About

The United States depends on a fragile global supply chain for rare earth elements and critical minerals—materials essential to defense systems, energy infrastructure, advanced electronics, and modern manufacturing.

Today, over 90% of processing capacity for many of these materials is controlled overseas. This concentration represents not only an economic risk, but a strategic vulnerability.

Company Leadership

At the same time, thousands of miles of American waterways remain contaminated by legacy mining operations—environmental liabilities that have long considered to just be a liability.

Mission Critical Materials exists at the intersection of these challenges: recovering rare earths, securing a US domestic supply chain, and providing clean water, all are critical to our way of life today and for generations to come.

FOCUS

A breakthrough in environmental restoration and critical mineral recovery

Heavy rare earth elements are typically present in low concentrations in conventional North American hard-rock deposits. In contrast, certain acid mine drainage sources exhibit disproportionately high relative concentrations of dysprosium, terbium, and yttrium. Mission Critical Materials is commercializing validated technologies developed at West Virginia University to recover these materials while reducing long-term environmental liabilities at legacy mining sites.

Technology

HOW IT STARTED

An evolution from environmental liability to strategic national asset

Global Dependence

The United States developed a high degree of dependence on foreign sources and processing capacity for rare earth elements essential to defense, advanced manufacturing, energy systems, and advanced technologies. This supply concentration introduced both economic risk and strategic vulnerabilities.

Scientific Discovery

Researchers at the West Virginia University undertook applied research to improve treatment of acid mine drainage in legacy mining regions. In characterizing these water streams, they identified and quantified rare earth elements, including heavy rare earths. This work revealed the potential to convert a long-term environmental liability into a strategic domestic resource.

Process Development

The team developed a proprietary, selective recovery process that extracts rare earth elements during treatment of acid mine drainage. By integrating environmental remediation with targeted resource recovery, the process delivers environmental improvement and strategic materials production within a single system.

Proof of Concept

Through federally supported pilot deployments, the technology demonstrated performance under field conditions. These deployments validated scalable recovery of critical materials while delivering measurable improvements in water quality.

Commercialization Begins

Mission Critical Materials was established to scale and deploy proven rare earth recovery technologies developed at West Virginia University into sustained commercial operation, strengthening domestic supply chains for mission critical industries.

Scientific Discovery

Researchers at the West Virginia University undertook applied research to improve treatment of acid mine drainage in legacy mining regions. In characterizing these water streams, they identified and quantified rare earth elements, including heavy rare earths. This work revealed the potential to convert a long-term environmental liability into a strategic domestic resource.

Proof of Concept

Through federally supported pilot deployments, the technology demonstrated performance under field conditions. These deployments validated scalable recovery of critical materials while delivering measurable improvements in water quality.

National Opportunity

Today, Mission Critical Materials focuses on upstream rare earth recovery to strengthen domestic supply chains for mission critical industries. The work builds industrial capability while improving water quality in legacy mining regions.

WHY IT MATTERS

Where environmental restoration secures U.S. national infrastructure

Clean Water

We recover rare earth elements essential to domestic supply chains from acid mine drainage, converting environmental liabilities into clean water and strategic resources. The result is measurable improvement in water quality and mission critical materials produced for U.S. defense and advanced manufacturing.

Secure Supply Chains

More than 90% of rare earth sourcing and processing occurs overseas, creating structural risk for U.S. supply chains. By establishing domestic recovery capacity, we reduce that vulnerability and strengthen supply chain resilience for American manufacturers.

Advanced Manufacturing

Rare earth elements enable the magnets, guidance systems, optics, and electronics that underpin high-performance manufacturing and defense systems. By securing a domestic source, we reinforce aerospace, defense, automotive, and industrial manufacturing capabilities.

Energy Independence

Modern energy systems—from electric vehicles to wind generation—depend on rare earth materials. By recovering these resources domestically, we strengthen supply chain resilience and reduce reliance on foreign processing capacity.

Healthcare Systems

Medical imaging systems—including MRI—depend on rare earth magnets and advanced materials for reliable performance. Domestic supply strengthens healthcare infrastructure and ensures continued access to critical diagnostic technologies.

National Security

Rare earth materials are essential to advanced defense systems, including naval vessels, aircraft, and precision technologies. By developing U.S.-based recovery and concentration capabilities, we reduce strategic vulnerability and strengthen domestic defense supply chains.

Technology

STRATEGIC PARTNERSHIPS

Advancing domestic supply chain resilience at the intersection of restoration and national security.

Our upstream recovery platform integrates with midstream and downstream partners to strengthen the domestic rare earth value chain. By reinforcing U.S.-based processing and manufacturing capacity while improving water quality at legacy mining sites, our work supports the missions of the Department of Defense, Department of Energy, and Environmental Protection Agency—reducing structural supply chain risk and advancing environmental restoration.

Midstream processors

Downstream manufacturers

Academic institutions

Industrial partners

Federal agencies

Partners: