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Inspection of ballast tanks and enclosures is generally performed using traditional methods such asvisual inspection and non-destructive evaluation (NDE) techniques. However, it is common for thesemethods to often be labor intensive and limited by physical restrictions that prohibit access to certainareas. Further, the evaluation of the coating condition is heavily dependent on the inspector, and thequality of the data gathered is varying.
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A cornerstone of aging management programs for commercial nuclear reactors is the condition monitoring techniques used to determine insulation degradation of cables. Improved condition monitoring methods has been the focus of research especially for low voltage cables. There are many effective methods available such as elongation at break, indenter modulus, oxidation induction, etc.