Live Updates
UPSC · English

CRITICAL MINERALS THE FOUNDATION OF STRATEGIC PARTNERSHIP

Published 04 Aug 2026. Access the PDF directly or read the stored explanation below.

UPSC Editorial Analysis ENVIRONMENT English 04 Aug 2026

 CRITICAL MINERALS THE FOUNDATION OF STRATEGIC PARTNERSHIP (TH)

GS-II – International Relations 

GS-III – Economy, Environment, Science & Technology, Energy Security.

INTRODUCTION

Critical minerals including lithium, cobalt, nickel, graphite, and rare earth elements (REEs) have transformed from basic industrial inputs into the defining currency of 21st-century power. As the global economy pivots toward clean energy, advanced electronics, defense equipment, and space technologies, control over these resources now dictates national security and technological self-reliance. For India, building a resilient critical mineral ecosystem is essential to powering its net-zero goals, shielding high-tech manufacturing, and maintaining strategic autonomy on the world stage.

GLOBAL SUPPLY RISKS AND STRATEGIC IMPERATIVES

The transition away from fossil fuels has triggered an explosive demand for critical minerals, yet global supply chains remain vulnerable to systemic choke points and foreign leverage.

Ø  Supply Concentration: The midstream value chain specifically refining and processing acts as a primary global bottleneck. The top three refining nations control an average market share of 86% across key critical minerals.

Ø  China’s Hegemony: China leads the refining of 19 out of 20 strategic minerals, commanding nearly 70% of the global processing market overall. It controls over 90% of rare earths and graphite, 75% of cobalt, and 70% of lithium chemicals. Recent export restrictions on materials like graphite highlight the risk of these resources being weaponized.

Ø  Rising Demand: Under India’s target of reaching Net-Zero by 2070, cumulative demand for energy transition minerals is projected to hit approximately 169 million tonnes, exacerbating the gap between required resources and guaranteed supplies.

Ø  Sectoral Dependence:

ü  Clean Energy & Mobility: Lithium, cobalt, nickel, and graphite drive battery production, while rare earths like neodymium and dysprosium power high-performance magnets for EVs and wind turbines.

ü  Defense & Aerospace: Vital for precision-guided systems, electronics, advanced communications, and strategic tech.

ü  Digital & Advanced Manufacturing: Essential for semiconductors, telecommunications, and computing hardware.

INDIA’S DOMESTIC CHALLENGES AND COMPREHENSIVE POLICY RESPONSE

While India possesses geological potential, structural bottlenecks have hindered its mineral self-reliance. In response, the Government of India and the Ministry of Mines have rolled out legislative reforms and targeted missions.

Domestic Bottlenecks

Ø  Processing Deficit: India lacks the midstream industrial capacity required to refine raw ores into high-purity, battery-grade, or industrial-grade chemicals.

Ø  Import Reliance: High exposure to foreign disruptions for battery materials like lithium, nickel, and cobalt.

Ø  Exploration Hurdles: Historical efforts prioritized shallow, conventional minerals rather than deep-seated critical minerals. Long regulatory timelines and limited private participation slowed progress.

Ø  Lack of Stockpiles: India is still in the early stages of building operational buffer stocks to cushion against foreign supply shocks.

Legislative and Institutional Framework

Ø  Identification of 30 Critical Minerals: In 2023, the Ministry of Mines designated 30 minerals as critical to national growth.

Ø  MMDR Act Amendments (2023): Included 24 critical minerals in Part D of Schedule I, granting the Central Government exclusive authority over their auction via mining leases and composite licenses. It also introduced Exploration Licences (EL) to attract private Exploration Agencies (NPEAs) for deep-seated minerals.

Ø  Offshore Areas Mineral Act Amendment (2023): Passed to enable structured seabed exploration and mining.

The National Critical Mineral Mission (NCMM)

Approved in January 2025 under the Ministry of Mines, the NCMM outlines a complete "mine-to-material" strategy,

Ø  Funding: ₹16,300 crore total outlay over seven years, alongside ₹18,000 crore in expected investments from PSUs and stakeholders.

Ø  Exploration Targets: Tasks the Geological Survey of India (GSI) with 1,200 exploration projects between 2024–25 and 2030–31, alongside expanded offshore efforts.

Ø  R&D & Innovation: Creating 7 Centres of Excellence (CoE), funding startups through S&T-PRISM, and targeting 1,000 patents in mineral technologies by 2030–31.

Ø  Recycling & Secondary Recovery: Allocates ₹1,500 crore in incentives to expand recycling capacity (e-waste, battery scrap) by 270 kilo tonnes. Pilot schemes are also supporting mineral recovery from unconventional sources like mine tailings, fly ash, red mud, and overburden.

 GLOBAL ALLIANCES AND FOREIGN ASSET ACQUISITION

To supplement domestic efforts, India is utilizing international diplomacy and foreign acquisitions to build resilient, diversified supply chains.

Mechanism / Partner

Strategic Focus & Key Initiatives

KABIL (Khanij Bidesh India Ltd.)

Joint venture of NALCO, HCL, and MECL acquiring assets abroad. Has secured 15,703 hectares across lithium exploration blocks in Argentina (Catamarca province), while actively engaging Australia, Chile, and Mozambique.

Australia

Secures access to lithium and cobalt resources to support clean energy and advanced manufacturing, integrated into broader Indo-Pacific strategic frameworks.

United States

Bilateral cooperation under the India–U.S. Strategic Critical Minerals Cooperation Framework focused on resilient supply chains, refining capacity, and joint tech transfer.

Canada

Engagement covering critical minerals, clean mobility, and sustainable industrial supply chains.

Brazil

Bilateral cooperation focused on rare earth elements and critical minerals, strengthening Global South partnerships.

Multilateral Alliances

Joining platforms like the Minerals Security Partnership (MSP) to diversify sourcing, attract foreign capital, and establish standards for responsible mineral sourcing.

 

CONCLUSION

Critical minerals have evolved from economic commodities into the foundation of national sovereignty and industrial competitiveness. Through the National Critical Mineral Mission, domestic legislative reforms, overseas asset acquisitions, and international alliances, India is building a "mine-to-material" framework. To achieve full strategic autonomy, India's priority must remain on bridging its processing and refining gaps, operationalizing strategic reserves, and establishing secondary recycling capabilities. Converting raw geological potential into refined technological power will ensure India's leadership in the clean energy transition.

Source: https://www.thehindu.com/opinion/op-ed/critical-minerals-the-foundation-of-strategic-power/article71302082.ece

QUESTION

"Resource diplomacy is increasingly becoming a core pillar of India's strategic partnerships." Analyze how multilateral platforms like the Minerals Security Partnership (MSP) and overseas acquisitions by KABIL bolster India's strategic autonomy. (10 MARKS,150 WORDS)

 INTRODUCTION

As global geopolitics shifts from fossil fuels to critical minerals, critical mineral vulnerabilities pose a direct threat to India’s high-tech manufacturing, defense readiness, and clean energy goals. Resource diplomacy executed through multilateral platforms and state-backed asset acquisitions has thus become essential to safeguarding India's strategic autonomy against global supply choke points and weaponized export curbs.

MULTILATERAL PLATFORMS (MSP): COLLECTIVE SECURITY & RULE-MAKING

Participation in multilateral frameworks like the Minerals Security Partnership (MSP) strengthens India’s strategic flexibility without creating military or political entanglements

1.        De-risking Midstream Supply Chains: Enables collaborative investment in processing and refining infrastructure, dismantling single-country monopolies (e.g., China’s dominant control over refining).

2.      Technology Co-development & ESG Standards: Grants access to advanced, green mineral-processing technologies while shaping global Environmental, Social, and Governance (ESG) norms to prevent predatory trade practices.

3.      Capital Mobilization: Catalyses blended finance and co-investments with major economies (e.g., US, Australia, EU), reducing financial risk for domestic private and public enterprises.

KABIL: UPSTREAM MATERIAL SOVEREIGNTY

Khanij Bidesh India Limited (KABIL) acts as India's state-backed tool to secure equity-based ownership in mineral-rich foreign jurisdictions

1.        Direct Off-Take Rights: Equity ownership guarantees long-term supply of critical raw materials (e.g., lithium, cobalt), shielding India's EV and semiconductor sectors from price volatility and export bans.

2.      Anchoring Bilateral Engagements: Transforms transaction-based trade into long-term strategic partnerships in the Indo-Pacific and Latin America, bolstering India’s foreign policy leverage as a reliable global actor.

ü  KABIL's Argentina Deal: Under the Ministry of Mines, KABIL signed a landmark agreement with CAMYEN in Catamarca, Argentina, acquiring exclusive exploration and mining rights for 5 lithium brine blocks (~15,703 hectares).

ü  Indo-Pacific Footprint: KABIL partnered with Australia's Critical Minerals Facilitation Office (CMFO) for joint due diligence in lithium and cobalt assets.

CONCLUSION

By pairing multilateral rule-making via the MSP with equity-driven asset control through KABIL, India transforms resource vulnerability into strategic resilience. This dual-track resource diplomacy serves as a critical bulwark, ensuring India's net-zero transition and economic growth remain self-determined and insulated from global turmoil.

Back to All Titbits
WhatsApp Book Free Demo