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NIST’s Critical Minerals and Materials activities leverage expertise in measurement science, reference materials, standards, and technology to support U.S. stakeholders in building resilient domestic value chains.
NIST’s Critical Minerals and Materials (CMM) Activities
NIST’s CMM activities advance the fundamental measurement science, reference materials, data infrastructure, and standards required to secure a resilient, efficient, and circular domestic value chain. By establishing objective benchmarks traceable to the International System of Units (SI), NIST reduces technical and financial risks, empowering U.S. manufacturers to substitute, recover, and utilize critical materials with precision and confidence.
Why Focus on Critical Minerals & Materials?
Modern technology, clean energy, and national security rely heavily on a stable supply of Critical Minerals and Materials (CMMs). Currently, the United States Geological Survey (USGS) and Department of Energy (DOE) identify 65 unique CMMs – ranging from rare earth elements (REEs) and platinum group metals (PGMs) to engineered substances like silicon carbide and electrical steel – that are subject to supply-chain vulnerabilities and regional dependencies.
To shore up domestic CMM supply chains, the federal government is addressing supply vulnerabilities through various agency initiatives, such as the U.S. DOE’s Critical Minerals and Materials Strategy. These strategic efforts generally focus on four key pillars:
- Diversifying supplies of critical minerals and materials
- Developing alternatives to reduce reliance on high-risk sources
- Improving materials and manufacturing efficiency to increase yields
- Investing in recycling and reuse approaches to extend product and material lifespans.
How Does NIST Help?
NIST provides the foundational measurement science, reference materials, and data infrastructure necessary to support these pillars through four strategic focus areas:
- Substitution and Alternatives: Integrating high-throughput experiments with computational modeling to accelerate the design of alternative alloys and performance-matched substitutes that reduce reliance on high-risk CMMs.
- Traceability and Supply Chain Resilience: Developing reference materials, data exchange mapping protocols, and targeted measurement methods to securely track CMM provenance and quality from extraction to derivative products.
- Identification, Characterization, and Quantification: Leveraging deep expertise in analytical chemistry and precision metrology to develop advanced methods that detect and quantify CMMs within complex matrices, including primary ores and secondary feedstocks (e.g., electronic waste).
- Separation and Recovery: Utilizing legacy strengths in thermodynamic and kinetic modeling to optimize chemical separation processes and establish robust recovery metrics that help industry turn waste into reliable inputs.