Belmont Resources Confirms Uranium and Rare Earth Element Potential at the Crackingstone Project Through Modern Re-Assaying

Core Insights - The re-assaying of historic drill core at the Crackingstone Project has validated bedrock-hosted uranium mineralization and revealed a coherent rare earth element (REE) system, indicating potential for integrated uranium-REE exploration [2][11]. Exploration and Technical Highlights - The re-assaying program focused on intervals from 2008, confirming elevated uranium and REE concentrations, including zones with coincident enrichment [3][7]. - The project is strategically located in the Beaverlodge–Uranium City district, known for past uranium production, and benefits from existing infrastructure and favorable geology [4]. - Key technical highlights from the re-assaying program include multiple intervals with significant uranium and REE values, with specific samples showing high concentrations of both elements [5][6]. Analytical Methodology - Samples were analyzed using inductively coupled plasma–mass spectrometry (ICP-MS) for uranium and REEs, with results reported in parts per million (ppm) [6]. - The total rare earth elements (ΣREE) were measured from lanthanum to lutetium, including yttrium, and the light-to-heavy rare earth element ratio (LREE/HREE) was calculated for geochemical characterization [6]. Strategic Importance - The results support a broader exploration model that aligns with the growing global demand for nuclear fuel and critical minerals, highlighting the evolving landscape since the original drilling [8]. - The findings provide a strong technical foundation for refining exploration targeting and integrating uranium and REE vectors into future geological interpretations [9][11].