Naturbeads, a materials startup developing biodegradable alternatives to microplastics, has secured £3.5 million in funding from the European Structural Fund. The funding has been awarded through its subsidiary Naturbeads Italia Srl to support the construction of a production plant in southern Italy, as well as research and development costs as it moves towards full commercialisation over the next two years.
It is addressing the use of microplastics in everyday products by developing a cellulose-based alternative. Using a patented process, Naturbeads refines cellulose into round microspheres that can replace plastic microparticles in products including cosmetics, paints, detergents, coatings, leather and other industrial applications. These materials are biodegradable and designed to eliminate microplastic pollution at the source.
The funding will be used to partially reimburse the construction of a new production plant in Puglia and support R&D activities. The plant has already started production, with further work underway to complete different sections of the facility ahead of ramping up output and supplying customers globally.
The grant is part of the European Structural Fund, which finances economic and social development projects in selected areas. The Puglia region is described as benefiting from a young and educated workforce and is increasingly recognised for its focus on business development, innovation and digital transition. Upcoming EU regulations restricting the use of microplastics, including bans on certain cosmetic products between 2027 and 2035, are expected to increase demand for alternatives.
Due to its versatility and durability, tiny microspheres of plastic are a popular ingredient in a range of everyday products. For example, they’re routinely found in makeup that stays on your skin for only a few hours but when you wash your face, they end up in the drain and from there in the oceans where they last for centuries. Tiny particles of plastic are found in our food, our bodies - they’ve even been discovered in Antarctica – and are putting at risk both our personal health and the health of the planet.
