APPLICATION NOTE | On-Stream Ultrasonic Phased-Array Corrosion Mapping
Enable on-stream corrosion surveys with the HeatMaster PA cooled wedge. Compatible with a range of commercially available linear arrays to elevate your inspection up to 250 °C.
Corrosion
CASE STUDY | Trending Non-Linear Wall Loss of Petrochemical Vessel
In-service, high-temperature corrosion monitoring of a critical vessel on a petrochemical plant.
TECHNICAL NOTE | Enhancing high-temperature PAUT and TOFD inspection for weld root erosion
Enhancing high-temperature PAUT and TOFD inspection for weld root erosion
CASE STUDY | In-service Automated UT Corrosion Mapping of Pipeline at Risk of Sulfidation
IRISNDT sought a solution for automated corrosion mapping of a high-temperature pipeline prone to sulfidation. Using ultrasonic testing (UT), they measured remaining wall thickness in refinery piping circuits, ensuring reliable scans with durable transducers to maximize productivity.
CASE STUDY | In-service High Temperature UT Inspection Survey by MISTRAS at a U.S. Oil Refinery
Mistras, a leader in inspection services, faced a challenge at a US West Coast refinery. They needed to perform Ultrasonic Testing (UT) on pipework and equipment operating at high temperatures (350 °F to 700 °F) using specialised transducers. The goal was to measure thickness at corrosion monitoring locations with minimal downtime, ensuring system integrity.
CASE STUDY | Energy from Waste Wall Loss Monitoring
An Energy-from-Waste plant improves operational reliability by installing a monitoring solution for high-precision wall-thickness measurements, minimising shutdown risks.
CASE STUDY | Enhanced Service Life with High-Temperature Corrosion Studies
A large chemical refinery sought a solution for conducting multiple point and scan measurements for on-stream, in-service corrosion surveys across their facilities infrastructure.
NEWS | High Temp UT – Holloway NDT take the HS582i to the BBQ
Paul at Holloway NDT takes the HS582i to the BBQ to test the standard velocity compensation.