You are here:Home/Failure Analysis / Root Cause Analysis
When something goes wrong at your facility, your first reaction may be to direct immediate efforts at correcting the problem. However, repairing the issue without investigating the root cause of the failure often leaves high probability for future failures. Minor failures with low impact on safety, environment or regulatory requirements may be resolved with rapid problem-solving techniques; however, for failures with significant impact, it is worth the time and effort to investigate the direct cause of the failure, in order to prevent future occurrences. This can be done with a Root Cause Analysis (RCA).
RCA is a systematic method of investigating and identifying true causes of problems. RCA helps facilities to prevent future instances of asset failure by tracing the root cause of events with safety, health, environmental, reliability or production impacts, rather than simply correcting the proximate or immediate cause of the failure. By performing an RCA, facilities are able to implement changes in procedures, processes, or design that can prevent similar failures from occurring unexpectedly.
Click here to read our article over Root Cause Analysis.
Determining the root cause of a failure requires a knowledgeable team, objective evidence, the investigation of a variety of potential causes, careful analysis of the facts, the commitment of management and staff, and the insight born of experience with RCA. An RCA done too quickly is often poorly done, leaving out crucial information, or rushing to judgement based on assumptions, rather than objective facts.
In the occurrence that a facility does have an unexpected failure, PinnacleART’s team can facilitate an RCA, in which we perform lab testing and metallurgical evaluation to determine the most probable cause for the failure. Replication, metallography, x-ray analysis, qualitative assessment of remaining life and damage of components in high temperature service can also be performed, depending on the type of failure.