Accession Number : AD1025134

Title :   Demonstration of a Model-Based Technology for Monitoring Water Quality and Corrosion in Water-Distribution systems

Descriptive Note : Technical Report


Personal Author(s) : Van Blaricum,Vicki L ; Russell,Kevin ; Broadwater,Robert

Full Text :

Report Date : 01 Dec 2016

Pagination or Media Count : 80

Abstract : The objective of this project was to demonstrate an always-on, model-based monitoring technology for potable water-distribution systems. The technology uses near-real-time sensor data to estimate key water-quality parameters and corrosivity indices throughout the network so localized corrosion problems can be detected. Researchers successfully created a computerized model of the Fort Drum, NY, water-distribution system, but an unforeseen project-scheduling conflict with a major upgrade of the installations Supervisory Control and Data Acquisition (SCADA) system prevented completion of the user interface between the model and sensors. The model was successfully tested offline, however, using archived sensor data. It estimated key water-quality parameters and corrosivity indices throughout the distribution system, but its accuracy was validated at only one location. The results were promising but did not return enough data to validate simulation accuracy or to conclude that real-time operation would be successful. Therefore, the demonstrated system cannot be recommended for implementation. This report documents the modeling technology, creation of the Fort Drum model, the general sensor interface design, offline demonstration of the model, and results of evaluation against the project metrics. Lessons learned are documented and recent advances in similar technology are discussed.

Descriptors :   water quality , corrosion , Water chemistry , WATER PIPES , GROUNDWATER , monitoring , demonstrations , models , military facilities , data acquisition , costs

Subject Categories : Water Pollution and Control
      Civil Engineering

Distribution Statement : APPROVED FOR PUBLIC RELEASE