3/21/2024 0 Comments Toronto company carbon capture![]() ![]() ![]() Unlike other methods of carbon capture, this technology can be retrofitted to existing power plants. ![]() Post-combustion carbon capture involves capturing CO 2 from flue gas produced by fuel combustion. The project has the potential to connect to other industrial emitters in the region and could eventually transport up to 14.6 Mtpa for EOR or storage in aquifers, potentially making it the largest CCS project in the world. Additionally, it can be used to create construction materials, chemicals, plastics, and products derived from algae, such as fertilisers and animal feed. It will begin service in 2017 with a capacity of 1.5 to 2.0 Mtpa, and the carbon will be used for EOR in the Clive oil reservoir. Captured carbon can also be converted into fuels such as methane, methanol, aviation, and gasoline. The Alberta Carbon Trunk Line is a gathering system that will pipe and store CO 2 from the Sturgeon Refinery and Agrium Fertilizer Plant near Redwater, Alberta. Carbon from this project would be stored in aquifers. The Fort Nelson project in British Columbia is a gas processing plant retrofit that will capture 2.2 Mtpa starting in 2018. Two large Canadian projects are currently under construction: Spectra’s Fort Nelson and the Alberta Carbon Trunk Line. This project, which began capturing carbon in October 2014, is the first and only large-scale power plant CCS project in the world, and the first commercial application of post-combustion Footnote 1 carbon capture. The captured carbon is sold to Cenovus for use in enhanced oil recovery (EOR) at the Weyburn oil field. Carbon stored in aquifers is permanently sequestered and does not have secondary uses.īoundary Dam is a coal-fired power plant retrofit that is currently capturing 1 Mtpa of CO 2. Quest captures 1.2 Mtpa of CO 2 from oil sands upgrading processes, which is then stored in a deep saline aquifer. The two major operating CCS projects are SaskPower’s Boundary Dam in Estevan, Saskatchewan, and Shell’s Quest project near Fort Saskatchewan, Alberta. Direct-air carbon capture is an emerging technology in which companies aim to produce fuels or plastics from carbon that is already in the atmosphere, rather than from fossil fuels. ![]()
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