Imagine making high-quality fabric from orange peels instead of oil. This project creates a way to turn plant waste into smooth, strong threads that feel like synthetic materials but are fully recyclable. It's like upgrading a small-scale lab experiment into a real factory process for eco-friendly clothes.
The textile industry is fragmented, making it slow to adopt sustainable alternatives to fossil-based filaments like PET and Polyamide. Lyocell filaments exist but lack the industrial scale and value chain integration needed for mass market adoption.
A production process for Lyocell filament yarns using 2G feedstock (such as orange peel pulp) and automated spinning solutions to improve stability.
If you are a sportswear brand dealing with high plastic content in your gear — this project developed Lyocell filament yarns that provide a smooth touch and high performance while reducing reliance on fossil-based materials.
If you are a car interior manufacturer dealing with non-recyclable PET fabrics — this project developed sustainable filament yarns for automotive interiors that are designed for a circular economy.
If you are an industrial fabric producer dealing with the need for sustainable technical reinforcements — this project developed 2G feedstock-based filaments that meet industrial performance criteria.
The project starts at a pilot stage (TRL5) and aims to move toward industrial scaling to enable market uptake by 2030.
Based on available project data, specific cost figures are not provided, but the project focuses on improving commercial viability and business planning to ensure market readiness.
Based on available project data, the process was developed by a European-based global innovator, and the project focuses on validating production processes for wider market uptake.
The project aims for market readiness within 1–2 years after the project ends, targeting a date by 2030.
The project forms an umbrella across the value chain, involving 15 industry partners to jointly define and push production boundaries from pulp to fabric.
The consortium is heavily industry-driven, with 15 out of 19 partners coming from the industrial sector (79% industry ratio), including 5 SMEs. This structure indicates a strong focus on commercialization rather than basic research, with partners spanning 8 countries to ensure a cross-border European value chain for textile production.
Contact RTDS Verein in Austria for partnership inquiries.
Contact us to connect with the CELLFIL industrial consortium.
