AbstractThe paper describes the effective achievements in terms of water supply and water resources management obtained by AMGA S.p.A. within the GAP-UK Project (Interreg IV Programme). Two main issues are addressed, namely, the calibration of the numerical simulation model and the water loss reduction which has been obtained after extensive leakage identification and repair campaigns performed all over the network. In particular, the priority of leakage identification and repair has been assigned to those sectors affected by a high rate of water loss, as a result of modeling and monitoring, thus confirming some model prediction. All the identified leakages have been repaired and the effect on the global water balance of the system is evide...
Water losses reduction in Water Distribution Systems (WDS) is nowadays an issue of growing importanc...
Excess pressure within water distribution systems not only increases the risk for water losses thro...
Abstract: In water supply systems (WSS), water loss is inex- orable, nevertheless, the volume of the...
The paper describes the effective achievements in terms of water supply and water resources manageme...
AbstractWater losses in urban water distribution networks (WDN) accelerate the deterioration of such...
AbstractAdvanced hydraulic models of water distribution network (WDN) permit to simulate pressure-de...
Leakages in urban water networks can be a very high percentage of the supplied water. The lost volum...
AbstractThe use of water distribution network models depends highly on the confidence that the opera...
The paper describes the actions performed to reduce leakages in the water distribution system in Man...
Modelling real distribution networks can be particularly difficult if they are so leaky that the typ...
Excess pressure within water distribution systems not only increases the risk for water losses throu...
Many water utilities, particularly in the developing countries, continue to operate inefficient wate...
The methods for performance measuring and benchmarking proposed by IWA Water Loss Task Force has bee...
The drive for sustainable societies with more resilient infrastructure networks has catalyzed intere...
[EN] Water is one of the most valuable resources for humans. Worldwide, leakage levels in water dist...
Water losses reduction in Water Distribution Systems (WDS) is nowadays an issue of growing importanc...
Excess pressure within water distribution systems not only increases the risk for water losses thro...
Abstract: In water supply systems (WSS), water loss is inex- orable, nevertheless, the volume of the...
The paper describes the effective achievements in terms of water supply and water resources manageme...
AbstractWater losses in urban water distribution networks (WDN) accelerate the deterioration of such...
AbstractAdvanced hydraulic models of water distribution network (WDN) permit to simulate pressure-de...
Leakages in urban water networks can be a very high percentage of the supplied water. The lost volum...
AbstractThe use of water distribution network models depends highly on the confidence that the opera...
The paper describes the actions performed to reduce leakages in the water distribution system in Man...
Modelling real distribution networks can be particularly difficult if they are so leaky that the typ...
Excess pressure within water distribution systems not only increases the risk for water losses throu...
Many water utilities, particularly in the developing countries, continue to operate inefficient wate...
The methods for performance measuring and benchmarking proposed by IWA Water Loss Task Force has bee...
The drive for sustainable societies with more resilient infrastructure networks has catalyzed intere...
[EN] Water is one of the most valuable resources for humans. Worldwide, leakage levels in water dist...
Water losses reduction in Water Distribution Systems (WDS) is nowadays an issue of growing importanc...
Excess pressure within water distribution systems not only increases the risk for water losses thro...
Abstract: In water supply systems (WSS), water loss is inex- orable, nevertheless, the volume of the...