How do the National Critical Mineral Mission, the recycling incentive scheme and the processing capex scheme together address India's clean-energy supply chain vulnerabilities?
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India depends entirely on imports for lithium, cobalt and nickel [4]. EVs and battery storage need these minerals, and so do India's goals of net zero by 2070 [2]. Each of the three schemes covers one stage of the supply chain: mining, refining or recycling. Together they form a layered, though still incomplete, response.
Vulnerabilities
- Import dependence: India has no domestic lithium or nickel supply [4].
- Processing concentration: India's processing capacity is nascent, and global refining sits in a few countries. This exposes India to supply restrictions and price swings [1].
- Technology gap: suitable processing technologies are scarce [1].
1. NCMM: securing ore (upstream)
- Government spending of ₹16,300 crore plus ₹18,000 crore from PSUs and others, over 2024-25 to 2030-31 [2].
- GSI is to run 1,200 exploration projects, and 50 overseas mines are targeted. KABIL has a lithium exploration agreement in Argentina covering 15,703 ha [3].
- Part D of the MMDR Act lets only the Centre auction 24 critical minerals [3].
- 7 Centres of Excellence and a 1,000-patent target address the technology gap [2].
2. Capex scheme: refining (midstream)
- ₹2,814 crore as a 30% capital subsidy for 2 lithium plants (30 kt each) and 2 nickel plants (50 kt each). Cobalt is recovered as a by-product of nickel [1].
- Firms bid for the lowest subsidy, and payment comes in milestone-linked tranches, which keeps fiscal cost down [1].
3. Recycling scheme: secondary supply
- ₹1,500 crore for recovering minerals from e-waste and battery scrap. Targets are 270 kt of annual recycling capacity yielding 40 kt of critical minerals [2].
NCMM (domestic + overseas ore) → Capex refineries (Li, Ni, Co) → EV / BESS / electronics
↑ │
└────── Recycling scheme (270 kt) ← end-of-life batteries ←──┘
Fig: Mine, refine and recycle as one loop
Gaps that remain
- Overseas ore is still at the exploration stage, and the mine targets end in 2030-31 [3], the same year the capex scheme ends [1].
- A capex subsidy does not lower running costs. The Standing Committee wants refining that is cost-competitive with imports and has flagged clearance delays [4].
Together, the three schemes turn a one-way import chain into a loop, with ore from many sources, domestic refining and recycled feedstock. Next, overseas mines should sign offtake agreements that send ore to these plants. An inter-ministerial group should track the plants' progress, and contracts should penalise delay [4]. These steps would advance Atmanirbhar Bharat and India's commitment to cut the emissions intensity of its GDP by 45% [2].
Sources
- 1PIB: Cabinet Approves Capex Support Scheme to Promote Critical Mineral Processing (4 Nov 2026)₹2,814 crore outlay, 30% subsidy, plant sizes, cobalt by-product, least-cost bidding, milestone tranches, processing concentration and technology barriers
- 2PIB Backgrounder: India's Critical Mineral Mission: Securing the Minerals of Tomorrow (Sep 2025)NCMM outlay, Centres of Excellence, patent target, ₹1,500 crore recycling scheme targets, net zero and NDC targets
- 3PIB Backgrounder: National Critical Mineral Mission: Powering India's Clean Energy Future (Apr 2025)GSI exploration projects, overseas mine targets, KABIL–Argentina deal, MMDR Part D
- 4PRS: Standing Committee Report Summary: Self-Reliance in Minerals and Metals (Dec 2025)100% import dependence, cost-competitive refining, clearance delays, inter-ministerial monitoring, penalties for delay