Protium Survey Results Identify Hydrogen Target

In This Article:

Vancouver, British Columbia--(Newsfile Corp. - December 3, 2024) - Protium Clean Energy Corp. (CSE: GRUV) (FSE: G071) ("Protium" or the "Company"), a Canadian mineral exploration company focused on exploration and development, is pleased to announce the successful preliminary results of its satellite gas surveys over its Temiskaming Claim block and the surrounding 11,000 sq km area centered on Lake Temiskaming and the Quebec Innovative Materials Corp. ("QIMC") hydrogen showings.

Summary of the results to date

  • Identified anomalous targets on our current property similar to recent known discoveries in the area

  • Defined a predictive model, and a deeper understanding of the geology

  • Identified further geological areas of interest

"We are thrilled with the initial results and the outstanding work conducted by Aster Funds. This survey has confirmed our strategy and provided us with a significant advantage as we move forward," said Marc Branson, CEO of Protium Clean Energy Corp.

Hydrogen, helium, radon, methane, and carbon dioxide gases were detected, and their abundances mapped. Satellite data were acquired and processed across multiple dates, including critical seasonal periods such as April 15th (ice breakup) to distinguish geological hydrogen sources from potential biological or seasonal influences. Locations with moderate to high hydrogen abundances were outlined, and those locations with multiple hydrogen results were contoured. Areas with multiple hydrogen results for three or more periods were deemed anomalous. Identifying areas with consistent hydrogen results across three or more periods provides confidence in the persistence of the anomalies and strengthens the case for a geological source.

Utilizing anomalous hydrogen soil sample sites as training data for AI-based Quadradic Discriminant Function Classifier analysis, hydrogen "Predictive Fingerprint Target areas" were observed, indicating zones with potential hydrogen accumulation, aligning with the locations of QIMC's known hydrogen anomalies.

One such target was identified on Protium's Temiskaming claim block. Based on this, the hydrogen data was contoured, returning a five-hydrogen anomaly and a cluster of seven smaller four-hydrogen anomalies: the primary hydrogen anomaly and six of the clusters are over Cobalt Group rocks.

The April helium gas results showed very high helium abundances in Lake Temiskaming and 122 other lakes, representing less than 7% of lakes in the 11,000 sq. km area studied. It is noteworthy as helium is often found in conjunction with hydrogen due to shared migration pathways, enhancing the prospectivity of this target area.