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to the long-term goal of nuclear decommissioning at RAICo1, Dalton Cumbria and The University of Manchester. During nuclear decommissioning, operators face severe risks from unknown environment to dealing with
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. Nanoplastics, defined as plastic particles measuring less than 1000 nanometres, have emerged as a significant concern due to their ability to infiltrate ecosystems, posing potential risks to the environment
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of deleterious reagents and solvents that are damaging to the environment. In this PhD project we will address this problem by developing novel enzymatic methods for more sustainable, cleaner and scalable peptide
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electrolyser architectures and electrodes 2) Integration of catalysts for CO2 hydration into electrolysers. 3) Understanding of local environments within electrolysers through the combination of multiple
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process such as photodynamic therapy, dental reconstruction, monitoring of reactive oxygen species in biological environments and synthesis of drugs and fine chemicals, including green chemical methods. We
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pores mirror the environment in which enzymes function in nature that leads to high catalytic efficiency (for example, inside highly crowded organelles such as the mitochondria or chloroplast) and yields
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This project is supported by The University of Manchester. Your tuition fees will be paid and you will receive an annual stipend of at least £18,622. The funding is available to UK nationals or non-UK nationals with indefinite Leave to Remain only. The UK has been generating electricity from...
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on related topics at Manchester as part of a Centre of Excellence for Alloys in Demanding Environments. They will be based in the Sir Henry Royce Institute at Manchester, a brand-new, state-of-the-art facility
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the geological record, and fluid dynamicists from the Department of Fluids and Environment, expert in numerical and mathematical modelling of ocean flows and processes. The project will focus on developing