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Job description The water sector is under increasing pressure worldwide. To ensure water security and sustainable development, major paradigm shifts are in progress. A first important shift is the
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in most rankings. CMET has over 40 years of experience in the study of applied microbial processes and microbial ecology in the contexts of waste(water) treatment, bioremediation, bioproduction
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flow (e.g. simultaneous flow of water and air) and/or viscoelastic flow (flows of liquids that change their viscosity depending on the flow). You will characterize the different flow regimes that can
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microbial processes and microbial ecology in the contexts of waste(water) treatment, bioremediation, bioproduction, bioelectrochemistry and resource recovery. It is one of the top performing centres worldwide
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microbial ecology in the contexts of waste(water) treatment, bioremediation, bioproduction, bioelectrochemistry and resource recovery. It is one of the top performing centres worldwide in its field and links
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well as part of CAPTURE (www.capture-resources.be ). CMET has over 40 years of experience in the study of applied microbial processes and microbial ecology in the contexts of waste(water) treatment
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, do not exist yet. In view of the knowledge gaps which currently hinder large-scale flat oyster reef restoration, creation and integration in offshore marine infrastructure, the REEFCOVERY project has