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July 20, 2024 – India's battery sector is intensifying efforts to collect end-of-life batteries as demand from electric vehicles, telecom infrastructure, and renewable energy storage accelerates, positioning scrap as a vital resource for sustaining long-term industrial growth and reducing import reliance.
The industry is experiencing a transformative phase, driven by rapid adoption of electric mobility and clean energy projects. This surge has shifted focus from mere production expansion to securing a steady supply of recyclable materials, with used batteries now seen as a strategic asset rather than waste. Experts emphasize that efficient scrap collection networks could become as crucial as recycling technology itself in the coming years.
Unlike traditional manufacturing, battery recycling depends on a highly dispersed collection ecosystem. End-of-life units are scattered across millions of households, auto workshops, and industrial sites, making logistics complex. Historically managed through informal channels, stricter environmental regulations are pushing the sector toward organized operations, though challenges in traceability and transportation persist.
Recycling processes involve collecting, dismantling, and refining batteries to produce high-purity lead ingots, with over 85% of India's lead output sourced from recycling. This metal remains highly recyclable, supporting circular economy goals by feeding back into battery production, which accounts for more than 80% of domestic lead consumption. The country hosts around 672 registered recycling units, with an annual capacity of approximately 3.53 million tonnes.
Market projections indicate robust growth, with India's lead-acid battery sector valued at INR 42,150 crore in FY2025 and expected to reach INR 59,671 crore by FY2030, driven by automotive, telecom, and data center needs. Despite this, organized recyclers face a scrap shortage, relying on imports for about 14.4% of supply, primarily from the U.S., U.K., and Australia. Import value has grown at an 11.6% annual rate since FY2019, reflecting gaps in domestic collection.
In a comparative perspective, the United States faces similar recycling hurdles. According to a 2023 report by the U.S. Environmental Protection Agency, only about 5% of lithium-ion batteries are recycled nationally, underscoring systemic collection inefficiencies. India's focus on building robust scrap networks could offer insights for the U.S., especially as both nations scale up EV infrastructure and grapple with supply chain vulnerabilities. This global context highlights the strategic importance of local material recovery amid geopolitical uncertainties.
Investor interest in India's recycling sector is rising, supported by regulatory frameworks like Extended Producer Responsibility. Recent IPOs, such as CMR Green Technologies and Jain Resource Recycling, have seen strong market debuts, with premiums exceeding 40%, signaling confidence in long-term potential. Companies like Ardee Industries are expanding global sourcing networks, spanning over 50 countries, to secure feedstock, with scrap-based revenue contributing over 87% to their business.
Industry leaders increasingly view recycling as a resource security issue, not just waste management. Recovering metals domestically reduces exposure to commodity volatility and strengthens energy transition efforts. As India accelerates its EV and renewable energy rollout, success will hinge on integrating collection, recovery, and reuse into a cohesive supply chain, ensuring materials circulate efficiently within the economy.
The path forward requires policy enhancements, technology investments, and public awareness to bridge capacity-collection gaps. With global battery demand projected to multiply, India's experience underscores a universal lesson: sustainable growth in the battery era depends equally on manufacturing prowess and the ability to reclaim valuable materials already in use.
