With this grant commitment, Breakthrough Energy Catalyst is supporting Deep Sky’s efforts to build large-scale carbon removal and storage infrastructure in Canada.

Deep Sky Community Engagement Report in Innisfail, Alberta

Deep Sky, the Canadian carbon removal project developer, has sold carbon removal credits to its founding buyers including Royal Bank of Canada and Microsoft.

Comparing Key Regulatory Approvals and Characteristics for CCS: Alberta and the United States

Deep Sky, the Montreal-based carbon removal project developer, has secured investment from two of Canada’s preeminent financial institutions. National Bank of Canada and BMO have collectively invested $2.5M CAD.

A new report shares findings from Deep Sky Research and its Hurricane Rainfall Model on how hurricane risk is changing due to climate change.

Deep Sky, the Canadian carbon removal project developer, has made significant progress on its carbon removal projects in Québec. The work includes pre-feasibility studies in Bécancour and Thetford Mines to assess the geologic potential for carbon storage. Thoughtful community engagement work is underway in each location, ensuring transparent communication with local residents and stakeholders.

Deep Sky, the Canadian carbon removal project developer, has selected a site in Innisfail, Alberta to build the world’s first carbon removal innovation and commercialization centre, Deep Sky Labs.

65% of voters believe that the election results have a chance of setting the nation backwards on its decarbonization goals, while voters blame financial and mental health burdens on global warming

67% believe climate change poses a severe threat and 53% want the Alberta government to do more about it.

Carbon removal company Equatic, with Canadian carbon removal project developer Deep Sky, today announced that engineering has commenced on North America’s first commercial-scale ocean-based carbon dioxide removal (CDR) plant.

Deep Sky, the Canadian carbon removal project developer, has published original research on wildfire risk in the United States. A new report shares findings from Deep Sky Research and its Wildfire Risk Model on how wildfire risk is changing due to climate change.

Deep Sky Research analyzes the latest climate data and applies novel modeling techniques to understand and model our changing climate in a way that accurately represents the extreme climate we’re in.

Deep Sky, Canada’s carbon removal project developer, has now unveiled 10 technologies that will be deployed at Deep Sky Labs and seven of them are XPRIZE Carbon Removal Top 100 teams, with the Top 100 representing a new generation of CDR innovators.

It is hard to ignore the fact that wildfires are getting worse across North America. Even those who haven’t seen them up close or lost their homes have probably inhaled the smoke. This report shares new findings from Deep Sky Research and its Wildfire Risk Model on how wildfire risk is changing due to climate change.

Deep Sky, the Canadian carbon removal project developer, and Sustaera, a US-based modular Direct Air Capture (DAC) company, have signed a Memorandum of Understanding to explore carbon removal technology in Canada.

Deep Sky, a Montréal-based carbon removal project developer, and Carbfix, the world’s first CO2 mineral storage operator, have partnered to explore CO2 mineral storage in Canada. A pre-feasibility study of Quebec’s potential reservoirs for CO2 mineral storage will conclude in June. 

New research from Deep Sky uses a novel approach for predicting the impact of climate change and finds current climate models could be underestimating the risks we face.

The sweltering temperatures in the spring and summer of 2012 contributed to devastating crop failure causing $41 billion in losses nationally. The past 20 years of carbon emissions have caused the risk of similar extreme heat waves to skyrocket. Heat waves like this used to occur once every 100 years. Deep Sky’s research found they will now happen once every five. Our carbon emissions have caused the risk of an extreme heat wave to increase 20-fold.

Deep Sky and Skytree, an Amsterdam-based Direct Air Capture (DAC) company, have partnered to deploy carbon removal technology in Canada.

Deep Sky and Avnos, the Los Angeles-based company pioneering novel Hybrid Direct Air Capture (HDAC™) technology for carbon dioxide removal, have joined forces to deploy HDAC technology in Canada.

Deep Sky and atdepth MRV, a Cambridge, Mass.-based provider of Monitoring, Reporting and Verification (MRV) services to the ocean and marine carbon dioxide removal (mCDR) industry, have partnered to advance Direct Ocean Capture (DOC) in Canada.

Deep Sky and Carbyon, a Netherlands-based DAC company, have partnered to install carbon removal technology in Canada.

Deep Sky and NEG8 Carbon, the leading Irish-based Direct Air Capture company, have partnered to install carbon removal technology in Canada.

Deep Sky Survey Reveals Québecers are Very Worried About Climate Change, Support Carbon Removal as Solution

Deep Sky and Greenlyte Carbon Technologies, a Germany-based DAC company, have partnered to install carbon removal technology in Canada.

Deep Sky and Skyrenu, a Quebec-based DAC company, have partnered to deploy carbon removal technology in Canada.

Deep Sky entered 2023 with a steadfast commitment to addressing the global climate crisis. We announced nearly a dozen Direct Air and Ocean capture partners, raised $75M from leading Canadian investors, and doubled our team of scientists, geologists, engineers and business leaders.

In all my years exploring new markets and opportunities, I’ve never come across an industry propelled by such strong tailwinds as what I've witnessed in the carbon removal sector.

Deep Sky and ReCarbn, a Netherlands-based DAC company, have partnered to deploy carbon removal technology in Canada.

Deep Sky and Carbon Atlantis, a Munich-based DAC company, have partnered to deploy carbon removal technology in Canada.

The two parties envision the development of large-scale DAC+S projects in Canada with a pathway to remove up to one million tons of CO₂ from the air.