Textile reuse and waste management have received increasing attention in the EU and globally. However, circular business models in textile reuse, repair and recycling continue to face challenges. The current policy and industry landscape presents a paradox, as textile circular models need to address the problems of linear business practices while at the same time competing with them on the market.

In this webinar, CISUTAC partners will will explore the current landscape of circular business models for textiles, key market trends, the challenges these businesses face and the measures needed to overcome them and unlock their potential.    

The session will open with a market analysis and context-setting from STAM, providing an overview of key aspects in the Circular Textile Industry in the EU. This will be followed by a presentation on the key barriers and enablers of textile circular business models from RREUSE, offering valuable insights into the action needed to address systemic and operational challenges to the uptake of circular business models in textile reuse, repair and recycling. We will also highlight findings from real-world case studies, presented by a representative from the field, to showcase practical applications and lessons learned.

Date & time

Tuesday 9 December from 10.30 - 11.30

About the CISUTAC Sustainability Forum

The CISUTAC Sustainability Forum is a webinar series designed to foster knowledge-sharing and dialogue around sustainable practices in the textile sector. Developed as an accessible, modular learning experience, the series explores key topics including the textile decision tree, sorting for reuse and repair, recycling pathways, circular design principles, consumer behavior, and effective consumer interventions. Each session brings together experts, innovators, and engaged stakeholders to unpack practical strategies for closing the loop in textiles and advancing circularity across the value chain. The series aims to support professionals, researchers, and changemakers in building a more sustainable and resilient textile system.