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regenerate the PFAS granules by charging these electrically. The charging will result in the desorption of PFAS from the electrically negatively charged carbon granules. In this project, we will develop
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techniques. We aim to develop efficient desalination schemes that can effectively handle the complexities of diverse waste brines, enabling higher water recovery rates in desalination without the need
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, you will develop novel electrospun bipolar membranes with the capability to operate at elevated current densities. You will use specialized electrospinning setups available at Wetsus and TU/e, one
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the potential of foam fractionation and further develop the technology for the removal of PFAS. Your assignment Your work aims to increase the foundational knowledge of the foam fractionation process for
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relationship between soil water quality and surface water quality in agricultural areas. Your assignment is to develop a comprehensive, data-driven, physics-based, dynamic model that includes water and component
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develop coating of seeds, urea fertilizer, and microgel agrochemical carriers based on PHAs. You will apply commercial seed/urea fertilizer coating techniques (dry coating, rotary pan, and pelleting pan