Algae takes less water than other alternative materials used to make sustainable biofuels, according to new research by Mechanical Engineering researcher David Quiroz.
Moving an object weighing 33 tons is a feat in itself, but when you add its dimensions – a 28-foot by 9.5-foot by 8-foot container – and desired location, it’s no wonder that it took a year to plan the arrival of the newest engine at Colorado State University’s Powerhouse Energy Campus.
Dumitrache's current research project targets Mach 5 airplanes, or planes that fly at five times the speed of sound—how can you keep the flame of an engine ignited when it’s moving a such a high speed?
“What we’re proposing with our research is to address water quality issues while producing biofuels."
The Front Range has emerged as a technopole. From Fort Collins to Denver to Colorado Springs, a collective of big research universities including CSU, government laboratories, military bases and supportive state and local governments have merged into a technology innovation ecosystem.
The custom-built, high-intensity flow-through photochemical reactor is being integrated into the university’s wider coronavirus and other research efforts, as it can be used to inactivate many types of viruses and pathogens.
Just like coughing, sneezing, talking and singing, playing wind instruments can spread respiratory particles that may carry the COVID-19 virus, according to a new CSU study.
Colorado State University is now on the leading front of research universities after obtaining a 3.5 megawatt gas turbine donation. (CBS 4 Denver)
Two recent CSU grads have received 2022 Activate Fellowships, awarded to entrepreneurs who are springboarding great technologies into marketable ones.
The turbine’s arrival at the Powerhouse Energy Campus marked the beginning of its new life in higher education research.