Blendcel transforms cellulosic textile waste into high-performance, recyclable polymer materials through a proprietary chemical process. This offers fashion and textile businesses a solution for valorizing scraps, reducing their environmental impact, and enabling circularity.
Funding
Funding not disclosed
Founders
Product
Problem
The textile industry generates significant waste from pre-consumer and post-consumer sources, often containing mixed fiber compositions that hinder effective recycling. This results in valuable cellulosic materials being landfilled or incinerated, contributing to environmental degradation and resource depletion.
Solution
Blendcel offers a proprietary chemical transformation process to convert textile waste, primarily cellulosic fibers like cotton, viscose, and Lyocell, into high-performance, recyclable polymer materials. This technology enables fashion and textile businesses to valorize their industrial and post-consumer scraps, reducing their carbon footprint and promoting circularity. For material buyers, Blendcel provides custom-developed, low-impact materials that can be integrated into their product lines. Additionally, the company offers a selective fiber separation service to isolate natural and artificial cellulosic fibers from synthetic blends, facilitating downstream recycling.
Target Audience
Primary customers include fashion and textile industry professionals seeking to recycle their waste streams into new materials, and material buyers looking for sustainable, high-performance alternatives.
Features
- Chemical transformation process for valorizing cellulosic textile waste (cotton, viscose, Lyocell, Tencel) into new polymer materials.
- Proprietary technology for selective separation of natural and artificial cellulosic fibers from mixed textile streams.
- Production of bio-based polymer materials with tunable properties such as density, flexibility, and resistance.
- Custom material development services for integration into client product lines.
- Waste stream processing capabilities for industrial scraps, including dust, powder, fibers, and offcuts.
- Focus on reducing the carbon footprint of the textile and fashion industries through material circularity.