Approximately two thirds of the water mains in the City of Regina are asbestos cement (AC) pipes. These pipes are experiencing more and more failures in recent years and account for almost all of the water main breaks in the city. The AC water main failures, along with the failure of other types of water mains in general, are a result of various factors, some of which are site specific. To assess the condition and identify the factors that significantly influence the breakage of AC water mains, the historical failure data for AC water mains in the City of Regina have been collected, along with their corresponding working environments, including soil type, water quality, weather, etc. The AC water main break data were analyzed for correlatio...
A field monitoring project was initiated to advance understanding of water distribution system deter...
This paper summarizes survey data on the rehabilitation/replacement methods for AC pipes provided by...
The inventory within the water distribution system of the City of Ottawa consists of 1750 km of cast...
Asbestos cement (AC) water mains were installed extensively in North America, Europe, and Australia ...
Asbestos cement (AC) water mains, generally considered as non-friable asbestos-containing materials ...
Asbestos cement (AC) pipe was first introduced in North America in 1929 and became a common choice f...
This paper reviews available information on AC pipes, especially the manufacturing methods, chemical...
This paper focuses on the condition evaluation of asbestos cement (AC) pipe samples from three utili...
Asbestos reinforced concrete (ARC) pipes were commonly used for drinking water distribution networks...
Asbestos cement pipelines constitute a significant portion of the potable and waste water systems in...
For buried Asbestos cement (AC) pipes in service, internal and external surface degradation occur by...
The project investigates the deterioration of the AC pipes in their operation environment and the co...
This paper summarizes data from the inventory, breakage, and working environment portions of the sur...
Asbestos cement (AC) pipes were commonly installed in the drinking water distribution systems from t...
The effective planning of water distribution system renewal requires accurate quantification of the ...
A field monitoring project was initiated to advance understanding of water distribution system deter...
This paper summarizes survey data on the rehabilitation/replacement methods for AC pipes provided by...
The inventory within the water distribution system of the City of Ottawa consists of 1750 km of cast...
Asbestos cement (AC) water mains were installed extensively in North America, Europe, and Australia ...
Asbestos cement (AC) water mains, generally considered as non-friable asbestos-containing materials ...
Asbestos cement (AC) pipe was first introduced in North America in 1929 and became a common choice f...
This paper reviews available information on AC pipes, especially the manufacturing methods, chemical...
This paper focuses on the condition evaluation of asbestos cement (AC) pipe samples from three utili...
Asbestos reinforced concrete (ARC) pipes were commonly used for drinking water distribution networks...
Asbestos cement pipelines constitute a significant portion of the potable and waste water systems in...
For buried Asbestos cement (AC) pipes in service, internal and external surface degradation occur by...
The project investigates the deterioration of the AC pipes in their operation environment and the co...
This paper summarizes data from the inventory, breakage, and working environment portions of the sur...
Asbestos cement (AC) pipes were commonly installed in the drinking water distribution systems from t...
The effective planning of water distribution system renewal requires accurate quantification of the ...
A field monitoring project was initiated to advance understanding of water distribution system deter...
This paper summarizes survey data on the rehabilitation/replacement methods for AC pipes provided by...
The inventory within the water distribution system of the City of Ottawa consists of 1750 km of cast...