According to industry experts, particle contamination in lubricants is the number one cause of lubricant-related equipment failure. Fortunately, there are steps operators can take to reduce contamination and increase the service life of equipment.

Cleaning of heat exchangers and other process equipment is typically done with the use of pressurized water (e.g., hydro-blasting). However, in some situations thermal decomposition, a technique that utilizes heat rather than water to break down...

Heat exchangers operating in refineries or petrochemical plants must be thoroughly cleaned and inspected throughout their operational lifetime to ensure safe and efficient operations.

This article is Part II of a three-part series that explores the various methods, benefits, challenges and solutions to efficiently and effectively clean heat exchangers, both onsite and offsite.

Whether onsite or offsite, the methods for cleaning shell and tube heat exchangers can vary. Refining and petrochemical operators will agree that high standards must be employed with each method. Choosing the right method can make the difference...

FFS assessment techniques are applicable to a wide range of damage types: LTA's, cracks, creep damage, dents, and more. These are very powerful analytical tools that often allow operators to not only keep the plant running, but to keep it running...