Four major methods for turning recycled polyester and other synthetic fibre waste back into monomers have been identified, namely enzymatic recovery, glycolysis, hydrolysis and methanolysis, and a number of companies are making impressive strides in the development of these methods. In the field of methanolysis, Eastman’s technology is capable of breaking down hard-to-recycle polyester waste into the monomer building blocks for producing polyester, and the monomers can be used repeatedly without compromising performance. In the field of glycolysis, Syre is being supported by an offtake agreement with H&M Group and is preparing for its first two gigascale textile-to-textile recycling plants. In the field of hydrolysis, Far Eastern New Century (FENC) has a commercial recycling plant in operation with a capacity of 600,000 tons. And in the field of enzymatic recovery, Carbios is constructing a plant which is expected to start delivering significant quantities of recycled feedstocks in 2026 and the company is developing a licensing model for its recycling technology which is already bearing fruit.
Who should buy this report?
- Manufacturers of fibres, textiles, clothing and chemicals
- Textile and clothing machinery manufacturers - spinning, weaving, knitting, sewing and import/export
- Textile and clothing brands and retailers like Adidas, H&M etc.
- Educational institutions like universities, fashion schools etc.
- Business consultancy firms
- Textile and clothing trade associations
- Government trade bodies
Table of Contents
INTRODUCTION- PCIAW EXHIBITION AND AWARDS 2024
- PCIAW Exhibition: innovations in personal protective equipment (PPE), uniforms and workwear
- PCIAW Awards
- PCIAW 2024 Personal Protective Equipment (PPE) Innovation Awards
- PCIAW 2024 Manufacturer Awards
PCIAW SUMMIT 2024: TALKS, KEYNOTE PRESENTATIONS AND
- ROUND-TABLE DISCUSSIONS
- Key topics discussed at the summit
- Transparency and product traceability
- Strategic autonomy and supply chain resilience
- Supply chain disruptions
- Digitalisation in the professional clothing industry
- Ongoing need to tackle waste
- Designing out waste

