The BMW Group is taking a decisive next step in its industrial transformation by announcing a new “Competence Centre Circularity” at its Wackersdorf site in Germany.
The company plans to invest a mid-three-digit million euro amount in the project, which is scheduled to be fully operational by around 2029. Once completed, the facility will significantly expand the site’s current recycling capacity and employ several hundred people, making it one of BMW’s largest dedicated circular economy investments.
The new centre will go far beyond traditional vehicle recycling. It is designed as an integrated hub that combines dismantling, material recovery, industrial-scale processing, and research and development in a single loop.
BMW expects the facility to handle tens of thousands of vehicles per year in its initial phase, with a clear pathway to scale up volumes as electric vehicle fleets grow and more high-value materials enter the recycling stream.
High-value secondary raw materials
At its core, the centre will focus on recovering high-value secondary raw materials such as steel, aluminium, copper and plastics, as well as critical battery materials like cobalt, nickel and lithium.
By industrialising advanced dismantling, shredding, and AI-supported sorting, BMW aims to achieve a significantly higher purity in recovered materials. This is crucial, as only high-quality secondary materials can be reintroduced into automotive production at scale.
The objective is clear: reduce dependence on volatile global supply chains while lowering the CO₂ footprint of its vehicles throughout their lifecycles. According to BMW, using secondary aluminium or steel can cut emissions by up to 70% compared to primary production, underlining the importance of circular material flows for meeting tightening European climate targets.
This initiative fits squarely into BMW’s broader iFactory strategy, which is built around the principles of “lean, green, and digital.” While much attention has been given to flexible production lines and digitalisation, the circularity centre strengthens a less visible but equally important dimension: material control.
By standardising and securing access to recycled inputs, BMW enhances its ability to shift production between plants and adapt to market demand, a key promise of its manufacturing model.
In practice, this means that materials processed in Wackersdorf could be fed into multiple factories across BMW’s global network, supporting consistent quality and reducing exposure to regional supply disruptions. Circularity thus becomes not only a sustainability tool, but also a lever for industrial flexibility and cost stability.
BMW’s level of integration
Compared to competitors, BMW’s approach stands out for its level of integration. While companies such as Tesla, Volkswagen Group, and Mercedes-Benz Group are investing heavily in battery recycling, their efforts are often focused on specific components or pilot projects.
BMW, by contrast, is embedding circularity into its overall production system, linking end-of-life processing directly with future vehicle design and manufacturing.
The move also highlights an interesting contrast with Belgium’s well-established recycling ecosystem. Through organisations such as Febelauto, Belgium has built one of Europe’s most efficient end-of-life vehicle systems, achieving recovery rates above 97%.
However, this model is primarily designed to ensure compliance and optimise logistics across the industry, rather than to create closed-loop material streams for individual manufacturers.
BMW’s new centre reflects a different ambition: to capture value from recycled materials and reintegrate them into its own supply chain. In that sense, the German group is moving upstream into an area traditionally handled by collective systems like Febelauto. The two approaches are not mutually exclusive, but they point to a shift in carmakers’ roles within the circular economy.
As European regulation evolves, with increasing pressure for recycled content and traceability, more manufacturers are likely to follow this path. For countries like Belgium, this could mean a gradual rebalancing between national coordination platforms and OEM-driven circular loops.
With its Wackersdorf project, BMW is positioning itself at the forefront of this transition. Recycling is no longer treated as an end-of-life obligation, but as a strategic asset—one that supports supply security, reduces emissions, and ultimately strengthens the flexibility of its global production network.
