First Atlantic Nickel Corp. has announced a strategic research partnership with Colorado School of Mines to explore geologic hydrogen as an energy source in Newfoundland's ophiolite complexes. These complexes, the St. Anthony and Pipestone Ophiolite Complexes, are rich in ultramafic rocks that can release hydrogen gas through serpentinization. By focusing on awaruite nickel-iron alloy mineralization, the company aims to ensure a secure nickel supply for North America while reducing dependence on foreign processing. The partnership leverages existing drilling data to support academic research on geological hydrogen, aiming to extract additional value from the projects. Ophiolites, like those in Newfoundland, are recognized globally as prime sources of geologic hydrogen, with peridotites producing significant amounts of hydrogen. Awaruite, identified as an indicator mineral for hydrogen-rich environments, forms under highly reducing conditions created by substantial hydrogen generation. The collaboration between First Atlantic and Colorado School of Mines combines expertise from the mining and oil & gas industries to advance geologic hydrogen exploration and monitoring. This research not only promotes sustainable energy sources but also strengthens North America's critical minerals supply chain.