Granite Creek Copper Explores Geologic Hydrogen Potential in North America
Key Ideas
  • Granite Creek Copper is strategically positioning itself as a first mover in the emerging geologic hydrogen sector through acquisitions and collaborations with Cornell University and New England Research Inc.
  • The company is exploring geologic hydrogen potential in Alaska's Union Bay project and another project in northern state, alongside research on carbon sequestration and critical minerals.
  • Collaborating with Cornell University, Granite Creek aims to stimulate geologic hydrogen production and leverage natural catalysts for energy transition and decarbonization of fuel supply chains.
  • In addition to geologic hydrogen, Granite Creek is advancing its flagship Carmacks polymetallic project in Canada's Yukon Territory, aiming to expand its copper equivalent resource and enhance shareholder value.
Granite Creek Copper Ltd. is in the process of acquiring two projects with potential for geologic hydrogen, a clean energy source. In collaboration with Cornell University and under a grant from the US Department of Energy, the company is researching the occurrences and extraction methods of geologic hydrogen. Geologic hydrogen is a naturally occurring gas trapped in geological formations, produced through high-temperature reactions. The projects acquired by Granite Creek are also prospective for carbon sequestration and critical minerals. The company is investigating ways to stimulate geologic hydrogen production in Alaska with the guidance of experts. The collaboration with Cornell University aims to explore the multi-use potential of geologic hydrogen projects, including critical metal recovery and carbon storage. Granite Creek's strategic partnerships and acquisitions position it as a key player in the emerging geologic hydrogen sector. The company is also advancing its flagship Carmacks polymetallic project in Canada, with plans to expand its copper resource. Geologic hydrogen, as an emerging carbon-free energy sector, presents significant opportunities for renewable energy and reduced carbon footprint.
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