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💰 Economy & FinanceMAINS · GS3.1 · GS3.9

Critical mineral recycling scheme clears 58 companies

The first eligibility round under the National Critical Mineral Mission's ₹1,500-crore recycling incentive scheme is complete.

What happened

Background & context

Critical minerals are the metals and minerals — lithium, cobalt, nickel, graphite, rare earth elements, copper and others — that are indispensable to clean-energy technologies, electric-vehicle batteries, semiconductors, defence systems and advanced manufacturing, but whose supply is concentrated in a few countries and therefore strategically vulnerable. India imports the bulk of these minerals, and the processing of many of them is dominated globally by a small number of suppliers. Securing them has become a core economic-security objective rather than a routine mining concern.

To organise that effort, the Union Cabinet approved the National Critical Mineral Mission (NCMM) in early 2025 as an umbrella programme to build the entire value chain — exploration, mining, beneficiation, processing and recovery from end-of-life products — across the country and through overseas acquisition of mineral assets. The Mission is anchored in the Ministry of Mines and is intended to run over a multi-year period with a substantial central outlay. The recycling incentive scheme that produced today's clearance list is one operational component sitting inside this larger Mission: where the NCMM as a whole addresses the full pipeline from rock to refined metal, this particular scheme targets the recovery of critical minerals from waste — closing the loop rather than opening a new mine.

The scheme also belongs to a wider policy lineage. The list of critical minerals India tracks was formalised when the Ministry of Mines released a national list of 30 critical minerals in 2023, and the legal foundation for private participation in their extraction was laid by the Mines and Minerals (Development and Regulation) Amendment Act, 2023, which reclassified several of these minerals so that the Centre could auction their mining concessions. Recycling is the demand-side and circular-economy complement to that supply-side push: even fully exploited domestic mines cannot meet projected demand, so recovering minerals already inside the country — in spent batteries, discarded electronics and industrial scrap — becomes a parallel source.

The appraising agency deserves context, because UPSC frequently tests the administering chain. The Jawaharlal Nehru Aluminium Research Development and Design Centre (JNARDDC), based at Nagpur, is an autonomous research body under the Ministry of Mines, originally set up around aluminium and light-metals research. Its designation as the Project Management Agency means it is the technical evaluator that screens applications and appraises proposals, while ownership of the scheme and the release of incentives stay with the Ministry of Mines and its Executive Committee. The chain therefore runs: applicant company → JNARDDC (technical appraisal as PMA) → Executive Committee (eligibility approval) → financial support at the project-execution stage. This separation between the appraising agency and the sanctioning authority is a recurring design in incentive schemes and is exactly the kind of "who does what" distinction prelims questions exploit.

Compared with a pure production-linked incentive (PLI) scheme — where the government rewards incremental manufacturing output against a baseline — this recycling scheme is closer to a capacity-and-recovery incentive: the support is tied to building recycling capacity and bringing recovered-mineral production on stream, with feedstock drawn from waste rather than fresh raw material. The eligibility-then-execution structure (clear the firm first, fund against milestones later) is, however, familiar from the PLI family and from other Ministry of Mines and Heavy Industries incentives, so the scheme can be compared to that broader stable of milestone-linked support programmes while remaining distinct in its circular-economy purpose.

For Prelims

For UPSC: The Critical Mineral Recycling scheme (₹1,500 cr) sits UNDER the National Critical Mineral Mission; its PMA is JNARDDC; its feedstock is li-ion batteries, e-waste and industrial scrap — and its purpose is to cut import dependence by building a circular economy.

What it is NOT

Why it matters

The problem the scheme addresses is concrete: India's clean-energy transition — electric mobility, grid-scale storage, solar and wind — and its advanced-manufacturing ambitions all rest on minerals the country does not produce in sufficient quantity and largely imports, often from a narrow set of suppliers. That concentration is both an economic cost (import bills, price volatility) and a strategic risk (supply can be weaponised). Recycling attacks that vulnerability from a direction mining cannot: it turns the stock of minerals already inside the economy — in the rising volume of dead lithium-ion batteries from electric vehicles and electronics, and in industrial scrap — into a domestic, repeatable source of supply.

There is an environmental dividend too. Spent batteries and e-waste are hazardous if dumped; channelling them into formal recovery reduces pollution while displacing the energy- and water-intensive footprint of primary extraction. The circular-economy framing is therefore not rhetorical — recovering a tonne of cobalt or lithium from a battery avoids the mining, transport and refining of fresh ore for the same metal. By incentivising firms to build recovery capacity at scale (the pledged 850 KTPA is the headline ambition of this first cohort), the scheme tries to create a domestic recycling industry where today the activity is fragmented and largely informal. The two-tranche clearance of 58 eligible firms is the signal that the demand-side leg of India's critical-mineral strategy is moving from policy to projects.

For Mains

Anchor
The Critical Mineral Recycling scheme can anchor an answer on how India is securing critical-mineral supply chains — pairing supply-side moves (NCMM exploration, MMDR 2023 auctions, overseas acquisition) with the demand-side, circular-economy leg of recovery from waste.
Data
Concrete figures to substantiate a clean-energy or resource-security answer: ₹1,500 cr scheme outlay, 58 firms cleared, ≈850 KTPA pledged capacity, ≈₹5,000 cr pledged investment, notified 2 Oct 2025.
Example
A working example of applying circular-economy principles to a strategic sector — recovering lithium, cobalt and nickel from spent batteries and e-waste rather than relying on primary extraction.
Problem
The scheme exists because India's import dependence in critical minerals is a structural vulnerability for its energy transition and advanced manufacturing — a gap the policy itself is designed to narrow.
Way-forward
Domestic recycling capacity, formalising e-waste and battery recovery, and an integrated value chain under one mission are presented as the way forward for resource and economic security.
Position
The government's stated stance: build the full critical-mineral value chain at home, treat recycling as a strategic supply source, and reduce dependence on a narrow set of foreign suppliers.
Deploys into: critical-mineral / resource security; circular economy and waste recovery; infrastructure and inputs for the clean-energy transition (GS3.1 economy & growth, GS3.9 infrastructure and energy).
Ministry of Mines · 2026-04-30 · PRID 2256977 · PIB source ↗