### PO 2024 ### ### Studiengang und Semester MTCE ### Modulbezeichnung Water Reuse ### Art Compulsory elective module ### ECTS-Punkte 6 ### Studentische Arbeitsbelastung 60, 120 ### Voraussetzungen (laut Prüfungsordnung) N/A ### Empfohlene Voraussetzungen N/A ### Pruefungsform und -dauer Written exam 2 hour or written and oral examination (group work with reports and presentations) ### Lehrmethoden und Lernmethoden Lecture and project work ### Modulverantwortlicher G. Illing ### Qualifikationsziele After completing the module, students will be able to ... *differentiate between types of water and methods of water recycling *choose suitable methods and technologies and combine maschinery for specific cleaning tasks *to calculate important parameters in water cleaning technology by ... * using, applying and combining water knowledge provided * using flowcharts, choice of water treatment technology, assessmant of water types, calculating of secific materila-constants * design and application to specific problems, calculating group discussion and project work in order to ... *be able to select suitable design variants for selected areas of application *to perform calculations to assess the scope and efficiency of water treatment plants and to combine different water treatment processes *to maintain the efficiency of water treatment processes ### Lehrinhalte Basic water cleaning processes including filter technologies, membrane filtration and reverse osmosis. Concepts for the description of molecular transport models in membranes, characterisation of membranes, materials, processing and membrane modules. Application of membrane processes, challenges in practical operation. Calculations to evaluate the membrane performance. Use of new technologies for disinfection, removal of trace substances and particles. ### Literatur Lecture manuscript Nunes, S., Peinemann K., Friedrich, H., Membrane Technology In The Chemical Industry, 2006 Pinnekamp, J., Membrane Technology for Waste Water Treatment, 2007 Wilhelm, S., Wasseraufbereitung, Springer, 2008 ### Titel der Lehrveranstaltung Water Reuse ### Dozent G. Illing ### SWS 4