Critical Minerals and the Green Transition: Europe’s New Dependency Risk

The European Green Deal is one of the most ambitious climate and industrial strategies toward a decarbonized energy system, industrial leadership, and climate resilience. However, while Europe seeks energy independence from fossil fuels, it faces an important vulnerability: dependence on critical minerals. Lithium, cobalt, nickel, rare earth elements, and graphite are indispensable for electric vehicles, renewable infrastructure, and advanced technologies — but their supply is heavily concentrated in a few countries, creating potential strategic bottlenecks. This commentary examines the risks and opportunities of Europe’s mineral reliance, offering insights for policy, investment, and international cooperation.

1. Supply concentration and strategic vulnerability

Europe’s energy transition relies on minerals whose global supply chains are highly concentrated. China dominates the processing of lithium, cobalt, and rare earth elements, controlling 60–90% of refining capacity. The Democratic Republic of Congo produces roughly 70% of global cobalt, and Indonesia dominates nickel refining. Europe’s limited domestic production and slow permitting processes compound the risk.

While decarbonization reduces dependence on Russian gas, it inadvertently substitutes it with another form of external dependency — one that is technologically complex, capital-intensive, and geopolitically sensitive. Resource nationalism or export restrictions in supplying countries could disrupt supply chains, inflate costs, and slow Europe’s green transition.

2. Industrial and economic implications

Critical minerals underpin Europe’s industrial competitiveness. Batteries, wind turbines, solar panels, and electric vehicles require reliable access to these materials. Disruptions could impede renewable energy targets, electric mobility adoption, and broader industrial growth.

On the other hand, securing reliable mineral supply chains enhances resilience. Strategic partnerships with resource-rich countries and targeted investment in processing, recycling, and domestic capacity can support Europe’s industrial base while meeting ESG standards. Europe’s Green Deal ambitions are not just environmental goals — they are industrial and geopolitical imperatives.

3. Circular economy and sustainable approaches

Recycling, urban mining, and secondary sourcing of minerals are essential to reduce dependency. A robust circular economy strategy allows Europe to reclaim critical materials from used batteries, electronics, and industrial waste, creating domestic value while promoting sustainability.

At the same time, partnerships with resource-exporting countries can advance environmental governance, climate-smart mining, and traceability. This transforms potential constraints into collaborative opportunities for shared economic and environmental gains.

4. Policy and strategic recommendations

Europe must act decisively to reduce mineral vulnerability:

• Move upstream: invest in mining, refining, and processing capacity abroad while ensuring environmental and social standards.
• Strengthen partnerships with the Global South: prioritize co-development and technology transfer, not extractive models.
• Accelerate circular economy initiatives: develop domestic recycling and secondary supply chains for key minerals.
• Streamline domestic permitting: speed up critical projects while upholding ESG and safety standards.
• Treat minerals as a strategic priority: integrate supply chain security into industrial, defense, and climate policy planning.

These measures can convert a potential liability into a source of strategic autonomy.

5. Geopolitical and global dimensions

The mineral race is increasingly shaping global power dynamics. The U.S., through incentives like the Inflation Reduction Act, strengthens domestic supply chains. China consolidates processing dominance. Resource-rich countries assert greater leverage over value capture. In this context, Europe’s ability to secure and diversify mineral access will define its geopolitical relevance and industrial sovereignty in the decades to come.

Conclusion

Europe’s energy transition is not only an environmental challenge but a geopolitical and industrial one. The shift from fossil fuels to renewables offers enormous opportunities, yet it also introduces new dependencies on critical minerals. By integrating strategic investments, international partnerships, and circular economy solutions, Europe can transform these dependencies into strengths.

Failure to act or delayed action risk substituting one form of vulnerability for another, with consequences for energy security, industrial competitiveness, and geopolitical influence. With foresight and decisive policy, Europe can ensure that the green transition is both sustainable and strategically sovereign. 

Dr. Silvana Sosa Clavijo is Research Fellow for the Europe Program of The Sixteenth Council