This paper proposes a systematic approach for using quantitative-qualitative data to evaluate the risk of distribution network water quality failures. The methodology is based on five failure mechanisms: contaminant intrusion, leaching and corrosion, biofilm formation and microbial regrowth, permeation, and water treatment breakthrough (including disinfection byproducts formation). The proposed methodology is demonstrated using a simplified example for water quality failures in a distribution network.Ce document propose une approche syst\ue9matique \ue0 l'utilisation des donn\ue9es quantitatives-qualitatives en vue d'\ue9valuer le risque de d\ue9faillance de la qualit\ue9 de l'eau des r\ue9seaux de distribution. La m\ue9thodologie est fond\...
Online monitoring of distributed infrastructure systems such as water distribution networks is neces...
Contaminant intrusion in water mains is a serious public health risk. This paper presents a soft com...
The security of water delivery of the required quality by water supply networks is identified with t...
Water quality can deteriorate in distribution networks through mechanisms like intrusion, regrowth o...
The pathways, through which water quality in the distribution network can be compromised, may be cla...
Precise causes of water quality failures are often difficult to pinpoint. The complexity of the dist...
Numerous factors affect water quality in the distribution networks and the interactions amongst them...
The impact of deteriorating pipes on water quality (WQ) in the distribution network has not been con...
It explores how interdependencies among factors might impact analysis results and considers two type...
It is recognised through current literature that contaminantin trusion is a primary threat leading t...
The main goal of this research is to develop an integrated decision support system framework for pro...
The paper proposes a model that evaluates the risk of a water distribution system looking to three a...
The prioritization of water mains for renewal requires the simultaneous consideration of their struc...
Intrusion of contaminants into water distribution networks requires the simultaneous presence of thr...
Water distribution systems have a significant role in sustaining vital societal functions; however, ...
Online monitoring of distributed infrastructure systems such as water distribution networks is neces...
Contaminant intrusion in water mains is a serious public health risk. This paper presents a soft com...
The security of water delivery of the required quality by water supply networks is identified with t...
Water quality can deteriorate in distribution networks through mechanisms like intrusion, regrowth o...
The pathways, through which water quality in the distribution network can be compromised, may be cla...
Precise causes of water quality failures are often difficult to pinpoint. The complexity of the dist...
Numerous factors affect water quality in the distribution networks and the interactions amongst them...
The impact of deteriorating pipes on water quality (WQ) in the distribution network has not been con...
It explores how interdependencies among factors might impact analysis results and considers two type...
It is recognised through current literature that contaminantin trusion is a primary threat leading t...
The main goal of this research is to develop an integrated decision support system framework for pro...
The paper proposes a model that evaluates the risk of a water distribution system looking to three a...
The prioritization of water mains for renewal requires the simultaneous consideration of their struc...
Intrusion of contaminants into water distribution networks requires the simultaneous presence of thr...
Water distribution systems have a significant role in sustaining vital societal functions; however, ...
Online monitoring of distributed infrastructure systems such as water distribution networks is neces...
Contaminant intrusion in water mains is a serious public health risk. This paper presents a soft com...
The security of water delivery of the required quality by water supply networks is identified with t...