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Brine valorization by using bipolar membranes for acid and base production and scaling prevention This project addresses the pressing need for sustainable brine management in desalination processes
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split water into protons and hydroxyl ions allowing the industrial on-site production of e.g. acid and base. At Wetsus we are developing many novel processes requiring bipolar membranes: e.g., producing
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of the influent waters needs to be further investigated, especially in a real-world setting, i.e., using real wastewater effluent. Research challenge The BAC filters investigated in our work combine adsorption
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an affinity for multidisciplinary research and are willing to delve into topics outside your current knowledge base. You like working in a dynamic environment and enjoy tackling challenges as they arise. Being
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the design and operation of nature-based treatment systems. In addition, nature-based systems can also be engineered to enhance the sorption of OMPs. Research challenges To understand how the design and
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filters have to be transported to a reactivation facility where reactivation is performed at high temperatures (>1000 °C). Research challenges In this project, our aim is to explore an innovative concept
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, and to establish a supply chain of biobased coatings that do not contaminate. Research challenges The research challenge is to establish the “tools” of method and process to formulate and realize
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it highly relevant for a broad scope of water treatment processes. Research challenges While foam fractionation has proven effective in concentrating PFAS in a variety of matrices, a limited
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even more pressing with the latest developments towards circular water reuse. Research challenges The challenge is balancing agricultural practices and mitigating run-off and infiltration of nutrients
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2023.14 Developing high-throughput membrane adsorbers via electrospinning for selective PFAS removal
technology offers a platform for the capturing of undesired components as well as the recovery of valuable resources for reuse and recycling. Research challenges Development of a selective membrane adsorber