From waste to wealth: Researchers to transform anaerobic digestion
A multi-institutional, CSU-led team has been awarded $5.1 million from the Department of Energy to tackle the problem of organic waste.
Tag: "Department of Chemical and Biological Engineering"
DOE grant funds biofuel research across disciplines
A three-year DOE grant funds research into production of better biofuels, engaging CSU researchers across disciplines in engineering, other colleges, and other institutions.
Chemical and biological alumna Tina Larson to receive 2019 Distinguished Alumni Award
Tina Larson, a chemical and biological engineering alumna, will receive the 2019 Distinguished Alumni Award on October 3.
Summer Standouts: Camila Silva Monroe
Camila Silva Monroe interned with the City of Denver in the Department of Public Health and Environment and grappled with global food production issues.
Summertime Standouts: Benjamin Farkas
Chemical and Biological Engineering/Biomedical Engineering senior Benjamin Farkas, ’21, departed for Hangzhou, China in June to study at Zhejiang University for six weeks
Summertime Standouts: Michelle Hefner
Chemical and Biological Engineering/Biomedical Engineering junior Michelle Hefner is spending her summer in Aachen, Germany on an 11-week research internship funded by the German government.
Christopher Snow honored with mid-career Nelson Family Faculty Excellence Award
Christopher Snow, associate professor of Chemical and Biological Engineering, has been named the recipient of the Nelson Family Faculty Excellence Award – a prestigious honor designed to help the Walter Scott, Jr. College of Engineering support researchers with potential.
Master's degree in biomanufacturing and biotechnology launching this fall
The Professional Science Master's in Biomanufacturing and Biotechnology will be the first such degree offered by the Walter Scott, Jr. College of Engineering.
Dynamics of key viral attack strategy visible for first time
Researchers have developed imaging technology and computational analyses to visualize viral frameshifting at the level of single molecules in living cells.
Dynamics of key viral attack strategy visible for first time
Researchers have developed imaging technology and computational analyses to visualize viral frameshifting at the level of single molecules in living cells.