Management of groundwater requires a sufficient coverage of accurate groundwater quality
data. These data are usually collected from monitoring wells which are spatially distributed …

Unplanned and excessive utilization of groundwater increases the risk of seawater intrusion
in coastal areas. Therefore, water quality management and monitoring in these areas are …

Inlet water quality fluctuations affect mainly coagulant dose, and outlet water quality of the
water treatment plant (WTP). Many complex physical and chemical processes are involved …

Effective disinfection is essential for maintaining water quality standards in distribution
networks. Chlorination, as the most used technique, ensures safe water by maintaining …

Generally, boosters should be placed in water distribution system (WDS) to preserve the
required residual disinfectant concentration at the far-ends. To cope with the fuzzy and …

Chlorine applied at only source provides uneven distribution of residual chlorine at various
locations in Drinking Water Distribution System (DWDS), whereas the booster chlorination …

Securing safe and sustainable supplies of drinking water is a major challenge for the
government and scientific community, especially in times of climate change and dynamic …

The optimum location of booster chlorination stations is worked out along with the
scheduling of booster chlorination stations for the steady-state flow conditions for drinking …

Urban water system optimization, eg, chlorine dosage optimization, requires repeatedly
running hydraulic and water quality models, which leads to significant computational and …

The effects of drinking water system infrastructure on water quality and health following
intrusion events have not been extensively studied. This study proposes a coupling of …