Critical Minerals: India’s Economic Imperative in Geopolitical Shifts

Critical minerals are elements or raw materials deemed essential for a nation’s economic and national security, whose supply chains are vulnerable to disruption. Their criticality arises from their indispensable role in high-tech industries, renewable energy technologies, defense, and space applications. These minerals often possess unique physical and chemical properties that make them irreplaceable in specific applications. Unlike bulk commodities, critical minerals typically have limited substitutes and concentrated global supply chains, often dominated by a few countries. Examples include lithium, cobalt, rare earth elements (REEs), graphite, nickel, and gallium. India’s list of critical minerals, updated in 2024, now includes 30 minerals, including rare earth elements and platinum group elements, reflecting their strategic importance.

The strategic importance of certain minerals isn’t new, historically seen with resources like oil. However, the concept of “critical minerals” gained prominence with the rise of advanced technologies and the global energy transition. Post-Cold War, the focus shifted from traditional defense metals to those powering electronics and clean energy. The 2010s saw accelerated recognition due to supply disruptions and growing demand for electric vehicles (EVs) and digital infrastructure. A key development is the rise of Resource Nationalism, where countries assert greater control over their mineral wealth. This has led to export restrictions and price volatility.

The shift towards a green economy, particularly with the Paris Agreement targets, significantly amplified demand for these minerals, leading to a global scramble for secure supplies.

The global distribution of critical minerals is highly uneven. For instance, China dominates the processing of many rare earth elements (REEs) and graphite, holding significant control over global supply chains. Democratic Republic of Congo (DRC) accounts for over 70% of global cobalt supply, essential for EV batteries. Australia, Chile, and Argentina are major lithium producers. India’s domestic reserves of many critical minerals are limited, making it heavily import-dependent for crucial inputs like lithium, cobalt, and nickel. Recent geological surveys, however, have indicated significant potential, such as lithium reserves discovered in Jammu & Kashmir (2023) and potentially in Rajasthan, offering a glimmer of hope for reducing import dependency.

The criticality of these minerals is driven by several factors: high demand from emerging technologies, concentrated supply chains, geopolitical risks, and environmental concerns associated with their extraction and processing. Key features include their irreplaceability in specific applications (e.g., neodymium in powerful magnets), high barriers to entry for new mines due to capital intensity and environmental regulations, and the long lead times for new projects. The economic implications for India involve securing raw materials for its ambitious Make in India initiative, particularly in sectors like EVs, semiconductors, and defense manufacturing. Component-wise, the entire value chain from exploration, mining, processing, refining, and recycling is critical.

India has been proactive in establishing frameworks. The Mines and Minerals (Development and Regulation) Act, 1957, has been amended to facilitate private sector participation in critical mineral mining. In 2023, the government delisted six critical minerals, including lithium, niobium, and beryllium, from the list of atomic minerals, allowing their commercial mining. The Ministry of Mines established Khanij Bidesh India Ltd. (KABIL) in 2019 to identify, acquire, explore, and process critical minerals in overseas assets for domestic supply. India has also engaged in international collaborations, such as the Mineral Security Partnership (MSP), a US-led initiative to secure critical mineral supply chains.

The geopolitics of critical minerals is intertwined with global power dynamics. Control over these resources translates into technological leadership and economic leverage. For India, securing critical minerals is crucial for energy security, transitioning to a green economy, and achieving strategic autonomy. Dependence on a single country for supply creates vulnerabilities, impacting sectors from defense to digital infrastructure. This directly links to India’s broader maritime imperative and its interest in exploring deep-sea resources. Furthermore, the demand for these minerals is exploding due to the rapid advancements in technologies like Artificial Intelligence, which requires vast amounts of computing power and specialized components.

Several international bodies track critical mineral trends. The International Energy Agency (IEA) in its “The Role of Critical Minerals in Clean Energy Transitions” report (2021) highlighted that a typical EV requires six times more mineral inputs than a conventional car. The World Bank’s “Minerals for Climate Action” report (2020) projects a 500% increase in demand for minerals like lithium and cobalt by 2050 for clean energy technologies. India’s import bill for critical minerals is substantial and growing. For instance, India imported nearly 100% of its lithium and cobalt requirements in recent years. The Geological Survey of India (GSI) and other agencies are actively mapping potential domestic reserves to provide updated figures.

As of April 2026, the global push for critical mineral security remains a top agenda item. India has actively participated in various forums, including the G20 discussions, emphasizing resilient supply chains and diversified sourcing. The operationalization of KABIL’s overseas ventures, such as potential agreements for lithium blocks in Australia or Argentina, is keenly watched. Domestically, the auction of critical mineral blocks, initiated in 2023-2024, is underway, aiming to attract private and foreign investment. Furthermore, significant investments in lithium-ion battery manufacturing facilities in India underscore the direct economic impact of securing these raw materials.

Previous UPSC Prelims questions have often focused on the applications of specific rare earth elements or the countries dominating their production/reserves. For example, questions on uses of thorium or the largest producer of a particular mineral. Expect questions to evolve towards policy initiatives (e.g., KABIL, MSP), economic implications for India (e.g., EV manufacturing, energy transition), and the geopolitical dimensions (e.g., impact of trade restrictions, diversification strategies). Understanding the why behind a mineral’s criticality and India’s strategic response is crucial. Don’t just memorise lists; understand the interconnections.

Potential MCQs could test:
1. Which of the following minerals was recently delisted from atomic minerals in India? (Lithium, Niobium, Beryllium)
2. Consider the following statements regarding Critical Minerals:
a) China is the largest producer of cobalt globally.
b) KABIL is an initiative by the Ministry of Mines to secure overseas critical mineral assets.
c) Critical minerals are exclusively used in defense applications.
Which of the statements given above is/are correct?
3. Match the following critical mineral with its primary application: (e.g., Lithium – EV batteries, Neodymium – Magnets)
4. Which international partnership aims to bolster critical mineral supply chains, with India as a key member? (Mineral Security Partnership)

1. Misconflating Rare Earth Elements (REEs) with all Critical Minerals: While REEs are critical, not all critical minerals are REEs. This is a common oversimplification.
2. Confusing production with reserves: A country might have large reserves but limited production capacity, or vice-versa.
3. Static lists: The list of critical minerals is dynamic and evolves with technological advancements and geopolitical shifts. India’s list was updated in 2023-24.
4. Overlooking the entire value chain: Criticality extends beyond mining to processing, refining, and recycling, which are often concentrated in different geographies.
5. Assuming self-sufficiency: India is largely import-dependent for many critical minerals, despite recent discoveries.