Any piece of equipment (e.g., heat exchanger, pump and furnace), utility system
(e.g., steam system and fuel gas system), or process system (e.g., distillation train and reactor and recycle system) can be subject to operational optimization, maintenance, and physical improvements through engineering or technological advances. In most cases, the technical knowledge base that drives all the different types of improvements for a given item of equipment or system is similar, and it often resides with the same subject matter expert (SME) or group of specialists. In other words, if you are looking for resources for an energy management program—especially human resources—the key
question is “What types of equipment or systems will the program address?”
Any piece of equipment (e.g., heat exchanger, pump and furnace), utility system(e.g., steam system and fuel gas system), or process system (e.g., distillation train and reactor and recycle system) can be subject to operational optimization, maintenance, and physical improvements through engineering or technological advances. In most cases, the technical knowledge base that drives all the different types of improvements for a given item of equipment or system is similar, and it often resides with the same subject matter expert (SME) or group of specialists. In other words, if you are looking for resources for an energy management program—especially human resources—the keyquestion is “What types of equipment or systems will the program address?”
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