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Highlights
- Significant exploration activities outline high-priority targets for future drilling.
- Encouraging radioactivity levels identified, paving the way for further assays.
- Partnership with Dahrouge enhances data-driven approach to mineral exploration.
Greenridge Exploration Inc. has successfully completed its summer exploration program at the Carpenter Lake Project, situated on the southern margin of the Athabasca Basin in Saskatchewan. This project is gaining attention as the company seeks to identify and delineate high-priority targets for future drilling initiatives.
The recent exploration program, conducted by Dahrouge Geological Consulting Ltd., spanned fifteen days and was designed to investigate newly identified anomalies within the project area. Key activities included detailed geological mapping, prospecting, rock sampling, and scintillometer sweeps in areas with limited outcrop exposure. The systematic targeting approach employed by Dahrouge integrated historical data with recent exploration results, allowing for a refined focus on critical areas of interest.
A major focal point of the 2024 exploration effort was the Cable Bay Shear Zone (CBSZ), a significant structural feature characterized by multiple airborne radiometric anomalies and well-defined conductive zones. This zone is central to the project’s exploration strategy, which aims to evaluate uranium anomalies identified in historical lake sediment samples. The comprehensive approach reflects the potential for discovering economically viable mineralization within the region.
Throughout the program, a total of 116 samples were collected, consisting of 106 in situ samples from outcrops and subcrops, along with 10 samples from float or boulders. Notably, 22 of these sample locations exhibited anomalous radioactivity exceeding 1,000 counts per second (cps). Among these, six sample sites recorded even higher levels, measuring above 3,000 cps. These encouraging indicators suggest that the Carpenter Lake Project may have substantial mineralization potential.
However, while elevated radioactivity levels are promising, further assays are necessary to confirm the presence of uranium or other economically significant minerals. It is important to note that the samples collected are selective in nature, meaning they may not represent the overall mineralization across the project area. Consequently, Greenridge has shipped these samples to the Saskatchewan Research Council Geoanalytical Laboratory for analysis via Inductively Coupled Plasma Mass Spectrometry (ICP-MS). The results of these analyses will be crucial in determining the project’s viability.
Russell Starr, CEO of Greenridge, expressed enthusiasm about the completion of the summer exploration program, stating, “We are very excited to have completed our summer exploration program at the Carpenter Lake Project. The completion of the Program will play a crucial role in the future exploration of the Project, and we are thrilled to have fully benefited from our partnership with Dahrouge.” He emphasized that the findings will guide the company’s future exploration efforts and help identify high-priority targets.
