Delivering Sustainable Water Systems Using Kalman Filter and Statistical Approach

Dedy Loebis

doi:10.33555/ejaict.v4i1.82

Dedy Loebis Swiss German University

DOI: https://doi.org/10.33555/ejaict.v4i1.82

Keywords: Sustainable Development, Kalman Filtering, Change Detection, Abrupt Changes, Water Supply Networks

Abstract

This paper presents the results of work undertaken to develop and test contrasting data analysis approaches for the detection of bursts/leaks and other anomalies within wate r supply systems at district meter area (DMA)
level. This was conducted for Yorkshire Water (YW) sample data sets from the Harrogate and Dales (H&D), Yorkshire, United Kingdom water supply network as part of Project NEPTUNE EP/E003192/1 ). A data analysis
system based on Kalman filtering and statistical approach has been developed. The system has been applied to the analysis of flow and pressure data. The system was proved for one dataset case and have shown the ability to detect anomalies in flow and pres sure patterns, by correlating with other information. It will be shown that the Kalman/statistical approach is a promising approach at detecting subtle changes and higher frequency features, it has the potential to identify precursor features and smaller l eaks and hence could be useful for monitoring the development of leaks, prior to a large volume burst event.