Find out more about what deep tech chemistry start-ups are doing, how their technologies can have impact, and what their challenges are on the road to creating their solutions to societal challenges.
Developing colour change coatings to revolutionise greenhouse and commercial space cooling and make cooling more sustainable. Read the case study
Using focussed-ultrasound and nanotechnology to create targeted treatments for hard to treat cancers, including brain tumours in children. Read the case study
Ensilicating vaccines to improve thermal stability, reduce the cost and emissions of cold chain storage, reduce vaccine wastage, and improve accessibility of vaccines to hard to reach areas of the world. Read the case study
Find out more about Eutechtics' unique journey and how they raised just-in time funding in the form of a Smart Grant and match funding. Read the case study
Creating solutions to polymer recyclability and adhesion, Interface Polymers are allowing plastics to be re-used more and applied in new applications that are currently not possible. Read the case study
Find out how Mantisonix is using ultrasound to destroy forever chemicals. Read the case study
Find out how Nanomox are achieving quality products without sacrificing sustainability Read the case study
Using colour-change technology, Albotherm have created a coating that can change from clear to white when temperatures rise, reducing the need for air-con in commercial spaces and preventing crop burning in greenhouses. Find out more about how this contributes to more sustainable food production and building cooling.
Developing niobium-based anode materials means that Echion Technologies are enabling lithium-ion batteries to charge safely, quicker, and with greater lifespan. They also are enabling applications in vehicles such as train travel.
With record-breaking perovskite-on-silicon solar cells, they are enabling solar power to be more efficient and more affordable to lead the way to more sustainable power in the future.
Developing and manufacturing new electrochemical materials, like improved electrolysers to make hydrogen production more effective and sustainable, they are creating cleaner ways to fuel our lives.
With their revolutionary catalytic technology, ViridiCO2 can turn CO2 into high value chemical intermediates, which can then be used in valuable items like textiles and cosmetics. Find out out more about how their carbon capture reduces emissions and creates sustainable products.