Webinar Description:

Energy conservation using airborne & structure-borne ultrasound helped to catapult the technology to the forefront of the energy sector back in the early 1980s.  Even today, ultrasound is still an application that allows a user to show a quick ROI, and it can have a tremendous effect on reducing a plant’s or facility’s energy usage. This presentation will show 5 ways where ultrasound technology can easily be employed to help reduce compressed air waste and compressed gas waste, reduce a carbon footprint, identify failed steam traps, and increase motor efficiency through properly lubricated bearings. Attendees of this presentation will also be shown ways to document the savings associated with finding and repairing compressed air leaks, compressed gas leaks, and failing steam traps.

Learning Takeaways:

1. Learn how advancements in ultrasound technology have made it easier to report compressed air leak cost and CFM loss.
2. Learn how to reduce a plant’s carbon footprint emissions through the repair of compressed air and compressed gas leaks.
3. Learn how to quantify steam loss through a steam trap when the trap is leaking or open.
4. Learn how improperly lubricated bearings affect the efficiency of a motor.

About the Presenter:

Adrian Messer is the Manager of US Operations for UE Systems, Inc. For more than a decade, Adrian has been helping facilities around the country transform their reliability programs by successfully implementing Ultrasound technology for condition monitoring and energy conservation applications. As a subject matter expert on Ultrasound technology and implementation best practices, Mr. Messer has been a featured speaker at many industry events. He is a graduate of Clemson University and maintains close ties to the University assisting current students in a mentorship program through the College of Business & Behavioral Science.