Despite operational improvements over the last 10-15 years, water utilities still are losing a significant amount of potable water from their networks through leakage. The leakage is managed on the one hand by reactive and proactive maintenance and on the other hand by pressure control to reduce background leakage from connection and joints. This paper is based on experience from the Process Control – Water Software Systems group which was involved in many pressure control projects and the current Neptune project (www.neptune.ac.uk). A fast and efficient method to calculate time schedules and flow modulation curves is presented. Both time and flow modulation can be applied to a single inlet DMA. Time modulation can be applied to a multi-inl...
TRUST project / IWA Cities of the Future conference, Mülheim an der Ruhr, Germany, 28-30 April 2015T...
AbstractThis research attempts to solve the BBLAWN challenge. The examined town consists of several ...
More than thirty percent of drinking water loss in many water distribution systems (WDSs) in Iran ha...
A fast and efficient method to calculate time schedules for internal and boundary PRVs and flow modu...
The use of pressure control to reduce leakage is well known. The benefit is significantly increased ...
Water losses reduction in Water Distribution Systems (WDS) is nowadays an issue of growing importanc...
Pressure control in urban Water Distribution Networks (WDNs) allows to reduce water losses, delays a...
Abstract Technical best practices recommend pressure control as an effective counterm...
Water is a finite resource and should be given the attention it deserves to reduce its depletion thr...
AbstractPressure control entails the cheapest technical solution to achieve leakage reduction in wat...
The paper describes the actions performed to reduce leakages in the water distribution system in Man...
This is the author accepted manuscript. The final version is available from IWA Publishing via the D...
Water loss is a phenomenon frequently observed within water distribution systems (WDSs), that is con...
Water losses reduction in Water Distribution Systems (WDSs) is nowadays an issue of growing importa...
The subdivision of water distribution networks (WDN) into zones, known as district metered areas (DM...
TRUST project / IWA Cities of the Future conference, Mülheim an der Ruhr, Germany, 28-30 April 2015T...
AbstractThis research attempts to solve the BBLAWN challenge. The examined town consists of several ...
More than thirty percent of drinking water loss in many water distribution systems (WDSs) in Iran ha...
A fast and efficient method to calculate time schedules for internal and boundary PRVs and flow modu...
The use of pressure control to reduce leakage is well known. The benefit is significantly increased ...
Water losses reduction in Water Distribution Systems (WDS) is nowadays an issue of growing importanc...
Pressure control in urban Water Distribution Networks (WDNs) allows to reduce water losses, delays a...
Abstract Technical best practices recommend pressure control as an effective counterm...
Water is a finite resource and should be given the attention it deserves to reduce its depletion thr...
AbstractPressure control entails the cheapest technical solution to achieve leakage reduction in wat...
The paper describes the actions performed to reduce leakages in the water distribution system in Man...
This is the author accepted manuscript. The final version is available from IWA Publishing via the D...
Water loss is a phenomenon frequently observed within water distribution systems (WDSs), that is con...
Water losses reduction in Water Distribution Systems (WDSs) is nowadays an issue of growing importa...
The subdivision of water distribution networks (WDN) into zones, known as district metered areas (DM...
TRUST project / IWA Cities of the Future conference, Mülheim an der Ruhr, Germany, 28-30 April 2015T...
AbstractThis research attempts to solve the BBLAWN challenge. The examined town consists of several ...
More than thirty percent of drinking water loss in many water distribution systems (WDSs) in Iran ha...