A full metallurgical assessment of components, along with an understanding of the predicted failure mechanisms, can establish how much longer the component can provide reliable service with no prone risk to business and environment. This information allows you to plan the required replacement prior to unexpected catastrophic failure or other damage. Metallurgical condition assessment for damage mechanisms such as fatigue, corrosion, erosion, and creep can provide a benchmark as to the current condition and allow a more educated estimation of remaining useful life. Typical mechanisms of degradation are creep, oxidation, corrosion, or metallurgical changes. Any of these conditions can progress to cause catastrophic failure. RLA can determine the remaining useful life of an asset (e.g. gas reformer catalyst tube, heaters & boilers) and fitness for further service.
MASFIC metallurgical assessment services can help prevent the loss of critical components by directing maintenance efforts. We can also provide guidance to nondestructive inspection teams to direct them towards more damaged areas to avoid unnecessary inspections.
