Feature Image for Temple University CO Oxidation Catalyst Retro-fit

Temple University CO Oxidation Catalyst Retro-fit

Scope

Edison Energy’s Engineering Solutions Team was contracted by Temple University to perform a CO oxidation catalyst retro-fit project. Temple has 20 Caterpillar 3516 natural gas lean burn engines, which are used as peaking units specifically for the University. Edison Energy was responsible for the complete turnkey retro-fit project including design, material procurement, installation and guaranteed performance of CO oxidation catalysts to bring the generating plant into full RICE NESHAP compliance. The installation of the CO Catalyst units took approximately 10 weeks and relied on the complete cooperation of the Temple and Edison Energy teams.

Project Results & Key Metrics:

Chart Image

Customer Value

Not only was this project completed on schedule, but after final CO testing at the stacks, the results indicated that the units were all operating well within RICE NESHAP emission requirements, and have seen at least 93% reduction. This project was pivotal in helping Temple University meet compliance and reduce energy costs within their generators.

Congratulations, gentlemen. The acceptance from AMS represents an important achievement for all of us. You’re probably not as happy about this as I am because this is just a normal part of your job, but I still think you should kick back and enjoy the moment while it lasts. Without your help this would not have been possible. Thank you very much for the good work and the learning experience. It was a pleasure.”

Director, Utilities & Energy Management, Temple University


Download a PDF of the Temple University case study here