India Bets Big on Critical Minerals to Power Its Clean Energy Future

India Bets Big on Critical Minerals to Power Its Clean Energy Future

Nicholas Sparks 09-Jul-2026

India launches National Critical Mineral Mission to boost domestic graphite mining, reduce import dependency, and strengthen EV battery supply chains.

India is strategically positioning itself to leverage its substantial graphite reserves, aiming for a significant role in the global critical minerals market. This move is driven by the escalating demand for graphite, a vital component in clean energy technologies, particularly electric vehicle (EV) batteries. Currently, India largely depends on imports for battery-grade graphite, with China holding a dominant position in the global supply chain.

Graphite is indispensable for manufacturing clean technology equipment, including EV batteries, solar panels, and wind turbines. The global transition to clean energy sources has intensified the need for such critical minerals. India's ambitious climate goals further necessitate a secure supply of these minerals, as demand is expected to grow exponentially in the coming years.

To reduce its import dependency and bolster energy security, India launched the National Critical Mineral Mission (NCMM) in January 2025. This seven-year mission, with an outlay of 343 billion rupees ($3.7 billion), aims to strengthen India's energy security, accelerate industrial development, and enhance technological self-reliance. Key initiatives include auctioning over 100 critical mineral blocks and undertaking 1,200 exploration projects by 2030-2031. The government is also promoting domestic processing and refining by waiving customs duties on 25 critical minerals and reducing them on two others. Additionally, India focuses on recycling e-waste and recovering critical minerals from industrial waste.

India's strategy extends to diversifying its critical mineral supply chains away from countries with potential trade risks, such as Russia, Madagascar, Indonesia, Peru, and China. The country has forged partnerships with 35 nations, including the United States, Australia, Canada, Germany, and France, to secure access to these vital resources and enhance technological cooperation. For example, India is collaborating with the US on lithium refining, cathode materials, and synthetic graphite production. This approach aims to reduce geopolitical vulnerabilities and establish India as a reliable player in the global market.

Economically, boosting domestic graphite mining and processing could create jobs and stimulate local economies, particularly in regions like Arunachal Pradesh. This initiative also supports India's broader industrial targets, such as increasing steel production capacity.

Despite its vast potential, India faces significant hurdles. Environmental concerns associated with mining, especially in ecologically sensitive areas, require careful management. There is also a funding gap, as the NCMM primarily offers regulatory support rather than direct capital expenditure for large-scale mining and refining projects. Policy execution delays and continued reliance on imported raw materials also pose risks to the timely achievement of India's critical mineral objectives. Overcoming these challenges will be crucial for India to fully capitalize on its graphite riches and secure a prominent position in the global clean energy supply chain.

Impact on Chemical Commodity Prices

In the near term, graphite prices tracked by ChemAnalyst may remain firm or rise slightly, as India's mission signals rising demand without immediate domestic supply relief—India still depends heavily on imports currently. However, medium-to-long-term price trends could soften as new mining blocks and exploration projects add supply, easing global tightness partly caused by Chinese export controls. Synthetic graphite and related battery-material prices may see volatility as India diversifies partnerships with the US, Australia, and Canada, reducing reliance on China. Duty waivers on 25 critical minerals could lower input costs for domestic processors, indirectly pressuring prices downward once processing capacity scales, though funding gaps and execution delays may slow this transition, keeping prices elevated in the interim.

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