The European Union’s Critical Raw Materials Act (CRMA) is rapidly reshaping Europe’s upstream mining and processing landscape, with Spain and Finland standing out as early beneficiaries of the new “strategic project” designation. These two countries demonstrate how EU-level policy, national industrial priorities, and geological potential can converge to revive metals production once viewed as politically sensitive or commercially marginal.
Spain: Reviving Tungsten and Navigating Lithium’s Social Test
In Spain, tungsten and lithium have become focal points of CRMA-backed development. Tungsten is essential for cutting tools, defence systems, and high-performance alloys, yet the EU currently imports nearly all of its supply despite Europe’s historical role as a producer. Spain holds some of the continent’s most significant tungsten resources, particularly across Galicia, Castilla y León, and Extremadura.
Projects now moving through the CRMA strategic pipeline collectively represent over 4,000 tonnes per year of WO₃ equivalent. If fully developed, this output could satisfy more than a quarter of current EU tungsten demand, materially strengthening supply security for critical industries.
From an investment standpoint, modern tungsten developments in Spain typically require €120–180 million in upfront CAPEX, covering underground mining, flotation, and concentrate handling. Operating costs are estimated at €110–140 per tonne of ore, depending on grade, energy pricing, and depth. Strategic status under the CRMA significantly improves project bankability by compressing permitting timelines from 8–12 years to a targeted 24 months, while also opening access to European Investment Bank-backed financing and national co-investment schemes.
Lithium, however, presents a more complex challenge. Hard-rock deposits in Extremadura and Castilla-La Mancha have attracted strong local opposition related to land use, water consumption, and environmental impact, even as Europe’s lithium demand accelerates. By 2030, the EU battery value chain is expected to require 700,000–900,000 tonnes of lithium carbonate equivalent annually, compared with near-zero domestic production today. CRMA strategic designation does not remove social resistance, but it does reframe lithium extraction as an activity of overriding public interest, reducing the risk of indefinite administrative delays.
Finland: Europe’s Most Integrated Battery-Minerals Ecosystem
Finland offers a contrasting model. Decades of mining continuity, robust permitting institutions, and high public acceptance have positioned the country as Europe’s most advanced battery-minerals hub. An integrated portfolio of nickel, cobalt, lithium, and graphite projects feeds directly into refining and precursor production.
Finland already delivers around 60% of the EU’s nickel mine output and hosts the bloc’s only operational cobalt refinery, giving it a unique role in Europe’s battery supply chain. Strategic projects in Finland typically combine mining with downstream processing, maximising value retention within the country.
A standard Finnish battery-minerals project integrating a mine and concentrator requires €300–500 million in CAPEX, while adding refining capacity can raise total investment to €700 million–€1 billion or more, depending on the product mix. Although operating margins remain sensitive to electricity costs, Finland’s access to stable, low-carbon power priced at €50–70 per MWh provides a structural advantage over many southern European locations.
From Isolated Mines to Integrated Value Chains
What unites Spain and Finland under the CRMA is a clear shift from stand-alone mining projects to system-level planning. Strategic designation increasingly favours developments that demonstrate downstream integration, processing readiness, and secured offtake links to European industrial demand. Mining alone is no longer sufficient; projects must prove their role within a fully connected European value chain, supplying cathode materials, advanced alloys, or industrial components.
The first wave of CRMA strategic projects suggests that Europe’s mining revival will be uneven and geographically clustered, favouring jurisdictions with either strong institutional capacity or higher political tolerance for industrial land use. Spain and Finland sit at opposite ends of that spectrum, yet both show how CRMA status can convert geological potential into investable, policy-backed industrial assets.
The remaining challenge is execution. Cost inflation, skilled labour shortages, and competition for energy threaten to erode the advantages created by strategic designation. Whether Spain and Finland can translate CRMA momentum into sustained production will help determine whether Europe’s critical raw materials strategy delivers resilience—or falls short under real-world constraints.
