WATER LOSS AND LEAK DETECTION RESOURCES

• The True Cost Of Non-Revenue Water: Why Every Utility Should Measure Water Loss

  Treating water requires significant energy and labor, but unmonitored infrastructure leaks and inaccurate customer meters quietly drain operational budgets. Identifying hidden losses and auditing system measurement protects revenue and optimizes long-term distribution performance.

• Which Leak Detection Method Is Best For A Large City Water System?

  A layered leak detection strategy combining continuous acoustic monitoring with precision confirmation tools offers scalable network visibility. This proactive approach reduces non-revenue water loss, cuts unnecessary field labor, and prevents minor leaks from becoming major failures.

• 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.

• Aging In Place: How Acoustic Testing Is Reshaping AC Pipe Renewal Decisions

  Faced with aging water networks and limited capital, utilities can optimize infrastructure spending by moving away from age-based scheduling. Non-invasive structural assessments identify true asset degradation and hidden leaks, ensuring critical funding targets the highest-risk pipes.

• 70,000 Gallons Per Sensor: The Water You're Treating Just To Throw Away

  Continuous sample-to-waste streams can dump roughly 70,000 gallons of treated water per monitoring location. Eliminating flow-dependent sampling preserves finished water, reduces non-revenue losses, and recovers embedded energy and chemical treatment expenses across distribution networks.

• Six Billion Gallons Down The Drain, Literally

  Diverting continuous sample streams to waste drains billions of gallons of fully treated water annually. Adopting in-line, waste-free measurement methods preserves finished supply, lowers embedded production costs, and eliminates unnecessary non-revenue water loss across distribution networks.

• 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.

• The Expanding Role Of High‑Sensitivity Acoustic Sensing In Reducing Non‑Revenue Water

  Discover how a layered approach to leak detection — combining network-level analytics with trusted surface acoustics — helps utilities isolate underground water loss, reduce unnecessary excavations, and drive measurable reductions in non-revenue water.

• Getting Practical About Non-Revenue Water

  Problems faced by water utilities seem to grow in both quantity and complexity each year. Among the most persistent challenges is non-revenue water (NRW). In a recent Water Online Live event, industry experts gathered to discuss this multifaceted challenge.