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Technology

New pathway can increase biofuel yields by 50 percent

A new synthetic metabolic pathway developed by chemical engineering researchers at the University of California, Los Angeles, can break down sugars quickly and efficiently. The researchers believe that the rate in which this new pathway allows for the breakdown of glucose could lead to a 50 percent increase in the production of biofuels. The new pathway is intended to replace the natural metabolic...

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From trash to treasure: plastic bags to high-tech nanomaterial

Researchers from the University of Adelaide have developed a process of turning waste non-biodegradable plastic bags into high-tech nanomaterial. The process that the researchers have developed makes use of non-biodegradable plastic grocery bags to create “carbon nanotube membranes,” which are highly sophisticated and expensive materials with a variety of potential advanced applications includ...

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Sugar cane ash used for better, greener cement

Cement made from waste ash from sugar production is not only stronger than ordinary cement, it is also a greener building material. Researchers at the Niels Bohr Institute at the University of Copenhagen have found that cement made with an amount of sugar cane ash mixed in are stronger, can withstand higher pressure and crumble less than ordinary cement.In countries where sugar cane...

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New family of materials for water-splitting found by M.I.T.

Researchers at the Massachusetts Institute of Technology have found a new family of materials that can easily trigger oxygen evolution, a key reaction in fuel cells, lithium-air batteries and other advanced energy storage and delivery systems. Double perovskites are a variant of mineral that exists in abundance in the Earth’s crust. Yang Shao-Horn, the Gail E. Kendall Professor of Mechanical...

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Copper and ammonia key to new catalyst to clean vehicle emissions

The newest models of diesel engines emit very little of the greenhouse gas nitric oxide due to the use of the latest catalytic converters. A team of researchers at the Institute for Integrated Catalysis at the United States Department of Energy’s Pacific Northwest National Laboratory have completed a study on zeolite-based catalysts used in Europe. These zeolite-based catalysts blast away the pollu...

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Waste eating bacteria used to produce electricity

Researchers at Stanford University have invented a microbial battery that can generate electricity from sewage. The battery uses microbes that can produce electricity as they digest plant and animal waste as mini power plants. Yi Cui, a materials scientist, Craig Criddle, an environmental engineer, and Xing Xie, an interdisciplinary fellow, developed the microbial battery. The microbes used...

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U.S. D.O.E.’s Energy Systems Integration Facility looking into clean energy grid and fuel cell technologies

The United States Department of Energy has announced a new research center based at the National Renewable Energy Laboratory for the advancement and commercialization of advanced clean energy technologies. Energy Secretary Ernest Moniz visited N.R.E.L. on September 11 to dedicated the new Energy Systems Integration Facility, the first major research facility in the U.S. to focus on clean...

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Gadolinium nanowires used to create energy efficient UV light source

Researchers at Ohio State University are developing a new kind of light emitting diode that could lead to more portable and low-cost uses of the technology. Their patent-pending L.E.D. creates a more precise wavelength of ultraviolet light than today’s commercially available UV L.E.D.’s, is more compact, and runs at lower voltages then currently available technology. The technology could lend itself to...

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New connection technique improves stacked solar cells’ performance

Researchers from North Carolina State University have developed a technique that improves the connection between stacked solar cells thereby increasing their performance. Stacked solar cells, or solar cells that have been stacked on top of one another, currently has the highest conversion rate with 45 percent of the solar energy absorbed converted into electricity. But in order for the stacked solar...

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Tin telluride based material developed for thermoelectric devices

A new mix of non-toxic materials has been used by physicists at the University of Huston to recover waste heat and transform it to energy. The researchers use tin telluride and indium for waste heat recovery. They believe that devices using this material can transform the waste heat from sources such as vehicle tailpipes and industrial smokestacks into energy to boost productivity. It’s estimated...

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