Okay, this is amazing, when and where can I get this installed on MY car.
I imagine cancer patients will be soon beating on this inventors door!
I hope he has better luck than Stanley Meyor who invented a way to fuel his car using only water, was offered a billion dollars for the patent bu oil producing countries and then was poisoned to death…. sigh.
Watch this video, John Kansas, while attempting to cure cancer (of which he apparently has had some degree of success in) has stumbled upon the ability to use salt water as a replacement for gasoline. in a nutshell, he sends radio waves at the salt water, then ignites it and it burns hotly for some time. incredible.
alternative fuel gas alternatives alternative fuel automobiles http://www.unspillable.com space solar power solar wind power solar technology solar panels
[..YouTube..] Nothing amazing. Everybody can split water to oxygen and hydrogen with electric current. You not need radio waves for it. (In my country even children know it.) It takes energy. When you burn the hydrogen, you will get the energy back. But not all, you lose a part of the energy in this process.
OH YEA take that russia
OH YEA take that russia
OH YEA take that russia
OH YEA take that russia
OH YEA take that russia 
OH YEA take that russia
[..YouTube..] OH YEA take that russia 
[..YouTube..] OH YEA take that russia
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
[..YouTube..] Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
[..YouTube..] Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
[..YouTube..] Are you referring to hydrogen cars? They don’t run on water, they run on the hydrogen extracted from water. Of course the cars are efficient, but I was referring to production of the fuel, not its consumption. And that you can turn water into hydrogen and oxygen by applying energy to it has been known a long time. There is nothing groundbreaking here, just a new way of applying energy to water, releasing its elements.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
[..YouTube..] There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
[..YouTube..] There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
[..YouTube..] There are “already” today (2012) systems and cars powered by this invention, very efficiently.
Just do a research and you will be amazed.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.
I hate to burst your bubbles guys, I understand that everybody here that actually knows anything, is aware, that you can never get more energy out of something than the energy put into something..
However, the salt water has Potential Energy, just like Coal, Oil, Gasoline. if you can find a mixture of water and salt that will generate more energy than is used to ignite the water, you can most definitely run a car on that. Probably a slow car, but a car non-the-less.