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Tourmaline Compressor Engine CCS, Cielo-CarbonQuest
The project will demonstrate the viability for scale deployment of a first-of-its-kind modular, adsorbent agnostic VPSA (vacuum pressure swing adsorption) carbon capture system using a baseline commercial advanced Zeolite and non-commercialized MOF (Metal Organic Framework) adsorbent within the system. This application is highly innovative and industry-leading in the world of small to mid-scale point source…
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Lehigh Cement Edmonton CCUS Feasibility Study Project
Developing the First Carbon Capture for the Cement Industry Funded through ERA’s Partnership Intake Program, this project evaluated the potential for adding a full-scale carbon capture system to Heidelberg’s (formerly Lehigh) cement plant in Edmonton, Alberta. The preliminary study found that it is technically feasible to capture up to 95 per cent of CO2 using…
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Heartland Waste to Energy with Carbon Capture FEED Study
VArme Eenrgy’s project is a waste-to-energy facility with integrated carbon capture and storage, located in Alberta’s Industrial Heartland. This will be the commercial pilot demonstration phase of the project, following the completion of the pre-FEED study which will be conducted in conjunction with Worley Parsons. The waste-to-energy technology will be provided by Babcock & Wilcox…
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SCC FGR on gas turbine with mole sieve CCS
Strathcona Resources, in collaboration with Solar Turbines and Caterpillar Low Carbon Solutions, intends to build a commercial-scale demonstration of a Semi-Closed-Cycle (SCC) Flue-Gas-Recirculation (FGR) technology combined with a molecular sieve to effectively capture and store carbon. This technology will be applied on a gas turbine cogeneration system at our Lindbergh thermal oil facility near Cold…
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Project Clear Horizon
Project Clear Horizon is a regional Carbon Capture, Utilization, and Storage (CCUS) value chain in Southeast Alberta expected to permanently sequester up to three million tonnes of CO2 annually. FEED Study:The final output for the FEED Study will be an integrated engineering design package that includes key deliverables describing in detail the engineered solution for…
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Athabasca Leismer Carbon Capture
Entropy has developed world-leading, commercial scale carbon capture and sequestration (CCS) technology that is suitable for a wide variety of industrial emissions, including various forms of natural gas combustion. The first commercial application, recently completed at the Advantage Energy Glacier Gas Plant near Grande Prairie, Alberta, captures CO2 emissions from the exhaust of a gas-fired 5,000…
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Innovative Integration of Carbon Capture for Clean Power
Reliable power is becoming increasingly important in Alberta’s evolving power market. Heartland Generation Ltd. will evaluate the feasibility of converting its natural gas-fired Battle River Generating Station to hydrogen, producing electricity with zero emissions, and strengthening Alberta’s power grid. The study will work with vendors to push the performance envelope of clean fuel technology, set…
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Exshaw Cement Carbon Capture and Bow Valley Decarbonization
Lafarge Canada Inc. is assessing the technical and economic feasibility of carbon capture utilization and storage (CCUS) at the Exshaw Cement Plant. The project will collaborate with strategic partners across the value chain and includes considerations for a transportation network and sequestration hub that will have future ability to link multiple industrial capture sites to…
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Feasibility and FEED for Post-Combustion Flue Gas Carbon Capture at Strathcona Resources Ltd Cold Lake Region SAGD Facilities
Strathcona Resources Ltd. (SRL) is pursuing development of a distributed Carbon Capture and Sequestration hub in the Cold Lake region to enable collection and permanent disposal of emissions from its three flagship thermal operations – Tucker, Orion, and Lindbergh. Combined, these three facilities produce approximately 62,000 bbls per day of bitumen using steam-assisted gravity drainage…
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Hinton Bioenergy Carbon Capture and Storage Project
The Hinton Bioenergy Carbon Capture and Sequestration (BECCS) Project Study is led by Vault 44.01 in collaboration with West Fraser and TorchLight Bioresources. The study supports a project that would capture and store biogenic carbon dioxide (CO2) emissions at West Fraser’s Hinton Pulp Mill site, permanently removing 1.3 million metric tonnes of CO2 from the…
