Our projects explore how plant-derived colours, sustainable polymers and green chemistry can be used to create better materials for cosmetics, textiles and other commercial applications.
Although each programme addresses a different challenge, they are connected by the same approach: rigorous chemistry, regulatory understanding and a focus on developing products that can move beyond the laboratory and into real markets. We work independently and alongside specialist partners, combining expertise to turn promising ideas into practical, high-performance materials.
We are pioneering plant-derived pigments for colour cosmetics — creating vivid, wearable shades drawn from nature rather than relying on conventional synthetic dyes.
Through Seeds of Colour, we are developing science-backed cosmetic formulations that bring together colour, performance and skincare benefits. Antioxidants are built into the formulations, allowing the colour to nourish the skin as it wears while providing a more natural approach to cosmetic pigmentation.
In partnership with Teysha Technologies, we are helping to develop a new generation of compostable bioplastics for a wide range of potential applications.
The project focuses on creating high-performance materials from naturally derived monomers that provide a more sustainable alternative to conventional plastics. By combining innovative polymer chemistry with commercially focused development, the aim is to reduce the persistent plastic waste that remains in the environment without compromising the practical qualities required from the material.
Working with Hewitt Denim, we are developing waterless dyeing methods and exploring other novel approaches to functional textiles.
The project looks at how natural colour can be introduced to fabric while significantly reducing the water use and effluent traditionally associated with textile dyeing. This creates opportunities to improve the environmental performance of textile production while developing fabrics with distinctive colour and additional functionality.
