What will it take for low-impact textile manufacturing innovation to operationalise and scale beyond the “blah blah blah” of good intentions but lethargic action that has locked the industry in action-plan paralysis?
What will it take for low-impact textile manufacturing innovation to operationalise and scale beyond the “blah blah blah” of good intentions but lethargic action that has locked the industry in action-plan paralysis?
What will it take for low-impact textile manufacturing innovation to operationalise and scale beyond the “blah blah blah” of good intentions but lethargic action that has locked the industry in action-plan paralysis?
What will it take for low-impact textile manufacturing innovation to operationalise and scale beyond the “blah blah blah” of good intentions but lethargic action that has locked the industry in action-plan paralysis?
The Price Parity Toolkit (PPT) was designed to help bridge the price gap between next-gen* and conventional materials. This industry-supported framework, with catalytic funding from Laudes Foundation and developed by Fashion for Good with support from Canopy, Finance Earth and select brands and fibre producers, introduces a financing mechanism. This mechanism aims to decouple price premiums early in the supply chain, thereby enabling the adoption and scaling of lower-impact materials.
“The Next Stride: Bio-based Materials for Footwear Soles” aims to validate the performance and environmental impact of bio-based polymers as sustainable alternatives to the fossil fuel-derived materials currently used in footwear soles. The objective is to collectively de-risk the transition to these “next-generation” materials by rigorously testing their technical properties and assessing environmental benefits. Ultimately, the purpose is to accelerate the adoption of these bio-based solutions and pave the way for a more sustainable footwear industry.
The apparel industry faces immense pressure to meet the 1.5°C target set by the Paris Agreement, with fashion accounting for 2-8% of global greenhouse gas emissions. Scope 3 emissions, especially from processing (Tier 2), represent a critical challenge. Shifting to dry processing technologies has the potential to reduce water and energy use, contributing to lower emissions and a smaller environmental footprint.
The D(R)YE Factory of the Future project brought together key industry leaders and innovators committed to revolutionizing textile processing. The project’s brand stakeholders included:
This report serves as a resource for brands, manufacturers, and innovators working to transform textile processing. It outlines key technological advancements, stakeholder insights, and pathways for industry adoption. The information is drawn from extensive research, pilot projects, and contributions from leading experts in sustainable fashion.
This report serves as a resource for brands, manufacturers, and innovators working to transform textile processing. It outlines key technological advancements, stakeholder insights, and pathways for industry adoption. The information is drawn from extensive research, pilot projects, and contributions from leading experts in sustainable fashion.
This report serves as a resource for brands, manufacturers, and innovators working to transform textile processing. It outlines key technological advancements, stakeholder insights, and pathways for industry adoption. The information is drawn from extensive research, pilot projects, and contributions from leading experts in sustainable fashion.
This report serves as a resource for brands, manufacturers, and innovators working to transform textile processing. It outlines key technological advancements, stakeholder insights, and pathways for industry adoption. The information is drawn from extensive research, pilot projects, and contributions from leading experts in sustainable fashion.
Fibre52: Chemical and enzymatic pretreatment chemistry
Step:
Pretreatment
Applications:
Raw Material:
Cellulosics
Construction:
Knit
Replacement for:
Traditional cellulosic pretreatment systems
Fibre52’s patented Prepare for Dye (PFD), and dyeing process is designed to optimise time, water, and electricity usage, while improving dyeability and quality. This method enables cotton preparation using existing machinery without the need for harsh chemicals. The biochemistries in Fibre52 remove impurities while preserving cotton’s softness, resilience, and breathability. Implementing the Fibre52 PFD and dye process reduces effluent, water, and energy consumption, while maintaining quality standards. The chemistry is ZDHC certified, ensuring compliance with environmental safety standards.
Substrate Tested:
Raw Material:
Cotton
Construction:
Knit
Benchmarks:
Conventional pretreatment with Caustic & Peroxide (including neutralising and dyeing)
Location: India
Scope:
Pretreatment (Including neutralisation & washing)
Key Findings:
Performance: Process is consistently repeatable, reliable, and effective across all shades. Maintains quality and natural characteristics of cotton.
Countries: 3
Implementations: 7
