Decarbonization BASF Partners with Exterra for Commercial Scale CCS Project in Canada

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Under a MOU signed between both the parties, BASF and Exterra will work together to explore opportunities to deploy a commercial scale carbon capture and storage project in Quebec, Canada. The project will also make use of a combination of BASF’s Oase gas treatment technology and Exterra’s Reactive Oxide to Carbonate System as part of its integrated carbon storage services.

Quebec/Canada – BASF and Exterra Carbon Solutions (Exterra) have entered into a memorandum of understanding (MOU) to explore opportunities to deploy a commercial scale carbon capture and storage (CCS) project in Quebec, Canada, using a combination of BASF’s Oase gas treatment technology and Exterra’s Reactive Oxide to Carbonate System (ROC) as part of its integrated carbon storage services. The strategic partnership is aimed at accelerating the decarbonization of Quebec’s industrial sector, specifically targeting hard-to-abate industries like the cement, steel, gas-to-power and waste-to-energy sectors, which account for nearly 20 percent of global CO2 emissions, according to the International Energy Agency. The collaboration harnesses the strengths of both companies to offer a comprehensive solution that could reduce CO2 emissions, contribute significantly to the province’s decarbonization goals and enhance environmental quality.

To pioneer the integration of carbon capture and mineralization into a single, scalable system, BASF will contribute gas treatment solutions that lay the groundwork for robust carbon capture infrastructure. With its Oase blue technology, BASF will efficiently capture CO2 emissions from industrial processes, ensuring the extracted CO2 is ready for immediate mineralization. Exterra will complement BASF’s capabilities by providing ex-situ carbon mineralization services that ensure permanent storage without risks of leakage or reversal. Exterra’s innovative ROC technology, bolstered by its low-carbon footprint of magnesium oxides, will enhance BASF’s Oase gas treatment, and, together, they will transform captured CO2 into a stable mineral form. In addition, Exterra will provide additional value to participating industries by generating high-quality carbon credits validated by third parties. Overall, the partnership will increase transparency, safety and rapid scalability.

“We are thrilled to collaborate with BASF. This partnership is not only impactful for Exterra, as we are the first Canadian carbon sequestration company to partner with BASF, but it also represents a major milestone in our journey,” said Olivier Dufresne, CEO and Co-Founder, Exterra. “Our first project will be in Quebec, underscoring our shared dedication to delivering scalable and effective carbon capture and storage solutions. Unlike other methods that bury CO2 underground, our safe, surface-level CO2 sequestration solution offer a unique, groundbreaking approach. Together, we can make significant advances in the fight against climate change."

“This partnership is a key step in BASF’s commitment to building a sustainable future through innovation and collaboration,” said Todd Spengeman, Business Director, Standard Amines and Gas Treatment, BASF North America. “By seamlessly integrating BASF’s and Exterra’s cutting-edge technologies and leveraging our collective expertise, we are pushing the boundaries of what’s possible in carbon management, enhancing our ability to deliver sustainable solutions to our customers.”

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