AbstractDue to growing pressure on wastewater network operators to deliver improved serviceability and lower costs to customers, there is a real need for greater understanding of the factors which influence incident rates, enabling effective prioritisation of proactive maintenance. This paper applies decision trees to investigate both static factors, such as sewer material and diameter, and derived factors, such as sewer velocity, for the prediction of blockages on the network of Dŵr Cymru Welsh Water. The results obtained illustrate the effectiveness of the proposed approach when identifying important explanatory factors and predicting sewers that are likely to block
This is the final version. Available on open access from IWA Publishing via the DOI in this recordDa...
This paper approaches the sewerage asset management challenge from a UK perspective by outlining a c...
This paper approaches the sewerage asset management challenge from a UK perspective by outlining a c...
Due to growing pressure on wastewater network operators to deliver improved serviceability and lower...
AbstractDue to growing pressure on wastewater network operators to deliver improved serviceability a...
AbstractTo reduce the blockages occurring on wastewater networks, reducing costs, customer and envir...
To reduce the blockages occurring on wastewater networks, reducing costs, customer and environmental...
Blockages are a major problem for Water and Sewerage Companies (WaSCs), impacting on customers and t...
AbstractTo reduce the blockages occurring on wastewater networks, reducing costs, customer and envir...
Blockages have been reported to account for a significant proportion of reported failures in sewer n...
Blockages have been reported to account for a significant proportion of reported failures in sewer n...
Blockages have been reported to account for a significant proportion of reported failures in sewer n...
Sewer blockages are responsible for the majority of sewer flooding incidents. They cause the discha...
In sewerage asset management, there has been a concerted move away from primarily assessing system c...
Issues at Combined Sewer Overflows (CSOs) affect water and sewerage companies’ serviceability perfor...
This is the final version. Available on open access from IWA Publishing via the DOI in this recordDa...
This paper approaches the sewerage asset management challenge from a UK perspective by outlining a c...
This paper approaches the sewerage asset management challenge from a UK perspective by outlining a c...
Due to growing pressure on wastewater network operators to deliver improved serviceability and lower...
AbstractDue to growing pressure on wastewater network operators to deliver improved serviceability a...
AbstractTo reduce the blockages occurring on wastewater networks, reducing costs, customer and envir...
To reduce the blockages occurring on wastewater networks, reducing costs, customer and environmental...
Blockages are a major problem for Water and Sewerage Companies (WaSCs), impacting on customers and t...
AbstractTo reduce the blockages occurring on wastewater networks, reducing costs, customer and envir...
Blockages have been reported to account for a significant proportion of reported failures in sewer n...
Blockages have been reported to account for a significant proportion of reported failures in sewer n...
Blockages have been reported to account for a significant proportion of reported failures in sewer n...
Sewer blockages are responsible for the majority of sewer flooding incidents. They cause the discha...
In sewerage asset management, there has been a concerted move away from primarily assessing system c...
Issues at Combined Sewer Overflows (CSOs) affect water and sewerage companies’ serviceability perfor...
This is the final version. Available on open access from IWA Publishing via the DOI in this recordDa...
This paper approaches the sewerage asset management challenge from a UK perspective by outlining a c...
This paper approaches the sewerage asset management challenge from a UK perspective by outlining a c...