Rethink
Textile
Circularity
Tex2TexTM offers an innovative new solution for the most commmon textile fiber globally – Polyester. Offering virtually limitless material circularity that is cost-competitive, scalable and low-impact.
The Problem:
The Recycling Gap
“To stay within the 1.5-degree pathway...
we need to bring the share of mechanically recycled (or equivalent) fiber/filament within the polyester market from 14% to 90% by 2030.”
– Textile Exchange 2025 RPET Challenge
*Textile Exchange Conference Denver 2022 – Napcor Presentation
10m MT Gap
RPET Demand Set to Outpace Supply by 2025
Textile industry & beverage industry targeting, 45% and 25% RPET content, respectively, by 2025 (legislated & voluntary). There is set to be a major gap in recycled polyester raw materials of around 10 million metric tons by 2025.
*Textile Exchange Conference Denver 2022 – Napcor Presentation
Beyond BottlesTM
Currently, bottle flake RPET represents 99% of the market RPET market.
Currently, bottle flake RPET represents 99% of the market RPET market. However, the fashion industry needs to move past downcycled single-use plastics and go Beyond BottlesTM. Textile to textile recycling addresses the fashion industry’s waste problem and valorizes an underutilized waste stream.
*Textile Exchange Conference Denver 2022 – Napcor Presentation
The Solution:
Tex2TexTM Recycling...
Tex2TexTM is a ground-breaking low impact thermo-mechanically textile-to-textile recycling technology for pre and post-consumer polyester textile waste.
Tex2TexTM
Competitive Advantage
Thermo-Mechanical Recycling
High efficiency advanced thermo-mechanical recycling, IV optimization and filtration for polyester textile waste recycling.
Polymer Upgrading
IV optimization and contamination filtration for polyester textile waste recycling.
Product Output
The Tex2Tex™ recycling process is a dynamic continuous and semi-continuous process that offers a wide rang of specifications of pellets, staple fiber, filament and tape outputs.
Large Capacity
10,000T/yr + fiber production capacity of RW and black.
Renewable Energy
Fiber process powered by electricity and biomass boiler. Spinning and fabric manufacturing using solar.
Circular Tech = Reduced Impact
Biochemistry
Biochemistry extracted from processing residue upgraded to high value products and processing chemicals to process and upgrade bioproducts.
Biochemistry
Biochemistry extracted from processing residue upgraded to high value products and processing chemicals to process and upgrade bioproducts.
Biochemistry
Biochemistry extracted from processing residue upgraded to high value products and processing chemicals to process and upgrade bioproducts.