Critical Minerals as the Foundation of Strategic Power

Background

Critical minerals have rapidly gained geopolitical prominence due to their indispensable application in high-tech manufacturing, electronics, defence equipment, and renewable energy technologies such as electric vehicles and wind turbines. Policy analyses underline that clean energy transition, defence, and digital technologies drive the central role of these minerals in modern industrial strategy.

Significance

Control over the supply and processing of critical minerals underpins modern economic strength and strategic autonomy, reducing external vulnerabilities in global trade. Securing these minerals fuels clean energy transitions, powers high-tech semiconductor manufacturing, strengthens strategic defence and aerospace applications, and protects economic sovereignty against foreign export controls.

India-specific Implications

India's long-term demand surge under a Net-Zero 2070 scenario requires 169 million tonnes of energy transition minerals. However, India faces high import dependence for primary lithium, cobalt, and nickel, making supply weaponization by dominant producers a major risk to domestic EV gigafactories and manufacturing corridors.

Challenges and Criticisms

Global supply chains are concentrated in specific geographic regions, raising concerns over supply disruptions, price volatility, and geopolitical leverage. Domestically, India suffers from a lack of high-purity processing capabilities, shallow exploration depths, prolonged regulatory and environmental clearances, limited private sector participation, nascent recycling ecosystems, and challenging remote location economics.

Way Forward

Nations must diversify sourcing, invest in domestic exploration and processing capabilities, foster international partnerships, and promote recycling technologies. Key measures include prioritizing midstream refining through infrastructure status and production-linked incentives, establishing physical strategic reserves, de-risking private capital with geological data, accelerating closed-loop circular recycling under EPR, and deepening multilateral partnerships like the India-U.S. Strategic Critical Minerals Cooperation Framework and Quad initiatives.

Introduction: Define critical minerals and state their emergence as foundational currencies of modern economic power, clean energy security, and national defence. Body: Discuss their significance in driving clean energy, high-tech manufacturing, and defence. Analyse supply-chain risks such as extreme geographic concentration and India's import dependencies. Outline strategic countermeasures including the National Critical Mineral Mission, KABIL foreign asset acquisitions, MMDR Act amendments, recycling schemes, and multilateral alliances

Conclusion

Emphasize that translating raw potential into industrial capability through scaling midstream refining is vital for India's technological sovereignty.