CEM’s Thor Project positions itself as a multi-metal asset built around a clear mine-to-metal strategy

Welcome to the interview with Christopher H. Hopkins, President and Chief Executive Officer of Canadian Energy Metals Corp., where he has outlined the true scope of the Thor Project as a multi-metal asset. He has emphasised that the immediate priority is advancing the Pre-Feasibility Study (PFS), which is expected to cover CGA, HPA, and Smelter Grade Alumina (SGA), with the potential to include additional metals.

Christopher H. Hopkins is a Canadian energy executive and entrepreneur with over 40 years of experience building and leading companies in oil sands, oil shale, and critical minerals. A pioneer in unconventional resource development, his work has evolved from traditional fossil fuels to the emerging critical metals driving the global energy transition.

His career experience brings a unique combination of environmental stewardship and strategic business acumen. Hopkins is the current President and Chief Executive Officer of Canadian Energy Metals Corp., a private company with an unencumbered 100 per cent interest in the Thor Project, advancing the development of its alumina resource and associated metals.

AL Circle: Amidst the growing worldwide bauxite supply constraint, is the bauxite-independent Thor Project adopting a special approach to place Canada in a strategic position as a path-bearer to a new take on alumina refining process?

Mr Christopher Hopkins: The Thor Project is multi-metal, multi-product, multi-generational asset. It represents a potentially transformative project for the province of Saskatchewan and Canada. There is a real opportunity to seize a mine-to-metal strategy. The combination of resource and infrastructure can sustain multiple development options. The global supply-demand picture only reinforces this story.

AL Circle: The National Aluminium Company (NALCO) CMD, Shri Brijendra Pratap Singh, has stated that though NALCO is advancing its alumina production, the lower demand for alumina would not fetch substantial revenue. If that applies to Canada as well, how is the project going to financially benefit from alumina production?

Mr Christopher Hopkins: We understand NALCO recently stated it achieved record performance in production and sales. There is a range of alumina products and prices which are stratified by technical specifications. CEM’s resource base is suitable for multiple products, possibly increasing margin and scale, while at the same time mitigating marketing risk.

AL Circle: As Thor is set to produce Chemical Grade Alumina (CGA) and High-Purity Alumina (HPA), does CEM plan to diversify from primary aluminium production and strategize its alumina output and supply targets to align with evolving market demand such as in the sectors of EV, aerospace, or energy storage?

Mr Christopher Hopkins: As outlined in the January 29, 2026, press release, CEM’s next focus is the Pre-Feasibility Study (PFS). CEM has not confirmed the feasibility of production. It is expected the PFS will include CGA, HPA and Smelter Grade Alumina (SGA) and potentially other metals. Through 2026, CEM will further develop its market studies. The scale of the resource combined with the processing model presents a range of products suitable for a wide range of markets.

AL Circle: Adherence to environmental norms has become a must across the majority of industries. That said, how is the project being designed to meet low-carbon, ESG standards and community impact benchmarks?

Mr Christopher Hopkins: With Project Thor, the opportunity to produce a clean, green, high purity product is very real. Key differentiators include:

• Relatively small surface footprint: the resource base is large and consistent, but importantly it is shallow and thick. Accordingly, the surface disturbance is comparatively less than for a typical bauxite processing operation.
• Strong environmental attributes related to processing: The alumina extraction process is not water-based, does not create tailings and uses less energy, reducing GHG emissions.
• Minimised residue and waste: The process as designed does not create tailings or “red mud” or toxic byproducts. A large portion of the solid byproducts are marketable. The principal reagent (acid) is recoverable through an efficient recycle system demonstrating 98% recovery to-date.