In collaboration with our University, researchers at the Tyndall Centre for Climate Change Research worked alongside the Department for Business, Energy and Industrial Strategy (BEIS) and a team of modellers at the Netherlands Environmental Assessment Agency to devise ways to reduce carbon emissions in the transport and industry sectors.

With these sectors continuing to grow and low-carbon technologies still in their infancy, our researchers identified new ways to accelerate decarbonisation. By developing and applying a novel framework, they discovered that the greatest reductions came from cuts in carbon dioxide and energy intensity. Other contributing measures included less air travel, reduced transportation of fossil fuels and more locally-produced goods.

Our researchers partnered with Electricity North West Limited (ENWL) to help it better manage its network, improve sustainability and save money for the company and customers. Researchers developed a matrix that can be used to model the relationship between network voltage and demand. They were then able to demonstrate how reducing the amount of energy used at peak times, creating less of a strain on the National Grid, could result in cost reductions for everyone. This has enabled ENWL to increase its customer base and connect more renewable energy sources to the network to help meet the UK government’s 2050 carbon-reduction targets.

Each year we launch a report which highlights how we are addressing key issues facing humanity as set-out by the United Nations.  As the UK’s first university to have social responsibility as a core goal, we’ve developed a strategy to tackle the SDGs in four inter-related ways: through our research, learning and students, public engagement and operations.   

Our latest SDG report shows that the University published over 22,000 pieces of research on the SDGs in the past five years, which is 4% of the UK’s entire share of publications. It details teaching and learning programmes that address the SDGs, such as our ‘Creating a Sustainable World’ interdisciplinary unit. 

Our Digital Futures network of 1,500 researchers across 30 disciplines is working with citizens, businesses and government to help understand and drive digital innovation.

We’re part of Health Innovation Manchester – an integrated ecosystem to discover, develop and deploy new solutions to improve the health and wellbeing of Greater Manchester’s 2.8 million citizens.

Our Henry Royce Institute is a UK national institute for advanced materials research and innovation. Our National Graphene Institute and Graphene Engineering Innovation Centre provide an innovation ecosystem to research and develop graphene and other 2D material applications in areas such as energy storage, nanomedicine and water purification.

Energy is one of our five research beacons and we have more than 600 academics addressing sustainable energy challenges.

Our On Energy publication is a collection of thought-leadership pieces from a selection of our staff, bringing together expert commentary, analysis and policy recommendations on issues such as climate change, fuel poverty, energy storage, and the economic viability of nuclear power and multi-energy systems.

Our Department of Electrical and Electronic Engineering and Tyndall Manchester have been collaborating with Electricity North West to help better manage its network, improving sustainability and saving money for the company and customers alike.

Our research with them addressed three key areas that impact electricity supply: smart distribution networks for managing supply with demand; managing power flow fluctuations; and assessing the carbon footprint of different network investment options.

Our work led to changes in their network investment, enhancing renewable energy sources and reducing energy bills for customers. This work could fundamentally change electricity supply in the UK, with approval being agreed for national rollout.