Revolutionizing Oil Production: Turning Stranded Gas into Power in California
Key Ideas
  • A DOE project in California is converting stranded natural gas at marginal oilfields into fuel for electricity, reviving idle oilfields and potentially increasing domestic oil production by 28 million barrels annually in a decade.
  • Stranded gas, previously considered uneconomic due to quality or volume issues, is being utilized through microturbines to significantly reduce electricity costs for oil production operations.
  • Successful field demonstrations have shown increased oil production, including a 13 b/d increase in a well site using high-Btu gas, and a 140 b/d boost in a 19-well field with medium-Btu gas that was at risk of abandonment.
  • The innovative project, OFFGASES, is supported by various partners and funding from DOE's Preferred Upstream Management Practices program, aiming to enhance oil production efficiency through technological solutions and best practices dissemination.
A U.S. Department of Energy (DOE) project in California is transforming stranded natural gas from marginal oilfields into electricity, offering a solution to the environmental and economic challenges associated with noncommercial gas produced alongside oil. The project, Oil Field Flare Gas Electricity Systems (OFFGASES), managed by the National Energy Technology Laboratory (NETL), utilizes microturbines to generate low-cost electricity, reducing the operating costs of oil production sites that heavily rely on electricity. By repurposing previously unusable gas, the project has successfully increased oil production in once-desperate fields, with field demonstrations showcasing significant improvements. The initiative, supported by key partners and DOE funding, aims to enhance domestic oil production efficiency and combat issues related to stranded gas, ultimately contributing to a more sustainable and economically viable oil production industry.
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