Water distribution networks (WDNs) are significant users of energy and contributors to
greenhouse gas emissions. Energy recovery strategies (ERSs) have potential for switching …

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

The cities and townships should increase their sustainability to achieve the different targets,
which are included in the sustainable development goals. The water distribution networks …

Water is one of the most valuable resources for humans. Worldwide, leakage levels in water
distribution systems oscillate between 10% and 55%. This causes the need for constant …

The world is continuously searching for ways to improve how water is used for energy. As
the population increases, so do the needs for natural resources and, in turn, the needs for …

In the current scenario of climate emergency and energy transition, leveraging knowledge
from interdisciplinary fields like the food-water-energy nexus is crucial. Traditional irrigation …

The present research depicts an analysis of the implementation of computational fluid
dynamics (CFD) in the study of pumps such as turbines and PATs. To highlight the benefits …

Intermittent water supply systems (IWSSs) are prevalent in most developing countries and
some developed ones. Their usage is driven by necessity rather than as a principal …

The use of pumps working as turbines is a new solution, which has been recently analysed
to improve the water management in the different water systems. The improvement of …

Excess pressure within water distribution systems not only increases the risk for water losses
through leakages but provides the potential for harnessing excess energy through the …