DRINKING WATER DISTRIBUTION RESOURCES

• First Utility District Of Knox County Adds Pressure Monitoring, Builds Operational Confidence And Efficiency

  Undetected pressure surges leave water distribution networks vulnerable to costly pipe bursts and service disruptions. Utilizing high-resolution monitoring tools provides the real-time data needed to stabilize system hydraulics, extend infrastructure life, and optimize capital investments.

• Using Operational Data To Prioritize Water Infrastructure Investments

  Meter reads, pressure measurements, leak alerts, and maintenance records all provide valuable insight into system performance. The challenge for most utilities is that this information often exists in silos across multiple systems, making it difficult to connect individual data points and determine what requires attention first.

• Modernizing Water Distribution Systems With Advanced Metering Infrastructure

  The use of smart water meter systems or AMI has emerged as the vital element in a water network upgrade program, using two-way communications to relay near-real-time information on water usage, pressure variations, leak events, and usage patterns between smart meters and the utility.

• 15 Years Of Proven Reliability: How A South Florida Utility Standardized On Beck Actuators

  Discover how a major water utility transformed its operations by standardizing its flow control infrastructure, virtually eliminating emergency maintenance costs and shrinking spare parts inventory over fifteen years of continuous, demanding field service.

• Why Smart Valves Are About To Redefine Water Infrastructure

  For years, water metering followed a predictable path: manual reads, AMR, AMI, more visibility, more data. But utilities are now entering a different operational reality. Visibility alone no longer protects infrastructure.
• How Cedar Hills Turned Metering Data Into A Conservation Tool

  As water scarcity increases, smart metering infrastructure bridges the gap between utilities and consumers. Providing residents with near real-time consumption data and automated leak alerts drives immediate conservation, slashing outdoor water waste while protecting critical resources.

• Turning Continuous Acoustic Data Into Measurable Water Savings

  Aging underground infrastructure can cause severe, invisible non-revenue water losses. Implementing continuous acoustic loggers with AI-driven analytics isolates the precise signatures of subsurface leaks, allowing utilities to target hidden failures early and maximize capital efficiency.

• Loudoun County Deploys Acoustic Leak Detection & Recoups Cost With Savings In NRW

  Advanced acoustic sensors help growing utilities identify hidden leaks and prevent costly pipe bursts. By shifting from reactive to planned repairs, municipalities can significantly reduce non-revenue water loss and recoup technology investments through operational savings.

• 73 Million Starts, Zero Maintenance: City Of Frederick Demonstrates Long-Term Reliability Of Beck Actuators

  Continuous valve modulation often causes premature motor burnout in critical water infrastructure. Adopting a 100% duty cycle motor design eliminates repetitive maintenance, ensuring precise process control and long-term system reliability.

• AMI Adoption In Water Is Still Structurally Constrained

  Over the last two decades, utilities have increasingly viewed the transition from automated meter reading (AMR) to advanced metering infrastructure (AMI) as the next step in modernizing their operations. The benefits of moving toward a truly digital ecosystem are well-established, yet AMI continues to face a slow, asymmetric rollout in the water industry.