Fashion & Textiles

TRANSFORMING THE FASHION & TEXTILES INDUSTRY THROUGH BREAKTHROUGH RESOURCE-EFFICIENT TECHNOLOGY SOLUTIONS

Textile waste is one of the largest and fastest-growing waste streams worldwide. Each year, an estimated 92 million tons of textile waste is generated globally — a number expected to rise without significant intervention from the fashion and textile industries. In the United States alone, textile waste doubled between 2000 and 2018. Currently, only about 15% of textile waste is recycled, both globally and in the U.S. Of this small fraction, roughly half is reused in secondary markets as apparel, while the other half is downcycled into products like rags and shoddy. Less than 1% is recycled back into new textiles.

To decrease the impacts of textile production and increase the levels of textile recycling, we need to change the design paradigm for fashion, create new approaches to collection, develop high throughput sortation technology (e.g. sortation of usable from non-usable apparel, sortation, and disassembly by materials class), develop and demonstrate advanced processing technologies for fiber-to-fiber recycling, and identify and validate viable end-markets for are generated each year 20% of clean water pollution and 9% of microplastic pollution in oceans of annual GHG emissions recycled textiles.

Textile Waste Generation is growing

  • U.S. Textile waste generation has tripled since 1990
  • Continued growth is expected
  • More than 75% of textile waste is apparel and footwear; the balance includes towels and bedding, carpet, other home goods, and institutional textiles
  • Current recycle of textiles (2 million tons)
    • ~45% re-use
    • ~30% wiping rags
    • ~20% stuffing, shoddy
  • Less than 1% of textile fibers are recovered and recycled as fiber

U.S. EPA Facts & Figures, 2018 data in 2025 report

Our Goals

Mobilize  stakeholders across the value chain from fashion designers to consumers to drive change in the industry

Develop business and consumer models to evaluate options for alternate consumption (e.g. increase lease and rental of apparel

Develop & demonstrate innovative collection models (e.g. hub and spoke, regional clusters, retail take-back)

Develop data-driven policy options to support pathways to increase resource efficiency

Extend  material lifecycles (e.g. improve material functionality through design, improve reparability, enable apparel repurposing)

Develop & demonstrate  advanced sortation technologies (e.g. NIR Spectroscopy, XRD, robotic disassembly, machine learning, artificial intelligence

Develop & demonstrate  advanced materials recovery technology (e.g. mechanical, thermomechanical, solvent extraction, chemical, enzymatic

Validate viable markets for apparel and recovered materials (e.g. apparel reuse and rental, fiber-to-fiber

To view the animated U.S. and Global Supply Chain Textile Flow Charts related to this initiative follow the links below: