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~uD~U DEPT. OF NATURAL RESOURCES April 12, 1991 DIVISION OF OIL AND GAS D. W. Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 WALTER d. HIOKEL, GOVERNOR RO. BOX 107034 ANCHORAGE, ALASKA 99510-7034 PHONE: (907) 762-2553 Subject: Release of ARCO Pipeline State No. 1 Well (ADL 366032) Dear Commissioner Johnston: On March 14, 1990 I granted extended confidentiality for the Pipeline State No. 1 well. The Pipeline State No. 1 well was granted extended confidentiality until 90 days after the unleased land in T5N R12E Umiat Meridian could be offered for lease. The unleased land in this township was offered for lease in Sale 70A which was held on January 29, 1990. Therefore, the well no longer qualifies for extended confidentiality and the well data should be released on April 30, 1991. By copy of this letter I am notifying ARCO Alaska Inc. and co-owner Amerada Hess Corporation of the upcoming release of the Pipeline State No. 1 well. Sincerely, · Eason 9Director cc: J. L. Dees, ARCO Alaska Inc. RECEI. VED APR 1 6 1991 Alaska 0ii & Gas Cons. Commission Anchorage printed on recycled paper , ~ ~;'".' , ~[ .,, ~ STEVE COWPER, GOVERNOR .... P.O. BOX DEPARTMENT OF NATURAL RESOURCES / ANCHO~GE, A~S~9951~ March 14, 1990 / Jer~ L. Dees ,, ~ ~ ~ ~ , ~-~:s ~.~; ~-~ Vice President ARCO Alaska Inc. P.O. Box 100360 Anchorage, AK 99510-0360 Subject: Request for Extended Confidentiality Pipeline State #1 Well Dear Mr. Dees: In your January 25, 1990 letter you requested extended confidentiali'~y:for the Pipeline State #1 well under the authority of 11 AAC 83.153. Under this statute: ~ ~ ""'~ .~ .,;.~.,. ,~..;~'~, ~' ~:/ ~' 4. .~",~ . ~,-~':,~' ~"" ','.~ .t' ~y...~ ~,'~ .,~".~ .... .. ..~/ ~,. ~ .~;~' ;,:':~. :'~' !;% The currentl' "If the commissioner finds that reports or information required under AS 31.05.035(a) contain significant information relating to the valuation of unleased land within a three-mile radius of the well from which these reports or information were obtained, the commissioner will, upon the written request of the owner of the well, keep the ~e, ports or information confidential for a reasonable time not to i;;'~.~eed 90 days after disposal of the unleased land, unless the ~'",~,~.n':~F,?of the Well gives written,, permission to release the reports and .,,,,.,j~r~ation at an earlier date. ,';,~ ,~, ':, ,~. ~li~ State #1 well lies approximately 2.5 miles from unleased land which is ih"cluded as part of prop' o' sed oil an;d gas Lease Sale 70A. Following your request for extended confidentiality, a review of the data was made by Division of Oil and Gas technical staff. This review was aided by an informal technical meeting held on March 13, 1990 with members of your land and geoscience staff. Based upon the recommendation of division technical staff and under the departmental delegation of authority, I agree to extend the confidentiality of the ARCO Pipeline State #1 until 90 days after Sale 70A, which is currently scheduled for Sep_tember~ ~py of t~ls letter I am requestin~ that the Alaska Oil and Gas Conservation ~ COmmission extend the confidentiahty of data from the ARCO Pipeline State #1 w ,,,,~ further notice. , ..- ~ Sincerely~ / //,~/_ ~JD~r~ce~SorE Eason ~"""~~ CC: 0003M ,.,:,~., ;~ ARCO Alaska, Inc. {"' Post Office ~... 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 December 7, 1989 C.V. Chatterton Chairman, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-1433 Dear Commissioner Chatterton: Reports have been submitted to the Department of Environmental Conservation concerning the 1989 monitoring activities at the Pipeline State #1 and Pt. Mclntyre #3 drill sites. Copies of the reports are enclosed for your review and files. We are encouraged by the information gathered to date and believe that the data clearly supports belowgrade freezeback as an effective method of drilling waste disposal. If you or any members of your staff require any further information, please contact me at 263-4970. Your. s. truly, ,i~ei~ional Drilling Engineer Kuparuk/Cook Inlet/Exploration RECEIVED I Alasla Oil & Gas Cons. C0mmis$[~ Anchorage ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany AR3B .6003 .C TELKCOPY NO: (907) 276-7542 December 5, 1989 Mr. J. B. Kewin Regional Drilling Engineer ARCO Alaska, inc. P. O. Box 100360 Anchorage, AK 99510-0360 Re: Final Location Clearance and Abandonment for Pipeline State ~1 Well, Sec. 33, T6N, R13E, UM. Dear Mr. Kewin: Our representative Bobby Foster inspected the subject location on September 6, 1989. He found that with the exception of two items, the locatio~n was acceptable for abandonment. Your subse- quent letter dated October 23, 1989, along with photographs confirms that additional work was completed as required; there- fore, the final location clearance is hereby approved. Sincerely, Commissioner dlf:i.MTM.11 ~ 7--/~'/ PIPELINE ,STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT for ALASKA DEPARTMENT OF ENVIRONMENTAL CONSERVATION Thomas E. Maunder Sr. Drilling Engineer ARCO Alaska, Inc. November 30, 1989 PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT TABLE OF CONTENTS INTRODUCTION AND SUMMARY PAGE 1 VISUAL MONITORING THERMISTOR MONITORING PAGE 2 PAGE 5 WATER MONITORING PAGE 16 APPENDIX SITE PHOTOGRAPHS APPENDIX A THERMISTOR REPAIR MEMO APPENDIX B MULTIMETER RECALIBRATION APPENDIX C DUANE MILLER REPORT-9/19/89 APPENDIX D PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT INTRODUCTION This report contains the monitoring information gathered during 1989 for the closed out reserve pit at the Pipeline State #1 drill site. The monitoring information is that required by the Solid Waste Disposal Permit (SWDP), #8736-BA010, issued December 31, 1987 by the Alaska Department of Environmental Conservation (ADEC). The monitoring information presented includes the reported visual observations, photographs, thermistor readings, thaw probings, and water analyses. Although the permit required only a site visit during September of this second monitoring year, several additional visits to the site have been made. The data of all visits is presented. SUMMARY In early 1988, ARCO Alaska, Inc. as operator for itself and Amerada Hess Corporation drilled an exploratory oil well, Pipeline State #1 on the North Slope. A permit was obtained to dispose of the waste muds and cuttings resultant from the operation on site in a pit excavated into the tundra. After drilling operations were completed, the muds and cuttings remaining in the pit were covered with the excavation spoils to confine them and allow the muds and cuttings to freeze in place. This is the second report submitted for this well. The initial report was issued November 30, 1988 and covered the activities of drilling the well, closing out/covering the reserve pit and the monitoring activities of Summer, 1988. This report contains the information gathered since as well as some of the information presented previously. The significant events and findings since the last report were: 1. On September 21, 1988 the mound was seeded with a grass mixture of 70% Tundra Blue Grass and 30% Arctared Fescue @ 40#/acre and fertilized with 20:20:10 @ 400#/acre. 2. Minimal if any additional subsidence of the pit mound was observed in 1989. Maximum original mound height was 7' above original grade, subsided height is 5' above grade. The mound still exhibits a convex surface. 3. Temperature monitoring verified that the pit contents completely froze during the winter and did not thaw through the summer of 1989. Probing with a steel bar indicated that the thaw depth in the undisturbed tundra was 2' and probing on the mound surface indicated that the thaw depth there was also 2'. 4. Extensive plant growth has occurred on the mound surface. Species diversification was noted indicating air borne seeds have germinated as well as the grass seed from September, 1988. 5. Aerial photos were obtained September 3, 1988 and August 21, 1989. Comparison of the two demonstrate that site disturbance visible in the earlier photo is now virtually undetectable. PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT VISUAL MONITORING SEPTEMBER 21, 1988 On this date the mound was seeded with a grass mixture of 70% Tundra Blue Grass and 30% Arctared Fescue @ 40#/acre and fertilized with 20:20:10 @ 400#/acre. APRIL 11, 1989 Near the end of the first freeze season a visit was made to the Pipeline State #1 site. The site was very difficult to find. It was finally necessary to gain sufficient altitude so lake outlines could be seen through the snow. It was then possible to find the location. Photos taken during the visit are included in Appendix A. The mound was essentially invisible. The snow depth on top of the mound was not probed, however examination of the pictures of the pit thermistor indicate that the depth at that point was about 1'. The snow surface graded gently from the top of the mound to the depth covering the tundra. The change in the snow surface elevation looked similar in all directions with no pattern or preferential drift direction noted. It was not possible to locate the adjacent thermistor which appeared to be buried under some 3' or greater of snow. The reference thermistor was located with just its cap visible. The snow depth at the reference thermistor was about 2.5'. Data readings were successfully obtained from the reference and pit thermistors. One other item that was noted was that animals, most probably fox, were visiting the site and as shown in the photographs visited anything on the location projecting above the snow surface. JULY 1, 1989 The first visit of the second thaw season was done in early July. The purpose of the visit was to evaluate what remedial work would be necessary to fill the subsidence ring near the well marker. Given the snow conditions at the location in April, there was also interest as what if any effect this could have had on the site. Photos taken during the visit are included. When flying into the site a definite greenish tint could be seen on the mound. Closer examination indicated that a light moss cover was present over almost the entire mound surface. The beginning sprouts of grass were also visible. As far as could be determined, the mound subsidence was essentially the same as seen last September. No effect could be seen from the snow cover present in April. Physically the thermistor installations appeared not to have changed since last viewed. An indication of the snow depth seen in April can be seen when the picture of the reference thermistor taken this date is compared with the one taken in April. JULY 20, 1989 The purpose of this visit was to fill in the subsidence ring near the well marker. The fill for the subsidence ring was obtained from the general area around the well marker. PIPELINE STATE #1 " BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT VISUAL MONITORING ~_continued} AUGUST 3, 1989 On this visit a number of items were accomplished. Thermistor readings and area photos were taken, the damaged instrument housing of the pit string was repaired, and inspection of the remedial fill work around the well marker was done. Those in attendance were Bobby Foster-AOGCC, Tom Maunder and Mike Joyce-ARCO. The photos from this visit are of particular note. Extensive plant growth was observed over the mound surface. Comparison with those photos taken July 1 indicate the dramatic coverage change. There were some areas where growth was not noted. In particular the southern area where the spoils pile was. According to Mike Joyce, that area was not seeded last September. Plans were made to seed that area as well as the mounded area near the well marker. Examination of the general area as documented in the photos shows little profile change on the mound when compared with those taken previously. One possible area of concern was identified at the northwest corner of the mound. A ponded area was present at that location adjacent to the actual mound. This ponded area was not noted on the trips made to the site in July. It is most probable that the depression is filled with collected rainwater. Plans were made to insure that water samples would be collected from the ponded water present during coming site visits. Mr. Foster's concerns with the fill area near the well marker were satisfied. He still had concerns with the incomplete lettering on the actual marker and plans were made to to remedy the omission on a future visit. Thermistor data was obtained from all beads at the site. After taking the data on the pit string, a repair was made to the damaged housing. The repair involved recovering the actual instrument cable, removing the instrument housing, sleeving and sealing a PVC housing replacement over the installed 1" iron pipe and replacing the instrument cable. As suspected the installation had failed immediately below the 4" x 1" crossover. No difficulty was encountered pulling the cable from the 1" pipe which indicated that no water had infiltrated the pipe after it was damaged. A memo documenting the thermistor repair is included in Appendix B AUGUST 20, 1989 Two separate visits were made to the site on this date. One trip was for photo documentation only while the other was to seed and fertilize those areas that had been missed or disturbed since last September. A series of water samples was also taken from locations around the site. The photos are included in Appendix A. The water samples and analyses are presented in the Water Monitoring section. AUGUST 21, 1989 On this date the site area was photographed from high altitude by Aeromap, U.S. The cost of securing this quality of aerial photograph is approximately $10000. The scale is 1" = 1500' . It is difficult to identify any disturbance in this photo. The aerial photo taken September 3, 1988 is included for reference. SEPTEMBER 13 & 14, 1989 These successive dates marked the site visit required by the Solid Waste Disposal Permit. On September 13, the site was visited by Tom Maunder-ARCO and Duane Miller-Geotechnical Consultant. On the 13th, thermistor data was obtained from all strings and measurements were taken to determine the elevation of the crossover from which the instrument cables were hung. This information allows the PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT VISUAL MONITORING (continued) depth below existing grade to be calculated for each thermistor bead. Mr. Miller's trip report is included in Appendix D. On September 14 the site was visited by ADEC representatives as well as others. Those visiting the site were; Brad Fristoe-ADEC, Cameron Leonard-Assistant Attorney General, George Trefry-Outside Consul, Tom Maunder, Dave Marquez, Joe Green, Sandi Hamann, Steve Atkinson, and Steve Porter-ARCO, Duane Miller-Geotechnical Consultant, and Tom Cook-Chevron, U.S.A. The large number of people visiting the site was due to the increasing controversy concerning disposal of drilling wastes and the fact that the monitoring activities at Pipeline State #1 were in the critical second thaw season. During this site visit, water samples, thermistor readings of the pit thermistor, and thaw probings were conducted. Four water samples were collected one from each side of the site. The northern sample was from the ponded area at the northwest corner of the mound. The water analysis data is presented in that section. Mr. Fristoe, Mr. Leonard, and Mr. Trefry participated in gathering the thermistor data. The readings obtained this day were essentially the same as those of the day before. Due to timing constraints with the helicopter it was necessary to limit the time spent at the site. Mr. Fristoe was informed of the data gathered on the previous day and due to the identical pit string readings agreed to utilize the September 13 readings for the reference and adjacent thermistors. Copies of all thermistor readings were provided to Mr. Fristoe once back at Prudhoe Bay. The most effective demonstration of the freeze/thaw conditions present at the site was obtained using a 3/8" steel rod approximately 30" long. This rod was used to probe through the thawed active layer to physically determine where it ended and the permafrost began. Probings on the tundra surrounding the covered pit showed on average that the active layer was approximately 2' in depth. Multiple positions on the tundra were probed. When probing was continued on the mound surface, the active layer was found to be about 2' deep as well. It was verified that the depth of the active layer followed the contour of the mound surface indicating that the frost level under the mound had been raised above the original grade level. Mr. Leonard and Mr. Fristoe witnessed and performed some of the probings. An extensive set of photographs was obtained on these two days. Some are included in Appendix A. Mr. Fristoe also obtained his own pictures while at the site. PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT THERMISTOR MONITORING Thermistor readings were taken during most of the site visits covered in this report. No difficulties were encountered obtaining the readings. The actual resistance values were determined using either of two Data Precision, model 248 Multimeters. One meter is owned by ARCO and the other by Duane Miller. The ARCO meter was factory calibrated in August, 1989 and that certificate is included in Appendix C. As a check, both Mr. Miller's meter and the ARCO meter were used to take readings on September 13. The readings were essentially identical. The full data presentation is included. This includes the date read, the mOHM resistance recorded and the temperature calculated by the Steinhart and Hart equation. Plots of the data for each thermistor have also been prepared and included. The thermistor data is plotted as depth below existing grade versus temperature in °F. The data is coded as the date the reading was taken followed by a slash and the thermistor number. The determination of the hanger collar elevation is reported in Mr. Miller's report covering the September, 1989 visits which is included in Appendix D. When examining the temperature information presented, it is important to note that the temperatures listed for beads number 1 and 2 on all strings are not reliable indications of the ground temperature. These beads are influenced by the protective casing and the absence of fill material in the 1" x 6" annuli. Although some sand was placed in the reference thermistor annulus during the mid August visit, the depth of thaw is best determined by the physical probing described earlier. REFERENCE THERMISTOR The reference thermistor was located approximately 100' northwest of the pit. A total of eight reading sets are presented in this report for the reference thermistor. The first reading set was obtained about three weeks after the reference string was installed in February, 1988 and the most recent September 13, 1989. The curve shapes show the characteristic "whiplash" due to the seasonal temperature cycle. The thaw depth was not probed in September, 1988. As detailed earlier and in Mr. Miller's report, when the tundra was probed in mid September, 1989 the depth of thaw was found to be slightly less than 2'. PIT THERMISTOR The pit thermistor was located in the center of the pit. A total of six reading sets are presented for the pit thermistor. The first pit temperature readings were obtained in July, 1988 as required by the permit. Once past the 1" x 6" annulus depth the temperature profile is essentially isothermal at slightly below 32 °F until a point about midway through the waste. From this point continuing to the total depth of the string, the temperatures get colder with the readings showing the characteristic parabolic profile. The other readings obtained during this first thaw season are of similar shape, with the exception that the 5 PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT THERMISTOR MONITORING ~continued~ temperatures in the waste interval show a slight cooling in the middle portion on successive monitoring dates. The actual temperature values and shape of the profiles exhibit some very important information. The isothermal behavior of the upper readings indicate that, as projected in the thermal design, temperature equilibrium in the waste and covering fill was achieved early in the thaw season and that little if any additional thermal change occurred through the remainder of the summer. Physical measurement by probing at the end of the second thaw season demonstrated that the depth of thaw over the entire pit and the surrounding tundra did not exceed 2'. The curve departure from isothermal behavior indicates the depth where the phase change from liquid to ice is complete and beyond that point the frozen material can cool further. The readings show that about half of the drilling waste material was frozen when measured in July. The continued movement of the curves to cooler temperatures at depths closer to the surface in the succeeding readings show that as the first thaw season proceeded the buried waste continued to freeze as influenced by the permafrost below the pit. The combination of isothermal behavior from surface down and continued freezing from below the pit up also shows that the fill material insulated the waste from the summer warming effects. The next monitoring visit to the site was in April, 1989. The visual observations and pictures from the visit have been presented earlier. When the readings from that date are plotted it can be seen that the curve shape has returned to a profile similar to those shown for the reference thermistor. It is clearly shown that the entire pit contents are frozen. Two sets of readings were obtained during the second thaw season, Summer, 1989. Both sets of readings verify the return to the expected summer profile. The readings from September 14 show that the drilling waste buried at the site did not thaw. Based on the survey drawings presented in the 1988 monitoring report, the top of the drilling waste at the site occurs between beads 6 and 7. The temperatures calculated from the resistance readings are 25.93 °F and 24.77 °F respectively. A conservative approach would consider the temperatures measured by bead 6 as those at the top of the waste. On that basis the maximum recorded temperature at bead 6 is 5.6 °F below the lowest determined freezing point of the mud used to drill Pipeline State #1. ADJACENT THERMISTOR The adjacent thermistor was installed as near as possible to the eastern edge of the pit mound. The purpose of this thermistor is to verify that the tundra immediately surrounding the pit remains frozen following closeout. A total of five reading sets are presented for the adjacent thermistor. Snow cover prevented locating this thermistor during the April, 1989 visit. As expected the temperature profiles are similar in shape to those presented for the reference thermistor and no thawing of the tundra occurred following closeout. 6 PIPELINE ST. #1 THERMISTOR DATA 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 9.00 10.00 11.00 12.00 13.00 14.00 15.00 STRING 1 15-Feb-88 39.40 34.80 31.00 28.40 27.00 26.00 25.30 24.70 24.2O 23.90 23.7O 23.10 REFERENCE TEI~ F 2.52 6.49 10.24 13.11 14.78 16.04 16.95 17.75 18.44 18.86 19.14 19.43 20.01 STRING I 34.42 34.51 32.64 30.92 29.76 28.90 28.29 27.59 27 .O4 26.56 26.12 25.76 25.4O REFF_RI~ICE TEMP F 6.84 6.76 8.56 10.32 11.57 12.54 13.24 14.07 14.74 15.33 15.89 16.35 16.82 STRING 1 12-Jul-88 rnOHMS 16.22 19.33 21.56 23.43 24.42 25.07 25.57 25.81 25.99 26.10 26.19 26.13 26.05 REFEFENCE TEMP F 32.22 26.09 22.35 19.53 18.14 17.26 16.60 16.28 16.05 15.91 15.80 15.87 15.98 STRING 2 12-Julo88 mOHIVG 14.32 16.52 16.53 16.54 16.41 16.43 16.39 16.53 17.60 18.57 19.32 19.92 20.39 20.81 21.28 PIT TEIv~ F 36.65 31.57 _ 31.55 31.53 31.81 31.76 31.85 31.55 29.35 27.48 26.11 25.06 24.26 23.56 22.80 STRING 3 12-Jul-88 15.29 17.56 20.58 21.94 22.81 23.51 24.06 24.34 24.50 24.62 24.67 24.68 24.64 ADJACENT TEMP F 34.31 29.43 23.94 21.75 20.44 19.41 18.64 18.25 18.03 17.86 17.79 17.78 17.84 STRING 1 14.65 17.96 19.85 21.48 22.43 23.18 23.80 24.18 24.55 24.85 25.09 25.25 25.35 STRING 2 REFERENCE PIT TF_IVP F 35.83 28.64 25.18 22.48 21.00 19.89 19.00 18.47 17.96 17.55 17.23 17.02 16.88 11.74 16.08 16.47 16.51 16.44 16.44 16.40 16.67 17.73 18.60 19.30 19.85 2O.30 20.70 21.05 TEMP F 43.85 32.52 31.68 _ 31.59 31.74 31.74 31.83 31.25 29.09 27.43 26.15 25.18 24.41 23.74 23.17 PIPELINE ST. #1 THEMMISTOR DATA STRING 3 14.62 14.90 18.96 20.28 21.13 21.88 22.52 22.93 23.22 23.47 23.66 23.80 23.90 ADJACENT TEMPF 35.90 35.23 26.76 24.44 23.O4 21.85 2O.87 20.26 19.83 19.47 19.20 19.00 18.86 STRING 1 16.40 17.51 18.87 20.17 20.95 21.57 22.15 22.55 22.97 23.35 23.70 24.0O 24.2O 31.83 29.53 26.93 24.63 23.33 22.33 21.43 2O.82 20.20 19.64 19.14 18.72 18.44 STRING 2 16.27 16.32 16.42 16.49 16.45 16.43 16.39 16.88 17.84 18.63 19.23 19.72 20.13 20.50 20.83 PIT TEF~F 32.11 32.00 31.78 31.63 31.72 31.76 31.85 30.81 28.88 27.37 26.27 25.41 24.70 24.07 23.53 STRING 3 16.34 16.63 · 18.35 19.24 19.92 20.57 21.16 21.58 21.91 22.21 22.47 22.69 22.88 ADJACENT TEMP F 31.96 31.34 27.90 26.26 25.06 23.96 22.99 22.32 21.80 21.34 2O.94 20.61 20.33 STRING 1 30.50 30.19 28.82 27.55 26.71 26.14 25.77 25.34 25.00 24.76 24.54 24.37 24.2O REFERENCE TEMP F 10.77 11.10 12.63 14.12 15.14 15.86 16.34 16.90 17.35 17.67 17.97 18.21 18.44 STRING 2 26.62 32.63 33.04 31.42 29.08 26.80 25.05 22.98 22.51 22.2O 21.98 21.83 21.7O 21.66 PIT TEMP F 15.26 8.57 8.17 9.80 12.33 15.03 17.28 18.96 20.18 20.88 21.35 21.69 21.93 22.13 22.19 STRING 3 ADJACENT TEI~ F STRING 1 13,47 17.28 19.16 20.68 21.54 22.16 22.72 23.07 23.40 23.70 23.94 24.13 24.22 MILLER METEF~ TF_JV~ F 38.85 29.99 26.4O 23.77 22.38 21.42 20.57 20.05 19.57 19 14 18.80 18.54 18.41 PIPELINE ST. #1 THI:r~MISTOR DATA STRING 2 MilLER NETER STRING 3 ~IILLER METER STRING 1 MILLER METER STRING 2 PIT TEMP F 10.34 48.55 13.97 37.53 17.18 18.47 30.20 27.67 lg.48 25.83 2O.43 24.19 21.18 22.96 21.82 22.20 22.50 22.67 21.94 21.35 20.90 20.64 ADJACENT TEMP F 14.89 35.25 14.92 35.18 18.19 19.59 20.40 21.07 21.63 21.98 22.21 22.42 22.57 28.20 25.63 24.24 23.13 22.24 21.69 21.34 21.02 18.28 TEMP F 14.15 37.07 16.70 31.19 28.03 19.55 20.29 20.87 21.41 21.78 22.16 22.52 22.84 22.77 20.49 22.68 20.63 23.14 22.81 20.44 22.75 20.52 23.33 22.83 20.41 22.86 20.36 25.70 24.43 23.46 22.59 22.00 21.42 20.87 20.39 19.95 19.67 MLLER METER STRING 3 16.74 PIT ~F 14.17 37.02 14.60 35.95 31.11 17.78 18.61 19.44 20.13 20.77 21.20 21.58 21.84 22.03 22.18 22.27 22.39 29.00 27.41 25.90 24.70 23.62 22.92 22.32 21.91 21.62 21.38 21.25 21.07 MILLER METEI; STRING 2 ADJACENT TEMP F ARCO Iv~-'TER STRING 2 PIT 14.99 35.01 14.14 15.04 34.90 14.62 35.90 17.47 29.61 16.76 31.06 18.66 19.39 20.08 20.63 21.03 21.32 21.59 27.32 25.99 24.78 23.86 23.20 22.73 22.3O 21.94 21.63 21.35 21.82 17.79 18.62 19.45 20.13 20.76 21.20 21.58 21.84 22.03 22.18 22.27 22.02 22.20 ARCO PIT TEMP F TEMP F 37.10 15.94 32.83 28.98 27.39 25.88 24.70 23.64 22.92 22.32 21.91 21.62 21.38 15.23 16.73 17.76 18.59 19.42 20.09 20.72 21.17 21.81 22.01 22.16 22.25 22.37 21.25 22.39 21.0_.___~4 34.45 31.13 29.03 27.45 25.93 24.77 23.71 22.97 22.39 21.96 21.65 21.42 21.28 21.10 PIPELINE STATE #1-REFERENCE THERMISTOR DATA iJJ 13: x O 0 -1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 -18 -19 -20 -21 -22 -23 -24 -25 -26 -27 -28 -29 -30 · .a- 2-15-88/1 · .e- 4-20-88/1 ~ 7-12-88/1 .,e- 8-9-88/1 · .a- 9-20-88/1 -13- 4-11-89/1 -a- 8-3-89/1 · ~- 9-13-89/1 ; ,\ 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 4 TEMPERATURE-°F TEM/10-19-89 lO PIPELINE ST. #1 TH[--HMISTOR DATA rHERMISTOR ~'-~ ~'~CE BEAD I~JIV~ER GRADE DEPTH 2-15-88-1 4-20-88-1 7-12-88-1 8-g-88-1 9-20-88-1 4-11-89-1 8-3-89-1/M g- 13-89- I/M 1.00 - 1.40 2.52 6.84 32.22 35.83 31.83 10.77 38.85 37.07 2.00 -3.40 6.49 6.76 26.09 28.64 29.53 11.10 29.99 31.19 3.00 -5.40 10.24 8.56 22.35 25.18 26.93 12.63 26.40 28.03 4.00 -7.40 13.11 10.32 19.53 22.48 24.63 14.12 23.77 25.70 5.00 -9.40 14.78 11.57 18.14 21.00 23.33 15.14 22.38 24.43 6.00 - 11.40 16.04 12.54 17.26 19.89 22.33 15.86 21.42 23.46 7.00 - 13.40 16.95 13.24 16.60 19.00 21.43 16.34 20.57 22.59 8.00 - 15.40 17.75 14.07 16.28 18.47 20.82 16.90 20.05 22.00 9.00 17.40 18.44 14.74 16.05 17.96 20.20 17.35 19.57 21.42 10.00 - 19.40 18.86 15.33 15.91 17.55 19.64 17.67 19.14 20.87 11.00 -21.40 19.14 15.89 15.80 17.23 19.14 17.97 18.80 20.39 12.00 -23.40 19.43 16.35 15.87 17.02 18.72 18.21 18.54 19.95 13.00 -25.40 20.01 16.82 15.98 16.88 18.44 18.44 18.41 19.67 PIPELINE STATE #1-PIT THERMISTOR DATA 1 0 -1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 -18 -19 -20 -21 -22 -23 -24 -25 -26 -27 -28 -29 -30 TOP OF MOUND 9-14-89..273' MSL ORIGINAL GRADE..268' MSL HIGHEST PIT LEVEL..266' MSL FINAL PIT LEVEL..262.5' MSL PIT BOTTOM..257' MSL ..a- 7-12-88/2 4- 8-9-88/2 4- 9-20-88/2 .,e. 4.11-89/2 -a- 8-3-89/2 .o. 9-14-89/2-A [ ! [ · I ' I ' I ' I ' [ '[ I ' I I 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 TEMPERATURE-OF TEM/10-19-89 PIPELINE ST. #1 THr._, ,MISTOR DATA tHERMISTOR [ P IT ........... BEAD NUIVI~ER GRADE DEPTH 7-12-88-2 8-9-88-2 9-20-88-2 4-11-89-2 8-3-89-2/M 9-13-89-2/M 9-13-89-2/A 9-14-89-2/A 1.00 0.40 36.65 43.85 32.11 15.26 48.55 37.02 37.10 32.83 2.00 -1.60 31.57 32.52 32.00 8.57 37.53 35.95 35.90 34.45 3.00 -3.60 31.55 31.68 31.78 8.17 30.20 31.11 31.06 31.13 4.00 -5.60 31.53 31.59 31.63 9.80 27.67 29.00 28.98 29.03 31.81 . 31.74 31.72 12.33 25.83 27.41 27.39 27.45 5.00 -7.60 ..... 6.00 -9.60 ----'W--ASTE -- 31.76 31.74 31.76 15.03 24.19 25.90 25.88 25.93 -- 7"~'~00 -- -1-"~1.60 -- WASTE 31.85 31.83 31.85 17.28 22.96 24.70 24.70 24.77 8.00 - 13.60 WASTE 31.55 31.25 30.81 18.96 21.94 23.62 23.64 23.71 9.00 - 15.60 WASTE 29.35 29.09 28.88 20.18 21.35 22.92 22.92 22.97 -- 1---~'.00---- - 1-'--~.60 ----- 27.48 27.43 27.37 20.88 20.90 22.32 22.32 22.39 11.00 -19.60 26.11 26.15 26.27 21.35 20.64 21.91 21.91 21.96 25.06 25.18 25.41 21.69 20.49 21.62 21.62 21.65 12.00 -21.60 ____ __ 13.00 -- -23.-----60 -- _ 24.26 24.41 24.70 21.93 20.44 21.38 21.38 21.42 14.00 -25.60 --~-- 23.56 23.74-- 24.07 22.t3 - 20.41 21.25 21.25 21.28 ~ 21.10 0 -8 -9 -12 · -13 -14 -15 ' -16 ' -17 -18 -19 -20 '- · -21 · -22 -23 -24 -25" -26 · -27 · -28 -29 -30 PIPELINE STATE #1--ADJACENT THERMISTOR DATA ORIGINAL GRADE..268' MSL ~ ii7-12-88/3 8-9-88/3 9-20-88/3 8-3-89/3 9-13-89/3 · I ' I ' I ' I ' I ' I ' I ' I ' I ' i ' I ' I ' I ' I ' I ' ' i ' I ' [ ' 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 TEMPERATURE-OF TEM/1 O- 19-89 14 PIPELINE ST. #1 THL. ,MISTOR DATA tHERMISTOR ~ ADJACENT BEAD NUll}ER GRADE DEI:r~'I 7-12-88-3 8-9-88-3 9-20-88-3 4-11-89°3 8-3-89-3 9-13-89-3 1.00 -1.50 34.31 35.90 31.96 NO READINGS 35.25 35.01 2.00 -3.50 29.43 35.23 31.34 35.18 34.90 3.00 -5.50 23.94 26.76 27.90 28.20 29.61 4.00 -7.50 21.75 24.44 26.26 25.63 27.32 5.00 -9.50 20.44 23.04 25.06 24.24 25.99 _ 6.00 -11.50 19.41 21.85 23.96 23.13 24.78 7.00 - 13.50 18.64 20.87 22.99 22.24 23.86 8.00 - 15.50 18.25 20.26 22.32 21.69 23.20 9.00 - 17.50 18.03 19.83 21.80 21.34 22.73 10.00 - 19.50 17.86 19.47 21.34 21.02 22.30 11.00 - 21.50 17.79 19.20 20.94 20.79 21.94 12.00 -23.50 17.78 19.00 20.61 20.63 21.63 13.00 - 25.50 17.84 18.86 20.33 20.52 21.35 PIPELINE STATE #1 BELOW GRADE RESERVE PIT CLOSEOUT 1989 MONITORING REPORT WATER MONITORING In 1989 water samples were collected on two occasions. The first set of samples was gathered August 20 and the second set was gathered September 14. 6 locations were sampled in August and 4 locations in September. The analyses results for each set are included as is the activity report submitted by the Drilling Supervisor that gathered the August samples. The presented sample conductivities are comparable for each date and indicate that no water contamination or leachate is present at the site. 16 . r_ 'wry ~~.` ~,. .'' =~~ ~~ _ ::ter i ~ ~ ~ ~; ' p., /~ ' s~, ~ , J.,w two ' ~ •~. r .!sfi~~ y, .~S ~ 'r ;_ e. ~.~ !!t" c t'~ rYj ' ~.~, ~ l ~~1r"'. t ~~- r ~ ~ f j;~r d j. ~. ,~ ~ .J' r "'*. . "Wh~r`~! ~ y' s' i •: fi ~ ~•- r s y'~~t,. ' .~ ~ o"~°',,j~ y } r ,.e Nom; ~.ri'~ fir.- jf '' ~ ' ~ ~.J! ~,~ ,t, $~o" ~ i' .. _. !~ii',.,,u, ~{.. :~ n e y~ - ~ ' .. p t l.J~' ',^ ,.. _.. we _ ,~+ _ 7 lMsl~~~<~ ~ ~ l ~ - r _ s:~ J ", r, i. -~ ~ ~ r f i : ~ ^ r+ ~'! I(1' ~ - ~. i <~~ '" ~'~ w £. ~, ~. ,` _ ~"~~ .. .. ten: ~~~ + ,` ~ ~, ~~ r , ~. ~ ~ ~,~ .~< r 5.; *m' ~- r:=sue„'- _ ~ Y _ ?l..R ~ '~_. .}~~FF tea, rt~ '~s~ '~ ~ f ,q,,, Y ~~ 4r"a 1 ~ ~ .' ~~~"~' -Y t ~ - U~I:LU I'IIUI~~) ul ~l~F?l:ATI\t: .v~~A -, •~. ,~~-_• \ ['IlU'i'U ll:~fli 51;~'`IL~II3lR 3, 1:;33 ~. ~-~- .. .f~ r; ~~ y '^ ~ i11.~ 1~J` ih. PIPELINE STAI-F_ #1 ARCS ALASKA. INC PICTURES TAKEN SEPTENIBER 13, 1989 ~~ :. PIT MOUND VIEWED FROM V~JEST PIT MOUPJD VIEbVED FROM REFERENCE THERMISTOR NOTE THIS PHOTO TAKEN WITH A 40 mm LE~JSE PIPELINE STATE #1 ARCO ALASKA, INC PIT MOUND VIEWED FROM NORTHWEST PICTURES TAKEN SEPTEMBER 13, 1989 PIT THERMISTOR PIPELINE STATE #1 . _- °-,br^ ~-~u. ARCO ALASKA, INC. .~ ,. <. ~,~- x s~---- - - - -- ___ ~-- . .Y, --~-,~, , r PIT MOUND VIEV'JED FROM NORTH NOTE POND PICTURES TAKEN AUGUST 20, 1989 ~-r•:a. ,:~ '. .~,,... --~.-.._~,,.....~..r"__.. ~- _...- n ~l Vic. 51r.Fla~G. PIT MOUND VIEWED FROM NORTHEAST PIPELINE S-TATE #1 REPAIRING PIT THERMISTOR PICTURES TAKEN AUGUST 3, 1989 ARCa~ AI AKA 1NC PIPELINE ST!~TF ~ ARCO ALASKA. INC PIT MOUND VIEWED FROM SOUTHEAST PICTURES TAKEN AIiGUST 3. ]989 PCNDED AREA AT NORTHWEST CORNER OF MOUND PIPELINE STATE #1 ARCO ALASKA, INC PIT MOUfJD VIEWED FROM REFERENCE THERMISTOR PICTURES TAKEN AUGUST 3, 1989 PIT MOUND VIEWED FROM SOUTH PIPELINE STATE #1 ARCO ALASKA, INC. PIT MOUND VIEWED FROM SOUTH PICTURES TAKEN AUGUST 3, 1989 PIT MOUND VIEWED FROM NORTHWEST PIPELINE STATE #t ARCO ALASKA, INC PIT MOUND VIEWED FROM REFERENCE THERMISTOR PICTURES TAKEN JULY 1, 1989 CLOSEUP OF DAMAGED PIT THERM!STOR PIPELINE STATE #1 ARCO ALASKA, INC. ,~ _ ~~ .- . _xt.. .r .z ~M. +f. ~• .. 1 1` ~ y w ~ ~ ' !~ c. .~~` ,` I ~~ ~~ ~~- j .'yam ~ F^Y~~t. _c4'P" ,P;. ';fir,:. .. -~~„ :r r ., ~i n ~k* :4.. ~.g.< _ ~J~ ..err i ~'~ '+ „• _ `. ,, PIT MOUND VIEWED FROM SOUTH PICTURES TAKEN JULY 1. 1989 ~` _ <<r .; ~ -: ,.. ~ ;: ~_ ~ ~p ?- ~ ~k° ~ x~ ~t ~'~ wy t ~ 1 III ~ ... t' ~ ~ .. ~, r ,..:. ~ e. ',. _. ,,, ' , ~ ~,~ ~ ~' ~ Wit. ~ •'> .c~ ~x~ : a' t° ~R" M f~' ,~ ~~ „ R l . ~ ~~ r.^o ~ `~ ~~ ,,,,~~.~ ,r.r d!5 ~t ~ .. V c-- PIT MOUND VIEWED FROM SOUTHEAST PIPELINE STATF_ ARCO ALASKA. INC. REFERENCE THERMISTOR PICTURE TAKEN APRIL 11, 1989 REFERENCE THERMISTOR PICTURE TAKEN .iULY i. 1989 PiPELiNC- STATE #~ ARCC~ ALASKA, i(VC. PIT THERMISTOR LOOKING NORTH TOWARD REFERENCE PICTURES TAKEN APRIL 11. 1939 P!T MOUND V!EVVED FROM SOUTH ., ARCO Alaska, Inc. ~ Post Office EJ,..~ . ~00360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 October 23, 1989 C.V. Chatterton Chairman, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-1433 Dear Commissioner Chatterton: In early August, your field inspector Mr. Bobby Foster accompanied Tom Maunder to the Pipeline State #1 exploration well location for the purpose of a final location inspection. Mr. Foster had visited the site in September of 1988 and at that time noted two exception items. These items were a subsidence ring in the fill surrounding the abandonment marker and some incomplete lettering in the bead weld on the marker. The subsidence ring had been filled in and the area graded in July of this year as was seen during the August visit. The incomplete lettering on the marker had not been repaired prior to the August visit. In discussions with Mr. Foster and Commissioner Smith following the visit, it was agreed that during a planned September visit a chisel or punch would be used to attempt to complete the lettering on the abandonment marker. Following the repair, ARCO would submit a picture of the completed lettering and on that basis it might be possible for the Commission to approve the cleanup and proper abandonment of the drill site. The requested photo of the lettering on the abandonment marker is attached as well as aerial and surface views of the Covered and revegetated reserve pit. An overhead drawing of the site is also attached for reference. The temperature readings taken from the thermistors left at the site indicate that the covered drilling waste froze during the past winter. The readings taken during the site visit on September' 13 and 14, 1989 confirmed that the covered pit has remained frozen through this summer. A report of the pit closeout and thermistor monitoring at Pipeline State #1 is in preparation. When it is completed, a copy will be forwarded for your records. By copy of this letter ARCO Alaska, Inc. requests your approval of the final abandonment of Pipeline State #1. Should you require any further information, please contact me at 263-4970 or Tom Maunder at 263-4971. Yours truly, e~~ i~~~~¢~egional Drilling Engineer Kuparuk/Cook Inlet/Exploration ECE ED OCT 2 6 oi~ & fias Cons. Anchorage ARCO Alaska, Inc. is a Subsidiary of AHanticRichfieldCompany A~-~3E~-600~-C Thermistor locotlon _--_ Reserve pit ,.iiii!L: .......... 1~~1~3 T~ ~ Fill ..........................................................................................., ~le: 1"= 100' Reference: oom 2:6 "As-Built Survey of Re-serve Pit Closeout" '~.,,-.~.~,, ,~, r..~-,,,..,,,-.. .'.u~,~.;:~ 0~ ,~. ~aS ConS,, by Lounsbu~ & A~iat~, 5/1/68 A'~shorage Duane Hiller & Associates ArcLic & GeoLechnical Engineering Job No. ' 4015.04 DaLe · June 191~§ THERMISTOR LOCATIONS Pipeline State No. 1 North Slope, Al~ka PlaLe 1 .( Duane Miller & Associates ,~n~t/~ & £~te~hn;'~l En¢ineer/n.q cJ?20 Hillside Drive, Anchorage, Alaska gcJ516 (907] 346-1021, Facsimile No. 346-1636 September 19, 1989 ARCO Alaska, Inc. P.0. Box 100360 Anchorage, AK Attention: Subject: Mr. Tom Maunder, Senior Drilling Engin:er Site visits and temperature monitoring Pipeline State No. 1 and Pt. Mclntyre No. 3 DM&A Job No.: zl015.06 Last week, Mr. Maunder and I visited the sites of both Pipeline State No. 1 and Point Mclntyre No. 3. The purpose of the site visits was to measure the ground temperatures at the end of the thaw season as required in the State of Alaska permit for drilling mud disposal. We first inspected the sites on September 13 at which time we spot checked temperatures, probed the active layer depth' and replaced a thermistor string at Pt. Mclntyre. On September 14 we revisited the sites with other personnel from ARCO and representatives of the State.of. Alaska DEC. The thermistor installations were made in the spring of 1988 during and after the wells were drilled. At each drill site, two thermistor strings were installed in or adjacent to the reserve pit and one thermistor string was installed in the natural ground away from the drilling pad. The installations are discussed in my two reports to you dated June 17, 1988. Since the spring of 1988, Mr. Maunder has visited the sites several times, measured temperatures and noted the condition of the installations. The two thermistor strings installed in the reserve pit area at Pt. Mclntyre were hit by equipmen: and were damaged. Mr. Maunder pul!ed the two strings from the pipes so their calibration could be verified and repaired the pipes as reported in his memorandum dated August 4, 1989. I checked the calibration of the two strings from Pt. Mclntyre in my laboratory by placing the strings in an ice-water bath, allowing them to thermally ARCO Alaska, Inc. 9/19/89 Page 2 stabilize and then taking readings. The results of the ice bath calibration are shown on the attached summary page dated August 1. The thermistors were within the manufacturer's specified accuracy of +- O. 1'C, i.e., about +_0.2'F. To verify the accuracy of the meters used for reading the thermistors, one thermistor string at Pipeline 5tare was measured using two different Data Precision Model 248 multimeters (mine and ARCO's); the two sets of readings were identical to O. 1 'F. The ARCO meter has been bench checked and its calibration verified within the last few months. The hardwired thermistor strings hang in the pipes from the collar at the base of the housing for the leads. Thermistor No.-1 of each string is two feet below the collar and the subsequent thermistors are on two-foot centers. The collars were originally installed in the winter to be at ground surface, but because of surface ice that has melted and thaw subsidence of the fill, the collars are now higher than the ground surface. The height above grade for all of the collars was measured with a folding rule so that all of the thermistor readings could be presented as temperature versus depth below existing grade. All of the thermistor strings were read on either September 13 or 14. The westerly thermistor string in the reserve pit at Pt. Mclntyre (Thermistor String No. 3 in the original report) was reinstalled in the pipe on September 13. It was read the next day after it came to thermal equilibrium with the hole. The results of the readings have been reduced using the Steinhart and Hart equation. The measured temperatures are presented in the table on the following page and graphically on Plates 1 and 2 which are attached. In addition to the temperature readings, the depth to the surface of permafrost was determined by probing with an 1/8-inch iron pipe. In the natural soils at both sites and on the reserve pit backfill at Pipeline State, the surface of the permafrost ls quite obvious wlth the probe. The gravel pad and reserve pit backfill at Mclntyre could not be probed. I also collected a sample of t~ fill material from the mound at Pipeline State. To avoid the surface soils which appeared to be partially air dried, the ARCO Alaska, Inc. 9/19/89 Page 3 Duane Milt~ & sample was taken at a depth of about six inches. The sample was sealed in a water proof bag, returned to the laboratory and oven dried to determine its moisture content. M~ 'ed 6round Temperatures,(Fahrenh, ett) I Pipeline State No. I Pt. Mclntyre No. 3 1 Location Refer- Reserve Adjacent Refer- ('3' ,Vest(~2) East of string ence Pit to Pit ence Reserve Reserve Date of reading 9/13/89 9/13/89 9/13/89 9/14/89 9/14/89 9/13/89 Collar stickup 0.6 ft. 2.4 ft. 0.5 ft 0.8 ft. 2.2 ft. 2. I ft. No.-1 37.1 37.0 35.0 33.6 36.7 38.8 No.-2 31.2 35.9 34.9 29.6 35.9 37.8 No.-3 .28.0 31.1 29.6 26.7 33.0 34.4 No.-4 25.7 29.0 27.3 24.8 28.9 30.0 No.-5 24.4. 27.4 26.0 23.3 26.2 27.0 No.-6 23.5 25.9 24.8 22.1 24.2 24.1 No.-7 22.6 24.7 23.9 20.9 22.5 21.6 No.-8 22.0 23.6 23.2 19.8 21.0 19.8 No.-9 21.4 22.9 22.7 18.5 19.7 i8.8 No.- 10 20.9 22.3 22.3 17.6 18.6 17.9 No.-11 20.4 21.9 21.9 16.9 17.6 17.3 No.-12 19.9 21.6 21.6 16.5 16.7 16.8 No.- 13 19.7 21.4 21.4 16.2 15.8 16.2 No.-14 --- 21.3 ...... 15.5 15.7 No.-15 --- 21.1 ...... 15.1 15.4 During our visit to Pipeline State No. !, grass was obviously growing on the backfill over the reserve pit. The mound over the reserve pit was still green even though the tundra was brown. The tundra was very wet with many ponds, but no ponding of water was observed on the mound that covers the reserve pit. The thaw subsidence of the reserve pit cover during the summer seasons has resulted in about two feet of settlement; however, the original convex fill surface has maintained positive drainage off of the cover fill. 5ome cracking of the fill is obvious and is most likely related to the thaw settlement, but none of the cracks extend deeper than about six inches. ARCO Alaska, Inc. 9/19/89 Page 4 Duana Millen & Probing at Pipeline State showed that the active layer in the natural tundra areas had thawed to depths of from 1.6 feet to 2.1 feet. The shallower depths were related to the higher and drier ground. On the reserve pit fill, the probes showed a very uniform thaw depth of 2.1 feet to 2.2 feet except for the soil immediately adjacent to the thermistor casing. Next to the casing the probe could be pushed in to its full length, 2.7 feet without encountering resistance. The deeper thaw near the thermistor installation is expected since a six-inch diameter casing surrounds the upper few feet to protect the installation from animals. This influence of the heavy steel casing is also seen in the temperature profiles. The influence of the casing is to make the temperature readings conservative (warmer) in comparison to the natural ground temperatures. The soil sample tested in the laboratory was a sandy silt with small pockets of organics and had a moisture content of 50%. Using this moisture content and a dry density of 60 pcf (this results in just less than a saturated condition), the thawing depth of the soil was calculated using the Modified Berggren Equation. The Modified Berggren equation accounts for latent heat, thermal conductivity of the soil, average ground temperature, seasonal air temperature, and the air to surface index (n-factor). The air thawing index for Pipeline State is estimated to be between 1000 and 2000 degree days. The n-factor is estimated to be one or less for the exposure and wind conditions at the site. For 1000 or 2000 degree- days at ground surface, the resulting thaw depth is calculated to be 1.9 feet or 2.7 feet, respectively. The calculated depth of thaw and the probed depths are in very good agreement considering that thaw depths calculated with the Modified Berggren Equation are generally assumed to be only accurate to within _+20%. The reserve pit at Pt. Mclntyre was within the gravel pad area and was backfilled with gravel. The gravel has also settled as it thawed but since it was initially not mounded much higher than the pad, the settlement has resulted in a depression over the pit locatio~ Subsidence cracks are obvious at the edge of the backfill. No ponding of water has occurred. The active layer in the natural tundra around the site is on the order of two feet deep. ARCO Alaska, Inc. 9/19189 Page 5 Duana Millar ~. ,~ciat~ The two thermistor strings in the reserve pit at Pt. Mclntyre show a thaw depth of four to five feet below existing grade. Based on the additional heat flow along the heavy casing, this depth might be deeper than at locations away from the thermistor installation. However, five feet is not an uncommon depth of thaw for end of summer conditions in gravel fill at Prudhoe Bay. Based on the conditions observed, the reserve pits at both sites appear to be well frozen at the depths where drill cuttings are present. If I can be of further assistance, please call me. Very truly yours, Duane L. Miller, P.E. Civil' Engineer 3696-E Attachments: Plate 1, Ground Temperatures at Pipeline State No. 1 Plate 2, Ground Temperatures at Pt. Mclntyre No. 3 Ice bath calibration data OROUND TEHPERATURE (Fahrenheit) 20' 30' 40' 10' 2O :25; ;50 0 D Center of Reserve Pit, measured 9/13/89, ~ I' ts 0.4' above grade Adjacent to Reserve Pit, measured 9/13/89, ~1 ts 1.55' below grade Reference, measured 9/13/89, ~ I is 1.4' below grade Ouane Pltller & Associates Arctic ~x 6eoLechnical 'Engineering Job No.: 4015.06 Date · September 1g§9 GROUND TEI"IPERATURE$ Pipeline State No. I North Slope, Alaska PlaLe 6ROUND TEP1PERATURE (Fahrenheit) I 0o 20' 30° ~0' 5 I0,., 15 2O 25 3O O 13 East End Reeerve Pit, measured 9/I;~/89, ~1 is 0.1' above grade West End Reserve Pit, measured 9/14/89, ~ I is 0.2' above grade Reference, measured 9/14/89, ~ I is 1.2' below grade Duafle Miller & Associates Arctic ~ 6eoLechnicai Engineering Job No.: 4015.06 Date: September 1989 6ROUND TEWIPERATURE$ Pt. Hclntyre State No. 3 Prudhoe Bay, Alaska PlaLe 2 Duane Miller and Associates Ice bath checl[ of thermistor strings for ^rco's Pt. rlclntyre Reduction for Y$1 44034 thermistors ^= 0.001284 B = 0.000236 C= 9.28E-08 llm'Iisto¢ String ~2 therm Reading # K ohms Temp 1 16.244 32.2'F 2 16.290 32.1 'F 3 16.287 32.1'F 4 16.300 32.0'F 5 16.530 32.0'F 6 16.358 31.9'F 7 16.351 31.9'F 8 16.361 31.9'F 9 16.321 32.0'F l0 16.352 31.9'F 11 16.332 32.0"F 12 1,6.311 32.0'F 13 16.346 31.9"F 14 16.342 32.0'F 15. 16.351 31.9'F Thermistor String ~3 Werm Reading ~ K ohms Temp 1 16.306 32.0'F 2 16.318 32.0'F 3 16.340 32.0'F 4 16.349 31.9'F 5 16.352 31.9'F 6 16.335 32.0'F 7 16.319 32.0'F 8 16.313 32.0'F 9 16.331 32.0'F l0 16.343 31.9'F 11 16.322 12 16.347 31.g'F 13 16.372 31.9'F 14 16.307 32.0°F 15 16337 320'F 811189 ARCO ALASKA F'RUDHOE BAY CENTRAL LABORATORY ANALYTICAL REPORT ARCHIVE NUMBER: 3801 ARCHIVE VOLI.IME::B'.-.-~ FACILITY: A1Yemkm SAMPLE DATE/TIME: r~'.--.~148'?/**: ** SAMPLE NUMBER: 1 COMF'ANY: ARE:O SAMPLE TYPE: ENVIRONMENTAL '.=;AMPLE POINT/METER #: PIPELINE STATE #1 VARIOUS LOCi. / '.:;AMPLE DESCRI F'T I ON: P I T WATER RE6!UESTOR: T. MAUNDER AT0-1420 DETERMINATION CnnductivitY @ 25 de.~. C SAMPLE LOCATION NORTH SOI.ITH EAST WEST COMMENTS: ADDITIONAL DISTRIBUTION: LAB/PRO,JECT FILE VALUE UN I TS .STAT U::; ~e~e uMHOS CONDUC:TIVITY (uMHOS) 670 740 780 840 ,_IOE GREEN ATO- 1 ~.,2 C¢,m.leted b-,' Rev ie.ed t::,'.,' __ ....~Z lg "MEMORAND.. JM. ' State-of Ai.as-ka ALASKA OIL AND GAS CONSERVATION COMMISSION TO: Lonnie C. Smi~" DATE: Commissioner / ~ FILE NO: September 6, 1989 D.BDF. 087 THRU: FROM: TELEPHONE NO: Sr. Petroleum Engineer Bobby D. Foster Petroleum Inspector Location Clearance AA-I.'~'' Pipeline .St~ce' fl'-' Permit No ~87.-121 Exploratory Sec. 33, T6N, R.13E, UM Thursday, August 3, 1989, I 'met Tom Munder and Mike J.oyce at ERA Hellc°pter service and. we flew to the pipeline state ~1 location. As the attached pictures show the location is natural' tundra, the area around the P & A marker has been filled in and the marker.has the correct information bead welded on same. The only problem with the marker is the designation of the township. It should read T6N, but the 6 looks like a C. · I informed Tom of this and he ask me how it could be corrected. I suggested he use a stencil to complete the 6 and paint the marker with a bright paint. I recommend to the Commission that this location not be accepted until the correction is made. The reserve pit area and an area where .a diesel spill occurred has been reseeded and grass is growing. Both of these area's are being monitored by D.E.C. Attached to this report are pictures of the ·location, P & A markers and a AOGCC surface abandonment report. .... . Attachment / .:..P~.-?. c., .... ,,'~',., ,-'..,;+,~.',..,' '7' /~./,,~,,,,,/~.-.~..~:, q. ~? ~h~' & ~,tt b~ 02-001A (Rev. 8/85) ~~. ,~ ,~" ~ ~_~ 1 ~ ~. ~ J M 1 ` ~ ~~ ~- .. _4~`~ '~# y~ ~ ~ { ~ ~r ~ :.~• `r ~~pel~ae Sec 3 3 ~~~ Q~ ~~ese ~ ~~A~~ ~ l iC~r~ , ~'i3E ~m ~s~~ ~;~- !~ S"v ,t,~oa ~~ t ~ 9 ~~~~ ~~ ec.n,'~,c jn~s~a//~J ,~~~l.,~ A~~. KIC LAB Kuparuk Industrial Center Opera:ed by Piquniq Management Corporat,c.'~ ~ch 340065, PrudhOe Bay. AK 99734-0065 Te~ (907) 659-6130 * Telefax 659-6188 August 22, 1989 ARCO ALASKA, INC. Drilling Anchorage, AK Attn: Larry Kappmeyer REPORT OF ANALYSIS RepOFt No. 0889065 Conductivity Analysls of Environmental Water Samples SAMPLE POINT DATE/TIME RCVD. KIC LAB SAMP# Specific SAMPLE POINT Cond. DATE/TIME RCVD. umhos/cm KIC LAB SAMP# mmmmmm~mmm~----.~emmmmmmmmmmm--m. DUPLICATE samples from PIPELINE STATE # 1 Recetved at KIC LAB 08/22/88 0800 hr lA 400 89080576 ,14.5 C 2A 645 89080511 ,14.5 C 3A 375 89080618 ,15 C 4A 465 89080579 e14 C 5A 290 89080580 e13.5 C 6A 645 89080581 ,14 C ~m~ Specific Cond. umhos/cm IB 400 89080582 e15 C 25 645 89080683 114.5 C 35 375 89080584 115 C 45 465 89080585 ~16 C 55 305 89080586 6B 660 8~080587 el6 COMMENTS' QA/QC CallDratlon within 1% NIST tracable standard true value Specific Conductance values rounded to nearest 5. Analysts' .Y~~~ Page 1 of 2 LabbCatory Manager i7 ARCO Alaska, InC. WirelItl. -- Perforating -- Workover Log · , _ L m mi QUAUTY LrTHO II~IN?INO -- 18 ARCO Alaska, Inc Internal Correspondence Date: Subject: August 9, 1989 Volt/Ohm Meter Recalibmtion File Cods: From/Location: Telsphone: To/Locstlon: T.E. Maunder ATO 1436 263-4971 Well File--Pipeline State #1 Well File--Pt. McIntyre #3 The volt/ohm meter used to determine the resistances of the thermistor strings installed at the subject wells has been recalibrated. ~~o~.q~opy of the recalibration certificate is attached. The original is in my office file. Sr. Drilling Engineer. ARCO Ala~l<a Inc. I~ a lul3~Idlaty of Atlantk= Rlchtleld Company AR38-eOO1-A fngln¢¢nng Irwindale. CA .91 61606 CALIBRATION REPORT 2USTC, ME~ ALASKA ELECTRONICS SUPPLY, INC. :::-= ;E,: ~: 02 AUG 89 007622 ASSE·r NO MANUF ~'C TuRER ',.~C ~ ~ _ _' ~ - C ~P 1' k)N ~.; ,'ql~ ~. --- DATA PRECISION 248 DM~ 19475 TEMP HUMIDITY I ACCURACY ~;.,~:' :eL :~'.L,B :~E;~UE%C, ::,"[ _'.; ':~' ',E'' r~.;- i 12 MONTHS 05 AUG 89 03 AUG 90 230 C 54% ~ MFG ----- CUSTOMER ACCESSORIES RECEIVED W~TH UNIT WORK REQUESTED "~ ESTIMATE __ -X REPAIR ~] CALIBRATE CONDITION AS RECEIVED ~,~ 5009 .,']ON21TION ',MIT~lN TCLEAANCE .2gEALD~D MISUSE ,,O~F .',,~' zpg: .,','AS OUT :G~ ~NO LONG SERVICE CALIBRATION EQUIPMENT PARTS ! ~= ~c ~,:~ .i;:C .'.:'-_-. ::.5;:rE: ::. -.- :-'£ :" -'.£-'C; ~" :" "' "'=- MODEL i FLUKE FLUKE FLUKE ESI VSI 335A 197 !22016 5200A ~ 5205 242D 2500E 29014 '745003 10-262 .002% 25 JUL 89~ 25 d4~Xl 90 I C48 .02% 14 FEB 89i14 AUG 89 2 .05% 14 FEB 89~ 14 AUG 89 , , .001% ' 19 J/NXI 89! 19 d41q 90 46-1098 .02% 09 JUL 89 09 d/~Xl 90 CHECKED FOR PROPER OPERATION AND CALIBRATED PER REQUIREMENTS OF MIL-STD-45662 ,~ REPLACED DEFECTIVE PARTS AS NECESSARY. MC./O,F;E.3 -- -~DJUSTE/ ",'3; MFG .. · _.. ','I-~'5~ED CROSS C~E':KF-': "- .'..' '., ,',ROCE~,,RE ~SE: MFG TECHNICIAN NBS 'rEST NO H /d 240522-209690-240585-239363-23R30]-238540-238300-WWVB -24391C SHAFER ENGINEERING CERTIFIES THAT ALL CALIBRATION EQUIPMENT USED IN THE TEST tS DIRECTLY TRACEABLE TO THE NATIONAL BUREAU OF STANDARDS AND THAT ALL MATERIALS USED ARE EQUAL TO OR SUPERIOR TO ORIGINAL.~ANUFACTURERS /? ~./' / .... &RCO Alaeka, Inc. Date: Fri, Sublect Tmr~RMISTOR Internal Corriepondence Ju! 28. 1989 REPAIR-PIPELINE STATE # 1 and PT. Mc~qTY~E #3 FnxnRm~ee: T. E. MAUNDER, ATO ~436 TelephGne: 2.63-4971 To/Lmmtion: P~J. ARCKEY The followln~ co-emro our discussion concerninf the repair of the thermbtor housinfs at Pipeline State #1 and Pt, Mclntyre #S. As documented previously the two pit thermator smnp at I~. Mchytre #3 end the tinfle pit thermistor strln~ tt Pi~.-e State #1 bye been dammed since instshtion. The dam~e a co, m-ed to the r' tron pipe stoup that tetuany eontatn the tmtrmnent eable~ The 1' .trln~ are brol~n Immed~tely below or very near the e~mover et the top o~ the otztz~l. The damage et ptpeltne w~ eauaed wizen the tnatnunent hmming w~ htr by the loader foXlowt~ ImtnJlatton. The damage at Pt. Me/n~ was · combLnatton of summence of the f' outer eating and pcesme comdon with the cons~on equipment tiled to prepsze 'for this yP.~l~l drlllin_~. Zt is important to note that ilthou~h the ~*° ~ I propeoe to repatr the strings es mustrated on the attached drnwin& 1-1/4" 1,vt pipe win sleeve over the 1" lrom with · small .--ulus remaining. I plan to seal that annulus with Baker lock. At the top or the l-1/4"repairpipeitwlll~ up to · new 4" tnstrmnent houdnf. A removable cap will complete the lnst3/htion. The esUmated cost to rep~r e~ch therndstor ts shout $40. ruth your approul X wm Imrchsse the supplies and recover the cost on my expense account. I believe my purchasing the supplies in ttds manner will be the simplest way to proceed and will assure that all the necessary equipmeat is on hand prior to leaving Anchorage, I propose to do the relmirs u soon u possible with Thursday August 3 being the preferred date. This date was chosen to sJlow the g~thertng of thermistor readings about 6 weeks prior to the required permit d~m gntherLug date and to allow the AOGCC inspector that visited the lid last year to return and ~ sign off on the Let cteauup. Your comcurmnce with the plans ou,,ned above is requested. If further information is cc: J.B. Kewln-ATO 1428 KN. Brown-ATO 1420 j~.~ 1903 Internal Correspondence : Cornoany, location TelePhone ~urnOer ComDany. )ocat*on Subtec! , Date Message F ARCO Alaska, Inc.~ Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 February 28, 1989 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 ATTN: John Boyle Enclosed are the open hole composited well log tape and listings for the Pipeline State #1 well. This information is provided to replace the unusable data that was previously transmitted to you. Please verify your receipt of the data by signing and returning a copy of this letter. Sincerely, 'Stephen M. Concur: ~/~,~__.~,~, Peter A. Barker 0'~ ('~'g .~ Manager, Exploration Geology RECEIVED Alas~.,0il & Gas Cons. Commission' ,,,,~) ~nch0rage ' Received bY .(Y~°~ ~ ~'"'~.,,... Date' ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany MEMORANDUM "State of Alaska ALASKA OIL AND GAS CONSERVATION COt-~fISSION , , TO: Lonnie C. Smith ?¢~..,~.%~' DATE: October 5, 1988 Co~issioner / F,LENO: D.BDF.026 THRU: FROM: Michael T. Minder /~-¢/,~'../.,¢f¢'. Sr. Petroleum Engineer Bobby D. Foster Petroleum Inspector TELEPHONE NO: SUBJECT: P & A Location Inspection AAI Pipeline State #I Permit No. 87-121 Exploratory Sec 33 T6N R13E Tuesday, September 20, 1988: I met with Tom'Maunder, Bill Penrose and Joe Greln'~"AAI Pres' and reviewed the pictures taken of the location in August. We then traveled to the location and I walked over the location which had approximately 1~" to 2" of snow on it. Ail the trash had been removed and the reserve pit removed and the reserve pit back filled. The area around the P & A marker had sunk, so I requested that this area be filled in up to the natural ground level. The marker post needs the township designation changed from TC to T6 and a UM added to indicate the correct meridian. Attached to this report is an AOGCC location clearance report. AlsO, attached are pictures of the location. P '& A marker, reserve pit area, thermistors and a copy of the thermistor installations and temperature readings taken this date. I recom~_end to the Commission this location not be accepted for final P & A clearahne until all items in question are corrected. Attachment (Rev. 8/85) '4 Location, General._.. 0 ]~ W~li 5t8~__.._. Mud $wtems ~'"' Vi~ml Audio ,,,,~ Trip Tank " ~OPE Stack Test Pre$,ux"e Choke Lin~ V~lves2 ~o~ Kill Line Valves~ ~o CheCk' Vel , ,~ .',~- , },.CCtI~RILATOR r~il Chaise ~r~,,,ur,._ ,.~,/o~, .._'p~i~, .......... Pressure After Closure /~~ Pump inc'r. C,~O~. pre~. ~00 ,. ................ ~.~ i ~~__._ Controls: Ha~te~ ~" B,i~o~e~ '~;/ glin~s Switch cover Kell~ and Floo~ $~fe~y Lo'wa~ gelllr. 'Te~ Pressure Ball Type~,..~__~'es '~, l~si.d~, ~OP_.~.Tes e Chok~ Manifold '~e~t Pz'es~ure ~,~ ~ , NO,, Valves {t~ ' Adjustable Chol<e~ Hvdrauicallv ocera~efl choke/. '.' '. , ~~ h r s ..... ~:, '__ .... . __ Repair or ~eplacement of iai'led eq. uip~ent to be made.withi~ days., anti Co~iss!on c, fflce notified, , .,,~ .... ~.;.'. ~ ~, ~ '....~,.,.... . .. ,,.. .... . .... Distribution o~ig. - cc: -. Op.erat, or ce - Supervisor ~^" ~° gyp: ~~ ^n ~~ -'.-.~ .. ~' , z- y--.~. ''`may ~~ ~~ ._ 4 ~. a ti 1 -~~ ~! ~._ ~~ !-~ _~ Q edge- Q ~' ~5 e~Gv~ ~S , »~-, -. ° ~-~ • d~ 1~ I i < ~~~~ ~N ~' ~ ~ ~~ ~~ _..t ~: Y -. ~ ~. -~ .. ~ .~€ _~.~ ~-~ :~ ~ ', - -. '• t ~r~~ r ,~,~,,` .f:, ~~etiuc. ~i 7' ~ ~ ~~-~ i aJ ~1 ~~~ °~ ~ . ," _.- ,~,:, .- ;,, ~ _ ~ ~: _ ` ~,..+ .- - .ri. _ ..,.. ~"~.eiYli s~`v,C ~~~ A~,~ ©~ v %~'~ ~ afi N~d'f ~rd~krd~ ~a~ ~~~ y U a ~ ~c~d~ ~'~ or `~ ax~~ ~~G~ al' oo ~ V (/ Lf~ ~,,, ~~f~ ~' a a`7° _ ~ ,- s s sue' _ ~, ' y4, 1 y'L ~:~r'r-~F,. _. s .q.~ ~ ~w ~~ ~~ 1 ~~ ~~~~ ~`~ ~ ~ ~ ~.~ a~ ~~~t~ i ~ ~~ ~~ ~~ ~. COmmon Wires for 26-foot installation end ~r2 - white/orange end white/blue to ~ ! :3 - white/grey, : , · Duane Miller &/~)ciates Arctic & GeoLechnical Engineering Job No. · 4015.04 DaLe 'June !g88 '8 - white/green '9 - white/blue w I 0 - orange/white / ~, ~ ~ -a green/white ~,.!2 - blue/white - 13 - grey/white ~ 14 - red/blue = 15 - blue/black Common Wires for 30-foot installation THI~RMISTOR WIRING Pipeline State No. I North Slope, Alaska PlaLe '5 ~ I to'7 - white/orange, white/grey, white/green, white/russet, and ~opper/white ~'8 to # I $ - white/orange, white/grey, white/russet and copper/orange Pipe~n: :_ 6/17/88 Page 1 ~'.;':~.; Ground T emper3tures INTRODUCTION This report describes the ground temperature instrumentation installed at the site of Pipeline State No. 1, an exploratory well drilled by Arco Alaska Inc. in early 1988. The drill site is about four miles west of the Dalton Highway and about 30 miles south of Deadhorse. The site is located in Section 33, Township 6 North, Range 13 East, Umiat Meridlar~ The well was drilled from an ice pad that had been built on the tundra. Access to the site from the Dalton Highway was by ice road. The purpose of the ground temperature monitoring ts to verify the long term freezeback of the reserve pit location and to compare the thermal conditions under the area of the backfil]ed reserve pit with the natural tundra. The reserve pit which was about 15 feet deep at the start of the drilling was backfil]ed to a level about five feet higher than the natural ground surface when the site was closed- out. The instrumentation was installed in accordance with my contract with Arco Alaska, Inc., effective January !, 1988 (Contract No. Ak-87-0,!~0). The installation of the thermistors was coordinated with other activities at the site by Mr. Tom Maunder, Senior Drilling Engineer with Arco Alaska, Inc. INSTALLATION Three thermistor strings were installed at the site: 1) the first in the natural tundra away from the area disturbed by the reserve pit, 2) the second in the reserve pit after it was abandoned and covered with fill, and 3) the third at the edge of the fill mound. The locations of the three strings are shown on Plate 1. Thermistor strings *1 and ~3 were installed to a depth of 26 feet and have 13 thermistors spaced at two-foot intervals. Thermistor string ~2 was installed to a depth of 30 feet and has 15 thermistors spaced at two-foot intervals. Thermistor string *I was installed on January 24, 1988, just after the conductor Pipeline State No. I Groun~i 'iemperatures 6/17/88 Page 2 hole was drilled for the well. Thermistor strings '2 and '3 were installed on April 21, 1988, the day after the reserve pit had been backfilled. The thermistor strings were mounted in iron pipe to provide long term protection and to permit removal of a cable if it malfunctions. One inch diameter pipe was used Delow ground and was Delled out to four-inch diameter pipe aDove ground as shown in the following sketcK Both the top and bottom of the pipe assembly were capped, and all joints were made-up for a long term seal. This provides a totally closed system with above ground space for storage of the cable leads. 18-inch long by 4-inch diameter /~--plpe with threaded cap for storage of thermistor leads. ,, 6"to 12" s~ickup Ground Surface and pipe collar feet of 6-inch diameter casing 1-inch diameter iron pipe to ~26 or 30 feet below collar. To stiffen the iron pipe at the collar and protect it from large animals that might rub against lt, a piece of six-inch diameter casing was sleeved over the four-inch pipe. The casing extended four to five feet below ground level. The Pipeline State No. I Ground Tempe~-~Lo~es 6/17/88 upper portion of the casing was greased and wrapped with visqueen to reduce the potential for frost jacking. The iron pipe and casing were installed in holes made by augering. Each hole was backfilled with the natural cuttings from the hole. 501L$ DATA The soils in the boring drilled for Thermistor ~1 were sampled by grabbing materials off the augers. The samples were sealed in plastic bags and returned to the laboratory. In the laboratory, the samples were reexamined to verify the field classification and were tested for moisture (ice) content. A sieve analysis was Performed on a representative sample of the sandy gravelly soil. The log of the boring for Thermistor '1 is presented on Plate 2. Similar soils were observed in the other two holes. The soils and ice have been classified in accordance with the Unified Soil Classification System described on Plate 3. The results of the moisture content tests are shown on the log of the boring. The results of the particle size analysis is shown on Plate 4. THERMISTOR5 and WIRING The thermistor strings were constructed of YSI 44034 thermistors individually mounted and sealed in a multi-conductor, teflon coated cable. The strings were manufactured locally by Dr. Robert Lewellen. The YSI 44034 has an interchangeability of _+0. I' Celsius at 0.0' C. The thermistors can be read to this accuracy with a 4-i/2 digit ohmmeter such as the Data Precision Model-248 multimeter that ARCO owns. Since the strings will be read infrequently, the cost of special plugs and rotary switch assembly was not Included In the design. Instead each thermistor lead was left as a bare wire and identified with a wire number marker. The thermistors are numbered from the top down for each location. Thermistor No. 1 is two feet below the pipe collar at each string location. The wire numbers and color of the wire are the same for both of the 26-foot long strings. The numbering is also from the top down for the 30-foot string (~'2), but Pipeline State No. I Ground Temperatur.~s 6/17/88 P_ e 4 a different color code was needed for that length. The thermistor numbers and appropriate wire colors are shown for both lengths of cable on Plate 5. DATA REDUCTION A thermistor is a thermally sensitive resistor whose electrical resistance shows larges changes with temperature. The resistance decreases with increasing temperature and the relationship is nonlinear. The relationship between temperature and resistance for a given thermistor Is established by calibratiorL The following table shows the manufacturer's calibration for the YSI 44034 therTnistor. YSI 44034 Thermistor Calibration RESISTANCE VERSUS TEMPERATURE --40° to +100°C TEMP*C RF6 -- 40 168.2K 39 1574K 38 147 4K '~ ~i 138 1K 1294K 35 1213K 34 1138K 33, 106 8K 32 100 2K 31 G4,15K -~ 30 ~ 46K ~ 83 ~SK , 28 78.20K 73 56K ) ~g~4K · 65 19K ~1 40K ~454K · ~ 51 43K ~ ~ ~ 4852K 19 45 79K 4083K ~ 46K "34 48K 30 86K 11 ~.21K TEMP'C REI -- 10 2765K 9 26 24,82K 23.53K 22.31K 21 2O 08K 19 05K 2 18 -- 1 17 0 16.321< + i 15.51K 14,75K 14.03K 13.34K 12 70K 8 12,09K i 11,51K 10 g6K 10.~4K + 10 9951~ 12 9046 13 8628 14 8232 ' 15 765? 18 7500 17 7162 -' 18 6841 - 19 65.16... TEYP"C IIEI + 20 8247 ' 26972 5710 235462 245225 ::'' 4786 . 27 4582 + ~I~ 4028 ~' 3861 ,' 3701 J 3265 3133 ,. 3007 :'~ 2887 :: 2772 '~ + 40 2~63 41 2558 ,~ 2458 47 - 49 1870 ~ TEMP"C +50 1800 51 1733 52 1669 53 1608 · 54 1549 SS 1492 55~7 1438 ' 1386 58 1337 59 1289 + 60 1243 ' 81 1200 1157 1117 · ~5 ' 1078 1041 ' 1005 · 9709 937 8 68 ~06.1 8758 8'"62 8160 ,* 74 764. 75 739; 7156 ':' 7,7~66923 6700 - 648.4 TEMP'(:: lIES + 80 627 7 81 607.8 8322 588 5 570.0 84 552.2 85 63419 86 5184 87 $0'2,4 4 870 472 1 + 99~ 4578 443 9 43O 6 417.7 4053 ' 3933 .' 36t.7' ' 370 ~ 359 99 3492 + 100 339.2 The temperature can also be calculated using the Steinhart and Hart equatior~ I/T - a + b x (in R) + c x (ln R)*3, where, T is the calculated temperature In 'Ranklne, and R is the resistance in ohms. For the YSI 440:34, the values of the constants a, b and c are as follows: a = 0.00128444 = 1.2B444 x 10'(-3) b- 0.00023626 - 2.3626 x 10~(-4) c = 0.000000092776 = 9.2776 x 10'(-8) Pipeline State No. 1 Ground Temperatures 6/t7/88 Page 5 Thermistor string" I was read on April 20, 1988. The temperatures calculated from the resistance readings on April 20 are shown on Plate 6. ILLUSTRATIONS Thermistor Locations Plate I Log of Thermistor Hole '1 Soil and Ice Classification Chart Plate 2 Plate 3 Particle 5ize Analysis Thermistor Wiring Ground Temperatures Plate 4 Plate 5 Plate 6 Reserve pit Conductor Toe of Fill f 0 I00 2O0 ~le: 1'= 100' Reference~. "As-Built Survey of Reserve Pit Clos~out" by Lounsbury & Asbmciate~, 5/1/88 Duane Miller & P, ssociat~ Arctic & GeoLechnical Engineering Job No. · 4015.04 DaLe ' dune I _THERMISTOR LOCATIONE __ P i pel i ne 5tare No. 1 North Slope, Alaska Plate I Descri ption LOG of THERMISTO~ HOLE a~ 1 Drilled January Z4, ! 988 Watson Drill w/ 1 $" diameter auger Other Tests BROWN TUNDRA (Pt) Sedge grovth and roots BROWN PEAT (Pt) Icg, Clear lenses end candles to I/Z" size, Ys, Yr W/lenses and pockets of organic silt and silt BROWN SILTY GRAVELLY SAND (SM) Gravel to 3" size, Well rounded, No vlsi ble ice, Nb, Hard drilling 20 40 60 Blows / foot (SPT) Elevation interpolated to one-half foot from contours on topographic map by U. Kurt: dated 4/22/86 Plate Duane Miller & Associates Arctic end Geotechnical [ngi neering Job No. · 4015.04 Date · Uune 1988 THERMISTOR HOLE ~ I Pipeline State No. I North Slope, Alaska 2 MAJOR DIVISIONS SYMBOL TYPICAL NAMES GRAVELS Clean gravels with GW ~""" Well graded gravels, sand9 gravel little or no fines GP ,'~'~ Poorly graded gravels, sandy I 'I ~ore than half of ...._ gravel larger than e4 Gravel~ with more ,'. mixtures sieve si:e than 1 ~ fi ~e~ GC ~ Clayey gravels, ~lay sand gravel mixtures SANDS Clean ~ands with SW ',~.~.?~?'~. Well graded sands, gravelly sand more than half of SP '. sand coarse fraction is Silty sands silt gravel sand smaller than e4 5a nd~ vi t h mo re S ~ , mixtures sieve sizethan 12% fines SC ~ '~ mixtures SI LTS and CLAYS ~L Inorganic silts and very fine sand r~ck flour Liquid limit less than 50 CL ~ Inorganic clays, gravelly and sandy clay s, silty clay s ~ ~ ~ Organi~ silts and clays oflo~ I I I OL ~~'~ plasticity ~H Inorganic silts SILTS and CLAYS CH ~ Inorganic clays, fat clays Liquid 1itoh greater than 50 OH :: Organic silts and clays of h~gh ~ ~ ~ plasticity HIGHLY ORGANIC SOl LS ~ ' Peat and other high~ organic ~ ~ soils IlilIPIPR AAiI -- .... ~'_ UNIFIED SOIL .CLASSIFICATION SY___STEM GROUP ICE VISIBILITY DESCRIPTION SYMBOL Poorly bonded or friable Nf N Segregated ice not visible - b y e ye No excess ice N b n Well bonded Nb - !Excess microscopic ice Nba Individual ice crystals or inclusions VX Segregated ice is visl ble ice coatin9s on particles VC V by eye end one inch or less in thickness Random or irregulary oriented ice Vr _ Stratified or distinctly oriented ice Vs Ice greater than one inch Ice with soil inclusions iCE + soil type ICE in thickness - ~ Ice without soil inclusions ICE ICE CLASSIFICATION SYSTEM SOIL AND ICE Plate CLASSIFICATION SYSTEM Duane Miller & Associates Arctic and Geotechnical Engi neeri no Job No. · 4015.04 Date · June 1988 Pipeline State No. I North Slope. Alaska 100 9O 8O 7O 6O 5O 3O 2O 10 U.S. Standard $iev~ Numbers Hydrometer ._ m m 4 I0 20 40 100 200 1 O0 $0 10 5 1 0.5 O. 1 0.05 0.01 0.005 O.OO I ORAIN SIZE IN MILLIMETERS 141---"- GRAYEL - ~ SAND -i~· ~ILT OR CLAY ii i 0 Thermistor Hole ae I at 1 2.5' Silty Oravelly SAND ( Duane Miller & Associates Arctic & GeoLechnJcal Engineering Job No' 4015.04 Da[e: June lg88 Particle Size Analysis plate Pipeline State No. 1 4 North Slope, Alaska I 26-Foot String "~ ~ *'~ Used in Thermistor ~ Holes ~' 1 ar~l ~ ~ ~:~.:~.:~ cc~.:.:~.:~.~:. :~.:.~:.:~,:.:,~.~.~,~..:~ ~No. and wire col, ~ I - orange ~2- blue ~3- white/green ~4 - white/o~ange ~5 - white/russet ~6 - copper/white ~7 - orange/white ~8 - green/white ~9 - white/blue ~ 10 - blue/white ~ I I - grey/white ~ 12 - redIblue ~ 13 - blue/black Common Wires for 26-foot installation ~' I and ~'2 - white/orange and white/blue #3 to ~ 13 - white/grey Duone Miller & Associates Ar'cl:ic & GeoLechnical Engineering Job No. · 4015.04 DaLe 'June 1988 i0' 15' -;50' / u~ in Thermistor Hole istor No. and wire ~ I - white/blue ~2- orange/white ~:5 - green/white ~4- blue/white '5 - grey/white ~6 - r~cl/blue ~7- blue/black ~8- white/green a~9 - white/blue ~ 1 0 - orange/white ~ I I - green/white ~ 12 - blue/white ~ 13 - g~ey/white ~ 14 - red/blue ~ 15 - blue/black _Oornmon Wires for 30-foot installation ~'lto~7- white/orenge, white/grey, white/green, white/russet, and copper/white ~'8 to ~ 1S - white/orange, white/grey, white/russet end copper/oronge THERMISTOR WIRING Pipeline State No. I North Slope, Alaske PiaLe 5 OROUND TEMPERATURE (Fahrenheit) 5o I0' 15' 20' 25' - leading at 14 fdH looks questionable.) I 30° 0 I0 15 2O 30 0 Thermistor = I. string installed I/24/88, measured 't/20/88 Prior to taking the readings, the top of thermistor string had been buried under a snow berm five to six feet deep. Duane Hiller & Assoeiotes ArcLic & 6eoLechnical Engineering Job No.: 4015.041 DaLe · June 198B GROUND TEMPERATURES Pipeline State No. I North Slope, Alaska Pi~[e ARCO Alaska, Inc. { Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 12!5 May 10, 1988 State of Alaska Oil and Gas Conservation Commission SUBJECT: Pipeline State #1 Well Information The following well information is being transmitted to the State of Alaska in accordance with regulations of the Oil and Gas Conservation Commission: 1 Sepia and 1 Blueline of the following well logs: 1 Exlog Mud Log 1 5" DIL (Run 1) 1 5" DIL (run 2) 1 (spliced) 2" DIL (Run 1 and 2) 1 5" Sonic Log (Run 1) 1 5" Sonic Log (Run 2) 1 2" Sonic Log (Run 1) 1 2" Sonic Log (Run 2) 1 5" EPT (Run 2) 1 2" CNL 9 (Run 2) 1 2" Litho Denisty (Run 1) CNL ~ 1 2" Litho Density (Run 2) CNL (Raw) 1 5" Litho Density (Run 1) CNL 9 1 5" Litho Density CNL 1 5" NGT (Run 2) ~ 1 2" CNL (Raw) Run 1 w agnetic tapes of all logs' 7~ ~ ~ C~ ~ ~ ~ 'listing of all tapes , ore Plug Analysis ~ S' C~ ~~/ ~F~ C Analysis ~ -~~'~ ~ 2,~-~~ ~ Please indicate receipt of the above stated items by signing below. ARCO Alaska, inc. is a Subsidiary of AtlanticRicl~ieldCompa~y ii' STATE OF ALASKA i"i' ALASK^~OIL AND GAS CONSERVATION Ct~viMISSION ,.WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well Oil' [] GAS [] SUSPENDED [] ABANDONED SERV,OE [] ut' i RL 2. Name of Operator 7. Permit Number ARCO Alaska, Inc. 87-121 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510-0360 50- 22S-20016 4. Location of well at surface 9. Unit or Lease Name 22S1' F~L, 82~' FSL, 5ec.SS, T6N, R1SE, UN N/A At Top Producing Interval 10. Well Number 2231' F~L, 82S' FSL, Sec.3S, T6N, R1SE, UH Pipeline State At Total Depth 11. Field and Pool 22S1~ F~L, 82S' FSL, Sec.SS, T6N, RI~E~ UN ~i]dcat 5. Elevation in feet (indicate KB, DF, etc.) ~ 6. Lease Designation and Serial No. RKB S8.5~ CL 269' ~ ADL S660S2 ALK S795 12. Date Spudded 13. DateT.D. Reached 14. Date Comp.,Susp. orAband. 115. Water Depth, if offshore }16. No. of Completions 02/02/88 0S/07/88 0~/27/88 J N/A feet MSL .~ N/A 17. Total Depth (MD+TVD) 18.Plug Back Depth(M~D} 19. Directional Survey ~ 20. Depth where SSSV set 21. Thickness of Permafrost 10~60 ~HD/TVD Surface YES ~ NO ~ ..N/A feet MD N/A 22. Type Electric or Other Logs Run D I L/CR/HCD/BHC, LDT/CNL/GR/Ca], S~C, D I L/Son~ c/Ca]/GR/SP, LDT/CNL/EPT, 23. CASING, LINER AND CEMENTING RECORD ..... SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 16" 62.5~ H-~0 Surf 115' 2~''' 19~ sx CS II 9-5/8" ~7.0~ L-80 Surf ~8~2' i2-1/~" 1200 sx CS III & 250 sx Top job performed.w/100 sx CS !1 24. Perforations open to PrOduction (MD+TVD of Top and Bottom and '25. TU~ING ~ECORD interval, size a'nd number) SIZE DEPTH SET (MD} PACKER SET (MD) None N/A 26. ACID, FRACTURE, CEMENT SQUEEZE, E. TC. DEPTH INTERVAL(MD) AMOUNT& KIND OF MATERIAL USED Plug ~ 10110' 85 sx Class G P.]ug ~ 9~92' 185 sx Class G Plug ~ 8550' ~25 ~x Class C . EZSV ~ ~779 ~88 sx Class C below 27.N/A PRODUCT~ONTEST9-5/8' .csg & 9-5/8" x.16' ann.-~ 88 sx CS I Date First Production ~ Method of Operation (Flowing, gas lift, etc.) Date of Test H0~'r~ Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL cHOKE_sIZE I GAS-OI~. RATIO , . TEST PERIOD ~ ........ : .......... . Flow Tubing Casing Pressure CALCULATED~ OIL-BBL GAS-MCF WATER-BBL 0IL G'RAVITY-API (Corr) Press. 24-HOUR RATE ~ 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil; gas or water. Submit core chips. Alaska Form 10-407 ~C5/21 :'DAN'I Submit induplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. NAME N/A GEOLOGIC MARKERS 31. LIST OF ATTACHMENTS FORMATION TESTS Include inlerval tested, pressure data, all fluids recovered ancl gravity, GOR,and time of each phase. N/A _W_e_]_~l_...H_, ! S..t_g._r.~.~., ¢.9 re...D e sc..r: i.p..l:_i_0.0..._&. I OllC..].ilm~l na~_~..S,u r ivey 32, I hereby certify that the foregoing is true and correcl to the best of my knowledge 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 ~Na'ter disposal, water supply 'for injection, observation, injection for' in-situ combustion. Item 5' Indicate which elevatior~ 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 pe. rtinent 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 t:he location o"f the cementing tool. Item 27' Method of Opet'ation' Flowing, Gas Lif't, 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 PIPELINE STATE #1 WELL HISTORY DALLY REPORT SUMMARY CONFIDENTIAL 1-25-88 2-o8-88 2-o3-88 2:04-88 2-06-88 2-07-88 2-09-88 2-10-88 2-12-88 VECO DRILLED CONDUCTOR HOLE AND INSTALLED 16" PIPE. CONDUCTOR IS SET @ -77' GL. (APPROXIMATELY 115' RKB) CEMENTED CONDUCTOR WITH 194 SX CS II. CIP @ 1645 HRS, 1/24/88. INSTALLED REFERENCE THERMISTOR STRING ON NW CORNER OF THE PAD. ACCEPTED RIG @ 1800 HRS, 2-01-88. NU DIVERTER SYSTEM AND FUNCTION TEST SAME. AOGCC WAIVED INSPECTION. PU BHA, TEST PUMPS AND FILL HOLE. SPUDDED WELL AT 1500 HRS, 2-02-88. DRILLED 12-1/4" HOLETO 1179'. DRILLED 12-1/4" HOLE TO 2499'. CIRC B/U AND PUMP PILL. TOH. PU BHA #2. TIH, HIT BRIDGE @ 150'. PU KELLY. WASHED AND REAMED. CONTINUED WASHING AND REAMING AND CONTINUED IN HOLE. WASHED AND REAMED122' TO BOTTOM. DRILLED TO 3360'. DRILLED AND TELECO SURVEY 3360' -3831'. CIRC FOR SAMPLES. DROPPED SURVEY AND SHORTTRIP TO HWDP. NO SURVEY, TIH AND CONTINUED DRILLING 12-1/4" HOLE FROM 3831' -3843'. CIRC. BOTTOMS UP, DROPPED SURVEY AND TOH. RIG UP SOS AND LOG. RUN #1 DIL/GR/MCD/BHC. ELTD @ 3845'. CONTINUED LOGGING. RUN #2 LDT/CNL/GR/CAL. RUN #3 SWC; SHOT 45, RECOVERED 43. RIG DOWN SOS. TIH AND WASH AND REAM 70' TO BOTTOM. CIRCULATE AND CONDITION HOLE FOR CASING. TOH. LAY DOWN BHA. RIG UP WEATHERFORD AND RAN 96 JTS, 9-5/8", 47#, L-80, BTC, CASING WITH SHOE @ 3832' AND COLLAR @ 3749'. LANDED ON FMC FLUTED HANGER. CIRCULATE AND CONDITION WELL FOR CEMENT. CEMENTED CASING WITH 1200 SX CS III AND 250 SX CLASS G. BUMPED PLUG WITH 2000 PSI, OK. BLED OFF, FLOATS HELD OK. ClP @ 1805 HRS, 2-07-88. NO CEMENT TO SURFACE. ND DIVERTER AND PERFORMED TOP JOB WITH 100 SX CS II, CIP @ 2113 HRS, 2-07 88. INSTALLED 9-5/8" PACKOFF AND MU FMC 3000# SPEED HEAD. NU BOPE. CONTINUED NU BOPE. TESTED TO 3000 PSI. TEST WITNESSED BY DOUG AMOS, AOGCC. SETWEAR BUSHING AND CHANGED DRILL LINE. PU 8-1/2" BHA AND RIH. FINISH RIH. TAGGED CEMENT @ 3707'. DRILLED CEMENT TO PLUGS @ 3745'. DRILL PLUGS, FLOAT COLLAR @ 3749', AND CEMENT TO 3800'. CIRC. BOTTOMS UP AND TEST CASING TO 3000 PSI FOR 30 MINUTES. DRILLED OUT TO 3853' AND TESTED FORMATION WITH 9.0 PPG MUD AND 700 PSI, 12.5 PPG EMW. NO LEAK OFF. DRILLED AND SURVEYED 8-1/2" HOLE TO 4092'. TOH AND CHANGE BITS. TIH. DRILL AND SURVEYED TO 4490'. DRILLED AND TELECO SURVEYED TO 4847'. TOH. CHANGED BHA AND PU TURBINE, ORIENT SAME AND TIH. REAMED 50' TO BOl-rOM. DRILLED AND SURVEYED 4847'- 5802'. CIRC BOTTOMS UP, DROPPED SINGLE SHOT AND TOH. CHANGE BITAND TIH. 2-13-88 2-14-88 2-15-88 2-17-88 2-19-88 2-20-88 2-21-88 2-22-88 2-23-88 2-25-88 2-27-88 FINISH TIH, WASH/REAM 43' TO BOTTOM. DRILL AND TELECO SURVEY 5802'-5946'. ClRC BOTTOMS UP FOR GEOLOGIST. DRILL AND SURVEY 5946'-6293'. CIRCULATE BOTTOMS UP, TOH AND LD TURBINE. CHANGE BITS AND TIH. REAM AND LOG 6 JOINTS TO BOTTOM. LOST PUMP PRESSURE WHILE REAMING. POH FOUND WASHOUT. FINISHED REAMING AND LOGGING TO BOTTOM. CONTINUED DRILLING 8-1/2" HOLE F/6293'-6675'. DRILL AND SURVEY 6675'-6978'. CIRCULATE BOTTOMS UP. POH AND CHANGED OUT TELECO. TIH. DRILL AND SURVEY 6727'-7022'. CIRC BO'I-I'OMS UP. DROPPED SURVEY AND TOH. TESTED ALL BOP EQUIPMENT TO 3500 PSI. TIH, CUT DRILL LINE AND REAMED TO 7022'. HOLE TRYING TO PACK OFF. DRILLED AND SURVEYED 8-1/2" HOLE TO 7278'. DRILLED AND SURVEYED TO 7308'. ClRC BOTTOMS UP. DRILLED TO 7523'. CIRCULATE BOTTOMS UP AND MAKE 25 STAND SHORT TRIP. NO DRAG ABOVE NORMAL. DRILLED TO 7537' AND HAD DRILL BREAK. CIRCULATE BOTTOMS UP AND DECISION WAS MADE TO CORE. RAISED MW FROM 9.5 PPG TO 9.6 PPG. POH. FINISH TOH SLM, NO CORRECTION. SET BACK MWD AND PU CORE BARREL. TIH, BREAK CIRCULATION AT SHOE. FINISH TIH AND CIRCULATE BOTTOMS UP. CORED F/7537'-7598'. TOH, RETRIEVE SURVEY AND RECOVERED CORE, 100%. SURVEY TOOL FAILED. STAND BACK CORE BARREL. MU DRILLING ASSEMBLY AND TIH. LOG CORED SECTION WITH MWD. DRILLED 7598'-7682'. CIRCULATE BOTTOMS UP. DRILLED 7682'-7803'. CIRCULATE BOTTOMS UP. DROPPED SURVEY AND TOH. RECOVERED SURVEY, CHANGE BITS AND TIH. WASHED AND REAMED 7740'-7802'. DRILLED 7802'-7812'. LOST 300 PSI. TOH FOR LOOKING FOR WASHOUT. POH LOOKING FOR WASHOUT. FOUND 113 JOINTS DOWN IN SLIP AREA. TIH. DRILLED 7812'-7943'. HAD DRILLING BREAK. CIRC. FOR SAMPLES. DRILL7943'-7998'. HAVING PRESSURE PROBLEMS. TOH AND CHANGE OUT JARS. CUT DRILLING LINE AND TIH. FINISH TIH, WASH AND REAM 7946'-7998'. DRILLED TO 8220'. CIRCULATE BOTTOMS UP AND TOH. TIH, WASH AND REAM TO 8220'. DRILLED 8-1/2" HOLE TO 8248'. DRILLED TO 8384'. CIRC BO'I-rOMS UP AND TOH. CHANGED BIT AND TIH. REAM AND LOG 8333'-8384'. DRILLED TO 8445'. DRILLED AND TELECO SURVEY TO 8636'. HAD DRILLING BREAK, CIRCULATE FOR SAMPLES. DRILL AND SURVEY 8636'-8706', HAD DRILLING BREAK, CIRCULATE FOR SAMPLES. DRILLED TO 8757'. HAD DRILLING BREAK, CIRCULATE FOR SAMPLES. CIRCULATE FOR SAMPLES. DRILLED TO 8765'. TOH. TESTED BOPE TO 3000 PSI. PU CORE BARREL AND TIH. REAMED 40' TO BO'I-I'OM. CUT CORE #2 F/8765'-8815'. TOH. FINISH POH WITH CORE #2. EASTMAN ELECTRONIC SURVEY TOOL FAILED. RECOVERED 100% OF CORE. MU NEW BHA AND TIH. REAM ED AND MWD LOG CORED HOLE. DRILLED AND SURVEY 8815'-9007'. DRILL AND SURVEY 9007'-9275'. HAD DRILLING BREAK, CIRCULATE BOTTOMS UP. DRILL AND SURVEY 9275'-9389'. DRILL 9389'-9431' AND HAD DRILLING BREAK. START TO CIRCULATE BOTTOMS UP AND LOST 500 PSI. POH LOOKING FOR WASHOUT, NONE APPARENT. CHANGED JARS & BIT & TIH. BREAK CIRC AT SHOE. MWD AND PRESSURE OK. FINISH TIH. DRILL 9431'-9449' AND HAD DRILLING BREAK. CIRCULATE BOTTOMS UP AND DRILL 9449'-9472'. HAD ANOTHER BREAK. CIRCULATE BO'I-I'OMS UP AND INCREASED MW TO 10.1 PPG. POH. 2-28-88 MU CORE BARREL AND TIH. CIRCULATE BOq-FOMS UP AND CUT CORE #3 F/9472'-9525'. TOH. LD CORE BBL. MU NEW BHA AND TIH. 3-(~1 3-02-88 3-03-88 3-04-88 3-05-88 3-o6-88 3-07-88 FINISH TIH. REAM AND MWD LOG F/9472'-9525'. DRILLED AND SURVEYED F/9525'-9530'. OBSERVED WELL, SLIGHT FLOW WITH TRIP GAS. MUD CUT TO 8.0 PPG. SHUT WELL IN AND ClRC THRU DEGASSER AND CHOKE. SIDP AND SICP 0 PSI. OPEN WELL, NO FLOW, CONTINUE TO CIRCULATE OUT GAS CUT MUD. DRILLED TO 9567', LOST 700 PSI. CHECK SURFACE EQUIPMENT~)K AND TOH. FOUND WASHOUT 25 JOINTS DOWN. TIH AND DRILLED TO 9607'. ClRC TRIP GAS FOR 5 MINUTES. WORK ON MUD PUMPS. DRILLED AND SURVEY 9607'-9740'. INCREASED MUD WEIGHT FROM 10.1+ PPG TO 10.3 PPG. DRILL AND SURVEY 9740'-10074'. DRILLED TO 10091', MWD GR FAILED. CIRC BOTTOMS UP. TOH, LD TELECO. TESTED BOPE TO 3000 PSI. CUT DRILL LINE, MU NEW BHA AND TIH. CIRC AND TEST TELECO TOOL. FINISH TIH. HIT BRIDGE @ 9957'. REAM 9957'-10091'. DRILLED TO 10155'. DRILL AND SURVEY 10155'-10324', HAD DRILLING BREAK. CIRCULATE BOTTOM S UP, CHECK FOR FLOW, FLOWING SLIGHTLY. NO PRESSURE. RAISED MW FROM 10.4 PPG TO 10.5+ PPG AND CIRCULATE AND CONDITION MUD. TOH, LD MWD AND PU & ORIENT CORE BARREL. REAMED 40' TO BOTTOM AND CIRCULATE BOTTOMS UP. CUT CORE ~4 10324'-10356'. CORE BARREL JAMMED. CIRCULATE GAS CUT MUD AND FLOW CHECK. WELL STABLE, TOH AND RECOVERED CORE. CUT 32' RECOVERED 31'. LD CORE BBL, MU BIT AND TIH. CONTINUE TIH TO 10295'. REAM AND MWD LOG TO 10356'. DRILL 10356'-10360'. CIRCULATE AND CONDITION MUD AND WEIGHT UP. CONTINUE WEIGHT UP WHILE DRILLING TO 10409'. LOST CIRCULATION. KEEP PUMP ON HOLE, LOST 410 BBLS. CONTINUED TOH TO 9468'. BUILD MUD VOLUME, PUMP 133 BBLS DOWN HOLE WITH NO RETURNS. REBUILD VOLUME AND PUMP AN ADDITIONAL 133 BBLS DOWN HOLE. HAD RETURNS AFTER FILLING HOLE THROUGH FILLUP LINE. TOTAL LOST 695 BBLS. BUILD VOLUME AND A'r-rEMPT TO BREAK CIRCULATION, LOST CIRCULATION. TOH 10 STANDS, 7.5 BBLS FILL. BUILD VOLUME AND A'I-I'EMPT TO BREAK CIRCULATION WITHOUT SUCCESS. TOH 6 STANDS, HOLE SWABBED. BUILD VOLUME AND ATTEMPT TO GAIN CIRCULATION WITHOUT SUCCESS. TOH 9 STANDS, HOLE SWABBED. BUILD VOLUME AND ATTEMPT AS BEFORE WITHOUT SUCCESS. TOH 10 STANDS, HOLE SWABBED. BUILD VOLUME AND ATTEMPT TO GAIN CIRCULATION WITHOUT SUCCESS. TOTAL MUD LOST 900 BBLS. TOH, HOLE SWABBED. BUILD VOLUME AND ATTEMPT TO GAIN CIRCULATION, WITHOUT SUCCESS. LOST 205 BBLS. TOH, HOLE SWABBED. BUILD VOLUME AND ATTEMPT TO GAIN CIRCULATION, WITHOUT SUCCESS. TOTAL DAILY LOSS 212 BBLS. TOH, HOLE SWABBED. MONITORED WELL. PUMP PILL AND ATTEMPT TO GAIN CIRCULATION. LOST 165 BBLS. TOH WET, SLOWLY MONITORING WELL. MU NEW BHA AND TIH TO 1106'. CIRCULATE BOTTOMS UP, GAS CUT. TIH TO 3800'. CIRCULATE BOTTOMS UP, MONITOR WELL FLOWING SLIGHTLY. TIH TO 5630'. CIRCULATE BOTTOMS UP, 300 BBLS. TIH WITH 1 STAND, WELL FLOWING. CIRCULATE 200 BBLS. TIH TO 7700'. BREAK CIRCULATION, LOST 20 BBLS AND REGAINED FULL CIRCULATION. TIH TO 8220' AND HIT BRIDGE. REAM THROUGH SAME AND TIH TO 8375', HIT BRIDGE. LD 5 SINGLES AND REAM TO 8400'. TOTAL LOST TO DATE 1297 BBLS. LD STANDS AND PU SINGLES AND REAM INTO HOLE 8400'-10409'. MAJOR BRIDGES REAMED 8730', 9210', 9590'-9815', 9832'-10084', 10188', 10285', 10315'-10409'. PUMPED HIGH VIS PILL AT 10333'. NO MUD LOST LAST 24 HOURS. HOLE STABLE, DRILLED WITH FULL RETURNS TO 10427'. 3-08-88 CONFiF]ENI't L DRILL 10427'-10460' TD. CIRC Boq-rOMS UP AND PUMP HIGH VIS SWEEP. CIRC AND CONDITION MUD AND RAISE WEIGHT TO 10.8 PPG. CHECK FLOW UP ANNULUS, OK. CHECK FLOW UP DRILL PIPE, OK. MU KELLY, PUMP PILL AND TOH 12 STANDS. HOLE SWABBING. MONITOR HOLE AND FILL THROUGH DRILLPIPE. TOH 5 STANDS AND FILL HOLE THROUGH DRILL PIPE. FINISH 25 STAND SHORT TRIP. NO TIGHT SPOTS. RIH. 3-09-88 CONTINUE RIH ON SHORT TRIP. TAGGED BOq-FOM @ 10457', CIRCULATE AND REAM TO 10460'. ClRC BOTTOMS UP, LOST 164 BBLS. PUMP 15 BBLS MICA PILL. OBSERVE WELL, LOSSES SLOWED. PUMP PILL AND TOH. WELL FLOWING SLIGHTLY, SWABBED FOR FIRST 75 STANDS. FILL HOLE THROUGH DRILLPIPE EVERY 5 STANDS. HOLE DID NOT SWAB AFTER #75. FILLUP NORMAL. CIRCULATED WELL @ 7200'. CONTINUE TOH. TOOK 121 BBLS TO FILL HOLE. LD BHA. RU SCHLUMBERGER. RUN #1 DIL/SONIC/CAL/GR/SP. HIT BRIDGE AT 10090'. WORK DOWN FOR 40 MINUTES WITH NO PROGRESS. LOGGING. TOTAL MUD LOST TO DATE 1361 BBLS. 3-10-88 CONTINUE LOGGING RUN #1. LAY DOWN CAL. RERUN & SET DOWN SOLID @ 10090'. TOH, RD SCHLUMBERGER. TEST BOPE TO 3000 PSI. TIH TO SHOE. LOSING SOME DISPLACEMENT. BREAK CIRC AT SLOW PUMP RATE WITH NO PROBLEMS. CONTINUED TRIP IN HOLE. BREAK CIRC @ 5750' & 7000'. ATTEMPT TO BREAK CIRC @ 10152'. TOH 10 STANDS, WOULD NOT CIRCULATE. TOH TO 7694' AND CBU @ SLOW RATE. LOST 37 BBLS. STAGE IN HOLE & BREAK CIRC AT 8226' & 9173'. TIH TO 10052'. BREAK CIRCULATION SLOWLY & INCREASE PUMP RATE. TOTAL MUD LOST TO DATE 1398 BBLS. 3-11-88 CONTINUE CIRC AND OBSERVE WELL. WASHED & REAMED TO 10095'. CIRC BOI-I'OMS UP. WASHED TO 10127', HIT BRIDGE @ 10145'. LD 8JTS & WASHED & REAMED TO 10317'. FORMATION PACKING OFF AND SWELLING. SPOTTED 50 BBL LCM PILL (WT 11.5 PPG) @ 10310'. LOST 220 BBLS WHILE REAMING AND CIRC. TOH SLOWLY, HOLE INITIALLY SWABBED,THEN TOOK FLUID. LOST 76 BBLS. CHANGED BHA AND PU 6 PT ROLLER REAMER. TIH TO SHOE, LOST 24 BBLS. BREAK CIRC, HOLE TAKING FLUID. TIH TO 6061', LOST 15 BBLS. BROKE CIRC, FAIR RETURNS. LOST4 BBLS. CONTINUE IN HOLE SLOW. TOTAL MUD LOST TO DATE 1737 BBLS. 3-12-88 CONTINUE TIH TO 8284'. CIRC BOTTOMS UP. CUTMUD IN PITS TO 10.6+ PPG. STARTED PUMPING, HAD NO RETURNS, AFTER 27 BBLS PUMPED HAD 150 PSI BACK PRESSURE. RU AND ALLOW MUD TO BACKFLOW THROUGH STANDPIPE TO ANNULUS. TOH. HOLE SWABBED. AI-I'EMPT TO GAIN CIRC, LOST RETURNS AFTER 150 BBLS. EQUALIZED ANNULUS AND DRILL PIPE. TOH TO 5545'. CIRC AND CONDITION MUD TO 10.6+ PPG, WITH NO LOSSES. TIH TO 7427'. CIRCULATE & CONDITION MUD. MUD GAS CUT TO 9.8 PPG. NO FLOW. TIH TO 8775'. CIRC AND CONDITION MUD, GAS CUT TO 10.2 PPG. OBSERVED WELL, NO FLOW. TIH TO 10064'. LD 6 JTS IN PREPARATION TO REAM PREVIOUS TIGHT SPOT AT 10091'. TOTAL MUD LOST TO DATE 1777 BBLS. 3-13-88 CIRC & CONDITION MUD @ 10064'. MUD GAS CUT TO 10.2 PPG. REAMED TO 10310'. 3-14-88 CONTINUE REAMING 10310'-10455'. CIRC BOTTOMS UP, OBSERVED WELL, FLOWING. GAINED 50 BBLS. SHUT IN AND CIRC BOTTOMS UP THROUGH CHOKE. LOST 157 BBLS. OBSERVED WELL, GAINED 100 BBL. NO SHUT IN PRESSURE. SHORT TRIP TO 9938'. TIH TO 10317' AND HIT TIGHT SPOT. REAMED TO10329' UNABLE TO MAKE CONNECTION. SHALE SLOUGHING IN. HOLE STARTS TO PACKOFF ABOVE 55 SPM. MUD GAS CUT TO 10.1 PPG. NOT LOSING MUD WHILE REAMING. 3-15-88 CONTINUE REAMING TO 10329'. CIRC BOTTOMS UP THRU CHOKE HOLDING 50 PSI BACKPRESSURE. SPOTTED 50 BBLS 2% DIESEL PILL ON BOTTOM. LOST 172 BBLS WHILE CIRCULATING, GAINED 145 BBL WHILE OBSERVING WELL. TOH SLOW, FILLED HOLE THROUGH DRILLPIPE DUE TO SWABBING. BROKE CIRC 45 STANDS OUT TO CHECK FILLUP. FINISH TOH, CONTINUING FILLUP THROUGH DRILLPIPE. RU LUBRICATOR AND LOG WITH RUN #2 LDT/CNL/EPT. EL TD 10288', TIGHT IN BOTTOM 300'. 3-16-88 3-17-88 3-18-88 3-19-88 3-20-88 3-21-88 3-23-88 FINISH LOG #2 LDT/CNL/EPT, RD SOS. TESTED BOPE TO 3000 PSI. PU BAROID MWD, LOAD SOURCES AND CALIBRATE TOOL. TIH TO SHOE, CIRC BO'I-rOMS UP. RIH TO 5650'. REAM 5650'-5813' TO CORRELATE MWD SURVEY. TIH TO 7500' AND BREAK CIRC. CONTINUE IN HOLE AND REAM AND LOGGED F/9368'-9550' FOR CORRELATION. CIRC THRU CHOKE DUE TO WELL FLOWING AND VERY GAS CUT MUD. CONTINUE CIRCULATING THRU CHOKE TO STABILIZE WELL. TIH TO 9775', HIT BRIDGE. REAMED TO 10000'. CIRCULATE BOTTOMS UP. REAM AND LOG TO 10015'. CIRCULATE THRU CHOKE TO STABILIZE WELL. REAM AND LOG TO 10180'. CIRCULATE. REAM AND LOG TO 10306'. CIRCULATE. REAMED TO 10306'. CONTINUED REAM AND LOG TO 10413'. CIRCULATE BOTTOMS UP THRU FULL CHOKE. LOST ABOUT 100 BBLS. TOH SLOWLY FILLING HOLE THRU DRILL PIPE. HOLE STOPPED TAKING FLUID @ 45 STANDS OUT. CIRC BO'I-rOMS UP @ 5860'. CONTINUED TOH. FINISH TOH, RECOVERED MWD DATA. RU SCHLUMBERGER & RUN CHECK SHOT. TOOL SET DOWN @ 8768'. RUN SURVEY FROM THERE. PU 45 SHOT SWC GUN & RIH. SET DOWN @ 6478'. TOH & RD SOS. MU BHA & TIH. BREAK CIRCULATION @ SHOE, WASH AND REAM TIGHT SPOT @ 6478'. CIRCULATE BO'I-rOMS UP. MUD GAS CUT TO 9.7 PPG. RIH TO 8742'. WASH AND REAMED TO 8818', RIH 10188'. WASH AND REAMED TO 10233'. CIRCULATE OUT GAS CUT MUD, WEIGHT 10.5 PPG. CONTINUE CIRC GAS CUT MUD. REAMED TO 10265'. CIRCULATE & CONDITION MUD, PUMP 2 HIGH VIS SWEEPS. TOH FILLING THRU DRILL PIPE. RIG UP SOS. RIH WITH 45 SHOT SWC, GUN STOPPED @ 6620'. TOH AND REDUCE STABILIZER OD, RIH. TOOL STOPPED @ 6624'. SHOOT SWC'S F/6619'-5070'. SHOT 28, 25 FIRED, TOH WITH GUN. RIH WITH GUN #2. SHOT SWC 6609'-3885'. SHOT 45, RECOVERED 45. RD SOS. MU MULE SHOE ON DP & RIH. BREAK CIRC @ SHOE (5652'), AND CIRC BOTTOMS UP @ 7500'. CONTINUED RIH, PU 32 JTS DP. TAGGED UP @ 10253'. CIRCULATE BO'I-rOMS UP, MUD GAS CUTTO 9.5 PPG. SET PLUG #1 WITH OE DRILL PIPE @ 10210'. TEST LINES TO 3000 PSI. PUMP 5 BBLS WATER, MIX AND PUMP 85 SX CLASS G W/35% S-8, .3% CD-31, .1% R-6, 1 GPHS FP6L. VOLUME 22.5 BBLS, WEIGHT16.0 PPG. DISPLACED WITH 2 BBL WATER AND 176 BBLS MUD. BREAK FREE, DP STANDING FULL. TOH TO 9960', CEMENT DROPPED OUTOF PIPE. ESTIMATED TOC 10030'. CIP 0230 HRS, 3-21-88. LOST 40 BBLS MUD WHILE DISPLACING. CIRC AT SLOW RATE, MOVING PIPE WHILE WOC. CONTINUE CIRC AND WOC. RIH & TAGGED PLUG #1 @ 10110' WITH 10000#. PUMP 80 BBL 15.7 PPG MUD AND EQUALIZE F/10110'-9660'. POH TO 9600'. BREAK CIRC AND CHECK WELL FOR BALANCE. RU BJ, TEST LINES TO 3000 PSI, PUMP 5 BBLS WATER AHEAD, MIX AND PUMP 185 SX CLASS G W/35% S-8, .3% CD-31, .17% R-6, 1 GHS FP6L. VOLUME 49 BBLS, WEIGHT 16.0 PPG. DISPLACE WITH 2 BBLS WATER AND 162 BBLS MUD. PULL TO 9106', DP PULLED SLIGHTLY WET. CIP 1315 HRS, 3-21-88. CIRCAND WOC. RIH AND FEEL FOR PLUG, WENT TO 9768', NO PLUG. TOH TO 9106'. REPAIR LEAKY VALVES IN MUD SYSTEM. CIRC AND CONDITION MUD LOST 55 BBLS AND GAINED 155 BBLS THROUGH WATER ADDITIONS. RIH TO RESET PLUG #2. PIPE STOPPED @ 9390'. SET 75-80000# WITH FULLPUMP ON PLUG. PLUG SOLID. TOC IS 72' ABOVE DRILLING BREAK POINT @ 9462'. CONTACTED AOGCC REP DOUG AMOS AND HE VERBALLY APPROVED LENGTH OF PLUG. MIX 80 BBLS OF 16.0 PPG MUD AND PREPARE FOR PLUG #3. FINISH MIXING HEAVY MUD AND SPOT 80 BBL 15.9 PPG 9385'-8900'. PULL TO 8900', BREAK CIRC AND HAD CEMENT CONTAMINATED RETURNS. LOST CIRCULATION, UNABLE TO REGAIN. TOH SLOW, WELL SWABBING. FILL THROUGH DRILLPIPE. HOLE TAKING MORE FLUID THAN STEEL REMOVED, HOWEVER, ANNULUS STAYED FULL. PULLED TO 1208' AND BROKE CIRC WITH FULL RETURNS. STAGE IN HOLE BREAKING CIRC AND BRINGING BO'I-rOMS UP AT 20 STAND INTERVALS. MUD VERY CEMENT CONTAMINATED. BREAK CIRC @ 9385', STARTED LOSING RETURNS AS HEAVY MUD STARTED UP HOLE. DETERMINED LOST ZONE IS NOT ON BOTTOM. SHUT DOWN PUMP AND EQUALIZE HEAVY MUD. CONFtDEt TIAL 3-24-88 CONTINUE EQUALIZE WELL. PULL TO 8900', ATTEMPT TO CIRCULATE WITHOUT SUCCESS. PULL TO 7972' WITH SAME RESULTS. PULL TO 6094', BREAK CIRC AND PUMP 661 BBLS. TIH TO 7030', CIRC BOl-rOMS UP. RETURNED MW 11.1 PPG. TIH TO 7973' AND CIRC BOTTOMS UP. TIH TO 8915' AND CONDITION MUD FOR PLUG #3. RU BJ AND TEST LINES TO 3000 PSI. PUMP 20 BBLS WATER, MIX AND PUMP 325 SX CLASS G W/.15% R-6, 1 GHS FP6L, DISPLACE WITH 5 BBLS WATER AND 131 BBLS MUD. SLURRY VOLUME 64 BBLS, WEIGHT 15.8 PPG. EQUALIZE CMT & PULL OUT. PIPE PULLED DRY. CIP 0215 HRS, 3-24-88. TOH, STAND BACK 40 STANDS, LD REST. ESTIMATED TOC 8550'. CEMENT VOLUME CALCULATED FROM SCHLUMBERGER CALIPER INFORMATION. CURRENT DEPTH 8550'. 3-25-8~ TOH LDDP, HWDP AND COLLARS. PU HOWCO EZSV ON DP AND TIH SLOW. SET EZSV @ 3779'. THAW KILL LINE, CIRC THRU SAME AND TESTED CASING TO 1000 PSI. INJECT 403 BBLS OF MUD FROM RIG PITS AND 2136 BBLS FROM RESERVE PIT. RATE 25-60 SPM, 3-7 BPM WITH 900 PSI MAXIMUM PRESSURE. CURRENT DEPTH 3779' PB. 3-26-88 CONTINUE INJECTING RESERVE PIT FLUIDS. CHANGED OUT TRASH PUMP. REVERSE CIRCULATE ANNULUS WHILE CHANGING PUMPS. INJECTED 3224 BBLS LAST 24 HOURS MAXIMUM RATE 7.5 BPM @ 900 PSI. TOTAL INJECTED TO DATE 5360 BBL. CURRENT DEPTH 3779' PB. CONTINUED INJECTING RESERVE PIT. TOTAL INJECTED 1194 BBLS MUD FOLLOWED BY 50 BBLS WATER. TOTAL INJECTED FROM RIG PITS AND RESERVE PIT 7007 BBLS. RU BJ HUGHES. TESTED LINES TO 2000 PSI. PUMPED 5 BBLS WATER FOLLOWED BY 185 SX CLASS G W/35% S-8, .3% CD-31, .17% R-6, WITH CELLO FLAKES @ 15.3 PPG (VOLUME 48 BBLS), FOLLOWED WITH 103 SX CLASS G W/1% A-7, @ 15.7 PPG (VOLUME 18 BBLS). DISPLACED @ 5 BPM WITH 54 BBLS MUD. PULLED OUTOF EZSV & DUMPED 128 SX ON TOP. CIP 0530 HRS, 3-26-88. STAND BACK 3 STANDS & POH, LDDP. DID NOT FILL HOLE LAST 75 JOINTS TO DROP FLUID LEVEL. PULL WEAR BUSHING & ND BOPE & FLOWLINE. RIH W/7 JTS DP & PUSH PAPER PLUG TO MUD LEVEL @ ABOUT 200', LDDP. CUT OFF BRADENHEAD, CONDUCTOR AND 9-5/8" CASING 2' BELOW GL. RU BJ AND LAID LINE TO TOP OF CASING. MIXED & PUMPED 88 SX CS I @ 15.3 PPG (VOLUME 15 BBLS) AND FILLED 9-5/8" CASING & 9-5/8" X 16" ANNULUS WITH CEMENT. INSTALLED ABANDONMENT MARKER POST WELDING SAME TO 9-5/8" CASING. POST IS 2' BELOW GRADE AND 4' ABOVE GRADE. CUT AWAY GALVANIZED CULVERT FROM AROUND CELLAR. SHIM RIG MATS IN CELLAR DUE TO EROSION FROM MELTED ICE. FINISH CLEANING MUD PITS. SECURED RIG AND RELEASED RIG @ 0600 HRS, 3-27-88. P & A OF PIPELINE STATE #1 COMPLETED. CORE LABORATORIES, INC. Arco Ataska Inc. Piptine State #1 Exptoratory Wet[ North Slope, Alaska Date : 18-Apr-88 Formatation : Confidential DrLg Fid : BLand Mud Location : 33-6N-13E File No. : BP-3-1263 Laboratory : Anchorage Analysts : PLB API No : 50-223-20016 DEAN-STARK CORE ANALYSIS - SIDEWALL CORE SAMPLES Gas Cons. Anchora§o SAMPLE DEPTH PERM MD HE OIL% ~4TR% GRAIN NO FEET HORIZ Ka POR POR POR DEN M 1 2776.0 312.1 30.6 0.1 77.9 2.65 2 3610.0 31.0 28.2 1.2 78.6 2.66 3 3632.0 53.3 30.0 0.2 52.7 2.66 4 3765.0 ' 16.3 27.4 0.0 69.2 2.68 5 4246.1 19.1 24.7 0.2 74.7 2.67 6 4694.1 38.0 29.7 0.4 52.9 2.68 7 4836.9 126.8 25.6 0.8 81.4 2.67 8 5354 . 1 NA 29.0 O. 6 88.7 2.73 9 5484.0 NA 27.6 0.0 67.9 2.70 10 5692.9 35.1 25.6 0.5 73.8 2.73 11 6010.1 NA 22.8 0.1 81.3 2.68 12 6517.9 NA 34.5 0.0 91.9 2.69 13 6569.9 NA 31.5 0.0 94.4 2.68 DETAILED LITHOLOGIC DESCRIPTION (1) SS,VLT GY,VF'MGR,PRED MGR,MOD W SRTD,SBANG,FRI,55-65% QTZ,IO-20% LITH FRAGS,TR MICA,TR CARB FRAGS,15-25% MTR SS,VLT GY,VF'MGR~PRED FGR~SLTY,W SRTD,SBRD~FRI,60=70% QTZ,5-15% LITH FRAGS,TR MICA,CAR8 FRAGS,15-25% MTRX,LA~ SS,VLT GY,VF'MGR,PRED FGR,W SRTD,SBRD,FRI,70-80% QTZ~5-10% LITH FRAGS,IO-20% MTRX SS~VLT GY~VF'FGR~PRED FGR~W SRTD,SBANG-SBRD,FRI,55-65% QTZ,5-15% LITH~TR MICA,20-30% MTRX SS~VLT GY,VF'MGR,PRED FGR~SLTY,N SRTD,SBANG'SBRD~FRI,65-75% QTZ,5-15% LITH FRAGS~TR MICA,20-30% MTRX SS,VLT GY,VF'FGR,PRED FGR,SLTY,N SRTD,SBANG'SBRD,FRI,65-75% QTZ,5-15% LITH FRAGS,20-30% MTRX,SMPL IS 1.22 CM SS,VLT GY,VF'MGR,PRED FGR,MOD W STRD, SBANG'SBRD,FRI,65-75%~TZ,1-20% LITH FRAGS,15-25% MTRX SLTST,LTGY,CALC,P CONS SS,VFGR,N SRTD,SBRD,SL FRI,CALC,70-80% QTZ,5-10% LITH FRAGS, IO-20% MTRX SS~VLT GY,VFGR,N SRTD,SBRD,SL FRI,CALC,50-60% QTZ,IO-20% LITH FRAG,20-30% MTRX,LAM MDST,LTGY,CALC,P CONS DRILLING MUD DRILLING MUD ~A ' NO DAlA AVALIABLE , SAMPLE FAILURE (1) - PERCENTAGE ESTIMATES ARE FROM PERCENTAGE COMPARISON CHARTS AND ARE THEREFORE APPROXIMATIONS. Arco Alaska, Inc. Pipeline State #1 Exploration Well North Slope, Alaska Sample Depth Hor Ka He Oil % Number (ft) (md) POR Pore Core #1 7537.0 - 7597.0 101 7537.7 0.08 8.4 0.8 102 7538.8 0.13 8.8 5.0 103 7539.9 7.89 14.8 7.5 104 7540.7 1.44 13.1 8.8 105 7541.6 2.21 15.3 4.6 106 7542.7 2.11 13.9 3.3 107 7543.6 1.87 14.7 4.3 108 7544.5 0.80 13.7 0.6 109 7545.8 0.14 11.2 1.5 111 7547.2 0.36 9.5 8.6 112 7548.7 0.14 9.6 0.4 113 7549.6 0.02 6.1 5.2 115 7551.8 0.07 8.9 0.4 117 7553.4 0.03 6.9 0.9 118 7554.4 0.02 7.9 0.7 122 7558.1 0.01 5.0 0.5 130 7566.6 0.08 9.6 1.0 132 7568.1 0.04 5.8 1.9 134 7570.1 0.01 4.4 9.6 135 7571.5 0.01 7.5 2.8 136 7572.3 0.07 9.6 1.0 C 0 R E Wtr % Grain Pore Den M 80.7 2.68 76.9 2.69 70.0 2.68 70.3 2 .~ 71.9 2.67 ~.1 2.68 73.9 2.68 76.9 2.70 89.9 2.64 59.3 2.67 78.6 2.66 83.3 2.71 81.0 2.63 81.8 2.65 85.9 2.67 88.5 2.61 89.3 2.63 84.9 2.58 85.6 2.68 94.0 2.64 95.0 2.64 L A B 0 R A T 0 R I E S , Date : 22-March-88 Formation : Kuparuk Drlg Fld : Bland Mud Location : 33-6N-13E DEAN STARK CORE ANALYSIS Description I N C o File No : BP-3-1263 Laboratory : Anchorage Analysts : TLS,TDT,RGC API No : 50-223-20016 RECEIVED MAY 1 Alaska Oil & Gas Cons. Commisslo. Anchorage SS, ltgy, f-mgr, pred fgr, w srtd, sbrd, w cons, catc cmtd, slty, cly, frags. SS, ltgy, f-mgr, pred fgr, tr cgr sd, wsrtd, sbrd, w cons, catc cmtd. SS, ltgy, gyblk, f-mgr, pred fgr, w-vwsrtd, sbrd-rd, w cons, tr ca[c cml, tr cly frags. SS, ltgy, fgr, w srtd, sbrd, w cons, pt calc cmtd, carb strgs present. SS, [tgy, f-mgr, precl fgr, w srtd, sbrd, w-mod cons, tr calc. SS, [t-mgy, f-mgr, pred fgr, w srtd, sbrd, w cons, tr calc, pt bdd cly frags present. SS, [tgy, vf-fgr, pred fgr, w srtd, sbrd, mocl-w cons, mnr thk[y lam, m dkgy mdst. SS, ltgy, vf-mgr pred fgr, w srtd, sbrd, w cons, tr calc. SS, mltgy, vf-mcjr, pred fgr, w srtd, sbang-sbrd, w cons, tr carb frags, tr indistinct lams. SS, ltgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, pt calc cmtd. SS, [tgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, pt ca[c cmtd, tr carb frags. SS, ltgy, SS, [tgy, SS, ltgy, SS, SS, SS, SS, SS, SS, SS, vf-mgr, pred fgr, w srtd, sbang-sbrd, w cons, abnt calc cmt. vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, tr ca[c, tr mica, tr carb frags. vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, ca[c cmtd, tr carb frags. m[tgy, vf-fgr pred fgr, w srtd, sbang-sbrd, w cons, carb frags, tr mica. [tgy, vf-fgr, w srtd, sbang-sbrd, vw cons, dnse, tr calc, carb frags, tr mica. lt-mgy, vf-fgr, pred fgr, w srtd, pred sbrd, w cons, tr ca[c, carb tams, tr mica. mltgy, vf-fgr, pred fgr, w srtd, precl sbrd, vw cons, partly ca[c cmtd, tr mica, carb [ams. m[tgy, vf-fgr, pred fgr, w srtd, pred sbrd, v w cons, abnt ca[c cml, tr carb frags. m[tgy, vf-fgr, pred vfgr, w srtd, pred sbrd, vw cons, tr ca[c, tr mica, carb frags, indistinct [ams. mltgy, slty mdst lams, carb lams, ss is vf-fgr, pred fgr, w srtd, sbrd, w cons, sl calc, carb frags, mica. Core Analysis Report page 1 Arco Alaska, Inc. Pipe[ine State #1 Exploration Well North Slope, Alaska C 0 R E Sample Depth Hor Ka He Oil % Wtr % Grain Number (ft) (md) POR Pore Pore Den M 137 7573.5 0.02 7.3 0.7 93.1 2.60 139 7575.3 0.08 10.0 1.3 95.6 2.62 142 7578.8 0.02 6.1 3.5 89.8 2.61 145 7581.7 0.02 8.7 5.2 92.9 2.66 147 7583.2 0.01 8.0 1.4 95.3 2.62 149 7585.4 0.02 8.8 0.6 93.9 2.63 151 7587.9 ** 7.4 0.7 95.0 2.60 153 7589.7 0.06 10.3 0.6 95.6 2.63 156 7592.4 0.04 8.7 1.0 93.5 2.61 158 7594.7 0.01 9.4 3.2 92.1 2.66 160 7596.8 <0.01 3.2 15.8 81.7 2.71 Core #2 8763.0 - 8815.0 201 8763.6 0.42 14.7 2.6 81.5 2.70 202 8764.7 0.63 15.5 3.8 82.0 2.71 203 8765.5 O. 43 13.8 4.8 82.5 2.69 204 8766.6 O. 05 9.4 2.9 84.5 2.69 205A 8767.5 0.03 7.1 5.3 91.8 2.70 2058 8767.7 0.02 6.7 8.3 88.3 2.70 206 8768.5 0.02 5.9 5.1 87.7 2.70 207 8769.6 0.02 6.4 6.2 93.5 2.70 208 8770.5 0.01 5.1 10.0 81.4 2.69 L A B 0 R A T 0 R I E S , I N C . Date : 22-March-88 Formation : Kuparuk Dr[g Fid : Bland Mud Location : 33-6N-13E DEAN STARK CORE ANALYSIS Description SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, File No : 8P-3-1263 Laboratory : Anchorage Analysts : TLS,TDT,RGC AP[ No : 50-223-20016 RECEIVED Alaska Oil & Gas Cons. Commission Anchorage mttgy, stty mdst tams, carb tams, vf-fgr, pred fgr, w srtd, pred sbrd, w cons, st calc, carb frags, mica. m[tgy, slty mdst [ams, carb [ams, ss is vf-mgr, pred fgr, w srtd, pred sbrd, w cons, tr catc, mica. [tgy, mdst and carb [ams, ss is vf-fgr, pred fgr, w srtd, pred sbrd, w cons, tr ca[c, mica, calc vhombs. mttgy, carb [ams, ss is vf-fgr, pred fgr, w srtd, sbrd, w cons, tr ca[c, tr mica, tr ca[c frags. m[tgy, slty mdst lams, ss is vf-fgr, wet[ srtd, sbrd-rd, w cons, tr ca[c, mica, tr carb frags. m[tgy, carb [ams, ss is vf-fgr, we[[ srtd, sbrd-rd, w cons, tr ca[c, mica, carb frags, calc frags. [tgy, s[ty mdst [ams, carb [ams, ss is vf-mgr, pred fgr, w srtd, sbsng-sbrd, w cons, mica,carb frags. m[tgy, carb [ams, ss is vf-fgr, pred fgr, w srtd, sbrd, w cons, mica ,carb frags, ca[c frags. mgy, carb tams, ss is vf-fgr, w srtd, sbrd, w cons, tr mica, carb frags. mgy, tr carb [ams, ss is vf-mgr, pred fgr, w srtd, sbrd-rd, w cons, carb frags, tr catc frags, c[y frags. [tgy, vf-fgr, pred vfgr, w srtd, sbang-sbrd, vw cons, abnt ca[c cmt, tr carb frags. SS, ltgy, vf-fgr, pred fgr, w srtd, pred sbrd, w cons, st catc cmtd, carb frags, cry frags, tr mica. SS, [tgy, vf-fgr, pred fgr, w srtd, pred sbrd, w cons, st ca[c cmtd, carb frags, tr mica. SS, [t-mgy, vf-fgr, pred fgr, w srtd, pred sbrd, w cons, s[ catc cmtd, cly frags, tr mica. SS, [t olvgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, abnt calc cmt, tr mica. SS, [t o[vgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, abnt ca[c cml, tr carb frags, tr mica. SS, [t olvgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, abnt calc cmt, tr carb frags, tr mica. SS, [t o[vgy, vf-fgr, pred fgr, tr mcjr sd, w srtd, sbang-sbrd, w cons, ca[c cmt, tr carb frags, tr mica. SS, [t o[vgy, vf-fgr, pred fgr, tr mcjr sd, w srtd, sbang-sbrd, w cons, calc cmt, tr carb frags, tr mica. SS, Lt o[vgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, abnt catc cml, c[y frags, tr carb Core Analysis Report page 2 Arco Alaska, Inc. Pipeline State #1 Exploration Wett North Slope, Ataska C 0 R E Sampte Depth Hor Ka He Oit % Wtr % Grain Number (ft) (md) POR Pore Pore Den M 209 8771.6 0.18 13.2 2.8 84.9 2.70 210 8772.6 0.25 14.5 7.8 78.6 2.71 211 8773.6 0.57 13.9 4.0 83.6 2.69 212 8774.6 0.62 13.4 0.3 83.4 2.69 213 8775.6 0.58 13.1 1.0 82.9 2.70 214 8776.5 0.78 13.0 0.7 81.4 2.68 215 8777.8 0.39 13.5 1.8 83.9 2.67 216 8778.3 0.41 12.6 0.7 72.9 2.68 249 8811.9 <0.01 2.4 0.2 95.6 2.64 Core #3 9472.0 - 9525.0 301 9472.8 0.04 10.7 7.5 49.2 2.72 302 9473.6 0.07 10.6 9.7 39.0 2.71 303 9474.7 0.19 11.1 19.0 28.8 2.69 304 9475.6 0.01 3.9 8.5 83.9 2.71 305 9476.5 0.01 4.4 11.1 84.2 2.71 306 9477.3 0.18 10.3 4.4 41.3 2.69 307 9478.5 0.07 10.0 12.8 40.7 2.69 308 9479.4 0.02 9.0 12.7 55.2 2.72 309 9480.5 0.05 10.0 12.6 47.6 2.71 310 9481.2 0.05 10.3 11.8 46.9 2.70 311 9482.6 0.06 8.8 18.1 65.8 2.73 L A B 0 R A T 0 R I E S ,I N C . Date : 22-March-88 Formation : Kuparuk Drtg Fid : Brand Mud Location : 33-6N-13E DEAN STARK CORE ANALYSIS File No : BP-3-1263 Laboratory : Anchorage Analysts : TLS,TDT,RGC APl No : 50-223-20016 RECEIVED Description SS, ttgy, vf-fgr, w srtd, sbrd-rd, w cons, st catc, c[y frags. SS, [tgy, vf-fgr, pred fgr, very w srtdi sbrd. w cons, st catc, c[y frags. $S, [tgy, vf-fgr, pred fgr, very w srtd, sbrd, w cons, st ca[c, cry frags. SS ,[tgy, vf-fgr, pred fgr, very w srtd, sbrd, w cons, st ca[c, c[y frags, tr carb frags. SS, m[tgy, vf-mgr, pred f~r, mod-w srtd, pred w srtd, sbrd, w cons, st ca[c, c[y frags, tr mica. SS, ttgy, vf-m~r, pred fgr, w srtd, sbrd, w cons, st catc, cry frags, tr mica. SS, ttgy, vf-fgr, pred fgr, w srtd, sbrd, w cons, si catc, tr mica. SS, [tgy, vf-fgr, pred fgr, w srtd, sbrd, w cons, tr catc, tr mica. SS, mttgy, abnt vf§r sd, grades to vf§v ss, vw cons, dnse, tr mica. Alaska Oil & Gas Cons. Commissi,"~- Anchorage SS, o[vgy, vfgr, stty, very w srtd, sbrd-rd, vw cons, st catc, arg, tr mica, tr carb frags. SS, o[vgy, vfgr, s[ty, very w srtd, sbrd, w cons, sl catc, arg, tr mica, tr carb frags. SS, o[vgy, vf-fgr, pred vfgr, s[ty, very w srtd, sbang-sbrd, w cons, st ca[c, carb frags, mica. SS, mttgy, vf-fgr, w srtd, sbrd, w cons, abnt calc cmt, mica. SS, mttgy, vf-mgr, pred fgr, w srtd, sbang-sbrd, w cons, abnt catc cmt, si ca[c, tr mica. SS, o[vgy, vf-fgr, w srtd, sbang-sbrd, w cons, st catc, mica. SS, o[vbtk, vfgr, slty, very w srtd, sbrd, w cons, st catc, mica. SS, o[vgy, vfgr, stty, very w srtd, sbrd, w cons, sl catc, mica, tr carb frags. SS, o[vgy, vfgr, s[ty, very w srtd, sbrd, w cons, st ca[c, mica, tr carb frags. SS, otvgy, vf-fgr, pred vfgr, s[ty, very w srtd, sbrd, w cons, st catc, mica, tr carb frags. SS, otvgy, vfgr, s[ty, very w srtd, sbrd, w cons, si catc, mica, tr carb frags. Core Anatysis Report page 3 Arco ALaska, Znc. PipeLine State #1 ExpLoration WeLL North SLope, ALaska Sample Depth Hot Ka He OiL % Nc~ber (it) (md) POR Pore 312 9483.6 0.02 9.6, 8.4 313 9484.6 0.02 9.2 11.9 316 9487.7 0.07 8.3 15.7 318 9489.2 0.02 9.7 17.9 319 9490.6 0.02 9.3 13.8 320 9491.5 0.03 6.1 15.9 321 9492.3 0.05 7.2 12.7 323 9494.2 0.03 8.8 14.6 325 9496.8 0.01 9.4 18.3 326 9497.5 0.03 9.5 7.9 327 9498.4 0.01 9.3 11.4 328 9499.3 0.09 9.3 1.3 329 9500.4 0.02 9.8 4.8 330 9501.5 0.04 10.5 7.2 331 9502.5 0.03 9.7 5.4 332 9503.6 0.03 10.2 1.9 333 9504.7 0.02 9.5 5.2 334 9505.4 0.04 9.4 7.7 336 9507.4 0.01 7.8 3.2 337 9508.5 0.02 8.5 12.3 340 9511.7 0.01 8.3 2.3 341 9512.8 0.08 9,0 1.3 342 9513.6 0.03 9.5 3.3 Core Analysis Report C 0 R E Wtr % Grain Pore Den M 55.2 2.72 50.4 2.72 72.2 2.72 55.6 2.71 53.3 2.70 79.0 2.69 82.2 2.72 ~.6 2.73 55.6 2.72 53.4 2.70 54.5 2.71 72.0 2.72 60.7 2.72 51.5 2.71 52.3 2.71 53.2 2.71 71.6 2.~ 69.7 2.73 87.8 2.73 75.7 2.74 66.1 2.70 76.9 2.73 61.0 2.71 L A B 0 R A T 0 R I E S , I N C . Date : 22-March-88 Formation : Kuparuk Dr[g Fld : Bland Mud Location : 33-6N-13E DEAN STARK CORE ANALYSIS Description SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, SS, File No : BP-3-1263 Laboratory : Anchorage AnaLysts : TLS,TDT,RGC AP[ No : 50-223-20016 RECEIVED Alaska Oil & Gas Cons. C0mmissio ~ Anchorage o[vgy, vf-fgr, pred vfgr, s[ty, very w srtd, sbrd, w cons, s[ ca[c, mica, tr carb frags. o[vgy, vfgr, s[ty, very w srtd, sbrd, w cons, s[ ca[c, mica, tr carb frags. mgy, vfgr, stty, very w srtd, sbrd, w cons, s[ calc, mica, tr carb frags. [t o[vgy, vfgr, stty, very w srtd, sbrd, w cons, s[ ca[c, mica. [t o[vgy, vfgr, s[ty, very w srtd, sbrd, w cons, s[ ca[c, mica, tr carb frags. olvgy, vf-fgr, stty, w srtd, sbang-sbrd, w cons, sl ca[c, mica. o[vgy, vf-fgro pred vfgr, s[ty, w srtd, sbang-sbrd, w cons, s[ ca[c, carb frags, tr mica. o[vgy, vf-fgr, s[ty, mic, bdd mdst, w srtd, sbang-sbrd, w cons, s[ ca[c, tr carb frags. o[vgy, pred vfgr, s[ty, very w srtd, sbang-sbrd, w cons, s[ ca[c, mica. olvgy, vf-fgr, w srtd, sbang-sbrd, w cons, s[ ca[c, o[vgy, vf-fgr, w srtd, sbang-sbrd, w cons, s[ ca[c, o[vgy, vf-fgr, s[ty, w srtd, sbang-sbrd, w cons, sl olvgy, vf-fgr, s[ty, w srtd, sbang-sbrd, w cons, s[ o[vgy, vf-fgr, s[ty, w srtd, sbang-sbrd, w cons, s[ [t o[vgy, vf-fgr, s[ty, w srtd, sbang-sbrd, w cons, [t o[vgy, vf-fgr, s[ty, w srtd, sbang-sbrd, w cons, o[vgy, vfgr, very w srtd, sbrd-rd, w cons, s[ calc, o[vgy, vfgr, very w srtd, sbrd-rd, w cons, s[ ca[c, mica, tr carb frags. mica, tr carb frags. calc, mica, tr carb frags, pyr. ca[c, mica tr carb frags, pyr. calc, mica, tr carb frags. s[ ca[c, mica, tr carb frags. s[ catc, mica, tr carb frags. mica, tr carb frags. mica, tr carb frags. olvgy, vfgr, very w srtd, sbrd-rd, w cons, sl calc, mica, tr carb frags. o[vgy, vfgr, w srtd, sbang-sbrd, w cons, s[ ca[c, carb frags, mica, sp[ grades to f-mgr ss. o[vgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, s[ ca[c, mica, tr pyr. olvgy, vf-fgr, pred fgr, w srtd, sbang-sbrd, w cons, st ca[c, mica, tr pyr, carb frags. It o[vgy, vf-mgr, pred fgr, w srtd, sbrd, w cons, s[ ca[c, mica, tr carb frags, pyr. page 4 Arco ALaska, Inc. PipeLine State #1 ExpLoration We[[ North SLope, ALaska SampLe Depth Hor Ka He OiL % Number (ft) (md) POR Pore 343 9514.5 0.03 9.7 2.1 345 9516.5 0.04 9.6 1.3 346 9517.5 0.03 9.4 3.2 347 9518.5 0.02 9.4 7.5 Core ~4 10324.0 - 10354.0 401 10324.6 0.77 12.9 0.0 404 10327.5 0.17 10.6 0.2 407 10330.6 0.10 11.0 0.4 410 10333.4 116.10 8.9 0.7 413 10336.4 0.16 14.3 1.5 414 10337.6 0.36 21.6 0.0 416 10339.8 19.31 18.9 2.0 418 10341.2 0.05 8.9 1.2 419 10342.5 0.09 9.8 0.4 422 10345.6 0.01 3.9 5.9 425 10348.5 0.02 3.6 15.8 428 10351.5 <.01 3.5 20.2 430 10353.6 0.01 3.8 17.7 (**) Denotes Fractured SampLe C 0 R E Wtr % Grain Pore Den M 61.6 2.71 63.5 2.71 59.8 2.71 51.3 2.75 60.2 2.66 SS, 70.6 2.66 SS, 72.9 2.70 SS, 69.3 2.72 SS, 77.3 2.84 SS, 86.4 3.02 SS, 78.8 2.80 SS, 66.7 2.67 SS, 66.4 2.72 SS, 90.5 2.69 SS, 73.6 2.69 SS, 72.5 2.69 SS, 67.8 2.69 SS, L A B 0 R A T 0 R ! E S , ! N C . Date : 22-March-88 Formation : Kuparuk Dr[g Fid : Bland Mud Location : 33-6N-13E DEAN STARK CORE ANALYSIS FiLe No : BP-3-1263 Laboratory : Anchorage AnaLysts : TLS,TDT,RGC AP! No : 50-223-20016 Description SS, n~jy, vf-fgr, pred fgr, w srtd, sbrd, w cons, si ca[c, mica. SS, o[vgy, vf-mgr, pred fgr, w srtd, sbrd, w cons, si ca[c, mica. RECEIVED Alaska Oil & Gas Cons. CommissJujl Anchorage SS, It o[vgy, vf-fgr, pred fgr, w srtd, sbrd, w cons, si caLc, mica, tr carb frags. SS, It otvgy, vf-fgr, pred fgr, w srtd, sbrd, w cons, si catc, mica, tr pyr, tr carb frags. tt gy, vf-fgr, pred vfgr, v weLL srtd, sbrd, w cons, tr catc, cty frags. tt gy, vf-fgr, pred vfgr, v wet[ srtd, sbrd, w cons, tr ca[c, tr cry frags. m[tgy, vf-fgr, pred vfgr, w srtd, sbrd, w cons, s[ ca[c, arg. mttgy, vf-fgr, pred vfgr, w srtd, sbrd, w cons, tr catc, cLy frags, horz open frac present ** mgy, vfgr, v w srtd, sbrd, w cons, tr catc, cry frags, tr gtauc, poss sid cmt. [t o[vgy, pred vfgr, w srtd, sbrd, w cmtd, poss sid cmt, s[ catc, cty frags, g[auc. [t o[vgy, vf-fgr, w srtd, sbrd, w cons, st catc, poss sid cmt, cry frags, g[auc, tr pyr. mttgy, pred vfgr, w srtd, sbrd, w cons, tr catc, c[y frags, pyr b[ebs, arg. mttgy, pred vfgr, w srtd, sbrd, w cons, tr ca[c, c[y frags, tr pyr, tr carb frags mnr. mttgy, vfgr, arg, w srtd, sbrd, w cons, st catc. otvgy, vfgr, arg, w srtd, sbrd, w cons, st catc, tr mica. mdkgy, v-fgr, arg w srtd, srbd, w cons, tr ca[c. mgy, vfgr, arg, w srtd, sbrd, w cons, tr ca[c, tr mica. Core AnaLysis Report page 5 ARCO Alaska, Inc. Date: Subject: From/Location: To/Location: i Internal Correspom '~.e April 7, 1988 File code: ARCO Pipeline State #1.'.:-'~=~'~ Core Descriptions ~oann G~e~ - ~O [478 The following are core descriptions from the ARCO Pipeline State #1 well: Core #1: 7,537' - 7,597' 7537 - 7550' - Sandstone, 95%, gray brown, quartz, with abundant lithics, fine-grained, tight, massive. Minor thin shale, 5%, dark gray, silty. 7550 - 7591' - Sandstone, 75%, as above. Shale, 40%, as above. 7591 - 7594' - Sandstone, 60%, as above. Shale, 40%, as above. 7594 - 7597' - Sandstone, 99%, as above, Shale, trace, as above. Core #2: 8.763' - 8,815' 8763 - 8778.3, - Sandstone, light gray, hard, very fine-grained, calcite cement. 8778.3 - 8815 ' - Shale, medium dark gray, micromicaceous. hard, Core #3: 9~472' - 9525.6' 9472 - 9518.8 ' - Sandstone, medium brownish gray, very fine-grained. 9518.8 - 9525.6' - Silty shale, dark gray almost black, micromicaceous, trace calcareous cement. Core #4: 10~324' - 10,354' The entire core is sandstone, very ~~bioturbat~d, glauconitic. D. A. Swauger Geologist fine-grained, DAS:bs ARCO Alaska. Inc. is a Subsidiary of AtlanticRichfieldCompany AR3B-6001-A WC5/21a INCLINATION SURVEY PIPELINE STATE #1 MD ANGLE 178 428 663 907 1148 1399 1558 1818 2071 2353 2478 2617 2777 2934 3088 3243 3323 3792 3481 3655 3809 3969 4136 4270 4440 4739 4928 5090 5248 5406 5556 5694 5720 5868 6030 6187 6340 6509 6656 6822 6978 7132 7287 7443 0o6° 0.3° 0.3° 0.4° 0.5° 0.9° 0.9° 1.3° 1.5° 1.7° 2.0° 1.5° 1.1° 1.0° 0.4° 0.5° 0.9° 0.5° 0.6° 0.4° 0.3° 0.4° 0.6° 0.7° 0.9° 1.3° 1.9° 1.4° 1.8° 1.9° 1.3° 1.8° 1.5° 1.4° 1.5° 1.6° 1.4° 1.3° 0.9° 1.1° 1.1° 1.2° 1.2° 1.1° CONF , I NT!A! INCLINATION SURVEY (cont'd) MD ANGLE .... 7598 7758 7915 8076 8222 8373 8441 8537 8696 8872 9028 9177 9346 9525 9693 9836 9993 0149 0252 0276 1.1° 1.1° 1.2° 1.1° 1.1° 1.2° 1.3° 1.4° 1.6° 1.6° 1.4° 1.3° 1.3° 0.8° 0.6° 0.6° 0.6° 0.5° 1.3° 1.1° CONFIPENI'IA[ WC5/21a 4/8/88 COMPLETION DATE .,. ( ? I ~ co. contact & no. form received received date comments 40, '"-~~ no ,/~/oo.~¢~ completion report 403 yes no sundly application 404 yes no report of sundry, application i Open required received Cased required received Productior required received hole Io9 , hole Io9 Io9 , "MUD / ~" GCT TEMP DI~SFL // .~ CNL PROD DLL ',, CBT PRESS "' BHCISL ,//~" d 'v'/ CET SPINNER / / bH~jA~ EFT ,./, ~ '- OTHER DATA LSS PERF Survey REC SSS " ' PACKER Digital 9/o39 Data FDC- Well CNL Te~t~ FDC RWD required received sAMPLES required received MWD LDTICNL j' 00 /~%W,/;> ' v-"'(,~~~ d~ ditch ~ ~ / ~ LOOK , A~iysis , ' ~ ~ ~: /~7~z-l~y' I PERMIT NO. AOGCC DETAILED WELL LOG INVENTORY ~'7 _ /~ LOG TYPE RUN # INTERVAL SCALE 01) 03) / I 0 0 ,, ,,, ~ 3 ~81 16~i~ 16) ~' AOGCC DETAILED WEI.L LOG INVENTORY ~.~ ~o. ~ 7 - / ~--/ LOG TYPE RUN # INTERVAL SCALE 19) 20) 21) 29.) 23) 24) 25) 26) 27) 28) , , , 29) 30) 31) 32) 33) 34) 35) 36) ALA$~", OIL AND GAS CONSERVATION COMk( ~ION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown ,~. Stimulate ,-: Plugging X] Perforate ,~. Pull tubing :_: Alter Casing ~ Other ~ .ABANDON 2. Name of Operator ARCO Alaska. In~;, 3. Address P.0. Box 100360, Anchorage, AK 99510-0360 4. Location of well at surface 2231' FWL, 823' FSL, Sec.33, T6N, R13E, UM At top of productive interval 2231' FWL, 823' FSL, Sec.33, T6N, R13E, UM At effective depth 2231' FWL, 823' FSL, Sec.33, T6N, R13E, UM At total depth 2231' FWL~ 823' FSL~ Sec.33, T6N, R13E~ UM 11. Present well condition summary Total depth: measured 10460 'MD true vertical 10460'TVD feet feet Plugs (measured) 5. Datum elevation (DF or KB) RKB ~%R.5' CiI ?f~9' 8. Unit or Property name N/A 7. Well number 8-!93 9. APl number 50-- ??z-?nnl 10. Pool Wi]dca~ See attached Well History Feet Effective depth: measured Surface true vertical feet feet Junk(measured) None Casing Length Size Conductor 80' 16" Surface 3797' 9-5/8" Cemented Measured depth 194 sx CS II 115'MD 1200 sx CS III & 3832'MD 250 sx Class G Top job w/lO0 sx CS II True Vertical depth 115 'TVD 3832 'TVD Perforation depth: measured None true vertical None Tubing (size, grade and measured depth) None Packers and SSSV (type and measured depth) None RECEIVED Bas Cons. Commissi0~'~ Anchorage 12. Stimulation or cement squeeze summary N/A Intervals treated (measured) Treatment description including volumes used and final pressure 13. N/A Prior to well operation Subsequent to operation Representative Daily Average Production or Inj, ection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 14. Attachments (Wel 1 Hi stor~¢) 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 Form 10-404 Rev. 12-1-85 Title Associate Engineer Date (Dani) SW03/70 Submit in Duplicate~ PIPELINE STATE #1 WELL HISTORY DAILY REPORT SUMMARY CONFIDENTIAL 2-03-88 2-04-88 2-05-88 2-06-88 2-07-88 2-09-88 2-10-88 2-11-88 VECO DRILLED CONDUCTOR HOLE AND INSTALLED 16" PIPE. CONDUCTOR IS SET @ -77 GL (APPROXIMATELY 115' RKB) CEMENTED CONDUCTORWlTH 194 SX CS I1. ClP ~ 1645 HRS, 1/24¢88. INSTALLED REFERENCE THERMISTOR STRING ON NW CORNER OF THE PAD. ACCEPTED RIG @ 1800 HRS, 2-01-88. NU DIVERTER SYSTEM AND FUNCTION TEST SAME. AOGCC WAIVED INSPECTION. PU BHA, TEST PUMPS AND FILL HOLE. SPUDDED WELL AT 1500 HRS, 2432-88. DRILLED 12-1/4" HOLETO 1179'. DRILLED 12-1/4" HOLE TO 2499'. CIRC B/U AND PUMP PILL. TOH. PU BHA ¢Y2. TIH, HIT BRIDGE @ 150'. PU KELLY. WASHED AND REAMED. CONTINUED WASHING AND REAMING AND CONTINUED IN HOLE. WASHED AND REAMED122' TO BOTTOM. DRILLED TO 3360'. DRILLED AND TELECO SURVEY 3360' -3831'. CIRC FOR SAMPLES. DROPPED SURVEY AND SHORTTRIP TO HWDP. NO SURVEY, TIH AND CONTINUED DRILLING 12-1/4" HOLE FROM 3831' -3843'. CIRC. Boq-rOMS UP, DROPPED SURVEY AND TOH, RIG UP SOS AND LOG. RUN #1 DIL/GR/MCD/BHC. ELTD @ 3845'. CONTINUED LOC-~ING. RUN #2 LDT/CNL/GR/CAL RUN #3 SWC; SHOT 45, RECOVERED 43. RIG DOWN SOS. TIH AND WASH AND REAM 70' TO BOTTOM. CIRCULATE AND CONDITION HOLE FOR CASING. TOH. LAY DOWN BHA. RIG UP WEATHERFORD AND RAN 96 JTS, 9-5/8", 47#, L-80, BTC, CASING WITH SHOE @ 3832' AND COLLAR @ 3749'. LANDED ON FMC FLUTED HANGER. CIRCULATE AND CONDITION WELL FOR CEMENT. CEMENTED CASING WITH 1200 SX CS III AND 250 SX CLASS G. BUMPED PLUG WITH 2000 PSI, OK. BLED OFF, FLOATS HELD OK. ClP @ 1805 HRS, 2437-88. NO CEMENT TO SURFACE. ND DIVERTER AND PERFORMED TOP JOB WITH 100 SX CS II, ClP @ 2113 HRS, 2-07 88. INSTALLED 9-5/8" PACKOFF AND MU FMC 3000# SPEED HEAD. NU BOPE. CONTINUED NU BOPE. TESTED TO 3000 PSI. TEST WITNESSED BY DOUG AMOS, AOGCC. SET WEAR BUSHING AND CHANGED DRILL LINE. PU 8-1/2" BHA AND RIH. FINISH RIH. TAGGED CEMENT @ 3707'. DRILLED CEMENT TO PLUGS @ 3745'. DRILL PLUGS, FLOAT COLLAR @ 3749', AND CEMENT TO 3800'. CIRC. BOTTOMS UP AND TEST CASING TO 3000 PSI FOR 30 MINUTES. DRILLED OUT TO 3853' AND TESTED FORMATION WITH 9.0 PPG MUD AND 700 PSI, 12.5 PPG EMW. NO LEAK OFF. DRILLED AND SURVEYED 8-1/2" HOLE TO 4092'. TOH AND CHANGE BITS. TIH. DRILL AND SURVEYED TO 4490'. DRILLED AND TELECO SURVEYED TO 4847'. TOH. CHANGED BHA AND PU TURBINE, ORIENT SAME AND TIH. REAMED 50' TO BOTTOM. DRILLED AND SURVEYED 4847'- 5802'. ClRC BOTTOMS UP, DROPPED SINGLE SHOT AND TOH. CHANGE BIT AND TIH. ~ask~ 0[[ & Gas 2-14-88 2-15-88 2-16-8~ 2-17-88 2-18-88 2-19-88 J~INISH TIH, WASH/REAM 43' TO BOTTOM. DRILL AND TELECO SURVEY 580Z-5946'. CIRC BOTTOMS UP FOR GEOLOGIST. DRILL AND SURVEY 5946'-6293'. CIRCULATE BOTTOMS UP, TOH AND LD TURBINE. CHANGE BITS AND TIH. REAM AND LOG 6 JOINTS TO BOTTOM. LOST PUMP PRESSURE WHILE REAMING. POH FOUND WASHOUT. FINISHED REAMING AND LOGGING TO BOTTOM. CONTINUED DRILLING 8-1/2" HOLE F/6293'-6675'. DRILL AND SURVEY 6675'-6978'. CIRCULATE BOTTOMS UP. POH AND CHANGED OUT TELECO. TIH. DRILL AND SURVEY 6727'-7o22'. ClRC BOTTOMS UP. DROPPED SURVEY AND TOH. TESTED ALL BOP EQUIPMENT TO 3500 PSI. TIH, CUT DRILL LINE AND REAMED TO 7022'. HOLE TRYING TO PACK OFF. DRILLED AND SURVEYED 8-1/2" HOLE TO 7278'. DRILLED AND SURVEYED TO 7308'. CIRC BOTTOMS UP. DRILLED TO 7523'. CIRCULATE BOTTOMS UP AND MAKE 25 STAND SHORT TRIP. NO DRAG ABOVE NORMAL. DRILLED TO 7537' AND HAD DRILL BREAK. CIRCULATE BOTTOMS UP AND DECISION WAS MADE TO CORE. RAISED MW FROM 9.5 PPG TO 9.6 PPG. POH. FINISH TOH SLM, NO CORRECTION. SET BACK MWD AND PU CORE BARREL. TIH, BREAK CIRCULATION AT SHOE. FINISH TIH AND CIRCULATE BOTTOMS UP. CORED F/7537'-7598'. TOH, RETRIEVE SURVEY AND RECOVERED CORE, 100%. SURVEY TOOL FAILED. STAND BACK CORE BARREL. MU DRILLING ASSEMBLY AND TIH. LOG CORED SECTION WITH MWD. DRILLED 7598'-7682'. CIRCULATE BOTTOMS UP. DRILLED 7682'-7803'. CIRCULATE BOTTOMS UP. DROPPED SURVEY AND TOH. RECOVERED SURVEY,' CHANGE BITS AND TIH. WASHED AND REAMED 7740'-7802'. DRILLED 7802'-7812'. LOST 300 PSI. TOH FOR LOOKING FOR WASHOUT. POH LOOKING FOR WASHOUT. FOUND 113 JOINTS DOWN IN SLIP AREA. TIH. DRILLED 7812'-7943'. HAD DRILLING BREAK. CIRC. FOR SAMPLES. DRILL7943'-7998', HAVING PRESSURE PROBLEMS. TOH AND CHANGE OUT JARS. CUT DRILLING LINE AND TIH. FINISH TIH, WASH AND REAM 7946'-7998'. DRILLED TO 8220'. CIRCULATE BOTTOMS UP AND TOH. TIH, WASH AND REAM TO 8220'. DRILLED 8-1/2" HOLE TO 8248'. DRILLED TO 8384'. ClRC BOTTOMS UP AND TOH. CHANGED BIT AND TIH. REAM AND LOG 8333'-8384'. DRILLED TO 8445'. ~ DRILLED AND TELECO SURVEY TO 8636'. HAD DRILLING BREAK, CIRCULATE FOR SAMPLES. DRILL AND SURVEY 8636'-8706', HAD DRILLING BREAK, CIRCULATE FOR SAMPLES. DRILLED TO 8757'. HAD DRILLING BREAK, CIRCULATE FOR SAMPLES. CIRCULATE FOR SAMPLES. DRILLED TO 8765'. TOH. TESTED BOPE TO 3000 PSI. PU CORE BARREL AND TIH. REAMED 40' TO BOTTOM. CUT CORE #2 F/8765'-8815'. TOH. FINISH POH WITH CORE ~Y2. EASTMAN ELECTRONIC SURVEY TOOL FAILED. RECOVERED 100% OF CORE. MU NEW BHA AND TIH. REAM ED AND MWD LOG CORED HOLE. DRILLED AND SURVEY 8815'-9007'. DRILL AND SURVEY 9007-9275'. HAD DRILLING BREAK, CIRCULATE BOTTOMS UP. DRILL AND SURVEY 9275'-9389'. DRILL 9389'-9431' AND HAD DRILLING BREAK. STARTTO CIRCULATE BOTTOMS UP AND LOST 500 PSI. POH LOOKING FOR WASHOUT, NONE APPARENT. CHANGED JARS & BIT & TIH, BREAK CIRC AT SHOE. MWD AND PRESSURE OK. FINISH TIH. DRILL 9431'-9449' AND HAD DRILLING BREAK. CIRCULATE BOTT(~/I,~UP AN~DRILL'g449'-9472' HAD ANOTHER BREAK. CIRCULATE BOTTOMS UP A~D~N~/~SEDiMW~TO 10.1 PPG. POH. CONFIDENTIAL MU CORE BARREL AND TIH. CIRCULATE BOTTOMS UP AND CUT CORE #3 F/9472'-9525'. ..TOH. LD CORE BBL MU NEW BHA AND TIH. 3-01-88 3-03-88 3-04-88 3-05-88 3-06-88 3-O7-88 FINISH TIH. REAM AND MWD LOG F/9472'-9525'. DRILLED AND SURVEYED F/9525'-9530'. OBSERVED WELL, SLIGHT FLOW WITH TRIP GAS. MUD CUT TO 8.0 PPG. SHUT WELL IN AND CIRC THRU DEGASSER AND CHOKE. SlDP AND SICP 0 PSI. OPEN WELL NO FLOW, CONTINUE TO CIRCULATE OUT GAS CUT MUD. DRILLED TO 9567', LOST 700 PSI. CHECK SURFACE EQUlPMENT~:::)K AND TOH. FOUND WASHOUT 25 JOINTS DOWN. TIH AND DRILLED TO 9607'. CIRC TRIP GAS FOR 5 MINUTES. WORK ON MUD PUMPS. DRILLED AND SURVEY 9607"-9740'. INCREASED MUD WEIGHT FROM 10.1+ PPG TO 10.3 PPG. DRILL AND SURVEY 9740'-10074'. DRILLED TO 10091', MWD GR FAILED. CIRC BOTTOMS UP. TOH, LD TELECO. TESTED BOPE TO 3000 PSI. CUT DRILL LINE, MU NEW BHA AND TIH. ClRC AND TEST TELECO TOOL. FINISH TIH. HIT BRIDGE @ 9957'. REAM 9957'-10091'. DRILLED TO 10155'. DRILL AND SURVEY 10155'-10324', HAD DRILLING BREAK. CIRCULATE BOTTOM S UP, CHECK FOR FLOW, FLOWING SLIGHTLY. NO PRESSURE. RAISED MW FROM 10.4 PPG TO 10.5+ PPG AND CIRCULATE AND CONDITION MUD. TOH, LD MWD AND PU & ORIENT CORE BARREL. REAMED 40' TO BOTTOM AND CIRCULATE BOTTOMS UP. CUT CORE #4 10324'-10356'. CORE BARREL JAMMED. CIRCULATE GAS CUT MUD AND FLOW CHECK. WELL STABLE, TOH AND RECOVERED CORE. CUT 32' RECOVERED 31'. LD CORE BBL, MU BIT AND TIH. CONTINUE TIH TO 10295'. REAM AND MWD LOG TO 10356'. DRILL 10356'-10360'. CIRCULATE AND CONDITION MUD AND WEIGHT UP. CONTINUE WEIGHT UP WHILE DRILLING TO 10409'. LOST CIRCULATION. KEEP PUMP ON HOLE, LOST 410 BBLS. CONTINUED TOH TO 9468'. BUILD MUD VOLUME, PUMP 133 BBLS DOWN HOLE WITH NO RETURNS. REBUILD VOLUME AND PUMP AN ADDITIONAL 133 BBLS DOWN HOLE. HAD RETURNS AFTER FILLING HOLE THROUGH FILLUP LINE. TOTAL LOST 695 BBLS. BUILD VOLUME AND A3-rEMPT TO BREAK CIRCULATION, LOST CIRCULATION. TOH 10 STANDS, 7.5 BBLS FILL. BUILD VOLUME AND ATTEMPT TO BREAK CIRCULATION WITHOUT SUCCESS. TOH 6 STANDS, HOLE SWABBED. BUILD VOLUME AND ATTEMPT TO GAIN CIRCULATION WITHOUT SUCCESS. TOH 9 STANDS, HOLE SWABBED. BUILD VOLUME AND ATTEMPT AS BEFORE WITHOUT SUCCESS. TOH 10 STANDS, HOLE SWABBED. BUILD VOLUME AND A]-rEMPT TO GAIN CIRCULATION WITHOUT SUCCESS. TOTAL MUD LOST 900 BBLS. TOH, HOLE SWABBED. BUILD VOLUME AND Aq-rF_MPT TO GAIN CIRCULATION, WITHOUT SUCCESS. LOST 205 BBLS. TOH, HOLE SWABBED. BUILD VOLUME AND ATTEMPT TO GAIN CIRCULATION, WITHOUT SUCCESS. TOTAL DAILY LOSS 212 BBLS. TOH, HOLE SWABBED. MONITORED WELL. PUMP PILL AND ATTEMPTTO GAIN CIRCULATION. LOST 165 BBLS. TOH WET, SLOWLY MONITORING WELL. MU NEW BHA AND TIH TO 1106'. CIRCULATE BOTTOMS UP, GAS CUT. TIH TO 3800'. CIRCULATE BOTTOMS UP, MONITOR WELL FLOWING SLIGHTLY. TIH TO 5630'. CIRCULATE BOTTOMS UP, 300 BBLS. TIH WITH 1 STAND, WELL FLOWING. CIRCULATE 200 BBLS. TIH TO 7700'. BREAK CIRCULATION, LOST 20 BBLS AND REGAINED FULL CIRCULATION. TIH TO 8220' AND HIT BRIDGE. REAM THROUGH SAME AND TIH TO 8375', HIT BRIDGE. LD 5 SINGLES AND REAM TO 8400'. TOTAL LOST TO DATE 1297 BBLS. LD STANDS AND PU SINGLES AND REAM INTO HOLE 8400'-10409'. MAJOR BRIDGES REAMED 8730', 9210', 9590'-9815', 9832'-10084', 10188', 10285', 10315'-10409'. PUMPED HIGH VIS PILL AT 10333'. NO MUD LOST LAST 24 HOURS. HOLE STABLE, DRILLED WITH FULL RETURNS TO 10427". CONFIDENTIAL 3-08-88 DRILL 10427`-10460' TD. CIRC BOTTOMS UP AND PUMP HIGH VIS SWEEP. ClRC AND CONDITION MUD AND RAISE WEIGHT TO 10.8 PPG. CHECK FLOW UP ANNULUS, O1~ -CHECK FLOW UP DRILL PIPE, O1~ MU KELLY, PUMP PILL AND TOH 12 STANDS. HOLE SWABBING. MONITOR HOLE AND FILL THROUGH DRILLPIPE. TOH 5 STANDS AND FILL HOLE THROUGH DRILL PIPE. FINISH 25 STAND SHORT TRIP. NO TIGHT SPOTS. RIH. ~-09-88 CONTINUE RIH ON SHORT TRIP. TAGGED BOTTOM @ 10457`, CIRCULATE AND REAM TO 10460'. CIRC BOTTOMS UP, LOST 164 BBLS. PUMP 15 BBLS MICA PILL OBSERVE WELL, LOSSES SLOWED. PUMP PILL AND TOH. WELL FLOWING SLIGHTLY, SWABBED FOR FIRST 75 STANDS. FILL HOLE THROUGH DRILLPIPE EVERY 5 STANDS. HOLE DID NOT SWAB AFTER #75. FILLUP NORMAl_ CIRCULATED WELL @ 7200'. CONTINUE TOH. TOOK 121 BBLS TO FILL HOLE. LD BHA. RU SCHLUMBERGER. RUN #1 DIL/SONIC/CAL/GR/SP. HIT BRIDGE AT 10090'. WORK DOWN FOR 40 MINUTES WITH NO PROGRESS. LOGGING. TOTAL MUD LOST TO DATE 1361 BBLS. 3-10-88 CONTINUE LOGGING RUN #1. LAY DOWN CAL. RERUN & SET DOWN SOLID @ 10090'. TOH, RD SCHLUMBERGER. TEST BOPE TO 3000 PSI. TIH TO SHOE. LOSING SOME DISPLACEMENT. BREAK CIRC AT SLOW PUMP RATE WITH NO PROBLEMS. CONTINUED 'TRIP IN HOLE. BREAK ClRC @ 5750' & 7000'. ATrEMPTTO BREAK CIRC @ 10152'. TOH 10 STANDS, WOULD NOT CIRCULATE. TOH TO 7694' AND CBU @ SLOW RATE. LOST 37 BBLS. STAGE IN HOLE & BREAK ClRC AT 8226' & 9173'. TIH TO 10052'. BREAK CIRCULATION SLOWLY & INCREASE PUMP RATE. TOTAL MUD LOST TO DATE 1398 BBLS. 3-11-88 CONTINUE CIRC AND OBSERVE WELL. WASHED & REAMED TO 10095'. ClRC BOTTOMS UP. WASHED TO 10127', HIT BRIDGE @ 10145'. LD 8JTS & WASHED & REAMED TO 10317', FORMATION PACKING OFF AND SWELLING. SPOTTED 50 BBL LCM PILL (WT 11.5 PPG) @ 10310'. LOST 220 BBLS WHILE REAMING AND CIRC. TOH SLOWLY, HOLE INITIALLY SWABBED,THEN TOOK FLUID. LOST 76 BBLS. CHANGED BHA AND PU6 PT ROLLER REAMER. TIH TO SHOE, LOST 24 BBLS. BREAK CIRC, HOLE TAKING FLUID. TIH TO 6061', LOST 15 BBLS. BROKE ClRC, FAIR RETURNS. LOST 4 BBLS. CONTINUE IN HOLE SLOW. TOTAL MUD LOST TO DATE 1737 BBLS. CONTINUE TIH TO 8264'. CIRC BOTTOMS UP. CUT MUD IN PITS TO 10.6+ PPG. STARTED PUMPING, HAD NO RETURNS, AFTER 27 BBLS PUMPED HAD 150 PSI BACK PRESSURE. RU AND ALLOW MUD TO BACKFLOW THROUGH STANDPIPE TO ANNULUS. TOH. HOLE SWABBED. ATTEMPT TO GAIN ClRC, LOST RETURNS AFTER 150 BBLS. EQUALIZED ANNULUS AND DRILL PIPE. TOH TO 5545'. CIRC AND CONDITION MUD TO 10.6+ PPG, WITH NO LOSSES. TIH TO 7427'. CIRCULATE & CONDITION MUD. MUD GAS CUT TO 9.8 PPG. NO FLOW. TIH TO 8775'. ClRC AND CONDITION MUD, GAS CUT TO 10.2 PPG. OBSERVED WELL, NO FLOW. TIH TO 10064'. LD 6 JTS IN PREPARATION TO REAM PREVIOUS TIGHT SPOT AT 10091'. TOTAL MUD LOST TO DATE 1777 BBLS. 3-13-88 CIRC & CONDITION MUD @ 10064'. MUD GAS CUT TO 10.2 PPG. REAMED TO 10310'. 3-14-88 CONTINUE REAMING 10310'-10455'. ClRC BOTTOMS UP, OBSERVED WELL, FLOWING. GAINED 50 BBLS. SHUT IN AND CIRC BOTTOMS UP THROUGH CHOKE. LOST 157 BBLS. OBSERVED WELL, GAINED 100 BBL, NO SHUT IN PRESSURE. SHORTTRIP TO 9938'. TIH TO 10317' AND HITTIGHT SPOT. REAMED TO10329' UNABLE TO MAKE CONNECTION. SHALE SLOUGHING IN. HOLE STARTS TO PACKOFF ABOVE 55 SPM. MUD GAS CUTTO 10.1 PPG. NOT LOSING MUD WHILE REAMING. 3-15-88 CONTINUE REAMING TO 10329'. tIRO BOTTOMS UP THRU CHOKE HOLDING 50 PSI BACKPRESSURE. SPOTTED 50 BBLS 2% DIESEL PILL ON BOTTOM. LOST 172 BBLS WHILE CIRCULATING, GAINED 145 BBL WHILE OBSERVING WELL. TOH SLOW, FILLED HOLE THROUGH DRILLPIPE DUE TO SWABBING. BROKE ClRC 45 STANDS OUT TO CHECK FILLUP. FINISH TOH, CONTINUING FILLUP THROUGH DRILLPIPE. RU LUBRICATOR AND LOG WITH RUN #2 LDT/CNL/EPT. EL TD 10288',.TIGHT IN BOTTOM 300'. ,.,ONFII3ENTII L 3-16-88 :~-17-88 3-18-88 3-19-88 -FINISH LOG ~2 LDT/CNL/EPT, RD SOS. TESTED BOPE TO 3000 PSI. PU BAROID MWD, LOAD SOURCES AND CALIBRATE TOOL TIH TO SHOE, ClRC BOTTOMS UP. RIH TO 5650'. REAM 5650'-5813' TO CORRELATE MWD SURVEY. TIH TO 7500' AND BREAK CIRC. CONTINUE IN HOLE AND REAM AND LOGGED F/9368'-9550' FOR CORRELATION. ClRC THRU CHOKE DUE TO WELL FLOWING AND VERY GAS CUT MUD. CONTINUE CIRCULATING THRU CHOKE TO STABILIZE WELL TIH TO 9775', HIT BRIDGE. REAMED TO 10000'. CIRCULATE Bo3-rOMS UP. REAM AND LOG TO 10015'. CIRCULATE THRU CHOKE TO STABILIZE WELL REAM AND LOG TO 10180'. CIRCULATE. REAM AND LOG TO 10306'. CIRCULATE. REAMED TO 10306'. CONTINUED REAM AND LOG TO 1041:7. CIRCULATE BoI-rOMS UP THRU FULL CHOKE. LOST ABOUT 100 BBLS. TOH SLOWLY FILLING HOLE THRU DRILL PIPE. HOLE STOPPED TAKING FLUID @ 45 STANDS OUT. CIRC BOTTOMS UP @ 5860'. CONTINUED TOH. FINISH TOH, RECOVERED MWD DATA. RU SCHLUMBERGER & RUN CHECK SHOT. TOOL SET DOWN @ 8768'. RUN SURVEY FROM THERE. PU 45 SHOT SWC GUN & RIH. SET DOWN @ 6478'. TOH & RD SOS. MU BHA & TIH. BREAK CIRCULATION @ SHOE, WASH AND REAM TIGHT SPOT @ 6478'. CIRCULATE BOTTOMS UP. MUD GAS CUT TO 9.7 PPG. RIH TO 8742'. WASH AND REAMED TO 8818', RIH 10188'. WASH AND REAMED TO 10233'. CIRCULATE OUT GAS CUT MUD, WEIGHT 10.5 PPG. CONTINUE CIRC GAS CUT MUD. REAMED TO 10265'. CIRCULATE & CONDITION MUD, PUMP 2 HIGH VIS SWEEPS. TOH FILLING THRU DRILL PIPE. RIG UP SOS. RIH WITH 45 SHOT SWC, GUN STOPPED @ 6620'. TOH AND REDUCE STABILIZER OD, RIH. TOOL STOPPED @ 6624'. SHOOT SWC'S F/6619'-5070'. SHOT 28, 25 FIRED, TOH WITH GUN. RIH WITH GUN #2. SHOT SWC 6609'-3885'. SHOT 45, RECOVERED 45. RD SOS. MU MULE SHOE ON DP & RIH. BREAK ClRC @ SHOE (5652'), AND CIRC BOTTOMS UP @ 7500'. CONTINUED RIH, PU 32 JTS DP. TAGGED UP @ 10253'. CIRCULATE BOTTOMS UP, MUD GAS CUTTO 9.5 PPG. SET PLUG #1 WITH OE DRILL PIPE @ 10210'. TEST LINES TO 3000 PSI. PUMP 5 BBLS WATER, MIX AND PUMP 85 SX CLASS G W/35% S~, .3% CD-31, .1% R-6, 1 GPHS FP6L. VOLUME 22.5 BBLS, WEIGHT16.0 PPG. DISPLACED WITH 2 BBL WATER AND 176 BBLS MUD. BREAK FREE, DP STANDING FULL TOH TO 9960', CEMENT DROPPED OUT OF PIPE. ESTIMATED TOC 10030'. CIP 0230 HRS, 3-21-88. LOST 40 BBLS MUD WHILE DISPLACING. CIRC AT SLOW RATE, MOVING PIPE WHILE WOC. CONTINUE ClRC AND WOC. RIH & TAGGED PLUG #1 @ 10110' WITH 10000#. PUMP 80 BBL 15.7 PPG MUD AND EQUALIZE F/10110'-9660'. POH TO 9600'. BREAK CIRC AND CHECK WELL FOR BALANCE. RU BJ, TEST LINES TO 3000 PSI, PUMP 5 BBLS WATER AHEAD, MIX AND PUMP 185 SX CLASS G W/35% S-8, .3% 0D-31, .17% R-6, 1 GHS FP6L VOLUME 49 BBLS, WEIGHT 16.0 PPG. DISPLACE WITH 2 BBLS WATER AND 162 BBLS MUD. PULL TO 9106', DP PULLED SLIGHTLY WET. CIP 1315 HRS, 3-21q~8. CIRC AND WOC. RIH AND FEEL FOR PLUG, WENT TO 9768', NO PLUG. TOH TO 9106'. REPAIR LEAKY VALVES IN MUD SYSTEM. CIRC AND CONDITION MUD LOST 55 BBLS AND GAINED 155 BBLS THROUGH WATER ADDITIONS. RIH TO RESET PLUG #2. PIPE STOPPED @ 9390'. SET 75-80000~ WITH FULLPUMP ON PLUG. PLUG SOLID. TOC IS 72' ABOVE DRILLING BREAK POINT @ 9462'. CONTACTED AOGcc REP DOUG AMOS AND HE VERBALLY APPROVED LENGTH OF PLUG. MIX 80 BBLS OF 16.0 PPG MUD AND PREPARE FOR PLUG #3. FINISH MIXING HEAVY MUD AND SPOT 80 BBL 15.9 PPG 9385'-8900'. PULL TO 8900', BREAK ClRC AND HAD CEMENT'CONTAMINATED RETURNS. LOST CIRCULATION, UNABLE TO REGAIN. TOH SLOW, WELL SWABBING. FILL THROUGH DRILLPIPE. HOLE TAKING MORE FLUID THAN STEEL REMOVED, HOWEVER, ANNULUS STAYED FULL. PULLED TO 1208' AND BROKE ClRC WITH FULL RETURNS. STAGE IN HOLE BREAKING ClRC AND BRINGING BOTTOMS UP AT 20 STAND INTERVALS. MUD VERY CEMENT CONTAMINATED. BREAK ClRC @ 9385', STARTED LOSING RETURNS AS HEAVY MUD STARTED UP HOLE. DETERMINED LOST ZONE IS NOT ON BOTTOM. SHUT DOWN PUMP AND EQUALIZE HEAVY MUD. CONFIDENTIAL CONTINUE EQUALIZE WELL PULL TO 8900', Al-tEMPT TO CIRCULATE WITHOUT -SUCCESS. PULL TO 7972' WITH SAME RESULTS. PULL TO 6094', BREAK CIRC AND PUMP 661 BBLS. TIH TO 7030', CIRC BOTTOMS UP. RETURNED MW 11.1 PPG. TIH TO 7973' AND CIRC BoI-rOMS UP. TIH TO 8915' AND CONDITION MUD FOR PLUG #3. RU BJ AND TEST LINES TO 3000 PSI. PUMP 20 BBLS WATER, MIX AND PUMP 325 SX CLASS G W/.15% R-6, 1 GHS FP6L, DISPLACE WITH 5 BBLS WATER AND 131 BBLS MUD. SLURRY VOLUME 64 BBLS, WEIGHT 15.8 PPG. EQUALIZE CMT & PULL OUT. PIPE PULLED DRY. CIP 0215 HRS, 3-24-88. TOH, STAND BACK 40 STANDS, LD REST. ESTIMATED TOC 8550'. CEMENT VOLUME CALCULATED FROM SCHLUMBERGER CALIPER INFORMATION. CURRENT DEPTH 8550'. TOH LDDP, HWDP AND COLLARS. PU HOWCO EZSV ON DP AND TIH SLOW. SET EZSV @ 3779'. THAW KILL LINE, CIRC THRU SAME AND TESTED CASING TO 1000 PSI. INJECT 403 BBLS OF MUD FROM RIG PITS AND 2136 BBLS FROM RESERVE PIT. RATE 25-60 SPM, 3-7 BPM WITH 900 PSI MAXIMUM PRESSURE. CURRENT DEPTH 3779' PB. CONTINUE INJECTING RESERVE PIT FLUIDS. CHANGED OUT TRASH PUMP. REVERSE CIRCULATE ANNULUS WHILE CHANGING PUMPS. INJECTED 3224 BBLS LAST 24 HOURS MAXIMUM RATE 7.5 BPM @ 900 PSI. TOTAL INJECTED TO DATE 5360 BBL. CURRENT DEPTH 3779' PB. CONTINUED INJECTING RESERVE PIT. TOTAL INJECTED 1194 BBLS MUD FOLLOWED BY 50 BBLS WATER. TOTAL INJECTED FROM RIG PITS AND RESERVE PIT 7007 BBLS. RU BJ HUGHES. TESTED LINES TO 2000 PSI. PUMPED 5 BBLS WATER FOLLOWED BY 185 SX CLASS G W/35% S-8, .3% CD-31, .17% R-6, WITH CELLO FLAKES @ 15.3 PPG (VOLUME 48 BBLS), FOLLOWED WITH 103 SX CLASS G W/1% A-7, @ 15.7 PPG (VOLUME 18 BBLS). DISPLACED @ 5 BPM WITH 54 BBLS MUD. PULLED OUTOF EZSV & DUMPED 128 SX ON TOP. CIP 0530 HRS, 3-26-88~ STAND BACK 3 STANDS & POH, LDDp. DID NOT FILL HOLE LAST 75 JOINTS TO DROP FLUID LEVEL. PULL WEAR BUSHING & ND BOPE & FLOWLINE. RIH W/7 JTS DP & PUSH PAPER PLUG TO MUD LEVEL @ ABOUT 200', LDDP. CUT OFF BRADENHEAD, CONDUCTOR AND 9-5/8" CASING 2' BELOW GL. RU BJ AND LAID LINE TO TOP OF CASING. MIXED & PUMPED 88 SX CS I @ 15.3 PPG (VOLUME 15 BBLS) AND FILLED 9-5/8" CASING & 9-5/8" X 16" ANNULUS WITH CEMENT. INSTALLED ABANDONMENT MARKER POST WELDING SAME TO 9-5/8" CASING. POST IS 2' BELOW GRADE AND 4' ABOVE GRADE. CUT AWAY GALVANIZED CULVERT FROM AROUND CELLAR. SHIM RIG MATS IN CELLAR DUE TO EROSION FROM MELTED ICE. FINISH CLEANING MUD PITS. SECURED RIG AND RELEASED RIG @ 0600 HRS, 3-27.88. P & A OF PIPELINE STATE #1 COMPLETED. ARCO Alaska, Inc. Post Office 1OO36O Anchorage, A~aska 99510-0360 Telephone 907 276 1215 hand-carri" ~ SAMPLE TRANSbIITTAL · SHIPPED TO: · , State of Alaska Oil & Gas Conservaton Commission 3001 Porcupine Dr. Anchorage, Ak. 99501 Attn: John Boyle DATE' 3-29-88 OPERATOR: Arco NAME' Pip~lino .q~: 91 S..'%MPLE TYPE· core 'Chips & dry ditch Nb~iBER OF BOXES' ] 5 Sk\IPLES SENT: r~~l2 co : 7537 - 7596' : 8763 - 8815 3: 9472 - 9525 4:10324 -10353 at one foot intervals dry ditch: ~120 - 1320 ~ 1320 - 2490 ~ 2490 - 3840 ~-3FFO~34~- 5000 '-5000 - 5800 ~5800 - 6490 ~6500 - 6900 ~.6900 - 7250 '~7260 - 7800 ~ 7800 - 8250 ~ 8260 - 8650 ~8660 - 8960 ~8970 - 9510 ~9510 - 10060 10060 - 10460 T.D. SHIPPED BY: _' Bayview' Facility C6ordinator UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO- ARCO ALAS}LR, INC. P.O. BOX 100360 ANCHORAGE, ALASKA 99510 ATTN: Paleo Lab .. ABV/100 RECEIVED DATE' ARCO Alaska, Inc. is a Subsidiary of AHanticRichfieldC, ompany OIL AND GAS CONSERVATION COdMio~ ALAS~"' SURFACE ABANDONMENT REPORT 20 AAC 25, ARTICLE 2 Operator Address Surface Location of Well Permit No. _ _~ 7--/~P / j.~,~ ~ Ft. FI2_) L, ~.~ Ft. FO'-_L,. '' ' API No. 50-~3- Sec. ~ T~~, R~~, ~M. Unit or Lease Name ~~ '" Well No. "/ 20 ~C 2~.120: ~LL ~DO~NT ~RKER: Dia. Steel Post (4"Min.) ~' - ~, Length (10' Min.) ~.~ Height Above Final Grad~Level (4' Min.) Top of ~rker Pipe Closed ~th: Cement Plug~ Screw Cap Welds Set: On Well Head ~, On Cutoff Casing ~, In Concrete Plu~- Distance Below Final Grade Level __~ _ Ft. in. Side Outlets: M1 Valves and Nipples Removed ~/~ Date Downhole P & A _~'~.~-v ,--~ INFORMATION BEADWELDED DIRECT~LY TO MARKER POST: - (List k~ere Different from File Information) Operator Unit or'Lease Name Well Number , Surface Location of Well: Ft. F L, Ft., F L, Sec , T_~ , R , M _, Debris' Removed 20 AAC 25.170: LOCATION CLEAN-UP P ITS: F'---~lled In ~, Liners Removed or Buried · SURFACE OF PAD AND/OR LOCATION: Rough ' Sm°gth~ ~'r--' Contoured , Flat , Compacted' , Other ---~-/Z//l~_~o~ /~'~ ,'~xC, (~ - ~'~'/;~~ ------ · o CLEAN UP OF PAD ~;D/OR LOCATION: Clean_~./? Pipe Scrap _, Iron Scrap. .., Wood . _, Mud____, Cement Paper ..... , Other SURROUNDING AREA:' ..... , Tundra_/'., Grass _____, Dirt ., Gravel Wooded , Brush Sand _, Other CONDITION SURROUNDING AREA: Clean ~ , Trash from Site ., Trees and/or Brush.from Clearing Site Other , ACCESS ROADI , " '... ' i~-~[ .... G ,,. ice_____, Other , CONDITION ACCESS ROAD AND S~ROUNDING: T~ra/f ' Clean , ROugh , SmOoth --, from Operations__, Trees and/or Brush fro-----m Clearing Road ,_ _, Spoil from Clearing Road Other REMAINING TO BE DONE: ~,,~'/.~7.~za~',/z/~ ~Y~/,"~9~/ ~/~J RECOMMEND APPROVAL OF ABANDONMENT: Yes . , No ~ Final Inspection INSPECTED BY 05/26/Sl Operator Address Surface Location of Well ~25~ Ft. F kJ L, tC~.~ Ft. F~- L, s~.~_,, ~_~ :/, ~/~ ~, ~ ~: ALASt~" >" AND GAS CONSERVATION CO'MISt"TOt ~URFACE ABANDONME'NT REPORT 20 AAC 25, ARTICLE 2 .Dat~ Downk.~le P & A : '~ ~"- ~'~ Permi '' ' API No. Well Field & Pool .,, Welds 20 AAC 2~.120: WELL ABANDONMENT MARKER: Dia. Steel Post (4"Min.) ~4~" Length (10' Min.) ~-~ Height Above Final Grade Level (4' Min~i ~ Top of Marker Pipe Closed with: Cemedt Plug Screw Cap Set: On Well Head._____, On Cutoff Casing L--~'_, ~n Concrete Plug _ Distance Below Final Grade Level ~ Ft. in. __ Side Outlets: All Valves and Nipples Removed Ail Openings Closed _Af~ ' With Blinds~A~.i, With Cement ~_~, Other INFORMATION BEADWELDED DIRECT,~LY TO MARKER POST: .. (List ~ere Different from File Information) ' Operator Unit or'Lease Name Well Number , Surface Location' of Well: ~t. ~___~, ~., ~ ...L, s~ ___, ~__C__~ U__, ~ , M · , 20 AAC 25.170: LOCATION CLEAN-UP P ITS: " F---'~lled In b-//'_, Liners Removed or Buried _, Debris Removed_ '... · SURFACE OF PAD AND/OR LOCATION: Rough Smooth _~ Contoured , /F.lat ' j compacted. '.-, CLEAN UP OF PAD A~D/OR LOCATION: Clean .L-~-2; Pipe Scrap ., Iron Scrap _, Wood .... , Mud ____, Cement , Paper .., Other SURROUNDING AREA: Wooded , Brush Sand ., Other ,. ., Tundra ~..., Grass ____, Dirt _____, Gravel CONDITION SURROUNDING AREA: Clean ~-'~, Trash from site ', Trees and/or Brush from Clearing Site _ . Other , Dirt _, Ice .., Other . CONDITION ACCESS ROAD AN~ S~ROUNDING: . Clean , Rough Smooth , from Operations ____, . -.. Trees and/or Brush fr~m Clearing Road .., Spoil from Clearing Road ___-, ' Other ...... ' ' RECOk~END APPROVAL OF ABaNDONmENT: Yes . _, No ~--~ ': Final Inspection .. /... .... ... -'...' INSPECTED B - , :: .27.,...: "i'.: DATE ' c~O~ , . , ,., ,~:,.~ .... . ,.¢~. ~:. :' '. 05126/81 / ' '" ' " ' .... :" ' ""::':'~ ...... ~':":"~:~':"""' "" · ..... ., ,~ ,, ~ ,~, ~2,~ .,... ,,~.,. : , , ,. ," .. ',~ . , .: . ." ,, . , , '. '. .i:.... ' .- ..,...,:.:.,.~.,.:~ _~. ~?,?;~.?--...~ '-; .., ARCO Alaska, Inc.i'"' ? ,c:, s Z ,0 '?'[ic e i/-,',, .~ ',: -! [1 ['., 3 F 0 ,/-',.:':chorsge, ,,':~.ia~ ,:s 99,5'~ March 18, 1988 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject' Pipeline State #1 Dear Mr. Chatterton' Attached is our Sundry notice concerning the plugging of our Pipeline State #1 exploration well. As discussed with Blair Wonzell of your office, a final decision has not been made to plug, however, the decision could be made very quickly. We, therefore, have prepared the plugging program to allow time for your con- sideration. We request that all information regarding this well be held confidential. Should you have any questions, please contact Mike Winfree at 263-4603 or Tom Maunder at 263-4971. Sincerely, Regiona7 Drilling Engineer JBK' TEM' pk ~ Attachment cc' M.B. Winfree T.E. Maunder Pipeline State #1 Well File ARCO A~aska, Inc. is .a Subsidiary o~ A~an~icF~ich,~iebc:Con',$~ar.',!/' APPLICATION FOR SUNDRY APPROVALS 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510-0360 1. Type of Request: Abandon ~, Suspend [] Operation Shutdown ,~, Re-enter suspended well r~ Alter casing ~ Time extension [] Change approved program ,~, Plugging ~ Stimulate ~ Pull tubing -~ Amend order ~_ Perforate ~ Other 4. Location of well at surface 2231 ' FWL, 823' FSL, Sec.33, At top of productive interval Straight hole At effective depth T6N, R13E, UM At total depth 11. Present well condition summary Total depth: measured true vertical 10460'MD 10460'TVD feet feet Plugs (measured) Effective depth: measured true vertical feet feet Junk (measured) 5. Datum elevation (DF or KB) RKB 38.5 ' GL 269 ' feet 6. Unit or Property name 7. Well number Pipeline State #1 8. Permit number 87-121 9. APl number 50-- 225-20Q1 10. Pool Wildcat C IDENTIAL . Casing Length Conductor 80' Surface 3797' Size 1 6" 9-5/8" Cemented Measured depth 194 sx CS II 1200 sx CS III & 250 sx Class G Top job w/lO0 sx CS 115'MD 3832'MD True Vertical depth 115'TVD 3832 'TVD Perforation depth: measured true vertical Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) 12.Attachments Description summary of proposal [] Detailed operations program [] BOP sketch [] 13. Estimated date for commencing operation See attached report 14. If proposal was verbally approved Name q~over Date approved 15. I here,,b'y~cert/fy that the f...or.~g. DiSkS"true and correct to the best of my knowledge Signed ! /z, .~/.,,//,~~',.,~..~.,.1,~~ Title . Re.qional Drillina Enoineer Conditions of approval Commission Use Only/.~Y'~Y/TEM) SA3/73 Notify commission so representative may witness J Approval No. [] Plug integrity [] BOP Test [] Location clearanceJ Approved Copy Returned Commissioner ORIGINAL SIGNED BY Approved by LONNIE C. SMITH Date ~~/~ ~ .~~ by order of the commission Date~-/' ~-. ~ Form 10-403 Rev 12-1-85 Submit in triplicate APPLICATION FOR SUNDRY APPROVALS Item #13: ARCO Alaska proposes to plug and abandon the Pipeline State #1 exploration well. Although a final decision as to plug or case has not been made, this proposal is submitted to allow time for approval of the plan. The present well condition is summarized on the Sundry sheet. Logs are still being obtained. The proposed plug design is attached. Due to well conditions, a heaving shale at TD, it may not be possible to put the plug bottom at 10460'. The bottom plug will be placed as deep as possible. After setting the retainer in the 9-5/8" surface casing, all mud possible will be injected below it prior to sealing above and below with cement. If the decision is made to plug the well, it is possible that the operations could begin as early as March 20, 1988. CONFIDENTIAL SA3/73a 3/17/88 (~eneral Purpose Worksheet Iubject Page No. By Date CONFIDENTIAL ., ARCO Alaska, Inc. Post Office ~ 00380 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 February 29, 1988 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 SUBJECT: Conductor As-Built Location Plat Dear Mr. Chatterton- Enclosed is an as-built location plat for the any questions, please call me at 263-4944. Sincerely, - Pipeline State #1 subject well. If you have · Gruber Associate Engineer JG'pk GRU1/85 Enclosure ,ARCO Alaska, Inc. is a Subsidiary of AttanHcRichfietdCo.~;~p~;}y WELL CONDUCTOR PIPELINE STATE No.I AS-BU I LT PAD CENTROID ~E, PAD LIMITS .,, / / ! / · ! ! ! ! ! ! ! ! ! ! ! ! I ! ! .J VICINITY MAP NO SCALE WELL CONDUCTOR LAT. 69° 49' 3,5.734' LONG. i48°S4' 15.9i5" 2,23 I' F.W.L. 824' F.I.L. ELEV. O.G. 2 67.7' E L_E ¥.., T. O.P..~ D 268.7' Y $ 787 264.55 X 651 303.80 I HEREBY CERTIFY THAT I AM PROPERLY REGISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ALASKA AND THAT THIS PLAT REPRESENTS AN AS-BUILT SURVEY MADE BY ME, AND THAT ALL DIMENSIONS AND OTHER DETAILS ARE CORRECT AS OF: 2/19/88 NOTES -! . .ALL COORDINATES ARE A,S.P. ZONE 4. ALl:. DISTAI~ES ARE TRUE. 3. ELEVATIONS ARE U.S.C. IG.S. "IF. NY" 4. SURVEY PERFORMED BY LOUNSBURY & ASSOC. IN THE MONTH OF. FEBRUAR**Y, 5. REFERENCE DRAWING: PBFG-OOOO-CEC-O?O012$ 6. REFERENCE FIELD BOOK LPB 8B-2 2/i9/88 OAT E WELL AS-BUILT DESCRIPTION PAD CENTROID LAT. 69049' 3,4.98" LONG. m4i054.m2.95" 2,3,35' F.W.L. 746' F.S.L. ELE v. O.G. Y 5787 189.4 X 638 489.2 268.0' · ,'~ka Oil & Gas,,_~ ~C°as' ~,,, ~,, _,,, ~:? ........... il i1.1~1 m ~ .......... . .......... ARCO Alaska Inc. Se btid~ery of At leatic Richfield Ce$l~eay PRUDHOE FACIUTIE~ PflC)JECT - PRUOHOE BAY DR.W,.G T,TLE WELL CONDUCTOR [PIPELINE STATE NO. I AS -BUILT I D*TE I'D"*w" G LL FEB.19,1988 I CHECKED .... AFE/CC#o AD6111 ,JOB Me. B069 WORK ORDERNo. 0 _ ,M EMORAN DU Vl State f Alaska ALASKA OIL AND GAS CONSERVATION COMi~ISSION Lonnie C Smith /~ ":~-~'~ DATE: TO: Commissioner FILE NO: February 29, 1988 D.ADA.54 TELEPHONE NO: THRU: Michael T Minder ~.~.~f~ SUBJECT: Sr Petroleum Engineer FROM: Doug Amos~' Petroleum Inspector BOP Test ARCO Pipeline State #1 Permit No. 87-121 Exploratory Sec 33T, 6N, R13E, UM Monday, February 8, 1988: I traveled this date from Prudhoe Bay to ARCO's'Pipel'i~'e Sta'te~'No. 1 exploratory well to witness the BOP test. I was called out to the location at 7:00 a.m.; but due to numerous nipple up problems, the test did not commence until 5:30 p.m. The test was concluded at 8:00 p.m.. There were no failures. I filled out an AOGCC BOP test report which is attached. In summary, I witnessed the successful BOP test at ARCO's Pipeline State No.1 exploratory well. Attachment 02-001A (Rev. 8/85) '5/84 STATE OF ALASKA ALASKA OIL & GAS CONSERVATION CO~ISSION B.O.P.E. Inspection Report Inspector Operator Location: Sec ~ T~k~R 15~-M [A,~' Drilling Contractor ~'~0~ Location. General, ~/Well Sign, General Housekeeping Reserve Pit Mud Systems Visual Audio Trip Tank Pit Gauge Flow Monitor Gas Detectors BOPE Stack Annular Preventer _ Test Pressure Choke Line Valves ¢i'":"Iit 'ti Kill Line V aiveJ~ Z4~ '' Check Valve -- [[ Test Results: Failures Ri~ # ~ Representative ~, -- ACCUMULATOR SYSTEM Full Charge Pressure ~l~O~ Pressure After Closure Pump incr. clos. pres. 200 psig. Full Charge Pressure Attained: N2 ~Qg~PiZZ.~/~Z~D ~J)~~O psig Controls: Master Remote /Blinds switch cover .,Kelly and Floor Safety Valves Upper Kelli ~ ~" Test Pressure Lower Ke!lM I ~' Test Pressure _ Ball Type [ ~ Test Pressure Inside BOP \ U~'Test Pressure Choke Manifold [ JP'Test Pressure ~o. V~lves No. flanges Adjustable Chokes Hvdrauica!!y ooerated choke psig. ~ p s i g. b.~'~ min~sec. min ~ sec. .5 ooo Test Time "Z. hrs. Repair or Replacement of failed equipment to be made within Commission office notified. days and inspector/ Remarks: Distribution orig. - AO&GCC cc - Operator cc - Supervisor APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon ~ Suspend ~ Operation Shutdown ~ Re-enter suspended well ~ Alter casing Time extension ~ Change approved program ~, Plugging =q Stimulate ~ Pull tubing f-: Amend order ~ Perforate ~ 2. Name of Operator 5. Datum elevation (DF or KB) ARCO Alaska~ lnc. GL 269' feet 3. Address 6. Unit or Property name P, 0, Box 100360, Anchorage, AK 99510-0360 4. Location of well at surface 2231' FWL, 823' FSL, Sec.33, T6N, R13E, UM At top of productive interval 2231 ' FWL, At effective depth 2231 ' FWL, At total depth 2231 ' FWL, 11. Present well condition summary Total depth: measured true vertical 823' FSL, Sec.33, T6N, R13E, UM 823' FSL, Sec.33, T6N, R13E, UM 823' FSL, Sec.33, T6N~ R13E~ UM feet feet Plugs (measured) 7. Well number Pipeline State #1 8. Permit number 87-1 21 9. APl number 50--223_20016 10. Pool Wildcat Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth ~ue Verticaldepth ,This notice is a change of surface location of the proposed well. This location is 104'W and 77'N of the previously permitted site. There are no other changes to the approved permit. A certified plat will be sent as soon as it is available. Perforation depth: measured true vertical Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) 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 certify that the foregoing is true and correct to the best of my knowledge Signed (~,~0/'~,.,,,,.,,~.CLJ4,,/L.j Title Associate Engineer Commission Use Only (. ~ ~-M ~ 5A3/56 Conditions of approval Notify commission so representative may witness I Approval No. [] Plug integrity r--I BOP Test [] Location clearanceI ORIGINAL SIGNED BY Approved by LONNE C~ SMITH Form 10-403 Rev 12-1-85 Date Approved Copy Returned,~ ~ by order of ~",-.'7" ~,/_ ~,'~, Commissioner the commission Date :" ~--~,/ 6~., Submit in triplicate~ December 16, 1987 ~ir. J. B. I(ewin Regional Drilling Engineer ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Telecopy.. (907) 276-7542 Re: Pipeline State f/1 ARCO Alaska, Inc. Permit No. 87-121 Sur. Loc. 746'FSL, 2335'FWL, Sec. 33, T6N, R13E, UM. Btmhole Loc. 746'FSL, 2335'FWL, Sec. 33, T6N, R13E, UM. Dear Mr. Kewin: 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 ~urface 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. V?~r~y~, truly zy.~urs, / /' t' C. V. 'Chatt'erto~ Chairman of Alaska Oil and Gas Conservation Co~ission BY ORDER OF THE COMMISSION dlf Enclosure cc: Department of Fish & Game, Habitat Section w/o enc!. Department of Environmental Conservation w/o encl. Mr. Doug L. Lowery ARCO Alaska, In(" .,°ost Of'[ic~ ,. ox 100360 Anchorage, Alaska 995'10-0360 '--'r76 1215 'Telephone 907 ~ CONFIDENTIAL November 16, 1987 Mr. C. V. Chatterton Commi ssi oner State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE' Pipeline State #1 Dear Mr. Chatterton' Attached is ARCO Alaska's application for the permit to drill Pipelin.e State #1. Current plans are to begin drilling in early January, although if weather conditions allow, the spud date may be advanced. Applications for the various other permits required by law have been made. Copies can be provided should you require them. We request that all informatiom regarding this well be held ,confidential. If further information is required, please contact Mike Winfree at 263-4603 or Tom Maunder at 263-4971. V~ truly yours, Regio. nal Drilling Engineer JBK:TE TEM/78 Attachment cc" M.B. Winfree T.E. Maunder Well File RECEIVEI) NOV 1 ? 1987 Alaska Oil & Gas Cons. Commissiol~ Anchorage ARCO A~aska, ]nc. is a Subsidiary of AtlanticRich~ieldOornpa~y PERMIT TO DRILL CON ri :ENTIAI_ I la. Type of work Drill [] Redrill []1 lb. Type of well. Exploratory ~ Stratigraphic Test [] Development Oil Re-Entry [] Deepen©1 Service [] Developement Gas [] Single Zone 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska, Inc. GL 269' feet Wi 1 dcat 3. Address 6. Property Designation P.0. Box 1003,60 Anchorage, AK 99510-03,60 ADL 3,6603,2 ALK 3,795 4. Location of well at surface ~/, ~ 7. Unit or property Name 11. Type Bond(see 20AAC 2S.02Sl 746'FSL, 2335'FWL, 5ec.33,, TGN, R13E, appro:~ Statewide At top of productive interval 8. Well nurpber Number Straight Hole Pipeline State #1 #8088-26-27 At total depth 9. Approximate spud date Amount Straight Hole 01/10/88 $500,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD an~ TVD) property line Mobil W. Kadleroshili ~ 746 feet 9 mi 1 es E feet S7RO I znnn, TVD feet 16. To be completed for deviated wells Straight Hole 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Kickoff depth N/A feet Maximum hole angle 0 Maximum surface 2 6 8 0 pslg At total depth ('rVD) 61 0 0 psig 18. Casing program Setting Depth size Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 24" 16" 62.5 H-40 Weld 80' 3,0' 30' 110 110' Poleset 12-1/4' 9-5/8" 47.0 L-80 BUTT 4000' 29' 29' 4029 4029' 3,000sx AS IV & 400sx AS I 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemen, I~d Measured depth True Vertical depth Structural ~'~"'/ 0 0 Conductor / ,-~ cO" ~/~.,.('~ ~06) Surface ¥0 ,0 . I E[EI'IfED Intermediate ¢ .,e. ,,,',o.0:' ya ~e' ~ ~¢~ ' NOV i. ? !987 Production Liner 'V'~o~¢--,~ ~5~, ¢~~'0''/' A~ask3 Oil & Gas Co~s, Commissiot~ Perforation depth: measured '-' ('¢' ~'~ Y '('" ~¢I' ' Anchorage true vertical \p' 20. Attachments Filing fee [] Property plat [] BOP Sketch [] Diverter Sketch [] Drilling program Drilling fluid program I~ Time. Vs depth plot [] Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements 21. I hereby/~ that the f~7 true .an.d correct to the best of mY knowledge Signed / /'~~ ~...-)-~~.-¢~ Title Regional Drilling Engineer Date///j/7 ¢/b' I ' /-~'/ Commission Use Only ~~"~TEM) PD2/57 P~rm~t Nu,~er I APl number I Approval dater I See cover letter S'~.-IW./ [ 50--22.:~.-.2_oo/~ I 12/16/87 I for other requirements Conditions of approval Samples required E~Yes [] No Mud log required ~--Yes [] No Hydrogen sulfide measures [] Yes [~"No Directional survey required [] Yes [Z;--No Required working pr~.s.~ure for Bj:~c~ []2M; [] 3M; ~ 5M; [] 10M; [] 15M '~ by order of Approved by Commissioner the commission Date Form 10-401 Rev. 12-1-85 Submit in triplicate PIPELINE STATE #1 CONFIDENTIAL INTRODUCTION ARCO Alaska, Inc., as operator proposes to drill an exploratory well designated Pipeline State #1. The well will be located at 746'FSL, 2335'FWL, Sec.33, T6N, R13E~.The location is approximately 25 miles south of Deadhorse near Franklin Bluffs. See the attached plats. The Dalton Highway will be used to get to the immediate area and approxi- mately 5 miles of ice road will be constructed to access the site. The well will be drilled from an ice location and will incorporate a reserve pit excavated below the active tundra layer. Please refer to the operations plan for further details. DRILLING PROGRAM 1) After building location, set 80' of 16" conductor per normal practice. Cement to surface. 2) Move and rig up the drilling rig. 3) Nipple up 20" 2000# WP diverter and lines. Function test same. 4) Spud 12-1/4" hole and drill to about 4000'. 5) Log per program. 6) Run and set 4000' 9-5/8", 47#, L-80 BUTT casing. 7) Cement casing to surface with 3000 sx of AS IV or equivalent and 400 sx of AS I or equivalent. Adjust volumes based on caliper. If cement does not circulate perform a top job using AS I. 8) Install casing head and nipple up 13-5/8" 5000# WP RSRRA BOP. 9) Test BOP equipment. Notify AOGCC 24 hours in advance of BOP test. 10) Pick up 8-1/2" drilling assembly and RIH. 11) Drill out float collar and test casing to 3000 psi. 12) Drill out shoe and 10' of new hole. 13) Circulate and condition mud and perform leak off test. Test formation to leak off. 14) Drill ahead maintaining mud properties as specified. PD2/57a 11/12/87 CONFIDENTIAl PIPELINE STATE #1 (cont'd) 15) As zones of interest are encountered, circulate samples and core as directed. 16) Mud weights and mud gas should be monitored at all times. Drilling must not be continued if the actual mud weight is within one half pound (.5 ppg) of the formation equivalent established in Step 13. 17) On reaching total depth estimated at 13000', log well per program. 18) Abandon well. Notify AOGCC 24 hours in advance of setting plugs. A detailed plug procedure based on log and core information will be approved before proceeding. 19) Inject all possible reserve pit fluid in to the 9-5/8" casing and the open hole below the shoe. 20) Place a cement plug 100' below the shoe to 100' above the shoe. This plug must support 10,000#. 21) Place surface plug from 150' to surface. 22) ND BOP and wellhead. 23) Cut conductor and surface casing 5' below grade. 24) Install abandonment monument. 25) Release rig. Clean location and fill reserve pit with stockpiled material as permitted. PD2/57a 11/5/87 REFRACTION ANALYSIS ARCO Alaska, Inc., requests an exception to the requirements at 20 AAC25.O33(a)(1). The reason for this request is based on the drilling history of the immediate area and the developed fields to the north. Please reference the attached map. The two closest wells that drilled the objective formation of Pipeline State #1 are the ARCO Toolik Federal #2 and Home Oil Bush Federal #1. The wells are approximately 19 miles north and 12 miles south respectively of the proposed location. Neither these wells nor any of the other 10 wells in the area encountered any indication of the existence of overpressured strata. All of the prognosed geologic column at Pipeline State was drilled at the referenced wells with significant open hole exposed for long times. No pressure problems occurred according to the reports. Tabulated mud weights varying from 10.0 ppg to 11.5 ppg were used with the higher weights being used to prevent shale sloughing. The sloughing was due to the water sensitive nature of the shales rather than any pore pressure. PD2/57a 11/12/87 CONFIDENTIAL PIPELINE STATE #1 VICINITY MAP SCALE NOTE: Eac~ ® RAVIK HIGHLA] ID STATE HEMI SP] '~INGS STATE · HIMi ~> TOOLI~ ~ SU: ,LIK 1 ,IN BL' 1 MOBIL W. KADLE} OSHILIK IE $ ECHO0~ DRILLING FLUID PROGRAM CONFIDENTIAL Spud to 9=5/8I' Drill Out To Surface Casing Weight Up Density 9.6-9.8 8.7-9.2 PV 15-30 5-15 YP 20-40 8-12 V i s cos i ty 50-100 35 -40 Initial Gel 5-15 2-4 10 Minute Gel 15-30 4-8 Filtrate API 20 10-20 pH 8-9 8-9 % Solids 10+ 4-7 Weight Up To TD 10.3 ~'?~ ~= -<<?a 9-13 8-12 35 -45 3-5 5-12 6 8-9 9-12 Drilling Fluid S~vstem: - Triple tandem shale shaker - (2) Mud cleaners - Centrifuge - Degasser - Pit level indicator (visual and audio alarm) - Trip tank - Fluid fl ow sensor - Fluid agitators Drilling fluid practices will be in accordance with the appropriate regulations stated in 20AAC25.033. Maximum anticipated surface pressure is calculated using a surface casing leak off of 15.0 ppg EMW and a gas gradient of .11 psi/ft. This shows that formation breakdown would occur at surface pressure of 2680 psi. 15.0 ppg EMW is considered an optimistic formation test based on previous North Slope experience. In the worst case, the shoe test would have to exceed 16.5 ppg EMW to result in a 3000 psi surface pressure. PD2/57b 11/5/87 TYPICAL P1UD PIT SCHEMATIC BBL$ BLS TRIP TANKS ~NDTRJ~ (30 BBLS) ISHAKER 1 ! SUCTION PIT (448BBLS) ODEG&SSER (83 BBL$) DE$1LTER (97 BBL$) (97 eeLs) ' PILL PIT (36 BBLS) DESANDER ( 36 BBLS,) PIIX PIT (122 BBLS) NOTE: DRAWlNE~ IS NOT 1'O SCALE SYSTEfl IS EQUIPPED WITH A DRILLING FLUID PIT LEVEL INDICATOR WITH BOTH VISUAL AND AUDIO WARNINGS DEVICES AND A FLUID FLOMf SENSOR LOCATED IN THE II'II'IEDIATE AREA OF THE DRILLER'S CONSOLE. SI 1618~ DIRECTIONAL SURVEY REQUIREMENTS CONFIDENTIAL ARCO Alaska, Inc., plans to use a MWD directional/logging tools while drilling Pipeline State #1. We propose to submit the MWD survey record to satisfy the directional requirements for the well. Should the MWD tool not be used in a particular hole section, a multishot will be dropped at the TD of that section. PD2/57c 11/5/87 20', D I'VERT'ER SCHEH/~'~IC DESCRIPTION 1. 16" CONOUCTOR. 2. TANKO STARTER HEAD. 3. TANKO SAVER SUB. 4. TANKO LOWER QUICK-CONNECT ASSY. S. TANKO UPPER QUICK-CONNECT ASSY. 6. 20" 2000 PSI DRILLING SPOOL W/lO" OUTLETS. 7. 10" HCR BALL VALVES DIVERTER LINES, A SINGLE VALVE OPEN~ AUTONATICALLY UPON CLOSURE OF ~,3.AR PREVENTER. VALVES CAN BE: REI~TELY CONTROLLED TO ACHIEVE DOWNI, IIND DIVERSION. 8. 20 ~ 2000 I~I ANNUL/~ PREVENTER. 6 . [ 2 ARCO ALASKA, INC. · REQUESTS APPROVAL OF THIS DIVERTER SYSTEH AS A VARIANCE FROH 20 AAC2S. 0351 b ) HR I NTEN/~NCE & OPER/~T I ON 1. UPON INITIAL INSTALLATION, CLOSE PREVENTER AND VERIFY THAT VALVE OPENS PROPERLY. 2. CLOSE ANNULAR PREVENTER AND BLOW AIR THROUGH DIVERTER LINES EVERY 12 HOURS. 3. CLOSE ANNULAR PREVENTER IN THE EVENT THAT AN INFLUX OF HELLBORE FLUIDS OR GAS IS DETECTED. OPEN APPROPRIATE VALVE TO ACHIEVE DONI~INO DIVERSION. DO NOT SHUT IN HELL UNOER /~NY C I RCUHST/~NCES. 13-5/8" 5000 PSi BOP STACK DIAGRAM ACCUMULATOR CAPACITY TEST I 1 REYE#TE ~_BLIND RAH51 C 1 I'1~ cDRILLING ' SPOOL 1 ( PIPERA"S1 cl DRLG SPOOL .. STARTING HEAD ALL BOP EQUIPMENT 5000 PSI RATED 18¸ 1. CHECK AND FILL ACCUMULATOR RESERVOIR TO PROPER LEVEL WITH HYDRAULIC FLUID. 2 ASSURE THAT ACCUMULATOR PRESSURE IS :5000 PSIW'ITH 1500 PSI DOWNSTREAM OF THE REGULATOR. 3. OBSERVE TIME, THEN CLOSE ALL UNITS SIMULTANEOUSLY AND RECORD THE TIME AND PRESSURE REMAINING AFTER ALL UNITS ARE CLOSED WITH CHARGING PUMP OFF. 4. RECORD ONIADC REPORT. THE ACCEPTABLE LOWER LIMIT IS 45 SECONDS CLOSING TI ME AND 1200 PSI REMAINING PRESSURE 13-5/8" BOP STACK TEST 1 FILL BOP STACK AND MANIFOLD WITH A NON-FREEZING LIQUID. 2. CHECK THAT ALL HOLI;) DOWN SCREWS ARE FULLY RETRACTED. MARK RUNNIN6 JOINT WITH PREDETERMINED PLUG SEATING DEPTH. RUN TEST PLUG ON DRILL PIPE AND SEAT IN WELLHEAD. RUN IN LOCK DOWN SCREWS. $. CLOSE ANNULAR PREVENTER AND UPSTREAM VALVES. 4 FUNCTIONALLY TEST CHOKES. 5. IN EACH OF THE FOLLOWING TESTS, FIRST HOLD A 250 PSI LOW PRESSURE TEST FOR A MINIMUM OF 3 MINUTES, THEN TEST AT THE HIGH PRESSURE. 6 INCREASE PRESSURE TO .5000 PSI AND HOLD FOR A MINIMUM OF :SMINUTES. BLEED PRESSURE TO ZERO. 7. OPEN ANNULAR PREVENTER AND CLOSE TOP SET OF PIPE RAMS. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR AT LEAST SMINUTES. BLEED PRESSURE TO ZERO. 8. CLOSE YALYES DIRECTLY UPSTREAM OF CHOKES AND OPEN CHOKES. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR AT LEAST `S MI NUTES. BLEED PRESSURE TO ZERO. 9. OPEN TOP SET OF PIPE RAMS THEN CLOSE BOTTOM SET OF PIPE RAMS. INCREASE PRESSURE TOSOOOPSI BELOW THE BOTTOM SET OF PIPE RAMS AND HOLD FOR AT LEAST `5 MINUTES 10. TEST REMAINING UNTESTED MANIFOLD VALVES (IF ANY) WITH 5000 PSI UPSTREAM OF VALVE AND ZERO PRESSURE DOWN- STREAM. 1 1. BLEE,D PRESSURE TO ZERO. OPEN BOTTOM SET OF PIPE RAMS. IZ. BACK OFF RUNNING JOINT AND PULL OUT OF HOLE. CLOSE BLIND RAMS AND TEST TO 5000 PSI FOR AT LEAST ,5 MINUTES. 1`5. BLEED PRESSURE OFF ALL EQUIPMENT. OPEN BLI ND RAMS. MAKE SURE MANIFOLD AND LINES ARE FULL OFNON-FREEZIN6 LIQUID AND ALL YALYES ARE SET IN DRILLING POSITION. 14. TEST STANDPIPE YALYES TO 5000 PSI. 15 TEST KELLY COCKS AND INSIDE BOP TO 5000 PSI. 16. CHECK OPERATION OF DEGASSER. 17 RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST FORM SIGN AND SEND TO DRILLINOSUPERVISOR PERFORM COMPLETE BOPE TEST ONCE A WEEK AND FUNC- TIONALLY OPERATE BOPE DAILY. JO 8- 26- 85 N.T.S. ,,~ ~:~ ~ ~a 26 ~ 29 ~' ~1.3 ~ N.E.COR. ~ X, 63e,~39.2 L AT. · 69 o 49' ~7. 391' , ~o,~.:,,,o~4'o~.~9~" ' /~s ~.t ~ ~oo- TWP. 5 N. ~. X : G~8,489.~ :' . LAT. = 69°49' 34.98' · ~. ~0~. ~ ' ' * ' ' 0 Y* ~,78G,939.4 LAT. = 69 °49'32.47~" ~NG. · ! 48° 54'05.953' . ~-~ / [~~ & ~~I[[ I~. ~ o Sub~idi~ of Atl~ntic~ichfi~ldCompa~y '~'~ '~~.~{~' .... '~' ~'O~ ~ / ~ / ~ ~~ ¢ .RAw.GPRUDHOEFACILITIESPROJECT-PRUDHOEBAYT.~PiPELiNE STATE NO. liCE ROAD LOCATION ~ 17 16 15 · ~ ~ '~ ' ['~ ~ ~ 2 3 .... ,,,~,,,I,,,~,,,I.,, ~, ,,~, .,~,,,~,,,~,, ~ NO~ SC~E A~VE SCALE F~ REFERENCE ONLY ~ DATE ~AWN j.B. AFE/CC NO I ~ _. i ~ OCT. 5, 1987 ~E~[~ B.B. ~a~ 870~0 ": l S N 0 T E D mOVED ff~-~ WORK ORDER NO . BOS9 ~ ~B;~: ~AW~IONO PBFG-OOOO-CEC-0700125 SHE~501 OF I 1002.0 -~)=10 -0000 - 9.-18d NOTE S I. BASIS OF BEARING IS U.S.C.B~G.S. TRI STATIONS 'BENY' AND "LIVID:' BASIS OF COORDINATES IS U.S.C.& G.S. TRI STATION "BENY'. S. BASIS OF ELEYATION IS U.S.C.8 G.S. TRI STATION "BENY'. 4. ALL COORDINATES ARE A.S.R ZONE 4, NAD Z?. S. A~.L AZIMUTHS ARE GRID. ALL DISTANCES ARE TRUE. 6. SOURCE OF TOPOGRAPHY IS U.S.G.S. QUADRANGLE SAGAVANIRKTOK D.$ · 0.4, ISSS, PHOTOREVISED IgTs. 7. DATE OF' SURVEY 9'Z?-8T, F.B. LPB 87'11 8. FILL REQ'D. AT SHOULDER OF .HAUL ROAD IS 2.6' PT. NO. y X AZIMUTH 8~ DISTANCE WELL 5,7B?, 189.4 638,489.2 45°0S'2~" - '~,11~.2' RI. I S, ?eS,$8?.Z 640,695.9 II 4006' 32" -- 3,071 · I P.l. 2 5, 78B,155.2 '643,451.2 6T°ZI'SO" - S,644.6' RI. 3 S, 790, $25.5 648,660.6 GT°Z4'Z4# - 6,390.?' P.l.4 5~79 2,780.0 6S4,560.6 42018'45" - 3,118.4' P.I. 5 5,795,085.8 656,659.6 N.T.S. R.R2 EL.=268.S I. R.P. I EL.= Z68.1 ~ N.W. COR. ? ,~ 0.~' '~ ~, I '~ q,. .~' N.E.COR. I LAT. z 69049'S7.S91 LAT.= 69 049' S7. 480" ! = I N I LONG.: 148° 54'05.696' I LONG.= 148054'19.946" ~ ~ · ~ . ~ I E L.: 268.~ P~ PEL/N E 1 I . · .~/ · ~ ~ ~ NO. ~ $.~. CO~. ~ I $.~. ~OR. Y=5,786,93~.4 ~ ~ > > > ~ ~ 0 Y= 5,786,9~9.4 X= 6,8.2,9.2 ~'' ~1 ~ ~ ~ ~' ~1 ~' X .6,8.7,9.2 L AT.. 69° 49' ~.562" } I L AT.: 69 °49' S2.47~" LONG. ~ 148054 '20. 201" I I LONG. · 148 2,080'F.W.L.,5OI'F.S.L. ~ ~ 0~ ~ ~ ~ ~ ~_~. ~ ~,580'F.W.L.,492'F.S.L. PAD LAYOUT TOPOGRAPHY I": 150' REFERENCE DRWGS. I i 275 32 TWP. 6 N. ': TWP. 5 N. . ...- 5 '~ 17 ARCO Alaska{ :. Post O, ~ Box 100360 Anchorage. Alaska 99510-0360 Teicphone 907 276 1215 October 2 I, 1987 Mr. Peter McGee Alaska Department of Environmental Conservation Northern Re§ional District P. O. Box i 60 l Fairbanks, AK 99707 Dear Mr. McGee: Re: ARCO Alaska Inc. (ARCO), Pipeline State #1, Waste Water Disposal ARCO Alaska Inc. (ARCO) plans to drill the Pipeline State #1 exploratory well beginning 3anuary 1, 1988. It is also planned that all activities should be completed by March 31, 1987. As documented in our solid waste permit application dated October 20, 1987, the well will be located approximately 23 miles south of'Deadhorse in Section 33, T6N, RI3E, U.M. We proposed to dispose of the drilling solids and liquids generated by the exploratory drilling activity on site. This letter and the attachments are provided to address the injection of drilling mud liquids, wash waters, snow melt, and other waste liquids described in ADEC General Waste Water Disposal Permit # 87q0-DB002. It is our understanding that this existing permit is applicable to the area and ARCO is responsible to provide information available to address items I through 9 of Appendix A, Item B. The information requested is provided in greater detail in the attachments. However, we will set the 9 5/8" casing at about #,000 feet and the fluids will be discharges at or below the casing shoe. After fluid disposal cement plugs will be set and the well will most likely be abandoned. The injection zone is the upper Cretaceous sands which are, to the best of our knowledge, the same as those found near Prudhoe and Kuparuk. These subsurface formations are not used as a source of drinking water and it is very unlikely that the zone will ever be used as a source for drinking water. R ,C[IVEi) ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany Oil & Gas Cons. C0mmissio,~ Ar~ch0rage Peter McGee October 21, 1987 Page 2 The attachments provides the information, available to ARCO, required by the General Permit. By this letter we request that ADEC issue written approval to conduct the planned injection activities. Your early response would be appreciated. Should you have a question or need additional information, please call me at 265-6176. Sincerely, Peter N. Hellstrom Sr. Environmental Coordinator PNH/khh:077 cc: Lonnie Smith, AOGCC Rich Cormack, ADEC ARCO Alaska Inc. Pipeline State gl Waste Water Disposal Notification October 20, 1987 ADEC Permit # 8740 - BD002 1. Well Designation/Name: Pipeline State gl Location/Map - see appendix A, Plan of Operation 2. List of materials: Description: Volume: Source: - As authorized by Appendix A, II, B. of permit # 8740-DB002. - The mud system to be used for the well is most 'accurately described as type #2 or 3 of Appendix B. The additive used are include in Appendix B. - The estimated volume should not exceed those volumes provided on Appendix B. - As specified by the permit the fluids will be limited to those generated by the well activities. Hazardous waste will not be injected. 3. Total volume injected: - Less than 15,000 barrels. 4. Zone description: - A complete description of the zone is not 5. Depth of Injection' 6. Start/stop dates: 7. Well schematic: 8. Sealing method: available to ARCO. It is know that the Tertiary and Upper Cretaceous zones exist in the area. The Upper Cretaceous is the likely zone to receive the injected fluids, see Appendix C. We believe these zones are the same as those found at Prudhoe and Kuparuk. The depth of these zones will be verified when the logs are available. - At or below 4,000 feet, total measured depth. - The earliest date to begin injection is January 20, 1988. Injection should be competed by March 31, 1988. - See Appendix D - Cement plugs will be set at various depths within the well as needed to comply with existing AOGCC regulations. At a minimum, cement plugs are placedl~.~e~'~ and below any hydrocarbon zone(s) aYiff~' ~, ~,,,' ,, ~,., .,,~ ~ ,~1 ..... ?','d ~:' ~9~ ""~'~' ,. 9. Plug date' form 100 feet below the casing shoe to 100 feet above it. AOGCC requirements state that plug placement must be physically verified by an AOGCC witness. - The latest plug date is expected to be March 20 to March 25, 1988. ~t''' 'O Alaska Inc., Waste Water Notice -- Appendix A ARCO ALASKA INC. PIPELINE STATE #1 747' FSL, 2944' FEI SEC 33, T6N - R13E UM PIPELINE STATE #1 This Plan of Operation describes ice road & ice pad construction and other procedures necessary in drilling the Pipeline State #1 Well. ARCO Alaska Inc. (ARCO) will act as the operator for the well. Ail support and services. will be supplied out of Deadhorse, Alaska. 1. Existin~ Roads Access will originate from the North Slope haul road approximately 23 miles South of Deadhorse, Alaska. 2. Planned Access Roads ARCO will construct an ice road from the North Slope haul road to the Pipeline State #1 location as shown. The ice road will be approximately 4"-6" thick depending upon topography and a minimum of 30' wide. The grade will be 3%-5%. The ice road system will be maintained by ARCO. 3. Location of Proposed Well Exhibit "A" shows the relative location of Pipeline State #1 in the area. 4. Location and Type of Water Supply The primary source of water will be from lakes on the ice road access route and from approved sources in the Prudhoe Bay Unit. Water will not be taken from any rivers in the area. For ice road and ice pad construction approximately 3,000,000 gallons (72,000 bbls) of water will be used. Ice road and pad maintenance will require approximately 42,000 gallons (1000 bbls) of water per day. Approximately 50,000 gallons (1190 bbls) of water per day will be required for drilling operations. Total water usage for the access road, pad, and drilling is estimated at 4.6 million gallons (110,000 bbls). Potable water will also come from lakes on the ice road access or from approved Prudhoe Bay sources and will be processed through the drilling contractor's water purification system which meets the requirements set by the Alaska Department of Environmental Conservation. 5. Source of Construction Materials Water will be the only material required for road and pad construction. Sources are described in item #4. No gravel will be required. 6. Methods for Handlin~ Waste Disposal 1, Solid Non-Burnable Waste: Large enclosed containers will be delivered to and picked up from the drill site by the North Slope Borough. - 1- me Solid Burnable Waste: Solid burnable waste will be burned on sight' in a contractor supplied incinerator in accordance with 18 AAC 50. This activity is necessary to reduce the frequency of hauled trash removal. Be Wastewater Disposal: Waste water will be processed through the drilling contractor's wastewater treatment system. This system will meet the requirements set forth by the Alaska Department of Environmental Conservation. Liquid by-products created by this system have been approved for discharge by the Department of Environmental Conservation. 7. Disposal of Drilling Mud & Cuttings The total volume of drilling muds and cuttings to be disposed from this well is approximately 5,000 bbls. Ail of the muds and cuttings will be discharged in the excavated reserve pit. Before abandoning the well, all available free water will be pumped from the reserve pit and injected in the well as per the AOGCC permit. The remaining cuttings and mud will be covered in the reserve pit with the excavated material as shown to accomplish freeze-back. The drilling mud proposed for this well is a fresh water base with additives to maintain certain rheological and density properties. Tabulated below is a list of possible~materials to be used and their application in the mud. These additives and their concentrations are included on the EPA approved mud list for OCS drilling. Oil based muds will not be used. Additive Application Barite Bentonite Clays & Extenders Chrome Free Lignosulfonate Caustic Soda Soda Ash (Sodium Carbonate) Bicarbonate of Soda Polyanionic Cellulose Polymers Aluminum Stearate Biodegradable Lubricant Sodium Carboxymethycellulose Weighting Agent Viscosifier Dispersant/thinner pH Control Calcium Removal/pH Control Calcium Removal/pH Control Filtrate Control/Shale Inhibition Defoamer Torque & Drag Reduction Filtrate Control 8. Disposal of Produced Fluids - Oily Wastes No well tests are scheduled. Should unscheduled testing occur, produced fluids will be disposed of in an approved manner. -2 - 9. Ancillar~ Facilities Ail equipment necessary for drilling and formation evaluation will stay'on the drill site. The camp facility will have the capability to accommodate 60 people. No other camps will be necessary. No aircraft landing or service facilities will be necessary. 10. Well Site Layout The proposed layout of the drill site is shown. The pad will be 400' x 500'. Cross Sections of the drilling location are included. 11. Plan for Closure Upon completion of drilling and evaluation operations, all muds, cuttings and burned solid waste will be covered over and frozen in place. Ail other debris will be hauled to an approved disposal site. The well will be plugged and abandoned according to Alaska Oil and Gas Conservation Commission regulations. 12. Contingency Plans A) An approved spill control package will be kept on site at all times for use in controlling accidental discharge of fuels and lubricants. Fire, safety, and medical emergencies will be handled through available resources at Deadhorse, Alaska. c) Well control problems will be handled in a manner commonly accepted as safe oilfield practice utilizing the reserve pit and other resources as necessary. 13. Communication and Supervision An ARCO representative will be on site at all times during operations. The following people are designated as contacts. Name Title Company Phone No. Keith Bullard Drlg Supt. ARCO 659-7743 Doug Stoltz Drlg Supt. " 659-7743 Jeff Kewin Regional Drlg Eng. " 263-4970 Mike Winfree Area Drlg. Eng. " 263-4603 24 hour ARCO Security Switchboard 276-1215 WT/PS#1 ih -3- .--- l ~ ..,... M \ N.E.COR. ~ LoN,..,.,-,.'o,.,,,' /~'~ ,,.z ~0' F.W.L., ~' F. S. L. .. ,,..,.,., {)IX LO.~. · ~4~e~4'tZ .9~' , ....co.. / ~ Ii / LONG. · 14ee 94'0~ IS)' ' ' I 0 ~ ARCO A~SKA, INC. ICE ROAD LOCATION · ..,...l...I.,,l...l...l...~ ......l g~ IO0,LO o:)3 ~) -0000 - OJgd 4. ALL COOfiDINATES dMIE A.S. Iq ZONE 4, NAO NOTES BASil OF eiAfiINO IS U.I.C.IO.B. Tfil STATIONS 'lENT' ANO'LIViO.' E. BASIS Od~ COOfiOINATES IS qJ.B.C.I S.S. Tfil STATION 'SENT'. 3. BASil M ELEVATION IS U.S.¢.e S.S. Tfii STATION "lENT'. J. A~.L AZIIIUTNB AfiE tfilO. ALL OiBTANCEB AfiE TfiUE. · SOUIiCE Ills, PN~TOfiEVllEO II?i. ?. BiTE Ofr I. friLL filQ'O. AT , ,,, PT. ,NO. .. . T fi AZIHuT14 &, DISTANCE ., IlL I l, Yll,3O I'.S 6 40,SJ$.O -- il4°Oi*BS, - 3,0SI.I' P.l.S B, J'l I,ISB. I ·4S,4SI.E .... RYoBI*SO. - 9,fi44.6' fBI. B J~ ?BO, ]s~S. B 648,660.8 . - 6701'4'E4, - S,390.Y' P.l. 4 I;Yl leYSO. O 6S4, S60.6 ......... 4°°le*4S' - S,IIB.4* u.w. COiL 4? Y, S,?l?,43B.4 Si LAT.- II °4l* $?. 480' lONG .014S eS4* IJ,144, 41 ~090' fr.W.L., I,OOI'F.S.L.,b·'q' . TWP. S N. LONI.ol4IeS4'ZO. 2, 0 lO' F.I.I.., $01 ' F.I.L. PAD LAYOUT TOPOGRAPHY I", I$0' LB. COlt. 0 Y, S,?II,$Sl.4 i?' x ,l$S,Y$B.t L AT., SI 049' 32.47J" LAT.· BB°4B'B?. i LONB.s 141454'0S.1tl" I.T.I. TWP. 6 N. A/ 12'0" I 154' 0" CAMP 120' 0" & 50' 0" I I ...,--" 78' 0".--~ 60' 0" PIPE I ~.-PIPE LAYDOWN Bll~ SI~B ' . M&CHINE I MUD AND 2_~ lOO' o'- 30' 0" 24' O" TURN AREA 10,600 BBL RESERVE PIT 200' 0' 25' 0' A $00' O" O# B B~ STORAGE AREA ARCO ALASKA INC. PIPELINE STATE #1 RIG AND LOCATION LAYOUT EXHIBIT C 400' 0" OVERBURDEN STORAGE AREA SCALE' 1 inch = 50 feet ARCO ALASKA INC. PIPELINE STATE #1 CROSS- SECTION_S ICE PAD DEVELOPMENT CROSS- SECTIONS EXHIBIT D RESERVE IT · ~. 40' 0" 25'0" CELLAR 6' DEEP 0 95' 0" 130' 0". !6" 400' 0" CROSS SECTION A- A' · DURING OPERATION BACKFILL 400' O" cROSS SECTION A_ A' · AFTER RECLAIMATION '0" __-- . ...___.._.._........ __._.,",,, ................... 8'0" 25' 0" ,...,.,,...~ ........... 6' -"- 400' O" CROSS SECTION B - B" DURING OPERATION Alaska Inc. Append ix B , Waste Water Notice Tilo t My M u~,~d W EM, Jtqim 1% d~eq t~ e~cttd oriaf of re4 ~utt. If t~ tM litest ~ victim mil ~ dl mrH~r ~s~onl. UtMiti4 vertical ~11 bi milld to pwgtttml it tho tim t:hlt tM vOtLl~S Mccm effmcttvL ~ dll ~ ~veiloMo to othm* Mrtt~s eom ~ · 3, -' B~tl I~illod Solid~ 5O 180 70 50 3 ~tit~, .gi~lit~, ~ ~llomt. ~ tm s~titvt# fa. bsr,t~m~ Final Table Page $1 of 54 Permit No. AKG285OOO (Coc~ Inlet/Gulf of Alaska) Authorized Hud Co~ponentslSpectalty Additives Table Z may be updated by EPA, Regton 10, durtng the effectlve pertod this permtt. If so, the latest updated version will supersede all. e&rlter versions. Updated versions wtll be matled to permttt'ees at th time the updates bec~ effective. They w111 be available to other parties upon request. . · Product Name Generic Description* Maximum Allowable Concentration (lb/bbl, unless otherwise noted Aktaflo-S · Aqueous solutlon of non- 1ontc modlfted phenol (equivalent of 3 (3)** Alumtnum stearate An~nontum nl Irate Aqua-Spot Iu 1 fona ted vege tab 1 e ester formulation 0.2 · 200 mg/1 nttrate or 0.05 lb/bbl 1% by vol. 8ara 8rtne OefoaJm Otmethyl polyslloxane tn an aqueous emu I s 1on O.1 Ben-Ex Btt Lube II .Vtnyl acetate/maletc .anhydride copolymer Fatty actd esters and alkyl phenolic sulfides tn a solvent base 1 (1)** Ca I c I um carb I de Ce I 1 ophane f 1 ake s Chemtrol-X Polymer treated humate As needed As needed 5 (4)** Con Der 0-0 DM$ Hater solutlon of antontc surfactants Blend of surfactants Aqueous solutton of nonloni c modlfted phenol 0.4 (0.25)** O.S (O.25)** 3 (3)*' Final_ Product Na~n~ Generic Description' Page 52 of 54 Permit No. AKG285000 (Cook Inlet/Gulf oF Alaska) Haxtmum Allowable Concentration (lb/bbl, unless otherwise noted: Desto CF Ouov S s Ourenex Flakes of s~ltcate mi neral mt ca Gelex G1 ass beads LO-8 Lube-lO6 Lubrt-Sal MD (I~0) Mt 1them MO Mi 1-Gard Nut hul 1 s, crushed granul ar Phosphoric acid esters and trtethanolamine Plastic spheres Poly RX Resinex Selec-Floc Chrome-free organtc mud thinner contalnlng sulfomethylated tannin Xanthan gum Lignite/resin blend Sodium polyacrylate and polyacrylamide Alumtnum ste&rate tn propoxylated oleylalcohol 01eates in mixed alcohols Vegetable ester formulation Fatty actd ester Ethoxylated alcohol formulation Basic zinc carbonate Polymer treated humate Reacted phenol-forma 1 dhyde- urea resin containing no free phenol, urea, or formaldehyde High molecular weight poly- acrylamide polymer packaged in ltght mineral o!l 0.5 2 6 (4)'° 45 1 8 10 gal/1SO0 bbl 2 2.0'/. (by vol) 0.25 (0.25)" 0.04 gal/bbl or 0.3 (0.25) lb/bt As needed As needed 0.4 8 4 (4)*' 4 (4)"' 0.25 'Final Page 53 of 54 Permit No. (Cc>ok, Inlet/Gulf of Alaska) Product Sodium chloride 'Sodium nitrate ~tum Dolyphosphate Soltex Sul f-X ES Ther~ Check Ther~ Thtn Generic Description* Sulfonated asphalt residuum Zinc oxide Sul fb~acryl ami de copolymer Polycarboxyl tc actd salt Maximum A1 lowable Concentration (lb/bbl, unless otherwise noted SO.O00 mg/1 chlorl. 200 ag/1 nitrate or O.OS lb/bbl 0.$ 6 AS needed 1 · Torq-Trtm II L1qutd trlglycertdes tn vegetable otl Vegetable plus polymer --~ fibers, flakes, and granules 'VG-B9 Organophtl 1c clay XC Pol~ner XO2 Xanthan gum polymer Ammonlum btsulflte Ztnc carbonatt and 11me .6 5O 12 2 O.$ AS needed i Any pr~rtetary forq~latton that contains a substance which ts an tntenti~&l ccNnponent of the for~H~latlon, other than those specifically described, nmst bt authorized by the Oirector. If a ltsted product will bi used In combination wtth other functionally equivalent products, the maximum allowable concentration (MAC) for the sur of all of the products Is'the lowest MAC for any of the Individual products. Four examples of functionally equivalent products are: Il) Aktaflo-S and OMS, MAC , 3 lb/bbl: (2) Ben-Ex and Gelex, MAC . 1 lb/bi (3) Chemtrol-X, Ourenex. Poly RX, and Restnex, MAC , 4 lb/bbl, and (4) Con Der, D-O, MO (IMCO), and Mllchem MD. MAC - 0.25 lb/bbl. For thes~ examples, the MAC for any combination of the products ts gtven in parentheses. For gutdance on whether other products are considered to be functional equivalents, contact the regional office of EPA. K 12 GENERALIZED {" "CO Alsaka Inc., Waste Water Notice Appendix C STRATIGRAPHIC SECTION PERI~.rROST: [nterbedded gravels, sands and shales. T-3: Sand marker bed overlain and underlain with inter- bedded gravels, sands ~nd shales. K-1S: FtFst coal marker underlain with sands, silts and shales. Localized coals occur within this interval. UPPER UGNU: LOWER UGNU: Interbedded coarse to fine sands and shales. .; Interbedded coarse to fine sands and shales. WEST SA~ SANDS: Interbedded fine sandstones, stltstones, and clays. K-12: Interlaminated silty mudstones and shales with minor silty sandstones. Based on data from: ARCO West Sak River State 11 ~ r __ i .~CO Alaska Inc., Waste Water Notic Appendix D ARCO ALASKA, INC. PIPELINE STATE #1 PROPOSED WELLBORE DIAGRAM 747' FSL, 2944' FEL, SEC. 33, T6N, R13E, UM J G 10/14/87 r%'%1 NOT TO SCALE CONDUCTOR @ 80' 9-5/8" SURFACE CASING @ 4000' CEMENTED TO SURFACE ~ESTIMATED CRETACEOUS BOTTOM @ 7550' I I I I I .J 8-1/2" HOLE DRILLED TO APPROXIMATELY 12,000' (2. r.~.a 8) (8) (14. 'r'r'rr'u 22) I 129 ubru3i) C~mpany ~ j~c_o I.~2se & I&=!1 No. YFE NO 1. Is rh~ p~ .~.,:.-_ faa arrmc%ed .......................................... ~ 9. Does .operator hav~ a bond in forca .................................. ,,::2"~ 10. Is a conse_~ra~_cn or~? ueedad ...................................... 1!. Is admiuis~---ati~ .az3pr. ~-uaedad ................................... 12. IS Uba lease ~er .approoriaua ..................................... 13. Does uba ~,~!1 hav~ a uniqua ~ and ~'~er .......................... 14. Is com.-art Pr°vida4 ........................................ 1~. W~!I sur=~ casing prouacU fresh ~az~ zones ....................... 16. Is encuCz cemenZ used ~o e~,-=~i~za on ccudu~uor and s~_aca ......... 17. W-~11 c~ tie i~ su~_aca and i~u~--~=d~ ~ua or prodnauion s~_ngs ... . W~ll c~u=~t cover ~11 known horiz~ ..................... 19. W~71 ~1l casir~ give adacuata sara%7 iu co ~t!apse, ~-~ion and 20. Is rkts ~ rD be ki~ka~ off f~xn an ~-~:'~E we!~horm ............ 2!. Is old w~!horm absnd~mz~t proca&~m Lua!udad on 10-403 ............ 22. IS a~a ~_!!bore separation propo, sed ............................ Geolo~: r~v: 01/28/87 6.011 24. Is r5~ d~ng fluid pro~ schsmauic and list of e~,~~t adaquaua~¢ 26. ~ ~ ~ ~~ pr~~ ~g - T~ rD ~ooo ps~ .. ~ 27. ~ ~ ~ ~t~oid e~iy w/~l ~-53 ~ 84) .................. 29. ~~~=uad ~ ~=~! ~~~ z~es? ................. / .... /~. 31. ~ ~.o~~ ~c.,. ~ ~ ~= of s~ed ~~ ~~~ · 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. ALASKA COMPUTING CENTER ........ SCHLUMBERGER ........ COMPANY NAME : ARCO ALASKA, INC. ~/ELL NAME : PIPELINE STATE #1 FIELD NAME : ~IILDCAT STATE : ALASKA BOROUGH = NORTH SLOPE ; API NUMBER : 5~-223-2~16-~ REFERENCE NO : 72956 ~ LIS Tape Verfffca%fon Lfstfng 'Schlumberger Alaska Computfng Center 6-0CT-1988 ~9:21 **** REEL HEADER SERVICE NAME : EDIT DATE : 88/1~/ 5 ORIGIN : FLIC REEL NAME : 72956 CONTINUATION # : PREVIOUS REEL : COMMENT : LIS TAPE, ARCO PIPELINE STATE #1, API #50-223-2~16 **** TAPE HEADER **** SERVICE NAME : EDIT DATE : 88/1~/ 5 ORIGIN : FLIC TAPE NAME : 72956 CONTINUATION # : 1 PREVIOUS TAPE : COHHENT : LIS TAPE, ARCO PIPELINE STATE #1, API #5~-22312~16 **** FILE HEADER **** FILE NAME : EDIT .N~I SERVICE : FLIC VERSION : ~1A02 DATE : 88/1~/ 5 MAX EEC SIZE : 1~24 FILE TYPE : LO LAST FILE : PAGE= ** *************::.:.:: SCHLUMBERGER WELL SERVICES ========================== . :::::::::::::::::::::::::. . :**:: COMPANY NAME: ARCO ALASKA, INC. WELL: PIPELINE STATE #1 FIELD: WILDCAT BOROUGH: NORTH SLOPE STATE: ALASKA API NUMBER: 5~-223-2~16-~ LOCATION: 2231' FWL & 823' FSL SECTION: 33 TOWNSHIP: 16N RANGE: 13E PERMANENT DATUM: MSL ELEVATION: LIS Tape Verfffcatfon Lfstfng Schlumberger Alaska Computfng Center 6-OCT- 1988 ,8'9:21 PAGE= LOG MEASURED FROM RKB 3N8.6 ABOVE PERMANENT DATUM ELEVATIONS KB: 3~8.6 DF: 3~5.6 GL: 269. ******************************************************************************** RUN ~l DIL/BHC/LDT/CNL PASS= ******************************************************************************* DATE LOGGED: E6-FEB-88 ONE 3843. 3844. RUN NUHBER= TD DRILLER: YD LOGGER: CASING 1: CAS!~G 2: BIT SIZE BIT %!ZE 2: TYFE FLUID IN HOLE: NON-DISPERSED DENSITY: 9.4 VISCOSITY= 73. PH= 8. LOSS: 14.4 MUD RESISTIVITY: 9.3599 @ 68. FILTRATE RESISTIVITY: 8.ESE~ @ 68. ~-1 ~.. CAKE RESISTIVITY: 5.5599 @ 68. TIME CIRCULATION ENDED: ~0=~ 2-6 HAXIMUH TEMP RECORDED: 76 DEGF (DIL/BHC) i'!A×IMUH TEMP RECORDED= 1~1DEGF (LDT/CNL) LOGGING DISTRICT: LF~CG~NG ...... :,~GINEER: 9 5/8" 47. LB @ 3832. DRILLER/ 3828. -LOGGER 16" LB @ 115. DRILLER/ 114. LOGGER 8 1/2" ~ 1~46~. 12 1/4" PRUDHOE BAY D. ~ARNER T. EGGERT TOOL NUHBERS: DIS-EC-214~ SGC-JC-2479 SLS-WA-2~I NLM-BC-1312 SLM-DA-1596 DRS-925 CNG-HA-327 TCC-A-79 DIC-DA-2191 MCD-B-1527 TLC-MA-136 IEM-BD-129~ NSC-D-793 SGC-SA-271 TCM-AB-19 FIELD REMARKS (DIL/BHC PASS)= USED THREE 3" STANDOFFS AND 2 CHEZ ON BHC. USED 3" STANDOFF AND 2' HOLE FINDER ON DIL. SP SHIFT ON HAIN PASS AT 335~' SP DRIFTING DUE TO NORTHERN LIGHTS. F~ELD REMARKS (LDT/CNL PASS): MATRIX DENSITY = 2.65 G/CS. FLUID DENSITY = 1.~ G/CS. CML MATRIX = SAND. HOLE CORRECTION = CALIPER. BOWSPRING USED ON CML. LZS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 ~9:21 COMPUTING CENTER REMARKS: FIELD DUAL INDUCTION PRINT IS 0.5' DEEPER THAN FIELD SONIC PRINT FROM 190' TO 83'. A FIELD ERROR WITH THE BLUELINES WAS ASSUMED, THEREFORE, NO CORRECTIVE ACTION WAS TAKEN TO SHIFT ALL RUN #1 BHC CURVES OVER THAT INTERVAL. DATE LOGGED: ~9-MAR-88 RUN NUMBER: TWO TD DRILLER: 1E4G~. TD LOGGER: 1~92. TYPE FLUID IN HOLE: DISPERSED DENSITY: 1~.8 VISCOSITY: 52. PH: 8.799999 LOSS: 5.2 MUD RESISTIVITY: 2.22 FILTRATE RESISTIVITY: 1.93 I~IUD CAKE RESISTIVITY: 2.~7 68. 7~'. 68. TIME CIRCULATION ENDED: 12:3~ 3/8 TIME LOGGER ON BOTTOM: ~5:15 3/9 ['iA×!MUM TEMP RECORDED: 190 DEGF LOGGING DISTRICT: LOGGING ENGINEER: ~.~ITHESS: PRUDHOE BAY D. WARNER EGGERT/JACKSON/SCHEIRMAN/BERR¥ TOOL NUMBERS: DIS-EC-1457 SGC-JC-3533 SLS-~A-15~ IEM-BD-129~ SLM-DA-1447 DIC-DA-1308 MCD-B-1527 SLC-MA-155 NLM-BC-I~IG FIELD REMARKS: USED FIVE 1 1/2" STANDOFFS ON BHC. USED ONE 1 1/2" STANDOFF ON DIL. SP SHIFT AT 79~'. PAGE: ******************************************************************************* RUN #2 LDT/CNL/NGT/EPT PASS: * DATE LOGGED: 15-MAR-88 RUM NUMBER: TVO 'FD DRILLER: 1~46~. TD LOGGER: 1~298. LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 ~9:21 TYPE FLUID IN HOLE: DISPERSED DENSITY: 1~.7 VISCOSITY: 39.~ PH: 9.299999 LOSS: 5.7 MUD RESISTIVITY: 1.83 FILTRATE RESISTIVITY: 1.32 HUD CAKE RESISTIVITY: 2.~4 60. 60. 60. TIME CIRCULATION ENDED: 11:~0 3/14 TIME LOGGER ON BOTTOM: 2:4~ 3/15 f'!iX!MUbl TEMP RECORDED: 185 DEGF LOGGING DISTRICT: LOGGING ENGINEER: PRUDHOE BAY S. TINKHAM JACKSON/SWAUGER/WHITE TOOL NUMgERS: DRS 4969 NSC 76~ PCC 122 PCM 133 EPS 154 EPC 12~ CNC 327 NGDB 756 TCCA 123 AMS 87~ TCM 1~7 FIELD REMARKS: } MATRIX = SAND , MATRIX DENSITY = 2.65 G/C3 FLUID DENSITY = 1.~E G/C3 , HOLE CORRECTION = CALIPER TPM OF 8.5 NS/M USED FOR EPT PCD USED TO FORCE EPT PAD AGAINST SIDE OF HOLE. LDT CALIPER CLOSED e812~' WHILE TOOL WAS STUCK. DATE JOB STARTED: 1-0CT-88 JOB REFERENCE NO: 72956 LDP/AN,~\: J. KOHRING ******************************************************************************* ***** THIS DATA HAS BEEN DEPTH CORRECTED TO MATCH THE DIL FIELD PRINT ***** SCHLUMBERGER LOGS INCLUDED WITH THIS FILE (EDIT.001): DUAL INDUCTION SPHERICALLY FOCUSED LOG (.DIL) FIRST TO LAST READING: 1~086' TO 114' DIL RUN1 MERGED TO RUN2 @3835', GR'@38~8' BOREHOLE COMPENSATED SONIC LOG (.BHC) FIRST TO LAST READING: 10N46' TO 114' BHC RUN! MERGED TO RUN2 @3794', GR @38E8' LITHO-DENSITY COMPENSATED LOG (.LDT) PAGE: LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 09:21 FIRST TO LAST READING: IN295' TO 114' LDT RUN1 MERGED TO RUN2 @384g', GR @3814' AMS DATA AVAILABLE FOR RUN #2 ONLY COMPENSATED NEUTRON LOG (.CNL) FIRST TO LAST READING: 1~237' TO 114' CNL RUN1 MERGED TO RUN2 @3823', GR @3814' AMS DATA AVAILABLE FOR RUN #2 ONLY NGT GAMMA RAY (.NGT) FIRST TO LAST READING: 10226' TO 3828' NGT & AMS DATA AVAILABLE FOR RUN #2 ONLY ELECTROMAGNETIC PROPAGATION LOG (.EPT) FIRST TO LAST READING: 1~261' TO 38282 EPT & AMS DATA AVAILABLE FOR RUN #2 ONLY (NVR,FVR,LA,SA,CALI,GR,MRES,MTEM,HTEN.EPT). <SEE FILE EDIT.~2 FOR 2" SAMPLED EPT DATA> PAGE= TABLE TYPE : CONS TUNI CN FN WN NATI STAT COUN SECT TOWN RA2]G FL ENG! SON APIN VALU I DEFI ARCO ALASKA, INC. W I L DCAT PIPELINE STATE #1 U.S.A. ALASKA NORTH SLOPE 33 16N 13E 2231' FWL & 823' FSL D. WARNER 1521l~7 5~r-223-2~r~1 Company Name Field Name Well Name Nation State or Province County Sectfon Township Range Field Location Engineer's Name Service Order Number APl Serial Number TABLE TYPE : CURV DEFI ------ DEPT DEPTH CHANNEL NAME TEHS Tension SFLU SFL Unaveraged ILH IL-Medium Resistivity ILD IL-Deep Resistivity CALI Caliper S? Spontaneous Potential LIS Tape Verification Listing Schlumberger Alaska Computing Center DEFI 6-0CT-1988 ~9:21 GR TENS CAL! DT GR TENS D?HI D~HO RHOB PEF QLS LL LS LU LITH SS1 SS2 LSHV SSHV CALI FI~ ES MTEM HTE H GR TENS NPHI TNRA RT~'~R RCFT RCHT CFTC CNTC MRES MTEM HTEN GR TEF~S CS POTA URAN THOR W5 FIG W 4 F! G W3 HG WiF~G MRES MTEM HTEH CGR Gamma Ray Tension Caliper Delta-T ' Gamma Ray Tension " Density Porosity Delta rho ' Bulk Density Photo-Electric Factor OUALITY CONTROL OF LONG SPACING FOR LDT OUALiTY CONTROL ON SHORT SPACING FOR LDT Long Lower Window Count Rate Long Spacing Computed Count Rate (LL+LU/2) Long Upper 1-Z Window Count Rate (LUI+LUZ) Litholog Window Count Rate Short Spacing 1 Window Count Rate Short Spacing 2 Window Count Rate Long Spacing High Voltage Output Short Spacing High Voltage Loop Output Caliper MUD RESISTIVITY MUD TEMPERATURE HEAD TENSION Gamma Ray Tension NEUTRON POROSITY CALIBRATED THERMAL NEUTRON RATIO RAW THERMAL NEUTRON RATIO RCFT RCNT CFTC CNTC MUD RESISTIVITY MUD TEMPERATURE HEAD TENSION Gamma Ray Tension Cable Speed Po-~assium Uranium Thorium Window 5 (2 - 3 MEV) Window 4 (1.6 - 2 MEV) Window 3 (1.1 - 1.6 MEV) Window 2 (.5 - 1.1MEV) Window 1 (.15~ - .5 MEV) MUD RESISTIVITY MUD TEMPERATURE MEAD TENSION Computed Gamma Ray from Thorium, Uranium, and Potassium 9~c'Lroscopy Gamma-Ray PAGE: LIS Tape Verfftcatfon Lfst?ng Schlumberger Alaska Computing Center DEFI 6-0CT-1988 09:21 NVR Near Voltage Reference FVR Far voltage reference LA Large Arm SA Small Arm CALI Caliper HRES MUD RESISTIVITY HTEM HUD TEMPERATURE HTEbl HEAD TENSION G~ Gamma Ray ---- DATA FORMAT SPECIFICATION RECORD ** SET TYPE - G4EB ** TYPE REPR CODE VALUE --_ 1 G6 O 2 GG O 3 73 276 4 6G 1 8 68 ~.5 9 65 FT 11 66 3 13 66 14 65 FT 15 66 68 16 66 1 g GG ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE DEFT FT 1521~7 TENS DIL LB 1521~7 SFLU DIL OHMM 152197 ILM DIL OHMM 152197 ILD D!L OHMM 1521~7 CAL! DIL IN 1521~7 SP DIL MV 1521~7 GR DIL GAPI 1521~7 TENS BHC LB 152197 CALI BHC IN 1521N7 DT BHC US/F 1521~7 GR BHC GAPI 1521~7 TENS LDT LB 1521~7 D?F:! LDT PU 1521~7 1 1 1 4 I 1 I 4 I 1 1 4 1 I I 4 1 I I 4 1 1 1 4 I I 1 4 1 1 1 4 I I I 4 1 1 1 4 1 1 i 4 1 1 1 4 1 1 1 4 1 1 1 4 PROCESS [HEX) 68 ZZggg~Oggg 68 g~g~g~g 68 ~ggO~Og~g 68 ~gg~gggggO PAGE: LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 ~9:21 PAGE= NAHE SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DRHO LOT G/C3 1521~7 RHOB LOT G/C3 1521Z7 PEF LDT 1521Z7 OLS LDT 152107 OSS LDT 1521~7 LL LDT CPS 1521~7 LS LDT CPS 1521~7 LU LDT CPS 1521Z7 LiTH LDT CPS 1521~7 SSi LDT CPS 1521~7 SS2 LDT CPS 1521~7 LSHV LDT V 1521N7 SSHV LDT V 1521~7 CALI LDT IN 1521~7 hiRES LDT OHMM 1521Z7 MTEM LDT DEGF 1521~7 HTEU LDT LB 1521~7 GR LDT GAPI 1521~7 TENS CHL LB 1521~7 NFH! CHL PU 1521~7 , .... -, CNL 152107 RT~R CNL 1521~7 RCFT CNL CPS 1521~7 ~C!'!T CNL CPS 1521~7 CFTC C~IL CPS 1521~7 C~TC CHL CPS 1521~7 M~ES CNL OHMM 1521~7 MTEH C~iL DEGF 1521~7 HTE?I C~)L LB !521~7 G~ C~!L GAPI 1521~7 TENS NGT LB 1521Z7 CS ~IGT F/HR 1521~7 ?OTA FiST PU 1521~7 U~,qN F:GT PPM 1521~7 T~OR ~!GT PPM 1521~7 WSHG NGT CPS 1521Z7 W4NG NGT CPS 1521~7 WSNG HGT CPS 1521~7 WZHG NGT CPS 1521M7 Wi~G NGT CPS 1521~7 hiRES HGT OHMM 1521Z7 MTEM ~ST DEGF 1521M7 HTEH P!qT LB 1521M7 CGR ~9T GAPI 1521~7 SG~ FGT GAPI 1521~7 T~h!S EPT LB 1521~7 ~VE EPT V 1521~7 FV2 EPT V 1521~7 L/. E?T IN 1521Z7 SA E~T IN 1521~7 P~- T ~T ...... ~ 1521~7 1 1 1 4 I I 1 4 I 1 I 4 I I 1 4 1 I 1 4 1 I 1 4 1 I 1 4 I I I 4 1 1 I 4 I I 1 1 1 1 1 1 1 1 I 1 I 4 1 1 1 4 I 1 I 4 1 1 I 4 I I I 4 1 I 1 1 1 1 4 1 1 I 4 1 1 1 4 I 1 I 4 1 I I 4 I 1 I 4 I I I 4 1 1 I 4 I I I 4 1 1 1 4 1 I 1 4 1 I 1 4 1 I 1 4 I I 1 4 I I I 4 1 I 1 4 1 I 1 4 1 1 1 4 1 I I 4 1 1 1 4 I I 1 4 1 I 1 4 1 1 1 4 I I 1 4 1 I I 4 I I I 4 I I I 4 1 1 I 4 1 1 I 4 1 1 I 4 1 I 1 4 1 i 1 4 ----i 68, ZZZgZgggg~ 68 gggggg~g 68 gZOgZggZ00 4 68 1 ;4 -, 68 Z00g~g~ZO~ 1 4 68 Og~g~ggZg~ 68 Oggg~gggZg 68 O~Ogggg~gg 68 68 68 ggOO~g~g~ 68 68 68 gZZggZZggg 68 68 gZgOgggZgZ 68 68 ZgZZgggZgg 68 ~gOOOggggg 68 68 68 68 ~gOggggOgg 68 ggg~ggOg~g 68 68 g~Og~ggggg 68 ggggZgg~gg 68 ggO~ggg~ 68 ggZOZggggg 68 68 g~g~g~gggg 68 ggg~Og~Z~g 68 68 ggggggg~gg 68 O'ggg~ggggg 68 68 ZggOgOggg~ 68 68 68 g~ggg~gg~ 68 g~gg~g~gg 68 LIS Tape Verfffcatfon Lfstfng Schlumberger Alaska Computing Center 6-0CT-1988 ~9:21 PAGE: NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE MRES EPT OHMM 152107 MTEM EPT DEGF 1521~7 HTEN EPT LB 1521~7 GR E?T GAPI 1521~7 I 1 1 4 1 1 1 4 1 1 1 4 1 1 I 4 PROCESS (HEX) DATA * * DEFT. 1~313.5N~ TENS.DIL ILD.DiL -999.25~ CALI.DIL TENS.BHC -999.25N CALI.BHC TENS.LDT 6~.~g DPHI.LDT FEF.LDT 14.~8 QLS.LDT L$.LDT 55~.5~0 LU.LDT S$2.LDT 33~.5~g LSHV.LDT MRES.LDT ~.55~ MTEM.LDT TEf!S.CHL 6~.~ NPHI.CNL RCFT.CNL 4~3.471 RCNT.CNL HRES.CNL ~.55~ MTEM.CNL TENS.NGT G~.~ CS.NGT THOR,HGT 3.443 ~SNG.NGT W£D~G.~GT 241.627 W1NG.NGT HTEN,NGT 1382.~ CGR.NGT HVR.EPT 4.297 FVR.EPT CALI.E?T 8.5¢~ MRES.EPT n:~oEPT 155.~29 DEFT. I¢3~.~¢ TENS.DIL ILD.DiL -999.25~ CALI.DIL TEHS.BHC -999.25¢ CALI.BHC TE~S.LDT 5988.¢~ DPHI.LDT F'EF.LDT 4¢.844 QLS.LDT LS.LDT 16~5.¢~ LU.LDT SS2.LOT 349.~ LSHV.LDT M~ES.LDT ~.55~ MTEM.LDT TE?S.CHL 5988.~ NPHI.CNL RCFT.C~IL 4~3.471 RCNT.CNL H~ES.CNL 0.55~ MTEM.CNL TEHS.HGT 5988.~ CS.NGT THO~.NGT 3.735 W5NG.NGT ~2!'!G,NGT 241.627 ~iNG.NGT HT~H.N~T 1418.875 CGR.NGT ~'!'/R.E?T 4.2~7 FVR.EPT C,LL!.EPT 2.943 MRES.EPT OE.EPT 155.~29 DEFT. I~F2~F~. ~ TENS.DIL ILD,D!L -999.25~F CALI .DIL TE~4S , CHC -999 . 25~ CALI · BHC ~"'"", : .',.LOT 6~88~ .~ DPHI.LDT -999.250 -999.25~ -999.250 37.661 -0.g54 529.5~0 1193.~g 179.125 51.251 1541.7~5 179.125 12~4.gN~ 7.177 488.~38 52.569 ~.780 ~.55~ -999.25~ -999.25~ -999.25~ 77.898 0.g~5 1568.~ 1191.g0~ 179.125 51.252 1541.795 179.125 124~.~g 7.177 488.~38 5N,96~ ~.78~ ~.55~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT -999.25N ILM.DIL -~99.250 GR.DIL -999.25~ GR.BHC ~-0.~40 RHOB.LDT 0..~20 .' LL.LDT 73,75N SS1,LDT 1~66.~g CALI.LDT 1382.N~0 GR.LDT 3.59g RTNR.CNL 420.~64 CNTC.CNL 1382.~ GR.CNL 2.610 URAN.NGT 33.493 ~3NG.NGT 0.55g MTEM.NGT 155.~29 TENS.EPT 4.1~5 SA.EPT 179.125 HTEN.EPT SFLU.DIL -999.25~ ILM.DIL SP.DIL -999.25¢ GR.DIL DT.BHC -999.25~ GR.BHC DRHO.LDT -~.~91 RHOB.LDT QSS.LDT g.g~~ LL.LDT LITH.LDT 157.125 SS1.LDT SSHV.LDT 1165.~0 CALI.LDT HTEN.LDT 1418.875 GR.LDT TNRA.CNL 3.59~ RTNR.CNL CFTC.CNL 420.064 CNTC.CNL HTEN.CNL 1418.875 GR.CNL POTA.NGT 2.434 URAN.NGT ~4NG.NGT 33.493 ~3NG.NGT MRES.NGT g.55~ MTEM.NGT SGR.NGT 155.~29 TENS.EPT LA.EPT 4.1~5 SA.EPT MTEM.EPT. 179.125 HTEN.EPT -999.25~ -999.25~ -999.25~ 2.~29. 285.750 223.125 8.50~ iS5 .~29. 3,.786 1~81.558 155.¢Z9 11.4Z3 87.321 179.125 6gg~.ggg -~.256 1382.ggg -999.25g -999.25f -999.25~ 1.365 821.gOg 23~.625 2.943 155.g29 3.786 1481.558 155.~29 14.516 87.321 179,125 5988.gOg -~.256 1418.875 -999.25~ SFLU.DIL -999.250 ILM.DIL -999.25~ -999.25~ SP.DIL -999.25~ GR.DIL -999.25~ -999.250 DT.BHC -999.25~ GR.BHC -999.25g 53.4N9 DRHO.LDT -~.~24 RHOB.LDT 1.769 LIS Tape Verfftcatfon Listing Schlumberger Alaska Computing Center ?EF.LDT 27.844 OLS.LDT I_S.LDT 877.5ZE LU.LDT SS2.LDT 389.ZE~ LSHV.LDT MRES.LDT ~,55~ MTEM.LDT TEI'!S.CNL 6388,~ NPHI,CNL RCFT.CNL 469.992 RCNT.CNL HR£S.CNL ~.55~ MTEM.CNL TE~S.HGT 6388.~ CS.NGT THOR.NGT 12.697 WSNG.NGT W2b!G.NGT 3~5.447 W1NG.NGT HTEN.MGT 172~,~ CGR.NGT HVR,EPT 4.2~7 FVR,EPT CALI.EFT 16,75~ MRES.EPT ~,57T 176.255 DEFT. 10!~.~E~ TENS.DIL ILD.D!L 1.448 CALI.DIL TERS.~HC 369~,~Z~ CALI.BHC TE~[S.LDT 6~6Z.~ DPHI.LDT PEF.LDT 23.1~9 OLS,LDT LS,LDT 974.~Z~ LU.LDT SS2,LDT 377.75~ LSHV.LDT HRES,LDT ~.56Z MTEM.LDT TEHS,CHL G~GZ.~ NPHI.CNL ECFT.CHL 532.458 RCNT.CNL H~ES.CHL ~.56Z MTEM.CNL TEHS.NGT G~G~.~ CS.NGT T~OR.MGT 8.799 WSNG.NGT W2~'!G.HGT 342.1~5 W1NG.NGT HTEN.FGT 1613.~ CGR.NGT ~'/R.EFT 4.2~3 FVR.EPT CAL!.EPT 12.477 MRES.EPT ~E.EPT 212.691 DEFT. I~ZN.~ TENS.DIL !LD.D)L 4.771 CALI.DIL TENS.~HC 452~.~ CALI.BHC TEF!S.LDT 6~84.~ DPHI.LDT ?EF.LDT 16.75~ QLS.LDT LS.LDT 555.~ LU.LDT S$2.LOT 393.25~ LSHV.LDT M~ES.LDT N,562 MTEM.LDT TE~IS.CNL 6~84.NNN NPHI.CNL RCFT.CF!L 736.834 RCNT.CNL MRES.CNL ~.562 MTEM.CNL TEHS,NGT 6~84.~ CS,NGT THOR.HGT 3.4~4 W5NG.NGT W£~G.NGT 154.618 W1NG.NGT HTEN.NGT 1548.~Z CGR.NGT ~VR.EPT 4.2~3 FVR.EPT CALI.EPT 15.141 MRES.EPT CE.E?T 98.629 6-0CT-1988 N9:21 -O.~53 OSS.LDT 861.5~ LITH.LDT 1192.O~O SSHV.LDT 178.875 HTEN.LDT 39.976 TNRA.CNL 1783.411 CFTC.CNL 178.875 HTEN.CNL 1737.~ POTA.NGT 16.537 W4NG.NGT 576.848 MRES.NGT 95.121 SGR.NGT 0.776 LA.EPT 0.550 MTEM.EPT 369~.0~0 SFLU.DIL 9.922 SP.DIL 9.922 DT.BHC 56.467 DRHO.LDT -~.~63 QSS.LDT 968,~0 LITH.LDT 1192.~0 SSHV.LDT 179.375 HTEN.LDT 36.756 TNRA.CNL 1887.717 CFTC.CNL 179.375 HTEN.CNL 1736.g~ POTA.NGT 9.747 ~4NG.NGT 742.69~ MRES.NGT 82.317 SGR.NGT 0.773 LA.EPT ~.56~ MTEM.EPT 452~.~N0 SFLU.DIL 9.7~3 SP.DIL 9.7~3 DT.BHC 28.12~ DRHO.LDT -O.NB3 OSS.LDT 541.~ LITH.LDT 1193.~ SSHV.LDT 179.~ HTEN,LDT 26,531 TNRA,CNL 2234.~I CFTC.CNL 179.~ HTEN.CNL 177~.~ POTA.NGT 5.02~ W4NG,NGT. 338,353 MRES,NGT 3~.796 SGR.NGT ~.771 LA.EPT ~.562 MTEM.EPT 91.813 llG4.ZON 172~.~0 3.652 467.843 172~.~ 3.147 12.646 ~.550 176.255 ~4.352 J78.875 2.Z45 -45.250 ~7,375 -~.~18 Z.~45 1~5.688 I165.~0~ 1613.~ 3.412 538,35~ 1613.ZZZ 3.257 22.417 0.56~ 212.691 11.Z55 179.375 1~.318 -22.766 83.25~ 0.127 0.Z79 64.688 llGG.gZZ 1548.00~ 2.B57 712.813 154B.~Z~ 1.191 16.064 g.562 98.629 12.070 179.g~0 LL,LDT $S1,LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR,CNL URAN,NGT ~3NG,NGT MTEH,NGT TENS,EPT SA,EPT HTEN.EPT : ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR,CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SSI.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT PAGE: 10 447.0~0 241.625 16.75~ 176.255 3.881 1697.732 176.255 11.429 77.821 178.875 6388.0~ 3.551 172f.099 1.619 136.25N 136~25Z '-1~718' 490.25~ 249.25~ 12.477 212.691 3.844 1856.827 212.691 18.217 1~2.339 179.375 GZGO.~Z 2.117 1613.~Z 5.282 8~.375 8~.375 2.186 284.5Z~ 292.Z~ 15.141 98.629 3.172 2~84.544 98.629 9.134 48.193 179.~ 6~84.~ 2.686 1548.~0 LIS Tape Verification Listing Schlumberger Alaska Computing Center DEPT. 99~.gN6 TENS.DIL ILD.DIL 5.938 CALI.DIL TENS.BHC 448N.g~N CALI.BHC TEN$.LDT 8264.6~6 DPHI.LDT PEF.LDT 22.563 OLS.LDT LS.LDT 996.566 LU.LDT $S2.LDT 357.D66 LSHV.LDT MRES.LDT ~.551 MTEM.LDT TENS.CNL 8264.~6 NPHI.CNL RCFT.CNL 783.629 RCNT.CNL MRES.CNL 6.551 MTEM.CNL TENS.NGT 8264.666 CS.NGT THOR.NGT 12.g71 WSNG.NGT W2~IG.NGT 172.~84 WING.NGT HTEN.NGT 3126.gg~ CGR.NGT NVR.EPT 4.195 FVR.EPT CALI.EPT 12.826 MRES.EPT GR.EPT 12~.143 DEPT. 98~.666 TENS.DIL !LD.DIL 8.4~ CALI.DIL TENS.BHC 4464.6~6 CALI.BHC TENS.LDT 8384.6g~ DPHI.LDT ?EF.LDT 4.623 QL$.LDT LS.LDT 274.75~ LU.LDT $S2.LDT 286.756 LSHV.LDT MRES.LDT ~.531 MTEM.LDT TEFIS.CNL 8284.66~ NPHI.CNL RCFT.CNL 1197.763 RCNT.CNL MRES.CNL ~.531 MTEM.CNL TEHS.~IGT 8384.66~ CS.NGT THOR.NGT 13.761 WSNG.NGT W2NG.NGT 176.688 W1NG.NGT HTEN.IqGT 3248.875 CGR.NGT NVR.EPT 4.199 FVR.EPT CALI.EPT 11.164 MRES.EPT GE.EFT 112.653 DEPT. 97~6.~66 TENS.DIL ILD.DIL 5.245 CALI.DIL TEHS.BHC 4348.g~0 CALI.BHC TEh!S.LDT 6~12.6~ DPHI.LDT PEF.LDT 23.813 QL$.LDT LS.LDT 1639.~60 LU.LDT SS2.LDT 383.666 LSHV.LDT MRES.LDT 6.53g MTEM.LDT TENS.CNL 6~12.666 NPHI.CNL RCFT.CNL 438.656 RCNT.CNL MRES.CNL ~.530 MTEM.CNL TE?iS.NGT 6~12.666 CS.NGT THOR.NGT 9.823 WSNG.NGT W2NG.NGT 183.976 W1NG.NGT HTEN.NGT 1632.696 CGR.NGT NVR.EPT 4.199 FVR.EPT CAL~.E?T 16.922 MRES.EPT 6-0CT-1988 69~21 9.773 9.773 66.N99 -6.628 964.566 1193.~66 179.625 27.788 2467.666 179.625 11.472 376.673 95,175 ~.769 ~.551 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 16.477 16.477 11.636 6.623 259.256 1194.666 182.375 22.312 3248.314 182.375 1661.66~ 11.101 365.462 96.614 0.769 6.531 $FLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 4348.g66 ll.5g~ 11.566 58.651 -6.g49 1193.666 182.256 44.717 1859.854 182.256 1794.66g B.9N2 325.426 78.764 6.776 ~.53g $FLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL · POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 9.467 -26.678 96.313 -6.676 N.616 113.625 1166.660 3126.666 2.822 814.631 3126.6~0 3.363 lg.516 g.551 J2~.143 16.742 ~79.625 : '16.922 -17.156 79.188 -6.611 6.626 57.188 )1168.666 3248.875 2.419 1296.943 3248.875 2.966 9.251 6.531 112.653 9.414 182.375 5.918 -15.586 95.375 -6.g18 g.642 114.56~ 1168.666 1632.~66 3.848 464.136 2.774 16.886 6.536 166.968 13.826 182.256 ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT .' ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT S$1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT PAGE: 6.338 95.566 95.500 1.658 568.256 225.256 12.82g 126.143 3.317 2342.967 120.143 3.260 65.~16 179.625 8264.666 6.112 3126.ggg .9..142 :.~ s Yse6 .95,.596 2.468 145.256 212.~g~ 11.164 112.653 2.526 3126.5~6 112.653 2.354 76.781 182.375 8384.696 -6.558 3248.875 5.289 96.625 96.625 1.682 526.56g 249.875 16.922 1~6.968 3.964 1715.1~9 166.968 4.264 47.478 182.25~ 6612.666 4.387 1632.66g 11 LIS Tape Verfffcatfon Lfstfng Schlumberger Alaska Compu%1ng Center GR.EPT lg6.968 DEPT. 9GgO.~E~ TENS.DIL ILD.D!L 27.341 CALI.DIL TE~S.BHC 4394.~ CALI.BHC TE~S.LDT 6~2~.EOg DPHI.LDT ?EF.LDT 3.697 QLS.LDT LS.LDT 268.25~ LU.LDT $S2.LDT 293.~ LSHV.LDT MRES.LDT ~.535 MTEM.LDT TEHS.CNL 6~2~.~ NPHI.CNL RCFT.CNL 1748.796 RCNT.CNL HRES.CNL ~.535 MTEM.CNL TEHS.NGT 6~2~.~ CS.NGT THOR.NGT 11.7~5 ~SNG.NGT ~2HG.NGT 148.297 ~ING.NGT HTEN.HGT 1652.~ CGR.NGT NVR.EPT 4.199 FVR.EPT CALI.EPT 11.945 MRES.EPT G~.EPT 87.124 DEPT. 95~.~ TENS.DIL ILD.DIL 8.7~8 CALI.DIL TENS.BHC 4252.~ CALI.BHC TE~S.LDT 574~.~ DPHI.LDT FEF.LDT 4.891 QLS.LDT LS.LDT 254.75~ LU.LDT S$2.LDT 295.~ LSHV.LDT MRES.LDT ~.535 MTEM.LDT TE~'~S.CNL 574~.~ NPHI.CNL ECFT.CNL 1211.534 RCNT.CNL MRES.CNL ~.535 MTEM.CNL TE~S.NGT 574~.~ CS.NGT THOR.NGT 11.689 W5NG.NGT W2NG.NGT 175.835 W1NG.NGT HTEN.NGT 1585.75~ CGR.NGT ?~VR,EPT 4,199 FVR,EPT CAL!,EPT 12.523 MRES,EPT aR.EFT !~8.588 DEFT. 94~E.g~E TENS.DIL ILD.D~L 5.363 CALI.DIL TEHS.BHC 424~.~ CALI.BHC TENS.LDT 578N.~ DPHI.LDT PEF.LDT 5.738 OLS.LDT LS.LPT 254.875 LU.LDT $S2.LDT 3~.5~ LSHV.LDT MEES.LDT ~.532 MTEM.LDT TENS.CNL 578~.~ NPHI.CNL RCFT.CNL 829.734 RCNT.CNL HEES.CNL ~.532 MTEM.CNL TENS.NGT 578~.~ CS.NGT THOR.HGT 14.643 W5NG.NGT W2HG,HGT 161.838 W1NG.NGT HI'E~!.~)~T 1596.516 CGR.NGT 6-0CT-1988 09:21 43N4.~88 SFLU.DIL 11.234 SP.DIL 11.234 DT.BHC 9.497 DRHO.LDT -~.8~1 OSS.LDT 257.50~ LITH.LDT 1195,~00 SSHV.LDT 182.25~ HTEN.LDT 16.529 TNRA.CNL 3825.238 CFTC.CNL 182.250 HTEN,CNL 1783.O~ POTA.NGT 12.024 ~4NG.NGT 279.559 MRES.NGT 72.2~6 SGR.NGT ~.768 LA.EFT ~.535 MTEM.EPT 4252.N~0 SFLU.DIL 11.617 SP.DIL 11.617 DT.BHC 6.g60 DRHO.LDT -g.~2 QSS.LDT 245.875 LITH,LDT 1195.~0~ SSHV.LDT 182.~B~ HTEN.LDT 2N.619 TNRA.CNL 3197.561 CFTC.CNL 182.~80 HTEN.CNL 179~.~g~ POTA,NGT 1~.896 W4NG.NGT 344.794 MRES.NGT 82.25~ SGR.NGT ~.767 LA.EFT ~.535 MTEM.EPT 424~.gNg SFLU.DIL 11.883 SP.DIL 11.883 DT.BHC 4.4~3 DRHO.LDT ~.~1~ QSS.LDT 244.25~ LITH.LDT 1195.~g SSHV.LDT 181.50~ HTEN.LDT 24.569 TNRA.CNL' 2584.658 CFTC.CNL 181.5~g HTEN.CNL 1794.~N POTA.NGT 16.983 W4NG.NGT 37g.629 MRES.NGT 92,893 SGR,NGT 34.041 -13.6~9 65.875 -0.003 59.344 1169.gg0 1652.~N~ 2.~54 1811.786 1652.g~g -1.880 8.B16 ~.535 ~'87,124 11,641 182.25g 18.765 -3.695 75.688 0.g25 0.~48 51.375 1169.0~0 1585.75~ 2.345 1237.275 1585.75g 2.548 12.77~ 0.535 108.588 12.172 182.~ 6.253 -3.697 78.875 0.g52 ~.g55 52.375 l168.g~g 1596.516 2.648 920.749 1596.516 2.526 14.985 0.532 117.316 ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SSI.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG,NGT MTEM,~GT .TENS,EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG,NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG,NGT MTEM.NGT TENS,EPT PAGE= 29.539 72. 125 72. ] 25 2.493 139.5~ 215.625 11.945 87. 124 2.096 3569.593 87. 124 2.198 37.074 182.25g 6020. g~' ' 4.387. 1652 .,~g~ 8'. 975 74.59'0 74.50g 2.55~r 131 .75g 227. 125 12.523 1.~'8. 588 2.542 2891.799 lg8. 588 3.644 55.99Z 182. ~F~FO 574 ~r. gg~F 4.387 1585.75~r 5.495 87.625 87.625 2.577 132.75~ 234.50~ 14.234 117.316 2.667 2447.851 117.316 3.~8~ 58.941 181.5~g 578g.gg~ 12 LIS.Tape Verfffcatfon Lfstfng Schlumberger Alaska Computing Center NVR.EPT 4.293 FVR.EPT CALI,EPT 14.234 MRES.EPT GR,EPT 1!7.316 DEPT. 93g~.~E TENS.DIL ILD.D!L 8.449 CALI.DIL TE!iS,BHC 4298.~ CALI.BHC TE['.~S.LDT 5744.NgN DPHI.LDT FEF.LDT 4.N~4 QLS.LDT I_S.LDT 258.25N LU.LDT SS2.LDT 397.75~ LSHV.LDT MRES.LDT ~.534 MTEM.LDT TE~$.CNL 5744.~g NPHI.CNL RCFT.CNL 1N98.374 RCNT.CNL h~ES.CNL ~.534 MTEM.CNL TENS.NGT 5744.~ CS.NGT THOR.NGT 1~.882 W5NG.NGT W2NG.NGT 192.615 WING.NGT HTEH.NGT 16~.g~ CGR.NGT NVR.EPT 4.2~3 FVR.EPT CALI.EPT 11.789 MRES.EPT GR.EPT 1~8.599 DEFT. 92~.gZ~ TENS.DIL !LD.D!L 4.443 CALI.DIL TENS.BHC 418~.~g CALI.BHC TENS.LDT 5512.ZZf DPHI.LDT YEF.LDT 9.477 QLS.LDT L$.LDT 449.75f LU.LDT SS2.LDT 369.25f LSHV.LDT MRES,LDT g.536 MTEM.LDT TENS.CNL 5512.~0~ NPHI.CNL RCFT.CNL !~57.132 RCNT.CNL HEES.CNL ~.536 MTEM.CNL TEHS.HGT 5512.g~ CS.NGT THOR.HGT 1~.569 WSNG.NGT ~2HG.HGT !61.324 WING.NGT HTEN.NGT 1571.Z~g CGR.NGT ~;VR.E?T 4.2Z7 FVR.EPT C/,LI,EPT 12.742 MRES.EPT GR.E~T 98.361 DEFT. 91~N.~ TENS.DIL ILD.D!L 5.378 CALI.DIL TENS.BHC 4128.~g0 CALI.BHC TENS,LDT 5728.~ DPHI.LDT FEF.LDT 11.68g QLS.LDT LS,LDT 5~5,75~ LU,LDT SS2.LDT 348.25~ LSHV.LDT MRES.LDT ~.539 MTEM.LDT TENS.CML 5728.g~ NPHI.CNL RCFT.CNL 679.189 RCNT.CNL MRES.CNL ~.539 MTEM.CNL TEHS.NGT 5728.~0 CS.NGT THOR.~IGT 9.989 W5NG.NGT 6-0CT-1988 29:21 0.768 LA.EPT N.532 MTEM.EPT 42N8.g~g SFLU.DIL 11.242 SP.DIL 11.242 DT.BHC 5.586 DRHO.LDT -~,~34 QSS,LDT 254.125 LITH,LDT 1195.~g SSHV.LDT 18N.75Z HTEN.LDT 23.534 TNRA.CNL 3f62.593 CFTC.CNL 18~.75g HTEN.CNL 1843.~ POTA.NGT 1~.978 ~4NG.NGT 37g.259 MRES.NGT 93.684 SGR.NGT N.767 LA.EPT ~.534 MTEM.EPT 418~.~ SFLU.DIL 11.484 SP.DIL 11.484 DT.BHC 19.8~1 DRHO.LDT -~.g64 QSS,LDT 435,75~ LITH,LDT I194.~ SSHV.LDT 18~.375 HTEN.LDT 23.733 TNRA.CNL 2886.696 CFTC.CNL 18~.375 HTEN.CNL 1684.0~ POTA.NGT 9.397 W4NG.NGT 324,716 MRES.NGT 82,494 SGR,NGT ~.766 LA.EPT ~.536 MTEM.EPT 4128.N~ SFLU.DIL 11.773 SP.DIL 11.773 DT.BHC 2B.432 DRHO.LDT -~.g69 OSS.LDT 489.25~ LITH.LDT 1195.~ SSHV,LDT 179.375 HTEN.LDT 3B.842 TNRA.CNL 2145.719 CFTC.CNL 179.375 HTEN.CNL 1679.g~ POTA.NGT 9.372 ~4NG.NGT PAGE: 13.500 SA.EPT 4.387 181.5~ HTEN,EPT 1596.516 7.716 ILM.DIL -8.992 GR.DIL 75.875 GR.BHC 0.043 RHOB.LDT g.~33 LL.LDT 5~.469 SS1.LDT 117~.~g CALI.LDT 160~.~g GR.LDT 2.517 RTNR.CNL 1194.255 CNTC.CNL 1~0~.~ GR.CNL 3.495 URAN.NGT 8.982 ~3NG.NGT 0..534 .'MTEM.NGT 1~8.599 TENS.EPT , "12.~16 SA.EPT 18~.75~ HTEN.EPT 8.g82 -6.512 75.313 ~.144 ~.102 6~.594 1169.000 1571.00~ 2.553 988.666 1571.gfO 2.837 6.2~5 ~.536 98.361 11.961 18g.375 ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SSl.LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT HTEM NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG.NGT 3.822 -4.934 88.~f0 ~.g6~ ~.f98 8~.25g 1169.90~ 1667.f0~ 3.531 72B.2BB 1667.~ff 2.g47 5.623 8.531 77.875 77.875 2.558 131.125 232.625 11.789 1~8.599 2.61~ 2948.121 1~8.599 1.984 52.894 18E.75~ 5744.0gg .4,387 ,. 5.297 79.563 79.563 2.323 231.875 289.25g 12.742 98.361 2.695 2522.253 98.361 2.434 58.945 189.375 5512.~0f 4.387 1571.0~ 5.155 76.313 76.313 2.181 265.5gg 13.117 91.358 3.615 2319.195 91.358 3.263 39.363 13 LIS Tape Verification Listing Schlumberger Alaska Computing Center W2NG.NGT 143.293 W1NG.NGT HTEN.NGT 1667.~ CGR.NGT ~VR.EPT 4.211 FVR.EPT C,'.L!.EPT 13.117 MRES.EPT ~.E~T 91.358 DEPT. 9~.~ TENS.DIL ILD.D!L 4.929 CALI.DIL TENS.BHC 4~74.~ CALI.BHC TENS.LDT 5532.~ DPHI.LDT PEF.LDT 3.633 QLS.LDT LS.LDT 232.875 LU.LDT SS2.LDT 284.75N LSHV.LDT MRES.LDT ~.539 MTEM.LDT TEI~S.CNL 5532.~ NPHI.CNL RCFT.CNL 787.475 RCNT.CNL MRES.CNL N.539 MTEM.CNL TENS.NGT 5532.~ CS.NGT THOR.NGT 9.057 WSNG.NGT WZHG.HGT 144.86~ W1NG.NGT HTEN.~GT 158~.~ CGR.NGT D~VR.EPT 4.211 FVR.EPT CALI.EPT 13.141 MRES.EPT GR.E?T 95.174 DEPT. 89~.~ TEN$.DIL ZLD.D!L 4.611 CALI.DIL TE~IS.BHC 4~3~.~ CALI.BHC TED~S.LDT 5548.~ DPHI.LDT ?EF.LDT 12.93~ QLS.LDT LS.LOT 6~6.~ LU.LDT $S2.LDT 359.25~ LSHV.LDT MRES.LDT ~.546 MTEM.LDT TEi"~S.CHL 5548.~ NPHI.CNL RCFT.CNL 829.757 RCNT.CNL MEES.CNL ~.546 MTEM.CNL TEHS.DIGT 5548.~ CS.NGT THOR.NGT 11.192 ~SNG.NGT W2~G.HGT 145.756 ~ING.NGT HTEN.NGT 1614.5~ CGR.NGT HVR.EPT 4.219 FVR.EPT CALI.EFT 14.156 MRES.EPT GE.EFT 97.352 DEFT. 88~.~ TENS.DIL ILD.D!L 4.436 CALI.DIL TE[,!S,BHC 396~.~ CALI.BHC TER$.LDT 5528.~ DPHI.LDT FEF.LDT 13.227 QLS.LDT LS.LDT 392.25~ LU.LDT SS2.LDT 354.25~ LSHV.LDT M~ES.LDT ~.55~ MTEM.LDT TE~S.CNL 5528.~N NPHI.CNL RCFT.C~iL 711.378 RCNT,CNL HS~.C[!L ~.55~ MTEM.CNL 6-0CT-1988 09:21 311.153 MRES.NGT 68.299 SGR.NGT N.766 LA.EPT ~.539 MTEM.EPT 4~74.0N~ SFLU.DIL 11.945 SP.DIL 11.945 DT.BHC 3.574 DRHO.LDT -~.0~2 QSS.LDT 226.875 LITH,LDT 1195.~ SSHV.LDT 178.5~N HTEN.LDT 27.776 TNRA.CNL 2409.444 CFTC.CNL 178.5~0 HTEN.CNL 1678.g~ POTA.NGT 7.477 ~4NG.NGT 315.888 MRES.NGT 74.363 SGR.NGT N.765 LA.EFT N.539 MTEM.EPT 4N30.N~ SFLU.DIL 11.664 SP.DIL 11.664 DT.BHC 34.624 DRHO.LDT -~.~53 QSS.LDT 576,~ LITH.LDT 1194.~ SSHV.LDT 177.125 HTEN.LDT 27.918 TNRA.CNL 2549.~63 CFTC.CNL 177.125 HTEN.CNL 1682.~ POTA.NGT 11.~7~ W4NG.NGT 3~3.5~6 MRES.NGT 71.437 $GR.NGT ~.768 LA,EFT ~.546 MTEM.EPT 396~.~0 SFLU.DIL 11.93~ SP.DIL 11.93~ DT.BHC' 14.645 DRHO.LDT -~.~47 OSS.LDT 377.75N LITH.LDT 1194.~ SSHV.LDT 176.~ HTEN.LDT 28.232 TNRA.CNL 222~.8~ CFTC.CNL 176.~ HTEN.CNL ~.539 91.358 12.492 179.375 4.765 -3.158 82.813 E.~6 ~.N24 51.9N6 1169.N~0 158~.~ 2.836 82~.859 1~8~.~00 2.672 14.N19 N.539 95.174 12.117 178.5~0 7.~9 -4.~39 77.875 0.~57 ~.lN4 99.188 1168.~0 1614.5~ 2.871 872.469 1614.5~ 1.959 14.760 ~.546 97.352 12.492 177.125 5.g34 -5.535 84.375 ~.148 g.l~7 61.~31 llG8.~NO 1576.375 2.88~ 755.839 1576.375 MTEM.NGT TEN$.EPT SA.EFT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT .RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EFT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS,EFT SA.EFT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL PAGE: 179.375 5728.~O~ 4.387 1667.~ 5.~11 82.188 82.188 2.591 119.438 214.75~ 13.141 95.174 2.9811' 2359.492. 95..~74 ;'"3(~57," "53,;271 178.5~ 5532.~ 4.387 1580.~ 4.353 81.375 81.375 2.g79 318.~g 270.5gg 14.156 97.352 3.314 2491.192 97.352 3.517 55.351 177.125 5548.~O~ 4.387 1614.5~ 4.648 84.188 84.188 2.498 2~3.25~ 284.~g~ 13.859 114.825 2.962 2167.835 114.825 14 LIS Tape Verification Listing Schlumberger Alaska Computing Center TENS.NGT 5528.6g~ C$.NGT THOR.NGT 11.823 WSNG.NGT W2~!G.NGT 188.g18 W1NG.NGT HTEN,HGT 1576.375 CGR.NGT NVR.EPT 4.223 FVR.EPT CALI.EPT 13.859 MRES.EPT G~.EPT 114.825 DEPT. 87~.~ TENS.DIL ILD,DIL 5.737 CALI.DIL TENS.BHC 398~.6~0 CALI.BHC TEblS,LDT 5284.6~ DPHI.LDT FEF.LDT 1G.glG QLS.LDT LS.LDT 642.5~ LU.LDT SS2.LDT 399.25~ LSHV.LDT MRES.LDT ~.553 MTEM.LDT TEUS.CHL 5284.6~ NPHI.CNL RCFT.CNL 766.448 RCNT.CNL M~%S.CNL ~.553 MTEM.CNL TE~S.DIGT 5284.6~ CS.NGT TI-!OR.HGT 11.1~4 W5NG.NGT W2~:!G.HGT 141.651 W1NG.NGT H'TEN.NGT 1544.6~ CGR.NGT ?VR.EPT 4.223 FVR.EPT C?.LI.EPT 16.~47 MRES.EPT G~.EPT 1~.695 DEPT. 8666.6~ TENS.DIL !LD.DIL 4.983 CALI.DIL TENS.BHC 395~.6~ CALI.BHC TEMS.LDT 5268.6~¢ DPHI,LDT FEF,LDT 7.371 QLS.LDT LS.LDT 364.756 LU.LDT S$2.LDT 345.~ LSHV.LDT MRES.LDT ~.554 MTEM,LDT TEh!S.CHL 5268.6¢0 NPHI.CNL RCFT.CHL 937.196 RCNT.CNL ~ES.Ci'!L 6.554 MTEM.CNL TE~IS.HGT 5268.~6 CS.NGT THOR.HGT 11.144 W5NG.NGT W2NG.NGT 179.174 W1NG.NGT HTEbI,~!GT 1556.666 CGR.NGT NVR.EPT 4.227 FVR.EPT CALI.E?T 14.227 MRES.EPT 6~.E?T 123.171 DEFT. 8566.~g~ TENS.DIL ILD.DiL 6.~89 CALI.DIL TE~!S.BHC 3894.666 CALI.BHC TE~S.LDT 526~.6~ DPHI,LDT ?EF.LDT 4.793 QLS.LDT LS.LDT 291.5~ LU.LDT SS2.LDT 319.75~ LSHV.LDT MEES.LDT g.558 MTEM.LDT TE:~S.C~!L 526~.6~6 NPHI.CNL 6-0CT-1988 ~9:21 1677.0gN POTA.NGT 11.060 W4NG.NGT 388.~18 MRES.NGT 94.118 SGR.NGT 0.769 LA.EPT 6.556 MTEM.EPT 398N.Ng~ SFLU.DIL 12.867 SP.DIL 12.867 DT.BHC 35.87~ DRHO.LDT -~.~83 OSS.LDT 626.56~ LITH.LDT 1193.~ SSHV.LDT 174.25~ HTEN.LDT 26.967 TNRA.CNL 23~9.26~ CFTC.CNL 174.25~ HTEN.CNL 1681.6~6 POTA.NGT 12.195 W4NG.NGT 31N.567 MRES.NGT 76.111 SGR.NGT ~.768 LA.EPT ~.553 MTEM.EPT 395~.~6 SFLU.DIL 11.484 SP.DIL 11.484 DT.SHC 14.9~9 DRHO.LDT -6.642 QSS.LDT 351.75g LITH.LDT l194.ggg SSHV.LDT 172.875 HTEN.LDT 23.925 TNRA.CNL 2749.876 CFTC.CNL 172.875 HTEN.CNL 1725.~ POTA.NGT 5.629 W4NG,NGT 4~7.129 MRES.NGT 86.115 SGR.NGT g.768 LA.EPT ¢.554 MTEM.EPT 3894.~N6 SFLU.DIL 11.~94 SP.DIL 11.g94 DT.BHC 7.763 DRHO.LDT ~.~9 QSS.LDT 276.~gg LITH.LDT l195.gg~ SSHV.LDT 172.566 HTEN.LDT 21.428 TNRA.CNL 3.294 I~.138 g.550 114.825 12.813 176.~0 URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT 5.57~ ILM.DIL -12.75~ GR.DIL 84.688 GR.BHC ~.g79 RHOB.LDT ~.g52 LL.LDT 84.313 SS1.LDT l~68.~gO CALI.LDT 1544.g~ GR.LDT ¢ 2.858 RTNR.CNL 762.440 .CNTC.CNL 1544.g~g GR.CNL ' 2.287 URAN.NGT 8.443 W3NG.NGT 0.553 MTEM.NGT 1~.095 TENS.EPT 13.82g SA.EPT 174.256 HTEN.EPT 5.3~2 ILM.DIL -7.688 GR,DIL 77.313 GR.BHC ~.1~5 RHOB.LDT g.g78 LL.LDT 53.0~6 SS1.LDT 1167.g0~ CALI.LDT 155~.~ GR.LDT 2.6~7 RTNR.CNL 953.621 CNTC.CNL 1556.0g~ GR.CNL 2.934 URAN.NGT 11.257 W3NG.NGT ~.554 MTEM.NGT 123.171 TENS.EPT 12.914 SA.EPT 172.875 HTEN.EPT 6.498 -6.492 76.375 g.g8~ g.g63 57.219 l168.g~g 1587.gg~ 2.363 ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL PAGE: 2.948 59.9~8 176.g66 5528.6gg 4.387 1576.375 5.633 76.g~g 76.~gg 2.g58 329.25g 286.56g 16.g47 1g~.695 3.189 2211.~93 10~.~95 2.971 .53.~71: {74,25g 5284.6g~ 4.387 1544.gg6 5.g63 1gg.313 1~.313 2.464 267.88~ 14.227 123.171 2.813 252g.335 123.171 4.847 69.418 172.875 5268.gGg 4.387 6.228 73.813 73.813 2.522 153.5~ 248.875 11.164 96.199 2.39~ 15 LIS Tape Verfftcatton Lfs%1ng Schlumberger Alaska Computing Center RCFT.CNL 1378.388 RCNT.CNL MRES.CNL g.558 MTEM.CNL TENS.NGT 526g.~g CS.NGT THOR.NGT 9.~5! W5NG.NGT W2NG.HGT 14~.79i W1NG.NGT HTEF!.NGT 1587.~ CGR.NGT HVR.EPT 4.23g FVR.EPT C,^.LI.E?T 11.164 MRES.EPT G~.EPT 96.1N9 DEPT. 84NN.NNN TENS.DIL .!!_D.DIL 4.114 CALI.DIL TE~S.~HC 3874.~ CALI.BHC TEFiS.LDT 5332.~0 DPHI.LDT F~EF.LDT lg.383 OLS.LDT LS.LDT 411.75g LU.LDT SS2.LDT 365.~ LSHV.LDT M~ES.LDT g.564 MTEM.LDT T~ CNL 5332.~ NPHI CNL RCFT.CHL 1~21.5~3 RCNT.CNL M[ES.CNL ~.564 MTEM.CNL TE~!S.NGT 5332.~ CS.NGT THOR. NGT 11 .~29 WSNG. NGT ¥!276. HGT 16~. 232 W1NG. NGT Fi'CN. DIGT 1599.688 CGR.NGT ~,!VR. EPT 4.23~ FVR. EPT C;.LI.EPT 14.156 MRES.EPT O~.EFT !~2.315 DEFT. 83NN.NNg TENS.DIL ~LD.D!L 3.593 CALI.DIL TEI~S.BHC 3824.~g~ CALI.BHC TEh~S.LDT 54NN.NNN DPHI.LDT rEF.LDT 16.813 QLS.LDT LS.LDT 5N4.75N LU.LDT SS£.LDT 367.75~ LSHV.LDT M~S.LDT ~.568 MTEM.LDT I'E~-'S ~,:_ 54~.~ NPHI CNL RCFT.ChlL 763.78N RCNT.CNL P!EES.C~;L g.568 MTEM.CNL TENS.~iGT 54NN.NNN CS.NGT THOR.h!GT 1N.BN1 W5NG.NGT W2HG.HGT 1GN.NNN WING.NGT HTEN.NGT 1614.NNN CGR.NGT b!VR.EPT 4.23~ FVR.EPT CALI.EFT 15.391 MRES.EPT GE.EPT 1N2.751 DEPT. 82~g.~ TENS.DIL !LD.D!L 3.619 CALI.DIL TEHS.BHC 382~.~g CALI.BHC TE~-'e,,~. LDT 544N.N~N DPHI . LDT F~c LDT 16 344 QLS LDT LS.LDT 695.~NN LU.LDT .... ..:.LBT 398 75~ LSHV LDT 6-0CT-1988 ~9:21 3171.667 CFTC.CNL 172.5~N HTEN.CNL 171G.~g POTA.NGT 6.750 W4NG.NGT 321.119 MRES.NGT 74.422 SGR.NGT ~.768 LA.EPT ~.558 MTEM.EPT 3874.~g SFLU.DIL 11.742 SP.DIL 11.742 DT.BHC 17.113 DRHO.LDT -~.g5G QSS.LDT 398,250 LITH.LDT 1193.~g0 SSHV.LDT 17~.B75 HTEN.LDT 23.678 TNRA.CNL 275~.832 CFTC.CNL 17~.875 HTEN.CNL 1723.~ POTA.NGT 12.548 W4NG.NGT 351.351 MRES.NGT 68.~83 SGR.NGT 0.768 LA.EPT ~.564 MTEM.EPT 3824.~g~ SFLU.DIL 12.242 SP.DIL 12.242 DT.BHC 26.985 DRHO.LDT -~.~71 QSS.LDT 489.~ LITH.LDT 1192.~ SSHV.LDT 169.125 HTEN.LDT 26.663 TNRA.CNL 24gg. Gg4 CFTC.CNL 169.125 HTEN.CNL 1724.g~ POTA.NGT 7.619 ~4NG.NGT 321.9~5 MRES.NGT 81.826 SGR.NGT g.769 LA.EPT ~.568 MTEM.EPT 382g.gNN SFLU.DIL 12.195 SP.DIL 12.195 DT.BHC 42.g78 DRHO.LDT -~.~69 QSS.LDT 678.5~g LITH.LDT 1193.~ SSHV.LDT 1427.397 1587.gg0 2.677 8.679 N.558 96.1N9 11.211 172.5~g 5.336 -5.g~8 8g.938 g.137 g.g85 ' 6N.469 llG7.ggO 1~99.688 2.591 1057.076 1599.688 1.779 11.583 g.564 1~2.315 13.~7B 17~.875 4.261 -3.242 9~.188 l166.g~g 1614.~ 2.81~ 792.282 1614.gg~ 2.736 9.524 g.568 102.751 13.977 169.125 3.687 -3.354 9g.125 g.g23 0.g22 88.25~ 1165.ggg CNTC.CNL GR.CNL URAN.NGT ~3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT : SSI.LDT CALI.LDT GR.LDT RTNR.CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT PAGE: 16 32NO.337 96.109 3.232 49.180 172.50g 526~.ggg 4.387 1587.gg~ 4.427 79.875 79.875 2.368 212.75~ 282.75~ 14.156 102.315 2~2~s89 1,.2~2 I~2.315 4.669 37.645 17g.875 5332.gOg 4.387 1599.688 3.614 82.875 82.875 2.295 26~.25g 274.25g 15.391 1~2.751 2.869 2232.673 1N2.751 2.691 56.19~ 169.125 54~.ggg 4.387 1614.ggg 3.6g9 74.ggg 74.ggg 1.956 265.~g 15,5gg LIS Tape Verification Lfstfng Schlumberger Alaska Computing Center MRES.LDT g.571 MTEM.LDT TENS.CNL 544g.~N NPHI.CNL RCFT.CNL 766.783 RCNT.CNL MRES,CNL ~.571 MTEM.CNL TENS.NGT 544g.~ C$.NGT THOR.rlGT 8.~64 W5NG.NGT ¥!2~!G.NGT !69.363 WING.NGT HTE~.DIGT 1691.g~ CGR.NGT ~IVR.EFT 4.238 FVR.EPT C~LI.E?T 15.5~ MRES.EPT gR.E?T 92.431 DEPT. 81g~,~ TENS.DIL ILD.D!L 3.g24 CALI.DIL TE!.IS.BHC 3724.~ CALI.BHC TEHS.LDT 5188.~g DPHI.LDT FEF.LDT 18.266 QLS.LDT LS.LDT 79~.~N~ LU.LDT SS2.LDT 39E.~ LSHV.LDT MRES.LDT ~.577 MTEM.LDT TE~$.CHL 5188.~g~ NPHI.CNL RCFT.CNL 558.641 RCNT.CNL HEES.CNL ~.577 MTEM.CNL TEHS.~!GT 5188.~ CS.NGT THOR.NGT 8.319 WSNG.NGT W2~G.NGT 166.988 W1NG.NGT H'FEN.NGT 1598.5~ CGR.NGT [,~VR.EPT 4.238 FVR.EPT C?,L!.EFT 14.484 MRES.EPT qE.EPT 1f3.f32 DEPT. 8f~f.Z~ TENS.DIL !LD.DIL 3.946 CALI.DIL TE?S.~HC 371~.g~ CALI.BHC TEKS.LDT 5372.~ DPHI.LDT FEF.LDT 7.~35 QLS,LDT LS.LDT 352.~ LU.LDT SS2.LDT 361,75~ LSHV.LDT M~ES.LDT ~.585 MTEM.LDT TE!'S.CNL 5372.~ NPHI.CNL KCFT.CNL 489.444 RCNT.CNL N~ES.CHL ~.585 MTEM.CNL TED!S.NGT 5372.8g~ CS.NGT THOR.~.)GT 7.514 W5NG.NGT W2NG.HGT 159.428 W1NG.NGT HTEN.NGT 1655.125 CGR.NGT ~VR.EPT 4.242 FVR.EPT CALI.EPT 14.359 MRES.EPT G~.EPT 91.853 DEPT. 79f~.~g TENS.DIL !LD.DIL 8.124 CALI.DIL TEi~S.~HC 37~4.~ CALI.BHC T~FS,_, .LDT 5N2N.NN~ DPHI.LDT ?EF.LDT 5.23N QLS.LDT 6-0CT-1988 g9:21 168.375 HTEN.LDT 26.486 TNRA.CNL 2196.929 CFTC.CNL 168.375 HTEN.CNL 1725.0N0 POTA.NGT 5,7~9 ~4NG.NGT 292.1~3 MRES.NGT 54.14~ SGR.NGT g.769 LA.EPT ~.571 MTEM.EPT 3724.~ SFLU.DIL 12.133 SP.DIL 12.133 DT.BHC 47.869 DRHO.LDT -~.g73 QSS.LDT 78~.~ LITH.LDT 1192.9~g SSHV.LDT 167.25~ HTEN.LDT 31.572 TNRA.CNL 1965.~23 CFTC.CNL 167.250 HTEN.CNL 1726.~0 POTA.NGT 9.653 W4NG.NGT 362.934 MRES.NGT 72.128 SGR.NGT ~.769 LA.EPT 0.577 MTEM.EPT 371~.~g SFLU.DIL 11.992 SP.DIL 11.992 DT,BHC 9.451 DRHO.LDT -~.~39 QSS.LDT 339.25~ LITH.LDT 1192.~g SSHV.LDT 164.75~ HTEN.LDT 37.8~5 TNRA.CNL 1843.441 CFTC.CNL 164.75~ HTEN.CNL 1729.~N POTA.NGT 7.729 W4NG.NGT 322.7~5 MRES.NGT 64.858 SGR.NGT g.767 LA.EPT f.585 MTEM.EPT 37E4.~ SFLU.DIL 11.297 SP.DIL 11.297 DT.BHC 16.~39 DRHO.LDT -g.~30 QSS.LDT 1691.000 2.779 792.370 1691.~0~ 1.587 6.669 0.571 92.431 13.664 168.375 3.237 -4.633 .91.875 f.~N5 , ~.~33 89.438 1165.g~O 1598.5~ 3.123 598.421 1598.590 2.7~5 9.653 ~.577 1~3.~32 14.133 167.25g 4.289 -4.918 86.313 0.172 ~.~83 55.313 l165.f~g 1655.125 3.482 528.173 1655.125 2.424 9.662 ~.585 91.853 11.797 164.75~ 8.771 -5.961 71.125 0.~72 ~.g64 GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEH.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL LDT .' SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT PAGE: 92.431 2.90~ 2216.403 92.431 5.361 36.156 168.375 544~.~gg 4.387 1691.ggg 3.118 77.813 77.813 1.86g 399.75N. 258.75g 14.484 lg3.~32 3-Y4~5 ' 19~'.541 IN3.N32 4.247 52.124 167.250 5188.0~g 4.32~ 1598.5gg 4.~99 73.313 73.313 2.494 182.375 286.25~ 14.359 91.853 3.688 175g. Z99 91.853 3.806 51.208 164.75~ 5372.Z~ -0.591 1655.125 8.g26 87.75~ 87.75~ 2.385 188.75Z 17 LIS Tape Verificatfon Listing Schlumberger Alaska Computlng Center LS.LDT 362.~6~ LU.LDT SS2.LDT 336.75B LSHV.LDT MRES.LDT 6.592 MTEM.LDT TEPS.CNL 5~2~.6~6 NPHI.CNL RCF'T.CNL 582.284 RCNT.CNL n~ ,~ M~,~,,.C~'L ~.592 )ITEM.CNL TENS.NGT 5~2~.~6~ CS.NGT THOR.NGT 12.25N WSNG.NGT W2NG.~GT 137.143 W1NG.NGT HTEH.~GT 1555.938 CGR.NGT ~V~.E?T 4.242 FVR.EPT CLL!.EPT 12.281 MRES.EPT ~.E?T 89.622 DEPT, 78~.~6~ TENS.DIL !LD.D!L 7.963 CALI.DIL TEHS.BHC 3674.~86 CALI.BHC TE~S.LDT 5~64.6~ DPHI.LDT FEF.LDT 16.436 QLS.LDT LS.LDT 356.~ LU.LDT S$2.LDT 341.25~ LSHV.LDT MSES.LOT 6.590 MTEM.LDT TEi;S.CML 5~64.~ NPHI.CNL RCFT.CHL 664.328 RCNT.CNL M~ES.CHL N.596 MTEM.CNL TEMS.HGT 5~64.66~ CS.NGT THOR.NGT 8.326 WSNG.NGT W2r,!G,HGT 153.772 W1NG.NGT HTEH.?GT 1543.256 CGR.NGT [~'-'~.EFT 4.242 FVR.EPT C,*,L!.E?T 14.5~8 MRES.EPT GP..E~T !~.~66 DEFT. 77~.~ TENS.DIL ILD.DIL 7.797 CALI.DIL TE[~S.BHC 3624.~g CALI.BHC TE!.;S.LDT 5124.~ DPHI.LDT ['EF.LDT 12.57~ QLS.LDT LS.LDT 412.5~ LU.LDT SS2.LOT 353.6~N LSHV.LDT M~ES.L~T 6,596 MTEM.LDT TE!'~S.Ch!L 5124.~6~ NPHI.CNL ~CFT.CHL 64~.456 RCNT.CNL H~ES.CHL ~.596 MTEM.CNL I'ENS.NGT 5!24.~ CS,NGT THOR.NGT 1~.12~ W5NG.NGT W2flG.Di~T 147.~59 WiNG.NGT FIi'E?).NGT !593.25~ CGR.NGT NVR.E?T 4.242 FVR.EPT CALI.E?T 15.~39 MRES.EPT GR.EFT 96.614 6-OCT-I988 O9=21 346.25~ LITH.LDT I192.0~N SSHV.LDT 163.560 HTEN.LDT 3Z,668 TNRA.CNL 192N,736 CFTC,CNL 163.5~ HTEN.CNL 1717.~0 POTA.NGT 11,429 W4NG.NGT 3~9.524 MRES.NGT 72.989 SGR.NGT 0.767 LA.EPT ~.592 MTEM.EPT 3674.~0 SFLU.DIL 11.82~ SP.DIL 11.820 DT.BHC 12.528 DRHO.LDT -6.639 QSS.LDT 342.758 LITH.LDT 1192.666 SSHV.LDT 163.25~ HTEN.LDT 29.567 TNRA.CNL 2~53.293 CFTC.CNL 163.25~ HTEN.CNL 1764.~ POTA.NGT 8.7~4 W4NG.NGT 321.~83 MRES.NGT 72.894 SGR.NGT N.768 LA.EPT ~.59~ MTEM.EPT 3624.~ SFLU.DIL 11.180 SP.DIL 11.18N DT.BHC 18.2~3 DRHO.LDT -E.~42 QSS.LDT 394,75~ LITH,LDT 1192.~ SSHV.LDT 162.6~ HTEN.LDT 27.595 TNRA.CNL 2083.742 CFTC.CNL 162.~6~ HTEN.CNL 1766.6~ POTA.NGT 16.784 W4NG.NGT 296.~78 MRES.NGT 77.87~ SGR.NGT 6.766 LA.EPT ~.596 MTEM.EPT 68.250 I164.O~O 1555.938 3.13N 620.689 1555.938 1.8~3 1~.476 0.592 B9.622 11.961 163.5N6 ' 8.955 -Z9,359 ~75,375 ~.126 · , 6.~98 57.563 1165.~0 1543.25N 2.972 709.669 1543.25~ 2.755 8.7~4 0.590 10~.~66 12.7N3 163.25~ 8.694 -33.466 75.313 B.121 B.1B~ 57.563 1164.~N6 1593.25~ 2.853 677.6B2 1593.25B 2.643 8.824 ~.596 96.614 12.969 162,~ SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL : GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR .CNL URAN. NGT W3NG. NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG.NGT MTEM.NGI TENS.EPT SA.EPT HTEN.EPT PAGE: 255.875 12.281 89.622 3.160 1855.486 89.622 2.323 47.619 163.560 -O.591 1555.938 7.979 94.gg6 94.ggg" 2.443 184.625 272~5~: 'i4..'5~8 lZZ.ZG6 3.69Z 2Z39.266 10~.~GG 3.768 55.126 163.256 5064.~ -~.558 1543.25f 7.773 82.75~ 82.75Z 2.35~ 215.666 277.75Z 15.639 96.614 3.116 1943.462 96.614 2.415 58.824 162.~ 5124.~6 -~.591 1593.25~ 18 LIS Tape Verfficatfon L~stfn9 Schlumberger Alaska Computfn9 Center 76~.g~ TENS.DIL 7.229 CALI.DIL 36~4.~N CALI.BHC 4924.~g~ DPHI.LDT 9.242 QLS.LDT 39~.25~ LU.LDT 363.75~ LSHV.LDT ~.599 MTEM.LDT 4924.~ NPHI.CNL 553.272 RCNT.CNL ~.599 MTEM.CNL 4924.~g~ CS.NGT lg,457 WSNG.NGT 14~.334 W1NG.NGT 1593.25g CGR.NGT 4.242 FVR.EPT 13.898 MRES.EPT 85.576 DEPT. ILD,D!L TEHS.BHC TEF~S.LDT FEF.LDT LS.I_DT SS2,LDT M~ES.LDT TE;iS. CHL RCFT.CD!L H~ES. CF~L TE!~S. NGT THOR.NGT W2i,~G.F~ST ~TEFi. MGT D!VR.E?T CY, LI.E?T gl. EfT 75N~.$¢~ TENS.DIL 3.239 CALI.DIL 3554.~ CALI.BHC 51~.$~ DPHI.LDT 2~.~94 QLS.LDT 792.~ LU.LDT 395.25g LSHV.LDT ~.6~4 MTEM.LDT 51~.~g~ NPHI,CNL 528.675 RCNT.CNL ~.694 MTEM.CNL 51~.~ CS.NGT 7.852 WSNG.NGT 144.118 WiNG.NGT !7~8.875 CGR.NGT 4.242 FVR.EPT 16.2~3 MRES.EPT 96.78~ DEFT. !LD.D~L TE~i$.BHC TENS.LDT IEF.LDT LS.LDT SS2,LDT MRES.LDT TEF~S.CHL RCFT.CHL MRES.CNL TE%!S.HGT THOR,HGT W2tlG.NGT RT~N.NGT ~VR.EFT CAL!.E?T 74¢¢.¢~ TENS.DIL 4.782 CALI.DIL 349~.g~ CALI.BHC 4988.~ DPHI.LDT 1¢.453 OLS.LDT 441.25~ LU.LDT 372.~ LSHV.LDT ~.61~ MTEM.LDT 4988.g~ NPHI.CNL 752.696 RCNT.CNL ¢.61g MTEM.CNL 4988.g~ CS.NGT 7.579 W5NG.NGT 138.5~7 WING.NGT 1634.75~ CGR.NGT 4.246 FVR.EPT 14.445 MRES.EPT 6-0CT-1988 ~9:21 3604.~ SFLU.DIL 11.594 SP.DIL 11.594 DT.BHC 14.6~2 DRHO.LDT -0.021 QSS.LDT 369.~ LITH.LDT 1192.~gg SSHV.LDT 161.25~ HTEN.LDT 32.464 TNRA.CNL 1923.347 CFTC.CNL 161.25~ HTEN.CNL 1761.~ POTA.NGT 7.851 ~4NG.NGT 282.63~ MRES.NGT 69.~36 SGR.NGT ~.767 LA.EPT ~.599 MTEM.EPT 3554,¢~¢ SFLU.DIL 12.188 SP.DIL 12.188 DT.BHC 48.343 DRHO.LDT -~.g5~ QSS.LDT 769.~ LITH.LDT llgl.~g~ SSHV.LDT 16~.25~ HTEN.LDT 35.514 TNRA.CNL 19~9.~99 CFTC.CNL 16N.250 HTEN.CNL 1763.~0~ POTA.NGT 9.8~4 W4NG.NGT 314.7N6 MRES.NGT 57.847 SGR.NGT ~.767 LA.EPT ~.6~4 MTEM.EPT 349~.g~ SFLU.DIL 11.367 SP.DIL 11.367 DT.BHC 21.175 DRHO.LDT -~.~62 QSS.LDT 427.~ LITH.LDT 1191.~g~ SSHV.LDT 158.5g~ HTEN.LDT 3~.497 TNRA,CNL 2659.061 CFTC.CNL 158.5~ HTEN.CNL 1761.~ POTA.NGT 5.894 W4NG.NGT 281,925 MRES.NGT 55.633 SGR.NGT 0,767 LA.EPT ~.61~ MTEM.EPT 7.963 -37.938 76.938 ~.147 ~.085 57.9N6 1164.~0 1593.25~ 3.169 572.632 1593.25~ 1.981 13,739 .0.599 -B5.576 13.188 ~161.25~ 3.23g -31.922 106.NNN -O.E~5 N.Ng2 97.5~ l163.ggg 1798.875 3.372 553.277 1798.875 1.882 6.863 g.6g4 96.78N 14.4~6 16~.25g 4.492 -29.813 91.5~ g. llg ~.~63 6~.996 1163.~g~ 1634.75g 3.~46 816.9~6 1634.75g 1.893 8.841 ~.61g B2.25B 13.391 158.50~ ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB,LDT LL.LDT SSI.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT PAGE: 7.045 8g.875 80.875 2.4~9 2~5.75~ 284.~N 13.898 85.576 3.371 1799.858 85.576 2.342 42.198 161.25~ 4924.ggg -~.591 1593.25g ,.-3,¢~25 ,897125 89'.125 1.852 4~7.5g~ 252.~gg 16.2~3 96.78g 3.576 1921.583 96.78g 5.315 38.235 16~.25g 51~g.~gg -g.591 17~8.875 4.910 71.g63 71.g63 2.3~1 227.875 14.445 B2.25B 3.24¢ 2495.514 B2.258 3.845 42.24~ 158.5g~ 4988.gOg -g.591 1634.75g 19 LIS Tape Verification Listing Schlumberger Alaska Computing Center GR.EPT 82.258 DEPT. 73~.~ TENS.DIL )LD.D!L 2.4~4 CALI.DIL TE~'c~.~. DHC. 339~.~E~ CALl . BHC TE>!S.LDT 4992.~ DPHI.LDT FEF.LDT 18.312 OLS.LDT LS.LDT 825.5~ LU.LDT S$2.LDT 398.5~ LSHV,LDT MRES.LDT ~.G12 MTEM.LDT TEF.!S.C~IL 4992.~ NPHI.CNL RCFT.C~L 544.946 RCNT.CNL NRE$.C~_ ~.612 MTEM.CNL TEi".!S,NGT 4992,NNN CS,NGT THOR.EGT 8.227 WSNG.NGT ~/Z;iG.NGT 164.N47 WING.NGT HTE~.h~GT 168~.75~ CGR.NGT FVR.EPT 4,246 FVR,EPT CF.LI.EPT 16.297 MRES.EPT ~R.~PT 99.576 DCPT. 72~.~ TENS.DIL iLD.DZL 3.569 CALI.DIL TEHS.~HC 3384.~ CALI.BHC TE;'!S,LDT 4784,~ DPHI.LDT F'EF,LDT 9.969 OLS,LDT LS,LDT 5~3.75~ LU,LDT S?2.LDT 389,~ LSHV,LDT M~S.LDT ~.622 MTEM.LDT TE;-~S.C~L 4784.~ NPHI.CNL R(:FT.C;!L 629.261 RCNT.CNL H~ES.C['.'L ~.622 MTEM.CNL TE!!S.~!GT 4784,~ CS,NGT TF;OR.~!CT 9.419 W5NG,NGT W2F!G.~!,:;T 115.423 WING.NGT HTE~.~!~T 162~.625 CGR.NGT ~'VR.E?T 4.246 FVR.EPT C/..L!.E?T 14.469 MRES.EPT S:~'t.~rT 97.~58 DE?T. 7!~.~ TENS.DIL iLD.D!L 8.616 CALI.DIL TEHS.BHC 3394.~ CALI.BHC TEHS.LDT 4888.~ DPHI.LDT FEF.LDT 11.758 OLS.LDT LS.LDT 4~6.5~ LU.LDT SS2.LDT 368.~ LSHV.LDT MRES.LOT ~.625 MTEM.LDT TEFS.Ci'!L 4888.~ NPHI.CNL RCFT.CNL 855.695 RCNT.CNL MRES.CiqL N.625 MTEM.CNL TE~iS,HGT 4888,~ CS,NGT THO~,EGT 7,245 ~SNG,NGT W£~G.NGT 142.157 WING.NGT H'rS~I,~'gT 1655.5~ CGR,NGT 6-0CT-1988 ~9:21 3390.~gN 12.719 12.719 49,584 -0.~64 812.gNO llg~.g~g 157.375 32.744 1869.185 157.375 1764.~g 1~.8~6 316.396 64.971 ~.767 ~.612 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 3384.NN0 12.195 12.195 23.994 -N.N81 491.75N llgg.gNg 155.875 33.852 2~99.998 155.875 1754.~ 10.945 34~.298 67.716 ~.767 ~.622 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OS$.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 3394.gg~ 12.391 12.391 15.574 -~.~52 392.25g llgl.~N 155.625 25.47~ 251~.362 155.625 1782.~ 5.882 3~1.961 61.572 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES,NGT SG~,NGT 3.829 -27.953 95.625 0.~1 ~.~16 94.125 1162.~0 1688.750 3.257 534.191 168~.75~ 2.258 14.735 ~.612 99.576 '14.4N6 157.375 3.776 -31.922 85.375 0.136 0.g75 69.313 1162.~0 1620.625 3.268 631.891 162g.625 2.147 3.98~ ~.622 97.g58 14.133 155.875 9.~92 -34.719 71.688 0.157 ~.~94 55.625 1162.g~ 1655.5~ 2.713 896.4~2 1655.5~ 2.274 1~.784 0.625 91,215 ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG.NGT -MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG,NGT MTEM,NGT TENS,EPT SA,EPT HTEN,EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT PAGE: 20 2.522 82.125 82.125 1.832 419.5~ 257.25~ 16.297 99.576 3.452 1733.193 99.576 4.822 47.151 157.375 4992.ggg ~0.591 16~;_-"75~.' : 3.666 77.375 77.375 2.254 257.75~ 291.~0g 14.469 97.~58 3.573 2~18.~24 97.~58 3.957 46.766 155.875 4784.0~0 -0,558 162~.625 8.982 8~,N63 8g. N63 2.393 21~.25~ 289.25N 14.445 91.215 2.B23 2333,86~ 91.215 4.1~2 45.~98 155.625 4888,~ LIS Tape Verification Listing Schlumberger Alaska Computing Center NVR.E?T 4.246 FVR.EPT CALI.EPT 14.445 MRES.EPT ~R.~PT 91.215 DEPT. 7~.~ TENS.DIL !LD.D!L 8.862 CALI.DIL TEHS.BHC 336~.~ CALI.BHC TENS.LDT 4668.~ DPHI.LDT ?EF.LDT 11.1~2 QLS,LDT LS.LDT 5~2.75~ LU,LDT S$2.LDT 392.5~ LSHV.LDT MRES.LDT E.628 MTEM.LDT TEP'!$.CNL 4668.~ NPHI.CNL RCFT.CHL 819.14~ RCNT.CNL MRES.CNL ~.628 MTEM.CNL TEhlS.NGT 4668.~ CS.NGT THOR.NGT 1~.296 W5NG.NGT W2;~G.NGT 135.765 W1NG.NGT ~T~ . ,.~N NGT 1589.625 CGR.NGT ~VR.EPT 4.25~ FVR.EPT C/-',LI.EFT 15.68~ MRES.EPT G~.EPT 82.722 DEPT. 69~.~ TENS.DIL !LD.D!L 6.233 CALI.DIL TENS.BHC 33~4.~ CALI.BHC TENS.LDT 466~.~ DPHI.LDT ?EF.LDT 14.984 OLS.LDT LS.LDT 613.5~ LU.LDT SS2.LDT 396.~ LSHV.LDT MKES.LDT ~.636 MTEM.LDT TE~!S.CNL 466~.~ NPHI.CNL RCFT.CNL 6~2.264 RCNT.CNL H~ES.CNL ~.636 MTEM.CNL TENS.~GT 466~.~ CS.NGT THOR.HGT 18.8~4 ~SNG.NGT \~2NG.D!GT 129.~65 W1NG.NGT HTED!.NGT !591.50~ CGR.NGT !'~V~.EPT 4.25~ FVR.EPT C/L!.EPT 15.539 MRES.EPT '~.E?T 88.722 DEFT. 68~.~ TENS.DIL !LD.DIL 5.952 CALI.DIL TEHS.BHC 3244.~ CALI.BHC TEI~S.LDT 4568.~ DPHI.LDT F~F.LDT 12.633 QLS.LDT LS.LDT 45~.~ LU.LDT S$2.LDT 396.~ LSHV.LDT M~ES.LDT ~.644 MTEM.LDT TE?S.CNL 4568.~ NPHI.CNL RCFT.CNL 53~.69~ RCNT.CNL M~S.Ch!L ~.644 MTEM.CNL TEilS.~!GT ~568.$$$ CS.NGT T!:?q.rl~T 9.144 ~5NG.NGT 6-0CT-1988 ~9:21 N.766 LA.EPT ~.625 MTEM.EPT 336~.~ SFLU.DIL 12.195 SP.DIL 12.195 DT.BHC 24.611 DRHO.LDT -~.875 OSS.LDT 488.75~ LITH.LDT 1191.~ SSHV.LDT 154.5~ HTEN.LDT 23.943 TNRA.CNL 2335.1~3 CFTC.CNL 154.5~ HTEN.CNL 18~3.~0~ POTA.NGT 9.119 W4NG.NGT 254.396 MRES.NGT 57.331 SGR.NGT ~,767 LA.EPT ~.628 MTEM.EPT 3304.~ SFLU.DIL 12.883 SP.DIL 12.883 DT.BHC 33.~58 DRHO.LDT -~.085 QSS.LDT 597.~ LITH.LDT 1191.~N~ SSHV.LDT 153.375 HTEN.LDT 30.355 TNRA.CNL 1892.444 CFTC.CNL 153.375 HTEN.CNL 18~8.~0~ POTA.NGT 1~.163 ~4NG.NGT 284.553 MRES.NGT 74.218 SGR.NGT ~.767 LA.EPT ~.636 MTEM.EPT 3244.~ SFLU.DIL 12.828 $P.DIL 12.828 DT.BHC 2~.377 DRHO.LDT -~.~69 QSS.LDT 437.5~8 LITH,LDT 1190.~ SSHV.LDT 152.5~ HTEN.LDT 32.496 TNRA.CNL 1787.718 CFTC.CNL 152.5gN HTEN.CNL 1791.~g~ POTA.NGT 11.988 W4NG.NGT 13.555 155.625 9.467 -32.469 76.250 0.124 0.056 72.5~0 1161.~ 1589.625 2.636 826.973 1~89.625 1.252 16.211 ~.628 82.722 "14.188 154.5~ 6.f56 -35.688 78.313 0.N99 0.f66 8~.375 1161.~0 1591.5~ 3.f91 627.4N6 1591.5~0 2.236 8.130 ~,'636 88..722 14.297 153.375 6.339 -38.469 8~.313 0.137 g.g41 57.563 ll61.OgN 16~8.g~g 3.244 551.842 16~8.~ 2.~59 9.99~ SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR .CNL CNTC .CNL GR .CNL URAN.NGT W3NG.NGT .'MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGI TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG.NGT PAGE~ 21 -~.558 1655.5~0 9.g28 67.25g 67.25g 2.244 258.5~ 286.5gg 15.68~ 82.722 2.7~5 2167.42~ 82.722 3.546 22.29g 154.5~ 4668.~gg ~0.~58 1589~625 6.283 75.438 75.438 2.1~5 315.25S 285.5~f 15.539 88.722 3.225 1887.731 88.722 2.~39 42.683 153.375 466~.~0 -~.558 1591.5~ 6.186 73.5gg 73.5~ 2.314 231.125 287.~gg 15.813 82.243 3.222 1748.~66 82.243 2.552 45.954 LIS Tape Verification Listing Schlumberger Alaska Computing Center W2NG.NGT 135.864 W1NG.NGT HTEN.NGT 16~8.~ CGR.NGT MV~.EFT 4.25~ FVR.EPT C/.L!.EPT 15.813 MRES.EPT qR.E?T 82.243 DEFT. 67~.~ TENS.DIL TID nTL 6 769 CALI DIL TE~S.BHC 323~.~ CALI.BHC TEFS.LDT 46~.~ DPHI.LDT ?~F.LDT 15.~8 QLS.LDT LS.LDT 686.~0~ LU.LDT SS£.LDT 399.~ LSHV.LDT MKES.LDT ~.649 MTEM.LDT TE~'!S.CNL 46~.~ NPHI.CNL RCFT.CNL 552.718 RCNT.CNL M~c N ~,-,~S.C L ~.649 HTEM.CNL TEHS.MGT 46~.~ CS.NGT THOR.HGT 7.498 ~SNG.NGT W2~'G.NST 133.466 W1NG.NGT nT.:~ .... T 16~6.522 CGR.NGT H'v'R.EFT 4.246 FVR.EPT CALI.EPT 17.641 MRES.EPT ~ ~T 83 254 DEPT. 66~.~ TENS.DIL iLD.D!L 1N.9~1 CALI.DIL TE['!S.BHC 323~.~ CALI.BHC T~ ~ · · .... ~.LDT 446~ ~ DPHI LDT FSF.LDT 9.547 QLS.LDT ~S.LDT 381.750 LU.LDT SS2.LDT 372.75~ LSHV.LDT MRES.LDT ~.659 MTEM.LDT TEM$.CHL 446~.~0 NPHI.CNL ECFT.CHL 64~.456 RCNT.CNL MS~ . ~,~ :iS C,,L ~.659 MTEM.CNL TE~!S.HGT 446~.~ CS.NGT TI-iOR.HGT 6.959 W5NG.NGT W2?,S.HGT 1~7.784 W1NG.NGT Ri'EN.NGT 16~3.~ CGR.NGT NVE.EFT 4.246 FVR.EPT CALi.EPT 14.43~ MRES.EPT c~ OpT 81 6~3 DEPT. 65~g.~ TENS.DIL iLD.D!L 9.614 CALI.DIL TENS.BHC 314~.~ CALI.BHC TEFS.LDT 4472.~ DPHI.LDT ?EF.LDT 8.758 OLS.LDT LS.LDT 368.5~ LU.LDT SS2.LDT 364.25~ LSHV.LDT MKES.LDT ~.663 MTEM.LDT TE~4S.CHL 4472.~N NPHI.CNL RCFT.CNL 594.188 RCNT.CNL ~?.ES.CNL ~.663 MTEM.CNL 6-0CT-1988 ~9:21 258.741 MRES.NGT 65.341 SGR.NGT 0.767 LA.EPT g.644 MTEM.EPT 323~.~N~ SFLU.DIL 13.227 SP.DIL 13.227 DT.BHC 41.548 DRHO.LDT -~.~65 QSS.LDT 667.~ LITH.LDT 1191.0~ SSHV.LDT 151.5~ HTEN.LDT 3~.949 TNRA.CNL 1903.157 CFTC.CNL 151.5~N HTEN.CNL 18~.~ POTA.NGT 7.968 W4NG.NGT 271.912 MRES.NGT 54.489 SGR.NGT ~.765 LA.EFT ~.649 MTEM.EPT 323~.~ SFLU.DIL 12.6N9 SP.DIL 12.6~9 DT,BHC 1~.~92 DRHO.LDT -N.851 OSS.LDT 369.5~ LITH.LDT 119~.~0~ SSHV.LDT 15~.75~ HTEN.LDT 26.757 TNRA.CNL 1934,491 CFTC.CNL 15~.75~ HTEN,CNL 18~3.~ POTA.NGT 6.986 W4NG.NGT 263.473 MRES.NGT 56.213 SGR.NGT ~.765 LA.EPT ~.659 MTEM.EPT 3149.~0~ SFLU.DIL 12.6N2 SP.DIL 12.682 DT.BHC 13.113 DRHO.LDT -~.~5~ QSS.LDT 357.~ LITH.LDT 1191.~ SSHV.LDT 15~.125 HTEN.LDT 31.427 TNRA.CNL 1854.676 CFTC.CNL 15~.125 HTEN.CNL ~.644 82.243 14.5~8 152.5~ MTEM.NGT TENS.EPT SA.EPT HTEN.EPT 5.769 ILM.DIL -40.~0 GR.DIL 75.0~0 GR.BHC 0.029 RHOB.LDT ~.~25 LL.LDT 77.688 SS1.LDT 116~.~0 CALI.LDT 1~6.5~ GR.LDT 3.165 RTNR.CNL ~78.418 CNTC.CNL 16~6..5~ .' GR.CNL 1.748 URAN.NGT : "14.94~ W3NG.NGT ~.649 MTEM.NGT 83.254 TENS.EPT 15.~39 SA.EFT 151.5~0 HTEN.EPT lg.195 -44.156 83.~63 0.299 ~.1~0 56.75~ 116~.~g~ 1603.g90 2.B12 679.684 16~3.~ 1.992 B.982 ~.659 81.693 13.692 150.75~ 8.126 -44.594 78.~ ~.143 ~.~7~ 49.344 1159.~0 1583.75~ 3.112 582.834 1583.75~ ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL PAGE: 22 152.5~ 4568.~ -~.558 1698.~0 6.566 63.594 63.594 1.964 352.75~ 266.59~ 17.641 83.254 3.357 18~9.588 83.254 3.9~2 47.899 !5 1 .~ .' 469~,.ggg -~.558 16~6.5~ 11.146 61.594 61.594 2.483 197.~ 3~.~ 14.439 81.693 3.~24 1957.163 81.603 3.36~ 39.92~ 15~.75~ 4469.~gg -~.558 16~3.~ 9.394 62.188 62.188 2.434 19g.~gg 28~.259 14.398 74.9~4 3.394 1783.426 74.994 LIS Tape Verification Listing Schlumberger Alaska Computing Center TENS.NGT 4472.303 CS.NGT THOR.NGT 6.769 W5NG.NGT W2NG.NGT 113.558 W1NG.NGT HTEN.NGT 1583.75~ CGR.NGT NVR.EPT 4.246 FVR.EPT C~.!_!.E?T 14.398 MRES.EPT C~.E?T 74.934 DEFT. 64~.~ TENS.DIL !LD.D!L 8.358 CALI.DIL TEHS.BHC 3~94.~g~ CALI.BHC TENS.LDT 456~.g~ DPHI.LDT FEF.LDT 8.570 QLS.LDT LS.LDT 344.253 LU.LDT SS2.LDT 343.5~ LSHV.LDT MRES.LDT ~.669 MTEM.LDT TE~S.CNL 456~.ggg NPHI.CNL RCFT.CNL 595.384 RCNT.CNL HKES.CNL ~.669 MTEM.CNL TEHS.NGT 456~.~ CS.NGT THOR.NGT 6.995 WSNG.NGT W2HG.NGT 115.768 WlNG.NGT HTEH.NGT 1576.625 CGR.NGT R¥~,EPT 4,25~ FVR,EPT C?.LI,EPT 15,438 MRES,EPT ~.E?T 75,736 DEPT. 63~.¢~ TENS.DIL ILD.DIL 7.885 CALI.DIL TE~iS.BHC 3~8~.~gg CALI.BHC TEFS.LDT 4392.~ DPHI.LDT FEF.LDT 9.82~ OLS.LDT LS.LDT 487.253 LU.LDT SS2.LDT 384.~ LSHV.LDT M~ES.LDT ~.671 MTEM.LDT TEi!S.CNL 4392.~ NPHI.CNL RCFT.CHL 716.93~ RCNT.CNL H~ES.CNL ~.671 MTEM.CNL TEHS.D)GT 4392.g~ CS.NGT THOR.D~GT 4,996 W5NG.NGT ~¢Z;.~G.NGT 113.772 WiNG.NGT HTZN,I'.'GT I557.~g~ CGR.NGT ~:VR,EFT 4,246 FVR,EPT C~,L!.EPT 15.18~ MRES.EPT ~R.E?T 65.671 DE?T. 623~.~N~ TENS.DIL ~LD.D!L 7.483 CALI.DIL TE?%.BHC 3~34,g~ CALI,BHC TE?;S,LDT 4352,~0~ DPHI,LDT FEF,LDT 6,531 QLS,LDT LS,LDT 363,5~g LU,LDT SS2.LDT 347.~g~ LSHV,LDT MRES.LDT ~.674 MTEM.LDT TE~S,C~L 4352.~ NPHI.CNL 6-0CT-1988 ~9:21 1806.303 POTA.NGT 6.972 W4NG.NGT 229.~84 MRES.NGT 63.208 SGR.NGT ~.765 LA.EPT 0.663 MTEM.EPT 3094.~N~ SFLU.DIL 12.953 SP.DIL 12.953 DT.BHC 11.~95 DRHO.LDT -g.~39 QSS.LDT 332.253 LITH.LDT 1191.~g~ SSHV.LDT 148.75~ HTEN.LDT 29.23~ TNRA.CNL 19~2.631 CFTC.CNL 148.75~ HTEN.CNL 1798.g~ POTA.NGT 6.986 W4NG.NGT 260.479 MRES.NGT 52.41~ SGR.NGT ~.766 LA.EPT ~.669 MTEM.EPT 338~.~g~ 12.227 12.227 22.588 -~.~78 475.~O 119~.Ng~ 148 27 349 2116 258 148 1842 4 99~ 219 561 46 332 ~.766 ~.671 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 12.132 12.132 15.315 351.030 147.625 27.316 SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL 2.498 13.944 0.663 74.9N4 10.469 15~.125 8.g36 -44.750 79.g~0 0.133 ~.393 51.531 l~6g.ggg 1576.625 , 2.992 617.347 : 1~76.625 1.734 8.982 ~.669 75.736 14.242 148.75~ 1~.863 -45.331 75.363 0.141 g.082 68.375 1159.g30 1557.8~g 2.853 715.166 1557.g¢~ 1.82~ 6.986 0.671 65.671 14.133 148.gg~ 6.325 -53.719 79.625 g.~93 0.~62 58.156 1159.~gg 1557.875 2.858 URAN.NGT ~3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI LDT GR LDT RTNR CNL -'CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA.EPT HTEN.EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL PAGE: 23 1.621 4~.837 15~.125 4472.033 -~.558 1583.753 8.373 63.375 63.375 2.467 178.125 273.75~ 15.438 75.736 3.247 1879.174 75.736 _.,.3.~4 ~2~934- 148;753 456~,g~g -g.558 1576.625 7.926 54.281 54.281 2.277 249.625 291.25~ 15.18~ 65.671 3.gll 2~19.093 65.671 2.756 39.92~ 148.~gg 4392.ggg -~.558 1557.ggg 7.396 51.719 51.719 2.397 188.ggg 262.753 14.828 69.863 3.33g LIS Tape Verification Listing Schlumberger Alaska Computing Center RCFT.CNL 779.452 RCNT.CNL MRE$.CNL M.674 MTEM.CNL TEHS.NGT 4352.~ CS.NGT THOR.NGT 5.215 WSNG.NGT W2NG.NGT 9~.~81 W1NG.NGT HTEN.HGT 1557.875 CGR.NGT RVR.EPT 4.246 FVR.EPT CALI.EPT 14.828 MRES.EPT GR.EPT 69.86~ DEPT. 61~Z.Z~f TENS.DIL ILD.D!L 8.7~7 CALI.DIL TEHS.BHC 3~14.~ CALI.BHC TE~S.LDT 434f.~f DPHI.LDT FEF.LDT 13.758 OL$.LDT LS.LDT 534.5Zf LU.LDT SS2,LDT 387.9~ LSHV.LDT MRES.LDT ~.679 MTEM.LDT TEFS.CFiL 434~,~ NPHI.CNL RCFT.C~IL 674.91~ RCNT.CNL M~ES.C~!L ~.679 MTEM.CNL TE~!S.HGT 434~.~ CS.NGT THOR.~)GT 8,251 W5NG.NGT W2h~G.NGT 121.832 WiNG.NGT HTEN.NGT 158N.~0 CGR.NGT ~!VR.EPT 4.25~ FVR.EPT CALI.EPT 16.~16 MRES.EPT G~.EPT 84.4~5 DEPT. 6~. ~Y~ TENS.DIL iLD.D.!L 9.471 CALl .DIL TE!iS. F],.HC 2924 .~r CALI .BHC TKT ~ , L~!S. LF)T 42~r8. ~r DPHI .LDT ~=EF .LDT 1~.375 QLS.LDT LS. LDT 412.75~ LU. LDT ~2._.,-, ,LDT 373.25~ LSHV.LDT MR, ES. LDT ~.679 MTEM.LDT TEHS .CHL 42~8 .~'~ NPHI ,CNL RCFT.CNL 681 .351 RCNT.CNL M~ES.CHL ~.679 MTEM.CNL TEHS. HGT 42~8 .~ CS. NGT THOF.. I'IGT 9 . 5~7 W5NG . NGT W2h~G .-,,~T 1~4 8~8 W1NG.NGT HTEF~, r'~GT 1576.~ CGR.NGT FVR. EPT 4. 246 FVR. EPT C/ _!.EFT 14.813 MRES.EPT GF,. EFT 6~. 326 DEFT. 59~.~ TENS.DIL !!_D.D~L 8.279 CALI.DIL TENS.BHC 298~.~ CALI.BHC TE?S.LDT 4288.~ DPHI.LDT FKF.LE)T 1~.820 QLS.LDT LS.LDT 59~.5~ LU.LDT ~2.LF'T 4~2.~ LSHV.LDT 6-OCT-1988 09:21 2452.272 147.625 1766.0~E 5.~61 226.721 35.263 N.764 N.674 PAGE: 24 3~14.~ 11.695 11.695 28.345 -~.N55 51~.~ 119~.~ 146.75~ 29.175 216~.259 146.75N 1736.~N~ 6.823 274.854 56.665 ~.765 ~.679 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OS$.LDT LITH.LDT $SHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 2924.~g~ 12.32g 12.32~ 17.137 -~.g61 4~.75~ llgg.g~g 145.375 28.2~8 221~.468 145.375 1717.~gg 7.692 188.462 54.158 0.765 ~.679 $FLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR,NGT LA.EPT MTEM.EPT 298~.N~N 11.9~6 11.996 31.899 -g.~63 565.5N~ 119~.~ SFLU.DIL 7.169 ILM.DIL 7.926 SP.DIL -53.906 GR.DIL 61.~94 DT.BHC 83.5~0 GR.BHC 61.g94 DRHO.LDT g.g98 RHOB.LDT 2.125 QSS.LDT ~.g47 LL.LDT 3~8.~g~ LITH.LDT 75.5~ S$1.LDT 284.~ SSHV.LDT 1158.~0 CALI.LDT 15.906 7.931 ILM.DIL 8.772 -51.813 GR.DIL 62.344 76.938 GR.BHC 62.344 O.~96 RHOB.LDT 2.182 ' 0.~56 LL.LDT 279.5~ 75.188 ~SSl,LDT 279.5~ li59.~0 .CALI.LDT 16.016 158~'.~ GR,LDT 84.4~5 · 2.997 RTNR.CNL 3.247 713.829 CNTC.CNL 2!~'3~72 158~.~ GR.CNL '84~4~5 1.7~7 URAN.NGT 3.698 7.797 ~3NG.NGT 4~.936 ~.679 MTEM.NGT 146.75~ 84.4~5 TENS.EPT 434~.~ 14.719 SA.EPT -~.558 146.75~ HTEN.EPT 158~.~ 8.460 -56.469 76.625 0.136 g.g66 63.281 l159.gf~ 1576.~g 2.915 748.682 1576.~ 1.236 3.846 ~.679 6~.326 13.6~2 145.375 ILM.DIL 9.346 GR.DIL 49.844 GR.BHC 49.844 RHOB.LDT 2.367 LL.LDT 212.50~ SS1.LDT 282.5~ CALI.LDT 14.813 GR.LDT 6~.326 RTNR.CNL 2.946 CNTC.CNL 2183.418 GR.CNL 6~.326 URAN.NGT ~.9~3 ~3NG.NGT .' 24.~38 MTEM.NGT 145,375 TENS.EPT 42~8.gOg SA.EPT -~.558 HTEN.EPT 1576.~g~ CFTC.CNL 825.883 CNTC.CNL 23~1.663 HTEN.CNL 1557.875 GR.CNL 69.86~ POTA.NGT 1.~43 URAN.NGT 4.469 W4NG.NGT 3.~36 W3NG.NGT 27.328 MRES.NGT ~.674 MTEM.NGT 147.625 $GR.NGT 69.86~ TENS.EPT 4352.~0~ LA.EPT 13.289 SA.EPT -~.558 MTEM.EPT 147.625 HTEN.EPT 1557.B75 LIS Tape Veriffcation L1stfng Schlumberger Alaska Computing Center MRES.LDT ~.678 MTEM.LDT TENS.CNL 4288.Z~ NPHI.CNL RCFT.CNL 7~4.925 RCNT.CNL HRES.CNL ~.678 MTEM.CNL TE~S.NGT 4288.~ C$.NGT THOR.DIGT 7.625 W5NG.NGT W2PG.D~GT 111.742 W1NG.NGT HTEN.HGT 1592.156 CGR.NGT r,wo EPT 4 25~ FVR EPT C£.LI.EPT 15.906 MRES.EPT G~.E?T 75.~75 DEFT. iLD.D!L TEl'iS. BHC T~-~.,S ,~ . LDT ?EF.LDT LS.LDT SS2. L DT MR. ES. LDT TEF~S .CNL RCFT. CNL MP, ES. CD~L TEHS. NGT TF, OR . NGT ~,42 ~'~G. HGT H 'F E f,,'. N G T D!',TR. EPT CAL I. EPT GP.. EPT 58~.~ 14.B12 2864.0~0 4!6~.~B 4.N55 3~2.5BB 311.75B ~.683 416~.~0B 1151 1~1 ~ 683 416~ ~ZZ G 493 85 389 1571 75Z 4 25~ 1~ 891 64 893 TEN$.DIL CALI.DIL CALI.BHC DPHI.LDT OLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT WSNG.NGT W1NG.NGT CGR.NGT FVR.EPT MRES.EPT DEPT. !LD.DIL TEHS.BHC TE?~S.LDT F'EF.LDT LS.LDT S$2.LDT MRES.LDT TEHS.CHL RCFT.CNL MRES.CNL TEhlS.NGT THOR.HGT W£NG.HGT HTEN.NGT H¥~.EPT CAL!.E?T 57~Z 15 284~ 4Z94 3 338 318 4~94 1368 4~94 4 62 156Z 4 9 39 .343 .359 .25Z .685 .797 .685 ·456 .619 .125 .25~F .836 .612 TENS.DIL CALI.DIL CALI.BHC DPHI.LDT QLS.LDT LU.LDT LSNV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT WSNG.NGT WING.NGT CGR.NGT FVR.£PT MRES.EPT OE~T. !LD.DZL TE[iS.~HC TE~S.LDT F'EF.LDT 14.46Z 281Z.ZZZ 395Z.ZZZ 5.914 TENS.DIL CALI.DIL CALI.BHC DPHI.LDT OL$.LDT 6-0CT-1988 09:21 143.NN0 HTEN.LDT 29.1Z5 TNRA.CNL 2152.768 CFTC.CNL 143.~ HTEN.CNL 1701.N~ POTA.NGT 11.364 ~4NG.NGT 235.795 MRES.NGT 56.~33 SGR.NGT 0.764 LA.EPT ~.678 MTEM.EPT 2864.NN0 SFLU.DIL 10.469 SP.DIL 10.469 DT.BHC 13.2~N DRHO.LDT -~.~11 QSS.LDT 2B9.258 LITH.LDT 1191.~ SSHV.LDT 141.625 HTEN.LDT 24.218 TNRA.CNL 3045.978 CFTC.CNL 141.625 HTEN.CNL 17~.NN~ POTA.NGT 1~.436 W4NG.NGT 218.216 MRES.NGT 43.945 SGR.NGT ~.764 LA.EPT ~.683 MTEM.EPT 284~.NZZ SFLU.DIL 9.508 SP.DIL 9.5~8 DT.BHC 16.999 DRHO.LDT ~.~7 QSS.LDT 316.75N LITH,LDT 1191.~ SSHV.LDT 141.125 HTEN.LDT 21.762 TNRA.CNL 3526.981 CFTC.CNL 141.125 HTEN.CNL 17M1.MMM POTA.NGT 4.744 W4NG.NGT 133.776 MRES.NGT 29.189 SGR.NGT 0.764 LA.EPT Z.685 MTEM.EPT 281~.~ SFLU.DIL 9.648 SP.DIL 9.648 DT.BHC 14.813 DRHO.LDT ¢.~12 QSS.LDT 1592.156 GR.LDT 3.~Z9 RTNR.CNL 747.863 CNTC.CNL 1592.156 GR.CNL 1.818 URAN.NGT 12.311 ~3NG.NGT 0.678 MTEM.NGT 75.~75 TENS.EPT 14.4~6 SA.EPT 143.0~0 HTEN.EPT 15.133 ILM.DIL -69.188 GR.DIL -77.875 GR.BHC ~.~09 RHOB.LDT ~ 0.~25 LL.LDT 65.75~ -' SSl.LDT 1158.~Z~ CALI.LDT 1~71.750 GR.LDT 2.537 RTNR.CNL 1144.221 CNTC.CNL 1571.75~ GR.CNL 1.3~1 URAN.NGT 6.641 W3NG.NGT ~.683 MTEM.NGT 64.893 TENS.EFT 1~.469 SA.EFT 141.625 HTEN.EPT 18.4~ ILM.DIL -71.625 GR.DIL 78.438 GR.BHC 0.~Z7 RHOB.LDT ~.~28 LL.LDT 84.625 SS1.LDT 1158.~N~ CALI.LDT 1560.125 GR.LDT 2.297 RTNR.CNL 14~0.981 CNTC.CNL 1560.125 GR.CNL ~.829 URAN.NGT 6.641 ~3NG.NGT ~.685 MTEM.NGT 39.612 TENS.EPT 9.516 SA.EPT 141.125 HTEN.EPT 16.986 ILM.DIL -63.969 GR.DIL 79.~Z~ GR.BHC -~.~NG RHOB.LDT ~.~17 LL.LDT PAGE: 75.075 3.089 2110.0~8 75.~75 2.674 54.924 143.0ZZ 4288.~ -0.591 1592.156 14.377 44.188 44.188 2.432 157.875 227.75~ 1~.891 : . 93 29~5;134 64,893 2,96¢ 29.412 141.625 416~.~ -~.591 1571.75~ 17.763 34.375 34.375 2.37B 179.875 23~.75B 9.836 39.612 2.459 3263.642 39.612 1.537 18.~27 141.125 4094.ggg -Z.591 156~.125 16.331 43.4Z6 43.4~6 2.4Z6 161.25Z 25 LIS Tape Verfftca'cton Listing Schlumberger Alaska Compu~.fng Center L$ .LDT 39'4. 589' LU. LDT S$2 .LDT 3,~4. 588 LSHV. LOT HERS .LDT 0.688 HTEH. LDT TE r..'.S .C~,~L 3959,.888 NPHI .CNL RCFT.C?,!L 1136. 881 RCNT.CNL MRES. C F,', L 8. 688 MTEM.CNL T E NS. NC-,. T 3959,. E80 CS. NGT THOR .NET 3.736 ~/SNG. NGT ~2NG .NGT 76.568 WING.NGT HTEN. N .C-.T 1499.758 CGR.NGT NVT,. EFT 4. 258 FVR. EPT C,%LI .EFT 19,. 164 MRES.EPT CFi. r::[-T 52. 522 DEPT. 559'8.9'9'9' TEN$.DIL ILD.DIL 14.184 CALI.DIL TEhlS.BHC 2758.9'9'8 CALI.BHC TEI"S.LDT 3949'.888 DPHI.LDT FEF.LDT 4.559 QLS.LDT LS,LDT 3~8.888 LU,LDT S$2,LDT 318,759' LSHV,LDT NRES.LDT 8,694 NTEN,LOT TE~S.CNL 3948,888 NPHI,CNL ~CFT.CNL 949'.229 RCNT.CNL HRES.CNL 8.694 MTEM.CNL TENS.H~T 3949'.9'89' CS.NGT THO~.NGT 7,289 WSNG.NGT ~£NG.NGT 8~.769 W1NG.NGT HTEN.NGT 1518.888 CGR.NGT NVR.EPT 4,258 FVR.EPT C2, LI.EPT 11.088 MRES.EPT GE.EPT 68.283 DEPT. 549'8.~88 TENS.DIL ILD.D!L 7.226 CALI.DIL TEh)S.EHC 2694,888 CALI,BHC TE~:S-LDT 4!12,888 DPHI,LDT ?EF,LDT 26,141 QLS,LDT LS.LDT 696,89,9' LU.LDT SS2.LDT 382.59'~ LSHV.LDT MRES.LDT 8.699 MTEM.LDT TEt:S.CHL 4112.088 NPHI,CNL ~CFT,C~IL 581,268 RCNT,CNL MRES.C~L 8,699 MTEM,CNL TEr. IS,~('~T 4112.8~9, CS.NGT THO~.~qT 7.315 ~SNG.HGT ~2RG.I)GT 147.758 WZNG.NGT HTEN.FGT !556.625 CGR.NGT r,WR.EF'T 4.258 FVR.EPT CALI.E?T 14.695 MRES.EPT cR.EPT 91.781 6-0CT-1988 9,9=21 286,758 LITH,LDT 1198,9,88 SSHV,LDT 140,375 HTEN,LDT 26,229 TNRA.CNL 3121.292 CFTC,CNL 149,.375 HTEN.CNL 1693.9,9'9' POTA.NGT 5.671 V4NG.NGT 167.297 MRES.NGT 38.951 SGR.NGT 8.763 LA.EPT 9'.688 MTEM.EPT 2758.89'8 SFLU.DIL 19',359 SP.DIL 18.359 DT.BHC 12.881 DRHO.LDT -8.812 QSS.LDT 287.259' L[TH.LDT 1191.889' SSHV.LDT 139.375 HTEN.LDT 26.173 TNRA.CNL 2519'.524 CFTC.CNL 139.375 HTEN.CNL 1732.89'8 POTA.NGT 8,654 W4NG.NGT 285.769 MRES.NGT 48,538 SGR.NGT 8.763 LA.EPT 8.684 MTEM.EPT 2694.89'9' SFLU.DIL 18.828 SP.DIL 18.828 DT,BHC 41,627 BRHO,LDT -8,9'83 QSS,LDT 686.808 LITH.LDT 1189.888 SSHV.LDT 138.625 HTEN.LDT 31,223 TNRA.CNL 1991.132 CFTC.CNL 138,625 HTEN,CNL 1737,888 POTA,NGT 4.892 W4NG.NGT 311.155 MRES.NGT 57.691 SGR.NGT 8.764 LA.EPT 9'.699 MTEM.EPT 53.938 SS1.LDT 1158.889' CALI.LDT 1499.759' GR.LDT 2,618 RTNR.CNL ~135.498 CNTC.CNL ~1499.758 " GR.CNL · 1.128 : URAN.NGT 4,726 ~3NG.NGT " 9'.688 MTEM.NGT 52,522 TENS.EPT 9.836 SA,EPT 148.375 HTEN.EPT 15.984 ILM.DIL -65.563 GR.DIL 79,438 GR.BHC 8.9'18 RHOB.LDT 8.828 LL.LDT 63.469 SS1.LDT 1158.889' CALI.LDT 1519'.9'88 GR.LDT 2.672 RTNR.CNL 935.266 CNTC.CNL 1519'.888 GR.CNL 1.488 URAN.NGT 6,731 ~3NG.NGT 9'.694 MTEM.NGT 68,283 TENS,EPT 18.523 SA.EPT 139.375 HTEN.EPT 6.864 ILM.DIL -43.969 GR.DIL 88.563 GR.BHC 8.835 RHOB.LDT 9'.865 LL,LDT 79.375 SS1.LDT 1156,888 CALI.LDT 1556.625 GR.LDT 3.19'4 RTNR.CNL 627.588 CNTC.CNL 1556.625 GR.CNL 2.882 URAN.NGT 9.785 ~3NG.NGT 9'.699 MTEM,NGT 91.79'1 TENS,EPT IZ.ZZ7 SA.EPT 138.625 HTEN,EPT PAGE= 26 219.59'9' 18.164 52.522 2996.749 52.522 3.224 23,629. ~4~375 ',.., : -~.591 1499.759' 15.218 48.259' 48.258 2.437 156.375 228.375 11.888 68.2~3 2,844 2441,915 68.2~3 1.699 33.654 139.375 394~.888 -9'.591 1518.808 7,896 79,B88 79.088 1,963 353,9,88 269,258 14,695 91,781 3,247 1946,143 91,781 4,799 46,967 138,625 4112.~88 -8.591 1556.625 LIS Tape Verfftcatfon Listing Schlumberger Alaska Computing Center DEPT. 53gN.g~ TENS.DIL ILD.DIL 9.887 CALI.DIL TENS.BHC 27~4.g~0 CALI.BHC TEN$.LDT 4~4.g~ DPHI.LDT ?EF.LDT 15.~ QLS.LDT LS.LDT 695.5~ LU.LDT $S2.LDT 4~8.~g~ LSHV.LDT MRES.LDT ~.7~8 MTEM.LDT TEr'~S.CNL 4~N4.~ NPHI.CNL RCFT.CNL 73g.962 RCNT.CNL MRES.CNL E.7E8 MTEM.CNL TE~IS.NGT 4~4.~g~ CS.NGT THOR.NGT 8.99~ W5NG.NGT W2~G.NGT 136.275 W1NG.NGT HTEN.NGT 1597.813 CGR.NGT ~VR.E?T 4.25~ FVR.EPT CALI.EPT 15.148 MRES.EPT ~£.EFT 85.~25 DEPT. !LD.D!L TEr~S.BFIC TE~S.LDT FEF.LDT LS.LDT SS2.LDT MEES.LDT TEUS.CNL RCFT.CNL MEES .C~L TENS. HGT THOR. NGT ~21!G. ~'~GT HTEN.NGT HVR.EPT C,CLI.EPT GR~EFT 52~.~g 16.793 271N.~N~ 378~.~ 6.875 397.25~ 299.75~ N.712 378N.~ 853.~83 ~ 712 378~ ~g~ 8 888 95 7~3 1521 750 4 25~ 9.43~ 58.9~1 TENS.DIL CALI.DIL CALI.BHC DPHI.LDT OLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT W5NG.NGT W1NG.NGT CGR.NGT FVR.EPT MRES.EPT DEFT. !LD.D]L TEHS.BHC TE~S.LDT FEF.LDT LS.LDT SS2.LDT MRES.LDT TE~S.CHL RCFT.CNL TEHS.HGT THOR.HGT W2~G.NGT Hi'EN. PJGT ~,)VR. EPT C,q'_ ~ · EPT 51f~.gZZ 19.127 258~.~f 3754.g~Z 5.363 311.75~ 3~6.~Z~ ~.717 3754.~ 931.33~ N.717 3754.gN8 4.683 1~6.526 1511.844 4.25~ 9.~78 TENS.DIL CALI.DIL CALI.BHC DPHI.LDT QLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL C$.NGT ~SNG.NGT W1NG.NGT CGR.NGT FVR.EPT MRES.EPT 6-0CT-1988 89~2! 2704.ggg SFLU.DIL 1~.336 SP.DIL 1~.336 DT.BHC 42.~23 DRHO.LDT -~.g63 QSS.LDT 675.g~g LITH.LDT 1189.~ SSHV.LDT 137.5~g HTEN.LDT 29.248 TNRA.CNL 2343.~3 CFTC.CNL 137.5~0 HTEN.CNL 1737.~g~ POTA.NGT 7.843 W4NG.NGT 267.647 MRES.NGT 66.g23 SGR.NGT 0.764 LA.EPT 0.7~8 MTEM.EPT 2710.gg~ SFLU.DIL 9.¢16 SP.DIL 9.g16 DT.BHC 14.9~4 DRHO.LDT -~.~14 QSS.LDT 294.0g~ LITH.LDT 119g.~ SSHV.LDT 136.625 HTEN.LDT 3~.642 TNRA.CNL 266f.652 CFTC.CNL 136.625 HTEN.CNL 1731.g~ POTA.NGT 5.859 W4NG.NGT 194,336 MRES,NGT 56.904 SGR.NGT ~.762 LA.EPT ~.712 MTEM.EPT 258~.~gg SFLU.DIL 8.7~3 SP.DIL 8.793 DT.BHC 15.247 DRHO.LDT -0.g24 QSS.LDT 30~.25g LITH.LDT llgg.gg~ SSHV.LDT 135.875 HTEN.LDT 29.834 TNRA.CNL 2773.~4 CFTC.CNL 135.875 HTEN.CNL 1734.ggg POTA.NGT 2.879 ~4NG.NGT 186.18~ MRES.NGT 4~.768 SGR.NGT ~.763 LA.EPT g.717 MTEM.EPT 8.915 ILM.DIL -46.531 GR.DIL 86.~00 GR.BHC 0.~24 RHOB.LDT ~.gg5 LL.LDT 89.688 SS1.LDT 1156.~g~ CALI.LDT 1597.813 GR.LDT 2.965 RTNR.CNL 73~.459 CNTC.CNL 1597.813 GR.CNL 2.141 URAN.NGT 11.765 ~3NG.NGT 0.7N8 MTEM.NGT -85.g25 TENS.EPT 12.914 SA.EPT t37.5~0 HTEN.EPT '17.432 ILM.DIL -6E.063 GR.DIL 86.688 GR.BHC ~.~03 RHOB.LDT ~.g5g LL.LDT 47.719 SS1.LDT ) 1157.~ CALI.LDT 1521.75~ GR.LDT 2.875 RTNR.CNL 924.355 CNTC.CNL 1521.75N GR.CNL 1.567 URAN.NGT 7.813 ~3NG.NGT ~.712 MTEM.NGT 58.9N1 TENS.EPT 9.g39 SA.EPT 136.625 HTEN.EPT 18.514 ILM.DIL -61.996 GR.DIL 83.375 GR.BHC -O.gg2 RHOB.LDT ~.~24 LL.LDT 59.938 SS1.LDT 1157.~ CALI.LDT 1511.844 GR.LDT 2.773 RTNR.CNL 10~1.~74 CNTC.CNL 1511.844 GR.CNL 1.534 URAN.NGT 6.718 W3NG.NGT ~.717 MTEM.NGT 58.972 TENS.EPT 8.672 SA.EPT 135.875 HTEN.EPT PAGE~ 27 9.644 7g.438 7~.438 1.957 358.~0g 265.ggg 15.148 85.~25 3.235 2158.552 85.~25 2.535 42.157 137.5~ 4~4.0~ -~.591 1597.813. .47;313 2.494 16g.25g 225.375 9.43g 58.9~1 2.954 2576.271 58.9~1 ~.417 39.~63 136.625 378g.ggg -~.591 1521.75g 19.644 49.344 49.344 2.398 161.75~ 222.375 9.~78 58.972 2.869 2721.587 58.972 2.66g 31.67~ 135.875 3754.gOg -g.591 1511.844 LIS Tape Verification Listing Schlumberger Alaska Computing Center GR.EPT 58.972 DEPT. 5~.~ TENS.DIL ILD.DIL 6.~33 CALI.DIL TENS.BHC 257~.~ CALI.BHC TENS,LDT 37¢4.~¢~ DPHI.LDT ?EF.LDT 17.875 QLS.LDT LS.LDT 772.~¢~ LU.LDT SS2.LDT 376,25~ LSHV.LDT MRES.LDT ~.726 MTEM.LDT TENS.CNL 37¢4.~N~ NPHI.CNL RCFT.CNL 432.558 RCNT.CNL MRES.CNL ~.726 MTEM.CNL TE~S.HGT 37~4.~ CS.NGT THOR.HGT 8.144 W5NG.NGT W2~G.HGT 117.534 W1NG.NGT HTEN.h!GT 1527.656 CGR.NGT NVR.EPT 4.246 FVR.EPT CALI.EPT 14.391 MRES.EPT ~.SFT 74.869 DEFT. 49NN.NNN TENS.DIL ILD.D!L 8.346 CALI.DIL TEHS.BHC 2564.¢0N CALI.BHC TEb~S.LDT 3874.~NN DPHI.LDT FEF.LDT 15.1N9 QLS,LDT LS.LDT 875.NNN LU.LDT S:S2.LDT 385.~0N LSHV.LDT MF, ES.LDT N.739 MTEM.LDT TE~S.CNL 3874.NNN NPHI.CNL RCFT.CNL 355.739 RCNT.CNL N~ES,CNL ~.739 MTEM.CNL TE~S.NGT 3874.~ CS.NGT THOR.NGT 6.55¢ ~SNG.NGT W2~G.NGT 121.622 W1NG.NGT HTEN.~GT 1589.75¢ CGR.NGT NVR.EPT 4.25~ FVR.EPT C?,LI.EPT 11.656 MRES.EPT GR.EPT 65.¢66 DEFT ILD D!L TENS BHC TENS LDT FEF LDT LS LDT SS2 LDT MRES LDT TEr~S CHL RCFT.CNL MRES.CNL TEHS.NGT THOR.NGT W2~!G.NGT HTE~!,~!GT 48~.N~ TENS.DIL 9.455 CALI.DIL 249~.0~¢ CALI.BHC 369~.~ DPHI.LDT 19.453 OLS.LDT 747.~BB LU.LDT 381.5~ LSHV.LDT ~.75N MTEM.LDT 369~.~ NPHI.CNL 465.953 RCNT.CNL 0.75~ HTEM.CNL 369~.~ CS.NGT 8.7~6 W5NG.NGT I22.587 W1NG.NGT 1547.~ CGR.NGT 6-0CT-1988 N9:21 2570.NN0 SFLU.DIL 11,133 SP.DIL 11.133 DT.BHC 46.630 DRHO.LDT -0.055 QSS.LDT 75~.N~ LITH.LDT 1188.~ SSHV.LDT 134,75~ HTEN.LDT 42,N97 TNRA.CNL 1844,177 CFTC,CNL 134.75~ HTEN.CNL 1739.~N~ POTA,NGT 1N,597 W4NG.NGT 238.921 MRES.NGT 66.868 SGR.NGT ~.761 LA.EPT ~.726 MTEM.EPT 2564.~9~ SFLU.DIL 1~.188 SP.DIL 1N.188 DT.BHC 51.286 DRHO.LDT -~.~44 QSS.LDT 849.~ LITH.LDT 1189.~0N SSHV.LDT 133.5~ HTEN.LDT 51.886 TNRA.CNL 16~1.321 CFTC.CNL 133.5~ HTEN.CNL 1743.~N0 POTA.NGT 4.826 W4NG.NGT 210.425 MRES.NGT 49,118 SGR.NGT ~.762 LA.EPT ~.739 MTEM.EPT 249N.0~ SFLU.DIL 9.711 SP.DIL 9.711 DT.BHC 45.~6~ DRHO.LDT -~.~66 QSS.LDT 73~.~0~ LITH.LDT 1188.~ SSHV.LDT 132.375 HTEN.LDT 43.413 TNRA.CNL 1939.144 CFTC.CNL 132.375 HTEN.CNL 1732.~ POTA.NGT 8.G87 ~4NG.NGT 217.181 MRES.NGT 56.879 SGR.NGT 5.941 ILM.DIL -42.~0 GR.DIL 96.813 GR.BHC 0.~05 RHOB.LDT N.~55 LL.LDT 1~5.188 SS1.LDT 1156.~0 CALI.LDT 1527.656 GR.LDT 3.724 RTNR.CNL 469.196 CNTC.CNL 1527.656 GR.CNL 2.4~3 URAN.NGT 1.927 ~3NG.NGT ~.726 MTEM.NGT /74.869 ..TENS.EPT : 11'.586 SA.EPT : 134.75~ HTEN.EPT 6,137 ILM.DIL -43.719 GR.DIL 111.375 GR.BHC -0.~N4 RHOB.LDT ~.~37 LL.LDT 129.250 SS1.LDT 1155.~N0 CALI.LDT 1589.750 GR.LDT 4.198 RTNR.CNL 433.763 CNTC.CNL 1589.75~ GR.CNL 1,626 URAN.NGT 7,722 W3NG.NGT ~.739 MTEM.NGT 65.066 TENS.EPT 1~.898 SA.EPT 133.5~0 HTEN.EPT 8.823 ILM.DIL -4N.906 GR.DIL 96.5~N GR.BHC 8.~2~ RHOB.LDT ~.~66 LL.LDT 82.75N SS1.LDT 1156.~ CALI.LDT 1547.g~g GR.LDT 3.712 RTNR.CNL 5~6.150 CNTC.CNL 1547.~g GR.CNL 1.61~ URAN.NGT 5.792 W3NG.NGT ~.75~ MTEM.NGT 71.559 TENS.EPT PAGE: 28 5.79~ 68.625 68.625 1.881 397.00~ 258.~g 14.391 74.869 3.797 168g.778 74.869 1.227 41.426 134.750 3704.~g~:' -0.591, 1527.656 6'.495 6~.719 6~.719 1.8~4 45~.75~ 254.875 11.656 65.~66 4.489 1733.165 65.~66 2.311 27.992 133.5~ 3874.~8~ -~.591 1589.75~ 9.534 62.313 62.313 1.997 381.75g 266.5~g 11.836 71.559 3.6~9 1773.g88 71.559 1.883 34.749 132.375 369~.~ LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 69:21 PAGE: 29 NVR.EPT 4.25g FVR.EPT CALI.EPT 11.836 MRES.EPT GR.E?T 71.559 DEPT. 4796.~N~ TENS.DIL !LD.D!L 29.7~7 CALI.DIL TE!'!S.BHC 243g.~0~ CALI.BHC TEUS.LDT 3686.~g0 DPHI.LDT rEF,LDT 4.336 GLS.LDT LS.LDT 351.750 LU.LDT $$2.LDT 315.~ LSHV,LDT HRES.LDT ~.761 MTEM.LDT TE~S.CNL 368g.~ NPHI.CNL RCFT.CNL 1~48.918 RCNT.CNL MRES,CNL ~.761 MTEM.CNL TE~S.~GT 368~,~ CS.NGT THOR,NGT 4,237 .WSNG,NGT W2HG.NGT 44.922 WING.NGT HTEN.NGT 1536.25~ CGR.NGT NVR.E?T 4.25~ FVR.EPT C~,LI.EPT 8.5~8 MRES.EPT GR.EFT 33.752 DEPT. 466~.~g~ TENS.DIL ILD.DIL 2~.865 CALI.DIL TEP~S.BHC 2414.~ CALI.BHC TENS.LDT 342~.~ DPHI.LDT FEF.LDT 16.766 QLS.LDT LS.LDT 836.5g~ LU.LDT SS2.LDT 391.5~ LSHV.LDT MRES.LDT g.766 MTEM.LDT TERS.CNL 342~.N~g NPHI.CNL RCFT.CHL 462.986 RCNT.CNL MEES.CNL ~.766 MTEM.CNL TERS,NGT 342~,~ CS,NGT THO~.MGT 9.653 W5NG.NGT ~2HG.NGT 123.~16 WING.NGT HTEH.~GT 15~9.625 CGR.NGT ~!VR.EFT 4.25~ FVR,EPT C?,L!.E?T 14.9~6 MRES.EPT ~R.E?T 78.269 DEPT. 45~.g~N TENS.DIL iLD.D!L 6.335 CALI.DIL TEHS.BHC 236~.~ CALI,BHC TE~S.LDT 3584.~ DPHI.LDT FEF.LDT 13.~7~ QLS.LDT LS.LDT 837.~0~ LU.LDT SS2.LDT 393.g~ LSHV.LDT M~ES.LDT N.773 MTEM.LDT TE[~S,CNL 3584,~ NPHI.CNL RCFT.CNL 422.34g RCNT.CNL ~RES.CNL ~,773 MTEM.CNL TENS.NGT 3584.~ CS.NGT T~O~.~!GT 8.961 W5NG,NGT ~.761 LA.EPT 6.756 MTEM.EPT 243~.~N~ SFLU.DIL 8.523 SP.DIL 8.523 DT.BHC 19.243 DRHO.LDT g.~Ol QSS.LDT 329.750 LITH.LDT 1189.~ SSHV,LDT 130.625 HTEN.LDT 29.161 TNRA.CNL 3161.17g CFTC.CNL 13~.625 HTEN.CNL 173~.ggg POTA.NGT 4.883 W4NG,NGT 1~5.469 MRES.NGT 29.929 SGR.NGT ~.761 LA.EPT ~.761 MTEM.EPT 2414.~0 SFLU.DIL 11.1~2 SP.DIL 11.1~2 DT.BHC 5g.g28 DRHO.LDT -~.~61 OSS.LDT 821.60~ LITH.LDT 1189.ggg SSHV.LDT 13~.~ HTEN.LDT 37.492 TNRA.CNL 18~5.380 CFTC.CNL 13g.~ HTEN.CNL 1777.~ POTA.NGT 8.929 W4NG.NGT 252.976 MRES.NGT 67.432 SGR.NGT ~.763 LA.EPT ~.766 MTEM.EPT 236g.g~ $FLU.DIL 1~.93N SP.DIL 1~.93~ DT.BHC 49.472 DRHO.LDT -g.~47 OSS.LDT 811.5~ LITH.LDT 1188.0~6 SSHV.LDT 129.0g~ HTEN.LDT 46.~92 TNRA.CNL 1764.47~ CFTC.CNL 129.g~g HTEN.CNL 1783.~ POTA.NGT 8.789 W4NG.NGT 16.422 SA.EPT -~.591 132.375 HTEN.EPT 1547.~0g 24.326 ILM.DIL -53.438 GR.DIL 87.~63 GR.BHC -6.061 RHOB.LDT ~.029 LL.LDT 74.563 SS1.LDT 1155.~0 CALI.LDT 1536.25N GR.LDT 2.684 RTNR.CNL 1112.615 CNTC.CNL 1B36.25g GR.CNL ~.931 URAN.NGT ~' 3.966 ~3NG.NGT ~ 0~.761 i'MTEM.NGT · ,33.752 TENS.EPT 8.4~6 SA.EPT 136.625 HTEN.EPT 21.754 ILM.DIL -47.4~6 GR.DIL 88.688 GR.BHC 0.~g2 RHOB.LDT ~.~33 LL.LDT 93.938 SS1.LDT 1155.0~0 CALI.LDT 1569.625 GR.LDT 3.478 RTNR.CNL 548,993 CNTC.CNL 1509.625 GR.CNL 2.~72 URAN.NGT 9.921 W3NG.NGT 0.766 MTEM.NGT 78.269 TENS.EPT 12.859 SA.EPT 13~.~ HTEN.EPT 6.672-'i' ILM.DIL -41.~94. ,~.,,:~- GR.DIL 111 813'""v~'GR BHC 0.~9 ~ RHOB.LDT ~.~44 LL.LDT 99.5~N SS1.LDT 1155.~0~ CALI.LDT 1563.~g GR.LDT 3,997 RTNR.CNL 448.415 CNTC,CNL 1563.~ GR.CNL 2.459 URAN.NGT 11.719 W3NG.NGT 26.668 35.25~ 35.25~ 2.332 186.875 1227.125 ~ 8 5~8 33,752 2,733 3~18.536 33.752 ~.525 19.531.' 13~.625 3688.~0g o 91/ 1536 19.297 7~.5g~ 1.825 426.~gg 258.5gg 14.996 78.269 3.627 1857.787 78.269 1.522 42.659 130.gg~ 342g. Ogg -g.591 15~9.625 6.182 76.375 76.375 1.834 431.5~g 263.5gg 13.359 94.8~5 3.945 1632.379 94.895 3.336 54.688 lis Tape Verification Listing Schlumberger Alaska Computing Center W2NG,NGT 156,250 W1NG,NGT HTEN,NGT 1563.~ CGR,NGT HYR.EPT 4.258 FVR,EPT CALI.EPT 13,359 MRE$.EPT GR.EPT 94.8~5 DEPT, 440~,~ TENS,DIL ILD,DIL 25,294 CALI,DIL TENS,BHC 2374,~ CALI,BHC TENS,LDT 245~,~ DPHI,LDT PEF,LDT 3,9~2 OLS,LDT LS.LDT 387,25~ LU,LDT SS2.LDT 324,~ LSHV,LDT MRES.LDT ~.782 MTEM,LDT TEES,CNL 345~,~ NPHI,CNL RCFT.CNL 1~13,691 RCNT,CNL MRES,CNL 0,782 MTEM,CNL TENS,NGT 345~,~ CS.NGT THOR.NGT 7,549 WSNG,NGT W2HG.NGT 66.667 W1NG.NGT HTEN.NGT 15MS.SMM CGR.NGT NVR.EPT 4.254 FVR.EPT CALI,EPT 8,984 MRES,EPT GE.EPT 45.779 DEPT. 43MM.MMM TENS.DIL !LD,D!L 8,198 CALI,DIL TENS,BHC 2314.~ CALI,BHC TEHS.LDT 3464.MMM DPHI,LDT ?EF.LDT 6.953 QLS,LDT LS,LDT 7~4.5~ LU.LDT SS2.LDT 362,25~ LSHV,LDT HEES,LDT ~.791 MTEM,LDT TE~S,CNL 3464.~g NPHI,CNL RCFT,CNL A41,~76 RCNT,CNL M~ES.CNL N.791 HTEM.CNL TEMS.~GT 3~64.~ CS,NGT THOR.NGT 6.296 WSNG,NGT ~2~)G.NGT 115.538 WING,NGT HTEN.NGT 1529,125 CGR.NGT NVR,EPT 4,254 FVR,EPT C~L!.EPT 12.297 MRES.EPT GR.EPT 72,491 DEPT, 42~,~0N TEN$,DIL !LD.DIL 2~.666 CALI,DIL TEHS,BHC 226~.~ CALI,BHC TENS.LDT 333~.~ DPHI,LDT FEF.LDT 4.965 OLS,LDT LS.LDT 368,25~ LU.LDT $$2.LDT 312.75~ LSHV.LDT MRES.LDT ~,8~2 MTEM,LDT TE~S,CNL 333~,~ NPHI,CNL RCFT,CNL 8~3.~18 RCNT,CNL hm)~~q~,~ ' CHL ~ ,8~2 MTEM , CNL 6-0CT-1988 ~9:21 296.875 MRES.NGT 70.77~ SGR.NGT N.765 LA.EPT ~.773 MTEM.EPT 2374.~ SFLU.DIL 8.797 SP.DIL 8.797 DT.BHC 22.4~3 DRHO.LDT -N.N32 OSS.LDT 369.25~ LITH.LDT 1188.~ SSHV.LDT 127.563 HTEN.LDT 31.371 TNRA.CNL 3194.773 CFTC.CNL 127.563 HTEN.CNL 1774.~ POTA.NGT 9.8~4 W4NG.NGT 15~.98~ MRES.NGT 44,~86 SGR,NGT ~.764 LA,EPT N,782 MTEM,EPT 2314.~ SFLU.DIL 11.1N2 SP.DIL 11.1~2 DT.BHC 45.~48 DRHO.LDT -~,~46 QSS.LDT 679.~ LITH,LDT 1188.~ SSHV.LDT 126.813 HTEN.LDT 48,62~ TNRA.CNL 1836,782 CFTC,CNL 126,813 HTEN.CNL 177~.~ POTA,NGT 5.976 W4NG,NGT 242.~32 MRES,NGT 48,146 SGR.NGT ~,764 LA,EPT ~.791 MTEM.EPT 226N.~NN SFLU.DIL 9.414 SP.DIL 9.414 DT.BHC 21.246 DRHO.LDT -~.884 OSS.LDT 345.5~ LITH.LDT 1189.~0 $SHV,LDT 125,563 HTEN.LDT 28,975 TNRA,CNL 2698.843 CFTC,CNL 125.563 HTEN,CNL ~.773 94.805 11.9~6 129.g~g 19.418 -46.gg0 92.5~N ~.N~ ~.~3N .84.875 1155.g~ 15~5.5~ 2.,87~ 1097,142 · 18~5,5~ 1,052 2,941 0,782 45,779 8.938 ) 127,563 7.~76 -37.438 1N5.375 -0.~14 ~.~34 79.~0~ l154.g~g 1529.125 4.~39 458.429 1529.125 1.624 4.980 ~.791 72.491 11.859 126.813 19.937 -55.813 91.563 -g.~l~ N.~26 82.ggg 1155.g0~ 1513.25g 2.794 858.649 1513,25~ MTEM,NGT TENS,EPT SA,EPT HTEN,EPT ILM,DIL GR.DIL GR,BHC RHOB,LDT LL,LDT SS1.LDT CALI.LDT GR,LDT :RTNR,CNL CNTC.CNL GR,CNL URAN,NG W3NG.NG MTEM.NG TENS.EP SA.EP HTEN.EP ILM,DIL GR,DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT HTEM NGT TENS EPT SA EPT HTEN EPT ILM,DIL GR,DIL GR,BHC RHOB.LDT LL,LDT $S1.LDT CALI,LDT GR.LDT RTNR.CNL CNTC.CNL GR,CNL PAGE: 30 129.~ 3584.B~ -N.591 1563.ggg 22.011 37.938 37.938 2.28~ 202,625 231,625 8,984 45.779- 3.~15 3~82.7~5~ 4~.779. ,~3~529 127.563 345~,~ -~,591 15~5.5~ 6.981 65.5g~ 65.5gg 1.997 365.~0g 243.25g 12.297 72.491 4.615 1743.5~3 72.491 2.88~ 38.845 126.813 3464.0gg -~.591 1529.125 19.857 45.5g~ 45.5gg 2.299 195.5g~ 223.5~g 52.729 2.725 2489.553 52.729 LIS Tape Verfffcatton Lfstfng Schlumberger Alaska Computing Center TENS.NGT 333N.~Eg CS.NGT THOR.NGT 7.454 WSNG.NGT W2~G.NGT 84.795 W1NG.NGT HTEN.NGT 15!3.250 CGR.NGT NVR.EPT 4.258 FVR.EPT CAL!.EPT l~,~g HRES,EPT GR.E?T 52.729 DEPT. !LD.D!L TEHS.BHC TE~S.LDT FEF.LDT LS.LDT SS2.LDT M~ES.LDT TE~S.CNL RCFT,CNL MRES.CNL TE[)S.f'IGT THOR.NGT ~2?G.~GT HTEN.HGT HYR.EPT CALI.E?T GR.E?T 41~.~ TENS.DIL 8.259 CALI.DIL 2244.~N~ CALI.BHC 34~N.~ DPHI.LDT 24.~ QLS.LDT 1~65.~ LU.LDT 386.~g~ LSHV.LDT ~.808 MTEM.LDT 34~.~ NPHI.CNL 329.162 RCNT.CNL ~.8~8 MTEM.CNL 34~.~ CS.NGT 9.516 ~SNG,NGT 121.~32 WING.NGT 1543.75~ CGR.NGT 4.258 FVR.EPT 14.875 MRES.EPT 73.239 4~.~ TENS.DIL 23.9~4 CALI.DIL 222~.~ CALI.BHC 323~.~ DPHI.LDT 3.824 OLS.LDT 552.5~ LU.LDT 341.5~ LSHV.LDT ~.817 MTEH.LDT 323~.g~ NPHI.CNL 5~2.412 RCNT.CNL ~.817 MTEM.CNL 323~.~ CS.NGT 4.819 W5NG.NGT 86.914 W1NG.NGT 1471.50~ CGR.NGT 4.262 FVR.EPT 14.2~3 MRES.EPT 65.195 DEFT ILD TE?S TE[,'S TEF LS SS2 MRES TEf'!S RCFT MR E S TEHS TIqOR HTEN NVR C?'.L I . .D!L .BHC .LDT .LDT .LDT .LDT .LDT . CHL .CHL .CF]L . HG'F . HGT . NGT .~GT .E?T .EPT .EPT DEFT. ILD.D!L TEr~S.BHC TENS.LDT ?EF.LDT LS.LDT S$2.LDT MRES.LDT TEr.IS.C~'L 39~.~ TENS.DIL 12.26~ CALI.DIL 217~.EN~ CALI.BHC 3324.E~ DPHI.LDT 8.117 QLS.LDT 927.5~g LU.LDT 367.~ LSHV.LDT ~.82~ MTEM.LDT 3324.~ NPHI.CNL 6-0CT-1988 ~9:21 1771.N~ POTA.NGT 7.797 W4NG.NGT 153.g21 MRES.NGT 5~.885 SGR.NGT ~.762 LA.EPT ~.8~2 MTEM.EPT 2244.~gg SFLU.DIL 13.320 SP.DIL 13.32N DT.BHC 58.797 DRHO.LDT -~.~46 QSS.LDT 1~48.~0 LITH.LDT 1187.g~0 SSHV.LDT 124.438 HTEN.LDT 53.552 TNRA.CNL 1584.8~1 CFTC.CNL 124.438 HTEN.CNL 1773.~ POTA.NGT 8.929 W4NG.NGT 224.2~6 MRES.NGT 71.461 SGR.NGT ~.766 LA.EPT ~.8~8 MTEM.EPT 222~.~N~ SFLU.DIL 11.469 SP.DIL 11.469 DT.BHC 34.337 DRHO.LDT -~,~16 QSS,LDT 512.~ LITH.LDT 1188.~g SSHV.LDT 123.25~ HTEN.LDT 43.342 TNRA.CNL 2~26.786 CFTC.CNL 123.25~ HTEN.CNL 1768.0~ POTA.NGT 3.9~6 W4NG.NGT 226.563 MRES.NGT 33.31~ SGR.NGT ~.765 LA.EPT ~.817 MTEM.EPT 217~.~ SFLU.DIL 12.75~ SP.DIL 12.75g DT.BHC 55.464 DRHO.LDT -~.~33 QSS.LDT 898.5~ LITH.LDT 1187.~ SSHV.LDT 122.188 HTEN.LDT 44.6~9' TNRA.CNL 1.522 3.899 ~.802 52.729 9.469 125.563 7.657 -38.188 11g.375 -g.~N5 g.g64 112.188 1543.75~ ~ 4.432 :349.403 : 1~43.750 2.369 ~.992 g.8~8 73.239 14.672 124.438 21.914 -56.~94 109.75N -O.~N3 ~.~49 13~.125 1155.~0 1471.5~ 3.787 553.891 1471.5~ 1.~11 5.859 ~.817 65.195 13.f78 123.25f 9.f23 -39.938 112.125 -N.g32 ~.g38 111.313 l154.gg~ 150~.875 3.956 URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL -'CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SSI LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL PAGE: 31 ~.491 25.341 125.563 333~.00~ -~.591 1513.25~ 7.223 61.781 61.781 1.68~ 541.5gg 259.g~ 14.875 73.239 4.5681' 1531.575 73.839 42J659; 124'.438 340g.ggg -~.591 1543.75g 21.326 56.469 56.469 2.g83 296.5gg 241.25~ 14.293 65.195 4.~91 2~8.429 65.195 4.19~ 27.344 123.25~ 323~.00~ -~.591 1471.50~ lg.792 47.813 47.813 1.735 478.25~ 24g.875 18.313 53.299 4.118 LIS Tape Verfffcatfon Lfstfng Schlumberger Alaska Computfng Center RCFT.CNL 367.828 RCNT.CNL MRES.CNL ~.82~ MTEM,CNL TE~S.NGT 3324.~ CS.NGT THO~.MGT 9.518 WENG.NGT ~£~G.NGT 9~.998 ~!~G.NGT HTEN.NGT 15~$.875 CGR.NGT ~JVR.EPT 4.258 FVR.EPT C?,LI.EPT 18.313 MRES.EPT CR.E~T 53.2~9 DEPT. 38~.~ TENS.DIL !LD.DZL 7.869 CALI.DIL TEUS,BHC 2164.~ CALI.BHC TE~S.LDT 2674.¢~¢ DPHI.LDT F'EF.LDT 3.832 QLS.LDT LSoLDT 31~.25~ LU.LDT SS2.LDT 335.0~ LSHV.LDT H~ES.LDT ~.845 MTEM.LDT TE?S.C~L 2674.~ NPHI.CNL RCFT.C~)L 421.~82 RCNT.CNL ~ C?L ~.845 HTEM.CNL TE;~S.H~T 3214.~ CS.NGT THOE.EGT 5.724 ~ENG.NGT ~2~G.NGT 69.583 ~ING.NGT HTEN.HGT 1537.75~ CGR.NGT ~!V~.EPT 4.262 FVR.EPT CALI.EPT 8.586 MRES.EPT q~.E:~T 45.435 DEFT. 37Z~.ZZ9 TENS.DIL !LD.D!L 8.6Zf CALI.DIL TE~S.~HC 282~.~ CALI.BHC TE~]S.LDT 2634.~ DPHI.LDT r'EF.LDT 2.863 QLS.LDT LS.LDT 3~9.5~ LU.LDT SS2.LDT 33~.25~ LSHV.LDT M~FS.LDT ~.85~ MTEH,LDT TEFS.CHL 2634.~ NPHI.CNL RCFT.CNL 661,601 RCNT.CNL H~ES.CHL ~.85~ HTEH.CNL TEHS.NGT 3184.~ CS.NGT TI4OR.HGT 4.484 ~ENG.NGT WZ~G.D~GT 63.395 W1NG.NGT HTEN.~GT 15~5.938 CGR.NGT i!V~.E?T 4.262 FVR.EPT C/~LI.EPT 8.641 MRES.EPT G~.EPT 41.481 DEFT. 35~¢.~N¢ TENS.DIL !LD.DiL 4.534 CALI.DIL TEHSoBHC 275~.~ CALI.BHC TEf!S.LDT £52~.~ DPHI.LDT F%F.LOT 2.246 QLS.LDT LS.LDT 445.5~ LU.LDT S~.LDT 354.75~ LSHV.LDT 6-0CT-1988 09:2I 1635 2¢1 122 188 1775 ~¢~ 9 785 171 233 58 532 ~ 765 0 82~ CFTC,CNL HTEN.CNL POTA.NG W4NG.NG MRES.NG SGR.NG LA.EP MTEM.EP 2834.~0 14.18~ 14.18g 13.27~ -~.~21 295.~ 17~.~0 12~.125 47.28~ 1726.547 12~.125 1813.~ 4.97N 152.~87 37.B2B N.765 ~.845 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 282~.~N~ 14.~8 14.~8 15.464 -¢.~6 291.5¢~ 170~.~¢ 118.125 35.4~6 2277.411 118.125 1807.~N 5.112 133.947 31.843 ¢.763 ~.85~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES,NGT SGR.NGT LA.EPT MTEM.EPT 275~.~f~ 13.625 13.625 29.~3 4~7.75~ 1699.~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT 4~.632 150~.875 1.52¢ 2.935 ~.82~ 53.209 15.523 122.188 7.686 r34.75g 73.188 ~.g56 · 0.~51 81.188 1648.g~ 1537.759 3.95~ 422.f63 )1537.75~ 1.~87 4.97~ ~.845 45.435 8,672 120.125 8.~11 -92.563 98.125 ~.~13 0.~23 95.~0~ 1649.0~ 15~5.938 3.299 682.17~ 15~5.938 ~.996 4.f9~ 0.85~ 41.481 8.617 118.125 1~.692 -2~8.125 1~1.313 -~.~N9 -9.~1 16~.750 1649.~ CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT HTEM NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT PAGE= 159f.925 53.2~9 -~.586 23.483 122.188 3324.~f~ -~.591 15N8.875 7.7~1 75.75~ 75.75~ 2.431 1~2~5~ 2~1~875 12'.5~8 92.25~ 4.556 1656.862 92.25~ 1.186 18.887 12~.125 3214.~ -~.591 1537.75~ 8.63~ 64.938 64.938 2.395 163.75~ 228.50~ 12.4~6 66.375 3.37~ 2199.157 66.375 1.156 19.427 118.125 3184.~ -0.591 15~5.938 4.927 29.~94 29.~94 2.171 241.75~ 227.588 12.~8~ 32 LIS Tape Verfffcatfon Ltstfng Schlumberger Alaska Computing Center MRES.LDT -999.258 MTEM.LDT TEHS.CNL 2528.888 NPHI.CNL RCFT.CNL 787.221 RCNT.CNL H~ES.CD~L -999.258 MTEM.CNL TEHS.D!~T -999.258 CS.NGT T~OR.D!GT -999.258 WSNG.NGT ~£i'~G.b~gT -999.258 W1NG.NGT ~i'EH.~GT -999.258 CGR.NGT NYR.EFT -999.258 FVR.EPT C,~.L!.E{PT -999.258 MRES.EPT ~'F..~T -999.258 DEPT. 3568.888 TENS.DIL ZLD.D!L 5.788 CALI.DIL TE~'!S.EHC 2718.888 CALI.BHC TE~CS.LDT 2484.888 DPHI.LDT FEF.LDT 2.338 QLS.LDT LS.LDT 444.588 LU.LDT SS2.LDT 347.758 LSHV.LDT M~ES.LDT -999.258 MTEM.LDT TEI':S.CHL 2484.888 NPHI.CNL ECFT.C~L 641.547 RCNT.CNL HR. ES.CDIL -999.258 HTEH.CNL TEi~S.D]GT -999.258 CS.NGT THOR.HGT -999.258 WSNG.NGT ~2~G.NGT -999.258 W1NG.NGT HTEH.NGT -999.258 CGR.NGT NVR.EPT -999.258 FVR.EPT CAL!.EPT -999.258 MRES.EPT ~.EPT -999.258 DEFT. 3488.888 TENS.DIL iLD.DT.L 11 .996 CALI.DIL TEF.~S. P-HC 2714.89'8 CALI .BHC TEi'.~S. L DT 2468.888 DPHI .LDT FEF.LDT 2.572 QLS.LDT LS. L DT 328.58.g L U. LDT ~F'.-2. LDT 332.258 LSHV.LDT MF. ,_-'-:S. LFJT -999. 258 MTEM. LDT TFFS.CHL 2468.888 NPHI .CNL P. CFT.CHL 453.826 RCNT.CNL i"'i~ K S. C .,"! L -999.258 MTEM.CNL TEI'-!S..NGT -999. 258 CS. NGT T~OP.. I',!GT -999. 258 W5NG. NGT ~£ ,"! G. I'.~G T -999. 258 W1NG. NGT HTEh!, D,,,~T -999.258 CGR.NGT ~-:VR. EFT -999. 258 FVR. EPT CAL ~. EPT -999. 258 MRES. EPT .... :.PT -999 . 25PJ DEFT. 33~8.8~8 TENS.DIL !LD.D!L 7.884 CALI.DIL TE?S.~HC 2624.8~8 CALI.BHC TEF'S.LDT 2378.888 DPHI.LDT FE~F.L~T 2.9~8 QLS.LDT 6-0CT-1988 09:21 -999.258 HTEN.LDT 32.736 TNRA.CNL 2585.475 CFTC.CNL -999.258 HTEN.CNL -999.258 POTA.NGT -999.258 W4NG.NGT -999.258 MRES.NGT -999.258 SGR.NGT -999.258 LA.EPI -999..258 MTEM.EPT 2718.888 SFLU.DIL 13.727 SP.DIL 13.727 DT.BHC 28.631 DRHO.LDT -8.884 QSS.LDT 487.758 LITH.LDT 1699.888 SSHV.LDT -999.258 HTEN.LDT 37.835 TNRA.CNL 2538.355 CFTC.CNL -999.258 HTEN.CNL -999.258 POTA.NGT -999.258 W4NG.NGT -999.258 MRES.NGT -999.258 SGR.NGT -999.258 LA.EPT -999.258 MTEM.EPT 2714.888 SFLU.DIL 14.855 SP.DIL 14.855 DT.BHC 18.314 DRHO.LDT -8.881 QSS.LDT 387.888 LITH.LDT 1699.888 SSHV.LDT -999.25~ HTEN.LDT 45.777 TNRA.CNL 1928.281 CFTC.CNL -999.258 HTEN.CNL -999.258 POTA.NGT -999.258 W4NG.NGT -999.258 MRES.NGT -999.258 SGR.NGT -999.258 LA.EPT -999.258 MTEM.EPT 2624.888 SFLU.DIL 13.883 SP.DIL 13.883 DT.BHC 18.356 DRHO.LDT ~.818 QSS.LDT -999.250 3.136 841.221 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 12.877 -225.125 J82.313 · 8.824 .-154.75g 1649.888 -999.258 3.428 677.449 -999,258 -999.258 -999.258 )-999.258 999.258 -999.258 -999.258 11.138 -162.758 188.125 8.822 84.563 1658.888 -999.258 3.866 475.515 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 6.842 -29.125 186.438 8.884 8.813 GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT .' SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT M/EM NGT TENS EPT SA EPT' HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT PAGE: 33 27.141 3.228 2578.583 27.141 -999.258 -999.25~ -999.258 -999.258 -999.258 -999.258 6.216 27.281 27.281 2.178 248.758 231.375 12.888 38.588 .:3.~42 2258,.373 38.588 -999.258 -999.258 -999.258 -999.258 -999.258 -999.25~ 11.873 72.375 72.375 2.348 175.888 227.625 12.461 82.875 3.889 1745.594 82.875 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 7.493 72.313 72.313 2.347 178.8~8 LIS Tape Verfffcatfon Lfs%ing Schlumberger Alaska Computing Center LS.LDT 331.75~ LU.LDT SS2.LDT 334.25~ LSHV.LDT M~E$.LDT -999.25~ MTEM.LDT TE:~!S.CHL 237~.~ NPHI.CNL RCFT.CNL 4~6.341 RCNT.CNL HRES.CNL -999.25N MTEM.CNL TE!~S.NGT -999.25~ CS.NGT THOR.NGT -999.25~ WSNG.NGT W2~G.NGT -999.25N W1NG.NGT HTEN.NGT -999.25~ CGR.NGT ~tVR.EPT -999.25N FVR.EPT CAL!.EPT -999.25~ MRES.EPT G~.EPT -999.25~ DEFT. 22NN.NN~ TENS.DIL ILD.DIL 9.N74 CALI.DIL TE?~S.BHC 252~.~ CALI.BHC TE[!S.LDT 231N.~ DPHI.LDT ?EF.LDT 2.279 QLS.LDT LS.LDT 412.5~ LU.LDT SS2,LDT 359.5NN LSHV.LDT MRES,LDT -999.25~ MTEM.LDT TEHS.CHL 231~.~ NPHI.CNL RCFT.CHL 79N.895 RCNT.CNL P;~S.CRL -999.25~ MTEM.CNL TEf~S.HGT -999.25~ CS.NGT TFiOR.H~T -999.25~ WSNG.NGT W2~'~G.HGT -999.25~ W1NG.NGT FiT~N.~GT -999.25~ CGR.NGT ?'.:'R.EPT -999.25~ FVR.EPT CAL!.EPT -999.25~ MRES.EPT ~ ~ r, ....... ~,,'T -999.25~ PEFT, 3!~.~ TENS.DIL /!_D.D!L 9.617 CALI.DIL TE~!S,FHC 249~.~ CALI.BHC TE;'S.LDT 2254.~N~ DPHI.LDT FEF.LDT 3.42N QLS.LDT LS.LDT 336.~N LU.LDT S$2.LDT 33N.75~ LSHV.LDT MPES.LBT -999.25~ MTEM.LDT TEF,~S.CHL 2254.~ NPHI.CNL RCFT.CPL 468.197 RCNT.CNL ~,~ES.C:-!)_ -999.25~ MTEM.CNL TE~!S.?GT -999.25~ CS.NGT THOR.~!GT -999.25~ W5NG.NGT WZ?G.I'IqT -999.25~ WING.NGT HTEH.f:~T -999.25~ CGR.NGT RVR.E2T -999.25~ FVR.EPT C,qL!,EPT -999.25~ MRES.EPT C~.E-'T -999,25~ 6-0CT-1988 O9:21 307.5~ 17NO.~N -999.25~ 46.~37 1688.718 -999.250 -999.250 -999.25N -999.25~ -999.250 -999.25~ -999.25~ LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 252N.~ 13.656 13.656 24.944 ~.~9 376.5~ 1699.~E~ -999.25~ 31.289 2587.~93 -999.250 -999.25~ -999.258 -999.252 -999.25~ -999.252 -999.258 SFLU SP DT DRHO OSS LITH $$HV HTEN TNRA CFTC HTEN POTA W4NG MRES SGR LA MTEM .DIL .DIL .BHC .LDT .LDT .LDT .LDT .LDT .CNL .CNL .CNL .NGT .NGT .NGT .NGT .EPT .EPT 249N.NNZ 13.875 13.875 18.525 -N.N~6 314.25N 170~.~ -999.258 49.618 1922.464 -999.25f -999.250 -999.25~ -999.258 -999.25~ -999.25~ -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT QS$.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 104.688 165~.~O -999.25~ 3.873 4~6.873 -999.25~ -999.25N -999.25~ -999.258 -999.258 -~99.25~ ~999.258 14.312 -67.25~ 97.313 O.~16 ~.~22 142.25~ 11649.~ -999.258 3.~47 826.877 -999.25~ -999.258 -999.258 -999.258 -999.25~ -999.25~ -999.258 13.584 -3N.25N 92.625 ~.~9 0.~31 1N6.563 I650.NNN -999.25~ 4.N83 512.63N -999.25N -999.25~ -999.258 -999.258 -999.25~ -999.25~ -999.25~ SS1.LDT CALI.LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT ~3NG NGT MTEM NGT TENS.EPT SA.EPT .'HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GE CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC,CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT PAGE: 34 226.~NO 12.156 76.~NO 4.333 1615.162 76.NNN -999.250 -999.25N -999.25~ -999.25N -999.258 -999.258 · ,' .47'.063 47.N63 2.238 224.125 24~.875 12.3~5 47.344 3.363 2517.524 47.344 -999.25~ -999.258 -999.258 -999.258 -999.25~ -999.258 1~.594 64.813 64.813 2.344 178.75~ 229.125 12.5~ 63.~63 4.333 1944.832 63.~63 -999.25~ -999.258 -999.25N -999.25N -999.258 -999.258 LIS Tape Verification Listfng Schlumberger Alaska Computing Center DEPT. ILD,D!L TEHS. BHC TENS.LDT FEF .LDT LS.LDT ~e2 LDT HRES. LDT T E ~-"S. CHL P. CF¥.CNL MRES .C~L TE 'S.NGT T:-'."'~R. NGT W2 '--S. NGT HTTI'!. ::' 'P,. EPT C/,L I. EPT q:P.. EPT 1~.832 2254.888 2.691 285 758 324 -999 258 2254 854 477 -999 258 -999 258 -999 25~ -999 258 -999 25M -999.25M -999.25M -999.25~ TENS.DIL CALI.DIL CALI.BHC DPHI.LDT OLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT WSNG.NGT W1NG.NGT CGR.NGT FVR.EPT MRES.EPT 29~.~g 11.~96 2154.8~ 2.338 376.758 349.~8 -999.258 2154.~ 749.915 -999.25~ -999.25~ -999.25~ -999.258 -999.258 -999.25~ -999.258 -~99.25~ TENS CALI CALI DPHI QLS LU LSHV MTEM NPHI RCNT MTEM CS W5NG W1NG CGR FVR MRES .DIL .DIL .BHC .LDT .LDT .LDT .LDT .LDT .CNL .CNL .CNL .NGT . NGT .NGT .NGT .EPT .EPT DEFT. !LD.DiL TEHS. PHC TE r-!S. LDT F'EF. LDT LS.LDT SS2.LDT MRES. L DT TEFS .CHL RCFT.CHL MEES. Cr'~L TEUS. NGT THOR. ~'~GT W27G. [-.~q T HTER. F~GT C,'?,L !. EFT 24.585 235~.~ 1.~63 1412.~88 422.588 -999.25~ 269.737 -999.25N -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 TENS.DIL CALI.DIL CALI.BHC DPHI.LDT QLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT W5NG.NGT W1NG.NGT CGR.NGT FVR.EPT MRES.EPT 6-0CT-1988 09:21 2440.gNN SFLU.DIL 13.563 SP.DIL 13.563 DT.BHC 13.219 DRHO.LDT -N.N12 OSS.LDT 272.~N LITH.LDT 17N8.888 SSHV.LDT -999.258 HTEN.LDT 31.25~ TNRA.CNL 2673.978 CFTC.CNL -999.258 HTEN.CNL -999.258 POTA.NGT -999.258 W4NG.NGT -999.258 MRES.NGT -999.258 SGR.NGT -999.25~ LA.EPT -999.25~ MTEM.EPT 13.133 13.133 22.874 ~.g16 344.588 -999.258 33.624 2477.865 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 2358.g88 13.938 13.938 68.284 -g.gZ3 1371.~8~ 1698.8~ -999.25~ 7~.17g 1363.255 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.25~ SFLU DIL SP DIL DT BHC DRHO LDT OSS LDT LITH LDT SSHV LDT HTEN LDT TNRA CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 22.2~9 -49.75~ 85.875 N.~g7 0.012 76.875 -999.25~ 3.~49 855.~48 -999.25N -999.258 -999.258 -999.258 -999.258 -999.25~ -~99.25N '14.453 -64.188 182.375 ~.gN1 124.188 -999.25~ 3.2~1 783.878 -999.250 -999.258 -999.25~ -999.25~ -999.25~ -999.25~ -999.258 18.928 -23.125 138.ggg ~.~23 564.5~ 1648.g88 -999.258 5.195 278.368 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.25~ ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT .' ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT PAGE: 35 12.329 54.438 54.438 2.432 149.75N 222.258 12.461 56.688 3.g83 2443.752 56.688 -999.258 -999.258 -999.258 -999.258 -999.250 -999.258 11.998 49f219 '49.219 2.273 284.375 22B.58~ 12.258 54.625 3.178 2488.123 54.625 -999.25~ -999.258 -999.258 -999.258 -999.258 -999.258 23.523 1.523 726.58~ 25~.375 12 385 48 594 5 852 1337 345 48 594 -999 258 -999 258 -999 258 -999.258 -999.25~ -999.25~ 6-0CT-1988 69:21 PAGE: 36 LIS Tape Veriffcation Listing Schlumberger Alaska Computing Center GR.EPT -999.25~ DEPT. 27~.~NN TENS.DIL !LD.DIL 9.~25 CALI.DIL TE?IS.BHC 2254.~ CALI.BHC TE~S.LDT 2~6~.~E~ DPHI.LDT F'EF.LDT 2.361 QLS.LDT L$.LDT 5~2.5~ LU.LDT SS2.LDT 363.5~ LSHV.LDT M~ES.LDT -999.25~ MTEM.LDT TE?S.CNL 2~6~.~ NPHI.CNL RCF'T.CHL 557.422 RCNT.CNL NF~ES.CNL -S99.25~ MTEM.CNL TE?S.~iGT -999.25~ CS.NGT T~OR.RGT -999.25~ W5NG.NGT W£~.iG.~!GT -999.256 WING.NGT H'T£H.~GT -999.25~ CGR.NGT HVR.EPT -999.256 FVR.EPT C2, L!.EPT -999.25~ MRES.EPT ~.E?T -999.25~ D~FT -_ !LD.D!L TE~iS. ~HC TE;'!S.LDT TEF.LDT LS.LDT SS2.LDT M~ES.LDT TE!.~S.CHL RCFT.C~L ~ES.C~]L TEi~S.NGT Hi'E~. ~GT NV~. EPT C2. L!.E?T 26~.~ 8.737 221~.~ 199~.~ 2.8~1 347.5~ 345.25~ -999.256 199N.~ 451.578 -999 25~ -999 25~ -999 25~ -999 25~ -999 25~ -999 25~ -999 25~ -999 25~ TEN$.DIL CALI.DIL CALI.BHC DPHI.LDT OLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT ~SNG.NGT ~iNG.NGT CGR.NGT FVR.EPT MRES.EPT DEPT. iLD.DZL T E .,"iS. PHC TE[]S. LDT FEF.LDT LS.LDT ~.o2.LDT MS. ES. LDT TEllS. C~-~L P. CF T. C['~L F,,.ES TEI'S. TPOR. W2F!G. r, lcT H 'T E H. ?"? T 25~.~ 22.344 214~.~ 1935.~ 2.5~6 371.5~ 339.25~ -999.25e !935.~ 741.141 -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ TENS.DIL CALI.DIL CALI.BHC DPHI.LDT OLS.LDT LU.LDT LSHV.LDT MTEM.LDT NPHI.CNL RCNT.CNL MTEM.CNL CS.NGT ~SNG.NGT W1NG.NGT CGR.NGT 2254.B~8 13.797 13.797 32.444 -~.~17 462.~ 1699.~ -999.250 39.142 21~7.5~7 -999.258 -999.250 -999.250 -999.250 -999.258 -999.258 -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.'CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 221N.~O~ 14.656 14.656 18.383 -N.Nll 325.5N~ 1698.~ -999.25~ 44.817 1857.~86 -999.258 -999.256 -999.25~ -999.25~ -999.25~ -999.25~ -999.258 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 214~.~ 14.133 14.133 22.581 ~.~17 339.75N 1698.~ -999.258 33.~4 2522.398 -999.25~ -999.258 -999.258 -999.258 -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRE$.NGT SGR.NGT 12.621 -78.5~0 118.~ ~.~19 181.125 1649.~gg -999.25g 3.496 583.653 -999.25~ -~99.25~ -999.25g -B99.25~ ~999.25g -999.25~ -~99.25~ 8.964 -24.359 114.125 ~.O31 ~.g31 1~7.75~ 1649.O~ -999.256 3.88~ 454.134 -999.258 -999.258 -999.256 -999.25~ -999.25g -999.25g -999.256 3~.g44 -41.625 139.875 -~.ON2 ~.g12 123.875 1648.ggg -999.25~ 3.186 751.446 -999.25g -999.25~ -999.256 -999.256 -999.25~ ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT ~3NG NGT MTEM NGT -'TENS EPT SA EPT HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SSI.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT 9.341 61.938 61.938 2.115 271.5~O 237.125 12.156 54.281 3.750 2~2.471 54.281 -999.25~ -999.25~ -999.258 -999.258 -999.~5~ -999,~5~ 8.378 68.~ GS.~g~ 2.347 184.75g 239.~g~ 14.992 85.938 3.878 1746.217 85.938 -999.250 -999.25~ -999.25~ -999.25g -999.25g -999.25g 22.744 47.5~ 47.5~ 2.277 2~1.625 225.875 13.227 51.594 3.333 2361.153 51.594 -999.25~ -999.25~ -999.25~ -999.25g LIS Tape Verification Listing Schlumberger Alaska Computing Center NVR.EPT -999.25M FVR.EPT CALI.EPT -999.25~ MRES.EPT CR.EPT -999.25~ DEFT. 24~N.~ TENS.DIL II_D.DIL 13.443 CALI.DIL TEiiS.~HC 2134.~ CALI.BHC TEh!S.LDT 192~.~ DPHI.LDT FEF.LDT 2.729 OLS.LDT LS.LDT 339.~ LU.LDT $S2.LDT 347.25N LSHV.LDT M~ES.LDT -999.25~ MTEM.LDT TEH$.Cr~L 192~.~ NPHI.CNL RCFT.CNL 5~1.412 RCNT.CNL M~S.C~!_ -999.25~ MTEM.CNL TE~S.HGT -999.25~ CS.NGT THOR.HGT -999.25~ W5NG.NGT W2[iG.~GT -999.25~ WING.NGT HTEH.D!~T -999.25~ CGR.NGT ~TVR.EFT -999.25~ FVR.EPT CA, L!.EFT -999.25~ MRES.EPT ~.~?T -999.250 DEFT. 23~.~ TENS.DIL ILD.DtL 14.325 CALI.DIL TEHS.BHC 2~50.~0~ CALI.BHC TE~!S.LDT 19~5.~ DPHI.LDT ?EF.LDT 2.236 QLS.LDT LS.LDT 46~.75~ LU.LDT SS2.LPT 369.~0 LSHV.LDT ~;~ES.LPT -999.25~ MTEM.LDT T~FS.CI'iL 19~5.~ NPHI.CNL RCFT.Cf!L 484.938 RCNT.CNL NEES.Cf"L -999.25~ MTEM.CNL TE~.!S.~6T -999.25~ CS.NGT T~;OR.£'~T -999.25~ W5NG.NGT %!~G.~.!CT -999.25~ WING.NGT )~TEh).h!~:T -999.25~ CGR.NGT ~','R.EFT -999.25~ FVR.EPT C/.L!.EF'T -999.25~ MRES.EPT qS.~!'-F -999.25~ DEFT. 22NN.NNN TENS.DIL ILD.D~L 39.6N9 CALI.DIL TE~S.?HC 2~3~.~0 CALI.BHC TEhlS.LPT 181~.~ DPHI.LDT F'EF.LFT 1.~57 OLS.LDT LS.L!~T 2136.~'~ LU.LDT $S2.L[;T 457.~ LSHV.LDT M~ES.LF)T -999.25~ MTEM.LDT TE~S.C:HL !81~.~ NPHI.CNL RCFT.CHL 221.377 RCNT.CNL hi~SS.C;.!L -999.25~ MTEM.CNL TE!iS.~GT -999.25N CS.NGT T~I~$.;':~:T -999.25~ W5NG.NGT 6-OCT-1988 ~9:21 PAGE: 37 -999.250 LA.EPT -999.25~ SA.EPT -999.25~ -999.25~ MTEM.EPT -999.250 HTEN.EPT -999.25N 2134.Ng~ SFLU.DIL 14.375 SP.DIL 14.375 DT.BHC 18.921 DRHO.LDT -~.~1~ QSS.LDT 317.75~ LITH.LDT 1699.~ SSHV.LDT -999.25N HTEN.LDT 43.474 TNRA.CNL Z0~4.289 CFTC.CNL -999.25~ HTEN.CNL -999.25~ POTA.NGT -999.25~ W4NG.NGT -999.25~ MRES.NGT -999.25~ SGR.NGT -999.25~ LA.EPT -999.25~ MTEH.EPT 2~5~.~ SFLU.DIL 13.867 SP.DIL 13.867 DT.BHC 29.379 DRHO.LDT -~.021 QSS.LDT 427.~0 LITH.LDT 1699.0~ SSHV.LDT -999.25~ HTEN.LDT 47.597 TNRA.CNL 193~.642 CFTC.CNL -999.25~ HTEN.CNL -999.250 POTA.NGT -999.25~ ~4NG.NGT -999.25~ MRES.NGT -999.25~ SGR.NGT -999.25~ LA.EPT -999.25~ MTEM.EPT SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT 15.6~4 -26.984 118.625 ~.~9 -g.~l 1~3.688 I648.g~g -999.25N 3.773 526.833 -999.25~ -999,25N -999.25~ ~999,.250 -999.25~ · -~99.250 -999,258 1~.263 -43.5~ 129.75~ ~.~6 9.906 151.75~ 1647.~ -999.25~ 3.979 548.777 -999.25~ -999.25~ -999.250 -999.25~ -999.25~ -999.25~ -999.25~ 54.615 -3~.875 144.5~ -~.Z~3 ~.~2~ 1~¢8.~ 1647.~¢ -999.25~ 5.326 252.298 -999.25~ -999.258 -999.25~ ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT :MTEM NGT TENS EPT SA EPT HTEN EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN,NGT W3NG.NGT 2¢3~,~N~ 14 359 14 359 8~ 858 -N ~2~ 2114 1695 -999 25~ 71 848 1348 8~N -999.25~ -999.25~ -999.25¢ 13.434 63.219 63.219 2.338 18~.125 229.625 13.391 59.375 3.737 1955.995 59.375 -999.25~ -999.25~. -999.25~ -999.25~~ -9~9.~5~ -9~9;f25~: 14.165 48.563 48.563 2.165 247.25~ 238.625 12.5~ 54.~¢~ 3.768 1964.482 54.~O~ -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ 38.784 28.563 28.563 1.316 1~8~.~ 26~.5~ 14.641 25.783 5.~91 1287.334 25.7~3 -999.258 -999.25~ LIS Tape Verification Llst~ng Schlumberger Alaska Computing Center W2NG.NGT -999.25~ W1NG.NGT HTEP.EGT -999.25~ CGR.NGT ~'JS.EPT -999.25~ FVR.EPT C,q!_~.EPT -999.25~ MRES.EPT r'Ft. .~?T _c.,q~ . .25~ ,=~. ) . 2 lfY~r. ~F~F TENS.DIL !LD.D!L 19.22g CALI .DIL T~-'e BHC 197~.g~F CALI BHC ~ I'i-J · TE~S. LDT 1715.~F DPHI .LDT rEF.LDT 2.494 OLS.LDT LS . LDT 472 . 75~ LU . LDT SS?_. LDT 356.25~ LSHV.LDT MP. ES . LDT -999 . 25~ MTEM. LDT T£!"S .CHL 1715 .ff~F NPHI .CNL RCF T. C,qL 499 . 424 RCNT.CNL HFLES .C~qL -999.25~F MTEM. CNL TE~..-S.HGT -999 25~ CS NGT T F'..OR. flGT -999.25~' W5NG. NGT \-;~ ?.i~,~ . HgT -999 .25~ W1NG . NGT ',-iTE ?!. f~!GT -999.25M CGR. NGT Li¥'9,,. EFT -999.25~ FVR. EPT C/:,L T., EFT -999.25~ MRES. EPT r._-~. E?T -999.25~F DEFT. !LD. D.T.L TE ?-~S. DHC TE~'S.LDT ?2F.LDT LS LDT SS£ LDT M?.ES LDT TE['.S Cf~L RCFT CNL MP, ES CF~L TE~S ~'iGT F;'T E Iq KGT C/'.L ! · E~T 2~.~ TENS.DIL 14.4~4 CALI.DIL 19~.~ CALI.BHC 1675.~ DPHI.LD'T 2.789 QLS.LDT 428.~ LU.LDT 369.5~ LSHV.LDT -999.25~ MTEM.LDT 1675.~ NPHI.CNL 388.~28 RCNT.CNL -999.25~ MTEM.CNL -999.25~ CS.NGT -999.25~ W5NG.NGT -999.25~ W1NG.NGT -999.25~ CGR.NGT -999.25B FVR.EPT -999.25B MRES.EPT -999.25~ DEPT. ~LD.DIL TE~S.LDT ?EF.LOT LS.LDT SS2.LDT MRES.LDT TE~S.CHL RCFT.CNL 19~.~ TENS.DIL 17.964 CALI.DIL 188~.~ CALI.BHC 1625.~ DPHI.LDT 2.965 OLS.LDT 425.~ LU.LDT 367.5~ LSHV.LDT -999.25~ MTEM.LDT 1625.~ NPHI.CNL 428.2~9 RCNT.CNL -999.25~ MTEM.CNL 6-OCT-1988 ~9:21 -999.25~ MRES.NGT -999.25B -999.25B SGR.NGT -999.25B -999.25B LA.EFT -999.25B -999.25~ MTEM.EPT -999.25B 1970.~ SFLU.DIL 22.~42 13.82~ SP.DIL -40.125 13.82~ DT.BHC 125.25~ 31.O8~ DRHO.LDT -O.~O9 -~.~1~ QSS.LDT ~.~06 434.25~ LITH.LDT [63.~5~ 1699.~ SSHV.LDT 1647.0~ -999.25B HTEN.LDT -999.250 36.605 TNRA.CNL 3,363 2~47.255 CFTC.CNL '527.8B5 -999.25~ HTEN.CNL : -~99.25~ -999.25~ POTA.NGT -999.25~ -999.25~ W4NG.NGT -999.25~ -999.25~ MRES.NGT -999.25~ -999.25~ SGR.NGT -999.25B -999.25~ LA.EPT -999.25~ -999.25~ MTEM.EPT ) -999.25~ 19f~.~Z 14.18B 14.18B 26.28B -Z.B12 396 ~9 1699 f~ -999 25~ 49 166 1713 239 -999 25~ -999 25~ -999 25~ -999 25~ -999 25~ -999.25~ -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EFT MTEM.EPT 188~.f~9 14.~78 14.~78 26.168 -g.~19 395.f~ 1699.g~ -999.25g 48.5~4 1753.872 -999.25B SFLU.DIL SP.DIL DT.BHC DRHO.LDT OS$.LDT LITH.LDT $SHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL 14.633 -34.~0~ 128.75~ N.~2~ 0.~14 128.25~ 1647.~ -999.25~ 4.~56 431.~9~ -999.258 -999.25~ -999.258 -999.25Z -999.25~ -999.258 -999.258 15.857 -34.125 13~.5~Z ~.~15 ~.~11 138.875 1646.~ -999.25~ 4.~24 443.994 -999.258 MTEM.NGT TENS.EPT SA.EFT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT .RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EFT SA.EFT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EFT SA.EFT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL PAGE: 38 -999.250 -999.25~ -999.259 -999.25Z 19.3~5 53.969 53.969 2.137 255.750 229.375 12.375 6f.844 3.333 1844.913 6B.844 -9~ -999,25~ -999.25~ -999.25~ -999.25B -999.25~ 12.745 73.625 73.625 2.216 23E.125 243.5~ 12.7~3 79.875 3.922 1699.557 79.875 -999.25~ -999.258 -999.25~ -999.25~ -999.25~ -999.258 16.149 63.5f~ 63.5ff 2.218 227.5f~ 241.50f 13.297 68.938 4.286 1712.876 68.938 LIS Tape Verfffcatfon Lfstfng Schlumberger Alaska Computfng Center 6-0CT-1988 ~9:21 PAGE: TENS.NGT -999.258 CS.NGT -999.258 POTA.NGT -999.258 URAN.NGT -999.258 THOR.NGT -999.258 WENG.NGT -999.258 W4NG.NGT -999.250 W3NG.NGT -999.250 W2NG.NGT -999.258 W1NG,NGT -999,258 MRES.NGT -999.258 MTEM,NGT -999.258 HTEN.NGT -999.258 CGR.NGT -999.258 SGR.NGT -999.250 TENS.EPT -999.258 ~VR.EPT -999.258 FVR.EPT -999.258 LA.EPT -999.258 SA.EPT -999.258 CALI.EFT -999.258 MRES,EPT -999.258 MTEM.EPT -999.258 HTEN.EPT -999.258 GE.E~T -999.258 DEPT. 1888.888 TENS.DIL !LD.DIL 12.661 CALI.DIL TEHS.gHC 1888.888 CALI.BHC TEHS.LDT 1575.888 DPHI.LDT ?EF.LDT 3.945 QLS.LDT LS.LDT 417.888 LU.LDT SS2,LDT 365.588 LSHV.LDT M~tES.LDT -999.258 MTEM.LDT T~;~S,CHL 1575,88~ NPHI.CNL RCFT.CEL 485.138 RCNT.CNL HRES.CNL -999.258 MTEM.CNL TEHS.HGT -999.258 CS.NGT THOR,HGT -999.258 WENG.NGT W2HG.HGT -999.258 W1NG.NGT HTEN.~!GT -999.25~ CGR.NGT ~!'/R.EPT -999.258 FVR.EPT CALI.E?T -999.25~ MRES.EPT ~.EPT -999.258 DEFT. 1788.888 TENS.DIL !LD.D!L 8.474 CALI.DIL TE~.!S,BHC 1735.888 CALI.BHC TE?!S.LDT 1598.888 DPHI.LDT ?EF,LDT 2.848 QLS.LDT LS.LDT 538.588 LU.LDT S$2.LDT 372.258 LSHV.LDT M~ES.!_DT -999,258 MTEM.LDT TFi''~_ ~. CHL ~598_ .8~8 NPHI.CNL ECFT,CHL 357.659 RCNT.CNL HRES.CNL -999.258 MTEM.CNL TEHS.HGT -999.258 CS.NGT THOR.~GT -999.25~ W5NG.NGT ~2!"'G.FIGT -999.258 W1NG.NGT H'!'Er,!,~GT -999.258 CGR.NGT h!'-/R.E?T -999.258 FVR.EPT CALI.EFT -999.258 MRES.EPT G~.EPT -999.258 1888.888 14.486 14.486 25.171 -8.814 386.758 1699.888 -999.258 51.431 1734.697 -999.25~ -999.258 -999.258 -999.25~ -999.258 -999.258 -999.258 SFLU.DIL SP,DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT $SHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPI MTEM.EPT 1735.888 14.156 14.156 34.331 483.888 1697.888 -999.258 58.971 1589.941 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 1675.888 14.313 14.313 31.~23 -8.831 468.588 1698.888 -999.258 58.238 SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV,LDT HTEN.LDT TNRA.CNL 12.279 -34.719 136.758 N.028 0.924 118.758 1646.088 -%99.258 4.229 ~484.869 -999.25~ -~99.258 -999.258 -999.258 -999.258 -999.258 -999.258 11.532 -38.588 142.888 8.883 8,818 167.758 1644.888 -999.258 4.173 355.723 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 16.342 -33.758 134.588 8.827 0.~29 127.813 1644.888 -999.258 4.136 ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL :CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EFT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.¢NL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM,NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR,CNL DEPT. 16~8.808 TENS.DIL ILD.D!L 22.889 CALI.DIL TEHS.BHC 1675.888 CALI.BHC TE~!S.LDT 1475.888 DPHI.LDT ?EF.LDT 3.426 OLS.LDT LS.LDT 495.888 LU.LDT SS2.LDT 378.888 LSHV.LDT MRE$.LDT -999.258 MTEM.LDT TEr~$.C?L 1475.888 NPHI.CNL 11.319 76.758 76.758 2.235 223.758 245.258 13.516 74.313 4.533. 1626.844 74.313' -999.258 -999.258 -999.258 -999.258 9.881 66.438 66.438 2.884 289.ff8 241.888 12.922 78.188 4.477 1491.895 78.188 -999.258 -999.258 -999.258 -999.258 -999.258 -999.258 19.658 46.375 46.375 2.138 264.58~ 258.758 12.977 47.688 3.983 39 LIS Tape Verification Listing Schlumberger Alaska Computing Center RCFT,CNL 375,418 RCNT,CNL HRES,CNL -999,25~ MTEM,CNL TENS,NGT -999,25~ CS,NGT THOR,NGT -999.25~ WSNG,NGT W2~G.NGT -999.25~ W1NG.NGT HTEN.NGT -999.Z5~ CGR.NGT NVR.EPT -999.25~ FVR.EPT CALI.EPT -999.25~ MRES,EPT ~R.EPT -999.25~ DEPT. !5~.~ TENS.DIL ILD.DIL 11.934 CALI.DIL TENS.BHC 169~.~ CALI.BHC TENS.LDT 14~5.~ DPHI.LDT ?EF.LDT 2.984 OLS.LDT LS.LDT 492.~ LU.LDT SS2.LDT 381.5~ LSHV.LDT MRES.LDT -999.25N MTEM.LDT TE?~S.CNL 14~5.~ NPHI.CNL RCFT.CNL 334.~71 RCNT.CNL MRES.CNL -999.25~ MTEM.CNL TE~!S.NGT -999.25~ C$.NGT THOR,NGT -999,25~ W5NG,NGT ~IZ?G.HGT -999.25~ W1NG.NGT HTEN.NGT -999,25~ CGR.NGT RVR.EFT -999.25~ FVR.EPT C,qLI.EPT -999.25~ MRES.EPT q~.E~T -999.25~ DEFT. 14MM.MMM TENS.DIL ]LD,D!L 13.48M CALI.DIL TE?S.PHC 1595.~ CALI.BHC TE~IS.LOT 1355.~ DPHI.LDT FKF,LDT 2.932 QLS.LDT LS.LDT 446.~ LU.LDT SS2.LDT 37~.5~ LSHV.LDT MRES.LDT -999.25~ MTEM.LDT TE~S.CHL !355.~ NPHI.CNL RCFT.C~IL 461.441 RCNT.CNL FIRES,C~.IL -999,25~ MTEM.CNL TE~S.NGT -999,25~ CS.NGT T~O~.NGT -999.25~ W5NG.NGT W2?G.HGT -999,25~ W1NG.NGT HT~r~!,r'!GT -999.25~ CGR.NGT ~\'R,E?T -999.25~ FVR.EPT CALI.EPT -999.25~ MRES.EPT G~.E?T -999.25~ DEFT. 13~.~ TENS,DIL !I_D.D~L 11.169 CALI.DIL TE!!S.BHC 149~.~ CALI.BHC TE?S,LDT !3~.~ DPHI.LDT ;'EF.LDT 3.471 QLS.LDT LS.LDT 535.5~ LU,LDT SS2.LOT 374.25~ LSHV,LDT 6-0CT-1988 09:21 1772.65N CFTC.CNL -999.25~ HTEN,CNL -999.250 POTA.NGT -999.258 W4NG.NGT -999.25~ MRES.NGT -999.25~ SGR.NGT -999.25~ LA.EPT -999.25~ MTEM.EPT 1690.~ SFLU.DIL 13.883 SP.DIL 13.883 DT.BHC 29.043 DRHO.LDT -~.0~6 OSS.LDT 449.5~ LITH.LDT 1698.0~ SSHV.LDT -999.250 HTEN.LDT 4B.935 TNRA.CNL 1681.~43 CFTC.CNL -999.250 HTEN.CNL -999.258 POTA.NGT -999.25~ W4NG,NGT -999,25~ MRES,NGT -999,25~ SGR.NGT -999.25~ LA.EPT -999.25~ MTEM.EPT 1595.~0 SFLU.DIL 13.953 SP.DIL 13.953 DT.BHC 26.589 DRHO.LDT -~.~24 QSS.LDT 415.~ LITH.LDT 1698.~80 SSHV.LDT -999.25~ HTEN.LDT 44.315 TNRA.C~L 186~.826 CFTC.CNL -999.25~ HTEN.CNL -999.25~ POTA.NGT -999.25~ W4NG.NGT -999.250 MRES.NGT -999.25~ SGR.NGT -999.25~ LA,EPT -999,25~ MTEM,EPT 149~.N~ SFLU.DIL 13.836 SP.DIL 13.836 DT.BHC 34.347 DRHO.LDT -~.~4 QSS.LDT 487.75N LITH.LDT 1698.~ SSHV,LDT 434.189 -999.25~ -999.25~ -999.250 -999.25~ -999.25~ -999.258 -999.258 '10.~11 -16.125 ~148.25~ ~.~5~ , ~,~38 15~.5~ 1644.~ -999.25~ 4.N65 369.687 -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ 11.487 -2N.469 143.625 ~.~36 ~.g31 139.125 1643.~ -999.250 3.79B 449.855 -999.250 -999.25~ -999.258 -999.25~ -999.25~ -999.25~ -999.25~ 12.870 -39.375 149.25~ ~.~11 9.~33 151.125 1643.~ CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS,EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL .. GR.BHC RHOB.LDT LL.LDT SSI.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM DIL GR DIL GR BHC RHOB LDT LL LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT PAGE: 4~ 1737.218 47.688 -999.25~ -999.25~ -999.25~ -999.25~ -999.258 -999.25~ 1~.6~4 65.25~ 65.25~' 2.171 267.25~ [~7~25~: '1~.586 73.438 4.g43 1529.929 73.43B -999.25~ -999.258 -999.25~ -999.25~ -999.258 -999.258 12.137 63.5gg 63.5fg 2.211 238.5gg 249.625 12.891 67.438 3.944 17~3.918 67.438 -999.250 -999.25~ -999.25~ -999.25f -999.25f -999.25f 1E.799 58.g31 58.~31 2.883 291.5~g 247.25~ 12.3~5 LIS Tape Verfffcatfon Listing Schlumberger Alaska Computing Center MRES.LDT -999.250 MTEM.LDT TENS.CHL 13~.~ NPHI.CNL RCFT.CNL 323.~33 RCNT.CNL M~ES.CNL -999.25~ MTEM.CNL TE~S,NGT -999.25~ CS.NGT THOR.NGT -999.25~ W5NG.NGT W2i,~G.MGT -999.25~ WING.NGT HTEN.NGT -999.25~ CGR.NGT ~US.EPT -999.25~ FVR.EPT CALI.EPT -999.25~ HRES.EPT GR.EPT -999.25~ DEFT. ' 12~.~8 TENS.DIL T' D DTL 81 925 CALI DIL TENS.BHC 149~.~8 CALI.BHC TED~S.LDT 13~5.~8 DPHI.LDT FEF.LDT 2.514 OLS,LDT LS.LDT 494.25~ LU.LDT SS2.LDT 354.25~ LSHV.LDT M~SS.LDT -999.25~ MTEM.LDT T~F!S.C?-IL !3~5.~ NPHI.CNL ECFT.CNL 516.381 RCNT.CNL H~ES.C~L -999.25~ MTEM.CNL 1EMS.HGT -999.25~ CS.NGT TFiOR.DIGT -999.25~ WBNG.NGT W£D~G.DIGT -999.25~ W1NG.NGT HTEN.NGT -999.25~ CGR.NGT RVR.EPT -999.25~ FVR.EPT C,'.LI.E?T -999.25~ MRES.EPT (:R,E~T -999.25~ DEPT, iLD.D!L TED'S F~HC TE?;S LDT '-'EF LDT ,_S InT SS?_ ,_'DT ~KES !_DT TEi!S Ci'!L R, CFT CNL H?,ES. CNL TE~!S. THOR. NGT W2 ~".: G r,' ," P~": P HGT [! 'v'2. E F T C/"..L I , E?T 11~.~ TENS.DIL 156.597 CALI.DIL 144~.~ CALI.BHC 1175.~ DPHI.LDT 2.254 QLS.LDT 889.~ LU.LDT 4~1.5~ LSHV.LDT -999.25~ MTEM.LDT 1175.~ NPHI.CNL 3~.966 RCNT.CNL -999.25~ MTEM.CNL -999.25~ CS.NGT -999.25~ ~SNG.NGT -999.25~ ~ING.NGT -999.25~ CGR.NGT -999.25~ FVR.EPT -999.25~ MRES.EPT -999.25~ DEFT, !LD, D.T.L TEi".S, PHC TE i,;S, LDT F- ..'Z F, L ..r) T 1~.~N8 TENS.DIL 21.896 CALI.DIL I4~5.~8 CALI.BHC 1175.8~8 DPHI.LDT 2.754 QLS.LDT 6-0CT-1988 09:21 -999 25~ 57 623 1612 562 -999 250 -999 250 -999 25~ -999 250 -999 25~ -999 25~ -999 25~ HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 1490 14 14 32 -0 451 1698 -999 49 1961 -999 -999 -999 -999 -999 -999 -999 . .438 .438 .771 . ~r~r7 .5~r0 . .e'OO .258' .184 .389 .25~r .25~r ,25~ .25~ .250 .25~ .25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 1440 16 16 53 O 816 1697 -999 53 15~5 -999 -999 -999 -999 -999 -999 -999 . .281 .281 .179 .019 . 25~ 672 4~6 25g 250 25g 25~ 25g 25~ 25~ SFLU.DIL $P.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 14~5.~N~ 13.82~ 13.82~ 31.~6 -~.~28 SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT -999.250 4.518 326.703 -999.259 -999.25~ -999.25~ -999.250 -999.250 -999.25~ -999.25g 1~7.629 -45.75~ 474.Z50 -O.~15 ~ ~.O~7 177.625 1~43.~ -999.25g 3.6~4 517.638 -999.25g -999.25~ -999.250 -999.25g -999.25~ -999.25~ -999.25~ 249.g~6 -35.~B 194.5g~ -~.O19 B.g~g 318.25~ 1643.gBB -999.25~ 4.433 318.846 -999.250 -999.259 -999.25~ -999.250 -999.258 -999.25~ -999.25~ 2~.153 -35.156 165.75~ N.~14 B.933 GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA,EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT PAGE: 41 64.BB~ 5.g26 1468.457 -999.25~ -999.25~ -999.25~ -999.259 -999.250 -999.25~ 72.426 39.219 39.219 2.199 268.250 227.375 14.¢86 39~313 :; 3:~79~' 1859.969 39.313 -999.25~ -999.250 -999.25g -999.25~ -999.25g -999.25~ 71.g27 42.gg0 42.~g~ 1.773 48~.75g 24~.25~ 19.141 39.969 4.892 1422.145 39.969 -999.25~ -999.25g -999.25g -999.25g -999.25~ -999.25g 18.841 61.656 61.656 2.138 262.75~ LIS Tape Verification Listing Schlumberger Alaska Computing Center LS.LDT 49~.75~ LU.LDT $S2.LDT 368.75~ LSHV.LDT M~ES.LDT -999.25~ MTEM.LDT TE?S.CNL 1175.~9 NPHI.CNL RCFT.CNL 399.834 RCNT.CNL HKES.CNL -999.259 MTEM.CNL TENS.NGT -999.259 CS.NGT THOR.HGT -999.259 W5NG.NGT W2~G.HGT -999.25~ W1NG.NGT PTENoNGT -999.259 CGR.NGT ~VR.E?T -999.259 FVR.EPT CALI.EPT -999,259 MRES.EPT GR.E?T -999.259 DEPT. 999.999 TENS.DIL !LD.DIL 25.935 CALI.DIL TEMS.BHC 1355.99~ CALI.BHC TENS.LDT 1~45.999 DPHI.LDT F'EF.LDT 3.982 QLS.LDT LS.LDT 5~9.759 LU.LDT SS2.LDT 389.E~9 LSHV.LDT MRES.LDT -999.259 MTEM.LDT TEf~S.CHL 1~45.~99 NPHI.CNL RCFT.CNL 349.696 RCNT.CNL HKES.CNL -999.259 MTEM.CNL TFr'~S.HGT -999.259 CS.NGT TF!OR.NGT -999.259 W5NG.NGT W2F,'G.NGT -999.259 W1NG,NGT ~TE~.NGT -999.25~ CGR.NGT ~t.,~ ~--E~T -999.259 FVR.EPT C~LI.EPT -999.25~ MRES.EPT C~.EPT -999.259 DEFT. 899.~99 TENS,DIL !LD.D!L 22.739 CALI.DIL TE!~S.~HC 1325.~9 CALI.BHC TE~iS.LDT 1~55.999 DPHI.LDT FEF.LDT 3.418 OLS.LDT LS.LDT 539.999 LU.LDT $S2.LDT 367.759 LSHV.LDT MRES.LDT -999.25~ MTEM.LDT TE[~S.CNL !~55.999 NPHI.CNL ~CFT.CML 279.227 RCNT.CNL MRES.CHL -999.259 MTEM.CNL TE~S.NGT -999.259 CS.NGT THOR.HGT -999.259 W5NG.NGT W2?G.NGT -999.259 W1NG.NGT HTEN.NGT -999.259 CGR.NGT MV~.EPT -999.25~ FVR.EPT CF.L!.EPT -999.25~ MRES.EPT m~.E?T -999.259 6-0CT-1988 09:21 455.759 1698.~99 -999.25~ 48.992 1796.65~ -999.259 -999.258 -999.259 -999.259 -999.259 -999.259 -999.259 LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT ~4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 159.759 1642.9E9 -999.25B 4.969 496.268 -999.259 -999.259 =999.,259 -999.259 x999.259 .-999.25~ -999.259 · 22.125 -21.875 157.875 9.934 9.932 153.375 1641.090 -999.259 4.499 371.116 -999.250 -999.259 -999.259 -999.259 -999.25~ -999.259 -999.259 1355.~9 14.219 14.219 39.591 -9.926 464.999 1698.999 -999.259 55.122 1633.691 -999.259 -999.259 -999.25~ -999.259 -999.250 -999.259 -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT QSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 1325.999 14.797 14.797 34.456 -0.920 488.599 1698.99~ -999.259 59.669 1492.542 -999.259 -999.259 -999.259 -999.259 -999.25~ -999.250 -999.25~ SFLU.DIL SP.DIL DT.BHC DRHO.LDT OSS.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 39.944 -59.25~ 0.995 9.933 144.625 1641.99~ -999.259 4.642 319.466 -999.259 -999.259 -999.259 -999.259 -999.259 -999.25~ -999.25B SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT ~3NG.NGT MTEM.NGT TENS.EPT · ' SA.EPT HTEN.EPT ILM.DIL GR,DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR .CNL URAN. NGT W3NG. NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DI'L GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN.EPT PAGE: 42 246.999 13.895 64.313 4.292 1673.184 64.313 -999.259 -999.25f -999.259 -999.25~ -999.25~ -999,259 , 21.944 69.963 6Z.~63 2.145 268.759 253.999 12.539 67.188 4.283 1582.997 67.188 -999.259 -999.250 -999.259 -999.25~ -999.259 -999.25~ 18.649 72.750 72.759 2.981 285.759 243.~9 13.978 89.563 4.795 1389.349 89.563 -999.259 -999.259 -999.259 -999.259 -999.25~ -999.259 LIS Tape Verification Listing Schlumberger Alaska Computing Center DEPT. 7~g.~gB TENS.DIL !LD.DIL 45.169 CALI.DIL TENS.EHC 121~.~ CALI.BHC TE~)S.LDT 1¢6~.~ DPHI.LDT FEF.LDT 2.875 OLS.LDT LS.LDT 486.5~ LU.LDT $S2.LDT 369.5~¢ LSHV.LDT MRES.LDT -999.25¢ MTEM.LDT TENS.CHL 1~60.~ NPHI.CNL RCFT.CHL 355.54~ RCNT.CNL M£ES.CRL -999.25~ MTEM.CNL TEP}S.NGT -999.25M CS.NGT THOR.NGT -999.25M WSNG.NGT %!2~:iG.NGT -999.25~ W1NG.NGT HTEN.NGT -999.25N CGR.NGT ~VR.EPT -999.25~ FVR.EPT C~LI.EPT -999.25~ MRES.EPT ~.EPT -999.25~ DEPT. 6~.~ TEN$.DIL ILD.D!L 1755.991 CALI.DIL TEF)S.BHC 1165.~ CALI.BHC TE~)S.LDT 1~15.~ DPHI.LDT PEF.LDT 2.02~ OLS.LDT LS.LDT 624.5~ LU.LDT S$2.LDT 367.25~ LSHV.LDT MRES.LDT -999.258 MTEM.LDT TE~S.CHL 1~15.~ NPHI.CNL RCFT.CNL 426.~97 RCNT.CNL M~ES.C~L -999.25~ MTEM.CNL TEF!S.HGT -999.25~ CS.NGT THOR.NGT -999.25~ WSNG.NGT ~£?!G.~GT -999.25~ WING.NGT F!TEN.NGT -999.25~ CGR.NGT ~IV~.E?T -999.25~ FVR.EPT C?,LI.EPT -999.25~ MRES.EPT C~.EFT -999.25~ DE?T. 5NN.~N~ TENS.DIL !LD.D!L 76.288 CALI.DIL TE~S.BHC 1~65.0~ CALI.BHC TENS.LDT 865.NNN DPHI.LDT FEF.LDT 2.391 OLS.LDT LS.LDT 53~.~0~ LU.LDT SS2.LDT 373.NNN LSHV.LDT MRES.LDT -999.25~ MTEM.LDT TE~S.CNL 865.NNN NPHI.CNL RCFT,CHL 371.N32 RCNT.CNL MRES.CNL -999.25~ MTEM.CNL TEHS.NGT -999.25N CS.NGT T~OR.NGT -999.25N W5NG.NGT W2FG.NGT -999.25~ WING.NGT HTE~.!.NGT -999.25~ CGR.NGT I~VR.EPT -999.25~ FVR.EPT C.~,LI.EPT -999.25~ MRE$.EPT 6-0CT-1988 N9:21 1210.g~N SFLU.DIL 14.141 SP.DIL 14.141 DT.BHC 31.~20 DRHO.LDT -0.016 QSS.LDT 448.~ LITH.LDT 1698.~ SSHV,LDT -999,25~ HTEN,LDT 47,658 TNRA,CNL 1675,724 CFTC,CNL -999.25~ HTEN.CNL -999,25g POTA.NGT -999.25~ ~4NG.NGT -999,25~ MRE$.NGT -999.25~ SGR.NGT -999.25g LA.EPT -999,25g MTEM.EPT 1165.~0~ SFLU.DIL 16.6~9 SP.DIL 16.6~9 DT.BHC 40.336 DRHO.LDT -0.~2 QSS.LDT 572.0~0 LITH.LDT 1697.~ SSHV,LDT -999,25~ HTEN,LDT 44,~83 TNRA,CNL 1714,5~ CFTC,CNL -999,Z5~ HTEN,CNL -999,25~ POTA,NGT -999.25~ W4NG.NGT -999,25~ MRES,NGT -999.25~ SGR.NGT -999.25~ LA.EPT -999.25~ MTEM.EPT l~65.g~g 14.547 14.547 33.363 -O.~2 481.~O 1697.Ng~ -999.25g 49.574 1685.5g~ -999.25~ -999.25g -999.25g -999.25g -999.25g -999.25~ -999.250 SFLU.DIL SP.DIL DT.BHC DRHO.LDT OS$.LDT LITH.LDT SSHV.LDT HTEN.LDT TNRA.CNL CFTC.CNL HTEN.CNL POTA.NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 39.814 -52.719 180.125 ~.O12 0.026 146.625 164N.~E~ -999,250 4,~5~ 375,272 -999.25~ -999.25~ -999.25~ -999.250 -~99.25g -999.250 ~999.250 2~NE.~ -39.281 14~.75~ -O.Oll g.g26 239.25~ 1639.ONN -999 250 3.943 457.~24 -999.250 -999.25~ -999.250 -999.250 -999.25~ -999.25~ -999.25~ 57.840 -33.563 186.625 0.N15 ~.~39 182.875 1639.f~ -999.25~ 4.1~2 495,52~ -999,25~ -999.250 -999.25~ -999.25~ -999.25~ -999.25g -999.25~ ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT $S1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT .' ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT ILM.DIL GR.DIL GR.BHC RHOB.LDT LL.LDT SS1.LDT CALI.LDT GR.LDT RTNR.CNL CNTC.CNL GR.CNL URAN.NGT W3NG.NGT MTEM.NGT TENS.EPT SA.EPT HTEN.EPT PAGE: 43 33.682 54.9~6 54.9~6 2.138 262.5NO 244.5NO 15.6~2 62.969 4.298 1553.~43 62.969 -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ -999.25~. 4~1,.99~ .,'26~6~9: 26.6~9 1.984 338.75~ 236.625 18.891 28.031 4.~ 17~2.673 28.~31 -999.25~ -999.25g -999.258 -999.25~ -999.25~ -999.25~ 44.~59 55.25~ 55.25~ 2.1~ 289.25~ 248.875 13.539 63.188 4.5gg 1667.878 63.188 -999.25g -999.25~ -999,25~ -999,25~ -999,25~ -999,25~ LIS Tape Verification Listing Schlumberger Alaska Computing Center GR.EPT -999.25~ DEPT. 4~.~ TENS.DIL !LD.D!L 978.118 CALI.DIL TE;~S.gHC 98~.~ CALI.BHC TEFS.LDT 865.~ DPHI.LDT PEF.LDT 2.~39 QLS.LDT LS.LDT 739.~ LU.LDT SS2.LDT 399.75~ LSHV.LDT MRES,LDT -999.25~ MTEM.LDT TERS.CHL 865.~0~ NPHI.CNL RCFT.CNL 428.2~9 RCNT.CNL M~ES,C~!L -999.25~ MTEM,CNL TERS.HGT -999.25~ CS.NGT THOR.NGT -999.250 WSNG.NGT W2NG,NGT -999.25Z W1NG,NGT HTEH,NGT -999,25~ CGR,NGT HVR,EFT -999,25~ FVR,EPT C,qLI.EFT -999,25~ MRES,EPT GE.EPT -999.25~ DEFT, 3~,~ TENS,DIL ILD,DIL 82,525 CALI,DIL TEHS.BHC 895,~ CALI,BHC TE~JS,LDT 765,~ DPHI,LDT ?EF,LDT 2,816 QLS,LDT LS,LDT 582,~ LU,LDT SS2,LDT 394.~ LSHV.LDT M~S.LDT -999.25~ MTEM,LDT TE~-:S.C~!L 765.~0 NPHI.CNL RCFT.CHL 396.369 RCNT,CNL H~ES,C?)L -999,25~ MTEM,CNL TE~!S.NGT -999,25~ C$,NGT THO~,NGT -999.25~ W5NG,NGT W2F!G.NGT -999.25~ W1NG.NGT FTEF!.NGT -999.25~ CGR.NGT FiVR.EFT -999.25~ FVR.EPT C/~L~.EFT -999.25~ MRES.EPT GS,E?T -999.25~ DEFT, 2~,~ TENS,DIL ILD,DIL 967,144 CALI,DIL TENS,BHC 91~,~ CALI,BHC TE)IS,LDT 72~,~0~ DPHI,LDT F'EF,LDT 1,36~ QL$,LDT LS,LDT 2388.0~ LU.LDT SS2,LDT 453,~ LSHV,LDT M~ES,LDT -999,25~ MTEM,LDT TE~S,CHL 72~,~ NPHI,CNL RCFT,CHL 2~4,~4 RCNT,CNL NRES.CHL -999.25~ MTEM.CNL TENS,NGT -999.25N CS.NGT THOR.NGT -999.25~ ~SNG.NGT WZ~G,NGT -999,25~ W1NG,NGT HTE[!,F~GT -999,25~ CGR,NGT 6-0CT-1988 B9:21 98N.N~ 16.~16 16.~16 44.944 O.~24 667 1697 -999 25~ 47 1B2 1747 492 -999 25g -999 25B -999 25~ -999 250 -999 25B -999 250 -999 25~ SFLU,DIL SP,DIL DT,BHC DRHO,LDT OSS,LDT LITH,LDT SSHV,LDT HTEN,LDT TNRA,CNL CFTC,CNL HTEN,CNL POTA,NGT W4NG.NGT MRES.NGT SGR.NGT LA.EPT MTEM.EPT 895.~ 15.82g 15.820 35.323 -~.O24 537 5gg 1697 ~ -999 250 5~ 4~7 1666 183 -999 25~ -999 250 -999 25B -999 25B -999 250 -999 25B -999 25B SFLU,DIL SP,DIL DT,BHC DRHO,LDT QSS,LDT LITH,LDT SSHV,LDT HTEN,LDT TNRA,CNL CFTC,CNL HTEN,CNL POTA,NGT ~4NG.NGT MRES,NGT SGR,NGT LA,EPT MTEM,EPT 91~.~g 15.484 15.484 85.844 -N.g46 243g.g~ 1694.g~ -999.25~ 76.251 1239.583 -999.25~ -999.25~ -999.25~ -~99.25~ -999.25~ SFLU,DIL SP,DIL DT,BHC DRHO,LDT OSS,LDT LITH,LDT SSHV,LDT. HTEN,LDT TNRA,CNL CFTC,CNL HTEN,CNL POTA,NGT W4NG.NGT HRES.NGT SGR,NGT 1699.276 -86.188 129.625 O.~9 N.~29 289.5N~ 1638.~ -999.250 4.~5 456,N47 -~99.25~ -999.250 ~999.258 ~999.25~ -999.25~ -999.250 -999.25~ 113.886 -1.277 189.5~ ~.~37 ~.~32 188.625 1638.~ -999.25~ 4.182 387.558 -999.25~ -999.258 -999.258 -999.258 -999.258 -999.25~ -999.258 18~3.582 -132.N0~ 189.75~ -0.~22 -0.~4 1~3~.~8 1636,~ -999,25~ 5,659 222,~39 -999,258 -999.25~ -999.25~ -999.25~ -999.25B ILM,DIL GR,DIL GR,BHC RHOB,LDT LL,LDT SS1,LDT CALI,LDT GR,LDT RTNR,CNL CNTC,CNL GR,CNL URAN,NGT .~3NG,NGT 'MTEM,NGT TENS,EPT SA,EPT HTEN,EPT ILM,DIL GR,DIL GR,BHC RHOB,LDT LL,LDT SS1 LDT CALI LDT GR LDT RTNR CNL CNTC CNL GR CNL URAN NGT W3NG NGT MTEM NGT TENS EPT SA EPT HTEN EPT ILM,DIL GR,DIL GR,BHC RHOB,LDT LL,LDT SS1,LDT CALI,LDT GR,LDT RTNR,CNL CNTC,CNL GR,CNL URAN,NGT W3NG.NGT MTEM,NGT TENS.EPT PAGE: 26~.293 27.O16 27.~16 1.9B8 4~5.5~ 254.625 15.289 28.281 4.278 1721.3B8 28.281 -999.250 -999.25~' -999.25~ -999.,25~ -989.¢25Nj -~99':25~ 53.987 57.844 57.844 2.067 313.5~ 258.75N 14.758 6~.5N~ 4.951 1625.2N2 6N.58N -999.25N -999.258 -999.250 -999.250 -999.25~ -999.250 26B.293 17.828 17.828 1.234 1173.~B 246.875 16.688 18.344 5.786 1242.553 18.344 -999.25f -999.25f -999.~5~ -999.25~ 44 LIS Tape Verfffcatfon Listing Schlumberger Alaska Computing Center NVR.EPT -999.25N FVR.EPT CALI.EPT -999.250 MRES.EPT GR.EPT -999.25~ DEPT. i~B.BNB TENS.DIL ILD.DIL 12.318 CALI.DIL TENS.BHC 81N.~ CALI.BHC TENS.LDT 65~.B~B DPHI.LDT PEF.LDT 42.531 QLS.LDT LS.LDT 221.5~B LU.LDT SS2.LDT 128.375 LSHV.LDT MRES.LDT -999.25B MTEM.LDT TE['~S.CNL 65~.~BB NPHI.CNL RCFT.CNL 229.924 RCNT.CNL HRES.CNL -999.25N MTEM.CNL TENS.NGT -999.25~ CS.NGT THOR.NGT -999.25~ WSNG.NGT W2HG.NGT -999.25~ WING.NGT HTEN.NGT -999.25~ CGR.NGT MVR.EPT -999.25B FVR.EPT CALI.EPT -999.25~ MRES.EPT GR,EFT -999.25~ DEPT. 81.5~ TENS.DIL !LD.DIL 13.19B CALI.DIL TEHS.BHC 765.~ CALI.BHC TENS.LDT 635.~B DPHI.LDT FEF.LDT 32.344 OLS.LDT LS.LDT 255.625 LU.LDT SS2.LDT 131.625 LSHV.LDT MRES.LDT -999.25~ MTEM.LDT TERS.CNL 635.~ NPHI.CNL RCFT.CNL 222.697 RCNT.CNL MRES.CNL -999.25~ MTEM.CNL TENS.NGT -999.25~ CS.NGT THOR.NGT -999.25~ WSNG.NGT W2NG.NGT -999.25~ W1NG.NGT HTEN.NGT -999.25~ CGR.NGT NVR.EFT -999.25~ FVR.EPT C?.LI.EPT -999.25~ MRES.EPT GR.EFT -999.25~ END OF DATA 6-0CT-1988 ~9:21 -999.25~ LA.EPT -999.25~ MTEM.EPT 81~.gEg SFLU.DIL 16.141 SP.DIL 16.141 DT.BHC 54.53~ DRHO.LDT N.117 QSS.LDT 2E9.375 LITH.LDT 1696.~O SSHV.LDT -999.250 HTEN.LDT 63,536 TNRA,CNL 1294.55~ CFTC.CNL -999.25~ HTEN.CNL -999.250 POTA.NGT -999.25~ W4NG.NGT -999.250 MRES.NGT -999.25~ SGR.NGT -999.250 LA.EPT -999.25~ MTEM.EPT 765.~0~ SFLU.DIL 16.25~ SP.DIL 16.25~ DT.BHC 61.318 DRHO.LDT ~.1~5 OSS.LDT 242.25~ LITH.LDT 1698.0~ SSHV.LDT -999,25~ HTEN,LDT 63,281 TNRA.CNL 1211,38~ CFTC.CNL -999.250 HTEN.CNL -999,258 POTA.NGT -999.25~ W4NG,NGT -999,25~ MRES,NGT -999.25~ SGR.NGT -999.25~ LA.EPT -999.258 MTEM.EPT -999.250 SA.EPT -999.250 HTEN.EPT 5.335 ILM.DIL 21.75~ GR.DIL 65.563 GR.BHC -0.798 RHOB.LDT -~.1~6 LL.LDT 24.781 SS1.LDT 1642.0~ CALI.LDT -999.250 GR.LDT 4.917 RTNR.CNL 246.911 CNTC.CNL -999.25~ GR.CNL ~999.25g URAN.NGT -999.25~ ~3NG.NGT ~999.25~ .MTEM.NGT :999.25~ TENS.EPT : -999.25~ SA.EPT -999.25~ HTEN.EPT 9.688 ILM.DIL 17.125 GR.DIL 65.~0 GR.BHC -0.824 RHOB.LDT -0.122 LL.LDT 3~.984 SS1.LDT 1644.~ CALI.LDT -999.25~ GR.LDT 4.9~3 RTNR.CNL 236.747 CNTC.CNL -999.25~ GR.CNL -999,25~ URAN,NGT -999.Z5~ W3NG.NGT -999,25~ MTEM,NGT -999.Z5~ TENS,EPT -999.25B SA,EPT -999.25B HTEN,EPT PAGE: 45 -999.250 -999.259 200~.0gg 17.547 17.547 1.75~ 116.813 72.313 15.539 15.086 5.194 12~.489 15.~86 -999.25~ -999.25N: -999.258' -999.25~' -999.,~5~ 2~.Ng~ 19.266 19.266 1.638 134.5~ 71.188 15.539 17.688 5.g~ 1166.487 17.688 -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ -999.25~ LIS Tape Verfffcatton Lfstfng Schlumberger Alaska Computing Center **** FILE TRAILER FILE NAME : EDIT .~1 SERVICE : FLIC VERSION : ~01A02 DATE : 88/1~/ 5 MAX REC SIZE : 1~24 FILE TYPE = LO LAST FILE : ~*~ FILE HEADER **** FILE NAME : EDIT .~2 SERVICE : FLIC VERSION : ~1A02 DATE : 88/1~/ 5 HA% REC SIZE : 1~24 FILE TYPE : LO LAST FILE : 6-0CT-1988 89:21 PAGE: 46 * SCHLUMBERGER LOGS INCLUDED WITH THIS FILE (EDIT.002): * * ELECTROMAGNETIC PROPAGATION TOOL (.EPT) * FIRST TO LAST READING: 1~261' TO 3828' * EPT DATA AVAILABLE FOR RUN #2 ONLY ~ <SEE FILE EDIT.O~I FOR 6" SAMPLED EPT DATA> TABLE TYPE : CONS TUNI VALU DEFI CN FN NATI STAT COUN SECT TOWN FL ENG! S 0 ..."I ARCO ALASKA, INC. ~ILDCAT PIPELINE STATE #1 U~S.A. ALASKA NORTH SLOPE 33 16N 13E 2231' F~L & 823' FSL D. WARNER 1521~7 Company Name Field Name Well Name Nation State or Province County Section Township Range Field Location Engineer's Name Service Order Number LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 ~9~21 PAGE= 47 TUNI VALU DEFI APIN 5~-223-2~16-~ API Serial Number TABLE TYPE : CURV DEFI DEPT NVU FVU NVD FVD EATT TPL EPHI MINV MEOR DEPTH CHANNEL NAME Near Voltage Up Far voltage up Near Voltage Down Far voltage down EPT Attenuation Time of propagation in lossy formation EPT porosity Micro-Inverse Resistivity Micro-Normal Resistfvlty DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - G4EB ** TYPE REPR CODE VALUE 1 GG 0 2 G6 Z 3 73 4~ 4 G6 ! 8 68 Z.166 9 65 FT 11 6G 25 13 GG ~ 14 65 FT 15 66 68 1G GG 1 ~ 66 1 -- ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1521~7 2 1 I 4 68 NVU EPT V 1521~7 2 1 1 4 68 FVU EPT V 1521~7 2 1 1 4 G8 NVD EPT V 1521~7 2 1 1 4 68 FVD EPT V 1521~7 2 1 1 4 G8 LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 ~9~21 PAGE: 48 NAME SERV UNIT SERVICE API API APl API FILE NUMB NUMB SIZE REPR ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE PROCESS (HEX) EATT EPT DB/M 1521~7 2 1 I 4 TFL EFT NS/M 1521Z7 2 I 1 4 EPHI EFT PU 1521Z7 2 1 1 4 MINV EFT OHMM 1521~7 2 1 1 4 MNOR E?T OHMM 1521~7 2 1 1 4 DATA DEPT. lZ313.5ZZ NVU.EPT -999.25~ FVU.EPT FVD.EPT -999.25fi EATT.EPT -999.250 TPL.EPT MI~V.EPT -999.25~ MNOR.EPT -999.25Z DEFT. !Z3~Z.ZZZ NVU.EPT 3.174 FVU.EPT FVD.EPT ~.557 EATT.EPT GW5.~ZO TPL.EPT MI~!V.EPT ~.ZZ~ MNOR.EPT DEPT. lZ2ZZ.ZZZ NVU.EPT 3.137 FVU.EPT FVD.EPT Z.576 EATT.EPT 6~I.BZZ TPL.EPT M!~V.EPT ~.Z~Z MNOR.EPT DEPT. I~lZZ.ZZZ NVU.EPT 2.884 FVU.EPT FVD.EPT Z.634 EATT.EPT 525.125 TPL.EPT h!~V.EPT ~.ZZ~ MNOR.EPT DEPT. !~E.~00 NVU.EPT 3.1GZ FVD.EPT Z.G~7 EATT.EPT 584.953 HI,IV.EFT Z.~lZ MNOR.EPT DEPT. 99ZZ.OZZ NVU.EPT 3.42~ FVD.EPT Z.588 EATT.EPT G17.ZG3 M!~V.EPT Z.~31 MNOR.EPT Z.ZZZ DEFT. 98ZZ.ZZZ NVU.EPT 1.855 FVD.EPT Z.523 EATT.EPT 284.5gg M!D~V.EPT ~.Z31 MNOR.EPT Z.~ DEPT. 97ZZ.ZZZ NVU.EPT 3.13~ FVD.EPT Z.GZZ EATT.EPT 577.594 M!~!V.EPT ~.~31 MNOR.EPT ~.Z~N DEPT. 9G~Z.Z~ NVU.EPT ~.932 FVD.EPT Z.357 EATT.EPT 148.398 M!i!V.EPT ~.~31 MNOR.EPT ~.~ DEPT. 95~Z.~ZZ NVU.EPT 1.713 FVD.EPT N.52Z EATT.EPT MT'"/. . _~. EF'T ~ ~31 MNOR.EPT FVU.EPT TPL.EPT FVU.EPT TPL.EPT FVU.EPT TPL.EPT FVU.EPT TPL.EPT FVU.EPT TPL.EPT FVU.EPT TPL.EPT 1999.'25Z NVD.EPT 3999.250 EPHI.EPT .' " Z.588 NVD.EPT 24.281 EPHI.EPT N.558 NVD.EPT 24.156 EPHI.EPT ~.590 NVD.EPT 22.422 EPHI.EPT Z.586 NVD.EPT 24.156 EPHi.,EPT · 0.593 NVD.EPT 16.279 EPHI.EPT ~.544 NVD.EPT 1~.7~3 EPHI.EPT 0.58~ NVD.EPT 24.178 EPHI.EPT ~.328 NVD.EPT 9.523 EPHI.EPT Z.481 NVD.EPT 11.857 EPHI.EPT -999.25N -999.25~: /246 :~z~518~ 3.229 79.883 2.936 72.~70 3.127 8~.519 3.142 27.472 1.693 8.496 3.194 81.415 1.g5Z 5.g72 1.929 15.0~2 LIS Tape Verfftcation Listing Schlumberger Alaska Computing Center DEPT. 94ZO.Z~ NVU.EPT FVD.EPT ~.672 EATT.EPT H!"V.EPT Z.9'31 MNOR.EPT DEPT. 93~.~E~ NVU.EPT FVD.EPT Z.595 EATT.EPT DI~f'V.EPT ~.~31 MNOR.EPT D~-%FT. 92~.~ NVU.EPT FVD.EPT ~.682 EATT.EPT M!~!V.EPT ~.~31 MNOR.EPT DE?T. 91~.Z~ NVU.EPT FVD.EPT ~.689 EATT.EPT h'l!~.~.EPT ~.~31 MNOR.EPT DEPT. 9Z~.~Z~ NVU.EPT FVD.EPT 9'.697 EATT.EPT h!~;:V.EPT 9'.~31 MNOR.EPT DEPT. 89N~.~N NVU.EPT FVD.EPT N.713 EATT.EPT MT~'V.EPT ~.~31 MNOR.EPT n~?T..,.. . 88Z~.~ NVU. EPT FVD.EPT ~.GG2 EATT.EPT ~!;!'¢.EPT ~.~31 MNOR.EPT DEPT. 87,(D'~..Z~,(D' NVU. EPT ~-'-;n EDT ,ID' 517 EATT EPT DJ. ! ~i',/. EPT ~.~31 MNOR.EPT DE?T. 8 G,(D',(D'. Z,ID',8' NVU. EPT FVD. EDT g. 679 EATT. EPT :~. .... '.'.V . FPT_, 9' .9'31 MNOR .EPT DEFT. 859'B.~B NVU.EPT FVD.EPT B.555 EATT.EPT ~'~'¢.E?T ~.9'31 MNOR.EPT DEPT. 84~.~ NVU.EPT FVD.EPT 9'.668 EATT.EPT h~Z~'~,-.-,.~,~T ~.~31 MNOR.EPT DEPT. 83¢N.NNN NVU.EPT FVD.EPT N. GS9 EATT.EPT H!~'!V.EPT Z.~31 MNOR.EPT DEPT. 82Z~.ZWZ NVU.EPT FVD.EPT Z.666 EATT.EPT MI!!V.EPT ~.Z31 MNOR.EPT 6-0CT-1988 Z9:21 2.969 FVU.EPT 561.594 TPL.EPT O.ZZZ 1.99~ FVU.EPT 341.125 TPL.EPT 2.8N~ FVU.EPT 436.813 TPL.EPT 2.5Z3 FVU.EPT 463.25~ TPL.EPT ~.~ 2.56~ FVU.EPT 48~.938 TPL.EPT 2.732 FVU.EPT 46Z.258 TPL.EPT 2.9Z6 FVU.EPT 598.313 TPL.EPT 1.48~ FVU.EPT 282.~ TPL.EPT 2.482 FVU.EPT 424.875 TPL.EPT 1.93Z FVU.EPT 353.5~0 TPL.EPT 3.4~ FVU.EPT 573.6~9 TPL.EPT 2.944 FVU.EPT 624.125 TPL.EPT 3.Z51 FVU.EPT 6~3.ZZ~ TPL.EPT ~'.631 17.129 0.554 12.197 9.635 17.133 N.646 10.242 ~.G3Z 13.614 ~.663 23.467 ~.661 12.313 ~.475 11.6~9 Z.GZ4 12.554 0.431 12.384 Z.591 16.512 N.658 18.234 Z.651 24.854 NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT : NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT PAGE: 3.251 36.841 2.144 15.533 2.341 42.529 2.884 -5. 420 2.973 17.685' . 2.677 8f.286 3.681 -1.465 1.998 13.965 2.531 13.641 2.174 15.945 2.9Z8 31.381 3.877 39.453 3.571 82.642 49 LIS Tape Verification Lfstfng Schlumberger Alaska Computing Center DEPT. 81~.~ NVU.EPT FVD.EPT ~.657 EATT.EPT M!~V.EPT g.g31 MNOR.EPT DEPT, 8~N.~ NVU.EPT FVD.EPT ~.632 EATT,EPT ~;.IV.E?T ~.~31 MNOR.EPT mE?T.~, 79~.~ NVU,EPT FVD,EPT ~,693 EATT,EPT M!~IV.EPT ~,~31 MNOR.EPT DEPT, 78~,BB~ NVU,EPT FVD,EPT B,673 EATT,EPT MZ~V.E?T ~.~5~ MNOR.EPT DEPT. 77NE.N¢N NVU.EPT FVD.EPT ~.694 EATT.EPT M~f'V,EPT Z,Z63 MNOR.EPT DEPT. 76~.~ NVU.EPT FVD.EPT 8.69N EATT.EPT K!!'!V.EPT ~,~63 MNOR,EPT DEPT. 75~.~ NVU.EPT FVD.EPT 0.7~4 EATT.EPT N!f'~V,EPT ~,~63 MNOR,EPT DEPT. 74~¢.~¢~ NVU,EPT FVD.EPT ~,639 EATT,EPT MZ!!V.E?T ~.~63 MNOR.EPT DEFT. 73~¢.~¢ NVU.EPT FVD.EPT ~.668 EATT.EPT Mi;iV.EFT ~.~63 MNOR.EPT DEPT. 72~.¢~ NVU.EPT FVD.EPT ~.698 EATT.EPT ~I~!V.EPT ~.~63 MNOR.EPT DEPT. 71¢~.~¢ NVU.EPT FVD.EPT ~.67¢ EATT.EPT ~!?;V.EPT ~.~63 MNOR.EPT DEPT. 7~.~ NVU.EPT FVD.EPT ~.616 EATT.EPT M!?V.EPT ~.~63 MNOR.EPT DEFT. 69~,~ NVU,EPT FVD.EPT ~,694 EATT,EPT M!~iV.EPT ~.~63 MNOR.EPT 6-0CT-1988 ~9~21 2,979 FVU,EPT 542.391 TPL,EPT E.~ 3.119 FVU.EPT 576.633 TPL,EPT ~.~ 2.237 FVU.EPT 349.875 TPL.EPT 0.~ 4.469 FVU.EPT 743.N~ TPL.EPT ¢.~NN 2.882 FVU.EPT 496.875 TPL.EPT ~.~ 2.69¢ FVU.EPT 449.922 TPL.EPT ~.~ 2.~21 FVU.EPT 466.336 TPL.EPT N.ggg 2.5¢5 FVU.EPT 415.~¢ TPL.EPT ~.~¢¢ 2.9~5 FVU.EPT 5~8.50~ TPL.EPT ~.~ 2.775 FVU.EPT 476.594 TPL.EPT ~.g~ 3.~92 FVU.EPT 495.50¢ TPL.EPT ~.~ 3.239 FVU.EPT 699.75~ TPL.EPT ~.ggN 2.563 FVU,EPT 471.188 TPL,EPT ~.¢~ ~.644 24.896 ~.628 25.156 N.642 24.873 Z.616 13.ZZZ ~.668 23.736 ~.646 24.~7g ~.6N8 22.396 g.626 23.717 Z.652 26.Z~9 g.644 14.969 N.635 16.172 0.637 18.57E ~.591 21.75~ NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT "EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT PAGE= 5~ 3.N98 84.856 3.227 84.877 2.199 89.~99 3.394 -24.414 2.87~. 78. ,' -' 2:.-' 624 81'.787 3.419 71.461 2.431 8N.334 2.9~9 9~.918 2.791 25.293 2,611 31,494 4.197 35.742 2.887 66.756 LIS Tape Verfflcatlon Ltstfng Schlumberger Alaska Computing Center 6-0CT-1988 O9~21 PAGE: 51 DEPT. 689~.f~ NVU.EPT FVD.EPT Z.679 EATT.EPT M!DIV,EPT ~.~63 MNOR.EPT DEPT. 679Z.f~f NVU.EPT FVD.EPT B.643 EATT.EPT ~HV.EPT ~.~63 MNOR.EPT DEPT. 66~.ff~ NVU.EPT FVD.EPT ~.615 EATT.EPT M!HV.EPT ~.~63 MNOR.EPT DEPT. 65~.~ NVU.EPT FVD.EPT B.794 EATT.EPT HZHV.EPT ~.~63 MNOR.EPT DEPT. 64~.~ NVU.EPT FVD.EPT ~.578 EATT.EPT M!hlV.EPT ~.~63 MNOR.EPT DEPT. 63~.BBB NVU.EPT FVD.EPT ~.656 EATT.EPT H~D~V.EPT ~.~63 MNOR.EPT DEPT. 62~.~f~ NVU.EPT FVD.EPT ~.639 EATT.EPT H!HV.EPT ~.~63 MNOR.EPT DEPT. 61~.~ NVU.EPT FVD.EPT ~.557 EATT.EPT MI~V.EPT ~.~63 MNOR.EPT DEPT. 6~f~.Z~ NVU.EPT FVD.EPT ~.52G EATT.EPT HiP, V.EPT ~.~75 MNOR.EPT DEPT. 599~.~9 NVU.EPT FVD.EPT B.64~ EATT.EPT H!~!V.EPT ~.~94 MNOR.EPT DEPT. 58NN.NNN NVU.EPT FVD.EPT ~.377 EATT.EPT M!NV.EPT ~.~94 MNOR.EPT DEPT. 57~.~ NVU.EPT FVD.EPT ~.3~7 EATT.EPT Hi~iV.EPT ~.~94 MNOR.EPT DEPT. 56~.~ NVU.EPT FVD.EPT 9.324 EATT.EPT M!I!V.EPT ~.~94 MNOR.EPT 3.179 FVU.EPT 563.453 TPL.EPT 3.N42 FVU.EPT 614.375 TPL.EPT N.~ 1.9~4 FVU.EPT 326.~63 TPL.EPT ~.~ 3.129 FVU.EPT 561.~ TPL.EPT 4.615 FVU.EPT 943.5~ TPL.EPT 1.628 FVU.EPT 321.75~ TPL.EPT 1.88~ FVU.EPT 522.N~B TPL.EPT N.~ 3.125 FVU.EPT 756.75~ TPL.EPT ~.~ 1.982 FVU.EPT 319.~00 TPL.EPT 2.315 FVU.EPT 293.664 TPL.EPT ~.~ 1.517 FVU.EPT 223.375 TPL.EPT ~.~ 6.84~ FVU.EPT 127.945 TPL.EPT ~.~ ~.89N FVU.EPT 145.881 TPL.EPT ~.~ 6.654 26.512 6.620 16.656 6.54~ 2~.489 0.726 25.362 N.547 2~.391 6.592 9.156 NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT -NVD.EPT .'EPHI..EPT NVD.EPT EPHI.EPT 0.465 NVD.EPT 16.234 EPHI.EPT N.585 17.473 ~.486 18.832 ~.571 15.497 0.467 11.654 6.289 11.666 0.361 11.953 NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT 2.665 93.304 3.66~ 27.539 2.137 62.927 3.365 84. l~r3 4.895 -' 28.955 · ,- . /- 2:~465,' -5,. 176 3.846 3~.615 4.727 23.438 1.855 48.145 1.496 35.031 1.307 14.996 g.893 16.697 1.029 18.026 LIS Tape VerJftca%ton List~ng Schlumberger Alaska Computing Center DEPT. 55~.~N~ NVU.EPT FVD.EPT ~.364 EATT.EPT MIHV.EPT g.~94 MNOR.EPT DEPT. 54~.~ NVU.EPT FVD.EPT ~.654 EATT.EPT HZHV.EPT ~.~94 MNOR.EPT DEPT. 53~.~ NVU.EPT FVD.EPT ~.658 EATT.EPT HIHV.EPT ~.894 HNOR.EPT DEPT. 52~N.~ NVU.EPT FVD.EPT ~.362 EATT.EPT M!~!V,EPT ~.~94 MNOR.EPT DEPT. 5I~.~ NVU.EPT FVD.E?T B.421 EATT.EPT MI~iV.EPT B.~94 MNOR.EPT DEPT. 5~.~ NVU.EPT FVD.EPT ~.G4G EATT.EPT H!RV.EPT ~.~94 HNOR.EPT DEFT. 49~.~B NVU.EPT FVD.EPT B.614 EATT.EPT H~V.EFT 0.~94 MNOR.EPT DEPT. 48N~.NNN NVU.EPT FVD.EPT ~.652 EATT.EPT HT!!V.EPT ~.~94 MNOR.EPT END OF DATA **** FILE TRAILER **** FILE " ~ : ,'~AM: EDIT .~2 SERVICE : FLIC VERS!OH : ~1A02 DATE : 88/1~/ 5 HAX EEC SIZE : 1~24 FILE TYPE : LO LAST FILE : 6-0CT-1988 ~9:21 1.N8~ FVU.EPT 176.234 TPL.EPT ~.~ 2.37~ FVU.EPT 444.094 TPL.EPT ~.~ 2.713 FVU.EPT 503.25¢ TPL.EPT ~.~ 1.~86 FVU.EPT 178.~08 TPL.EPT ~.~ 1.178 FVU.EPT 203.375 TPL.EPT 2.881 FVU.EPT 495.938 TPL.EPT 2.635 FVU.EPT 417.875 TPL.EPT ~.~ 2.457 FVU.EPT 448.~BB TPL.EPT ~.~E~ ~.317 11.653 0.611 25.102 ~.6N7 26.374 0.344 12.1~6 0.343 12.5~8 ~.650 25.299 NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT EPHI.EPT NVD.EPT .'EPHI.EPT NVD.EPT EPHI.EPT ~.613 NVD.EPT 24.647 EPHI.EPT N.575 23.398 NVD.EPT EPHI.EPT PAGE: 52 1.165 15.919 2.833 84.637 3.028 89.893 1.195 18.295 1.391.. 2g.g45 ,' I 2:~8J~4~' '83.258 2.297 81.876 2.742 74.17~ LIS Tape Verification Listing Schlumberger Alaska Computing Center 6-0CT-1988 69:21 **** TAPE TRAILER **** SERVICE NAME : EDIT DATE : 88/16/ 5 ORIGIN ~ FLIC TAPE NAME : 72956 CONTINUATION # PKEVIOUS TAPE : COH),IENT : LIS TAPE, ARCO PIPELINE STATE #1, API #56-223-26616 ~*~ REEL TRAILER **** SERVICE NAME : EDIT DATE : 88/1~/ 5 ORIGIN : FLIC REEL NAME : 72956 COD)TINUATION # PEEVIOUS REEL : CO~HqEHT : LIS TAPE, ARCO PIPELINE STATE #1, API #56-223-26~16 PAGE: 53
