shells, pipes, tubes, storage tanks, and many other structures. Explore the other Knowledge and Product
Ultrasonic Guided Wave Technology for Non-invasive. Assessment of Corrosion-induced Damage in Piping for. Pollution Prevention in DOD Fuel Storage Facilities. ESTCP Project WP-200819. John M. Liu and Carrie E. Davis. Naval Surface Warfare Center Carderock Div. Terri M. Regin. Naval Facilities Engineering
Development and application of guided wave technology for buried piping inspection in nuclear power plant. Abstract: Guided wave (GW) technology, well used in petrochemical industries and academia for pipeline inspection, were studied to evaluate the integrity of buried pipes in nuclear power plant (NPP). Since GW
measurement. The Guided Wave technology screens. 100% of the volume of the piping inspected for metal loss features such as corrosion and erosion. The piping can be in operation, insulated and even be buried Guided Wave technology will supply more date than we ever had to found decisions on further inspection.
The QSR is GUL's new quantitative short range (QSR) device, incorporating the latest guided wave technology and hardware. The system is designed to semi?automatically scan predefined sections of straight pipelines for corrosion under pipe supports (CUPS). The QSR1 can provide a quantitative measure of the average
Overview. Ultrasonic guided wave technology can be utilized as a screening tool to pinpoint areas of corrosion in various piping systems, providing a reduction in operating costs. Guided waves are typically used in industries such as oil and gas, petrochemical, and power generation as well as DOT agencies. By identifying
Oceaneering Asset Integrity offers the “Wavemaker G3 Pipe Screening System'' as a rapid and reliable technique for assessing the condition of small and large diameter pipes. Guided wave technology is used to detect internal and external volumetric change, with the ability to inspect meters of pipe from one location.
One major advantage of Guided Wave Technology is its ability to screen hundreds of meters of pipeline from a single location, which saves time and money over other methods of screening. Another time-saving feature of this technology is in its automated data collection and recording capabilities. Just one operator can
Guided Wave Technology. TWI has been the pioneer of long-range guided wave technology, also known as long-range ultrasonic testing, since the mid-1990s. This research was stimulated by the need of the oil and petrochemical industries for a method to detect corrosion under insulation in pipework and subsequently led

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February 2018