Lithium-Ion Battery Recycling in India 2026: Process, Leading Companies & How to Sell Your Scrap

India's lithium-ion battery recycling sector is at an inflection point. Driven by surging EV adoption, tightening regulatory enforcement under the Battery Waste Management Rules, and a national urgency to reduce dependence on imported critical minerals, lithium-ion battery (LIB) recycling has transformed from a niche industrial activity into a strategic national priority.

With India's LIB demand projected to grow from 15 GWh in 2025 to 127 GWh by FY 2030, the volume of end-of-life batteries entering the recycling stream will increase exponentially in the years ahead. For businesses holding battery scrap — from EV manufacturers to electronics companies — understanding how to sell lithium battery scrap correctly, and to the right partners, is both a compliance requirement and a commercial opportunity.

Why Lithium-Ion Battery Recycling Matters in India Right Now

India currently recycles estimated to be less than 3% of its end-of-life lithium-ion batteries through formal, registered channels. The remaining 97% either sits in storage, enters the informal sector, or is exported. This represents a significant problem — and a significant opportunity.

The problem: lithium, cobalt, and nickel are classified as critical minerals. Informal processing of LIBs releases toxic materials, degrades valuable recoverable metals, and creates serious health and environmental risks.

The opportunity: India's battery recycling industry is projected to grow into a sector worth estimated to reach approximately ₹31,150 crore (USD 3.5 billion) by 2030 if formal recycling infrastructure scales effectively. Battery Waste Management Rules 2022, amended in 2025, are the policy mechanism driving this formalisation.

Understanding the recycling process, “how your scrap is valued, and how to choose an authorised recycler is the starting point for every OEM, importer, or battery scrap holder operating in India today. Gravita's lithium battery recycling operations are among the most advanced in India, covering the complete process from collection through material recovery.

The Lithium-Ion Battery Recycling Process — Step by Step

Recycling a lithium-ion battery is a multi-stage technical process. Each stage is designed to safely recover maximum value from the battery's component materials while preventing toxic release.

Stage 1: Collection and Sorting

End-of-life batteries are collected from OEMs, dealers, service centres, and scrap aggregators. At intake, batteries are sorted by chemistry — LFP (lithium iron phosphate), NMC (nickel manganese cobalt), NCA, and others — since each chemistry requires a different processing approach. State of charge assessment and safety checks are conducted before further processing.

Stage 2: Discharge and Dismantling

Batteries must be fully discharged before dismantling to prevent fire and short-circuit risks. Battery packs are then dismantled into modules and cells. Casings, busbars, connectors, and battery management system components are separated for individual recovery streams.

Stage 3: Mechanical Processing — Black Mass Production

Individual cells are shredded or crushed in a controlled, inert atmosphere to prevent thermal events. The output is a mixed powder known as black mass — a blend of cathode and anode materials containing lithium, cobalt, nickel, manganese, and graphite. This is the most valuable output from the mechanical stage. Learn more about Gravita's lithium battery recycling process and the specific technologies used.

Stage 4: Hydrometallurgical Processing

Black mass is processed using aqueous chemical solutions to selectively dissolve and separate metals. Hydrometallurgy — the dominant process used by formal recyclers in India — achieves high purity recovery of:

Lithium carbonate or lithium hydroxide

Cobalt sulphate

Nickel sulphate

Manganese sulphate

Copper foil

Aluminium foil

These recovered materials can re-enter the battery supply chain as precursor cathode materials — closing the loop in the battery value chain.

Stage 5: Residue Management

Graphite from anodes, electrolyte compounds, and processing residues are handled through licensed waste treatment pathways. Formal recyclers must maintain documentation of all residue disposal for CPCB compliance reporting.

What Determines the Value of Lithium Battery Scrap?

If you are holding lithium battery scrap — whether EV battery packs, laptop batteries, mobile batteries, or industrial UPS batteries — the price you receive will depend on several key factors:

Battery chemistry — NMC batteries containing cobalt and nickel command higher prices than LFP batteries due to higher recoverable metal value

State of health (SOH) — Batteries with higher remaining capacity may qualify for second-life repurposing, attracting higher value than those suitable only for recycling

Quantity and consistency — Bulk volumes of uniform chemistry and format attract better pricing due to processing efficiencies

Completeness of pack — Complete packs with intact battery management systems are easier to process safely and may attract premium pricing

LME commodity prices — Global prices for cobalt, nickel, and lithium directly influence scrap valuations and fluctuate with market conditions

To get an accurate valuation for your lithium battery scrap, connect with Gravita's lithium battery scrap procurement team directly.

How to Sell Lithium Battery Scrap in India — The Right Way

Selling lithium battery scrap to an unregistered or informal buyer is not just commercially risky — under BWMR 2025, it constitutes a compliance violation for producers and importers with EPR obligations. Here is the correct process:

Step 1: Verify the Recycler's CPCB Registration

Only sell to recyclers with valid authorisation from CPCB under the Battery Waste Management Rules. Request a copy of the recycler's CPCB certificate before transaction. Gravita India holds all required authorisations as a registered battery recycler under BWMR.

Step 2: Obtain a Certificate of Recycling

After processing, your recycling partner should provide a Certificate of Recycling (or equivalent documentation) confirming the quantity processed and the EPR credits generated. This documentation is required for your Annual Compliance Report filing.

Step 3: Ensure Safe Transport Compliance

Lithium-ion batteries are classified as hazardous goods under transport regulations. Ensure batteries are packaged, labelled, and transported in compliance with applicable rules — particularly for damaged or end-of-life packs which carry higher risk.

Step 4: Link the Transaction to Your EPR Account

If you are a registered producer, ensure your recycling partner transfers EPR credits to your CPCB portal account following processing. This is the formal mechanism through which recycling demonstrates EPR compliance. Gravita's EPR certificate services cover this end-to-end for battery producers.

Leading Lithium-Ion Battery Recycling Companies in India

India's formal LIB recycling ecosystem has grown significantly since 2022. As of 2025, the following categories of organisations are active in this space:

Integrated recyclers — companies with complete processing capabilities from collection through hydrometallurgical recovery, including Gravita India, Attero Recycling, and TES-AMM India

E-waste processors expanding into LIB — established e-waste companies adding LIB streams to existing operations

OEM-backed collection schemes — Ola Electric, Tata Motors, and MG Motor have established take-back programmes for EV batteries in partnership with registered recyclers

Refurbishers — companies specialising in second-life repurposing of EV batteries for stationary storage applications

When selecting a recycling partner, prioritise CPCB registration, demonstrated technical capability for your specific battery chemistry, documented chain-of-custody practices, and the ability to generate EPR credits directly in your CPCB portal account.

BWMR 2025 and Lithium-Ion Battery Obligations

For OEMs placing batteries or battery-powered products in the Indian market, BWMR 2025 creates specific obligations around lithium-ion batteries:

EV manufacturers must collect end-of-life batteries based on a 5-7 year lifecycle lag from historic sales volumes

From FY 2027-28, new batteries manufactured in India must incorporate minimum percentages of recycled lithium, cobalt, and nickel

All EV battery packs must carry CPCB-registered barcodes for lifecycle traceability

Second-life pathways are now formally recognised — batteries repurposed for stationary storage before recycling meet EPR obligations provided the refurbisher is CPCB-registered

For a complete guide to BWMR compliance requirements, see our detailed post on Battery Scrap Buyers in India: Pricing, Compliance and Safe Disposal.

The Critical Minerals Connection

India classified lithium, cobalt, and nickel as critical minerals in 2023-24. This classification has direct implications for battery recycling:

Domestically recovered critical minerals from battery recycling count toward India's critical mineral security strategy

The National Critical Mineral Mission allocated ₹410 crore in Budget 2025-26 specifically to support domestic recycling and import substitution

Policy measures including duty rationalisation have been introduced to encourage formal recycling p

For businesses generating lithium battery scrap at scale, these policy signals mean the regulatory and commercial environment will continue favouring formal, registered recycling pathways — and that demand for recovered critical minerals from domestic recyclers will strengthen year on year.

Frequently Asked Questions

What is the current price for lithium battery scrap in India?

Lithium battery scrap prices vary significantly based on chemistry, state of health, and global commodity markets. NMC battery scrap commands higher prices than LFP due to cobalt and nickel content. Contact Gravita's procurement team directly for current valuations based on your specific battery type and quantity.

Can I sell lithium battery scrap to any scrap dealer?

No. Under BWMR 2025, lithium-ion battery scrap should be routed through CPCB-registered recyclers to ensure valid EPR compliance and documentation . Selling to unregistered buyers may lead to non-compliance with EPR obligations and potential Environmental Compensation liabilities. .

How do I know if a lithium battery is suitable for second-life use?

Batteries with remaining State of Health (SOH) above 70-80% may be suitable for second-life repurposing in stationary energy storage. A registered refurbisher will conduct SOH testing and advise on the most commercially and environmentally optimal pathway.

Does Gravita buy lithium battery scrap from individual sellers?

Gravita's lithium battery scrap procurement is primarily focused on bulk volumes from OEMs, importers, and industrial generators. For enquiries, contact Gravita's raw material procurement team.

Conclusion

Lithium-ion battery recycling in India is moving rapidly from an emerging sector into a regulated, commercially significant industry. For battery scrap holders — whether EV manufacturers, electronics companies, or industrial users — the window to establish structured, compliant recycling relationships is now.

With BWMR 2025 driving formalisation, the critical minerals classification creating policy tailwinds, and India's LIB demand set to grow nearly tenfold by 2030, organisations that invest in compliant, authorised recycling partnerships today will be best positioned for the regulatory and commercial environment ahead.

To discuss bulk lithium battery scrap procurement or EPR compliance support, connect with Gravita's lithium battery recycling team.

Disclaimer: Regulatory requirements under the Battery Waste Management Rules are subject to updates by the Central Pollution Control Board (CPCB) and MoEFCC. While this article is based on current industry understanding, readers are advised to refer to official notifications for the latest requirements.