Unlocking the Potential of Wood Polymers in Sustainable Cleaning

Synopsis

Polymers from wood are opening new possibilities in cleaning product design.
Using advanced biorefining, lignin and cellulose are separated from lignocellulosic biomass and refined into two high-performance materials with complementary benefits.
Cellulose fibrils – composed of linear polysaccharides– provide outstanding control over product thickness and flow. They improve vertical cling and keep spray cleaners in place longer, which enhances cleaning on vertical surfaces. Naturally robust and compatible with many ingredients, they perform well in both acid cleaners and fabric care products.
Lignin, recovered as a soluble polymer, works as an effective dispersant and complexing agent. It helps prevent filming in dishwashers, stops soils from redepositing, improves “next-time” cleanability, and reduces mineral build-up in caustic formulations.
Used together, cellulose and lignin can raise cleaning performance while making products more sustainable. By making full use of both wood components, manufacturers can cut waste, lower carbon footprints, and boost the natural content of their formulations—meeting the growing demand for greener, high-performing solutions.