Based on LEAP and WEAP, this paper establishes the coupled model of energy and water
in cities. With Beijing as a case, 26 scenarios are designed to explore the energy …

The concept of water–energy nexus has gained global attention since the 2011 Bonn
conference in Germany. Water–energy nexus thinking is critical because it supports various …

Today we are more than ever convinced that security in food, energy and water is
interwoven with human, economic and environmental sustainability, and that this interplay is …

This paper introduces a comprehensive modeling framework for Integrated Water
Resources Management (IWRM). The model incorporates water demands, allocation, and …

abstract Northern regions of Chile are suffering a significant water scarcity, which has been
exacerbated during the last decades mainly by the intensive metals and minerals …

Monitoring evapotranspiration in arid and semi-arid environments plays a key role in water
irrigation scheduling for water use efficiency. This work presents an operational method for …

Salt-gradient solar ponds are water bodies that act as solar collectors with integrated
storage that are a promising renewable energy source for low-temperature applications …

This paper modifies the traditional representation of the water–food–energy (WFE) nexus by
emphasizing the flows or influences between components. This allows a better …

A general framework for the analysis of the urban water-energy nexus (WEN) was proposed
and a dynamic and quantitative WEN model was developed based on the Long-range …

Although the costs of desalination have declined, traditional desalination systems still need
large amounts of energy. Recent advances in direct contact membrane distillation can take …