CO2 Lock Corp, a subsidiary of FPX Nickel Corp, is poised to launch a groundbreaking carbon capture and storage (CCS) pilot project in Northern British Columbia next year.
This endeavor will mark a significant milestone, as it represents the only CCS project currently planned in the region. The Sam Project focuses on permanently storing carbon dioxide (CO2) through injection into a substantial ultramafic rock body.
These rocks, characterized by their high iron and magnesium content and low silica content, exhibit exceptional suitability for CO2 sequestration due to their inherent ability to react with CO2 and form stable carbonates.
CO2 Lock intends to leverage these brucite-rich serpentinized peridotite (BRSP) formations to safely store CO2, contributing to large-scale carbon mineralization.
The company’s 2025 Pilot Program is strategically designed to secure the necessary permits and advance CO2 sequestration operations.
The company is actively engaged in discussions with First Nations as part of the BC Energy Regulator’s approval process and is dedicated to ensuring full compliance with the Environmental Assessment Process.
Furthermore, CO2 Lock is actively seeking support from local governments to facilitate the project’s advancement.
Relevant: CO2 Lock, Cielo Carbon Solutions, And CarbonQuest To Pursue CCS In British Columbia
The project’s infrastructure will leverage existing road networks and incorporate pipelines for efficient CO2 transportation as the project expands. Additional infrastructure, such as storage containers, compressors, and drilling equipment, will be deployed to support the CO2 sequestration process.
While the specific figures for job creation are still under development, the project is anticipated to generate significant employment opportunities and contribute positively to the local economy.
From a geological perspective, the Sam Project offers several compelling advantages. CO2 will be stored at a depth of 400-500 meters (1,312-1640 feet) below the surface, in a region characterized by zero seismic activity, ensuring the long-term stability and security of the CO2 storage.
The site’s unique geological and geographical conditions render it highly suitable for the safe and permanent sequestration of CO2.
Read more: CO2 Lock And Ionada Partner To Pursue Carbon Capture And Storage In British Columbia
