As Europe accelerates its transition to renewable energy and electric mobility, the focus has shifted to the critical raw materials necessary for this transformation. While external dependencies on China and global markets are often highlighted, the real challenge lies within Europe itself. The control over the transformation of raw materials into essential industrial outputs is increasingly divided between Western and South-East Europe, each with distinct economic roles and risk profiles.
The bottleneck in modern industry is not merely the extraction of raw materials; it is the industrial transformation process. This involves converting lithium carbonate to lithium hydroxide, nickel concentrate to battery-grade sulphate, and aluminum scrap into extrusion billets. Such transformations require large-scale facilities with lifespans of 20 to 40 years, substantial energy consumption, and capital expenditures ranging from €300 million to over €2 billion per site.
Control over these transformation processes is critical as it influences pricing power, supply reliability, and overall industrial resilience. Once established, these facilities lock in supply chains and energy contracts, making the question of processing control paramount for Europe’s future industrial strategy.
Western Europe: Dominance in Demand but Limited Control
Western Europe is characterized by its significant demand for industrial materials, accounting for approximately 60-65% of the EU’s industrial demand across various sectors including battery cells and advanced steels. The automotive sector alone is projected to consume battery materials equivalent to 700-800 GWh annually by 2030. Despite this dominance in demand, Western Europe faces challenges in maintaining control over physical production.
Financially, Western European nations hold a substantial share of capital allocation within the EU, with over 70% of institutional investment capacity concentrated in this region. However, many processing projects have been stalled due to high electricity prices and carbon costs, leading to a reduction in primary metals and chemical processing capacity by over 25% since 2020. This situation has resulted in a paradox where Western Europe exercises demand control but lacks sufficient transformation capabilities.
South-East Europe: The Hub of Transformation
In contrast, South-East Europe has emerged as a crucial player in the processing of critical raw materials. Although it represents less than 20% of EU end-market demand, it has attracted significant investment—over €40-45 billion since 2021—into battery cell production and metal processing facilities across Hungary, Romania, Bulgaria, and neighboring countries. The region’s favorable conditions include negotiable power contracts and expedited permitting processes that allow for quicker establishment of industrial plants compared to Western Europe.
The competitive advantage of South-East Europe also stems from its existing labor force skilled in metallurgy and engineering. This operational flexibility enables rapid scaling of new facilities capable of producing substantial quantities of battery components and chemical intermediates.
However, despite hosting these transformation assets, South-East Europe does not fully control them. An estimated 55-65% of large-scale processing facilities are owned by non-EU or non-local entities, including Chinese firms and multinational corporations. This external ownership raises concerns about strategic decision-making being influenced by external stakeholders rather than local interests.
The Interconnected Risks of Power Systems
The implications for electricity infrastructure are significant. As Western Europe sets grid standards while relying on processed inputs from South-East Europe or externally controlled sources, any disruption at the processing level can hinder grid deployment efforts. This interdependence highlights that power system resilience is intrinsically linked to materials processing capabilities.
The electric mobility sector further exemplifies this risk; a single large battery plant requires substantial investments and consumes vast amounts of critical raw materials annually. While Western Europe retains control over vehicle platforms and branding, it remains vulnerable due to its reliance on processed intermediates sourced from regions where ownership lies outside its borders.
The Path Forward for European Industrial Autonomy
The pressing question for Europe is no longer merely about sourcing raw materials but who controls the transformation points that convert these resources into value-added products essential for economic growth. Current trends suggest that Western Europe will maintain authority over demand while South-East Europe executes processing operations under external oversight.
To alter this trajectory requires a concerted effort towards coordinated capital deployment and shared ownership models that recognize processing as strategic infrastructure. Without such alignment, Europe’s internal divide may deepen further, jeopardizing its industrial future against a backdrop of increasing external dependencies.
