Researchers in California have produced a cheap plastic capable of removing large amounts of carbon dioxide (CO2) from the air. Down the road, the new material could enable the development of large-scale batteries and even form the basis of “artificial…
04.07.2011
Categories: environment, Explosions, Fukushima Daiichi, Fukushima Daiichi Nuclear Power Plant (Japan), global warming, greenhouse emissions, Home Wind Power, Japan Earthquake and Tsunami (2011), nuclear accidents, seawater, Solar Power, Solar Power Generation, Tokyo Electric Power Co, Wind Power, Wind Power Generation, zirconium | Add a Comment
An explosion at the nuclear plant would be powered by a combination of oxygen and hydrogen. Where are those gases coming from? From the doused seawater, gamma radiation from the nuclear fuel, and zirconium metal cladding.
03.26.2011
Categories: environment, global warming, greenhouse emissions, Home Wind Power, Solar Power, Solar Power Generation, Wind Power, Wind Power Generation | Add a Comment
The hydrogen explosions that shattered the tops of two reactor buildings at the Fukushima 1 nuclear complex followed the vent…
03.16.2011
Categories: environment, global warming, greenhouse emissions, Home Wind Power, Solar Power, Solar Power Generation, Wind Power, Wind Power Generation | Add a Comment
Japan’s nuclear crisis escalated ominously following a third and more dangerous hydrogen explosion early Tuesday local time t…
03.16.2011
Categories: environment, global warming, greenhouse emissions, Home Wind Power, Solar Power, Solar Power Generation, Wind Power, Wind Power Generation | Add a Comment
The threat of a fission explosion at the Fukushima power facility emerged today when the roof of the number three reactor exploded and fears that a spent fuel pool, located over the reactor, has been compromised. The pool, designed to allow reactor f…
02.11.2011
Categories: Agriculture Department, bacteria, cellulosic ethanol, Clostridium Ljungdahlii, environment, Ethanol, Federal Aid (US), Florida, fuel-eating bacteria, global warming, greenhouse emissions, Greenhouse Gas Emissions, Home Wind Power, Ineos, Ineos Bio, Methane, plant waste, Solar Power, Solar Power Generation, Vero Beach, Waste Materials and Disposal, Wind Power, Wind Power Generation | Add a Comment
Ineos will gasify plant waste and then use bacteria that eat the resulting carbon monoxide and hydrogen. The gas they don’t eat will be burned for electricity.
01.21.2011
Categories: Bloom Energy, California, Credit Suisse, Credit Suisse Group A.G, Credit Suisse Group A.G|CS|NYSE, Electric Light and Power, environment, fuel cells, global warming, greenhouse emissions, Home Wind Power, hydrogen and fuel cells, Powell, Colin L, Schwarzenegger, Arnold, Silicon Valley (Calif), Silicon Valley Bank, Solar Power, Solar Power Generation, solid oxide fuel cell, Sridhar, K R, Wal-Mart Stores Inc, Wal-Mart Stores Inc|WMT|NYSE, Wind Power, Wind Power Generation | Add a Comment
Bloom Energy says its service will allow customers to buy the electricity generated by its fuel cells without buying its six-figure 100-kilowatt solid oxide model.
09.06.2009
Categories: environment | Add a Comment
What if water fuel cells were the future of cars? What if we could really get rid of gasoline and oil dependence through this amazing technology, and what if we could ask our cars to run solely on water? It would change everything.
08.13.2009
Categories: environment | Add a Comment
Water fuel cell definition- It is important to understand exactly what water fuel cells are, before we can give consideration to water fuel cell kits. A water fuel cell can be defined as a device with perpetual motion, used during motor vehicle retrofitting.
08.13.2009
Categories: environment | 2 Comments
Gasoline prices are rising every day, and many people are searching for a more economical solution. Many have decided to make use of water fuel cell technology, but many others have a lot of questions about this option. These days, though, you might have to take whatever you can get, so it’s good to look into this option.
