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, phosphorus, and critical metals from wastewater and industrial effluents while producing valuable products (microbial protein, functional saccharides, etc); and climate resilience (CO2 capture/conversion
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for applications for a research grant within the framework of project eMetCO2 - eNETmix technology for electrocatalytic production of Methanol from captured CO2, with the reference CETP/0004/2023
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using biomass (bio-methane and bio-char) and hydrogen, carbon capture and utilisation of the HIsarna, DRP, and EAF gases (to produce synthesis gas). The project will identify technical and/or economic
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Job Purpose To make a leading contribution to the GALLANT programme (https://www.gla.ac.uk/gallant ) through the project “Simultaneous carbon sequestration and pollution remediation”, working with
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, thermodynamics, advanced separations, integrated chemical process design and optimization, scaling and modularizing chemical processes, and novel energy inputs, with applications in industrial decarbonization, CO2
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, with applications in industrial decarbonization, CO2 capture and conversion, energy efficient processes, the circular economy, and water recovery. The successful candidate will be expected to pursue
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challenges in energy, environment, bioeconomy, and health. Preference will be given to candidates working in research areas that strengthen our existing research programs such as catalysis, CO2 capture
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directly related to stomatal function. Stomata of plants are mouth-shaped gates that have the ability to open and close. Stomata facilitate gas exchange, most importantly of water vapour and CO2, between
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Fellowship (Singapore, 2024). Research Interests: Process Systems Engineering Energy Systems Engineering CO2 capture and utilization H2 production Project Title: Machine Learning assisted Design and