CSU, TotalEnergies join forces to create qualification standards for greenhouse gas measurement methods
The combined team will develop internationally recognized protocols to qualify methane and greenhouse gas emissions measurements.
The combined team will develop internationally recognized protocols to qualify methane and greenhouse gas emissions measurements.
In a new paper, CSU engineering researchers who specialize in life-cycle assessment of different industries provide the clearest view to date of what the true cost of biofuels really is.
The project will merge expertise from CSU and Pennsylvania State University to improve understanding of methane emissions uncertainties.
From using an e-bike to even riding a horse, here's a look at the carbon impact of different modes of transportation per mile.
CSU and the Department of Energy align on research agendas including decarbonization, energy efficiency and clean fuels.
The STEM program is a hands-on design celebration in which student teams design, construct, and test small scale wind turbines and solar structures at events all over the world.
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.