The European Union’s ambition to build a low-carbon economy rests on a complex industrial system powered by metals and minerals. Technologies central to Europe’s climate strategy—such as electric vehicles, offshore wind farms, battery storage, high-capacity power grids, and digital infrastructure—require massive volumes of copper, lithium, nickel, cobalt, and rare earth elements.
Despite its technological leadership, Europe remains heavily reliant on imported raw materials. Most of the minerals needed to power the energy transition are mined or processed outside the continent. As the global race for critical resources intensifies, this dependency has become a growing strategic and geopolitical concern.
European policymakers face a crucial question: can the EU rebuild a domestic mining industry capable of supporting its green and digital transformation?
Europe’s Deep Dependence on Imported Raw Materials
Europe’s reliance on external mineral supply chains has been acknowledged for years, but the scale of this dependency is often underestimated. The EU currently imports nearly 100% of its rare earth elements, while also depending heavily on foreign suppliers for key battery materials such as lithium, cobalt, and magnesium. Even more striking is the concentration of global refining and processing capacity, much of which is located in Asia—particularly in China.
This imbalance developed gradually over several decades. As Europe shifted toward service-based economies and stricter environmental regulations, many mining and refining operations moved to regions with lower production costs and fewer regulatory constraints. The accelerating energy transition is now reversing this logic. Electrification of transport, renewable power expansion, and digital infrastructure development all depend on secure access to strategic metals.
Demand forecasts highlight the magnitude of the challenge. Research suggests that lithium demand could increase fivefold by 2040, while nickel and graphite demand may double. At the same time, global demand for copper—essential for power grids and electrification—is expected to grow by about 30%.
For Europe, securing access to these resources has become essential not only for climate policy but also for maintaining industrial competitiveness.
The Critical Raw Materials Act: Europe’s Strategic Response
To address these vulnerabilities, the European Union introduced the Critical Raw Materials Act (CRMA)—a major policy initiative designed to strengthen Europe’s mineral supply chains.
The legislation establishes ambitious targets for the European economy by 2030:
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At least 10% of the EU’s annual consumption of critical raw materials should be extracted within Europe
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At least 40% of processing capacity should be located inside the EU
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No more than 65% of any strategic mineral should come from a single external country
These targets signal a major shift in European industrial policy. Instead of relying entirely on global markets, the EU aims to create resilient and diversified supply chains that combine domestic mining, recycling, and international partnerships. Achieving these goals, however, will require a significant expansion of mineral exploration and mining activity across Europe.
Europe’s Untapped Mineral Potential
Although Europe is often perceived as resource-poor, geological research suggests the continent still contains significant untapped mineral resources. Recent mapping projects by the Geological Service for Europe have identified promising deposits of critical minerals across several regions, including:
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The Nordic Shield in Northern Europe
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The Iberian Peninsula
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Parts of Central Europe
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Several regions in South-Eastern Europe
These geological formations host a range of valuable resources including lithium, rare earth elements, nickel, cobalt, and copper. The Iberian Peninsula is emerging as one of Europe’s most important lithium regions. Portugal already holds some of the continent’s largest lithium reserves, while Spain is developing several new projects aimed at producing battery-grade lithium.
Northern Europe also shows strong potential. Sweden and Finland possess significant deposits of rare earth elements, nickel, and cobalt, while Norway has important resources linked to battery metals and industrial minerals. Meanwhile, South-Eastern Europe has attracted growing interest due to several strategically important deposits. Projects in Serbia and across the Balkans could become important sources of lithium and other critical minerals for European supply chains.
Permitting Delays and Public Opposition
One of the biggest challenges facing mining projects in Europe is the lengthy and complex permitting process. Environmental impact assessments, regulatory approvals, and public consultations often extend over many years. In some cases, the permitting process alone can take more than a decade before a project receives approval.
Public opposition also plays a significant role. Communities frequently raise concerns about environmental risks, water usage, and landscape disruption associated with mining operations. These concerns are particularly strong in densely populated European regions, where land use is often contested.
Global research suggests that 46% of large mining projects fail to meet their planned development timelines, with community opposition and environmental disputes accounting for a substantial portion of delays. To address these obstacles, the CRMA introduces accelerated permitting procedures for projects classified as strategic. However, strict environmental protections remain a central element of the approval process.
Environmental Trade-offs of Expanding Mining
Expanding mining activity in Europe inevitably raises complex environmental questions. Domestic mining could reduce Europe’s reliance on supply chains located in regions with weaker environmental and labour regulations. Producing minerals within Europe would allow stronger oversight of environmental standards and social protections.
At the same time, mining operations inevitably involve land disturbance, water use, and potential impacts on biodiversity. Globally, the mining sector contributes roughly 4–7% of greenhouse-gas emissions, and mining-related activities have contributed to the loss of nearly 19,765 square kilometers of forest between 2001 and 2023.
European policymakers must therefore balance two priorities: strengthening supply security while maintaining strict environmental protections. Increasingly, the solution lies in developing a model of sustainable mining that emphasizes environmental safeguards, transparent governance, and long-term land restoration.
Recycling and the Circular Economy
Mining is only one part of Europe’s strategy to secure mineral supply chains. Recycling and circular economy solutions also play an important role. Many metals used in batteries, electronics, and infrastructure can be recovered and reused. Europe already has advanced recycling capabilities for materials such as steel and aluminum.
Recycling alone cannot meet future demand for critical minerals. Many metals remain locked in long-lived products, including buildings, vehicles, and electrical infrastructure. For example, copper used in electrical systems typically remains in service for more than two decades, meaning that recycled supply responds slowly to rising demand.
As a result, primary mining will remain essential for decades, even as recycling technologies continue to improve.
Strategic Partnerships Beyond Europe
Recognizing the limits of domestic resources, the EU is also building strategic international partnerships to diversify its mineral supply chains. The European Union has signed cooperation agreements with resource-rich countries such as Namibia, Zambia, Chile, Australia, Norway, Uzbekistan, and Serbia.
These partnerships aim to secure access to critical raw materials while promoting environmental protection, responsible mining practices, and local economic development. Many agreements include provisions for technology transfer, investment in mineral processing, and sustainable mining standards.
Such partnerships also introduce geopolitical challenges. Resource-rich countries may receive competing investment offers from multiple global powers, each seeking long-term access to strategic deposits.
The Massive Investment Required
Expanding global mineral supply chains will require enormous financial investment.
Industry estimates suggest that the mining sector will need around $800 billion in new investment by 2040 to meet the mineral demand generated by the energy transition. When sustainability initiatives—such as emissions reduction, water management improvements, and safer waste storage systems—are included, total capital requirements could reach approximately $1.1 trillion.
For Europe to build a domestic mining sector, it must attract a meaningful share of this investment. That will require regulatory stability, transparent environmental standards, and clear industrial policies that give investors confidence in long-term project development. Without such certainty, capital will continue flowing toward mining regions where permitting processes are faster and regulatory risks are lower.
A New Industrial Era for Europe
The potential revival of mining in Europe represents a fundamental shift in the continent’s economic strategy. For decades, Europe focused on advanced manufacturing and service industries, relying on global supply chains to provide raw materials. The energy transition is forcing policymakers to reconsider that model.
Today, critical minerals are viewed as strategic assets, similar to energy resources during the twentieth century. Securing access to these materials is essential for maintaining Europe’s leadership in electric vehicles, renewable energy technologies, and high-tech manufacturing.
Ultimately, the success of Europe’s mineral strategy will depend on balancing three competing priorities:
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Environmental protection
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Industrial competitiveness
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Supply security
If Europe succeeds in building a sustainable mining sector supported by recycling and international partnerships, it could reduce its reliance on fragile supply chains and strengthen its industrial future. If it fails, the continent risks remaining dependent on external suppliers for the metals powering the energy transition. In the decades ahead, the mines supplying Europe’s green technologies may prove just as critical as the technologies themselves.
