ReCeWTAG
The ReCeWTAG project focuses on transforming textile waste into sustainable materials for artificial grass, addressing both textile waste and microplastic pollution. While artificial grass is widely used for its durability, it is currently made from fossil-based plastics that contribute to environmental pollution. At the same time, large amounts of textile waste — especially cotton — remain underutilized.
ReCeWTAG explores how cellulose from waste textiles can be chemically recycled and regenerated into biodegradable fibres using the Lyocell process. These fibres are designed to meet the performance requirements of artificial grass, including durability, strength, and UV resistance, while reducing reliance on synthetic plastics.
In collaboration with SaXcell, TenCate Grass, and bAwear, the project develops and evaluates these new materials, including their environmental impact through life cycle assessment. The long-term goal is to replace synthetic components in artificial grass with fully biodegradable alternatives, supporting a circular and more sustainable system.
The project is led by Anke ten Berge and funded by Regieorgaan SIA (KIEM GoChem).
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