Deep Sky Emphasizes Site-Specific Strategy for Carbon Capture in Alberta and Quebec

According to a recent LinkedIn post from Deep Sky, company cofounder Frederic Lalonde discussed the urgency of carbon capture in an interview with CBC Quebec AM. The post suggests that, in Deep Sky’s view, decarbonization of infrastructure and high-emission sectors must be paired with large-scale capture of residual and historical CO2 to address long-term warming risks.

The post highlights that Deep Sky’s Alberta projects may benefit from an existing regulatory framework for safely and permanently injecting captured CO2 into subsurface formations previously used for oil and gas extraction. This could position the company to advance projects in a jurisdiction where storage rules are more defined, potentially improving permitting visibility and long-term project bankability.

In Quebec, the post points to magnesium-rich rock formations in areas such as Thetford Mines as offering favorable geological conditions for mineralizing CO2 into stable, permanently stored forms. This geological profile could support lower perceived storage risk and may help attract partners or public funding tied to durable carbon removal solutions.

For investors tracking carbon management and carbon removal markets, the post underscores Deep Sky’s apparent strategy of site selection based on regulatory readiness and geological suitability. If the company can translate these locational advantages into scalable projects and contracted carbon credits, it could be better positioned within the emerging carbon capture and storage value chain, though execution, policy evolution, and carbon pricing remain key uncertainties.