The EPSRC funded VALUED programme plays a pivotal role in helping the UK achieve its long-term environmental and economic objectives as it transitions towards a net-zero carbon future by 2050. By focusing on sustainable manufacturing practices, innovative material design, and the elimination of waste, the programme directly contributes to the 'Green Industrial Revolution' outlined in the UK Government's 10-point plan.
What distinguishes VALUED is its multidisciplinary synergy, as it brings together experts from fields such as biochemistry, materials science, engineering, and computational modelling. This diverse team creates a unique collaborative environment (Fig1: Collaboration Map) that accelerates the development of sustainable materials. Their combined expertise allows them to tackle complex challenges, including extracting valuable molecules from waste, designing bio-inspired materials, and advancing large-scale manufacturing processes like 3D printing, roll-to-roll printing, and fibre spinning.
Fig1: VALUED Collaboration Map
Our programme is also integrating advanced technologies to enhance its impact. By leveraging cutting-edge tools like high-throughput synthesis and machine learning, VALUED is optimising materials discovery and performance, enabling rapid technology transfer from the basic research stage to scalable industrial applications. As a result, VALUED is positioning itself as a key driver of innovation and sustainable manufacturing, pushing forward the creation of a more sustainable future.