Critical Raw Materials: Differences Between Europe and the United States

In a global context defined by the energy transition, digitalization, and the need for more resilient supply chains, both the European Union and the United States have identified lists of critical raw materials essential for their economies and security. While their objectives are similar, their approaches reveal significant differences that directly affect the mining industry.

The European Approach: Critical Raw Materials Act (CRMA)

In 2024, the European Union approved the Critical Raw Materials Act (CRMA), establishing a legal framework to secure the supply of 34 Critical Raw Materials (CRMs).

Of these, 17 are also classified as Strategic Raw Materials (SRMs), due to their essential role in clean energy, electric mobility, defense, and digital technologies.

The CRMA sets clear 2030 targets:

• 10% of annual consumption extracted within the EU.


• 40% processed within the EU.


• 25% sourced from recycling.


• No third country should supply more than 65% of the EU’s annual demand for any strategic material.

This strategy reflects Europe’s focus on diversification, sustainability, and strategic autonomy.

The U.S. Approach: USGS Draft List 2025

The 2025 draft list by the U.S. Geological Survey (USGS) includes more than 50 critical minerals. The U.S. definition is broader than the European one, covering not only strategic metals such as lithium, cobalt, or rare earth elements, but also industrial minerals like potash and barite, and precious metals like silver.

The U.S. approach emphasizes the risk of supply disruption and economic importance, explaining the inclusion of a larger number of elements.

Key Differences Between the EU and the U.S.

• Scope of the list:




• EU: 34 critical raw materials (17 strategic).


• U.S.: over 50 critical minerals.




• Criteria:




• EU: economic importance + supply risk, with a strong focus on the green and digital transition.


• U.S.: stronger emphasis on national security and import dependence.




• Overlap:
  Both highlight key materials such as lithium, cobalt, nickel, manganese, rare earths, gallium, germanium, and tungsten.


• Differences:




• The EU includes some industrial minerals less relevant for the U.S., such as barite, feldspar, or strontium.


• The U.S. list incorporates precious and agricultural-related minerals such as silver, platinum, potash, or bismuth, absent from the EU list.

Implications for the Mining Sector

For mining companies, these differences represent both challenges and opportunities:

• The EU is promoting strategic projects with accelerated permitting and public funding, opening the door to new mining developments in member states, including recent cases in Spain and Portugal.


• The U.S., with its broader list, creates opportunities for diversification into industrial and precious minerals, in addition to the key clean-energy materials.

In both cases, growing demand ensures a future of high relevance for responsible and sustainable mining, with a focus on traceability, recycling, and technological innovation.

Conclusion

The EU’s CRMA and the U.S. Geological Survey list highlight the same concern: securing access to the resources that underpin the modern economy. Yet, they differ in their scope, priorities, and regulatory ambition.

For the mining sector, understanding these differences is not just a comparative exercise, but a strategic tool to align projects with market needs and maximize investment opportunities in an increasingly competitive global landscape