Pressure control in water distribution networks (WDNs) provides an avenue for improving
both their sustainability and reliability. The complexities of the networks make the problem …

With the increasing emphasis on clean energy, there is growing attention to the use of
microturbines or pumps as turbines (PATs) to recover excess hydraulic energy in the water …

Water distribution network are energy-demanding systems affected by low efficiency. In such
systems, the pressure is generally kept under control by regulation valves to reduce the …

Water loss is a common and critical problem in water distribution networks, resulting in a
decrease in wastewater and user experience. In this research, prediction-classification …

Cross-flow turbines have recently been proposed for energy recovery in aqueducts when
the outlet pressure is greater than zero, owing to their constructive simplicity and good …

Partitioning a water distribution network into several district metered areas is beneficial for its
management. Partitioning a network according to its node features and connections remains …

Water distribution network (WDN) leakage management has received increased attention in
recent years. One of the most successful leakage-control strategies is to divide the network …

With the increasing popularity of clean energy, the use of micro turbines to recover surplus
energy in the water supply pipelines of high-rise buildings has attracted more attention. This …

Water is an essential element for life. Humans, since their origin, have developed their
existence in the environment of rivers, lakes or springs from which to obtain water. Over the …

Delivering drinking water from water treatment plants (WTPs) to customer taps results in
significant energy consumption and water loss due to leakage. The energy consumption …