Critical Minerals and India's Strategic Power

#GS-3 #Economy #Infrastructure #Science & Technology #Environment #Climate Change #National #Critical Minerals

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Recent policy studies show that critical minerals now drive national defense, industrial growth, and clean energy plans across the world.

Critical minerals are essential raw materials required to produce electric vehicle batteries, solar panels, wind turbines, microchips, and advanced defense equipment.
A few nations control the mining and processing of these elements, making mineral access a key driver of geopolitical power and economic self-reliance.

The top three refining nations control 86% of the global market for key elements like copper, lithium, nickel, cobalt, graphite, and rare earths.
China holds a strong midstream monopoly, processing over 90% of rare earths and graphite along with 75% of cobalt and 70% of lithium chemicals.
Global copper production facilities face a projected 30% supply shortfall by 2035, while lithium and rare earth markets face impending shortages.
India will require nearly 169 million tonnes of transition minerals by 2070 to achieve its Net-Zero climate targets.

India needs a steady mineral supply to manufacture solar panels, wind turbines, grid storage systems, and electric vehicle batteries for its 2070 climate goals.
Domestic high-tech factories require these minerals as core inputs for microchips, advanced displays, consumer devices, and 5G telecom gear.
Defense manufacturers rely on specialized mineral alloys and permanent magnets to build radar networks, missile guidance systems, military aircraft, and satellites.
Building strong supply lines protects the Indian economy against foreign export bans, such as China restricting its graphite and rare earth sales.
Establishing local refining capacity helps India capture industrial value domestically instead of depending heavily on foreign mineral imports.

India holds unrefined reserves of copper, graphite, and monazite, but it lacks the chemical processing plants and smelters required for high-purity refining.
Mining firms in India focus mostly on shallow surface exploration due to long environmental approval delays and low private investment.
Local battery cell production remains heavily reliant on imported primary lithium, cobalt, and nickel.
Electronic waste and battery recycling systems remain weak because collection channels are fragmented and recycling technologies are still evolving.
Mining projects in remote or ecologically delicate areas face steep logistics costs and poor transport infrastructure.

The government created the National Critical Mineral Mission (NCMM) to run 1,200 exploration projects by 2030-31 while supporting recycling and overseas mining.
State-owned firm Khanij Bidesh India Limited (KABIL) secured 15,703 hectares of land in Argentina to explore and develop lithium reserves.
Parliament updated the Mines and Minerals (Development and Regulation) Act to allow the Central Government to auction 24 critical mineral blocks directly.
Officials approved a Rs 1,500 crore incentive plan for mineral recycling and proposed dedicated Rare Earth Corridors across four coastal states.
India joined the Quad Critical Minerals Initiative and signed the India-U.S. Strategic Critical Minerals Cooperation Framework in May 2026 to secure foreign supply lines.

The government should give midstream mineral refining infrastructure status and launch Production Linked Incentive schemes to build local smelting facilities.
India must create national strategic mineral stockpiles of refined lithium and rare earth oxides to shield local industries from global supply shocks.
Geologists should release high-resolution surveys, simplify clearances, and offer financial support to reduce investment risks for private mining companies.
Authorities must strictly enforce Extended Producer Responsibility rules under the Battery Waste Management Rules to feed electronic waste into recycling plants.
Diplomatic teams should expand partnerships through platforms like FORGE and Pax Silica to acquire advanced processing technologies from allied nations.

Access to critical minerals now decides a nation's military strength, industrial competitiveness, and clean energy progress.
India must expand its domestic refining capabilities rapidly to turn raw reserves and foreign alliances into long-term technological independence.