The world's demand for water and energy is continuously growing due to population
increase. Traditional water systems are driven by energy produced using fossil fuels, which …

Water-energy nexus plays a vital role to re-phase, plan and develop an urban region for the
present and future demands. This phenomenon is complex because of many inter …

In this study, a spatiotemporal disaggregated simulation model was developed based on
water–food–energy (WFE) nexus approach to assess water and food supply security …

This research has investigated the simulation of sustainable water resources management
to assess the impact of socio-economic development on water, food and energy resources …

The water industry worldwide is facing challenges of water and revenue losses. To reduce
these losses and improve efficiency of water distribution systems, tools and methods have …

A comprehensive water-energy-carbon (WEC) nexus model for an urban water system
(UWS) using system dynamics is proposed to assist municipalities, urban developers, and …

This paper explores the water-energy nexus of Spain and offers calculations for both the
energy used in the water sector and the water required to run the energy sector. The article …

This paper focuses on the optimal operation of water supply networks. We model water
supply networks using hydraulic constraints and formulate a joint optimal pump scheduling …

This paper presents the state-of-the-art approaches to energy (electricity) and hydraulic
efficiency and conservation in conventional water supply systems, providing an overview of …

Water distribution networks are high energy and low efficiency systems, where water
pressure is frequently reduced by dissipation valves to limit leakage. The dissipation …