Europe’s critical minerals agenda is moving from policy and planning toward mining and resource projects intended to support the battery and electric vehicle supply chain. The shift comes as concerns about dependence on imported lithium, graphite, rare earth elements, and other battery materials remain central to industrial discussions. In 2026, these ambitions are increasingly being translated into initiatives on the ground.
Atana Elements outlines lithium exploration in Germany and Poland
Atana Elements, a critical minerals company backed by Chilean mining group Antofagasta plc, has announced plans to explore for lithium resources in Germany and Poland. The company’s work is focused on exploring beneath key industrial regions in both countries. The initiative is described as a step toward establishing new domestic sources of battery materials.
The company has secured approximately 1.5 million acres of exploration rights. The target is geological formations considered capable of hosting commercially viable lithium resources. Atana Elements’ stated focus links the exploration program to Europe’s expanding battery sector.
Exploration areas selected near established battery production sites
In Germany, Atana Elements’ exploration is centered near Salzgitter, identified as a major battery manufacturing hub. The region is noted for its role in Volkswagen’s PowerCo battery strategy, which aims to build a European battery production network supporting the automaker’s electrification plans. The siting places exploration activity close to an existing industrial base.
In Poland, the exploration area is located near Wroclaw. The city is described as home to major battery production facilities that already supply some electric vehicle manufacturers across Europe. The proximity of potential lithium resources to existing manufacturing infrastructure is presented as a key feature of the approach.
Integrated supply chains reshape Europe’s mining model
The emerging approach differs from a traditional pattern in which mining projects are developed based on geology, with raw materials transported through global supply chains to processing and end users. Europe’s critical minerals strategy seeks to alter that model by aligning extraction and downstream activities within closer geographic regions. The aim is to reduce reliance on long-distance logistics.
Rather than separating extraction, refining, battery production, and vehicle manufacturing across multiple continents, policymakers and industry leaders are increasingly focused on integrated industrial ecosystems. These ecosystems are intended to concentrate mining, refining, battery manufacturing, and vehicle production within the same economic regions. The stated objective includes shorter, more resilient supply chains.
Lithium import dependence remains a driver for new projects
Europe continues to rely heavily on imported lithium despite rapid growth in battery manufacturing capacity and electric vehicle targets. A large share of global lithium production originates from countries including Australia, Chile, Argentina, and China. This exposure leaves European manufacturers vulnerable to international market fluctuations and supply disruptions.
As demand for electric vehicles increases, securing reliable access to battery raw materials has become a strategic priority for governments and industry. The challenge extends beyond building battery factories, with emphasis on ensuring materials are available to keep those facilities operating. Lithium supply security is therefore positioned as part of broader industrial continuity.
Automakers invest in electrification tied to long-term material access
Europe’s automotive sector faces risks related to raw material shortages as electrification ramps up across product portfolios. Major manufacturers including Volkswagen, BMW, Mercedes-Benz, Stellantis, and Renault are investing billions of euros in electrification programs over the coming decade. These investments depend on long-term access to critical battery materials.
Lithium is highlighted as one of the most important components in electric vehicle batteries. Without secure and predictable supplies, the automotive transition could face challenges according to the source material. This context supports increased interest in domestic resource development.
Automotive value chain involvement expands beyond mineral purchasing
The Atana Elements initiative is also used to illustrate a broader trend in which automakers and industrial consumers take a more active role in raw material strategies. Instead of operating only as buyers of minerals and battery materials, companies across the automotive value chain show greater interest in mining projects and resource development. Supply security is described as part of this expanded involvement.
The source material links this shift to recognition that access to critical minerals can function as a competitive advantage for companies involved in battery production and electric mobility leadership. It places emphasis on how participation in upstream projects may support downstream industrial goals. This framing connects corporate strategy with resource development activity.
Proximity and logistics influence project value alongside deposit size
The significance of projects like Atana’s is described as extending beyond lithium itself within Europe’s evolving view of mining. Mining is increasingly treated as industrial infrastructure rather than only a commodity business. Future resource projects are expected to be assessed not only by deposit size but also by their ability to support objectives such as energy security and industrial resilience.
The source material also states that location may become more important than resource size as Europe builds next-generation industrial supply chains. Strategic value could come from projects situated closest to future battery factories, electric vehicle production centers, and advanced manufacturing hubs. It presents Atana Elements’ siting near Salzgitter and Wroclaw as an example of how proximity, logistics, and integration with downstream industries factor into Europe’s critical minerals strategy.
