BMW opens a new competence centre in Bavaria to turn electric car battery recycling into a low-emission, production-ready circular model.
Electric car battery recycling: BMW’s mechanical approach without chemical treatment
A battery that can be recycled at the end of its life without chemical or high-energy thermal treatments may sound ambitious. Yet this is the aim of BMW Group, which has opened its Cell Recycling Competence Center (CRCC) in Salching, Bavaria. The facility enables the recovery of cell materials without relying on energy-intensive chemical or thermal processes.
Through cooperation with Encory, a joint venture between BMW and Interzero, the German manufacturer is transforming electric car battery recycling from a disposal process into an immediate, low-emission production cycle. Recovered raw materials are then reintroduced directly into manufacturing.
What changes in electric car battery recycling
The sector’s current challenge is not only environmental but also economic. Price volatility and raw material scarcity require a strategic shift. Unlike traditional methods, BMW’s process allows the mechanical dismantling of production residues, including complete cells. By eliminating thermal and chemical stages, the carbon footprint is reduced, while raw materials are not degraded but fed back directly into the assembly chain.
This technology has the potential to be scaled to industrial production, enabling recycling volumes of tens of tonnes per year.
A fully integrated circular ecosystem
The Salching centre does not operate in isolation but forms the final link in a circular ecosystem integrated across Bavaria. The process begins in Munich at the Battery Cell Competence Centre (BCCC), where next-generation cells are researched and developed. It then moves to Parsdorf, at the Cell Manufacturing Competence Centre (CMCC), where high-performance cells are produced on a pilot scale.
The loop closes in Salching, where the CRCC recovers surplus materials from Parsdorf, recycles them and sends them back into production. This immediate reuse reduces logistics distances and prevents the loss of valuable resources throughout the manufacturing chain.
Local partnerships within a European circular strategy
A notable feature of the Salching centre is its strong regional integration: almost half of the companies involved in its construction are located within 100 kilometres of the site. This approach strengthens the local economy while ensuring high sustainability standards across the supply chain.
The initiative aligns with the European Union’s circular economy strategy, confirming the automotive industry’s ambition to lead the continent’s sustainable transformation. The goal is not only to produce electric vehicles, but to ensure that every component can return to the value chain.
Design for recycling at the core
The concept of Design for Recycling lies at the heart of BMW’s new generation of electric vehicles, fundamentally reshaping vehicle design from the earliest stages. Engineers focus on mono-material components and modularity, replacing chemical adhesives with mechanical joints to enable rapid and automated disassembly.
This approach is particularly relevant for batteries, which are designed not only for high performance but also for easy dismantling and second-life applications, such as domestic energy storage. Advanced recycling processes can then recover over 95% of rare earth materials.
Through the systematic use of recycled plastics, including materials derived from recovered fishing nets, and a digital tracking system for components, the vehicle becomes a dynamic reservoir of resources. Instead of a linear consumer product, it turns into a circular asset ready to re-enter production without losing material or energy value.
