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of the position: The successful applicant will focus on the development of innovative melamine-based polymer-metal composite materials for the reactive capture and (thermos)catalytic conversion of CO2, studying
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applied research aimed at developing more sustainable and circular fermentation processes. We indeed wish to apply our expertise not to CO2 itself but to carbamate and carbonate derived from the capture
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to the atmosphere, biosphere, and hydrosphere. This PhD project will investigate a novel concept termed “neo-fossils”, which uses biogenic carbon sources and captured CO2 as alternative carbon feedstocks
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fundamental approaches in photocatalysis for the capture and utilisation of greenhouse gas carbon dioxide (CO2), biomass or plastic wastes to produce green fuels and valuable chemicals. Supported by a world
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electrochemical absorbents for CO2 capture. Funding for this project covers the home tuition fees and a stipend. Studentship description How can we accelerate the discovery of new sorbents for electrochemical CO2
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or below, almost all electricity is supplied from zero or low-carbon sources in 2050, such as renewables or fossil fuels with CO2 capture and storage (CCS) in deep geological formations. CCS has consequently
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understand, explain and advance society and environment we live in. Your role Investigation into concrete mixes leading to CO2 reduced carbon footprint for concrete Analysis of concrete performance for fresh
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to produce similar ‘carbon-capture’ plants using gene-editing technology. Please apply for this project using this link: https://www.sheffield.ac.uk/postgraduate/phd/apply/applying Funding Notes Open to Self
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associated composites, for applications in the fields of energy and the environment (CO2 capture, capture of volatile organic compounds (VOCs), detection, catalysis (H2 production, etc.), heat exchange