Recent studies recommended the recovery of energy incorporated to water distribution
networks (WDNs) of municipal water supply systems (WSS) through systems based on …

This study provides an overview of the 21st century research trends for water leakage
control strategies that focus on pressure management, active leakage control, pipe …

Pressure control is a fundamental component of safe operation of water supply systems,
mainly to reduce leakage, risk of disruption, and maintenance costs. System topology and …

This study explores the characteristics of twin-screw pumps when operated in turbine, ie,
reverse mode as an alternative to traditional control valves in piping systems for recovering …

The recovery of excess energy in water supply networks has been a topic of paramount
importance in recent literature. In pressurized systems, a pump used in inverse mode (Pump …

Pressure management is an effective method to reduce water loss. A common way to reduce
pressure and water loss in water distribution networks (WDNs) is to use pressure-reducing …

Although pressure reducing valves (PRVs) have traditionally been employed to regulate
pressure and reducer water leakage, researchers have been increasingly investigating the …

Coupling pressure management and energy recovery in water distribution networks (WDNs)
is an appealing topic in the field of optimal management of water systems. The use of …

In water networks characterized by a significant variation in ground elevations the necessity
of pumping water in some areas is complicated by a conflicting requirement to reduce …

Gravity can play a beneficial role in certain water distribution networks (WDNs), although
sometimes high nodal pressures occur. Excessive pressure may lead to several negative …