texfash

The gap between recyclable components and a recoverable product has long defined the limits of sustainable apparel. The Peak Performance R&D Helium Loop Anorak, built in collaboration with four specialist partners, was designed to close that gap—by treating end-of-life disassembly not as an afterthought but as the primary constraint governing every construction and material decision.

The case for scaling textile-to-textile recycling across Europe has been made repeatedly in policy circles and industry forums. What has been done less clearly is the financial case. A new report by BCG and ReHubs models the full cost of reaching a meaningful recycling milestone by 2035 and concludes that even under optimistic assumptions, the actors most critical to the system would operate at a structural loss.

When a fashion retailer surveys its own customers about circularity and finds the results flattering, the question is whether the method was built to inquire or to reassure. Shein's 2025 Global Circularity Study, spanning 21 markets and 15,461 voluntary respondents, arrives at conclusions so convenient they warrant examination on structural, not just factual, grounds.

Textile recovery infrastructure in the United States is expanding, but remains uneven in scale and capability. Garment quality has declined, fibre complexity has increased, and industry-wide standardisation remains limited across the value chain—widening the gap between circularity ambition and material reality that recycling technology alone cannot close.

The United States generates roughly 17 million tonnes of textile waste each year. Approximately 85% of it ends in landfill or incineration. Extended Producer Responsibility legislation is now moving through California and several other states, with the EU tightening its own parallel framework simultaneously. The ambition is clear. What remains unclear is whether the collection infrastructure, sorting capacity, and economic incentives required to deliver on it exist in any coherent form.

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.

The United States generates 17 million tonnes of textile waste annually, and the policy frameworks designed to address it are arriving faster than the infrastructure built to support them. California's SB 707 requires textile stewardship plans to be operational by 2030, yet the recovery network it depends on remains anchored in international reuse trade that the law was not designed to protect—and may inadvertently disrupt.

Textile development is increasingly shaped by digital systems that promise faster iteration, reduced waste, and new material possibilities. Within this shift, Bethany Meuleners, Apparel and Textile Design and Venture Lead at Variloom, discusses how programmable weaving alters development workflows, the limits imposed by existing apparel structures, and the broader implications for how materials are conceived, produced, and integrated into product design.

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.

Textile waste in the United States remains largely invisible within municipal systems, even as millions of tonnes of clothing are discarded every year. Mattias Wallander, CEO of USAgain, argues that the challenge is not technological but structural, rooted in fragmented local regulation, constrained collection networks and the economics of scaling recovery infrastructure.