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2002 Milne Point Unit
Milne Point Unit Waterflood and Reservoir Surveillance Report for Kuparuk River Oil Pool Schrader Bluff Oil Pool Sag River Oil Pool January through December, 2002 Issued: March 31, 2003 Table of Contents Introduction 1 Overview 3 Kuparuk River Oil Pool 4 Schrader Bluff Oil Pool 5 Sag River Oil Pool 6 Production/Injection Surveillance Logs 7 Section 1: General Information Exhibits 1A – 1E Section 2: Kuparuk River Oil Pool Exhibits 2A - 2G Section 3: Schrader Bluff oil Pool Exhibits 3A - 3G Section 4: Sag River Oil Pool Exhibits 4A – 4G Section 5: Injection/Production Well Surveillance Exhibits 5A Section 6: Shut in Well Status 6A 1 ANNUAL RESERVOIR SURVEILLANCE REPORTS MILNE POINT UNIT KUPARUK RIVER OIL POOL SCHRADER BLUFF OIL POOL SAG RIVER OIL POOL JANUARY - DECEMBER 2002 Introduction As required by Conservation Order 205 for the Kuparuk River Oil Pool, approved October 4, 1984, Conservation Order 283, approved December 30, 1991 for the Schrader Oil Pool, and Conservation Order 423 for the Sag River Oil Pool, approved May 6, 1998, this report provides a consolidated summary of surveillance activities within the Milne Point Unit. The report includes surveillance data associated with waterflood projects and development activities. The time period covered is January through December 2002. Order 205 for the Kuparuk River Oil Pool requires the Operator to submit the following for the previous calendar year: • A tabulation of reservoir pressure and injection pressure data on wells in the waterflood permit area. • A tabulation of all production logs, injection well surveys, and injection well performance data. • Produced fluid volumes (oil, gas, and water) and injected fluid volumes reported by month and on a cumulative basis. Order 283 for the Schrader Bluff Oil Pool requires the Operator to submit the following for the previous calendar year: • Progress of enhanced recovery project(s) implementation and reservoir management summary. • Voidage balance by month of produced fluids (oil, gas, and water) and injected fluids (gas, water, and low molecular weight hydrocarbons, and any other injected substances). • Analysis of reservoir pressure within the field. • Results and where appropriate, analysis of production logging surveys, tracer surveys and observation well surveys. Order 423 for the Sag River Oil Pool requires the Operator to submit the following for the previous calendar year: 2 • Progress of enhanced recovery project implementation and reservoir management summary including engineering and geotechnical parameters. • Voidage balance by month of produced fluids and injected fluids and cumulative status. • Analysis of reservoir pressure within the pool. • Results and where appropriate, analysis of production logging surveys, tracer surveys and observation well surveys. • Review of pool allocation factors over the prior year. • Future development plans. Each of the three producing reservoirs is reported in a separate section. 3 Overview Exhibit 1-A shows the participating areas of the three waterflood projects in the Milne Point Unit: the Kuparuk River Oil Pool, the Schrader Bluff Oil Pool and the Sag River Oil Pool. The enhanced oil recovery project in the Kuparuk River oil pool (KEOR) started on December 12, 2001 and continued throughout 2002. Miscible injectant (MI) manufactured by blending natural gas liquids (NGLs) with lean gas is injected via miscible water alternating gas (MWAG) process. The MWAG process has replaced the IWAG process in the Kuparuk River oil pool to obtain additional oil recovery from the reservoir. BP started the new S-pad development in 2002 and drilled and completed 13 wells in the Schrader Buff reservoir, including 7 producers and 6 injectors, as of December 31, 2002. Exhibit 1-B provides well count, production, and injection statistics for Kuparuk River Oil Pool, the Schrader Bluff Oil Pool, and the Sag River Oil Pool. During the report period of January through December 2002, field production averaged 51.1 MBOD, 31.7 MMSCFD (GOR 620 SCF/STB) and 45.5 MBWD (water cut 47%). Waterflood injection during this period averaged 90.9 MBWD with 23.9 MMSCFD of miscible gas injection. Field voidage replacement ratio was 0.94 for 2002. As of December 31, 2002, cumulative water injection in the Kuparuk River Oil Pool was 250.0 MMSTB, while cumulative gas injection was 58.8 BSCF. Cumulative production was 157.8 MMSTB oil, 80.7 BSCF gas, and 104.9 MMSTB water. From first production to December 31, 2002, cumulative production exceeded injection by 10.3 MMRB. As of December 31, 2002, cumulative water injection in the Schrader Bluff Oil Pool was 31.8 MMSTB. Cumulative production was 23.0 MMSTB oil, 12.8 BSCF gas, and 8.8 MMSTB water. From first production to December 31, 2002, cumulative production exceeded injection by 10.5 MMRB. Cumulative water injection in the SAG River Oil Pool from startup through December 2002 was 0.65 MMSTB. Cumulative production was 1.3 MMSTB oil, 1.4 BSCF gas, and 1.5 MMSTB water. As of December 31, 2002, cumulative production exceeded injection by 3.9 MMRB. Exhibits 1-C, 1-D, and 1-E provide an aerial view of reservoir pressures throughout the Kuparuk River, the Schrader Bluff, and the Sag River Oil Pools. 4 Kuparuk River Oil Pool Waterflood Project Summary The Kuparuk River Oil Pool waterflood area is shown in Exhibit 2-A. The locations of production and injection wells are shown with the waterflood patterns specifically identified. There were 94 producing wells and 53 injection wells that contributed to production/injection during 2002. Exhibit 2-B shows a production plot for the Kuparuk River reservoir covering the entire project history through December 2002. The Kuparuk River Oil Pool oil production averaged 36.5 MSTBD for 2002 compared to 42.0 MSTBD in 2001. This represents an oil production decrease of 13.1 % in 2002. Water production averaged 40.8 MBWD in 2002 and 39.1 MBWD in 2001, an increase of 4.2%. Cumulative production since waterflood startup through the end of 2002 is 157.8 MMSTB of oil, 80.7 BSCF gas, and 10.9 MMSTB of water. Exhibit 2-C shows an injection plot for the Kuparuk River reservoir covering the entire project history through December 2002. Water and gas injection rates averaged 65.2MBWD and 23.9 MMSCFD for 2002. Injection rates in 2001 averaged 74.7 MBWD and 20.5 MMSCFD. This represents a decrease in water injection of 12.7% and an increase in gas injection of 17.6%. Reservoir voidage increased to 10.3 MMRB in 2002 from 9.0 MMRB in 2001. The decrease in water injection rate was due to the increase in reservoir pressure in the F and L pads area and reduced injection targets in high water cut patterns. Cumulative water injection since waterflood startup through the end of 2002 is 250.0 MMSTB and cumulative gas injection is 58.8 BSCF. Water cut increased from 48.2% in 2001 to 52.8% in 2002. Water cut continues to increase in the Kuparuk River reservoir as the waterflood patterns mature. GOR increased slightly from 567 SCF/STB in 2001 to 600 SCF/STB in 2002 due to increased gas injection in the Kuparuk reservoir. Exhibit 2-D presents a summary of the pertinent production information for the Kuparuk River Oil Pool waterflood. Exhibit 2-E shows a monthly breakdown of production and injection data for the report period. This data shows that the voidage replacement ratio averaged 0.94 in 2002. The reservoir voidage calculation does not include the water influx from the aquifer, so the under-injection volume is overstated in this report. Exhibit 2-F presents the reservoir pressure data for the Kuparuk River wells taken during 2002. Average reservoir pressure was approximately 3040 psi as of December 2002. This average pressure is believed to under estimate the actual reservoir pressure in the Kuparuk reservoir because most pressures are directly obtained from PHD readings during the field shut downs in 2002 instead of analysis of pressure build up data. Exhibit 2-G provides a monthly summary of individual well injection rate and injection pressure data for all of the Kuparuk River Oil Pool injectors. 5 Schrader Bluff Oil Pool Waterflood Project Summary The Schrader Bluff Oil Pool waterflood area is shown in Exhibit 3-A. The locations of production and injection wells are shown with the waterflood patterns specifically identified. As of year end 2002, there were 49 producing wells and 30 injection wells that contributed to production/injection during 2002. Exhibit 3-B shows a production plot for the Schrader Bluff reservoir covering the entire project history through December 2002. The Schrader Bluff Oil Pool oil production averaged 14.3 MSTBD for 2002 compared to 9.6 MSTBD in 2001. This represents an oil production increase of 33% in 2002. Water production averaged 4.7 MBWD in 2002. Cumulative production since waterflood startup through the end of 2002 is 22.1 MMSTB of oil, 12.5 BSCF of gas, and 8.6 MMSTB of water. Exhibit 3-C shows an injection plot for the Schrader Bluff reservoir covering the entire project history through December 2002. The waterflood injection rate averaged 25.1 MBWD for 2002. The water injection rate in 2001 averaged 17.7 MBWD. This represents an increase in water injection of 29% in 2002. This was primarily due to converting two wells from producers to injectors and increasing injection targets in the Schrader Bluff reservoir. Cumulative water injection since waterflood startup through the end of 2002 is 31.8 MMSTB. Since December 2001, the waterflood balance has improved from a cumulative under-injection of 11.5 MMRB to 10.5 MMRB. The high under-injection volume in the Schrader Bluff reservoir is mainly due to the fact that a large number of producers are in small hydraulic units where drilling injectors cannot be justified economically. In the supported water flood patterns, under- injection is minimal. Current plan is to bring the reservoir voidage balance to zero in all supported water flood patterns. Water cut decreased from 30% in 2001 to 25% while GOR increased from 594 SCF/STB in 2001 to 644 in 2002. Exhibit 3-D presents a summary of the pertinent production information for the Schrader Bluff Oil Pool. Exhibit 3-E shows a monthly breakdown of production and injection data for the report period. This data shows that water injection rate into the Schrader Bluff reservoir significantly increased in 2002 as a result of adding new injectors and increasing injection targets. Exhibit 3-F presents the reservoir pressure data for the Schrader Bluff wells taken during 2002. Average reservoir pressure was approximately 1740 psi as of December 2002 which represents an increase of approximately 100 psi over that of 2001. Exhibit 3-G provides a monthly summary of individual well injection rate and injection pressure data for all of the Schrader Bluff Oil Pool injectors. 6 Sag River Oil Pool Waterflood Project Summary The Sag River waterflood area is shown in Exhibit 4-A. The locations of production and injection wells are shown with the waterflood patterns specifically identified. During 2002, there were 2 producing wells (C-23, F-33A) and 1 injection well (F-73A) that contributed to production/injection. Exhibit 4-B shows a production plot for the Sag River reservoir covering the entire history through December 2002. There was no production from the reservoir in most of 1999 and the entire year of 2000 because it was not economical to repair the frequently failed ESP’s. In 2001, one well (C-23) was converted to gas lift, one well (F-33A) was side-tracked and completed with a jet pump completion, and another well (F-73A) was deepened from an idle Kuparuk well into the Sag River reservoir as an injector. The Sag River Oil Pool oil production averaged 355 STBD, gas production averaged 555 MSCFD, and water production averaged 27 BWD in 2002. Cumulative production through the end of 2002 is 1.3 MMSTB of oil, 1.4 BSCF of gas, and 1.5 MMSTB of water. Average water cut was 7.1% and average GOR was 1564 SCF/STB in 2002. Exhibit 4-C shows an injection plot for the Sag River reservoir through December 2002. The only injector (F-73A) started water injection in July 2002. The waterflood injection rate averaged 1.7 MBWD for 2002. Cumulative water injection since waterflood startup through the end of 2002 is 653 MSTB. Cumulative reservoir voidage was 3.2 MMRB at the end of 2002. Current plan is to bring the reservoir voidage balance to zero in the supported water flood pattern. Exhibit 4-D presents a summary of the pertinent production information for the Sag River Oil Pool. Exhibit 4-E shows a monthly breakdown of production and injection data for the report period. Exhibit 4-F presents the reservoir pressure data for the Sag River wells taken during 2002. Average reservoir pressure was approximately 3000 psi as of December 2002. Exhibit 4-G provides a monthly summary of the injection rate and injection pressure data for the Sag River Oil Pool injector. 7 Injection/Production Well Surveillance Logs As per Conservation Order 205, the Milne Point Operator runs injection surveys on at least one third of the existing multiple sand injectors annually and on new multiple sand injectors within 12 months of injection. There were 44 existing multi-sand injectors in service and 2 new multi- sand injectors were drilled or sidetracked in 2002. Hence, we needed to perform injection survey on 15 of the 44 existing injectors in 2002 and 2 new injectors within 12 months of injection service. We establish which injectors to survey by looking for wells that have not had a recent injection survey, or wells where we think the survey information would be valuable. Normally a Spinner/Temperature/Pressure (STP) survey is run since such a survey provides reliable information for most of our wells. This can be done with memory gauges on slickline or with E- line. Water Flow Logs (WFL) are run on wells with low water velocities where an STP survey would not be accurate. Both low water injection rate and large casing size contribute to reduced velocities. Also, WFL’s are run in wells with straddle completions and perforations behind tailpipes because the WFL allows us to see fluid movement behind pipe. An inverted WFL will be run on new injectors with questionable cement jobs to confirm that injection is contained within the appropriate formation. Separate zone tests (SZT) are a means of determining A/C splits in the Kuparuk reservoir. Where the A or C sand can be selectively isolated, obtaining splits by this method is possible. To calculate A/C splits from this method, plots of bottom hole injection pressure versus injection rate are made for the commingled period and for the separate zone period. The data for each should have varied pressures/rates so that a line can be fit. At a common pressure, a rate can be determined from the line equation for both the commingled period and the separate zone period. The ratio of the separate zone rate to the commingled rate is the injection split. For the MPU Kuparuk reservoir selective injectors where "schmoo" in the wellbore has resulted in poor quality injection profiles from spinners, SZT's are the preferred method in the future for obtaining split information. Production logs such as Flow View (DEFT) can be run in gas lifted producers in order to determine the fluid splits from each producing zone. Since the majority of producers at Milne Point are completed with ESP’s, few production logs are run. Exhibit 5-A is a summary of the Milne Point field well surveillance logs performed in 2002 including production and injection logs, reservoir saturation logs, and separate zone tests. A total of 15 injectors (14 existing injectors and 1 new injector) were surveyed in the Kuparuk River and Schrader Bluff reservoirs in 2002. Most of these wells needed coiled tubing clean out before we can get the tools down. No injection survey is needed in the Sag River Oil Pool because it was a single zone reservoir. In addition, we performed separate zone tests on 6 wells in an attempt to determine injection split into different zones. We also performed 2 reservoir saturation logs (RST) in the Kuparuk River Oil Pool in 2002 in an attempt to determine the waterflood sweep efficiency for each sand. The conclusions of the analysis are included in Exhibit 5-A. Section 1 General Information List of Exhibits Milne Point Unit Schematic 1-A Overview Statistical Summary 1-B Kuparuk Pressure Map 1-C Schrader Bluff Pressure Map 1-D Sag River Pressure Map 1-E Exhibit 1-B Milne Point Unit 2002 OVERVIEW STATISTICAL SUMMARY WELL STATISTICS Kuparuk Schrader Sag River Bluff River Oil Pool Oil Pool Oil Pool As of 12/31/2001 Producers 96 37 2 Injectors 51 16 1 - WAG 38 0 1 - Water Only 12 16 0 - Gas Only 1 0 0 As of 12/31/2002 Producers 94 49 2 Injectors 53 30 1 - WAG 34 0 0 - Water Only 18 30 1 - Gas Only 1 0 0 Production Well Status in 2002 - Newly Drilled 1 7 0 - Sidetracked or Redrilled 0 3 0 Gas Injection Well Status in 2002 - Newly Drilled 0 0 0 - Sidetracked or Redrilled 0 0 0 WAG Injection Well Status in 2002 - Newly Drilled 0 0 0 - Sidetracked or Redrilled 0 0 0 Water Injection Well Status in 2002 - Newly Drilled 0 6 0 - Sidetracked or Redrilled 0 2 0 NOTES: (1) Well count reflects ONLY those wells that were operating at the time of interest. Exhibit 1-B (continued) Milne Point Unit 2002 OVERVIEW STATISTICAL SUMMARY PRODUCTION/INJECTION STATISTICS Kuparuk Schrader Sag River Bluff River Oil Pool Oil Pool Oil Pool Cumulative Production Through 12/31/02 Oil (MSTB) 157,795 22,970 1,336 Gas (MMSCF) 80,712 12,773 1,369 Water (MSTB) 104,927 8,771 1,481 Cumulative Injection Through 12/31/02 Water (MSTB) 250,002 31,792 653 Gas (MMSCF) 58,794 0 0 Cumulative Voidge Balance Through 12/31/02 Cum. Production (MRB) 313,221 42,653 3,887 Cum. Injection (MRB) 302,893 32,110 666 Over/Under (MRB) -10,328 -10,543 -3,221 AVERAGE RATE 2002 Production: Oil (MBD) 36.5 14.3 0.4 Gas (MMSCFD) 21.9 9.2 0.6 Water (MBD) 40.8 4.7 0.0 Injection: Water (MBD) 65.2 25.1 0.7 Gas (MMSCFD) 23.9 0.0 0.0 AVERAGE RESERVOIR PRESSURE (psig) - December 2002 3,050 1,730 3,000 Section 2 Kuparuk River Oil Pool List of Exhibits Waterflood Pattern Map 2-A Total Reservoir Production Plot 2-B Total Reservoir Injection Plot 2-C Pertinent Data Summary 2-D Reservoir Voidage Balance 2-E Static Pressure Data 2-F Injection Rate & Pressure Data By Well 2-G Group: Kuparuk Entities In Group: 181 Format: RMT Annual WF Rpt - Total Production Exhibit 2-B BP ALASKA - Milne Point Unit NAME: Kuparuk, Total Production 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 021x102 1x103 1x104 (L1)1x105 (L1) Cal Day Oil (L1) CDWTR (L1) Cal Day Gas VS Time 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 02 9.00 18.0 27.0 36.0 54.0 63.0 72.0 81.0 600 1200 1800 2400 3600 4200 4800 5400 0 45.0 90.0(L1) 0 3000 6000(R1) (L1) Wtr Cut (R1) GOR (L1) Prod OnLine VS Time Group: Kuparuk Entities In Group: 181 Format: RMT Comp Grp by Reservoir Total Injection Exhibit 2-C BP ALASKA - Milne Point Unit NAME: Kuparuk, Oil Pool, Total Injection 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 021x102 1x103 1x104 1x105 1x106 1x107 1x108 (L1)1x109 1x102 1x103 1x104 1x105 1x106 1x107 1x108 (R1)1x109 (R1) Cal Day Water Injection (R1) Cum Water Injection (L1) Cal Day Gas Injection (GI+MI) (L1) Cum Gas Injection (GI+MI) 86 87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 02 5.00 10.0 15.0 20.0 30.0 35.0 40.0 45.0 0 25.0 50.0(L1) (L1) Water Inj OnLine (L1) Gas Inj OnLine VS Time Exhibit 2-D Milne Point Unit - Kuparuk River Oil Pool SUMMARY OF PERTINENT DATA (As of December 31, 2002) WATERFLOOD START-UP DATE:November 1985 PRODUCTION Prior to Waterflood Start-Up: Oil (MSTB)0 Gas (MMSCF) 0 Water (MSTB) 0 Since Waterflood Start-Up: Oil (MSTB) 157,795 Gas (MMSCF) 80,712 Water (MSTB) 104,927 FLUID INJECTION Since Waterflood Startup: Injection Water (MSTB) 250,002 Injection Gas (MMSCF) 58,794 RESERVOIR PRESSURE @ 7,000' TVD ss December, 2002 Pressure (psig) 3,050 WELL COUNT (Wells in Operation)* Production Wells 94 Water Only Injection 18 WAG Injection 34 Gas Only Injection 1 Notes: * Reflects ONLY operating wells. Exhibit 2-E RESERVOIR VOIDAGE BALANCE Milne Point Unit Kuparuk River Oil Pool January - December 2002 Production: Injection: Oil Water Gas Reservoir Water Gas Voidage Voidage Voidage Month Prod Rate Prod Rate Prod Rate Voidage Inj Rate Inj Rate Replacement Replacement Balance (stb/day) (stb/day) (mscf/day) (rbbl/day) (stb/day) (mscf/day) (rbbl/day) Ratio (rbbl/day) Jan-02 40,602 39,188 23,915 95,597 61,896 23,797 82,715 0.87 -12,882 Feb-02 39,370 37,270 30,076 97,713 56,693 27,096 80,191 0.82 -17,522 Mar-02 37,046 40,611 30,038 99,021 55,091 28,748 79,945 0.81 -19,076 Apr-02 38,069 41,028 27,372 98,119 54,123 25,817 76,513 0.78 -21,606 May-02 37,598 39,700 25,083 94,442 60,937 23,105 81,163 0.86 -13,279 Jun-02 37,911 46,543 27,877 103,999 77,529 26,185 100,577 0.97 -3,422 Jul-02 36,441 43,229 18,930 91,860 72,734 21,193 91,538 1.00 -322 Aug-02 35,948 37,031 18,578 84,839 63,797 19,576 81,116 0.96 -3,724 Sep-02 34,400 37,776 14,557 80,868 71,382 20,688 89,744 1.11 8,876 Oct-02 35,353 40,666 14,821 84,863 65,444 25,688 87,896 1.04 3,032 Nov-02 32,178 42,268 14,699 83,586 72,691 21,398 91,667 1.10 8,081 Dec-02 32,974 44,362 16,729 88,111 69,594 22,923 89,797 1.02 1,686 Average:36,491 40,806 21,890 91,918 65,159 23,851 86,072 0.94 -5,846 Cumulative: mstb mstb mmscf mrb mstb mmscf mrb mrb 12/31/02 157,795 104,927 80,712 313,221 250,002 58,794 302,893 0.97 -10,328 Page 1 Exibit 2-F Reservoir Pressure Data Milne Point Field Kupark River Pool Sw Name Hydraulic Unit Test Date Pres Surv Type Pressure at Datum Pres at Tool Dpth Depth of Tool MD MPK-18A 110 2/23/03 SIWHP 2999 20 0 MPK-30 110 1/9/03 PP 2339 2,293. 10,467. MPK-33 110 1/9/03 PP 1537 1,508. 9,212. MPK-38 122 1/9/03 PP 2104 2,059. 7,525. MPK-43A 122 2/23/03 SIWHP 2999 2059 7525 MPK-06 125 1/9/03 PP 2154 2,113. 9,738. MPK-13 126 1/13/03 PP 2029 1,926. 7,269. MPK-17 134 10/4/01 PP 2277 2207 6997 MPK-21 134 1/31/03 SBHP 2915 2,962. 9,513. MPK-37 134 1/9/03 PP 2482 2,414. 7,930. MPE-17 135 K-5 pressure 2756 2658 8160 MPK-02 135 1/11/03 PP 2618 2,569. 9,736. MPK-05 135 1/9/03 PP 2756 2,658. 8,160. MPE-05 141 10/13/01 SBHP 4051 4044 MPE-09 141 1/9/03 SBHP 3068 2,959. 13,412. MPE-11 141 3/7/01 PP 3498 3372 11654 MPE-22 141 1/9/03 PP 2967 2,887. 13,241. MPE-23 141 E-09 pressure 3068 2959 13412 MPB-05A 142 E-8 pressure 3717 3572 9185 MPE-04 142 1/8/03 PP 1813 1,721. 8,854. MPE-08 142 5/2/02 SBHP 3717 3,572. 9,185. MPE-10 145 1/9/03 PP 3089 2,966. 13,132. MPB-14 151 B-20 pressure 3117 3091 8021 MPB-15 151 9/19/02 SBHP 2685 2,648. 8,837. MPB-16 151 8/11/02 SBHP 2528 2,486. 8,263. MPB-20 151 9/20/02 SBHP 3117 3,091. 8,021. MPB-03 152 9/19/02 SBHP 3640 3,597. 7,370. MPB-12 152 1/17/02 E-02 pressure 3809 3763 9110 MPE-02 152 1/17/02 SBHP 3809 3,763. 9,110. MPE-14 153 1/8/03 PP 3069 2,978. 8,842. MPB-06 154 1/10/03 SBHP 4049 3,980. 9,056. MPE-16 154 1/10/03 B-6 pressure 4049 3980 9056 MPB-21 155 8/11/02 SBHP 1975 1,975. 10,382. MPB-22 155 2/16/02 SBHP 2658 2,602. 10,475. MPE-19 155 11/5/02 PBU 1761 1645 MPE-26 155 11/29/01 SBHP 3282 3233 7148 MPE-06 156 12/19/02 SBHP 3130 3,013. 7,710. MPE-07 156 E-6 pressure 3130 3013 7710 MPB-09 157 4/3/02 SBHP 1710 1,658. 9,435. MPB-07 181 10/7/01 SBHP 4134 4083 10107 MPB-10 181 9/19/02 SBHP 4008 3,959. 9,069. MPB-18 181 6/5/01 B-23 pressure 4212 3888 8820 MPB-23 181 6/5/01 SBHP 4212 3888 8820 MPD-02A 181 4/28/01 SBHP 3527 3564 8723 MPB-25 183 E-18 pressure 3822 3758 9001 MPE-13A 183 3/1/02 SBHP 2923 2,761. 8,090. MPE-18 183 1/10/03 PP 3822 3,758. 9,001. MPB-04A 184 2/2/02 SBHP 2932 2,870. 8,962. MPB-11 184 B-4A pressure 2932 2870 8962 MPB-19 185 5/23/01 SBHP 3461 3474 10110 Page 1 MPC-02 210 C-14 pressure 3529 3400 8163 MPC-14 210 10/4/01 PBU 3529 3,400. 8,163. MPC-15 210 C-14 pressure 3529 3,400. 8,163. MPC-24 210 11/3/02 PBU 2669 2,284. 7,169.12 MPC-06 211 C-22A pressure 3796 3177 8105 MPC-13 211 C-22A pressure 3796 3177 8105 MPC-22A 211 9/17/02 SBHP 3796 3,177. 8,105. MPC-04 212 8/26/02 SBHP 1753 1,810. 9,015. MPC-10 212 1/27/03 PFO 4138 1,277. 34.65 MPC-26 212 10/23/02 FL 2582 MPC-11 213 2/16/99 SBHP 3753 3780 8506 MPC-03 220 10/28/02 SBHP 1576 1,554. 7,599. MPC-12 220 8/6/99 SBHP 4287 4433 10800 MPC-28 220 10/2/02 PFO 4751 MPC-07 230 2/22/03 SBHP 2503 2,430. MPC-09 230 9/23/00 SBHP 2807 2850 10632 MPC-17 230 L-06 pressure 2108 2050 10448 MPC-19 230 C-09 pressure 2807 2850 10632 MPC-25A 230 C-09 pressure 2807 2850 10632 MPL-06 230 1/9/03 PP 2108 2,050. 10,448. MPL-07 230 1/13/03 PP 4416 4,374. 11,208. MPL-11 230 11/3/02 PBU 4157 4,133. 10,959. MPL-16A 230 L-07 pressure 4416 4374 11208 MPL-29 230 10/4/01 PBU 3694 3725 13171 MPC-08 232 C-09 pressure 2807 2850 10632 MPC-21 235 10/23/01 SBHP 3233 2990 11625 MPF-41 251 F-57 pressure 4072 4193 MPF-57 251 8/5/02 PBU 4072 4193 MPL-21 251 6/16/02 SBHP 4261 3,489. 9,400. MPF-49 252 L-25 pressure 3579 3615 15070 MPF-65 252 11/6/02 PP 2276 2,377. 16,347. MPL-14 252 9/2/02 SBHP 2162 2,107. 12,198. MPL-25 252 1/9/03 PP 3579 3,615. 15,070. MPL-01 261 1/17/03 SBHP 3853 3,777. 6,920. MPL-02 261 1/9/03 PP 2032 1,980. 7,458. MPL-03 261 1/8/03 PP 2360 2,291. 8,364. MPL-04 261 10/4/01 PP 3180 3160 10016 MPL-05 261 11/8/02 SBHP 2700 2,692. 9,701. MPL-08 261 L-4 pressure 3180 3160 10016 MPL-09 261 L-5 pressure 2700 2692 9701 MPL-24 261 L-4 pressure 3180 3160 10016 MPF-73 262 11/25/00 SBHP 1879 1832 10411 MPF-05 270 11/6/02 PP 3577 3,499. 8,303. MPF-09 270 11/6/02 PP 2513 2,458. 10,891. MPF-13 270 11/6/02 PP 2566 2,502. 10,284. MPF-25 270 11/8/02 SBHP 2373 2,334. 10,857. MPL-13 270 10/4/01 PP 2497 2374 10037 MPL-15 270 F-69 pressure 4292 4281 9908 MPL-28A 270 6/2/02 SBHP 3071 2,229. 12,365. MPL-33 270 F-05 pressure 3577 3499 8303 MPF-37 271 1/8/03 PP 3048 3,080. 12,378. MPF-62 271 F-69 pressure 4292 4281 9908 MPF-69 271 1/8/03 PP 4292 4,281. 9,908. MPF-53 280 11/4/02 PBU 2348 2263 MPF-70 280 Estimated 3500 MPF-94 280 11/6/02 PP 2267 2,351. 18,069. Page 2 MPF-61 281 11/6/02 PP 1875 1,816. 11,462. MPF-66A 281 11/6/02 PP 2367 2,431. 18,098. MPF-74 281 5/15/02 PFO 4860 MPF-17 283 F-34 pressure 1822 1985 18750 MPF-34 283 1/22/03 SBHP 1822 1,984.5 18,750. MPF-30 285 F-38 pressure 3207 3175 16747 MPF-38 285 11/6/02 PP 3207 3,175. 16,747. MPF-45 285 11/7/02 SBHP 1443 1,401. 13,516. MPF-92 285 F-38 pressure 3207 3175 16747 MPF-01 290 11/6/02 PP 2988 2,892. 12,262. MPF-06 290 1/7/03 PP 2594 2,541. 13,581. MPF-10 290 F-18 pressure 3054 3041 14246 MPF-14 290 10/4/01 PP 3252 3191 12134 MPF-18 290 1/8/03 PP 3054 3,041. 14,246. MPF-29 290 11/6/02 PP 1435 1,445. 16,415. MPF-46 290 F-14 pressure 3252 3191 12134 MPF-79 290 1/9/03 PP 2961 2,623. 12,562. MPF-84B 290 F-01 pressure 2988 2892 12262 MPF-85 290 F-79 pressure 2961 2623 12562 MPF-86 290 11/6/02 PP 1521 1,451. 10,902. MPF-26 291 5/28/97 F-18 pressure 3054 3041 14246 MPF-50 292 11/6/02 PP 1520 1,506. 15,115. MPF-22 295 11/7/02 SBHP 2505 1,079. 4,575. MPF-42 295 F-54 pressure 3349 3375 17960 MPF-54 295 10/4/01 PBU 3349 3375 17960 MPF-80 301 1/23/03 SBHP 4129 3,980. 12,901. MPF-81 301 3/20/02 SBHP 3199 2,771. 11,498. MPF-83 301 F-80 pressure 4129 3980 12901 MPL-39 305 6/8/01 SBHP 4768 2965 3945 MPL-40 310 1/9/03 PP 1602 1,566. 12,596. MPF-82 310 2/23/03 SIWHP 5879 MPL-17 312 9/11/99 PBU 1997 1860 8079 MPC-36 321 C-05 pressure 3184 3202 10843 MPL-12 321 1/9/03 PP 1293 1,240. 8,739. MPC-05A 322 3/31/02 SBHP 3184 3,202. 10,843. MPC-40 322 8/26/02 SBHP 2727 2,530. 10,175. MPC-01 325 1/24/03 SBHP 2083 2,040.5 6,681. MPC-39 325 C-1 pressure 2083 2041 6681 MPJ-18 335 1/11/03 PP 3413 3,341. 11,878. MPL-42 335 J-18 pressure 3413 3341 11878 MPJ-16 342 11/28/98 PFO 3937 3905 11578 MPJ-06 345 11/3/02 PBU 2356 2077 MPJ-09 345 J-06 pressure 2356 2077 MPJ-11 345 J-06 pressure 2356 2077 MPJ-10 346 1/9/03 PP 2922 2,796. 7,591. MPJ-12 346 J-10 pressure 2922 2796 7591 MPJ-13 346 J-10 pressure 2922 2796 7591 MPH-05 380 1/8/03 PP 3159 3,015. 13,307. MPH-06 380 2/23/03 SIWHP 3079 MPL-34 500 2/23/03 SIWHP 3879 MPL-35 500 10/4/01 PP 3410 3097 18308 MPL-20 511 11/3/02 PBU 2611 2,307. 18,760. MPL-32 511 4/2/02 DD 2833 1,323. 4,082. MPL-36 511 8/27/02 SBHP 2921 1,153. 4,118. Average 3047 Page 3 Exibit 2-G Injection Rate and Pressure Data Milne Point Field Kupark River Pool Sw Name Month Wellhead Pres Avg Days Operating Product Code Subproduct Code Inj Vol Alloc Injection Rate MPB-05A 1/1/02 2497 31. H2O PW 95,986. 3,096 MPB-05A 2/1/02 2508 8. H2O PW 20,018. 2,502 MPB-05A 3/1/02 948 9. H2O PW 1,807. 201 MPB-05A 5/1/02 2531 3. H2O PW 922. 307 MPB-05A 6/1/02 1601 21. H2O PW 29,449. 1,402 MPB-05A 7/1/02 2093 31. H2O PW 76,930. 2,482 MPB-05A 8/1/02 2326 31. H2O PW 3,677. 119 MPB-05A 9/1/02 2266 27. H2O PW 33,017. 1,223 MPB-05A 10/1/02 2086 31. H2O PW 48,953. 1,579 MPB-05A 11/1/02 2228 30. H2O PW 108,463. 3,615 MPB-05A 12/1/02 1996 31. H2O PW 60,040. 1,937 MPB-11 1/1/02 2640 31. H2O PW 26,900. 868 MPB-11 2/1/02 2527 28. H2O PW 19,300. 689 MPB-11 3/1/02 2662 31. H2O PW 28,662. 925 MPB-11 4/1/02 2691 30. H2O PW 28,919. 964 MPB-11 5/1/02 2628 30. H2O PW 30,560. 1,019 MPB-11 6/1/02 2589 30. H2O PW 29,333. 978 MPB-11 7/1/02 2562 31. H2O PW 29,521. 952 MPB-11 8/1/02 2513 31. H2O PW 27,037. 872 MPB-11 9/1/02 2458 30. H2O PW 25,685. 856 MPB-11 10/1/02 2548 31. H2O PW 32,712. 1,055 MPB-11 11/1/02 2626 30. H2O PW 35,409. 1,180 MPB-11 12/1/02 2692 31. H2O PW 29,670. 957 MPB-12 1/1/02 2595 31. H2O PW 39,480. 1,274 MPB-12 2/1/02 2386 28. H2O PW 24,777. 885 MPB-12 3/1/02 2338 31. H2O PW 31,851. 1,027 MPB-12 4/1/02 2069 30. H2O PW 15,762. 525 MPB-12 5/1/02 1966 31. H2O PW 17,190. 555 MPB-12 6/1/02 1915 30. H2O PW 26,078. 869 MPB-12 7/1/02 2240 31. H2O PW 52,608. 1,697 MPB-12 8/1/02 2100 31. H2O PW 38,877. 1,254 MPB-12 9/1/02 1983 30. H2O PW 16,949. 565 MPB-12 10/1/02 2087 31. H2O PW 23,135. 746 MPB-12 11/1/02 2357 30. H2O PW 48,049. 1,602 MPB-12 12/1/02 2259 31. H2O PW 36,574. 1,180 MPB-14 1/1/02 2636 25. H2O PW 32,673. 1,307 MPB-14 2/1/02 2658 28. H2O PW 48,456. 1,731 MPB-14 3/1/02 2480 31. H2O PW 48,316. 1,559 MPB-14 4/1/02 2287 30. H2O PW 34,012. 1,134 MPB-14 5/1/02 2182 31. H2O PW 33,916. 1,094 MPB-14 6/1/02 2097 30. H2O PW 35,923. 1,197 MPB-14 7/1/02 2155 31. H2O PW 40,462. 1,305 MPB-14 8/1/02 2314 31. H2O PW 53,503. 1,726 MPB-14 9/1/02 2270 30. H2O PW 35,905. 1,197 MPB-14 10/1/02 2237 31. H2O PW 30,737. 992 MPB-14 11/1/02 2533 30. H2O PW 48,365. 1,612 MPB-14 12/1/02 2355 31. H2O PW 41,358. 1,334 MPB-18 1/1/02 2518 31. H2O PW 19,017. 613 MPB-18 2/1/02 2471 27. H2O PW 19,831. 734 MPB-18 3/1/02 2390 7. H2O PW 14,113. 2,016 MPB-18 8/1/02 2239 17. H2O PW 29,945. 1,761 MPB-18 9/1/02 2202 30. H2O PW 35,367. 1,179 MPB-18 10/1/02 2258 31. H2O PW 32,563. 1,050 MPB-18 11/1/02 2600 25. H2O PW 37,262. 1,490 MPB-18 12/1/02 2621 31. H2O PW 48,067. 1,551 MPB-25 1/1/02 2659 31. H2O PW 24,969. 805 MPB-25 2/1/02 2664 28. H2O PW 22,533. 805 MPB-25 3/1/02 2653 31. H2O PW 24,407. 787 MPB-25 4/1/02 2558 30. H2O PW 18,578. 619 MPB-25 5/1/02 2597 28. H2O PW 21,454. 766 MPB-25 6/1/02 2586 30. H2O PW 23,587. 786 MPB-25 7/1/02 2583 31. H2O PW 22,335. 720 MPB-25 8/1/02 2532 31. H2O PW 24,825. 801 MPB-25 9/1/02 2471 30. H2O PW 22,253. 742 MPB-25 10/1/02 2267 31. H2O PW 17,664. 570 MPB-25 11/1/02 2491 30. H2O PW 31,903. 1,063 MPB-25 12/1/02 2648 31. H2O PW 39,011. 1,258 MPC-02 1/1/02 1808 30. H2O PW 24,277. 809 MPC-02 2/1/02 2018 25. H2O PW 20,561. 822 MPC-02 2/1/02 3507 3. GAS MI 5,754. 1,918 MPC-02 3/1/02 1952 11. H2O PW 15,754. 1,432 MPC-02 3/1/02 3203 21. GAS MI 45,093. 2,147 MPC-02 4/1/02 1886 30. H2O PW 27,050. 902 MPC-02 5/1/02 1769 31. H2O PW 18,675. 602 MPC-02 6/1/02 1855 26. H2O PW 15,354. 591 MPC-02 6/1/02 3130 5. GAS MI 7,932. 1,586 MPC-02 7/1/02 1931 15. H2O PW 11,314. 754 MPC-02 7/1/02 3103 17. GAS MI 27,328. 1,608 MPC-02 8/1/02 1894 31. H2O PW 22,770. 735 MPC-02 9/1/02 1947 30. H2O PW 21,351. 712 MPC-02 10/1/02 2070 31. H2O PW 29,088. 938 MPC-02 11/1/02 2008 29. H2O PW 20,673. 713 MPC-02 12/1/02 2002 31. H2O PW 21,722. 701 MPC-06 1/1/02 2473 26. H2O PW 30,467. 1,172 MPC-06 1/1/02 3744 6. GAS MI 8,275. 1,379 MPC-06 2/1/02 3800 1. H2O PW 5. 5 MPC-06 2/1/02 3783 27. GAS MI 53,148. 1,968 MPC-06 3/1/02 3478 5. GAS MI 5,167. 1,033 MPC-06 4/1/02 3381 2. GAS MI 756. 378 MPC-06 4/1/02 2313 11. H2O PW 7,825. 711 MPC-06 5/1/02 2381 29. H2O PW 24,274. 837 MPC-06 5/1/02 3591 3. GAS MI 3,875. 1,292 MPC-06 6/1/02 3619 30. GAS MI 55,047. 1,835 MPC-06 7/1/02 2333 21. H2O PW 14,385. 685 MPC-06 7/1/02 3567 10. GAS MI 16,519. 1,652 MPC-06 8/1/02 2339 31. H2O PW 28,446. 918 MPC-06 9/1/02 2362 30. H2O PW 31,533. 1,051 MPC-06 10/1/02 2438 19. H2O PW 21,700. 1,142 MPC-06 10/1/02 3809 13. GAS MI 27,233. 2,095 MPC-06 11/1/02 3893 17. GAS MI 40,864. 2,404 MPC-06 11/1/02 4041 12. GAS GI 32,583. 2,715 MPC-06 12/1/02 4065 20. GAS GI 46,542. 2,327 MPC-06 12/1/02 3657 11. GAS MI 31,153. 2,832 MPC-08 1/1/02 2530 30. H2O PW 13,041. 435 MPC-08 2/1/02 2591 28. H2O PW 14,655. 523 MPC-08 3/1/02 2584 31. H2O PW 14,382. 464 MPC-08 4/1/02 2590 27. H2O PW 11,467. 425 MPC-08 5/1/02 2541 31. H2O PW 11,882. 383 MPC-08 6/1/02 2501 28. H2O PW 4,352. 155 MPC-08 7/1/02 2414 19. H2O PW 3,577. 188 MPC-08 8/1/02 2456 31. H2O PW 11,397. 368 MPC-08 9/1/02 2435 27. H2O PW 7,062. 262 MPC-08 10/1/02 2504 30. H2O PW 11,088. 370 MPC-08 11/1/02 2583 30. H2O PW 15,117. 504 MPC-08 12/1/02 2558 31. H2O PW 12,042. 388 MPC-10 1/1/02 2716 4. H2O PW 4,046. 1,012 MPC-10 1/1/02 3996 28. GAS MI 50,457. 1,802 MPC-10 2/1/02 2903 28. H2O PW 28,682. 1,024 MPC-10 3/1/02 2966 21. H2O PW 18,920. 901 MPC-10 3/1/02 4473 11. GAS MI 13,315. 1,210 MPC-10 4/1/02 2288 18. H2O PW 19,677. 1,093 MPC-10 4/1/02 4507 8. GAS MI 10,795. 1,349 MPC-10 5/1/02 1654 17. H2O PW 13,784. 811 MPC-10 5/1/02 3414 13. GAS MI 24,292. 1,869 MPC-10 6/1/02 3419 30. GAS MI 80,692. 2,690 MPC-10 7/1/02 1956 22. H2O PW 23,968. 1,089 MPC-10 7/1/02 3214 8. GAS MI 14,489. 1,811 MPC-10 8/1/02 1908 31. H2O PW 27,162. 876 MPC-10 9/1/02 2000 30. H2O PW 33,056. 1,102 MPC-10 10/1/02 2153 23. H2O PW 31,024. 1,349 MPC-10 10/1/02 4002 9. GAS MI 19,028. 2,114 MPC-10 11/1/02 4088 16. GAS MI 44,124. 2,758 MPC-10 11/1/02 4247 12. GAS GI 35,329. 2,944 MPC-10 12/1/02 2461 12. H2O PW 17,862. 1,489 MPC-10 12/1/02 4309 9. GAS GI 24,693. 2,744 MPC-10 12/1/02 3929 11. GAS MI 37,924. 3,448 MPC-15 1/1/02 2476 28. H2O PW 34,285. 1,224 MPC-15 1/1/02 3344 4. GAS MI 5,851. 1,463 MPC-15 2/1/02 3260 28. GAS MI 57,779. 2,064 MPC-15 3/1/02 3459 1. GAS MI 999. 999 MPC-15 3/1/02 2522 30. H2O PW 57,040. 1,901 MPC-15 4/1/02 2554 30. H2O PW 45,916. 1,531 MPC-15 5/1/02 2603 3. H2O PW 3,096. 1,032 MPC-15 5/1/02 3345 29. GAS MI 64,751. 2,233 MPC-15 6/1/02 2423 24. H2O PW 42,241. 1,760 MPC-15 6/1/02 3119 7. GAS MI 13,411. 1,916 MPC-15 7/1/02 2405 31. H2O PW 42,291. 1,364 MPC-15 8/1/02 2378 31. H2O PW 43,574. 1,406 MPC-15 9/1/02 2497 4. H2O PW 6,880. 1,720 MPC-15 9/1/02 3267 15. GAS MI 30,174. 2,012 MPC-15 10/1/02 2134 13. H2O PW 14,389. 1,107 MPC-15 10/1/02 2875 18. GAS MI 28,803. 1,600 MPC-15 11/1/02 2052 29. H2O PW 66,324. 2,287 MPC-15 12/1/02 2653 26. H2O PW 60,999. 2,346 MPC-19 1/1/02 2063 10. H2O PW 6,477. 648 MPC-19 1/1/02 3533 22. GAS MI 49,383. 2,245 MPC-19 2/1/02 3479 28. GAS MI 72,004. 2,572 MPC-19 3/1/02 2827 2. H2O PW 5. 3 MPC-19 3/1/02 3167 16. GAS MI 29,468. 1,842 MPC-19 4/1/02 1730 13. H2O PW 12,961. 997 MPC-19 5/1/02 1940 31. H2O PW 34,022. 1,097 MPC-19 6/1/02 2096 30. H2O PW 41,122. 1,371 MPC-19 7/1/02 2376 25. H2O PW 51,897. 2,076 MPC-19 8/1/02 2098 31. H2O PW 31,511. 1,016 MPC-19 9/1/02 2143 12. H2O PW 12,464. 1,039 MPC-19 9/1/02 3891 19. GAS MI 60,419. 3,180 MPC-19 10/1/02 2449 9. H2O PW 10,517. 1,169 MPC-19 10/1/02 3807 23. GAS MI 76,085. 3,308 MPC-19 11/1/02 2425 25. H2O PW 75,133. 3,005 MPC-19 12/1/02 2592 29. H2O PW 67,513. 2,328 MPC-25A 1/1/02 1245 29. H2O PW 21,859. 754 MPC-25A 2/1/02 2854 25. H2O PW 27,044. 1,082 MPC-25A 3/1/02 2759 2. H2O PW 473. 237 MPC-25A 4/1/02 2755 29. H2O PW 20,936. 722 MPC-25A 5/1/02 2657 8. H2O PW 4,268. 534 MPC-25A 7/1/02 4354 3. GAS MI 4,596. 1,532 MPC-25A 8/1/02 4109 2. GAS MI 969. 485 MPC-25A 9/1/02 4124 7. GAS MI 8,436. 1,205 MPC-25A 10/1/02 4339 9. GAS MI 12,645. 1,405 MPC-25A 11/1/02 4215 6. GAS MI 5,645. 941 MPC-28 1/1/02 2982 15. H2O PW 15,273. 1,018 MPC-28 2/1/02 3239 28. H2O PW 17,946. 641 MPC-28 3/1/02 3096 31. H2O PW 15,160. 489 MPC-28 4/1/02 3183 29. H2O PW 10,367. 357 MPC-28 5/1/02 3369 31. H2O PW 11,965. 386 MPC-28 6/1/02 3379 26. H2O PW 8,959. 345 MPC-28 7/1/02 3339 26. H2O PW 10,134. 390 MPC-28 8/1/02 3277 7. H2O PW 2,470. 353 MPC-28 9/1/02 3249 9. H2O PW 8,167. 907 MPC-28 10/1/02 3370 2. H2O PW 923. 462 MPC-28 11/1/02 3193 19. H2O PW 10,234. 539 MPC-28 12/1/02 2710 23. H2O PW 7,158. 311 MPC-36 1/1/02 2719 22. H2O PW 33,570. 1,526 MPC-36 1/1/02 4179 10. GAS MI 23,910. 2,391 MPC-36 2/1/02 2740 28. H2O PW 38,229. 1,365 MPC-36 3/1/02 2668 17. H2O PW 19,350. 1,138 MPC-36 3/1/02 4391 15. GAS MI 40,727. 2,715 MPC-36 4/1/02 4272 30. GAS MI 72,298. 2,410 MPC-36 5/1/02 2656 29. H2O PW 25,476. 878 MPC-36 5/1/02 4271 3. GAS MI 8,173. 2,724 MPC-36 6/1/02 2775 30. H2O PW 39,984. 1,333 MPC-36 7/1/02 4440 3. GAS MI 632. 211 MPC-36 7/1/02 2867 25. H2O PW 38,561. 1,542 MPC-36 8/1/02 4447 31. GAS MI 37,453. 1,208 MPC-36 9/1/02 2959 27. H2O PW 42,560. 1,576 MPC-36 9/1/02 4319 4. GAS MI 7,726. 1,932 MPC-36 10/1/02 2702 31. H2O PW 22,803. 736 MPC-36 11/1/02 2969 26. H2O PW 41,659. 1,602 MPC-36 12/1/02 4361 7. GAS GI 1,769. 253 MPC-36 12/1/02 2551 16. H2O PW 29,948. 1,872 MPC-39 1/1/02 2555 19. H2O PW 14,730. 775 MPC-39 1/1/02 4405 13. GAS MI 20,193. 1,553 MPC-39 2/1/02 2607 28. H2O PW 24,203. 864 MPC-39 3/1/02 2601 31. H2O PW 22,982. 741 MPC-39 4/1/02 2598 9. H2O PW 4,767. 530 MPC-39 4/1/02 4442 22. GAS MI 47,316. 2,151 MPC-39 5/1/02 2705 3. H2O PW 1,125. 375 MPC-39 5/1/02 4366 29. GAS MI 51,746. 1,784 MPC-39 6/1/02 2487 28. H2O PW 11,549. 412 MPC-39 7/1/02 2370 5. H2O PW 1,231. 246 MPC-39 7/1/02 4440 22. GAS MI 36,601. 1,664 MPC-39 8/1/02 4239 29. GAS MI 42,104. 1,452 MPC-39 9/1/02 2463 19. H2O PW 8,949. 471 MPC-39 9/1/02 3873 4. GAS MI 5,977. 1,494 MPC-39 10/1/02 2629 31. H2O PW 23,743. 766 MPC-39 11/1/02 2785 30. H2O PW 36,753. 1,225 MPC-39 12/1/02 4596 5. GAS GI 1,398. 280 MPC-39 12/1/02 3022 24. H2O PW 40,964. 1,707 MPE-03 1/1/02 3602 31. GAS GI 32,356. 1,044 MPE-03 2/1/02 3580 28. GAS GI 27,915. 997 MPE-03 3/1/02 3583 31. GAS GI 35,476. 1,144 MPE-03 4/1/02 3559 15. GAS GI 13,260. 884 MPE-03 5/1/02 3211 28. GAS GI 9,490. 339 MPE-03 6/1/02 3206 30. GAS GI 25,301. 843 MPE-03 7/1/02 3186 24. GAS GI 12,037. 502 MPE-03 8/1/02 3121 25. GAS GI 12,229. 489 MPE-03 9/1/02 3113 30. GAS GI 10,304. 343 MPE-03 10/1/02 3197 31. GAS GI 41,674. 1,344 MPE-03 11/1/02 3181 28. GAS GI 24,060. 859 MPE-03 12/1/02 3344 31. GAS GI 31,671. 1,022 MPE-05 1/1/02 3228 31. GAS MI 51,480. 1,661 MPE-05 2/1/02 2521 8. H2O PW 12,335. 1,542 MPE-05 2/1/02 3367 8. GAS MI 23,540. 2,943 MPE-05 3/1/02 2556 30. H2O PW 39,918. 1,331 MPE-05 4/1/02 2599 30. H2O PW 38,275. 1,276 MPE-05 5/1/02 2527 30. H2O PW 40,357. 1,345 MPE-05 6/1/02 2500 10. H2O PW 12,060. 1,206 MPE-05 6/1/02 3802 18. GAS MI 43,217. 2,401 MPE-05 7/1/02 2584 21. H2O PW 13,603. 648 MPE-05 7/1/02 3745 11. GAS MI 17,415. 1,583 MPE-05 8/1/02 2535 27. H2O PW 10,317. 382 MPE-05 9/1/02 3645 3. GAS MI 2,176. 725 MPE-05 9/1/02 2489 28. H2O PW 28,231. 1,008 MPE-05 10/1/02 3783 31. GAS MI 32,805. 1,058 MPE-05 11/1/02 2644 28. H2O PW 50,148. 1,791 MPE-05 11/1/02 3430 7. GAS MI 14,766. 2,109 MPE-05 12/1/02 2684 31. H2O PW 66,287. 2,138 MPE-07 1/1/02 1924 31. H2O PW 42,157. 1,360 MPE-07 1/1/02 2268 1. GAS MI 2,314. 2,314 MPE-07 2/1/02 1879 26. H2O PW 38,230. 1,470 MPE-07 3/1/02 1688 12. H2O PW 31,011. 2,584 MPE-07 3/1/02 2584 19. GAS MI 53,506. 2,816 MPE-07 4/1/02 1908 22. H2O PW 56,643. 2,575 MPE-07 4/1/02 2921 8. GAS MI 31,398. 3,925 MPE-07 5/1/02 1971 25. H2O PW 65,866. 2,635 MPE-07 5/1/02 3233 4. GAS MI 20,825. 5,206 MPE-07 6/1/02 2063 11. H2O PW 28,814. 2,619 MPE-07 6/1/02 3295 20. GAS MI 125,137. 6,257 MPE-07 7/1/02 2308 2. GAS MI 4,051. 2,026 MPE-07 7/1/02 2241 29. H2O PW 77,476. 2,672 MPE-07 8/1/02 2246 31. H2O PW 82,831. 2,672 MPE-07 9/1/02 2359 30. H2O PW 86,304. 2,877 MPE-07 10/1/02 2262 31. H2O PW 87,748. 2,831 MPE-07 11/1/02 2775 6. H2O PW 10,708. 1,785 MPE-07 11/1/02 3133 10. GAS GI 22,506. 2,251 MPE-07 11/1/02 2967 12. GAS MI 29,014. 2,418 MPE-07 12/1/02 1941 30. H2O PW 89,089. 2,970 MPE-16 1/1/02 1889 31. H2O PW 10,044. 324 MPE-16 2/1/02 2008 26. H2O PW 20,817. 801 MPE-16 2/1/02 3104 3. GAS MI 5,602. 1,867 MPE-16 3/1/02 3089 31. GAS MI 99,133. 3,198 MPE-16 4/1/02 3214 3. GAS MI 2,255. 752 MPE-16 4/1/02 2269 27. H2O PW 50,465. 1,869 MPE-16 5/1/02 2246 31. H2O PW 32,364. 1,044 MPE-16 6/1/02 2391 30. H2O PW 19,575. 653 MPE-16 7/1/02 2301 10. H2O PW 7,744. 774 MPE-16 8/1/02 3231 16. GAS MI 8,809. 551 MPE-16 8/1/02 1995 4. H2O PW 3,085. 771 MPE-16 9/1/02 2040 3. H2O PW 2,392. 797 MPE-16 9/1/02 3113 28. GAS MI 29,328. 1,047 MPE-16 10/1/02 2245 31. H2O PW 28,066. 905 MPE-16 11/1/02 2580 29. H2O PW 32,335. 1,115 MPE-16 12/1/02 3956 20. GAS GI 39,288. 1,964 MPE-16 12/1/02 3237 11. GAS MI 29,815. 2,710 MPE-17 1/1/02 1587 31. H2O PW 79,002. 2,548 MPE-17 2/1/02 1495 7. H2O PW 12,059. 1,723 MPE-17 2/1/02 2617 21. GAS MI 85,237. 4,059 MPE-17 3/1/02 2698 17. GAS MI 45,670. 2,686 MPE-17 3/1/02 1717 14. H2O PW 43,733. 3,124 MPE-17 4/1/02 1665 30. H2O PW 76,055. 2,535 MPE-17 5/1/02 1543 29. H2O PW 45,072. 1,554 MPE-17 6/1/02 1647 30. H2O PW 61,082. 2,036 MPE-17 7/1/02 1968 29. H2O PW 58,151. 2,005 MPE-17 8/1/02 2502 10. H2O PW 8,279. 828 MPE-17 8/1/02 3295 19. GAS MI 29,462. 1,551 MPE-17 9/1/02 2476 6. H2O PW 3,000. 500 MPE-17 9/1/02 3077 25. GAS MI 43,371. 1,735 MPE-17 10/1/02 2323 31. H2O PW 31,471. 1,015 MPE-17 11/1/02 2639 28. H2O PW 13,725. 490 MPE-17 12/1/02 4015 20. GAS GI 9,300. 465 MPE-17 12/1/02 3993 6. GAS MI 5,853. 976 MPE-17 12/1/02 2786 6. H2O PW 10,062. 1,677 MPE-23 1/1/02 2362 3. H2O PW 46. 15 MPE-23 1/1/02 3350 28. GAS MI 85,698. 3,061 MPE-23 2/1/02 1966 28. H2O PW 52,989. 1,892 MPE-23 3/1/02 2053 31. H2O PW 67,688. 2,183 MPE-23 4/1/02 2136 9. H2O PW 13,254. 1,473 MPE-23 4/1/02 2940 22. GAS MI 55,003. 2,500 MPE-23 5/1/02 2770 16. GAS MI 25,600. 1,600 MPE-23 5/1/02 2232 16. H2O PW 46,052. 2,878 MPE-23 6/1/02 2250 30. H2O PW 80,093. 2,670 MPE-23 7/1/02 3112 15. GAS MI 17,473. 1,165 MPE-23 7/1/02 2276 9. H2O PW 17,685. 1,965 MPE-23 8/1/02 3026 10. GAS MI 16,180. 1,618 MPE-23 8/1/02 2183 22. H2O PW 50,857. 2,312 MPE-23 9/1/02 2370 30. H2O PW 6,471. 216 MPE-23 10/1/02 2402 31. H2O PW 80,697. 2,603 MPE-23 11/1/02 2350 30. H2O PW 90,400. 3,013 MPE-23 12/1/02 2441 31. H2O PW 98,214. 3,168 MPE-26 1/1/02 1771 31. H2O PW 88,090. 2,842 MPE-26 2/1/02 1847 28. H2O PW 60,131. 2,148 MPE-26 3/1/02 1555 31. H2O PW 60,332. 1,946 MPE-26 4/1/02 1739 12. H2O PW 24,607. 2,051 MPE-26 4/1/02 2733 19. GAS MI 54,653. 2,876 MPE-26 5/1/02 1781 7. H2O PW 15,267. 2,181 MPE-26 5/1/02 2665 25. GAS MI 66,529. 2,661 MPE-26 6/1/02 2040 30. H2O PW 56,133. 1,871 MPE-26 7/1/02 2344 3. H2O PW 5,407. 1,802 MPE-26 7/1/02 2699 29. GAS MI 83,498. 2,879 MPE-26 8/1/02 1725 19. H2O PW 41,534. 2,186 MPE-26 8/1/02 2321 13. GAS MI 35,820. 2,755 MPE-26 9/1/02 2393 25. H2O PW 66,902. 2,676 MPE-26 9/1/02 2707 6. GAS MI 23,792. 3,965 MPE-26 10/1/02 2744 31. GAS MI 109,851. 3,544 MPE-26 11/1/02 2127 18. GAS MI 48,811. 2,712 MPE-26 11/1/02 2336 12. GAS GI 43,126. 3,594 MPE-26 12/1/02 1983 26. H2O PW 63,162. 2,429 MPE-26 12/1/02 1806 6. GAS MI 15,464. 2,577 MPF-10 1/1/02 2783 6. H2O PW 16,303. 2,717 MPF-10 2/1/02 3270 15. H2O PW 37,220. 2,481 MPF-10 2/1/02 4440 14. GAS MI 40,264. 2,876 MPF-10 3/1/02 4267 31. GAS MI 97,321. 3,139 MPF-10 4/1/02 4188 30. GAS MI 84,774. 2,826 MPF-10 5/1/02 4138 17. GAS MI 35,494. 2,088 MPF-10 5/1/02 3268 15. H2O PW 45,603. 3,040 MPF-10 6/1/02 3503 30. H2O PW 72,067. 2,402 MPF-10 7/1/02 3487 31. H2O PW 63,174. 2,038 MPF-10 8/1/02 3396 31. H2O PW 60,905. 1,965 MPF-10 9/1/02 4602 4. GAS MI 2,061. 515 MPF-10 9/1/02 3493 27. H2O PW 55,847. 2,068 MPF-10 10/1/02 4599 29. GAS MI 74,937. 2,584 MPF-10 11/1/02 4472 12. GAS GI 18,328. 1,527 MPF-10 11/1/02 2959 2. H2O PW 3,277. 1,639 MPF-10 11/1/02 4311 15. GAS MI 30,004. 2,000 MPF-10 12/1/02 3318 31. H2O PW 74,330. 2,398 MPF-26 1/1/02 3525 31. H2O PW 63,453. 2,047 MPF-26 2/1/02 3527 28. H2O PW 57,365. 2,049 MPF-26 3/1/02 3522 31. H2O PW 63,444. 2,047 MPF-26 4/1/02 3399 30. H2O PW 55,713. 1,857 MPF-26 5/1/02 3452 31. H2O PW 63,761. 2,057 MPF-26 6/1/02 4622 11. GAS MI 18,913. 1,719 MPF-26 6/1/02 3519 20. H2O PW 41,668. 2,083 MPF-26 7/1/02 4442 31. GAS MI 85,022. 2,743 MPF-26 8/1/02 4175 31. GAS MI 93,452. 3,015 MPF-26 9/1/02 2964 26. H2O PW 62,805. 2,416 MPF-26 9/1/02 3846 5. GAS MI 14,559. 2,912 MPF-26 10/1/02 3509 31. H2O PW 72,246. 2,331 MPF-26 11/1/02 3516 30. H2O PW 61,373. 2,046 MPF-26 12/1/02 3506 31. H2O PW 60,119. 1,939 MPF-30 1/1/02 4446 2. GAS MI 1,111. 556 MPF-30 1/1/02 3545 30. H2O PW 45,851. 1,528 MPF-30 2/1/02 4558 28. GAS MI 38,560. 1,377 MPF-30 3/1/02 4512 31. GAS MI 71,111. 2,294 MPF-30 4/1/02 3033 14. H2O PW 26,688. 1,906 MPF-30 4/1/02 4410 16. GAS MI 31,819. 1,989 MPF-30 5/1/02 3391 31. H2O PW 55,295. 1,784 MPF-30 6/1/02 3526 30. H2O PW 47,799. 1,593 MPF-30 7/1/02 3529 31. H2O PW 46,971. 1,515 MPF-30 8/1/02 3511 31. H2O PW 44,692. 1,442 MPF-30 9/1/02 3484 30. H2O PW 43,492. 1,450 MPF-30 10/1/02 3524 31. H2O PW 46,066. 1,486 MPF-30 11/1/02 4638 1. GAS MI 678. 678 MPF-30 11/1/02 4592 8. GAS GI 6,064. 758 MPF-30 11/1/02 3538 22. H2O PW 31,561. 1,435 MPF-30 12/1/02 4662 20. GAS GI 18,932. 947 MPF-30 12/1/02 4609 11. GAS MI 13,410. 1,219 MPF-42 1/1/02 3518 31. H2O PW 92,273. 2,977 MPF-42 2/1/02 3519 28. H2O PW 81,612. 2,915 MPF-42 3/1/02 3518 31. H2O PW 89,487. 2,887 MPF-42 4/1/02 3418 30. H2O PW 79,332. 2,644 MPF-42 5/1/02 3466 31. H2O PW 87,050. 2,808 MPF-42 6/1/02 3508 30. H2O PW 85,973. 2,866 MPF-42 7/1/02 3495 31. H2O PW 85,271. 2,751 MPF-42 8/1/02 3385 31. H2O PW 79,231. 2,556 MPF-42 9/1/02 3454 30. H2O PW 86,299. 2,877 MPF-42 10/1/02 3506 31. H2O PW 89,220. 2,878 MPF-42 11/1/02 3511 30. H2O PW 85,510. 2,850 MPF-42 12/1/02 3505 31. H2O PW 85,055. 2,744 MPF-46 1/1/02 3513 31. H2O PW 111,503. 3,597 MPF-46 2/1/02 3510 28. H2O PW 102,394. 3,657 MPF-46 3/1/02 3462 31. H2O PW 110,785. 3,574 MPF-46 4/1/02 3245 17. H2O PW 50,104. 2,947 MPF-46 4/1/02 4444 14. GAS MI 47,585. 3,399 MPF-46 5/1/02 4167 31. GAS MI 128,089. 4,132 MPF-46 6/1/02 3922 30. GAS MI 149,279. 4,976 MPF-46 7/1/02 3277 23. H2O PW 98,048. 4,263 MPF-46 7/1/02 3681 8. GAS MI 35,487. 4,436 MPF-46 8/1/02 3277 31. H2O PW 91,291. 2,945 MPF-46 9/1/02 3492 30. H2O PW 96,653. 3,222 MPF-46 10/1/02 3507 31. H2O PW 95,238. 3,072 MPF-46 11/1/02 4123 1. GAS GI 610. 610 MPF-46 11/1/02 4598 1. GAS MI 615. 615 MPF-46 11/1/02 3519 29. H2O PW 87,219. 3,008 MPF-46 12/1/02 4583 11. GAS MI 35,781. 3,253 MPF-46 12/1/02 4615 20. GAS GI 73,990. 3,700 MPF-49 1/1/02 2863 31. H2O PW 90,008. 2,903 MPF-49 2/1/02 2961 28. H2O PW 78,113. 2,790 MPF-49 3/1/02 2267 28. H2O PW 29,659. 1,059 MPF-49 3/1/02 3915 4. GAS MI 12,267. 3,067 MPF-49 4/1/02 4096 30. GAS MI 113,558. 3,785 MPF-49 5/1/02 4074 31. GAS MI 110,140. 3,553 MPF-49 6/1/02 3896 13. GAS MI 48,912. 3,762 MPF-49 6/1/02 2451 18. H2O PW 69,130. 3,841 MPF-49 7/1/02 2873 31. H2O PW 112,965. 3,644 MPF-49 8/1/02 3159 31. H2O PW 93,338. 3,011 MPF-49 9/1/02 3722 1. GAS MI 491. 491 MPF-49 9/1/02 3465 30. H2O PW 105,517. 3,517 MPF-49 10/1/02 4610 31. GAS MI 83,350. 2,689 MPF-49 11/1/02 4522 12. GAS GI 32,795. 2,733 MPF-49 11/1/02 4272 18. GAS MI 51,965. 2,887 MPF-49 12/1/02 4480 20. GAS GI 63,925. 3,196 MPF-49 12/1/02 4088 11. GAS MI 44,989. 4,090 MPF-62 1/1/02 4270 13. GAS MI 40,336. 3,103 MPF-62 1/1/02 2762 19. H2O PW 79,564. 4,188 MPF-62 2/1/02 3821 28. GAS MI 97,316. 3,476 MPF-62 3/1/02 3230 31. GAS MI 115,326. 3,720 MPF-62 4/1/02 3487 3. GAS MI 7,289. 2,430 MPF-62 4/1/02 1982 27. H2O PW 96,461. 3,573 MPF-62 5/1/02 2227 31. H2O PW 115,985. 3,741 MPF-62 6/1/02 2744 30. H2O PW 146,335. 4,878 MPF-62 7/1/02 3044 29. H2O PW 138,827. 4,787 MPF-62 8/1/02 2546 31. H2O PW 94,578. 3,051 MPF-62 9/1/02 2735 30. H2O PW 121,925. 4,064 MPF-62 10/1/02 2934 29. H2O PW 119,601. 4,124 MPF-62 11/1/02 2887 30. H2O PW 126,151. 4,205 MPF-62 12/1/02 3089 31. H2O PW 133,621. 4,310 MPF-70 1/1/02 3521 31. H2O PW 102,146. 3,295 MPF-70 2/1/02 4467 15. GAS MI 41,252. 2,750 MPF-70 2/1/02 3522 14. H2O PW 44,710. 3,194 MPF-70 3/1/02 4045 31. GAS MI 105,329. 3,398 MPF-70 4/1/02 3748 30. GAS MI 89,081. 2,969 MPF-70 5/1/02 3534 26. GAS MI 67,935. 2,613 MPF-70 5/1/02 2103 6. H2O PW 16,842. 2,807 MPF-70 6/1/02 2966 30. H2O PW 106,246. 3,542 MPF-70 7/1/02 3506 31. H2O PW 101,691. 3,280 MPF-70 8/1/02 3251 31. H2O PW 80,043. 2,582 MPF-70 9/1/02 4585 5. GAS MI 10,454. 2,091 MPF-70 9/1/02 3188 26. H2O PW 70,464. 2,710 MPF-70 10/1/02 4481 31. GAS MI 111,815. 3,607 MPF-70 11/1/02 4012 18. GAS MI 46,562. 2,587 MPF-70 11/1/02 4196 12. GAS GI 33,412. 2,784 MPF-70 12/1/02 4044 20. GAS GI 49,132. 2,457 MPF-70 12/1/02 3689 11. GAS MI 38,227. 3,475 MPF-74 1/1/02 3534 31. H2O PW 45,551. 1,469 MPF-74 2/1/02 3535 28. H2O PW 41,169. 1,470 MPF-74 3/1/02 3534 31. H2O PW 45,159. 1,457 MPF-74 4/1/02 3518 30. H2O PW 43,041. 1,435 MPF-74 5/1/02 3506 24. H2O PW 35,215. 1,467 MPF-74 6/1/02 3529 30. H2O PW 45,473. 1,516 MPF-74 7/1/02 3525 31. H2O PW 43,989. 1,419 MPF-74 8/1/02 3494 31. H2O PW 42,753. 1,379 MPF-74 9/1/02 3521 30. H2O PW 43,034. 1,434 MPF-74 10/1/02 3529 31. H2O PW 44,108. 1,423 MPF-74 11/1/02 3531 30. H2O PW 42,346. 1,412 MPF-74 12/1/02 3524 31. H2O PW 42,810. 1,381 MPF-82 1/1/02 4411 6. GAS MI 4,492. 749 MPF-82 1/1/02 3313 19. H2O PW 32,141. 1,692 MPF-82 2/1/02 3514 28. H2O PW 37,307. 1,332 MPF-82 3/1/02 3515 31. H2O PW 33,895. 1,093 MPF-82 4/1/02 3419 14. H2O PW 19,372. 1,384 MPF-82 5/1/02 3501 31. H2O PW 31,088. 1,003 MPF-82 6/1/02 3502 30. H2O PW 28,319. 944 MPF-82 7/1/02 3511 31. H2O PW 27,719. 894 MPF-82 8/1/02 3506 31. H2O PW 26,679. 861 MPF-82 9/1/02 3487 30. H2O PW 23,869. 796 MPF-82 10/1/02 3499 31. H2O PW 26,831. 866 MPF-82 11/1/02 3507 30. H2O PW 26,125. 871 MPF-82 12/1/02 3505 31. H2O PW 25,488. 822 MPF-83 1/1/02 3831 15. GAS MI 16,779. 1,119 MPF-83 2/1/02 3237 3. GAS MI 2,915. 972 MPF-83 3/1/02 3166 18. GAS MI 19,672. 1,093 MPF-83 5/1/02 1914 13. GAS MI 4,733. 364 MPF-83 6/1/02 1103 15. GAS MI 2,096. 140 MPF-83 6/1/02 2213 15. H2O PW 66,200. 4,413 MPF-83 7/1/02 2303 31. H2O PW 110,059. 3,550 MPF-83 8/1/02 2119 31. H2O PW 70,968. 2,289 MPF-83 9/1/02 2374 30. H2O PW 100,283. 3,343 MPF-83 10/1/02 2408 31. H2O PW 96,829. 3,124 MPF-83 11/1/02 2496 30. H2O PW 99,470. 3,316 MPF-83 12/1/02 2529 31. H2O PW 98,694. 3,184 MPF-84B 1/1/02 3568 18. GAS MI 47,847. 2,658 MPF-84B 1/1/02 2348 13. H2O PW 54,466. 4,190 MPF-84B 2/1/02 2833 28. H2O PW 133,241. 4,759 MPF-84B 3/1/02 3121 31. H2O PW 140,118. 4,520 MPF-84B 4/1/02 3154 30. H2O PW 118,262. 3,942 MPF-84B 5/1/02 3390 31. H2O PW 131,185. 4,232 MPF-84B 6/1/02 3507 30. H2O PW 131,589. 4,386 MPF-84B 7/1/02 4568 29. GAS MI 37,760. 1,302 MPF-84B 7/1/02 3555 3. H2O PW 10,868. 3,623 MPF-84B 8/1/02 4423 31. GAS MI 100,288. 3,235 MPF-84B 9/1/02 4441 26. GAS MI 93,483. 3,596 MPF-84B 9/1/02 3111 5. H2O PW 18,335. 3,667 MPF-84B 10/1/02 3315 31. H2O PW 119,373. 3,851 MPF-84B 11/1/02 3505 30. H2O PW 114,876. 3,829 MPF-84B 12/1/02 3502 31. H2O PW 105,078. 3,390 MPF-85 1/1/02 3467 12. GAS MI 11,175. 931 MPF-85 1/1/02 2921 19. H2O PW 31,985. 1,683 MPF-85 2/1/02 3519 28. H2O PW 40,094. 1,432 MPF-85 3/1/02 3515 31. H2O PW 41,235. 1,330 MPF-85 4/1/02 3497 30. H2O PW 38,366. 1,279 MPF-85 5/1/02 4567 6. GAS MI 5,592. 932 MPF-85 5/1/02 3501 26. H2O PW 33,257. 1,279 MPF-85 6/1/02 4597 30. GAS MI 63,451. 2,115 MPF-85 7/1/02 4489 30. GAS MI 60,304. 2,010 MPF-85 8/1/02 3028 21. H2O PW 29,986. 1,428 MPF-85 8/1/02 4187 11. GAS MI 16,850. 1,532 MPF-85 9/1/02 3486 30. H2O PW 40,096. 1,337 MPF-85 10/1/02 3499 31. H2O PW 39,706. 1,281 MPF-85 11/1/02 3506 30. H2O PW 38,514. 1,284 MPF-85 12/1/02 3503 31. H2O PW 39,072. 1,260 MPF-92 1/1/02 4143 31. GAS MI 54,503. 1,758 MPF-92 2/1/02 2854 11. H2O PW 17,358. 1,578 MPF-92 2/1/02 3988 18. GAS MI 42,579. 2,366 MPF-92 3/1/02 3422 31. H2O PW 51,902. 1,674 MPF-92 4/1/02 3487 30. H2O PW 43,547. 1,452 MPF-92 5/1/02 3493 31. H2O PW 42,215. 1,362 MPF-92 6/1/02 3499 30. H2O PW 40,395. 1,347 MPF-92 7/1/02 3505 31. H2O PW 41,476. 1,338 MPF-92 8/1/02 4439 21. GAS MI 12,947. 617 MPF-92 8/1/02 3477 11. H2O PW 13,667. 1,242 MPF-92 9/1/02 4495 30. GAS MI 69,034. 2,301 MPF-92 10/1/02 4524 31. GAS MI 67,155. 2,166 MPF-92 11/1/02 4398 4. GAS GI 4,339. 1,085 MPF-92 11/1/02 2758 10. H2O PW 14,711. 1,471 MPF-92 11/1/02 4250 17. GAS MI 27,825. 1,637 MPF-92 12/1/02 3156 31. H2O PW 43,290. 1,396 MPF-95 1/1/02 4026 31. GAS MI 71,211. 2,297 MPF-95 2/1/02 4526 13. GAS MI 34,196. 2,630 MPF-95 2/1/02 2937 15. H2O PW 47,938. 3,196 MPF-95 3/1/02 3188 31. H2O PW 92,419. 2,981 MPF-95 4/1/02 3242 28. H2O PW 84,018. 3,001 MPF-95 5/1/02 3389 31. H2O PW 101,446. 3,272 MPF-95 6/1/02 4580 24. GAS MI 44,937. 1,872 MPF-95 6/1/02 3459 7. H2O PW 21,872. 3,125 MPF-95 7/1/02 4551 31. GAS MI 53,810. 1,736 MPF-95 8/1/02 4273 17. GAS MI 24,409. 1,436 MPF-95 8/1/02 2632 15. H2O PW 36,111. 2,407 MPF-95 9/1/02 3009 30. H2O PW 87,487. 2,916 MPF-95 10/1/02 3198 31. H2O PW 90,950. 2,934 MPF-95 11/1/02 3237 30. H2O PW 85,396. 2,847 MPF-95 12/1/02 4589 8. GAS GI 4,419. 552 MPF-95 12/1/02 3156 20. H2O PW 52,492. 2,625 MPH-06 1/1/02 1959 31. H2O PW 31,945. 1,030 MPH-06 2/1/02 2055 13. H2O PW 14,576. 1,121 MPH-06 3/1/02 2005 27. H2O PW 28,246. 1,046 MPH-06 4/1/02 2015 30. H2O PW 36,626. 1,221 MPH-06 5/1/02 1842 31. H2O PW 28,442. 917 MPH-06 6/1/02 1793 14. H2O PW 11,037. 788 MPH-06 7/1/02 1635 1. H2O PW 277. 277 MPJ-11 4/1/02 1749 27. H2O PW 36,038. 1,335 MPJ-11 5/1/02 1765 29. H2O PW 33,655. 1,161 MPJ-11 6/1/02 2215 30. H2O PW 77,969. 2,599 MPJ-11 7/1/02 2409 31. H2O PW 75,626. 2,440 MPJ-11 8/1/02 2367 31. H2O PW 64,325. 2,075 MPJ-11 9/1/02 2197 30. H2O PW 47,011. 1,567 MPJ-11 10/1/02 2561 31. H2O PW 88,633. 2,859 MPJ-11 11/1/02 2663 30. H2O PW 85,937. 2,865 MPJ-11 12/1/02 2585 19. H2O PW 49,810. 2,622 MPJ-13 1/1/02 1734 31. H2O PW 23,490. 758 MPJ-13 2/1/02 1842 28. H2O PW 30,597. 1,093 MPJ-13 3/1/02 1812 31. H2O PW 29,183. 941 MPJ-13 4/1/02 1782 30. H2O PW 26,348. 878 MPJ-13 5/1/02 1806 31. H2O PW 30,268. 976 MPJ-13 6/1/02 2259 30. H2O PW 66,680. 2,223 MPJ-13 7/1/02 2309 31. H2O PW 61,832. 1,995 MPJ-13 8/1/02 2228 31. H2O PW 49,896. 1,610 MPJ-13 9/1/02 2086 30. H2O PW 36,025. 1,201 MPJ-13 10/1/02 2144 31. H2O PW 43,511. 1,404 MPJ-13 11/1/02 2210 30. H2O PW 45,451. 1,515 MPJ-13 12/1/02 2064 31. H2O PW 33,014. 1,065 MPK-18A 1/1/02 1192 21. H2O PW 54,738. 2,607 MPK-18A 4/1/02 218 3. H2O PW 1,878. 626 MPK-18A 5/1/02 1010 28. H2O PW 70,500. 2,518 MPK-18A 6/1/02 1236 30. H2O PW 94,927. 3,164 MPK-18A 7/1/02 1244 31. H2O PW 96,883. 3,125 MPK-18A 8/1/02 1169 31. H2O PW 89,661. 2,892 MPK-18A 9/1/02 1293 30. H2O PW 100,932. 3,364 MPK-18A 10/1/02 1241 6. H2O PW 17,901. 2,984 MPK-21 1/1/02 1154 21. H2O PW 44,435. 2,116 MPK-21 4/1/02 645 3. H2O PW 5,814. 1,938 MPK-21 5/1/02 913 28. H2O PW 64,780. 2,314 MPK-21 6/1/02 1098 30. H2O PW 74,869. 2,496 MPK-21 7/1/02 1178 31. H2O PW 80,040. 2,582 MPK-21 8/1/02 1140 31. H2O PW 73,986. 2,387 MPK-21 9/1/02 1344 30. H2O PW 85,686. 2,856 MPK-21 10/1/02 1350 7. H2O PW 15,649. 2,236 MPK-43A 1/1/02 1374 21. H2O PW 19,833. 944 MPK-43A 5/1/02 1115 20. H2O PW 28,314. 1,416 MPK-43A 6/1/02 1451 30. H2O PW 39,015. 1,301 MPK-43A 7/1/02 1598 31. H2O PW 42,020. 1,355 MPK-43A 8/1/02 1701 31. H2O PW 43,273. 1,396 MPK-43A 9/1/02 1774 3. H2O PW 3,546. 1,182 MPL-08 1/1/02 3858 4. GAS MI 6,204. 1,551 MPL-08 1/1/02 3399 28. H2O PW 49,093. 1,753 MPL-08 2/1/02 3451 28. H2O PW 40,782. 1,457 MPL-08 3/1/02 3442 31. H2O PW 45,658. 1,473 MPL-08 4/1/02 4584 13. GAS MI 14,734. 1,133 MPL-08 4/1/02 3367 18. H2O PW 22,130. 1,229 MPL-08 5/1/02 4484 30. GAS MI 50,227. 1,674 MPL-08 6/1/02 3501 11. H2O PW 19,253. 1,750 MPL-08 6/1/02 4430 20. GAS MI 43,974. 2,199 MPL-08 7/1/02 3435 31. H2O PW 42,845. 1,382 MPL-08 8/1/02 3323 31. H2O PW 39,505. 1,274 MPL-08 9/1/02 3468 30. H2O PW 39,703. 1,323 MPL-08 10/1/02 3454 31. H2O PW 40,747. 1,314 MPL-08 11/1/02 4682 7. GAS GI 1,722. 246 MPL-08 11/1/02 4559 10. GAS MI 5,480. 548 MPL-08 11/1/02 3434 8. H2O PW 9,271. 1,159 MPL-08 12/1/02 4674 18. GAS GI 20,687. 1,149 MPL-08 12/1/02 4467 11. GAS MI 18,521. 1,684 MPL-09 1/1/02 4394 18. GAS MI 13,003. 722 MPL-09 1/1/02 2835 9. H2O PW 14,185. 1,576 MPL-09 2/1/02 3163 28. H2O PW 73,433. 2,623 MPL-09 3/1/02 3462 31. H2O PW 76,077. 2,454 MPL-09 4/1/02 3392 29. H2O PW 52,831. 1,822 MPL-09 5/1/02 3314 30. H2O PW 48,710. 1,624 MPL-09 6/1/02 4638 11. GAS MI 4,875. 443 MPL-09 6/1/02 3462 20. H2O PW 40,779. 2,039 MPL-09 7/1/02 4595 31. GAS MI 36,969. 1,193 MPL-09 8/1/02 4336 23. GAS MI 25,484. 1,108 MPL-09 8/1/02 2963 9. H2O PW 12,734. 1,415 MPL-09 9/1/02 3279 30. H2O PW 58,624. 1,954 MPL-09 10/1/02 3462 28. H2O PW 42,794. 1,528 MPL-09 11/1/02 3456 30. H2O PW 56,972. 1,899 MPL-09 12/1/02 3468 30. H2O PW 53,797. 1,793 MPL-15 1/1/02 4609 8. GAS MI 5,189. 649 MPL-15 1/1/02 3449 24. H2O PW 49,953. 2,081 MPL-15 2/1/02 4506 23. GAS MI 40,593. 1,765 MPL-15 3/1/02 4174 31. GAS MI 55,710. 1,797 MPL-15 4/1/02 2950 11. H2O PW 22,557. 2,051 MPL-15 4/1/02 4189 21. GAS MI 46,160. 2,198 MPL-15 5/1/02 2535 2. GAS MI 812. 406 MPL-15 5/1/02 3152 30. H2O PW 66,996. 2,233 MPL-15 6/1/02 3403 30. H2O PW 81,682. 2,723 MPL-15 7/1/02 3436 31. H2O PW 72,402. 2,336 MPL-15 8/1/02 4416 6. GAS MI 1,652. 275 MPL-15 8/1/02 3428 21. H2O PW 47,938. 2,283 MPL-15 9/1/02 4481 30. GAS MI 61,316. 2,044 MPL-15 10/1/02 4620 31. GAS MI 77,578. 2,503 MPL-15 11/1/02 3128 2. GAS GI 2,469. 1,235 MPL-15 11/1/02 4506 6. GAS MI 7,796. 1,299 MPL-15 11/1/02 3110 23. H2O PW 50,616. 2,201 MPL-15 12/1/02 3288 31. H2O PW 66,754. 2,153 MPL-16A 1/1/02 2926 31. H2O PW 120,737. 3,895 MPL-16A 2/1/02 2622 28. H2O PW 67,247. 2,402 MPL-16A 3/1/02 2822 31. H2O PW 112,627. 3,633 MPL-16A 4/1/02 2812 30. H2O PW 102,537. 3,418 MPL-16A 5/1/02 2962 28. H2O PW 106,809. 3,815 MPL-16A 6/1/02 2952 30. H2O PW 127,540. 4,251 MPL-16A 7/1/02 2937 31. H2O PW 126,204. 4,071 MPL-16A 8/1/02 2770 31. H2O PW 108,572. 3,502 MPL-16A 9/1/02 2912 30. H2O PW 124,179. 4,139 MPL-16A 10/1/02 2874 31. H2O PW 124,189. 4,006 MPL-16A 11/1/02 2905 30. H2O PW 121,238. 4,041 MPL-16A 12/1/02 2889 31. H2O PW 120,907. 3,900 MPL-24 1/1/02 3424 31. H2O PW 55,370. 1,786 MPL-24 2/1/02 4580 20. GAS MI 19,167. 958 MPL-24 2/1/02 3457 9. H2O PW 15,063. 1,674 MPL-24 3/1/02 4530 31. GAS MI 45,886. 1,480 MPL-24 4/1/02 4503 30. GAS MI 50,431. 1,681 MPL-24 5/1/02 4409 14. GAS MI 11,236. 803 MPL-24 5/1/02 3237 18. H2O PW 28,226. 1,568 MPL-24 6/1/02 3384 30. H2O PW 55,168. 1,839 MPL-24 7/1/02 3376 31. H2O PW 50,490. 1,629 MPL-24 8/1/02 3336 30. H2O PW 46,671. 1,556 MPL-24 9/1/02 4567 4. GAS MI 1,462. 366 MPL-24 9/1/02 3420 27. H2O PW 50,391. 1,866 MPL-24 10/1/02 4643 31. GAS MI 33,358. 1,076 MPL-24 11/1/02 4634 12. GAS GI 10,149. 846 MPL-24 11/1/02 3198 2. H2O PW 1,993. 997 MPL-24 11/1/02 4434 17. GAS MI 18,935. 1,114 MPL-24 12/1/02 3225 31. H2O PW 47,777. 1,541 MPL-32 7/1/02 2970 22. H2O PW 48,189. 2,190 MPL-32 8/1/02 2883 31. H2O PW 56,877. 1,835 MPL-32 9/1/02 3227 30. H2O PW 61,798. 2,060 MPL-32 10/1/02 3159 31. H2O PW 63,527. 2,049 MPL-32 11/1/02 3255 30. H2O PW 72,302. 2,410 MPL-32 12/1/02 3361 31. H2O PW 66,006. 2,129 MPL-33 1/1/02 3002 31. GAS MI 88,527. 2,856 MPL-33 2/1/02 2954 16. GAS MI 55,021. 3,439 MPL-33 2/1/02 3217 13. H2O PW 45,860. 3,528 MPL-33 3/1/02 3349 31. H2O PW 94,815. 3,059 MPL-33 4/1/02 3156 30. H2O PW 116,492. 3,883 MPL-33 5/1/02 2959 31. H2O PW 113,797. 3,671 MPL-33 6/1/02 3310 30. H2O PW 168,183. 5,606 MPL-33 7/1/02 3379 17. H2O PW 71,759. 4,221 MPL-33 7/1/02 4079 15. GAS MI 69,828. 4,655 MPL-33 8/1/02 3620 31. GAS MI 148,639. 4,795 MPL-33 9/1/02 3101 3. H2O PW 7,285. 2,428 MPL-33 9/1/02 3406 29. GAS MI 146,070. 5,037 MPL-33 10/1/02 3323 31. H2O PW 144,815. 4,671 MPL-33 11/1/02 3346 30. H2O PW 121,047. 4,035 MPL-33 12/1/02 3320 31. H2O PW 119,547. 3,856 MPL-34 4/1/02 730 29. GAS MI 1,342. 46 MPL-34 5/1/02 920 31. GAS MI 3,083. 99 MPL-34 6/1/02 1087 30. GAS MI 3,423. 114 MPL-34 7/1/02 741 31. GAS MI 2,535. 82 MPL-34 8/1/02 1482 14. GAS MI 121. 9 MPL-42 1/1/02 4256 31. GAS MI 47,427. 1,530 MPL-42 2/1/02 2548 20. H2O PW 23,329. 1,166 MPL-42 2/1/02 4152 8. GAS MI 15,840. 1,980 MPL-42 3/1/02 2540 31. H2O PW 33,328. 1,075 MPL-42 4/1/02 2495 30. H2O PW 27,988. 933 MPL-42 5/1/02 2571 13. H2O PW 12,034. 926 MPL-42 5/1/02 3852 18. GAS MI 23,630. 1,313 MPL-42 6/1/02 4166 30. GAS MI 54,941. 1,831 MPL-42 7/1/02 2550 7. H2O PW 5,843. 835 MPL-42 7/1/02 4109 25. GAS MI 40,637. 1,625 MPL-42 8/1/02 2579 31. H2O PW 37,920. 1,223 MPL-42 9/1/02 2616 30. H2O PW 35,680. 1,189 MPL-42 10/1/02 2524 31. H2O PW 27,806. 897 MPL-42 11/1/02 2541 30. H2O PW 26,718. 891 MPL-42 11/1/02 3133 1. GAS MI 1,375. 1,375 MPL-42 12/1/02 4612 20. GAS GI 30,738. 1,537 MPL-42 12/1/02 4288 11. GAS MI 22,988. 2,090 Section 3 Schrader Bluff Oil Pool List of Exhibits Waterflood Pattern Map 3-A Total Reservoir Production Plot 3-B Total Reservoir Injection Plot 3-C Pertinent Data Summary 3-D Reservoir Voidage Balance 3-E Static Pressure Data 3-F Injection Rate & Pressure Data By Well 3-G Group: Schrader Entities In Group: 119 Format: RMT Annual WF Rpt - Total Production Exhibit 3-B BP ALASKA - Milne Point Unit NAME: Schrader, Total Production 91 92 93 94 95 96 97 98 99 00 01 02 031x102 1x103 1x104 (L1)1x105 (L1) Cal Day Oil (L1) CDWTR (L1) Cal Day Gas VS Time 91 92 93 94 95 96 97 98 99 00 01 02 03 5.00 10.0 15.0 20.0 30.0 35.0 40.0 45.0 200 400 600 800 1200 1400 1600 1800 0 25.0 50.0(L1) 0 1000 2000(R1) (L1) Wtr Cut (R1) GOR (L1) Prod OnLine VS Time Group: Schrader Entities In Group: 123 Format: RMT Comp Grp by Reservoir Total Injection Exhibit 3-C BP ALASKA - Milne Point Unit NAME: Schrader, Oil Pool, Total Injection 92 93 94 95 96 97 98 99 00 01 02 031x102 1x103 1x104 1x105 1x106 1x107 (L1)1x108 1x10-1 1x100 1x101 1x102 1x103 1x104 (R1)1x105 (L1) Cal Day Water Injection (L1) Cum Water Inj (R1) Cal Day Gas Inj (R1) Cum Gas Inj 92 93 94 95 96 97 98 99 00 01 02 03 3.00 6.00 9.00 12.0 18.0 21.0 24.0 27.0 0 15.0 30.0(L1) (L1) Water Inj OnLine (L1) Gas Inj OnLine VS Time Exhibit 3-D Milne Point Unit - Schrader Bluff Oil Pool SUMMARY OF PERTINENT DATA (As of December 31, 2002) WATERFLOOD START-UP DATE:March 1992 PRODUCTION Prior to Waterflood Start-Up: Oil (MSTB) 902 Gas (MMSCF) 303 Water (MSTB) 136 Since Waterflood Start-Up: Oil (MSTB) 22,068 Gas (MMSCF) 12,470 Water (MSTB) 8,635 FLUID INJECTION Since Waterflood Startup: Injection Water (MSTB) 31,792 Injection Gas (MMSCF) 0 RESERVOIR PRESSURE @ 4,000' TVD ss December, 2002 Pressure (psig) 1,730 WELL COUNT (Wells in Operation)* Production Wells 49 Water Only Injection 30 WAG Injection 0 Gas Only Injection 0 Notes: * Reflects ONLY operating wells. Exhibit 3-E RESERVOIR VOIDAGE BALANCE Milne Point Unit Schrader Bluff Oil Pool January - December 2002 Production: Injection: Oil Water Gas Reservoir Water Gas Voidage Voidage Voidage Month Prod Rate Prod Rate Prod Rate Voidage Inj Rate Inj Rate Replacement Replacement Balance (stb/day) (stb/day) (mscf/day) (rbbl/day) (stb/day) (mscf/day) (rbbl/day) Ratio (rbbl/day) Jan-02 11,726 4,003 7,363 22,616 25,077 25,328 1.12 2,712 Feb-02 11,463 3,641 7,532 22,358 24,286 24,529 1.10 2,172 Mar-02 11,300 3,773 8,139 23,343 24,964 25,213 1.08 1,871 Apr-02 12,410 4,269 7,536 23,565 26,786 27,054 1.15 3,489 May-02 12,592 4,811 7,231 23,745 28,588 28,874 1.22 5,129 Jun-02 12,509 4,995 7,656 24,546 25,455 25,710 1.05 1,164 Jul-02 11,121 4,407 6,047 20,598 21,507 21,722 1.05 1,124 Aug-02 11,199 3,818 6,356 20,534 19,590 19,786 0.96 -749 Sep-02 18,268 4,353 9,361 30,024 24,468 24,713 0.82 -5,311 Oct-02 20,117 6,575 13,819 40,363 25,019 25,269 0.63 -15,094 Nov-02 19,021 6,639 14,968 41,571 26,028 26,288 0.63 -15,283 Dec-02 19,742 5,215 14,462 39,772 29,684 29,980 0.75 -9,791 Average:14,289 4,708 9,206 27,753 25,121 25,372 0.91 -2,381 Cumulative: mstb mstb mmscf mrb mstb mmscf mrb mrb 12/31/02 22,970 8,771 12,773 42,653 31,792 32,110 0.75 -10,543 Page 1 Exibit 3-F Reservoir Pressure Data Milne Point Field Schrader Bluff Pool Sw Name Hydraulic Unit Test Date Pres Surv Type Pressure at Datum MPI-09 1 8/1/02 SBHP 1588 MPJ-01A 1 J-03 pressure 1523 MPJ-03 1 11/8/02 SBHP 1523 MPJ-08A 1 J-22 pressure 1852 MPJ-09A 1 J-22 pressure 1852 MPJ-15 1 J-22 pressure 1775 MPJ-17 1 J-22 pressure 1852 MPJ-19A 1 10/4/01 SBHP 1607 MPJ-21 1 3/23/02 SBHP 1636 MPJ-22 1 5/7/02 SBHP 1852 MPI-08 2 9/22/00 SBHP 1532 MPH-01 3 H-10 pressure 1992 MPH-04 3 10/4/01 PP 1315 MPH-09 3 10/4/01 PHD 1798 MPH-10 3 7/21/02 SBHP 1992 MPH-11 3 H-10 pressure 1992 MPI-01 3 H-10 pressure 1992 MPI-02LS 3 11/15/02 SBHP 1757 MPI-02SS 3 11/15/02 SBHP 1754 MPI-03 3 7/20/02 SBHP 1668 MPI-04A 3 I-05 WH pressure 1809 MPI-05 3 1/16/03 SBHP 2143 N-sand only MPI-06 3 I-10 pressure 1923 MPI-07 3 11/10/02 SBHP 1520 MPI-10 3 9/6/02 SBHP 1923 MPG-02 4 12/25/01 FL 1086 MPG-01 5 J-04 pressure 2059 MPJ-04 5 12/4/02 SBHP 2059 MPJ-07 5 J-04 pressure 2059 MPG-03 6 J-04 pressure 2059 MPG-06 6 10/4/01 PP 1067 MPG-11 6 10/4/01 PP 1414 MPG-04 7 12/3/02 SBHP 2168 MPG-08A 7 10/4/01 PP 2102 MPG-10 7 10/20/01 SBHP 2021 MPG-12 7 G-04 pressure 2168 MPG-14 7 G-04 pressure 2168 MPJ-02 7 G-04 pressure 2168 MPJ-05 7 G-04 pressure 2168 MPG-13 8 G-15 presure 2001 MPG-15 8 3/17/01 PP 2001 MPG-09 9 10/15/02 SBHP 1692 MPH-02 9 G-09 pressure 1692 MPH-03 9 G-09 pressure 1692 MPH-12 9 10/4/02 SBHP 1747 MPH-13 9 H-14 pressure 1372 MPH-14 9 1/9/03 PP 1372 MPH-07 9 2/23/02 SBHP 1506 MPS-21 9 9/1/02 SBHP 1841 MPE-25 10 H-08B pressure 1644 MPH-08B 10 9/17/02 PBU 1644 MPS-13 10 10/6/02 SBHP 1726 MPS-13LS 10 10/6/02 SBHP 1726 MPS-13SS 10 10/6/02 SBHP 1717 MPS-15 10 2/8/03 SBHP 1711 MPS-17 10 10/25/02 SBHP 1697 MPS-23 10 8/26/02 SBHP 1781 MPS-25 10 8/24/02 SBHP 1773 MPS-27 10 8/27/02 SBHP 1762 MPS-29 10 11/16/02 SBHP 2321 MPS-31 10 8/21/02 SBHP 1785 MPS-33LS 10 12/29/02 SBHP 1663 MPS-33SS 10 12/28/02 SBHP 1634 MPJ-20A 11 2/22/01 SBHP 1737 MPJ-23 11 J-24 pressure 1363 MPJ-24 11 10/4/01 PP 1363 MPI-12 13 1/31/03 PBU 1160 MPI-13 13 2/23/03 WHP 1759 MPE-24A 14 11/6/02 SBHP 957 MPE-29 14 S-07SS pressure 1438 MPS-07LS 14 9/8/02 SBHP 1708 MPS-07SS 14 9/8/02 SBHP 1438 MPS-03 15 8/29/02 SBHP 1797 MPS-05 15 8/30/02 SBHP 1782 MPS-11LS 15 9/10/02 SBHP 1822 MPS-11SS 15 9/9/02 SBHP 1808 MPC-41 16 10/4/01 PP 1380 MPE-15 16 8/6/02 SBHP 1502 MPE-20 16 E-15 pressure 1502 MPE-30A 16 1/10/03 PP 1354 MPE-33 16 4/28/01 SBHP 1624 MPB-02 16 10/16/01 SBHP 1843 MPE-13B 16 2/23/03 WHP 1809 Schrader Average 1730 Exibit 3-G Injection Rate and Pressure Data Milne Point Field Schrader Bluff Pool Sw Name Month Wellhead Pres Avg Days Operating Product Code Subproduct Code Inj Vol Alloc Injection Rate MPB-02 1/1/02 1000 31. H2O PW 111,335. 3,591 MPB-02 2/1/02 941 28. H2O PW 79,068. 2,824 MPB-02 3/1/02 982 31. H2O PW 93,351. 3,011 MPB-02 4/1/02 999 30. H2O PW 79,182. 2,639 MPB-02 5/1/02 921 31. H2O PW 92,173. 2,973 MPB-02 6/1/02 941 30. H2O PW 75,511. 2,517 MPB-02 7/1/02 887 31. H2O PW 47,247. 1,524 MPB-02 8/1/02 1005 31. H2O PW 63,705. 2,055 MPB-02 9/1/02 1254 30. H2O PW 91,800. 3,060 MPB-02 10/1/02 1247 31. H2O PW 91,391. 2,948 MPB-02 11/1/02 1282 30. H2O PW 93,206. 3,107 MPB-02 12/1/02 1257 31. H2O PW 99,086. 3,196 MPE-13B 4/1/02 1667 4. H2O PW 7,280. 1,820 MPE-13B 5/1/02 1892 31. H2O PW 56,407. 1,820 MPE-13B 6/1/02 1517 30. H2O PW 36,476. 1,216 MPE-29 1/1/02 1483 29. H2O PW 116,294. 4,010 MPE-29 2/1/02 1265 24. H2O PW 68,190. 2,841 MPE-29 3/1/02 1082 31. H2O PW 59,036. 1,904 MPE-29 4/1/02 1085 30. H2O PW 66,555. 2,219 MPE-29 5/1/02 1099 31. H2O PW 76,529. 2,469 MPE-29 6/1/02 1199 30. H2O PW 80,952. 2,698 MPE-29 7/1/02 1547 31. H2O PW 111,969. 3,612 MPE-29 8/1/02 1356 31. H2O PW 90,770. 2,928 MPE-29 9/1/02 1496 30. H2O PW 96,533. 3,218 MPE-29 10/1/02 1399 31. H2O PW 93,784. 3,025 MPE-29 11/1/02 1049 30. H2O PW 52,891. 1,763 MPE-29 12/1/02 855 31. H2O PW 33,869. 1,093 MPG-01 2/1/02 1988 2. H2O PW 1,400. 700 MPG-01 3/1/02 1309 14. H2O PW 9,789. 699 MPG-01 4/1/02 1570 30. H2O PW 25,568. 852 MPG-01 5/1/02 1522 30. H2O PW 23,548. 785 MPG-03 1/1/02 1164 31. H2O PW 29,195. 942 MPG-03 2/1/02 1139 28. H2O PW 23,950. 855 MPG-03 3/1/02 1167 31. H2O PW 32,523. 1,049 MPG-03 4/1/02 1214 30. H2O PW 34,588. 1,153 MPG-03 5/1/02 1271 31. H2O PW 38,081. 1,228 MPG-03 6/1/02 1210 30. H2O PW 26,773. 892 MPG-03 7/1/02 1294 31. H2O PW 34,050. 1,098 MPG-03 8/1/02 1161 31. H2O PW 23,031. 743 MPG-03 9/1/02 1038 30. H2O PW 23,893. 796 MPG-03 10/1/02 1060 31. H2O PW 28,207. 910 MPG-03 11/1/02 1061 30. H2O PW 30,462. 1,015 MPG-03 12/1/02 1066 31. H2O PW 31,866. 1,028 MPG-05 1/1/02 1325 31. H2O PW 23,679. 764 MPG-05 2/1/02 1387 28. H2O PW 24,200. 864 MPG-05 3/1/02 1350 31. H2O PW 23,035. 743 MPG-05 4/1/02 1231 30. H2O PW 17,929. 598 MPG-05 5/1/02 1261 31. H2O PW 20,824. 672 MPG-05 6/1/02 1277 7. H2O PW 4,473. 639 MPG-07 1/1/02 1226 31. H2O PW 29,208. 942 MPG-07 2/1/02 1059 28. H2O PW 16,581. 592 MPG-07 3/1/02 1001 31. H2O PW 14,124. 456 MPG-07 4/1/02 1103 30. H2O PW 21,007. 700 MPG-07 5/1/02 1146 31. H2O PW 23,600. 761 MPG-07 6/1/02 1168 30. H2O PW 23,360. 779 MPG-07 7/1/02 1210 31. H2O PW 27,718. 894 MPG-07 8/1/02 1142 31. H2O PW 22,302. 719 MPG-07 9/1/02 1113 30. H2O PW 17,207. 574 MPG-07 10/1/02 1413 31. H2O PW 39,199. 1,264 MPG-07 11/1/02 1156 30. H2O PW 23,979. 799 MPG-07 12/1/02 1168 31. H2O PW 25,839. 834 MPG-09 1/1/02 1257 25. H2O PW 42,073. 1,683 MPG-09 2/1/02 1303 28. H2O PW 53,814. 1,922 MPG-09 3/1/02 1385 31. H2O PW 68,543. 2,211 MPG-09 4/1/02 1320 30. H2O PW 59,444. 1,981 MPG-09 5/1/02 1336 30. H2O PW 55,468. 1,849 MPG-09 6/1/02 1417 30. H2O PW 60,145. 2,005 MPG-09 7/1/02 1440 26. H2O PW 51,494. 1,981 MPG-09 8/1/02 1329 31. H2O PW 45,653. 1,473 MPG-09 9/1/02 1398 30. H2O PW 59,980. 1,999 MPG-10 1/1/02 1754 31. H2O PW 90,190. 2,909 MPG-10 2/1/02 1650 28. H2O PW 67,691. 2,418 MPG-10 3/1/02 1854 31. H2O PW 88,150. 2,844 MPG-10 4/1/02 1802 30. H2O PW 77,044. 2,568 MPG-10 5/1/02 1843 31. H2O PW 82,181. 2,651 MPG-10 6/1/02 1813 30. H2O PW 71,138. 2,371 MPG-10 7/1/02 1836 31. H2O PW 77,445. 2,498 MPG-10 8/1/02 1661 31. H2O PW 55,125. 1,778 MPG-10 9/1/02 1780 30. H2O PW 65,729. 2,191 MPG-10 10/1/02 1061 31. H2O PW 54,821. 1,768 MPG-10 11/1/02 1593 30. H2O PW 72,328. 2,411 MPG-10 12/1/02 1533 31. H2O PW 77,724. 2,507 MPG-13 1/1/02 1426 31. H2O PW 19,026. 614 MPG-13 2/1/02 1484 28. H2O PW 21,402. 764 MPG-13 3/1/02 1444 31. H2O PW 21,468. 693 MPG-13 4/1/02 1433 30. H2O PW 21,993. 733 MPG-13 5/1/02 1416 31. H2O PW 20,361. 657 MPG-13 6/1/02 1455 30. H2O PW 20,777. 693 MPG-13 7/1/02 1449 30. H2O PW 20,318. 677 MPG-13 8/1/02 1452 31. H2O PW 25,748. 831 MPG-13 9/1/02 1469 30. H2O PW 22,412. 747 MPG-13 10/1/02 1560 31. H2O PW 36,471. 1,176 MPG-13 11/1/02 1506 30. H2O PW 22,742. 758 MPG-13 12/1/02 1559 31. H2O PW 25,447. 821 MPH-11 1/1/02 1291 27. H2O PW 22,888. 848 MPH-11 2/1/02 1346 28. H2O PW 24,075. 860 MPH-11 3/1/02 1184 11. H2O PW 5,880. 535 MPH-11 4/1/02 1211 30. H2O PW 20,991. 700 MPH-11 5/1/02 1292 31. H2O PW 26,844. 866 MPH-11 6/1/02 1365 30. H2O PW 24,708. 824 MPH-11 7/1/02 1370 31. H2O PW 26,880. 867 MPH-11 8/1/02 1352 31. H2O PW 28,429. 917 MPH-11 9/1/02 1404 30. H2O PW 29,013. 967 MPH-11 10/1/02 1410 31. H2O PW 33,994. 1,097 MPH-11 11/1/02 1380 30. H2O PW 29,901. 997 MPH-11 12/1/02 1379 31. H2O PW 26,827. 865 MPI-02 11/1/02 1087 7. H2O PW 4,707. 672 MPI-02 12/1/02 1396 31. H2O PW 51,228. 1,653 MPI-05 1/1/02 1493 31. H2O PW 35,678. 1,151 MPI-05 2/1/02 1662 28. H2O PW 66,504. 2,375 MPI-05 3/1/02 1794 31. H2O PW 88,406. 2,852 MPI-05 4/1/02 1756 30. H2O PW 74,181. 2,473 MPI-05 5/1/02 1689 31. H2O PW 66,462. 2,144 MPI-05 6/1/02 1612 30. H2O PW 50,987. 1,700 MPI-05 7/1/02 1617 16. H2O PW 25,885. 1,618 MPI-09 8/1/02 1639 30. H2O PW 48,219. 1,607 MPI-09 9/1/02 1478 30. H2O PW 48,749. 1,625 MPI-09 10/1/02 1572 31. H2O PW 49,730. 1,604 MPI-09 11/1/02 1704 20. H2O PW 38,044. 1,902 MPI-09 12/1/02 1670 31. H2O PW 67,671. 2,183 MPI-10 1/1/02 822 31. H2O PW 28,438. 917 MPI-10 2/1/02 874 28. H2O PW 28,285. 1,010 MPI-10 3/1/02 873 31. H2O PW 29,176. 941 MPI-10 4/1/02 1223 23. H2O PW 64,677. 2,812 MPI-10 5/1/02 1164 31. H2O PW 73,431. 2,369 MPI-10 6/1/02 1216 30. H2O PW 75,797. 2,527 MPI-10 7/1/02 1158 31. H2O PW 61,831. 1,995 MPI-10 8/1/02 1196 9. H2O PW 17,185. 1,909 MPI-10 9/1/02 864 26. H2O PW 29,391. 1,130 MPI-10 10/1/02 982 31. H2O PW 41,193. 1,329 MPI-10 11/1/02 954 30. H2O PW 48,469. 1,616 MPI-10 12/1/02 843 31. H2O PW 40,458. 1,305 MPJ-02 1/1/02 1325 31. H2O PW 25,748. 831 MPJ-02 2/1/02 1489 28. H2O PW 29,908. 1,068 MPJ-02 3/1/02 1216 31. H2O PW 25,019. 807 MPJ-02 4/1/02 1149 30. H2O PW 22,398. 747 MPJ-02 5/1/02 1206 31. H2O PW 25,112. 810 MPJ-02 6/1/02 1225 30. H2O PW 24,023. 801 MPJ-02 7/1/02 1322 31. H2O PW 29,651. 956 MPJ-02 8/1/02 1258 31. H2O PW 28,742. 927 MPJ-02 9/1/02 1090 30. H2O PW 19,131. 638 MPJ-02 10/1/02 1168 31. H2O PW 23,893. 771 MPJ-02 11/1/02 1346 30. H2O PW 32,120. 1,071 MPJ-02 12/1/02 1299 31. H2O PW 34,496. 1,113 MPJ-11 1/1/02 1736 31. H2O PW 33,364. 1,076 MPJ-11 2/1/02 1849 28. H2O PW 35,200. 1,257 MPJ-11 3/1/02 1826 28. H2O PW 33,891. 1,210 MPJ-15 1/1/02 1177 31. H2O PW 77,018. 2,484 MPJ-15 2/1/02 1165 28. H2O PW 65,170. 2,328 MPJ-15 3/1/02 1195 31. H2O PW 76,342. 2,463 MPJ-15 4/1/02 1158 30. H2O PW 73,017. 2,434 MPJ-15 5/1/02 1125 31. H2O PW 68,253. 2,202 MPJ-15 6/1/02 1089 30. H2O PW 64,014. 2,134 MPJ-15 7/1/02 1088 31. H2O PW 62,355. 2,011 MPJ-15 8/1/02 1026 31. H2O PW 50,982. 1,645 MPJ-15 9/1/02 1091 30. H2O PW 69,289. 2,310 MPJ-15 10/1/02 1065 31. H2O PW 57,755. 1,863 MPJ-15 11/1/02 1088 30. H2O PW 55,621. 1,854 MPJ-15 12/1/02 1092 31. H2O PW 63,393. 2,045 MPJ-17 1/1/02 1539 31. H2O PW 68,729. 2,217 MPJ-17 2/1/02 1537 28. H2O PW 62,068. 2,217 MPJ-17 3/1/02 1524 31. H2O PW 81,805. 2,639 MPJ-17 4/1/02 1470 30. H2O PW 79,362. 2,645 MPJ-17 5/1/02 1482 31. H2O PW 75,907. 2,449 MPJ-17 6/1/02 1447 30. H2O PW 63,862. 2,129 MPJ-17 7/1/02 1426 13. H2O PW 23,331. 1,795 MPJ-17 8/1/02 1142 23. H2O PW 34,720. 1,510 MPJ-17 9/1/02 1315 30. H2O PW 44,484. 1,483 MPJ-17 10/1/02 1308 31. H2O PW 40,205. 1,297 MPJ-17 11/1/02 1394 30. H2O PW 53,331. 1,778 MPJ-17 12/1/02 1516 31. H2O PW 66,443. 2,143 MPJ-20A 1/1/02 1726 31. H2O PW 57,890. 1,867 MPJ-20A 2/1/02 1817 28. H2O PW 47,715. 1,704 MPJ-20A 3/1/02 1810 31. H2O PW 57,232. 1,846 MPJ-20A 4/1/02 1776 30. H2O PW 58,354. 1,945 MPJ-20A 5/1/02 1706 31. H2O PW 61,054. 1,969 MPJ-20A 6/1/02 1604 30. H2O PW 60,661. 2,022 MPJ-20A 7/1/02 1690 31. H2O PW 66,539. 2,146 MPJ-20A 8/1/02 1744 31. H2O PW 72,668. 2,344 MPJ-20A 9/1/02 1923 30. H2O PW 76,389. 2,546 MPJ-20A 10/1/02 1846 23. H2O PW 61,552. 2,676 MPJ-20A 11/1/02 938 27. H2O PW 31,516. 1,167 MPJ-20A 12/1/02 882 31. H2O PW 32,009. 1,033 MPS-07 12/1/02 1539 19. H2O PW 26,673. 1,404 MPS-11 10/1/02 1159 24. H2O PW 43,326. 1,805 MPS-11 11/1/02 1561 30. H2O PW 59,820. 1,994 MPS-11 12/1/02 1542 31. H2O PW 56,205. 1,813 MPS-13 10/1/02 1572 3. H2O PW 4,570. 1,523 MPS-13 11/1/02 1515 30. H2O PW 59,808. 1,994 MPS-13 12/1/02 1470 31. H2O PW 55,709. 1,797 MPS-21 12/1/02 1088 22. H2O PW 37,055. 1,684 MPS-31 9/1/02 1278 25. H2O PW 40,048. 1,602 MPS-31 10/1/02 1191 31. H2O PW 75,503. 2,436 MPS-31 11/1/02 1225 30. H2O PW 71,884. 2,396 MPS-31 12/1/02 1181 31. H2O PW 68,193. 2,200 Section 4 Sag River Oil Pool List of Exhibits Waterflood Pattern Map 4-A Total Reservoir Production Plot 4-B Total Reservoir Injection Plot 4-C Pertinent Data Summary 4-D Reservoir Voidage Balance 4-E Static Pressure Data 4-F Injection Rate & Pressure Data By Well 4-G Group: Sag River Entities In Group: 6 Format: CD Oil Water Gas Exhibit 4-B - BP ALASKA - Milne Point Unit Sag River Oil Pool, Total Production 95 96 97 98 99 00 01 021x101 1x102 1x103 (L1)1x104 (L1) Cal Day Oil (bbl/d)(L1) CDWTR (L1) Cal Day Gas (Mcfd) VS Time 95 96 97 98 99 00 01 02 8.00 16.0 24.0 32.0 48.0 56.0 64.0 72.0 200 400 600 800 1200 1400 1600 1800 0 40.0 80.0(L1) 0 1000 2000(R1) (L1) Wtr Cut (%)(R1) GOR (scf/stb)(L1) Prod OnLine VS Time Group: Sag River Entities In Group: 6 Format: RMT Comp Grp by Reservoir Total Injection Exhibit 4-C BP ALASKA - Milne Point Unit NAME: Sag River, Oil Pool, Total Injection M J J A S O N D J F M A 02 03 1x102 1x103 1x104 1x105 1x106 1x107 (L1)1x108 1x10-1 1x100 1x101 1x102 1x103 1x104 (R1)1x105 (L1) Cal Day Water Injection (L1) Cum Water Inj (R1) Cal Day Gas Inj (R1) Cum Gas Inj M J J A S O N D J F M A 02 03 0.200 0.400 0.600 0.800 1.20 1.40 1.60 1.80 0 1.00 2.00(L1) (L1) Water Inj OnLine (L1) Gas Inj OnLine VS Time Exhibit 4-D Milne Point Unit - Sag River Oil Pool SUMMARY OF PERTINENT DATA (As of December 31, 2002) WATERFLOOD START-UP DATE:July 1, 2002 PRODUCTION Prior to Waterflood Start-Up: Oil (MSTB) 1,299 Gas (MMSCF) 1,302 Water (MSTB) 1,481 Since Waterflood Start-Up: Oil (MSTB)37 Gas (MMSCF) 11,471 Water (MSTB) 0 FLUID INJECTION Since Waterflood Startup: Injection Water (MSTB) 653 Injection Gas (MMSCF) 0 RESERVOIR PRESSURE @ 8,500' TVD ss December, 2002 Pressure (psig) 3,000 WELL COUNT (Wells in Operation)* Production Wells 2 Water Only Injection 1 WAG Injection 0 Gas Only Injection 0 Notes: * Reflects ONLY operating wells. Exhibit 4-E RESERVOIR VOIDAGE BALANCE Milne Point Unit Sag River Oil Pool January - December 2002 Production: Injection: Oil Water Gas Reservoir Water Gas Voidage Voidage Voidage Month Prod Rate Prod Rate Prod Rate Voidage Inj Rate Inj Rate Replacement Replacement Balance (stb/day) (stb/day) (mscf/day) (rbbl/day) (stb/day) (mscf/day) (rbbl/day) Ratio (rbbl/day) Jan-02 457 241 656 1,226 0 0 -1,226 Feb-02 177 0 251 377 0 0 0.00 -377 Mar-02 800 83 653 1,359 0 0 0.00 -1,359 Apr-02 665 3 924 1,402 0 0 0.00 -1,402 May-02 537 0 968 1,327 0 0 0.00 -1,327 Jun-02 410 0 1,013 1,258 0 0 0.00 -1,258 Jul-02 312 0 711 903 3,316 3,382 3.74 2,479 Aug-02 375 0 579 841 2,014 2,054 2.44 1,213 Sep-02 431 0 744 1,036 4,116 4,198 4.05 3,162 Oct-02 94 0 160 224 4,067 4,148 18.53 3,924 Nov-02 0000 3,938 4,017 4,017 Dec-02 0000 3,879 3,956 3,956 Average:355 27 555 829 1,777 1,813 2.19 984 Cumulative: mstb mstb mmscf mrb mstb mmscf mrb mrb 12/31/02 1,336 1,481 1,369 3,887 653 666 0.17 -3,221 Page 1 Exibit 4-F Reservoir Pressure Data Milne Point Field Sag River Pool Sw Name Hydraulic Unit Test Date Pres Surv Type Pressure at Datum Pres at Tool Dpth Depth of Tool MD MPF-33A 2/14/02 SBHP 2777 1732 7980 MPF-73A 6/13/02 SBHP 3041 3,665. 12,836. Sag Average 2909 Page 1 Exibit 4-G Injection Rate and Pressure Data Milne Point Field Sag River Pool Sw Name Month Wellhead Pres Avg Days Operating Product Code Subproduct Code Inj Vol Alloc Injection Rate MPF-73A 7/1/02 1611 31. H2O PW 102,801. 3,316 MPF-73A 8/1/02 1354 31. H2O PW 62,434. 2,014 MPF-73A 9/1/02 1913 30. H2O PW 123,473. 4,116 MPF-73A 10/1/02 1816 31. H2O PW 126,066. 4,067 MPF-73A 11/1/02 1848 30. H2O PW 118,140. 3,938 MPF-73A 12/1/02 1991 31. H2O PW 120,241. 3,879 Section 5 Injection/Production Well Surveillance List of Exhibits Milne Point Surveillance Logs 1/1/2002 – 12/31/2002 5-A Exhibit 5-A Milne Point Unit 2002 Surveillance Logs Kuparuk River Oil Pool Schrader Bluff Oil Pool Sw Name Project Well Type Rec Date Log Type Comments C-06 Kuparuk Injector 05/04/02 STP B/C Dummies appear to be leaking slightly. 12% into B/C sands, 88% into A Sands. C-08 Kuparuk Injector 08/05/02 WFL/RST 0% B/C, 100% A. All injection entering top 20' of btm most perfs C-10 Kuparuk Injector 04/18/02 SZT 15% C, 85% A Sand. C only pre 4/18/02, A+C post 4/18/02 C-10 Kuparuk Injector 04/25/02 PDS/WBL/STP 12% C, 88% A Sand C-19 Kuparuk Injector 04/25/02 STP 12%C, 3% B, 85% A C-36 Kuparuk Injector 07/29/02 SZT 19% C, 81% A. A+C pre 7/29/02, A only post 7/29/02 C-36 Kuparuk Injector 07/24/02 PDS (made request to get copy of log to analyze) C-39 Kuparuk Injector 12/09/02 PDS not able to interpret due to low inj rate and schmoo. E-02 Kuparuk Injector 03/01/02 RST B7L was swept, C sand is unswept. E-05 Kuparuk Injector 01/01/02 SZT C-sand takes 450 BWPD at 2000 psi WHP, C-sand frac pressure at 2500 psi, B-sand frac pressure at 2000 psi. E-17 Kuparuk Injector 07/20/02 SZT C-sand takes 450 BWPD at 2000 psi WHP, C-sand frac pressure at 2500 psi, B-sand frac pressure at 1300 psi. E-16 Kuparuk Injector 07/13/02 SZT Non conclusive. E-26 Kuparuk Injector 12/19/01 SZT Non conclusive. E-29 Schrader Injector 04/20/02 STP Rih w/memory STP, log interval 10620' to 10000', good data F-62 Kuparuk Injector 10/31/02 STP/WBL 11% B, 89% A F-95 Kuparuk Injector 05/30/02 STP Injection svy, inj rate is 3450 bpd @ 3500#--5% B, 95% A G-10 Schrader Injector 04/13/02 STP I-05 Schrader Injector 12/20/01 PDS I-09 Schrader Injector 01/20/02 PDS J-11 Kuparuk Injector 06/22/02 PDS RIH W/PDS INJECTION SURVEY TOOL TO 9395', GOOD SURVEY DATA J-15 Schrader Injector 08/12/02 PDS shows upper zone tkg 63% inj, mid zone 31% inj, lwr zone 6% inj J-17 Schrader Injector 04/25/02 PDS STP = Spinner, Temperature, Pressure SZT = Separate Zone Test FSPL = Full Suite Production Log RFT = Repeated Formation Rest RST = Reservior Saturation Tool WFL = Water Flow Log WBL = Warmback log PDS =Pulsed Decay Section 6 Shut in Well Status List of Exhibits Milne Point Shut in Well Status 1/1/2002 – 12/31/2002 6-A Exibit 6-A 2002 Shut In Wells Milne Point Unit Sw Name Date Shut-In Reason for Well Shut-In 1 Current Mechanical Condition of Well 2 Future Utility Plans & Possibilities 3 Comments MPB-01 WSW Sep-01 E ESP failed 1 Water source well not currently needed. Evaluate replacing ESP when need arises MPB-07 Jul-97 A No known problems 1 High GOR well, Facilities can not handle gas. Possible production after gas expansion project. Needs permanent flowline installed. MPB-08i May-94 E No known problems 3 Further use as an injector not required MPB-13 Jan-86 B GL well that was shut in due to high water cut. Possible channel into water zone. 3 Wellhouse and flowlines removed MPB-17i Jan-96 E No mechanical problems. Quick communication with producer 3 Wellhouse and flowlines removed MPB-19 Jul-91 B GL well. High water cut producer. Possible frac into water zone 3 Wellhouse and flowlines removed MPB-23 Apr-01 A Tubing frozen - hydrates. Plan to thaw w/ coiled tubing and secure well w/ downhole plug 1 High GOR well, Facilities can not handle gas. Possible production after gas expansion project. MPC-11i Feb-96 E No known problems 3 Further use as an injector not required while associated producer shut-in MPC- 12i/12Ai Jan-00 E Fish in hole, drilling problems 4 Suspended due to drilling problems. MPC-16 Aug-93 A High GOR well, perfs and completion abandoned 3 Wellhouse and flowlines removed MPC-17i May-00 D Leak in 9 5/8" casing to surface 1 Evaluating possible repair plans MPC-20 Apr-00 B High water cut well, no mechanical problems 1 Evaluating possible plans CFP02i Nov-95 E Thief-zone directly to B15 1 Evaluating possible plans MPD-01 Dec-90 C Dead ESP completion, no support to block 1 Evaluating possible plans. Possible alternative uses for wellbore MPD-02/ 02A Aug-99 B Dead ESP completion, very high water cut well 1 Evaluating possible plans MPE-02i Aug-98 C No known problems. Well is secured w/ downhole plug 2 Recomplete to upper Kup zone MPE-21 Nov-98 E ESP sanded-up 1 Evaluating workover MPE-25 Dec-01 B No confirmed problems 1 Evaluating possible plans MPE-33 Oct-99 C ESP failed 1 Evaluating conversion to jet pump MPF-41i Feb-00 E High pressure block, no support needed for producers 1 Possible return to injection when pressure lowers MPG-11 Jul-01 C ESP failed 1 Evaluating conversion to injection MPG-12 Jul-01 C ESP failed 1 Evaluating possible plans MPH-01 Oct-98 C ESP failed 1 Evaluating sidetrack possibilities MPH-02 Nov-01 A No known problems. 1 Evaluating possible plans MPH-03 Aug-91 C No known problems. Low productivity due to faulting 1 Evaluating sidetrack possibilities MPI-01 Dec-98 C ESP failed 1 Evaluating possible plans MPJ-12 Jul-98 C ESP failed 1 Evaluating sidetrack possibilities MPJ-16i Jan-99 E No known problems 1 Evaluating sidetrack possibilities MPJ-22 Dec-01 C ESP failed 1 Evaluating sidetrack possibilities MPL-01 Feb-00 B High water cut well, no mechanical problems dead ESP in hole 2 Sidetrack planned for 2003 MPL-10i Feb-99 E No known problems. Supports dead well L 01 2 Will put back on injection when L-01 sidetrack is completed MPL-17 Apr-00 B ESP failed. Low remaining reserves 1 Evaluating sidetrack possibilities MPL-21i Oct-98 E High pressure block ~ 5000 psi, no support needed for producers 1 Possible return to injection when pressure lowers or convert to producer MPL-34i Feb-01 E No known problems. High pressure block. 1 Leave well SI while evaluating sidetrack possibilities MPL-35/ 35A Sep-01 D Failed sitetrack attempt due to drilling problems 4 Suspended due to drilling problems. MPL-37A Nov-99 C Dead ESP, no other mechanical issuses 1 Evaluating possible sidetrack or recompletion MPL-39i Jan-99 E Located in isolated fault block, does not support off-sets 1 Evaluating possible sidetrack or recompletion MPL-45 Feb-01 C ESP failed 1 Evaluating possible conversion to jet pump *Note - Wells were shut in 100% during 2002 Milne Pt Shut In Wells 2002.xls Exibit 6-A 2002 Shut In Wells Milne Point Unit Sw Name Date Shut-In Reason for Well Shut-In 1 Current Mechanical Condition of Well 2 Future Utility Plans & Possibilities 3 Comments *Note - Wells were shut in 100% during 2002 Milne Pt Shut In Wells 2002.xls
