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Diamond drilling and drilling to extraordinary scale radioactivity
**Abstract**
FISSION ENERGY CORP. (TSXV:FIS) (OTCQX:FSSIF), in collaboration with its joint venture partner Alpha Minerals Inc., is excited to announce the discovery of a third uranium mineralization zone at the Patterson Lake project within the Athabasca Basin in Saskatchewan. The newly identified area exhibits significant radioactivity and potential for large-scale uranium deposits.
The results detailed in this release come from two diamond drill holes, PLS13-048 and PLS13-055, located in the L780E section, approximately 780 meters east of the initial discovery area, R00E. These holes are situated 390 meters east of the previously announced R390 zone, which was the second mineralized zone identified in the project area.
PLS13-055, drilled in the L780E section, intersected three distinct radioactive zones within sheared, graphitized chlorite-bearing metamorphic gneiss. Two of these zones were narrow but exhibited super-scale radioactivity, while the third showed more continuous mineralization. Notably, one of the zones contained radioactive levels exceeding 9,999 counts per second (cps), indicating high-grade uranium mineralization.
Highlights from the drilling include:
- **PLS13-048 (L780E)**: This hole encountered a weak to moderate 22-meter-wide mineralized zone between 155.0 m and 177.0 m depth. This was the first confirmation of mineralization in the area, leading to the subsequent drilling of PLS13-055 just 15 meters south.
- **PLS13-055 (L780E)**: This hole revealed three significant uranium zones, ranging from 5.0 m to 11.0 m in width, from 109.0 m to 176.5 m below the surface. One of these zones contained two super-scale radioactive intervals, measuring 0.1 m and 0.8 m wide, respectively. These zones are hosted within a graphitized shear zone, suggesting strong structural control over mineralization.
Ross McElroy, President, COO, and Chief Geologist of Fission Energy, stated: “The discovery of this new mineralization zone in the L780E section confirms the presence of three independent uranium zones along the Patterson Lake trend. This not only expands the known mineralized area but also deepens our understanding of the geological framework that has led to the formation of a major radioactive uranium system.â€
With these results, Fission Energy continues to advance its exploration efforts in the Athabasca Basin, a region known for hosting some of the world’s most significant uranium deposits. The company remains focused on expanding its resource base and unlocking value through strategic drilling and geological interpretation.