Granite Creek Copper Expands Alaskan Projects, Eyes Geologic Hydrogen Potential
Key Ideas
- Granite Creek Copper Ltd. acquires the Union Bay PGM-Ni project and signs an LOI for the Duke Island Cu-Ni-PGE project in Alaska, both with geologic hydrogen potential.
- The company collaborates with Cornell University and Dr. Greeshma Gadikota to explore geologic hydrogen production, critical minerals mineralization, and carbon sequestration.
- Granite Creek engages Mr. Greg Lynch, an experienced geologist, to prioritize acquisitions with geologic hydrogen potential and positions itself as a front runner in this emerging sector.
- The company's president, Tim Johnson, expresses excitement about adding geologic hydrogen to their exploration efforts and will participate in upcoming workshops and events to discuss the potential of geologic hydrogen in energy transition.
Granite Creek Copper Ltd. has announced the acquisition of the Union Bay PGM-Ni project and the signing of a Letter of Intent to acquire the Duke Island Cu-Ni-PGE project in Alaska. Both projects exhibit critical minerals mineralization and geologic hydrogen production potential. The company is collaborating with Cornell University and Dr. Greeshma Gadikota to conduct studies on geologic hydrogen production. Additionally, Granite Creek has enlisted the expertise of Mr. Greg Lynch to identify further acquisitions with geologic hydrogen prospects. President Tim Johnson is optimistic about the company's involvement in the geologic hydrogen space and plans to present at the Geologic Hydrogen Workshop in Fairbanks, Alaska, to explore the possibilities of geologic hydrogen production, storage, and transportation. The company also aims to participate in the RE+ CHARGE H2 Event in Seattle, Washington, to contribute to discussions on emerging hydrogen hubs in the United States. Geologic hydrogen, also known as white hydrogen, is gaining recognition for its potential to decarbonize the energy sector, with economic discoveries dating back to 1987 in Mali. Granite Creek Copper is positioning itself as a key player in the geologic hydrogen sector and is actively engaging in research, collaboration, and exploration to drive sustainable growth in the hydrogen economy.