India's reliance on imported lithium, cobalt, nickel, and rare earth elements is a strategic liability. Every electric vehicle battery, solar panel, and defense system the country builds pulls from supply chains dominated by China. The government's response is now taking concrete shape, and the recycling pillar of that strategy deserves more attention than it has received.
The Policy Framework Now in Motion
In January 2025, the Union Cabinet approved the National Critical Mineral Mission (NCMM) with an allocation of Rs. 16,300 crore, covering the full value chain from exploration and mining to processing and recovery from end-of-life products.
Within that framework, recycling received dedicated funding. The NCMM sets up an Incentive Scheme for mineral recycling with a budget of INR 1,500 crore (approximately USD 170 million), running until FY 2030-31, with a target of recovering 400 kilotonnes of recycled material and incentivizing 270 kt of recycling capacity annually.
The scheme is already moving from approval to execution:
- The Ministry of Mines approved 58 companies as eligible participants, with 20 cleared on March 30, 2026 and 38 cleared on April 29, 2026.
- Selected companies have pledged approximately 850 kilotonnes per annum of capacity and Rs. 50 billion in investment across battery recycling, e-waste processing, and recovery from other waste streams.
- The government has mandated that all new non-ferrous products must contain 5% recycled content from FY 2027-28 onward.
- Customs duty rates on 12 critical minerals were reduced to zero, alongside cobalt powder and waste and scraps of lithium, lead, and zinc.
Why Recycling Makes Strategic Sense Right Now
Mining timelines run five to fifteen years from discovery to production. Recycling does not. Unlike mining projects that take years to yield output, recycling offers an immediate pathway to supplement supply chains while tackling mounting electronic and battery waste.
The demand pressure is structural, not cyclical. India's EV sector, renewable energy targets, and defense procurement all require minerals that the country currently imports in large volumes. The gap between domestic production and national demand will only widen as electrification accelerates.
The supply-side reality compounds the problem. India's existing recycling sector is dominated by informal players using primitive dismantling methods that are inefficient and pose significant health hazards, while formal facilities struggle with high initial costs, lack of skilled labour, and underutilization due to unreliable feedstock availability.
Key structural gaps the NCMM must close:
- E-waste collection rates sit at approximately 10%, with battery collection rates below 5%.
- Processing capacity remains concentrated in informal channels with no traceability.
- Formal recyclers face feedstock uncertainty that undermines investment returns.
- Refining technology for rare earths remains largely undeveloped domestically.
What Corporate Participation Signals
The approval of 58 companies in two tranches within weeks of each other reflects real private sector appetite. The NCMM targets the filing of 1,000 patents in critical mineral technologies by 2030, and seven Centres of Excellence will drive breakthroughs in mineral processing and advanced material sciences.
India is also positioning this domestically as part of broader geopolitical realignment. India's participation in the Minerals Security Partnership, the EU's Critical Mineral Club, and recent G20 engagements underscores its determination to cut dependence on China and strengthen its domestic renewable energy supply chain.
