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Home My WebLink About186-011By Anne Prysunka at 3:44 pm, Aug 03, 2022 CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. From:McLellan, Bryan J (OGC) To:Chad Helgeson Subject:RE: BRU 224-34 Wellhead removal Date:Monday, June 23, 2025 4:44:00 PM Chad, Sundry is not required for this. Bryan McLellan Senior Petroleum Engineer Alaska Oil & Gas Conservation Commission Bryan.mclellan@alaska.gov +1 (907) 250-9193 From: Chad Helgeson <chelgeson@hilcorp.com> Sent: Wednesday, June 18, 2025 9:39 AM To: McLellan, Bryan J (OGC) <bryan.mclellan@alaska.gov> Subject: BRU 224-34 Wellhead removal Bryan, We need to set a retrievable plug in BRU 224-34 and remove the tree for the drilling of one of our wells in Beluga in July. Do we need to submit a sundry to set a temp plug, install BPV/TWC and remove the tree on this well? Attached is the schematic for the well in question. Chad Helgeson Operations Engineer Kenai Asset Team 907-777-8405 - O 907-229-4824 - C The information contained in this email message is confidential and may be legally privileged and is intended only for the use of theindividual or entity named above. If you are not an intended recipient or if you have received this message in error, you are herebynotified that any dissemination, distribution, or copy of this email is strictly prohibited. If you have received this email in error, pleaseimmediately notify us by return email or telephone if the sender's phone number is listed above, then promptly and permanently deletethis message. While all reasonable care has been taken to avoid the transmission of viruses, it is the responsibility of the recipient to ensure that theonward transmission, opening, or use of this message and any attachments will not adversely affect its systems or data. No responsibility is accepted by the company in this regard and the recipient should carry out such virus and other checks as it considers appropriate. CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. From:McLellan, Bryan J (OGC) To:Jacob Flora Subject:RE: BRU 224-34 PTD 186-011_Sundry_322-145 (Request for N2) Date:Wednesday, August 3, 2022 11:02:00 AM Hi Jake, I gave verbal approval for adding the Nitrogen work to this sundry. Thanks for confirming. Bryan McLellan Senior Petroleum Engineer Alaska Oil & Gas Conservation Commission 333 W 7th Ave Anchorage, AK 99501 Bryan.mclellan@alaska.gov +1 (907) 250-9193 From: Jacob Flora <Jake.Flora@hilcorp.com> Sent: Wednesday, August 3, 2022 10:26 AM To: McLellan, Bryan J (OGC) <bryan.mclellan@alaska.gov> Subject: RE: BRU 224-34 PTD 186-011_Sundry_322-145 (Request for N2) Hi Bryan, We are wrapping up the 404 for this well and I can’t find the approval for N2 use. N2 was not in the original Sundry, and I sent the below email prior to the work. It was a chance at pushing the fluid away and past the swab toolstring that was left in the hole, we are waiting on the slickline unit to be repaired before trying the fishing portion and the N2 was opportunistic as it was there for a coil cleanout on another well. I think we spoke right after this email and approval was verbal. Can you see if you have a record of this or reply to this email? Here is the operation summary from the job: Thanks, Jake From: Jacob Flora Sent: Friday, June 3, 2022 12:15 PM To: bryan.mclellan@alaska.gov Subject: BRU 224-34 PTD 186-011_Sundry_322-145 (Request for N2) Hi Bryan, We set the lower plug per the approved sundry and while swabbing broke off ~800’ of wire and the swab toolstring. We request to add the use of Nitrogen to this sundry to push the fluid past the toolstring in effort to pull it from the well. We will discuss nitrogen safety with the crews per the attached SOP. Thanks, Jake Jake Flora | Kenai Ops Engineer | Hilcorp Alaska | 720-988-5375 The information contained in this email message is confidential and may be legally privileged and is intended only for the use of the individual or entity named above. If youare not an intended recipient or if you have received this message in error, you are hereby notified that any dissemination, distribution, or copy of this email is strictly prohibited. If you have received this email in error, please immediately notify us by return email or telephone if the sender's phone number is listed above, then promptly andpermanently delete this message. While all reasonable care has been taken to avoid the transmission of viruses, it is the responsibility of the recipient to ensure that the onward transmission, opening, or use of this message and any attachments will not adversely affect its systems or data. No responsibility is accepted by the company in this regard and the recipient should carryout such virus and other checks as it considers appropriate. Kaitlyn Barcelona Hilcorp North Slope, LLC GeoTechnician 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Tele: 907 564-4389 E-mail: kaitlyn.barcelona@hilcorp.com Please acknowledge receipt by signing and returning one copy of this transmittal Received By: Date: DATE: 5/09/2022 To: Alaska Oil & Gas Conservation Commission Natural Resource Technician 333 W 7th Ave Suite 100 Anchorage, AK 99501 DATA TRANSMITTAL BRU 224-34 (PTD 186-011) Magna Range Plug 4/11/2022 Please include current contact information if different from above. 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ϭϱ ϭϲ ϭϳ ϭϴ ϭϵ ^ƚĞƌůŝŶŐ ^ĂŶĚƐ & & & Wϭ WϮ Wϯ ^/E'd/> ^ŝǌĞ dǇƉĞ td 'ƌĂĚĞ ŽŶŶ / ƚŵ ϯϬΖΖ ŽŶĚƵĐƚŽƌ ϭΗtĂůůtĞůĚ ϵϴΖ ϮϬΖΖ ^ƵƌĨĂĐĞ ϵϰη ,ͲϰϬ Ƶƚƚ ϭϵ͘ϭϮϰΖΖ ϰϭϰΖ ϭϯͲϯͬϴΗ /ŶƚĞƌŵĞĚŝĂƚĞ ϲϴη <Ͳϱϱ Ƶƚƚ ϭϮ͘ϰϭϱΖΖ ϯ͕ϯϬϰΖ ϵͲϱͬϴΗ WƌŽĚƵĐƚŝŽŶĂƐŝŶŐ ϰϳη ^Ͳϵϱ Ƶƚƚ ϴ͘ϲϴϭΖΖ ϱ͕ϯϯϴΖ dh/E'd/>^ ϱ͘ϱ WƌŽĚƵĐƚŝŽŶ^ƚƌŝŶŐ ϭϱ͘ϱη >ͲϴϬ >dΘ ϰ͘ϵϱ͟ ϯ͕ϵϬϱ͛ :t>Zz d/> /͘ ĞƉƚŚD;Ĩƚ͘Ϳ /;ŝŶ͘Ϳ ĞƐĐƌŝƉƚŝŽŶ ϭ ϭϱ͘ϴ /tϭϭΗϱϬϬϬ,ĂŶŐĞƌ Ϯ Ϯ͕ϭϮϴ dĞůĞĚǇŶĞͲDĞƌůĂ'>Dϱ͘ϱΗǆϭ͘ϱΗ ϯ Ϯ͕ϵϲϴ dĞůĞĚǇŶĞͲDĞƌůĂ'>Dϱ͘ϱΗǆϭ͘ϱΗ ϰ ϯ͕ϭϵϳ ϰ͘ϱϲϮ KƚŝƐΖyΖ^ůŝĚŝŶŐ^ůĞĞǀĞ͕ĐůŽƐĞĚ ϱ ϯ͕Ϯϱϭ ϰ͘ϴϳϱ ĂŬĞƌ',ͲϮϮ>ŽĐĂƚŽƌ^ĞĂůƐƐĞŵďůǇ͕ϴ͘ϵϴΖƐƚƌŽŬĞ ϲ ϯ͕ϮϱϮ ϲ ĂŬĞƌ^Ͳϭ'ƌĂǀĞůWĂĐŬWĂĐŬĞƌϵϲϰͲϲϬ ϳ ϯ͕Ϯϲϱ ϰ͘ϳϱ ĂŬĞƌΖ^ΖDŝŶŝͲĞƚĂ'ƌĂǀĞůWĂĐŬϭϵϬͲϰϳǁͬ^^ϭϴĨƚ͘ ϴ ϯ͕ϯϳϵ ϰ͘ϵϱ ĂŬĞƌǁĞůĚ^ĐƌĞĞŶ͕ϲϬĨƚ͘ ϵ ϯ͕ϰϰϲ ϲ ĂŬĞƌ^Ͳϭ>/ƐŽůĂƚŝŽŶWĂĐŬĞƌ ϭϬ ϯ͕ϰϰϴ ϰ͘ϳϱ ĂŬĞƌΖ^ΖDŝŶŝͲĞƚĂ'ƌĂǀĞůWĂĐŬϭϵϬͲϰϳǁͬ^^ϭϴĨƚ͘ ϭϭ ϯ͕ϰϴϵ ϰ͘ϵϱ ĂŬĞƌǁĞůĚ^ĐƌĞĞŶΛϯϰϴϵΖ;ϮϬĨƚ͘Ϳ͕ϯϱϯϰΖ;ϰϬĨƚ͘Ϳ͕ΘϯϱϳϴΖ;ϰϰĨƚ͘Ϳ ϭϮ ϯ͕ϲϮϰ ϲ ĂŬĞƌ^Ͳϭ>/ƐŽůĂƚŝŽŶWĂĐŬĞƌ ϭϯ ϯ͕ϲϮϵ ϰ͘ϳϱ ĂŬĞƌΖ^ΖDŝŶŝͲĞƚĂ'ƌĂǀĞůWĂĐŬϭϵϬͲϰϳǁͬ^^ϭϴĨƚ͘ ϭϰ ϯ͕ϲϳϬ ϰ͘ϵϱ ĂŬĞƌǁĞůĚ^ĐƌĞĞŶΛϯϲϳϬΖ;ϮϰĨƚ͘Ϳ͕ϯϳϬϲΖ;ϯϬĨƚ͘Ϳ͕ΘϯϳϰϳΖ;ϲϬĨƚ͘Ϳ ϭϱ ϯ͕ϴϬϵ ϲ ĂŬĞƌ&ͲϭZĞƚĂŝŶĞƌWƌŽĚƵĐƚŝŽŶWĂĐŬĞƌ ϭϲ ϯ͕ϴϰϳ ϰ͘ϱϲϮ KƚŝƐΖyΖ^ůŝĚŝŶŐ^ůĞĞǀĞ͕ĐůŽƐĞĚ ϭϳ ϯ͕ϴϲϰ ϲ ĂŬĞƌ&ͲϭZĞƚĂŝŶĞƌWƌŽĚƵĐƚŝŽŶWĂĐŬĞƌ ϭϴ ϯ͕ϴϵϴ ϰ͘ϰϱϱ KƚŝƐΖyEΖEŝƉƉůĞ ϭϵ ϯ͕ϵϬϱ ϰ͘ϳϲϳ ĂŬĞƌtŝƌĞůŝŶĞŶƚƌǇ'ƵŝĚĞϱ͘ϱΗ WůƵŐƐͬKƚŚĞƌ /͘ ĞƉƚŚD;Ĩƚ͘Ϳ /;ŝŶ͘Ϳ ĞƐĐƌŝƉƚŝŽŶ Wϭ ϯ͕ϴϵϴ Ͳ WůƵŐ^ĞƚͬWƵůůĞĚƵƌŝŶŐ ϭϵϵϴZtK WϮ ϱ͕ϭϴϲ Ͳ ZtKůĞĂŶKƵƚ Wϯ ϱ͕Ϯϰϯ Ͳ &ůŽĂƚŽůůĂƌ WZ&KZd/KEd/> ^ĂŶĚƐ dŽƉ;DͿ ƚŵ;DͿ dŽƉ;dsͿ ƚŵ;dsͿ ŵƚ ^W& WŚĂƐĞ ĂƚĞ ^ƚĂƚƵƐ ϯ͕ϯϵϬΖ ϯ͕ϰϯϲΖ ϯ͕ϬϴϱΖ ϯ͕ϭϯϬΖ ϯϴΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϰϳϲΖ ϯ͕ϰϴϲΖ ϯ͕ϭϲϵΖ ϯ͕ϭϳϵΖ ϭϬΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϱϰϮΖ ϯ͕ϲϭϲΖ ϯ͕ϮϯϰΖ ϯ͕ϮϯϰΖ ϱϰΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϲϰϰΖ ϯ͕ϲϱϰΖ ϯ͕ϯϯϰΖ ϯ͕ϯϯϰΖ ϭϬΖ ϴ ϭϮ ϱͬϯͬϭϵϴϲ ^dηϭ͕KƉĞŶ ϯ͕ϲϲϴΖ ϯ͕ϲϴϮΖ ϯ͕ϯϱϳΖ ϯ͕ϯϳϭΖ ϭϰΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϳϬϲΖ ϯ͕ϴϬϬΖ ϯ͕ϯϵϰΖ ϯ͕ϰϴϲΖ ϭϰΖ ϮϮ ϭϯ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϴϯϬΖ ϯ͕ϴϱϴΖ ϯ͕ϱϭϱΖ ϯ͕ϱϰϮΖ ϲϰΖ ϮϮ ϭϯ ϭϭͬϲͬϭϵϵϴ ^ůĞĞǀĞůŽƐĞĚ ϯ͕ϵϮϬΖ ϰ͕ϬϰϲΖ ϯ͕ϲϬϯΖ ϯ͕ϳϮϳΖ ϯϬΖ ϲ ϭϮ ϱͬϮϳͬϭϵϵϮ KƉĞŶ ϰ͕ϭϯϰΖ ϰ͕ϰϴϯΖ ϯ͕ϴϭϯΖ ϰ͕ϭϱϵΖ ϯϮ ϲ ϭϬ ϱͬϮϳͬϭϵϵϮ KƉĞŶ & ϰ͕ϱϴϲΖ ϰ͕ϱϵϰΖ ϰ͕ϮϲϮΖ ϰ͕ϭϱϵΖ ϴ ϲ ϲ ϱͬϮϳͬϭϵϵϮ KƉĞŶ & ϰ͕ϴϮϯΖ ϰ͕ϴϮϴΖ ϰ͕ϰϵϴΖ ϰ͕ϱϬϯΖ ϱ ϲ ϰ ϲͬϭϱͬϭϵϵϰ KƉĞŶ & ϰ͕ϴϵϬΖ ϰ͕ϵϮϮΖ ϰ͕ϱϲϱΖ ϰ͕ϱϵϳΖ ϭϲΖ ϲ ϰ ϱͬϮϳͬϭϵϵϮ KƉĞŶ & ϱ͕ϬϲϰΖ ϱ͕ϬϲϴΖ ϰ͕ϳϯϴΖ ϰ͕ϳϰϮΖ ϰΖ ϲ ϯ ϲͬϭϱͬϭϵϵϰ KƉĞŶ BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB hƉĚĂƚĞĚďǇ͗:>>ϬϯͬϭϭͬϮϮ WZKWK^ ĞůƵŐĂZŝǀĞƌhŶŝƚ tĞůů͗ZhϮϮϰͲϯϰ >ĂƐƚŽŵƉůĞƚĞĚ͗ϭϭͬϰͬϮϬϮϬ Wd͗ϭϴϲͲϬϭϭ W/͗ϱϬͲϮϴϯͲϮϬϬϴϬͲϬϬ ϳ ϴ ϵ ϭϮ ϭϬ ϭϭ ϭϯ ϭϰ ϭϱ ϭϲ ϭϳ ϭϴ ϭϵ ϮϬ ϭ Ϯϭ ϯϬ͟ ϮϬ͟ ϵͲϱͬϴ͟ Z<ƚŽD^>сϭϬϯ͛Z<ƚŽ'>сϭϴ͛ dDсϱ͕ϯϱϯ͛dsсϱ͕ϬϱϬ͛ WDсϱ͕Ϯϰϯ͛Wdsсϰ͕ϵϰϬ͛ DĂǆŶŐůĞсϯϰĚĞŐΛϭ͕ϴϬϬ͛ dƵďŝŶŐDŝŶ /сϰ͘ϰϱϱ͟ dKΛϯ͕ϵϵϬ͟ ϭϯͲϯͬϴ͟ Ϯ ϯ ϰ ϱͬϲ ^ƚĞƌůŝŶŐ ^ĂŶĚƐ & & & WϮ Wϯ ^/E'd/> ^ŝǌĞ dǇƉĞ td 'ƌĂĚĞ ŽŶŶ / ƚŵ ϯϬΖΖ ŽŶĚƵĐƚŽƌ ϭΗtĂůůtĞůĚ ϵϴΖ ϮϬΖΖ ^ƵƌĨĂĐĞ ϵϰη ,ͲϰϬ Ƶƚƚ ϭϵ͘ϭϮϰΖΖ ϰϭϰΖ ϭϯͲϯͬϴΗ /ŶƚĞƌŵĞĚŝĂƚĞ ϲϴη <Ͳϱϱ Ƶƚƚ ϭϮ͘ϰϭϱΖΖ ϯ͕ϯϬϰΖ ϵͲϱͬϴΗ WƌŽĚƵĐƚŝŽŶĂƐŝŶŐ ϰϳη ^Ͳϵϱ Ƶƚƚ ϴ͘ϲϴϭΖΖ ϱ͕ϯϯϴΖ dh/E'd/>^ ϱͲϭͬϮ͟ WƌŽĚƵĐƚŝŽŶ^ƚƌŝŶŐ ϭϱ͘ϱη >ͲϴϬ >dΘ ϰ͘ϵϱ͟ ϯ͕ϵϬϱ͛ :t>Zz d/> /͘ ĞƉƚŚD;Ĩƚ͘Ϳ /;ŝŶ͘Ϳ ĞƐĐƌŝƉƚŝŽŶ ϭ ϭϱ͘ϴ /tϭϭΗϱϬϬϬ,ĂŶŐĞƌ Ϯ Ϯ͕ϭϮϴ dĞůĞĚǇŶĞͲDĞƌůĂ'>Dϱ͘ϱΗǆϭ͘ϱΗ ϯ Ϯ͕ϵϲϴ dĞůĞĚǇŶĞͲDĞƌůĂ'>Dϱ͘ϱΗǆϭ͘ϱΗ ϰ ϯ͕ϭϵϳ ϰ͘ϱϲϮ KƚŝƐΖyΖ^ůŝĚŝŶŐ^ůĞĞǀĞ͕ĐůŽƐĞĚ ϱ ϯ͕Ϯϱϭ ϰ͘ϴϳϱ ĂŬĞƌ',ͲϮϮ>ŽĐĂƚŽƌ^ĞĂůƐƐĞŵďůǇ͕ϴ͘ϵϴΖƐƚƌŽŬĞ ϲ ϯ͕ϮϱϮ ϲ ĂŬĞƌ^Ͳϭ'ƌĂǀĞůWĂĐŬWĂĐŬĞƌϵϲϰͲϲϬ ϳ ϯ͕Ϯϲϱ ϰ͘ϳϱ ĂŬĞƌΖ^ΖDŝŶŝͲĞƚĂ'ƌĂǀĞůWĂĐŬϭϵϬͲϰϳǁͬ^^ϭϴĨƚ͘ ϴ ϯ͕ϯϳϵ ϰ͘ϵϱ ĂŬĞƌǁĞůĚ^ĐƌĞĞŶ͕ϲϬĨƚ͘ ϵ цϯ͕ϰϰϮ͛ DĂŐŶĂZĂŶŐĞWůƵŐ;ŽŶƚŝŶŐĞŶĐǇͿ ϭϬ ϯ͕ϰϰϲ ϲ ĂŬĞƌ^Ͳϭ>/ƐŽůĂƚŝŽŶWĂĐŬĞƌ ϭϭ ϯ͕ϰϰϴ ϰ͘ϳϱ ĂŬĞƌΖ^ΖDŝŶŝͲĞƚĂ'ƌĂǀĞůWĂĐŬϭϵϬͲϰϳǁͬ^^ϭϴĨƚ͘ ϭϮ ϯ͕ϰϴϵ ϰ͘ϵϱ ĂŬĞƌǁĞůĚ^ĐƌĞĞŶΛϯϰϴϵΖ;ϮϬĨƚ͘Ϳ͕ϯϱϯϰΖ;ϰϬĨƚ͘Ϳ͕ΘϯϱϳϴΖ;ϰϰĨƚ͘Ϳ ϭϯ цϯ͕ϲϮϬ͛ DĂŐŶĂZĂŶŐĞWůƵŐ ϭϰ ϯ͕ϲϮϰ ϲ ĂŬĞƌ^Ͳϭ>/ƐŽůĂƚŝŽŶWĂĐŬĞƌ ϭϱ ϯ͕ϲϮϵ ϰ͘ϳϱ ĂŬĞƌΖ^ΖDŝŶŝͲĞƚĂ'ƌĂǀĞůWĂĐŬϭϵϬͲϰϳǁͬ^^ϭϴĨƚ͘ ϭϲ ϯ͕ϲϳϬ ϰ͘ϵϱ ĂŬĞƌǁĞůĚ^ĐƌĞĞŶΛϯϲϳϬΖ;ϮϰĨƚ͘Ϳ͕ϯϳϬϲΖ;ϯϬĨƚ͘Ϳ͕ΘϯϳϰϳΖ;ϲϬĨƚ͘Ϳ ϭϳ ϯ͕ϴϬϵ ϲ ĂŬĞƌ&ͲϭZĞƚĂŝŶĞƌWƌŽĚƵĐƚŝŽŶWĂĐŬĞƌ ϭϴ ϯ͕ϴϰϳ ϰ͘ϱϲϮ KƚŝƐΖyΖ^ůŝĚŝŶŐ^ůĞĞǀĞ͕ĐůŽƐĞĚ ϭϵ ϯ͕ϴϲϰ ϲ ĂŬĞƌ&ͲϭZĞƚĂŝŶĞƌWƌŽĚƵĐƚŝŽŶWĂĐŬĞƌ ϮϬ ϯ͕ϴϵϴ ϰ͘ϰϱϱ KƚŝƐΖyEΖEŝƉƉůĞ Ϯϭ ϯ͕ϵϬϱ ϰ͘ϳϲϳ ĂŬĞƌtŝƌĞůŝŶĞŶƚƌǇ'ƵŝĚĞϱ͘ϱΗ WůƵŐƐͬKƚŚĞƌ /͘ ĞƉƚŚD;Ĩƚ͘Ϳ /;ŝŶ͘Ϳ ĞƐĐƌŝƉƚŝŽŶ Wϭ ϯ͕ϴϵϴ Ͳ WůƵŐ^ĞƚͬWƵůůĞĚƵƌŝŶŐ ϭϵϵϴZtK WϮ ϱ͕ϭϴϲ Ͳ ZtKůĞĂŶKƵƚ Wϯ ϱ͕Ϯϰϯ Ͳ &ůŽĂƚŽůůĂƌ WZ&KZd/KEd/> ^ĂŶĚƐ dŽƉ;DͿ ƚŵ;DͿ dŽƉ;dsͿ ƚŵ;dsͿ ŵƚ ^W& WŚĂƐĞ ĂƚĞ ^ƚĂƚƵƐ ϯ͕ϯϵϬΖ ϯ͕ϰϯϲΖ ϯ͕ϬϴϱΖ ϯ͕ϭϯϬΖ ϯϴΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϰϳϲΖ ϯ͕ϰϴϲΖ ϯ͕ϭϲϵΖ ϯ͕ϭϳϵΖ ϭϬΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϱϰϮΖ ϯ͕ϲϭϲΖ ϯ͕ϮϯϰΖ ϯ͕ϮϯϰΖ ϱϰΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ ZĞƐŚŽƚ ϯ͕ϲϰϰΖ ϯ͕ϲϱϰΖ ϯ͕ϯϯϰΖ ϯ͕ϯϯϰΖ ϭϬΖ ϴ ϭϮ ϱͬϯͬϭϵϴϲ /ƐŽůĂƚĞĚ ϯ͕ϲϲϴΖ ϯ͕ϲϴϮΖ ϯ͕ϯϱϳΖ ϯ͕ϯϳϭΖ ϭϰΖ ϮϮ ϭϮ ϭϭͬϲͬϭϵϵϴ /ƐŽůĂƚĞĚ ϯ͕ϳϬϲΖ ϯ͕ϴϬϬΖ ϯ͕ϯϵϰΖ ϯ͕ϰϴϲΖ ϭϰΖ ϮϮ ϭϯ ϭϭͬϲͬϭϵϵϴ /ƐŽůĂƚĞĚ ϯ͕ϴϯϬΖ ϯ͕ϴϱϴΖ ϯ͕ϱϭϱΖ ϯ͕ϱϰϮΖ ϲϰΖ ϮϮ ϭϯ ϭϭͬϲͬϭϵϵϴ /ƐŽůĂƚĞĚ ϯ͕ϵϮϬΖ ϰ͕ϬϰϲΖ ϯ͕ϲϬϯΖ ϯ͕ϳϮϳΖ ϯϬΖ ϲ ϭϮ ϱͬϮϳͬϭϵϵϮ /ƐŽůĂƚĞĚ ϰ͕ϭϯϰΖ ϰ͕ϰϴϯΖ ϯ͕ϴϭϯΖ ϰ͕ϭϱϵΖ ϯϮ ϲ ϭϬ ϱͬϮϳͬϭϵϵϮ /ƐŽůĂƚĞĚ & ϰ͕ϱϴϲΖ ϰ͕ϱϵϰΖ ϰ͕ϮϲϮΖ ϰ͕ϭϱϵΖ ϴ ϲ ϲ ϱͬϮϳͬϭϵϵϮ /ƐŽůĂƚĞĚ & ϰ͕ϴϮϯΖ ϰ͕ϴϮϴΖ ϰ͕ϰϵϴΖ ϰ͕ϱϬϯΖ ϱ ϲ ϰ ϲͬϭϱͬϭϵϵϰ /ƐŽůĂƚĞĚ & ϰ͕ϴϵϬΖ ϰ͕ϵϮϮΖ ϰ͕ϱϲϱΖ ϰ͕ϱϵϳΖ ϭϲΖ ϲ ϰ ϱͬϮϳͬϭϵϵϮ /ƐŽůĂƚĞĚ & ϱ͕ϬϲϰΖ ϱ͕ϬϲϴΖ ϰ͕ϳϯϴΖ ϰ͕ϳϰϮΖ ϰΖ ϲ ϯ ϲͬϭϱͬϭϵϵϰ /ƐŽůĂƚĞĚ 1. Operations Abandon Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Suspend Perforate Other Stimulate Alter Casing Change Approved Program Plug for Redrill Perforate New Pool Repair Well Re-enter Susp Well Other: Pull ESP CT String Development Exploratory Stratigraphic Service 6. API Number: 7. Property Designation (Lease Number):8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071):10. Field/Pool(s): 11. Present Well Condition Summary: Total Depth measured 5,353 feet N/A feet true vertical 5,050 feet N/A feet 3252; 3446; 3624; Effective Depth measured 5,243 feet 3809; 3864 feet true vertical 4,940 feet 2950; 3140; 3314; feet 3495; 3548 Perforation depth Measured depth See Attached Schematic True Vertical depth See Attached Schematic Tubing (size, grade, measured and true vertical depth)5.5" 15.5# / L-80 3,251' MD 2,949' TVD Baker SC-1, SC-1L X 2; 3252; 3446; 3624 MD 2950; 3140; 3314 TVD Packers and SSSV (type, measured and true vertical depth)FB0-1 X 2 Pkrs; N/A 3809; 3864 MD 3495; 3548 TVD N/A, N/A 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure:N/A 13. Prior to well operation: Subsequent to operation: 15. Well Class after work: Daily Report of Well Operations Exploratory Development Service Stratigraphic Copies of Logs and Surveys Run 16. Well Status after work: Oil Gas WDSPL Electronic Fracture Stimulation Data GSTOR GINJ SUSP SPLUG Sundry Number or N/A if C.O. Exempt: Taylor Wellman 777-8449 Contact Name:Ted Kramer Authorized Title:Operations Manager Contact Email: Contact Phone:777-8420 tkramer@hilcorp.com Senior Engineer:Senior Res. Engineer: Burst 8,150psi 98' 414' 3,450psi 1,530psi Collapse 520psi 1,950psi 7,100psi Casing Structural 30" 20" 13-3/8" Length 98' 414' 3,304' 5,338' Conductor Surface Intermediate Production Authorized Signature with date: Authorized Name: 310 Casing Pressure Liner 0 0 Representative Daily Average Production or Injection Data 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. 320-491 16 Size 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 0 Gas-Mcf 283 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 186-011 50-283-20080-00-00 4. Well Class Before Work:5. Permit to Drill Number: 3. Address: 2. Operator Name:Hilcorp Alaska, LLC 00 Beluga River Unit (BRU) 224-34 N/A FEDA 029656 3,304' Plugs Junk measured 3800 Centerpoint Dr Suite 1400 Anchorage, AK 99503 Beluga River / Beluga River Undefined GasN/A measured TVD Tubing PressureOil-Bbl measured true vertical Packer 9-5/8"5,338' 3,024' 5,035' WINJ WAG 0 Water-Bbl MD 98' 414' 300 t Fra O 6. A G L PG , R Form 10-404 Revised 3/2020 Submit Within 30 days of Operations By Samantha Carlisle at 11:16 am, Jan 05, 2021 Digitally signed by Taylor Wellman DN: cn=Taylor Wellman, ou=Users Date: 2021.01.05 10:48:59 -09'00' Taylor Wellman DSR-1/6/21 RBDMS HEW 1/5/2021 Pull ESP CT String gls 1/14/21 SFD 1/13/2021 Rig Start Date End Date 11/27/20 12/10/20 11/27/2020 - Friday 12/01/2020 - Tuesday Conduct JSA and approve PTW Test BOP Accumulator system Connect ~ 13' of 2-3/8" coiled tubing onto the spoolable dimple connector of coil stickup from ESP CT string. Strip over 10K dual combi BOP's and annular preventer. NU work window and ensure top of coil stub is centered on work window. RU hardline from BOP's out to choke skide. Pressure test pipe/slip rams to 250 psi low / 3,000 psi high. Pressure test annular preventer to 250 psi low / 1,500 psi high. Test choke valves, choke, and Kill line valves. Unspool injector hydraulic hose extensions. Connect to injector and secure with dog collar and chain. Inject coil through stripper head assembly. Close pipe/slip rams and install night cap. Laydown for evening. 11/28/2020 - Saturday Petrospec coil crew and NorthStar crane crew arrive in Beluga. Mobilize Petrospec coil equipment from Barge landing and stage at C pad. 11/30/2020 - Monday Conduct JSA and approve PTW Pick coil injector and spool out 13' of 2-3/8" coil. Cut coil and prep to MU spoolable connectors for each end. Close downhole ball valve on Powertube with pressure down capillary tubing. Bleed off pressure from inside Powertube out to tank. Verify ball valve is holding. Remove Conax fitting from crown flange. Remove spools down to coiled tubing head assembly, exposing downhole cables inside Powertube. No visible damage to cables and electrical continuity still indicates downhole issue. Formation sand has accumulated in spool cavity around the coiled tubing at surface. Lift Powertube anchor and clamp capillary tubing and cable. When clamping capillary tubing, noticed gas in the powertube cable. Cut capillary tubes at surface and prepared night cap for gas in powertube cable to install if needed. Cut powertube cable and removed flowthrough sub from coiled tubing stickup. Did not splice jumper cable from each cable leg. Install spoolable dimple connector into the coiled tubing stickup and dimple. Install night cap and laydown for the evening. NorthStar crane, BOPE, and spare pump did not arrive in Beluga today. Polar Bear barge encountered ice at Anchorage ramp this morning and was unable to depart. Equipment is loaded on Barge and will be waiting for the high tide this evening to attempt departure from Anchorage port. Have Three Mile Creek services assist in clearing snow from location to access Power-Tube spool and around wellhouse area. Mobilize float from landing area. Spot equipment where possible. Disconnect 2" flowline from xmas tree side water outlet. 11/29/2020 - Sunday Hold JSA and approve PTW. Unload NorthStar crane, BOPE, and backup Novomet pump from Polar Bear Barge on am tide. Mobilize to location. Swap injector chains from 1.75" to 2-3/8". Lift 2-3/8" spool onto Coil Unit Spot lubricator racks, choke skid, return tank and offload trailers. MU BOP's on ground with a blind flange to test blind/shears, approved by AOGCC Pressure test blind/shear ram to 250 psi low / 2,900 psi high. AOGCC witness waived by Jim Regg. Daily Operations: Hilcorp Alaska, LLC Well Operations Summary API Number Well Permit NumberWell Name BRU 224-34 50-283-20080-00-00 186-011CTU /petrospec Rig Start Date End Date 11/27/20 12/10/20 Daily Operations: Hilcorp Alaska, LLC Well Operations Summary API Number Well Permit NumberWell Name BRU 224-34 50-283-20080-00-00 186-011 Conduct JSA and approve PTW. Attempt to move coil from injector to the ground. Coil is getting hung up on hydraulic hoses as the memory of coil wraps around injector head. Continue with different techniques, unable to get coil to ground. Prep for cutting coil in work window the following day. Laydown for the night. 12/05/2020 - Saturday Conduct JSA and approve PTW Push/Pull test on pipe/slip rams. Cut 2-3/8" coil in work window. Stack down lubricator and cut coil into ~ 10' pieces while laying down lubricator sections. Install night cap on work window and set injector on back deck. 12/06/2020 - Sunday Conduct JSA and approve PTW. Change out striper element and stab coil through injector and stripper head assembly. MU lubricator sections. MU spoolable cold roll connector between 2-3/8" coil sticking above BOPs and coil below lubricator. Have BOP pipe/slip rams closed and manually locked. Pull test coil connector and it pulled apart at 35K. Need to pull a minimum of 50k to get coil ESP moving. Inspect cold roll and it pulled free from coil sticking out of BOP's. Stack lubricator back on well and laydown for the evening. 12/02/2020 - Wednesday Conduct JSA and approve PTW MU 104' of lubricator to bottom of coil injector. Strap injector hydraulic hoses to lubricator to help support hoses. Attach a sling with cable ~ half way up the lubricator section to help straighten out lubricator. Use guy wires back to cement blocks to anchor. MU spoolable dimple connector to 2-3/8" coil sticking out bottom of lubricator. PU injector and lubricator and stab onto top of work window. Open work window and MU spoolable dimple connector to 2-3/8" coil stub sticking up above the BOPE. Pressure test lubricator, stripper, and work window to 250 psi low / 1,200 psi high. Loosen lock down screws of coil ESP hanger and pull coil up 13'. Pull up weight of coil = 45K. String weight is 20K, so pulling over indicating possible fill/fluid in coil. Close pipe/slip rams and open work window. Coil ESP hanger slips were not in work window. Close work window and open pipe/slip rams. Start pulling coil. As spoolable dimple connector came over the gooseneck, the dimple connector sheared and parted. The remaining coil did not fall downhole and is sticking out the gooseneck and held in the injector chains. No injuries and no spill. Secure the well and plan to recover coil ESP. 12/03/2020 - Thursday Conduct JSA and approve PTW. Formulate a plan forward to recover coil ESP. Wait on tools/equipment to be mobilized from Kenai to Beluga. Use injector to pull coil out of well. Pull 100' to determine if coil has enough weight to be within reach of manlift. Coil is looping close to injector. Stop to evaluate for the night. 12/04/2020 - Friday Rig Start Date End Date 11/27/20 12/10/20 Daily Operations: Hilcorp Alaska, LLC Well Operations Summary API Number Well Permit NumberWell Name BRU 224-34 50-283-20080-00-00 186-011 Conduct JSA and approve PTW ND BOPE and install swab valve. Laydown ESP. Top pump appears to be seized up, but no indication of sand in pump. The 2nd pump turns freely by hand along with the motor. Package up pump, motor, and sensor into shipping boxes and load onto trailer. RDMO. Load equipment onto trailers and strap down. Prep trailers, coil unit and crane to be brought down to barge landing. 12/10/2020 - Thursday De-Mob equipment from Beluga via Polar Bear Barge. 12/11/2020 - Friday Demob Northstar crane to Anchorage. 12/07/2020 - Monday Conduct JSA and approve PTW. Clean up around location and cut damaged coiled tubing into ~ 10' pieces. Review options of welding vs. new spoolable dimple connector with hydraulic press available the next day. Risk of weld breaking while either going over the gooseneck or spool on coil unit is much higher than using a spoolable connector. Decide to use new spoolable dimple connector. Arrange for 2-3/8" spoolable dimple connector w/ 0.190" wall thickness from CDR to be mobilized to Beluga. Baker Hughes in Prudhoe to mobilize jig and hydraulic press for connector to Beluga. Baker representative, connector, hydraulic press will depart Anchorage on morning of 12/8. 12/08/2020 - Tuesday Conduct JSA and approve PTW Standby for Baker representative to bring over spoolable dimple connector with hydraulic press. MU 2-3/8" spoolable dimple connector with hydraulic press. Close pipe/slip rams. Pull test to 50k lbs. Open pipe/slip rams. POOH with coil. Coil is moving at 30k lbs, weight begins to increase and then reach ~ 65k and cannot pull uphole anymore . Coil has moved 44'. Attempt to RIH and POOH, but cannot move pipe. Have drone verify location of spoolable connector to ensure it still has integrity. Connector is located just above the chains in the gooseneck. Connector is intact. Attempt to pull coil again, coil begins to start moving at ~ 72k lbs. Once it's moving, weight drops off to ~ 30K lbs. POOH with ESP and tag up at surface. Lower ESP into rathole and visually inspect. Only 1 of 15 bands remained on the ESP string. All bands at the Powertube connector remained intact. Check continuity of motor and appears to still be good. Find power cable protruding out feedthrough and cable packing. Can visually see exposed aircraft wires and copper wires. Hang off ESP pump and blowdown Powertube coil to tank with N2. 12/09/2020 - Wednesday Pull CT ESP _____________________________________________________________________________________ Updated by DMA 12-16-20 SCHEMATIC Beluga River Unit Well: BRU 224-34 Last Completed: 11/4/2020 PTD: 186-011 API: 50-283-20080-00 30” 20” 9-5/8” RKB to MSL = 103’ RKB to GL = 18’ TMD = 5,353’ TVD = 5,050’ PBMD = 5,243’ PBTVD = 4,940’ Max Angle = 34 deg @ 1,800’ Tubing Min ID = 4.455” TOC @3,990” 13-3/8” 2 3 4 5/6 7 8 9 10 11 12 13 14 15 16 17 18 19 Sterling Sands A A A B B B B C C C C C D D E E E F F F P1 P2 P3 16A CASING DETAIL Size Type WT Grade Conn ID Btm 30'' Conductor 1" Wall Weld 98' 20'' Surface 94# H-40 Butt 19.124'' 414' 13-3/8" Intermediate 68# K-55 Butt 12.415'' 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681'' 5,338' TUBING DETAILS 5.5 Production String 15.5# L-80 LT&C 4.95” 3,905’ JEWELRY DETAIL ID. Depth MD (ft.) ID (in.) Description 1 15.8 CIW 11" 5000 DCB Hanger 2 2,128 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis 'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH-22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC-1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC-1L Isolation Packer 10 3,448 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489' (20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC-1L Isolation Packer 13 3,629 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706' (30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB-1 Retainer Production Packer 16 3,847 4.562 Otis 'X' Sliding Sleeve, closed 16A 3,621 Top of ESP 17 3,864 6 Baker FB-1 Retainer Production Packer 18 3,898 4.455 Otis 'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P1 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10' 8 12 5/3/1986 DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open NOTE: pulled CT deployed ESP. 1.Type of Request:Abandon Plug Perforations Fracture Stimulate Repair Well Operations shutdown Suspend Perforate Other Stimulate Pull Tubing Change Approved Program Plug for Redrill Perforate New Pool Re-enter Susp Well Alter Casing Pull ESP Other: 2.Operator Name:4.Current Well Class:5.Permit to Drill Number: Exploratory Development 3.Address:Stratigraphic Service 6.API Number: 7.If perforating:8.W ell Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require a spacing exception?Yes No 9.Property Designation (Lease Number):10. Field/Pool(s): 11. Total Depth MD (ft):Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi):Plugs (MD):Junk (MD): 5,353'N/A Casing Collapse Structural Conductor Surface 520psi Intermediate 1,950psi Production 7,100psi Liner Packers and SSSV Type:Packers and SSSV MD (ft) and TVD (ft):3,252'MD/2,950'TVD, 3,446'MD/3,140'TVD, 12. Attachments:Proposal Summary Wellbore schematic 13.W ell Class after proposed work: Detailed Operations Program BOP Sketch Exploratory Stratigraphic Development Service 14. Estimated Date for 15.W ell Status after proposed work: Commencing Operations:OIL WINJ WDSPL Suspended 16.Verbal Approval:Date:GAS WAG GSTOR SPLUG Commission Representative: GINJ Op Shutdown Abandoned Taylor Wellman 777-8449 Contact Name: Ted Kramer Operations Manager Contact Email: Contact Phone: 777-8420 Date: Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other: Post Initial Injection MIT Req'd? Yes No Spacing Exception Required? Yes No Subsequent Form Required: APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng Authorized Title: 17.I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Authorized Signature: November 27, 2020 5.5" 5,338' Perforation Depth MD (ft): 3,304' See Attached Schematic 5,338'5,035'9-5/8" 30" 20" 98' 13-3/8"3,304' 414'1,530psi 98' 414' 3,024' 98' 414' 15.5# / L-80 TVD Burst 3,251' 8,150psi MD 3,450psi Length Size State Wide Spacing Hilcorp Alaska, LLC 3800 Centerpoint Dr, Suite 1400 Anchorage Alaska 99503 PRESENT WELL CONDITION SUMMARY STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 FEDA029656 186-011 50-283-20080-00-00 Beluga River Unit (BRU) 224-34 Beluga River / Beluga River Undefined Gas COMMISSION USE ONLY Authorized Name: Tubing Grade: 19# / HS70 Tubing MD (ft): 3,603' See Attached Schematic tkramer@hilcorp.com 5,050'5,243'4,940'3,000 N/A Baker SC-1, SC-1L X 2, FB-1 X 2 Pkrs; N/A 3,624'MD/3,314'TVD, 3,809'MD/3,495'TVD, 3,864'MD/3,548'TVD; N/A, N/A Perforation Depth TVD (ft):Tubing Size: 2-3/8" CT m n P 66 t Form 10-403 Revised 3/2020 Approved application is valid for 12 months from the date of approval. By Samantha Carlisle at 9:12 am, Nov 17, 2020 320-491 Digitally signed by Taylor Wellman DN: cn=Taylor Wellman, ou=Users Date: 2020.11.16 08:31:00 -09'00' Taylor Wellman Pull ESP CT GAS 10-404 X CTU gls 11/17/20 gls 11/19/20 gls 11/19/20 X *3000 psi BOPE test .... (annular test to 1500 psi) *Blind/shear rams alternate pressure test approved per 20 AAC 25.036 (f) DLB 11/17/2020 set CT velocity string DSR-11/17/2020Comm. 11/23/2020 dts 11/23/2020 JLC 11/23/2020 RBDMS HEW 11/25/2020 Well Prognosis Well: BRU 224-34 Date: 11/12/2020 Well Name: BRU 224-34 API Number: 50-283-20080-00 Current Status: Gas Producer Leg: N/A Estimated Start Date: 11/27/2020 Rig: CTU / Crane Reg. Approval Req’d? Yes Date Reg. Approval Rec’vd: Regulatory Contact: Donna Ambruz 777-8305 Permit to Drill Number: 186-011 First Call Engineer: Ted Kramer (907) 777-8420 (O) (987) 867-0665 (M) Second Call Engineer: Ryan Rupert (907) 777-8503 (O) (907) 301-1736 (M) AFE Number: Current Surface Pressure: ~ 22 psi Maximum Expected BHP: ~ 650 psi @ 3,888’ TVD (Based on offset well pressures.) Max. Predicted Surface Pressure: ~ 3,000 psi ( While Pumping to burst drain plug.) Brief Well Summary Originally drilled in May 1986 as a single string infill development well. The Well was originally completed in the A, B, and C sands with all of those sands being comingled. In 1992, the D, E, and F sands were added. In 1998 the well was recompleted utilizing a Frac Pack and 5-1/2” tubing. In October of 2020 an ESP was installed on Coil tubing. The ESP ran for two days and failed on a ground fault down hole. A TDR was ran and determined the location of the fault to be at 3,600’ (+/-). The purpose of this Sundry is to pull and lay down the ESP to determine the cause of the failure. A 2-3/8” coil string will be installed in the well for the winter so that gas and soap can be injected to help kick off the well over the winter while the ESP is repaired. Notes Regarding Wellbore Condition x Well currently flows 800 – 1,100 BWPD and 3 MMSCFD gas x Well will not flow on its own without assistance. Coiled Tubing Procedure: 1. MIRU Coiled Tubing Unit, Crane, Work Platform and scaffolding. 2. Close tubing and wing valves and record SI tubing and casing pressures. 3. Close downhole ball valve. 4. Bleed pressure from wellhead Xmas tree above the coiled tubing hanger. 5. Disconnect Flowline from Xmas tree side outlet. 6. Remove Xmas tree item numbers 15, 14 & 3 (GNWF DWG# 1033498 Rev 1 - Attached). 7. Disconnect RMS field attachable connector from the CTR #6 conductors. 8. Remove Surface anchor and install a 2-3/8” spoolable dimple connector into the coiled tubing stickup and dimple. ------------------> (verify Ball valve is sealing) In October of 2020 an ESP was installed on Coil tubing. The ESP ran for two days and failedd on a ground fault down hole. A TDR was ran and determined the location of the fault to be at 3,600’ (+/-). 5 1/8" flange connection Well Prognosis Well: BRU 224-34 Date: 11/12/2020 9. Connect 164” OAL straight pup of 2-3/8” x 0.190wt coiled tubing to the topside of the stickup’s spoolable dimple connector. Dimple same. 10. Strip BOPs over the 2-3/8” straight pup and Nipple up to wellhead. (5-1/8” 10K dual combi w/ 7” 5K annular preventer). 11. Pressure test BOPs to 250 psi low / 2,900 psi high. Annular to 1,450 psi. Function test rams on BOPs. Note: a test on the shear rams will not be possible at this point). 12. Make up 103.5 feet of lubricator to the injector head. 13. PU injector head and lubricator and move over to wellhead and install on top of the work window/ BOP Annular. 14. Open work window and make up the bottom side of the whip’s spoolable dimple connector to the top side of the 164” OAL straight pup. Dimple same. Close work window. 15. Pressure test the full well control assembly against the top side of the coiled tubing hanger with Nitrogen to 1200 psi. Check for leaks. 16. Equalize well control stack to SITP. 17. Fill Coil Tubing with diesel. 18. At the reel isolation valve on the CTU, pressure up the Power-Tube 2-3/8” coiled tubing umbilical to blow the downhole tubing drain. Estimated surface pressure required: 2,500-2,900psi 19. Back off the lock down screws at the coiled tubing head. 20. Pick up ~13.8 feet of coil tubing to bring the coiled tubing hanger assembly into the work window. 21. Close the annular preventer and bleed down lubricator. 22. Open the Work Window and remove the coiled tubing hanger assembly. Close Work Window. 23. Equalize lubricator to well pressure. Open annular preventor. 24. POOH With coil tubing. Pull slowly (10-15 fpm while coming through Gravel Pack completion between 3100-3850 ft. (Slow to 5-10 feet per minute while pulling the ESP string through the X sleeve at 3197 ft MD.) 25. Once through X sleeve, cont. POOH at 25-30 fpm. 26. Slow to 5-10 fpm within 60 feet of wellhead. 27. Slow to 5 fpm to pull ESP into lubricator. Lightly tag the Power-Tube connector assembly at the stripper to confirm the assembly has been fully swallowed. 28. Close both master valves. Bleed down well control stack. 29. Nipple down lubricator from work window. 30. Install nightcap on top of work window. 31. Swing injector/lubricator assembly over to the 100ft rat hole. 32. Slowly and carefully lower ESP assembly into the rat hole. Visually inspect system as it is running into the rat hole looking for potential burns of the motor lead. 33. Hang the ESP assembly in the rat hole using Novomet elevators. 34. Disconnect the Taurus Connector looking for signs of an Electrical ground. Conduct electrical checks on both the upper and lower side of the connector. If ground is found, contact Operations Engineer. 35. Disconnect the hydraulic control lines from downhole ball valve. 36. Disconnect the Power-Tube Connector (formerly called “Power-Tube BHA”) from the Novomet ESP. 37. Dis-assemble bottom connector assembly looking for signs of an electrical short. 38. Nipple down injector and 5” lubricator from the work window. attach CT to test joint using work window. POOH w/ CT ESP --------------------------------- Test Blind shear with blanking plate prior to stripping over test jt. (test joint make up to ESP CT string) 3000 PSI 1500 PSI TEST BOPE ANNULAR NOTE : test joint across BOPE Well Prognosis Well: BRU 224-34 Date: 11/12/2020 39. Dis-assemble and rack Lubricator. 40. Rack Injector Head into carrier. 41. Move CTU and Crane to the NW corner of the well pad. 42. On the CTU, Swap out Power Tube Reel for 2-3/8” coil hang off reel. Coil Hang Off Operation 43. MIRU Coil Tubing Unit and Crane. 44. Lift Injector Head back on to work window and secure same. 45. Zero CTU Counter. 46. Equalize well pressure with well control stack. 47. Open Master valves. 48. RIH W/ 2-3/8” Coil tubing to 2,000’ (+/- ) hang off depth. 49. Pull up 13.7’. 50. Close Annular preventer and Work Window stack. Confirm no pressure in the window and open Hydraulic work window. 51. At the work window, install 2-3/8” slip and seal assembly (hanger) onto 2-3/8” Hang-off string. 52. Close Work Window. Re-pressurize window and open annular preventer. 53. RIH and seat CT slip and seal assembly into Power-Tube Xmas tree coiled tubing head. 54. Confirm coil tubing weight is now on the tubing head. 55. Energize lock down screws on coil tubing head. 56. Close annular preventer and pressure test against the topside of coil tubing hanger to ensure seal integrity. 57. Bleed down BOP and open annular preventer. 58. Open work window and cut through 2-3/8” hang off string at work window. (Use tubing cutters). 59. Nipple down injector from the work window and return it to rack on CTU. 60. Nipple down well control stack. 61. Cut back coil tubing to 12” of stickup above the hanger. 62. Nipple up Xmas tree and pressure test same. 63. NU Swab Valve. 64. Pressure up on coil tubing to pump out the plug in bottom of hang off string. 65. RDMO Coil unit and crane. 66. Turn well over to production. Attachments: 1. Current Schematic 2. Proposed Schematic 3. Coil BOPE Schematic 4. Well Head Drawing # 1033498 5. Proposed Well Head Diagram (Run 2000 ft of 2 3/8" CT) Swap CT reel Note: Blow out plug on bottom of 2000 ft CT string. _____________________________________________________________________________________ Updated by TEK 11-12-20 SCHEMATIC Beluga River Unit Well: BRU 224-34 Last Completed: 11/4/2020 PTD: 186-011 API: 50-283-20080-00 30” 20” 9-5/8” RKB to MSL = 103’ RKB to GL = 18’ TMD = 5,353’ TVD = 5,050’ PBMD = 5,243’ PBTVD = 4,940’ Max Angle = 34 deg @ 1,800’ Tubing Min ID = 4.455” TOC @3,990” 13-3/8” 2 3 4 5/6 7 8 9 10 11 12 13 14 15 16 17 18 19 Sterling Sands A A A B B B B C C C C C D D E E E F F F P1 P2 P3 16A Bottom of ESP = 3,710’ CASING DETAIL Size Type WT Grade Conn ID Btm 30'' Conductor 1" Wall Weld 98' 20'' Surface 94# H-40 Butt 19.124'' 414' 13-3/8" Intermediate 68# K-55 Butt 12.415'' 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681'' 5,338' TUBING DETAILS 2-3/8” Coil Tubing String 3,603’ 5.5 Production String 15.5# L-80 LT&C 4.95” 3,905’ JEWELRY DETAIL ID. Depth MD (ft.) ID (in.) Description 1 15.8 CIW 11" 5000 DCB Hanger 2 2,128 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis 'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH-22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC-1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC-1L Isolation Packer 10 3,448 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489' (20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC-1L Isolation Packer 13 3,629 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706' (30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB-1 Retainer Production Packer 16 3,847 4.562 Otis 'X' Sliding Sleeve, closed 16A 3,621 Top of ESP 17 3,864 6 Baker FB-1 Retainer Production Packer 18 3,898 4.455 Otis 'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P1 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10' 8 12 5/3/1986 DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open CT ESP _____________________________________________________________________________________ Updated by TEK 11-12-20 PROPOSED SCHEMATIC Beluga River Unit Well: BRU 224-34 Last Completed: 11/4/2020 PTD: 186-011 API: 50-283-20080-00 30” 20” 9-5/8” RKB to MSL = 103’ RKB to GL = 18’ TMD = 5,353’ TVD = 5,050’ PBMD = 5,243’ PBTVD = 4,940’ Max Angle = 34 deg @ 1,800’ Tubing Min ID = 4.455” TOC @3,990” 13-3/8” 2 3 4 5/6 7 8 9 10 11 12 13 14 15 16 17 18 19 Sterling Sands A A A B B B B C C C C C D D E E E F F F P1 P2 P3 16A CASING DETAIL Size Type WT Grade Conn ID Btm 30'' Conductor 1" Wall Weld 98' 20'' Surface 94# H-40 Butt 19.124'' 414' 13-3/8" Intermediate 68# K-55 Butt 12.415'' 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681'' 5,338' TUBING DETAILS 2-3/8” Coil Tubing String 0.19# HS70 ±2,000’ 5.5 Production String 15.5# L-80 LT&C 4.95” 3,905’ JEWELRY DETAIL ID. Depth MD (ft.) ID (in.) Description 1 15.8 CIW 11" 5000 DCB Hanger 1a ±2,000 2-3/8” Coil String 2 2,128 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis 'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH-22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC-1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC-1L Isolation Packer 10 3,448 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489' (20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC-1L Isolation Packer 13 3,629 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706' (30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB-1 Retainer Production Packer 16 3,847 4.562 Otis 'X' Sliding Sleeve, closed 17 3,864 6 Baker FB-1 Retainer Production Packer 18 3,898 4.455 Otis 'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P1 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10' 8 12 5/3/1986 DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open blowout plug installed REMOVAL OF POWER-TUBE™ PRO ESP SYSTEM - BOP AND LUBRICATOR Hilcorp Alaska LLC – BRU 224-34 CODE: PELLC-WI20-03285-001 Total OAL BRU 224-34 11/9/2020 144.97 FT (Rev 7.) - Actual install +4' for work access Crown sheave at 165ft during installation. The blocks had inches to spare under the crown, 175ft would have been better. HOOK @ ~145-155 ft OAL Est. WEIGHT (LBS) (inches) 72 80 Coiled Tubing Celtic Pride 80K Injector Head & Gooseneck 6500 lbs Weight = 6500 lbs 30.5 5000psi CT Stripper 250 lbs 1242 2121.75 lbs Stringweight 20550 lbs Power-Tube™ BHA 300 lbs ~85' ESP String 1500 lbs Hydraulic Umbilical Lines 1500 lbs 2-3/8 Power-Tube™ Umbilical Whip 825 lbs LIFT 88 33546.75 LBS 12 R46 30.875 R46 12 5-1/8" 10K Dual-Combi BOP BX169 1.Combi Blind/Shear Ram 2.2.375" CT Combi Pipe/Slip Ram 30.75 Kill Spool - 5" 10K BX169 BX169 FLG Manual Valve 1: 2-1/16" 10K BX152 19.5 FLG Manual Valve 2: 2-1/16" 10K BX152 BX152 FLG x Weco 2" 1502 F. hammer union BX169 12.5 R46 12 R44 12.5 R44 85 GL Power-Tube™ Coiled Tubing Head (5-1/8" 5K R44 Top X Btm) 5" Bowen Type 5K Lubricator - 103.5ft (20.5 ppf) 5" 3K Hydraulic Work Window - 5" Bowen top x btm Est. HOOK LOAD 7-1/16" 5K Annular Preventer (R46) Crossover Spool (7-1/16" 5K Top R46 x 5-1/8" 10K Btm BX169) Crossover Spool (7-1/16" 5K Top R46 x 5-1/8" 5K Btm R44) 7-1/16" 5K FLG x 5" Bowen Pin Crossover Spool (5-1/8" 10K Top BX169 x 7-1/16" 5K Btm R46) R44R Wellhead 5-1/8 5K blind/shear PIpe/slip 5 1/8" flange 5000 psi Note: will test Blind/shear before stripping over test joint. using a blanking flange below rams. gls 11/22/20 work window 103 ft of lubricator Well Head Drawing # 1033498 CT hanger Proposed Wellhead 1. Operations Abandon Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Suspend Perforate Other Stimulate Alter Casing Change Approved Program Plug for Redrill Perforate New Pool Repair Well Re-enter Susp Well Other: CT Deploy, Run ESP Development Exploratory Stratigraphic Service 6. API Number: 7. Property Designation (Lease Number):8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071):10. Field/Pool(s): 11. Present Well Condition Summary: Total Depth measured 5,353 feet N/A feet true vertical 5,050 feet N/A feet 3252; 3446; 3624; Effective Depth measured 5,243 feet 3809; 3864 feet true vertical 4,940 feet 2950; 3140; 3314; feet 3495; 3548 Perforation depth Measured depth See Attached Schematic True Vertical depth See Attached Schematic 2-3/8" 0.19# / HS70 3,603' MD 3,294' TVD Tubing (size, grade, measured and true vertical depth)5.5" 15.5# / L-80 3,251' MD 2,949' TVD Baker SC-1, SC-1L X 2; 3252; 3446; 3624 MD 2950; 3140; 3314 TVD Packers and SSSV (type, measured and true vertical depth)FB0-1 X 2 Pkrs; N/A 3809; 3864 MD 3495; 3548 TVD N/A, N/A 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure:N/A 13. Prior to well operation: Subsequent to operation: 15. Well Class after work: Daily Report of Well Operations Exploratory Development Service Stratigraphic Copies of Logs and Surveys Run 16. Well Status after work: Oil Gas WDSPL Electronic Fracture Stimulation Data GSTOR GINJ SUSP SPLUG Sundry Number or N/A if C.O. Exempt: Taylor Wellman 777-8449 Contact Name:Ted Kramer Authorized Title:Operations Manager Contact Email: Contact Phone:777-8420 tkramer@hilcorp.com Senior Engineer:Senior Res. Engineer: Burst 8,150psi 98' 414' 3,450psi 1,530psi Collapse 520psi 1,950psi 7,100psi Casing Structural 30" 20" 13-3/8" Length 98' 414' 3,304' 5,338' Conductor Surface Intermediate Production Authorized Signature with date: Authorized Name: 310 Casing Pressure Liner 0 0 Representative Daily Average Production or Injection Data 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. 320-338 218 Size 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 0 Gas-Mcf 374 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 186-011 50-283-20080-00-00 4. Well Class Before Work:5. Permit to Drill Number: 3. Address: 2. Operator Name:Hilcorp Alaska, LLC 22873 Beluga River Unit (BRU) 224-34 N/A FEDA 029656 3,304' Plugs Junk measured 3800 Centerpoint Dr Suite 1400 Anchorage, AK 99503 Beluga River / Beluga River Undefined GasN/A measured TVD Tubing PressureOil-Bbl measured true vertical Packer 9-5/8"5,338' 3,024' 5,035' Coil Tbg. WINJ WAG 1,989 Water-Bbl MD 98' 414' 0 t Fra O 6. A G L PG , R Form 10-404 Revised 3/2020 Submit Within 30 days of Operations By Samantha Carlisle at 9:12 am, Nov 17, 2020 Digitally signed by Taylor Wellman DN: cn=Taylor Wellman, ou=Users Date: 2020.11.17 06:58:01 -09'00' Taylor Wellman SFD 11/18/2020gls 12/9/20 CT Deploy, Run ESP DSR-11/17/2020 RBDMS HEW 11/17/2020 Rig Start Date End Date ESP 10/28/20 11/5/20 11/01/2020 - Sunday Conduct JSA and approve PTW. Nipple up hydraulic work window on top of annular preventer. Spot concrete anchor blocks for coil injector. Test Accumulator System. Unspool injector hydraulic hose extensions and connect to each other. Layout lubricator sections by wellhouse. Connect pin end of 125' PEI extension to pigtails on the CT injector. Secure extension to injector with dog collar and chain. Wind speed is above maximum for crane, so laydown equipment for night. Daily Operations: Hilcorp Alaska, LLC Well Operations Summary API Number Well Permit NumberWell Name BRU 224-34 50-283-20080-00-00 186-011 10/28/2020 - Wednesday Pollard slickline rigged up from previous day. MU & RIH with 3.49" LIB. Setting down at 3,208' SLMD and can't work through. POOH. MU & RIH with 3.73" gauge ring. Tag at 3,774' SLMD (3,792' RKB). POOH and find soap residue on toolstring. MU & RIH with 3.49" LIB, bevel edges to help get past previous hold up depth of LIB. RIH and tag at 3,792' RKB. POOH. No indication of metal marks on LIB. MU & RIH with 4.5" LIB. Tag at 3,792' RKB. POOH. No indication of metal marks on LIB. MU and RIH with 3" bailer. Tag at 3,782' RKB. 10' shallower than previous tag. Drive bailer down to get sample. POOH. Bailer was full of sand. RIH with 3" bailer. Tag at 3,782' RKB. Driver bailer down for sample, did not get any deeper. POOH. Bailer was full of sand. RDMO 10/29/2020 - Thursday Conduct JSA and approve PTW. Mobilize equipment from barge landing to C pad. Offload trailers and spot equipment. Unload ESP components and inspect. Remove SSV from in-line of tree and install gate valve in it's place. Remove piping from inside wellhouse to allow for outlet of gas and water lines. 10/30/2020 - Friday 10/31/2020 - Saturday Conduct JSA and approve PTW. Install scaffolding around tree. Nipple up CT head and 5-1/8" 10K dual combi BOP's. Change out injector chains for 2-3/8" pipe. Stripper head assembly is wrong size to accommodate 2-3/8" pipe. Need to remove stripper head assembly and send over to Kenai and get machined to proper size for brass inserts. MU ESP motor and pump sections and hang in rathole. Run electrical cable on outside of ESP and fasten with 14 straps. 11/02/2020 - Monday Standby for weather. Wind speed is above max for crane operation. From umbilical surface end at coiled tubing spool, pressure up capillary tube to close ball valve. Function test fully open to fully closed, twice. Leave in closed position. Standby for weather. Wind speed above max for crane operation. Conduct JSA and approve PTW. Re-assemble and install stripper head assembly after getting machined out previous night. Stab 2-3/8" coil into injector. Assembled Motor lead to Power Tube lower Taurus connector. Pressure test Blind/Shear ram to 250 psi low / 1,200 psi high. Pressure test Pipe/Slip ram to 250 psi low/ 1,200 psi High. AOGCC witness waived by Jim Regg. Install 7-1/16" Annular preventer. Pressure test annular preventer to 250 psi low / 1,200 psi high. Continue to spot equipment and function test work window.Initial BOP test PetroSPec CTU Rig Start Date End Date ESP 10/28/20 11/5/20 Daily Operations: Hilcorp Alaska, LLC Well Operations Summary API Number Well Permit NumberWell Name BRU 224-34 50-283-20080-00-00 186-011 11/04/2020 - Wednesday Conduct JSA and approve PTW. Lok-tite screws on ESP clamps. Pull ESP into lubricator and find some of the banding straps are missing. Restrap ESP cable using 3/4" banding instead of 1/2" bands. ESP in lubricator and stab onto the well. PT Bowen connection to 100 psi. RIH with ESP. Check for continuity once below wellhead at 150'. Good test. Continue RIH with ESP at ~ 30 ft/min. Check for continuity again at 1,220'. Good test. Continue to RIH. Check for continuity at 2,410'. Good test. Set bottom of ESP at 3,710', taking into account stretch. Test continuity, good test. PUH 13.5' and close annuluar preventer and open work window. Install 2-3/8" slip and seal assembly. Open annular preventer and RIH and seat CT slip and seal assembly into Powertube xmas tree coiled tubing head. Tighten lock down screws on coil tubing head. Close annular preventer and PT coil slip and seal assembly to 1200 psi. open work window and cut 2-3/8" umbilical and all lines inside. Laydown lubricator joints and rack back injector to back of coiled tubing unit. Install night cap on top of work window. 11/05/2020 - Thursday Conduct JSA and approve PTW. Check for pressure under night cap, no pressure. Nipple down work window and BOPs. Space out and cut conductors on cables from inside Powertube. Strip flow sub over top of conductors, wire ropes, and control lines. Socket fit into the top of coiled tubing. Strip lower half of anchor sub onto flow sub and apply sealing clay around HDPE jacket and control lines. Strip upper half of the anchor sub over the conductors and control lines. Inject epoxy into the top half of the anchor sub. Nipple up 5-1/8" water production flow cross. Position crown flange over the electrical spool. Insert feed through mandrel into seal bore within the crown flange and lock in place. Nipple up crown flange to the electrical spool. Complete wellhead penetrator assembly. Pressure test xmas tree assembly to 600 psi against closed downhole ball valve. Good test. Open downhole ball valve and trap 3,000 psi on line. Pressure bled down to ~ 50 psi. 11/03/2020 - Tuesday Conduct JSA and approve PTW Pick coil injector and lubricator. Cut coil back ~ 18' and strip on 2-3/8" dimple connector over HDPE cable and capillary tubes. Pull test to 10k, 20k, 30k, 40k and final pull test of 69k lbs. MU straight pull disconnect and install 8 x 5,000 lbs shear pins. Max pull of 68K + 20k hanging weight of coil will give coil and extra 8k lbs to shear pins if required. Strip 4250 series feed through over capillary tubes and CTR cable. Pin to upper section. MU hydraulic ball valve assembly. Function ball valve again fully open, then fully closed. PT complete system to 3,000 psi. MU remaining lubricator and test lubricator/stripper to 250 / 1,200 psi. MU Power tube BHA with ESP string Splice main conductor cables and test continuity. Anchor HDPE jacketed CTR cable to the production pup. _____________________________________________________________________________________ Updated by TEK 11-12-20 SCHEMATIC Beluga River Unit Well: BRU 224-34 Last Completed: 11/4/2020 PTD: 186-011 API: 50-283-20080-00 30” 20” 9-5/8” RKB to MSL = 103’ RKB to GL = 18’ TMD = 5,353’ TVD = 5,050’ PBMD = 5,243’ PBTVD = 4,940’ Max Angle = 34 deg @ 1,800’ Tubing Min ID = 4.455” TOC @3,990” 13-3/8” 2 3 4 5/6 7 8 9 10 11 12 13 14 15 16 17 18 19 Sterling Sands A A A B B B B C C C C C D D E E E F F F P1 P2 P3 16A Bottom of ESP = 3,710’ CASING DETAIL Size Type WT Grade Conn ID Btm 30'' Conductor 1" Wall Weld 98' 20'' Surface 94# H-40 Butt 19.124'' 414' 13-3/8" Intermediate 68# K-55 Butt 12.415'' 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681'' 5,338' TUBING DETAILS 2-3/8” Coil Tubing String 0.19# HS70 3,603’ 5.5 Production String 15.5# L-80 LT&C 4.95” 3,905’ JEWELRY DETAIL ID. Depth MD (ft.) ID (in.) Description 1 15.8 CIW 11" 5000 DCB Hanger 2 2,128 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis 'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH-22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC-1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC-1L Isolation Packer 10 3,448 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489' (20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC-1L Isolation Packer 13 3,629 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706' (30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB-1 Retainer Production Packer 16 3,847 4.562 Otis 'X' Sliding Sleeve, closed 16A 3,621 Top of ESP 17 3,864 6 Baker FB-1 Retainer Production Packer 18 3,898 4.455 Otis 'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P1 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10' 8 12 5/3/1986 DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open NOTE: ESP ran three days and quit . gls 12/9/20 CT ESP 1. Type of Request:Abandon Plug Perforations Fracture Stimulate Repair Well Operations shutdown Suspend Perforate Other Stimulate Pull Tubing Change Approved Program Plug for Redrill Perforate New Pool Re-enter Susp Well Alter Casing Other: Run ESP 2. Operator Name:4. Current Well Class:5. Permit to Drill Number: Exploratory Development 3. Address:Stratigraphic Service 6.API Number: 7. If perforating:8. Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require a spacing exception?Yes No 9. Property Designation (Lease Number):10. Field/Pool(s): 11. Total Depth MD (ft):Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi):Plugs (MD):Junk (MD): 5,353'N/A Casing Collapse Structural Conductor Surface 520psi Intermediate 1,950psi Production 7,100psi Liner Packers and SSSV Type:Packers and SSSV MD (ft) and TVD (ft):3,252'MD/2,950'TVD, 3,446'MD/3,140'TVD, 12. Attachments:Proposal Summary Wellbore schematic 13. Well Class after proposed work: Detailed Operations Program BOP Sketch Exploratory Stratigraphic Development Service 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations:OIL WINJ WDSPL Suspended 16. Verbal Approval:Date:GAS WAG GSTOR SPLUG Commission Representative: GINJ Op Shutdown Abandoned Taylor Wellman 777-8449 Contact Name: Ted Kramer Operations Manager Contact Email: Contact Phone: 777-8420 Date: Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other: Post Initial Injection MIT Req'd? Yes No Spacing Exception Required? Yes No Subsequent Form Required: APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng tkramer@hilcorp.com 5,050'5,243'4,940'~262 N/A Baker SC-1, SC-1L X 2, FB-1 X 2 Pkrs; N/A 3,624'MD/3,314'TVD, 3,809'MD/3,495'TVD, 3,864'MD/3,548'TVD; N/A, N/A Perforation Depth TVD (ft):Tubing Size: COMMISSION USE ONLY Authorized Name: Tubing Grade:Tubing MD (ft): See Attached Schematic STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 FEDA029656 186-011 50-283-20080-00-00 Beluga River Unit (BRU) 224-34 Beluga River / Beluga River Undefined Gas Length Size State Wide Spacing Hilcorp Alaska, LLC 3800 Centerpoint Dr, Suite 1400 Anchorage Alaska 99503 PRESENT WELL CONDITION SUMMARY 15.5# / L-80 TVD Burst 3,251' 8,150psi MD 3,450psi 1,530psi 98' 414' 3,024' 98' 414' 5,035'9-5/8" 30" 20" 98' 13-3/8"3,304' 414' 5,338' Perforation Depth MD (ft): 3,304' See Attached Schematic 5,338' Authorized Title: 17. I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Authorized Signature: October 20, 2020 5.5" m n P 66 t Form 10-403 Revised 3/2020 Approved application is valid for 12 months from the date of approval. By Jody Colombie at 11:39 am, Aug 14, 2020 320-338 Digitally signed by Taylor Wellman DN: cn=Taylor Wellman, ou=Users Date: 2020.08.14 10:27:05 -08'00' Taylor Wellman 10-404 Run ESP X DSR-8/17/2020SFD 8/14/2020 CT deploy 4 m Petrospec CT gls 9/3/20 *1200 psi BOPE test (CT ) Comm 9/3/2020 dts 9/3/2020 JLC 9/3/2020 RBDMS HEW 9/8/2020 Well Prognosis Well: BRU 224-34 Date: 7/30/2020 Well Name: BRU 224-34 API Number: 50-283-20080-00 Current Status: Gas Producer Leg: N/A Estimated Start Date: 10/20/2020 Rig: CTU Reg. Approval Req’d? Yes Date Reg. Approval Rec’vd: Regulatory Contact: Donna Ambruz 777-8305 Permit to Drill Number: 190-042 First Call Engineer: Ted Kramer (907) 777-8420 (O) (987) 867-0665 (M) Second Call Engineer: Ryan Rupert (907) 777-8503 (O) (907) 301-1736 (M) AFE Number: Current Surface Pressure: ~ 22 psi Maximum Expected BHP: ~ 650 psi @ 3,888’ TVD (Calc’d W/ .437 psi/ft gradient) Max. Predicted Surface Pressure: ~ 262 psi (Using .1 psi/ft Gas Press. Grad. Brief Well Summary Originally drilled in May 1986 as a single string infill development well. The Well was originally completed in the A, B, and C sands with all of those sands being comingled. In 1992, the D, E, and F sands were added. In 1998 the well was recompleted utilizing a Frac Pack and 5-1/2” tubing. The purpose of this work is to install an ESP on 2” coil Tubing. This well is currently making 3 MMscfd and 1,050 BWPD. At these rates the well is close to its unloading limit for 5-1/2” tubing. By running the ESP on coil, the well will not have to be killed to install the ESP. Notes Regarding Wellbore Condition x Well currently flows 800 – 1,100 BWPD and 3 MMSCFD gas x Plan is to Lubricate in the ESP without Killing the well Coiled Tubing Procedure: 1. MIRU Coiled Tubing Unit, Crane, Work Platform and scaffolding. Lay out and assemble Structurally Reinforced Lubricator. 2. Close tubing and Wing valves and record SI tubing and casing pressures. 3. Close master valve and bleed pressure from tree. 4. Install Petrospec Lower Christmas tree. Use a new R44 Ring Gasket. 5. Function test all rams on BOPs. 6. RU Coil BOPs and Pressure test same to 1,200 psi Hi 250 Low. 7. NU Hydraulic Work window to the top of the BOP stack. 8. Stab 1-3/4” Power Tube Umbilical through injector head. 9. Use crane to lift the injector head from its truck and move same over to Petrospec pivoting – injector A-frame. 10. Attach Injector to Work Platform A-frame and pivot to horizontal position. 11. Use the crane to lay the structurally reinforced lubricator horizontally onto the work platforms saddle. Note: the ESP is already assembled and inside of the lubricator. 12. Horizontally inject 1-3/4” coil tubing until the coil is 8’ past the stripper head. 13. Cut off and remove 8’ of coil tubing to expose the main cable conductors. (test BOPE against Lower MV) The purpose of this work is to install an ESP on 2” coil Tubing. This well is currently making 3 MMscfd and 1,050 BWPD. At these rates the well is close to its unloading limit for 5-1/2” tubing. By running the ESP on coil, the well will not have to be killed to install the ESP. 186-011 AOGCC inspector to witness BOPE test. NOTE: using Petrospec CT unit. Notify Well Prognosis Well: BRU 224-34 Date: 7/30/2020 14. Connect conductors to the BHA. And the BHA to the ESP Pump. 15. Attach conductors to the pump MLE. 16. Connect the Injector heads hydraulic hoses to the Lubricator. 17. Remove the saddle pins on the A frame shaft. 18. Pick up the injector / Lubricator assembly into the vertical position. And stab Lubricator onto well head. 19. Slowly inject the coil tubing to lower the ESP out of the lubricator so that the ESP technician can service the unit. 20. Slowly retract the ESP back into the lubricator. 21. Raise and swing the lubricator assembly over to the wellhead and nipple up the flange connection. 22. Zero counter on the injector. 23. Open master valves allowing pressure to equalize. 24. Adjust injection pressure on the injector head to limit running in to not to exceed 30 feet / minute unless ok’d by the Operations engineer. Be prepared to slow down the running speed when going through jewelry and screens. 25. When ESP is within 60’ from intended landing depth, slow injection rate to 6’/min and lightly tag Plug P1 @ 3,898’. 26. PU 25’ for set depth @ 3,873’. 27. Measure depth from Coil tubing head to work window. Pick up that distance. 28. Close pipe rams and bleed off any pressure in the lubricator. 29. Open work window and install 1-3/4” hanger onto the Coil tubing at this height. 30. Close work window, open master valves and pipe rams to re-pressurize lubricator. 31. Slowly inject the coil in the well until the hanger seats into the tree coiled tubing head. 32. Check and confirm tubing weight. 33. Energize lock-down screws on coiled tubing head. 34. Close pipe/slip rams in BOPs and pressure test coiled tubing head to 1,200 psi psi. 35. Bleed down pressure in lubricator and open work window. 36. Cut coil and all lines at work window using an explosion proof pipe cutting tool. 37. Lift lubricator and injector head off of the wellhead and set down onto work platform. Re-seat shaft into A-frame. 38. Disconnect injector head from lubricator. Rack Injector onto back of CTU. 39. Dismantle and rig down work window and BOP stack. 40. Space out and cut conductors. 41. NU Upper coil tubing head spool. 42. Install pack off around each conductor. 43. Hook up ESP electrically using a vented junction box . 44. RDMO Coil unit and crane. 45. Turn well over to production. Attachments: 1. Current Schematic 2. Proposed Schematic 3. Coil BOPE Schematic 4. Current Well Head Diagram 5. Proposed Well Head Diagram PT lubricator to 1200 psi (test packoffs) (test flange connection?) (close downhole ball valve) Note: SVS test within 5 days of installation. _____________________________________________________________________________________ Updated by DMA 07-31-20 SCHEMATIC Beluga River Unit Well: BRU 224-34 Last Completed: 11/19/1998 PTD: 186-011 API: 50-283-20080-00 30” 20” 9-5/8” RKB to MSL = 103’ RKB to GL = 18’ TMD = 5,353’ TVD = 5,050’ PBMD = 5,243’ PBTVD = 4,940’ Max Angle = 34 deg @ 1,800’ Tubing Min ID = 4.455” TOC @3,990” 13-3/8” 2 3 4 5/6 7 8 9 10 11 12 13 14 15 16 17 18 19 Sterling Sands A A A B B B B C C C C C D D E E E F F F P1 P2 P3 CASING DETAIL Size Type WT Grade Conn ID Btm 30'' Conductor 1" Wall Weld 98' 20'' Surface 94# H-40 Butt 19.124'' 414' 13-3/8" Intermediate 68# K-55 Butt 12.415'' 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681'' 5,338' TUBING DETAILS 5.5 Production String 15.5# L-80 LT&C 4.95” 3,905' JEWELRY DETAIL Production Tubing ID. Depth MD (ft.) ID (in.) Description 1 15.8 CIW 11" 5000 DCB Hanger 2 2,128 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis 'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH-22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC-1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC-1L Isolation Packer 10 3,448 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489' (20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC-1L Isolation Packer 13 3,629 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706' (30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB-1 Retainer Production Packer 16 3,847 4.562 Otis 'X' Sliding Sleeve, closed 17 3,864 6 Baker FB-1 Retainer Production Packer 18 3,898 4.455 Otis 'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P1 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10' 8 12 5/3/1986 DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open plug in tubing _____________________________________________________________________________________ Updated by DMA 07-31-20 PROPOSED SCHEMATIC Beluga River Unit Well: BRU 224-34 Last Completed: 11/19/1998 PTD: 186-011 API: 50-283-20080-00 30” 20” 9-5/8” RKB to MSL = 103’ RKB to GL = 18’ TMD = 5,353’ TVD = 5,050’ PBMD = 5,243’ PBTVD = 4,940’ Max Angle = 34 deg @ 1,800’ Tubing Min ID = 4.455” TOC @3,990” 13-3/8” 2 3 4 5/6 7 8 9 10 11 12 13 14 15 16 17 18 19 Sterling Sands A A A B B B B C C C C C D D E E E F F F P1 P2 P3 16A CASING DETAIL Size Type WT Grade Conn ID Btm 30'' Conductor 1" Wall Weld 98' 20'' Surface 94# H-40 Butt 19.124'' 414' 13-3/8" Intermediate 68# K-55 Butt 12.415'' 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681'' 5,338' TUBING DETAILS 2-3/8” Coil Tubing String ~3,898’ 5.5 Production String 15.5# L-80 LT&C 4.95” 3,905’ JEWELRY DETAIL ID. Depth MD (ft.) ID (in.) Description 1 15.8 CIW 11" 5000 DCB Hanger 2 2,128 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis 'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH-22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC-1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC-1L Isolation Packer 10 3,448 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489' (20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC-1L Isolation Packer 13 3,629 4.75 Baker 'S' Mini-Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706' (30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB-1 Retainer Production Packer 16 3,847 4.562 Otis 'X' Sliding Sleeve, closed 16A ~3,850’ ESP 17 3,864 6 Baker FB-1 Retainer Production Packer 18 3,898 4.455 Otis 'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P1 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10' 8 12 5/3/1986 DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open WORK INSTRUCTION FOR THE INITIAL INSTALLATION OF POWER-TUBE™ PRO ESP SYSTEM Hilcorp Alaska LLC – BRU 224-34 CODE: PELLC-WI20-03285-001 DATE: July 14, 2020 REVISION N°: A (2020/7/14) PAGE: 19 of 49 19 Total OAL BRU 224-34 7/10/2020 162.54 FT +4' for work access HOOK @ ~165-175 ft OAL Est. WEIGHT (LBS) (inches) 60 180 Coiled Tubing Celtic Pride 80K Injector Head & Gooseneck 6500 lbs Weight = 6500 lbs 30.5 5000psi CT Stripper 250 lbs 1320 12100 lbs Kill Port - Below Pipe/Slip Ram Power-Tube™ BHA 250 lbs FLG Manual Valve 1: 2-1/16" 5K ~95' ESP String 1700 lbs FLG Manual Valve 2: 2-1/16" 5K Hydraulic Umbilical Lines 1500 lbs R24 FLG x Weco 2" 1502 F. HU R46 1-3/4 Power-Tube™ Umbilical Whip 750 lbs LIFT 144 23050 LBS R46 12 1502 R39 R24 R39 54 R24 4-1/16" 5K Dual-Combi BOP (R39) R24 R39 1.Combi Blind/Shear Ram 12 2.1.75" CT Combi Pipe/Slip Ram R44 42 4-1/16 5K (R39) FLG Top x X 5-1/8 5K Stud Btm (R44) R44 96 GL 7" Petrospec Structurally Reinforced 5K Lubricator - 110ft (110 ppf) 7" 5K Hydraulic Work Window - 7-1/16 5K top x btm (R46) Crossover Flange 7-1/16" 5K Top x 4-1/16" 5K Btm (R46 x R39) Power-Tube™ Lower Xmas Tree (5-1/8" 5K R44 Top X Btm) Est. HOOK LOAD Wellhead 5-1/8 5K Beluga River 224-34 Current 05/29/2019 BHTA, Otis, 5 1/8 5M FE x 9.5'’ Otis quick union Casing head, WKM-S, 13 5/8 3M FE top x 13 3/8 SOW btm, w/ 2- 2 1/16 5M SSO Valve, Master, CIW-FLS, 5 1/8 5M FE, HWO, EE trim Valve, Swab, CIW-FLS, 5 1/8 5M FE, HWO, EE trim Beluga River 224-34 13 3/8 x 9 5/8 x 5 1/2 Tubing hanger, CIW-DCB- FBB, 11'’ x 5 1/2 LTC lift and susp, w/ 5'’ type H BPV profile Tubing head, CIW-DCB, 13 5/8 3M x 11 5M, w/ 2- 2 1/16 5M SSO, X bottom prep 13 3/8'’ 5.5'’ Valve, SSV, WKM-M, 5 1/8 5M FE, w/ air operator, EE trim 9 5/8'’ Valve, Master, CIW-FLS, 5 1/8 5M FE, HWO, EE trim Beluga River 224-34 Proposed 08/03/2020 Casing head, WKM-S, 13 5/8 3M FE top x 13 3/8 SOW btm, w/ 2- 2 1/16 5M SSO Valve, Master, CIW-FLS, 5 1/8 5M FE, HWO, EE trim Beluga River 224-34 13 3/8 x 9 5/8 x 5 ½ x 1.750 Tubing hanger, CIW-DCB- FBB, 11'’ x 5 1/2 LTC lift and susp, w/ 5'’ type H BPV profile Tubing head, CIW-DCB, 13 5/8 3M x 11 5M, w/ 2- 2 1/16 5M SSO, X bottom prep 13 3/8'’ 5.5'’ Valve, SSV, WKM-M, 5 1/8 5M FE, w/ air operator, EE trim 9 5/8'’ Valve, Master, CIW-FLS, 5 1/8 5M FE, HWO, EE trim Coiled tubing ESP assy 1.75'’ CT hanger Water Prod. SS V SSV GAS 1 Carlisle, Samantha J (CED) From:Ted Kramer <tkramer@hilcorp.com> Sent:Monday, August 31, 2020 3:09 PM To:Schwartz, Guy L (CED) Subject:RE: [EXTERNAL] RE: BRU 224-24 ESP sundry (PTD 186-011) Follow Up Flag:Follow up Flag Status:Flagged Guy, SeeanswerstoyourquestionsbelowinBlue.Pleaseletmeknowifyouhaveanyotherquestionsorconcerns: TedKramer Sr.OperationsEngineer HilcorpͲAlaskaLLC Office–907Ͳ777Ͳ8420 Cell–985Ͳ867Ͳ0665 From:Schwartz,GuyL(CED)[mailto:guy.schwartz@alaska.gov] Sent:Tuesday,August25,202011:01AM To:TedKramer<tkramer@hilcorp.com> Subject:[EXTERNAL]RE:BRU224Ͳ24ESPsundry(PTD186Ͳ011) Anyupdateonquestions? GuySchwartz Sr.PetroleumEngineer AOGCC 907Ͳ301Ͳ4533cell 907Ͳ793Ͳ1226office 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 Guy Schwartz at (907-793-1226 ) or (Guy.schwartz@alaska.gov). From:Schwartz,GuyL(CED) Sent:Wednesday,August19,20203:03PM To:TedKramer<tkramer@hilcorp.com> Subject:RE:BRU224Ͳ24ESPsundry(PTD186Ͳ011) CorrectedPTD# 2 GuySchwartz Sr.PetroleumEngineer AOGCC 907Ͳ301Ͳ4533cell 907Ͳ793Ͳ1226office 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 Guy Schwartz at (907-793-1226 ) or (Guy.schwartz@alaska.gov). From:Schwartz,GuyL(CED) Sent:Wednesday,August19,20203:00PM To:TedKramer<tkramer@hilcorp.com> Subject:BRU224Ͳ24ESPsundry(PTD190Ͳ042) Ted, Somequestionsonthissundry. 1. IstherecommunicationtotheformationthrutheIDoftheCT?instep29whenyoubreakofflubricatortocut thecoilwhatisbarrierinsidecoil? Therewillbeasurfacecontrolledballvalveabovethepumpdischargethatwhenclosedwill isolatetheinsideofthecoilfromthewellbore.OncetheESPissetandthewellheadinstalled andtested.Thevalvewillbeopened. 2. YouwillneedtoPTthelubricatorto1200psiwhenyoubuttonuptoruntheESPinstep21…..thisshouldtest theworkwindowassemblyalso OK.Wecandothat. 3. AlsoTesttheBOPE(Bodytest)instep6againsttheLowerMVto3000psi(needtoverifythenewCThangers arepressuretested) OK. 4. Instep30…openingMVdoesn’tmakesense. ThewordsMastervalveshouldnotbeinthissentence.Themastervalvewillalreadybe open.Itshouldread,“Closetheworkwindowandopenthepiperamstorepressurizethe lubricator.” 5. Step35and36don’tmakesense…wouldn’tyoubreaktheBOPEoffinsteadtocuttheCTclosertotheCT hanger? Itissafertoinitiallycutthecoilattheworkwindowwhilethefull110’lubricatorstackand injectorisstillmadeuptotheBOPs.IfweweretonippledowntheBOPsandcutclosertothe hangerwe’dbecuttingunderthatdanglingsuspendedload. 3 ThesecondreasontocutatthewindowisthatthelengthbetweentheCTHeadandthe Windowprovidesuswithexcessconductorswhichwecanthenexposeandcutbackto terminateintotheRMSwellheadfeedthrough. GuySchwartz Sr.PetroleumEngineer AOGCC 907Ͳ301Ͳ4533cell 907Ͳ793Ͳ1226office 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 Guy Schwartz at (907-793-1226 ) or (Guy.schwartz@alaska.gov). The information contained in this email message is confidential and may be legally privileged and is intended only for the use of the individual or entity named above. If you are not an intended recipient or if you have received this message in error, you are hereby notified that any dissemination, distribution, or copy of this email is strictly prohibited. If you have received this email in error, please immediately notify us by return email or telephone if the sender's phone number is listed above, then promptly and permanently delete this message. While all reasonable care has been taken to avoid the transmission of viruses, it is the responsibility of the recipient to ensure that the onward transmission, opening, or use of this message and any attachments will not adversely affect its systems or data. No responsibility is accepted by the company in this regard and the recipient should carry out such virus and other checks as it considers appropriate. THE STATE °fALASKA GOVERNOR MIKE DUNLEAVY Bo York Operations Manager Hilcorp Alaska, LLC. 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Re: Beluga River Field, Undefined Gas Pool, BRU 224-34 Permit to Drill Number: 186-011 Sundry Number: 319-273 Dear Mr. York: Alaska Oil and Gas Conservation Commission 333 west Seventh Avenue Anchorage, Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 vaww.aogcc.olaska.gov Enclosed is the approved application for the sundry approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, 2sieL. Chmielowski Commissioner DATED this 31 day of May, 2019. ADDMS-f-' JUN 0 31019 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.260 F ECOVED o s YID119 MAY 3 0 2019 A0 QQ 1. Type of Request: Abandon ❑ Plug Perforations ❑ Fracture Stimulate ❑ Repair Well p ❑ Operations shutdown ❑ Suspend ❑ Perforate ❑ Other Stimulate ❑ Pull Tubing ❑ Change Approved Program ❑ Plug for Redrill ❑ Perforate New Pool ❑ Re-enter Susp Well ❑ Alter Casing ❑ Other: Install Velocity String ❑� 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: Hilcorp Alaska, LLC Exploratory ❑ Development ❑� • Stratigraphic ❑ Service ❑ 186-011 3. Address: 3800 Centerpoint Dr, Suite 1400 6. API Number: Anchorage Alaska 99503 50-283-20080-00-00 ' 7. If perforating: 8. Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? N/A Will planned perforations require a spacing exception? Yes E]No ❑� Beluga River Unit (BRU) 224-34 ' 9. Property Designation (Lease Number): 10. Field/Pool(s): FEDA029656 Beluga River / Undefined Gas 11. PRESENT WELL CONDITION SUMMARY Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi): Plugs (MD): Junk (MD): 5,353' ' 5,050' 5,243' 4,940' —262psi N/A N/A Casing Length Size MD TVD Burst Collapse Structural Conductor 98, 30" 98' 98' Surface 414' 20" 414' 414' 1,530psi 520psi Intermediate 3,304' 13-3/8" 3,304' 3,024' 3,450psi 1,950psi Production 5,338' 9-5/81, 5,338' 5,035' 8,150psi 7,100psi Liner Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade:Tubing MD (ft): See Attached Schematic See Attached Schematic 5.5" 15.5# / L-80 3,251' Packers and SSSV Type: Packers and SSSV MD (ft) and TVD (ft): 3,252'MD/2,950'IVD, 3,446'MD/3,140'TVD, Baker SC -1, SCA L X 2, FB -1 X 2 Pkrs; N/A 3,624'MD/3,314'TVD, 3,809'MD/3,4957VD, 3,864'MD/3,548'TVD; WA, N/A 12. Attachments: Proposal Summary Wellbore schematic 13. Well Class after proposed work: Detailed Operations Program ❑ BOP Sketch ❑ Exploratory ❑ Stratigraphic ❑ Development Service ❑ 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: June 17, 2019 OIL ❑ WINJ ❑. WDSPL ❑ Suspended ❑ GAS WAG ❑ GSTOR ❑ SPLUG ❑ 16. Verbal Approval: Dale: Commission Representative: GINJ ❑ Op Shutdown ❑ Abandoned ❑ 17. 1 hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Authorized Name: Bo York 777-8345 Contact Name: Ted Kramer Authorized Title: Operations Manager Contact Email: tkramer(o'lhilcoro.com Contact Phone: 777-8420 �/ � �%�ui Authorized Signature: Date: d i I 5 COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity ❑ BOP Test U✓ Mechanical Integrity Test ❑ Location Clearance ❑ Other:y _� oo u dos � 3v f' / e- Post Initial Injection MIT Req'd? Yes ❑ No ❑ Spacing Exception Required? Yes No Subsequent Form Required: `[]N 3BDMS ��JUN ❑ 0 3 2019 APPROVED BY Approved by:COMMISSIONER THE COMMISSION Date: 5 .31 I p/ t S ��^ Submit Form and a f nt m the date of approval Form 10-403 Revised 412017 Approved appli i . Attachments in Duplicate �Ci1�11 � s�;a•i� 0 Hila Alaaka, LL Well Prognosis Well: BRU 224-34 Date: 5/28/2019 Well Name: BRU 224-34 API Number: 50-283-20080-00 Current Status: Gas Producer Leg: N/A Estimated Start Date: 06/5/2019 Rig: CTU #13 Reg. Approval Req'd? Yes Date Reg. Approval Rec'vd: Regulatory Contact: Donna Ambruz 777-8305 Permit to Drill Number: 190-042 First Call Engineer: Ted Kramer (907) 777-8420 (0) (987) 867-0665 (M) Second Call Engineer: Bo York (907) 777-8345 (0) (907) 727-9247 (M) AFE Number: Current Surface Pressure: — 22 psi Maximum Expected BHP: — 650 psi @ 3,888' TVD (Calc'd W/.437 psi/ft gradient) Max. Predicted Surface Pressure: — 262 psi (Using .1 psi/ft Gas Press, Grad. Brief Well Summary Originally drilled in May 1986 as a single string infill development well. The Well was originally completed in the A, B, and C sands with all of those sands being comingled. In 1992, the D, E, and F sands were added. The purpose of this work is to install a 2-3/8" " velocity string to allow the well to more easily unload water. / Note: Nitrogen will be used to blow the plug out of the coil tubing. Notes Regarding Wellbore Condition • Need to install Coil Tubing hanger above Master valve. Coiled Tubing Procedure: 1. MIRU Coiled Tubing, PT BOPE to 4,000 psi Hi 250 Low. 2. PU Coil velocity string W/ pump out plug on bottom. 3. RIH to 3,810' (+/-). 4. Hang off coil tubing according to coil tubing companies hang off procedures. 5. Rig up Nitrogen. Pressure up on coil tubing and blow out blow out plug. 6. RDMO Coil tubing unit. 7. Turn well over to production. Attachments: 1. Current Schematic 2. Proposed Schematic 3. Coil BOPE Schematic S• 4. Current Well Head Diagram 5. Proposed Well Head Diagram 6. Standard Well Procedure- Nitrogen K rnxa Alaekt. LLC TMD 5,353' TVD =5,050' PBMD=5,243' PBTVD=4,940' Max Angle = 34 deg @ 1,800' SCHEMATIC CASING DETAIL Beluga River Unit Well: BRU 224-34 Last Completed: 11/19/1998 PTD: 186-011 API: 50-283-20080-00 Size Type WT Grade Conn 15.8 Btm 30" Conductor 2,128 3,436' 1" Wall Weld 3 98' 20" Surface 94# H-40 Butt " E12,415" 414' 13-3/8" Intermediate 68# K-55 Butt 6 3,304'9-5/8" 7 Production Casing 47# 5-95 Butt 5,338' TUBING DETAILS 5.5 Production String 15.5# 1 L-80 I LT&C 4.95" 3,251' JEWELRY DETAIL Production Tubin¢ ID. Depth MD (ft.) ID (in.) Description 1 15.8 Phase CIW 11"5000 DCB Hanger 2 2,128 3,436' Teledyne-MerIa GLM 5.5"x1.5" 3 2,968 - Teledyne-MerIa GLM 5.5"x1.5" 4 3,197 4.562 Otis'X' Sliding Sleeve, closed 5 3,251 4.875 Baker GBH -22 Locator Seal Assembly, 8.98' stroke 6 3,252 6 Baker SC -1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker'S' Mini -Beta Gravel Pack 190-47 w/5518 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC -SL Isolation Packer 10 3,448 4.75 Baker's' Mini -Beta Gravel Pack 190-47 w/S518 ft. 11 3,489 4.95 Bakerweld Screen @ 3489'(20 ft.), 3534' (40 ft.) , & 3578' (44 ft.) 12 3,624 6 Baker SC -1L Isolation Packer 13 3,629 4.75 Baker's' Mini -Beta Gravel Pack 190-47 w/5518 ft. 14 3,670 4.95 Bakerweld Screen @3670' (24 ft.), 3706'(30 ft.), & 3747' (60 ft.) 35 3,809 6 Baker FB -1 Retainer Production Packer 16 3,847 4.562 Otis'X' Sliding Sleeve, closed 17 3,864 6 Baker FB -1 Retainer Production Packer 18 3,898 4.455 Otis'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plugs/Other ID. Depth MD (ft.) ID (in.) Description P3 3,898 Phase Plug Set During 1998 W,O. P2 5,186 3,436' RWO Clean Out P3 5,243 - Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD( Btm (TVD( Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 30' 8 12 5/3/1986 - DST#1, Open B 3,668' 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' 4,483' 3,813' 4,159' 32 6 10 5/27/1992 Open F 4,586' 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open F 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open F 4,890' 4,922' 4,565' 4,597' 16' 6 4 5/27/1992 Open F 5,064' 5,068' 4,738' 1 4,742' 4' 6 3 6/15/1994 Open Created By: 116/22/2016 n Hdmrp AWka, LLC PROPOSED SCHEMATIC •TMD =5,353' TVD =5,050' PBMD=5,243' PBTVD=4,940' Max Angle = 34 deg @ 1,800' CASING DETAIL Beluga River Unit Well: BRU 224-34 Last Completed: 11/19/1998 PTD: 186-011 API: 50-283-20080-00 Size Type WT Grade Conn ID Btm 30" Conductor 2,128 5,243 1" Wall Weld 3 i 98' 20" Surface 94# H-40 Butt 19.124" 414' 13-3/8" Intermediate 68# K-55 Butt 12.415" 3,304' 9-5/8" Production Casing 47# S-95 Butt 8.681" 5,338' TUBING DETAILS JEWELRY DETAIL Production Tubine ID. Depth MD (ft.) ID (in.) I Description 1 15.8 P2 CIW 11" 5000 DCB Hanger 2 2,128 5,243 Teledyne-Merla GLM 5.5"x1.5" 3 2,968 3,130' Teledyne-Merla GLM 5.5"x1.5" 4 3,197 4.562 Otis'X'Sliding Sleeve, closed 5 3,251 4.875 Baker GBH -22 Locator Seal Assembly, 8.98'stroke 6 3,252 6 Baker SC -1 Gravel Pack Packer 96A4-60 7 3,265 4.75 Baker's' Mini -Beta Gravel Pack 190-47 w/5518 ft. 8 3,379 4.95 Bakerweld Screen, 60 ft. 9 3,446 6 Baker SC -1L Isolation Packer 10 3,448 4.75 Baker'S' Mini -Beta Gravel Pack 190-47 w/SS 18 ft. 11 3,489 4.95 Bakerweld Screen @ 3489'(20 ft.), 3534'(40 ft.) , & 3578'(44 ft.) 12 3,624 6 Baker SC -1L Isolation Packer 13 3,629 4.75 Baker'S' Mini -Beta Gravel Pack 190-47 w/SS 18 ft. 14 3,670 4.95 Bakerweld Screen @3670'(24 ft.), 3706'(30 ft.), & 3747' (60 ft.) 15 3,809 6 Baker FB -1 Retainer Production Packer 16 3,847 4.562 Otis'X' Sliding Sleeve, closed 17 3,864 6 Baker FB -1 Retainer Production Packer 18 3,898 4.455 Otis'XN' Nipple 19 3,905 4.767 Baker Wireline Entry Guide 5.5" Plues/Other ID. Depth MD (ft.) ID (in.) Description P3 3,898 - Plug Set During 1998 W.O. P2 5,186 - RWO Clean Out P3 5,243 Float Collar PERFORATION DETAIL Sands Top (MD) Btm (MD) Top (TVD) Btm (TVD) Amt SPF Phase Date Status A 3,390' 3,436' 3,085' 3,130' 38' 22 12 11/6/1998 Reshot A 3,476' 3,486' 3,169' 3,179' 10' 22 12 11/6/1998 Reshot B 3,542' 3,616' 3,234' 3,234' 54' 22 12 11/6/1998 Reshot B 3,644' 3,654' 3,334' 3,334' 10 8 12 5/3/1986 DST#1, Open B 3,668' - 3,682' 3,357' 3,371' 14' 22 12 11/6/1998 Reshot C 3,706' 3,800' 3,394' 3,486' 14' 22 13 11/6/1998 Reshot C 3,830' 3,858' 3,515' 3,542' 64' 22 13 11/6/1998 Sleeve Closed D 3,920' • 4,046' 3,603' 3,727' 30' 6 12 5/27/1992 Open E 4,134' • 4,483' 3,813' 4,159' 32 6 SO 5/27/1992 Open F 4,586' • 4,594' 4,262' 4,159' 8 6 6 5/27/1992 Open 4,823' 4,828' 4,498' 4,503' 5 6 4 6/15/1994 Open PFS 4,890' 4,922'Open 5,064' 5,068' 4,738' 4,742' 4' 6 3 6/15/1994 Open Updated by DMA OS -29-19 N Ild ,U.d., t.u: Kill P WHP 715M x 2-L Ranged V (Manua 2-11161 OP( 10K Flange (Man, Coil Tubing BOP Coiled Tubing HR580 Injector Head & Gooseneck Weight = 12,850 lbs 4-1/16" 10K Conventional Stripper SK 0062 Lubricator 5K 0062 x 4-1116" 10K Flange 4-1116" 10K Combi BOP Top Set: 011W/Snear Sewed Set. Pi ets, 4-1/16" 1 OK Flow Cross Manua 2x2 Valve 1.2' 1502 x 2�1H6" 10K Flange Manua 2x2 Valve 2 2-1/16" 10K x 2-1116" tOK flange Manu 2X2 Valve 3. 2-1116" 10K x2-1116" IOK Flange Manual 2x2 Valve 4: 2' 1502 x 2-1116' 1OK Range 4-1/16" 10K x Wellhead Adapter Flange Wellhead Beluga River 224-34 Current 05/29/2019 Beluga Muer Tubing hanger, CtW.DU- 224-N FM 11" x 51/2 LTC lift and 13 3/8 x 9 518. 51/2 susp, w/ 5" t, H B,, profile Valle, Swab, 51/8 5M FE, H' Valve, Master 51/8 SM FE, H Valve, Master, C 51/8 SM FE, HW( Tubing head, QW -DCB, 13 5/8 3M x 115M, w/ 2- 21/16 5M SZ, X bottom prep Ceung head, WKMS, 135/83M FE top K 133/8 80W btm, w/ 2-21/165M S50 SHTR, Otis, 51/8 SM FE x 9.5" Otis quick union Beluga River 224-34 Proposed 05/29/2019 Beluga Ryer Tubing tuigeA ClW-CrcS- 224.34 FBB, 11" x 51/2 LTC kH and 13 3/8 x 9 5/e x 51/2 rasp, w/ 5" type H BPV Woirle ValPe, swab, ClW-PS, 411165M FE, HWO. OD td. Valve, master, CIW-FLS, 41/16 SM FF, NWO, DD td. Coiled tubing hanger, VG - CTM, 4" .." %2 3/8 EaE WV %3" GS Baker Rah Neck Lgt, w/ 2" Type H BPV ane. grapple For 2" coil DSA, 51/8 SM x 41/36 5M VON., Meaner, CIW-F35, 51/8 SM FE, HWO, EE Mm Tubing head, CIW-DCB, 135/8 3M x 13 5M, w/ 2- 21/I65M SZ, %bottom Wap Crying head, WKWS, 135/83M FE top x 133/8 SOW Mm, w/ 2-21/165M 560 2 3/8" STANDARD WELL PROCEDURE Hileorp Alaska, LLC, NITROGEN OPERATIONS 1.) MIRU Nitrogen Pumping Unit and Liquid Nitrogen Transport. 2.) Notify Pad Operator of upcoming Nitrogen operations. 3.) Perform Pre -Job Safety Meeting. Review Nitrogen vendor standard operating procedures and appropriate Safety Data Sheets (formerly MSDS). 4.) Document hazards and mitigation measures and confirm flow paths. Include review on asphyxiation caused by nitrogen displacing oxygen. Mitigation measures include appropriate routing of flowlines, adequate venting and atmospheric monitoring. 5.) Spot Pumping Unit and Transport. Confirm liquid N2 volumes in transport. 6.) Rig up lines from the Nitrogen Pumping Unit to the well and returns tank. Secure lines with whip checks. 7.) Place signs and placards warning of high pressure and nitrogen operations at areas where Nitrogen may accumulate or be released. 8.) Place pressure gauges downstream of liquid and nitrogen pumps to adequately measure tubing and casing pressures. 9.) Place pressure gauges upstream and downstream of any check valves. 10.) Wellsite Manager shall walk down valve alignments and ensure valve position is correct. 11.) Ensure portable 4 -gas detection equipment is onsite, calibrated, and bump tested properly to detect LEL/H2S/CO2/02 levels. Ensure Nitrogen vendor has a working and calibrated detector as well that measures 02 levels. 12.) Pressure test lines upstream of well to approved sundry pressure or MPSP (Maximum Potential Surface Pressure), whichever is higher. Test lines downstream of well (from well to returns tank) to 1,500 psi. Perform visual inspection for any leaks. 13.) Bleed off test pressure and prepare for pumping nitrogen. 14.) Pump nitrogen at desired rate, monitoring rate (SCFM) and pressure (PSI). All nitrogen returns are to be routed to the returns tank. 15.) When final nitrogen volume has been achieved, isolate well from Nitrogen Pumping Unit and bleed down lines between well and Nitrogen Pumping Unit. 16.) Once you have confirmed lines are bled down, no trapped pressure exists, and no nitrogen has accumulated begin rig down of lines from the Nitrogen Pumping Unit. 17.) Finalize job log and discuss operations with Wellsite Manager. Document any lessons learned and confirm final rates/pressure/volumes of the job and remaining nitrogen in the transport. 18.) RDMO Nitrogen Pumping Unit and Liquid Nitrogen Transport. 12/08/2015 FINAL v1 Page 1 of 1 A I~ STATE OF ALASKA LAS .IL AND GAS CONSERVATION COMMII( )N REPORT OF SUNDRY WELL OPERATIONS 1. Operations Performed: Operation Shutdown [] Stimulate [~ Plugging Pull tubing ~] Alter casing [~ Repair well E] Perforate ~] Other [~ 2. Name of Operator ARCO Alaska, Inc. 3. Address PO Box 100360, Anchorage, AK 99510-0360 4. Location of well at surface 204' FNL, 258' FEL, Sec 4, T12N, R10W, SM At top of productive interval 685' FNL, 2166' FWL, Sec 34, T13N, R10W, SM At effective depth 866' FSL, 2029' FWL, Sec 34, T13N, R10W, SM At total depth 890' FSL, 2013' FWL, Sec 34, T13N, R10W, SM 5. Type of Well: Development [] Exploratory [] Stratigraphic [] Service [] Datum elevation (DF or KB) PAD = 80.6', RIG = 21' RKB Unit or Property name Beluga River 8. Well number BRU 224-34 9. Permit number/approval number 86-0011/398-216 10. APl number 50-283-20080-00 11. Field/Pool Beluga River/Beluga feet 12. Present well condition summary Total Depth: measured 5,353 true vertical 5,050 feet feet Plugs (measured) NONE Effective depth: measured 5,243 true vertical 4,940 feet feet Junk (measured) NONE Casing Length . Size Structural Conductor 98' Surface 413' Intermediate 3,304' Production 5,388 Liner 30" 20'~ 13-3/8" 9-5/8" Cemented Driven 590 Sk Class "G" 2170 Sk Class "G" 1000 Sk Class "G" Measured depth 98' True vertical depth 98' 413' 3024' 5035' Perforation depth: measured See Attachments true vertical Tubing (size, grade, and measured depth) 5-1/2", 15.5#, L-80, 3245' Packers and SSSV (type and measured depth) See Attachments See Attachments 13. Stimulation or cement squeeze summary Fracture Stimulation Intervals treated (measured) Upper Zone 3390'-3436; Middle Zone 3476'-3616'; Lower Zone 3668'-3800' Treatment description including volumes used and final pressure See Attachments of Dowell Well Details 14. Representative Daily Average Production or Iniection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation n/a 10,500 0 0 950 # Subsequent to operation n/a 14,500 100 440 # 1025 # 15. Attachments Copies of Logs and Surveys run [] Daily Report of Well Operations [] 16. Status of well classification as: Oil [] Gas [] Suspended [] Service hereby certify that the foregoing is true and correct to the best of my knowledge. ~ 10-404 Rev 06/1~/88~ 0 Date SUBMIT IN DUPLICATE Date: 12/11/98 ARCO ALASKA INC. WELL SUMMARY REPORT Page: 1 REMEDIAL AND COMPLETION OPERATIONS WELL:BRU 224-34 RIG:STERLING 1 WELL ID: 594106 TYPE: STATE:ALASKA AREA/CNTY: BELUGA RIVER SOUTHERN ALASKA FIELD: BELUGA RIVER UNIT BLOCK:~ SPUD:10/13/98 START COMP:10/ll/98 FINAL: WI: 0% SECURITY:0 API NUMBER: 50-283-20080-00 10/11/98 (Cl) TD: 0' PB: 0' 10/12/98 (C2) TD: 0' PB: 0' 10/13/98 (C3) TD: 5353' PB: 5243' 10/14/98 (C4) TD: 5353' PB: 5243' 10/15/98 (C5) TD: 5353' PB: 5243' 10/16/98 (C6) TD: 5353 ' PB: 5243 ' 10/17/98 (C7) TD: 5353' PB: 5243' 10/18/98 (C8) TD: 5353' PB: 5243' 10/19/98 (C9) TD: 5353' PB: 5243 ' RIGGING DOWN TO MOVE TO B SUPV:R.W. SPRINGER Rig down. MW: 0.0 CONTINUED RIGGING DOWN AN MW: 0.0 SUPV:R.W. SPRINGER Shut down for night. Continue to rig down and move off location. SHUT DOWN FOR NIGHT MW: 0.0 SUPV:R.W. SPRINGER Shut down for night. Continue to rig down. MW: 0.0 SUPV:R.W. SPRINGER Shut down for night. Continue to move rig. SHUT DOWN FOR NIGHT MW: 0.0 SUPV:DOUG R NIENHAUS Shut down for night. Continue to move rig. SHUT DOWN FOR NIGHT. MW: 0.0 SUPV:DOUG R NIENHAUS Shut down for night. Move in derrick from 212-35T. RIGGING UP SERVICE LINES MW: 0.0 SUPV:DOUG R NIENHAUS Shut down for night. Continue to rig up. RIGGING UP ON PITS. SUPV:DOUG R NIENHAUS Continue to rig up. MW: 0.0 NONE SUPV:DOUG R NIENHAUS Continue to rig up. MW: 0.0 Date: 12/11/98 ARCO ALASKA INC. WELL SUMMARY REPORT Page: 2 10/20/98 (CI0) TD: 5353' PB: 5243' 10/21/98 (Cll) TD: 5353' PB: 5243' 10/22/98 (C12) TD: 5353' PB: 5243' 10/23/98 (C13) TD: 5353' PB: 5243' 10/24/98 (C14) IONS TD: 5353' PB: 5243' 10/25/98 (C15) TD: 5353 ' PB: 5243' 10/26/98 TD: 5353' PB: 5243' C16) 10/27/98 TD: 5353' PB: 5243' C17 10/28/98 TD: 5353' PB: 5243' C18 10/29/98 (C19 TD: 5353' PB: 5243' 10/30/98 (C20 TD: 5353' PB: 5243' NO ACTIVITY, RIG READY F SUPV:DOUG R NIENHAUS suspended operations. MW: 0.0 SUSPENDED OPERATIONS SUPV:DOUG R NIENHAUS suspended operations. MW: 0.0 SUSPENDED OPERATIONS SUPV:DOUG R NIENHAUS suspended operations. MW: 0.0 SUSPENDED OPERATIONS SUPV:DOUG R NIENHAUS suspended operations. MW: 0.0 SUSPENDED OPERAT MW: 0.0 SUPV:DOUG R NIENHAUS suspended operations. SUSPENDED OPERATIONS SUPV:DOUG R NIENHAUS suspended operations. MW: 0.0 SUSPENDED OPERATIONS SUPV:DOUG R NIENHAUS suspended operations. MW: 0.0 SUSPENDED OPERATIONS MW: 0.0 SUPV:RAY W. SPRINGER suspended operations, awaiting arrival of crews to resume workover operations. SUSPENDED OPERATIONS SUPV:RAY W. SPRINGER Prepare for workover. MW: 0.0 FILTERING BRINE & BUILDIN MW: 8.6 KCL SUPV:RAY W. SPRINGER Operations suspended. Accept rig @ 1200 hrs. 10/29/98. TESTING BOPE MW: 8.6 KCL SUPV:RAY W. SPRINGER Displace annular diesel w/KC1 brine. N/D tree, N/U BOPE. Date: 12/11/98 ARCO ALASKA INC. WELL SUMMARY REPORT Page: 3 10/31/98 (C21 TD: 5353' PB: 5243' 11/01/98 (C22 TD: 5353' PB: 5243' 11/02/98 (C23 TD: 5353' PB: 5243' 11/03/98 (C24 TD: 5353' PB: 5243' 11/04/98 (C25 TD: 5353' PB: 5243' 11/05/98 (C26) TD: 5353' PB: 5243' 11/06/98 TD: 5353' PB: 5243' C27) 11/07/98 TD: 5353' PB: 5243' C28) 11/08/98 TD: 5353' PB: 5243' C29) POH W/3-1/2" PRODUCTION T SUPV:RAY W. SPRINGER NU BOPE and test. Pull tubing. MW: 8.6 KCL POH TO ABOVE PERFS W/SCRA MW: 8.6 KCL SUPV:RAY W. SPRINGER Spot bridge sal pill and hesitation squeeze. Pull tubing. PREPARING TO TEST BOPE MW: 8.6 KCL SUPV:RAY W. SPRINGER RIH w/storm packer and test. N/D BOPE to change out tubing spool, 9-5/8" casing stub to short for the packoff to seal on. Remove tubing spool, cut & dress off stub welded new section of 9-5/8" onto existing stub. RIH W/STORM PACKER TO TES MW: 8.6 KCL SUPV:RAY W. SPRINGER NU BOPE and test. Lay down Baker storm packer. Pressure equalizing sub on top of storm packer would not open. RIH w/storm packer, well flowing, shut in well. No flow. CIRCULATING & FILTERING B MW: 8.6 KCL SUPV:RAY W. SPRINGER Attempt to place PXN prong in XN plug, would not go because of machining error on prong. RIH w/storm packer, test. Unseat packer. RIH w/isolation packer assy. Set packer @ 3864'. RIH w/SB plug and set @ 3871' REVERSING TWO TUBING VOLU MW: 8.6 KCL SUPV:RAY W. SPRINGER Circulate caustic pill. Pump formic acid pickle. RIH w/7" TCP guns. RIH with wireline GR-CCL to log and correlate TCP guns on depth. POH W/OVERSHOT & PLUG MW: 8.6 KCL SUPV:RAY W. SPRINGER Set packer @ 3188'. Attempt to fire guns. No indication of firing. Reverse out gas, hole taking fluid @ 150 bbl/hr. Mix and bullhead HEC polymer pill down tubing. POH w/guns. Ail shots fired. POH W/PLUG MW: 8.6 KCL SUPV:RAY W. SPRINGER Pump HEC polymer pill and attempt to reverse out sand and perf debris @ 3858'. Latch plug, POH, no plug. Pump HEC pill. Latch onto plug, plug sheared out. POH, no plug. PICKING UP GRAVEL SCREENS MW: 8.6 KCL SUPV:RAY W. SPRINGER/SCOTT REYNOLDS Pump HEC hi-vis pill, reverse out sand, latch plug. POH, L/D plug. RIH w/sump packer. Date: 12/11/98 ARCO ALASKA INC. WELL SUMMARY REPORT Page: 4 11/09/98 (C30 TD: 5353 ' PB: 5243' 11/10/98 (C31 TD: 5353 ' PB: 5243 ' 11/11/98 (C32 TD: 5353' PB: 5243' 11/12/98 (C33 TD: 5353' PB: 5243' 11/13/98 (C34 TD: 5353' PB: 5243' 11/14/98 (C35) TD: 5353' PB: 5243' 11/15/98 (C36) TD: 5353' PB: 5243' 11/16/98 (C37) TD: 5353 ' PB: 5243 ' 11/17/98 (C38) TD: 5353' PB: 5243' RIH W/MINI BETA FRAC & PA SUPV:RAY W. SPRINGER/SCOTT REYNOLDS Run gravel pack assembly. MW: 8.6 KCL HAUL SAND OVER TO SILO AN MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS Run in hole with gravel pack assy. Set packers upper @ 3252', mid at 3442', and lower at 3624'. Squeeze mudzyme pill. RIG DOWN POLLARD WIRE LIN MW: 8.6 SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS Pump gravel pack. Problems with gravel pack. KCL RIG DOWN TEST EQUIPMENT S MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS RIH w/pump bailer. Attempt to free gravel pack service tool string. RIH w/chemical cutter. POOH PH-6 CLEAN OUT ASSY MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS Test BOPE. RIH w/8.125" overshot, jar on fish. Fish came free. Monitor well, hole taking 39 bbls per hr. Pump HEC pill. RUN IN HOLE WITH GRAVEL P MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS Continue POOH and lay dn gravel pack service tool assembly. RIH w/ mule shoe on 3.5" PH-6 tubing tag fill at 3889' Pump HEC pill. RIH w/gravel pack log. LAY DN TBG AND DRILL COLL MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS RIH w/gravel pack service tool assy. Perform gravel pack operations. FINISH PUMPING CRW132 TRE MW: 8.6 SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS RUn 5.5" tubing completion. Tag packer @ 3259' KCL SET TWO WAY CHECK AND PRE MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS RIH with Pollard wireline, w/lubricator and pump in sub. Pump mudzyme pill. Set BPV. ND BOPs. Date: 12/11/98 ARCO ALASKA INC. WELL SUMMARY REPORT Page: 5 11/18/98 (C39) TD: 5353' PB: 5243' TURN KEY DEMOB TO KENAI MW: 8.6 KCL SUPV:DOUG R NIENHAUS/SCOTT REYNOLDS ND BOPs. Test tree 250-5000 psi. Release rig @ 1200 hrs. 11/18/98. Baker Oil Tools BI~~-R 42 BAKER OIL TOOLS 2ool Rankin Rd. SAND CONTROL SYSTEMS Houston, Texas 770 (713) 62.5-4200 :e~ [ Ik.g.~-.~ 41 ARCO 263-4035 1100 80-90 deg ....... .,, 40 BRIAN SEITZ 265-6961 35 DEG. ,o~:~-~ 1 Page: 1 39 BELUGA RIVER 224-,34 5-1/2" 140 ~ATE L~ ~ S~ZE C~ON F'LUO [v~igflt ar~ ty~) I C OA'I1 NC, {type) 38 ALASKA BELUGA RIVER 20/40 3% KCL .OADING DOOA Pi-IOfaE_, PERFORATIONS 37 NIKKISKI 3390 TOP OPEN -- to-- 5068 BOTTOM OPEN <G ~ PHo~ $1Z~ WI~IGI:IT, GRA~I~iE THREAO, -- 36 STERLING ALASKA #1 CASING 9-5/8 47.00 S-95 BUTTRESS ~ARED BY K. Louviere, G. Wood 561-1939 LINER 3~ 16-Nov-98 TUBING 5-1/2 17.00 L-80 LT&C Mod ~OB REPORT · ~ TYPE[ ' 3z Gas WRKSTR. 3-1/2 13.30 P-110 PH-6 3~ No. DEPTH LENGTH 'OD ID" ' DESCRIPTION .... 3,905.46 .... End of Completion Assembly · ' ' t 3,905.46 --' (~.69 6.050 4.~67 BaEer Wiretine Entry G, uide, w/5-1/2" 17# ~'T&C Box 32 l :')1 3,904.7[ ' .6:00 ' ,0..050' -' 4;767 Pup Joint w/5-1'/2,, 17# LT&C BOx x Pin 31 3 3,698.77 !.27 6.050 4.455 Otis XN Nipple, w/4.562" Profile,'4.45~" ID through NoGo, 3,897.50 'w/5-1/2" LT&C Box x Pin. ' ' 3(: ' 4 3,897.50 30.00 ~3.050, ' 4.~671TubingJointw/5-1/2" 17# LT&c Box~pin.' ' 5... 3,867.50 '. 3.50' 8.438 6.000'iBaker Model FB-1 Retainer Production packer SiZe ' , ... 2~6 3,864.00 ..... 192-60, fl9-5/8" 40-58.4~ CS~l. . '3,864.00 1.50 6.250 '4.875 Baker Mod~l S-2_2 Snap Latch Seal ASsy. Size 190-60 2e ' 3,862.50 ' wi4, Bonded Seals, w/5'i/2;' 17# LT&c BOX~ ' 7 3,862.50 10.00 ' '6.050 ' 4.767 Pup Joint w/5-1/2" 17# LT&C Box x Pin ' ' I 8 ~,852.50 5.80 6.050 4.562 Baker Model "CMU" Sliding Sleeve w/4.~62" Otis 2~ t'. 3,846.70 .... X Profile w/5-1/2" 17# LT&C B°xX Pin. 9 ' 3,846.70 ' 4:00 0.050: ~4.76~ Pup Joint w/5-1/2" 17# LT&C Box x Pin ..... 2~ 10 3,842.70 ' 0.67 ' 6.050 4.767 XO Sub w/7;5/8" L:I'C Box x 5-1~2" 17~ LT&C Pin. ' 11 3,842.03 , 30. d0 '7.625 6.750 Mili-Out ExtenSion w/7-518" LT&C Pin x Pin. - " . 12 3,812.03 3.50 t~.438 6:000 Baker Model 'FB-1 Retainer Prod~Jcfion Packer SiZe ~ 3,808.53 - ' ' 192-60, fl9-5/8" 40-58.4~ Csg. w/7-518" LT&c B°x Dwn. 13 3,808.53 1.50 7.000 4.875 IBaker MOdel S-22 Anchor Latch Seal As~; ~ize 190-6~) · 2z 3,807.03 .... w/2 Molded Seal Units, w/5-1/2:' Flush Jt. x 20' Production 2~ 3,807.03 .... TUbe, w/5-1/2" LT&C B°x x RatCheting Muleshoe. i 141 3,807.03 60.40 6.110' 4.950 Bakerweld SCreer~, 14d, 316L, §'i'ze 5-1/2" x .012" ~.~a. Lq]0, 2~ 3,746.63 ' ' BaSe PiPe, w/5-1/2" LT&C Box x Pin, w/Weld-'0n ' 21 ~ 3,746.63 ........ Blade Type Guides, f/9-5i8" 47# Cs~l." ' 15i 3,746.63 10.00 6.050 4.767 Pup Jt. w/5-1/2" 17# LT&C BOx x Pin. 16 3,736.63 . 30.20 6.1~0i 4.950 Bakerweld Screen, 140, 316L, Size 5-1/2"x .0:12" Ga. L'80, 2<: 3,70~.43 ' !Base Pipe, w/5-1/2" LT&C Box x Pin, w/Weld-On - r . 3,706.43 iBlade Type GUides, f/9-5/8" 47# Cs~. . ' 1.c 17 , 3,706.43 i2.~8 "6.050' 4.767 !Pup Jt. w/5-112" 17# LT&C Box x Pin. · 18 3,693.85 - - 23.60 ~ ' 6.110 4.950 ;Bakerweld sCreen, 140, 316L, SiZe 5-1/2" x .012" Ga. L-80,- 11~ 3,670.25 I ~ Base Pipe, w/5-1/2" LT&C Box x Pin, w/Weld-O~ ' - - ' i , ~ , 3,670.25 Blade Type Guides, f/9'518" 47# Ceil. 1~ i9 3,670.25 : 20.22 6.1101 ' :4.950 Size 5-1/2"'Excluder'. L-80,~,15-¥/2'' LT&C B°Xx Pin 3,650.03 IBase Pipe, w/5-1/2'' LT&C~ Box x Pin, w/Weld-On Cent. 1( 20 3,650.03 3.10 6.625 ' 4.750 Baker'Seal Bom Receptacle, Size g.750" )~ 5-1/2"x 6,5]8"' 21 3,646.93 18.10 7.000 4.750 Baker Model "S" Mini-Beta Gravel Pack Extensior~i ' . , . , ~ . ,_ . 1-= 3,628.83 SiZe 190-47, w/Slidin[I Sleeve, w/6-5/8"LT&C Pin X Pin. 14 ~' 22 ' 3,628:83 2.03 7.390 4.750 Baker Seal Bore Receptacle, Size 4.750" x 5-1/2" x 6.5/8,; - 1-~ 3,626.80 , w/S Indication Chamfer on Both Ends. w/5-112" LT&c Pin - 3,626.80 ' ' 'x C:>5/8- ET&C Box. - 12 23 3,626:80 ' 2.64 ' 8.440 6.000 Baker Model SC'IL' Isol~ti~)n Packer, Size 96A4-60, f/ - - .... , ,_ [ , , 11 3,624.16 9-5/8" 47# Csg., 6-5/8" LT&C Box Dn. w/6.50 LHST Box Up lC' ' 24 3,624.'~6 2:33 6.625 '4.750 Baker Seal Bore RecePtacle, $iz~ 4.750'; x 5-1/2" x 6-5/8 ~c 3,621.83 w/5-1/2" LT&C Box Up, x ~-112" LHST Pin Down. ~ a. 25 ~ 3,621.,83 ,43.80 6.110 4.950 Bakerweld Screen, ,140, 316L', Size 5-1/2"x.012" Ga. L-80, ' 7 3,578.03 ' Base Pipe, w/5-11~ LT'&C Box x Pin, wANeld-0'n ' ' e 3,578.03 ' ' Blade Type Guides f/9-518" 47# Csg.' ' ' - '26 '.3,5,78.03 ..... 4.00 6.050 "' 4:767 Blank'Pipe w/5-1/2" 17# LT&C Box x Pin ~ 5 3,574.03 40.35 6.11'0 4.950 Bakerweld ScrBen, '140, 316L, Size 5-1/2" x'.012" Ga. L.80' t _ . " -3,533.68 - ., ~ .... Base F;ipe, w~5-1/;Z' Lm&C B~x x pinl W/Weld-0n " 4 27 3,533.ee ...... Blade Type Guides f/9-5/8" 47# .cSgl ..,'~; ~', 3 3,533.68 24.47 6.050 4.767: Blank Pipe w/5_1,2,, 17#"LT.~,dBbx ~< pin~,a ~!.~.~ . , _ . , _ . , , 1.1 1 ,--., : - :~ _ .- __] ,:,:. . ,,. -__ ,~.. , =",.,.:g:., :..:.__: i~ , Baker 011 Tools ~~R 4: BAKER OIL TOOLS 20Ol Rankin Rd. //~~ SAND CONTROL SYSTEMS Houston, Texas 770~ (713) 6264200 41 ARCO 263-4035 ~ 1100 8~-90 deg ...... ,~, 4(: BRIAN SEITZ 265-6961 35 DEG. 11 Page: 2 3~ '~ BELUGA RIVER 22'~4~ ~ 5-1/2" 140 3~t~."~' 38 ALASKA BELUGA RIVER 20~40 3% KCL 37 NIKKISKI 3390 TOP OPEN m to--- 5068 BOTTOM OPEN ~ ;~;= P~0~ $1ZF WEIGHT GRAD~ ' THREAD ' 38 Sterling Alaska #1 CASING 9-5~8 47.00 S-95 BUTTRESS Kenny Louviere, George Wood 561-1939 LINER 3~ 16-Nov-98 TUBING 5-1/2 17.00 L-80 LT&C Mod J0~ REPCRTe WELL TYPE ~ Gas WRKSTR. 3 1/2 12.95 P-110 PH-6 33 No. 'DEPTH LENGTH' "OD iD -- DESCRiPTiON - 28 3,509.21 ' 20.22 6.110 4.950 !Bakerweld Screen, 140, 316L, Size 5-1/2" x .012-Ga. L-80', 32 3,488.99 .... [BaSe Pipe, W~5:1/2" LT&C B°X x Pin, w/VVeld-On~ ' · 3,488.99 ' ' ' Blade Type GUides f/9~5/8;' 4~# C.s~. . .... 31 29 - 3,488.99 20.22 "6.1-i01 4.950 Size 5-1/2" Excl~Jder. L-e0, Note: 2-18.5'its. 30 3,468.77 - ~-3.11 ' 7.390: 4.750 Baker s'e~l Bore Recepta~:le, Size 4.750" x '6:5/8" x 5-1~2" 3c 3,465.66 '~ - w/Indicating C~hamfer On Both Ends, w/I~-5/8" LT&C B ~( P r.--3! 3,465.66 18.10 7.000' 4.750 Baker Model ~"S'" Mini-Beta Gravel Pack Extension,. 2~ 3,447.56 - ' Size 190-47,. w/Slidin~ Sleeve, w/6-5/8" LT&C Pin X Pin. 32 3,447.56 ' . 3.02 . 7.390 4.750 Baker Seal Bore Receptacle, Size 4.750" x 6-5/8" x 5-1/2'" 2~ 3,444.54 . W/In~dicatin~l Chamfer On Both Ends, w/6-518"~T&C Box ' -';~1444.54 -' x 5-1/2" 17# LT&C 15in. ' ' 3'3 3,44~.54 2.64 8.440 6.000 Baker Model sC-IL lsolation'Packer, Size 96A4-60, f/ ' ' 2'/[ 3,441.90 9-5/8" 47# (~sg. w/6-5/8" LT&C BOX, ~/6.50 LHST Box up 34 3,44i.90 2.33 ' 6.625 4.7~0 Baker Seal Bore Receptacle, Size 4.750" ~ 5-1/2" x 6-5/8,, 2~ ' ' 3,439.57 .... w/5-1/2" LT&C Box ,Up, x 6-112" LHST Pin Down. ·35! 3,439.57 .' - 60,.4,0 b.110 4.950 Bakerweld SCreen, 140, 316L, Size 5-1/2" x .01~2" Ga'. L-80, . . , ~ _ 3,379.17 Base Pipe, w15-1/2" 17# LT&c Box x Pin, w/Weld.On 25 3,379.17 ....... Blade Type Guides f/9-5/8;, 47# Csg. ' ..... 36~ ' '3,379.17 ~_,'92.60 " '6.050' 4.950 Blank Pipe, Size5-112", L-80, w/5-112" LT&C Box~ ' 24 3,286.57 ' ~ x pin, w/VVeld-On Blade Type Guides f/9-5/8" 47# 23 '37' ' 3,2.86.57 3.10 7.390 4.750 Baker Seal Bore RecePtacle, size 4.750"x 6-5/8"x 5-1/2" ,3,283.47 ........ w/Indicating'chamfer'0n Both Ends, w/6-518" LT&~ Box~ 22 ..... 3,283.47 ' ' - ' ' - · x 5-1/2" LT&C Pin Dwn.' 21 38 3,283.47 18.07 ~ 7.000 4.750 Baker Model-S- Mini,Beta Gravel Pack Extension, ' : ~3,265.40' '" Size 190-47, w/Sliding Sleeve, w/6-5/8" L~&C Pin X I~in. ' '- . ~. , . ,__ 39 .._ 3,265.40 . 3.73 7.390 4.750 Baker Seal Bore Receptacle, Size 4.750'; x 7-5/8"x 6-5/8" 20 _. 3.261.67 ........ w/Indicating Chamfer On Both Er{ds,~NI6-5/8'' LT&C Box 3,261.67 x 7-5/8" LT&C Box. ' ' 19 40 3,261.67 5.51 ' 71625 " 'B.875 'Baker millout extension, Size 1~)0-60, L-e0 w/7-5/8''~ 3,256.16 29.7# LT&C Pin x Pin 18 41 3,~56.16 3197 "' 8.440' 6.000 Baker New Model SC-1 Gravel Pack Packer, Size '. · 3,252.191 ~ ' 96A4-60, f/9-5/8" Csg. w/7-518" 29.7# LT&C B°x Dn 17 42' 3,252.19 ~.00 ' 6.062 4.875 GBH-22 Iocator Seal Assy. Size 190-60, w/5-1/2" 17# ::: . . _. , .... ,: , . ~ , . , , 3,251.19 Butt. Box x Bonded Seal units x Half mule shoe, 16 ~3,25i.'i9 , '~ , 8'of Seal Stroke ' ' ' _ .... ', , ....... : .. , ~ , ,.. l~J , . , ~ ,, 15 ' - 14 . ' ' ' ' : ....... _ , .... ,,, _ 13 ..... Notes: . _. Item #12 FB-1 paCker set at 3808.53' ' ' 12 ' ' ' Item ~24 seal Bore above SCULL set at 3621.83~ ' ' ' ' r ~ · - ~ ,~ 11 , Item #34 Seal Bore above SC-1L set at 34.39.5~' 10 ..... Depths on these items n'e~eda Tolerance of i+ Or .) 4 feet 8 _ , ' ....... p~rfOrations: ..... 7 ', .... Lower~ 3644-3654, 3668-3682 3706-3710, 3722'3728, ~ ' 3752-3762, 378~I-3800 ....... . ~ Middle: 3476-3~861 3542'3566, 3576-3582, 359'~L3~16 ~ .... , , _ _ __ ~ · ,~ , . i t l.~ ARCO Alaska, Inc. Subsidiary of Atlantic Richfield Company Casing Detail f/2"CDMPLETION WELL: BRU 212-35T DATE: 9126198 I OF 1 PAGES tl ITEMS COMPLETE DESCRIPTION OF EQUIPMENT RUN LENGTH DEPTH TOPS BAKER MODEL SC-I GRAVEL PACK PACKER 96A4-60 ( E-LINI 4.53 3252.19 BAKE MODEL S-22. LOCATER SEAL ASSY .75 3251.44 5 112" L'I:&C 15.50~ L-80 TUBING PUP. '6.63" ~244.81 JT#f 5 112" LT&C 15.50# L-80 TUBING .42.90 3201'.91 Baker CMU sliding sleeve wi 4.562" OTIS X PROFILE 4.62 3197.29 JT$ #2-6 5 112" LT&C 15.50# L-80 TUBING 210.04 2987.25 5112" LT&C 15.50~ L-8OTUBING PUP. 10.07 2977.18 , $ 112" X 1 112" TELIDYNE - MERIA GLM 9.05 2968.13 · 5 112" LT&C 15.50# L-80 TUBING PUP. 10.10 295803 JT$ ?-25 5 112" LT&C 15.50~ L-80 TUBING 811.00 2147.03 5 112" LT&C 15.50# L-80 TUBING PUP. 10.05 2136.98 5 112" X 1 112" TELIDYNE - MERI~ GLM 9.20 2127.78 5 112" LT&C 15.50# L-B0'T-uBI~G PUP. 10.10' 2117.68 ............ j'Ir~ 2~-745 1/2" LT&C 15.50~ L-80 TUBING 2084.02 33.66 · 5'112" LT&C 16.5~N~ L-80'TUBING PUP. 10.72' 22.94 , 5 1/2" LT&C 15.5(hr~ L-80 'I',uB.!,,NG. PUP. 4.00 18,94 5 1/2" LT&C 15.$0# L-80 TUBING PUP. 2.35 16.59 CIW 11" $000 DCB hanger $112" LT&C TOP& BOTTOM .83 15.76 SADI # 'R~ ..... 22.00 -6.24 * :NOTE: SUMP PACKE~I~ ~.T THE BOTTOM OF GRAVE[. PACK ASSY " WAS SET ON r~-LINE. 6.24 REPRE~;ENTS THE DIFFERENCE " , . BETWEEN E-LINE MF~SUREMENTS AND S 112" tbg measurement ...... . , 11 .,. . , ,.. * SEAL ASSY IS GBH-22 LSA WI 8.98 SEAL ~'TROKE WITH 7 SfiAL SETS 'AND 1/2 MULE SHOE 9.73' O.A. ...... ,, , , : · · , , Tubing was drifted with 4.875 drift clean and redope threads with lead free mod tbg dope. Up wt 62 kip dn wt 60 kip blockwt = 18 kip MIN ID IN COMPLETION STRING IS CMU SLEEVE {~ 3197' 4.562" ID STERLING #1 Drilling Supervisor: Doug R Nienhaus WELL DETAIL REP/O,a-.~.--~.. November !1, 1998 .~_.~... 0200 79599 iii ' I I~ i [ i i i WELL ~AME ~D NUMBE b~ ~) ~ L~ . ' PRUDHOE _o,~ ~ ~ __~.~. BRU 224-34 NA ~UFIELD ~ON ~M ~ ~E~L .~---~;-~:;:.~-[:~.[~:~.-.:.;.~.~'.~:-?'F.:. ;;.:~.~~ ~~ ':.:".' ::"~',~..'-.':.:" '.'::'..:'.:.~.~'[: ~":'~ ~P~E -- N~ ~P ~ BELUGA ~ER ~ERLING SAND U~ER g0 x ~ ~U~ISH ~A~ ' ~[~ ~e~e CSG ~390 'to 3436 ' 58 . BELUGA A~8~ TBG 5000 30~ , _~~m __~o~ g 518 3800 ~_ F~m~ __ ~ 5% KCL WATE~ ARCO A~ 3 ~/2 9.3 3390 ' " ' ' N/A ' '~ ' "~p .3300 0 9.~25 CASING ~B~UME ~NU~ ~YD .' ~2 ~ . 23.~ t22 '~;F. D;A~R - ' 0.= ,N. " ........ ~ ~ :~ ~ ~~ I~ _ 15:00 11/~1~ ~:00 11/11~ .2: ~ __c.~. ~e i ii . . T~ME ~ ~UD ~ O~ ~M. PROP PROP. ~ROP ~ ~G NOTAT;~S ~ DAY ~M ~E 5UID VOL VOL SlE ~ ~. ~1 ~ ,~,~, ,,~" 31~ , . 1~:~ 11-Nov ~~ MB~NG , , 1~:~ 5950 . ~ , -- , 1~:~ 2.5 5%KCL 72 7~ 0 NONE 14 385 , , , la:~ XS 5%KCL 5p ~ ,, ,122 NONE 0 0. 8 ~ ~ 3025 ST~ ~ACBR lS:~ %5 5%KCL 49, ~ 1,72 20/40' 0.5 1027 819, . 3150 1~:2~ 15 5%KCL 50 ~ 222 NONE 0 0 824 3160 ~ . . , Z~:~ tS 5%~CL 49 ~ 37~ 20/40' 0.5 1037 830 39-65 .__ [8:~ ZA 5%~qL 28 37.~ 323 NONB '0 ~ 0, 833 3240 ~ ~AC~ [8:~ B 5%KCL 0 349.5 NON~ 0 0 835 4850 i ~:~? 5%KCL 0 349,5 , , ~:~ ~ 5%KCL 2 ~.~ '349.5 20 30 _ , ,1 , , [~:B6 ~.~ 5%KCL 351 20 1600 , , i i il i , , , , , i , , , ~;.'.=:~;:~:;;h,. :';~L-..,....;._~_.;~ ;~ ~~.~.>_;g:J~';.:':-.:: '_:.~;L;:J ;._~_;' ;~; L:;'. ......... ;..':L.:...'= '.'.,L',:'J,:¥~ ;....;;'.' ".' .'.~ ' , . ........... ~~~. ' ..... tS ! NA I NA I Z5,3~8 , ~"~1 o 61 NA~IF NA ....... ;.' ~r~ ~te~ 8u~Y. ~ '.. ?_'.:::_';;-::.::L'~.;..¥:i ....... f.:;~J': L"/;L'. ,..~.~..:, .~;.:~...,.: _:.L-.'.:,., - ' ' .~~~ ....... '~UUM ~ A~ mMED.S.~P. ~ M~N ~L.. ~ ~m~ ~ ~~N~ ' "' ' 48so I 48so I 3z~ I I N/A 3200 I 90~ ~o~ ~ ~~ ' ' ' ' ~ ' - ' ' ' ~MERR~. G~. 0,~ ~~ ALB~ ~LE P~__~ ~ __I__P~E8 '- ' i I i i ~ i i WELL DEl'AIL R, EP, P~a.~--*~,~ November 1,5, 1998 ~. 0200 79~9 i 1 i ' 1 WCLL. NAME ~O NUMBER ~. ~L) ~L~ ~E~ ' PRUDHOE _~ BRU 224-34 BELUGA ~ER ~E~ING ~ND MIDDLE 90 x ~o ~0~IPARISH ~A~ ~ ~ CSG 3476 m '3616 58 BELUGA A~ ~G 5000 3000 ,, , ~ ~m~ ~ ~o ~ 9 fi iff 3800 ~E ~U~ P~ ~ P~ ~. ,, ,, , N/A ~ , ~D ~644 ~ 9.625 GASI~G ~ ~sf ~~ HYD . 1614 2~.50 123 ~. o~- o.~ ~. F~ ~~ ~R~ 24 ~8 ~ 1~0~ ' 1 ~ TOTAL- , - 7:00 11/1~ 15:00 11/1~ 2~,~9 ~.~S ~_~ __~ ~N ~ME ~ ~UID ~ ~ '~M. PROP PROP. "PROP ~a ~ NOTATIO~ OF DAY BpM ~ ~UID VOL VOL ~ ~1~ L~. ~1 i ' ii i i i i ' i" 1~:~ 5900 , . , 1~ , ~.? ,5%KCL 85 SS 0, NON~ Z8 310 la:~ 15 5%KCL 50 ~ 135 NON~ 0 0 870 3210 r 13:~ 2S 5%ECL 49 . ~ ,, 285 20/40' O.5 2027 865 32~ 1~:47 1~ 5%KCL 50 ~ 235 NONE 0 0 870 3155 8T~T ~ACBR ~ , ~ , 1~ IS 5%~CL 49 ~ 285 20/40' 0.5 1027 883 30~0 8T~T O.S ~A la=~ ,IS, 5%KC~ 50 ~ 335 NONE 0 0 8?7 3030 1~:~7 lB 5%KCL . .~25 ~ 385 20/~' 0.5 4726 915 3057 ~ 0.S PPA.. 14:12 10 5%KCL 2 2 615, 20/40' 0.5 41 952 28~ , ~LOW ~T~ 14:12 18 5%KCL 0 617 960 3285 8HUT ~ , 14:~ I 5%KCL 3 · 617 32 25 . 14:~ ~ 5%KCL 0 620 35 935 aHUT -- ~ -, ~ , , , , , , , , , , ~ , , , , ...... .~... ~ I ~ . ~ ~";::7";::";AEX~[::~3['L.~.~:~ ~~_~&.~.~i.' :~:;. :'; .~- ." L' .' I~.:::.L ...... ~ .:L...~.':_:,:-.ZL_J.:L-;:'~. :'~:..-- :.: ~:~': .... ' .... ~... ~.~~. . a ss I 3 ss I a oo ! I 8244I 9000 ~~ P~ ~ ~iS ~ ' ' ' NA ~ ~~ P~U~E . , 85 ~ ~ P~: , DATE TREAT&P'' ' ~O. WELL DETAIL REP, O .--,., November 11, 1998 .._. ~.,...0 79599 I ' WELL NAME AND ~ER L~ ~ ~ ..... ~ ~ ~c ' ~ PRUDHOE _~ _x~ ~A~ ~. BRU 224-34 NA ~E~ '" F~~ ~ ~ ~ ~ ~.~.=====================:::~':.~:-:-~' ?~:&~;~.:.3:'~; ~~~~ ~LU~A ~ER ~ING S~D LO~R 90 x ~ ro ~U~~H STA~ ~ ~ CS G 36~ m 3800 58 BELUOA ~S~ ~O 5000 3000 ~ O~ 8~ PRIVY ~ ~ ~ ~ ~ ~ TO ~CO ~~ 3 1/2 9,3 3644 ~CE I~~ P~ ~E P~ ~.' ' ,. , , NI~ ~U ~ 0 9.625 'CASING '- rU~u~E. ~U~ ~ 1614 . - 31.TO 114 ~F {~- 'o~ F~ ~{~ ~U{~~ {{{[{ ' ' 0.00 ~46 TOT~- , . ,, ,, . ~R~ ~ L~: ~'~ .... ~ ' ~E~ ' ' H{f U~ ~U{D ~ 5{ ~{. ~P ~OP. {OP ~G' { ~TA{ OF ~Y ~ ~ flUID ~ '~L ~ZE f~ ~. ~l az-~ . . . ,. ~., ,10~ 11-N~ , , .. ........ 5800 xo~45 , , 10:56 15 5%KCL 60 ~ 0 NO~E 360 1800 ~T lX=~ 15 S%KCL 49 ~ 60 20/40' 0.S 1027 1231 3473 ~T~T 0.S ~A, 11:~ lS 5%KCL ~ ~ 110 NONE 0 0 1265 3385 , , , Xl=~ 15 5%KCL 49 ~ 160 20/40' 9.5 1027 1300 ~420 I1:10 15 5~KCL 50 ~ 210 NONE 0 0 13~4 3430 ,, , , 11:13 , 15 5%KCL 49 , ~ 26O 29/40' 0.5, 1027 1380 3440 11=16 15 5%KCL 50 ~ 310 NONE 0 0 1395 3450 8TIT SP~ , , . . 11:~. 1~, 5%KCL 465 . 4~5 , ~60 20/40' 0.5 9760, 1475 3520 11:58 2.$. ~%K~ ,, 12 ,13 835 20/40' 0.7 342 0 1262 12=~ 3.S 5%~CL 5, , 5 .847 20/40' ~ 201 0 , 1834 8T~T 1 ~A ~l:~ is S%KCL ~ · ~ O. ~78~ S~ ~q~. ~:~ ~.S 5%KCL 0 854 0 3432 ~ DO~. , . , 1~:~0 ~ ~KCL 2 . x.s 8~ . , , 1.80 m: ~ 1 I S~KCL 0 8~S.5 ,. ~ ~ 180 ~ ~O~ , , , . ,. , , . , ~ , ?,. ~ -~ ;. ..... , , , .:~ ~:. "'~~' - ~ ~'. ~ ~, , , ~ , ~ , '" ' ' ;. ,'-"." ' ;"~ i:~:.l~.~. ,. , ,, , ..... "~' ""':' '~' ' ; ~; ~;~::~ L'-"5 ' ' , ,, ,, ~ , .... , . :.:d'.:~2:.,L&:~,::~tg'g':.;:::':~L. ~~..i..:~'~2Z.'...~L-:2Z;i.L J.L.'. ~;. L:':2~L-L-':_ 4/..";:~;'..' L._..L'L_:_.._.~'~ .=.',.....:' ... ~:];'.,.: ............ ~.~ ,, , , . .... :, is I .~ I "~ I ,s 8~, BB~I 0 '1 ~Fi .N~ ~UM n~ A~ JMMED.~.P. ' ~S MIN aLP. T~ 4000 I ~4~ I a~ I, 400 I "/*2~2 I 1033~ ~OD~I~ ~0~ TO TH~ ~T~ · r NA X_~ ~~ P~ ~UME 60 B~ ~P~: ~ , . , - . ~ ~. ~ , , ~ ~ , ,, , i i i i i i i ii i STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon _ Suspend _ Alter casing _ Repair well _ Change approved program _ Operation Shutdown __ Re-enter suspended well _ Plugging __ Time extension _ Stimulate _ Pull tubing ~X Variance _ Perforate ~ Other _ 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 4. Location of well at surface 204' FNL, 258' FEL, Sec 4, T12N, R10W At top of productive interval 685' FSL, 2,166' FWL, Sec 34, T13N, R10W At effective depth 866' FSL,2,029' FWL, Sec 34, T13N, R10W At total depth 890' FSL, 2,013' FWL, Sec 34, T13N, R10W 5. Type of Well: Development .~X Exploratory _ Stratigraphic _ Service 6. Datum elevation (DF or KB) Pad 80.6', Ri,q 21' RKB 7. Unit or Property name Beluga River Unit 8. Well number BRU 224-34 9. Permit number 86-0011 10. APl number 50-283-20080-00 11. Field/Pool Beluga River Field/Beluga 12. Present well condition summary Total Depth: measured (approx) true vertical Effective depth: measured (approx) true vertical 5,353 5,050 5,243 4,940 Casing Length Size Structural Conductor 98' 30" Surface 413' 20" Intermediate 3,304' 13-3/8" Production 5,338 9-5/8" Liner feet feet feet feet Plugs (measured) None Junk (measured) None Cemented Measured depth True vertical depth Driven 98' 98' 590 sk Class 'G' 413' 413' 2170 sk Class 'G' 3304' 3024' 1000 sk Class 'G' 5338' 5035' Perforation depth: measured See Attached Well Schematic true vertical See Attached Well Schematic Tubing (size, grade, and measured depth) 3-1/2", 9.2# NS0 @ 3868' Packers and SSSV (type and measured depth) See Attached Well Schematic ORIGINAL RECEIVED Alaska Oil & Gas Cons. Cor~missj Anchorage 13. Attachments Description summary of proposal X Contact at 265-6253 with any questions_. Detailed operation program m BOP sketch X 14. Estimated date for commencing operation September 26, 1998 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil __ Gas ~ Service Suspended_ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed"~L~. _ _~,~~ Title Drillin~l Team Leader FOR COMMISSION USE ONLY Date Conditions of approval: Notify Commission so represe.,ntative may witness Plug integrity_ BOP Test ~ Location clearance_ Mechanical Integrity Test_ Subsequent form require 10- ~ ~ jngmal Signed By Approved by the order of the Commission navid W. Johnston Form 10-403 Rev 06/15/88 ,Approval No,~'g "'C~ i~::~ I SUBMIT IN TRIPLICATE PROPOSED WORKOVER OPERATIONS BRU-224-34 The BRU 224-34 workover will return the well to Sterling Sand only production. The existing 3-1/2" production string and 2-3/8" heater string will be pulled and the Beluga Sands isolated with a sump packer and tailpipe assembly. The Sterling Sands will be re- perfed, stimulated with a high rate water frac, and gravel packed. The well will be produced up 5-1/2" tubing. The approximate date that operations will begin is October 1, 1998. The operation will take approximately 30 days to complete. Present Well Condition Summary: Total Depth: Measure: 5,353' Plugs (measured) None True Vertical: 5,050' Effective Depth: Measure: 5,243' Junk (measured) None True Vertical: 4,940' Casing Length Size Cemented Measured Depth True Vertical Depth Structural Conductor 98' 3o" Surface 413' 20" Intermediate 3,304' 13-3/8" Production 5,338 9-5/8" Liner Driven 98' 98' 590 sk class G 413' 413' 2170 sk class G 3,304' 3,304' 1000 sk class G 5,338' 5,035' Tubing (size, grade, and measured depth): 3-1/2", 9.2#, N-80, set @ 3,868' MD Packers and SSSV (type and measured depth): Baker FH 3-1/2" x 9-5/8" @ 3,345' MD Perforation Depths: See Attachment. Formation Depths MD TVD TVD (SS) Sterling Top: 3,340' Sterling Bottom: 3,695' Beluga Top: 3,860' Beluga Bottom: 5,071' 3,060' 3,407' 3,568.2' 4,768.8' -2,957' -3,304' -3,465.2' -4,665.8' GENERAL WORKOVER PROCEDURE BELUGA RIVER FIELD BRU 224-34 1. Verify that all pre-rig work has been completed. 2. MIRU laying pit liner under rig. 3. Pull BPV and two-way check, pressure test annulus. 4. RU slickline to set blanking plug and open sliding sleeve. 5. Circulate well to completion fluid. 6. RIH w/slickline and pull blanking plug. 7. Kill well, set BPV and two-way check. 8. ND tree, NU BOPE and test to 3,000 psi. Note: Notify AOGCC and BLM 24 hours prior to nippling up and testing. 9. Pull 2-3/8" heater string and lay down tubing. 10. Release packer, circulate to remove gas from below packer, and pull 3-1/2" production string laying down tubing and jewelry. 11. RIH w/bit and scraper; clean out to PBTD. Circulate and displace well with filtered brine. 12. POOH 10 Stands. PU & MU storm packer. RIH and set storm packer at +100'; pressure test to 2,000 psi. 13. ND BOP's and tubing head. NU new tubing head and BOP's. Test BOP's. Note: Notify AOGCC and BLM 24 hours prior to nippling up and testing. 14. RIH and release storm packer. POOH and PU packer and tailpipe assembly. 15. RIH, set packer and tailpipe assembly @ 3,881' MD. Run plug or BPV in tailpipe to isolate all Beluga Sands. 16. RIH with TCP and re-perforate the Sterling Sands. POOH and lay down perforating guns. 17. Run Bit & Scraper to 3,881' MD. 18. POOH and PU gravel pack assembly per Baker Procedure and RIH. Note: Baker representative will be on hand to run gravel pack equipment. 19. Perform water frac and gravel pack operations. 20. Circulate hole clean and run 5-1/2" production string. 21. ND BOP and NU production tree. Test tree. 22. Rig down and turn well over to facilities. 224-34 General WO Procedure SDR 07/27/98 ARCO Alaska~ Inc. BRU 224-34 Spud Date: 4110186 Last Compl: 5~7~86 ':hematic Rev: 6~94 ,~El/4 Sec. 4, T12N, R10W, SM J L Belu_qa River Unit APl#: 283-20080-00 - Original RKB (Depth Ref): 103' Ground Level: 85' Maximum Hole Angle: 34" Angle at Perforations: 11 ° Well Type: Gas Producer Annulus Fluid: Diesel Top of Sterling: 3340' ASP: 2620602,314720 Single w/heater string Jewelry Depth Lenath' ~;.~ 1 508' 1.20' 31/2' Baker"F' Nipple 2 3304' 3.02. 3 1/2' Baker'L' Sliding Sleeve 3 3307' 8.05' Baker"FH" Pkr. 4 3345' 0.92' 3 1/2' Baker"Fl" Nipple 5 3377' 491' 3 1/2" Baker BlastJt. 6 3868' .86' 3 1/2" Baker Shear sub 4.25" 2.81" 4.8" 2.75" 8.437" 3.00" 3.875" 2.75" 4.5' 3.00' 3.875" 3.06' A 270' 2.54' 2 3/8" Baker" R' Nipple B 1827' .71' 2 3/8' Mule Shoe 3.06" 1.875" 2.875" 2.25" Casing and Tubing Description Size W. PJ.Q~ ~ Thread Surface 20" 94# H-40 Butt Intermediate 13 3/8" 68# K-55 Butt Prod. Casing 9 5/8" ' 47# S-95 Butt Prod. TBG 3 1/2" 9.2# N-80 Butt Heater 2 3/8" 4.6# N-80 BTC 414' 3304' 5338' 3868' 1828' '1 PBTD 5243' 'iD 5353' .crvo 5o5o') Perforations N et Zone DIL DePth TVD DePth Densi~ Footaae Interval A 3278'3280' 4 Sqz. 3390'-3420' 3108-3137' 8 30' 3428'3436' 3145'-3153' 8 8' 3476'.3486' 3192'-3202' 8 10' B 3542.-3566' 3257'-3280' 8 24' 3576'-3582' 3290'-3296' 8 6' 3592'-3616' 3306'3329' 8 24' 3644-3654' 3356-3366' 8 10" 3668'-3682. 3380'.3393' 8 14' C 3706'-3710' 3417'-3421' 8 4' 3722'-3728' 3432'3438 8 6' 3752'-3762' 3462'-3471' 8 10' 3784'.3800' 3493'.3509' 8 16' ~3~3a_ se' 353e'.3sGs' e _.ze:.. O 3920'-3cJ-40' 3626'3646' 6 20' ~}36'-4046' - 3740'.3750' 6 10' E 4134'-4141' 3837'-3844' 6 7' 4160'-4170' 3862'-3872' 6 10' 4298'-43O8' 3998'-4OO8' 6 10' · 4335'-4340' 4035'4040' 6 5' 4422'-4428' 4122'-4128' 6 6' 4462.-4466' 4162'-4166' 6 4' 4476'-4483' 4176'-4183' 6 7' F- 4566'-4594'. 4285'-4293' 6 8' 4623'-4828' 4521'-4526'. 6 5' 4890'-4898' 4588'-4596' 6 8' 4914'-4922' 4612'-4620' 6 8' 5064'-5068' 4762'-4766' 6 4' Taa Data 11/12/86 2.5" Blind box fill at 5202' WLM 5/4/91 1.5" bailer fill at 5224' RKB 5/2/92 (Pre-perf) 2.50" gauge ring fill at 52OO' 10/3/92 1.7' gauge ring fill at 5175' WLM 3/30/94 2" bailer fill at 5191' RKB Production Status Closed Open Open Open OPen Open Open Open Open Open .(::~n Open Open Open or~ 5~2 ~en 5~2 ~n 5/92 ~n 5/92 Open 5~2 ~n 5~2 ~n 5~2 Open 5/92 ~en 5~2 ~n 5/92 O~n 6~94 O~n 5/02 O~n 5/92 O~n 6~94 8/10/95 ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99§01-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 Mark H Wittow Preston Gates & Ellis 420 L St Ste 400 Anchorage, AK 99501-1937 Re: Z-Energy Spacing Exception Request Dear Mr Wittow: In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 224-23 Beluga River Unit 233-27 Beluga River Unit 232-28 Beluga River Unit 14-19 Beluga River Unit BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-28 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insufficient. Chairman~ '" jo/rpc~z-energy ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 D A Grove, BRU/Kup Staff Mgr ARCO Alaska Inc P O Box 100360 Anchorage, AK 99510-0360 Re: Z-Energy Spacing Exception Request Dear Ms Grove; In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit. 232-04 Beluga River Unit 224-23 Beluga River Unit 233-27 Beluga River Unit 232-26 Beluga River Unit 14-19 Beluga River Unit BRVVD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-28 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insufficient. -~____.. Chairman ~ -- jo/rpc~z..energy ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 Rosanne M Jacobsen, Atty ARCO Alaska Inc P O Box 100360 Anchorage, AK 99510-0360 Re: Z-Energy Spacing Exception Request Dear Ms Jacobsen: In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 224-23 Beluga River Unit 233-27 Beluga River Unit 232-26 Beluga River Unit 14-19 Beluga River Unit BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-26 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit' 221-23 Data specifically referenced in the files included open hole well logs, completion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission would be insufficient. David W Jol~nston \ ~ ~ Chairman x~~ jo/rpc~z-energy I 4-1/16" Barton HCR I Normally Closed 4-1/16" Barto~ Manual Normally Opefl--.-I 4. 4-1/16" Barton Manual Normally Open 4-1/16" Cameron HCR Normally Closed 13-5/8" 5,00,' I SI. BOP STACK , -, '~'~,;,.,. BELUGA RIVER UNIT ACCUMULATOR CAPACITY TEST 1. CHECK AND FILL ACCUMULATOR RESERVOIR TOPROPER LEVEL WITH HYDRAULIC FLUID. 2. ASSURE THAT ACCUMULATOR PRESSURE IS 3000 PSI. WITH 1500 PSI. DOWNSTREAM OF THE REGULATOR. 3. WHILE OBSERVING THE TIME, CLOSE ALL UNITS SIMULTANEOUSLY . RECORD THE TIME AND RECORD THE PRESSURE REMAINING AFTER ALL UNITS ARE CLOSED WITH CHARGING PUMP OFF. RECORD ON THE IADC REPORT. THE ACCEPTABLE LOWER LIMIT IS 45 SECONDS CLOSING TIME AND 1200 PSI. OF REMAINING PRESSURE. BOPE STACK TEST 1. FILL BOP STACK AND MANIFOLD WITH WATER. 2. CHECK THAT ALL HOLD-DOWN SCREWS ARE FULLY RETRACTED. 3. CLOSE ANNULAR PREVENTER AND CHOKES AND BYPASS VALVES ON THE MANIFOLD. ALL OTHERS ARE LEFT OPEN. 4. TEST ALL COMPONENTS TO 250 PSI. AND HOLD FOR 3 MINUTES. INCREASE PRESSURE TO 3,000 PSI. AND HOLD FOR 3 MINUTES. BLEED TO 0 PSI. 5. OPEN ANNULAR PREVENTER, MAUNUAL, AND CHOKE LINE VALVES. 6. CLOSE TOP PIPE RAMS AND HCR VALVES ON KILL AND CHOKE LINES. 7. TEST TO 250 PSI. AND 3000 PSI AS IN STEP 4. CONTINUE TESTING ALL VALVES, LINES, AND CHOKES WITH A 250 PSI LOW AND 3000 PSI HIGH. TEST AS IN STEP 4. DO NOT PRESSURE TEST ANY CHOKE THAT IS NOT A FULL CLOSING POSITIVE SEAL CHOKE. OPEN TOP PIPE RAMS AND CLOSE BO~-~OM PIPE RAMS. TEST BO3-~OM PIPE RAMS AT 250 PSI & 3000 PSI FOR 3 MINUTES. OPEN PIPE RAMS, BACKOFF RUNNING JOINT AND PULL OUT OF HOLE. CLOSE BLIND RAMS AND TEST TO 3000 PSI FOR 3 MINUTES. BLEED PRESSURE TO O PSI. 10. OPEN BLIND RAMS AND RECOVER TEST PLUG. MAKE SURE ALL VALVES ARE SET IN THE DRILLING POSITION. 11. TEST STANDPIPE VALVES TO 3000 PSI FOR 3 MINUTES. 12. TEST KELLY COCKS AND INSIDE BOP TO 3000 PS~ FOR 3 MINUTES. 13. RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST FORM. SIGN AND SEND TO DRILLING SUPERVISOR. 14. PERFORM COMPLETE BOPE TEST ONCE A WEEK AND FUNCTIONALLY OPERATE BOPE DAILY. 8. 1. LANDING RING 2. 13-5/8", 5,000 PSI CASING HEAD. 3. 13-5/8", 5,000 PSI SPACER SPOOL(As NEEDED) 4. 13-5/8", 5,000 PSI SINGLE PIPE RAM. 5. 13-5/8", 5,000 PSI DRILLING SPOOL WITH CHOKE AND KILL LINES. 6. 13-5/8", 5,000 PSI DOUBLE RAM WITH PIPE RAMS ON TOP AND BLIND RAMS ON BOTTOM. 7. 13-5/8", 5,000 PSI ANNULAR PREVENTER. SDR 5/14/98 Sterling Alaska Drilling, Rig #1 5,000 psi Choke Manifold Pressure 2-1/16' WKM Sensors Hydraulic Choke 2' Cameron Normally Closed Normally Open 2-1/16' WKM Normally Open Pressure Gauge i 2' Cameron Normally Closed OCT Manual Choke To Gas Buster 3" OCT Normally Open Normally Open Dischcarge Line 3' OCT Normally Closed 3601 C STREET, ~UiTE 13=~O ANCHORAGE, AK 99503 - ~988 May ~, _ Mr. Pete Hellstrom ~-OJ J ARCO Alaska, Inc. P.O. Box 10360 Anchorage, AK 99510-0360 $4-1%& RE: Beluga Reserve Pits, Final Closure: BRU 232'9 = $423-BA013 and BRU 211-3 & 224-34 = 8523-BA005 8G-=I ~ 8&- Dear Mr. Hellstrcm: Tkank you for sending me the photographs cf the closed reserve pits at Beluga. I would like to point out that there was an error in the permit identification number of pit BRU 211-3 on the photographs. Pit BRU 211-3 was assigned permit number 8~23-BA005 and not 8~23-BA005 as indicated on the Dhotos. Please make these corrections on your copies to prevent future confusion. Again, thank you for the final closure photographs of the reserve pits. Sincerely, He~ Friedman Regional Solid Waste Program Manager HF:h 'CC-.' Leste~.. LJatherberry, ADEC - Soldotna -- .- AOGCC PACKING SLIP One box contains: BRU 224-3& ..\ ~'~mal Neutron Decay Log (TDT-P) Tape, Sepia, Blueline Print ~ff'~ating Record t~q/ Sepia, Blueline Print BRU 232-.26 ~l~r...cmal Neutron Decay Log (TDT-P) Tape, Sepia, Blueline Print Neutron Decay Log (TDT-P)h~iape, ~epia, B Print /~ ~forating Record ~k AU6 1 0 1994 Ala~ Oil & G~ Cons. B R U 212- 2 4 ~/ Anchorage mal Neutron Decay Log (TDT-P) _~ape, Sepia, Blueline Print ¢/t~~erFlowLog (WFL) Tape, Sepia, Blueline Print One copy of blueline prints ALASKA OIL AND GAS · CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 July 26, 1994 Paul Craig, President Z-Energy Inc 2900 Boniface Pkwy #610 Anchorage, AK 99504-3132 Re: Z-Energy Spacing Exception Request Dear Mr Craig: In the course of its deliberations in the above-referenced matter, the Commission has found it helpful to refer to its public files of well records and production records relating to the Beluga River field and surrounding areas. This letter is to ensure that you are aware that the Commission takes official notice of the contents of these public well files: Beluga River Unit 212-35 Beluga River Unit 214-35 Beluga River Unit 212-25 Beluga River Unit 232-09 Beluga River Unit 232-04 Beluga River Unit 224-23 Beluga River Unit 233-27 Beluga River Unit 232-26 Beluga River Unit 14-19 Beluga River Unit BRWD-1 Beluga River Unit 244-04 Beluga River Unit 211-03 Beluga River Unit 212-24 Beluga River Unit 224-34 Beluga River Unit 241-34 Beluga River Unit 214-26 Beluga River Unit 224-13 Burglin X33-12 Beluga River Unit 212-18 Pretty Creek Unit #1 Beluga River Unit 221-23 Data specifically referenced in the files included open hOle well logs, cOmpletion information, including perforation intervals and production data. If you wish to rebut any of the material in these files, please notify the Commission no later than August 8, 1994. Such notification should include a statement of whether you wish to submit a rebuttal in writing or at an oral hearing and, if the latter, the reasons you believe a written submission _D.av.id W Johnston \ -'" Chairman jo/rpc~z-energy ARCO Alaska, Inc. !i Post Office BOx 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 July 19, 1994 Mr. L. S. Mathis Chevron U.S.A. Production Company P. O. Box 1635 Houston, TX 77251 Mr. Doug Burbank Shell Western E&P, Inc. Box 576 Houston, TX 77079 Mr. Joe Dygas Bureau of Land Management Branch of Mineral Operations 222 West Seventh Avenue P. O. Box 13 Anchorage, AK 99513-7599 Mr. Larry Grant Alaska Oil & Gas Conservation Commission 301 Porcupine Drive Anchorage, AK 99501 Gentlemen: ~ ,, We are shipping the cased hole logging data obtained during this summer's wellwork on 4 wells (BRU 224-34, 232-26, 211-3, 212-24). Distribution is according to our current requirement listings by Co-owner and regulatory agency. See enclosed packing list for logs and format (tape, sepia, and/or blueline print) being sent. If you have any questions, contact me at (907) 263-4879. Sincerely, Brian Noel Engineer Enclosure cc: D.A. Grove, ATO-1276 ARCO Alaska, Inc. is a Subsidiary of AtlanlicRic3~ e dCon~pgm~,~ ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 July 11, 1994 Mr. David Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Johnston: Subject: Report of Sundry Well Operations for BRU Well 224-34 Perforation (Approval #94-162 & #94-173) On June 15, 1994 ARCO Alaska, Inc. successfully completed the perforation of two additional Beluga 'F' sands on BRU 224-34. The two intervals were 4823 - 4828' and 5064 - 5068' MD. Enclosed are the Report of Sundry Well Operations, a Well Service Report, and a well schematic. The logging data will be forwarded under separate cover. Please note that two approval numbers were assigned to the perforation request. Approval #94-162 was on the faxed copy and #94-173 was on the original copy. If you require additional information, please call Brian Noel at 263-4879 Sincerely, D. A. Grove Beluga/Kuparuk Staff Manager DAG / BN:fl (086) Attachments cc: A.J. Durrani, L. S. Mathis, Shell Western E&P, Inc. Chevron USA, Inc. RECEIVED JUL 1 4 1994 Alaska 0il & Gas Cons. Commission Anchorage ARCO Alaska, I,lc. is a Subsidiary of AtlanticRichfieldCompamj STATE OF ALASKA ~[" ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Type of Request: Operation Shutdown ~ Stimulate Plugging Perforate X Pull tubing Alter casing Repair well Pull tubing Other 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or KB) Development X ARCO Alaska, Inc. Exploratory __ 10:~' KB feet 3. Address Stratigraphic 7. Unit or Property name P. O. Box 100360, Anchorage, AK 99510 Service Beluga River Unit 4. Location of well at surface 8. Well number 258' FEL & 204' FNL of Sec. 4, T1 2N, R10W, SM BRU 224-:~4 At top of productive interval 9. Permit number/approval number 21 66' FWL & 685' FSL of Sec. 34, T13N, R1OW, SM 86-0011 / 94-162 and 94-1 At effective depth 10. APl number 2029' FWL & 866' FSL of Sec. 34, T13N, R1 OW, SM 50-283-20080-00 At total depth 11. Field/Pool 201 3' FWL & 890' FSL of Sec. 341 T13N~ R10W~ SM Beluga River-Beluga 12. Present well condition summary Total Depth: measured 5353' feet Plugs (measured) None true vertical 5050' feet,~ I'"~ I A I Effective depth' measured 5243' feet Junk (measured) None true vertical 4940' feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 98' 30" Driven 98' 98' Surface 41 3' 20" 590 sxs class G 413' 41 3' Intermediate 3304 13-3/8" 21 70 sxs class G 3304' 3304' Production 5338' 9-5/8" 1000 sxs class G 5338' 5035' Liner Perforation depth: measured 4823-4828', 5064-5068' MD true vertical 4521-4526', 4762-4766' TVD RE6EIVED Tubing (size, grade, and measured depth) 3-1/2" 9.2#, N-80 @ 3868' MDJUL1 41994 Packers and SSSV (type and measured depth) See Attached Well Schematic Alaska Oil & Gas Cons. 13. Stimulation or cement squeeze summary AnChorage .......... ' Intervals treated (measured) N/A Treatment description including volumes used and final pressure 14. Representative Daily Averaqe Production or Iniection Data OiI-Bbl Gas-Mcr Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 6800 0 1135 Subsequent to operation 7850 0 1135 15. Attachments 16. Status of well classification as: Copies of Logs and Surveys run ~ _ Daily Report of Well Operations X~ Oil Gas X Suspended Service 17. I hereby c..ertify that the foregoing is true and correct to the best of my knowledge. Signed ~'~' ~[~ Title Beluga / Kuparuk Staff Manager Date -)/( I c-ifJ~ Form 10-404 Rev 06/1 5/88 SUBMIT IN DU ~LICATE ..~,RCO Alaska, Inc.~ Subsidiary of Atlantic Richfield Company ~ELL CONTRACTOR REMARKS WELL SERVICE REPORT FIELD,~.~TRICT - STATE OPERATION AT REPORT TIM,~ Iq:co - I't, s~ I ?: ~-o - I ~ '.Fo P'~7 K~:Lt~VCU JUL I 4 !994 ........ o ,,-,,o. Anchorage l--] CHECK THIS BLOCK IF SUMMARY CONTINUED ON BACK __ Weather I Temp. Visibility Report I °F -- °F ! Chill Factor milesI Wind Vel. knots ISigned ARCO Alaska, Inc. BRU 224-34 Spud Date: 4/10/86 Last Compl. 5/7/86 Schematic Rev: 8/14/92 NE1/4 Sec. 4, T12N, R10W, SM Beluga River Unit APl#: 283-20080-00 Original RKB (Depth ReO: 103' Ground Level: 85' Maximum Hole Angle: 34° Angle at Perforations: 11° Well Type: Gas Producer Annulus Fluid: Diesel Top of Sterling: 3340' ASP: 2620602,314720 Single w/heater string Oil & Gas Cons. Commission AncI°rage | PBTD 5243' TD 5353' (TVD 5050') Jewelry Death 1 5O8' 2 3304' 3 3307' 4 3345' 5 3377' 6 3868' Length 1.20' 3 1/2" Baker "F" Nipple 3.02' 3 1/2" Baker "L" Sliding Sleeve 8.05' Baker "FH" Pkr. 0.92' 3 1/2" Baker "R" Nipple 491' 3 1/2" Baker Blast Jt. .86' 3 1/2" Baker Shear sub A 270' B 1827' 2.54' 2 3/8" Baker" R" Nipple · 71' 2 3/8" Mule Shoe Casing and Tubing DescriDtion Size Weight Grade Th read Surface 20" 94# H-40 Butt Intermediate 13 3/8" 68# K-55 Butt Prod. Casing 9 5/8" 47# S-95 Butt Prod. TBG 3 1/2" 9.2# N-80 Butt Heater 2 3/8" 4.6# N-80 BTC Perforations Zone DIL Depth ..TVD Depth A ~3278'-3280' 3390'-3420' 3108'-3137' 3428'-3436' 3145'-3153' 3476'-3486' 3192'-3202' B 3542'-3566' 3257'-3280' 3576'-3582' 3290'-3296' 3592'-3616' 3306'-3329' 3644'-3654' 3356'-3366' 3668'-3682' 3380'-3393' C 3706'-3710' 3417'-3421' 3722'-3728' 3432'-3438 3752'-3762' 3462'-3471' 3784'-3800' 3493'-3509' 3830'-3858' 3538'-3565' D 3920'-3940' 3626'-3646' 4036'-4046' 3740'-3750' E 4134'-4141' 3837'-3844' 4160'-4170' 3862'-3872' 4298'-4308' 3998'-4008' 4335'-4340' 4035'-4040' 4422'-4428' 4122'-4128' 4462'-4466' 4162'-4166' 4476'-4483' 4176'-4183' F 4586'-4594' 4285'-4293' 4823'-4828' 4521'-4526' 4890'-4898' 4588'-4596' 4914'-4922' 4612'-4620' 5064'-5068' 4762'-4766' ,N~t Density Footag~ 4 Sqz, 8 30' 8 8' 8 10' 8 24' 8 6' 8 24' 8 10" 8 14' 8 4' 8 6' 8 10' 8 16' 8 28' 6 20' 6 10' 6 7' 6 10' 6 10' 6 5' 6 6' 6 4' 6 7' 6 8' 6 5' 6 8' 6 8' 6 4' Tag Data 11 / 12/86 5/4/91 5/2/92 (Pre-pert) 10/3/92 3/30/94 2.5" Blind box 1.5" bailer 2.50" gauge ring 1.7" gauge ring 2" bailer fill at 5202' WLM fill at 5224' RKB fill at 5200' fill at 5175' WLM fill at 5191' RKB O.D, I.D. 4.25" 2.81" 4.8" 2,75" 8.437" 3.00" 3.875" 2.75" 4.5" 3.00" 3.875" 3.06" 3.06" 1.875" 2.875" 2.25" TOD Intervgl Bottom 414' 3304' 5338' 3868' 1828' .Production Statu~ Closed O )en O )eh O )en Ogen Ooen Open Ooen O )en Ooen Ooen O O ~en Ooen Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 6/94 Open 5/92 Open 5/92 Open 6/94 7/11/94 ARCO Alaska, Inc. ~' Post OfficeBE,. 100360 Ar{chorage, Alaska 99510-0360 Telephone 907 276 1215 June 23, 1994 Mr. David Johnston Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Johnston' Subject' Application for Sundry Approval to perforate BRU 224-34 Attached for your files is the signed original Application for Sundry Approval to perforate two additional sands in the Beluga "F" zone on BRU 224-34. Commissioner Douglas granted verbal approval for the work on June 13, 1994 and a copy of the application was faxed to AOGCC's office. If there are any questions, do not hesitate to call Brian Noel at (907) 263-4879. Sincerely, D. A. Grove BRU/Kuparuk Staff Manager DAG:BDN:fl (079) Attachments 0il & Gas Cons. 6ommissio~ Anchorage · cc: A.J. Durrani, L. S. Mathis, Shell Western E&P, Inc. Chevron U.S.A., Inc. ARCO Alaska, ~nc. is a Subsidiary of AtlanticRichfieldCompany STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon 2. Name of Operator _ Suspend _ Alter casing _ Repair well Change approved program _ 99510 ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK Operation Shutdown Re-enter suspended well -- _ Plugging_ Time extension Stimulate Pull tubing I Variance_ Perforate X Other 5. Type of Well: Development Exploratory Stratigraphic Service 4. Location of well at surface 258' FEL & 204' FNL of Sec. 4, T12N, R10W, SM At top of productive interval ¢/ ./...,,~ 2166' FWL & 685' FSL of Sec. 34, T13N, RIOW, SIVa'"/ //..~/ At effective depth :: 2029' FWL & 866' FSL of Sec. 34, T13N, R10W, At total depth 2013' FWL & 890' FSL of Sec. 34~ T13N1 R10W1 12. Present well condition summary Total Depth: measured 5353' true vertical 5050' feet Plugs (measured) feet Effective depth: measured 5243' feet Junk (measured) true vertical 4940' feet Casing Length Size Cemented Structural Conductor 9 8' 3 0" D riven Surface 41 3' 2 0" 590 sxs class G Intermediate 3304' 1 3-3/8" 2170 sxs class G Production 5338' 9-5/8" 1000 sxs class G Liner Perforation depth: measured Current: See Attached Well Schematic Proposed: 4823-4828', true vertical Current: See Attached Well Schematic Proposed: 4521-4526', Tubing (size, grade, and measured depth 3-1/2" 9.2# N80 @ 3868' Packers and SSSV (type and measured depth) See Attached Well Schematic 6. Datum elevation (DF or KB) 103' KB 7. Unit or Property name Beluga River Unit feet 8. Well number BRU 224-34 9. Permit number 86-0011 10. APl number 50-283-~0080-00 11. Field/Pool Beluga River/Beluga None RECEIVi::D None Measured depth 98' 413' 3304' 5338' JUN 2 8 1994 /~iaska Oii & Gas Cons. Commissic True vc~r~th 98' 413' 3304' 5035' 5064-5068' 4762-4766' MD TVD 13. Attachments Description summary of proposal_ Detailed operation program .X · 14. Estimated date for commencing operation 115. Status of well classification as: June 15, 1994 J Oil Gas X 16. If Proposal was Verbally approved ~ ,/1~/,~l~. I -- " , ' , ~ /"~ Name °' appr°ver Cema1 ~¢5"Fler" ~' ~/''~% Date/appr°ved I Service_ 17. I hereb~ertify th~t~the foregoing is true/and correct to the best of my knowledge. FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity _ BOP Test _ Location clearance Mechanical Integrity Test_ Subsequent form require BOP sketch X Suspended Date IApproval No. Approved by the order of the Commission Form 10-403 Rev 5/03/89 ORIGINAL SIGNED' BY' .l~ll III~i,I, iFIi I · IIk~l~l,Ii~l~ii · iA. Commissioner Approved Copy Returned Date SUBMIT IN TRIPLICATE WIRELINE PERFORATING PROCEDURE BRU 224-34 BR 40 June 12, 1994 Objectives: Perforate two additional Beluga sands identified from 6/10/94 TDT-P logging. Deliverability test well after perforating. Current Status: BRU 224-34 is a single string completion producing both Sterling and Beluga sands. The well was originally completed 5/86 in the Sterling and the Beluga perforations were added 5/92. Deliverability tests 4/94 made 12.1 MMcfd with water production at rates above 10 MMcfd. The water averaged 4-6 bwpd for the first 4-6 hours after a choke change and then flow dried up until the next rate increase. Water influx appears to be small, slowly filling the casing and covering lower Beluga perforations while the well is choked back. At present the casing is unloaded by producing the well at higher drawdowns. Two potential gas sands in the Beluga interval below 4800' KB were identified on the TDT-P/GR log run this past week. The higher pressures will help unload the casing and an incremental 2 MMcfd may be realized. Last Fill Tag: 5191' KB - 3/30/94 with 2" bailer 5188' KB - 6/10/94 when logging Pressures: 1205 psig SITP with fluid level at 4425' KB (4125' TVD) on 3/30/94 1200 psig SITP with fluid level at 4440' KB (4140' TVD) on 6/10/94 RFT Pressures: F sand (4823-4828') - 1941 psi at 4826' KB (4524' TVD) F sand (5064-5068') - 2200 psi at 5066' KB (4764' TVD) Min. ID: 2.75" Baker 'F' nipple at 3345' KB Tubing size: 3-1/2" Casing size: 9-5/8" Capacity: 0.0087 bbls/ft Capacity: 0.0732 bbls/ft Perforation Data: Tie-in Log: RECEIVED ,.li,..)t,~ 2. 8 '1994' ~.~.,,;.~st.~a ~i & Gas Cons. Cornmissio Anchorage CET: 04/30/86 Schlumberger (5" - Run #1, CET is on depth with DLL) DLL: 04/26/86 Schlumberger (5" - Run #1) Run NO. ,Zone Interval (MD-CET) Interval (MD-DLL) Length SPF 1A F 4823-4828' 4823-4828' 5 6 1B F 5064- 5068' 5064- 5068' 4 6 Gun: Notes: Procedure: 2-1/8" Enerjet strip gun, 6 SPF with 0° phasing, 13.5 gm charge. Run select fire (switched) gun, shallow interval (iA) to be shot first. Shooting fi'om top down, ensures that guns are fired in fluid filled casing. o Before beginning operations, hold a safety meeting with all personnel involved and obtain detail description of peff gun string to be run in well. BRU 224-34 BR 40 - PerfSrating Procedure June 12, 1994 2. Ensure that well is shut in. MIRU electric line unit, crane, and lubricator. o Make-up tool string of adequate weight bar, perforating gun, decentralizer, and CCL. Turn off radios, phones, and electric welders before arming perforating guns. 4. Pressure test lubricator to 2400 psi per wellsite supervisor's instructions. . RIH to depth with well SI. Tie-in with CET log referenced above. Park gun at proper depth (perf interval lA) and confirm CCL to top shot distance. Flow well to establish an underbalance. Maximum drawdown: AP of 100 psig from SITP (min. FTP) or 5 MMcfd (max. rate). Note choke setting, rate and FTP, then fire perf gun. . After shooting, lower gun 50' below interval. Continue flowing well to clean up perforations and unload com_p, letion brine fi'om casing. Monitor returns and choke well as needed to ensure contactor s scrubber section and water dump valve will handle flow. . Estimated casing volumes: Perf interval lA - 16.8 bbls formation water (8.33 ppg) Perf interval lB - 17.6 bbls completion brine (10 ppg) Once water returns diminish, close wing valve and tie-in second gun (interval lB). Park gun at proper depth and confirm CCL to top shot distance (will be less than first interval). o Establish an underbalance as in step #5, fire perf gun and then lower gun 50' below interval. Monitor fluid returns as before and shut in well once water rates-subside. . POOH, check gun and record depths of any misfires. Repeat the gun run if necessary. RDMO lubricator and electric line unit. Return well to production: 11. Bring well on slowly and monitor for associated sand and/or water. Produce well until stable rates are attained. 12. Conduct a step rate test of the newly perforated zones using the enclosed form. Maximum recommended drawdown: AP of 200 psig fi'om SITP (min. FTP) or 14 MMcfd (max. rate). 13. Send copy of WSR(s) and step rate test information to Brian Noel, ATO 1282. .. RCO'Alaska, Inc. BRU 224-34 Spud Date: · 4/10/B6 Last Compl: 5/7/86 Schematic Rev: 8/14/92 NE1/4 Sec. 4, T12N, R10W, SM Belug z River Unit API : 283- Original RKB (Depth Ret): 103' Ground Level: 8.5' Maximum Hole Angle: 34° Angle crt Perforations: 11° Well Type: Gas Proc~ucer Annulus Fluid: Diesel Top of Sterling: 3340' ~ 2620602~314720 Single w/heater string ] PBTD 5243' TD 5353' (TVD 5050') Jewelry 1 508' 1.20' 3 1/2" Baker "F" Nipple 2 3304' 3.02' 3 1/2" Baker "L" Sliding Sleeve 3 3307' 8.05' Baker "FH" Pkr. 4 3345' 0.92' 3 1/2" Baker "R" Nipple 5 3377' 491' 3 1/2" Baker BlastJt. 6 3868' .86' 3 1/2" Baker Shear sub 4.25" 2.81" 4.8" 2.75" 8.437" 3.00" 3.875" 2.75" 4.5" 3.00" 3.875" 3.06" A 270' B 1827' 2.54' 2 3/8" Baker" R" Nipple .71' 2 3/8" Mule Shoe 3.06" 1.875" 2.875" 2.25" Casing and Tubing Surface 20" 94# Intermediate 13 3/8" 68# Prod. Casing 9 5/8" 47# Prod. TBG 3 1/2" 9.2# Heater 2 3/8" 4.6f H-40 K-55 S-95 N-80 N-80 Thread Butt Buff Buff Butt BTC Bottom 414' 3304' 5338' 3868' 1828' Perforations A 3278'-3280' 3390'-3420' 3108'-3137' 3428'-3436' 3145'-3153' 3476'-3486' 3192"-3202' B 3542'-3566' 3257"-3280' 3576'-3582" 3290'-3296' 3592'-3616' 3306'-3329' 3644'-3654' 3356'-3366' 3668'-3682' 3380'-3393' C 3706'-3710' 3417'-3421' 3722'-3728' 3432'-3438 3752'-3762' 3462'-3471' 3784'-3800' 3493'-3509' 3830'-3858' 3538'-3565' D 3920'-3940' 3626'-3646' 4036*-4046' 3740'-3750' E 4134'-4141' 3837'-3844' 4160'-4170' 3862'-3872' 4298'-4308' 3998'-4008' 4335'-4340' 4035'-4040' 4422'-4428' 4122'-4128' 4462'-4466' 4162'-4166' 4476*-4483' 4176'-4183' F 4586'-4594' 4285'-4293' 4890'-4898' 4588'-4596' 4914'-4922' 4612'-4620° 11112/86 5/4/91 5/2/92 (Pre-per/) 10/3/92 2.5" Blind box 1.5" bailer 2.50" gauge dng 1.7" gauge ring 4 Sqz. 8 30' 8 8' 8 10' 8 24' 8 6' 8 24' 8 10" 8 14' 8 4' 8 6' 8 10' 8 16' 8 28' 6 20' 6 10' 6 7' 6 10' 6 10' 6 5' 6 6' 6 4' 6 7' 6 8' 6 8' 6 8' Closed Open Open Open Open Open Open Open Open Open Open Open Open Open Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 Open 5/92 open 5/92 fill at 5202' WLM fill at 5224' RKB fill at 5200' fill at 5175' WLM JiJN, 28 1994 Oil & Gas Cons. Cornmissior~ A~orl~/~9/92 E-Line BOPE's Grease Head/ Hydraulic Packoft Lubricator Extensio~ Manual Rams Swab Valve Double Maste~ Valves Wellhead COVER FAXED ON 6/12/94 June 12, 1994 Mr. David Johnston Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Submittal of Application for Sundry Approval to perforate BRU 224-34 Dear Mr. Johnston: Attached is an Application for Sundry Approval to perforate two additional sands in the Beluga 'F' zone on BRU 224-34. Please refer to the attached perforating procedure and well schematic for details of the operation. If you require any further information, do not hesitate to call Brian Noel at (907) 263-4879. Sincerely, D. A. Grove BRU/Kuparuk Staff Manager RECEIVED Attachments JUN 2 8 1994 CC: A. J. Dun'ani, L. S. Mathis, Shell Western E&P, Inc. Chevron U.S.A., Inc. Aigska 0il & Gas Cons. Commission Anchorage 10:05RM KURRRUK PETROLEUM EHGIHEERIHG P, 1/1 .... STATE OF ALASKA ALASKA OIL AND GAS CONSE~ATION COMMISSION APPLICATION FOR SUNDRY APPROVALS _ 1, Type of Request: Abaton _ Suspend _. Operation Shutdown _ Re-enter suspended well _ Alter c~sing _ Repair well _ Plugging _ Time extension _ Stimulate Change approved program_ Pull tubing _ Variance _ Type of Well: Development Exploratory Stratigmphic Service 2. Name of Operator ARCO Alaska. laC, 3. Address P, O. Box 100360, Anchorage, AK 99,510 4. Location of well at surface Perforate ~ Other 6. D~.~ 'elevation (DF or KB) 103' KR 7. Unit or Property name Beluga River Unit 8, Well number BRU 224-34 9. Permit number _ es-ce11 10. APl number 50-~83-20080-Q0 11, Field/Pool Ba!U.,qa River/El$1u.(:j_a_., ...... -_.feet 2.58' FEL & 204' FNL of Sec. 4, T12N, R10W, SM At top of productive interval 2166' FWL & 685' FSL of Sec. 34, T13N, R10W, SM At effective depth 2029' FWL & 866' FSL of Sac. 34, T13N, R10W, SM At total depth 2013' FWL & 890' FSL of Sec. 34r T13Nr R10W~ SM 12, Present well ~ondition summary Total Depth: measured 5,353' true vertical 5050' Effective depth: measured 5243' true vertical 4940' Casing Length Size Structural Conductor 9 8' 3 0" Surface 413' 2 0" Intermediate 3304' 1 3- 3/8" Production 5338' 9-5/8" Liner Perforation depth: measured feet Plugs (measured) feet feet Junk (measured) feet Cemented Driven sgo sxs class G 2170 sxs class G 1000 sxs class G None None Measured depth True vertical depth 98' 98' 413' 413' 3304' ~304' 5338' 5035' Proposed: 4823.4828', 5064-50611' MD Proposed: 4S21-4526', 4762,4766' TVD _ Detailed operation program X~ BOP skeich' X Current: See Attached Well Schematic true vertical Current: See Attached Well $¢hernati¢ Tubing (size, grade, and measured depth 3-1/2" 9,2# N80 @ a868' P'acl(ers and SSSV (type and measured depth) See Attached Well Schematic Attachments Description ~ummary of proposal 14. Estimated date for commencing operation ' .,).uno 1E,, 1994 16. If proposal was verbally approved Name of approver i55,e~," 17', I th~ the foregoing is 15, Status of well ~lassificatiOn as: Oil __ Gas X Suspended ..-, ate'approved Service Title Date FOR COMMISSION USE ONLY ~l~itions 0i"~ppr~ali 'Notify Commission so representative may witness Plug integrity_ BOP Test_ Lo~ation ~learan~e Mechanical integrity Tes~' Subsequent ~orm '~equire lO-._~g._~, Original Signed By IApproval No , ?' ,-/.. _-- David W. Johns~t.lt. brand fax transmittal memo 7671 I# el.age. ~ / I Approved by the order of tt Form 10-403 Rev 5t03 lo..l. - .... J~hone~ - ,, .... ~J~, Approved Copy ........ ' FROM BELUGA R!UER _ 82?6?542 P. 02 WIRELINE PERFORATING PROCEDURE BRU 224-34 BR40 lune 12, 1994 Ob]ect~ves: ~dditional Belugasands identified from 6/10/94 TDT-P logging. te~t well after perforating.-- Current Status: BRU 224-34 is a single string completion producin8 both Steeling and Beluga sands. The well was originally completed 5/86 in the Sterling and the Beluga perforations were added 5/92. Deliverability tests 4/94 made 12.1 MMefd with water production at rates above I0 MMcfd. The water averaged 4-6 bwpd for the first 4-6 hours after a choke change and then flow dried up until the next mm increase. Water influx appears to be smart, slowly filling the easing and covering lower Beluga perforations while the well is choked back. At present the casing is unloaded by producing the well at higher drawdowns.' Two potential gas sands in the Beluga interval below 4800' KB were identified on the TDT-P/GR log run this week. The higher pressures win help unload the easinE and an inerementaI 2 MMcfdP~aty be ~alized. L~tt Fill Tag: Pl'~Ssures: 5 ] 91' KB - 3/30194 with 9." bailer 5188' KB - 6/10194 when logging I205 psig SITP with fluid level at 4425' KB (4125:" TVD) on 3/30/94 1200 prig $ITP with fluid level at 4440' KB (4140' TVD) on 6/10/94 R,~I? Pressures: F sand (4823,A898) - 1941 psi at 4926' Kg (452d' TVD) F sand (5064-5068') - 2200 psi at 5066' KB (4764' TVD) Min. ID: Tubing size: Casing size: 2.75" Baker 'F' nipple at 3345' KB 3-1/2" Capacity: 0.0087 bbls/ft 9-5/8" Capacity: 0.0732 bbla/ff Perforation Data: Tiedn Log: REC[I¥[D Alaska 0, ~, u~s uu,s. uon~is~g Anchorago CET: ~/30/86 SChl~berger (5" - Run $1, CET is on deP~ ~th DLL) '" DLL: 04/2~86 Schlumberger (5" - Run ~1) Run_No, Zone Interval (MD-.CET) Intcrj~al_(MD-DLL.) J.~ngth lA F 4823-48211' 4823-4828' 5 6 lB F !1064-5068' 50(~-5068' 4 6 Gun: Notes: Procedure: 2-1t8" Enerjet strip gun, 6 SPF with 0° phasing, 13,5 gm charge. Run select fire (switched) gun., ~hallow interval (iA) to be shot firs~ Shooting from top down, ensures that guns are fired in fluid filled casing. 1. Before beginning operations, hold a safety meeting with all personnel involved and obtah detail description of peff gun string to be run in well. JUN-13-1994 13:40 FROM BELUGA RIUER 82?69542 P.OJ ~RU BR 4~ - Perforating Procedure June 12~ 2. Ensure that well is shut in. MIRU eleclric line unit, crane, and lubricator. 3. Make-up tool string of adequate weight bar. ~?f. oratin~ gun, d.¢ccntralizer, and CCL, Tttrn off radios, phones, and electric welders oeiore arming pertOrating guns. 4. Pressure test lubricator to 2400 psi per wellsite supervisor's instructions. 5. RIH to depth with well SI. Tie-in with CET log referenced above. Parle gun at proper depth (peri interval lA) and confirm CCL to top shot distance. Flow well to establish an underbalance. Maximum drawdown: AP of 100 psig from SITP (min. FTP) or $ MMcfd (max. rate). Note choke setting, rate and FI'P, then fire vert gun. 6. After shooting, lower gun 50' below interval. Continue flowing well to clean up perforations and tmload cotnpletion brine from casing, Monitor returns and choke well as needed to ensure contactor's scrubber section and water dump valve will handle flow. Estimated casing volumes: Peri interval lA - 16.8 bbls formation water (8..33 ppg) Perf'interval IB- i7.6 bbls completion brine (10 ppg) 7. Once water returns diminish, close wing valve and tie-in second gun (interval lB). Park gun at proper depth axtd corffirm CCL to top shot distance (will he ]e..~.~ than fir..~t interval). . 9. 10. Establish an unclerbalance as in step #5, fire peri gun and then lower gun 50' below interval. Monitor fluid returns as before and ahut in well once, water ram~ st~bside. POOH, check gun and record depths of any rniafim.,. Repeat the gun tun if necessary. RDMO lubricator and e]e, ct6c llne. im~t. Return well to predication: l 1. Bring wall on slowly and monitor.for a.~so¢iated sand and/or water. Produce well until stable rates are attained. 12. Conduct a step rate test of the newly perforated zones using the enclosed forra. Maximum recommended drawdowri: AP of 200 psig from Srrp (min. FTP) or 14 MMcfd (max. rate). 13. Send copy of WSR(s) and step rate test information to Brian Noel, ATO 1282. Lost Compri 5/7 Schematic Rev: 8/1,1/92 NE1/4 Sec. d, T12No RIOW. SM ,4 13:40 FROM BELUGR RIUER TO Beluaa River U ff .... Original RKB (Depth Ret'): 103' Ground Level: 8.5' Maximum Hole Angle: 34' Angle at PerforationS: 11~ PBTD 5243' (TVD 494o'),,, 82?69542 P.04 Well Type: Gos Procluc~r Annulus FkJk::l; Diesel Top of Sterling: 3340' ~ 2620602,314720 Single w/heater string ............... i iiii iii .__ 1 -__~'~Y 1,20' 3 1/2" Bakm' "F' NDple 4,25' 2.61" 2 3304' 3,02' 3 1/2' Baker 'L" ~ Sleeve 4,8' 2.75' 3 3307' 8.08' Baker 'FH" Pla',. 8.437' 3.00' 4 3,t45' 0.92' 3 1/2' Baker "R' Nipple 3.675' 2.75" 5 3377' 491' 3 112' Baker ~Jt, 4.5' 3,00' 6 3868' .86' 3 1/2' Baker Si'mar mb 3.875' a.06" A 270' 2.54' 2 3/8' Baker' R" Nipple 3,06' 1.875' B 1827' ,71' 2 3/8' Mule Shoe 2,875" 2.25' Surface 20' 94J H-40 Butt 414' Inten'Tmdlote 13 3/8' 68~ K-55 Butt 3304' Prod. Casing 9 5/8" 47f $-95 Butt 5338' Prod. TBG 3 lj2" 9,2t N-80 BuIt 3868' Heater 2 3/8' 4,6~ N-80 BTC 1828' Pedorations A 3278'-3280' 4 3390'-3420' 3108'-3137' 8 3426'-3436' 3145'-3153' 8 3476'-3486' 3192;3202' 8 B 3542'-3~' 3257'-3280' 8 3576'-3582' 3290'3296' 8 3592'~1e' 3306'.3329' 8 3644'-36$4' ~'-3366' 8 3668'-3682' 3360'.3393' 8 C 3706'-3710' 3417'.3421' 8 3722'..3728' 3432'3438 8 3752'-376Z 3462'-3471' 8 3784'-3800' 3493'-3Ei1~' 8 3830'-3856' ~5~'.,3566' ,-~"8 D 3920'-3940' 3626'.3646' 6 4036'.4046' 3740'-3750' 6 E 4134'4141' 3837'-3844' 6 4 Ie0'-4170' 3862'-3872' 6 4298'4308' 3998'-4008' 6 4835'-4340' 4085'-4040' 6 4422:4428' 4122'-4128' 6 4462',,4466' 4162'-4166' 6 4476'-4483' 4176'-4183' 6 F 4586'-4594' 4285'-4293' 6 4890'-4898' 4588'4596' 6 4914'-4922' 4612'-4620'. 6 Sqz, Closed 8' Open 10' Open 24' Open 6' Open 24' Open 10" Open 14' Open 4' Open 6' Open 10' Open 16' Open 20' Open IO' sR2 7' Open 5/92 10' Open 5/92 10' open sR2 5' Open 5/92 6' Open 5/92 4' Open 5/92 :7' open 5/92 8' open 6t92 8' Open 5/92 8' Open 5/92 11112186 2.5" Blind box fill at 5202' Wt.M 5/4/91 1,5' bailer fill at 5224' RKB 5/2/92 (Pre. perO 2.50' gQuge ting 1111 at 52{30' 10/3/92 1,7' gauoe dng ffi at 6175'WI.M JIB 12/9/~2 13:41 FROM BELUG~ RI UER 82?6?542 P.05 E-Line BOPE's Hydraulic Lubricator Natensim 'RECEIVED JUN 1~ 1994 Alaska 0it & Gas bo~s', O Anchorage Manual Ram~ Swab Valve Double Master Valv~ Wellhead TOTRL P.05 ARCO Alaska, Inc. { Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 Cook Inlet Engineering ORIGIN/ L July 23, 1992 Mr. L. Smith Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Subsequent Report for BRU 224-34 Perforation. Dear Mr. Smith: On 5/27/92 ARCO Alaska Inc. successfully completed the perforation of the D, E, & F zones, (from 3920'- 4922') on BRU 224-34. Enclosed is the Report of Sundry Operations, a Well Service Report and a well schematic for reference. If you require any further information in this regard, please do not hesitate to call Brian D. Noel at 263-4879. Sincerely, J.C. Whun Acting Regional Engineer JCW:DRH:jlg: 0170 Attachment CC: Mr. C. Kidwell Mr. D. Santi Shell Western E&P, Inc. '~t.k. EIV'~l] Chevron U.S.A., Inc. JUL ! 92 Alaska Oil & Gas Cons. Commission Anchorage ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMi~bSION REPORT OF SUNDRY WELL OPERATIONS 1. Type of Request: Operation Shutdown__ Stimulate Pull tubing, Alter casing Repair well. 2. Name of Operator $. Type of Well: Development X ARCO Alaska. In¢, Exploratory 3. Address Stratigraphic __ Plugging Perforate X Pull tubing Other 6. Datum elevation (DF or KB) 103' KB 7. Unit or Property name feet P. O. Box 100360~ Anchorage~ AK 99510 Service 4. Location of well at surface Z58' W, Z04' S, of NE Comer Sec. 4, T1ZN, R1 OW, SM At top of productive interval 2166' E & 685' N of SW Corner Sec 34, T13N, R1 OW, SM At effective depth At total depth Z013' E & 890' N of SW Corner Sec. 34r T13Nr R10W~ SM 12. Present well condition summary Total Depth: measured 5353' feet true vertical 5050' feet Plugs (measured) Belu~la River Unit 8. Well number BRU 224-34 I 9. Permit number/approval number 86-11 / 92-134 10. APl number 50-283-20080-00 1 1. Field/Pool 8elu~la River-Selu~la Effective depth: measured 5243' feet true vertical 4940' feet Casing Length Size Structural Conductor 98' 30" Surface 413' 20" Intermediate 3304 13-3/8 Production 5338' 9-5/8" Liner Junk (measured) Cemented Driven 590sx class G 2170sx class G 1 O00sx class G Measured depth 98' 413' 3304' 5338' True vertical depth 98' 413' 3304' 5338' Perforation depth: measured See attached Well Schematic true vertical See attached Well Schematic Tubing (size, grade, and measured depth) 3-1/2" 9.2#, N-80 @ 3868'MD Packers and SSSV (type and measured depth) Packer Baker FH @ 3307' 13. Stimulation or cement squeeze summary RECEIVED J u L. g 1992 Alaska Oii & Gas Cons. 14. Intervals treated (measured) Treatment description including volumes used and final pressure N/A Reoresentative Daily Average Production or Iniection Data Prior to well operation Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure 3836 32 Subsequent to operation 5755 30 15. Attachments 16. Status of well classification as: Copies of Logs and Surveys run Daily Report of Well Operations X Oil Gas ~ Suspended 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Service Tubing Pressure 1180 1400 Signed Form 10-404 Rev 06/15/88 Title Cook Inlet Regional Engineer SUBMIT IN DUPLICATE ARCO Alaska, Inc. BRU 224-34 Spud Date: 4/10/86 Last Compl: 5/7/86 Schematic Rev: 6/1 1/92 NE1/4 Sec. 4, T12N, R10W, SM Beluga River Unit APl#: 283-2 Original RKB (Depth Ref): 103' Ground Level: 8.5' Maximum Hole Angle: 34° Angle at Perforations: 11° Well Type: Gas Producer Annulus Fluid: Diesel Top of Stealing: 3340' ASP: 262[]602,314720 Single w/heater string PBTD 5243' TD 5353' (TVD 5050') Jewelry I 508' 1.20' 3 1/2' Baker "F" Nipple 2 3304" 3.02' 3 1/2" Baker "L" Sliding Sleeve 3 3307' 8.05' Baker "FH" Pkr. 4 3345' 0.92' 3 1/2" Baker "R" Nipple 5 3377' 491' 3 1/2" Baker BlastJt. 6 3868' .86' 3 1/2" Baker Shear sub O.D. I.D. 4.25" 2.81" 4.8" 2.75" 8.437" 3.00" 3.875" 2.75" 4.5" 3.00" 3.875" 3.06" A 270' B 1827' 2.54' 2 3/8" Baker" R" Nipple · 71' 2 3/8" Mule Shoe Casing and Tubing Description Size ~ Grade Thread Surface 20" 94# H-40 Buff Intermediate 13 3/8" 68# K-55 Butt Prod. Casing 9 5/8" 47# S-95 Butt Prod. TBG 3 1/2" 9.2# N-80 Butt Heater 2 3/8" 4.6# N-80 BTC 3.06" 1.875" 2.875" 2.25" Bottom 414' 3304' 5338' 8868' 1828' Perforations A 3278'-3280' 3390'-3420' 3428'-3436' 3476'-3486' B 3542'-3566' 3576'-3582' 3592'-3616' 3644'-3654' 3668'-3682' C 3706'-3710' 3722'-3728' 3752'-3762' 3784'-3800' 3830'-3858' D 3920'-3940' 4036'-4046' E 4134'-4141' 4160'-4170' 4298'-4308' 4335'-4340' 4422'-4428' 4462'-4466' 4476'-4483' F 4586'-4594' 4890"-4898' 4914'-4922' 3108'-3137' 3145'-3153' 3192'-3202' 3257'-3280' 3290'-3296' 3306'-3329' 3356'-3366' 3380'-3393' 3417'-3421' 3432'-3438 3462'-3471' 3493'-3509' 3538'-3565' Taa Data 11 / 12/86 5/4/91 5/2/92 (Pre-perf) 2.5" Blind box 1.5" bailer 2.50" gauge ring Density Net E.9_OJg.g~ Interyal 4 Sqz. 8 30' 8 8' 8 10' 8 24' 8 6' 8 24' 8 10" 8 14' 8 4' 8 6' 8 10' 8 16' 8 28' 6 20' 6 10' 6 7' 6 10" 6 10' 6 5' 6 6' 6 4' 6 6 6 6 fill at 5202' WLM fill at 5224' RKB fill at 5200' Status Closed Open Open Open Open Open Open Open Open Open Open Open Open Open Open 5/92 Open Open Open Open Open Open Open 7' . ,.Open 8' upen 8' Open JUL, 2 8 199 AIask~ Oil ~ G~s Gons. Anchorage JLB 10/11/91 ARCO Alaska, Inc. SubMclimy of Atlantic Richfield ComPany · ~VELL SERVICE REPORT WELL PSDT ~ FIELD - DISTRICT - STATE t DAYS I DATE COI~HAt~rOR -:' - IOPERA'nON Al' REPORTTIME ' - Ri~MARK~ : / ....... [ (.,2..:-, .1" '~ ~-. /- ~ I · '= : u - I ! Alaska Oil & Gas Cons. CoJ. amissio~ t-d'~C, O! age ' JS~gn.d kno,.ta j CHECK THIS BLOCK IF SUMMARY CONTINUED ON BACK ARCO Alaska, Inc. Sub, diary of Atlantic Richfield Company · ~IELL SERVICE REPORT ,. WELL EON~cm~ ' - · REMARKS PBDT FIELD- DISTFIIGT- STATE OPERATION AT REPOFiT TIME , . CHECK THIS BLOCK IF SUMMARY CONTINUED ON BACK WeiSerReport j Temp. OF 'l Chill Fact°r Ivisibility ~F miles Wind Vel. knots J Signed ARCO Alaska, Inc. Sub~idia,'y of Atlantic Richfield Company WELL l PBDT CONTRACTOR IFIELD- DIS'I'RI~I'- STATE IO~ERATIO~ AT REP'ORT TIME ~ELL SERVICE REPORT CHECK THIS BLOCK IF SUMMARY CONTINUED ON BACK ARCO Alaska, Inc. Sul~i~llary of Atlantic Richfield Company WELL 'NELL SERVICE REPORT :, C~-NTRACT~3 R ...... REMARKS tPBD~ LEE.Lo. D,STR~CT- .,S~T~ [OARS ~D^TE-- CHECK THIS BLOCK IF CONTINUED ON BAOK DESCRIPTION DAI~Y AC, GUM. ....... ~ TOTAL CAMCO .............. , .... OTiS ' ' - · SCHLUMiiERGER '" " , e:-;~mA, rLAS ........... ,, H~Li.18URIO~ .... . __ ~ , ! ~ ..... a.'~. ~x~, ' ..... ' '~ , ii ill n i i I ] ~.,~u~ .... ,.! i i iii .i] i , M~hlmUt ~' , , ,' u a~ip~i-~rl~lun .............. .. i ii ii , ~r~.¢ol~ $&l~, ~;In~ ............ ' ' ,, ,, iii ii Gas fic.,~.s. Oo[n~isstot:'~ ARCO Alaska, Inc.~,:'* Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 Cook Inlet Engineering May 15, 1992 Mr. L. Smith Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Submittal of Application for Sundry Approval for Perforation of BRU 224-34. Dear Mr. Smith: Attached is an Application for Sundry Approval for the perforation of the D, E, & F zones in the Beluga formation of BRU 224-34. These depths are listed on the attached Well Data Summary Sheet. Also attached is a proposed operations plan and well schematic for reference. If you require any further information in this regard, please call Jim Zernell at 263-4107. Sincerely, J.C. Winn Acting Regional Engineer JCW:DRH:jlb:0143 Attachment CC: Mr. C. Kidwell Mr. D. San ti Shell Western E&P, Inc. Chevron U.S.A., Inc. ARCO Alaska, Inc. is a Subsidiary of Al]antic Richfield Company STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon Suspend Alter casing _ Repair well Change approved program_ Operation Shutdown Re-enter suspended well Plugging _ Time extension _ Stimulate __ Pull tubing _ Variance _ Perforate .* Other 2. Name of Operator ARCO Alaska. Inc, 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development X Exploratory _ Stratigraphic _ Service 4. Location of well at surface 258' W & 204' S of NE Corner Sec. 4, T12N, R10W, SM At top of productive interval 2166' E & 685' N of SW Corner Sec. 34, T13N, R10W, SM At effective depth At total depth 2013' E & 890' N of SW Corner Sec. 34~ Present well condition summary Total Depth: measured true vertical Effective depth: Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: measured true vertical Length T13N, RIOW~ SM 6. Datum elevation (DF or KB) 1 O3' KB 7. Unit or Property name Beluga River Unit 8. Well number BRU 224-~)4 9. Permit number ,,~'~ -// 10. APl number 50-283-20080-00 11. Field/Pool Belucja River/Belucja feet 5353' 5050' 5243' 4940' Size feet Plugs (measured) feet feet Junk (measured) feet Cemented None None 98' 30" 413' 20" 3304' 13-3/8" 5338' 9-5/8" measured Current: See Attached Well Schematic true vertical Current: See Attached Well Schematic Tubing (size, grade, and measured depth 3-1/2" 9.2# N80 @ 3868' Packers and SSSV (type and measured depth) Packer Baker FH ~3307' 13. Attachments Description summary of proposal_ · Measured depth True vertical depth Driven 98' 98' 590sx class G 413' 41 3' 2170sx class G 3304' 3304' 1000sx class G 5338' 5338' See Attached Well Data See Attached Well Data Proposed: Proposed: Summary Sheet Summary Sheet Detailed operation program ~ BOP sketch 14. Estimated date for commencing operation May. 1998 Oil 16. If proposal was verbally approved Name of approver Date approved 7. I hereby ce~i_.~_.that the foregoing is true and correct to the best of my knowledge. Signed .,-"/~...~:~'./~ '~--~,/,,._ Title Actincj Regional Encjineer. 15. Status of well classification a~[, r= ~ r,, ~ Gas ~ Suspended k A¥ 1 Service_ .... Alask~ 0ii ,~ Ga~ ,,u,,o FOR COMMISSION USE ONLY Date ~_~7! ~.7.~ Conditions of approval: Notify Commission so representative may witness Plug integrity ~ BOP Test~ Location clearance Mechanical Integrity Test _ Subsequent form require Approved by the order of the Commission Form 10-403 Rev 5/03/89 Original Signed By r~,,~.~ ~^, Jchncton IApproval No. .~,pproved collpy / 10- ~¢.~ "/' Returned ..... Commissioner Date ~.. ;~- c~ SUBMIT IN TRIPLICATE BELUGA RIVER UNIT PERFORATING PROCEDURE BRU WELLS ~ and 224-23 BR 21 April 30, 1992 OBJECTIVE The purpose of this work is to increase the gas deliverabilty to adequately meet existing contractual obligations by selectively perforating and re-perforating Beluga intervals. 2-1/8" strip guns with 6 SPF and zero-degree phasing are recommended. A list of equivalent perf guns from the various service companies is attached. WELL STATUS The current status, perforating depths, tubing restrictions, and gauge ring data are presented for each well on the accompanying Well Data Summary Sheets. Individual well schematics are are also attached. PROCEDURE . SI well 3-4 days prior to perforating to obtain a SITI'P. Note pressure in WSR. Obtain a representative 12-hour rate prior to perforating. Conduct a safety meeting with the field foreman, #1 operator, AAI engineer and service company personnel. Ensure the service company personnel are familiar with the wireline procedures checklist and obtain a diagram of the tool string prior to commencing wireline operations. 4, Rig-up electric line unit and lubricator. Make-up tool string of adequate weight bars, perforating guns, decentralizer and CCL. Turn off radios, phones and electric welders and make the proper announcements before arming perforating guns. These may be returned to service after the tool string is 500 feet below the wellhead. 5. Pressure test lubricator to 2500 psi as per wireline supervisors instructions. 6. RIH with well shut-in, and tie into CBL or CET as referenced in the Well Data Summary Sheet. Position gun below interval to be perforated. Unload well and produce for at least one hour to establish adequate drawdown. Raise gun to proper depth and fire. Allow well to flow for 20 minutes to clean-up perforations. . 10. Close wing valve and POOH. Turn off radios, phones and electric welders and make the proper announcements before reaching the surface. Check gun and record depths of any miscues. Repeat the gun run if necessary. Repeat steps 5 through 8 for the gun runs listed on the Well Data ~ummar~ Sheets. Tie-in and shoot from CBL or CET depths shown in bold print.E C IV E D Procedure BR-21 0055a/Page 1 MAY 1 199 Alaska ,Oil .& Gas Cons..CommiSsion 11. 12. Rig-down electric line unit. Return well to production and conduct a step rate test using the enclosed form. The minimum pressure guidelines are as follows: _WET~L MAX. RATt~ MINIMUM WHP BRU 224-34 13.3 MMSCFPD 1060 psi BRU 224-23 13.6 MMSCFPD 1060 psi 13. Repeat steps 1 through 12 for both wells. Send all WSR and step rate test information to Jim Zemell, ATO 1366. Procedure BR-21 0055a/Page 2 RECEIVED MAY 2 1 1992 A~aska Oil & Gas Cons. Commission Anchorage WELL DATA SUMMARY SHEET BRU 224-34 The purpose of this work is to increase gas rate by perforating Beluga zones D through F. This 1986 well was designated as a Sterling only producer, whereas offset well BRU 211-3 was completed as a Beluga/Sterling well in the same year. BRU 224-34 shows gas potential in the Beluga formation that is not currently perforated in the offset wells. Current Statn, s BRU 224-34 is a single completion currently producing Sterling A-C. Last Tag Fill: 5224' MD - 5/91 Pressures: SITP: 1217 psi TP: 1104 psi PC: 35 psi SC: 160 psi Reservoir Pressure: 1348 psi @ -3300 MD (4/91) Tubing size: 3-1/2" Casing size: 9-5/8" Min ID: 2.75" (Baker "R" nipple @ 3345') 11.2 MMSCFPD from the Perforation Data Tie-in Log: 04/30/86 Schlumberger C-'ET (CET is on depth with DLL; CET = DLL) DLL: 04/26/86 Schlumberger (5") ~r o po-.~ed ~ ZONE Interval (MD-cE'j') InterVa--i'- (MD-DILl 4 5 6 7 8 9 10 ~ SPF F 491 4-4922 4914-4922 8 6 F 4890-4898 4890-4898 8 6 F 4586-4594 4586-4594 8 6 E 4476-4483 4476-4483 7 6 E 4462-4466 4462-4466 4 6 E 4422-4428 4422-4428 6 6 E 4335-4340 4335-4340 5 6 E 4298-4308 4298-4308 1 0 6 E 41 60-41 70 4160-4170 1 0 6 E 41 34-41 41 4134-4141 7 6 D 4036-4046 4036-4046 1 0 6 D 3920-3940 3920-3940 20 6 103 NOTE: Runs 1 and 3 have combined intervals. Run #1 has 16' blank and run #3 has 10' blank. Procedure BR-21 O055a/Page 3 2 1 1992. AJaska OJJ & Gas Cons. Com~jssio~ Anchorage ..ARCO AI.aska. Ina, ~ ~ Beluaa River Urljt I, B U;224 ' J L~uate: 4/10/86 , Original RKB (Decm~ Ref): 105'~ j ~omlm: 5/7/86 Grouna Leve~: 8 5' SchemaTic Rev: 10/11/91 Maximum Hote Angle: 34~ NE1/4 Sec. 4, T12N, R10W, ~VI Angle al' Pertorallc~"~ 11o Well Tyl~e: Ga~ ~ ToD ot Stentng: 33413' A. SPt. 26~147213 Single wl boater ~ ,4 ss t Jowo~ 1 508' 2 3,,~4' 3 3,307. 4 3,345' 5 3377' 6 3868' A 27[7 B 1827' 1.20' 3 1/2' Baker "F"" Nipple 4.25' 2.81" 3.02' 3 1/2' Baker "L* SllcIir~ Sleeve 4.8" 2.75* 8.05' Baker "FH' P~r. 8.437" 3.00" 0.92' 3 1/2" Baker "R" Nipple 3.875' 2.75* 491' 3 1/2' Baker Blast Jr. 4.5" 3.013' .86' 3 1/2' Baker Shecx ~ 3.875' 3.06" 2.54' 2 3/8' Baker' R" Nipple 3.06' 1.875' .71' 2 318' Mule ~ 2.875' 2.25' Surface 20" Intermealate 13 3/8' Procl. Casing 9 5/8' Proa. TBG 3 1/2' Heater 2 3/8* 94~ ~ Butt 414' 68~ K-55 Butt 330~ 47~ S-95 Butt 5338' 9.2~ N-80 Butt 386B' 4:6~ N-80 BTC I~B' A 3278:3280' 3390'-,.'~ 3105:3137' ,.~:3436' 3145:3153' 3476:3486' 3192'-3,~ B 3,542'-3566' 3257'-3280' 3576:3582' 3290'-~' 3592'-3616' 3,,~:3329 3644:3654' 3356'-~' C 3706'-37117 3417'-3421' 3722'-3728' 3432'-3438 3752'-3762' ~-3471' 3784'..3~ 3493:3,.,~ PB1D 5243' (1MD 4940") 4 $ClZ. 8 3~ 8 8' 8 10' 8 24' 8 6' 8 24' 8 10" 8 14' 8 4' 8 6' 8 10' 8 16' 8 2~ RECEIVED MAY 2 1 1992 Alaska Oil & Gas Cons. Commissio~ Anchorage JI.B 10/11/91 ARCO ALASKA, INC. Cook Inlet/New Ventures Engineering TRANSI. IITTAL TO' COMPANY: DATE- Transmitted here~vith are the following: ?LEASE ltOTE: BL = Blueline, S = Sepia, F = Film, T = Tape, PC = Photocopy Receipt Acknowledgment: D~e- Return P, eceipt to' ARCO A~aska, ]nc. AT.TN' Judy Boeg~er Po~ Office Box Anchorage, AK 99510 DST/WELL TEST REPORT MECHANICAL DATA TOP PACKER (S) SET AT:~ AND ~ AMT. PERF. ANCHOR ~ BOT. PACKER REMARKS: t' TEST DATA 2ND FLOW HRS MIN. FROM HRS TO HRS ON 2ND SHUT IN HRS MIN. FROM HRS TO HRS ON FINAL FLOW HRS MIN. FROM HRS TO HRS ON iFINALSHUT IN HRS MIN.FROM HRS TO HRS ON GAS TO SURFACE AT/-~.~~ HRS ON MAXIMUM PPM H2S' s-Cc. ..s.o. J-- 3 FINAL FLOW PERIOD: AVG. RATES;~~ BOPDI~;~'' MSCFPD ~_ BWPD, r WATER SALINITY ~ PPM CHLORIDES, FFTP /~--,~1~ PSIG, FFWHT FINAL SHUT-IN PERIOD: FSITP ~ PSIG TOTAL PRODUCED COMMENTS: PPM CO2 OIL GRAVITY oF ~) BBLSNETOIL, YZ"'~'BBLS GROSSWATER AND HOLEFLUID, ///K MCF NET BASIC DATA TEST NO. / KB BOTTOMHOLE PRESSURE DATA INITIAL HYDROSTATIC. PSI ~ I 1ST FLOW, PSI F 1ST FLOW. PSI ISI, PSI CC-700-DST I 2ND FLOW, PSI F 2ND FLOW, PSI 2ND SI. PSI I 3RD FLOW, PSI F 3RD FLOW, PSI FINAL HYDR O STATIC. PSI ~ ,~,~1. ,EMPERATURE~'F ?~'o 7 ??#~'~ MAXIMUM .... SEVERE DEGREE OF PLUGGING: NONE ~ MINOR , INTERMITTENT TESTER& TICKET NUMBER ~ .~"~.~1~ I~.. "'"-- ~'~'_~f~d ~ . COMPLETE ......... .~.-~;- ~.- ~7.~ , LOCATIO.: SEC' . :. NO. _ :,:4e,.,,..~.a,~....--.--..~,~CT,.'~-,"~'~' . ..~.,,~ · ¢- ',: ~ j,. *;~;'.,.,*-¢;" . .... -.- WELL OWNER: ¢>~, j~.,~,~' . ¢.~ _% ~ SERVICE ~R N~ · "4: , ~;LIRFACE DATA.. ~ PACKER .... :' ".,,.:i:- , '..-. ;:.:.' OPENED TOOL ...... ' .' COMPONENTt SEQUENCE CLOSED FOR FINAL SHUT-IN FINISHED SHUT-IN PULLED PACKER LOOSE CUSHION TYPE PRESS TEST TOOL PRESS SAMPLER DATA /,.// RECOVERY cu. C.C. OIL '~- c.c. c.c. GRAVITY °APl °F G 0 R CU. FT/BBL. ii INSTRUMENT NO. CAPACITY (P.S.I.G.) DEPTH INSIDE-OUTSIDE CLOCK CAP TEMPERATURE ~F I. HYD. I. FLOW I.S.I 2nd FLOW 2nd S.I. F. FLOW F.S.I. F. HYD. J P.S.I.G. P.S.I.G. P.S.I.G. P.S.I.G. P.S.I.G. P.S.I.G. P.S.I.G. P.S.I.G. RECOVERY DESCRIP'TION RESISTIVITY .,.,_ _ ,_ ,..._~._ ,, :. , ~ OF PI'l: MI~6 IqL'~iATE @ oF SAMPLER PRESSURE INSTRUMENT DATA CHL CONTENT PPM PPM PPM · ~. _":--2 ,_, ~ ' r ¢~" WELL BORE DATA TOTAL MEASURED DEPTH O H SIZE. '~./,~ CAS,NG s zE 7 LINER SIZE ft DEPTH MEASURED FROM fl TR~VI~RTDEPTH .~¢-2 ¥~ ft in 'in CASING WT. '~/,~ #/ft .. in LINER WT. -- #/ft PERF INTERVAL FROM 3.¢~? ¢) ~HOT DENSITY ~ spf ff TO :~" ~ fi= './.~/'~ ~ ff PERF DIAMETER · ~'~ ~_3 in !TOTAL SHOTS OVER/UNDER BALANCE PRESS ,~¢,=~ psi MUD DATA MUD TYPE VISCOSITY r ~''' RESISTIVITY: OF MUD /~.~ : OF FILT~ MUD WT /-~ O #/gal WATER LOSS CC @ =F @ °F CHORIDES . PPM NITRATES ~' ;/4 PPM PPM H~S DURING TEST REMARKS: CHL PPM REVERSED OUT: TIME STARTED ' :' ;' :, -. ~- .: TIME FINISHED ' ,.f.- .. PUMP PRESSURE .~-',:, ,.? PSIG SERVICE ORDER NUMBER: JFLOPETROL JOHNSTON E_~GII~EEPJ'rECHNI~IAN (PRINT) ~ ,~ / --~ Precision Wireline P.O. Box 3905 ~ 5ol~lotna, AR 99§69 TIME DEPTH PRESSURE TEMP. ! 0 / Depth of Instrument 5 Tubing Date No. 1 /~¢~ ,,, Date No. 2 /¢.~ Inst No. 1 Inst ~o. 2 At Depth (Date/Time)/2¢Z-~6 /~' Off Depth (Date/Time)/Z-ZS-~ Shut in (Date/lime) [~_~_~ Remarks: ARCO ALASKA, INC. Cook Inlet/New Ventures Engineering TRANSr, IITTAL TO' ~__-6~ ~/~,~ ¢' )~ ~ ~' ~" FROM: COMPANY- ~~ ~ ~ COMPANY: DATE' W .-".D, R --"~'7 WELL NAME' Transmitted herewith are the following. PLEASE NOTE' BL = Blueline, S = Sepia, F = Film, T = Tape, PC = Photocopy Receipt Acknowledgment: Return Receipt to- ARCO Alaska, in'c. AT.TN' Judy Boegler AT0-579 Po~{ Office Box 100360 Anchgrage, AK 99510 ARCO ALASKA, INC. Cook Inlet/New Ventures Engineering TRANSMITTAL TO: COMPANY' DATE' COMPANY. WELL NAME. Transmitted herewith are the following. PLEASE NOTE' BL = Blueline, S = Sepia, F = Film, T = Tape, PC = Photocopy REC,EIVED :--Z~ MAR- 4 1987 A///~/,~ .';: Alaska Oil & G~s Co. ns. Commisslo~l Receipt Acknowledgment- . A~-~~.~/ , ~~: Return Receipt to' ARCO Alaska, Inc. ATTN' Judy Boegler AT0-579 Po§~ Office Box 100360 Anchorage, AK 99510 ALASKA OIL AND GAS CONSERVATION COMMISSION GAS WELL OPEN FLOW POTENTIAL TEST REPORT la. TEST: INITIAL [] lb. TYPE TEST STABILIZED [] NON STABILIZED~ ANNUAL [] MULTIPOINT[] CONSTANT TIME SPECIAL [] OTHER ISOCHRONAL F-I/. 2. Name of OPerator 7. Permit No. ARCO Alaska, Inc. 86-0011 3. Address 8. APl Number ' P.O. Box 100360, Anchorage, AK 99510-0360 5o-283-20080 4. Location of Well 9. Unit or Lease Name Surface Beluga River Unit 258' W & 204' S of NE Corner Section 4, TI2N, RIOE, SB&M lO. WellNumber Top of Producing Interval BRU '224-34 1 1. Field and Pool 2166' E & 685' N of SW Corner Section 34, TI3N, RIOW, SB&M Beluga River - Sterling 5. Elevation in feet (indicate KB, DF etc.) 6. Lease Designation and Serial No. G.I . = 85, K R = 103' A-029656 __ 5-7-86 ' 5353 5243 S i rio l e Str i no Gas Produc~.r 16. Csg. Size Weight per foot, lb. I.D. in inches Set at ft. Perforations: F"rom 3390-3420 3576-3582 3706-3710 3830-3~II 9 5/8 47 8,681 5353 17. Tbg. Size Weight per foot, lb. I.D. in inches Set at ft. 3428-3436 3592-3616 3722-3728 35 9,2 2,992 3307 3476-3486 3644-3654 3752-3762 18. Packer set at ft. 119. GOR cf/bbl. 20. APl Liquid Hydrocarbons ~7.q~ci~i~l::~St~avC[9~vCh~id~ : 3307 .... .556 22. Producing thru: Reservoir Temp.o F. Mean Annual Temp. o F. Barometric Pressure (Pa), psia Tbg. [~ Csg. [] ' 77OF 3~°F p. @ 38~0' 14.65 sia 3624 3337 ,556 Tra~.el Trace -- 6" Flnng~. 24. Flow Data Tubing' Data Casing Data Prover Meter' [VZet e r Duration of Pressure Diff. l emp. Pressure Temp. Pressure Temp, Flow Li ne X l:;)fifi~e o o No. Size (in.) siJ~e ~nT.~ psig Rea~ng °F. psia F. psig F. Hr. ~. 6.065 x 2.0 810 3,3 99 1350 ~n N/A N/A 2. 6.065 x 2.0 810 4.7 95 1344 80 "i, .... i,.. 0,005 x 2,0 .820 ' 6,6' 90 1333 79 " " 2 3. 4. 6.065 x 2.0 850 8.7 86 1317 77 " " 2 Basic Coefficient Stat i C Flow Temp. Gravity Super Comp. Factor Factor Factor Rate of Flow (24-Hour) hu Pu Read ing Ft Fg Fpv Q, Mcfd No. Fb or Fp . Pu ~. 87.41 20.96 6.35 ,965 I .341 I .045 7478 2. 87.41 29.85 6.35 .868 1.341 I n4~ 3543 3. 87.41 42.24 6.4 .972 I. ~4 ~ ~. nsn 5053 4. 87.41 56.55 6.5 .976 I ~z~ i i f~ &R i ? R '''" P'l'i * Includes Meter Constant (M) = 4.472 I i'¢'?-,i~ -- Z.~ 2..']~ ! for Separator for Flowing Tem perat u re Gas Flu id Pr T Tr Z Aialka 0il ~ u.,~ .,:,;ns. 601 No. 1. I .20 559.0 I .63 .915 A:'~"' ..... ,, 2. i ,20 555,0 1,62 ,913 3. I ,22 550,0 I ,60 ,907 Critical Pressure 673 osia _ 4. I .26 546.0 I .59 .902 Critical Temperature 3430 R Form 10-421 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate Pc 1362 Pc2 NO. Pt B_t._2-- ....... -~ __P _C 2-i~ i~]-t~i.i~-~ 1. -- 2. 3. _5_.4' ........... L ......~_. ' ...... .. ] ....... ' .i.- ~i--i'~".]-~_.-~__-_~ 25. 85,000 AOF (Mcfd/ Remarks' Pf ~,! 485 Pf2_2_2_05.2xl~3 }w 'Pw2 Pc2-Pw2 Ps Ps2xlO-3 Pf2'Ps2 xlO 1477 2181.5 23.7 1472 2166.8 38,4 1465 2146.2 59~0 1455 2117.0 88.2 Gas composition from offset producer. Bottom hole pressures obtained at setting depth of 3850' MD (3558' TVD). C = 0.854 MCFD/psia2 I hereby certify that the foregoing is true and correct to the best of my knowledge n O. 789 __Title _ AOF Fb Fp Fg Fpv Ft G Gg GOR hw H L n Pa Pc Pf Pm Pr Ps Pt Pw Q Tr T Z DEFINITIONS OF SYMBOLS Absolute Open Flow Potential. Rate of Flow that would be obtained if the bottom hole pressure opposite the producing face were reduced to zero psia. Basic orifice factor Mcfd/'--x/'l:~"~vPm Basic critical flow prover or positive choke factor Mcfd/psia SpeCific gravity factor, dimensionless Super compressibility factor='-x/1/z dimensionless Flowing temperature factor, dimensionless Specific gravity of flowing 'fluid (air=l .000), dimensionless Specific Gravity of separator gas (air=l .00), dimensionless Gas-oil ratio, cu. ft. of gas (14.65 psia and 60 degrees F.) per barrel oil (60 degrees F.) Meter differential pressure, inches of water Vertical depth corresponding to L, feet (TVD) Length of flow channel, feet (MD) Exponent (slope) of back-pressure equation, dimensionless Field barometric pressure, psia Shut-in wellhead pressure, psia Shut-in pressure at vertical depth H, psia Static pressure at point of gas measurement, psia Reduced pressure, dimensionless Flowing pressure at vertical depth H, psia F lowing wellhead pressure, psia Static column wellhead pressure corresponding to Pt, psia Rate of flow, Mcfd (14.65 psia and 60 degrees F.) Reduced temperature, dimensionless Absolute temperature, degrees Rankin Compressibility factor, dimensionless Recommended procedures for tests and calculations may be found in the Manual Of Back-Pressure Testing Of Gas Wells, Interstate Oil Compact Commission, Oklahoma City, Oklahoma. Form 10-421 lO' BRU 224-34 Four Point Back Pressure Test 12/23/86 · -- 9 3 10 1,000 4 5 6 7 8 910 2 3 4 5 10,000 6 7 8910 lO.O~OOO. Q(MCFD) 3 4 ,5 6 7 8 910 ARCO ALASKA, INC. Cook Inlet/New Ventures Engineering TRANSHITTAL FROM: COMPANY: WELL NAME: Transmitted herewith are the following: PLEASE NOTE' BL = Blueline, S = Sepia, F = Film, T = Tape, PC = Photocopy Receipt Acknowledgment- Date' Return Receipt to- ARCO Alaska, inc. ATTN:' Judy Boegler AT0.-579 Po§t Office Box 100360 Anchorage, AK 99510 Form 3160-5 (November 1983) (Formerly 9--331) U N ~~m --D STATES SuBmT IN TRIP~" (Other Instruction/] DEPARTME OF THE INTERIORverse side) 1~ BUREAU OF LAND/vlANAGEMENT SUNDRY NOTICES AND REPORTS ON. WELLS (Do not use this form for proposals to drill or to deepen or plug back to a dl~erent reservoir. Use "APPLICATION FOR PERMIT--" for such proposals.) OIL E] aaa ~ WELL WELL OTHER 2. NAME OF OPERATOR ARCO Alaska, Inc. 3. ADDRESR Or OPERATOR 14. P.O. Box 100360, Anchorac~e, Alaska 99510-0360 LOCATION OF WELL (Report location clearlY-and in accordance with any State requirements.* See also space 17 below.) At surface Approx. 900' South & 1400' West of NW Corner, Sec. 34, TI3N, RIOW, SB& M PERMIT NO. 72-16 15. ELEVATIONS (Show whether or, RT, Approx. Il0' K.B.G.L. 88' Form approved. Budget Bureau No. 1004--0135 Expires_ August 31, 1985 5. LEASE DESIGNATION AND SmEIAL NO. A-029657 6. IF INDIAN, ALLOTTEE OR TwIBB NAME Il. flBC., T., R., M., OR BLt. ~ SURVEY OR aroma Sec. 34, TI3N, RIOW, SB& 12. Cou~qTr oR PARIflH[ 13. rotATE Kena i[ AK 16. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO : FRACTURE TREAT MUL?IPLE COMPI,ETE SHOOT OR ACIDIZE ABANDONs REPAIR WELL CHANGE PLANS . (Other) ~IUBBEQUBNT K~PORT OF: 8HOOTING OR ACIDIZING [ ~ ABANDONMENT* (Other) Production StartuD Noti f icati (NoT~: Report resul~ of multiple ~mpleQon on W~ Completion or Recompletlon Report and Log form.) 17. O~:,~CRTnE I'ROPOSED OR COMPLETED OPERATIONS (Clearly state all pertinent details, and give pertinent dates, including estimated date of starting any proposed work. If well is directionaJly drilled, give subaru-face locations and measured and true vertical depths for all markers and ~onea perti- nent '~:~ thi~ work.) s This is to notify that BRU 241-34 was restored to production status as of November 22, 1986, subsequent to a workover. This reporting is required by the Federal Oil & Gas Royalty Management Act of 1982 for.the subject well, as it has been suspended from production for greater than 90 days. DATE (This space for Federal or State office use) APPROVED BY CONDITIONS OF APPROVAL, IP ANY: TITLE DATE *See Instructions on Reverie Side Title 18 U.S.C. Section 100l, makes it a crime for any person knowingly and willfully to make to any department or agency of the United States any false~ fictitious or fraudulent statements or representations as to any matter within its jurisdiction. ~ ~,,., .,?, ; , · , . ~'orm 31oo-s UNI:~ ~ STATES suBM,T (November 1983) (Other Instruetion~ (Fo~erly 9--331) DEPARTMEN~ JF THE INTERIOR ,e,~de) BUREAU OF LAND MANAGEMENT SUNDRY NOTICES AND REPORTS ON WELLS (Do not ~se this form for proposals to drill or to deepen or plug back to a different reservoir. Use "APPLICATION FOR PERMIT--" for Buch oroposaJs.) Form approved. Budget Bureau No. 1004--0135 Expires. August 31, 1985 5. LEASE DESlONATION AND SERIAL NO. A-029656 6. IF INDIAN. ALLOTTEE OR TIIBg NAME 1. 7. UNIT AGREEMENT NAME 0IL ~-~ CAS WELL WELL ~'~ OTe~S Beluga River Unit 2. NAME OF OPERATOR 8. rLR, M OR LEASE NAME A~C0 Alesk~, Inc. ~eluge ~Jve~ ~. ADDRESS or OPERA~R 9. WB~ 224-34 P.O. Box 100360, Anchoraqe, Alaska 99510-0360 LOCATION Or WELL (Report location clearly and in accordance with any State requirements.* See also space 17 below.) At surface 258' W & 204' S of NE Corner Sec. 4, TI2N, RIOW, SB&M 15. E~VATIONS (Show whe~er DF, a?, OR, et~) G.L. = 85' K.B. = 103' 14. PERMIT NO. 86-0011 10. rlgbD AND POOL; OR WIL~AT Beluga River ll. fiBS., 'r., R., M** OR BLT. AND RURVmY OR lumA Section 4, TI2N, RIOW, SB&M Kenai I AK 16. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO : FRACTURE TREAT MUL~'IPLE COMPLETE SHOOT OR ACIDIZm ABANDON* REPAIR WELL CHANGE PLANS (Other) SUBSEQUENT REPORT OF: WATER SHUT-OFF ~'~ REPAIRING WRLT SHOOTING OR ACIDIZlNG ~ ABANDONMENT* (Other) Product ion Startup Noti ficat (NOTE: Report results of multiple completion on Well Completion or Reeompletlon Report and Log form.) I7. O~SCRIU~: rnOPOSED OR COMPLETED OPERATIONS (Clearly state all pertinent details, and give pertinent dates, including estimated date of starting any proposed work. If well is directionally drilled, give subsurface locations and measured and true vertical depths for all markers and manes perti- nen~ to this work.) * This is to notify that BRU 224-34 commenced production beginning December 3, 1986 18. I hereby certt/y that the foregoing is true and correct SIGNED . (This space for Federal or State office use) APPROVED BY CONDITIONS OF APPROVAL, IF ANY: TITLE DATE *See Instructions on Reverse Side Title 18 U.S.C. Section 1001, makes it a crime for any person knowingly and willfully to make to any department or agency of the United States ariy false, fictitious or fraudulent statements or representations as to any matter within its jurisdiction. ARCO ALASKA, INC. Cook Inlet/New Ventures Engineering TRANSMITTAL TO: ~Y'~m ~Me $ FROM: ~-~/ ~/~lC~,q ~ COMPANY. ~ 0 ~ C ~ COMPANY: ~ ~ ¢ <9 DATE. } ~Z-/~z- ~/~ WELL NAME. L~; ~/-c~ ~/a~ Transmitted herewith are the following' PLEASE NOTE' BL = Blueline, S = Sepia, F = Film, T = Tape, PC = Photocopy 3 3 Receipt Acknowledgment. Return Receipt to- Date: Nask~ Oil ~ ARCO Alaska, Inc. ATTN' Judy Boegler AT0~579 Post Office Box 100360 Anchorage, AK 99510 ' ARCO Alaska, Inc~~'' Post Offic~ ,x 100360 Anchorage, Alaska 99510-0360 Tele n Mr. Bill MacClarence Alaska Department of Environmental Conservation ~37 "E" Street, Second Floor Anchorage, Al< 99701 RE: Gas Well Testing, Beluga River Field Dear Mr. MacClarence: As discussed during our October 22, 1986 telephone conversation, ARCO Alaska, Inc. has assumed responsibility for operation of both the Swanson River (including the Soldotna Creek Unit) and Beluga River fields. As part of this new responsibility, we will be conducting equipment and well testing to verify the status of the equipment that is located in both fields. The specific reason for my'call was to discuss and provide notification of four planned gas well tests. During our conversation, I indicated that these tests could began as early as Friday, October 2t), 1986. The open burning is now schedUled to begin on or after Wednesday, October 29, 1986 and will be conducted at various flowing rates with sufficient volume to clean up any brine or water that may be in the wells. After the wells have been cleaned up, flowing will continue in order to gather well rate/capacity inform~[tion. The flow duration during clean up and testing is unknown and is dependent on the producing capacity of each well. The estimated flow period is six to twelve hours with an estimated maximum of 2t) hours. The maximum expected producing rate is 2 MM scl/d. Each well clean up/test could require two to four days to complete. The estimated Btu/scl is 1000. After the clean up and testing, the wells will be gas producers for the Beluga River field. The wells to be tested are: BRU 232-9 BRU 22#-3# BRU 211-3 BRU 2#13q Because these are gas wells, the open burning should not produce black smoke. Should black smoke occur in excess of 20% capacity, the flow will be pinched back or the well will be shut in as needed. This planned activity is regulated by 178 AAC 50.030 and because black smoke will not be produced a permit is not required. This letter and the attached map are sent for your information. Should you have a question, please call me at 265-6176. Sincerely / Peter N. Hellstrom Sr. Environmental Coordinator Attachment cc: C. Chatterton, AOGCC .~ OCT 3 1 1986 Alaska 0ii & Gas Cons. C0mm[ssion Anchorage A~CO AiasKa. 'nc..s a SuDstD,ar¥ o! At'antrcR,cht~,.-:dCompany TI3 N._~.R.IOW. / / BELUGA RIVER BRIDGE. .o Z]2 ""-" PRETTY CRE i i I i ' i i I L _ i BELUGA [ i .... i ~'~'~" RIVER , i I I I I i i I 6 OCT Oit & Gas Cons. Commission STATE OF ALASKA AL;{' ,, OIL AND GAS CONSERVATION CC,~ .,5SlON REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown '~ Stimulate ~ Plugging ~ Perforate 'X} Pull tubing Alter Casing '~, Other ~ 2. Name of Operator Chevron U.S.A. Inc. 3. Address P.O. Box 107839, Anchorage, AK 99510 4. Location of well at surface 258' W & 204's of NE Cor. Sec. 4, 12N, 10W, SB&M At top of productive interval 2130' E & 685' N of SW Cor. Sec. 34, 13N 10W, SB& M At effective depth 1981' E & 886' N of SW Cor. Sec. 34, 13N 10W, SB&M At total depth 1979' E & 890' N of SW Cor. Sec. 34, 13N 10W, SB&M 5. Datum elevation (DF or KB) K.B.=103 6. Unit or Property name Beluga River Unit 7. Well number BRU 224-34 8. Approval number 9. APl number 50-- 283-20080 10. Pool Sterling 11. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Length Structural Conductor 74' Surface 391 ' Intermediate 3284' Production 5320' Liner Perforation depth: measured 5353 feet 5050 feet 5243 feet 4940 feet Plugs (measured) .5353'-5243' Junk (measured) Size Cemented 30" Driven 20' 413-Sfc 13 3/8" 3304-8fc 9 5/8" 5338-2800' See Attached Measured depth 98' 413' 33O4' 5338' ~ue Verticaldepth 98' 413' 3024' 5035' true vertical See Attached Tubing (size, grade and measured depth) 3 1/2" 9.2# N-80 3868' 2 3/8' 4.6# N-80 1828' Packers and SSSV (type and measured depth) Baker: FH 3307' 12. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure 13. NA Prior to well operation · Subsequent to operation Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 14. Attachments Daily Report of Well Operations Copies of Logs and Surveys Run [] 15. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed . . _ . Title ,Acting Area Operations SuperintendentDate/df'-C"f]~ Form 10-404 Rev. 12-1-85 Submit in Duplicate SUPPLEMENTARY RECORD PERFORATIONS OPEN TO PRODUCTION: MD TVD 3858'-3830* 3800'-3784' 3762*-3752* 3728*-3722' 3710'-3706' 3682*-3668* 3654'-3644' 3616'-3592' 3582*-3576* 3566*-3542* 3486*-3476* 3436'-3428' 3420'-3390' 3565'-3538' 28' .42" 8 JSPF 3509*-3493* 16' .42" 8 JSPF 3471'-3462' 10' .42" 8 JSPF 3438'-3432' 6* .42" 8 JSPF 3421'-3417' 4' .42" 8 JSPF 3393'-3380' 14' .42" 8 JSPF 3366'-3356' 10' .42" 8 JSPF 3329'-3306' 24' .42" 8 JSPF 3296'-3290' 6' .42" 8 JSPF 3280'-3257' 24' .42" 8 JSPF 3202'-3192' 10' .42" 8 JSPF 3153'-3145' 8' .42" 8 JSPF 3137'-3108' 30' .42" 8 JSPF - "' STATE OF ALASKA C,,~,' , ALASKA{,_ ,i AND GAS CONSERVATION 711SSION ,~, ,"" . WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well / OIL [] GAS {~ SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number Chevron U.S.A. Inc. 86-0011 3. Address 8. APl Number P.O. Box107839, Anchorage, AK 99510 50-283-20080 4. Location of well at surface 9. Unit or Lease Name 258' W & 204' S of NE Corner Section 4, 'T12N, R10W, SB&M Beluga River Unit At Top Producing Interval 10. Well Number 2166' E & 685' N of SW Corner Section 34, T13N, R10W, SB&M BRU 224-34 At Total Depth 11. Field and Pool 2013' E & 890' N of SW Corner Section 34, T13N. RIOW. SB&M 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. ' Beluga River - Sterling G.L.=85' K.B.=103'I A-029656 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore 16. No. of Completions 4-10-86 4-25-86 / 5-7-86I NA feet MSL '17' T°tal Depth (MD+TVD)18'Plug Back Depth(MD+TVD' 19' Direc~i°nal S"UrveY5353 '; 5050 ' 5243 '; 4940 ' YES ~ NO [] I20' Depth where sSSV setNA feet MD I21' Thickness °f Permafr°stNA 22. Type Electric or Other Logs Run DLL/MSFL/SP/GR/CAL/CNL/LDT/BHC-SONIC/RFT' s/SWS ' s/CET 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED ~0" 31o~ 24' 98' 20" 94# H-40 22' 413' 26" 590 SKS "G" i3 3/8" 68~ K'55 20' 3304.' 17 1/2." 2170 SKS "G" 9 5/8" 47# S-95 18' 5338' 12 1/4" 1000 SKS "G" 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD .nterval, size and number) SIZE ~ T, DEPTH SET (MD) PACKER SET (MD) ~3~' 3868' 3307 See Attached ' 2 3/8" 1828' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED . 3280'-3278' 200 SKS Cl "G" Cmnt ,. 27. ' ' I~RODuCTIoNTEST Date.. FirstProduction, . , I.Methodof. Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-'MCF WATER-BBL CHOKE SIZE GAS-OILRATIO ' ~5/3/86 6' TEST PERIOD [~ '0 1114 0 36/64 NA E!o, wTubing, Casing Pressure . CALCULATED.I~ OIL-BBL GAS-MCF WATER-BBL OILGRAVITY-API (corr) Press... . 120.0. . ' 0 ' 24-HOUR RATE '~' ' 0 8,782 0 NA 28. CORE DATA' Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. No Cores ',' . · Alaska 0u c, ..... ...,~s. · A~ich0ra.q8 Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE ~ 29. 30. NAME Sterling A B C Beluga (D) E F G GEOLOGIC MARKERS MEAS. DEPTH TRUE VERT. DEPTH 3059' 3249' 3406' 3340' 3534' 3695' 3862' 4120' 4507' 5070' 31. LIST OF ATTACHMENTS _______S. u p pl.e. ~e B.t.¢3.~.~ Record FORMATION TESTS 3596' 3822' 4206' 4767' Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. WSO Test 3382'-3382': Perf with 5-~" JS?F. Opened tool with 750 PSI underbalance. Had 25' fluid rise in first 3 minutes and well died. Left tool open 2 hours and SWI. Results: water shut off. DST #1: Interval perforated and tool opened with 350 PSI underbalance N2 cushion at 12:40 PM GTS at 1:25 PM 5/3/86. 6:00 FP IFP=1056 PSI FFP=1491 PSI 9:00 SIP FSIP=1501 PSI. Flowed 8,782 MCFD 36/64" choke FTP=1200 PSI. RCVD trace fluid. 32. I hereby certi'fy that 'the foregoing is true and correct to the best o'f my knowledge Signed .... ~__~,,, Title St· Area gng±neer Date INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24' If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method o'f Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none". Form 10..407 SUPPLEMENTARY RECORD PERFORATIONS OPEN TO PRODUCTION: MD TVD 3858'-3830' 3800'-3784' 3762'-3752' 3728'-3722' 3710'-3706' 3682'-3668' 3654'-3644' 3616'-3592' 3582'-3576' 3566'-3542' 3486'-3476' 3436'-3428' 3420'-3390' 3565'-3538' 28' .42" 8 JSPF 3509'-3493' 16' .42" 8 JSPF 3471'-3462' 10' .42" 8 JSPF 3438'-3432' 6' .42" 8 JSPF 3421'-3417' 4' .42" 8 JSPF 3393'-3380' 14' .42" 8 JSPF 3366'-3356' 10' .42" 8 JSPF 3329'-3306' 24' .42" 8 JSPF 3296'-3290' 6' .42" 8 JSPF 3280'-3257' 24' .42" 8 JSPF 3202'-3192' 10' .42" 8 JSPF 3153'-3145' 8' .42" 8 JSPF 3137'-3108' 30' .42" 8 JSPF ' CC-Morn. Drilling Morning Report Proposed TO ~ ~ TVD( ~2 Y3 PBTD) ~J ? 3 MD ~~ TVO /17 Depth Worst Wear ]% Rem DOL ~ ~,, Days Torque IOrag Last Casing S~ze q~<~ Set~ Cum Rot. Hrs.: On Casing ISince Last Cal. iner Gel Pm Wt. Material t iTolal Length Set @ IWL . IHT'HP Pf/MI / Gel ICaustlc Drilling Max. Drdling IConn. M D Angle Oirection Type Ser. No. MD TVO-TOP @ MD TVD Type FV FC ISolids %Oil 13/o Sand TVO IPV Ex Lime ISa t MBT IYP ITrip Trip Chlorides IRemarks Coordinates (H.W.O.P.: Consists of Out Feet SPM Pressure GPM I Jet Vel. Operations Covering 24 Hours Ending @ Midnight Ann. Vel. Bit HHP Pump HHP Cum Mud Daily Tangible Drill H~O Pot H~O Fuel Cum Well I Acodents ~'""~'~"' R.L. ~, lc~ ~ ~m~ GO 1211 lCD 3 85) Prmled ~n d Drilling Morning Report cc..o,.. IProposed TO Oepth~3~3MO ~~0 TVO ( ~Y3 PBTO) ~323 MD ~~ TVD ~o~s I hoe Test On Casing Liner Set 0 MO TVD - TOP 0 MD TVD w~. o ~O /N AHH~ FV PV Gem mwL ]HTmHp )FC ~Solids I°/o Oil ~% Sand I,BT )PH Pm Pr/Mr CL CA Ex L)me El Stab WL MsEefls) Gel )CausUc Lig Cls. Sa)~ CaCI, Other M 0 Angle O~rection TVO Coordinates V S DLS ~ Feet Hrs. WOB RPM T B G No. S~ze Type Set. No. Jets In Out Total Length ~ (H.W.D.P.: ) Consists of . ~~~ ~ - ~ ~ou ~"-- ~.r Vel Ann. Vel. Bit HHP Pump HHP ~. ~ Pump Liner Stroke SPM Pressure u .... ~ - Hrs. Operations Covering 24 Hours Ending ~ Midmght [ ~ h OooP 04 I · _ , , - · , ~O ~/~P~ ps~. co~o6c~0 o6p~s : mp ~ ~ , - L.~: 3.,,,,,,, o,. ~, ,7o 1o3 GO 1211 iCD-3 851 Pr,med ,n U S A. Drilling Morning Report Proposed TO Oepth ~3 ~J MO ~0~ TVO ( ~2Y3 PBTD) %~73 MD ~~ TVD OFS Total Rot. Hrs. Las~ Cas,ng Size g [~ Sero gJJ~ MO ~Xr TVO ~Shoo Test EMW Cum Rot. Hrs.: ]Since Last Cal. Depth Worst Wear % Rem On Casing , Liner Set ~ MD TVD - TOP ~ -MD TVD Wt. ICO IFV YP 6el % Oil Sand Wt. Material Gel ICaust,c Lig. ' CIs. Salt CaCI~ Other ~ Avg. Drilling Max. Orilling IConn. Trip Trip Chlorides tflemarks M O Angle Oirection TVO Coordinates V S OLS No. S~ze type Ser. No. Jets In Out Feet Hrs. WOB flPM T ~ G Consis[s To~al Length (H.W.O.P.: ) Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. O~erations Covorin~ 24 Hours [ndi~ ~ Midnight Mud Oaily Tangible Printed m U S.A Drilling Morning Report I Proposed TD ~Depth ,5-.~.~ ~-3 MD .~"g::).~ TVD ( ..q' ::1. Y3 PBTD) ~~ MD ~~ TVD ~DFS Hrs To[al Rot. Hrs. IShoe Tes~ Last Cas,ng Size ?~ Sero ~33g Mo ~2~ TVO EMW Cum Rot. Hrs.: ]Since Last Cal. ~Depth Worst Wear % Rem On Casing L,ner Set ~ MD ~D- TOP ~ MD TVD C A Ex Lime El Stab Wt. Material Gel ~Caust,c Lig. ' CIs. Salt CaCI~ Olher Avg. Ordling Max. Orillin9 Conn. Trip Trip Chlorides JRemarks M 0 Angle Oirect,on TVO Coordinates V S DLS ~ RPM T 8 No. S,ze Type Sar. No. dets In Out Feet Hrs. WOB Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. 8it HHP Pump HHP .. Hrs. Operations Covering 24 Hours Ending ~ Midnight ~ ~INI&~ ~ ~ g~lLO-ff~ ON OS~~/, I CI~C 0~ C~5 LOAO ~~ Lost ~ ~.F/~ ~ H/ON/~- 12 ~SL ~ _ FFP e lF:YO · t~1.31 F~IP e 03: yt = /~Od. 92 ~ - ~ Daily Mud ~ jpo[CUH:oMUd '~ ~Fuel, ~Oaily Tangible [Cum Tangible IDaily Well '' ~ ~'~'/]Cum Well,, ~ Ori,l H,O IBulk wi- IBulk Cmt' Accidents GO Pr,nted ~n U.S A. Drilling Morning Report ,Depth ~.~'3 ,.~,..~ MD ~-~ ,,.~"'d~ TVO ( ~2~ PBTo)Pr°p°sed To ~~ MD ~~ TVD OFS Total Roi. Hrs. Last Casing S,z8 ? ~ Set ~ ~3 ~ MD X~~ TVD Shoe *est EMW ~ Cum RoL Hrs.: Depth Worst Wear % Rem '~ On Cas,ng ~ ]Since Las~ Cal. Liner Set ~ MD TVD -TOP ~ MD TVD · / ~ : C A Ex Lmme El Stab Wt. Matermal Gel JCa.st,c Lis. CIs. Salt mmcacl= Olher M O Angle Direction TVD Coordinates V S D LS No. S~ze Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Consists of Total Length (H.W.D.P.: ) Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP , Hrs. Operations Covering 24 Hours Ending ~ Midnigh~ m Accidents Rig Printed ,n U S.A. CC-Morn. Well UsA Code Drilling Morning Report I Oa,e..5._ ~oe TVD MO TVO { PBTO) ]Proposed TO OFS OOL Days Hrs. Days Slack Off Wt. MD Hrs. Torai Rot. Hrs. Casing S,ze Set @ MO IOepth Worst Wear ]%Rem Cum Rot. Hfs.: I'Since Last Cal. On Casing TVO Shoe Test EMW ,net Set @ MD Type TVD-TOP ~ 'FV IPV MD TVD ~el wL IHr. Hp Solids %0'1 I3/o Sand IMST PH M 0 Angle Ither Avg. Drilling Max. Orillino lConn. Trip ]Trip Chlorides Remarks Oirectmn TVO Coordinates Type I Ser. No. ¥otal Length (H.W.O.P.: ) InI ou, Consists of IFeet VS SPM Pressure GPM Jet Vel_ Operations Coverin, 24 Hours Ending @ Midnight ~:~"- a~ '(~") Ann_ Vei. Bit HHP Pump HHP 6 ao z'~s' " 6 ¥0 "lily " Daily Mud [Cum Mud IOailv Tangible Or,II H,O [Pot H,O Rig Phone I Cum Tangible IDaily Well IBulk Wt. IBulk Cmt. I°"'''~"'"' R.t. ul~.cox, ICum Well ITotal Appr. IAccidents 60-12!I (CO 3 85i Pnnted ,nd S.A. Drilling Morning Report iIi%~1 iiI ii Proposed TO Depth ~ ~ MD ~ TVD ( ~ ~ ~ ~ PBTD} ~ ~ ~ MD ~0~ TVD DOL ~7 Days 4/~ Hrs. ~ o,~ ~/¢ ,,~. //7 DFS ~Total Roi. Hrs Shoe rest Last Cas,rig Size ~ ~ Set o ~33 8 MO ~3 ~ TVO EMW Cum Rot, Hrs.: Depth Worst Wear % Rem On Casing ~ ISince Last Cal. Liner Set ~ MD TVD- TOP ~ MO TVD W~. ICO FV YP Pm PI/Mr / CL [ ~ ~ CA Ex bme El Stab Wi. Malenal Gel ICaust~c b9. CIs. Salt CaCI, Other Avg. Orilhng Max. Drilling Conn. Trip Trip Chlorides IRemarks M O Angle Direction TVO Coordinates V S OLS No. S~ze Type Set. No. Jets In Out Feet Hrs. WOB RPM T B G go, 30 ~OP Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight F/3Y3o' F/IToP', p~, RIO *. . ~! ,., r. Pnnted ~n O $.A. Drilling Morning Report CC.Mor.. ]Region IOlv'si°n A~.A~ Corn,an, C'tt£UI?OtY LZSA Proposed TD Total Rot. Hrs. DOL ~ DaYS]Drag * t~ Hrs. Rot Torque Shae Test Last Cas,nD S,ze ? ~ Set O ~3~ ~ MO ~3 ~ TVD EMW .~ Cum Rot. H,s.: ]Depth Worst Wear J% ~m. Une~ Set ~ MD TVD - TOP ~ MD TVD ~'- ~.o I~° ~~ I~'~~ ~m~ I~v I~v I~" Pm PI/Mr C L t ~ ~ ~ CA Ex Ume El Stab Wt. Material Gel JCaus,ic LiD. CIs. Salt Other M 0 Angle Direction ~VD Coordinates V S BLS No. S~ze Type Ser. No. Jets In Out ' Feet Hrs_ WOB RPM T B G ' i Pump Liner Stroke SP~ Pressure GPM ~et Vel. Ann. Vel. Bit ~HP Pump HHP -- ,,S~ .... Operatio,s Covering 24 Hours Ending ~ Midnight ~'1 ~ . ' ~ ~ · I ~ D~ ~ ~ ~ Daily Tan~le ~ ~ ~ ~ ~ Ri~on~ ._~ ....... /.,~ ents · 60-1211 iCO 3-85l Pnnled Jn U.S A Drilling Morning Report IRegion Division Proposed ID Depth ~ ~ MD ~0 5-~ TVD ( ~ ~ PBTD) ~3 7~ MD ~ ~ 0 TVD OOL DFS tTotal Rot. Hrs. R ~ Days + / ~ Hrs. ~0 Days · ~ [~ Hrs. H 7 onCUmcas~ngR°t Hrs.: ISince Last Cal. Depth Worst Wear 1% Rem Uner Set ~ MD TVO -TOP ~ MD TVD Wt. FV IPV Pm PT/MT I C L l~O ~ c, Ix Lime El Stab Wt. Material Gel Igaust~c ~Lig_ I CIs. Salt O~her Avg. Ordling Max. Drilling IConn. Trip Trip Chlorides Remarks M O Angle Oirecuon TVO Coordina[es V S OLS No. S~ze Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. 8it HHP Pump HHP Hrs. O~rations Co~erin~ 24 Hours [ndin~ ~ Midni~h~ 3 CO~T ~/a 2 P~H- ~[D JAGS, Pr~med ,n U SA. Drilling Morning Report IField Ioa'e . IPage ,Oepth 5~ 5 ~ MD ~050 TVD ( PBTD) ~3 MD ~0~ 0 TVO Cum Rot. Hrs.: ISince Last Cal. ~gepth Worst Wear % Rem On Casing L,ner Set ~ MO TVD-TOP ~ MD TVD ~%/ ~o ~.~ ~ I 0 ~i y ~ ~.0' W~. M~er,~l 6el i~ausuc L,g. Qs. ~It ~61~ 'vg. Or,ll,ng Max. Drilling ~nn. ~,~Tr,p ,lot,des , VS BLS M D Angle Direction TVD Coordinates ~ No. S~ze Type Se~. No. Je[s In Ou~ Fee~ Hrs. WOB ~PM T B G Total Length (H.W.O.P.: ) Cons,sts ~ ~ ~ - ' .... ~ -- Je, Vel r Ann Vel. Biz HHP Pump HHP Pump Liner S~roke SPM rressure urm , - " .... ~~ ~ . . Operations Covering 24 Hours Ending ~ Midnigh[ . I ~ ¢{-1. I..~ /z COX ,,.,e,,.u.s.A. cc..o,.. Drilling Morning Report Proposed TO OOL ~ 3 Days ~/~ Hrs. DFS /~ Days &/~ Hrs. To,al ApL Hrs_ / [ y ro,,.~ IO,~,ao,. wt. P/U wt. ~Siack off wt. Las~ Cas,no S,ze /~ >/~" Set ~ ~ ~ 0 ~ r MD ~ ~ ~ ~ ( TVD Ish°e Tea i ~' ~ EMW onCUmcas~ngR°t Hrs.: ISince Last Cal. Depth Worst Wear [% Rem Liner Set ~ MD TVD - TOP ~ MD TVD [CO FV PV Pm PI/Mf CL CA ~ El Stab Wt. Material Gel Caustic Lig. CIs. Salt CaCI~ Olhet M O Angle Oirectmon TVO Coordinates V S DLS. No. Size Type Set. No. Jets In Out Feet Hrs. WOB RPM T B G Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Endmng ~ Midmght - f .~/ff ~ ~-~3 '~ ~,'11 t · ,, OailyMu, XO: JCumMud 7e/~ ¢ OailyTangible CumTanglble IOailyWe'~//~ [Cum'Well/~rO~? / ~z ~ I"'~"C~oz) ~r~-~zs~ I~"'"~""~~/~,~ I~'~'~. / ....... Drilling Morning Report £C-Morn, I Proposed TO Oepth 5 ~ 5 ~ MD ~05 0 TVD ( PBTD) 5~ 7~ MD 5 0J ~ TVD OFS ~[~ Hrs Total Rot. Hrs. OOL ~ ~ Days +/~ Hrs. t 7 Days . onCUmcasingR°T' Hrs.: Igince Last Cal. ~Oepth Wors~ Wear % Rem Uner Set ~ MD TVD · TOP ~ MD TVD w,. ~co ~,~1~ .,~ ~ / I~°'''~ // 1%0" o I ~ C L C A ~ El Stab Wt. Material Gel ~Caust~c Lig. CIs. Salt CaCI~ Other M 0 Angle Oirection TVO Coordinates V S DLS I No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Tota, Lengm //~y, ~ (H.W.D.P.: ~//, 7t ) Consistsof ~f'p. Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. git HHP Pump HHP Hrs,Operations Covering 24 Hours Ending ~ Midmght _'7 ~ ~~.~ ~ /~ ~.lc~u~/~.~ / ~- ( ~ ~', ~ ~ '~ ~ ~ v ~.. x ~. " ~1~ ,/~ ~-ff) ~ PO~. __ . I . , ,, X OailyMud~x~? [CumMud~-TW? IOailyTangible ]CumTan~ible IOailyWell~j~'/~ ICumWellr/~722 _ Pr,hied ,n U S A. -,c..o,.. Drilling Morning Report ~' Proposed TO Oepth 5 .~ 5 .~ MD 50 ..~"0 TVD ( PBTO) 5 .,~ "73 MO ~0~0 TVO OOL ~OFS JTota, Rot Hrs. ~ / Days ~ / ~ Hrs. /~ Oays ~/6 Hrs. //~ Shoe Test onCUmcasmgR°t' Hrs.: JSince Last Cal. jOepth Worst Wear % Rem. Uner Set 0 MD TVD- TOP ~ MD TVD ~"/~,o I~° ~~ ~,,,e~//~. ~v ~ "~ /e ~" ~C ~m ~t/Mt CL CA ':~ Ei Stab Wt. Material Gel JCaustic L~g. els. Sail CaCl~ Other M 0 Angle Oirection TVO Coordinates V S OLS No. S~ze Type Set. No. Jets In Out Fee~ Hrs_ WOB RPM T B G . ~ ~ ~ - · , ~ .. - Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Opera,ions Covering 24 Hours Ending ~ Midnight I ' Daily Mud,~?~ q ]Cum Mud ~?eO Oail, Tangible Cum Tangible ~Daily Well 71~? Cum Wel'/o q ~/0 Drilling Morning Report ~ ]Proposed TD Oepm ~ ~ ~ ~ MD ~~ TVD ( PBTD) ~ ~ MD ~0~0 TVD DFS ITc[al RoL H~s. ~ 0 Days IPtU wt Islack Off wt- Shoe Tes~ LastCas,ngS,ze /~'~/~ v Sero :~0~ MO ~? TVO /% ~ EMW onCUmcasingR°t' Hrs.: ~Since Last Cal. Depth Worst Wear % Rem Uner Set ~ MD TVD · TOP ~ MD TVD . i,v ~t. ~,~ ICO~~~'H~ FC Type ~0~~ IFV ~~%Sand MB~ ~ ' Pm Pr/Mr CL ~ ~ El Stab .O Wt. Material Gel ~Caus~c Lig. Cls. Salt CaCb Other Avg. Orilfin9 ~ Max. M D Angle Direction TVO No. Size Type Set. No. Je[s In Out Fee~ Hrs. WOB RPM T 8 G Pump Liner S{~oke SPM Pressure GPM Je~ Vd. Ann_ Vd. Bi{ HHP Pum~ HHP Hrs, Operations Covering 24 Hours Ending ~ Midnight -~ ~,-I/ /~ ,/~ ,,/~/~ ~ ~ ~ - ~oo ~ ~ ' . Accidents Printed ,n USA. CC-Morn, "~--"" '"-'~Drilling Morning Report TVO / q Days Hrs. Cum Rot. Hrs.: Depth Worst Wear l a/o Rem On 6esing ~Since Last Cal. Li~er Set ~ MD TVD - TOP ~ MD TVD Pm 0'~ PflMI O, [ I O, ~ gL ~pO0 CA ~O ~ ~pp EIStab Wt. Matenal Gel ICaustic Li9. CIs. ;alt CaCI~ Other ~ Ay,. Orilling ~ Max. Or,lling ~0 ]Conn. Trip ~0 ITrip ChI°rides Rema,bs M 0 An~le Oirec:ion ~VO Coordinaes V S OLS No. Size Type ger. No. 3ets In Out Feet Hrs. WOB RPM T B G Pump ii,er Slroke SPM Pressure ~PM Jet Vel. Ann. Vel. 8i~ HHP Pump HHP I I Hrs. Operalions ~ove~m~ 24 Hours Endm~ ~ Midnight / I p/ff. ~[ ! G0-1211 ~ '7 'ttt? Pr,ri,ed ,n U S.A- Drilling Morning Report Company C___~~ (..'L..~,~ ~ ~/O...~ ~ ~,A. · Proposed TO ~Oep,h ~WO MD ~1t0 TVO ( PBTD) ~37~ MD 5~5 0 TVO OFS Total RoL Hfs .~ 00L /~ DaVs +/~ Hrs. / 3 Days */~ Hrs. Test ~ Last Cas,no Size 1~ '~/~ ~' SetO ~OY MO ~0~ TVD ~ /~, ~ EMW .~ Cum Rot. Hrs.: ]Since Last Cal. Depth Worst Wear ]% Rem ~ 'On Casmng ~ L~ner Set ~ MD TVD-TOp ~ MD TVD P U~ ' '~: + ~ ,'~' ]Trip ~Trip Chlorides U 0 Angle Direction TVO ~ Coordinams ~ V S D LS 3~O /~.G "3g, Y" 3~7,~5 ?b~,lY 7~J.~ ~ h q~ , ,, ~,~ ,. ,qOx~,~l I0~, ~I ~r~. ~ I No. Size Type Set. No. Jets In I out 6eet Hrs. w08 R~M T 8 Pump Lmner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. 8it HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnigh~ . ----~ Oaily Mud ~ f ~ Cum Mud ~.. ~~Daily Tangible Cum TanoiUe IOailv Wen~g~r~ ~ ~c..o,.. Drilling Morning Report I Proposed TO Oepth _~'/y MD '~ ~ '~ 0 TVO ( PBTO) ~ ~ 73 MO ~ ~ 0 TVD OFS Hrs, JToml Rot Hrs. ShOe Test Laa Cas,ng Size i ~ %/~" Set 0 ~ ~ / MO ~ ~ ~ TVO / ~, ~ EMW On Casing ]Since Last Cal. bner Set 0 MD TVD -TOP 0 MO TVD HT-HP % Oil Sand MBT~ PH Pm Pf/Mf CL ~CA ~ /~ El ~t. Material Gel ]Caustic Lig. CIs. Caglz MO Angle Direction ~ ~ ~ Coordinates ~j ~V ~ OLS ~~ /2,0 z/~z, 7c~ //3o. ~o ~2, ?7 7/~. ~y ?/e~.5/ 6. J~ I No. S~ze Type Ser. No. Jas In Out Feet Hrs. WOB RPM T B G Pump brier Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP I Hfs.Operations Covering 24 Hours Ending ~ Midnight ~ ~~,,~ ~.//~e/,.~ ~d,; 1~. ~1 ~1,.~,, ~~ ('~,./ / ¢~ ~;~;!/ /~ '/~ " /~& ' 7?~ - ?Z'1Z~ lC; ~ i ~ , G0-1211 d'??¢ Pr,hied ,n U S.A Drilling Morning Report ~' IProposed TD Oepth 5Z~ ~ MO ~O~/w3 TVO ( PBTO} ~.> 7 5 MO ~ ~ 0 TVO DFS Total Rot firs. /~ Oays Torque IOrag RoL Wt. P!U Wt. Slack Off Last Casing S,ze / 5 ~/$ '~ Set 0 7 ~0 L/ MD ~0~ ~ TVD Shoe Tes, EMW On Casing Uner Set ~ MD TVD · TOP ~ MD TVD Wt. . JFV Y P I Pm Pr/Mr CL CA Ex Ume El Stab / Wt. Material Gel Caustic Lig CIs. Salt ~aCl~ Avg. Dr,fling Max. Drilling j Tfip Chlorides M O Angle O~rect,on TVO Coordinates V S DLS ' I No. Size Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Total Length //0 P, ~6 (H.W.D.P.: ) Consists of i,~ ~/y ~ ;~' ~ , . Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bi~ HHP Pump HHP I Hrs. O~erations Coverin~ ~4 Hours [ndin~ ~ ~iOni~ht , · g / _ $ Bally Mud~/~ ¢ JC,m m,o ~6 ~0 jo~,,y Tangible JCum Tangible IOaily Well ~6~ ~ JCum W~~/6~ _ ,,.,,o,.. Drilling Morning Report I Proposed TO Oepth ~'~ 3 ~ ~ MO '~'0 ~..~ TVD ( PBTD) 5 ~ 7..~ MD 5 0'..~ 0 TVD ~ ~orque Drag IRotWL P!UW[. ISlackOflWL ,. ~ ~ ighoe Test Last Cas,ns Size / ~ ~/~ Set ~ ~ ~ 0 g MD J ~ ~ TVD EMW [Cum Rm. Hrs.: Depth Worst Wear I% Rem ,On Cas~n9 ISince Last Cal. Liner Wt. Material Gel Caustic li9. CIs. Salt Avg. Ordhn0 Max. Orilling ~Conn. ~ lrip Chlorides M fl Angle Direction TVO Coordinates V S BLS No. S~ze Type Ser. No. I Jets In Out Fee[ Hrs. WOB RPM r B 6 To,al tongm //0 Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bil HHP Pump HHP Hrs. O~erations G0-1211 ;CO 3-851 Printed m U SA. Drilling Morning Report I IT°'ai R°t' Ha ~'~ OOL / ff Days ~ /~ Hrs. DFS Last Cas,ng Size / ~ ?/~ Set 0 ~ 3 0 ~ MO ~0~ ~ TVD Shoe re~, EMW '~ ~onCUmcasingR°t' Hrs.: ISince Last Cal. ]Oepth Worst Wear % Rem ibner Set 0 MD TVD -TOP ~ MD TVD ~ Pm Pf/Mf CL CA Ex Lime El Stab Wt. Material Gel Caustic Lig. CIs. Salt CaCl~ j Avg. O,i,ling Max. Orilling Conn. ]Trip ITr,, C"'or'd.s M O Angle Direction TVO Coordinates V S BLS No. S~ze Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Consists of Total Length (H.W.D.P.: ) Pump bner Stroke SPM Pressure GPM Jet Vel. Ann Vel. Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Midnight .- ~ . Oril, H,O [Pot ,,0 I""" ?w,. iBulk cmt. iTOtal Appr. f~ ~rO00 _ Bep. CC.,or.. Drilling Morning Report Proposed TO Depth ~ ~ J ~ MO ~ 0 ~ ~ TVD ( ~ PBTD) ~ ~ Z ~ MD JO J 6 TVD .~.: OOL / 3 Days ~ / ~ Hrs. ~ Days + / 8 Hrs. 7 7 ~ Torque Drag Rot Wt. P/U Wt ~S!ack Off Wt. Last Casmng Size ~ Set 0 ~ ~ ~ MD ~[ ~ TVD ~Shoe Test EMW .~ Cum RoL Hrs.: ]Depth Worst Wear % Rem ~ On Casmng JSmce Las~ Cal. )Liner Set ~ MD TVD - TOP ~ MD TVD · ~ Pm ~ Pr/Mr ~ / ~, ~ CL ~ CA 0 Ex Lime ElS[ab Wt. Material Gel Caustic hg. CIs. Salt CaCb M 0 Angle Drection TVD Coordinates V S D LS No. S~ze Type SeT. No. I Jets In Out Feet Hrs. WOB RPM T B G .~ ~q ~7'~ ~rc-~ ~ ,'738 /f ~t ~~ ~o~ ~'~- ~ Y ~ i TommLength //5~ , ~0 (H.W.D.P.: q//, ~g ) Consistsof ~i~ W~ ~/~/~, /0, ~/, ~ ~/ Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. git HHP Pump HHP Hrs. Operations gouerin~ 24 Hours [ndin~ ~ Midnight ~r~ $ DallyMud~7v [CumMud /~ ~0~ JOailyTanoible ~CumTangible m,m,w~,m307V~ / _ GO 1211 ~CD 6 7~ f PnntedmUSA Drilling Morning Report Well / of / ~(~' ~,~/~'-~¢ ICh'C°de /~a./~O~'~,/~..~ IField ~/,~ ~/~ ]Oate~-/7-~4 lPage v ~ Proposed TO ~""'" 3Z~ MO ~O?Z TVO ~ ~ PeTD~ ¢$?~ ~O ¢~;0 TVD i Total Rot. Hrs. ~ DOL /~ Days ~ t ~ Hrs. ~ Oays Shoe Tes~ Las, Cas,hQ Size ~0 Set 0 Y~ MD yt ~ TVD EMW '~ onCUm~as~ngR°t' Hrs.: ~Since Last Cal. ]Oepth Worst Wear % Rem Uner Set 0 MD TVD - TOP 0 MD TVD Wt. ICO FV [PV YP ~' ~//~ /o - 2 ff o,, 0 ,/~ ~5 ~.~ · ~ Pm ~ Pr/Mr 0 ~ ~. ~ CL ~00 CA 0 Ex Lime ElS[ab ~. Material Gel ]Caustic Lig. CIs. Salt CaCI~ ~ ~ Avg'Or'llin9 ~ Max'Orlllin9 /0 ]Conn. /0 ]Trip Trip Chlorides Remarks~~ MO Angle Oirec~ion TVO ~ Coordinates ~ ~v ~ VS OLS No. S~ze Type Se~. ~o. Je~s In Out Feel H~s. WOB RPM ~ B G i Pump Liner Stroke SPM Pressure GPM Jet Vel. ] Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covenn6 24 Hours 6riding ~ MidniGhz - 7'a D;,'/I ~ / ~e/- ~o7~: L $ OallyMud:a?~ CumMud /~?~8 IOailY'angible ICumTang'ble }OailYwell~Sg5 IC"mWe"S~/5~3 - Ori,l,,O IPoIH,O I,,,, I i'o'''""''- _ ;_ cc..o,.. Drilling Morning Report Proposed TO Oepth ~ 3 ~ MO ~0 ~ TVO ( PBTO) ~ ~ 7J MO ~ 0 TVO _ DFS ]Total Rot. Hrs. Last Casmng Size ~ Set 0 y/~ MO ~/~ TVO ISh°e Test ~' EMW '~ On Camg ~Since Las~ Cal. Uner Set ~ MD TVD TOP ~ MD TVD ~ pm Pf/Mf CL ICA Ex brae ~t. Mater,al Gel Caustic Lig. Cms. Sa CaCl~ Other Av9, Dnlhn9 . Ming M ~ Angle Direction TVO Coordmaes V S DLS ~ Fee~ Hrs. WOB RPM T B G No, S~ze T~pe Set. No. Ja~ ~ ~ ~ ~ / Pump Lme~ Stroke SPM Pressure GPM Jet Vet. Ann. Vel. ~ii HH~ Pump HH~ Hrs. Operations Covering 24 Hours Ending ~ Midmgh~ ~ //~ ~,~ 27~/'-~1', ' / ' ~ ~ ~ ~ ~'~ '" ~ DailyMud ~~ [CumMud /2~ IDallyfangible Cum Tangible GO 1211 7 ~ ? Pnn,ed mn U S A c,..o,.. Drilling Morning Report Oepth ~ ~0 ~ MD ~ ~ ~ 2 TVO ( PBTD) ]Proposed TO ~ 7~ MO ~0~0 TVO DOL OFS Total Rot. Hrs. Torque 3~~ Orao Rot. Wt. ~~ P,U Wt. /0~ ~00 ~Slack Of Wt Last Casino Size n . Shoe ~est Set ~ y/~ MD ~/3 TVD -- EMW Cum Rot. Hrs.: Depth Worst Wear % Rem On Casing ISince Last Cal. ~ bner Set ~ MD TVD · TOP ~ MD TVD ,w,. ?.~. i~o ~~ ',-~/~~ I~v ~ I~ ~ Pm Pr/MI CL CA Ex Lime El Stab ~. Mamnal Gel ]Caustic Lig. CIs. Sal~ CaCI~ . ~g. Brilling M~. D~illing rip Chlende~ ~R~mark~ . M ~ k~gl~ Direc~io~ TVD Ce~rdinam~ 17q¥ 3~.~ N~O.~ 171D. 2~ N 297.~7 ~ ~5~.g~ 3~.70 0,13 2230 32.7 ~lJ?.?~ 207~.~7 ~f~.12 YIl. l~ &33.~R 0.63 23S~ ~.0 N)g.7~ g17%91 ~36,13 VS2.1? 70[,3o No. S~ze Type Ser, No. Jets In Out Feet Hrs. WO8 RPM T B G I l°talLenoth IIqT. IO (H.W.O.P.: 9/I. 33 } C°nsists°~B/~ ~JtH85~gXOj/O' L~j 5~/Md~FLi~M$~ d I Pump Liner Stroke SPM Pressure GPM del Vel. Ann. Vel. Bit HHP Pump HHP I ~ It g O /306 fy/ 2YO ~g DP v~ ~ /2Y 33~ Hrs. Operations Eoverin924 Hours Ending ~ Midnight i CleC d~Ms ~- fqM~ p/Lt. ~. Pu~v ' ~dK T ' 3 f . / ~ ~/ ?~. 7 '~ ~ Yg ?. ? o ~D g 73. ~ Drilling Rep. ~Accidents cn-~2~ //'. ',fi. (:;re d,~ ~ ,,,.,,,~,.usA ,c..o,.. Drilling Morning Report We,, - z~z~z6A- ~/u~f Ioa:e ¥-Iy-Z7 I ~ / Proposed TD .~oo~ ~ om ,1 ~ ,rs. V Oa~, + t~ ,r,. 9 ~ ~/~ Set 8 ~/~ MD ~/~ TVO EMW ' Cum RoL Hrs.: ]Oep[h Worst Wear I%Rem '[ On Cas,ng // ISince Last Cai. -- -- -- Liner ~ Set ~ MD TVD- TOP ~ MD TVD ~ Pm PtlMf CL CA Ex brae El Stab , b. ~ O. 2 ~ O.~ WL Mater,al I~ Gel 1~ Y ]Caustic Lig. CIS. Salt CaCb - ele~ M 0 Angle Olrecuon TVO Coordinates V S D LS ~ / I ( ~ 13.0 ~ y/. g~ 1102. 2g lY ~8 2Y.O ~/.~ 13y).e7 i~Y.O~ 13g.2g Ao~7 2.37 I~Y 2~ yo, fw tf~b,oz ZOO. l/ /~3, i~ ~77.~, Y, fJ _ No. S,ze Type Sar. No. Jets In 'Out Feet Hrs. WO8 RPM T B G Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP pump HHP ~ I 6 If ~O l~O~ I Hrs. Operations Covering 24 Hours Ending ~ Midnight =' I Pooh , ~cit( 7 Onl' H,O ~Bulk Wt. [Bulk CmL ' olal Appr.~ GO 1211 {C0-3-851 Pr:hied in U S A. Drilling Morning Report ich. Cod, iF,eld DatePage JY~ ~a~~Ro,. Hrs.MD ~0~0 TVD OOL ~ Days ~/~ Hrs. 3 Days + ~ Hrs. Shoe Test Las, Casing S,ze 20" Set ~ Vi3 MO Y/3 TVO EMW Cum Rot Hrs.: Depth Wors~ Wear J% Rem On Cas,ng 3 I/~ JSince Las~ Cal. -- -- L,ner MO TVD ~ Set ~ MD TVD- TOP ~ Pm Pilaf CL &A Ex Lime El Slab Wt Material Gel ~ ~Causuc bg. CIs. Sail CaCI~ M~x. Orilling J~ip rip Chlorides IRemarks I M 0 Angle Oirection TVD Coordinates V S BLS No. Size Type Set. No. Jets In Out Feet Hrs. WOB RPM T B G 4~,xo, N~OP ~)8l~,ds,, DOzF~'~Ic~5u~iI¢"zF~P~/ w~xo, ~zE~~/~'-~'~ Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bi[ HHP Pump HHP I I Hrs. Operations Covering 24 Hours Ending ~ Midnight $ 0.,,,~., ~(q/JCumMud 6,$SZ OailyTangible [CumTangibie ~OailyWell 30,0~/jc"mw""V~%6*~ - o,,,,,,= t,o,,,o I""' pw,. IBulk Cmt. IT°Iai App" ~ 0 ~, 000 _ {Accidenlsjo Pnnled m U.S.A- ~ CC,Morn. Company Well Oepth /,//~ MD DOL Torque Casing Size 2 (-,') ~'' Cum Rot Hrs.: On Casing Lmer ,._,,._. m ~/t. Material Other MD Avg. Drdling Days iCh. Code IReg'°n ~5 ~'~ ~F, eld O,v,s,on JOrag '"~/5-' TVD ( Rot. WT. +/~ Hrs. DFS se, o ',//.3 JSince Last Cal. Set @ MD MD PBTD) Proposed TD JPIU Wt. Depth Worst Wear Drilling Morning Report ALA~Kk Slack Off Wt. '~(..) ~'/ MO Hrs. Total Rot. Hrs. IPage / of // 6 7~],~~''- TVD TVO Shoe Test EMW J% Rem. ~ WL /~ HT-HP __ IFC I Pr/Mr ~ ICaustic ,e, ,,?,.5- TVD- TOP @ MD TVD / 0.5" Type ~. EL (/ ¢£L~.X ! S°"ds.s'-- C[ Lig. J Ex Lime lEI Stab CA ~) Salt CaCI2 Angle Direction TVO V S Type Ser. No. Length (H.W.D.P.: ) In J Out, Consists of J Remarks Coordinates Feet SPM Pressure GPM Operations Covenn[ Jet Vel. J 24 Hours Ending @ Midnight Ann. Vel. Bit HHP Pump HHP Oaily Mud Drill H~O f Cum Mud Pot H~O I Fuel Bulk Wt. JOaily Well ~) J, ~ ~, ~ JCum Well y3 ~)/ ~ Z / -- Bulk Cmt. ' iT oral Appr. ~1/i ~V ~1 ~ GO 1211 lCD 3-851 Pti(ed m U S A. Drilling Morning Report .~ OOL ~ Oays ,/~ Hrs. /Oays '= ~ Slack "Torque ~Orag ~Ro,.WL P/UW, OflWt. ~ Cum Rot. Hrs.: ]Depth Worst Wear % Rem '~ On Cas,ng I ~ ISince Las, Cal. -- bner Set ~ MD TVD - TOP ~ MD TVD iCO IFV P YP ~ Pm Pt/Mr ~CL CA Ex brae El Slab Other ~ Avg. Drilling Max. Drilling [Conn. hip ITrip Chlorides Remarks M 0 Angle O~rection TVO Coordinates V S OLS No. Size Type Ser. No. Je~s In Out Feet Hrs. WOB RPM T B =_ Pump bner Suoke SPM Pressure GPM Jet Vel. Ann. Vel Bit HHP Pump HHP Hrs. Operations Covering 24 Hours Ending ~ Miflmght t [ CI~C H6LE 6LE~ ~ ~ 'A poo~ - ~/~ ~rA~ ~ ~ , ,) ,,, 2'FILL ~ ~N& ~/F~ ~ 3~' AN~ F$ e Y/J~ ~Aff g ~F~I2~KY' ~% ~). C~ OFF Z~O P~P~ ~" cas/~& ~,,,,,~o~ ~"~ ~"~ ~ ~ ~ i?;,~o ~" ~ ~ ~ Y i,o~, I~"~ ~""'~'" i,,,~,.l~o~ ~""'~'" ,o,~,.?"~ ~"'' ~% I~o,~, ~,,~., ~,~ ~, ~ Pr,reed in U.S.A- Drilling Morning Report_ ~om~any IR~ion Division Proposed TO Oepth ~t~ MO .Y/~ TVO ( PBTO) 7~/ MD ~7~ TVO OFS ]Total ~ot. Hrs. - ~ EMW 'Cum Rot. Hrs.: Depth Worst Wear J% Rem. On Casing ~ ~Since Last Cal. ~ -- Lmer ~ Set 0 MD TVD - TOP ~ MD TVD wt. iPV JYP Pm PflMf CL CA Ex Lime El Stab ~ ~ ~ 0.3 y~ ~ Wi. Material Gel ~ ~Caustic Lig. CIs. Salt CaCl~ Other M D Angle Olrectmn TVO Coordinates V S OLS No. S,ze ~ Type Ser. No. f Jets In Out / Feet Hrs. WO8 RPM T B G Pump Liner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. Operations Covenng 24 Hours Ending ~ Midnigh~ L/O A~" ~.d. ~/7~z" ~/~ ~E~. ~/~ A ~oN~L Dd ANd ~/~ DRILL /?Y,' m. oa,,~M., ~?0 Ic"mM"" ~OZ% JDailyTang,Ue JCumTangible 0¢ JDailyWell~,~ Accidenls GO 1211 t(]D 3-851 Pnnted ,n U S A Drilling Morning Report Proposed TO IOepth MD TVD ( PBTD) MD TVD tDFS Hfs Total Rot. Hrs. ]OOL q Days + /~ Hrs. Days · tas[ Cas,ng Size 30 Set ~ f~' ~ ~O ~0' ~ TVO ISh°e Tes, EMW Cum Rot. Hrs.: {Since Lasl Cal. OepYh Worst Wear 1% Rem On Casino - L,ner Set ~ MD TVD - TOP ~ MD TVO IPV YP ~m Pr/Mr CL CA Ex Ume El Stab 0.4 . ~t. Ma,erial Gel /~ 0 {Caustic Lig. CIs. Salt CaCI, M 0 Angle O~rection TVO Coordinates V S OLS No. S,ze Type Ser. No. Jets In Out Feet Hrs. WOB RPM T B G Consists of Total Length (H.W.D.P.: ) Pump Liner Suoke SPM Pressure GPM Jet Vel. Ann. Vel. Bit HHP Pump HHP Hrs. O~erations Co~arin~ 24 Hours [ndin~ ~ MiOni~m ,,, - ICum Well Pr,nted ,n O S.A. Drilling Mornin , , MD TVD Set ~ MO ~ ~t. Hfs,: Illth Worst W~'r % Rem ii~ " '~et O MD ~. TOP ~ MD TVD w~ lcd' - ' , ,. M 0 Angle []~rectioa ~O ~Or~mt~ V S ,. _t aU III Ii I I I No 5sze Type S~. No Jets In Out ~et TmBl., leith .... (H.W.O.P.: ] C~sists of i mi i L , , mini i Ill , Pump Lmet Slloku SPU Pressure GPM Jet Vel Ann. Vel. Oil XIIP Pomp ..... ........... X~i. O~rat~n~ Co~r.~o 24 ~urs E~O ~ M~n~i IIi . _ I II i I I ~ i ii ii .... . i II il i iii I iii i .... ~ J J .... II i ii ........ i i Jl ..... il III II . I I I I I ~, ~ ~ ...... . - ... x~,/~ 7 1211 lC03 8bi- CC.Mom, Drillin Mornin l,,i -- 11 il -. _ ii I .. O~plh MO TVD { PBTDI Ih°~d [0 ' ' " ,, MO TVD i ....... I°Fs IT°~'[ ~'' ''~ ' mi ~ng S~ Set O MO TVO ...... I CumRot ~,s.: ]~ep~hW~W~ J'~m. '" On ~,~. . , . JS,~ La*I ~. . ....... '~"unm ~' - .... ,?'" ' ..... i"' ...... . .. ,,. ~ , ~m ~I/MI I Ct CA I -' ~. ~Bt~rial ' Gal " ' CBust~ " Lio. '" Cls. ' Sa~ CaCl~ 'Olh~f ....... ' ' M D '" A~,~i~ O,r~t,on ~' ' T¢O ' ~or~te~ ' ' V S OI ~" . ., . ., .. . , ..... . . ..... ~ " . . i ..- , · . i , ,-:- ~ . ,.. No. S,~, Type Set. No. Juia In OuL ~ '" .. ,, . .. , · , , ill, i lotM LenOm (H.W.D.P.: ) Co~isu ~ ~ Ill Ill I , Il _ Ill Pump Liner SIIokM SPM P~,~l GPM Jul Vel. A~ VM B,I HHP Pump HHP ~ i, , ...... Hrs. OpQta~ns C~vetmg 2i Houri Ending m i il _ ~ ..- · l ~r~ ~oeg e ~ ~r... "-' . ...... .... , .... i i Il I . , ~ ~,, , ............ ~, · , hk,led i~ US k. 04/'07 06:13 $30701~. #P3! CC-Morn. Well ICh. Code O~p:h- MD .~ DOL / , / Days ~ torque ~Orag IReg,o, {.~JF~ 5 FErN cuaO - TYD /5"- Hrs, DFS Oiwsion Drilling Morning Report ALAak'A Oate I Page ~/-~-?~ / of ) Field R~'~.C~'~A ~I~EI~ PBTD) IPr°p°sed TO MD TVD Days Hrs. IT°tal Rot Hfs Last Casing S~ze Set @ MD rP/U Wt ISlack Off Wt TVD Shoe Test EMW Cum Rot Hfs IOeplh Worst Wear On Casing JSmce Last Cal. I !ncr Set @ Wt [CO fei ]WL Pm MD TVD-TOP @ Type jFV [}el Caustic IbC. CIs. I~.~ Rem MD TVD iPV IMBT I YP El Stab CeCil ,~[ Mater,al ther ~vg. Dnihng Max. Drilling JConn. Trip I Trip Chlorides No. S,ze To:al Length Remarks M 0 Angle D~rection fVO Coon inates V S Type Ser No. Consists of (H,W,O,P,: ) Fea Pum: I Hfs SPM Pressure GPM Jet Vel. I Operations Covering 24 Hours Ending L~ Midnight Ann Vel. Bit HHP Pump HHP I I I .5~L/ZlY z. Cc ~L Daffy Mud ,.,., 0 jr,Il H~0 I Cum Mud IPo! H~O Dally Tangible Jc.m Tangible Daily Well Cum Well Drilling Rep m Accidents GO t21! ,CO 3 85f Pr~nled ,P d $ A .... MO TVO '" r I i i ill i i i ~ ~ ~ Set Q MO TVO ~ EMW S,t 0 MO ~0. TOP g MO TVD Pm H/MI i CL CA , ~x U~ ElStab " i i i,, i ii n I il I i i Other .... ., U O AAOW O~KIiO~ ~0 C~d~m V S OL$ ~ I Il _ Il 1' i I I I I i iiii . . i _ No. Su, Ty~ ~l. No. Jell In 0ut F~I Hrs. WOB RPU T8 G Pump Liner Stro~ SPM Pfmufl GPM Jut VM. ~a. V~. ~ HHP ~ HHP Hrs. OpQtamm ~r~O 24 Xm Ending O ~I ii i i iii i i ii, i i I i1 ii i ii i i i i i i ii ii I 11 i i II i i i ii . ii i i II I i I I i i i ii i llll iii ii I i I i I ii I I I i i ii IIi i I. j ,, i I II il~ I ii i I i i i i i i i i 04/04 23:05 8307018 _ Drilling Morning Report CC-Morn. ~" ~'~c 2aV-3Y ~~-SZ>lCY' i~'~'" ~~ CA ~w~ g-l-g~ I o,/ 'OOL Bays Hrs. Bays · ~ Torque ~Orag RoL WL P/U WI. iSlack Off WL ~ Cum Rot. Hrs.: Depth Worst Wear 1% Rem '~ On Casing lSince Last Cal. Ltner Set ~ MD TVD- TOP ~ MD TVD Wt. ICO Type ~ Pm ;Pt/Mt CL CA Ex Lime El Stab Wt. Matenal Gel ]Caustic Lig. CIs. Salt CaCI~ Other ..... No S~ze Type Ser. No. Jets In OuT Feet Hrs. WOB RPM T B G Consists of Tota~ Length (H.W.D.P.: ) Pump bner Stroke SPM Pressure GPM Jet Vel. Ann. Vel. 8ii HHP Pump HHP I Hrs. O~era~ions Covering 24 Hours Ending ~ MiOmgM ~ q~t"x 13Jif'' ~N~tg{ A~ M~NI~RIN~ SINCE ~(~ J Accidents Prmted ~n U S A. / / / Eastman/ ~~ Whipstock l)~ A PETROLANE COMPANY REPORT of SUB-SURFACE DIRECTIONAL SURVEY CHEVRON U.S.A., INC. COMPANY BRU 224-34 WELL NAME Beluga River Unit, Alaska L OCA-r I ON JOB NUMBER 450-102 SURVEY BY K WALKER TYPE OF SURVEY TELECO M ~:., ~ DATE 10-APR-86 OFFICE ANCHORAGE, ALASKA Eastman Whip §t 9 c3 (907) 563-3650 P. O. Box 4-1970~Anchorage, Alaska 99509-1970 April 28, 1986 CHEVRON U.S.A., INC. 3001C. Street Anchorage, Alaska 99503 Attn: Mr. Vincent Angell Well Name: BRU 224-34 Location: Beluga River Unit, Alaska Type of Survey: TELECO Mwd Date: 10-APR-86~ Computation Method: Radius of Curvature Driller: K. Walker Job No: 450-102 Dear Mr. Angell, We are enclosing the original and six (6) copies of the TELECO Mwd surveys recorded on the above mentioned well. Included in this report is an interpolation report based on 100 foot increments. We would like to take this opportunity to thank you for using Eastman Whipstock's Directional Drilling Services. It has been a priviledge providing service for your directional needs. We look forward to being of service to CHEVRON in the future. BTha%~a Jones nical Coordinator TJ/pdh Directional Drillers/SubSu~ce Surveyor's/Instrument & Tool Rentals/Sales/Worldwide FASTMAN I~IP$~OC~, INC. RECORD OF :::URVEY F 0 F:,.' · ~.'.- r-f F' r-" R A'r' 0 R · '...-.? S ' F R U L]: ]" I..I F-:.'. E · ~.': WELL . · ~.? L F'! C: A T I 0 N .~.~. -~::i. ,_lOB NUMBER : ~,.'.'~ R I G : B r. i n k e r'- h ,:, .F ~: ...... .:.:.._,'"",::, '~.'.- D F C:L I N A T I Olq : 2 4,5':} E · ':- .... R K B T n '-'::,_HF'" : 1 0 :B · 0 .% PLANE OF VERTIL:AL ::-;EC:TION DiRECTtCII'..I : N 40 o,:.,._,.. W :.E-;LOT' : BF..'U 2":i:4 .....:}'.:/-!. EW T_.I.::,TKIC:T : Anch,:,r.a_~e Ataska CH E: V R ON U. S. A., I n c. BRU :-224:-::?4 ):3elu.~ River I_.lr'~it MEASURED DRIFT DE'PTH D R l F T C 0 IJ R S E ' "'l .... ON L. ENGTH VERTZ CAL SECT ION AN G L.F-: D I RE _. F I D M 1] 1"1 DE'F'TH SLr'~T : RRII 224i~':'''~ I:)ATE F'RINTED : 08--MAY-8,!, F'AGE I',l(-i _- ~ _ : ._., --,.-- . WELL : BRU 224*<34 OUR REF. NO. : 80.5684.2CH F'BHt ....: N 4(') ":'c,::W~,... ,_lOB NIJMBF'R_. ' : TI-?.I_IE VERT I CAI_ SuBsEA IR E C T ~ hi G U L A I:;,' C I_ 0 :--; I_1 TVB C 0 0 R D T N A T E S f.iTSTANCE: DIRECTI~ON SVRTY D I'1 0.00 0,00 -1.03.00 0.00 N 0.00 E 4A5.c) 0 ().0o :38:2~00 0.00 N 0.00 E 588.97 1.97 485.97 1.29 N 1.52 W 708.70 S'. '.:;' 0 /. 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I I n i t- P B Hi._. : N 4.(] ":"::, M , IF'~ F{ hll_lld B ER "" · - ' ' ......... - -- MEASLIRED DRIFT DRIFT COI_IRSE ]"F:L~E vERTICAL ' SLIBSEA R E c: T-A N G I..I L A R C L i"t S LI R E r'i[i~GLEL-~ f.J') E F:' "t" H A NI__.4 L E .'[_'11 R El'": T 1' 0 N I._ E 1'4 L-:;T I...I V E t':,:'T' I C A L ::2; r:-I-. · _ .... "t'ILIN T'.d:EI C C'I i-i R D I N A T E S D1.s"r'ANCE D1.1::,.:EI-'_:'T'1.LIN :-:;VRTY L'! i'd D l'fl D IF. P T H D 1`4 :-::762. (}0 1:2 48 N :3::3 6, W ?4. LW) :34'71. ':.."/.: 1 ':.210.5:3 :2::_::6:5: ' 96 951. 17 N '::: :::: /-, 0 (~,:') 12 :qO N 5::5:24 W ':~::: 0C) :}':5c'-',7 ="-' 12:31 97 3464 =;':' ...................... :: ......... 96::3, 0:--: N :.3954.00 12[ 4:-:: N 38 4:-:: g 'P4.00 3659.47 !25!.74. :2:556,47 'P8:3.49 N 404-7,00 1':]) :"::0 N :38 &, W 9:3.00 :3750,71 1269.71 :3647 71 'P97..5'7 N /~] '" . z' ,-.-, ._i. · ;.) C) ~.") 9 ~ 2 1;4 37 24 H '"-' '--' 00 :':: 8-I 2 :':: 4 1 "' .... ,-"_-', 0 :3739, 34- 1 ~.'~ ]. 0 1 ~ N :'~ '.::' :'::: ~::;. 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NFrZ~RN~]''I ON DIRECT]:ON&L DR1'LLER: K WALKER SLIRVEY TOOL: ]"ELEC:O SF'~ ~D DATE" 1 (') ^~"""' ""' - - . ,JCl B N Cl ," 4 5 0 -- 1 0':.2 .-*tr.:;' -'"'~ NF'iTE4 . .5..%.,.:, ND 1'S PRCh_IEC:TED DA]"A ONLY EASTMAN WHIPSTOCK, INC. RECORD OF SURVEY F:'AF;.: .~:-..'- y,.. · ~:~' W['::LL_ '. Bt-':.:U 224 ....34- SLOT : BRU '2'24 ..... -p:. · !::i. !_. 0 C.A. T ]; I'_';I N -" ?~': e ] u '.'::.: ;~. F;..' J. ,¢-.:.;: r'. t.,! r.,, :i .1: ..;::. -~:i. ,_t0~.', I:'..II...iP!E-:E:-i':,'. ¢, ¢:~ .,--//12 ~, -',:.'- ~.;.. .~. . ' . :l.J,,: .::~,::, · ~(DEC:LINATION ~. 24.50 E · ~.~ R I-:::B T 0 S E:' A : 10:2:. O · ]-'-- PLANE C~F'_ VERT I c:AL '-'.=.E"r"_.T I ON ~ DIREC:TION : N ~.O :2:'.;¢ W E W D I :.{.; T R I C T : A n ,-' h o r-.i ~ e,. A i ;i s k,~ CFIF'VIA:ON U.S.A.., Ir',(. BRU 2:24-:_.:4 B e 't u.~..,," ,:~.-' F;'. J. v e F. I..I Fi :[ 't MEASURED ]]iR I FT ]]iR I FT C:r'~URSE 'TRUE DEPTH ANGLE D Z RECT 101',1 LENGTH VERT I _.~-.-~L L:.;EC:]" I I_-IN D I"1 D I"1 DEPTH 100.00 0 0 I',.I 0 0 E 0.00 2'30.00 (') C) Ixl (} 0 E 100. C) O :3C)('). C)(} 0 0 N 0 0 E ! c) O. (}C) 40(}. OC:, (') ('-.'. N ':"-~:,0, O0 0 .1. '? N 49 42 W .1. (}0. C) C) 6(:),:}.00 2 :'::(') N 4'.:.:' :3 W 10(}. O0 7c)'::).00 5 i0 N :E',O0.00 8 4',E: N 4(.') 13 W lO0.O0 '7:0C).C)0 :1.2 '2:3 N 4..1. :;.::4 W .1.0().00 ,:.".)00. O0 :t. 5U;V' N -'-':- i !'.::.i4. W l 00. 00 '.::;LOT : BRU 224.':'::4- DATE F'F,: I NTED : WELL_ : BRLI 224':.2:4 OiJI-R REF. NO. : I056LE:4. T 0 F'BHL : N 4("~ :.2:9 W ,JOB NIJMBER : ,,~<~ VERTICAL '.:;IIB'.:::;EA R E r-: T A N O II L A R F: L iD ':' U R E{ DOGLEG TVD C 0 rzI R D I N A T E 'S D I'.--';TANC:E DIRECTION SVRTY D M 100.00 0.00 -:2:,00 0.00 N 0.00 E 200. (:)0 O. oC) 9'7.0o O. 00 N O. 00 E: :300. C)O O. 0() 1-?.':7. O0 O. O0 N O. O0 E 400.()(] 0.00 297.00 0.00 N 0.00 E 500. 00 0.04 :3 ? 7.0(} O. 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N :':::'3 t N O. · 20 · CLOSURE - DISTANCE ," 1385.59 REPORT UNITSFeet DIREC'I'ION" N :38 I N ~'-~lrt' ' "' -, .. · , .::,,_~.~E~ CALCULATION METHCiD Ra,'_iiu~, ,:,t'. cur. v~tHr, e ~~ l Eastman / , Whipstock l)~ A PETROLANE COMPA~ REPORT of SUB-SURFACE ED DIRECTIONAL UR New Projects Eng. WELL FILE CHEVRON U.S.A., INC. t~~4~ JOB NUMBER 450-102 COMPANY WELL NAME SURVEY BY K WALKER BRU 224-34 Beluga River Unit, Alaska LOCATION TYPE OF SURVEY TELECO Mwd DATE 10-APR-86 .1 8 1986 n~"" "OFFICE ANCHORAGE, ALASKA Eastman (907) 563-3650 P. O. Box 4-1970~Anchorage, Alaska 99509-1970 April 28, 1986 CHEVRON U.S.A., INC. 3001C. Street Anchorage, Alaska 99503 Attn: Mr. Vincent Angell Well Name: BRU 224-34 Location: Beluga River Unit, Alaska Type of Survey: TELECO Mwd Date: 10-APR-86 Computation Method: Radius of Curvature Driller: K. Walker Job No: 450-102 Dear Mr. Angell, We are enclosing the original and six (6) copies of the TELECO Mwd surveys recorded on the above mentioned well. Included in this report is an interpolation report based on 100 foot increments. We would like to take this opportunity to thank you for using Eastman Whipstock's Directional Drilling Services. It has been a priviledge providing service~ for your directional needs. We look forward to being of service to CHEVRON in the future. Thoma / Jones Base ~nical Coordinator TJ/pdh Directional Dri~ers/Sub-Sudace Surveyors/Instrument & Tool R~entals/Sales/Worldwide EASTMAN WHIPSTOCK, INC. .'.;. C'T F~UC"i'L.,.i ,:~E'; :: _F.,'F:5_! 2'2'.'.~ ..... 3:/! .,.~. ,.,~ ....... ~ .:.. , :.',n. Ri .......; "::' 2,' .. '?: .:":. ~.. · .:.i I.. Ci ;';;i'".'T' ] · .:' ,...ii':',:,:., b.]!...~i.':!i:rLi.'.: :: ~0 "/0 ~. · ;:.. !' ,,' ]] :"!, ~: T...: I"' '~. ni.:; e r. i'~ ,", ",.../. .: ~' 5 :i::: .x D i!!!: C !... 3] I"..i A"I' I 0 N :: 2.4 ,, 5 C; iC .:'!. 'S'.'." Ri::] D 'f' 0 "'"' .... _ · :~,,::. A : 10 :'::, ~"~ .~-.~. .~.!. ~x- .~:~ -x,- , "4 I'I:[:F;.TI'~iC. 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Tf]i'l[ .........: ']''EL I :'l-:f'l Mu.,'d :;:;F'LI['I DA'T'E: ]. ,..lOB 1'40: 4..50 .... ;I. 02 NOTE ~ '"'""'"'"" .... 'i .... -',,.,,:, MD I S F' I~ ..... II=.L. T lid DATA EASTMAN WHIPSTOCK. INC. ..... v '-.._.. - ........ :, i F': C ..:::- CHE:VRF'tN U. :E;., A., Ir't,-'. F;Lf"tT : BRLI 2'.:i:-,':1 ..... :E: ¢~i Il J~ -~ ~i [~; F:'RTi',J-FED = ():B-MAY--::'::/':, F'AC.:E ~t['.~'l_l ...:,·,:,.,.~-.:~P']. ~ELL I'~4~!l ~-",-:i/.~,-;.:;'-"j· FIJIR REF I~J'''' '[ L) ._, c, c, 4 'I" F) Bc, lu.q(t F?.]v.er. I..Ir~it F:'BHL : N /~;'_'., :Z',".':; W ,_IL-~E~ N!_tMBt-'::;I::;,',". ,~(~_/~,~.. MEASLII'TE[] PR II--]' DRIFT COURSE 'TRUE VERTZL-:AL '-- '.::.,J :, .::, I-- A'"' " " -" ,q:- E C "I' A N G IJ L A R C I ri :::; U R E D(]C4LEE~ [)[-F:'TH ANGLE DIRECTION LENGTH VliF. RTICAL .'..:.;EF:T IL')N 'TVD C Fi F'-i R 1] i N A T E '.::; DISTANCE I) I R [E F: -F I FI N SVRTY Ii M fi I"1 D E P T H Ii M 100,,00 c) 0 N 0 0 E O.0,F:, 2 0 0 · ,.'::, 0,:::, Ci N 0 0 E ! 0 0 · 0 0 :2:C,,.'":,. 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NELL TEST INTERPRETRTION REPORT ~:lYSOOE CLIENT : CHEVRON --- REGION :RLRSKR DISTRICT:RNCHORRBE GRS NELL BASE . . INFINITE-RCTING RADIAL FLOW En~r :K.'BRRNRRD RNRLTSI5 '°ROE: 1.SECTION 3 9-MBT-86 Fleld:BRU Zone : Nell :BRU 22~-~q Locotion:BRU 'm[p] versus log((tp+Dt)/Dt)' PLOT DRT[ IOENTIFICRTION Flow per~od= '2 OOrawdown F~lm[p[Dt=O)]= 1.9605E08 psi2/cp F~Our~t~'on o~ previous Flow per~od:tp= ~.0~ kr FLOW REGIME IDENTIFICATION O INFINITE ACTING RADIAL FLOW: Sem~-lo9 stro~ght line OBOUNORRT EFFECTS: No-flow:pseudo steady-state Constant pressure STARTS et 0t=.033 hfs ENDS ot Otz.qll hfs STARTS ot Or= STARTS ot Ot= STRRI GHT-LINE PARAMETER5 n~slope m= 1.58059E5 D~Ep(D~=thp)I= 1.97958E8 ps~2/cp OmEp3~= L.98069E8 ps~2/Cp CRLCULRTIONS Okh(From pressume match) r~s' (from stra~Bht l~ne slope) F1 (pB/Bm[p ] ) match =E832~ md. Fl =254 = 18 COMMENTS This buildup doto interfered w~th onother well. Due to the lock of eorly t~me data mhd very Few doto there ofter per each lo9 cycle, o proper type curve match analysis couid not be done, The results reported here ore completely based on the Hornet Analysis, FORMm 9.31-020385 tFLOPETROL JOHNSTONt SCHLUMBERGER NELL tEST INTERPRETRTION REPORT CLIENT : CHEVRON REGION :ALASKA DISTRICT:RNCHORRGE CHEVRON USA BRSE : - BELUGR ORS FZELD Engr :K. BRRNRRO MORNER PLOT ~M=I.58E5 IDRGE: B-MR¥-88 F~etd:BRU Zo~ Nell :BRU 22~-3q Locot~on:BRU 2,000E+08 .............. i ........ .;-'"'~-'"i" '!"-."' ~".: ............... ! ........ F'"'~'"'i."i"~'.!..~ ............... i ........ .:'""i'"'~' "~"~"i-'~ ............... ! ........ P'"'!'"'~'"h'~"~"~ ............... i ........ L.,,.~...~..,L J,.L.L .............. i ........ i'"'T"T'TTT'i ............... i ........ i'"'T"T'TTT'i ............... i ........ ?i"'i"i"?'71 ............... i ........ !'"'i'"'i'"i"i"t'i ............... i ........ ?'"'?i'"i"t'? ! ~ ! i !i!i: i i i i i iii ~ i i i ~ ~i~ ~ ~ ~ ~ ~ ii~i .... i ........ i""'::'"T'TTTT ........................... :....:...:.,:.,:..~ ................................................................ : ........ ~.,,.,:....: ...... ................. 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'r'"'r'":'"':"s'?.. ............... i i'"'i'"i'"i'i"H .............. i ........ i""i'"'i"i"fi"i ............... i ........ i"'"i"'i"i'i"i'i' .............. i ....... f'-'-!"--i---i--i'-i'i ............... i ........ !'"'i'"'i'"h':i'i ............... i ........ i'"'i-'"i"'hl-'!'~ ............... ~ ........ ?...h-i.-.i..H..~ ............... i ....... +'.+'.hi..H..~. 1.990E+08 ~ 1.980E+08 ~ 1.970E+08 1.960E+08 1.950E+08 tO0 101 102 10:3 10LI 105 {TP + DELTFi T)/DELTR T CHEVRON USR INC, ,~ BELUGR R~'VER UNIT 22LJ:-:3L! HORNER PLOT: Pr'oduct,~on T.T. me = Y,OL!O FORMm 11.00-020385 FLOPETROL JOHNSTON SCHLUMBERGER BOTTOMHOLE FIELD REPORT NO. l~560D INSTRUMENT ND. B5~6] DEPTH : 3087 FT CRPRCITT : 10000_~< PORT OPEN PRESSURE LOG COMPRNT : CHEVRON NELL : BELUGR RIVER UNIT 22~-3~ 8 8 -10 12 1LL 16 18 20 22 ELRPSEO T I ME EHR3 ~O~L..,o,,s','o,,, NELL TEST INTERPRETFiTION REPORT ~:ILISBOE CLIENT : CHEVRON REGZON . :RLRSKR DiISTRTCT:RNCH(~RRGE CHEVRON RLRSKR BRSE : BELUGR ORS FIELD E.n. gr':K. BFf~NRRB I PRGE: 3 9-MRT-86 ~eld:BRU Zo~ N~ll :BRU 22~-3~ Locmb~on:BRU BUILDUP CH(VRON USR INC. ~ BELUGR RIVER UNIT 22~-3~ HORNER PLOT: Producb~on Time = N.O~O (TP + DELTR T)/OELTR T M(P) [PSt~2/CP] 151B.1 735.57 368.28 122.81 73.793 10.830 3.2038 2.2~10 1.8637 1.6623 1.5371 1.~517 1.~86 0. i 0.1 0.1 0.1 0. i 0.1 0.1 0 1 0 1 0 0 0 0 0 0 9605E+09 97~6E+09 9759E+09 9773E+09 9779E+09 9790E+09 979~E+09 9789E+09 9785E+09 19782E+09 ~9778E+09 19773E+09 19771E+09 19759E+09 19759E+09 FORM~ 11.00-020385 IFLOPETROL JOHNSTON J SCHLUMBERGER NELL %EST INTERPRETRTION RE?ORT ~:I~S60E CLIENT : CHEVRON REGION :RLRSKR OlSTRICT:RNCHORRGE BRSE : - En~P :K. 8RRNRRO 'ORGE: ~, 9-MRT-88 'Field:BRU Zo~ : Nell :BRU 22~-3q Locot~on:BRU CHEVRON USR INC. BUILDUP ~ BELUGR RIVER UNIT 22~-3~ Pose 1 oF 1 5 6 7 8 9 10 1"i' 12 13 1LI 15 16 ELR?SEO TIME ( HRS ) O.O0000E+O0 2.686A?E-03 5.~998~E-03 t. O9997E-02 3.3~669E-02 5.55000E-02 O.~ttO0 t.8332 3.2555 W.6777 6.0998 7.5222 8.9~3 8.8888 8.9998 9.0055 PRESSURE ( PSI ) lg89 1500 1500 1501 1501 1502 1502 t502 1501 1501 1501 1501 150i 1501 1501 FORM~ 11.00-020385 tFLOPETROL JOHNSTONt SCHLUMBERGER CHEVRON COMPANY, USA BELUGA RIVER UNIT 224-34 DST #1 PREPARED BY: KEITH BARNARD CONTACT: DR. HEMANTA MUKHERJEE FLOPETROL JOHNSTON P.O. BOX 112134 ANCHORAGE, ALASKA 99511-2134 907-345-4224 PRESSURE DATA REPORT COMPANY NAME WELL NAME TEST NUMBER ZONE TESTED TEST DATE TOOL USED CHEVRON COMPANY, USA BELUGA RIVER UNIT 224-34 : 1 : STERLING : MAY 4, 1986 : SOLID STATE DOWNHOLE PROCESSOR (SSDP) REPORT CONTENTS: SURFACE~BOTTOM HOLE DATA GAUGE TYPE BOTTOMHOLE SSDP BOTTOMHOLE SSDP BOTTOMHOLE SSDP BOTTOMHOLE SSDP* SE.CT~ON-. 1 2 3 * This gauge failed due to operator programming error at wellsite. .PRESSURE DATA REPORT COMPANY NAME : CHEVROSU COMPANY, USA'. WELL NAME TEST NUMBER ZONE TESTED TEST DATE TOOL USED : BELUGA RIVER UNIT 224-34 : 1 : STERLING ' : MAY 4, 1986 : SSDP GAUGE TYPE GUAGE NUMBER TIME DELAY SAMPLE RATE : SSDP : 85425 : 8 hours 5 seconds RELATIVE ALGORITHM : used COMPRESSION LEVEL : 5 counts AVERAGING : not used CONNECT TIME : 23:56 May 2, 1986 GAUGE DEPTH (TVD).i : 3085 feet (MD = 3352 feet) n o 0 0 BOTTOMHOLE , PRESSURE LOG FIELD REPORT NO. 1~560R INSTRUMENT NO, 85~25 DEPTH : 3085 FT CRPRCITT : 10000 PSI PORT OPENING : INSIDE COMPRNT : WELL CHEVRON BELUGR RIVER UNIT 22~-3g 2OO 400 600 800 ELRPSEB 1000 TIME EMIN3 1200 : · i 1800 1800 ~ JOItNSTON 2L~O BOTTOMHOLE PRESSURE LO0 FIELD REPORT NO. 1~560R INSTRUMENT NO. 85~25 DEPTH : 9085 FT CRPRCITT : 10000 PSI PORT OPENING : INSIOE COMPRNT WELL CHEVRON BELUGR RIVER UNIT 22~-3~ ...... ....... ...... ....... i i i i~ ....... i i i i! ....... ....... ....... ....... ..... i i i ..... ,~ ...... ~ ..... '~ ..... -.' ....... ~ .... 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I .............. j ....... i ....... ~ ....... j ............. ~ ...... j ...... i ........ ~ ....... ] ....... i ....... i ........ j ....... j .............. i ........ ~ ....... i ........ i .............. i ........ i ....... & ....... i .............. j ....... i ........ i ...... j ........ 3. SO 3.1S 2.80 2. LiS 2. 10 1 . 7S 1 . L~0 1 . OS 0.70 0.3S 0.00 LOG[TP+AT]AT PRINTOUT OF DATA FOR FLOW & SHUTIN PERIODS NELL TEST DATA PRINTOUT ELO REPORT # ~ 14~6~A MPANY ~ CHEVRON NELL ~ BELUGA RIVER UN.IT 224-34 INSTRUHENT # , 85425 CAPACITY [PSI.] : 1~8. DEPTH [FT] : 3985.B PORT OPENING = INSIDE ,BEL POINT INFORMATION I 12~2~35 3-HY HYDROSTATIC HUD 2 12~38,1~ 3-HY START FLON 3 18=42=35 3-HY END FLON & START SHUT-IN 4 3~42=55 4-HY END SHUT-IN , 263.58 1593.4g 76.7 281.17 1~55.67 76.7 645.58 1491.31 73.2 1185.92 15~.97 75.4 'MHARY OF FLON PERIODS START END START END INITIAL ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE :RIOD TIHE,HIN TIME,HIN MIN PSIA PSIA PSIA '**** ******** ******** ****3*** ********* ********* ********** I 281,17. 645.58 364,41 lg55.67 1491.31 IB55..67 ;~MARY OF SHUTIN PERIODS START END START END F IHAL FLOI,/ ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE PRODUCING 'R. IOD TIME,MIN. TIME,MI.N MI~ P.S. IA PSIA P.S. IA TIME MIN I 645.58 1185.92 54g.34 1491.31 15g~.97 1491.31 242.39 ELD REPORT # = 14568A ST PHASE = FLO~ PERIOD # 1 INITIAL PRESSURE £P$IA) = 1855,67 TIME F DAY DATE ELAPSED DELTA =HM=SS DD-HM TIHE,HIN TIHE,HIN BOT HOLE BOT HOLE TEMP. PRESSURE DELTA P DEG F PSIA PSI =38=18 3-MY 281.17 8.88 =38=15 3-MY 281.25 8.88 =38=28 3-MY 28t.33 8.16 =38~38 3-MY 281.58 8.33 =38=35 3-HY 281.58 8.41 =38=48 3-MY 281.67 8.58 ~38=45 3-MY 281.75 8.58 ~381=58 3-MY 281.83 8.66 =38=55 3-MY 281.92 8.75 ~39= 0 3-MY 282.~8 8.83 =39= 5 3-HY 282.88 8.91 ~39=1ff 3-MY 282.17 l.g8 ~39~15 3-MY 282.25 1.88 ~39=29 3-HY 282.33 1.16 =39=25 3-MY 282.42 1.25 =39=35 3-HY 282.58 1.41 ~39~49 3-HY 282.67 1.58 =39=45 3-HY 282.75 1.58 =39=59 3-MY 282.83 1.66 =39=55 3-HY 282.92 1.75 =49=15 3-MY 283.25 2.88 =49~25 3-HY 283.42 2.25 ~49=45 3-HY 283.75 2.58 =49=55 3-MY 283.92 2.75 =41= 5 3-MY 284.88 2.91 =41=1~ 3-MY 284.17 3.99 =41=15 3-MY 284.25 3.88 =41=28 3-MY 284,33 3.16 =41=25 3-MY 284,42 3.25 =41=35 3-HY. 284.58 3.41 =41=45 3-M¥ 284.75 3.58 =41=59 3-MY 284.83 3.66 =41=55 3-HY 284.92 3.75 =42= 8 3-HY 285.99 3.83 =42= 5 3-HY 285.88 3.91 ~42=15 3-MY 285.25 4.88 ~42=25 3-MY 285.42 4.25 =42=38 3-HY 285.59 4.33 ~42=59 3-HY 285.83 4.66 542=55 3-HY 285.92 4.75 =43= 5 3-MY 286.88 4.91 =43=25 3-HY 286.42 5.25 =43=45 3-HY 286.75 5.58 =44=25 3-HY 287.42 6.25 =44=39 3-HY 287.58 6.33 =44~48 3-MY 287.67 6.59 =44~45 3-HY 287.75 6.58 =45= 5 3-HY 288.98 6.91 ~45~15 3-My 288.25 7.98 76.7 1955.67 8.89 76.7 1971.26 -15.59 76.7 1959.59 -3.83 76.9 1963.92 -7.35 76.7 I858.98 -3.23 76.7 1373.88 -317.41 76.9 1418.73 -363.86 76.9 1425.12 -369.45 76.9 1438.88 -375.21 76.9 1443.94 -387.37 76.7 1455.82 -488.15 76.7 1465,68 -419.91 76.7 1473.25 -417.58 76.9 1479.52 -423.85 76.9 1484.68 -428.93 76.7 1491.82 -436.15 76.7 1494.97 ~439.30 76.7 1497.11 '-441.44 76.7 1490.75 -443.88 76.7 1599.14 -444.47 76.9 1584.53 -448.86 76.9 1596.37 -458.79 77.9 1589.51 -453.84 77.8 1518.91 -455.24 77.g 1512.89 -456.42 77.8 1512.79 -457.83 77.8 1512.02 -457.15 77.2 1512.58 -456.91 76.9 1511.78 -456.83 77.g 1599.38 -453.63 77.2 1507.17 -451.58 77.2 1594.14 -448.47 77.2 1591.69 -445.93 77.2 1593.51 -447.84 77.2 15~4.65 -448.98 77.3 1594.78 -449.93 77.2 1583.85 -448.18 77.3 1593.43 -447.76 77.3 15~1.~6 -445.39 77.5 15gg.60 -444.93 77.5 1499.27 -443,60 77.5 1497.22 -441.55 77.5 1495.68 -439.93 77.8 1492.94 -437.27 77.8 1492.74 -437.97 77.8 1493.29 -437.62 78.8 1493.74 -438.87 77.8 1494.93 -438.36 78.8 1495.13 -439.46 PAGE ~LD REPORT.# : 14568A PHASE ~ FLOW PERZOD # 1 INITIAL PRESSURE EPSIA] = 1~55.67 TIME : DAY DATE ELAPSED DELTA :HM:SS DD-HH TIHE,HIN TIHE,HIN BOT HOLE BOT HOLE TEMP. PRESSURE DELTA P DEG F PSIA PSI :45:26 3-HY 288.33 7.16 :45~25 3-HY 288.42 7.25 :45:35 3-HY 288,58 7.41 :45:45 3-MY 288.75 7.58 :45:58 3-HY 288,83 7.66 :45:55 3-HY 288.92 7.75 =46:8 3-HY 289.88 7.83 :46:18 3-MY 289.17 8.66 =46:15 3-H¥ 289.25 8.88 :46:28 3-H¥ 289.33 8.16 :46:38 '3-HY 289.58 8.33 :46:35' 3-MY 289.58 8.41 =46:45 3-HY 289.75 8.58 :46=58 3-HY 289.83 8.66 =46:55' 3-HY 289.92 8.75 =47: 5 3-HY 298.88 8.91 =47:15 3-HY 298,25 9.68 =47:28 3-HY 298.33 9.16 :47:38 3-HY 298.56 9.33 =47:48 3-HY 298.67 9.58 547:45 3-HY 298.75 9.58 :47:58 3-HY 298.83 9.66 :48: 8 3-HY 291.88 9.83 :48:18 3-MY 291,17 18.88 =48:28 3-HY 291.33 18.16 :48:48 3-HY 291.67 18.58 :48:45 3-HY 291.75 18.58 548:58 3-HY 291.83 1~.66 548:55 3-HY 291.92 18.75 =49:35 3-MY 292.58 11.41 549:45 3-MY 292.75 11.58 :49:58 3-HY 292.83 11.66 :58:18 3-MY 293.17 12.88 :58:2~ .3-HY 293.33 12.16 =58:38 3-HY 293.58 12.33 :58:58 3-HY 293.83 12.65 :51:38 3-H¥ 294.58 13.33 :52:18 3-MY 295,17 14.88 :52538 3-HY 295.59 14.33 :53:18 3-HY 296.17 15.08 =53:38 3-HY 296.58 15.33 :53:4~ 3-HY 296.67 15.5~ :54: 0 3-MY 297,88 15.83 :54:4~ 3-MY 297.67 16.5~ :54:58 3-HY 297.83 16.66 :54:55 3-HY 297.92 16.75 :55:35 3-HY 298.58 17.41 =55:45 3-MY 298,75 17.58 =56= 5 3-NY 299.88 17.91 78.8 1496.~g -448.33 78.1 1496.58 '-44~.91 78.1 1498.35 -442.68 78.B 1498.83 -443.16 78.0 1588.~1 -444.34 78.1 1499.93 -444.26 78.1 1499.48 -443.81 78.1 1499.61 -443.94 78.1 1499.45 -443.78 78.3 1499.76 -444.89 78.3 1499.82 -444.15 78.3 1499.86 -444.19 78.3 1499.5~ -443.89 78.4 1499.32 -443.65 78.3 1499.68 -443.93 78.3 1499.32 -443.65 78.3 1499.29 -443.62 78.4 1499.57 -443.98 78.4 1499.53 -443.86 70.4 1499.22 -443.55 78.4 1499.89 -443.42 78.6 1499.41 -443.74 78.6 1499.53 -443.86 78.6 1499.92 -444.25 78.6 1499,88 -444.13 78.6 1499.91 -444.24 78.6 1499.97 -444,38 78.6 1588.58 -444.83 78.6 1588.74 -445,87 78,7 1588.67 -445.88 78,9 1581.28 -445,61 78.7 1581.37 -445.78 78.9 1581,86 -445.39 78.9 1581,~7 -445,48 78.9 1581,42 -445,75 79.8 1581,53 -445.86 78.9 1582.13 -446,46 79,8 15~2.23 -446,56 79,Z 15~Z,18 -446,43 79.2 1502.58 -446.83 79.2 1582.56 -446.89 79.Z 1582.63 -446.96 79.3 1583.17 -447.58 79.3 1582.99 -447.32 79.3 15~3.82 -447.35 79.3 1583.22 -447.55 79.3 1583.43 -447.76 79.3 15~3.68 -447.93 79.3 1583.51 -447.84 PAGE ~LD REPORT.# : 14568A PHASE : FLOW PERIOD # 1 INITIAL PRESSURE £PSIA] = 1855,67 'IME DAY DATE ELAPSED MM:SS DO-MM TIME,MIN BOT HOLE BOT HOLE DELTA' TEHP. PRESSURE DE TIME,MIN DEG F PSIA ******** ******** ********* *** 56:15 3-MY 299,25 56:25 3-MY 299,42 -57= 5 3-MY 388,88 -57:25 3-HY 388,42 '58: 5 3-HY 381,88 .58:15 3-HY 381,25 '59:35 3-HY 382,58 59:55 3-MY 382,92 8:15 3-MY 383,25 1:35 3-MY 384,58 2:55 3-HY 385,92 3:35 3-MY 386,58 3:55 3-MY 386,92 4:35 3-HY 387,58 4:55 3-HY 387,92 5: 5 3-MY 388.88 5:18 3-HY 388,17 5:38 3-HY 388,58 6:18 3-MY 389.17 8:58 3-MY 311.83 9:38 3-HY 312.58 9:58 3-MY 312,83 12:38 3-MY 315.58 12:58 3-MY 315.83 13:38 3-MY 316.58 14:18 3-HY 317.17 14:58 3-HY 317.83 17:38 3-MY 328,58 17:58 3-HY 328.83 17:55 3-MY 328.92 23:15 3~HY 326.25 23:55 3-HY 326.92 24:8 3-MY 327,88 34:48 3-MY 337,67 '45:28 3-HY 348,33 58:48 3-HY 353.67 51:28 3-MY 354,33 '51:48 '3-HY 354,67 '52:8 3-HY' 355,88 52:48 3-HY 355,67 55:28 3-HY 358,33 6:8 3-MY 369.88 8:48 3-MY 371,67 :18:8 3-MY 373.88 :18:48 3-MY 373,67 ~11:8 3-MY 374,88 ~11:48 3-MY 374.67 ~14:28 3-MY 377,33 :15:48 3-MY. 378,67 18.88 79.3 1583.54 18.25 79.5 1583.79 18.91 79.3 1583.63 19,25 79,3 1583.78 19.91 79.3 1583.82 28.88 79.5 1584.06 21.41 79.3 1584.14 21.75 79.5 1584.86 22,88 79,5 1584.26 23,41 79,5 1584,47 24,75 '79,5 1584.38 25.41 79.5 1584.51 25,75 79,5 1584,78 26.41 79,3 1584.51 26,75 79,5 1584,51 26,91 79,5 1584,48 27.88 79.5 1584.61 27,33 79,5 1584,47 28.88 79.5 1584.78 38,66 79.5 1584,73 31,33 79.3 1584.68 31,66 79,5 1584,79 34.33 79,3 1584,73 34,66 79,3 1584.81 35,33 79,3 1584,45 36,88 79,3 1584,45' 36,66 79,3 1584.72 39,33 79,5 1584,62 39,66 79.3 1584,54 39,75 79,3 1584,66 45,88 79,3 1584,57 45,75 79,5 1584.38 45,83 79,3 1584,46 56.58 79.3 1584.31 67.16 78,9 1583.91 72.58 78.9 1583.67 73,16 78,9 1583,68 73,58 78,7 1583.78 73,83 78,7 1583,18 74,58 78.7 1582,81 77.16 78,7 1583.16 87.83 78.4 1582.76 98.58 78,3 1582,65 91,83 78,3 1582,67 92,58 78,1 1582,51 92,83 78,1 1582,54 93.58 78.1 1582.96 96.16 78,1 1582.71 97,58 78.8 1582,46 LTA P PS/ 447.87 448.12 447.96 448.11 448.15 448.39 448.47 448,39 448,59 448.88 448.71 448.84 449.83 448.84 448.84 448.81 448.94 448.88 449.83 449.86 448.93 449,12 449,86 449.14 448.78 448.78 449.85 448.95 448.87 448.99 448,98 448.71 448,79 448.64 448,24 448.88 448,81 448,83 447.43 447.14 447,49 447.89 446,98 447,88 446,84 446,87 447,29 447,84 446,79 PAGE .ELD REPORT.# = 14568A PHASE ~ FLOV PERIOD # 1 INITIAL PRESSURE £PSIA] = 1855.67 TIHE F DAY DATE ELAPSED i=HH=SS DD-HH TIHE,HIN BOT HOLE BOT HOLE DELTA TEHP. PRESSURE DELTA P TIHE,HIN DEG F PSIA PSI :18=28 3-HY 381.33 =19948 3-HY 382.67 =2~=28 3-HY 383.33 :Z8~48 3-HY 383.67 :23=28 3-MY 386,33 =24=48 3-HY 387,67 :24=58 3-HY 387,83 =24=55. 3-NY 387,92 :25= 5 3-HY 388,88 =25:45 3-HY 388,75 =28=25 3-HY 391,42 =29=45 3-HY 392,75 =31: 5 3-HY 394,88 =36=25 3-HY 399,42 =41=.45 3-HY 484,75 =47= 5 3-HY 410,88 =49=45 3-HY 412,75 =51= 5 3-NY 414,88 = 1=45 3-NY 424,75 = 3= 5 3-HY 426,88 : 3:25 3-HY 426,42 = 8=45 3-HY 431.75 =11=25 3-HY 434.42 · =11=35 3-HY 434.58 =11=48 3-HY 434.67 =11=58 3-HY 434.83 :12=18 3-HY 435.17 =12=58 3-HY 435,83 =13=38 3-HY 436,58 =18:58 3-HY 441,83 :28=18 3-HY 443.17 =21=38 3-NY 444,58 =26=58 3-HY 449,83 =28=18 3-HY 451.17 :28=58 3-HY 451,83 =39~38 3-HY. 462,58 =44~58 3-HY 467,83 =47=38 3-HY 47~,58 · :48=58 3-HY 471,83 =49:38 3-HY 472,58 · :49=58 3-HY 472,83 =58= 8 3-HY 473,88 =58:18 3-NY 473.17 = 8=58 3-HY 483,83 '= 1=38 3-HY 484,58 := 1=58 3-HY 484,83 · = 2= 8 3-HY 485.88 := 2~ 5 3-HY 485,88 '= 2=15 3-NY 485.25 188,16 78,8 1582,39 -446,72 181,58 77,8 1582,39 -446,72 182.16 78,8 1582.35 -446.68 182.58 78.8 1582,44 -446.77 185,16. 77.8 1582.36 -446.69 186,5~ 77,8 1582,42 -446.75 186,66 77,7 15~2,37 -446.78 186.75 77.8 1582.31 -446.64 186.91 77,7 1581.64 -445,97 187.58 77.8 15~1.~2 -445.35 118,25 77,7 15~1.12 -445,45 111.58 77.7 1581.11 -445.44 112.91 77.5 15~1.53 -445,86 118.25 77.5 1581.56 -445.89 123.58 77.2 1588.98 -445.31 128.91 77.8 1588.69 -445.82 131.58 77.8 15~8.61 -444.94 132.91 76.9 15~8.65 -444.98 143,58 76,6 1499,96 -444.29 144,91 76,6 1499,98 -444.23 145,25 76,6 1499,76 -444.89 15~,58 76,4 1499,84 -444.17 153.25 76.4 1499.86 -444.19 153.41 76,4 1499,83 -444,16 153.58 76,4 1499.71 -444.84 153.66 76,4 1499.10 -443,43 154,88 76,4 1498,66 -442,99 154,66 76,4 1498,39 -442,72 155,33 76,3 1498.66 -442,99 168,66 76,3 1498,76 -443,89 162.88 76,3 1490.05 -443.18 163,33 76,3 1498,56 -442,09 168,66 76,8 1490,52 -442,85 178,~ 76,g 1498,43 -442,76 178,66 76,~ 1498,64 -442,97 181,33 75,8 1490,53- -442.86 186.66 75,5 1498,46 -442,79 189,33 75,5 1490,39 -442,72 198,66 75,5 1498,39 -442,72 191,33 75,5 1490,42 -442.75 191.66 75.5 1490.39 -442.72 191,83 75.5 1490.25 -442,58 192,8~ 75,5 1498,43 -442,76 282,66 75.4 1490,36 -442,69 283,33 75,4 1498,32 -442,65 283,66 75,4 1498,35 -442.68 283,83 75,2 1498,37 -442,70 283,91 75,2 1498,33 -442,66 204,88 75.4 1497.46 -441,79 PAGE -ELD REPORT.# = 14568A PHASE : FLON PERIOD # 1 INITIAL PRESSURE £PSIA3 = 1~55,67 TIME 'F DAY DATE ELAPSED I:MM:SS DD-MM TIME,MIN BOT HOLE BOT HOLE DELTA TEMP. PRESSURE DELTA P TIHE,HIN DEG F PSIA PSI -: 2:25 3-MY 485.42 : 3: 5 3-HY 486.88 ~: 4:25 3-NY 487.42 :: 7: 5 3-MY 498.88 ': 8:25 3-HY 491.42 ~: 9:5 3-MY 492.88 ': 9:25 3-HY 492.42 ':12: 5 3-MY 495.88 ':17:25 3-MY 588.42 5:38:45 3-HY 521.75 5:44: 5 3-MY 527.88 5=44:25 3-HY 527.42 "=44:38 3-HY 527.58 ~=44:48 3-MY 527.67 5=45:8 3-HY 528.88 5:47:48 3-HY 538.67 ~:58:20 3-HY 541.33 ~: 3:48 3-MY 546.67 ": 5:8 3-MY 548.8~ ~:15:48 3-HY 558.67 . :21:8 3-HY 564.88 ':23:48 3-MY 566.67 :25: 8 3-MY 568.88 7:27:48 3-HY 578,67 7:28:28 3-HY 571.33 ~:28:48 3-HY 571.67 7:31:28 3-HY 574.33 ?:3t=48 3-HY 574.67 7:31=58 3-HY 574.83 7:32:18 3-HY 575.17 7:32:38 3-HY 575.58 7:32:58 3-HY 575.83 7:33:18 3-HY. 576.17 ?:38:35 3-HY 581.58 7:39:18 3-HY 582.17 7:39:58 3-HY 582.83 :22:38 3-HY 625.58 8:33:18 3-H¥ 636.17 3:38:38 3-HY 641.58 8:41=18 3-HY 644.17 8:41:58 3-HY 644.83 3:42:8 3-HY 645.88 8:42=18 3-HY 645.17 ~:42:38 3-HY 645.58 8:42:35 3-HY 645.58 284.25 75.4 1496.98 -441.31 284.91 75.2 1496.54 -448.87 286.25 75.4 1496.74 -441.87 288.91 75.2 1496.56 -448.89 218.25 75.Z 1496.52 -448.85 218.91 75.2 1496.62 -448.95 211.25 75.2 1496.92 -441.25 213.91 75.1 1496.82 -441.15 219.25 75.1 1496.38 -448.71 248.58 74.8 1496.81 -448.34 2'45,91 74,6 1495,97 -448,38 246,25 74,4 1495,98 -448,31 246,33 74,6 1495,37 -439,78 246,58 74,6 1494,72 -439,85 . 246,83 74,6 1494.32 -438.65 249,58 74.4 1494.81 -438,34 268,16 74.3 1494,87 -438,4~ 265.58 74.3 1494.27 -438.68 266.83 74.1 1494.44 -438.77 277.58 74.1 1494.25 -438.58 282.83 74.8 1494.12 -438.45 285.58 74.8 1494.88 -438.41 286.83 74.8 1494.23 -438.56 289.58 74.8 1494.17 -438.58 298.16 74.8 1494.15 -430.48 298.58 74.8 1494.82 -438.35 293.16 74.8 1494.82 -438.35 293.58 73.8 1494.87 -438.48 293.66 74.8 1493.51 -437.84 294.88 74.8 1493.~8 -437.33 294.33 74.8 1492.88 -437.21 294.66 73.8 1492.31 -436.64 295.88 74.8 1492.88 -436.33 38~.33 74.8 1491.92 -436.25 381.88 73,8 1491.84 -436.17 381.66 73.8 1491.99 -436.32 344.33 73.5 1491.52 -435.85 355.88 73.4 1491.45 -435.78 368.33 73.2 1491.48 -435.73 363.88 73.4 1491.42 -435.75 363.66 73.2 1491.42 -435.75 363.83 73,4 1491.42 -435.75 364.88 73.2 1491.67 -436.88 364.33 73.2 1491.39 -435.72 364.41 73.2 1491.31 -435.64 PAGE ELD REPORT.# = 1456~A ST PHASE = SHUTIN PERIOD # 1 FINAL FLOW PRESSURE £PSIA] = 1491.31 PRODUCING TIME CHIN] = 242.39 TIME · F DAY DATE ELAPSED DELTA =MM=SS DD-MH TIME,MIN TIME,MIN BOT ItOLE BOT HOLE LOG TEMP. PRESSURE DELTA P HORNER DEG F PSIA PSI TIME =42=35 3-MY 645,58 0,g~ =42=4~ 3-MY 645,67 ~,~9 :=42=45 3-HY 645,75 0,17 :=42=55 3-MY 645,92 ~,34 :=43=15 3-MY 646,25 ~,67 :=44=35 3-MY 647,58 2,~8 '=49=55 3-HY 652,92 7,34 '=32=35 3-MY 695,58 50,~8 '=15=15 3-MY 738,25 92,67 '~57=55 3-HY 788,92 135,34 =48=35 3-HY 823,58 178,~8 =23=15 3-HY 866,25 228,67 · = 5=55 3-MY 9~8,92 263,34 '=48=35 3-MY 951,58 386.~ '=31=15 4-HY 994.25 348.67 =13=55 4-MY 1836.92 391.34 =56=35 4-MY 1879,58 434,88 .=39=15 4-MY 1122,25 476,67 =21=55 4-HY 1164,92 519,34 =32=35 4-MY 1175.58 538.88 =37=55 4-HY 1188.92 535.34 '=48=35 4-MY 1183.58 538.~8 =41=55 4-HY 1184.92 539.34 =42=35 4-MY 1185.58 54~.88 =42=55 4-MY 1185.92 548.34 73,2 1491.31 8.g0 73,2 1499,66 8,35 3.431 73,2 1588.24 8.93 3.154 73.2 15B8,66 9,35 2,854 73.4 15~1.88 9.69 2.56~ 73.4 15~1.36 18,B5 2.'887 73.2 1581.78 18.47 1.532 73.8 1581.98 10.67 8.767 74.1 15~2,~4 18.73 8,558 74.4 15~1.94 10.63 8.446 74.6 1581.89 1~.58 8.373 74.8 1581.88 10.49 8.322 74.9 1581.76 1~.45 8.283 75.1 1581.64 18.33 8.253 75.1 1581.58 18.27 8.229 75.1 15~1.49 18.18 8.2~9 75.2 15~1.44 10.13 8.193 75.2 15~1.33 18.82 8.179 75.2 15~1.15 9.84 8.166 75.4 15~1,89 9.78 8,164 75,4 15B1,06 9,75 8,162 75,'4 1581,88 9.77 8,162 75,4 15~1.88 9.77 8,161 75,4 1588,97 9.66 O.161 75.4 1508.97 9.66 8.161 PAGE ... C,J PRELIMINARY PRINT-OUT OF COMPLETE DATA IELD REPORT.# ~ 1456BA ET PW TW g.~8 1522.86 77.65 ff.17 1522.ff5 77.65 8.25 1521.14 77.65 8.33 1511.78 77.58 B.42 1517.7~ 77.58 ~.5~ 1524.85 77.58 8,58 1583,19 77.58 8,67 1518,~8 77,58 ~.75 1518.66 77.58 ~.83 1525.97 77.5g 8.92 1532.88 77.50 1,88 1535,52 77,5~ 1,88 1535,69 77.5~ 1,17 1532,55 77,50 1.25 1529,~8 77,50 1.33 1525,92 77,58 1,42 1524,56 77,5~ 1,5~ 1525,~8 77,35 1,58 1526,64 77,50 1,67 1528.65 77.35 1,75 1529.94 77,5~ 1,83 1538,43 77,58 1.92 1529.92 77.35 2.88 1529.~8 77.5~ 2.~8 1525.!4 77.35 2.17 15~7.87 77.35 2.25 1528.89 77.35 2.33 1543.33 77.58 2.42 1553.75 77.58 Z.5~ 1555.44 77.35 2.58 1552.93 77.5~ Z.57 1573.2~ 77.35 2.75 1564.25 77.35 2.83 1557.58 77.35 2.92 1549.4~ 77.35 3.B~ 1544,78 77.35 3.~8 1543.35 77.35 3.17 1544,81 77,35 3.33 1551,26 77.58 3.42 1553.68 77.35 3.58 1554.21 77.35 3.58 1553.41 77.35 3.75 1549.88 77.19 3.83 1548.84 77.35 3.92 1548.69 77.35 4.~g 1549.31 77.35 4.17 1551.89 77.35 4.25 1551.49 77.19 4.33 1551.45 77.35 4.58 155g.5~ 77.35 4.58 155~.g9 77.35 4.75 1558.88 77.35 5.88 1558.72 77.19 5.42 1558.28 77.19 8.88 1.558,25 77.19 ET 9.42 18.~8 1~.17 1~.25 1g.33 1N.42 18.5g lg.58 1N.G7 18.75 10.83 1~.92 11.88 11.88 11.17 11.25 11.33 11.42 11.5~ 11.58 11.67 11.75 11.83 12.~ 12,~ 12,17 12.25 12.42 12.5~ 12.58 12.75 12.83 12.92 13.~ 13.33 13.67 19.~ 29,67 35.8~ 35,67 36,8~ 36.]7 36.25 36.33 36.42 36.50 36.58 36,67 36.75 36.83 36.92 37.~ 37.g8 37.17 37,25 PW 1558.19 155~.28 155~.2g 1565,15 1532.88 1521.31 1529.~2 1541.41 1549.15 1558.75 1547.68 1545.1~ 1545,53. 1552.69 1561.25 1558,27 156~.65 1558.12 1555.37 1551.2U 1548.27 1547,~3 1547.51 1551.29 1552.7~ 1553.19 1552.69 155~.66. 155~.~Z 1549.9H 155~.81 1551.34 1551.62 1551.59 155~.71 1551.13 155~.94 155B.98 155B.94 1558.96 155B.94 155~.98 1558.95 1544.81 1552.72 157~.27 156~.13 1544.~4 1531.96 1530.~4 1533.96 1538.6~ 1542.61 1541.92 1547.68 TW 77.19 77.19 77.19 77.19 77.19 77.35 77.35 77.35 77.19 77.19 77.19 77.35 77.19 77.35 77.35 77.19 77.19 77.35 77.19 77.19 77.35 77.19 77.35 77.19 77.19 77.19 77.19 77.35 77.19 77.19 77.35 77.35 77.35 77.35 77.35 77.35 77.19 77.19 77.19 77.19 77.19 77.35 77.35 77,35 77.19 77.35 77.19 77.19 77.19 77.19 77.19 77.19 77.35 77.19 77.19 PAGE 'ELD REPORT.# t 1456~A ET PV TW -~****, ,****w,ww ,w***** 37,33 155~,34 77.19 37,42 1549,35 77.19 37,5~ 1546,55 77.35 37,58 1542,44 77.19 37,67 1539.19 77.19 37.75 1537,71 77,19 37,83 1538,~8 77,35 37.92 1539.81 77.35 38,~ 1541.88 77,19 38.~8 1543.41 77.19 38,17 1543.83 77.19 38.25 1543,45 77.19 38,42 1541,4~ 77,35 38,5~ 154~,77 . 77,19 38,58 154~.64 77,35 38.75 1541.5~ 77.19 38,83 1544,53 77,19 38.92 1542.91 ' 77.35 39.~ 1541.5~ 77,35 39,~8 154~,58 77,35 39,17 154~.19 77.19 39.25 154~,32 77,35 39.33 1530,93 77.35 39,42 1539,92 77.19 39.5g 1!i32,54 77.35 39,58 155t.4~ 77.19 39.67 1559,68 77,19 39.75 IB6~.08 77.19 39.03 1550.9H 77.35 39,92 1555,49 77.19 4~.~ 1557.35 77,35 ,l~,g8 1B49,70 77.19 4~,17 1!~59.B9 77.19 4~.25 1!557.25 7/.19 4~,33 1550,57 77'.19 41,~ 1550.23 77.35 41.17 1B58.68 77.19 41,33 1~59,36 77,19 41,~ 15G~,68 77.19 4-1.58 15~5,55 77.19 41,57 1566,14 77.19 41.75 1569.69 77.19 52,42 157B,4J 77.19 57,75 157~.58 77.19 50,4Z 1570,63 77,35 58,58 157~,63 77,19 58,67 1570,~6 77,35 58,83 1578.~3 77,19 58.9Z 157~.~8 77,19 59,~ 16g4.41 77.19 59,~8 16~3,56 77.19 59,17 1599,11 77.19 59,25 1597,79 77.19 59.33 1597,33 77,19 59,42 1595,68 77,19 ET 59.50 59,58 59.67 59.75 59.83 59.92 6~.g8 ~ 6g.17 6~', 25 6.e', 42 6.8'. 5g 6.~'. 67 6g.75 6~.83 G~.U2 G 1 61 ..~8 61.17 G1 Gl .33 Gl ,.1~ G1 .S.~' Gl .L;O G l . r;7 Gl .75 Gl G 1 . 92 G ;~. J 7.C,' GZ. fifo 62.i7 G2.25 ..- 'GZ. '" ~r.. 62.75 62.03 G ~ G 3. ~.(Z G 3. ~ifj G3, 17 63,25 63,33 63,4Z 63.5g 63,58 63.67 63,75 63,83 63,9Z 64 64 64,17 1594.3.q 1594.15 1593.52 1593.49 1598.05 1595.98 1591 1593.78 16~2.41 16~)'5.23 1 GJ~4.59 1Gg4.B'l 1595.33 1590.67 1599.83 1599.82 1G~l~. 64 1~99.79 1590 ,l:f4 1597.3n 16O7.4 (; I 5t)G, 1 1 !i t{ 7. ,1 1 OJ3'O. 1 (;l~'/. i. t 1 (;)/G. 4: 1 G.O 7. I GY~'3. 1 Gq"/. I / 1G~JO. 23 ] (; ~., 7.7 l l,'ld. {.', lb94 .', :' 1 !;95. 16~rG. 1 G ) 2. :': :'; 1 f;~8. 1 t; ! 2. g.'~ ~ G I~. 9'~ J t;l~Y. F'~i l (: '~9, t,'.; 11; I I . 16fi9. '.) 101~'. 2tJ 1598,~G 1596. 1598.3~ 16~7. 16~5.9 16~7. 16~6.41 16~8.58 1'6~7.94 16~7.04 1657.95 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.35 77.-19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 77.19 71.19 77.19 77.19 77.19 77.19 77.19 77.19 77.1.'3 77.19 71'. Itl 77. J9 77.19 77.19 77. !9 77.19 77.19 ;"/. 19 77.19 77.i9' /7.19 '/'7.19 '/'/.It) ';'1.19 77.19 ' 77.19 , 77.19 l 77.19 ; 77,19 .I 77,19 :. 77.19 [ 77 ,.8r4 { 77.19.1 77,19.; ... PAGE IELD REPORT.# ~ 1456OA ET PW ~ 64.25 16g7,83 77.19 64,33 16~4.97 77.19 64.42 1597.51 77.~4 64.5g 1596.21 77.19 64.58 1692.23 77.19 64.67 1599.1E 77,~4 64.75 1598.50 77.19 64.83 1596.86 77.19 65,gg 1596.53 '77.19 65.88 1596.21 77.19 65.17 1597.53 77.19 65.25 1596.8~ 77.19 65.33 1597.13 77,19 65.42 1588.93 77.19 65.5g 1587.47 77.19 65.58 1596.72 77.19 65.67 1598.41 77.19 65.75 1596~4 77.19 65.03 1595.83 77.19 65.92 1597.8g 77.19 66.gg 1596.20 77.19 66.g8 1596.54 77.19 66.25 1596.22 77.g4 1~8.92 1595.66 77.g4 151.58 1'695.~2 77.~4 194.25 1594.37 76.89 236.92 1593.74 76.74 258.25 1593.46 76.74 263.58 1593.4~ 76.74 266.25 1593.47 76.74 266.33 1601.74 76.74 266.42 1691.44 76.89 266.5g 16~1.75 76.74 266.58 16gl.77 76.89 267.25 16gl.49 76.74 277.92 16g~.96 76.74 280.58 16g~.86 76.74 28~.92 16g~.87 76.74 281.gg 16~1.99 76.89 281.g8 1486.85 76.89 281.17 1~55.67 76.74 281,25 lg71.26 76.74 281.33 1959.Sg 76.74 281.5~ 1063.g2 76.89 281.58 lg58.98 76~74 281.67 1373.fi~ 76.74 281.75 1418.73 76.89 281.83 1425.12 76.89 281.92 143~.88 76.89 282.~ 1443.g4 76.89 282.g0 1455.82 76.74 282,17 1465,68 76.74 282.25 1473.25 76,74 282.33 1479.52 76.89 282.42 1484.6~ 76.89 ET 282.50 282.67 282.75 282.83 282.92 283.25 283,42 283.75 283.92 284.~8 284.17 284.25 284.'33 284.42 284.58 284.75 284.83 204.92 205.g~ 285.~8 285.25 285.42 285.5~ 285.03 205.92 286.~8 286.42 286.75 287.42 287.5~ 287.67 287.75 208.g8 288.25 288.33 288.42 200.58 288.75 288.83 208.92 289.~r~ 289.17 209.25 289.33 289.5g 209.58 Z09.75 289.~3 289.92 29~.g8 29~.25 29~.33 29~.5~ 29~.67 29~.75 P~ 1~91.02 1494.97 1497.11 1498,75 15~.14 1594.53 1526.37 15~9.51 151~.91 1512.g9 1512.7~ 1512.82 1512.58 1511.7~ 151~9.3~ 15~7,17 15~4,14 15~1.6~ 15~3.51 15~4.65 15~4.7~ 1593.85 15~3.'43 15~1.~6 15~.6~ 1499.27 1497.22 1'495.6g 1492.94 1492.74 1493.29 1493.74 1494.~3 1495.13 1496.~ 1496.58 1498.35 1498.83 15g~.~l 1499.93 1499.48 1499.61 1499.45 1499.76 1499.82 1499.8fi 1499.'5~ 1499.32 1499.68 14~9.32 1499.29 1499.57 1499.53 1~99.22 1499.~9 T~ 7G.74 76.74 76.74 7G.74 7G.74 76.~9 7G.89 77.~4 77.~4 77.U4 77.~4 77.~4 77.19 76.89 77.~4 77,19 77.19 77.19 77.19 77.19 77.35 77.19 77.35 77.35 77.5~ 77.5~ 77.5~ 77.5~ 77.8g 77.80 77.0~ 77.96 77.8~ 77.96 77.96 78.11 78.11 77.96 77.96 78.11 78.11 78.11 7~.11 78.26 78.26 78'.26 78.26 78.41 78.26 78.26 78.26 78.41 78.41 78.41 78.41 PAGE · .i .ELD REPORT. e : 1456~A ET P~ T~ 29~.83 1499.41 78.57 291.~ 1499.53 70.57 291.17 1499.92 70.57 291,33 1499,0~ 78.57 291.67 1499.91 70.57 291,75 1499,97 70.57 291.83 15~,5g 70.57 291,92 15g~,74 78.57 292,58 15~,G7 70,72 292,75 1501,28 78,87 292,83 1591,37 78.72 293,17 15~1,~6 78,87 293,33 15~I,~7 78.87 293,5~ 15~1,42 70,87 293,83 15~1,53 79.~2 294,5E 15~2.13 78,87 295,17. 1582,23 79.~2 295,5~ 15~2,1~ 79.18 296.17 15~2.U~ 79,18 296,5~ 15~2.5G 79.18 29G.G7 15~Z.G3 79.10 297,~ 15~3,17 79,33 297,67 15~2,99 79,33 297,83 15~3,~2 79,33 297,92 1503,22 79,33 290,58 15~3,43 79.33 298.75 15~3.G~ 79.33 299,~8 15~3,51 79.33 299,25 15~3,54 79.33 299,42 15~3,79 79,48 3~,~8 15~3,63 79.33 3~,42 15~3,78 79,33 3~1.~8 15~3,82 79,33 3~1,25 15~4,~G 79,48 3~2,58 15~4.14 .79,33 3~Z,92 15~4,~6 79,48 3~3,25 15~4,2G 79,48 3~4,58 1584,47 79,48 3~5,92 1584,38 79.48 3~6,58 15~4,51 79,48 3~G,92 15~4,7~ 79,48 3~7.58 15~4.51 79.33 3~7,92 15~4,51 79.48 3~8,~8 15~4,48 79,48 3~8,17 15~4,61 79,48 3~8,5~ 15~4,47 79,48 3~9.17 15~4.7~ 79,48 311,83 15~4,73 79,48 312,5g 1504.G~ 79,33 312,83 15~4,79 79,48 315,5~ ' 15~4,73 79.33 315,83 15~4,81 79,33 '316;5~ 15~4,45 79.33 317,17 15~4,45 79,33 317,83 1504,72 79.33 ET 32.e'..%.~. 32FJ'. O3 32!~. 92 32 G, ::: ?. 7. 337. ~,10. 33 353. ~7 35 B. 355. (;7 3Sfi. :..'3 3 G 9. !)'.0' 371 373, !'F..~ 373. (;7 374. 374.67 377.33 37B, 3U1 .33 382., :-,7 383,33 353. 38G. 33 3L17, G7 387.83 '-JBT. 92 388 388.75 391 .42 392.75 394 .£)'8 399.42 4~4.75 412.75 414.~8 d24.75 4.7.6 426.42 431 .75 434.42 ,! 34.58 ~34 434.83 435. 17 435.83 436. 441 .83 443. 17 444. 449.83 P~ 15~4.G2 15~4.54 15~4.6G 15~4.57 1504.38 15~4.46 1594.31 1593.91 1593.67 1593,6~ !Bg3.7~ 1593.1!~ l!;!r2.B1 '!5~3.16 15gZ.7G 1 !;1Y2.65 15~2. (; 7 ! 5.0'2.51 I !i~;2. B,) 15~2.71 t 5~'2.4 G ! 5h2.39 1 [,A"Z. 29 ~ 5H2.3G 15~2.42 15gZ.37 15~2.31 15N1.G4 1591,~2 15N1.12 15~1.1! 15NI.53 1591,56 15~N.98 15~.G9 15~.61 15~,G5 1499.96 1499.9~ 1499.76 1499.84 1499.86 1499.B~ 1499.71 1498.6G 1498.3~ 1498.66 1498.76 1498.85 1498.56 1498.52 T~ 79.48 79.33 79.33 79.33 79.40 79.33 79.33 78.07 78.87 70.07 78.72 78.72 78.72 78.72 78.41 78.26 78.~G 78.11 78.11 78.11 78.11 77.96 77.96 77.8~ 77.9G 77,9G 77.8~ 77.8~ 77.G~ 77.8~ 77.G5 77.8~ 77.65 77,G5 77.5~ 77.5g 77.19 77.~4 77,~4 76,89 7G.58 76.58 76.58 7G.43 7G.43 7G.43 7~.43 7G.43 7G.43 7G.43 76.28 76.28 76.20 7G.28 75.97 PAGE ':IELD REPORT ~ 8 1456BA ET PW TW 451,17 1498,43 75,97 451.03 1498.G4 76.97 4G2.5~ 1490.53 75.82 467.83 1498.46 75.52 47~.58 1498.39 75.52 471.83 1498.39 75.52 472.58 1498.42 75.52 472,83 1498,39 75.52 473.~9 1498.25 75,52 473,17' 1498,43 75.52 483.83 1498.36 75,36 484.5~ 1498.32 75.36 484.83 1498.35 75.36 485.88 1498.37 75.21 485.~8 1498.33 75.21 485.25 1497.46 75.36 485.42 1496.98 75.36 486.88 1496.54 75,Z1 487.42 1496,74 75.36 49~.~8 1496.56 75.21 491,42 1496.52 75,21 492.58 1496.62 75.21 492.42 · 1496.92 75,21 495.58 1496.82 75,~6 5~.42 1496.38 75.~6 521,75 1496.81 74.75 527,~8 1495.97 74,6~ 527.42 1495.98 74.45 527.5~ 1495.37 74.Gg 527.67 1494.72 74.6B 528.8~ 1494.32 74.6~ 538.67 1494.~1 74.45 541.33 1494.~7 74.3~ 546.67 1494.27 74.38 548.8~ 1494.44 74.14 558.67 1494..25 74.14 564.8~ 1494.12 73.99 566.67 1494.88 73.99 568.~ 1494.23 73.99 578.67 1494.17 73.99 571.33 1494.15 73.99 571.67 1494.~2 73.99 574.33 1494.82 73.99 574.67 1494.87 73.84 574.83 1493,51 73.99 575.17 1493.~8 - 73.99 575.58 1492.08 73.99 575.83 1492.31 73.84 576.17 1492.~8 73,99 581.58 1491.92 73.99 582.17- 1491.84 73,84 502.83 1491.99 73.84 625.5~ 1491.52 73.53 636.17 1491.45 73.30 641.5~ 1491.48 73.23 ET 644.17 644.03 645.E~ 645.17 645.5~ 645.58 645,67 645.75 645.92 646,25 647.58 652.92 695.58 730.25 70~.92 823.58 [166.25 988.92 951.58 994,25 1~36,92 1~79.58 1122.25 1164.92 1175.58 118~.92 1183.58 1184.92 1105.58 1185.92 1186.~ llO6.~O 1186.17 1186.25 1186.33 1186.42 1186.55 1186.58 1186.67 1186.75 1186.03 1106.92 1107.~ 1107.~0 1187.17 1107.25 1107.33 1107.42 1107.5N 1107.50 1187.67 1187.75 1187.83 1107.92 1100,~ PW 1491.42 1491.42 1491.42 1491.67 1491.39 1491.31 1499.66 15~.24 1588.66 15NI.~F$ 15~1.36 15~1,78 15~1,-98 1592.~4 15~1.94 15~1.89 15~1.8~ 15~1.76 15~1.64 15R1.58 15~1.49 15~1.44 15~1.33 15~1.15 15~1.59 15~1.~6 15~1.08 15~l.~U 15~0.97 15~R'.97 15~2.42 1495.15 1498.71 1499.73 1496.21 1491.24 1401.87 1475.96 14~2.49 1531.97 1544.94 1537,39 153~.33 1543.58 1537,41 1541.58 1549.58 15,17.81 1551.~3 1555.85 1557.48 15G~.9(;' 1560.25 157~.47 1572.23 TW 73.38 73.23 73.38 73.23 73.Z3 73.Z3 73.23 73.23 73.23 73,38 73.38 73,23 73.84 74,14 74,45 74.68 74.75 74.91 75.~6 75.~6 75.~6 75.21 75,21 75.21 75.36 75.36 75.36 75.36 75.36 75.36 75.52 75.36 75.36 75.36 75,36 75.36 75.36 75.36 75.36 75.21 75.21 75,36 75,21 75.21 75.21 75.21 75.~6 75.21 75.~6 75.H6 75.R6 75.~6 75.86 75.~6 75.~6 PAGE ('7) rD- IELD REPORT. ~ : 1456~A ET P~ T~ 1188.E8 15~7.31 75.~6 1188.17 1581.51 75.86 1188.25 1584.42 75.86 1108.33 1580.22 75.86 1188.42 1592.31 74.91 1188.5~ 1595.05 75.~6 1188.58 1598.~2 74.91 1188.67 1598.75 74.75 1188.75 1598.78 74.91 1188.83 1599.87 74.91 1188.9Z 168~.52 74.75 1189.8~ 1597.84 74.75 1189.~8 1598.9~ 74.91 1109.17 16~5.36 74.75 1189.25 16~0.45 74.91 1189.33 1598.79 74.75 1189.42 1681.94 74.75 1189.58 1599.44 74.75 1189.67 1599.82 74.75 1189.75 1599.38 74.66 1189.83 1599.33 74.68 119~.~ 1598.82 74.6~ 1198.17 1598.54 74.45 119~.25 1598.16 74.45 1198.33 1598.25 74.45 I19~.42 1597.82 74.45 1198.58 1597.49 74.45 119~.67 1597.19 74.68 I19~.83 1596.34 74.45 1191.17 1595.22 74.38 1191.33 1594.57 74.3B 1191.42 1594.~6 74.38 1191.58 1593.68 74.3~ 1191.67 1593.84 74.38 1191.75 1592.75 74.14 1191.83 1592.19 74.14 1191.92 1591.93 74.14 1192.~ 1591.44 74.14 1192.~8 1591.34 74.14 1192.25 159~.24 73.99 1192.42 1589.59 74.14 1192.58 1580.71 73.99 1192.57 1508.63 73.99 1192.83 1591.62 73.99 1192.92 1591.65 73.99 1193.~ 159B.78 73.84 1193.17 1588.25 73.84 1193.25 1587.35 73.84 1193.42 1586.19 73.84 1193.50 1585.35 73.84 1193.67 1584.56 73.84 1194.~O 1582.6~ 73.68 1194.17 1581.82 73.84 1194.33 1588.48 73.68 1194.5~ 1579.59 73.68 ET 1194.50 1194,75 1194.83 1194.92 1195.88 1195.88 1195.75 1195.33 1195.5~ 1195.58 1195.75 1195.92 1196.68 1196.17 1196.33 1196.42 1196.5~ 1196.67 1196.75 1196.92 1197.~8 1197.25 1197.42 1197.50 1197.75 1197.83 1197.92 1198.25 1198.33 1198.5~ 1198.50 1198.75 lJ~B.83 1198.92 1199.~8 1199.17 1199.33 1~99.42 1199.5~ 1199.58 1199.75 1199.83 1199.92 128N.80 1288.25 128~.33 128N.42 128~.58 12~.75 1288.92 12~1.~8 1281.17 PW 1579.19 1570.~2 1577.59 1576.04 1576.32 1576.~2 1574.82 1574.4~ 1573.14 ]572.8~ 1571.52 157~.58 1569.84 1568.9~ 1567.67 1567.17 1566.31 1565.63 1564.78 1563.78 1562.31 1561.18 1559.05 1550.73 1S57.3~ 1556.42 1556.87 - 1554.31 J553.3~ 1552.4~ 1551.4~ 1558.73 1549.67 1540.98 1540.50 1547.35 1546.73 1545.8£ 1545.2~ 1544.95 1544.24 1543.29 1543.84 1542.21 1541,71 1541.47 154~.39 1548.29 1539.74 1538.97 1538.68 1537.66 1536.91 1535.86 1535.69 TW 73.68 73.53 73.68 73.68 73.53 73.53 73,38 73,53 73,53 73,38 73,53 73,38 73,38 73.38 73,23 73,23 73,23 73.30 73,38 73,38 73.38 73,23 73,23 73,23 73,~7 73.~7 73.87 73,87 73.~7 73,87 73,87 73,~7 73.87 73.~7 73,87 72.92 73.~7 73.~7 73.87 72.92 72.92 72.92 72.92 72,92 72.92 72.92 72.92 72.92 72.92 72.92 72.77 72.92 72.92 72.77 72.77 PAGE IELD .REPORT # : 14568A ET PN TN 1291.33 ~534.72 72.77 I281.67 1533.33 72.77 1281.83 1532.73 72.77 1282.8~ 1531.98 72.77 1282.33 1538.73 72.62 - 1282.58 1538.89 72.62 1282.67 1529.71- 72.62 1282,83 1528,97 72.62 1283.88 1528.52 72.62 1283,33 1527.22 72.77 1283.67 1526.18 72,62 1284.88 1524.95 72.62 1284,17 1524,42 72,62 1284,25 1523,98 72.62 1284,42 1523,68 72.62 1284,58 1522,92 72,62 1284,75 1522,51 72,46 1285,88 1521,24 72,62 1285,42 1519,51 72,62 1285,58 1518.82 72.62 1285,67 1518.46 72,46 1285,83 1517,54 72,62 1285,92 1517,18 72,62 1286.88 1515.93 72.46 1286o17 1515.63 72.62 1286.33 1514.49 72.46 1286.42 1513.98 72.46 1286.58 1513.54 72.46 1286o67 1511.96 72,46 1286,83 1518.86 72.46 1287.88 1589.37 72.46 1287.,17 1588,18 72,46 1287,33 1586,14 72,46 1287.58 1584,43 72.46 1287.83 1588.52 72.46 1288,8~ 1498,16 72.46 1288,33 1492.78 72,46 1288.58 1489.88 72.46 1288.58 1486.97 72.46 1288.75 1482.14 72.46 1288.83 1479.34 72.46 1289,88 1472,43 72,46 1289,88. 1469,41 72,46 1289,17 1467,57 72.31 1289.25' 1467.31 72.31 1289.33 1466.33 72.46 1289.58 1463.48 72.31 1289.58 1461.58 72.46 1289.67 1468.87 72.46 1289.83 1456.53 72,46 1218.88 1452.40 72.31 1218.88 1458.09 72.31 121~.17 1448,95 72.46 1218.25 1447.22 72.31 1218,33 ~444.68 72.31 ET 121~.58 1218.58 121~.67 121~.75 1218.83 121~.92 1211.~8 1211.17 1211.25 1211.33 1211.42 1211.58 1211.58 1211.75 1211.83 1211.92 1212.~8 1212.88 1212.17 1212.25 1212.33 1212.42 1212.5~ 1212.58 1212.67 1212.75 1212.~3 1212.92 1213.8~ 1213.H8 1213.17 1213.25 1213.33 1213.42 1213.58 1213.58 1213.67 1213.83 1213.92 1214.~8 1214.~ 1214.17 1214.25 1214.42 1214.5~ 1214.5~ 1214.67 1214.75 1214.83 1215.~ 1215.~8 1215.17 1215.25 1215.33 1215.42 144~.78 1439.45 1437.56 1435.19 1433.69 143~.95 1427,77 1426,~5 1425.~1 1422.~9 1421.57 142~.36 141~.6~ 1416.6G 1415.83 1414.72 1414.57 1412.98 14~8.57 14~6.39 14~3.1~ 14~1.52 1399,52 1397.82 13~7.98 14~4.43 1416.86 1422.81 1438,46 1436.93 1442.94 1446.83 1452,57 1468,'42 1463.81 1469.18 1475.92 1486.85 1492.77 1498.36 15~3,7E 15~9.8U 1516.5~ 153H.93 1538.13 1545.6~ 1553.47 156~.97 1566.45 1578.19 1GU3.H~ 1552.89 154~.68 1535.57 1528.7~ TN 72.31 72.46 72.46 72.31 72o31 72.31 72,31 72.31 72,31 72.31 72.46 72,31 72.31 72,31 72,31 72,31 72.31 72,31 72,31 72.31 72.31 72.31 72.31 72.31 72.31 72.3[ 72.31 72.31 72,31 72.31 72.46 72.46 72.46 72,31 72.31 72.31 72.31 72.31 72.21 72.31 72.31 72.31' 72.31 72.31 72.31 72.31 72.31 72.31 72.46 72,31 72.31 72.46 72.31 72,31 72,31 PAGE IELD REPORT ~ : 1455gA ET PV TV 1215.5E 1511.78 72.31 1215.58 1596.52 72,31 1215.67 1499.4g 72.'46 1215.75 1492.58 72.46 1215.83 1487.55 72.46 1216.~ 1477.g7 72.31 1216.17 1468.44 72.46 1216.25 1464.51 72.46 1216.42 1457.32 72.46 1216.5~ 1453.93 72.31 1216.67 1447.83 72.31 1216.83 1442.21 72.31 1216.92 1439.63 72.46 1217.~8 1435.35 72.46 1217.17 1433.12 72.46 1217.25 1431.3~ 72.46 1217.42 1428.47 72.46 1217.5~ 1427.36 72.46 1217.58 1426.49 72.31 1217.75 1425.51 72.46 1217.92 1425.g9 72.46 1218.~ 1425.~0 7.2.31 1218.~8 1425.69 72.46 1218.25 1425.88 72.46 1218.58 1428.19 72.46 1218.75 1429.63 72.46 1219.~8 1432.~7 72.31 1219.42 1433.78 72.31 1219.50 1434.36 72.31 1219,67 1434.87 72.31 1219.75 1442.~7 72.31 1219.83 1441.97 72.46 1219.92 1441.63 72.31 122~.~8 144~.33 72.31 1226.25 1439.3~ 72.46 122g.33 1.430.97 72.46 122~.56 1438.65 72.31 122~.58 1438.27 72.46 122~.92 1437.71 72.31 1221,~8 1437.35 72.46 1221.25 1438.22 72.46 1221.33 1439.~1 72.46 1221.42 1440.42 72.46 1221.5~ 1442.31 72.31 1221.58 1443.66 72.46 1221.67 1444.66 72.31 1221,75 1446.71 72,31 12ZZ.g8 1456,56 72.46 1222.17 1451,39 72.31 1222.33 1452.65 72.46 1222.67 1455.74 72.31 1ZZ3.BB 1458,62 72.46 1223.58 1458,88 72,46 1223,17 1459,41 72,46 1223.25 1466.47 72.31 ET 1223.33 1223.42 1223.5D 1223.67 1223.75 1223.92 1224.~ 1224.17 1224.25 1224.39 1224.67 1224.75 1224.83 1224.92 1225.25 1225.33 1225.42 12ZS.E;H 1225.83 1225.92 122G.~ 1226.17 1226.25 1226.4.2 12.26.58 1226.67 1226.83 1226.92 1227.25 1227.33 1227.67 1227.83 1227.92 1228.~O 1228.B8 1228.17 1228.5~ 1228.67 1228.75 1228.92 1229.~ 1229.~8 1229.17 1229.33 1229.42 1229.5g 1229.58 1229.67 1229.75 1229.83 123H.~ 123~.~8. 1236.17' 123~.25 123~.33 PW 1461.N7 1461.41 1462.47 '1463.42 1463.56 1464.64 1464.97 14G6.~'6 1466.31 1466.97- 1468.35 1468.~3 1469.~5 1469.56 147g.69 147~.86 1471.24 1471.3~ 1472.23 1472.43 1472.8-3 1472.8~ 1473.2~ 1473.46 1474.g3 1474.~Z 1474.62 1474.56 )475.4~ 1475.38 1476.15 1476..41 1476.41 1476.18 1476.21 1476.5~ 1476.85 1476.7g 1476.94 1477.12 1477.35 1477.3~ 1477.49 1476.97 1476.22 1476.24 1475.93 1474,87 1475.38 1474,37 1474;87 1474.4~ 1474.85 1474.01 1475.29 TW 72.31 72.46 72.46 72.46 72.31 72.46 72.46 72.46 72.31 72.31 72.31 72.31 72.46 72.31 72.31 72.46 72,46 72.31 72.46 72.,16 72.46 72.46 72.46 72.46 72,46 72.46 72.46 72.46 72.46 72.46 72.46 72.46 72,46 72.46 72.46 72.46 72.46 72.46 72.46 72.46 72.62 72.46 72.46 72.46 72.62 72.46 72.46 72.46 72.46 72.62 72.46 72.46 72,46 72.62 72.62 PAGE 'IELD REPORT e t 1456~A ET PN TN 123g. SE 1475.73 72.46 1238,50 1477,1~ 72,62 123~,75 1477,.46 72,62 123~,83 1477,56 72,46 1238,92 1470,52 72.62 1231.~ 1479,13 72,62 1231.g8 1479,2~ 72.45 1231,17 140~.~5 72.62 1231,25 1479,U8 72,62 1231.33 14fl~.46 72.46 1231,42 140g,46 72,62 1231,50 1481,37 72.62 1231,67 1481,26 72,62 1231,03 1482,17 72,62 1231,92 t482,fl3 72.46 1232,g8 1402,6~ 72,62 1232,17 1402,96 72,62 1232,25 1403,76 72,62 1232,33 1403,87 72,62 1232,42 1484.42 72,62 1232,5g 1404,54 72,62 1232,50 1484,19 72.62 1232.67 1404.79 72.62 1232.75 1405.~4 72.62 1232.83 1485.63 72.62 1233,~'~ 1406.~3 72,77 1233,~8 140.6,7~ 72,62 1233,25 1407,61 72.62 1233,92 1409.16 72,62 1234,25 1409,95 72.62 1234.50 149~.46 72.62 1234.92 149g.78 72.62 1235.50 1492,66 72,62 1236.25 1493.59 72.77 1236,42 1493,75 72,77 1236.5~ 1493.86 72.77 1236.83 1493.58 72.62 1237.g~ 1493.45 72,77 1237,67 1491,74 72.77 1237,~3 1491,27 72,77 1230.17 1491.12 72.77 1238,83 - 1491,71 72.77 1239,5~ 1491.97 72,77 124~.03 1493.~8 72.92 1241,50 1493,~3 72,92 1242,17 1492.65 72.77 1242.03 1492.96 72.92 1243.17 1492.99 72.92 1243.5~ 1493.43 72.92 1244.17 1493.~8 72.92 1244.33 1493.62 72.92 1245.~ 1492.~0 72,92 1245.17 1492,7~ 72,92 1245.5~ 1494,U5 72.92 1245.58 1496.33 72.92 ET 1245.92 1~46.~8 124G.17 1246.25 1246.33 1246.42 12~6.5~ 1246.58 1246.67 124G.75 1246.83 1247.17 1247.25 1247.42 1247.5~ 1247.58 1247.67 1247.U3 1247.92 124U.~ 1248.~0 1'240.17 1~40.33 1248.42 1248.51f 1240.67 1241].83 1248,92 1749.£~8 1249. 17 1249. ~3 1249.42 1Z4.9.5~ 1'249.67 1249.75 1249.92 125~.DN 125~.~8 125g.17 125~.25 125~.33 125~.42 125~.5~ 175~.58 125~.75 125~.83 125~.92 1251.~g 1251.~8 1251.17 1251.5~ !251.67 1251.75 1251.83 1252.~ PS/ 15~3.5~ 1~4.47 1595.15 15~5.31 15~4.96 15~3.35 15~3.15 15R3.96 15~5.91 15~8.2~ 1513.57 1514.81 1516.61 1516.96 1518.H2 1519.33 152~.7U 1521,27 15"2 37 ~. · ~523,~7 1523.22 1525.33 1525.93 1526.31 1528.2~ 1529.63 153~.24 1531.99 1532.~ 1533.54 1533.74 1534.4!$ 153G.3!r 153G.95 1537.35 1537.4U 1538.13 1539.~U 1539.,!~ 1539.56 15d~.24 154~.~;7 1542.,!~; 1542. 1543.24 ! 5d4.91 1548.59 15G5.73 1573.~1 1577.41 1581.47 15ug.~G TS/ 72,92 72.92 72.92 7;!.77 72.92 72.92 72.92 72.~2 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.92 72.U2 73.fl7 72.U2 72.92 ?2.92 73.fl7 72.92 72.92 72.92 72.92 72.~2 72.92 72.92 72.92 72.92 73,~7 72.92 73.~7 72.92 72.92 72.92 72.92 72.~2 73.~7 72.92 72.92 73.~7 72.92 PAGE 'IELD REPORT ~ : 1456~A ET PW TW 1252.~8 1252.25 1252.42 1252.5~ 1252.58 1252.67 1252,75 1252.83 1252.92 1253.8~ 1253.88 1253.17 1253.25 1253.42 1253.58 1253.58 1253.67 1253.75 1253.83 1254,~O 1254.17 1254.25 1254.33 1254.5~ 1254,67 1254,83 1254,92 1255,88 1255.17 1255.33 1255.42 -1255.58 1255.75 1255.92 1256.88 1256.88 1256.42 1256.58 1256.75 1257.88 1257.17 1257,25 1257.42 1257.75 1257.92 1258.88' 1258.25 1258.33 1258.42 1258.50 1258.58 1258.67 1258.75 1258.83 1258.92 1591.28 72.92 1589,06 73.~7 1584.27 72.92 1581.~2 73.87 1577.51 72.92 1573.87 72.92 1567.14 72.92 1559.57 72.92 1554,14 72.92 1554.83 72.92 1553.43 72.02 1558.86 72.92 1545.15 72.92 1532.25 72.92 1527.23 72.77 1526.55 72.92 1525.33 72.92 1522.82 72.92 1517.75 72.92 1508.79 72.92 158~.44 72.92 1496.64 72.92 1493.86 72.77 1486.44 72.92 148~.38 72.92 1474.56 72.92 1471.56 72.92 1466.45 72.92 1464.18 72,92 1459.72 72,92 1457.87 72.92 145~.13 72,92 1445.~1 72.92 1441.99 72.77 144~.35 72.92 1439.82 72.92 1446.38 72.77 1449.43 72.77 1452.13 72.92 1457.13 72.77 1458.14 72.77 1459.48 72.92 1461.43 72.77 1464.72 72.92 1466.4~ 72.92 1468.78 72.92 1472.22 72.77 1472.57 72.77 1471.~4 72.77 1470.78 72.77 1473.53 72.92 1477.43 72.77 148~.57 72.77 1482.65 72.92 1484.37 72.77 ET 1259.8~ 1259.25 125~.58 1259.67 126~.17 126~.25 126R.58 1268.67 1261.~ 1261.17 1261.25 1261.33 1261.58 1261.67 1262.~ 1262.17 1262.5~ 1262.~3 1262.92 1263.g~ 1263.88 1263.17 1263.25 1263.33 1263.58 I£63.67 1263.U3 1263.~2 1264.~8 1264.88 1264.17 1264.25 1264.33 1264.5~ 1264.58 1264.75 1264.83 1264.92 1265.~R 1265.88 1265.17 1265.33 1265.42 1265.58 1265.58 1265.67 1265.75 1265.83 1265.92 1266.88 1266.17 1266.25 1266.33 PW 1485.78 1407.~$ 1492.47 1493.42 1496..~1 1497.47 1498.33 15~1.81 15~1.91 1584.6~ 1585.87 15~6.62 1597.15 1588.53 1589.59 1512.16 1513.16 1515.6R 1517.38 1516.48 1513.92 15~8.15 1584.25 1495.72 1487.72 14Bg.18 1472.16 1468,37 1463.93 1459.79 1454.99 1458.62 1447.11 1441.15 1439.17 1436.45 1437.12' 1438.89 144~.41 1443.14 1446.0~ 1453.28 1457.23 1468.2~ 1462.34 1463.64 1462.96 1459.88 1458.41 1461.84 1481.43 1491.98 1588.48 TW 72.77 72,77 72.77 72.77 72.77 72.62 72.77 72.77 72.77 72.77 72.77 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.62 72.46 72.62 72.46 72.46 72.62 72.46 72.46 72.46 72.46 72.62 72.62 72.62 72.46 72.62 72.62 72.46 72.46 72.62 PAGE 11 '1 -; =1ELD REPORT # : 14560A ET PN TN 1266,42 15~7,48 72,62 1266.5~ 1513.71 72.46 1266.58 1519.4~ 72.46 1266.67 1524.28 72.46 1266.83 1533.48 72.46 1267.~8 1542.18 72.46 1267.17 1550.44 72.46 1267.25 1554.61 72.46 1267.33 1557.23 72.46 1267.42 1556.14 72.46 1267,5~ 1555.86 72.62 1267.67 1554.47 72.46 1267.75 1553.88 72.46 1267.83 1553.~9 72.46 1267.92 1552.64 72.46 1268.25 1549.97 72.46 1268.50 1547.73 72.46 1268.92 1545.~4 72.31 1269.~8 1543.94 72.31 1269.17 1543.~5 72.46 1269.25 1542.46 72.46 1269.42 1548.82 72.46 1269.50 154~.24 72.31 1269.67 1538.63 72.31 1269.83 1536.86 72.46 127~.~ 1534.65 72.46 1278.17 1532.94 72.45 127~.25 1531.78 72.31 127~.42 1529.92 72.46 127~.5~ 1520.61 72.31 127~.58 1527,62 72.46 127~,67 1526.12 72.46 127~.83 1523.7~ 72.31 127~.92 1522.~1 72.31 1271.08 1519.72 72.31 1271.17 1518.34 '72.31 1271.25 1516.63 72.31 1271.33 1515.76 72.31 1271.42 1514.31 72.31 1271.5~ 1512.28 72.31 1271.58 1511.7~ 72.31 1271.67 151~.44 72.31 1271.83 15~7.44 72.31 1271,92 15~6.61 72.31 1272.~ 15~5.02 72.31 1272,~8 15~3.9~ 72.31 1272.25 15~2.38 72.16 1272.33 15~1.35 72.31 1272.42 15~.68 72.31 1272.58 1498.23 72.31 1272.67 1496.48 72.16 1272.75 1496.65 72.31 1272.83 1493.~5 72.31 1273,~ 1489.59 72.31 1273.~8 1487.48 72.31 ET 1273,17 1273.33 1273.5~ 1273.58 1273.67 1273.75 1273.83 1273.92 1274.~ 1274.~8 1274.17 1274.25 1274.33 1274.42 1274.5g 1274.50 1274.67 1274.75 1274.C3 1274.92 1275.~ 1275.~0 1275.25 1275.33 1275.42 1275.5~ 1275,67 1275.75 1275,~3 1275.92 1276.~ 1276.17 1276.25 1276.42 1276.5~ 1276.67 1276.75 1276.92 1277.0~ 1277.~B 1277.17 1277.25 1277.33 1277.42 1277.50 1277.67 1277.75 1277.03 1277.92 1278.~ 1270,~8 1270,17 127~,33 1278.42 1278.5~ PW 1484.12 1401.41 1477.92 1476.54 1474.83 1473,73 1471.66 1469.83 1466.54 1465.88 1462.81 1462.55 1461.72 1458.99 1.459.03 1456.~'4 14'55.g4 1453.39 1452.19 1452.~4 145~.73 145~.37 1449.~7 1449.34 1448.77 144~.64 1447.61 1447.17 1440.2!i 1440.95 1440.72 1451.~5 1451,45 1454.55 1456.97 1461.~5 1463.52 1469.71 1472.72 1474.22 1474.9~ 1476.56 1482.15 1489.21 1494.54 1497.10 1499.19 15~1.45 15~4.01 15~6.3~ 15~7,76 151~.5R 1515.~ 1517.12 1519.49 T~ 72.31 72.31 72.31 72.31 72.16 72.31 72.31 72.16 72.31 72.31 72.16 72.16 72.16 72,16 72.16 72.31 72.16 72.16 72,16 72.16 72.16 72,31 72.16 72.16 72.16 72.16 72.16 72.16 72.16 72.16 72.31 72.16 72.16 72.16 72.31 72.16 72.16 72.16 72.16 72,16 72.16 72.16 72.16 72.16 72.16 72.16 72.~0 72.~N 72.16 72.16 72.16 72.16 72.16 72.16 72.16 PAGE 12 fIELD REPORT # :. 14568A ET PN TN I278.67 [523,7! 72.1G 1278.75 1525.46 72.16 1278.83 1526.79 72.16 1278.92 1527.78 72.16 1279.88 1528.52 72.16 1279.88 1538.31 72.16 1279'.25 1532.34 72.16 1279.42 1535.31 72.16 1279.58 1536.96 72.88 1279.67 1541.11 72.88 1279.83 1546.31 72.88 1288.88 1552.32 72.80 1288.33 1565.28 72.88 1288.58 1571.73 72.16 1288.58 1575.86 72.88 1288.92 1587.11 72.88 1281.~8 1588.44 72.~8 1281.~8 1598.27 72.~8 1281.17 1589.64 72.88 1281.25 1598.43 72.88 1281.42 1598.98 72.88 1281.58 1591.82 72.88 1281.92 1593.24 72.~8 1282.~8 1592.57 72.16 1282.88 1588.11 72.88 1282.17 1505.93 72.16 1282.25 1583.45 72.88 1282.42 1579.87 71.85 1202.58 ' 1575.38 72.08 lZOZ,75 1572.83 72.88 1202.92 1569.22 72.88 1283.88 1566.69 72.88 1283.17 1565.48 72.88 1283.33 1563.39 72,88 1283.42 1562.29 71.85 1283.58 1561.55 72.88 1283.67 1559.78 72.88 1283.75 1558.91 71.85 1283.92 1558.36 72.88 1284.88 1557.96 71.85 1284.~8 1557.32 72.88 1284,17 1557.79 71.85 1284.33 1557,57 72.88 1284.42 1557.76 72.88 1284.58 1557.69 72.~8 1284,67 1557.86 72.~8 1284,75 1558.89 71,85 1284.92 1558.23 72.88 1285.88 1558.11 72.~0 1285.80 1558.41 71.85 1285.17 1558.25 72.88 1285.25 1558.55 71.85 1285.33 1558.44 71.85 1285.42 1558.65 71.85 1285.58 -1558.46 72.8~ ET 1285.58 1285.67 1285.75 1285.U3 1285.92 1206.~8 1286.17 1286.25 12.86.33 1286.42 1286.58 1286.75 1286.03 1207.~8 1207.~8 1207.17 1287.25 1207.33 1287.42 1287.5~ 1287.58 1207.67 1207.75 1287.83 1207.92 12OO.~O 1208.17 12013.25 1280.33 1288.42 1208.58 1288,67 1208.03 1200.92 1289.D8 1209.17 1289.33 1209.42 1289.58 1209.50 1289.92 129N.N0 1298.25 129~.33 129~.42 129~.58 129~.58 1298.67 1298.83 129~.92 1291.~8 1291.17 1291.58 1291.58 PN 1545.66 1544.15 1534.27 1532.59 1490.55 1443.75 1447.12 1436.96 1437.17 1434.97 1434.26 1432.88 1429.55 1428.21 1426.18 1425.18 1425.2~ 1424.96 1438.~ 1429.18 1438.32 1431.~7 1433.26 1436.14 1438.65 1441.5~ 1445.7~ 1448.10 1451.9~ 1456.73 146g.7~ 147~.~6 1474.55 1402.66 1486.77 1494.11 1498.18 1584.96 15~8.57 1512.95 1515.9~ 153~;47 1537.39 1544.NG 1547.47 155~.65 1554.12 1557.11 156~.48 1566.54 1569.59 1572.~3 1578.34 1589.5~ 1592.37 TN 72.0N 71.85 72.8~ 71.~5 72.D8 72.N8 71.85 72.~8 71.85 72.~8 71.85 71.85 71.85 71.85 71.85 71.85 71.85 71.85 71.85 71.85 71.78 71.05 71,05 71.05 71.05 71.05 71.05 71.78 71.05 71.05 71.05 71.05 71.05 71.05 71.78 71.05 71.78 71.7~ 71.85 71.05 71.05 71.85 71.78 71.05 71.7~ 71.78 71.U5 71.85 71.7~ 71.05 71.78 71.85 71.78 71.85 71.7~ PAGE 13 -IELD REPORT # : 1456gA ET PN TN 1291.g2 1692.42 71.7g 1292.~8 1687.15 71.7~ 1292.42 1615.97 71.7~ 1292.75 1623.76 71.70 1292.83 1625.44 71.7~ 1292.92 1627.38 71.7~ 1293.~ 1628.87 71.85 1293.~0 163~.74 71.85 1293.42 1636.64 71.7~ 1293.58 1639.33 71.7~ 1293.92 1644.13 71.7~ 1294.~8 1646.22 71.7~ 1294.42 1649.95 71.55 1294.58 1651.51 71.7~ 1294.67 1652.38 71.7~ 1294,75 1653.~2 71.7~ 1294.92 1654.58 71.7~ 1295.~8 1655,93 71.7~ 1295.17 1656.74 71.7~ 1295.25 1657.24 71.7~ 1295.58 1659.96 71.70 1295.67 1660.47 71.55 1295.75 1661.19 71.55 11296.~0 1663.50 71.7~ 1296.42 1665.59 71.55 1296.58 1666.76 71.55 1297.25 167~.-15 71.55 1297.42 167~.96 71.7~ 1297.5~ 1671.17 71.55 1297.58 1671.64 71.55 1297.92 1672.73 71.55 1298.~0 1673.28 71.55 1298,17 1673.43 71.55 1298.25 1673.88 71.55 1298.92 1676.~3 71.55 1299.58 1678.67 71.39 1299.92 168~.17 71.55 13~.58 1682.61 71.55 13~.67 1682.88 71.39 138~.75 1678.41 71.55 13~8.83 1672.27 71.39 130~.92 1667.94 71.55 13B1.O~ 1664.25 71.39 13~1.~8 166B.92 71.55 13~1.25 1656.~4 71.55 13~1.42 1652.33 71.55 13~1.58 1649.49 71.39 13~1.67 1648.28 71.55 13~1.03 1646.41 71.39 13~2.~ 1644.79 71.39 13~2.~8 1644.27 71.39 13~2.17 1643.53 71.39 1302.25 1643.17 71.39 13~2.33 1642.53 71.39 13~2.42 1642.33 71.39 ET 13~2.5~ 13~Z.58 1362.67 13~3.H~ 13N3.17 13~3.25 1363.33 1303.42 13~3.5~ 13~3.58 1363.67 13~3.75 13~3.83 13~3.92 13~4.N~ 13~4.~8 13~4.17 13E4.33 13~4.42 13~4.5~ 13~4.83 13~5.N~ 13~5.~8 13~5.42 1365.58 1395.67 13~5.75 13~5,~3 13~5.92 13~6.68 13~6.25 13~6.33 13~6.~ 13~6.67 13~6.75 13~6.~3 13B6.92 13B7.fi~ 13~7.~8 13~7.17 13N7.25 13~7.33 13~7.42 13B7.75 13~7.~3 13~8.17 13B8.25 13B8.33 13~8.42 13~8.5~ 13~8.58 13~9.25 13~9.33 PN I641.86 1641.71 1641.29 164~.51 164~.3~ 1639.94 1640.1~ 1639.81 1639.96 1639.68 1639.74 1639.56 1639.65 1639.4~ 1639.55 1639.36 1639.51 1639.30 1639.5~ 1639.24 1639.23 1639.13 1639.26 1639.~2 1638.91 1638.95 1638.8~ 1638.92 1638.67 1638.81 1638.59 1638.63 1630.41) 1638.52 1638.24 1638.1U 1638.17 1637.95 1638.~4 1637.92 1638.~1 1637.7~ 1637.92 1637.74 163].93 1637.7~ 1637.-8fi 1637.74 1637.49 1637.67 1637.43 1637.64 1637.36 1637.24 1636.'96 TW 71.39 71.39 71.39 71.39 71.39 71.39 71.24 71.24 71.55 71.39 71.39 71.39 71.39 71.39 71.24 71.24 71.39 71.24 71.39 71.24 71.39 71,24 71.39 71,24 71.39 71,24 71.24 71,39 71,24 71.24 71,39 71.39 71.24 71.24 71.24 71,39 71,24 71.39 71,24 71.24 71.24 71.24 71.24 71,39 71,24 71,24 71.24 71.24 71.24 71,24 71,24 71.24 71.24 71.~9 71.24 PAGE 14 IELD REPORT # : 1456~A ET PW TW 13~9.42 1637.1~ 71.24 13~9.5~ 1636.93 71.~9 13~9.58 1637.~5 71.09 1309.92 1636.7~ 71.Z4 131~.~8 1636.52 71.~9 131~.17 1636.61 71.09 131~.25 1636.43 71.24 131~.33 1636.47 71.09 1316.42 1636.32 71.69 1316.5~ 1636.48 71.24 1310.58 1636.16 71.24 1310.67 1636.46 71.69 1310.83 1636.65 71.24 1315.92 1636.26 71.59 1311.~ 1636.~5 71.59 1311.33 1636.66 71.59 1311.42 1636.18 71.69 1311.5~ 1636.58 71.59 1311.58 1636.22 71.24 1311.67 1636.66 71.59 1311.75 1636.25 71.24 1312.42 1636.55 71.~9 1312.75 1636.15 71.24 1312.92 1636.32 71.69 1313.5~ 1636.16 71.24 1313.68 1636.38 71.69 1313.25 1636.56 71.59 1313.33 1636.52 71.M9 1313.42 1636.84 71.H9 1313.5M 1636.77 71.69 1313.58 1637.58 71.59 1313.67 1636.38 71.69 1313.83 1635.42 7~.93 1313.92 1635.~3 71.~9 1314.~8 . 1634.59 71.09 1314.42 1634.36 71.59 1314.56 1634.56 71.09 1314.58 1634.36 7~.93 1314.67 1634.74 71.69 1314.83 1634.94 76.93 1315.17 1635.74 71.59 1315.25 1636.13 75.93 1315.33 1636.25 71.69 1315.42 1636.75 71.g9 1315.56 1636.75 71.69 1315.58 1637.12 71.69 1316.25 1638.86 76.93 1316.33 1639.25 71.69 1316.42 1639.25 71.~9 1316.55 1639.66 76.93 1316.58 1639.68 75.93 1316.75 164~.23 76.93 1316.83 1646.29 71.69 1316.92 1646.67 76.93 1317.58 1641.55 75.93 ET 1317.17 1317.25 1317.33 1317.42 1317.58 1317.67 1318.~6 1318.~8 1318.17 1318.33 1318.42 131~.55 1318.58 1318.67 1318.83 1318.92 1319.~6 1319.33 1319.42 1319.56 1319.58 1319.92 1325.68 1325.17 1326.25 1326.33 132H.42 1325.55 132~.58 1321.25 1321.33 1321.~2 1321.5~ 1321.58 1322.25 1322.33 1322.42 1322.5~ 1322.58 1322.67 1322.~3 1323.~ 1323.~8 1323.~2 1323.5~ 1323.50 1323.75 1323.~3 1323.92 1324.~8 1324.17 1324.25 1324.33 1324.42 1324.5~ PW 1G41.1g 1641.4~ I641.42 1641.7~ 1641.95 1641.94 1642.31 1642.21 1642.33 1642.24 1642.23 1641.95 1642.~8 1641.69 1641.73 1641.5~ 1641.29 1641.4N 1641.14 1641.3~ 1641.17 1641.23 1641.33 1641.13 1641.41 1641.29 1641.49 1641.38 1641.82 1641.76 1642.~1 1641.72 1641.93 1642.1H 1642.22 1642.14 1642.29 1642.1~ 1642.30 1642.~9 · 1642.O8 1642.33 1642.54 1642.44 1642.65 1642.57 1642.7~ 1642.57 1642.62 1642.71 1642.55 I642.61 1642.3~ 1642.52 TW 7~.93 7~.93 7~.93 7~.93 75.93 75.93 71.~9 76.93 76.93 7~.93 7~.93 7~.93 7~.93 71.fi9 71.59 75.93 7~.93 7fi.93 71.~9 75.93 70.93 7~.93 7~.93 75.93 71.~9 7~.93 7~.93 71.H9 7~.93 76.93 7~.93 7~.70 7~.78 76.78 78.93 78.78 7g.93 7~.93 78.93 7M.93 7M.93 7M.7~ 7M.93 7M.93 7M.93 7M.78 7M.93 7M.93 7~.93 75.93 7~.78 76.93 7~.93 76.70 7~.78 PAGE 15 IELD REPORT. # : 1456~A ET PN TN 1324.67 IG42.17 7~.93 1324.75 1642.24 7~.70 1324.92 1641.89 7g.93 1325.88 1641.79 79.93 1325.17 1641.62 7~.93 1325.25 1641,78 78.93 1325.33 1641.44 78.93 1325.42 1641.64 78.93 1325,58 1641.27 78.78 1325.58 1641.44 78.93 1326.25 1648.82 7~.93 1326.33 1625.91 78.78 1326.42 1625.41 78.78 1326.58 ' 1628.54 78.93 1326.58 1689.83 78.78 1326.67 1682.49 78.93 1326.75 1592.04 78.78 1326.83 1589.86 78.78 1326.92 1586.3~ 78.78 1327.88 1585.42 78.78 1327.88 1586.28 78.93 1327.25 1586.21 78.93 1327.33 1586.71 78.78 1327.58 1586.77 78.70 1327.58 1583.96 7~.78 1327.67 1582.58 78.78 1327.75 1588.98 ' 78.93 1327.83 1582.84 78.93 1328.88 1581.69 78.78 1328,88 1581.92 78.78 1328.25 1581.81 78.78 1328.33 1501.82 7~.93 1328.42 1503.48 78.93 1328.58 1582.24 78.70 1328.58 1587.74 78.78 1328.67 1583.88 78.93 1328.75 1587.62 78.78 1328.83 1588.53 78.93 1328.92 1588.83 78.78 1329.88 1588.99 78.78 1329.17 1593.97 78.93 1329.33 1593.~3 78.78 1329.42' 1593.~8 78.70 1329.58 1593.74 78.78 1329.58 1595.69 78.78 1329.67 1595.16 78.70 1329.75 1594.92 78.78 1329.92 1595.21 78.78 1338.~ 1595.58 78.78 1338.~0 1595.35 7~.78 1338.17 1595.G0 78.78 1338.25 1595.6~ 78.78 1330.33 1595.03 7~.70 133~.5~ 1595.77 78.78 133~.58 1595.90 78.78 ET 1330.67 133~.75 1338.83 1338.92 1331.fi8 1331.~8 1331.17 1331.58 1331.58 1331.67 1331.75 1331.83 1331.92 1332.~ 1332.88 1332.17 1332,25 1332.42 1332,58 1332,58 1332.67 1332.75 1332.83 1332.92 1333.8R 1333.~0 1333,17 1333.58 1333.58 1333.67 1333.75 1333.83 1333.92 1334.~8 1334.~8 1334.42 1334.5~ 1334.58 1334.67 1334.75 1334.83 1334.92 1335.88 1335.17 1335.33 1335.42 1335.5~ 1335.58 1335.67 1335.75 1336.~0 1336:17 1336.25 1336.33 1336.42 PV 1595.8~ 1596.12 1596.~1 1596.18 1596.~ 1596.31 1596.18 1~96.39 1596.25 1596.42 '1596.31 1596.47 1596.28 1596.53 1596.1~ 1596.5~ 1596.33' 1596.41 1596.38 1596.47 1596.23 159'G.47 1596.22 1596.47 1596.13 1596.54 1596.24 1596.34 159G.RI 159G.41 159G.~9 1596.3G 1596.~3 1596.29 1596.~3 1596.25 1596.f3 1596.16 1596.81 1596.13 1596.88 1596.18 1595.9] 1596.~3 1595.9~ 1595.83 1596.~9 1595.89 1596.12 1595.89 1595.92 1595.72 1595.96 1595.72 1596.~6 TW 7~.78 7~.78 78.78 78.7.8 7~.78 78.78 78.78 78.63 78.78 78.78 78.63 78.78 78.78 78,78 78.78 78.78 78.78 78.78 78.78 78.78 78.63 78.78 78.78 78.78 78.78 7e.78 7~.78 7~.78 7~.78 7~.78 7~.78 7~.78 78.78 7~.63 78.70 78.78 7~.78 7~.78 78.78 7~.78 78.78 78.70 78.78 7~.78 7S.78 78.78 78.78 78.78 7~,78 7~.63 78.63 7~.63 7~.63 78.78 78.78 PAGE 16 'IELD REPORT. # : 1456~A ET P~ T~ 1336,5~ 1595,55 7g.78 1336.5B 1596.~6 7~.78 1336.67 1595.56 7~,78 1336,75 1595,88 7~,78 !336,83 1595.68 7~,78 1337,~ 1595,84 76,70 1337.9'8 1595.69 7~,78 1337.17 1595.81 7~.78 1337.25 1595.63 7g.78 1337.33 1595,83 7~,78 1337.42 1595,56 7~,78 1337,5~ 1595,08 7~,78 1337,50 1595,55 7~,63 1337,67 1595,03 7g,78 1337,75 1595,59 7g,78 1337,83 1595,76 7~,63 1338.~ 1595.59 7~.78 1338.~8 1595,69 7~.63 1338.17 1595.53 7~.78 1330,25 1595,Gg 70,78 1338,33 1595.48 7~.70 1338,42 1595,7Z 7~.78 1338.5~ 1595.44 70.78 1338.58 1595.U~ 70,78 1338.67 1595.47 7~.78 1338.75 1595.55 7~,70 1338.83 1595.42 7~.78 1338.9Z 1595.58 7B.63 1339.fl8 1595.53 70.78 1339.17 1595.59 7~.78 1339.25 1595.45 . 7H.78 1339.33 1595.64 7~.63 1339.42 1595.36 7~.78 1339.58 1595.3H 7~.78 1339.67 1595.51 7~.63 1339.75 1595.35 70.78 1339.9Z 1595.42 70.78 134~.~ 1595.31 7~.78 134~.~8 1595.42 7~.70 134~.17 1595.25 7~.78 134~.25 1595.52 7~.63 134~.33 1595.22 7~.63. 134~.42 1595.45 7~.78 134~.5~ 1595.18 7B.78 1348.58 1595.34 7~.78 134~.67 1595.1~ 7,8,70 134~.75 1595.36 7~.63 134~.9Z 1595.25 7~.63 1341.~ 1595.28 70.63 1341,~8 1595,O4 7~.78 1341,17 1595,37 7~,63 1341,25 1595,84 7~,63 1341,33 1595,36 7~,78 1341,42 1595.~6 7~.78 1341.5~ 1.595.41 7~,78 ET 1341.58 1341,67 1341.75 1341.92 1342.£~ 1342.~G 1342.17 1342.25 1342.33 1342.42 1342.5~ 1342.5~ 1342.67 1343.~6 1343,fl8 1343,17 1343,£5 1343,33 1343.,!2 1343,5~ 1343,67 1343,75 1243,92 1344..~ 1344.~8 1344.17 1344.25 1344.33 1344.42 1344.50 1344.~7 1344.75 1344.83 134.4.92 1345.6~ 1345.,80 1345.17 1345.25 1345.33 1345.42 1345.56 1345.67 1345.75 1345.83 1345.92 1346.~ 134G.~8 1346.17 1346.25 1346.33 13'46.42 1345.75 1346.83 1346.92 1347.~ P~ 1595.E7 1595.3~ 1595.~5 1595.19 1595 1595.3 1595.9'3 1595.25 1594.~] 1595.21 1594.91 1595.1~ 1594.95 1595.1.! 1594.9!; 1595.15 1594.9;{ 1595.1g 1594.~.1 1595.~3 1594.81 1595.~1 1594.94 1594.8g 1594.95 1594.65 1594.97 1594.69 1594.95 1594.66 1594.78 1594.69 1594.01 1594.56 1594.~4 1594.47 1594.89 1594.45 1594,78 1594,53 1594.60 1594.48 1594.63 1594.5N 1594.68 1594.42 1594.74 1594.33 1594.69 1594.53 1594.63 1594.39 1594.66 1594.37 1594.57 TW 7N. 78 7~. 78 7.g. 63 70.63 76.78 7~. 63 7fi, 78 79', 78 7~. 78 70.78 7~. '/8 7.r..f. 70 7 !')'. 53 7/J'. 63 7fl. ~3 7.r.r. 78 7!I. 7 7!f. 78 7!-I. 7 tl 7!-.7.78 7q. 63 7.q. 78 71/. 7~ 7!5. 711 7!-I. 7a 79.70 7£~'. 7U 7!~. 1';3 75-J. 63 7fl.'lO 76.78 71-~. 78 7fl.78 7.e', 78 7.q. 63 7H.78 7,~. 7~ 7,8.63 7,g. 63 7,g. 70 71~. 78 7.e', 70 7.e', 78 7.e', 78 7JB', 78 7.e', 78 7.e', 78 7~',78 7~. 78 7~.7U 7~.63 7~.78 7g.78 '/~. 70 7.e'. 63 PAGE 17 1ELD REPORT.# : 1456~A ET PN T~ 1347.~8 1594.33 1347,42 1594,33 1347.50 1594.42 1347.67 1594.21 1347.75 1594,48 1347.83 1594.17 1347.92 1594.41 1348.~0 1594.14 1348.~8 1594,31 1348.17 1594,87 1348.25 1594.3~ 1348.33 1594.13 1348o5~ 1594,19 1348.58 1594.~9 1348.67 1594.25 1340.75 1594.~3 1340.83 1594.25 1348.92 1593.91 1349.88 1594.22 1349,88 1593,95 1349.25 1594.84 1349.33 1594.81 1349.42 1594.21 1349.58 1593.86 1349.58 1594.13 1349.67 1593.74 1349.75 1594.17 1349.83 1593.86 1349.92 1594.18 1358.8~ 1593.0G i358.33 1593.90 t358,42 1593.75 1358.58 1593.95 1350.58 1593.65 1350.67 1593.99 1358.75 1593.62 1358.83 1593,84 1358.92 1593.63 1351.~8 1593.75 1351.17 1593.68 1351.25 1593.71 , 1351.33 1593.62 1351.42 1593,88 1351.58 1593.55 1351.58 1593.95 · 1351.67 1593.51 1351.75 1593.78 1351.83 1593.53 1351.92 1593.62 1352.8~ 1593.58 1352.88 1593.65 1352.17 1593.58 1352.25 1593.33 1352.33 1593.65 1352.42 1593.42 78 78 78 78 78 78 78 78 7~ 78 78 63 7~ 78 78 63 78 70 78 78 78 78 78 53 78 70 78 70 78 70 78 78 7~ 63 7~ 78 7~ 78 78 70 7~ 70 78 63 78 78 78 78 78 78 7~ 78 78 63 7~ 78 7~ 70 78 70 78 70 78 78 78 70 7~ 78 78,63 78,78 7~,78 78,70 7~,78 78,78 7~,70 78,78 7~,78 7~.63 78.78 78.70 78.70 78.70 7~.70 78.78 78.78 78.63 78.70 78,78 78.78 ET 1352.§g 1352.58 1352.67 1352.75 1352,83 1353.gg 1353,~8 1353.17 1353.25 1353.33 1353,42 1353.5~ 1353.58 1353.67 1353.03 1353.92 1354.~g 1354.88 1354.17 1354.25 1354,33 1354.42 1354.5g 1354.58 1354.75 1354.03 1354.92 1355.fl~ 1355.g~ 13~5.17 1355.25 1355.33 1355.42 1355.58 1355.58 1355.75 1355.83 1355.92 1356.~8 1356.~8 1356.17 1356.25 1355.33 1356.42 1356.5~ 1356.67 1356.75 1356.03 1356.92 1357.8~ 1357.R8 1357.17 1357.25 1357.33 1357.67 1593.6D 1593.23 1593.5H 1593.33 1593.51 1593.34 1593.5~ 1593.Z8 1593.51 1593.19 1593.5i 1593.22 1593.45 1593.18 1593.31~ 1593.24 1593.39 1593.13 1593.33 1593.gl 1593.36 1592.89 1593.22 1593.~7 1593.R9 1593.~1 1593.10 1592.78 1593.1~ 1592.9~Y 1593.~3 1592.89 1593.1~ 1592.7~ 1593.~6 1592.09 1592.95 1592.69 1593.~4 1592.60 1592.90 1592.65 1593.~g 1592.60 1592.92 1592.81 1592.94 1592.68 1593.~4 1592.63 1592.9~ 1592.57 1592,04 1592.58 1592.74 TW 78.78 7~.63 78.63 7~.78 7~,78 7~,78 7~.78 7~,78 78.78 7~,78 7~.78 78.78 7~.G3 78.78 78.78 7~.78 78.93 7~.78 78.70 78.78 78.78 7~.78 7~.70 7~.70 7~.70 78.78 7~.78 7~.63 78.78 7~.70 7~.78 70.70 7~.70 7~.78 7~.78 78.70 78.78 70.78 7~.70 78.78 7~.70 78.70 7~.78 7~.70 7~.70 7~.70 7~.70 78.70 7~.78 7~.78 78.78 78.78 78.78 78.63 7~.78 PAGE 18 [ELD REPORT e ~ 14568A ET PN TN '357,75 1592.48 78,78 '357,83 1592,86 7~.78 '357,92 1592,5~ 7B,78 .358,~E 1592,84 7~.78 '358,~8 1592,5~ 7~,78 358,17 1592,69 78,78 '358,58 1592,45 78,78 1358,58 1592,59 7~,70 '358,67 1592,47 7~,78 -358,75 1592o72 7~,78 358,83 1592,36 70,78 -358,92 1592,63 78,78 ~359,~8 1592,37 7~,78 ~359.~8 1592.51 7~.78 _359,17 1592,31 7~,78 '359,25 1592,48 7~,78 '359,42 ' 1592,36 7~,78 '.359,5~ 1592,4~ 7~.78 '359,5B 1592,ZZ 7B,78 -359,67 1592,48 78,78 359,75 1592.~9 7~,78 '.359,83 1592,42 78.78 _359.92 1592.18 7~,78 [36~,~8 1592,45 7~,78 i. 36~,~8. 1592.22 7~,78 -368.25 1592.33 7~.78 .36~.33 1592.19 7B.78 '36~,42 1592.43 7B,78 -368.58 1592.13 7~.78 36~,58 .1592,48 7~.70 368,67 1592,~6 7~,78 368,75 1592,47 7~,78 36~,83 1592.18 70,70 36~.92 1592,31 7~.70 361,25 1592.16 7~,78 ,361.33 1592.13 7~.78 361.42 1591.9~ 7~.78 361.5~ 1592.21 79.78 361.58 1591.92 7~.78 361.67 1592,24 7~,78 361,75 1591,93 7~,78 361.83 1592.18 7~.78 ~361.92 1591.98 7~.78 [362.~ 1592.15 7~.78 ~362.88 1591.75 7~.78 1362,25 1592,~7 7~.78 1362,33 1591.81 7B,78 t362,42 1592.93 7~,78 t362,5~ 1591.66 7~,78 362,58 1592.~1 7~,63 362,67 1591.71 7~.78 362.75 1591.95 7B.78 362.83 1591.66 7~.78 363.B8 1591,72 7~.78 363.~8 1591.67 7~.93 ET 1363.17 1363.25 1363.33 1363.42 1363.5~ 1363.58 1363.07 1364.~ 1364.~8 1364.17 1364.25 1364.33 1364.42 1364,5~ 1364.58 1364.67 1364.83 1364.92 1365.~ 1365,~8 1365.17 1365,25 1365.33 1365.42 1365.5~ 1365.58 1365.67 1365.83 1365.92 1366.~ 1366.~8 1366.17 1366.25 1366.33 1366.42 1366.5~ 1366.67 1366.75 1366.~3 1366.92 1367.~ 1367.~8 1367.17 1367.25 1367.33 1367.67 1367,75 1367.83 1367.92 1368.~ 1368.~8 1368.17 1368.5~ 136~.58 1368.67 PN 1591.97 1591.51 1591.99 '1591.56 1591.83 1591.56 1591.78 1591.51 1591.81 1591,54 1591.88 159~.86 1591.31 1591.~7 1591.22 1590.95 159~.96 159~.87 1591.13 159~.74 1591.27 159~.78 1591.15 1598.81 1591.19 159~.95 1591.~6 1590.95 1591.15 1590.74 1591.~9 159~.78 1591.13 159~.78 1591.~ 159~.72 159~'.86 159~.01 1591.11 159~.69 1591.~6 159~.69 1591.~7 159~.62 159~.95 159~.77 159~.8~ 159g. Gg 159~.96 159~.55 1590.81 159~.62 1598.83 1598.66 1598.89 TW 7~.78 7~.93 7~.78 7~.78 7~.78 7~.93 7~.78 7~.78 7~.78 7~.28 7~.78 7~.78 7~.78 7~.78 78.78 7~.93 7~.78 7~.78 78.78 78,78 7~.93 78,78 78.78 78,78 7~,78 7~,93 7~,78 78.70 7~.93 7~,78 78.93 7~.78 7~,78 7~,78 7~.78 7~.78 78.78 7~,78 7~,93 7~.78 7~,93 79.78 7~.70 7~.78 7~.70 7~.78 7~.78 7~.78 7~.78 78.93 7~.78 78.78 7~.93 7~.78 7~.78 PAGE 19 · IELD REPORT.# : 14566A ET PW TW ~368.76 1368.83 1368.92 1369.~6 1369.g8 1369.17 1369.33 1369.42 1369.56 1369.50 1369,67 1369.75 1369.83 1369.92 1378.33 1370.42 137~.58 137~.58 137~.67 137~;75 1378.83 137~.92 1371.~8 1371.17 1371.25 1371.33 1371.42 1371.5~ 1371.58 1371.67 1371.75 1371.83 1371.92 1372.~B 1372.68 1372.17 1372.25 1372.33 1372.42 1372.58 1372.58 1372.67 1372.83 1372.92 1374.25 1374.42 1375.60 1375.17 1375.56 1375.58 1375.67 t377.~8 1377.33 1377.58 159~.53 7~.93 1590.84 7~.78 1598.6~ 7~.78 159~.95 7~.93 159~.5~ 7~.70 159~.73 7~.93 159~.57 7~.78 159~.65 7g,78 159~.38 7~.93 1590.7~ 7g.93 159g.45 7g.78 159~.71 7~.93 -159~.25 7fi.78 159~.72 7~.78 159~,45 7~.70 159~.63 7~.70 159~.32 7~.93 159~.48 7~.93 159~.28 7~.70 1598.58 7~.93 159~.28 7~.78 1598.5~ 7~.93 1598.24 7~.78 159~.47 7~.78 1598.3~ 7~,93 1596.47 7~.93 1598.24 7~.70 1598.47 7~.93 159~.23 7~.93 1598.59 7g.93 159~.28 7~.93 1590.39 78.93 1598.g9 7g.78 1575.26 7g.78 1578.63 7~.78 1584.54 70.93 1576.19 70.78 1584,4~ 7~.78 1583.33 7~.78 1582.55 78.78 1583.39 7g.93 1583.56 7g.93 1582.77 78.93 1583.~4 7~.93 1582.00 7~.93 1582.81 78.70 1581.99 7~.78 158~.80 7~.93 1588.78 7fi.70 1588.21 7~.93 158~.13 7g.93 IS79.8~ 7~.93 1S78.33 7~.78 1578.22 7~.78 1577.98 78.70 ET 1377.67 1377.75 1377.83 · 1378.5~ 1378.58 1378.67 1378.83 1378.92 1379.25 1379.42 1379.5~ 1379.58 1379.67 1379.75 1379.83 1379.92 13O~.~B 130~.~0 130~.17 138~.25 13U~.33- 138~.42 13~.5~ 138~.58 1388.67 138~.75 138~.83 1308.92 1301.~ 1381.~8 1381.17 1381.25 1381.33 1381.42 1381.75 1381.83 1381.92 1382~0 1382.17 1382.25 1302.33 1302.42 1302.58 1382.67 1382.83 1382.92 1303.~8 1383.25 1384.!]8 1387.25 1387,92 1388.~8 1308.17 1389.5~ 1389.58 PW 1577.98 1577.91 1578.~4 1577.63 1577.54 1577.71 1577.45 1577.57 1577.27 1577.15 1583.45 1508.42 159~.39 1584.79 1579.66 1583.39 1578.18 1576.74 1574.71 1575.8~ 1~76,63 1572.23 1576.2~ 1575.57 1571.81 1572,1~ 1572.12 157~.21 157~.1~ 157~.69 1569.97 1569.01 1570.~9 1569.72 1569.6~ 1569.78 1569.39 1569.37 1571.45 1567,51 157~,34 1560.75 1569.69 1569.11 1569.35 1569.26 1569.4.~ 1569.24 1569.61 1569.59 1569.50 1569.67 1569.74 1569.61 T~ 7g.93 7~.93 7~.78 7E..93 7~.93 7~.78 79.7~ 7~.93 7~.7a 70.93 7~.78 7~.78 7~.93- 7~.93 7~.93 7~.93 70.-93 7~.93 7~.93 7~.93 7~.93 7~.78 7~.70 7~.78. 78.93 7~.78 7~.78 7~.99 7~.93 7~.78 7~.70 7~.93 7~.93 7~.93 7~.93 7~.78 7~.78 70.78 7~.78 7~.78 7~.93 7~.78 78.70 78.78 7~.70 7~.78 7~.78 7~.78 7~.63 7~.63 7~.63 7~.63 78.63 78.63 78.63 PAGE 26 i 1ELD'REPORT.# , 1456~A ET PW TW 1389.75 1569.76 7~.78 139~.42 1569,73 7~.63 139~.58 1569.74 7~.63 139~.67 1569.82 70.63 1392.gg 1569.94 7~.63 1392.17 1569.91 7~.63 1392.25 1579.92 7~.63 1392.42 1569.97 70.63 1392,58 1568.83 78.63 1392.58 1565.68 78.63 1392.67 1565.98 78.63 1392.75 1566.38 78.63 1392.83 1563.12 78.63 1392.92 1572.81 7~.63 t393.88 1564,62 78.63 1393.88 1561.61 78.63 t393.17 1567.29 78.63 1393.25 1565.65 78.63 1393.33 1563.52 7~.63 1393,42 1565,15 7~.63 1393,58 1565.61 78.63 1393,58 1564.44 7~.63 1393.67 1564.97 78.63 1393.75 1565.29 78.48 1393.83 1564,73 78.63 1393.92 1565.77 78.63 1394.~8 1565.24 78.63 1394.~8 1564,48 78~63 i394.17 1566.74 7~.48 1394.25 1566.83 78.63 1394,33 1567.27 78.48 1394.42 1556.27 78.63 1394.58 1547.31 78.40 1394.58 1538.86 78.63 1394.67 1531.84 78.63 1394,75 1524.21 78.63 1394.83 1517,72 78.48 1394.92 1511.72 78.63 1395.88 1586.25 78.48 1395.8~ 1581.87 78.63 1395.17 1496.22 78.48 1395.25 1491.68 78.63 1395.33 1487.45 78.63 1395.58 1479.72 78.63 1395.67 1472.82 78.63 1395.83 1466.62 78.48 1396.88 1468.97 7~.48 1396.17 1455.98 78.63 1396.33 1451,58 7~,63 1396.58 1447.47 70.48 1396.67 1443.86 78.63 1396.83 1448.56 78.48 1397.88 1437,56 78.63 1397.33 1432.32 7~.63 1397.67 1428.89 78.63 ET 1398.~ 1398.17 1398.58 1398.5o 1398.57 1398.75 1398.83 1398.92 1399.gfi 1399.~8 1399.17 1399.33 1399.42 1399.58 1399.~7 1399.75 1399.~3 1399.92 1488.88 1488.17 14~8.Z5 1488.33 1488.42 14~8.5~ 14~.58 14~8.67 1488.75 1488.92 14~1.~ 1481.~8 1481.17 14~1.25 1481.33 1481.42 14~1.5~ 1481.67 14~1.75 1481.03 14~Z.~ 14~2.~8 14~Z.17 14~2.25 1,l~2.33 14~2.42 14~2.5~ 14~2.5~ 14~2.67 14~2.83 14E3.17 14~3.33 14~3.58 14~3.50 1424.62 1423.12 142~.65 146~.80 1588.8~ 1573,Z6 1553.2~ 1567.2E 1578.21 1561.76 1551.45 1538.22 1521.83 1587.46 1581.31 1495.65 1539.38 1563.6~ 1569.46 156~.5~ 156~.39 1557.94 1545.27 1535.33 1525.00 1517.93 1518.81 1584.34 1493.54 1488.63 1516.92 1563.47 1567.E1 1553.44 1562.40 1563.76 1552.GD 1548.9~ 1538.53 1521.69 1587.31 15~0.95 1495.~9 1489.78 14~4.~3 1488.29 1476.1~- 1472.1(; 1460.40 1461.09 1456.1~ 145~.95 1446.27 1442.23 1456.16 T~ 7~.48 7~.63 7~.63 7~.63 7~.48 7~.~3 78.63 78.63 78.63 78.63 7~.48 7~.48 78.63 78.48 78.4O 78.63 7~.63 78.48 78.63 78.63 7~.40 78.40 7~.63 7~.48 7~.63 7~.40 7~.48 78.48 78.40 7~.48 7~.~3 7~.63 7~.40 7~.40 7~.40 78.'18 78.48 7~.48 7~.4~ 78.48 7~.48 7~.4~ 7~.48 78.48 7~.40 7~.63 7~.40 78.63 7~.48 78.4O 78.48 7~.48 78.63 78.4~ 7~.40 PAGE 21 ¢,.j. ¢'_T) · ~IELD REPORT-~ : 1456~A ET PW TW ~4~3,67 ~58~.SZ 7~.4~ 1483.75 1554.B~ 7~.48 14~3.83 1563.82 7g.48 1493,92 1545.95 78.40 14~4.~ 1532.84 7~.40 14~4.~8 1522.~7 7~,48 14~4.17 1513.20 7~.48 1494.25 15~5.31 7~.40 14~4.33 1498.22 7~.48 14~4.42 1491.92 70.48 14~4.56 148G,31 7B.48 14B4.58 1481,18 7B.48 14~4.67 1476.56 7~.48 14~4.75 1472.27 7~.48 14~4.83 1468.31 7B.48 1484,92 1464.60 7~.48 1485.~B 1461.27 78.40 1495.1'7 1455.22 7~.48 14~5.25 1452.42 7~.32 1485.42 1447.42 7g.40 1485.58 1443.82 78.63 14~5.75 1439.B4 7B.48 1485.92 1435,53 7~.40 14~6.~8 1432.42 7~.48 14~6.25 1429.61 7~.40 1486.42 1427.11 7~.48 14~6.58 1424.86 7~.48 14~6.75 1422.83 7~.48 14~7,~8 1419.47 7B.32 14~7,25 1418.~3 70.40 1487.50 1415,07 7B,40 14~7.92 1414.38 78.48 14~8,25 1413.49 7~.32 14~8.92 1412.68 7B.48 14~9.58 1412.44 76.48 1489.67 1412.17 7g.48 1412.33 1412.21 7g.40 1413.~ 1412.23 7~.48 1413.17 1412.21 7~.48 1413.25 1412.2~ 7~.32 1413.33 1411.67 7g.48 1413.42 155S.47 7~.48 1413,56 1528,g4 78.32 1413.58 1545.72 7~.40 1413.67 1537.48 7B.40 1413.75 1546.61 7~.32 1413.83 1539.~4 7~.48 1413.92 1535.3~ 7~.48 1414.~B 1537.55 7~.40 1414.~8 1532.48 70.48 1414.17 153~.63 7~.48 1414.25 1538.~9 7~.48 1414.33 1529.1~ 7~.32 1414.42 1527.13 78.48 1414.58 1523.79 7~.32 ET 1414.75 1414.D3 1414.92 14lS.~YY~ 1415.~F8 1415.17 1,|15.25 1415.33 1415.42 1415.5ff 1415.58' 1415.67 1415.75 1415.83 1415.92 141G.~g 1416.~8 1416.17 1416.25 1416.33 1416.42 1417.75 1418.~8 1418.17 1418.25 1418.42 1410.50 1410.75 1410.03 1418.92 1419.~ 1419.~8 1419.17 1419.25 1419.33 1419.42 1419.50 1419.57 142H.~ 142~.33 1421.67 1422.~g 1422.17 1422.25 1422.33 1422.5~ 1423,17 1423.25 1423.33 1423.5~ 1423.58 1423.75 1424.H8 1424.17 1424.25 P~ 152~.16 1518.43 151G.3G 1514.65 1512.24 1511.3! 1513.~0 15.13.69 1!113.92 1514.6ff 1511.g7 1516.13 151~.92 1511.98 151~.G4 151B.20 151~.25 15~9.55 15g'9.63 1589.15 15~9.~0 15~3.64 15~2,29 1581,00 15~5.53 1592.40 15~.54 1499.47 1498.66 1490.7~ 1498.85 1497.84 1497.28 1498.56 1499.14 158~.19 158~.97 15~1.99 15~4.5~ 1586.79 1514.99 1516.99 1518.~5 1518.53 1518.82 1519.80 1523.44 1523.9G 1524.23 1525.29 1525.38 1526.30 1527.88 1518.15 1516.89 T~ 7N.32 7~.22 7g.32 7~.48 7~,32 7g,40 7~.32 7~.32 7~.48 7~.40 78.48 7~.48 7B.32 7~.32 7R.32 7~.32 7~.32 7~.32 7~.48 7~.32 7B.32 7~.32 78.17 78.17 7~,32 7B.17 7~.17 7~.17 7~.17 7~.32 7B.32 7~.17 7g.17 78.17 7~.17 7~.17 7B.17 78.17 7~.~2 7g.17 . 7~.~2 7~.17 7~.~2 7B.B2 7B.17 7~.82 7~.~2 7~.17 7B.~2 7~.~2 7~.~2 7~.g2 7~.~2 7B.g2 PAGE 22 ) (- i :[ELD REPORT.e t 14568A ET P~ T~ 1424.33 1514.58 78.E2 1424.42 151~.02 78.~2 1424.5E 1568.93 78.62 1424.58 1567.27 69.86 1424,67 1584.93 78.82 1424.75 1583.64 78.62 1424.92 1586.68 76.82 1425.6~ 1498.64 76.82 1425.88 1497.56 7~.62 1425.17 1496.97 69.86 1425.25 1586.32 78.82 1425.33 1588.34 76.82 1425,42 1584.87 78.82 1425.58 1587.88 78.82 1425.58 1511.98 69.86 1425.67 1516.42 69.86 1425,75 1521.58 78.82 1425.83 1528.44 69.86 1425.92 1534.15 78.82 1426.88 1548,~9 78.82 1426,88 1547.58 78.82 1426.25 1566.26 78.82 1426.33 1578.89 78.62 1426.42 159~.35 78.82 1426.5~ 1508.54 78.82 1426.58 1598.56 69.86 1426.67 1596.88 78.82 1426.75 1586.64 69.06 1426.83 1585.~5 69.86 1426.92 1586.58 69.86 1427.98 1509.44 69.06 1427.68 1598.35 69.86 1427.17 1616.31 78.82 1427,25 1631.16 76.82 1427.33 1658.51 69.86 1427.42 1667.28 78.62 1427.58 1673.28 7~.82 1427.58 1676.37 78.~2 1427,67 1678.01 69.06 1427.75 160~.73 69.86 1427.83 1603.47 78.82 1427.92 1606.65 78.82 1428.68 1689.89 78.82 1428.68 1698.98 69.86 1428.25 1696.86 69.86 1428.33 1693.18 69.86 1428.42 1689.19 69.86 1428.58 1684.51 78.82 1428.67 1682.81 78.82 1428.83 1679.84 69.86 1428.92 1677.97 69.86 1429.88 1677.87 78.82 1429.g8 1576.99 69.86 1429.17 1676.36 78.62 1429.25 1675.39 7~.82 ET 1429.33 1429.42 1429.58 1429.58 1429.67 1429.75 1429.83 1429,92 1438,~0 1438.25 143~.33 143~.42 1438.58 143~.58 143~.67 1438.75 143~.83 1438.92 1431.fi8 1431.17 1431.25 1431.33 1431.42 1431.5~ 1431.58 1431.67 1431.75 1431.83 1,131.92 143~.~ 1432.17 1432.25 1432.33 1432.42 1432.5~ 1432.58 1432.67 1432.75 1432,83 1433.~ 1433.O8 1,133.17 1433.25 1433.33 1433.42 1433.58 1433.58 1433.67 1433.75 1433.83 1433.92 1434.68 1434.88 1434.17 1434.25 PW 1675.57 1675.44 1674.50 1674.55 1675.~8 1674.53 1673.52 1674.~G 1672.46 1672,3~ 1671.58 1671.11 1671.79 1671.2~ 1676.4-3 167~.94 167~.79 1669.79 1678.85 1678.37 1678.42 1671.23 1678,79 1678.74 1~71.37 1671.67 1671,1~ 1671.76 1672.1~ I671.61 1672.78 1672.O9 1671.98 1672.98 1672.64 1671.88 1672.65 1672.03 1672.86 1672.93 1672.89 1672.34 1673,~5 1672.~9 1671.76 1672.94 1672.34 1671.53 ]672.55 1673.82 1675.59 1681.51 1691.36 1698.42 1787.69 TW 78.E2 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 69.86 78.~2 69.86 69.86 69.86 69.86 69.86 69.86 Gg.[IG 69.86 69.~6 69.86 69.86 69.71 69.86 69.86 69.86 69.86 69.71 69.86 69.86 69.71 69.86 69.~6 69.86 69.86 69.71 69.86 69.71 69.86 69.U6' 69.86 69.86 69.86 69.86 69.71 PAGE 23 [ELD REPORT.# , 1456~A ET PW TW 1434,33 1714o5~ 69,86 1434.42 1719.59 69.86 1434.58 1725.12 69.71 1434.58 1785.29 69.86 1434.67 1683.87 69.86 1434.75 1678.84 69.86 1434.83 1661.68 69.71 1434.92 1654.59 69.86 1435.88 1648.15 69.86 1435,88 1645.37 69.71 1435.17 1646.13 69.86 1435.25 1644.71 69.86 1435,33 1644.57 69.86 1435.42 1645.34 69.71 1435.58 1643.85 69.71 1435.58 1643.52 69.71 1435.75 1647.83 69.71 1435.09 1658.94 69.86 1435.92 1554.54 69.71 1436.88 1656.77 69.86 1436.17 1679.52 69.86 1436.25 1687.72 69.86 1436.33 1697.43 69.71 1436,42 17~6.39 69.86 1436.5~ 1713.54 69.71 1436.67 1726.05 69.86 1436.75 1731.94 69.71 1436.83 1735,99 69,71 1436.92 174~.39 69.86 1437,88 1744,13 69,71 1437.17 1749.11 69.86 1437.25 1751.74 69.86 1437.33 1753.42 69.71 1437.42 1754.44 69.71 1437.58 1756.~8 69.71 1437.58 1757.03 69.71 1437.67. 1744.88 69.86 1437.75 1734,53 69,71 1437.03 1727.99 69.86 1437,92 1722,68 69,71 1438,~8 1717,91 69,86 1438.~8 1714.44 69.86 1438.17 1712.38 69.06 1438.25 171~.84 69.71 1438.33 1788.18 69.71 1438.42 1787.37 69.71 1438,58 1786,27 69,86 1438.50 1784.63 69.71 1438,75 1784,10 69,71 1438.03 1782,99 69.71 1438.92 1782.57 69.71 1439.8~ 1782,89 69,71 1439.~8 17~2.31 69.71 1439,17 1781,95 69,71 1439,25 1782,2B 69,71 ET PW TW 1439.33 17~1.8~ 69.06 1439.42 17~1.~ 69.71 1439,5~ 17~1,54 69.71 1439,58 17~1.49 69.71 1439.67 17~8.6~ 69.71 1439.75 17~fi.76 69.71 1439.83 17~1.34 69.71 1439.92 17~.81 69.71 1448.~ 1788.63 69.71 1448.~8 17~1.08 69.71 144~,25 1780,67 69.71 144~.33 17~1.16 69.71 144~.5~ 17~0.34 69.71 144~.58 17~1.02 69.71 144~.67 17~1.19 69.71 1448.75 17~.26 69.71 144~,83 17~,51 69,71 1448.92 17~1.19 69.71 1441,88 1788,22 69,71 1441.17 17~.64 69.71 1441,33 178~,51. 69,71 1441.42 1781.~7 69.71 1441.58 17~.81 69.71 1441,67 17~1.46 69.71 1441.75 17~1.2fi 69.71 1441.83 17~.61 69.71 1441.92 17~1.43 69.56 1442.~ 17~1.75 69.7l 1442.~8 17~,9~] 69,71 1442.17 17~1,29 69.71 1442.25 17~2.22 69.71 1442.33 17HI.76 69.71 1442.42 17YF1,55 69.71 1442.5~ 17~2.25 69.71 1442,5~ 17~2.25 69.71 1442.67 17~1.93 69.71 1442.75 17~2.42 69.71 1442.92 17~2.26 69.71 1443.~D 17~2.61 69.71 1443.~8 17~2.42 69.71 1443.17 17~1,86 69.56 1443,25 17~2,73 69.71 144-3.33 17!72.99 69.71 1443.42 17~2.43 69,71 1443.5~ 17~2.87 69.71 1443.58 17~3.55 69.71 1443,67 17H3.~2 69.71 1443.75 17~2.0~) 69.71 1443.03 17~3.7/ 69.56 1444.~ 17~3.6,) 69.71 1,144.17 17~3.87 69.71 1444.25 17YY3.82 69.56 1,!44.33 17~4.1/~ 69.71 1444.42 17~6.69 69.71 1~44.5~ 17~5.42 69.71 PAGE 24 'IELD REPORT-~ , 1450~A ET ?W TW 1444.58 1784.82 69.56 1444.67 '1784,84 69.56 1444.75 1783.59 69.56 !444.92 1784.68 69.56 1445,8~ 17~3.88 69.56 1445.88 1784.~1 69.71 1445.17 1785.~G 69.56 1445.25 1784.54 69.71 1445.33 1784.26 69.56 1445.42 1785.86 69.56 1445.58 1785.g3 69.56 1445.50 1784.76 69.56 1445.67 1784.96 69.71 1445.75 17~'4.95 69.71 1445.03 1784.64 69.71 1445.92 17~5.39 69.71 1446.~ 1785.15 69.56 1446.E8 17~4.68 69.56 1446.17 17~5.44 69.56 1446.25 1785.47 69.56 1446.33 1784.81 69.71 1446.58 1785.76 69.56 1446.58 17~5.11 69.56 1446.67 1785.23 69.56 1446.75 1785.97 69.56 1446.83 17~6.~3 69.56 1446.92 1785.36 69.71 1447.88 1786.8~ 69.56 1447.88 1786,89 69.56 1447,17 17~5.61 69.71 1447.25 1786.18 69.56 1447,42 ' 1785.98 69.56 1447.5~ 1786.38 69.71 1447.67 1785.87 69.56 1447.75 1786.62 69.56 1447,83 17~6.67 69.71 1447.92 1785.76 69.56 1448.88 1786.47 69.56 1448.88 1786.96 69.71 1448.17 1785.94 69.56 1448.25 1786.11 69.71 1448.33 1786.77 69.71 1448.42 1786.61 69.56 1448.58 1786.18 69.56 1448.58 17~6.61 69.71 1448.67 1786.75 69.71 1448,75 1786.49 69.56 1448.83 1786.98 69.71 1449.88 1786.59 69.56 1449,88 1797.28 69.56 1449.25 1706.23 69.56 1449.33 1787.34 69.56 1449.42 1787.11 69.56 1449.58 1786.38 69.56 1449.67 1-787.41 69.56 ET 1449.75 1449.~3 1449.92 ! ,! B ~. ! 7 1 .! 5~. 1,! 5~. 4.2 145~.5~ 145U.SD 1~5~. U3 1,!51.33 145 J . 42 J 45J .5~ 1~51 ! !51 145 ~. 92 1 ,! [i 2 . 1:!5£. !? 145~.33 1452.42 1452.6 '! 145£.75 1452.83 ]452.92 1453.g8 1453.17 ]453.25 1453.42 1~53.75 1453.83 1453.92 1454.17 1454.25 1454.42 1454.58 1454.58 1454.67 1454.83 1454.92 1455.~8 1455.17 1455,25 1455.33 1455.42 1455.58 PW 17~6.56 17~G.S~ 17~Y7.55 1786.93 17~6.91 17~7.55 17~G.79 17~7.53 17~7.5!Y 17~7.Z3 17~7.55 17~7.29 17~7.65 1707.4! 17~.~3 17~7.47 17~0.12 17~7.38 17~0.J~9 17~7.43 17~0.25 17~7.29 17!¥8.~3 17H8.15 !7!Y7.34 17!~7.99 17~8.2H 17~7.35 17U7.55 I7~.~U 1787.29 17~7.37 1788.89 17~7.35 1787.~7 1787.59 1787.78 1787.73 1787.49 17~8.89 17~7.62 17~8.12 17~7.46 17~7.99 17~8,22 17~7.49 17~8.29 17~7.34 17~8.38 17~7.67 1787,65 1798.4~ 1788.83 1787.45 TW 69.56 69.71 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.71 PAGE 25 . . J ¢? IELD REPORT. # : 1456~A ET PW TW 1455,58 J7~8.~8 - 69.71 1455.67 1798.g6 69.56 1455.75 1797.67 59.56 1455.83 17gO.g8 69.56 1455.92 1708.11 69.71 1456.~ 1797.78 69.56 1456.~8 1798.23 69.56 1456.17 17~8.12 69.56 1456.Z5 1797.64 69.56 1456.33 17~8.~3 69.56 1456.42 1787.99 69.56 1456.5~ 17~7.5~ 69.56 1456.58 1797.97 69.56 1456.67 1798.g2 69.56 1456.75 1797.4g 69.56 1456.83 1797.62 69.56 1456.92 1798.14 69.56 1457.g~ 1797.46 69.56 1457.~8 1797.43 69.71 1457.17 17~8.15 69.56 1457.33 1797.34 69.56 1457.42 1797.88 69.56 1457.5~ 1707.78 69.56 1457.58 1787,29 69.56 1457.67 1797.91 69.56 1457.83 1797.41 69.56 1457.92 1797.74 69.71 1458.~8 1797.52 69.56 1458.17 1797.73 69.56 1458.33 1797.17 69.56 1458.4~ 1707.57 69.71 1458.5g 1707.53 69.56 1458.58 1796.91 69.56 1458.67 1797.38 69.56 1458.75 1797.31 69.56 1458.~3 17~6.25 69.56 1458.92 1707.~2 69.56 1459.gg 1797.14 69.56 1459.g8 17~6.gl 69.71 1459.17 17~6.12 69.56 1459.25 17~6.62 69.56 1459.33 17~5.2g 69.56 1459.42 1795.~9 69.56 1459.5~ 1755.44 69.56 1459.58, 1764.44 69.56 1459.67 1793.88 69.56 1459.75 17~4.61 69.71 1459.83 17~3.32 69.71 1459.92 1792.39 69.71 146~.~g 17~3.g9 69.56 146~.17 1701.64 69.71 1466.25 1791.49 69.56 1468.33 17~1.68 69.56 1460.42 170g.2~ 69.56 1460.5g 17g~.90 69.56 ET 146~.67 1465.O3 146g.92 1461.~8 1461.17 1461.33 1461.42 1461.5~ 1461.58 1461.67 1461.75 1461.83 1461.92 1462.~ 1462.68 1462.17 1462.25 1462.42 1462.5~ 1462.67 1,162.75 1462.83 1462.92 1463.~ 1463.g8 1463.17 1463.25 1463.33 1463.42 1463.5~ 1463.50 1463.67 1463.75 1463.83 1463.92 1464.~ 1464.~8 1464.17 1464.25 1464.33 1464.42 1464.55 1,164.67 1464.75 1464.83 1464.92 1465.~8 1465.17 1465.33 1465.42 1465.50 1465.67 1465.03 1465.92 1466.~8 PW 1699.46 1699.53 1698.83 1698.98 1698.~ 1698.3~ 16'97.74 1697.66 1697.94 1697.~8 1697.53 1696.74 1696.5'3 1697.17 1GgG.~ I696.36 1696.53 1695.86 1696.27 1695.56 1695.92 1695.73 1695.~9 1695.73 1695.57 1694.85 1695.56 1695.23 1694.64 1695.33 1695.15 1694.3~ 1695.19 1695.21 ' 1694.1~ 1695.0D 1695.17 1693.98 1694.64 1695.~4 1693.98 1695.~7 i693.94 1694.5! 1694.86 1693.83 1694.83 1693.05 1694.97 1693.92 1694.79 1694.~G 1695.45 1694.97 1696.7D T~ 69.71 69.56 69.56 69.71 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69..56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.41 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.56 PAGE 26 1ELD REPORT.~ = 1456BA ET PW TN 1466,17 1696.18 69,56 1466.33 ,1697.74 69.56 1466.42 1697.~9 69.56 1466.58 1698.3~ 69.41 1466.67 1697.42 69.56 1466.83 1698.23 69.56 [466.92 1697.17 69.56 1467.g~ 1697,24 69.56 1467,~8 1597,67 69,56 1467,17 1696,42 69,56 [467,25 1696,23 69,56 1467,33 1696,65 69,56 1467,42 1695,47 69,56 1467,5~ 1695,3~ 69,56 1467.50 1695.89 69.56 1467,67 1694,03 69,56 1467.75 1694.86 69.56 1467.85 1695.53 69,56 1467.92 1694.38 69.71 1468.~. 1694,67 69.71 1468.~8 1695.24 69.56 1468.17 1694.12 69.56 1468,25 1694,38 69,56 1468,33 1694,97 69,56 1468,42 1694,~1 69.56 1468,58 1694,76 69,56 1468,58 1695,14 69,56 1468.67 1694.17 69,56 1468.83 1694.89 69,56 1468.92 1693.88 69.56 1469.~8 1694.86 69.56 1469.17 1694,03 69..56 1469,33 1694,74 69,56 1469,42 1693.8~ 69,56 1469,58 1694,76 69,56 1469,67 1693,88 69,56 1469,83 1694,62 69,56 1469,92 1693,74 69,56 1478,88 1694,32 69,56 147~,~8 1694,7~ 69,56 147~,17 1693,73 69,56 1470.25 1694,18 69,56 147~,33 1694,44 69,56 147~,42 1693,68 69,56 147~,5~ 1694,41 69.56 147~,58 1694,53 69.56 147~,67 1693.77 69,56 147g,75 1694,4g 69.71 147~,83 1694,5~ 69.56 147~.92 1693.62 69,56 1471.~ 1694.29 69.56 1471,~0 1694,44 69.56 1471.17 1693,59 69,56 1471.25 1694,3~ 69.56 1471.33 1.694.38 69.56 ET 1471.42 1471.5~ 1471.58 1471.67 1471.75 1471.83 1471.92 1472.~ 1472.~8 1472,17 1472.25 1472.33 1472.42 1472.5~ 1472.58 1472.67 1472.75 1472.83 1472.92 1473.~8 1473.~D 1473.17 1473.33 1473.5~ 1473.67 1473.75 1473.83 1473,92 1474.~8 1474.25 1474.33 1474.4Z 1474.5~ 1474.58 1474.67 1474.75 1474.83 1474.92 1475.~ 1475.~8 1475.17 1475.25 1475.33 1475.42 1475.5~ 1475,58 1475.67 1475.75 1475.92 1476.~ 1476.17 1476.5~ 1477.~3 1483.17 1485.83 PW 1693.74 1694.23 1694.36 1693.71 1694.26 1694.41 1693.75 1694.3~ 1694.4~ 1693.6a 1694.26 1694.39 1693.48 1694.15 1681.4f 1644.44 16~5.62 158~.54 1566.55 1553.48 1543.45 1542.06 1549.~1 1542.93 1543,43 1543,43 1541.66 15'41.~2 154~.72 154~.~1 154~.93 154~.33 154~.28 1539.42 1539.22 1539.63 1538.78 154~.25 1547.66 1554.49 15B~.52 1563.17 1552.~9 1543.Z~ 1536.99 1542.33 1547.13 1547.24 1545,5R 1545.~7 1544.~7 1543.72 1543,ZZ 1542.64 1542,24 TW 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69,56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.'56 69.56 69.71 69.71 69.56 69.56 69.56 69.56 69.56 PAGE 27 I. C; C'D. CD FELD REPORT. # ~ 1456EA ET P~ T~ 488.5~ 488.03 489,~0 489,~8 489,17 489,25 489,33 489,42 489,5~ 489,58 489,75 489,83 489,92 49~,~0 !49~,17 ~499,25 ~49S,42 '49~,5~ 49S,75 _499,92 491,ff8 .491,25 '491.42 '491,58 :491.75 '491.92 '492.~ 492.S8 492.17. 492.25 :492.33 i492.42 ~492.5~ -492.58 :492.67 1492.75 !492.83 1492.92 i493.S~ [493.S8 !493.25 i493.33 i493.42 [493.5~ [493.58 i493.67 [493.75 [493.83 [493.92 i494.~ [494.17 i494.25 i494.33 1494.42 i494.5~ 1542.g5 69.56 1541.96 69.56 1541,96 69,56 1542.31 69.56 1543.12 69.71 1549.24. 69.56 1539.S8 69.56 1531,72 69.71 1524.92 69.56 1516.77 69.56 1594,45 69.71 1498.86 69.56 1493,63 69.56 1488.63 69.71 1479.53 69.56 1475.3~ 69.56 1467.45 69.56 146~,29 69.56 1453.76 69.71 1447.01 69.56 1442.32 69.56 1437,26 69.56 1432.58 69,56 1428.24 69.-71 1424.25 69,56 1420.49 69,56 1418.74 69.56 1561.04 69.71 1548.24 69.56 154~.95 69.71 1536.89 69.56 1535,28 69.71 1532,9S 69.71 1532.55 69.56 1532.9~ 69.56 153~.66 69,56 153~.77 69.71 153~.64 69,56 1529.8~ 69.56 1529,45 69.71 1526.78 69.71 1526.49 69,56 1525,4~ 69.56 1524,~8 69,56 1523.~9 69.71 1521.S4 69.71 152~,72 69.56 1518.98 69.71 1518.24 69.71 1517.99 69.56 1514.~6 69.71 1513.53 69.71 1511.49 69.56 1511.33 69.56 15B9.74 69.56 ET 1494.58 1494.75 1494.U3 1494.92 1495.~ 1495.~8 1495.17 1495.5~ 1495.58 1495.67 1495.75 1495.83 1495.92 1496.g~ 1496.~8 1496.25 1496.58 1496.67 1496.75 1496.03 1496.92 1497.~ 1497,17 1497,25 1497.33 1497.42 1497.5~ 1497.67 1497;75 1,197.O3 1497.UZ 1498.~ 1498.~8 1498.17 1498.25 1498.33 1498.42 1498.5~ 1498.67 1,198.75 14.98.03 1490.92 1,199.~ 1499.98 1499.17 1499.33 1499,42 1499.5~ 1499.58 1499.75 1499.U3 1499.92 159~.17 15~.25 PW 15S8.95 15~6.51 15~5.08 1594.95 15~2.98 15~1.95 1591.51 1497.15 1495.75 15~.51 1496.76 1497.34 1497.45 1497.16 1497,21 1498.~7 1498.39 1497.78 15~1.84 15~1.~3 1497'.53 1494.42 140O.GG 1407.~G 1404,59 1483.12 1479.92 1476.91 1474.79 1473.45 1471.48 1468.76 1466.83 1464.33 1463.71 1461.14 1459.41 1458.14 1453.61 1452.46 145S,73 1452.9~ 1448.53 1449,35 1448~ 1440,6~ 1448.73 1449.26 1449.49 1451.65 1452.11 1448.~ 1440.27 1446.21 1445.29 TW 69.56 69.71 69.71 69,56 69.56 69.71 69.56 69.56 69.56 69.71 69.71 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.56 69.~6 69.56 69.56 69.41 69.~6 69.41 69.41 69.41 69.56 69.41 69.41 69.56 69.56 69.41 69.41 69.41 69.25 69.41 69.25 69.41 69.41 69.41 69.25 69.41 69.41 69.25 69.25 69.25 PAGE 28 ~IELD REPORT # : 1456gA ET PN T~ 15~.33 1444,59 69,25 15B0.42 1442.12 69.25 15~.58 1441.49 69.25 15~8.67 1439.26 69.25 15~8.75 1436.58 69.25 158~.83 1436.65 69.18 15~0.92 1434.97 69.1~ 1581.88 1432.96 69.25 15~1.17 1438.43 69.18 1581.25 1428.52 69.25 1581.33 1427,45 69,25 1581.5~ 1423.48 69.25 15~1.58 1422.16 69.18 15BI.67 1421.33 69.1~ 1581.75 1419.88 69.18 15~1.83 1418,16 69.18 15~2.~8 1414.43 69.1~ 15B2.08 1413.59 68.95 15B2.17 1418.75 68.95 15~2.25 1411.45 68.95 15~2.33 1488.77 68.95 15~2.42 1487.~3 68.95 15~2.5~ 1405.88 68.95 1582.58 1405.56 68.95 15~2.67 14B6.56 68.95 1582.75 1487.08 68.95 15~2.92 14~8.21 68.79 15~3.~8 1488.24 68.95 15~3.8~8 14~7.97 68.95 1583.17 1407.95 60.79 15~3.58 14~7.25 68.95 15~3.67 1487.~1 68.79 1583.75 1486.95 68.95 1583.83 14~6.51 68.79 15~3.92 14B4.08 68.79 1584.B8 1486.71 68.79 15~4.~8 1405.78 68.79 15~4.17 1481.2~ 68.79 1584.25 14~0.27 68.79 1584.33 1397.71 68.79 15~4.42 1395.77 68.64 1584.58 1394.44 68.64 1584.58 1392.43 68.64 15~4.67 139B.67 68.64 1584.75 1389.32 68.64 15~4.83 1386.97 68.64 1584.92 1386.35 68.79 1585.88 1382.58 60.64 15~5,17 1382.13 68.64 15~5.25 1388.24 68.64 1585.33 1378.61 60.64 15~5.42 1378.28 68.64 15~5.58 1373.97 68.64 15~5.67 1372.35 68.49 1585.75 1371.78 68.64 ET 1585,83 15~5.92 15~6,.~ 15~6,~8 15H6,17 15~6,25 15~6,33 1596.42 15~6,5~ 15~6,67 1586,75 15~6,83 15~6,92 15~7,25 15~7,33 15~7,42 15~7,58 1507,67 15~7,75 15~8.~8 15~8.17 15~8.25 15~0.33 15~8,42 15~8,58 15~8,67 15~8,75 15~8,83 15~8.92 15~9.~ 15~9'.~8 15~9,25 15~9,42 15~9,5~ 1509,58 15~9.,67 15H9,75 15~9,83 15~9.92 151~.~8 151~.17 151~.33 151~.5~ 151~,58 151~,67 151~,75 151H,83 151~,92 1511,~H 1511,fi8 1511,17 1511,25 1511,33 1511,42 1511,58 P~ 1369,15 1367.77 1366.83 1365.12 1362.29 1362.06 136~.35 1362.74 1363.55 1364.24 1364.41 1365.11 1365.46 1365.33 1364.53 1366.68 1361.~2 1359.34 1357.~4 1349.H5 1347.59 1344,86 1343,94 1342.76 1338,56 1337.47 1334.94 1333.29 1331.B8 1329.88 1329.6E 1324.95 1323.37 1328.6~ 132~.41 1326.24 1325.52 1324.37 1323.71 1321.06 1321.19 1321.7U 1321.77 1321..54. 1319.85 1322,57 1317,17 1314,31 1313,19 1312.44 1318.67 13~9.3~ 13~7..52 1385.51 13~2.48 TW 68,49 68.64 68.64 68.49 68.49 68,49 68.49 68.49 68.49 68.49 68.49 68.49 68.33 68,33 68.33 68.49 68.33 68.33 68.33 68.33 68.33 68.33 68,18 68,18 68,33 68,33 68,33 68,18 68.18 58.33 68.18 68.18 68.18 68.18 68.18 68.10 68.1'0 60,18 68,18 68.18 68.18 68.~3 68.18 68.U3 68.~3 68.~3 68.fi3 68.~3 68.~3 68.H3 68.~3 67,88 68,~3 68.~3 67,88 PAGE 29 ELD REPORT.~. ~ 1456gA ET PN TN 511.75 1299.67 67.88 511.83 1298.26 67.88 5'12.g8 1294.29 67.88 512.~8 1293.81 67.08 512.17 1291.22 68.~3 512.25 1289.35 68.83 512.42 1286.52 67.88 512.58 1284.53 67.88 512.58 1283.89 67.88 512.67 1281.8~ 67.08 512.75 1277.48 67.88 512.83 1279.36 67.88 512.92 1274,32 67.88 513.~8 1274.14 67.88 513.88 1278.58 67.88 513.17 1281.53 67.88 513.25 1282,47 67.08 513.42' 1282,88 67.88 513.58 1282,91 67.88 513.67 1282.~3 67.72 513.75 1288.14 67.72 513.83 1283.45 67.88 513.92 1279.76 67.72 514.88 1277.74 67.72 514.88 1276,44 67.88 514.17 1274.68 67.72 514.25 1272.34 67.72 514.42 1278.84 67.72 514.58 1268.99 67.72 514.67 1265.94 67.72 514.75 1264.26 67.72 514.92 1262.18 67.72 515.88 1261.33 67.72 515.88 1268.14 67.57 515.17 1258.48 67.57 515.33 1256.45 67.57 515.42 1254.37 67.72 515.58 1253.88 67.57 515.58 1252.42 67.57 515,67 1251.38 67.57 516.8~ 1245.88 67.57 516.88 1244.81 67.42 516.25 1242.22 67.57 516.33 124~.64 67.57 516.42 1239.57 67.57 516.58 1239.54 67.42 516.58 1242.98 67.42 516,67 1248.95 67.42 516.75 1239.67 67.57 516o83 1239.24 67.42 517.g8 1239.63 67.42 517.33 1248.86 67.42 .517.58 1241.85 67.42 517.83 1248.89 67.42 517.92 1248.88 67.26 ET 1518.17 1618.25 1518.33 1510.42 1518.58 1518.58 1518.67 1510.83 1510.92 1519.~ 1519.~8 1519.25 1!i19.~2 1519.5~ 1519.58 1519.67 1519.75 1519.03 1519.92 1528.~ 152~.17 152~.25 152B.42 152~.5~ 1528.58 152~.67 152~.75 152~.03 152~.92 1521.~8 1521.17 1521.25 1521.33 1521.42 1521.5~ 1521.67 1521.83 1521.92 1522.~8 1522.~8 1522.25 11i22,42 1522.5~ 1522.58 1522.75 1522.83 1523.~fi 1523.88 1523.17 1523.25 1523.33 1523.42 1523,58 1523.67 PN 1239.~E 1237.D9 1236.55 1236.~3 1234.~7 1233.~2 1231.9~ 123~.50 1227.50 1225.73 1223.59 1222.40 122~.~ 1217.1~ 1215.4~ 1214.~8 1212.54 1211.24 12~9.57 12~8.27 12~6.74 12R3.24 12BI.4~ 1198.57 1199.31 1190.98 12~1.37 12~2.59 12~2.97 · 12~2.02 12~1.99 12~1.32 12~.93 1193.9~ 1195.~7 1194.29 1193.15 1198.19 1180.34 11~7.16 1184.95 1181.82 1177.96 1176.29 1175.~5 1171.92 1169.91 1166.73 1165.34 1163.36 1161.62, 1168.1N 1158.28 1155.14 1154.29 TN 67.26 67.42 67.26 67.42 67.26 67.26 67.26 67.26 67.26 67.11 67.11 67.26 67.26 GT.ll 67.26 67.26 67.11 67.11 67.11 67.11 67.11 67.26 67.26 67.11 67.11 67.11 67.11 66.96 67.11 67.11 67.11 67.11 67.11 66.96 67.11 66.96 67.11 66.96 67.11 66.96 66.96 66.08 66.96 66.96 66.96 66.88 66.96 66.88 66.08 66.88 66.88 66.88- 66.88 66.8~ 66.88 PAGE 36 :IELD REPORT # s 1456~A ET PW TW 1523.75 II55.34 66.8~ 1523.83 1157.Z4 66.8~ 1523.92 1158,79 66.65 1524.g0 1159.59 66.65 1524.17 1160.48 66.8~- 1524.33 1160,74 66,65 1524.42 1153.43 66.65 1524.5~ 1154.4~ 66.8~ 1524.58 1153.78 66.8g 1524.67 1153.68 66.65 1524.75 1152.87 66.8~ 1524.92 115~.~3 66.65 1525.~E 1148.47 66,8g 1525.17 1144.96 66.65 1525.25 1142.6~ 66.5~ 1525.33 1141.31 66.65 1525.42 1139.6~ 66.65 1525.58 1136,86 66.65 1525.75 1133.55 66.65 1526.~8 1126.44 66.5~ 1526.25 1123.17 66.5~ 1526.33 1121.45 66.5~ 1526.42 1119.93 66.5~ 1526.5g 1119,27 66.5g 1526.58 1118.41 66.5g 1526.67 1119.34 66.5g 1526.83 1121.94 66.35 1526.92 1122.35 66.50 1527.g8 1122,19 66.35 1527.17 llZl.gO 66.5~ 1527.25 112~,48 - 66.35 1527.33 1119,65 66.35 1527.5g 1119.14 66.35 1527,58 1114.34 66.35 1527.67 1115.35 66.35 1527.75 1115.68 66.35 1527.83 1115.01 66.35 1527,92 1113.77 66.35 1528.~8 lllg.3g 66.35 1528,17 1198.38 66.35 1528.33 I1~5,23 66,35 1528.5~ 11~2,41 66.19 1528.67 1~99.31 66.35 1528,75 1~97.19 66.19 1528.92 1~94.~8 66.19 1529.~ lggZ.gl 66.19 1529.~0 lggg.8~ GG.19 1529.25 lg87.43 66.19 1529.58 lg81.68 GG.~4 1529.67 1~79.33 66.19 1529.75 1~78.39 66.19 1529.83 1981,47 66.g4 1529.92 lg78,72 66.g4 1530.~g 1fl79.88 66.19 153g.g8 1.g75,85 66.19 ET 153g.17 153g.25 153~.33 153~.5~ 153g.58 153~.75 153~.92 i531.25 1531.33 1531.42 1531.5~ 1531,58 1531.67 1531.75 1531.92 1532.~8 1532.17 1532.25 1532,42 1532.58 1532.67 1532.75 1532.92 1533.25 1533.33 1533.42 1533.5H 1533.58 1533.67 1533.75 1533.83 1533.92 1534.~ 1534.B'8 1534.17 1534.33 1534.42 1534.5~ 1534.58 1534.57 1534.75 1534.D3 1534.92 1535.~g 1535.g8 1535.17 1535.25 1535.58 1 []35.75 1535.83 1535.92 1536.~8 1536.17 1536.25 1536.33 P~ 1~75.42 1~75.63 1~76.22 1~77,78 1~78.43 lg79.14,. 1~79.25 1078.61 1~78.47 1~73.17 1~73.13 lg72.69 1~72.76 lg71.93 1~68.68 lg64.62 1~63.~6 196g,63 lg56.97 lg53.56 lg51.8~ )~49.51 1~46.5~ 1'~39.71 1~37.5~ 1~41..1~ 1~37.38 1~46.57 1943.15 1~39.94 1H37.73 1~36.26 lg35.35 1~34.91 IH35.~1 1~35.77 1H36.13 IU35.34 1~35.94 1~36.3~ 1~38.~1 1~36.86 1U35.~4 1N34.32 IN33.48 1~33.5~ 1N34.27 1~35.43 1~35.69 1~35.73 1~39.21 lg34.GG 1~32.71 1~31.12 1~29.3~ TW 66.~4 66.~4 66.~4 66.~4 66.N4 66.N4 65.89 66.g4 65.89 65.89 65.89 65.89 65.89 65.89 65.89 65.89 65.89 65.89 65.89 65.89 65.73 65.73 65.73 65.73 65.73 65,73 65.73 65.58 65.73 65.73 65.73 65,73 65.73 - G5.58 65.58 55.58 65.58 65,4.3 65.58 65.58 65.58 65,58 65,43 G5.58 65.43 65.58 65.50 G5.43 65.43 65,43 65.43 65,43 65.43 65.43 65.43 PAGE 31 1ELD REPORT # = 1456~A ET PW TW 1536,42 1~27.82 65.43 [535.58, lg25.45 55.43 [536.67 1824.48 65.27 [536.83 lg22.81 65,43 1537.17 1g18.89 65.27 1537.25 1~17,93 65.27 1537.33 lgl6.gO 65.27 t537.42 1~15.49 65.12 t537.5~ 1815.51 65.27 t537,58 lg15.2~ 65.27 1537.92 1812.45 65.12 1538.g~ lg11.23 65.27 1538.88 191g.25 65.27 1538.25 lgg8,80 65.27 1538.42 1886.94 65.27 1538.58 1885.53 65.27 1538.58 1884.78 65.12 1538.67 1884.39 65.12 1538.75 1883.57 65.12 1539.~8 999.22 64.97 1539.25 997.85 65.12 1539.33 995.99 65.12 1539.42 996.16 65,12 1539.58 993,26 64.97 1539.58 993.37 64.97 1539,67 993,94 65.12 1539,75 994.76 64.97 1539.92 995.93 65.12 1548.88 996.52 64.97 1548.17 996.88 64.97 1548.25 996.65 64.97 1548.33 998.83 64.97 1548.42 996.83 64.97 154~.58 994.17 64.97 1548.58 991.79 65.12 1548.67 989.98 64.97 1548.83 987.21 64.97 1548.92 985.88 64.97 1541.~8 984.91 64.97 1541.17 982.49 64.81 1541.25 981.43 64.97 1541.33 988.13 64.81 1541.42 979.28 64.81 1541.58 978.88 64.97 1541.58 977.~3 64.81 1541.75 974.78 64.97 1541.83 973.31 64,81 1542.88. 971.18 64.81 1542.68 969.69 64.81 1542.42 965.69 64.81 1542.56 964.12 64.81 1542.58 962.75 64.81 1542.75 966.66 64.81 1542.83 959.38 64.81 1542.92 958.45 64.81 ET 1543 .~ 1!;43.17 · 15,13.25 1543.42 1543.5~ 1543.58 1543.67 1543.83 1544.~ 1544.60 1544.17 1544.25 1544.33 1544.42 1544.5~ 1544.58 1544.67 1545.88 1545.80 1545.17 1545.33 1545.58 1545.67 1545.83 1546.8~ 1546.~8 1546.42 1546.58 1546.67 1546.75 1546.03 1546.92 1547.~ 1547.~8 1547.17 1547.25 1547.33 1547.5~ 1547.58 1547.67 1547.R3 1547.9Z 1540.~ 1548.17 1548.33 1548.4. Z 1540.75 1548.92 1549.25 1549.42- 1549.5~ 1549.58 1549.67 1549.75 PW 957.2~) 956.71 954.21 953.98 953.83 952.44 953.0~ 954.94- 955.60 954.93 954.48 954.Z~ 95~.62 952.23 952.58 951.68 949.23 942.76 941.29 948.~6 937.87 934.29 931.70 928.96 926.36 924.71 919.Z5 916.56 914.83 913.8~ 914.46 913.79 912.75 9~9.59 913.7~ 914.9~ 91-5.71 915.53 915.2.6 914.66 914.24 914.gG 911.66 9~7.46 9R7.13 9~5.38 984.32 898.99 896.86 891.67 088.39 886.89 873.95 879.47 883.44 TW 64.01 64.66 64.66 64.66 64.66 64.66 64.66 64.66 64.51 64.51 64.66 64.66 64.51 64.51 64.66 64.66 64.51 64.51 64.51 64.51 64.51 64.51 64.51 64.35 64.35 64.35 64.35 64,35 64.35 64.35 64.35 64.35 64.35 64,35 64.28 64.26 64.28 64.35 64.35 64.ZS 64.35 64.28 64.28 64.28 64.f5 64.28 64.28 64.~5 64.~5 64.65 64.65 64.85 64.65 64.~5 63.09 PAGE 32 IELD REPORT.# : 14560A ET PN TN 1549.83 ~89.71 64.~5 1549.92 091.55 64.85 155~.88 891.82 64.85 1558.88 008,81 63.09 1558.17 807.13 63.89 1558.25 086.1~ 63.89 1558.33 085.83 63.89 1558.58 886.68 63.89 1558.58 887,12 63.89 1558,75 887,32 63,74 1550.83 887.19 63.89 1551.~8 883.~9 63.74 1551.~8 083.18 63.89 1551.17 083.95 63.74 1551.25 884,25 63,74 1551.42 082.87 63.89 1551.58 082,80 63,89 1551.~7 879.98 63.09 1552.88 076.74 63.74 1552.~8 875,79 63,74 1552,17 075,33 63,74 1552,33 873,58 63,74 1552.42 872,08 63,59 1552,58 874,41 63,74 1552,58 872,59 63,59 1552,67 871,84 63,59 1552.83 072.22 63.74 1552,92 072,73 63.59 1553,88 073.88 63,59 1553.25 072,76 63.59 1553,33 072,62 63,59 1553,42 074,58 63,59 1553,58 872,27 63.59 1553.58 869.63 63.59 1553.67 071.87 63,59 1553,75 871,36 63',43 1553,83 871,32 63,59 1553.92 071.85 63.43 1554.88 871.52 63.43 1555,33 87~.91 63,20 1556,~0 878,61 63,43 1556.88 065.6~ 63,28 1556.17 066,56 63.43 1556.25 866.61 63,28 1556,42 867,33 63,43 1556.58 866,79 63.28 1556,83. 862,39 63,28 1557,17 859,23 63.28 1557.33 857,63 63,28 1557,42 856,96 63,13 1557.58 856,~8 63.13 1557,58 855,24 63,28 1557,67 068,18 63,13 1557,75 058,75 63,13 1557,83 .856.74 63,28 ET 1558.~ 1558.~0 1550.17 1[;50.25 1558.33 1550.58 1550.58 1558.67 1558.83 1558,92 1559.g8 1559.42 1559.75 1559.92 156~.fl~ 1568.17 1568.25 1568.33 1568.58 1568.50 1568.67 1568.75 1568.03 1568.92 ]561.g8 1561.80 1561.17 1!161.33 15~1.42 1561.50 1561.67 1561.75 1561.83 1562.~ 1562.88 1562.-17 1562.33 1562.42 1562.58 1562.50 1562.67 1562.75 1562.83 1563.17 1563.33 1563.42 1563.58 1563.92 1564.25 1564.33 1564.67 1!]65.~ 1565.17 1565,33 1565,67 PN 854.67 854.45 051.28 058.63 85~.93 852.25 851.85 051.82 848.91 047,95 045.3~ 043.64 04g.12 038.34 037.17 835.84 034.9Z 834.27 032.39 031.7H 038.70 029.41 033.54 031.53 031.21 83~.4G 038.58 032.~3 032.48 032.71~' 032.5~ 831.08 832.62 832.Z1 833.56 032.62 029.29 027.43 826.25 825.77 824.06 824.67 823.91 019.59 817.51 816.35 814.69 818.68 886.43 8~5.12 881.23 797.13 794.99 793.87 788.74 TN 63.28 63.13 63.~3 63.20 63.20 63.13 63.13 63.13 63.13 63.13 63.13 63.13 62.97 63.13 62.97 62.97 62.97 82.97 62.97 62.97 62.97 62.97 62.97 62.97 62.97 62.97 62.97 62.97 62.97 62.97 62.H2 62.82 62.02 62.82 62.97 62.97 62.82 62.82 62.02 62.97 62.02 62.82 62.82 62.82 62.82 62.82 62.67 62.67 62.67 62.67 62.67 62.67 62.52 62.67 62.67 PAGE ,~C', 'i [ELD REPORT.# ~ 1456~A ET PN TN .[565,75 792,39 62,52 [565,83 792,13 62,67 [565,92 791.46 62,52 J566,~8. 789,41 62,67 :1566.17 788.74 62.52 1566,25 788,52 62,52 1566,33 788,62 62,52 1566.5~ 789.21 62.52 1566,58 789,41 62,67 1566.92 789.~5 62.52 1567,~ 79~.~1 62,52 1567,~8 786,82 62,52 1567,17' 785,~8 62.52 1567,25 784,33 62,52 1567,33 784,~7 62,52 1567,67 781.17 62,52 1567,83 779,45 62,36 1567,92 778.51 62.36 1568,08 778,28 62,36 t568,88 778,31 62,36 1568,42 774,7~ 62,36 1568,58 771.89 62,36 1568.67 768,74 62,36 1568,75 767,14 62,36 I568.92 763,44 62.36 1569.88 768,14 62.36 1569.42 752,57 62.21 1569,58 748,79 62.21 1569.67 747.~5 62.21 1569,75 745,89 62.21 1569,83 746,55 62,21 1578.~8 744.12 62.21 157~.~8 744.54 62.21 1578.17 746,87 62.21 1578,25 747,85 62.21 t578,42 747,25 62.86 1578.58 747.11 62,86 1578.58 746,63 62.~6 1578,67 746,43 62.21 1578,75 758,21 62.gG t578.83 746.84 62.21 1578,92 744.16 62,86 1571,88 742,32 62,86 1571,17 742,85 62,86 1571,25 748,98 62,86 1571.33 739.98 61.98 i571,42 738,63 62,86 1571.58 736.26 62,86 1571.67 733,22 62.~6 i571.83 729.87 61.98 1571,92 727,45 62.86 i572,80 724.18 61,98 i572.42 717,43 61.98 1572.58 713.67 61.9~ i572,75 789,68 61,75 ET PN TN 1572.92 786.~2 61.9~ 1573.~ 7~4.36 61.75 1573.~8 7~2.29 61.75 1573.25 699.69 61.75 1573.33 781.42 61.75 1573.42 7~2.60 61.75 1573.50 782.21 61.75 1573.58 782.84 61.75 1573,67 7~2.56 61.75 1573,75 7~1.95 61.75 1573.83 781.64 61.68 1573'.92 7~1.78 61,75 1574,~8 7~1.51 61.75 1574.~8 7~1.58 61.75 1574.17 697.24 61.75 1574.25 697.12 61.75 1574.33 697.37 61.75 1574.42 695.64 61.75 1574.5~ 693.39 61.68 1574.58 698.73 61.68 1574,67 608.55 61.Gg 1574.75 606.15 61.68 1574.83 604.~5 61.6~ 1574.92 681.19 61.6~ 1575.~ 679.56 61.6~ 1575.17 675.52 61.44 1575.25 672.91 61.60 1575.42 668.69 61.44 1575.58 663.95 61.44 1[;75.92 655.25 61.44 1576.~ 653.~d 61.44 1576.~8 655.49 61.44 1576.17 655.76 61.44 1576.33 653.57 61.44 1576.42 653.95 61.44 1576.75 654.11 61.29 1576.83 655.14 61.29 1577.g~ 654.91 61.29 1577.~8 653.~1 61.29 1577.17 65~.85 61.29 1577.25 653.70 61.29 1577.33 654.48 61.13 1577.42 6!%2.74 61.13 1577.5~ 652.J~1 61,29 1577.67 651.67 61.29 1577.75 652.~9 61.29 1577.92 652.24 61.13 11i78.25 651.67 61.13 1579.58 65g.26 68.98 1579.75 65g.~2 6H.98 1579.~3 656.3~ 6~.83 1579.92 661.52 6H.90 1588.~8 656.75 6~.83 1588.~8 655.72 6~.83 158~.17 653.63 6~.98- · . PAGE 34 E' [ELD REPORT.# : 1456gA ET PW TW .158~.25 649.1~ 6~.98 t58~.33 645.19 66.83 158~.42 642.77 6~.98 158~.5~ 64~.63 6~.83 t58~.50 637.8~ 60.83 1500.67 634,72 6~.83 i58~.75 632oH1 6g.03 158g,92 527,38 6~.83 ~581.8~ 624.85 6~,83 1581,~8 655,89 6~,83 1581,17 657,-75 6g.83 1581,25 653,71 6~.83 1581,33 649,97 6~.67 1581,42 647,23 6~.03 1581,58 646,82 6g,83 1581,58 647.~8 6~,83 1581,67 656,75 6~,83 1581,79 656,75 6~,83 1581,83 654,g8 6~.67 [581,92 65~,~4 6~.67 t582,9~ 646,26. 6~.83 t582,17 64~.99 6~,83 1582,33 635,g4 6~,83 1582.42 632.36 6~.67 1582,75 622.47 6~.67 t583,~8 613,57 6~,67 t583,25 699,32 6~,67 [583,58 6BI,53 6~,67 1583.92 594.42 6~.52 1584,25 587,81 6g,52 1584,58 581,73 6~,52 1584,92 576,17 6~.52 1585,25 578,96 6~.52 1585,58 566,17 6~.52 [585,92 561,66 6g,52 1586o25 557,51 69,52 1586,58 553,62 6~,37 1587.25 546.62 6~.37 1587.92 54~.46 68.37 1588.58 535.13 6g.37 1589.25 538.36 6~.21 1589,92 526.13 6~.37 1599.58 522.47 6~.21 1591.25 519.17 6g.21 1591,92 516,26 6~,37 1592.58 513.68 6B.21 1593.25 511.36 6~.21 1593,92 589.41 6g.21 1594,58 5B7,9~ 6g.21 1595,25 5B6.71 6g.21 t595.92 5~5.98 G~.g6 t597,25 594,86 6~.21 1598,58 584,44 69,21 16~1.25 5B4.16 6~.~6 t611.92 5B3,75 6~.g6 ET 1622.58 1G25.26 1626.5U 1626.92 1627.~L~ 1627.~8 1627.17 1627.33 1627.42 1627.5~ 1627.58 1627.67 1627.75 1627.83 1628.~ 1628.33 1628.67 1628.83 1620.92 IG29.gg 1629.~8 1629.17 1629.25 1629.33 1629.67 1629.75 1629.92 163~.~ 163~.~8 I63g.42 1630.5g 163~,58 163~.67 ]639,75 163g.83 1631,~ 1531,33 1631.5g 1631.58 1631.67 1631.75 1631.83 1631.92 1632.gB 1632.g8 1632.17 1632.33 1632.5~ 1632.67 1632.75 1632.83 1632.92 1633.~ 1633,~8 1633,17 PW 593.64 5~3.63 5~3.G~ 5~'3.6~ 5~3.5U 71~.96 694.99 677.73 672.~8 667.52 664.82 662.85 661.93 661.32 661.23 661.93 662.33 662.4~ 662.7-G 659.1~ 659.15 657.14 656.28 654.69 649.7g 648.44 645.51 644.22 642.74 637,39 636.13 634.39 633.36 631.73 63S,6! 627,74 622.5~ 619.87 618.4~ 619.31 618.2g 618.19 616.64 618.49 618.18 619.61 62~.31 62S.16 619.79 618.37 617.23 614.93 613.13 612.95 6~9.84 TW GN.~6 6~.~6 6~.~6 6E.~6 6~.U6 6~.~6 6~.H6 6g.g6 6g.g6 6g.g6 59.91 59.91 6g.gG 6~.gG 6~.g6 59.91 6~.H6 6~.~6 59.91 6~.~6 59.91 6g.g6 6g.06 59.91 6g.06 59.91 59.91 59.91 59.91 59.91 59.91 59.91 6~.06 59.91 59.91 59.91 59.91 59.91 59.91 59.91 59.75 59.91 59.91 59.91 59.75 59.91 59.91 59.91 59.91 59.91 59.91 59.91 59.91 59.91 59.75 PAGE 35 ELD REPORT ~ : 1456gA ET PW TW 633.33 695.13 59.75 633.42 603.g9 59.75 633.58 598.54 59.75 ~33.67 596.46 59.75 (;33.75 594.13 59.75 634.~0 505.49 59.75 634.25 580.91 59.75 634.42 575.87 59.6~ 634.58 571,59 59.75 534.67 573.74 59.75 634.75 573.68 59.60 634.83 573.~9 59.68 635.~0 573.5~ 59.6~ 635.~8 572.99 59.6g 635.17 573.14 59.6~ 635.5~ 572.44 59.6~ 635.58 572,28 59.6~ 635.67, 572.5~ 59.6~ 635.83 574.12 59.45 635.92 575.~9 59.45 636.~g 575.57 59.45 636.17 575.87 59.6~ 636,33 575.58 59.45 636.42 575.43 59.6~ 636.58 573.74 59.6~ 636.58 573.44 59.45 536.67 572.82 59.6g 336,75 57~,35 59.45 S37.H8 563.39 59.45 337.25 559.76 59.45 637,33 558.~5 59,45 637.42 555,94 59.45 337.75 548.85 59.45 537.92 545.28 59.29 ]38.~8 543.g8 59.45 338.17 539.61 59.45 S38.5~ 532.~8 59.29 638.67 528.33 59.29 538.75 526.49 59.29 S38.92 526.52 59.29 339.0~ 526.55 59.29 S39.~8 527.4~ 59.29 ']39.17 528.92 59.29 $39.33 53~.74 59.29 339.42 531.34 59.29 339.50 531.51 59.29 339.83 531.~ 59.14 34~.~ 53~.85 59.14 54~.~8 532.22 59.14 34~.17 529.46 59,14 54~.25 527.37 59.14 S48.42 523.72 59.14 34~.5~ 521.69 59.14 54~.58 519.88 59.14 34~.67 518.33 59.14 ET 164~.9Z 1~41.~ 1641.33 1~41.~7 1641.75 1641.92 1642.g8 1642.25 1642.42 1642.5g 1642.58 1642.67 1643.~g 1643.17 1643.5~ 1643.50 1643.75 1643.83 1643.92 1644.~ 1644.~0 1644.17 1644.33 1644.42 1644.58 1644.67 1644.75 1644.92 1645.25 1645.58 1645.75 1645.83 1645.92 1646.~0 1G46.08 1646.17 1646.25 1646.42 1646.58 1646.75 ]647.g8 1647.25 1647.33 1647.42 1647.5g 1647.58 1647.67 1647.75 1648.g8 1640.42 1648.5~ 1648.58 1648.67 1648.75 PW 516.40 513.Z8 511.34 5~4.07 498.23 496.6~ 492.85 489.5~ 405,73 481.73 401.88 478.71 479.66 4U1.37 401.93 402.21 482.38 484.07 482,18 402.40 401.76 40~.~3 477.98 475.~8 473,49 459.67 460.~ 465.02 462.45 455.11 447.33 443.36 441,18 439.Z9 437,18 437.~G 435.31 436,34 437.61 439.23 439.32 439.g6 439.~2 438.96 435,51 434.96 433.33 431.92 429.71 421.14 411.90 4~9.72 4E7.N7 494.8~ 4~2.69 T~ 59.14 59.14 50.99 59.14 50.99 58.99 58.99 58.99 58.83 58.83 58.99 58.83 58.83 58.03 58.83 58.68 58.83 58.83 58.83 58.68 58.03 50.68 50.68 58.68 50,60 58.68 58.53 58.60 58.G0 58.53 58.53 58.53 58.53 50.60 58,53- 58.53 58.53 58.53 58.53 58.37 50.37 58.53 5~.37 58.37 58.37 58.37 50.37 58.37 58.22 58.37 58.22 58.22 58,37 50.22 50.37 PAGE 36 ., [ELD REPORT.# ~ 1456~A ET PW TN 1648.92 398.15 58.22 [649o~ 395.83 58.ZZ [649,'17 398,92 58,87 [649.25 391,16 58.22 1649.33 388.88 58.~7 1649,42 389,~4 58,22 t649.58 386.92 50.87 1649.58 388,56 58.87 [649,67 389,66 58,87 t649,75 398,31 58,87 1649.92 398.95 50,87 1658.25 391.28 58.87 1658.33 398.97 57.91 t658.42 398.84 50.87 t658.58 391.93 58.87 1658.50 389.82 57,91 t658.75 385,17 57,91 1651.98 378,48 58,87 1651,75 365,83 57,91 t652,88 359,77 57.91 1652,42 353,37 57,91 1652.58 358.28 57.91 t652,92 343,58 57.76 t653,98 341.98 57,76 [653,98 341,39 57,76 1653,17 342,99 57,76 t653.25 343.35 57.76 t653.33 344.88 57.6~ 1653.50 344.66 57.76 t654.17 345.88 57.68 1554,25 345,11 57,68 t654,33 342,58 57,75 1654o42 342,98 57,68 1554,59 342,35 57,68 [654,58 348,92 57,76 t654,67 342,83 57.68 1655.98 341,67 57,68 1655,98 341,44 57,68 1655,17 339,83 57,68 1655,25 337,84 57,68 1655,33 335,84 57,68 t655,42 334,92 57.45 t655,75 338,12 57.45 t655,83 331,84 57,68 [655.92 338.74 57.45 t656,88 338,27 57,45 t656.88 338.86 57.45 t656.17 320.89 57.45 t656.33 326.50 57.45 t656,58 324,56 57,45 1556,58 323,79 57,45 t656,92 . 319,55 57,45 1657.25 315.17 57.38 t657.42 313.13 57.38 1658.98 384.33 57.38 ET 1650.25 1050,42 1650.50 I650.75 1658.83 1658.92 I659.~8 I659.17 1659.58 1659.67 1668.gg 1668.g0 166~.25 1668.33 1668.58 1568.67 1568.83 I66~.92 I661.80 1661.17 1661.25 1561.58 1661.92 1662.88 1662.25 1662.33 1662.42 1662,58 1662.67 1662.75 I662.03 1562.92 lGG3.g~ I663.17 I653.25 1663.58 1663.67 I663.83 1GG4.~g 1664.88 1664.42 1664.75 1664.92 1665.08 1665.~8 1665.17 1665.25 1665.33 1565.5~ 1665.58 1665.75 1665.03 1665.92 1666.88 1666.25 PW 382.1~ 2~9.57 297,48 295.7~ 294.78 294.87 294.31 294.25 296.95 297.28 297.36 296.~7 294.44 293.51 291.~3 280.84 284.04 283.19 288.~0 278.5~ 276,22 268,34 268.03 256.86 252.66 258.57 258.55 247.73 246.91 247.86 246.76 247.80 240.13 249.55 249.93 249,05 249.4~ 249.29 247.45 247.95 246.94 246.63 246.51 246.45 244.44 242.91 241.75 248.4.~ 237.48 235.8~ 232,37 238.76 228.89 225,63 222.11 TW 57.3~ 57.14 57.38 57.3~ 57;38 57.3~ 57.14 57.14 57.]4 57.]4 56.99 57,14 56.99 57,14 57.14 57.14 57.14 56.99 56.99 56.99 56.9.9 56.99 56.99 56.99 56.04 56.99 56.84 56.99 56.99 56.84 56.99 56.99 56.84 56.84 56.84 56.84 56.U4 56.04 56.68 56.84 56.68 56.60 56.68 56.60 56.53 56.68 56.68 56.53 56.~3 56.68 56.53 56.53 56.53 56.53 56.53 PAGE 37 [ELD REPORT.~ ~ 1456~A ET PN TN i666.58 1666.75 IG66.83 I667,~ !667,08 I667,17 i667.25 [GG7.42 ~667,5~ 1.667,58 ;667,67 '667,75 1667,92 ;668.25 ~668.33 1668,5~ 668.58 668,75 _668.92 669.~8 669.42 669.58 669.75 670,~8 678.17 67~.25 678.33 678.42 67~.58 67~.67 671,g~ 671,~0 671,17 571,25 671,33 671,67 671,83 672,5~ 672,83 -672.9Z -673.~B 673.33 673.42 673.50 '673.67 673.75 '673.83 '674.17 -674.25 '674.33 ~674.42 ~674.5~ '674.67 '674.75 -674.9Z 215.44 56.38 Zll.91 56.53 21~,87 56.53 206.69 56.53 2~4.7~ 56.38 202.98 56.53 2~1.89 56.38 197,95 56.53 197,86 56.38 197,95 56.38 198,34 56,38 198,96 56,38 199,14 56.38 198,68 56.38 199.88 56.38 28~.64 56.38 198.81 56,38 197.98 56,38 195,1~ 56,22 191.83 56,38 184,78 56,22 18~.9~ 56.22 177,35 56,22 169.74 56,22 169.33 56,~7 168,41 56,~7 168,75 56,87 168,6~ 56,22 169,88 56,87 169,22 56.~7 168.81 56.~7 167.36 56.~7 167.56 55.91 169.36 56.$7 169.72 56.~7 168.18 56.~7 167.76 55.91 167.g~ 55.91 166.68 55.76 165.38 55.76 165.52 55.91 159.26 55.76 158,gl 55,91 155.84 55,76 153,56 55,76 151,78 55,76 151.39 55.91 147,69 55.76 146.69 55.76 146.75 55.76 145.97 55.76 145.82 55.76 146.8~ 55.61 147.85 55.76 148.23 55.76 ET 1675.~8 1675.25 1676,58 1677..25 1677.58 1678.25 1670.92 1679.25 1679.42 1679.5~ 1679,58 1679.67 168~.g~ 168~.67 1681.~g I681.17 1681.25 1681.33 1681.42 1GOl.5~ 1681.50 1602.25 ]683.58 1684,25 1684.58 I684,67 1684.75 1604,92 IGOS,HO 1605.25 1685.33 1685.42 1GOG.gO 1686.42 1686.50 1686.92 1687,25 1687.42 1687,58 1687.75 1GOO.gO 1GOO.Z5 1688,50 1688,75 1600,92 1G09.g~ 1609.17 1609.25 1689.42 I689.58 169~.25 169~.42 1698.58 169g.50 169~.67 PW 148.13 147.55 146.53 146.15 145.95 146.10 146.68 146.99 147.16 147.17 145.29 146.58 146.74 147.47 147.76 147.91 148.12 149.38 158,~5 15~.28 149.98 158.67 151.76 152.1~ 152.26 151.0~ 151.91 152.84 153,34 153.52 154.58 155.~5 155.47 155.67 155.91 155.92 156.51 156.49 156.72 156.51 156.69 157.31 157.82 156,89 157.85 157.32 157.14 156.78 156.95 156,8~ 156.9~ 156.9fi 156.9~ 157.32 157.25 T~,4 55.61 55.76 55.61 55.G1 55.61 55.45 55.3~ 55.3~ 55.45 55.3~ 55.3~ 55.3~ 55.3~ 55.3~ 55,3H 55.3~ 55.3~ 55.3~ 55.3~ 55,3~ 55.3~ 55.3g 55.15 55.15 55.15 55.15 55,15 55.15 55,15 55.15 55,15 55,15 55.15 55,15 55.15 55,15 55.15 55,15 54.99 54.99 55.15 54.99 55,15 55,15 54.99 55.15 55,15 55.15 54.99 54.99 54.99 55.15 55.15 55.15 54.99 ~AGE 38 J [ELD REPORT.# : 1456gA ET PW TW [69~.75 155.67 55.15 169~.83 154.55 54.99 [69~.92 154.28 54.99 [691.~ 152.71 54.99 ~691.g8 154.65 55.15 t691,17 153.~1 54.99 [691.33 153.51 54.99 [691.5~ 153.57 54.99 [691,58 152.65 54.99 [691.67 15~,1~ 54.99 [691.75 148.83 54.99 [691,92 148,39 54.99 [692.~ 148.95 54.99 [692.17 149.12 54.99 [692.33 148,82 54.99 [692,42 146,37 55.15 1692.5~ 145.01 55.15 1692.58 145.78 54.99 1692.67 146.1~ 54.99 1692.83 145.65 54.99 t693.5~ 146.33 54.99 [693,58 146.31 54.99 t693.67 147.61 54.99 1693,75 146.69 54.99 t693,92 145,66 54,99 [694.~8 145,24 '54.84 1694,42 145,24 54,84 1694,5~ 145,27 54.99 1694,58 142,22 54.84 !694,67 14~,~1 54.84 t694,75 14~.72 54.84 t694.83 142.16 54.99 ~694,92 142,98 54.84 !695.~ 143.54 54.84 1695.17 144.B3 54.99 t695.33 144.11 54.84 t695.42 144.06 54.84 [695,58 143,64 54.99 [695,58 142,99 54,99 t695.75 141.17 54.84 1695,83 14~.41 54.84 [696,g~ 14~,23 54,99 t696,~0 14~,65 54.84 ~696.42 141.14 54.84 ~697.75 141.24 54.84 t698.~8 141.26 54.84 [698,25 141.29 54,69 [698,33 141.12 54,84 1698.42 141,42 54.84 1698.75 141.39 54.,84 1698,92 141,33 54.84 1699.~ 141,35 54.84 1699.~'8 139.51 54,84 t699.17 139.63 54.84 t699.25 139.36 54.84 ET 1699.33 1699,4. Z 1699.5~ 1699.,58 1699.75 1699.83 1699.92 17~.~8 17~.42 170~.75 17~1.42 17~1.75 17~2,~8 17~2..75 17~3.42 17~4.~8 17~4,75 17~5.42 17~6.~8 17~6.75 17~7.42 17~8.75 17~9.42 17~9.75 17~9.~3 17~9.92 171~.~ 171~.~8 171~.17 171~.25 171~.33 171~.42 171~.5E 171~.58 · 1711,25 1711.92 1712.~8 1712.17 1712.25 1712.33 1712.~2 1712.5~ 1712.83 1713.17 1714,5g 1715.17 1715.33 1715.42 1715.58 1715.67 1715.~3 1715.92 1716.~ 1716.~8 1716,17 PW 144.67 142.4~ 141.54 139.61 136.99 135.44 134.32 131.71 127.~2 122.65 114.86 111.18 1~7.77 1~1.56 96.~7 91.17 86.81 83.19 79.85 76.78 73,99 68.89 66.6~ 65.47 146.84 .. 139.83 138.95 139.~3 138.Z~ 137.77 14Z.Z7 138.75 137.32 136.73 137.~ 13G.gG 136.79 136.79 136.45 135.~4 135.93 130.84 137,83 137.61 137.77 137.98 137.98 136.82 133.34 131.~8 124.56 126.34 126.63 126.26 124.21 TW 54,84 54.~4 54,84 54.84 54.84 54.69 54.84 54.69 54.84 54,84 54.84 54.99 54,84 54.84 54.04 54,84 54.04 54,84 54.04 54.99 54.99 54,84 54.84 54,84 54,99 54,99 54,84 54,99 54,99 54.84 54,84 54,84 54,99 54,84 54,99 54.99 54,99 54,84 54,84 54.99 54,99 54.84 54,84 54.84 54.04 54.69 54,84 54,84 54.84 54.69 54.84 54,84 54,69 54,69 54.69 PAGE 39 IELD REPORT.# : 14568A ET PW TW 1716,25 123,17 54.84 1716.33 121.82 54.69 [716.42 119.48 54.84 1716.58 118.88 54.69 1716,58 114.44 54.69 t716,67 112.19 54.84 1716.83 1~7.28 54.84 1716.92 1~4.74 54.84 1717.~8 1~2.89 54.69 i717.17 97.97 54.69 1717.25 95.56 54.69 1717.42 91.56 54.69 1717o5~ 91.67 54.69 1717.58 92.63 54.69 1717.75 91.91 54.69 1717.83 91.68 54.69 [717.92 89.21 54.53 1718.8~ 88.88 54.53 1718.88 87.B7 54.53 [718,25 88.47 54.69 1718.33 98.~2 54.69 1718.42 91.82' 54,69 1718,58 91.38 54.53 1719.92 91.38 54.53 1721.25 92.48 54.38 t721.92 92.78 54.38 1722,25 92.92 54.22 1722.42 92.98 54.22 1722.58 92.98 54.22 1722.58 92.42 54.22 1722.67 98.72 54.30 1722.75 88.47 54.22 1722.83 84.55 54.22 1722.92 82.72 54.38 [723.8~ 8~,57 54.22 t723.88 -77.93 54.22 t723.25 73.87 54.22 1723.33 72.86 54.22 i723.42 69.98 54.22 1723.58 67.49 54.22 1723.58 65.53 54.22 1723.67 63.1~ 54.22 1723.75 61.48 54.22 [723.83 59.26 54.22 1723.92 56.74 54.22 1724.0~ 54.57 54.~7 1724o~0 58.44 54.22 1724-.25 47.22 54.22 t724.33 46.86 54.22 1724.50 47.31 54.22 1724.58 47.47 54.22 1724.67 47.27 54.87 1724.75 47.32 54.87 1724.83 48.18 54.~7 1724.92 .47.66 54.22 ET 1725.~ 1725.~8 1725.17 1726.58 1727.83 1720,58 1728.83 1729.8~ 1729.88 1729.17 1729.25 1729.33 1738.~ 1738.88 173~.17 1738.25 173~.33 173~.42 1738.5g 1738.58 1731.92 1734.58 1735.25 1735.33 1735.42 1735.58 1735.58 1735.67 1735,75 1736.88 '1736.17 1736.33 1741.67 1742.33 1742.42 1742.5~ 1742.50 1742.92 1743.88 1743.17 1743.25 1743.33 1743.58 1743.S8 1743.67 1743.75 1743.83 1744.17 17441.25 1744,33 1744.42 1744.5~ 1744.58 1744.67 1744.75 PW 48.~9 47.95 48.18 49.84 49.38 49.34 49.31 49.34 49,25 47,71 48.~1 47.80 47.59 47.53 46.85 45.35 44.23 43.57 43.98 43,79 44.76 45.~5 44.99 45.88 46.16 44.25 44.93 44.4~ 44.79 44.73 44.34 44.55 44.48 44.49 44.40 43.45 43.84 43.98 43.93 41.73 42.21 42.4~ 42.32 48.56 39,61 4~;~1 39.82 39.8~ 39.88 39.59 37.62 37.95 37.63 36.17 35.13 T~ 54.~7 54.~7 54.~7 53.92 53.92 53.76 53.92 53.76 53.76 53.76 53.76 53.76 53.76 53.76 53.76 53.61 53.61 53.61 53.76 53.76 53.61 53.45 53.45 53.45 53.45 53,45 53,45 53.45 53,45 53,38 53.38 53.45 53.38 53.3~ 53.3~ 53,38 53.3~ 53,38 53,38 53.38 53.38 53.3B 53.3~ 53.38 53.38 53.3B 53.3~ 53.3B 53.38 53.3B 53.3B 53.38 53.3~ 53.3~ 53.38 PAGE 49' f~-'-? 1ELD REPORT # : 14S6~A ET P~ T~ t744.83 33.39 53.3~ 1744,DZ 3Z.G7 53.3~ [745,~ 32,31 53,36 1745,33 32,47 53,3g 1745.67 32,35 53,36 1745,75 32,37 53,3N 1745,83 3~,88 53,3~ 1745,92 31,89 53,3~ t74G,g~ 31,39 53,3g 1746.~8 31,74 53,3~ 1746.17 31,52 53,3~ !746,33 31,58 53,36 :746,42 29,22 53.3~ [74G,5~ 29,99 53,3~ 1746.57 29.67 53.3~ 1746,75 29.9~ 53.3~ t75g,~8 29,74 53,3~ 1752,75 29,77 53,36 1753,~8 29,73 53,45 1753.17 29,~7 53.3g t753.33 29,37 53.45 t753,5~ 28,93 53,45 1753,58 27,62 53,45 t753,75 25,5~ 53,3g [753,83 24,5~ 53,45 t753,92 22.93 53,45 [754,Bg ZZ,16 53,45 !754,D0 2~,68 53,3~ 1754.17 2~.GO 53.45 i754.25 19.54 53.3~ !754,33 19.16 53.45 1755.67 19.29 53.45 ET 1758.33 1759.67 17F,~.33 17G~.fi7 176~.~}3 17G~.92 1761.~ 1762.33 1763.~ 1763.33 1764.~ 1765.33 1765.42 1765.5~ 17fi5.67 1765.75 1765.~3 1765.92 lYGG.~'t~l 1771.33 1771.67 177],75 1771.92 1774.5~ 1775.92 1776.25 1776.33 1776.67 17U2.~ 1787,33 179~,~ P~ 19.~6 19.9[~ 19.98 19.11 19.23 18.83 19 .Jg7 19 .IFF, 19. ['Jr 4 19.7-1 19.62 17.7~:~ 19.15 17.~7 17.87 17.55 15.6/Y 14 14.23 14 .Z~{ 14.23 14.67 14.fi8 14.73 14 .G2 1,1. H.O' 14.75~' 15.19 15.41 15.38 T~ 53.G1 53.92 53.92 53.92 53.92 53.92 53.92 54 .~3'7 54 ..g7 54.22 54.22 54.22 54.22 54.22 54 .~7 5,l .$J'7 54.22 54. ~J'7 54 .22 54 ..g7 54 ..0'7 54 . 22 54 .~J'7 54 .22 54 .22 54.22 54. ;_'2 54 53.61 52.99 52.84 PAGE 41 .PRESSURE DATA REPORT COMPANY NAME : CHEVRON _COMPAN.Y~ USA' WELL NAME : BELUGA RIVER UNIT 224-34 TEST NUMBER : 1 .. ZONE TESTED : STERLING . TEST DATE : MAY 4, 1986 TOOL USED : SSDP GAUGE TYPE : SSDP GUAGE NUMBER : 8.5318 TIME DELAY : 8 hours SAMPLE RATE : 5 seconds RELATIVE ALGORITHM : used COMPRESSION LEVEL .: 5 counts AVERAGING : not used CONNECT TIME : 00:00 May 3, 1986 GAUGE DEPTH (TVD) : 3067 feet (MD = 3333 feet) BOTTOMHOLE PRESSURE LOO FIELD REPORT NO. 1~560C COMPANY : CHEVRON INSTRUMENT NO. 85918 NELL : BELUGA RIVER UNIT DEPTH : 9067 FT CRPACITT : lO00O PSI PORT OPENING : INSIDE ........................ iii i : I i ! ! i i i i i i ! i ! i i i i ! i i i i ] i i i i i ! J i ! i i i i i ! ! i i ! I i i i i ! ! ........... i .......... ~ .......... ~ .................... i ........... i ........... i ..................... i ........... i .......... i ...................... , ....................... i .................... I ........... i ........... ~ ........... .......... i ........... i .......... ~ ...................... i ........... i ........... i ................ ~ .......... i ........... ~ ...................... ~ ........... i ........... ~ ........... : : i i~1 , : , , , , , , , : , , : , , ,~ ~,iiI , , , , ~ : : : , I I : : : : : : : : : : : : : i : : : : : : ' " ~ ! r-: i ~ i i i I i i i ~ i i i I i ! :~ ~ ~ -: i ~ ! I i ! i i i m..i... , , ,.,,.,,, :,,,.,,, ,. , ~l.~....~a~,~...4 ! , , ,~ ~, , , , ........ i ........... ! ........... ~ ........... i'""~; ; ............. -h'"'-M ........... t'"""'"':;'"";i ........ ;- -; .... r ........... 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C-') ¢,.J ; BOTTOMHOLE TEMPERRTURE LOG FIELD REPORT NO. 1~560C COHPANT INSTRUMENT NO. 85318 WELL DEPTH : 3087 FT CHEVRON BELUGR RIVER UNIT ilK[ ............................................... 0 360 LI. 80 600 720 8L~O , 960 !080 t200 t320 ELRPSEB T l HE EM l NO ~ r ...-. LOG LOG PLOT i~OHPRNT m CHEVRON HELL I BELUGH RIVER UNiT FIELD I1EPORT NO, Iq56DC JN$1JIUHEN] NOo SHUIIN mi t FINRL FLON PRESSURE IPNFi! Iq91.69 PSI~ PLO[ EI. IiI'$ED TINE PLOT AT TIHE IIANG[; 0,] TO 539.7 HIN · . . J 'i" ' :!': ::' t: . ~T [MINI I I I I I I I I I ~0 077 0.17 0.38 0.86 1.g LI U, 10 23 60 lgS co - H RN R PLOT FIELD REPORT NO lU560C · ....... ~ ....... i ...... .~ ....... i .............. i ....... ~ ....... i ....... ~. ............ -~ ....... i ....... ~- ....... i .............. ~ ....... ~ ....... $ ....... i .............. i ....... i ....... ~ ....... ~ ....... INSTRUMENT NO. 85318 ....... ? ....... ~ ....... ~ ........ ~ .............. ~ ....... ~ ....... ~ ....... : .............. .-" ....... .~ ....... : ........ .: ............. ? ....... '.. ....... .~ ....... i ....... ~ ....... : ....... ~ ....... '.. ...... --. ...... COHPRN'f ~ CHEVRON ....... ~ ....... ~ ....... ~ ..... ~ .............. ~ ....... ,.'- ....... ~ ....... ~ ............. ~ ...... ~ ....... ~ ...... ~ ............. ~ ...... ~ ........ ~ ....... ~ ............... , ....... ~ ....... ~ ...... ~ ....... u3 WELL ; 8ELUGR RIVER UNIT 22LI-3U, u3 SHUTIN #1 : FINRL FLOW PRESSURE; IL181.89 PSIR PLOT ELRPSEO TIME RRNGE, 6~1,7 TO 1-181.3 HIN ...... ~ ....... ! ....... i ....... i ....... i ....... i ....... i ........ i ....... i ............. i ........ i ....... i ........ i ............ i ....... [ ....... i ....... i ................ i ....... i ....... i ....... i ....... 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O0 L 0 G T p +zlT ~o~-mo~ Z~mON .1 (c ..t PRINTOUT OF DATA FOR FLOW & SHUTIN PERIODS *************************** * NELL TEST DATA PRINTOUT * FIELD REPORT # ~ 1456~C COMPANY ~ CHEVRON 'WELL ~ BELUGA RIVER UNIT 224-34 INSTRUMENT # = 85318 CAPACITY £PSI] = 1~o DEPTH [FT] = 3967.0 PORT OPENING i INSIDE LABEL POINT INFORMATION TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED PRESSURE TEMP. # HH~HH~SS DD-HM EXPLANATION TIME,MIN PSIA DEG F I 12~21:1g 3-MY HYDROSTATIC MUD 2 12~38:2~ 3-MY START FLON 3 18=42~35 3-HY END FLOV & START SHUT-IN 4 3=42~2~ 4-HY END SHUT-IN 26~.17 1576.26 77.2 277.33 1051.4~ 77.2 641.58 1481.89 73.7 1181.33 1494.13 75.4 SUHHARY OF FLON PERIODS START END START END INITIAL ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE PERIOD TIHE,HIN TIHE,HIN HIN PSIA PSIA PSIA ****** ******** ******** ******** ********* ********* I 277.33 G41o58 364.25 1~51.4g 1481.89 1~51.40 3UHHARY OF SHUTIN PERIODS START END START END FINAL FLOW ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE PRODUCING ~ERIOD TIME,MIN TIHE,MIN HIN PSIA PSIA PSIA TIME, HIN ****** ******** ******** ******** ********* ********* ********** ********* I 641o58. 1181.33 539.75 1481.89 1494.13 1481.89 242.39 :IELD REPORT.# ~ 14568C I'EST PHASE = FLUV PERIOD # 1 INITIAL PRESSURE [PSIA3 = TIME OF DAY DATE ELAPSED DELTA IH:MM:SS DD-MM TIME,MIN TIME,MIN BOT HOLE BOT HOLE TEMP. PRESSURE DELTA P DEG F PSIA PSI t2:38=25 12=38=38 12=38=35 t2=38=48 12=38~45 12:38~58 12=38~55 :t2=39~ 8 t2~39: 5 t2~39:18 2:39:t5 2~39=28 2=39~25 12~39:38 12:39~35 ,2~39~48 12:39=45 ~2:39=58 2:39=55 2=48= 8 2=48~ 5 2=48:15 2=48~25 2=48~45 2=41: 5 2=41~18 2=41=15 2=41:28 2=41:25 2=41:45 2:41~58 2:41:55 2:42~ 8 Z=42: 5 2~42~15 2=42=25 2=42:45 2=42:55 .2=43= 5 2=43=25 2=44= 5 2~44=25 2~44:38 .2'=44=48 2=44~45 2=45= 5 =2=45=15 3-HY 277.33 8.88 3-HY 277.42 8.89 3-HY 277.58 8.17 3-HY 277.58 8.25 3-HY 277.67 8.34 3-HY 277,75 8.42 3-HY 277,83 8.58 3-HY 277.92 8.59 3-MY 278.80 8.67 3-HY 278,88 8.75' 3-HY 278,17 8.84 3-HY 278.25 8.92 3-HY 278,33 1.88 3-HY 278.42 1.89 3-HY 278,58 1.17 3-HY 278.58 1.25 3-HY 278.67 1.34 · 3-HY 278.75 1.42 3-HY 278.83 1.58 3-MY 278.92 1.59 3-HY' 279.88 1.67 3-MY 279.88 1.75 3-HY 279.17 1.84 3-HY 279.25 1.92 3-HY 279.42 2.89 3-HY 279.75 2.42 3-HY 288.88 2.75 3-MY 288.17 2.84 3-HY 288.25 2.92 3-HY 288.33 3.88 3-HY 288,42 3.89 3-HY 288.75 3,42 3-HY 288,83 3.58 3-HY 288:92 3.59 3-HY 281,88 3.67 3-HY 281.88 3.75 3-MY 281.25 3.92 3-HY 281.42 4.89 3-HY 281.75 4.42 3-HY 281.92 4.59 3-HY 282.88 4.75 3-HY 282.42 5.89 3-HY 283.88 5.75 3-HY 283.42 6.89 3-HY 283.58 6.17 3-HY 283.67 6.34 3-HY 283.75 6.42 .3-HY 284.88 6.75 3-HY 284.25 6.92 77.2 1851.48 8.~8 77.2 1~55.34 -3.94 77.2 1858.99 -7.59 77.2 1856.55 -5.15 77.2 1313.61 -262.21 77.2 1398.38 -338.98 77.2 1399.71 -348.31 77.2 1482.49 -351.89 77.2 1417.22 -365,82 77.2 1433.41 -382,81 77.2 1446,18 -394,78 77.3 1455.25 -4ff3.85 77.3 1462.82 -41],42 77.3 1468.78 -417.38 77.5 1473.88 -421,68 77.3 1478.07 -426,67 77.3 I482.83 -438.63 77.3 1488,77 -437.37 77.5 1494.72 -443.32 77,7 1494.15 -442.75 77.7 1496.21 -444.81 77.7 1496.96 -445.56 77.7 1496.82 -444.62 77.7 1495.84 -444.44 77.0 1498.13 -446.73 77.8 1581,59 -458.19 77.9 1584,36 -452.96 77,9 1584.97 -453.57 78.1 1585,18 -453.78 77,9 1584.97 -453,57 78.1 1584.26 -452.86 78,3 1508.39 -448,99 78.1 1496.84 -445.44 78.3 1494.38 -442.98 78,3 1495.94 -445.54 78.3 1498.38 -446.98 78,3 1498.98 -447.58 78,4 1498,Z4 -446,84 78.4 1496,11 -444.71 78.6 1495.87 -443.67 78.6 .1493.73 -442.33 78.6 1491.68 -448.28 78.8 1488.78 -437.38 78.8 1487.37 -435.97 78.8 1487.15 -435.75 78,8 1487.68 -436.28 79.~ 1488,11 -436.71 79.~ 1488.41 -437.81 78,8 1489.4Z -438.8Z PAGE :IELD REPORT.# = 14568C FEST PHASE ~ FLOW PERIOD # 1 INITIAL PRESSURE £PSIA] = TIME OF DAY DATE ELAPSED DELTA IH=MM=SS DD-MM TIME,MIN TIHE,MIN BOT HOLE BOT HOLE TEHP. PRESSURE DELTA P DEG F PSIA PSI 12=45=25 [2~45=35 [2=45=45 [2=45~58 [2=45~55 [2~46~ 8 [2~46~1~ [2846~15 [2~46~28 [2=46=38 [2=46=5~ 12=46=55 !2=47= 5 [2~47~15 [2~47=25 t2~47=45 [2=47=5g t2~48~ 8 i2~48~18 -2~48=20 '2~48=4~ 2=48=45 2=48~58 ~2~48~55 ~2~49=35 2=49~45 2=49~55 2=58~15 2~58~55 2=51=15 2=51~55 2=52~35 2=53=15 2=53=35 2=53=55 2~54~15 2854~35 2~54845 2=54~58 2=54=55 .2=55~35 2~55=45 Zt56= 5 2~56=15 .2=56=25 2=57~ 5 2=58~25 3= 1= 5 3= 2=25 3-HY 284,42 7,89 3-HY 284,58 7,25 3-HY 284,75 7,42 3-HY 284,83 7,5~ 3-HY 284,92 7,59 3-HY 285.~ 7,67 3-HY 285,17 7,84 3-HY 285,25 7,92 3-HY 285,33 8.~8 3-HY 285.5~ 8.17 3-HY 285.83 8.58 3-HY 285,92 8,59 3-HY 286,88 8,75 3-H¥ 286,25 8,92 3-HY 286,42 9,89 3-HY 286,75 9,42 3-HY 286,83 9,58 3-MY 287.~ 9,67 3-HY 287.17 9.84 3-HY 287,33 1~,80 3-HY 287,67 18,34 3-HY 287,75 18,42 3-HY 287,83 18,5~ 3-MY 287,92 1~.59 3-HY 288,58 11,25 3-HY 288,75 11,42 3-HY 288,92 11.59 3-HY 289.25 11.92 3-HY 289.92 12.59 3-HY 298,25 12,92 3-HY 298,92 13,59 3-HY 291,58 14,25 3-HY 292,25 14,92 3-HY 292,58 15.25 3-HY 292,92 15,59 3-HY 293,25 15.92 3-HY 293,58 16,25 3-HY 293,75 16,42 3-HY 293.83 16.'5~ 3-H¥ 293.92 16.59 3-H¥ 294.58 17.25 3-NY 294,75 17,42 3-HY 295,88 17,75 3-HY 295,25 17,92 3-HY 295,42 18,89 3-HY 296,88 18,75 3-NY 297.42 28.~9 3-HY 388.88 22.75 3-HY 381.42 24.89 79,g 149~,85 -439,45 79,8 1492,59 -441,19 79,8 1493,87 -441,67 '79,2 1494,25 -442,85 79.8 1494,86 -442,66 79,2 1493,65 -442,25 79,2 1493,71 -442,31 79.2 1493,54 -442,14 79,2 1493,83 -442,43 79,2 1493,94 -442,54 79,2 1493,48 -442,88 79,2 1493.62 -442,22 79,2 1493,35 -441,95 79,3 1493,33 -441.93 79,2 1493,62 -442.22 79,3 1493,81 -441.61 79.3 1493,32 -441,92 79,3 1493,37 -441,97 79,3 1493,74 -442,34 79,4 1493,56 -442,16 79.3 1493,66 -442.26 79,4 1493,78 -442.38 79,3. 1494,19 -442,79 79,4 1494,38 -442.98 79,4 1494,11 -442,71 79,4 1494,67 -443.27 79,4 1494,67 -443,27 79,4 1494,33 -442,93 79.4 1494.65 -443.25 79.4 1494.98 -443.58 79.6 1495.18 -443.78 79.6 1494.86 -443.46 79.6 1495.88 -443.68 79,6 1495.22 -443.82 79.6 1495,64 -444.24 79.4 1495,64 -444.24 79.4 1495.39 -443.99 79.6 1495.41 -444.81 79.6 1495.35 -443.95 79.4 ]495.56 -444.16 79.6 1495.75 -444.35 79.4 1495,93 -444,53 79.6 1495.82 -444,42 79,4 1495,78 -444,38 79,6 1496.84 -444.64 79,4 1495,76 -444.36 79.6 1496,16 -444,76 79.4 1496.24 -444.84 79,3 1496,41 -445.81 PAGE -'[ELD'REPORT.# ~ 14568C FEST PHASE = FLOW PERIOD # 1 INITIAL PRESSURE [PSIA] = 1~51.48 TIME OF DAY DATE ELAPSED JH=MMsSS DD-MM TIME,HIM BOT HOLE BOT HOLE DELTA TEMP. PRESSURE DELTA P TIME,MIN DEG F PSIA PSI ******** ******** ********* 13= 3= 5 13s 3=45 13= 6:25 ]3= 7~45 t3; 8=25 t3~11= 5 13=12=25 13~13= 5 13=13=15 13=14=35 13~19=55 13~38=35 13~35=55 3s36= 5 3~36~18 3=46=58 3=49=38 13~51=38 13~51=48 13=51=58 13~52=38 13=55=18 14~ 5~58 '4~ 8=38 '4~ 9=58 '4~18=38 -4~11~18 ,4=11=15 i4~13~55 k4=24=35 ~4=24=55 '4=25= 5 14=25=45 4=28=25 4=29=45 4=31= 5 4=36=25 4=41s45 5= 3= 5 _5= 8~25 5=11~ 5 .5=11=25 5=11~35 5=11=48 .5=11=58 5=12= 8 5=12~48 5~13s 8 3-MY 3~2.88 3-MY 382.75 3-MY 385.42 3-MY 386.75 3-MY 387.42 3-MY 318.88 3-MY 311.42 3-MY 312.88 3-MY 312.25 3-HY 313,58 3-MY 318.92 3-MY 329,58 3-HY 334.92 3-HY 335,88 3-H¥ 335o17 3-M¥ 345.83 3-HY 348.58 3-HY 349.83 3-MY 358.58 3-HY 358,67 3-HY 358,83 3-HY 351.58 3-HY 354,17 3-MY 364.83 3-MY 367.58 3-M¥ 368.83 3-HY 369.58 3~HY 378.17 3-HY 378.25 3-H¥ 372°92 3-HY 383.58 3-HY 383.92 3-HY 384.88 3-MY 384.75 3-HY 387.42 3-HY 388.75 3-MY 398.88 3-HY 395.42 3-MY 488.75 3-HY 422.88 3-MY 427.42 3-MY 438.88 3-HY 438,42 3-HY 438.58 3-MY 438.67 3-HY 438.83 3-HY 431.88 3-MY 431.67 3-HY 432.88 24.75 79.4 1496.22 -444.82 25.42 79.3 1496.46 -445.86 28.89 79.3 1496.46 -445.86 29.42 79.3 1496.41 -445.81 38.89 79.3 1496.52 -445.12 32.75 79.2 1496.54 -445.14 34.89 79.2 1496.49 -445.89 34.75 79.2 1496.62 -445.22 34.92 79.2 1496.43 -445.83 36.25 79.8 1496.71 -445.31 41.59 79.2 1496.79 -445.39 52.25 79.3 1496.58 -445.18 57.59 79.3 1496.47 -445.87 57.75 79.2 1496.42 -445.82 57.84 79.2 1496.54 -445.14 68.58 79.8 1495.98 -444.58 71.17 79.8 1495.78 -444.38 72.58 78.8 1495.03 -444.43 73.17 79.8 1495.98 -444.58 73.34 78.8 1495.85 -444.45 73.58 79.8 1495.49 -444.89 74.17 78.0 1495.37 -443.97 76.84 79.8 1495.83 -444.43 87.58 70.7 1495.38 -443.90 98.17 78.7 1495.42 -444.82 91.58 78.6 1495.31 -443.91 92.17 78.6 1495.23 -443.83 92.84 78.6 1495.45 -444.85 92.92 78.6 1495.62 -444.22 95.59 78.6 1495.26 -443.86 186.25 78.3 1495.18 -443.78 186.59 78.3 1494.93 -443.53 186.75 78.1 1494.23 -442.83 187.42 78.1 . 1493.59 -442.19 118.89 78.1 1493.73 -442.33 111.42 78.1 1493.66 -442.26 112.75 70.1 1494.16 -442.76 118.89 77.9 1494.14 -442.74 123.42 77.7 1493.57 -442.17 144.75 77.2 1492.48 -441.88 158.89 77.1 1492.46 -441.86 152.75 76.9 1492.48 -441.88 153.89 76.9 1492.49 -441.89 153.25 76.9 1492.48 -441.88 153.34 76.9 1492.27 -448.87 153.58 77.1 1491.56 -448.]6 153.67 77.1 1491.18 -439.78 154.34 77.1 1498.84 -439.44 154.67 76.9 1498.79 -439.39 PAGE ( ', [ " FIELD REPORT.# ~ 14558C FEST PHASE ~ FLOW PERIOD # INITIAL PRESSURE £PSIA] 1851.48 TIME OF DAY DATE ELAPSED DELTA ~H:MM:SS OD-MM TIME,MIN TIME,MIN ******** ***** ******** ******** BOT HOLE BOT HOLE TEMP. PRESSURE DELTA P DEG F PSIA PSI 15~13~28 3-MY 432.33 155,88 15518=48 3-MY 437.67 168.34 15=24= 8 3-MY 443.8~ 165.67 15~26~48 3-MY 445,67 168,34 t5=285 8 3-MY 447.88 169.67 15529=28 3-MY 448,33 t71,88 15~58548 3-HY 469,67 192,34 '6~ I~28 3-MY 488,33 283,88 "65 25 8 3-MY 481.88 283,67 '~6~ 25'5 3-MY 481.88 283.75 '65 2515 3-MY 481.25 283.92 165 2525 3-MY 481,42 284,89 16~ 2545 3-MY 481,75 2~4,42 16~ 35 5 3-HY 482,88 204,75 16~ 4525 3-MY 483,42 286.89 16~ 7~ 5 3-MY 486,88 288.75 165 8~25 3-MY 487,42 218,89 165 9= 5 3-HY 488,88 210,75 165 9=25 3-MY 488,42 211.89 ~6~125 5 3-MY 491.88 213.75 16~t4545 3-HY 493.75 216.42 16=365 5 3-MY 515.88 237.75 16541~25 3-MY 528.42 243.89 t6~44~ 5 3-MY 523.88 245.75 16544=25 3-MY 523,42 246,89 16544530 3-HY 523,58 246,17 16544~48 3-HY 523,67 246.34 16~455 B 3-MY 524.88 246.67 ~6~47~48 3-MY 526,67 249,34 t6~58528 3-MY 537.33 26~.88 1.75 3~48 3-MY 542,67 265.34 ~75 4528 3-HY 543,33 266,88 i7~15~ 8 3-HY 554,88 276.67 !.7528~28 3-MY 559.33 282,88 ~7~25548 3-MY 564,67 287.34 ~7~31~ 8 3-MY 578,88 292.67 [7=31=48 3-HY 578.67 293.34 ~7=31~58 3-MY 578,83 293.58 t7532~18 3-MY 571.17 293.84 t7t32538- 3-MY 571,58 294.17 1.7~32535 3-HY 571,58 294.25 ~.7~32545 3-MY 571,75 294,42 ~7=335 5 3-HY 572,88 294.75 ~7'533545 3-HY 572,75 295,42 -7535= 5 3-MY 574.88 296.75 '7=37=45 3-NY 576,75 299.42 '7539= 5 3-MY 578,88 388,75 '7=48=25 3-HY 579,42 3~2.89 7=45=45 3-HY 584,75 387.42 76,9 1491,11 -439,71 76,9 1491.23 -439.83 76,6 1498,93 -439,53 76.6 1498.87 -439.47 7G.G 149~.82 -439.42 76.6 1491.85 -439.65 76.8 149~,75 -439.35 76,8 1498.78 -439.3~ 75,8 1498,78 -439,38 · 75.8 1498.7t -439.31 76,8 1489,54 -438,14 76,8 1488.98 -437.58 75.8 1488,56 -437.16 75.8 1488,43 -437.83 75,8 1488,78 -437,3~ 75,8 1488,53 -437,13 75,7 1488,46 -437.86 75,7 1488,~4 -437.14 75,7 1488,95 -437,55 75,7 1488,82 -437.42 75,7 1488,39 -436.99 75,Z 1487,85 -436,45 75,2 1487,88 -436.48 75.1 1487.78 -436.38 75,1 1487,78 -436.38 75.2 1486.93 -435.53 75,1 1486.89 -434.69 75,1 1485,55 -434.15 75.1 t485,29 -433.89 74.9 1485,32 -433,92 74,8 1485,59 -434,19 74,8 1485.81 -434.41 74.6 1485.54 -434.14 74.5 1485.37 -433,97 74.6 1485,49 -434.89 74.5 1485,35 -433.95 74.5 1485,33 -433.93 74.5 1484,55 -433,15 74,5 1483.98 -432,58 74,5 1483,73 -432,33 74.5 1483.7] -432.31 74.5 1483.18 -431.78 74,5 1482,68 -431,28 74,5 1482,4! -431,81 74,3 1482,72 -431,32 74.3 1482.55 -431.15 74,3 1482.45 -431.85 74,3 1482.58 -431.18 74,3 1482.36 -438.96 PAGE :IELD REPORT.~ s 14568C rEST PHA~E s FLOW PERIOD INITIAL PRESSURE [PSIA] 1851,48 TIHE OF DAY DATE ELAPSED DELTA ~H~MM~SS DD-MM TIME,MIN TIME,MIN ~******* ***** ******** ******** BOT HOLE BOT HOLE TEMP, PRESSURE DELTA P DEG F PSIA PSI 18~28=25 3-MY 627,42 358,89 18=39= 5 3-MY 638,88 36~,75 18=41=45 3-MY 64~.75 363.42 18=41=55 3-MY 648,92 363,59 t8=42= 8 3-MY 641,8~ 363,67 18=42~ 5 3-MY 641.~8 363.75 t8~42~18 3-MY 641,17 363.84 18~42=15 3-MY 641,25 363,92 18=42=35 3-HY 641,58 364,25 73,9 1482.18 -438,78 73,9 1481,98 -438,58 73,7 1481,99 -438,59 73,9 1482,81 -438,61 73,7 1481.97 -438,57 73,9 1484,93 -433,53 73,7 1487,28 -435,88 73.9 1482.33 -438.93 73,7 1481,89 -438.49 rEST PHASE = SHUTIN PER[OD # 1 FINAL FLOW PRESSURE £PSIA] = PRODUCING TIHE [HIN3 = 242,39 1481.89 TIME OF DAY DATE ELAPSED DELTA JH=MH=SS DD-HH TIME,HIM TIHE,HIN · ******* ***** ******** BOT HOLE BOT HOLE LOG TEMP. PRESSURE DELTA P HORNER BEG F PSIA PS! TIME '8=42~35 3-MY 641,58 8,88 '8=42=48 .3-MY 641,67 8,89 '8=42=45 3-HY 64!,75 8,17 8=43= 5 3-MY 642,88 8=44=25 3-HY 643,42 1,84 8~47~ 5 3-MY 646,88 4,58 9= 8=25 3-MY 667,42 25,84 9=51~ 5 3-MY 71~.88 68.58 ~8=33~45 3-MY 752.75 111,17 '1s16=25 3-MY 795.42 153.84 ;1~59= 5 3-MY 838.88 196.58 .2=41~45 3-HY 888.75 239.17 '3=24=25 3-HY 923.42 281.84 8~ 7~ 5 4-MY 966,88 324,58 O=49=45 4-HY 1888,75 367,17 1=32~25 4-MY 1851,42 489,84 2=15= 5 4-MY 1894.88 452.58 2~57s45 4-MY 1136,75 495,17 3=19~ 5 4-HY 1158,88 516,58 3=19=45 4-HY 1158,75 517,17 3=28~ 5 4-MY 1159.88 517.5~ 3~28=15 4-MY 1159.25 517.67 3s20=20 4-MY 1159.33 517.75 3~41~48 4-MY 1188.67 539.89 3=42=2~ 4-HY 1181.33 539.75 73.7 1481.89 8.88 73.9 1492.42 18.53 3.431 73.9 1493.15 11.26 3.154 73.7 1493.71 11.82 2.686 73,9 1494.33 12.44 2.123 73,9 1494,65 12.76 1,739 74.2 1494,96 13.87 1,816 74.5 1495,84 13.15 8,657 74.6 1495.81 13.12 8,582 74.8 1494.99 13.18 8.411 74.9 1494.91 13.82 8.349 75,1 1494.84 12,95 8,384 75,2 1494,76 12.87 8,278 75,2 1494,69 12,88 8,242 75,2 1494,63 12,74 8,228 75,2 1494,52 12.63 8,282 75.4 1494.49 12.68 8.186 75.4 1494.34 12.45 8.173 75.4 1494.27 12..38 8.167 75,2 1494,23 12,34 8.167 75,4 1494,25 12,36 8,167 75.4 1494,25 12,36 8,167 75,4 1494.12 12.23 8,167 75,4 1494,13 12,24 8,161 75,4 1494,13 12,24 8.161 PAGE PRELIMINARY PRINT-OUT OF COMPLETE DATA ;IELD REPORT.~ : 14556C ET PN T~ ~,~E 1532.15 77.65 ff.17 1533.79 77.65 0.25 1533.98 77.65 6.33 1533.76 77.65 6.5g 1532.73 77.65 6.58 1532.43 77.65 6.67 1532.38 77.65 1.66 1533.23 77.65 1.33 1532.87 77.5~ 4.6N 1533.67 77.5N 5.33 1533.a7 77.59 6.~ 1533.99 77.5~ 6.17 1532.94 77.5~ 6.25 1533.96 77.59 6.33 1599.36 77.65 6.42 15~3.96 77.59 6.50 1518.45 77.59 6.58 1529.92 77.59 6.67 1537.78 77.50 6.75 154H.39 77.59 6.83 1528.14 77.5~ 6.92 1525.69 77.59 7.~ 1528.52 77.5~ 7.a8 1537.58 77.5N 7.17 1546.41 77.35 7.25 1544.54 77.59 7.33 1543.62 77.59 7.42 1539.98 77.5~ 7.59 1536.59 77.59 7.58 1532.19 77.5R 7.67 1539.21 77,5g 7.75 1529.0~ 77.5~ 7.83 1531.2~ 77.5~ 7.92 1533.43 77.59 8.g~ 1535.21 77.59 8.~8 1536.28 77.5~ 8.17 1536.N8 77.50 8.25 1535.26 77.5~ 8.33 1534.1~ 77.5~ 8.42 1533.21 77.59 8.5~ 1532.85 77.59 8.58 1532.99 77.5~ 8.75 1534.~5 77.5~ '8.83 1534.51 77.5~ 8.92 1534.64 77.59 9.25 1533.74 77.65 9.42 1533.77 77.59 9.58 1534.16 77.5~ 9.75 1534.10 77.5~ lg.g8 1533.93 77.59 31.42 1534.O1 77.65 32.98 1534.~1 77.50 32.25 1533.99 77.5B 32.33 1531.15 77.65 32.42 1539.49 77.65 ET 32.5E 32.50 32.67 32.75 32.U3 32.92 33.~ 33.~8 33.17 33.25 33,33 33,42 33,5~ 33.58 33,67 33.75 33.83 34,~ 34.~8 34,17 34,25 34,33 34.42 34.59 34.50 34.75 34.83 34.92 35.~X~ 35.N8 35.17 35.25 35.33 35.42 35.59 35.58 35.67 35.75 35.83 35.92 3G.gg 36.g8 36.17 36.25 36.33 37.~ 37.33 37.5~ 37.58 37.67 37.75 48.42 53.75 54.42 54.58 PW 1549.19 1537.8~ 152~.9~ 1513.39 1513.60 1519.56 1523.83 1528.42 1529.66 1533.69 1534.~1 1531.5g 1527.65 1523.52 1521.~6 152~.52 1521.82 1525.93 1527.~4 1526.95 1525.13 1524.99 1524.O9 1523.66 1523.8l 1524.85 1527.~H 1525.16 1524.92 1523.27 1523.42 1523.34 1522.72 1523.23 1519.96 1534.H1 15,[1.~H 1544.44 1542.4H 1538.83 1539.17 1535.23 1545.22 1539.59 1541.35 1541.2~ 1542.34 1543.69 1548.49 1549.3H 1552.63 1553.32 1553.56 1553.56 1553.58 TW 77.5N 77.65 77.65 77.65 77.65 77.65 77.65 77.65 77.65 77.65 77.65 77.5g 77.65 77.65 77.5N 77.65 77.65 77.65 77.65 77.65 77.65 77.5g 77.65 77.65 77.65 77.65 77.65 77.5~ 77.65 77.65 77,5~ 77.65 77.5~ 77,65 77.65 77.5~ 77.5~ 77.65 77.59 77.65 77.65 77.65 77.5~ 77.65 77.5~ 77.65 77.5~ 77.65 77.50 77.5~ 77.65 77.58 77.5g 77.5~ 77.5~ PAGE :. ,. ., CC). . CD :IELD REPOR?.# : 1456~C ET PW TW 54,67 1553.13 77,5ff 54,83 1553,~! 77.5~ 54,92 1553,83 77,58 55,E~ 1589.39 77,58 55,88 1589.81 77.58 55.17 1581.16 77,58 55.25 1588.57 77.58 55.33 1579.53 77,58 55.42 1577.48 77.58 55,58 1575.22 77.58 55,67 1576,86 77.58 55.75 1577.89 77.58 55.83 1579.35 77.58 55.92 1574.61 77.58 56,~ 1573,84 77,58 55,~8 1576.18 77,58 56.17 1506.38 77.58 56,25 1588.50 77,5~ 55,33 1588,55 77.65 56.42 1587.66 77.58 56,5~ 1588.11 77.58 56,58 1583,86 77,59 56.67 1577.88 77.35 56.75 1582.31 77.58 56.83 1582.22 77.58 57,~ 1583.81 77.5~ 57.~8 1582.68 77.58 57,17 1581.54 77.5~ 57.25 1579.90 77.59 57,33 157~.74 77,58 57.42 1578.54 77.58 57.58 1508.78 77.5~ 57.58 1591.43 77.5~ 57.67 1589.80 77.58 57.75 159~.74 77.65 57.83 1591.19 77.58 57.92 1505.66 77.58 58,.8E 1598,~3 77,5~ 58,88 159E,21 77,58 58.17 159~.82 77.58 58,25 1575,87 77.5~ 58.42 1570.83 77.59 58,5E 1588.26 77,5~ 58.58 1597.18 77.58 58.67 1591.45 77.5~ 58,75 1595.37 77.58 58.83 1593.77 77.5~ 59.~ 1593,16 77,58 59.88 1592.78 77.35 59,17 1592.88 77,5~ 59.25 1592.17 77.58 59,33 1581.85 77.58 59.42 1579,39 77,58 59,59 1581,52 77,58 59.58 1598,65 77.58 ET 59.67 59.75 59.83 59.92 G~.88 G~.17 G~.25 G8.33 G~.42 68.58 GR.S8 G~.67 61.88 61.88 G1.17 61.25 G1.33 61.42 G1.58 G1.5O G1.75 G1.83 GI.gZ 62.88 62.17 62.83 68.17 118.83 153,5~ 196.17 230.83 268.17 261.58 262.17 262.25 262.33 262.42 262.58 262.67 273.33 276.88 276.67 276.83 276.92 277.~g 277.88 277.17 277.25 277.33 277.42 277.5~ 277.58 277.67 277.75 PW 1590.2N 1590.N2 1509.61 1591.65 1591.33 159N.26 1598.12 1598.29 1505.82 1578.80 1576.74 1504.83 1581.13 150~.R9 1578.93 1501.88 15~1.15 1588.57 1575.24 1571.87 1579.85 15~8.79 1578.09 1579.38 1577.24 1578.34 1578.91 1579.87 1570.40 1577.08 1577.28 1576.57 1576.26 1576.26 1576.35 1576.~3 1504.14 1503.78 1583.60 1504.28 1583.8~ 1503.77 15~3.77 1583.73 1583.82 15~5.25 1357.35 1~52.50 1~59.20 1~51.~ 1855.34 1858.99 1~56.55 1313.61 139~.30 T~ 77.95 77.5~ 77.5~ 77.5~ 77.58 77.5~ 77.5~ 77.58 77.5~ 77.5~ 77.58 77.5~ 77.5~ 77.35 77.5~ 77.5~ 77.58 77.5~ 77.58 77.58 77.58 77.58 77.5~ 77.58 77.58 77.35 77.58 77.58 77.35 77.35 77.35 77,28 77.£8 77.28 77.28 77.28 77.28 77.28 77.28 77.28 77.28 77.28 77.28 77.28 77.28 77.~5 77.28 77.85 77.28 77.2~ 77.28 77.28 77.2~ 77.2~ 77.28 PAGE :IELD REPORT # : 1456~C ET PN TW Z77.83 1399.71 77.2~ 277.92 14~2.49 77.2~ 278.~ 1417.22 77,2~ 278,88 1433,41 77,2~ 278.17 1446.1~ 77.2~ 278.25 1455.25 77.35 278.33 1462.82 77.35 278.42 1468.78 77.35 278.5~ 1473.~8 77.5~ 278.58 1478.~7 77.35 278,67 1482.~3 77.35 278,75 1488.77 77.35 278.83 1494.72 77.58 278.92 1494.15 77.65 279.~B 1496.21 77.65 279.~8 1496.96 77.65 279.17 1496.~2 77.65 279.25 1495.84 77.65 279.42 1490.13 77.8~ 279.75 15~1.59 77.8~ 28~.~8 15~4.36 77.95 28~.17 15~4.97 77.95 28~.25 15~5.18 70.1~ 28~.33 15~4.97 77.95 288,42 1594.26 78.1~ 28~.75 15~.39 78.25 28~.83 1496.84 78.1~ 28~.92 1494.3~ 78.25 281.g0 1496.94 78.25 281.~8 1498.38 78.25 281.25 1498.9~ 78.25 281.42 1498.24 78.4~ 281.75 1496.11 70.4~ 281.92 1495.~7 78.55 282.~8 1493.73 78.55 282.42 1491.68 78.55 283.88 1488.78 78.85 283.42 1487.37 78,85 283.5~ 1487.15 78,85 283.67 1487.68 78,85 283.75 1488.11 79.~ 284.~0 1488.41 79.~ 284.25 1489.42 78.85 284.42 1490.85 79.g~ 284.58 1492.59 79.~ 284.75 1493.~7 79.~ 284,83 1494.25 79.15 284.92 1494.~6 79.~ 285.~ 1493.65 79.15 285.17 1493.71 79.15 285.25 1493.54 79.15 285.33 1493.83 79.15 285.58 1493.94 79.15 285.83 1493,4g 79.15 285.92 ~493.62 79.15 ET 286.N8 206,25 286.42 206.75 20G.83 287.N~ 207.17 287,33 287,67 287,75 207.03 287 ~ 288.58 288.75 208.92 289.25 209,92 29~.25 29~.92 291.58 292.25 292.58 292.92 293.25 293.58 293.75 293.83 293.92 294.58 294.75 295.~0 295.25 295.42 29G.gO 297.42 3~0.~0 3~1.42 3~2.N8 282.75 3~5.42 3~G.75 387.42 310.08 311.42 312.~8 312.25 313.50 318.92 329.58 334.92 335.~8 335.17 345,83 348.5N 349.83 PW' 1493.35 1493,33 1493.G2 1493.~1 ]493.32 1493.37 1493.74 1493.56 1493.66 1493.7~ 1494.19 1494.38 1494.11 14~4.G7 1494.67 1494.33 1494.65 1494.98 1495.1~ 1494.8G 1495.~U 1495.22 1495.64 1495.G4 1495.39 1495.41 1495.35 1495.56 1495.75 1495.93 1495.02 1495.78 1496.~4 1495.76 1496.16 1496.24 1496.41 1496.22 1496.46 1496.46 1496.41 1496.52 1496.54 1496.49 1496.62 1496.43 1496.71 1496.79 1496.50 1496.47 1496.42 1496.54 1495.9~ 1495.78 1495.89 TW 79.15 79.3~ 79.15 79.3R 79.3~ 79.3~ 7~.3~ 79.45 79.3~ 79.45 79.3~ 79.45 79,45 79.45 79.45 7~.45 79.45 79,45 79.6~ 79.6~ 79.6~ 79.6H 79.6S 79.45 79.45 79.6~ 79.6~ 79.45 79.6~ 79.45 79.6~ 79.45 79.6~ 79.45 79.6~ 79.45 79.3~ 79.45 79.3S 79.3~ 79.3g 79.3~ 79.15 79.15 79.15 79.15 79.~ 79.15 79.3g 79.3~ 7.9.15 79.15 79.~ 79.~ 78.85 PAGE :IELD REPORT.~ = 14569C ET PN TN 35~.5~ 1495.9~ 79.EE 35~.67 1495.05 78.85 35~.83 1495.49 79.88 35[.5E [495.37 78.85 354.17 -1495o83 79.~8 364.83 1495,38 78,78 367.58 1495.42 ' 78.7~ 368.83 1495.31 78.55 369.5~ 1495,23 78.55 37~.17 1495.45 78.55 378.25 1495.62 78.55 372.92 1495.26 78.55 383,58 1495,18 78,25 383,92 1494.93 78,25 384.~8 1494.23 78.18 384,75 1493.59 78,1~ 387.42 1493.73 78.18 388.75 1493.66 78.18 39~.~8 1494.16 78.18 395.42 1494,14 77.95 4~.75 1493.57 77.65 422.~8 1492.48 77.2~ 427,42 1492,46 77,85 438,88 .1492,48 76,9~ 438.42 1492.49 76.9~ 43~,58 1492.48 76.98 43~.67 1492.27 76.9~ 438.83 1491.56 77.85 431.88 1491.18 77.85 431.67 149~.84 77.~5 432.~8 1498.79 76.98 432.33 1491.11 76.9~ 437.67 .1491.23 76.98 443.~8 1498.93 76.59 445,67 1498.87 76.59 447.~8 1498.82 76.59 448,33 1491.~5 76.59 469.67 1498.75 75.99 488.33 1498.7~ 75.99 481.~8 149~.7~ 75.84 481.88 1498.71 75.84 401.25 1489.54 75.99 481.42 1488.98 75.99 481,75 1488.56 75.84 482,88 1488.43 75,84 483.42 1488.78 75.84 486.88 1488,53 75.84 487.42 1488.46 75.69 488,~8 1488,54 75.69 488.42 1488.95 75.69 491.~8 1488.82 75.69 493,75 1488.39 75.69 515,88 1487.85 75.24 52~.42 1487.88 75.24 523,~8 1487,78 75,~9 ET 523.42 523.5~ 523.67 524.~8 526.67 537.33 542.67 543.33 554.88 559,33 564.67 578,67 57~,83 571.17 - 571.5~ 571.58 571.75 572.~8 572.75 574.~8 576,75 578.~8 579.42 584.75 G27.42 G38.~8 64~.75 64~.92 641.~ 641.~8 641.17 641.25 641.58 641.67 641.75 642.~8 643.42 646.08 667.42 71~.~8 752.75 795.42 ~38.~8 00~.75 923.42 966.~8 1~Y~8.75 ID51.~2 1~94.~8 1136,75 1158.~8 1158.75 1159.~8 1159.25 PN 1487.78 1486,93 14~G.~9 1485.55 1485.29 1485.32 1485.59 1485.81 1405.5.4 1485.37 · 1485.49 1405.35 1485.33 1484.55 1483.9~ 1483.73 1483.71 1483.1~ 1402.6~ 1482.41 1482.72 14~2.55 1482.45 1402.58 1482.36 1482.1~ 1401.98 1481.99 1482.81 1401.97 1404,93 1487.28 1482.33 1481.89 149Z.4Z 1493.15 1493.71 1494.33 1494.65 1494.96 1495.04 1495.~1 1494.99 1494.91 1494.84 1494.76 1494,69 1494.63 1494.52 1494.49 1494.34 1494.27 1494.23 1494.25 1494.25 TN 75.N~ 75.24 75.N9 75.~9 75.89 74.94 74,79 74,79 74.64 74.49 74.64 74.49 74.49 74.49 74.49 74,49 74.49 74.49 74.49 74.49 74.34 74.34 74.34 74,34 74,34 73.09 73.89 73,74 73.89 73,74 73,89 73.74 73.U9 73.74 73.89 73.89 73.74 73.09 73.89 74.19 74.49 74.~4 74,79 74.94 75.89 75.24 75,24 75.24 75.24 75.39 75.39 75,39 75.24 75.39 75.39 PAGE :IELD REPORT.# = 1456gC ET PN TN 1159,33 14~4,12 75.39 118~.67. 1494.13 75.39 1181.33 1494.13 75.39 1181.67 1494.~5 75.39 1181.83 1494.~3 75.54 1181.92 1494,~1 75,39 1182.~ 1493.69 75.24 I182.~8 1482.~2 75.39 1182.17 1485.~1 75,39 1182.25 1485.49 75,54 1182,33 1481,6~ 75,39 1182,42 1475,95 75,39 1182,5~ 1466,4~ 75,54 1182.58 146~.8~ 75.39 -1182.67 1469.91 75.39 · 1182.75 1519.31 75.39 1182,83 1527,62 75,39 1182.9'2 1519.75' 75.39 1183.~ 1514.96 75.24 1183.~8 1527.21 75.39 1183.17 152~.56 75.39 1183.25 1526.19 75.39 1183.33 1533.2g 75.39 1183.42 1531,52 75,24 1183'5~ .1535,~4 75.39 1183.58 1539.69 75,24 1183,67 154~,96 75,24 1183,75 1545,2~ 75,24 1183,83 1552,35 75,39 1183.92 1553,89 75,24 1184.~ 1555,78 75,24 1184.~8 1561.26 75,24 1184.17 1564,82 75,24 1184,25 1568,~3 75,24 1184,42 1575,77 75,24 1184,58 1579,44 75,24 1184.58 1581.37 75,24 1184.75 1581.98 75,~9 1184.83 1583.22 75,~9 1184.92 1583.57 75,24 1185.~ 158~.39 75.09 1185.~8 1582,47 75,~9 1185.17 1588.19 75.09 1185.25 1583,15 74,94 1185,33 1581,77 74.94 1185,42 1584,28 74,94. 1185,58 1582,22 75,89 1185.67 1582.78 74.94 1185.75 1582.32 74.94 1185.92 1582,~3 74.94 1186.~8 1581.52 74,94 1186.42 1581.~ 74.64 1186.58 158~.33 74.64 1186.67 158~,33 74,64 1186,83 1.579,64 74,79 ET 1188.92 1187.~ 1107.17 1107.5~ 1107.67 1187.83 1107.92 I188.H~ 1188.R8 1188.17 1188.25 1188.42 1188.58 1180.67 1188.75 1180.83 1108.92 1189.~ 1189.17 1189.25 1189.33 1189.67 1189.83 119~.~ 119~.~8 119~.25 119H.33 119~.67 1191.~ 1191.17 1191.33 1191.5~ 1191.67 1191.75 1191.92 1192.9~ 1192.~8 1192.17 1192.33 1192.42 1192.5~ 1192.67 1192.75 1192.92 1193.~ 1193.~8 1193.25 1193.42 1193.58 1193.67 1193.75 1193.83 1194.fi~ 1194.17 1194.25 PN 1579.48 1579.~ 1578.68 1577.38 1576.71 1575.81 1575.74 1575.~8 1574.99 1574.61 1574.01 1573.57 157Z.5~ 1572.49 1574.49 1576.77 1579.3~ 1578.72 1574.88 1574.25 1573.91 1571.23 157~.19 1569.52 1569.16 1568.~ 1567.35 1565.72 1563.6~ 1562.85 15Gl.ER 15G~.63 1559.93 1559.14 1558.24 1557.47 1557.~6 1556.94 1555.6~ 1555.O3 1554.16 1553.79 1552.92 1551.77 1551.31 155~.63 1549.67 1548.31 1547.25 1546.29 1545.9~ 1545.~7 15~3.8~ 1542.17 1541.81 TN 74.G4 74.G4 74,49 74.49 74.49 74.49 74.49 74.49 74.49 74.34 74.19 74.19 74.94 74.19 74.19 74.19 74.19 74.19 74.g4 74.g4 74.19 74.19 74.~4 74.~4 74,~4 74,~4 73,89 73.89 73,74 73,74 73,74 73,74 73,74 73,74 73,74 73,74 73,59 73,74 73,74 73,59 73,59 73,59 73,59- 73,44 73,59 73,44 73,59 73,44 73,44 73,44 73.44 73,44 73,28 73.44 73,44 PAGE Cd.. LO--' .. :IELD REPORT.e : 1456gC ET P~ T~ 1194,42 154ff, 17 73.44 1194.5~ 1539.B6 73.44 1194.67 1538.62 73.44 1194.75 1537.76 73.44 1194.92 1536.87 73.28 1195.25 1534.32 73.20 1195.58 1532.56 73.20 1195.92 1530.36 73.28 1196.~ 1529.66 73.28 1196.33 1527.95 73.13 1196.42 1527.61 73.28 1196.50 1525-.28 73.13 1196.75 1525.43 73.13 1195.83 1524.71 73.13 1197.g~ ' 1523.86 73.13 1197.g8 1523.24 73.13 · I197.25 1522.51 73.13 1197.33 1521.88 73.13 I197.5~ 1521.26 73.13 1198.17 1517.97 73.13 1198.83 1515.g5 72.98 1198.92 1514.66 73.13 1199.08 1514.17 73.13 1199.25 1513.28 72.98 12~g.58 15~7.92 72.98 12~g.92 1506.63 72.90 12~1.~8 1505.96 72.90 12~1.17 15~5.69 72.98 12~1.83 1582.17 72.83 12~2.17 150g.18 72.83 12~2.50 1497.96 72.83 12~2.83 1495.31 72.03 12~3.17 1492.43 72.03 12~3.33 1490.71 72.90 12~3.67 1487.~4 72.83 12~3.83 1484.02 72.83 12~3.92 1483.85 72.83 12~4.25 1478.55 72.83 12~4.33 1477.15 72.83 12~4.5~ 1473.33 72.83 12~4.58 1471.36 72.68 12~4.75 1466.49 72.68 12~4.83 1463.6~ 72.83 12~5.~ 1456.85 72.83 12~5.~8 1453.80 72.68 1285.17 1452.18 72.83 )2~5.25 1451.97 72.83 12~5.33 1451.g5 72.83 12~5.5~ 1447.93 72.83 12~5.58 1446.~7 72.68 1285.67 1444.69 72.83 1285,83 1441,g7 72.68 1286.~ 1436.98 72.60 1206.~8 1435.58 72.83 1206.17 1433.41 72.68 ET 12ff6.25 12H6.33 12H6.5~ 12~G.50 12~6.75 12~G.83 12~6.92 12~7.~ 12~7.~8 12N7.17 12~7.25 1287.33 12~7.5~ 12~7.50 12~7.92 12~8.~ 12~8.~8 12H8.17 12~8.25 1268.33 12~8.5~ 12~8.58 12~8.67 12~8.75 12~8.83 12~0.92 12~9.68 12~9.17 12~9.25 12~9.33 12~9.42 12R9.5~ 12~9.58 12~9.67 12N9.83 12fi9.92 1218.17 121~.25 121~.42 121~.50 121~.67 121N.75 121~.03 1211.~ 1211.68 1211,17 1211.25 1211.33 1211.~2 1211.5~ 1211.58 1211.67 1211.75 P~ 1431.62 1429.18 1425.~2 1423.62 1419.0~ 1~18.34 1415.73 1413.65 1412.43 141~.71 14~9.64 14~7.66 14~4.76 14~3.14 1399.3E 1399.3~ 1397.27 1393.35 1391.~5 13U8.19 1385.~6 1383.88 1304.~4 1391.~5 14~6.12 1413.39 1421.3~ 1427.89 1434.~{; 1437.83 14~3.50 1451.19 1454.65 14G~.ll 1466.76 1477.74 1483.61 1494.51 156~.69 15~7.37 1521.5~ 1535.94 1543.72 1551.14 1556.46 1567.98 1572.86 1539.31 1529.44 1524.69 1510.~2 15~1.57 1496.71 1409.55 1483.~ TW 72.60 72.68 72.60 72.68 72.6~ 72.60 72.68 72.83 72.68 72.68 72.68 72.68 72.03 72.60 72.68 72.G0 72.~0 72.68 72.68 72.53 72.60 72.68 72.6B 72.68 72.6~ 72.60 72.68 72.68 72.53 72.53 72.68 72.68 72.60 72.68 72.53 72.53 72.60 72.68 72.68 72.68 72.68 72.68 72.68 72.68 72.68 72.68 72.68 72.83 72.68 72.68 72.60 72.83 72.68 72.83 72.83 PAGE :IELD REPORT .~ : 1456gC ET PW TW 1211.92 1473,~8 72,68 1212.~ 1467.71 72.68 1212,88 1463,76 72,60 1212.17 1459.43 72.83 1212,25 1455.33 72.83 1212,42 1448,29 72,83 1212.58 1441.96 72.83 1212.67 1438.91 72.83 1212.83 1433.52 72.68 1213.ff8 1428.65 72,68 1213.17 1424.56 72.83 1213.25 1422.57 72.83 .1213.33 1421.12 72.68 1213.58 1418.92 72.03 1213.67 1417.47 72.83 1213.75 1416.97 72.83 1213.92 1416.68 72.83 1214.~8 1416.53 72.83 1214.~8 1417.gl 72.83 1214.25 1417.14 72.68 1214.33 1417.26 72.83 1215.~ 1422.~ 72.83 1215.17 1423.23 72,68 1215.58 1424,82 72.83 1215.67 1425.5~ 72.83 1215.75 1432.17 72.83 1215.92 1432.12 72.68 1216.~8 1431.86 72,83 1216.25 143~.24 72.83 1216.33 1429.56 72.83 1216.42 1429.41 72.03 1216.5~ 1428.86 72.68 1216.67 1428.35 72.68 1216.83 1427.58 72.83 1216.92 1427.39 72.83 1217.~8 1426.69 72.68 1217.25 1427.31 72.83 1217.33 1427.79 72.83 1217.42 1428.93 72.68 1217.58 143~.58 72.83 1217.58 1431.59 72.83 1217.67 1432.22 72,83 1217.75 1434.42 72.83 1217.83 1435.14 72.83 1217.92 1436.38 72.68 1218.88 1437.18 72.83 1218.17 1439.35 72.83 1218,25 1439.72 72.68 1218.58 1443.82 72.68 1218,75 1444,79 72.83 1218.83 1445.30 72.83 1219.~ 1447.16 72,83 1219.17 1447.95 72.83 1219.25 1449.84 72.98 1219.33 1449.89 72.83 ET 1219.42 1219.58 1219.67 1219.75 122~.~8 1228.17 1228.25 122N.42 122~.5N 122~,58 122~.75 122~.83 122~.92 1221.25 1221.33 1221.42 1221,58 1221.58 1221.75 1221.92 1222,~B 1222.~8 1222.42 1222.58 1222.75 1222.83 1222.92 1223.~ 1223.~8 1223.17 1223.33 1223.5~ 1223.58 1223.67 1223.83 1223.92 1224.~8 1224.17 1224.33 1224.42 1224.58 1224.67 1224.83 1224.92 1225.~g 1225,g8 1225.17 1225.33 1225.42 1225.58 1225.58 1225.67 1225.75 1225.83 1226.~B PW 145~,11 1451.27 1452.3~ ld52,55 1454.63 1455,28 1455.55 1456.50 1457.14 1457.29 1458.28 1458.49 1459.~7 146~.35 1468.59 1461.~7 1461.~0 1461.54 14~1.95 1462.62 1463.~6 1462.96 1464.24 1464.77 1464.94 1465.5~ 1465.43 1465.79 1465.66 146G.22 14GG.3g 1466.73 1466.78 1467.-12 1467.38 1467.48 1467.17 1467.72 1467.'75 1467.69 1467.96 1467.91 1468.21 14~8.11 1468.9U 1468.21 1460.47 1468.~6 1466.99 1467.26 1~66.77 1465.57 1465.93 1465.84 1465.3~ TW 72,83 72.03 72.83 72,B3 72.83 72,83 72,83 72.83 72,98 72,83 72,83 72,83 72.83 72.98 72.83 72.98 72.83 72.98 72.98 72.83 72.83 72.83 72.90 72.03 72.98 72.98 72.98 72.98 72.90 72.98 72.90 72.98 72.98 72.98 72.98 73.13 72.98 72.90 72.98 73.13 73.13 72.98 72.98 73.13 72.98 72.98 72.98 72.98 72.98 72.98 73.13 73.13 73.13 72.98 72,90 PAGE I/. ') 1ELD REPORT # ~ 1456gC ET PN TN t226.~8 1464.94 73.13 t22G.17 14G5.49 73.13 1226,25 1465.28 72.98 1226.42 1466.72 73.13 1226.5~ 1467.35 73.13 1226.67 1467.94 73.13 1226.75 1468.56 73.13 1226.83 1468,25 73.13 1227.~ 1470.25 73.13 1227.88 1478.18 73.13 1227,17 1478.99 72.98 t227.25 1471.80 73.13 1227.33 1471.63 73.13 1227.42 1471.68 73.13 t227.58 1472.69 73.13 :1227.67 1472,41 73.13 '1227,83 1473.55 73.13 1227.92 1473.49 73.28 1228.88 1474.28 73.13 1228.17 1474.53 73.13 1228.25 1475,21 73.13 1228.33 1475.45 73.13 1228.42 1476.22 73.13 1228.58 1476.27 73.13 1228.75 1477.85 73.28 1228.83 1477,92 73.13 1229.~8 1478.38 73.13 1229.B8 1479.81 73.13 1229.25 1488.12 73.13 1229.42 1488.82 73.13 1229.75 1481.72 73.13 1229.83 1482.82 73.13 1229.92 1482.83 73.13 123~.25 1482.89 73.20 123~.92 1483.81 73.28 1231.58 1485.74 73.28 1232.25 1486.64 73.28 1232.42 1486.86 73.28 1233.88 1486.32 73.28 1233.75 1484.56 73.28 1234.88 1404.18 73.28 1234.75 1484,68 - 73,28 1236,88 1485.39 73.28 1236.75 1486.83 73.28 1237.42 1486.13 73.28 1238.88 1485.78 73.44 1230.75 1485.84 73.28 1238.92 1486.86 73.44 1239.~0 1485.99 73.28 1239.75 1486.72 73.28 1248.42 1486.55 73.28 1248.75 1486.28 73.28 1241.80 1405.77 73.44 '241.17 1485.74 73.44 1241.33 1486.88 73.44 ET 1241.42 1241.5~ 1241.67 1242.~ 1242.17 1242.25 1242,33 1242.42 1242.58 1242.58 1242.67 1242.83 1243.~8 1243.~8 1243.25 1243.42 1243.5~ 1243.67 1243.75 1249.92 1244.8~ 1244.88 1244.17 1244.33 1244.58 1244.67 1244.83 1244.92 1245.B8 1245.25 1245.42 1245,50 1245.67 1245.75 1245,92 1246.17 1246.33 1246.42 1246.5~ 1246.58 1246.67 1246.75 1246.83 1246.92 1247.~ 1247.R8 1247.17 1247.58 1247.67 1247.75 1~47.~3 1240.~8 1240.~0 124~.17 PN 1487.27 1488.16 149~.86 1495.72 1497.71 1497,85 1496.93 1494.13 1491.88 1491.95 1492.92 1496.9~ 1499.47 1588.82 15~2.79 1584.89 15~4.37 15~6.33 1587.11 15fi~.93 1588.9~ 15~9.43 15~9,48 1511.38 1512.O8 1513.9B 1515.14 1515.62 1517,17 1518.3~ 1518.69 152B.13 1521,87 1521.66 1522.~9 1522.14 1523.69 1524,18 1524.81 1525.19 1525.19 1526.85 1526.66 1526.86 -1526.69 1527,58 1529.65 1533.36 1558.54 1558.51 1562.26 1566,3~ 1573.81 1575.55 1574.88 TN 73.44 73.28 73.44 73.44 73.28 73.44 73.44 73.28 73.44 73.44 73.44 73.44 73.44 73.44 73.28 73.44 73.44 73.44 73.44 73.28 73.44 73.44 73.28 73.44 73.44 73.44 73.28 73.44 73.20 73.44 79.44 73.44 73.44 73.28 73.44 73.44 73.44 73.44 73.28 73.44 73.44 73.44 73.44 73.44 73.44 73.44 73.44 73.44 73.28 73.28 73.44 73.44 73.44 73.28 73,44 PAGE LC; I ¢) , ~.. IELD REPORT # : 1456gC ET PV T~ 1248.25 1573,91 73,28 I248.42 1568.g4 73.28 1248.58 1551.18 73.20 1240.67 1556.66 73.20 1248,75 155~,68 73.20 1248,83 1543,82 73,44 t248,92 1538,O5 73.28 1249,~ 1537,92 73.28 1249,~8 1537,15 73.28 1249,17 1533.8~ 73,28 1249,25 !528,77 73.28 1249,42 1515,86 73.28 1249,5~ 1511,~3 73,28 1249,58 151S,52 73,20 .1249.67 1509,~7 73,28 '1249,75 1585,76 73,28 1249.83 1581,58 73.28 1250,~8 1492,63 73,28 't25~.~8 1488.21 73.20 t25~o25 148~,48 7.3.28 1250,33 1476,95 73,28 125~,5~ 147~,54 73,28 t250,67 1464.53 73,28 125~,83 1458,8~ 73,28 1250,92 1455,76 73,.13 1251,88 145~,62 73,28 1251.17 1448.38 73.28 1251.25 1446.38 73.13 1251,33 1445,~4 73,28 1251,42 1444,27 73.28 1251,5~ 1443,~7 73,13 1251,67 1430,76 73,13 1251,75 1436,78 73.28 1251,92 1434,53 73,13 1252,~ 1432,98 73,13 1252,~8 1432,59 73,28 t252,17 1434,49 73,13 1252,33 1437,82 73,13 1252.42 1439.54 73.13 1252,58 1442.6g 73.28 1252.75 1445.43' 73.28 1253,~8 145~,29 73.13 1253.42 1454.55 73,13 1253.75 1457.95 73.13 1253.92 1459.6~ 72.90 1254.gB 146~.47 73.13 1254.17 1461.87 73.13 ~254,25 1460.69 73.13 1254.33 1458.~ 72.98 1254.42 1455.9~ 73.13 1254.5B 1455.97 73.13 1254.58 1458.83 73.13 1254,67 1462.55 73.13 1254.75 1465.54 73.13 1254.83 1467.55 72,98 ET 1254.92 1255.E8 1.255.42 1255.75 1256.~8 1256.42 1256.58 1256.67 1257.H~ 1257.~8 1257.25 1257.33 1257.5~ 1257.67 1258.~N 1258.33 1258.58 1258.03 1258,92 1259,~ 1259.80 1259,25 1259,33 1259,42 1259,5~ 1259.67 1259.83 1259.92 126~.~ 1268.O8 126~,17 126~.25 125~.42 126~.58 126~.58 126~,75 1268,92 12Gl.~g 1261,88 1261.17 1261.33 1261,42 1261,58 1261.50 1261.67 1261.75 1261.83 1261.92 1262.~.~ 1262.88 1262,17 1262.25 1262,33 1262.42 1262.5~ 1469.17 147.1.58 1475.~Cl 1478.2] 1480.77 1483.67 14D5.~J 14O5,87 1488.53 1489.26 149g.51 1491.~2 1492.43 1493.43 1495.95 1498.25 1499.39 15~1.19 1499.92 1497.13 1491.63 1403.73 1479.23 1475.45 1471.37 1464.~8 1457.13 1454.g2 145~.51 1447.4~ 1443.67 144~.32 1435.33 1432.74 1431.15 1428,83 143~.86 1433.45 1436.42 144~.02 1446.46 1459.57 1453.47 1455.11 1454.31 1449.17 1445.22 1444.69 1440.73 1458,75 1468.N4 1478,~4 1486.15 1492.86 1498.83 TW 73.13 73.13 73.13 72.90 72.90 72,98 72.U8 72,98 72.98 72,98 72.98 72.98 72.98 73.13 72.98 72.98 72.98 72.98 72.98 72.98 72.98 72.83 72.98 72.98 72.98 72.83 72.98 72.98 72.83 72.83 72.83 72.83 72.98 72,98 72,98 72,98 72.98 72,83 72,98 72.98 72.83 72,83 72,83 72.98 72.98 72.83 72,83 72.83 72.83 72,98 72,83 72.83 72,83 72.83 72.83 PAGE '5'.-'. · . _I.r. ..~.~ ~ ZELD REPORT ~ = 14566C ET PN TN 1262,58 1564,32 72.83 1262.76 1613.66 72.83 1262.92 1522,21 72.83 1263,68 1536,54 72,83 1263.25 -1538.54 72.60 1263.33 1546,57 72.83 1263.42 1539.65 72.83 1263.56 1539.27. 72.68 1264.17 1534,62 72.68 1264.83 1529.18 72,68 1264.92 1528.32 72.83 1265.68 1527.26 72.68 1265.42 1524.17 72.68 1265.56 1523.66 72.68 1265.83 1526,63 72,60 1266.g6 1517.95 72.68 1266.17 1516.41 72.68 1266.25 1515.15 72.68 1266.33 1514.3~ 72.60 · 1266.56 1512.68 72.68 1266.83 1567.g7 72.60 1267,66 1564,68 72,68 1257.O0 1563.19 72.53 1267.17 15gl.88 72,68 1267.25 15g~.22 72.53 1267.33 1499.22 72.60 1267.42 -1497.82 72.60 1267.5~ 1495.89 72.53 1267.58 1495.10 72.60 1267,75 1492,55 72.53 1267.83 1491.22 72.53 1267.92 1496.28 72.53 1268.~8 1487.67 72,53 1268.42 1484.46 72.53 1268.5~ 1483.49 72.53 1258.58 1482,26 72.53 1268.67 148~.64 72.53 1268.75 1486.66 72.60 1268.83 1477.g2 72.53 1269.g~ 1473.61 72.53 1269.68 1471.57 72.53 1269.17 1468.31 72.53 1269.25 1467.37 72.53 1269.42 1464,45 72,53 1269.5g 1462.63 72.53 1269.67 1459.69 72.53 1269,75 1458,64 72.38 1269,83 1456,78 72,53 1269,92 !455.43 72.38 127~.66 1452.45 72.53 1276.68 1451.71 72.53 1276.17 1448.95 72.53 127~.25 1449.19 72.53 1276.33 1447.84 72.38 127~.42 1446.~5 72.53 ET 1276.5N 1276.58 127g.67 1276.75 127N.83 127N.92 1271.~N 1271.g8 1271.25 1271.33 1271.42 1271.56 1271.58 1271.75 1271.92 1272.~6 1272.17 1272.25 1272.42 1272.75 1272.03 1272.92 1273.66 1273.~0 1273.17 1279.25 1273.33 1273.42 1273.56 1273.67 1273.75 1273.92 1274.~ 1274.60 1274.17 1274.25 1274.33 1274.42 1274.58 1274.75 1274.03 1275.~6 1275.g8 1275.25 1275.33 1275.42 1275.58 1275.67 1275.75 1275.92 1276.~0 1276.17 1276.33 1276.56 1276.58 PW 1446,83 1443.32 1443.E5 1441.54 1446.45 144~.45 1439.35 1439.38 1438.64 1439.34 1438.83 1437.33 1438.22 1438.61 1446.38 144~.13 1442.31 1442.79 1446.32 1455.02 1457.22 1458.20 1458.01 1458.84 1459.37 1466.'99 1466.91 1473.34 1476.~8 1481.2H 14U2.90 1407.82 1496.O7 1491.76 1494.45 1496.59 1499.H1 15~6.99 15~5.37 1599.gG 1516.42 1512.25 1513.88 1516.~0 1517.26 1518.71 1522.67 1524.54 1527.38 1532.75 1539.35 1542.20 1548.93 1555.gG 1550.63 72.53 72.53 72.53 72.38 72.53 72.38 72.53 72.53 72.38 72.38 72.53 72,53 72.53 72.53 72.38 72.53 72.38 72.53 72.38 72.38 72.38 72.38 72.53 72.53 72.38 72.28 72.38 72.53 72.38 72.38 72.38 72.53 72.53 72.38 72.38 72.38 72.38 72.38 72.38 72,38 72.30 72.38 72.38 72.38 '72.38 72.38 72.23 72.38 72.38 72.38 72.38 72.38 72.23 72.38 72.3~ PAGE 11 Il..(') C_.-.'I 'ELD REPOET # ~ 1456~C ET PW TW .276,67 .276.75 .276.92 .277.0~ .277.~8 .277.17 .277,25 :277,33 :277,5~ 277.50 277.75 277.92 278.~ 278.~8 278,17 278.25 278.33 278.42 278.58 278.58 278.75 278.92 279.g~ 279.17 279.33 279.5~ 279.58 279.75 279.83 279~92 289.~ 28~,17 28~,25 288,33 288,42 28~,5~ 28~.58 28~,67 28~,75 28~.83 281.~8 281.98 281.17 281.25 281.33 281.42 281.59 281.58 281.67 281.75 281.83 281.92 282.gg 282.~8 282.17 1561,68 72,23 1564.39 72.38 157~,58 72,23 1571,5~ 72.30 1573.~9 72.23 1.573.02 72.23 1573.43 72.23 1573.55 72.23 1574.59 72.23 1574,73 72.23 ]575.72 72.23 1576.16 72,23 1574.93 72.23 1571.21 72.23 1568.58 72.23 1566.3~ 72.23 1564.25 72.23 1561.92 72,23 1559.92 72.23 1558.45 72.23 1554.89 72.23 1552.35 72.23 155~.67 72.23 1548.75 72.23 1546.24 72.23 1544.7~ 72.23 1543.48 72.23 1542.2~ 72.23 1541.63 72.23 1541.75 72.23 154~,01 72.23 154~.76 72.23 1541.22 72.~8 154~.47 72.98 1541.22 72.~8 1548.51 72.23 1541.32 72.08 154~.73 72.88 1541.48 72.~8 1541.14 72.23 1541.46 72.~8 1541,32 72o~8 1541.75 72.~0 1541.34 72.98 1541.97 72.23 1541.49 72.~8 1532.98 72.23 1528.94 72.23 1526,89 72.98 1517.51 72.~0 1515.58 72.~8 1476.91 72.g0 1432.41 72.08 1438.33 72.23 1428.24 72.~8 1282.2S 1202.33 1282.42 1202.58 1202.75 1282.83 1283.~ 1283.~8 1283.17 1283.25 1283.33 1283.42 1283.58 1283.58 1283.67 1203.83 1283.92 1204.~0 1284.17 1284.25 1284.33 1284.42 1284.50 1284.75 1284.92 1285.~8 1285.25 1205.33 1285.5~ 1205.58 1205.75 1285.~3 1285.92 1286.~ 1286.~8 1286.17 1286.25 1286.42 1286.5g 1206.58 1286.67 1286.75 1287.~8 1287.17 1287.25 1287.33 1207.42 1287.5~ 1287.67 1208.N~ 1288.~8 1280.17 1208.25 1288.33 1280.42 PW 1428.72 1426.36 1425.69 1~23,7~ 1421.28 1419.97 1417.90 1417.~6 1417.2N 1417.~5 1422.56 1421.36 1422.44 1424.g7 1425.98 1431.29 1433.93 1438.52 1441.13 1444.93 1449.35 1452.06 1461.5~ 14~8.71 1475.12 1481.23 1~7.71 149~.49 1497.82 15~1.~ 15~7.94 1511.61 1514.60 1518.55 ]521.49 1525.15 1528.21 1534.91 1537.76 1541.29 1543.93 1547.34 1558.92 1561.96 1564.4~ 1567.63 1569.84 1573.~3 1578.22 1507.99 159~.47 1592.48 1595.11 1596.66 1599.42 T~,4 72.23 72.~ 72.~8 72.~8 72.g8 72.23 72.~8 72.~8 72.~8 72.g8 72.~8 72.~8 72.~8. 72.~8 72.~8 72.~8 72.~8 72.g8 72.~8 71.93 72.~8 72.~8 72.~8 72.~8 71.93 71.93 72.~8 71.93 71.93 72.80 71.93 71.93 71.93 71.99- 72.~8 71.93 7Z.gO 72.98 72.~8 72.g8 71.93 72.g8 71,93 71.93 72.g8 72.~0 71.93 72.~8 71.93 72.~8 71.93 71.93 71.93 71.93 71.93 PAGE 12 :IELO REPORT.# : 1456gC ET PN TN 1288,5~ 16~,84 71,93 1288.58 1663.38 71.93 1288.67 1664.95 71.93 1288.75 1667.~3 72.68 1288.92 1610.51 71.93 1289.~8 1613.7~ 71.93 1289.17 1615.42 71.93 1289,25 1616.77 71.93 1289.33 1618.42 71.93 1289.42 1619.6~ 71.93 1289.56 1621.21 71.93 1289.58 1622.18 71.93 1289.67 1623.87 71.93 1289.75 1624.7~ 71.93 1289.83 1626.37 71.93 1289.92 1627.~2 71.93 129~.8~ 1620.44 71.93 129~.~8 1629.16 71.93 129~.17 1630.32 71.93 1298.25 1631.67 71.93 1296.42 1633.~8' 71.93 1296.5~ 1633.74 71.93 1296~50 1634.73 71.78 1296.67 1635.28 71.93 129~.75 1636.23 71.93 129~.83 1636.75 71.93 1296.92 1637.78 71.70 1291.~ 1638.18 71.93 1291.~8 1639.65 71.78 1291,17 1639.63 71.93 [291.25 1646.46 71.93 1291.33 1646.99 71.93 1291.42 1641.81 71.78 1291.58 1643.62 71.78 1291.67 1643.53 71.78 1291.75 1644.36 71.78 1291.83 1644.73 71.93 1291.92 1645.56 71.78 1292.~ 1645.85 71.78 1292.g8 1646.69 71.70 1292.17 1646.91 71.78 1292.25 1647.75 71.93 1292.33 1648.~2 71.70 1292.42 1648.79 71.70 1292.58 1649.68 71.70 1292.58 1649.96 71.70 1292.67 1656.12 71.70 1292.75 1656.72 71.93 1293.42 1653.06 71.70 1293.58 1654.45 71.78 1293.67 1654.95 71.70 1293.75 1655.6~ 71.70 1293.83 1655.59 71.78 1293.92 1655.49 71.78 1294.~8 1656.~7 71.78 ET 1294.fi8 1294.17 1294.25 1294.33 1294.42 1294.5N 1294.50 1294.67 1294.75 1294.03 1294.92 1295.NN 1295.~8 1295.17 1295.25 1295.33 1295.42 1295.5N 1295.50 1295.67 1295.75 1295.03 1295.92 1296.~ 1296.~0 1296.17 1296.25 1296.58 1296.67 1296.75 1296.03 1297.~ 1297.17 1297.25 1297.33 )297.42 1297.56 1297.58 1297.67 1297.75 1297.83 1297.92 1298.~ 1298.~8 1290.17 1290.25 1290.33 1290.5~ 1290.58 1290.67 1290.75 1298.~3 1290.92 1299.~g 1299.~8 P~ 1'656.~6 1656.57 1656.67 1657.3~ 1657.15 1657,76 1657.66 1658.39 1658.3~ 1658.85 1658.75 1659.52 1659.43 166~.12 !66~.1~ 166~.85 166~.8~ 1661.51 1661.41 1662.15 1662.14 1662.76 1662.93 1663.53 1663.58 1664.16 1664.3~ 1665.49 1665.25 16G~.97 1654.67 1646.67 1648.82 1~38.98 1636.59 1635.43 1633.38 1632.6] 163~.79 1638.34 1629.~1 1628.57 1627.38 1627.21 1626.27 1626.11 1625.36 1624.02 IE24.3~ 1624.~6 1623.55 1624,~'7 1623.13 1623.69 I622.94 T~ 71.78 71.78 71.63 71.63 71.7B 71.63 71.78 71.78 71.63 71.78 71.78 71.78 71.78 71.78 71.78 71,63 71.78 71.63 71.63 71.70 71.63 71,63 71.63 71.63 71,63 71.63 71.78 71.63 71,63 71.63 71.63 71.63 71.63 71.63 71.63 71.63 71.63 71.63 71.63 71.48 71.63 71.63 71.63 71.63 71.63 71.63 71.48 71.63 71.48 71.63 71.48 71.63 71.48 71.40 71.48 PAGE lB FIELD REPORT.# , 1456~C ET PV TV 1299,17 ]623.37 71.63 1299,25 1622.61 71.48 1299,33 1623.~8 71.63 1299,42 1622.55 71.48 1299.5~ 1622.85 71.48 1299,58 1622.55 71.48 I299.75 1622.6~ 71.48 1299.83 1622.27 71.48 1299.92 1622.61 71.40 13~g.~ 1622,10 71.48 13~.~8 1622.58 71.48 13~O.17 1622.~7 71.63 136~.25 1622.61 71.48 13~,33 1621.91 71,48 13~O.42 1622.63 71.48 13~.5~ !621.05 71.48 ! 13~.58 1622.41 71.48 136~.67 1621.98 71,40 139~.83 1622.22 71.48 13~.92 1621.93 71.48 1301.~ 1622,29 71.33 13H1,~8 1621,81 71.48 13~1,17 1622.34 71.33 13~1.25 1621.68 71.48 1361.33 1622.31 71.48 1361.42 1621.64 71.48 13~1.5~ 1622.19 71.48 13~1.58 1621,51 71,40 13~1.67 1622.~9 71.48 13~1,75 1621,59 71.40 13~1,83 1621,86 71,40 13~2.~ 1621.47 71.48 13~2.68 1621.72 71.33 13~2.17 1621,2~ 71.40 13~2.25 1621.62 71.40 13~2.33 1621.13 71.33 13~2.42 1621.59 71.33 13~2.56 1625.89 71.48 13~2.58 1621.5~ 71.33 13~2.67 1620.7~ 71.48 13~2.75 1621.26 71.33 13~2,83 1620.72 71.33 13~2,92 1621.~4 71,48 13~3,~6 IG2~,Ol 71.40 13~3,17 162~,89 71,33 1303,25 1626.58 71,33 13~3.33 162~.96 71.33 13~3.42 162~.46 71.33 13~3.5~ 162~.99 71.33 13~3.58 162~,36 71,48 1383,67 1621,$4 71,33 13~3,75 162~.31 71.48 13~3.83 162~.98 71.40 13~3.92 162~.29 71.48 13~4.0~ 1626.75 71.33 ET 13N4.N8 13~4.25 13~4.39 1394.42 13~4.5H 1364,58 13~4,67 1394.75 13~4,83 13~4.92 13~5,6~ 13~5,~8 13~5o25 1365,33 1395,42 1365,50 13~5.58 13~'5.67 1365.75 1365.83 13~5.92 1396,~8 13~6.17 1396.33 13~6,42 13~6.5~ 1~6.50 13~6.67 13~6.75 13~6.83 13~6.92 1367,68 13~7.17 13~'7.25 1367.42 13~7.56 13~7.58 13~7.67 13.07.75 13~7.83 13~7.92 13~8.~ 1368.~8 13~8.17 13~8.25 1368.42 13~8.5~ 13~0.58 1368.67 13~8.75 13~8.83 1368.92 1369.~ 162~.~8 1629.63 162~.33 162~.67 1626.19 1620,58 162N.~ 162~.65 1619.81 1626,58 1619.85 162~.29 1619.98 162~.19 1619.71 162~.12 1619.57 1626.21 1~19.52 1626.H2 1619.29 1619.98 1619.'22 1619.66 1619.29 1619.51 1619.0~ 16)9.38 1618.96 1619.46 1610.88 1619.45 1618.69 1619.42 1618.79 1619.3fi 1618.94 1619.35 1618.74 1619.37 1618.91 1~19.36 1610.79 1619.46 1618.67 1619.39 1618.04 1619.23 1618.62 1619.42 1618.72 1619.37 1618.02 1619.47 1618.8~ TV 71.33 71.33 71.33 71.33 71.48 71.48 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.33 71.18 71.33 71.33 71.33 ?1.1~ 71.33 71.33 71.33 71.33 71.18 71.33 71.33 71.18 71.33 71.33 71.33 71.33 71.33 71.33 71.18 71.33 71.18 71.33 71.18 71.18 71.33 71.33 71.18 PAGE 14 13~.~0 1619.$4 71.33 1399.17 1619.~6 71.18 1399.25 1619.64 71.10 1399.42 1619.59 71.33 13~9.5g 162~.g3 71.18 1369.58 1619.62 71.18 1399.67 1619.71 71.33 13~9.75 1618.57 71.33 13~9.83 1618.65 71.18 1369.92 1617.71 71.18 131~.~g 1618.11 71.18 131g.~8 1617.22 71.18 1310.17 1617.8g 71.33 131g.25 1617.25 71.18 131g.42 1617.49 71.10 1310.5~ 1617.63 71.18 131g.58 1617.76 71.18 131~.67 1617.2g 71.33 131~.75 1618.13 71.33 131~.83 1617.7g 71.33 131g.92 1618.43 71.33 1311.gg 1617.97 71.18 1311.~8 1618.91 71.18 1311.17 1618.45 71.18 1311.25 1619.23 71.18 1311.33 1619.4~ 71.33 1311.42 1619.35 71.18 1311.5~ 162~.g~ 71.10 1311.58 1G19.75 71.33 1311.67 162g.56 71.18 1311.75 162~.17 71.18 1311.83 I621.g9 71.18 1311.92 16Z~.56 71.18 1312.~0 1621.5~ 71.33 1312.g8 1621.g6 71.18 1312.17 1621.89 71.18 1312.25 1621.81 71.10 1312.42 1622.47 71.18 1312.5~ 1622.17 71.18 1312.58 1623.26 71.18 1312.67 1622.42 71.18 1312.75 1623.7~ 71.33 1312.83 1622.88 71.18 1312.92 1624.~ 71.18 1313.~ 1623.39 71.18 1313.g8 1624.26 71.10 1313.25 1624.23 71.18 1313.33 1624.79 71.18 1313.42 1624.30 71.18 1313.5~ 1625'.27 71.18 1313.58 1624.4~ 71.18 1313.67 1625.42 71.18 1313.75 1624.72 71.18 1313.83 1625.53 71.18 1313.92 1624.81 71.18 ET 1314.~ 1314.g8 1314.17 1314.33 1314.42 1314.5~ 1314.58 1314.67 1314.75 1314.83 1314.92 1315.~ 1315.g8 1315.17 1315.33 1315.d2 1315.5~ 1315.58 1315.67 1315.75 1315.83 1315.92 1316.~ 1316.fl8 1316.17 1316.33 1316.4.2 1316.5~ 1316.58 1316.67 1316.75 1316.83 1316.92 1317.~ 1317.~8 1317.17 1317.33 1317.42 1317.5~ 1317.58 1317.67 1317.75 1317.83 1317.92 1318.~ 1318.~8 1318.17 1318.25 1318.42 1318.5~ 1318.50 1318.67 1318.75 1318.83 1318.92 1625.49 1625.~/Y 1625.51 1625.12 16~5.32 1624.66 1625.49 1624.GG 1625.2~ 1624.49 1625.8~ 1624.g9 1624.83 1624.29 1624.5~ 1624.~G 1624.52 1622.79 1624.62 IG23.U~ 1624.67 1623.8H 1624.43 1623.92 1624.4fi 1624.25 1624.Gg IGZ4.~l 1624.06 1GZ4.~U 1624.95 1624.3g 1~24.89 1624.42 1625.~G 1624.64 1625.88 1624.52 1625.~5 1624.6~ 1625.34 1624.69 1625.49 1624.55 1625.37 1624.88 1625.39 1625.12 1625.22 1625.~6 1625.56 1624.81 1625.87 1624.5g 1625.88 TW 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.10 71.~3 71.18 71.18 71.~3 71.18 71.18 71.18 71.18 71.18 71.18 71.~3 71.18 71.18 71.18 71.18 71.~3 71.18 71.18 71.18 71.~3 71.18 71.18 71.18 71.18 71.18 71.O3 71.18 71.18 71.~3 71.18 71.18 71.O3 71.18 71.g3 71.18 71.18 71.18 71,18 ,71.~3 71.18 71.O3 71.~3 PAGE 15 :IELD REPORT 4~ : 1456~rC ET PW TN 1319.~8 1625.74 71.~3 1319.17 1625.24 71.10 1319.33 1825.69 71.~3 1319.42 1825.13 71.~3 1319.5~ 1626.12 71.18 1319.58 1625.~ 71.18 1319.67 1626.12 71.18 1319.75 1625.38 71.18 1319.83 1626.36 71.18 1319.92 1625.13 71.83 132~.~ 1626.12 71.~3 1320.~8 1625.42 71.18 132~.25 1625.87 71.18 132~.33 1625.37 71.18 132~.42 1625.76 71.~3 132~.5~ 1625.~ 71.18 132~.58 1625.88 71.18 132~.67 1624.65 71.~3 132~.75 1625.75 71.10 132~.83 1624.67 71.~3 132~.92 1625.42 71.18 1321.~ 1624.6~ 71.18 1321.~8 1625.~1 71.03 1321.17 1624.7~ 71.~3 1321.33 1624.84 71.18 1321.42 1624.21 71.~3 1321.5~ 1624.90 71.18 1321.58 1623.94 71.O3 1321.67 1625.01 71.~3 1321.75 1623.89 71.~3 1321.83 1624.79 71.~3 1321.92 1623.85 71.~3 1322.~ 1624.43 71.~3 1322.~8 1623.92 71.~3 1322.17 1624.26 71.~3 1322.25 1624.~8 71.10 1322.33 16~9.35 71.O3 1322.42 16~7.43 71.18 1322.5~ 1603.95 71.18 1322.58 1591.97 71.18 1322.67 1587.33 71.03 1322.75 1576.67 71.03 1322.83 1574.37 71.18 1322.92 1571.72 71.18 1323.~'~ 157~.63 71.18 1323.~8 1571.17 71.03 1323.25 1571.12 71.~3 1323.42 1571.57 71.18 1323.5~ 1571.54 71.18 1323.58 1567.68 71.O3 1323.67 1568.~6 71.18 1323.75 1565.84 71.03 1323.83 1566.71 71.18 1323.92 1566.72 71.O3 ET 1324.~ 1324.~8 1324.25 1324.33 1324.42 1324.5~ 1324.50 1324.67 1324.75 132~,83 1324.92 1325.gN 1325.17 1325.25 1325.33 1325.42 1325.5~ 1325.58 1325.67 1325.75 1325.03 1325.92 1326.~ 1326.~8 1326.17 1326.25 ]326.42 1326.5N 1326.58 1326.67 1326.75 1326.03 1326.92 1327.~'~ 1327.~8 1327.17 1327.33 1327.42 1327.5~ 1327.58 1327.67 1327.75 1327.83 1327.92 1328.~' 1328.17 1328.25 1328.33 1328.42 1328.5~ 1328.50 1328.67 1328.75 1328.83 1328.~2 P~ 1566.47 1586.62 1566.5~ 1566.54 157~.73 1565.82 1572.42 1588.81 1572.~1 1572.71 1572.81 1573.29 1578.46 1577.57 1577.21 1577.4~ 1578,46 1579.86 1579.12 1579.52 1579.14 1579.84 157~.28 158~.~1 1579.7~ 15~.~ 158~.~8 158~.2~ 1579.98 158~.4~ 158~.18 158~.52 158~.2~ 150~.05 158~.22 158~.68 158~.49 1580.73 158~.45 1580.9~ 1580.51 1581.~7 15~.47 1581.~9 158~.59 1580.85 158~.88 158~.71 1580.98 15~0.69 15~1.~5 1580.56 1581.19 158~.52 TW 71.~3 71.~3 71.18 71.~3 71.~3 71.18 71.~3 71.18 71.H3 71.18 71.~3 71.~3 71.~3 71.~3 71.fi3 71.tO 71.~3 71.18 71.~3 71.~3 71.~3 71.~3 71.~3 71.~3 71.~3 71.18 71.~3 71.18 71.10 71.~3 71.~3 71.18 71.~3 71.~3 71.~3 71.~3 71.18 71.18 71.H3 71.~3 71..~3 71.~3 71.~3 71.~3 71.18 71.~3 71.~3 71.~3 71.~3 71.~3 71.~3 71.~3 71.18 71.18 71.~3 PAGE 1G FIELD REPORT # : 1456gC ET PW TW 1329.~8 1588,98 71.83 1929.17 1588.74 71.83 1329.25 158~.85 71.18 1329.33 1588,G4 71.83 1329.42 1588.05 71.83 1329.58 1588.66 71.83 1329.58 158~.98 71.83 1329.67 1588.56 71.83 1329.75 1581.89 71.83 1329.89 1588.44 71.83 1329.92 1588.95 71.83 1338.80 1588.64 71.83 1338.17 1588.85 71.83 1338,25 1588,54 71.83 1338,33 1588,83 71,83 1338,42 158~,52 71.83 1338,58 1581,83 71,83 1338,50 1588,47 71,83 133~.67 1581.89 71.83 1338,75 1588,45 71,83 1338,83 1588,95 71.83 1338.92 1588.71 71.83 1331.~8 1588.88 71.83 1331.17 1588.63 71.~3 1331.25 1588.83 78.87 1331.33 1588.61 71.83 1331.42 1508.93 71.83 1331.58 1588.54 71.03 1331.58 1581.89 71.~3 1331.67 1588.47 71.83 1331.75 1588.92 71.83 1331.83 1588.64 71.83 1332.88 1588.88 71.g3 1332.88 1588.59 78.87 1332.17 1588.71 71.83 1332.25 -1588.52 71.O3 1332.33 1588.92 71.83 1332,42 1588.54 71.83 1332,58. 1588,92 71,83 1332,58 1588,48 71,83 1332,67 1588,76 71.83 1332,75 1588,57 71,83 1333,88 1588,74 71,83 1333,17 1588,63 71.83 1333,25 1588,85 71.83 1333.33 1588.44 71.83 1~333.42 1588.98 71.83 1333,58 1588,37 71.83 1333,58 1588,88 71.~3 1333.67 1588.51 71.83 1333,83 1588,68 71.10 1334.~8 1588.63 71.83 1334.88 1588.52 70.87 1334.17 1588.81 71.83 1334.25 1588.49 71.83 ET 1334.33 1334.42 1334.5~ 1334.50 1334.75 1334.83 1334.92 1335.~8 1335.~0 1335.17 1335.25 1335.33 1335.42 1335.58 1335.58 1335.75 1335.83 1336.88 1336.88 1336.17 1336.25 1336.33 1336.42 1336.5~ 1336.58 1336.75 1336.92 1337.~ 1337.B0 1337.17 1337.25 1337.93 1337.42 1337.58 1337.58 1337.75 1337,83 1337.92 1338.88 1338.~8 1338.17 1338.25 1330.33 1338.4.2 1338.58 1338.67 1338.75 1330.83 1338.92 1339.8~ 1339.~8 1339.17 1339.25 1339.33 1339.42 PW 1588.92 1588.35 158~.98 1508.56 150~.69 1508.49 1588.74 1508.52 158~.0G 1588.37 1588.88 1508.32 150~.93 1588.28 1588.71 1588.51 1588.G3 1588.63 1588.37 1588.76 1508.39 1508.81 1508.23 1588.76 158~.39 1588.63 1508.56 1588.45 1508.64 150~.42 15~.73 1500.27 150~.74 150~.42 1588.69 1588.47 1508.56 1588.37 1588.60 1588,44 150~.88 158~.22 158~.G3 158~.37 158~.64 1588.37 158~.61 1588.37 1508.71 150~.4~ 1588.76 1508.28 1508.81 1508.32 1588.57 TW 71.H3 71.1~ 71.18 71.83 71.~3 7~.87 71.~3 71.83 71.83 71.83 71.~3 71.~3 71.~3 71.83 71.83 71.83 71.~3 71.83 71.83 71.83 71.~3 71.~3 71.~3 71.83 71.83 71.83 71.83 71.83 71.83 71.83 71.83 71.~3 71.83 71.83 71.83 71.83 71.83 71.83 71.83 71.83 71.83 71.83 71.~3 71.83 71.~3 71.83 71.18 71.~3 7].83 71.83 71.~3 71.83 71.~3 71.~3 71.83 PAGE 17 :IELD REPORT # : 1456gC ET PW TW 1339,75 158E.42 71.E3 1339.83 1580.71 71.~3 1339.92 158~.27 71.~3 134~.~ 158~.68 71.~3 134~.~8 158~.2~ 71.~3 134~.17 158~.68 71.~3 1340.25 158~.23 71.03 134~.33 158~.54 71.03 134~.67 1580.37 71.~3 1340.75 1580.52 71.~3 134~.83 158~.3~ 71.~3 134~.92 158~.52 71.~3 1341.~'0 1580.22 71.~3 1341.~8 158~.66 71.~3 1341.17 1580.15 71.18 1341.25 158~.44 71.~3 1341.58 158~.35 71.~3 1341.67 158~.39 71.~3 1341.75 158~.25 71.~3 1341.83 158~.54 7H.07 1341.92 1500.15 71.18 1342.~ 158~.G4 71.~3 1342.~8 158~.18 71.18 1342.17 1580.45 71.~3 1342.25 158~.32 71.~3 1342.42 158ff.47 71.18 1342.5~ 150~.35 71.~3 1342.58 158B.51 71.~3 1342.67 158~.29 71.18 1342.75 158~.54 71.18 1342.83 150~.22 71.~3 1342.92 1580.66 71.~3 1343.~0 158~.04 71.~3 1343.~8 158~.49 71.~3 1343.42 1580.28 71.03 1343.5g 158~.42 71.g3 1343.58 158~.24 71.18 1343.67 158~.52 71.~3 1343.75 158~.22 71.10 1343.83 158~.54 71.~3 1343.92 158~.~3 71.~3 1344.~ 158~.42 71.~3 1344.~8 158~.23 71.~3 1344.25 158~.45 71.~3 1344.33 158~.10 71.~3 1344.42 1586.32 71.~3 1344.5~ 158~.15 71.~3 1344.50 158~.47 71.~3 1344.67 158~.13 71.18 1344.75 158~.51 71.O3 1344.83 150~.13 71.~3 1344.92 158~.52 71.63 1345.~ 158~.23 71.03 1345.33 158~.3~ 71.63 1345.58 158g.39 71.03 ET 1345.58 1345.67 1345.75 1345.83 1346.68 1346.17 1346.25 1346.33 1346.42 1346.5~ 1346.58 1346.67 1346.75 1346.83 1346.92 1347.25 1347.33 1347.42 1347.5~ 1347.58 1347.~7 1347.75 1347.83 1340.~ 1348.~8 1940.17 1348.25 1348.33 1348.42 1348.5~ 1348.58 1348.67 1348.75 1349.~8 1349.17 1349.25- 1349.33 134~.42 1349.5~ 1349.58 1349.67 135~..~ 135~.~8 1356.17 135~.25 135~.33 135~.50 135~.50 135~.92 1351.~8 1351.17 1351.25 1351.33 1351,5~ PN IBSg. 13 158~.~1 15~.34 158~.2P 158~.37 158~.27 15U~.22 158~.~ 1586.~ 1588.33 15~.37 158~.~3 158~.3~ 1579.95 1579.9P 150~.3~ 158~.3H 150~.11 150~.22 1579.99 158~.27 158~.2~ 1579.93 15~.23 1579.99 158~.10 1579.98 158~.10 1579.94 1586.18 1579.79 158~.23 1579.98 158~.13 158~.~4 150~.18 1579.95 158~.23 1579.89 1579.84 158~.18 1579.95 1579.80 158~.17 1579.65 158~.1~ 1579.93 71.18 71.~3 71.~3 71.18 71.18 71.~3 71.~3 71.10 71.~3 71.~3 71.~3 71.~3' 71.18 71.H3 71.18 71.~3 71.~3 71.18 71.18 71.18 71.~3 71.10 71.~3 71.18 71.~3 71.~3 71.~3 71.63 71.18 71.~3 71.~3 71.~'3 71.~3 71.t~3 71.63 71.~3 71.~3 71.63 71.~3 71.63 71.~3 71.18 71.~3 71.18 71.18 71.~3 71.18 71.~3 71.~3 71.18 '71.18 71.18 71.~3 71.18 71.18 PAGE FIELD REPORT # t 1456~C ET PN TN 1351.67 1586.B1 71.18 1351.83 1579.81 71.g3 1351.92 1579.99 71.B3 1352.g6 1579.86 71.10 1352.68 1586.11 71.~3 1352.17 1579.69 71.O3 1352.25 158~.~4 71.~3 1352.58 1579.87 71.~3 1352.75 1579.81 71.~3 1352.83 158g.g4 71.g3 1352.92 1579.81 71.g3 1353.6~ 158~.66 71.~3 1353.68 1579.69 71.18 1353.17 158g.~I 71.18 1353.5g 1579.81 71.18 1353.58 1586.B1 71.18 1353.67 1579.82 71.g3 1353.75 1579.89 71.03 1353.83 1579.70 71.~3 1353.92 1579.94 71.~3 1354.~ 1579.69 - 71.g3 1354.g8 158~.~1 71.18 1354.17 1579.74 71.18 1354,25 1579.89 71.18 1354.42 1579.7~ 71.g3 1354.56 1579.91 71.g3 1354.58 1579.70 71.63 1354.67 1579.94 71.g3 1354.75' 1579.64 71.B3 1354.83 1579.86 71.18 1354.92 1579.67 71.18 1355.gO 1579.98 71.18 1355.~8 1579.67 71.18 1355.42 1579.81 71.~3 1355,5~ 1579.58 71,g3 1355.58 1579.79 71.g3 1355.67 1579.59 71.18 1355.75 1579.83 71.18 1355.83 1579.52 71.~3 1355.92 1579.79 71.18 1356.g~ 1579.59 71.18 1356.68 1579.79 71.g3 1356.42 1579.62 71.g3 1356.58 1579'55 71.18 1356.67 1579,76 71.g3 1356.75 1579.45 71.18 1356.83 1579.79" 71.18 1356.92 1579.45 71.18 1357.g~ 1579.81 71.63 1357.17 1579.5~ 71.~3 1357.25 1579.72 71.~3 1357.33 1579.52 71.18 1357.5~ 1579.45 71.18 1357.58 1579.7g 71.~3 1357.67 1579.48 71.18 ET 1357.75 1357.83 1358.gH 1358.g8 1358.25 1358.33 1358.42 1358.5~ 1358.58 1358.67 1359.~ 1359.17 1359.33 1359.42 1359.5~ 1359.58 1359.92 136g.g8 136g.17 136~.33 136g.42 136~.83 1361.17 1361.25 1361.33 1361.42 1361.5~ 1361.58 1361.92 1362.~8 1362.17 1362.25 1362.33 1362.5N 1362.50 1362.75 1362.92 1363.~ 1363.~8 1363.17 1363.5~ 1363.67 1363.75 1363.83 1363.92 1364.0g 1364.~8 1364.17 1364.5g 1364.67 1364.75 1364.83 1364.92 PW 1579.71 1579.52 1579.72 1579.47 1579.57 1579.69 1579.47 1579.7~ 1579.3~ 1579.57 1579.42 1579.52 1579.35 157-9.62 1579.28 1579.5H 1579.37 1579.31 1579.4g 1579.g2 1578.7~ 1579.O8 1578.77 1578.89 1578.79 1578.9~ 1578.68 1578.95 1578.73 1578.9~ 1578.89 1578.60 1579.~1 1578.72 1578.94 1578.82 1578.63 1578.9fi 1578.85 1578.55 1578.94 1578.75 1578.60 1578.87 1578.G1 1578.82 1578.55 1578.75 1578.55 1578.77 1578.67 1578.63 1578.8fl 1578.44 1578.73 TW 71.18 71.~3 71.g3 71.18 71.18 71.~3 71.g3 71.g3 71.18 71.~3 71.18 71.18 71.18 71.18' 71.~3 71.03 71.18 71.18 71.18 71.03 71.18 71.18 71.18 71.18 71.18 71.18 71.18 .71.~3 71.18 71.18 71.18 71.18 71.18 71.18 71.~3 71.18 71.18 71.18 71.03 71.g3 71.18 71.18 71.~3 71.18 71.18 71.18 71.18 71.18. 71.18 71.18 71.18 71.1~ 71.18 71.18 71.18 PAGE 19 FIELD REPORT ~ : 14560C ET PW TW 1365,58 1578.G~ 71.18 1365.67 1578.71 71.~3 1365.75 1578.38 71.18 1366.42 1578,65 71,18 1366.56 1578.46 71.33 1366,58 1578,65 71,18 1366,67 1578,27 71.18 1366.75 1578.55 71.18 1367.~8 1578.53 71.18 1367.42 1578.29 71.18 1367.56 1578.53 71.18 1367.58 1578.34 71.18 1367.67 1578.58 71.18 1367,75 1578,36 71,18 1367,83 1577,85 71.18 1367.92 '1565.17 71.18 1368.66 1567.62 71.18 1368.~8 1572.47 71.18 1368,17 1565.12 71,18 1368,25 1572.~5 71,18 1368.33 1571.89 71.18 1368,42 1576.87 71.18 1368.5~ 1571.55 71.18 1368.58 '1571,96 71.18 1368.67 1571.16 71.18 1368.83 1571.35 71.18 1369.~ 1571.~9 71.18 1376.33 . 157~.38 71.18 1371.67- 1568.36 71.18 1372.33 1567,78 71.18 1372.42 1567.87 71.18 1373.68 1567.44. 71.18 1373.42 1567.42 71.18 1373,56 1567,24 71.18 1374.83 1566.88 71.18 1375.17 1566.83 71.18 1375,33 1566.76 71.18 1375,42 1566,73 71.33 1375,56 1578,27 71,10 1375,58 1578,~3 71,18 1375.67 1577.56 71.10 1375.75 1575.31 71.18 1375.83 1566.64 71,33 1375.92 1571.31 71.10 1376.~6 - 1565.53 71.18 1376.~8 1564.25 71.18 1376.17 1565.84 71.18 1376.25 1563.35 71.18 1376.33 156~.52 71.18 1376,42 1566.54 71.18 1375.56 1559.71 71.18 1376.58 1561.49 71.18 1376.67 1563.61 71.33 1376,75 1559.24 71,18 1376.83 1558.47 71.18 ET 1376,92 1377.~ 1377.fi8 1377,17 13.77.25 - 1377,33 1377,42 1377.58 1377.75 1377.83 1377,92 1378.~8 1378.17 1378.25 1378.33 1378.42 137U.5~ 1378.58 1378.67 1378.75 1378.83 1379.~6 138~.33 1383.~B 1383.17 1383.25 1384.58 1385.25 1385.58 1385.75 1380.42 1388.5~ 1388.58 1388.67 1388.75 1388.83 1388.92 1389.~6 1389.~8 1309.17 1389.25 1389.33 1389.42 1389.5~ 1389.58 1389.67 1389.75 1389.92 139~.~6 139~.08 139~.17 139~.2S 139H.33 139~.42 1396.5~ P~ 1558.43 1555.44 1555.89 1556,2~ 1555.33 1554,73 1554.72 1553.95 1553.56 1553.23 1553,21 1552.82 1552,79 1555.77 1556.98 1553.39 1553.21 1552.16 1552.89 1552.82 1552.5~ 1552.75 1552.5~ 1552.75 1552,66 1552.79 1552.82 1552.92 1552.85 1553.~2 1553.28 1548.9~ 1549.81 1551.84 1548.88 1542.24 1554.56 1548.95 1545,4R 1549.92 1549.51 1547.~4 1548.4~ 1549.32 1547.89 1548.13 1548.66 1548.11 1548.83 155~.74 1549.71 1549.59 1548.62 1539.79 1529.96 TW 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.O3 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.18 71.~3 71.63 7~,87 71.~3 7R,87 76,87 76,87 7N,87 76,87 7N,87 7~,72 7~,72 7~,87 7~,72 76,87 7~,87 7~,87 7~,87 7~,87 7~,87 7~,~7 7~,U7 7~,87 7~,72 7~,87 7~.87 7N.87 76.87 7~.87 7E.72 7~.87' 7~.87 7~.87 PAGE FIELD REPORT # : 14568C ET P~ T~ i39~.58 1521.99 7~.87 139B.67 1514.41 7~.B7 1398.75 1507.45 78.87 1398.83 1581.19 7~.87 1398.92 1495.25 78.72 1391.88 1489.86 78.87 1391.~8 1484.74 78.87 1391.17 1479.95 78.87 1391.25 1475.45 78.87 1391.33 1471.38 78.72 1391.58 1463.64 78.87 1391.67 1456.88 78.72 1391.83 145~.66 78.72 1392.g8 1445.89 78.87 1392.17 1448.1~ 7~.72 1392.33 1435.67 78.87 1392.58 1431.66 78.72 1392.67 1428.88 78.72 1392.83 1424.79 78.87 1393.17 1419.14 78.87 1393.33 1416.62 7~.87 1393.67 1412.44 7~.72 1394.88 1488.99 78.72 1394.33 14~6.18 78.87 1394.58 1485.86 78.87 1394.58 1468.83 78.87 1394.67 1555.90" 7g.72 1394.75 1561.19 7~.72 1394.83 1530.76 7~.72 1394.92 1547.65 7~.72 1395.~ 1554.76 78.72 1395.88 1544.18 7~.72 1395.17 1534.89 7~.72 1395.25 1522,73 7~.72 1395,42 1584.97 78.72 1395.58 149~.93 78.72 1395.67 1484.83 7~.72 1395.75 1479.33 7~.72 1395.83 1533.71 7~.87 1395.92 1545.75 7~.72 1396.88 1551.86 78.72 1396.~8 1543.79 7~.72 1396.17 1541.~3 7~.87 1396.25 1541.39 78.72 1396.33 1528.41 7~.72 1396.42 1517.83 78.72 1396.5~ 1589.32 78.72 1396.58 15~1.19 7~.87 1396.67 1494.28 7~.72 1396.75 1487.95 7~.72 1396.92 1477.31 78.87 1397.80 1472.43 7~.72 1397.88 . 1517.93 7~.72 1397.17 1544.39 7~.72 1397.25 ~551.83 78.72 ET 1397.33 1397.42 1397.5~ 1397.50 1397.67 1397.75 1397.83 1398.88 1398.~8 1398.17 1398.25 1398.33 1398.42 1398.5~ 1398.58 1398.67 1390.83 1399.fiE 1399.17 1399.33 1399.5~ 1399.58 1399.67 1399.75 1399.83 1399.92 14~,~ 14~.25 14~.33 14~.42 14~.5~ 14~.58 148~,67 14~8,75 14~.92 14~1.17 1481.33 1481.58 14~1.67 14gl.83 14~2.17 14B2.33 14~2.5~ 14~2.67 14~3.~8 14~3.33 14~3.67 14~4.~E 1484.33 1485.~ 14~5.67 14~8.33 PW 1537.47 1544.73 1547,41 1535.3~ 1523.66 1513.77 15~4.97 -1498.88 1484.57 1478.87 1473.57 1468.74 1464.2Z 146~.88 1456.21 1452.57 1446.~4 144~.29 1435.18 143~.57 142'6,53 1459.94 1557,83 1544.66 1544.73 1529.16 1515.63 15~5.~4 1488,73 1401.87 1475.72 1470.11 1465.g9 1468.47 1456.27' 1448.77 1445.42 1439.42 1434.13 1429.44 1425.3~ 1421.6H 1418.31 1415.37 1412.75 141~.39 14~8.28 14~4.71 14~1.93 1399.94 1398.67 1397.91 1397.22 1396.7~ 1396.85 TW 7~.87 7~.87 78.72 7~87 7~.72 78.72 78.72 7~.72 7~,72 70.72 7~.72 7~.72 78.72 78.72 7g.72 7~.72 7~.72 7~.72 78.72 7~.72 7~.72 7~.72 78.72 7~.72 7~.72 7~.72 7~.72 7~.72 7~.72 7~.57 78.72 70.72 7~.57 78.72 7~.57 7~.57 7~.57 7~.72 78.57 78.72 7~.72 7~.72 7~.72. 7~.72 7~.57 7~.72 78.72 7~.72 70.57 7~.57 78.57 78.72 7fi.57 7~.72 78,57 PAGE 2,1 FIELD. REPORT # : 14568C ET PN TN 14~9.~ 1396.83 7~.57 1469.17 1396.85 7g.57 1489.25 1396.82 78.72 1489.33 1398.54 78.57 14.89.42 1529.58 78.72 1489.58 1511.16 7~.72 1499.58 153~.~9 78.57 1489.67 1522.98 78.72 1489.75 1522.35 78.72 1489.83 1523.98 78.57 1489.92 1519.95. 78.72 1418.88 1519.67 7~.57 1418.88 1514.52 78.57 1418.17 1515.51 78.57 1418;25 1515.44 78.72 1418.33 1512.64 7~.57 1418.42 1511.43 78.72 1418.58 1589.34 78.72 I~18.58 1587.92 78.57 1418.75 1584.54 78.72 1418.83 1582.53 78.72 1418.92 15~8.21 78.57 1411.~8 1499.82 78.57 1411.88 1496.87 7~.72 1411,17 1496.87 78.72 1411.25 1498.69 78.72 1411.33 1499.34 78.57 1411.42 1498.89 78.57 1411.5~ 1498.68 78.72 1411.58 1495.31 78.57 1411.67 15~,58 78.57 1411.75 1495,40 78.57 1411.83 1495.54 7.8.57 1411.92 1494.65 78.57 1412.88 1494.28 78.57 1412.88 1494.48 7~.57 1412.17 1493.81 78.72 1412.25 1493.87 78.72 1412.33 1493.37 78.57 1412.42 1493.22 78.57 1413.75 1487.66 78.57 1414.88 1486.27 7~.42 1414.17 1486.83 7~.57 1414.25 1408.59 7.8.57 1414.33 1487.~9 78.42 1414,58 1484.87 7~.42 1414.67 1483.68 78.57 1414.75 1483.27 78,57 1414,83 1482,38 7~.57 1414.92 1482.55 7.8.42 1415.8g 1481.92 78.42 1415,.88 1481.77 7R.42 1415.17 1481.14 7.8.57 1415,25 1482.62 7.8.42 1415.33 1483.18 78.42 ET 1415.5~ 1416.17 1416.33 1417.67 1418.17 1418.33 1418.5~ 1419.17 1419.58 1419.58 1419.75 1428.~8 1428.17 142.8.25 1428.33 142.8.42 1428.5~ 142.8.50 142~.67 1428.75 1428.03 1428.92 1421.~8 1421.17 1421.25 1421.33 1421.42 1421.50 1421.67 1421.75 1421.92 1422.~8 1422.~8 1422.25 1422.33 1422.42 1422.58 1422.50 1422.67 1422.75 1422.03 1422.92 1423,~0 1423,17 1423.25 1423.33 1423.42 1429.58 1423.50 1423.67 1423.75 PN 1484.96 1489.48 1498.74 1498.~9 158~.05 15.81.86 15~2.64 15~3.72 1507.23 1589.~9 15~9.26 1518.17 1511.62 1502.95 1499.78 1498.57 1494.95 1492.7~ 1491.11 14.00.70 1407.41 1405.52 1409.87 1402.48 1481.48 1481.~'~ 1404.99 1485.86 1409.36 1492.68 1496.52 15~.77 151~G,33 1518,57 1524.15 1532.87 1558,45 1562,31 1573,89 157~,43 1572,87 1572.31 1569.64 1568.7~ 1569.03 1572.87 1582.86 16~.16 1615.65 1635.7.8' 1648.49 1656.76 1659.42 1GGl.B3 1663.74 TN 7~.42 7.e', 42 7.e', 27 78,27 78,42 7.g, 27 7.8,27 7.8.27 7.8,42 78,27 7.8,42 78,27 78,27 78,27 7.8,27 78.42 7.8.42 78.27 7~. 27 78.27 7.8.27 78.27 7.8.42 78.27 7.g. 27 78,27 78.27 7~.27 7~.27 78.27 7/J. 27 7$J. 27 7S~. 27 7.8.27 78.27 78.27 7N. 27 78.27 7.8. Z7 7g. 27 7~.27 71J'. 27 7.8.27 7~'. 27 7.8.27 ' 7.8.27 7.8,12 7~.27 7N.27 7~J. 12 7.8.27 78.1Z 7H.27 7,0.27 PAGE 2[2 FIELD REPORT # : 1456gC ET PW TW 1423.83 1667,~8 7~.27 1423,92 1669,81 7~,27 1424,~ 1671,72 7~,27 1424,~8 1674,g8 7~.27 1424.17 1676.89 7g.27 1424.25 ' 1678,78 7~,12 1424,33 1675,32 78,27 1424.58 1669.78 78.27 1424.58 1666.79 78.27 1424.67 1664.95 7~.27 1424.75 1664.~8 78.27 1424.92 1668.82 78.27 1425.8~ 1668.6~ 7g.27 1425.80 1659.99 78,12 1425.17 1658.79 78.27 1425.25 1658.54 78.27 1425.33 1658.81 7~.27 1425.42 1650.13 78.27 1425.58 1657,68 78.12 1425.58 ~658.~1 78.27 1425,67 1657,94 78,12 1425.75 1657,16 7~.27 1425.83 1656.93 78.27 1425,92 1657,28 78.27 1425.88 1655.87 78.12 1426.88 1655.58 78.27 1426.17 1655.84 78.27 1426,33 1654.59 7~,12 1426.5~ 1654,68 7~,27 1426.58 1653.98 70.27 1426,67 1653.9~ 7~.27 1426.75 1654.~8 7~.27 1426,83 1653,27 70,27 1426.92 1652.91 7~.27 1427,g8 1653,69 7~,27 1427,17- 1653.48 7~,12 1427,25 1653,93 7~,27 1427,33 1654.12 7~,12 1427~42 1653.54 78.27 1427.58 1654.34 7~.12 1427,58 1654,73 7~,12 1427,67 1654,17 7~,27 1427,75 1654,47 7~,12 1427.83 1655,26 7~,12 1427,92 1654,76 7~,12 1428,O~ 1654.58 7~.12 1428.08 1655.48 70.27 1420.17 1655.57 7~.27 1428.25 1655,84 78,27 1428,33 1655,67 78,27 1428.42 1655.77 70.27 1428.5~ 1655.17 78.12 1428.67 1655.98 7~.12 1428,75 1655,11 78,12 1428,83 1655,31 7~,27 ET 1428.92 1429.~8 1429.17 1429.25 1429,33 1429,42 1429.5~ 1429.58 1429.67 1429,75 1429.83 1429.92 1438.~ 143~.~8 1438.17 143~.25 143~.33 1438.42 143~.58 14.3~.58 143~.G7 143~.75 143~.83 1430,92 1431.~8 1431,~8 1431,17 1431,25 1431.33 1431,42 1431.5~ 1431.58 1431.67 1431.75 14.31.03 1431.92 1432.8~ 1432.~8 ~432.17 1432.33 1432.42 1432.58 1432.67 1,I32.83 1432.92 1433.~ 1433.~'0 1433.17 1433.25 1433.33 1433.42 1433.5g 1433.58 1433,67 1433,75 PN 1656.13 1654.99 1655.91 1655.79 1654.94 1655.55 1655.84 . 1654.73 1655.41 1655.06 1655.79 1659.42 1666.35 1674.35 1682.67 1691.46 1697.3~ 17S3.37 17~8.16 1685.16 1665.2H 1653,35 1644.7~ 163G.6~ 1631,34 1629,16 1628,72 1627,73 1620.39 1628.~4 1626.87 1627,37 1629,~7 1631.34 1635.f5 1637.25 1648.96 1652.73 1662.53 1681.58 1689.72 17~4,36 171~,4~ 1719,~4 1723.94 1726.90 1729.5~ 1732,78 1735.85 1736.3~ 1737.97 1739.89 174f.99 1726.79 1717.29 TW 7N.27 7~.12 7~.12 7~.27 70.12 7~.12 78.27 7~.12 78.12 7~.27 7~.12 78.12 7~.27 7~.27 7H,12 78,27 78,27 7~.12 78.27 7~.12 7~.12 78.12 7~.27 7~.12 78.12 7~,12 7~.12 7~,12 7~.12 7~,27 7~,12 7~,12 7~.12 7~.12 7~.27 7~.27 7g,27. 7~,12 7~,27 7~,12 7~,12 7~,12 7N,12 7~,12 7~,27 7~.27 7N,12 78,12 7~,27 7~,27 78,12 7~,12 78,12 7N,12 78,12 PAGE CD FIELD REPORT.# ~ 1456~C ET PN TN 1433,83 17~,77 7~.27 1433.92 17~5.~6 7~.12 1434.~O 17~.03 7~.27 1434.17 1695.43 7~.12 1434.25 1692,79 7~.12 1434.42 169~.56 70.12 1434.5~ 1689.O9 7~.12 1434.58 1688.O7 7~.12 1434.67 1687.77 7~.12 1434.75 1606.84 7N.12 1434.83 1686.19 7~.12 1434.92 1686.39 7~.12 1435.~ 1605.97 7~.12 1435.~8 1685.15 7~.12 1435.17 1685.56 7~.27 1435.25 1685.59 7~.27 1435.33 1684.65 7~.12 1435.~2 1684.43 ~.27 1435.5~ 1604.84 7~.27 1435.58 1684.37 7~.27 1435.67 1604.14 7~.12 1435.75 1604.41 7~.12 1435.92 1603.95 7~.12 1436.~ 1684.43 7~.12 1436.~8 1684.29' 79.12 1436.17 1683.68 7~.12 1436.33 1684.57 7~.12 1436,42 1683.66 7~.12 1436.5~ 1683.58 7~.12 1436.58 1604.21 7~.12 1436.75 1603.82 7~.27 1436,83 1684.~4 7~.12 1437.~ 1683.71 7~.12 1437.88 1684.21 7~.12 1437.25 1603.25 7~.12 1437.33 1684.21 7~.12 1437.42 1684.7~ 7~.12 1437.5~ 1683.83 7~.12 1437,58 1684.~9 7~.12 1437.67 1684.86 7~.12 1437.75 1684.2~ 7g.27 1437.83 1683.94 70.12 1437,92 1684.6~ 7g.12 1438.~ 1684.67 7~.12 1438.~0 1684.48 7~,12 1438.17 1684.86 7~.27 1438.33 1584.98 7~.27 1438.42 1605.45 7~.12 1438.5~' 1685.35 7~.12 1438.58 1684.96 7~.12 1438.67 1685.73 7~.12 1438.75 1685.9~ 70.12 1438.83 I685.~6 7~.12 1439.8~ 1686.11 7~.27 1439.~8 ~685.39 70.12 ET 1439.17 1439.z5 1439.42 1439.5~ 1439.67 1439.75 1439.83 1439.92 144~.~ 144~.B8 1448.17 '144~.33 144~.42 1449,59 144~.58 144~.75 1448,92 1441.~ 1,141.~8 1441.17 1441.25 1441.33 144'1.,i2 1441.5~ 1441.50 1441.67 1441.75 1441.03 1441.92 1442.~8 1442.~8 1442.17 1442.39 1442.42 1442.58 1442.67 1442.75 1442.89 1442.92 1443.~0 1443.17 14.43.25 1443.33 1443.~2 1443.5~ 1443.58 1449.67 1443.75 1443.83 1443.92 1444.~ 1444.17 1444.25 1444.33 1444.42 1685.18 1686.~5 1685.92 1686.39 1606.29 1606.79 1686.U3 1686.53 1687.37 1687.14 1686.58 1687.5fi 1689.43 1680.00 1688.68 1687.49 1607.09 16~7.55 1687.96 1688.~G 16~7.76 1688.34 1608.37 1607.00 1688.75 1688.7~ 1687.04 1608.27 1609.~5 1680.35 1688.18 1688.93 1688.42 1608.0H 1688.76 1689.22 1689.H~ 1689.16 1689.69 1608.93 1689.53 1689.06 1~00.97 1609.29 1689.99 1689.45 16~9.31 169~.~9 1689.99 1689.5~ 169~.gl 1689.72 !69~.13 1689.74 1609.09 T~ 7~.12 7~.lZ 7~.12 79.12 7~.12 7B.12 69.97 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7fi.12 7~.12 7~.12 7~.12 7~.12' 7~.12 7~.12 7~.12 7~.12 7~.27 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7B.12 7~.12 7~.12 7~.12 7~.12 7~.12 79.12 7~.12 -79.12 7~.12 7~.12 79.12 7~.12 7g.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 69.97 7~.12 7~.12 PAGE FIELD REPORT # : 14566C ET PW TV ~444.5~ ~69~.49 7~.~2 1444.58 1696.15 76.12 1444.67 1689.58 76.12 1444.75 1696.44 76.12 1444.83 1696.76 7~.1Z 1444.92 1689.74 7~.12 1445.66 1696.68 76.12 1445.~8 1696.93 7~.12 1445.17 1696.11 76.12 1445,25 1689.74 7g.12 1445.33 1696.66 7~.12 1445.56 1696.16 7~.12 1445.58 1696.47 7~.12 1445,75 1698,33 7g.12 1445.83 1698.72 69.97 1446,88 1698.47 78.12 1446.88 1691.17 7~.12 1446.'17 1696,66 '78.12 1446.25 1698.42 78.12 1446.33 1691.~2 76.12 1446.58 1698.56 7~.12 1446.58 1691.27 76.27 1446.67 1691.18 7~.12 1446.75 169~.47 7~.12 1446.83 1691.14 7~.12 1446.92 1691.29 78.12 1447.~8 1698.52 70.12 1447.17 1691.68 78.12 1447.'25 1696.05 76.12 1447.42 1691.66 7~.12 1447.58 1698.97 76.12 1447.58 1691.16 7~.12 1447.67 1691.88 7~.27 1447.75 1691.14 7~.12 1447.83 1691.16 78.12 1447.92 1691.78 78.12 1448.88 1698.95 7~.12 1448.17 1691.55 78.12 1448.33 1591.17 78.27 1448.42 1691.68 76.27 1448.58 1691.12 76.12 1448.67 1691.39 69.97 1448.89 1698.98 7~.12 1448.92 1691.48 78.12 1449.68 1691.84 78.27 1449.17 1691.73 78.12 1449.25 1691.34 78.12 1449.33 1698.73 78.27 1449.42 1691.76 76.12 1449.5~ 1691.49 76.12 1449.50 169~.71 76.12 1449.67 1691.43 76.12 1449.75 1691.65 78.12 1449.83 1696.78 7~.12 1449.92 .1691.87 78.12 ET 1456.~0 145~.17 145~.~5 145~.33 145~.42 1458.58 1458.50 145~.67 145~.75 145~.03 145~.92 1451.~ 1451.~8 1451.17 1451.25 1451.33 1451.42 1451.5~ 1451.58 1451.67 1451.75 1451.03 1451.92 1452,~ 1452.~8 1452.17 1452.25 1452.33 1452.~2 1452.5~ 1452.58 1452.75 1452.03 1453.fi8 1453.17 1453.25 1453.33 1453,58 1453-,67 1453.75 1453.92 1454.88 1454.~0 1454.17 1454.25 1454.39 1454.42 1454.58 1454.67 1454.75 1454.83 1454.92 1455.~6 1455.88 PW 1692.f14 1691.~4 1691.B~ 169'1.~7 1691.12 169~.97 1691.67 1691.61 1691.M~ 1691.58 1691.6~ 1691.~2 1691.51 1691.53 1691.2~ 1691..61 1691.63 1691.36 1691.66 1691.53 1591,15 1691.72 1691.75 1691.65 1691.65 1691.99 1691.12 1691.19 1691.~? 1691.19 1691.14 1691.7~ 1691.~2 1691.4~ 1691.16 1691.36 1691.24 1691.43 1691.~5 1691.65 1698.86 1691.77 1698.81 1691.85 1691.0~ 1698.73 169~.56 1691.39 169~.20 1691.85 169~.68 16~9.92 1698.54 169N.42 1689.75 TW 7~.12 76.27 7~.12 7~.12 78.12 78.12 7~.27 7~.12 78.12 78.27 78.12 7~.12 78.12 78.12 7~.12 7~.12 7~.12 7~.12 7~.12 76.12 78.12 78.12 7~.12 7~.12 7~.12 7~.12 7N.27 7N.12 7~.12 7~.12 7N.27 78.12 7N.12 7~.12 7~.27 78.12 7~.12 7~.12 7~.12 70.12 78.12 78.12 76.12 7~.12 78.12 7~.12 7~.12 76.12 78.12 7~.12 7~.27 78.12 7~.12 78.12 7~.lZ PAGE ,25 .I. :. FIELD REPORT # , 1456gC EY P~ T~ 1455.25 1689.77 7~.12 1455.33 1688.95 7~.12 1455.42 1688,87 7~,12 1455.58 1688.~3 7g.27 1455.67 1608.41 7~.12 1455.83 1687.86 78.12 1455,92 1686,53 78,27 1456,84 1686,26 78.12 1456.88 1685.64 7~,12 1456.17 1685.9~ 78.12 1456.25 1684,81 78.12 1456,33 1684,77 7~.27 1456,5~ 1684,41 78,12 1456.58 1603.85 78.12 1456,67 1683,73 78.12 1456.83 1682.37 78.12 1456.92 1682.88 7~.12 1457,88 1682,74 7~.12 1457,~8 1681,79 7~.12 1457.25 1602.g6 7g,27 1457.33 1681,21 78.12 1457,42 1681,62 7~,12 1457,5~ 1681,63 7~.12 1457,58 168~,07 7~,12 1457,67 168~.68 7~.27 1457.75 1681.53 7~.12 1457.83 1679.86 78,12 1457.92 168~.~5 7~,12 1458.~8 1601.19 78.12 1458.~8 1679,62 7~,27 1458,17 1679,72 7~,12 1450,25 168~,66 7g.12 1458.33 1879.33 7~.12 1458.42 1679.28 78.12 1458.58 168~.86 7~.12 1458.58 1679.31 7~.12 1458,67 1679.83 7~,27 1458.75 1679.89 7~.12 1458.92 1678.45 78.27 1459.~0 1679.35 7~,27 1459.~8 1678.97 7~.12 1459.17 1678.31 7~.12 1459.25 1679.13 7~.12 1459,33 1678,78 78.12 1459.42 1670.87 7~,12 1459.58 1678.75 7~.12 1459.58 1678.63 78.12 1459.67 1677.91 7~.12 1459.75 1678.67 7~.12 1459.83 1678.68 78.12 1459.92 1677.86 7~.12 146~.88 1578.55 7g.27 1468,~0 1678.68 78,12 146~,17 1677,69 78,12 146~.33 1678.49 78.12 ET 146~,42 146~.50 146~.67 146~.03 146~.~2 1461.~8 1~61.17 1461.33 1461,~.2 1,161.58 1~61.67 1461.83 1461.92 1462.~0 1462.17 1462.25 1462.33 1462.42 1462.50 1462.67 1462.75 1462.83 1462.92 1463.~8 1463.17 1463.33 1463.42 1463.58 1463.67 1463.83 1463.92 1464.~0 1464.17 1464.33 1464.42 1464.58 1464.50 1464.67 1464.75 14.64.83 1484.92 1465.~8 14.65.17 1465.25 1465.33 1465.42 1465.5~ 1465.58 1465.67 1465.75 1465.83 1465.92 1466.g~ 1466.~8 1677,60 167o.31 1677.75 1678.!4 1677.66 1678.1~ 1677.51 1878.2! 1677.57 1678.1~ 1677.81 1678.92 1670.72 1679.5g 1679.91 16~.66 1681.~9 1680.8~ 16U1.SD 1681.18 1681.58 1681.5~ 16~.81 168N.07 160~.~5 1679.~ 1679.26 1679.14 1678.55 1678.6H 1678.12 1678.44 1677.91 1678.32 1677.78 1678.41 1678,44 1677.88 1678.19 1678.28 I877.64 1678.31 1677.73 1678.~7 1678.~5 1677,44 1677.97 1678.12 1677.51 1677,97 1678,~8 1677.4~ 1678.~8 1678.~7 TW 7N,27 7R.12 7~.27 7~.12 7~.27 7~.12 7~.12 7~.27 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 78.12 7~.12 7~.12 7~.12 7~.12 7~.27 78.12 7~.27 7~.12 7~.12 7~.12 7~.12 70.12 7~.12 7N.27 7~.12 7N.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7R.12 7~.12 7~.12 7~.12 7~.27 78.12 7~.12 7~.12 7~.12 7~.12 7~.12 78.12 7~.12 78.12 7~.12 70.12 PAGE ; .'-'. f c-Ji .: FIELD REPORT.# ~ 1456~C ET PN TN 1466,17 1677.45 7g.12 1466.25 1677.91 7g.12 1466.33 1677.9g 7g.12 1466.42 1677.25 7~.12 1466.5~ 1678.~ 7g.27 1466,58 1677.06 7~.12 1466,67 1677.39 7~.27 1466.75 1677.99 70.27 1466.83 1677.93 7g.12 1466.92 1677.18 7g.12 1467.gO 1677.93 7~.12 1467,g8 1677,79 7g.12 1467.17 1677.22 7g.27 1467.25 1677.98 7g.12 1467.33 1677,05 7g.27 1467.42 1677,37 7~.12 1467.5~ 1677.99 7~.27 1467.58 1677.85 7~.12 1467.67 1677.35 7~.27 1467.75 1678,~2 7~.12 1467,83 1677,86 7g.12 1467.92 1677.2~ 7g.12 1468.~ 1677,95 70.12 1468.g8 1677.86 7~.12 1468.17 1677.2~ 7g.27 1468.25 1677.97 7g.12 1468.33 1677.83 7N.12 1468.42 1677.16 7g.12 1468.5g 1677,81 7g.12 1468.58 1664,g3 7~.12 1468,67 1625,24 7~,12 1460,75 1587,3N 7N,12 1468,83 1557,65 7~,12 1468,92 1544,23 7g,12 1469.~O 1532,8~ 7~.12 1469,g8 1524,97 7~,12 1469,25 1526,~5 7~,27 1469,58 1527,~8 7~,12 1469.67 1527.5~ 7g.27 1469.75 1527.55 7g.27 1469,83 1525,28 7g.27 1469,92 1524,76 7g.12 147~.g8 1524,71 7g.12 1470,25 1524.95 7g,12 147~,33 1524.8g 7g.12 147g,42 1523.62 7g.12 147g.50 1524.2g 7g.12 147g.58 1525.28 7g.12 147~.67 1522.68 7g.12 147~.75 1521.44 7g.12 147~.83 1522.89 70.12 147~.92 1523.91 7~.12 1471.~ 1521.3g 7~.12 1471.~8 1532.~O 7~.12 1471.17 1558,32 7g.12 ET 1471.25 1471.33 1471.42 1471.5~ 1471.58 1471.67 1471.75 1471.83 1471.92 1472.25 1472.42 1473.~8 1483.75 1484.42 1484.75 1484.92 1485.~8 1405.17 1485.25 1485.33 1485.42 1485.58 1485.67 1405.83 1485.92 1486.~g 1406.17 1406.33 1486.5g 1406.67 1486.83 1487.~ 1487.17 1487.33 1487.5g 1407.67 1487.83 1488.gg 1488.g8 1488,17 1480.25 1488.33 1400.42 1408.5g 1488.58 1408.67 1480.75 1408.83 1408.92 1489.~ 1489.~8 1489.17 1409.25 1489.33 P~ 1549.41 1541.23 1529.22 1525.75 1525.06 1529.44 153~.31 1529.63 1529.22 1528.93 1528.24 1527.66 1526.45 1526.4~ 1526.37 1526.32 1526.32 1527.~2 153N.75 1531.74 1524.15 1514.82 15~1.11 1494.51 1483.13 1477.94 1479.~7 1464.O2 1455.07 1448.45 1441.60 1435.47 1429.79 1424.54 1419.73 1415.25 1411.12 14~7.26 14~3.68 1558.35 1542.66 1533.6~ 1527.6~ 1523.14 152~.86 152~.~6 1510.86 1516.88 1514.56 1514.58 1513.93 1513.~1 1512.62 151g.9~ 151g.86 T~ 7g.27 78.27 7~.12 7~.12 7~.12 7~.27 7g.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7~.12 7g.1'2 7~.12 75.12 7~.12 70.12 7~.12 7~.12 7~.12 7~.12 7~.12 7g.lZ 7~.12 7~.12 69.97 7g.12 7~.12 7~.12 7N.12 7g.12 7g.12 7~.12 7N.12 7~.12 7~.12 7~.12 69.97 7~.27 7~.12 7~.12 7~.]2 7~.12 7~.12 7~.12 69.97 7~.12 7~.12 7~.12 7g.12 7~.]2 7~.12 7g. IZ PAGE 2,7 FIELD REPORT ~ t 1456gC ET PN TN 1489.42 1599.7~ 79.12 ~ 1489.5~ 15~8.29 7g.12 1489.67 15~6.21 7~.12 1489.75 1504.81 7~.12 1489.83 15~4.77 7~.12 1489.92 15~2.58 7~.12 149~.~ 15~1.23 7~.12 149~.~8 15~.85 7~.12 149~.17 1498.31 7~.12 149~.25 1498.36 7~.12 149~.42 1495.37 7~.12 149~.5~ 1495.34 7~.12 1490.67 1492.22 7~.12 149~.75 1491.77 69.97 1490.92 1488.6~ 7g.12 1491.~8 1487.24 7~.12 1491.17 1486.15 7~.12 1491.~5 1485.30 7~.12 1491.33 1484.g3 69.97 1491.42 1482.51 69.97 t491.5~ 1482.33 7~.12 1491.58 148~.5~ 69.97 1491.67 1482;92 7~.12 1491.75 148~.55 69.97 1491.83 1481.36 7~,12 1491.92 1481.69 69.97 1492.~8 1481.98 69.97 1492.25 1482.91 69.97 1492.58 1483.g9 69.97 1492.67 1482.38 70.12 1492.75 1483.11 69.97 1492.83 1483.~1 69.97 1492.92 1481.15 7~.12 1493.~8 1476.75 69.97 1493.17 1473.95 69.97 1493.25 1472,13 69.97 1493.33 1469.46 69,82 1493.42 1467.21 69.97 1493.58 1463.31 69.97 1493,67 146~.66 69.97 1493.75 1459.47 69.82 1493.83 1457.82 69.97 1493.92 1455.74 69.97 1494.~ 1453.24 69.82 1494.~8 1452.19 69.97 1494.17 145~.24 69.82 1494.25 1447.55 69.82 1494.33 1446.37 69.82 1494.42 1444.~5 69,82 1494.50 1442.28. 69.82 1494.58 1441.63 69.82 1494.67 1439.24 69.67 1494.75 1436.39 69.97 1494.83 1434.~7 69.82 1494.92 144~.91 69.82 ET 1495.~ 1495.~D 1495.17 1495.25 1495.33 1495.42 1495.5~ 1495.58 1495.67 1495.75 1495.83 1495.92 1496,~fi 1496.g8 1496.25 1496.42 1496.5~ 1496.50 1496.67 1496.75 1496.83 1,196.92 1497.~ 1497.~8 1497.17 1497.33 1497.42 1497.5~ 1497.58 1497.67 1497.75 1497.83 1497.92 1498.~g 1498.~8 1498.17 1498.25 1498.33 1498.5~ 1498.58 1498.67 1498.75 1498.92 1499.~8 1499.42 1499.75 1499.83 1499.92 15~.~ 15~.~8 15~.17 150~.25 15~'H.33 15~.42 15~.5~ PW 1438.25 1435.84 1434.89 1434.77 1434.~9 1434.34 1434.21 1434.39 1435.4~ 1436.15 1436.66 1436.27 1436.66 1433.95 143~.27 1427.83 1425.42 1425.25 1423.31 1421.72 1419.79 1419.2~ 1417.24 1416.47 1414.~1 1411.66 141~.34 14~7,58 14~6.35 1495.41 14~3.21 14~2.72 14~1.~3 1398.52 1397.71 1396.46 1394.53 1393.18 139~.2g 1386.~4 1388.99 139~.~8 1391.44 1391.83 1391.79 1391.44 139~.42 1392.74 1389.92 1389.36 1385.39 1383.61 1383.51 138~.2~ 1370.4~ TW 69.~2 69.67 69.82 69.67 69.67 69.67 69.67 69.67 69.67 69.67 69.67 69.67 69.67 69.52 69,52 69.52 69.52 G9.52 69.52 69.52 69.37 69.52 69.52 69.52 69.52 69.37 69.52 69.37 69.37 69.37 69.37 69.37 69.22 69.22 69.37 69.22 69.22 69.22 69.22 69.37 69.22 69..37 69.22 69.~7 69.22 69.22 69.g7 69.~7 69.f7 69.~7 68.92 69.~7 69.~7 69.~7 69.~7 PAGE 28 FIELD REPORT # ~ 1456gC ET PW TW 15~.5~ 1377,~7 69.~7 15~0.G7 1375.39 68.92 1588.75 1373.84 68.92 1588,83 1371,80 69.87 1588,92 .1369,88 68,92 1581.~8 1368.27 69.87 1581.17 1366.39 68.92 1581,25 1364.26 68,92 1581,33 1363,35 68.92 1581,42 1362,96. 68.92 1551,5~ 1368.35 68.92 1581.58 1358,98 68.92 1501,67 1357,16 68.92 15~1,83 1354,35 68.76 1581,92 1353,68 68.76 1582.~8 1351.19 68.76 1582,88 1348,96 68,76 1582.'17 1347.97 68.92 1582,25 1346.64 68.92 15~2,33 1344.51 68.92 15B2.42 1343.33 68.76 1582.5~ 1345.46 68.76 1582,58 1346.98 68.76 1582.67 1347.34 68.76 1582,83 1349,25 68.76 1582,92 1349.86 68,75 1583,~8 135~,25 68.76 1503,17 1358,2~ 68.76 1583,25 1349.42 68,76 1583,33 1351,92 68,61 1593.42 1348.62 68.76 1593.58 1346.58 68,61 1583,58 1344.79 60.61 1583.67 1343,93 68.76 1583.75 1342,12 68.61 1593.83 1339,54 68.76 1503.92 1337,22 68.61 1584.~8 1333,83 68,61 15~4,17 1331,92 68.61 1584.25 1329.89 68.61 1594.42 1327.55 68.61 1584.58 1325.15 68.46 1584,58 1324.4~ 68,61 1584.75 1319,67 60.46 1584,83 1319,35 60.46 15~4.92 1316.54 60.61 1585.~8 1314,78 68.61 1595.~8 1314.88 68.46 1585,17 1311,88 68.61 1585,25 1318,77 60.46 1585,33 1308,9~ 68,46 15~5,5~ 1386,29 68.46 1585,58 13~5,91 68.46 15~5,67 1387,99 68.46 1585,75 1388,49 68.46 ET 15E5.83 1585.92 1586.~ 15~6.17 15~6.33 15~6.58 1586.67 15~6.75 15~6.83 15~6.92 15~7.~8 1587.17 1587.33 1587.42 1587.5g 15~7.58 1567.75 15~7.83 15~7.92 15~8.~ 15~8.17 15~8.25 15~8.33 15~8.5~ 15~8.58 1560.67 '15~0.75 15~0.83 15~8.92 1589.~ 15H9.88 15~9.17 15H9.33 15~9.42 15~9.5~ 15~9.67 15~9.75 15~9.83 151H.~ 151~.25 151~.33 151~.42 151~.58 151~.67 t518.75 151~.83 1511.17 1511.25 1511.33 1511.42 1511.5~ PW 13~8,67 13~8.62 1397.79 1396.88 1367,31 1387.24 13~6,88 1312,12 1367.g5 1381.65 1368,57 1298.71 1296.48 1295.36 1292.64 I291.67 1289.37 1288.~9 1204.05 1282.74 1281.27 128~.40 1275.61 1275.32 1274.31 126.9.66 1269.~9 1268.~5 1260.51 1261.52 1258.01 1257.79 1261.81 1263.04 1266.59 1267.39 1267.56 1267.47 1264.78 1262.78 1262.39 1261.71 1257.94 1257.24 1255,98 1253.84 1252.29 1252.82 1251.H1 1248.65 12,14.g0 1243.22 1241.53 1248.32 1239.35 '~TW 68.46 68.46 68.46 68.46 68.46 68.46 68.46 68.31' 68.31 60.31 68.31 68.31 68.31 60.46 68.31 68.31 68.31 68.31 68.31 68.31 68.31 68.16 68.31 68.16 68.31 68.31 G8.1G 60.16 G0,31 60.31 60.16 68.16 68.16 68.16 68.16 68.16 68.16 68.16 60.81 GO,gl 68.~1 GO.H1 GO.HI 60.81 GO.gl 67.86 60.~1 68.~1 67.86 68.gl 60.~I 67.86 67.86 68.~1 67.06 PAGE ~9 FIELD REPORT.e : 1456~C ET PW TW 1511,58 1237.95 67.86 1511.75 1235.68 67.86 1511,83 1233,89 67.86 1511,92 1233.11 67.86 1512,~8 1229,99 67,86 1512,25 1227,92 67,71 1512,33 1226.41 67.86 1512.42 1225.64 67.71 1512.5~ 1226.~3 67.71 1512.58 1229.87 67.71 1512,67 1227.69 67.71 1512.75 1226.63 67.71 1512.83 1226.~3 67.71 1513,~9 1225.5~ 67.71 1513,17 1225,61 67.71 1513,33 1226,12 67,71 1513,67 1226,36 67.71 1513.83 1226.31 67.71 1513.92 1226.25 67,56 1514,~ 1223,13 67,71 1514,98 1221,51. 67.56 1514,17 1222,35 67,71 1514,25 122~,83 67,56 1514,42 1219,64 67,56 1514,58 1216,86 67.56 1514,67 1215,24 67,56 1514.75 1214.~6 67.56 1514.92 1211,38 67.56 1515.0~ 12~9,37 67.56 1515.~8 1297.gG 67.56 1515,17 12~6,~5 67.56 1515.25 12~4.65 67,41 1515.33 12~3,76 67.41 1515.5~ 1201.2~ 67.41 1515.58 I199.5~ 67,41 1515.67 1198,13 67.41 1515.75 1196.46 67.41 1515.92 1193.77 67.41 1516.80 1192.25 67.41 1516.~8 119~.51 67.41 1516,17 1189,~6 67,41 1516.25 1187,~ 67.41 1516.33 1105,42 67,41 1516,42 1184.15 67,41 1516,5~ 1185,11 67.41 1516.58 1182.94 67.5G 1516.67 1184.97 67.41 1516.75 1186.2~ 67.41 1516.83 1186,95 67,41 1517,~ 1187.46 67.41 1517.~8 1107,43 67.41 1517.17 1106.91 67.26 1517.25 1186,68 67,26 1517.33 1176.77 67.26 1517,42 !18~.~1 67.26 ET 1517.5E 1517.50 1517.67 1517.03 1518.~ 1518.~8 1518.17 1518.33 1518.42 1518.58 1518,67 1518.83 1518.92 1519.~ 1519.17 1519.25 1519.42 1519.5~ 1519.58 1519.67 1519.75 1519.92 152~.~8 152~.25 152~.33 152~.42 152~.5~ 152~.58 152~.67 152~.75 152~.83 1521.~ 1521.~0 1521.25 1521.42 1521.5~ 1521.58 1521.75 1521.83 1522.fi~ 1522.!7 1522.33 1522.42 1522.5~ 1522.58 1522.67 1522.75 1522.03 1522.92 1523.~ 1523.17 1523.25 1523.33 1523.5~ 1523.50 PW 118~.25 1179.6~ 1178.42 1175.52 1171.55 117N.15 1168.~6 1165.24 1163.31 11G~.2~ 1158.35 1155,3R 1153.55 1152.13 1148.72 1147.24 1143.6~ 1142,51 1140.81 1139.84 114~.42 1143.47 1144.99 1145.81 1145.99 1143.78 1142.38 114~.4~ 1138.05 1137.94 1136.31 1133.48 1131.9~ 1128.35 1125.12 1123.66 1121.88 1118.85 1117.~5 1113.46 111~.43 11~6.98 11~5.91 11B4.53 11~2.92 11~3,59 11B3,25 11B5.16 I1~6.22 11~6.69 11~6.3~ 11~6.93 11~5.31 1194.7~ 1~96.84 67.26 67.26 67.26 67.26 67.26 67.26 67.26 67.26 67.1~ 67.26 67.1~ 67,1~ 67.1~ 67,1~ 67.26 67.1~ G7.l~ 67.1~ 67.1~ 67.1~ 66.95 67.1~ 67.1~ 67.1~ 66.95 66.95 66.95 66.95 66.95 67.1~ 66.95 66.95 66.95 66.95 66.80 GG.O~ 66.95 66.95 66.95 66.95 66.8~ 66.8~ 66.65 66.8~ 66.65 66.8W 66.8~ 66.8~ 66.8~ 66.8~ 66.65 66.65 66.65 66.65 66.65 PAGE FIELD REPORT # : 1456gC ET PV T~ 1523,67 1~98,22 66.65 1523,75 1~99.12 66.65 1523.83 - 1999.g9 66.5~ 1523,92 1098.68 66.65 1524.99 1997.~0 66.59 1524.~8 1~95.25 66.65 1524.17 1~93,89 66.5~ 1524,33 1996.31 66.59 1524.42 1988.81 66.65 1524.5B 1~87.78 66.65 1524.58 1686.~8 66.59 1524.67 1~84.14 66.56 1524.83 198~.93 66.65 1525.~0 1677.32 66.5~ 1525.~8 1~76.14 66.5~ 1525.1.7 1~74.37 66.5~ 1525.33 1~71.35 66.5~ 1525.'56 1668.g6 66.35 1525.58 1~66.61 66.5~ 1525.67 1~64.68 66.5~ 1525.75 1~63.54 66.5~ 1525.83 1~67.27 66.5~ 1525.92 IO64.46 66.5~ 1526.9~ IH67.~2 66.35 1526.98 IH64.17 66.59 1526.17 1~62.19 66.35 1526.25 1961.38 66.35 1526.33 1961.34 66.35 1526.67 1~63.36 66.35 1526.75 1~'63.73 66.35 1526.92 1964.65 66.2g 1527.25 1~63.59 66.35 1527.33 1963.47 66.2g 1527.42 1~54.91 66.35 1527.56 1~57.57 66~29 1527.58 1~56.55 66.29 1527.75 1956.35 66.29 1527.83 1954.93 66.2g 1528.17 1947.74 66.~5 1528.25 1945.86 66.29 1528.33 1~43.75 66.29 1528.56 1~4~.63 66.2~ 1528.67 1~36.71 66.95 1528.75 1933.98 66.2~ 1528.83 1~32.73 66.05 1529.17 1926.51 66.~5 1529.33 1922.66 66.~5 1529.42 1~25.52 66.~5 1529.56 1623.99 66.95 1529.58 1936.46 66.95 1529.67 1~28.78 65.90 1529.83 1924.47 66.~5 1529.92 1~22.76 65.90 153~.~ 1921.66 65.96 1539.~8 1~2~.83 65.9~ ET 153~.17 1!~3H.33 153~.4Z 1539.5~ 1539.58 1539.67 153H.75 1539.83 1531.~ 1531.98 1531.17 1531.25 1531.33 1531.67 1531.75 1531.83 1531.92 1532.H9 1532.~8 1532.17 1532.25 1532.42 1532.58 1532.75 1532.83 1532.92 1533.~8 1533.17 1533.25 1533.33 1533.42 1533.58 1533.75 1533.83 1533.92 1534.08 1534,25 1534,33 1534.42 1534,75 1534.83 1535. ~6 1535. ~8 1535.17 1535.25 1535.33 1535.42 1535.56 1535.58 1535.75 1535.92 1536.~6 1536.17 1536.25 1536.33 P~ 1~2~.49 1H2S.73 1H21.~1 1~18.74 1929.22 192~.55 1~23.85 1922.88 1~2~.43 1~19.47 1919.33 1~19.78 1~19.G9 1HZ~.44 1~2~.61 1~Z~.39 1HZ1.5~ 1~Z1.91 18Z9.22 1H18.~ 1~16.2H 1H13.Z~ IH1~.83 1~O8.78 19~7.79 1H97.11 1~4.98 1~4.91 I~)H3.31 1882.82 1~81.28 19~.31 998.93 998.gG 997.43 995.83 9~3.87 993.93 9~1.9G 988.84 987.48 985.79 9~4.~6 904.22 982.51 981.36 982.62 981.~3 979.77 986.13 981.~3 981.65 982.12 98~.86 98Z.34 TW 65.9.~ 65.9g 65.99 65.9~ 65.9~ 65.99 65.90 65.9H 65.99 65.96 65.99 65.75 65.99 65.9N 65.75 65.99 65.75 65.75 65.75 65.75 65.75 65.75 65.6~ 65.75 65,6~ 65.69 65.66 65.6~ 65.69 65.6~ 65.75 65.6~ 65.6~ 65.44 65.69 65.6~ 65.44 65.44 65.44 65.44 65.44 65,44 65.44 65.44 65,44 65.29 65.29 65.44 65.44 65.29 65.29. 65.29 65.44 65.29 65'.29 PAGE 3.1 FIELD REPORT.# = 1456.e'C ET PN T.N 1536,42 981,73 65.44 1536,5~ 98~.g3 65.29 1536.58 977.61 65.29 1536.75 974.45 65.29 1536.92 971,84 65.29 1537,25 967,26 65.29 1537.33 965,76 65.29 1537.5~ 963.46 65.29 1537.58 962,47 65,29 1537.92 957,76 65.14 1538.~8 956,69 65.14 1538.~8 955.33 65,29 1538.42 958.88 65,14 1538,5~ 949.6~ 65.14 t538.58 948.63 65.14 1538,92 944.16 65.14 1539.~ 943,~7 65.14 1539.~8 942.64 65.14 1539.17 942.81 65.14 1539.25 94ff.17 65.14 1539,42 939.39 64.99 1539.5~ 939,58 64,99 1539.58 937.8~ 64.99 1539.67 938.79 64.99 1539.83 94~.~ 64.99 1539,92 94~,30 64.99 154~,~8 94~,53 64.99 154~,25 94~,~7 64.99 154~,33 936,13 64,99 1540.42 936.61 64.99 154~.5~ 936.~6 64.84 1540.58 935.89 64.99 154~.67 934.36 64.99 1540.83 931.63 64.84 1541.~8 928.51 64.99 1541.17 925,79 64.99 1541.25 924.13 64.99 1541.58 918.78 64.84 1541.75 916.~9 64.84 1541.83 914.81 64.84 1541.92 913.29 64.84 1542.~8 912.15 64.84 1542.~8 91~.58 64,84 1542.17 909,29 64.69 1542.25 987.67 64.69 1542.58 9~2.15 64.69 1542.67 9~.22 64.84 1542,75 099.3~ 64.69 1542.03 9g1.16 64.69 1542.92 98~.58 64.69 1543,gg 099.21 64,69 1543,~8 094.02 64.69 1543.17 098,28 64.69 1543.25 099.49 64.69 1543,33 900,25 64,69 ET 1543.42 1543.5~ 1543.58 1543.67 1!~43.83 1543.92 1544,~ 1544.g8 1544.25 1544,33 1544,42 1544.58 1544,75 1544,83 1545.~ 1545.33 1845.5~ 1545.58 1545.67 1545.75 1545.83 1545.92 1546.0~ 1546.~8 1546.17 1546.25 1!]46.33 1546.42 1546.50 1546.75 1!]46.83 1546.92 1547.R~ 1547.~0 1547.17 1547.25 1547.33 1547.42 1547.58 1547.92 1548.~ 1540.~8 1540.17 1540.33 154.8.42 1540.5~ 1548.58 1548.67 1540.75 1549.~0 1 ~149.25 1549.33 1549.42 1549.5~ 15,19.58 PW 9~,73 9~.9~ 9~.85 9~.29 899.95 897.94 893.49 891.46 89~.74 809.67 087.2~ 884.28 809.14 08~.20 075.2~ 872.61 86~.Z~ 863.64 866.4~ 871.82 875.64 876.14 875.~1 873.56 872.35 871.64 871.62 872.39 872.68 072.60 073.~4 869.56 868.06 868.54 069.~ 869.~1 868.5~ 866.37 062.86 062.13 061.12 ~6~.7~ ~59.~6 058.31 86~.13 858.7~ 857.87 857.51 n50.43 058,33 057.94 058.09 857.61 054.9~ TW 64.69 64.54 64.69 64.54 64.54 64.54 64.54 64.69 64.69 64.54 64.54 64.54 64.54 64,39 64.39 64.39 64.54 54.39 64,39 64,39 64.39 64.39 64.39 64.39 64,24 64.24 64.39 64.39 64.39 64,Z4 64.24 64,24 64,24 64,24 64,39 64,24 64.~8 64,24 64.24 64.~0 64.~8 64.~0 64.~8 64.~8 64.~0 64.~8 64.~8 64.~8 64.~0 64.~0 63.93 63.93 64.~8 63.93 63.93 PAGE 3,2 CT) FIELD REPORT.# : 14560C ET PW TN i549.67 055.91 63.93 1549.75 056.47 63.93 1549.83 '856.76 63.93 1549.92 856.66 63.93 155~.08 857.19 63.93 1558.17 856.86 63.93 1551.58 856.34 63.78 1551.83 856.28 63.78 1552.88 856.15 63.78 1552.88 852.31 63.63 1552.17 852.65 63.78 1552.25 851.68 53,63 1552,42 052,13 63.63 1552,58 851.84 63,63 1552,67 858,17 63.63 1552,03 048,~9 63,63 1553.88 846.38 63.63 1553,33 043,28 63.63 1553.58 041.65 63.63 1553,58 048.80 63.48 1553,67 044,83 63.63 1553.75 843,76 63.63 1553.83 843.48 63.63 1554.~8 848.91 63.48 1554.17 839.82 63,63 1554.25 836.82 63.63 1554.33 836.16 63.63 1554.42 836.79 63.63 1554.58 037.16 63.48 1554,58 037.84 63.63 1554,67 836.41 63.63 1555.~8 832.83 63,48 1555.17 831.25 63.48 1555.25 838.79 63.63 1555,42 829.32 63,48 1555.58 828,38 63.48 1555.67 826.75 63,48 1555.83 824,80 63.48 1555,92 824,84 63,48 1556.88 822,95 63,48 1556,33 828,82 63.48 1556.67 016.61 63.33 1556,75 015,15 63,33 1556.83 819.63 63.33 1556.92 819.68 63.33 1557.88 817.85 63.48 1557.88 817.82 63.33 1557.17 816.65 63.33 1557.58 818.26 63.33 1557.58 818.38 63.33 1557,75 817.96 63.33 1557,92 818.01 63,33 1558,80 817.62 63.33 1558,~8 018,59 63.,33 1558,17 818,78 63.33 ET 1558.33 1558.~2 1558.5~ 1558.58 1558.67 1558.83 1559.~8 1559.33 1559.42 1559.50 1559.92 1568.25 1566.42 1!;6~.75 1561.42 1561.58 1561.67 1561.75 1561.83 156.1.92 1562.~8 1562.17 1562.25 1562.42 1562.50 1562.75 1562.92 1563.~8 1563.~8 11363.17 1563.25 1563.42 1563.58 1563.83 1563,92 1564.~8 1564.42 1564.58 1564.67 1564.75 1!;64.92 1565.88 1565.~8 1565.42 1565.58 1565.58 1565.75 1565~83 1565.92 156G.~8 1566.~8 1566.17 1566.25 1566.42 1566.5~ PW TN 815.79 63.33 813.70 G3.1O 812.39 63.33 811.30 63.33 Ol~.l~ G3.33 8R9.32 63.33 887.58 63.10 883.25 63.33 8~1.94 63.33 8~.34 63.33 796.45 63.33 792.19 63.18 789.87 63.18 705.87 63.~3 777.G2 63.83 775.46 63.~3 774.37 63.~3 775.~1 63.~3 , 776.85 63.~3 777.26 63.~3 776.56 63.~3 774.72 63.18 774.28 63.~3 774.42 63.~3 774.84 63.~3 774.86 62.80 774.62 62.08 775.7~ 62.00 773.29 62.88 771.59 62.80 778.12 62.88 7G8.86 G2.88 767.94 62.88 764.81 62.72 763.05 62.88 763.8~ 62.88 768.~2 62.88 757.16 62.72 754.82 62.72 752.44 62.72 748.72 62.72 746.93 62.57 745.4~ 62.72 737.72 62.57 735.84 62.57 733.64 62.57 738.49 62,57 731.12 62.57 738.49 62.57 728.73 62.57 729,~9 62.57 738.7~ 62,42 731.77 62.42 732.3~ 62,57 732.25 62,57 PAGE ~3 FIELD REPORT # ~ 1456gC ET PW TW · 1555.57 731.58 62.42 1566.75 734.72 G2.42 1566,92 738.44 62.42 1567.~8 727.31 62.42 1567.17 726.58 62.42 1567.25 725.35 62.42 1567.33 ' 724.6~ 62.42 1567,42 723.37 62.42 1567.5~ 721.85 62.42 1567.83 714.47 62.42 1568.~8 71~.56 62.27 1568.33 783.72 62,27 1568.58 788.31 62.27 1568.58 698.28 62.27 1568.75 694.56 62.12 1568.83 692.77 62.27 1569.~8 688.75 62.12 1569.47 685.71 62.27 1569.25 684.52 62.27 1569.33 682.73 62.12 1569.42 606.29 62.12 1569.58 686.74 62.12 1569.58 687.45 62.12 1569.67 687.37 62.12 1569.83 686.58 62.12 157~.~8 686.~9 61.97 1578.88 686.11 62.12 1578.17 688.84 62.12 1578.25 681.81 61.97 1578.33 681.28 62.12 1578.5~ 677.06 61.97 157~.67 673.82 61.97 157~.83 668.52 61.97 1578.92 665.63 61.97 1571.gg 663.94 61.82 1571.17 659.88 61.97 1571.25 657.36 61.82 1571.42 653.g2 61.02 1571.75 643.97 61.82 1571.83 642.83 61.82 1572.gg 637.45 61.02 1572.88 639.13 61.82 1572.17 639.65 61.67 1572.25 639.86 61.82 1572.33 638.25 61.82 1572.42 637.98 61.67 1572.58 638.16 61.67 1572.58 638.1~ 61.67 1572.75 638.27 61.67 1572.83 639.27 61.67 1572.92 638.98 61.52 1573.88 638.97 61.67 1573.88 638.59 61.67 1573.17 634.68 61.67 1573.25 639.85 61.67 ET 1573.33 1573.42 1573,5~ 1573.58 1573.67 1573.75 1573.92 1575.25 1575.50 1575.75 1575.83 1575.92 1576.~8 1576.17 1576.25 1576.33 1576.42 1576.58 1576.58 1576.67 1576.83 1576.92 1577.~g 1577.~8 1577.17 1577.25 1577.33 1577.42 1577.58 1577.58 1577.67 1577.75 1577,92 157U.~8 1578,~8 1570.25 1578,33 1578.5~ 1578,67 1579,~ 1579.17 1579.5~ 1579.~9 158~.17 158~.5~ 150~.83 1581.17 1581.5~ 1581.83 1502.17 1582.5~ 1582.83 1503.5~ 1504.17 1584.83 PW 637.65 637.72 636.1~ 636.~ 635.59 635.93 636.~9 634.39 634.12 633.93 643.42 642.36 641.41 636.24 631,73 629.31 627.32 624.54 621.29 618.41 613.79 611.34, 6~7.69 635.86 639.33 638.58 635.24 632.62 631.46 638.98 641.31 641.55 633.10 63~.39 627.99 621.03 618.97 614.~8 G~8.97 599.91 595.63 587.73 58~,4-9 573.D1 567.6'0 562.~2 556.79 551.'94 547.42 543,21 539.28 535.65 529.~6 523.3~ 518.17 TW 61.67 Gl.G7 61.67- 61.52 61.67 G1.67 61.52 61.21 61.21 61.36 61.21 61.36 61.21 61.36 61.21 61.21 61.21 61.~6 61.21 61.Z! 61.H6 61.21 61.21 GI.~G 61.21 61.~G 61.21 GI.~G 6l.~G GI.~G 61.21 GI.~G 61.~6 61.gG GI.~G GI.~G GI.~G 61.~G 61.~G 68.91 6~.91 61.~6 - 68.91 6~.76 6~.76 60.76 6~.91 68.76 60.76 6~.76 6~.76 68.76 6N.76 60.76 60.61 PAGE ;)4 FIELD REPORT # : 14568C ET PN TN 1585,5~ 513.69 6~.61 1586.17 5~9.71 6~.61 1586.83 586.23 68.61 1587.5~ 583.13 68.61 1588.17 5~8.37 68.61 1588.83 497.92 68.61 1589.58 495.72 68.61 1598.17 493.90 68.61 1598.83 492.64 68.46 1591.58 491.62 68.61 1592.83 498.41 68.46 1594.17 489.84 68.61 1596.83 489.49 68.46 1687.58 489o18 68.46 1618.17 489.85 68.46 1628.83 489,81 6~.46 1622.17 489.81 6~.46 1622~83 489.88 68.46 1622.92' 489.83 68.31 1623.~8 488.81 68.46 1623.~8 678.73 1623.17 668.67 68.46 1623.25 667.70 68.31 1623.33 661.94 68.31 1623.42 658.68 68.46 1623.58 654.48 68.31 1623.67 649.67 68.31 1623.75 648.31 68.46 1623.83 647.33 68.46 1623.92 646.81 6~.31 1624.88 646.41 68.46 1624,75 646.87 6~.46 1624.9Z 647.16 68.46 1625.88 645.85 68.46 1625.17 642.46 68.46 1625.58 636.88 68.31 1625.67 634.37 68.46 1625.75 632.97 68.46 1625.83 631.24 68.31 1625.92 638.14 68.46 1626.88 627.27 68.31 1626.75 616.33 68.31 1626.83 615.19 68.31 1626.92 613.64 68.31 1627.88 612.44 6~.31 1627.33 686.96 68.46 1627,56 6~4.43 68.46 1627.58 682.87 6~.46 1627.67 ' 683,89 68.31 1627.75 683.~1 68.31 1627.83 68~.99 68.31 1627.92 688.91 1628.88 6~2.83 68.31 1628.88 682.22 6~.31 1628.17 683.74 6~.31 ET 1628.25 1628.33 1628.67 1G28.75 1628.83 1629.~8 1629.88 1529.17 1G29.25 1G29.42 1G29.58 1629.58 1629.67 1629.75 163~.17 1638.33 1638.58 1638.58 1638.67 163~.75 1638.83 1638.92 1631.88 1631.17 1~31.25 1631.58 1631.67 1631.83 1531.92 1632.~8 1632.17 1532.33 I63Z.42 1532.58 1632.58 163Z.67 1632.83 1532.92 I633.88 1633.25 1633.33 1633.42 I633.75 1~33.92 1634.88 1634.17 1534.58 1634.67 1634.75 1634.83 1634.92 1535.~8 1635.~8 1635.17 PN G84.11 694.73 684.3~ 684.99 682.38 598.~3 597.88 594.68 592.89 587.52 585.1~ 583.23 588.71 578.65 569.65 567.57 562.53 557.75 555.58 558.83 556.4~ 555.34 556.69 556.62 556.89 556.65 556.3~ 556.58 558.05 558.92 559.33 559.54 559.11 559.86 555.78 556.57 555.13 551.88 549.88 546.68 543.~3 541.3~ 539.17 531.94 520.38 526.22 522.70 515.83 511.28 5~9.1~ 5~'9.2Z 587.76 588.~G 589.78 511.86 TN '60.31 6~.31 68.31 G8.15 68.15 G8.31 68.31 68.15 68.31 68.31 68.31 68.15 6~.15 6~.15 68.15 68.88 68.88 68.15 68.88 68.88 68.15 59.-85 68.88 59.85 59.85 59.85 59.85 59.85 59.85 59.85 59.7~ 59.~5 59.85 59.75 59.~ 59.85 59.78 59.78 59.78 59.78 59.55 59.55 59.55 59.55 59.55 59.55 59.55 59.55 59.55 PAGE ~5 c..') FIELD REPORT ~ : 14560C ET PW TW 1635.25 512.~2 59.4~ 1635.33 513.24 59.65 1635.42 513.84 59.4~ 1635.58 514.~9 59.55 1635.75 513.90 -59.4~ 1635.92 513.62 59.4~ 1636.~ 513.59 59.4~ 1636.~8 513.91 59.4~ 1636.17 511.97 59.4~ 1636.25 51~.37 59.4~ 1636.42 586.33 59.48 1636.75 499.19 59.48 1636.92 495.94 59.48 1637.8~ 494.~1 59.48 1637.67 481.21 59.25 1638,~ 474.12 59,25 1638.~8 472.48 59.25 1638.'42 464.94 59.~9 1638.58 465.72 59.25 1638.58 464.36 59.89 1638.67 463.73 59.89 1638.75 463.41 59.25 1638.83 463.51 59.~9 1639.~g 464.3~ 59.89 1639.33 464.89 59.89 1639.58 465.81 59.89 1639.50 465.29 58.94 1639.75 466.94 59.89 1639.83 465.54 59.89 164~.88 464.87 59.89 1640.88 462.78 50.94 164~.17 46~.79 59.89 1648.25 459.48 58.94 1648.42 456.26 58.94 1648.58 452.51 59.89 164~.67 458.88 58.94 1648,75 448.75 58,94 1641.~8 441.73 58.94 1641.25 438.87 58.94 1641.33 435.94 58,94 1642.8~ 428.78 58.79 1642.88 428.65 58.79 1642.17 419.84 50.94 1642.25 419.18 58.79 1642.33 428.26 58.79 1642.5~ 421.62 58.79 1642.58 422.3~ 58.64 1642.75 422.37 58.79 1643.80 422.13 58.64 1643.25 422.88 58.79 1643.33 421.96 58.79 1643.42 419.27 58.64 1643.5~ 418.81 58.64 1643.58 415.88 58.64 1643.67 414.42 58.64 El' 1643.03 1644.~ 1(;44.~0 1644.42 1(i44.50 1644.67 1644.83 1645,~ 1645.R8 1645.17 1645.25 1645.33 1645.42 1645.5R 1645.50 1645.67 1645.03 ~646.17 1646.25 1646.42 1646.58 I646.50 1646.75 1647.~8 1647.75 IG48.~YO 1648.75 1648.92 1649.~ 1649.~8 1649.17 1649.33 1649.5~ 165~.17 1658.25 1658.33 1658.42 1658.5~ 165~.58 1658.67 1651.~8 1651.~8 1651.17 1651.25 I651.33 1651.67 1651.75 1651.03 1652.88 1652.~8 1652.17 1652.33 1652,58 1652.67 1654.~ PW 41~.64 4~6.20 4~4.27 395.26 39~.45. 387.96 383.73 379.17 376.66 374.55 374.~Z 371.25 372,3~ 371.~3 372,32 373.12 373.81 374.26 374.28 373.06 374.4~ 371.9~ 368.19 361.46 349.~3 343.~2 329.45 326.28 324.68 323.04 326.4~ 327.34 327.56 327.63 327.66 324.36 324.97 324.39 323.1~ 324.60 324.13 323.96 322.98 321.28 310.05 313.95 312.73 314.78 313.42 313.~7 311.53 3~9.5~ 3~7.13 3~5.3R 287.86 58.64 58.49 58.64 5U.64 58.64 58.49 50.49 58.49 58.49 58.49 50.49 58.49 58.49 50.49 50.49 50.34 58.34 58.49 58.34 58.34 58.34 58.34 58,34 58.34 58,34 50.19 50.19 50.~3 50.~3 58.19 58.~3 50.~3 50.~3 57.08 58.83 58.~3 58.~3 58.83 50.~3 58.~3 57,88 57.08 57.08 57.80 57.88 57.73 57.88 57.88 57.73 57.88 57.73 57.73 57.73 57.73 57.58 PAGE 36 'FIELD REPORT.~ ~ 14568C ET PN TN 1654,33 283.28 57,58 1654.58 28~.97 57.58 1654.83 227.22 57.50 1654,92 276,56 57,58 1655,~8 276,49 57,58 1655,17 276,45 57,58 1655,33 277,97 57,58 1655,42 278,89 57,58 1655.5~ 279,54 57,50 1655.67 279,01 57,43 1656,~E 279,72 57,58 1656,~8 270.91 57.43 1656,25 276,88 57,58 1656,33 276,~2 57.43 1656.5~ 273.43 57.43 1657.17 261.~3 57.43 1657.5~ 252.91 57.43 1657.67 249,~ 57,28 1657.83 245,38 57.43 1658.17 237.31 57.43 1658,33 233,84 57,28 1658,42 232,91 57,28 1658,58 23~,23 57,28 1658,67 229,55 57.28 1658,75 229.43 57,43 1658,83 229,~1 57,28 1658.92 229.35 57.28 1659.~8 23~.42 57.28 1659.17 231.92 57.28 1659.25 232.3~ 57.13 1659,58 232:27 57.13 1659,67 231,87 57,28 1659.83 231,72 57.13 1659,92 231.19 57,28 1668.88 238.12 57.13 1660.~0 230.19 57.13 1668.25 229,88 57.28 166~.42 229,3~ 57.13 1668.75 228.88 57.13 1668.92 228.74 57.13 1661.~0 228.71 57.13 1661.17 225,45. 57,13 1661,25 223,71 56.97 1661.33 222,53 56,97 1661,58 219,53 56,97 1661,83 213.~8 56,97 1662,58 199,35- 56,82 1662,67 195,99 56,97 1663.8~ 188.08 56.97 1663.17 185.11 56.97 1663,33 181.69 56.82 1663.42 188.27 56.97 1663,5~ 179.87 56,82 1663.58 18~,29 56,82 1663.67 188.15 56.97 ET 1663.75 1663.92 1664.25 1664.42 1664.5~ 1(i64.50 1664.67 1664.75 1664.92 1665.~0 1665.42 1665.50 1665.75 1666.~8 1666.17 1(166.25 1666.33 1GG6.4Z 1666.5~ 1666.50 1666.67 1667.~ 1667.~8 1667.17 1667.33 1667.42 I667.5~ I667.67 IGOO.~ 1660.67 1668.83 1660.92 1669.~ 1669.17 1669.33 1669.42 IG69.58 1669.67 1669.75 1669.83 167~,17 167~.25 167~.33 167~.42 167~.5~ 167~.58 1678.67 167~.75 I67~.92 1671.g8 1671.42 1672.75 1673.42 1674.~8 1675.42 PN 18~.69 18~.84 18~.53 181.69 182.53 181.~6 10~.~2 179.55 176.9~ 173.76 166.68 162.76 159.24 151.66 152.~8 15~.97 151.~1 15~.5~ 15~.91 15~.81 15~..99 15~.6~ 148.3~ 148.16 15~.89 15~.68 15~.79 15~.~4 149.23 148.46 148.31 146.10 146.64 143.98 14~.97 139.72 136.75 135,32 133.6~ 133.~2 129.43 128.43 120.80 120.~4 127.8~ 120.B'5 128.7~ 129.7~ 13~.~6 129.91 129.14 128.18 127.77 127.86 128.9~ TN 56.82 56.82 56.82 56.~2 56.67 56.02 56.02 56.67 56.67 56.67 56.67 56.67 56.67 56.67 56.52 56.52 56,52 56.52 56.67 56,67 56.52 56.52 56.52 56.52 56,52 56.52 56.52 56,52 56.37 56.37 56.37 56,37 56.22 56.37 56.37 56,22 56,37 56,22 56,37 56,22 56.22 56.22 56.37 56,22 56.22 56.22 56.22 56,22 56.22 56.22 56.22 56.~7 56.97 55.91 55.91 PAGE 37 'IELD REPORT ~ ~ 1456gC ET PW TW .1675.5~ )28.9~ 55.91 1675.58 125.25 55,91 1675.67 127.58 55.91 1675.75 120,65 55.91 1675,83 128,46 55.91 1677.17 129,79 55.91 t677.25 13~.13 55.76 1677.33 131.33 55.76 1677.42 131.94 55.76 1677.5~ 132.23 55.76 1677.58 131.92 55,76 1678,92 133.11 55.76 1679.58 133,78 55,61 168~.25 134.20 55.76 168~,58 134.41 55.61 1680.67 132.16 55.76 1688.75 134.13 55,76 168~.9'2 135,33 55,76 1681.~0 135.69 55.61 1681.25 135.83 55.61 1601.33 136.88 55.61 1681.42 137,31 55.61 1682,88 137.77 55.61 1682.42 137.99 55.61 1682,58 138.23 55.61 1682,92 138,26 55.61 1683.88 138.31 55.61 1683.17 138,7~ 55.61 1683.58 138.94 55.61 1683.83 138.09 55.61 1684.88 139.81 55.61 1684.80 139.1~ 55.61 1684.25 '139.62 55.61 1684,58 139.43 55.46 1684,75 139,32 55,46 1684,92 139.49 55.61 1685.88 139.71 55.61 1685,67 139.23 55,61 1686,33 139,33 55.61 1686,58 139,34 55,46 1686.58 139.61 55.61 1686,67 139,27 55,46 1686,75 137,28 55,46 1586,83 136,74 55,46 1686.92 136.65 55.46 1687.8~ 134.89 55.61 1687.88 135.59 55.61 1687,17 135,41 55,46 1687.25 135,83 55,61 1687,33 136,8~ 55.61 1687,58 135,77 55.46 1687.58 134.31 55.61 1687,67 132.35 55.61 1687.75 13~.95 55,46 1687.83 138.82 55.61 ET 1687.92 1688.k¥~ 1688.33 160R.4~ 1600.50 1608.67 !688.75 1630.92 1689.25 1689.58 1689.67 16U9.75 1689.83 1698.~ 169~.33 169B.5~ 169~.58 169~.67 169~.75 169~.83 169B.92 1691.H~ 1691.17 1691.33 1691.42 1691.50 1691.67 1691.75 1691.83 1691.92 1692.~ 1692.~'0 1692.25 1693.58 1694.25 1694.42 1694.75 1694.92 1695.88 1695.88 1695.17 1695.25 1695.33 1695.5~ 1695.58 1695.67 1695.83 1695.92 1696.9~ 1696.67 1697.~8 1697.67 1690.88 1698.67 1699.33 13~.31 131.25 13~.ol 126.63 127.30 127.87 127.51 127.65 128.29 128.3~ 129.6(; 128.53 127.6~ 127.15 127.2fl 127,32 125.99 123.~ 123.49 124.82 125,54 125.99 126.26 126.15 126.£3 123.73 123.34 122.61 122.39 122.45 121.42 122.6U 123.83 123.23 123.24 123.54 123.3fi 123.38 123.31 121.67 128.79 122.g4 125.93 123.3~ 121.5~ 128.36 117.35 116.31 114.04 1H5.84 1~1.76 94.32 98.08 04.62 79.1~ TW 55,61 55.61 55.61 55.61 55.61 55.46 55.46 55.46 55.46 55.61 55.46 55.46. 55.46 55.46 55.46 55.46 55.46 55.46 55.46 55..46 55,46 55.46 55.61 55.46 55.46 55.46 55.46 55,46 55,46 55.46 55.46 55.31 55.46 55.31 55.46 55.46 55.46 55.46 55.31 55.46 55.46 55.31 55.46 55.31 55,46 55.46 55.31 55.46 55.46 55.46 55.31 55.31 55.46- 55.31 55.46 PAGE 38 ! cO.; i' FIELD REPORT.# = 1456~C ET PN T~ [7EE.~E 74.18 55.46 17~0.67 69.79 55.3] 17~1.33 66.59 55.31 17~2.88 63.87 55.31 1702.67 61,42 55,31 1783.33 59.22 55.31 1784.88 57.32 55.46 1785,33 54.28 55,31 1785.67 53.62 55.31 17~5.75 54.27 55.31 1785.83 122.34 55.31 1785.92 128,24 55.46 1786.88 128.15 55.31 17~6.17 121.~1 55.46 1706.25 128.28 55.31 17~6.33 124.83 55.31 1785.42 121.59 55.31 17B6.58 128.26 55.31 17~6.58 119.83 55.46 17~7.25 128.83 55.31 1787.58 128,~6 55.31 1787.92 119.84 55.31 1788.88 119.69 55.31 1708,17 119.67 55.31 1788.25 128.89 55.31 1788.33 117.97 55.31 1788.42 119.33 55.31 1788.58 121.29 55.31 1788.67 128.57 55.31 1788.83 12~.18 55.31 1718.17 128.11 55.31 1718.83 128.31 55.16 1711.17 128.35 55.31 1711.33 128.33 55.31 1711.42 12~.11 55.31 1711.58 117.62 55.16 1711.58 115.7~ 55.31 1711.67 113.52 55.31 1711.75 11~.55 55.16 1711.83 187,11 55.16 1712.8~ 1~8.71 55.31 1712.~8 188.48 55.31 1712.25 184.94 55.31 1712.33 1~3.87 55.31 1712.42 1~1.81 55.31 1712.5~ 1~.86 55.31 1712.58 96.64 55.16 1712.67 94.52 S5.1G 1712.83 89.49 55.16 1712.92 87.13 55.16 1713.8~ 84.54 55.16 1713.~8 82,43 55.16 1713.25 77.88 55.16 1713.42 73.78 55.16 1713.5~ 73.24 55.16 ET 1713.58 1713.75 1713.83 1713.92 1714.H~ 1714.1Y8 1714.25 1714.33 1714.42 1714.58 1715,83 1717.17 1718.58 1718.58 1718.67 1718.75 1718.83 1719.~ 1719.~8 1719.25 1719.33 1719.58 1719.58 1719.67 1719.75 1719.83 1719.92 1728.fiH 172H.88 1728.25 1728.33 172~.58 172~.67 172~.75 1722.J~0 1723.42 1724.75 1725,~0 1725.17 1725.83 1726.~ 1726.~8 1726.17 1726.25 1726.33 1726.42 1726.5~ 1726.58 1727.25 1720.58 1731.25 1731.33 1731.42 1731.58 1731.58 PN 74.25 73.83 73,61 71.~1 69.75 69.~5 78.~5 71.73 72.73 73.~7 72.85 73.78 74.26 73.4H 71.82 69.29 65.64 61.64 59.13 55.~8 53.41 48.78 46,78 44,51 42.75~ 48.61 38.1~ 35.89 31.91 28.06 28.37 28.79 28.72 29.22 38.~4 38.49 3g. Gfl 3~.49 29.23 29.g7 29.~2 28.97 27'.5~ 26.71 25.50 24.97 25.38 25.26 25.86 26.37 26.56 26.58 27.67 26.54 26.37 TN 55.31 55.31 55.16 55.16 55.16 55.16 55.16 55.~ 55.16 55.16 55.~ 54.85 54.85 54.7~ 54.85 54.78 54.85 54.78 54,7~ 54.78 54.75 54.75 54.55' 54.78 54.55 54.78 54.55 54.55 54.55 · 54.55 54.55 54.55 54.55 54.55 54.48 54.25 54.~9 54.25 54.25 54.~9 54.~9 54.~9 54.25 54.~9 54.89 54.~9 54,S9 54.~9 54.~9 54,~9 53.94 53.94 53.94 53,94 54.~9 PAGE 39 O3 I :IELD REPORT 0 : 1456gC ET PN TN 1732.N8 26.51 53.94 1732.17 26.24 53.94 1737.5~ 26.38 53.79 1738.17 2G,39 53.94 1738;33 2G,41 53.94 1738.42 26.43 53.79 1738.5g 25.12 53.79 1738.50 25.69 53.79 1738.92 25,74 53.79 1739.88 25,75 53.79 1739.17 23,35 53,79 1739,25 24.g9 53.79 1739,42 24,18 53,94 1739,58 24,15 53,79 1739.58 22.~9 53.94 1739.,67 21.49 53.94 1739.75 21.66 53.94 174~,N8 21,51 53.94 1748,25 21,63 53,79 174~,33 21,23 53,94 174~.42 19.46 53.94 174~.5g 19.74 53.94 1748.58 19,58 53,94 1748,57 17,78 53,79 1748,75 16,98 53.94 1748,83 16,~1 53.94 1748,92 14,76 53.79 1741,~g 13,99 53.79 1741,N8 13.67 53.79 1741,75 13,58 53,94 1741.83 13,1N 53.94 ET 1742.LF~ 1742.~0 174~.£5 174Z.33 1742.42 1742.5~ 1742.67 1742.75 1748.~8 1748.75 1749.~8 1749.17 1749.33 1749.5N 1749.58 1749.(;7 1749.75 1749.D3 1752.5N 1753.83 1754.17 1754.33 1754.5N 1757.17 1757.33 1757.42 175U.~8 1763.42 1774.~'8 17~4.75 1787.42 PW I2.79 12.97- 12. (_)4 12.U9 1.o'. 11 11.32 11.46 I 1 .65 11.59 I1.GB 1N.79 11.153 I 1 . 9.4:t ,O.42 0 .~4 G.29 G.10 6 .~YG G .~4 G. ,,e'G 5.82 5.71Y 5.55 5 .LYG 5.3G 4.99 4.95 4.67 4.48 TN 53. 53.79 53.79 53.79 53.94 53.94 53.79 53.94 54.25 54.4N 54.4.8' 54.4.8' 54.4.e' 54.4N 54,4~ 54.25 54.2!5 54.25 54. 54.7N 54.78 54. 'IN 54. 54.85 55. 55. 55 .Nfl' 55.31 55.46 55.31 55.31 PAGE ..I .PRESSURE DATA REPORT COMPANY NAME : CHEVRON:. COMPANY, USA'. WELL NAME TEST NUMBER ZONE TESTED TEST DATE TOOL USED : BELUGA RIVER UNIT 224-34 : 1 : STERLING : MAY 4, 1986 : SSDP GAUGE TYPE GUAGE NUMBER TIME DELAY SAMPLE RATE : SSDP : 85461 : 8 hours : 10 seconds RELATIVE ALGORITHM : used COMPRESSION LEVEL : 6 counts AVERAGING : not used CONNECT TIME : 00:03 May 3, 1986 GAUGE DEPTH (TVD) : 3o67 feet (MD = 3333 feet) .) BOTTOMHOLE PBESSUBE LOG FIELD REPORT NO. 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'.' ....... .i ...... , !L~O 360 L~80 800 720 8~0 ~ 980 1080 1200 1 ELFIPSEO T I ME EM I N-I ~ 320 LOG LOG PLOT CONPRNT ~ CHEVRON NELL ~ BELUGR RIVER UNIT 2Bq-3q FIELD REPORT NO, lq560D INSTRUflENT NO. 85q61 SHUTIN .I ~ FINRL FLON PRESSURE IPNF) I tq88,98 PSIR PLOT ELRPSEO TIHE RRNGEt 63e.~ TO 1176.? HEN PLOT AT TIHE RflNGEI O.Z TO $q0.3 NiN (PSI] 10.0 100.0 O I I1 AT (M I I ! I I I I I I I 077 O. HORNER PLOT FIELD REPORT NO. 1LJ560D ....... i ....... i ....... & ....... i ............. i ....... ~, ...... i ..... $ ............. .~-.-...-i ....... & ....... ; .............. i. ....... ; ....... ~. ....... i .............. ; ....... ; ........ ; ....... ; ........ !N§TRUHENT NO. 85q6 COMPRNT : CHEVRON ................................................................................................................................................................................. ~ ............... PLOT ELAPSED TIME RRNGE: 638,5 TO 1178.7 PLOT AT TiHE RANGE: 0.2 TO 5~0.~ HIN ...... 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DEPTH [FT] : 3867.~ PORT OPENING : INSIDE .ABEL POINT INFORMATION TIME BOT HOLE BOT.HOLE OF DAY DATE ELAPSED PRESSURE TEMP. # HH:MM~SS DD-MM EXPLANATION TIME,MIN PSIA DEG F 1 12~21~1~ 3-MY HYDROSTATIC MUD 2 12~38, 0 3-MY START FLON 3 18,42,2g 3-MY END FLOW & START SHUT-IN 4 3,42,4~ 4-MY END SHUT-IN 257.17 1579.76 76.4 274.~0 1~35.87 76.4 638.33 1488.98 73.0 1178.67 15~1.25 74.7 SUMMARY OF FLOW PERIODS START END START END INITIAL ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE 'ERIOD TIME,MIN'TIME,MIN MIN PSIA PSIA PSIA 1 274.~ 638.33 364.33 1~35.87 1488.98 1035.87 3UMMARY OF SHUTIN PERIODS START END START END FINAL FLON ELAPSED ELAPSEO DURATION PRESSURE PRESSURE PRESSURE PRODUCING ERIOD TIHE,HIN TIME,HIN HIN PSIA PSIA PSIA TIME, HIN t 638.33 1178.67 540.34 1488.98 15gl.25 1488.98 242.39 LC) =IELD REPORT # : 1456ND PAGE 2 ;'EST PHASE : FLOW PERIOD # 1 INITIAL PRESSURE £PSIA] = 1035.87 TINE OF DAY DATE ELAPSED :FI:MM:SS DD-MM TIME,MIN -******* ***** 80T HOLE BOT HOLE DELTA TEMP. PRESSURE DELTA P TIME,MIN DEG F PSIA PSI 2:38:0 3-MY 274.88 2:38:18 3-MY 274.17 2:38:28 3-MY 274.33 2:38:38 3-MY 274,58 .2:38:48 3-MY 274.67 2:38:58 3-MY 274.83 '2:39: O 3-MY 275,~O '2:39:1~ 3-HY 275,17 _2:39:28 3-HY 275,33 2:39:38 3-HY 275,58 _2:39:48 3-HY 275,67 2:39:'58 3-HY 275,83 2:4~: ~ 3-MY 276.~ 12:48:10 3-MY 276.17 '2:48:38 3-HY 276.5~ 2:40:58 3-MY 276.83 2:41: ~ 3-HY 277.88 2:41:18 3-MY 277,17 2:41:28 3-MY 277.33 .2:41:48 3-HY 277.67 '2:41:58 3-MY 277.83 _2:42: 8 3-MY '278.80 '2:42:18 3-MY 278.17 2:42:28 3-HY 278,33 '2:42:48 3-HY 278,67 ~2:42:58 3-HY 278,83 ',2:43: ~ 3-NY 279.88 ~2:43:28 3-HY 279,33 i2:44:8 3-MY 288,88 ~2:44:28 3-HY 280,33 '.2:44:38 3-HY 288,58 1.2:44:4~ 3-MY 288,67 -,2:44:5~ 3-HY 288.83 ;.2:45: 8 3-HY 281.88 ,2:45:18 3-HY 281.17 ~2:45:38 3-HY 281.58 12:45:48 3-HY 281.67 ;,2:45:58 3-HY 281.83 i2:46:18 3-H¥ 282.17 :,2:46:38 3-HY 282.58 12:46:48 3-HY 282.67 i2:46:58 3-MY 282.83 12:47: O 3-HY 283,~8 ~2:47:2~ 3-HY 283,33 '.2:47:48 3-HY 283,67 i2:48: O 3-MY 284,88 i2:48:40 3-MY 284.67 '2:48:58 3-HY 284,83 12:49:18 3~H¥ 285,17 ~.08 76.4 1835.87 8.88 g.17 76.4 1856.94 -21.87 8.33 76.4 1856.49 -28.62 ~.5~ 76.4 1291.98 -256.11 8,67 76,4 1485,~7 -369,28 8,83 76,4 1414,14 -378,27 1.8~ 76.4 1446.94 -411.87 1.17 76.6 1466.85 -438.18 1.33 76,6 1477.92 -442,85 1.58 76.6 1485.56 -449.69 1.67 76.6 1492.69 -456.82 1.83 76.7 1497.43 -461.56 2.88 76.6 1588.61 -464.74 2.17 76.7 1583.48 -467.61 2.5~ 76.7 1587.4~ -471.53 2.83 76.9 1518.47 -474.68 3'88 76.9 1511.84 -475.97 3.17 77.~ 1512.27 -476.48 3.33 77.8 1510.98 -475.83 3.G7 77.8 1587.83 -471.16 3,83 77,8 1582,57 -466,7~ 4,88 77.g 1585,78 -469,91 4,17 77,2 1585,92 -478,85 4,33 77,2 1585,14 -469,27 4,67 77,3 1583,82 -467.15 4,83 77,2 1581,95 -466,88 5,88 77,3 1588.59 -464,72 5.33 77,3 1498,51 -462,64 6.gg 77,7 1495,71 -459,84 6,33 77,5 1494,43 -458,56 6,5~ 77,7 1494,72 -458.85 6,67 77,7 1495,38 -459,51 6,83 77.7 1495,48 -459,53 7,88 77,7 1495,88 -46~.81 7,17 77,8 1496,99 -461,12 7.58 77.8 1499.91 -464.~4 7.67 77.9 1588.58 -464.7t 7.83 77.9 1581.88 -465.13 8,17 77,0 1588,89 -465,82 8.58 77.9 1581.88 -465.21 8.67 77.9 1588.58 -464.71 8.83 78.1 1588.79 -464.92 9.00 77.9 1588.51 -464,64 9,33 78,1 1588.75 -464,88 9.67 78.1 15~g.3~ -464.43 18.88 78.3 1S88.98 -465.83 18.67 78.3 1588.96 -465.89 10.83 78.3 1581.53 -465.66 11.17 78.3 1581.32 -465.45 /' 'IELD REPORT # : 14568D -EST PHASE : FLOW PERIOD # 1 INITIAL PRESSURE [PSIA] = 1835.87 TIME OF DAY DATE ELAPSED ~H:MM:SS DD-HH TIHE,HIN BOT HOLE BOT HOLE DELTA TEMP. PRESSURE DELTA P TIME,MIN DEG F PSIA PSI .2:49:2~ 3-MY 285.33 2:49:38 3-MY 285.58 '2:49:4~ 3-MY 285.67 .2:5~: ~ 3-MY 286.~ 2:5~:48 3-MY 286.67 -2:51:28 3-MY 287.33 2:52: B 3-MY 288.~0 '2:52:18 3-HY 288.17 2:52:5~ 3-HY 288.83 '2:53: 8 3-HY 289.~ 2:53:28 3-HY 289.33 '2:53r48 3-HY 289.67 2:53:5~ 3-HY 289.83 2:54:38 3-HY 298.58 '2:54:40 3-HY 298.67 '2:54:58 3-HY 298.83 2:55:18 3-HY 291.17 2:55:28 3-HY 291.33 2:55:48 3-HY 291.67 2:56: 8 3-HY 292.88 2:56:28 3-HY 292.33 '2:57: 8 3-HY 293.88 '2:57:28 3-HY 293.33 '2:57:48 3-HY 293.67 .2:58:20 3-MY 294.33 2:59:48 3-HY 295.67 3: 2:28 3-HY 298.33 3: 3: 8 3-MY 299.88 3: 3:40 3-MY 299.67 3: 5:. ~ 3-HY 3~1.88 3:18:28 3-HY 3~6.33 ~3:13: O 3-HY 3~9.8~ ~3:14:28 3-H¥ 31~.33 ~3:15: 8 3-MY 311.~ 3:16:28 3-HY 312.33 .3:17:48 3-HY 313.67 i3:18:20 3-HY 314.33 -.3:19: O 3-H¥ 315.88 i3:4~:2~ 3-MY 336.33 ',3:51: 8 3-HY 347.80 !,3:51:28 3-MY 347.33 13:51:38 3-MY 347.58 ~3:51:58 3-MY 347.83 :,3:53:18 3-MY 349.17 i, 3:55:58 3-H¥ 351.83 ~4: 6:38 3-NY 362.58 '.4: 9:18 3-HY 365.17 ',4:18:3~ 3-HY 366.5~ ~4:18:58 3-HY 366.83 11.33 78.3 15~1.28 -465.33 11.58 78.3 1581.34 -465.47 11.67 78.4 15~1.96 -466.~9 12.~ 78.3 1581.56 -465.69 12.67 78.4 1581.77 -465.9~ 13.33 78.6 1582.32 -466.45 14.~ 78.6 15~2.3~ -466.43 14.17 78.6 15~2.~6 -466.19 14.83 78.4 15~2.17 -466.38 15.~ 78.6 1582.37 -466.58 15.33 78.6 1582.36 -466.49 15.67 78.6 1582.62 -466.75 15.83 78.6 1582.91 -467.84 16.50 78.6 1582.63 -466.76 16.67 78.6 1582.29 -466.42 16.83 78.6 1582.72 -466.85 17.17 78.6 1582.86 -466.99 17.33 78.4 1592.81 -466.94 17.67 78.6 1583.14 -467.27 18.88 78.6 1592.93 -467.86 18.33 78.6 1583.24 -467.37 19.88 78.6 1582.98 -467.11 19.33 78.6 1583.14 -467.27 19.G7 78.7 15~3,87 -467.28 28.33 78.6 15~3.35 -467.48 21.67 78.6 1583.26 -467.39 24.33 78.4 1583.57 -467.78 25.88 78.6' 1583.42 -467.55 25.67 78.6 15~3.68 -467.8! 27.8~ 78.6 1583.57 -467.78 32.33 78.4 1583,75 -467.88 35.88 78.4 1583.66 -467.79 36.33 78.4 1583.87 -468.8~ 37.88 78.4 1584.88 -468.21 38.33 78.4 1583.87 -468.~8 39.67 78.4 1583.97 -468.18 4~.33 78.4 15~3.98 -468.83 41.88 78.6 1584.89 -468.22 62.33 78.4 15~'3.38 -467.51 73.88 78.3 1582.99 -467.12 73.33 70.3 1583.84 -467.17 73.5~ 78.3 1583,88 -467.13 73.83 78.3 1582.55 -466,68 75,17 78,1 15~2,83 -466.96 77.83 78,1 15~3.82 -467,15 88.58 77.9 1502.64 -466.77 91.17 77.9 1582.52 -466.65 92.5~ 77.8 1582.33 -465.46 92.83 77.8 1582.48 -466.53 ~IELD REPORT # : 1456gD FEST PHASE : FLON PERIOD # 1 INITIAL PRESSURE [PSIA] = 1035.87 TIME OF DAY DATE ELAPSED ~H=HM:SS DD-MM TIME,HIM BOT HOLE BOT HOLE DELTA TEMP. PRESSURE TIME,HIM DEG F PSIA 4:11:1~ 3-HY 367.17 4:13:58 3-HY 369.83 4:24:30 3-HY 380.50 4:24:4~ 3-MY 38~.67 4:25: ~ 3-HY 381.8~ 4:25:4~ 3-MY 381.67 4:28:28 3-HY 384.33 4:29:48 3-HY 385.67 4:3~:20 3-MY 386.33 4:33: ~ 3-MY 389.~ 4:35:48 3-HY 391.67 4:41:' 8 3-MY 397.gg 4:51:48 3-MY 487.67 5: 2:2~ 3-MY 418.33 5: 7:48 3-MY 423.67 5:18:28 3-MY 426.33 5:11: 8 3-MY 427.88 5:11:2~ 3-HY 427.33 5:11:38 3-HY 427.58 5:11:48 3-HY 427.67 5:11:58 3-HY 427.83 5:12:18 3-HY 428.17 5:12:58 3-HY 428.83 5:13:38 3-MY 429.58 5:16:18 3-HY 432.17 5:18:58 3-HY 434.83 5:2~:18 3-MY 436.17 5:21:3~ 3-MY 437.58 5:26:58 3-MY 442,83 15:28:18 3-MY 444.17 5:28:28 3-HY 444.33 5:49:48 3-HY 465.67 6:8:28 3-MY 476.33 '6: 1:48 3-MY 477.67 '6: 1:58 3-MY 477.83 6: 2: 8 3-MY 478.88 '6: 2:18 3-MY 478.17 6: 2:28 3-MY 478.33 .6: 3: 8 3-MY 479.88 6: 4:28 3-HY 48~.33 '6: 7:8 3-MY 483.88 .6: 8:28 3-MY 484.33 6: 9: 8 3-MY 485.88 '6: 9:28 3-MY 485.33 6:12: 8 3-MY 488.8~ 6:14:4~ 3-MY 498.67 6:36: 8 3-MY 512.88 '6:41:28 3-HY 517.33 '6:44:8 3-HY 528.88 93.17 77.8 1582.77 95.83 77.8 1582.39 1~6.58 77.5 1582.25 186.67 77.5 1582.27 187.08 77.5 1581.37 187.67 77.5 158~.81 11~.33 77.5 158~.92 111.67 77.5 112.33 77.3 1581.28 115.88 77.3 1581.46 117.67 77.3 1581.39 123.88 77.g 158g.75 133.67 76.7 158~.34 144.33 76.6 1499.69 149.67 76.4 1499.59 152.33 76.4 1499.59 153.8~ 76.4 1499.68 153,33 76.4 1499.65 153.58 76.3 1499.59 153,67 76.4 1498.89 153.83 76.3 1498.41 154.17 76.3 1498.84 154.83 76.3 1497.91 155.58 76.3 1498.29 158.17 76.3 1498.18 16~.83 76.1 1498.36 162.17 76.3 1498.39 163.5~ 76.1 1498.12 168.83 75.9 1497.96 178.17 75.8 1497.92 178.33 75.9 1498.17 191.67 75.5 1497.89 282.33 75.3 1497.86 283.67 75.2 1497.82 283.83 75.3 1497.82 284.88 75.2 1497.53 284.17 75.2 1496.45 284.33 75.2 1495.97 285.~8 75.3 1495.53 286,33 75,3 1495.83 289.88 75.2 1495.64 218,33 75,2 1495,55 211.8~ 75.2 1495.66 211.33 75.8 1496.88 214.88 75.8 1495.96 216.67 75.8 1495.49 238.88 74.7 1494.96 243.33 74.4 1494.89 246.88 74.6 1494.86 DELTA P PSI -466.98 -466.52 -466.38 -466.48 -465.58 -464.94 -465.85 -464.94 -465.33 -465.59 -465.52 -464.88 -464.47 -463.82 -463.72 -463.72 -463.73 -463.78 -463.72 -463.82 -462.54 -462.17 -462.84 -462.42 -462.31 -462.49 -462.52 -462.25 -462.89 -462.85 -462.38 -462.82 -461.99 -461.95 -461.95 -461.66 -468.58 -459.66 -459.96 -459.77 -459.68 -459.79 -468.21 -468.89 -459.62 -459.89 -459.~2 -458.99 PAGE IELD REPORT # ~ 14568D EST PHASE = FLOV PERIOD # 1 INITIAL PRESSURE £PSIA] 1835.87 TIHE OF DAY DATE ELAPSED H=HH=SS DD-MH TIHE,HIN BOT HOLE BOT HOLE DELTA TEMP. PRESSURE DELTA P TIME,HIN DEG F PSIA ' PSI 6544~18 3-HY 528.17 6=44=28 3-MY 528°33 6=44=38 3-MY 528.5~ 6544~48 3-MY 528.67 6545=28 3-MY 521.33 6548= 8 3-HY 524.88 6558=48 3-MY 526.67 6,56= 8 3-HY 532.88 7, 1=28 3-HY 537.33 7= 2548 3-HY 538,67 7= 4= 8 3-MY 548.88 7514~48 3-HY 558.67 7528~ ~ 3-HY 556.8~ 7525=28 3-HY 561.33 7538=48 3-HY 566.67 7:31:28 3-HY 567.33 7:31:3~ 3-MY 567.58 7=31:5B 3-HY 567.83 7:32:18 3-HY 568.17 7=32=38 3-MY 568.58 7532=48 3-MY 568,67 7533: 8 3-MY 569.08 7533=48 3-MY 569.67 7=355 0 3-MY 571,08 7537=40 3-HY 573.67 7539= 0 3-MY 575.88 7,40~28 3-MY 576.33 8~23= ~ 3-MY 619,80 8=33=40 3-MY 629.67 ~39: 8 3-MY 635.88 8=41=4~ 3-HY 637.67 8=41=5~ 3-HY 637.83 85425 0 3-MY 638.88 8542=28 3-MY 638.33 246.17 74.6 1494.86 -458.99 246.33 74.6 1494.41 -458.54 246.5~ 74.6 1493.33 -457.46 246.67 74.6 1492.84 -456.97 247.33 74.6 1492.58 -455.63 258.88 74.4 1492.29 -456.42 252.67 74.4 1492.41 -456.54 258.88 74.2 1492.26 -456.39 263.33 74.1 1492.44 -456.57 264.67 74.2 1492.42 -456.55 266.~8 74.2 1492.87 -457.88 276.67 73.9 1492.62 -456.75 282.~ 73.9 1492.43 -456.56 287.33 73.9 1492.55 -456.68 292.67 73.9 1492.43 -456.56 293.33 73.8 1492.38 -456.51 293.5~ 73.9 1492.37 -456.5~ 293.83 73.8 1491.27 -455.48 294.17 73.8 1498.83 ~454.96 294.5~ 73.9 1498.69 -454.82 294.67 73.9 1490.87 -454.28 295.8~ 73.8 1489.62 -453.75 295.67 73.8 1489,46 -453.59 297.00 73.8 1489.76 -453.89 299.67 73.8 1489.68 -453.73 381.~ 73.8 1489.46 -453.59 382.33 73.8 1489.62 -453.75 345.8~ 73.2 1489.88 -453.21 355.67 73,2 1489.18 -453.23 361.88 73.2 1488.98 -453.11 363.67 73.2 1489.01 -453.14 363.83 73.2 1488.98 -453.11 364.0~ 73.8 1489.24 -453.37 364.33 73.~ 1488.98 -453.11 PAGE IELD REPORT # ~ 14568D PAGE G EST PHASE = SHUTZN PERIOD # 1 FINAL FLOW PRESSURE [PS/A] = 1488.98 PRODUCING TIME [MINI = 242,39 T]HE BOT HOLE BOT HOLE LOG 3F DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER H=MM:SS DD-MM TIME,HIN TIME,MIN DEG F PSIA PSI TIME ******* ***** ******** ******** ******** ********* ********* ****** 8=42=28 3-MY 638.33 8.88 73.8 1488.98 8.88 8=42=38 3-MY 638.58 8.17 73.~ 1494.81 5.83 3.154 8~42:48 3-MY 638.67 8.34 73.2 15~8.34 11.36 2,854 8:43= 8 3-MY 639.88 8.67 73.2 1588.84 11.86 2.568 8=44=28 3-MY 64E.33 2.88 73.2 1581.48 12.42 2.887 8=45=48 3-HY 641.67 3.34 73.3 15~1.64 12.66 ].867 9: 7= 8 3-MY 663.88 24.67 73.2 1502.~9 13.11 1.~34 ~=32=28 3-MY 748.33 118.88 73.8 15~2.13 13.15 8.586 1:57:48 3-MY 833.67 195.34 74.2 15~2.85 13.~7 ~,35~ 3:23:0 3-HY 919,8~ 28~.67 74,4 15~1,9~ 12.91 8.17~ ~=48:28 4-MY 18~4.33 366.~8 74.4 1581.75 12.77 ~.221 2=13=48 4-MY 1889.67 451,34 74.6 15~1,6~ 12.61 g,187 3:39: B 4-MY 1175.88 536.67 74.7 15~1.41 12.43 ~.162 3=41:48 4-MY 1177.67 539.34 74.6 15~1.33 12,35 8.161 3=42:28 4-MY 1178.33 548.~8 74.6 15~1.26 12.28 ~.lGl 3:42:40 4-MY 1178.67 548.34 74.7 15~1.25 12.27 0.161 -.Vj PRELIMINARY PRINT-OUT OF COMPLETE DATA ELD REPORT # : 1456gD ET PW TW ~.~ff 1536.76 76.87 2.67 1536.78 76.72 3.~8 1536.79 76.72 3.17 1545.28 76.87 3.33 1578.49 76.72 3.58 1548.38 76.72 3.67 1546,93 76.72 3.83 1548.76 76.87 4.~8 1538.69 76.72 4.17 1528.54 76.72 4.33 1532.82 76.87 4.58 1539.33 76.72 4.67 1541.72 76.87 4.83 1538.37 76.87 5.0N 1535.63 76.72 5.17 1536.58 76.87 5.33 1538.48 76.87 5.5~ 1538.69 76.72 5.67 1537,66 76.87 5.83 1537.89 76.87 6.17 1537.97 76.87 6.33 1537,9~ 76.72 6.58 1537.61 76.72 27.83 1537,66 76.07 29.17 1537.61 76.87 29.33 1522.28 76.87 29.5~ 1528.93 76.07 29.67 1548.56 76.87 29.83 1535,32 76.87 3N.N~ 1532,83 76.87 30.17 1521.14 76.87 3~.33 1522.21 77.~3 30.58 1529.57 76.87 3~.67 1532.52 76.87 31.g~ 1526.4g 76.87 31.17 1527.11 76.87 31.33 1529.~9 76.87 31.5~ 1529.42 76.87 31.67 1526.59 76.87 31.83 1528.17 76.87 32.~8 153~.84 76.87 32.17 1531.42 76.72 32.33 1533.6B 76.87 32.58 1543.65 76.87 32.67 1542.97 76.87 32.83 1544,23 76.87 33.88 1542.~8 76.87 33.17 1544,79 76.72 33.33 1545.88 76.87 33.67 1544.79 76.87 33.83 1544.7~ 76.87 34.17 1545.52 76.72 34.33 1546.77 76.87 34.5~ 1552,22 76.87 34.67 1556,83 76.87 ET 45.33 58.67 51.33 51.58 51.67 51.83 52.88 52.17 52.33 52.5~ 52.67 52.83 53,~8 53.17 53,33 53.58 53,67 53.83 54.S~ 54.17 54.33 54.58 54.67 54,83 55.S8 55.17 SS.33 55.58 55.67 56.g8 56.17 56.33 56.58 56.67 56.83 57.~8 57.17 57.33 57.5~ 57.67 57.83 58.~ 58.17 58,33 58.58 58.67 58.83 59.17 59.83 145.17 23g.58 251,83 257,17 258.58 258.83 PW 155G.75 1556.99 1557.83 1556.9~ 1556.51 1552.46 1577.~5 1578.74 1581.63 1582.8~ 1582.52 1583.58 158~.75 1591,49 1591.22 1586.87 1585.12 1585.97 1583.42 1581.62 1594.93 1593.85 1594.16 1594.11 1585.26 1594.29 1591.79 1598.49 1596,73 1574.99 158~.87 1592.34 1596,92 1594,78 1594.44 1593.42 1578.51 1584.32 1584.2~ 1582.81 1583.84 1583.92 1584.46 1589.88 1583.68 1581.17 1582.14 1582.45 1581.45 1588.15 1579.98 1579.76 1579.75 1579.78 TW 76.72 76.72 76.72 76.87 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.87 76.72 76.56 76.87 76.87 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.72 76.87 76.72 76.72 76.72 76.72 76.72 76.72 76.56 76.41 76.56 76.41 76.41 76.41 PAGE ELD REPORT # : 1456gD ET PN TN 259.8~ 1579.78 76.41 259.17 1584.74 76.56 259.33 1587.45 76.41 259.5~ 1587.9~ 76.41 27~.17 1587.37 76.41 272.83 1587.26 76.41 273.5~ 1587.23 76.41 273.67 1587.24 76.41 · 273.83 1587.78 76.41 274.~ lg35.87 76.41 274.17 1~56.94 76.41 274.33 I~56.49 76.41 274.5g 1291.98 76.41 274.67 14~5.~7 76,41 274,83 1414.14 76,41 275.0~ 1446.94 76.41 275.17 1466.05 76.56 275.35 1477.92 76.56 275.5~ 1485.56 76.56 275.67 1492.69 76.56 275.83 1497.43 76.72 276.gg 15~g.61 76.56 276.17 15~3.48 76;72 276.50 15~7.4~ 76,72 276.83 151~.47 76.87 277.~0 1511.84 76.87 277.17 1512.27 77.g3 277.33 1510.9~ 77.g3 277.57 15~7.g3 77.~3 277.83 15~2.57 77.03 278.0~ 15~5.78 77.g3 278.17 15~5.92 77.18 278.33 1505.14 77.18 278.67 1503.g2 77.34 278.83 1501.95 77.18 279.00 1590.59 77.34 279.33 1498.51 77.34 280.g~ 1495.71 77.65 28~.33 1494.43 77.49 288.5~ 1494.72 77.65 280.67 1495.38 77.65 28~.83 1495.4~ 77.65 281.gO 1495.88 77.65 281.17 1496.99 77,8~ 281.5~ 1499.91 77.8g 281.67 1590.58 77.95 281.83 15gl.g8 77.95 282.17 1590.89 77.80 282.58 15~1.08 77.95 282.67 15g~.58 77.95 282.83 1598.79 78.11 283.g~ 15g~.51 77.95 283.33 15~g.75 78.11 283.67 15~0.3~ 78.11 284.~O 15g~.9~ 78.26 ET 284.67 284.83 285.17 285.33 285.5~ 285.67 286.g8 286.67 287.33 288.g~ 288.17 288.83 289.gg 289.33 289.67 289.83 29~.5~ 29~.67 29~.03 291.17 291.33 291.67 292.~g 292.33 293.~ 293.33 293.67 294.33 295.67 298,33 299.gg 299.67 3~1.~ 396.33 399.~g 31~.33 311.g~ 312.33 313.67 314.33 315.~ 336.33 347.gg 347.33 347.5~ 347.83 349.17 351.83 362.5~ 365.17 366.5g 366.83 367.17 369.83 38~.5~ PW 15g~.96 15~1.53 15gl.32 15gl.2g 15gl.34 15gl.96 15~1,56 15~1.77 15~2.32 15~2.3~ 15~2.06 15N2.17 15N2.37 1592.36 15~2,62 1592.91 1592.63 15N2.29 15~2.72 15~2.86 15~2,81 1593.14 15~2.93 1593.24 15~2.98 1593.14 1593,~7 15~3,35 15~3.26 1593.57 15~3.42 1593.68 15~3.57 15~3.75 1503.66 15~3.87 1594.~8 15~3,87 1593.97 1593.9~ 15~4.09 15~3.38 15~2.99 15~3.~4 15~3.~8 15~2.55 15~2.83 15~3.O2 15~2.64 15~2.52 15~2.33 15~2.4~ 15~2.77 1592.39 15~2.25 TW 78.26 78.26 78.26 78.26 78.26 78.42 78.26 78.42 78.57 78.57 78,57 78.42 78,57 78.57 78,57 78,57 78,57 78.57 78.57 78.57 78.42 78.57 78.57 78,57 78,57 78.57 78.73 78.57 78,57 78.42 78.57 78.57 78.57 78.42' 78,42 78.42 78,42 78.42 78.42 78.42 78.57 78,42 78.26 78.26 78.26 78.26 78.11 78.11 77.95 77.95 77.8~ 77.8g 77.8~ 77.80 77.49 PAGE _ t /' . LD REPORT # = 1456gD ET PW TW 8E.67 15~2.27 77.49 81.~ 15~1.37 77.49 81.67 150~.81 77.49 84.33 150~.92 77.49 85.67 1500.81 77.49 86,33 15~1,20 77,34 89.~ 1501.46 77.34 91.67 15~1.39 77.34 97.~ 150~.75 77.~3 07.67 15~,34 76.72 18.33 1499,69 76.56 23.67 1499.59 76.41 26.33 1499.59 76.41 27.~0 1499.6~ 76.41 27.33 1499.65 76.41 27.5~ 1499.59 76.26 27.67 1498.89 76.41 27.83' 1498.41 76.26 28.17 1498.~4 76.26 28.83 1497.91 76.26 29.5~ 1498.29 76.26 32.17 1498.18 76.26 34.83 1498,36 76.1~ 36.17 1498.39 76.26 37.5~ 1498.12 76.10 42.83 1497.96 75.95 44,17 1497.92 75.79 44.33 1498.17 75,95 65.67 1497.89 75.48 76.33 1497.86 75,33 77,67 1497,82 75,17 77.83 1497.82 75.33 78.~ 1497.53 75.17 78.17 1496,45 75,17 78,33 1495.97 75,17 79,~ 1495.53 75,33 8~.33 1495.83 75.33 83.~8 1495.64 75.17 84.33 1495.55 75.17 85.~ 1495.66 75.17 85.33 1496.88 75.~Z 88,~ 1495.96 75.~2 9~,67 1495.49 75,82 12,~ 1494.96 74.71 17.33 1494.89 74.4~ 2~.~ 1494.86 74.55 20.17 1494.86 74.55 2~.33 1494.41 74.55 2~.5~ 1493.33 74.55 20.67 1492.84 74.55 21.33 1492.58 74.55 24.~ 1492.29 74.4~ 26.67 1492.41 74.4~ 32.88 1492.26 74.24 37.33 1492.44 74.~9 ET 538.67 54~.~g 55~,67 556.~ 561.33 566.67 567.33 567.58 567.83 568.17 568.5~ 568.67 569.~ 569.67 571.~ 573.67 575.~ 576,33 619.~ 629.67 635.~ 637.67 637,83 638.~ 638.33 638.5~ 638.67 639.~g G4~.33 641.67 748.33 833.67 919.~ 1~04.33 I~89.67 1175.~0 1177.67 1178.99 1178.67 1178.83 1179.0~ 1179.17 1179.99 1179.5~ 1179.67 1179.83 118~.~ 118~.17 1188.33 l18B.Sg 118~.67 1180.83 1181.~ 1181.17 P~ 1492.42 1492.87 1492.62 1492.43 1492.55 1492.43 1492.38 1492.37 1491.27 149~.83 149~.69 149~.~7 1489.62 1489.46 1489.76 1489.6~ 1409.46 1489.62 1489.~8 1489.1~ 1488.98 1489.01 1488.90 1409.24 1408.98 1494.81 15~.34 15~.84 15~1.4~ 15~1.64 15~2.~9 15~2.13 15~2.~5 15~1.9~ 15E1.75 15~1.6~ 1591.41 15~1.33 15~1.26 15~I.25 1501.96 1489.61 1490.53 1478.46 1467.62 1536,8~ 1521.17 1532.~g 1538.35 1539.53 1547.43 1555.86 1561.5~ 157~.50 1576.7S TW 74.24 74.24 73.94 73,94 73,94 73,94 73.78 73.94 73,78 73.78 73,94 73,94 73.78 73.78 73.78 73,78 73.78 73.78 73.16 73.16 73.16 73.16 73.16 73.~1 73.~1 73.~1 73.16 73.16 73.16 73.32 73.16 73.78 74.24 74.40 74.4~ 74.55 74.71 74.55 74.55 74.71 74.71 74.71 74.71 74.55 74.55 74.71 74.55 74.55 74.55 74.55 74.4g 74.4g 74.40 74.40 74.4~ PAGE ~IELD REPORT # : 14550D ET PW TW 1181.33 1584.59 74.48 1181.5~ . 1588.92 74.4~ 1181.67 1589.18 74.24 1181.83 159~.48 74.24 1182.~ 1593.61 74.~9 1182.17 1588.38 74.09 1182.33 159~.71 74.~9 1182.58 1589.2~ 74.89 1182.67 1589.18 73.94 1182.83 1588.58 74.89 1183.88 1588.38 73.94 1183.17 1588.42 73.94 1183.58 1586.99 73.78 1184,17 1585.13 73.63 1184.58 1583.88 73.63 1184,67 1583.22 73.63 1184.83 1582.36 73.47 1185;17 1581.88 73.47 1185.58 1579.41 73.32 1185.67 1582.52 73.47 1185.83 1586,42 73,32 1186,88 1582.81 73.32 1186.17 1581.88 73.32 1186.58 1578.62 73.16 1186.83 1576.88 73.16 1187.88 1576.~7 73.~1 1187.33 1574.~1 73.81 1187,67 1572.34 73.~1 1188.33 1568.17 72.85 1188.58 1567.33 72.85 1188.83 1565.18 72.85 1189.17 1563.34 72.85 1189.33 1562.84 72.85 1189.58 1561.22 72.85 1189.83 1558.85 72.78 1198.17 1556.87 72.78 1198,33 1555.36 72.78 1191,88 155~.81 72.54 1191.17 1548.55 72.78 1191.33 1547.53 72.54 1191,67 1544.92 72.54 1191,83 1544.13 72.54 1192.8~ 1542.58 72.54 1192.17 1541.56 72.54 '1192.33 1540.81 72.54 1192.58 1539.39 72.54 1192.67 1538.57 72.54 1193,8~ 1536.22 72.39 1193,17 1535.63 72.39 1193.83 1531.34 72.39 1194.17 1529.57 72.39 1194.33 1528.58 72.39 1194,58 1527.94 72.39 ]194.67 1526.89 72.23 1195,98 1525.42 72.23 ET 1195.17 1195.33 1195.58 1196.17 1196.58 1196.67 1197.90 1197.17 1197.33 1197.58 1197.67 1197.83 1198.59 1199.17 1199.58 1199.67 128~.33 128~.67 1201.17 12~1.33 1201.58 1281.67 1281.83 1292.O8 1282.17 12B2.33 12~2.58 1282,83 1283.~8 12~3.17 1283.5~ 1283.67 1283.83 1284.88 1284.17 12B4.5~ 12~4.67 12~4.83 1205.~0 1205.17 1205.33 1285.5~ 1205,83 1286.~O 12~6.17 12B6.33 12~6.58 12~6.67 1286.83 1287.88 1207.17 1287.33 1287.58 PW 1524.91 1523.84 1523.4~ 1528.44 1519.82 1518.55 1516.86 1516.4~ 1515.57 1515.86 1514.27 1514.04 1518.62 1586.69 1584.2~ 1582.97 1499.94 1496.59 1492.74 1487.88 1485.~8 1481.66 1477.45 1472.84 1465.74 1468.10 1458.78 1456.85 1452.77 1445.62 1441.84 1437.54 1438.18 1425.88 1422.53 1418.76 1416.11 1418.25 1487.98 1486.88 1492.21 1396.35 1393.21 139~.45 1424.64 1438.55 1447.44 1468.19 147~.82 1482.~6 1493.65 1584.68 1518.16 1532.42 1547,Z1 TW 72.23 72.23 72.39 72.23 72.23 72,23 72.23 72.08 72.88 72.23 72.88 72.88 72.88 72.88 72.88 72.~8 71.92 72.08 71.92 72.88 71.92 72.88 71.92 71.92 71.92 71.92 71.92 71.92 71.92 71.92 71.92 71.92 71.92 71.92 71.77 71.92 71.77 71.77 71.92 71.77 71.77 71.77 71.77 71.92 71.92 71.77 71.92 71.77 71.92 71.77 71.92 71.77 71.92 71,92 71.92 PAGE fIELD REPORT # ~ 1456~D ET PW TW J2~7.67 J561.35 71.92 12~7.B3 ' 1572.65 71.-92 12~8,~ 1565.~O 71.92 12~8,17 1534,55 71,77 12~8,33 1513,18 71,92 12~8,5~ 15~O,6~ 71,92 12~8.67 1487.68 71.92 12~8.83 1477,63 72,~8 12~9.~0 1468.91 71.92 1209,17 146~,80 71,92 12~9,33 1454,~5 72.~8 12~9,5fi 1447,78 72,~8 12~9.67 1442.14 71.92 12B9,83 1437.~7 71.92 121~.~ff 1432,87 72,~8 121~,17 1429,18 71,92 1210,33 1426.84 71.92 121~,'5~ 1425,12 72,~8 121~,67 1424,17 72,~8 1218.83 1423,77 71.92 1211,~ 1424,51 72,~8 1211,17 1424,55 71,92 1211.33 1425.39 71.92 1211,5~ 1426,47 72,08 1211,67 1427,83 71,92 1212.9~ 1430.13 72.~8 1212,33 1431,82 71,92 1212.5~ 1432.42 72.~8 1212.67 1439,29 71.92 1212.83 1439.11 72,~8 1213.~g 1437.99 72.g8 1213.33 1436.48 71.92 1213.5~ 1435.56 71.92 1213.67 1435.~9 72,08 1213.83 1434.37 71.92 1214.~O 1434.B9 71.92 1214.17 1434.56 71.92 1214,33 1436.98 72,08 1214.5~ 1438.79 71.92 1214.67 1442.~2 71.92 1214.83 1443.73 71.92 1215.B~ 1445.93 72.~8 1215.17 1447.27 71.92 1215.5~ 145~.77 72.~8 1215.83 1453.86 71.92 1216.~O 1454.9~ 71.92 1216.17 1456.77 71,92 1216.33 1457.76 72,~8 1216,5~ 1459.O6 72.~8 1216.67 1459.86 72,~8 1217.8~ 1462,23 72,~8 1217,67 1465.58 72,~8 1218,8~ 1467,~5 72.~8 1218.17 1467,55 72,~8 1218.83 .1469.97 72.~8 ET 1219.~ 1219.33 1219.5~ 1219.83 122~.RI~ 122~.17 122~.33 122~.67 1220.83 1221.~ 1221.17 1221.33 1221.5~ 1221,67 1221.83 1222,~ 1222,17 1222.33 1222.67 1223.~ 1223.17 1223.33 1224.~O 1224.33 1224,67 1225.~ 1225,33 1225.5~ 1225.67 1225,83 1226.17 1226,5~ 1227,17 1227,83 1228.~ 1228,33 1228,67 1229.33 1229.67 123g.~ 1230,67 1231.~ 1232.33 1232.5g 1233,83 1234.17 1234.83 1235.~g 1235.67 1236.33 1236,67 1237,33 1238,~g 1238.33 1238.5~ PW 147~.73 1471.47 1472.18 1472.7~ 1473.~5 1473,67 1473.69 1474,58 1474,49 1474,68 1475,22 1475,O1 1475,18 1474.68 1475,25 1475,55 1475,87 1474,37 1472.55 1472,11 1472,13 1473.86 1477.45 1479.24 148~.51 1481,O3 1483.51 1483,73 1484.73 1485,29 1487.53 1488.64 149~.21 1491.1~ 1491.5g 1492,57 1493.3~ 1494,~9 1493.89 1493.44 1491.74 1491.41 1492.27 1492.17 1493.37 1493.42 1493..13 1492.92 1493.11 1493.61 1493.92 1493.78 1492.95 1494.75 1497.53 T~ 72.~8 72.~8 72.23 72,23 72.~8 72.23 72.23 72.23 72.23 72,~8 72,23 72,23 72,~8 72.~8 72,23 72,23 72.g8 72,23 72,23 72,23 72.23 72.23 72,23 72,39 72,23 72,23 72.23 72,23 72,39 72.23 72,23 72,39 72,39 72,39 72,39 72,39 72,39 72,39 72,39 72.39 72,39 72.39 72.54 72,39 72.54 72.54 72.39 72.54 72,54 72.54 72,54 72,54 72.54 72.54 72.54 PAGE IELD REPORT # = 1456gD ET PW TW 1238,83 1562,28 72,54 ~239.66 1504.54 72.54 1239.17 1584.85 72.54 1239.33 1499.99 72.54 1239.58 1499.56 72.54 1239.67 1583.58 72.54 1248.88 1588.61 72,78 1248.17 1516.31 72.54 1246.33 1511.48 72.54 1246.67 1514.54 72.78 1241.88 1516.66 72.78 124i.17 1518.12 72.78 1241.33 1519.28 72.54 1242.88 1524.85 72.54 1242.17 1525.82 72.54 1242.33 1526.17 72.54 1242.58 1527.96 72.54 1242.67 1529.88 72.78 1242.83 1529.48 72.54 1243.88 1538.51 72.54 1243.17 1531.18 72.54 1243.33 1532.38 72.54 1243.58 1532.87 72.54 1243.67 1534.88 72.78 1243.83 1534.46 72.54 1244.~8 1538.71 72.54 1244'.17 1547.81 72.54 1244.33 1555.66 72.54 1244.5~ 1563.92 72.54 1244.83 1579.26 72.54 1245.~8 1582.42 72.54 1245.17 1579.68 72.54 1245.33 1573.73 72.54 1245.58 1566.52 72.54 1245.67 1554.3t 72.54 1245.83 1545.22 72.54 1246.88 1543.83 72.54 1246.17 1532.95 72.54 1245.33 1528.29 72.54 1246.58 1517.22 72.54 1246.67 1511.83 72.54 1247.g8 1493.42 72.54 1247.17 1486.83 72.54 1247.33 1479.36 72.39 1247.58 1473.18 72.54 1247.83 1461.56 72.54 1248.88 1456.48 72.54 t248.17 1452.87 72.54 1248.33 1451.81 72.54 1248.67 1443.46 72.39 1248.83 1448.98 72.39 1249.~8 14'48.25 72.39 1249.17 1444.27 72.39 1249.33 1447.55 72.39 1249.58 1458.55 72.39 ET I249,83 1258.17 1258.33 1251.88 1251.17 1251.33 1251.58 1251,67 1251.83 1252,17 1252,58 1252,67 1253,R8 1253.67 1254,33 1254.58 1254,83 1255.17 1255,33 1255,67 1255.83 1256.88 1256.17 1256.58 1256.67 1257.88 1257.17 1257.33 1257.58 1257.67 1257.83 1258,88 1258.17 1258.33 1258.58 1258.67 1258.03 1259.8~ 1259.17 1259.33 1259.58 1259.67 1259.03 1268.88 126~.17 1268.33 1261.88 1261.67 1262.33 1262.58 1262.67 1262.03 1263,17 1263.33 1263.58 PN 1455,79 1468.31 1462.28 1468.81 1466.4~ 1462.86 1457.94 1473.86 1477.1~ 1481.1-3 1484.31 1485.73 1488.31 1494.85 1499.38 15~8.35 1582.88 1585.14 1586.47 1588.12 1586.81 1496.95 1480.68 1473.17 1466.85 1452.66 1446.27 1441.23 1437.78 1436.11 1439.41 1445.65 1452.17 1459.39 1462.42 1453.92 1453.48 147g.52 1489.68 1583.18 1514.8G 1523.18 1531.63 1539.85 1547.52 1546.85 1541.58 1536.72 1531.12 1529.66 1527.91 1525.72 1521.87 1519.08 1517.26 T~ 72,39 72.54 72.23 72.39 72.39 72.39 72.39 72.39 72.39 72.23 72.23 72.23 72.23 72.23 72.23 72.23 72.23 72.23 72.23 72.23 72.88 72.23 72.23 72.23 72.~8 72.88 72.23 72.~8 72.~8 72.23 72.~8 72.88 72.88 72.88 72.88 72.88 72.88 72.88 72.~8 72.88 72.80 72.~8 72.88 72.~8 72.~8 72.88 71.92 71.92 71.92 71.92 71.92 71.77 71.92 71.92 71.77 PAGE IELD REPORT # : 14568D ET PW TN 1263.67 1515.83 71.92 1263.83 1512.03 71.92 1264.~8 1589.78 71.92 1264.17 1586.71 71.92 1264.33 1583.87 71.77 1264.58 1582.12 71.77 1264.67 1498.66 71.77 1264.83 1496.41 71.77 1265.17 1492.63 71,77 1265.33 1491.29 71.92 1265.58 1488.48 71.92 1265.67 1486.52 71.77 1265.83 1481.78 71.77 1266.88 1477.31 71.77 1266.17 1473.43 71.77 1266.33 1478.83 7~.77 1266.58 1467.48 71.77 1266.'67 1464.56 71.77 1267,88 1457,48 71,77 1267.17 1456.55 71.92 1267.33 1454.87 71.77 1267.58 1449.69 71.77 1267.67 1448.~6 71.77 1267.83 1447.83 71.77 1268.17 1446.38 71.77 1268.33 1444.85 71.77 1268.58 1446.18 71.77 1268.67 1446.48 71,61 1268.83 1447.16 71.61 1269.80 1449.15 71.61 1269,17 1458.19 71.61 1269.33 1454.84 71.61 1269.58 1458.79 71,77 1269.67 1463.65 71.61 1269.83 1465.85 71.61 1278,88 1466,38 71,61 1278,17 1478,16 71,61 1278.33 1481.98 71.61 1278.58 1487.B8 71.77 1278.67 1491.23 71.61 1278.83 1496.15 71.77 1271.8~ 150~.23 71.61 1271,17 15~4.97 71,61 1271.58 1513.6~ 71.61 1271.67 1517.~2 71.61 1271.83 1519.~8 71.61 1272.88 1521.69 71.61 1272.17 1524.~1 71.61 1272.33 1526.93 71.61 1272.5~ 153~.88 71.61 1272.67 1535.93 71.61 1272,83 1541.71 71,61 1273.88 1547.97 71.61 1273.17 1554.61 71.61 1273,33 156~,81 71,61 ET 1273.58 1273.67 1273.83 1274.88 1274,17 1274,33 1274.58 1274,67 1274,83 1275.88 1275.17 1275,33 1275,67 1275.88 1276,17 1276.33 1276.58 1276.67 1277.80 1277.67 1278.BB 1278.17 1278,33 1278.58 1278.67 1278,83 1279.88 1279,17 1279,33 1279.5B 1279.83 1280.~8 .1288.17 1280,33 1288.58 1288,83 1281.~g 1281.33 1281:5~ 1281,67 1282.0~ I282.17 1282.33 1282.5~ 1282.83 I283.17 1283.33 1284.gg 1284.17 1284.5~ 1284.67 1284.83 1285.17 1285.50 1285.67 PW 1567.38 1573.25 1578.37 1579.83 1588.61 1581.62 1582.15 1583.19 1583.68 1577.53 1572.59 1568.26 1561.28 1556.42 1554.85 1552,45 155~.28 1549.83 1547.99 1548.15 1548,36 1548.57 1545.9t 1536.19 1524.73 1458.28 1439.27 1434.23 1432.57 143~.38 1425.72 1424.31 1424.26 1429.27 1432.~8 1442,26 1447.88 1462.15 147g.55 1477.62 149g,~4 1496.32 15~3.54 15~9.81 1523.83 1537.5~ 1543.85 1567.5~ 1573.22 1584.31 1589.61 1594.48 16~3.22 1611.45 1615.82 TW 71.61 71.61 71.61 71.61 71.61' 71.46 71.46 71.61 71.46 71.61 71.46 71.46 71.46 71.46 71,46 71.46 71.46 71.46 71.46 71.46 71.46 71.3g 71 71.46 71.38 71.46 71.46 71.46 71.38 71.3~ 71.3~ 71.3~ 71.46 71.3~ 71.38 71.3~ 71.38 71.38 71.3~ 71.38. 71.46 71,46 71.38 71.38 71.38 71.38 71.30 71.15 71.30 71.30 71.15 71.3~ 71.38 71.3~ 71.38 PAGE i. ~, C'.=. [ELD REPORT # : 14566D ET PW TW ~286.~ ~62~.~7 71.3~ 1286,33 1627.66 71,30 1286.56 1636.37 71.15 1286.83 1635.20 71.15 1287.17 1639.61 71.15 1287.56 1642.43 71.36 1288.17 1648.19 71,36 1288.83 1652.86 71.15 1289.56 1657,13 71.15 1289.83 1658.94 71.15 1298.56 1661.84 78.99 1291.17 1662.99 76.99 1291.58 1665.69 78.99 1292.83 1676.71 78.99 1293.50 1673.23 78.99 1293.67 1665.18 78.99 1293.83 1656.68 7~.99 1294.gg 1649.98 78.99 t294.17 1645.34 76.84 1294.33 1641.92 78.84 1294.58 1639.~7 7~.99 1294.67 1636,92 76.84 1294.83 1635.13 78.99 1295.~6 1633.82 76.84 1295.17 1632.76 76.84 1295.58 1631.46 7~.84 1295.83 1636.76 78.84 1297.17 1629.63 7g.84 1297.50 1529.25 7g.84 1297.83 1629.16 7~.68 1298,5~ 1629.42 7~.84 1298.83 1629.34 76.84 1299.17 1628.,99 76.84 1299.83 1627.05 7g.84 1360.17 1627.68 78.68 1388.5~ 1628.15 78.68 1361,17 1628.27 7~.68 1381.58 1627.94 70.68 1361.83 1627.35 7~.68 1382.17 1627.12 7~.68 1362.33 1627.86 76.68 1362.67 1627.26 7g.53 1363.8~ 1627.19 78.68 1383.17 1627.23 7~.68 1363.58 1627.08 78.68 13~3.83 1626.39 7g.68 1384.8~ 1626.18 78.68 13~4.17 1626.35 7~.53 1364.56 1626.16 78.68 1384.83 1626.62 78.53 1385.58 1626.72 76.68 1385.83 1626.38 7~.53 1306.80 1626.29 78.53 1386.17 1626.67 78.68 1306.56 1627.02 70.53 ET 13~6.67 13~7.g~ 13~7.33 ]3~7,67 13~7.83 1308.17 1398.33 1389.~ 13~9.33 1389.50 1399.83 1316.50 1318.83 1311.~ 1311.33 1311.58 131].83 1312.17 1312.33 1312,5~ 1312.67 1313.g~ 1313.33 1313,5~ 1313.83 1314.17 1314,33 1314,67 1315.88 1315,17 1315.5~ 1315.67 1315.83 1316,~ 1316.33 1316.5~ 1316,67 1317.~6 1317.17 1317.83 1310.17 1318.33 1310.67 1319.g8 1319.17 1319.33 1319.58 1319.67 1319.83 132g. B~ 132~.17 132~.33 1328.56 132g.67 P~ 1625.93 1625.1g 1625.13 1625.41 1625.39 1625.7~ 1626,31 1626.62 1629.42 1638.18 1638.74 1638.58 1632.25 1632.91 1633.32 1632.84 1632.7~ 1631.76 1631.36 1631.19 1631.33 1631.78 1632.11 1632.11 1632.16 1631.68 1631.97 1631.73 1632.52 1632.82 1633.18 1633.18 1832,77 1632.10 1632.89 1632.41 1632.78 1633.39 1633.60 1633.6G 1631.89 1631.67 1631.47 1631.09 1632.02 1626.42 1611.08 1592.81 1584.08 1578.8~ 1578.23 1578.89 1578.94 1571.99 1574.40 TW 7~.53 7~.53 7~,68 78,53 7~.53 7g.53 78.53 78.53 78.37 7g.63 7B.53 7B.37 76.63 7B.53 7~.63 7~.37 7~.53 7g.63 7~.53 7~.53 78.53 78.53 78.53 78,37 7~,37 7g.37 7~.53 7~.53 7~.53 7~.37 70.37 78,37 78.37 78.37 7~.37 7g.37 70.37 7g.53 7~.37 7~.37 7N,37 7g.53 7~.37 7~,37 7~,37 7~.37 7~.37 7~.37 7~.37 7~.37 7g.37 7~.37 7~,37 7~.37 7~,37 PAGE -ELD REPORT # : 14568D ET PV TV 1321.gg 1573.95 7~.22 1321.17 1573.95 7~.37 1321.33 1586.28 75.37 1321.58 1577.66 78.37 1321.67 1579.98 7~.37 1321.83 1580.32 78.22 -322.~O 1584.7~ 7~.37 1322.33 1584.91 7~.37 1322.50 1587.72 7~,37 -322.67 1586.77 7~.37 -323.33 1587.31 7~.37 '323.67 1587.76 7~.22 ;323,83 1588.16 75,37 1324.~g 1587.98 78,37 1324.33 1588.36 7~.37 1325.8~ 1588.87 7~.22 1325.17 1587.98 78.37 1325.83 1588.36 78.37 1326.17 1588.54 78.37 1326.83 1588.~2 7~.37 1327,17 1587,98 78,37 1327.58 1588.28 7~.22 1327.83 1588.43 78.37 1328.58 1588.57 7~.37 1328.83 1588.~9 78.37 1329.88 1587.9~ 78.37 1329.33 1588.26 78.37 133~.88 1588.35 70.22 1338.67 1588.82 78.37 1338.83 1587.79 78.37 1331.50 1588.23 78.22 1331.83 1588.33 78.22 1332.17 1588.82 7~.22 1332.33 1587.88 7~.22 1333.67 1588.19 78.37 1334.33 1587,81 78.37 1334.67 1587.62 7~.22 1335,88 1588.82 7~.37 1335.67 1588.21 78.22 1336,88 1587.84 78.37 1336.33 1587.85 78.22 1336.67 1587.62 78.22 1336.83 1588.87 78.22 1337.88 1587.93 78,37 1337.33 1588.59 7~,22 1338.8~ 1587.78 7~.ZZ 1338.33 1587.74 7~.22 1338.58 1587,57 78.22 1339.17 1587.95 78.22 1339.33 1588.13 78.22 1339.58 1587.87 7~.22 1339.67 1587.92 78.22 134~.80 1587.57 78.22 1340.33 1587.59 78.22 1348.67 1587.88 7~.22 ET 1341.~g 1341.17 1341.83 1342.~ 1342.17 1342.83 1343.17 1343.83 1344.0g 1344.33 1344.67 1344.83 1345.58 1345.83 1346.88 1346.67 1347.33 1347.67 1348,33 1348.67 1349.8~ 1349,67 1358,33 1351,~B 1351.33 1352,88 1352,17 1352.83 1353.17 1353.U3 1354.88 1354.17 1354.33 1354.5~ 1355.83 1356.17 1356.83 1357,88 1357.17 1357.58 1358.83 1359.17 1359.83 1368.17 1368.33 136~.67 1361.~ 1361.17 1361.83 1362.17 1362.83 1363.~ 1363.67 1363.83 1364.8~ PV 1587.9~ 1588.~ 1587.55 1507.64 1587.48 1587.87 1587.88 1587.5~ 1587.91 1587.69 1587.61 1587.8~ 1587.43 1587.22 1587.48 1587.69 1587.41 1587.22 1587.47 1587.57 1587.28 1587.14 1587.45 1587.21 1587.O3 1587.25 1587.38 1587.88 1586.89 1587.17 1587.31 1587.~1 1587.~7 1586.88 1586.99 1587.~3 1586.63 1586.78 1586.18 1586.48 1586.Z1 1586.36 1586.Z1 1506.14 1585.94 1586.2~ 1586.88 1586.27 1586.86 1585.87 1586.82 1586.21 1585.94 1585.94 1585.69 TV 7~.22 7~.37 78.22 7~.22 78.22 78.22 75.22 78.22 78.37 75.22 78.22 78.22 78.37 7~.22 7~.37 78.22 7~.37 70.22 70.22 70,37 78.22 75.22 78.22 78.22 7~.37 78.37 78.37 78.37 7~.22 7~.22 70.22 78.37 78.22 75.22 78,37 7~.22 7~.22 7~.22 78.37 78.37 7~.37 7~.22 7~.37 78,37 7~,37 75,37 7~.ZZ 7~.22 78.37 7~.22 75.37 78.37 7~.37 78.22 70.37 PAGE -ELD REPORT # : 1456gD ET PW TW 364.67 364.83 365.~0 365.17 .365.33 365.67 367,~ 367,67 368,33 369.~0 ~371.67 372.33 372.5~ 372.67 372.83 373.9~ 373.17 _373.33 1373.5~ '373.67 ',373.83 i374.0~ '374.17 -374.33 375.~ ~375.17 1375.33 ~375.5~ i375.83 '376.~0 '377,33 i. 382,67 1.384.00 ;.384.67 1385.~ ~.385,17 i385.33 i385,5~ i385,67 [385,83 1386,~ 1386,17 1386,33 '386,5~ 1386,67 1386,83 1387,~ 1387.17 1387,33 1387,5~ -387,67 '387,83 ~388.~ '388.17 -388.33 ]585.9g 7g.37 1578.67 7~.37 1577.07 7~.22 1577.33 7~.37 1579.17 7~.22 1578,73 70.37 1578,06 70.37 1577,24 7~.37 1576,13 70,37 1575,37 7~.37 1574,42 78.37 1574.1~ 7~.37 1586.79 7~,37 1581.01 7~.37 1572.04 7~.37 1571.53 7~.37 1570.63 7~.37 1569.4~ 7~.37 1567.72 7~.37 1568.32 7~,37 1564.09 70.37 1563.35 - 7~.37 1562.86 7~.37 1561.77 70.37 1560.19 70,37 1562.1~ 70.22 1559.~8 7~.22 156~.45 7~,22 1559.95 70.22 156~,17 7~,37 1559,93 7~.22 156~.41 7~.~6 156~.51 70.~6 156~.65 7g.~6 156g.77 7g.~6 1560.69 69.91 1559.35 69.91 1557.1~ 69.91 1556.51 69.91 1550.83 7~.~6 1557.6~ .7g.06 1556.28 7B,~6 1555.22 70,g6 1556,35 69.91 1555.58 7~.~6 1554.55' 69.91 1556.49 69.91 1557,79 7~.~6 1541,88 78.86 1525,33 69.91 1511.58 69.91 1499.89 69.91 1489,68 7~.~6 1480,68 7~.g6 1472.88 7~.86 ET 1388.5~ 1388,67 1388.83 1389,0~ 1389.17 1389,33 1389,5~ 1389.67 1389.83 139~.17 139ff.33 139~.67 1391.~ 1391.33 1391.5~ 1391.67 1391.83 1392.~ 1392.17 1392.33 1392.50 1392.67 1392.83 1393.~ 1393.17 1393.33 1393.5~ 1393.67 1393.83 1394.~ 1394.17 1394.33 1394.5~ 1394.67 1394.83 1395.~ 1395.17 1395.33 1395.5~ 1395.67 1395.83 1396.g~ 1396.17 1396.33 1396.5g 1396.67 1396.83 1397.gg 1397.17 1397.33 1397.5g 1397'.67 1397.83 1398.gg 1398.17 PW 1465.84 1459.57 1453.93 1448.74 1444.22 1440.11 1436,45 1433.13 143g,~7 1424.83 1422,53 1418.66 1415.49 1412.96 1562.11 1556.92 155~.99 1546.2g 1525.33 1598.96 1495.15 1483.2~ 1545.89 156~.64 1541.g9 152g.75 1595.gZ 1492,4! 1482.gG 1565.15 1551.18 1550.g4 1536.71 1516.35 1591.42 1488.82 1478.3~ 1469.33 1461.56 1454.81 1448.94 1443,7~ 1438,97 1434.82 1542.93 1554.67 1528.89 15~8.84 1492.33 1479.94 1469.87 1461.44 1454.26 1448.~2 1442.59 TN 69.91 69.91 69.91 7~.06 69.91 69.91 69.91 7g.g6 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91. 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.75 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.91 69.75 69.91 PAGE 11 :ELD REPORT # : 14566D ET PW TN 1398,33 1437,83 69,75 ]398,50 1433,54 69.75 ~398,67 1429,76 69,75 -.398,83 1426.41 69.91 ]399,08 1423.35 69.75 ~399,17 1428,69 69,91 ~399,56 1416.18 69,75 i399.83 1412.48 69,75 i486,17 1489,59 69,91 i486.56 1487.56 69.91 1488.83 1486,19 69.91 i481,17 1485,37 69,75 1481,83 1484,67 69.91 i482.56 1484.33 69.75 i465,17 1484.27 69,91 ~465.83 1484.27 69.91 1486,17 1484.23 69.75 ~486,33 1542,96 69,91 1486.58 1526,38 69.75 1486.67 1526,76 69.75 1487,88 1525,83 69,75 1487.17 1526.86 69.91 i487,33 1517.67 69,75 '.487.58 1514.26. 69.75 1487.67 1516,36 69,75 i487,83 1586,97 69,75 1488,88 1582.84 69.91 1488,17 1581.87 69.91 1488,58 1583.83 69.75 i468.67 1583.62 69.75 1488.83' 1582.91 69.75 '489.88 1581.63 69.75 1489.33 1499,77 69,75 '418,88 1497,24 69,75 ~418,33 1496,82 69,68 '411.88 1493.24 69.68 ~411.17 1498.13 69.75 1411.33 1498.86 69.68 1411.58 1498.84 69.75 -411,83 1489,72 69.68 1412.88 1488.87 69.66 ~412.17 1498.~1 69.68 ~41Z.33 1491.72 69.44 1412.58 1493.18 69.68 ~413.17 1497.42 69.68 1413.58 1499,78 69.44 1414.83 1587.66 69.44 1415.58 1511.53 69.44 1416.17 1515.12 69.44 1416.33 1516,82 69,44 1416.67 1517.32 69,44 1416.83 1518.29 69,44 1417.88 1515.88 69.44 1417.17 1585.88 69,29 1417.33 1581.15 69.68 ET 1417.56 1417.83 1418.88 1418.17 1418.33 1418.5~ 1418.67 1418.83 1419.~8 1419,17 1419.33 1419.58 1419.67 1419.83 1428.17 1428.33 1428.58 1428.67 1428.83 1421.86 1421.17 1421.33 1421.58 1421.83 1422.88 1422.17 1422.33 1422.~6 1422.67 1423.68 1423.17 1423.33 1423.58 1423.67 1423.83 1424.66 1424,17 1424.33 1424.58 1424.67 1424.83 1425.88 1425.17 1425.33 1425.58 1425.67 1425.83 1426.68 1426.17 1426.33 1426.58 1426.67 1426.83 1427,88 PW 1496.73 1498.34 1488.51 1494.42 1498.91 1585.81 1517.13 1528.82 1543,76 1564.66 1585.88 1579.73 1575.81 1579,74 1593.83 1632,35 1668.26 1667.26 1672.31 1677.87 1682.81 I605.49 1678.43 1673.65 1667.91 1666.56 1665.94 1664.79 1665.32 1664.23 1663.~2 1661,55 1662.85 1668.37 1668.89 166~.89 1666.16 1661.27 1668.82 1661.77 1662.17 1662.14 1663.82 1662.53 1662,47 1663.84 1662.29 1663.84 1662.76 1662.24 1663,26 1661.91 1662.79 1668.96 1686.38 TW 69.44 69.29 69.44 69.44 69.29 69.29 69.44 69.44 69.44 69.44 69.44 69.29 69.29 69.44 69.44 69.29 69.29 69.29 69.29 69.44 69.29 69.44 69.44 69.29 69,29 69.29 69.29 69.29 69.44 69.44 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 69.29 PAGE 12 =1ELD REPORT # = 14568D ET PW TW I427. I7 I781.88 69.13 1427.33 1713.43 69.29 1427.58 1679.82 69.29 1427.67 1655.12 69.29 1427.83 1639,45 69.29 1428.88 1636.73 69.29 1428.17 1635.63 69.29 1428.33 1634.28 69.29 1428.58 1634.63 69.29 1428.67 1648.89 69.29 1428,83 1644.78 69.29 1429.88 1666.89 69.29 1429.17 1684.22 69.13 1429,33 1788.73 69.13 1429.58 1714.45 69,29 1429,67 1724,19 69.29 1429.83 1732.91 69.13 1438~88 1738.19 69.13 1438.17 1742.72 69.13 1438.33 1745.94 69.29 1438.58 1745.15 69.29 143~.67 1722.28 69.29 1430.83 1789.87 69.29 1431.~8 1784.80 69.29 1431.17 1699.49 69.13 1431.33 1697.27 69.29 1431.5~ 1695.54 69.13 1431.67 1693.47 69.29 1431.83 1693.38 69.13 1432.88 1692.48 69.29 1432.33 1692.11 69.29 1432.50 1691.82 69.13 1432.67 1691,94 69.13 1432.83 1691.19 69.29 1433.17 1691.63 69.29 1433.33 1691.14 69.29 1433.67 1691.30 69.29 1433.83 1698.62 69.13 1434.88 1691.42 69.29 1434.17 169~.88 69.13 1434.33 1691.58 69.29 1434.58 1691.66 69.13 1434.67 1691.38 69.29 1434.83 1691.91 69.13 1435,~8 1692,11 69.29 1435.17 1691.73 69.29 1435.33 1692.76 69.13 1435.58 1692.25 69.29 1435.67 1692.93 69.29 1435.83 1692.88 69.13 1436.88 1692.68 69.13 1436.33 1693.67 69.29 1436.58 1693.38 69.29 1436.67 1694.49 69.13 1436.83 1693.96 69.13 ET 1437.~8 1437.17 1437.33 1437.58 1437.67 1437.83 1430.~g 1438.17 1438.33 1438.58 1438.67 1439.88 1439.17 1439.33 1439.58 1439.67 1439.83 1440.~8 1448.17 1448.58 144~.83 1441.88 1441.17 1441.33 1441.5~ 1441.67 1441.83 1442.gg 1442.17 1442.33 1442.5~ 1442.83 1443.~B 1443.17 1443.33 1443.58 1443.67 1444.88 1444.17 1444,33 1444.58 1444.67 1444.83 1445.88 1445.17 1445.33 1445.58 1445.67 1445.83 1446.88 1446.17 1446.33 1446.58 1447.17 1447.33 PW IG94.39 1694.49 1693.19 1694.2G 1695.~3 1694.81 1695.93 1695.~6 1695.58 1695.74 1695.47 1696.14 1695.73 1696.51 1696.21 1696.38 1696.89 1696.14 1697.O4 1696.75 1697.47 1696.57 1697.65 1696.82 1697.62 1697.67 1697.44 1697.44 1698.02 1697.37 1698.24 1697.48 1698.49 1697.74 1698.31 1698.52 1698.83 1698.57 1698.31 1598.43 1698.76 1698.46 1698.64 1699.18 1698.43 1699.80 1698.95 1698.17 1698.97 1698.85 1698.58 1698.72 1698.49 1698.64 1698.97 T~ 69.13 69.29 69.13 69.29 69.13 69.13 69.13 69.29 69.29 69.13 69.13 69.29 69.13 69.13 69.13 69.13 69.13 69.13 69.29 69.29 69.29 69.29 69.13 69.13 69.13 69.29 69.29 69.13 69.13 69.29 69.29 69.13 69.13 69.13 69.29 69.13 69,13 69.29 69.13 69.29 69.13 69.29 69.13 69.13 69.29 69.29 69.29 69.13 69.29 69.13 69,13 69.29 69.13 69.29 69.29 PAGE 13 :IELD REPORT # ~ 14568D ET PN TN 1447,5~ 1698.59 69.29 1447.67 1699.08 69.29 1447.83 1699.8~ 69.29 1448.~8 1698.57 69.29 1448.17 1699.27 69.13 1448.33 1698.45 69.29 1448.67 1699.11 69.13 1448.83 1698.55 69.29 1449.88 1698.89 69.13 1449.17 1698.92 69.29 1449.33 1698.52 69.13 1449.58 1698.86 69.29 1449.67 1698.79 69.29 1449.83 1698.87 69.29 145~.~8 1698.92 69.29 1458.17 1698.38 69.29 145~.33 1698.43 69.29 1458.58 1598.87 69.13 1458.67 1698.36 69.13 1451.33 1698.1~ 69.13 1451.58 1698.29 69.29 1451.67 1697.41 69.13 1452.88 1697.31 69.13 1452.17 1696.86 69.13 1452.33 1696.36 69.29 1452.67 1693.88 69.29 1452.83 1694.30 69.29 1453.88 1692.58 69.29 1453.33 1691.85 69.29 1453.50 1698.28 69.29 1453.67 1698.48 69.13 1454.88 1688.87 69.29 .1454.17 1689.25 69.29 1454.58 1687.93 69.29 1454.67 1688.8~ 69.29 1454.83 1687.84 69.29 1455.80 1687.32 69.29 1455.33 1687.89 69.29 1456.~8 1686.21 69.29 1456.17 1685.88 69.13 1456.33 1686.44 69.13 1456.58 1685.57 69.13 1456.67 1685.59 69.13 1456.83 1685.91 69.29 1457.8~ 1685.18 69.29 1457.33 1685.52 69.29 1457.58 1684.72 69.13 1457.67 1685.46 69.29 1457.83 1685.55 69.29 .1458.8~ 1684.72 69.13 1458.17 1685.68 69.29 1458.33 1685.71 69.29 1458.58 1685.85 69.13 1458.67 1686.11 69.29 1458.83 1686.91 69.13 ET 1459.g~ 1459.17 1459.33 1459.5~ 1459.67 1459.83 1468.17 1468.58 1468.67 1468.83 1461.17 1461.33 1461.58 1461.67 1461.83 1462.gg 1462.17 1462.33 1462.58 1462.67 1462.83 1463.88 1463.17 1463.33 1463.5~ 1463.83 1464.88 1464.33 1464.58 1464.67 1464.83 1465.0~ 1465.33 1465.50 1465.67 1465.83 1466.88 1466.17 1466.33 1466.5~ 1466.67 1466.83 1467.88 1467.17 1467.33 1467.58 1467.67 1467.83 1468.88 1468.17 1468.33 1468.5~ 1468.67 PN 1687.18 1688.37 1688.83 I688.36 1G08.05 1688.57 1687.34 1687.52 1685.72 1686.21 1685.98 1685.83 1685.68 1585.78 1684.93 1685.52 1685.57 1684.86 1685.46 1685.48 1684.91 1685.62 ' 1685.57 '1684.77 1685.34 1685.41 1684.84 1685.46 1684.96 1685.38 1684.79 1685.26 1685.29 1684.72 1685.24 1666.24 1599.88 1552.49 1533.88 1533.74 1533.98 1534.45 1534.71 1532.78 1532.31 1532.43 1538.65 1532.32 1532.33 1561.94 1511.72 1524.15 1527.46 1529.68 1532.38 TN 69.29 69.13 69.13 69.29 69.29 69.29 69.13 69.13 69.29 69.13 69.29 69.13 69.29 69.29 69.13 69.13 69.29 69.29 69.29 69.13 69.13 69.13 69.29 69.29 69.29 69.29 69.13 69.29 69.29 69.13 69.29 69.29 69.29 69.13 69,13 69.13 69,13' 69.13 69.13 69.29 69.13 69.13 69.29 69.13 69.29 69.29 69.29 69.13 69.29 69.29 69.29 69.13 69.13 69.29 69.29 PAGE 14 'IELD REPORT # = 1456~D ET PN TN 1468,83 153~.87 69.13 1469.60 1533.91 69.13 1469.17 1534.52 69.29 1469.33 1534.45 69.13 1469.67 1534.89 69.13 1471,O6 1534.97 69.29 1481.67 1533.84 69.29 1481.83 1533.79 69.29 1482.~ 1529.81 69.29 1482.17 1534.66 69.13 1482.33 1519.31 69.13 1482.5~ 1505.29 69.29 1482.67' 1493.22 69.13 1482.83 1482,87 69.13 1483.0~ 1473.69 69.29 1483.17 1465.33 69.29 1483.33 1457,79 69.29 1483.5~ 145~.82 69.13 1483.67 1444.48 69.13 1483.83 1438.78 69.29 1484.~ 1433.41 69.13 1484.17 1428.53 69.29 1484.33 1423.96 69.13 1484.5~ 1419.78 69.29 1484.67 1415.83 69.13 1484.83 1412.26 69.13 1485,~ 1507.18 69.13 1485.17 1523.3~ 69.13 1485.33 1526.52 69.29 1485.5~ 1526.28 69,29 1485.67 1527.7~ 69.29 1485.83 1524.18 69.29 1486.17 1518.44 69.29 1486.33 1516.~8 69.29 1486,5~ 1514.23 69.13 1486,83 1598.75 69.13 1487.~6 15~7.95 69.13 1487.33 1593.25 69.13 1487.50 15~.28 69.13 1487.67 1498.~8 69,13 1487.83 1496.52 69.13 1488.~ 1492.98 69.13 1488.17 1491.45 69.13 1488.33 1488.8~ 69.13 ~488.50 1487.48 69.13 ~488.67 1487.55 69.13 488.83 1486.74 69.13 -489.17 1489.86 68.98 '489.33 149~.31 69.13 -489.5g 1490.38 68.98 ~489.67 1486.67 .68.98 1489.83 148~.95 68.98 149~.g0 1478.95 69.13 i49~.17 1476.48 68.82 £49~.33 .1472.71 68.98 ET 149~. 5g 149~.67 1491.6~ 1491.17 1491.33 1491.5~ 1491.83 1492.0~ 1492.17 1492.33 1492.5~ 1492.67 -1492.83 1493.~6 1493.17 1493.33 1493.5~ 1493.67 1493.03 1494.~ 1494.17 1494.33 1494.5~ 1494,67 1494.83 1495.0~ 1495.17 1495.33 1495.5~ 1495.67 1495.83 1496.~ 1496.67 1496.83 1497.60 1497.17 1497.50 1497.67 1497.83 1498.~ 1498.33 1498.50 1498.67 1498.83 1499.gg 1499.17 1499.33 1499.5~ 1499.67 1499.83 15~g.17 1500.33 15~O.5~ 15~.83 PV 147fi.fi9 '1465,71 1459.65 1455.1g 145g.76 1447.66 144g.07 1443.73 1444.~9 1444.~2 1444.53 1445.52 1438.68 1441.68 1439.~9 1435.81 1431.69 1428.39 1426.52 1422.38 1418.84 1416.57 1413.46 1409.81 1407.7g 14~4.77 14~1.35 1397.41 14~2.68 14~.~8 1398.32 1397.79 1998.71 1391.77 1392.~5 1387.91 1383.67 1381.47 1378.55 1374.81 1368.93 1366..~1 1363.43 1359.53 1357.85 1353.53 1356.22 1353.43 1354.~7 1355.29 1357.14 1353.69 1348.58 1349.81 134~.2~ TV 68.98 68.82 68.82 68.82 68.82 68.82 68.02 68.67 68.67 68.82 68.67 68.67 68.67 68.67 68.51 68.51 68.51 68.51 68.51 68.51 68.51 68.51 68.36 68.36 68.36 68.36 68.36 68.2~ 68.2~ 68,2~ 68.36 68.2~ 68.2g 68.2~ 68.2~ _68.~5 68.65 67.89 68.~5 68.65 68.~5 67.89 67.89 67.89 67.89 67.89 67.89 67.89 67.89 67.74 67.89 67.74 67.74 67.74 67.58 PAGE 15 i. ;IELD REPORT # = 1456~D ET PV TV ]581,17 1337.~7 67.74 15~1.33 1334.73 67.74 1581.5~ 1331.12 67.58 1501.67 1328.31 67.58 1582.88 1321.48 67.58 1582.17 1317.27 67.58 1502.33 1314.34 67.58 15~2.5~ 1314.62 67.58 15~2.67 1311.~7 67.58 15~2.83 131~.89 67.58 1593.88 1311.81 67.58 15~3.17 1313.71 67.43 15~3.33 1314.97 67.58 15~3.5~ 1309.61 67.58 1503.67 131~.81 67.43 1503.83 13~9.39 67.43 15~4.~ 13~6.~ 67.43 15~4.'17 1382.03 67.43 15~4.33 1298.36 67.43 1504.59 1295.13 67.43 15~4.67 1292.54 67.27 1585.g~ 1285.90 67.43 1585.17 1282.19 ' 67.43 1505.33 1288.86 67.43 15~5.58 1275.42 67.27 1505.67 1274.68 67.27 1505.83 1285.19 67.27 1506.~0 1278.82 67.27 1586.17 1275.~4 67.27 1586.33 1273.28 67.27 1586.5~ 1273.11 67.12 15~6.83 1278.87 67.12 15~7.~B 1267.82 67.27 1587.17 1265.88 67.12 15~7.33 1263.~3 67.12 15~7.5~ 126~.2~ 67.12 15~7,67 1258.81 66.96 15~7.83 1255.85 67.12 15~8,17 · 125~.68 66.96 1588.33 1247.8g 66.96 15~8.67 1243.g2 66.96 1589.88 1237.84 66.96 1589.17 1235.25 66.96 15~9.33 1232.99 66.96 15~9.5~ 1232.54 66.96 1589.67 1235.81 66.81 1589.83 1235.88 66.81 151~.~ 1236.~7 66.81 151~.17 1235.74 66.81 151~.33 1235.83 66.81 1518.67 1234.63 66.81 151~.83 1234.58 66.81 1511.~0 1235.75 66.65 1511.17 1231.g4 66.65 1511.33 1227.7~ 66.81 ET 1511.58 1511.67 1512.88 1512.33 IS12.67 1512.83 1513.Bg 1513.33 1513.5~ 1513.67 1513.83 1514.~0 1514.17 1514.33 1514.58 1514.67 1515.00 1515.17 1515.5~ 1515.67 1516.88 1516.17 1515.33 1516.5~ 1516.67 1517.~8 1517.17 1517.33 1517.58 1517.67 1517.83 1518.17 1518.33 1518.50 1518.67 1519.88 1519.17 1519.33 1519.5~ 1519.67 1519.83 1520.~0 152~.17 152~.33 1529.5B 1528.67 152~.83 1521.~8 1521.17 1521.33 1521.58 1521.83 1522.~8 1522.33 1522.58 PV 1224.97 1221.75 1216.88 1218.65 1204.]1 1198.13 1193.65 1197.44 1194.83 1193.75 1193.65 1194.gI 1192.64 1188.95 1184.75 1177.85 1175.82 1168.35 1164.68 1157.72 1154.54 1151.13 1156.98 1155.84 1154.28 1154.84 1155.95 1158.91 1146.50 1143.04 1136.87 1133.74 1138.33 1126.8g 112~.28 1116.83 1114.34 1115.96 1115.36 1112.59 1112.25 1112.71 1113.46 1117.94 1118.39 1185.78 1182.98 118~.~4 1~96.69 1893.92 1887.42 1884.O7 1878.21 I~75.29 TV 66.65 66.65 66.65 66.65 66.5S 66.5S 66.65 66.5~ 66.5S 66.5S 66.59 66.5S 66.5S 66.5S 66.34 66.34 66.5S 66.34 66.34 66.34 66.34 66.34 66.34 66.34 66.18 66.34 66.18 66.18 66.18 66.18 66.83 66.83 66.~3 66.~3 66.83 65.07 65.87 65.87 66,93 65,87 65.87 65.87 65.87 65.87 65.87 65.72 65.87 65.72 65.87 65.72 65.72 65.56 65.72 65.72 65.56 PAGE 16 FIELD REPORT # = 1456~D ET PW TW 1522.67 lg72.14 65.56 1522.83 197~.58 65.56 1523.~ff 1~73.64 65.56 1523.17 1~75.29 65.56 1523.33 IB74.65 65.56 1523.5~ 1~73.49 65.56 1523.67 1~72.84 65.41 1524.g~ lg72.34 65.41 1524.17 1072.46 65.41 1524.33 1974.87 65.41 1524.5g 1~7~.27 65.25 1524.67 1~63.98 65.41 1525.~O IN57.33 65.25 1525.17 IN53.47 65.25 1525.33 1~5N.42 65.25 1525.5N IN46.96 65.25 1525.67 1N43.74 65.25 1526;~ 1~36.45 65.25 1526.17 1N32.53 65.1~ 1526.33 1~27.~g 65.25 1526.5g IO23.4~ 65.1N 1526.67 1027.19 65.1g 1526.83 1~3~.34 65.1~ 1527.g~ 1~31.76 65.1~ 1527.17 1031.93 65.10 1527.33 I~31.51 65.10 1527.5~ 1~27.62 65.10 1527.67 '1024.73 65.10 1527.83 1~27.~2 64.94 1528.~0 1~28.65 64.94 1528.17 1030.66 64,94 t528,58 1~38.26 64.94 1528.67 1829,98 64.79 1528.83 1~25.~7 64.94 1529.~8 1~23,44 64.94 1529.17 1~22.92 64.79 1529.33 1021.91 64.79 1529.67 1~18.g2 64.79 1529.83 1015.85 64.79 153~.~0 1~13.97 64.79 153~.17 1012.39 64.79 153~.33 1012.38 64.79 1531.~ 1~4.66 64.79 1531.17 10~2.9~ 64.79 1531.33 I~01.49 64.63 1531.5~ 999.41 64.63 1531.83 995.85 64.63 1532.~0 993.6~ 64.63 1532.17 992.34 64.48 1532.33 990.49 64.48 1532.5~ 993.72 64.63 1532.67 993.28 64.48 1532.83 992.12 64.48 1533.~O 991.43 64.48 1533.17 989.52 64.48 ET 1533.33 1533.5G 1533.67 1533.83 1534.17 1534.33 1534.5~ 1534.83 1535.~ 1535.17 1535.50 1535.67 1535.83 1536.g~ 1536.17 1536.33 1536.5~ 1536.67 1536.83 1537.~B 1537.17 1537.33 1537.5~ 1537.83 1538.g0 1538.17 1538.33 1538.67 1538.83 1539.5~ 1539.67 1539.83 154~.~0 154~.17 154~.33 154~.G7 154~.83 1541.~ 1541.33 1541.5~ 1541.67 1541.83 1542.17 1542.33 1542.5~ 1542.67 1542.83 1543,~ 1543.17 1543.33 1543.5~ 1543.83 1544.~ 1544,33 1544.67 PW 985.2fi 984.65 983.1~ 981.85 976.21 973.91 971.21 966.63 964.87 962.2~ 957.6~ 955.57 953.11 952.18 952.94 95~.39 952.18 950.51 949.48 948.98 949.23 948.91 943.23 938.3~ 936.O~ 932,92 93~.67 925,32 922.38 911,20 9~8.44 9~8.6~ 913.56 91~.51 9~9.37 9~9.59 905.2~ 905.2~ 898.85 896.25 893.36 891.15 885.89 882.9~ 888.99 884.72 879.54 80~.75 883.14 883.35 882.64 882.~3 882.22 877.37 874.57 TN 64,48 64.32 64.32 64,48 64.32 64,32 64.32 64.32 64.32 64.32 64.32 64.16 64.16 64.16 64.16 64.16 64.16 64.~1 64.16 64.16 64.~1 64.16 64.16 64.~1 64.~1 64.~1 64.~1 63.85 64.~1 63.7~ 63.85 63.70 63.85 63.70 63.85 63.7~ 63.85 63.7g 63.7g 63.54 63.54 63.7~ 63.54 63.54 63.54 63.54 63.54 63.39 63.54 63.39 63.54 63.39 63.39 63.23 63.23 PAGE 17 =IELD REPORT # ~ 145688 ET P~ T~ 1545.gff 871,g! 63.23 1545.33 868.19 63.23 1545.67 869.23 63.23 · 1545.83 868.59 63.23 1546.~8 868.26 63.23 1546.17 868.33 63.23 1546.33 863.69 63.88 1546.58 867.54 63.88 1546.67 865.87 63.88 1546.83 866,58 63.88 1547.88 867.84 63,88 1547.17 867,23 62,92 1547.33 867,18 62.92 1548.88 866.67 62.92 1548.67 866.58 62.92 1548.83 866.43 62.77 1549.80 868.28 62.77 1549.'17 865.35 62.77 1549.33 861.88 62.77 1549.58 059.93 62,77 1549.67 858.78 62.77 1549.83 857.33 62.77 1558.17 854.82 62.61 1558.33 852.26 62.61 1558.58 058.98 62.77 1558.67 849.83 62.77 1558.83 851.25 62.77 1551.88 858.58 62.61 1551.17 852.39 62.77 1551.58 846.28 62.77 1551.67 844.79 62.61 1552.88 842.56 62.61 1552.33 839.48 62.61 1552.67 835.88 62.45 1552.83 834.26 62,61 1553.17 838.45 62.45 1553.58 027.67 62.45 1553.67 825.84 62.45 1553.83 825.67 62.61 1554.8~ 829.89 62,45 1554.17 829.52 62.45 1554.33 828.41 62.45 1554.58 828.15 62.45 1554.67 828.29 62.45 1554.83 828.88 62.45 1555.88 024.74 62.38 1555.17 824.82 62.45 1555.33 024.52 62.38 1555.58 823.38 62.38 1555.67 828.53 62.38 1555.83 818.11 62.38 1556.17 014.56 62.38 1556.33 812.82 62.38 1555.5~ 81~.58 62.38 1556.83 886.38 62.14 ET 1557.~E 1557.17 1557.33 1557.67 1558.33 1558.58 1558.67 1558.83 1559.17 1559.33 1559.5~ 1559.67 1559.83 1568.88 156R.17 1568.58 1568.67 1568.83 1561.88 1561.17 1561.33 1561.67 1561.83 1562.88 1562.33 1562.58 1562.67 1562.83 1563.8~ 1563.17 1563.33 1563.5~ 1563.67 1563.83 1564.88 1564.17 1564,33 1565.88 1565.17 1565.33 1565.67 1565.83 1566.~8 1566.17 1566.33 1566.5~ 1566.67 1566.83 1567.88 1567.17 1567.33 1567.5~ 1567.83 1568.17 P~ 8~4.43 8~z.23 888.42 796.~3 787.61 785.57 785.07 783.86 785.51 786.23 785,96 785.47 785.32 782.68 782.82 781.82 777.82 776.84 774.52 773.92 772.48 769.77 762.32 758.88 754.94 747.69 743.77 742,32 743.98 742.75 742.44 742.37 742,58 738.53 739.41 738.65 736.52 733.49 719.35 715.82 711.78 7~4.97 7~1.12 698.90 7~1.91 695.41 696.75 697.64 697.87 697.63 694.98 688.35 605.~8 677.82 667.74 T~ 62.3~ 62.14 62.38 62.14 62.14 62.14 62.14 62.14 61.99 62.14 61.99 62.14 61.99 61.99 61.99 61.99 61.99 61.99 61.99 61.99 61.99 61.99 61.83 61.83 61.83 61.68 61.83 61.83 61.68 61.83 61.83 61.68 61.68 61.52 61.52 61.68 61.52 61.68 61.52 61.52 61.36 61.36 61.36 61.36 61.36 61.21 61.36 61.21 61.21 61.36 61.21 61.21 61.21 61.21 61.85 PAGE 18 fIELD REPORT # : 1456~D · ET P~ T~ 1568,33 662,76 61,E5 1568,5~ 658,68 6~.9~ 1568,83 649,60 60,9~ 1569,~ 65~,14 61,85 1569.17 649.68 6~.9~ 1569.33 650,06 6~.90 1569.50 649.73 60.90 1569.83 65~.53 6~.9~ 157~.17 646.76 6~.9~ 157~.5~ 648,~2 6~.74 157~.83 647,15 6B,59 1572,17 645,80 6~.43 1572,5~ 645,44 6~,43 1572,67 645,37 68,43 1572.83 653.14 6~.43 1573.'9~ 650.21 6~.43 1573,17 641.85 68.43 1573~33 - 637.58 6~.43 1573.58 631.19 60.43 1573.83 621.57 68,27 1574.98 648.31 6~.27 1574.17 648.36 60.27 1574.33 644.68 68.27 1574,5~ 65~,50 6~,27 1574,67 651,~8 68,27 1574,83 643,~7 60.12 1575,~ 637,94 60.27 1575.17 631.79 6~.27' 1575,5~ 621.72 6~.12 1575,67 616,99 6~.27 1576,~B ' 6~8,27 6B,12 1576.33 6~.33 60.12 1576.67 592.99 59.96 1577.~8. 586.29 6B.12 1577,33 58~,~7 59.96 1577,67 574,41 59,96 1578,~8 569,~9 59,96 1578,33 564,22 59.96 1578,67 559,68 59,81 1579,~8 555,44 59,96 1579,33 551,5~ 59,81 1579,67 547,82 59.81 158~,33 541,2~ 59,96 1581.~ 535,36 59,81 1581.67 53~,21 59,65 1582.33 525,69 59,81 1583,8N 521,72 59,65 1583,67 518,2~ 59,65 1584,33 515,11 59,81 1585,8~ 512,33 59,65 1585,67 589,85 59,65 1586,33 507.64 59.65 1587,88 5~5,84 59,65 1587,67 5~4,48 59,65 1588,33 583,46 59,65 ET 1589.67 1591.~ 1593.67 1G04.33 1615.~ 1617.67 1619.~N 1619.67 1619.83 1620.~ 162N.17 162~.33 162~.5~ 1620.67 1629.83 I621.~ 1621.67 1621.83 1622.~g 1622.17 1622.33 1622.67 1622.83 1623.50 1623.83 1624.17 1624.33 1624.5~ 1624.67 1624.83 1625.g~ 1625.17 1625.5~ 1625.67 1625.83 1626.~g 1626,17 1626.33 1626,58 1626.67 1627.33 1627.5~ 1627.67 1628.~ 1628.33 1628.5~ 1628.83 1629.90 1629.33 1629.5~ 1629.67 1629.83 163~.17 1630.83 1631.~ P~ 5N2.24 5~1.65 5HI.25 5~.89 500.79 5~.77 5~.73 5~.75 5~8.77 637.~5 641.19 649.98 654.68 657.56 658.7~ 658.89 658.03 653.09 652.38 65~.81 648.53 643.21 640.6~ 629.6~ 624.33 618.83 615.72 613.18 616.13 614.97 614.65 615.35 615.~9 612.21 61~.14 6~5.58 6~1.78 597.51 592.87 588.78 57~.34 565.92 567.77 566.97 566.94 567.~6 579.32 579.73 579.33 568.33 564.79 56~,78 553,5~ 538,76 535,27 TW 59.65 59.65 59.5~ 59.5~ 59.50 59.34 59.5~ 59.34 59.50 59.5~ 59.5~ 59.5~ 59.5~ 59.5~ 59.5~ 59.5~ 59.5~ 59.50 59.50 59.34 59.34 59.5~ 59.5~ 59.34 59.34 59.50 59.5~ 59.34 59.34 59.34 59.34 59.34 59,34 59.34 59.34 59,34 59.34 59.18 59.18 59.18 59.03 59.18 59.03 59.~3 59.g3 59.~3 58,87 59,83 58.87 58,87 58.87 58.87 58,87 58,72 58.72. PAGE 19 ;IELD REPORT # = 14566D ET PW TW 1631,33 527,4~ 58,72 1631,58 523,45 58.56 1631,67 523,75 58.72 1632,68 523,67 58.56 1632,17 524,18 58,56 1632,33 524,95 58,56 1632,67 524,97 58.56 1632,83 524,86 58,56 1633,66 519,84 58,56 1633,17 518,63 58,56 1633,33 515,68 58,41 1633,56 513,03 58,56 1633,83 586,72 58,41 1634,17 588,18 58,41 1634,58 493.16 58.41 1634,67 498,88 58.25 1635.68 482.88 58.41 1635;17 479,81 58.25 1635,33 476,89 58.25 1635,58 478,78 58.25 1635.67 478.13 58.41 1636,88 477,34 58.25 1636,17 476,87 58.89 1636,33 476,65 58,25 1636.58 477.35 58.25 1636.67 478,82 58.89 1636.83 470,21 58,89 1637.88 473,73 58,89 1637,33 466,76 58.25 1637.58 463.81 58.25 1637.67 459.61 58.89 1638.88 452,16 58,89 1638.17 448.47 57.94 1638.58 448,72 58.89 1638,83 432,72 58,89 1639,88 429,63 57.94 1639.17 429.75 57.94 1639.33 431.51 57.94 1639,58 433.81 57,78 1639.67 433.36 57.94 1640,88 433,53 57,78 1648,17 433,46 57.78 1648.33 434.38 57.78 1648.58 429.32 57.78 1648,67 423,61 57.78 1648.83 418,76 57,78 1641,88 414,53 57,63 1641.17 489.64 57.78 1641.33 485.39 57.78 1641.67 396,18 57.78 1641,83 391,61 57,63 1642,~8 386,.66 57,63 1642.17 384.49 57.63 1642,33 384,26 57,63 1642,58 386,48 57,47 ET 1642.67 1643.~8 1643,.17 1643.33 1643,58 1643.83 1644.17 1644.33 IG44.58 1644.83 1645.88 1645.33 1645.67 1645.83 1646.88 1646.17 1646.33 1646.67 1647.~8 1647.17 1647.33 1647,58 1647.67 1647.83 1648.08 1648.17 1648.33 1648.67 1648.83 1649.88 1649.17 1649.33 1649.58 1649,83 1658.58 1658.83 1651.58 1651.67 1651.83 1652,88 1652.17 1652.33 1G52.50 1652.83 1653.80 1653.17 1653.33 1653.58 1653.83 1654.88 1654.17 1654.33 1654.67 1655,88 1655,17 PW 386.61 386.~7 385.64 382.8~ 38~.99 375.28 369.84 365.66 362.93 356.88 354.85 346.98 348.27 337.2~ 336.64 338.24 339.26 339.5R 339.46 339.51 337.96 334.25 333.55 334.51 328.39 338.27 328.70 323.98 323.69 321.46 321.86 328.26 317.77 313.21 384.43 308,24 291.26 289.52 289.47 288.3~ 289,33 291.21 291.67 291.74 288.31 287.85 286.14 283.21 276.96 272.97 269,23 265.8g 257.88 258.23 245,97 TW 57.63 57.47 57,47 57.47 57,47 57,47 57,47 57.31 57,31 57.31 57,31 57.31 57.16 57.16 57.16 57.16 57.16 57.~8 57.16 57.16 57.08 57.~8 57.0~ 56.85 57.~ 56.85 56,85 56.85 57.~ 56.85 56.69 56.85 56.85 56.85 56.69 56.69 56.69 56.53 56.53 56.53 56.53 56.53 56.53 56.53 56.53 56,38 56.38 56,53 56.53 56,53 56.53 56,38 56,38 56.22 56,22 PAGE 26 ;IELD REPORT # = 1456ND ET PW TW 1655,33 244,16 56,38 1655.50 241.45 56.22 1655.83 242,~4 56,38 1656.0~ 243,44 56.22 1656.17 244,31 56.22 1656.33 244.4~ 56.38 1656.67 243.97 56.22 1656.83 24~.78 56.22 1657.8B 248.28 56.~7 1657.17 24~.89 56,~7 1657.5g 241.g4 56.22 1657.83 24~.9g 56,g7 1658,80 24g.88 56.~7 1658.17 235,73 56.~7 1658.50 228.91 56.87 1658.83 222.43 56.87 1659.~ 218.95 56.~7 1659;17 215.28 55.91 1659.83 281.45 55.91 166~.17 194.37 55.91 166~.33 194.O7 55.91 166g. Sg 194.O9 55.91 166~.83 192.83 55.75 1661.~ 192.52 55.91 1661.17 192.46 55.75 1661.33 194.~2 55.91 1661.5~ 194.45 55.75 1661,83 187,73 55.75 1662.~ 184.70 55.75 1662.33 177.33 55.6~ 1662.5g 173.23 55.6~ 1662.67 169.66 55.75 1663.B~ 162.14 55.6~ 1663.17 163.29 55.6B 1663.33 163.31 55.60 1663.67 162.4B 55.6~ 1663.83 162.14 55.6B 1664.~g 166.29 55.6~ 1664.17 162.21 55.6B 1664,33 161.~ 55.44 1664.67 161.~2 55.44 1665.33 16~.26 55.44 1665.67 159.93 55.44 1665.83 158.57 55,44 t666.O8 155.53 55.44 1666.33 15~.46 55.29 1666.5~' 147,48 55.44 1666.67 145,55 55.29 1666.83 143.14 55.29 1667.17 139.30 55.13 1667.33 139.37 55.29 1667.5~ 14~.B6 55.13 1667.67 141.56 55.29 1668.~ 141.35 55.29 1668.17 14g.73 55.29 ET 1669.5~ 167~.17 167~.83 1671.17 1671.33 1672.~B 1672.33 1672.5~ 1672.67 1673.N~ 1673.67 1674.~8 1674.17 1674.33 1674.5g 1675.83 1676.5~ 1677.17 1677.33 1677.5~ 1677.67 1677.83 1678.O~ 1678.17 1678.33 1679.~ 1679.33 1679.50 1679.03 168~.~ 168~.33 168~.67 1681.~8 1681.17 1681.5~ 1681.67 1682.~ 1682.33 1683.~B 1683.33 1683.5~ 1683.67 1683.83 1684.BB 1684.17 1684.33 1684.5~ 1684.67 1684.83 1605.~ 1685,17 1685.33 1685.5~ 1685.67 1686.8B PN 139.79 139.34 139.36 139.63 139.57 14~.2~ 14~.51 14~.08 139.34 14~.25 141.0~ 141.22 142.32 143,66 143,39 144.7~ 145.37 145.78 145.85 145.56 146.42 146.37 146.57 147.51 148.8~ 149.37 149.59 149.8~ 149.80 15~.21 15~.45 15~.42 158.68 151.14 151.11 158.9~ 151.12 15~.85 150.89 15~.85 15~.g9 148.44 146.51 144.94 146.84 146,53 144,35 143.B5 141.38 142.57 142.6~ 141.91 142.~5 14~.79 139.95 TN 55,13 55.13 54.97 54.82 54.82 54.97 54.97 54.97 54.82 54.97 54.66 54.82 54.82 54.82 54.66 54.82 54.82 54.66 54.66 54.66 54.66 54.66 54.82 54.66 54.66 54.5~ 54.66 54.66 54.66 54.66 54.5~ 54.66 54.66 54.66 54.66 54.50 54.66 54.66 54.50 54.50 54.5~ 54.5g 54.5~ 54,66 54.5~ 54.5B 54.66 54.5B 54.66 54.5~ 54.66 54.5~ 54.58 54.5~ 54.58 PAGE 21 fIELD REPORT # : 14560D ET PW TW 1686,33 139.79 54.5g 1686,67 138.69 54.5g 1686.83 139.10 54.5g 1687.17 139.14 54.58 1687.33 139.82 54.58 1687.58 148.17 54.35 1687.67 138.47 54.35 1687.83 137.19 54.35 1688.88 136.93 54.58 1688.33 137.19 54.58 1688.58 135.81 54.58 1688.83 135.14 54.58 1689.58 134.54 54.35 1698.83 134.65 54.35 1691.17 134.88' 54.58 1691.83 134.75 54.35 1692.88 133.66 54.35 1692.,17 137.47 54.58 1692.58 132.32 54.35 .. 1692.83 126.91 54.35 1693.~8 124.37 54.35 1693.67 115.62 54.35 1694.33 107.95 54.35 1695.8~ 181.02 54.35 1695.67 94.98 54.35 1696~33 89.55 54.35 1696.67 87.~ 54.35 1697.33 82.51 54.35 1697.67 8~.48 54.35 1698,33 77,48 54,35 1699.B~ 74.79 54,35 1699.67 72.38 54,35 17~g.33 78.27 54,35 17~1,~ 68,41 54,35 1782.33 65.48 54.35 17~2,5~ 65,19 54.35 1782.67 143.95 54,35 17~2,83 148,88 54,35 1793.~B 137.84 54,35 1783.17 134.47 54.35 1783.33 131.68 54,35 1783.5~ 131,88 54,35 1784.17 131.29 54.35 1784.83 13~.91 54,19 17~5,~ 138.79 54,19 17~5.17 133.77 54.35 1785.33 131.58 54,35 17~5.58 131.2~ 54.19 1785.67 131.58 54.19 17~6.33 131.12 54.19 1707.67 131.39 54.35 1708.gg 131.39 54.35 17~8.17 131.46 54.19 1788.5~ 124.52 54.19 1708.67 119.47 54.35 ET 17~9.~8 17~9.17 17~9.33 1789.5~ 1718.17 1718.33 1710.58 1718.67 1710.83 1711.~ 1711.17 1711.33 1711.5~ 1712.17 1712.83 1714.17 1714.83 1715.17 1715.33 1715.58 1715.67 1715.83 1716.g8 1716.17 1716.33 1716.67 1716.83 1717.17 1717.33 1717.50 1717.67 1718.33 1719.67 1721.8~ 1721.67 1721.83 17Z2.gg 1722.17 1722.83 1723.8g 1723.17 1723.33 1724.67 1727.33 1728.~ 1728.17 1728.33 1729.~ 1729.33 1734.67 1735.88 1735.17 1735.58 PW 116.58 114.53 111.62 lg6.~3 87.57 83.61 84.51 84.82 81.~1 8~.51 81.77 83.89 84.14 83.73 83,75 84,86 85.1~ 85.17 85.25 82.65 77.61 72.93 68.78 65.18 6~.67 52.70 47.78 41.69 39.29 39.64' 39.59 4~.21 40,35 40,91 41.21 41.31 41.35 41.37 39.18 39.96 39.77 38.82 36,84 36.15 36,95 37.29 37.29 37.29 37.85 37.22 36.95 37,84 37,87 37.85 36.33 TV 54.19 54.19 54.19 54.19 54.19 54.19 54.19 54.19 54.19 54.19 54.~4 54.~4 54.19 54.84 54.~4 53,88 53.88 53,72' 53.72 53.72 53.72 53.72 53.72 53.57 53.57 53.57 53.57 53.57 53.57 53,57 53.57 53.41 53.41 53.57 53.25 53.25 53.25 53.25 53.25 53.1~ 53.25 53.25 53.10 53.1~ 53.1~ 52.94 52.94 52.94 52.94 52.94 52.94 52.79 52.94 52.79 52.94 PAGE 22 FIELD REPORT.# ~ 1456~D ET PN TW 1735,83' 36.4g 52.94 1736.~g 35.80 52.79 1736.17 34.87 52.94 1736.33 34.87 52.94 1736.5g 32.75 52.94 1736.67 32.39 52.94 1737.g~ 32.40 52.94 1737.17 32.41 52.79 1737.33 3~.19 52.79 1737.5~ 3~.27 52.79 1737.67 26.91 52.94 1737.83 25.16 52.79 1738.~ 24.15 52.79 1738.33 24.g4 52.94 1738.5~ 24.~1 52.79 1738.83 23.21 52.94 1739.17 23.11 52.79 1739;50 21.69 52.79 1739.67 21.53 52.94 1739.83 21.80 52.94 1745.17 21.93 53.25 ET 1745.83 1746.g~ 1746.17 1746.33 1746.67 1746.03 1752.17 1754.83 1756.17 1756.33 1756.67 1762.~g 1764.67 1765.~g 1767.67 177g.33 1771.67 1772.33 1772.67 1773.33 1784.O~ 21.99 20.52 21.25 21.4g 16.96 16.29 15.92 15.81 15.83 15.6~ 15.83 15.58 15.55 15.74 15.45 15.45 15.45 15.46 15.57 15.32 15.34 T~ 53.25 53.25 53.25 53.41 53.25 53.25 53.72' 53.88 54.~4 54.g4 54.19 54.35 54.19 54.19 54.19 54.19 54.19 54.35 54.19 54.35 54.35 PAGE 23 Form to be inserted in e~ch "Active" well folder to check for timely compliance with our regulations. OPERATOR, 'WELL NAI~/AND 'NUI~ER Date Required Date Received Remarks ~om~e~o~ ~.~o~ 'l'e,.-~ S~ples ~/~ Core Ch~p~ Core ~escr~pt~on ~/~"' ,~ .... . Inel~nae~on Surve7 / Digitized., Data, TRANSMITTAL. AND ACKNOWLEDGEMENT OF RECEIPT OF CLASSIFIED MATERIALS Alaska Oil & Gas Conservation Commission Attn= Mr. W.M. Van Alert 3001 Porcupine Dr. Anchorage, AK 99501-3192 DATE: WELL We are sending the material tabulated below. Please acknowledge receipt and return one copy to: Mr. J. L. Weaver Chevron U.S.A. Inc. 3001 C Street Anchorage, AK 99503 . ~." 'g" ,~ ~ . ;:,,. Fl'. FTINTERp~ETA'i'IOIU i _ ._ L. ~ ,':. /_ RECIPIENT PLEASE ACKNOWLEDGE COMPANY: BY: DATE: Senders~ Instructions:- These transmittal sheets are made on NCR (No. Carbon Required) paper with three sheets per set.' Retain one copy for originator's file. Include one copy with transmitted material. Send original under sepa- rate cover to addressee. (If sending by air freight, put air bill number on backside of envelope.) Please use ball-point pen when filling out this form. EXP-180-8 (CD-3-82) Printed in U.S.A. TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT OF CLASSIFIED MATERIALS Alaska Oil & Gas Conservation Commission Attn; Mr. W.M. Van Alen 3001 Porcupine Dr. Anchorage, AK 99501-3192 DATE: WELL NAME: "~ ~ L) ~ '7-4- ~'4 We are sending the materia] tabulated below. Please acknowledge receipt and return one copy to: Mr. j. L. Weaver Chevron U.S.A. Inc. 3001C Street Anchorage, AK 99503 RECIPIENT PLEASE ACKNOWLEDGE BY: 'Development ~o]ogist Se.n. ders~ Instructions:- These transmittal sheets are made on NCR (No Carbon Required) paper with three sheets per set. Retain one copy for originator's file. Include one copy with transmitted material. Send original under sepa- rate cover to addressee. (If sending by air freight, put air.bill number on backside of envelope.) Please use ball-point pen when filling out this form. EXP-180-8 (CD-3-82) Printed in U.S.A. TRANSMITTAL AND ACKNOWLEDGEMENT .OF RECEIPT OF CLASSIFIED MATERIALS DATE: Alaska Oil & Gas Conservation Commission' Sttn: Mr. W.M. Van Alen 3001 PoreuDine Dr. Anehoraffe, AK 99501-3192 We are sending the material tabulated below. Please acknowledge receipt and return one copy to: Mr. j. L. Weaver Chevron U.S.A. Inc. 3001 C Street Anchorage, AK 99503 RECIPIENT PLEASE ACKNOWLEDGE COMPANY: BY: DATE: BY: Senderss Instructions:- These transmittal sheets are made on NCR (No Carbon Required) paper with three sheets per set. Retain one. copy for originator's file. Include one copy with transmitted material. Send original under sepa- rate cover to addressee. (If sending by' air freight, put air bill number on backside of envelope.) Please use ball-point pen when filling out this form. EXP-180-8 (CD-3-82) Printed in U.S.A. ..i · · ... TRANSMITTAL AND ACKNOWLEDGEMENT OF REC.EIPT OF CLAS..SlFIED MATERIALS Alaska Oil & Gas Conservation Commission Attn: Mr. W.M. Van Alen ' '-~~ ~.~ ~'~ 3001 Porcupine Dr. . Anchorage, AK 99501-319i} WELl. NAME: · We are sending the material tabulated below acknowledge receipt and return one copy to: Mr. J. L. Weaver Chevron U.S.A. Inc. 3001 C Street Anchorage. AK ggs03 RECIPIENT PLEASE ACKNOWLEDGE COMPANY: BY: BY: ' D6ve l opmen~ DATE: ..... Naska Oil & Gas Cons, Commission Anchorage Senders~ Instructions:- These transmittal sheets are made on NCR (No Carbon Require'd) paper with three sheets per set. Retain one copy for originator's file. Include one copy with transmitted material. Send original under sepa- rate cover to addressee. (If sending by air freight, put air bill number on backside of envelope.) Please use ball-point pen when filling out this form. EXP-180-8 (CO-3-SZ) Printed in U.S.A. STATE OF ALASKA ALA~(' OIL AND GAS CONSERVATION COMI" .SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend [] Operation Shutdown [] Re-enter suspended well [] Alter casing [] Time extension [] Change approved program [] Plugging [] Stimulate [] Pull tubing [] Amend order [] Perforate ~[ Other 2. Name of Operator 5. Datum elevation (DF or KB) Chevron U.S.A. Thc. G.L. = 85' K.B. = 103 feet 3. Address 6. Unit or Property name P.O. Box 107839, Anchorage, AK 99510 Beluga' River Unit 4. Location of well at surface 7. Well number 258' W & 204' S of NE Corner Sec. 4, T12N, RIOW, SB&M BRU 224-34 At top of productive interval 8. Permit number 2130' E & 685' N o~ SW Corner Sec. 34, T13N, R10W, SB&M 86-11 At effective depth 9. APl number 1981' E & 886' N o~ SW Corner Sec. 34, T13N, R10W, SB&M 50-- 282-20080 At total depth 10. Pool 1979' E & 890' N of SW Corner Sec. 34, T13N, R10W, SB&M Sterling 11. Present well condition summary Total depth: measured 5353 feet Plugs (measured) 5353' - 5243' true vertical 5050 feet Effective depth: measured 5243 feet Junk (measured) N/A true vertical 4940 feet Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor 74 ' 30" Driven 98 ' 98 ' Surface 391' 20" 413' - 0' 413' 413' Intermediate 3284 ' 13-3/8" 3304 ' - 0 ' 3304 ' 3024 ' Production 5320' 9-5/8" 5338 ' - 2800' 5338' 5035 ' Liner Perforation depth: measured ..i' '... '.'?.': .... i"..' ' "' '.' ...... ' .............. true vertical ,. , , ,. , . Tubing (size, grade and measured depth) ......".:.:::~,," ,'.i'.... '. ' .... ':.,.' ..' '" ,'!;i.:.:" '-.'. : ."" Packers and SSSV (type and measured depth) 12.Attachments Description summary of proposal [] Detailed operations program ~] BOP sketch [] 13. Estimated date for commencing operation In Pro~ress 14. If proposal was verbally approved Name of approver Bill Van Allen Date approved 5/3/86 15.1 hereby ~c~rtif~! thajl: the foregoing is true and correct to the b_est of my knowledge _...~ Signed Title Superintendent Date~'~ r~ Commission Use Only Conditio f approval Notify commission so representative may witness I Approval No. [] Plug integrity [] BOP Test [] Location clearanceI ' ., ,.?~,,'~....,,CC~.'~;'.,, ..:! ~."'. ...... "~' ,:..':'.u .:' '.":...:. [i:,,i~!: .... !';~ '~ '"":, ~ ~ ~' i'~ .......... ' ........... . ............................... '~ .................. by order of Approved by,,.~,,T l '~,:~:~.,,~,..,..~',; I:.,~ ~?!i'~f"~',{'!?.,, Commissioner the commission Date ,~'"-~, ,--~/ Form 10-403 Rev 124-85 Submit in triplicate CHEVRON U.S.A. INC. WESTERN REGION ALASKA AREA WELLWORK . PR(:X2EDURE SUMMARY ORIGINAL SUMMARY I"! LOC.' TYPE WELL' TYPE JOB' SUPPLEMENTAL SUMMARY ~ NO. ,,'Y,~"~_..s~ ldA.7"g.;~ ,S',,~/V'a $3yo'- $$,~; ' _' ~FT" (o. $3 9,~ ' + WELL DATA' K.B. /03 T.D. ~'~35--~ PBTD ~""~Y-~ ~RFORATI~S' a~E~'-3~'. 3~0o'-37~'. . ~7~_ '- ~2~'. 3~~ DETAILS ATTACHED Distribution: Original to Well. File Orig. Superintenaent Engr. (3) Fiel~l Off~ce Preparer (I) Engr. Technician (I) CHEVRON U.S.A. INC. WESTERN REGION ALASKA AREA WELLWORK ~DURE SUMMARY PROC~AM (CONTINUED): /4. -- ii , DETAILS ATTACHED 1::3 Distribution: Original to Well' File Orig. Superintendent E:ngr. Field Office (I) Preparer Engr. Teohn'iaion { I ) Prepared by ~proved by Date i Data CHEVRON U.S.A. INC. WESTERN REGION ALASKA AREA WELI_,WORK ~DURE ~;UMMARY CONTINUED): DETAILS ATTACHED Distribution: Prepared by Original t'o Well. File Orig. Superintendent Engr. Field Office Preparer Engr. Teehnialan (I) Date · · ,i - WELL' CHEVRON U.S.A. INC, WESTERN REGION ALASKA AREA WELLWORK PROCEDURE., ~;UMMARY PAGE ¢ OF _ _ 1, DETAILS ATTACHED Distribution: Original to Well. File Drlg. Superintendent Engr. (;51 Filial Office Prel~erlr Engr. Technician · Date · ~ILL LINE :)POSED TEST STRING FOR CIIEVI~ON'S B~.-LUGA~ ~' I0K FLOW liOSE AND blANIFOLD ////////? CASZNGI 9 5/8e 43~ TEST DEPT~I ~,000~ DESCRr P'I'ION ~ SLAP JOINT CLOSEO OPEN O. D~ 20,0001 OF DRILL COLLARS OR PIPS MULTI-ID REVERSE VALVE 6,73" L STND OF DRILL COLLARS · PUHP OUT REVERSE VALVE I STND OF DRILL COLLARS · DUAL BALL SAMPLER 7.80' · PCT DONN HOLE VALVE 22,94' -HRT AND BY-PASS 5.63' '2 SSDP ELSC?nON;C RECOaOERS 21.25' (lns£de readlng) 2 SSDP ELECTRONIC RECORDERS 21.25' {~neide goading) HYDRAULIC JAR 5,35' SAFETY JOINT 2,50 BAKER PRESSURE TRANSFER SUB BAKER RETRZEVAULE PACKER SLOTTED TAIL PIPE {RAKER) 5' 5' 5 GUNS {BAKER) ]-200 HECHAN'ZCAL RZCORDBB -d-200 NECHANZCAL RECORDER 2 1/4 ' 2 J,/4' 114' 1/4' 1/4" 1/4' 7/8' 718" 2 Z ti4" ,; i . : ~ I '~ ~ ~ ; ' " , ' .... i, ~.~ ~'i ~ '. ..................... , ; ~ : ~ , . . _ ', ~ ~ , . , , '-- ~ ~ / ~ ; : ~ ' - , ~ ..... . .................. . ........ ...... X , ~.~=~ ~ ~ , . . ' ...................... ,. ', I ' ' . ; . ~ ~ , - ~ ' ~ ' ~~ ....................... ' ~ · . ~ ,. ; -i-, '. , ,. - ' ~ ', , , ~ . , .............................................. ,: . , ~. , , ~;,. ,. :' .. ........................................................ ~ , : -- . , ~ i , , , ; ' ~ : . ........... ', ', ~ , ,. .......... , ..................................................... ,, .................................... ......................... ~ ....................... , ........................................... , , . ~ , , ......................................... i ................. . . ~ ~ . ..' ' ........................... ~ .................. ~ ....................... ~ ..................... ~ I , , .......... ~ ~' ~ ~ . .~. . ~ ~ ....... ~ .... ~...~.., ~~ ................................................. ~~~... ~~. ·.. ~ S( STATE OF ALASKA "~' ALA . OIL AND GAS CONSERVATION COM ,...SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend [] Operation Shutdown [] Re-enter suspended well [] Alter casing [] Time extension [] Change approved program ~ Plugging [] Stimulate [] Pull tubing [] Amend order ~ Perforate [] Other [] 2. Name of Operator Chevron U.S.A. Thc. 3. Address P.O. Box 107839, Anchorage, AK 99510 4. Location of well at surface 258' W & 204' S of NE Corner Section 4, T12N, R10W, SB&M At top of productive interval Estimated 3106' TVD +/-(2131' E & 684'N) of SW Corner Section 34, T13N, R10W, At effective depth SB&M At total depth Estimated 5050' TVD +/-(1952' E & 906' N) of SW Corner Section 34, T13N, R10W 5. Datum elevation (DF or KB) G.L. = 85' K.B. = 103 feet 6. Unit or Property name Beluga River Unit 7. Well number BRU 224-34 8. Permit number 86-11 9. APl number 5O-- 283-20080 10. Pool Sterlin~ 11. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Length Structural Conductor Surface Intermediate Production Liner Perforation depth: measured Size true vertical Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) feet feet feet feet SB&M Plugs (measured) Junk (measured) Cemented Measured depth True Vertical depth RECEIVED APR 2 ,.,80 Alaska 0il & Gas Cons. Commission Anchorage 12.Attachments Description summary of proposal [] Detailed operations program [] BOP sketch [] 13. Estimated date for commencing operation 14. If proposal was verbally approved Name of approver Date approved 15. I hereby c~rtify jhat the foregoing is true and correct to the best of my knowledge Area Operations ! Signed ~ Title Superintendent s~f~p Commission Use Only Conditio proval Notify commission so representative may witness I Approval No. [] Plug integrity [] BOP Test [] Location clearanceI Approved by Commissioner Form 10-403 Rev 12-1-85 the commission Date Submit in triplicate B R U 22Jl-34 APPLICATION FOR SUNDRY APPROVALS 14e propose that we not run a gyro survey at total depth. 14e are confident that the program of directional surveys to date gives an accurate location through the productive interva] to total depth. Please see the attached directional surveys run to date. These surveys are from Te]eco's H 14D. Singleshot surveys were run by Eastman 14hipstock as follows: t4 D Incination Direction 485' 0o o 1 078' 17° N 43.5° N 1574' 30° N 42.Oo N 3224' 14° N 40.0° 14 If you have any questions~ please call V. 14. Angell of this office at (907) 786-6633. 1 RADI~ : CURVATURE METHOD -- ,, VERTICAL SECTION OR CLOSURE DIRECTION IS 319.4 DEGREES BRU2234 04/24/86 13:39EST lEAS. ,EPTH 485 589 709 832 952 982 1_1.19 1272 1428 1584. 1646 1794 !981 2074 223c~ 2355 ?.480 ,7667 ~.~748 ~835 ~960 :,;087 !; 18 C) ,'.'; 279 !;:58'7 :;:762 ;954 . o 4. 7 ,2:];5 328 51,,4 DEF'TH NORTH EAST VERT. ( '['VD ) -SOUTH -WEST SECT I ON 485.00 588.97 708.70 830.55 947.86 976.84 1108.26 1253.21 1397.6'7 1536.02 _1. 588.22 1'710.26 1865.65 194:3.69 2074.89 :.."'179.91 2284.50 24:39. ,99 250'7.80 258:3.24 2696.22 2814 ,, 83 290:3 ] 8 () :30 () 0 ,, 0 () 3105.65 3.1.96.67 :3288 ,, 5' 7 :3:3B 0 ,, ;~; 7 34. 72. ()9 356'7.71 3659.61 3750 ,, 85 3842 ,, 48 :39:36. :]; 6 4028.47 421:3.24 0.00 0. 1.29 -. 1.52 7.01 - 7. ~"~:3 19.70 -1'7.54 38.52 -.._'.14.22 44.28 -.-..];9.42 7:];. 16 -.65. 15 .1. 09.9'7 - 9'7.3'7 154.08 - 1 .'56.26 208. I i -..1. 83.65 2 :"",.., '~' 47 "' ('~ =' . .. . -..:..o 4.6 29'7.27 -259'. 66 · ];77. 14 ~'326.32 4.16. 1 '7 .-:358.49 '482. 12 -.41 _1.. 14 5:36. 1:3 -452. 14. 591. ~:;9 -.492.51 676.03 -552.7'7 7_1.2.42 -578.0 .1, '748.,29 -602.25 792.35 -632.42 829.50 -658.34 851.42 -'6771.. 15 8 '70. () 7 -'- 688.23 888.22 -'701.27 903.70 -"7 _1. 2.46 919..'_'";6 -.'724.55 9:]:',5 ,, 3.:3 .... '7:'.'!;6. 90 951.5'7 --749.54 968.42 ..... 762.8::".; o 8"': 95 ..... "=~ ...... . - 77 .....()9 9 o,. 8.. () 9 ..... '786,, ...:.'"' ('.) .1, 01(). 67 -795.94 .1. ()22. :30 ....804.66, 10:32.62 .... 8 _1. 2.20 .1. () 50 ,, 07 .... 824 ,, 5 5 DEPARTURE INCLINATION DOG FILE FEE'[' DIR ANGLE DIR LEG LINE 0.00 0 1.97 2 9.90 10 26.37 26 51.5.1. 52 59.28 59 97.95 98 146.87 147 205.67 206 '2'7'7.53 278 310.98 31 '1 394.70 .~95 498.71 499 549.28 549 6:];3.62 634 701.30 701 769.5:5 '770 87:3.00. 8'73 91 '7. C) 5 917 960.06 961 101.];. !4 :[014 1058.21 1059 1085. 14 1086 i 108.46 1109 1130~7:3 '1132 1149 ,, '76 1 .1. 69.52 1.189.68 1210 ,, 24 .1. 231 ,, 68 1251.45 1269.42 1285.30 1299.81 1312.55 1:3:33.8:]; NOE 0. N OW N50W 2.20 N50W N45W 5.40 N38W N42W 10.00 N41W N42W 14.20 N42W N42W 15.80 N42W N42W 17.00 N41W N42W 20.30 N41W N41W 24.¢)0 N42W N41W 30.90 N41W N41W 34.40 N41W N41W 34.50 N40W N41W 3:]!;. 10 N40W N41W 32.80 N40W N. 4 ~:~ W ...~r ...,-.~. 70 N .]; 8 W N40W ?5:".;.00 N:37W N40W 3:3.40 N36W N:39W 34. 10 N55W Ixl:_".';9W 32.2() N:34W N3;9W 2'7.50 N:34W N :'".", 9 W ') "::" .~ ..... 10 N35W N:38W .1,8.70 N:];5W N38W .1. 5. 10 N:37W N38W 12..20 N37W N38W 11.70 N3zi, W _1..1. 5.1. N:];SW 11 '71' Ix!:38W i19:1, N38W 1211 N38W .1. 2.]!;3 N38t4 125:3 N:38W '12'7.1, N:38W 1286 N:];SW :1.':301 N38W 1.3:1.4, N :_"'.; 8 W 1335 I'q:38W I '""'.,~.. ,, 0 ('; N 38 W i 2. :]; 0 Ixl:58 W .1. 2 ,, 5 () N 3!3 W 12.8 () !q:38W 12.50 N:38W .1. 1.8c) N38W 10 ,,,!:50 N :]; 8 W 9.20' N:37W 8.4.0 N:36W · 7.40 i~136W 5.80 N35W O. 100 2.1 110 2.7 120 3.8 130 3.5 140 5.3 150 0.9 160 2.2 170 2.4 180 4.. 4, 190 5.7 200 0. 1 210 0.8 220 0.3 230 0.6 240 0.5 250 0.6 260 0.4 2'70 2.5 280 5.4 . 290 3.5 300 3.5 310 · · :,. 9 ::~;2 2,,.9 .:330 0.8 ~;40. 0.9 350 0.3 360 0 ,, 2 370 0,, :3 380 (). :]; 390 0. '7 400 1'. 4 41 () 1.4 420 0.9 4:3() 1. 1 440 0.9 450 {" STATE OF ALASKA (' ALASKA'OIL AND GAS CONSERVATION COMMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL COMPLETED WELL [] OTHER [] 2. Name of Operator Chevron U.S.A. Inc. 3. Address P.O. Box 107839~ Anchorage, Alaska 99510 4. Location of Well 258' W & 204' S of NE Corner Section 4, TI2N, R10W, SB&M 5. Elevation in feet (indicate KB, DF, etc.) 12. 6. Lease Designation and Serial No. A-029656 7. Permit No. 86-11 8. APl Number 50-283-20080 9. Unit or Lease Name Beluga River Unit 10. Well Number RR U 224-34 11. Field and Pool Beluga River- Beluga Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations [] Altering Casing Stimulate I--I Abandon [] ' Stimulation [] Abandonment Repair Well [] Change Plans [] Repairs Made [] Other Pull Tubing [] Other [] Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). See Attached Final Survey Plat. 14. I hereby ce~ify~Jnat the f/Oregoing is true and correct to the best of my knowledge. Area Operations Signed Title ~-n~rinf~nd~n~ The space?e_~w for Commission use ' - Cond~tio~Is o/f Approval, if any: Date By Order of Approved by COMMISSIONER the Commission Date Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate · . . .'-.. ', ~,,. - IIELL ~URYEY Pro-312 - . . ;. .~m'. , . ' & : ~..- ' ~ / , , . . FINAL J , , / ELEVATION: Mt)UI~ CQIIC, IIETE AtT DERRI C[ FLOOR ALT [ I I A T,E 0 II a U I v E Y [ D L O C &.T I OM ' LOCAT I Oil ' ' OE$ I GIATI Mi LOCAT IOI COOK I I&TEI HOVE I DIallCS i , , . . , ., ,:" ..... , ,, ;~ " -""L, \ '~.; ",.'" ,~, ',t''~ ~ ~,('~ ~,, = ' ~" .. ~.,:. :.~ 3~.~ " ,, ;.. .:..'" ., · .... "~ ',..'i , ', .... , , "' ~, ~,','C:',. ~' . ~ ., ,.-:,..,~ './. .... .... . , . ...~.'~ i , ..',, ,..~..¥.,'?.'~'....'-~ "' ' ' ' i' '" ' :"':' _ . .... ,/ j~" . . SKETCN OR R~At~S 8TATIOI '"'"' ' ~'" IITMIC[ 31l[ C081NI E.A~T VEST ,, G~iil~,'m~- D ' T IIOIIT#" ~()UTH I l I' , , , C.C. DIV. EIIGR. FIL£ 5URYEYOR(~,, ] .;~'~,.,~ ?e 14lINT. F~. ~ NAiNT. SUPT. DATE /Y ~ c, E4 DATE ~TE ~IlITII II January 3, 1986 Mr. J. L. Weaver Area Operations Superintendent Chevron U.S.A. Inc. P. O. Box 107839 Anchorage, Alaska 99510-7065 Re: Beluga River Unit BRU 224-34 Chevron U.S.A. Inc. Permit No. 86-11 Sur. Loc. 258!W, 204'S of NE cr Sec. 4, T12N, R10W, SBM. Btmhole Loc. 1970'E, 800'N of SW cr Sec. 34, T13N, R10W, SBM. Dear Mr. Weaver: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not indemnify you from the probable need to obtain additional permits .required by law from other governmental agencies prior to commencing operations at the well site. .To aid us in scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment so that a representative of the Commission may be .present to witness testing.of the equipment before the surface casing shoe is drilled. Where a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testing before drilling below the shoe of the conductor pipe. . '. Chatterton Chairman of Alaska Oil and Gas Conservation Commission be Enclosure CC: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. Mr. Bill H. Lamoreaux STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: THE APPLICATION OF CHEVRON ) U.S.A. INC. for an order ) granting an exception to the) acreage spacing requirements) of Title 20, AAC 25.055(a) ) (3), to permit the drilling ) of two wells in the Beluga ') River Field. ) Conservation Order No. 215 Beluga River Field Beluga River Gas Pool, undefined. December 11, 1985 IT APPEARING THAT: Chevron U.S.A. Inc., operator of the Beluga River Unit, submitted an application, dated October 4, 1985 requesting an exception to 20 AAC 25.055(a)(3) to permit the drilling of two Beluga River Unit (BRU) wells numbered 211-3 and 224-34. The referenced regulation permits only one gas well per governmental section and requires a minimum distance of 3000 feet between wells drilling to or producing from the same gas pool. · The BRU No. 211-3 well will be the second well in Section 3, T12N, R10W, SM. and. the BRU No. 224-34 will be the second well in Section 34,.. T13N, R10W, SM. and will be only about 1530 feet from the BRU No. 211-3. · The exceptions are necessary to develop field deliv- erability rates sufficient to meet contractural sales demand. · Notice of the application was published in the Anchorage Times on November 25, 1985. 5. There were no protests to the application. FINDINGS: 1. · The drilling of more than one well per governmental section in the Beluga River Gas Field and at a. distance of less than 3000 feet apart will not decrease the ultimate recovery of gas. The reqUested exceptions are in an approved unit operation and the correlative rights of all concerned are protected. Conservation Order~o. 215 Page 2 December 11, 1985 CONCLUSIONS: The requested exception will not create waste and the correlative rights of all owners are protected. NOW, THEREFORE, it is ordered that: Chevron U.S.A. Inc. is exempted from the requirements of 20 AAC 25.055(a)(3) for the drilling, completing, and produc- ing of the two Beluga River Unit wells numbered 211-3 and 224-34. DONE at Anchorage, Alaska and dated December 11, 1985. Alaska Oil and Ga~ Conservation Commission Har~er ,~'C ~ommi~ s io~e~r Alaska Oil and Gas Conservation Commission Lon~'ie C. Smith'," '~issioner Alaska'Oil and Gas Conservation Co~ission '"" STATE Of ALASKA ~ ALASKAtL,,IL AND GAS CONSERVATION COn,,,,,ISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL ~ lb. Type of well EXPLORATORY [] SERVICE [] STRATIGRAPHIC [] REDRILL [] DEVELOPMENT OIL [] SlNGLEZONE [] DEEPEN [] DEVELOPMENT GAS ~ MULTIPLE ZONE ~ 2. Name of operator Chevron U.S.A. Inc. 3. Address P.O. Box 107839, Anchorage, Alaska 99510 4. Location of well at surface 9. Unit or lease name +258'W & +204'S of NE Corner Section 4, T12N, R10W, S.B.&M. Beluga River Unit At top of proposed producing interval 10. Well number +1982'E & +786'N of SW Corner Section 34, T13N, R10~V, S.B.&M. BRU 224-34 At total depth 11. Field and pool +1970'E & +800'N of SW Corner Section 34, T13N, R10W, S.B.&M. Beluga River, 5. Elevation in feet (indicate KB, DF etc.) 6. Lease designation and serial no. Beluga & Sterling Estimated KB = 105' A-029656 12. Bond information (see ~0 AAC 25.025) Type Statewide surety and/or number U80-61-55-21 Amount $500,000 13. Distance and direction from nearest town 14. Distance to nearest property or lease line 15. Distance to nearest drilling or completed 9 Miles NE miles TVD 400 feet TVD. welI' BRU232-4 3000 feet 16. Proposed depth (M D ~ Tv D) 17. Number of acres in lease 18. Approximate spud date 7091' MD 6705' TVD feet 1387.18 Acres February 15, 1986 19. If deviated (see 20 AAc 25.050) 120. Anticipated pressures ~ psig@__0' SurfaCe KICK OFF POINT 500 feet. MAXIMUM HOLE ANGLE 42 oI (see 20 AAC 25.035 (c) (2) ._3_2_]..0~psig@ 6705 ft. ~ (TVD) 21 Proposed Casing, Liner and Cementing Program SIZE cASING AND LINER SETTING DEPTH QUANTITY OF CEMENT Hole Casing Weight Grade Coupling Length MD TOP TVD MD BoTTOM'TVD (include stage data) 30" l"Wall Welde, 80' 22' [22' '80'1~"I 80''~'' Driven 22' 400' ' 400' 700 sks 26" 20" 94# H-40 BTC 378' 22' ~ I 17~" 13-3/8' 68# K-55 BTC 3381' 20' ,20' :.'.'.'~..'."~ 3~'P'12995' 2100 sks ' 12¼" 9-5/8" 40# N-80 BTC 5000' 19' ~ 19'~ ~O0' I 4614' let Stage = 1000 sks 12¼" 9-5/8" 43.5# N-80 BTC 2091' 5000' ~ 4614' 7091' ~ 6705' 2nd Stage '400 sks 22. Describe proposed program: SEE THE ATTACHED DRILLING PROGRAM .i~ E C E IV E D 0 ,1 0 1985 AlasKa 0il & Gas Cons. Commission ': Anchorag~ 23. I hereby clarify tl~t the foregoing is true and correct to the best of my knowledge D _~~_~.p_,d_.,_~_. Area Operations ~ SIGNE TITLE Superintendent DATE . 7-- 00~' The spac~/b~for C~mmission use CONDITIONS OF APPROVAL Samples required Mud log required Directional Survey required I APl number []YES [~,NO I--lYES [~NO [~,YES I--]NO1 50- s- o.oso.... Permit number Approval date ~".~-. ". . ~ ~1/O,,/t/j~ SEE COVER LETTER FOR OTHER REQUIREMENTS APPROVED BY ir I'r // [ II../,,~/..~'/( ,COMMISSIONER DATE January 3. 1986 L ~.- ~'~" ~ .~/~~I~ bY order of the Commission ' Form 10-401 / Submit in triplicate Rev. 7-1-80 PROPOSAL FOR WELL OPERATIONS PRO 316-1 FIELD: Beluga River PROPERTY AND WELL: Beluga River Unit 224-34 SURFACE LOCATION: (Proposed) +/-258'W and +/-204'S of NE Corner Section 4, T12N, R10W, S.B.& M. TARGET LOCATIONS: At -2990' VSS: +/-1970'E and +/-800'N of SW Corner Section 34, T13N, R10W, S.B.& M. At TD (-6600' VSS): +/-1970'E and +/-800'N of SW Corner Section 34, T13N, R10W, S.B. & M. ELEVATION: (Estimated) G. L. = 87' K.B. = 105' BLOWOUT PREVENTION CONSIDERATIONS: 1. Potential Problems A. Water flows: No water flows are anticipated. Bm Gas Entries: No high volume gas flows are expected above 3000'. Coal seams can be encountered anywhere from the surface to T.D. A controlled penetration rate, degasser, and rotating head should elim- inate any gas encountered while drilling through coal seams or through the productive intervals. Ce Lost Circulation: Lost eiruelation is not anticipated with the programmed mud weight. De Stuck Pipe: Coal seams should be drilled and reamed with care. Do not stop moving the pipe in coal seams. EJ Precautions: All kicks should be handled by the normal procedure. Drilling crews should be made aware of these methods prior to spudding.. Kick and BOP drills should be practiced tourly or more often and noted on the tour sheets. An adequate supply of weight materials should be kept at the well at all times. ® Maximum Anticipated Formation Pressure: Pressure (PSI) Mud Wt. (PPG) Gradient (PSI/ft) Depth (TVD) 1240. 7.7 .40 3095' 1660 9.2 .48 3465' 3210 9.2 .48 6705' m Maximum Anticipated Surface Pressure_-. 2540 PSI J' ECEtVED ~.~' '~.., ~ . Alaska Oil & Gas Cons. Commisslor~ Anchorage e Blowout Prevention Equipment: (Minimum) A. 30" Conductor: None Anticipated Be 20" Casing: 21-1/4" 2000 PSI Diverter with two (2) 10" lines for down wind venting at any time. C. 13-3/8 Casing: Class III 5000 PSI BOPE D. 9-5/8" Casing: Class III 5000 PSI BOPE DIRECTIONAL CONSIDERATIONS: Direetionally drill to within a 200' radius of the target of 1970'E and 800'N of the SW Corner of Section 34, T13N, R10W, S.B.&M. at -2990' VSS to -6600' VSS as per the following directional plan and the attached plats: . Drill a vertical hole to near 500' MD, -395' VSS. On a ,ourse of N40.65'W kick off at 500'MD. Build the hole angle at 5 degrees/100 Ft. to a total hole angle of 41.7 degrees to 133'+/- MD, -1157' VSS., 290' of drift. e ® Hold the 41.7 degrees hole angle to 2015'+/- MD, -1566' VSS, 743' of drift. Drop the hole angle at 2.5 degrees/100' to 3681'+/- MD, -3190' VSS, 1323' of drift. e Hold the hole angle at 0 degrees to 7091'+/- MD, -6600' VSS, 1323' of drift. RECEIVED Alaska Oil & Gas Co~s. Commissio~ . 2. 3. 4, 5. ® . . . 10. Drive +/- 80' of 30" conductor. Drill a 17-1/2,, hole to 400' +/-. PROGRAM Open the 17-1/2, hole to 26" to 400' +/-. Circulate and condition the hole for 20" OD casing. Rig up and run the 20" OD 94 /~/Ft. H-40 BTC casing as follows: A. Guide shoe on the bottom. B. Stab in float collar one joint up. C. Thread lock the guide and float equipment. D. Run centralizers 5' above the shoe, 5' above the float collar, and then every other joint back to the surface. Cement the 20" OD easing as follows: A. Run the stinger on 4-1/2" hevi-wt, drill pipe and 4-1/2" drill pipe, and stab into the float collar. B. Circulate the capacity of the drill pipe. C. Pump 40 BBLS of fresh water. D. Pump sufficient Class "G" + 6% Gel and 2% CaC12 at 13.6 PPG to circulate cement to the surface. E. Tail in with 200 sa,ks of Class "G" + 2% CaC12 at 15.8 PPG. F. Displace the cement with fresh water. If the float collar does not hold, hold pressure and check for initial set every 2 hours. G. WOC for eight (8) hours prior to cutting off the 20" OD casing. Cut off the 30" OD conductor and 20" OD casing. Weld on a 20-1/4" 2000 PSI x 20" well head, and test to 500 psi. Nipple up the 20-1/4, 2000 PSI diverter' with two (2) 10" lines venting in opposite directions. Function test the diverter and valves. The BLM and AOGCC may wifness and will need 24 hours notice. Trip in the hole with a 17-1/2" bit. Prior to drilling the float equipment, test the casing to 250 PSI. 11. Drill a 17-1/2" hole to 500' +/-. 12. 13. Trip in the hole with a 12-1/4" bit and building assembly. Drill a 12-l/4,' hole to 3380'+/- MD (-2995' VSS) as per the attached directional considerations. Condition the hole for logs, and prior to pulling out of the hole, obtain a 1/2 gallon mud sample. 14. Rig up Schlumberger, and run logs as dire,ted by the well site geologist. 15. Trip in the hole with the 12-1/4" bit and 17-1/2" hole .opener. Open the hole to 17-1/2" to 3380'. k ~_ C ~ t~;'/E D A!aska OiJ a Gas Co~s. Corn{~:issio. Arlchc~ra~ 16. 17. Condition the hole for casing. Rig up and run the 13-3/8" OD 68#/Ft. K-55 BTC casing as follows: A. Float shoe on the bottom. B. Float collar one joint up. C. Thread lock the float equipment. D. Centralizers 5' above the shoe, 5' above the float collar, every other joint through build and drop sections, and every other joint through the 20" casing. 18. Cement the 13-3/8" OD easing as follows: 19. 20. 21. 22. 23. 24. 25. 26. 27. A. Circulate the capacity of the casing prior to cementing. B. Pump 40 BBLS of fresh water. C. Pump sufficient Class "G" + 6% Gel at 13.6 PPG to circulate cement to the surface (hole caliper plus 35% excess). D. Tail in with 200 sacks of Class "G": + 296 CaC12 at 15.8 PPG. E. Displace the top plug with drilling fluid, and bump the plug to 1500 PSI over displacing pressure. F. WOC for eight (8) hours prior to cutting off the easing. Perform top job if cement did not circulate or if cement falls. Cut off the 20" OD casing and 13-3/8" OD casing. Weld on a 13-5/8" 3000 PSI x 13-3/8" well head. Test to 1500 PSI. Nipple up the Class III 5000 PSI BOPE. Test the rams, manifold, and surface valves to.5000 PSI. Test the annular BOP to 3000 PSI. The BLM and AOGCC may witness the test and will need 24 hours notice. Trip in the hole with a 12-1/4,, bit. Prior to drilling the float equipment, test the casing to 1500 PSI. Drill the float equipment and 50' of new formation. Perform a leak off test. Record the results on the IADC tour sheets. Drill a 12-1/4" hole to TD or as directed by the field geologist. Condition the hole for logs. Prior to pulling out of the hole, obtain a 1/2 gallon sample of the mud. ' Rig up Schlumberger, and run logs as directed by the well site geologist. Condition the well for casing. Run the 9-5/8" OD casing a follows: A. Float shoe on the bottom. B. Float collar two joints up. C. DV tool at 5000'+/- MD. Coordinate with geologist. D. From 7091'-5000, (MD): 2091' 9-5/8" 43.5 #/Ft. N-80 BTC casing. E. From 5000'-0' (MD): 5000' 9-5/8" 40.0 #/Ft. N-80 BTC casing. F. Centralizers 5' above the shoe, 5' above the float collar, 5' below the DV tool, and 5' above the DV tool. i'~ ~ C [ l~~ E D AJaska {)il & Gas Ccr;s. Co.m~?:!ss}o,V A~,choraf) s G. Centralizers on 80' spacing from 200' below to 200' above any produc- tive zones and on 80' spacing across the bottom 500' of the 13-3/8" easing. Coordinate with the geologist. H. Thread lock the float equipment and DV tool. 28. Cement the 9-5/8" easing as follows: 29. 30.' 31. 32. 33. 34. i. Circulate at least the capacity of the easing and at least good clean bottoms up. Make sure any gas is circulated off. B. FIRST STAGE.. . . . Preflush as required. Class "G" + retarders, friction reducers, and water loss control additives mixed at 15.8 PPG, 0% free water, and water loss at 200 ee or less. Circulate the cement to the DV tool. Displace the top wiper plug with drilling fluid, and bump the plug to 2000 PSI over displacing pressure. Cheek that the floats hold, and drop the DV tool opening bomb. Circulate the DV tool until first stage cement takes initial set. C. SECOND STAGE: . 2. 3. 4. Preflush as required. Sufficient Class "G" as in step 28.B.2 above. Bring the top of the cement up into the 13-3/8" easing. Displace the closing plug with drilling fluid, and bump the plug to 2000 PSI over displacing pressure. D. Reciprocate the pipe in 10' strokes while cementing the first stage. Set the easing slips through the BOP's; nipple down the BOP's, cut off the 9- 5/8" easing; nipple up the 13-5/8" 3000 PSl x 11" 5000 PSI tubing spool; and test to 5000 PSI. Nipple up the Class III 5000 PSI BOPE. Test the rams, manifold, and valves to 5000 PSI. Test the annular BOP to 3000 PSI. The BLM and AOGCC may witness the testing and will need 24 hours notice. . Trip in the hole with an 8-1/2" bit and tandem easing scrapers. Clean out the 9-5/8" easing to PBTD as dire,ted. Test the easing to 2000 PSI. Run a CET log and eased hole logs as dire, ted from PBTD to the top of the cement inside the 13-3/8" easing. Run a gyros.opic survey from PBTD to surface. A testing and completion program will be provided after logging. VWA:mw 9/20/85 V. W. ANGELL . 20 ~4'; 2000 '~ .o,..:,.; ,F.~,,,~ ~ E]LANKED FLANGE 2000 ps i 30" CONDUCTOR/ I0" BALL VALVES WILL BE COUPLED TOGETHER SO THAT ONE I$ ALWAYS OPEN. i i CHEVRON U.S.A. _ i I I I ANNULAR PREVENTER lO"HYDRAULIC REMOTE CONTROLLED VALVE TEE -- 2000 psi 20" SOW /,. I0" DIVERTER LINES /O"BALL VALVE ,~ 20"0.0. CA SI NG CEMENT I'~1 . ~ BALL VALVE ~ BRU ': Alaska Oil & (}as Cor.~s. Com:'~:!ssk~n DIVERTER SYSTEM ANNULAR PREVENTER I 3 5/8"- 50OO psi /~"-5000 psi OOUSLE GATE ~] 5/8"-§000 psi 2"-5000 psi KILL LINE 2"' 5000 psi BLIND RAMS PIPE RAMS MUD CROSS SPOOL · -,13 5/8"'5000 psi 3"' 5000 psi psi TO M A NIFOLD BULL PLUG ~ H 13 8"- 3000 psi w,2"-3000 psi BLIND FLANGE SOW CEMENT · . . ._~._..~.% . .- ~ '.... aD" I I I ~o" CLASS ]]~ BOP (B) o · · Chevron CHEVRON U.S.A. BRU ~r.~ J i · ~ 5 5/8"- 5000 psi 2"- 5000 psi KILL LINE 7 5000 psi 'e,--13 5/8"- 5000 psi 13 5/8 % 5000 psi DOUBLE GATE BLIND RAMS PIPE RAMS · --I $ 5/8"-50OO psi TUBING HEAD 'e," I I "- 3000 p $ i --,~ /"-5000 psi 4 TO MANIFOLD BULL PLUG I I I I I 13 5/B".3000 psi psi BLIND FLANGE · · I! CLASS CEMENT II TTT BOP (C) i ECEtVED i i i Chevron CHEVRON U.S.A. Alaska OJJ & Gas C~r!s. Corn::"' ...... ~:",~'~",,,,,n Ar~chorag,~ BRU FORMATION EVALUATION PROGRAM BRU Geologic Markers: Sterling Formation Beluga Formation Total Depth A-2990 VSS B -3190 VSS C -3360 VSS D -3500 VSS E -3790 VSS F -4170 VSS G -4700 VSS H -5200 VSS I -5900 VSS -6600 VSS Mud Lo~ging: None Required Samples: None Required Coring: None Required Belug8 on Evaluation Program ~.iver Field, BRU 224-34 Page 2 of 4 WELL SECURITY CLASSIFICATION: "Confidential" No information will be released except by Production Department in conformance with existing policy. WELLSITE DEVELOPMENT GEOLOGIST: Per duty schedule. Wellsite log evaluation, including bottomhole temperature extrapolations, will be required. Wellsite geologist to maintain detailed chronology of logging operation as per Wellsite Geologists' Procedure Manual. Correlate to offset wells and prepare R+ vs. ~)D erossplots for Sterling Fro. (Zones A, B, & C). WIRELINE LOGGING.. (SERVICE COMPANY) Schlumberger Kenai Office (907)776-8155 David Rebol, District Manager Anchorage Office (907)562-2654 Floyd Bettis, Account Manager i. General Instructions.. 1. All logs are to be digitally recorded. 2~ A 1/2 gallon sample of circulated drilling fluid is to be obtained ' by Schlumberger engineer immediately prior to pulling drill pipe for logging operations. Sample is to be measured for Rm, Rmf, and Rm, by Schlumberger. . Two maximum recording thermometers are to be used on all logging sondes run 'in hole. Record both thermometer readings~'~ "remarks" section of log.heading. . All log calibrations are to be recorded and printed on 5" = 100' seal, logs.. Logging engineer to record time (hour, date) that each sonde started logging off bottom. . Blue line.prints for each log run are to be made at the wellsite. See Part III for distribution requirements. e Log scales are to be recorded at top and bottom of all field and final prints. -- . 2" = 100' and 5" = 100' logs are to be printed with separate headings. . A quality control checklist is to be completed for each log run and attached to the 2" DIL-SFL or 2" DLL-MSFL film. 10. Record all logs with heavy weight pen. 11. If there are changes in digital tape format, or labeling, it should be coordinated with C.W. Trent, (415)680-3408. ~< ~ C ~ t ~ E D A}aska Oil & Oas .Con~. A~chorao9 Forr~~ Belug//' un Evaluation Program .Aver Field, BRU 224-34 Page 3 of 4 Ce Log Run #1: Intermediate TD to shoe of 20" casing (3381' MD, -2890' vss, 12¼" hole) 1. DIL-SFL-GR.. . 2" = 100' Log: 5" = 100' Log'. Resistivity linear 0-50 ohmmeters Conductivity linear 0-1000 millimhos Resistivity logarithmic 0.2-2000 ohmmeters GR scale 0-150 API units SP 10 millivolt divisions *Display SP & GR in Track #1 for 2" and 5" logs. Show SP as a solid line curve. If SP response is positive, reverse the SP presentation to + left - right. BHC Sonic: 50-15.0 microsec/ft, transit time scale Run in combination with DIL. 3. Have sidewall core gun available for possible use. TD Lo~ Run: TD to shoe of 13-3/8" esg (7091' MD~'-6600' vss~ 12¼" hole) 1. DLL-.MSFL-GR: . 2" = 100' Log: Resistivity linear 0-50 ohmmeters Conductivity linear 0-1000 millimhos 5" = 100' Log: Resistivity logarithmic 0.2-2000 ohmmeters GR scale 0-150 APl units SP 0-10 millivolt divisions Compute synthetic ML *Display SP & GR in Track #I for 2" and 5" logs. Show SP as a solid line curve. If SP response is positive, reverse the SP presentation to + left - right. Eliminate amplified curve. Display shallow (LLS) & deep (LLD) later log curves on 2". Display LLS, LLD, and MSFL on 5". . BHC Sonic: (SDT, if available) Display caliper and bit size in Track #1. Display SP and GR as correlation curve in Track #1. Display tension curve in Track #3. Use 50-150 microsecond transit time scale. Transit time to be integrated and recorded. a) If DIL-SFL is run, then record BHC in combination with sa m e. LDT-CNL-GR: Record LDT at 1.2" sampling interval. Display LDT as two logs. i~ ~ C II V E D Log 1: display CNL, LDT (in {{ units 0-60%), and correction curve in Tracks 2, 3, and 4. In Track 1, di~~,~ and caliper (SP may be played back from prior rur[~.' Alaska 01{ & Gas Cons. Co~m{ss{o~ .Ancl~oraff~ Forr~'"l' on Evaluation Program Beluga ~,iver Field, BRU 224-34 Page 4 of 4 II. Lol~ 2: display SP, GR, and caliper in Track 1. Display PE curve, tension, and LDT (1.65-2.65 gr/ee) in Tracks 2, 3, and 4. Compute Cyberlook at wellsite. Rw = 3.4 ohm-m at 68OF N = 2, M = 1.73, A = 1.13 4. PML: . RFT: P-"~sure measurements in selected sand intervals to be specified by wellsite geologist. Log is not to be run under adverse hole conditions. Quicklock Horner extrapolations are to be prepared at wellsite. S. idewall Coring: (SWS) a) To be specified by wellsite geologist. b) +50 SWS should be sufficient (one trip in hole w/tandem guns). Take SWS at every RFT pressure set dePth. c) Bullets are to be designed for .most efficient recovery. The formation is soft and the sands are often unconsolidated. Combination bullets with extra long cables may be advis- able. d) e) Sample sands predominantly, but scatter 3-4 samples from TD to csg shoe in claystone intervals. Where sufficient sample is recovered (1/2" +) send to PT$ ' for routine analysis. Choose 3 Beluga Fm.-Sand samples for CEC analysis; PTS 4450 W. 50th Avenue Anchorage, AK 99502 (907)243-282.2 DRILL STEM TESTING: Cased hole testing is anticipated in this well. Evaluation will bl on the basis of wireline log analysis. Formation test instructions, fluid sampling, and hydrogen sulfide analyses are to follow terms of C.N. Segnar Formation Test Procedure letter of December 17, BRO 224-a4 DRILLING FLUIDS PROGRAM 26" Hole 17{" Hole ,.12{" Hole Mud Type Spud 1- 2 Density (PPG) 8.8+/- 9.0 9.2-10.1 Funnel Viscosity 100+/- 120-80 40-50 Plastic Viscosity 20+/- 12-18 Yield Point 40+/- 10-15 Gel Strength, Initial 10+/- 3+/- Gel Strength, 10 Min. 40+/- 10+/- pH 9.0+/- 9.0+ 9.0+ C1 (MG/L) Fresh Fresh 18,000 Water Loss (APl) NC NC 10-5 . Chrome Free Lignosulfonate as required Non-Dispersed Polymer with 6% KC1 PROGRAM 1. Spud 17{" pilot hole with a fresh water - gel spud mud. 2. Drill to the 20" casing point with viscosity as required for gravel. 3. Open the 17{" hole to 26" with the same mud. . Drill out below the 20" casing with a 12¼" bit with a lightly treated mud with a viscosity of 100+ for gravel. . Drill to the 13-3/8" easing point with viscosity as required for gravel and coal. 6. Condition the mud to logging conditions prior to reaching the easing point. 7. Condition the well for logs. Make a wiper trip into the 20" easing. . Open the 12¼" hole to 17{" with the same mud. Drill the cement, ficat equipment, and 50' of new formation with the same mud. Treat as required for cement contamination. 10. After taking a leak off test, displace the hole with a non-dispersed polymer system with 696 KCL. 11. It will be very important to maintain the drilled solids as low as possible with this system. All solids control equipment and agitation equipment must be working at all times. Fluid density will be increased with barite additions and not with an increase in drilled solids. Drilling Fluids Progeam BRU 224--34 Page 2 12. 13. 14. 15. Mud density should be kept as low as possible to prevent formation damage. the rotating head should facilitate keeping gas off the rig floor and from below the substructure. See the attached curve for determination of density required. 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II : ..... : ........ i ............ I ' ' ' ~ ~'' ~ ~ ~ '1 It ~ [III .::'-.L2LLL_L"'=L_LL:::=L:_::' .::: :'.L.L" "L :::.L .i .Li '_. -L~.2 _ i.Li 1= L..'-:.2[=:..:.:. L_.::: .LLL....:.._:' .L:...L.L'_~I~i ~' ~!i. *: ;;,5_ ~ :' ." .'.-~_LL: :..f:: ,:" ..... ! .... f ............ F ..... i~: ......... I ............. -- ,. [~'.~"..~ ~'f~. ,~. ~r~ bl;r.i~, ........................... : ............... ~ ...................... [ ........ [ ..... , I I : II ~ll ~ 'l' II ~:I 1 '::: ::" '::: ::::/::::l::i' '::': ":' ":: :::'1' "t ' t:-': : ':1: ..... ::!: :: ":I"::I:" ';':"l:'",Ancrl~'.raq~:';,,..:,ii:.:: Chevron Land Department Chevron U.S.A. Inc. 3001 C Street, Anchorage, AK 99510 Mail Address: P.O. Box 107839, Anchorage, AK 99510 Phone 19071 786-6600 October 4, 1985 STATE O1' ALASKA PERMrr TO DRILL BRU 211-3 & BRU 224-34 BELUGA RIVER UNIT~ ALASKA Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Gentlemen: Chevron U.S.A. inc., on behalf of itself, ARCO Alaska, Inc., and SheU Western E&P, Ine., proposes to drill the subject wells at a location as shown on the attached plat. For your consideration and approval we submit, in tripUeate, State of Alaska Oil and Gas Conservation Commission form "Permit to DriU", Form 10-401, and our cheek in the amount of $200.00 for the two appUeations. As shown on the attached plat, the proposed wells will be located on U.S. Oil and Gas Lease A-029656 as follows: WeU BRU 211-3 Surface Location.. + 158'W and + 204'S of the NE corner of Section 4, T12N, R10W, S.B.&M. Bottom Hole Location.. + 200'E and + 200'S of the NW corner of Section 3, T12N, R10W, S.B.&M. Well BRU 224-34 Surface Location: Bottom Hole Location: + 258'W and + 204'S of the NE corner of Section 4, T12N, R10W, S.B.&M. + 1970'E and + 800'N of SW corner of Section 34, T13N, R10W, S.B.&M. The surface locations and bottom hole locations fall within the boundaries of the Beluga River Unit. ' ,,, ', .,. RECEIVED OCT 0 z, Alnmlm, 011 & Ga8 Cons. Oommlesbq Anohorage Alaska Oil and Gas Conservation Commission October 2, 1985 Page Two Pursuant to the Alaska Oil and Gas Conservation Commission Regulations and the applicable statutes of the State of Alaska, Chevron U.S.A. Inc., as Unit Operator, hereby requests the Alaska Oil and Gas Conservation Commission to issue an order allowing exception to Title 20, Alaska Administrative Code, Section 25.055 to permit the drilling of subject wells at the proposed locations. Chevron U.S.A Inc., ARCO Alaska, Inc., and Shell Western E&P, Inc., each owns an undivided one-third (1/3) interest of the subject lease and are the sole owners of all leases on the sections directly and diagonally offsetting the sections to where the subject wells are to be drilled. ARCO Alaska, Inc., and Shell Western E&P, Inc. were notified of this application with a certified copy of this letter. There are no other working interest owners or operators which would be affected by granting the spacing exception on the subject wells. Chevron U.S.A. Inc., as the Unit Operator, believes that the Permit to Drill Applications and the exception that has been requested are necessary and desirable in order to efficiently drain the reservoir. The gas that the new wells will produce is needed to continue to meet our obligation to Chugaeh Electric Association, Inc., and to meet Shell's new commitment to Alaska Pipeline Company, a subsidiary of Enstar Natural Gas Company, which has built a 20" gas transmission line from Beluga River to Anchorage. JET:fro Attachments: .L. Weaver (1) Two (2) AOGCC Permit To Drill Applications (2) Two (2) BLM Permit To Drill Applications (3) Drawing AP-A-261-0 ARCO Alaska, Inc. (Certified Mail No. P175-864-147) Attention: Mr. John C. Harvard P.O. Box 100360 Anchorage, Alaska 99510 Shell Western E&P, Inc. (Certified Mail No. P175-864-148) Attention: Mr. B. E. Barnard P.O. Box 527 Houston, Texas 77001 RECEIVED OCT 0 19 5 Alaska Oil & ~as Cons. Commission Anchorage ,~. STATE OF ALASKA THIRD JUDICIAL DISTRICT J. L. Weaver, being first duly sworn, upon oath deposes and says that he is the Area Operations Superintendent, Produetion Department, employed by Chevron U.S.A. Inc., and to the best of his knowledge and belief that the facts stated herein and shown on the accompanying plat are true, and that the aeeompanying plat is drawn to scale and correctly reflects plat pertinent and required data. J. L. Weaver Subscribed and sworn to before me this day of ~]~, 1985. Farah Melanson, Notary Public, State o[ Alaska Notary i~ublie in and for the State of Alaska RECEIVED OCT 0 y., 1985 Alaska Oil & Gas Cons. Commission Anchorage ' I 33 I .. /~,~ U. S, SURVEY3596 . I ~" ! ~ _ I CH~V~ON~A~C~S S~LL RCO- SHEL& ' ~BOUNDARY.' . . I ' . - ~ I ~'~ ' ~ ' ' 3 ' ' ~-~. i il' ' ' ~ Jl ~ I . -., ! ~! :. i_l_,~,_,. . , ill u I I I ; ~ I R E V ~ ~ Alaska O~l & Gas Cons. Commission A k-,. {~ , ~,-~i~u;~ DR ~ CH. CHEVRON U.S.A. INC. ~. ~. P~ OPOSED ' LOCAT/ON ~"' B~U 22~-3~ ~ 21/-~ o,.'~, m,~. SEC ~, T/2N, ~10 W~ SEWARD B ~ M ~... ~. SCALE / L~ ' DATE W.O .... s.o. A P- A- 261-0 Printed in U.S.A. GO-580-AB (CD-1-74) ~ECK LIST FOR NEW WELL PERMITS Lease & Well No. ~ ITEM APPROVE DATE (1) Fee if .... (2) L ,o,c' (2 thru 8) (3) Admin ~'" ,/~ 7,~-~ ~ '(9 thru 12) (10 and 12) (4) ' '(13' thru 21) ' (22~ th~u 26) YES NO 1. Is the permit fee attached .......................... , ............... 2. Is well to be located, in a defined pool ...................... , ...... 3. Is well located proper distance from property line ............ ,...., ~/"' 4. Is well located proper distance from other wells ....... }~ ' .5. Is sufficient undedicated acreage available in this p~o~ !iii!i'i! !!i ~ 6. Is well to be deviated and is wellbore plat included .... ' .... 7. Is operator the only affected party ....................... 8. Can permit be approved before ten-day wait .. i... ]].. , 10. 11. 12. 13. .14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. Does operator have a bond in force ................................... Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate ...................................... Is conductor string provided ........................................ Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will surface casing protect fresh water zones ....................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed ............................ Is a diverter system required ............................... ~ Are necessary diagrams of diverte~'a~d BOP ~qu~pment ~ttac~ed ~i~'~ Does BOPE have sufficient pressure rating- Test to ~f)OO [ Does the choke manifold comply w/API RP-53 (Feb.78) .................. Is the presence of H2S gas probable .................... , ............ Additional requirements ............................................. REMARKS ,-~ .f ~. ~,,,,. t J 'L~',""./ ~-,.'" t ;;'"~ ',..,~, ~..~',~. ,.~ ~,' ,, ~ .,~ .,.J .... Additional Remarks: Geology_: HWK ,-/" JAL ~_ Eng i. n.¢ e ring: LCS ~..~. ~" B~k----"'-~ MTM <~(~:~ HJH~ rev: 03/13/85 6.011 INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE .,-, Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. ,. No special effort has been made to chronologically organize this category of information. .,..,. __ -- S C H L LJ M i5 ERG E R - -__~ LIS T4PE VERIFICATION LIS~ZNG LVP OiO'HO2 VERIFICATION LISTIN3 ' PAGE 1 .... ,- REEL HEADER ¢-~- S~RVtCE NAME :EDIT OATE :85/05/13 ORIGIN : REEL NAME :14990Z CONTINUATION ~ :01 PR=VIOUS REEL : COMMENTS :LIBRARY T~PE ~' TAPE HEADER ~ SERVICE NAME :EDIT DAT~ :85/05/13 ORIGIN :FS1A TAPE NAME : CONTINUATION # :01 PREVIOUS TAPE : COMMENTS :LIBRARY TAPE 8~ FILE HE~DER' ~ FILE NAME :EDIT SmRVICE NAME : VERSION ~ : DATE : MAXIMUM LF~GTH : FILE TYPE : PREVIOUS FILE : .001 1024 -,.~. INFORMATION RE"ORDS~ ,--.~ MNEM CONTENTS UNIT TYPE C~TE SiZE CODE CN : CHEVRON USA, INCORPORATED 000 000 026 055 WN : BRU 224-3~ 000 DO0 010 065 FN : BELUGA RZVER 000 000 012 065 RANG: 10W 000 DO0 00~ 065 TO~N: 1ON 000 000 00~ 065 SECT: fi 000 DO0 002 065 COUN: KENAi 000 000 005 065 ST~T: AL~SK~ 000 000 005 065 ~NEM CONTENTS UNIT TYPE CATE SIZE CODE PRES LVm 010.H02 VERIFICATI2~ LISTING PAGE S CHLUM2: RG ER ALASKA~ COMPUTING CE~TE~ COMPANY = CHEVRON ~SA~ INC WELL = aRU 224-3~ :IELO = BELUGA RIVER COUNTY = KENAI STATE : ALASKA JOB NUMBER AT ACC: 71~+$3 RUN #ONE. DATE LOGGED: 26 6PR 85 LOP: T HALSTEAO CASING : 13.3?5" @ 3304' - BIT SIZE : 12.25" TO 5353' TYPE FLUID : POLY PLUS K DENSITY = 9.8 LB/G RM = 0.347 @ 58 DF VISCOSITY : 52.0 S RMF : 0.263 @ 62 DF PH : 8.t RMC : 0.646 ~ 68 DF FLUID LGSS : 8.2 C3 RM AT BMT : 0-211 @ 100 OF ~':~;;~.'~.' THiS DATA HAS NOT ~EEN. DEPTH_ SHYFTED_ - OVErLaYS FIELD PRINTS -.~'~"'~"'~'~--~.,--. LVP 010.H02 VERIFICAT!ON. LZSTIN$ PAGE 3 SCHLUMBEREER LOGS DJAL L~TEDLO~ (DLL DAT~ AVAiEABL BDREHDLE COMPDNSAT DAT& AV~ILABL LiTHO D~NSITY C~NPENSATED ~EUTR] DATA AVAILABL iNCLUn=D~. WiTH THIS. MAGNeTiC. ) E: 5350' TO 3300' ED LOG (BHC) =: 5273' TO 3300' ENS~TED LOS (LOT) N LOG (LOT) E: 5289' TO 3300' TAPE: ¢¢ DATA FORMAT ENTRY BLOCKS RECORO (~ TYPE I5 0 DATJM MNEM OT GR SP CALl RHDB ORH3 NPHI NTCN TCN TNRA ENRA SPECIFtC~TZON SmRVIrE~ S:RVIC -i0 ORDER BHC BHC BHC LOT LOT LOT LOT LOT LOT LOT LOT LOT LOT SiZE REPR CODE 1 66 1 66 4 73 ~ 65 1 66 1 66 BLOCKS UNIT A~t ADi APl LOG TYPE CLASS FT: O0 000 O0 US/F: O0 520 80 3&PI O0 310 Oi MV O0 010 O1 S~P! O0 310 Ot IN O0 280 01 GYC3 O0 350 02 G/C3 O0 356 O1 PJ O0 890 O0 O0 358 O1 CPS O0 330 30 ~,~S O0 330 30 O0 420 O! 0 O 0 0 0 0 0 0 0 0 0 0 0 0 FiL -~lO 0 0 0 0 0 O 0 0 0 0 0 0 0 0 ENTRY 0 1 60 .liN 1 0 S!Z= SPL 4 1 4 1 4 ! 4 1 4 I 4 i 4 1 4 I 4 1 4 t 4 1 4 1 4 1 REDR PROCESS CODE (OCTAL) 6S 00000000000000 65 O000000000OO00 58 00000000000000 58 O0000000DO0000 68 O00000000000OO 58 00000000000000 OOO00000000000 68 O000DO000000DO 68 00000000000000 68 00000000000000 68 00000000000000 58 O000000OO00000 5B OOOOOOO00OOOOO 68 00000000000000 LVP OlO.H02 VERIFICATION LISTINZ PAGE 4 NECN LDT ~PS O0 FECN' LDT CmS O0 ENPH LDT' DJ O0 TN~H LDT PU O0 QSS LDT O0 QLS LDT O0 SR DLL ~PI O0 LLD DLL DqMM O0 LLS DLL OqMM O0 CALS OLL I~. O0 SP DLL MC; O0 330 330 890 890 000 000 310 220 220 000 010 3O 30 O0 O0 O0 O0 Ol 10 09 O0 Ot 0 0 0 0 0 0 0 O 0 0 0 i 58 00000000000000 1 58 00000000000000 t 68 O0000000000OO0 I 68 00000000000000 1 68 00000000000000 I 58 00000000000000 1 58 00000000000000 1 68 O000000000OO00 1 58 00000000000000 I 58 00000000000000 1 $3 00000000000000 DATA DEPT NPHI TNRA ENPH SR SP DEPT SR NPHi TNRA ENPH GR SP OEPT GR NPHI TNAA ENPH SR SP DEPT: NPH! TNRA ENPH ER SP DEPT GR NPHI TNR~ ENPH GR SP 5316,5000 -999,2500 -999,2500 -999,2500 -999,2500 60,1580 -59.3320 DT CALl PEF ENR-& TNPM LLD 5300.0000 DT -999,2500 CALl -999,2500 PEF -999.2500 ENRA -999.2500 TNPH 60,1580 LLD -59,3320 5200.0000 38.2305 70.898~ 5.2234 73.3387 39.7305 -55.5977 5t00.0000 43.7930 62.1094 4.7~29 67.6270 45.7930 -68.4727 5000.0000 55.1992 39.0137 3.4846 34.3750 54.1367 -66.Z227 CALl PEF ENR6 TNP5 LLD DT CALl PEF ENR6 TNPH LLD DT CALl ENRA TNPH LLD -9~9.2500 -999.2500 -999.2500 -9~9.2500 -999.2500 5.5591 107.5273 -999.2500 -999.2500 -999.2500 -9~9.2500 $0,5200 127.9023 11.8770 1.2557 8.7285 70.8984 i5.5733 134.1875 tl.8379 1.7520 8.3535 52.1094 8.0088 116,6523 11,9863 2,9005 5,6179 39.0137 9,7158 GR RHDB NTCN N=CN QSS LLS GR RHOB NTCN NECN QSS LLS GR NT~N~ NECN QSS LLS ~R RHDB NTCN N'ECN QSS LLS GR RHO8 NTCN NECN QSS LLS -999,2500 -999,2500 -999,2500 -999,2500 -999,2500 4,5606 49,8242 -999,2500 -999,2500 -999,2500 -999.2500 12,9079 34.9805 t.4~44 1196,6875 1802.6875 -0.0083 15.3517 39,8867 1,6700 1225,5875 1784,6875 -0,0234 6,5288 53,6055 2,2385 1571,6875 2287,5000 -0,0459 9,6373 SP DRHO FTCN FECN QLS CALS SP DRHg FTSN FECN QLS CALS SP DR?iD FTCN FEC~ QLS CALS S'P DRH3 FTCN FEC~ QLS CALS SP DRHO FTCN FESN QLS CALS -59,3320 -999,2500 -999,2500 -999,2500 -999,2500 16.3955 -59.3320 -999.2500 -999.2500 -999.2500 -999.2500 7.I765 -66.5977 -0.0054 231.4375 218,5525 -0.0649 11,7363 -68.4727 0.0117 251.1406 221.~375 -0.0083 11.9551 -56.222T -0.0024 399.3906 457.1406 0.0103 12.2832 LVP OlO.H02 VERIFIC~TI2~ L!$TIN~ PAGE 5 DEPT GR NPHi TNRA GR SP DEPT GR NPHI TNRA ENPH GR SP DEPT GR NPHI TNRA ENPH GR SP DEPT NPHI TNRA ENPH GR SP GR NPHI TNR~ ENPH GR SP DEPT GR NPHI TNRA ENPH GR SP GR NPHI TNRA 4900.0000 62.1367 50.6836 4.1179 52.7344 61.7930 -68.72Z7 4800.0000 47.3555 43.6035 3.7346 46.3867 53.6580 -73.0352 4700.0000 56.5742 39.8926 3.5315 38.2324 50.1367 -73.0977 4600.0000 59.1055 50.2441 4.1101 48.2422 56.2930 -73.8477 4500.0000 72.4023 36.2305 3-3323 34.5?03 73.2148 -73'4727 440O.O000 52.5055 39.4043 3.5178 35.3516 53.4180 -76.6602 4300.0000 69.~023 42.6758 3.7131 35.6Zll DT CALl PEF ENR~ TNPH LLD DT CALl PEF ENR~ TNPH LLD OT CALt PEF ENR& TNPW LLD DT CALI PEF ENR~ 'TNPH LL2 DT CALl PEF ENR~ TNP~ LLD DT CALI PEF ENR~ TNPH LL3 CALl PEF EN~ TNPH 124.1523 11.8066 3.7112 7.2742 50.6836 5.9602 113.5523 11.9160 3.1018 6.7507 g3.6035 10.046t 122.6523 11.9316 3.1077 6.0046 39.8926 9,2223 126.7773 12.4395 3.5120 6.9226 50.2441 5.8952 126.9023 11.9316 3.9358 5.6414 36,2305 11.957.2 1~2.t875 12.4082 2.7913 5.7273 39.~043 9.2352 134.4375 13.0801 4.4031 5.8718 42.5?58 GR RHDB NTCN NECN QSS LLS GR NTCN NECN QSS LLS GR RHO5 NTCN NECN QSS LLS GR NTCN NECN QSS LLS GR NTCN NECN QSS LLS GR RHOB NTCN. NECN QSS LLS GR RHDB NTCN NECN QSS 58.0742 2.2229 1427.68T5 2107.5000 -0.0342 5.6189 50.1680 2.2542 1669.6875 2257.5000 -0.0195 9.5790 54.5430 2.2405 1710.6875 2511.5000 -0.0352 7.5173 53.0117 2.1760 1496.6875 2215.5000 -0.0200 4.8788 SP FTCN FECN QLS CALS SP FTCN QLS CALS SP ORH3 FTCN FECN QLS CALS SP FTCN FECN QLS CALS 70.2773 SP 2.3030 DRH3 1791.6875 FTCN 2559.5000 FECN -0.0356 QLS 8.7540 CALS 51.6580 SP 2.2539 DR~D 1731.6875 FTCN 2481.5000 ~ECN -0.0264 QLS 8.0975 CALS 66.2t~8 SP 2.2952 DRHO 1690.6875 FTCN 2357.5000 FECN -0.0049 QLS -5~.7227 0.0317 325.3906 299.8906 -0.0059 12.1504 -73.0352 0.0444 414.8906 336.1406 -0.0195 12.0957 -?3.0977 0.00!5 470.6406 404.6406 0.0010 12.1560 -73.84?7 0.0098 356.6406 347.1406 -0.0146 12.3223 -73.4727 -0.0049 522.8125 446.1406 0.0161 12.1426 -76.6502 0.0264 424.1406 417.8906 0.0176 12.6270 -77.0352 0.0552 451.1406 384.3906 -0.0127 LVP OlO.H02 VERiFICATIgN LISTIN~ PAGE 5 GR SP DEPT NPHI TNRA ENPH GR SP NPHI TNR~ ENP~ GR SP DEPT GR NPHi TNRA ENPH GR SP OEPT GR NPMI TNRA ENP5 GR SP DEPT SR NPHI TNRA ENPH SR SP DEPT GR NPHI TNR~ ENPH GR SP DEPT GR 64.9648 LLD -77.0352 4200.0000 OT 56.4180 CALI 45.0195 3.8206 ENR~ 44.8242 TNP~ 59.4180 LLD -78.6502 4100'.0000 DT 51.8867 CALI 43.7988 PEF 3.7717 ENR~ 40.234~ TNPq 49.8867 LLD -84.0977 4000.0000 DT 68.2773 CALl 51.1230 PEF 4.1726 ENR~ 50o6~36 TNPq · 7~.9023 LLD -78.2352 3900.0000 DT 56.2517 CALI 40.1367 PEF 3.5803 ENR~ 36.2305 TNP~ 61.5117 LLD -69.6502 3800,0000 DT 47.9~92 CALI 20,898~+ PEF 2.3518 ENR~ 22.4121 TNP5 48.7305 LL3 -72.2852 3700.0000 DT 59.9~92 CALl 33.5~49 PEF 3.1877 ENR& 36,5723 TNP~ 55,7~30 LLD -$6o7227 3600.0000 DT 60.6055 CALl 26,5137 PE~ 13.9300 124.0273 12.2910 3.0237 6.6218 ¢5.0195 9.8t67 117-1523 12.9082 2.9299 6.2156 43.7988 144.6875 13.0176 3.3967 7.1375 51.1230 8,2393 123.4023 13.3379 3.3811 5.8367 ~0.1367 9,2197 167.0625 12.1660 2.9495 4.2781 20.8984 82.1000 108.9023 12.0488 3.7288 5.8445 33.5449 13.9264 193.3125 11.9707 3.1760 LLS GR RHOB NTCN NECN QSS LLS GR NTSN NECN QSS LLS' GR RHO8 N'TCN NECN QSS LLS GR NTCN NErN~ QSS LLS GR QSS LLS GR NTCN NECN QSS LLS RH2B NTCN 9.9719 57.1055 2.1780 1568.6875 2359.5000 -0.0396 8.1586 54.2517 2.2678 1598.6875 2117.5000 -0.0313 7.7006 64.9548 2.1858 1513.6875 2!79.5000 -0.0234 6.1794 51-3242 2.2~74 1708.6875 2383.5000 -0.0146 7.1577 49.1055 2.2209 2¢55.5000 2885.5000 -0.03t7 ~9.0015 50.~180 2.2444 1806.6375 2349,5000 -0.0166 I1.6438 CALS SP gRHg FTC~' FECN QLS CALS SP DRHg FTCN FEC.q QLS CAL$ SP DRHD FTCN :ECN QLS CALS SP DRHg FTCN FECN QLS CALS SP DRHg FTCN FECN QLS CALS SP D~HO FTC~ FECN QLS CALS 58.0¢30 SP 2.0706 DRHD 2107.5000 :---- T C N 12.3379 -78.6602 0.0142 398.1406 391.5406 -0.0190 12.4707 -84.0977 0.0264 398.3906 330.3905 -0.0063 12.7363 -78.2852 0.0137 3~2.8906 316.6406 -0.0161 13.0176 -69.6602 0.0596 ~52.3906 437.3906 -0.0015 12.8301 -72.2852 -0.0015 970.3125 686.3125 0'0049 12.2910 -86.7227 0.0234 527.8125 424.3906 -0.0161 12.3379 -60.4258 -0.0088 784.3125 LV~ 010.H02 VERIFICATI2N LISTINE PAGE T TNRA ENPH SR SP DEPT GR NPHI TNRfi ENPH GR SP NPHI TNRA ENPH SP GR NPHI TNRA ENPH SP DEPT ER NPHI TNRfi ENPH GR SP 2.7229 ENR& 25.6838 TNmH 59.7305 LL~ -60.4258 3500.0000 DT 56.7517 CALl. 52.9735 PEF 4.2545 ENR6 41.2109 TNP~ 55.7773 LLD -77.5977 3~00.0000 DT 57.1580 CALl 33.4~73 PEF 3.1838 ENR~ 36.7188 TNP~ 58.9B05 LLD -63.3945 3300.0000 DT 37.9492 CfiLI 56.3477 PEF 4.4382 ENRfi 61.6599 TNP~ 36.5742 LL3 -?2.222? 3276.5000 -999.2500 -999.2500 -999.250D -999.2500 -999.2500 -999.2500 DT CALl PEF ENRA TNPq LLD 4-6548 26.5137 54.~148 1~2.3125 !2.2988 3.3010 6.2976 52.9785 8.5919 157.3125 12.0566 3.2500 5.8601 33.4473 24.3557 78.4648 [2.3066 %t.5055 7.9578 56.3477 0.1703 64.3398 -999.2500 -9~9.2500 -999.2500 -999.2500 -999.2500 NECN QSS LLS GR RH25 NTCN NECN ~SS LLS GR NTCN NmCN- LLS GR RH]8 NTCN QSS LLS GR RH2B NTCN ©SS LLS ~ FILE TR&ILER ~ FILE NAME :EDIT .001 SERVICE NAME : VERSION m : D~T~ : M~X!MUM LENGTH : 1024 mILE TYPE : NEXT FILm NAME :. ~ FIL: H:~DER ~'~ FILE Nfi~E :EDIT SERVICE NAME : VERSION ~ : .002 2~77.5000 -0.0200 32.6072 55.0117 2.0523 t552.6875 2157.5000 -0.0288 6.1201 55.82~2 2.1155 1~83.6875 2465.5000 -0.0298 17.6761 27.9893 1.9539 1058.6875 2043.6875 -0.2383 0.1T77 26.6768 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 FECN QLS CALS SP DRH] FTC~ FEC~ QLS CALS SP DRHO FTCN FECN QLS C :ilL S SP DRHO FTCN FECN QLS CALS SP DRHO .~TCN QLS CALS 567.8125 0.0054 12.2832 -77.5977 0.0093 355.8906 357.8906 0.0078 12.3379 -53.3945 0.0059 559.8125 453.1406 -0.0093 12.0566 -72.2227 -0.5444 229.6875 265.1406 0.0771 12.~004 -999.Z500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 LVP OlO.H02 VERIFICATION LISTING DATE : MAXIMUM LENGTH : 1024 FILE TYPE : PREVIOUS FILE : .,--,. DATa '-ORMAT RECORD.,- ENTRY BLOCKS TYP~ $ 9 I$ DA~jM MN=M D~PT MS:L SPECIFICATION BLOC S~RVICE SERVICE JN ID ORDER # DLL Oq KS IT~ LOG :: O0 MM O0 SIZE t 4 4 t 1 REPR CODE 66 65 $6 API API API FiLE TYPE CLASS MOO 000 00 O. 0 27O O4 ~ 0 -~;X DET~ DEPT: DEPT DEPT DEPT OE~T DEPT DEPT DEPT DEPT D~-~T DEPT OEPT DEPT OEPT DEPT 5316.8330 5300.1570 5Z00.1670 5100.1570 5000.1570 4900. 1670 4800.1570 4700.1570 4500.1670 4500.1570 4~+00.1570 4.300. 1570 4200.1670 4100.1670 4000.1665 MSFL MSFL MSFL MSFL MSFL MSFL MSFL MSFL MSFL MSFL MSFL MSFL ~SFL MS~L 314.3906 0.7586 9.1973 7.4695 5.3328 3.9417 8.353: 6.2234 2.4573 3.B$35 4.3367 4.4617 4.3914 2.7581 3.2053 ENTRY 0 t 20 .liN I 0 SIZE SPL REPR CODE 4 i 5B 4 I 5B PROCESS (OCTAL) O000000000OO00 00000000000000 LV~ OlO.H02 VERIFIC~TIO~ LISTIN$ PAGE OEPT DEPT DEPT OEPT 9EPT 9EPT DEPT DEPT 3900.1565 MSFL 3800.1665 MSF~ 3T00.1655 MSFL 3600.1665 MSFL 3500.1665 MSFL 3400.1565 MSFL 3300.1665 ~SFL 3285.0000 MSFL 4.5007 3.9377 4.3171 3.7444 4.1375 3.¢358 0.558i 0.3960 ~ FILE TRAILER FILE NAME :EDIT .002 SERVICE NA~E : VERSION ~ : 3ATE : ~AXIMUM LENGTH : 1024 ~iLE TYPE : NEXT FILE NAME qk$ TAPE TRAILER ...... SERVIC~ NAME :EDIT DATE :85/05/13 ORIGIN :PS1A TAPE NAME : CONTINUATION # :01 NEXT TAPE NAME : COMMENTS :LIBRARY T~PE .,-,. R:~L TRAILER SERVICE NAME :~DIT DATE :86/05/13 ORIGIN : REEL NAME :149902 CONTINUATION # :01 NEXT REEL NAME : COMMENTS :LIBRARY TAPE , .... ,-~ .... ,-~,- :OF ~ ......... ~¢' '