Linnard?s hydrogen on demand system without electricity !

[Dingus Mungus]

Just keeping an eye on this project... I know it'll work.

Update: I may be moved in to my new home as early as August!
Then I'll be back on this project ASAP! Keep up the good work!

Any new info on the reactor build?

~Dingus

[ResinRat2]

Hi Chris,

I am testing the new low-cobalt tungsten electrodes right now. Initial results seem to indicate that the higher cobalt content may give a better output of hydrogen. I want to do a few more tests to be sure this is correct. I am actually surprised by the results so far, but what I expect doesn't matter. Only the truth matters.

I have also been testing a variation of the cell that uses no zinc! My purpose here was to get rid of the regeneration of the zinc that seems to be the cause of all the problems. I have interesting results so far. The electrodes are two tungsten/carbide/(25%)Cobalt rods. One hooked to positive, the other hooked to the negative side of a AA battery. I am getting gas off both electrodes. Theoretically correct at higher output at the negative side (hydrogen) and lower output at the positive side (oxygen). Very low voltage use (5 days off a AA so far and great gas output). The cell looks cleaner than one that uses zinc as well. This one does not give off gas spontaneously like the other zinc cell, but it gives it off at a good output.

My hope is to build a variation of this soon (besides the regular cell I am building now) where two fuel cells are used. One to keep the reaction going (lower voltage fuel cell about 1 volt), the other (higher voltage fuel cell about 3 volts) to power some device using the excess hydrogen/voltage. So it would be a self-runner that gives off excess power and needs no zinc regeneration. This is a future project though. I mentioned this project to mramos and IronHead and asked if they could try it out with higher voltage systems and two SS electrodes. IronHead mentioned to me the output was impressive enough (using two SS electrodes) for him to want to show it to others. Mike has not gotten back to me as yet on it. I think he needed to buy some magnesium colloid. That was a few days ago.

Anyway, things are moving along, just not very fast. Sorry about being slow on this but I am trying my best right now.

Hope you like your new place. I have a few experiments for you to try if you can and as long as it doesn't get you into trouble. If not, then that's OK too. We all do what we can.

Nice to hear from you again.

Dave

[Dingus Mungus]

Glad to hear there is a lot going on behind the scenes! I don't want to rush you though... Send me a PM with the mentioned experiments and I'll see what I can do to replicate and confirm your results. Using the catalyzed solution in a standard electrolyzer does sound like a good angle to look in to... I'll be around.

~Dingus

[ResinRat2]

Hi All,

I am a firm believer in open-sourced information. This is for anyone using an electrolyzer that uses two stainless-steel electrodes to try.

Electrolyte solution:

10 grams NaOH
20ml of 20ppm concentration of colloidal silver (silver colloid)
10ml of 20ppm concentration of colloidal magnesium (magnesium colloid)
bring this mixture to a total of 100ml with deionized or distilled water.

Using this formula of solution, try it in your electrolyzer with two SS electrodes and see what kind of output of hydrogen and oxygen gases you get. My testing shows it very effective and I want everyone to see this. Try it on your high voltage system too. I get great results just using a AA battery and I am using two tungsten/carbide electrodes.

Please post your results here or on this forum for all to see. I don't believe in keeping "secrets" like some other people.

Note: this still needs long term testing. I need to know how stable this is and how long it will last. Please let us know here. Thank you.

This is something I will pursue at a later date. Right  now I am working on my fuel cell electricity generator.

[ResinRat2]

Hi All,

My last testing on the low cobalt (5%) vs. higher cobalt (25%) tungsten/carbide rods makes me want to favor the lower cobalt rating. The higher cobalt electrodes started to give the electrolyte solution a bluish color, and this color we associate in the lab with cobalt. (Sevre's and Thenard's blue are salts of cobalt used in pottery, tiles, glass, etc.) Even though the higher cobalt electrodes seemed to give off a higher volume of gas, this gives me an indication that the cobalt part of the electrodes are given a tendancy to deteriorate in this electrolytic system.

So finally, my conclusion is to use the low cobalt electrodes in my hydrogen generator.

I will now finish building the reactor.

One last quote I would like to put out:

"Great works are performed not by strength, but by perseverance."
                                             ----------    Samuel Johnson


Thank you for your interest.