Untapping the potential of academic research
Climate Solutions Catalyst
The Climate Solutions Catalyst is an exciting new two-year trial programme that seeks to untap the potential of academic research to accelerate the efficiency and deployment of climate innovation.
The Catalyst has two aims
To unearth neglected climate solutions from the full breadth of the UK academic community
The trial phase of the programme tests the hypothesis that the UK research community has already made discoveries and inventions that can help tackle climate change, if only they can be found and supported properly towards commercial innovation, or other types of impact.
To test potential support offers to fast-track these solutions to impact
The trial programme will identify the shape of effective support for these innovations. It will also suggest improved structures that can offer support for a full set of climate solutions in the future, including identifying appropriate partners to drive such support. These recommendations could form a full version of the programme after the trial is complete.
Bold ideas for a better planet

The innovation ecosystem
Innovative ideas come from a diverse range of people and institutions. Established settings such as universities and research institutes play a significant role in knowledge discovery.
In the UK, universities largely operate as disaggregated, independent organisations where scientists are given a large degree of freedom in exploring their ideas, seeking funding sources and building teams over their careers. This structure encourages creativity, promotes self-motivated progress in a range of directions and creates a powerful engine of innovation. However, this same structure can also make it challenging to surface ideas that have significant potential in terms of solving global problems through commercialisation or other impact routes.
The challenge
This Catalyst takes a unique, experimental and action-oriented approach to tackling the gap between research and usual innovation funding, with a specific focus on deep-tech science and engineering solutions to climate change.
The experimental approach aims to unearth the best outcomes for tackling climate change, and provides an opportunity to understand which interventions provide the most effective stimulation for climate impact from the research community, via innovation.

Finding the research
Bringing support to the table
Supporting the people

Delivery in partnership
Beyond the trial
Supported by
