Smart Water

Sponsored by: Tadiran Batteries

This eHandbook highlights how utilities are harnessing smart technology to drive operational efficiency, reduce losses, and meet evolving demands. First, Frisco, Texas, exemplifies a “phased” migration from mobile AMR to fixed-network AMI. By leveraging its existing Neptune R900 endpoints and deploying strategically placed data collectors in nine zones, Frisco achieved high-resolution (15-minute) interval readings without replacing its full meter fleet — preserving investments while improving data granularity and enabling leak detection and better customer engagement.

 
In Dublin, a collaboration between Uisce Éireann, Microsoft, Suez, and Aganova deployed an AI-powered “Nautilus” sphere that freely swims through large-diameter trunk mains. Using acoustic sensing and deep-learning analytics, it pinpoints leaks and structural anomalies — all while operational, without service disruption.

 
The city of Walla Walla, Washington, rapidly deployed smart District Metered Areas (DMAs) by retrofitting its existing pressure-reducing valves (PRVs) with Cla-Val XP2F instrumentation. Connected to its FlexNet network, the system reports real-time flows, pressures, and valve positions, enabling leak isolation and balancing. Within two months and a modest cost, Walla Walla identified and fixed a major 65 gpm leak and drove its non-revenue water below 10%.

 
In the fourth article, rugged mobile technology (durable laptops and tablets) is helping utilities overcome field-work challenges. These devices provide secure, always-on connectivity in remote areas, facilitating real-time data access, maintenance, and cyber-resilience — while addressing workforce constraints.

 
Finally, water utilities are forging new partnerships with industrial users and data centers. Bentley Systems underscores that utilities face aging infrastructure, talent gaps, and data silos — but emerging collaborations with tech giants (e.g., data center operators) are opening paths for investment, digital twins, leak detection, and infrastructure modernization.

Together, these case studies reflect a clear trend: smart water utilities are investing in scalable, data-driven, and cost-efficient solutions that preserve existing assets while unlocking insights that drive conservation, resilience, and operational excellence.

This summary was written with the help of AI.