U.S. Department of Defense Awards Ucore Rare Metals $18.4M for Rare Earth Separation Facility in Louisiana

The U.S. Department of Defense has awarded Ucore Rare Metals Inc. an $18.4 million contract to develop a first-of-its-kind rare earth separation facility in Alexandria, Louisiana. This strategic investment brings the company's total non-repayable funding to $22.4 million and represents a critical advancement in domestic critical minerals processing infrastructure.

The RapidSX™ separation system, set to become operational in the second half of 2026, will be capable of processing individual rare earth oxides. Located within a Foreign Trade Zone, the facility offers significant logistical and tax advantages that enhance its economic viability.

The project carries substantial geopolitical significance by directly challenging China's current dominance in the rare earth mineral supply chain. By establishing a domestic processing capability, the United States aims to reduce dependency on foreign sources of these critical materials essential for advanced technologies, defense systems, and emerging industries.

Ucore's strategic approach extends beyond this single facility, with plans to develop additional Strategic Metal Complexes in Canada and Alaska. The company's long-term vision includes leveraging its 100% controlled Bokan-Dotson Ridge Rare Heavy REE Project in Southeast Alaska, further solidifying its position in the critical minerals sector.

The groundbreaking ceremony on May 29, attended by local, state, and federal leaders, underscores the project's importance to regional economic development and national strategic interests. By investing in domestic rare earth processing technologies, the U.S. government is supporting technological innovation and enhancing national economic and technological security.

The RapidSX™ technology represents a potentially transformative approach to rare earth mineral separation, promising more efficient and environmentally sustainable processing methods. This facility could serve as a model for future critical minerals infrastructure, demonstrating the potential for technological innovation to address complex supply chain challenges.