TOP STORY

The Future of Fashion Waste Hinges on Scaling Solutions for Blended Materials

Blended textiles have long resisted viable recycling pathways, limiting circularity ambitions across the apparel sector. Toby Moss Chief Commercial Officer of Worn Again Technologies discusses how an operational accelerator plant marks a transition from controlled experimentation to industrial validation, while exposing the economic, material, and system-level challenges that must be resolved for textile-to-fibre recycling to scale.

Other Top Stories
 
CIRCULARITY / RECYCLING / SECONDS / WASTE

Evidence, Assumptions and Uncertainty Shape California’s Textile EPR Debate

California’s attempt to build a large-scale textile recovery system is unfolding with limited precedents and incomplete data. Julie Cerenzia, Director at Cascadia Consulting, explains how the modelling behind the SB 707 debate draws on international comparisons, industry assumptions and evolving market realities to estimate the environmental and economic potential of diverting textile waste.

 
FLASHPOINT: CLIMATE
Decarbonisation / AII Benchmark

The Apparel Impact Institute (AII) has launched the Energy and Carbon Benchmark, a new tool designed to measure energy use and emissions across textile manufacturing processes. Developed with industry partners, it establishes process-level metrics to compare facilities, track performance over time, and guide collective decarbonisation efforts across the global fashion supply chain.

China Trends / Growth Story

China’s textile and apparel industry emissions were driven largely by household consumption and exports between 2000 and 2018, according to new modelling research. The study found that integrating renewable energy adoption with expanded clothing recycling could curb long-term emissions growth across interconnected supply chains while supporting continued industrial development.

 
 
 
FOCUS: COTTON

Mulberry Silk’s Triangular Fibre Structure Produces Its Signature Soft Lustre and Optical Glow, Scientific Report Shows

A scientific report has examined the microscopic structure and physicochemical properties of mulberry silk, explaining why the fibre displays distinctive lustre, smoothness and skin compatibility. Using microscopy and biomedical research, the analysis describes how silk’s natural microstructure influences optical reflection, friction behaviour, moisture absorption and potential applications in textiles, beauty and biomedical materials.

 
 
SPOTLIGHT EDITIONS: SELECT 4
 
 

"Quote Unquote"

Toby Moss
Toby Moss
Chief Commercial Officer
Worn Again Technologies
The Worn Again process has been designed from the start to process polycottons, which are a cornerstone fabric in modern clothes, but also some of the hardest to recycle. We also provide a unique solution to the market, which is the solvent based recycling approach. This approach is able to selectively target key materials, in this case polyester and cotton, in a way that other technologies are not.

"Quote Unquote"

Manmohan Singh
Manmohan Singh
Chief Marketing Officer
Birla Cellulose
By creating a consistent, uniform blend at the fibre stage rather than the fabric stage. This engineering ensures smooth processing and retains the softness, strength, and premium hand-feel of traditional MMCFs, even with up to 50% recycled content.
 
FOCUS: LEATHER

IILF 2026 Exposes Gap Between Boardroom Sustainability and Tannery Floor Reality

Chennai's IILF 2026 exposed contradictions shaping India's leather industry: innovative chemical systems alongside organisational failures, Trump tariffs suppressing demand yet prices holding firm, and sustainability frameworks that never reach tannery workers. The 'Leather Carnival' demonstrated both the sector's professionalisation and its struggle to reconcile traditional identity with market realities.