Water and energy are interdependent on each other. Energy is required to supply water to a
system while, at the same time, water is needed for power generation in any natural or …

This paper reports the use of many-objective optimization for water distribution system
(WDS) design or rehabilitation problems. The term many-objective optimization refers to …

The increased release of greenhouse-gas (GHG) emissions associated with human
activities causing climate change is one of the most significant problems faced by human …

Wastewater systems (sewered or on-site septic tanks) are failing across the US
Economically disadvantaged populations, communities of color, tribal lands, and rural/peri …

The introduction of water reuse infrastructure into an existing water supply system is a
complex sociotechnical process. For a dual reticulation program, infrastructure designs …

Dual water distribution systems have been proposed as a technological infrastructure
solution to enhance the sustainability and resilience of urban water systems by improving …

This paper presents a smart rainwater harvesting (RWH) system to address water scarcity in
Palestine. This system aims to improve the water harvesting capacity by using a shared …

In many regions, conventional water supplies are unable to meet projected consumer
demand. Consequently, interest has arisen in integrated urban water systems, which involve …

A quantitative framework for sustainable desalination planning in metropolitan areas, which
integrates the tools of mixed integer linear programming and life cycle assessment, is …

Dual water systems are becoming an important urban water management strategy as more
utilities adopt increasingly integrated approaches that enable matching source water quality …