To reduce the blockages occurring on wastewater networks, reducing costs, customer and environmental impact, greater levels of proactive maintenance are being conducted by water and sewerage companies. For effective prioritisation of this maintenance, an accurate model of blockage likelihood is required. This paper presents the development of a model, for provision of a blockage likelihood level and verification using unseen data, based on previous decision tree models constructed using the asset and historical incident data from the wastewater network of Dŵr Cymru Welsh Water. The model has been developed here using the geographical grouping of sewers and the application of ensemble techniques, with the results illustrating the potential benefits which can be derived from these techniques.
In REF the author presented a model that can provide blockage likelihood level and verification using unseen data, based on previous decision tree models.
Developing Decision Tree Models to Create a Predictive Blockage Likelihood Model for Real-World Wastewater Networks
Procedia Engineering
Engineering