Ten projects spanning enzymatic nylon recycling, bio-based polymers and automated 3D weaving will take the stage at the ITMF & IAF Conference 2026 in Fortaleza, Brazil, on October 14–15, after winning this year's ITMF Awards across three categories.

The winners map directly onto procurement-relevant technology shifts: chemical recycling of polyester and PET, fossil-feedstock substitution, waste reduction at the design stage, and automation of garment production. For sourcing teams, the list signals where pilot-stage capacity could mature into commercial supply within the next cycle.

Who won in sustainability and innovation?

Three projects took honours for combining technology with sustainability outcomes:

• Epoch Biodesign, UK — scaling AI-driven enzymatic depolymerization to convert textile waste into fiber-grade nylon 6,6.
• Huvis, Korea — polyester chemical recycling technology aimed at automotive textile applications.
• Simabo Technology and Wuhan Textile University, China — a silk-based regenerative system built around desert mulberry and bioactive applications, branded "Desert-Mulberry: Bioactive Silk Eco-Regenerative Cycle."

Each project addresses a distinct compliance pressure point: nylon 6,6 feedstock recovery, closed-loop polyester for automakers facing recycled-content rules, and bio-based alternatives to conventional silk.

Which start-ups made the list?

Five start-ups won recognition for business concepts targeting production restructuring:

• Matereal, Switzerland — bio-based polymers combined with AI for textile manufacturing.
• no.wasTee, Brazil — zero-waste garment design for a low-CO2 textile industry.
• Tellura Technologies, Brazil — 100% natural yarn extended from fashion into aerospace biocomposites.
• Unspun, USA — automating apparel supply chains through 3D weaving.
• Yuantian Biotechnology, China — enzymatic recycling and industrialization of waste PET plastic.

Unspun's 3D weaving and Yuuantian's industrial-scale PET recycling are the two entries with the most direct bearing on apparel sourcing: one compresses cut-and-sew labour out of the equation, the other targets volume recovery of the industry's largest fibre volume.

Why do two awards go to partnerships?

The final category rewards cross-company collaboration — a signal that ITMF sees scaling, not invention, as the current bottleneck.

• HeiQ & Archroma — under the banner "Alone we Innovate. Together we Scale," the finishings specialists are combining technologies to accelerate commercial adoption.
• Lenzing & Armedangels — pairing fibre production with a fashion brand to push sustainable textile solutions to market faster.

The Lenzing–Armedangels model in particular reflects a structure brands increasingly demand: fibre-maker and label co-developing so mill-side innovation reaches finished garments without the usual multi-season lag.

What does the winners' list force sourcing teams to do?

Textile Excellence, which reported the awards, summarised the pattern: "Taken together, the 10 winners offer a revealing snapshot of the innovation agenda: recycle more, use fewer resources, replace fossil-based materials, automate production — and collaborate to get new technologies into the market faster."

None of these projects is runway theatre. Recycled nylon 6,6, chemically recycled automotive polyester and enzymatic PET recovery all trace back to regulatory and customer requirements — EU recycled-content mandates, automotive OEM material standards, brand decarbonisation targets.

Sourcing and compliance teams should treat the Fortaleza presentations on October 14–15 as a supplier-screening exercise: identify which of these technologies is close enough to commercial scale to enter qualification pipelines, and which claims require third-party verification against the standards they invoke.