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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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like fisheries and tourism, and increasing costs for water treatment and pollution control infrastructure. The continuing presence of nutrients and micropollutants in surface water highlights the
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treatment prior to infiltration, preferably a nature based treatment that can be applied at water abstraction sites, which typically also have a nature and recreation function. Microorganisms in nature-based
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of PFAS is produced. To protect the source water bodies and reduce the overall PFAS load in the environment, additional treatment of these retentate streams is required. One promising removal technology to
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Management and the Dutch water authorities and managed by STOWA. Wetsus and partners have been investigating an optimized Biological Activated Carbon (BAC) treatment line as a promising tertiary treatment
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for electrodialysis, flow cells, acid and base production and water treatment can be determined. Autopsy of aged membranes will further elucidate aging mechanisms, aiming to enhance membrane longevity
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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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. 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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quality protection, monitoring and treatment by developing and testing a compendium of modular complementary innovations, including novel real time sensing and water quality parameters technologies, 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