Vessel Inspection Solutions
Maintain the Safety of Critical Equipment
SCC(stress corrosion cracking)
Semiautomated Phased Array and Time-of-Flight Diffraction (TOFD) for Shell Welds
Monitor the structural health of the vessel, detect service cracks, and archive your data
- High-speed detection capabilities with intuitive imaging
- Reduced inspection time compared to radiography
- Immediate results enable you to detect and fix process problems right away
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Rope Access Conventional Ultrasonic Testing for Nozzles
Inspect nozzle welds for service cracks, even on top of the vessel
- A lightweight instrument facilitates rope access inspection
- Reduced inspection time compared to radiography
- Immediately quantifiable results enable fast on-site analysis
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Automated Phased Array for the Cylindrical Shell
Map corrosion at high speed and look for disbonds and SCC at the clad layer
- High-speed detection capabilities with intuitive imaging
- Increased probability of detection with one data point every square mm
- Up to 1mm near-surface resolution with dual linear array probes
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Manual Phased Array for Flanges and Bolts
Inspect the Sealing Surfaces of Flanges for Crevice Corrosion and Detect Cracking in Flange Bolts
- Use the power of imaging for bolt crack detection
- Easy access between the flange bolts with phased array probes that have a small footprint
- Reach the flange area of interest with one sectorial phased array scan
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Rope Access Conventional Ultrasonic Testing for Spherical Shells
Spot check for corrosion
- Easy and fast setup and detection with dedicated corrosion probes
- High-precision measurement of remaining wall thickness
- Reach vessel heights with a lightweight and powerful instrument
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Conventional and Phased Array Ultrasound for In-Service Vessels
Detect and map corrosion at high service temperatures
- Save time and reduce cost with in-service inspection
- High-resolution corrosion mapping with phased array probes up to 300 °F (150 °C)
- Precise spot checking with conventional ultrasound up to 840 °F (450 °C)
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