Non-revenue water is one of the most persistent problems in municipal supply. Water is produced, treated, pumped and then never billed. International Water Association research (Liemberger and Wyatt, “Quantifying the global non-revenue water problem,” Water Supply, 2018) puts global non-revenue water at roughly 346 million cubic metres per day, with an annual cost to utilities…
Water distribution systems support public health, economic activity and everyday city life. Running them means balancing supply and demand, holding pressure across varied topography, keeping energy costs down, and preventing the failures that interrupt service. Artificial intelligence is now part of how utilities attack all four. This guide is aimed at the utility engineer or…
AI-Driven Water Distribution Management: A Guide for Municipal Utilities Key Takeaways: – AI-powered water distribution systems reduce energy consumption by 18-25% through optimized pump scheduling – Machine learning algorithms predict pipe failures with 85% accuracy up to 30 days in advance – 92% of utilities piloting AI technologies report measurable operational improvements – AI integration…
Municipal distribution systems were historically operated half blind. Utilities knew what left the treatment plant; what happened across miles of buried pipe was largely guesswork, supported by a monthly round of pressure gauge readings and a few flow meters at pump stations. Cheap, low-power sensors and better communications have changed that. Here are the five…
Drinking water safety depends on continuous vigilance. Municipal systems have to deliver water that is microbiologically safe, chemically compliant and acceptable to consumers, and they have to do it every day, over networks that are largely buried and rarely inspected. Monitoring is what makes that possible. The U.S. Environmental Protection Agency (EPA) and equivalent authorities…
3 Critical Sensors Every Water Utility Needs for Drinking Water Safety Key Points The EPA mandates continuous monitoring for turbidity, disinfectant residual, and pH at most systems. Properly calibrated sensors reduce contamination events by 41%. Multi-parameter monitoring stations can reduce capital costs by 40%. Annual sensor maintenance costs are typically 3-5% of initial capital investment….
