The article highlights India’s heavy reliance on China for critical minerals essential to its economic and strategic goals. It examines China’s dominance in the sector, India’s dependency on Chinese supplies, and the structural challenges limiting India’s ability to exploit its own resources.

1. China’s Dominance in the Critical Minerals Sector

A. Resource Base and Exploration:

• China has discovered 173 types of minerals, including significant reserves of lithium, cobalt, graphite, and rare earth elements (REEs).
• In 2022 alone, China invested $19.4 billion in exploration, discovering 132 new deposits, including 34 large-scale ones.

B. Processing and Refining Control:

• Rare Earths: China processes 87% of global rare earths.
• Lithium: China refines 58% of the world’s lithium, crucial for electric vehicles (EVs) and energy storage.
• Silicon: China controls 68% of silicon processing, vital for semiconductors and solar panels.

C. Strategic Investments:

• China has secured control over critical minerals through overseas investments and refining capabilities, creating supply chain dependencies for countries like India, the U.S., and the EU.

D. Export Controls:

• China strategically uses export controls as a geopolitical tool, targeting minerals critical to Western technologies while balancing domestic industrial needs.
• Notable actions include the rare earth embargo against Japan in 2010 and restrictions on gallium, germanium, and antimony exports in recent years.

2. India’s Dependency on Chinese Minerals

Critical Minerals Dependency:

India depends on China for over 40% of imports of six critical minerals:

1.     Bismuth (85.6%): Used in pharmaceuticals and chemicals; China controls 80% of global refinery production.

2.     Lithium (82%): Essential for EV batteries; China dominates refining despite alternative raw material sources.

3.     Silicon (76%): Crucial for semiconductors and solar panels; processing technology is limited globally.

4.     Titanium (50.6%): Important for aerospace and defense; high switching costs deter diversification.

5.     Tellurium (48.8%): Used in solar power and thermoelectric devices; China produces 60% globally.

6.     Graphite (42.4%): Indispensable for EV batteries and steel; China controls 67.2% of global output.

3. Challenges Hindering India’s Domestic Capacity

A. Exploration and Mining:

• Many critical minerals are deep-seated, requiring advanced exploration and mining technologies.
• High-risk investments deter private sector participation in the absence of strong incentives.

B. Processing and Refining Deficiencies:

• India’s processing capabilities for minerals like lithium, rare earths, and silicon are underdeveloped.
• The newly discovered lithium deposits in Jammu and Kashmir (5.9 million tonnes) remain untapped due to technological limitations in extracting lithium from clay deposits.

C. Data and Policy Gaps:

• India lacks comprehensive data on medium- and high-skilled labor involved in mineral exploration and processing.
• Current policy frameworks are fragmented, focusing on bilateral agreements without an overarching strategic vision.

4. Way Forward for India

A. Securing Overseas Resources:

• The KABIL initiative (a joint venture of three state-owned firms) focuses on acquiring overseas mineral assets.
• India’s participation in strategic partnerships like the Minerals Security Partnership and the Critical Raw Materials Club aims to diversify supply sources.

B. Enhancing Domestic Capacity:

• Research and Development: Institutions like the Geological Survey of India (GSI) and Council for Scientific and Industrial Research (CSIR) are key to advancing domestic exploration and processing technologies.
• Skill Development: Align training programs with international standards to foster expertise in mining and refining.

C. Recycling and Circular Economy:

• Production-linked incentives (PLIs) encourage recycling to reduce reliance on virgin minerals.
• Promote circular economy practices to improve resource efficiency.

D. Policy and Infrastructure Development:

• Formulate a national strategy for critical minerals, integrating exploration, processing, and supply chain resilience.
• Invest in advanced technologies to extract minerals like lithium from unconventional sources, such as clay deposits.

5. Conclusion

India’s reliance on China for critical minerals underscores a strategic vulnerability that threatens its economic and technological ambitions. While initiatives like KABIL and international partnerships are steps in the right direction, addressing structural challenges in exploration, processing, and policy integration is crucial. India must leverage its domestic mineral resources, invest in technological advancements, and promote a circular economy to reduce its dependency on China and secure a resilient supply chain for critical minerals. This requires sustained efforts and a long-term vision to position India as a key player in the global critical minerals landscape.

Q. India’s dependence on China for critical minerals poses significant challenges to its economic and strategic ambitions. Discuss the reasons for this dependency and suggest measures to reduce reliance on Chinese supplies while strengthening India’s domestic capacity. (250 words)

Answer:

Introduction:
Critical minerals such as lithium, silicon, and rare earth elements are indispensable for advanced technologies like EV batteries, semiconductors, and renewable energy systems. India’s dependence on China for over 40% of its requirements for six critical minerals reflects strategic vulnerabilities, undermining its economic and technological ambitions.

Reasons for Dependency:

1.     China’s Global Dominance:

o    China controls 87% of rare earth processing, 58% of lithium refining, and 68% of silicon processing, leveraging its extensive reserves, advanced technologies, and investments across the value chain.

2.     India’s Structural Challenges:

o    Exploration Deficiency: Many critical minerals are deep-seated, requiring high-risk, capital-intensive technologies that India lacks.

o    Processing Limitations: India’s refining capabilities are inadequate, as seen in its inability to process lithium from Jammu and Kashmir’s 5.9 million tonnes of clay deposits.

o    Fragmented Policies: The absence of a cohesive national strategy and reliable data restricts long-term planning.

Measures to Reduce Dependency:

1.     Diversify Supply Sources:

o    Strengthen partnerships under initiatives like the Minerals Security Partnership and the Critical Raw Materials Club.

o    Expand overseas acquisitions through KABIL.

2.     Enhance Domestic Capacity:

o    Invest in exploration and advanced extraction technologies.

o    Align skill development programs with international standards.

3.     Promote Recycling and Circular Economy:

o    Offer production-linked incentives for recycling critical minerals.

4.     Policy Integration:

o    Develop a comprehensive critical minerals strategy integrating exploration, processing, and supply chain resilience.

Conclusion:
India must adopt a multi-pronged approach to reduce its reliance on China by strengthening domestic capabilities and diversifying global partnerships. This will enhance economic resilience, bolster strategic autonomy, and position India as a key player in the global critical minerals landscape.

MCQs

1. Which of the following critical minerals does India rely on China for, with a dependency exceeding 40%?
a) Bauxite
b) Lithium
c) Gold
d) Uranium

Answer: b) Lithium

2. What is a major reason for India’s inability to extract lithium from the reserves found in Jammu and Kashmir?
a) Lack of advanced extraction technologies for lithium from clay deposits
b) Insufficient reserves to justify investment
c) Legal disputes over ownership of the reserves
d) Environmental restrictions on mining

Answer: a) Lack of advanced extraction technologies for lithium from clay deposits

3. What initiative has India launched to secure overseas mineral assets?
a) Make in India
b) KABIL
c) National Green Hydrogen Mission
d) Atmanirbhar Bharat Abhiyan

Answer: b) KABIL

4. What percentage of global rare earth processing is controlled by China?
a) 50%
b) 87%
c) 68%
d) 90%

Answer: b) 87%

5. Which of the following measures can reduce India’s dependency on China for critical minerals?

1.     Diversifying supply sources through international partnerships

2.     Investing in advanced exploration and refining technologies

3.     Strengthening recycling and circular economy practices

4.     Increasing imports from other countries like the U.S.

a) 1, 2, and 3 only
b) 1 and 4 only
c) 2 and 3 only
d) 1, 2, 3, and 4

Answer: a) 1, 2, and 3 only