Reverse logistics networks for composites

Reverse logistics networks for composites

Composites offer tailored solutions for modern engineering challenges, combining lightweight design with mechanical strength, corrosion resistance, and structural flexibility. These benefits have led to widespread adoption in the automotive industry, where composites contribute to reduced vehicle weight and improved energy efficiency. However, these same characteristics introduce complexity at the end-of-life stage, especially in comparison to metals and mechatronic components that follow well-established recycling and remanufacturing routes.

This learning unit shows the challenges and requirements of building reverse logistics systems for composite materials. It examines the key differences in identification, disassembly, material variability, and economic feasibility compared to traditional materials.