Why India’s Battery Recycling Push Is Key to Economic Growth and Mineral Security
A transformation of sorts seems to be taking place within the ecosystem for battery recycling in India. While previously characterised by the informal collection and recycling of scrap batteries, a more structured process using modern technology is emerging.
May 05, 2026. By News Bureau
A circular economy is all about disconnecting economic growth from resource utilisation. For the case of EVs, it implies creating a closed-loop economy in which batteries are not thrown away but recycled repeatedly for use.
In the coming years, when the EV industry has matured, those businesses and nations that manage to create a closed-loop system will benefit immensely. They will not only minimise their carbon footprint but also have a consistent supply of essential materials.
In a way, the era of mobility has already begun, and it is not just electric, it is also circular.
The Demand-Supply Mismatch Causing Urgency
India faces an exponential rise in battery demand in the next few years. It is estimated that lithium-ion battery demand will increase from 15 GWh in 2025 to 127 GWh in 2030. The reason for this increase includes electric vehicle (EV) adoption and energy storage installations.
Despite this, India lacks its own reserves of critical battery minerals, and most of them are imported, mainly from regions where geopolitical tensions are concentrated. Currently, it is estimated that 75 percent of India’s lithium-ion battery value chain depends on China.
As such, there arises a mismatch between the increased demand and lack of local resources, thus making it strategically important for India to diversify its supply chains. One way of doing this includes recycling, which is a sustainable and local solution for India.
By 2030, India is expected to produce almost 128 GWh of end-of-life lithium-ion batteries, and this provides the potential for urban mining operations. Far from being waste, these batteries are stores of valuable minerals that could be incorporated back into production.
Recycling: Key to Mineral Security
With the international competition for minerals heating up, India simply does not stand a chance if it solely focuses on mining to ensure its mineral security. Recycled material would provide a faster route to mineral security.
As per industry estimates, 40 percent of critical minerals could be generated via recycling and repurposing of metals in India. In addition, this could reduce dependence on imports for critical minerals.
Considering the unstable situation in global mineral markets, it makes sense to establish a second source of raw material. Prices for lithium have varied wildly in the last three years due to shortages and geopolitics. Recycling would help India hedge against any price instability.
More importantly, unlike mining of primary materials, recycled products could be extracted with far lesser negative impacts on the environment. This would align perfectly with India’s international commitments like its 500 GW of renewable energy capacity by 2030 and zero carbon emissions by 2070.
Overall, recycling of batteries would position India as a much more stable force in global commodity markets.
Battery Recycling: An Economic Multiplier – Jobs, Industry & Value Creation
Apart from resource security, there lies an immense scope of battery recycling as an economic multiplier. The market size for battery recycling in India is expected to rise from ~USD 297 million in 2025 to ~USD 557 million by 2032 due to consistent growth.
However, the true economic potential comes from an ecosystem that comprises material recovery, secondary use, and manufacturing integration, which is estimated to provide ~USD 3.5 billion worth of economic value by 2030.
The employment multiplier is equally promising since there would be around 100,000 green jobs available in the process of collection, refining, processing, and manufacturing.
This is important for India as there is an urgent need for industries that create employment while being future-ready. Battery recycling serves this purpose well because it is highly technical and scalable.
Besides, recycling provides a competitive advantage to domestic manufacturing through the reuse of recycled material, thereby lowering costs and increasing competitiveness.
Policy as an Enabler: From Compliance to Industrial Policy
The Indian Government is taking a pro-active stance with its policies towards battery recycling in India.
The Battery Waste Management Rules, 2022 has come up with regulations that follow the concept of Extended Producers Responsibility (EPR), where producers are required to collect, recycle, and re-use batteries.
Further, the rules mandate that the producers will have to use a certain percentage of recyclates from collected waste while making batteries, which shall come into effect FY 2027–28.
In addition to policy, there are some fiscal initiatives from the Indian government:
· An incentive policy worth INR 1,500 crores for the recycling of critical metals
· Reduced/abolished customs duty for lithium-ion batteries and critical metal imports for greater access to raw material
· PLIs for developing battery manufacturing capacity in India
Ecosystem for Battery Recycling Emerges in India
A transformation of sorts seems to be taking place within the ecosystem for battery recycling in India. While previously characterised by the informal collection and recycling of scrap batteries, a more structured process using modern technology is emerging.
Private enterprises, alongside startups, have started to use innovative techniques that recycle batteries efficiently enough to extract valuable materials like lithium, cobalt, and nickel. In addition, efforts are being made to develop the infrastructure for battery recycling, with plans to build scores of recycling facilities in the near future.
Such an approach would help in optimising the recycling of batteries as a whole. A proper system of collection, recycling, and efficient technologies will help capture their maximum potential. Moreover, second-life uses are gaining importance in the field.
Batteries, after serving their purpose in vehicles, may prove useful for energy storage purposes.
Structural Issues That Need to Be Tackled
Even as there is considerable momentum building up, there are certain structural issues that need to be addressed.
The first one is that of poor collection and reverse logistics. There is a lot of battery waste that passes through informal channels, creating inefficiency and posing risks to the environment.
The second issue relates to scaling technological capabilities fast enough to deal with different kinds of batteries.
The third is related to the timeliness issue. As EVs come into use increasingly, it will take about a decade before huge amounts of used batteries start coming in.
The final issue relates to coordination among stakeholders.
A Strategic Necessity, Not a Sustainability Decision
The move towards battery recycling is typically positioned as an ecological necessity in India. However, the fact is far beyond this; it is a strategic necessity.
Recycling allows India to:
· Access critical minerals in a manner independent of imports
· Creating a robust and competitive ecosystem for battery manufacturing
· Creating high-value industrial growth and employment opportunities
· Reducing the environmental footprint while pursuing the vision of sustainable energy generation
In today’s world, where resource competition is fierce, nations that will be able to dominate both the upstream and downstream value chains will shape the future of energy and transportation.
India has the rare chance to break free from this chain by creating a circular economy right at the start of its battery ecosystem.
This is no longer a theoretical debate. Instead, the only question that remains is how soon India will make its move towards battery recycling.
- Akhilesh Bagaria, Co-Founder of NavPrakriti Green Energies Pvt Ltd.
please contact: contact@energetica-india.net.
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