A first-of-a-kind project in Canada will validate our technology for gigatonne-scale commercial deployment.
We are partnering with the visionary Canadian carbon removal project developer Deep Sky to provide a first-of-a-kind direct air capture (DAC) system for their Deep Sky Alpha test facility in Quebec. Scheduled to begin operations later this year, the containerised system will recover 250 tonnes of CO₂ from the atmosphere each year.
Deep Sky seeks to leverage Canada’s vast reserves of renewable hydroelectric energy to remove gigatonnes of CO₂ from the atmosphere by the end of the decade. They are using our technology to demonstrate carbon removal on a small scale before eventually building commercial facilities that can capture between 100,000 and one million tons of CO₂ annually for permanent mineralisation.
Status
Deployment
Location
Alberta, Canada
Time to deliver
10 months
Capacity
250 tCO₂ / year
Application
Permanent carbon removal
Process
Underground storage
DAC+Mineralisation represents one of the most measurable and durable solutions for permanent carbon removal. By recovering atmospheric CO₂ and reacting it with rock to form minerals — which endure for millions of years — it provides a strong backbone for developing a credible carbon removal market. Yet, to scale high-quality carbon removals credits, you first need to scale high-quality DAC.
On a mission to scale a carbon removal hub in Canada, Deep Sky is wasting no time in gathering together the world’s top DAC technologies. By deploying our heat-free electrochemical DAC system, they are investing in the carbon removal route with the highest possible energy efficiency and smallest land footprint.
We partner with pioneering CO₂ users, project developers, engineers, and scientists around the world to turn historic carbon waste into new climate value.