Battery Recycling in India: Lead-Acid and Lithium-Ion Explained

Updated: May 11, 2026 · 17 min read

India added roughly 1.5 million electric vehicles to its roads in FY 2024-25, and every one of those vehicles carries a lithium-ion battery pack that will, within eight to ten years, require compliant end-of-life disposal. Add to that the approximately 4 million tonnes of lead-acid batteries the country’s automotive and industrial sectors retire each year, and the scale of India’s battery waste challenge becomes concrete — not theoretical. The Ministry of Environment, Forest and Climate Change (MoEFCC) responded with the Battery Waste Management Rules, 2022, and with enforcement tightening visibly through FY 2026, companies that treated the Rules as a future problem are discovering it is a present one.

Why Battery Recycling India Is Now a Boardroom Issue, Not a Back-Office One

For most of the last decade, battery recycling in India operated in a grey zone. Informal smelters across Surat, Moradabad, and parts of Tamil Nadu processed spent lead-acid batteries with little regulatory oversight, recovering lead at margins that authorised facilities could not match. Producers paid lip service to EPR obligations, often purchasing recycling certificates from questionable intermediaries. That era is effectively over.

The Battery Waste Management Rules, 2022 — notified by MoEFCC on 24 August 2022 — created a structured EPR framework with annual escalating targets, a dedicated CPCB portal for credit trading, and explicit criminal liability under the Environment (Protection) Act, 1986 for wilful non-compliance. More concretely, CPCB began scrutinising EPR credit purchases from recyclers that lacked valid CPCB authorisation, voiding credits generated by non-compliant facilities. For producers, particularly EV OEMs and battery importers, this means a recycling certificate is only as good as the recycler who issued it.

The compliance calculus changed further in 2024-25 when the Central Pollution Control Board (CPCB) issued updated guidance requiring producers to submit geo-tagged evidence of battery collection at the point of generation — a departure from the earlier, paper-based self-certification model. Fleet operators running more than 50 EVs are now considered “large users” under the Rules and carry independent collection obligations they cannot delegate entirely to OEMs.

The Battery Waste Management Rules, 2022: What They Actually Require

The Battery Waste Management Rules, 2022 (notified under the Environment (Protection) Act, 1986) apply to every entity in the battery value chain: producers (manufacturers and importers), dealers, bulk consumers, refurbishers, recyclers, and waste management companies. The Rules cover four battery chemistries: portable batteries, automotive batteries (including lead-acid), industrial batteries, and electric vehicle batteries. Each category carries distinct collection, recycling, and reporting obligations under Rule 5 and Schedule I of the Rules.

Producer Registration and EPR Plans

Under Rule 5(1), every producer must register on the CPCB’s battery waste EPR portal at batterywaste.cpcb.gov.in before placing any battery or battery-containing product on the Indian market. Registration must be accompanied by an EPR plan stating year-wise collection and recycling targets, the names of authorised recycling partners, and a financing mechanism for end-of-life management. Annual returns are due by 30 June for the previous financial year, with interim data uploads required quarterly.

EPR Credit System

Credits are generated when an authorised recycler processes a battery and uploads the recycling certificate to the portal. Producers purchase these credits to offset their EPR obligation. The critical compliance point: credits from recyclers whose CPCB authorisation has lapsed or who cannot produce a valid authorisation letter under the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016 are not recognised. This is where many mid-sized battery importers have been caught short in recent CPCB audits.

Lead-Acid Battery Disposal: The Hazardous Waste Dimension Most Companies Miss

Lead-acid batteries are not merely covered by the Battery Waste Management Rules, 2022. They are independently classified as hazardous waste under Schedule II of the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016 — specifically under Waste Code HW — 16 (lead batteries). This dual-regulation status matters because it means a transport consignment of spent lead-acid batteries requires both a battery waste manifest under the 2022 Rules and a hazardous waste manifest under the 2016 Rules, including the transporter’s valid registration from the relevant State Pollution Control Board (SPCB).

In practice, many manufacturing plants, data centres, and telecom tower operators hand over spent UPS batteries to unregistered scrap dealers. The dealer pays ₹80–₹120 per kg for the lead content (a rate driven by LME lead prices, which hovered around $2,050–$2,150 per tonne through Q1 2026), but the generator retains legal liability for the entire downstream disposal chain. If the battery ends up in an informal smelter — a common outcome — the generator faces potential prosecution under Section 15 of the Environment (Protection) Act, 1986, which carries penalties of up to ₹1 lakh per day of continuing violation and up to five years’ imprisonment for repeat offences.

Maharashtra and Tamil Nadu’s SPCBs — MPCB and TNPCB respectively — have both conducted inspections at industrial estates targeting generators of spent lead-acid batteries in FY 2024-25. Generators found without disposal records face show-cause notices and, in aggravated cases, orders under Section 5 of the EP Act directing immediate cessation of battery use. This is not a hypothetical risk: recent CPCB enforcement actions have resulted in multiple facilities receiving such notices, particularly in the auto-component manufacturing belt in Pune and the chemical industrial zones in Gujarat.

Lithium-Ion and EV Battery Recycling: Chemistry, Process, and Recovery Rates

The recycling pathway for lithium-ion batteries — the chemistry used in all commercially available EVs in India today — is materially different from the lead-acid process. Lead-acid recycling is a mature, energy-efficient smelting process with secondary lead recovery rates exceeding 95% at well-run facilities. Lithium-ion recycling is more complex, involving pre-treatment (discharge, dismantling), mechanical shredding, and either hydrometallurgical or pyrometallurgical extraction to recover cobalt, nickel, manganese, lithium, and copper from the resultant “black mass”.

Why Black Mass Economics Are Changing Fast

India currently has limited domestic capacity for black mass processing. Most black mass generated by Indian recyclers is exported to South Korea, Japan, and increasingly China for final refining. This creates a compliance tension: the Battery Waste Management Rules, 2022 require recycling to be completed within India unless a specific transboundary movement authorisation is obtained under the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016. NITI Aayog’s battery-swapping and EV materials policy documents have flagged this gap, noting that India needs at least five to seven large-scale hydrometallurgical refineries by 2030 to be self-sufficient.

EV Battery Recycling and the Vehicle Scrappage Policy Intersection

Fleet operators scrapping EVs under the Vehicle Scrappage Policy (administered by the Ministry of Road Transport and Highways through Registered Vehicle Scrapping Facilities, or RVSFs) face a specific obligation: the battery pack must be separated from the vehicle before crushing and routed to a CPCB-authorised battery recycler. The RVSF cannot treat the battery as part of the vehicle body scrap. Non-separation creates a chain-of-custody gap that can void EPR credits for the vehicle OEM and expose the RVSF operator to CPCB action. Our e-waste and battery recycling services team works directly with RVSFs and fleet operators to close this gap with documented handover certificates.

EPR Targets by Year: The Numbers Every Producer Needs on Their Desk

The Battery Waste Management Rules, 2022 prescribe phased EPR collection and recycling efficiency targets. These are not aspirational — they are binding obligations against which CPCB measures producer compliance annually. The table below summarises the targets for EV and automotive batteries (the two streams most relevant to this readership), as specified in Schedule I of the Rules:

Financial Year	Collection Target (% of batteries placed on market)	Recycling Efficiency Target	Annual Return Deadline
FY 2023-24	40%	50%	30 June 2024
FY 2024-25	60%	60%	30 June 2025
FY 2025-26	70%	70%	30 June 2026
FY 2026-27	80%	80%	30 June 2027
FY 2027-28 onwards	90%	90%	30 June 2028

The FY 2025-26 target of 70% is the one that most producers are currently calibrating against. For a company that placed 10,000 EV battery packs on the Indian market in FY 2025-26, that means documented collection and recycling of at least 7,000 packs — with CPCB-valid EPR credits to prove it — before the 30 June 2026 annual return deadline. Producers who cannot demonstrate this face notice under Rule 21 of the Battery Waste Management Rules, 2022, which empowers CPCB to suspend or cancel their producer registration.

FY 2026 Enforcement: What CPCB’s Tightening Posture Means in Practice

CPCB’s approach to battery waste EPR enforcement in FY 2026 represents a meaningful step up from the softer posture of the Rules’ early years. The Board has begun cross-referencing GST e-way bills for battery consignments against EPR portal data — a triangulation exercise that reveals producers who claim to have sold fewer batteries than their GST data indicates, depressing their EPR obligation on paper. The Board has also started issuing show-cause notices to recyclers whose CPCB authorisations were renewed late or held gaps, retroactively invalidating credits generated during those gap periods.

For bulk consumers — hospitals running large UPS banks, telecom operators with tower batteries, data centres — the enforcement lens has shifted as well. Rule 10 of the Battery Waste Management Rules, 2022 requires bulk consumers to hand over spent batteries only to producers, dealers, or authorised collection centres, and to maintain records of such handover for a minimum of three years. CPCB inspections have specifically targeted data centres in Bengaluru’s Whitefield corridor and telecom tower operators in Maharashtra, asking for manifest records going back to FY 2023-24.

The broader policy context is equally significant. The Union Budget 2025-26 reduced customs duty on lithium, cobalt, and nickel — key battery materials — partly to incentivise domestic recycling investment. Simultaneously, NITI Aayog’s battery materials strategy, published in late 2024, identified secondary recovery of lithium and cobalt from spent EV batteries as a strategic imperative, given India’s near-total import dependence on these minerals. Producers who invest in compliant recycling infrastructure now are positioning themselves ahead of what is likely to become a mandatory domestic recovery mandate by the late 2020s.

Compliance Checklist: 7 Actions Battery Users and Producers Must Complete This Quarter

Whether you are an EV OEM, a battery importer, a fleet operator, or a large corporate UPS user, the following actions should be completed before the FY 2025-26 annual return deadline of 30 June 2026:

1. Verify or complete producer registration on batterywaste.cpcb.gov.in. If your company places batteries or battery-containing products on the Indian market and is not yet registered, register immediately. Placing products without registration is an independent violation under Rule 5(1) of the Battery Waste Management Rules, 2022.
2. Audit your recycling partners’ CPCB authorisation status. Request a copy of each recycler’s valid authorisation letter — check the issue date, expiry date, and scope of authorisation (it must explicitly cover your battery chemistry: lead-acid, lithium-ion, or both). Authorisations issued under the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016 must also be current.
3. Reconcile your sales data against your EPR credit balance. Cross-reference your GST invoicing records (total batteries placed on the market in FY 2025-26) against EPR credits already generated and purchased. The gap tells you how many tonnes of battery waste you still need to route to authorised recyclers before 30 June 2026.
4. Ensure all battery waste manifests are correctly executed. For lead-acid batteries, this means both a battery waste manifest (2022 Rules) and a hazardous waste manifest (2016 Rules). For lithium-ion packs, the 2022 Rules manifest suffices for domestic movement, but check if your recycler requires additional documentation for black mass export.
5. Set up a three-year record retention system for all battery handover records. Rule 10 of the Battery Waste Management Rules, 2022 and CPCB guidance both require records to be retained for at least three years and made available to inspectors on demand. A cloud-based document management system with access controls is recommended for large-volume generators.
6. File quarterly data uploads on the CPCB portal — do not wait for the annual return. CPCB has flagged producers who file all data only at year-end as high-risk for scrutiny. Quarterly uploads create a contemporaneous audit trail that is far easier to defend during an inspection.
7. For fleet operators scrapping EVs: ensure battery separation at the RVSF is documented. Obtain a separate handover certificate for the battery pack, distinct from the vehicle scrappage certificate, and upload the battery handover to the EPR portal against your company’s bulk consumer record. Our EPR compliance services team can assist with this documentation workflow.

How to Identify an Authorised Battery Recycler in India

The single most common compliance failure in battery recycling in India is routing waste to a recycler who appears legitimate but lacks valid authorisation. A genuinely authorised recycler will hold, at minimum: (a) a valid CPCB authorisation under the Battery Waste Management Rules, 2022 for the relevant battery category; (b) a valid authorisation under the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016 from the relevant SPCB (required for lead-acid batteries and, in many states, for lithium-ion as well); and (c) registration on the CPCB’s battery waste EPR portal as a recycler, with the ability to generate portal-linked EPR credits against your producer or bulk consumer account.

Ask every prospective recycler for their CPCB authorisation number and independently verify it on the CPCB portal. Authorisation letters should specify the annual processing capacity in metric tonnes (a facility claiming to process 50,000 tonnes per annum from a 2,000 square metre shed in a semi-urban area should be treated with scepticism), the specific battery chemistries covered, and the expiry date. Recyclers operating under a renewal application after their authorisation has lapsed are not authorised during the gap period, regardless of what their sales team tells you.

At The National Recycling Corporation, we work exclusively with recycling partners who hold current, scope-specific CPCB and SPCB authorisations. Every collection we arrange includes a chain-of-custody document traceable to the final recycling facility, and every EPR credit we generate is portal-linked and auditable. For companies seeking lead recovery and metal scrap services alongside battery recycling, we offer consolidated pickup and documentation to simplify your compliance reporting.

Related Articles

• Office E-Waste Disposal: A Corporate Compliance Checklist — covers CPCB authorisation requirements and EPR obligations for IT asset disposal, relevant to facilities managing battery-backed UPS systems alongside electronic waste.
• Plastic Waste Management: What Your Business Can Do Today — useful companion reading for manufacturers managing multiple waste streams under EPR frameworks.
• Iron and Steel Scrap Recycling in India: Market Overview 2026 — for fleet operators and auto-component manufacturers managing metal scrap alongside battery waste from end-of-life vehicles.

Frequently Asked Questions

Who is required to register under the Battery Waste Management Rules, 2022?

Any entity that manufactures batteries in India or imports batteries or battery-containing products (including EVs and UPS systems) for sale in India is classified as a “producer” under Rule 3 of the Battery Waste Management Rules, 2022 and must register on the CPCB’s battery waste EPR portal before placing products on the market. Bulk consumers (organisations with annual battery consumption above a CPCB-specified threshold) and recyclers must also register separately. Dealers must register only if they operate a collection point.

What is the penalty for failing to meet EPR targets under the Battery Waste Management Rules, 2022?

The Rules do not prescribe a fixed penalty per tonne of shortfall in the manner of some other EPR regimes. Instead, Rule 21 empowers CPCB to issue show-cause notices, suspend producer registration, and ultimately cancel registration for producers who persistently miss targets. Criminal liability under Section 15 of the Environment (Protection) Act, 1986 — fines up to ₹1 lakh per day of continuing violation and imprisonment up to five years — applies to wilful or repeat violations. Loss of producer registration effectively bars a company from legally selling batteries in India.

Are lead-acid batteries classified as hazardous waste in India?

Yes. Spent lead-acid batteries are listed under Waste Code HW-16 in Schedule II of the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016. This classification applies independently of the Battery Waste Management Rules, 2022. Generators, transporters, and recyclers all need valid authorisations under the 2016 Rules in addition to the 2022 Rules regime. Generators must maintain hazardous waste manifests for every consignment and retain records for a minimum of three years.

Can a company export lithium-ion black mass from India for overseas refining?

Black mass (the output of mechanical shredding of lithium-ion cells) is classified as a hazardous waste for transboundary movement purposes under the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016. Exporting it requires prior informed consent from the receiving country and an authorisation from MoEFCC and CPCB. The process can take four to six months; companies planning to export black mass should initiate authorisations well in advance of accumulating significant volumes.

How long must battery waste disposal records be retained?

Under Rule 10 of the Battery Waste Management Rules, 2022, bulk consumers and producers must retain records of battery collection and handover for a minimum of three years and make them available to CPCB or the relevant SPCB on demand. For lead-acid batteries, the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016 independently require hazardous waste manifests and records to be retained for a minimum of five years. Companies managing both streams should default to the longer five-year retention period for all battery waste documentation.

Work With The National Recycling Corporation

Battery recycling compliance in India is not merely a regulatory box-ticking exercise — it is a supply-chain and reputational risk with direct financial consequences. Whether you are an EV manufacturer facing an FY 2025-26 EPR shortfall, a telecom operator with ageing tower batteries across Maharashtra and Karnataka, or a corporate office managing hundreds of UPS battery banks in Mumbai or Bengaluru, the National Recycling Corporation provides a fully documented, CPCB-aligned disposal solution.

Our network spans pan-India collection logistics, with regular pickup routes across Maharashtra, Gujarat, Delhi-NCR, Tamil Nadu, Karnataka, and Telangana. Every engagement is backed by GST-compliant invoicing, a chain-of-custody manifest accepted on the CPCB battery waste EPR portal, and BRSR-grade documentation for companies with sustainability reporting obligations. For metals — including lead recovered from spent lead-acid batteries — our pricing is indexed to London Metal Exchange (LME) benchmark rates, ensuring you receive fair market value with full transparency.

We understand that compliance officers and fleet managers do not have the bandwidth to audit every recycler in their supply chain. That is precisely why we maintain a pre-vetted partner network, verify CPCB and SPCB authorisations on a rolling basis, and provide clients with a single point of contact for multi-stream battery waste across locations. To discuss your specific volumes, chemistries, and deadlines, contact us directly for a compliance quote.

• Pan-India scheduled pickup for lead-acid and lithium-ion battery waste, including remote industrial sites
• CPCB-portal-compatible EPR credit certificates for FY 2025-26 annual return filing
• GST-compliant invoicing with HSN codes for battery waste (available via the GST portal)
• Hazardous waste manifests compliant with the Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016
• LME-indexed fair-market pricing for recoverable metals (lead, copper, cobalt, nickel where applicable)
• BRSR-grade documentation for SEBI-listed entities with ESG reporting obligations
• Dedicated account managers for fleet operators and EV OEMs with high-volume, recurring battery disposal needs

Sources and References

• CPCB Battery Waste EPR Portal — Producer Registration and Credit Trading (batterywaste.cpcb.gov.in)
• CPCB — Hazardous and Other Wastes (Management & Transboundary Movement) Rules, 2016 — Official Guidance
• Ministry of Environment, Forest and Climate Change — Battery Waste Management Rules, 2022 Notification
• Central Pollution Control Board — Authorised Recycler Lists and EPR Enforcement Notices
• NITI Aayog — Battery Materials Strategy and EV Transition Policy Documents
• London Metal Exchange — Lead and Cobalt Benchmark Prices (LME Official)
• Bureau of Indian Standards (BIS) — Standards for Battery Testing and Safety (IS 16270 series)
• Press reports: Business Standard and Economic Times — coverage of CPCB EPR enforcement actions, FY 2024-25 and FY 2025-26 (referenced generically as trade press reporting)