Steam reforming turns methane from biomass into a mixture that can be further converted into transportation fuels. By combining experimental and theoretical approaches, researchers at the Pacific Northwest National Laboratory ...
Materials Science
Dec 22, 2014
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More than $100 trillion in cumulative public and private spending, and 1,700 megatons of annual carbon dioxide (CO2)—a 40 percent reduction of urban passenger transport emissions—could be eliminated by 2050 if the world ...
Environment
Sep 17, 2014
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Trying to understand the chemistry that turns plant material into the same energy-rich gasoline and diesel we put in our vehicles, researchers have discovered that water in the conversion process helps form an impurity which, ...
Materials Science
Aug 20, 2014
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Diesel—we know it best as the fuel that does the heavy lifting.
Energy & Green Tech
Jul 22, 2014
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A group of San Francisco Bay Area cities, counties and water agencies is joining forces for what is being billed as one of the largest single government purchases of all-electric vehicles in the country.
Energy & Green Tech
Jul 8, 2014
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Thanks to newer and faster supercomputers, today's computer simulations are opening hidden vistas to researchers in all areas of science. These powerful machines are used for everything from understanding how proteins work ...
Biotechnology
Jan 27, 2014
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Fuel consumption by American drivers of light-duty vehicles is down 11 percent since 2004, says a University of Michigan researcher.
Energy & Green Tech
Nov 19, 2013
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Researchers at Sandia National Laboratories will use their expertise in protein expression, enzyme engineering and high-throughput assays as part of a multiproject, $34 million effort by the Advanced Research Projects Agency-Energy ...
Energy & Green Tech
Nov 18, 2013
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Urban freight transport is a major contributor to traffic congestion in Europe's cities. This in turn slows down deliveries, leading to increased costs for freight transporters and longer wait times for their customers.
Energy & Green Tech
Sep 13, 2013
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Developing highly efficient ion transport membranes for the extraction of oxygen for industrial and medical use has earned a team of Curtin University scientists first prize in the university's Commercial Innovation Awards.
Materials Science
Aug 30, 2013
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