The study entailed critical evaluation of the U.K.’s current method of calculating methane emissions, and suggested alternative, peer-review based methods and generating revised emission estimates.
Algae takes less water than other alternative materials used to make sustainable biofuels, according to new research by Mechanical Engineering researcher David Quiroz.
CSU researchers led by Daniel Zimmerle, director of the CSU Energy Institute's Methane Emissions Program, are co-founders of the new Energy Emissions Modeling and Data Lab, headquartered at The University of Texas at Austin with additional partners at Colorado School of Mines.
The study provides a more detailed view of the inequalities in exposure to known air pollutants among different United States populations.
Sen. John Hickenlooper toured the METEC facility on the Foothills Campus on Oct. 25, where he learned all about CSU's innovative efforts to reduce methane in the atmosphere.
Sen. John Hickenlooper toured the METEC facility on CSU’s Foothills Campus on Oct. 25, 2022.
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.
Engineers and social scientists will study how contaminants migrate in and through homes and how human behavior and the home environment intersect to influence overall health.
Twenty six students from CSU and universities across the nation participated in 10-week research programs that prepared them for graduate school and future careers in STEM.
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.