Anwar Sadek, CEO, received his PhD from The University of Akron from the department of Chemical, Biomolecular and Corrosion Engineering, and has worked for PPG Industries Inc. as a Development Chemist formulating various anti-corrosion automotive coatings.
Published author and patent co-owner, Dr. Sadek has presented his work on Microbial Corrosion during several prestigious technical events such as the National Association of Corrosion Engineers (NACE) Annual Exposition, and Department of Defense-Allied Nations Technical Corrosion Conference.
As a student, Dr. Sadek was awarded the “Best Graduate Research Poster Presentation” at UA’s annual Chemical and Biomolecular Engineering Design Day.
During the 2019 National I-Corps Cohort, Dr. Sadek served as the Corrolytics Co-entrepreneurial Lead when they received the “Team Award” from the National Science Foundation (NSF).
During the MIC Monitor Phase I Project, Dr. Sadek is responsible for the following:
- Development and testing of the Microbiologically Influenced Corrosion Test Kit
- Interacting with oil and gas companies to obtain real-world samples
- Utilizing samples to validate data pertinent to test kit development
- Overseeing day-to-day operations
- Engaging potential investors
Education
The University of Akron
Doctor of Philosophy in Engineering
- Chemical Engineering
- Biomolecular Engineering
- Corrosion Engineering
Chemical Engineering Bridging Program
- Chemical Engineering
- Biomolecular Engineering
La Roche College
Bachelor’s Degree
- Chemical Engineering
Certifications
- Chicago National Innovation-Corps Program
- University of Akron Innovation-Corps Sites Program
Publications
Industrial & Engineering Chemistry Research
Novel Mechanism of Microbially Induced Carbon Steel Corrosion at an Aqueous/Non-aqueous Interface
Applied and Environmental Microbiology
American Chemical Society
Evaluation of microbially-induced carbon steel corrosion using zero resistance ammetry in a split-chamber format
Separation and Purification Technology
Rejection of trace organic water contaminants by an Aquaporin-based biomimetic hollow fiber membrane