Hydrophones | Environmental XPRT
Articles & Whitepapers
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The Use of Untethered Acoustic Ball Technology To Locate Leaks in Pressurized Water Mains - Case Study
A CAUTIONARY CASE STUDY: MINNEAPOLIS, MINNESOTA, USA Investor-owned & municipal utilities may experience catastrophic damage if it relies on Untethered Acoustic Ball technology to locate leaks. As shown below, the inspection of a 10,000-feet (3km) of 36-inch (913mm) diameter Prestressed Concrete Cylinder Pipe (PCCP), gave a clean-bill-of-health with ‘NO LEAKS’ using a leading ...
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Wave field visualization using scanned hydrophone measurements
Abstract A simple yet novel method has been developed which is useful for visualizing pressure distributions in acoustic wave fields. The method utilizes the power of contemporary computers to store ...
News
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Xylem Vue powered by GoAigua wins Water Industry Awards for Smart Water Network project
Xylem and Idrica, leaders in digital transformation for water utilities, have been distinguished with the Smart Water Networks Award at last month’s prestigious Water Industry Awards, for their work on the ground-breaking Hadfield Smart Water ...
Equipment & Solutions
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Showcase
Permanent Trunk Main Monitoring System
A permanently installed leak monitoring system for trunk mains that is both very sensitive (using correlating hydrophone sensors) and at the same time able to work independently for at least 5 years, using solar power for its data gateways. The data is sent to the GUTERMANN CLOUD allowing utilities to pinpoint leaks and investigate them remotely.
