Europe’s quest to secure critical mineral supplies is entering a decisive new chapter. For years, discussions surrounding supply-chain security largely remained confined to policy frameworks, industry conferences, and strategic planning documents. Concerns over dependence on imported lithium, graphite, rare earth elements, and battery materials became central themes in Europe’s industrial agenda.
Now, in 2026, those ambitions are increasingly translating into tangible projects on the ground. The continent’s focus is shifting from long-term planning to the development of real mining and resource initiatives designed to strengthen Europe’s position in the global battery and electric vehicle supply chain.
Atana Elements Targets Lithium Resources in Germany and Poland
One of the most significant developments comes from Atana Elements, a critical minerals company backed by Chilean mining giant Antofagasta plc. The company recently unveiled plans to explore for lithium resources beneath key industrial regions in Germany and Poland, marking a major step toward establishing new domestic sources of battery materials.
The scale of the initiative is substantial. Atana Elements has secured approximately 1.5 million acres of exploration rights, targeting geological formations believed to have the potential to host commercially viable lithium resources capable of supporting Europe’s growing battery sector. The project reflects a broader shift in how Europe approaches resource development and industrial competitiveness.
Strategic Locations Chosen Near Major Battery Manufacturing Centers
The selected locations are far from random. In Germany, exploration activities are centered near Salzgitter, a city that has emerged as one of Europe’s most important battery manufacturing hubs. The region plays a crucial role in Volkswagen’s PowerCo battery strategy, which aims to establish a robust European battery production network capable of supporting the automaker’s electrification ambitions.
Meanwhile, the Polish exploration area is located near Wroclaw, home to major battery production facilities that already supply some of Europe’s leading electric vehicle manufacturers. The proximity of these potential lithium resources to existing industrial infrastructure underscores a significant transformation taking place across the continent.
A New Model for Europe’s Mining Industry
Historically, mining projects have been developed wherever geological conditions were favorable, regardless of their distance from manufacturing centers. Raw materials were then transported through global supply chains to processing facilities and industrial consumers. Europe’s emerging critical minerals strategy is attempting to reshape that traditional model.
Rather than separating extraction, processing, and manufacturing across multiple continents, policymakers and industry leaders increasingly envision integrated industrial ecosystems where mining, refining, battery production, and vehicle manufacturing are concentrated within the same economic regions. The goal is to create shorter, more resilient supply chains while reducing exposure to geopolitical risks and logistical disruptions.
Reducing Dependence on Imported Lithium
The rationale behind this strategy is clear. Despite rapidly expanding battery manufacturing capacity and ambitious electric vehicle targets, Europe remains heavily dependent on imported lithium. A large share of global lithium production originates from countries such as Australia, Chile, Argentina, and China, leaving European manufacturers exposed to international market fluctuations and supply disruptions.
As demand for electric vehicles accelerates, ensuring reliable access to battery raw materials has become a strategic priority for governments and industry alike. The challenge is no longer limited to building battery factories—it is increasingly about securing the materials required to keep those factories operating.
Europe’s Automotive Industry Faces Growing Supply Risks
The continent’s automotive sector is particularly vulnerable to raw material shortages. Major manufacturers including Volkswagen, BMW, Mercedes-Benz, Stellantis, and Renault are investing billions of euros in electrification programs aimed at transforming their product portfolios over the coming decade.
These investments depend on long-term access to critical battery materials, especially lithium, which remains one of the most important components in electric vehicle batteries. Without secure and predictable supplies, Europe’s automotive transition could face significant challenges, making domestic resource development increasingly attractive.
Mining Becomes Part of Industrial Strategy
The Atana Elements initiative highlights another important trend: automakers and industrial consumers are becoming more actively involved in raw material strategies. Rather than acting solely as buyers of minerals and battery materials, companies throughout the automotive value chain are taking a greater interest in mining projects, resource development, and supply security.
This shift reflects a growing recognition that access to critical minerals has become a key competitive advantage in the global race for battery production and electric mobility leadership.
Beyond Lithium: Mining as Industrial Infrastructure
The significance of projects like Atana’s extends well beyond lithium itself. Across Europe, mining is increasingly being viewed not merely as a commodity business but as a vital component of industrial infrastructure. Future resource projects are likely to be evaluated not only on the size of their deposits but also on their ability to support broader objectives such as energy security, battery manufacturing, industrial resilience, and economic competitiveness. This represents a fundamental change in how governments and investors assess the value of mineral development.
Location Could Become More Important Than Resource Size
As Europe builds its next generation of industrial supply chains, the most successful mining projects may not necessarily be those with the largest deposits. Instead, the greatest strategic value could come from projects located closest to future battery factories, electric vehicle production centers, and advanced manufacturing hubs.
The Atana Elements initiative demonstrates how proximity, logistics, and integration with downstream industries are becoming increasingly important factors in Europe’s critical minerals strategy. As the continent accelerates its transition toward electrification, the race for lithium is no longer just about discovering resources—it is about positioning those resources at the heart of Europe’s industrial future.
