IMPACT

An international research collaboration, led by Kyriakos Stylianou, an assistant professor of chemistry at Oregon State University, has taken an important step toward the commercially viable manufacture of biobutanol, an alcohol whose strong potential as a fuel for gasoline-powered engines could pave the path away from fossil fuels. The researchers are now looking to partner with industry to try to scale up the separation method using the new metal organic framework, says Stylianou, the study’s corresponding author. If it scales well, it could be an important milestone on the road toward non-reliance on fossil fuels.

A scientific breakthrough leads to an innovative solution for the marketplace.

The Science Research and Innovation Seed awards were given to four multidisciplinary research teams working on cancer diagnostics and materials science.

Chemist Kyriakos Stylianou has developed new carbon capture materials to reduce emissions from anthropogenic sources.

Materials chemist Mas Subramanian has paved the way toward designing more pigments that are stable, durable and non-toxic with vivid hues.

An international team co-led by chemist Kyriakos Stylianou has uncovered a better way to scrub carbon dioxide from smokestack emissions.

The Department of Chemistry hosts 6th International Frontiers in Metal Oxide Cluster Science Meeting, attracting attendees from around the world to OSU’s campus.

Scientific discovery at OSU is driven by big thinking, insatiable curiosity and out-of-the-box ideas that find a way into the economy.

In its first week, Oregon State’s new diffractometer has already generated data for eight publishable articles in peer-reviewed science journals.

Renowned inorganic chemist May Nyman presents the 2019 Gilfillan Memorial Lecture, “Scientific Discoveries from the Alphabet Soup of Nuclear Waste.”

Materials chemist Mas Subramanian is named a 2019 University Distinguished Professor for his numerous discoveries of new compositions and their physical and chemical properties.

Chemist Xiulei (David) Ji and his team have found that a chemical mechanism first described more than two centuries ago can revolutionize energy storage.