This paper aims to stimulate discussion based on the experiences derived from the QUICS
project (Quantifying Uncertainty in Integrated Catchment Studies). First it briefly discusses …

Real time control (RTC) is generally viewed as a viable method for optimising the
performance of urban wastewater systems. A literature review on the performance …

In this paper, we discuss validation of hydrological models, namely the process of evaluating
performance of a simulation and/or prediction model. We briefly review the validation …

To support decision makers in planning effective combined sewer overflow (CSO)
management strategies an integrated modelling and impact assessment approach has been …

Receiving water quality simulation in highly urbanised areas requires the integration of
several processes occurring at different space-time scales. These integrated catchment …

Characterizing the emissions and impact of combined sewer overflows (CSOs) remains one
of the key challenges in the field of urban wastewater. Considering the large number of …

This paper presents a freely distributed, open-source toolbox to predict the behaviour of
urban wastewater systems (UWS). The proposed library is used to develop a system-wide …

While several approaches for global sensitivity analysis (GSA) have been proposed in
literature, only few applications exist in urban drainage modelling. This contribution …

Quantification of uncertainty is of paramount interest in integrated urban drainage water
quality modelling. Indeed, the assessment of the reliability of the results of complex water …

Combined sewer overflow (CSO) events produced in combined sewer systems (CSS) during
wet weather conditions are a threat for the receiving water bodies. The large number of CSO …