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polycondensation with 2,5-furandicarboxylic acid (FDCA) and other plant-based monomers. FDCA-based polyesters are closest by thermal and mechanical properties to petroleum-based poly (ethylene terephthalate
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characterising advanced catalytic materials, as well as evaluating and optimising plasma-catalytic processes for CO2 conversion. You will work to deepen our understanding of the reaction mechanisms in plasma
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advanced catalytic materials, and analysing the products of plasma-driven reactions. Additionally, you will conduct mechanism analysis, contribute to the publication of research findings, and collaborate
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, Chemical Engineering, Mechanical Engineering, Physics or a closely related subject. Research experience and excellent knowledge in numerical modelling of plasmas is essential. To fulfil all the deliverables
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partners. We are seeking one researcher to join the project on a full-time basis to lead and work on the Liverpool elements of the project. This will involve the design, modelling, and test of vapour