The qualified finished water from water treatment plants (WTPs) may become discolored and
deteriorated during transportation in drinking water distribution systems (DWDSs), which …

Recent efforts have led to the development of a number of models that predict the
occurrence of iron release and subsequent red water formation in water distribution systems …

The composition of biofilm bacterial communities and iron corrosion scales were studied in
two drinking water distribution systems transporting groundwater (DWDS-GW) and surface …

Bacterial characteristics in corrosion products and their effect on the formation of dense
corrosion scales on cast iron coupons were studied in drinking water, with sterile water …

The effect of chlorine and chloramine disinfection on bacterial communities and the
corrosion of cast iron pipes was studied in drinking water distribution systems (DWDSs) …

Significant iron release from cast iron pipes in water distribution systems (WDSs), which
usually occurs during the source water switch period, is a great concern of water utilities …

It has been widely theorized that water age may be a useful indicator of the quality of water
within drinking water distribution networks. However, there is limited evidence of model …

This study examined effects of blending desalinated water with conventionally treated
surface water on iron corrosion and release from corroding metal surfaces and pre-existing …

Corrosion deposits formed within drinking water distribution systems deteriorate drinking
water quality and resultantly cause public health consequences. In the present study, an …

Mathematical simulation models that are used to provide information about the age of water
in potable water distribution networks usually represent the age of water as the flow …