Materials
Enabling the sustainable, equitable and innovative manufacture, use and remanufacture of materials to secure our shared future.
The Materials theme is catalysing a transformation in how we understand, design and deploy the materials that underpin modern life and support sustainability. We are working to build a sustainable materials economy that not only powers innovation but also respects planetary boundaries and secures a shared future. This requires thinking holistically – tracing the journey of materials from discovery and resource extraction through production and use, to repair, recovery and remanufacture – and embedding circularity, resilience and longevity at every stage.
Bringing together world-leading research across advanced materials, materials 4.0, additive manufacturing, biotechnology, clean energy and digital innovation, we will generate solutions that respond to the urgent crises of climate change and environmental degradation. This vision of materials innovation goes beyond technical discovery to confront the social, ethical and economic challenges of resource use and production. It spans the full spectrum of sustainable materials and materials for sustainability – from the extraction and manufacture of critical resources to the discovery of new materials that will enable a sustainable energy transition. By ensuring that principles of just transition and circularity underpin this work, and by engaging with communities, industries and policymakers, we will help shape material practices and systems that are fairer, more resilient and aligned with the needs of a sustainable future. The Materials theme will help to raise the profile of Manchester’s extensive expertise in sustainable materials and play a significant role in adding value to the broad landscape of materials research at the University of Manchester.
Key Institutes and Centres:
- Henry Royce Institute
- Graphene Engineering Innovation Centre
- National Graphene Institute
- Manchester Institute of Biotechnology
- Sustainable Consumption Institute
- Dalton Nuclear Institute
- Manchester Institute of Innovation Research
- Thomas Ashton Institute
- Centre of Expertise in Advanced Materials and Sustainability
Case Studies
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Zombie batteries
Exploding or zombie batteries can cause injury and disruption during the recycling of discarded electronics. Experts at The University of Manchester have used artificial intelligence (AI) technologies to develop a vision-based device to scan electrical junk and detect problem batteries - even in the most damaged equipment.
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Reducing waste at festivals
Every year millions of festivalgoers across the globe gather to enjoy live music. But once the party is over, they often leave a large ecological footprint behind. Seeking a greener way forward, researchers at The University of Manchester helped Glastonbury Festival reduce waste via education and behavioural change initiatives.
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