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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
Guided Wave Testing. Advanced Guided Wave inspection services enable you to locate pipe defects, search for corrosion under insulation, assess internal corrosion, locate girth welds on steam piping, and screen for pipe and tube wall thinning without disruption of service. It provides rapid, full-coverage pipe screening,
Guided Wave Ultrasonic Technology. GUL Overview. While traditional inspection methods provide value to plant operators, many have begun condition based inspection programs aimed at bolstering their mechanical integrity and preventive maintenance programs. With this in mind, many plants have chosen to.
26 Jan 2015
Although Guided wave testing is also commonly known as Guided Wave Ultrasonic Testing (GWUT) or Ultrasonic Guided Waves (UGWs) or Long Range Ultrasonic Testing (LRUT), it is fundamentally very different from conventional ultrasonic testing. Guided wave testing uses very low ultrasonic frequencies compared to
Guided wave ultrasonic testing (GWUT), also known as long range ultrasonic testing (LRUT), is a screening tool for rapidly testing long lengths of pipe from a single inspection point. GWUT provides 100% coverage of the pipe wall without having to remove insulation or coating. It quickly identifies areas of corrosion or
A very productive event Visitors kept the GUL Team very busy during the four exhibition days of the 15th APCNDT that took place in Singapore. We received plenty of enquiries about our world leading Guided Wave Testing and Monitoring equipment, showing special interest in our monitoring sensors gPIMS® and their
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
Guided wave ultrasonic testing detects corrosion damage and other defects over long 33 ft – 165 ft distances in piping. A special tool (transducer ring) is clamped around the pipe and transmits guided waves in both directions along the pipe. Reflected signals from defects and pipe features such as welds are received by the
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