1. On data requirements for calibration of integrated models for urban water systems
- Author
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Jeroen J. M. de Klein, Jeroen Langeveld, Youri Amerlinck, Ingmar Nopens, Remy Schilperoort, Lorenzo Benedetti, and S.R. Weijers
- Subjects
Aquatic Ecology and Water Quality Management ,Engineering ,urban areas ,Data validation ,Water supply ,Software ,water systems ,watersystemen ,Environmental monitoring ,Redundancy (engineering) ,uncertainty ,Water Science and Technology ,afvalwaterbehandeling ,Sewage ,simulation-models ,afvalwaterbehandelingsinstallaties ,practical identifiability ,stedelijke gebieden ,quality ,Calibration ,Systems engineering ,optimization ,Environmental Monitoring ,Environmental Engineering ,kalibratie ,Group method of data handling ,Sanitary engineering ,oppervlaktewaterkwaliteit ,waste water treatment plants ,noord-brabant ,models ,Rivers ,Water Supply ,Water Movements ,Cities ,modellen ,Simulation ,WIMEK ,business.industry ,modelleren ,Simulation modeling ,Reproducibility of Results ,modeling ,Aquatische Ecologie en Waterkwaliteitsbeheer ,Models, Theoretical ,calibration ,monitoring ,waste water treatment ,sewerage ,riolering ,Sanitary Engineering ,business ,surface water quality - Abstract
Modeling of integrated urban water systems (IUWS) has seen a rapid development in recent years. Models and software are available that describe the process dynamics in sewers, wastewater treatment plants (WWTPs), receiving water systems as well as at the interfaces between the submodels. Successful applications of integrated modeling are, however, relatively scarce. One of the reasons for this is the lack of high-quality monitoring data with the required spatial and temporal resolution and accuracy to calibrate and validate the integrated models, even though the state of the art of monitoring itself is no longer the limiting factor. This paper discusses the efforts to be able to meet the data requirements associated with integrated modeling and describes the methods applied to validate the monitoring data and to use submodels as software sensor to provide the necessary input for other submodels. The main conclusion of the paper is that state of the art monitoring is in principle sufficient to provide the data necessary to calibrate integrated models, but practical limitations resulting in incomplete data-sets hamper widespread application. In order to overcome these difficulties, redundancy of future monitoring networks should be increased and, at the same time, data handling (including data validation, mining and assimilation) should receive much more attention.
- Published
- 2013