Imperial graduate named UK’s most promising young engineering entrepreneur
Bacteria may contribute more to climate change as planet heats up
What does the 'average engineer' look like according to AI?
Advanced modelling methodologies are deployed to understand how currents and eddies in the ocean influence transport and deposition of plastics.
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Population growth, income increase and lifestyle urbanisation increases the need to manage, treat, recycle or repurpose as much material as possible.
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Tackling the increasing quantity of hard-to-recycle plastic products requires targeted innovation to preserve performance whilst reducing toxicity.
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Exploring cognitive science, business model innovations along the value chain, socio-technical transitions and environmental policy development.
Find out more about behavioural change
Holistic integration of technology, design and policy for a greener plastic future
Find out more about a greener plastic future