A post-combustion CO2 capture facility for the natural gas combined cycle power plant at Calpine’s Deer Park Energy Center in Deer Park, Texas. The facility aims to capture roughly 5 million tonnes net CO2 per year, which equates to 95% of the total CO2 emitted by the natural gas combined cycle power plant each year.… Continue reading Deer Park Energy Center CCS Retrofit
A large pilot plant in eastern Quebec. The plant will use Captura’s technology — powered by hydroelectric dams — to suck 100 metric tons of CO2 from the ocean annually. If successful, the two companies plan to build one or more commercial facilities that could capture up to 1 million metric tons of CO2 each… Continue reading Deep Sky Direct Ocean Capture Pilot Plant
The development of the Coyote Clean Power Project, a zero-emissions NET Power plant. The plant is located within the Southern Ute Indian Reservation. The Coyote Clean Power Project is expected to produce 280 MW of clean power 24/7, while capturing and storing CO2. Its design is based on the NET Power system, which combusts fuel… Continue reading 8 Rivers | Coyote Clean Power Project
BVK’s second CCUS project in the US. The project reached a final investment decision in 2022. The CCUS project will separate, dispose of, and geologically sequester CO2 generated as a byproduct of BVK’s natural gas production in the Barnett and will utilize BKV Midstream assets to do so. The Cotton Cove Project is estimated to… Continue reading BKV | Cotton Cove CCUS Project
The Regents of the University of California (Oakland, California) intends to undertake a comprehensive assessment of the technical, social, and governance feasibility of establishing a Community Alliance for Direct Air Capture in the Southern San Joaquin Valley in California. The project includes a diverse group of technology companies, research organizations, and community partners that will… Continue reading Community Alliance for Direct Air Capture (CALDAC)
The Board of Trustees of the University of Illinois is leading an effort to promote technologies that can capture CO2 from the atmosphere and store it underground. The program includes the development of a DAC hub built upon previous geological studies conducted on the Denver-Julesburg Basin. The Colorado Regional DAC Hub intends to develop cooperative… Continue reading Colorado (Pueblo) Regional DAC Hub
A potential commercial-scale CO2 geological storage site in near offshore waters of the Coastal Bend region of the Texas Gulf Coast Port of Corpus Christi Authority intends to conduct a 24-month feasibility study to define, assess, and advance the project.
CO2 capture and onshore geologic storage under Port of Corpus Christi—owned property. As part of the project, Talos Energy and Howard Energy have entered into an option agreement with the Port of Corpus Christi Authority to pursue commercial carbon capture and sequestration opportunities on-site at the Port of Corpus Christi. The lease option agreement encompasses… Continue reading Coastal Bend Carbon Management Project
A carbon capture and storage (CCS) project aimed at reducing the carbon intensity of Chevron’s operations in San Joaquin Valley, California. The project includes the installation of CO2 post-combustion capture equipment, capturing the CO2 and then safely storing it thousands of feet underground. This CCS initiative would begin at Chevron’s 50 MW Kern River Eastridge… Continue reading Chevron Kern River Eastridge CCS
A potential commercial-scale carbon capture system integrated into CEMEX’s Victorville plant, in California. The project includes the development, optimization and scaleup of specific CO2 capture process components, as well as incorporation of next-generation non-aqueous solvents. Integration aspects of the low-cost, modular, process intensification capture technology with CEMEX’s cement plant are also planned to be covered,… Continue reading CEMEX Victorville Cement Plant CCSU
