Stanley Meyer Explained

[TechStuf]

Hydrogen production using cheap metals (Nickel/Nickel Oxide) at low voltage is now possible and very efficient.  Such that a single AAA battery can be made to produce it via simple method.

http://www.youtube.com/watch?v=Nh_0cRYebYU

http://news.stanford.edu/pr/2013/pr-nickel-water-splitter-111213.html


TS

[h20power]

Hydrogen production using cheap metals (Nickel/Nickel Oxide) at low voltage is now possible and very efficient.  Such that a single AAA battery can be made to produce it via simple method.

http://www.youtube.com/watch?v=Nh_0cRYebYU

http://news.stanford.edu/pr/2013/pr-nickel-water-splitter-111213.html


TS

I am well aware of that technology and as always they are 5-10 years down the road. This I am showing and telling you is happening right now.

I guess what most fail to realized about what Meyer did is it operates at a subatomic level. Now it would take me too long to lay all of that out for everyone so that means you all have to do your own homework on the things I say.

h2opower

[teslaedison]

you guys only need two electrodes in said water and preferably distilled water because you dont want all the chemicals to react to the magnetic moments in the water for starters !!   And another thing is that your trying to mess with single molecules at a time too here !!   I found out that you can flash the whole mass of distilled water with the magnetic moment as pulses but with all the frequencies like lightning bolts hint hint !!!   You have to get rid of all the bad negative Ion's of said water which are also Negative Electrons that are losing there magnetism because of heating up the tap water to get the distilled water that affects each negative electrons when all electrons are part of the magnet flux lines which are static in themselves !!! Here is a diagram to show you all here how blowned up you can see what I am talking about how the electrons are attracted to the oxygen now
Thomas

[TechStuf]

I am well aware of that technology and as always they are 5-10 years down the road.

Perhaps not as well aware as you assume.  Afterall, the methodology for depositing thin films of Nickel Oxide on cheap silicon wafers is not rocket science.  It's only 5-10 years down the road for those who prefer the hard way. The point is, it is simple and they're doing it N-O-W.

http://jes.ecsdl.org/content/146/4/1407.abstract

The technology is eminently scalable and much simpler and more efficient than any other I've seen.  And I've been down that road aways.  And its back alleys too.

Hydrogen catalysis don't get much simpler than that, and with the observed output at 1.5v with a triple A battery.....

Well, the results speak for themselves.


TS

[teslaedison]

with 1.5v of DC you can use a coil with it to up the voltages but you would need a DC capacitor with this also to harness the energy and then use it when you need it all to produce a flashing affect to the whole water !!!  Energy is not wasted