Electricity from silk cocoons?
August 25, 2014 08:59 AM - Richa Malhotra, SciDevNet
Researchers in India say they have developed a prototype of an energy-harvesting device from the cocoons of a domesticated species of silk moth. They hope to put the technology to practical use while also tackling waste materials from the silk processing industry.
Caesars installing EV charging stations
August 22, 2014 06:39 PM - Editor, Justmeans
Caesars Entertainment Plans to Widely Expand Vehicle Station Network Across the Country, Encouraging a Future of Green Transportation. Across the Country, Encouraging a Future of Green Transportation. Relax and recharge has a new meaning for visitors at Caesars Entertainment Corporation (NASDAQ: CZR) resorts. While guests enjoy their stay, they can now conveniently plug in and charge their electric vehicles thanks to new EV charging stations at 13 Caesars' resorts and casinos.
Origami in Space
August 16, 2014 09:30 AM - Winfield Winter, ENN
An ancient art form is beginning to take off in a way no one thought possible: on a spaceship. Origami, or Japanese folding paper, is currently being developed into solar panels at NASA's Jet Propulsion Laboratory at The California Institute of Technology. Solar panels that have endless applications. Space travel has already turned over the possibility of solar-powered flight via folding panels, but this particular reincarnation is different. Developers cite a more intricate fold that allows for efficient deployment of the solar arrays. And it doesn’t stop there. Origami may one day be used in self-assembling solar arrays that are launched into space to power the earth below.
The power of distributed power!
August 14, 2014 03:03 PM - ELISA WOOD , Clean Techies
Once upon a time when a big power plant retired, it was replaced by one as big or bigger. But not anymore. Energy efficiency is increasingly reducing the need for more power. And when it is needed, distributed generation may be enough. That's how utilities increasingly view the market, according to this year's Strategic Directions: U.S. Electric Industry report issued August 12 by Black & Veatch. The report is based on a survey of 576 utility leaders from May 7 to May 27.
Harnessing High-Altitude Wind Energy
August 14, 2014 07:53 AM - ClickGreen Staff, ClickGreen
Researchers have discovered that the world's energy needs could easily be met by harnessing the power potential of high-altitude winds. Developers in an emerging field known as airborne wind energy envisage using devices that might look like parachutes or gliders to capture electricity from the strong, steady winds that blow well above the surface in certain regions.
Will California land the Tesla Gigafactory?
August 13, 2014 09:25 AM - Leon Kaye, Triple Pundit
Tesla Motors' proposed "Gigafactory," Elon Musk's vision of a massive factory that would revamp the global supply chain for lithium-ion batteries and then sharply reduce their cost, still does not have an official location. California was not even on the radar, as rumor had it the Reno, Nevada area was the frontrunner to land this factory that promises to employ up to 6,500 people - in fact, excavation of a proposed site has already been completed. Arizona, New Mexico and Texas were also frontrunners in the event negotiations.
What happens immediately after an oil spill?
August 9, 2014 08:51 AM - Ecole Polytechnique Fédérale de Lausanne, via EurekAlert
The fate of oil during the first day after an accidental oil spill is still poorly understood, with researchers often arriving on the scene only after several days. New findings from a field experiment carried out in the North Sea provide valuable insight The immediate aftermath of an oil spill The fate of oil during the first day after an accidental oil spill is still poorly understood, with researchers often arriving on the scene only after several days. New findings from a field experiment carried out in the North Sea provide valuable insight that could help shape the emergency response in the immediate wake of disasters.
Are humans impacting the deep Earth?
August 7, 2014 09:31 AM - Alex Peel, Planet Earth Online
Human forays deep underground, such as boreholes, mines and nuclear bomb tests, are leaving a mark on the planet's geology that will last for hundreds of millions of years, say scientists. In a new report, published in the journal Anthropocene, they say we are altering Earth's rocks in a way that's unique in the planet's 4.6 billion-year history.
Spray-on Solar Panels?
August 4, 2014 03:33 PM - ClickGreen Staff, ClickGreen
A team of scientists at the University of Sheffield are the first to fabricate perovskite solar cells using a spray-painting process — a discovery that could help cut the cost of solar electricity. Experts from the University's Department of Physics and Astronomy and Department of Chemical and Biological Engineering have previously used the spray-painting method to produce solar cells using organic semiconductors - but using perovskite is a major step forward.
Drilling in the Dark
August 1, 2014 08:54 AM - University of Wisconsin-Madison
As production of shale gas soars, the industry's effects on nature and wildlife remain largely unexplored, according to a study by a group of conservation biologists published in Frontiers in Ecology and the Environment on August 1. The report emphasizes the need to determine the environmental impact of chemical contamination from spills, well-casing failure, and other accidents. "We know very little about how shale gas production is affecting plants and wildlife," says author Sara Souther, a conservation fellow in the Department of Botany at the University of Wisconsin-Madison. "And in particular, there is a lack of accessible and reliable information on spills, wastewater disposal and the chemistry of fracturing fluids. Of the 24 U.S. states with active shale gas reservoirs, only five maintain public records of spills and accidents." The 800 percent increase in U.S. shale gas production between 2007 and 2012 is largely due to the use of hydraulic fracturing. Also called fracking, the process uses high-pressure injection of water, laden with sand and a variety of chemicals, to open cracks in the gas reservoir so natural gas can flow to the well.