How Critical Minerals are Redrawing Geopolitics
How Critical Minerals are Redrawing Geopolitics
The global balance of power has largely been defined by crude oil domination. Tanker routes, pipeline maps, and Organization of the Petroleum Exporting Countries (OPEC) summits dictated international diplomacy and economic stability. However, today we see a fundamental shift. As the world transitions toward renewable energy, advanced computing and automated defense systems, the geopolitical environment is increasingly shaped by critical minerals.
Natural elements like lithium, cobalt, nickel, neodymium, gallium and graphite have become the foundational building blocks of modern power. Yet, unlike oil, where crude extractions dominated political leverage, the critical mineral crisis is defined by a more complex dynamic.
Why Processing Matters More Than Mining
The race for critical minerals is not simply about who mines them. Increasingly, geopolitical influence depends on who can refine and process raw materials into components ready for use in batteries, semiconductors, and advanced manufacturing. According to the International Energy Agency's Global Critical Minerals Outlook 2026, this stage of the supply chain remains heavily concentrated in China.
Lithium
Australia and Chile produce much of the world's lithium, but China refines more than 60 percent of global battery-grade lithium. Although mining occurs across several countries, much of the world's lithium still passes through Chinese processing facilities before reaching manufacturers.
Cobalt
The Democratic Republic of Congo accounts for roughly 70 percent of global cobalt extraction, while China processes nearly 80 percent of the world's chemical cobalt supply. This gives China a dominant role in transforming mined cobalt into materials used in lithium-ion batteries.
Rare Earth Elements
China manages more than 85 to 90 percent of the refining capacity for key rare earth elements such as neodymium, dysprosium, and praseodymium. These minerals are essential for permanent magnets used in electric vehicles, wind turbines, and advanced defense systems.
Graphite
China controls more than 90 percent of the world's refined battery anode graphite, making it a critical supplier for the global electric vehicle battery industry.
The IEA reports that between 2020 and 2024, geographic concentration in critical mineral refining increased across nearly all major energy materials, with almost 90 percent of new refining capacity added by a single leading supplier. As a result, countries may develop new mines while remaining dependent on foreign processing infrastructure to convert raw minerals into usable industrial inputs. This imbalance has become one of the central strategic challenges facing governments seeking more resilient supply chains.
Supply Chain Stakes
A comprehensive analysis published by ORF America highlights how export controls have been systematically deployed in international trade disputes. Between 2023 and 2025, Beijing introduced export licensing regimes and targeted bans covering several strategic minerals.
Gallium and Germanium | · Used for high-speed conductors, fiber optics, military radar systems and night-vision equipment · European prices for unprocessed gallium surged by over 300% amid acute supply squeezes
|
Antimony
| · Used for flame retardants, infrared sensors and military optics · Global prices spiked following export restrictions that took effect in late 2024
|
Graphite
| · End-user licensing requirements significantly constrained export flows of synthetic and natural anode materials vital for battery manufacturing |
Rare Earth Technologies
| · Restrictions were placed not only on raw magnet materials, but also on the export of processing and separation technology itself, aiming to prevent other nations from building competing refining facilities |
Western Responses
Faced with severe supply chain vulnerabilities, the United States, the European Union, and their allies have initiated industrial policy drives to alter the status quo. Rather than decoupling entirely, the focus is on minimizing risk.
In Europe, the European Commission enacted the European Critical Raw Materials Act (CRMA) to build domestic resilience and cap single-source dependence. As detailed in official Commission policy frameworks, the CRMA establishes strict benchmarks to be met by 2030 across 17 strategic raw materials.
10% pf the EU's annual consumption must be extracted within EU borders
40% of the EU's annual consumption must be processed domestically
25% of annual needs must be supplied through domestic recycling capabilities
No more than 60% of the EU's annual supply of any strategic raw material (at any processing stage) may originate from a single non-EU country
In the United States, legislation frameworks like the Inflation Reduction Act (H.R.5376) introduced strict tax incentives requiring battery components and critical mineral to be extracted or processed in countries with which the U.S. shares a Free Trade Agreement (FTA).
To complement domestic subsidies, the U.S. Department of State launched the Minerals Security Partnership (MSP) alongside Australia, Canada, Finland, France, Germany, Japan, South Korea, Sweden, the UK and the European Commission. The MSP acts as a diplomatic coalition to pool public finance, lower investment risk for private mining firms, and enforce Environmental, Social and Governance (ESG) standards in partner developing nations.
Conclusion
The transition from fossil fuels to critical minerals marks a permanent structural shift in global statecraft. Unlike the 20th century oil-centered economy, 21st century resource dominance is dictated by technological capacity and security of refining and chemical separation.
As Western nations use legislation such as the Critical Raw Materials Act, the Inflation Reduction Act and multilateral alliances like the Mineral Security Partnership to build supply chain resilience, the global market is separating into competing economic blocs.
Sources:
Congress.gov. 2022. "H.R. 5376 - An act to provide for reconciliation pursuant to title II of S. Con. Res. 14" Aug 4. Link
European Union. 2024. "Critical Raw Materials Act" May 23. Link
International Energy Agency. 2026. "Global Critical Minerals Outlook 2026" May 21. Link
ORF America. 2025. "China's Critical Mineral Export Controls: Background & Chokepoints" April 22. Link
U.S. Department of State. 2022. "Minerals Security Partnership" June 14. Link
