First Atlantic Nickel Corp. has announced a strategic research partnership with Colorado School of Mines to investigate geologic hydrogen as an energy source in the St. Anthony Ophiolite Complex and the Pipestone Ophiolite Complex in Newfoundland, Canada. These projects involve exploring ultramafic rock formations rich in awaruite-bearing serpentinized peridotites, crucial for geologic hydrogen. The company's focus on nickel-iron alloy mineralization aims to secure a local nickel supply while enhancing North America's mineral independence. The collaboration will leverage existing exploration data to support academic research on geologic hydrogen, particularly focusing on the formation of hydrogen via serpentinization, emphasizing the role of awaruite as an indicator mineral. Colorado School of Mines' expertise in both mining and oil industries positions them well to advance geologic hydrogen exploration. Awaruite's unique formation conditions highlight Newfoundland's potential as a hub for hydrogen research, with the region's ophiolites offering promising sources of geologic hydrogen. The study's ultimate goal is to advance sustainable energy sources by tapping into the natural hydrogen production processes in ophiolitic peridotites.