Whalesbook
NAN GreenMet, founded by Navin Agarwal, has partnered with Belgium’s Silox to set up a large-scale lithium-ion battery recycling facility in Andhra Pradesh. The project aims to recover critical metals like lithium and cobalt, helping to reduce India's reliance on imports for the growing electric vehicle industry.
What Happened
NAN GreenMet, the advanced manufacturing arm founded by Navin Agarwal, who is the Vice-Chairman of Vedanta, has signed a joint venture agreement with the Belgian company Silox. Together, they have launched NAN Silox GreenMet. This new entity plans to build a major facility in Andhra Pradesh to recycle used lithium-ion batteries. The plant will use chemical processes, known as hydrometallurgy, to recover valuable metals like lithium, cobalt, nickel, and manganese from old batteries.
The project will be built in two stages. The final goal is to handle 40,000 tonnes of battery material for shredding and 20,000 tonnes for chemical processing every year. This facility will not just recycle old batteries; the company also intends to use the recovered materials to produce new components for batteries and energy storage systems.
Why This Matters For Investors
India currently relies heavily on importing critical minerals needed for electric vehicle (EV) batteries. This dependency makes the supply chain vulnerable to global price swings and supply shortages. By creating a domestic recycling facility, the company aims to build a circular supply chain, where old batteries are reused to create new ones, reducing the need for raw material imports.
For investors, this marks a shift toward capturing value within India’s growing clean energy sector. While this is not a direct project of the listed company Vedanta, the involvement of its leadership highlights a broader interest in the battery supply chain, which is essential for the future of the automotive and energy storage sectors.
Sector Context And Competition
The market for battery recycling in India is in its early stages but is seeing significant interest due to the rapid adoption of electric vehicles. Other companies, such as Lohum and Attero, are also active in this space. Success in this industry depends on how efficiently a company can collect used batteries and how cost-effectively it can extract metals using its technology. Silox brings European expertise, which is a key factor, as the process requires advanced knowledge to ensure the recovered metals are pure enough to be used in new batteries.
Challenges And Potential Risks
While the project aims to solve supply chain issues, investors should note several risks. First, building and operating a large-scale recycling plant is complex. Transitioning from a pilot project to a full-scale industrial plant involves significant execution risk. Any delay in setup or technical difficulties in the refining process could affect the project's timeline and cost.
Second, the profitability of battery recycling is linked to the prices of metals like lithium and nickel. If global prices for these metals drop significantly, the business model could come under pressure. Third, sourcing a steady supply of used batteries is a major challenge for any recycler. The company will need to establish strong collection networks to ensure the plant runs at high capacity.
What Investors Should Track
Investors may monitor the project’s progress in Andhra Pradesh, specifically the timelines for the two phases of development. The next key updates to watch for will be the commissioning dates and whether the company can successfully ramp up the recycling process to the planned capacity. Additionally, management commentary regarding the sourcing of used batteries and the long-term agreements with EV manufacturers will provide clarity on the project’s sustainability and future growth potential.
