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/0() -1 Dlo Guhl, Meredith D (CED) From: Chmielowski, Jessie L C (CED) Sent: Thursday, June 20, 2019 4:08 PM To: Guhl, Meredith D (CED); Colombie, Jody J (CED) Subject: FW: [EXTERNAL] Legacy wells: ASRC is operator? Attachments: 171-007.pdf, Dsc00520,jpg See below. We can discuss tomorrow. Jessie Jessie Chmielowski Commissioner Alaska Oil and Gas Conservation Commission 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 AOGCC at 907- 793-1223 or iessie.chmielowski@alaska.gov. From: Brumbaugh, Robert <rbrumbau@blm.gov> Sent: Thursday, June 20, 2019 3:56 PM To: Chmielowski, Jessie L C (CED) <jessie.chmielowski@alaska.gov> Subject: Re: [EXTERNAL] Legacy wells: ASRC is operator? Hi Jessie, Cape Halkett should be listed in your records as Dept of the Interior. Even though there was a specific Cape Halkett exchange with ASRC, the legacy well bearing the name Caper Halkett is outside of the boundary of the exchange. As you noted, the well is P&A'd but surface debris remains. Chevron or ASRC should be listed as the operator for W.T Foran. Husky drilled the W.T. Foran #1 under contract to the USGS in 1977 and was plugged back to surface. The BLM transferred these lands to the ASRC as part of the Cape Halkett exchange in December 1981. Immediately after the exchange, ASRC authorized Chevron in January 1982 to drill the Livehorse #1 well on the same pad as W.T. Foran #1. Chevron reshaped the reserve pit and dumped their wellbore fluids and whatever else in there as well. When Chevron completed Livehorse, they removed the wellhead for W.T. Foran and placed an abandonment marker for both wells. Any remaining liability is with Chevron or ASRC. Colville Unit #2 was drilled by McCulloch Oil in 1971 to a TD 3254' with 2 plugs 110sx 2550-1760' and 100sx surface plug. See attached (you may already have since I think I got it from AOGCC). Also attached is a photo from 2003 showing the abandonment marker and signage. Unfortunately, backlighting obscures the text on the sign. On Thu, Jun 20, 2019 at 3:04 PM Chmielowski, Jessie L C (CED) <jessie.chmielowski@alaska.gov> wrote: Hi Rob, I am writing with some questions about 3 Legacy -type wells for which ASRC is listed as the operator in the AOGCC records. Is it possible to get this information by Tuesday? Cape Halkett 1: Well has been P&A'd but needs surface clean up. It appears that the land was not conveyed to ASRC. Should this well be filed under 'US Dept of Interior' rather than ASRC? 2. WT Foran 1: Well has been P&A'd and is on land conveyed to ASRC. Has BLM performed any final surface inspections to close out the well, i.e. Final Abandonment Notice sundry? Colville Unit 2: Not listed as a Legacy well, but has been P&A'd and is on land conveyed to ASRC. Has BLM performed any final surface inspections to close out the well, i.e. Final Abandonment Notice sundry? Thanks, Jessie Jessie Chmielowski Commissioner Alaska Oil and Gas Conservation Commission 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 AOGCC at 907-793-1223 or jessie.chmielowski@alaska.gov. Rob Brumbaugh BLM-Alaska Oil and Gas Section Chief Division of Resources Bureau of Land Management 222 W 7th Ave., Ste 13 Anchorage, AK 99513 907-271-4429 Introduction Timeline - Legacy Wells 1944-1952: The U.S. Navy drills 91 wells in the Naval Petroleum Reserve No. 4 (PET -4), including 59 cased exploratory wells and 32 uncased core tests. 1953-1975: The U.S. Navy drills 17 additional wells near Barrow in support of the Barrow Gas Field development. 1976: The Naval Petroleum Reserves Production Act of 1976 (NPRPA; Public Law 94- 258) renames the PET -4 as the National Petroleum Reserve in Alaska (NPR -A), and orders the transfer of jurisdiction over the reserve from the Secretary of the Navy to the Secretary of the Interior, effective June 1, 1977. The law directed the Department of the Interior to protect the surface and explore for oil and gas. At the time the law was enacted, the U.S. Geological Survey (USGS) supervised exploration and development for leases on Federal, Indian and certain Naval petroleum reserve land (to include NPR -A after the transfer). 1977: The BLM and USGS enter into a Memorandom of Understanding (42 FR 4542) giving USGS exclusive jurisdiction over the South Barrow Gas Field and specifying that the BLM and USGS share management of the surface of areas of operations. The MOU designated the USGS as manager of the continuing exploration program during the interim period between the transfer of jurisdiction from the Navy to Interior. 1975-1982: The Navy and USGS drill 28 wells through a contract with Husky Oil Company. 1980: The NPRPA is amended to direct an expedited program of leasing. 1981: The BLM conveys the W.T. Foran well to the Arctic Slope Regional Corporation (ASRC). /V& -/No Legacy Wells Summary Report 1982: In January, the Minerals Management Service (MMS) takes over the functions of oil and gas exploration and development from the USGS Conservation Division. In December, onshore minerals management functions are transferred to the BLM via Secretarial Order 3087. 1982: The first BLM oil and gas lease sale is held for the NPR -A. 1984: The Barrow Gas Field Transfer Act transfers ownership responsibility of 19 Legacy Wells to North Slope Borough. 1986: The BLM conveys Grandstand #1 well to ASRC. 1995: The Alaska State Dept of Environmental Conservation issues final closure for 27 of the USGS reserve pits. ADEC issues one reserve pit (East Teshekpuk) conditional closure. BLM conveys Gubik #1 and Gubik #2 wells to ASRC. 2002: Umiat #2 and Umiat #5 wells plugged by the U.S. Army Corps of Engineers, under the oversight of the BLM at a cost of $25 million. 2003-2005: The BLM inspects and evaluates all 136 wells and uncased core test sites to determine the threat posed to human health, safety and the environment. The 2004 Legacy Wells Summary Report prioritized those sites with the most immediate need of corrective action. 2005-2013: The BLM conducts clean-up efforts of several high priority well sites identified in the 2004 Legacy Wells Summary Report. VI BLM Open File Report 127 • May 2013 /aa- 1a(b Introduction Legacy Wells Summary Report Table 2. Legacy Wells Disposition Summary (Numbers in Parentheses Indicate Number of Wells) Wells Requiring No Additional BLM Action (68) Transferred under the Barrow Gas Field South Barrow 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15 ,16, 17, Transfer Act (19) 18, 19, 20; Walakpa 1, 2 Transferred to ASRC in 1981 (1) W.T. Foran 1 Plugged: no subsurface risk, no surface Atigaru Point 1, Drew Point 1, East Teshekpuk 1, , Simpson risks (11) Core Test 27, Simpson Core Test 31, Umiat 2, 5, 6, 7, 8, 10 monitoring (1) Barrow Core Rig Test 1, Ikpikpuk Core 1, Oumalik Core Test Shallow, uncased wellbore: no 1; Oumalik Foundation 1, 2, 3, 4, 5, 6, 7, 8, 9, 10; Simpson subsurface risk, no surface risks (35) Core Test 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12; Simpson Core Test 16, 17, 18, 19, 20, 21, 22, 23, 24, 25 Cased wellbore, surface inaccessible due Barrow Big Rig Test 1 to subsequent land use by NSB (1) JW Dalton 1 Plugged well, USACE doing surface clean- Umiat 9 up (1) Minga Velocity Test 1, Sentinel Hill Core Test 1 Wells Currently in Use by USGS (18) Wells being used by USGS for Awuna 1, East Simpson 1, East Simpson 2, Ikpikpuk 1, temperature monitoring; future plugging Koluktak 1, Kugrua 1, Kuyanak 1, Lisburne 1, North Inigok and surface clean-up will be necessary 1, North Kalikpik, Peard 1, Seabee 1, South Harrison Bay 1, when no longer in use. (17) South Meade 1, Tunalik 1, West Dease 1, West Fish Creek 1 As above, with additional surface Tulageak 1 monitoring (1) 1, Oumalik 1, Oumalik Core Test 2, Oumalik Core Test 11, Wells Currently Requiring BLM Remediation (50) Plugged, need surface clean-up (8) Cape Halkett 1, Inigok 1, Simpson Core Test 30, 30A, South Simpson 1, Square Lake 1, Umiat 3, 4 Arcon Barrow Core Test 1, Avak 1, Barrow Core Rig Test 2, East Oumalik 1, East Topagoruk 1, Fish Creek 1, Iko Bay Test 1, Kaolak 1; Knifeblade 1, 2, 2A; Meade 1, North Simpson Require plugging 1, Oumalik 1, Oumalik Core Test 2, Oumalik Core Test 11, and surface clean-up (36) Oumalik Core Test 12, Simpson 1; Simpson Core Test 13, 14, 14A, 15, 26, 28, 29, Skull Cliff Core Test 1; South Barrow 1, 2, 3; Titaluk 1, Topagoruk 1, Umiat 1, Umiat 11, Wolf Creek 1, Wolf Creek 2, Wolf Creek 3 Plugged; requires monitoring (1) JW Dalton 1 Require monitoring and potential future plugging; No accurate GPS coordinates Minga Velocity Test 1, Sentinel Hill Core Test 1 (2) Transferred to ASRC in 1996; require Grandstand 1, Gubik Test 1, Gubik Test 2 more BLM action (3) Xli BLM Open File Report 127 • May 2013 Legacy Wells Summary Report W.T. Foran #1 595>DKƉĞŶ&ŝůĞZĞƉŽƌƚϭϮϳͻDĂLJϮϬϭϯ W.T. Foran #1 SURFACE INFORMATION Site Location: Coordinates (DD NAD83) 70.8322° N, -152.3031° W. W.T. Foran #1 is 52 miles northwest of Nuiqsut and 108 miles east/southeast of Barrow. The last visit was in July 2010. Site Description: W.T. Foran #1 [Figure 1] is located along the coast near the geographical feature known as Cape Halkett. The well site is less than 500 feet from the Beaufort Sea; however, the coastline near the well appears to be an area of deposition [Figure 2]. Bluff height varies from zero to 3 feet at this location. Husky drilled the W.T. Foran #1 under contract to the USGS in 1977. The BLM transferred these lands to the Arctic Slope Regional Corporation (ASRC) as part of the Cape Halkett land exchange in December 1981. After the land exchange, ASRC authorized Chevron in 1982 to drill the Livehorse #1 well on the same pad as W.T. Foran #1. When Livehorse #1 completed, Chevron removed the wellhead for W.T. Foran #1 and placed a well abandonment marker. The edges of the drilling pad are settling into the surrounding tundra surface. Years of the freeze-thaw cycle has opened up cracks in the pad, creating polygonal ground, which is natural in this area. Some of the pad has revegetated with mostly grasses, sedges, and lichens since the completion of the Livehorse #1 well. There were not any common non-native vegetation species (i.e., invasive weeds) growing on the pad. Husky Oil constructed the cellar, and Chevron removed the W.T. Foran #1 wellheads. The original reserve pit berms have thawed along the margins, creating cracks consistent with the surrounding polygonal-patterned ground. Surface waters are allowed to mix with reserve pit waters. A smaller reserve pit was constructed for Livehorse within the original W.T. Foran pit [Figure 1]. The majority of the new pit has been filled with dirt, and the berms are still intact. The flare pit has been breached at several locations so that surface waters move freely between the flare, W.T. Foran reserve pit, and the surrounding polygon wedges. The abandonment marker for the Livehorse #1 well location is knocked over [Figure 3]. A seismic vehicle likely caused this to happen when conducting winter seismic work. In 2002 Livehorse #1 is seen upright and undisturbed [Figure 4]. Surface Risk Assessment: None Justification: There are no known contaminants on the site. Despite its proximity to the Beaufort Sea, the low bluff and areas of sediment deposition indicate the coastline may be advancing slowly or not at all toward the WT Foran #1 well site. There is little to no solid waste on site and it does not pose a travel risk to local residents or impact visual resources. W.T. Foran #1 is outside of the BLM’s jurisdiction. 596 W.T. Foran #1 Legacy Wells Summary Report >DKƉĞŶ&ŝůĞZĞƉŽƌƚϭϮϳͻDĂLJϮϬϭϯ &ŝŐƵƌĞϭ͗ĞƌŝĂůǀŝĞǁƐŚŽǁŝŶŐƚŚĞtd&ŽƌĂŶηϭĂŶĚ>ŝǀĞŚŽƌƐĞηϭǁĞůůŚĞĂĚƐůŽĐĂƟŽŶ͕ƌĞƐĞƌǀĞƉŝƚ͕ĂŶĚĚƌŝůůŝŶŐƉĂĚ (July 2010). &ŝŐƵƌĞϮ͗ŶŽƚŚĞƌĂĞƌŝĂůǀŝĞǁŽĨtd&ŽƌĂŶηϭĂŶĚ>ŝǀĞŚŽƌƐĞηϭ͕ƐŚŽǁŝŶŐƚŚĞĚĞƉŽƐŝƟŽŶŽĨƐĞĚŝŵĞŶƚƐĂůŽŶŐďŽƚŚ ƐŚŽƌĞůŝŶĞƐ;ƵƉƉĞƌĂŶĚůŽǁĞƌƉŽƌƟŽŶƐŽĨƚŚĞƉŚŽƚŽͿ͖ĂƉĞ,ĂůŬĞƩŝƐũƵƐƚŽīƚŚĞůĞŌƉŽƌƟŽŶŽĨƚŚĞŝŵĂŐĞ;:ƵůLJ 2010). Legacy Wells Summary Report W.T. Foran #1 597>DKƉĞŶ&ŝůĞZĞƉŽƌƚϭϮϳͻDĂLJϮϬϭϯ &ŝŐƵƌĞϯ͗/ŵĂŐĞƐŚŽǁŝŶŐƚŚĞĨĂůůĞŶ>ŝǀĞŚŽƌƐĞηϭĂďĂŶĚŽŶŵĞŶƚŵĂƌŬĞƌĂŶĚƚŚĞtd&ŽƌĂŶηϭŵĂƌŬĞƌ;:ƵůLJϮϬϭϬͿ͘ &ŝŐƵƌĞϰ͗dŚĞ>ŝǀĞŚŽƌƐĞηϭĂŶĚt͘d͘&ŽƌĂŶηϭĂďĂŶĚŽŶŵĞŶƚŵĂƌŬĞƌƐǁĞƌĞďŽƚŚƵƉƌŝŐŚƚŝŶƚŚŝƐƵŐƵƐƚϮϬϬϮ photo. 598 W.T. Foran #1 Legacy Wells Summary Report >DKƉĞŶ&ŝůĞZĞƉŽƌƚϭϮϳͻDĂLJϮϬϭϯ SUBSURFACE INFORMATION: Well Information: ͻ tĞůů,ŝƐƚŽƌLJ: W.T. Foran #1 was drilled in 1977 to a total depth of 8,820 feet. It was cased down to 7,587 feet. and plugged back to the surface (Husky Oil 1983). W.T. Foran #1 is on Arctic Slope Regional Corporation (ASRC) land. Husky drilled the W.T. Foran #1 well in 1977, under contract through the USGS, to a total depth of 8,864 feet. Five plugs were set, including a surface plug, in 1977 [Figure 5]. ͻWell Condition: W.T. Foran #1 and Livehorse #1 are both plugged and abandoned. ͻWellhead Components: There is no longer a wellhead at this site. Geologic Setting: The primary objective of the WT Foran #1 well was to determine if hydrocarbons were present within the Sadlerochit and Lisburne Groups. Gas shows encountered showed only trace amounts in the Ivishak Formation and the Lisburne and Endicott Groups. Poor to good oil shows were discovered in the Ivishak Formation and the Lisburne Group. A drillstem test of the Lisburne Group recovered 22 barrels of oily water. Oil and trace gas were also recovered within the Ivishak Formation (Gyrc 1988). Development Potential: The BLM does not manage the surface and subsurface, as they now belong to the ASRC. Development potential is likely low, given the remoteness of the area. As Livehorse #1 is on private land, its drilling results were not released to the public. Groundwater Resource: There are no groundwater resources present in the area. Continuous permafrost exists throughout the entire National Petroleum Reserve in Alaska. Fresh water aquifers do not exist. Other Information: There is no indication of hydrocarbon escapement at this location. Livehorse #1 is a private well and a copy of the wellbore diagram is not included in this report. ^ƵďƐƵƌĨĂĐĞZŝƐŬƐƐĞƐƐŵĞŶƚ͗ None Justification: The well has been adequately plugged per Federal regulations. Legacy Wells Summary Report W.T. Foran #1 599>DKƉĞŶ&ŝůĞZĞƉŽƌƚϭϮϳͻDĂLJϮϬϭϯ &ŝŐƵƌĞϱ͗t͘d͘&ŽƌĂŶηϭǁĞůůďŽƌĞĚŝĂŐƌĂŵ. o>r r • THE STATE Department of Environmental 011-1LASKL'1 GOVERNOR SEAN PARNELL RECEIVED FEB 0 7 2014 February 4, 2014 A0GCC Certified Mail, Return Receipt Requested Article No.: 7012 2210 0002 1216 2391 Wayne Svejnoha BLM — Division of Resources 222 W 7th Ave, #13 Anchorage, Alaska 99513 Conservation Division of Spill Prevention and Response Contaminated Sites Program File: 320.38.010 SCANNED 0 2 2014 Re: Potentiall Responsible Party Notice Letter and Information Request NPRA Legacy Wells - General Hazard ID: 26125 Ledger Code: 14339387 Dear Mr. Svejnoha: 610 University Ave. Fairbanks, Alaska 99709-3643 Main: 907.451.2181 Fax: 907.451.5105 This letter is to advise you that the Alaska Department of Environmental Conservation (ADEC) has identified the 136 legacy wells within the National Petroleum Reserve in Alaska (NPRA) as potential contaminated sites. Some of these wells require extensive cleanup of oil and other hazardous substances released to the environment. Since you are identified as a current or past owner and/or operator of these sites, please be advised you may be financially responsible or liable for the investigation and /or cleanup of any hazardous substance contamination that might be present. Alaska Statute 46.03.822 establishes who is liable for contamination. Records available to the ADEC indicate that you meet one or more of the following criteria: » owned or controlled the hazardous substance at the time of its release; » own(ed) or operate(d) the property or facility from which the release occurred; » owned or operated property at which the hazardous substance came to be located; and » arranged for transport, disposal or treatment of hazardous substances that were released. Site History From 1944 through 1982 the US Government drilled 136 wells to explore for oil and gas resources in the NPRA. It is our understanding that other federal agencies and some private companies may have operated or managed these sites in the past. We have also been informed that 23 of these well have been conveyed to public and private entities. The ADEC currently lists 14 of the 136 legacy wells on our database of contaminated sites. The Bureau of Land Management (BLM) is identified as the responsible party for the following sites. Wayne Svejnoha 0 2 February 4, 2014 • BLM Cape Halkett Drill Site (File # 300.38.108) • BLM East Simpson #2 (File # 300.38.109) • BLM East Teshekpuk Drill Site (File # 300.38.110) The U.S. Army Corps of Engineers, under the Formerly Used Defense Sites program, is working with ADEC under the Defense States Memorandum of Agreement on cleanup actions at the 11 Umiat test well sites. BLM is identified as the landowner in our records, and as such is identified as a potentially responsible party in addition to the Department of Defense: C Umiat Test Wells 1-11 (File # 335.38.001) The information contained in these files is part of the public record. Our databases are accessible on the Internet at: http://dec.alaska.gov/spar/csp/db_search.httn Additional Actions Needed ADEC sent a letter on July 11, 2013, identifying an additional 15 legacy well sites with confirmed releases (enclosed). As stated in the letter, ADEC recommends that BLM develop a plan to address known, suspected, and unknown releases at the legacy well sites, in coordination with the appropriate regulatory agencies. We expected a response to this letter before now. Please respond to this letter within 30 days. After we receive and review your response we will determine what additional actions will be taken regarding each site with known or suspected contamination. In addition, with your response, please complete and return the enclosed questionnaire requesting more information about past operators. In accordance with Alaska Statute Title 46, ADEC is authorized to provide regulatory oversight for any contamination response efforts initiated by the responsible party. However, if response actions by the responsible party are not satisfactory to ADEC, we may then assume the lead role in the investigation and cleanup efforts. In the event that State response actions are necessary, the responsible parties may be held financially liable for any response actions taken by the State. Alaska Statutes 46.04.010 and 46.08.070 establish cost recovery procedures for certain costs, including oversight activities, incurred by the State in responding to pollution incidents. If you are determined to be a responsible or liable party, ADEC may bill you at a later date for our expenditures associated with this pollution incident. Expenses for which we may seek reimbursement include: Staff time associated with general or technical assistance; work plan review; project oversight; general project management; legal services; interest; travel; equipment and supplies; and any contracting costs. Pursuant to Alaska Statute 46.08.075, the State may also file liens against all property owned by a person who is responsible or liable for State expenditures. Please respond in writing within thirty (30) days from the date of this letter addressing your intended actions with respect to this pollution incident. If you believe someone else is responsible for this pollution incident (e.g., a past owner or operation of the site) or if you have any questions concerning this matter, please contact Mr. Fred Vreeman at (907) 451-2181. The attached "ADEC Information Request" describes the minimum information expected in your response. Additional information may needed to evaluate the risks and responses required at each legacy well site. Sincerely, Fred Vreeman Environmental Program Manager G:\SPAR\CS\Contaminated Site Files (38)\320 National Petro Reserve Area\320.38.010 NPRA Legacy Wells General\2-2-2014 Letter\PRP Letter All Wells.docx Wayne Sveinoha Enclosure: 0 3 • ADEC Information Request Concerning Contaminated Sites BLM Legacy Wells Dispute letter date July 11, 2013 February 4, 2014 cc: Bud Cribley, Director, Bureau of Land Management Steven Cohn, Deputy Director, Bureau of Land Management Jolie Pollet, Branch Chief, Bureau of Land Management Robert Brumbaugh, Geologist, Bureau of Land Management Michael McCrum, Environmental Engineer, Bureau of Land Management Larry Hartig, Commissioner, Alaska Department of Environmental Conservation Lynn Kent, Deputy Commissioner, Alaska Department of Environmental Conservation Kristen Ryan, Director, Alaska Department of Environmental Conservation Lori Aldrich, Program Manager, Alaska Department of Environmental Conservation Steve Bainbridge, Program Manager, Alaska Department of Environmental Conservation Jennifer Roberts, Program Manager, Alaska Department of Environmental Conservation ADEC Response Fund Administration GASPAR\CS\Contarr nmted Site Files (38)\320 National Petro Reserve Area\320.38.010 NPRA Legacy Wells General\2-2-2014 Letter\PRP Letter All Wells.docx 0 0 ADEC INFORMATION REQUEST Concerning a contaminated site(s) Re: Legacy Well Sites in and near the National Petroleum Reserve, Alaska (NPRA) Please precede each answer with the number of the question to which it corresponds. Please direct any questions concerning this information request to Fred Vreeman, Contaminated Sites Program, 610 University Avenue, Fairbanks, AK 99709; Phone: 907-451-2181. Thank you for your cooperation. 1. Provide name and company affiliation of the person answering the questionnaire. 2. Provide copies of all studies, reports, and supporting information (including preaquisition assessments and work done on behalf of other parties) which you have knowledge of which address past and/or present environmental conditions at the site. Identify the name, title, address, and phone number of the party(s) who are responsible for preparing the studies or information. Information which has been previously submitted to ADEC need not be submitted again (unless specifically requested in a subsequent communication) if you can provide the name of the office (and name and title of the DEC officer if known) to whom the report was previously provided. 3. Provide a description of any ongoing or planned investigations or cleanup work at the site. Identify the names, titles and phone numbers of the individuals responsible for preparing the studies or information. 4. Provide a description of known releases at the site (date of occurrence, quantity released, type of substance released, etc.) and a description of corrective measures that were taken. Provide information on any suspected releases which may have or are occurring. 5. Describe the nature of past and present operations at the site. In particular, any actions that may have caused the release or threat of release at the site. Describe the physical characteristics of the site including major structures, water wells, fuel or waste storage systems, drainage or septic systems, etc. 6. Provide a list of any permits issued by the Department which relate to activities at the site and a list of RCRA identification numbers (U.S. EPA identification numbers) which may be held. 7. Identify persons to whom you leased all or a portion of the property and describe the nature of their operations. 8. Identify the person(s) who used the site for disposal of substances deposited there, if any. 9. Provide copies of manifests for any hazardous waste and/or petroleum contaminated materials taken to or from the site. 10. Provide a list of persons and their phone numbers and addresses of persons who have knowledge about the use of hazardous substances at the site. 11. Provide information regarding the existence of insurance coverage for damages resulting from releases of hazardous substances and copies of all such insurance policies, both currently in effect and in effect during the periods of activity in question. 12. Describe the acts or omissions of any person, other than your employees, agents, or those persons with whom you had a contractual relationship, that may have caused the release or threat of release of hazardous substances at the site. a. In addition, describe all precautions that you took against foreseeable acts or omissions of any such third parties. 13. Describe the care you exercised with respect to the hazardous substances found at the site. 14. Describe the physical characteristics of the site including structures, wells, drainage systems, etc. THE STATE July 11, 2013 'ALASKA GOVERNOR SEAN PARNELL Wayne Svejnoha Supervisory Minerals & Energy Specialist 222 W 7th Avenue, #13 Anchorage, Alaska 99513 Re: BLM Legacy Wells Dispute Dear Mr. Svejnoha: Department of Environmental Conservation Division of Spill Prevention and Response Contaminated Sites Program 610 University Ave. Fairbanks, Alaska 99709-3643 Main: 907.451.2181 Fax: 907.451.2155 The Alaska Department of Environmental Conservation (ADEC) — Contaminated Sites has reviewed the National Petroleum Reserve in Alaska: 2013 Legacy Wells Summary Report dated February 2013, containing updated information on the status of the 136 Legacy Wells located in the National Petroleum Reserve — Alaska (NPR -A), and the draft National Petroleum Reserve in Alaslm. 2013 Legacy Weiss Strategic Plan dated May 2013. ADEC has also reviewed the response by the Alaska Oil and Gas Conservation Commission (AOGC). We concur with the response by ACIGC and have no further comment regarding the priorities. We do have comments about the investigation and cleanup plans presented in the report. With this letter we arc outlining regulatory requirements related to the environmental work that is proposed and required as part of these cleanups. ADEC is concerned that the 2013 Legacy Wells Strategic Plan prepared by the BLM does not include either assessment of the contingency for assessment of known, likely, or unknown but possible contaminant releases. In addition, BLM plans for surface cleanup of these wells should be made clear in the plan. At least one of these legacy wells has extensive PCB contamination and has resulted in a multi-year cleanup totaling tens of millions of dollars. At others, solid waste disposal practices have resulted in releases to the environment with estimated cleanup costs in the hundreds of millions. Known releases documented in the records we reviewed include crude oil, gasses, refined oil and fuel, drilling fluids that include various organics, metals, and other chemicals, and unknown contaminants from drums and other containers observed to be damaged and abandoned at the various well sites. There are 13 legacy well sites with known releases currently on the DEC contaminated sites list. Many of these are in the process of being addressed, cleaned up, and closed. From our Waited records review there are 15 additional legacy well sites with confirmed releases. These should be prioritized for initial records reviews and then added to the BLM contaminated sites list under our cooperative agreement. Suspected releases include fuel releases from operations, storage, and fuel spills at the sites, impacts to various surface water bodies from spilled fluids during drilling and breaches of containment at reserve and flare pits, continued surface runoff from drilling fluids uncontained at several sites, and down -hole substances that were ejected from the holes over time or during blowouts or drilling operations. 1 Wayne Sve noha ? July 11, 2013 Y The.BLN-1 plan to address these known, suspected, and unknown releases at legacy well sites is notably absent from the documents presented to date. The three primary regulatory agencies that need to be involved in the plan are ADEC — Contaminated Sites, Alaska Oil & Gas Conservation Commission, and ADEC — EH/Solid Waste. Other agencies will need to be consulted. as well. Below we provide recommendations for a coordinated plan using the Uniform Federal Policy for Quality Assurance Project Plans (UFP-QAPP) that will involve all of the regulatory agencies in one coordinated manner. This will allow BLM to address these sites in a consistent and coordinated project which fulfills all of the regulatory requirements so that the sites do not need to be re -visited in the fu=e xvhen they are closed after this project. Attached are our comments on each specific well. The acronyms used on the list include terms that are typically used in a CERCLA type investigation however they are also suitable for investigations conducted under the State of Alaska cleanup rules. These include the following; Historical Records Review (HRR) 'chis is recommended for almost all of the well sites. Much of the information required for these reviews is already contained in various reports and appendices or in BLM files. The Historical Records Review should document the type of releases that might have occurred from drilling operations as well as historical use of the site, and should capture all available information on the drilling fluids used and any product produced or released. Preliminary Assessment (PA) This is recommended for almost all of the well sites. A Preliminary Assessment is a limited scope investigation that provides an assessment of information about a site and its surrounding area to distinguish between sites that pose little or no threat to human health or the environment and sites that require further investigation. The PA is a CERCLA defined document and typically does not require sampling. Site Inspection (SI) If the PA recommends further investigation, then an SI is necessary. The SI is a CERCLA defined document, and it is analogous to an initial report of contamination under state cleanup rules. On some legacy well drillings sites it is evident now that an Sl is required just from a review of the reports. An SI investigation typically includes the collection of samples to determine what contaminants are present at the site and whether they are being released into the environment. An approved site specific workplan is required under both CERCL-A and 18 AAC 75 prior to SI sampling. The SI typically is not intended to develop a full site characterization, but is limited to determining the presence or absence of a release. If contamination is found after completion of the HRR, PA, and SI then a RI/FS under CERCLA, or a Site Characte-rizatiowlteportandcleanup-Alas,under-l-fi-AAC7iis`required. -- ----- - -- — --------- - DEC recommends that BLM incorporate into the strategic pian the processes outlined in this letter. A team of agencies composed of AOGC, DEC -CS, EPA as required, and DEC -EH should address regulatory and technical requirements for these well closures. By cooperating and working together with the regulatory agencies BLM will save time and expense, and regulatory uncertainties will be avoided. The strategic plan should reference a project to prepare a generic workplan. DEC suggests that BLM utilize the generic UFP-QAPP workplan format for the required environmental work. If properly prepared, the workplan could encompass most of the investigations and cleanups required at these sites over multiple years. At other multi -site projects we have found this to be an effective way to reduce uncertainties and risk in these types of investigations. A very small site specific FSP could then be developed as BLM approaches each drilling site. Regulatory decisions made during workplan development would provide more certainty in the planning process for cleanups. G:\SPAR\CS\federal F2cilitie3\Ci%ih2n 1-cdcrrt Agr=ics\DOl\B[.nl\1'roiens\lxgAey Wells\7 11 13 Luter to KIN on lxbxy wells.doex Wayne Svejnoha 3 0 July 11, 2013 Please review the attached list of specific sites. If you have any questions, please do not hesitate to call me at 907-451-2181 or by email at fred.vreeman@alaska.gov. I look forward to working with you as the Federal Government fulfills its requirement to clean up these well drilling sites in Alaska. Sincerely, y' Fred Vreeman Environmental Program Manager Enclosure: SPAR Response with Legacy Wells cc: Bud Cribley, State Director, Bureau of Land Management Steven Cohn, Deputy State Director for Resources, Bureau of Land Management Jolie Pollet, Branch Chief, Bureau of Land Management Robert Brumbaugh, Geologist, Bureau of Land Management Michael McCrum, Environmental Engineer, Bureau of Land Management Cathy Foerster, Commissioner, Alaska Oil and Gas Conservation Commission Larry Hartig, Commissioner, Alaska Department of Environmental Conservation Kristen Ryan, Director, ADEC Division of Spill Prevention and Response Steve Bainbridge, Program Manager, ADEC Contaminated Sites Program Jennifer Roberts, Program Manager, ADEC Contaminated Sites Program GASI'AR\CS\Fedcrrl Fo61ibLy\Gvi6n Falctul AgcnnCs\DOI\BI.N1\Proitcts\lA'6.1' q W03\7 11 1314tur to Aim\I on Ug2cy Wclls.doex Well Name operator I RP I Land Simpson Core Test #5 1! Na 1 BLM Simpson Core Test #6 US Na I BLM Simpson Core Test #7 us Na 1 Bl. M Sin son Core Test 98 US Navy 113LM Si son Core Test #9 U5 Na I BLM Sinwson Core Test #1f) U.S Navy! BLM Core Test #11 AOGCC Subsurlaca I BLM Core Test #12 FUSNa a I BLM Core Test #16 a 18LM Core Test #17 US Na 1 BLM Core Test 018 US Na I BLM Core Test #19 US Na 1 BLM t Core Test #20 US Navy 1 BLM i Gore Test #21 2S Na 1 BLM I Core Test #22 US Na 111•LM I Core Test dnlf fluids left in hole i BLM Core Test �#2vy I BLhA n CareTest #25 US Na Y I BLM K Core #1 US Navy i BLM 1 -t- *1 SPAR Response with Legacy Wells Lisl.xlsx 2013 Risk Ity CSP Status I Fito tllHazid Rolea5e7 Nnne None IYOMWil Low RNooe ane Nona Unused, Unused. I None Unused, i None Uncased, None None None None (None Unknown Unknown Page 1 of 14 •I AOGCC Subsurlaca AOGCC Surface SPAR W arkgroup Notes Status Status Need HRR, PA, S1 no data no data Need HRR. PA. SI no data no data Need PA ind drill fluid assessnsenl & workplan drillin 11uids left in hole no data Need PA ind drill fluid assessment & work an drilling fluids left in hole no data Need PA incl drill Ifusd assessment & work Ian dnlf fluids left in hole no data Need PA nc drill fluid assessmcnf &work Ian dnllxs fluids left rn hale no data well skc-lch provided by Need PA ind drill fluid BLM not consistent with assessment & work Ian AOGCC or BLM data no data Need PA ind drill fluid assessment & work Ian dnflin fluids left in hole no data Need PA and 51 ind 13611 fluid assessment. workplan rid sampling stressed debfis, partially as blowout and fire rove elated site areas Need PA incl drill fluid assessment & workplan dn lling fluids left in hole no data geed PA ind drill fluid assessment & wOTk Ian drij I ing fluids teff in hole no data Need PA incl dfifl nutd assessment & work Ian drillin fluids left m holo no data Need PA incl drill fluid assessment & work Ian drillin ituids left in hole no data Need HRR. PA, SI no data no data Need PA incl drill fluid assessment & work Ian drillin fluids felt in hole ria data Need PA incl dnll fluid assessment & work larx drillin fluids left in hole no data Need PA incl drill fluid assessment & work Ian drillin fluids Teff in hole no data Need PA ind dnll fluid drflfing fluids and ball assessment & work len peen hammer left in hole no data overshot, drill collar, rock revegelated —131 Need HRR, PA bit, and N -reds left in hole can't find it Review Report as PA. No evidence of sheen, stressed veg, or drilling Not abandoned, waste on surface. Veg ----_— , ,raw,, plunaed to surface site not cleared •I SPAR Response with Legacy Wells LisLxlsx Page 2 of 14 is • vi nce o BLM 2013 Risk Historic AOGCC Subsurface AOGCC Surface Well Name Operator I RP I Land Mgr Priority CSP Status file #IHazid Release? SPAR Workgroup Notes Status Status plugging operations inadequate and Wellhead tell as Umiat 43 US Navy I BLM I FUDS None pending dos 335.38.00113092 Yes. see file 'Plugged by BLM in 2004 incomplete historic site? plugging operations inadequate and Wellhead left as Umiat #4 US Navy I BLM / FUDS None pending dos 335.38.001!3079 Yes, see file Plugged by BLM in 2004 incomplete historic site? plugging operations inadequate and Wellhead left as Umial 98 US NaMy I BLM I FUDS None pendinq dos 335.38.001/3D81 'Yes, see_ _file Plugged BLM in 2004 incomplete historic sile? plugging operations inadequate and Wellhead left as Umiat #1'0 US Navyj BLM_I FUDS None pendingdos 335.38.00113082 Yes, see fila Plu ed by BLM in 2004 incomplete historic site? Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Plugged to 7868'. Drilling Cleanup. Photos - evidence mud and diesel to Awuna #1 USGS I BLM Medium None None Yes of erosion into lake surface. > 100 _Pylons Need HRR, PA, SI with sampling. Drilling mud Wood , metal, assessment. Surface Plugged to 2039'. Diesel plastic debris. Fast Simpson #1 USGS I BLM Low None None Yes Cleanup. to surface. >10D Pylons Need HRR, PA, SI with Wood and metal Drilling mud assessment debris. Pylons - Photos straw areas of no Plugged to 2047'. Diesel Tankage for lk ' #1 USGS / 8LM Low None None Yes ve elation. to surface. flammable fluids Need HRR. PA, SI wdh sampling. Drilling mud assessment. Surface Plugged to 1400'. Drilling Wood and metal Koluktak #1 USGS I BLM Low None None LYes Cleanup. mud & diesel to surface debris Pylons Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Plugged to 1894'. Diesel Wood and metal Ku am 91 USGS I BLM Low None None Unknown Cleanup. to surface debris. Pylons Need HRR, PA, Sl with sampling_ Drilling mud assessment_ Surface Plugged to 4464'. Drilling Wood & metal Kuyanak #1 USGS I BLM Low None None Yes Clean mud & diesel to surface debris. Pylons Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Cleanup. Photos show Plugged to 1840'. Diesel Plastic and metal Lisburne 41 USGS I BLM Low None None Yes stained soil to surface debris. Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Plugged to 8192'. Drilling Wood and metal North Iii ok $1 USGS I BLM Low None INone Yes Cleanup. mud & diesel to surface debris - Page 2 of 14 is • Well Name Peard South Meade #1 1 RP 1 Land 1BLM BLM #1 4USGS ! BLM SPAR Response with Legacy Wells Usl.xlsx ;013 Risk &W CSP Status File XlHazkl T Page 3 of 14 AOGCC Subsurface AOGCC Surface WAR Workgroup Notes Status r Status � deed HERR, PA SI with iampling. Dining mud rssessment- Surface ;leanup. Site photos show areas of stressed iegetalion. No issues Plugged to 2232'. Diesel Wood and metal soled in USGS re ort. to surface debris. Pylons Need HRR, PA, SI with sampling_ Drilling mud assessment Surface Plugged to 2026'. Diesel Wood and metal Cleanup. to surface debris. P Ions Add to She list. Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Cleanup. Od reported bubbling to the surface within reserve pit in 1982. Oily residue and sheen observed adjacent to east side of reserve pil, down hole material at the Plugged to 1875. Diesel Wood and metal surface to surface debris. P ons Add to Site list. Need HRR, PA, S) with sampl'uig. Drilling mud assessment - Surface Cleanup. Reserve pit berm had breaches anowirrg water to exit. Oil - stained sediment was observed above the Plugged to 1478'. Diesel Wood and metal waterline of the I. to surface debris. Site photos may show hydrocarbon sheen on Plugged to 2600'. Drilling Wood and metal water in well cellar mud & diesel to surface debris. Pylons Add to Site list. Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Cleanup. Berms have been breached an allow water to flow out of reserve piUllare pit. Rising bubbles of ail observed in Hare pit 1484. Photos Show Plugged to 1825'. Diesel Metal debris. ra.. v-1 v.nnnralinn to Surface ... 0 •I SPAR Response with Legacy Wells Lisl.xlsx Page 4 of 114 0 0 vi encs o BLM 2013 Risk Historic AOGCC Subsurface AOGCC Surface Well Name Operator 1 RP f Land Mgr Priority CSP Status File #fHazld Release? SPAR Workgroup Motes Status Status Need HRR, PA, Sl wrlh sampling. Drilling mud assessment Surface Cleanup. Breaches in bemi allow water to flow into and out of reserve pit, sheen on Plugged to 2700' Diesel Wood and metal West Dease #1 USGS l BLM Low Nona None Yes surface water in well cellar to surface debns. Pylons Add to Site list. Need HRR,. PA, SI with sampling. Drilling mud assessment. Surface Cleanup. Water flows into the pits through breaches on the eastern berm and out of the pits through breaches on the northern and western berms. Downhole material Plugged to 228'9'. Drilling Wood and metal South Harrison Bay #1 USGS f BLAB Low None None es Present at surface mud & diesel to surface debris. Add to Site list. Need HRR, PA, SI with sampliing. Drilling mud assessment. Surface Cleanup. Stressed vegetation noted and apparent in site pholos. Plugged to 2443'. Drilling West Fish Creek #1 USGS 1 BLM Low None None Yes Drilling mud around well mud & diesel to surface Pylons Need HRR, PA, SI with sampling. Drilling mud assessment, Surface Cleanup. High TPH Plugged to 1977'_ Drilling wellhead sticking concentrations underneath mud under plugs. Diesel up. Wood debris. Fast Simpson #2 USGS 1 BLM I Low _ Active 300.38.10912691 Yes, see file the rig inundation to surface Pylons South Barrow 94 US NavyiNorth Slope Bono None None None Unknown Need Surface Status completed gas well - no data South Barrow #5 USAF - BLM Unknown None None None. Unknown Need Surface Status completed gas well no data South Barrow #& US Na /Norlh Sto Burg None None None Unknown Need HRR, PA, St no data no data South Barrow #9 US NavyfNarih Slop2 Boro None None None Unknown Need HRR, PA, Sl no data no data _ South Barrow #10 US Navyfflorlh Sto Bora None None None Unknown Need Surface Status com ted gas well no data South Barrow It12 US Na /North Slope Baro None None None Unknown Need HRR, PA. Sl no data no data BLM well skMh not consistent with AOGCC South Barrow #14 US NavyMorth Sloe Boro None None one Unknown Nsed HRR. PA, St data no data Need PA ind drill fluid well left filled with drilling South Barrow #16 US NavyiNotih Slope Bora None None None Unknown assessment & workplan mud and diesel no data Need PA incl drill !turd tubing in well. no perfs, Soulh Barrow 017 US Na /North Sloe 13ora None None None jUnknown assessment & work fan I unknown fluid, I no data Page 4 of 114 0 0 SPAR Response with Legacy Wells Lisl.xisx Page 5 of 14 •I E CYfuu .v v AOGCC Subsurface A Surlaco TEHILM T013 Risk CSP Stilus File #IHaaid Historic Rekeasa7 SFAR YUnrkgroup Nates 5latus at US $1<ntus Well Name flperatar f RP f Land Mgriority Unknown Need Surface Status corn feted as well no data 5aulh Barrow #18 US Na INorlh Slo a Bora None None None Unknown Need HRR, PA, St no data no data Walak a #1 USGS! Unknown None None None rsg 890`. Multiple cement plugs of unknown volume. Shallowest None None Unknown _ Need HRR, PA, SI SOD' no dada Gubik #1 US Na d Ur#cnown Low Add to Site list. Need HRR. PA. SI with sampling. csg Q SOD' Well blowout Drilling mud assessment. from zone al 1SOT during Surface Cleanup. Photos plugging operations show disturbed/ slashed Plugging never completed after blowout. no data Gub* #2 US Na ! Unknown Low None Nora es areas two downhole Dement plugs of unknown depth Mone None Unknown Need MR. PA. Sl and volume no data Grandstand #1 US Navy 1 Unknown None Add to Site list. Need HRR. PA, SI with sampling. Dnliing mud assessment. Surface Cleanup Sediment from the reserve pit was excavated and spread over the pad to drill a 2nd well at this location, Upon completion of the 2nd well. the sediment was pushed back into ft reserve pit.. Area does not appear to be revegetaling. perhaps from the presence property plugged but no of drilling mud at the data on abandonment None None Yes surface status no data W 7 Foran #1 " USGS I Unknown Low on Site list. Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Cleanup. Slressed vegetation, photos show plugged, but not open csg; metal & Active 306.3$.108f2689 Yes. see file site underwater abandoned at surface corwsele debris under 5' of water, Cape Halken #1 " US Na (Unknown Low None Unknown !Need HRR, PA. SI es to 27' open C_s Min a Veloei #1 U5 Na f t3LM one None csg @ 31" 280' of drill pipe, drill collar, and Core Unknown Need HRR. PA, SL barrel left rn hole. rove etaled Ournalik Core #i US Na / BLM None -No obsery None !None Page 5 of 14 •I E SPAR Response with Legacy Wells Lisi.xlsx Page 6 of 14 • • WI F3nCe Q BLM 2013 Risk Historic AOGCC Subsurface ADGCC Surface Well Name Operator t RP I Land Mgr Priority CSP Status File #IHazid Release? SPAR Workgroup Notes Status Status Need HRR, PA, Workplan for St with Sampling. Drilling Mud Assessment. Surface Cleanup. Photos show debris, stressed No csg. 15' of drift pipe Oumalik Caro #2 US Navy 1 ULM Low None None yes ve elation and rock hit left in hole. no data Need HRR, PA, Workplan for Si with Sampling open csg & other Drillip) Mud Assessment. piping sticking out Surface Cleanup_ Reports of ground; wood, of debris, drilling muds on melat, conciele Oumalik Core 011 US Navy 1 BLM Low None None Yes surface (__q to 9', debris open csg sticking out of ground; wood & metal 0umalik Core #12 US Navy I BLM Low None None No Need HRR, PA, SI no data —__—debris _„ debris buried by landslide. Need HRR, PA, St, Well not no dala on Sentinel Hill #1 US Navy 1 BLM Low None None Unknown ap panent in site Rholos Csq to 3t1'. underwater status Need IQR, PA, SI. No evidence of sheen, open crag slightly stressed veg, or drilling above ground waste on surface. Veg 37' of csg, drilling fluids level; wood and S imp son Core Test #1 US Navy 1 BLM Low None None No appears healthy lett in hole metal debris Need HRR, PA, St. No evidence of sheen, stressed veg, or drilling waste on surface_ Veg 76'01 Csg, drilling fluids Simpson Core Test #2 US Navy I BLM Low None None No appears healthy left in hate no data Need HRR, PA, Sl. No evidence of sheen, stressed veg, or drilling waste an surface. Veg 61' of csg, drilling fluids Sim sun Core Test #3 US Navy I BLM Low None None No appears healthy left in hole no data Need HRR, PA, St. No evidence of sheen, stressed veg, ordrilling waste on surface. Veg --60' of crag, drilling fluids Sim eson Core Test #4 US Nayy t BLM Low Norse None No apecars healthy left in hole no data Need HRR, PA, St. No evidence of sheen, stressed veg, or drilling waste on surface. Veg csg cemented @25% open csg sticking Songsoncore Test #13 US Na 1 BLM Low None None No appears health dritin fluids IeR in hole_ out of round Need HRR, PA, SI. Vegetated, no evidence of crag cemented @2D'; open csg sticking Simpson Core Test #14 US Navy ! BLM Low None None No release. drillin fluids left in hole out of ground Page 6 of 14 • • SPAR Response with Legacy Wells Lisl.xlsx ism son Core Fest #26 t=vrdence or Medium AOGCC Subsur(aen ADGGC Surface 13LM 2013 Risk CSP Status File WHazid Historic Retease7 SPAR Wwkgroup Notes Status Status Well Name operator r RP 1 Land Mgr Priority Unko Need HRR, PA. SL US Na ! $LM open casing None Nave Vegetated. no ev4dence of cog set shallow; drilling slicking nut of Low No release- fluids left in hole round Simpson Core Teri #14a US Na !BLM Low None None & weilhead slick Need HRR. PA, SI crude nil left in hole open casing Need HIR, PA, Workplan Vegetated, no e+wdence of csg cemented 12181; slicking out of openregd ng No release. drillingfluid left in hole round Simoson Care Tesl #15 US Na !BLM Low None None d wooden Oellar, Need HRR, PP, SL Sate a9 r�110'. dolling fluids wood 8 metal ism son Core Fest #26 US Na ! BLM Medium None None res Sim sen Core Test 027 US Na J 13LM IJone None None Unko Sim son Gore Test #28 US Na ! $LM Low None Nave Yes clmnnnn Core Tesl #29 US Navy! BLM Low Norte No No Simpson Core Test 030 US Na 1 !BLM Core Test #30a JUS,Navy 1 BLM Low `None Prone n Gore Test #31 JUS Navy/ BLM None Page 7o(14 photos appear to show oil at surface, from a natural csg Q 350'. Completed in oil seep, seep, also drilling mud in oil well Open perfs. At 1welhead sticking sacks on the tundra one lime capable of up_ metal debris PI u ed b BLM in 2004. unassisled flow. and rustingbarrels 'Need HRR, PA, St. Site photos appear to show Oil csg cemented at surface, from a natural @i02;dnllutg fluids nn oily ground; csg seep- Plugged by BLM in including diesel and & weilhead slick vin 20014 crude nil left in hole out of ground Need HIR, PA, Workplan for Sl with Sampling- openregd ng ❑rilling Mud Assessment . out grouunnd in Surface Cleanup. Site d wooden Oellar, photos appear to show a p le of drilling mud about a9 r�110'. dolling fluids wood 8 metal 160 feel tram the welt tell in hole debris. Solid waste Need HRR, PA, Sl_ No evidence of sheen, stressed veg, or dri" waste on surface. Veg csg cemented at 1S2'; open csg. Wood a ears healthy dnknq fluids lett in hole and metal debris Need HRR, PA, SI. frilling mud at surface. but well is also in the middle of a large in oil seep; Open oil seep and surrounded by cog sticking up; pooled oil. Plugged by BLNI csg cemented A150'; wood & metal ser Holes in 20514- drillin fluids left in hole detail on oily ground; tog Need HRR. PA, Sl. Well is wellhead slick in the middle of a large oil seep and surrounded by csg cemented at 100% out of ground. pooled oil. Plugged by 131. dulling mud left in hole. wellhead leaking see noses in 2004 gas blowout at 423' gas Need HRR, PA, St. Leaky valve replaced in 2001, little evidence of contamination following valva on city ground; reg replacement- Plugged by csg cemented at 100'; & wellhead stick see notes BLM in 20174 iddifing fluids, left in hole out o1 round SPAR Response with Legacy Wells List.xlsx Page 8 of 14 • • yr enco o BLM 2013 Risk Historic AOGCC Subsurface AOGCC Surface Well Name Operator f RP f Land Mgr Priority CSP Status File glHasid Release? SPAR Workgroup Notes Status Status Need HRR PA, Workplan csg Cemente=d al for Sl with Sampling. 1028', cement plugs a1 Drilling Mud Assessment. 6387' and 5520'. Fish in Surface Cleanup. Drilling hole, drilling fluids Iefs in No data. Open Simpson Test Welt #1 ak US Navy1 BLM Low None INone yes muds near wellhead hale casing Need HRR, PA, Workplan for Sl with Sampling. Dolling Mud Assessment. Surface Cleanup Also Wellhead sticking evidence of a natural seep- above ground, Tar sheens in the summer ST from 2552 to 3018. wood, melel, and months. BLM is concerned csg @2915. Slotted liner concrete debris. Fish Creek #1 US Navy I BLM Medium None None Yes about exposure to wildlife to TO. Completed oil well Rusting barrels Need HRR, PA, Workplan for SI with Sampling. rasing cemented at 48; Drilling Mud Assessment. gas 0mv and explosion Surface Cleanup. Small gas while drilling at 863'; hole leak in wellhead flange, will Filled with fresh water to Wolf Creek 91 US Navy f BLM Low None Nano No flow if the valve iso en 330' No data. csg cemented a[ 53';hole left tilted with fresh water, Wolf Creek 02 US Navy 1 BLM Low Noire Nona No Need HRR. PA. Sl. fish in hole csg cemented at 107'; No data bridge plugs from 1447 to 1735 and from 554 to Wolf Creek #3 US Nayy I BLM Low None None No Meed HRR, PA, SI. 661, No data Add to Site list. Need HRR, PA, SI with sampling. csg slicking out of Drilling mud assessment ground with wood Surface Cleanup. Sheen on plug on top; solid surface water in well cellar, csg cemented at 30'; drill waste; wood hundreds of drums indicate pipe, drilling mud and debris; about 200 Skull Cliff Core iesl #1 US NaMy I BLM High None None Yes polential for cornlamrna[ion diesel left in hole nisling barrels Need HRR, PA, SI. Two open csg, wood drums are floating on a building; pylons; pond near the well. csg cemented at 1000', wood & metal Kaolak 01 US Navy 1 BLM t ow None jNone lNo Potential for hurried landfill. fdriltingluidsieftin hole debris Page 8 of 14 • • SPAR Response with Legacy Wells Lisl.xlsx 181-11119013 Risk Well Name Operator f RP ! land Mgr Priorlty CSP Status File 1NHazid #1 1 U Navy 19LM #1 JUS Navy/ umatik Ill US Na I BLM Low None None as[ Oumalik #i US Na !BLM Low None None #1 N East Topagoruk #1 USN l BLM Kniteblade #1 US Navy l BLM Page 9 of 14 Subsurface `AOGCC Surface SPAR Workgroup Notes Status Add to Site list. Need HRR, PA, SI with sampling. open flange Q Drilling mud assessment. Surface Cleanup. Drilling Gas well. Open ports. ground level. Mud pile overgrown with Drilling fluids and Metal & wood v , etallon and lichen tubulars lett in hole debris Need HRR, PA, SI. No evidence of sheen, stressed veg, or drilling csg cemented at 502'; open casing slicking out of waste on surface. Veg plug at 3470 to 3511'; ground. Wood appears heall drilling nuids left in hole debris. Open casing below Add to Site list. Need HRR, ground level. PA, SI with sampling- Revegetated. Drilling mud assessment. Numerous metal Surface Cleanup. Debris csg partially cemented at I support structures and drilling muds. Stressed 2762'. Plug at 2543% slicking up. vegetation Dridin mud left in hole Concrete debris, plate welded to pipe: l' of pipe rsg cemented at 1100'. sticking up - Need HRR. PA. SI. Drig fluids left in hole Wooden debris. Add to Site list. Need HRR, PA, SI with sampling. Driving mud assessment. open csg broken Surface Cleanup. Downhole material present csg cemented at 6073'. off and sticking up: at surface, area mostly original hole drilled to wood, metal, revegetated. Diesel still 7154'& junk len; concrete and other occupies the ground sidetrack hole left wilh debris. rusting dreulatioir lines. drillina fluids barrel Add to Site list. Need HRR, PA, SI with sampling. Dolling mud assessment. Surface Cleanup. Pile of tsg 10 1100'; pkig al open casing drilling muds is next to the 1049% drilling mud below sticking up. Wood, teller. No offical reserve pit plug: unknown fluids in metal, and glass noted o en hole debris. open casing Need HRR, PA, SI. BLM sticking up. Wood, stales that there was no metal, and glass debris at this site in 2012. csg cemented at 420% debris - •I 0 SPAR Response with Legacy Welts Lisl.xlsx Paye 10 of 14 0 0 w once a BLM 2013 Risk Historic AOGCC Subsurface AOGCC Surface Well Name Operator I RP f Land Mgr Priority CSP Status File #IHazid Release? SPAR Workgroup Notes Status v F Status open casing sticking up. Wood, metal, & concrete debris rusting Need NRR, PA, SI. Reports barrels. One indicate solid waste csg cemented to 45';fish marked flammable Knileblade #2 US Navy I BLM Low None None No drums in hole hazard. open casing slicking up; metal & Krideblade #2a US Navy 1 BLM Low None None No Need HRR, PA, SI. csq cemented at 38% concrete debris Need HRR, PA, SI including learning assessment. Site partially No wellhead. submerged intermittently csg cemented at 80; Metal. Solid waste North Simpson Test Wel 4 US N2n I BLM Low None None No during the summer dri0ing fluids left in hole ? No dala crude wellhead. Need HRR, PA, St. Surface csg cemented at 685'; Wood and metal Umiat 01 US Navy J BLM I FUDS Medium Cleanup co 335.38.00113090 Yes, see file Cleanup drillinq fluids left in bole debris No wellhead. Gravel pad partially csg cemented a1486; revegelaled wood Need HRR, PA, SI. Surface cement plug from 440 to debris and pipe Umiat #i t US Na I BLM I FURS Low pending dos 335.38.00113083 Yes, see file Clea 490'; sticking u csg cemented at 7206'; vVefNwad- Gravel various plugs from 8250' pad revegetaled 7 South Sirnpson 01 US Navy I BLM Low None None Yes Need HRR, PA, SI. to surface No data Add to Site list. Need HRR, PA, SI with sampling. Drilling mud assessment. Surface Cleanup. Large quantifies of ferrous oxide, zinc oxide, zinc carbonate, and barium sulfate were added to drilling muds. Stains apparent in photos. BLM field camp an site. Walls between the reserve and Pare pits have eroded. Wellhead and Water flows into surface gravel pad. ? No Wook #1 USGS I BLM Low lNone Name Yes water during break22L no data data Paye 10 of 14 0 0 SPAR Response with Legacy Wells Lrsl.xlsx BLM 2x13 Risk Well Name 10porator I RP I Land Mgr Priority CSP Status I File #IHazid Arca- Barrow Cure #1 US Na l til.M Avak 01 US Navy I BLM Barrow Bi R' #1 US Na I BLM Barrow Cafe Rig Test 91 US Na I BLM #2 I US Navy I BLM #1JUS N,a I BLM H' h NOr1e None Test Well #1 US Test Well #2 US Barrow Test Wetl #31115 Na IN©r1h Slo c Bora IAedium None None Unknown Page 11 of 14 Subsurface -FAOGCC Surface SPAR IWorkgfoup Notes Status _ ___ araiu5 Need HRR, PA, SI. Surface Cleanup, Photo CIMG0218 csg cemented at 53` shows area of disturbed tubing hung to 708': hole open casing vegetation that should be heft filled with drilling mud slicking up; wood & investi algid durin Sf and diesel metal debris open casing Need HRR. PA, St. Surface csg cemeoled at BIF. sticking up; wood & Cleanu-. lu set at 1348' metal debris Not abandoned, site not cleared, Need HRR, PA, SI. Surface open easing 7? No Cleanup no data data Not abandoned, site not eteared, Need HRR. PA, SI. 'Surface open casing 77 No Cteanu no data data Need HRR, PA, St with sampling. trilling mud assessment. Surface Cleanup. Drilling Muds on Not abandoned, site -slowly revegelatmg site not igred, More information on drilling open casing 7? No mud specifics rs being researched no data data Need 1lRR, PA, SI wdh sampling. Drilling mud wellhead leaking assessment. Surface cemented Csg to gas!? Wood & Cleanup- Cellar does not 1270;slotted liner to metal debris. Area retain water 1956': tbg to 1939 affected 50'x50' Need HRR, PA. SI. Drilling Csg cemented at mud assessment. Surface 441'.hole Iell willed with open pipe; metal & Cleanup- On mads stem water concmie debris Need HRR, PA, Sl. Drilling Csg cemented al 2260'; mud assessment- Surface periorated liner to TD. wood, metal & Cleariu . fln road s stem lin Completed well. Conerete debris Need HRR, PA, SI with sampling and workplan. Drilling mud assessment. Surface Cleanup. Drilling +csg cemented at 10461: open c5g slinking mud at surface. Sheen on hole left filled with drilling up; wood & metal surface wafer in well cell larQuids and wafer. de" 0 SPAR Response with Legacy Wells Lisl.xlsx Well Flame Operator I RP I Land Mgr BLM 201$ Risk Priority CSP Status File #ltiazid yr once oF— Historic Release? SPAR Workgroup Notes AOGCC Subsurface Salus g AOGCC Surface Status no data. Likely revegetaled. Removed from our list of wells of concern in < 50', no csg, no API#, October, 2012 Oumalik Foundation Tess A US Navy I BLM None-uncased hc None None lUnknown Need HRR, PA. not in AOGCC database Monlht Meeting no data. Likely revegetated. Removed from our fist of wells of concern in < 50', no csg, no API#, October, 2012 Cumalik Foundalion Test b US Navy I BLM None-uncased hC None jNane Unknown Need HRR. PA, not in AOGCC database Monthly Meeting no data. Likely revegetated. Removed From our irsl of wells of Concern In < 50', no csg. no API#, October, 2012 Oumalik Foundation Test A US Navy I BLM None-uncased hc None lNone Unknown Need HRR. PA, not m AOGCC database Monthly Meeting no data. Likely revegetated. Removed from our list of wells of concern in < 50', no c5g. no APF#. Odubut. 2012 Oumalik Foundation Test A US Navy I BLM None-uncased ht Nune lNone Unknown Need HRR, PA, nal in AOGCC database Monthiv Meetin no data. Likely revegetaled. Removed from our Ilst of wells of con cam in < 501, no csg, no APi#. October, 2012 Oumatik Foundation Test 0 US NavyI BLM None-uncased hc None None Unknown Need HRR. PA, not in AOGCC database Moral Meeting no data. Likely revegetaled. Removed from our list of wells of concern in < 50', no csg. no API#, October, 2012 Ournalik Foundation Test 4US Navy I BLM None4xwased h_j None None Unknown I Need HRR. PA, not in AOGCC database Month Meetin Page 12 of 14 0 Page 13 of 14 SPAR Response with Legacy Wells LrsLxisx Well Name BLM 2013 Risk Operator f RP I Land Mgr Priority Historic CSP Status Fife #IHazld Rslease7 AOGCC subsurface Status �__ - -_-�� . A013CC Surface Status no dala. Likely SPAR 1Norkgroup Nates revegelaled. Removed from our list of wells of concern in < 50'. no csg, no AP IN, October, 2012 Oumalik Foundation Test US Na!q BLM None -encased h None None Unknown Need HRR. PA. not w AOGCC database MonthlyMeetin no data. Likely revegelated. Removed from our list of wells of concern in < 501. no csg, no API#, October, 2012 Oumalik Foundalion rest U5 Na I BLM None -encased h None None Unknown Need HRR, PA, not in AOGCC database Monihl lAeeli no data. Likely revegetaled. Removed from aur fist of wells of concern in 0urn alik Foundation Test US Na 18 LM None -encased fi None None ilnknown Need HRR. PA, < 50', no csg. no API#, not in AOGCC database October, 2012 Month! Meetin no data. Likely revegetated. Removed from our list of wells of concern In < 50', no csg, no API#, October, 2012 Oumalik Foundat'Gon Test US Na I BLM None encased h Nome None Unknown Need HRR, PA, not m AOGCC database Month! Meeting property abandoned per then -applicable South Banow #7 US NEILM 2LI None None Unknown Need HRR. PA, ro erl lu ed re s no data to support proper Um -Qt 02 US N Noire Pendin Clo 335.30.001/3078 Yes, see file Plu d to surface abandonment no data to support proper Uncal #5 Ummt #9 Urrval A66 Umial #T Atiaaru Point#1 U5 US US Na I BL M US Na I BLM USGS/BLM None Pendin Hi h -PCB cleanu Active None Pendia None tPendi Mane Clo 3L5 313.00113079 335.38.00113093 Cao 335.3$.00113080 Clo 335 38 001I3091 None Yes, see file Yes, see file Yes, see file Yes. see lite No Plu ed E4 surface property plugged and abandoned pfupedy plugged and abandoned property plugged and abandoned Need HRR. PA,Plugged by properly plugged and BLM in 2009. abandoned abandonment suriaoe site rcmediated surface site remediated suriacx V le remediated surface site re medialed Page 13 of 14 SPAR Response with Legacy Wells LrsLxlsx Page 14 of 14 0 vrcTon`ce o BLM 2813 Risk Historic AOGCC Subsurface AOGCC Surface Well Name Operator i RP 1 Land Mgr Priority CSP Status File #fFlaxid Releases SPAR Workgroup Notes Status Status Add to Site list. Need HRR, PA. SI with workplan and sampling. Chilling mud assessment. Surface Cleanup. Two large breaches on the south side of the berm allow water out of the reserve pit. Plugged properly plugged and surface site Drew Point #1 USGS 1 BLM None None None Yes by BLM in 2410. abandoned remedialed On Site list Need HRR, PA, 51 with workplan and sampling. [frilling mud assessment. Surface Cleanup. In 1976 the reserve pit berm failed and dolling muds/cutlings were released onlo the Poe of Teshekpuk Lake. Plugged by BLM in 2008. Solid waste from camp aril drilling operations buried on northern portion of pad. Erosion has exposed solid properly plugged and surface site East Teshek uk #1 US Navy 1 BLM None Active - waits 3Q0.38.11012652 Ycs, see file waste. abandoned remediated Threatened by erosion. properly plugged and surface site J. W. Dalton $P USGS f BLM None None None No Plu ed b BLM in 20fl5. abandoned rernediated properly plugged and surface site South Barrow #8 USAF 1 BLM None None None Unknown Need HRR, PA, abandoned remediated properly plugged and surface sile South Bartow 911 US Na INorih Slope Bono None None None Unknown Need HRR, PA, abandoned remedialed properly plugged and surface site South Barrow 013 US Na lNerlh Slope Boro None None None Unknown Need HHR, PA, abandoned remedialed properly plugged and surface site South Barrow #15 US Na !North Sloe Boro None None None Unknown Need HRR, PA, abandoned remediated properly plugged and surface site South Barrow #19 US Na 1Nrarlh Sloe Baro None Nana None Unknown Need HRR. PA, abandoned remediated Properly plugged and surface site South Barrow 1x20 US Na Worth Slope Bora None None None Unknown Need HRR, PA, abandoned remedialed Need HRR, PA, dolling mud assessment, containment assessment, possible releases. Breaches allow wafer to flow into and aul of property plugged and surface site Watakpa #2 USGSI BLM None None lNone lyes I reserve and flare pits. labandoned irernediated Page 14 of 14 0 O1cs „ or � � THES '�Tna�"'` viT '�1� W:i"Cilme -naL •K-7 Klati Conservation ofik_ t' = As - Division of Spill Prevention and Response a :-=_ Contaminated Sites Program gfi GOVERNOR SEAN PARNELL 444Z. rte.-= �. 610 University Ave. ALA51i- Fairbanks,Alaska 99709-3643 Main:907.451.2181 Fax:907.451.2155 July 11, 2013 Wayne Svejnoha �� �� 8 Zfl� Supervisory Minerals & Energy Specialist 4 222 W 7th Avenue, #13 Anchorage,Alaska 99513 Re: BLM Legacy Wells Dispute Dear Mr. Svejnoha: The Alaska Department of Environmental Conservation (ADEC) —Contaminated Sites has reviewed the National Petroleum Reserve in Alaska: 2013 Legacy Wells Summary Report dated February 2013, containing updated information on the status of the 136 Legacy Wells located in the National Petroleum Reserve— Alaska (NPR-A), and the draft National Petroleum Reserve in Alaska: 2013 Legacy Wells Strategic Plan dated May 2013. ADEC has also reviewed the response by the Alaska Oil and Gas Conservation Commission (AOGC). We concur with the response by AOGC and have no further comment regarding the priorities. We do have comments about the investigation and cleanup plans presented in the report. With this letter we are outlining regulatory requirements related to the environmental work that is proposed and required as part of these cleanups. ADEC is concerned that the 2013 Legacy Wells Strategic Plan prepared by the BLM does not include either assessment or the contingency for assessment of known,likely, or unknown but possible contaminant releases. In addition,BLM plans for surface cleanup of these wells should be made clear in the plan. At least one of these legacy wells has extensive PCB contamination and has resulted in a multi-year cleanup totaling tens of millions of dollars. At others, solid waste disposal practices have resulted in releases to the environment with estimated cleanup costs in the hundreds of millions. Known releases documented in the records we reviewed include crude oil,gasses,refined oil and fuel, drilling fluids that include various organics,metals,and other chemicals, and unknown contaminants from drums and other containers observed to be damaged and abandoned at the various well sites. There are 13 legacy well sites with known releases currently on the DEC contaminated sites list. Many of these are in the process of being addressed, cleaned up, and closed. From our limited records review there are 15 additional legacy well sites with confirmed releases. These should be prioritized for initial records reviews and then added to the BLM contaminated sites list under our cooperative agreement. Suspected releases include fuel releases from operations, storage, and fuel spills at the sites,impacts to various surface water bodies from spilled fluids during drilling and breaches of containment at reserve and flare pits, continued surface runoff from drilling fluids uncontained at several sites, and down-hole substances that were ejected from the holes over time or during blowouts or drilling operations. Wayne Svejnoha 2 July 11, 2013 The BLM plan to address these known, suspected, and unknown releases at legacy well sites is notably absent from the documents presented to date. The three primary regulatory agencies that need to be involved in the plan are ADEC —Contaminated Sites,Alaska Oil&Gas Conservation Commission, and ADEC—EH/Solid Waste. Other agencies will need to be consulted as well. Below we provide recommendations for a coordinated plan using the Uniform Federal Policy for Quality Assurance Project Plans (UFP-QAPP) that will involve all of the regulatory agencies in one coordinated manner. This will allow BLM to address these sites in a consistent and coordinated project which fulfills all of the regulatory requirements so that the sites do not need to be re-visited in the future when they are closed after this project. Attached are our comments on each specific well. The acronyms used on the list include terms that are typically used in a CERCLA type investigation however they are also suitable for investigations conducted under the State of Alaska cleanup rules. These include the following; Historical Records Review (HRR) This is recommended for almost all of the well sites. Much of the information required for these reviews is already contained in various reports and appendices or in BLM files. The Historical Records Review should document the type of releases that might have occurred from drilling operations as well as historical use of the site, and should capture all available information on the drilling fluids used and any product produced or released. Preliminary Assessment (PA) This is recommended for almost all of the well sites. A Preliminary Assessment is a limited scope investigation that provides an assessment of information about a site and its surrounding area to distinguish between sites that pose little or no threat to human health or the environment and sites that require further investigation. The PA is a CERCLA defined document and typically does not require sampling. Site Inspection (SI) If the PA recommends further investigation, then an SI is necessary. The SI is a CERCLA defined document, and it is analogous to an initial report of contamination under state cleanup rules. On some legacy well drillings sites it is evident now that an SI is required just from a review of the reports. An SI investigation typically includes the collection of samples to determine what contaminants are present at the site and whether they are being released into the environment. An approved site specific workplan is required under both CERCLA and 18 AAC 75 prior to SI sampling. The SI typically is not intended to develop a full site characterization,but is limited to determining the presence or absence of a release. If contamination is found after completion of the HRR,PA, and SI then a RI/FS under CERCLA, or a Site Characterization Report and cleanup plan under 18 AAC 75 is required. DEC recommends that BLM incorporate into the strategic plan the processes outlined in this letter. A team of agencies composed of AOGC, DEC-CS,EPA as required, and DEC-EH should address regulatory and technical requirements for these well closures. By cooperating and working together with the regulatory agencies BLM will save time and expense,and regulatory uncertainties will be avoided. The strategic plan should reference a project to prepare a generic workplan. DEC suggests that BLM utilize the generic UFP-QAPP workplan format for the required environmental work. If properly prepared,the workplan could encompass most of the investigations and cleanups required at these sites over multiple years. At other multi-site projects we have found this to be an effective way to reduce uncertainties and risk in these types of investigations. A very small site specific FSP could then be developed as BLM approaches each drilling site. Regulatory decisions made during workplan development would provide more certainty in the planning process for cleanups. r•\CAAR\Cc\R..,7....,1 Ro.•:1:r.nc\ PPd P.,1 AoPnrie \Dar\RI.M\Proiects\Leeacv Wells\7 11 13 Letter to BLM on Legacy Wells.docx Wayne Svejnoha 3 July 11, 2013 Please review the attached list of specific sites. if you have any questions, please do not hesitate to call me at 907-451-2181 or by email at fred.vrceman@alaska.gov. I look forward to working with you as the Federal Government fulfills its requirement to clean up these well drilling sites in Alaska. Sincerely, Fred Vreeman Environmental Program Manager Enclosure: SPAR Response with Legacy Wells cc: Bud Cribley, State Director,Bureau of Land Management Steven Cohn, Deputy State Director for Resources,Bureau of Land Management Jolie Pollet, Branch Chief, Bureau of Land Management Robert Brumbaugh, Geologist, Bureau of Land Management Michael McCrum, Environmental Engineer,Bureau of Land Management Cathy Foerster, Commissioner, Alaska Oil and Gas Conservation Commission Larry Hartig, Commissioner,Alaska Department of Environmental Conservation Kristen Ryan, Director, ADEC Division of Spill Prevention and Response Steve Bainbridge, Program Manager,ADEC Contaminated Sites Program Jennifer Roberts,Program Manager,ADEC Contaminated Sites Program G:\SPAR\CS\Federal Facilities\Civilian Federal Agencies\DOI\BLM\Projects\Legacy Wells\7 11 13 Letter to BLM on Legacy Wells.docx U 'J a) >..^O.' m 'O -o t N a) a) a C N W N a) = .0 0 ✓ a) CO CO W a) CO CO a) a CO CO a) CO CO CO a) CO CO a3 CO 5 0 U O H w CO a) @ CO a) s (0 a) .N O) CO c0 a) a) a7 (0 (O CO a) 0)�` CO C w 'D 'O a 'O 'O -O .o a) V 'O 'o V -O V V D V a) O O O O O O O O 0 a) a) O O O O 0 O O O O o as O Q (F) C C C C C C C C V C C C C C C C C C U Z "(A i O a) p a) a) a) a) >.-C 6) a) a) a) a) N a) a) U O pgg a) O O O O L .3 O O 0 -5 O O O O O — L O L . 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E 0.• C U @ co 3 .N O a) 7 N 7 d O O O)N 0 0 2 .N 7 c m J C cp a) N _ tt�n E a7 ) U N = 'o °� U a)-0 V 'O a) N coO1 a) U 'a N . U m 3 Cr' . A u Q) 03 V _ a) Y = a) > > E a Y C a) a) Y O C (1 N E C Y a) .c. C Y O .c 11 0 I� a ° O N a,U ° a) a o Q) 7 �'.V O f6 O..0 O a O Mi 0 O a) N d.V0 o a0i d•w O 0 1 Q 0)F o m 2 -o o ca-0 O o)tY Z N , U a'o o 5 o o 3 a -0 _o o rn E -o o o E -o a) f° N O .- 3 3 f 'c N .- L . O = n ° a) .- b C13 O 0 C M L O 3 CO to 0 -° N P a-0 O 1.0 In .0 a) �t C '- C co a) a) 0 7 0 ' c c C c0 M = E N N = to = = a) O o = is 0 u a N .0 °' U N -c °' V 'o °' a) a E C 'o o p ox � � � > �o o N a) ....e ° N � 3 d il 5 a) c _ c p - o O N'3 m E � i. E E ' E - ,o o ,- a C O E C9 0` >' C O V O C1 a N c o 0 U C b Ch .. U th O C O '2,I cya = a a)c = rnm = a = C,•l0 . = my 5 a) co Q N; ca oa- cCZ �'iN0 c`3oCZ v or` � `o cni � ao . � 11 am N aCD a n! _ Y ti = P aq w Tr. c a Z = j a c N cn o a E a n m a) a E — N CO c N C'? 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Z Z Z M M Z Z Q: N O co CC r v U a CL ya) m a) c C a)a ) 4 c c c c C CU Z Z Z U a Z Z Y N_ it M r o N ,� CO O. J J J 2 J J0 J Q) 2 an U) C 0 0 J LL_ LL a CG m m m J m m 2 CO A CO co co CO co oa Z Z Z Z Z Z a. 0 O U) CO CO U) CO CO CO TD N1 a) H # a3 C C gt qt d 0. 0. 1 Eco -aa E E Zas a a in 1t it(n at Tu—• r .E. o) Y •Y Z U) c o F ` c);e ° o Z Z f� p p •O n" C 'O c' "O - �' C) b t0 N N C 0 E c'. 0 0 Y 05 En Qa) .5 �c 0 Cl, c in": c PI -00 a0 ca c) -0 0 c -c E- °o co cl, C a_`) -0 .N o E m ami N .5 V 'N 7 'N J C U 'N C O 'N C O .O 'D °Op a O U) a)•O U N U �� U �_� .0 O .0 O U Ea co O U O > 'O N aN E 11_5 U p k^ U� C y 0 C 'y N O C C p (6 C C p O C C .C - f0 O C U C 3 .N O m h 0 .0 m a. ° o �) a m o a)m a) u 0 a) C 0 c a) o a m a) ca 0a 0- 0 0 0 a s a) _ Q t/5, o V) E o Ti) E Z gin o -o Z 'w o -o Z 'o o -0 3 o) E m 0 0 3 0 0 0 -o N'-----i! 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C a) C C C C C C C Cl) Z Z Z Z Z Z Z Z Z E. [P Y a) L N a V ix N y M 'C N v 7 E O N N 'OJ J .CG d J Z Z J 2 0 0 2 8) - O O O m m m C a a a J O O O C 0- 2 2 2 2 2 2 r r r m CO CO CO CO CO O O O Z Z Z co Z Z Z Z Z co Z Z Z Z O coa. > co co > co j > j N M # # # 2 o # rn or F a) Fa) 0 rn be E I- CC o 0 0 0 0 co @ m U U I I mT mO O O m -cco 7m m m Y CO • u o O) o O) m o c 0 com o c> �t E cN .E >' E N '— > E .S >' E N '— ., E N •E ' E N .c O _Ne C O 0 Y 'O D O co N Y -6 O O o a1 a) O O a) le • O O a) -Cu O O N J _ -O N C N m J .0. N C N '— .a) „ fn c N O J a) „ 0 C N •a) J 0 "- N C N O J 0 N C N O U0 > 3 E `m ?'Va 0 > 3 E ?'�a m > 3 E a� CO a›' °� E >.�a z m 3 E CO °' al E >. p O �rcom0 Q .or6O, o H .0 6ono 8 . 0 0a 0103 a8atmmo3g .0 . m0) 0 ,....3 a . :° i a0�i ° c ° c m aE o o o aE, o Q o o a o c 2 0 0 > o C o o > o 0 pp < 0,c cc _ 002 c cc _ 002 c cc 5). oO2 c E 802 0c EC .`2 002 c 2.). 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O > > > D > CO W a€' VE at FO- H H F- FO- H O 0 0 0 0 0 co co co co co CO E U- i . i i -LU- CO Y Y Y Y Y Y Z d 3 O O O O O O O o o) o C) 0 o) o o) 0 0 m E O N Q) N O N C T E N_ •C T E N_ •C m m a a C m Y ° o m m 10 O m m O O m a� C C C C Y "O O y Y •D O m Y 'D O m N m N m N J 0 .o N : N .J «O. 7 y C N 2 JO CZ -° _y C N J Ta -O N G N 2 a V O E O E V) N N CD N 1) y N O N �O > 3 C m 0 0 > O •E O m 0 > °) C T@ O O C > > CO. co 0 0 O fC a) c° c° U m 3 m 3 `m m o - -8 _ 73 m v 0 `o c°� v '5 cm) C9 y O o °� o ns m o o o w m m ° o 0 0 0 a) a`� C m m C m `m C m m m m m m cc m :°l;o > °E C o O > C o > E _ C ti o C o m E C o o ac c o o a m a m 't 't 't 't Q y hu,C m a .N o O of m a .N o 0 2 2 2 x •N c8 0 2 C° 2 CC .N o O 2 c c' w °' °C a m C n m w y 2 ') N 1 N N a) m u d1) cu a .n n. -2 d -2 c -o t Q Q m Q m Q co cm) cm) co m m a) o ° � oa oa o 0 o m w -0 -o -o CI r N r C U C U C U C U o) C o m m o C " mU aN U rnU o)U °) y C CD m 0) 0) v) . a) c.) 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'(q .0.. •N .m. •N N N r •N .o.. •N .p. �pa) 2 80 'C 8 'a 8 � ea 8 f, 8 '5 ti '5 p CO 0 N a) a) N a) 0 03 0 (p N fC N 00 Q) (C 4) 9 O °P 'c E Etanion) 't E o V CCC C C C C C C ry m m m m (0 m m m m 73Cm 5 4) y0 C) o) C) o) o) o) o) o) o) C) C) C) C) C) C) C) C) 23 o) o) CO I a a) a ate) C. 0) T 0 -0 a. cu aa) 0.�a) aa) as Ta. a) o.a) V >, C C C c C C C C C C U 0 O 2' O >' o �' O Z' O Z' O Z' O Z' O O �' O o) .0 a) -0 a) U a) -o a) -0 a) -0 a) '0 a) -0 a) ' Q) ° +.' • n C n C n C n C n C Q C a C 0_ C a C n C O :°1 `O2 O` 2 2 O` 2 2 2 2 2 2 2 2 2) 2 2 22 a cn' c)- cc; nm o. ca nm 0_ m 0. m nm dal am nm u) .0 C N C `) C 'C '7 0 ::F I c u) C m o m o , 'o LriE oO 'Cm U 0a) 7 cca) -0 'C3 0 0)- .0 -O N C O8 Q) a) O Z' 0 0 7 0 020- - , 07 a) a) a) u) 2 7 m -0 O N .0 E W 1C ' • .N. n o —° E m N 3 a —° E w w g' a m n N o .c m a s '0_ 7 I; Z n 01 n 0)t co '�. a) C. 0 O O ' N .0 try -. o .� w o _c o n o Z o .• rn E o E o o a >._1 Q < .2 Q < Q Q ° 61 o o `m ii Q C 3 C N N J Oh _� p ° , N c .w - • o •Q� o = c_ oanL o ZoG m S 3 c o) o .c -0 E 2 a? 3 E 0 = a) E a _)ac C C C a) a E E N o Ce�I _ _ I I I I I I I v) vi o a $.2 E o m o _0 _c m cn E 0.) 03(ca a) .m o t m w m t 'y , E.) m a a o a 'C a o o m a a) d ° o o c E tin) a) N = Q) N N = C O N 7 Q a) O Q N a Q N N a N I •0 Q m y >, Q m N m >, m '- O as _c a) a) a) a) a) a) a) y 0 m CtQ d 0 m U _0 0 0 .o O d m m U = `o = 1- .n 3 '`o c W 3 1- d Z Z Z Z Z Z Z m m e 3 E x 9B �I x � U` 12.-� 0 ,(Oj 0 0 fl O C C C C C C N c • u) a) 3 3 3 3 3 3 N cD 9 w a) u) C C C C C C 11 x cc r >- Z D O D D D D r v m 0) N a) in 0 J .4. V L_ 'O N O 3 m m m N aNM C CC C d o 0. ad C C C C o ir. Z oM Z Z Z Z Z Z Z Z CC u) _ o m CC Q is 3 Ci_ U) aD o C C C C C C C C cn 0 Z Q Z 0 Z 0 0 0 0 Z Y u) it M N r. CCCC C2 0 CC C C 0 C m a z 0 0 0 0 0 Z 0 0 Z rn oo' 6 0 0 m Co 0 C C C a C. C.C . 0. C. o o o o o J C CO 03 d � C C C C C C M o 0 0 O 0 '- CO m J Z 2 Z 2 2 -J �`r co CO at m co Z Z co Z C7 Q C) O > COCO CO > CO CO CO CO CO Yk 1- M 1.0O) 0 Y * * * C * 0. E E .0 o 0 0 0 o Z a) O m m m m CO m o 3 ~ L .0 .0 .0 t .0 N d 2 N 0 7 7 7 0 3 m oco co Ili -; con co co co . . BLM/ASRC Legacy Well Review. Cape Hackett #1 (PTD 100 -101) Surface status: Wellhead still present with cellar and pilings in area. Photos available. (RBDMS status is SUSPENDED.) Downhole Status: Appears to be P & A `d properly downhole with cement to surface. Geodata: Sidewall core description, Sample description for well. Lithology log, OH data on CD. (RES, DENS) T Foran #1(PTD 100 -106) Surface status: Unknown... No photo of area. Well file indicates wellhead in place. (RBD statusisP &A) Downhole status: well appears to be properly P & A , cement plug to surface. Geodata: Core chips and mud log. No OH log data. randstand Test #1 PTD 100 -053 N. Surface status: unkown . no photo. (RBMDS status is P & A ) Downhole status: Unknown. Drilled to 3939 ft. appears to have two downhole cement plugs of unknown depth. No drilling reports except for summary page. Geodata: Core data, 011 logs on CD (RES , DENS) , OH DST's were done in 5 intervals (weak gas shows) Gubik #1 (PTD 100 -221) SCANNED JAN 31 2013 Surface status: unknown... no photos of location. (RBDMS status is P & A ) Downhole status: No wellbore diagram or drilling reports in file. Drilled to TD of 6000' and 11 %" casing set and cemented at 890'. Multiple cement plugs pumped (volume unknown) last plug at 800ft tested to 800 psi ok. Geodata: SP , RES logs on CD. Core and ditch description in well file. 8 OH DST's were done. Good Gas shows at 3500ft Gubik #2 (PTD 100 -222) Surface status: unknown. There is one photo of derrick available. Not sure if wellhead is present. RBDMS status is P &A Downhole status: unknown. 11 Y4 Casing set and cemented at 800ft Well blowout from zone at 1800 ft. during plugging operations. Drilled to 4620 ft. cement plugs set at 2300 -2200 ft. no record of plugging well after blowout. Sanded off. Geodata: DENS and RES on CD. Core and ditch description in well file. F.p ,.ritlwA 0 I ..- — :+<' *ft...... . + s .:a. v _ _ ., . ` �R Y i 3 • ilA 4 i o ( r I if , r 1 i`, f � ' l i t t 1 • pf . y 1 h Y d ie . '4r r 'k, ♦ r,,. r i S a "�`� i ' ci f . I i' ±,i, 4 , � fir i , p . t , r . Y PY `f ,� . ° 1 4 r il ' ' I t , ` fi r " r ' r �" a ( tAtt F !. .Y{. 1 4 rtr�1 '.r ' �s � r a " r • f b a i � 1 : AA � '' . as it • • 152 ° 20' 152 -- i 4 - i5 - I / y - z -. - B. • 44.4_ , .. .,.._ _ 5—._ —__ _ \-- .... , _ _ ...,„._\'------,. s, /3 • 1 1 _ _ 70°501 ___ _— J II!f — _ _ r �r Q .„. p CI W.T. Foray We � ,,- -- - - A . i i:61 - i `W _ _ _ - d am` � - , _ k - d u ,c _lr�i s d°4 — Q .:. \ - - .‘ _ _ 3 \ 7 — Ca Halkett _ - - - - ¢E a - ,--- - i ce~ • p / 'ri i U ' r - r113 ` T 17N. -- 9 cl ___ : ._ T.16N. / _ P , - • dP - /O b -' 9 s 4 70°451 -_ - i 1 - _ Base from U.S. Geological Survey, Harrison Bay D-4, 1:63,360, 1955 0 p-- 4 1 ? _ 3 4 MILES 0 1 2 3 4 5 KILOMETERS CONTOUR INTERVAL 50 FEET DATUM IS SEA LEVEL Location of W.T. Foram well W. T. FORAN DRILL.SITE FOP A -r FLARE err i 0! C) tai RESERVE ` 0. Cs P I T X `: t i i i immilommomompar II:7 FUFL BLADDER i G� I 90' 534 .._. ....1.. 22C - - III i r«-'a 1 -'c ...., .... ^'"F�ARF r RESERVE As''' 5 =IT\ un N)R, GINAL f i— 392 o „r 3RQUAID SECTION A —A • • 80 28. WELLSITE RISK DETERMINATION W.T.FORAN(1977)(LIVEHORSE 1982)* OBSERVATION COMMENTS Wevsite Characteristics Sampling History 1989(USGS) Prior Mitigation Backfilled and recontoured in 1978. Seeded and Fertilized in 1978,1979,1980 and 1981. Leakage /Seepage Natural surface water drainage into and out of pit Erosion None Subsidence Minimal subsidence Natural Processes Muted surface expression of natural polygons returning General Site Characteristics Vegetation None on pad. Stressed vegetation off pad Natural Processes Runoff dissolving salts which are deposited around pad Waste Drilling Some waste exposed on pad and covered reserve pit* Other Solids None observed Hydrocarbon Residue Occurrence of 4- Methyl Phenol at two sampling sites Contaminant Level . Barium is elevated above MCL at 2 sites Contaminant Migration Salts are migrating from pad to surrounding area Contaminant Persistence Associated with sediments. Site more than 15 years old - Contaminants detected. Salts are diluting off pad Risk Screening Risk to Fish & Wildlife Negligible Risk to Human Population Negligible K DETERMINATION Neg *Second operator in 1982 dug out original waste pit for reuse. Excavated pit materials reused on second pad. These materials subsequently refilled original reserve pit. Not seeded in 1982 • • W.T. Foran Location and Drilling Characteristics Latitude: 70 °49'56.01" Longitude: 152 °18'11.23" Location: T. 17 N., R. 2 W., Sec. 13 NW 1/4, Umiat Meridian Depth: 8,864 ft Drilled: 3/7/77 - 4/24/77 Description W.T. Foran Test Well No. 1 (plate 29A) is about 105 mi east- southeast of Barrow. The site was seeded and fertilized in 1979, 1980, and 1982, and fertilized only in 1981. No water - quality data were available prior to 1989. The wellsite was visited in 1989 but not in 1990. Drilling Pad: Materials for the berms and thick pad were obtained from Cameron Point, 9 mi west of the wellsite. Reserve and Flare Pits: The pits were backfilled with thawed sand. The backfilled materials were later excavated by a private company in 1982, spread over the pad, and finally, pushed back into the reserve pit. Summary of Reconnaissance Visit After the wellsite had been closed, the property was transferred to a private corporation. Under a lease from the owners, Chevron, Inc. ex- cavated the fill from the reserve pit and spread the materials back over the work pad in order to construct a second well, the Livehorse well, in 1982. This second reserve pit was somewhat smaller than the original pit, and both outlines are visible on the aerial photographs. Following the completion of the Livehorse well, the pad was scraped into the reserve pit as backfill. As a result of this multiple reworking of materials, the wellsite is very muddy, and revegetation is virtually nonexistent. The regional flow is westward toward the lake. The berms are rela- tively intact, but breaches on the north allow water to exchange with the surrounding tundra. Breaches into the flare pit and the west end of the reserve pit might also be open to the surrounding terrain during periods of high water. No soil -gas survey was done. Background values for the electromagnetic survey were generally less than 15 mS /m (plate 29B). Readings on the west, or downgradient, side of the pad and reserve pit were elevated, in the range of 15 to 60 mS /m. These higher reading appear to reflect movement to the east of high- conductance water (3,510 µS /cm) from the reserve pit. In general, specific conductances of water samples at W.T. Foran were high. The maximum value at the wellsite was 18,500 µS /cm, and all ponds contained water of specific conductance 870 µS /cm or greater. The pH of water at SL 4, SL 5, SL 6, and SL 7 ranged from 5.0 to 6.5. The pH of water in all ponds ranged from 7.6 to 9.6. Water samples from SL 7 and SL 8 contained 2.2 and 2.0 mg /L of barium, respectively, both of which exceed the MCL of 1 mg /L. The water sample from SL 7 also contained 300 µg /L of benzoic acid and 270 gg /L of 4-methyl phenol. 99 • • Pond N Beaufort Sea 1 mile to north and east Ponds on backfilled Reserve Pit p� Pond D SL6 Reserve Pd de-- • SL5 SL3A _ � , — — — P" '1 SL5 r 2 1: , ) ,/ �,�, 1 1 ! # / Stressed vegetation , , i boundarys? I ( / throughout Fuel � I Pad ph i r ‘ out y L well 0 0 wellhead areal \ SL7 �/ SL8 • • Pad was recontoured for Livehorse well { 0 100 � FEE1 I W. T. Foran, 1989 Locations of soil samples and constituents having concentrations above criteria levels. • • • 0 'ond N - Beaufort Sea 1 mile to north and east j Ponds on backfilled Reserve Pit Mc SL6 Reserve Pd Pond D Water �' .� _ r _ ` ` Flare Pit �"" SL5 1 i • SL3 No I / � ¢ Livehorse . Water / J / Stressed vegetation boundatys? 5'Q 0, Str eg 1 / adarys fi Fuel Ilk �� _ r� Lej SL4 1 Pa ' J N • (push I , Livehorse well 0 0 wellhead , areal v SL7 SL8 • B q • g e4 Pad was recontoured for Livehorse well _ i pr 0 1 00 200 FEE1 . I l W. T. 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These staging areas have the potential to aid BLM's future remediation work associated with the legacy wells. Map 3 shows the relationship of usable airstrips to legacy wells. BLM efforts 1976-1982 The USGS initiated cleanup of the early Navy wells in 1976 and contracted Husky Oil NPR Operations, Inc. to manage the project. The NPR-A was divided into four quadrants; Arctic Coastal Plain, Northwest; Southwest and Southeast. The cleanup effort focused on the solid and hazardous materials that were abandoned in place by the Navy and was carried out during two phases. After the spring thaw, crews would travel by helicopter to new sites to break down and transport the wastes to an accumulation site. If a suitable site was located, non-combustible solid wastes were buried. While the ground was still frozen in the spring, aCat-Train crew retrieved wastes from storage sites established the previous summer. When hazardous materials (explosives and full drums of barite) were found they were transported to the storage site and hauled out the next spring. There is no evidence of anything hazardous remaining on site. In 1978, an extensive cleanup occun•ed at East Oumalik, East Topagoruk, Knfeblade, Ikpikpuk (explosives), Skull Cliff, Square Lake, Titaluk; Topagoruk,. and Wolf Creek. A --- total of $1.87 million dollars was spent and 7.2 million pounds of solid wastes were handled, stockpiled or burned. During 1979, cleanup occurred at Fish Creek, Grandstand, Gubik, Oumalik, and several other areas in which a well was planned but not drilled. Approximately $1.85 million dollars were spent and 24.1 million pounds were handled, stockpiled or burned. Field work for ] 980 consisted of cleaning up what had been stockpiled and over-wintered from 1979. There is no recorded summary of cost or amount of wastes handled past 1979. In 1981, Husky discharged itself as contract operator and put out an invitation for bids. While waiting for bids, Husky continued its scheduled spring cleanup work at East Oumalik (Figure 5), Wolf Creek, Fish Creek, Kogru_ River, Meade,_Oumalik, Square - _ _ Lake, a_nd_ Ttalu,k. The USGS did not fund additional work at Skull Clif£ The contract - -- ---_ received no bids and Husky did not return. The USGS drilling program ceased in 1982. 7 is void of surticial debris. The cellar is visible in the mid- right portion of the photo. . . TONY KNOWLES, GOVERNOR STATE PIPELISE COORDISATOR~S OFFICE . Department of EnvIronmental Conservation = Decartment of Natural Resources = Department of Fish ana Game J11 WEST Jth AVENUE. SUITE 2C -'<NCHORAGE. ALASKA 99501 "HON E: \9071 273-8594 19071 278-8595 = AX: (907) 272-0690 January 13. 1995 Ô-/~ Letter ~o. 94-28-DT.BLM File No. 300.15.198 CERTIFIED ~lAlL RETL.:"R.. ~ RECEIPT REQUESTED ~lr. Tom Allen. State Direc:or Bure~u or' Lmd ~lanageme~t .-\laska S tate Offic~ .::::.::. \V. 7th .-\venue. Suite :3 .-\nchorage. Alaska 99512 :\1r. Jim Devine. .-\ssoci~te Director USGS 106 i'i ationai C:m~i Reston. V.-\ ::::'092 De~r :\lessrs. .-\llen and Devine: Re: BL:\-1/l'SGS =nacti'.'e Dr1iling Waste Disposal Facility Closures - ~umeious Inactive Sires The .-\laska Depamnent or Environmental (ADECì has received and completed its review of your submitted documems requesting approval for closure or BLM/USGS Drilling Waste Disposal Facilities on the ~orth Slope in the ~ational Petroieum Preser¡e Alaska. These sites have been reviewed in accordance with the ADEC Interim Site .-\ssessment Guidance for Inactive Drilling Waste Sires. June 1991. .-\ sire visit was made in August 1994 to those sires that rec~~ved public comments during the ciosure public notice period: Cape Haikett. East Teshekpuk ~o. 1. Ikpikpuk ~o. 1. East Simpson .No. 1. and East Simpson ~o. 2. The correspondence desciibes our review procedures. puts rorward the department's fIndings. and takes action upori the request to close numerous sires. Currently, the second draft of Alaska's new Solid Waste Regulations. 18.AAC 60. are under review. and this second draft contains a chapter on Inactive Reserve Pit closures. The closure criteria in this proposed regulation parallels the c~osure criteria in the 1991 Guidance Document. Closure under the 1991 Guidance Document should constitute closure under the proposed Solid Waste Regulations if they are adopted as current drafted. : ~ ;... 4 . ·1 _"' 'j .~.~ ,:,"23 ,;:·ÛS. ,:n[\~l,:~~- Hn¡~h~~,·,,:-: . . :Vfessrs. Allen and Devine January 13. 1995 BLM/uSGS Inactive Drilling Waste Disposal Facility Closure Approval The Review Procedure The qualitative risk screening procedure required in the above referenced document determmes whether a site presents negligIble levels or risk. or if it is a significant risk generator. A decision scheme is then employed to establish 11) whether or not there is a basis or concern. and (2) .whether or not a waste sne is likely to present signirïcant risk to human or environmental receptors. The rïrst step in this screening criteria is establishing a basis of concern: "If the waste site has released contaminants or there are mechanism for potential releases and there are receptors nearby, then. there may be cause for concern. and the waste site should oe srudied funher.' :.md'Ifthere is no release or contamination or no mechanisms for potentIal releases and there are no receptors nearby. chen there is not a basis ror concern and the '.vasre site should ce considered closed." The cr:tena tJIat are measured at :.l waste site to sarisfy the 3.bove logical arguments are: Evidence or release of chemic;].l contaminarion at the waste site in excess of .-\laska Water Quality' Standards for one or more L:mzer comcounds. or - - . :Vlechanisrn for potential release. and Proximity of the waste site to biological receptors. If either of the first two criteria and the last criteria are met. there is a basis for concern, and before proceeding with Step 2. 3. corrective action plan shall be prepared for the site which shall identify alternatlve ways to correct or mirigate the basis of concern. prevent its recurrence. and select a preferred approach. Corrective action alternatives shall be described at a conceptual level. and the selection of a preferred approach shall be based on balancing protectiveness with irnplementability and cost-effectiveness. The second step determines whether contamination at a waste site present a risk to receptors that is significant. If risk is found not to be significant. it is considered to be "negligible." The rïnding or significant risk is based on the likelihood of exposure and the likelihood of adverse consequences of exposure: 2 . . \fessrs. Allen and Devine January 13. 1995 BL.\.L CSGS Inac~i\'e Drilling \Vaste Disposal Facility Closure Approval 'For nsk to be consIdered sigrufic:mt. the receptors must be vulnerable [0 exposure. and the (:onsequences of exposure must be . J.dverse· to human or animal health or the environment." :md. .::cnversely . 'If exposure is unlikely or the consequer.ces of exposure are not 'adverse.' ~hen ~he nsk is negiigible. If risk at a waste site is stgnficiant. then corrective action should be taken. The criteria that are measured at a \vaste site to satisfy the logical arguments above are: Exposure Criteria: Receptor exposure :s consIdered [0 ce iikeiv when: Cùntammant :-eiease mecharusms are judged significant. or Containment migration is judged signirïcant. 'Jr One or morec::mtaminants are er.vironmentally persiStent. If exposure is found to be unlikely. J. r;nding or' negligibie risk is made on the basis of losence;r' 1 likely eXDOSU:-~ item and ,he action plan is evaluated under the ImpactlBenefit Evaluation step. The purpose of this Step is to determine whether the benefits or taking a corrective action would be greater than the impacts of taking such a corrective action. If anyone of the exposure criteria are satistìed. a finding is made that exposure is likely. Funher screening continues to evaluate Consequence Criteria. Consequence Criteria: :\dverse consequences or exposure to contaminants from reserve pits are consIdered to be likely '.vheil: (a) The duration or frequenc:; of exposure is sufficient to cause adverse health and environmenul effects. This is evaluated by reviewing human and wildlife use patterns at a given waste site. waste site accessibility. and ground and surface water uses: and either (b) The quantity or concentration of one or more contaminants exceeds peninent federal or state water qualiry criteria or standards protecting health and/or the environment. \leasured contaminant concentrations in the water will be compared with health and environmental standards and criteria for each target contaminant. [0 identify exceedances. When only human populations are at risk. health criteria are used. When only populations at ::isk are nonhuman Ie. g.. fish. wÜdlife. vegeution). environmental criteria and standards are used: or 3 .... . ". .;. ,·..liO,)'!!. .~qrr¡r; n"~J"~; . . \Iessrs. Allen and Devine January 13. 1995 BL\I!USGS Inactive Drilling Waste Disposal Facility Closure Approval (c) One or more contaminants exhibit high acute roxicity. The ~I OSH toxicity rating system (NIOSH 19ì4) will be used ro identI!v contaminants highly toxic to mammals. This information will be used to determine whether a target compound exhibits acute high toxIcity . If the dur::uion and frequency term is insufficient ro cause adverse effects. there is no need to èvaluare the other twO consequenc::: criteria. and a rïnding of negligible risk is made. If the duration and frequency rerm is sufficient. Jut neither of the other two consequence criteria are met. a rìnding of negligible nsk is made. The action pian is then evaluated under the ImpacuBenerìt Evaluation step. If the duration and frequenc:¡ of èxposure is determined ro be sufficient :0 cause adverse dfects and either of the OL'1er t'.Vo consequence criteria are satisrìed. then a finding is made that adverse consequenc~s ::lre iikeiy. and the f:sk at a waste sire is said :0 be signiIÏcant. If the screening indic:ues that nsk is sIgmIÏc::mL [hen the responsible pany shall proceed with implementations of correctIve aCIlons. Sites Considered For Closure Based upon the above referenced criteria from the June 1991 INTERIM SITE .-\SSESSMENT GUIDANCE FOR INACTIVE DRILLI:'-IG WASTE SITES. 23 Wellsites have been reviewed for closure: The decision ro grant closure approval on these sites is based in pan on a review of the inactive drilling waste site assessment documents listed below which you have submitted by .-\DEC. site visits during .-\uguSt 1994. ::md the February 25. 1994 CSGS document that ;Jrovides technical response to public comments on these sires. Title: Environmental Starns í)f 23 Oil & Gas Exploration Areas of Ooer:nion In the National Petroleum Reserve-Alaska. December 1992 Support Documents: BL\IIUSGS Video-documentation of Site Visits. Water Quality. and Soil Assessment At 28 Exploratorv Wellsites In the National Petroleum Reserve In Alaska 1989-90. (USGS Open File Report 91-458 Pans 1 & 2). USGS Professional PaDer 1399 with Associated Plates ... · -- \kssrs. .\llen and Devine January 13. 1995 BL~LTSGS Inactive Drilling \Vaste Disposal Facility Closure Approval Submitting Person: Dick Dworsky. Joe Dygas. BL~l (Alaska) Covered Facilities: 23 areas 0f otJeration utilized for 0il 3.nd £::lS e:mloration (wellsites) In ~PR..~. Synopsis of Closure Procedure: ,\i"o funher action 15 'leeded for the dr1ìlin!! waste facilities at ·these 5:tes. èxceDt J.S noted below CLOSl!Œ APPROVALS Dçpanmem's decision upon thr .:Losure application submItted by the Bureau of Land .\1anagemem and the C. S, Gçological Survey is to approve the below listed drilling waste :'aciiiry sites. effective hnuary :2. 1995. Cpon review of the 5ubmiued sample results ~eqUlreQ :.mder the 1991 Guidance. cèn:lÌn remote sites exhibited metal concemr:uions and :1ydrocarbons in the reser:e put surface waters and downgradiem waters in excess of the .\laska Drinking \Vater Standards and Alaska Water Quality Criteria (AWQC). \Vhile there :5 a oasIS for concern :'cr those sites where exceedances occurred. there is also negible risk. ,md any .:orrective action \varr::med at these remote SHes '.vould not be required. realizing that the impact of the correctIve :lction would be muÒ gre:lter than the benefits received. These sites for the most pan have revegetJted. and J.ny corrective action measures impie:___..__": '.vould impact me established piant species at these sites. These sites are Closed .-\s Is. There are cenam sires \vhere corrective action is warranted. however. and Conditional Closure is granted. provided the corrective action stipulations described are completed to the deparnnent's satisfaction. CLOSED AS IS .-\tigaru 0-/0"'\ .-\wuna 0-15" J Cape Halkett 0 - ) 0 I Drew Point 0 - I C\ 8 East Simpson ~o. 1 0 - 2-0 J East Simpson ~o. 1 o'~3 Ikpikpuk ~o. 1 ö- 2-0 0 Inigok 0- I "I~ J. \V. Dalton 0·2.02- Koluktak o-12.$" Kugrua 0 - I S-5"" Kuvanank O· 15'.{,. Lisburne O· 14~ ~orth Inigok 0- lo'ð :"iorth Kalikpik o· J01 Pearà c - 2-2-1- Seabee 0- 2..2-3 South Harrison o· 103 South \[eade 0- IS-~ South Simpson o· ~i Tulageak 0 - 0 -11 Tunalik o-2..Z.5" \Valaka ~o. 1 o· 04 Z- \Valaka ~o. 2 o· 0-+& '\-Vest Dease 0-043 \Vest Fish Creek o-'oS \-V. T. Foran O' JOb ... .- .- \-Iessrs. Allen and Devine January 13. 1995 BL~!/l'"SGS Inactive Drilling Waste Disposal Facility Closure ApprQval CONDITIONALL Y CLOSED The following closure conditions were piaced on the site ~'oi1owmg the site visit/closure package evaluation. .-\ plan proposal to meet the conditions JescrIbed below should be submitted to the depanrnem for approvaL prior to undertaking any .:orrective action. Once these conditions. have been met at the site. it wiil be considered CLOSED. : East Teshekpuk 0 - 102.,. Remove any SCf:lp metals that have been uncovered by the lake erosion into the north end of rhe pad Prepare alternative plans to attempt to stabilize the exposed drilling mud at the north end of :he pad in order to prevem runher erosion into the reserve pit and subsequent leaching into Lake T eshekpuk \-Ionitor site visually for a period of 5 years to ensure non-release of mud TER.\IS .-\...'iD CONDITIONS Tnese closure approvals are subject to the following renns and conditions: FCLL SITE CLOSl.;RE: The approval granted by this letter is for the inactive drilling waste sites only. as required under 18 .-\.-\C 60.500 (d). Closure for the pad as a whole must be coordinated between the owner:operator and the appropriate state !ADNR. .-\DF&G. .-\OGCC). or federal (BL\1) Jgency. .-\dditionally. shouid any contamination ['rom hiswric spiEs be found on the pad ,Jutsiàe the drilling "vasre site (reserve pit area). notitïc:mon needs LO be made co the .-\DEC.'PCRO Contaminated Sites Section (271-..+399). ~'E"V L\TFOR.vIA TION: Should additional infonnation concerning environmental conditions at the facility make - . further actions necessary to protect human health or the environment. the Department reserves the right to require additional investigation. assessment. monitoring, or remediation at the facility. 6 ';~ ,~, . .. \lessrs. .-\llen and Devine January 13. 1995 BL\I!CSGS Inactive Drilling \Vasre Disposal Facility Closure Approval DLIY TO RESPO~"D: :-';otwithstanding any other provlsions or requirements of this closure approval. a person causmg or perminìng the discharge of oil or other hazardous substances is required by law to :mmediarely contain and clean-up the discharge. ¡AS 46.04.020: 46.09.020). COMPLL-\NCE 'WITH APPLICABLE LA \VS: If amendments to this closure approval are necessary to meet the requirements of any new laws or regulations. the facility owner.·operator must submit an application for amendment to the Department at the above address. The faciiity owner:operator must adhere to all :lpplicable state statures and regulations as they may ce amended from time to time. It- :.;)u have any questlons. ç¡ease do not nesltate to CJnt:J.ct Tim L:J.w at :-:-:-4051 of this ,) ffice. SIIl~' orø.i,· ~-_....,,}. . //~/ .-----;:: , . / ~ //~~<--/ /' ~ :~om Chapple / / ADEC Regional Administrator Pipeline Corridor Region -:-::::::RT:·o I PC:tc h:· home'.lOaxer:".1-:8) cc: John Santora. BLM/JPO D. Dworski. J. Dygas. BL\1/Anchorage K. ~ueller. CSF&WS/Fairbanks Jerry Brossia. .-\NDR/SPCO ~ancy Welch. .-\DNR/Fairbanks Al Otto ADF&G/Fairbanks Glenn Miller. Doug Bauer. ADEC/Juneau Jim Haynes. ADNR/Anchorage Jessie Kaleak. Sr.. \layor NSB. Barrow Pam Miller. The Wilderness Society I Anchorage Larry Landry. ~ orthern .-\laska Environmental C~nter/ Fairbanks 7 ,¿ f)' .:.. Ie r- ~,-'I- Table 2. - Exploration weu.. drilled by th~C Navy {.7~ thrull~h 1977 an~ ~~ tI~c_~~.::..rrom FY 1978 throll~h FY 19,8. __~ .-- -Dnto Tntnl p~¡,/,s¡'...} Re,..:é:- ldVJ' Name tAXatton ~puddt'cI Com¡w'tt'd IJ! plh G~ð/ð 2 j D,.., //,1")) Capo lIolkoll II ml ESE 01 3/24/75 G/1I1> 9.900 It _ -_-- Non e. ./ Nutubor 1 Lonely _______ 25 ml Sot 3/12/76 5/lt/7G III.GG·I It__.._ ~ LonoLy .~- 1 t- Ir< ( -r _ j) Eul Toahokpuk t""" \..7~ Number I f"' (. ,- , ~".I< ¡Nê~ , !)- n~: ¡\~(15 \,~ (J\l ..). ~:Je r( {-tiC- h-c.-~ ·v '}- \ t , .~ ~t-~?'I L -......~ G. ~f\ South. lIarn..,n !/ Day Number 1 G--J) G-JJ A tigaru Point Number 1 /' 1ì South Slmpoon 1.;:>- y Number 1 \fest nah Creek Number 1 G-'!)·~u~¡,.~·n G -1) Drew Point T<:.1 .....;./ Well Number 1 q,..-.J) S~tlh N~:~r ;ClI /' T> Kugrua Teat 17-::::.-Þ' Wen NW1Iber 1 G-j) G-:D by Gj) c;.;D 50 ml SE ot It/21/1G Darrow UmiSRa' Lonoly 51 ml SE ot Lonely U ml WSW or 319/17 Lonely 1/12/11 2/14/11 23 ml ESE ot 3/1/17 Lonoly U ml \~ ot 1/13/18 Londy U :0\ S ot 2/7/18 Darrow (reentered 12/4/78) G1 rot S\f or Darrow 1/11/18 Iniro~ Test Well Number 1 North KaJOtpUc. 31 mt SE or Te,t Well NUlDber. Lonely 611/78 J.W. Dalton Teat Well Number 1 1J8bur~ Tcat Well Numbcr . Scshco Teet Well Number 1 r _. III IhlaJcpa Toot \......./~ Well Number 1 E8st Simpson Test Well Number 2 Tuna11k Tett Wc::11 Number 1 Ikplkpuk Test Wt:11 Number 1 rl..'ard Test ''fcU Number 1 2/27/18 60 ml S ot Lonely Z2 ml S2 of Icy Capo 11/10/78 42 ml .SW ot Lonòly 25 ,"I NB of WD,\nw M¡:ht 11/28/11 1/26/79 2/19/79 0::1) í_ T' Eut SImpson Telt 5S r.l1 5£ or ~ ~ b'dl Number 1 Darrow 5/7/79 G-:Ð G:.Ð Gy G~ G-J) Y j) J? 3 ml 8 of Lonely 110 ml SIf UmIat 6/11/79 I ml NIf ot Umiat 7/1/19 IS mI S ot Darrow 12/25/79 50 ml SE or Darrow 1/29/60 We,t Dease Test :!8 rol SE or Test Well Number 1 Darrow ^wune Test W-lI tlumber 1 W"t~~ Well Number"2' ~ North In!go1c Test, "<II Numbo, I j !\uyo.n41c Test Well Nu~~r 1 Tul.ce~k Tut Well Number 1 l<oluktl\1c Test C :P Wl':1 Nu:-ntx!r 1 2/19/80 152 ml S ot Barrow 3/1/80 (reentC"reJ.l 12/5/60) 16 ",I S of D:IIrrow 1/3/01 2/8/17 3118/11 4/21/77 4/30/71 4/24/71 3/13/18 1/22/19 :¡/~9/78 4/14/18 5/':'2/7'J 1/1/80 2/28/80 4/13/7~ 4/10/79 R/lIï!) 6/2/80 4/15/80 2/7/80 3115/00 3/:.:G16n 4/20/81 2/15/61 -t/04i¡¡1 JíJl,'Rl 3/2J:81 11.2~O H_ 11,535 II 11,427 ft 8.795 It 8,804 rt ______ 1.94ô rt 9.945 rt 12.588(t_ ZO,IO~ft_ 20,335 fa _ 15,0481£t_ 10.:!:!Sft__ 17,000 CI_ 15,611ft._ 11.200 CI__ IO.I'iOfl__ HI:! '~;¡ ~ --\ --....¡. --.\0 -..:. ~ ~ 1.3'5C1_ ---¡ ~ -..I. :!O r.'Il :;;E or 2/13JRI Tcahckpuk Lnkc 30 mt s¡; or 04rrow 2/1<191 ~ -... ~ -.!o. 1,73~ CI_ -¡ I ----i ~ ~ H r.'II rSE or Darrow :!/~G/f\1 ~ 9.3r.7C1_ ~ 1!1 ml 5 or 5mHh nay JI:':':"¡;'¡ .--... -...... 3,6r.GI1_ -... 7.505 II ~ 4,170 II -" ~ 1.300il_ ~ -- ~. G,6~O £1_ ...¡, , , . ·1,OI:.rt_ 4. " 5.~·l'i:!ft_ ~ " f j .~ fji·~.·:···~··· '~ . , ~ ~ QjJ "'" ~ ~~ ~ ";14 ";",,, ';...,.;". ~~ Table 2b...Bwow g" wells recenlly drilled by the Navy anù the Gcological Survey. G -j) G-j) G-j) G~j) G-j) G-Y C-!) G-j) So. Barrow No. 13 Sf' Darrow No. 1-1 So. ß~rrow No. 16 So. Darrow No. 11 Neml! Loc:Jtil')n S mi SE or Oarrow 12 mi ESE or Darrow 6 ml E or Burrow 13 mt ESE of Darrow So. Darrow No. 19 11 ml [5£ of Darrow So. Duro'" No. U 10 mt ESE of Darrow So. Darrow No. 18 12 mi ESE of Darrow So. 0111'1'0\11I No. 20 11 mi ESE of Darrow ):1tt~ Spudded 12111176 1/~8/77 1/28/7" 3/2118 H 17118 ~/23/RO 9/22/80 4/7/80 Dote C(1I:1l'lcted 1116177 3/3117 2118Jj8 4/1J/7a 5/11/7' 9/18190 10/14/80 5/10/80 P...U,-.heJ R"p."'+s G~/t}04'1, DI"¡II,~ I I 1-.. 2,535 il_-i r---i 2.20111_1 rl ~ 2.400 ill r"" --" 2.382 ft --4 1- ~ I I Tutul l1C'pth 2.30011_ , --1 I --1 --1 --1 -.\0 ~ 2,218t._ -.:.. 2.13511_ 2,356 ft _ I I I I I I I I I I I I I I I I I I I . . NATIONAL PETROLEUM RESERVE IN ALASKA HISTORY OF DRILLING OPERATIONS U. S. NAVY W. T. FORAN NO.1 HUSKY OIL NPR OPERATIONS, INC. Prepared by: S. L. Hewitt Edited by: R. G. Brockway For the U. S. GEOLOGICAL SURVEY Office of the National Petroleum Reserve in Alaska Department of the Interior JUNE 1983 I I I I I I I I I I I I I I I I I I I . TABLE OF CONTENTS INTRODUCTION DRILLING SUMMARY GOVERNMENT FORMS AND REPORTS Notice of Intent to Drill Sundry Notices and Reports Permit to Drill or Deepen Well Completion Report LOCATION DATA Certificate of Su rveyor Drill Pad Drawing DRILLING DATA Operations History . . Drilling Time Analysis Drilling Time Curve Drilling Mud Record Bit Record . . . . . CASING DATA Introduction . . .. .. . . . . . . Casing Cement Job 20" Casing . Casing Tally Summary 16" Casing Casing Tally 16" Casing .... Casing Cement Job 16" Casing ... Casing Tally Summary 10-3/4" Casing Casing Tally 10-3/4" Casing. . . . Casing Cement Job 10-3/4" Casing COMPLETION DATA Wellbore Schematic . . . . Abandonment Head Drawing APPENDIX NO. I - Rig Inventory APPENDIX NO. II - Meteorological Data APPENDIX NO. III - Snow Melter Operation LIST OF FIGURES Figure 1, Well Location Map .. .. .. .. . . . . .. .. . .. . .. Page 1 2 4 5 6 8 9 10 20 28 29 31 32 33 34 35 36 38 39 43 45 46 1-1 11-1 111-1 I I I I I I I I I I I I I I I I I I I . . w. T. FORAN NO.1 INTRODUCTION The U. S. Navy-W. T.. Foran No. 1 well is located in the National Petroleum Reserve in AlaS:ka, formerly the Naval Petroleum Reserve No. 4 (Figure 1). The well is 671 feet from the north line and 564 feet from the west line of protracted Section 13, Township 17 North, Range 2 West, Umiat Meridian (Latitude: 70°49'56.01" North; Longitude: 152°18'11 . 23" West). Alaska State Plane Coordinates are X = 704,057 and Y = 6,156,945, Zone 5. Elevations are: Kelly Bushing 39'; Pad 13', and Ground 8'. Drilling related operations started with rig-up on February 13, 1977, and terminated on April 30, 197-7. The well was drilled to a total depth of '8,864 feet. The primary objectives of the well were the Sadlerochit and Lisburne Groups, with secondary interests in the Kuparuk Sandstone. At the conclusion of drilling and evaluation operations, the well was abandoned with cement and mechanical plugs set at selected intervals. Husky Oil NPR Operations, Inc. supervised and directed the drilling and support operations as prime contractor for the Navy. Nabors Alaska Drilling, Inc. was the drilling contractor and Nabors Rig 25, a National 110, was used to drill the well. r) 1 \ .J .,.,..-'ÛMlA T /6..." ~. ~»(\ f NPH-A ..... 9' I "",-;;;:'.7'--, j ~~. I cr.~ ~J sf ~ 141 1.1 C C; W A/JIWR....T C; 14 $4"" W.T. FORAN NO.1 ò ~ . . .. -..- FIGURE 1 - WELL LOCATION MAP - W. T. FORAN NO.1 1 I . . I I ¡,'()'Tn ,,-:):>lC ::,hyPr:::) ~:'J:!.lj{rr :""f TR!PLIC.:\.'lE· I ¡¡'ilTED STATES ,~;:;;oART!\iENT 0;:- THE INTERIOR GEOLOGICAL SURVEY iÀ??LlCA ¡ION FOR PE;;,'vìIT TO DRILL, D~EPENf OR PLUG BACK tOroN' Ìu:-:tt'uetion,j on !'C''i'~~e ~ide) ¡"orm .:l;)!Jr!'lv~. ;':uùget .Burt"~11 No. 42-It1425. ;:i{iLL lX: ~¿EPEN o PLUG BACK 1-~5~S:'; rn:,SJ('~"'l'IO:"f ANJ) };Z1U.u. ~O. _lJi A-.________ I_~A"O¡.\". ALLOTT'. 0& ~.¡.. "UI. 7. U:-UT AGRK".!iI"'~T :j.u¡s I Li. '1'':;-1.; 0:'- WOi:K ~.:;\r, íXJ ~~:~iJ. ~T~ià '.If i;tÙ;~t~ÙOJt -~- o OTHER ;.~~~r~ 0 ~---,. :;'lvr,rU>LF: ZO~t: o o N/A 8. PA,iU( OR LJrôAS¡'; NA.MI\! ~. 'n'-i'~ OF w¡.~r,L I Husky Oil NPR Operations, Inc. ~-~!)î~:S-ùFõ-!·ill-;'0rt Naval Petroleum Reserve #4 -6~'ELL NO. I x ~ 704,057. Y = 6,156,945. At l;fopnseJ prod. z<)ne Sec 13, TI7N, R2W I w. T. Foran #1 . 10. FJ ~LD Â1'iD ?00L, {1& Wyt,OCA? Wildcat 11. s':c., T., R.. .!oL, OK 1!LK. ASO SURVJ'Y ,,)!t ASSA. 3201 C Street, Suite 600, Anchorage, AK 99503 4~o~~'\·i~("):¡-õ;~;':ËÙ. íH.e!'ort lo~ation cl~;:t!-r1flÏîdT~tccl;rdilnc~ with any S::'t~-r~quireroents.-t) .\.tS¡lr.:¡t'(' I 21-. -ii..sV:-\TIo;;-(Sh();--wh-;t~rDf~.HT. GR. etc;) 122,800' 8820' Sec 13, T17N, R2W 11~. COC:<fTY OB PARISH /13. STAT" No. Slope Bo~ough, Alaska I 1;. so. ni.- ACÊ.?:$ ASSHUf.ll:D I TO T!ilS WELL 2!)_~~llY QK CARL): 'I."(þ()r.~ I Rotary ----. _I 22. /Ù'PROX. f)An WoRK WILL STABT* January 15, 1977 Same -i·l--:-!jI:~T~\~ë¡:¡ I~ :\tH.F.S-¡xr;mp'~çTIù:i: E'RO:o.f St:.U'':ST TOW;"i OR POST OFFIC;:· I 82 miles East of Barrow l;;~ ;'¡;;1'\scÉ .éiW)i "P?'01'(J-¡:': õ.- - --- L(.'L'ATI":-; Tü ~F..\HE:>T J'Rv:'!~Wrr OR U:,\SF: LI:iE. FT. (..1.1:;0 !.ù ntflrt'~t ÚrJ..:-, unit line, if any) -f;~-~r.s:r.\:;';(:-¡;-')<:-r:õ~.i' l-':Ú)i-;I.¡;:·;b--~~i-~C~\"'¡":')X-·- '- rn sr~ '.I:!::S7 \'n.l.. m:Iu.r....-v. ('1,}!PLET<.:D, 01: .\i'?LlJ::P FO~. vN TIns ù-::ASE. ,fT. 1/.:. ='0. OE' .\CRF.5 l:i I,EASÕÕ: 4200' 23,680,000 ~¡7;)1'õ:-;<;H !IEI'TU ",,± 8' GLí~ª-tJ.-,-_ 25' KB (est).~ ?ROPO~ED CA~ING _\XD CE~IENTING PRO(;R.A~ I ---~;;~.~;;----'!- ~--;;-;;~~!:-;G ¡ '~"f;WItT J'F:B FO~-;;;';-;:'G D'~P'T'rt =-ï6" L~fº___~=¡=~1;3LíJ~=-25L:=--80 -i~~:-:---¡---î~ 3/4,,-1--- ~~.~ª-~::~~5) }~~~ 8'2" 7" 32 (N-80) Liner Q¡:--I.~TtTT 01" r.J:'\t¡.;:-ó'r 1__- !-J'--º_ß.1.l_Ú1L<;e w /Perma_rr--ºª-t____ ¡ To $.urf~e "ilinn---ª-h"Q.st 1250 sks Class "G" 340 sks to cover entire liner length w/Class "G" I This form is being filed for information purposes only. Please refer to letter from Director, Nav~l fetloleum a~d Oil Shale R~serves, Serial #394, 27 August 1968. I I I JX .\r;o\":; sr.\C~; D¡';.--;ff~¡B}; l';;.or0SJ:D l',,('r,i:.~~,I: If p~·op(lSJ.l i~ to def'pen 0, pl';; uilck, gh'('! tJ:tta. DH µres<:,nt produt~ti...e ;.o:one 3.Dd PTO'Pf"'õ lf'Od new 'PrOOuct1ve ;~,""rH>. If Pr'opo3t'l1 is to drill Or' Ù"O::>f;¿o!l (!ir'!;,l'tionaH.r. öi.....e pl'rtÎrh'ot dJ1ta (J!¡ slIosuïfac:.> lo('ation~ ~l!VJ rß;>a,"UT("Q <.lncl true verëe:ll df'pt.b~ Give blowout fi:-f'\-'··I:tf'r rro:;ram, if aD-Y. -----.--- -- -,. I S!<.\ï-:t. ._____ TTTT.i': Drillinz-Manager DATS ----------.--.-- ._----~_._.__.-..-_._-_...._,--_. ._~---_. -- ----_._---~ _._-~_.~-~--- ('.rLì~ "V:lC~ ¡or r~d~ral 01' Stat", ""~[¡C'· III'''') I Accepted If~r1'-the--------- -- - record: (Or'~. ~:::(i' nOD;';EY A. SMITJI .~f'r"~'VAL VAT); \~M~,..,~~"!"'___________ __. C"'<¡¡T::j:;:,, OF .\rt'¡~('\·.\I., I,,' A....y; _._------~ TITU~ _ OTt .\XQ G ~S ~t'1r.!\vtSOB DATE OCT 2 9 1976 I I 4 I I . . I I Porm 10-401 REV '-1-71 SUHMIT IN TRIPLICATE (Othp,. Instru("tion, on ~versf' side) I STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE I. I PERMIT TO DRILL OR DEEPEN 1.. T1'P. 01' woa.. DRILL IX] DEEPEN 0 N/A eo l.EASE CDIG:ofATION AND SZIUAL NO. N/A T. JF Im>IAN. A.l.u:rntt OR TR1BJ: NAME b. Type 01' .aLL ~¿Lt. ~ ~&:LL 0 :! ~AME OF OPERATOR QT.., :~~~L' 0 ~~;:Inl 0 N/A 8. UNIT FAR:\.{ OR l-EAS£ SAM.E I Husky Oil NPR Operations. Inc. 3. ADDRESS C1lJ' OPEKATOR Naval Petroleum Reserve #4 g, WELL NO 3201 C Street. Suite 600. Anchoraie. AK .¡ LOCATION 01' WELL At surface qq~01 W. T. Foran If! 10 FIELD AND POOL OR WILDCAT I x = 704,057. y = 6,156,945. Sec 13, TI7N, R2W. At proposed. prod. zone Wildcat II. SEC., T. R.. M _ IBOTT'OM HOLE OB.1ECTIVE I Same 13. DISTANCE IS MILES AND DIRECTiON ",OM NEAREST TowN OR POST OFP'ICJ:.· See 13, TI7N, R2W 12. I 82 miles East of Barrow 14. BOND INFOR...."1ATION TYPE N / A Surety and/or No IS DISTANCE FROM PROPOSED- LOCAT10S TO NEAREST ,?~?oP~R~e:r~~ ~~:.s~n~~~~~:;; 4200 ' 18 DISTANCE FROM PROPOSED LOCAnON- TO NF..s..REST WELL DRILLING. COMPLETED, OR APPLIED FOR. FT 122,800' 21. ELEVATIONS (Show whether DP', RT.CR, ete.1 No. Slope Borough 18. NO. 0'" ACRES IN LEASE - J7 NO ACRES ASSIGS"ED TO THiS W!:LL I 23,680,000 III PROPOSE:Ð DEPTH N/A 20 ROTARY OR CABLE TOOLS 8820' Rotary u. APPROX. DATE WORK WILL.. START- I ! 8' GL (eRr). 2:1. 2~' KR (eRr). PROPOSED CASING AND CEMENTING PROGRAM January 15. 1977 I SIZE 0," HOLE SIZE OF CASING WEIGHT PER FOOT GRADE SE'!T1NG DEPnI 7/'i" 70" 111 k-'5'5 80 18!s" 16" 84 k-55 2500 l~~" 10 1/4" /'i0 7 ,.,-110 7000 8!s" 7" 32 Ñ-80 Liner quantity of Cement To Rurface w/Permafrost To surface w/Permafrost 2~0 RkR Cl"RR "G" 340 sks to cover entire liner length w/Class "G" I This form is being filed for information purposes only. Please refer to letter from Director, Naval Petroleum and Oil Shale Reserves, Serial #394, 27 August 1968. I " ,! /, J C-:'"í""-()~, ()F f...;· A.....',- '1', ,,'" I IN ABOVE SPA.CE DmcRlR PROPOSED P!t001lA.M: tt 'ØrD1XJ1U Is to deepen ctve 4lita on present prvdu~Uve zone an.d propGlll!'d new prridu~uve zone. _1f_P.~"'posal 18 ~ ctrtU. or oeepen GU'eCt:.¡onaUy, alYe pentnen1" daUl- on SI.ÜJ$urface .IOcàUOftll and measured and true vertieal depths, Give bloWOut: prevetJ,ter' procram 24. I hereby een f,y that the Foreaoin.la Tnle anct Correct S!GNt:n DATZ T1T1.E Drilling Manager I (This space for State oUice use) CONDITIONS OF APPROVAL. IF ANY: MtrD LOG 0'nŒR JœQUnu:MENTS: (J YES (J NO SAMPL&S AND CORE CHIPS REQutRI:D (J YES (J NO DIREcnONAL SURVEY REQutRED o YES (J NO A..P .r. NUlIØiIUCAL CODE _~~.- //(>_~ - ,.--:1(-( Ie.. I PZKMIT NC' AJ'PKQVAL DATIl: APPROVED BV Tm.JI. "'See InltnlCti_ On R_ Side DAn I I 5 J I . . I I FQI'ftI t-33D (key. 5-83) UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOG ICAL SU RVEY REVISED June 27, 1983 SUBMIT IN DUPLICATE- ~~r;etaß~~::No. ~2-R3SS.5. (S~.. othrr tn- ~~~~~~~~¡d~~ ~. r.EASE DESIGNATION AXO SKaIAL. NO. I 1L TYPE OF WELL: WELL COMPLETION OR RECOMPLETION REPORT AND LOG * ~~~~LL 0 ~~.:r. 0 N/A 6. U' INDIAN. ALLOTTze 0& TRia. :u:.n; ~A.~LL 0 Day ŒJ Othpr N/A 7. t'~IT AGaEE)fENT NAMe I b. TYPE OF COMPLETION: ~.~:i[. 0 \~~~~~K 0 Pf.rG BACK o ~~~~·R. 0 Othor Abandonment N/A t'. lè"R)l OR LEAse ~.".. 2. ~ U1.£ or OPERATOR. Naval Petroleum Reserve No.4 9. WELL ~O. Husky Oil NPR Operations, Inc. 3. .",nonEsa or OPERATOR I 3201 C Street, Anchorage, AK 99503 -I. I.OCATION or ~\·F.LL ~Re,ort locatio" clear'. arid ¡" accordaftçe with an., State rtquiremcmt.)- .!.t.urta.. X" 704,057; Y" 6,156,945 W. T. Foran No. 10. FIELD AlifO POOL. oa WILDCAT Wildcat 11. SEC.. T.. &..3.1.. OK BI.OCR A,s() SeRvEY OR AREA At top prod. interval reøorted below I .!.t total deptil Sec 13, TI7N, R2W 114. p&aaur NO. OATS ISstSD 12. COt'~TY OR 113. STATE P.'-&lSR N/ A I North Slope Alaska 15. DATESPt"DD&D 116. DATB T.D. REACHED! 1õ. O.TE COM PL. (Read" to prod.) 118. ELEVAt'IONS (Dr. KK.B, aT. ~a. ETC.)- 19. £LEV. CASI:rolGHEAD 3/7/77 .4/14/77 Abandoned 4/24/77 GL 8'; Pad 13'; KB 39' 8' (est) 20. TMAL DIPTB. ~ .. no I 21. PLUO. BACK T.D.. XII .. TVD I 22. IF' :\fn.TIPLE COMPL.. I 23. rSTtR\·AI.S ROTARY TOOLS ('.\tILE TOOLS 8864' MD I Surface I HOW ".'Y. N / A ~ ßT I 0-8864' None Zi. PRODt'C1SG ISTEaVAI.(S). or THIS COMl'L£TION~~, :rol.UI& (:UD ASD TVO)- 25. :c~\.~ia~~-r;~SAL I I N/A No 26. TYPE !:L.£CT1UC A.NO OTHER LOGS Rex 2j. WAS WELL coaD DIL, BHC-Sonic/GR, GDC/CNL/GR, HRD, CDL/VDL/GR, Velocity Survey Yes I 2~. 13311 84/1 60.7/1 CASING RECORD (Rrport aU ,tri"" "et ill well) DIIPTB sET"TMÖ-)--- ¡¡-oLE - sI.z¡-- -1-- CE~f £NTtSG RECORD , A.\(OGST peLLED C "81S0 SIZ£ WIIGFlT. L8./J'T. I 20" 16" 10 3/4" 102' 1454' 7587' 26" 18 1/2" 13 1/2" 612 1605 1000 SX SX SX Arctic Set Arctic Set Class "G" II II None None 950' ~9. TOP (HD) LINER RECORD j BOT'l'O ,( (MD) i 30. Tt"BI:-IG RECORD SI%I: i SACKS C&34&:fT· i SCa.lllN (!olD. SIZE DBPTH 8ft (MO) PA.CKER SCT ~ )10) I 31. PERrORATION RECOItD (lntert'«Û, .ize and n.",b~) 32. i ACID. SHOT. FRACTURE. CEME~T SQUEEZE. ETC. I 7512-20' HyperJet II @ 4JSPF DEPTH INTERVAL (~D) A.)IOC:rol'1' ASD l.(H'fþ 01' )(ATEBUL t'SED 7'i17-20' Retainer. 70 sx Class "G" ~3,' N/A DATE or TEST I PROOCCTION )I"HOO N/A HOt·as T!:STED PRODt"CTION (Plowing, ga. lift, ""''''''ø'-4ize and tUlle of PU'"IJ) I WELL STATCS (Prod"CiA, or !hut-in) I P and A I DATa rtKsT PKOD(;CTtON I PROD'S. F'OK TEST PERIOD - TLOW. '1'VBlNQ...... C.\SISG PRESSl"R& .....ALCt'LATI:D Ol(.-BBI.. 2-4:-80(;& RAn - CHOKB 912:11 OIL-BBL. r.AS-~{CF. 'õ\' "-TEn-BBL. I vAS"'ÛIL RATIO I I;,\S-)ICI'. WATtR-RBL. OIL GRAVITY-API' coal..) :1"-1. DISPOSITION' or GAS (Sold, "..ed for fu.d, vented. etc.) TEST WIT~ESS&O BY I 3K"LÏST all' .\rrACHMENTS 36. I hereby certify that the foregoing and attached information 1a complete and C'orreet al determtnedfrolD a.ll a:rallable re<!ords I SIG:-IED TITLE Drilling Manager DATE *(5.. Instructions and SpQces for Additional Data on Revene Side) I 6 I I . . I I !- ,or'" P _ ';' REVISED June 27, 1983 SUBMIT IN DUPLICATE' STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE , ~ø.. nthl'r ta- "'::-\õf't:"n,. nr ;~I, 1:1 ~~ ~ ,-It' S. APt ~t,;-=-ILR1CAL.. CODE 50-103-20010 I WELL COMPLETION OR RECOMPLETION REPORT AND LOG * 6. L..E.,-\.:)E DÐ::)¡~SArlú;'; A..."'D 5ERL.u.. :;0 I t.. rYrE OF ·....ELL, vU. U "AS :.xl WELL WELL DRT Othl!'r . TYPE Of" COMPLETION, " ~:w W¡tftl, DEEp· ;""1 Pt.t'ü 0 lUFF ' , Abandonment '.\f:¡: - 11\ F:R £s D._CK r.ES\·R. '-' OthPF N/A 7 IF ':':-óDi4':'-'i, .r\L.Lo-rï'E:E OR 1'R:1U: :;.-\.:.iE N/A 8. t,;:-;n,F..ut..\I OR LZ,.;.:)£ :-òA:.lE :"i...t: 0F 'jp¡It"ron NavalPetroleumReserveNo.~ 9. wEL.L :.0, Husky Oil NPR Operations, Inc. 3..0tlRES9 cr oP&JU,TOI I 3201 C Street. Anchora2e. AK qq~01 4 'OC,'lrl'1S uF ·~·f.LL I Rrporr location clearly a1l4 ill accordance with. a"1I Stat~ require-mll'nt,)- W. T. Foran No. 1 w. FœLD A...';D POOL.. OR \'.'tL.::lCA1' .u &Urt4C!! x ,. 704,057; y = 6,156,945 Wildcat 11. SiX':.. T., R.. :.I., l~rrC:'.I HOW: OW£,C"I"lVE: Ât t..>p prQd.. lute"_l reported ~¡oW I ~t total deptJa Sec 13, T17N, R2W 12. PER..'IlT XQ. I N/A "3;;7 ;;~ "UED r:;~ ~;~ RFACHED r:::::::d su;;;: ;;;~. þ~ ';V;A~O~~~; ,¡:~B~T. ;;, sorc>' " ;,. (~::I;~rtE/'D :~ fOOAL DEPTH. :.;D & TVDr9. PLUG. BACK ~1D & TVDr' IF ~ruLTIPLE COl\oIPL., 121. !:"iER'·... ..-; .·RI~:..~~ bY HOW M.ANY- R,t>t'.\R'i t',..,':...... r'qIL( 7"'~ 'i 8864' MD Surface N I A 0-8864' None :=. PRODCC:);G !","TERVAI..IS!. OF THIS COMPI..E:T1ON-TOP,BOTI"OM. NAME rMI) AND TVD)- !~ ',,-1_:' :J·:.:L:__"T':":\.;.L ..,:",£;\·~y :.:.-\iJE I N/A No 2.. T\"'PE ì::.l..ZC7"r~jC A...'õD OTHER LOGS RUN DIL. BHC-Sonic/GR, FDC/CNL/GR, HRD, CBL/VDL/GR, Velocity Survey I 2>. ':.~L:';G SIZE CASING RECORD (Report 31I strIngs set m WE.\1J WEIGHT. LoB IT I. GRADE Dë:PTH SET (:\U). HOU: SIZE I 1331/ K-55 102' 26" I 612 84tF K-55 1454' 18 1/2" 1605 fiO.7# P-110 7~R7' 11 1 I?" 1111111 Cr::;:~;";TI');C REeD::!) ·...',::_;L·~~7 ;"_':"~:':::J I 20" 16" 10 1/4" sx Arctic Set II sx Arctic Set II c:y r.lr1C:>'I "G" None None q'iO' .:ü L:SZ:t RECORD ., -;':..;3L......G 7':'::_-,:~ SiZE TOP {~[DI BOTTOM (>ID, I SACKS C~l~-r' ! sc.7:.~ ,::.:D) SIZE DEPT¿ 521" ':~ ~~.<. ........ ~ r.... .::> I ~.9_ ?ERFUR:\TlOXS OP~~ 1'0 PROÞut..l-10N \ interval. S1Z~ ami number) :::J. ACID. Si,Cï F::_\~ï. '_ï::E.. ,-~,:.t::;7 SQ''; .:.:..::.::.: --' DE?ni ¡:..·1:œV."L j)'ID¡ A:.L'l.'X [" /.......;:J l·':::-:D L': '.1.\:1 :::':.\.1.. L"~z:D I }'i1?-?0' (ã 4JSPF Rptai.npr, 70 Sy Clac:s "c;" N/A ;:.0. PRODUCTION I D.':'. 1'£ FiR'::T ï'rlwDC'CTIOS PRODUCTION l\-[E..LHO!) I Flowi.;::;;. ~:.w 1;.1.". ~h. ,mµi.n&-u,e ami n-pe of p...mp¡ I" --- :. ~ . ì. : __ tJ':":Jd;.;........-.;; 01 N/A [)...TE ';1" -:'1:3T. N/A l-_l;l.'"RS'tE.3TED CIiO:{E SiZE jPP.OD':-r FOR TE.:>r ~.I::lUOD - OIL-BSL. I OLL-B!:l... GAS-:."CF :.lS:l-:::ß.l... P and A Jc.s-<,u... :-::..:':1) I I --m...; I"'"I..·S¡XG C.\.S.L.'G PRESStJ"'RE CALC'l."'LAn:D 2~·HOUR rtAT'E - GA~:.¡cr. WATZR-88L.. J Ol~ GP.A I¡¡-:y .APt (COR..q., I ?!'"~ :21. ;';·ISPI.,.'iITlu:"õ v~ G,,8 1 Sold, u.~a lor fud, l·e"t~ft. etc.) I'm : :., FS...i:i.' elT I 1" i..¡~r \)r .1TT4CI:i:\I£.'iT3 ". I hp!'pny ('erttfy that tb.~ tvreguin; and att3.cb."d Inlorm.at11)D. 1. complete aD.d correct alii Gd~rw:¡;..1.Í :.:O'Jr:J, .,;, .1\:;'; .,~"" :,.,' :,'L~ SIC:-:ED TITLE Drillin~ Manager DAT!:: ------ I ·(See Instructions and Spaces for Additional Data on Reverse Side) I 7 I I I I I I I I I I I I I I I I I I I I .J ~ ~ . ~ . . . ~ , ~~ N - cr: a: T. :8 N. I iT 17N. : I I I 2 6 I 5 4 I I~~ I I "f~,... I I I I 0""... t I t)--~-- --~--------------:------¡-~:---1 I \ : \ I I I '0 \ I I" I (~12 ~1 I 8 ¡ 9 I I \ \ I '\ I I I t I ^'~~) I I I r----t-~----t-~~j--~------~-J------~------~ 'I 1,4 .8 I I I I , ~I ASSrA~ "\' , I \ I I FORAN No. I I I I I " '\1 (14" LAT.'70049'560I' \ " I 16 I I WI ,I.~ LONG 't~201~ ' 1123' I I \' ~ t x: 704 057 I f I ~-___--' -____~___!:~.l52.:!~--.---r ~-----1-------: ! \ GROUND ELEv.:a! , t , t--'\, I r' ~ ¡ ': ¡ I I "\'22g II 23 ,24 \..~ 19 I \ 20 I 21 I r \J" '\.r I \ I I I ,I i..,¿' \ I I ~____-\l______~~___\_____~~___~~_~______~ I I : I \ . I, II \ <;00' ~.,"" I \ I " \ ,\ . I I 1 .\ \, \ \. ì I 11: I 26 I \ 25 ; 'IJ\~ I 29 è" I '\ I" I I' I I I ,/ f.- __-2/: t ~-----~______1_-__-71:~~:=_J_-----~-----_J '~~ ~ lit IIaUS CERTIFICATE OF SURVEYOR ". .. I hereby certify that I am property reqlstered and licensed to practice land surveyino in the State of Alaska and that this plat represents a location survey made by m. or under my supervision, and that 011 dimensions and other deta i Is ore correct. -~:"~.'\':.~,, _-; OF At. -'/ ~,,, .~ ~ ........ 'Þ.} ""t\ . '0) i',A...r...--o' ~\ ";"J_./'- I , '? .' ~~,? ~ t , * l"C'-'-4 ~ '.;;;,¡, ... -II I. f1 '"'9.1./0' .... "'.~........,,~..~~.. I, ~, '~-7~ c/(. ir~.. _~. í.r: ~~"~... ,_4'"'''' . ~ ., .; '·'·AnGI.,... f p"." ! 6, 1-'· .,. ::"" '# '. r-!()..'..~ ,.,;,'" t.:: ..... . '. .."J' ·a'; ........ ;,.; '\.-- . .,:....- ~"~,~?, - ( , 7--Z1- 7~ Date .'1 ,rJ /j I 'J~7.A..r f i.I-~-- SURVEYOR c oJ" S~.. il.F"'. FORAN No. ~;,JC:Ofed ;" ','Ii' 4 ;.;~:~p..:.·Tt·~ ~f:'~ ~ ,..:_~,~...,. "",:.41" '''ER:-''4!11I~ '" ...·s~;~.y8df~ "'" . HUSKY OIL N. p. R. OPERATIONS INC. Sùrv.y.j D)I F M. LINDSEY a ASSOC. ì LAND 8 HYOROGRAPHiC $;JRV<:Y('RS " 2~02 'Nfl. North.,," Light. 80.,.8.~rd 80. 4-0' . ~n~~raq~ A¡~~~~ 8 I I I I I I I I I I I I I I I I I I I . . W. T. FORAN DRILL SITE rA "~1"ARE m '\. ./ ~ -0 I '!! +~ WELL - CZI o Cþ RESERVE PIT l Q. :::¡¡ <t <.> o o ~ I I - J / "- FUEL BLADDER J .- D[d] ·0 LA ~ /95' .1. 354' .) r 220' 1 i/o' 1 rlo' ~~FLAR~ to PIT \:" '."'" t >1 I 50' .1 \ RIGINAL ' GROUN ,/ to ,/ to / RESERVE ¡PIT 352' SECTION A-A DRILL PAD DRAWING 9 ...., r-/o' A'!I((¥ \ 0\'" , ORIGINAL .1 GROUND I I I I I I I I I I I I I I I I I I I DATE AND FOOTAGE DRILLED AS OF 6:00 A.M. 2/1/77 2/2/77 2/3/77 2/4/77 2/5/77 2/6/77 2/7/77 2/8/77 2/9/77 2/10/77 2/11/77 2/12/77 . . OPERATIONS HISTORY ACTIVITY Began moving in. Received seven Herc loads. Cleared camp and airstrip in preparation for moving rig in. Began rig move. Have received a total of nine Here loads. Contin ued with rig move. Have received a total of 16 Here loads. Continued with rig move. Began rigging up camp. Set four camp units; began installing sewer plant. Set fuel tank and light plant. Have received a total of 29 loads. Set 10 camp moving mud. units; installed sewer plant. Began Have received a total of 42 Herc loads. Received fou r more Herc loads. Most of camp has been set up. Installed camp radio; cleaned camp units. Continued setting up camp. Have received 56 Herc loads to date. Installed pit liners and bladder tank. Installed axle on tanker trailer. Rolligons worked on airstrip and location road. Continued with camp installation. Have received a total of 62 Herc loads. Have received 75 Herc loads. Continued rigging up camp. Hauled and set matting boards; received kitchen unit and Dowell unit; built docks and received crane. Continued rigging up camp; concentrated on kitchen unit. Set matting boards. Have received a total of 84 Herc loads. Have received 95 Here loads. I nsulated hallways. Kitchen is operational. Laid matting boards; set subbase and pin. Received Geoservices unit from 10 . . I I I I I I I I I I I I I I I I I I I Fairbanks. The 966 loader now operational. Mukluk radios in. Need north strobe, ceiling light, and five runway lights. 2/13/77 Began rigging up rig. Have received 103 Herc loads. Repaired strobe and runway lights and pin sub. Rigged up motor sheds; set mud pumps; installed one mud end. Cleaned snow out of sub and buildings; unloaded Hercs. Road grader is on location. 2/14/77 Have received 106 loads. Set walkways and steps; set in rotary beams, table, and bushings; set elevator and repaired; set three engines and draw works; cleaned out snow; worked on road and ai rstrip. 2/15/77 Have received 107 Herc loads. Set in water tank, generators, mud pump, one mud pit, and accumulator. Set houses on pits. Hooked up diesel tan ks and installed pit liner. Received blowout-preventer unit; cleaned airstrip; cleaned out reserve pit. 2/16/77 One rig generator is running. Installed heat ducts, desilter, and mud agitators. I nstalled houses on fou r mud tanks; put derrick together. Set boiler feed tank and auxiliary water tank. 2/17/77 Have received 109 Herc loads. Set mud mixing tank and mud hoppers. Completed work on derrick. Started hot-air heater; installed fuel supply line and rig wiring. Hooked up miscellaneous lines. Received two welding machines and drilling tools. 2/18/77 Set derrick on floor; strung derrick lights and blocks; set shaker; worked on pump suctions. Received miscellaneous wellhead equipment. 2/19/77 Leveled mud tanks; installed centrifugal pump; hooked up compound; bolted down draw works; welded on steps. Hooked up fuel lines to No.2 motor. Received Catco shop building. Sent Alaska General grader to South Simpson; sent elevator, sewer pipe, and windwalls to South Simpson. 2/20/77 Welded and hooked up mud wal kways. Raised derrick Installed light brackets and lights. systems, ladders, and and installed floor. wired up power and 2/21/77 Completed windwalls; tied in rig electrical lines; worked on mud systems and boilers; set up Dowell cement unit and tanks. 11 I I I I I I I I I I I I I I I I I I I . . 2/22/77 Worked on mud system and winterization. Cleaned up location. Ready to receive cement. . 2/23/77 Worked on steam lines and mud system. Set winterization and performed general rig-up. Worked on snow removal. No aircraft in due to weather. 2/24/77 Worked on steam and water lines, mud system shaker shoe, desander, and desilter. Set in manifold building. Received th ree loads of cement. Cleaned ai rstrip. Received grader. 2/25/77 Worked on mud system, lines. Performed general removal. steam heaters, and rig-up. Worked on boiler snow 2/26/77 Welded and worked on steam heaters; worked on boilers and piping to steam heaters; fired one boiler. Continued miscellaneous rig-up. Hauled cement and fuel. Worked on snow removal. 2/27/77 Worked on boiler. Worked on mud system and steam heaters. Continued general rig-up. Both boilers are now working. Set up snow melter. 2/28/77 Started rig engines. Worked on mud system; set Hydril under subbase; worked on slide and catwalk. Performed general rig-up. Tested snow melter; it tested OK. 3/1/77 Rigged up miscellaneous lines; set shed on beaver slide; continued general rig-up. Moved mud and cleaned location. Received Kodiak water tan k. 3/2/77 Rigged up miscellaneous electrical system. Detected bad bearing in compound housing; pulled and returned to Anchorage. Set 20" casing and cemented with 312 sacks ArcticSet II cement. Received Hough 65 and Kodiak water tank. 3/3/77 Hooked up mixing pumps and feed pumps. Set beaver slide and catwalk. Continued miscellaneous rig-up. Topped off 20" with 300 sacks ArcticSet II. Stockpiled snow. 3/4/77 Hooked up miscellaneous lines; worked on mud system; repaired runway lights. Stockpiled snow. 3/5/77 Welded on 20" head. Picked up kelly, set pipe racks, mixed spud mud. Stockpiled snow for mèlter. 12 . . 3/8/77 745' T D : 1 001 ' ; MW: 1 0 .4 ; Plugged flow line. Added Tripped at 991' for Bit No.2. Vis: 45. phosphate No fill. to Drilling. system. I I I I I I I I I I I I I I I I I I I 3/6/77 Picked up drill collars. Worked on Pump No.1; assembled blow-down line and accumulator. Cleaned up location and filled mud pits. Tested 20" weld to 700 pounds. 3/7/77 256' Spudded well at 12:00 midnight, March 6, 1977. Total Depth: 256'; Mud Weight: 8.8; Viscosity: 80. Drilled out cement; drilling ahead. 3/9/77 1276' 3/10/77 163' TD: 2277'; MW: 9.8; Vis: 60. Drilled ahead. TD: 2440'; MW: 10.0; Vis: 84. Tripped in to condition hole for casing. Drilled to 2440'. Circulated 1/2 hour and made short (10-stand) trip. Circulated 1-1/2 hour. Dropped survey and steel-line measured out. Rigged up Schlumberger tools. Tools stopped at 1360'. Tripped in with bit, collars, and 18-1/2" stabilizer. Circulated two hours. Raised viscosity and tripped out. Ran Schlumberger Dr L from 2440' to surface. BHC-Sonic did not record from 2440' to 2350' or 1700' to 400'. Tripped in to condition for casing. 3/11/77 0' TD: 2440'; MW: 10; Vis: 81. Prepared to run 16" casing. Ran shoe joint and two joints of casing. Replaced collar from bad joint. Checked remaining casing and found 10 bad collars. Laid down casing and shoe. Tripped in and conditioned hole. Chained out and rigged up to run 16" casing. 3/12/77 0' TD: 2440'; MW: 10.1; Vis: 71. Prepared to work stuck casing. Ran 36 joints of 16", 84#, K-55, 8rd casing at 1454' K. B. Pipe would not go. Attempted to pick up; no movement. Broke circulation and could not get pipe movement. Ran stab-in tool on drill pipe but could not break circulation. Pulled out of collar; regained circulation. Pulled out of hole and inspected stab-in tool. Circulated through casing OK. Tripped in with stab-in tool. Broke circulation OK. Spotted four barrels of free-pipe around shoe. Pulled out of hole. Worked pipe. Pulled up to 255,000 pounds. No movement. 3/13/77 0' TD: 2440'; MW: 9.8; Vis: 60. Pumped four-barrel increments six times, waiting 15 minutes each time for a soa k period. Worked pipe each time to 13 I I I I I I I I I I I I I I I I I I I . . 225,000 pounds. Pipe would not move. Ran stab-in tool in drill pipe. Stung in and circulated. Cemented with 1,605 sacks ArcticSet II at 15.2 ppg, with 14.7 ppg returns (53 barrels). Cement in place at 3:45 p.m. Displaced with 55 barrels water and 19 barrels mud. Ci rculated out excess and pu lied out of hole. Raised Hydril and set slips with 100,000 pounds. Cut off 16" casing. Nippled down and nippled up blowout-preventer equipment. Waited on cement. 3/14/77 0' TD: 2440'; MW: 9.4; Vis: 52. Nippled up blowout preventer on 16" casing, choke lines, and Cameron choke. Cleaned shale pits. Hooked up poor-boy degasser. Pressu re tested choke man ifold to 5,000 psi. Tested OK. Filled with diesel. Tested blowout-preventer stack to 2,000 psi. Tested OK. Tested casing to 2,000 psi. 3/15/77 0' TD: 2440'; MW: 8.7; Vis: 38. Built mud volume. Prepared to drill out. Finished nippling up; laid down 9" collars; picked up bottom-hole assembly. Tagged cement at 1372'; drilled float collar and cement to 1454'. Drilled out shoe. Drilled out stringers below shoe. Dumped cement-contaminated mud. Built volume. 3/16/77 884' TD: 3324'; MW: 9.6; Vis: 52. Drilled ahead. Slowed drilling rate due to clay over the shaker. Treated mud for clay. Released one Rolligon water hauler and operator; released one D-8 dozer and operator. One hundred joints of 10-3/4" casing on location. 3/17/77 341' TD: 3665'; MW: 9.9; Tripped out for new bit. Vis: 63. Dri lied Picked up monel. to 3544'. 3/18/77 334' TD: 3989'; MW: 9.9; Vis: 3948'. Pulled out of hole. Reamed and conditioned hole. 58. Drilled ahead to Picked up stabilizers. Drilled ahead. 3/19/77 419' 3/20/77 266' TD: 4408'; MW: 9.7; Vis: 43. Drilled ahead. TD: 4674'; MW: 9.8; Vis: 43. Drilled ahead to 4674'. Tripped out for bit. I nspected kelly cock and upper and lower saver subs. Prepared to drill ahead. 3/21/77 340' TD: 5014'; MW: 9.7; Vis: 44. Drilled ahead. 14 . . I I I I I I I I I I I I I I I I I I I 3/22/77 394' 3/23/77 462' TD: 5408'; MW: 10; Vis: 44. Drilled ahead to 5314'. Tripped. Drilled ahead. TD: 5870'; MW: 9.9; Vis: 42. Drilled ahead. 3/24/77 361' TD: 6231'; MW: 9.9; Vis: 40. Steel-line measured out of hole. Made 14-foot correction from 5897' to 5883'. Drilled ahead. 3/25/77 403' 3/26/77 351 ' TD: 6634'; MW: 10.0; Vis: 41. Tripped in. Drilled to 6634'. Tripped for Bit No.9. TD: 6985'; MW: 10.0; Vis: 45. Lost 150 barrels of mud at 6380'. Lost 40 barrels mud at 6805'. Slowed pump; returns OK. Loaded system with fine mica and fine nut plug. Brought pumps up OK. 3/27/77 250' 3/28/77 333' 3/29/77 2' TD: 7235'; MW: 10.1; Vis: 43. Tripped at 7227' for bit. No fill on trip. TD: 7568'; MW: 10.2; Vis: 45. Tripped. Drilled ahead to 7568'. Tripped out. TD: 7539'; MW: 10.2; Vis: 45. Tripped out (steel-line measured) and corrected 31' from 7568' to 7537'. Tested blowout preventer to 3,000 psi. Tested OK. Tripped in with junk sub; drilled two feet and cleaned out. Tripped out and picked up core barrel. Tripped in. 3/30/17 52' TD: 7591'; MW: Cut Core No. 1 Drilled to 7591'. out of hole. 10.2; Vis: 45. Tripped out to log. from 7539' to 7558'; 100% recovery. Conditioned hole for logs. Pulled 3/31/77 TD: 7591' ; MW: 10.2; Vis: 45. R i gg ed up 0' Schlumberger. Ran DIL, 7568' to 1458' ; BHC-Sonic 7547' to 1458' ; FDC/CNL/GR, 7566' to 1570' ; HDT, 7566' to 2400' . Shot 20 sidewall cores; recovered 18. Rigged down Schlumberger. 4/1/77 0' 4/2/77 0' TD: 7591'; MW: 10.2; Vis: 43. Tripped in and conditioned hole to run casing. Tripped out and rigged up to run 10-3/4" casing. Changed ram blocks to 10-3/4". Ran 10-3/4" casing (100 joints in as of 6 : 00 a. m . ) . TO: 7591'; MW: 10.3; Vis: 45. Picked up blowout preventer and prepared to set slips. Ran 178 joints of 10-3/4", 60.7#, P-110, 8rd casing with shoe at 7587' KB and FS at 7545' KB. Ran a total of 14 15 I I I I I I I I I I I I I I I I I I I . . centralizers. Circulated and cemented with 1,000 sacks Class "G" with 0.75% D-65 + 0.2% D-13R. Pumped 50 barrels water ahead of bottom plug. Displaced top plug with 682 barrels. Did not bump pi ug. Checked floats. OK. Lost 75 barrels of mud during cement job. Cement in place at 3:45 a.m. Picked up blowout preventer and prepared to set slips. 4/3/77 0' TD: 7591'; MW: 10.3; Vis: 45. Tripped in. Picked up bottom- hole assembly. Raised blowout preventer and set slips. Nippled up and tested well head to 3,000 psi. OK. Changed rams. Laid down 8" drill collar and picked up 6" drill collar. Tested casing and blowout preventers to 3,000 psi. OK. Tripped in. Corrected depth of float collar from that reported on 4/2/77 (7497'). Lower FO at 1339' and upper FO at 1295' . 4/4/77 10' TD: 7601'; MW: 10.1; Vis: 55. Tagged cement at 7473'. Firm cement to float and shoe. Drilled 2' of new formation; dumped cement-contaminated mud; built volume and weight. Drilled to 7601'. Tested to 645 pounds surface pressure. Pulled out of hole. 4/5/77 75' TD: 7676'; MW: 10; Vis: 45. Tested preventer and choke line to 5,000 psi. OK. ahead to 7676'. Circulated and conditioned Pulled out of hole and picked up test tools. hole with Drill-Stem Test No.1. blowout Drilled hole. Ran in 4/6/77 0' TD: 7676'; MW: 9.8; Vis: 40. Ran Drill-Stem Test No.1: 7587' to 7676'. Recovered 125 barrels formation water at ±12,000 ppm chlorides. Ran in hole with bit. 4/7/77 375' 4/8/77 202' 4/9/77 0' TD: 8051'; MW: 9.8; Vis: 45. Drilled ahead. TD: 8253'; MW: 10.1; Vis: 40. Pulled out of hole for Drill-Stem Test No.2. Drilled ahead. TD: 8253'; MW: 10; Vis: 40. Ran in hole with bit. Ran Drill-Stem Test No.2: 8205' to 8253'. Set lower packer at 8202'. Ran 3000' water cushion. Drill-Stem Test No. 2 was misrun. Ran in hole to condition for Core No.2. 4/10/77 30' TD: 8283'; MW: 10.0; Vis: 41. Recovered one button insert in junk basket on conditioning trip. 16 ·. . I I I I I I I I I I I I I I I I I I I 4/11/77 0' TD: 8283'; MW: 10.1; Vis: 50. Pulled out of hole with Core No.2. Cut 30' core; 100% recovery. Ran in hole to condition for Drill-Stem Test No.3. Ran Drill-Stem Test No.3. Set packers at 8206'. Test interval: 8206' to 8283'. Ran 3000' water cushion. Opened tool with slight blow increase to medium. Shut in for initial shut-in. Opened for final flow. Medium flow for two hours; shut in for final shut-in. No gas. No fluid to surface. 4/12/77 103' TD: 8386'; MW: 10.1; Vis: drill-stem test recovery. Tripped out and laid down Repaired mud valve. Tripped ahead. 45. Reversed out Pulled packer loose. d ri 11- stem test tool. in with bit. Drilled 4/13/77 230' 4/14/77 149' 4/15/77 79' TD: 8616'; MW: 10.1; Vis: 42. Drilled ahead. TD: 8765'; MW: 10.1; Vis: 42. Made 10-stand short trip at 8628'. No drag; no fill. TD: 8844'; MW: 10.2; Vis: 41. Drilled to 8779'. Dropped survey. Tripped for bit. Tripped in. Reamed 100' to bottom (precautionary). Drilled ahead. 4/16/77 20' TD: 8864'; MW: 10.2; Vis: 8854'. Ci rculated samples. Circulated and conditioned for rigged up Schlumberger. currently running BHC-Sonic. 43. Drilled ahead to Drilled to 8864'. logs. Tripped out and Ran DI L, FDC/CNl; 4/17/77 0' TD: 8864'; MW: 10.1; Vis: 44. Ran BHC-Sonic. Ran High-Resolution Dipmeter. Tool stopped at 8662'. Tripped in with bit. No bridge; 6' of fill. Circulated and conditioned. Tripped out and ran High-Resolution Dipmeter. 4/18/77 0' TD: 8864'; MW: 10.1; Vis: 44. Ran Velocity Survey. Ran sidewall core. Tripped in and conditioned hole. Tripped out and laid down drill collars. 4/19/77 0' TD: 8864' (PBTD 7574'); MW: 10.1; Vis: 43. Tripped in open ended to 8280' (49' below Lisburne). Spotted 70-sack pi ug of Class "G" cement with 3 barrels of water ahead and behind. Pulled out dry to 7724' (100' below Sadlerochit). Spotted 65-sack plug of Class "G" cement. Pulled out dry to 7575'. Reversed out excess (5 sacks). Pulled out of hole. Tripped in with casing scraper, three drill collars, jars, and drill pipe. Cleaned out to 7574' and 17 I I I I I I I I I I I I I I I I I I I . . circulated. Pulled out of Schlumberger. Ran VDL-CBL. problems in logging unit. hole. Rigged up Having electrical 4/20/77 0' 4/21/77 0' PBTD: 7565'; MW: 10.1; Vis: 42. Schlumberger found short in CBL tool. Resumed logging with VDL-CBL/GR. Cement top at 6160'. Good bond above and below test interval. Retimed retainer-setting tool. Ran Hornet II retainer on drill pipe and set at 7565'. Pulled out of hole and rigged up to perforate. Perforated 7512' to 7520' at 4 shots per foot. Picked up drill-stem test tool and ran in hole. Set packer at 7437' . Rigged up floor man ifold. PBTD: 7470'; MW: 10.1; Vis: 42. Opened drill-stem test tool at 6: 09 a. m. Good to strong blow throughout. Salt water to surface after 132 minutes (IFP 15 minutes, FFP 120 minutes). Shut in and built up for four hours. Reversed out. Pulled packer loose at 2:15 p.m. Tripped out. Ran retainer set at 7470'. Squeezed with 75 sacks Class "G", 2-3/4 BPM and 1,500 psi FSDP, 600 psi. Pulled out of hole th ree stands and cleared drill pipe. Tripped out laying down. 4/22/77 0' PBTD: 7470'; MW: 10.1; Vis: 41. Pulled 10-3/4" casing. Laid down drill pipe. Picked up blowout preventer and changed drilling spools. Tripped in with Tri-State cutters; cutter broke. On second trip, cutter slips would not seat. On third trip, cut at 950'. Pulled casing. Power tong clutch failed. Broke connections with rig tongs and roped out. 4/23/77 PBTD: 950'. Laid down 10-3/4" casing. Tripped in open-ended to 950'. Hole taking fluid. Mixed and pumped 40-barrel pill of lost-circulation material. Still taking fluid. Mixed and pumped second 40-barrel pill. Hole stabilized. Spotted 70-sack plug at 940'. Waited on cement. Displaced mud to water to diesel. Laid down drill pipe. Diesel began to flow back then held steady 15' below bell nipple. Began rig-down operations. 4/24/77 Rigged up elevators and tripped in open-ended to 942'. Circulated out diesel with mud. Spotted 208 sacks Class "G" with 2% CaC12. Laid down drill pipe. Spotted surface cement plug and wellhead marker after removi ng blowout preventer. 4/25/77 Released rig at 6:00 p.m., 4/24/77. Set out wind walls. Cleaned mud tan ks. Drained all miscellaneous fuel tan ks. Laid down derrick. Chained up trucks. 18 . . I I I I I I I I I I I I I I I I I I I 4/26/77 Set out suction and premix mud tanks, fuel tanks, and hot-ai r heater ducts. Set elevator; set out dog house and A-frame. Took derrick from floor and unstrung blocks and crown. Unhooked motors, draw works, and compound. 4/27/77 4/28/77 Continued rigging down and stacking on location. Rig-down complete. Preparing to demobilize some support equipment (grader, truck, and loader). 4/29/77 Completed stacking rig. equipment. Demobilizing rig support 4/30/77 Support equipment demobilized to Deadhorse. 19 I I I I I I I I I I I I I I I I I I I . . DRilLING TIME ANALYSIS W. T. FORAN NO.1 NABORS ALASKA DRILLING, INC., RIG 25 Spudded 3/6/77, Rig released 4/24/77 Total Depth: 8,864 Feet 20 - - - - - - - - - - - - - - - - - - - DRILLING TIME ANALYSIS (HOURS) - HUSKY NPR OPERATIONS, INC. W. T. FORAN NO.1 Page of 7 a. 0 0 Operations Comments ::J ?- m at z :ã 3: z z I- a. 6:00 a.m. 0 w 3: z - 0 0 :ã 0 w ::J >- Z W 0 <{ :ã cY w a:: 0 u w w l? > I- ........ J: U :::t: U :::t: ":- u a. 00 u a:: l? a:: z <{ o( a. a:: a:: l? l? ::J 0 <{ w I- ........ Z ::J a. o( w l? 0 . a. z VI <{ w Z l? w 00 l? U Z l? 00 N 3: <{ a:: ::J ...J :ã a:: z u z w :ã w :ã l? ...J I- z I- l? w W ...J a. U a. J: I- l? <{ - > l? l? a:: l? VI 0 a. VI <{ VI VI a::: I- ::J ::J a:: 0 J: <{ a:: w a:: w 0 <{ W J: 0 0 VI ...J cY I- 0 a:: 0 a:: I- 0 a:: a:: u ...J U 3: z I- u ...J u.. U 0 a. VI 0 3: 0 1977 1-30 12 LoadinQ Out RiQ 1-31 12 Loading Out RiQ I"\) I-' 2-1 15 Loading Out Rig 2-2 12 Setting Up Camp 2-3 14 Setting Up Camp 2-4 13 Setting Up Camp 2-5 13 Setting Up Camp 2-6 13 Setting Up Camp 2-7 18 Setting Up Camp . 2-8 24 Setting Up Camp 2-9 12 Setting Up Camp 2-10 24 Setting Up Camp 2-11 24 Setting Up Camp 2-12 24 Setting Up Camp 2-13 24 Rigging Up DRILLING TIME ANALYSIS (HOURS) - HUSKY NPR OPERATIONS, INC. W. T. FORAN NO.1 Cl. 0 0 ::J I-- IX) z ~ I-- 3: z z ~ 0 w 3: z 0 >- 0 ~ 0 w ::J w Z w 0 « ~ 0' e> > a:: 0 u ....... J: :.:: w w I-- U a.. IX) U u :.:: ....... a:: e> 0::: z « ~ ::J Cl. a:: U 0::: ...... Z e> ::J Cl. ~ e> 0 w C) « w 0 I-- Cl. z V) « w z e> w IX) e> u z e> IX) N 3: « a:: ::J -I ::E a:: z u z w ~ w ~ e> -I z W -I Cl. u iñ Cl. I-- I-- C) w I-- e> « - > C) e> a:: C) 0 V) « V) J: a:: I-- ::J ::J 0 J: « 0::: w 0::: W 0 « a.. w J: 0 V) 0 a:: I-- V) -I 0' 0 0::: 0 0::: I-- 0 a:: a:: u -I U 3: z I-- U -' LL U 0 Cl. V) 0 3: 0 2-14 24 2-15 24 2-16 24 N N 2-17 24 2-18 24 2-19 24 ?-?O l'4 ?-?1 ?4 2-22 24 2-23 24 2-24 24 2-25 24 2-26 24 2-27 24 2-?¡J ?4 - - - - - - - - - - - - Page 2 of 7 Operations at 6:00 a.m. Comments . Rigging Up ~igging Up Rigging Up Rigging Up Rigging Up Riggin!;! Up Rigging Up Rigging Up Rigging Up Rigging Up . Rigging Up Rigging Up Rigging Up Rigging Up Rigging Up - - - - - - - - - - - - - - - - - - - - - .. - - - - DRILLING TIME ANALYSIS (HOURS) - HUSKY NPR OPERATIONS, INC. W. T. FORAN No. 1 Page 3 of 7 a. a 0 Operations Comments ::::> r- oo at z ~ 3: z z r- ~ 6:00 a.m. 0 w 3: z a ~ w ::::> a >- 0 w z w a « ~ CY l? a::: 0 u ........ J: ::.::: w w > r- u a. 00 U U u ::.::: '; a::: l? a::: z « ~ a. a::: a::: l? l? ::::> 0 « r- ........ z ::::> a.. ~ w l? w 0 a. :::; Z I/) « w Z l? w 00 l? u z l? 00 N 3: « a::: . ::::> ~ a::: z u z w ~ w ~ l? --! Z W --! a. U ¡¡j a.. r- r- J: l? w r- l? « > l? l? a::: l? 0 a. I/) « I/) I/) a::: r- ::::> ::::> a::: 0 J: « a::: w a::: w 0 « w J: 0 0 I/) --! CY r- a a::: a cr r- a a::: a::: u --! U 3: z r- u --! U. U a a.. I/) a 3: 0 3-1 24 Rigging Up 3-2 24 Rigging Up N 3-3 24 Rigging Up w 3-4 24 Rigging Up 3-5 24 Rigging Up 3-6 12 Jo 10 lJo Rigging Up Spudded We 11 at 12:00 M:irlnight 3-7 18!¡¡ ~ lJo 3a Dri 11 ing 3-8 ISa 3!~ 1!¡¡ 3Jo Dri 11 i ng 3-9 9a 6 !¡¡ SJo 2Jo Dri 11 i ng . 3-10 6a 2!¡¡ 6 9 Trip 3-11 3 2 n l1!. Rig Up To Run Casing W.O. Stuck Casing 3-12 13Jo 1OJ-, Conditioning Hole W.O. Stuck Casing 3-13 24 Nippling Up 3-14 6 2 8 1~ 6Jo Nipple Up B.O.P. 3-15 13!¡ Jo !¡¡ 9Jo !¡¡ Conditioning Mud DRILLING TIME ANALYSIS (HOURS) - HUSKY NPR OPERATIONS, INC. W. T. FORAN NO. 1 Page 4 of 7 0- CI 0 Operations Comments ::) ?- m at z :E 3: z z I- a: 6:00 a.m. 0 w 3: z CI >- CI :E 0 w ;:) w Z w CI ~ :E 0 I.:) > a:: 0 u ....... :r: ~ w w a:: I- u 0- 0- m u u u ~ --.. a:: I.:) z ~ o1J a:: a:: ....... I.:) ::> Q.. I.:) ::> 0 ~ w I- z o1J w I.:) 0 Q.. Z V) ~ w Z I.:) m u I.:) m N ~ W I.:) z 3: a:: ::> ...J :E a:: z u ..J Z w :E w ..J :!E Q.. U I.:) I- z l- I.:) w w Vi 0- l- I.:) ~ > I.:) I.:) a:: I.:) 0 Q.. V) ~ V) :r: a:: I- ::) ::> 0 :r: . ~ a:: w a:: ~ V) a:: w 0 w :r: 0 0 V) ..J 0 I- CI a:: CI a:: I- CI a:: a:: u ..J U 3: z I- u ..J u.. U Q 0- V) CI 3: 0 3-16 9~ 5 4~ 3 2 Dri 11 inQ 3-17 1410 310 3~ I¡ 2 Dri 11 i nQ 1',) 3-18 13!;¡ U 4 5 Dri 11 ing .þ. 3-19 18~ 2 la H Dri 11 i ng 3-20 13~ 3!;¡ 2~ k ~ 4 Trip 4 3-21 19 3!;¡ H Dri 11 i ng 3-22 22 1!;¡ â Dri 11 ing 4 3-23 14!;¡ 5~ ~ !;¡ 1 2~ Drilling 3-24 21!;¡ I¡ 2~ Dri 11 ing S.L.M. 14' Correction 3-25 15a ~ 6 h 1!;¡ Trip Lost Circulation . 2 3-26 19 2~ '2 2 Drilling 3-27 17'2 '" 4a II¡ Dri 11 i ng 2 3-28 3 1 8~ h 5!;¡ 7~ ~ P.O.H. 31' S.L.M. Corrections ¡¡ 2 3-29 1~ 2 10'< 3 6~ 3 Cori ng Core No. 1 ¡¡ 3-30 2 2~ '2 2'2 16\ P.O.H. Ran Schlumberger Wire line LOQs - - - - - - - - - - - - - - .. - - - - - - - - - - '- - - ..' - - -- - - - - - DRILLING TIME ANALYSIS (HOURS) - HUSKY NPR OPERATIONS, INC. W. 1. FORAN NO. 1 Page 5 of 7 a.. 0 0 Operations Comments :J ?- m at z ::E I- 3: z z a.. 6:00 a.m. 0 w 3: z - 0 >- 0 ::E 0 w :J w Z w 0 <t: ::E 0' a::: 0 U w -w <.:J > ........ I :.::: I- U a.. a.. m u u u :.::: ........ a::: <.:J a::: z <t: oð a::: a::: <.:J \9 :J 0 <t: I- ........ Z :J a.. oð w \9 w 0 a.. :¡ z II) <t: w z \9 w m <.:J U z <.:J m N 3: <t: a::: . w :J ::E ::E a::: <.:J z U ..J Z Z w ::E ..J a.. U iïi a.. l- I- I \9 w w I- <.:J <t: - > <.:J <.:J a::: \9 0 ~ II) <t: II) II) a::: I- :J :J a::: 0 I <t: a::: w a::: w - 0 <t: w I 0 0 II) ..J 0' I- 0 a::: 0 a::: I- 0 a::: a::: u ..J U 3: z I- U ..J u.. U 0 a.. II) 0 3: 0 3-31 5 k k 4~ 6!;¡ 1~ 5a Logging Ran lOa" Casing 2 2 4-1 24 Running Casing 4-2 4~ 19~ Nippling Up N 01 4-3 k 3 12~ 7a Trip In 4 ~ 4-4 5 4 11 2!;¡ la P.O.H. 4-5 20a 3!;¡ R.I.H. With Tester D.S.1. No. 1 4-6 11 1~ 5~ 2\ 2!;¡ 1!;¡ Trip In 4-7 181. 2 3~ Ori 11 i ng 4-8 6 3 12 3 Tri pOut D . 5 .1. No. 2 . 4-9 lk 13 1 2 5~ Changing S.H.A. Core No.2 , 4-10 11 3a 4~ 3a Coring 0.5.1. No.3 4-11 4!;¡ 8~ k 10 J Testing 2 4 4-12 24 Dri 11 ing 4-13 21!;. 1~ k 1 Drilling 4 4-14 14 \ 5a 1!;¡ k 2 Dri 11 i ng 2 DRILLING TIME ANALYSIS (HOURS) HUSKY NPR OPERATIONS NC W. T. FORAN NO.1 Page 6 of 7 0.. Operations 0 0 Comments :::> I- ea at z :Ë 3: z z I- 0.. 6:00 a.m. 0 w 3: z - 0 >- 0 :!E 0 w :::> w z w 0 <t :Ë 0' e> > a:= 0 U ....... J: ~ w w I- u 0.. 0.. ea u u u ~ ....... a:= e> a:= z <t oð :::> a:= a:= ....... z e> :J 0.. oð e> 0 w e> <t w 0 I- 0.. Z I/) <t w z e> ea u e> ea N <t :¡ w e> z 3: a:= w :J :!E :!E a:= e> z u -J Z Z w :!E -J 0.. U 0.. l- I- e> w w . l- e> - <t - > e> e> a:= e> I/) 0 0.. I/) <t I/) J: a:= I- :::> :::> a:= 0 J: <t a:= w a:= w - - 0 <t w J: 0 I/) 0 I/) -J 0' I- 0 a:= 0 a:= I- 0 a:= a:= U -J U 3: z I- U -J u... U 0 0.. I/) 0 3: 0 4-15 10 2J,. ~ 6 5 Drilling Ran Schlumberger Wireline 4-16 5 2~ 16\ logging Logs N Cf) 4-17 2~ 11~ 1 8~ logging 4-18 9 '4 4'4 1~ 6 3 Trip In Laid Down Drill Collar 4-19 7~ 15~ 1 logging 4-20 3 20~ ~ 2 Testing D.S.T. No.4 ¡¡ 4-21 10~ 1~ 12 Laying Down Drill Pipe 4-22 6~ 3'4 4'4 10 Laying Down Casing 4-23 14~ 6 3'4 Hooking Up B.O.P Nippling Down 4-24 24 Rigging Down Rig Released at 6:00 p. m. . 4-25 24 Rigging. Down 4-26 24 Rigging Down 4-27 24 Stacki ng Out Ri g 4-28 24 Stacking Out Rig - - - - - - .. - - ..' - - - - - - - - - - - - - - .. - .. - .. - - - ~ - - - - - DRILLING TIME ANALYSIS (HOURS) - HUSKY NPR OPERATIONS, INC. W. T. FORAN NO.1 Page 7 of 7 a.. a 0 Operations Comments ::J I- a¡ at z :E I- ?: z z a.. 6:00 a.m 0 uJ ?: z e e :E 0 uJ ::J >- Z uJ « :E 0' uJ a ø a:: 0 u '- :I: ~ uJ uJ - > I- U a.. a¡ U U U ~ '- a:: ø a:: z « oð a.. a:: a:: ø C> ::J 0 « I- '- Z ::J a.. oð uJ ø uJ 0 . a.. :::¡ Z !/') « uJ z ø uJ a¡ ø u z ø a¡ N ?: « a:: :J :E a:: z u ...J Z uJ :E ill :E ø I- z I- - ø uJ uJ ...J a.. U a.. :I: I- ø « > ø ø a:: ø !/') 0 a.. !/') « !/') !/') a:: I- ::J :J a:: 0 :I: « - a:: w a:: w - 0 « - w :I: 0 0 !/') ...J 0' l- e a:: e a:: I- a a:: a:: u ...J U ?: z I- U ...J u.. U e a.. !/') a ?: 0 602~ 1O~ 40~ 2~ 78~ 3~ 11~ - -0- 12 24~ -0- 368'4 TOTALS HOURS 368 177!;¡ 6 126a 60~ 57~ -0- -0- 67~ 1~ -O- N -......J . I I I I I I I I I I I I I I I I I I I . . o 10 20 30 40 50 60 70 '.~ ~: ~: ::= :-.: ::::::: : -.: ::: ~ ~ : ~ : ::=-k: : :::::: :: =t ::::: :: : : : : : t : : : : : : :: : : :: ~ : :: : : : :: :~. ::::: . ¡ :-=-=--::==::-::::::::::::~:: DRILLING TIME CURVE.:::::::::::: ::::::: ::-=~:::: ~ t: =: :-==:: : :: : :: : ::: ~ : : :: :: ~ : : :: . w: 1!" 'FORà NH Ñb: .,: :: : : ~ : : - ~ : : : : : : : : : : : ~ :: : ~ : : : :: ~:: ~ . _ _ _..¡ ~ 1.__ ... ._...... . .. __ _ . .,.. _ ~ ~ _ .. _ .,.. . .. .. .. ... _ . ~ . . . . . . . _ . ... .. . . . . _ . . . . . . . . . . . . _ . . . .. . _ . . . ._ . . . _... 1000 -- - . ~. - . . . " - . - - . . - . - .... . ... - . . . · . . . .. . - . . . . . .. - . . . . · ............ - _. - - - ... .. ~ . ... .- .. ... -....... - .. ...... · . . . . . . . - . . .., - ......... ..- .'.. . . .. . ... . - ... . . . . - . . . . . .. ......... ...... · . . . . . . . . . . . . . . . '. p- ... ... .' . . . - . . ... . .. ....... . - . . - . . . · . . . . . . . . ... .. ..-.. .. .. - - . .- .- . . . . .. ....... · . .. . . . . . · . . . . . . . . . . - .. . .' O' . . · - .. .... ... ..... .. .. . ... - .. . . . . . . .. ............ - - . . . . -. . . . . · . . . . . . . . . --.....' '. . 2000 .. . -' .-. . -.. . - . .. .. . . . . . . . . . 3000..~.. \LOG' RUNANOC£M£NT i6'CASING... ...................:..... : ~ ~ ~ ~ ~ ~ ~ : \ ~i ~ : : _ : : : : : ~ ~ ~ ~ . : : : : ~ ~ : : : :: : ~ _ . ~ : : : : : : ~ . : : : : : : : : : - . . : : : : . : . : : ; ; ; _ 4000 ::: : : : : : : : _\:: :: : : : : =- : : : : : : : : : _ : : : : : : : : : : : : : : : : : : : _ : : : : : : : :: ....... . .. _ . . ~ = ~ -:- : :. : -: : ~ = . ~ - : -: : :..:. = : ~ :. : : : : : : :: ::::::::: - : : : : : : : : : . : : : : : : : :: ....... ~ =::::: I ~OO . -PRö~OSEO)\ q ~ ACT~AL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ... . . . . . . . . . . . . to... --~--_.- - ...,. I.,. - - . - - .. - . .. .... . - . . . . . . . . - . . . . . . . . . - . . . . . . . .. -........ . . . - . .. .. - . . ~ 6000: ::-:::::: : : '.: : : :: . :. .:::::::::::::::: ~: :: : ~ ~::: ::: : : _ : : ::: . . .. ......... ~ -_._~-. . - - - - . - . -. . -. .......... - . . . . . . . . . . . . . . . . . . . - . . . . . . . .' ......... - . . . - . "' = -~ :.:- :-:, :': : = : : = : : X : ~ :::: ::: : : ~- :.--= : : : : : : : : : = : : : : : ~ : : : = : :: : : -:. : : : = : : : : : : : : -~ - : ~ : : : . ~ 7000~~-:;......;... \. :~. :.CU~ ;OR~ .*~Á;~:>UfNANOC£f M£NT 1~-;:4" -::: ~ : :: : : : . : - : - : : : : : : - : . "",,\: : ~. : [)Si -NO. / . - :: : :. :::: - : : . . : : - . : . - - : : ~ : : 8000 - - - - . - . . . - ..... " - .. - ,'" I' . . . . ..... . . .. - -. .. -~::: ~::: _: _ _: -: . ::::: .:: ::. ,-~:,.. . .ÐST NO.2, CUT CORE NO.2. : . ::::: : : : : . : : : : : :: : : : . _ : . : : : : . : :~ : : . : . !l$.T: .NO. 3 : : : : : : : : : : : 1 : : . : . - : : . : _ : : : .:.. :::: ~ ~: : : _ :: : : : : : : : : _ : : : : : : : : : _: . :,:: : . . . . .. - - - LOG, SET-OPEN HOLE 9000·' -. . - -. - . - . . . - . - . . - .... - . . . - -. . . . . . - .. ...,... . PLUGS, TEST A NÐ~ =-::::: : : ~ :: :: :: ~ ~ :: : : : : : : : _ : : : : : : : : : _ : : : : ~ : ~ : : : : : : : : : : : : ~ : :: /'LUG 6. A8ANDON. - :: : : : . . . ... . ~ . - . . . . . . . w . _ _ . . + ._ . . ~ 0- __ _ __ . 0- 0- 0- 0- . . . _ .. . . . . . . . . . . . . . . . . . ~ ---_.__.~_._.. _. _.._ __ . 0- __ 0- . . . .. _ _ .. . 0- _ . . . 0- _' . .. . .....-+- ... 0- .... .. _ 0- . 0- ... 0- . ..... .. .. _ . . . . . ... . _ _ _ .. . 0- 0- 0- _ . . . _ __ ... ___ __ 0- --...-- -..-----..-.- ..... - . .. . . __ . . .. 0- _ .. __ .. .. .. .. .. 0- .. _ .. .. . 0- 0'" 0- ... . _ 0- ... .. ._ 0- 0- .. .. ... _ . .. .. . __ . 0- ." ... ~ . _ _ . _ ~ _ + ~. _. _ ~ -.....~--.- ~ - ~ ~ . - ~ . - .. ~ . ~ .. ~ - .. + .. ,. ~ .. . .. . - ~ ~ .. ~ ~ .. .. .. , - .. .. .. .. ... ~ ~ . . -.. ... . ... . .. . . + - .. . . - . .. .. ... ... -- - ~ . .. ... ._------ - ._- .. .. - - ..... . ~ ~- . .. - .. . + ~ .. ~ , ~ . . , .. - . -. . . - .. .. .. . - . .. . .. , - - . . - . , . . , .. . .. .. - ,. . . . . , . .. ~~. ~ . . - ------ ~ ~ _. . . .. - - . . .. . . . - . - .. . . ~ . . , , . - .. . , . .. . .. , . - ~ . . .. - ~ .. . - . . . . . . - - ~ .. - . .. ~ - . . . . . - ~ , , ~ . 10,000 ~ - ~.. +. +. - + + +. 0 ~. + + _ ....0.. + +. .. +. _,.. +... _ +.. +. _... ~.. _...... ~.... _ _......... . - +. .. ... - + +. + o. . _ .. .. _. - + - . . . . ~ ..+ + . .. + .. .. . - . .. . . . . . . .. - .. . . . . .. + + + - . . - ~ . .. + . - + . - + - - . + . . + 0 . . _ . . 0 . . .. . . . . . , . _ .. .. . . _ . ~ ~ . .. ~ . .. .......... _ + _ . .. . ~ .. .. ... . . + - + .. -' . +- .. . . . + + +. . . .. + ............. -... + .. -... ,.. + . - +..- -... .. . + - - - - . .... . - - . _. - - + . + . .. + - - . . .. o. _ + .. .. . . + + · ~ - _. +. . . . . . - + - · . - .. + . ... + _. - . + . 0 .. + _.0..... .. - . - . . . .. . - . - . - . . . .. . - 0 . . + + + _ . . + . + . -.,. .. ... . - 11,000 - - +.. . + + + + 0 . +. + _ _. ... + . '.0 + . . + + + .. . + + . _ .. .. . + + . . .. . - ... .. ... .. . .. + - . .. + . .. 0 + 0 . . 0 0 . .. .. + . . + + - . + + . + + + + 60· . 70. W. T. FORAN NO. / + __ ~ . + 0 . + _ . _ _ _ . _ . + + . .. . . ~ . . . +. .. _ . + .. . + + . + . . . + . .. . · __ .___ ~.. ~ . 0 0 . .. .. ._. . . . .. ._ . . +. ... .. . + + . _ .. . . . . . + . . _ _ . .. . .. _ .. . . + - - - - . - .. +. .... + .. . .. . . - + + . .. + . + + - · + + . . . . . . _.- -.- + ... - . + .. - . + . . . .. + . . . - - - . + .. + . .. .. - ~ - .. + .. + ~ . - ..-. -...... + - + - .... + . + + .. . + + ...... ,+ - . . .. - . .. - - , .. . 0 _ . . 671' FNL AND 564' FWL 12,000 _.. _....... '. - +. +. + _... .... + .. ... + 0 . ~ .. + + + . .. - . .. .. . . . - - ... .. .. . + - . . + 0 0 + _ + . + + . . · .. . .. . + + + . -. .. .. + . . SEC. 13, TI7N, R2W, UM .. .. .___ - .. . .. + + - .. + . . 0 + . --- - ---.-- - - - - + + - + . - . . . + - + + · --.----- . .. -- .. . .. - + .. .- . + _.+ .0.. + HUSKY OIL N.P.R. -.-- .,...-.--.----.......- .....+..+ _.--... - - ._. .... - .. - - .. . - . .. .. .. - . - .+ . 13,000 10 20 DRILLING 30 TIME IN DAYS 40 50 . NAVAL PETROLEUM RESERVE NO.4 · + .. + .. .. + - + +.. + 0 28 ..., - - - - .. - - - .. - - .. (~ .. - - PAGE _ _ ~_ OF ________~ WEll HISTORY DRILLING MUD RECORD I.'.O..WN"H'P I'...~G~ B;n:;~E (spud) ---- - - - - tJ.Já~',H:u~fona.te N "1""01""'''<> f)fG......ER <:ENHUI'"UGE :~:;:~I ; "'õ'P£R4H>H 16 1454 MDUGO~ßf L..____ ~'"':'] o DRIlliNG flula SfRvlCfS D wt!t~~~}'--~!!_- H,T, ¥~~~~ HI cou..,i/o;:"..,..,. _._-~._,._.._. --- ·-f,jiI:P INTE""EDiATE Pet 4 TD-iAtp=11 . ,0000<,,". 10"3L4\75ªZ !J /1 (i i( (l(¡7/j¡/~~i~fl/l( i( MUD COST ~9!~~ ~!op~ Nabors ENG,Ñ,ïÄ..------ O~y-..~.;=~_;;-11 .UTf: N ~ }o~aulkne r !Stevens/Shie Ids/Drol11nt!er Alaska flOW GELS ANGLE fLOW N:;'~_ ----7' - API II Tli P rn~~6 1 v D MUD VIS AND RATE PV yp fLUID flUID P Mf Pm OEPTU wT SK D~r~' fgpm) ~:; 0 10 lOSS lOSS lei 200 a.9~0. ...-:;-6--12 lZ.liáo.~.5.1Í1 Ürl11ed out cement'-i~ co-~ductor pipe - spud mud mixed drilled ahead 3~ª .IIOºº I. ..19.~ [52 I . ILuJ~llº 3À?19.Ó IP 11.4 11,º1 I~go .116018 LI2 L L_I~~I~ J JLJ~I LIL JuLLL1JLI Dr illinl;L ah~ad wi reline broke POOH to recover survey tool dr! llin~ ahead ;¡:~121ºº II~,~ It>Q 1 1663 I 110 11º I~ ;2119,0 116 I I,~ 11.0 11, 1 1~5º. 1160110 112 I ] 17~ 1!1 13 J ~ ILL II ILl II ILl Drilling ahead. Reached TO at 2440 ci.rculated POOH schulmberger tool s~ed at 1340 TIH ~lean out raise vis POOH to log ;¡:1O~440 I 110 18~ 1 lS6i1¡'õj2ÕI?~ 17 ;2319 17,~ I 1·15ITT 120QO 1200 III I J! I 120 I~~ L I J? 11 I I J J I J 11 ILJ Circulating hole ready to run casing POOH for castoR run l~11 ~4~0 I... 110 181l--1431 I 119 119 15 ;1519 17,6 I ,l 1·8 I 120º0 120Q III I I! j 110 I~~ II I! I ILL I 1 I I I J I. I I ILL Circulating hole (too many problems with casing so stood back casing) POOH again for casing run 3~12 H4õ I 110,1171 [ I. ]58 124 122 Iª ;261~ 16,IT UI·I I 12050 120QI12 j 11.51 II. I 1 u_lJ! 1 1 I I j _ L I I ILl Run cas..!". g ao.d stU.Ck at )4.54....M.ix.e.d.Mag~.,.).hOS~Pi.ìl.S.t.ill no. results Waitin~.. onarders ~~13 ~440 I 19,ª 16º lul. 15Ul~1ª 4 MI~----¡6,91 I I I 1?0º0. ]20011?1 11.?1 J I~ I I! L ILL ILl I_Ll LJ_JLL__~_ f.~iX~. n 0..-5a. nd. er and 1>-.. Sil.t.'er .du..'.n.p and. re ill.. Ix mU.d. .to..coo..t1.nue drillinß }-14 ~44º I ~.4 155 J_ J 1~ª,!U!7j7 ,151~ JI.~ I I!~QQ l?oQllQ I I!J L I L L_11 uL J 1.1 I L 1I1.LI1J___ Condition mud H5 ~440 J ¡s.71381 j. I L LILli L 1 I ILL II I ul. ] I I. 11.1 j I LLJLL.~__ ~~:~d ~;~ºrnucygt;~r~~rt dri~~~n~~:hel;~ I?U~ j~~ 1~.5 II.~ I ¡'º~-I 1l,5 1~50 1!9-º1ª I 1.5 I L 1m IHILL 12l§. 1 .11 I J L J LJn.Ll.Ll___m.~ Drill ahead POOH for bit TUI to drill ahead 3~17 ~6?ª L_~·91 I. !'!n 17!12~ I!ª 11~AªI~,~lu 1 I,~ Ip~lu I!QoQ l!oQI~ lUll I~) lu I IL1~J I§. I I L_l LLLILL_________ O.r.ill.ed ðhe.ad..st. arted us. 1. n&. S.p.e.r.~ene to b.reak bac..k ".els. ~:1~ 394º I ~.~ I .L\4.~~ 17ª I?ª M I§. fl4J~,~ lu I 1·55 II.! I,ª I!º~º ]ªº 12 L I I _ IIº III JJ 12º I I I I L LL I J lLJ_ Dr! lIed ahead POOH for bit 3-19 ~2~1 I.. ~.I \4.31 \4.~.~. II" 1!~l!~J~ AO 11º,~ I~ I 1,9 li.l51!·~ IIQºº 11I2Q [9 I I J I?º lu II Ip Iªª I I I 11 L. I I LLLL Dei Iled ahead POOH for bit ~:20 I ..... I ... ~,~ \4.31.. ~º? II? I!~ 11~ I? Aº 19.5 It> I 1·65 [1,8511 1900 11~ I _L I I!~ T0 I I I. I IIIL I I_ILl Jrilling ahead ran survey and made wiper trip 10 stands; back on bottom drill ahead 3:21 ~91Q L. ~.7 \4.4 I ~41 ¡a~ II! ~~ LLAJ9 ~ I 1·4 11. I 1·5 I~ºQ -T2º01~ I j I 1!L I~~ ~! I~ I?º I II II] L I I J 1 IlL )rilling ahead ~:22~31~1 J1Q..!\41 ~~~ ~I 1!5 l!~I?¡iJJI!º·~14,ª] I! Ip ]1,1~1100 [!~]ï()T=r=:-T__l!~ ILLnJLJ?º-lnLLLI~ .ILl luLL ILl )r1111og ahead 1:2:!~~24L_ ~.9 !\? I \4.~0 ~º11?_ ~! Léllº,~ I?·ª I I·~ \2.5 L·ª~ 17Qº I!?QI~ I. I L 1._ _ \2J L ILL.L L II LILl I. L L.LJLL______ )ri1110g ahead I :2~ e180 Lu _t~_!\º L ~22~Q} \4.___\2Al!Q 16_ I. I, 7 Ii·! I·~ Jzºº ]!?Q IIº L L j ªQ I'll I. g 12!LJ1L_] I 110 II lLLJld~ ____ )r1111ng ahead !-~5 e~lº I !Q~ll ~?.z.J ~ l!~'!!Ji!h ~,~ lu J I,~ ILL l,~ 1m I!!º I!QLJ I_il~ Iml._lll_L_L LL I lól _LL_LLL.LJLL_._____ )rill1ng ahead lost volume down hole ~-2~ ~ª~2 I 1Q t.~ 1 t.~:; ~LII211" lJIÜo b.a L 1.8 11..5 La 1450 ~O In 1..1 L fl!Llu5tlu.luLL Is L IbJlt jLL_h_L__~_ Jr. U.liOR ahead La..s.t 2.00 b.blS ffil.'d. in..hole add.. ¡o.s..t.. cifcu¡latiop matrrifil !:?1.fm L lQ,l I.:; L u_ ~o~ b.1o h J13 13 .6...11iJ.5 ii.1 1.6 11.0 L81s00ko 113IL__L L L J .llluh.~LI L L I Ik Jzl L -'_LJ~_L_____ )rilling ahead Trip for bit !:~ª p~~ª1 .. lQ,Lt.~L ~lLIIQºIIZuIlLlJ,t; 110.5 b.a b 11.. 11.1 !s50 ,"0 hI.. L51 flu ~L hd.i2JL.L J L ~L_h_LlI1 LLJ_JLL_________ Drilling ahead lri¥l1KmLlQ,ZL5JJm h.Q5~L~L~Lj¡ 110.5.5.9L 11.2 h..4 11.2 1s50 It.o1n1 J:~.Lb }n~'.L tLLL_LI LLLJ.LhLLLhJ___.____ ~:~QJ:~ºherdl0"[g:~Ok~h'L°_"_]~r"·'ººh..Lh.LhÁ_I1Q.Ü.5I 1.9 11.4 1..6 !s00 bo h.1 I _ LIS L-ko-h.~ J ~_\¡¡.LLL LkLL LLL_LLjLl~__~ ~orin}!. 1. !.''IT OR CHlORIDE n..... Omg/l . 91 3~~ ~ .1' ~ '" ó5Q 100. - - . . ..._ Of._._ (:JHTI....UI¡f Ii~:;::. P^Gt: aI1S-f'OI""'1OtG Q5.0,..... HOUR. _JA~ 10-3/~ 7587 -- '.. 16 DRIllING MUD RECORD I MU~TJftex (spud) "- ;,..ú~-tfTl!ºtiulfgní;\.t~_- ._J__ 1'0....' w~~Sky~~!:.__~~~_~___-¡, WELL HISTORY . . - - ..L.1LL_ - \TiT'-- L1LL__ - - ¡~~,.~ri.~~.~n # 1 ·-CQUNTY7:A~~-~- T-oJo:¡~,,:::11 ¡:..~~~~~-~--~- --rnTE-,·.1iartb-SloPi:- --ø.-~~~!i~I__- ~ FaulknerlStevens/Shlelda/Drillingt: r Alaska H ~ t! . ~ ,~ ,~ ~.' (l fN~..'f. GflS SALT OR 2; ~ _~ ~ & MEAS ANGU: flOW TEMP. API H THP, CHLORIDE ::)- 1.1 ~j 10 ",,,::"_ _ 2: ~~,.¡ l~ ,ï;,~ JIl:~l'" ~'b~J: !! IT I,~ ~¡fj!! ('IflM~1 f f !!þ_~ E":Logging ... - . ~~..~5g7!"L...J!~EL__.J't~Jg5 113 IU 13 ¡. 110.515.7 1_l!-.()~l!,il,!.l~~___[~.~.LJ~~L__~L_L._L_l~_LL_LL 1 I I I---Ll Ran 19-3 4 casing ~=~ ..Jz.mL.__I!QJIt!U.....14~~. ~LIlLl!LÜ.Á--'!Q._J",'!LJ,Lg&1,J.~QQ..__Il~QÜQL1·IiL .1... I I I LL..L..L..L_LLJ1 Cement 10-3/4" casing and circulate ~=lJzm..L._/!QJ.l41-J___..L I 117 III 13.LLJ!L.I"'-LL_L~~~z..hLl500...J!!!QI!QLUju.L_.L.J 1 I I I .Li.Ll Uppllng up !=LllmL._/!Q,!.12~L__14H. L.. InJ14 14;15 ¡l!.,1-!~~i___JUfl".?_J!"U~QQ_J~ LLLL .1~~llil.L.......1LillLL.LL_l~J6 Dumped contami.nated mud built new volume \-5___Jz.m.l...._.I!Q_.l4LL__.1ELI!!Q.M__~Æ.lll.515.2 I 11 12·1 11 1400 ._J~LI!!LLL1__J~º_I~LL.....L._~__.LLJ I I DrillinR; circulate and POOH for bit ~=~_!!~lLL_J.JL~ I 190 )13 18 13;5 ]!L.h.:J...L~U!_J~___IJL.l~ºº______I~QQl!Q L._LL_ßLL-L__ll I I 1 I 1 Ran DST Test ~~_.!I~QL___il,8 \45 I ..1.n.ßQQ.m III 13 ;5 Ill__\"'-LJ._J~~_lLªJ,1_I§QQ.__lliQ}¡JLl.L_..1..J!!Q_I21 1 12__112 I 1 I 1 16 Drilling ahead j=-ª__JmLJ_._J!Q~!. t¡Q_.L.......1.u_I!QQJ!LJ!LJLA__.\lQ,2J~~LL___l, ~.I1LI,2._J§QQ _._.1120 IlQ.1_..L..__L_Jm 15> I 12 113 I I I I I DrilliriR ahead \=L_~~L.L__._I!º-. \40 I ..1.~!L1 117 114 13 ;5 110_.Ii,.LL_.....11_luJ,2--.1600_____WillJQ.L..L...L I I 1 1 I 1 I ..L...J.._L DrUlinR Trip for bit ' \=!QJg~L..L____i!Q...IH 1 1306 182 112 Iu 12 A ill 16 1 Il.l.11,2_.Ü,.1.J"QjL__Jf!QJLL...l.__.L_IJAQ.~ 1 110 I I 1...1 I I Cot'1n~ j=!L1!~ªLL_1!Q".ÜQ.j___14H _1!QÜLß!L.lLM1!LJ2,LL.l!L Jl,2.JL.1..l2oo__J~!LJl!!L_L_LJ~.J!! 15J 1 12..__1~J_L LJ6 )ST \:!LI1ULL_l!!hl..ILLL____lm_J2Q..-ªl..J!l.13 Ai 110.515.2 I U ILLIl_J6!!º_.l!tº-W!.I_L_L__I~º-.L.L...L.J._L_LT Drilling ahead i=!LI1~~Ll__.J!!!..lt.LL---.l.wLi!QÜLJ13 12 n 110 ,21:!"LL--.1,1.11,LtLJ6!!!!_._J!.JLI1!LLL --'-_L_Ju..l._. Drilling ahead !-14_~IQLJ___I!JhLALL......Im...lm.J!LßLJLLL12,L~_'_LL_l.l2.Jl,~.t2._'200 __l!tº..Ju.l...i._.l_ _ J )rilling ahead dLlm._J ~O. 2 \<.1 ! __M1._l!.lQ 114 110 12 A Ill__~"L~ 1.7 11,2_1u.J6!!!!_.__l!tº_lg Drilling ahead ~=!~,[º___.._L__/!QCULL__L__L.L...L.J I I L_L.L..L_.l I ...oggln~ !.=!Z.J!J__ I ~0.1 h...l I J¿L115 112 12 n 110.515.2 L~lJ.....I2.,!__L_l:¡ºº- ..ogginlJ ~!.L!'º.._~L_....l__L I 1 1 I I I I I 1 I L_.L.i I ::l'[culatin9, ready fot' pluR, ~LJº....L__1ºJ.H._.L_._L__L.JILI!A..lL.&..J!Q"Ü. 2 ...ost 200 bbls mud rpn bond lOR L~º-ì!!___L_..JJ!,.l A2 I I J---L...L.LLJ_I )5T Inventory ad1ust ent ~=~1 r!!._.L._L I I I I I I :ome out lay down rpe ~=~_t!!_._L__ .-Ì-.l.__L_ I I I :ut casing and plu~ stuþ wit.h ce~nt __L._L___L__l__--'--___L.LL I I-LLI __L.LLI.!. 1 I LLLI J.J.J 1 - .1 .1_1 .. i.,ii¡¡~' P'¡ÖÖ;¡¡;TlON 1z...ill..J_LL.LL .1_L.ILÌ1:L.LLLLJ!.. 12o...~a 114 18 ..1 1 I 12 11 11 I J_ 1 ...LJ Ju..Ll..LL _LuLl J ___L._L..l..___l_L_L.L.L_JJo.....l. L.i._L..L_ ...1.._'_____L l_L__L--'--.._L...L..._.__l_ L I I2Lll.\LLl----l2L1 I 12 10..1_.1 I LL.LL /~ - 1__LJ.....L._---'-_--'1!L...J15 14 115 J!..!L.I2,~LJ_..1__h!LJ.._L_LI L_Ll_L_ t~_~".!Ll__lliQQ_.ll~º .L. - L__L.1._.J..__ ho L.1..LI.___L__L - .. - - - - .. TII,D - MaUGobaf '- . L..... - ~ CJ 0A1I.l1NG flUlO SERVICfS 0 - DATI w o - .. ----..-----------..- - -- BIT RECORD HUSKY OIL NPR OPERATIONS, INC. W. T < Foran No. I, Section 13, T17N, R2W, Umiat Meridian! North Slope, Alaska BIT BIT BIT BIT SER. NO. JET SIZE 'DEPTH HGE. HRS. ACC. FT. PER. WEIGHT ROTARY VERT PUMP PUMPS MUD DULLCODE NO. SIZE MFGR. TYPE OF BIT I 2 3 OUT RUN HRS. HR. 1000 LBS R.P.M. DEV. PRESS. LINER SPM. WT. VIS T B G 20 20 18~ IITC OSC3AJ DB860 16 16 16 991 929 1/2 1/2 45.3 120 300 90 .0.4 45 1 8 I 24 24 25/ 2 18~ IITC OSC3AJ 1541622 16 16 16 2440 1449 1/2 1/2 59.1 35 100 800 .00 9.8 60 6 6 I 22 47 15/ 75/ 7 1000/ 00/ . 3 13~ IITC OSC3AJ ZW864 13 13 13 3544 1104 3/4 1/4 48.5 20 100 3/80 1500 I?O 9.9 63 5 3 I 14 61 20/ 7 4 13~ IITC OSC3AJ ZZ679 13 13 13 3448 403 1/2 3/4 27.8 22 110 3/40 1500 20 9.9 58 3 2 T 93 30/ 80/ 2 ) 13~ HTC OSC3AJ ZZ680 13 13 13 4674 526 32 3/4 16.4 40 100 1/2° 2800 77 9.8 43 2 3 I 32 126 w 6 13~ IITC OSC3AJ ZZ586 13 14 14 5314 640 1/2 1/4 19.7 40 70 10 2100 28 10 44 2 3 I ...... 29 7 13~ IITC OSC3AJ ZZ585 13 14 14 5883 569 3/4 156 19.1 55 120 10 2400 95 9.9 40 4 2 I 28 184 8 13~ -ITC JSC3AJ ZW862 13 13 13 6634 751 1/2 1/2 26.4 55 120 40 2400 95 10 41 4 7 I 31 9 13~ -ITC JSC3AJ ZZ684 13 13 13 7227 593 1/2 216 18.8 45 90 2400 90 10.1 43 3 6 I 18 234 10 13~ IrC )SC3AJ ZW864 13 13 13 7537 304 1/4 1/4 16.7 45 90 1800 00 10.2 45 3 7 I 3 11 13~ -ITC 3SC3AJ ZZ625 13 13 13 7591 54 3/4 238 14.4 45 90 70 2 2 I 70/ 15/ 2000/ Ii 8~ JTC ¡eIG PlI412 12 12 12 7601 10 4 242 2.5 90 40 1000 ]20 ]0. I 55 2 2 I . 4 246 13 8~2 STC F-2 ZC568 12 12 ]2 7626 75 1/2 1/2 lQ.7 35 50 2000 118 10 4,} T 27 RR 8~ STC :;'-2 ZC568 12 12 12 8253 577 1/2 )74 21 35 50 30 1900 117 10.1 40 5 5 I 14 8~ :lTC J-7 IIS-255 12 12 12 8283 CLEPN OUT bIT -- NO DaILLI~G 57 331 7 15 8'0 STC ?-3 AT383 9 9 9 8779 496 1/2 1/2 8.6 30 52 3/40 2~~0 81 10.2 41 6 4 I 188641 347 16 8~ STC :;'-3 AT476 9 9 9 85 16 1/2 5.3 30 52 80 2400 81 10.2 41 2 T -- I I I I I I I I I I I I I I I I I I I . . CASING INTRODUCTION Casing programmed for W. T. Foran No. 1 was as follows: 20" at 80'; 16" at 2500'; 10-3/4" at 7000'; and a 7" liner run to a total depth of 8820' if needed for evaluation. Actual casing run was 20" at 102', 16" at 1454', and 10-3/4" at 7587'. The 16" was stuck at 1454' while attempting to run it to a drilled depth of 2440'. It could not be worked loose and was cemented in place. The 7" liner was not needed for evaluation. 32 I . I I I I CASING OR LINER CEMENT JOB . 20" Conductor Lease Naval Petroleum Reserve No. 4Well W. T. Foran No.1 Size Casing I Hole Size 26 Setting Depth --102 I " Mud Gradient Casing Equipment I above shoe, I and I I Liner hanger and pack off (descnbei I MIScellaneous Ibaskets, etc I ---..-..----- I Cement (around shoe) shoe, (DV, FO) collars located at feet. centralizers located scratchers located _ I No. Sacks Brand Type III 312 Dowell Arctic Set II 121 300 Dowell Arctic Set II --"- ----~ I Cement through (DV, FO) Collar at I No. Sacks Brand 131 -- -~._._-- -'-'~'~ I 141 -------- -~-,- --"- I I I Additives 1" Top Job feet Type Additives 33 float located Date March 2, 1977 Top (liner hanger) Viscosity feet feet ~--'-----"-' Slurry Weight Slurry Volume ~ _~9.L Slurry Weight Slurry Volume --~--- -- - - - FielD - .. - - - - - - .. SUMMARY or PAGE MEASUREMENTS FEET .OO'S PAGE 1 PAGE 2 PAGE 3 PAGE 4 PAGE 5 w ..þ PAGE 6 PAGE 7 P~~E !I.. PAGE 9 TOTAL .. .. .. - - NO.OF JOINTS 36 1461 ,.44,_,_ CASING TAllY SUMMARY SHEET LEASE & WEll NO. ~.W..'L...fQ!"an ~QJ .L~ SUMMARY OF DEPTH CALCULATIONS NO. OF JOINTS ~a~~~, P~!ro 1 e~rn. Re~~rv~º~_ 4." ,._--"~- -"- ---. ._--_.~-_.- ---- 36 1461 I 44 1 .!.!>! I\~~A~I~~.QI'I~AC (~ l~~~ ':.~~~~G 0':l.TI:!!~,Ng~,_ !.9!~ !.1 ~. ?I. _ _ ----. -~-_._.--- -., -.----- --- .... ---- 2 3 ~ ----~ ~ ~u§I_I0E lE~~!.!1__,____ ---- ------ ~_~~~~!!:~"!~!I_I_,_ ..n__'__ --------- .------.- ~-------- DATE:~arc!!.~L.!2ZL_ TAllY FOR 16....··CASING __~~O~~~~__~ FEET .00'5 fù.~, ~27Qª-_.,-º-L_ 31 1241___.._£.L- 36 _146L___~L_ 1 85 __B5-. --~_.~-- 6 ,MISC.".~lA~~~lJ_~OUIPM~,I'I.!_lH ~~__. ___ 7 . !~!~ll:~~!NG AI''¡D EOUIPMENT FROM~M~.!'IIHEAD 13 14 t 5 t 61 8 ~~~~.\V~~':.~~!.T..I-IIKB REF~~EN~!!... 9 "UP" ON lANDING JOINT ---- --- ------ Weight indicalor belorecementing: 123.000 -'--- 1465 -1.L- 1454 26 10 88 ; elter sleck-olf: 100.000 ; IncheSllacked oil 2 SUMMARY OF STRING AS RUN IH WEIGHT GRADE K~~~ CONDITION rHI1EAO MANUFACTURER NEW.USED lOCA nON IN STRING NO.OF JOINTS FOOTAGE ._,____ Me.w...__.:!! NO~hmL THRU N~--1__ _..l._. ._____ ...:!!~Q.:..l.__ THR~ NO. ._...L...._ -L_. ...__._..uJ!NO...!.__ THRUNO .}__.,_l.._ _ ,_ .:!.!.N0..1.____.!.!:'RU ~~.:...., .12_.___34 _._ I3rd ~~- ---- .n___________ ------~- - __ ,.__ .~!~~_Ç'!Lº!f.T.'.!~lJ~~...___._ --~----- JT NO. .. !11~.lJ NO. lURU NO ------------ JT NO. 1.85 ....J!1.52 _!.,~._ !l§'~ 04 ....l0. 88 ---~---- INTERVAL 1454.26 ' - ~452 Æ':'-' ~ ---.l!t.52.41 1370.89_"__ 1320.89 1369.04 :...._. 1322.JH__.__J9!____ _~nKª-,_·:::. _u.lQ..J!ª ~__ --- Above Kß --~~-- ~--- -----~~-- - - . . I . . I I I PAGE ~ OF ----L CASING TALLY DATE: March 12, 1977 FIELD NPR-4 LEASE &WELL NO. W.T. Foran No. 1 TALLY FOR 16 .. CASING JOINT FI RST MEASUREMENT 'CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT I NO. FEET 00'5 FEET .00'5 GR. NO. FEET .OO·S FEET .00'5 GR. 40 14 40 39 -_.~- 41 18 2 40 58 I 3 41 53 3 39 92 4 39 50 4 39 85 5 41 51 5 42 54 I 6 40 58 6 41 65 7 41 02 7 8 40 91 8 I 9 40 33 9 0 41 40 0 TOTAL A 408 30 TOTAL 0 244 93 I 41 17 2 41 85 2 I 3 39 61 3 4 40 42 4 5 40 55 5 I 6 40 75 6 7 41 21 7 8 40 82 8 I 9 39 66 9 0 40 93 0 TOTAL B 406 97 TOTAL E I 40 15 TOTAL A 408 30 2 40 40 TOTAL B 406 97 I 3 37 92 TOTAL C 401 24 4 40 61 TOT AL 0 244 93 5 41 13 TOT AL E I 6 38 50 TOTAL PAGE 1461 44 7 41 80 8 39 75 I 9 40 58 0 40 40 TOTAL C 401 24 I I 35 I I . . I I I CASING OR LINER CEMENT JOB I Lease Naval Petroleum Reserve No. 4Well W. T. Foran No. 1 Date March 12, 1977 I Size Casing 16 Setting Depth 1454' KB Top (liner hanger) -- Hole Size 18 1/2 " Mud Gradient .52 psi/ft (10.0 PPg) Viscosity 74 Casing Equipment I Onw,,11 r.""",nl' C:lIirl" shoe, Dowell Duplex float located 81 feet above shoe. (DV, FO) collars located at feet I and_~~.__~_~__~_ feet. Dowell Latch-on centralizers located 1444', 1413', 1371', and 1332' I scratchers located I Liner hanger and pack off (describe) ~-~-~- I Miscellaneous (baskets, etc) ---'-~~----'---- -----~--_._--~-~ --------- --- --~~- I Cement (around shoe) I No. Sacks Brand Type Additives Slurry Weight Slurry Volume 111 ~ 1605 Dowell Arctic Set II ----_..__._~- 15.2 1685 ft ~--_.- 121 ..---,.-- - ---,------------ ~ I Cement through (DV, FO) Collar at _ _~.._~ feet No. Sacks Brand Type Additives Slurry Weight Slurry Volume I (3) ~---~ (4) --~.- ~-~- I I 36 I I . . I I Cementing Procedure (around shoel (cross out where necessary) Circulated.....21.- bbls @ 3.8 BPM, pumped in _ 300 ~, (barrels) cement and I I I 5 bbls prewash, used bottom plug (..... no), mixed cement (1) above minutes, cement (2) above 5 water I 19 mud (~), (barrels) in minutes, top plug (yes, nol displaced with 6 minutes at rate of 'I.R BPM, CFM. I (Bumped plug) (Did not bump plug). Final Pressure 600 Reciprocated none, etc.). Completed job at 1:45 _.,p.m. feet) (cross out where necessary) I I pipe (pipe stuck) feet while (mixing) and (displacing) cement. Displacing time (c.ontinual ¡nixing) minutes. Had 14.711 cement at surfac.e circulation (full, partial. Cementing Procedure (through (DV, FO) at Opened (DV, FO) at a.m., p.m., circulated bbls @ BPM, pumped in prewash, mixed cement (3) above minutes, dropped closing plug, dis- Displacing time (full, partial, none, etc.) Remarks (Third Stage Job, etc.) minutes. Had cIrculation I I I I (cu. ft.), (barrels) minutes, cement (4) above placed with (cu. ft.!, (barrels) in mmutes at rate of BPM, CFM. (Bumped plug) (Did not bump plug). Final Pressure I I I Foreman 37 I I I I - - - .. - - FIELD ~~VClJn P~t!,Q!l;!u_m~~e_s~t'V_~ J!~~_'t_ FEET SUMMARY OF PAGE MEASUREMENTS NO.OF JOINTS OO'S !'1\~~I__2!:!____Z U~ PAGE 2 H_~!:! . _~U~ PAGE 3_2Q_212Q . ~1\~~.~__~3L__ ___J5-2L_ PAGE 5 _!!l_ __lL_ 2.2.._ 06 ------.----. w ex> PAGE 6 --.._---_._~- ~------------_.._------ _.__.______.. _~_____ .----'·..-__0"_'----'---- PAGE 7 ._-----_._------~~_._.__.. ._-~-- PAGE B _U'_..___""__" _______.._ _____..__.._.,. PAGE 9 TOTAL 187 8002 62 - - - - - - - - - .. - CASING TALLY SUMMARY SHEET DATE: __A.E!..i.LI-2L.!~77._ LEASE 8< WElL NO..W._'J.'.FQr¡m_NQ..L ______~___ TAllY FOR 1º_,:U'" CASING TOTAL CASING ON RACKS ..? 3 LESS CASING OUT JTS NOS. TOTAL 11 21 4 SHOE LENGTH 5 FLOAT LENGTH SUMMARY OF DEPTH CALCULATIONS NO.OF JOINTS FOOTAGE .----,--'.-.---.- FEE T .OO·S _ __________.__ .H!L.80Q26L. ~___._______ ._2.~.__ }89.. __ __?L__ __ _________ ______.llJL 76U__IL__ _ ___.. L___ L ___..!lL__ 1 1 55 ---------.----.-----.,----------.- 2 7 60 ..._--~_._--------~ -.'--- ---.---.-.. --_._.__._._--,~-- FOs MISCELLANEOUS EQUIPMENT LENGTH ------'-- 6 .______..___n.___..._ 7 T2_TI\_~(¿..'.~1N.91\"!D~()_UIf>~~flJLF_R()",~~MEN!. HEAD 13' 4 . 5.61 182 ___z.~~__~_J.~_ B LE~S WELL DEPTH. IKB REFERENCE) . .__._u______._____________ __ .7.581.__ ...1.L_ 9 "UP" ON LANOING JOINT 37 04 Weight indicator before cementing: 420,000 ; after slack·off: 195 t 000 ; inches slacked off 3 60.7 8rd THREAD MANUFACTURER CONDITION NEW·USED SUMMARY OF STRING AS HUN INTERVAL WE IGflr GRADE P-110 .~~_..,-_._---... ~,---_._-------,-~~-- NO OF JOINTS New JT NO. Shoe LOCATION IN STRING ------. JT NO. 1 2 . --~-,_..- -.'.---.- ~--~.- .__._~_._------~ JT NO_ .- ._~----~._--~-_.__.. -.-.--- ~----,._~ -. --------- -,----.._-_._--,,-,--- ~~._---- " JT NO JT NO FO -~-----_.._----~----_._--------- -"--'---'-' !!.f'Jº,- ___149 JT NO. FO 151 ~...,._-- -------_.~- ----.----.----.-.- -_..._-_._--~ FOOTAGE TH':I_U¡,¡()~_.__.!_____~_~___~_ 1. 8~_ __Z?~ -'...3.!...".-=..D!I?-, ~&____ TH R U NO. _1__ __ __ _~__ __-ª!>~?L......_____lª8~~ 46...:..::-1_42.1h.€Jª__'--_ THRU N()___J___ ____L___m_~_~_.._._L4~8....§_ª__~::242.?....!1_:____ TH RU N()C__!!!/J____ _ __!~L__§ 12~_?º-_ ____1!!~~_~::::..!~º_~'±l. ~___ THRUNO 149 1 3.80 1303.43'-1300.13- --.._"-._- ---"--'---'-.--,-..-- --.---- ..~----_._------~~._--_._-"----- -- _._-~._-- THRU NO..J?'Q__ __ __ L___n~!I~ __m. __l)Qº~J3..:=_!156~JL .___ THRU NO 151 1 3.80 1256.31 . --1252.51 - 182 30 1289.40 1252.51 '- 37.04' Above KB - - . . I . . I I I PAGE....L OF --...!L CASING TALLY DATE: April 1, 1977 FIELD NPR-4 LEASE & WELL NO. W. T. Foran No. 1 TALLY FOR 10 3/4" CASING JOINT FI RST MEASUREMENT CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET OO'S FEET .00"5 GR. NO. FEET .CO'S FEET .OO'S GR. I 42 78 43 65 --------~- 44 00 2 43 89 3 44 18 3 43 96 I 4 44 35 4 44 80 5 43 02 5 43 48 6 42 33 6 43 60 I 7 43 87 7 44 74 8 44 88 8 41 62 I 9 41 18 9 43 89 0 41 18 0 43 75 TOTAL A 431 77 TOTAL D 437 38 I 41 32 40 86 2 39 83 2 44 22 3 39 80 3 43 59 I 4 40 95 4 41 61 5 43 66 5 45 02 6 42 26 6 44 83 I 7 42 48 7 43 67 8 44 53 8 42 54 9 39 74 9 38 95 I 0 43 85 0 39 02 TOTAL B 418 42 TOTAL E 424 31 I 42 88 TOT AL A 431 77 2 44 00 TOTAL 8 418 42 3 44 55 TOTAL C 440 75 I 4 43 56 TOT AL D 437 38 5 44 09 TOTAL E 474 "11 6 44 88 TOTAL I PAGE 2152 63 7 44 71 8 44 50 I 9 43 11 0 44 47 TOT AL C 440 75 I I 39 I ~~;~-~---~:~-l:__~~-_ __________ I : ~.;~~:-~-; c.:~;~~~=-=----~~=--=-== I r()TAL E I 420 28 : rC,"""4L !, I. F/.GE. ! 2134 I I I I I I I ----+-- I I I I I I I I 71 28 L TOTAL E 420 44 63 2 44 51 ___~ 44 50 4 _)9 55 5 _!+O 29 ___§__ 41 I 34 __ __!. 44 ___..28... _____~_~L___..JJ_ __ _~. _~___---º-L-. o 39 81 68 91 35 82 8 40 91_.39 o 44 TOTAL () I 430 44 58 2 ~5 12 3 44 33 4 44 _~L_+-_ 5 42 ___~___. 6 ~O__~ 45 1----------;-- 44 56 I f-,RST MEASUREMENT CHECK MEASUREMENT,' WT I FEET .OO'S FEET .OO·S GR JOINT ~'O. I /89 2 45 32 3 44 90 ~---;- 41 . F=62 -.------ ---¡---~ ------- G 42 46 ----- --------. -.--. r---"- - _______I___!JO __54 ;3 42 93 ___u_ _.~_ _ ., i 44 78 40 ---- .------- ~-~---- --- ~.._.- -- ------- --.-.-------" 45 152 45 429 r °1 ïQ-AL C: 41 32 TOTAL B 433 ~_ 2-.__~~_Z2.__ 8 44 51 9 39 ___~_ o 42 98 __9L__ ~L_ 88 61 56 29 .71 30 49 58 98 32 12 52 32 77 44 2 45 3 43 ___~___.!!4 ___ 5_~º- 6 44 43 42 39 43 43 45 44 38 39 420 o TOTAL A 5 6 7 8 iJ ---~ 4 ___.____2__ 3 40 43 ------- JOINT NO. CASING TAli..Y DATE: April I, 1977 LEASE & WELL NO. W. T. Foran__~o~_I__ ULLY FOR 10 3/4 " CASING I I I . FIRST MEASUREMENT' CHECK ME'\S'JREMENT WT FEET 00'5 FEET 00'5 GR. . PAGE --.Z...- OF ~ FIELD NPR-4 I . I I I PAGE 2- OF ~ FIELD NPR-4 CASING TALL V LEASE & WELL NO. W. T. Foran No. 1 DATE: April 1, 1977 TALLY FOR 10 3/4 .. CASING I JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET OO'S FEET .OO'S GR. 40 84 - - _._.~---- 45 10 3 44 01 4 42 ~ 5 41 22 6 41 62 7 41 28 8 44 7Q.. 9 39 99_____ --- 0 38 95 TOTAL A 419 91 43 47 2 40 _lL________ 3 39 46 4 45 08 ·1 I I I I 5 44 90 6 4L---.-9_I;!_ __2___ 43 41__ _____ 8 39 51 --------------- - r-- ------- _ 9 4~_L2. _ ___ o 45 30 TOTAL 8 423 03 I I I 44 __ _~º______n___. 2 38 99 -~-----_.._~--~-~._- --'- I 3 44 __ 2£ _____~__~___.l§. _______ __ _______ ____ - -4-·-~-'--lQ~----- ___6____44.__ _1L________ .____ ___--------2.~3 78 ____8~_¿4 56 9 44 60 o 43 76 TOTAL c 421 20 I --~- I I 41 I I . JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET .00'5 FEET .OO·S GR. 43 82 2 44 91 3 39 65 4 43 79 5 42 37 6 43 80 7 44 32 8 40 39 9 43 ª6 0 44 11 TOTAL 0 431 02 43 76 2 44 39 3 39 93 4 43 53 5 40 116 6 44 49 ____-2-____4Q_____...5J._ _______~_4.L-_ 82 9 41 17 o 42 59 TOTAL E 425 06 --~- ----- I _ T0:T"Al AL 419_____21--_________ I _ TO_T~_~___~23 03 _ T():T"Alt:_~l.-...._2.(L__________ T~JT "'~P__...ilL--- -ºL__ __________ TOT~L E 425 06 TOTAL PAGE 2120 22 . PAGE~ OF~ FIELD NPR-4 CASING TALLY LEASE&WELLNO. W. T. Foran No.1 . I I I DATE: April 1, 1977 TALLY FOR 10 3/4 " CASING I 38 02 46 83 35 38 18 WT I GR. I JOINT NO. FIRST MEASUREMENT CHECK MEASUREMENT FEET .OO'S FEET .OO·S JOINT FIRST MEASUREMENT' CHECK MEASUREMENT WT NO. FEET 00'5 FEET .OO·S GR. 43 64 2 43 80 3 43 09 4 41 14 5 40 37 6 44 44 44 13 8 ~ 31 9 40 70 0 45 25 TOT Al A 427 87 -- 42 08 2 43 58 3 44 82 4 42 68 5 40 80 6 43 38 -'~-------~-- 7 44 05 8 44 71 -_._-~- 9 44 07 0 45 08 TOTAL 8 435 25 40 50 2 42 68 ----,--- -- 39 2 42 3 42 4 43 5 44 6 44 43 8 9 0 TOTAL 0 299 2 ---- 3 4 5 6 7 8 9 I I 60 I I I I ------ ~._--_.,-----_._--_._- I ~]:A~A___itf1_~JlL_ TOT A~ 'j_~___25 ~______ T01 Al C 432 34 ~------------,-_.__._--~.- TOTAL 0 299 60 o TOTAL E ____2-_~~____50 4 43 70 -----_._~----~ --- 5 40 88 --'--'--- --- TOTAL E I TOTAL PAGE 1595 06 _._-~--~ '.-._._--------,-, --..-- -,------.-- __~____0_ -- §~ 1· 7 44 ____~4 ~__ª- 43 9 44 ----.--- o 44 TOTAL c I 432 78 97 .------- 70 34 42 ------- I -- ----------~--, -----,- ,-'- I I I I I I I . . I I I CASING OR LINER CEMENT JOB I Lease Naval Petroleum ResE!.rve NC!.___ 4Well W. T. Foran No. Date ~ril 2, 1~7L__ I SiZe Casing 10 3/4" ____ Setting Depth 7587' -- Top (liner hanger) --.---- Hole SiZe _ 13 1/2 " Mud Gradient .53 pC:i/ft (10.2 ppg) Viscosity 45 Casing Equipment I !:LoW-jaIl Cement Guid~ shoe. __ Dowell float located 86.75 feet above shoe. _~ Howeo ~, FO) collars located at ~33'l __ feet I and 1295 -------~~- feet. Dow~:I.;L~_______ centralizers located 7544', 7500'. 7456', 7412', 7327', _~__ I 7238~~_J07!±~. 6908'. 134Q'~~. 999'. 782'~B', 355', and 140'. ~_.__. -_.~-- ---.------ scratchers located I -_._--~--------- Liner hanger and pack off (describe) --.---..---- ----~--~--- --------_.__._---_._--~-----_._-_.- -------- I MIScellaneous Ibaskets. etc) __ ___~___H___ __.__ ~ __n__ _____.________ _~___ ---_._,_..__._-_.~ ---'--"- ~-----_._~~. ___'..._m.__. ____ ______________ I Cement (around shoe) I No. Slurry Slurry Sacks Brand Type Additives We'ght Volume In 1000 Dowell "en º-"-Q~~--'_L__º' 2% D13R_ _15& 1151 ft3 ---'_. ------- -~-_.- 12) ---------.--- -- ---_._--~_..._--------_.- I Cement through (DV. FO) Collar at _ feet I No. Sacks Brand Type Additives Slurry Weight Slurry Volume 131 ._---~-------- ----.---- 14) ----- _._.~-- -~-_._------- I I I 43 I . . I Cementing Procedure {around shoel (cross out where necessary) Circulated.-llL bbls @ 50 bbls I I I 8 BPM, pumped in 205 ~), (barrels) cement and prewash, used bottom plug (yes, -" mixed cement (1) above 2 hours and 20 minutes, top plug (yes. -' displaced with 682 ~.), (barrels) in (Old not bump plug). 70 minutes at rate of 8 BPM, CFM. I I I I minutes. cement (2) above (Dumped ,,'II1)~ Final Pressure 375 psi Reciprocated pipe _ o Had feet while (mixing) and (displacing) cement. partial (lost 75 bbls mud) 4:45 Displacing time 70 minutes. circulation (full, partial, none, etc.). Completed job at a.m..'-. Cementing Procedure (through (DV, FO) at Opened (DV, FO) at feet) (cross out where necessary) a.m., p.m., circulated bbls@ BPM, pumped in (cu. ft.), (barrels) prewash, mixed cement (31 above minutes, dropped closing plug, dis- minutes at rate of I I placed with minutes, cement (4) above (cu. ft.), (barrels) in BPM, CFM. (Bumped plug) (Did not bump plug). Final Pressure Displacing time minutes. Had circulation I I I Ifull, partial, none, etc.) Remarks (Third Stage Job. etc.) I I I I I I Foreman 44 I I I 0- I 1,000- I 2,000- I I 3,000- I 4,000- I 5,000- I 6,000 - I 7,000- I 8,000- I I 9,000- I 10,000- I I I I . -- ... ~ MUD >< --{PLUG No. 5 a.. SURFACE PLUG I [PLUG No. 4 -- 94d - 842' 278 SACKS ~ I CLASS "6" .. L-.....::,o 3/4" STUB at 950' =iRETAINER at 7470' W/65 SACKS CLASS "G" BELOW, 10 SACKS ABOVE PERFORATIONS at 7512'-7520' HYPER JET II at 4 SPF __SPLUG No.3 ~RETAINER at 7565' sf PLUG No.2 7724'-7574' W/65 SACKS -- CLASS "G" -~ [PLUG No. I 8280'-8080' W/70 S.ðl'KS CLASS o~' [81/2" HOLE TO 88S4' KB T. D. MUD 45 . I20" at 102' K B 20'; 133., K-55, CSG. CMT. TO SURFACE W/ 612 SACKS ARCTIC SET 3/2/77, 3/3/77 I'S" at 1454' KB IS'; 84" , K-55, CSG. CMT. TO SURFACE W/ 1605 SACKS ARCTIC SET 3/12/77 IIO 3/4" at 7587' K B 10 3/4", 60.7~ P-IIO, CSG. CMT. W/IOOO SACKS CLASS "G" W/0.75 0/0 D-65 a 0.2% D-13R 4/2/77 W. T. FORAN No. I 671' FNL and 564' FWL Sec. 13, T.17N., R.2 W., U. M. PAD LEVEL 13' Est. K 8 35' Est. HU SKY OIL N. AR. NAVAL P€iHOLEUM HESERVE Na 4 WELLBORE SCHEMATIC I . . I I ABANDONMENT HEAD I I I I 2" TAPPED BULL PLUG 1/2" NPT I 2" X 4" SWAGE NPT 150 RF FLANGE, THREADED (4" NPT.) I 4" ANSI 150 RF GA TE VALVE ..t 4' ABOVE PAD LEJ/EL I 4" LINE 4" ANSI 150RF FLANGE (SLIP-ON) PAD LEVEL o--z--- U.S. NAVY- HUSKY OIL W. T. FORAN NO. I x : 704, 057. 00 Y : 6, 156,945.00 SEC, 13, TI7N, R2W, UM NPR. I I ~ SUPPORT GUSSETS I 20" CASING \ ~~ 711T&\,,-r :r:---~ I :: ': Jl II I II II : I II II II II II I I II I ,I ? [II I' ___________ I I I 1 I I II II II I 1 I 1 I TEMPLATE CAP TO BOLT ON 20" FLANGE AND COVER THE 13- 3/8" CASING STUB (RUBBER GASKET ON FLANGE) I OCT. 20". 2000 P.S.I. WELD -ON-HEAD 2" BULL PLUG PSI OCT. GA TE VALVE I NEEDLE VALVE 1/2" NPT. TAPERED BULL PLUG W. T. FORA N NO. I I /6" CASING 671' FNL AND 564' FWL SEC. /3) T/7N, R2 W, UM PAD LEVEL 13' EST. HUSKY OIL NPR I 4" LINE PIPE W/ BELL GUIDE (10 . BELOW 20" FLANGE) NAVAL PETROLEUM RESERVE NO. I I 46 I I I I I I I I I I I I I I I I I I I I . . RIG INVENTORY Draw Works National 110, Serial No. T1866 grooved for 1-3/8" line. Equipment with Fluid Brake Company, Model S501A auxiliary brake, Serial No. 114-50, Crown-O-Matic Model TCB crown stopper, and National Micro-Matic automatic driller. Rig Drive National BT3, 3 section drive with 2 pump drives. Engines Three Caterpillars, D398, with National C300 Torque Convertors. Engines equ ipped with heat exchangers and waste heat recovery system In substructure. Horsepower rating without fans approximately 800 HP each. Pumps No. - Emsco F1000 Tri-plex driven by compound. No. - National G1000, Serial No. 8298 with H1250 fluid end. Substructu re Lee C. Moore Corporation: Overall length Overall width Floor Height Motor Height 56.10' 23.00' 20.30' 16.30' Mast Lee C. Moore Corporation Serial No. T3013. 1 , 025, 000 lb. G N C . Blocks National Model 548- F300 block hook assembly grooved for 1-3/8" line, 300 ton capacity. Swivel National Type R - Serial No. T2985 with R. B. Type washpipe and packing Rota ry Table Ideco, Model HS-275, 27-1/2", Serial No. 101. 1-1 . . I I I I I I I I I I I I I I I I I I I Tongs B. J. Type B Kelly Bushings - Varco H. D. square drive. Accumulator Koomey, Model T, 20160-3S Serial No. 4899, 3,000 lb. W.p. with 16 lO-gallon Greer hyd raulic bottles. Blowout Preventers 1 - 13-5/8" 5,000 lb. Hydril Model GK, Serial No. 5103. 1 - 13-5/8" 5,000 lb. double Shaffer, Serial No. 2145. - 13-5/8" 5,000 lb. single Shaffer, Serial No. 486-LA 80. 1 - 20" 2,000 lb. Hydril. Boilers 2 - Williams and Davis 150 HP oil-fired boilers. Mud Tan ks No.1 30' x 8' x 5' 8" deep with 4 low-pressure guns - 2 high-pressure guns and Rumba Dual Shale shakers. No.2 30' x 8' x 5' 8" deep with 2 low-pressure guns, 2 high-pressure guns, 1 - 5 H P lightening mixer. No.3 40' x 8' x 5' 8" deep with 2 low-pressure guns, 3 high-pressure guns, 5 HP lightening mixer. No.4 30' x 9' x 5' 8" deep pre-mix tank with 2 mud hoppers and 5" x 6" mixing pump. Degasser Clark Gas Hog, Serial No. 17. Desander Demeo Model 123 with 3 - 12" cones. Desilter Sweco Model6T4156 with 12 - 4" cones. 1-2 I I I I I I I I I I I I I I I I I I I . . Light Plants Two Caterpillar b379B, 400 KW generator sets and necessary distribution system. Overshots - 10-5/8" Bowen Model 150, maximum catch 9" - 7-518" 0.0. Bowen Model 150, maximum catch 6-1/2" Water- Fuel Tan ks 2 - Combination water fuel tan ks. water, 16,000 gallon fuel. Approximate capacity 800 barrels Drill Collars 20 - approximately 7-3/4" O. D. x 2-7/8" I. D. drill collars with 6-5/8" regular connections. 21 - 6-1/4" O.D. x 2-3/4" I.D. drill collars with 4-1/2" x H connections. Drill Pipe 100 joints. 5" 19.50 lb. Grade G drill pipe. 5" 19.50 lb. Grade E pipe as needed. Ai r Heater 1 - 4,200,000 BTU Air Heater 1-3 TEMPERATURE FE.lfUAIfY , . I ·1; , , . . 15 30 \ ------------------- /977 / YR: JUNE . .,. . . 15 w. r. FORAN NO MAY , ,I 15 SITE: DATA AI"IfIL ·1' 15 WIND VELOCITY MAÅ'eN . J" AND . 30 2 30 2 30 2 30 2 c::N-VJ" 2 VI ~ o ~ ",,30 ).. : 20 <J o ...J '" :::. Q ~ ~ . -- ~..~. 20--- òle: "- ~ I.J (þ-- It: :;) ... <t \ It: ~-IO-- ~ Iu ~ -20 ~-~ -3!>---- -'f() 5C)------ H H I ....... I I I I I I I I I I I I I I I . . SNOW MEL TER OPERATION A snow melter was used during the drilling operation for water supply. Surrounding lakes were shallow and frozen to bottom. The closest source was approximately 12 miles southwest which made the use of the snow melter feasible. The snow-melter unit was oil fired with 6MM BTU output. The unit was equipped with a diesel-powered generator' for remote operations. A front-end loader and Cat were used to support the operation. The Cat was used for stockp'iling snow and to relocate the snow melter as required. Snow was fed into the melting chamber by means of the front-end loader. The operation was very successful and resulted in considerable savings, as compared to supplying water by means of all-terrain vehicles. The following is pertinent data associated with the snow-melter operation: Days operated: Total water output: Total fuel consumption: Total hou rs operated: Average daily output: Average fuel consumption: Average daily operations: Peak daily output: 57 37,496 barrels 29,445 gallons 737 658 barrels 517 gallons/day 13 hours/day 1,550 barrels. - 11-1 I I I I I I I I I I I I I I I I I I . . N A T ION ALP E T R 0 LEU M RES E R V E I N A LAS· K A GEOLOGICAL REPORT U. S. NAVY W. T. FORAN NO.1 _f"'; f HUSKY OIL NPR OPERATIONS, INC. Prepared by: Gordon W. Legg For the U. S. GEOLOGICAL SURVEY Office of the National Petroleum Reserve in Alaska Department of the Interior JULY 1983 I I I I I I I I I I I I I I I I I I I . TABLE OF CONTENTS GEOLOGIC SUMMARY Introduction .... Pre-Drilling Prognosis Post-Drilling Summary. Location Map (Figure 1) .. . Surveyor's Certificate (Figu re 2) WElLSITE GEOLOGIST'S REPORT Introduction Wireline Tops Stratigraphy Cretaceous- Tertiary Undifferentiated Cretaceous Colville Group Sh rader Bluff Formation Seabee and Prince Creek Formations (undifferentiated) Nanushuk Group. . Torok Formation .. Pebble Shale" Triassic Shublik Formation Triassic- Permian Sadlerochit Group Ivishak Formation Kavik Shale Member Pennsylvanian lisburne Group. . . . . .. Probable" Endicott Group I ndetermi nate Argillite "basement" . Page 1 1 1 3 4 5 5 . . . . .. . . . .. . . . .. . 6 Conclusions .. . . . . . . . . LIST OF FIGURES Figu re 1 - Location Map .... Figure 2 - Surveyor's Certificate 6 6 7 7 8 8 9 10 10 10 11 11 3 4 I I I I I I I I I I I I I I I I I I I . PERTINENT DATA AND APPENDICES Appendix A. Summary Pertinent Data . . . . . . B. Drill Cuttings and Core Descriptions C. log Analysis Report of April 13, 1977 Report of April 28, 1977 D. Drill-Stem Tests Report of April 5, 1977 Report of April 8, 1977 Report of April 11, 1977 Report of April 20, 1977 E. Water Analysis Reports Report of May 4, 1977 . . . . . . . . . . . . . . F. Core Analysis Report Report of May 4, 1977 COMPOSITE LITHOLOGY lOG (in pocket) II . . . . . . . . . . . . Page A-1-2 B-1-11 C-1-2 C-3-4 D-1 D-2 D-3 D-4 E-1-13 F-1-2 I I I I I I I I I I I I I I I I I I I . . GEOLOGIC SUMMARY INTRODUCTION The W. T. Foran No. 1 well is located in the NW 1/4 of protracted Section 13, T17N, R2W, Umiat Meridian, North Slope Borough, Alaska. The surveyor's plat located the well 671' FNL, 564' FWL of the section (see Figures 1 & 2). The well was drilled by Husky Oil for the U. S. Navy before Naval Petroleum Reserve No. 4 was transferred to the Department of the I nterior and was designated the National Petroleum Reserve in Alaska. Drilling operations commenced at midnight on March 6, 1977. The well was plugged and abandoned as a dry hole after reaching a total depth of 8,864 feet (driller). The date of abandonment and subsequent rig release was April 24, 1977. Good shows of oil were encountered in the Kuparuk Sandstone, the Ivishak Formation of the Sadlerochit Group and in the upper portion of the lisburne Group. Drill-stem tests of these intervals recovered significant amounts of formation water. Log calculations revealed very high water saturations in each of these zones. No other shows in the well merited any further evaluation. PRE-DRilLING PROGNOSIS The primary objectives of the W. T. Foran No. 1 well were the Sadlerochit sandstones and the lisburne carbonates, which were interpreted to have stratigraphic closure based on seismic mapping. This closure was believed to exist as a result of the basal Cretaceous unconformity having truncated all, or nearly all, of the lisburne rocks, allowing rocks of the lower Cretaceous "Pebble Shale" to provide both an updip seal and an available source rock. These geological conditions are similar to those found at the Prudhoe Bay Oil Field. Most of the closure was interpreted to lie offshore (and, therefore, off the Naval Petroleum Reserve). Additionally, it was believed that the quality of the sandstones in the Sadlerochit would be improved over that encountered by the U. S. Navy, Cape Hal kett No. 1 well, located six miles to the southwest. A secondary objective of the well was the possible development of sandstone at or near the base of the "Pebble Shale", commonly believed to be the equivalent of the Kuparuk Sandstone, which produces in the western part of the Prudhoe Bay Field. The Cape Hal kett well to the south had 33 feet of this sandstone and there was reason to believe that the unit might thicken to the north. POST -DRI LLI NG SUMMARY The Sadlerochit and Lisburne objectives were found to be present in the W. T. Foran well in much the same relationship as they had been interpreted from seismic data. The basal Cretaceous unconformity was 1 . . I I I I I I I I I I I I I I I I I I I encountered only 82 feet above the Sadlerochit, and had removed all of the Kingak Formation, as well as the Sag River Sandstone and much of the Shublik. The presence of the interpreted "stratigraphic closure", of course, could not be confirmed because the objective horizons were all "water wet", although exhibiting good reservoir characteristics (fair to good porosity and permeability as evidenced by drill-stem tests and log analysis). If a closure exists, it likely is offshore, to the north of the W. T. Foran well. The fact that the original seismic interpretation located most of the closure offshore and to the north of the W. T. Foran No. 1 well, may be of significance to futu re exploration. The secondary objective, the Kuparuk Sandstone, was also present, but was not as thick as was postulated (an actual thickness of 33 feet was penetrated, which was the same as that in the Cape Halkett well). The Kuparuk also contained good oil shows and good reservoir characteristics, evidenced by drill-stem test data and log analysis. There is a possibility that the Kuparuk Sandstone could be productive at some updip location. 2 ------------------- íl~~, + ~ + "l£., (j ,--., -+- '~::o- .. · .~.. \. k' SMITH /JAY 51........ No. I, ! ~ [ 111~ rt1 ~.. So. Si~o. No.1 . .. ~ ~eT.s I I I . Tl6N-RI ï ~N.RI2W o ("") :Þ ~» ...... o z -.. ~ - TI4H-RIOW I I w:;::' ~ \-1 " I ~!to"~", o Yl5.'t8 ;u :) Tl2H -RIOW - ~ ~~._. " "!. ~ \ "\ \ TION-RIOW ~~ . AU.III.. y Koo.,.' '0,192' & Comp w. Dol!!,!, Ho' ~.~~_ W.T. ";Pili'" H../ Ó "\ I ~ 7946 <V \ . ,.-.. Cap, HoI"'" N\. of 9.00 ¡,..-..' f HAH'HISON BAY ~ \"\A"tarU'PINO" ' ~ .. II "4 - TI4N-R: ~¿ "'.. "" . '" ~ S "OrriPon~No., ~' ~1~290 IU-RIE. ~ ~ \ ~ , N..", ~tok ~. Ho.1 10.1'/0' FORAN WELL NO.1 W Fltll (;ree' No.' +. ,42TAf.!I" (;rut NoI 1020' /~..,. + .ø KOliJ~it, ~"l 1I2N-'I2* tltH·ft,. No. + .. . TI&,.·R4W T'2H-M. Jl2IN". . No. (~ ¿;: ,,,,, TIOH-R3£ ~ '\ Ù J. __.......~..t '.......... .. ~ 9=1_" "'~~ q.J;'\.~ TeN-Øt[ I "H-RI£) 'T8H-IIIW 28 \ 24 iil! MILES 1T1H-1I4W 1.~No.' -V- 20 102' I 16 20 Z SCALE -R6" 12 8 4 TeN-R8W o '. ...,.. I . . I I T. 18 N. : iT. 17 N. I I ¡ 2 I I 6 ¡ 8~4~; I 4 ¡ I I I 0-9)" I I ~----: --r--------------:------ -~----1 I I J ,I 4 I I I" L~ 1:.: 9 : I I ~=~ I I I L___ --:___ - IJ______ _ --~-J------.L------~ : I I r"" AS.5TAOED " '\ I : I I I I I ~ W. T. FORAN NO.1 " : I I I ., I I. CD LAT. :70049·~601.. ~ .1 , I. I I J I 0' LONG. :1~2°18·II.Z3.. Ì\ : I. I I x: 704,0~7 I \ I I I I Y:6.1~6,94~ ZONE 0 , \ I . I ¡------ ---- ---~~õË~~~7--r~----t------¡ ~zz III u I 24 ~ 19 ¡ \ZO ¡ z, : I \ I \ I I I I \ I \ I I I I I '~ .--/\.1 '" I ; ;------1------1 --- -----~---t----~-;·!:::·:---~ I \ I I " ;, I .. I I I l1 I z. I ~' I JoJ\__j I l" /: :1'1 I I· I· I I I I I . I .._.--21' I ~-----~--.- - - _1___ --7~---=--J-- ____1._ _____J o 1/2' 1 2 . . SCALE IN MILES -"~'\":.\.. _-- OF A l. ';\'\. . ~t,........ .'. ( >., ;",~ .... ¡.. ....:.,,;. . , '" ..' ~.? '. ~ Ii "* /4(\,'04 ~~ ". -II . " . ,....~. ... t ".~........,-,..~....,... "., '- ' ! w~ ~ ~ 'rc.~~itft£.". ......... .....1... - ," , ., JwtòMw F ¡o.,.., : If ~. I ~ \ ,..ó ""~ :',.-: ~ I'. .;... .... '.. . .. ~ ." ..... . .."ø 'a -'" ~ ...... .. :...... ,~: ;'. - .,;:: --- ''''~ ::'- ... 3J3J C\ - a: a: I I I I \ , I I I I CERTIFICATE OF SURVEYOR I I hereby certify that I am praperly registered and licensed ta practice land surveying in the State of Alaska and that this plat represents a location survey made by me or under my supervision, and that all dimensions and other details are carrect. I I 7-:u- 7c.. Cate (~/l ?k,-- SURVEYOR C J . I ,,~ STAKEr, w. T. FORAN NO.1 I I.acated in ·.w tl. ~~;. ...~,:"c''?'t~ SEe :" "1'1N... zw. UU'6· .""e:R'OIA1t·..:.¡. Surveyed far HUSKY OIL N. P. R. OPERATIONS INC. I Sur.eyea Dy F M. LINDSEY a ASSOC. LAND a MYDROGRAPMIC SI)FlV£YOFlS 2~02 We.t Nur!"_" Liq"" Elo.Ji..."rd Boa 4· ( Anchoroq. AI;;, 3 I FIGURE 2 - SURVEYOR'S CERTIFICATE - W. T. FORAN NO.1 4 I I I I I I I I I I I I I I I I I I I I . . WELLSITE GEOLOGIST'S REPORT BY: D. O. BOSSORT EDITED BY: GORDON W. LEGG INTRODUCTION The W. T. Foran No. 1 well was drilled in order to test a seismically interpreted, stratigraphic closure. The particular location was also chosen on the basis that it was the closest location, with demonstrated closure, to the updip erosional truncation of the Sadlerochit Group sandstones and the Lisburne Group carbonates. Additionally, the location was updip from the U. S.. Navy, Cape Halkett No.1 well, with fair reservoirs in both the Sadlerochit sandstones and the Lisbu rne carbonates. Reservoir quality sandstones were encountered in both the Kuparuk Sandstone and in the Ivishak Formation of the Sadlerochit Group. Each of these sandstones had good, observed oil staining and porosity, and each of the sandstones was tested. The Kuparu k Sandstone was also cored. Drill-stem tests, by flowing water to the surface, proved that the sands were "water wet", but good potential reservoi rs. Fair porosities and shows were observed in the top of the Lisburne. Core analysis porosities were similar to those calculated from the logs, and a drill-stem test confirmed that the Lisburne was "water wet" by the recovery of formation water. Log analysis of the Kuparuk Sandstone, the Sadlerochit sandstones and the Lisburne carbonates also confirmed that these zones had water saturations too high to be oil and/or gas productive. WI RELI NE TOPS CRETACEOUS-TERTIARY (undifferentiated) 500-1580' CRETACEOUS Colville Group Shrader Bluff Formation Seabee and Prince Creek Formations Nanushuk Group Torok Formation "Pebble Shale" Kuparuk Sandstone 1580-2450' 2450-3650' 3650-4396' 4396-7336' 7336-7509' 7509-7542' TRIASSIC Shublik Formation 7542-7624' TRIASSIC-PERMIAN Sadlerochit Group Ivishak Formation Kavik Shale Member 7624-8131' 8131-8196' 5 INDETERMINATE Argillite "basement" 8794-8864' I I I I I I I I I I I I I I I I I I I . . PENNSYLVANIAN Lisbu rne Group "Probable" Endicott Group 8196-8562' 8562-8794' STRATIGRAPHY There were no samples caught from the surface down to a depth of 500 feet. CRETACEOUS-TERTIARY Undifferentiated: 500-1580' The W. T. Foran No.1 drilled from the first sample-catching point of 500' where the sediments were undifferentiated Tertiary age. According to the Anderson, Warren & Associates, Inc., paleontology report, the rocks down to 1580' were assigned an age ranging from Tertiary to latest Cretaceous. No attempt was made to further subdivide this interval. The rocks in this interval consisted of unconsolidated conglomerate and fine to coarse grained sandstones. Wood fragments and lignite beds were common. CRETACEOUS Colville Group Sh rader Bluff Formation: 1580-2450' Sedimentary rocks in the interval from 1580-2450' have been assigned to the Shrader Bluff Formation of Late Cretaceous (Senonian) age, by Anderson, Wa rren & Associates, I nc. The lithology of this interval is predominantly a silty to very fine grained, sandy sequence, with a soft shale and clay matrix. Seabee and Prince Creek Formations (undifferentiated): 2450-3650' The interval from 2450' to 3650' is Late Cretaceous, and comprises sedimentary rocks of the Seabee and Prince Creek Formations (Anderson, Warren & Associates, Inc.). Sample quality in the interval was very poor due to both rapid penetration rate and the incompetent natu re of the sediments. The upper part of the interval consists of shales and white, bentonitic claystones, which are generally very light gray to white, soft, and waxy. The shales and claystones contain finely disseminated carbonaceous grains. There IS a gradual gradation from these shales and claystones to a darker gray, silty shale with depth. 6 I I I I I I I I I I I I I I I I I I I . . There is an occu rrence of abundant white, crystalline calcite at 2930' to 2960'. This calcite could be derived from one or more large concretions, which are known to occur in the Seabee Formation. The occurrence of the crystalline calcite in the samples is coincident with a sharp deviation of the borehole from the vertical, and lends weight to the theory that the harder calcite nodules have caused the bit to "kick-off" slightly. Nanushuk Group: 3650-4396' Anderson, Warren & Associates, Inc. identifies the interval from 3650' down to 3770' as "probable Nanushuk Group", and further identifies the interval from 3770' down to 5950' as Nanushuk Group and Upper Torok. Log correlations demonstrate that the top of the Torok can be picked at 4396', so the log top is used in this report. Lithologically, the Nanushuk Group sedimentary rocks were predominantly shale, which was dark gray, silty, calcareous, and having an irregular fracture. The shales are interbedded with thin, medium gray, calcareous siltstones, and rare dolomitic mudstones. Calcified worm-tubes,' and pyritized worm-tube fillings were occasionally noted. The lowermost 88' contained gray, very fine grained, calcareous sandstones. The sandstones were well cemented, and tight. There were no shows of hydrocarbons. Torok Formation: 4396-7336' The interval from 4396' to 7336' is correlated with the interval 4235-7160' in the U. S. Navy, Cape Halkett No.1 well. This interval has been identified as Torok Formation by Anderson, Warren & Associates, Inc. although the base of the interval on the electric log (7336') varies slightly from the paleontological pick at 7380'. The Torok Formation, in the upper portion, consisted of thick beds of soft, bentonitic shales and claystones. The samples, however, were of very poor quality and large amounts of up-hole cavings were evident. From a depth of 5070' to 5860', the Torok shales grade to a medium to dark gray shale, which is fissile and micaceous; interbedded with the shales are medium gray, sandy, calcareous siltstones, grading to very fine grained, quartz and chert, sandstones. Minor gas shows were recorded in this zone. The lower Torok consists of very dark gray, fissile, micaceous shale, with interbedded medium gray siltstone. The lowermost 200' of the Torok (7131-7336') correlates with the interval 7160-7278' in the U. S. Navy, Cape Halkett No. 1 well. The lithology is composed of very dark gray shales, fissile to splintery, "papery", micaceous, and slightly silty in part. "Pebble Shale": 7336-7542' The "Pebble Shale" consists of very dark gray to very dark brownish-gray, to black, fissile to "papery", soft shale. The shale becomes highly organic in the lower part. Isolated "floating", medium to 7 . . I I I I I I I I I I I I I I I I I I I coarse grained, frosted quartz grains are common, and rare manganese pellets were observed. The manganese pellets were medium grained, round to ovoid, and are a dark metallic-gray in color. The polished, flattened or ovoid, black pebbles for which the interval is named, were not observed, unless the manganese pellets are, in fact, the "pebbles". The lower 33' of the "Pebble Shale" consists of a basal Cretaceous unconformity sandstone, which has been designated the Kuparuk Sandstone in this area. The upper 30' of the Kuparuk Sandstone is a very fine grained chert and quartz sandstone, with a bentonitic clay and silt matrix, containing rare glauconite grains. The sandstone is poorly consolidated, has poor to fair visible porosity, and has good oil staining and odor, with a strong fl uorescent cut. Core No. 1 (7539-7557') was obtained in the lower part of the Kuparuk Sandstone. The upper 3' of the recovered core (cut 18', recovered 18') was a conglomeratic sandstone which graded to a thin (1 ') conglomerate at the base. The conglomeratic sandstone was medium to coarse grained, subrounded to well rounded chert and quartz, and contained chert pebbles. The· basal conglomerate contains pebbles up to 1-1/4" in diameter. The sand grains and pebbles are poorly sorted and moderately well cemented in a matrix of very fine grained to medium grained, argillaceous quartz sandstone. The conglomeratic interval exhibits fair porosity, with good oil staining, and a good fluorescent cut. Gas readings were recorded of 391 units of total gas, which breaks down into 124 units of Cl, 48 units of C2, 27 units of C3, and a trace of C4. Log calculations in this interval, however, revealed the sandstone and conglomerate to be "water wet" in spite of the good observed shows. A drill-stem test th rough perforated casing later proved the log calculations to be correct, when only salt water was recovered. The lower 15' of Core No. 1 recovered siltstone, which contained fragile pelecypod shells and is probably the Sh ubli k Formation. The presence of the basal conglomerate above the siltstone lends· strong support to the argument that the basal Cretaceous unconformity is present at 7542'. TRIASSIC Shublik Formation: 7542-7624' Although Anderson, Warren & Associates, Inc. picks a "possible" Shublik interval from 7590-7650', data obtained from coring and from log correlations more correctly identifies the Shublik Formation as occurring from 7542-7624'. As previously mentioned, Core No. 1 almost surely penetrated the unconformity between the Basal Cretaceous and the Triassic (Shublik) at 7542'. The erosion accompanying the unconformity at this location has removed the Kingak Formation, the Sag River Sandstone, and the upper beds of the Shublik. Only 82' of the Shublik remains. 8 I I I I I I I I I ,I I I I I I I I I I .. . The lithology of the Shublik consists of shaly, calcareous, argillaceous, medium to very dark brownish-gray siltstone. The siltstone was oil-impregnated and gave weak, fluorescent cuts throughout. The siltstones in Core No. 1 were thinly laminated with black shale partings, and contained thin layers of highly calcareous pelecypod shell imprints. Traces of fragmental limestone were noted in the lower portion of the Shublik. A few phosphate pellets were found in the lowermost 10' of the Shublik. TRIASSIC-PERMIAN Sad leroch it G rou p Ivishak Formation: 7624-8131' The W. T. Foran No. 1 well penetrated 501' of sandstones which have been classified as the Ivishak Formation by Anderson, Warren & Associates, Inc. (actually, AWA classified the interval 7650' to 8200' as merely Permo- Triassic; the more precise identifications are from log correlations, utilizing paleo). The sandstones of the Ivishak Formation are medium brown to gray, with mottling from weathered, white chert grains. The grain sizes range from fine to medium grained in the upper 381' of the interval and grade to fine to very fine grained in the bottom 120'. Generally, the grains are subangular to subrounded quartz, with some subrounded, coarse grained quartz and chert common. The sandstones grade to conglomeratic in the upper portion. Secondary quartz overgrowths and crystal faces are plentiful and conspicuous, and pyrite is common, with a few scattered grains of glauconite being noted in the lower part of the sequence. The sandstones are moderately well-sorted and moderately consolidated, with minor amounts of dolomite matrix in the upper 381' . Good visible porosity was observed in the cuttings, which also exhibited good oil staining and yielded strong fluorescent cuts in the upper 413' of the Ivishak. In the lower part of the Ivishak, the sandstones are well consolidated and have a dolomitic clay matrix in part; the porosity becomes very poor and the oil staining disappears. Interbedded with the sandstones are minor thin beds of red shale, which are mottled gray in part. Traces of dense, buff dolomite were also noted. Traces of gray, fissile shale occur in the lower part of the interval. A drill-stem test of the top 36' of the Ivishak Formation recovered 125 barrels of very slightly gas-cut water (12,500 ppm chloride) in two hours. The thickness of the oil-stained, but "water wet", sand section in the Ivishak Formation is of considerable interest, suggesting structural readjustments after initial migration, with subsequent "flushing". 9 . . I I I I I I I I I I I I I I I I I I I Kavik Shale Member: 8131-8196' The Kavik Shale is somewhat gradational with the overlying Ivishak sandstone. The shales are medium light gray to medium dark gray in color, micaceous, silty in part, and slightly dolomitic in part, with traces of dense, buff dolomite. PENNSYLVANIAN Lisburne Group: 8196-8562' The interval from 8196' to 8562' has been assigned to the Lisburne Group by Anderson, Warren & Associates, Inc. The actual paleo depths were 8200-8590'. The depths 8196-8562' are the electric log picks for the Lisburne. Primarily a fragmental or bioclastic limestone, the lisburne is white to light gray in color, and is composed of fragments, subrounded grains, pellets and oolites, which are cemented in a very fine grained, calcareous, and sometimes dolomitic, matrix. Porosities are generally fai r in the top 40' of the Lisburne. Good oil staining, accompanied by good fluorescent cuts, occurs in the upper 115' of the Lisburne. Fracturing was suspected from an examination of the cuttings, and was confirmed in a core taken in the interval 8253-8283'. Live oil was noted on the fractu re planes. A drill-stem test taken in the top of the Lisburne, 8205-8283', recovered 11.2 barrels of very slightly oil-cut salt water. Recovery in the sample chamber was 2.17 cubic feet of gas, 76 cc of oil and 1,691 cc of water (11,000 ppm chloride). The bioclastic limestones of the Lisburne are interbedded with very fine to fine, granular to crystalline, calcareous dolomite. The dolomite is often silty. Minor amounts of siltstone and shale were observed in Core No.2. "Probable" Endicott Group: 8562-8794' Anderson, Warren & Associates, Inc. classified the interval from 8590-8770' as Indeterminate age, "Probable Endicott Group". From electric log characteristics and correlations, lithology, and superposition, this interval, adjusted to 8562-8794', has been assigned to the Endicott Group. Lithologically, the interval is predominantly a varicolored shale; the colors ranging from reds, maroons and lavenders, through medium greenish-gray to gray-green. The shales are fissile to splintery and smooth-textured to silty in part. Minor beds of sandstone and conglomeratic sandstones occur within the shale sequence. The basal interval, 8760' to 8794', is a sandstone, which is medium gray, mottled with maroon, very fine grained to medium grained, subangular to subrounded quartz and chert grains, with occasional coarse grains and pebbles; these grains are well cemented in an argillaceous, siliceous matrix, and speckled with irregular inclusions of white chert. Some workers have assigned this sequence of rocks to "basement" . 10 I I I I I I I I I I I I I I I I I I I .. . INDETERMINATE Argillite "basement": 8794-8864' The W. T. Foran No. 1 well bottomed in a sequence of low-grade metamorphosed black shales and very dark gray siltstones, collectively called "argillite" in the area, and representing "economic basement". The black shales have a sub-metallic luster, are carbonaceous and micaceous, and are schistose in appearance. The siltstones are highly siliceous and sandy in part, and are very well indurated. CONCLUSIONS The W. T. Foran has been completely evaluated in its objective zones. Cores and drill-stem tests, plus log calculations, have proved that the good shows which were noted in the samples in the Kuparuk Sandstone, the Sadlerochit sandstones, and the lisburne carbonates, were all "water wet", and have apparently been "flushed". No other zones merited further evaluation. The good oil-staining and fair to good porosities observed in the objective zones, suggests that other locations, possibly located to the north and northwest in the Beaufort Sea, may be of interest as future exploration targets. 11 I I I I I I I I , I I I I I I I I I I .. . PERTINENT DATA AND APPENDICES Appendix Page A. Summary Pertinent Data . . . . . . A-1-2 B-1-11 B. Drill Cuttings and Core Descriptions C. log Analysis Report of April 13, 1977 Report of April 28, 1977 C-1-2 C-3-4 D. Drill-Stem Tests Report of April 5, 1977 Report of April 8, 1977 Report of April 11, 1977 Report of April 20, 1977 D-1 D-2 D-3 D-4 E. Water Analysis Reports Report of May 4, 1977 . . . . . . . . . . . . . .. . E-1-13 F. Core Analysis Report Report of May 4, 1977 . . . . . . . . . . . . . . F-1-2 I I I I I I I I I I I I I I I I I I I . . SUMMARY OF PERTINENT DATA * WEll NAME: API NO.: OPERATOR: LOCATION: COORDINATES: ELEVATION: DATE SPUDDED: TOTAL DEPTH: DATE REACHED TOTAL DEPTH: RIG RELEASED: STATUS: CASI NG: lOGGING RECORD: 01 LISP BHC/GR CNL/FDC/GR/CAl HOT HDT Arrow Plot CBl/VDl Saraband Coriband W. T. Foran No.1 50-103- 2001 0 Husky Oil NPR Operations, Inc. 671' FNL, 564' FWL, NW 1/4, protracted Section 13, T17N, R2W, Umiat Meridian, North Slope Borough, Alaska Latitude: 70049'56.01"N Longitude: 152°18'l1.23"W X = 704,057 Y = 6,156,945 Zone 5 39', Kelly Bushing; 13', Pad; 8', Ground March 6, 1977 8864' Driller; 8864' Schlumberger April 15, 1977 April 24, 1977 Plugged and abandoned 20" @ 102' 16" @ 1454' 10-3/4" @ 7587' 116-2450' 1460-7562' 7585-8856' 1050-2370' 1452-7557' 7585-8854' 1626- 7566' 7585-8861 ' 2350- 7567' 7585-8863' 2355- 7542' 7601-8860' 5500- 7583' 1600-8150' 8150-8832' A-1 I I I I I I I I I I I I I I I I I I I . . LOGGING RECORD (Continued) Mudlog Geologist's Lithology Log Birdwell Velocity Survey 500- 8864' 500-8864' 1000-8864' SIDEWALL CORES: ** Run No.1, 20 shot, 18 recovered Run No.2, 24 shot, 21 recovered. CONVENTIONAL CORES: No. Interval Recovery Rock Unit 1 2 7539-7557' 8253-8283' 18' 30' Kuparuk Sandstone Lisburne WElLSITE GEOLOGIST: D. O. Bossort WELL LOG ANALYST: DRILLING CONTRACTOR: Armour Kane Nabors Alaska Drilling, Inc., Rig 25 MUDLOGGERS: BIOSTRATIGRAPHIC ANALYSIS: GeoServices Anderson, Warren & Associates, Inc. * Copies and/or reproducibles of all geologic data are available from: National Oceanic and Atmospheric Administration EDIS/NGSDC (D62) 325 Broadway Bou Ider, CO 80303 ** Sidewall cores were utilized for various analyses including: lithology, paleontology and geochemistry. A-2 I I I I I I I I I I I I I I I I I I I . . W. T. FORAN NO.1 DRILL CUTTINGS AND CORE DESCRIPTIONS DRI LlED DEPTH (FEET BELOW KELLY BUSHING) 0- 500 500- 680 No recovery. Conglomerate: loose, fine to coarse grained, subrounded to rounded quartz grains with minor chert grains and fragments of dark gray, rounded, polished dark argillite and chert pebbles; wood fragments and pyrite are abundant. 680- 950 Sandstone: loose, fine grained, subrounded quartz and chert grains, sorted; secondary quartz crystal faces, and pyrite are abundant. subangular to moderately well wood fragments 950- 980 Conglomerate: loose, very coarse grains and fractured pebbles of quartz, chert, limestone and argillite; well rounded and polished; Sandstone: as above. 980-1040 Sandstone: loose, glauconite; secondary a re common; some Conglomerate: as above. fine grained, as above, rare quartz crystals on sandstone grains wood fragments, and with 1040-1070 Lignite: dark brownish-gray to black, mixed with wood fragments, and with Conglomerate and Sandstone: as above. 1070-1100 Sandstone: and with above. mostly as above, but becoming poorly sorted, a trace of pyrite; some Conglomerate: as 1100-1340 Conglomerate: as above, carbonate grains; Sandstone: but poorly as above. sorted, minor 1340-1400 Lignite: as above, with Conglomerate and Sandstone: as above. 1400-1680 Conglomerate and Sandstone: as above, with traces of glauconite and lignite. 1680-1830 Siltstone: loose to poorly consolidated quartz, silt and very fine grained sand grains, inferred matrix of light colored clay. 1830-1890 Siltstone: as above, with some Sandstone: white, silty, weakly cemented with white clay. B-1 . . I I I I I I I I I I I I I I I I I I I 1890-2250 Siltstone: as above, with a trace of Shale: very light gray to white, waxy, bentonitic, trace of very fine sand grains. 2250-2430 Siltstone: as above, with Sandstone: loose, very fine grained to silt, quartz and chert grains, with occasional carbonaceous grains, moderately sorted, secondary quartz crystal overgrowths common; trace of pyrite; trace of white, chalky limestone. 2430-2490 Siltstone: "medium light gray to medium gray, very finely sandy in part, occasional carbonaceous grains and pyrite, poorly consolidated, rare plant fragments, with Sandstone: loose, fine to medium grained, subangular to subrounded quartz and chert. 2490-2520 Sandstone: light gray, salt and pepper, very fine grained quartz, chert and carbonaceous grains, poorly cemented with very fine silt matrix, poorly sorted; trace of glauconite and mica; Shale: medium gray, silty. 2520-2590 Shale: very light gray to white, soft, waxy, bentonitic, silty, finely disseminated, black, carbonaceous grains, slightly micaceous, with a trace of Sandstone: as above. 2590-2670 Shale: as above, but becoming less bentonitic and better consolidated. 2670-2740 Shale: as above, but becoming well consolidated; sharp, irregular fracture. 2740-2820 Shale: as above, with a trace of Sandstone: light gray, salt and pepper, very fine grained to fine grained quartz, chert and carbonaceous grains, moderately cemented, moderately sorted, poor porosity. 2820-2850 Shale: as above, with a trace of Shale: medium gray and buff, silty, and with minor Sandstone: as above. 2850-2880 Shale: as above, with Shale: light gray, silty, micaceous, fractu reo medium gray to medium chunky to splintery 2880-2940 Shale: as above, with Shale: light gray to white, and with some loose, very fine grained quartz grains. 2940-3010 Shale and minor sand grains: as above, with Limestone: white, crystalline calcite; in part, coarse fragments of calcite. 301 0-3060 Shale: medium dark gray to medium dark brownish-gray, carbonaceous, micaceous, fissile to flaky, with Shale: as above. B-2 I I I I I I I I I I I I I I I I I I . . 3060-3180 Shale: as above, with Sandstone, grading to Siltstone: light gray to gray, salt and pepper, very fine grained, quartz, chert and carbonaceous grains, poorly cemented and poorly sorted. 3180-3300 Claystone: white, bentonitic; minor, finely disseminated carbonaceous grains. 3300-3400 Claystone: as above, but becomes silty, moderately consolidated in part. 3400-3480 Shale: dark brownish-gray, with Claystone: gray, silty, and carbonaceous, irregular as above. Shale: fractu re, dark and 3480-3540 Shale and Claystone: as above, with some Shale: dark gray, becoming very silty in part. 3540-3690 Shale: medium dark gray , silty, calcareous, with Siltstone: medium light gray to gray, very finely sandy, calcareous, well cemented. 3690-3790 Shale and Siltstone: as above, with traces of Mudstone: buff, dolomitic. 3790-3810 Shale; Siltstone and Mudstone: as above, with worm remains. 3810-3850 Shale, Siltstone, Mudstone: as above, with Sandstone: medium gray, very fine grained to silt, quartz and Chert grains: calcareous, well cemented. 3850-3940 3940-4106 4106-4114 Shale and Siltstone: as above, with rare worm remains. Shale and Siltstone: as above, with rare crinoids. Siltstone: brown, very dolomitic, well cemented, poor porosity, oil saturated, streaming brown visual cut, bright yellow fluorescent cut, with Shale and Mudstone: as above. 4114-4320 Shale and Mudstone: as above, with minor Siltstone: as above, but no show. 4320-4490 Sandstone: gray, very fine grained, subangular to subrounded quartz grains, with minor chert and carbonaceous grains, well sorted, calcareous, well cemented, tight, with Shale, Siltstone and Mudstone: as above. 4490-4680 Claystone: very light to medium gray, soft, bentonitic, micaceous, sparsely and finely disseminated carbonaceous grains, with Shale: as above. B-3 4680-4870 4870-5020 5020-5350 5350-5440 5440-5540 5540-5610 5610-5630 5630-5710 5710-5900 5900-5950 5950-6010 6010-6170 6170-6280 . I I I I I I I I I I I I I I I I I I I . Claystone: as above, with traces' of Shale: gray, soft, micaceous. medi um Clay: as above, with traces of Shale: medium to very dark gray, micaceous, fissile. NOTE: Samples 4400-5074' are of very poor quality. Siltstone: medium gray, sandy, calcareous, well cemented, pyrite abundant, worm remains common, and with Shale: medium to dark gray, silty, calcareous. Siltstone and Shale: as above, with Sandstone: very fine grained, loose quartz grains, subangular to subrounded, calcareous in part, well cemented. Shale: medium to dark gray, silty, calcareous, with Siltstone: medium gray, sandy, calcareous, well cemented, with Sandstone: gray, very fine grained to silt, calcareous, moderately well cemented. as above, with a trace fine grained, slightly trace of glauconite, poor Shale, Siltstone and Sandstone: of Sandstone: gray, very calcareous, poorly cemented, porosity. Sandstone: light gray, very fine grained to silt, quartz and chert grains, slightly calcareous, very poorly cemented to unconsolidated, poor porosity, no show. Sandstone: light gray, very fine grained to silt, with some fine to coarse carbonaceous grains, calcareous and fine silt matrix, moderately consolidated, rare glauconite grains, very poor porosity, no show. Sandstone: as above, with Shale: dark gray to very dark gray, micaceous, fissile. Sandstone: gray, very fine grained, with fine to medium grained carbonaceous grains, slightly calcareous in part, poor to moderately consolidated, poor porosity, with a trace of Siltstone: poorly consolidated, pyritic. Sandstone and minor Siltstone: as above, with Shale: very dark brownish-gray, silty. Sandstone, Siltstone and Shale: as above, with some Siltstone: brownish-gray, sandy in part. Shale: as above, becoming very dark gray, micaceous, silty in part, pyrite common; some worm-tubes. 8-4 I I I I I I I I I I I I I I I I I I I . '. 6280-6430 Shale: very dark gray, micaceous, silty in part, fissne, pyritic, rare worm-tubes. 6430-6490 Shale: as above, becoming silty in part, with Siltstone: medium gray, shaly in part. 6490-6630 6630-6680 6680-6710 Shale: very dark gray, micaceous, fissile, silty in part. Shale: as above, with a trace of Siltstone: as above. Shale: as above, with Siltstone: medium gray to light gray, poorly sorted, poorly consolidated. 6710-6750 Shale: as above, with Siltstone: as above, with some Sandstone: medium light gray, very fine grained to silt, quartz, chert, and carbonaceous grains, rare glauconite, slightly calcareous, poorly consolidated, very poor porosity; trace of pyrite. 6750-6840 Shale: as above, with increase in Siltstone: as above, and with traces of Sandstone: as above. 6840-6880 Sandstone and Siltstone: as above, but large increase to approximately one-half of samples, with Shale: as above. 6880-7180 Shale, Siltstone and Sandstone: as above, but alternating and interbedded; trace of pyrite. 7180-7230 Shale and Siltstone: as above, with Sandstone: light medium gray, very fine grained quartz, chert and carbonaceous grains, very slightly dolomitic, silt matrix, moderately sorted, well consolidated, very poor porosity, no show. 7230-7270 7270-7300 Shale: very dark gray, fissile, micaceous, silty in part. Shale: as above, with some Siltstone and Sandstone: as above. 7300-7390 7390-7460 Shale: as above, becoming splintery to papery in part. Shale: as above, rounded, frosted pellets. with isolated medium to coarse, well quartz grains and rare manganese 7460-7509 Shale: as above, becoming very dark brownish-gray and highly organic. 7509-7539 Sandstone: very fine quartz and chert grains, with clay and silt matrix, rare glauconite, poorly consolidated, poor to fair porosity, heavily oil stained, strong fluorescent cut. 8-5 ·' 7539-7557 . I I I I I I I I I I I I I I I I I I I Core No. 1 - Cut 18', Recovered 18' 7539.0-7541.0' (2.0') 7541.0-7542.0' (1. 0') 7542.0-7546.0' (4.0') 7546.0-7557.0' (11.0') 7557-7590 Sandstone; conglomeratic: medium to coarse grained quartz and chert grains and small pebbles, subrounded to well rounded in matrix of very fine grained to medium grained, subangular to subrounded quartz grains; carbonaceous grains common; glauconite rare; secondary quartz faces common as overgrowths on grains; poor sorting, well consolidated, fair porosity, good oil stain, good fluorescence and cut; vertical fractures, with secondary calcite along fracture planes. Conglomerate: chert pebbles to 1-1/4" in long dimension, in poorly sorted matrix of sandstone, as above; good oil stain, good fluorescence and cut, fair porosity. Siltstone: medium dark brownish-gray, very fine grained quartz, with abundant carbonaceous grains, medium well consolidated,. good oil stain, with good fluorescence and cut; interbedded with, and grading to, Shale: medium gray, very silty, petroliferous, in part thinly laminated; vertical fractures filled with secondary calcite. Siltstone: medium dark gray quartz grains, calcite cemented, well consolidated, poor porosity, good oil stain, with fair fluorescence and cut; very thinly laminated, with black shale partings and highly calcareous, thin layers of Pelecypod imprints; grading downward to Shale: very dark gray, very silty, slightly calcareous, petroliferous, abundant bedding planes of Pelecypod shell imprints; vertical fractures, with secondary calcite. Siltstone: dark brownish-gray, calcareous to dolomitic, argillaceous to shaly, moderately well cemented, tight, oil stained, weak fluorescent cut. 7590-7624 Siltstone: as above, calcareous, and with traces of fragmental limestone and rare phosphate pellets. B-6 I I I I I I I I I I I I I I I I I I I .. . 7624-7670 Sandstone: fine to medium grained, subangular to subrounded quartz grains; glauconitic, moderately to well sorted, moderately to moderately well consolidated; interbedded with conglomerates of chert, quartz, and argillite pebbles; fair to good porosity, good oil stain, good visual cut, good fluorescent cut. 7670-7690 Shale: red, fissile, soft, and Clay: abundant, very finely disseminated pyrite. white, soft; 7690-7715 Sandstone: fine to medium grained, subangular to subrounded quartz grains, abundant white, angular, weathered chert grains, siderite grains common, moderately to well sorted, moderately consolidated, good porosity, spotty oil stain, good fluorescent cut. 7715-7725 7725-7800 Shale: red, fissile. Sandstone: fine to medium grained, subangular to subrot,.lnded quartz grains, white, angular, weathered chert grains, moderately well sorted, moderately consolidated, good porosity, spotty to good oil staining, good fluorescent cut. 7800-7820 7820-7830 Sandstone: as above, with pebble fragments. Sandstone: as above, with abundant siderite, iron oxide stains, and traces of red shale. 7830-7890 7890-7930 Sandstone: as above. Sandstone: conglomeratic, medium to coarse grained, subangular to subrounded quartz and chert grains, with abundant fragments of chert and quartz pebbles, moderately well consolidated, poorly sorted, fair porosity, spotty oil staining, good fluorescent cut. 7930-7950 Shale: red, fissile, with Sandstone: fine to medium grained, subangular to subrounded quartz grains, abundant, angular, white, weathered chert grains, moderately well sorted, moderately consolidated, good porosity, very light, spotty oil staining, weak fluorescent cut. 7950-7990 Sandstone: medium grained, and medium to coarse grained, subangular to subrounded quartz grains, with angular, white weathered chert grains, moderately well sorted, moderately well to poorly consolidated, good porosity, spotty oil staining, fair fluorescent cut. 7990-8010 Sandstone: as above, with red and gray fissile shale. B-7 I I I I I I I I I I I I I I I I I I I . . 801 0-8060 Sandstone: fine grained, subangular to subrounded quartz grains, angular, white, weathered chert grains, well sorted, well cemented with dolomitic cement, poor porosity, spotty oil staining, fair fluorescent cut. 8060-8131 Sandstone: light gray, very fine to fine grained quartz grains, finely disseminated carbonaceous grains common, well consolidated, dolomitic clay matrix in part, moderately well sorted, very poor porosity, no staining, no cut. 8131-8194 Shale: medium light gray to medium dark gray, red, and with red mottled with gray, fissile, slightly silty in part. 8194-8231 Dolomite; sandy and calcareous: light gray to medium brownish-gray, fine to medium crystalline, with silt to fine grained quartz grains in calcareous, dolomitic matrix; glauconite common, abundant, secondary dolomite, dark chert grains common, well cemented, very poor porosity, good oil staining, good fluorescent cut. 8231-8234 Dolomite; sandy and calcareous: as above, with abundant fragments of white chert; chert shows relict structures of grains. 8234-8240 Dolomite; sandy and calcareous: medium dark brown, very fine grains and rhombs, slightly calcareous, slightly silty, poorly consolidated, fair porosity, good oil stain, good fluorescent cut, with abundant fragments of white chert. 8240-8253 Limestone: in very consolidated, cut. light buff, fine to medium grained fragments fine granular matrix, moderately well poor porosity, oil stained, good fluorescent 8253-8283 Core No. 2 - Cut 30', Recovered 30' 8253.0-8254. O' (1. 0') Dolomite; sandy and calcareous: medium dark gray, fine to medium grains and crystalline rhombs, with very fine to fine grained quartz inclusions. 8254.0-8255. O' (1. 0') Limestone; bio-clastic, sandy, dolomitic: medium dark gray, fine to coarse fragments, grains and rhombs, with very fine to fine grained quartz inclusions; abundant, black bituminous pellets, some glauconite, well cemented, very poor porosity, spotty oil stain, bleedi ng gas 6-8 I I I I I I I I I I I I I I I I I I I . 8255.0-8257.0' (2.0') 8257.0-8260.0' (3.0') 8260.0-8261.5' (1.5') 8261 .5-8262.0' (0.5') 8262.0-8265.5' (3.5') 8265.5-8266.0' (0.5') . and dark brown oil on fracture and bedding planes, weak visible fluorescence, streaming yellow fluorescence when cut. Limestone; intra-clastic, sandy, dolomitic: medium dark gray, very fine to fine grains and rhombs, with fine to very fine quartz grains, glauconitic, well cemented, very poor porosity, trace of oil stain, trace of bleeding oil on bedding and fracture planes, weak, yellow, visible fluorescence, strong yellow fluorescence on cut; some interbedded, light gray, medium to coarse crystalline, secondary calcite near base. Limestone; intra-clastic, sandy, dolomitic: medium dark gray, very fine to fine grains and rhombs, with very fine to fine quartz grains, glauconitic, well cemented, tight, oil-stained, light amber, visible cut, dull orange fluorescence, mil ky-yellow fluorescence on cut; bleeding dark brown oil on fracture and bedding planes. Limestone; intra-clastic, silty: medium dark gray, very fine grains and rhombs, silty, rare glauconite, well cemented, tight, oil-stained, light amber, visible cut, dull orange fluorescence, milky-yellow fluorescence on cut; bleeding dark brown oil on fracture and bedding plans. Dolomite; intra-clastic, sandy: medium dark gray, fine grains and rhombs, fine to medium grained quartz and chert, rare glauconite, well cemented, tight, very poor porosity in part, oil-stained, with patchy oil-saturated cut and fluorescence, as above. Siltstone: medium dark gray , sandy, argillaceous, very well consolidated, tight, oil-stained, cut and fluorescence, as above. Limestone; intra-clastic, silty, dolomitic: dark gray, silty, chert grains common, inclusions of light, gray-green clay, very B-9 (. '. . 8266.0-8268.0' (2.0') 8268.0-8270.5' (2.5') 8270.5-8271.0' (0.5') 8271 .0-8272.0' (1. 0') 8272.0-8278.5' (6.5') 8278.5-8279.0' (0.5') 8279.0-8283.0' (4.0') 8283-8420 . I I I I I I I' I I I I I I I I I I I I well consolidated, tight, very lightly spotted oil-stain; cut and fluorescence, as above. Shale: gray, waxy, irregular, subconchoidal fracture. Shale: very dark gray, sharp, i rregu la r, blocky fractu re, si Ity. limestone; intra-clastic: dark gray, very fine crystalline, silty; very well consolidated, tight, cut and fluorescence, as above; inclusions and laminations of medium light gray-green clay. Siltstone: dark gray, dolomitic, trace of glauconite, very well consolidated, trace of spotty, very light oil-stain, cut and fluorescence, as above. limestone; intra-clastic: dark gray, very finely granular, silty, very well consolidated, sharp, irregular fracture, tight, oil-stained, cut and fluorescence, as above, dark brown, live oil on fracture planes; interbedded with light gray, finely crystalline, secondary calcite. Siltstone: dark brown-gray, sandy, slightly dolomitic, very well consolidated, tight, cut and fluorescence, as above; live oil on fractu res. limestone; intra-clastic: dark gray, very finely granular, silty, very well consolidated, sharp, irregular fracture, tight, oil-stained, cut and fluorescence, as above; dark brown live oil on fracture planes; interbeddings of white chert at 8281 . 5' . limestone: white to light brownish-gray, very fine to medium fragments, grains, pellets, and Oolites: slightly dolomitic, moderately well consolidated, tight, spotty oil stain, good fluorescent cut; in part grades to white, very fine crystalline to dense, dolomitic limestone; abundant c he rt . 8420-8562 limestone: white to light gray, very fine to medium fragments, grains, pellets, and Oolites: moderately well 8-10 I I I I I I I I I I I I I I I I I I I . . consolidated; tight; in part grades to white, very fine crystalline to dense limestone; traces of chert. 8562-8760 Shale: varicolored, red, maroon, and lavender through greenish-gray to gray-green, smooth textured to silty in part, fissile. 8760-8794 Sandstone: medium gray, mottled with maroon in upper part, very fine to medium grained, subangular. to sub rounded quartz and chert grains, with occasional coarse grains and fragments of pebbles, poorly sorted, argillaceous, slightly calcareous, very siliceous; very well cemented, tight; in part speckled with white irregular chert inclusions. 8794-8864 Shale: black, submetallic luster, carbonaceous, micaceous, schistose, interbedded with Siltstone: very dark gray to black, sandy, very slightly calcareous, very slightly dolomitic, very siliceous, very well consolidated to argillite. B-11 I I I Log Analysis I I I I I I I I I I I I I I I I . . ARMOUR KANE Well Log Analyst 18360-6 Cantara St. Reseda. Ca. 91335 (213) 993-0586 Formation Evaluation April 13, 1977 l~. Gordon Legg Husk;y o1l/NPR Operations, Inc. Suite 600 3201 C Street Anchorage, Alaska 99$03 Dear Mr. Legg: The second log runs were made on W. T. Foran #1 on March 30 aDi 31, 1977, consisting of Dual Induction, Sonic, Neutron- Density', Dipmeter aDi sidewall cores. All the logs were of acceptable qualitY' with the exception 0:£ the Sonic-GamIIIa Ra:r aDi 18 of 20 selected cores were recovered. No other cores were selected due to the enlarged hole size - over 20·. Formation tops which could be definitel1' identified bY' correlation with the Cape Halkett well were 1brok, 439,; Opikruak, 7130 and Kuparuk River Sand at 7,12. The Kuparuk River showed definite indications of b;ydrocarbon accumulation in the top 1$ or 16 feet although quantitative anal;ysis of the logs results in prohibiti'vel1' high water saturations in the high 60% range and the bottom 10 to 12 feet were 100% water-bearing. \later resistivitY' computed from the SP was .15 ohms which com- pares ver¡- favorabl1' with the Rwa of .14 from the sonic log. This represents a salinitY' of about 23,000 ppm. Porosities range from 15% to 21%. Gamma ray anal;ysis shows the top 10 feet to be fairl1' clean, then 6 to 7 feet of shaly sand, about $ feet of fair4r clean sand and then increasing shaliness to the base of the sand. Sonic porositY' based on matru velocitY' of 19,,00 ft/sec compares quite favorabl1' with densitY' porositY' using a grain densitY' of 2.65 gmfcc. The widest divergence, of course, is in the shalier sections of the sand. The detailed anal;ysis is attached. Ver¡- truly Y'ours, ç:¡:,'--"ø~ Armour Kane C-l 37 I I I I I I I I I I I I I I I I I I I . . '____ --,-}-/;;51<.:1 0,1.. ~-_w.r;ÆIMIJ_i!::1 --------------- --- .£dP:k5 ill'I__¡¿"'~.3.1..3 SÞ5 i. ·=_L. 00; í4S" ;2",0-f!l_:J~:! _ ß..;¡},15 : Z·J1 !l~O_-pI'IW..:.._____ 8 ____.____ _ -------~--'_.- ~-_._..._------ ~._- ... ¡ 1 2 3 4 5 6 7=== ; _ ____ ___ ___ _ _ ~Jê...",,: 4~V ;. ~~J~ -e:iíIZJ, ¡ ~--~- Rr ø. ~(ûnA r {Jt.:dJi'~.s . i"...- ø~~3,:;~¿;D Gv;::{Z~''''lli --'l:Lß--- io~£__1Jf;:__I?_()_lr__/P:4'~~J~. _ ~ll_'Zf. _~.f___f-~t_____5" l' __--1,;. _.n'L _lb.tt _-¡Lf.__7Iyl_L.£f__ L';.2J~__ _. '1 j-l-' ~ 1__1~~E_~___ _ __,-1_ il2 _.Li,. (. __It _ lZ a _ 71'1 fO'. 3[ 4 ( Ii. Z f 1 Þ__~-f:~ _ ~ '1 11.11 3 '-(__~:____?!> _'Z_4..__tIJ. _~I dJl j,;7 .3-,-__ _iJJ.J.fJL_ _:ð ., _ 4 75-: 0 /,.5' Is.f z2 fP iï I ,3;( ¿;3: i ,11 1tl : toi 'f:() ; ¡: S , _:::=-i:_ :;S::iŒ=-i{jr-'-~~;4:-~~ j~ i. :L }~ .[ ~~ ._. g~! - I , 8 z'- 3.5 ~~_.f 11, zz: :~_ _!l..._!.LL.1'!._.J..i",!?¡ _ fD-i- 1: --- -15~;-~~--1/1--{15~-~~--~j -~';4 - ~;-~;~---{:~ -t~~l - -!~ 10 11 ------1L-J----.?~- ~].; rP----?t~_H_'(fL_..l~ ",'I _'_~fL~.J!.. f _ _ 11 12 ------14 _.3. __ ,~( _ ~3 ~.__1_~ 310~ ./$1__ iff---,/tww -1fI- __ /,()'____~ð f----t-'2 13 ______ __i~_~J~ ~l,O ~~: 1 ~---jlq. L..J_~___ jðc~~.!!L fr 14: ___ ~D_¡ __. _ 13 :: --- - 75~¡b- jt-I': ~;~1----1o-l !l·f----$r~I.€~----- -I---r~f--J:--t--f-- :: 1&__It~ /7.t, 21+: _E&_____~'L _.1J.~1 ~!. 11& 17 I : ~ 1'7 18 --------- r--1 '--:---118 :: y I---l-~---I :: ~--~---+ I I I 21 ----- I ---- f--- I i 22 -t------~--i ; 23 I I ì 24 . I 1 2S ; I I' : i . ¡ ,! 26 I i --t----¡- -- -¡- t-J----n~-_- -t-L- 21 1 I I : 28 ------.--------.---- -------t -----. <- --;----t ---f ---i-·--u~-. I i I ! : i 29 I --- 4----1 -----T~ i , ,t I 30 i ! -t---H--- ! f- I l· i :: ! ! -I-t-------- -1-- ---- -1.- 33 ----í,I--~I-+i---c--; .~. -t--r~++ :: i __J u I __ j _ l __ 36 , 37 _______.___ u ¡Ii :: _._~~~_.~- -~. - -~. --~~~l-ulji - f- 40 I I 21 22 23 24 25 2& 27 28 29 30 31 32 33 34 ---,-..-------...;..-.---------'-.- 35 3& ___ ~ 1-------------- _______·_·____·_·0 _._-~- ---- 38 39 40 C-2 I . . I I Log Analysis ARMOUR KANE Well Log Analyst 18360-6 Cantara St. Reseda. Ca. 91335 (213) 993-0586 April 28, 1977 Formation Evaluation I I I 111". Gordon Legg Husk;r o11/NÆ Operations, Inc. ,3201 C. Street Anchorage, Alaska 99S03 I I I I Dear Mr. Legg: Final log runs consisting of Dual-Induction, Neutron/Density, Sonic, D1paeter and sidewall cores were run at W. T. Foran #1 on April lS and 16, 1977. Log qualitY' was good w:i.th the exception of depth control - the sonic is su feet shallow to the Induction while the neutron/density is two feet shallow. 24 sidewall cores were shot and recovery was lÐO% although one gun misfired atter three shots. Neutron/densitY' matrix was changed from limestone to sandstone at 81,0. Correlative formation tops are: Sadlerochit 7622, Echooka 8194, Lisburne 8230, Kay-ak 8S6S and ArgiUite 879S. I I I I Quantitative analy'sis figures are attached. Water resistivitY' in the Sadlerochit computed .from the SP was 0.16 while that from the sonic Rwa was 0.19. Average porositY' from the DensitY' was ]J,¡% and .from the sonic 19% which confirms the shaliness indicated bY' the Gamma Rq. Water saturation computed from Rwa values ranges from 80% to 100% in- dicating no significant bJdrocarbon accumulation which confirms the drill stem tests regardless of the oil shows on the mud log. Cross-plots of Neutron-DensitY' in the Echooka and top of the lis- burne indicate a corrected porosity- of about 14.5% and indicate a high dolomite to limestone ratio in the Echooka with the percentages reversing at about 8230 which suggests that depth is the Lisburne top. These dolomite-limestone ratios are confirmed bY' the geologist's strip log. Rw from the SP was again 0.16 but this could be in error 'due to the some- what erratic nature of the SP. This figure was used in Sw calculations and resulted in a range of 60% to 97%, again confirming drill stem test results. Below 8262 porosities are probibitively- low. Very truly 1'Ours, I ú~~~~ ~e- ..,. I Armour Kane I I I C-3 . . I I I I I I fu5Kf_OJI.jtYPR OP,:"~'# r~~~i_I:~. - t(_~"-~~~~4J -.!!!._~_______ _______ 8 $e;: ii ~;¡ø 1-iJð-:¡i) Ill! T = i 95 ":,, / i~(/J :' ?dO R;~-~T;¡(dJ-¿3 -;'~~~~(iJJi ![_<. ¡2':¡i ~-.,}~!_£~:~/¡ ~-';i~- t!¡J'; ~"'t ~ .. j;.~t5" 7 _ _====, 2 3 4 5 6 7==== ~- I J' --"l1 ~ . 0pùi.I1'IE Cfllr ..--- .-1 3 ------ . . '-i2~- ø~ -(j¡.J--lir I (¡"J;/J) Ge ~W"-S ,1"~-:-R~:S';Þ------!¡ __114.~1"~_u¿L__~L_~:t_2r -lt~L-tr _.~{'~{~_~t_l14r_ - ~- .-. -~ -iil 3 t~if~r--~/f j}-}:-:t t;_L=.;~- -~t/'~11~_: .,iI J.1;~ +- .-~ -ii: : IJ Ji:~ r -f? -~;}--î~-- -11 --1~-- .j¡ -:i:' i;'--ii--!~jl!!!,: I I . ! . ! I . I 1 ~2c? nl f J .2: - 2 I .- 11. . J q --- if -. ì ~:!- u1~ . . r I -+~r¡ - I' t· 116 ,··'~>,¡H .. f- -~1=~~- ·~··--i11..~·. JL~a__:t;~~t.~..)Li··: 1: -~~;l- .-- t- -'~f--1,---~ -~;'~--1tji-'r'~~-- ::t-t~i~ '-'r- -f i 1: 11--211.?_.___iO'5: II JrJ 13 Jf,.. +1" .3_4- ~~/ ,/. . [8"4- I~._..__ II 12 __/1"·1!_ _..._/J'1L'I·'7l...._._. . _.____________/. _:.__ 1-__l___-i..._-I12 13____ -----. -- - --- -7.-- --- ~:----- . --~-t---- -1--f---l-113 ::---. -T--- /i.91.oIJ¡ f< It - ~~_l!!I ß AI.L'_1' -'-flc1 .£f~~ -~,.. = o...:!. ~--r~--t --1- -- !:: 16 r------L-- H' ~--~ .x:~ð"!.,.._Ikt(/~iy . I -1. I 116 17 , _lZJ.d'1J~lt¿._LK~.!~:_~~.___~_ _~__ _ tuu I . 17 18 ~~ 2." '" 1(: iø, I?! 13 4¥/.I.D 1J'f I, 18 19 (22,Þ , D 4 f 1, -1-"H(.. i lJ 5;ð!til1-'---1? --- -+ m:_~ 19 20 '{Z J..) ~ Z i ~Å 1£ D 2ZryZi> ~D - f/¡~"fI}e .lr 'f:,1' (},.L,SBVRI/£"¡ 20 21-.ß~~__~~ ( ¡2 ,. 12 It ItlÞ--W-_l- I I; ;21 22 _f:?..f S- _+1.E : I 'f ¡..r----.!...~__~__..i!Iii.. '-fl1 i -+-.-~J 22 23.rj2Z 20 1 ,(" la, Q.. "J4.I>Ù¡¿l111 i I' 1'123 " =ti{$ '7;' " .:; ~~ ~-;f--i1Ó¡'í/'~I~-'~I--i- 24 25 . :1'3 ? Iø /, 1) 0 ¡.S SJ 2 A 'f~/JD JU 25 I .....l : 26 [ :- I --¡-- 27 -r-- ...L-+---L-- ::-~--~-~--=~-~---- I -+I~- -'-~I --=~¡-t+1 --::t :: . I I! I 31 I ! i I. I, 31 32 I ! -¡--.-- ! --I ! _____ I I ___L-..__,_ +--~I 32 , I I ! : 33 '--r-- r---+--- _.____________. -L_L _1.._ 34 ! , i 35 I' i .__.. _..____._ .__~. ¡ _____ --4-- ._,.~~_.__ 36 : i: 37 n-.-ruu-~--~ __ _: . un!__ , 38 I· I L': ¡ . 39 , '--1'-'-" --, - - t-..-..---, I i I I I 40 I I I I _C WI..SON JONES COM~.NY 07507 GREEN FAT, APF'L. FOR MACE IN U.S.A I I I I I I I I I I I I I 26 27 33 34 -~- .r' - ...--"-- 35 36 - -~-- - ---- .. - _..- ___... ..._ __ uL..._ __'_"___uu' ___·___.._u -.---t---.--~-+-- ¡-- . ..~__ _~_ ~='~~~uu_ -'" _~_ I :: n~~-~ -~~t 39 40 C-4 I I -I':. :~ r:-iU5KYJ WEll NAME W. T. I . . HUSKY OIL NPR OPERATIONS. INC. U.s. GEOLOGICAL SURVEY 10NPRA Foran No.1 DRILL STEM TEST REPORT FORM DST. NO. 1* DATE-M5/77 ïe~t interval """Nlron Tesled Ivishak Drill Collar LengthnOt availahle I.D. I T Qlal Deplh I ChOKe Size: Surface I Hole Size 8-1/2° 7587-7676' 7676' Drill Pipe Length 7~!;5' I.D. 4.?R Packer Depthls} 7395 (i n 10-3/4M casi ng ) 28/64" Bottom Hole 314M Ft. not ava11able Depth Tester Valve Fl. Cushion Type water 1000' Amount TEST DATA RESISTIVITY/CHLORIDE DATA I Tool open at 11:15 a.m. Imlial flow period 15 In,ual shul·in period 30 Final Ilow period 120 Final shut·in period 240+ Unseated packer at not ava11 ab 1 e hrs. min. min. min. min. hrs. Recovery Water Recovery Mud Recovery Mud Filtrate Mud Pit Sample Mud Pit Sample Filtrate Mud Weight Resistivity Chloride Content ._oF. ppm @I_OF. ppm ._oF. ppm . _oF. ppm @I_OF. ppm vis cp I Descrtptlonolinilialllowperiod Opened with medium ~l-º", for one minute. increased to strong_ blow and remained throuqhout test. Strong blow. I DeSCriplion ollinalllow period I TEMPERATURE I ESI. Actual 196 of. I Inrlral Hydrostatic Inilial f~ FLOW Final r Closed In ¡ .., Initial I n FLOW Final I' or. - Closed In !nitial J FLOW Final Closed In Frnal Hydrostatic -.- I ...... I I Cushion water R .covered 3á~ f!~vered 1101 Recovered 5784 Recovered I PRESSURE DATA Gauge No. J192 Gauge No. T882 ' Gauge No. T219 Depth: 7:379 ft. Depth: 7414 ft. Depth: 74'4 ft: Hour Clock Hour Clock Hour Clock TIME Tom A.M. Opened P.M. Opened A.M. Bypass P.M. RepOrted I Computed Minutes : Minutes of. Blanked Off Blanked Off Blanked Off Pressures Field I Office 3893 Pressures Field Office 3957 Pressures Field Office 3942 3726 1R1)r; 334& 'u~r; 3744 11J7!; 33e6 ~77':1 3763 1Aq? 3415 ~7q1 3819 3806 3867 RECOVERY DATA Type Depth Back Amount 11.2 bbls. Pr !s. Valve Feet".f water cusfl10n \ reve, "ed out) FeeUCMlUrat-hole mud (ro.!versed out) FeetÞXIU fonn water (reversed out) Feet/bbl of r-- ! I I Surface Choke Bottom Choke I Flowed water cushion to surface (11.2 bbls). Shut-in; reversed out 369' of water cushion. 1107' of rãI-nole mud and ~/134' of fonnu1on water (lZ.500 ppm Chlor1ae). =---SâîïìP1eCfiãiii6ërhad 0.25 cubic feet of gas ana Z.400 cc Of water _____ (12.59Ô-ppi(chlõrid~) Remarks I ---_.~_._- ------- * DST report was reconstructed on 2/16/83 from infonnation in files. I G. W. Legg Pr,pared by 11/78 D-1 I . . I - ~ '-::C ~~ HUSKY OIL NPR OPERATIONS, INC. U.S. GEOLOGICAL SURVEY 10NPRA l>UJ5XY! 'illêLL NAME~ Foran No. 1 DRILL STEM TEST REPORT FORM DST.NO. 2* I DATEjjJJ77 ~'o""a"·"~ T.sted --Lis.b.urne 8-1/2" Hole Size 8205-8253' 8253' I Drill Collar Length T ~st J nter'¡31 I.D. Drill Pipe Length - ntal Geetn 1.0. Packer Deøth(sl Ft. C:rv-,e S,ze: 3urface I Bottom Hole Deøth Tester Valve Ft. Cushion Type Amount I TEST DATA RESISTIVITY/CHLORIDE DATA Resistivity Chloride Content @_oF. ppm @_oF. ppm @_oF. ppm @_oF. ppm @_oF. ppm vis CP Recovery Water Recovery Mud Recovery Mud Filtrate Mud Pit Samøte Mud Pit Sample Filtrate Mud Weight 'TOOi open at In't'al flow period InitIal shut·in period Final flow period F,nal shut-in period Unseated packer at hrs. min. min. min. min. hrs. I I Misrun. DescriPtIon of initial flow period Descr:ptlon of final flow period I -.----_._-- PRESSURE DATA I I Gauge No. It. Deøth: Hour Clock I ¡ Blanked Off I Pressures Field Office I I Gauge No. ft. Depth: Hour Clock TEMPERATURE I Gauge No. i Depth: i TIME It~ Hour Clock TOOl A.M. Opened P. M. Opened A.M. i I Byøass P. M. i ¡ Reøorted I Comouted I Minutes I Minutes I j of. Blanked Off EH. Blanked Off I of. Actual Pressures Field I Office I Pressures Field Office Init'al Hydrostatic _ , InItial; F LOW Final; Closed· In I Initial FLOW Final Closed In Initial F LOW Final Closed In Final HydrostatIc I - ¿;.. I ..... I RECOVERY DATA r--- I Deøth Bgk Pres. Valve Surface Choke Bottom Choke Tyøe Amount Feet/bbl of Feet/bbl of Feet/bbl of Feet/bbl of Cush. on Recovered Recovered Recovered Recover~d I Remarks I ----_._--- ------- -·-----_-0 I * DST report was reconstructed on 21.16/83 from information in files. D-2 G. W. Legg Prepared by I 11/78 I .'- ~. d. .~ . ;.1·:);S .~<y] I ::: u.. ,\J A 1',1 E _\i._I._Jº.,..~ No. 1 '''ê.,,)____Li~burne '.'3; ~ 820tj:..8283~_ I ,,:¡, ~o¡)tn n_____8?ªª_'__ HUSKY OIL NPR OPERATIONS, INC. U.S. GEOLOGICAL SURVEY/ONPR. DRILL STEM TEST REPORT FORM DST. NO. 3* DATE ~D 1/77 HOle Size -ª=' 1/2" Drill Collar Length 10.-=-__ 4.28" 10. Drlil Pipe Length 8154' Packer Depth (s I 8198 and 8206 I ¿':: ; ,-'(¿ __ 28&4.".__ Bottom Hole 3/4" Ft. I TEST DA T,A I 3:10 a.m. èDen ·:jt ,,¿~15- j ,',utn "e',od 30 ':'.0:': ""',od__!2!L____ 'nc,t·n pef'od 12Q _______ . ".'lkcJ ,Jacker aL..1:57 a.m. I Depth Tester Valve not available Cushion Type water 3313' Amount RESISTIVITY/CHLORIDE DATA hrs. mm. min. mIn. min. hrs. Recovery Water Recovery Mud Recovery Mud Filtrate -- Mud Pit Sample Mud Pit Sample Filtrate -- Mud Weight Resistivity Chlonne Content @_oF. u,..m @_oF. pc:" @__..___.0F. ____;:~J¡i\ @_oF. _____~JD'n @_oF. _____pcm vÎs ::) - .-, 1r.,n ofnltlal flow period Tool opened with a_s.!!_g_h~~!..~, steadily building to a medium blow. ~--_.~~-- I . . ,i fln~I~~w oenod --.-ftr~l'1g blow from bottom _~~-=-ga lion bucket ("0" p. s. i .) ----~- I PRESSURE DATA I - . -. -- ~. .' -'. .R-- E·. -. -. Ga.u-g~-N;'-j-392 -~auge No. ¡--.¡""" I U - _ __~'Pth: 8176 ft. DePth: Hour Clock -------- .. OF. 8!ankp.d Gff I ...:;.,~ ",1;31 201 Pressures Field Office 4329 OF --- ..... -¡-.¡rr¡S!3t!C ~_.._- in!{IJJ - - F;na: ----- --,--- I >,"d In 4042 -----:--=!;~~;ì__ 14ž:L_____ F.,lal____15..4L_~___ ~_._'Sðj In~_22.6.o__~ "'·:'al I ~;naj -----~ '_~!cs¿rl In ,+- "'~a;,~-T-;rr481 -¡emp. -.. ~- __.l-Z010F I I I water Type 2044 628 Amount Feet~ltt( Feet'bbl of F eet:bbl of Feet'bbl of ." I - ~----~-_._~_.- J300 I Gauge No. 8271 ft. Depth: Hour Clock _.--- J301 8277 ft. I Hour Clock TIME Tool Opened Opened , Bypass . Reported Minutes .; Blanked Off Blanked Off . ., - Pressures Field Office 4390 Pressu res Field Office 4423 ? ".1. . ComD""''¡ :,\,l,nu:;::s -~_._- 4076 1..4_80 1585 2310 4092 1.48.1 1594 2310 -- -'-'-'--'~- 4362 188UF 4385 185°F RECOVERY DATA Depth Back 3313 Pres. Valve rat-hole mud form~tion water Su rface Choke 30ttnn\ C~oke --"'---~ - - - .~_.- I Reversed out 3313' (55.7 bb1s.) of water cushion, 2044' (36.3 bb1s.) of rat-ho 1 e mud and 528 rTn .Z-lffiTS:-joTfOrmatìonwaœr- (12,150 ppm ch 1 orlde¡'--- --- --. ------~~--- ---~-- Recovered2:17cubi¿-feet--öfgi'isìn-sampre-cnamber with 1,900 cc of fTuid-,---- whi ch was 4% oil, 7% dri 11 i ngînua-andJ39~\'Iat:er_Jl1 ~~Oº_.F..P_I!' ch 1 ori de) . ___ _ _______ I ---.---.-- * F1 ui d recovered from knock-out$ubat 7846' . _ DST report was reconstructed on 2/16/83 from information in files. --------,..-- I "--'---'--'-~ -'---_._,---~-- G. W. Legg U-3 -- PrepJred by , , 78 I i'~?-' .~ . HUSKY OIL NPR OPERATIONS. INC. U.S. GEOLOGICAL SURVEY/ONPR. DRILL STEM TEST REPORT FORM DST. NO. 4* DATE~!20/77 10-3/4" Hole Size I r~USXY] WELL NAME W. T. F~ran J!~_1 -~,,~n ,,,,tea __Xupa!:.~~_~iver_san~stone I ¡"5t 'nte'!"' __~_7512-7ª-2_º-{~\"fS) Drdl Collar length 1.0. ¡,otei Death __886_4'--.peTILI5_65' Drdl Pipe length 7407' 1.0 3.75 I ,-.)<:),\e :~,le' Su r' ace 16/64" Bottom Hole 5/8" Packer Depth(sl 7428 Ft. Depth Tester Valve not available Ft. Cushion Type water Amount --'?J)~ I TEST DATA RESISTIVITY/CHLORIDE DATA I T 00: open Jt____-º609 'TLaì t!c"",,, "Jeriod 15 'n",a; ,hut·:n period 30 ~nJI "ow ;)"riOd__120 :~:;la¡ shut·ln pe!'ïod 240 Un')l;dted packer at hrs. Recovery Water min. Recovery Mud min. Recovery Mud Filtrate min. Mud Pit Sample min. Mud Pit Sample Filtrate hrs. Mud Weight Resistivity Chloride Content @_oF. ppm @_oF. ,JI)n1 @_oF. nom @_oF_ __"om @_oF. ____opm I vis C:J O"'C:-'DTion of initial flow period Fair to good blow throu.9.hout. -_.~~------_.--- --- ._~----- I .._-_._--~ J"c""Gn cf final flow pen ad -.i()º-cL1() strong blow, '~ii-fn-water to surface in 48 m1nutes'- ___ on final fìOW; salt water to-surface in HI minutes at rate-'õf~ __ __~~_-:-----T-bb 1 s .ll1~ --- ----- I PRESSURE DAT~ J192 I Gauge No. J300 : Gauge No. 7408 ft. , DePth: 7414 ft. ¡Depth: Hour Clock i Hour Clock Blanked Off I Blanked Off T219 7461 ft. Hour Clock TIME I T.::1PERATURE Gauge No. __.___-º..epth, ~---_._._----- Pressures Field Office 3791 Pressures Field Office 3885 Pressures Field Office 4027 Tool Opened Opened , Bypass Reported Minutes -'.. '¡' .. of. Blanked Off P,\1. A.:.'1. I -Ie: lai J9~L__ of. P .'.; '~'>jì ~·.'cJroStatic .__."_.~.~- :n!tla ComputCd Minutes ,=¡ ,""" ¡:;n::i I - - ,-:LI"j'.-V C'csed In 3754 Inltlai 1703 --f:~';;~726- ~;¡~;:~d 1-;'-:---3912 I -~---~-,- 3741 1709 __----1[79 3780 3829 1779 _~º~1 3838 - .----- - _--"" Ie 31...____ ____._ ::. Lr,>,V----E.inaj . , _________.,Ç!osed In ¡ J/bJ , _~drO~:T:_1 ---- 38Z1 3118 I RECOVERY DATA I I - --------~.._--- Depth Back Surface Amount 500 I Pres. Valve Choke JOCØ(i'bbi.of water cushi on (500 I ) x~/bb.nfformation water (14,OOO ppm chloride) Feet!bbl of Feet/bbl of Bottom Choke .;,_~c, "n water Type ,--.. _:~'_"-i(:.::0______,__a.._ 88_ ,:';_:c.cv,,,ed___ 131__ -' -''-":0'., ~::re(j - ~<''''''2d , " '~~ ,;.;. s __Recovered 0.25 cubic feet of gas, a slight trace of oil and 2,360 cc ~p'f~~er-frorñsamp TeCh-amcer. -- I - '.'-------.-- ---~-----_._~--_._~ -~~.- _.' ---~--,-----~-~-~--_.._._---- I ._-_.~-~-_.__._~-_.._--_.~ .~_._.. -~.__.._------_. ---- . --. ---.-- ~--~-- I * DST report was reconstructed on 2/16/83 from information in files. -_._--.',---,,---.. G. W. Legg D-4 Prepared bV 11 78 I I , I I I I I I I I I I I I ,I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE ~907) 279- 4014 P.O. BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD. WATER ANALYSIS P.EPORT OPmtATOa Hus kv 0;.1 Company DAT- May 4. 1977 1RLL .0 W. T. Foran No.1 LOCATION nzLD NPR No. 4 pORKATION COUHTr' Dn'BRV .T. STAT. Alaska IAKPU pROll... LAa .0 5754-1 DST No. 1 Top of test tools ----a.q Ii CONCLVIIOIfI· £!!!!!L .!!!Il!. !!!!!! ~ .!!Ii! .æK! ..... · · · · 6947 302.21 ..... 420 8.74 --- . · · · · · 5 0.13 a.IadM . . 9900 279.18 c:.w.. . · · . · · 100 4.99 ~ 120 4.00 ~I"'. · · · · · 12 0.99 .......... 1000 16.40 .. . - - · - H,..... T..a ea-. - . . . 308.32 TOIIIJ AaIa.a . - - . 308.32 or.. ....... ..... ..n - - - - - 17997 lpeciIc ¡ f~ _ . ...1'.: ø.cl ...... '" -.11 17602 0-.- . . . - 0.38 ~pII · · · - - - - - - . 8.7 ~.~I_"'" . . . . 0.38 WATD AJLU.YSIS PATTERM .. Sample above d-=ribed IŒQ ... tiait Na ~ Ct 50 Na Ct Ca RCOa 5 Ca. RCO, lie so. 5 Me: so. ¡r. co, 5 ¡r. co. (lie ... .. ~ ~ ...... We. Eo .. U) .OTII: 1Ic/I=....... ... .... 1IeV1= ...... .......... .. _ ....._~_~.H___ E-1 I I I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE ~907) 279- 4014 P.O. BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD. OPDATOW W'ZLJ, WO PmU) COUJlTl" STATW WATER ANALYSIS REPORT Husky Oil Company DATW May 4, 1977 LoU NO 5754~2 W.T. Foran No. LOCATIO~ NPR 1t4 PORMATION nrTUV.U. DST No. 1 Alaska IAJlPLZ PR01l.. Bottom of rat hole mud --,,-q . CONCLUSION" Drum #1.300 strokes 0.. T .sa. !!!14 ~ .!!Il! .!!!Ill! ..... · · · - 7387 321. 34 I.... . . . . 190 3.95 ---- . - · · . · 28 0.72 CIIIadde . 10300 290.46 c:..w.. . . · · - · 170 8.48 Cv'-- 96 3.20 11-. . · · · · 23 1.89 :81c:ari1aute 2123 34.82 IRa . · · · · ~ T..a c.-... 332.43 TOIaI ~ 332.43 -ro.¡ ....... ...... -.II 1 9239 lpeciØc . Ak 11 11 a ..-1".: IÞCI ..... '-t -.II - - . . . 1871 2 01lMnM - . . . 0.37 -" 0...... pII . . . · . - . - - . 8.6 (1,'-1........ . - . . 0.37 WATER AHA1.YSIS PAT1"BRH 8caJe SaaapJe aboYe cI-=riIMd KEQ I*' l1ait Øa II CI 50 Øa CI ~ . I · Ca · HCOa 5 Ca HCOa ~ I 1(1' . ¡ so. 5 MI so. P. COa 5 P. co. (.. - t. ..., ø..- ....... II.. 'It. .. r.o .OU. .aII=....... ,. - M<VI= ...... ..-- ,. _ ..... -... ~__ D--. .. R_ _ "- _ E-2 I I I I I I I I I I I I I' I I I I I I · . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. Ta..EPHONE t 907} 279- 4014 P.O.BOX 4- 1276 ANCHORAGE, ALASKA 99S09 4649 BUSINESS PARK BLVD. WATER ANALYSIS REPORT ORUTO." Huskv Oil Compal'\Y WZLL 110 W. T. Foran No. lPJ'RT.ft NPR #4 COUJrrT STAn Alaska DATW May 4. LOCATION PORKATION DfTUVAT. IAMPU VR01L. 1977 ·LAa NO 5754-3 DST No.1 M;d~l~ of rpcovpry _r--._-.t CONCLV.IO...· Drum No.2. 800 strokes S!!!!!. .!II!!. !!!!!! ~ .!!I!! .!!!Il! ...... · · · · 8749 380.62 ....... 180 3.74 PI" . · · · · · 32 0.82 CIIkriIe . - 1 2500 352. "50 c:.J,åa . · · · · · 220 10.98 ~ 108 3.60 II', - . · · · · · ')7 2.22 :lbñaaate . 2122 34.80 .. . . · - · · · ~ T..a c:.ø.. · . . . 394.64 Totù ..... . . . . 394.64 T'" ...... ...... ..n · · 22862 8pIc:I&: ............. 8 ".11'.: lIaCI .... '-. "'1 · - · · 22344 OIlMrMj, . - . . 0.31 .L .. - 0...... pH · . . · . · · 8.5 ~.JV'I_"" . . . 0.30 ÿ .~ WATD AHAL~-SIS PATTERN Scale Sampla abov. cIeKribed IIBQ per Uait T' Ma · .. Cl 50 Ma .. Ca RCO. 5 Ca ~ . ¡' lie ~ so. 5 Me .. 1'. . co. 5 1'. - Cl RCO. so. co. (II. .... ill _ ~ ___ II.. It, .. u) 110'1'1&. 1IcI1=....... _ - .0V1== ............... __ ..... _..........,..__ ~ . B_ _ "- ___ E-3 I I I I I I I I I I I I I I I I I I I . · CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TEl..EPHONE t907) Z79- 4014 P.O.BOX 4- IZ76 ANCHORAGE. ALASKA 99509 4649 BUSINESS PARK BLVD. WATER ANALYSIS REPORT OPDATOW WKLJ. _0 IPmLD C:OUJlT'l' STATW Huskv Oil Company W.T. Foran No. NPR No. 4 DAT" May 4. 1977 LAB _(!I ;7;4-4 LOCATION PORIlATION DfTDVÞ.T- nC;T Nn _ 1 IAJlPU ,,)t01l.. End of recovery Alaska - -&--" CONÇLV810n· 1450 strokes £!!!!!!. 5!!. ~ ~ .!Ill! .!!!!Ill ..... · · · · 8575 373.01 ..... . . . . 2 0.04 F~- . · · · · · 30 0.78 CbIadde . . 2500 352.50 c:.w.. . · · · · · 184 9.18 eu-... 120 4.00 -I, · · · · · 24 1.97 Sbñaaate 1732 28·40 z.. . · · · · ìbdroa:kIe T..a c:.... 384.94 Toa.1 Ama. 384.94 r.. ....... ..... "'1 . . . . . 22288 IpedØc lI......-........ 8 ..-1'.: HaCI ..... '-to -.II . - . . 21948 0...... . · . . 0.31 _L ... 0...... pB - . . - - 8.2 C·I_"'~ . · . - 0.31 ÿ WATER ANALYSIS PATTKRH ScaJe Sample .boY. deIcribed IIEQ I*' 11ait ø. . Cl 50 Øa Cl I I .. HCOa Ca , 5 Ca HCO. I ... III ., so. 5 Me- so. l; 11'. . . co. 5 11'. co. (lie _ .. .... ~ ....... .... Eo ... LI) .O'ZS, 1Ic/I-....... .. .... .-.11= ....... ........ .. _ ...... _ _ '-. ...·-'1 ~. _ ~ '"-_ E-4 'S¡, I I I I I I I I I I I I I I I I I I I . · CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TEL.EPJ-IONE 1907) Z79- 4014 P.O.BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD. OPmtATOW W1D.L XO PmIJ) COURTT STATW WATER ANALYSIS REPORT Husky Oil Company DAT- May 4. 1977 LAB XO 5754-5 W.T. Foran No.1 LOCATTON NPR No. 4 POJUlATTON DfTDV.t.'. DST No.3 Alas ka IAJlPU l'ROK.. F1 u i d recovery --&.a . CONCLVIIOXl' April 11. 1977; recovered 2.17 cubic feet gas at 1100psi. 1900cc fluid CA"' I .!II!!. J!!!I4 ~ .!!!It! :!!!14 ..... · · · · 8166 355.20 ....... 28 0.58 1',- . · · · · · 32 0.82 CIIIariIIe . · . 1 2000 338.40 c:.w.. . · · · · · 182 9.08 ~ · . . . . 144 4.80 ..... · · · · · 23 1.89 BIarboaate · 1415 23.21 l.- . . · · · · · ~ T..a c:..-. . . . · 366.99 Toe.J .w- . - - - 366.99 T... ....... ....... -.II · - - - . 21271 IpedØc r---. a 61-1'.: JhC1 ... ~ "'1 · - . - · 20994 0'-"- - · . . 0.32 oa....A pH - . · - - · - . - · 8.2 C·J~I..-.I . · . . 0.32 WATD ANALYSIS PATTERN IcaIe SuapIe aboYe deIcribed IlEQ ,..1ïait Øa Cl 50 Øa Cl Ca 0' RCO.. 5 Ca HCOs . lie ¡~ so. MI" so. 5 P. . COs 5 P. co. CR. - Ie ....., ~ ...... ... z. .. U) HOft. IIVJ=....... _ _ 1hV1= ...........-. _ ... ..... -... ___=Ior ~ . B__ _ "- ___ E-5 I I I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE t907)Z79- 4014 P.O. BOX 4- 1276 ANCHORAGE, AL.ASKA 99509 4649 BUSINESS PARK BLVD. OPDATO. wm.L .~ pmLJÞ COtnrTr STAn WATER ANALYSIS REPORT Husky Oil Company DA'J'1! May 4. 1977 LU HO. 5754-6 W. T. Foran No. LOCATION NPR No. 4 pORMATtON ~V~T. OST No. 4(Perfs at 7512-20) Alaska SAMPLE JPJtOK... first water to surface __-A__ a COHCLVUO"· SamD1e taken 4-20-77 at 7:42 am £!!!!!!. .!II!!. eta ~ .!!!It! æIl! ...... - . · · 1337 58.17 ........ . . - . 600 12.48 PI . · · . · · 5 O. j QJadde - . ~uu 5.64 . c:.w.. . · · - · · 140 6.99 ear..... 360 11.99 II, · · - · · 11 0.90 ........ 2200 36.08 Jna . · . · · ~ T..a c.ø.. · . . . 66.1 9 TCItIIJ A-.. . . . . 66.19 -r..¡ ....... ..... ...n 3737 .pedIc r~.c Cii "·P.: HaCI .... .~ -.II . . . · 3045 oa...n. . . . . 1.82 0-..... p8 . . . . . 9.5 ~.I_J_"" . . - . 2.0 WATD ANALYSIS PATTERK ScaJe SaapIe eboge de8cribed IIEQ per tïait ...-, ø. f Cl 50 N. Cl I II Ca- .. · Reo. 5 Ca ReOs : lie - '1 so. Me ~ so.. I 5 - Pe_ eo. 5 Pe eo. c.. - too ...... cøMIo ...... ... Eo .. LI) .Oft. 1IcI1=....... ... _ 1hV1= ....... ..- ,. _ ....._~w ~. ø____ '"-_ E-6 I I I I I I I I I I I I I I I I I I I · . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE t907} 279- 4014 P.O. BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD. OPDATOW W:a.L NO ¡mnn COU1f'1T STAn WATER ANALYSIS REPORT Husky Oil Company DAT1f May 4, 1977 UB NO 5754-7 W. T. Foran No. 1 LOCATION NPR No. 4 PORMATlON _ DrrBRVAL DST No. 4(Perfs at 7512-20) Alaska LUlPLK pROK... 8:35 am fluid .. .---........ CONCL'UIIO'" S!!!!!! .sa. .!!!!I!! ~ .!!I!! .æsa .... · · · · 2637 114.70 ...... . · · · 1080 22.46 P.· . · · · · · 7 0.18 CIIkriIe . . - · · · 1500 42.30 ~ . · · · · · 13 0.65 ~ 936 31.17 n, · · · · · 1 D.OR ~ . . · · · 1200 19.68 ~ . . .. . · · · 11"'" 1'..a c.ø.. · · · · 11 5 . 61 TotIIJ AIdoa. . . . . 11 5.61 T..a ...... ...... ..n · · · · · 6765 apedlc. .lnaJt~ . "·P.: JteC1 .,.4. ~ -.II · · · · · 6201 0...... 0.98 rOo ~pB · . . . . 11.5 c·~,.., . . . . 1.0 ~ WATD ANALYSIS PATTKR1'f 8caJe Sample above cIeecribed IIEQ pill' Uait .-, Øa . ~ Cl 50 Øa Cl Ca HCO. 5 Ca HCO. lie S04 5 lie so. Fe CO. 5 Fe CO. (We ..... .. ...., cr..- ...... ... E, .. LQ .Oft. 1Ic/I=........ .. .. .-.11. ___..-- .. _ ..... - ~iop ø..-. . ø........ .-.- .... _ E-7 I I I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE t907) 279- 4014 P.O.BOX 4- 1276 ANCHORAGE. ALASKA 99509 4649 BUSINESS PARK BLVD. WATER ANALYSIS REPORT OPDATOW Wm.I. 110 lI'mLD C:OtnnT 8'1'ATW Husky Oil Company W.T. Foran No.1 NPR No.4 DAT1I! May 4. 1977 r..u 110 5754-8 LOC:ATIO~ PORMATION nrrBRV~~ DST No.4(Pprfs at 7512-20) SAIIPU P'R01l.. 4-20-77 at 8:55 am fluid Alaska ....-.&.wa . C:OIIC:LVIIOJI8· Sample taken 2 minutes before cycling for final shutin S!!!!!!. .!!Ir!!. .!!!I!! Amo. .!!I!! .!!!Il! .... - . - · 7944 345.58 ......e. 550 11.44 PI" . - - - . · 69 1.77 cw.w. - - - - - - 10600 298.92 CIIåIa - - - - - · 20 1.00 ~ 204 6.79 or, - - - - - 0.1 0.01 BIarIIoaata . - - - - 1903 31.21 .. - - . . - - - HJ*uIde T..a c:.dIM 348.36 T-.J A--. - . . - 348.36 '1'''' ........ ..... -.II - - . . - 20325 lpeåØ&. ÁtI.LI . "-1'.; HaCl _.. ..... -ell 19678 0..... 0.35 ~L ~.. .. .- - . . . . . . . 9.5 "'.~I.~ . - . . 0.35 "\. WATEa ANALYSIS PATTERN leal. SøapIe .... deIcriIMd IIEQ ,.. tlait Øa Cl 50 Na '. Ca HCO. 5 Ca III S04 5 III ~. P. - co. P. I 5 :-l.- Cl HCO. so. co. (.. .... .. -... ..... ...... .... K. .. 1.1) .ens. 1Ic/I==....... .. - ...,... .-.- .....- .. _ .............~. ~ . --- ---- -- E-8 I I I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. Ta..EPHONE (907) Z79- 4014 P.O. BOX 4- 1276 ANCHORAGE. ALASKA 99509 4649 BUSINESS PARK BLVD. WATER ANALYSIS REPORT OPUATO- Wm.L .0 PmLD COUllT!' STAn Huskv Oil CompanY W.T. Foran No.1 NPR No.4 DATW! Mav 4. 1977 LU NO 5754-9 LOCA.TION lPO.MATION nrrBRV~T. OST No. 4(Perfs at 7512-20). IAIØU P'1t01L. 4-20-77 at 8:57 am f1uld Alaska - -...--. CONCLUSIon. Sample taken at final shutin .S!!!!!!!. .!!I!!. .!!!:!J!! ~ J!I!! .!!!!IQ ...... · .. . - 7635 332.12 ..... . . . - 530 11.02 ...- . · · - - - 71 1.82 CbIadde . . . - . . 10500 296.1 0 CIIcfIa . · · · . · 50 2.50 ~ 144 4.80 '., · · · . · 1 D.OR a___ . - . - . 1500 24.60 IRa . · · . · JiIJdnDde T..a c::.ata.. 336.52 1'-.1 ~ 336.52 T'" ~ ...... -.II 19670 a~r.w.l~ .~.~: NaCI .......... ""1 1 9107 0..... - . . . 0.38 ~pB . . . . . 9.5 '-.I~I~ . - . . 0.36 WATD ANALYSIS PATTERN IcaJe Sample abøv. deecn'Nd KEQ 1* tiait ø. -- I f Cl 50 Øa Cl RCO. 5 C. RCO. so. 5 MI SO. co. 5 Fe . CO. Ca III v F. ,J --. c.. ..... to ....... cr..- ...... ".. It, .. LIJ _Oft, 1Ia/I=......... _ ... ...,.= ...... ~ _ _ ..... --- .........-.-.r D.-,. . R__ _ '"- _ E-9 I I I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE t907) %79-4014 P.O.BOX 4-1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD. WATER ANALYSIS REPORT OPDATOR Wm.L .0 PmLD COUHTY STAn Husky Oil Company W. T. Foran No. 1 NPR No. 4 DAT1! May 4, LOCATION pOJtIlATION DCTBJtV ,.r. 1AllPL& P'ltO". 1977~ LAB NO 5754-10 Alaska OST No. 4(Perfs at 7512-20) Sample No. 1 after reversing - - -..q . CONCLVllon· S!!!!!!. J!!I!!. .!!!!I!!. ~ .sa .!!!Ill ..... .. .. .. .. 7226 314.33 .... 350 7.28 Pr- . .. .. .. .. .. 70 1.79 CIaIaride .. .. .. .. 10000 282.00 c:--. .. .. .. - - .. 61 3.04 ~ 60 2.00 --, .. - - .. - ?O 1.64 IUt..I& - '-" 1800 29.52 Ira .. - .. .. .. .. - 1f7*oDde ,.... c:--. 320.80 TotaJ A.-. - .. .. - 320.80 r.. ....... ...... -.II 18673 8peciIc ,....... fa tatep.: N.c:¡ ...... ';' 11III1 18130 0... 0.38 -' ~.pØ .. - .. .. .. 8.3 ~.'rl....... . .. - .. U.Jts . ~ WATU ANALYSIS PATTEJUI ScaJe SuDpIe abov. deIcriIMd IO:Q per 1ïait ~ C& ~ Cl 50 Øa I. .. HCOa 5 Ca , . . r ¡ so. 5 Me I . co. 5 P. Cl Øa ~ HCO. ., so. P. co. <.. .... ill ...... ø..- ...... II.. Eo .. UJ .Oft. 1IcII.---"- _ - --.11. ...........-- _ - ..... - .... "'-., .,..... . B_ .....- "- E-10 I I I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE t907) 279- 4014 P.O.BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD. ,PDATO. wm.r.'.O IPm1.D COUN'I'T STAn WATER ANALYSIS REPORT HuskY Oil-Company DAT1I! May 4,1977 L.u HO- 5754-11 W.T. Foran No.1 LOCATION NPR No.4 PORMATION nr.r.zRv~r- DST No. 4(Perfs at 7~IZ-ZU) A 1 as ka IAMPLK FROv... Sample No. 2 .11!-........ CONCLVIIORl' Samp1 e taken halfway reversing out, 729 strokes 5!f!!!!!!. .!Ill!. æsa .!æ!! .sa .-a ...... ,. ,. ,. ,. 9809 426.70 s.ua.. 40 0.83 PI" . ,. ,. ,. ,. ,. 50 1.28 CIIIarfde ,. ,. ,. . 14500 408.90 c.w.. ,. ,. ,. ,. ,. ,. 263 13.1, Cu__ .' 90 3.00 ~I·. ,. ,. ,. . ,. 34 2.79 8Iañouta ,. . 1900 31.16 IRa ,. ,. ,. ,. ,. 1IJdroDde ,. ,. ,. . ,. T..a ~ ,. . ,. ,. 443.89 T'" ~ ,. ,. ,. ,. 443.8Q .'1'''' ........ ...... -.II 25722 8pedØc NIIIiIIaIIÞ lit .....: HeCl _.Ä. '-to IIIWII ,. ,. ,. ,. ,. ,. ,. 25323 0........ 0.27 _L 0--... pH ,. ,. ,. ,. ,. ,. ,. ,. ,. ,. 8.3 c-I~I_"'" . ,. . . 0.27 , .L WATD AHALYSIS PATTERN 8caJe Sample above cIeIcribed IŒQ per tïllit I -, ø. Cl 50 :k. . Cl 'I .' Ca " RCOa 5 C. ,. RCO, !fo ,1 'P ~. lie " SO. 5 III SO. . I I .. ,.. CO, 5 "e . CO. (.. -- - - ~ --. If.. Eo .. U) BOt'll. 1IcIJ=........ .. IIoar .-.11= ...... ..- .. _ ............~.. ~ . B_ ___ "- _ E-11 I I I I I I I I I I I I I I I I I . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TEL.EPHONE t907) 279- 4014 P.O.BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BLVD, WATER ANALYSIS REPORT OPDA'J'O. Husky Oil Company Wa.L .0 W.T. Foran No.1 pTRyn NPR No.4 COUJITF 8rATW Alaska DAT1I! May 4. 1977 LOCATION PORMATION DrrBRVAY. DST No. 4(Perfs at7512-20) aAJlPL:& PROlL. Sampl e No. 3 U. NO 5754-12 _- -"-"'.CONCLUIIORl: Sample taken after reversing out. 1458 strokes .!:...:-!. .!!I!!. !!!!!!!. .ðæ!!. .sa J!!Il! .... . · · - 10013 435.56 .... 10 0.21 PI" . . . · · . 52 1.33 CIaIaride . . . 14800 417.36 c.w.. . · · . 255 12.7Z CatIIaMte 120 4.00 '"I, . . · . . 38 3.1 Z .......... 1900 31.16 ... . . . . · · . ~ '1'..a c..-.. 452.73 Tacu ~ . . . . 452~73 T..a ....... ..... -.II 26224 8pec1Øc ....'.'If fit ..e)'.: JhCI ..... ..... -.II . . - - . 25852 0-.- . . - . 0.26 oa..n.& pH . . . . . 8.3 ~al~I""'" . . . 0.26 WATER ANALYSIS PATTERl'I .... ..... aboge cte.cribed IlEQ ,.. tilÙt Ha Cl 50 Na Cl \ II Ca i BCO. 5 Ca BCO. lie ::J . so. 5 Me so. '} ". co. 5 ". co. clle __ ill -.. .,.... ........ ... It, .. LI) .0'1'1I. 1IV2=~ _ low ..vI= ....... ..-- _ _ ........... ~-er ~ . - - "- __ - - E-12 I I I I I I I I I I I I I I I I I I I OPUATOW wm.L K., JPI1I!1,n couwrr STAn . . CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE (907) 279- 4014 P.O. BOX 4- 1276 ANCHORAGE, ALASKA 99509 4649 BUSINESS PARK BL.VD. WATER ANALYSIS REPORT HUSKV Oil ComDanv W.T. Foran No. NPR No. 4 5754-13 Alaska ÐATW! May 4, 1977 LOCATION POJtIlATION DfTBJtVAT. DST No. 4(Perfs at 7512-20} IAMPLK PROK.. Samp1 e chamber LAa JIG .-Y"-- . COJlCLUlIO...· c:." I .!fit 0 ~.23 œ!!!!. .sa .!!!!It! ..... " " - - ...,... " " <1 0.00 p-- . 86 2.20 CIIJaride " " " " " _ 13000 366.60 c--. - " " - " - 173 8.63 ~ " 0 0.00 "I, " - - " - 31 . ?~5 .......... " 1830 30.01 I.- " " " " - II,...... T..a ea-. - - - " 396.61 1'-.1 Am- " - " - 396.61 'J'..a ........ ........ acII 23001 BpedtIc ,.......- ,. "-1'.: JfaC1 -.4. '~ -.II 22616 0...... . . - " 0.34 _L 'I ~pJI " " " " - - - - - - 6.1 ~.I~'.--' . " " " 0.31 ." ~ WATD ANALYSIS PATTERK .... ...". above cI-=riIMd IlEQ ,.. Vait I Øa II 1 , ''t . Ca lie P. . Cl 50 Na - - Cl RCO. 5 Ca RCO. ~ ,~ so. 5 XI so. ~ ,. f _ co. 5 P. co. I ~ (If. ..... ill ..., ,....... ........ If. £ .. U) IfOU. IIWI......... III'......,... ................ III'- .... - ~:::.. ~. ø_.-.- "-__ E-13 I I I I I I I I I I I I I I I I I I I . .  CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE (907) 279-4014 P.O. BOX 4-1276 2603 ARCTIC BLVD. ANCHORAGE, ALASKA 99509 CORE ANALYSIS REPORT Compay W.u Nt! PI'!'" ComIty S.... HuskY Oil Company WT Foran No. 1 NPR No. 4 natA May 4. 1977 T «'ftÍ1QIft 'R'ormatiOft neptha nrilliDc Plai" T -b. N.... 5648 Alaska c-cr.t P-..... H-H....... 0-0,. UOIUfD NJt-JI. ~ II J -. ........ t.""':: v-v..... v_v_ ...-"" ........,&.1" M""'_AYtO" --"&.In -- ~ -- -...n .........IIA.... ·4_...... ..__ -... -- .... - - _....,..... .arn...... _.IDUaL OIL ""'''L W...... ...- AC'. ..ct. COR E, N U M B E R 1 (i 5 3 9 - 7 5 5 7) 1 7539-40 20.3 107 3.74 2.0 61.9 2 7540-41 20.7 92 33 1.7 44.0 3 Congl 7541-42 8.3 200 5.44 1.0 70.1 4 7542-43 11.1 0.26 0.01 3.6 76.0 5 7543-44 17.8 0.86 0.83 3.9 49.9 6 7544-45 23.6 93 100 5.7 57.0 7 7545-46 16.0 1.40 0.1 D Trace 68.4 8 7546-47 6.9 0.11 0.09 Trace 78.0 9 7547-48 10.0 0.28 0.06 Trace 61.1 10 7548-49 4.2 0.12 0.05 0 52.9 11 7549-50 1.5 0.05 0.07 0 90.3 12 7550-51 3.8 0.13 0.03 0 82.6 13 7551-52 3.6 0.13 0.04 0 90.6 14- 7552-53 8.0 0.06 0.05 0 91.5 15 7553-54 8.9 0.05 0.06 0 89.8 16 7554-55 10.3 0.07 0.02 0 88.0 17 7555-56 5.3 0.02 0.02 0 92.6 18 7556-57 7.7 0.6 0.03 0 87.7 F-l I . . I I A CHEMICAL & GEOLOGICAL LABORATORIES OF ALASKA, INC. TELEPHONE (907) 279-4014 P.O. aox 4-1276 2603 ARCTIC aLVD. I ANCHORAGE, ALASKA 99509 CORE ANALYSIS REPORT I CoIIIpaIa? Husky Oil Company nat-May 4, 1 977 T ü. N~ 5648 weU No WT Foran No. 1 T «IÛCJOI PI,," NPR No. 4 t:orma~('ft Coua~ Alaska nepth. I S..... nrilling Fluid c.-o.. LZGIUfD :;-: -~ ~... "- H-H....... v-v..... 0-0.- II-I......... .... v_v_ I ............ NIt........_" SATUiltATlO". -.......,.,. -- ~ -- ~ ............... % ~. ... % ,......... -........ -- ..~ - - _aao..,& waftCAlo ..IDII.... .... 'f"O'r..1. WA...- -.- AC'O -- I c 0 ~ E N U.M B E R 2 (8 2 5 3 - 8 3) 19 8253-54 4.1 0.03 0.02 Trace 92.1 I 20 8254-55 6.0 0.12 0.08 Trace 90.3 21 8255-56 3.1 0.18 0.05 Trace 80.6 22 8256-57 6.7 0.13 0.06 Trace 93.1 I 23 8257-58 6.3 0.12 0.08 Trace 90.6 24 8258-59 10.4 1.46 0.89 Trace 89.4 25 8259-60 14.3 3.00 0.26 Trace 90.3 I 26 8260-61 9.0 4.32 0.23 Trace 89.6 27 8261-62 13.6 0.8t 0.27 1.1 76.8 28 8262-63 8.1 0.80 0.34 0.3 86.5 29 8263-64 11.7 1.01 0.04 1.6 89.0 I 30 8264-65 10.7 0.61 0.16 1.4 91.2 31 8265-66 2.4 0.04 0.01 Trace 94.3 32 8266-67 1.1 0.01 0.01 0 94.8 I 33 8267-68 1.3 0.01 0.01 0 99.2 34 8268-69 1.0 0.01 0.01 0 96.8 35 8269-70 1.5 0.01 0.01 0 95.7 I 36 8270-71 9.7 6.68 0.29 Trace 86.8 37 8271-72 0.8 0.02 0.01 Trace 95.7 38 8272-73 5.2 0.02 0.01 0 93.0 39 8273-74 1.2 0.01 <0.01 0 97.0 I 40 8274-15 8.7 0.35 0.07 Trace 96.8 41 8275-76 2.8 <0.01 0.01 0 95.4 42 8276-77 6.4 0.05 0.04 Trace 93.1 I 43 8277-78 9.1 0.14 0.08 0 82.8 44 8278-79 8.9 0.36 0.04 0 83.6 45 8279-80 6.2 0.09 0.05 0 84.6 46 8280-81 7.2 0.02 0.03 0 91.2 I 47 8281-82 10.6 3.78 0.02 0 94.4 48 8282-83 6.0 0.04 0.06 0 96.8 I F-2 I INTRODUCTION . . . . DISCUSSION . . . . . . NOTICE OF INTENT TO DRILL (Department of the Interior) . NOTICE OF INTENT TO DRILL (State of Alaska) AS-STAKED LOCATION PLAT . . . . DRILLSITE . . . . . . . . . . . . RIG UP AND OPERATIONS HISTORY . . . . DRILLING TIME ANALYSIS . . . . . . . DRILLING TIME CURVE . . . . . . DRILLING MUD RECORD BIT RECORD . . . . . CASING TALLY . . . . . . . . CASING OR LINER CEMENT JOB DRILL CUTTING DESCRIPTION . . SIDEWALL CORE DESCRIPTION . . . . WELLBORE SCHEMATIC . . . . . ABANDONMENT HEAD . . . . . . . . . . . . TEMPERATURE AND WIND VELOCITY DATA RIG INVENTORY . . . . . . ABANDONMENT REPORT (Department of the Interior) ABANDONMENT REPORT (State of Alaska) . . . . . . . I I I I I I I I I I I I I I I I I I I . TABLE OF CONTENTS . . . . . . . ......... . · . . i ii-iv 1 2 .... 3 ...... 4 · . 5-12 .13 . . . . · . . 14 15-16 · . . 17 18-22 23-27 28-33 . . .. 34-37 . 38 39 40 41-43 44 . 45 . . ,. . ..... ~\,..,- " I I . . INTRODUCTION I I The W. T. Foran No. 1 well is located in Zone A of Naval Petroleum Reserve No.4, North Slope, Alaska. The well is 671 feet from the north line and 564 feet from the west line of Section 13, Township 17 North, Range 2 West, Umiat Meridian. Drilling related operations commenced with rig up on February 13, 1977, and terminated on April 30, 1977. I The well was drilled to a total depth of 8864'. The primary objectives of the well were the Sadlerochit Formation and the Lisburne Group, with second- ary interests in the Kuparuk River Sandstone. At the conclusion of drilling and evaluation operations, the well was left in a temporarily abandoned con- dition, with cement and mechanical plugs set at selected intervals. I I Husky Oil NPR Operations, Inc., supervised and directed the drilling and support operations as prime contractor for the Navy. Nabors Alaska Drilling, Inc., was the drilling contractor and Nabors Rig 25, a National 110, was the drilling rig used. I I I I I I I I I I I < D , ,~ ~ I i I . . I DISCUSSION I Field operations at the W. T. Foran No. 1 location commenced on November 23, 1976, with the mobilization of construction crews and equipment re- quired to build the drilling pad and ice airstrip to accommodate C-130 Hercules aircraft. Construction work was completed on December 20, 1976, and the crews and equipment moved to another location. I I Rig move in operations began on January 31, 1977. The rig, Nabors 25, had been stacked at Nabors' yard at Deadhorse. The rig move was conducted using Hercules aircraft and was completed in 20 days with a total of 110 loads, including cement and other miscellaneous equipment. Rig up ope- rations began on February 12, 1977. Rig up was completed in 21 days and the well spudded March 6, 1977, at 12:00 midnight. I I Weather conditions during rig move and rig up were generally good; but intermittent winds of 25 to 35 knots with blowing snow did hamper flying conditions on three occasions. I During rig up, a 20" conductor had been set at 80' and cemented with Arcticset cement. An 18 1/2" hole was drilled out below the 20" conductor to 2440'. Minor problems with clays plugging the flowline were corrected with the addition of phosphate to the mud system. The hole was logged from 2440' (logger's T.D.) to the bottom of the conductor with the .Dual Induction Laterolog and BHC Sonic/Gamma Ray log. The log tools reached bottom on the second attempt. The BHC Sonic/Gamma Ray log did not record the intervals 2440' to 2350' or 1700' to 400'. After logging, the 16" casing was run; but after three joints were run, problems with damaged couplings were encountered. After inspecting the casing and conditioning the hole, the casing was run to 1454' an9 stuck. Circulation was estab- lished, but the pipe would not move.- A four-barrel pill of free-pipe was spotted around the shoe. Four-barrel increments were pumped six times while working the pipe with no success. The 16" casing was then cemented to surface with 1605 sacks of Arcticset cement. I I I I I A 16", 5000 psi BOP stack (SRRA arrangement) was installed on the 16" casing head. A 5000 psi choke manifold and kill line were also installed. The 16" casing was tested to 2000 psi and drilled out with a 13 1/2" bit to 3544'. The drilling rate had to be reduced due to the excessive clays being drilled. Drilling continued to 6380' where lost circulation occurred. Approximately 150 barrels of mud were lost. Drilling then continued to 6805' where another 40 barrels were lost. Lost circulation material was added to the mud and drilling continued to 7539'. Core No.1 was cut from 7539' to 7558' with full recovery. Drilling was resumed to 7591', the 10 3/4" casing point. The 13 1/2" hole was logged from 7568' to the 16" casing shoe with the Dual Induction Laterolog, BHC Sonic/Gamma Ray log, Compensated Formation Density/Compensated Neutron/Gamma Ray log, and the High Resolution Dipmeter. Twenty sidewall cores were attempted and 18 were recovered. Intermediate 10 3/4" casing was run and landed at 7587'. Two FO cementers were run in the string and landed at 1339' and 1295' for use if Arctic Pack procedures became necessary. The 10 3/4" casing was I I I I I .~. (";:. .i"; I ii I . . I cemented with 1000 sacks of Class "G" cement containing turbulence inducer and retarder. Approximately 75 barrels of mud were lost while mixing and displacing the cement. I I BOP equipment was tested and the casing tested to 3000 psi. The 10 3/4" casing was drilled out with an 8 1/2" bit and the formation tested to a 0.61 psi/ft gradient. An 8 1/2" hole was drilled from 7587' to 7676'. DST No. 1 was run over the interval 7587' to 7676' with the packer set in the 10 3/4" casing. A total of 125 barrels of formation water, containing a very slight amount of disolved gas, was produced. Drilling was resumed to 8253'. DST No.2 was run over the interval 8205' to 8253'. DST No.2 was a misrun. Core No. 2 was cut from 8253' to 8283' with full recovery. DST No. 3 was run over the interval 8206' to 8283', recovering 11.2 barrels of slightly oil cut formation water. Drilling was resumed to 8864' T.D. The 8 1/2" hole was logged with the Dual Induction Laterolog, BHC Sonic/ Gamma Ray, Compensated Formation Density/Compensated Neutron/Gamma Ray log, and the High Resolution Dipmeter. A velocity survey was also recorded. Twelve sidewall cores were attempted and ten recovered. I I I I All logs were recorded on magnetic tape and computer log interpretations were prepared using Schlumberger's Synergetic Log Systems. A single shot devi- ation survey was run while drilling. The 18 1/2" hole remained "straight," with a maximum deviation of 10 at 536' and decreasing to 1/40 at 2440'. After drilling out the 16" casing and while drilling new 13 1/2" hole, the deviation increased to 4 1/40 at 3000' and to 80 at 3544. The deviation gradually decreased to 1 1/20 at 4581' but increased to 70 at 7537 and 7591'. After running 10 3/4" casing and drilling out in 8 1/2" hole, the deviation decreased to 1 1/20 at 8594' but increased to 80 by T.D. at 8864'. I I I At the conclusion of the log evaluation, cement plugs were placed across selected intervals in the 8 1/2" hole as follows: Plug No.1 from 8280' to 8080' with 70 sacks Class "G", Plug No.2 from 7724' to 7574' with 65 sacks Class "G". A Variable Density/Cement Bond log was run in order to determine the cement quality behind the 10 3/4" casing across zones of in- terest to be tested. A retainer was set at 7565' in the 10 3/4" casing. I I The 10 3/4" casing was perforated over the interval 7512' to 7520' at four shots per foot. DST No. 4 was run over this interval with the packer set at 7437'. The test recovered 131 barrels of formation saltwater containing a very slight trace of oil. A retainer was set at 7470', and the perfora- tions were squeezed with 65 sacks Class "G" cement. Ten sacks were spotted on top of the retainer. I I The 10 3/4" casing was cut at 950'. Lost circulation around the stub was encountered, requiring 80 barrels of LCM mud to stabilize the hole. A 70-sack plug of Class "G" cement was spotted at 940'. The mud was reversed out to water and then to diesel. The well began to flow back diesel. Another plug consisting of 208 sacks of Class "G" with 2% calcium chloride added was placed from 942' to 842' in the 16" casing. A surface plug was placed in the 16" casing and the abandonment marker installed. The rig was released April 24, 1977, at 6:00 p.m. I I The rig was rigged down and stacked on location for the summer. I I iii I .. . I Detailed drilling information in the form of bit records, mud summary, time analysis, and casing and cementing reports, as well as geologic descriptions, is included in the body of the report. I SNOW MELTER OPERATION I I A snow melter was used during the drilling operation for water supply. Surrounding lakes were shallow and froze to bottom. The closest source was approximately 12 miles southwest which made the use of a snow melter feasible. The snow melter unit was oil fired with 6MM BTU output. The unit was equipped with a diesel powered generator for remote operations. A front-end loader and cat were used to support the operation. The cat was used for stockpiling snow and to relocate the snow melter as required. Snow was fed into the melting chamber by means of the front-end loader. The operation was very successful and resulted in a considerable savings as compared to supplying water by means of all-terrain vehicles. The following is pertinent data associated with the snow melter operation. I I I Days operated: Total water output: Total fuel consumption: Total hours operated: Average daily output: Average fuel consumption: Average daily operation: Peak daily output: 57 37,496 barrels 29,445 gallons 737 658 barrels 517 gallons/day 13 hours/day 1550 barrels I I I I I I I I I I I iv I . ¡·'orln 9-331 C (May 1963) . SUBMIT 1.."< TRIPLICATE· (Otber instructions on reverse side) Fo~m approved. Budget Bureau No. <\2-R1425. I UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY I 5. LEAST< DESIGN"TIOY AND snLu. ·NO. N/A 6. ur UiDIAN, ALLOTTEE OR TRIBI!I HAMil DEEPEN 0 APPLICATION FOR PERMIT TO DRILL, DEEPEN, OR PLUG BACK DRILL @ GAS 0 WELl. 1a. TYPf; OF WORK -.1lLA 7. UNIT AGRIIIJlMENT NAMJI I b. TYPE OF WELL OIL r;;-] W}-;LL LðJ 2. NAME OF OPERATOR OTll};R SI:'IGLE zo~n; o PLUG BACK 0 MUI.TIPLE ZONE o N/A 8. I'ARM: OR I.li:ASG NolAnl I Husky Oil NPR Operations, Inc, 3. ADDRESS OF OPERATOR 3201 C Street, Suit~~O, Anchorage ~ AK_2~03 4. LOCATIO:;" DB' WELL (Report location clearly and in accordance with any State requirements.') At suri.:Hce I x ~ 704,057. y ~ 6)156,945. At proposed prod. zone Same I;¡:-i>ISTANCM IN MILES AND DIRECTIO:;" FRO~I NEAREST TOWN OR POST OFFICE' Sec 13~ T17N, R2W I _ß2_miles Eª¡:Lt-ºf Barrow 15. DISTA:iCE ERO)! PROPOSED· LOCATIOS TO NEAREST PIlOPEUTY OR Lt~ASE I.INE, FT. (Also to nearest drlg. unit line, if any) -IS. ms-:-i~-C;¡-FRo~1 -¡;ïï-õrosÈDLoCATIÓN-' _n_ TO Xr;,\REST WELL, DRILLIXG, CO.\IPLETED, OR APPLIED FOR, ON THIS LEASE, FT. 16. NO. OF ,'CRES IN LEASE 4200' 23,680,000 19. PIWPüS¡:i}f) HEPTfI I 122,800 ' 8820' --- 21. ELEVATIONS (Show whether DF, RT, GR, etc.) I + 8' Gt (est:1...!._ 2:3. 25' KB (esù_, PROPOSED CASING Aè\D CE?>IENTING PROGRAM I SIzr; OF Hor.E \7E1GHT rER FOOT ! RETTING D~;PTII ==-13:LLk.:-.25l-1 80 _.__84_J.~s~) ~5.Qj)_ 60,7 (ss-Ç< 5) 7000 32 (N-80) Liner SIZE 0.' CAS !NG 26" _ 18~" 13!z " 8!z" __2Q____ __Lf> 10 3/41: 7" I I Naval Petroleum Reserve #4 9. WELL NO. W. T. Foran 1,11 10. FIELD AND POOL, OR WILDCAT Wildcat 11. SJ:C., T., R., :M., OR BLK. AND SURVEY vR AREA Sec 13, T17N) R2W 12. COUNTY OB PARISH 113. STAT!II No. Slope Bo~ough, Alaska 17. NO. OF ACRES ASSIGNIIID TO TlIIS WELL N/A 20. RO'rARY OR CARLI!: '1'001.8 Rotary I 22. APPJlOx. DATE WORK WILL START· January IS, 1977 Qt:.HITITY 0" Cf:YEO'IT -.--.- j'-º_E>_llx.f~LG-.e w /P~rt1!~Lf rO$_t____ j'o _º_\lrface ~/PeLm-ªfro~_ 250 sks Class "G" 340 sks to cover entire liner length w/Class "G" This form is being filed for information purposes only. Please refer to letter from Director) Nav~l ~et~oleum and Oil Shale Rtserves, Serial #394, 27 August 1968. I I I IN ABon: SPAO: DESCRIBE PROPOSI:D PROGI¡,DI: If proposal is to deepen or ph:; back, giye data on present productive zone aud proposed new productive zoue. If proposal is to drill or ùeepen directionally, give pertinent d:lta on s1Ibsurfac;; loeations :,nd measured and trlle vertiC3.1 depths. Give hlowout prf'vcnter program, if any. :~""'''" . _ ~--i .~ __ ~_~c_,,~;=r!ll':~ Man..ge"-- __ _----">= ('rhi,; space for Federal or State office use) I I 1epted ~!~!~~! --(O~~. S_~~~ nO~~E_~ ~~~~~IT~---~ITLI:_ COXDIl'IO:-¡S OF API'ftOV.U.., IW .-\XY: .\.T'PROV AI. })ATM --~- OTL AND C,:\S SUPf;I\VlSOB DATE OCT 2 9 1976 I 4f ~ 1 I . SUBMIT IN TRIP.TE (Oth..r .nltructlonl on revero.. Ilde) I l"onn 10 - 401 REV. 1-1-71 STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE' I. I PERMIT TO DRILL OR DEEPEN 1.. TYP. or "'0.1t DRILL /XJ DEEPEN 0 N/A e. LZASI: DIBIGNATION AJII1) SDUAL NO. N/A 7. IF INDIAN, ALLOTTEE OR TRIBE NAl'tIB I II. Typa or "'.LL OIL fV 0.. 0 "'aLL l.AJ WIILL 2. NAME OF OPERATOR QT... IIINOL. 0 ZOIlIl MIJJ.Tlrl,1I 0 ZONE N/A 8. UNIT FARM OR LEASE NAME I Huskv Oil NPR Operations, Inc. 3. ADDRESS or OPERATOR ~aval Petroleum Reserve #4 8. Wtt-L ~O 3201 C Street, Suite 600, Anchoraie, AK t. LOCATION OF WELL At lurface QQ'101 W. T. Foran /11 10. Jl'IELD AND POOL, OR WILDCAT I x = 704,057. Y = 6,156,945. Sec 13, T17N, R2W. At proposed prod. zone Same 13. DISTANCE IN MILES ANÔ DIRECTION FROM NEAREST TOWN OR POST OFFICE· , Wildcat II. SEC., T.. R.. M.. IBòTToM HOLE OBJECTIVE) See 13~ T17N, R2W 12: I I 82 miles East of Barrow 14. BOND INFORMATION: TYPE N / A Surety and/or No. IS. DISTANCE FROM PROPOSED· LOCATION TO NEAREST PROPERTY OR LEASE LINE, rr. (AlSO to nearest drig, unit. If any) 4200 ' 18. DISTANCE FROM PROPOSED LOCATION' TO NEAREST WELL DRILLING, COMPLETED. OR APPLIED FOR. rr. 122,800' 21. ELEVATIONS (Show whethcr DF, RT. CR, etc.' No. Slope Borough 18. NO. OF ACRES IN LEASE Amount 11: NO. ACRES ASSIGNED TO THiS WELL 23,680,000 III. PROPOSED DEPTH N/A 20 ROTARY OR CABLE ·TOOLS I 8820' Rotary 22. APPROX. DATE WORK WILL START' I + 8' GT. (est.). 23. 25' KR (PS1:). PROPOSED CASING AND CEMENTING PROGRAM Jannary 15, 1977 I SIZE OF HOLE SIZE OF CASING WEIGHT PER FOOT GRADE SE'r1'ING DEPTH .., ?n" ?O" 111 k-'15 80 1~" 16" 84 k-55 2500 1 ~~" 10 ~/ú" 60.7 p_ 11 0 7000 8~" 7" 32 N-80 Liner quantity of cement To s~fface w/Permafrost To surface w/Permafrost 2'10 sks C1;:¡Rs "G" 340 sks to cover entire liner length w/Class "G" I I This form is being filed for information purposes only. Director, Naval Petroleum and Oil Shale Reserves, Serial Please refeL to letter from #394, 27 AUg~Rt'IESC ~ I 'Ill ~ ill OCT? 1 1976 I I DIVISION OF OIL AND GAS ANCHO~Mao;: I IN ABOVE SPACE DI!BCR1BI: PROPOSED PROGRAM: If propo_l Is to deepen .Ive elata on present productIve zone AI)d proJ)08ed new productive zone. It I!ro..PO....1 18 to drill or aeepcn dlrectlonany, _Ive pertinent cia",' on IÚbsurface IoQcatlo... and meao.uzeci and *"'" vertical depthl. Give blowOut preve9ter pro_ram. 24. I hereby ee~hat the Forecoinllla Trui1"1t Correct S!GNI:D ^- - 4. ~~ (Thll space for State iflee UIe) DATE T1TLJ: Drilling Manager DYES o NO CONDITIONS OF APPROVAL, II' ANY: MtToD LO'C 0'nDI:R REQUIJU:MJ:NTS: o YES 0 NO I SAMPLES AND CORE CHIPS R.EQt1ŒI:D DIRECTIONAL SURVEY REQU1RZD o YES 0 NO A.P.I. NtlMDUCAL COD. I $0 - /0.3 - 20010 PERMIT NO APPROVAL DATI: I APPROVED BY T1T1.&. *See IntlNCtionl 0.. R...... Side J)ATI: 2 r) 1°0 ....' .I ¡,'/ 1_ v I I I I I I I I I I I I I I I I I I I . ~ ~ C\J - ci ci . . T. 18 N. ¡T. 17 N. I I I 2 6 I 5 4 I I I <9~ I I I I 4C/"c- I I I I I O~". I I ~--- ¡ --~--------------¡------i-;~---¡ I I II I ~2 7 I 8 I 9 I I t. I I I I I I ~.) I I I L___ -~-___ IJ______ - --~-J------l------J I I '64' 18 I I I I AS-STAKED \ I I I I I FORAN No. I \., I I I t 15 I 14 h LAT. = 70°49'56.01' ~ 17 I 16 11 I I \J 13 LONG. =152°18' 11.23' I I I I x= 704 057 I f I I I y= 6 156 '945 \ I I ¡------: ---- I ---GRÕJ-NÕ'ËLEv:-ã,--¡\----t------¡ ~ 22 II 23 I ,24 \^- 19 : \ 20 I 21 : : ~ \ "\, -? I \ I I I I \ \J I \ I I ~ ----~i------1\-- -\- --- -0- -- -\~ot ~::.;---~ I \ I I.~ \ \ 'I ,. I I I è7 I I 26 I "\ 25 I 30~__./ : 2'1 /: 2A : I j I ~ _ ¡ ---2/ I I , ...___------,.../ I ~----- '-- -- --1-----7~-~ ___J__ ____.L______J CERTIFICATE OF SURVEYOR SCALE: t" = I MILE I hereby certify that I am properly registered and I ¡censed to practice land surveying in the State of Alaska and that this plat represents a location survey made by me or under my supervision, and that all dimensions and other details are correct. 7-;Z-¿- 7C:> Date (~/) t~k--- SURVEYOR " (; _..~~,,~,~\~ --t!. OF A( ,(1 \,. .~"-' ...... .C'-., '''<:'.'~l\ -"'r ,..~ ',..... . '. ',-- ..- ,;) '::''' '.. - Î '-""'7 . Y .~ ". ;>.. ' ... f ,. !4?T~ t:>j~ ".:. ..~ tI.. ~. ..,"þ'......'~..~....,... t, '- ...' K .lr~ t: ~ (-, ~1"""",f" t. .~,....... of. .~iC .... .. "r.......þ.~·.. . t· -, = ''. And,.,..( F Pr.o'!£ ! If / .~ ~..... .. .' ., . ~ . ;........ " "'.. . NO J ,4-_ .' -\. ... .,'. _,:....... __,~ II' . Þ,-,.. _ IÓ..,..., a' -ì .. .. ..... " .. . ".' ". .. D- ... ,." ¡¡. \. I. ~I ..' :~:..;.;:~ "...."" "", . .... "',......~!_:--... c. JR. t.S -STAKED FORAN No. I Located in NW 1/4 PRúfRACTED SEe. 13. T 17N_. R 2 W.,lJMIA' MERIDIAN.Ai<. Surveyed for HUSKY OIL N. P. R, OPERATIONS INC. Surveyed by F M. LINDSEY 8 ASSOC. LAND 8 HYDROGRAPHIC SURVEYORS 2502 West Northern Lights BOd!evard Bo~ 4 - ( Anchorage AIO~ 3 I I I I I I I I I I I I I I I I I I I - IX) o 10 , . W. T. FORAN DRILL SITE AI R FLARE PIT B~· " 4 RESERVE PIT / ~ 0 I ~ +~ WELL I AJ " ~D .1. \: 354' I .. . FUEL BLADDER 195' 1 i'o' 1 r'o' ;::¡~FLARE It) PIT \:I~_ -I<) ì >},f ~.. 50' .1 RIGINAL GROUN " It) " It) " SECTION A-A "-.' ~- , "': ,~1 . '- 220' RESERVE ¡PIT 352' ~ « <.) . "' o o ... , \. ""0 o , -, r- 10 .1 ,~,,<" \ lVI,' ORIGINAL GROUND 4 I I I 2/7/77 I 2/10/77 I 2/12/77 I I 2/13/77 I I 2/14/77 I 2/15/77 I I 2/16/77 I 2/17/77 I I 2/18/77 I 2/19/77 I I I .. . w. T. FORAN NO.1 RIG UP AND OPERATIONS HISTORY Moving in. Have received 46 Herc loads. Most of camp in- stalled; camp radio installed. Cleaned camp. Moving in. Have received 75 Herc loads. Began rigging up camp. Hauled and set matting boards; received kitchen unit and Dowell unit; built docks and received crane. Moving in. Have received 95 Herc loads. Insulated hallways. Kitchen is operational. Layed matting boards; set sub base and pin. Geoservices unit received from Fairbanks. 966 loader now operational. Mukluk radios in. Need north strobe, ceiling light, and five runway lights. Moving in and rigging up. Have received 103 Herc loads. Re- paired strobe and runway lights and pin sub. Rigged up motor sheds; set mud pumps; installed one mud end. Cleaned snow out of sub and buildings; unloaded Hercs. Road grader is on location. Rigging up. Have received 106 loads. Set walkways and steps; set in rotary beams, table, and bushings; set elevator and repaired; set theree engines and drawworks; cleaned out snow; worked on road and airstrip. Rigging up. Have received 107 Herc loads. Set in water tank, generators, mud pump, one mud pit, and accumulator. Set houses on pits. Hooked up diesel tanks and installed pit liner. Received BOP unit; cleaned airstrip; cleaned out reserve pit. Rigging up. One rig generator is running. Installed heat ducts, desilter, and mud agitators. Installed houses on four mud tanks; put derrick together. Set boiler feed tank and auxiliary water tank. Rigging up. Have received 109 Herc loads. Set mud mixing tank and mud hoppers. Completed work on derrick. Started hot air heater; installed fuel supply line and rig wiring. Hooked up miscellaneous lines. Received two welding machines and drilling tools. Rigging up. Set derrick on floor; strung derrick lights and blocks; set shaker; worked on pump suctions. Received mis- cellaneous wellhead equipment. Rigging up. Leveled mud tanks; installed centrifugal pump; hooked up compound; bolted down drawworks; welded on steps. Hooked up fuel lines to #z motor. Received Catco shop 5 I I I 2/20/77 I 2/21/77 I 2/22/77 I 2/23/77 I 2/24/77 I 2/25/77 I 2/26/77 I I 2/27/77 I 2/28/77 I 3/1/77 I 3/2/77 I I 3/3/77 I I I . . building. Sent Alaska General grader to Simpson; sent ele- vator, sewer pipe, and windwalls to So. Simpson. Rigging up. Welded and hooked up mud systems, ladders, and walkways. Raised derrick and installed floor. Installed light brackets and wired up power and lights. Rigging up. Completed windwalls; tied in rig electrical lines; worked on mud systems and boilers; set up Dowell cement unit and tanks. Rigging up. up location. Worked on mud system and winterizing. Ready to receive cement. Cleaned Rigging up. Worked on steam lines and mud system. Set winterizing and performed general rig up. Worked on snow removal. No aircraft in due to weather. Worked on steam and water lines, mud system shaker shoe, desander, and desilter. Set in manifold building. Received three loads of cement. Cleaned air strip. Received grader. Rigging up. Worked on mud system, steam heaters, and boiler lines. Performed general rig up. Worked on snow removal. Rigging up. Welded and worked on steam heaters; worked on boilers and piping to steam heaters; fired one boiler. Con- tinued miscellaneous rig up. Hauled cement and fuel. Worked on snow removal. Rigging up. Worked on boiler. Worked on mud system and steam heaters. Continued general rig up. Both boilers are now working. Set up snow melter. Rigging up. Started rig engines. Worked on mud system; set Hydril under sub base; worked on slide and catwalk. Performed general rig up. Tested snowmelter. Tested o.k. Rigging up. Rigged up miscellaneous lines; set shed on beaver slide; continued general rig up. Moved mud and cleaned location. Received Kodiak water tank. Rigging up. Rigged up miscellaneous electrical system. De- tected bad bearing in compound housing; pulled and returned to Anchorage. Set 20" casing w/312 sx Arctic Set II in annulus at 15.2#, set at 80'. Received Hough 65 and Kodiak water tank. Rigging up. Hooked up mixing pumps and feed pumps. Set beaver slide and catwalk. Continued miscellaneous rig up. Topped off 20" w/300 sx Arctic Set II. Stockpiled snow. 6 I I 3/4/77 I 3/5/77 I I 3/6/77 I 3/7/77 Footage 256' I 3/8/77 745' I 3/9/77 1276' I 3/10/77 163' I I I 3/11/77 0' I I I 3/12/77 0' I I 3/13/77 0' I I . . Hooked up miscellaneous lines; worked on mud system; repaired runway lights. Stockpiled snow. Rigging up. Welded on 20" head. Picked up kelly, set pipe racks, mixed spud mud. Stockpiled snow for melter. Rigging up. Picked up drill collars. Worked on pump #1; assembled blow down line and accumulator. Cleaned up location and filled mud pits. Tested 20" weld to 700#. Spudded well at 12:00 midnight, March 6, 1977. Total Depth: 256'; Mud Weight: 8.8; Viscosity: 80. Drilled out cement; drilling ahead. TD: 1001'; MW: 10.4; Vis: 45. Drilling. Plugged flowline. Added phosphate to system. Tripped at 991' for bit no. 2. No fill. TD: 2277'; MW: 9.8; Vis: 60. Drilling ahead. TD: 2440'; MW: 10.0; Vis: 84. Tripped in to condition hole for casing. Drilled to 2440'. Circulated 1/2 hour and made short (10 stand) trip. Circulated 1 1/2 hour. Dropped survey and SLM out. Rigged up Schlumberger tools. Tools stopped at 1360'. Tripped in w/bit, collars, and 18 1/2" stabilizer. Trip in o.k. Circulated two hours. Raised viscosity and tripped out. Ran Schlumberger DIL from 2440' to surface. BHC Sonic did not record from 2440' to 2350' or 1700' to 400'. Tripped in to condition for casing. TD: 2440'; MW: 10; Vis: 81. Prepared to run 16" casing. Ran shoe joint and two joints. Replaced collar from bad joint. Checked remaining casing and found 10 bad collars. Laid down casing and shoe. Tripped in and conditioned hole. Chained out and rigged up to run 16" casing. TD: 2440'; MW: 10.1; Vis: 71. Prepared to work stuck casing. Ran 36 joints of 16" casing to 1450'. Pipe would not go. Attempted to pick up; no movement. Broke circulation and could not get pipe movement. Ran stab-in tool on'drill pipe. Could not break circulation. Pulled out of collar; would circulate. POH and inspected stab-in tool. Circulated through casing o.k. Tripped in w/stab-in and sting in. Broke circulation o.k. Spotted four bbls of free-pipe around shoe. POH. Worked pipe. Pulled up to 225,000#. No movement. TD: 2440'; MW: 9.8; Vis: 60. Nippled up BOP. Pumped four- bbl increments six times, waiting 15 minutes each time for a soak period. Worked pipe each time to 225,000#. Pipe ,;.,~. .,.. I.C·, 7 I I I I I I I 3/14/77 0' 3/15/77 0' I I I 3/16/77 884' 3/17/77 341' I 3/18/77 334' I 3/19/77 419' I I I I 3/20/77 266' 3/21/77 340' 3/22/77 394' 3/23/77 462' I I 3/24/77 361 ' I . . would not move. Ran stab-in tool in drill pipe. Stung in and circulated. Cemented w/1605 sx Arcticset II, 15.2 ppg, w/14.7 ppg returns (53 bbls). CIP at 3:45 p.m. Displaced w/55 bbls water and 19 bbls mud. Circulated out excess and POR. Raised Rydril and set slips w/100,000fl. Cut off 16" casing. Nippled down and nippled up BOPE. WOC. TD: 2440'; MW: 9.4; Vis: 52. Nippled up BOP on 16" casing. Nippled up BOP, choke lines, and Cameron choke. Cleaned shale pits. Rooked up poor boy degasser. Pressure tested choke manifold to 5000 psi. Tested o.k. Filled w/diesel. Tested BOP stack to 2000 psi. Tested o.k. Tested casing to 2000 psi. TD: 2440'; MW: 8.7; Vis: 38. Built mud volume. Prepared to drill out. Finished nippling up; laid down 9" collars; picked up BRA. Tagged cement at 1372'; drilled float collar and cement to 1454'. Drilled out shoe. Drilled out stringers below shoe. Dumped cement-contaminated mud. Built volume. TD: 3324'; MW: 9.6; Vis: 52. Drilling ahead. Slowed drill- ing rate due to clay over the shaker. Treated mud for clay. Released one Rolligon water hauler and operator; released one D-8 dozer and operator. 100 joints of 10 3/4" casing on location. TD: 3665'; MW: 9.9; Vis: 63. Drilled to 3544'. Tripped out for new bit. Picked up monel. TD: 3989'; MW: 9.9; Vis: 58. Drilling. Drilled ahead to 3948'. POR. Picked up stabilizers. Reamed and conditioned hole. Drilled ahead. TD: 4408'; MW: 9.7; Vis: 43. Drilling ahead. TD: 4674'; MW: 9.8; Vis: 43. Drilled ahead to 4674'. Tripped out for bit. Inspected kelly cock upper and lower, saver sub. Preparing to drill ahead. TD: 5014'; MW: 9.7; Vis: 44. Drilling ahead. TD: 5408'; MW: 10; Vis: 44. Drilled ahead to 5314'. Tripped. Drilling ahead. TD: 5870'; MW: 9.9; Vis: 42. Drilling ahead. TD: 6231'; MW: 9.9; Vis: 40. SLM out of hole. 14' correction from 5897' to 5883'. Drilling ahead. ., 8 I I I I I I 3/25/77 403' 3/26/77 351' 3/27/77 250' 3/28/77 333' 3/29/77 2' I 3/30/77 52' I I 3/31/77 0' I 4/1/77 0' I I 4/2/77 0' I I I I 4/3/77 0' I I 4/4/77 10' I . . TD: 6634'; MW: 10.0; Vis: 41. Tripped in. Drilled to 6634'. Tripped for bit no. 9. TD: 6985'; MW: 10.0; Vis: 45. Lost 150 bb1s of mud at 6380'. Lost 40 bbls mud at 6805'. Slowed pump; returns o.k. Loaded system w/fine mica and fine nut plug. Brought pumps up o.k. TD: 7235'; MW: 10.1; Vis: 43. Tripped at 7227' for bit. No fill on trip. Reaming precautionary. TD: 7568'; MW: 10.2; Vis: 45. Tripped. Drilled ahead to 7568'. Tripped out. TD: 7539'; MW: 10.2; Vis: 45. Tripped out (SLM) and corrected 31' from 7568' to 7537'. Tested BOP to 3000 psi. Tested o.k. Tripped in w/junk sub; drilled two feet and cleaned out. Tripped out and picked up core barrel. Tripped in. TD: 7591'; MW: 10.2; Vis: 45. Tripped out to log. Cut core no. 1 from 7539' to 7558'. 100% recovery. Drilled to 7591'. Conditioned hole for logs. PORe TD: 7591'; MW: 10.2; Vis: 45. Rigging down logging tools. Rigged up Sch1umberger. Ran DIL, 7568 to 1458'; BRC Sonic, 7547 to 1458'; FDC/CNL/GR, 7566 to 1570'; RRD, 7566 to 2400'. Shot 20 sidewall cores; recovered 18. Rigged down Sch1umberger. TD: 7591'; MW: 10.2; Vis: 43. Running 10 3/4" casing. Tripped in and conditioned hole to run casing. Tripped out and rigged up to run 10 3/4" casing. Changed ram blocks to 10 3/4". Ran 10 3/4" casing (l00 joints in as of 6:00 a.m.). TD: 7591'; MW: 10.3; Vis: 45. Picked up BOP and prepared to set slips. Ran 178 joints of 10 3/4", 60.711, P-llO, 8rd casing w/shoe at 7587' KB and FS at 7545' KB. Ran a total of 14 centralizers. Circulated and cemented w/1000 sx Class "G" w/0.75% D65 + 0.2% D13R. Pumped 50 bb1s water ahead of bottom plug. Displaced top plug w/682 bb1s. Did not bump plug. Checked floats. O.K. Lost 75 bb1s of mud during cement job. CIP at 3:45 a.m. Picked up BOP and prepared to set slips. TD: 7591'; MW: 10.3; Vis: 45. Tripped in. Picked up BRA. Raised BOP and set slips. Nipp1ed up and tested wellhead to 3000 psi. O.K. Changed rams. Laid down 8" DC and picked up 6" DC. Tested casing and BOPs to 3000 psi. O.K. Tripped in. Corrected depth of float collar from that reported on 4/2/77 (7497'). Lower FO at 1339' and upper FO at 1295'. TD: 7601'; MW: 10.1; Vis: 55. Tagged cement at 7473'. Firm cement to float and shoe. Drilled 2' of new formation; dumped cement-contaminated mud; built volume and weight. Drilled to 7601'. Tested to 645# surface pressure. PORe " 9 .:- t<:. .. I I I I I I I I I I I I I I I I I I I 4/5/77 75' 4/6/77 0' 4/7/77 375' 4/8/77 202' 4/9/77 0' 4/10/77 30' 4/11/77 0' 4/12/77 103' 4/13/77 230' 4/14/77 149' 4/15/77 79' 4/16/77 20' 4/17/77 0' . . TD: 7676'; MW: 10; Vis: 45. Tested BOP and choke line to 5000#. O.K. Drilled ahead to 7676'. Circulated and con- ditioned hole. POR and picked up test tools. GIR w/DST #1. TD: 7676'; MW: 9.8; Vis: 40. Ran DST #1: 7587 to 7676'. Recovered 125 bb1s formation water at ~ 12,000 ppm. GIR w/bit. TD: 8051'; MW: 9.8; Vis: 45. Drilling ahead. TD: 8253'; MW: 10.1; Vis: 40. POR for DST #2. Drilling ahead. TD: 8253'; MW: 10; Vis: 40. RIR w/bit. Ran DST #2: 8205 to 8253'. Set lower packer at 8202'. Ran 3000' water cushion. DST #2 was misrun. Going in hole to condition for core #2. TD: 8283'; MW: 10.0; Vis: 41. Recovered one button insert in junk basket on conditioning trip. TD: 8283'; MW: 10.1; Vis: 50. POR w/core #2. Cut 36' core; 100% recovery. RIR to condition for DST #3. Ran DST #3. Set packers at 8206'. Test interval: 8206 to 8283'. Ran 3000' water cushion. Opened tool w/s1ight blow increase to medium. Shut in for ISI. Opened for final flow. Medium flow for two hours; shut in for FSI. No gas. No fluid to surface. TD: 8386'; MW: 10.1; Vis: 45. Reversed out DST recovery. Pulled packer loose. Tripped out and laid down DST tool. Repaired mud valve. Tripped in w/bit. Drilled ahead. TD: 8616'; MW: 10.1; Vis: 42. Drilled ahead. TD: 8765'; MW: 10.1; Vis: 42. Made ten-stand short trip at 8628'. No drag; no fill. TD: 8844'; ~M: 10.2; Vis: 41. Drilled to 8779'. Dropped survey. Tripped for bit. Tripped in. Reamed 100' to bottom (precautionary). Drilling ahead. TD: 8864'; MW: 10.2; Vis: 43. Drilled ahead to 8854'. Cir- culated samples. Drilled to 8864'. Circulated and conditioned for logs. Tripped out and rigged up Sch1umberger. Ran DIL, FDC/CNL, and currently running BRC Sonic. TD: 8864'; MW: 10.1; Vis: 44. Ran BRC Sonic. Ran RRD. Tool stopped at 8662'. Tripped in w/bit. No bridge; 6' of fill. Circulated and conditioned. Tripped out and ran RRD. 10 rípn'T I.",: ',' -t' I I 4/18/77 0' I 4/19/77 0' I I I 4/20/77 0' I I I 4/21/77 0' I I 4/22/77 0' I I 4/23/77 I I I 4/24/77 I I I . . TD: 8864'; MW: 10.1; Vis: 44. Ran velocity survey. Ran SWC. Tripped in and conditioned hole. Tripped out and laid down drill collars. TD: 8864' (PBD 7574'); MW: 10.1; Vis: 43. Tripped in open- ended to 8280' (49' below Lisburne). Spotted 70 sk plug of Class "G" with 3 bbls of water ahead and behind. Pulled out dry to 7724' (100' below Sadlerochit). Spotted 65 sk plug of Class "G". Pulled out dry to 7575'. Reversed out excess (5 sx). POH. Tripped in with casing scraper, three drill collars, jars, and drill pipe. Cleaned out to 7574' and cir- culated. POH. Rigged up Schlumberger. Ran VDL-CBL. Having electrical problems in logging unit. PBD: 7565'; MW: 10.1; Vis: 42. Schlumberger found short in CBL tool. Resumed logging with VDL-CBL/GR. Cement top at 6160'. Good bond above and below test interval. Retimed retainer setting tool. Ran Hornet II retainer on drill pipe and set at 7565'. POH and rigged up to perforate. Perforated 7512 to 7520' at 45 SPF. Picked up DST tool and RIH. Set packer at 7437'. Rigged up floor manifold. PBD: 7470'; MW: 10.1; Vis: 42. Opened DST tool at 6:09 a.m. Good to strong blow throughout. Salt water to surface after 132 minutes (15 minutes 10 + 117 minutes Fa). S1 and built up for four hours. Reversed out. Pulled packer loose at 2:15 p.m. Tripped out. Ran retainer set at 7470'. Squeezed with 75 sx Class "G", 2 3/4 BPM and 1500 psi FSDP, 600 psi. POH three stands and cleared drill pipe. Tripped out laying down. PBD: 7470'; MW: 10.1; Vis: 41. Pulled 10 3/4" casing. Laid down drill pipe. Picked up BOP and changed drilling spools. Tripped in with Tri-State cutters; cutter broke. On second trip, cutter slips would not set. On third trip, cut at 950'. Pulled casing. Power tong clutch failed. Break with rig tongs and rope out. PBD: 950'. Rigging down. Laid down 10 3/4" casing. Tripped in open-ended to 950'. Hole taking fluid. Mixed and pumped 40-bbl pill of LCM. Still taking fluid. Mixed and pumped second 40-bbl pill. Hole stabilized. Spotted 70-sack plug at 940'. wac. Displaced mud to water to diesel. Laid down drill pipe. Diesel began to flow back then held steady 15' below bell nipple. Rigging down. Rigged up elevators and tripped in open-ended to 942'. Circulated out diesel with mud. Spotted 208-sack Class "G" with 2% CAC!. Laid down drill pipe. Spotted surface cement plug anå wellhead marker after removing BOP. <. 11 I I 4/25/77 I 4/26/77 I I 4/27/77 4/28/77 I I 4/29/77 4/30/77 I I I I I I I I I I I I . . Rigging down. Set out wind walls. Cleaned mud tanks. Drained all miscellaneous fuel tanks. Laid down derrick. Chained up trucks. Rigging suction ducts. derrick motors, down. Rig released at 6:00 p.m., April 24. Set out and premix mud tanks, fuel tanks, and hot air heater Set elevator; set out dog house and A frame. Took from floor and unstrung blocks and crown. Unhooked drawworks, and compound. Rigging down and stacking on location. Rig down complete. Preparing to demobilize some support equipment (grader, truck, and loader). Completed stacking rig. Demobilizing rig support equipment. Support equipment demobilized to Deadhorse. ~ 12 0000 ~ ~ROPOSED ' ~ , I I I I I I I I I ~ 6000 ..... I ~ I I I I I I I I I o ~: 1000 L 2000 3000 4000 ~ ~ 7000 ~ 8000 9000 10.00() 11,000 12.000 13.000 -+ I '" -I i 1111ÌI111111111111111!11'! ~lbRILLING tIME CURV . 1_l.1 LI I I I I L I I I bl I I w. T: FOP ANN . , I --~+-=E=- --+-t-- I -;- ----r=t- ---+l---r=-:+...:===~=---+-- LOG, RUN AND CEMENTi 1~,l'c.isVJ~~==i~:!==--+ -_-=~J~=tt_ =-- _____ -- -++--------t--- --- t~ ---- I + --- - --"- --+ ---+ -- . tr -tF~tt~~f~j~w:+-:::: :Ij ::'- . I::+ftu:-i"--+l--TT'I ¡ 11- "t :±==_U 1 + ~.:J --+t==:=+~-=:_~- t~~ -~t;T(JALc. ;-'-:=-u+--::-+ =~tf~~---T---- ------- -- u_J==ti:~-:::-:__ I _"____._____ +_~u 1-1--=- I ---t I . CUT CORE # 1 , LOG, RUN' AND CEMENT 10-3/4"- ~ v.to -n ¡ rill CASINi' " '. D $]: I rf;' I ~ II! I· ~. '\.... ' DST NO.1, CUT CORE NOm. 2 " '\.D~T NÇ~3 u___11 r 1 ¡ f I 1fT I I ~ "I LOG, SET OPEN HOL~ _ - I '~PLtlGS, TEST A ND " SUSPEND WELL 10 60 70 \ - ~ . _.~---._-- , I ¡ 60J 70 W. T. FORAN NO. 1 671' FNL AND 564' FWL _ SEC. 13, TI7N, R2W, UM HUSKY OIL N.P.R. 10 NAVAL PETROLEUM RESERVE NO.4 20 30 DRILLING TIME IN DAYS 40 50 r, ' '-; 14 - - - - - - - - - - - - - - - - - - - OF_ PAGE BITS ROTATING DEGASSER HOURS 1454 0-1/4 7'i7 16 B~DnT~~E (spud) 1.~~~~~111 fnn:::ltp 1-6- 77 DATE: ANG ¡TOWNS"'P Pet 4 ------COuNTYlPARïSH North Slope Foran Husky Oil WELL \{ T. HISTORY MugcoqUf 1 -~ D DRILLING FLUID SERVICES 0 WELL fJ "" /;! /.~ 1:/ i( ¡~ß~~~~Þ~f ¥ffl ! if ~~ . . 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3<Þ 2 311 1 b 12 13 110 11 16 16 ~ ~ 11 6 1 Is 1 6 2 16 4 3 6 3 1 9 3 ~8 120 120 120 120 Irs ]? 177 hI, In 3 112 b? 3 1 1 16 3 16 19 16 12 ~ ~ I 11 \112 112 11 131 14 7 1155 ?, 40 82 J I [75 POOH to log 1 120 150 15 ) 163 110 35 159 17 123 19 ) ~O b b 14 10 120 110 115 115 115 120 115 170 170 ~O ~o J j j 25 J 7' Q ~ '" Nabors Fau1kner/Stevens/Shie1ds/Dro11inger FLOW GELS ANGLE FLOW TL~~~. --:¡: API HTH.P. ~~ o1'~E~ RATE PV. YP. PH FLUID FLUID Pf U g TION- (gpm) D of 0 10 LOSS LOSS ;iE; O.C u 3-7 .200 8.9 80_ 56 12 12 .4 ,io ,9,5 16 100 Drilled out cement in conductor pipe - spud mud mixed drilled ahead 3-B 11000 I 19.6 152_1 I I 19 110 13 /1-519.0 117 I ~ 11.0 160 Drilling ahead wireline broke POOH to recover survey tool drilling ahead 3-9 12100 I 19.9 160 I 1663 I 110 110 14 ;2119.0 116 I 1.4 11.0 11.1 1650 l!60 110 I 2 Drilling ahead. Reached TD at 2440 circulated POOH schu1mberger tool stopped at 1340 TIH clean out raise vis 3-10 ~440 1 110 184~ I 1561.160 120 123 17 ;2319 17.B I 1.15 1.8 I j2000 12oº-lll I 11 Circulating hole ready to run casing POOH for casing run 3-11 ~440 I 110 IB1_1 1437.1 119 119 15 /1-519 17.6 1_ 1.1 j.8 1 j2000 Circulating hole (too many problems with casing so stood back casing) POOH again for casing 3-12 ~440 I 110.1 In I 1 15B \24 \22 \B;26 \9 16.4 I ~J.:L~2050 Run casing and stuck at 1454. Mixed Magcophos pill still no results Waiting on orders 3-13 ~440 I 19.8 160_1 I 158 119 lIB 14 A§J9 16.9 I _ 1 I I j2000 Fixing D-Sander and D-Si1ter dump and re mix mud to continue drilling 3-14 ~440 I J9.4 155 I I 148 119 117 17 /1-519 17.4 I _ I I I J1900 Condition mud 3-15 ~440 I 18.7 138_ I I I I / I _ I I I J Build new mud system prior to drilling ahead 3-16 13260 1 19.6 \52_1 1449 158 122 122 19 /4519.5 17.6 1_ 1.05 \ 11.5 J950 Drill ahead POOH for bit TIH to drill ahead 3-17 1365B I 19.9 I I 1411 In 123 118 115/7BI9.5 17.7 I j.9 11.1511.5 J1000 Drilled ahead started usin~ spersene to break back gels 3-18 13940 I f-¡.9 1 I 1445.178 128 114 16 /3419.5 17.2 1_ 1.55 11.1 1.8 11050 Drilled ahead POOH for bit 3-19 ~287 I ~. 7 ~3_1 1444.174 115 114 14 ;20110.516 I 1.9 11.1511.5 JIOOO Drilled ahead POOH for bit 3-20 1 I ~.8 ~3 I ~05 ~ 172 118 116 15 /.20 19.5 16 I 1.65 11.8511 J900 Drilling ahead ran survey and made wiper trip 10 stands; back on bottom drill ahead 3-21 ~970 I ~.7 ~4 I ~41184 111 113 13 P 19 16 1 1.4 11.71.5 1600 Drilling ahead 3-22 p312 I :LO ~4 I ~54 ~7 115 116 15 ;1.0110.514.8 I 11 12.7 11.15J700 )rilling ahead 3-23 p824 I ~.9 ~2 I ~40 ~ ~O 112 ]13 12 P 110.515.8 I 1.9 12.5 1.85 1700 ::Jri11ing ahead 3-24 p180 I ~.9 ~O I ~22 ~4 III j4 12 A 110 16 I 1.7 12.1 [.4 1700 ::Jrilling ahead 3-25 p510 I ~O ~1 I ~22 ~6 [16 f8 14;6 19.5 15.2 1 1.5 11. 7 1.5 1550 ::Jri11ing ahead lost volume down hole 3-26 ~845 I ~O ~5 1 ~45 _ 99 ~9 h4 13 /5110 5.8 I 1.8 h.5 I.B J4'i0 ::Jri11ing ahead Lost 200 bb1s mud in hole add lost cifcïlatiop matlprial 3-27 V232 I 110.1 ~5 I 605 1110 [5 113 13 IS 10.516.1 1.6 h I.B 1'i00 ::Jri11ing ahead Trip for bit 3-28 V568 I ~0.2 ~5 I ~n 1106 b [4 13 ~ 110 5.8 11.2 hiLl 15'i0 Drilling ahead 3-291.V537 I 110.2 ~5 ~73 ~O'i ~2 bl ~ ~ h ~ 2 ~ ~.2 ~50 Dri1 ~ng ahe d 10s 120 hh1 3-30 1590 r fO.2 ~5 ~5 b b Á l'i q 1.6 1'i00 Coring ...... VI .5 'i 5 5 5 1. 2 1 1 1 I OIL % SOL % II 12 10 12 13 110 3 110 110 In 1 17 8 8 16 9 19 4 19 19 I 1 I 4-R-77 DAYS TO T.D 11. 1200 run 1200 ~n 200 200 100 100 100 1200 1160 1120 1120 80 ~O ~O ~,O 180 140 SALT OR CHLORIDE o ppm o mg/I 650 J800 Pm Mf .0 4 .4 .4 Alaska q 5 O. Ito "~4~"r~06 " " on r VIS. SEe. MUD WT. T.V.D. MEAS- URED DEPTH DATE - OF_ - - PAGE - - - - - - - - - - - - - - - - 81TS ROTATING DEGASSER HOURS 1454 7571 16 10-3/4 I MU']¡TéÍ1Eex (spud) Lignosu1fonate SPUD DATE 3-6-77 T,D. DATE RANG TOWNSHIP Pet 4 COUNTY/PARISH North Slope Foran Husky Oil WELL W. T. WELL HISTORY MODcobor I ~ tJ1I!.. I I -'I o DRILUNG FLUID SERVICES D 3-31 7590 10.2 45 15 E-Logging 4-1 17591 110.2143 113 Ran 19-3/4" casing 4-2 ~591 I 110.3 145 117 Cement 10-3/4" casing and 4-3 17591 I 110.3 145 117 Nippling up 4-4 17593 1 110.1155 I 1444 I 121 Dumped contaminated mud built new volume 4-5 17676 I 110 145 1 1373 1110116 Drilling circulate and POOH for bit 4-6 17676 I 19.8 v.0 I I 190 113 Ran DST Test . 4-7 17990 I ß. 8 145 I V.33 1100 115 brilling ahead 4-8 ß217 I 110.1 V.O 1 V.33 1100 114 Drilling ahead 4-9 ß253 I 110 V.O I 1448 117 Drilling Trip for bit 4-10 ß264 I 110 141 I 1306 112 Co ring, 4-11 ß283 I 110.1 ÞO I 1437 122 DST 4-12 ß318 I 110.1145 I 1329 121 Drilling ahead 4-13 ß561 I 110.1142 I 1303 115 Drilling ahead 4-14 13702 I p'0.1142 I 1303 116 Jrilling ahead 4-15 13815 I p'0.2 141 I 1303 Jri11ing ahead !¡-16 ~D I p'0.2 143 I Logginß 4-17 rD I p'0.1 144 I :'oggin¡¡ ·:.-1S rD I I I I ~ircu1ating ready for plug ..-19 ~D I p'0.1 143 1 :'ost 200 bb1s mud rpn bond log ~D I ~ù.1.142 I JST Inventory adjust ent ..-21 rD 1 I- I ~ome out lay down ripe ..-22 rD I ¡ ~ut Ca¡ing ¡rd P1U¡ stU¡ . tJ (,¡( (1I!r.llí~!tf1¡lfll!1 ~~ Q ~ Cf. I~ OIL % SOL % :;¡ ~Ê ~lÌ <~ u 4U 4-8-77 DAYS TO T,O 14 SALT OR CHLORIDE Dppm Omg/1 :'UU Pm M, Pf Alaska H.T.H,P. FLUID lOSS API FLUID lOSS Nabors Fau1knerlStevens/Shie1ds/Dri11inger GElS ----:-¡ PH o /10 3 ¡. 10 . ~ YP. pv. FLOW LINE TEMP. 0" O'C 106 FLOW RATE (gpm) ANGLE AND DIREC- TION VIS. SEe. MUD WT. T.V.D. MEAS- URED DEPTH DATI 11 b 1.4 I: .5 5 13 441 . 1 5 14 20 25 75 5 o 160 110 40 550 500 7 3 1.4 8 12 1.0 3 10.515.7 14.4 10 ¡. ß 3 13 III III 195 195 1441 I 1444 circulate I I 1 1 1 1 1 1 1 6 6 6 10 6 12 13 8 2 2 127 21 27 55 420 110 275 20 20 1 180110 11 200 110 160 110 120 110 100 10 40 60 500 400 400 500 600 600 600 4 1.2 11 8 5 5 5 2.7 12.3 11 11.5 12.5 1.8 12 2 4 8 5 5 5 11 1 14.5 ;is 111.516.4 ;is 111.515.2 14.8 110.515.4 15.2 15.6 110 11 In 110 ß ß ß /6 ß 3 14 15 13 13 14 13 III III 114 III 110 114 18 1 10 6 140 8 60 400 1.3 11.9 11.1 16 III A 12 III 182 1 6 20 2 15J 230 10 60 500 1.2 11.9 8 I 15.2 /1.0 III 16 120 1101 1 20 10 40 600 1 1.5 3 I 110.515.2 ,Æ; 13 113 ßO . 1 1 1 4 15 15 18 12 7 114 115 10 12 140 140 600 500 S 6 11.6 11.6 3 15 I I 110.515.5 15.1 19.5 /3 /1 12 14 113 113 1107 1114 2 160 1120 9 140 600 1.2 11.9 7 I. 15.4 III /4 12 110 Ino 114 1 2 1 115 14 115 30 / 1 1 1 1 1 1 12 120 12ù 130 30 1,0 195 130 .5 19.5 1120 III 140 1500 1600 12.1 12.s 3 5 I I. 110 . 5 15.2 110.516.2 /3 ,Æ; / / / / / 12 12 112 114 115 118 ß8 l] t".' ce¡ent ". í with ,/' ...... 0\ ------------------- BIT RECORD BIT BIT BIT BIT . SER. NO. JET SIZ E DEPTH FTGE. HRS. Ace. FT. PER. WEIGHT ROTARY VERT PUMP PU M PS MUD DULL CODE NO. SIZE MFGR. TYPE OF BIT I 2 3 OUT RUN HRS. HR. 1000 Las R.P. M. DEV. PRESS. LINER SPM. WT. VIS T B G 20 20 1 18~ HTC OSC3AJ DB860 16 16 16 991 929 1/2 1/2 45.3 120 300 90 10.4 45 1 8 I 24 24 25/ 2 18~ HTC OSC3AJ 1541622. 16 16 16 2440 1449 1/2 1/2 59.1 35 100 800 LOO 9.8 60 6 6 I 22 47 15/ 75/ 7 1000/ toOl 3 13~ HTC OSC3AJ ZW864 1.3 13 13 3544 1104 3/4 1/4 48.5 20 100 3/8° 1500 170 9.9 63 5 3 I 14 61 20/ 7 . 4 13~ HTC OSC3AJ ZZ679 13 .13 13 3448 403 1/2 3/4 27.8 22 110 '3/4° 1500 120 9.9 58 3 2 93 30/ 80/ 2 5 13~ HTC OSC3AJ ZZ680 13 13 13 4674 526 32 3/4 16.4 40 100 1/2° 2800 77 9.8 43 2 3 I 32 126 6 13~ HTC OSC3AJ ZZ586 13 14 14 5314 640 1/2 1/4 19.7 40 70 1° 2100 28 10 44 2 3 I 29 7 13~ HTC OSC3AJ ZZ585 13 14 14 5883 569 3/4 156 19.1 55 120 1° 2400 95 9.9 40 4 2 I 28 184 8 13~ HTC 'JSC3AJ ZW862 13 13 13 6634 751 1/2 1/2 26.4 55 120 4° 2400 95 10 41 4 7 I 31 9 13~ HTC ::>SC3AJ' ZZ684 13 13 13 7227 593 1/2 216 18.8 45 90 2400 90 10.1 43 3 6 I 18 234 10 13~ HTC JSC3AJ ZW864 13 13 13 7537 304 1/4 1/4 16.7 45 90 1800 100 10.2 45 3 7 I 3 11 13~ HTC JSC3AJ ZZ625 13 13 13 7591 54 3/4 238 14.4 45 90 7° 2 2 I 70/ 15/ 2000/ . 12 8~ HTC XIG PH412 12 12 12 7601 10 4 242 2.5 90 40 1000 120 10.1 55 2 2 4 246 13 8~ STC F-2 ZC568 12 12 12 7626 75 1/2 1/2 16.7 35 50 2000 118 10 4') T 27 RR 8~ STC F-2 ZC568 12 12 12 8253 577 1/2 274 21 35 50 3° 1900 117 10.1 40 5 5 I , 14 8~ :ITC J-7 HS-255 12 12 12 8283 CLEÞ~ OUT 1IT -- NO D1ILLI~G 57 331 7 15 8~ STC F-3 AT383 9 9 9 8779 496 1/2 1(2 8.6 30 52 3/4° 2400 81 10.2 41 6 4 I ~. __n_ _ 188641 347 16 8~ STC F-3 AT476 9 9 9 85 16 1/2. 5.3 30 52 .80 2400 81 10.2 43 2 T ~(;fJ'; ...:.. '.' ;1-.., . tt,JL ; f) I . . I PAGE -L OF ~ CASING TALLY DATE: March 12, 1977 FIELD NPR-4 LEASE & WELL NO. W. T. Foran No. 1 TALLY FOR 16 .. CASING I JOINT FI RST MEASUREMENT CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET .OO'S FEET .OO'S GR. NO. FEET .OO'S FEET .OO'S GR. I 40 34 40 39 2 41 18 2 40 58 --~-------- 3 41 53 3 39 92 I 4 39 50 4 39 85 5 41 51 5 42 54 I 6 40 58 6 41 65 7 41 02 7 I 8 40 91 8 9 40 33 9 0 41 40 0 I TOTAL A 408 30 TOTAL D 244 93 I 41 17 2 41 85 2 I 3 39 61 3 4 40 42 4 --- I 5 40 55 5 6 40 75 6 7 41 21 7 I 8 40 82 8 9 39 66 9 I 0 40 93 0 TOTAL B 406 97 TOTAL E I 40 15 TOTAL A 408 30 I 2 40 40 TOTAL B 406 97 3 37 92 TOTAL C 401 24 I 4 40 61 TOTAL D 244 93 5 41 13 TOTAL E 6 38 50 TOTAL I PAGE 1461 44 7 41 80 8 39 75 I 9 40 58 0 40 40 ~. ~I·_::' ........ '} ...."vf I TOT AL C 401 24 18 I . . I PAGE~ OF ~ CASING TALLY DATE: April 1, 1977 FIELD NPR-4 LEASE & WELL NO. w. T. Foran No. 1 TALLY FOR 10 3/4 " CASING I JOINT FI RST MEASUREMENT' CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET .OO'S FEET .OO'S GR. NO. FEET .OO'S FEET .OO'S GR. I 42 78 43 65 2 44 00 2 43 89 ---------- 3 44 18 3 43 96 I 4 44 35 4 44 80 5 43 02 5 43 48 I 6 42 33 6 43 60 7 43 87 7 44 74 I 8 44 88 8 41 62 9 41 18 9 43 89 0 41 18 0 43 75 I TOTAL A 431 77 TOTAL D 437 38 I 41 32 40 86 2 39 83 2 44 22 I 3 39 80 3 43 59 4 40 95 4 41 61 I 5 43 66 5 45 02 --- 6 42 26 6 44 83 7 42 48 7 43 67 I 8 44 53 8 42 54 9 39 74 9 38 95 I 0 43 85 0 39 02 I TOTAL E TOTAL B 418 42 424 31 I 42 88 TOT AL A 431 77 I 2 44 00 TOT AL B ___ 418 42 3 44 55 TOTAL C 440 75 _._---~ 4 43 56 TOTAL D 437 38 I 5 44 09 TOTAL E 424 }] 6 44 88 TOTAL I PAGE 2152 63 7 44 71 8 44 50 I 9 43 11 0 44 47 ':> I TOTAL C 440 75 19 I . . I PAGE -2- OF -L CASING TALLY DATE: April 1 t 1977 FIELD NPR-4 LEASE & WELL NO. W. T. Foran No. 1 TALLY FOR 10 3/4 " CASI NG I JOINT FI RST MEASUREMENT' CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET .OO·S FEET .OO·S GR. NO. FEET .00'5 FEET .OO'S GR. 40 43 44 58 I ------- 2 43 71 2 45 17 3 42 30 3 44 33 I 4 39 49 4 44 31 5 43 58 5 42 53 I 6 43 98 6 40 45 7 45 32 7 44 56 I 8 44 12 8 40 68 9 38 52 9 39 91 0 39 32 0 44 35 I TOTAL A 420 77 TOTAL D 430 82 I 44 05 44 63 2 45 45 2 44 51 I 3 43 88 3 44 50 4 44 61 4 39 55 5 40 56 5 40 29 I 6 44 29 6 41 34 7 43 73 7 44 28 I 8 44 51 8 40 75 9 39 26 9 40 62 I 0 42 98 0 39 81 TOTAL B 433 32 TOTAL E 420 28 I 41 89 TOTAL A 420 77 I 2 45 32 TOTAL B 433 32 3 44 90 TOTAL C 429 52 4 41 62 TOTAL D 430 82 I 5 39 63 TOTAL E 420 28 6 42 46 TOTAL PAGE 2134 71 I 7 40 54 8 42 93 9 44 78 0 45 45 TOTAL C 429 52 þ; 20 I . . I PAGE~ OF~ CASING TALLY DATE: April 1, 1977 FIELD NPR-4 LEASE & WELL NO. W. T. Foran No. 1 TALLY FOR 10 3/4 " CASING I JOINT FI RST MEASUREMENT' CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET .OO·S FEET .OO·S GR. NO. FEET .OO·S FEET .OO·S GR. 40 84 43 82 I 2 45 10 2 44 91 --~----~.- 3 44 01 3 39 65 I 4 42 20 4 43 79 5 41 22 5 42 37 I 6 41 62 6 43 80 7 41 28 7 44 32 8 44 70 8 40 39 I 9 39 99 9 43 86 0 38 95 0 44 11 I TOTAL A 419 91 TOTAL D 431 02 I 43 47 43 76 2 40 11 2 44 39 3 39 46 3 39 93 I 4 45 08 4 43 53 5 44 90 5 40 86 I 6 40 99 6 44 49 7 43 42 7 40 52 I 8 39 51 8 43 82 9 40 79 9 41 17 I 0 45 30 0 42 59 TOTAL B 423 03 TOTAL E 425 06 I 44 30 TOTAL A 419 91 2 38 99 TOT AL B 423 03 I 3 44 22 TOT AL C 421 20 4 42 38 TOT AL D 431 02 I 5 40 30 TOTAL E 425 06 6 TOTAL 44 31 PAGE 2120 22 I 7 43 78 8 34 56 I 9 44 60 0 43 76 TOT AL C 421 20 I ~, 21 I . . I PAGE~ OF~ CASING TALLY DATE: April 1, 1977 FIELD NPR-4 LEASE & WELL NO. W. T. Foran No. 1 TALLY FOR 10 3/4 " CASING I JOINT FI RST MEASUREMENT' CHECK MEASUREMENT WT JOINT FIRST MEASUREMENT CHECK MEASUREMENT WT NO. FEET .00'5 FEET .00'5 GR. NO. FEET .00'5 FEET .00'5 GR. 43 64 39 38 I 2 43 80 2 42 02 --,--~--_._- 3 43 09 3 42 46 I 4 41 14 4 43 83 5 40 37 5 44 35 I 6 44 44 6 44 38 7 44 13 7 43 18 8 41 31 8 I 9 40 70 9 0 45 25 0 I TOTAL A 427 87 TOTAL D 299 60 I 42 08 2 43 58 2 I 3 44 82 3 4 42 68 4 5 40 80 5 I 6 43 38 6 7 44 05 7 I 8 44 71 8 9 44 07 9 I 0 45 08 0 TOTAL B 435 25 TOTAL E I 40 50 TOTAL A 427 87 2 42 68 TOT AL B 435 25 I 3 42 50 TOT AL C 432 34 4 43 70 TOT AL D 299 60 I 5 40 88 TOT AL E 6 43 69 TOTAL PAGE 1595 06 I 7 44 94 8 43 78 I 9 44 97 0 44 70 432 ¡\ TOTAL C 34 I 22 I . . I I CASING OR LINER CEMENT JOB I Lease Naval Petroleum Reserve No. 4 Well W. T. Foran No. 1 Date March 2, 1977 I Size Casi ng 20" Conductor Setting Depth __ 80' -- Top (liner hanger) Hole Size 30 " Mud Gradient _ Viscosity I Casing Equipment shoe, ~~------- float located __ feet I above shoe, (DV, FO) collars located at feet I and_____ feet. centralizers located I -- scratchers located ___ I --~--_._--_._.~ I liner hanger and pack off (describe) -------- I Miscellaneous (baskets, etc) ---~-'-----~---~~-'--~------~ I Cement (around shoe) I No. Sacks Brand Type (1) 312 Dowell Arctic Set II -'---'-~------' -- (2) 300 Dowell Arctic Set II ~--~. --~~----~.._-~ ~'-- Additives Slurry Weight Slurry Volume I 15.2 290 1" Top Job -- I Cement through (DV, FO) Collar at feet I No. Sacks Brand Type Additives Slurry Weight Slurry Volume (3) ---_.------ ~-----_.._-- --- -- --- I (4) -~- ------------ ---'--'----- I ~ 1:/, 23 I . . I I CASING OR LINER CEMENT JOB I Lease NaJ,1al Petroleum Reserve No._4Well. w. T. Foran No. 1 Date March 12, 1977 I Size Casing_ 16 Setting Depth 1454' KB Top (liner hanger) Hole Size 18 1/2 " Mud Gradient .52 psi/ft (10.0 ppg) Viscosity 74 I Casing Equipment Dowell Cpmpnt GHiCle _ shoe, Dowell Duplex float located 81 __ feet I above shoe, (DV, FO) collars located aL feet I and u____~__________u_____ feet. Dowell Latch-on _ centralizers located 1444', 1413', 1371', and 1332' I scratchers located I ..__.~~-_.---. I Liner hanger and pack off (describe) --~---- I Miscellaneous (baskets, etc.) - -"-"--~------'-'-'---"-~--~--'------"'-'~----' .-- I Cement (around shoe) I No. Sacks Brand Type Add itives Slurry Weight Slurry Volume (1) 1605 -_._---~-~-- Dowell Arctic Set II ----_....-.__._-~---- 15.2 1685 ft3 I (2) ---- _._--~._-_._-- -------..------ -~~.- I Cement through (DV. FO) Collar at_______ feet I No. Sacks Brand Type Additives Slurry Weight Slurry Volume (3) --------,- -----------.------,.- --~._- I (4) -----,'--- ---- I tot" 24 I I I I I I I I I I I I I I I I I I I . . Cementing Procedure (around shoe) (cross out where necessary) Circulated 53 bbls@ 3.8 BPM, pumped in _ 300 _ (@W ~. (barrels) cement and 5 bbls prewash. used bottom plug (,.,..... no). mixed cement (1) above minutes. cement (2) above 5 water/19 mud (~). (barrels) in_ minutes, top plug (yes. no) displaced with 6 minutes at rate of 3.R .BPM. CFM. (Bumped plug) (Did not bump plug). Final Pressure 600 . Reciprocated pipe (pipe stuck) _ feet while (mixing) and (displacing) cement. Displacing time (continual mixing) minutes. Had 14.7# cement at surface circulation (full. partial. none. etc.). Completed job at 3:45 ......... p.m. feet) (cross out where necessary) Cementing Procedure (through (DV, FO) at Opened (DV, Fa) at a.m., p.m., circulated ___ bbls @ BPM, pumped in (cu. ft.). (barrels) prewash, mixed cement (3) above minutes. dropped closing plug. dis- minutes, cement (4) above placed with (cu. ft.), (barrels) in minutes at rate of BPM, CFM. (Bumped plug) (Did not bump plug). Final Pressure ~---~~ . Displacing time minutes. Had circulation (full, partial. none, etc.) Remarks (Third Stage Job. etc.) -~~~- Foreman 25 I . . I I CASING OR LINER CEMENT JOB I Lease Naval Petroleum Rese:t:"ve _fi<?~__4Well W. T. Foran No. 1 Date April 2, 1977 I Size Casing 10 3/4" Setting Depth 7587' Top (liner hanger) Hole Size 13 1/2 " Mud Gradient .53 psi 1ft (10.2 ppg) Viscosity _4~ I Casing Equipment Dowell Cement Guide shoe, Dowell float located 86.75 feet I above shoe, two Howeo (~, FO) collars located at 1339 feet I and 1295 feet. Dowell centralizers located _Z544_~~-'7500', 7456', 7412', 7327', I 1118', 7074'-,-_69_QJi~_LJ34Q~~__L21]~~, 999', 781'-,-_521', 355', and 140'. scratchers located I I Liner hanger and pack off (describe) I Miscellaneous (baskets, etc.) I Cement (around shoe) I No. Sacks Brand Slurry Slurry Type Additives Weight Volume "G" 0.75% D65; 0.2% D13R 15.8 1151 ft3 (1 ) 1000 Dowell I (2) I Cement through (DV, FO) Collar at feet I No. Sacks Brand Type Additives Slurry Weight Slurry Volume (3) I (4) I 26 I I I I I I I I I I I I I I I I I I I . . Cementing Procedure (around shoe) (cross out where necessary) Circulated 720 bbls@ ___-ª-- BPM, pumped in 205 ~.~), (barrels) cement and 50 bbls prewash, used bottom plug (yes, ".¡, mixed cement (1) above _Dours and 20 minutes, cement (2) above minutes, top plug (yes, ~ displaced with 682 70 8 BPM, CFM. (--...k.). (barrels) in _ minutes at rate of ([)umpod pl~'~~ (Did not bump plug). Final Pressure 375 psi . Reciprocated pipe _ o Displacing time 70 feet while (mixing) and (displacing) cement. partial (lost 75 bbls mud) minutes. Had circulation (full, partial, none, etc.). Completed job at 4:45 a.m.,..... feet) (cross out where necessary) Cementing Procedure (through (DV, FO) at Opened (DV, FO) at bbls @ BPM, pumped in a.m., p.m., circulated (cu. ft.), (barrels) prewash, mixed cement (3) above minutes, dropped closing plug, dis- -- minutes, cement (4) above_ placed with__ (cu. ft.), (barrels) in minutes at rate of _~_ BPM, CFM. (Bumped plug) (Did not bump plug). Final Pressure ______0 Displacing time (full, partial, none, etc.) Remarks (Third Stage Job, etc.) minutes. Had circulation -- --- ~--~ --~_._--- ---- ---~~ Foreman " ...; <\ 27 I I I . . DRILL CUTTING DESCRIPTIONS DESCRIPTIONS BY: D. O. BOSSORT, GEOLOGIST I 500-680 Conglomerate: loose, fine to coarse, subrounded to rounded quartz grains with minor chert grains and fragments of dark grey, rounded, polished dark argillite and chert pebbles. Wood fragments and pyrite abundant. I 680-950 Sandstone: loose, fine, subangular to subrounded quartz and chert grains, moderately well sorted. Secondary quartz faces, wood fragments and pyrite abundant. ¡I I 980-1040 950-980 Conglomerate: as above. 1040-1070 I 1070-1100 I 1100-1340 1340-1400 I 1400-1680 I 1680-2600 I 2600-3200 I 3200-3400 I 3400-3540 I 3540-3560 I 3560-3690 I 3690-3790 I I Sandstone: as above. Lignite: dark brownish-gray to black, mixed with wood frag- ments. Sandstone: as above. Conglomerate as above. Lignite: as above. Conglomerate and Sandstone: as above. Siltstone: loose to poorly consolidated quartz silt and very fine sand grains, inferred matrix of light colored clay. Logs indicate more sandstones 2450' to 2600'. Shale: very light gray to white, soft, waxy, bentonitic, silty, finely disseminated black carbonaceous grains, slightly micaceous. Sample quality very poor. Abundant white calcite at 2940'. Clay: white, bentonitic, minor finely disseminated carbon- aceous grains; very poor samples. Shale: dark gray, silty and Shale: dark brownish gray, carbonaceous. Shale: medium dark gray, silty, calcareous with Siltstone: medium light gray to gray, very finely sandy, calcareous and well cemented. Shale: medium dark gray, silty, calcareous with Siltstone: medium light gray to gray, very finely sandy, calcareous, well cemented. Shale and Siltstone: as above with traces of Mudstone: buff, dolomitic. ~~ 28 I I 3790-3810 3810-3850 I I 3850-4106 4106-4114 I 4114-4308 I 4308-4396 I 4396-4690 I I 4690-4870 I 4870-5074 I 5074-5092 I 5092-5844 5844-5861 I I 5861-7131 I 7131-7336 7336-7390 I 7390-7460 I 7460-7509 I I . . Shale, Siltstone and Mudstone as above with worm remains. Shale, Siltstone, Mudstone: as above with Sandstone: medium gray, very fine to silt quartz and chert grains, calcareous, well cemented. Shale and Siltstone: as above with rare worm remains. Siltstone: brown quartz silt grains, very dolomitic, well cemented, poor porosity, oil saturated, streaming brown visual cut, bright yellow fluorescent cut. Shale, Siltstone and Mudstone as above. Sandstone: gray, very fine, sub-angular to sub-rounded quartz grains with minor chert and carbonaceous grains, well sorted, calcareous, well cemented, tight with Shale, Siltstone and Mudstone as above. Clay: very light to medium gray, soft, bentonitic, micaceous, sparsely and finely disseminated carbonaceous grains. Clay: as above with traces of Shale: medium gray, soft, micaceous. Clay: as above with traces of Shale: medium to very dark gray, micaceous, fissile. NOTE: Samples 4396-5074 very poor quality. Siltstone: medium gray, sandy, calcareous, well cemented. Shale: medium to dark gray, silty, calcareous. Sandstone: gray, very fine quartz and chert grains with fine to medium carbonaceous grains, slightly calcareous fine silt matrix, moderately consolidated, poor porosity. No shows. Shale: dark gray to very dark gray, micaceous, silty in part, fissile, with traces of siltstone in lower part. Shale: very dark gray, micaceous, silty in part, fissile. Shale: as above, becoming splintery to papery in part. Shale: as above with isolated medium to coarse, well rounded, frosted quartz grains and rare manganese pellets. Shale: as above, becoming very dark brownish gray and semi-bituminous. ~ 29 I I 7509-7539 I 7539-7542 I I I 7542-7557 I I 7557-7590 I 7590-7624 I 7624-7670 I I 7670-7690 I 7690-7715 I I 7715-7725 I 7725-7800 I I I . . Sandstone: very fine quartz and chert grains with clay and silt matrix, rare glauconite, poorly consolidated, poor to fair porosity, oil sat~rélt:~<!, strong fluorescent cut. Sandstone: conglomeratic, sub-rounded to well rounded, medium to coarse chert and quartz grains and well rounded pebbles, well consolidated in argillaceous matrix of very fine to medium sub-angular to sub-rounded quartz grains, carbonaceous grains common, glauconite rare, poorly sorted, fair porosity, good oil staining, good fluorescent cut. Thin basal conglomerate containing pebbles up to 1 1/4" in long dimension. Siltstone: medium dark brownish gray to dark gray quartz silt grains with abundant carbonaceous grains, calcareous and in part grades to silty petroliferous shale. Thinly laminated with black shale partings and thin calcareous layers of pelecypod imprints, vertical fractures with secondary calcite. Siltstone: dark brownish gray, calcareous to dolomitic, argillaceous to shaley, moderately well cemented, tight, oil stained, weak fluorescent cut. Siltstone: as above, calcareous and with traces of frag- mental limestone and rare phosphate pellets. Sandstone: fine to medium sub-angular to sub-rounded quartz grains, glauconitic, moderately to well sorted, moderately to moderately well consolidated; interbedded with conglomerates of chert, quartz and argillite pebbles; fair to good porosity, good oil saturation, good visual cut, good fluorescent cut. Shale: red, fissile, soft and Clay: white, soft, abundant very finely disseminated pyrite. Sandstone: fine to medium, sub-angular to sub-rounded quartz grains, abundant white, angular, weathered chert grains, siderite grains common, moderately to well sorted, moderately consolidated, good porosity, spotty oil stain, good fluorescent cut. Shale: red fissile. Sandstone: fine to medium, sub-angular to sub-rounded quartz grains, white angular weathered chert grains, moderately well sorted, moderately consolidated, good porosity, spotty to good oil staining, good fluorescent cut. 30 I I 7800-7820 7820-7830 I 7830-7890 I 7890-7930 I I 7930-7950 I 7950-7990 I I 7990-8010 I 8010-8060 I 8060-8131 I I 8131-8194 I 8194-8231 I I 8234 (Circ) I 8234-8240 I I . . Sandstone: as above with pebble fragments. Sandstone: as above with abundant siderite, iron oxide stains and traces of red shale. Sandstone: as above. Sandstone: conglomeratic, medium to coarse, sub-angular to sub-rounded quartz and chert grains with abundant frag- ments of chert and quartz pebbles, moderately well consoli- dated, poorly sorted, fair porosity, spotty oil staining, good fluorescent cut. Shale: red, fissile with Sandstone: fine to medium, sub-angular to sub-rounded quartz grains, abundant angular white weathered chert grains, moderately well sorted, moderately consolidated, good porosity, very light spotty oil staining, weak fluorescent cut. Sandstone: medium and medium to coarse, sub-angular to sub-rounded quartz grains with angular white weathered chert grains, moderately well sorted, moderately well to poorly consolidated, good porosity, spotty oil staining, fair fluorescent cut. Sandstone: as above with red and gray fissile shale. Sandstone: fine, sub-angular to sub-rounded quartz grains, angular white weathered chert grains, well sorted, well cemented with dolomitic cement, poor porosity, spotty oil staining, fair fluorescent cut. Sandstone: light gray, very fine to fine quartz grains, finely disseminated carbonaceous grains common, well con- solidated, dolomitic clay matrix in part, moderately well sorted, very poor porosity, no staining, no cut. Shale: medium light to medium dark gray, with red and red mottled with gray, fissile, slightly silty in part. Dolomite: light gray to medium brownish gray, fine to medium, sub-angular to sub-rounded dolomite grains with silt to fine quartz grains in calcareous dolomitic matrix, glauconite common, abundant secondary dolomite, dark chert grains common, well cemented, very poor porosity, good oil staining, good fluorescent cut. Dolomite: as above with abundant fragments white chert. Chert shows relict structures of grains. Dolomite: medium dark brown, very fine grains and rhombs, slightly calcareous, slightly silty, poorly consolidated, fair porosity, oil saturated, good fluorescent cut with abundant fragments of white chert. '"" ('. 31 I . . I 8240-8253 Limestone: light buff, fine to medium fragments in very fine granular matrix, moderately well consolidated, poor porosity, oil stained, good fluorescent cut. I 8253-8262.3 Limestone: medium dark gray, fine to medium fragments, grains, pellets and oolites, silty to sandy in part, dolomitic, well cemented, very poor porosity, oil stained and bleeding dark brown oil on fracture and bedding planes, strong fluorescent cut, interbedded with fine to medium granular dolomitic Limestone. I I I 8262.3-8265.5 Siltstone: medium dark gray, sandy, argillaceous, very well consolidated, tight, good fluorescent cut. I 8265.5-8266.2 Limestone: dark gray, fine to medium, granular, silty inclusions of light greenish-gray clay, very well consoli- dated, tight, spotty oil staining, good fluorescent cut. 8266.2-8268 Shale: gray, waxy. I 8268-8270.5 Shale: very dark gray, silty. I 8270.5-8271 Limestone: dark gray, very fine granular, silty, very well consolidated, tight, good fluorescent cut. I 8271-8272 Siltstone: dark gray, dolomitic, very well consolidated, tight, spotty oil staining, good fluorescent cut. I 8272-8278.4 Limestone: dark gray, very fine granular, silty, very well consolidated, tight, spotty oil stain, visible dark brown oil on fracture planes, good fluorescent cut. I 8278.4-8278.8 Siltstone: dark brownish gray, sandy, slightly dolomitic, very well consolidated, tight, spotty oil stain, visible dark brown oil on fracture planes, good fluorescent cut. I 8278.8-8283 Limestone: dark gray, very fine, granular, silty, very well consolidated, tight, visible dark brown oil on fracture planes, good fluorescent cut. I I 8283-8420 Limestone: white to light brownish gray, very fine to medium fragments, grains, pellets and oolites, slightly dolomitic, moderately well consolidated, tight, spotty oil stain, good fluorescent cut, in part grades to white very fine crystalline to dense dolomitic limestone. Abundant chert. I 8420-8562 Limestone: white to light gray, very fine to medium fragments, grains, pellets and oolites, moderately well consolidated, tight, in part grades to white, very fine crystalline to dense limestone. Traces chert. I I I 32 I I 8562-8760 I 8760-8794 I I 8794-8864 I I I I I I I I I I I I I I . . Shale: varicolored, red, maroon and mauve through greenish gray to gray-green, smooth textured to silty in part, fissile. Sandstone: medium gray mottled with maroon in upper part, very fine to medium, sub-angular to sub-rounded quartz and chert grains with occasional coarse grains and fragments of pebbles, poorly sorted, argillaceous, slightly calcare- ous, very siliceous. Very well cemented, tight. In part speckled with white irregular chert inclusions. Shale: black, sub-metallic lustre, carbonaceous, micaceous, schistose, interbedded with Siltstone: very dark gray to black, sandy, very slightly calcareous, very slightly dolo- mitic, very siliceous, ~ery well conso~~dat~~to!::r~~llite. 33 I . . I SIDEWALL CORE DESCRIPTIONS DESCRIPTIONS BY: G. W. Legg and M. Fishburn I Run No. 1 I Depth 7510 I 7512 I 7516 I I I 7520 I 7524 I I 7526 I 7530 I I 7536 I I I I Recovery 1 1/2" 1 1/4" 1/2" 1/2" 1/2" 1/2" 1/2" 3/4" Description Shale: dark gray, silty, very finely micaceous, firm, waxy, slightly to moderately bentonitic with inclusions of a light green waxy shale. Shale: dark gray, silty as above but becoming only slightly bentonitic. Sand: tan, argillaceous, rarely carbonaceous; very fine grained, good sorting, subangular, friable to soft with clay cement primarily clear grains with dark brown oil stained matrix, exhibits swelling from bentonitic or montmorillinitic clays, fair intergranular porosity, good oil odor, dark brown uniform stain, bright yellow fluorescence and medium amber cut residue. Sand: tan as above but becoming slightly calcareous, slight decrease in porosity; visible stain now tan- brown and fluorescence is now bright yellow-orange; other properties of show as above. Siltstone: gray to tan, sandy, argillaceous, slightly friable, greasy appearance, poor porosity, poor oil odor, brown visible stain, dull orange fluorescence, gold cut fluorescence, medium amber cut residue. Sand: gray to tan, silty, very fine grained, sub- angular, slightly friable, fair oil odor, fair porosity, brown visible stain, dull orange fluorescence, gold cut fluorescence, fair amber residue. Sand: tan, very silty, very argillaceous with heavy swelling clay matrix, very fine grained to silt, sub- angular, poor oil odor, very poor to nil fluorescence, poor porosity, brown spotty visible stain, very dull orange fluorescence, gold cut fluorescence. Sand: tan, very silty and argillaceous as above with heavy swelling clay as above; show mostly as above except for fair rather than poor oil odor. 34 I I Depth Recovery 7551 1/2" I I I I I I I I I I I I I I I I I . . Description Shale: gray, silty, very calcareous, very finely micaceous, firm, waxy, now non-bentonitic, no swelling, very poor odor, slight very faint stain, very dull orange fluorescence--spotty, gold cut fluorescence. " ~-,~ jO-~ \.,i ~._ 35 I I . . DESCRIPTIONS BY: D. O. Bossort and R. C. Heiny Run No. 2 I Depth Recovery I 7609 Chips 7622 1/2" I 7638 Chips I I 7638 Chips 7646 1" 7646 3/4" 7660 1/2" I I I 7748 1/2" I I 7748 Chips 7754 1/2" I I 7754 1/2" 8168 3/4" 8168 1/2" 8198 Chips I I I I I Description Shale, medium dark gray, very calcareous, silty, thinly laminated, poorly consolidated. Shale, dark brown-gray, very slightly calcareous, very thinly laminated, poorly consolidated. Conglomeratic Sandstone, dark gray, fine-coarse, quartz/ chert subround grains with rounded pebbles, calcareous matrix, well cemented, glauconitic. Pebbles are chert and dark argillite. Tight. Very weak fluorescent cut. Wall cake; questionable depth. Wall cake; fissile shale. Wall cake; fissile shale. Loose sand and wall cake; Sandstone, medium brown-gray, very fine quartzose, poorly consolidated, trace glau- conite, good porosity, oil saturated. Good visible streaming cut. Strong bright yellow fluorescence on cut. Badly contaminated with wall cake. Sandstone, light brown-gray, fine to medium, subangular-subround quartz grains, unconsolidated, oil saturated, good visible cut, strong bright yellow fluorescence on cut. Sandstone as above; more contaminated. Sandstone, light brown-gray, very fine to fine-grained, subangular to subround quartz grains, unconsolidated with inclusions of white moderately well consolidated Sandstone, oil saturated, no visible fluorescence streaming visible cut, strong bright yellow fluorescence on cut. Sandstone as above. Shale, badly contaminated, medium gray, micaceous, fissile, slightly silty, poorly indurated. Shale as above, becoming silty and well indurated. Dolomite, medium light brown-gray, very fine to fine dolomite and quartz grains, well cemented, slightly calcareous dolomitic matrix, rare glauconite. Dead oil stains. Very poor porosity. Very slightly visible cut. Bright yellow fluorescence on cut. e' ": ?Df' ~ 36 ~..; I I Depth Recovery 8198 Chips 8206 1/2" 8206 Chip 8206 Chip I I I I 8236 I 8236 1/2" I 8236 Chips I 8364 Chips I I 8364 8364 I I I I I I I I . . Description Dolomite as above. Show as above. Contaminated. Dolomite as above becoming very fine grained. Show as above. Badly contaminated. Dolomite as above. Dolomite as above; visible dark brown oil. Fair pin- point porosity. Slightly fluorescent before cut. Visible streaming cut. Strong bright yellow fluorescence on cut. Mud cake. Bleeding live oil. Limestone, very fine to fine, granular, very light brown- gray, poor to fair porosity, trace glauconite, moderately consolidated, visible live brown oil. Strong streaming cut. Very bright, strong yellow fluorescence on cut. Mud cake; bleeding oil. Limestone as above, show as above. Limestone, slightly dolomitic, light gray, very fine to fine, round grains, pellets and oolites. Very well consolidated, tight. Trace very light oil stains. No visible fluorescence. No visible cut. Very light fluorescence on cut. Mud cake. Mud cake. 37 I I I I I I I I I I I I I I I I I I I o 1,000- 2,000- 3,000- 4,000- 5,000 - 6,000- 7,000- 8,000- 9,000 - 10,000- ....... 411IIIII . r PLUG No. 5 ~ ~ SURFACE PLUG I I .. fPLUG No. 4 942' - 842' 278 SACKS CLASS "G" 10 3/4" STUB . f20" at 102' K B 20'; 133., K-55, CSG. CMT. TO SURFACE W/ 312 SACKS ARCTIC SET 3/2/77 f'6 II at 1454' K B I .. II at 950 16, 84 ,K-55, CSG. CMT. TO SURFACE W/ 1605 SACKS ARCTIC SET 3/12/77 RETAINER at 7470' W/65 SACKS CLASS "G" BELOW, 10 SACKS ABOVE PERFORATIONS at 7512'-7520' HYPER JET II at 4 SP F -{PLUG No. 3 RETAINER at 7565' PPLUG No.2 7724'-7574' W/65 SACKS _- GLASS "G" ......... ~ ~ MUD fPLUG No. I >< 8280'-8080' W/70 SACKS CLASS "G" MUD [81/2" HOLE TO 8864' KB T. D. ;\ ,,¡ \1 ~IO 3/4" at 7587' K B 10 3/4", 60.7*, P-IIO, CSG. GMT. W/Jooo SACKS GLASS "G" WiO.75 0/0 D-65 a 0.2 Yo D-13R 4/2/77 W. 1: FORAN No. I 6711 FNL and 564' FWL Sec. 13, T.17N., R.2W., U.M. PAD LEVEL 13' Est. K B 35' Est. HUSKY OIL N. RR. WELLBORE NATIONAL PETROLEUM RESERVE No. 4 SCHEMATIC 38 1..,; I I I I I I I I I I I I I I I I I I I ABAltONMENT HEAD . 4" LINE PIPE ~ NEEDLE VALVE 1/2" NPT 2" TAPPED BULL PLUG 2 " X 4" SWAGE NPT 150 RF FLANGE I THREADED ( 4" NPT.) 4" ANSI 150 RF GA TE VALVE + 4' ABOVE PAD LEYEL 4" ANSI 150 RF FLANGE ( SLIP -ON) PAD LEVEL ~ U.S. NAVY- HUSKY OIL W. T. FORAN NO. I x = 704, 057. 00 y = 6,156,945.00 SEC. 13, TI7N, R2W, UM NPR. 2" BULL PLUG ~ ~ 7l~ \\ SUPPORT GUSSETTS~ ~I. ~\ ",( rlu-:¥ I I I I J ; I I 1 I I I wi I II II J I 1 I I' 20"CASING ~ I ,I I I I I I 1 , I I I' , I , I TEMPLATE CAP TO BOLT ON 20" FLANGE AND COVER TH~ 13-3/8" CASING STUB (RUBBER GASKET ON FLANGE) , OCT. 20", 2000 P.5.I. WELD-ON-HEAD PSI OCT. GATE VALVE NEEDLE VALVE 1/2" NPT. 2" TAPPERED BULL PLUG W. T. FORAN NO. I 16" CASING " 6711 FNL AND 5641 FWl SEC. 13» TI7N I R2 WI UM PAD LEVEL 13' EST. HUSKY OIL N.PR. 39 4" LINE PIPE W/ BELL GUIDE ( 10 ' BELOW 20" FLANGE) \liC- NAVAL PETROLEUM RESERVE NO. I ------------------- /977 30 / YR: JUNE . ., I . /ð w. r. FORAN NO MAY , ,,- /ð 2 30 SITE: . , 30 2 WIND VELOCITY DATA NAlrCH APRIL , i~ . , 3D 2' , i!' . AND . 2 TEMPERATURE FEBRUARY . I . ., I . , . . lð ~ \ . 2 ..... CI) .... o ~ ¥30 ..... . ~~ J'tv\ ~µ r o /~ ~ ). ~20 (.) o ....J ~ o ~ i 30- . \îW tv IV zo. -«>- õ/~ ~ ..... &oJ C It ::;) ... ~ It ~ -10> ~ .... -20 -JO -tIC .,.. o I . . I INVENTORY Nabors Rig 25 I Draworks I National 110, Serial T1866 grooved for 1 3/8" line. Equipped with Fluid Brake Company, Model S501A auxiliary brake, Serial 114-50, Crown-O-Matic Model TCB crown stopper, and National Micro-Matic automatic driller. I Rig Drive I National BT3, 3 section drive with 2 pump drives. Engines I 3 Caterpillars, D398, with National C300 Tourque Convertors. Engines equipped with heat exchangers and waste heat recovery system in sub- structive. H.P. rating without fans have approximately 800 H.P. each. I Pumps I #1 - Emsco F1000 Tri-p1ex driven by compound. #2 - National GlOOO S.N. 8298 with H1250 fluid end. I Substructive I Lee C Moore Corporation Overall length 56.10" Overall width 23.00 Floor height 20.30 Motor height 16.30 I Mast I Lee C. Moore Corporation Serial T 3013 1.025.000 lb. GNC I I Blocks National Model 548-F300 block hook assembly grooved for 1 3/8" line 300 ton capacity. Swivel I National Type R - S.N. T2985 with R.B. Type washpipe and packing I Rotary Table Ideco, Model HS-275 27~" SiN 101 I " I 41 I I I I I I I I I I I I I I I . . Tongs B.J. Type B Kelly Bushings - Varco H.D. square drive. Accumulator Koomey, Model T, 20l60-3S S.N. 4899, 3000 lb. w.p. with 16 - 10 gallon Greer hydraulic bottles. B.O.P. 1 - 13 315 5000 lb. Hydril model GK, SiN 5103 1 - 13 518 5000 lb. double Shaffer, Serial 2145. 1 - 13 518 5000 lb. single Shaffer, Serial 486-LA 80. 1 - 20" 2000 lb. Hydril Boilers 2 - Williams and Davis 150 H.P. oil fired boilers. Mud Tanks 111 30' x 8' x 5' 8" deep with 4 low pressure guns - 2 high pressure guns and Rumba Dual Shale shakers. 112 30' x 8' x 5' 8" deep with 2 low pressure guns, 2 high pressure guns, 1 - 5 H.P. lightning mixer. 113 40' x 8' x 5' 8" deep with 2 low pressure guns, 3 high pressure guns, 5 H.P. lightning mixer. 114 30' x 9' x 5' 8" deep pre-mix tank with 2 mud hoppers and 5" x 6" mixing pump. Degasser Clark Gas Hog - SiN 17 Desander Demco Model 123 with 3 - 12" Cones. Desilter Swaco Model 6T4 156 with 12 - 4" Cones. .-r' !~ <. 42 I I I I I I I . . Light Plants Two Caterpillar D379B, 400 k.w. generator sets and necessary distri- bution system. Overshots 1 - 10 5/8" Bowen Model 150, Maximum catch 9". 1 - 7 5/8" O.D. Bowen Model 150, Maximum catch 6~. Water-Fuel Tanks 2 - Combination water fuel tanks. Approximate capacity 800 bbls. water, 16000 gal. fuel. I I I I I I I I I I I I Drill Collars 20 approximately 7 3/4 O.D. x 2 7/8" LD. drill collars with 6 5/8" regular connections. 21 - 6~" O.D. x 2 3/4" I.D. drill collars with 4~" x H connections. Drill Pipe 100 jts. 5" 19.50 lb. grade G drill pipe. 5" 19.50 lb. grade E pipe as needed. Air Heater 1 - 4.200.000 B.T.U. Air Heater. . i{) t,. 43 I F9I"m '-3S0 (Rev. 5-6S) . UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY . I SUBMIT IN DUPLICATEo (See other in- structions on reverse side) Form approved. Budget Bureau No. 42-RS55.5. 5. I_EASE DESIGNATION AND S.RIAL NO. I la. TYPE OF WELL: WELL COMPLETION OR RECOMPLETION REPORT AND LOG * on. 0 WELL N/A 6. Ill' INDIAN, ALLOTTIIIÐ OR TRIB& NAMII "AS 0 'n;LL DRY [X] Other N/A 7. UNIT AOREEMIÐNT NAMII b. TYPE OF COMPLETION: I NEW 0 \\"lu.rJ WORI( 0 OHm Dm:p- EN o PLUG RACK o DIFF. 0 RESVR. Other Abandonment N/A 8. FARM OR LIÐASE NAMII 2. N4ME OF OPERATOR Naval Petroleum Reserve No.4 9. WELL NO. Husky Oil NPR Operations, Inc. 3. ADDRESS OF OPERATOR W. T. Foran No. 1 10. FIIÐLD AND POOL, OR WILDCAT I 3201 C Street, Anchorage, AK 99503 4. LOCATION OF WELL (Report location clearl" and in accordance with anti State requirementB) 0 At surface X = 704,057; y = 6,156,945 Wildcat 11. SEC., T., R., 1\1.. OR BLOCK AND SURVEY OR AREA I At top prod. Interval. reported below I Sec 13, TI7N, R2W 12. COUNTY OR 113. STATE PARISH I North Slope Alaska 15. DATE SPUDDED 116. DATE T.D. REACHED 117. DATE COM PL. (Ready to prod.) 118. ELE.VATIONS (DF, RSB, RT, GR, ETC.) 0 /19. IÐLEV. CASINGHIDAD 3/7/77 4/14/77 Abandoned 4/24/77 I 8' GL (est); 25' KB (esq) 8' (est) 20. roTAL DEPTH. JlD & TVD 121. PLUG, BACK T.D., MD & TVD \ 22. IF MULTIPLE COMPL., \ 23. INTERVALS ROTARY TOOLS CABLIÐ TOOLS HOW MANYo DRILLIÐD BY I 8864' MD Surface N/A ---.. I 0-8864' None 24. PRODUCING INTERVAL(S), OF THIS COMPLETION-TOP, BOTTOM, NAME (MD AND TVD) , 25. WAS DIBIDCTIONAL suaVIeY MADII I ~~ ;ERAlIT NO. DATE ISSUED A t total depth I I N/A No 26. TYPE ELECTRIC AND OTHER LOGS RUN 127. WAS WELL CORED I DIL, BHC-Sonic/GR, GDC/CNL/GR, HRD, CDL/VDL/GR, Velocity Survey 28. CASING RECORD (Report all BtringA Bet in well) CASINO SIZE WEIGHT, LB./FT. DEPTH SET (MD) HOLE-'SIZE CEMENTING RECORD Yes AMOUNT PULLED I 20" 16" 10 3/4" 13311 8411 60.71t 102' 1454' 7587' 26" 18 1/2" 13 1/2" 312 sx Arctic Set I¡ 1605 sx Arctic Set II 1000 sx Class "G" None None 950' SIZE TOP (MD) BOTTOM (MD) SACKS CEMENT' SCREEN (MD) SIZE TUBING RECORD DEPTH SET (MD) PACKER 8IDT(MD) I 29. LINER RECORD 30. I 31. PERFORATION RECORD (Interval, size and number) I 7512-20' HyperJet II @ 4JSPF 82. ACID, SHOT, FRACTURE, CEMENT SQUEEZE. ETC. DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATIIBIAL US liD 7'512-20' Retainer, 70 sx Class "G" I 33. · PRODUCTION DA;~ :IRST PRODUCTION I PR;D;~TION METHOD (Plowing, gas lilt, pumping-Bize and tllpe GI pu·mp) I WEB~LU~f':¡U~ (::;ci: or DATID OF TIDST HOURS TESTIDD I CHOKE SIZID PROD'N. FOR OIL--BBL. GAS-MCF. WATER-BBL. I GAS-oIL L\TIO TEST PERIOD . FLOW. TUBING PRBSS. CASING PRESSURE I CALCULATED OIL-BBL. GAS-MCF. WATER-BBL. lOlL GRAVITY-API (COIlR.) 24-HOUR RATE )I 34. DISPOSITION OF GAS (Sold, uBed lor luel, vented, etc.) I TIDST WITNESSIID BY 35. LIST OF ATTACHMENTS 36. I hereby certify that tbe foregoing and attached Information Is complete and correct as determined from all available records SIGNED B. R. Allard TITLE Drilling Manager DATE June 9, 1977 44 *(See Instructions and Spaces for Additional Data on Reverse Side) RECEIVED, OFFICE OF THE OIL & GAS SUPERVISOR, JUNE 13, 1977 t' .~ ~. rlnfH I Form P--7 . . SUBMIT IN DUPLICATE" I STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE (See other In- st ruction:; on reversE' side) 5. API NUMERICAL CODE I WELL COMPLETION OR RECOMPLETION REPORT AND LOG * 50-103-20010 6. LEASE DESIGNATION AND SERIAL NO. la. TYPE OF WELL: Oil, 0 WELL GAS 0 WELL DR Y [X] Other _ N/A 7. IF INDIAN, ALLOTTEE OR TRIBE NAME I b. TYPE OF COMPLETION: SEW 0 wonK 0 DEEP, 0 PLUG 0 WELL 0'")';8 ES DACK 2. N4'1E OF OPERA Ton DIFF. 0 Abandonment nESVR. Other N/A 8. UNIT,FARM OR LEASE NAME NavalPetroleumReserveNo.4 9. WELL NO. I Husky Oil NPR Operations~ Inc. 3. ADDRESS OF OPERATOS 3201 C Str~et, ðnchorage. ðK 99501 4. I.OCATIOS OF WELL (Report location clear III and in accordance with anI! State requìremenh)" Atwrlaœ X = 704,057; y = 6,156,945 W. T. Foran No. 1 10. FIELD AND POOL, OR WILDCAT I Wildcat 11. SEC., T., R, M., (BOTI'OM HOLE OBJECTIVE) At top prod. Interval reported below At total depth Sec 13, TI7N, R2W 12. PERMIT NO. I N/A 13 DATE SPUDDED }14. DATE T.D. REACHED 115. DATE COMP SUSP OR ABAND. liS. ELEVATIONS (DF, RKB, RT, GR, ~)"fI7. ELEV. CASINGHEAD 3/7/77 4/14/77 Abandoned 4/24/77 8' GL (est); 25' KB (estj 8' (est) lB. T<YI'AL DEPTH, MD & TVDf9. PLUG, BACK MD & TVDr' IF MULTJ!PLE COMPL., 121. INTERVALS DRILLED BY HOW MANY' ROTARY TOOLS . CABLE TOOLS 8864' MD Surface . NI A 0-8864' . None 22. PRODUCING INTERVAL(S), OF THIS COMPLETIOiN-TOP, BOTI'OM, NAME (MD AND TVD)' 23. WAS DIRECTIONAL SURVEY MADE I I N/A No 24. TYPE ELECTRIC AND OTHER LOGS RUN I DIL, BHC-Sonic/GR, FDC/CNL/GR, HRD, CBL/VDL/GR, Velocity Survey , 25. - I CASING SIZE 20" 16" 10 1/4" CASING RECORD (Report aU strings set in won) WEIGHT, LB/FT.I, GRADE ' DEPTH SET (MD), HOLE SIZE 13311 K-55 102' 26" 8411 K-55 1454' 18 1/2" fiO.7# P-110 7r:,P,7' 11 1/7." CElIlLi'lTING RECORD , AMOUNT PULLED 312 1605 H}OO sx sx !';x Arctic Set Arctic Set Col;:¡!';!'; "G" II II None None q')O' I 26. LINER RECORD SIZE TOP (J\W) BOTTOM (MD) SACKS CEMENT- SCREEN (MD) 27. SIZE TUBING RECORD , DEPTH SET (MD) I PA~<ER "" """ I '2B. PERFORATIONS OPEN TO PRODUCrtON (Intervll1, size and number) 2V. ACID, SHOT, F3.ACTURE, CE!"\ŒNT SQUEEZE, ETC. DEPTH INTERVAL (MD) A1VIOUNT AND KIND OF MATERIAL USED 7512-20' (c1 4JSPF Ret;:¡iner, 70 sx Cl;:¡ss "G" I N/A I 30. DATE FIRST PRODUCTION PRODUCTION CHOI<E SIZE {PROD'N FOR TES'f PERIOD --+- -P:Ü)W, TUBING' CASING PRESSURE CALCULATED OIL-BBL. PRESS. 21-HOUR RATE 't r . 31. DISPOSITION OF GAS (Sold, ",ed Jor iuel, vented, etc.) GAS-MCF. WELL STATUS (Producing or s!lut..in) . P and A IGAS-MCF. ¡WATER-BBL. ¡GAS.OIL RATIO WATER---BBL. ¡OIL GRAVITY-API (CORR.) rEST WITNESSED BY PRODUCTION METHOD (Flowing, gas lift, pumping-size and type of p¡unp) N/A DATE OF TEST, N/A HOURS TESTED OIL-BEL. I 1 32. LIST OF ATTACHMENTS 33. 1 hereby certify that the foregoing and attached information i. complete and correct aø determined from all: available records SIGNED B. R. Allard TITLE Drilling Manager DATE June 9. 1977_ *(See Instructions and Spaces for Additional Data on Reverse Side) 45 RECEIVED, DIVISION OF OIL & GAS CONSERVATION. JUNE 13, 1977 ':. l) "ifln F ,} f.,. .f.1¡,.,' :.¡. ~' . '.' ' -" ~, , / . . " \ q \ April 30. 1982 Mr. Kirk Sherwood Amoco Production Company P. O. Box 779 Anchorage. Alaska 99510 Re: Conducting X-Ray Diffraction Analyses and Preparing Petrographic Thin-Sections of Core Chips in State Well Sample Library. \ \ " '\ Deur ~œ. µherwood: Pursuant to our April 22 and 28, 1982 discussions. permission is hereby granted to Amoco Production Company to extract a maximum lcc. of core Ina torial per foo t of core fl'om the St ate's set of core chips for the purpose of conducting x-ray diffraction analyses and preparing petrographic thin-sections within the designated intervals in the following wells, subject to the below-listed conditions: Sample Set No. \. 'We 11 452 446 462 500 238 Husky/uses Drew Pt. No~ 1 .J!:g3k:lLIJll{ì,§,.ÞAtjjLl;lJ:!L"~~.4~~.~i~~ 1 (IIuskvJtJSGS W.T. Foran.!,!o."D Chevron S Imt.;son Lago'õÏiJfô~:-- 32 -14 Chevron Ravearak Pt. No. 32-25 CONDITIQNS Interval 7620' - 7813' 8712' - 8741' 7534' - 7541' 9382' - 9418' 9149' - 9283' 1. Cuts of the core chips from the State collection are to be extracted only from those individual envelopes or bags in which total content of core chips is greater than 10 cc. (No cuts are to be extracted if the volume of material in the individual envelope is less than 10 cc.) 2. Amoco will provide the Commission with a list of the depths in the well frOL' which material was extracted. '1 "~. ')f¡ n \J 1_",' v'' .-. . . l';lr. Kirk SherlNood Page 2 April 30, 1982 , '. 3. In the event that you wish to prepare blue-dyed thin- sections, it is requested that the core LJaterial be impre~nated under ~acuum with blue dye epoxy Eri~E to mountIng on the thln-seetions~ 4. All petrographic thin-sections prepared are to be received by the COD~ission by approximately June 3, 1982 and are to be transmi tted direct to the Cor:llnission and not examined by outside parties. 5. On those 14 selected depths where x-ray diffration analyses will be conducted, Amoco will provide the Commission with a copy of the analysis or a synopsis thereo f . \ 6. All residue and excess material is to be returned to \ the Con~ission. 7. No additional slides are to be prepared nor analyses . 'made on the core material without specific consent from the Commission. 8. ,Amoco shall bear all costs entailed. I We are pleased to worl~ with you in this beneficial project and 10Òk forward to your company's exercise of care and good judgment in the handling of this limited quantity of valuable well material. I Imow we both understand that the State's well sample library is public property and that granting Amoco permission to extract portions of material from this library for the purpose of preparing the indicated thin-sections enhances the value of the library and is in the public interest. Very truly yours, (J" /" ¡) ¡J . ('I Þl/ /I~.r :p;;;_ @~ William Van Alen Petroleum Geologist cc: Mr. Scott McCoy Project Geologist Nnoco Production Company 1870 Broadway Denver, Colorado 80202 -¡ IIJ '20ft ,> ,.. \.,.-. . U;;":··'·~f . . UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY Office of National Petroleum Reserve in Alaska 345 Middlefield Road Menlo Park, California 94025 DATA TRANSMITTAL Date: Uctober 29, 1981 To: William Van Alen Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 ITEM/ITEMS Gamma-ray logs of following wells: (11) S. Barrow #9 Walakpa #1 S. Barrow #15 S. Barrow #18 S. Barrow #19 Dalton #1 W. Dease #1 Foran #1 N. Kalikpik #1 E. Simpson #2 Tun a 1 i k # 1 From: f@Ø(D;JØ@!iJ~é1r L. S. Page U. S. Geological Survey Office of National Petroleum Reserve in Alaska 345 Middlefield Road, Mail Stop 87 Menlo Park, California 94025 (¥._ ce. i~P,t r~!~I}Jþ~ve '.-1 ,/ ~. . l/ ,¡:- "V'-'" Please acknowledge receipt on this memo and return in self addressed 'envelope attached. hE ~ CEIVED "NO V Afa..r:!(q Oil & Gri,l"Ù 1981 , (. '),'7". U . Datfkr:">g OllìlìIlS", n e ,jIOf1 aCk~~~l edged: /1 ,.7,/ a6~ t .c . .'. I . (/ ç,·C\..-.. / ' ~ Name <) 'ìn(¡ r I~ .;. . . Page ..2.- of L w,T, ¡::'ORRN WELL NAME: --~4.;: Tot'àn No. 1 ITEM TYPE lOG SCALE BASE RUN DATE lOG INTERVAL COPIES REQU::::S"F[O" 1. OIL 5 F 1 3-09-77 0116' -2450' 'S P' Fs " 2 3-30-77 1460'-7562' ". '¡. 3 4~15-77 7585'-88561 2. OIL 2 F 1 3-09-77 01161-2450' FtS,,,, 2 3-30-77 1460'-7562' 3 4-15-77 7585'-8856' t Æ; ;;¡ 3. SHC 5 F 1 3-09-77 1050'-2370' F~S, P. 2 3-30-77 14521-75571 3 4-16-77 7585'-88541 .. 4. BHC 2 F 1 3-09-77 1050'-2370' nS,p: 2 3-30-77 1452'-7557' ~ " 3 4-16-77 7585'-8854' t tf ~ ~ l ~ 5. FOC-GG 5 F 1 3-30-77 1626'-7566' F~SsP' 2 4-16-77 7585'-8861 ' ~ Î 6. CNL-FOC 5 F 1 3-30-77 1626'-7566' FiS,Pì 2 4-16-77 7585'-886'" i ! ~ 7. CBL 5 F 1 4-19-77 55001-75911 F!S,P! f 8. OM-Arrow Plot 2s5 V 1 3-31-77 2355'-7542' F P 9. OM-Arrow Plot 2s5 V 2 4-17-77 76011 -8860 1 Fip ~ , 10. Mud 2 S 3-07-77 05001-8864' ¡ Î T'PI 1l. li tho logy 2 S 1 3-09-77 0116' -2450 ' F S,PJ 2 3-30-77 1460'-7562' 3 4-15-77 7585'-88561 R CEI D q,.:' ~) <:t ~V.,. \. \. ""j. \.,) ')¡ I UNITED STATES . ARTMENT OF THE INTERIOR , I ;/ GEOLOGICAL SURVEY Office of National Petroleum Reserve in Alaska 3~5 Middlefield Road Menlo Park, California 94025 B@!~ ~~..\ ¡ I'., ';. ~ ìZ," ;'" March 23, 1978 /J~I/ /j ~)\ r/f^ 9, ¡:/ ~"C ._ ~w ';0. r-- Mr. Harry W. Kugler Division of Oil and Gas Department of Natural Resources State of Alaska 3001 Porcupine Drive Anchorage, Alaska 99501 fE'~ -:'Pþ "i'~':': ~,,(, _. Dear Mr. Kugler: We are sending you, under separate cover, sepia and blue line prints of logs on the following wells from NPRA: Cape Halkett No. 1 IKO Bay No. 1 ROllt.]1 ßimpson No. 1 CW. T. Forañ--N~ ~~....., ï;;,.'''' ;\~'.. ,... ,.. :~y-"'1:ï. f;;, '<''''~' ...... , Lists of the logs for each well are attached and those we are sending to you are enclosed within the red outline. The letters."S" and "P" indicate "sepia" and "print". These logs are not to be released to the public until their avaiÞbility is announced by the Environmental Data Service of NOAA in Boulder, Colorado. NOAA will be the primary distribution agency and their release of the data will be authorized by the O~fice of National Petroleum Reserve in Alaska at the proper time. ~... ~*t ~ "" Please acknowledge receipt of the logs and your under- standing of the release procedure by signing the attached copy of this letter and returning it in the self-addressed envelope. t·;·.. " ¡\tCEIVED I !AP ~ 107'. <.n.\ 2'1 .J £J Very truly yours, t<\ /) /êt9-rJ-ttef- 'ii) Ü/¡:¡!;;;;; , f.· ': C¡v:21:n cf o¡¡ t< ú:{;) Cc:;~:rY:W:. ,~I"·. '~ Robert D. Carter ~...... ¡.,...... ·f ~.: ~~. '\~" ~..i~~~~ ,-,., ."....,.... ~ '---- SCANNED JUL 1 4 2004 --'"-----.-.'.--- - "~ W;;';t,~..~..-:.,.l... ., ."'.~7+~,¿:::.:~;~~.>"';'?';.:;····>:" ~t:,;~~.#<~·. "n:\-....-:'.~_..-)f~;!~~~. ~~~. ....,i,¡i.~':~?;¥¡.~-. :1 .~... . ",;ï~-").O:~:f¡;..;zr.\i'':::(i7W\¡qf\~~·~~':~~~~-....t~::.· ....:..~'"" ....~~"~~~.::Yi~~>jo".·.; . \ ;;^,_r~...._..~, '--;;:~'~'--;';':"-'"¡i'-~""~~'" ...'..~_,..~-...._......... . ~".. " -~.-- .''''"- '"rt....:~,,w__._.,~,.,,_:_.;,~ù.... t· [/1%. \ '/(Y' /. l1l& ~DSTATES DEPARTMENT OF THE INTERIOR () ..~ "(.!/J/ . GEOLOG ICAL SU RVEY Office of National Petroleum Reserve in 345 Middlefield Road Menlo Park, Cal Hornia 94025 Alaska December 15, 1977 Mr. Harry W. Kugl er Division of Oil and Gas 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Kugler: In accordance with your letter of August 29, 1977, to Irv Tailleur, we are sending you, under separate cover, well log sepias which we had on hand. Two lists of these are attached; please acknowledge receipt of the sepias on one of these and return in the attached envelope. The remaining sepias and blue line prints of all logs will be sent to you when we receive them from Houston. A purchase order for this work is presently being prepared. Very truly yours, eod{/f~ Z¡J f)1,~~~ Robert D. Carter Attachment n r' r f· ì \ { 1,"" r-, r\ ;- \ r":', / r~ ~ , ,_ ........ .,..' I· '",. ~.>' í-'~' ~'> 1'" { "j - I U ,') I} / I ',:;:,'~,~"--"'."'."'~,. ~ 1 ........... : #" D~V¡~!(~~l r;~ SCANNED JUL 1 4 2004 ;:,~:.,.,;:~~~:.,:-;-.::~~;:t.::.',';::;~ . ....._ . ""~__~. -. '._". ¡ "'~--,.. -:-__ r:>~. .. . wY.~. '~.ø:;.'0*'-:;"",¡i.,~"~~~. .~·t¡ ';'.~""'N"' . ~:...'!f.t..'W"". ''''''.. .. ':-'j~s...~.."...."""..'~~'îo.. '~'.. .~. '.....: '~...' .... ,.' ~-. .~.µ .... ...iò .. '~10., "'...~.~. i..~¿;. ,.f~~";"'i<"~~..:'.¡{"~/ ~-....... '. ...~. "* .. ,. '..' .....:~:.. ...:&-. ..,._,,:~;)-,¡.....,,~'^'.;,~. f\\:";""",,..J. ",!"!i"~~..""~..c..'.'f/ ,,'-~-LÁt.~_' .' ~"""",_...~. . . ..~/i'_:~.. . ,:" 'V"""l:." .' .", ,..~..,~, "'7'.~jl._..::'f,-~",:Ch.;r "~'1Li:_-1'r~~..~~i '< ""~.""":'''-'_,...' io!r~"..,~ .AC~ .,........... T.'·f;,~·. _,...."...",../II'¥,.,.,..."-....g-""¥.~--::.':{,I''''...~:' K --'J fV\ 'l\ ~ fit' ~f1{J Ç1.. 1) "t(,r..P\..../ I JI'" . . r-- -..-... r-¡·:~ ,..~~' ~..' if ;r:~ ~f !i.;~,:'" t".~~,·.vJ· ·~,z~·, I""!!I!"'" "'~--~- ~. ~"", ¡ooo--- ~~,:~' , . , ....). ~';,.~<:"'~ , .~. I. "''';''\"":,,,'''~ ¡,: '. :~ ~...'..~~'.' i'ð.....¡ç: "'"4~' ,..... ...--.. ! ~~?-r~~"1i" " ,¡; ,'" .;(;J(i,"',¡,~ . . ;>.~.IS:fi "" 'Zr ;".'._';''''''~;''-~ . . Atigaru Point #1 East Teshekpuk #1 Cape Halkett 16N-2W-l I ko Bay # 1 South Barrow No. 12 f, r r í- j \ I' ¡- r') ., ,..-. r" j " I' , . 1.. L \.. ,,, \' ~.. ." f" :.. () r"" -I J¡J) ,'jíì. I < D:vi:~~:'(1 t< h (': ,., . . 5" 5" 2" i Sepias vi Sa raband .; Cori band v Dual Induction - Laterlog v Dual Induction - Laterlog v Borehole Compensated Sonic Log vDual Induction - Later10g ~Temperature Log v Ca 1 i per Log ( Compensated Neutron - Formation Density \I Cori band .,. Compensated Formati on Dens ity Log ~ Borehole Compensated Sonic Log v Borehole Compensated Sonic Log Borehole Compensated Sonic Log ~ Borehole Compensated Sonic Log \ Dual Induction - Laterlog J Cement Bond Log v Cement Bond Log v Cement Bond Log v Cement Bond Log /Mud Log . v/ Stri p Log ~Continuous Dipmeter vBorehole Compensated Sonic Log /,Compensated Formation Density Log /Dual Induction - Laterlog V Boreho 1 e Compensated Soni cLog v Proximity Log - Microlog vDual Induction - Laterlog Proximity Log - Microlog Cement Bond Log FD Log Compensated Neutron - Formation Density J Mud Log Dual Induction - Laterlog Cement Bond Log Borehole Geometry Log Formation Density Log Compensated Neutron - Formation Density Proximity Log - Microlog Saraband Dual Induction - Laterlog Borehole Compensated Sonic Log Borehole Compensated Sonic Log ~..,<r~'_.''''''''''''''''''''''''''''''''''''. ....... -t 5" 5" - 2" 2" 5" 5" 5" 5" 511 2" 2" 5" 5" 5" 5" 5" 5" 2" 2" ~'"':'~-''''' ~._, '~" ~_.'" f, ·r· . ~.,.. ~. "'? .. ~. ~;.~~ ~~:. ~¿ff.. ~.:_;;; ~ : 5" 2" 511 5" 5" 5" 2" 2" 2" 5" 5" 2" t~·~,;.--~ ~""...~. ~J..y: '._~~.: '-. - _Þ":_:~W· # : ~'-:f"4 2" 2" 2" 5" 5" 5" 5" 5" 5" 2" n :- ""~ ~ i .......0,:_:_ _ I:...>...--~ ,:;'--' ~.u:;.' r-.~"""r>::'; r:::=" SCANNED JI n. 4 ')nn4 ~';;!-.c'. '.... '_....~.~~;.~... '. ,.of~Þ-.' ..~'. .~~.~~.....~....-..£...;.~.: ')'«;.;-;:--..I:.:-f.."JJ,.".".wr.·..· '. "~.' .:-::"-:'"\H:·~Á~7 ."'w..""-.;,;...." J.,\.,,-...... '".-"'i..,.::.::.~.. . ......... ~.j,:-I".. .."... ,",.."..'t:c("".i.";;¡'{:'ÞI"~........ ~~~-i~.:~-:of?~~b~-~7~;:-v .~'~~~ ~:f~ . ":-'"~..;..~ ~~t~~"'f'J'~..r-.l'..~;~"'~~~ ",\~.... ''''''''''~j- -~'-'i ..,,,'Ç~~_::;t_>!~_.......r.~_....1'y...:~~ "~"j..1~_~.--..t· ¡~ø~ -JlO;-",' ,,,."'-. .~_~~~.t , . South Harrison Bay #1 2", 2 runs Ve 11 urn Dipmeter Arrow Plot v./ South Simpson #1 Dipmeter Arrow Plot 2", 2 runs Atigaru Point #1 Dipmeter Arrow Plot 2", 2 runs ,"-" ( . Wt.Fora~iPmeter Arrow Plot "---___ 2", 2 runs v.,.... ;/v "V West Fish Creek #1 Dipmeter Arrow Plot 2", 2 runs V~./ . ............ ~ , ..;.... .... ,", ~;-:"';-êr.:- Above material has been received and will be held in a confidential (proprietary} status until announcement of release by the Environmental Data Service, National Oceanic and Atmospheric Administration, Boulder, Colorado. 1""' r- ¡ f fl ~.r-' C, f): (, '_._ ~.~ ..... i \.. . o¡v~"i"l\ nl ·";"l.\,: r\ \ ) /) >' (.f/ /.. u . ............. .....~--,... SCANNED JUi. " 4 ?nn4 n F... j <, ' / .' ., ~ , {!"1I ~ ! ~. 7,......~';'L. I(~; t~· ~~~~r ~'-'" ,..... . ~\' /7 ¡ç / -.I ~"J"_""~' ~' r¡ ". ' f- r..····" . ....,_. . _. ~-..::. ~-- '" ~~./O' ~,;.~.. ~- ~~: - .......-- ~~~~.; -.~ ,'~',",o,4,,''''~¡¡''._~-~'''-''''"!'''''''V' _ '~~'~-:--:~,-":"'_'. ._....l""-...,.......-~:=~--~~ -"- .-.. .. .¡^ ... .... L'. '. '\~.. ..... "'.. ..~\.,.,..... ......" .'."'..'_ ". ".. .. .,....~;,.. +....._. " ~....._.............,..~....,.. --'", .,. .: i·-_....., ,. Y .~.. Ø!'~~~~. ""'~....L~~ I. ~t~....,it...r.... - ~..".-~...._-~,,;..-;, -. _..~...~ '.a;;~"'" -, ( , 1--11..'. EtU . s Y·'" . '- :i~.'.i.\' .-~ ,,-..... . \ . @ ~ ~ SUITE 600 3201 "c" STREET ANCHORAGE, ALASKA 99503 ./J/9 g¿ t!uY)'ohèwd, ßj;(). TELEPHONE; 907-276-4566 June 6, 1977 State of Alaska Division of Oil and Gas Conservation 3001 Porcupine Drive Anchorage, Alaska 99501 Enclosed is Form P-7, Well Completion or Recompletion Report and Log, as regards South Harrison Bay No.1, Atigaru Point No.1, West Fish Creek No. l,~. T. Foran No. i)and South Simpson No.1. These forms are being filed IUL i.nformation purposes only. Please refer to letter from the Director, Naval Petroleum and Oil Shale Reserves, Serial #394, 27 August 1968. We would appreciate receiving a signed copy of each of the forms for our files. ,6£ d!J.J(jAl2~ B. R. Allard Drilling Manager BRA/ JMM/ dm Attachments RECEIVED MJ rŒI'U'~ t./I,IN 1 .r~ 1977 Dìvis!cn tif WI fl,. C¡i\¡ d')/1:;!)rvalion Ai1d¡O/:ïOQ .}ßjc l1þ..... .' 0 CI~lrA..P4 1>'" 5~r' U." /'.~ þJK /) ¿. . /3' 77 c!)1 -.........-.. ......-~ ~<._'......... ..... # SCANNED JUL 1 4 2004 I DIR k1~ =f~.~~~i~ --11ENG ~F: ·J33-·:~~li~ \--4 ÈNC? \ . -r-Š-ENG-=-r --¡¡-GEOLTK -r2"ì3EÓL]:: :13- ~~O~ _.----r- I DRAFT '~OC\ ~CÓt\¡FE-R: FILE: l,/ ., '" /1' " Form P-7 . SUBMIT IN D.TE. STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE (See other In- ~::~~.;~~id~~ "s. API NUMERICAL CODE la. TYPE OF WELL: WELL COMPLETION OR RECOMPLETlON REPORT AND LOG * 011, D~ WELL b. TYPE OF COMPLETION: "EW 0 WORK 0 DEEP- 0 WELL onr.R EX 50-103-20010 6. LEASE DESIGNATION AND SERIAL NO. GAS 0 WELL DRY /XJ Other N/A 7. IF INDIAN, ALLOTTEE OR TRIBE NAME N/A 8. UNIT,FARM OR LEASE NAME Naval Pet. Reserve No. 4 9. WELL NO. PLUG 0 BACK DIFF. 0 nESVR. Other AhRnÒOnmpnr 2. NAME OF OPERATOR Husky Oil NPR Operation, Inc. 3. ADDRESS OF OPERATOR W. T. Foran No. 1 10. FIELD AND POOL, OR WILDCAT 3201 C Street, Anchorage, Ak. 99503 ·4. LOCATION OF WELL--CReport location clearlll and in accordance with anll State requirements)· At surface X = 704,057 y = 6,156,945 Wildcat í1. SEC., T., R., M., (BOTTOM HOLE OBJECTIVE) At top prod. Interval reported below At total depth Sec. 13, T17N,R2W 12. PERMIT NO. N/A 13. DATE SPUDDED 114. DATE T.D. REACHED (IS. DATE COMPSUSPOR ABAND. '16. ELEVATIONS (DF, RKB, RT, GR, =)'117. ELEV. CASINGHEAD 3/7/77 4/14/77 I Abnd. 4/24/77 8'GL(est) :25'KB(~st) ~ 8' (est) lB. T<YI'AL DEPTH, MD & TVDf9. PLUG, BACK MD & TVbr' IF MULTIPLE COMPL., 121. INTERVALS DRILLED BY HOW MANY' ROTARY TOOLS' \ CAIILE TOOLS 8864'MD Surface . N/A 0-8864' _ none 22. PRODUCING INTERVAL(S), OF THIS COMPLETIOiN--'I'OP, BOTTOM, NAME (MD AND TVD)' 23. WAS DIRECTIONAL , SURVEY MADE I ¡ N/A no 24. TYPE ELECTRlC AND OTHER LOGS RUN DIL, BHC-sonic/~R, FDC/CNL/GR, HRD, CBL/VDL/GR, Velocity Survey 25. CASING RECORD (Report all strings set in WEll) CASING SIZE WEIGHT, LB/FT.I) GRADE DEPTH SET (MD) HOLI!1 SIZE CEMLNTING RECORD lO" 11311 K-I)I) 107' 2611 312 sx Arctic Set II 16" 84/1 K-55 1454' 18~" 1605 sx Arctic Set II 10 3/4" 60.711 P-110 7587' 13~1I 1000 sx Class IIG" A.'VIOUNT PULLED None None 950' 26. LINER RECORD 27. SIZE TOP (MD) BOTTOM (MD) SACKS CEMENT' SCREEN (MD) SIZE TUBING RECORD DEPTH SET (MD) 1 PACKER SET (MD) '2B. PERFORATIONS OPEN TO PRODUCnON (Interval, size and number) 29. ACID, SHOT, F~CTuRE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED 7'117-70 (ð4JSPF Rer;:¡iner 70 sx C:1 RSS "G" N/A 30. DATE FIRST PRODUCTION PRODUCTION CHOKE SIZE JPROD'N FOR TEST PERIOD -.. FLOW, TUBING CASING PRESSURE CALCULATED OIL-BBL. PRESS. ~ ,21-HOUR RATE 'I . 31. DISPOSITION OF GAS (Sold, used for juel, vented, etc.) GAS-MCF. ¡WELL STATUS (Producing or .Gllut-in) P and A ,GAS-MCF. WATER-BBL. ¡GAS-OIL R-'\.TIO WA'J'ER--..BBL. lOlL GRAVITY-API (CORR.) fEST WITNESSED RY PRODUCTION METHOD (Flowing, gas lift, pumping-size and type of pump) N/A N/A DATE OF TEST. HOURS TESTED OIL-BEL. I 1 32. LIST OF ATTACHMENTS Plugging Detail; DST Detail .. _·>.2'~,::::·"'M2lJ:¡;;;;~ ""=":,::. œœ":~~~l::: :a::::;" '"œ '" ··"':~T:re.¡ /c¡ / t;t 7 *(See Instructions and Spaces for Additional Data on Reverse Side) CONFIDENTIAL INFORMATION 9~ 1fJ. dy.¿r- 3CANNED J U L 4 (004 NSTRUCTIONS General: This form is designed for submitting a complete and correct we completion report ènd log on all types of lan:Js and leases in Alaska. Item: 16: Indicate which elevation is used as reference (where not otherwise shown) for depth measure- ments given in ether spaces on this form and in any attachments. Items 20, and 22:: If this well is completed for separate prcduction from I'lore than one mterval zone (multiple completion), so state III item 20, and in ite'll 22 show the prc:JucinC] interval, or liltervals, top(s), bottom(s) and name (s) (if any) for only the interval reported iil item 30. Submit a sepiHate report (paae) on this form, adequately identified, for each additional inter val to be seperately produce::!, show- ing the adlditional data pertinent to such interval. Item 26: "Sacks. Cement"; Attached supplemental records for this well shaul:! show the details of any mul- tiple stage cementing and the location of the cementing tool. Item 28: Submit a separate completion report on this form for each interval to be separately produced. . (See instruction for items 20 and 22 above). 34. SUMMAHY OF FORMATION TESTS INCLUDIN(; INTERVAL TESTED, PRESSORE DATA AND RECOVE;RIES OF OIL GAS. 35. GEOLOGIC MARKERS WATEIl AND MUD NAME MEAS. D"E1PTH. 'l"RU1I: VII:RT. DEPTH _..._._L . 36.. Cqi1E DATA. A1"FAè'1l tutn:Fi ~Wfffi'Ns QF:,' L.tl'JIOLOGY. PØTWS,¥r:v. FJ{!\liYrt.JnES. AP<PAMNTi·ØtM, A['i 'P, f)'~-n:I~SJ!fOWS OF· OfL. GAS OR· WATER .1.\ ." ~-\-~ ~-\ °E4V, $' yo 1\ r: · -, s ...... 0 q, ',~ ,£. ....~1, ~.os II, ",IS, 11-20 8 E4 -+ ¿ ,. .."OW .---J-. ..... - rut "'" .. I r- 1'" "S, - , IJ, " 1<"'"'' t. .~. Of",",. I ,~. ~ s:: , "<;,,{\ / .W~lA(P~ NO.! '\ E S NPSON NO. Z +1ION ~ ~'? / '''''''''' /. X . '. ./ .~UY~NA~ NO 1 ~ ''''---\-'~YI T. FOR~N NO! ,. ~ '-'I ~f __ ..... - -"... -..... £. ,,,,,.. .. 1 OR" Pf .. t _ , "., ''''''TN. t t Y> '" . / ·S. "IP""" . " ~'I, / · .,..... 1 J. "'t/,"" I, , meA," PI .. r _ ......,,"'. · ';r " ,.. _ / '''OR" " I ., 'fAOf ".1 L """'" .. , .!" ~ ~ ~,p ". . !A1I"I!" . " -.:. ~ ~, <; ;' """",,. t. , ",''so. ..", I. " . ? , r... -" . "" OR", .o.¡. \. 5' ~"" '5' ~ I -- ...'''''....1 I" ~. ~ """I! .. I J ~ý " ~-t- : (~ - ~ f ~ _ ? ' · ""OK" I ~ ~ ~ r ¡. I ?' .. _, ' I < ~ I """lA. .., I f ~ ('\ ~ I I "'~~; ~ ~ I J _ ~ :1-"). f ;: , ...... ., r ¡. ,. I Sf''',". I,.. ".., ,\ _ _ ¢- ~ I __ _ <:: If "~ ...:J;t" ".. --..:::. ' {"". ' ,. -"" "'~ ~ ' 'Ar"!A .. 1 _ ~ . .. ~~ . ' -- ,..- "'., ¡ > ' . -- ...." '" r l...._ I ~ _. ' v ' , I I I I __..... , &.. ,..., --"""" . ~--- -', I "\. "'\ ·'lISBURNE NO. ~- , " ? ....-, , - \ -- ,. t . , ......, 't...J tI .... _.._---_._--~--,-_..,-_....-------- - -- .._-;:- ., -. ." -.',<:- C,\\Ij\<'c,\\ '6<",.. 7'o~+ . ,,,.'.,.... i- ....._,'."J:ò-.1._..-.. --..--- -"0::;". r:,:.:..r,t.,- '1,J~-'::;;' ,,' , ~'\. ,~ ;;g n! L "'. þ,,').... '" 'h ." ~I--+ I Þo.').... ....(0)" rn 0 ...... ~(.) ",f1'Im~UJ >$:~. ~.' >:. (j). Q ~. z z tš G) rr s: $:. ~~ "'! :::: ¡)[~ >' "" !;). ~ "'II 1 I ?J:'\ JI>. 1"" ~ Location Plot Well eCJ3 C"á.c- c'"' ~ojo] 680,+ 162°W ~6 ~\t I' t~ '+, 11. ·re., __ i i ~ , í I t , ¡ .5"0 " .,..C fc.v k-- t (I '!Jo.+-'Cv.l. \ 0(. tG""'¡ c. c' Pfw...c>f'" tv~<. f J ",,: 3 j ') J"¡v-cC<. c! "''<.J v- C... ~v-" ¿ 0 I 4 c¡ 7 -G)'f ( H H H I tv ]CLA- r d (307) en (") ~ ~.,. .p ,ii ..., ,\ .,~. J cO':> C) po. · .. 5 IL ff99i ~A~aMnd, k SUITE 600 3201 "c" STREET ANCHORAGE, ALASKA 99503 TELEPHONE: 907-276 -4566 April 25, 1977 I DIR , C:-'GEOL ,- C.- r:--jG 11 -r-j -T- I I I;"; I !K !-- ,-. " +-ìL Enclosed is Form 10-403, Sundry Notices and Reports on Wells, as regards W. T. Foran No.1. ! 3 C:r"X ! I _____ Rr:V I ,-L£RAFT-¡-- _I SEC-¡- CONFER:---: FILE: State of Alaska Division of Oil and Gas Conservation 3001 Porcupine Drive Anchorage, Alaska 99501 We would appreciate receiving a signed copy of the form for our files. l ./¡ I R. J. Mead Drilling Manager I I ¡ / Enclosure ¡dm 5--r c¡ ~><ß'P 4-z,f-77 Ø",il( '/ t Vi ~ ~..."... II" '" _......,...'",..,.,..."...'" [ii!i] . ....c i=orm 10-403 REV. 1-1~73 . Submit "Intentions" In Triplicate & "Subsequent Reports" In Duplicate . STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE 5. API NUMERICAL CODE 50-103-20010 6. LEASE DESIGNATION AND SERIAL NO. SUNDRY NOTICES AND REPORTS ON WELLS (Do not use this form for proposals to d rill or to deepen Use "APPLICATION FOR PERMIT-" for such proposals.) 1. N/A OIL 0 GAS 0 WELL WELL OTHER Exploratory 7. IF INDIAN, ALLOTTEE OR TRIBE NAME N/A 8. UNIT, FARM OR LEASE NAME Naval Petroleum Reserve No. 4 g. WELL NO. W. T. Foran No. 1 10. FIELD AND POOL, OR WILDCAT Wildcat 11. SEC., T., R., M., (BOTTOM HOLE OBJECTIVE) 2. NAME OF OPERATOR Husky Oil NPR Operations, Inc. 3. ADDRESS OF OPERATOR 3201 G Street, Suite 600, Anchorage, Ak. 99503 4. LOCATION OF WELL At surface x = 704,057; y = 6,156t945 Sec. 13, T17N, R2W 12. PERMIT NO. 13. ELEVATIONS (Show whether OF, RT, GR, etc.) + 8' GL (est); 25' KB (est) N/A 14. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data TEST WATER SHUT-OFF FRACTURE TREAT SHOOT OR ACIDIZE REPAIR WELL NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: PULL OR ALTER CASING MULTIPLE COMPLETE ABANDON* WATER SHUT-OFF FRACTURE TREATMENT SHOOTING OR ACIDIZING (Other) REPAI RING WELL ALTERING CASING ABANDONMENT* Z (NOTE: Report results of multiple completion on Well Completion or Recompletlon Report and Log form.) 15. DESCRIBE PROPOSED OR COMPLETED OPERATIONS (Clearly state all pertinent details, and give pertinent dates, including estimated date of starting any proposed work. CHANGE PLANS Progress Report (Other) 3/16-29/77 3/30/77 3/31/77 4/1-2/77 4/3/77 4/4/77 4/5/77 4/6/77 4/7/77 4/8/77 4/9/77 4/10/77 4/11-12/77 4/13/77 4/14/77 Drilled ahead from 3324' to 7539'. Cut core #1, 7539 to 7558'. 100% recovery. Ran DIL, BRC/sonic, FDC/CNL, Dipmeter. Shot 20 sidewall cores; recovered· 18'. Ran 10 3/4",60.7#, P-110 casing to 7587'. Cemented with 1000 sx. "G" w/ 0.75% D65, 0.2% D13R Nippled up and tested stack. Drilled ahead to 7601'. Drilled ahead to 7676'. Ran DST #1 from 7587 to 7676'. Drilled ahead to 8051'. Drilled ahead to 8253'. Ran DST #2, 8205' - 8253'. Misrun. Cut core #2, 8253' - 8283'; 100% recovery Ran DST #3, 8206' - 8283'. Drilled ahead to 8616' Drilled ahead to 8864'. RECEIVED APn 27'977 Division of Oií and Gas C0nser'fation Ant~h0t!" continued on attached--- 16. I hereb~~Y... that t,e fo.regolng l:hZrue and co.rr~1 . {,,\í A /I ",// SIGNED ft.' t~·.. /. -c;'-. (This space for State office use) TITLE Drilling Manager April 25, 1977 DATE APPROVED BY CONDITIONS OF APPROVAL, IF ANY: TITLE DATE -.. See Instructions On Reverse Side 4 20"''' SCANNED J U L 1 IJ't ~ INSTRUCTIONS General: This form is designed for submitting proposals to perform certain well operations, and reports of such operations when completed, as indicated, on all types of leases and lands in Alaska. . Item 15: Proposals to abandon a well and subsequent reports of abandonment should include reasons for the abandonment; data on any former or present productive zones, or other zones with present significant fluid contents not sealed off by cement or otherwise; depths (top and bottom) and method of placement of cement plugs; mud or other material placed below, between and above plugs; amount, size, method of parting of any casing, liner or tubing pulled and the depth to top of any left in the hole; method of closing top of well; and date well site conditioned for final inspection looking to approval of the abandonment. . 4 . . Sundry Notices and Reports on Wells W. T. Foran No. 1 April 25, 1977 15. continued 4/17/77 4/19/77 4/20/77 4/21/77 4/22/77 4/23/77 4/24/77 4/25/77 Ran DIL, FDC/CNL, BHC/sonic, Dipmeter, velocity survey, sidewall cores. Set open hole plugs Plug tf1: Plug /12: 8280' - 8080' w/ 70 sx. Class "G" 7724-7575' w/ 65 sx. Class "G" Ran CDL/vDL/GR. Ran retainer and set @ 7565'. Perforated w/ 4 shots per foot from 7512 - 7520'. Ran DST #4. Set retainer @ 7470' and squeezed w/ 75 sx. Class "G". Cut 10 3/4" casing at 950'. Spotted 70 sx. Class "G" plug @940'. Recemented @ 942' with 208 sx. Class "G"; spotted surface plug from 0~25' wi th Çl?,.c;H "G". Rigged dòwn; released rig.~ , , 'vw~~'~" ~pJ"..'''ý''"'f ~ .~..' .. t , I ,{ t;; () . r-\....,'^'\ ' ~,Vv" .:,,.t, d'J· '4.>.7 . y. E·C Cl 'I;· f"\ f\ Lil r:u Apn () r¡ 1(";""77 . , ¡ \ '" :J/ Division 01 Oil ;¡ 11 ....Lc.,,( "~f::., '" .,....,¡ c".inSen}ation . SCANNED JUL 1 420ð' . . . HUSKY OIL NPR 4 OPERATIO~S DRILL STEM TEST REPORT FO~~ WELL NAHE W. T. Foran No. 1 Test Number DST If4 Date 4/20/77 Test Interval 7512-7520 Total Depth 7665 Pkr @7428 Hole Size 10 3/4" casing Drill Pipe (Size & Lgth) 5",19.51/,' 31' / j t. Drill Collars (Size & Lgth) None Type of cushion fluid water Amount of cushion 500' (8.88 bb1s) TEST DATA: 1. Tool open at 0609 hours. 2. Initial open period 15 mins. 3. Initial shut-in period 30 mins. 4-. Final flm.¡ period 120 mins. 5. Final shut-in period 240 mins. 6. Description of blow on initial open period fair to strong - no gas 7. Description of blow during test Good to strong. Cushion to surf 48 min. formation fluid(sa1t water) to surf. in 117 min. (4bbl/hr) 8. G.T.S. mins: O.T.S. mins; Bottom hole choke size 5/8" Surface choke size 16/64" Water -4 bb1/hr 9. Flow Rate: Gas C.F.P.D. Oil B.P.H. G.O.R. 10. Gravity of Gas Gravity of Oil 11. Total fluid recovery: 131 bb1s salt water. 12. Resistivity of H20 13. Depth of top press bomb Chlorides of H20 7408 Bottom Bomb 3300 7461 P.P.N. PRESSURE DATE: -48 hr 7461 - 24 hr 7408-48 hr 7414-24 hr T-882 T-2l9 Top Bomb: J"":l92 J-300 Bottom Bomb: I.H.P. 3791 3885 I.H.P. 3938 4027 I.S.I.P. -»54 ----1741 I.S.I.P. 2g81 1829 I.F.P. 1703 1709 I.F.P. 1035 1779 F.F.P. 3726 3579 F.F.P. 2964 3641 F.S.I.P. 3912 3780 F.S.I.P. 2985 3839 F.H.H. 3763 3827 F.H.H. 2987 3778 Temp 1900F 1900F. Temp 1900F . 1900F SAÞŒLE CHAi'1BER DATA l. Gas 0.25 C.F. 2. Oil very sIt. trace C. C. 3. H2O 2360 C.C. - 14000 ppm Chloride 4. Mud 0 C.C. 5. B.O.R. 0 B.S. & ¡-l 0 % REMARKS: CONFIDENTIAL '. ................ ---.. . ,. .,,-_.............. ! '.. . '- ~~þiNMr:r) . II. 1 4 'Hìf\A Ä~4J. ~ ...- . . . HUSKY OIL NPR 4 OPERATIO~S DRILL STEM TEST REPORT FO&~ WELL NA}Œ W. T. Foran No. 1 Test Number DST 113 Hole Size 8 1/2 Date 4/11/77 Drill Pipe (Size & Lgth) 5", 19;511 Tést Interval 8205 - 8283 Drill Collars (Size & Lgth) Total Depth 8283 Type of cushion fluid Water Pkrs@ 8198 & 8205 Amount of cushion 3313' (55.7 bbls) TEST DATA: 1. Tool open at 3:10 a.m. hours. 2. Initial open period 15 mins. 3. Initial shut-in period 30 mins. 4. Final flow period 120 mins. 5. Final shut-in period 120 mins. (tool did not close) 6. Description of blow on initial open period slight blow steadily increasing to medium blow from bottom of 5 gal. bucket. 7. Description of blow during test blow steady(medium) from bottom of 5 gal. bucket. 8. G.T.S. none mins: O.T.S. none mins; Bottom hole choke size 3/4" Surface choke size 28/64" 9. Flow Rate: Gas 0 C.F.P.D. Oil 0 B.P.H. G.O.R. 0 10. Gravity of Gas None Gravity of Oil None 11. Total fluid recovery: Knock out sub @7846. No fluid to. surface. Reversed out 3313' wtr. cushion(55.7 bbl)-2044 ft.(36.3 bbl) rathole mud-628'(11.2 bbl)formation 12. Resistivity of H20 Chlorides of H20 see remarks P.P.M. fluid. 13. Depth of top press bomb 8170 & 8176 Bottom Bomb 8277 & 8271 PRESSURE DATE: 8176' Top Bomb: LH.P. LS.I.P. I.F.P. F.F.P. F.S.I.P. F.H.H. Temp 4329 4042 1424 1545 2260 4348 20loF -- Bottom Bomb: I.H.P. I.S.I.P. I.F.P. F.F.P. F.S.I.P. F.H.H. Temp 8277' J-300 4390 4076 1480 1585 2310 4362 l880F 8271 ' J-30l 4423 4092 1481 1594 2310 4385 l850F f/J-192 SAHPLE CHAi'1.BER DATA 1. Gas 2. Oil 3. H20 4 . Mud 5. B. O. R. 2.17 76 1691 133 C.F. C.C. C.C. 11,100 ppm Chloride C.C. B.S. & W 96 % REMARKS: CONFIDENTIAL . ,-- -,. ,~. '."'. .-' sc¡.· N!\.IE (' Illi , \1 <".,ì '. ., '.. 4 7nn4 P~.¿J*,¿ Test Number DST 111 Date 4/6/77 Test Interval 7587 - 7676 . Total Depth 7676 7395 - PKR TEST DATA: . . HUSk~ OIL NPR 4 OPERATIO~S DRILL STEM TEST REPORT FO&~ WELL NANE W. T. Foran Hole Size 8 1/2 Drill Pipe (Size & Lgth) Drill Collars (Size & Lgth) Type of cushion fluid Water Amount of cushion 1000' - water 1. 2. 3. 4. 5. 6. Tool open at 11:15 a.m. hours. Initial open period 15 mins. Initial shut-in period 30 mins. Final flow pèriod 120 mins. Final shut-in period 240 + mins. Description of blow on initial open period la-first minute med. blow 8" - remainder strong blow - from bottom. Description of blow during test strong blow witn surf:-lce fhdd (c1 1 nour 1 R min. 7. 8. mins; Bottom hole choke size G.T.S. none mins: O.T.S. Surface choke size 28/64 Flow Rate: Gas none Gravity of Gas none Total fluid recoverY:F1owed out 369' of water cushion - Resistivity of H20 Depth of top press bomb 1/4 none 9. 10. 11. C.F.P.D. Oil nOne B.P.H. G.O.R. Gravity of Oil none 11.2 bb1s water cushion during flow period. Reversed 1107' rat hole mud. 5784 form water. Chlorides of H20 9500-12.000-12.500 P.P.N. 7373(J392) Bottom Bomb 74A - (T882) 7379(J192) 7424-(T219) none 12. 13. PRESSURE DATE: 7379 '7419 7424 Bottom Bomb: I.H.P. 1QS7 1Q4? I.S.I.P. --2144 3763 -- I.F.P. 1876 1892 F.F.P. 3386 3415 F.S.I.P. 3773 3791 F.H.H. 3806 3867 Temp 1960 Top Bomb: I.H.P. I.S.I.P. I.F.P. F.F.P. F.S.I.P. F.H.H. Temp 3893 3726 1805 3346 3735 3819 SA}1PLE CRAi'fBER DATA RE}1ARKS : 1. Gas 0.25 2. Oil None 3. H20 24'00 4. Mud None· 5. B.O.R. C.F. e.c. e.c. e.e. B.S. & ,;¡ % e12 - 12,500 ppm. eONFIDE~TIAL . '~.......__.... ''''''H .......-. """ .. <" ......."...,.h ..-.,.........-..- -..."..,......' SCANNED JUt 1 4 ÎnOd ~ . . ~ /fJ, .~..~, "'''1\ '!\.,JIt ,o._,!""", "" .,." l r<....;.;" ~ H I~'\ . S n ~ /1/(J/J (//) i~N /'. r/ . ./ Y .~f.Æ (!..fl.('?? auond, ,/IU. Ir!æØI/¡,,"/t ' I!Z{¡/.f1 ~#t a~. /f1~ I· I I ~...I!)' ~ ó" D State of Alaska Division of Oil and Gas Conservation 3001 Porcupine Drive Anchorage, AK 99501 ø¡¡;-- r- 1c;, ANCHORAGE, ALASKA 99S03 111. ¿fYI'\ V7tJ f(rO ·ïÚ'l r:.....\ . SUITE 600 3201 "c" STREET TELEPHONE: 907-276-4566 March 16, 1977 v Enclosed are Forms 10-403, Sundrv _NorirPR ~d Reports on Wells, as regards So. Simpson No. 1,~W. T. Foran No. IJ Fish Creek No.1, So. Harrison Bay No.1, Atigaru Point No.1, and So. Barrow No. 14, Naval Petroleum Reserve No.4. We would appreciate receiving a signed copy of each of these forms for our files. '7 /"- ./ )1"lc~~ R. J. Mead Drilling Manager Attachments R E CE I V E D MAR 1 e 1917 Division of 011 , G"t COflØfrYlltlon AnehofIOf [!tMt~ ~ .". -"....-'.."...~,.." I .,_...._~~'""..,.....:,.... -" ,'" SCAN ' , NED ,1I.JL 1 4?004 i=orm I~D3 REV. I-ID-73 . Submit "Intentions" in Triplicate . & "Subsequent Reports" In Duplicate . t·/ "-- STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE 5. API NUMERICAL CODE 50-103-20010 6. LEASE DESIGNATION AND SERIAL NO. SUNDRY NOTICES AND REPORTS ON WELLS (Do not use this form for proposals to drill or to deepen Use "APPLICATION FOR PERMIT-" for such proposals.) N/A 7. IF INDIAN, ALLOTTEE OR TRIBE NAME N/A 8. UNIT, FARM OR LEASE NAME Naval Petroleum Reserve No. 4 9. WELL NO. 1. OIL D GAS D WELL WELL OTHER Exploratory 2. NAME OF OPERATOR Husky Oil NPR Operations, Inc. 3. ADDRESS OF OPERATOR 3201 C Street, Suite 600, Anchorage, AK 4. LOCATION OF WELL 99503 W. T. Foran No. 1 ID. FIELD AND POOL, OR WILDCAT Wildcat 11. SEC., T., R., M., (BOTTOM HOLE OBJECTIVE) At surface x = 704,057; y = 6,156,945 13. ELEVATIONS (Show whether DF, RT, GR, etc.) Sec. 13, T17N, R2W 12. PERMIT NO. + N/A - 8' GL (est); 25' KB (est) 14. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: TEST WATER SHUT-OFF FRACTURE TREAT SHOOT OR ACIDIZE REPAIR WELL PULL OR ALTER CASING MULTIPLE COMPLETE ABANDON* CHANGE PLANS WATER SHUT-OFF FRACTURE TREATMENT SHOOTING OR ACIDIZING (Other) REPAI RING WELL ALTERING CASING ABANDONMENT* (Other) Progress re.port (NOTE: Report results of multiple completion on Well Completion or· Recompletion Report and Log form.) 15. DESCRIBE PROPOSED OR COMPLETED OPERATIONS (Clearly state all pertinent details, and give pertinent dates, including estimated date of starting a ny proposed work. 3/7/77: 3/10/77: 3/11-12/77 : Spudded well w/ 18~" bit. n Drilled to 2440'. Ran DIL, BHC/Sonic._ ~ Ran 16" k-55, 84/1 casing to 1454'. cê:tackeç]' casing, cemented with 1605 sx Arctic Set II. Full returns to surface. Nippled up 16" BOP and manifold tested. Drilled out shoe. Drilling ahead at 2440'. 3/12-15/77 : This report is CONFIDENTIAL and is being filed for information purposes only. RECEIVED MA~1 6 '9"7 D¡vi&~" frl {iI' & Car1fßrvatlal'! 4WÆ(#,~ .~ s:~::~ œ"'7 i ,o:;:r 'o".~ (This space for State office use) TITLE Drilling Manager DATE March 16, 1977 . . . .. APPROVED BY CONDITIONS OF APPROVAL, IF ANY: TITLE DATE . . See Instructions On Reverse Side SCf\~'NED JUl t 4 2004' INSTRUCTIONS General: This form is designed for submitting proposals to perform certain well operations, and reports of such operations when completed, as indicated, on all types of leases and lands in Alaska. Itern 15: Proposals to abandon a well and subsequent reports of abandonment should include reasons for the abandonment; data on any former or present productive zones, or other zones with present significant fluid contents not sealed off by cement or otherwise; depths (top and bottom) and method of placement of cement plugs; mud or other material placed below, between and above plugs; amount, size, method of parting of any casing, liner or tubing pulled and the depth to top of any left in the hole; method of closing top of well; and date well site conditioned for final inspection looking to approval of the abandonment. tit SUBMIT IN TR. (Othe"r Instruct reV'ers~ side) Form 10 - 401 REV,. 1-1- 71 STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE' 5. PERMIT TO DRILL OR DEEPEN N/A 6. LEASE D&SIG:-rATION AND SE:IÙA.L NO. DRILL fX] DEEPEN 0 N/A '1. IF IND1AN. ALLOTTEE OR TRI.BE NAME .14. TYPII or WOltK b. TYPJ: OJ' WIILL OIL rV1 0,1.9 0 WELL t..XJ WELL 2 NAME OF OPE:R.ATOR OTHilia 81NGL1I ZONII o MI'I.TIPJ.II ZONE o N/A 8. UNIT FARM OR LEASE NAME Husky Oil NPR Operations, Inc. 3. ADDRESS O'F OPERATOR Naval Petroleum Reserve #4 9. WELL NO. 3201 C Street, Suite 600. Anchorage, AK ~. LOCATION OF WELL At surlace 99')01 W. T. Foran III 10. FJELD AND POOL. OR WILDCAT x = 704,057. y = 6,156,945. At pI'oposed prod. zone Sec 13, T17N, R2W. Wildcat 11. SEC.. T.. R. :>1. (BOTIO:>I HOLE OBJECTIVE, Same 13. DISTANCE IN MIl.ES AND DIRECTLON FROM NEAREST TOWN OR POST OFFICE' ~ec 13,T17N, R2W 12. 82 miles East of Barrow 14. BOND INFORMATION: TYPE N / A Surety and/or No. 15. DISTANCE FROM PROPOSED' LOCATION TO NE."REST PROPERTY OR LEASE LINE. FT. IAI,o to nearest drig, unit. if any) 4200 ' lB. DISTANCE FROM PROPOSED LOCATION' TO NEAREST WELL DRILLING. COMPLETED. OR APPLIED FOR. FT. 122,800' 21. ELEVATIONS (Show whether DF. RT. CR, etc.' No. Slope Borough 18. NO. OF ACRES IN LEASE· Amount . 17. N·O. ACRES ASSIGNED TO THiS WELL 23,680,000 19. PROPOSED DEPTH N/A 20. ROTARY OR CABLE TÖOLS 8820' Rotary 22. APPROX. DATE WORK WILL START' ! 8' GT, (est). 23. 25' KB (est). PROPOSED CASING AND CEMENTING PROGRAM January 15, 1977 "\ SIZE OF HOLE SIZE OF CASING WEIGHT PER FOOT GRADE SrrTlNG DEPTH . 7fíH ?Oll 111 k-55 80 18!sH 16H 84 k~55 2500 11~" 10 1/4"_ nO.7 p-110 7000 8!s" 7H 32 N-80 Liner quantity of cement To surface w/Permafrost To surface w/Permafrost 2')0 sks Class HGH 340 sks ·to cover entire liner length w/Class "GH This form is being filed for information purposes only, Please crefe~ tq ~e~t~r Director, Naval Petroleum and Oil Shale Reserves. Serial 11394, 2t~uÍgu~t -l96ß ~.i ') .¡ ~J O~-;,.,!I,{ :()hJ (JF ()!t ^-'-:(- , . : IN ABOVE SPACE D&SCRIBE PROPOSED PROGRAM' If ¡noopo...l 1& to deepel\ give data on pre$ent productive zone and proposed new pr6dUctlve zone. JL.p.:r<'...PQ.sal ~ ~. dr1l1_ or Oeeþ(!:n C1treC\ionaHy. Jlve pert1nènt ttat;¡" on' subsurface lQeåtions and measu.red and true vertical depths. Give blowout prevetlter prog~am. 2:!:Nh:ebnertha1e ~¡;~~~UnHorrect DAn (Thl$ space for state o~ce u..,) CONDITIONS OF APPROVAL. IF ANY: TITLE Drilling Manager SAMPLES AND CORE CHIPS REQUœJ:D DYES o NO MUD LOG o YES 0 NO 0THJ1:R REQUJREMEN"rS: DIRECTIONAL SURVEY REQUI1U!:D A.P.I. NUMERICAL COD.Ie DYES o NO ~o ~ /03 '"- 20016 PERMIT NO_ APPROVAL DATI!: .... APPROVJ:D BY T1TLJI. .So. Il'Iltrvdio". On Rev.1M Sid. PATE ~"'i\..u\.n:n .Il J\ 1 47004 ~ . . w. T. FORAN NO.1 PLUGGING DETAIL Plug No. 1 8280' - 8080' 70 sx Class "G" 4/19/77 Plug No. 2 7724' - 7575' 65 sx Class "G" 4/19/77 Cement retainer set @7565' Cement retainer set @7470', squeezed with 75 sx Class "G" 4/21/77. Plug No. 3 Set plug @940' with 70 sx Class "G" with 2% CaCl2 4/23/77. Lost cement plug. Plug No. 4 Set plug @942' with 208 sx Class "G" with 2% CaCl 4/24/77. 2 Plug No. 5 25' - surface with Class "G" with 2% CaC12 4/24/77. CONFIDENTIAL .",,- ~tJ.~¿~ ';.'. ..-~~~ ... ;'-.;'~:, : . .j,. .' . ,::'~' :" ' . . '. .. .:.'.:." . ... : '-:-'; )~L·fl~(~'.U,t·~ft;." ·"U¡·:/.The'>~JR:'3ålj~nlb~;·ê~iti¿idesf' with' the Shub 11 k Fonnat ion. The :¥8Tf:(i~I;ò·.~~,Sil~~~~#l::~?{~~~Yar.fa·bl e'J~th' cknessXof '1;he'-uni t is assoêi ated w~ ththe ,'" 'i-,.~~;~:i~~:~! ~t~cil)!l-\~~~~~ºn:~~" fea~ur_~_s_d~:f,,1:1te:JiPM..~:;_ Ig~~hec:_eª-~terlLtI.A 1 f . '" CO'!" ..·~ù'.¡;,:·::~;:;::;;A;. of,~·;th..~~Reserve.'·· the~ maximum thi ckness .' of TR-3a occurs at .~ .~,,\.t~.tij','~0~:}f2:~f~{~i;4)l~'·i[{'~~· ":, Y'~':'; , ,'; ';,' ..~' . ,. . . ;.~:; :~:..,: :~:~:,> .;:;.~: ~ . ~.' :' :c:.~._..~;'~:. :}~'!.. :;E~::¡·· .,~~" ".. /f . ;..;<':':::~. ~:'''':''''- -,' ._. ..~i._';" "..i;:-.'''':':----=''' . .. .. . jOO-:ldfEAtigaru::.Po1nt·,l·',· 255. ·78:,; .' ~ ~~: ~]_?,"_jf-; :3~8 ., /Ob~ South Barrow 3····· -,.'. 165 50 -- n~d;',- JÖ() -/01 Cape' Halkett 1 215 66' 1/1.4 ,....... 3.1 /lX>-dO~,_J. w. Dalton 1 139 43 1/1.2- 0 ioo-o'l3·:'W.' Dease 1 67 21 1/1.2 0 IOb-/CJ1{ Drew Point 1 510 155 1.2 9 /O{J-/OO West: Fish Creek 1 231 70 <1/8 1.8 JOb-/(¡)(",.- W. T.- Foran 1 -- 93 . 28 1/2.5 14 IO()-/o3 South Harrison Bay 1 284 ·87 1/10 1/6 100-03'- Iko·Bay 1 58 18 2.4 13.5 I C1l) ~dtÞ Ikp1kpuk 1 480 146 1/7 ~.4]/ 100- ,"")Ct Inigok 1 343 105 1/6 18 loc~/CJff North Inigok 1 152+ 46+ n.d. n.d. /00 -tSS- Kugrua .1 372 113 <1/8 1.9 100 ' 1Sk. Kuyanak 1 184 56 1.1 0 loo-Hi Lisburne 1 250{1} 76 1.2 1/1.6 /oO.,s-<! South Meade 1 238 73 1/9.5 0 t()(). ~b Peard 1 300 91 5.1 18 ()O ,/(,3 Simpson 1 269 82 1/2.4 . 0 100-901 East Simpson 1 431 131 1/8.3 10 IOO-~'3 East Simpson 2 382 116 0 1/1.1 laJ- A-:¡' South Simpson 1 524 160 <1/8 23 100 -/ð~ East Teshekpuk 1 181 55 <1/8 1.6 J~b-t1~Topagoruk 1 370 113 <1/8 0 IOD-o<{T Tulageak 1 67 20 1/1.3 0 ICO~.5Tunal1k 1 470 143 1.1 5.6 100 ~th:;) Wa 1 akpa 1 284 87 2.3 8.5 loo-W1J Walakpa 2 313 95 2.1 7.9 I('6"-tß{ Sinclair Colville 1 324 99 n.d. n.d. . Arco Itkillik . River 1, 322 99 n.d. n.d. *n.d.,.Rot determined. ;.- . . ."'.' ~ :'" - . ..,.. '. ;: . '.' "'". f~~~I¥~r~~fj~~c:~~1.- ~:-~,~,y;~-'i":'-~~c';;ë::r-='L-"';c~;~=:-:_:~:' ...__ ., l'" _ n - . --.-,.--,.--,--...-.,.'. . - -"_. ..'-....._~=-:...,.--. - .--,- ,.,~ . . lkpikpuk 1 (480 ft. or 146 m) and Inigok 1 (343 ft. or 15 m) in the Ikpikpuk Basin. East of the Dease Inlet. the basðl "Pebble Shale" unconformity truncates TR-3a. The truncation zone runs roughly east-west and is just north of J. W. Dalton 1 and W. T. Foran 1. West of Dease Inlet, the unit onlaps the Barrow High. Thicknesses of TR-3a at East Teshekpuk 1 and West Fish Creek 1 indicate thinning over the Fish Creek Platform. Thinning also is apparent on the flanks of the Meade Arch, as indicated at South Meade 1 and Kugrua 1. In the western half of the Reserve, the unit is thickest at Tunalik 1 and thins northeastward toward the Barrow High. Lithology and high ganuna-ray curve defl ecti ons withi n TR-3a suggest that the thinning may be due to periodic nondeposition. The TR-3a unit consists of calcareous carbonaceous shales and siltstones, silty limestones, and silty calcareous sandstones. Gl auconi te is a cOnlnon accessory mi nera 1 in the sandstones, and thi n shell beds occur throughout the interval. Sand-shale ratios and clastic ratios indicate that tbe best sand development is in the northwestern part of the Reserve. I High sand-shale ratios at Peard I, Walakpa-l, Walakpa 2, and Iko Bay 1 i ndi cate a source area northwest of the present shoreline. TR-3a is progressively more argillaceous toward the southeast and more calcareous toward the south. Over the Fi sh Creek Pl at form, the amount of 1 imestone present increases significantly. At South Harrison Bay 1, the unit is mostly limestone. At Lisburne 1, with no nearby control, arenaceous limestone is indicated. Apparent lithologic anoma'1i es occur at East 5i mpson 2 where the uni tis interbedded siltstone and limestone and Drew Point 1 where the high sand count may be caused by statistical variations, or may indi.cate a small barlike body flanking the Barrow High. I / + + CHUKCHI SEA 3C WAINWRIGH; . r' , " ~ ~ ¡ ~ ~ , ~ ( . . - .. , '. .....,-.J.....-- I 1 ... .... ~ ~ ."..,.. ,j ; i i...., I ~....J ~'CIð ,....~ 'T,-f ··,·...rw',,·.. ,.,..' ...- - N. . ' K>-III ~---~ ~~ + .. + SKULL 'It' ....,. PEBBL E SHAitt ~ 1/1.2. 1IALT~N,! i! II T BASED ON SEISMIC RPRETATION. Løp(.1'~), r:J- Li t-J,o-A~ ers M"'f TR- 3 ct.. s ), ...J, Hk. Pm, BARR " HIGH (LOG~) Te &"0. k..c--h FI;'þJ R eptJ¡. 'j- (Nolt ~ :<'00) ·1 J 1"15' -<. Fi$. 4-9 + F -i -o -I 8e t_ J1 FIGURE 72 1 TYPE LOG OF UNCONFORMITY-BETWEEN SAG RIVER SMDSTONE AND KINGAK FORNATION--SUU—TH .ri� MEADE 1, WALAKPA 1, AWN= DEASE 1 This, figure shows representative sections of the Sag River Sandstone at South Meade 1,, Walakpa 1, and West Dease 1. In this report, the top of the Sag River Sandstone is chosen at a prominent gamma -ray and resistivity deflection that can be recognized regionally. These sections show that the 'log character of the Sag River Sandstone is fairly consistent in the vicinity of the Meade Arch, while the overlying rocks are variiable. The "Barrow sandstone" and Sag River Sandstone are sepa�ated by a shale and siltstone unit. I . . GENERALIZED SUBSURFACE CHART (12/80) ASSOCIATES, INC. ALASKAN NORTH SLOPE BIOSTRATIGRAPHIC CORRELATION MODIFIED FROM ANDERSON WARREN, AND IliA () o N o Z w () () Õ N o (/) w ::E u ¡; .. c c ~ a c i c r I ~a "c ...- a. ac r> t) 0 N 0 . W ~ .... .. ct .. n. .. .. ¡¡ !! 31 IYr....<Þ-~ pc_~. HOLO- OUATIE. CIIII NAIIV PLEIST- OCINE I ~:I- T a NIO- : : CENE T I OLIIO- I ;- .CIIII .. II t: IOCDII v I" ° I "c\L::- UI'PCII .. ::> o .. u C ~ .. IE U ST..GI GIN£RAUZID GIlOUPS. _II..TIONS AND ..EIIIIERS GUIN« F". S.....V..NIRKTOK ,... A...A', POST-'INN. ".W.A. a 1lA1I1T's PREPCIIII- OINOFLAGILL A TE - IAN FOR:.r.I~IrER"L CVST ZONU L ES F-I '-2 A.W.A. ,PO 111- POLLEN ZONULII .INIIIALlZI IIOSTRATI.." 'HIC UNIT I '-1 10-"" '-4 .._-~---- '-TIO 10-1112 ? 10-"" '-T II '-1 '-TI2 10-1114 --'-... II --~- '-1111 f-fJ ... '-1 '-I '-1111 IIAISTIIICHTlAN C , f I N GAil pANIAN V ° I N S.. NTON IAN L L I I A II CONIAGIAN . TURONIAN R I AVIVAII 11111. U .IA.n 'N. SHALE WALL .... 10 CINO....NI..N --~---~--- ,- N..NUSHUK .IIOU' ALIIAN APTIAN TOIIOII '11. N 'A IIIIE..,..N I ~ HAUTlIIIVI..N ° II VALANIINI... I ~ .IIIIIIA....N I; "~,~ ~ KI..II.IRIOcrt..N ~ ~ OXI'OIIOI..N u ¡¡ It C II: ::> .. DÞON - IAN IIINGAK FORIlATlON ~ ,- ~~- ~ STONI -=--,- SHU.LlK 'M. - .......... F-9 __ P-M'7 _ F-i'ð ... ... .. - .. ..........-.... '... '-11 ........ '-12 -...-.... 10-11 I' r - - 10-11 L~"- 10-11 .. m '-'3 _________ '-1120 '-14 '-1:1 '-1. '-11 '-1121 Dr -------------------- i ~ a is II P 10nä~[ffii F-II ---______ '-1121 '-I' IVISH..K 'M. f -;¡;;; ;,;.- HO ICHOOKA 'II. II" IllllUlllUUU:: M(RAWICI..N L UPI'III ~ LlIIDTOIŒ UNIT U ~~!!IJI~( o 8 10 -- I N~ Z § ~ LIIIISTONI IIID"'~ CALLOVI..N ."THONIAN ''''OCI..N I A..LENIAN TO..IICIAN ....... pLIEN....CHIAN ..... IINIIIUR...N J H In..... IAN ø IIHAlT IAN NOIIIAN ,," ....111.... IIIDDLe LADINI..N "NISI..N ~ SP..THIAN ~... '..ITHI.... .... .,V DIIIIE"IAN ø GRIISS"CHIAN OCHOAII .U"DALUPIAN Y L 10 N..RDIAN WOLFC....PI..N Y .AWVI..II III DOLI: "TO."" IIORROW..N CHI'TIE"'"'' AL"pAN L .IIISTONI LOWEll LIMY UI'fJT -"" --'" --- --- InILV""I... FOIIII..TION O....I..N KÀV"K SHALl .. KIKIKTUK C.&.. . J ND£""ooKIAN TETRA TECH REPORT NO. 8200 '-21 IIAIIIT'S ZONIS 21+ 22 21 20 I' .. 17 I" III II 14 " 12 II 10 , S 1 . 5 ? 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U) - w Z 0:: ::> ID U1 ~ '/' " \ .' - :.:: <t z ):'I: :J :.:: - ct ::> 0::: o ~ :.:: - :.:: ~ :.:: ~ ~ o :.:: - :.:: ä: :.:: :J ct :.:: Z - :.:: o o z Z - :.:: o o ~ - :.:: ~ Il. :.:: ëï: ~ - ~ ID o ;!E z o U) æ 0::: ct- ~~ u)1D - z ct 0::: o ~ I- ~ - - :.:: I- w :z w - 0::: o U Il. :r ~ U1 W ¡¡: Iš ~ . - w <n <t w a ~ - :z § ct a ~ -; t: w ~ :r ~ u !::: ~ o 0::: 0::: <t ID !/Î \ I yl ~ ~ o 0::: 0::: ct ID !/Î *ft) ~ o 0::: 0:: ct CD !/Î - <t Z ::> ~ - Ii: ::> 0::: <t o ~ FORAMINIFERA ZONULES a MAMEr's CAR- BONIFEROUS ZONES. ~F N.F N.F NP NF N.F NF NO NF N.F NF NF NF NF NP F NF NF NF NF NF NF N,P 1'1.1' "F ".F NF N.F N.F "F 80 N.F' N.F NF 1 NF N.F NF NF N.F 1'1 F NF 1'1 P F- N.I' 1'1.1' 1'1.1' N.P N.p N.P N.I' N.F N.P N.F N.F N.F N.F N. P F r· N.P N. NF N NO NF N.F Nt> NP N.F N.F NP N.F F- 2 N.P N.P N.? 1'1.1' 1'1.1' N.P N.P NP N.F N.P NF NP No P 'I N.P P N No NP No NP N.P N.P N.P N.I' N.P N.I' NP N.I' NP N.P N.I' N.? N.P N.I' N.P N.I' F-3 N.F. N.P N.P. N.P N.F. N.P N.P NP N.F N.F N.F NF NP NP No NF 80 N.P N.P NP NP NP N.F NP 190 N.P I'll? N.P. N.P N.P 533 NP 2320 N.P N.P NP N.P NP 830? r~ 3040 N.P NP N.I' N.P N.p 050 NP 4480 N.p N.p Np N.p N.p 540 NP NF N.I' NP N.p N I' N.P NF Np NF N,P N I' NP 1'1.1' N.F N.P N F N.P NP N.p N.P N.F N.p N.? N.P N.F N.? NF NP I'll' NP N.P NP, No N,P NP NP NP NF 1120 N.I' N.P N.P N.P ?500 N.P N.p N.P 10 NP N.F N.P N.P N.F NF F-4 I NP NF 1'1.1' N.P N.P N.p N.p 500 010 N.P N.P. NP N.P 510 N.F N.P N.P NP 530 F-5 (Poor Marine I'll' NP NP 80 N.P NP N.P 950 580 500 40 N.F 050 00 NP N.P NP N.P 980 F-5 NF NP N.F 00 ~ N.F o II N.F N.P 2090 2450 220 350 N.F 950 90 N.F N.p NF NF 2300 F-510 F-6 1'1 F N.F 340 N.F 560 N.P N.P 2330 2840 550 620 N.F 2160 2440 N.F N.F N.F N.F 2630 F-6 00 NF N.p N.F. NF N.F NP NF NP NF 2030 590 490 NJ~ N.F. 2880 3410 2090 040 2550 2940 N.P N.P 1I N.P N.P N.P 3080 F-7 5820 6620 1'1.1' 30 t N.P 90 1 N.P 790 5950 N.P. 05 N.F. N.p 940 2100 N.F. 10 1'1.1'. :~~/ 050 460 670 N.F. N.F N.p 115 --L 2340 N.F 90 N.p E.Cr.l. , 10669 N.P 95 'II' N.P N.p 00 NI' 00 N.P 10 2450 2510 100 , 160 ~ 2220 i 740 . 2360 - , _ 3400 3485 3520 %4í7((:~ /'////%-:: 5130 5700 ?2040? 2090 N.F 80 3210 3330 1 3650 3710 o 2630 I '-Ji 25 610? 760 N.F 00 2730 2820 3340 3610 N.I' N.F NI' 200 N.F ~j?)ß~ 11397 N.I' 1'1.1' 3410 3530 1 F-8 F-9 v 1650 060 2230 900 690 7350 0620 540 980 2490 3560 4800 3180 5ro'() N.p 6340 ' 693Vi,~~~9~ /: /'///.-/'////' ~6},~~ ~~~;% 6743 N.I' N.I' 7042 N 2640 2640 3510 6340 960 3540 6420 N.I' N.P NIOC:om. ~;'50"r'4' '13100 ~ 4110 2610 07 6500 6240 ~ ~ 6 1,C?9 . ----4'--: ~ 5 ;(\ 6160 6120 4 140 3360 7N.p 8730 2080 2650 ~ /.:23/4'ÓØ:~pJ,ó/j 8910 .:LLLLL.¿ ? 32f 90 2560 2800 2031 '777" 717 ;"/;~~J/; 1'1.1' 3380 t 3590 N.p N.P 97f 4rO N.P 2I9 " ~I}~q~q; 0080 ? N.P 3087 3990 3363 4250 3710 7530 I I 1 8370 v . ...... ? 1;48p~;./.~520/ . " 1660 8670 ~ ' /.9ßP9,;· ~ 79416 ?rob. Ju 78104 7200 N.p 6IO , NP 3560 ?5600 .., ') ---:.-..-- ") . ;::;61~9· . 76304 6705 <~346~ !16!/; ? ? 6910 1243 - N.R.~ 7860' _. '7830 . - ~ N.R 1920 N.R. 1 I 8280 N.Ff. ,---- : / 8400 8532 1052 ~~"D N.p N.P. /Ill' N.Ø N.P 1'1.1' 6620 7 ~ 684? N.R N.R. I'll' N.p N.p NP 1YO 8520 ;f!7~V 8930 5i65 TO 5611' '?N.P. NP N.P NP 30 2200 Jur - E_ Cref ?6lro I ! 1 .., 990 2980 4680 2160 4110 6890 ~%:: ~420 N.R. NR 4265 5180 1970 7490 90GO 5180 1240 ~{4{q'? ///////.;' 7480 V 520 I \V 850 5260 N.P 5000 59~0 1380 ;:j~ {Ip~ ~ N.F 4800 1250 2860 4740 6140 690 850 2930 3600? 7320 1380 4~O ~;~-;~~;~~6{¿'/ /, / //// /// / / /'?: 130 NP I'll' 4740 4430 5600 6800 00 000 ., N.R N.R N.P 0992 N.R. 1'1.1' 5058 5093 N.? N.R. N.R. 6310 1450 N.P I ~ 8100 . ::.-.....~ 8890 1 9330 ~ 9100 N.R N.R 1'1.1'. N.F 7790 Np 9480 0260 l 1006 8100 I J. 8190 1'1.1' 7210 ~ 7360 N.P N.I' N.P ~ 1870 N. I' Np NF N.? N.p N.P N.P ? 140 1 L. Jur. 72080 1 v v ? N.p 5310 ~~!'O~ N.R. 5630 7282 F-IO F- - , F -12. f-12IOF-13 m E.Cret. Jur. "624 ~ ? N.R N.R NP N.P '=-13 f -14 F-13 to F-14 F-15 N.R N.R N.R NR 6900 N.R. NR 6940 6310 NR 0100 2210 2448 7590 3132 1730 N.R. F-19 0270 10350 520 ? N.P NI' 7í3!1.5 N.p Np. 1'1.1' N.P N.R 1'1.1' N.R 1'1.1' N.P 30 NR N.R N.R 3890 380 N.p 0210 1'1.1' N.I' N.I' N.p 1'1." N.I' 580 1'1.1' 1'1.1' 9050 N.p 9680 N.I' N.p N.P N.I' NR. N.P N.R N.P I'll' NP 600 NR N.R N.R 50 14 830 N.p 0275 N.p 0470 N.p N.P N.p. N.p N.p N.R. 9~50 l.-21+ 2060 N.? N.P 9550 N.? 9930 N.? 1'1.1' 1'1.1' 1'1.1' N.R. No N.R N.p. 1'1.1' N.p 2380 N.R N.R NR 4740 2480 N.P 0720 8200 0620 NP 8820 NF N." N.P. N.R. 9910 l.-2 2400 N.P N.P. N.R. N.I' 10286 N.p N.P 1'1.1' N.p N.R N.p N.R N.P N.p N." '?N.R N.R N.R N.R 5215 2930 N.p 70 8500 0950 N.F 9020 N.I' N.? N.P. N.R. 0270 2.-20 2840 3230 3510 1'1.1'. N.P N.R. N.P. 1 N.p. N.P N.p N.p N.R. N.p N.R. N.P I'll' N.R N.R NR N.R Mill. 4ro ?I N.p. N.R. 1'1.1' N.P N.p ." N.p. 4950 5310 f\ it : 7131 N.R N.R NR NR I'll' N.P 9600 ~~flji;: 0110 N.P 8230 1 ? ~~J!9)P~ 897C 1'1.1'. N.P N." 1'1.1' N.I' N.p N.P. 4290 A 8!170 a9f? N.P Np 1'1.1' N.p N.I' N." 4360 N.I' N.P. 3620' A 670 1 9¡O V 2000 1 N.P ar N.P N.p. 6905 .., .., 1/6956/;//9210'/' /""U,/.%'u"/II 6971 9270 N.P. 4810 N.P. N.R N.R. N.R. 3666 N.P N.R. 20335 N.F I'll' NF B60 N.p N.P N.r> N.P N.p N.R. N.R NP N.F NP Np ~::~~m '9816 N.p 9000 9655 0440 ?10620 N.p N.p 3950 A I'll' 16~0 1820 1 ~?9~8);: , 1780 ~HW; 10 19 ~o 1'1.1' N.r> M.-E. Ju,. 72ro ? '2TJ"ír . t Jur. 'Y8 ? E. Ju,. 71999 .. ? .m, N.R. N.R. N.R. N.R. '? 8200 Corb- Perm. 78590 N.p N.I! N.P. N.P. 4015 71'1.1' N.R. 0503 N.P 7IO '? ~~;~g~ 8310 F-18 to F-19 N.P ? 7460 N.P. 7 7460 v N.R. N.R. 0664 F-16 F-17 F-18 ? N.R. N.R. N.P. N.P N.P. N.p. N.p. 1740 879~ 1'1.1' 8730 N.I! N.p N.P. v .., N.R. 7505 N.R N.R. N.R. N.R. N.R. N.P 7120 7739 N.p. 9170 N.R. N.P N.P. N.P. N.P N.p ?N.I! 7002 " 1·210 1 N.R. N.R N.R ttP. N.R. N.R. 56 N.P N.P N.p N.F N p. N.R N.p. 9630 0225 N.P 9910 1'1.1' 1'1.1' . 7390 1 1'1.1' N.R. 872 N.R N.R I'll' 1'1.1' NP N.R N.R N.R N.R N.R N.R NR 1'1.1' ~////~ ~!,530/ ij'h'////, IIlR. 9945 N.R. N. R. N.R N.R. N.R L _ tyLss ?8220 7000 N.P 2480 N.R N.R N.R N.R N.R. 0390 IO!l70 NR N.R N.R Np ? 6580 6690 N.P N.P Np NR NR 2588 NR , i I I NR "82 . 9240 9360 ~ø N" NR 739 N.F 7650 NR .." NR 10 9510 9660 NR NR o 5740 6220 L. Mi'l. ?16490 ·Z·;.·.,.. /'18110'. w;;¿~ ~~/' %;;;,/ %{..;: ø,/. ,>:: ~ffi ., !I 400 ~ßf 20102 60 N.p ~{1;'~~~~: ~.~_~~~r~. ~'. '.£. ~ /""//' ~¡--:X'// ' /// .' ,/. r' "//, ~ ~//~/,~ R ///-:/~;; N.. :///;;~'/. '. , 8170 N.R. N." 548 I' :C/4'Óli/:, N, ;:':;>; ~~: /:- -- ~ '/-'/ // 1880 ;iJJJ ///:;~ NF ?§£~ /~1'~/:;:: ~/./~/ //// 8317 ~;;;:~/ /;:; %/'/h;;-::~ ~'0;:¿ 8560 ~ ~/'-.,/./,; 8980 ',-'l//:;';,-; ~/,'-~/ "" I ~ ~% ~~ ~. ··'B 9250 ~ NP 1554 3480 L. Mial. ?14000 1'1." N.R. 273 N.F 60 3760 N.f'! N.p N.P N.f'! N.R. 290 N.F NF N.R. N.R. N.R. N.R N.p N.P N.R N.I' 00 N.p. Np N.P 8864 421 N.r> 1830 7946 ~ ~~Ù)~ N.I! N.R. N.R. N.R. 9160 N.P L. Miss ?9320 N.P 4170 9367 " N.r> 9179 9900 N.P 8580 9490 N.p N.p N.I' N.P 2344 2536 to F-20 F-20 F-2 N.I' N.P. N.P. 2460 2890 F-19 N.f'! N.P. NoP. N.p l.I3 or Older Devonian? TOTAL DEPTH N.R. NoR. t8 ArQi 0460 ~.I7 to 2.18 Dolomite Unit 2.-16 710760 %19,e:.~óX i!.14 to 2.15 ? 0640 2.18 102.19 . . Table 2. -- Exploration wells drilled by the Navy from 1975 through 19'77 and by the USGS from FY 1978 through FY 1981 Name Cape Halkett Number 1 East Teshekpuk Number 1 South Harrison Bay Number 1 A tigaru Point Number 1 West Fish Creek Number 1 South Simpson Number 1 IbD-ID(,. W. T. Foran Number 1 Drew Point Test Well Number 1 South Meade Test Well Number 1 Kugrua Test Well Number 1 Location 18 mi ESE of Lonely 25 mi S of Lonely 50 mi SE of Barrow 44 mi SE of Lonely 51miSEof Lonely 41 mi WSW of Lonely 23 mi ESE of Lonely 14 mi W of Lonely 45 mi S of Barrow 67 mi SW of Barrow North Kalikpik 37 mi SE of Test Well Number 1 Lonely Inigok Test Well Number 1 60 mi S of Lonely Tunalik Test Well 22 mi SE of Number 1 Icy Cape n,pikpul\ Test 42 mi SW of Welì Number 1 I,onely PeaI'd Test Well 25 mi NE of Number 1 Wainwright East Simpson Test 55 mi BE of Well Number 1 Barrow J . W. Dalton Test 3 mi E of Well Number 1 Lonely Lisburn Test 1.10 mi SW Well Number 1 Umiat Seabee Test 1 mi NW of Well Number 1 Umiat Walakpa Test 15 mi S of Well Number 1 Barrow East Simpson Test 50 mi SE of Well Number 2 Barrow West Dease Test 28 mi SE of Test Well Number 1 Barrow Awuna Test Well Number 1 Walakpa Test Well Number 2 152 mi S of Barrow 16 mi S of Barrow Date §jmddec1 3/24/75 3/12/76 11/21/76 1/12/77 2/14/77 3/9/77 3/7/77 1/13/78 2/7/78 (reentered 12/4/78) 2/12/78 2/2'7/78 6/7/78 11/10/78 11/28/78 1/26/79 2/19/79 5/7/'19 6/11/79 7/1/79 12/25/79 1/29/80 2/19/80 3/1/80 ( reentered 12/5/80) 1/3/31 North Inigok Test 20 mi SE of 2/13/81 Well Number 1 Teshekpult I,ake Kuyanalt Test Well Number 1 Tulageak Test Well Number 1 Koluktak Test Well Number 1 30 mi SE of Barrow 24 mi ESE of Barrow 75 mi S of Smith Bay 2/18/81 2/26/81 3/24/81 Date C Qn]2l~!~ d 6/1/75 5/11/76 2/8/77 3/18/77 4/27/77 4/30/77 4/24/77 3/13178 1/22/79 5/29/78 4/14/78 5/22/79 1/7/80 2/28/80 4/13/'(9 4/10/79 8/1/79 6/2/80 4/15/80 2/7180 3/15/80 3/26/80 4/20/81 2/15/81 4/4/81 3/31/81 3/23/81 4119/81 Total Deepest Horizon DeQtl!_ Attain~____~_ RemarlŒ 9,900 ft 10,664 ft 11,290 ft 11,535 ft 11,427 ft 8,795 ft 8,864 ft 7,946 ft 9,945 ft 12,588 ft '( ,395 it 20,102ft 20,335 ft 15,481 ft 10,225 ft 7,739 ft 9,367 ft 17,OOOft 15,611 ft 3,666 ft 7,505 ft 4,170 ft 11,200 ft 1,360 it 10,170 it 6,690 ft 4,015 ft 5,882 ft _.-----~.~_. ArgilJite basement Dry; plugged and abandoned (Devonian or older) Granite basement Dry; plugged and abandoned Lisburne Group Poor oil shows; plugged and (Pennsylvanian part) abandoned Argillite basement (Devonian or older) Kayak Shale (Mississippian) Argillite basement (Devonian or older) Argillite basement (Devonian or older) Argillite basement (Devonian or older) Argillite basement (Devonian or older) Lisburne Group (Mississippian part) Kingak Shale (Jurassic) I(ckilttuk Conglom-- crate (Mississippian) Poor oil shows; plugged and abandoned Poor oU shows; plugged and abandoned Dry; plugged and abandoned Oil and gas shows; plugged and abandoned Poor oil and gas shows; plugged and abandoned Poor gas shows; plugged and abandoned Dry; plugged and abandoned Poor oil and gas shows; plugged and abandoned Encountered hydrogen sulfide and sulfur at 17,570 ft; poor gas shows; plugged and abandoned Lisburne Group Gas test; plugged and (Pennsylvanian part) abandoned Kekiktuk Conglom-· crate (Mississippian) Argillite basement (Devonian or older) A rgilJite basement (Devonian or older) A rgillitc basement (Devonian or older) Lisburne Group (Mississippian part) "pebble shale" (Late Jurassic? and Early Cretaceous) A rgilli t e baseme nt (Devonian or older) A rgilli t e baseme nt (Devonian or older) Gas shows; plugged and abandoned Poor gas shows; plugged and abandoned Oil and gas shows; plugged and abandoned Oil and gas shows; some heavy oil recovered during testing; plugged and aban- doned Shows of gas; plugged and abandoned Oil and gas shows; plugged and abandoned Shows of gas; plugged and abandoned Oil and gas shows: plugged and abandoned Argillite basement Oil and gas shows: plugged (Devonian or older) and abandoned Fortress Mountain Formation (Cretaceous) Argillite basement (Devonian or older) Shublik Formation ( Triassic) Argillite bo.sement (Devonian or older) Argillite basement (Devonian or older) Torok Formation ( Cretaceous) Many gas shows; plugged and abandoned Temporarily abandoned (Gas well - Walakpa sand) Shows of gas: plugged and abandoned Minor gas and~ oil shows; plugged and abandoned Few poor oil shows; plugged and abandoned Gas shows and minor oil shows: plugged and abandoned
