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identified in drinking water from plastic bottles, with notable variations in the types of plastics detected among different water brands. However, there is currently a lack of understanding regarding what
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. Chris Hardacre within Catalysis and Porous Materials Group in the Department of Chemical Engineering at The University of Manchester. Overall, this project represents an interdisciplinary effort at
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hot, high-pressure water. Hydrogen from the water can enter the zirconium and form regions of brittle zirconium hydride. These hydrides degrade the mechanical properties of the zirconium, which could
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Application deadline: 31/07/2024 Research theme: Offshore renewable energy; water waves How to apply: Please click the 'Apply' button, above. The design of offshore renewable energy systems should
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ECS in collaboration with teams at the University of Cambridge, University of Manchester, Turing Institute, and HMGCC. You will develop new low-power systems and ML algorithms to significantly extend
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” project’s ambitious objectives. You will work with Dr Jagmohan Chauhan and Dr Alex Weddell in ECS in collaboration with teams at the University of Cambridge, University of Manchester, Turing Institute, and
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A fully funded PhD position is available in the group of Professor Carbone (Department of Chemistry) and Professor Taylor (Department of Earth Science) at the University of Manchester starting from
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dry-out zone during the CO2 or Hydrogen injection where the water phase evaporates and leads to very low residual saturation. This project involves both developing computational models as
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is a semi-enclosed basin, with limited connections to the open ocean, with narrow and shallow straits operating a strong control on exchanges between the Red Sea and the wider ocean. Currently the Red
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, extensive, predictable energy, due to the high density of water, regularity of tides and availability of sites. Individual turbines typically generate only a few MW and so economics of scale favour operation