AbstractMaintenance of a disinfectant residual within water distribution systems is the final barrier in protecting public health. Hydraulic modelling software can simulate the decay of residual but application is limited by reaction and network uncertainties. The state of the art of application of disinfectant modelling is presented here in terms of reaction rate formulations and coefficients, with observations on best practice for operational simulations. Modelling disinfection behaviour assuming idealised bulk reactions, informed by site-specific point of entry tests after any blending and including temperature correction, can provide valuable insight
Even though disinfection is necessary to ensure water safety for human consumption, some disinfectan...
In this study, the factors that leading to loss of chlorine residual in water distribution systems w...
Water suppliers that practice chlorine disinfection face conflicting objectives in providing adequat...
AbstractMaintenance of a disinfectant residual within water distribution systems is the final barrie...
Effective disinfection planning and management in large, complex water distribution systems requires...
Effective disinfection planning and management in large, complex water distribution systems requires...
Treatment plants utilize chlorine and chloramine both as a primary disinfectant for water purificati...
Drinking water distribution systems (DWDSs) have historically been looked upon like a black box, in ...
Maintaining the chlorine residual is a major disinfection goal for many water distribution systems. ...
The performance of water disinfection facilities traditionally relies on Hydraulic Efficiency Indica...
AbstractThe modelling of chlorine residual in water supply systems is of great importance in managin...
Chlorine decay models provide efficient ways to develop disinfection strategies for water distributi...
Secondary disinfectants, such as chlorine and chloramine, have been widely applied to minimise micro...
This research, involving a collaboration between Imperial College London and Anglian Water, and had ...
The objective of this research project is to understand chlorine decay and formation of disinfectant...
Even though disinfection is necessary to ensure water safety for human consumption, some disinfectan...
In this study, the factors that leading to loss of chlorine residual in water distribution systems w...
Water suppliers that practice chlorine disinfection face conflicting objectives in providing adequat...
AbstractMaintenance of a disinfectant residual within water distribution systems is the final barrie...
Effective disinfection planning and management in large, complex water distribution systems requires...
Effective disinfection planning and management in large, complex water distribution systems requires...
Treatment plants utilize chlorine and chloramine both as a primary disinfectant for water purificati...
Drinking water distribution systems (DWDSs) have historically been looked upon like a black box, in ...
Maintaining the chlorine residual is a major disinfection goal for many water distribution systems. ...
The performance of water disinfection facilities traditionally relies on Hydraulic Efficiency Indica...
AbstractThe modelling of chlorine residual in water supply systems is of great importance in managin...
Chlorine decay models provide efficient ways to develop disinfection strategies for water distributi...
Secondary disinfectants, such as chlorine and chloramine, have been widely applied to minimise micro...
This research, involving a collaboration between Imperial College London and Anglian Water, and had ...
The objective of this research project is to understand chlorine decay and formation of disinfectant...
Even though disinfection is necessary to ensure water safety for human consumption, some disinfectan...
In this study, the factors that leading to loss of chlorine residual in water distribution systems w...
Water suppliers that practice chlorine disinfection face conflicting objectives in providing adequat...