White House Utility District
White House Utility District strengthens the resilience of its water network with AVEVA PI System
White House Utility District (WHUD) in Tennessee manages more than 600 miles of rural, remote infrastructure, making leak detection and control of pressure variations particularly complex. The utility also needed to modernize long-established procedures and processes to become more efficient and preserve both the integrity of its equipment and the quality of service to its customers. Deploying AVEVA PI System enabled the district to isolate pipeline sections to quickly detect leaks, while identifying pressure differences that affect customers and accelerate equipment wear. The benefits are substantial: $2 million in savings, $30,000 recovered in labor time and a capital expansion of $15 million to $20 million deferred over eleven years. Customer service calls have also decreased thanks to greater reliability, strengthening the organization's resilience and the satisfaction of the residents it serves.
Testimonials
FAQ
How does AVEVA PI System help detect leaks across 600 miles of water network?
White House Utility District manages more than 600 miles of rural and remote infrastructure in Tennessee. AVEVA PI System makes it possible to isolate pipeline sections to quickly detect leaks by analyzing pressure and flow variations in real time. This remote diagnostic capability avoids costly field inspections and prolonged water losses. For a rural water operator, it is a digital transformation that turns an extensive, hard-to-monitor network into a connected, well-controlled infrastructure.
What financial benefits does PI System monitoring bring to a public water utility?
Deploying AVEVA PI System generated $2 million in savings for White House Utility District, $30,000 recovered in labor time and the deferral of a $15–20 million capital expansion by 11 years. These gains show that digitalization makes it possible to optimize existing infrastructure before investing in new capacity. For a public water utility under budget constraints, this ROI is a decisive argument for launching a modernization initiative.
How does managing pressure variations improve service quality?
AVEVA PI System helps White House Utility District identify pressure differences that affect customers and accelerate equipment wear. Real-time mapping of pressures across the network allows early action: adjusting pumps, regulating valves and avoiding water hammer. The result: fewer customer service calls, longer infrastructure life and higher user satisfaction. It is a virtuous circle in which real-time data transforms both technical performance and customer relations.
Why is deferring an expansion investment thanks to AVEVA strategic?
White House Utility District deferred a capital expansion estimated at $15–20 million by 11 years thanks to AVEVA PI System. By optimizing use of the existing network through pressure control, leak reduction and predictive maintenance, the district postpones heavy investment while maintaining service quality. It is a relevant economic model for rural utilities facing demographic and financial challenges, where every dollar not spent unnecessarily strengthens long-term resilience.
How does AVEVA contribute to the resilience of a rural water utility?
For White House Utility District, resilience depends on the ability to quickly detect, diagnose and resolve anomalies across an extensive 600-mile network. AVEVA PI System provides the real-time visibility, historical data and smart alarms needed for this responsiveness. Combined with modernized procedures, the tool strengthens operational resilience against climate, demographic or technical hazards, ensuring continuity of the essential service of drinking water for rural communities.