Circular Economy Concept Demonstrated in Electric Refuse Truck

Mercedes-Benz Trucks and FAUN Umwelttechnik will showcase a concept vehicle at IFAT (4-7 May) in Munich that combines battery-electric propulsion with circular economy principles. The project demonstrates how commercial vehicle manufacturing can integrate resource-efficient materials and recycling-oriented production processes.

Circular Economy Approach in Vehicle Design
The concept vehicle is based on the Mercedes-Benz eEconic platform and incorporates recycled materials alongside a design strategy aimed at closing material loops. Developed in collaboration with 31 industry and recycling partners, the project focuses on reducing resource consumption throughout the vehicle lifecycle.

As a refuse collection truck, the vehicle reflects this approach by both supporting recycling operations and incorporating recycled content in its own construction.

Integration of Materials and Production Processes
A key objective of the project is to align procurement and manufacturing processes with recycling systems. By integrating material sourcing with end-of-life recovery strategies, the concept demonstrates how industrial production can support circular material flows.

This approach requires coordination across the supply chain, from raw material selection to component design and recycling infrastructure.




Battery-Electric Platform for Sustainable Mobility
The use of a battery-electric drivetrain in the eEconic platform supports zero-emission operation in urban environments. Combining electrification with circular economy principles addresses both operational emissions and embedded environmental impact in vehicle production.

Collaboration Across Industry and Recycling Sectors
The involvement of multiple partners highlights the complexity of implementing circular economy models in industrial manufacturing. Collaboration between vehicle manufacturers, suppliers, and recycling specialists is essential to develop scalable solutions.

Insights from the project are intended to inform future production models, with the goal of transferring sustainable materials and processes into series manufacturing.

Edited by Romila DSilva, Induportals Editor, with AI assistance.