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work. The second operational phase is from September 2009 to the present. For Phase 1, the net power output averaged 171 kW with a range of 80 to 280 kW. The operational data for the two phases is listed in Table 1. During Phase 1, the unit produced over 586 megawatt hours of power from 3.0 million barrels of coproduced hot water. The online percentage for the unit during this period was 91% considering both field and unit related down time. The down time attributed to unit issues was only 3%. Therefore, the unit had a 97% online percentage. The system related downtimes were largely the results of the operator’s learning curve until the shutdown in February 2009. To date, Phase 2 has averaged 185 kW net power output with a range of 80 to 275 kW, Table 1. During this time, the unit has produced over 1,332 megawatt hours of power from 7.8 million barrels of coproduced hot water. Total produced power from the unit is 1,918 megawatt hours of power from 10.9 million barrels of coproduced hot water. The online percentage for the unit, eliminating downtime caused by field activities, has been a 97%. The results of this testing have been very promising in demonstrating power production from coproduced fluids in an oil field. Further testing and system improvements should provide even greater and more consistent power production. The online percentage, which currently stands at more than an acceptable 97%, may even be increased by a percentage or two. Figure 1: Operating Parameters Table 1. Design and Operational Data Flow rate, bpd Total hot water used, bbl Inlet water temperature, °F Outlet water temperature, °F Average ambient temp., °F Generator gross power, kW Daily avg. net power output, kW Overall avg. net power, kW Total power produced, MWhr Design 40,000 170 152 50 180 132 Operational Results Phase 1 12,000 to 40,000 3,047,192 195 to 198 80 to 170 -7 to 85 105 to 305 80 to 280 171 586 Phase 2 11,000 to 50,000 7,860,737 196 to 198 47 to 150 -2 to 81 105 to300 80 to 275 185 1,332 GHC BULLETIN, FEBRUARY 2010 11PDF Image | SYSTEMS FOR ELECTRICAL POWER FROM CO-PRODUCED
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