Granite Creek Copper Explores Geologic Hydrogen Potential in Alaska and British Columbia
Key Ideas
- Granite Creek Copper Ltd. is acquiring projects in Alaska and British Columbia with potential for geologic hydrogen extraction, in addition to carbon sequestration and critical minerals exploration.
- The company collaborates with Cornell University to study geologic hydrogen production, aiming to accelerate efforts towards decarbonizing fuel supply chains and energy transition.
- Alongside geologic hydrogen focus, Granite Creek is advancing its Carmacks polymetallic project in Canada to expand copper resource, with promising results from recent drilling and metallurgical tests.
- Geologic hydrogen is considered an emerging energy sector, offering a carbon-free energy source with significant global demand potential, contributing to lower carbon footprints in energy portfolios.
Granite Creek Copper Ltd. is strategically positioning itself in the emerging field of geologic hydrogen, a clean energy source found beneath the earth's surface and trapped in geological formations. In collaboration with Cornell University and the US Department of Energy, the company is exploring ways to extract geologic hydrogen in projects in Alaska and British Columbia. Geologic hydrogen, also known as white, gold, or natural hydrogen, holds promise for decarbonizing fuel supply chains and playing a pivotal role in the energy transition. The partnership with Cornell University focuses on stimulating geologic hydrogen production in ultramafic resources to enhance natural hydrogen generation. This initiative aligns with Granite Creek's expansion beyond critical metals exploration to include geologic hydrogen, alongside advancing its flagship Carmacks polymetallic project in Canada. With successful drilling and metallurgical tests at Carmacks, the company aims to significantly increase its copper resource and enhance shareholder value. Geologic hydrogen, an overlooked energy source first discovered in 1987, is gaining attention globally as a carbon-free energy sector with substantial potential to reduce carbon footprints in energy portfolios. As the company continues its exploration and research efforts, geologic hydrogen emerges as a promising avenue for sustainable energy development and environmental impact mitigation.
Topics
Projects
Environmental Impact
Investment
Energy Transition
Research
Collaboration
Exploration
Mining
Critical Minerals
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