Evaluation of flow-accelerated corrosion (FAC) in the elbow section of operating piping.
Detecting FAC that had not been detected before at the elbow section of the piping in use, without removing insulation or cladding materials.
Depending on the equipment, high-temperature and high-speed fluids flow towards the 90° bend of carbon steel piping. As a result, it is inevitable that flow-accelerated corrosion (FAC) will occur on the outside of the elbow within the piping. A major petrochemical refining company in Asia has requested Eddyfi Technologies to develop an inspection solution capable of detecting FAC and erosion at the elbow sections of carbon steel piping where high-speed and high-temperature fluids flow. *For more detailed information, please refer to the PDF document. Feel free to contact us for further inquiries.
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Eddyfi Technologies contributes to improving productivity in manufacturing, various plants, and inspection service providers by offering the world's leading non-destructive testing (NDT) technologies, as well as promoting a safe society and environmental protection. The company focuses on providing advanced phased array ultrasound and eddy current array technologies, along with various ultrasonic and electromagnetic application technologies, including inspection equipment, sensors, software, and robots for key industries such as aerospace, energy, mining, power, and transportation. Eddyfi Technologies has over 650 employees across 13 centers of excellence (technology hubs) and sales offices worldwide, with NDT technology experts stationed at all locations.