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The Bioenergy Technologies Office (BETO) blog posts are a great source to learn about the progress BETO is making toward its goals.
How Idaho National Laboratory's Dr. Lynn Wendt has come to understand and mitigate the detrimental impacts of biomass decay after harvest.
One of the most exciting things about bioenergy is the potential for one innovation to solve multiple problems. Last September, the U.S. secretaries of energy, transportation, and agriculture announced the Synthetic Aviation Fuel (SAF) Grand Challenge,
Supported by the U.S. Department of Energy Bioenergy Technologies Office, the National Renewable Energy Laboratory is striving to bring more low- and zero-net-carbon synthetic aviation fuel to the market.
Perhaps worse than reinventing the wheel is being forced to reinvent the wheel. Unfortunately, that has been a reality for many scientists working to develop catalysts used to upgrade waste or biomass resources into climate-friendly biofuels.
We need synthetic aviation fuels and efficient aircraft technologies to meet emissions reduction goals. Argonne’s GREET model can help guide the airline industry and jet fuel producers in the right direction.
With cleaner technologies and regenerative farming practices, low-carbon ethanol can be converted into synthetic aviation fuels. Argonne’s GREET model simulation shows a path to zero-carbon jet fuel from corn-based ethanol.
An Idaho National Laboratory research team has identified models that could help scale-up processing to industry scale at an economically low cost.
Techno-economic analysis is the first to model PNNL technology across wastewater facilities.
Two new publicly available web-based software tools developed at Berkeley Lab aim to help researchers and companies explore viable bio-based fuels and products without ever stepping foot in the lab.
Bioprose Blog: National Renewable Energy Laboratory (NREL) researchers can accurately predict reaction rates and optimal conditions for making biofuels. Their secret? Complex math to sketch the intricate chemistry and physics that drive catalytic fast...