Because ultrasonic cleaning lends itself to in-line continuous-flow processing, and because test results show that ultrasound can likely provide sufficient agitation to clean fabrics, this Phase One research has significantly opened the door to a whole new dimension in garment maintenance. Although ultrasound did "clean" the swatches, optimization of key parameters such as ultrasonic power and frequencies along with different times, temperatures, and chemistries will likely show it can "clean" even better.
This project also demonstrated that diverse companies can successfully collaborate on a difficult research project; and it illustrated the benefits of sharing resources, equipment, and expertise. Moreover, the success of Phase One yielded a clearer picture of the research needed to advance the project closer to commercialization.
The information gained from working on this project has expanded the Kansas City Plant's knowledge base. Newly obtained information about different types of surfactants and detergents has already been applied to cleaning processes of reservoirs and other production items.
Experience with the various types, frequencies, and power levels of ultrasonic equipment has been useful for other non traditional cleaning applications. Experience with different types of extraction and analytical methods was advanced. Because of this project, representatives from the Kansas City Plant Team were able to participate in the Environmental Protection Agency's "Design for the Environment Dry Cleaning Project."
The Department of Energy and the Kansas City Plant have gained through their association with Mr. Porter. Because of his involvement with this Cooperative Research and Development Agreement, he has written many letters and articles highlighting the benefits of Government-sponsored Technology Transfer programs. Mr. Porter has attended community events and highlighted the benefits of the Kansas City Plant.
Date created: 3/6/96
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