MISTRAS Group
Knowledge Center

In a story published in Inspectioneering Journal, take a look into storage tank corner weld inspections. These shell-to-bottom examinations originated from a non-intrusive inspection strategy, with the long-term goal of improving storage tank reliability and extending internal inspection intervals.

This brochure highlights the extensive Wind Energy solutions MISTRAS offers to maximize uptime, safety, and generating capacity for wind farm components.

In this informative Q&A, subject matter experts explain how utilizing a wind blade monitor like Sensoria by MISTRAS as a supplement to scheduled inspections helps to maximize the uptime and performance of wind turbine blades.

MISTRAS' tube inspection services help identify potential damages in non-ferrous alloy tubing in heat exchangers, boilers, chillers, condensers, feed water heaters, and evaporators.

Flyer detailing MISTRAS' PCMS software implementation services, which includes a wide range of features and benefits designed to ensure Mechanical Integrity (MI).

Case study of MISTRAS’ ultrasonic (UT), eddy current (ET), magnetic particle (MPI), and phased array ultrasonic testing (PAUT) for turbine bolts and welds.

Case study of MISTRAS’ Lightning Protection System (LPS) testing, repair, and monitoring of wind turbine blades with rope access.

Case study of MISTRAS’ phased array ultrasonic testing (PAUT) for wind turbine shaft inspection for determining an inspection monitoring strategy.

Case study of MISTRAS’ magnetic particle inspection (MPI) and photographic survey for jacking point welds within wind turbines using rope access.

Case study of MISTRAS’ in-service ultrasonic testing (UT) inspection of circumferential welds in wind turbine towers to locate suspected cracking.