Latest In Situ Recovery News

Pioneer Lithium has completed the first phase of soil sampling at its Skull Creek Uranium Project in Colorado, setting the stage for targeted drilling as US federal policies boost domestic uranium production.

Brazilian Critical Minerals Ltd has successfully demonstrated in-situ recovery (ISR) of rare earth elements at its Ema project using an environmentally friendly magnesium sulfate leaching process, marking a pivotal step toward sustainable, low-cost rare earth production.

Alligator Energy confirms executive succession with Dr Andrea Marsland-Smith stepping in as CEO from July 1, 2025, while Greg Hall transitions to a part-time executive director role. The company is actively recruiting for key operational leadership positions to support its uranium projects.

Orpheus Uranium announces key board retirements and leadership shifts as it intensifies its focus on uranium exploration and project acquisitions.

Alligator Energy has raised A$17.25 million through a strongly supported placement to institutional investors, positioning the company to advance key development stages at its Samphire Uranium Project. The funds will underpin exploration, feasibility studies, and the upcoming Field Recovery Trial.

Brazilian Critical Minerals has achieved a significant milestone in its Ema project by successfully demonstrating magnesium sulphate migration and pH reduction in field trials, validating its in-situ recovery method for rare earth elements.

GTI Energy’s recent scoping study highlights promising economics for its Lo Herma uranium project in Wyoming, prompting plans for expanded drilling in 2025 to upgrade and grow its resource base.

GTI Energy has withdrawn its previous production targets and financial forecasts for the Lo Herma uranium project, citing insufficient confidence in inferred mineral resources. The company plans further drilling to bolster resource reliability and expand the deposit.

GTI Energy’s updated scoping study for its Lo Herma Uranium Project in Wyoming highlights a promising low-cost in-situ recovery operation with robust economics and a 7-year mine life. The study outlines a central processing plant scenario delivering strong returns amid a supportive regulatory and infrastructure environment.

Brazilian Critical Minerals Ltd has raised A$4 million in an oversubscribed placement to accelerate development of its Ema Rare Earths Project in Brazil, advancing feasibility studies and environmental permitting.

GTI Energy’s recent Scoping Study for its Lo Herma Uranium Project in Wyoming highlights a promising low-cost in-situ recovery operation with strong economic metrics and a 7-year production horizon.

Brazilian Critical Minerals has achieved a significant breakthrough in its Ema rare earths project by demonstrating rapid hydraulic permeability using in-situ recovery techniques, a crucial step towards commercial mining.