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network. Specific laboratory skills training, such as wastewater treatment technology (water and wastewater engineering), water/soil quality analysis (environmental chemistry), molecular microbiological
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independent scientist with the possibility to progress their career either in academia or industry in several research areas from material chemistry and physics, engineering, and sustainable energy and
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of water quality, therefore it essential to understand the fundamentals of water chemistry with the aim of developing methods or devices to improve water quality and protect heat pump components
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(environmental chemistry), will be provided. The student will also be trained to write peer-reviewed publications, and project reports to industry partners. The industrial partners will provide feedback
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on applied research. Applicants with a background on biology, chemistry, engineering, water science or environmental science will be particularly well suited for this project. Funding Sponsored by
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and wastewater processing. Suitable candidates for the PhD may have a background in biological sciences (including biochemistry and microbiology) chemistry, environmental sciences or chemical
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create an acidic environment which minimises losses of NH3. This project aim will be on evaluating the detailed chemistry of plasma interactions with the animal slurry or digestate liquor and its impact on
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joining method. The chemistry of the coating interlayer and diffusion bonding parameters will be elegantly designed by an Integrated Computational Material Engineering (ICME) approach, through a combination
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of novel geometries for energetics delivery and also the possibility of controlling the associated chemistry. The work will initially focus on “simple” geometric constructs, without the requirement
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test facilities at their base in Essex, UK. The project also includes collaboration with the Atmospheric Chemistry Group at the University of Leicester, who have advanced analytical facilities and