Germany’s industrial sector is exploring a new strategy to strengthen its access to critical minerals, reflecting growing awareness that raw material security is becoming one of the most important strategic challenges of the modern economy.
Leaders across Germany’s manufacturing industries are discussing the creation of a coordinated procurement structure inspired by Japan’s trading-house model. The idea is to establish a specialized platform through which major companies could jointly secure long-term supplies of strategic minerals through coordinated purchasing, long-term supply contracts, and direct investments in mining projects.
The initiative comes amid rising concerns that Europe’s current approach to critical raw materials—focused mainly on regulation, environmental permitting reforms, and policy targets—has not yet produced the commercial mechanisms necessary to ensure reliable supply chains in an increasingly competitive global market. German industry leaders believe a more coordinated system could transform strategic policy goals into practical supply-chain solutions capable of supporting Europe’s industrial future.
Critical Minerals at the Heart of Modern Industry
The urgency behind this strategy stems from the growing importance of critical minerals in modern industrial systems. Materials such as lithium, nickel, graphite, gallium, and rare earth elements are now essential for multiple strategic sectors, including electric vehicles, renewable energy systems, defense technologies, advanced electronics, and semiconductor manufacturing.
Europe’s vulnerability in these supply chains is widely recognized. China currently dominates global processing capacity for several key minerals. It controls roughly 85–90% of rare earth refining, around 60–70% of lithium processing, and a significant share of global battery material and graphite production.
For Europe’s largest industrial economy, this concentration represents a major strategic risk. Germany’s economy relies heavily on sectors that depend on stable access to these materials. The automotive industry, which is rapidly transitioning toward electric mobility, requires large quantities of rare earth magnets used in electric motors.
Similarly, the defense sector depends on specialized materials for precision electronics, sensors, and advanced weapons systems. Meanwhile, renewable energy technologies, particularly wind turbines, rely on high-performance magnets and specialized metals. As a result, German industry increasingly views raw material security as a key factor in maintaining global competitiveness.
Japan’s Supply-Chain Model as Inspiration
Japan’s experience in managing critical mineral supply chains has become a major reference point for policymakers and industry strategists in Europe. In 2010, a diplomatic dispute between Japan and China led Beijing to temporarily restrict rare earth exports. The move exposed vulnerabilities in Japan’s industrial supply chains and triggered a major strategic response.
The Japanese government expanded the role of the Japan Organization for Metals and Energy Security (JOGMEC), a state-backed institution that supports overseas mining investments and supply-chain partnerships. At the same time, major Japanese trading companies—including Mitsubishi Corporation, Sumitomo Corporation, and Itochu—became central players in securing mineral supplies for the country’s manufacturing sector. These companies invested directly in mining projects, refining operations, and global resource partnerships, while also negotiating long-term supply agreements for Japanese manufacturers.
Over the following decade, Japan significantly reduced its reliance on Chinese rare earth imports by diversifying supply sources and developing partnerships in countries such as Australia, Vietnam, and India. Germany’s industrial strategists increasingly see this coordinated system as a practical blueprint for strengthening Europe’s supply chains.
German Industry Takes the Initiative
Unlike many European raw-material initiatives that originate from Brussels, the push for a coordinated procurement model in Germany is largely being driven by industry itself. Major manufacturers in sectors such as automotive engineering, defense production, and advanced manufacturing are advocating for a joint procurement platform capable of investing in upstream mineral projects and securing long-term supply agreements.
Automotive companies—including BMW—have emphasized the need for stronger coordination between industrial demand and mining investments, particularly as electric vehicle production expands. Defense manufacturers such as Rheinmetall have also shown interest in mechanisms that could guarantee stable access to strategic materials required for advanced military systems.
Industry associations representing Germany’s manufacturing base argue that the country needs a more proactive supply strategy, combining state-backed financing, industrial cooperation, and international resource partnerships.
Europe’s Regulatory Framework: The Critical Raw Materials Act
Germany’s discussions are taking place alongside broader European efforts to strengthen mineral supply chains. The European Union’s Critical Raw Materials Act (CRMA) is designed to reduce dependence on foreign suppliers and build more resilient supply networks.
Under the legislation, the EU aims to achieve several key targets by 2030:
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10% of strategic raw materials consumed in Europe should be extracted domestically
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40% of critical minerals should be processed within the EU
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25% of supply should come from recycling
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No more than 65% of any strategic mineral should be sourced from a single external country
While these goals are ambitious, many industrial leaders believe that regulatory frameworks alone cannot deliver the necessary supply chains quickly enough. Developing new mines and processing facilities typically takes 10 to 15 years, while demand for battery materials and rare earth magnets is expected to surge well before 2035.
This gap between supply development and demand growth is pushing German industry to explore market-driven solutions capable of accelerating supply security.
Surging Demand in the Energy Transition
Future demand for critical minerals illustrates why supply security has become such a pressing issue. According to projections from the International Energy Agency, demand for lithium used in batteries could increase by more than 400% by 2040 under global net-zero scenarios.
Demand for rare earth elements used in permanent magnets—essential for electric motors and wind turbines—could triple over the same period. Meanwhile, graphite demand for battery anodes could grow even faster, potentially rising by 600–700% by 2040.
Europe’s industrial base sits directly at the center of this transformation. Germany alone produced more than four million vehicles annually before the pandemic, and its automotive industry is now rapidly transitioning toward electric vehicle manufacturing. Electric vehicles require significantly more critical minerals than conventional internal combustion cars.
Similarly, the expansion of wind energy across Europe is driving demand for high-efficiency generators that rely on rare earth magnet technology.
Financing the Global Mineral Supply Chain
A major strength of Japan’s model lies in the integration of finance, industrial demand, and commodity trading. Japanese trading houses act as intermediaries capable of supporting mining projects through equity investments, project loans, and long-term offtake agreements. This structure reduces financial risk for mining developers while ensuring secure supply for industrial buyers.
Germany currently lacks a comparable system. European companies typically negotiate supply contracts independently, resulting in fragmented investment strategies and limited influence over upstream supply chains.
Industry leaders argue that a dedicated procurement and investment platform could help solve this problem by pooling demand from multiple manufacturers and providing financial support for new mining and refining projects. Such an entity could potentially invest in mineral resources across Australia, Canada, Africa, and South America, strengthening supply security for European industry.
Rising Geopolitical Competition for Resources
Germany’s initiative also reflects intensifying global competition for critical minerals. China continues to dominate many processing sectors, while the United States has launched major initiatives to strengthen its domestic mineral supply chains through subsidies and industrial policies under the Inflation Reduction Act.
Japan has already built extensive international partnerships to secure resource supplies. Without stronger coordination, European industry risks being caught between competing resource strategies led by other major economic powers. Germany’s proposed procurement model aims to ensure that European manufacturers remain competitive in the global race for strategic materials.
The Future of Europe’s Raw Materials Strategy
Although discussions around a German critical-minerals procurement platform are still in early stages, they signal a broader shift in how Europe views raw materials policy. Access to minerals is no longer seen solely as a matter of mining regulation or environmental permitting. Instead, it is increasingly recognized as a core element of industrial policy, energy security, and technological leadership.
Germany’s interest in adapting the Japanese trading-house model suggests a move toward more active supply-chain management—combining public financing, private-sector cooperation, and global resource partnerships.
As the global energy transition accelerates, the countries that successfully build secure and resilient mineral supply chains will gain a decisive advantage in the industries shaping the future economy.
Germany’s evolving strategy suggests that Europe’s largest industrial power is beginning to understand a fundamental reality: securing the raw materials of the future requires not only regulation, but also new forms of industrial organization capable of competing in an increasingly resource-constrained world.
