Corrosion

Detected by Corrosion Sensors

Our patented technology monitors for internal and external corrosion using state of the art sensors. These medical-grade sensors change the way corrosion monitoring is done. This analysis is so accurate, it can determine the rate of corroding down to 0.2mm of loss annually— less than the thickness of two human hairs.

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Alexis Gresh
Human Error

Detected by Pressure, Vibration, Temperature, Audio, and Density Sensors

Whether it is an overpressure event, overheat, wellhead issue, non-authorized dig, or even sabotage, our devices measure a variety of variables to detect the threat to your asset. Whether the error is due to operational mishaps or illegal activity, you’ll have a clear picture of what’s going on.

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Alexis Gresh
Component Failure

Detected by Pressure, Vibration, Temperature, Audio, Density Sensors

There are a variety of reasons that pipeline components such as valves or compressor stations may fail. Weld failure, human error, and even acoustic shock can all factor into this failure. We collect data up to 42 times per second to predict these failures before they occur.

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Alexis Gresh
Earth Movement

Detected by Vibration, Geopositioning Sensors

Earthquakes, land slippage, land slides, and ground settling damage pose a real threat to pipeline infrastructure. Our instant alerts allow mitigation of these risks to reduce damage and avoid disaster.

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Alexis Gresh
Safety System Failure

Detected by Vibration Sensors, Supported by External Mounting

We help keep your safety systems in check and are working toward making pigging obsolete. PHMSA data shows that hot-tapping and pigging are responsible for over 2% of pipeline leaks. By monitoring externally, we prevent these leaks and even monitor for lost pigs and leaks from competitors.

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Alexis Gresh
Previously Unknown

Detected by Corrosion, Pressure, Vibration, Temperature, Audio, Density, and Geopositioning Sensors

Our solution measures the most important variables to pipeline longevity. We aim to not only see known risks to pipelines, but also discover the causes of previously unknown causes of pipeline disasters so we can predict and prevent them in the future.

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Alexis Gresh