A Laboratory of the Future Human Experience
How electrolysis could produce hydrogen as a way to store renewable energy.
There isn’t a cost-effective way to store large-scale solar energy. But researchers at Stanford have developed a solution by using electrolysis to turn tanks of water and hydrogen into batteries. During the day, electricity from solar cells could be used to break apart water into hydrogen and oxygen. Recombining these gases would generate electricity for use at night.
John Fleming and Tim Maxwell claim they can make ammonia for 75 cents a gallon.
John Fleming of SilverEagles Energy and Tim Maxwell from Texas Tech University, say they have developed a way to make ammonia that is cheap enough so that it could be used as fuel for cars. If their claims turn out to be true, many consumers might consider switching over because ammonia, when burned in an engine, emits nothing but nitrogen and water vapor out the tailpipe. And if that’s not enough incentive, they claim they can make the ammonia for just 20 cents a liter (approximately 75 cents a gallon).
[youtube]http://www.youtube.com/watch?v=JLcMFa2JrwM[/youtube]
Featured Invention at the Colorado Inventor Showcase 2009
Seamount Solar is a product that augments a clean-powered hydrogen-transmitted energy system by making ultra-pure water, in quantity, from saline or polluted water evaporated and collected by solar power and condensed by the cooler non-potable source. Hydrogen and oxygen produced by electrolysis burns to power the flow of clean vapor and incinerate toxins so that the system provides for energy storage and transmission and for clean water for a thirsty world.
Continue reading… “Seamount Solar: Turns Saline or Polluted Water Into Ultra-Pure Water”
