Definition
A critical mineral is a metallic or non-metallic element essential for modern technologies, economies, and national security, where the risk of supply disruption is disproportionately high relative to other raw materials. Criticality is not a fixed property — it is assessed on two axes simultaneously.
- Essential for high-tech, defence, EVs, renewable energy
- No adequate substitutes exist
- Underpins entire industrial value chains
- Demand projected to grow 2–40× by 2040
- Geographically concentrated mining (1–3 countries dominate)
- Processing concentrated in even fewer countries
- Often a by-product of another major mineral
- Subject to geopolitical weaponisation
Critical vs Strategic vs Rare Earth Elements
| Category | Definition | Overlap | Examples |
|---|---|---|---|
| Critical Minerals | High economic importance + high supply risk | Broad; includes REEs | Lithium, Cobalt, Graphite, REEs |
| Strategic Minerals | Defence & national security critical; may not always be scarce | Subset of critical | Titanium, Beryllium, Tungsten |
| Rare Earth Elements (REEs) | 17 elements (15 lanthanides + Sc + Y); NOT always rare geologically | Subset of critical when supply-risky | Neodymium, Dysprosium, Lanthanum |
| Atomic Minerals | Used in nuclear energy/weapons; governed by Atomic Energy Act 1962 | Some overlap (pre-2023) | Uranium, Thorium; formerly Lithium |
Why This Classification Changes Over Time
The list is periodically updated. In January 2026, India added Coking Coal to the critical minerals list — despite having 37.37 billion tonnes of reserves — because 95% of steel industry demand is met through imports, causing an ₹80,000 crore+ annual foreign exchange drain. This is the rarest kind of criticality: abundant at home, yet structurally import-dependent.
China holds only 1.88% of global cobalt reserves (Democratic Republic of Congo holds ~55%), yet China processes 79% of the world's refined cobalt (Cobalt Institute, 2025). The mine and the refinery are two entirely different strategic assets — and China owns the refinery.
All 30 Minerals (2023, Ministry of Mines)
Note: 24 of these 30 are listed in Part D, Schedule I of the MMDR Act — giving Central Government exclusive auction authority over them.
Mineral → Sector Applications (UPSC-Tested Pairs)
| Mineral | Primary Application | Critical Sector |
|---|---|---|
| Lithium | Lithium-ion batteries, energy storage | EVs, Grid Storage |
| Cobalt | Battery cathodes (NMC, NCA chemistry) | EVs, Aerospace |
| Graphite | Battery anode (nearly 100% of anodes use graphite) | EVs, Pencils → Batteries |
| Neodymium / Dysprosium (REEs) | Permanent magnets for motors | Wind turbines, EV motors |
| Gallium | Semiconductors, LEDs, 5G chips | Electronics, Defence |
| Germanium | Fibre optics, infrared optics | Telecom, Military |
| Silicon | Solar PV cells | Renewable Energy |
| Tellurium / Indium | Thin-film solar panels (CdTe, CIGS) | Solar Energy |
| Titanium | Aerospace structures, medical implants | Defence, Medical |
| Nickel | Stainless steel, EV batteries (NMC) | Manufacturing, EVs |
| Cobalt + Nickel + Lithium | EV battery trifecta | EV (remembered together) |
| PGE (Pt, Pd, Rh…) | Catalytic converters, fuel cells | Auto, Hydrogen Economy |
| Phosphorous / Potash | Fertilisers | Agriculture |
India is completely import-dependent for ~10 of the 30 minerals (including Lithium, Cobalt, Nickel). UPSC has already tested this as a trap (2025 Prelims). Never assume India is "resource-rich in all 30." The Committee was chaired by V. Vijayalakshmi (former Additional Secretary, Ministry of Mines, November 2022).
Constitutional Basis for Mineral Regulation
| Constitutional Entry | List | Scope |
|---|---|---|
| Entry 54, List I | Union List | Regulation of mines & mineral development to the extent declared by Parliament in public interest → basis for MMDR Act |
| Entry 23, List II | State List | Regulation of mines & development subject to List I provisions → States grant concessions under MMDR framework |
| Entry 50, List II | State List | Taxes on mineral rights (subject to Parliament restrictions) |
MADA vs Steel Authority of India · SC Constitutional Bench (8:1) · July 2024 · Held that State Legislatures have power to tax mineral rights and are not limited by MMDR Act; royalties are not taxes. SC directed staggered payment of dues from April 2026 over 12 years.
MMDR Act 1957 — Critical Minerals Amendments Timeline
Key Provisions for Prelims — Fast Reference
| Provision | Pre-2023 | Post-2023/2025 |
|---|---|---|
| Lithium mining | Reserved for government (atomic mineral) | Open to private & FDI (100% allowed) |
| Critical mineral auctions | States conducted auctions | Central Government exclusively auctions 24 critical minerals |
| Revenue from CM auctions | — | Accrues to State Governments (despite Central auctioning) |
| Captive mine sale | Cap at 50% of output | 100% permitted after end-use (MMDR 2025) |
| Exploration levy | NMET at 2% of royalty | NMEDT at 3% of royalty (MMDR 2025) |
Students assume that since the Central Government auctions critical mineral blocks, the revenue goes to the Centre. Wrong. Revenue accrues to State Governments. The Centre only conducts the auction process; States collect the proceeds. This is a classic statement trap in UPSC.
Key Geological Hotspots — State-Wise
| Mineral | Key Location | Status |
|---|---|---|
| Lithium | Salal-Haimna, Reasi District, Jammu & Kashmir | 5.9 Mt discovered 2023; no processing infrastructure yet |
| REEs (Monazite) | Coastal belts: Andhra Pradesh, Odisha, Tamil Nadu, Kerala | 7.23 Mt REO estimated; IREL (India) Ltd. operates |
| REEs (Neodymium) | Sirohi & Bhilwara, Rajasthan | GSI reconnaissance surveys 2021-22 and 2022-23 |
| REO (In-situ) | Balotra, Rajasthan | 1,11,845 tonnes REO discovered by Dept. of Atomic Energy |
| Cobalt ore | Various; ~44.9 Mt resources | Largely unexplored |
| Coking Coal | Jharkhand (major), MP, West Bengal, Chhattisgarh | 37.37 Bn tonnes reserves; 95% steel demand met by imports |
| Polymetallic Nodules | Andaman Sea (offshore) | Contains cobalt, REEs, nickel, manganese; MMDR 2025 framework |
| Titanium | IREL operates; Kerala coast (ilmenite) | India has significant reserves |
Why Only 10% of India's Geological Potential is Explored
The gap is structural, not geological. Three overlapping problems: forest clearances block access to mineral-rich tribal regions (often Schedule V/VI areas), geoscientific data is outdated or unavailable for junior miners and foreign investors, and India spends less than 1% of global exploration expenditure — meaning vast prospective zones go untested for decades. Bihar's green energy push and Rajasthan's solar ambitions both depend on minerals sitting below forests and tribal lands that require multiple ministerial clearances to even drill a test bore.
Under NCMM, the Geological Survey of India (GSI) must complete 1,200 exploration projects between 2024-25 and 2030-31. As of early 2025: 368 completed, 195 ongoing in 2024-25, 227 planned for 2025-26.
By 2031, only 10% of India's annual critical mineral demand is expected to be met domestically. This is precisely why KABIL and overseas acquisition are the other 90% of the strategy. UPSC questions on "India's self-reliance" need to be answered with this number in mind.
KABIL at a Glance — All Factual Data
| Parameter | Detail |
|---|---|
| Full Name | Khanij Bidesh India Limited |
| Incorporation Date | 08 August 2019 |
| Act | Companies Act, 2013 |
| Ministry | Ministry of Mines, Government of India |
| Nature | Joint Venture Company (3 CPSEs) |
| Registered Office | New Delhi (managed by lead partner NALCO) |
| Authorised Capital | ₹500 crore |
| Paid-up Capital | ₹100 crore |
Promoters & Equity Ratio
| Promoter | Full Name | Equity | Why Chosen |
|---|---|---|---|
| NALCO | National Aluminium Company Ltd. | 40% | Largest integrated primary aluminium producer in Asia; Lead Partner |
| HCL | Hindustan Copper Limited | 30% | India's only vertically integrated copper producer |
| MECL | Mineral Exploration & Consultancy Limited | 30% | One of India's largest mineral exploration agencies |
Mandate
KABIL's mandate is to identify, explore, acquire, develop, mine, process, and procure strategic minerals outside India for supply primarily to India — to meet domestic requirements for minerals that are non-available or available only in meagre quantities domestically. Focus minerals: Lithium and Cobalt (primary), plus other critical minerals.
Overseas Projects — Status as of June 2026
| Country | Project | Mineral | Status |
|---|---|---|---|
| Argentina | 5 lithium brine blocks in Catamarca Province: Cortadera-I, VII, VIII, VI, Cateo-2022-01810132 (15,703 ha) | Lithium (brine) | Environmental clearance received 10 April 2026. MoA signed 15 Jan 2024 with CAMYEN SE. ₹200 cr (~$24M) investment. Production expected ~2029. |
| Australia | Exploration partnerships under evaluation | Lithium, REEs | Discussions ongoing under India-Australia Critical Minerals Investment Partnership |
| Zambia | Project evaluation | Cobalt, Copper | Early stage |
| Brazil | Critical minerals deal (Feb 2026) | Multiple | MoU signed Feb 2026; KABIL + PSU group evaluating projects |
The Argentina lithium blocks represent India's first lithium exploration and mining project abroad by a government entity. The Catamarca province lies within the Lithium Triangle — the zone spanning Argentina, Bolivia, and Chile that holds over 50% of global lithium reserves.
Under NCMM, KABIL does not work alone. A weekly meeting of a Group of PSUs — including Coal India, Oil India, ONGC Videsh, NLC India, SCCL, and Bharat Petro Resources — jointly evaluates overseas projects for potential bidding. This is an expanding, multi-PSU architecture.
| Body / Mission | Est. / Launched | Ministry | Key Function |
|---|---|---|---|
| KABIL (Khanij Bidesh India Ltd.) | Aug 2019 | Mines | Overseas critical mineral acquisition; JV of NALCO + HCL + MECL (40:30:30) |
| GSI (Geological Survey of India) | 1851 | Mines | Domestic exploration; 1,200 projects target by 2030-31; follows UNFC classification |
| MECL (Mineral Exploration & Consultancy Ltd.) | 1972 | Mines | Detailed mineral exploration; KABIL partner (30%) |
| NCMM (National Critical Mineral Mission) | Jan 29, 2025 | Mines | Umbrella framework; ₹16,300 crore outlay + ₹18,000 crore PSU investment; 7-year horizon |
| NMEDT (Nat. Mineral Exploration & Development Trust) | 2015 (as NMET); renamed 2025 | Mines | Funds exploration AND development (3% of royalty post-2025 amendment; was 2%) |
| CECM (Centre of Excellence for Critical Minerals) | Announced 2023 | Mines | Periodically update critical minerals list; guide strategy & value chain |
| IREL (India) Ltd. | Formerly IREL | Atomic Energy | Rare earths; operates in Kerala; profitable since 1997-98 |
| MSP (Minerals Security Partnership) | 2022 | External Affairs | US-led coalition (14 nations + EU); India is founding member; diversify CM supply chains |
| NMDC (National Mineral Dev. Corp.) | 1958 | Steel | Domestic iron ore production; also evaluating critical mineral blocks |
NCMM — Key Numbers to Remember
The Union Cabinet approved NCMM on 29 January 2025. Some questions may ask whether it was "announced" or "approved" — the answer is Cabinet-approved 29 Jan 2025. Don't confuse it with the MMDR 2025 amendment date (21 August 2025).
China's Structural Dominance — IEA Data (2025)
| Mineral | China's Refining/Processing Share | Key Global Producer (Mining) |
|---|---|---|
| Overall (19 of 20 minerals) | ~70% average refining | Varies by mineral |
| Rare Earths (magnet-grade) | ~91% separation & refining | China 60% mining; Myanmar, Australia, USA next |
| Cobalt (refined) | 79% refined | DRC: 76% mining |
| Lithium (battery-grade processing) | ~70% processing | Australia: ~50% spodumene; Chile: 23% |
| Nickel (refining, with Indonesia) | China + Indonesia: 90% of new capacity added 2024 | Indonesia leading miner |
| Graphite (anode-grade) | >90% | China dominates mining too |
Key insight: China controls processing, not just mining. Australia mines the lithium; China turns it into battery chemicals. This is why "where the ore is found" ≠ "who controls supply."
The Lithium Triangle
The Lithium Triangle — comprising Argentina, Bolivia, and Chile — holds over 50% of the world's known lithium reserves. Within the Triangle: Chile has the world's largest lithium reserves (19% of global copper too). Bolivia's Salar de Uyuni is the largest single lithium deposit. Argentina hosts KABIL's 5 brine blocks in Catamarca. India has signed a CEPA negotiation with Chile and an MoU/deal with Argentina and Brazil. The Triangle is geopolitically contested — China has moved aggressively through CATL and Ganfeng investments, while the US, EU, and India are all trying to establish footholds.
India's International Frameworks for Critical Minerals
| Framework | Year / Status | Key Feature |
|---|---|---|
| Minerals Security Partnership (MSP) | 2022; India founding member | US-led; 14 nations + EU; secure & diversify CM supply chains |
| Quad Critical Minerals Initiative Framework | 26 May 2026 (Quad FM Meeting, New Delhi) | India, Australia, Japan, USA; $20 billion mobilisation; response to China's Oct 2025 export controls |
| India-Australia Critical Minerals Investment Partnership | 2022 (signed); deepening 2025-26 | Bilateral; joint mining, refining, research hub; Australia-India Critical Minerals Research Hub |
| India-Brazil Critical Minerals Deal | February 2026 | MoU; second South American anchor for India |
| India-Japan Economic Security Cooperation | August 2025 | Includes critical minerals cooperation |
| India-US Framework | 26 May 2026 | "Securing of Supply in Mining and Processing of Critical Minerals and Rare Earths" |
| G20 — Critical Minerals Track | Ongoing | India has pushed for resilient supply chains & diversified sourcing |
In October 2025, China suspended/tightened export controls on critical minerals and rare earth elements — disrupting global supply chains. This was the direct trigger for the Quad Critical Minerals Initiative Framework announced on 26 May 2026. The $20 billion Quad commitment is a direct geopolitical counter to Beijing's mineral weaponisation strategy.
The Union Cabinet approved the National Critical Mineral Mission (NCMM) on 29 January 2025 with a financial outlay of ₹16,300 crore and expected PSU investment of ₹18,000 crore over 7 years. GSI tasked with 1,200 exploration projects by 2030-31. Objective: reduce import dependence for critical minerals across clean energy, defence, and high-tech sectors. (PIB, January 2025)
Both Houses passed the Mines and Minerals (Development and Regulation) Amendment Act, 2025 (notified 21 August 2025). Key changes: leaseholders can add critical minerals to existing leases without extra royalty; NMET renamed NMEDT with levy raised from 2% to 3%; captive mine 50% sale cap removed; electronic mineral exchanges authorised; offshore mining framework strengthened. (Ministry of Mines / PIB, August 2025)
Government announced the National Critical Mineral Stockpile with a two-month rare earth reserve and a ₹500 crore seeding budget. Cabinet also approved the Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnets (REPM) with ₹7,280 crore outlay targeting 6,000 tonnes/year production across 5 units. (ORF / Ministry of Mines, October–November 2025)
Coking Coal added to India's critical minerals list by notification under the MMDR Act. Rationale: India has 37.37 billion tonnes in reserves, yet 95% of steel industry demand is met through imports, creating a strategic vulnerability. Also: 41 private agencies given mandates for critical mineral exploration (announced Feb 2026 by Union Minister G. Kishan Reddy). (News on AIR / Ministry of Mines, January–February 2026)
KABIL received environmental clearance from the Argentine Government for deep exploration of 5 brine lithium blocks in Catamarca province (15,703 hectares: Cortadera-I, VII, VIII, VI, Cateo-2022-01810132). Original MoA with CAMYEN SE signed 15 January 2024. Investment planned: ₹200 crore (~$24 million). Production expected: ~2029. This is India's first overseas government lithium exploration project. (Vajiramandravi / GKToday, April 2026)
The Quad Critical Minerals Initiative Framework announced at the Quad Foreign Ministers' Meeting in New Delhi (India, Australia, Japan, USA). Mobilises up to $20 billion for critical mineral supply chains. Direct response to China's October 2025 export controls. Partners will develop coordinated tools to screen and block foreign acquisitions posing national security risks. Simultaneously, an India-US Framework on "Securing of Supply in Mining and Processing of Critical Minerals and Rare Earths" was signed. (MEA / Indian Defence News, May 2026)
With UPSC Prelims 2026 on 24 May 2026 and the Quad Framework announced on 26 May 2026 (literally 2 days after Prelims), the Quad Framework will almost certainly appear in Prelims 2027. The KABIL Argentina environmental clearance (April 2026) and the MMDR 2025 provisions are high-probability for any 2026 Mains question.
UPSC Prelims 2025 — Actual Question (Q. A-6)
Consider the following statements:
I. India has joined the Minerals Security Partnership as a member.
II. India is a resource-rich country in all the 30 critical minerals that it has identified.
III. The Parliament in 2023 has amended the Mines and Minerals (Development and Regulation) Act, 1957 empowering the Central Government to exclusively auction mining lease and composite licenses for certain critical minerals.
Which of the statements given above are correct?
Answer: (c) I and III only
| Statement | Verdict | Reason |
|---|---|---|
| I. India joined MSP | ✅ Correct | India is a founding member of the US-led Minerals Security Partnership (2022) |
| II. India resource-rich in all 30 | ❌ Wrong (classic trap) | India is completely import-dependent for ~10 of the 30; identified ≠ domestically available |
| III. Parliament 2023, Central Govt auction authority | ✅ Correct | MMDR 2023: 24 critical minerals in Part D, Central Govt exclusively auctions |
UPSC will say "India identified 30 critical minerals" and then slip in "India is resource-rich in all of them." These are completely different things. India identified 30 minerals as critical to its needs; it is not self-sufficient in most of them. Lithium, cobalt, nickel, REEs — India imports the majority.
KABIL's primary focus is specifically Lithium and Cobalt — not "all 30 critical minerals." Statements claiming KABIL mines "all critical minerals" or operates across "all strategic minerals" are false.
Wrong. The Central Government conducts the auction for 24 critical minerals, but revenue accrues to the State Governments where the blocks are located. Confusing who auctions vs who receives revenue is a classic UPSC trap.
Wrong. KABIL was incorporated under the Companies Act, 2013 — not the MMDR Act. It operates under the aegis of the Ministry of Mines but is a corporate entity under company law.
The 5.9 million tonne lithium deposit in J&K (Reasi District) was discovered in 2023. However, India lacks the processing infrastructure to refine and extract battery-grade lithium at scale. Discovered ≠ operational. Production is years away.
Statement T/F Practice Table
| Statement | T / F |
|---|---|
| KABIL is a JV of NALCO, HCL, and MECL in the ratio 40:30:30 | ✅ True |
| KABIL was incorporated on 08 August 2019 under the Companies Act, 2013 | ✅ True |
| India has identified 24 critical minerals under the MMDR Act | ❌ False — 30 identified; 24 listed in Part D Schedule I |
| Lithium was removed from the atomic minerals list by MMDR 2023 | ✅ True |
| MSP is a UN-led initiative | ❌ False — US-led (not UN) |
| The NCMM was approved on 29 January 2025 with ₹16,300 crore outlay | ✅ True |
| KABIL has 5 lithium blocks in Chile within the Lithium Triangle | ❌ False — blocks are in Argentina (Catamarca), not Chile |
| China is the dominant refiner for 19 of 20 critical minerals analysed by IEA | ✅ True (IEA 2025) |
1. It is a joint venture of NALCO, HCL, and MECL in the equity ratio of 40:30:30.
2. It was incorporated under the Mines and Minerals (Development and Regulation) Act, 1957.
3. Its primary focus minerals are Lithium and Cobalt.
Which of the statements given above is/are correct?
Statement 1 ✅ — NALCO (40%) : HCL (30%) : MECL (30%) is the correct equity ratio.
Statement 2 ❌ — KABIL was incorporated under the Companies Act, 2013, not the MMDR Act. It operates under the Ministry of Mines, but its legal existence is as a company under company law.
Statement 3 ✅ — KABIL's current focus minerals are Lithium and Cobalt specifically.
1. Graphite — Anode material in lithium-ion batteries
2. Gallium — Fertiliser production
3. Neodymium — Permanent magnets for wind turbine motors
4. Tellurium — Thin-film solar panels
Pair 1 ✅ — Graphite is the dominant anode material in lithium-ion batteries (over 90% of battery anodes use graphite).
Pair 2 ❌ — Gallium is used in semiconductors, LEDs, and 5G chips — not fertilisers. Phosphorous and Potash are the fertiliser minerals on India's critical list.
Pair 3 ✅ — Neodymium (and Dysprosium) are REEs used in sintered permanent magnets for EV motors and wind turbines.
Pair 4 ✅ — Tellurium is used in Cadmium-Telluride (CdTe) thin-film solar panels; Indium is used in CIGS solar panels.
(a) ❌ — The Central Government (not States) exclusively auctions the 24 Part D critical minerals under the 2023 amendment.
(b) ❌ — The 2025 Amendment raised the levy from 2% to 3% (NMET became NMEDT). It was not raised to 5%.
(c) ✅ — The 2023 Amendment removed Lithium, Beryllium, Niobium, Titanium, Tantalum, and Zirconium from the Atomic Energy Act's atomic minerals list, allowing private and foreign investment.
(d) ❌ — Revenue from auctions of 24 critical minerals accrues to State Governments, even though the Central Government conducts the auctions.
1. India discovered 5.9 million tonnes of lithium reserves in the Salal-Haimna region of Reasi District, Jammu & Kashmir in 2023.
2. India has sufficient lithium processing infrastructure to convert J&K lithium into battery-grade material at scale.
3. The Geological Survey of India has estimated 7.23 million tonnes of Rare Earth Oxide along the coastal belts of Andhra Pradesh, Odisha, Tamil Nadu, and Kerala.
Which of the statements given above is/are correct?
Statement 1 ✅ — The GSI confirmed 5.9 million metric tonnes of lithium reserves in J&K in 2023. The location (Salal-Haimna, Reasi) is the specific exam-tested detail.
Statement 2 ❌ — India currently lacks the necessary processing infrastructure to refine battery-grade lithium at scale. It depends heavily on imports from China, Australia, and Argentina for refined lithium.
Statement 3 ✅ — GSI has estimated 7.23 million tonnes of REO in 13.15 million tonnes of monazite along the four coastal states.
(a) ❌ — It is a Quad initiative (not UN), involving India, Australia, Japan, and the USA (not "South Asian nations").
(b) ❌ — It is not bilateral India-USA; it is a four-nation Quad framework.
(c) ✅ — The Quad Critical Minerals Initiative Framework was announced at the Quad FM Meeting in New Delhi on 26 May 2026. It targets $20 billion mobilisation and was a direct response to China's October 2025 export controls on critical minerals and rare earths.
(d) ❌ — MSP is US-led with 14 nations + EU; it is distinct from the Quad Framework. Neither is limited to Africa.
- 30 Critical Minerals identified by Ministry of Mines (Nov 2022 committee, released 2023); 24 listed in Part D Schedule I MMDR Act
- India is NOT resource-rich in all 30 — ~10 minerals with 100% import dependence; this was the trap in UPSC Prelims 2025 Statement II
- KABIL: Khanij Bidesh India Limited; incorporated 08 August 2019; Companies Act 2013; Ministry of Mines
- KABIL JV ratio: NALCO 40% : HCL 30% : MECL 30%; NALCO is lead partner & registered office
- Argentina lithium blocks: 5 blocks (Cortadera-I/VII/VIII/VI + Cateo); 15,703 ha in Catamarca; env. clearance April 10, 2026; production ~2029
- MMDR 2023: 24 CMs in Part D → Central Govt auctions; 6 removed from atomic minerals list (Li, Be, Nb, Ti, Ta, Zr); revenue to States
- MMDR 2025 (Aug 21): No extra royalty for adding CMs to existing leases; NMEDT levy 2%→3%; 100% captive sale; mineral exchanges; offshore mining
- NCMM: Cabinet approved 29 Jan 2025; ₹16,300 Cr govt + ₹18,000 Cr PSU = ₹34,300 Cr total; 1,200 GSI projects by 2030-31
- J&K Lithium: 5.9 Mt, Salal-Haimna, Reasi; discovered 2023; no processing infrastructure yet
- China dominates: Refiner for 19 of 20 minerals analysed (IEA 2025); ~70% average; 91% rare earth separation
- MSP: Minerals Security Partnership; US-led; 14 nations + EU; India is founding member (2022)
- Quad CM Framework: India-Australia-Japan-USA; announced 26 May 2026 in New Delhi; $20 billion mobilisation; response to China's Oct 2025 export controls
What most aspirants miss here is the distinction between mining and processing — UPSC is increasingly testing this angle. China doesn't always mine the ore; it refines it. Australia mines 50% of global lithium spodumene, yet China processes 70% into battery chemicals. When a UPSC statement says "India discovered lithium in J&K," that's a fact — but whether India can use that lithium depends on refining capacity it doesn't yet have. The real exam question is not where minerals are found, but who controls their transformation. Expect 2026 Mains and 2027 Prelims to test this midstream processing angle directly.
India added Coking Coal to its critical minerals list in January 2026. With 37.37 billion tonnes of reserves yet 95% import dependence for steel-grade coking coal, this addition illustrates the paradox of criticality: abundant but structurally unavailable. This will appear in both statement-type and analytical questions.