Thor Energy reported peak natural (white) hydrogen readings of up to (3\%) ((30,000\text{ ppm})) at its HY-Range Project in South Australia, roughly (60,000) times normal atmospheric background levels. This update validates three priority focus areas and confirms active hydrogen generation.
Key Project Details & Results.
- Location: The HY-Range Project (License RSEL 802) is situated north of Adelaide, South Australia.
- The Numbers: Phase-2 soil air geochemistry testing recorded a maximum reading of (3%) natural hydrogen, with an adjacent location peaking at (1.5%).
- Data Reliability: Enhanced sampling methods (varying depths and long-duration intervals) were deployed to reduce the risk of sample contamination and false positives.
Geological Significance.
- Fault Alignment: The high-grade geochemical anomalies strongly correlate with the area’s interpreted basement faults, which are essential for migrating and concentrating economic hydrogen reservoirs.
- Expanded Footprint: Beyond the HY-Range project, Thor Energy also expanded its presence in the region by securing new licenses in the Otway Basin alongside joint-venture partner H2EX.
Next Steps.
Thor Energy plans to announce a major 2D seismic acquisition program across the license to map the structural architecture of the subsurface, pushing the project closer toward exploration drilling.
Would you like to know more about the upcoming seismic timeline or the economic differences between natural and manufactured hydrogen?
