India's electric vehicle market is growing rapidly, and with it comes a question every EV owner and buyer should be asking: what happens to the battery at the end of its life? The answer lies in a fast-maturing ecosystem of EV battery recycling companies in India — licensed recyclers that recover lithium, cobalt, nickel, and other critical materials from spent batteries and feed them back into the supply chain.
In this guide, we look at some of the key players building India's circular battery supply chain, the technology they use, the regulations that govern them, and what it all means for EV buyers like you.
Why EV Battery Recycling Matters in India
Lithium-ion batteries power electric cars, e-scooters, e-rickshaws, smartphones, and energy storage systems. They are chemically complex, energy-dense, and safety-sensitive. Improper handling of end-of-life batteries creates fire risks, environmental contamination, and the irreversible loss of valuable materials.
At the same time, spent batteries are essentially urban mines. As Recyclekaro puts it, they should be treated as strategic material reservoirs, not just hazardous waste. Recovered materials reduce dependence on imported battery raw materials, lower lifecycle emissions compared to virgin mining, and strengthen India's domestic critical mineral security.
The Regulatory Backbone: BWMR 2022 and EPR
The Battery Waste Management Rules (BWMR) 2022 form the regulatory foundation for battery recycling in India. Under these rules, battery producers must meet Extended Producer Responsibility (EPR) obligations, ensuring their batteries are collected and recycled through authorised channels.
CPCB-authorised recyclers play a central role here. When recycling is physically completed, they issue valid EPR certificates to producers. Companies like Rinnovare and NavPrakriti explicitly provide BWMR-compliant EPR support, with batch-wise traceability and mass balance documentation backing every certificate.
Leading EV Battery Recycling Companies in India
Here is a closer look at licensed recyclers building out capacity across the country.
NavPrakriti (Kolkata, West Bengal)
NavPrakriti operates a lithium-ion battery recycling plant built on a 50,000 sq. ft. area in Kolkata, with a current capacity of 12,000 tonnes per annum (TPA) and a stated goal of expanding to 24,000 TPA by 2027. The company handles all major lithium-ion chemistries, including LFP, NMC, LCO, LTO, LMO, and NCA, collecting batteries across India.
Beyond recycling, NavPrakriti runs a refurbishment and second-life programme. Each cell undergoes capacity testing, grading, and pack reassembly to produce traceable, UN 38.3-certified second-life batteries for energy storage, solar, and telecom use. Its 6,000 TPA hydrometallurgical refining facility converts end-of-life battery materials into high-purity nickel, cobalt, and lithium compounds with 90% recovery efficiency and battery-grade (99.5%) precision.
The company holds ISO 9001:2015 certification, R2v3 certification, and complies with CPCB guidelines including CTE, CTO, and EPR requirements, using technology developed in collaboration with CMET.
Rinnovare Recycling (Jaipur, Rajasthan)
Rinnovare Recycling Pvt Ltd is a CPCB and RSPCB-authorised lithium-ion battery recycler based at the RIICO Industrial Area, Tholai, Jaipur. Its purpose-built facility processes all major LIB chemistries — NMC, LFP, NCA, and LCO — recovering high-grade black mass alongside copper and aluminium foil.
Rinnovare reports 95%+ material recovery and zero landfill disposal. It accepts end-of-life batteries from EV OEMs, service centres, aggregators, and institutional sources, with pan-India coordination and CPCB-compliant Form-9 documentation for every inbound lot. Recovered materials are tested, graded, and supplied to downstream manufacturers and refiners, including black mass in LCO, NMC, and LFP grades.
Recyclekaro
Recyclekaro positions itself around extraction-led, materials-grade recycling at industrial scale. Its battery recycling workflow moves through four stages: safe collection and controlled discharge, dismantling and size reduction, black mass recovery, and hydrometallurgical extraction of lithium, cobalt, nickel, and manganese.
The company handles a wide range of battery waste streams — end-of-life EV packs and modules, consumer electronics batteries, ESS batteries, manufacturing scrap, damaged and swollen batteries, and mixed-chemistry waste. Recyclekaro reports recovery efficiencies exceeding 95%, with material purity suitable for cathode active material and precursor manufacturing.
Importantly, Recyclekaro also assesses batteries for second-life potential before recycling, since not all batteries reaching end-of-use are truly end-of-life. It is CPCB and SPCB authorised, generates EPR credits backed by physical recycling, and maintains batch-wise traceability.
N.A.N. GreenMet (Battery Materials, Andhra Pradesh)
N.A.N. GreenMet is building an integrated clean energy ecosystem that includes a lithium-ion battery recycling venture in Andhra Pradesh, run as a joint venture with a European partner that brings proprietary hydrometallurgical technology. The business aims to close the loop domestically for battery-grade critical metals, which India currently imports almost entirely.
Its planned outputs include black mass processing intermediates, battery-grade metal salts of lithium, cobalt, nickel, and manganese, as well as pCAM (precursor cathode active material) and CAM (cathode active material). End markets include EV battery cell manufacturers in India and globally, grid-scale energy storage, and AI data centre energy storage. The group is also building sovereign rare earth magnet manufacturing for EV traction motors through N.A.N. MagneTech.
How the Circular Battery Supply Chain Works
From End-of-Life Battery to Recovered Material
The recycling process used across leading Indian recyclers follows a broadly similar path:
- Collection and compliant transport — Batteries are collected from OEMs, service centres, and aggregators with CPCB-compliant documentation.
- Safe discharge — Residual energy is neutralised under controlled conditions to eliminate fire risk.
- Dismantling and shredding — Packs are broken down at module level and reduced in size.
- Black mass recovery — Active cathode materials are separated from structural components and metal foils.
- Hydrometallurgical refining — Lithium, cobalt, nickel, and manganese are extracted through controlled leaching, purification, and crystallisation.
The recovered materials — black mass, copper, aluminium, and battery-grade metal salts — then feed back into battery and metal supply chains, reducing the need for virgin mining and imported raw materials.
Second-Life Batteries: A Step Before Recycling
Not every retired EV battery belongs in a shredder. Second-life programmes, such as NavPrakriti's, give used lithium-ion batteries another working life in less demanding applications. Cells are tested, graded, and rebuilt into packs for solar storage, telecom towers, and industrial energy systems — all traceable and UN 38.3-certified in NavPrakriti's case.
This layered approach — second-life first, recycling second — maximises the value extracted from every battery before its materials are recovered.
What This Means for Indian EV Buyers
As an EV owner or prospective buyer, here's the practical takeaway:
- Battery disposal has a proper channel. Route end-of-life batteries through your manufacturer, service centre, or a CPCB-authorised recycler. Never bin them.
- Your battery has residual value. Recovered lithium, cobalt, and nickel hold real economic value, which strengthens the case for organised take-back.
- Certifications matter. Look for CPCB/SPCB authorisation, BWMR 2022 compliance, and traceable documentation when evaluating recyclers or EPR partners.
- Chemistry awareness helps. Knowing whether your vehicle uses LFP or NMC chemistry helps you understand which recyclers and recovery routes apply.
Conclusion
India's EV battery recycling sector is moving from informal dismantling to licensed, industrial-scale, scientifically rigorous operations. Companies like NavPrakriti, Rinnovare, Recyclekaro, and N.A.N. GreenMet are building the capacity, certifications, and technology to turn battery waste into a domestic supply of critical materials.
For EV buyers, this growing circular supply chain is reassuring news: the battery that powers your electric scooter or car today can have a certified second life tomorrow, and its materials can eventually power the next generation of Indian EVs. As the ecosystem matures, responsible battery ownership becomes one more way to make your electric switch genuinely sustainable.