Examine how capex support, recycling incentives and NCMM together address India's import dependence for battery minerals. What implementation bottlenecks remain?

India meets all of its current lithium demand through imports [5]. This exposes its EV and energy-storage plans to supply shocks. The Cabinet's ₹2,814-crore capex support scheme for lithium and nickel processing [1] completes a three-part policy design. However, gaps in raw-material supply, funding and scheme design still limit what it can achieve.

How the three instruments work together

• NCMM (the umbrella): ₹34,300 crore over seven years. This is ₹16,300 crore from the government and ₹18,000 crore expected from PSUs. It covers exploration, mining, processing, recycling and buying mineral assets abroad [2].
• Recycling incentive (secondary supply): ₹1,500 crore for FY26–FY31 to recover minerals from e-waste and used Li-ion batteries. It targets 270 kt/year of recycling capacity and about 40 kt/year of minerals [3]. So far, 58 companies have been found eligible [4].
• Capex support (the processing stage): ₹2,814 crore over five years to build refineries in India. It reduces the high upfront cost of setting one up [1].

Ore (auctions / KABIL) ─┐
                        ├─► Refining (capex support) ─► Cells (PLI-ACC) ─► EVs
Scrap (recycling) ──────┘
              NCMM: funding + coordination across the chain

Fig: Battery-mineral value chain under NCMM

Together, the three give India two sources of supply, mined ore and recycled scrap. They also keep the value added by refining inside the country.

Bottlenecks that remain

• Raw-material gap: Refineries will still need imported ore, because all lithium demand is met by imports [5]. The scheme changes what India imports; it does not end imports.
• Thin funding: About ₹560 crore a year, roughly one-twelfth of NCMM's outlay [1][2]. That can support only a few costly plants.
• Design risk: Capex support pays before a plant proves its output. An output-linked PLI does not, so here taxpayers carry the risk of plants running below capacity.
• Short timeline: Five years [1] is tight to design, clear, build and stabilise a refinery.
• No published target: The recycling scheme has a 270-kt benchmark [3], but no capacity target has been reported for processing [1]. This makes the scheme hard to audit.
• Technology and environment: India has little know-how in battery-grade refining. The process uses a lot of water and chemicals, so effluent needs strict control.

NCMM, the recycling incentive and capex support together create a credible battery-mineral chain with more than one source of supply. Three steps would turn this into real self-reliance in clean-energy minerals and advance SDG-7:

• release capex money only when plants reach output milestones;
• give priority to projects with ore secured through KABIL or auctions;
• link refineries to the cell makers under PLI-ACC.