Water quality modelling is becoming increasingly popular in the water industry due to its applications in drinking water and treated wastewater reuse. Microbial growth and disinfectant decay are the two most important factors to be considered in drinking water if they are to comply with stringent guidelines imposed by relevant water regulatory authorities. In the case of drinking water, an optimum level of disinfectant is an important criterion to have pathogen free water with minimal disinfectant by products (DBPs) below the acceptable levels.<br /
International audienceThe distribution networks of water seldom function in stationary conditions. A...
Nearly all drinking water distribution systems experience a "natural" reduction of disinfe...
The objective of this research project is to understand chlorine decay and formation of disinfectant...
Water quality modelling is becoming increasingly popular in the water industry due to its applicatio...
The main goal of water companies is to deliver to each consumer microbiologically safe drinking wate...
A simple biofilm model was developed to describe the growth of bacteria in drinking water biofilms a...
The provision of safe drinking water (DW) is a top priority issue in any civilized society. Safe DW ...
The provision of safe drinking water (DW) is a top priority issue in any civilized society. Safe DW ...
Monitoring the changes that occur to water during distribution is vital to ensure water safety. In t...
A dynamic water quality model for drinking water distribution systems has been developed in this stu...
Abstract: A dynamic water quality model for drinking water distribution systems has been developed i...
International audienceDrinking water biofilms represent a reservoir of indigenous microorganisms and...
At present, water treatment and distribution is of high priority to ensure that communities have acc...
Drinking water distribution systems (DWDSs) have historically been looked upon like a black box, in ...
Secondary disinfectants, such as chlorine and chloramine, have been widely applied to minimise micro...
International audienceThe distribution networks of water seldom function in stationary conditions. A...
Nearly all drinking water distribution systems experience a "natural" reduction of disinfe...
The objective of this research project is to understand chlorine decay and formation of disinfectant...
Water quality modelling is becoming increasingly popular in the water industry due to its applicatio...
The main goal of water companies is to deliver to each consumer microbiologically safe drinking wate...
A simple biofilm model was developed to describe the growth of bacteria in drinking water biofilms a...
The provision of safe drinking water (DW) is a top priority issue in any civilized society. Safe DW ...
The provision of safe drinking water (DW) is a top priority issue in any civilized society. Safe DW ...
Monitoring the changes that occur to water during distribution is vital to ensure water safety. In t...
A dynamic water quality model for drinking water distribution systems has been developed in this stu...
Abstract: A dynamic water quality model for drinking water distribution systems has been developed i...
International audienceDrinking water biofilms represent a reservoir of indigenous microorganisms and...
At present, water treatment and distribution is of high priority to ensure that communities have acc...
Drinking water distribution systems (DWDSs) have historically been looked upon like a black box, in ...
Secondary disinfectants, such as chlorine and chloramine, have been widely applied to minimise micro...
International audienceThe distribution networks of water seldom function in stationary conditions. A...
Nearly all drinking water distribution systems experience a "natural" reduction of disinfe...
The objective of this research project is to understand chlorine decay and formation of disinfectant...