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Real-time monitoring of surface and soil water quality The quality of surface water in Europe has become a pressing environmental concern, with significant implications for public health
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on biotechnology? Then this could be the ideal PhD position for you! You will be part of the BOM, Bioassays for Online Monitoring of water quality, project. This project aims to develop a new multiplex biosensor
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Integrated greywater treatment using nanofiltration for the production of reusable water To meet the ever-increasing anthropogenic water demand while simultaneously tackling water scarcity, new
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Engineered nature-based systems to protect drinking water aquifers against organic micropollutants To mitigate seasonal water stress, drinking water companies at the high sandy soils in eastern
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Electrospinning for production of 3D-structured bipolar membranes for water dissociation applications In water technology, the demand for bipolar membranes is steadily rising. Bipolar membranes
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water bodies used for drinking water production have steadily been increasing in recent years. To ensure the quality of our drinking water, there is an urgent need to effectively remove these substances
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hydrocarbons that are widely used because of their special properties. These highly Persitent, Mobile and Toxic (PMT) molecules pose significant challenges in water treatment, as removal and degradation
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water partners are currently researching innovative technologies to remove these micropollutants through an extensive Innovation Program initiated by the Dutch Ministry of Infrastructure and Water
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. Within the Wetsus program, we aim to increase the water recovery and reduce scaling in desalination processes through innovative methodologies. By exploring chemical-free electrochemical softening and
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and recovery, using wastewater and organic residuals as carbon sources, are undertaken within the Wetsus theme Biopolymers from Water. A PHA-rich biomass is readily produced, and PHA is readily