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Washington State University
The Gene and Linda Voiland School of Chemical Engineering and Bioengineering

Voiland School Students Receive Research Scholarships

Four students in the Gene and Linda Voiland School of Chemical Engineering and Bioengineering will have the opportunity to participate in undergraduate research, thanks to support from the DeVlieg Foundation and the Weyerhaeuser Company.

As part of the scholarship awards, the students will work with faculty mentors throughout the year and will then present their work at conferences and/or at WSU’s Showcase for Undergraduate Research and Creative Activities (SURCA) in April. The students received support to conduct research in the area of alternative fuels and renewable energy.

Weyerhaeuser is a partner in the Northwest Advanced Renewables Alliance (NARA) and is supporting research related to biomass conversion to useable fuel. Using a variety of feedstocks from construction waste to forest residues, NARA is working to create a sustainable industry in aviation biofuels and co-products. The DeVlieg Foundation awards also support undergraduate research in renewable energy.

The award winners include the following:

DeVlieg Foundation:

Junior Zoey Henson will work with Professor Grant Norton, dean of the Honors College. Using a novel experimental method, she will assess the success of catalytic reactions within a solid oxide fuel cell. The researchers hope the new technique leads to more successful reactions, a better fuel cell, and, eventually, better clean energy alternatives.

Jake Gray, senior, is working with Professor Su Ha on methods for improving a catalytic reaction without increasing reactor temperatures. In particular, Gray will be looking at the effects of applying an electric field to a nickel catalyst during the reformation of methane, an important process which produces approximately 95 percent of the world’s hydrogen. In practical applications, this electrical field could be supplied using renewable energy sources. Because process heating and cooling are extremely energy-expensive, replacing this requirement with a cheaper, cleaner alternative will remove hurdles facing the sustainability of hydrogen fuel cells.


Junior Felix Nwanne will work with Professor Xiao Zhang at WSU Tri Cities. Nwanne is working with Zhang on research relating to biomass conversion to useable fuel and energy resources, including bio-energy and bio-products.

Gunnar Hoff, a senior, is working with Professor Su Ha to try new techniques to improve the power density of an enzymatic biofuel cell that uses glucose as a fuel source. Future energy supplies will depend on the design of green, sustainable, and efficient systems for the conversion of clean and cheap energy sources. Enzymatic biofuel cells represent one approach to clean energy production. Instead of expensive metal catalysts, biofuel cells can use renewable enzymes as the catalysts.

Courtney Herring Receives Top Poster Award at Aerosol Research Conference

Courtney Herring working in the lab
Courtney Herring working in the lab
One of the Voiland School’s graduate students received a top poster award at the recent American Association for Aerosol Research annual conference held last week in Portland, Oregon.

Courtney Herring, a graduate student in the Voiland School of Chemical Engineering and Bioengineering, is investigating the chemical composition of diesel and gasoline exhaust mixtures. Herring conducted a series of experiments at the Lovelace Respiratory Research Institute in New Mexico, running engines under a variety of conditions to see how the chemical composition of the exhaust changed. Led by Timothy VanReken, in the Department of Civil and Environmental Engineering, the researchers are studying the link between health concerns and specific chemicals in the exhaust. In particular, the researchers are measuring what engine conditions might contribute to or worsen the formation of cancer-causing compounds. Researchers at WSU are involved in the project because of their ability to accurately measure gas and the particle phase of the exhaust. The work is part of a large project funded by the Environmental Protection Agency.

View full article at WSU News ↗