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Article of the Month:

Best Practices for Ultrasonic Compressed Air Leak Detection


Adrian Messer

CMRP
Manager of US Operations

UE Systems, Inc.
Ph: 864-224-4517 
 
www.uesystems.com
adrianm@uesystems.com
 
 
   
 




Contrary to what some might think, compressed air is not free. In fact, because of what it takes to produce it compared to what is generated, it is often considered the most expensive utility in a typical manufacturing facility. To further add to the problem, the US Department of Energy notes that more than 50% of all compressed air systems have energy efficiency problems. Air Compressor experts have also estimated that as much as 30% of the compressed air generated is lost via leaks in the compressed air system.

Compressed air and gas leak detection with ultrasound remains the most widely used application for this technology. By locating compressed air/gas leaks with ultrasound and then making the necessary repairs, ultrasound technology is a great application that can have tremendous payback in the dollars lost due to compressed air and compressed gas leaks. Recent advancements in compressed air leak detection and reporting allow for the quantification of the dollars lost and the CFM loss from compressed air leaks.

This presentation will discuss the use of ultrasound technology for planning and performing an effective ultrasonic compressed air leak survey that focuses on the evaluation, detection, identification, tracking, repair, verification, and reevaluation processes centered around a compressed air leak detection program. By implementing these steps, a typical manufacturing plant could reduce its energy waste by roughly 10 to 20 percent.

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