Aqua Catalysis is a company which has worked at the Graphene Engineering Innovation Centre where we developed the first gen substrate under the Bridging of the Gap Scheme. We worked in our own lab space and built industry leading contracts which strengthened our development and market strategy.
Aqua Catalysis's 1st gen substrate has undergone a temperature study at The Henry Royce Institute under the Equipment Access Scheme.
Aqua Catalysis has collaborated with multiple Universities, we have worked at the University of Salford where we developed the 1st generation of the novel photocatalyst composite showing promising results but identified what we need to improve going forward.
Aqua Catalysis's 1st generation novel photocatalyst composite have undergone analysis at Oxford University to provide more data to enable us to refine the product to make it more robust. We have secured the analyse under the Equipment Access Scheme.
Aqua Catalysis's 2nd gen substrate have undergone analysis at University of Cambridge. We have secured the analyse under the Equipment Access Scheme. We have decided to modify our product development strategy to optimize performance and bring onboard to new expertise, we are currently waiting for chemicals to be delivered to produce a demo of the 2nd generation composite.
Sister is Manchester’s new innovation district. A £1.7bn investment into the city, its setting – the former University of Manchester North Campus and UMIST site – is steeped in science and engineering history. Home to the UK’s most exciting new ideas and disruptive technologies, Sister is a worldclass innovation platform in the heart of one of the most exciting global cities. It stands as the city’s symbol of a new era of discovery that promises progress against humanity’s greatest challenges.
At Sister, you’ll find visionary start-ups next to industry-leading multinationals. University spin-outs next to social enterprises. Creative studios next to R&D facilities. New homes next to calming green spaces and bustling community hubs.