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Energy Fuels' Donald Rare Earth and Mineral Sand Joint Venture in Australia Receives Final Major Regulatory Approvals

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Energy Fuels' Donald Rare Earth and Mineral Sand Joint Venture in Australia Receives Final Major Regulatory Approvals

Energy Fuels Inc. announced the receipt of the final major regulatory approval for the Donald Rare Earth and Mineral Sand Project in Victoria, Australia, a joint venture with Astron Corporation. This critical approval enables the finalization of financing and a final investment decision (FID) for the project, which is expected to become a significant, near-term source of light, mid, and heavy rare earth elements. Energy Fuels plans to invest up to AU$183 million (US$119 million) plus US$17.5 million in shares for up to a 49% interest, securing a long-term, low-cost supply of rare earth concentrate for processing at its White Mesa Mill in Utah, thereby bolstering the U.S. domestic supply chain for critical minerals essential for clean energy and defense technologies, with initial supply projected for 2026.

Analysis

Energy Fuels Inc. has achieved a significant de-risking milestone by securing the final major regulatory approval for the Donald Rare Earth and Mineral Sand Project in Australia. This approval is the critical prerequisite for finalizing financing arrangements and advancing toward a Final Investment Decision (FID), targeted as early as the end of 2025. The project, a joint venture with Astron Corporation, positions Energy Fuels to secure a long-term, low-cost supply of rare earth element concentrate (REEC) for its White Mesa Mill in Utah, with an initial investment of up to AU$183 million and US$17.5 million in shares for a 49% stake. Phase 1, projected to commence by 2026, is expected to supply 7,000-8,000 metric tons of REEC annually, which aligns with the Mill's current processing capacity and includes strategically important heavy rare earths like terbium and dysprosium. This development is fundamental to the company's vertical integration strategy, establishing a secure U.S.-Australia supply chain for critical minerals essential for defense and clean energy applications, and provides a clear growth path, as the project's potential Phase 2 output could satisfy nearly a quarter of the Mill's planned future expanded capacity.