Cold fusion isn't some magical free energy machine. It produces excess heat, but slowly. So don't go thinking this is some kind of Mr. Fusion device that you can feed some banana peels and expect to get clean electricity out the other end. Rather, cold fusion converts mass to heat energy, slowly losing a bit of mass through very low-energy nuclear reactions (hence the LENR name) that generate excess heat. In practical terms, cold fusion produces hot water.And why is hot water useful? Because with hot water, you can produce steam. Steam turns turbines that generate electricity. This is how coal power plants work, too, except they're burning coal to heat water instead of using cold fusion. Conventional nuke plants work the same way, too, using much higher-energy nuclear reactions to heat vast amounts of water that drive electricity-generating turbines.So heating water with cold fusion is a big deal. If the technology can be scaled up and applied properly, it could spell an end to the era of dirty coal power plants. And that, friends, could mean a very big deal for reducing CO2 emissions and avoiding a worsening of global warming. It will even help global warming skeptics, too, because even if you don't believe global warming is real, the climate still changes on you. Mother Nature can't be debated. It just reacts. Whether you recognize the reality of global warming or not, cold fusion technology could reduce air pollution due to coal power plant emissions. Coal power plants are the No. 1 source of mercury pollution on our planet, in case you didn't know. That's because burning coal spews mercury into the air, which then contaminates oceans and land masses, contaminating the world with mercury. (Read More ...)
Tuesday, 31 March 2009
Cold Fusion Proven True by U.S. Navy Researchers
Cold fusion isn't some magical free energy machine. It produces excess heat, but slowly. So don't go thinking this is some kind of Mr. Fusion device that you can feed some banana peels and expect to get clean electricity out the other end. Rather, cold fusion converts mass to heat energy, slowly losing a bit of mass through very low-energy nuclear reactions (hence the LENR name) that generate excess heat. In practical terms, cold fusion produces hot water.And why is hot water useful? Because with hot water, you can produce steam. Steam turns turbines that generate electricity. This is how coal power plants work, too, except they're burning coal to heat water instead of using cold fusion. Conventional nuke plants work the same way, too, using much higher-energy nuclear reactions to heat vast amounts of water that drive electricity-generating turbines.So heating water with cold fusion is a big deal. If the technology can be scaled up and applied properly, it could spell an end to the era of dirty coal power plants. And that, friends, could mean a very big deal for reducing CO2 emissions and avoiding a worsening of global warming. It will even help global warming skeptics, too, because even if you don't believe global warming is real, the climate still changes on you. Mother Nature can't be debated. It just reacts. Whether you recognize the reality of global warming or not, cold fusion technology could reduce air pollution due to coal power plant emissions. Coal power plants are the No. 1 source of mercury pollution on our planet, in case you didn't know. That's because burning coal spews mercury into the air, which then contaminates oceans and land masses, contaminating the world with mercury. (Read More ...)