of unusual events (e.g., high-turbidity events), warning alerts, as well as scientific models to provide estimations and forecasts on important aspects of the system (e.g., water demand, turbidity) are being developed. Now, regarding the real-time management of flow conditions in the conveyance system, special focus has been given in the development of a what-if hydraulic simulation tool to provide advice on the optimal settings of sluice gates of the system, depending on the needs for water supply. Key innovation developed by the Demo case #1 The key innovations that are being developed in our case study is the integration of different sensors into one unique operational system and the development of the operational decision support system for the improvement of the rawwater flow and quality management Demo case #1 Water supply system real time operational management Athens • Greece Vasiliki Polychniatou EYDAP Demo case 1 leader Back to the list of Demo cases Back to content
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