India — Strong at Both Ends, Absent in the Middle
The world’s second-largest aluminium producer, with a substantial steel and copper industry — and effectively 100 per cent import dependence for refined lithium, graphite anode and rare earth magnets.
Ore to Vehicle · Part 5 — The Second Chain · Chapter 15 · 17 min read
India is the world’s second-largest aluminium producer and has a substantial steel and copper industry. It also imports essentially all of its refined lithium, cobalt, graphite anode and rare earth magnets.
The gap is precisely the midstream this series has been describing.
₹34,300 cr
National Critical Mineral Mission outlay
30
Minerals on the criticality list
5.9 Mt
Reasi lithium — inferred, not proven
~100 %
Import dependence for magnets
15.1 — Where India actually sits
| Material | Domestic resource | Domestic processing | Import dependence |
|---|---|---|---|
| Aluminium | Strong — Odisha, Jharkhand bauxite | Strong — integrated refiners and smelters | Low — net exporter |
| Steel | Strong | Strong | Low |
| Copper | Limited ore | Smelting capacity, concentrate imported | High for concentrate; net importer of refined since the Thoothukudi closure |
| Lithium | Reasi (J&K) 5.9 Mt inferred — unproven, moving toward auction | Nil at scale | Effectively 100 % |
| Graphite anode | Some flake graphite | Nil | Effectively 100 % |
| Nickel · Cobalt | Minimal | Nil at battery grade | ~100 % |
| Rare earths | Substantial monazite in beach sands | IREL — extraction and refining, small scale | ~100 % for magnets |
| Cells | — | ACC PLI capacity building | High, falling |
15.2 — The six stages, by material
The vertical band of red down the middle is the whole strategic problem — and it is the same band that is red for Europe, the United States and Japan.
15.3 — What is actually being done
The National Critical Mineral Mission is a seven-year programme with an outlay of about ₹34,300 crore — roughly ₹16,300 crore budgetary and ₹18,000 crore from public enterprises — covering a criticality list of 30 minerals. Its stated 2030 targets include raising domestic availability of lithium by six to eight times, cobalt by three to five times, and rare earths, nickel and graphite by 1.5 to 2 times.
15.3.1 — Alongside it
The MMDR Act was amended in August 2025 to let the exploration trust fund overseas critical mineral work. KABIL holds five lithium blocks in Argentina with production targeted around 2029 and has an agreement with Catamarca province. Due diligence is underway on lithium and cobalt assets in Australia. ₹500 crore is earmarked for mineral processing parks, nine institutes are designated Centres of Excellence, and public sector undertakings are tasked with securing up to 50 foreign mines by 2030. A separate PLI scheme of about ₹7,280 crore targets rare earth magnets specifically.
15.4 — The honest assessment
Important
Mining is the easier half. Reasi is inferred, not proven, and even a successful auction puts production years out. Meanwhile India could ship every tonne it eventually mines to China for refining and buy the finished material back — which is the outcome the processing-park and Centre-of-Excellence components exist to prevent.
Refining and conversion capability is the binding constraint, and it is measured in pilot plants commissioned rather than blocks auctioned.
15.5 — The route that does not wait for geology
Technical framing
Recycling under the Battery Waste Management Rules 2022, with EPR obligations on producers, can build domestic lithium, nickel, cobalt and graphite feedstock from batteries already in the country — and it builds exactly the hydrometallurgical skills that a primary refining industry would need.
For anyone selling batteries in India this is not optional anyway; the EPR registration and recycling targets are law, and the CPCB portal is where they are administered.
Quick check: test yourself
1.India auctions the Reasi lithium block successfully. What has it solved?
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2.Why is India strong in aluminium and absent in lithium?
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3.What can be built without waiting for a mine?
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Chapter summary
- ✓India is strong at both ends of the chain and absent in the middle — and so are Europe, the United States and Japan.
- ✓Aluminium and steel are domestic end to end; lithium, graphite anode, nickel, cobalt and magnets are effectively 100 per cent imported at battery grade.
- ✓The National Critical Mineral Mission commits about ₹34,300 crore across 30 minerals, with overseas acquisition through KABIL and a separate ₹7,280 crore magnet PLI.
- ✓Auctioning blocks addresses the left of the table. Only refineries and material plants address the centre.
- ✓Recycling under the Battery Waste Management Rules builds domestic feedstock and the hydrometallurgical skills a refining industry needs — and it is already a legal obligation.
Frequently asked questions
Where does India actually stand across the supply chain?+
Strong at both ends and absent in the middle. Aluminium and steel are strong throughout — India is the second-largest aluminium producer with domestic bauxite and integrated players. Copper has limited ore and smelting capacity running on imported concentrate, and India has been a net importer of refined copper since the Thoothukudi closure. Lithium, graphite anode, nickel and cobalt are effectively 100 per cent import-dependent at battery grade. Rare earths have substantial monazite in beach sands and IREL extraction at small scale, but roughly 100 per cent import dependence for magnets.
What is the National Critical Mineral Mission?+
A seven-year programme with an outlay of about ₹34,300 crore — roughly ₹16,300 crore budgetary and ₹18,000 crore from public enterprises — covering a criticality list of 30 minerals. Its stated 2030 targets include raising domestic availability of lithium by six to eight times, cobalt by three to five times, and rare earths, nickel and graphite by 1.5 to 2 times. Alongside it sit the August 2025 MMDR amendment allowing the exploration trust to fund overseas work, KABIL’s five lithium blocks in Argentina targeting production around 2029, ₹500 crore for mineral processing parks, nine Centres of Excellence, and a separate PLI scheme of about ₹7,280 crore for rare earth magnets.
Is mining or refining the harder problem for India?+
Refining, clearly. Reasi is an inferred resource rather than proven, and even a successful auction puts production years out. More importantly, India could ship every tonne it eventually mines to China for refining and buy the finished material back — which is the outcome the processing-park and Centre-of-Excellence components exist to prevent. Refining and conversion capability is the binding constraint, and progress is measured in pilot plants commissioned rather than blocks auctioned.
What can India do that does not wait for geology?+
Recycling. Under the Battery Waste Management Rules 2022, with EPR obligations on producers, domestic lithium, nickel, cobalt and graphite feedstock can be built from batteries already in the country — and it builds exactly the hydrometallurgical skills a primary refining industry would need. For anyone selling batteries in India it is not optional anyway: EPR registration and recycling targets are law, administered through the CPCB portal.
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Ore to Vehicle is an original educational series on the battery and EV materials supply chain. Country shares, grades, prices and policy status are approximate, drawn from public reporting as of mid-2026, and move year to year — treat them as orders of magnitude rather than as a ledger, and verify before relying on them commercially.