Fluor Corp. has been awarded a FEED contract on July 21 for California Resources Corp.’s (CRC) carbon capture and sequestration project, Cal Capture, at the 550-megawatt, natural gas-powered Elk Hills Power Plant in Tupman, California.

The FEED is being funded by the U.S. Department of Energy (DOE) through collaboration with the Electric Power Research Institute (EPRI) as part of a larger initiative to advance carbon capture technology development.

“Fluor’s commitment to helping clients achieve their clean energy goals continues with this recent award from CRC,” Mark Fields, group president of Fluor’s energy and chemicals business, said. “We are honored to be selected by CRC to help them design and permit California’s first carbon capture and sequestration system.”

Fluor’s scope of work is as the licensor providing engineering services for the plant’s licensed process unit and required utility systems using its proprietary Econamine FG Plus carbon capture technology which is an energy-efficient and cost-effective process for the removal of carbon dioxide from flue gas streams. The process will incorporate Fluor’s advanced solvent formulation together with a number of patented energy savings features.

The execution of the project is a collaborative effort between EPRI, CRC and Fluor. The DOE award was made to EPRI, which has led the interface with the DOE. CRC is providing the project oversight and defining the basis of the FEED.

“CRC has four 2030 sustainability goals that align with those of the State of California. Our carbon goal is to design and permit a carbon dioxide capture and storage system—the Cal Capture project—at our Elk Hills Power Plant with associated CO2 injection for enhanced recovery and sequestration at the adjacent Elk Hills oil field,” Shawn Kerns, CRC executive vice president of operations and engineering, said. “The Cal Capture project offers multiple benefits including substantial emissions reductions, substantial positive economic impacts across the California economy and the development of a key technology needed worldwide to meet future energy transition targets.”

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