Tozero Launches Europe’s First Industrial Battery Recycling Plant

Why It Matters

The plant gives Europe a domestic source of critical battery materials, helping meet the EU’s 25% recycling mandate and reducing reliance on China‑controlled lithium and graphite supplies.

Key Takeaways

• Demo plant processes 1,500 t battery waste annually
• Produces 100 t high‑purity lithium carbonate each year
• Acid‑free hydrometallurgy recovers 80% lithium, graphite
• Full‑scale plant aims 45,000 t waste, 8,000 t lithium carbonate by 2030
• Funding totals €17 m (~$18.7 m) plus EU grant

Pulse Analysis

Europe’s electric‑vehicle boom has exposed a stark raw‑material gap: most lithium, graphite and nickel‑cobalt still arrive from Asia, especially China. By turning spent EV batteries into a domestic feedstock, tozero’s Gendorf demo plant directly tackles this vulnerability. The facility’s 1,500‑tonne annual throughput may seem modest, but it proves that large‑scale, high‑purity recovery is technically feasible within Europe’s regulatory and industrial framework, setting a precedent for other recyclers.

The core of tozero’s advantage lies in its acid‑free hydrometallurgical process, which runs in a single cycle and avoids the high‑temperature losses typical of pyrometallurgy. This method preserves lithium and graphite, achieving recovery rates above 80%—enough to satisfy the EU Battery Directive’s 2031 targets. Partnerships with OEMs such as BMW and MAN demonstrate that the recycled output meets the stringent purity standards required for new cell production, effectively closing the loop between vehicle end‑of‑life and battery manufacturing.

Scaling to a 45,000‑tonne facility by 2030 aligns with the EU Critical Raw Materials Act, which mandates that 25% of key inputs come from recycling. With roughly $18.7 million in venture capital and a $2.75 million European Innovation Council grant, tozero is positioned to expand quickly while keeping costs competitive with traditional mining. As global lithium demand is projected to quadruple by 2030, Europe’s ability to source materials locally will become a decisive factor in securing its EV supply chain and achieving climate‑neutral goals.