Temas Resources has completed a detailed airborne LiDAR survey at its Quebec projects, enhancing geological and engineering insights while progressing its proprietary Regenerative Chloride Leach technology aimed at slashing processing costs.
- Completed ~46 km high-resolution LiDAR survey at La Blache and Lac Brule
- LiDAR data integrated with recent and historic drilling for refined geological models
- Assay results for gallium, scandium, and rare earth elements expected early 2026
- Advancing patented Regenerative Chloride Leach (RCL) technology targeting up to 65% cost reductions
- Ongoing discussions for third-party testing and licensing of RCL technology
Enhanced Terrain Mapping with LiDAR
Temas Resources Corp has taken a significant step forward in its Quebec-based critical minerals projects by completing a high-resolution airborne LiDAR survey covering approximately 46 kilometres across its La Blache and Lac Brule properties. This advanced laser mapping technology provides engineering-grade topographic data beneath dense forest cover, delivering a detailed three-dimensional view of the terrain that surpasses previous government datasets in accuracy and resolution.
The new LiDAR data is set to become the cornerstone for multiple technical activities, including geological and structural modelling, infrastructure planning, environmental baseline studies, and prioritisation of future drilling targets. By integrating this dataset with recent HQ diamond drilling and historic exploration campaigns, Temas is refining its geological models and accelerating project planning.
Unlocking Multi-Element Potential
Alongside the LiDAR survey, Temas is processing assay results from recent drilling campaigns, with initial outcomes expected in January 2026. The company is also re-evaluating 181 historic drill holes for gallium and other rare earth elements, with re-assay programs commencing early next year. Preliminary reviews suggest promising indications of gallium and scandium, elements that could diversify and enhance the revenue streams of these projects.
These developments are particularly important as Temas advances its proprietary Regenerative Chloride Leach (RCL) technology, designed to revolutionise metal extraction by reducing operational costs by up to 65% while improving recovery rates. The RCL platform is currently undergoing metallurgical testwork using drill core from both recent and historic programs, with initial results anticipated in early 2026.
Strategic Technology and Market Positioning
Temas’ leadership emphasises the strategic value of combining cutting-edge exploration data with innovative processing technology. CEO Tim Fernback highlights that the integration of RCL technology with the La Blache and Lac Brule projects not only enhances their intrinsic value but also positions Temas as a key player in supplying critical minerals to Western markets.
Moreover, the company is actively engaging with third parties interested in testing the RCL technology on various mineral deposits including gold, silver, nickel, and rare earth elements. These discussions could pave the way for licensing agreements and joint ventures, expanding Temas’ footprint beyond its own resource base and potentially accelerating global adoption of its sustainable processing methods.
Looking Ahead
While the company awaits assay and metallurgical results, the completion of the LiDAR survey and ongoing technology development mark important milestones. The enhanced spatial accuracy and refined geological understanding provide a robust foundation for upcoming feasibility studies and environmental permitting. Investors and industry watchers will be keenly observing how Temas leverages these advances to unlock value and scale its innovative processing technology in the critical minerals sector.
Bottom Line?
Temas Resources is setting the stage for a transformative year with technology-driven exploration and processing breakthroughs that could reshape critical mineral supply chains.
Questions in the middle?
- Will the upcoming assay results confirm the presence of economically viable gallium and rare earth elements?
- How will initial metallurgical test results validate the cost-saving claims of the Regenerative Chloride Leach technology?
- What are the prospects and timelines for licensing the RCL technology to third parties globally?