Research Projects

  • Monitoring and Impact Assessment of Combined Sewer Overflows (MIA-CSO)

    Development of a management tool with regard to the conceptual and investment planning of the Berlin combined sewer system

    Among urban discharges the…

  • Operation and Maintenance of Drinking Water Wells – Phase 2 (WELLMA-2)

    Optimisation of performance and water quality

    The capacity of drinking water wells, i.e. the yield for a given drawdown, is…

  • Oxidation and Infiltration for Optimised Substance Removal (OXIRED-1)

    Optimisation of organic compound removal in artificial recharge systems by redox control and enhanced oxidation – Phase 1

    Underground passage as utilised…

  • Pharmaceutical Residues in the Urban Water Cycle (IC Pharma)

    Comparison of locally detected concentrations with a range of international measurements and categorisation of pharmaceutical substances regarding their degradation potential on their pathway through the urban water cycle

  • Modeling and Impact Assessment of Combined Sewer Overflows (SAM-CSO)

    Analysis and simulation of pollutant and substance flows at combined sewer overflows and their impact on receiving waters by means of numerical modelling

  • Monitoring of Combined Sewer Overflows (MONITOR)

    Supporting the integrated water resources management in urban areas

    Increasingly, in urban water resource management the consideration of stormwater impacts on water resources gains in importance. Among stormwater discharges the impact from combined sewer overflows (CSO) plays a prominent role. The dynamic character of the discharge events lead to particular stress on the water bodies. The project MONITOR-1 covers the preparation of a concept for combined sewer overflow (CSO) monitoring in Berlin. The monitoring itself shall be conducted from…

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