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Environnement --- Hydrografie --- Hydrographie --- Milieu --- Water --- Rioolwater --- 628.179 --- #WSCH:AAS1 --- #A9506A --- 628.3 --- Afvalwaterzuivering --- afvalwaterzuivering --- slibverwerking --- Waterzuivering --- Eau --- Eaux usées --- Water losses. Waste and waste prevention generally. Re-use of water --- Agrotechnology and Food Sciences. Engineering --- Waste treatment --- Waste Water Treatment --- 504.064 --- 628.179 Water losses. Waste and waste prevention generally. Re-use of water --- Waste Water Treatment. --- Sewage. --- Domestic effluent --- Domestic sewage --- Domestic wastewater --- Effluent (Sewage) --- Industrial effluent --- Industrial wastewater --- Sewage effluent --- Waste water --- Waste waters --- Wastewater --- Wastewaters --- Sewerage --- Monograph
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Au fil de l’eau, les usagers sont nombreux et entrent en concurrence pour l’appropriation et l’usage de la ressource ; les comportements des riverains à l’égard des gestionnaires de barrages en sont un exemple. Car le partage de l’eau ne va pas de soi, en dépit des nombreuses règles qui le régissent, et il donne souvent lieu à des rivalités d’usages, c’est-à-dire à des affrontements pour son appropriation. Dans cet ouvrage, l’auteur montre comment les usagers parviennent à résoudre ces rivalités et à conclure des arrangements locaux au moyen d’une activation des politiques publiques et des droits de propriété existants. Il s’appuie sur l’idée selon laquelle la forme prise par l’arrangement local dépend étroitement des règles à disposition de chaque usager. Celle-ci est déclinée sous la forme d’hypothèses et est soumise à une comparaison de cas situés dans les bassins versants de la Vesdre en Belgique et du Val de Bagnes en Suisse. La démarche consiste à apprécier le poids relatif des droits de propriété sur l’eau, notamment la propriété foncière, par rapport aux différentes injonctions et interventions publiques visant à influencer le comportement des usagers et à redistribuer l’accès à la ressource. Il apparaît alors que les politiques publiques sont très souvent sollicitées dans les rivalités, y compris par les propriétaires, et qu’elles produisent des effets contrastés sur la répartition des usages de l’eau.
Water-supply --- Eau --- Approvisionnement --- 628.17 --- 351.777 --- BPB0803 --- Water consumption. Water losses. Waste prevention --- Wetgeving, reglementering i.v.m. milieubeheer, milieuhygiene, verontreiniging. Milieurecht. Milieuhygienerecht--zie ook {?502/504}; {?613/614}; {628} --- 351.777 Wetgeving, reglementering i.v.m. milieubeheer, milieuhygiene, verontreiniging. Milieurecht. Milieuhygienerecht--zie ook {?502/504}; {?613/614}; {628} --- 628.17 Water consumption. Water losses. Waste prevention --- Availability, Water --- Water availability --- Water resources --- Natural resources --- Public utilities --- Water resources development --- Water utilities --- Belgium --- Switzerland --- Water-supply - Belgium --- Water-supply - Switzerland
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Près de 45 cartes et graphiques présentant un panorama des ressources mondiales en eau douce et marine. Informations essentielles s'il est tant l'avenir de l'humanité en dépend. Le sommet de Johannesburg a révélé au public l'importance des questions liées à la gestion de l'eau, et cet ouvrage se propose d'y répondre.
Water --- Hydrology --- Water resources development --- Eau --- Hydrologie --- Ressources en eau --- Maps --- Atlas --- Exploitation --- Water-supply --- Water conservation --- Management --- 351.777 --- 628.17 --- 628.394 --- Wetgeving, reglementering i.v.m. milieubeheer, milieuhygiene, verontreiniging. Milieurecht. Milieuhygienerecht--zie ook {?502/504}; {?613/614}; {628} --- Water consumption. Water losses. Waste prevention --- Disposal of wastes into natural waters, seas, rivers, lakes. Water pollution --- 628.394 Disposal of wastes into natural waters, seas, rivers, lakes. Water pollution --- 628.17 Water consumption. Water losses. Waste prevention --- 351.777 Wetgeving, reglementering i.v.m. milieubeheer, milieuhygiene, verontreiniging. Milieurecht. Milieuhygienerecht--zie ook {?502/504}; {?613/614}; {628} --- Water-supply - Maps. --- Water-supply - Management - Maps. --- Water conservation - Maps. --- Water-supply - France - Maps.
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Ressource en eau --- Water resources --- Ressource en sol --- Soil resources --- Gestion des ressources --- resource management --- Bassin versant --- Watersheds --- Hydrologie --- Hydrology --- Utilisation des terres --- land use --- Contexte économique --- economic environment --- India --- Afrique --- Africa --- Land use --- -Water resources development --- -628.17 --- 631.474 --- Energy development --- Natural resources --- Water-supply --- Land --- Land utilization --- Use of land --- Utilization of land --- Economics --- Land cover --- Landscape assessment --- NIMBY syndrome --- Water consumption. Water losses. Waste prevention --- Land classification and utilization --- 628.17 Water consumption. Water losses. Waste prevention --- Water resources development --- 628.17
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New challenges in water systems toward safety, efficiency, reliability, and system flexibility will be fundamental in the near future. In this book, readers can find different approaches that include safety analysis, system efficiency improvements, and new innovative designs. The risk function is a measure of its vulnerability level and security loss. Analyses of transient flows associated with the most dangerous operating conditions, are compulsory to grant system liability in terms of water quantity, quality, and system management. Specific equipment, such as air valves, is used in pressurized water pipes to manage the air inside, associated with the emptying and filling process. Advanced tools are developed toward near-future smart water grids. The water system efficiency and water–energy nexus, through the implementation of suitable pressure control and energy recovery devices, as well as pumped-storage hydropower, provide guidelines toward the most technical and environmental cost-effective solutions. Integrated analysis of water and energy allows more reliable, flexible, and sustainable eco-design projects, reaching better resilience systems. Hydraulic simulators and computational fluid dynamics (CFD), conjugating with field or experimental tests, supported by advanced smart equipment, allow a better design, control, and complex event anticipation occurrence to attain high levels of water system security and efficiency.
History of engineering & technology --- trunk network --- water distribution network --- resilience --- optimization --- energy recovery --- pumps as turbines --- water distribution networks --- EPANET --- safe water --- air valve --- CFD --- hydraulic characterization --- entrapped air --- safety of water supply consumers --- risk --- water supply system --- failure risk analysis --- decision making model --- risk assessment methodology --- experiments --- ultrasonic Doppler velocimetry (UDV) --- flowmeters --- computational fluid dynamics (CFD) --- pipe system efficiency --- pressure reducing valves --- leakage reduction --- water-energy nexus --- air–water interface --- filling --- flow --- pipelines --- transient --- water management --- reservoirs --- hydropower plants --- pumped storage power plants --- hydropeaking --- environmental flows --- smart water management --- smart water grids --- water drinking network --- water losses --- energy production --- pumped-storage --- micro-hydropower --- water networks --- dimensional analysis --- pumping system --- safety and control --- hydraulic transients and CFD analyses --- water systems efficiency --- new design solutions and eco-design --- trunk network --- water distribution network --- resilience --- optimization --- energy recovery --- pumps as turbines --- water distribution networks --- EPANET --- safe water --- air valve --- CFD --- hydraulic characterization --- entrapped air --- safety of water supply consumers --- risk --- water supply system --- failure risk analysis --- decision making model --- risk assessment methodology --- experiments --- ultrasonic Doppler velocimetry (UDV) --- flowmeters --- computational fluid dynamics (CFD) --- pipe system efficiency --- pressure reducing valves --- leakage reduction --- water-energy nexus --- air–water interface --- filling --- flow --- pipelines --- transient --- water management --- reservoirs --- hydropower plants --- pumped storage power plants --- hydropeaking --- environmental flows --- smart water management --- smart water grids --- water drinking network --- water losses --- energy production --- pumped-storage --- micro-hydropower --- water networks --- dimensional analysis --- pumping system --- safety and control --- hydraulic transients and CFD analyses --- water systems efficiency --- new design solutions and eco-design
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New challenges in water systems toward safety, efficiency, reliability, and system flexibility will be fundamental in the near future. In this book, readers can find different approaches that include safety analysis, system efficiency improvements, and new innovative designs. The risk function is a measure of its vulnerability level and security loss. Analyses of transient flows associated with the most dangerous operating conditions, are compulsory to grant system liability in terms of water quantity, quality, and system management. Specific equipment, such as air valves, is used in pressurized water pipes to manage the air inside, associated with the emptying and filling process. Advanced tools are developed toward near-future smart water grids. The water system efficiency and water–energy nexus, through the implementation of suitable pressure control and energy recovery devices, as well as pumped-storage hydropower, provide guidelines toward the most technical and environmental cost-effective solutions. Integrated analysis of water and energy allows more reliable, flexible, and sustainable eco-design projects, reaching better resilience systems. Hydraulic simulators and computational fluid dynamics (CFD), conjugating with field or experimental tests, supported by advanced smart equipment, allow a better design, control, and complex event anticipation occurrence to attain high levels of water system security and efficiency.
History of engineering & technology --- trunk network --- water distribution network --- resilience --- optimization --- energy recovery --- pumps as turbines --- water distribution networks --- EPANET --- safe water --- air valve --- CFD --- hydraulic characterization --- entrapped air --- safety of water supply consumers --- risk --- water supply system --- failure risk analysis --- decision making model --- risk assessment methodology --- experiments --- ultrasonic Doppler velocimetry (UDV) --- flowmeters --- computational fluid dynamics (CFD) --- pipe system efficiency --- pressure reducing valves --- leakage reduction --- water-energy nexus --- air–water interface --- filling --- flow --- pipelines --- transient --- water management --- reservoirs --- hydropower plants --- pumped storage power plants --- hydropeaking --- environmental flows --- smart water management --- smart water grids --- water drinking network --- water losses --- energy production --- pumped-storage --- micro-hydropower --- water networks --- dimensional analysis --- pumping system --- safety and control --- hydraulic transients and CFD analyses --- water systems efficiency --- new design solutions and eco-design
Choose an application
New challenges in water systems toward safety, efficiency, reliability, and system flexibility will be fundamental in the near future. In this book, readers can find different approaches that include safety analysis, system efficiency improvements, and new innovative designs. The risk function is a measure of its vulnerability level and security loss. Analyses of transient flows associated with the most dangerous operating conditions, are compulsory to grant system liability in terms of water quantity, quality, and system management. Specific equipment, such as air valves, is used in pressurized water pipes to manage the air inside, associated with the emptying and filling process. Advanced tools are developed toward near-future smart water grids. The water system efficiency and water–energy nexus, through the implementation of suitable pressure control and energy recovery devices, as well as pumped-storage hydropower, provide guidelines toward the most technical and environmental cost-effective solutions. Integrated analysis of water and energy allows more reliable, flexible, and sustainable eco-design projects, reaching better resilience systems. Hydraulic simulators and computational fluid dynamics (CFD), conjugating with field or experimental tests, supported by advanced smart equipment, allow a better design, control, and complex event anticipation occurrence to attain high levels of water system security and efficiency.
trunk network --- water distribution network --- resilience --- optimization --- energy recovery --- pumps as turbines --- water distribution networks --- EPANET --- safe water --- air valve --- CFD --- hydraulic characterization --- entrapped air --- safety of water supply consumers --- risk --- water supply system --- failure risk analysis --- decision making model --- risk assessment methodology --- experiments --- ultrasonic Doppler velocimetry (UDV) --- flowmeters --- computational fluid dynamics (CFD) --- pipe system efficiency --- pressure reducing valves --- leakage reduction --- water-energy nexus --- air–water interface --- filling --- flow --- pipelines --- transient --- water management --- reservoirs --- hydropower plants --- pumped storage power plants --- hydropeaking --- environmental flows --- smart water management --- smart water grids --- water drinking network --- water losses --- energy production --- pumped-storage --- micro-hydropower --- water networks --- dimensional analysis --- pumping system --- safety and control --- hydraulic transients and CFD analyses --- water systems efficiency --- new design solutions and eco-design
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