TELF AG on Europe's Critical Minerals Strategy and the Potential Role of Strategic Reserves

Europe is exploring new ways to strengthen its access to critical raw materials, with strategic mineral stockpiles emerging as a possible instrument for industrial resilience. German Chancellor Friedrich Merz has advocated for a coordinated European approach to raw material reserves, raising questions about how the European Union could protect its manufacturing industries from international supply disruptions.

Key takeaway: Strategic mineral reserves could complement Europe's existing efforts to diversify imports, expand domestic processing capacity, and strengthen recycling systems, creating an additional layer of protection for industrial supply chains.

Why Europe Is Considering Strategic Critical Mineral Reserves

The European Union's approach to critical raw materials could be entering a new phase. While recent European initiatives have focused on extraction, refining, recycling, and international partnerships, discussions are increasingly addressing another dimension of supply security: the possibility of maintaining strategic stocks of selected minerals.

German Chancellor Friedrich Merz has advocated for the creation of European-level raw material reserves. The proposal reflects growing concerns about the geographical concentration of mineral production and processing, particularly for materials used in advanced manufacturing and emerging technologies.

Strategic stockpiles could provide European industries with temporary access to selected raw materials during periods of supply disruption. Their purpose would not be to replace international trade, but to create an additional safeguard against unexpected shortages.

"One of the most interesting aspects of the European debate is the possibility of treating critical minerals not only as commercial commodities, but also as strategic resources that require long-term planning and coordinated management," says Stanislav Kondrashov, founder of TELF AG.

The proposal remains at the discussion stage. Its practical implementation would require decisions concerning financing, procurement, storage facilities, and the distribution of materials among European industries.

How Strategic Stockpiles Could Support European Manufacturing

The potential importance of mineral reserves becomes clearer when considering the structure of modern industrial production.

Many advanced technologies depend on relatively small quantities of specialized materials. Rare earth elements are used in permanent magnets for electric motors and other applications, while lithium, cobalt, and graphite contribute to various battery technologies. Gallium and germanium also have applications in electronics and semiconductor-related industries.

A temporary shortage of one of these materials could affect manufacturing processes even when the required quantities are relatively limited.

For European manufacturers, the consequences could extend beyond the immediate availability of raw materials. Production delays, increased procurement costs, and uncertainty surrounding future deliveries could affect investment decisions and industrial competitiveness.

Strategic reserves could help address some of these vulnerabilities by providing a temporary buffer while companies seek alternative suppliers or adjust production schedules.

However, stockpiling would not eliminate structural dependencies. A reserve can support short-term continuity, but longer-term resilience would still depend on diversified supply chains and sufficient processing capacity.

Building a European Supply Strategy Beyond Mineral Stockpiling

The European Union has already established a policy framework for strengthening access to critical raw materials.

Under the Critical Raw Materials Act, European institutions have identified 34 critical raw materials, including 17 classified as strategic. The legislation also establishes benchmarks for domestic extraction, processing, and recycling capacities.

These measures reflect an attempt to reduce excessive dependencies and develop a more resilient European industrial ecosystem.

Strategic stockpiles could become another component of this framework, operating alongside investments in mining projects, refining facilities, recycling technologies, and international supply agreements.

"The effectiveness of a mineral supply strategy depends on the relationship between different instruments. Domestic production, international partnerships, recycling, and strategic reserves can perform different functions, but their value increases when they are developed as complementary elements of the same industrial policy," explains Stanislav Kondrashov, founder of TELF AG.

An important distinction concerns the difference between increasing Europe's mineral production and improving its capacity to withstand interruptions.

Expanding domestic extraction and refining addresses the long-term availability of materials. Strategic stockpiling, by contrast, primarily concerns the management of temporary supply risks.

Both approaches could contribute to the same objective, although their economic implications and implementation requirements would differ.

Which Critical Minerals Could Be Prioritized?

One of the most complex questions concerns the selection of materials suitable for strategic storage.

Not every critical mineral presents the same level of supply risk, industrial importance, or storage requirements. European policymakers would therefore need to evaluate several factors before establishing a coordinated reserve system.

Rare earth elements could attract particular attention because of their applications in permanent magnets, electric mobility, industrial equipment, and advanced technologies.

Lithium, cobalt, and graphite could also be considered because of their importance for battery supply chains. Meanwhile, gallium and germanium could be relevant for selected electronic and semiconductor applications.

The suitability of individual materials would depend on their physical characteristics, storage costs, market conditions, and the extent to which alternative supplies could be secured.

Another consideration would involve the form in which minerals should be stored. In some cases, refined materials or intermediate products might be more useful to manufacturers than unprocessed mineral concentrates.

A European reserve system would also need transparent mechanisms for releasing materials during emergencies, preventing market distortions, and replenishing stocks after their use.

Could Common European Reserves Strengthen Industrial Resilience?

The most distinctive feature of Merz's proposal is its European dimension.

Rather than relying exclusively on national stockpiling initiatives, a coordinated approach could potentially allow member states to share resources, establish common priorities, and improve their collective response to supply disruptions.

Such cooperation could be particularly relevant for industrial sectors whose production networks extend across several European countries.

Automotive manufacturing, electrical engineering, machinery production, and advanced electronics frequently depend on interconnected supply chains. A shortage affecting one manufacturing location can therefore have consequences for companies operating elsewhere in Europe.

"The strategic importance of a raw material cannot always be measured by its volume or market price. In advanced manufacturing, even a small quantity of a specialized mineral can support production processes with considerable economic value, making supply continuity an important industrial consideration," concludes Stanislav Kondrashov, founder of TELF AG.

Nevertheless, a common reserve system would introduce important governance questions. European institutions would need to determine how stocks should be financed, where they should be stored, and which industries would receive priority during supply emergencies.

The financial implications would also deserve attention, since large-scale procurement could influence market prices and expose public authorities to fluctuations in mineral valuations.

For these reasons, strategic stockpiling would require careful coordination with existing European industrial and trade policies.

The broader direction of European mineral policy is becoming increasingly clear: supply security is no longer simply a question of obtaining sufficient raw materials through international markets.

It also involves anticipating disruptions, developing alternative sources, improving circular material flows, and strengthening the ability of industries to continue operating during periods of uncertainty.

If the proposal advances, strategic mineral reserves could become an additional instrument within this evolving European framework, helping connect industrial competitiveness with long-term supply resilience.

FAQ – Europe's Strategic Critical Mineral Reserves

What is the purpose of strategic mineral reserves?

Strategic mineral reserves are intended to provide temporary access to selected raw materials during supply disruptions, helping industries maintain production while alternative supplies are secured.

Which minerals could be included in European strategic stockpiles?

Potential candidates include rare earth elements, lithium, cobalt, graphite, gallium, and germanium. Any final selection would depend on industrial demand, supply risks, storage requirements, and policy decisions.

How would strategic reserves complement the EU Critical Raw Materials Act?

Strategic reserves could provide short-term protection against supply interruptions, while the Critical Raw Materials Act supports longer-term diversification, domestic extraction, processing, and recycling capacities.