SMaRT-OnlineWDN: Online Security Management and Reliability Toolkit for Water Distribution Networks

Thema: Wasser

Publikationsform: Fachartikel
Artikelnummer: 01252_2016_SP2_06
Zeitschrift: SMaRT-OnlineWDN: Online Security Management and Reliability Toolkit for Water Distribution Networks
Autor: Olivier Piller / Denis Gilbert / Fereshte Sedehizade / Pierre Mandel / Anne-Claire Sandraz / Caty Werey / Jean-Marc Weber / Jochen Deuerlein / Andreas Korth / Thomas Bernard
Herausgeber: The SMaRT-OnlineWDN project´s main objective is to develop an early warning system and a decision support toolkit for emergencies and the deliberate contamination of water distribution networks. There are four parts in this project. One is to find an optimal sensor network as a combination of different sensor types e. g.: quality and hydraulic sensors and an optimal sensor placement. Another one is developing an online running model, which is automatically calibrated to the measured sensor data and simulates the current hydraulic status of the WDN. The third part is developing a model with more accurate transport and mixing mechanisms. Once a contamination event has been detected, the source identification tool will locate the contamination source by using the inverse transport model. Then, the spread of contamination is found out by simulating the future hydraulic status and using a forecast on water demand. For validating the models, the methods and the data acquisition, experiments are done at a real world test track. The fourth part of the project is a Risk analysis by studying the likelihood and impacts of deliberate contamination and how to behave in this case and also how to inform customers. The decision support toolkit is completed by combining all parts together. It allows the end user to simulate some scenarios and evaluate their decision. This French-German cooperative research project was selected by ANR and BMBF to start in April 2012 for three years under the call CSOSG 2011.
Verlag: Vulkan-Verlag GmbH
Publikationsformat: PDF

Details

The SMaRT-OnlineWDN project´s main objective is to develop an early warning system and a decision support toolkit for emergencies and the deliberate contamination of water distribution networks. There are four parts in this project. One is to find an optimal sensor network as a combination of different sensor types e. g.: quality and hydraulic sensors and an optimal sensor placement. Another one is developing an online running model, which is automatically calibrated to the measured sensor data and simulates the current hydraulic status of the WDN. The third part is developing a model with more accurate transport and mixing mechanisms. Once a contamination event has been detected, the source identification tool will locate the contamination source by using the inverse transport model. Then, the spread of contamination is found out by simulating the future hydraulic status and using a forecast on water demand. For validating the models, the methods and the data acquisition, experiments are done at a real world test track. The fourth part of the project is a Risk analysis by studying the likelihood and impacts of deliberate contamination and how to behave in this case and also how to inform customers. The decision support toolkit is completed by combining all parts together. It allows the end user to simulate some scenarios and evaluate their decision. This French-German cooperative research project was selected by ANR and BMBF to start in April 2012 for three years under the call CSOSG 2011.

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