Pipeline leak detection is commonly used to identify whether a pipeline has been damaged by a leaking pipeline, especially in systems that contain hazardous substances. Various methods of leak detection comprise hydrodynamic testing, infrared and other infrared laser technologies, and hydrostatic testing following pipeline installation and leakage detection during pipeline support life. Most pipelines are made with a rubberized or resin coating which has to be stripped from strand segments, allowing for pipeline excavation. The resin coating can be a weak point for pipeline excavation, resulting in a pipeline failure and possible environmental harm.
If a pipeline is buried underground, borehole drilling gear might be used to locate the flow and determine where it is located. But despite this technology, the flow might be small enough that the gear may not be able to locate it, resulting in ineffective detection.
In both of these situations, leak detection should be undertaken using the latest technology. A pipeline leak sensor may be used through hydrostatic testing to find the leak, either at a hydrostatic test chamber or onsite, and then via infrared or laser to confirm the existence of the leak. It should also be employed to check the underground atmosphere. All these tests are available through industry professionals.
Pipeline leaks can cause substantial harm and threat to the environment and individuals who live or work near, so proper pipeline leak detection approaches are essential. Leak detection ought to be performed in a timely manner. Leak detection can prevent pipeline failures and the risk of environmental harm. In addition, pipeline leak detectors can help to avoid unnecessary cleanup.
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