Radon Survey
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North American Niobium and Critical Minerals Corp. Reports Positive Preliminary Soil-Gas Radon Survey Results at Blanchette and Bardy; Phase 2 Planned with Rapid Follow-Up Portable Bedrock Drilling Program
Globenewswire· 2026-01-08 12:30
Core Insights - North America Niobium and Critical Minerals Corp. has reported positive preliminary results from its Phase 1 soil-gas radon survey on the Blanchette and Bardy properties in Québec, indicating multiple radon anomalies associated with rare earth element (REE) prospects [1][3][5] Survey Details - The Phase 1 soil-gas radon survey was conducted by RadonEx from December 16 to 18, 2025, covering a grid of 250 m x 250 m at Bardy with 68 sampling points and two grids of 200 m x 200 m at Blanchette with 72 sampling points [3][4] - Anomalous responses were defined as greater than 0.19 pCi/m²/s at Bardy and greater than 0.15 pCi/m²/s at Blanchette, with several radon anomalies located near known REE prospects [3][5] Interpretation and Future Plans - The preliminary interpretation suggests that the radon anomalies may indicate extensions of pegmatitic granitic dykes, which are known to host REE and niobium mineralization [3][5] - The company plans to expand the radon survey in Q1 2026 to cover additional areas of the Blanchette, Bardy, and Seigneurie properties, with grid design and spacing still under review [5][16] Follow-Up Strategy - North America Niobium is integrating near-real-time radon targeting with a rapid follow-up backpack drilling program to quickly assess newly identified anomalous areas [11][18] - The backpack drilling method is designed to drill through overburden and recover bedrock core samples for geological logging and sampling, with an expected collection of 3-5 samples per day [13][18] Company Overview - North America Niobium and Critical Minerals Corp. focuses on the acquisition and development of precious, base, and critical mineral assets, including properties in British Columbia and Québec that are strategically important for energy and defense applications [20]