First Atlantic Nickel Corp. in Vancouver has announced a strategic partnership with Colorado School of Mines to delve into the geologic hydrogen potential in Newfoundland's ophiolites. The collaboration will concentrate on two sizeable ophiolite complexes: St. Anthony Ophiolite Complex and Pipestone Ophiolite Complex, both owned by First Atlantic. These complexes boast ultramafic rock formations, particularly awaruite-bearing serpentinized peridotites, crucial for geologic hydrogen. The company continues its focus on awaruite nickel-iron alloy mineralization, reinforcing North America's nickel supply chain while exploring hydrogen's energy potential. Geological studies indicate that ophiolites, with peridotite as a dominant rock type, are significant sources of geologic hydrogen. When peridotite reacts with water in a process called serpentinization, it releases molecular hydrogen gas. Awaruite, formed during this reaction, requires abundant hydrogen and is a valuable indicator mineral for hydrogen-rich environments. The presence of awaruite in Newfoundland's ophiolites highlights the region's promise for hydrogen research. The partnership with Colorado School of Mines aims to leverage existing data for academic research on geological hydrogen, with a focus on peridotites' ability to produce substantial hydrogen. The collaboration underscores the importance of ophiolites in generating hydrogen gas, with awaruite serving as a critical indicator of hydrogen-rich conditions. This joint effort not only advances scientific understanding but also highlights the potential of Newfoundland's ophiolite complexes as sources of geologic hydrogen for sustainable energy production.