CO2 Lock Corp, a subsidiary of FPX Nickel Corp, has announced plans to establish an innovative carbon capture and storage CCS pilot project in Northern British Columbia in 2025. A first of its kind, The Sam Project will mark a vital step in the region’s efforts to tackle and remit carbon emissions.
Project Focus
The Sam Project injects CO2 into a large ultramafic rock body to be permanently stored. These iron and magnesium-rich rocks are well-suited for CO2 sequestration.
Their low silica content and natural chemical properties make them react with CO2, forming stable carbonates that trap the gas for long periods.
CO2 Lock aims to use brucite rich serpentinized peridotite (BRSP) formations in the region to store CO2 safely. These geological formations are highly effective for carbon mineralization. They can help mitigate the impacts of climate change by permanently sequestering CO2 underneath the surface of the earth.
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Environmental Compliance and Community Engagement
The company is working closely with First Nations communities as part of the British Columbia Energy Regulator’s approval process. CO2 Lock is committed to meet all the requirements set by the Environmental Assessment Process. The company also aims to secure support from local governments to ensure the smooth progress of the project.
Infrastructure and Job Creation
The Sam Project will utilize existing road networks and incorporate pipelines for efficient CO2 transportation. The company plans to deploy additional infrastructure as the project expands. It includes storage containers, compressors, and drilling equipment.
The project has not yet finalized the exact figures for job creation. However, it is expected to create significant opportunities and boost the local economy.
Safe and Secure CO2 Storage
The captured CO2 will be injected at depths ranging between 400-500 meters, which is 1,312-1,640 feet below the surface of the earth, and is located in a region without seismic activity. Such specific geological conditions ensure the stability of the CO2, ensuring a long time for its safe storage.
The captured CO2 will stored safely at a depth of 400-500 meters under neath the surface. The area selected will be one where there is no seismic activity. These unique geological conditions ensure the long term stablity for permanent sequestration of CO2.
The project promises to contribute to Northern British Columbia’s sustainability goals while advancing the broader carbon capture and storage industry.