Water Systems towards New Future Challenges

This book comprises components associated with smart water which aims at the exploitation and building of more sustainable and technological water networks towards the water–energy nexus and system efficiency. The implementation of modeling frameworks for measuring the performance based on a set of...

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Year of Publication:2021
Language:English
Physical Description:1 electronic resource (240 p.)
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100 1 |a Ramos, Helena M.  |4 edt 
245 1 0 |a Water Systems towards New Future Challenges 
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520 |a This book comprises components associated with smart water which aims at the exploitation and building of more sustainable and technological water networks towards the water–energy nexus and system efficiency. The implementation of modeling frameworks for measuring the performance based on a set of relevant indicators and data applications and model interfaces provides better support for decisions towards greater sustainability and more flexible and safer solutions. The hydraulic, management, and structural models represent the most effective and viable way to predict the behavior of the water networks under a wide range of conditions of demand and system failures. The knowledge of reliable parameters is crucial to develop approach models and, therefore, positive decisions in real time to be implemented in smart water systems. On the other hand, the models of operation in real-time optimization allow us to extend decisions to smart water systems in order to improve the efficiency of the water network and ensure more reliable and flexible operations, maximizing cost, environmental, and social savings associated with losses or failures. The data obtained in real time instantly update the network model towards digital water models, showing the characteristic parameters of pumps, valves, pressures, and flows, as well as hours of operation towards the lowest operating costs, in order to meet the requirement objectives for an efficient system. 
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650 7 |a History of engineering & technology  |2 bicssc 
653 |a seismic reliability 
653 |a water distribution system 
653 |a optimal layout 
653 |a Anytown network 
653 |a water network expansion 
653 |a water network capacity 
653 |a intermittent water supply 
653 |a theoretical maximum flow 
653 |a system setting curve 
653 |a demand estimation 
653 |a Kalman filter 
653 |a node grouping 
653 |a genetic algorithm 
653 |a smart water 
653 |a water-energy nexus 
653 |a energy efficiency 
653 |a sustainable water management 
653 |a energy recovering 
653 |a design criteria 
653 |a structure analysis 
653 |a suspended pipelines 
653 |a finite element method (FEM) 
653 |a SWMM Toolkit 
653 |a sewer system 
653 |a design 
653 |a optimization 
653 |a micro-hydropower 
653 |a water supply networks 
653 |a energy potential 
653 |a tubular propeller turbine 
653 |a energy recovery 
653 |a urban flooding 
653 |a centralized reservoir 
653 |a decentralized reservoir 
653 |a cooperative operation 
653 |a most stringent water resources management 
653 |a initial provincial water rights 
653 |a dynamic projection pursuit 
653 |a energy saving 
653 |a Pump As Turbine (PAT) 
653 |a PAT and pump system (P&amp 
653 |a P) 
653 |a pumping 
653 |a water hammer 
653 |a air vessel sizing 
653 |a energy storage 
653 |a dynamic behavior 
653 |a CAES 
653 |a irrigation water networks 
653 |a renewable energy 
653 |a sustainability and efficiency 
653 |a hydropower solutions 
653 |a water management 
653 |a air-water 
653 |a air pocket 
653 |a air valve 
653 |a hydraulic model 
653 |a pipeline 
653 |a emptying 
653 |a water supply 
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