![]() Calpine is collaborating with Shell Cansolv on a FEED to integrate a commercial-scale, second-generation carbon capture system at the NGCC co-generation facility in Deer Park, Texas. In tandem, the DOE is supporting a FEED study at the Deer Park Energy Facility, another much-watched Calpine project. The captured CO 2 is intended to be stored in the nearby Sacramento Basin. ION, meanwhile, is making headway under another project for a FEED for a carbon capture system that will be retrofitted onto the existing Calpine Delta Energy Center (DEC) in California and capture 95% or more of the CO 2 emitted by the plant’s three turbines. The plant has six units including both coal- and gas-fired units with a total nameplate generating capacity of 2,370 MW. Barry Electric Generating Plant is located on the Mobile River approximately 20 miles north of Mobile. GE will research advanced technology and control concepts to integrate the 2 x 1 combined cycle power plant with Linde’s Gen 2 carbon capture solution based on BASF OASE blue technology.Īlabama Power’s James M. As POWER has reported, the units being retrofit are two GE 7F.04 gas turbines. ![]() Barry Electric Generating Plant located in Bucks, Alabama. In October 2021, FECM notably awarded GE Gas Power $5.8 million to complete a FEED study to incorporate a 95% commercial carbon capture solution at Alabama Power’s James M. Polk and Cane Run 7 join several high-profile NGCC carbon capture projects backed by FECM. ION says the technology can achieve a minimum of 95% CO 2 capture with “exceptional long-term stability in NGCC environments.” At the NCCC, the ICE-31 campaign “operated for over 4,000 hours between March and September that included parametric and long-term steady-state testing using multiple flue gases including surrogate flue gas (4% CO 2 ), real gas-fired boiler gas (8% CO 2 ), and real coal-fired flue gas (13% CO 2 ),” it said.Īccording to the DOE, the Polk FEED study will demonstrate “how a large and critical unit can be equipped with carbon capture and storage to operate within and support a decarbonized electric grid in the future.” A Burgeoning Landscape for Natural Gas Power Carbon Capture The new DOE-funded project will be capable of capturing nearly 3.7 million metric tonnes of CO 2 per year utilizing ICE-31. The company says it was the first technology developer to test post-combustion CO 2 capture from natural gas flue gas at the NCCC’s Pilot Solvent Test Unit (PSTU) using the test facility’s newly configured natural gas-fired infrastructure. It completed a six-month testing campaign of the technology in October 2021 at the National Carbon Capture Center (NCCC) in Wilsonville, Alabama, which was developed in partnership with the DOE’s National Energy Technology Laboratory and Southern Co. Since it was established in 2008, Boulder, Colorado-based ION has been developing its third-generation solvent technology ICE-31. TECO will lead the project that will receive $5.6 million from the DOE to conduct a FEED study for retrofitting ION Clean Energy Inc.’s post-combustion CO 2 capture at the plant. TECO’s massive Polk site, meanwhile, “ has many features that make it an ideal candidate for applying post-combustion carbon capture, including favorable geology for onsite large-scale CO 2 storage,” the DOE said. Exploring Carbon Capture at 1.2-GW Polk Station Cane Run 7’s strategic location makes it an ideal representative of power plants in the Midwest and central U.S, “where intermittent renewable power and geographical storage for CO 2 is limited,” the DOE said. The FEED study is expected to provide engineering and cost information relevant to retrofitting a carbon capture process on NGCC units. “An optimized aqueous amine absorption capture process developed by UKy will be applied to capture approximately 1,700,000 tonnes/year of CO 2 at >95% capture rate,” the DOE said. The DOE’s funding will furnish a project team led by the Electric Power Research Institute (EPRI) with $5.8 million to complete a FEED study for a project that could retrofit the University of Kentucky’s (UKy’s) solvent-independent low-cost CO 2 capture process to the generation unit. The facility replaced an iconic coal-fired generating unit built in 1954. Cane Run 7, which came online in June 2015, was Kentucky’s first natural gas combined cycle (NGCC) generating unit.
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