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Ze[r]osion

Project Description:

Corrosion of aluminum alloys is a problem that poses significant financial and safety risks to the aviation sector. Current state-of-the-market chromate coatings, while effective, are highly carcinogenic. Given these risks, there is significant demand for a coating that outperforms current market coatings in longevity, safety, and environmental impact. Our product, Ze[r]osion, is an advanced coating which releases molybdates loaded in zeolites to active corrosion sites on the aluminum substrate. This doubles the lifespan of the coating while significantly reducing toxicity to workers.

Project Photo:

Ze[r]osion team members discuss zeolite molecular structures and an ASPEN process flow diagram displayed on two monitors that they are clustered around

Ze[r]osion team members discuss molecular structures and process flow diagram

Project Poster

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Student Team Members

Lavanya Gupta
Rebecca Kottke
Jackson Webster
Victor Wu

Course Faculty

Lilian Josephson
Stephen Farias
David Gracias

Project Mentors, Sponsors, and Partners

JHU ChemBE