A 60,000-tonne battery recycling build-out has moved into the planning stage in Andhra Pradesh, where Silox India and Runaya have outlined a joint venture to construct what would rank among India's largest announced lithium-ion recovery facilities, according to an Indiatimes report.

The headline figure — 60,000 tonnes of throughput capacity — places the project in the same scale bracket as global black-mass processors in South Korea and mainland Europe, and well above the typical 5,000-15,000-tonne capacities that have characterised India's first wave of dedicated battery recycling plants. The companies are using the verb "maps" to describe the work, indicating site identification, feedstock modelling, and capacity staging rather than a confirmed construction start.

What is the venture structure?

Silox India and Runaya are operating through a jointly controlled entity rather than a single-company project. The partnership pairs Silox India's specialty chemicals and silicon-metal footprint with Runaya's emerging position in the critical-minerals and EV supply chain. The joint-venture framing matters for permitting and offtake: a co-developed project typically carries shared capex exposure and a unified counterparty position in negotiations with cell manufacturers, automotive OEMs, and government agencies running the Production Linked Incentive (PLI) schemes that anchor India's battery materials strategy.

Why Andhra Pradesh?

The state has positioned itself as a destination for energy-transition manufacturing through dedicated industrial corridors and proximity to southern India's automotive OEM cluster. Battery recycling siting decisions in India are increasingly driven by three variables: distance to gigafactory and assembly hubs, port access for export-oriented black-mass shipments, and state-level power tariffs for the energy-intensive pyrometallurgical and hydrometallurgical processing steps. Andhra Pradesh offers a combination of all three, though the Indiatimes report does not specify the district or industrial park under consideration.

Announced capacity, not built capacity

Recycling sector analysts routinely separate announced projects from commissioned plants, and the 60,000-tonne figure here falls firmly in the former category. Indian battery recycling capacity currently in operation sits well below the cumulative announced pipeline, with delays driven by:

• Extended environmental clearance timelines for hydrometallurgical lines
• Lithium and cobalt price volatility affecting project IRRs
• Feedstock ramp lag as India's EV parc matures toward first major end-of-life volumes around 2027-2030

What milestones decide what happens next?

The decisive regulatory and commercial gates for the Silox-Runaya project will be:

• A formal capacity disclosure with phased ramp tonnages, replacing the headline 60,000-tonne aggregate
• State Pollution Control Board consent and central Ministry of Environment, Forest and Climate Change clearance
• A signed offtake or tolling agreement with at least one cell manufacturer or OEM
• A disclosed capex figure and financial close date

Until at least one of those four milestones lands, the project remains a paper capacity addition. The next 12-18 months will determine whether the joint venture converts the 60,000-tonne target into a shovel-ready site or joins the long queue of announced Indian battery recycling builds awaiting first feedstock.