~ .e¡,~ - ~!¿ í$h .s a-f i .;nð ,/ Conductor string provided. . . . . . . . . . . . . . . (]) N Surface casing protects all known USDWs . . . . . . . . (!> N CMT vol adequate to circulate on conductor & surf csg. ~ N CMT vol adequate to tie-in long string to surf csg . . . Y (!) CMT will cover all known productive horizons. . . . . . lX> N Casing designs adequate for C, T, B & permafrost. . . . G]) N Adequate tankage or reserve pit. . . . . . . . . . . . ~ N If a re-dril1, has a 10-403 for abndnmnt ~ ~~e~~:::t::l~:::~r::~a~:t~~na~::~:::~'.'.'.'.'.'.'.'.'.' : ~ ~~ ~* I~¡Þ~ ~Þí' ~~ Drilling fluid program schematic & eguip list adeguate . N --rJ- It~ 0 ßb I ~!t!2~u. . :n¡::- ~=:P::~:~::i:i;~:~:~~~~~::-~;' (~~~ ~ . 'i.J~ :. ~t ::;/ ~n::.:t1J Ii. s~~ ~r: . "4 Work will occur without operation shutdown. . . . *"~ . ø ~ ". / /J Is presence of H2S gas probable. . . . . . . . . . . . .Y ~ / ~ ,,~ 30. 31. 32. 33. 34. Permit can be issued w/o hydrogen sulfide measures. . . ~. N ~ Data presented on potential overpressure zones. . . . . Y N Seismic analysis Qf shallow gas zones. . . . . . . . .. N~ Seabed condition survey (if off-shore) .. . . . . . . ~-M .,., Contact name/phone for weekly progress reports. . .. }~ I . [exploratory only] L:/¡r ::~dU- r~;;::;1~~~;2s ~ /9'oIn~h cÞr:1: ~b7'-$I72ð ð/ 17ð'1 {)rU\JoI sGY- S"2¿¡2- GEOLOGY: RP~ ENGINEERING: B~ 1# ~8 JD~ COMMISSION: Comments/Instructions: DW~ * 'k- ~~ ~.¡ ~è-ce F( f(~9 ~~ RAD -:þ- t,væP $ ì A, ~~ f ~~. TAB ~ 'Þæ ~.> -J ~"" ~ _J- ¡J t.ß- 25, ohÇ {() ~'it'~ ð1- t::::' 0 z 0 ~ ( :::: :::0 H ~ :1:j H Z ~ ~ H !. ~ (f) (f) t-tJ > 0 :1:j Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. COMPAi',IV. NA~,~E : BP F'I~IbD NA~4b:, : WILDCAT t~,()R[.)t.iGH : NORTH SU[)PE ST~T~: : AbAS~A AP1 NtJ'~.(BER : 50-629-22532 R,EiFk]RE~.;CE N[3 : 95053 ,1S Tar, e Yeri. i.i. cat. lon I,isCJ. r~n ;cl~lumberqer /~]aska Computi. na Center 2-APR-,!995 0~:58 PAGE b'!I,[)CAT, BAD~,!T ~4, 50-b~9-22532 **** T.a, pE SFRVICb, ta ,~ p,', ~ [)~ICIN ~P~' ~,' A P~ [,: PPEV Ifil. IS TAPE $~' ATE: g b.,~, APl ~:~l~f,'~!.~:re; 1,, 0 C A T I 06~: ' SECTION: 3 bOG k,~ASt..:~ED F'RO E:T,[:vA'r IO~$ I~IL, DCAT, BA!)/~H J. 50-629-22532 SCHLI]FiB[:~GER WELl, SERVICE5 * 10420' A~:![:)[.,,OGi;ti;R DEPTH OF 10402' IS Tape verification I,i, stlno chlU!T~[',er{.ier Alaska Cor~putino Center PE~,~ST1Y; i2.,'-1: vI~SC[iSI, TY: 4b F~!,,TP, ITF' RKSIST!VI"~'Y: 0.~3 ~n 72 bPGGlf~(j E;'IGI.~F;E~: CRYER jCb RV. FER~CE NO: 95053 SIGF1FICA~qT 1.)FII,E DiP.O01 COf..~TA]¢~S aL!, DiP TYPES PIC~,ED FRO~ ~.)FII,ES ~,IP.009 TbRL: 1)19.007 CO,',~TAI?.~ E;~C.N Ii'4DIVI~UAL DIP TYP~i CO~tPRISING DIP DAWA th~ FI.I.~., L, IP.O01 3.)DATA H,~S 5FE~i C(,3RR[<C'VED Vt~P 29.b PEGP~.~F5 ~A(.;NETIC DECL]'~ATION SF. RVICE i FLIC VERSIf)~',~ : OOICO1 L)~'I~ : 05104/ 2 LAS~ F'ILE PAGE: .(;EO ,I, LL DIP TYPES PICK, ED ,IS Ta~,e ver'i~cat~on Listir~o 2-AF~-~995 ()9:5~ ichlurr, hercer A]asKm Co.:[::ut~nn Cent:eI PAGE: 3 /,Pit' FI, SFCT CO ti k' STAT P P A 'r E P D L~F A PD EDF" T D D TUb BL l TL I DPT [) F D DFpF DFV D F L M S T R~FS A~'CS Pi C S ~r' TC$ B~T b 5 5 3 9N 2O 5'0 I (,2, TL, DCAT ADAr',~I ~.4 0-62~-2253~ 112' [:'SI.., ~ . T. PUTbAM 9!39 b.':: P/~ L' 4423' FEL D~FI ................ '" Fie Name Well Name API Serial Number Field Location Section Township Range County State or Province Nation Witness Name Service Order Number PermaDent datum Elevation of Permanent Datum I, og Meastlred From Above Permanent Datu~ Elevation of Kelly Bushing Elevation of OerrlcK Floor Elevation o~ Ground Level Total. Depth - Driller Total, Dept~ - Logger Bottom Log Interval To I.,oq Ifiterval {,)r¥11in~ Fluid Type Dril],.in~ Fluid Density Drllllno Fluid .Ph Orl, l,lin~ f'luld Viscosity Drilling Flul. d boss Resistigl. ty of Mud Sample ~ud Sam'~le Temperature Resisti,i, tY of ~ud. Filtrate S ~lud Filtrate SamPle Temperatu Reslst. iVity of ~,uO CaKe Sampl aud Cake Sample Temperature Time Circular id ion StoPPe Bottom Hole Temperature TnB!,t!; TYPE : CUF'V t)F,P'l' ~e~th DPTP D ,J., o True DPA2 Dim Azimuth ~I$ Ta~e Verificat~.op l~j, sti~c~ ~Chlt]mberqer Alaska Computinc Cer~t~r PAGE: 2 66 0 3 i') 73 '1 65 ~ ~3 9 1.3 66 16 66 () * * E 14 I:,) C! F P,A 'T'A * * ,.tS q'ar~e v~r].f. JcatJon iCblUn, berger A].aska ComI':t]r. ino ,%FRV IC?i .,'- FblC yF~$[Da : 00.1 LAST F'.I L F~ : 2-A .PR-! .wq5 OO: 5i.~ PAGE: 5 MAX F~KC S~ZF~ : 1t.,24 FIL~ TYPE : J.,lJ LAST FILE U,¢,DA!~!T. #4 APl ~'50-b29-22532 F I,L,E] DlPoO0? TYPE ~ CONS Well Name API Serial Num. ber Field Location Section Township Range County State or Province Natlo~ W~t, ness Name Service Order Number Permanent datum E~evation o[ Permanent Datum .,.I,e,., Tar, e Ver.i. fication f,j. st. incl ;chlu~heraer ~osk8 Compt~t.i. nn Center 2-'APR-! 995 [)~: :i8 PAGg: 6 TI~ f'~ ! ¥ ALb Og~" 1 L,~v o,. tqI. red F o 41.c.. Anove Permanent Datum Elevation of Kelly Sushinq Elevation of Derrick Floor Elevation of Ground Level Total Depth - Driller Total Depth - Logger Bottom Log Interval 'fop Log Interval Drilling FIuto Type Prllll~g Fluid Density Drilling Fluid Ph Drilling Fluid 'Viscosity DrlllingiFluio Loss Resist, iv tV of Mud Sample ~ud Sample Temperature ReslstiPf. t¥ of MUd Filtrate Mud Filtrate SamPle Temperatu Resistivity of Mud CaKe Sampl ~ud CaKe Sample Temperature Time Circulation StoPped Bottom Bole Temperature T~61,E TYP? : CUPV F'EF. DFPT Depth DPTP Dip True DPA~ ~i.P Azimuth ** DATA FOR~,'!AT SPEC!F',ICATIOH RECORD ** ** SET TYPE - 64~ *'* 2 a6 0 3 73 12 7 65 8 73 9 65 i!. 6(~ 85 Tape Vel' :i fi !cat. ioB .chlun'tber<ier /ilask:~ Con, Put,.Dc. t, enter 2-APR,,,1995 09:58 PAGE: 12 68 13 66 o 15 ~6 68 16 66 ..... ¥'"E C[.,gSS gOD U~B SAuP ELEg C (HEX · t,, . mmmmmmmmmommmmmmmmmmmmmmmmmm~mmmmmmmmMmmmmmmm *mmm mm m m*mmm~*m~mmmmmmmmmm mmmmmmMmmmmmm FT ~2~ i 139 a6 OOU O0 0 2 1 I 4 6~ 0000000000 gED DEG 6291. ~9 fi() 000 o() 0 2 1 1 4 68 0000000000 ** [';b q'A DEPT. 10407.584 r)Pq'.R, i~Fi) 8.3171 I') P A Z. I;:.~ED 71.545 DEPT. 10SnO. 201 DPTR. [~':9 7.919 DPAZ. ~ED 73. 479 D E PT. ! ~. 403.725 P P T ~. a E'[:~ 3.2 ~ 0 D P A g. B B: D 26.435 ** EN[) [1'~' DATA ** SERVICE : FLIC ~ ERS IO~,.~ : o01. COI I)~'I'F' : 95104/ 2 FILP TYPE : !..,0 * * * * F I I,,, E iq E ~ D E R * * * * FT,L,F !<~A,~.F/, : DiP .003 SERVICE : Fl,,lC DATF: : 951(34/ 2 ~4aX RF.C SIZE : ~.024 FILF '['YPE : Lt,] ,IS Ta~)e Veri. i!.cstJon ~,istinc~ ;Chlumberuer Alaska Com[~kltir, q Center An-I '*', I {~ D C'.A 7' l,,! ('5 R T F! S I., F.: P R, A T, Z~ $ ~< A F' I LV, 9IP.003 PAGE: T 1.! r',i T V A t7, d D E F !7 m mmm~mmmmmmmm*m mmmmmmmmmmm~mm~.~mmmm m mmmmmmmmmmmmmmmMmmm LDCh' Fiel ADIt.~ 50-629-22537. FI 51i2.' FSI., & 44?.3' SFC~' 3 COt. iN NORTH SLOPE SON 629139 PDAT ICE PAD E P D F T 0. APb F'T 41 . 9 EKB FT 41.9 EDF P'.r 33. E G 1.., F T '4 i Tnb PT 1 l ~20 , ELI FT 11620, T 1, I ~ T 1 0 40 6. DFT LSND D F D (.; / C 3 1. 2.4 DFPV~ 9. DFV S 46, D~L P 3 4. ~S OH~b~ 1,32 ,,,~ D k; G F NFST DEaF 72, ~'4 C S T DEGF 76 · TCS 13100 B[-~T [)EGF 180. ~ell Name AP1 Serial Number Field Location Section Township Range County State or Province Nation Witness Name Service Order N~!~ber Permanent datum Elevatlon of Permanent Datum Log geasured From Above Permanent Datum Elevation o,~ Kelly Bushing Elevation of Derrick Floo~ Elevation o:f Ground Level Total Depth.- Driller otalDepth Logger ottom 5oq. I[terval 'rod Log Interval Drtll,~ng FlUid Ty e DrllI. 1. D~ Fluid De~slty Drlll~n~ Fluid ~rlllln,~ Fluid boss ~esisttVit~ o~ ~uO Sample Mtld Sa~le Tem~eratu,re Resistl~i, tV of"~ud FiItrate ~ud Miltrate Sample Temperatu Resistivity o~ Mud CaKe ~ud Cake SamPle Temperature Time Circulation StoP~ed 8ottom Hole Temperature IS ma~.e Yer~f~catio~, l,,].stinq chlUmb, erc~er AJ.~s.~.8 Co~vput~no Center 995 09; 58 PAGE: 9 I ! I~iiMiiii)ii)ii)iiii))IiMiIIiiIiIIIiiIiIIiiiIiIiiiiiiiiI N A M F S ,F,, I T S ~:.; ~' E h P I ~ p i h P I .1,, i~] lq' [.J ,M B S I Z E E P R 0 C ~ ~ ~ DEBT FT 629~39 O0 000 O0 0 3 1,. t 4 68 000(,)0000()0 DPTP B~K BEG 629139 O0 000 O0 0 3 1 i 4 68 0000000000 DPAZ BRK DEG 62q139 0() Oflf) O0 0 3 1 1 4 68 0000000000 * * D tX T/~. * * ;CblUmberc~er Alaska Com~>tlti~'~m Cen£er D'FP?. 10424. 2-APR-t995 09:5~ -999.2b0 DPAZ.bRK 72.°~5 DFAZ.6R~ 331.8~0 PAGE: 10 5ERVICF : FLIC VERS I r~*~'~ : OOJCO1 Da'r;' : ~5/~4/ 2 FILS' TYPL : bO LaST F' I I.,E : **** FILE t4EA [)F.S **** SFRVIC[~: : F.L 'I: C VFnSlO,'q : DaTF' : 95/04/ ~l~,X aEC 51ZF : 1024 F'II, F TYPE : LO LhS~' FILE : FILE DIP.O04 ************* 8hktPl.,E PATE: VARI~.}3I.,E DIPS OF EF:OS!'[:)~.tAI'.., B!..ilISiDAP. IES PICKED FRO.O4 FMI IMAGES v ~\ L U D E F ! [?:PEXPLO ON~g,'l,I, Company ~aroe ~'~ILDCAI' Field~ame b~D~:ii ~4 Well ~,!ame 50-629-22532 AP1 Serial, Number 5112' FSI.,., & 4423' FEL Field Location 3 Sectio. ,IS Tape Ye~'iftcation ,chlumberger AlasKa Comr2utinq Center PAGE; 11 mmmmmmmm#mm~m~#mmmmm~mm~mmmmmmmmmm~mmmmm T 0 w N 9 STAT b l "I'-~! PDAT I EPD ~T APD ~T E~ 6 FT 41 · E~F PT 33. EGL FT TDD FT TDL FT 1 ! b BLI FT 116 TLI ~T i0~ D F T L DFPM 9. DFV S 46, DFL F3 MST DEGF 86 P'. ~ FS OH~aa 0. ~IFST DE(IF 72 R~CS OH~M 1 , MCST DEGF 7 6 TCS 13 BHT DEGF VAI,,iJ DEFI m, Towns O 0E Range OaTti SLOPK County [,A$~A State or Province SA Nation ~ ~ PLITNA~ ~itness Name 2~3~ " Service Order Number CE PAD Permanent datum Elevation o~ Permanent Datum LY ~USH.[NG Log Measured From 9 Above Permanent Datum 9 Elevation of Kelly bushin~ Elevation of Derrick Floor Elevation of Ground Level 5i, Total DePth - Driller 20, Total. Depth - Logger 20, Bottom Log Interval 0~, Top Lo~ Interval D Drillin~ F]..u~d Type ~ Drillin~ Flui~ Density Drilling Fluid Ph g rilling Fluid ViScosity rlllin~ Fluid boss 32 ResistlgltY of Mud Sample , Mud Sample TemPerature 83 Resistigi. t~ of ~ud Filtrate , ~ud Filtrate Sample Temperatu 48 Resistivity ot MUd Ca~e Sampl , Mud Cake Sample Temperature :00 9-MAR-lO95 Time Circulation Stopped o, Bottom Hole Temperature TIBIr,,E TYPE : C!,,.IFCV DEiF I' DEPT [)eoth DPTP OlD True DPAZ Dio ,~zimuth ,IS Tane verification '~chlumher(ler Alaska Computing Cch%er 2-APR-!905 PAGE: ** I"~A'['A FF'tRUAT SP~C!FICATIC;F, R~,)C{J:RI.; ** 'ID ORD~::R ~ L~OG TYPE C'.L,A~S ~OD NIJNB SA~;P ELEM CC]DE (HEX} ''''DEPT ........ ....... MT 6~'~9 . 9 ..... 0(,)'''~';''';.() 0 ........ 0 ; .......... 1 ''''''''''''''''''''''''''''''4 6 000000000 DPTP ERCI DSG 629139 00 000 00 0 4 1 1 4 68 0000000000 DPAZ ~,;RO DEG 629139 O0 000 O0 0 4 1 1 4 68 OOOO000000 12 ** D A"]..: A [')E[~T. 1!,106 584 DPTR ERC) 999.250 DPAZ,E .0 999 250 ..... , , , . . ~"R I)EPT 1!.207 7~5 tJPTR gPO 11.. 746 DPAZ,[ .... 0 78 640 **** F .'[, L, E TR A ! L!!',R **** IF]"L[': NANg : DIP ,004:. SFRVICg : FLTC ¥ ER S I O.i'~ : ~()1C01 I .... : q5,/04/ 2 MAX RFC S'T,.ZE : '102..~ FILE: TYPE : bO ,IS Tane Verificati..on ',ch!u~pberqer ,%].aska Co.~.~:utlr, C Center FII.,V NAag : DlP .0~5 SFRVICE : ~LIC DAT~ : 95/04/ 2 ~AX RF',C S~Z~ : 1924 FILF TYPE 09: 58 PAGE: ! 3 ,FAU r), I PS OV V A Fl ,1. A B r., k; VAULTS PICKED FROb'! F~',I I, gAGES %,.i ILDCA~J' API~' 50-629-22532 FI., 5112' ~'SL & 4423' SECT 3 COU~ i~DRTH SI,OPE 6051 6291 39 PDAT 1CE PAD E P D ~" :1' 0, AP,I) VT 41.9 EDF VT EG'.b VT 4 1 T D b V T 1 1 ~ 2 0. BI,I VT TLI FT l, 0406. D F T L S i,~ !) FEI, DEFI ompa~¥ Name leld Name ell Name PI Serial Number iel, d Location ectlon ownship ange ount¥ tare or Province atlon itness Name ervlce Order Number ermanent datum levatio~ of PermaDent Datum og Measured f'rom bore PermaDent Datu~ levation of Kelly BUshi~q levation of Derrick Floor levatioD of GrouIld Level oral DePth - Driller oral DePth Logger ottom hog .I;ter~al OD 1.~o~ Ihterval Filling Fluid Type ,I$ '!'a~e verificat.~on f,JsLiBq chlumberger &]as~<a Comput~nq. Cent. er 995 09: 58 TUf,~'! VAf,U DEFI ................................. ;; 7:;i :;;;::[ ........ t~FO r;tC3 1~,4 Orllli d 9. Drilling Fluid Ph Drlllln~ Fluid Viscosity Drlllino Fluid boss Resistl fry of Mud Sa~Dle ~ud Sample Temperature Resistivity of ~ud Filtrate S ~ud Filtrate Sample Temperatu Resistivity of gud CaKe Sam¢l ~ud Cake Sample Temperature Time Circulation Stopped Bottom Hole Temperature DEPT DPTP DiD True DPA~ DiD ** SET T:iPE - 64EB ** VPE R ~ C.O..)c., ~h I 66 2 66 0 3 73 ,12 4 66 0 5 66 6 73 7 65 8 73 9 65 11, 66 85 12 68 1] 66 0 t4 65 FT 15 66 68 !6 66 1 0 66 1. ,15 lade Verifi. cation i,istinq .Chlt]mberqer AlasKa Computing Center 2-~FP-1995 09:58 PAGE: lO F)r{PE~ # i.,r'~G TYPF CLA~S ~t)D ~i]~ SA~P ELFH CODE (HEX) ~ m m mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm pT F7 ~2n139~ o0.. U()~}. f)g. 0 5 1 1 4 08 000o000000 DPT~ FAI~ [)EG 62q1~9 O0 900 O0 0 5 1 I 4 6~ O000OO0000 DPA7 FAU OEO fi2ql~O O0 OOu O0 o 5 1 1 4 68 0000000000 m~m~m~m~m~~m~m~m~m~~~mm~mm~m~m~mmm~mmm~mmmm~m~mmm~mmmm~mmm 15 **** FILE TRA I[,EI~ F~LE t",;'AME : DIP .005 S~?RVICE : FbIC 'VERS.IC) N : 001C0'1 D~TE : 951O4/ 2 FILE TYPE : !..,0 l..,~ ST FILE; **** FILE ~qE.a DER **** FILF f'.IA?4E : D, IP SERVICE : FL, lC ~ERSION : o01. CO1 DAT~ : 05104/ t4AX R~C S~ZE : 1024 F l; l.,, E TYPE : LAST F I!,E] ,F'RC OIPS L)F FRACTI..~P, ES PICKF~L) F~(.)~,'~ PHI IMAGES ,IS Tame 'Verification ~isti. r:c! ;cblumberqer Al. ask'.a Co~'dtinn Center 2-AP~-1!)95 09:58 PA¢;~: 16 T L! r,, T V A L L! D E F I IiiIIliliIl~mllilll,lmmml~liiliIllIlllI,ll! ~IIIiNIII4~IiiIiI~III IIIlllIII~ ~ll v, I hDC A'f API~} b0-629-.?.2532 FL 5112' ~Sb & 4423' SFC~ 3 R~C 20E COdtq NORTH ~ i..,O PE STAT ALASKA NAT~ USA WTT~~ F~R. T. PUT~JA~I SON 629139 FBAT ICE: PAO EPD WT 0. L~F KE.bL Y B~;SHI~G APO F'T 4 i. 9 F,~F F'[' 33 · EGL PT 4 1 T~D ~;'T 1~51. T~L FT 11 020. BI., [ FT 1162o. T L I P T 10 i 06 . [) F T b S N D D~'D C/C3 12.4 DFPH 9. DFV 8 46, ~ F 8 O H ~ f,'l 0 83 TCS 13100 9-MAR-I. 995 'BHT 'OEGF i 80, FEI,, Field Name Nell Name APl Serial Number Field Location Section 'ro~nshlp Range County State or Province Nation witness Name Service Order Number Permanemt datum Elevation of Permanent Datum LDO ~easured From Above Permanent Datum Elevation of Kelly Bushing Elevation of DerrlcK Floor Elevation of Ground Level, Total Depth - Driller Total Depth - Logger Bottom bo Interval 'r~ Log I~terval D lling Fluid Type Drilling Fluid I.)enslt¥ Drilling FlUi, d Ph Drilling Fluid Viscosity rl. llin~ Fluid Loss ~esiSt, iPlty Of, Mud Sample ,ud Sample Temperature ResistlgitV of ~ud Filtrate S ~ud Filtrafe SamPle Temperatu Resistivity of Mu, d CaKe' SamPl Mud Cake SamPle Temperature Time Circulation Stopped Bottom Hole TemPerature T~BI[,,E IYP...; : I F~ ',~ O .... ~ l D E p T r) e ¢ t h DPT¢ Dip True ~ . , ,I,~ ~ape Ver(f(cat~Jon ~,ist. inc~ ,cblumber~er AlasKa Com,~ut. inn (tenter 17 DATA FORe, AT ,c, PECT.F'!CATIi)N' NEC.'.)Ri) ** :*:* SET "P~i'P~.: - TYPE ~EP~ CODE V~L, UE i ~ 0 2 66 3 73 4 66 b 73 7 65 ~3 73 9 65 1, 3 66 0 14, 65 15 6[~ 68 16 66 1 0 66 *.* SET TI/P~: - CH~N .*::*: N~,t,l~': SFR. ,. T $~R APl', A. ! API Fi NUMB NUMB SIZE RE. R ROCESS I0 ORDt:~j,~ # bOG 'I'Y'PE CLASS ~OD NU~4~ SAgP EDE8 CODE (HEX) '~';;''''E.. ..... F['''''';~;62g ......... O0 00'''';0 0 ............. 0 6 r ......... 1 '''''''';~4 .... ;;';''''';''U 00000 DPTP FRC DEG 629139 O0 000 O0 0 6 1 1 4 68 0000000000 DPA7 VRC DEG 629139 OU OOO O0 0 6 i 1 4 68 0000000000 * * !,) ,h T h .* * pEp'l'. 10473.44,:1 DPTR. FRC'. 63.2U6 DPA, Z.FRC 13.724 .. . FRC 240,515 DFpT II, 2~5 051 DPTR FRC 83.977 D.PAZ. a., A ,IS Tane Yerificat!on l,.istinc! ;chlumberger Alaska Cot,,putina Cev, ter 8FRVICE; : FLTC t) ArF : ~5/o4/ 2 PAX RFC S~Z~ : J(;24 FIi,:' 'P'~PE.: : LO LAST FILE : PAGE: 18 SERIlTCF. : VFRSIOa : 001 COl DAT~ : q5/{~4/ 2 L~AX F:~C SIZe' : 1024 FILV TY Pi'~ : LAS? FiLE : AP1 ~50-~29-22532 ~': I L i;) C A ? ~f3R'PH ELOPE, ALASKA F ! t., };: 0 .I P. 0 u 7 SA~,'tPL~ PATE.;: V&RJ.t:ABI,Ej ,S[,P D!P8 [',:.)P ¢l',I~":.'[PS PICKED ........ , ...... ,,~ ,,, F~,tl I AGE,,':,, TABLE TYPE A P I FL 8 EC'T' Ra, NC COLT[: BrAT ~a.aTI PD AT g P D 50'629'22532 5112' i~'SL & ,1423' FEI,,, 20 E; NC, RTB SLOPE: ,~P, T, PUTNAN 629139 I C E P A :~ell Name AP1 Serial Number Field Location Section Townshlp Range County State or Province Nation Witness Name Service Order Number Permanent datum Elevation o~ Permanent Datum :IS ~'at, e verification r,i. sLtnn chlumberqer Alas<a Computir, o Center 2-~PR-1995 09:58 PAGE: 19 T; i.i I ¥ ,q !. U D E F I APD FT_' 4 } , 9 If.: F B F "i' 4. I , 9 EPF F'T 33, EGL FT 4° 1 TDD ~'r 11. C51, TDI., F'.[ i 1 b20. ~I,l w't 1 I o20. q'LI PT 1040e2. DFT DFD C,/C3 J 2 o 4 DFp~ DF~/ S 46. DeL F3 4, t;,CS~ DEGF 7 6. TCS 13:00 9-i,~iR- 1995 B~T 13~;C F' 18t. lt~ove Permanent Datum Elevation oi Kelly ~ushing Elevation of Derrick Floor ~levatlon of Ground Level Total Depth - Driller Total Depth - Lo~ger Bottom Log Interval ~o~ t, oq Ifiterval r llinq Fluid Type Drilling Fluid Density Drillin9 Fluid Ph Drilling Fluid Viscosity Drillln6 Fluid Loss Resistl~it? oi Mud Sample iqud Sample TemDerature Resistl ity of ~ud Filtrate S ~ud Filtrate Sample Temperatu Resistlvit~ of mud Ca~e ~ud Cake Sample Temperature Time Circulation Stopped Bottom Hole Temperature DEFI DEPT Depth DDTP DiD ?rue , * !) A T h I,"I'), P ~-~, A T $ P ,';': C l f" I C ~. T 17 O N lq E C fl R [',,~ *, * 7'YPb; REPR C{)DE VA[,I.IE 2 66 0 3 73 1,2 4 66 0 5 6 6 73 7 65 9 65 t.!, IA war, e Ver~licat:Jon I.:i$%i~c~ .ch]umher¢.ler Alaska Corr,[z. ut~O Cer~t. er 2-~,PI{-] 9q5 09:58 20 ID CIR~k,R ~ LOG TYPE C.LA~S M[jD eJUMB SA~P EI.~E;'.~ CODE DFPq' FT 62q139 0() 0 () (.~ O0 0 7 1 1 4 68 0000000000 DPTP SLP DEG 62gi39 OU uO0 O0 O 7 I 1 ~ 68 0000000000 DPAZ $ I..~ P [)EG 629139 OO 000 O0 0 7 1 1 4 68 0000000000 DE [,,', T. :10541, .059 DPT¢,. SImP 1].771 DPAZ.$I,P 93.240 [>EP,7~, I].{>05.1,01 Di?T,r{.SLP 1,8.334 DPAZ.Si,,,P 153.084 **** FTLE TRA,1 I,ER **** FILF I~!.A~,[~1 : DI.P ,007 6ERVICE : FLIC V'ERSI, ON : O01CO!. [.)~TE t4~X REC ~iZE : lOP4 F ILF TYPE; : I,.~['~ I,,,,~ S T FILE **** ThPE TR ~, 1 !.,,ER **** [)hTE : 95104/ 2 ORIGIN : FLIC CONTINUATION ~ : 1, PPEV'IOUS TAPE : COMt~E'NT : BP EXPL(I[~AT~I;O~, t'~,lI~[)cg'~, bhOhPiI ~4, 50-629-22532 .IS Ta~e VerlficatJ. on ,ChlU,',beroer A.~.aska ComFutin,'~ Center PAGE: 1.9:09 PAGE~ **t,,* PF:FiT, ttg',.~ 3F';.< ~*** C)t~ I C:, l~,' : ~blC C 0 ;'.: ?' iL f", tJ A ]' I t) ~'] *' ........ ' WILDCAT, Ba, O~,,lI ~4~ ,50-629-22532 CP,':~.'x~I.i!'JT : O,P F'Xt-'I,UP~TIFt,,:, . . . ****************************************************************************** ******************************************************************************* g~ ** SC{-II...~IMBERGMR wF:bb SEP..VICES ** ** ******************************************************************************* ****************************************************************************** ********************* ************************************************************** *************~****.************************************************************** C 0 M P A i",~ 'Y' N ~ a E; R P ~'i', X P b 0 R A T I C N S?ATE: ,~b~SKh ~¢,,1 i~ [IF4. BER I 50-e~29-22532 ~,,,.L & ,14,~3 ~ EL S~CTI[3i,~: 3 TOWNSHIP: 9~ RA~GE: bf:'G F:FASURED F'F:~3~'~:~ F,B 41.9' A,bOVE PERb'iAaENT DA, TUM. EI,EVATIONS ~;¢: 4!,9' F)F: 33' Gl,.,: 4,1' ~,~TT~:'ESSt T. PUTNAM **************************************************************************** RI!';:! NU~q}3ERi ]. (&~.IRF'"ACE RUN) I')~ TF t'.,,f)(jGEt): 6-FkJB-1995 ~"~ DRILbEP: 4792' BT'[' SIZE 1,1 !6" a 47q2' Wane verification 1..,lstinq ChlUn~heraer AlasKa C()m~3tltinc~ Center 19:09 !;,:!I!D RESISTIVITY: F IhT R/!717'E ~4!~0 C~I<E RESISYi'VI:T TIME C I, RCIILAT !' UT'I $',rG~IFiCA~4T RE~'4ARKS 1, )F I t., E S, E,) I .[, o ,..) 1, 2, )!)ATA CHANNELS VISCOSITY: 32 F'~)ID LOSS: FLi)ID .L, OSS: 10.8 I.. 96 ~ 6 (' I..10 a 60 DEC, F !,72 q 50 [.~EGF ~: O0 6-FF.;B-95 9~ DEGi' :(1,~'i'FR~!EDI~':(7~: PUN) FEP,-lq95 5" ~a ORILLER DEi~TH [}~ ~.770' " ~ 10420' : 11.9 :9 1,,4 IY: 1.27 ¥: DE:O: 21:0o 12,4 Y: Y D E ViISCOSIT~: 46 Wbt.!i!>, LOSS: 4, 1..32 ~ ~2 DEt;F' (',,83 a 72 DEGF : I 48 ~a 76 I'.~F, GF I): 17b I:,;FGF ********************************************************* El...Ct...~ ~U,.PPFD Si'] ON VALID Oa~a IS P~ESENTED~, S REeF,bE:CT TitF TYPE L,)F' TOOL THEY HAVE BEEN DEPTH CC!RI~E:CTE9 TO THE: EORPATiON )~TCRO I,~,~AGER TOOL (,F'~I). 3.)FILES ED.IT.0t~6 TFfR{.~ Err)IT.017 CO~',~TAINS RAW FIELD ACOUIRE]D ~1,, ~2, ~P ~3, DATA OF" RUNS PAGE: .IS '~'a~e vert. ficatton [.,lstfnc ChlUn, i~ercer ~tl. aska Computinc ('enter 10-.~PR-!. 995 1, a:09 PAGE: .[>TE PHASO~ I~,~UUC'I'ID.f:~ .LS$ I, OI',.tG SPACED SOrbIC (REPROCESSED OT CO~PPESSIU~.L DUE TO CYCLE SKIPPING) ,DSI D.T. 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Conduct.ivi. tS, IL ~,.~ediutr~ Stamdard Processed ~,~edi~m .[~ducti. on 8tamdard Processed Resistivity SFb Resisti'vitv Unavel"aged g,~GS StanOard f;amma Ray H?',~S Co~r>uted darnrr~a ~,av HNG8 Thorlun',, .Concenzration t'.~,~GS Uraniur~'~ Conce~'~trat!,on ~it'.~(~$ Formation Potassiur:, Concentration H',xjC¢ 3orehole Potassium Concentration DE'i!,T!-T Ct)~'PRESSIOt,':AI.., HF MaN[',~POLE COMPE;,tSATED (PAS) r) t:,: L T ~, - T $ H E i:~ P U P P E ~ O J' P (:] l,,, E M O D E C C; ~i P E i9 S a T E [) ,IS ~'a.?e Verl.,t!!¢~,tJo~ - a ~chll,lrl, ber¢~or it.l. 8$k~ Colt',t.'t]ttll , Cent, r C~!,I Ca!ieer ~',Pt'ts t.,u~ Pesistivltv PAGE: ** r'Aq'A FORi~'~AT ,e.,~>E:CIFICg, TIi3N Ri,:COF'I.) 68 68 68 68 68 68 68 68 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 OUO0000000 0000000000 0000000000 0000000000 ,i$ Tar~e veri.~f. Cati or~ ,ChlU,~,ber<:..r .~,las.Ka Con, F.~utino Center I.O-I~PR-1995 19;09 PAGE: R~qll9 Clb~ DTV ,~,~t~O .. z . 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I ! 4 68 0000000000 O0 000 On o ! 1 I 4 68 0000000000 O0 000 O0 0 1 1. i 4 68 0000000000 O0 000 O0 0 1 I 1. 4 68 0000000000 O0 000 O0 0 I 1 I 4 68 nO00000000 O0 o0n OO 0 1 I 1 4 68 0000000000 mmmmmmm.mmm.mmm#m.mmmmmm.mmm#mmm#mmmmmmmmmmmmmmmmmmmmmmmm. EPT. l, 1. 609.00(3 :* P ~4 o D '.l:' E' - 9 o 9.. 25", ~Kr*.[-)TE -999. 250 I hD. D'i'){" -999.250 HFS. ¢:(;S -999. 250 r'~T2. DSI -999.25'0 S~. ~E~ -909. 250 ~ b a 0'1," K = 999.2, 50 ILO. DTK -999. 250 SG~.,NG8 -999. 250 HFS(. N(;$ -999. 250 DT2. DSI -999. 250 SP.MER -14.563 DKPT. :i 1409.00:,) ~.pH. DTF: -999.25(; '~ t:,; P. D T'F: - 999.25 ! Lr¢. D:rE -999.25(} ,,> G R. ~;~ G S C) 8.393 ,~ 2.0 4 .t ~ ,,, D~.l:.'?, DRI 146.521 P. ~'4E;~ -37. 462 CI DP o I'.)TE -999.25fl IDPH. L,'! L -999 250 CIMP.DTE CI:~)ER. [')TE -999.250 II)ER.UTE -999:250 C~ER DTE C~,~V R. [>T ~:; -q99.25() ! ~gR. I)TE' -999.250 CIDD~DTE CI!,M.I3TE -999.250 IbM.DTE -999.250 SKbU.DTE nCGa.ag3 -999 250 H, THU. NGS -999.250 HUR,R. NGS Fl ~4K. i,,~GS -99q:250 OTCO.bSS -999.250 DT4P.DSI P~.~8I -999.250 GR.F~I 91.366 GR.WiER CALI.~q[~T -999.250 t,,IT E r,'I. A ~48 -999.250 MRES.A~S CIDP.DTE -999 250 IDPH.DTE -999 250 CIMP.DTE Ct,.)Ea. D~E -999:250 IDEk..I)TE -999:250 C~ER.DTE CaVR. DT~7 -99~.250 IMVR.DTE -999 250 CILD.DTE CILM.DTE -999.250 I[,,.M. DTE -999:250 SFLI.!.E~E. . , ~ ~ ~ P'"* .... H C G R. ~:,~ G S 999. ~ 50 [, .t H 0. ~x~ G S ~ 999 ~ 250 H U R A. N G S '~t r~ H K. N (.78 - 990.250 O T C 0. b S $ 999 250 D T 4 P. D PR. [)$ I -999. 250 GR. F~ I 972980 GR. ~IER C.hLI. ~v, LT -999.250 M TF',a. A~'~$ 171.794 MRES.AMS CIDP. I:,)TE '999.2b0 IDPH.DTE -999.250 CI ~',P. DTE 999 CaVR. DTE -999. 250 Ig~lR. OT~ :999: C C I L ~'~. I'.)'T ~:; .- 999.250 I I,, ~"~. D T E - 999.250 S V b U. D T E HCG:R. v~GS 7~.370 HTHO. NGS 13 169 HURh,. MGS l~k,o 0.816 ..,(.O bSS · 999 250 DT4P,DSI'. PR.DS1 O. 3U4 GR.F~I 89: 375 C A,[, I. i~'~LT 8.847 MTE~i. A.¢,15 173.854 NRES.AM8 -999 250 -9992250 -999.250 -999'250 -999250 -999:250 91.366 ,-999.2:50 -999 250 -999!250 -999 250 -999,250 .-999,~50 -999.,250 9809 1552 -999,2,:50 -999,250 -999,250 -999.250 2,969 77.816 89.375 0.554 IS Ta~e qerif~.cation Listina CblO,~,berqer Al,~ska Co~,c~utJ~e Center .1200.0 -gq9 . . ~ - 126 9q~ 10 O 0.0 -999. -999. 259 - 9 q 9.2 ~9.754 143. - 57. 0 ~ 0 U. (..~ 00 - 9 g 9.250 - 99 ~ 25 ' 2,089 143.467 06 (') 0. -999 '250 - 999.250 93.549 - 6. 1.838 0 ., .400. C) 00 909.2c {"' ........ - 999.25 - 999 ~' 5 {"~ -999.25 !, 4. 5. - 9 ~ 9.2 5 0 - 999.250 - 9 q 9.25 1, 35.7 2 4 10-APR-l. 995 10:09 -09u.250 IPP~-i. DTE -099.250 IDER.DTg -999.250 IhVR.OTg -999.250 40,602 HTHO.NGS (~.552 OTCO.bSS 0.~C8 Gk.F~I -999.250 -9~g.2b0 -999.2~0 IhVR.DTE -99~.250 71. 004 ~HO. rtGS 0.368 DTCO.LSS 0,278 -999,250 IDPN.DTE, -999,250 IDFR.OTE -~99,250 IF~VR, DTE -999,250 0.484 OTCO.bSS 0.285 GA. F~'t,[ 9.832 ~qq;~t.i. A mS -999,250 -999,250 IDER.DTE -999. 250 IDVR.OTE -999.250 II.,~.DTE 7 I.. 755 HTHO. O. 405 DTCO.,bSS 0.273 GR.F~I 9.738 -999.250 IDF'H. DT}g -999.250 IDER.DTE -999.250 I~'VR. DTE -999,2b0 -999.250 ~tTHO. NGS -999.250 DTCO.LSS 0.287 GR.F~I 9.925 -999.250 I DPi~:~. DTE -~99,250 IDER,.OTE -999.250 I~VR.!)TE -999.25'~ HT -999.250 DTCO,5SS 1.3. ~;g -q99.250 -999.250 -999.250 -99q.250 7.063 -999.250 43.~40 17~.295 -999.~50 -990,250 -999.250 -999,250 11.216 -999.250 76.452 162.249 -999,250 -999.250 -999.250 -99~,250 1~.825 -999,250 83,662 1.58.556 -999.250 -999.250 -999.250 -999'250 -999,250 77,786 ~56.423 .-999,250 -999 250 -9992250 :999,,250 999.250 -999.250 -999. 250 -999. ~50 -999,250 -999. 250 -999 250 -999~250 -999 250 999' -,.250 -999.250 13~.924 CI~P.DTE CvKR.DTE CILD.DTE SFLU.DTE DT4P.DSI GR.~ER CI~P.DTE CEER.ETE CILD.DTE SFLU.DI'E HIIRA,NGS DT4P,DS! GR.MER i~RES.A~S CIh~P,DTE C~ER.DTE C!LD.DTE SFLU.DTE HIJRA.NGS DT4P,DSI GR,gER ~RES.A~$ CI~P.DTE CgE~,DTE CISD.DTE SFL[,!,DTE H/JRA,.NGS DT4P,D$I GR,NER ~:RES.A~S ClgP DTE CIDD.DTE SFLU.DTE ~URA,NGS DT4P,DSI GR,~ER ~RES,~S CI~iP,DTE CMER,,DTE CILDoDTE SFLU.DTF ~fI.JRA,NGS DT4P.DSI GR.~ER HRES.A~S PAGE: '999,250 "999.250 '999.250 '999,250 1.47~ 77.102 43.840 0.563 '999.250 '999.250 '999.250 '999.250 2.833 79.350 76.452 0.597 -999.250 -999,250 -999.250 -999,250 2,132 78,708 83,662 0,615 -999.,250 -999,250 -999 250 3.,37~ 83033 -999.250 -999,250 -999,250 :999,250 999,250 79,241 68,.697 -999,250 -999'250 -999,250 %999..250 999,250 -999.250 78.634 73.3!0 0,908 IS Tam, e v~ri, fication [.ist.~nO Chlt~mber;.,~er AlasK, a COmP~timo Center r)~'p'r... 960o.OoG CII,'P.bTE I ~.~ p~-i. bTM -999. 250 CDF~ .DTE I ~:p . ~ -909.2~u CHV 1.8~. D'!'E -999.25(, C!T,M.DTE HSGP. ~,~GS -999.25P HFF. NGS -999. 250 P,T?. DS'.[ 147. O4 i PR. PSI DFpT. 9400.00,,) CIDP.DTE I ~'~.PH. DI:F' -999.25G CDEa.DTE I~E~, I')TE -999,250 CaVR.DTE 1 L r>. [:) T F, - 999.25 (.' C I 1., ?~. D T E DTP. PS! 163. 902 PR. DSI S P. :v~ ~<: p -36.613 C A L I. ,~ L T i.O-aFw-19q5 1. o:09 -99q.250 !DPh. 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'999, 131,. 250 250 25O 250 250 25O 25O 554 250 25O 250 250 25O 250 25O 1.29 25O 250 250 25O 25o 250 25o 116 25O 25O 25O 25O 25O 250 25O 313 250 25O 25O 250 25O 250 250 352 250 250 250 250 25O 250 250 783 CI~P.DTE C~!gR, DTE C!LD.DTE 8FLU.DIE OT4P,DSI GR .MER ~RES.AMS CI~P.DTE C~ER.DTE CILD.DTE SFLU.DTE HURA.MGS DT4P.D$I ~RES.AMS CI~P.DTE CmE~.D?E CILD.DTE SFLU.DTE HURA.NGS DT4P.DSI GR.~ER ~RES.AMS CI~P.DTE C~ER.DTF CILD.DTE SFLU.DTE }tUR.A.NG$ DT4P.DSI GR.~ER ~RES.A~S CIMP.D%E C~ER,DTE CIDD,DTE 8FLU,DTE DT4P,DSI GR,MER MRES,AMS CIMP.DTE C~ER.DTE CILD,DTE 8FLU.DTE DT4P:Ds! GR.~ER PAGE ~999.250 999.250 -999,250 -999.250 -999,250 84.477 80.702 0,886 -999.250 -999.250 -999.250 -999.250 -999.250 83,998 77.-176 0.868 -999.250 -999.250 -999.250 -999.250 -999..250 81.035 82,374 0,869 -999,250 -999,250 '999..250 '999.250 '999250 87!403 88 439 0.891 -999,250 '999,250 -999,250 ,:999.250 999'250 91,891 89,703 0.91.3 -999.250 -999,250 -999,250 -999'250 -999,250 83,711 81.918 0.91.3 IS Wane verification '[,'istlna Chlumber,Jer AlasKa CoraL:uti. ha Center i~ {'F: . hCr.' - 99--3.25 ~'~ C ,,-;V i.~. DTi~ P~'E -909.25<; C,£I,'~. CTE!: PS! 1 ;'~ .~2 P -5~. 67.5 CA!,I. :'~, [..'1,' 8 P I'E -999. bT;7 -909.25~.' C:4VR. DTE P 'r ;: - 99 ). 25 c. c i t_, M. D T E DSI t 93. 567 PR. DSi ~4OO.OOg CIDP.OTE Y)T~ -9q 9.250 CDER. DTE IMEP.~T~ -wqg.25u TLD.DTE -909.250 C I I..,?~. DTE HSG~. ~,l(;S 104,141 DST 168.8 I 5 PR. I)$I 'a E ~ - 60. l, a e C a l, l. ~q L T 8200. OOO C [DP.liTE ,..;,, ,[ ~,. -9 I ~ E,',P, 0'!'~ -999.250 C4VR.DTE DTF -999.25t) CiL, M. 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OC, O -999.250 - 999.2 S (; 116.902 203. ~t 41 -999.250 IDFI,.DTE -999.250 !OER.i)TE -999.250 IaVH.DTE -999.250 0.295 PTCO.bS8 0.321 14.058 9. 250 IDPi~. DTE -999.25n II)ER.OTC '999.250 INV'.DIE '999. 250 II, M, DTE ~0.999 MTHO.NG$ 0.295 DTC(). LSS O. 34?., GR. FMi '999.~50 IDPg. DTg '999. 250 IDF '999.250 !MVR.DTE - 999.250 I L '76. a04 !~THO. NGS O. 259 DTCO. bS3 0.345 13.929 ~1'TE~V{ , hgS -999.250 -99g,250 -999.250 -g9~,250 7.507 -999.250 -999.250 !18.505 -999,250 -999.250 -o99.250 -999.250 11.255 -999.250 -999 250 115~880 -999.250 -999.250 -999.250 -999.250 11.644 -999.250 -999.250 114,!.05 999.250 -999.250 -999.250 11.759 -999.250 -999,250 111.623 -999.250 -999.250 -999 250 -999:250 9,255 -999.250 -999,250 109,817 '999 250 '999:250 '999.250 '999 250 -999oP50 -999o250 107,849 CME~.DTE CIL{).DTE SFLU.DTE hURA.NGS DT4P.DSI nRES.AMS CTMP.DTE C~ER.DTE CILD.DTE SFLU.DTE HIIRA.NGS DT4P.D$I GR.MER MRES.AMS CIMP.DTE C~ER.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.DSI (;R,~ER ~RES.AMS CIMP.DTE C~ER.DTE CILD.DTE SFLU,DTE ~iURA,NGS DT4P..DSI MRES,AMS CIMP.DTE Cb~ER.DTE CILD.DTE SFLU.DTE DT4P.DSI GR.gER C!MP,DTE C}~ER.DTE ClLO.DTg SFLU.DTE MURA.NGS DT4P.D$I MRE:S.A~$ -999.250 -999.250 -999.250 -909.250 1.024 93.594 42,951 1.025 -999.250 -999.250 -999.250 -999.250 ].152 90.445 75.283 1.087 -999.250 -999.250 -999.250 -999..250 4,616 99.956 83,277 1.117 :~99 25 '999,250 -999'250 3.443 100.348 75.538 1,155 -999.250 -999.250 :999.,250 92.125 60.693 1,187 -999 25O -999:250 -999.250 -999,250 3.51,0 96'926 7~,2~2 1.213 chlumber:4or AlasKa ComputJ. no (:enter 19:09 I ~'~ E ~'. ;3 T ~: - 999.2 ~ e C :.: V R. i':, T E - 9 ~ 9.25 () ! r4 ~ P. D ~ E - 999.250 TL, U DTE -'Jgq 2~k., CI, I,,'~ f"v.t: -o9q 250 IL,&.lhT~ -qqq.250 ,. ~ . . ) .. , ) ,.,' .... ~ . ~. . . . HSGF. ~,t(;S 95.20o HCGR./'~GS 71..~7~ HTHO.NGS 10.453 ~F~. ~':GS 2.132 M 3)-~ K. r,,~S 0.453 DTCO.LSS -999.250 0'!'2. [)S [ 169..30~ PR. DS I O. 215 GR. Fw'i -999. 250 SP. ~.~l~ -73.125 CAI, I.&I,T l~.067 M'.[' E)~. A ~,8 106.552 5600. (;00 C YDP. DTE I;; T E - 999.250 C D E 9~. D T E D T E - 9 O 9.2 S () C ~ v R. [; T E TI.<,D. DTK -999.250 CILM. [,>TE NGS ~9. 984 HCGR. 6~GS DST 223 436 PR,. DSI SP.MER -79.375 CAI.~ I .'h~bT -999.250 IDPI-{. DTE -999.250 IDK¢.DTE -999.250 IgVR.DTE -999. 250 I L )'.i.. i')TE 7~.305 HT~O.NGS 0.453 DTCO.SSS O. 354 GR. ~'~,~ [ 12.6~7 r~TE:M. A~S -q99,250 IDPN.DI'E -999. 250 IDER. DTE -999,250 I ~,,~%' R. DT~] -999.2b0 II.,M. DT'E 77.203 0,261 DTCO.LSS 0.3~0 14.213 MTEM..A~S -990.250 -999.250 IDER.DTE -999.250 I[,,~:. DTE [,9.933 C). 26 '1 D T C 0, I,, S $ 0.394 GR.F~4I 13.352 MTEM.AUS -999.250 IDPH.DTE -g99.250 IDER. DTE -999.250 IMVR.DTE -999.250 IL~.DTE 76. 050 HTHO. NGS 0.201 DTC('). bSS 0.345 GR.FgI 13.4.38 MTE~, A~$ -999.250 -~99.250 -999.250 -999.25o 11.312 -999.250 -999.250 1,04.553 -999.250 -999.250 -99q.250 -999.250 12.310 -999.250 -999.250 103.152 999 250 29992 so -999..250 999.250 12.323 999.250 -999.250 101.434 -999 250 -999~250 -999.250 -999.250 1,3.gO1 -999.250 -999.2'50 98,70~ DgPT 5,~00.000 ClhP D!I'E -999 250 IDP,,,,.D'rE -999.250 I u p ).): D T ~ - 99 '9.250 C I) E R ' D T E - 999.250 I D E R. O T g - 999.250 'i~Er~. DTK -999.25c; CMVR.DTe; -999.25f) I~OVR.DTE: -999.250 ., s G P. N G s 4 6.0 3 1,, H C g R. ~,~ C, 5 41.0 9 0 H T M {':). ;',~ G $ 6: 3 3 2 UFK N'GS 1.1,7{) ~,.iBHK,:NGS 0.469 DS'Co,LBS -99~ 250 DTP'r:)e ' · . ." ' . > I 183 4 C) 6 P R D S I, O. 27:1 G R. P ~ I - 999.250 8¢. ~E';P -125.500 CALI ~,;I, I 13.231 ~TEM. AMS 95.972 C.]'MP.DTE CMER.DTE CILD.DTE SFL[!. DTE HURA. NGS DT4P.DSI GR .MER 14RES.ANS CIMP.DTK C~,t ER. P~'g CIbD.DTE SFLt]. DTE HURA .NGS DT4P. GR.MER MRES.AMS CINP.DTE CMER.DTE CILD.DTE SFLU.DTE MURA.NGS DT4P.D$I GR,MER MRES.ANS CI~P.DTE CMER.OTE CIbD.DTE 8FbU.DTE HURA.NGS DT4P.DSI GR,MER MRES,AMS CIMP.DTE CMER DTE CIbD~DTE SFLU.DTE HI!RA.NG$ 1)T4P.DSI GR.~ER MR~]S.AMS CINP.DTE C~ER.DTE ClLD.DTE SFLU.DTE HURA.NGS DT4P.DfiI GP.~E¢ MRES.AMS PAGE: 11 -909,250 -999.250 -999.250 -999,250 3.559 101,961 71,651 1.232 -999.250 -999.250 -999.250 -999.250 2.699 96.351 64.184 1.253 -999,250 -999.250 -999.250 -999,250 2.827 100,301 70.472 1.283 -999.250 -999.250 -999.250 -999,250 2,932 .977 1,31,1 -999,.250 -999,250 -999,250 -999'2.50 S ~50 I08i808 74 91:7 i,354 -999 250 -999 250 -999 250 -999250 1.088 102.769 30,440 1.393 ,IS "'at-~e Ver!.fic~ttor~ ichlt.~me'erq~r AlasKa Comp.tina ~enter I '~' E; . r'; 1_: ;j -909.25C ]bD.OTF -999.~fSt, C il,J4. [3T~ HSG~. ~,~GS ~0. 623 ~CCk. ~FK. ~fGS 1.743 P~IIK. Dry. [:,61 252.53 J SP.~vE~. . -07.]95. _ . CA;,I.~'I,T,.,. DFPT. 50o0. CO 0 C IOp. I>TE I~P~q.DTF. -9o9...25(:' ..... I~E~.DTK -999.259 I LD, DTE - 999.25 ~ C [Liv~ · DTE HSG~. ~,~{~S 74 4~ HC~R. .. . . . nF~'. ~(;S 1. 506 HBNK. t~C;S DT2. DST 2~ 1.53o PR. DS,I D~:PT aS~O.(.~e~ CiDP DTE .I ~ P F. b T F: - 999.25 t') C I~EP. D '" .RF. -999.'25~ C~dVR.DTE ~;Fk". ~': (;S I. 472 ~'['P. PSI 2~6. 057 PR. i>SI .... -96. bOO Ckt,I. ~,~LT DEPT. 46o0. 000 C,IDP.t,>TE I~ph' DTF 1.127 . I ~. E r~. D'.I' E 1 · 108 C 't.LD. DTE 1.133 C I.[,,~,;. DTE ............ 250 H C G ~.. ~,~ G S t, T2. PSI -999.250 PR. DSI S P. ~ k ~ - 37.375 C A L ,I. ?,,~ L T O ~' P q'. 440 O. 00 <;, C I P P. 0 T E I ~ P ~]. r) T E 2,. 17 ~. C I~'E~ LIE 2.178 BT2. DSI -999.25U PR. DSI ..... k - 40 .438 C A L I. ~ I..., T [)¢PT. 4200.000 CIDP.L~TE l ~ ~'J ~. '[' F', 2.704 C i'~,l V R. P T'E', .I B P. P T ~ 2.740 C i I,,, . ...., *: ~ ,..~ 8 t,. ;~t E P - ,! 2.938 C A. L I,. ~X L T I 0-/~ ~:R- ] 99,.5 lg:09 '0~n.250 ll.,PH.bTg -999.250 I O~J~<. DTr2 -999.25(, -99o.250 I[,~i.DTE e, 5.449 N TH t'.}. ;,~ GS 0.4eg BTCO.LSS 0.392 GR.F~I 13.412 -~99.250 tDPH.DTE -9W9.250 ~DER.DTE -Q99.250 INVR.DTE -999.250 ILM.DTE 58. ] ~0 ;.ITHi~. NGS 0.2~8 DTCO.bSS 0. 395 GR. 12.835 ~TF~i. A~S -99q.250 IDPH.DTE -990.250 IDER.DTE -999. 250 Ib~VR. DTE -999.250 ILr4.DTE 52.659 HTHO. ~x!GS 0.288 BTCO.t, SS 0.397 GR.FP~I 12.636 848. 359 IDP~'. DT~% 897.840 IDER.DTE 898.0~8 INV..OTC 894. 775 IL~.OTE -999.250 }';THO, ;qGS -999.250 OTCO,LS8 -999.250 -999.250 ,458.3 13 I DP?t. DT:~ 457,056 IDER. DTE 457.5~4 I~VR 461.579 '999. 250 HTHO. h~GS -999.250 -999,250, '999.250 359 ~5 IDPH,.[:,TE 369.619 370.48'1, '999.250 ;ITHO. NGS '999,~50 D'.rCO. I,S8 -999. 250 GR -999.250 ~ TE,[,~!, A M8 -999.25n -999,25o -q99.25o -999.25o lO.79o -999.250 -999.250 94.975 -999.250 -999.250 -999.250 -999.250 9.845 -999.250 -999.250 93.108 -999.250 -999.250 -999.250 -999.250 8.270 -999.~50 -999..250 92°207 1 179 1.1.13 1,.11,8 -999.~50 .119.539 999.250 90.722 2.182 2.1.88 2.185 2 !66 -999~250 1.12.060 -999.250 90.162 2 779 2!779 2 705 ~.699 -999.250 11.0.1.66 -999.250 89.885 CI~P.DTE C~ER.DIE CILD.DTE SFLII.DTE HURA.MGS DT4P.D8I GR.~ER HRES.AMS CIMP.DTE C~E~.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.D$I GR.NER SRES.ASS CIMP.DTE C~ER.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.DSI GR.~ER MRES.AMS CIMP.DTE CgER.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.D$I GR.~ER NRE$.A~S CIMP.DTE C~ER.DTE CILD.DTE SFLU.DTE HURA.NG$ ~T4P.DSI GR.NER ~RES,AMS CIMP.DTE C~ER.DTE CILD.DTE SFLU.DTE DT4P.D$I GR.N~R PAGE: -999.250 -999.250 -999.250 '999.250 1.987 106.433 53.612 1.410 -999.250 -999.250 -999.250 -999.250 2.593 108.813 58.388 1.440 -999.250 -999.250 -999.250 -999.250 1.886 110.075 52.576 1.452 887.644 902.1,66 882.948 1'.482 '999,250 -999.250 37.:039 2,134 460,~31 ~.938 2.468 '999,250 '999.2~0 48.238 2.184 370,23'7 369.870 364.121 . 2,829 999.,250 -999,250 56.665 2,233 12 IS '"ape verJfi, cat..ion [.istJng Chlurnber,gc, r A!asK.'-3 (:orr, F'utir~(~ Cent:er 1(')-APR-1995 1.9:00 50~.017 IDP~.DTE 497.721 IDEk.DTE 513.352 I f4VR. I)Tk; 5U5.604 IL,~i. DTE -999.250 NTHO.NGS -999.250 DTCO.bSS -099.250 ¢;R.FMi -999. 250 ~T.F,,t,I. A~S 114~.690 :l. OPri. DTE 11B0.697 IDER.[)Tg i191.~V9 TMVR.DTE 1l 62.2'i6 IL),'~. DTE -999.250 HTHO. ~',iGS -099.250 DTCO. 'I'.~SS -999. 250 -999,250 MTEt,,!. 1()94.. ()60 992.907 .,I. DER.DTE 966.49~ %~,IVR.DTE 1002.838 I L ~t. 1,:) T E -999.250 -999.250 DTCO.bS5 -999. ~50 GR. -999.250 M TE"..~,~i. A ~S 662.fl.~2 I'DPH.i)TE 649,373 IDER,I)TE 605,032 .T.. M V R, t.) T g 633.336 1 Li!,l, i,)T g '999,250 HTHO o i"~GS '999.250 DTCO,hSS -999. 250 GR. F~I -999,250 MTF:F'~. A~S 3.287 3.303 3.013 2.g81 -999.250 1~.6'75 -999. 250 9.%.466 1.0~8 2.009 1,948 1 978 120.600 -999.250 9~.556 0.870 0.847 0.84.0 O.8bO -999.250 131,.619 -999.250 90.415 0.014 1.007 1.035 0.997 -999.25a 130.,t16 -999 250 88:968 1.509 1.540 1.653 ~,..579 25.861 99.250 0.994 0.983 1 008 '021 1. -999.25() !.37.016 -999.250 86.~96 CI~P.DTE CHE:P.DTE CILD.DTE hURA.NGS DT4P.D$I GR.NER ~RES.AM$ CI~P.I)IE CMEP.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.D$] GR.MER ~,RES.AMS C~BR.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P,DSI GR.ME~ MRES.A~S CIMP DTE ClbD.DTE SFLU.DTE hl,,l~A NGS DT4P:D$I GR.~ER ~RES.A~$ C!~P.DTE C~ER.DTE CILD.DTE 8FLU.DTE HURA,,Nf' DT4P,DSI GR.MER MRES.AMS CIMP.DTE C8ER.DTE CILD.DTE SFbU.DTE HURA.NGS DT~P.D$I GR MER t~RES:A.M$ PAGE: 13 333.388 332.652 30b.489 2.738 -999.250 -999.250 65.786 2.152 519.907 516.125 503 228 2:286 -999.250 '999.250 58.o23 2.221 1175.243 1188.929 1192.599 1.252 -999 250 -999i250 30 891 2,226 1034,479 985,040 1211,9e2 1. 847 -999:250 -999.250 50..47~ 2.112 621,'193 613,861 688,603 2.436 '999,~50 '999,.250 25,453 2.129 993.1'76 997.08.4 104t.007 1.890 -999 250 -999:250 29,:148 2,274 i ~', Pt~ . D'[F ~ . t',O 1 C[)ER. DT~2 1 [,~.. r~TF n. 989 C l L;,'~. i)Tg }~SG~. ~(~,$ -'9q9. 250 HCGE. ~'~ . ~,'G3 -qa9. vSO DT}. ~51[ -9q9. 250 P~. DS !. DI<pT. 2200.0(}0 CIDP.i)TE I ~ P H. D'.I.': e 2.925 C 1.) E '~. [) T g I~F;~ [}TZ 2 ~49 C?~'~Vt::l DTE HFK. ~,iG% -999. ?~50 HBHK. ~,IGS DT~. [')S'[ -999. 250 Pi'{. I)SI S~. x~ER -45.06 3 CALl. i,~LT DTPT'. !..800.0o0 CIDP.DTE I~P~. D'i'F, ,1.. ,1,. 1.4.5 CDER. DTE l' ~ E', P. P T.{'.: 1, 0.99 .,t, C i',,! V R. i) T [,.] HSC,~,NGS -9o9.25() HCGR..r~GS ~ F K. '.~",[G S -999.250 Ht~r.~K. N(;S D1'2. il)SI -999. 250 PR. PSI 8P gEP -42.1. '~5 a,L,!. I O-APR-.1995 i0~¢~9 6'1 7..,%0 ] 710.101 IDRR.DTE 712.7~3 I?tVR. ~.)TE 727. 757 IL,~ -99q.250 HTHt}..'~ (;S -999.250 DTCO.6SS -999.250 GR.F~'i -999.2b0 955.504 IDPH.;)?E 968.046 !DER. D'rE 1019.515 I~VR,DTE 9~6.563 -999.250 g THC.,. ,4GS -999. 250 OTCO. uSS -999.250 GR.F~I -999.250 692.991. IDP~i.i)TE 61)5.966 IDRR.OTE 567.333 INVR.OTE 632.627 -999.2b0 NTHO. :='~GS -999.250 DTCO.SSS -999. 250 G~. -099.250 ~T~(. A~S 3~4.326 IDPH.DTE ]70.264 I DF..,R, OT.g ]38.1,26 I ~tVR.,OTg 342.792 '999.250 HTHO. ?,}GS '999. 250 DTCO. bS8 '999.2~0 Gf,{. F~I -~99.250 1,65.755 IDPH.,. t)TE !.43. 872 IDER. OTE 184.668 li~Vg,. DTE 204.936 ILN.i,)Tg -999.250 -999.250 DTCO. bSS -999. 250 GR. F~'iI -999.250 41.237 IDPH. DTE 48.387 88.917 83.521, -099.250 '999.250 DTCO. hSS '999. 250 GS. F~I2 !.476 1.40~ 1.374 -99~.250 13@.068 -999.250 87.923 J..047 1.012 13.981. 1.014 -999 250 144:096 -999.250 84.909 ~..443 1.650 ~.763 1.581 -999.250 1,50.049 -999 250 83:748 2.602 2.701 ~.957 2.917 -999.250 121 644 -999:250 83.184 6.033 6.951 5.415 , 4.880 -999.250 153.397 -999.250 78.662 24.250 20.667 11.246 11,973 -999.250 93,446 -999.250 76,7.34 CINP.I)TE C~ER.PTE CILD.DTE SFLU.DTE HURA.NGS DT4P.D$I GR.~ER MRES.AMS CIMP.DTE C~ER.DTE CI[,D.DTE SFLU.DTE HURA.NGS DT4P.DSI GR.~ER CIMP.DTE C~ER.DTE CILD.DTE SFLU.DTE HI,IRA.NGS DT4P.DSI GR,MER MRES.AMS ClMP DTE CEER:DTE CILD.DTE SFI~IJ.DTE }tI.,IRA.NGS gT4[.DSI GR.MER ~RES.A~4S CINP DTE C~gR:DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.DSI GR.~ER ~RES..~M8 C!NP.DTE CgER.DTE CILD.DTE SFL!,J.DTE HURA.NGS DT4P.DSI GR.ME;R ~RES,A~S PAGE: 14. 710.832 713.~07 705.439 2.484 -999.250 -999.250 28.]86 2.296 999 34~ oo :]32 1011.063 1,766 -999.250 -999.250 30.918 2.439 619.457 587.468 679.]34 2.210 -999.250 -999.250 27.625 2.,499 341.887 339.068 364.8.76 4,349 -999.250 -999.250 26,726 2.504 96,520 89,295 171,820 4,983 '999'250 '999.250 33,868 2',,678 09 29 90:~84 42 266 30 029 -999 250 -999 250 36 637 2.737 IS q'ar-e verifi, cation ~,istinc~ chiun',ber,':]er A],asKa Comt~utin::Z Cent. er I) F P T. 1 .'.2. 00. {,, 0 "'. C i P TLD.PTF: 32.944 HSGP. ~]'G,S -999.25L) HCGR.qG5 NF~'. PGS -999.250 nTT. DS l -999. 250 PR. DS I b E p T. ! <':) O U. U 00 C l r)p. i~p~4.D're 32.842 C[)ER.OTE I u b:; ~'. r)T E 25.525 C IbP,D'rE 272,307 H S (; R. f,,] G S - 9 o. 9 . ~,.") S o.H C G R,..hl G S, HF~,NGS -999,250 ~bHK.N~S E,'r2. DSZ -999. 250 PR 10-;~PR-1995 10:09 21.72a IPP~!. D'rE -12.0~2 .T, DER. OTE 2].01~1 I~'.;VR. DTE b2. 499 I !',,,xq. DT~ -99~.2b0 -999.250 DTCO.bS8 -990. 250 6R. F~-'~I -999. 250 6.615 IDP'H. !)TE 11.312 IDER. OTE 38,862 Iiqv~<. OTE 3R.q12 I1,;'4. DTE -999.250 -999.250 DTCO.bSS -9~g.250 30. 848 IDPH. 30.258 IDER.t)TE c, 4.635 I~4VR.OTE 07.28,,1. I b:,¢. !,,)TE -99g. 250 -999.9,50 DTC(J..b$S -999. 250 GR. -999.250 3 5~9 IDPH.gTE 13 .' O 93 I D E R . 0 T E 54.059 I~qVR.DTE 18.94() I [,.,~, [.)T E -999.~50 NTHO.,NGS -9~9.250 DTCO.bSS -99g. 250 GR. F}aI -999. 250 ~TEM. A~tS 5. 386 IDPB, gTE 2,902 IDER.OTE 21.386 I M'VR. OT.6 23 · 042 I L ?,i. O T g -999.250 HTHO.NGS ~999.250 DTCO.i5SS -999. 250 GR, F~ ! 6.301. IDPH,DTE 3.486 IDER, OTE 46.94.. 0 I ;~ V R., D T E 61.082 -999. 250 HTHO. [,IGS '~99..250 DTCO.bSS '999. 250 GR. F,b~ I -999.250 42.152 1950.000 43.364 16.000 -999.250 74.511 -999. 250 77.927 151.169 88.405 25.738 25.699 -999.250 95.955 -999.250 77.358 32.417 33.0~9 15.471 14.863 -999.250 65.233 -999.250 80.401 281 800 18.498 52.797 -999,250 74.62] -999.~50 80,696 185.654 344 535 461760 43 4O0 -9'99i250 61 445 -999.250 79.394 1.58 710 286~g67 21.304 i6.3'12 -g99.250 65.264 -999.250 83.404. CIMP.DTE CgER.DTE CI[,D.DTE SFLtl.DTE hURA.MG$ DT4P.DSI GR.~ER ~IPES.~MS CIMP.DTE C~ER.DTE CILD.DTE SFLU.DTE HLIR,~.NGS DT4P.DSI GR.~ER MRES,A~S CIMP.DTE CMER.DTE CILD.DTE SFLU.DTE HURA.NGS DT4P.D$! GR.~ER NRES,A~S CIMP.DTE CMER.DTE CILD.DTE SFLU.DTE HURA.NGS BT4P.D$I GR.~E~ MRES.AMS CIMP.DTE CMER.DTE CIbD.DTE SFLU.DTE HURA.NGS DT4P.DSI GR.~ER ~4RES.AMS CI~P.DTE CgCR.DTE CILD.DTE 8FLU,DTE HURa. NGS OT4P' .DSI GR.~ER ~RES.A~S PAGE: 15 49.559 35.923 21.384 ~1.052 -999.250 -999.250 24.702 2.706 40.408 41.235 14.247 93.611 -999.250 -999.250 49.487 2.708 64.180 62.926 30,355 125.632 -999.250 -999,250 24.862 2,565 30,448 39,178 3.671 .238.636 999;250 -999,.250 26.388 2.646 2:] 19 5,624 526 282 -999i250 -999.250 24.050 2,632 54.503 52.452 6.349 -99 250 '99' 250 27.26! 2.564 IS Tane Ver~.fieat. iom ehlUn, berger AlaSKa Co,r[~tino Cent. er DFpT. 50. 500 CID I'~EP. E, TE -999.250 l: L r~. D ~.i,' ~: - 9 n 9.250 C i .L t,~. O T E HS(;~, ~'G8 -999,250 ~ICGR ,e 9 9. , P7:'2. DS1 -999. 250 PR. l,)SI S P. ~ F ~ - 999.250 C A '[., ,I, ~',,'~ 1., T END OF DATA **** FILE FI'L[:". I,~A;',,~E : EOIT ,002 SERVICE; : FL, lC VERS:,IOr,~ : O01CO1 D ~'I'E : 95/0411.0 iO-A. PR-1995 .19:09 33.0~0 IOPH.O~'E ~3.6~2 IDER.DTE 95.084 IMVR,OTE b,¢.365 IL:4,DTE -999.250 '999.250 DTCO.bSS -990. 250 GR. F~-4I i2.978 I DPri. i')TE 5.212 IDE~.DTE bi ·397 IhVR.DTE 64.7i~9 II,i'4. DTE -999,250 HTHO, t~iGS -999.250 DTC(.),LSS -9,99 · ~0 GR. Fb~I -999.250 ~TEi:,!. A~S -n99,250 -990,250 IDER.DTE -090.250 I ~,VP,. OT~; -999.~.50 IL~.'!, DTE -999.25{'3 -999.250 DTCO.6S5 -999,250 -999,25r) 29.464 22.903 10.517 11.855 -999.250 97.983 -999.250 78.540 77.053 19!.873 19.456 15.435 -999.250 81.523 -999.250 84,495 999 250 2999~250 -999,250 999,250 2999.~S0 -999.2~0 -999.~50 -99~o~50 CI,~P.DTE CYEP.DTE CILI).DTE SFLU.DTE HURA.NGS DT4P,DSI GR.MER MPES,ANS CIMP,DTE C~£R,DTE CILD,DTE SFLU,DTE HURh,NGS OT4P,DSI GR.MER MRES.AMS CIMP,DTE C~ER,DTE CILD,DTE SFLU,DTE MURA,NGS DT4P,D$I GR.~ER M'RES.AM$ PAGE]: 16 86,81] 90,959 35,464 16,383 -999,250 -999,250 23.345 2,729 59,19~ 54,986 15,666 45,146 -999,250 -999,250 24.515 2.493 2999 250 -999.250 -999,250 -999,250 -999,250 -999,250 IS ~ac'e Ver!flcat. i. cn .T,isti. nc~ CblUn',beruer .;laska Co~,~putinq Center i O-A~'R-1995 lg:09 SA..'.'iPI.~] RATE: c,.75 F'i". .... ,~[.)N PIP RET,.51,STiViTI[~o CHAi'ii'iEI.:S AOlO A020 AO30, AO6a, AG90 ARE Cr'RRECTFD 1 {~LRT1CAI, RFSOLf!'~I[JN C[iAI',~NEI,S AYD ~,~FRE ACOUIR~TD FOR BOTH RI.]~'.~S ~2 ANI3 ~. C:-iAPib]~:I.,S DC20, DC3~, DCbO, DC90 ARE THE DIP CORRECTED Rl;i~ ~ 3 f]f~l,Y. Cb;Ah:~;E[,5 ATt 0, AT20, AT30, AT60, ATE0 ARE THE PAGE: 17 TAB!..,['..; TYP~ : CGi'i$ C "": ._ El X P L 0 R I 0 N m p a N a m e I '[ Jr i Fr.:~ !,~ I i~DCA'~ eld Name API.~',~ 50-629-22532 FIi,, 5112'~l S 1:& 4423' FEL SE:CT 3 R~,JC 20E N A T ? g S A W 1 T ?; T. P U T l",~ A N SON 629!.. 39 PPAT ICE PAD E',PD FT 0, .A P (;' FT 4 1,, 9 E ~ F F T 3 3 E~L FT 4 { BLI FT t, 1609, T 1.., I F'T 5 0. DF[) G/C3 DFU S 46. Well Name API Serial Number Field 5oeation Section Township Range County State or Province. 'Nation Witness Name Service Order Number Permanent datum Elevation of Permanent Datum Log ~'leasured From Above Permanent Datum E!evatl. oD of Kelly Bushing glevatlom of Derrick Floor Elevation of Ground Level Total Depth- Driller Total, Depth '- Ii~ogger Bottom Log Interval Top I.,o~ Interval Dr,,,,~i~ c, Fluid Type Drll].~nq Fluid Ph Drilling F~ula V~scosity Dr~ll~n(~ Flu~o. boss Resist~.V~ty o~. ~ud Sample IS ~a~"e veriflcmtiom ~,isti~o ChlUmherg~r AlasKa Ce,,~>~tinO (,enter 16-AP~-1995 lo:09 PAGE: 18 ~$"l' 9a~F ~2. ~ud m e Tem~erat ~,~FS O~r,'~ u.~3 Resls i tY of MUd F1 te S ~w~ DEGF 72. ~ud Filtrate Sample Temperatu R~IC$ nH~ 1.4g Resistivity of .Mud Ca~e Sam~l aCS~ DEGF 76. ~lud Cake Sample Temperature 'rCS 13100 9-~.,AR-95 Time Circulation StOpped 9~T DEGF 176. Bottom Hole Temperature T~,6!,E TYPF. : CuPV PEF'! DFP~ r.~e~th AOln .~IT ~ 'VERTrC~L ~;SPO~.~SF., 10 ~AD1AL ~.",IDPr3I~.~ R~SIS'I~IVI. TY A02O ~IT I'VER'I'!CAb aESPOr~SE, 20 ~ADIAL ~:~'.IDPOINT RESISTIVITY A03~ nit I'VEiP'I'ICAL. RESPO~,SE, 30 RADiAb alDP(jINT PESIATIVITY AO90 II. 1 VEPTTCAL RESP~'JS'.S~. 90 RADIAl ..... ~.iI[)POINT RESISTIVITY DC2n lit 1' VERTICAL RESPONSE, 20 RI[.~IAL N~I.D[~O!NT RESISTiViTTY., DIF CORRECTED DC3O lit l' 'V'~RTiCa[, PE.SPONSE, 30 RIDIAL ~iDPOINT RESISTIVI Y DIP CORRECTED DC60 mit ~' V~RTICAL aESPOmS~;, 60 ~ADIAI~ ~IDPOINT RESISTIVITY DIP CORRECTED DCgO alt 1.' VERTICAL PESPONSF., 90 RADIAL ~IDPOINT PESISTIVITY DIP CORRECTED ATlO ~IT '2'VEPTICAb RESPO~.!SE, 10 RADIAL ~.~IDPOINT R~$ISTIVITY AT20 lit P[VERTICAL RD]SP(}'~.:SE, 20 RADIAL ~'~I[)PF)I~;T RESISTIVITY AT30 A. IT 2 VERTICAL RESBf. INSE~ 30 RAglAL .~IDPOINT RESISTIVITY ATt)O lI'r 2'VERTIC.~L RESPONSE, 60 RADIAL MIDPOINT RETSISTIVITY iq'9~ AlT 2'VEPTiCAL ~.ESPONSE, 90 RADIAL, ail}POINT RESISTIVITY ** ~AT.b FORUAT SPRCI. F!C~TION RECORD 1,.,~ *ar>e qer.[fi, cat. ion Listina chlun',k:'er;~er AlasKm C.o~rr.'utlnc Center ) 0-A,PP-1995 .[9:{)9 PAGE: 19 Ill~ItIIIIIIIIIIlIIIIIIIII~III · r y ~ e; R E; P P C L} I_) ~ '~t ~ L 1,I k: I I l~lllllilll~l~llaIIlllllI I 5 6_ b 6 h 0 66 1 I. IIlI[IIIll II II ~I I IIIIIIIlIIII ORDER # Lr?G A01C' AIr Oii~,.~,~ 6201.)9 A~3C, .~IT UH~'q~=, 629139 An6o AIT OH~.~'~,~ ~2ql]9 00 AO90 AIT OM~'~D,', 6291~9 DC2r, AlT CDH~;M ~29139 DC30 AIT OH~:~X 629139 DC60 a, IT OMM?,~ ~2913~ 00 AT1.0 AlT OH~',?~ 6~9139 (')0 AT2F~ AIT dHt,'~ 629139 00 AT30 ,AIT OH;4~'~ 6291.39 0 AT60 AlT OHY~, 629139 ATg0 AiT OH~:"~% 629139 lYPF CLASS 0. 00 000 00 000 00 000 00 000 00 000 00 000 O0 O00 00 000 00 0 O 0 00 000 00 C) 00 o 0 00 0 00 000 00 000 O0 N 2 2 2 ?. 2 9.,. 2 IllIIIllI IIIIIlII II II.II 1 I 4 0000000000 1 1 4 68 0000000000 1 I 4 6@ 0000000000 1 1 4 6~ 0000000000 1 1 4 68 0000000000 1 i 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 I 4 68 0000000000 1 1. 4 68 O00000000d 1 i 4 68 0000000000 1 I 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 DEP~r'. 11, 603. 900 A060. l I'¥ 4.9 !. I)C60.AIT 4.81 AT30. lit -999. 250 IDFPW, 11,599.900 AO60.~IT 4.963, DC~O.AI']' 4.905 AT30.AIT -999.250 DEPT. 11399.900 AR60.AiT 6.121. DC60,AIT 5.963 AT30,AIT -999.250 DEPT. 11199.900 AO60.AIT 49.324 DC60.AIT 50.576 AT30.AIT -999.250 AO10,AI'~" 5.3'48 AO20.AiT 4.790 AO30.AIT AOoo. AIT 4.988 DC20,A!T 4,72.4 DC30 AlT DCgO,AIT 4.896 ATIO,AIT -999.250 AT20:A'IT AT60.AIT -999,250 ~TgO,AI'r -999.250 a 090 P, C 90 ~N ',r 60 0C90 A. T60 A010 OCgO AT60 .AlT . AIr .AlT . A I T . A . A I . A I? .AlT .AlT ,AlT .AIT .A. IT 5.B26 AO20.AIT 5.002 AO30.AIT -999:2b0 ATgO,AI.T -999 250 5.967 ATt. O,AII -999.250 AT20.AIT -999.250 ATg0.AIT -999.250 1950.000 A[)2C,.A'IT 26.766 A030 AIT ~4.453 DC20,.AII' 25.053 iDC30."AIT 47.21.0 h'I'l O.AIT -999,250 AT20.AIT -999. 250 AT90. AIT -999. 250 4.736 4.704 '999,250 4:.~29 4. 75 '999'250 6.088 5.904 '999.250 460 -999.250 ~I$ *ape veri. ft. cation I,ist.i.n~ ,cb,,kuiT~ber~l~r Alas~<a Con',putirla Cen~7~r' AT30. A!T -999. 250 ,%'.~ 6 (). ATT DFPT. .10599.90(.} AO10.A!Y AOOO.AIT 5.973 ~OgO.AIT [;C6~.AI, T 7.459 DCO0.AIT g'r3~.A!r -999.250 ~T60.AIT DFPT. 10309.90t) &[JlO.AIT Af]bO.AIT -9q9.250 ADgO.AIT DP60.A.IT -999.250 i3CqO.AIT AT3~.A,[T -909.25t, ~.T60.AIT DEPT. 9999.900 AOI. 0.AIT A06©. A 1. T 4.5n2 ,~,Og0, A IT DC60.AIT -999.250 Dcgo. AIT A ®3c~.AIT 4.c' .,- ~,, T ..... ~9x , t, 60.A,I' DFPT. 9799.900 A..f36o. A I'l' 5.787 AO90.AIT D C 60. ~,, I T - 999.25 ~,.,} D C 90. A I T AT30, A',[T 5.597 AT60.AIY DEPT. 9599.900 AOIO.AIT ,AO60.AIT 6.993 AogO.AIT DC60.AIT -999.25~ ~)C~O.AIT AT30,,AIT 6.3R'7 AT60.AIT A O 6 C~. A ,.[ 'r 6.250 A F; 90. A I T ,DC6O, A IT -999,250 Dcg0.AIT A T 30. A ',[ T 5. i,~ 22 A T 60. A ,; T 10-APR-1995 10:09 1].914 AO20.AI'r ~.898 DC20.AIT 8.6~1 a?I. 0.AIT -999.250 ~T90.AIT 14.742 7.746 DC20.AIT 7.260 ATIo. AIT -999.2~0 ATgO.AIT 10.949 AO20.AIT 5.8~1 DC20.AIT 7.~51 gTIO.AIT -999.250 ATgO.AIT '999.250 AO20.AIT '999.250 DC20.AI.'I? '99~.250 AT10,AIT 'O99.250 AT90.AIT 339.5~6 AO20.AIT 9.016 DC20.AIT -999.250 ,~TIO.AIT 8.388 ATgO.AIT 7.187 A020.AIT 4,504 DC20.AIT -99g.250 ~T!,0.A!T 4.7~3 ~T90.AIT 9.0Z6 AD20.AIT 5.816 DC20.AIT -999.250 ATI. O.A!T 5.376 A .1.7'90. A I T 12.559 AO20.AIT 7.060 DC20.AiT -999.250 ATI().AIT 6.209 ATgO.AIT 8.728 AO20.AIT 5,703 DC20,AIT -999,250 AT10,AIT 5.372 .~Tg0.AIT 10,~ A020 AIT -999.250 ~TI0.AI,'_' ~F 4.737 ATOO.AIT 8.729 A020.AIT 6.298 DC20,A,IT -9!~9,250 ATIO.AI'r 5,598 8.324 8.421 -999.250 -999.250 10.078 ~.898 -999.250 -999.250 6.627 7.73l -999.250 -999.250 -999.250 -999.250 -999.950 -999.250 9.912 -999.250 292.245 8.859 4.758 -999.250 7.330 4.959 6.340 -999.250 8.690 5.601, 8 018 -9992]250 10,330 6. 499 5 896 -999!250 8 441 5.611 4,919 '999,.250 6,071 4.9:39 6 773 -999i250 8,225 5.943 AO30.AIT OC30.AIT AT20.AIT AO30.~IT DC30.AIT AT20.A£T AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AiT AT20.AIT AO30.AIT DC3O.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30 AlT hT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT PAGE: 20 8.387 8.463 -999.250 10.039 8.145 -999.250 6 452 -999.250 -999.250 :999,250 999.250 8.9~7 -999.250 9.964 4.627 -999.250 5.068 5.933 -999.250 5.839 7,442 '999.250 6.439 .9995' 5. 656 4.827 "999.250 4,859 6.399 -999,250 5,736 ,IS Tar'e Verifi, cation Lisr_ir;o ;CblUmberqer Alas~m Corr~puttno Center 8509 3 -999 4 AC6C,~IT 7,335 DC60,A[T -99¢.250 DCO0,~IT AT30.A.£T 0.442 DF.PT. 7799,900 Ai')10,AIT AO60.,Aim 3,503 ,aOgO.AIT DC60.~tT -909.250 Dcgo. ATT AT~DoAIT ,4.510 AT60.A~T DY, PT. 7599,900 AOI, O,AIT AOOO. A IT I, 28! hO90 D C t5 O, A I T - 999,25 (.~ g C 90: A I T AT30, l !'!" 1,622 AT60,AIT DEPT 7399,900 A.L],I 0, AIT AO60:AIT 4,268 AOg0,AIT DC60.AIT -999.250 DC90.AIT AT'..tO. A IT 4.305 AT60.AIT D~P'r. 7199.900 AO1.0,AIT Arl60,AIT ..i,613 Aog0,AIT DC60,AIT -999,250 Dcg0.AIT .AT30,AIT 4,525 AT60,AI'~ 1 q-~,~?R-~ 995 lO:r)9 6.732 AO2h.A][T 7.411 [)CPO.AlT -999. 250 ATIO, AlT 6.1.70 4.62:[ ~,050 DC20,A!'¥ -099,25a ATI0,AIT 4.005 AT90.AI'[ 8.7°0 ArJ20,AIT 7,652 DC20.AIT -999.250 ~'!,O,AIT 5.q75 ~ToO,al'r 7,890 AO20,AIT 9,576 OCP0,alr -099.250 ATI0,1IT 6,754 AT90.A[T 16,917 10,737 ~£20.AIT -999,250 8.6'12 ~T90,,aI'r 8,7"/9 A[120,AIT 3,5,40 I)C20, A!T -099,250 AT10,AIT 4,121. ATgO.AI? 2,038 AO20.AIT 1.341 9C20,AIT -999.250 AT10,AIT 1,480 ATg0,AIT 4,163 h. O20,AIT 4.349 DC20,AIT '999.250 ~T10.AIT 4.335 ATgO.AIT 5.1.05 AO20,AIT 4'848 DC20,AIT -999.250 ATI0,AIT 4.570 ATg0,AIT 4 · '750 A 020 . ,h I T 6. Pt)l. DC20,AIT -999,250 AT10,AIT 5.970 AT90,AIT 9.7~7 AOPt},AIT 5.715 DC20,AtT -999,250 gTI. O.A!T 5,974 AT90,AIT 4.924 -999.250 10.154 6.543 4.090 -999.250 4.525 4.146 6.242 -~99.250 9.419 6.448 6,720 -999,250 7.387 7.180 9,245 -999,250 18.908 8.759 4.416 -999.250 8,69.3 4.127 1,494 -999.250 2.404 1,544 4, 342 4,138 4.547 4 425 . -999,250 5.120 4.935 4,876 -999,250 4,966 6,275 6.721 -999.250 9.467 6.366 AO30.AIT DC30.AIT AT20.AiT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30,AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO]O.AIT DC30.AIT AT20.AIT AO3C!.AII DC30.AI AT20.AIT A030 AIT DC]O.'A T AT20,AIT AO30.AIT DC30.AIT AT20.AIT PAGE: 21 5,808 -999.250 5.423 4.024 -999,250 4.017 6.403 -999.250 6.462 6 958 -999:250 6.492 10.829 -999.250 8.241 4,003 -999,250 4,714 1,377 -999,250 1,778 4 433 4.31:1 4,455 -999,250 4,454 5.139 '999,250 5.166 6,078 -999,250 6,113 ,IS va..n.e V~.r!fication I'.,istin~ ,,chlumber,:~]er g].asKa ComP~lti}~G Center [)W:PT. 6199.900 An60.~iT '7.179 A<~90.AIT DC60.AIT -999.250 Dcg0.AI'£ AT30.AI~~ 0.798 AT60.A!T DF.PT. 5999.9c~0 A01 0. AlT AO00. Ali' 5.49j. ~,'39£). AlT D~60. A IT -999. 250 I)CgO. AlT AT30. ~IT 5.32 I. ~'f60. AIT DFPT. 57 c~9.9~.<) AO10.AIT AO60.hI? 2.35I AO90.AIT DC60. ~iT -999. ZSt~ DC90. AlT AT30.~IT 2.667 ~T60.AIT DEPT. 4,999.900 aOIO.A'IT AO60.AIT 2.312 AOgO.AIT DC6¢).AIT -999.250 DCg0.A!T .AT30.AIT 2.471 AT60.AIT DEPT. 4770.t50 aO10.AIT Af}60.AIT 2.65'9 DC60,AIT -999.250 DCoO.AIT AT30.AiT 2.983 AT60.AIT iO-APR-1995 19:09 7.623 AD20.AfT 7.&45 OC20.AII: -q9~.2b0 AIIO.AI'r 6.39~ AT90.AIT 6.011 A[}P0.AIT 7.235 DC20.AII -999.250 ATIO.AIT 6.509 aT90.AIT 9.971 ~O20.AI'r 7.534 ~C20.AIT -999.250 AF~O.AIT 6.~92 ATgO.AIT 5.816 AO20.AIT 5.798 DC20.AIT -999.25~ ATIO.AIT 5.564 ATg0.AIT 3.442 AO20.AIT 2.526 DC20.AIT -999.250 AT10.AIT 2.436 ATg0.AIT 4.21.0 AO20.AIT 3.]74 DC20.AIT -999.250 ATi0..~IT 3.~97 AT90.AIT 1.403 .AO20.AIT .1..012 DC20.AIT -999.250 ATIO.AIT 1.027 AT90,AIT 2.749 AO20.AiT 1.862 D~20.AIT '999.250 A I0,AIT 1.960 AT90,AIT 2.923 AO20.AIT 2.429 DC20,AIT '999.250 ATIO.AIT 2.408 AT90.AIT 3.513 AO20,A, IY 2.614 DC20.AIT -999.250 AT10.AIT 2'404 ATgO.AIT 3.812 AO20.AIT 5.885 DC20.AII -999.250 AT~O.AIT 1.926 AT90.AIT 5.614 -990.250 7.682 6.892 6 041 -999~250 5.965 6.006 6.965 -999.250 10.035 6.827 5.166 -999.250 5.824 5.938 2 770 -999:250 3.490 2.608 3 544 4. 126 3.390 1.188 -999.250 1,.398 1.048 2 15 8 -999: 250 2 828 2: 036 2.49~, -999 250 2:985 2.517 2.765 -999.250 3.570 2.664 3 109 '9991250 3 74,3 1 63,3 AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AiT AT20.AIT AO30..AIT DC30.AIT AT20.AIT .AO30,AIT DC30.AIT AT20,AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.AIT AO30.AIT DC30.AIT AT20.A. iT AO30.AIT DC30.AIT AT20.AIT PAGE: 22 6.037 -999.250 5.926 6.363 -999.250 6.068 6,896 -999.250 6,947 5.267 -999.250 5.191 2 560 -999:250 2.856 3.340 '999,250 3.484 1.090 '999.250 1.183 1.978 -999.250 2.227 2.388 - 999 250 2:545 2.570 -999.250 2.7.47 2.724 -999.250 3.008 verification hist]no ,CblUmt. erger AlasKa Con',f:,utJ. Dc Center ]O-AFR-! 995 lg:o9 PAGE: 23 FIL~7 ~]AH~ : FC]'T .O02 M,AX RF:C S~ZR : !.0~4 FTLF' TYP~.: : LAST FILE : FTLW I',IAI~:E : FDT.[ .O0.~ SFRV IC~ : FL, lC VF.R,~ IO?~ : 001CO1 ~'4AX R~TC SIZE : 1.02.4 LAST F I'(.,g aP CXPLr) RATION APl ~50-629-22532 ~' I L D C A T NO~Tb~ ,SLOPE, ALASKA ********v**** TAB,T.~E TYPE : CONS T U ~",,! ! V A L U D g F I CN ~,~pE×ONpbORATi ComoanV 'Name FieldN ame API~ Fl'., SEC? Well Name ,AP1 Serial Number Field Location Section Townsnl. p Range County verification [,ist inc~ Cb.lUg'.berBer alaska Computina Center iO-AFR-19Q5 .19:09 PAGE: 24 mmmmmmmm~mmmm~mmmm mm~m mmm m mmm ~m m mmmmmmmmmmmmmmmmmmmmmmmmm m m m mmmmmmmmmmmmmm NITT USA ~stlo~ ~IT'.~ T PUTi~I>~ witness ~ame SCi, 6~9139 Service Order Number p~Aw ICE PAD Permanent datum EPD FT O. Elevation of Permanent Datum b~*~' ~B Log Measured From A~L~ Ff 41.9 AbOve Permanent Datum EK6 FT 41.9 Elevation of Kell~ BUShing EDF ~T 33. Elevation of Derrick Floor ~l, F'r 4 i Elevation of Ground Level TDI) FY 1{651. Total Depth - Driller T~b w'r 1].~25. Total Depth - Logger Bt.I r"r 11o09. Bottom Log Interval 'fiji ~"1' 50. Top bog Interval ~)FT Ii.,S{~D Drill. inn Fluid Type i.)~a c/r'? 1,2.4 Drilling Fluid Density DFP~ "' 9. Drilling Fl. uid Ph DFv S 46. Drilling Fluid ViscoSity DFb ~3 4. Drill. inn Fluid boss ~S oH~,~a I 32 Resistivity of Mud Sample ,, ~'-' ~$T O~:~,,~ ~ud Sample Temperature . R~FS OM~M 0 ~3 Resistivity of Mild Filtrate S ~FST , ' ' * t . [,Et.,.~ 7~ Mud Filtra e SamPle Temperatu ~C~ Oi-{~,! ! 4~ Resistivity of Mud CaKe Sampl NiCST DEGF 7'~, Mud Cake Sample Temperature TCS 13;00 9-MAR-95 Time Circulation Stopped ~T DE6F 17~, Bottom Hole Temperature TYPE : C[iRV DEFI NPIHB :!,,DS Enhar~ced 6UlK De~slty ~:DpF LDS ~;nhanced De~$it.y Porosity RBO~ I.~D8 [%ulK Densi, t~ D~[i LDS Bulk Oensity Correct]on DPO [?DS Density Porosity pEF[, P~ T .... [EC. IC ~ C,rOR F~O~4 THE FA~ DETECTOR LCA[, [,[>$ Ca].i~er Tape V~rificat~o~ Listin~ ,¢h]u,':~eraer ~la$~a ~,omput~no Center 19:09 PAGE: 1 2 6,6 0 73 32 66. 66 73 65 6~ O.Ob3 65 65 PI" 66 6g 66 1. 66 1, T~.'PE:- CHA 629139 O0 629139 O0 6z. 139 O0 629~39 O0 629139 q 0 62 g I 39 00 629~" c 3 ) 00 629~39 00 FILE NUi~ i,J 1~ B $ E REPR PR© ESS OD N U~'i8 $ A 5; [-: EBE~ CODE (HEX) 3 1 1 4 68 0000000000 3 I. I 4 68 0000000000 3 1 1 4 68 0000000000 3 1 1 4 68 0000000000 3 I 1 4 68 0000000000 3 1 1 4 6~ 0000000000 3 1, 1 4 68 0000000000 3 1 1, 4 68 0000000000 25 2.56.8 NDPh. LD8 4 706 RHOM.LDS 4.706 P ~.: F b. b 1) S 3 ." .4 O 7 h C A L. 1:.., O 8 2.570 ~,~ DPH'. bi)5 3 503 RHO~.LDS 4.333 PEFL.Lb5 4:055 LCAT.,.LOS 2.385 N D P H. :1:.~ D 5 ! 7.017 R HO M. I.,, D S 2.566 'N[)PH,LDS 6,421 RNOM. I...,D8 5.956 PEFL.hD5 3,672 LCAL,,t, D8 8,696 2.578 8.812 2,390 8.777 2.552 9'533 Cbltlnlber<~er &] a.sKa Cor~p, utir':,c~ Pent;er O. -999 0 u 00 9 b 06 . c) O 9 -999 q q 9 9 0 0 0 - 99 c, ~ 600 0 0 0 82 o t..~ 0 - 800 o 780 O 0 - 0 1 O-APR-.'/995 19109 2. 555 ~,) [.> P !-t. bPS 6.271 PEFL.hDS 9..506 ~!i>PH.. bP8 9.3i~6 PI<F'b. BPS -999.2b0 NDPd.~DS -ggg.2b~ PEFL.bDS -o99.250 NDPH.LDS -q99.2b0 PEFL.LDS -999.250 NDPH. !_jD8 -099.250 DEFL.LD8 -999.250 NI)PN. bO8 -99q.250 PF:Fb. l.,P8 -qgg.250 NUPH., b[)5 -999.250 PEFL. ~DS -q99,250 NDP~.bDS -QgQ,~5O DEFL.LD5 -999.250 NDP;i, bDS -999.250 PEFL.LDS -999.2~0 NDPH. l,[)8 -999.250 PEFL.LDS 2.545 NDPH.bD8 6.4~47 PEFfl, bD8 2.~5 NDP}"t. LD8 11..857 PEFD, I.,DS 2. 436 NDPH. bDS 13.265 PEF,[~. LDS 2.,470 NDPh.bDS 1 ~. ~ 60 PEFb. LDS 2.312 NDPH. liDS 2 ~. 485 P E; F 1~. !u, D ~ 2. 435 NDPH. I..,DS 13.120 PgFb.hDS 3.369 4.252, 7.974 4.521. -999.250 -999.250 -999.250 -999. 250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -c~9g, 250 -~99. 250 -999.250 -999.250 -999.250 -999. ~50 6.487 4.333 1.857 13.513 13 2t~5 1 160 20.546 3.697 120 1~'932. 2.4, 578 PAGE: 26 2.547 9.551 2.495 9,659 -999,250 -999,250 -999,250 -999.250 : 9o 25o 999~250 :999.250 999.250 -999,250 -999.250 -999.250 -999.250 -999,250 -999.250 -999,250 -999,250 2.545 12,698 2 455 2,436 13,638 2,470 13,390 ~,296 12,337 2.435 13.899 2,240 12,.192 IS Ta~e Veri1!.i cat] <>n l.istiDo - - 0 ,, . b E: 'P T. 72 (> t,. (: 0 £, D R H, I. L' S t'. 0.1. 5 (., C b 026 DFPT, 6000. O00 PRH. LDS O. O ! 2 DFP?. 64. C. 0. (.~0 i) D F P T. 620 ~,>. ¢> 0 I; P,,R~. I,,'DS -0. O08 D F: P !'. 5 ~:.' 00.000 F?RW. LD8 O. 007 000 002 DEP?. 5200. OOU D,RN. [.,[)$ -0. 008 ,',500 i,l. 0 C~ 0 - 0 o 004 ' ~ ',.) t ~ . D E ~, 1,, 4 g o 0.00 (,, O ~ I:!, I.., [) S 0.00 5 DF,PT. 4758 P.' R .~ ,. [, [) $ - 0 1 <}-Ai:"P- 1905 2.6~5 ',fPP t~. bP,S -0.55g 2.426 NDPd. LD,b' J ~.:!. 6t)4 PEF'I,. I,DS 2.358 17.726 2.342 kJDPH.LDS lq. OU6 P!SFI.,. bD$ 2.429 bPPH. t.,BS 1].525 PEFL.t,D8 2.375 ~.~DPH. BDS i6.6~0 PLFb. LDS 2.373 ,~JDPH. 17.~70 PEFL.LD$ 2.3 ~ 3 16.225 PEFL.LDS 2 3U7 2,3~5 NDPH. 17.843 PE!~"'E. LD~ 2.237 NDPH.LDS 26.,4'1~ PEFb.bD8 2.274 NDPH.4D8 21.970 PgFh.bDS 2.320 20.339 PEFL. L, DS 2.307 NDPH,LDS 2.558 NDPH.bDS 5.788 -0.55g 5. 13.604 3.536 17.726 3.735 19.006 4.435 13.525 3.288 16.680 3.664 17. 067 3. 508 16.2.25 3.274 20.832 3,244 17.32:] 3,625 25,376 2.875 22.925 .3.0 31 20,004 3,329 20,90g 3,150 5.788 12,982 [,CAI.,. I,DS RHOF~. LbS LCAL.I,DS R~O~. L DS LCAt,.[,DS RH(1N. LDS LCAL.I, DS RHO~. 1.., D 8 LCA!.,. LDS RHU~.LDS LCAL.[,DS LCAL.LDS RHON.LDS 4CA L. I,,DS RHO~. LD8 LCAL.LDS R H (,tM. LDS R}~OM. LDS 4CAL. LOS RHDM. LDS bCAL.LDS RHON. LDS LCAI,. RHOM. LDS LCAL. LDS RHO~. 5DS LCA[, . LD8 PAGE: 2,665 ~4,212 2,426 15,592 2.358 13,777 2,342 12.713 2,429 15,719 2.375 1.4.675 2.367 12,303 2,383 14.067 2-307 12.777 2,356 13,461 2.217 1,3.555 2,289 13,04.2 2,315 12.601 2.306 12,434 1,~'.558 , .4.1.6 27 IS 'rar, e ver~f!,cet!..on chlumherqer Alaska Cop~o~tinq Cemter 10=ht:'.q-19~5 1, q:O9 PAGE: 28 **** FILE .q g A i.'-,E R **** I/"TL[' ~AI,',E : EDIT .004 SFRVICE : ~blC VFRS I0:'~ : OOICOI DA!.T : q5/b4/l() ?igC. ~FC S~Z~7 : 1074 FILF' TYPE ~ LC LaST FII,E : 6P t~XDLOR~TION APl ~50-b29-225.~2 !~ ! I., O C A T N[)I~T[':~ SLOPE, ALASKA FILE EDIT.O04 8A~;~P[,E ~,~TE: n.]667 FT. ,APS HI RESO[..,U'~i:I[)N EPI'.'rNERI'4AL ~4giJTkO~,~ TOOl,., (IPLT TOOL STRING) CN BP E×PbOAATION Com'pan¥ Name F~i wlLDC~,T FieldName w~ BADAMI ~4 Well Name AP!~'~ 50-629-~2532 API Serial Number FL 5112' FSb & 4423' FEb Field Location SEC~" 3 Se, ctl, on R~i'~!~ 20g ~anqe CO!)~ NORT"~ SLOPE County ST~' ~LA, S~A State or Province N~I:I USA Nation ~IlT~,:, T PLiTNA~ l~i, tness Name $0~,! 6~91,,39 Service ~rder ~um~e,r PDAT Ifig P~,!) Permanent datum ChlUmbera, er ,'%lasKa Cc ,,~utinc Center i o- ~:'p-l, gg5 i 9: ('.'9 PAGe: 29 bOg ~easured From ADove Permanent Datum ~levation o~ ~ell¥ gus~inq Elevation o~ Derrlc~ Floor Elevation of Ground Level Total. Depth - Driller Total Depth - bo~ger Bottom Log I~terval TOD Log Interval 9rtllinG Fluid Type Drilling Fluid Density Orillln~ Fluid Ph Drlllin6 Fluid Viscosity Orillim6 Fluid Loss ResistiVitY of Mud Sample aud Sample Temperature Resistivity of Mud Filtrate S ~ud Filtrate Sample Temperatu MUd Ca~e SamD1 1.48 Resistivity of 76. ,~ud Cake Sample Temperature 1,3:00 9-~R-95 Time Circulation Stbpped DEGF 17b, Bottom Mole Temperature T~Sl.,h; TYP~ '. CU~V DEF I D~P',r' [)e~th APSC ~PS Epithermal Array Porosity SanOstone Corrected FPSC ~,PS NEARiFA~ C(]~RE, CT~.'.[) SANI)STONt; POROSITY AN~:C APS Near 6~>ltnermal. Detector Countrate AFEC APS war Eplt'hermal Detector Countrate ENF;~ APS Oead-Time Corrected Near/Far Ratio E~F~~ ~PS ~>ead-Tin~e Corrected ~,~ear/Array a ~ ;,~v ~41cr~-Inverse Resistivity aNO~ V,i cro-Uor~aa,l aeslstivity ** 9ATA FOaI.~AT SPE;CIF!CgTIO~,J g~ECI'[iPD ** lS "'ape Verification f,,isti, n.~ chlumberger AlasKa Computtna Center lO-/~PR-19q5 30 V IC~ A, A AP1. :ILE N B {]~B SIZ RE:PR PROCESS r:~t-~'OL~ ~ bOG TYPE CLASS Y, DD NUMB SA~'P EDEN CODE (HEX) ;';7 ......... ;;;'"' .... ;'"' .......... '" ..... '"" ..... '"'";';'" 2 39 nO , . O0 4 I I 4 68 000000 0 0 ~29139 O0 000 O0 0 4. i 1 4 68 OOf) O000000 629,t 39 O0 o0o 00 0 4 1 1 .~ 68 0000000000 629139 O0 000 O0 0 4 I 1 ,4 68 0000000000 6,2~ 139 00 000 0() 0 4 1 I 4 68 0000000000 62o 139 O0 000 oo 0 4 I 1 4 b8 0000000000 fi2911~9 O0 000 O0 0 4 1 i 4 68 0000000000 62ql 39 O0 000 O0 0 4 1 ~ 4 68 0000000000 6 6 29139 O0 000 00 0 4 l I zi 68 0000000000 29139 00 C) 00 00 0 4 1 i 4 68 0000000000 [)~;,PT 1, !, 57 A ~! F C: A p S 37 t. 0 ,1.. A~EC. Aps 334 ().000 A,PSC. APS 20.747 FPSC. APS 0,236 ENPI.APS 8.500 AFF;C.AP6 :1052.250 ENFR.APS 3.892 ENFR.APS 0.17 1 0'671 0,651 0,171 0,670 ,ChlUml',~.r.qer A].a$'K~ Comtz. L!tJ. ag Cer~ter L:, F 'P 'T'. t 080 t.'., 9 ~'~ u a P$C. A PS i~. I i,~ V. ~v, i, 'r 4. '29 ? ;,a ,.,! .0 R. ;,! T, 1" DF. pT. _1. ri,lO <). (.100 APSC. ADS ANEc. APS -9~. 9. 250 AFFC. AP8 D F p T. 1 n C U 0.90 tt A P S,C. A ,t.,,S A t',.~ E C. ,.~, P S - 9 c). 9.250 a F 1-2 C. APS DFPT, qO00. ','10 t) APSC. APfi AN}i.~C. APS -909,250 AFEC.AP5 NINV.~[,T 1. °536 ;'4. NOR. MLT . "'~ 00 APSC. APS DFPT o 0 00 .. ANEC. Apg -999. 250 fiFE.iC. APS f~,INV,~bT 1 ~59 ~qN'OR.t4I f~ 6 O 0.00 (ii .l P c, C, A P S 3247,975 AFEC, A'PS IO-APR-1995 1.9:09 23.!~a 3.~36 24.514 FP$C.APS q10.1~5 FNFR.APS 2.782 -999.250 FPSC.AP$ -qgq.250 KNFR.AP$ 2.565 -999.250 FPSC.APS -q99.250 ENFR.AP8 5.280 -999.250 FPSC.APS -999.2b0 ENFR.AP$ 1.84~ -99g.250 ~PSC.AP$ -999.250 ENFR..APS 2.098 -999.250 FPSC.APS -999.250 ENFR.APS 1.907 '999.250 FPSC,APS ~99.2c'' -.., ~0 EMFR,APS 2,014 -099 250 F...SC APS '.'§99:250 ~NF'R. APS 1.75,4 -99Q.250 FPSC,APS -999.250 ENFR.AP$ 2.052 27.4,41, FPSC, APf~ 11., 362 ENFR. APS 2.595 28 122 FP~' · oC. APS 791.0 b 4: E N F ,R, A P $ 2.0 ~ ~) 23.7~0 ,FPSC. APS 707. 269 ENFR., AP$ 2.0 45 245 ~'999 . 0.260 4.184 -999.250 -999.250 -999.250 -999.~50 -99~.250 -999.250 -99g.250 -999.~50 -999.250 -999.250 999 ~50 -'9991250 ~99 25(:) 99:250 -99g 250 -999~250 0.309 4.87] 0.324 4,983 0.285 4.596 ENPI.APS ENFR.APS ENPI.APS ENFR.AP$ ENPI.IP$ ENFR.APS ENPI.APS ENFR.APS ENP!.APS ENFR.APS ENPI.APS ENFR.APS ENPI.APS ENFR.APS ENPI. AP8 E,~R.APS ENPI.APS ENFR.APS EMPI,AP$ EMFR.AP$ ENPI.APS ENFR.AP$ ENPI,APS ENFR.APS ENPI.APS ENFR.APS PAGE:: 31 0. 194 0.700 0.206 0.720 -999,250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2~0 -999.2 0 '999,250 '999'250 0',234 0.774 0,244 0.7'72 0.199 0,726 IS Tav. e Vert!tcot. io~ ChlOmheroer A],aska Computj. ot~ Center I.)Wp'T, g 2 C~ 0. ~n C A ANEC..t~ PS 2939. 979 AFFC. A~k',r. aPS 3054. On6 AFFC..AP6 ~ ! ;~ V. t, I., q' '2.17.6 ~.~,~,i Fi R. ,,i I. 'J' DF, P?. 78 ('.', 0.00 ('~ ~% P$C. APS ANEr. APS 3177.77~ AF~C.^PS M T ,'4 V. V !, T 2. 1, 30 ~ N ~ 'R. ?."-, L T DFPt. 76r;O. <)Oi, nP$C. APS !9:09 2 63 2 7 u S7 3 65 2 69 3 73 5~ 2 73 2 7~ 3 63 2 73 7,1 3 75 6. 398 FPSC. APS O. 4 ! 0 r-.:NF~. AOS 2.1.98 3.77 q FPSC. APS I. 206 6,5M4 FPSC.APS 9.529 FNFR.AP$ 3.077 0.462 FPSC.APS 2 042 Fi,{FP, APS 2.25!. 6.007 PPSC.APS 5.102 E¢,~FR.APS 1.8!5 I v4 FP$C. APS 955 EhtFR, APS 1.909 FPSC.APS 3.248 ENFR,~PS 2.450 9.4e~6 FPSC. ADS 3.203 Ei'.!F R. APS 3.437 7.645 2, !,52 1.906 FPSC,APS 0.020 ~;!'4FR,i~%PS 2.557 508 FPSC, APS 967 ENFR, t~PS 1.. 674 F P 8 C . .A, P S I 2/i0 ENFR 2.672 0.337 5.397 0.307 5.029 0.292 4.656 0. 331 5. 063 0.330 5. 414 0,359 5.315 0,373 5.705 0,308 4,$92 0 3(39 4:866 0.361, 5,4.47 0.300 4.814 0.3.46 5.198 0 30,4 5.'1.74 I<NPI. APS ENP!.APS ENFR.APS ENPI.APS EMP I. A PS ENFR.APS ENPI. APS ENFR.Aps ENPI,APS ENFR. APS ENPI. APS E N F R . g P S ENPI.APS ENFR,AP8 L Pl. ENFR. APS ENPI.APS ENFR , APS ENPI.APS ENFR.APS E I\'[ P I .. A ip S ENFR, A PS ENPI. APS EN FRi. APS PAGE: 32 0.223 0.817 0.194 0.763 0.230 0.755 0.266 0.804 0,222 0.832 0,264 0.798 0.286 0,885 0,254 0.802 0., 236 0,775 0.280 0,845 0.~44 0..93 0.279 0,814 0.,278 0,805 IS Tape Ver!:fi.,catic. n T,iStin':.~ A '~: [-: C. ,5 P 8 2 ¥ 31. ::' 1 9 A F' F. C. ,',, !.'.:' 5 ~'~ ! h v..u, L,T 2..i 0 ,,; ,'.i ;5 C i~*, . ,"~ {., Dr-" ?T. 540U. t; 0 (.' .'X PSC. APS A ~' i:;r'. ~PS 30 ~5.75() AFP'C. APS DEF'I'. 52()0. t, ol~ APSC. APS A'~IE:C. APS 3,',;~2.7~ 2 AFEC. AoS ~'., T ~ V. u i.., T 2.7 () 0 ?,I ,I f'] R. !4 [, T D W p 't. 500 t>. :,,,, 00 A P ,q C. A P 5 AN 73C. APg 297 1. '108.' r~ F" F.: C. A PS I) F P 'r. 4 B 00. ,t) 0 ,,., A P S C. A P S. DF?PT. 4760. 5')") APSC. ADS A!',IEC. APS 32C~3.53~ AFCC.AD$ ~I T N V. ~' L'r 0.004 ?4 ;",I 0 R. ;~ b T I {)-A PR-,1. 995 1,9:09 27,983 6~q. QiO EkFR.AP$ 3.116 31.1(.)7 FPSC. AP$ 733. 354 ~'~:FR. 4P,5 2.573 32.645 F'PSC, 4P8 732.143 ENFR.APS 3.445 32.630 FPSC.APS 648.5~4 E~:FR.APS 3.139 32.800 FPSC.APS 680.631 F,.qFR.AP8 3.23~ ~0.7~7 FP$C.AP$ 568.095 FILF ?,~A!qg : EO!T ,005 SERVtCE : FblC VERSION : O01COt I'1 ~ Tv ~ o5/04/1,0 ~'iAX. REC SiZE : 1024 F!LF TY'PE : LO LAST FILE : A~I ~50-6P, 9-22532 0.338 5.2~2 0.30~ 4.787 0.334 5.0~7 0.366 5.373 O. 350 5.238 0.529 6.6(12 gt, t p T. ,~.PS f:NFI~. ~PS ENPI. APS g t'i F R. APS ENPI. APS ENFR. A PS ENPI. APS ENFR.AP8 ENPI.APS ENFR.APS E~PI. A. PS EMFR.APS PAGE:: 33 0.238 0.807 0,273 0.$11 0.294 0.820 0.293 0.8~0 0.294 0.823 0.391 0,911 IS 'fane Ver!f!ca[~.on ~,i. stJ. nq CblUn, her:~er AlaSka ,Com, i,ut_inq C, enr. er FILF , E; P't' H .[ g; F $ Ct ~'.: it 17 l" 0!,, E: b ;] C q' R n ?., ,~ G ~,? E ? I C P )~ 0 .t? D L, A T I 0 tJ 19:09 PAGE: 34 TOOL (IPLT TOOT., STRING) TYPE mm~mmmmMmm~mmmmm~m~mmm~mmmmmmm~mmmmmmmm FT F T G lC ] S n E f; F' I) E; G )? D~GF VnLU DEFI ~IL.DC~!t' Field Name 0. X7 bAt)~I ~4 Well Name 50-629-2253~ API Serial Number 511~' ~SL & 4423' FEb Field [,ocation 3 Section 9N Township 20E Range NO~Tti SLOPE County ALASKA State or Province USA Nation T POTi~AM ~ltness Name 5~9~]~ Service Order iCE PAD Permanent datum O. Elevation o~ Permament Datum ~B LeO ~easured From ~1,9 Amore Permanent Datum 4~,9 Elevation of Kelly 33 Elevat, lo~ o~ Derrick Floor 4 ~ levation o~ Ground heve,1 1~t51, '~otal Depth - Driller 11t25. Total DePth - begger 11t09, 8ottom bog Interval 50, Top .boq Interval [,SND 'Drilling Fluid Type I2,4 Drilling Fluid Density . Drilling Fluid Ph Or . no Fluid ~oss ReslstigitV of ~Ud Sample ~ud Sam~].e~'Temperature Resistl tty of Mud Fi,ltrate $ ~d Filtrate Sample Temperatu Resistivity o~ Mud CaKe Sampl ~ud Cake Sample Temperature Time Circulation Stopped om Mole Temperature 2 IS Tane '~leri.~lcatlon Ltsttnq cb].u,~h=r,.t. ? er A~..asK. a Computln~ Ce'nter i.O-A~-1995 !~:09 DE:pT ~epth EPR VPT Pesist~ vttv EPH1 ~PT Porosity EI~t'T EPT httenuatton TPL Time Of ProPagation in bossy ?ormatior~ PAGE: 35 ** SET TYoE- Ci~!AN **, ' ;~"~ .... '"';;;~";;i'"~" ...... ;~"T.~[ ..... "",'"'""'"',,"'"'"'"'" ,, V UNIT ,.,,.,., ~ I APl . . F NONB N ~.t SIZE; RE PROCESS ID O~.DE.;',a ~ LOG TYPE CLASS MOD NUMB S~P ELE'.iM CODE (HEX) '~[;7'"' ........ ~..,, ';"7;2o .... ~oo'""g;o .... oo"";'";'" .... l. '"'"'",""'"'"','""'"'"l 6~ ooooooooo EcR EPT i.,) H i'~ '~ 629139 O0 UOO O0 O' 5 1 1, 4 68 OOOO000000 EPHT EPT Pll 629139 O0 000 O0 0 5 1 I 4 68 0000000000 EATT EPT i)B/~ 6291't9 00 000 O0 0 5 I 1 4 68 0000000000 TP[.,~ EPT ~St~ 629139 O0 ()0(~ O0 0 5 1 I 4 68 0000000000 IS ~s~e veri. ficsti, on chlUmber;!er AlasKa Computina Center" DFP!'. 1 ! 57 'q, 97 $ ~: P ~:~. I~:. P'I'' TP;,.FPT 12,886 TpL.FPT 1 _1, o7B4 200.01.,~ EPP,. Fret DFPT. 110~o. 0 ~ 8 k'PR. EPT TP[,.EPT .1. i. 2~.9 DF:PT, i)~i P"I'. I ('600.01 ~ t~J 1::;' i:"l. '.E,P T TP!,,FFT 1 3,402 D F P 'r . 10430 . 018 ~2 P a . E. P T Tpl . ~P;T 13.149 * * E 'N' [) (3 F' .P-A T A * *' 10-~I F'P-i 995 19:09 1. 330 EP~i. EPT 2.203 EFH!.~:mT 7.938 KP~41.EDI 2. 346 EPHI. EPT 1.497 EPN!.EPT 1.609 ~PHi.EPT !.746 EIPHi..EP'~ **** FILE q'RAILER **** SF~'~V ICE : ~LIC 'VERSION : O01CO1 ~X RB~C ,STZE : !024, FILE TYPE : LO LIST FILE SFR'VICE t FLIC 9~R810~4 : OOlCOl D~T~'.~ : ~5104/10 ~IX. RFC SIZE : !024 F!I.~I~ TYPE : [,,(') LIST FILE : 006 16.878 13.574 ~.648 10,889 15.485 22.571 21.1~7 gATT. EPT EATT.EpT EATT.~PT EATI.EPT E~TT.EPT EITT,F. PT E~TT.EPT PAGE: 494.906 388.000 252.375 383,141 467.859 420.625 414,406 36 IS !'an.e Verification Li. stino cblupberc~er ;il. asKs Comoutj.~no Center lO-APR-1.995 t9:09 Ra, N F!E~:b I.~AI!; LOG FI~b~;, A~F, RF[,"~'A~ F1LE, DF Pb!,,T ~1 (SURFACF P,U~) .DTRt RWPEAT FI[.,E PNASF~ Ii';DUC'iIOi,* T£!OL, ,.[:SR1 R~PFAT FILE [,Or,~G S~AC'EO SO;;.!C (NO ~EPROCES$ING DONE) PAGE: 37 TU~! VAI,iJ DEFI mmm.m~mmmmmMmmmmmmmmmm, m ~ ~ m CN ~P F:X . ompanv, ame F ~.r ¢' I L D C h I' API~ 50-629-22532 FL 5112' FSL & 4423' FEI, SFC'T T 0 ~ ~: 9 M COb~? t',,Og T~ PPAT ICE PAt,) g P i) ~" T O, L~F KB A P 1',) ~ T 41 . 9 T ~'.[.., wT 11625, BLI FT T I, i F' T 5 0, D F T b $ b D DFI'> G/C3 12,4 D ~ V S 4 b, ,> 0 H h 1 2 . . ~ICST OEGF 76, TC$ 13100 9-HAR-95 BNT PEGF 17e,. Field Name Well Name API Serial Number Field Location Section Township Range County State or Province Nation Witness Name Service Order Number Permanent datum Elev'ati, on of Permanent; Datum boq ~easured From AOove Permanent Datum Elevation of Keii~ ~u~hino Elevation o~ Oerr c loot Elevation of Ground bevel Total Depth - Driller Total DePth - Logger Bottom bbg Interval Top Log Interval Drilling Fluid TYe Orlliln~ Fluid Density Dri in6 Fluid Ph Orillln~ Fluid ViscoSity Drilllno Fluid Loss Resistlglty of MUd Sample ~{ud Sample Temperature Resistivity of Mud Filtrate S ~ud Filtrate Sample TemPeratu Resist:ivl, ty of M~d CaKe Sampl ~ud Cake Sample Temperature Time Circulation Stopped Botto~ Mole Temperature i$ Ta~e Verfficat~.on !,istinq Chl~mherger A)_asKa ~o~..putinc~ (.enter lO-APR-lg95 ].9:09 PAGE: 38 l) e p t h I.Nr'~UCTIO,v DEFP PHA$[:,~ CO~'~I}I;CTIVITk Ii~.~,O[iC~'IO~, DEFP pH~SI.~ ~ESI~ r!VI~Y TNDLICT!O}u ~,~;DI.[t,~,, PI~ASOR CO~.,})i~CT1V].TY INDbCTIO,~: '.'EDI~J~" PHASi]R RESISTIVITY D[~2P !NOL, CTiO,~ ENil~NC~:O ~ESb[.,IJTif]N PHASO~ CONDUCTIVITY DEFP I~;OI. JCTIO~ E. NF~%i'~CED RESO[,U~IO~'~ PHAS(]~ RESISIIVI~Y ,qEDIUM INDI~CT.IOE E~,]HA;~CED ~ESU[.UT1O~ ~HASGR CONDI. 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DTR1 -999.250 '999,250 TTI.bSR1 -999.250 1.509 1.540 1.562 1.452 0.000 47.510 3040.000 125861 -999~250 -999.250 -999.250 -999 250 -999 ~50 -999 250 -999 250 -999 250 0 994 0:983 0 985 0i961 0000 98 828 2840.000 ~37 916 -999!250 -999 250 -999 ~50 -999 250 '9991~50 -999 250 .999 250 -999 25O CllqP.DTE1 C~ER.DTE1 CmVR.DTE1 CIL~.DTE1 IIRD.DTF1 SFb[I.DTE1 MTE~.DTE1 CIDP.DTR1 CDE¢.DTR1 CDVR.DTR1 CILD.DTR1 IDOF.DTR1 IIR~.DTR1 GR.DTR1 ?iTEN.DTR1 TT2.LSR1 CIMP.DTE1 CMER.DTE1 CgVR.DTE1 CILM.DTE1 IIRD.DTEI 8FLII.DTEI MTE~.DTE1 CIDP.DTR1 CDER.DT~I CDVR DTRI CILD:DTR1 IDOF.DTR1 IIRM,DTR1 GR.DTRI HTEM.DTRI TT2.LSR1 CIMP.DTE1 CgER.DTE1 CMVR.DTEI CILM.DTE1 IIRD.DTE1. 8FLIJ,DTE:I ~TE~.DTE1 C!DP.DTR1 CDER.DTR.1 CDVR,DTR1 CIbD.DTR1 ,IDOF.DTR1 IIR~.DTRI GR.DTR1 ~,TEN DTR1 TT2:I,,SR1 PAGE: 44 1034.479 985,040 966,493 1002.838 804,824 1,847 88.968 -999,250 -999,250 -999,250 -999,250 -999.250 -999 250 -999~250 -999,250 -999,250 621.793 613,861 605,032 633,33b 527,972 2,436 91.124 -999.250 -999,250 -999,250 2999,250 999,250 -999,250 -999,250 -999,250 -999,250 993.176 997.084 991.840 979.722, 737.661 1:.890 86,896 -999,:250 -999,250 -999,250 -999,250 -999,.250 -999,250 -999,250 -999,250 -999,250 IS Tane veri~f..cat]<>n, l.i. stJnO CblU{~,berqer Alaska Comput.iDq Center I,) W P ?. '2_ ~ I; ,;. 000 C l.~<Pq. [~2'F 1 1.407 COb:R. 01'b ! IuE~, I)'I'F [ 1.401 COV~, [)TEl ! [.,~:. [~'!' [: 1 1 . 374: T DO I]XD.~TYI ], 12.224 II~.'~ SD.DTE~ -41 .375 IDV~. D'T'R ~ -999.250 ILO.DTgl -999,250 i~!0~'. D'rR I -999.250 ]. IRi>. hTR1 IlX~ . !)'I'P l -999.250 ,~FLO. D'rR i T~"~S. E,T~ I -999.250 D~. I.S~ l -999. 250 [)~[,,. LSR 1. · 'I3.LS~I -999.250 I'T4.LSal UFPT. 2b00.000 CIDP.b'rE! I~P~. DI'~ 1 1.O0! CDFR.DTdl I~ff:R.DTFI 0.991 COVR.OTE1 I~,~V~ . PT~ 1, 0.9~I CILD.DTE, 1 ILV.DI'~I 1,014 It)OF', OTE1 I~XO. ('~]"~1 i, 72.158 TIR..~ SD, DT~':I -43.688 GR. DTE 1 aPE:$.DYE1 2,439 H'fEN.DTEI IDPN.DTR1 -999.25fJ CI~P.DTR1 ID.6;~. DTR 1 -999.250 CMER.DTR1 I[,'V~. DTR 1 -999.250 CMVR.DTRI. i~(;F'. DT~ 1 -999.250 IiPD.DTR1 I I:X~.nT~ 1 -99W.250 SFLO.f)Tal 'I., ~; ,~. O ~: R 1 - 999..~ 5 ,~ ~ T E ?,~. ,~'.) T R 1 OT. 1.,5~ 1 -999.250 [)Tb. bSR 1 T:'I3, I,SP 1 -999,250 TT4;. LSR '1 DEPT. 2400.0(~0 CIUP.DTEI 1 ~.'!F' P. DTF': 1 1.6 ],,,4 CO~:R. DT~Jl ,I~EP. 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LSR DF:PT. 1400.006 CIDP.D*E! .I~P~.DTE1 2~,74,~ CDER.DTE1 I~ER.OTMI 74.251 CDVR.DTk;1 I~V~.DT~I 25.738 CILO.DTE1 IL~.DT~I 26.b99 IDOF.DTgl IIXD.DTE1 1.932 SP. DT¢~ 1 -53. 250 GR MRES.DT~I 2.708 ~TEN.f)TE1 IDPU.DT~I -999. 250 C IDE~.DTR1 -999.250 CMFR.DTR1 IDVP.[)T~I -999.25~ C~iVR. DTR ~ IL~.DTPl -999.250 I~tlF,DTPl -909.250 IIRD.DTR1 IIX.~,DTR~ -999.250 SFLO,DTM1 TENS.DTRI -999.250 ~4Te'a. DT~ !. DT.LSR1 -9t'9.250 *T3.!,S~i -999.25() TT4.LSR1 DFtPT. 1200.00o CID?. DTE1, I,[~.PN. DTE 1 I 5.5~1 CDER.DTE1 I '~ E'P. D T E 1 15.892 C i,.) V R. D T E 1 ISV'R.DTEI !5.471 Clbi.). OTE1 IL~.DT~rl 14.863 IDOF'.DTE1 I IXD. t)T~l, 1.078 I iR~,,¢. DTE 1 a ~ E $. n T E 1 2.565 i.,! T a ~. D T E 1, .IDP~:~. DT~ 1 -999.250 CIMP.DTR~, IDEP.DTRI -909,250 C~'~ER,DTR 1 IDVP.DTR1 -999.250 C {'~'tV R. t)TR 1. ILB. r~TR 1 -9~9. 250 Clba. DTR1 !~()F. DTR i -999' 250 IIPt)' DTR ! IIX*4.DTRI -999,250 SFLU.DTR1, T~h~$. D'):R 1 -999.250 DT. I,,SR1 -999.~50 DTL.hSR1 TT3.LSRI -999.250 T'r4.LS~! 10-APR-1995 1.9:09 23.724 TOPii.bTE1 42.1.52 -12.087. !DKR.i)TEI 1050.000 -24.459 IDVR.OTE1 1950.000 21.384 I[,I).DTE1 46.765 0.000 IIqOF.DTE1 0.000 59.324 !],Xa. DT~I -3.358 24.702 TEN$.t)TE1 2125.00P, 994.363 DTCO.LSS1 74.511 -~99.2b0 I~tPH.DTR1 -999.250 -999.2b0 I~!E~,DTR1 999,250 -q99.250 IMVR.DTR1 '-999,250 -999.250 IL!~i. DTR1 -999.~50 -999.250 J, I×b, i)TRI -999.250 -099.250 SP. DTR.1. -999.250 -99q.250 ~RES,DTR1 -q99.250 -9,u9.250 TTI.bSR1 -999.250 -999.250 6.615 IDPH.DTE1 151.1,69 11.312 IDF, R. DTE1 88.405 9.938 IDVR.DTE1 1.00.626 14.2~7 ILD.DTE1, 70.1.91 0.000 T~;1 o. ooo It"io ~". D,r . . 36,995 IIXi'~.D E1 2 560 49.487 TEI~JS. DTE1 ~940,000 942.622 OTC0' bS$.1. 95.955 -999.250 IMPH.DTR~. 999.250 -999.250 IMER.DTR1 -999.250 -999.250 IMVR.DTR1 -999 250 -999.950 IL~!. DTR1 -999."~50 -999.250 I I',X[.,), DTR 1 -999 .250 -999.250 SP. DTR.1 -999i250 -999.250 MRES.DTR1 -999 250 -999.250 T7'1 ,LSR1 -999 250 -999.250 30.R{~8 IDPH.DTE1 30.258 IDER.DTEI 3J.678 IDVR,DTE1 30.355 ILD.i)TE] 0.000 If'~QF, OTE1 o3,842 I IX~'~. DTE! 24.892 TENS, DTEI. 956.~,90 DTC(,). bSS1 -999.250 IMPH.DTRI -999.250 I~,ER. DTR1 -999'250 'IgVR,DTR1 -999.250 ILI'4. DTR1 -999.250 IIXD.DTR1 -999.250 SP.DTRI ~999.250 ~4RES, DTR1 -999.250 TT1 .LSRI -999,250 32.417 33,049 3~.5~8 32.944 0.000 -2.923 1865 000 999,250 999,250 999,25(.) -999 250 . -999.250 '999,250 '999.,~50 -999,~50 CIMP.DTE1 C~ER.DT'E1 CMVR.DTEI CIL~.DTF1 IIRD.DTE1 SFLU.DTE1 ~TE~,DTE1 CIDP.DTR1 CDER.DTRi CDVR,DTR1 CILD,DTR1 ID~F,DTR1 IIRM.DTRI G~,DTR1 HTEN,DTRI TT2,LSRI CIMP,DTEI C~ER.DTEI CMVR.DTEI CIL~,DTF1 IIRD,DTE1 SFLU.DTF1 MTEM.DTEI CIDP.DTR1 CDER,DTR1 CDVR,DTR1 CILD,DT~I ID~F,DTR1 IIRM,DT~I GR,DTR1 HTEN,DT~I TT2,LMR1 CI~P,DTE1 CMER,DTE! CMVR,DTE1 ClLM,DTE1 IIRD.DTE1 SFhU.DTE1 MTE~,DTE1 CIDP,DTR1 CDER,DTR! CDVR,DTR1 CILD,DTR1 IDOF,DTR1 IIRM,DTR1 GR,DTR1 HTEN,DTR1 TT2,LSR1 PAGE: 47 49.559 35.923 23.061 62.499 19.201 81.052 77.927 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 40.408 41.235 38.B52 38,912 17.897 93.611 77.368 -999.250 -999.250 -999.250 -999.250 -999.250 -999,.250 -999.250 -999.~50 -999. 50 64.180 62.926 64,635 67 281 26 018 1,25 632 80 401 -999 250 -999 250 -999 250 -999 250 ~-999 250 -999 250 -999 250 -999 250 -999",250 I8 Ta~e ',ierificat.~on .f,istina chlurnherc..]er AlasKa (7omputln.q Center E: p ~'. ! (~ 0,9.000 C .[ D P. L, T t< 1 I[,~. DT~i 52.7~7 IDOF. T X P. D T F ~ !. 3 ,i ~. T l P :.t. f: T ;::: ~ 8P. T~YE] -~2. 438 ~R. DTE1 PP~"~. Drip 1 -999. 250 CZ ~,~P. D?~k 1 iDEP. DTR t -999. 250 C,,'ER, [,)Tf[ ~ DVP. DTR 1 -995,. 25,., ~:;VR. DTR 1 I ~ (.~' . DTN ! -~95~. 25 g ! iHi'~. ~)T~; 1 ] X~,~ . hTR t -909.25 [, SFI,U. 1) ~" ~ ! TF[~F,;,. DT~ 1 -909.251, ~', .:. F. ,'..'; q'T3. T,SR i -~99.25t., TT4. l..~SR 1 I~'vP. DT~7I 4 o. 76() I L ~'' , I> T E 1 43.4, n IIXtT. r) TEi -0.134 S~. DT'~I -79.125 NRFiS. DTE 1 2.632 IDPP. DTR ! -999. 250 IBEP. DT[~ 1, -909.25U ID~. D'rR 1 -999.250 IbC..DTR1 -999.250 I~OF.DTR1 -999.250 I I X:~. D'.I]R 1 -999.250 ~I'ENS. !)TR 1 -999.250 D~ .LSR1 -999.250 T:r3,I,SPl -999.250 DEPq['. T 600.000 CI, DP. I ~ P ~. D E: 1 18.34 '7 C [) E R. [:, T g 1 ,I '~ E: ~'. [) ',t ~ l 19,065 C D v R, D T E 1. I~VP'.DTE1 ~2,1.. 304 CIL[). [,~TE 1 TL~'~ .'DTE 1 16.372 !DOF'.DTEi !TXC,.DT~;1 ().855 !IRa.DTE1 SD.DTEI -11,0,625 GR.DTB;1 h'~ R E 8. D',[.'E: I 2.564 HTEN.DTEI iDPH. D'I,'P 1 -999.250 I. P E; R. D ',,[ R ! - 999.250 C ,IDV P. D'i'P 1 -999.250 CMVR.DTR1 l[.,,P. DTR 1 -999.250 CIL,*~. DTR, 1 i~QP.DTR1 -999.250 I'iPO. t)TR 1. I l'X~. DTR 1 -999,250 SFl,i..t. DTR 1 T g N S. D T P 1 - 999.250 f:.~ T E': ~.,'i. P T R 1. DT.I,SRI -999.25() i)Tb. i.,,$ a 1 W T ~. I,,,,,~ a 1, ' Q 9 q ~ 5 {~ T T .... ~ , ,,,, ~ ,~, ,.,, ,,. 10-~P~-.19C~5 19:09 3.549 ! l,:)P?!. DTE1 281.800 13.993 IDER.DTE~ 71.465 29.466 I i')VR. L,'r. E 1 33.937 3.671 II,C,. DTE1 272. 397 0.000 l~OF. D'rE1 0.000 1~.032 IIX?~%. bTE1 -2.411 26.3~8 TEN$.DTEI 1855.000 962.961 UTCO.LSS1 74.623 -999.250 I~PH.DTR1 -999.250 -999.250 I~ER.DTR1 -999.250 -999.250 !MVR,OTR1 -999.250 -999.250 IL~.DTRI -999.250 -999.250 IIXo,OTR1 -999.250 -q99. 250 SP. DTR1 -999. ~50 -999.250 ~-~RKS. DTAi -999.250 -999.250 'FTI. ~,Sal -999.250 -999.250 5. 366 2.902 IDER.i)TE1 .1 .250 IDVR. DT~;I 5.6 24 I I.., i'.:. ll)'.r g 1 0.000 I N Q F'. 1,) T E 1 24-.050 TENS,DTE! 10l O. 587 DTCO. b881 '999.2~0 INP?'i. DTR1 -999.250 I~ER,DTR1 ,.. ~ ~ -9~9.250 IL~.DT~I -999. 250 I IXi3. DTRI, -~99.250 SP.DTR1 -999.250 MRES,DTR1 -999.250 TTI..LSR1 'Q99,2~0 185.654 344.535 799.886 177.811 0.000 -3.398 1785.000 61.445 -999.250 -999 ~50 -999 250 -999 250 -999 ~50 -999 ~50 -999 250 -999,250 6.301 IDP~,:!.DTEt 158.710 3.486 IDER.OTE! 286.867 -2.73'1 IDVR,DTE1 1950 000 6.349 iL,U.DTE1 1571494 0.000 IMOF.DTE1 0,000 57,984 IIX~f:.DTE1 -1,477 27.261 TENS.DT£1 1490,000 · ~ '~'. . 65, 983 403 [TCU [,oSS1 ~64 - 999.250 I ~ P ~il. b T R 1 .999.250 ' ...... DTR1 .999,950 -999.250 It~i+.VR.[)YR! 999.250 -999.250 I,I',,~,~,Ii)%R1 -999.250 -999.250 IIX[),DTR1. -999.250 -999.250 SPoDTRi -999 250 -999.250 ~:~:S.t}TR1 -999:25© -999.250 TTI.LSR1 -999.250 -999.250 CIHP,DTE1 CMER.DTE1 C~VR.DTE1 CILM.DTE1 IIRD.DTEI SFLU.DTEI MTgM.DTE1 CI~P.DT~I CDER.DTR1 CDVR.D~R1 CIED.DTR! 1D~F.DTR1 IIRM.DTR! GR.DTR1 HTEN.DTR1 TT2.LSR1 CIMP.DTE1 CMER.DTE1 CMVR.DTEI CILM.DTE1 IIRD.DTEI SFLU.DTE1 MTEM.DTE1 CIDP.DTR! CDER.DTR1 CDVR.DTR1 CILD.DTR! IDQF.DTR1 IIRM.DTB~ GR.DTR1 HTEN.DTR1 TT2,LSR1 CIMP DTE1 C~4ER:DTE! C~VR.DTE1 ClLM.DTE1 IIRD.DTE1 SFbU.DTEI MTEN.DTE1 CIDP.DTR! CDER.DTR1 CDVR.DTRI CILD.DT~I ID~F.DT~i IIR~.DTR1 G~.DTR1 MTEN.DTR1, TT2.I,,SR1 PAGE: 48 30.448 39.178 54.059 18.940 3.203 238.636 80.696 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 23.730 23.519 21.386 23.042 5.161 526,282 79 ~94 -999~ 50 -999,250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999,250 54.503 5,2.452 46,940 6t.082' 234 83.404 999.250 '999.250 '999,250 '999.250 '999"250 '999,250 :'999,250 '999..250 '999.250 IS Tar, e Verification ChlU~,beroer AlasKa Co,'p,~t. in,~ Center D E p ?. 4 ,') 0. t: 00 C I I~E~ . DTF 1 1 G. 994 i~" V~. DTK 1 10.5 ~ 7 IL",'. F~TF: ~ 1 I. ;J55 IOOF. DT~ I I' X F.,. D T F 1 0.7 (, u I [ P/,~. 01' ~; 1 SP. DT~,: 1 - ! 0 g. ~ 13 b~PES.DTEI 2.7~9 IDPY.DTPl -9~9.250 IDE~.~TRI -999.250 IDVP.PIPl -999.250 C?:VR.DTkl Tl.,r'. DT~ 1 -909.259 I[~0~'. P:r¢ 1 -999.25v IIPD. DTR I I X ~'. DYP 1 -9~9.25u SF DT. 1.5~ ! -999.25() DTL. L, SR 1 T'T3.~,SR1 -999.2~0 'rT4.LSR1 DFPT. 2C~0.000 C.IDP. DT~71 I g PV~.. r~T¢'] 1 !6.893 CDER.D%EI l.~ B;~, T~TEI IS.186 CIjVR.DTEI I.~.V ~. DT~: 1 19.45e CII.,D.DTE1 Ib~;.DT~:I 15.435 iIXP.DTEI 1.!06 ilRM.DTE1 8P. D'.['E1 -97. 500 GR. M~ES. DTh=l 2.'~93 UTE~.DTE! IDPW.DTR1 -999.250 CIMP.DTR1 IP~;¢ .DT~I -999.250 C ¢.~E'.R. DT R 1, ID~. ['~T~l -999.25(? C~IVR. DTR ~, IBP. I')TR1 -999.250 CI!.,)q. DT~ 1. I:~t)F. DT~ 1 -999.250 IIRD.DTRI I I X~':. D'I"R 1 -999.250 T~NS.OTR1 -999.250 D'r. I., S R i - 999.250 ~') T b. · T3,I..S~I -999.25C TT4.L, SR~. DY:PT. 50.000 CiDP.})TE1 I Iv [:>[J. DTF:I 4.0?,.0 CDFR. DTf:I I,~!E~. r~T'~:l 4.399 CDVR.DTE1 I~V~. DTE1, 6.207 CILD.DTE1 I!XP.OTR1 -405.53{) SP. DTE1 -21. 375 GR. IOP~"~. DTR 1 -999.250 CI~P.DTR1 IDEr:'. DT~I -999.250 IbD. DTR 1 -999. 250 CI 'I~(:~F. D]IR 1 -999.25L~ IIPD.DTR1 IIX~.DT~! -909.250 SFLO.OTR1 TENS.DTPl -999.250 DT.[,SR1 -999.25(,:~ DTb. L.S~ TT3.[,SR1 -909.250 TT4,.bSR1 10-~P~-1995 .19:09 33.94~ !bPH.DTEI 43.662 IDF, R. DTE! 35.464 II,O.DTE1 O.OOO I~'~QF. DTE 1 79.q50 I I ~,~. [)TEl 23.345 TS,~iS. DT~I 1010.02~ -999.250 I~IPh. DTRI -999.250 I~!E¢.DT~I -{~9~:~. 250 !NVR.DTR1 -999. 250 11.., ;,i. -999.250 IlXD.OTR1 -99~.250 SP.DTR1 -c~9 250 -999.250 -999.250 · ., · 12 9'78 5.212 I DF.R. DTt~ 1 1.477 IDVR. DTE1 15.6~6 ILD.DTEI 0.000 IgOF.DTgl 61.488 24.515 TENS.DTEI. 977.135 DTCO.6S$~ -999.250 -999.250 I~ER.DTR1 -999.250 -999.250 II.,M. DTR1 -999.250 IIXD.DTR1 -999.250 SP.DTR1 -999.250 ~RES, DTR !, -990.250 TTI,bSR1 -999.250 29.464 22.903 20.784 28.197 0.000 -1.213 1415.000 97.983 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999.250 -999.~50 77.053 191.873 676.952 63.831 0.000 -0.855 1290.000 81.523 99.250 -999.250 -999250 -999i250 -999 250 -999 250 -999~250 102.350 IDPH.DTE1 9.770 133.778 !DER.liTE1 7 475 62.901. I"DYR.DTE1 15:998 ~.050 IbD.OT~I 15i860 . .000 IMQF.DTE1 0 000 -165.44~ I, IX~. DTEI 7179 035 16.335 TENS. [)TEl ~250 000 1098.972 DT'CO,LS$1 -999~250 -~99.250 I~P,H.DTR1 ~999,250 -999.250 IMER,DTR1 999.250 -999.250 IgVRoDTR1 999,250 -999.250 ILiq. STRI -999.250 -°99.250 IIX. D.DTR1 -999 250 -999.250 SP.DTR1 -999i250 -999.250 ~,,'!RE$.. ., OTR1 -999 250 -999.250 TTI.LS~I -999.250 -999.250 CIMP.DTF1 C~4E¢.DIE1 C~¥~.DTE1 CILM.DTE1 iICD.DTE1 SFLU.DTE1 MTEg.DTE! CIDP.DTR1 CDER.DTR1 CD~R.DT9! CIbD.DTR1 IDQF.DTR1 IIRg.DTR1 GR.DTR1 HTEN.DYR1 TT2.LSR1 CIgP.DTE1 C~ER.DTE1 C~a¥R.DTE1 CIL~.DTEi IIRD.DTE1 SFLU.DTE1 MTEM.DTE1 CIDP.DTRI CDER.DTR1 CDVR.DTR! CI'LD DTR1 IDQF: DTR 1 IIRg.DTRi GR.DTRi HTEN.DTR1 TT2.L$R! CI~P.OTEI C~4ER.DTE1 CgV'R.DTE1 CIb~.DTEI iIRD.DTE1 SFLU,DTE1 M'rE~.DTE! CIDP.DTR1 CDER.DTR1 CDVR DTR! CI, LD:DT~I IDOF,OTR1 IIRM.DTRI GR.DTR1 HTEN,DTR1 TT2,LSRI PAGE: 49 86.813 90.959 95.084 84,355 32.804 16,383 78,540 -999,250 -999.250 -999.250 -999,250 290 .2so 999,250 -999,250 -999,250 -999.250 59,196 54.986 51,397 64,7~9 1.5,037 4" 146 -999,250 -999,250 -999,250 -999,250 -999,250 -999.250 -999,250 -999.250 -999,250 2.48 743 227:348 161.107 '242.178 59,962 0.727 86.~38 -999, 50 .-999,:250 999,50 '999,250 '999.250 i999,250 999,250 999,250 IS Tape Veri~ication l,.lst_t, nc'~ chlumberqer AlasKa ComputJnq Center 10-~PR-!995 ~9:09 PAGE: 5O **** [" T [,F? TR~ILEP **~* SFR~ IC~: : ?LIC I)A.T~7 : q5/04,/! 0 i~AX F,'.FC SIZE : 1024. L~ST ['I [:ff : I T. 0 0 7 ************* PATE: 0.5 FIELD F, RI~,~ LC(~ FILE t-~t,,~D REPEAT FibE [)F RUN ((2 (TNTER~'EDIATE RUN) .A.TT2 F!AI~,! LOG FILE ARRAY INDUCTIO~ TOOL, ,DSI2 t,q.AI~..'~ LOG F/.I,.E DIPOLE SHFAP I. Fk~GER TOO[, PLCIRC)SCO Y TC)Ob .H~G2 :'~1)~ LOG ~ILE ~ATURAL GAM~tA $ ~ .... p , ,~'~!:..,".['2HAIN LOG FiLE alCPQ[.OG TOOL ,DSR2 REPEAT FiI.,.Fi DIPC}t..,,'~ S:riE.AP I:[~'~AGE.R TOO[, , ~:;[.,~2 REPEAT IS Tare Verif'!cation T:i. Stinc~ chlumberc!er .~lasKa Comput.].nO uente.r' i f)-~P,- 1995 Iq:O9 PAGE: 51 1"~! "..: I v/:.~ L b DEF l F~3 ~'~LP.,C~I Field Name API~: TO¢~ tV Cfi ~.: ~ p O A P [) EDF T D L T L I DFV D F L ~'~ FST TC8 bhD~5,'4I #4 Well Name 50-629-22532 API Serial Number 5112' ~'SL & 4423' F~.]L Field Location 3 Section 9~,: '!~ownshlp fac 20E Range U~' r.:, O R q'P SLOPE County Aq' A[,~Sh~ State or Province TI USA Nation q.'N T P 0 T~.J A ~ ~itness Name ~,,~ 6~9~,39 Service Order Number r) F' T O. F FT 4.~ o9 FT 41 ,g FT 3~, ~T 4 1 ~'r i165i. FT 11625. FT 11609. ZT LSND G/C 3 12,4 s F3 7 DE',G F 76, 13:00 176. Botto Permanent datum Elevation of Permanent Datum bog ~easured From ABove Permanent Datum Elevation of ~ell¥ Bushing Elevation of Derrlc~ Floor Elevation of Ground Level Total Depth - Driller Total Depth - Logger Bottom bog Interval Top LoG Interval Drilling Fluid T~pe Drllllng Fluid Density DrillinO Fluid Ph Drilling Fluid Viscosity Drillln~ Fluld Boss Reslstlgttg of ~ud Sample ~ud sample Temperature Resistivity of ~uO F~ltrate. S gud Filtrate SamPle Temperatu Resistivi. tg of M,ud CaKe Sampl gud Ca~e Sampletemperature Time Cl. rculatl, on StopPed m Hole Temperature ,,Y~:,.., t C..URV C,h b.T. Caliper SP Spohtaneous Potent;Iai G~ Gamma Ray MP:gg ~, t3 O Wesist;,ivj., tv ,v, T E ~'; ~ u d T e m p e r a t ti r e TFNS Tens,ton IS Ta~e verlflcation ListJ. nq cblumberger Alaska Comput'in~. Center 10-~..PR-1.995 19:09 Fi · F, ~: H e ~ d J.'e t-~ s i o r~ DT2 DELTA-T S~{FA~ ~tPPBP DIPOI E ~400F COMF'E,,~SATED pR Polsson's Ratio ~SG~ ~NGS Standard Gar, ma HCG~ H~G5 Co,~,puted Gamma Pax. t-iTH~ H~"~CS Thorium CoDce~tra~ien Hw~ }i,,.c5 Formation Potassiu~ Concentration, HP,~w H~GS borenole Potassiu~ Concentration I'~$ Tension SP Spontaneous Potential GP Gamma. C AI.,T Cal iver i.1T E: ~,r Pead Te~sion ~ P gS ~.~UD Resistivity ~v, T E ~:, ~Ud ,'emperature DT4P DEf,TA-T COf4PRE:S5 ICNAI, DT2 DELTA-T S~iEAP tlFpER DIPOI,,[,; ~.~O[.3E CU~'¢PE;~SATED P~ PolsscB's ~atio PAGE: 52 SET TYPE TYPE REPR CODE VAbUE 1, 66 0 2 66 0 3 73 1,12 5 66 b 73 7 65 8 6~ 0.5 9 65 FT 11. 66 9 13 66 0 I,~, 65 F~' 15 66 68 t6 66 .~ 0 66 ~. :iS Tare Ver~f.icetion Li.~tinc 'cblut~,t,,er.c~er Alaska Co~;~,.Itinn Center 905 19:09 PAGE: CALl ~.~ LT2 IN g29139 00 8P ~IT2 i,~V 629139 O0 G~ alT2 G~PI 629119 O0 M~ES AIT2 Oa,,ib 629139 O0 MTE~' ~IT2 DEGF 62oi39 TFNS AIT2 LB &29139 00 HT ~]~: ~IT2 j..., B 620139 DT4p ~SI2 t. 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ATR2 -999.250 -999.250 DT4P.DSR~ -999,~50 DT2,DSR2 5200,000 CALI,MLT2 13,41~ SP,AIT2 1,410 MT'E~, Al ~i~ 2 9a,975 TENS,AIT2 106,433 DT2.DSI2 252. 531 PR, DSI2 65.449 HTHO. biNG~ 10.790 HURA.MNG~ 0,469 TENS,HNG2 4095,00() 8P.ATR2 -999,250 TEttS.ATR2 -999,250 HTEN,ATR~ -999,25u DT4P,DSR2 -999,250 D?"2, DSR2 5009,009 C~I.,I. MI.,T2 12.835 SP,AIT2 1.,440 F!TE~4, AIT2 93.1,08 TENS.AIT2 108.813 DT2. DSI2 2~1., 536 PR, DSI2 59,120 HTHO.~4NG2 9.845 HI,iRA. HNG2 0.286 TENS, t~:iG2 3735,000 SP.ATR2 -999.250 TaNS ATR2 -999.250 HTEa,ATR2 -999.259 Pl',[J 4 P: ,OSa 2 -999.250 D~.[' 2 .DSR2 -999.250 -999.250 -999.250 -79.188 4770.000 0,360 2.~27 -999,250 -999,250 -99q.~50 -82.438 4715.000 0.394 2.932 -999.250 -999.250 -999.~50 -79.375 5170 000 ~345 3,850 -999.250 -999.250 -999.250 -1,25 500 45401000 0.271 1,088 -999 250 -999!250 -999 250 97,1.25 4]95,000 0,392 1,987 999 250 2999:250 -999,250 4~90-938 35.0O0 0.395 2 593 -999:250 -999,250 -999,250 GR.ATR2 N~ES.ATR2 PR.DSR2 GR.AIT2 HTEN.AIT2 HSGR.HNG2 HFK.ENG2 GR.ATR2 MRES.ATR2 PR.DSR2 GR.AIT2 HTEN.AIT2 MSGR.HNG2 HFK.HNG2 GR.ATR2 ~RES.ATR2 PR.DSR2 GR,AIT2 HTEN,AIT2 HSGR,HNG2 Hf'K.HNG2 GR.ATR2 MRES.ATR2 PR.DSR2 GR.AIT2 HTEN.AIT2 HSGR.HNG2 HFK.HNG2 GR. ATR2 MR~SiATR2 R DSR2 GR.AIT2 HTEN.A. IT2 HSGR'MNG2 HFK.HNG2 GR.,~TR2 MRES ATR2 PR~DSR2 GR.AIT2 HTEN.AIT2 HSGR.HNG2 HFK.MNG2 GR.ATR2 MRES.ATR2 PR.DSR2 PAGE: 57 -999.250 -999.250 -999.250 70.472 1186.445 94.849 2.128 -999.250 -999,250 -999.250 67.977 1203.274 90.677 1.727 -999.250 -999.250 -999,250 74.917 1192,228 99.984 1.810 -999.250 -999 250 -999~50 30 440 12471955 46,031 1'.1'70 -999.250 '999,250 -999.250 53,612 1227,890 80,623 .1 743 -999 250 -999 250 -999.250 58.388 ,498 1,506 99,~50 99. 50 IS 'rave iterifJcatior~ Listir~n chlumber,c~er ,~.lasKa Co,,,c.,utfnq Center [,I14 E $. A l T2 1. ,'.452 ~",~'r E ,,",. A 1 '£2 DT4P. DSI 2 I 10. 075 OT2. US12 CILT, ~i,,R2 -999. 259 T~NS. a'ra2 ~TE N:. 1"[~ 2 -999. 250 DT4P. I)S R2 DE?T. 4582,5nO CaI, I. :.~bT2 1~4PES. AlT2 -909.250 ~,~,TF.,a. h I T2 DT4D.DS'[2 -9q9.250 L)T2.DSI2 HCG~.U~G2 24.973 HTH[I. lik:G2 C I L., I'. t'..LR 2 -99~.25o t.,'~ T E'.t,.~. A'r P, 2 -999.250 I)T4P.DSR2 ** E.,.",II) OF l.)Aq'a lO-APk-1905 ]9:09 12. 636 SP. h l't'2 -96. 000 92.~0~ TEtqS.filT2 4140.000 266. 057 Pa. DSI? O. 397 ~.270 ~4i.~RA. HNG2 ~.8~6 3600.0O0 SP,ATR2 -999.250 -999.250 ~TEp:.ATR2 -999.250 -999.250 PT2.1;)SR2 -999,250 -999.250 SP.AIT2 -999.250 -999.250 TE~S.AIT2 -999.250 -999.250 P~.DSI2 -999.~50 3.196 ~URA.~NG2 1.679 3455.000 SP.ATR2 -999.250 -999.250 ~TEN.~TR2 -999.250 -999.2b0 DT2.DSR2 -999.250 -999.250 SP.AIT2 -999.250 -999.250 TENS.AIT2 -999.250 -990.250 PR.DS].2 -999.250 4.302 ~URA.HNG2 2.063 3525.000 SP.~TR2 -999.250 -999.250 ~TEN.ATR2 -999.250 -999.250 [:,T2.DSR2 -999.250 GR.AIT2 HTEN.AIT2 MSGR.MNG2 ~FK.HNG2 GR.AT~2 MRES.ATR2 PR.DSR2 GR.AIT2 HTEN.AIT2 HSGR.HNG2 HFK.HNG2 GR.ATR2 MRES.ATR2 PR.DSR2 GR.AIT2 HTEN.AIT2 HSGR.HfiG2 HFK.HNG2 GR.ATR2 aRES.ATR2 PR.DSR2 PAGE: 58 52.576 1222.147 65.583 1,472 -999.250 -999.250 -999,250 -999.250 -999.250 33.864 0.781 -999.250 -999.250 -999.250 -999,250 -999,250 37,484 0 633 -999~250 -999,250 -999,250 *'*** F !I,,F T R~, I LFjR SERV!CE~ : FblC VERSIO:~ : O01CO1 b ~ T E : 95 / i~AX RF;C SIZE : 1024 F ! b ~7 T Y P E b.~ST FILE i3 h O A H I # 4 ~ 5()-b 29-22 ,'ii 32 ,,',! I L D C h T I$ Tape Veri. fi. cation !,.tstlr~n chlt.~mberr, ler AlasKa ¢'.ov,..[:uti[~c~ ¢'e~ter 995 19:(.}~ PAGE: 59 h,Xi ..B AU A 1'4 ! #4 APlf~: 50-629-22532 Fl' 5112' FSL & 4423' FEL 8FCT 3 STAT A f.,ast< A N A '(' ~ 1,.t S A W T T ~,~ T P U T t,', A H 80)t ~!91.39 POl~ I' ICE; PAl) EPD FT t, , L~F APP FT 4 1.9 E ~: f.~ F T 41,9 TDL PT 11, b25, T[,I rT 50. DPT LSt'~P DFD G/C3 12,4 l,) F p H ~.~ DFL F3 4, R ~ $ r:) iq M '~,~ I. 3 2 ~8T DEGF' 82, f,~ C S~ DEGF 76. ]'CS 13:00 9-NAR-95 BHT DEGF 17b, Well Name ApI Serial Number Field Location Section Township Range Coufity State or Province ~ation Witness Name Service Order Number Permanent datum Elevation of Permanent Datum Bog Measured f'rom Above Permanent Datum Elevation of Kelly Bushing Elevation of Derrick Fl. oof Elevation. of Ground Bevel Total Depth -Drlller Total, DePth - Logger Bottom LbO Interval To log Interval Or~lllfig Fluid Type Orlll, in~ ~,luid Density DrillinO fluid PB Orl, llin~ [luid 'Viscosity Dr,illin~ ~iui, d ~OSS ResistiVitY of ~ud. Sample i~ud Sample TemPerature ResisttVitg of ~ud Filtrate S ~ud Filtrate SamPle Temperatu Resistivity of Mud Ca~e Sampl Mud Cake SamPle Temperature Time Circulation Stopped Bottom Hole Temperature ,IS TaPe verif.lcatt~on T.istina .chlUn;herger AlasKa Con, Put..ino Ce~nter 905 1~: 09 DFFT A01.n ~IT I'VE~T?C~b RKSPG~,3SF, lC~ qAr')I~L i,~I[)POIi..iT RESISTIVITY AC, PO ~IT I'VERTIC~I., ~ESPONSF, 20 ~hDIAL ~.',IOP[')INT RESISTIVITY A~30 ~!T I'VERTIC.~L ~'ESPONSF, 30 RADI~.L P, IDPOINT PESISTIV!TY A~6C A'IT I'V~]PI'ICAL ~FSPON$E, 60 PADIAL ~',IDP(')INT PESISTIV!TY AC90 nit ~VE~TIC~,.L ~FSPONSE, 9~ ~ADIAL ;,':IDPOI~T ~ESiSTIVITY ~T1D ~IT ~'VEPT~CAL ~:SDO~SK J0 ~APl~b ~'tIDPOIt~T ~EBI,S'i'IVITY AT2~ .51T ~'V~TICkL ~ESmONSF' . 'S~ .... , 20 RADiaL ,.'~I[)POINT RESIstiVITY AT30 .~IT ~'VEPTIC,nL RKSPONSF, 3D PADIAL >;IL'PCINT PESISTIVITY aW6O ~.IT ~'VE~'i'!C~L, ~ESDO~SF, ~fl R~i'JIAL f.~IDPOINT RESISTIVITY AT90 AIT ~'VERT!CAI, R~iSP(')N6F, 9~) RADIAb ~4IDmOINT RESISTIVITY AD1O ~IT I'VEP'])ICAB K~fSPL~NSF, 10 PADI,~L ~'~IOPOINT RESISTIVITY A020 AIT 1 'VERTICAb RFSPC, NSE, 20 PADI~L NIDP[.}!NT R~;SISTIVITY A~30 AlT 1'VERTICAL kKSPONSK, 30 RADIAL ~I[)POINT RE, S%STIVITY AO60 AI.T ~'VERTICA!, ~iESPLJN3F', ~0 PAD]AL Y;IbP(]INT PESISTIVITY A09O AlT !.'VEPTICA/., ;~'ESPO~SF 90 PADiAL ~,;IDP(3!NT RESISTIVITY ATIO ~IT 2'VE~'.!.'~C.~i,~ RFSPONSE 10 RADIAL, ,',~IDP(.)II~T ~E;SISTIVITY ATP~ ~I.w 2'VERTILAL ~ESPONoE 20 P.A. DIAL., ~',IDPOINT RESISTIVITY AT60 AIT 2"VERTIC,a.L RES~t,,&E 60 RADiAl., ~IDPOINT PE.,~ IS !VITY ATgO AlT ~'VERTIC~L ~KSPONSE 90 RADIAL P"~IDPOINT RESISTIVITY PAGE: 6O ,IS 'ta.~e Veriflcat~ on t, ts'tinq ChlU?,berqer ~]as~'a Com~ul:in,q center IO-A F'R-1995 ]9:09 PAGE: 6!. ~ 1 1. 4 68 0000000000 8 I 1 4 68 0000000000 8 1 ! 4 68 0000000000 R 1 I 4 68 0000000000 8 1 1 4 68 O000000000 ~ 1 I .i 68 0000000000 8 1. 1 4 68 0000000000 8 1 1 4 68 0000000000 ~ 1 1 4 6~ bO00000000 8 1 1 4 68 0000000000 8 1 1 4 68 0000000000 8 1 1 4 68 0000000000 n 1 1 4 68 0000000000 9 1 1 4 68 0000000000 8 1 1 4 68 0000000000 8 1 1 4 68 0000000000 8 1 I 4 68 0000000000 8 1 I 4 68 0000000000 8 1 1 4 68 0000000000 ~ 1 1 4 68 0000000000 8 1 1 4 68 0000000000 8 1 I 4 68 0000000000 8 1 I 4 68 O0000000OO AO30 ~iT2 OH:Vt~ 629139 00 AO6r~ ~IT2 OH'~'~ 62q1~9 O0 ~)O0 O0 0 A09C' aI'r2 OH,47,~ 6291,~9 O0 aGO O0 0 A I,~ I" A'[T2 6291.39 i)O 000 00 0 ATlO A'IT2 (]Nq~ A2~139 AT2~ A,IT2 Oi'.tt4?4 62q139 ,)0 OCO 0~) 0 AT30 AlT2 Oh~v~ ~2a139 0;~ 0{~t, 0(~ 0 ~OO AiT2 OH~',~.~ 629139 O0 uO0 Or) 0 AT90 AIT2 OHh'~F* 629! 39 AOln AT~2 OH;4U 629139 A020 ~TR2 OH,qk: 629139 00 GO0 00 A03n A~R2 (')H~ 629139 nC) OGO O0 0 ATB¢ A. TR2 629~39 00 0 (';. 0 00 0 A ~ 1 n h 'I'R 2 O H ~'i r,,~ 629 139 0 (;. U (.~ 0 00 0 ,AT2c~ ATP2 OHt,,';t~ 62~1,39 O0 00() O0 0 AT30 A'I'R2 OH;,,!*~ 929~39 AT60 ATR2 OH~.~P, 620139 A,'r 90 ~ T R 2 (} H ;'~ }~,~ 629139 () 0 000 00 0 DFPT. 10404.250 .At}I, O. AIT2 "999.25 gO60./~, l'T2 -999,250 ~.(..t9 U, AI T2 -999,25 AT20,~IT2 -999,25() AT30,.AI'T2 -999.25 AOI, 0. A'I'R2 -999.250 Af~20.ATR~ -999.25 ,AO~0 A'I"R2 -999 250 AIBD . At30:A~R2 -999.25:') ATR0.ATR2 -099:25 DEPT. :to400.0(70 aO10.,AIT2 6.414 A060. ~I'.T2 b.0~5 AO90.AI.T~ 6.35,,I, A?20.AJ. T2 6.939 .AT30.ATT2 6.559 AF]10.ATR2 4.8(:,0 fi('.)20. ATR 2 6.696 A t39 r~. l ',!" a 2 6. ,3 f: ~ A I B [). A T R 2 10.129 AT3C}.ATR2 6.632 AT60.ATR2 6.218 D.,,P! 102nO 0r,(; A('llt) AIJ, 2 339 506 T" 9 ,, 1. 87 t~. 090, A I 'T2 9.016 AO60 t, iT,2 ~) ' T A!:T2 9.338 AT20:h.t 2 , q~:;,4 A 30. A09O A, TR2 b. 1.75 AI~¥).AT'R2 13.834. A~'3 f~: g TR 2 9.428 h'.~60, ATR 2 9.3~ ] AO20.AtT2 6 940 AO30.AiT2 AIBg. AiT2 ,:9t4 AT10.AIT2 AT60.AIT2 6.1,10 AT90.AIT2 AO30.ATR2 6.746 AO60.ATR2 ~TIO.ATR2 4.800 AT20.ATR2 AT~O.ATR2 6.559 A, O20.AI'r2 9.9,12 AO30.AiT2 AIBD,AIT2 13.869 AT10.AIT2 ~T60.,AIT2 8.388 AT90.AIT2 AO30,A?n~ 7.85~ A060 ~TR2 AT~0'A. TA2 67,162 AT20:ATR2 AT90.ATR2 8,810 '999.250 '999.250 -999,250 '999,2.50 '999,250 6,639 6.414 6,631 6.162 6.696 245 8. 859 6,272 10,374 ,IS Tope ver.if,.ication .ch].umherc~er a..1. as~a ¢~o,~..ot]tinr.~ Contel' Ia-APR-,! 995 19:09 A060.~]"~2 4.5')'2 A(~go.A~T2 4.5u4 A IB!.). AIT~ AOiO.ATR2 -999.250 AO~O.A~R~ -9~g.250 ,Afl30. ~TR2 AOga. ATP2 -9o9.25~, AiB~).ATR~ -09~.250 AI'IO. ATR2 AT30.ATR2 -999.25,) hT60.AT~2 -999.250 ATgO.ATR~ 9.026 5.816 AIBO,.. AIT2 5.597 AT60.AIT2 -.g~g. 250 ,-',030. ATR2 -99q.250 ATIO.ATR~ -999.250 ATgO.ATR2 12.559 A[120.AiT2 7.0bO A Ii.-ll). AiTg, 6.367 AT60.AIT2 -g99. 250 hO30, ATR2 -999.250 ATIO.ATR2 -999.250 ATqO.ATR2 DEPT. c)4gO. 000 .~0:10.AiT2 8.728 AO20.AIT2 A060 Al:T2 5.0a2 AO90.AIT2 5.703 AIBD.AIT2 AT2~:AIT2 5.656 ATB/~.AIT2 5.559 AT60.AIT2 AOIO.AYR2 -999.250 AiJ~O.ATR2 -999.250 AO30.ATR2 AO90.ATR2 -999.25(~ l IB[). A"rR~ -999.250 ATIO.ATR2 AT3B.,ATR2 -999.250 :~T60. ATR2 -999.250 AT90.ATR~ D E P T. O 20 (). 00 t') A 060. ~. I T 2 4.9 r':, 4 AT2~.AIT2 ~,t. ~59 AT30.AIT2 A[~ln. ATR~ -9~9 250 A[J20 A,,R2 A09O A.! ,2 ~999 250 . AT30.ATR2 -999 250 6.103 AO20.AIT~ 4.942 AIB[). AIT2 4.823 AT60.AIT'2 -999. 250 A030. ATR2 -999.250 ATI. O.ATR2 -999.250 ATqO.ATR2 4.758 14.765 4.783 -999.250 -999.250 -999.250 6.340 14.!79 5.376 -999.250 -999.250 -999.250 8.018 14.049 6.209 -999.250 -999.250 -999.250 5.896 14.463 5 372 -999:250 -999.250 -999.250 4.919 14.498 4737 -999i250 -999 ~50 -999 250 B.729 .AO20.AIT2 6 773 6.298 AIB[).AIT2 14:308 5.822 AT60.AI'I!~ 5 598 -999.250 A[~30.ATR2 -9991250 -999.250 A IO.ATR2 -999 250 - ' (' ATR2 999 250 999,25) ATgO. - . 6.7~2 AO20.AIT2 4.924 .,, I'~'~ 7.411, AIBD.A 12 12 671 6. 584 AT60. AIi, 2 6:1,70 -o99.250 A{]30. ATR~ -999 250 9.2 5 0 ~, "f ~, 0. A ~'.r ~ 2 - 9 9 9: 2 5 0 -999.25() AT90..ATR2 -999.250 4,090 13.653 4. 005 -999 250 -999; 250 AO30.~IT2 ATIO.AIT2 AT90.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATiO.AIT2 ATgO.AIT2 AD60.ATR2 AT20.ATR2 AO30.AIT2 'ATIO.AIT2 ATgO.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATiO.AIT2 AT90.AIT2 AO60.ATR2 ,AT20.ATR2 AO30.AIT2 ATIO.AIT2 ATgO.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATIO.AIT2 ATg0,AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 AT.IO.AIT2 ATgO.AIT2 AO60.ATR2 AT20..ATR2 AO30.AIT2 ATIO.AIT2 ATgO.AIT2 AO60.ATR2 AT20.ATR~ PAGE: 62 4.6~7 7.339 4.959 -999.250 -999.250 5.933 8.690 5.601 -999.250 -999.250 7'.442 10.330 6.499 -999.250 -999.250 5.6:98 8.441 5,611 -999.250 -999.250 4.827 6.071 4.939 -999.250 -999.250 6,399 8.225 5.943 -999.250 -999,250 5.808 10.154 6.543 -999.250 -999.250 4 146 '999..250 '999'~50 IS "Y~r~e Verification t:Lsti, r,q ¢,~lumberqer A]ask~ Co~":p~r. iDq CemLer -999.25n A'i:g0. ATR~ -999.250 R,7oO AfJ20. AI'i'2 6.242 7.652 AIBD, A.TT2 12.869 6.442 A'r6~, f\IT2 5.975 -999.250 A[I30.ATR2 1999,250 1099.2D0 AT!.0.ATRP -999,250 -99q.250 A~90.ATR~ -999.250 7,890 AO20.AIT2 6.720 g.576 AIBD.AIT2 13.~08 6.6~2 AT60. a I'I:2 6.754 -qc)9.25o &O30. ~TR2 -999,250 -999.~b0 ATIO.ATR2 -99g.250 -g9~.250 .AT90. aTE2 -99n.250 16.917 AO20.AIT2 9.245 I (>. 737 l~ I B 1.). A I T 2 13.033 9,9B1 AT60.AIT2 8.672 -999.250 AO30.ATR2 -999.250 -999.250 ATIO,ATR2 -999,~50 1999.250 ATg0.ATR2 -999.250 8.779 AO2t).AIT2 4.416 3.5~0 A I BIll). /~, I T2 13.076 4,510 AT60,AIT2 4,121 -999.250 A[}30,ATR2 -999,~50 - 999.250 lA T 10. A T R 2 - 999.250 -999.250 ATgO.ATR2 -999.250 038 A020. AI~2 1 494 ~: 34.1l AIBD, AIT.2., 12:300 ,~l . 622 AT6~. AIT2 1l .,48() -999.250 ATI.(). ATR2 -999 250 -999.25fi ~TgO.aTR2 -999:250 4.1~i3 AO20.AIT2 4.342 4.34.9 AIBD.AI'i'2 14.058 4..,'~ 05 AT60.AIT2 4.3]5 '999.250 .A,~30. ATR2 '999~250 5.1U5 A020. AI iii,'2 4.425 4. B48 AIBO..AIT2 15. 816 , ,~, 6,201 iA I B D. A I T 2 13 , 929 , 970 5.623 AT6tl) · Al'r2 5. AO3~).AIT2 ATIO.AIT2 ATgO.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATiO.AIT2 AT90.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATIO.AIT2 ATg0.A, IT2 AOOO.ATR2 AT20.ATR2 AO30.AIT2 ATIO.AIT2 ATgO.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATiO,AIT2 ATgO.AIT2 AO60.ATR2 AT20,ATR2 AO30, AIT2 AT!O A, IT2 AT90:AzT2 AO60,ATR2 A T 2 o. R 2 Ao]o,iAIT2 ATIO.AIT2 AT90,AIT2 AO60,ATR2 AT20.ATR2 AO30.AiT2 ATIO.AIT2 ATgO,AIT2 AO60,ATR2 PAGE: 63 ~.403 9.419 5.~48 -999.250 -999.250 6.958 7.387 7,180 1999.250 -999.250 10.829 18.908 8.759 '999,250 -999.250 4,003 8.693 4,127 1999,250 1999,250 1.377 2,,404 1..544 '999..250 '999,250 4.433 4,547 %999'250 999,250 4.455 5.120 4..935 -999.250 -999.250 5.139 4,966 .99~:l~7~1250 IS Wane v~.r.!.f, lcation !,./st. inq ChlLllnbeT'Q~r h]aska Com~urinq center DEPt, bO00. 000 A AO60,AIT2 5,~iqi AT2~.AIT2 5,191 AT30,AIT~ .AOIO,ATR2 -999,250 A02(.), ATR2 A090 ATR2 -999,250 A. 30:.ATP2 9~9 250 AT60 ATR~ D E P T. 56 !) 0.0 O 0 A 01. ,)..a I T 2 AT20..~IT2 3.4a~'~ a 30.AI:1~2 A~IO AIR2 -9~9,250 AOBn:,ATR2 -999 250 AIa~') AT'R~ , ~ .... , ..... ~ ~,', , ~ ~'" ,. A"r30,ATR2 -999 250 AT~:~ A. R~ I{'!-A.PR-19n5 19:09 -999.25a ATIO.ATR2 -99q. 25¢~ AT90, ATR2 9.767 AO20.AITP 5.71,5 AIBD,~IT2 6.190 AT60.AIT2 -Q99.~0 AO30.ATR2 -q99.250 ATIO,ATR2 -999.~50 ATgO,ATR~ 7.623 AO20.AI'r2 7.6~5 AIBD.AIT2 6,1. U2 AT60.AIT2 -999.250 A[)30.,ATR2 -q99,250 ATIO,ATR2 -999.250 AT90.ATR2 6 ozl 7[235 6.236 AT60.AIT2 -999.250 AO30.ATR2 -999.250 AT10,ATR2 -999,~50 AT90.ATR2 9.9'11_ AD20.AIT2 7.534 AIBD.A!T2 6,798 AT60,AIT2 -999,250 AO30,AYR2 -999,250 A'flO,ATR~ -999.250 ATgO.ATR2 -~99,250 -999,250 6.721 12.~43 5.974 -999.250 -999.250 -999.250 5.6i4 15.497 6.343 -999.250 -999,250 -999.250 6,04l 14.067 6.508 -999.250 -999.250 -999.250 6 965 6,392 -999 250 -999~250 -999,25(3 5.816 1020. AIT2 5 166 5,798 AIBD.AIT2 14~213 5.321 AT60.AIT2 5.584 -99 q. , .;_,. 25() AO30,ATR2 -999 250 -999,250 ATIO.ATR2 -999:250 -999.250 ATgO,ATR2 -999,250 3.442 AO20,AIT2 2,526 AIBO.AIT2 2.667 AT60,AIT2 -999.250 AO30.ATR2 -~99.250 AT10,ATR2 -q99.250 ATgO,ATR2 4.?10 AO20.AIT2 3.374 AIBP'AIT2 3.309 AT60.AIT2 -999,250 AO30,ATR2 -999,250 ATIO,ATR2 -999,250 ATgO.ATR~ 2 770 2,436 -999.250 -999,250 -999,250 3.544 13.438 3. 197 999 250 999 250 AT20.ATR2 AO30,AIT2 ATIO,AIT2 AT90,AIT2 AO60.ATR2 AT20,ATR2 AO30,AIT2 ATIO.AIT2 AT90,AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATI0.A1T2 ATgO.AIT2 AO60.ATR2 AT20.ATR2 A030 AIT2 ATIO:AIT2 AT90. A}T2 AObO.ATR2 AT20 .ATR2 AO30,AIT2 ATIO,AIT2 ATgO,AIT2 AO60,ATR2 AT20,ATR2 AO30,AIT2 ATIO,.AIT2 AT90,AIT2 AO60,ATR2 AT20,ATR2 A. 030 AIT2 ATgO.AI~2 AO60.ATR2 AT20. ATR2 PAGE: 64 -999.250 6.078 9.467 6.366 -999.250 -999,250 6.037 7.682 6.892 -999.250 -999.250 6.363 5.965 6.906 -999.250 -999.250 6 896 10~035 6.827 -999.250 -999.250 5.267 5.824 5,938 ,'999,250 '999.250 2.560 3.490 2.608 -999.250 -999.250 3.340 4,126 3.390 '999.250 '999,250 IS Tape verif~.cation ~.lstinq ChlUmher~er Alaska Compurir~q Center DFPT. 500o. O9:) An6n. ALT'2 2.31 t .~OqO. AlT2 ~T20.AIT2 2.545 AOf 0. A'rP2 -9~9.2~0 hFJ20. ATR2 AO90. h ~P2 -909. 250 A,I~o...hTR2 AT30.ATP2 -~)99,250 AT60.ATR2 i ¢.)-APR-1995 19:09 2.7q9 AD20.AIT2 2,158 ! .~b2 AIBO. AI'r2 13.412 2.070 AT60.AIT2 1.960 -999.250 AO30.ATR2 -999.250 -999.?.50 AT] O. AT~?.. -999.250 -qgg.2bO ATgo. ATR2 -999.250 2.923 AO20.AI£2 2.491 2.429 AIBD.AIT2 12.835 2.471 AT60,~IT2 2,408 -099.250 AO30.ATR2 -999.250 -ggg.250 ATIO.ATR2 -999.250 -~99.250 ATgO.ATR~ -999.250 3.513 AO20.AIT2 2.765 2.614 AIBO.A. IT2 12.636 2.621. AT60,~IT2 2 .404 -999.250 A[)30.ATR2 -999~250 -999.~50 ~TIO.ATR2 -999.250 -999.250 ATBO.ATR~ -999.250 -999,250 -999,250 -g99.250 -999.250 -999.250 -999.250 AO20.AIT2 AIBD.AIT2 AT60.AIT2 AO30.ATR2 ATIO.ATR2 ATgO.AT~ -999 250 -999!250 -999 250 -999.250 -999.25o -999.250 AO30.AIT2 ATIO.AIT2 AT90.AIT2 AOb0,~T~2 AT20.ATR2 AO30.AIT2 ATI0.AIT2 ATg0.AIT2 AOOO.ATR2 AT20.ATR2 AO30.AIT2 ATIO.AIT2 ATg0.AIT2 AOb0.A'IR2 AT20.ATR2 AO30.AIT2 ATIO.AIT2 ATgO.AIT2 AO60.ATR2 AT20.ATR2 AO30.AIT2 ATIO.,AIT2 AT90.AIT2 A. O60.ATR2 AT20.ATR2 PAGE: 65 1.090 1.398 1.048 -999.250 -999.250 1.978 2.828 2.036 -999.250 -999.250 2.388 2.985 2.517 -999.250 -999.250 2.570 3.570 2.664 -999,250 -999.250 -gg9.250 -999.250 -999.250 -999,250 -999-250 **** FILE TRAILER **** FILF NA~IE : EDIT ,008 SFRV'I C~: : FLIC VERSION : 00lC01 DATE : q5104tt, 0 M,aX R~;C 8IZ~: : I024 IS Tape ver!t].catio5 ~,ist. ina chlu~,berL.~er ~lasKa Comu~Jna Center IO-APR-~.995 19:09 PAGE: 66 SERV.tCE : nbJ'C VFRS.i.O'~ : 001 CO1 DAT~ ~ [.,~ST F I I.,E 8P E.X PbO B A'I' I 0 ~..~ APl ~50-629-22532 t',.' 1L L"., C A T alORTH $[.,OPE, A!,ASI'<A FIDE ~ 0 ! T ,,, 0 f", 9 S~."'t,P[.,~ PATE: (;,16fi7 PA, FTEI..,D P,~I¢.' LOC AD.~D REPE,~T ["II,F 0[" Rl. ii,~ ~2 (INTER~EDIATE RUt!) .i'iI~'l~ HiI RESOLUTIOb ~,.'~A!t~ L, OG F'ILE b',ICRObOG ,~LR2 HI RESOI.,L, TIO~'4 REPEAT ~"ILE f~iICROLUG TOOI., F~ A P I ~..~ FI., T O ,,! COO 6 TA T PDAT EPD L, t¢ F ADD EnD TDO TD b .8 I, I FT FT ~' T t,¢ ] bDCAI' 50-629-22532 5112' FSL & 44,23' FEL 3 20~; ~ [,;RTH ~;~ I.., O P.E T. PUT~:A~ 6 2 9 13 9 iCE PAD 41,9 1~625, 1!u09, Well Name API Serial Number Field Location Section Township Range County State or Province ~fation Wit:ness ~ame Service Order Number Per,~anent datum ElevatioD of Permanent Datum Log Measured From ADove Permanent Datu~ Elevation of Kelly Bushi.nq Elevatio~ of Derrick Elevation of Ground Bevel Total DePth - Driller Total Depth - bogger Bottom bog Interval ,IS ~aDe Veri~ication ;,isti~a cbl. Ul'~ber,uer &].aSK. a Co~putino ¢,enter i, (.;- ~, PR- ]. 995 1. q:09 PAGE: 67 '['!, T 5g.. Top l..,oa... Interval DPT [.,$ND DrilllDq Fluid Type DF9 (;/C3 12.4 Drilling Fluid Density I)WP~-? 9. Drilling Fluid Ph ' DF'V g 4~. Drilling Fluid Viscosit~ DFL F3 4 Drillinq Fluid Loss ~,~T DEGF ~ 2 Resistivity o~ MOd Sample .... Mud Sample Temperature R~FS Or~.~a u.83 Resistivity of Mud Filtrate S MFS? DEGF 72. ~ud Filtrate Sample Temperatu R~CS OH~,'! i.4~ Resistivity of Mud CaKe Samo]. ~CST Df, CF 76' ~ud CaKe Sample Temperature' Tr8 13;00 9-~AR-95 Time Circulation Stopped mmmmmm~mmmmmmmmmm~mmmmm~m ~ m mmmmmmmmmmmmmmmmmmmmmmmm~mmmmmmmmmmm~mmmmmmmmm m~mmmmmm ,mmmmmmmmm TA61,Fi TYPE : CU{~V ** hATA FORMAT $,~6C'IFICATION RECL'!RD ** 2 66 0 3 73 20 6 73 7 65 8 68 0,t. 66 11. 66 51 1,3 66 0 16 66 0 66 1 la 'ra.-e ver-.ifi, cstion Listi. nq chlumberc]~.r A].asaa Co,'u,.,tino Center 10-APR-.1995 19:09 PAGE: 68 immmmmm.m.mw.mmmm~mmmmmmmmmmmm ......... ............. ........ :::: ......... ~-'iT SPjRV [ . ,iPi ~PT A ~ bJ'[,JMtl REPR l:t,, CLASS ~tJO ~iiJ~ SAYP ELEM CODE (H~X) T 6291J9 00 000 O0 0 9 1 ~ 4 68 0000000000 ~'i~{ 629119 ~0 000 O0 0 9 ! 1 4 68 0000000000 ~a~': 620139 O0 000 0(; 0 9 1 1 4 68 O0000000OO ~i~;~ 629139 O0 000 O0 0 q 1 1 4 b~ 0000000000 H,v,U 629139 0() 000 09 0 9 i 1 4 68 0000000000 DEPT. 10404. MINV.~L, R2 -999. 0400. DF'PT. 10200. N I N V. I~t L P, 2 6. DEPT. lOOOO, MTNV.~LR2 -999. DEPT. 9EO0. MINV.~LR2 -999. DFPT. 9600. MTNV.M[,,R2 -999. DEPT. 9400, ~TNV.MLP2 -999. DEPT. 9200. STNV.~[.,P2 -999. DKPT. 9000. MI'NV.MLR2 -999. DKPT. 8800. ~INV,MbR2 -999. NTNv.~LR2 -999. D E P T. 8400. 334, ~ :~ D R. t,'ilF.,'I' 2 -999.250 ~1I NV. P'~LT2 -999.250 MNOP.MLR2 25O OOD .~', ,'~ (': P,. M I, T 2 1.9~:3 ~IN V. ~:i,,:r2 1.248 MNOR.Mb~2 O55 000 ~ NOR. MI',T2 5.2~0 t~INV.HLT2 7.021 MNOR.MbR2 462 000 MNOR. ~:I,, F2 1.938 ~INV. MLT2 1.438 MNOR.MDR2 250 OOt* t-:N(::~R. MI, T 2 2.006 MIN'V. MI~T2 2.141 MNOR.MLR2 25O (,,GO ~ r,,~ OR . t'/l I., T 2 ,1.85~ ~INV. Mt, T2 1.813 MNOR.MLR2 250 000 ~nOR.F~LT2 1.792 ~t I N v. ~I.,',F2 1.605 MNOR.MhR2 25O 000 ~NO[:,~ . aLT2 1.~07 ~ I NV . ~,'~L'I'2 1.605 b~iNOR. ~LR2 250 000 :~: NO~ ..M I,,T 2 2.014 ~ IN ~ .,b:iLT2 2.009 25O 000 M N ['..'~ R . ~,,: L :F 2 3 , l 00 ~,'~ I N' V . M L T 2 2 . 360 a N' 0 R , M L, R 2 25O 000 ~.~ N 0 R , F,.i L T 2 2 . 687 M '1: N 't! . M l,, T 2 2 . 228 M NO R . ~ b R 2 250 -999.250 2.572 5.326 -999,250 -999.250 -999,250 -999,250 -999.250 -999,250 -999,250 -999,250 -999,250 TaPe veri. f!..cat, ion t, istJ. nq [Chlumherqer Alaska Comoutina Cent:er 259 [;F .PT 76¢)0. U~O . ~'~, I ,'~ ¥. t~ L. R 2 -999.250 DFPT. 7200. b'~ I i~ V. ~.! t., P 2 -999.259 DFPT. 7000. OOO ;,~i40R. ML D W p q' · ~ ~ 00. C; 00 ~ a r.-~ R. i,i t. T ,9_ ~4T ~'~V. MI.,R2 -999.25U MINV.M[,R2 -999.259 D g P T. 6400,00 O ~ i':t 0 R. ~"~ l., T 2 NTbV.F!4R2 -9c~9.250 i~i I ~',! V. ~ b R 2 - 9 g 9.2 g 0 D F.,,, p'r. 58 o 0 U, 00 "." 0 P, 1'.,~, L T 2 ,,,, (? i'~I I N V. "I.¢R 2 '999.,.5 D'E P 'T'. 5 {~ 00.00 u r4 ~',;~ 0 R. k Ir,,, T 2 ~',,~I 1 N V. M .L R 2 - 999,250 DFP~ 5400.000 ~ i,;n R ?4LT2 ~',~ I N V . M L, ~ ~ - 9 g 9 . 25,0 D E P T. 5200.00 u, ?~t is! 0 R, M r,, T 2 ~ 1 i~ ~'. ~.L,R 2 -999.250 D E p'1.,'. 5 ,o n O. u 0 ;) ~ !'i 0 R. M !:.,~ '!72 )vt I b;i V. ~,Y I., q 2 - 999.25 {! D E p T, 4800.00 u i~.~ a F)P.. ;',,'i L, T 2 a I ~',,,~ V. ~;~ t., R 2 -99 '9,250 I r)-/t~ PR-:1995 '.19:(;)9 2.603 t,:, ]7 .",~ V. r~ [,'1[' 2 1 .B46 ~ INV. ~'~LT2 1 .q76 ~',IN V. MLT2 5.358 3.093 alNV.~GT2 2.029 l~ I N V'. i'4bT2 2.5 i~ 0 M I bi V. ,'4 L T 2 3. ,1., 77 MI,NV.MbT2 2.649 a' I N V. ,~,: b ,T 2 2 817 ~""~ I N'V H L, T 2 2.8 7 1 i',41 :N V. Fi, L T 2 3.22,3 ~.t I N V. H b T 2 3.689 M I N V.~,I L T 2 3.4 b () M I t',i V'. M' £, '.'![' 2 3.368 M I r,:! V. ~,~ ,h T 2 2.285 2.493 I .991 2.326 1.715 1. 640 1.928 2.135 1.669 1.940 2.153 2.141 2.297 2.3.37 2.723 2.936 2.683 2.504 NNOR. MNOR.~LR2 MI',I OR . ~.4 LR 2 ~NOR.~DR2 NNoR. MLR2 ~INOR.~LR2 ~NOR.MLR2 MN[DR.~LR2 tNI N [) R .MGR2 MNOR.~GR2 M, D! f-') R.. I~ 4 R 2 MNOR.NSR2 MNOR.MLR2 ~N'OR.MLR2 MNOR.~bR2 NNOR. NbR2 MN(DB. NDR2 MNOR.~.GR2 PAGE: 69 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999..250 '999,250 -999.250 -999,250 .-999.250 -999,250 -999.250 ,IS Tane ve.r~.[l, cation b.[sti, r~q ichlumbercter ,'~l, aSk:a COmDutinq Center IO-APR-1995 1cl:09 PAGE: 7O 25O -999.250 NNOR,~LR2 -999,250 ** Et",b UF' F).LkTA *~ * =,~** FII,E rlEADF:~ F"JbE NA~,;E : EO!T .0!0 SF. RV 1CE : Fh!C VERS Igor, : O01Cn! i~.~X RFC SIZE : 1024 FIbE TYPE : AP1 ~50-679-~2532 w I r,,DC AT NORTH SLOPE, AI..,AS~.~ FILl: ************* RAw FIELD DAT~ JIF R[l.hi ~:'2 tPI,,T TOOL STRING DESCENTS 1 A,ND ~ AND RFPEAT FILE. ~[,,{ESF 3 PASSF:S v~ERE LOGGED iN HiGH SPEEO NODE AND }41 RESOI~t. JTIOt~ DATA WAS NOT A:COUIRED OVER THESE; INTERVAbS. ...... ) .... Y Ti')Ob (I TG'[',:):I., STR1NG) RI.tN ~2 .DESCENT ~2 " ~"~t''~' T ~ ' ,, S .. [ "~ ,~. .HNS2 NATUkAI.., GA~;;.~.~ SPECTROSC(iPY T[~L'.~L (IP!....~? TOOL o,rRING) .RUN ~2 )ESCE..NT ~2 . ~.,[:) s 1 I, I :[, ii []D E f'; $ I '].J Y T O O b ( I P L T '.[' f3 [] I., 8 T ~ I N G ) P UN ~ 2 D ~? 8C E N T ~ J, , 'S b'!aL, [:.~EbT , . .,, aP~,~.. EPTTHEP Rf]r,] Tf)L]I.~ (I'P!..~T ~'OOL fiTRVi',iG) RUbi ~2 DESCENT ~1 .HNS1. NA~'t,IR.AI',,, gar'~'~,,~A SPECTROSCOPY' !2OO1., (lPbT TOOI,., STRING) RUf,~ ~2 DESCENT ~1 ;ChlUrr, ber'::!er AlasKa COff, p',.lt.i[~: Center PAGE: 71. ,~!~R2 PKPE~T V!6F' ;,!~9'ij~kb GA~'~tA SPECTRr~;~C~Py TI)III, (IDDT T['if)b STRIMG) RU~ ~2 AP!N 5~-629-22537 Fl, 5112' FSL & 4423' FEL S~Cq' 3 C 0 }..~ ~ h,r!RTH 6[JOPE ST A T AL AS~ ~ SON 82913q P~A"r 1CE PAD APl) FT ~1, q EK}3 WT 41,, 9 EDF ~'T 33, EGL FT 4 1 'roi., [;'T ilb25. TLI FT 50, D g T L S I,~ D O ~ Jm.) G/C3 12.4 DVpH 9, DFV S 46. D~L F3 4 , ~ s T 0 Z G F 8 ~ R~FS OH ~?~t 0 83 ~,~ F 8 T D E G F 7 t P C 8'1." t)g (; F 76. TC8 13:00 9-NAR-95 BHT DEGF 17b, Field Name ~ell Name API Serial Number Field Location Section Township Range County State or Province Nation ~itness Name Service Order ~um~er Permanent datum Elevation of Permanent Datum Log ~easured From Above Permanent Datum Elevation of ~ellY Bushln~ Elevation of Derrick Floor Elevation of ~round Level Total Depth- Driller Total Depth -I,,ogger ~ottom boq Interval Top bo~ Interval Drllllnq Fluid TYpe Dril,lin~' FlUid Density Drlll,~ g Fluid Ph Drill ~g~ FlUid Viscosity Drill, inq Fluid boss Resisti, Pit~ of MUd Sample ~ud Sample Temperature Reslsti ltY of' Mud Filtrate S ~ud Filtrate Sample Temperatu Resistivity of MUd CaKe Sampl ~ud Ca~e Sample Temperature Time Circulation Stopped Bottom Hole Temperature T~B[.,E TYP~ : C[.IRV DE !. p"' Depth FP$¢' APS K!EAR/FA~' CORRECTED 5/~f,fDSTONE PORO~JlTY A~,~;C' APS Near Epitnermal [')etector,Countrate . ~ , AFEC APS ar [:pithermal Oetecl:or (..o]ntrate 1 IS mar)e Veri~icat.i. on [,istina ChlU~,beroer .4].as~a Compt]tJna Center lO-AFR-1. D95 PAGE: 72 A'rr3T ATFT APLC APSe EMPT STO? 0 v R S A C ~DPH R~ L PEF'r., LCA!, hCG~ TENS FPSC AN ~::C AFEC A2E~ ,A T N T ATFT ENFP ENA. P A P L, C APSC APDC ACTS .ACTI, .&PS Array-? ~-,ear Eoithermal Detector Countrate A~S array a!ear Time Distrib~]tior', Acauisitio~ Time aPS array Par Time Dlstrf~uti. o~ acduisition Time IPS Oeao-l'Imo Corrected ~!ear/Far Natio nPS aead-Ti.m~ Corrected ~'dear/Arroy .aPS Eoi. thermal Array Porosity I, imestone Corrected hPS E9~t~ermal Array ~orosity SanOstor]~ Corrected IPS Ep]_thermal Array Porosity ~olomite Corrected ,%PS MEAR/ARRAY CORRECTED LT~i~:STGk'~] POHOSITY E~C'EPT FOR FSAL ~PS Sioma Wormatlon LDS Snort Spaclnq acquisition Time LbS ,snort Spacinq overflow Countrate PoJ. ssons ~.at. ioior DTS8 Li.}S !,ong ~pacing Acquisition Time [,OS t, omo S~)acimg uver~low Countrate [,DS Enhanced r3ul. k Density LOS Enhanced ue~sity Porosity LOS reulK' Density from window 3+4+5 Countrate bDS Bulk Oenslty from window 4 C. ountrate LDS ~,ong SpacLnq ~uik [)ensl. tV I,D8 ~ulK Density [,L)S aulK Density Correction Lb8 DeDsl!t,~ (~or sit~6 PHOTOELEC i FACTO FRUq THE FAR D,E~ ..... CrO~.. I,,DS Caliper kiNGS Standard Gamma Ray MiN~GS Computed Gamma Ray HNGS '!?horium Concentration HNGS Uranium Conce~tratiorl ~..,~i'~GS gormatior~ Potassium Coacemtrati. on HNGS Borehole Pota. sslam ComcentratioD Ten s ion A. PS NEAR/F~,R CORRECTED SANDSTONE POROSITY AP8 '~',lear E;pl..tnerms1 Detector Countrate bPS ~'ar Epi,.thermal l)etector Countrate APS hrray-1 Near g'pithermal Detector Countrate bPS hrray-~ Near igDitnermal Detector Countrate bps Array Near T.ime Distribution Acquisition Time APS Array Far Time Di. stribu%to~ Ac~ulsitlc)n Time .aFS r)eaa-Time Corrected Near/Far ~atio ~PS Dead-Ti'ne Corrected x'~ear/arraY ~atlo aPS Epltbermal Array .Porosity I,.~imestot~e Corrected APS Epl. therr,'~al Array Porosity Sandstone Corrected APS Epi~tnermal Array porosity Dolomite Corrected APS ?~'~:AR/ARRAY COFIR}~;CT,~it)GIi~ESTC)NL POROSITY EXCEPT FOR F'SAL S'T A ~,~ r) 0 F~" P I, $ T h ~,~ C C, C [J ~,~ P U T E D APS S:[Oaia Formation [.,US Short Spaci..n~ acr~ui, si. ti. on Time has snort Spaci. ne clverfl, ow CouDtrate Po!ssons Ratio ~or i)TSS I,I.')S t, oDa 5pacinq Acquisition Time IS 'Fane verification Listino chlumheroer h_lasKa ComPtltiso Center' l (.)-A F;~- !. 995 1~:o9 PAGE: 73 !.,DS ~Tnhanceo i)ensity Porosity [,uS Balk L)er~sitY from window 3+4+5 Countrate I,i)S ~t.ll< De~)sitv (rom .,;inoow 4 Countrate [,DS Gon(~ S~acin~ Bulk r,e~sttv T,DS k~ulk oensity !,L)S hulk oensit~ Correction LDS Density P'HOTflEI_,ECT~IC FAC~u~ FROMM ThE FAR DE'TECT~R L, DS Caliper HNG8 Standard Gamma PaY HaG8 Co:n~]ted Gamma Ray H:x, CS thorium Concentration }4NGS Uranium Cothcentration [~:,~8 ~ormation Potassium Conce.trotion H~GS ~orehoie Potassium Concentration Tension t,~one Iclenti~led Channel Name to assure t~e ComPstibllit~ wltb LOS ADS Near Emit. hermal Detector Countrate ~PS war ~Tpitherm~l Detector Countrate APS ~rrav-! t'ear Epitnermal Detector Countrate ~PS ~rrav-P ~?ear EDitnermal oetector Countrate ~PS array Near Tl me r~lstributior~ Acouisition Time ~8 ~rrav Far Time i)istrloutlo. ~c~uisitton Time ~P8 oedd-Tlme Corrected Nesr/F'ar Ratlo a~s neoO['rlm, Corrected ~;ear/Ar[aY Ratio ap8 Eptt ermal Arra~ Porositg L mestone Corrected IP8 E~>ithermal Array Porosity Sandstone Corrected &PS Eb!thera'~al Array 1porosity. ,t)ol, omlte Corrected ,~P8 ~JE~R/AR~g COR~.EC ~.;D f.,~MES~'O~,~[t; .POROSITY E:XEEPI' FOR FSAL STAND OFF DISTANCE. ~PS Slqma Formation !:,OS Short. Spacinc! ACC~tlJ. sit:J, on Time [.,DS snort Spacin~ Overflow Cou~trate poissons ~at~o for L)TSS bDS Long Spaclno Acquisition Time Li)S Long S~acin90verfl. ow Countrate LD8 Et%~anceci btllk Density Li)8 Enhanced Density Porosity LD8 BUI. E Oensity from ~,rindow 3+4+5 Countrate LOS ~ul~ Oensity from Window 4 Countrate I, DS Gong Spaci.~g Eul. k Density LOS Bul~ L>ensity [,DS gul,~ Oensity Correc [.,DS Density Porosity p H n T O F, I., E C '].: ~ l: C F 4. C ~' 0 R F ~ O ~ T ~:~ ~; ~;' A R P E T E C T O R LDS Caliper ~4N6S Computed Gamma Rag HNG5 Thorium Concentrat ~lhGS draniL~m Concentration ~,.~NGS Forr,"~ation Potassium Concentration IS war, e Ver!f~catton l',,istino chlumberaer Alaska Computinc Center 1. O- A ["P - :19c~5 19:0q PAGE: 74 ** nhTA FDR~,~.m 8PECI.r,'ICAT_Ti)I',! P. ECOPD ** ~'YPE kgPP CODE VALUE mm. mmmmm,mm,mmlmm~.l, mmm~lmm~mmmmmm~mmmm m I 66 0 ** SE,r 'FYPg- CHAlk: ** '' X ~' ;'' ~ ~ ~ ~'' ~ ~N ' ......... ,., .... 'r ,..~ ,.:.,~. p,...v .,',' C ~'' X ;''. I ...... A p I X~ ..... A.P ].. ..... '''B I. LE'~ ..... U~B ~ B ....SIZE'' ''''' '' '''''''''''''REPR PR OC ES !D ORDER ~ f,,,OGTYPE CRASS ~,~OD NUMB SA~P EhEM CODE (HEX) DFPT , .. 629139 (~ 000 0 10 1 4 68 O0 FPSC ~PS2 629139 O0 000 O0 0 10 1 1 4 68 0000000000 A~! fi;C A?S2 CPS 629139 oo 00o O0 0 10 1 1 4 AFEC APS2 CPS 629139 O0 000 O0 0 10 1 I 4 Ai. EP APS2 CPS 629139 00 ()00 00 0 I() 1 1 A 2 g ;:;' AP~ ~,, '" ........ o2 CPS 6z9139 ()0 000 0() 0 10 1 I 4 .ATNT ~PS2 8 62q139 O0 000 O0 0 10 1 I 4 .ATPT APS2 8 62:91,39 00 000 00 0 1,0 I I 4 E~F~ A'PS2 629139 00 000 O0 E~A~ AP82 6291~9 0 A P L, CA P S 2 p t.) 6 2 9 1. 3 9 0 0 0 0 0 0 0 0 1. 0 I '1. .4 A P S C ~ p S 2 ptj 6291,39 00 o 0 () 0 o 0 1 () 1 I, 4 APl) C ,APS2 PB 6291,39 00 000 00 0 10 i 1 4 ENPI APG2 629139 O0 ()00 O0 0 I0 1 I 4 $, [,~. ~, P s 2 [ ~,~ ~; 2 o 1, ? 9c, o 000 o ~") 0 1, 0 ! 1 4 $ T (; F' A,, F S 2 C 1,,1 6291 39 0 (,) 000 ~ 0 0 1, t.) I I 4 A (,, !, ..,,,' L [) $ 2 5 6 .:o O :139 0 ~') 00 () 00 0 10 1 1, 4 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 Ig ~ave ver~.~ication r,.istinc; chlumheroer AlasKa ComF'utinq Center iO-Af"'R-! 995 19:09 PAGEt 75 PPSS I 082 6291 ?,9 AC'? [, 1,!)S2 S F, 29139 OVa[, !,082 CPS 62~1B9 NPH~ t, OS2 C;/C~ 629139 NPp~ I. DS2 PU 62~13g R~$3 I.,i'~S2 G/C3 629139 R~$4 I,PS2 G/C3 629139 R~L I,[,S2 G/C3 62~139 RMQ~' [,PS2 G/C3 629139 DP~,~ L[:,S2 G/C3 629139 OPL, I. I)$ 2 Pll 6291 ~g PEFI., 1,i.')82 A29139 LCA[, T,DS2 IN 62q139 t~CGP Hfl~S2 GAPI 629139 HTHO HNS2 PPD,l 629139 bi'aA HN82 PPM 620139 HFK NaS2 plj 629139 HBHK MNS2 PU A29139 'l/E'~ g H~,S2 L~3 629139 FPSC AP81 629139 ANE;C APSl CPS 629139 AFEC AP5! CPS 620139 AIEP APSI CPS 629139 AgEP APS1 CPS 629139 ATNT APSi 8 629139 ATFq" APSI 8 629139 ENFP APS1 ~29139 E~,AP APS1 629139 aP!.,C AP81 PU 629139 APSC APSI P'U 629139 AD[)C ~. PS '1 PU 629139 gNg'l APSi 629139 8TOF APS1 IN 629139 SIGF APSI, C{,~ 629139 ,,ACTS [,DS1 $ 629139 OVRS !.,DS 1 CPS 629139 PRS8 L[)SI 629139 ACTL Lt.)$1 8 629139 OVRL [.,081 CPS fi2~139 NRHP, LOS1 G/C3 629139 NDpH I.,[..~$1 PU 620139 RH83 LOS1 G/C3 629139 Rt~$4 I.,D81 G/C3 629139 RPL I., [;S I G/C3 6'29139 RHO~': [,i)Sl G/C3 629139 DPH LD8! G/C3 629139 DPO LDS1 PU 6291.39 PEP'I, b081 629139 l,,C f~ t, LDSI IN 62q1'39 ....... l' " T I II omIm II~ ;) 0 0 .1. n u 0 ] 0 1 1 0 0 (~ !. 0 1 ! 0 u 0 ~ 0 1 O0 0 10 i 1 0 O 0 10 1 1 o0 0 10 1 1 O0 C) ! 0 1 1 O0 0 1 0 ! 1 O0 a 10 1 1 o 0 n 10 1 0 o o 10 I 1 oo o lo 1 1 00 0 10 1 1 0 o 0 10 1 00 o 10 1 1 oO 0 10 1 1 00 0 1 o 1 ao o 1 0 1 1 0 0 0 1, 0 1 0 0 0 1 0 1 1 OU 0 10 1 O0 0 10 ! 0 0 0 I 0 1 1 0 0 0 10 I 1 O0 0 1 0 1 1 0 0 0 1, 0 1 1 0 t,.~ 0 10 1 1 0 0 0 10 1 00 0 l, 0 1 1 00 0 10 I 1 O0 0 10 1 O0 0 10 I 1 00 0 10 1 O0 0 10 1, 1 0 (',) () 10 1, 1 O0 0 10 1. 1 00 0 10 1. 1 O0 0 10 i 1 O0 0 1.0 1 1 O0 0 10 1 1 0 0 0 10 1 0 0 0 1 0 1 1 00 0 10 I 1 0 0 0 t, 0 1 1 O0 0 1. 0 1 1 0 0 0 1. 0 1 0 0 0 10 1 1 00 0 10 1 1 0 0 0 10 1 1 00 0 :'1, 0 I I El, Fa CODE ( HEX ) ...........4 ;~ .... ;'~0 ..... 00000;~'' 4 69 0000000000 ~ 6a 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 000o000000 4 68 0000000000 4 68 0o00000000 4 68 0000000000 4 ~8 0000000000 4 08 00000o0000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 ~8 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 6fl 0000000000 4 68 0000000000 4 ~8 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 b8 0000000000 4 68 0000000000 4: 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 ~ 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 ,IS Tope ver.i.~tcatiof I, is[ina ;ChlUmberoer AlasKa ComDutina Center lO-~PR-]9~5 1q:o9 PAGE: 76 HCGP 'H,.~S1 GAPT 6~?qL39 HTHP ~".' S 1 P P ~.'~ &291~9 HI~R~ i4LSi PP~, 620139 HmHK hNS1 P(~ 629139 TF~,~S PNSI b~ 629139 FPSC nPR2 62.ol 39 A~EC ~PR2 CPS AF~C APR2 C~ 6291,39 A~.]~ ~P~2 CPS 629139 A2~;~ APP2 CPS 629139 ATilT t,P~2 S 62~139 ATFT APR2 8 629139 Et,:F~ ~,PR2 A2~139 EYAP ~PR2 ~2~139 A~LC APR2 PLJ 629139 A~SC ~.PR2 FU ~29:139 AP[)S APR2 PU 629139 g~Pl .APR2 629139 ST[iF APR2 IN 6201, 39 6T'G~ APR2 CU 62~139 AC'TS LbR2 S 629139 OVRS l.., DR 2 CPS 629139 PRSS LDR2 620139 ACTL I,.,D!,~2 S 62C~ 139 OVRI, I.,b~ 2 CP~ 629139 NPH~ [.,~)~2 G/C3 629139 NUPH I.,PR2 PU 629139 RN53 I..,i)R2 G/C3 62Q139 RHS4. !.,~t)R2 G/C3 6291',~9 RHI, LDR2 G/C3 629139 ~RO'~,.~ ,LDP2 G/C3 629139 DPh L[)R2 G/C3 629139 DPO bi)R2 PU 629139 PEFL LDR2 629139 LCAL LOR2 IN 629139 HSGR HNR2 GAPI 629139 HCG~ HN~2 GAO1 629139 HTH~ HNR2 PPM 629139 HIIRA HN~2 pp:v~ 629139 t.tFK H~',.:a 2 Pt; 629139 .H~',H~ T'~N~2 PU 62o139 ?'~,'~S ~qNR2 bB 629139 O0 o00 nO O lO ! 1 4 68 0000000000 O0 OeO oO 0 10 l. ! 4 68 0000000000 O0 000 O0 o 10 1 1 4 68 0000000000 oO o00 O0 O 10 1 1 4 68 0000000000 O0 000 oo 0 10 i 1 4 68 0000000000 O0 000 O0 0 10 1 1 4 68 0000000000 O0 OoO 60 0 10 1 t 4 68 0000000000 O0 {')00 O0 o 10 1 1 4 68 0000000000 O0 ~00 O0 0 10 1 1 4 68 0000000000 O0 000 no 0 10 1 1 4 6~ 0000000000 o() 900 O0 0 10 1 I 4 68 0000000000 O0 (~00 Or) 0 10 1 1 4 69 0000000000 O0 000 O0 0 10 1 1 4 68 0000000000 O0 00(? O0 0 10 1 1. 4 68 0000000000 0<) COO oo 0 10 1 i 4 68 0000000000 no 000 O0 0 10 1 I 4 68 0000000000 O0 000 O0 o 1,0 1, 1 4 6~ O000000000 O0 ()00 O0 0 10 1 1 4 68 0000000000 O0 000 O0 0 10 1 1 4 68 0000000000 O0 o0O O0 0 10 1 I 4 68 0000000000 aO OOO C)O 0 10 1. 1 4 68 0000000000 o0 000 O0 0 1. 0 1 1 4 68 0000000000 no 0oo oo 0 10 1 1. 4 68 0000000000 O0 OOO O0 0 10 1 :1 4 68 O000OO0000 O0 fi00 O0 0 I0 1 1 4 68 0000000000 (') 0 000 00 0 1, 0 1 1 4 68 o o 00000000 O0 000 O0 0 10 1 1 4 68 0000000000 0O 000 O0 0 10 ! I 4 68 0000000000 o 0 000 (.,) 0 0 10 I 1 4 68 0000000000 ,0 O(')O O0 0 lo I. I 4 68 000000,0000 00 (:! 00 00 0 I 0 1 1 4 68 0000000000 oo ooo oo o lo I 1 4 68 0000000000 {)0 000 O0 0 1.,0 I 1 4 68 0000000000 O0 000 O0 0 10 1 I 4 68 0000000000 O0 000 O0 0 10 1 I 4 68 0000000000 O0 000 O0 O I0 1 1 4 68 0000000000 O0 000 oO 0 I 0 1. 1 4 68 0000000000 O0 000 O0 0 10 1 I 4 68 0000000000 O0 000 O0 0 10 1 I 4 68 0000000000 O0 000 O0 0 1.0 1 1 4 68 0000000000 O0 000 O0 0 !.0 1 1 4 68 0000000000 O0 000 O0 0 10 1 1 4 68 0000000000 O0 000 O0 0 10 1 ! 4 68 0000000000 ,:IS Tare 'Verification I,!,st!,nm ,ChlUmberuer AlasKa Co~,f_,utir'~a Center E~;F~. APS2 4.2 ! o AC~'~. I~L)S2 0.250 OVRt,. I.,DS2 12.00(~ :~RH6. LDS~ RMS4. I,;2S2 -999.250 RHL.LDS2 DPO.LOg2 -999,250 HCG~. HNS2 45.763 b~H~. HNS2 -999. 253 'I'E~,~6. H~S2 ATF"I'. I PS 1 -999.250 FiNFR.APS1 APSr. iPSl -9q9. 250 APPC. APS1 SIG~ APS1 -9q9.250 aC'r'S. L [.o 1 ACTI,.LDS1 -999.250 OVPh.bOS! DRH. [,DS 1 -999. 250 i)PU. bDS 1 ?tS(;~. Hf~iS 1 -999.250 HCGR.HNS1 ~FK.HNS1 -999.25G ANEC.~PR2 -9q9.250 AFFC.AP~2 ATi~.APR2 -999.250 ITFT.APR2 A~LC.APR2 -999.250 aPSC.~PK2 STO~.~P~2 -999.250 SICF.APR2 PRSS. I,i.}~2 -909.250 ACTD.bDR2 ,'~DP~. I,.,0~ 2 -9q9.250 RHS3. i.,DR~ RgO~. l.,,[~ 2 -999.250 DRH.LDR2 I~CAL. !,DR2 -999.25 (') HSGR. H ~.!R, 2 DF;PT. RSO0.OO0 FP$C.APS2 A1EP..~P$2 ?,409.333 EN,FR. aPS2 4.299 EN~R.APS2 ACTS.LOS2 0.750 OVR8.. LD82 RHS4 LD82 2,440 a~b: bPS2 DP~:I,,[)S2 6,384 PCFL, LD82 HCGP a~,lS 2 72.353 HTHO.HN82 HEH~iHNS2 -999,250 TENS.HNS2 AFEC,aPS1 -999.25u AIEP,APS1, ATFT.APS1 -999,250 ENFR.AP81 APSC.APS1 -999.250 APEC.AP81 $IGF,APS1 -999,250 ACTS.bD81, RHS 3. LI) S 1 -999,250 Dak~. LI.)S 1 -999.250 DPO.LDS1 I, tSGR. HNS1 -999.250 HCGR. H~:~81 ANEC.AP~2 -999.250 ATt~T,AP~2 -999.250 APLC.APR2 -999.250 A. PSC.,AP~2 8T{T.JF, .~.P~ 2 -999.250 $IGF.APR2 PPSS.Lt)R2 -999,25{J ACTL.bDR2 NDPH. I,,OR 2 -999.250 RgS3.LDR2 R H 0 ~. l,,, F) R 2 - 999.250 D k H. b 0 a 2 lO-AFR-199b 19:09 O. 239 A~C,,. ADS2 2212.000 ~TNT.APS2 0.761 APLC.APS2 0.2u6 STOF.APS2 20.000 PRSS.LDS2 -999.250 NDPHoLD82 -Q99.~50 RHOM.LDS2 -999.~50 LCAL,bDS2 3.967 ~URA,HNS~ 4590.000 FPSC.AP81 -999.250 A2~P.APS1 -999.250 ENAa. APSI -999.250 EMPI.APS! -999.250 OVRS,LD&I -999.250 aRMB.DDS1 -999,250 RRb,LDS1 -999.250 OEFL.LDS1 -999.250 ~TM{3. H~S 1 -99q.250 TENS,HN8! -999.250 A1EP,hPR2 -999.250 E~FR. ~PR2 -999.~50 APDS.APR2 -999.250 ACTS.LDR2 -999.250 OVRL.LDR2 -999.250 RHS4.LDR2 -999.250 i)PO.LDR2 -999.250 HCGR.HNR2 -999.250 RBHK.HNR2 0 261 aNEC. AP82 2532:000 AT~,T.AP$2 0.679 APbC.AP$2 O.l.,t~5 STOF. APS2 77.333 PRSS.LDS2 2. 545 NDPt,'i, L082 2.512 ~HO~Vi, LDS2 3,977 LCAL,LDS2 10.17~. gURA,HNS2 6670.000 FPSC,AP5I -999.250 A2EP.APS1 -999.250 ENAR,APS1 -999.250 -999.250 OVRS,LDS1 -999.250 NRHB.LQS1 -999.~50 RML.LD51 -999.250 PEFb. LDSI -~9;~:250 TENS,HNS1 -999.250 A1EP.APR2 -999.250 ENFR.APR2 -999. 250 APDS. APR2 -999.250 ACTS, L'DR2 -999.250 OVRL,LDR2 -999.250 RHS4,bDR2 -99q. 250 OPO. bDR2 3456.000 0,250 20.630 0.534 704.000 -999.250 -999.250 11.945 5.49~ -999.250 -999.~50 -999.250 -999.250 -999,250 -999.250 -999,250 -999,250 -999,~50 -999,250 -999,250 -999 ~50 -9991250 -999.250 -999.~50 -999.250 -999.250 -999250 -999~250 3366.667 0750 161508 0,124 654,667 6,384 2,545 12.499 2 464 -999' .250 -999,250 -999,250 -999,250 -999o~50 -999,~50 99 250 -999,250 -999,250 -999,250 . ' ( 99,~,250 -999,250 999 250 -999.250 AFEC.IPS2 ATFT.APS2 AP$C.APS2 SIGF.APS2 ACTt..LDS2 RHS3.LDS2 DRH,LDS2 ~SGR.DNS2 HFK.DNS2 ANEC.APS1 ATNT.APS1 APLC.APS1 STOF.APS1 PRSS.LDS1 ~DPH.LDS1 RHCIN.LDS1 LCAI,,.LD81 HUR~.HNS1 FPSC,APR2 A2EP.APR2 E~AR.AP~2 ENPI,APR2 OVRS,LDR2 NRHB.LDR2 RHL.I,,DR2 PEFL.bDR2 ~TMO,MNR2 TENS.HNR2 AFEC.APS2 ATFT, APS2 ACTL.LDB2 R~$3,LDS2 DRH,LDS2 HSGR.HNS2 HFK.HNS2 ANEC.APSi ATNT.APS1 APLC.APSI STOF,APSI PRSS.LDSi NDPW.LDS1 RHO~.LDS1 bCAL.LDS1 HURA.HNS1 FP$C.APR2 A2EP,~PR2 EMAR,APR2 ENPI.APR2 OVRS,LDR2 NRMB.LDR2 RHL.bDR2 PEFL.I~DR2 PAGE: 77 I040,000 0.250 24.932 23.724 0,250 -999.250 -999,250 80,842 1.828 '999.250 '999.250 '999.250 -999.250 '999.250 -999.250 -999,250 -999,250 '999,250 -999,250 '999,250 -999,250 -999.250 -999,250 -999,250 -999 250 -999~250 -999.250 -999.250 878.667 0,750 20,231 20,391 0,750 2,473 0.020 91.966 .992"~:50 -999'250 -999,250 -.999,250 -999,.250 -999,250 -999,250 -999,250 -999,250 -999,250 -999.,250 ~999,250 999.,,250 999,250 ' 25O '999, '999,250 IS Tare Ver.!.ficatior~ ~,istJ. na CblUmherg~r AlasKa {,omputJ. na Center ~1 g~ [ AP,S2 2033.333 APl.)~ ~PS2 76 168 ACTS. LbS2 0. bOO O~RS. bOB2 }{~HK. H~,,~S2 -999 250 ' AFEC. APS1 6~b. UOU AI~P. AP~I ATFT.APSI 1.00() RNFR.AP~I APSC.APS1 30.866 A. POC. APSI S~GF. APSI 33. 005 ACTS.LDS1 ACI[,.LL)SI 1.000 RNS3. [.,OS1 '2.4!, ~3 RH,54.bDS~ i}R~. [,DS 1 O.O13 OPi..l. LD~ 1, B, SG~. HNSI 11. (). 785 NCGR. HN~ 1 A~,~EC APR2 999 250 AFEC.A, R2 ATilT. APR2 -999.250 A'?FT.APR2 AP[,,C. APR2 -999.250 .~PSC.APR2 8TOF.APR2 -999.250 SIGF,APR2 L,t, ~2 PRSS T,,DR2 -999.250 ACTb. NDPH~LD~2 -999. .250 R~3 . Lf)R2 RHO~ . L[)R2 -999,250 bCAT,.LD~2 -999.250 HI,]R A . H~"~R 2 -999.250 AFK.]'iNR2 l")g'p~. []400. OO0 FP$C. AP$2 A!.E ,P.APS2 -999.250 A. 2F:P. APES2 ENF'P. APS2 -999.250 ENAR.AP~2 ~., {~ P, APE',,C.A'P~ -999.250 "" I.AP~2 AC'T:S. LDS2 -999.250 OVRS.LOS2 OVRI.,,. LDS2 -999.250 RNS4.. Lt)S~ -999.250 DPO.LDS2 -999.250 PEFb. LDS2 ii B H K. iq N ,S 2 - 999.250 T Y N 8. H N 82 A. FEC. ~.PS1 7!4.000 AI. EP.APS~ ~F,~. APSi. A T F T. l P S ,1, t,, 750 .APSC.,APSI ~7.273 APDC.AP81 SIGr. APS1 22..4ql ACTS.LDS~ ACTL.LDS1 0.500 P. NS3. LDS1 2.248 'R,~tS4. DR;'~, LDS 1 0,063 DPO. i.,D~I HSGR. H;~81. 104., 141 14CGR. H H F ~. H :~ S :1 2.32 ,,, A '~J E C. a P P 2 - 999.25 r.~ a F E C. ,a P R 2 ,APLC:APR2 -99'9.250 STOF.APR2 -999.250 SfGF.APR2 10-APR-lg95 19:09 -999.250 NCGR. H~,!R2 -q99.250 HDH!~.ANR2 0. 323 A~EC. AP$2 2005.333 ATN:I.AP$2 0.788 AP[.,C. APS2 0.251 STOF.APS2 56.000 PRSS.LDS~ 2.454 2.433 RHO~.LD$2 3.892 LCAL.LDS2 13.126 HURA.HN$2 5640.000 FPSC.APS~ 19~9.333 A2EP.APS% 5.4~4 27.2~6 E~PI.AP$I ~.000 23.000 NRHB.LDS1 2.402 RHL.LD$~ 10.465 PEFL.LD$~ ~9.805 -999.2~0 -999.~50 AlgP.APR2 -999.250 ENFR.,APR~ -999.250 APDS.AP~2 -99~.250 ACTS.LDR~ '999.250 OVRL.bDR2 '999.250 RHS4.LDR2 '999.250 DPU.bDR2 -999.250 HCGR.HNR2 -999.250 HBHK.HNR~ -999.250 ANOi:C.AP$2 -999,250 ATNT.AP$2 -999.250 APLC,APS2 -999.250 STOF,APS2 -999.250 PRSS,hDS2 -999.250 NDPH.LD82 -999,250 RHO~.LDS2 -999.250 LCAL.5[)S2 -999.250 HbRA.HM~2 -999,250 FPSC,APSI !776.000 A2EP.AP$~ ,4.875 25'545 Et~PI.AP$i 0.500 OVRG.bOSI 44.000 NRHB.bDS1 2.200 RHb. LDS1 13.945 8:1.400 ~TNO.HNSI -999.250 TEN$.HN$1, -999.250 AIEP.APR2 -999.250 E[{FR.APR2 -999.250 APDS.APA2 -999.250 ACTS.LDR~ -999.250 3234.667 0.750 25.094 0.290 626.000 11.851 2.454 13.661. 3.~6 0.375 1974.667 0.801 0.275 40.000 2.477 2.454 3.346 14 216 5795:00O -999o250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999 .250 -999:250 -999 250 -999 250 -999!250 -999 250 -999 250 -999 250 -999 250 -999 250 0 300 1786 667 0 79~ 0 231 64 000 2 420 2:346 4.627 12.509 5685.000 999.250 -999 250 HTHO.HNR2 TENS.HNR2 AFEC.APS2 ATFT.APS2 APSC.AP$2 $IGF.APS2 ACTL.LU$2 RHS3.LD$2 DRH.LDS2 HSGR.HNS2 HFK.NNS2 ANEC.APS1 ATNT.APS1 APLC.APS1 STOF,AP$1 P~SS.LDSI NDPH.[.DS1 RHON.LDS! LCAL.LDS1 HURA.HNS1 FPSC.APR2 A2EP.APR2 ENAR.APR2 ENPI.APR2 OVRS.LDR2 NRHB,LOR2 RHL.LDR2 PEFL,LDR2 HTHO.HNR2 TENS.HNR2 AFEC.APS2 ATFT.APS2 APSC.APS2 SIGF.APS2 ACTL.LDS2 RHS3.LDS2 DRH,LDS2 MSGR.HN$2 HFK,HN$2 ANEC.AP~I ATNT.APS1 APLC.APS1 STOF.APS1 PRSS.LDS1 NDPH.LDS1 LCAL.LDSI HURA.HNSI FPSC.APR2 A2EP.APR2 ENAR.APR2 ENPI.APR2 OVRS.LDR2 PAGE: 78 -999.250 -999.250 778.000 0.75O 29.055 24.451 0.500 2 400 0]011 113.361 2.526 3126.067 0.750 27.541 0.034 7O4.0O0 10.485 2.477 13.637 3.343 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999 250 -999,250 -999.250 -999,250 '999.250 -999.250 -999.250 -999 250 ~942:667 0.750 3,067 20,574 , .ooo ,945 2,420 13,081 3,530 "999,250 '999.~50 '999.250 "999.250 '999.250 IS Taoe Yeti'fi. cat. ion I,istil~q ChlUrrberqer AlasKa (,On'~p,..ltio~ Center i.)FpT. ~ 200. O00 PPAC. AoS2 A1EP.AP82 -999.2B0 A2F, P. APS2 I+TNFP o AP$2 -999.25C, AP[}C.AP82 -9~9.2S0 AC'IS. I,I')82 -999.2~0 OVRS. OVR[.. LDS2 -9°9.25U t:RNB. RN8.4 .LOS2 -9q9.250 RHL.LD82 DPO.LDS2 -999.250 DEFL.LD82 MCG~. H{'~$2 -999.?50 HF.H~. U~S2 -999. 250 '!'~NS. AFEC. AF'SJ e~96,. 900 A 1EP. AP81 ATFT.AP8] 0.500 bq;',}F R. APS 1 APSC.APS1 26.405 APDC.AP81 S]'GF, APS~ 96.771. ACTS, RNS3.LD81 2,4]5 R~iS4,LD8~ DRFi, I.~DS 1 O,O! 3 HFK, ~7481 2.794- A T ,,,~ ~'. A P R 2 - 999.2 ~ 0 A 1] F T. A P R 2 APLC. APP2 -9~9. 250 APSC. APR~ 8TU~.AP~2 -999.250 $1, GF.APR2 .PR8S. i,.,OR 2 -999,25u AC'Yh. LDR2 NDPH. I, DR2 -999. 250 RdS3. LDR2 RUO~.LDR2 -999.250 LCAL.LD~2 -999.25u l'i U R ~. h N R 2 - 999.250 ~,~ F K. H iq R 2 iO-APR-l'995 19:09 -999.250 .OV{~l~. bDR2 -999. -999.2b0 RH$4oL .h. R2 -999, -999.25() OP~}. I.~D.R ?. -999. -990..250 NCGR. dr'~R2 -999. -g9a.250 Hb. HK.HNR2 -999. -999.2b0 ANEC,APS2 -999. -999.250 ATNT.APS2 -999. -999.250 .~PLC. APS2 -999, -999.250 8TOF.APS2 -999, -99~.250 PR'SS.LOS2 -999, -999.250 ~.TDPH, b082 -999, -~99.250 RftOM.LO82 -999, -999.250 [..CAL, LD62 -999, -999.250 HURA.HNS2 -999, -999.250 FPSC,APS1 O, ~916,000 A2FP,AOS~ 1800, 5,026 ENAR,APS1 O, 25.9~0 ENP.!,APS1 O. 0.500 OVRS.LOSI 56. 32.000 NRHS.LDSI 2. 2.41] R~b. LDSI 9.645 PF. FG, LD.5 t 4, 106.928 HTHO.~N81 17, o.~95 'rg~s. ~81 5565. -999.250 ~IEP.A~R2 -999. -999.250 ENFa,AP~2 -999, -999.250 APDS.APR~ -999, -999.250 ACTS,bOR2 999 -999.2~0 OVRL.LOR2 2999: -999.250 RHS4.SDR2 -999 -999.250 [)PO. LD.R2 999 -99q.250 HCGR.HNR2 -999 -999,250 HBHK,hNR2 -9991 ,DEP?. 8(,)00.000 FP$C.AP62 -999.250 ANEC.AP$2 A.1 'EP. APS2 -999.250 A2EP.AP82 -999.250 ATNT.APS2 E~FP APS2 -999.250 ENA, R. APS~ -999.250 APLC. AP82 A~'DC'APS2. ,, -999.250' ENPI.,,AP82, -99~,..250 STOF,.A~$2 ACTS.LDS2 -999.2~0 nVRS.LD82 -q99.250 PRSS.,L, DS~ O~ RL. LI.)S2 -999.250 NRHB.LDS2 -999,250 NDPH,. hO82 RNS~. I,{,)82 -999,250 R~Ih,.LD82 -999,250 RNOa. LD82 DpO,LDS2 -999,250 PEFL..LDS2 -999,250 I,~CAb. bD82 HCG~,HNS2 -999,250 .UTHO,'HNS2 -e99.250 HU~'.A, HNS2 HBH'[<. NNS2 -999.250 TENS. [..tN82 -999.250 FPSC. AP81, AFEC.APS1 762.000 A1EP.AP81 1,,990.000 A2EP.APS1 ATFT.APS1 0.750 ENFR.APS~. 4.752 ENAR.APSt APSC.APSI ~7.085 i~.PDC. APSI 23.975 EMPI,APSI SlGw.hPS1 22.098 ACTS.. bi}81, 0.500 OVRS.bDS1 AC~!, [,. LOS 1 0.500 [}V Ri2,. LOS 1 24.000 R~4'S 3. l,,OS 1 2.399 RHS4. i,,L~'81 2.335 R~L,.bD81 g R !~. !.,,,I)S ], 0.053 DPO.bD81 7.304 PEFL.L, DS1 HSGR. IqNSI, 68.257 ~tCGR. :H~;S ]. 52.275 HTHO.HN81 ~F~'. Hi'".~81 1.452 HBHt<. ~.~P.~81 0.395 TENS. ~iN81 A~,,I'EC. A PP 2 -999.250 ~FEC.APR2 -999.250 A 1, ~P. APR, 2 -9 9 9 -999! -999 -999 -999 -999 -999 -999, -999, O, 0 4O 2 4 8. 5 0 5 250 2.50 25O ?.50 250 250 25O 250 25O 25O 25O 25O 25O 250 3O3 000 8O4 222 000 49~ 4'67 252,, 947 000 250 250 250 250 250 250 250 250 250 250 250 250 :250 25O 250 250 25O 300 000 764 2,34, 000 529 ,4,.64 .987 266 000 250 NRHB.LDR2 Rr~L. T.,DP2 PEF!,. 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' I 0. 500 28.939 :t7.290 :'l O-APR-] 995 19:09 -99q.2bO ANE:C. APS2 -999.250 ITNT.APS2 -999.250 AP[,C. AP$2 =999. 250 STOl,". APS2 =999. 250 PRSS. LDS2 -999.250 NI)P~.DDS2 -q99.250 RHOM.LDS2 -999.250 -999.250 HURA.HNS2 -99q.250 FPSC. APS1 2028.000 A2[':P. APS1 22.760 ENPI.AP81 0.750 O'VRS.LDS1 38.607 NRHB.bDS1 2.2~6 RH4.LDS1 15.121 o1 .7~0 HTHO.HNS1 O. 395 -999.250 A1EP.APR2 -999.250 EF~FR. AP,R2 -~99.250 ~PDS.APR2 -~99.250 -999.~50 OVRL.LDR2 -999.250 RHS4..SDR2 -999.2~0 DPO. -999. 250 HCGR. HblR2 -99~.250 HBMK.HNR2 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 -999.250 0.293 2012,000 0.755 0.221 54.667 2 401 3.506 9 529 54.25:000 -999 250 -999:250 -999,250 -999,~50 -999.250 -999 250 -999" .250 -999,250 -999,250 ENAR.APR2 ENPI.APn2 OVRS.L, DR2 NRHB.LDR2 RHI.,.LDR2 PEFS.bDR2 HTHO.HNR2 '~gN$.HNR2 AFEC.APS2 ATFT.APS2 APSC.APS2 SIGF.APS2 ACTL.LDS2 RHSB.T.,D82 DRH.LDS2 MSGR.HNS2 HFK.HNS2 ANEC.APS1 ATN'T.APS1 APLC.APS1 STOF.APS1 PRSS.LDS1 NDPH.LD$1 RHOM. LDS 1 LCAL. HUR A. HN $1 FPSC.APR2 A2EP.APR2 ENAR.APR2 ENPI.A. PR2 OVRS,I.,DR2 NRHB,LDR2 RHL. LDR2 P~FL, BDR2 HTHO HNR2 .F.: PSC, A[ o2 -099 250 ,aNEC. APS2 999,250 AFEC.APS2 . A ' (''~ .~ ' ~l~ 2 E? Po2 -99q.250 A~NT. A.PS2 999,250 ATFT.APS2 ENAR.APS2 -999.250 .APLC, AP52 -999,250 APSC.APS2 E.i'.dPI AP52 999 725(, STOF A 62 999 250 SIGF APS2 O'VR~i,bDS2 -999.250 PRSS LDS~ 999 250 ACTT..,,I.,,DS2 . . 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I,, ,O S 1 PAGE: 80 -999.250 -999.250 -999,250 -999,250 -999.250 =999.250 -999.250 -999,250 -999,250 -999.250 -999.250 -999.250 -999.250 -999,250 -999,250 -999,250 -999,250 2966.000 0.500 22,096 0 247 825~333 15.121 2.401 12.668 2,669 -999,250 '999.250 '999,.250 -999*250 -999'250 -999,250 -999,25:0 -999,250 -999,250 -999,250 '999.250 '999.250 '999.250 -999 250 -999 250 -999 250 -999,250 -999,250 -999,250 29~8'000 0,500 24,973 0.306 840,000 25,932 .2,227 12,216 Tape Vori.,t','!catlot'~ l.,%stinq cblui,:kerqer AlasKa Co?,i::.,ut,i,qq Center DFPT . 7 400 . 000 F'PSC. A1F.,P. A.PS2 -999.250 A2F'P. AP"2 E~'JI~'P. bPS2 -999.2~ E.aAR. APS2 ,.1 ~ m . AP[.)C. ~PS2 -99~.250 E~..,[. I ADS2 ACTS.],DS2 -999.25~ OVRS.LI~52 OVRL. I,,OS2 -999.259 RNS4.. [.,0$2 -9~9.250 aFb.bD~2 Dpa. [,DS2 -999. 250 PEFL. bPS2 HCGP.HNS2 -909.25o ~'.FHC). HNS 2 HBHk. H;~S2 -999. 250 TENS. HNS2 AFEC.APSl 810.000 ~I, EP.APSi A~F?.~PS1 0,50C, APSC.APS1 31.307 A~DC.APS1 fiIGF.IPS1 27.137 ~CTS, I,,,DS 1 AC%L. I.,DSi 0.750 R~S3.SOSi 2.343 DR}.!. LDS1 O. 027 OPU. L, DS1 t,.tgG¢. Hi, S1 104.7141 HCGR. }:l~$1 NFl. ~tl~S1 2.39~> H~3'HK, .'HN ~ 1 A!'JEC. APR2 -999.250 ATNT.APR2 -999.25u ,~'rFT. APR2 APLC, APR2 -999. 250 APSC STOF.~PR2 -999.250 S.:[GF. APR2 P~SS,[,DR2 -909.250 NDP[!, LI'.)R 2 -999.250 R?tS].LDR2 R~O~:, [,,,DR2 -909.25C t)RH. LDR2 LCA[,,,. Li:.,P 2 -999.250 }'!SGR. F~r,~ a 2 DEPT. 7200.000 FP$C.AP$2 At. EP.~PS2 -999,250 A2EP.APS2 ENF~.~PS2 -9g9.250 E~',~AR. APS2 APf.')C. ~PS2 -999.250 AC'I:'S. Lt)S2 -999.250 OVRS.LD~2 RNS4,. [~DS2 -9q9. 250 RHI,. LDS2 · -, e, 9 50 P E F [, I,,, P S 2 PPO.I, uo2 - 99.2,. T AFEC.APS! 729.333 ~'l, EP. AP51 A'rFT. ,~PS 1 0.750 Ei,~FR. AP81 AUSC.hPS1 29.900 hPDC.APS~ SIGF.APS1 2'7.6R4 ACTS.iSDSJ 19109 45.6u7 HTII~). H~'4S t 7 507 0.21~5 TE~.3. dq81 51551000 -999.250 gl, EP.AO~2 -999.250 -999.2b0 ~NFR.APR2 -999.250 -999.250 APDS,AOR2 -99q.250 -999. 250 .ACTS. b!)a2 -999. 250 -o99.2b0 OVRL.LDR2 -999.250 -999.250 RHS4.NDR2 -999.250 -999.250 DPO.DgR2 -999.250 -999.250 HCGR. !-t,:~t R ? -999.250 -999.250 HBI4K. HP.;R2 -999.250 -999.250 ANEC.AP$2 -099.250 ATNT.APS2 -~99.250 APbC.AmS2 -999.~50 STOF.APS2 -999.250 PRSS.BDS2 -999.250 t,.IDP.. DOS2 -099.250 ~HOa. LDS2 -999.250 I.,C~L. bPS2 -999.250 HURA.HqS2 -999.250 FPSC.APS1, ' 1696.000 A2EP.APS1 4.30~ E~IAR.APS1 31 .4o0 ENPI.APS1 0.750 QVRS.LDS1 53.333 t.~ R H B. b b S 1 2.302 RBB.LDS1 ~].531 PEF,b. LDS1 78.808 }'ITHO. ?tNS1 0.295 TENS. t't~'~S 1 -990.250 AIEP.APR2 -999.250 ENFR.APRP -099.250 APDa. APR2 -999.250 ACTS.bDR2 -990.250 OVRb. LDR2 -099.250 RFiS4.LDR2 -999. 250 DPt,), hDR2 -999.250 NCGR.HNR2 -999.250 HBHK.NNR2 -999.250 ANEC. AP,S2 -999. 250 -999.250 APLC,APS2 -999.250 STOF.AP5~ -999.250 -~99.250 NDPH.bDS2 -999. 250 -990.250 IJCAL. 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A P,5 ?. A!EP./~PS2 -999.250 E~,iFP .APS2 -999.25(,' APD¢". A PS2 -')99.250 ACTS. [,L,$2 -9~9.25{} OVRS. t.,0S2 UvP~.., LOS2 -999.~50 ~'~RHB. LDO2 RNS4. [ [),~ -999. 250 RHb. L, DS2 Dpo. LDS2 -999. 250 PEFI,.,. HCG~.B,4S2 -999.250 HB~i~<. }4 ~,i 82 -999.250 TE~IS.HNS2 A~[<C.gPS1 6~6.00u AIEP.APS1 ATFT. APS1 O. 5{)<~ ENFR.APS1, APSC.APS1 32.342 .APDC.APS1 SIGF.APSI 30.040 ACTS.LDSt ACTI.,,. LDS 1 0,500 OVRb.Lt)$1. RHS3.I,OSI 2.279 RHS4,LDS1 DRH. !,,DS l 0.023 HSGP. HNS 1 10(). 44:1 HCGR. H~',}S 1. ANEP.A[;'R2 -999.25t~ AFEC'APR2. ,ATi'~T. A PR2 -999.250 ATFT.APR2 API,C. AP~,~2 -999,250 APSC.APR2 STO~.APR2 -999.25o $'IGF,APR2 p R S,$. L [) R 2 - 909.25 <') h C T h, L 0 R 2 ,q O p H. L i.)R 2 - 999.25 o [~ H $ 3.1.,,, P R 2 Rt'{O~s. I, DR 2 -999.250 DRH.hDR2 I',,~CA!,. L [)R 2 -999.250 H~;GR.HNR~ lO-APR-I, 995 19:O9 45.333 !,] R H L3. b r','8.1 2. 2.327 RH.b. bDS1 2. !.2.a, 43 PEFL.LDS1 3. d0.999 HT~o. H~,!S1 11. 0.295 TENS. 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AP$2 -999.250 A'.],NT. APS2 -999.250 APLC.AP$2 -999.250 STOF,APS~ -999.250 PRSS.bDS2 -999.250 NDPH.bDS2 -999.250 RHO~vi. bDS2 -999.250 [.,CAb. LD82 -999 250 -999'250. rPSC. APSl 1794.000 A2EP.AP81 4. 869 ENAR. APS1 30.558 ENPI.APS1 0.500 OVRS.[,DS1 34,000 NR~B.LDS1 2.326 RH,b. GDS1 22.920 PEFb. LP61 0.469 TENS.HN51 666.6~7 AiEP.APR2 0.500 ENFR'.APR2 29.534 APDS.APR2 i5.636 ACTS.bDR2 0.500 O'VRL,LDR~ 2.263 RHS4.LDR2 -999.250 -999.250 -999,250 -999,250 -999.250 -999.250 -999.250 -999.250 -999.250 0.370 1894.000 0.818 0.246 66.000 2.336 2,318 3.296 13.801 41,9C'.000 -999.250 -999.250 -999.250 -999.250 -999.250 .-999,,250 999.250 -999 250 -999:250 ~.~99 250 -999 .. 25O -999. 250 -999.250 -999,250 -999,250 -999,250 -999.2.50 0 309 1730~000 0 835 0 304 64 000 2 316 2 276 2 66? 6 332 4200~000 1950. 000 4,8~9 26,832 0. 500 3O 000 2i274 22 787 AFEC.APS2 ATFT.APS2 AP$C.AP$2 SIGF.APS2 ACTL.LDS2 R~S3.LDS2 DRH.LDS2 HSGR.HNS2 HFK.HNS2 ANEC.AP81 ATNT.APSI APLC.APS1 STOF.APS! 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A PS 2 A 1 ,r<P..a PS2 -97~9.250 ~2EP.AP52 ENF'P. ~PS2 -99(~. 25u ~,:~'~<. AP82 APL, C'. apg2 -999. 250 E;~,~]. ~P82 AC'.[ S. L9S2 -999.z50 R~, ~,. [.bA~ -999. 250 x~il,. ]5D82 DPO. i.,DS2 -9Q9. 250 PEFL. bPS2 HCGF:. v~,~S2 -999. 250 H~i'~(i. tiNS~ AFEC. APg i b72. gOO A 1 ~:,P. AP51 ATFT. APS1 0. bOO E,qFR. AP51 ADSC. APSI B2.5 ~. S APDC. ADS 1 ACTr.. l,OSl (). 500 ~VRL. LDS 1 RH~3. I.,f:~ 1 2.2A2 RHg4.i,P61. P R t'. [, D S 1 l 0. U 03 ¢, P {::. i., P 81 HSGP. Hi;,)S 1 ~u.623 biFK. Hi1$1 1.7a3 HBMK.Ht:$1 ANEC.APR2 -999.250 AFEC.APR2 ATNT.APR2 -909.250 APLC.APR2 -999.25(.* ,~PSC. APR2 STOF,APR2 -gg~. 25(.3 SIGF.APR2 PRSS.I,OR2 -999.250 ACTL.LDR2 NDPH.LOR2 -999.250 R~{S3I. LDR2 R U(7~5. I..,DR 2 -999.250 lO-APR-1995 19:09 45.2~-0 HCGP,. btNR2 I .0~7 FIbH<.i~NR2 -a9~.2bO /~ i,:F.C. APS 2 -g99.?:50 ATNI'.A~S2 -,999.250 AP[,C. APS2 -q99.2bO STOF'.APS2 -099.250 PRSS.LDS2 -q99.250 RtiO~'~. LD&2 -999.250 bCAb. LDS2 -999.250 }~IjRA. tiNS2 -agg.2bO FPSC.APS1 lg7B.O00 A2EP.APSI 5.301 Er,JAR. 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AP,~2 -999. 250 A2KP. .E~FW. a P82 -9~9.25,~ AFDC.AP52 -9q9.25o E~,~P i. APS2 AC7 S. !.,DS2 -999.250 f)VPS, bF, 8~ OUR! .Li)S2 -999.250 RNS ~. [.,DS2 -999.250 DFC. ~,L')S 2 -?0~!. 250 Pi,.F'l.. I.,D82 ~ C O ~. F~ a S 2 - 99 ~. 25 C; H T H t'~. FI ~: S 2 ~{F . H r~:$ 2 -999.2~1.) 'PEN8. Hr':82 , ~ . AFEC.APSt 4,.8.000 ATF~". ~Pgl U.75U ENFR.APSI APSC.APS1 -65.405 APt)C.AP81 SI('SF. ,~,,P81 !8.~30 ACT;5. L[~S 1 AC'I'I,.!.,DSI. I .000 ['~VRL. I.,D~I,.:, R~S~.I,,DSI 3.947 PHS4. hi')81 r)F'H Li)8,1 -0.895 DPO.L[)8 ,, e ..... [,iSGD H¢~:SI 37.4,¢4 ~";f'' . HFK P~'~$1 0.613 A '~'~ E C. ~ P ~ 2 - 999.250 A F E C. A P R 2 AT~T, APR2 -909,250 .~TWT.APR2 APbC. APR2 -999. 250 APSC. APR2 8TOF, ,APP2 -909. 250 S.[GF. APR2 PRSS.I,DR2 -999.2$0 ACTL.bDR2 NDP~. I,[j)R2 -999.250 RHS3.LD~<2 'R H 0'~'~. I,, D P 2 - 9 o 9.25 u 0 P H. i,, D R 2 LeAl,. 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PR A2EP.APR2 ENAR.APR2 ENPI.APR2 OVRS.I,,DR2 NRHB.LI)R2 RHI,,.LDR2 PEFL.LDR2 HTHO,HNR2 TENS.HNR. 2 PAGE: 89 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 m999.250 '999.250 '999.250 -999.250 -999.250 -999.250 -999.250 -999.250 2916,000 1.000 -62.887 -0.672 54.0O0 48.306 1.853 12.342 2,063 -999.250 -999.250 -999 250 -999 250 -999 250 -999 250 -999 250 -999,250 -999.250 -999.250 I$ Tat.,e vori~i, catjon T,istinq Chl~mberc!or AlasKa Co~puti. n~ Cent. er i O-APR-19'-1% PAGE: 90 FILF] F,,[.')IT.011 RA~ FIELD DATA OF RIIN ~2 (I,X~TERt~EDIATE RUN} iPLT L[THfl DENSITY° THIS .TN'.rERVAb (IF Kb*!,,~ t¢'2 XAS AC(.71UIRKD Ii'~ i,{I RESOLL)TION ~ODE. ,LDH2 iii RESOI',0TInP LITHQ D~.;',~SITY TOOL (£PbT TOOh STRI?iG) 0 E F I ,Fie d Name API~ 50-629-~2532 FL 51,1,2" ~'SL ~ 4423' FEb 8 ~': C 'l' 3 RA~6 20E ST~T ALASI<A N a T I L,t S A PDAT IC~] PA~,3 E P ~> F ',17 0. a P 0 t;" T .4 1., 9 E ~ 'R F T 4:1,, 0 g [),~' FT 3 3, T D 1.',2 P.t T~L v'l: 11,625. Well Name API Serial Number Field Location Section Township Range County State or Province Nation Witness Name service Order, Number Permanent datum Elevat,i,:Om o,f Permanent Datum .t, oq Measured From ~Dove Permanent Datum Elevation of Kelly Bu~hino Elevation of Derrick Floor Elevation o~ Ground bevel Total, DePth - Dr.l,ller Total DePth - Looger ils 'rape veri~[icati, on Li, stina chlur,~herc~er Alas~'a Con'~pl]t~r~q Center PAGE: 91 ................. mmmm mm m m mmmmmmmmm 11o09. o om 'iii ~"1' 50. PWh G/C3 .1,2.4. pi:' p*,, 9. DFv ~ 46, D F .t~., MST ?,~FS~ DEGF 72. ~CS~' DEGF 76, TCS ~roo LOG Interval Drtlllhg Fluid Type Drilling Fluid Density Drillino Fluid Ph Drilling Fluid Viscosity Drll.lin~ Fluid boss Resisti lt~ of Mud Sample X~]d Semule Temperature Resistivity o~ Mud Filtrate S Mud Filtrate Sample Temperatu Resistivity o~ ~ud Ca~e SamD1 Mud CaRe Sample Temperature Time Circulation Stopped Botto~ Hole Temperature D F P 'r r~ e r) t h ACT~ !,OS Short Spacing Ac~.~uisi~ion Time OVR$ L,E)$ Short Spacing [~verflow Countrate PRS,~ Potssons Ratio for OTS8 ACTL t..,DS Long i~oacin9 acquj, sition Tittle GVRI, t.,DS Long Spacing giver flow Coun. trate NRHP l,,t.)$ Enhance~.~ E~lk Density NDP~ I,DS Enhanced Der~sity Porosity RH~3 L, OS 'gul~ Density from WiDdow 3+4+5 Countrate RNS4 L,{)S Bul~ Oensity from window 4. Countrate RHL Lgs Long Spacing Bulk Density H']~.~ L~)S ~.~UI.K 9ensit. y ~ ~:~ [., u u 1. ~ D e n s i t C o r r e c t 1, o :n ""R n, Y OPO LDS [~ensitv Poros;~,.t,y '~ .... P~FI, PHOT'[3ELECT~'.TC FACI'9~ FR~.,..'M THE FAR DETECTOR LCAL I,DS Cali~er , * D A'.I~ A F 0 R ?..~ A. T S'P E ~. I i'r' '.[ C.A T" ~ '~ 0 i'.~ R ILl C U {,. L.) * * :IS Ta.r'e ¥or!~tca[.~.<)n chlum~'er¢,]er A!.oSKa (..7or,:;)t'.~r. ir~c/ Center 10-,~P~-1995 1.9:09 PAGE: 92 5 66 6 73 'l 65 ~ 6S 0.083 9 65 Fl .ti 66 t2 1] 66 14- 65 16 6~ 1 0 n6 mmmmm~m~mmmmmmmmmmmmmmmmmmmmmm N~ .... S~RV U .... , RVIC.V, A hP !D ORDE[~ ~ L~G TYP ~~~~m~m~m~mm~mmmm~ DS[,'T FT 629139 O0 00 ACTS LDt{2 S 620139 n0 000 OVRS LDH2 CPS 629139 nO 000 PDSS LDH2 629139 00 o00 ~C131, l, Dt~2 $ 620139 00 000 (.iV R L LD[~2 CPS 629139 00 000 N¢i{¢ LL)I,42 G!C3 629139 00 000 N¢'PN 15.;)H2 P!l 629139 RNS3 I.,OH2 G/C3 629139 O0 000 RF[E, 4 LO}!2 G/C3 629139 O0 000 R ~,b L D ~,,t 2 G / C 3 629139 00 000 RHOU '[,DH2 G/C3 629139 o0 000 DR~{ bDH2 G/C3 629139 00 000 D ¢ O [, [.) 82 P U 629139 00 000 PEF[, I.,D~'2 629139 O0 000 ! API I FILE U.. NUMB $IZ R~. 8 mmmmm*mmm--mmmmmmmmmmmmmmmmmmmmmmm, ~ mmmmmmmmmmmmmmmmmmm 00 0 11 1 I 4 68 0000000000 00 0 11. 1 I 4 68 0000000000 O0 0 11 1 1 4 68 0000000000 O0 0 11 1 1 4 68 0000000000 0O 0 11 1 1 4 68 0000000000 O0 0 1,1 I 1 4 68 0000000000 O0 o II 1 1 4 68 0000o00000 O0 0 11 1 1 4 68 0000000000 O0 0 11 1 1 4 68 0000000000 O0 0 I1 1, 1 4 68 0000000000 00 0 11 1 1 4 68 0000000000 O0 0 1,1 1 1, 4 68 0000000000 O0 0 ~,l 1 I 4 68 0000000000 O0 0 11 1 I 4 68 0000000000 O0 0 11 1 i. 4 68 0000000000 O0 0 11 1, 1 4 68 0000000000 mmmmm~mmm~mmmm..mmmmm.mmmmmmmmmmmm...mmmmmmmmmmmmmmmm -999.250 OYRS.hDH~ -999.250 -999.250 k~RHB, bO?i2 -999.1250 -999.250 RHL.hDH~ -999 250 -999' 250 PEFI,,..bDH2 -999 ~ 250 -999.250 OVR$.bDH2 -999.250 -999.250 NRH6,LD]H2 -999.250 -999.250 RH[,~.LDJ42 -999.250 -999.~50 PEFb.,t,:~D}t2 -999.250 PRSS.LDH2 NDPM.LDH2 RHOM.LDH2 ,LCAI.,,.LDH2 PRSS. t, DH 2 NDPH, I.,DH2 RH[)~. LDH2 h C A L. [., D H 2 -999 -999 -999 -999 -999 -999 -999 -999 .250 .250 , 50 250 25 o ichlum~'~erqer ^]as~<a Con'~putinq IO'APR-.~ 995 ].9:09 PAGE: 93 SgR~IC2, : ~LTC : g5t04/~0 ~'~'~ SIZ~ .' TYP~ : bt) FILE : BP E×.PbORATION 'i~ AI)A MI ~4 APl ~50-6~9-22532 ~"~ I I..., [> C ,A T ~,~(::)~'F[~ SLOPE, ALASKA RA?~ F'!ELD [)ATA OB' R[Ii',~ 1~.2 (INTER~E[)I,A'I'~ RUN) IPLT EPITHERNAI,,, NEUTRON [[NIS I'.i'ITER'¥A.[,, OB" Rt,,)~,]' #2 ,~iA8 AC(~IiI[~..[,!':9 i[:N ~I RESOI..~I.JT.iON a. OD~, ,,APH2 HI RMSObUTION gPlTi'i[;:ai~/!.,'.~,L t'~"E;U'I'RON TOOL (I[?'L~I~' TOO[., STRING) TIBI,[,: TYPE : CONS T U N ! V A L 9 l) E F ! ~ Field. ~ame {,~N t~ADAi~I ~4 Well .Name APIt 50-629-22532 API 8e~ia], NumbeT FL 5:112' FSL SEC? 3 Section IS Tape Verif~cat.i. on [.iStjno chluffberqer ~,las~a Comput,i, na Center !.0-/~P~-~1!)95 lq:09 mmmm~mmmmmmmm~mm~mm~mmmmmmm~mmmmm#mmm! m m m m~ m~ m mmmm! m "[ ~*i ..- ,. _ . R~!-d 2or Range COu~..~ kORTE SLOPE County STA'f' ALASK~ State or Province N~7'T USA Nation WIT~'? T. PUT~A~,! witness Name $0~ 629139 Service Order Number PPA? ICg PAD Permanent datum ~]Pp w'[' 0, Elevation of Permanent Datum b~F hB Log ~easured From AP[) Fl' g~.9 AbOve Permanent Datum E~ ?T 41.9 Elevation of Kelly Bushing ~DF' ?T 33, Elevation of Derrick Floor ECl, ?T 4 ~ Elevation of Ground Level TD[i~ FT ~.~651. Total. Depth - Driller T~!. FT 1~b25, Total Depth - Logger f~!.,l FT ~.16(.)9, Bottom Log Interval T[,I FT 5o. To~ I,o~ Interval b~'t[ t,s~l~ Pr.llihg f'lu].d Type DF[> G/C3 12.4 Drilling f'luid Density DFp~:~ 9, Drilling Fluid Ph I)FV A 46, Drilling Fluid Viscosity OWL F3 4. Drilling FlUid LOSS ~S OH~i. 1 32 ResistiVitY of Mud Sample ~ST PEC~' 85. Mud Sample Temperatffqre R~"s OH~;,.<~ 0.83 Resistl.ity of Mud lltrate ~,?S'? gEG[;" 72, ~ud Filtrate Sample Temperatu ~CS OH~ 1,4~ ResistivitY of Mud Cake Sampl hlC,S? !'.')EGF 76, ]~ud Cake Sample Temperature TCS 1.3:0o 9-FIAR-95 Time Circulation StoPped bg~' DE~GF 17b, Bottom Hole Temperature T~6',[,~.; '.IYPF,. : Ci,)P.V DePth A'PS NEAR/F'~,R C~?}RPECTED SANDSTONE :FOROSITY APS ~;ear Epitnermal Detector Countrate APS War F~'~ltherma].. Detector Countrate APS A, rrav-! ~ear [f, pithermal [)et',ect. or Countrate aPS ~rray-2 ~e,ar Epitnerma! Detector CouDtrate ~PS ,~rrav Near Time [')jstribution Acquisition Time APS Z~rray,:t,:Far Time DistributJ, On ACqUJsitJ.,on T~,me aPS Dead- .i~'~'~e Corrected Near/FaI aDS Dead-Time Corrected Wear/Array Ratio ~PS [;Iplther[?,$1 Array Poros~,ty [,J,,mestone Corrected ,LPS EpiChermel Array ~orosity Sandstone Corrected {~one [de~t.lfj. ed Channel Name to assure the ComPatibil. ity wi, th LOS APS NgARIi~.Rf<AY CORREC':['[:D ST.AND O~'F )')I'STANCE, COMPI.)T ,Chlum~er,'4er ~]aska Compu[ino Center 10-APR-~. 995 19:09 PAGE: 95 OFFI mm ee. mm~ ~ ~ m mmmmmm mm mmm mm ~ ~m mm m mm~mmmmmmmmmmmm mNm mm S!(~- . $ - ~Ji~,a b'o a on /~ S E R V ' S El R V I C .,c.., ~ P I A ID ORDER # LOG TYPE O~? , 2ql]9 000 O0 FDSC APa2 629139 00 000 O0 ANEC ~PF~2 CPS 6291,39 O0 000 O0 AWEC AP~2 CPS 629119 0,0 000 A1EP APH2 CPS 629139 O0 000 0 A2EP ~P~2 CPS 629139 00 000 0O ATMT ~P'H2 S 629139 00 000 00 ATFT ~Pn2 S 629139 00 000 O0 ENFP APH2 629139 O0 000 00 ENAR ~PW2 629139 O0 000 O0 APLC APg2 PU 629139 O0 000 00 APSC A,PH2 PU 629119 O0 000 O0 APDC AP~2 6291,39 O0 00() O0 ENPI AP~'.;i2 629139 00 000 00 STOP APF~2 It',,! 629119 ()0 000 O0 sIg~" APH2 CU 629139 00 00t) 00 APl FILE NU:5~.B {,tI{M.BIZE8 REPR PROCESM NOD NUMB SA:~P ELEM CODE (HEX) ''''''''' i'O :t 2 ....... 1 '''''''''''''''''''''''''''68 0 0000 0 12 1, 1 4 68 0000000000 0 12 1 i 4 68 0000000000 0 1,2 1 1 4 68 0000000000 0 12 1, I 4 68 0000000000 0 12 1 '1 4: 68 0000000000 0 1,2 1. I 4 68 0000000000 0 12 1 I 4 08 0000000000 0 12 1 1 4 68 0000000000 0 1,2 1. 1 4 68 0000000000 0 12 I 1 4 68 0000000000 0 1,2 1 i 4 68 0000000000 0 1.2 1 1 4 68 0000000000 0 12 I I 4 68 0000000000 0 12 1 1. 4 68 0000000000 0 12 1, 1 4 68 0000000000 IS Tame veri~i, cation hist:inn ~chlUn~b, erger A].aska Computinq Cer~ter 995 lq:99 -999,250 AFEC.~PH2 -999,250 ATFT.APN2 =999,250 APSC.APH2 -ggg,~50 SIGF.APH2 PAG5: 96 -999.250 -999,250 -999,250 -999,250 F I L, I~; t;.', IL) T T. O 1 3 *********,*** IS Tape Chl. Un,~erc~er ~].a$~a Com~:utin,.~ Center I 0--,;~ PR-1995 !O:Og PAGE: 97 '!'t~ .',~ lr V A f, U D E F I ! m mmmmmm mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm! C~ bORATI Company. ,~ame_ AP!,w 50-629-22532 FI, 5~12' 6SL & 4423' 5EC~ 3 COU ~,~ ,,' ORT~ SLOPE SOt,,} b29139 PDAT ]C~.. PAl) E P l',.' ~']' 0, ~P~'~ F'r 4 i. 9 E P F F:T .33 T~L WT 11625. ~I.,I F'T 1, 1609. TLI VT 50. DFT bSN D DFD G/C3 1 2,4 DFPH 9. p F V S 4 6, 1) F L F 3 4, ~iST DEGF 82. R ~ F 5 0 H t,,1; ~'4 0 83 MCST DEGF 76, '.[CS I 3: O0 B H T l) i.!; G F 17 6, Field blame ~eli Name API Serial Number Field Location Section Township Range County State or Province Nation Witness Name Service Order Number' Permanent datum Elevation of Permanent Datum Log Measured From Above Permanent Datum Elevation of Kelly gUShlno Elevation of Derrick Floo~ Elevation of Ground Level Total Depth - Driller Total ~ePth - Logger Bottom Log Interval Top Log Interval Drilling F!.uid Type Or i ~ FlUid Ph Drilll ~ Fluid ¥1scosity Drill..i~ Fluid bOSS Resistivity of ~tud SamPle gud Sample Temperature ResistiVitY of Mud Filtrate S Mud Filtrate 8amPle Temperatu Resistivity Of ~Ud CaKe Sampl ~'ud Ca~e Sample Temperature 'rime Clrcul, ation 8t~pped Bottom Hole ffemperature D E e."' 'T D E P 'r' e e Dth -, . SP Spontaneous Potent;l,,a! G~ Gamma Rov C ~', 1,.,I Caliper T E t~j S '], e n s .i. o n HTEP~ Head Tens.ion ~,,~ ~ ~:', S ~',UP Pesi. sttvttv IS Tape v'erification bi,~tf, nn ChlUn~ber¢.~er Al. asKa Com[It]tJn(~ Center PAGE: 98 DLI_,T/~-T CO~.~PO~L,q_ST(~AL ~tF' ~r~h~OPf)l,E CO~PEbSATED (PgS) POtSSOB'S Ratio Standard Gamma PaF '):hor i uc~, Concentration Uraniu,r~ Concentration For~,atio~ P~tassium Concentr~tior, Sorenolo motass~um Concentration ion ** !',AI'A FrtRr~,AT ,qPECIFICAq'IO~,! RECOPi) ** 2 66 0 3 73 72 4 66 5 66 V 6[ 8 68 0,5 9 65 ET 1I 66 14 1.2 68 13 66 0 14 65 15 66 6~ 16 66 0 66 *~ SET TYPE -, CFIAN ** '"';"" .... ..... ........ 'r;;'"'"' .... """'"";" .... '""'"'"'"'"'"' E¢ ~" b"!" 62 q t 39 00 000 00 0 13 1 I .4 68 0000000000 .~'~¥ 62q139 O0 G,aPI 629139 O0 IjB 629139 O0 BB 629139 O0 [)EGF 6291,39 O0 000 O0 0 13 1 00 (,; 00 0 13 1 000 00 0 13 1 000 O0 0 I 3 1 000 O0 0 13 000 00 0 13 000 O0 o 13 , i ! 4 68 0000000000 1, 4 68 0000000000 ! 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 IS T'~t~e Yerirication Listi. r~m chlUt~:herc:er n]as<a Cemp~tJ~o Center PAGE: 99 mm imm ~mem .m,mm m~i~I~ImNIleN m~I memNmmmN IN ~ emmmmm Ie~ .Ii.; rldP[~j~., ,. ., ~LOG 'i'VPE.. Cbh~g. ~:L.~D ,~tJ'~O,, ....... S~,VP, ELE*',,, CODE (HEX) DT2 DS! 3 US/F 62q13q 00 000 n0 0 I 3 1 I 4 68 0000000000 PP ~513 a2° 139 00 000 O0 0 13 I 1 4 08 0000000000 DWP?'. 11609.0f:O SP.AI'Y3 -13.1.25 GR.aIT3 106.246 CALI.I~bT3 'I'K~.,F. A I t"~ 756l).000 HTF:.~.AIT3 1238.894 ~RES.AIT3 0.552 MTE~.AIT3 [>T4P.I)SI 3 77. t,~24 I.)T2.DSi3 !.50.900 PR.DSI3 0.319 HSGR.HNG3 HCGP. ~N(;3 65.9!2 aTHL}. H~IG3 12.6~0 HURA.HMG3 5.713 HFK.HNG3 MB~,!K. HNG3 -9q9,250 TENS.HNG3 7650.0u0 DEPT. l!600.0OO SP.A. IT3 -14.313 GR.AIT3 106.246 C/~bI .I~bT3 TFaS.t~IT3 7605.{;~09 HTEN.AIT3 1244.037 aR~;8.,AIT3 0.552 MT.EM.AIT3 DT4P.DS:I3 77.790 [)T2.DSI3 1,50.9()0 PR.[)SI3 0.319 ~ISGR.HNG3 HCGP.!4NG3 65.932 H'I'~'~O. ii NG 3 12.6t30 ~.~URA. tiNG3 5.713 HFK.HNG3 ~P,i~Y, n~'~3 -999.250 'T'ENS. H ~.~G 3 8620.000 . . . "'"' - . "A ,11400 O0(~ 8P A].I3 37.625 GR AIT3 87.275 C ~'3 ~:~TE',N AIT.~ 12~1 765 MRES.A, IT3 0 555 I . 7325.000 . . . . ,,4TE ...AIT3 DI'4P, D'"o13 78.006, !.)T2, D813 146.5,~6 P'a. DSI3 0 302 }tSGR. ~NG3 i',,(.;3 79.05,i a.'I~[,, HN(;3 13.~99 ~H. ijRA H,~G3 2~950 HFK.HNG,3 I,~H K. ~,~G 3 ().8! 6 TENS.HNG3 7540.000 )~" . 'I'3 -tO.l.~8 GR.AI'r3 46 475 CALI MbT3 [E{:'r. 1120().oo() sp AIT . T~ ~, ' HT~N.AI 3 1226 632 ~!RES,AIT ~ '"' N AIT3 7120 000 . 3 0 563 MTE~ AiT3 I.,)T4P. DSI 3 77.029 OT2.DSI3 126.344 PR.DSI3 0.204 HSGR.HNG3 HCG;~.HNf;3 38.288 HT[40.~-,iNG3 6.6tJq HI.,IRA.HNG3 I .526 HFK.HNG3 H B f~ ~'. ~.i N G 3 0,552 T E ~'S, ~t ~,,~ G 3 7595.000 D.'.,.['q 110()0 000 8P.AIT3 -57.0(33 GR ~IT3 75.511 ~ T ~4,v '~, ~'4 A I T 3 1204.537 '~4 a E S. A I T 3 0.597 TE,,S Ai 3 6705 000 ......... , .... I,).P4, P DSI3 78 760 DT2 DSi3 1<1:2.511 PR.D~iI3 0 280 H C G P. ii l'~ (.,i ,3 69.4 t, 1, !~ T H ~'). }'t N G 3 10.946 ~"] U R ,!~. H M G 3 ~ ~ 895 8.487 17.1 794 95:003 1.441 8,487 171,794 95.003 1,441 8,844 173,946 98,605 2,022 8,972 171.253 48,200 0,967 9,491. 62..263 88,729 1,933 9' 832 89,084 2,050 Alaska Cor,,plJt~n(~ Cem, t~x'' .!,O-APR-19g5 !.9:09 PAGE: 100 74.679 0.621 0.273 3.287 -79.8].] GR.A'tr3 6~,697 1178.0il ~aRFS,AIT3 0,635 144.205 PR.DSI3 0.2B8 -999.250 ~UR~.itNG] -999.250 -999.2b0 -b1.975 GR.AI'r] 42.186 117~.370 ~ES.AIT3 0.645 ~43.~19 PR.D$I] 0.415 -999.250 HIjRA.HNGB -999.250 -q99.~50 -990.250 GR.AIT3 -999.250 -999.250 ~iRES,AIT3 999 250 -999.250 PR.DSI] 2999",250 -999.250 UI;R,A.I,4NG3 -999,~50 -999.250 CALI.~bT3 gTE~I.AIT3 HSGR.MNG3 HF~.~NG3 CgLI.MLT3 MTE~.AIT] BSGR.HN(;3 NFK.MNG3 CALI.~LT3 MTE~.g. IT3 HSGR.HNG3 ~FK.DNG3 CAbI.~LT3 MTEM.AIT3 MSGR,HNG3 HFK.HNG3 9,738 156.345 92,928 1.908 9.925 154.124 -999.250 -999.250 9.491 151.125 -999,250 -999,250 -999,250 -999 250 -999~250 -999,250 **** F'~LE TRAILER **** FILE ~'~At'~E : EDIT .013 SERVICE : Fbl'C VERSIOn1 : o01COl t)AT[~ : O5/04/10 MAX REC $IZF : 1024 **** ~,'ILE )-iEADER **** FILS', NA~XE : SW~RViCE : VERSIf]?~ : 001C01 DATE : q5104t1,0 i~AX REC SiZE F 1: h F T Y P E : LaS? W,!LE : 6 P F X 'P b 0 R t% T I [t Ig API #50-~)29,,,22532 verification IO-APR-~gq5 19:09 ~Ib~" EDt[ o14 *********~*** ,AIl'3 ~,{! 2M~[3L[)TIO~'~ MAIN [.,UG ~RPAY ~NDOC'JION T[]OL ~090 ~RE THE !' VERTICAl., RMSObUTION ~'~S!~v~T~F'.S t.~O'~ CC, RR~,C'..~.,L) FOR ~:~IP";- DC20 "C]0~ DC6o~ OC9(: ARE ~Hap] VERT~CAb RESOLUTION PAGE: 101 F~,t '.~ I b D C A T APIV 50-629-22532 F'L 5!12' .FS.b & 4423' EEL SECT .3 R ~ i',,~ 20E C 0 O ~..~ ~;~ ORTH S b{.iPE; STAT ALASKA N~TT USA PDAT ICE PRO EPD PT O, b ~ F K 8 APb F'T 4 !. 9 E~'B WT 4 1, , g EOF FT 33 g 6 L ~:' T 4 T ~ P F' T 1 { 6 51. 'I'DL F'I 11625. BLI 7T 11,609. T 15 .T ~' T 5 0, DFT LSND DFD C/C3 1,~,4 DWp~ 9, DFV S 46, 0 F 1[ F 3 4., . ~,..? $ T f).g G F 72 Field Name Well Name API Serial Number Field Location Section Township Range County State or Province Nation Witness Name Service Order Number Permanent datum Elevation of, Permanent Datum boq ~easured From ADore Permanent Datum E.levatio. of Kelly ~ushing Eleva'tioD of Derrick Floor El, evation of Ground Level Total Deptb- Driller Total DePth - Logger Bottom Log ,Interval TOD LOg Interval Dr ~nq FlUid Ph Dri~llnq Fluid Viscosity ~ri, 1],.in9 Fluid boss Resistl.~ity o~ Mud Samp%e M~d: Sample Temperature Resistivity of:Mud Filtrate iqud Filtrafe Sample Temperatu IS l'~aDe \~erIf!catJO'n [,jSti. nq ChlU~'.berc, er A].as~a Con,!~t~tinq Center lO-Ai:,'l~-lgcl. 5 19;i) 9 PAGE: 102 ~ ! C Sam ,,:~9 Resist vlty o~ Mud. ake D1 76. Mud Cake Sample Temperature 13:(.,~, '~-/,:AR-95 Time Circulation Stopped 17t~. Bottom Hole Temperature I m mm mm m~ i mm, im,mim4mmlmi~mmIImtti~'mmmm#m~#m~m~mmmmlmI~lmlmIiIimmmli DFr'? r)epth AOJO ~IT J'VEI'??TC~%b ~FiSP[]NSE, i() RAFIAL k]TOPOTNT RESISTIVITY hO2C, alt I'VERTTCAL F~ESPONSE, 20 RAI)]..~L MIl)POINT R~]SISTIVITY A~3r' nit I.'VERT!C..AL RESP(INSE, 30 RADIAL, ~.'~IDP(OINT RESISTIVITY A06f: hit ! VkRT]CAI~ RFSPFii',~SE, om ~ADI.hL IDPOINT RESISTIVITY AOgo hit I'VERTTC~L R~SP[3NSE 90 PADiAL ~4TOPOIt~T R~;S%STIVITY AT~D ~IT INPLJT BCiPEHf.3[.~., O'[A~T~.:R I.)C20 alt ] ' IVF]~IT.I,C~[d RE'.SPfl~SE, 20 NA. DZA[, MIDPOINT RESISTIVITY [)Tp CORRECTED DC3C, A. ZT ~.' VERTIOg[., ~:;SPO~JSE, 30 RADIAL Nil)POINT RESISTIVITY DIP CORRECTED t)C60 AlT 1' VERTICAL RESPC)~'.IS[~;, 60 R~DIAI., N~DPOINT RESISTIVITY DIP CORR~2CTED DC90 AlT ~.' 'VMRTi('.,~[, RESP[.lhlSE,, 90 RADIAL ~,~iDPC)I~JT RESISTIVITY DIP CORRECTED IS Ta~e Verificatic)n l'.,ist.ino PAGe: 103 I f) N ~ P'" DEP~ F'T 6291 t9 ¢)0 C, O0 ,_, :4'-~ f12ql]9 O0 00(, A03~ A~T3 OH,q'~ ~2ql]g 00 00u An60 ~'[T3 Oh~'~;v 62q139 00 00() C) o Aogr, ~iT:] []~l~:ih 62~139 O0 000 O0 ATi) P ,~IT3 a2913~ O0 000 O0 l)C2O AZ'r3 OH,-I~,~ 529119 O0 000 O0 DC30 ~lT3 [3N:.'~ 620139 OO OOU O0 DCO0 AIT~ [iM;q~ 6291;tg O0 000 O0 DC9n ~IT3 OH;.i~ 620139 O0 000 OO CLASS ~(~D ~U~B SA~,:P Ehf:~: CODE (FLEX) O0 0 14 1 1 4 68 0000000000 0!3 0 114 1 I 4 68 O00nOOO000 O0 0 14 I 1 4 68 0000000000 14 ! 1 4 6~ 0000000000 14 I 1 4 68 0000000000 1~ 1 I 4 68 0000000000 lq ! 1 4 68 0000000000 14 I 1 4 68 0000000000 1.4 I 1 4 68 0000000000 1.4 I 1 4 68 0000000000 14 1 1 4 68 0000000000 mmmImmmtmmmIm~mmmimmmlmmmmmmImmmm~m~m~mmmmm DFPT, 1 !oo9. 000 AO10. Al'T3 AOAC.hI:P3 4.987 bC3n. aI~'3 -999,250 OC60.AIZ3 DEPT. 11400. 000 AO1. O.AIT3 A O 6 a. A T 7' 3 5.71:4 ,,% 0 ct 0. ,A I T 3 :DC30. hIT3 S. 638 .9C60, AlT3 DgPm. 1 ! 000.000 AO1. 0.AIT3 AO60, .~. IT3 9.276 Aog0.AiT3 DC30. AIT3 8.52l. be60. AIT3 DFPT. 10600. 000 A(']I 0.A!T3 AO60,A1T3 6,221 ,AO90.AIT3 DC30 . AIT3 7. 586 DC60. A.IT3 D~:Dm. 10~00. 000 ~O1. 0.A!T3 .A 0 b 0. A I T 3 0.15 '1 '~ 090. A. I T ] DC30. h.[T3 -999. 250 O(]60. A'tT3 -99 195 5 5 -99 5.2~5 AO20.AIT] 4.779 AO30.AIT3 5.115 AIBO.AIr3 8.487 DC20.AIT3 ~.250 DCg0.AIT] -999,250 5.6~.3 AO20.AIT3 4 901 AO30.AIT3 5.043 AIBO.AIT3 8~,487 DC20.AIT3 4.9~5 Dcgo. AIT3 5.044 6.928 AO20.AI~3 5.650 AO30 AlT3 5.71,5 A!BO.AI.3 8.844 DC2OiAIT.] 5.700 DC90,A'[T3 5.711 0.00C' .&O20.AI"Z3 29 536 A030 AIT3 1.333 AIgo, A 3,1tl DC90,AIT3 50.031, 4.1,99 AO20.AIT3 8.450 A030 AIT3 0.037 AIBO.AIT3 9.491, DC20:AIT3 8.90.3 DC90. AIT3 8.70 3 ' 4.214 AO20.AI'r3 10 298 AO30,AiT3 7.897 ~IBD,~IT] 9~832 DC20.AiT3 7.376 Dcg0,AIT3 71238 6.119 AIBi'),AI 3 9.738 LCz0.")" AlT3 7.526 [)cgo. AIT3 7.416 0.576 hO20.A!T3 0.972 AO30.AIT3 0.067 [IBD.AIT] 9.925 DC20,AIT3 9.25(i) Dcgo. AIT3 -999,250 4.830 -999.250 4.828 4,953 5 574 29,728 25.650 8.532 8.464 10.439 8,975 6.565 7.557 0.539 '999,250 Tape '~erff.icat,i. on Listinq chlumberq~r A1 asKa ComFt,)t. lng Cent.~r DFF~T. ! 0200 AO[~n. A it '{'.~ 0 ipC 30. ~ IT3 -9o9 19:o9 0.5i3 0.126 -99~.250 DC90.~I73 0.735 9.491 -999.250 DFPT 103.~o.5nU ,%OlO.AIY3 -n99.250 ~O9,,0. AI [3 -999.250 AO6n:~!T3 -999.250 ALg0.AI'[3 -~99.250 AIBD.AIT3 -999.250 DC30~.AIT3 -999.256 nC60.~] i'] -999.250 Dcg0.AIf] -999.250 AO30.IIT3 DC20.Ai?3 AO30.AIT3 PAGE: 104 8.799 -999.250 -999,250 -999.250 FIbK NA?¢E : EOIT .0~5 SERVICE : FLIC VFRSiO>~ : 001COl D~,TF : o5!0,~/10 a~X RWC SIZE : !024 F!L, 5.', 'tYPE : LO h~lST F 11.,f[ : 'i{t.~ D A H I #4 APl :~50-029,-22532 W 1 '[, D C a T NORTH S.bOPE, ALASKA RA~ FIEI.,/3 DA.T~ 0~' MAIi'~I LOG RU~! #3 (TD . ,v, I., T 3 H' '!' P ii: S 0 I', U T I O r,? ~,,! ,~ I ~,? b o G ',~ ..IC~r~L, OG (IPLT TOOL STRING) its Ta~e 'uerificstion bistlno Cbl.n.~heruer A!as~a Co,~putinq Center' 1H-APR-J995 19:09 PAGE: 105 F.~ ~,~v bAOAM! ~,4 API,~' 50-629-22532 F'I: 5112' FSL & 44.23' FEL 5~c'r 3 Co U ~,~ b:~R T fi SLOPE STA? ALASKA k ~ T l LJ S A ~IT~' !', PUT~ AY, 8f~ 62913~ PDAT ICh, PAO E P D V T 0. LUF· APl) FT 4 ! . 9 EK 6 FT 41 . 9 E~f' F'T 'r~[) FT iI~51. TOL ~1; 11625, T I., ! K "r 50, D b' T L 8 N D [)Fi) G/C3 12.4 DFP~ 9. L)FV $ 4:6, D F b F 3 4, ?,'i 8 T DEGF 8 2, R ~'! F $ 0 H H iv'i 0 8 3 MFST DEt~F 7 ~. M C 8 I' ~) 6 (; F 7 g, TC$ 1,3100 9-iqAR-95 6 H T D E G F 1 7 b, Field Name Nell Name lPI Serial Number Field bocation Section Township Range County State or Province Nation witness Name Service Order Number Permanent datum Elevation of Permanent Datum bog Measured From Above Permanent Datum Elevation of Kelly Bushing Elevation of Derric~ Floor Elevation of Ground Level Total Depth - Driller Total Depth Logger Bottom LOg I~tergal Top Loo Interval DrlllinQ FlUid ~ype Orll~,i, ng Fluid Density Drll~in~ Fluid Ph Drillin~ Fluid Viscosity Orllll, n~ Fluid boss Reslstt~l't¥ of Mud SamPle Mud Sample Temperature Resistivity of a%ld Filtrate S Sud Filtrate Sample Temperatu Resistivity of aud Ca~e Sampl aud Cake Sample Temperature Time Cl, rculation Stoppe~ Bottom Hole Temperature r)eDth ~P8 ::E,tR/F,:~R CfiR~E:CTEO S,a. NDS!'OtiE POROSITY AP8 Near Eoi, tnerma] Detector Countrat, e APS F'ar {~p,tthermal oetector Cot]ntrate ~aPS hrrav-1 ~'~ear EDithermal Detector Countrate APS Array-? ~',~ear CPit~"~ermal Detector Countrate APS Array :'~ear Time Distributi, or~ A, cauisition Time CblUn'~ber'::lor A].;-~$~a Co.~..i.)tJf.]'.f]cl Center I(}-~.PR-1995 19:09 PAGE: 106 m mm m m~ ~mm mmmm~,~m mmm~,! ~ m m ~ ~ m ~ mmmmm E~FP ~.PS oeat~-rlme Correcte~ g',ear/Far' ~atio ~;~.;At~ APS 9ea~-'~'ime Correcte~ ',~e~r/Array ~atio ADLC ~PS Rp~tner.~al Array Porosl'tY l, imestone Correcte~ ADSC APS ZDither,,,~al ~rray ~orositv Sanostone Corrected APDC APS EpiC~er;'~'~al Arra?f Porosity Dolomite Correcte~ E~P! .~PS MEAR/~k~Y CORPECFFI.:, ]_,I~ESTON~- PD~[]S!'J;Y EXCEPT FOR FSAL ST[~ S~t?!:'~ OFF F')ISTAi'.~CE, CO~.~PUTED }!l ~.,iv ~lcro-Inverse Resistivity MNiIP u, icro-~:o r ~':,a I ;teslstivity ** SET 'I'YP6 = ~4i:~ ** T ~ P ~:: R E P ~ C (} O & V A b U fi; DKPm FT 62~1 39 n0 000 00 0 '! 5 1 I 4 68 FPBC aPs3 62<~139 00 0()0 00 0 15 1 I 4 68 A~:;C APS3 CPS 62ai39 00 000 00 0 15 1 1 4 68 AFgC ,~PS3 CPS 62913~.~ 00 000 00 0 15 1. I 4 68 A~EiP A'PS3 CPS 629139 00 0oo O0 (:) 15 1 1 4 68 A2E~ APS3 CPS 629:139 00 000 OU 0 1.5 1. 1 4 68 .aT~,~'r APS3 S 629139 0o 000 O0 0 1.5 1 .1 4 68 A ~" F' 7' A P 53 ,S a 291. 39 00 000 00 0 15 ! I 4 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 ,15 Terse ver1EJ, cat..ion r,~sti, nq ;chlt.lFiber(:]er AlasK,.a CO~'Dt.lti. I)cl C_ent~)r ln-AFR-I9q5 'i.u'. qq PAGE: 107 I I I ri:- ;,3 ;'"T .... l ..... ;'" o°c,o * Imm*I~l IIIII I I I I m I I MeI I ) I I m m m mmimiii ~29). %9 Ou OOO O0 n ! 5 1 I 4 ~8 0000000000 G29119 O0 OhO O0 0 1S I I 4 68 0000000000 &2qI39 O0 ,)OU ~0 o 15 1 1 4 68 0000oo0o0o 6291 ~9 0() Or)O O0 0 15 1 1 4 68 0000000000 62~] 3~ 0o o,:)0 O0 o 15 i 1 4 68 0000000000 t~2c~i 39 O0 0:')0 O0 0 15 1 I 4 68 O000000OO0 62Q119 oO u(}O O0 C, 15 ~. 1 4 68 O0000OO000 629139 O0 000 O0 0 15 1 1 4 08 0000000000 91 ~9 O0 (3o0 O0 0 15 1 1 4 68 0000000000 (> PPSC.A?$3 0.255 Ar~:~EC. ADS ] 3852.000 AFEC...~PS] 0 A2EF'.APS3 25~4.o00 ATNT.APS] 0.250 ATFT.APS3 8 Er. lAN. bP&3 0.729 AP[,C. APS3 20.694 APSC.APS] 2 [~X~D~. APS 3 0.207 STOF.APS3 0.319 SIGF.APS3 FPSC..APS] 0.255 ANEC,APS] 3852.000 AFEC.APS3 A2EP.AP$3 2584.000 ATNT.APS3 0.250 ATFT.APS3 E~AR.APS3 0.729 APLC.APS3 20.694 APSC.APS3 ENPI.APS3 0.207 STOF.APS3 0.319 SIGF.A, PS3 ~i"JOR.~LT3 4.346 rPSC.AP~33 0.223 A.~,,! t~:~i. APS ] a4a6iooo AF'EC. APS3 A2EP.A'P63 2656.000 ATN' .APS3 0 500 ATFT.APS3 Eh)AR. APl33 0.654 AP[,,,C. ADS3 15 762 APSC. APS3 ~i'~PI. APS3 O. ] 58 STOF. bPS3 0.089 SIGF.APS3 F'PSC.~P~3 0.2U4: ~NEC,APS3 3298.000 AFEC.APS3 A2EP.APS3 2566.000 ATNT.APS3 0.500 ATFT.AP~] EklAR.AD&3 0.648 ~PI,,C.APS3 i5.403 APSC.AP$3 EHDI.APS3 0.!.5~ STOF.APS3 0.034 $IGF.APS3 ~f~gf{.l~tbT3 6.8!0 F P S C. A P $ 3 0.2 ~} 1 A t4 E C. A P $ 3 33 b 0.00 () A, F E C. A P $ 3 A2EP.AP53 2437.33,3 ATNT,APS3 0.750 ATFT.APS3 H,T', N A t:,,~. A P S 3 0.677 h .[';' L C. A. P S 3 1. 7.73 ~. A P S C. A P S 3 E'. ~P I ," P'" . . S" . ~, o3 0 177 t)F . APg3 ...... I . APS3 0 016 8I, GF. ~., .... ?40 R. ¢I I, T 3 4.637 1108.000 0.25O 24.786 43.143 1108.000 0.250 24 785 43:14'3 1.050.667 0.750 19.392 26.021 1138.000 0.750 18.889 15.994 940.000 0 250 21 247 25 024 1013,333 0,750 20,524 26,930 995 19: 09 PAGe: 108 a. 2t.,,l A.,.'.~EC. A PS 3 31.37.333 2. Ot.,O ATilT. AP$3 O. 750 0.69~. hI..~LC. ApS ] 1.9.576 0.1,86 S?DK. AP,S3 (').13.t, ~.310 -099.250 ~a:EC.APS3 -999.250 -999.250 ATN].AP83 -999.250 -9~9.250 ~PI,C.APS3 -999.250 -q99.2bO ST~F.APS3 -999.250 2.647 '999.250 -099.250 -O99.2bO -999.250 -0.025 -O99.250 -qgq.250 -999.250 -990.250 -999.250 /~ t,~EC. APS3 ITN ['. AP,S3 bPLC. APS3 S]'Ot"'. AP$3 ~i';EC.AP$3 hTNT.APS3 hPLC.AP$3 STOF.AP$3 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 AFEC.APS3 ATFT.~PS3 APSC.AP$3 SIGF.AP83 AFEC.APS3 ATET.APS3 APSC.APS3 5IGF.APS3 AFEC.APS3 ATFT.APS3 AP$C.APS3 8IGF.APS3 AFEC.hPS3 ATFI,APS3 APSC.APS3 SIGF.APS3 820.000 0.750 22.388 28.786 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999.250 -999.250 * * * * F l i., E T ii a I, L b..; R ,,,, SFRV ICi~; : whlC V'ERSIGL : fi()lCO1 MAX ~',~.~C SIZE : lOP4 FlbP' TYP{:! : LO I.,~ S 7' FILE : F T, L g :',,! A ~.'! k,: : g I.) 1 T .0 ! 6 $ g R V I C t:!; : ~;' L I C 'VER810 ~",~ : 001COl ;O~TF : oStOa:llO .~,~lX REC $1, ZF. : ~02,i, LAST FILE : API ~,50-6;~9-22532 I~ q:ar, e Ver~ttic~'Lion T.,iStin~ chlun, teruer hlasKa ('lOn'i~tiF',o Center IO-APP-1995 lq:Oq PAGE: i O9 .~;I::"1'3 ~'[ PF-,$C. LL, I'i~"~I- F':[,b~C:{'~I~,',!AGh, FT,T¢, E'RLJP(.!GA'TI(".b! TOLJL (IP!,T TOOL STRING) F'~,! ~:; T bDCAT Field Name WN bADAMT ~4 We].l A~ I'.. 5o-629-22532 API S FI~ 5i12' ~S!.., & 4423' FEL Field SPC~,' 3 Secti ~,I" C W ~" 9 ~,J T o w n R~bC 2Of.: Range CObN LORTH ,~LOPg Count ST~~ ~I..,AS~ ~ State NATT I.,~SA Natio SON 629139 Servl pp ~,T ICE PP,[> Perma E P t) w "1;~ 0 E 1 e v a b~F F,B LO~ M APl) F~,[ 41. , 9 Above B]K 6 FT 4 1 , 9 k; O F P T 3,3, EGb F'T 4 1 TD[~ PT 1 {651. TDL, F'. 1!~25. B I, I F T 1 1 t~ 0 9. T[:I PT 50, DFT ~ ......... ND DFD G/C3 12.4, DPP~ 9. DFV S D F b P 3 4,. R ~'~ S itl H. "M t',, I 32 ~WPST D6]G~' 72, Pi C 5 T D E O P 76, ]M? u d T CG .13:00 9-~,~R-95 im B ;.~' T D E ~ F 17 o. B 0 t erial Number Location on or Province n ss ~ame ce Order Number nent datum tion of Permanent Datum easured From Permanent Datum Elevation oi Ke.llY flushinq Elevation of OerricK Floor Elevation of Ground bevel Total. Depth- Driller Total DePth - Logger Bottom LdO Interval TO~ Loq Interval Drilling Fluid Type Dril!In~ Fluid Density Drill n Fluid 'PD Orlllln~ Flui~ Viscosity )rlllln Fluid boss esistlgltV o~ Mud Sample ·p T r ~;ud Sam le empe ature Resistlvtt? oi Mud Filtrate S Filtrate Sample TemPeratu istlvit¥ o~ ~u~ CaKe SamD1 Cake Salnole ~emoerature e Circul. at. ion St~DPed tom Hole TemP,rature I$ ?ar,:e ver~_f.'fcation },istj. nq ChlU~er'c~er A].aska Con'.p~ltir~n CenEer ThgT E T YPF : CI_iF'~,' ** r'ATA FDRFA"r ,.qPFC']?I,C,.,",T!f'~,: REC['J~,'.D ** TYPE - CHAI',~ ** '' X ~ ['' ;7; ~'' ~ ~ ~ ~'''' ~ ;~''';N .,: S E P ~ ............. I A P I A P I '''''''''''''''''''''''''''''"'''''''''''''''~ N 0 M B $ 1, Z R E P R ORDER ~ LO(:; 'I"YPF~ C[..,AS8 NOD NUMB SANP EbEFt CODE (HEX) F'I'~ 62 o 1. 't ~ 00 000 00 0 16 l, 1 4 68 0000000000 B/~'..~ a291 39 O0 000 O0 0 1~ 1 1 .4 68 0000000000 OHdM 629139 O0 000 O0 0 16 1 1 ~ 68 0000000000 1] 62q 139 ()0 ()90 ()0 0 1. 6 1 1 z~ 68 0000000000 ?,!'$1 ~'] 62 o 139 00 000 00 0 /. 6 1 i 4 68 0000000000 ** [.)A'l'~h CenT. er TT,'I,. ~ PT.'~ !. 2.94 ',~ TpI:.EP'I'3 ! i.165 T~[,. EP'r3 ~. 2,! O 00 ~, ,] A m 'f'. F: P'.!' 3 33.5 O g F' ~. 1 O .~ 0 L,. 0 0 0 E A T 't'. [: P T ] I) ~ [,,'.. W. 1 0 o o,}. (~ 09 bf,'.~ T')'.'. T P ',,. ?,7 P T 3 9.6 'l 6 D E' P T. 1 t) 413. ;l 0 0 E] ,.,'\ T T. E P T 3 TPL.EP'~3 -999.25(~ lO-APR-199.5 1.9:09 5~}7.432 EPR.EPT] g 94.6 1 g E P ~. F', ~ -r 't 373.5~6 EPR.EPT3 253.327 3'17.0t;3 EPR.EPT] 41~.575 EPR.EPT3 4127.614 EPR.EPT3 1.244 ~ .325 2.48B 7.839 2.408 1.755 2.464 -999.250 EPR.EFT3 -999.250 EPEI.EPT3 EPNI.EPT3 EPHI .EPT3 EPH!.EPT3 EPH!.EPT3 EPHI .EPT3 EP H I. E PT 3 [::PHI .EPT3 PAGE: 18.735 17.302 10.523 1.627 11.389 19.008 -0.378 -999.250 FILF ;'IA!,~,E : EDIT .017 SE'RVlCE : ~blC 'VERSInN : 00].COI [,)~TE : q510,4:/!() [,,tAX REC SIZE : .!,024 FII.,E TYpE : L,(} L A 3'r W I [.,, ~'~ ' chlumberqer Al. as~a Co~put~.r~o Center PAGE: 112 APl ~' 50-629-22532 Fl, 5112' FSh & 44'23' ;SEC? 3 R~'~C 20E COU ~.~ i~O~TH SLOPE S T .i~ ~' ,A b A $ K ~ i~{ ~ 'Y I g $ h w T T ~,~ T P 0 T ~',~ A a pDAT iCE P~D A P [) P T 4 1.9 EK S ~T 41,9 ~CPF PT 33, EGL, PT 4 ' D' ~.[.., I ~'".1;' 11609, '.!'? 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