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India Critical Mineral Mission 2025: Securing Lithium, Cobalt & Rare Earths for Green Future | GK365

India Critical Mineral Mission 2025 launched to secure lithium, cobalt, rare earths for EVs and solar. Learn about NCMM objectives, KABIL, IREL, 30 critical minerals, and four implementation pillars.

⏱️ 9 min read
📊 1,739 words
📅 April 2025
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“Critical minerals are the backbone of green technologies — from lithium in EV batteries to rare earths in wind turbines. Securing them is securing India’s clean energy future.”

India’s ambitious transition to clean energy is not just about installing solar panels and building EVs — it’s about securing the minerals that make those technologies possible. From lithium and cobalt to rare earth elements (REEs), critical minerals are the backbone of green technologies.

Recognizing this, the Government of India launched the National Critical Mineral Mission (NCMM) in 2025 — a game-changing policy to secure mineral resources, reduce import dependence, and position India as a leader in the global clean energy race. Led by the Geological Survey of India (GSI) and coordinated by the Ministry of Mines, this mission is a strategic response to global supply chain uncertainties and India’s growing demand for energy transition materials.

30 Critical Minerals Identified
195 New Exploration Projects
5 Strategic Stockpiles
24 Minerals under Part D
📊 Quick Reference
Mission Name National Critical Mineral Mission (NCMM)
Launch Year 2025
Nodal Ministry Ministry of Mines
Lead Agency Geological Survey of India (GSI)
Overseas Acquisition KABIL (Khanij Bidesh India Ltd.)
Processing Agency IREL (India) Ltd.

⚡ What is the National Critical Mineral Mission (NCMM)?

The National Critical Mineral Mission (NCMM) is India’s flagship initiative launched in 2025 to ensure a resilient and self-reliant supply chain for essential minerals used in green technologies. Spearheaded by the Ministry of Mines, it aims to secure resources critical for solar panels, wind turbines, electric vehicles (EVs), and energy storage systems — technologies at the core of India’s clean energy goals.

The mission is designed to:

  • Secure long-term access to key minerals
  • Promote domestic exploration and processing
  • Establish strategic stockpiles
  • Build international partnerships
  • Foster R&D and innovation
🎯 Simple Explanation

Think of critical minerals as the “ingredients” for green technology recipes. Just like you can’t make a cake without flour and sugar, you can’t make EV batteries without lithium and cobalt, or wind turbines without rare earth magnets. NCMM is India’s plan to ensure we have all the ingredients we need — by finding them at home, buying them abroad, and storing them safely for the future.

🎯 Objectives of NCMM: Five Strategic Goals

The NCMM targets five strategic goals to achieve mineral security for India’s green transition:

Objective Description
1. Domestic Exploration Reduce overdependence on imports through new mineral exploration efforts across India
2. Global Partnerships Acquire overseas mineral assets via public-private collaborations (KABIL)
3. Full Value Chain Cover everything from mining to processing to recycling of critical minerals
4. Innovation & R&D Drive research, development, and technical skill development in mineral sciences
5. Strategic Reserves Build mineral stockpiles to cushion against global supply shocks

🔬 Which Minerals Are Critical for India’s Future?

In 2022, a high-level expert committee identified 30 critical minerals vital for India’s renewable and industrial strategy. Of these, 24 have been classified under Part D of Schedule I of the Mines and Minerals (Development and Regulation) Act, 1957, empowering the central government to auction them.

Critical Mineral Primary Application
Lithium Battery storage, EVs, grid energy storage
Cobalt EV battery cathodes, aerospace alloys
Nickel Battery energy density, stainless steel
Neodymium (REE) Permanent magnets for wind turbines, EVs
Dysprosium (REE) High-temperature magnets for turbines
Silicon Solar photovoltaic cells, semiconductors
Tellurium High-efficiency thin-film solar cells
Tungsten Defense applications, electronics
✓ Quick Recall

Key Numbers: 30 critical minerals identified (2022), 24 classified under Part D of MMDR Act for central government auction. Remember: “30 identified, 24 auctionable.”

🌍 Clean Energy Applications of Key Minerals

Critical minerals are not abstract resources — they are physically embedded in every solar cell, EV battery, and wind turbine. Here’s how they’re used across India’s green tech spectrum:

Sector Target/Capacity Essential Minerals
Solar Energy ~64 GW (2025) Silicon, tellurium, indium, gallium
Wind Power 140 GW target by 2030 Neodymium, dysprosium (REEs)
Electric Vehicles 6–7 million (NEMMP) Lithium, cobalt, nickel
Energy Storage Grid & residential Lithium, nickel, manganese
⚠️ Exam Trap

Don’t confuse: Silicon is used in solar cells, not batteries. Lithium and cobalt are used in batteries, not solar panels. Neodymium and dysprosium (REEs) are used in wind turbine magnets, not in solar or battery applications.

🏛️ Four Pillars of NCMM Implementation

To realize its ambitious goals, the National Critical Mineral Mission is structured around four strategic implementation pillars:

Pillar 1
National Exploration Push: 195 new exploration projects sanctioned for 2024–25. Rajasthan leads with 35 projects. Over 100 blocks to be auctioned. Aligned with UNFC and MEMC Rules, 2015.
Pillar 2
Policy Reforms: Exploration Licence (EL) system introduced. Recovery from fly ash, e-waste, red mud incentivized (circular economy). Liberalized norms for private/foreign players.
Pillar 3
International Collaborations: KABIL leads global acquisitions. Argentina deal: 15,703-hectare lithium block with CAMYEN SE. MoU with Australia’s Critical Minerals Office.
Pillar 4
Domestic Processing: IREL (India) Ltd. processes ilmenite, garnet, REEs. Rare Earth Extraction Plant operational in Odisha. Refining unit in Kerala. IREL turnover: ₹14,625 million (FY 2021–22).
💭 Think About This

India’s KABIL signed a deal with Argentina for a 15,703-hectare lithium block — but Argentina is over 15,000 km away! This shows how critical mineral security has become a geopolitical priority. Countries are racing to lock in supplies, even from distant continents, because domestic resources alone won’t meet future demand.

🌐 India in the Global Critical Mineral Landscape

India’s NCMM is part of a broader global trend where countries are racing to secure critical minerals for clean energy dominance. India’s ability to balance domestic development with international acquisition could make it a pivotal global supplier in the clean tech race.

Country Key Moves
🇺🇸 USA Inflation Reduction Act incentivizes local battery material production
🇨🇳 China Controls over 60% of global rare earth processing
🇪🇺 European Union Launched Critical Raw Materials Act to diversify sources
🇮🇳 India NCMM focuses on exploration, global deals, and circular economy models
🧠 Memory Tricks
Key Numbers Pattern:
“30-24-195-5” — 30 minerals identified, 24 under Part D, 195 exploration projects, 5 strategic stockpiles
Four Pillars Mnemonic:
“EPIC” — Exploration (domestic), Policy reforms, International collaborations, (domestic) processing Capabilities
Key Agencies:
“GIK” — GSI (exploration), IREL (processing), KABIL (overseas acquisition). Remember: “GIK secures India’s minerals”
Mineral-Application Link:
“LCN for Batteries, ND for Wind, ST for Solar” — Lithium-Cobalt-Nickel (batteries), Neodymium-Dysprosium (wind magnets), Silicon-Tellurium (solar cells)
📚 Quick Revision Flashcards

Click to flip • Master key facts

Question
What is the National Critical Mineral Mission (NCMM)?
Click to flip
Answer
India’s flagship 2025 initiative to secure critical minerals for green technologies. Led by Ministry of Mines and GSI. Focuses on domestic exploration, global partnerships, and strategic stockpiles.
Card 1 of 5
🧠 Think Deeper

For GDPI, Essay Writing & Critical Analysis

🌍
China controls over 60% of global rare earth processing. How should India balance its clean energy ambitions with the geopolitical risks of mineral dependency?
Consider: Diversification through KABIL, domestic exploration potential, recycling and circular economy, strategic stockpiles, diplomatic partnerships with Australia/Argentina.
⚖️
Mining for “green” minerals often causes environmental damage and displacement of communities. How can India achieve mineral security without compromising environmental and social justice?
Think about: Circular economy (recycling e-waste, fly ash), responsible mining standards, community consent, rehabilitation policies, technology for low-impact extraction.
🎯 Test Your Knowledge

5 questions • Instant feedback

Question 1 of 5
How many critical minerals were identified by India’s expert committee in 2022?
A) 20 minerals
B) 24 minerals
C) 30 minerals
D) 35 minerals
Explanation

30 critical minerals were identified by the expert committee in 2022, of which 24 are classified under Part D of MMDR Act.

Question 2 of 5
Which agency leads India’s overseas mineral acquisition efforts?
A) Geological Survey of India (GSI)
B) KABIL (Khanij Bidesh India Ltd.)
C) IREL (India) Ltd.
D) Ministry of Mines directly
Explanation

KABIL (Khanij Bidesh India Ltd.) is the agency responsible for overseas mineral acquisition, including the Argentina lithium deal.

Question 3 of 5
Which minerals are primarily used in EV batteries?
A) Lithium, Cobalt, Nickel
B) Silicon, Tellurium, Indium
C) Neodymium, Dysprosium
D) Tungsten, Gallium
Explanation

Lithium, Cobalt, and Nickel are the key minerals used in EV batteries. Silicon and Tellurium are for solar panels.

Question 4 of 5
Which agency is responsible for domestic mineral processing in India under NCMM?
A) KABIL
B) GSI
C) Ministry of Mines
D) IREL (India) Ltd.
Explanation

IREL (India) Ltd. is the key agency for domestic mineral processing, with facilities in Odisha and Kerala.

Question 5 of 5
How many new exploration projects were sanctioned for 2024-25 under NCMM?
A) 100 projects
B) 150 projects
C) 195 projects
D) 250 projects
Explanation

195 new exploration projects have been sanctioned for 2024-25, with Rajasthan leading with 35 projects.

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📌 Key Takeaways for Exams
1
Mission Launch: National Critical Mineral Mission (NCMM) launched in 2025 under Ministry of Mines and GSI to secure minerals for green technologies.
2
Key Numbers: 30 critical minerals identified (2022), 24 under Part D of MMDR Act, 195 exploration projects, 5 strategic stockpiles planned.
3
Key Agencies: GSI (exploration), KABIL (overseas acquisition — Argentina lithium deal), IREL (domestic processing — Odisha, Kerala facilities).
4
Mineral Applications: Lithium/Cobalt/Nickel (EV batteries), Silicon/Tellurium (solar), Neodymium/Dysprosium (wind turbine magnets).
5
Four Pillars: Domestic Exploration, Policy Reforms, International Collaborations, Domestic Processing Capabilities.
6
Global Context: China controls 60%+ of rare earth processing. India’s NCMM includes circular economy (recycling e-waste, fly ash, red mud).

❓ Frequently Asked Questions

What are critical minerals and why are they important for India?
Critical minerals like lithium, cobalt, and REEs are essential for manufacturing clean energy technologies such as solar panels, EV batteries, and wind turbines. They are vital for India’s energy transition, reducing fossil fuel dependence, and achieving net-zero goals.
What is KABIL and what is its role?
KABIL (Khanij Bidesh India Ltd.) is the agency responsible for acquiring critical mineral assets overseas. It signed a deal with Argentina’s CAMYEN SE for a 15,703-hectare lithium block and has an MoU with Australia’s Critical Minerals Office.
How will NCMM reduce India’s mineral import dependency?
Through extensive domestic mining (195 exploration projects), investment in processing/refining (IREL facilities), international deals to diversify sourcing, and recycling/recovery from waste streams like e-waste, fly ash, and red mud.
Which state leads in critical mineral exploration projects?
Rajasthan leads with 35 exploration projects due to its rich geological potential. Over 100 blocks across India will be auctioned to private players for development under the new Exploration Licence (EL) system.
What is the circular economy approach in NCMM?
NCMM incentivizes recovery of minerals from secondary sources like fly ash (from thermal plants), e-waste (old electronics), and red mud (alumina refinery waste). This reduces mining pressure and promotes sustainable resource use.
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