Canada Nickel and GeoRedox launch first geologic hydrogen project in Ontario
GeoRedox Corporation and Canada Nickel Company Inc. have launched a pioneering programme to develop what is described as the world’s first stimulated geologic hydrogen well at the Crawford Nickel Project in Timmins, Ontario, marking a potential breakthrough in zero-carbon hydrogen production.
The initiative is based on extracting hydrogen generated naturally within ultramafic rock formations through stimulated geological processes, with the aim of producing zero-carbon hydrogen without conventional electrolysis or fossil fuel reforming.
Under a memorandum of understanding, GeoRedox will fund the demonstration programme, while Canada Nickel will provide site access, geological data, technical expertise and operational support. The project represents the first phase of a broader development plan that could eventually support large-scale hydrogen production for industrial use.
The companies say the Crawford site is particularly well suited for testing due to its geology, which is already being developed as part of Canada Nickel’s broader Timmins Nickel District portfolio. The same ultramafic rock formations are present across more than 20 projects in the region, creating potential for a wider hydrogen-enabled industrial system if the technology proves successful.
Canada Nickel said the initiative aligns with its long-term vision of a “zero-carbon industrial cluster” in northeastern Ontario, where hydrogen could be used to support the processing of critical minerals including nickel, chromium and cobalt, while also leveraging regional carbon storage potential to reduce emissions across the value chain.
Mark Selby, Chief Executive Officer of Canada Nickel, said the partnership could help unlock a new low-carbon industrial model for the region, combining mineral production with emerging clean hydrogen technologies.
GeoRedox described the project as a key step in validating its technology in a real-world mining environment, noting that hydrogen is already widely used in metals production and could play a central role in decarbonising the sector.
The demonstration programme is expected to provide early technical validation of whether geologic hydrogen can be produced at scale in a commercially viable and reproducible way. If successful, it could open up a new class of naturally sourced hydrogen supply with significant implications for heavy industry decarbonisation.
The Crawford project, located in Canada’s Critical Minerals Corridor, is expected to become one of the largest nickel sulphide developments in the Western world and is being positioned as a low-carbon mining operation, with hydrogen integration forming part of its broader sustainability strategy.
