A carbon storage hub scenario in northwestern North Dakota. The hub is expected to store more than 50 million tons of CO2 over a 30-year period, which would be collected from natural gas midstream operations, power generation, ethanol production and other facilities University of North Dakota plans to determine the feasibility of a carbon storage… Continue reading Roughrider Carbon Storage Hub
A future CCS project on 26,000 acres of land along the Mississippi River industrial corridor, in Louisiana. One Hub-class sequestration project comprised of three distinct sites with a cumulative storage capacity of over 500 million metric tons and identified collectively as Harvest Bend CCS. In February 2022, Talos Energy announced that it had reached an… Continue reading Harvest Bend CCS Project (formerly River Bend)
A planned carbon capture and storage project at Rio Grande LNG in Brownsville, Texas. Rio Grande LNG is situated on a 984-acre site on the banks of an uncongested deepwater channel. Rio Grande LNG plans to offer CO2 emissions reduction of more than 90 percent via planned carbon capture and storage – capturing and permanently… Continue reading Rio Grande LNG Facility with CCS Phase 1
Red Trail Energy, LLC, an ethanol producer near Richardton, North Dakota, is currently operating a CO2 capture facility adjacent to the RTE ethanol facility, to ultimately inject about 180,000 tonnes CO2 annually more than a mile below RTE property for permanent storage. In September 2024, Gevo agreed to acquire the facility for $210m. The transaction… Continue reading Red Trail Energy CCS Project
Fervo Energy Company (Houston, Texas) intends to establish the Red Rocks DAC Hub in southwest Utah. Fervo’s geothermal and carbon sequestration exploration and resource characterization activities suggest that there is more than 10 gigawatts of high-quality, economically exploitable geothermal resources available in southwest Utah, which could translate into a storage potential of up to 100… Continue reading Red Rocks DAC Hub: A Geothermal Energy-Driven Direct Air Carbon Capture and Sequestration Hub in Southwest Utah
The project is anticipated to capture over 1.5 million metric tons of carbon dioxide per year from the existing Quail Run Energy Center in Ector County. The carbon capture facility will be located on land owned by the Quail Run Energy Center with all improvements located in Ector County ISD. The project is to separate… Continue reading Quail Run Carbon Capture Project
A large-scale wind project likely supplemented with solar to directly power electrolysis and other related synthesis facilities to produce clean hydrogen in Eastern Wyoming. This “clean hydrogen” may be used directly as a renewable fuel or could be combined with other gasses to make ammonia or synthetic fuel, such as green diesel, using well-established chemical… Continue reading Pronghorn Clean Hydrogen Hub | Discouraged
A commercial-scale geological storage complex in Shelby County, Alabama. Southern States Energy Board plans to assess local industrial CO2 sources and storage reservoirs in Shelby County, Alabama to establish the feasibility of a commercial-scale geological storage complex. Targets for storage reservoirs include the deep Ketona Dolomite, secondary porous carbonate formations, and other low-permeability sedimentary rocks.
Project Eos is a potential carbon storage hub for the Pueblo, Colorado area to reduce industrial emissions from cement, steel, and power plant operations.
University of North Dakota Energy & Environmental Research Center (EERC) plans to demonstrate lower-cost DAC technology from Climeworks and permitted CO2 storage facilities in North Dakota at megatonne scale to catalyze and guide the development of commercial DAC plus storage facilities on the northern Great Plains. Climeworks will deploy technology to Prairie Compass Hub, which… Continue reading Prairie Compass DAC Hub — Phase 1
