Exploring Natural Hydrogen Potential in Western Australia's Edmund-Collier Project
Key Ideas
- Constellation Resources Ltd has received promising initial results for Total Organic Carbon and Thermal Maturity analysis of shale samples from the Edmund-Collier Natural Hydrogen Project.
- The project, spanning 87,602 square kilometers in Western Australia, offers a first-mover opportunity to explore for natural hydrogen from organic-rich shale units.
- Targets in the project, not previously tested by drilling, cover a vast area of 300 km east-west and 40 km north-south, indicating significant exploration potential.
- The company's wider Natural Hydrogen Project aims to tap into the basin-scale opportunity in the region, representing a strategic move in the energy exploration sector.
Constellation Resources Ltd has revealed the initial findings of Total Organic Carbon (TOC) and Thermal Maturity (TM) analysis of shale samples from the Edmund-Collier Natural Hydrogen Project in Western Australia. The project, a part of the company's broader Natural Hydrogen Project, covers a substantial area of 87,602 square kilometers in Western Australia. The company views this project as a pioneering opportunity to delve into the exploration of natural hydrogen, potentially originating from organic-rich shale units that are remarkably extensive at 300 kilometers east-west and 40 kilometers north-south. Interestingly, these exploration targets have never been examined through drilling activities, hinting at untapped resources. These findings indicate a positive sentiment towards hydrogen exploration in the energy sector, showcasing the company's strategic approach to leveraging the region's basin-scale potential in the search for natural hydrogen resources.