Abstract World Health Organization's guidelines on water quality limit concentrations of
residual chlorine in drinking water to the range 0.2–5 mg/l. Modelling tends to be applied to …

Predicting free chlorine residual and Trihalomethanes (THMs) in water distribution systems
(DS) is challenging, given the variability and imprecise description of the chlorination …

The quality of water changes from source to tap, presenting challenges in maintaining
consistent water quality across the system. Predicting water quality in distribution systems …

Abstract The occurrences of Trihalomethanes (THMs) and heterotrophic bacteria were
monitored in water samples from different locations “areas”. The water samples we got them …

Free chlorination is a widely employed disinfection method in humanitarian water provision
due to its many advantages. However, its effective application is hindered by the challenge …

We report here the one-dimensional mass transfer equation for modeling of chlorine decay
process in water distribution system. Furthermore, Arrhenius model was augmented with …

Chlorination is the preferred method to control biofouling in a power plant cooling system
due to its comparative effectiveness and low cost. If a power plant is located in a coastal …

Residual chlorine concentration decay in distribution system relies upon various factors
such as physical properties of the pipeline system, water quality and hydraulic properties …

Chlorination is the most widely used method for disinfecting water for human consumption.
While the chlorinated water travels through a distribution system, the concentration of free …

We report here, the first order kinematics decay model for calculating chlorine concentration
decay in water distribution system. Furthermore, age factor is also included in our model. A …