DoD Awarded Contract to Extract Domestic Scandium

The research project aims to establish a U.S.-based supply chain for scandium by recovering the mineral from industrial byproducts.

Updated on Sept. 30, 2026 in Materials Science

Bold flat-color editorial illustration of a geometric mineral crystal and a chemical column, representing domestic mineral recovery policy.
The U.S. Department of Defense has awarded a Phase I contract to startup Supra Elemental Recovery to explore domestic scandium extraction from industrial byproducts. AI Illustration. Upload story photo >

Live Poll

Should the U.S. government prioritize domestic production of critical minerals like scandium over foreign imports?

The U.S. Department of Defense Defense Logistics Agency has awarded a Phase I Small Business Innovation Research contract to startup Supra Elemental Recovery. The startup will evaluate the technical feasibility of using its chemical separation platform to extract scandium from industrial feedstocks.

Why it matters

The United States currently relies entirely on imported scandium, with zero domestic commercial production capacity. This research effort seeks to mitigate supply chain vulnerabilities by sourcing critical minerals from North American industrial byproducts.

Supra Elemental Recovery utilizes proprietary chemical separation technology to isolate and refine target elements. The project focuses on assessing if this method can effectively recover rare earth elements from industrial feedstocks, a process previously unproven at commercial scale.

The players

Supra Elemental Recovery

A technology startup originating from the University of Texas at Austin that specializes in proprietary chemical separation methods for mineral recovery.

Defense Logistics Agency

The combat support agency of the U.S. Department of Defense responsible for managing global supply chains and logistics for military operations.

The details

The company employs a chemical separation process designed to isolate target elements from industrial waste streams. This methodology targets the recovery and refinement of critical minerals directly at industrial and mining sites, aiming to turn byproduct flows into a viable domestic resource. The process is currently at the research stage, with the Phase I contract serving to evaluate the feasibility of the platform on relevant feedstocks.

Timeline

  1. September 30, 2026: Supra Elemental Recovery announced the contract award.

The Tech Race

This project follows the established pattern of the Small Business Innovation Research (SBIR) program, which provides federal funding to test the viability of early-stage technologies. The development represents a localized effort to address the broader national race to secure a domestic supply of critical rare earth minerals.

This research remains in the initial feasibility stage and does not currently impact commercial material availability. Future success could eventually alter the supply chain for high-performance alloys, but the timeline for potential commercial production is not yet announced.

The takeaway

The project serves as an early-stage test of whether chemical separation can bridge a significant gap in the American critical minerals supply chain. Interested parties should watch for the completion of the Phase I feasibility study, which will determine if the project qualifies for further development funding.

Further reading

Learn more about the latest research and industrial developments in Materials Science.

Source note: This article includes information reported by MINING.

Live Poll

Should the U.S. government prioritize domestic production of critical minerals like scandium over foreign imports?