US picks Louisiana, Oklahoma rare earth projects for $134 million funding

• Louisiana project receives approximately $67 million for a facility led by Colorado School of Mines and ElementUSA to extract rare earths from bauxite waste, targeting 150-1,000 metric tons of annual production
• Oklahoma demonstration plant by Phoenix Tailings and MIT will convert industrial waste into high-purity rare earth metals to establish a new domestic supply route
• This funding follows a May announcement of $19.3 million for USA Rare Earth's pilot processing project, indicating ongoing federal investment in domestic rare earth supply chains

Summary

The U.S. Department of Energy announced $134 million in funding for two rare earth extraction projects in Louisiana and Oklahoma on June 2, aimed at strengthening domestic critical minerals production and reducing dependence on China, which currently dominates the global rare earths supply chain.

Key Projects:

• Louisiana facility: Approximately $67 million allocated to a project led by Colorado School of Mines and ElementUSA to extract and refine rare earths from bauxite waste. The plant will test commercial-scale operations and produce 150 to 1,000 metric tons of rare earths annually from tailings.

• Oklahoma plant: Phoenix Tailings, partnering with MIT, will build a demonstration facility to convert industrial waste into high-purity rare earth metals, establishing a new domestic supply route.

Strategic Context:

This funding follows the DOE's May announcement of up to $19.3 million for USA Rare Earth to develop a pilot rare earth processing project. The initiatives reflect Washington's broader strategy to bolster domestic critical minerals output and secure supply chains essential for technology, defense, and renewable energy sectors.

Market Implications:

These investments signal escalating U.S. efforts to challenge China's rare earth monopoly, which is critical for manufacturing electric vehicles, wind turbines, and advanced electronics. The focus on extracting rare earths from waste streams represents an innovative approach to supply chain diversification while addressing environmental concerns. The projects could position the U.S. as a more competitive player in the global critical minerals market, potentially reducing supply chain vulnerabilities and supporting national security objectives.