CRMA Strategy: Decoupling, Friend-Shoring, and European Resource Security

Europe is entering a new phase of industrial policy in which access to critical inputs is treated as a matter of security rather than market efficiency, and the Critical Raw Materials Act provides the legal framework for this shift. Regulation (EU) 2024/1252 formalises a move from passive dependence on global supply chains to active governance of extraction, processing and recycling capacities within the European Union and trusted partner countries. For corporations operating in technology, energy, manufacturing and defence-related sectors, resilience is no longer a strategic option but a binding regulatory requirement with direct implications for investment planning and procurement. This report offers a detailed analysis of the regulation’s structure, objectives and implementation timeline toward 2030, starting from the structural vulnerabilities that have emerged in Europe’s access to strategic materials.

It examines the list of seventeen critical raw materials essential to the green transition and defence preparedness, and explains the new Strategic Projects regime designed to accelerate permitting and deployment. Particular attention is given to the quantitative benchmarks that define domestic and diversified supply targets, and to the resulting obligations for corporate risk assessment and supply-chain restructuring. The analysis also covers the role of international partnerships and the financing instruments mobilised through the European Investment Bank to reduce investment risk. The report is intended to support informed decision-making by corporate leaders and investors facing a regulatory environment in which sovereign sourcing has become a core condition of long-term competitiveness.

Strategic vulnerability – Over the past decade, Europe’s high-tech economy grew acutely reliant on a handful of foreign suppliers for the raw materials underpinning clean energy, digital electronics and advanced defence systems. Demand for lithium, rare earth elements, cobalt, gallium and other inputs is “likely to increase exponentially in the coming decades,” even as geopolitical tensions make supply disruptions more probable [1] .