India’s secondary lead recycling sector has changed dramatically over the past 25 years. The regulatory framework has been strengthened. The formal sector has grown. Compliance standards in leading facilities are genuinely world-class.
And yet, the gap between India’s formal-sector ambitions and its on-the-ground reality in battery scrap collection remains substantial — with real consequences for environmental outcomes, worker health, and the long-term competitiveness of the formal recycling sector.
This post documents the transition honestly: what has changed, what hasn’t, and what the next five years need to deliver.
The 2000s: India’s battery recycling baseline
In the early 2000s, India’s lead-acid battery recycling operated almost entirely informally.
The collection chain was dominated by roadside dealers and small traders with no regulatory accountability. Spent batteries changed hands multiple times before reaching a smelter — at each stage, with no documentation of quantity, condition, or destination.
The Batteries (Management and Handling) Rules 2001 established the first regulatory framework — requiring producers to collect and channel spent batteries to registered recyclers. But enforcement was inconsistent, and the informal sector operated largely outside the framework’s reach.
Environmental and health impacts were significant: uncontrolled acid disposal, lead dust from informal breaking operations, and smelting without emission controls were common. Workers in informal facilities typically had no health monitoring, no PPE, and no awareness of lead exposure risks.
The formal sector existed — but was a minority of total throughput in most geographies.
2026: The EPR framework and its achievements
The Battery Waste Management Rules 2022 represent a significant step forward in India’s battery recycling governance.
Key features of the current framework:
Extended Producer Responsibility (EPR): Battery producers and importers must meet annual collection targets — starting at 60% of batteries sold two years prior, increasing to 90% by 2026.
PRO Networks: Producer Responsibility Organisations aggregate compliance obligations across multiple brands, connecting them to certified collection and recycling infrastructure.
Certified Recyclers: Only CPCB-authorised facilities can receive EPR credits — creating a formal incentive to channel scrap to compliant operators.
Digital Compliance Portal: CPCB’s centralised portal enables real-time tracking of EPR obligations, collection credits, and recycler certifications.
The results are visible: the number of registered battery scrap aggregators has grown significantly. CPCB-authorised secondary lead smelters now operate to emission and health standards that were unimaginable in the 2000s. Major battery brands have established PRO partnerships and are actively monitoring their collection chains.
This is genuine progress — and it should be acknowledged as such.
The gap: what the framework has not yet achieved
The progress, however, has not been uniform. Three gaps remain significant:
Gap 1: Geographic coverage
Formal collection infrastructure is concentrated in metro and tier 1 cities, and in industrial clusters with high battery density. In tier 2 and tier 3 cities — where a substantial share of India’s 500+ million vehicles, inverters, and solar installations generate battery scrap — informal collection remains dominant.
The regulatory framework reaches these geographies on paper. The physical infrastructure — registered collection points, dealer networks, aggregation logistics — does not match the geography of scrap generation.
Until it does, a significant portion of India’s battery scrap will continue to be processed informally — with the environmental and health consequences that entails.
Gap 2: EPR compliance quality
Annual EPR targets are being met across the industry — at least on paper.
The quality of that compliance varies. The difference between a company that is genuinely channelling battery scrap through certified collection networks and one that is meeting targets through documentation that overstates actual collection activity is not always visible to the regulator.
Strengthening EPR compliance quality requires: third-party physical audits of collection claims, GPS-tracked logistics documentation, and meaningful penalties for compliance that exists on paper but not in practice.
Without these, the EPR framework risks becoming a documentation exercise rather than an environmental outcome.
Gap 3: Informal sector integration
The informal collectors and small dealers who form the base of India’s battery scrap collection chain cannot be regulated out of existence — and attempting to do so would likely reduce overall collection rates rather than improve them.
These operators are often the most efficient first-mile collectors in the system: they know the geography, they have the relationships, and they operate at a cost structure that formal logistics cannot match.
The opportunity is integration, not elimination: aggregation networks that bring informal collectors into formal documentation systems, pricing mechanisms that reward quality sorting, and incremental compliance pathways that allow small operators to formalise gradually.
Several PRO networks are experimenting with these models. Scaling them is the next frontier.
What the next five years must deliver
India’s lead-acid battery scrap generation will continue to grow — driven by vehicle fleet expansion, inverter deployment, and solar storage. The formal sector’s capacity is there. The regulatory intent is there. The infrastructure gap is what remains.
Five priorities for the next five years:
- Physical collection infrastructure in tier 2 and tier 3 cities — registered dealers, aggregation networks, and logistics that reach the geography of scrap generation.
- EPR compliance verification — third-party audits, digital traceability, and real consequences for paper compliance.
- Informal sector integration — practical, fair pathways that bring small collectors into the formal chain.
- Pricing transparency — mechanisms that give scrap collectors access to market information and the ability to negotiate fairly.
- Industry association advocacy — for regulatory standards that hold all operators to the same compliance requirements, eliminating the cost advantage of informal-sector non-compliance.
The direction is right. The pace needs to match the urgency.
conclusion
India’s battery scrap collection has shifted significantly from the informal-dominated 2000s to the EPR-structured framework of 2026. The Battery Waste Management Rules 2022 created a more robust compliance architecture — with real results in formal sector growth. Three gaps remain: geographic coverage in tier 2/tier 3 cities, EPR compliance quality, and informal sector integration. India generates 4+ lakh tonnes of lead-acid battery scrap annually — a number that is growing. The next five years need execution at the speed the environmental and economic opportunity demands. The formal secondary lead sector — built through years of compliance investment — will define what this industry looks like when enforcement catches up with intent.
FAQs
What are the Battery Waste Management Rules 2022?
India’s current EPR framework for battery recycling — requiring producers to meet annual collection targets, work with certified PRO networks, and channel scrap to CPCB-authorised recyclers.
What is EPR in lead battery recycling?
Extended Producer Responsibility requires battery manufacturers and importers to take financial and operational responsibility for collecting and recycling the batteries they sell.
How much battery scrap does India generate annually?
India generates over 4 lakh tonnes of lead-acid battery scrap annually — a number that is growing with vehicle fleet expansion, inverter deployment, and solar storage adoption.
What is a PRO in battery recycling?
A Producer Responsibility Organisation aggregates EPR compliance obligations across multiple brands and connects them to certified collection and recycling infrastructure.