Epoch Biodesign Joins T2T Alliance to Scale Enzymatic Nylon Recycling

London-based biotechnology company Epoch Biodesign has announced its entry into the T2T (Textiles to Textiles) Alliance, a strategic move designed to accelerate the commercialization of circular solutions for synthetic fabrics. Coinciding with this partnership, the company has laid claim to developing Europe’s first dedicated nylon biorecycling facility, marking a significant milestone in the processing of complex polyamide waste.

Bio-Engineering a Solution for Nylon

Nylon (polyamide) creates a distinct challenge in the recycling sector. While mechanical recycling exists, it often leads to material degradation, and the material is frequently blended with elastane in clothing, making separation difficult. Epoch Biodesign addresses this through protein engineering, developing enzymes specifically designed to target and depolymerize nylon 6 and nylon 6,6.

This enzymatic process breaks the complex polymer chains down into their fundamental monomers. Unlike mechanical methods that result in downcycling, Epoch’s biological approach recovers virgin-quality building blocks. These monomers can subsequently be repolymerized into new, high-performance textile fibers, effectively decoupling nylon production from petrochemical extraction.

Accelerating Material Recovery Systems

The T2T Alliance focuses on establishing viable pathways for textile circularity. By joining the coalition, Epoch Biodesign aims to validate its technology within the wider value chain, moving from pilot successes to industrial scale. The planned facility represents a crucial piece of infrastructure needed to process post-consumer textile waste that is currently incinerated or landfilled.

“Epoch Biodesign joins T2T Alliance as it lays claim to Europe’s first nylon biorecycling facility,” the company noted regarding the expansion, signaling a shift toward a “new system of material recovery.” This collaboration is expected to provide fashion brands and textile manufacturers with a scalable route to reduce Scope 3 emissions and achieve circularity targets for synthetic materials.

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