Toyota develops circular factory for the automotive industry

For more than a century, automotive manufacturing has followed a linear model based on the use of raw materials until the end of a vehicle’s life. With the Toyota Circular Factory (TCF), Toyota introduces an industrial approach aimed at extending material lifecycles through structured recovery and reuse processes.

Context of industrial transformation
The TCF is part of the transition toward more sustainable production models, driven by increasingly stringent European regulations and the need to reduce dependence on raw materials. The pilot project has been implemented at Toyota Motor Manufacturing UK (TMUK) in Burnaston, Derbyshire, with the objective of establishing standards that can be replicated across Europe.

The site was selected due to its established ecosystem for end-of-life vehicle processing and its manufacturing expertise, including hybrid vehicle production.

Technical solution and circular model
The TCF model integrates dismantling, sorting and reuse processes into the production value chain. One example is the recovery of aluminum from alloy wheels, which is processed and sent to the Deeside plant for the production of engine components. These components are then returned to Burnaston for vehicle assembly, effectively closing the material loop.

This approach reduces waste, improves material traceability and optimizes resource efficiency across the entire lifecycle.

Implementation and operational process
The TCF applies a structured process for end-of-life vehicle management, including initial safety procedures, controlled removal of fluids and gases, and standardized dismantling performed by trained personnel. Recovered materials are then sorted and prepared for reuse or recycling.

The approach is based on the principles of the Toyota Production System (TPS), applied in reverse to maximize efficiency in recovery processes. At the same time, data collected during these stages is used to improve future vehicle design, making dismantling and reuse more efficient.

Applications and industrial development
In addition to material recycling, the Burnaston site incorporates vehicle refurbishment processes to extend product lifecycles. Refurbished vehicles are evaluated and validated according to defined quality standards.

The model also enables analysis of material composition and identification of opportunities to improve design and lifecycle management.

Operational and strategic impact
The circular approach helps reduce raw material consumption, improve production efficiency and support sustainability targets. The TCF aligns with Toyota’s Environmental Challenge 2050, which aims to achieve carbon neutrality across products and operations.

The project also strengthens supply chain resilience and creates new industrial opportunities based on material recovery and reuse.

Future outlook
Following the launch of the Burnaston site, Toyota has announced plans to expand the model with a second facility in Europe at its Wałbrzych plant in Poland. The objective is to develop a European network of circular factories supporting a more sustainable and integrated production system.

Through this model, Toyota is advancing toward an industrial system in which resources can be reused across multiple lifecycles, reducing environmental impact and improving overall efficiency in the automotive sector.

Edited by Maria Brueva, Induportals editor – adapted by AI.

www.toyota.com