An Integrated Approach to Campus Water Management: Leveraging Wireless Automation and Advanced Virtual Leakage Auditing
Abstract
This research paper presents the design and
implementation of a Campus Wireless Water Management
Automation System (CWWMAS) integrated with existing
plumbing architecture and building patterns. The system
utilizes data from pumping activities, such as those occurring in
hospitals, schools, hotels, and other campus facilities, to detect
potential leaks through the analysis of pumping cycles. By
considering factors such as the timing of water usage and
fluctuations in pumping activity during working hours, the
system employs advanced virtual leakage audit provisions to
identify and mitigate potential leaks in real time. This paper
outlines the architecture, components, and operation of the
CWWMAS, along with its benefits and potential applications in
campus water management.
Keywords:
Wireless Water Management, Automation System, Plumbing Architecture, Building Patterns, Leakage Detection, Virtual Audit
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