Linnard?s hydrogen on demand system without electricity !

[ResinRat2]

Hi Chris,

OK, sounds good. Parts are on the way.

Keep me posted.

Thanks,

Dave

[Dingus Mungus]

There are still a few components on the way...
But the first pvc reactor vessel is almost done!

In a perfect world I should have it shipped out
to ResinRat for testing by next weekend.
And if all goes well hopefully a video coming soon!

For now pics of the reactor so far:

[ResinRat2]

Hi Chris,

Wow! Looks sharp.

Should be easy to measure hydrogen output and hook it up to a fuel cell.

Also, I had another thought. I think zinc bolts, washers, and nuts are available. This may work for the bottom connections, but they may be subject to corrosion. Let me know what you think.

Another thought: Do you think we may need another pipe connection across and below the "U" connection? This would give another place for the two cell's electrolyte solution to mix.

That's for the future though, right now your efforts are very appreciated.

Great Job,

Dave

[ResinRat2]

I performed another experiment this weekend and the results are very interesting.

I put together the normal cell for experiment #13 of the patent and into this cell I placed two electrodes of tungsten and 2 electrodes of zinc. I connected a zinc with a tungsten electrode, and the other two I did the same. So I had each pair shorted out separately. Both tungsten began to give off hydrogen as usual.

After about an hour I attached a 1.5V AA battery to one pair of electrodes (W-Z) with the negative side of the battery connected to the zinc. This should regenerate the zinc and produce oxygen, and this was what I observed; but what is interesting is that the tungsten electrode of the other shorted pair continued to produce hydrogen at what looked like the same rate. What I was doing was balancing the reaction electrically.

This means that I could most likely use the fuel cell to produce voltage, and regulate that voltage through a variable resistor (or some other way) with just enough amperage going to the zinc to induce regeneration and oxygen production. This  means I can most likely control the amperage enough to produce an overunity situation.

This is my goal, theoretically; and this is the experiment I would want to perform on the clear PVC reactor. If enough hydrogen gas can be produced to be in excess of the required amperage needed to regenerate the zinc, then we would have a cell that would produce hydrogen/oxygen gases at a 2:1 volume ratio. Exactly what is needed to manufacture a sealed unit that hopefully can produce a slight excess voltage and run completely off ambient temperature.

The zinc electrodes would still need to have their connections switched every so often; but that is for future problem solving. Right now I want an overunity reaction, and this definitely looks feasible. This means no outside circuit, nor an outside battery would be needed. Only a way to control the output amperage/voltage of the fuel cell.

Man I am so encouraged by this last experiment. This means a single cell can be used, and no outside battery would need to be charged or even used.

Chris, after you read this please shoot me an e-mail or phone call and let me know how far along you are to building the reactor. Maybe we can alter the present unit to include a second set of W-Z electrodes to be used for regeneration.

[Dingus Mungus]

Zinc bolts and hardware would work for preventing a uncontroled galvanic reaction, but as you had pointed out, too much use would result in the the bolt eventually oxiziding untill a leak is sprung. But if its in a constantly maintained cell, the zinc would all eventually migrate down and reduce to the bolt head, thereby avoiding the problem and extending the exposure time required to ruin the reactor.

As for the 4 electrode cell... That makes sence and gives me a lot of new ideas! I can and would be willing to moddify the reactor vessel to include this design adjustment. I would simple add a 'T' with 2 'L' connections to the bottom of each clear 'T'. So the reactor would have 4 legs and 2 gas exits. If used on a o2/h2 fuel cell and if both Zn samples share one side and both WC samples share the other side, we could use the water levels to monitor the balance of the reaction.

I'll replicate your experiment later tonight... Time permitting.
Let me know if you want me to upgrade the two leg vessel while I still have it.
I couldn't find your number or I would have called, but give me a ring if you get the chance.

Congrats on the finding our next phase of research,
~Dingus Mungus

(I'm doing the excited about hydrogen research dance)