How Critical Resources Is Shaping Lithium and Gold’s Future with Solid-State Battery Tech

Critical Resources Limited highlights significant progress in its lithium and gold projects across Canada and New Zealand, alongside pioneering work in next-generation solid-state lithium-ion batteries.

  • Expanding lithium resource at Mavis Lake, Ontario with strong metallurgy
  • Diverse gold-antimony portfolio in New Zealand’s Otago and Reefton regions
  • Exclusive option to evaluate solid-state lithium-ion battery technology in the US
  • Ongoing low-cost workstreams and strategic permitting to de-risk projects
  • Leadership team holds 11% ownership, aligning interests with shareholders
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Multi-Commodity Strategy in Focus

Critical Resources Limited (ASX:CRR) has presented a comprehensive update showcasing its multi-commodity portfolio, with a clear emphasis on lithium, gold, and antimony assets spread across Australia, Canada, and New Zealand. The company’s strategy leverages tier-1 geology and jurisdictions, aiming to unlock value through resource growth and technological innovation.

At the heart of this update is the Mavis Lake lithium project in Ontario, Canada. This asset stands out with a growing lithium resource estimated at 8 million tonnes at 1.07% lithium oxide, supported by extensive drilling exceeding 57,000 metres. The project benefits from excellent infrastructure, including highway and rail access and clean hydro power, which collectively promise a lower-cost development pathway.

Metallurgical Advances and Resource Expansion

Critical Resources has reported metallurgical test work delivering recoveries of up to 87%, with spodumene concentrates showing high lithium content and low impurities. Innovative ore sorting techniques have further enhanced lithium grades and waste rejection, indicating a streamlined processing flow sheet that could reduce capital expenditure. The company is actively advancing permitting and regulatory engagement through specialist consultants, aiming to accelerate approvals and government advocacy.

Gold and Antimony Exploration in New Zealand

In New Zealand, Critical Resources holds a substantial portfolio of gold and antimony projects in the Otago and Reefton regions. These areas are known for their rich mineral endowment, exemplified by OceanaGold’s Macraes operation with over 10 million ounces of gold. The company’s projects, including Cap Burn and Croesus, show promising exploration results with multiple drill targets and high-grade rock samples. The recent adoption of a new structural model inspired by Santana Minerals’ Rise & Shine discovery has sharpened targeting, with assay results from recent drilling expected imminently.

Pioneering Solid-State Battery Technology

Beyond mining, Critical Resources is advancing a cutting-edge solid-state lithium-ion battery evaluation program in partnership with the South Dakota School of Mines & Technology. Supported by the US National Science Foundation, this initiative focuses on high-temperature solid-state electrolytes that promise safer, higher-energy batteries with superior thermal stability. The company is progressing through technical validation and prototype assembly phases, aiming to enhance its optionality across partnerships and future commercial pathways. This positions Critical Resources at the intersection of resource supply and battery technology innovation.

Leadership and Strategic Outlook

The company’s leadership team holds approximately 11% ownership, underscoring strong alignment with shareholder interests. Low-cost workstreams continue to de-risk projects, while the company’s multi-jurisdictional footprint offers diversified exposure to critical metals and precious metals markets. With ongoing exploration, metallurgical advancements, and technology evaluation, Critical Resources is setting the stage for potential value creation across multiple fronts.

Bottom Line?

Critical Resources is positioning itself as a multi-commodity player with a technology edge, but upcoming assay results and feasibility studies will be key to validating its growth trajectory.

Questions in the middle?

  • When will the definitive feasibility study for Mavis Lake be completed and what are the expected economics?
  • How will the solid-state battery evaluation translate into commercial partnerships or IP ownership?
  • What impact will the upcoming assay results from New Zealand gold projects have on the company’s exploration strategy?