As Europe navigates its energy transition and industrial renewal, the dynamics of materials transformation are emerging as a critical internal challenge. The region’s reliance on external markets, particularly China, oversimplifies a complex reality where control over the transformation of raw materials into usable energy and industrial products is increasingly divided between Western and South-East Europe. This division is not merely ideological but is rooted in structural economic differences that are reshaping capital flows and competitiveness across the continent.
Quantitative indicators reveal a stark contrast: while Western Europe accounts for a significant share of demand and system design, South-East Europe is becoming the focal point for physical transformation of materials. This shift has implications for investment strategies, operational capacities, and long-term sustainability in the energy sector.
The crux of modern industrial challenges lies in transformation rather than extraction. The processes that convert lithium carbonate to lithium hydroxide or nickel concentrate to battery-grade sulphate require substantial capital investments, often exceeding €2 billion per facility, alongside extensive energy consumption. Control over these transformation assets dictates market pricing, supply reliability, and overall industrial resilience.
Western Europe stands as the largest consumer of processed materials within the EU, with countries like Germany, France, and Italy comprising approximately 60-65% of industrial demand for essential components such as battery cells and advanced steels. The automotive sector alone is projected to consume battery materials equivalent to 700-800 GWh annually by 2030. However, Western Europe’s dominance in demand does not extend to physical production capabilities; over 25% of its primary metals processing capacity has been closed or idled since 2020 due to high electricity costs and carbon pricing pressures.
In contrast, South-East Europe represents less than 20% of EU end-market demand but has attracted over €40-45 billion in new processing investment since 2021. Countries like Hungary, Romania, and Bulgaria are emerging as key players in battery cell production and chemical processing due to favorable energy pricing structures and expedited permitting processes. Industrial users in this region can secure electricity at competitive rates between €60-90 per MWh, which is crucial for energy-intensive operations.
The political landscape further favors South-East Europe. Governments are more inclined to classify processing plants as strategic assets, expediting approvals within a timeframe of 3-5 years compared to the 7-12 years typical in Western Europe. This agility allows South-East European nations to leverage their existing labor force and industrial legacy effectively.
However, hosting transformation assets does not equate to controlling them. A significant portion—estimated at 55-65%—of new large-scale processing facilities in South-East Europe is owned by non-EU entities, primarily from China or multinational consortia. This external ownership raises concerns about strategic autonomy as local governments provide land and incentives while relinquishing control over critical decisions regarding technology and sourcing.
In terms of power systems, the ability to transform materials into electricity directly influences deployment speeds for renewable technologies. As Western Europe defines grid standards yet relies on inputs from South-East European plants or global supply chains, any disruption in processing can hinder grid expansion efforts across the continent.
The electric mobility sector exemplifies this transformation risk. Battery plants require substantial investments—around €7-8 billion for a single 100 GWh facility—and rely heavily on materials sourced through Chinese-controlled supply chains. Although production facilities may be located within Europe, over 70% of critical battery intermediates remain dependent on external processing networks.
As processing plants generate stable cash flows over their lifespan, the challenge remains: if ownership stays external, value capture will predominantly benefit foreign stakeholders rather than local economies. This scenario positions South-East Europe as a subcontractor in transformation processes while Western Europe risks becoming overly reliant on externally controlled inputs.
The pressing question for Europe is no longer about expanding mining or recycling capacities but rather who controls the critical points of material transformation necessary for energy transition and industrial growth. If current trends continue unchecked, Western Europe will maintain its authority over demand while South-East Europe will serve primarily as an execution hub under foreign control. To ensure a more balanced approach that fosters strategic autonomy across both regions, coordinated capital deployment and shared ownership models must be prioritized.
