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Technology

Sand used for better lithium ion battery

A new low cost way to improve the performance of lithium ion batteries has been developed to the University of California, Riverside. The key is, to add a little sand. Sand. Yes, sand. The stuff you find on your hair and clothing after a trip to the beach is the key to the creation of the lithium ion battery that can outperform the current industry standard by three times. “This is the holy grail – a low cost, non-toxic, environmentally friendly way to pro...

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One-step chemical mix reduces reflectivity of silicon for better light absorption

In just one-step, researchers from Rice University have found a way to improve the efficiency of solar cells. Chemist Andrew Barron has developed a technique to etch nanoscale spikes into silicon that allows more than 99 percent of sunlight to reach the cells’ active elements where it can then be turned into electricity. Mr. Barron, along with Rice graduate student Yen-Tien Lu, has simplified the two-step process that...

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Various aspects of green web designing that will aid an entrepreneur

For any business organization, it is important to have a web presence to generate traffic and yield high profit. Of late, the entrepreneurs across different areas of work have taken initiatives to contribute positively to the environment and make this earth a better place to live for the ecology. A recent trend has been noticed in the rise of the eco-friendly websites and also hosting services. Well, green websites or...

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Fuel cell runs on fossil fuels for cleaner power

The transportation sector has an emissions problem. The use of fossil fuels to power vehicles causes massive amounts of pollution and contributes to climate change. A new fuel cell developed at Washington State University is looking to solve the problem of burning fossil fuels by. . . using fossil fuels. Professors Su Ha and M. Grant Norton in the Voiland College of Engineering and Architecture have developed a fuel cell that can...

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Floating wind turbine captures stronger winds for more clean power

A new, floating wind turbine design could bring clean, renewable power to off-grid areas. Alumni of the Massachusetts Institute of Technology, Ben Glass and Adam Rein, have launched a start-up called Altaeros which will develop the world’s first commercial airborne wind turbine. Their Buoyant Air Turbine, or B.A.T., uses a helium-filled shell - made of the same fabric used in blimps and sails - to hover around...

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Nickel and iron used to create faster, cheaper biofuel process

By using a new, metal-based nanoparticle, scientists at the United States Department of Energy’s Ames Laboratory are able to simplify the creation of biofuel from oil and fats. The Ames scientist use their nanoparticle to create green diesel, an alternative created from the hydrogenation of oils from renewable feedstocks like algae. Currently, oil from renewable feedstocks is used for fuel by reacting...

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Perovskite solar material to reach conversion efficiency of over 30 percent

A new crystalline solar material called perovskite is displaying efficiency levels above those of conventional solar materials. According to researchers at the United States Department of Energy’s National Renwable Energy Laboratory, the new material is shooting up the efficiency charts faster than anything they have seen before and could serve as the key to a less expensive way to generate electricity...

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New ceramic material developed for hydrogen storage

A new ceramic material developed by engineers at the University of California, San Diego, has been demonstrated to be able to store and release hydrogen safely and efficiency. The researchers used a compound made from mixture of calcium hexaboride, strontium and barium hexaboride to store hydrogen. The use of hydrogen as a power source could be a crucial component to a clean energy society. Hydrogen fuel cells are being used...

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Tsunami-proof nuclear power plants to float on water

A new design for nuclear power plants – which finds them built on floating platforms similar to those used for offshore oil drilling – could protect them from the consequences of tsunamis. In 2011, when an earthquake and subsequent tsunami struck Japan’s Fukushima Daiichi nuclear power plant, the damage that caused the plants shutdown was mostly due to the lack of cooling for its reactor cores. A new design from the Massach...

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Combining algae cultivation with industrial processes in cold climates

To bring algae biofuels to countries with cold climates, you have to link algae cultivation to industrial operations. A project by the VTT Technical Research Center of Finland is looking into ways to profitably cultivate algae for energy production purposes in Finland. The profitable cultivation of algae in Finland is challenging because of its cool climate and long winters. Algae need warmth...

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