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. 

AquaPlan is an interactive web application that helps farmers, businesses, and governments improve agricultural water management and climate adaptation, while also helping to educate students and the public about issues of water security and food sustainability. The initiative received a Making a Difference Award for its outstanding contribution to environmental sustainability and a low carbon future.

One Bin to Rule Them All is a project funded by a UK Research and Innovation Industrial Strategy Challenge Fund Grant on Smart Sustainable Plastic Packaging. Bringing together material scientists with social science and business models, the project uses an interdisciplinary approach to tackle the issue of plastic recycling. The project aims to improve plastic recycling by developing ‘One Bin’ to hold all plastic-like items. 

Alliance Manchester Business School and Manchester Institute of Innovation Research (MIOIR) are developing a more precise understanding of the productivity challenges in the construction sector and hope to uncover ways in which more sustainable practices can deliver productivity improvements. The research project focuses on solutions for the UK market and involves extensive collaboration with industry. Importantly, the ultimate aim is to help advance towards the UK’s net-zero target and improve productivity growth targets.

The University has been working with an international team of colleagues to create a pioneering research platform called ‘Virtual Labs’, which uses autonomous AI to retrieve and share relevant knowledge with research teams around the world who are now in a race to mitigate the impact of climate change. The technology will also help fast-track new research and innovation to support breakthroughs in diverse areas of study, from the development of new advanced materials to the design of new drugs.

Sustainable Futures aims to bring together the unique depth and breadth of internationally leading research at our University, as well as interdisciplinary working to produce sustainable solutions for urgent environmental challenges. The organisation also aims to develop complete understandings of the environmental systems on which we depend and how humans interact with them, spurring scientific innovation and facilitating societal change at a scale and pace to address environmental crises.

A researcher at the Tyndall Centre for Climate Change Research and the Sustainable Consumption Institute has co-published a report entitled ‘Being Brave: Innovative Solutions to Public Food Procurement.’ The report highlights how to improve food systems and the resilience of food procurement while also reducing its impact on the climate. The report also finds that there is a pressing need to improve school food provision and that adopting a more sustainable approach to school meals could facilitate substantial benefits in children’s nutrition and health, as well as reduced carbon emissions.

Dr. Sherilyn MacGregor, Reader in Environmental Politics at our University, is the lead author of a major report ‘Caring in a Changing Climate‘ commissioned by Oxfam America that investigates the impacts of climate breakdown, climate mitigation and adaptations on care work. The report calls for greater actions to limit greenhouse gas emissions and a more significant focus on the nexus of climate and care work within policy and research. It points to the need for climate initiatives to pursue gender-transformative approaches via the adoption of care sensitive interventions.

Deforestation is the second leading cause of climate change after fossil fuels, accounting for almost a fifth of planet-warming emissions.

Our researchers led an international and interdisciplinary team of ecologists, economists and political scientists in the largest ever study of community forestry.

Studying 18,000 community-led forest initiatives in Nepal we found that community-forest management led to a 37% relative reduction in deforestation and a 4.3% relative reduction in poverty.

Researchers in Chemical Engineering and Analytical Sciences have worked with our spin-out company Arvia Technology to develop an electrochemical process that has dramatically reduced wastewater pollution levels and enabled water recycling across numerous industries.

The Arvia process has reduced pollutant levels from pesticides to match UK drinking water standards; removed 90% of pharmaceutical residues and natural hormones from industrial wastewater; and reduced the release of high microbial wastewaters which can cause anti-microbial resistance.

Arvia Technology has now installed treatment systems in 25 companies across 11 countries, including the UK and China.

Research by Alliance Manchester Business School has demonstrated how large-scale transitions are needed to deliver significant climate change.

This has transformed how reducing greenhouse gas emissions is understood and addressed by the United Nations’ Intergovernmental Panel on Climate Change (IPCC) and has fed directly into policy recommendations made by the European Environment Agency.

To enable the UK to deliver significant carbon emissions reductions, the University created the Tyndall Local Carbon Budget Tool, helping cities, regions and organisations to play their part in achieving the global Paris Agreement.

Building on the Setting City Area Targets and Trajectories for Emissions Reduction (SCATTER) project, this foundational research established the importance of embedding carbon budgets – rather than end point targets – in setting carbon reduction targets.

It has been used by 250 UK local authorities, led local policymakers to focus on immediate emissions reductions and shaped global policy as part of the United Nations’ Race to Zero initiative.

Research from our School of Natural Sciences and the National Centre for Atmospheric Science formed an integral part of informing new regulatory standards on emissions of non-volatile particulate matter (nvPM), the metric used for aircraft emissions regulation. The work has enabled two new international standards for soot emission measurement; contributed to an aircraft emission regulatory update, affecting air quality around the world; and is also driving a reduction in global aviation soot in new aircraft engines.

Our research on Urban Living Labs has transformed sustainable infrastructure provision locally, and enhanced capacity in East Africa, South America and the Philippines.

Locally we’ve shaped £26m of infrastructure investment by Manchester City Council as well as replacing 20,000km of delivery van trips with e-cargo bikes. Globally, we’ve delivered walkability action plans and improved road safety for 5.8m citizens across East Africa, South America and the Philippines.

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.

Our Department of Electrical and Electronic Engineering is examining how electronic engineering can improve food supply and sustainable energy production without increased pressures on our land.

E-Agri Manchester is using e-devices for reducing waste, increasing yields and making crops more resilient.

We also work on sustainable agriculture with the eight most research-intensive universities in the north of England through an N8 AgriFood programme.