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include, but are not limited to, synthetic fuels, CO2 capture and conversion, power-to-x technologies, and renewable energy systems. Successful candidates should showcase the ability to turn fundamental
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and morphology, and the study of MOF-guest interactions, with the overall objective of creating materials with improved performance for aqueous CO2 capture. As a post-doctoral researcher, you will
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/heatcap ), a Flemish university consortium that aims to develop affordable point-source carbon capture based on adsorption technology, with a target cost below €50 per ton of CO2. Within this project
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cutting-edge experimental method will provide unprecedented access to nanoscale chemical dynamics in energy materials, specifically targeting processes like photocatalytic hydrogen production or CO2
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of potential areas include, but are not limited to, synthetic fuels, CO2 capture and conversion, power-to-x technologies, and renewable energy systems. Successful candidates should showcase the ability to turn
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to, synthetic fuels, CO2 capture and conversion, power-to-x technologies, and renewable energy systems. Successful candidates should showcase the ability to turn fundamental advances into innovative practical
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currently a hot topic for the future of European industries, where carbon capture processes are applied to biomass-originated CO2 applications, such as in combined heat and power plants. Novel types
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industries, where carbon capture processes are applied to biomass-originated CO2 applications, such as in combined heat and power plants. Novel types of solvents are under development, and it is of high