At its new recycling hub in Salching, BMW Group is redefining electric vehicle battery recycling through a mechanical process that cuts emissions, avoids chemical treatments and feeds materials directly back into production.
Electric vehicle battery recycling, BMW’s low-emission pathway
A battery that can be recycled at the end of its life without chemical treatments may sound ambitious. Yet that is the premise behind BMW Group’s new Cell Recycling Competence Center, CRCC, in Salching, Bavaria. At the facility, materials from battery cells are recovered without resorting to high-energy thermal or chemical processes.
Working alongside Encory, a joint venture between BMW and Interzero, the German automaker is shifting electric vehicle battery recycling from a waste management operation to a low-emission production loop. Recovered raw materials are reintroduced directly into manufacturing, shortening supply chains and reducing dependence on volatile commodity markets.
Electric vehicle battery recycling, what changes for the industry
The sector’s challenge is no longer solely environmental. Price volatility and the scarcity of critical raw materials are forcing manufacturers to rethink how batteries are handled at end of life. Unlike conventional methods, BMW’s process relies on mechanical dismantling of production scrap, including complete cells. By eliminating thermal and chemical stages, the company lowers the carbon footprint of recycling while preserving material quality.
Instead of degrading valuable inputs, the process enables direct reintegration into the assembly line. According to BMW, the technology is designed to scale, with the potential to handle volumes in the tens of tons per year as industrial applications expand.
A fully integrated circular ecosystem
The Salching center operates as the final link in a regional circular ecosystem anchored in Bavaria. The chain begins in Munich at the Battery Cell Competence Center, BCCC, where next-generation cells are researched and developed. It then moves to Parsdorf, at the Cell Manufacturing Competence Center, CMCC, where pilot production of advanced cells takes place.
The loop closes in Salching. Excess materials from Parsdorf are recovered at the CRCC, recycled and sent back into production. The model minimizes transportation distances and prevents the loss of valuable resources across the manufacturing cycle, reinforcing supply security while cutting emissions tied to logistics.
Local partnerships, global ambition
Nearly half of the companies involved in building the Salching facility are located within 100 kilometers of the site. That local footprint strengthens the regional economy while ensuring high sustainability standards across the value chain.
The initiative aligns closely with the European Union’s circular economy strategy and underscores the automotive industry’s broader commitment to sustainable transformation. The goal extends beyond producing electric vehicles. It is about ensuring that every component can reenter the value chain at the end of its use.
Design for recycling, the core of BMW’s strategy
At the heart of BMW’s next generation of electric vehicles lies a design philosophy known as Design for Recycling. Engineers are moving away from complex, inseparable assemblies and toward mono-material components and modular architectures. Chemical adhesives are replaced with mechanical joints, enabling rapid, automated disassembly.
The approach is particularly critical for batteries. They are engineered not only for high performance, but also for ease of dismantling and repurposing. Before advanced recycling processes recover more than 95% of rare earth elements, battery systems can be regenerated for second-life applications, such as residential energy storage.
Through the systematic use of recycled plastics, including materials derived from recovered fishing nets, and the integration of digital component tracking systems, the vehicle evolves from a linear consumer product into a dynamic resource bank. Materials retain their quality and energy value, ready to reenter the production cycle rather than become waste.
