Endless energy from Salt - Magnet

[gravityblock]

Thanks Jerry for the info, I need to study this more.  So the water is ionized (charged).  Since this appears to be the case, the ionized water can be broken into HHO gas more efficiently.  According to wiki, water undergoes electrolysis randomly due to water self-ionizing.  Is this correct?

[lumen]

Here is a similar concept, except that in this case, electrolysis is used directly to separate the water where in my concept the path of the water over the magnets far below would separate the water in a spontaneous fashion without the need for electric current.

At some depth it is surmised that the expanding gas would provide all the required energy to operate the process.

[onthecuttingedge2005]

Good idea but the system is too bulky, thee best is the Highest energy density with the least amount of space to run it.

save environmental space. if I can supply energy to the entire world within 1 inch square of area, I would do it.

build your system of energy production as if you were building for your spaceship deep into outerspace because it needed a overhaul and the crew is depending on you to save their lives.

[sm0ky2]

i stumbled onto this post about 2 days ago..
and ever since then ive been making crystals from
potassium sodium tartrate......
rushed right out to the store that night and bought a bunch of baking soda and cream of tartar.
the method of preparing the salt, as prescribed in the link, leaves the water with some un-reacted sodium carbonate, which of course burns into a brown oxidation of sorts.. polluting the water.
it wont crystalize, so the crystals you remove from the water will be "pure". you can dissolve these again, into pure water.
heat, filter, and recrystalize. this will eliminate almost all of the impurities from the salt.

when i pulled out the magnets, i stumbled onto something interesting.


the crystals themselves dont seem to be affected by the magnetic field, at least not in any visible way...
but while growing them, there is an interaction between salt and magnet.
crystals grown without magnets, grow in random directions. either individually or in bunches.

but, with a ceramic ring magnet (magnetron) sitting with a pole up underneath the jar.....
makes all the crystals grow in the same direction. regardless of where they are in the jar, how close they are to each other, ect.

i havent tried changing poles, but i would presume they would just grow the other way, meaning their reference "nagative" pole would face the opposite direction.

it doesnt seem to affect the time duration of the crystalization.
and the heat produced from the process isnt any greater with or without magnets, in various orientations. the heat produced is proportional by volume, and is most noticible during the time between when the crystal-water mixture is a creamy slush,
and when it completely dries out. it may relate in some way to the crystal structure when it "hardens". i havent gotten anything "too hot to handle", but a 4 cup container's worth of mixture can register almost a 30-degree increase on the thermometer during that drying-out time. once the crystal hardens it cools completely and stays a few degrees below room temperature.

anyhow, i though i would share that bit about them lining up in the horizontal plane in the presence of a verticle-oriented field.

makes it easy to pull out some really nice crystals.

heres 2 of the crystals i made today

[gravityblock]

So the water is ionized (charged).  Since this appears to be the case, the ionized water can be broken into HHO gas more efficiently.  According to wiki, water undergoes electrolysis randomly due to water self-ionizing.  Is this correct?

I guess the answer to this question is not important, along with everything else.

I'm sorry, but just throwing some magnets in water or a solution isn't going to cut it.  We have to attack this on all fronts and leave no stone unturned and squeeze every ounce of energy out of a system as we can with every method that is available and known to us before we are successful.


GB