A GPRS Case Study

Acoustic Leak Detection Finds 28-Million-Gallon Leak at Historic RACER PFAS Site

Acoustic Leak Detection Finds 28-Million-Gallon Leak at Historic RACER PFAS Site
The GPRS Leak Detection team located an underground water leak that we were having trouble locating. Their team pinpointed the leak location so we could make the needed repairs.
Craig Orlowski
Insite Real Estate, LLC.

Highlights

THE BIG IDEA

INDUSTRY

Facility Management, Environmental

SERVICE

Leak Detection, Utility Locating

ASK

Find a constant fast-moving leak in the fire suppression system that was costing the customer millions of gallons of water loss and untold additional expense

PROJECT APPLICATION

Pinpoint the fire suppression leak at its source through acoustic leak detection and leak correlator detection

TASK

To pinpoint a one gallon per second leak that had been hidden for 11 months in the fire suppression system for Insite Real Estate at an historic Michigan RACER-administered PFAS site.

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PROBLEM

  • Insite Real Estate had been searching for the fast-running leak in the fire suppression system at their site for nearly a year
  • At one gallon per second, over 11 months, the leak caused as much as 28 million gallons of lost water on site, all of which Insite had to pay for
  • Multiple jockey pumps were constantly running to keep the system pressure at 150 psi, which increased the electric bill
  • The site is an historic WWII bomber manufacturing plant and former GM facility, which was under the care of the Revitalizing Auto Communities Environmental Response Trust and monitored for PFAS contaminants in the water supply

Solution

  • GPRS Leak Detection Project Managers listened to every contact point (hydrant, piv, valve, meter pit, etc.)
  • The PMs concluded that the noise was predominately near two hydrants
  • Leak correlation pinpointed the leak to the pipe running under/on the sidewalk
  • Once the leak was pinpointed, Insite could have it repaired efficiently and minimize risk

Benefits

  • Insite was able to excavate only where the leak was located, instead of digging up the entire fire loop or a certain section of the pipe in a potentially risky environment
  • By pinpointing their excavation, Insite was able to repair the leak and stem the outflow of both water and money it had caused

CASE STUDY GALLERY

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“Our team was more effective and efficient because of SiteMap, allowing us to provide better results from more informed decision-making.”
Alexander Valigosky
Project Environmental Scientist

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