TSR Group and BASF have established a cooperation framework aimed at expanding and integrating battery recycling capacity across Europe, focusing on dismantling, material recovery, and reintegration of recovered metals into industrial supply chains.
The partnership targets multiple stages of the lithium ion battery lifecycle, beginning with the dismantling and safe discharging of end-of-life battery systems. This step is increasingly recognized as a bottleneck in the recycling chain due to safety risks, logistical complexity, and the diversity of battery chemistries entering the waste stream. By integrating upstream dismantling operations through TSR Group’s investment company BLC, developed with logistics partner Rhenus Automotive, the collaboration aims to streamline the flow of materials into downstream processing facilities.
A central output of the recycling process is black mass, a concentrated mixture of valuable metals recovered from spent batteries. This intermediate product represents a critical input for refining and cathode material production, and its efficient processing is becoming a strategic focus for European battery value chain development. BASF operates a black mass recycling facility in Schwarzheide, Germany, which will serve as a key node in expanding regional processing capacity and improving material circularity.
The integration of TSR Group’s logistics and waste management infrastructure with BASF’s cathode active material expertise reflects a broader structural shift in European industrial policy toward localized circular supply chains. TSR Group brings a network of more than 190 regulated waste management sites across Europe, enabling large-scale collection and transport of end-of-life batteries. This infrastructure is increasingly important as battery volumes rise and regulatory frameworks tighten around material recovery rates and environmental compliance.
The economic rationale behind the partnership is closely linked to supply security concerns. Demand for battery-grade metals is expected to continue increasing as EV adoption expands, while geopolitical concentration of refining capacity remains a structural vulnerability for European manufacturers. By retaining and reprocessing critical materials within regional supply chains, the collaboration aims to reduce dependency on external suppliers and stabilize input costs for battery production.
However, scaling battery recycling remains technically and economically complex. Variability in battery design, degradation states, and chemistry composition complicates standardized processing. In addition, the energy intensity of recycling processes and the need for high-purity material outputs place constraints on cost competitiveness compared to virgin raw materials, particularly during periods of volatile commodity pricing.
Within this context, BASF’s role extends beyond recycling operations into cathode active material production, linking recovered metals directly back into industrial manufacturing processes. This closed-loop approach is intended to shorten material cycles and improve traceability, although achieving consistent quality standards for recycled inputs remains a technical challenge across the industry.
Industry executives involved in the collaboration emphasize the strategic dimension of battery recycling beyond its technical function. According to TSR Group management, securing access to secondary raw materials is increasingly viewed as a prerequisite for industrial competitiveness and supply chain resilience in Europe’s electrification agenda. This reflects a broader policy shift in which recycling is no longer treated solely as waste management but as an integrated component of industrial resource strategy.
BASF’s Battery Materials division highlights similar dynamics, noting that partnerships are essential for scaling recycling capacity and building integrated value chains across multiple European markets. The expansion of its Schwarzheide facility into a broader recycling network underscores the increasing centrality of industrial hubs in managing circular material flows, particularly as EV adoption accelerates and regulatory pressure on end-of-life battery management intensifies.
