Welcome to our dedicated page for Foremost Clean Energy news (Ticker: FMST), a resource for investors and traders seeking the latest updates and insights on Foremost Clean Energy stock.
Foremost Clean Energy (FMST) provides comprehensive news coverage for its uranium and lithium exploration activities across North America. This dedicated resource aggregates official press releases and verified updates about project developments, strategic partnerships, and operational milestones.
Investors and industry observers will find timely information on grassroots exploration initiatives, drill-ready targets, and technical advancements in mineral discovery. The curated collection includes updates about Manitoba lithium prospects, Quebec uranium projects, and corporate developments shaping FMST's position in clean energy resources.
All content undergoes strict verification to ensure accuracy and relevance to stakeholders. Regular updates cover essential aspects including geochemical survey results, land acquisition announcements, and exploration methodology enhancements. Bookmark this page for direct access to primary source information about FMST's evolving portfolio and market activities.
Foremost Clean Energy (NASDAQ: FMST) has announced positive results from its radon survey at the Wolverine Uranium Property in Saskatchewan's Athabasca Basin, located 15 kilometers southeast of the Cigar Lake Mine. The survey, conducted by RadonEx Ltd., collected 893 data points and revealed significant findings including a one-kilometer-long anomaly trending northeast and a second anomaly in the northeast portion of the grid.
The survey results indicate that interpreted structures at Wolverine are associated with elevated radon anomalies, potentially suggesting subsurface uranium presence. The company will integrate these findings with historical data to refine high-priority drill targets. The Wolverine property is part of a ten-project portfolio optioned from Denison Mines.
Foremost Clean Energy (NASDAQ: FMST) has engaged Caur Technologies to conduct an ambient noise tomography (ANT) survey at its Murphy Lake South Uranium Property in Saskatchewan's Athabasca Basin. The survey aims to refine targets along graphitic conductors associated with uranium mineralization (0.25% U₃O₈ over 6.0m) and generate new targets along structural corridors.
The 17,676-acre property, located near the McClean Lake mill, has shown promising historical drilling results, including 10.13% U₃O₈ over 12.5 meters. The ANT survey will commence this week, followed by Phase 1 diamond drilling in August 2025, targeting depths of 200-350 meters. A Phase 2 winter program is planned for 2026.
The company highlights growing nuclear energy demand, referencing Westinghouse's plans for 10 new U.S. reactors and $90B in private energy investments in Pennsylvania. Analysts project a potential U.S. uranium deficit of 67 million pounds U3O8 by 2035.
Foremost Clean Energy (NASDAQ: FMST) has exercised its option to acquire 100% ownership of the 2,476-acre Jean Lake Lithium-Gold Project in Manitoba's Snow Lake District. The company completed the acquisition by making a final cash payment of $75,000 and issuing $75,000 worth of common shares to Mount Morgan Resources, bringing the total purchase to $250,000 cash plus shares.
The property has demonstrated significant potential with drill results showing high-grade gold intercepts of 7.50 g/t Au over 7.66m (including 102.0 g/t Au over 0.48m) and lithium mineralization of 1.26% Li₂O over 3.35m. The company plans to conduct a 15-hole, 2,500-metre diamond drill program before year-end, targeting both lithium and gold mineralization.
The strategic asset is located near established infrastructure and in proximity to Hudbay Minerals' operations, which have produced over 1 million ounces of gold at its Lalor Mine. Current operations are temporarily affected by regional wildfires and evacuation orders in the Snow Lake area.
Foremost Clean Energy (NASDAQ: FMST) has announced plans to conduct a comprehensive 5,000 line-kilometer MobileMT™ airborne geophysical survey across its GR and Blackwing Uranium Properties in Saskatchewan's Athabasca Basin. The survey, scheduled to begin mid-July 2025, will utilize advanced technology capable of detecting deep conductive structures up to 2 kilometers deep that may host uranium deposits.
The properties are strategically located along two major structural corridors: the Grease River Shear Zone and Black Bay Fault, both known for uranium mineralization potential. Additionally, the company announced the issuance of 413,100 Restricted Stock Units (RSUs) to management and staff, vesting in three equal installments between 2026 and 2028.
Foremost Clean Energy (NASDAQ: FMST) has announced the commencement of drilling at its Murphy Lake South Uranium Property in Saskatchewan's Athabasca Basin. The fully funded program will test high-priority structural corridors near the LaRocque Lake Conductive Corridor, home to IsoEnergy's Hurricane Deposit.
Historical drilling by Denison Mines (2008-2017) revealed promising uranium mineralization, including intercepts of 0.25% U₃O₈ over 6 meters and 0.13% U₃O₈ over 12.5 meters. The Phase 1 drilling program, scheduled for July 2025, will comprise approximately 1,500 meters of diamond drilling, targeting graphitic faults and offset structures at depths of 200-350 meters.
The 17,676-acre property is located 30 kilometers northwest of the McClean Lake mill and shows key indicators of an Athabasca unconformity-style uranium system.
Foremost Clean Energy (NASDAQ: FMST) has initiated a radon geochemical survey at its Wolverine Uranium Property in Saskatchewan's Athabasca Basin. The property, located approximately 15 kilometers from the Cigar Lake Mine, consists of three mineral claims covering 12,444 acres.
The survey targets an area with known structural offset of the sub-Athabasca unconformity, a geological feature associated with high-grade uranium deposits. The property, developed in collaboration with Denison Mines, has shown historical uranium mineralization in faulted pegmatite basement rocks, with unconformity depths ranging from 140 to 300 meters below surface.