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eligibility criteria set out by the UKRI at: https://www.ukri.org/what-we-do/developing-people-and-skills/esrc/funding-for-postgraduate-training-and-development/eligibility-for-studentship-funding/ Research in
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model calibration, sensitivity analysis, and numerical experiments to evaluate how vegetation structure and turbulence affect material transport (i.e. CO2/H2O). • Analyze model results and contribute
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of Electrochemical Interfaces with Explainable AI (grant number EP/W03722X/1) and, (ii) C-Circ: Accelerating the Translation of CO2 Electrolysers. The post will be based within the School of Chemistry
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high-temperature and pressure energy systems (e.g., supercritical CO2 [sCO2]), experimentation or modeling of supercritical fluids, thermomechanical design, and/or experimentation or modeling of additively
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the field of nanomaterials synthesis and characterization Proven experience in electrochemical synthesis (eg. nanotubes) Proven experience in converting CO2 into useful compounds
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focused on the conversion of CO2 to methane. The deadline for the application is December 8, 2025. The 24 month position is available from January 1, 2026 or as soon as possible hereafter. The research
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PhD in this project, you will investigate how dynamic stress influences the performance of catalyst bodies in CO2 activation reactions using operando characterisation method. You will work in a team
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. Currently the Standard Assessment Procedure (SAP) attributes infrared heating the same CO2 equivalent as direct electrical heating. However, it is currently unclear if this is the case. As this is the
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the laboratory/bench-scale to pre-commercial/commercial-scale devices, prototypes, and software solutions. ICM's activities span two major focus areas: (1) Technologies for CO2 removal (from the atmosphere and the
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the dynamics of organic carbon recycling in the modern carbon cycle. The weathering of sedimentary rocks is a crucial step in the carbon cycle, removing oxygen from the atmosphere and returning CO2