Product/Service

Sahara® Pipeline Inspection System

Source: The Pressure Pipe Inspection Company
The first tool designed for live inspection of large diameter water mains, the Sahara® Pipeline Inspection System remains the most accurate tool available for detecting leaks, pockets of trapped gas, and structural defects in large mains. Sahara® is a critical component of condition assessment and water loss management programs for utilities around the world.

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Case Study: Philadelphia Water Department
Case Study: North Texas Municipal Water District
Case Study: Dallas Water Utilities
Case Study: San Francisco Public Utilities Commission

The first tool designed for live inspection of large diameter water mains, the Sahara® Pipeline Inspection System remains the most accurate tool available for detecting leaks, pockets of trapped gas, and structural defects in large mains. Sahara® is a critical component of condition assessment and water loss management programs for utilities around the world.

How it works:
Sahara® pipeline inspections are conducted while the main remains in service by inserting a sensor into any tap 2" (50 mm) or larger. A small parachute uses the flow of water to draw the sensor through the pipeline. The sensor is tethered to the surface, allowing for real-time results, and maximum control and sensitivity. Our surface tracking device allows the position of leaks and other pipeline features to be located to within 18" (500 mm). With over 2,000 leaks found in 1,000 miles (1,600 km) of inspections, Sahara® sets a standard which no other tool can match for accuracy and reliability.

Sahara® Advantages

  • No disruption to pipeline service
  • Use existing 2" (50 mm) taps
  • Tethered control ensures no lost sensors
  • Proven sensitivity to leaks as small as 0.005 gal/min
  • Ask about our Leak Free Guarantee
  • Over 1,000 miles (1,600 km) of inspections
  • Accurate surface tracking to map your pipeline
  • Easy to use in mains 12" (300 mm) and up of all materials
  • Can be used in mains as small as 4" (100 mm)
  • Handles pressures up to 200 PSI (14 Bar)

Click Here To Download:
Case Study: Philadelphia Water Department
Case Study: North Texas Municipal Water District
Case Study: Dallas Water Utilities
Case Study: San Francisco Public Utilities Commission