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Engineering students receive prestigious awards for corrosion research

Engineering students receive prestigious awards for corrosion research
Published: June 1, 2021
Author: Isaac Miller
Ben Siegel/Ohio University
From left: graduate students Zhong Li, Payman Sharifi Abdar, Zheng Ma, and Fazlollah Madani Sani, stand in the Institute for Corrosion and Multiphase Technology facility.
Five Ph.D. students from the Russ College of Engineering and Technology received prestigious awards at the 2021 Association for Materials Protection and Performance (AMPP) Conference for their research on corrosion.
Huiru Wang won the Best Poster Award in the Mars Fontana Category for corrosion engineering, and Payman Sharifi Abdar won the second-place award. Zheng Ma won the third place Poster Award in the Marcel Pourbaix Category for corrosion science. Fazlollah Madani Sani received the NACE Foundation’s Graduate Student Book Award, and Zhong Li won the East Asia and Pacific Area Young Scholar ....

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More Research to Back the Bills: University of Nebraska Researchers Have Proven E30 Is Safe – Advanced BioFuels USA

by Lisa Gibson (Ethanol Producer Magazine) University of Nebraska Researchers have proven E30 is safe for long-term use in non-flex fuel vehicles. The findings could bolster the push for state- and federal-level low-carbon fuel legislation. Two researchers from the University of Nebraska–Lincoln are eager to continue sharing their results from a study that evaluated the impact of E30 in 50 non-flex fuel state fleet vehicles. The results: Nothing.
Over the course of the one-year study, fueling with E30 instead of E15 showed no change in vehicle adaptability, performance, emissions or fuel efficiency. The research was a partnership between the Nebraska Department of Administrative Services and the university to determine long-term usability of E30 in non-flex fuel vehicles. ....

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What are Self-Sterilizing Polymers?

Image Credit: Kriengsak tarasri/Shutterstock.com
The ability to inactivate pathogens on contact by using inherently biocidal surfaces is at the core of some of the latest strategies for controlling the spread of harmful microorganisms in the healthcare industry, public transportation, and other sectors with a high risk of pathogen transmission via contaminated surfaces.
Today, infectious diseases are the second leading cause of death globally, surpassed only by heart diseases.
Traditionally, the most common strategies to mitigate disease-causing agents spread are based on chemical disinfectants (such as bleach, hydrogen peroxide, and detergents) or repeated exposure to radiation (UV light). However, both approaches can damage the treated surface, adversely affect the environment, or introduce additional health concerns. ....

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