These analyses provide concrete evidence of material quality. They allow significant savings in the management of non-conformities, returns, and material replacement.
Specialized non-destructive testing to assess the structural degradation of welded joints
Fluorescent magnetic particle testing; TOFD and Phased Array tube weld scanning on HRSG evaporator and superheater headers.
Eddy current testing of shell-and-tube condensers.
By analyzing materials, operating parameters, and processes, it makes it possible to identify the causes that may have led to the failure or damage of a component.
The purpose of Pipe Stress Analysis is to prevent mechanical and structural failures in the system by virtually simulating the different scenarios in which it is intended to operate.
“Non-Destructive Testing (NDT)” refers to all those analysis methods that make it possible to obtain information on the condition or integrity of a component without altering its structure.
Material issues and defects within industrial structures can cause permanent damage, unexpected shutdowns, dangerous incidents, and increased maintenance costs.
Components designed to operate in the creep regime with time-dependent stress values must, upon reaching the end of their theoretical design life (DL), be subjected to a series of inspections aimed at assessing…
Pressure equipment or pressure assemblies are subject to mandatory initial installation or commissioning inspection only if they are installed and assembled by the user on the plant.