What it is
Fire Suppression Loop Surveys is one of our core acoustic leak-detection services. Acoustic testing of buried fire loops to find pressure loss before it becomes a compliance issue. We deploy this for BC property owners and managers needing acoustic leak detection, using the same equipment trusted by major insurers and municipalities across British Columbia.
When you need it
- Underground pipe leaks — Buried water mains and service lines can leak for months before surfacing. Acoustic finds them before they become sinkholes.
- High water bills — A hidden underground leak can add thousands to quarterly water bills. Acoustic detects the smallest pressurized leaks.
- Slab leaks — Water escaping from in-slab pipes creates a sound signature. Acoustic correlation finds it within inches.
- Fire-suppression leaks — Pressure loss in fire loops is often caused by buried leaks. Acoustic finds them without discharging the system.
- Municipal water loss — Distribution system losses waste millions of litres. Acoustic survey of mains is the most cost-effective detection method.
How we do it
Our certified technicians arrive with state-of-the-art equipment: thermal imaging cameras, acoustic correlators, ground-penetrating radar, and tracer gas. Every job starts with a brief on-site assessment, followed by non-invasive testing to pinpoint the source — typically within inches.
You receive a detailed written report including findings, moisture maps, equipment used, and recommendations for next steps. Reports are formatted for insurance claims, strata councils, and engineering review as needed.
Other services you might need
- Acoustic Correlation SurveysDual-sensor correlation to pinpoint pressurized pipe leaks with sub-meter accuracy.
- Acoustic Listening SurveysGround microphones amplify leak sounds on buried pipes to confirm correlator findings.
- Underground Pipe Leak DetectionBuried water main, service line, and fire loop leak location without excavation.
- Slab Leak Acoustic DetectionLocate leaks in in-slab plumbing using acoustic correlation and listening.