First American Uranium Discovers New Pegmatite Outcrop During Site Visit; Confirms 27 km of Prospective Nb-REE Trends at Seigneurie, Quebec

Core Insights - First American Uranium Inc. has successfully completed a site visit to its Seigneurie Property in Quebec, confirming previous exploration work and ongoing field programs [1][2] - A new pegmatite outcrop was discovered, extending the known footprint of the potentially mineralized niobium and rare earth element (Nb-REE) system [2][4] - The property has over 27 kilometers of prospective trends identified, indicating strong potential for further exploration [4][6] Exploration Findings - The site visit revealed a pegmatite outcrop with a minimum width of 4 meters, containing quartz, feldspar, biotite, and magnetite [2][4] - Geological interpretations have outlined approximately 27 kilometers of prospective trends, which align with favorable geological settings for niobium and rare earth element mineralization [4][6] - The geological continuity and scale of the mineralized system are encouraging for follow-up work [6] Management Commentary - The CEO expressed confidence that the Seigneurie Property could become a significant niobium and rare earth element project in North America, highlighting the scale of the mineralized system and the new pegmatite discovery [6] - The Technical Advisor noted the strong potential for niobium and rare earths, with historical interpretations suggesting a width of at least 50 meters [6] Next Steps - The company's field teams will continue mapping, sampling, and prospecting throughout the fall, with results to guide the next phase of exploration [7] Strategic Advantages - The Seigneurie Property benefits from excellent infrastructure access, being located near the St. Lawrence River and crossed by Hydro-Québec power lines, which supports future exploration and development activities [8] Company Overview - First American Uranium Inc. focuses on the acquisition and development of precious, base, and critical mineral assets, with properties that include exposure to rare earth elements, niobium, and nickel-copper occurrences [9]