Glencore Restarts Rochester Battery Recycling Facility

Local manufacturers gain a potential domestic source for critical minerals as global supply chains face mounting volatility.

Updated on Oct. 21, 2026 in Manufacturing

Industrial steel hoppers and piping used for mineral processing in a clean, quiet facility, representing domestic battery-recycling infrastructure.
Glencore has restarted construction at a Rochester battery-recycling facility, aiming to process spent materials into usable nickel, cobalt, and lithium. AI Illustration. Upload story photo >

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Glencore has restarted construction at the formerly abandoned Li-Cycle battery-recycling plant in Rochester. The move aims to revitalize the facility to process spent batteries into usable minerals, addressing supply chain vulnerabilities for local manufacturers.

Why it matters

The restart follows bankruptcy proceedings that resolved $7 million in contractor liens, signaling a path to operational recovery. This development comes as manufacturers face severe global supply volatility driven by export restrictions in China and production bans in Congo.

Glencore cleared $7 million in contractor liens to resume work on the Rochester site, which aims to counter a market where China controls refining for 19 of 20 strategic minerals. The facility seeks to mitigate reliance on a global supply chain where China holds a 70% average market share.

The players

Glencore

A multinational mining and commodities trading company that manages integrated supply chains for essential industrial minerals.

Li-Cycle

A lithium-ion battery resource recovery company that previously owned the Rochester recycling site.

The details

Glencore acquired the Rochester plant through bankruptcy, inheriting the project after Li-Cycle stalled work in 2023. By settling outstanding debts to contractors, the company has secured a pathway to process nickel, cobalt, and lithium domestically. The strategic imperative is to reduce reliance on refined minerals from China and raw materials from Congo, where recent export bans have destabilized the supply of key components for battery production.

Timeline

  1. 2023: Li-Cycle halted work on the Rochester plant.

  2. December 2024: China began denying export licenses for gallium and germanium.

  3. February 2025: Congo banned cobalt exports.

  4. February 18, 2025: A tailings dam waste spill occurred in Zambia.

  5. November 10, 2026: Rare-earth export control rules are scheduled for potential expiration.

Market Landscape

The restart reflects a tactical response to China's export license restrictions on gallium and germanium, which have tightened supply for Western manufacturers. This effort aims to establish a resilient domestic supply, moving away from a reliance on the 70% refining market share held by Chinese state-linked entities.

Manufacturers reliant on nickel, cobalt, or lithium should monitor this facility as a potential future source to de-risk their supply chains. Owners should audit current material contracts to determine their exposure to the volatile Congolese and Chinese markets.

The takeaway

The Rochester project represents a move to buffer local operations against international mineral supply shocks. Operators should track the facility's progress as a potential domestic supply hedge while monitoring the upcoming November 10, 2026, deadline for Chinese rare-earth export controls.

Further reading

For more updates on local industrial projects, see Manufacturing.

Source note: This article includes information reported by Rochester Business Journal.

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