Geologic hydrogen, a promising energy source with the potential to reshape the global energy sector, is now making waves in Southeast Alaska. While the focus has predominantly been on its role as a low-carbon fuel, a new aspect of its application is emerging – its intersection with the mining industry. Granite Creek Copper, based in Vancouver, has embarked on a groundbreaking initiative in partnership with Cornell University to explore the utilization of geologic hydrogen in mining operations. The project, funded by the U.S. Department of Energy, aims to assess the viability of extracting hydrogen from mineral-rich rocks found in Southeast Alaska, near Ketchikan. In addition to investigating hydrogen production, the research also delves into the potential for carbon sequestration as part of a comprehensive approach to sustainability. By drilling into rocks to access hydrogen, extracting minerals, and subsequently sequestering carbon in the resulting voids, the project embodies a forward-looking strategy towards cleaner energy practices. Greeshma Gadikota, an engineering professor at Cornell leading the study, highlighted the importance of the research in paving the way for a pilot project to test the feasibility of geologic hydrogen extraction. Rock samples from the two designated sites will undergo detailed analysis to determine their suitability for hydrogen development. Gadikota anticipates the design of the pilot project to be finalized by the conclusion of the upcoming year, underscoring the rapid progress in integrating geologic hydrogen into mining activities. The initiative not only holds promise for advancing sustainable energy solutions but also underscores the potential for innovation at the convergence of energy and mining sectors. As the study progresses, the mining industry in Alaska stands at the forefront of embracing geologic hydrogen as a catalyst for enhancing operational efficiency and environmental stewardship.