The article Assessing the Circularity Potential of Textile Flows for Future Markets by Camilla Wiik, Henriette Sophia Aksnes, Helene Torp, Ole Johnny Aslaksen, and Marit Kjeldsberg provides a data-driven exploration of textile circularity. Drawing on textile anatomy data primarily from Nordic collections, it examines how material properties influence recycling potential. This research underscores the role of detailed material understanding in shaping future market strategies for sustainable textiles.

Key Themes

• Textile anatomy analysis: Through precise measurement of fibre types and compositions, the study reveals patterns in textile streams crucial for assessing how well materials can be recycled or repurposed.
• Circularity potential mapping: By linking anatomical data to recycling outcomes, the research maps the potential for various textiles to re-enter production loops, highlighting which materials yield the highest circular value.
• Market and policy implications: The findings suggest that policymakers and industry players should prioritise collection systems and design choices tailored to compositions better suited to recycling.
• Data as a decision tool: The work demonstrates how rigorous data on textiles can inform strategic interventions from design and production to waste management making circular solutions more actionable.

The article discusses real-world implications for stakeholders: manufacturers can design textiles with end-of-life recovery in mind; recyclers can optimise processes based on material specifics; and policymakers can adjust regulations to support materials with higher circularity potential all grounded in tangible anatomical data. It emphasises that material transparency is foundational to effective circularity. By aligning textile production and waste systems with anatomical insights, the industry can pave a more sustainable, resource efficient path forward.

For further details, readers can access the full article on ScienceDirect.