Linnard?s hydrogen on demand system without electricity !

[ResinRat2]

Hi Everyone,

News about Airgen. Posted yesterday:

http://www.fuelcellsworks.com/Supppage7951.html

This is too funny to contemplate. What do I have running for regeneration? 0.8 - 0.9volts to produce the oxygen and bring about the zinc regeneration. That means I am producing both hydrogen and oxygen like regular electrolysis.

I love it. I must be pretty close to the right track. lol

My guess is if you set up similar to my last experiment, and run it with a transformer at about 1 volt, that you would get the hydrogen and oxygen off just like regular electrolysis AND the zinc would be regenerating at the same time.

This is too similar and too amazing. Wow!

[ResinRat2]

Hi Everyone,

Well, I rechecked the numbers and here is what I recorded for the running of the reactor today:

Fan : 1.4 volts at 29mA

Regeneration: 0.826 volts at 7.23mA

So am I right here?

(Fan Draw) - (Regeneration Draw)  =  Overunity Amount

(1.4 V x 0.029 A)  -  (  0.826 V  x  0.00723 A)  = Overunity

   (   0.0406 Watts )   -   (   0.00597 Watts )    =  0.0346 Watts Overunity.

That's :           (0.0346/0.0406) x 100 =  85% Overunity 

OK, somebody tell me what I am doing wrong. It can't possibly be that high.

It's running and regenerating and I still need to fix the pressure problem but I am working on it.

Somebody tell me where my numbers are wrong.

[Super God]

I think what that means is 85% of your output power from the fuel cell is going to the fan and 15% to regeneration?  So I guess that the energy moving the fan would be the excess and thus overunity.  But don't quote me on that.  So, the regeration is working??  SWEET.

[ResinRat2]

Sounds like the 85% to run the fan is your OU.  Like Super says,  Congrats Dave..
Now, make it bigger and send me one.  hahaha.
What are the specs on the cell?  You're probably not maxing it out right?  So you might want to shoot for more gas output next round.  Sure you have another round in you now.  This is exciting for sure.
Also, with the cost to make unit & cell and the watts out, you can see what your kilowatts costs are.  You have to beat the power company .10 per Kw.  That is always the big trick and the also cost to maintain it. 
Any heat from this one?  If so your AC is pulling power to cool it.  But in the past it did not get hot. 

Hi Mike,

I agree, this looks like it is encouraging enough to build a larger unit. I am using only 12 Tungsten/Carbide electrodes in this one so it is small. I have 40 or 50 more electrodes I can put into a unit. I would like to see how the regeneration and the switching of the zinc electrode connections works out longterm before I do anything else. No sense building a larger unit until I learn how to maintain a smaller one.

I have to admit, as I'm measuring this unit and watching it work I get butterflies in my stomach. I know it sounds silly, but I feel like I am looking at a new era in human existence. The beginning of the hydrogen era boys. This particular unit has a small output, but we can build it any size we want; and no excess heat to make things complicated. It feels so weird to be part of this.

Fuel Cell specs:

Fuel cell 1:
Fuel Cell Eco H₂/Air
Power: 300mW
Generated Voltage: 0.4-0.96V
--------------------------------------

Fuel Cell 2:
3.0 W PEM Stack 4 Cell Convection Fuel Cell Stack
Power output: 3-5 Watts
Voltage: 0-3.5 V
Current: 0-2.5 A

---------------------------------------

Thanks everyone for your interest.

[ResinRat2]

Hi Mike,
You are right, I am using the small cell for the regeneration and the larger one to power the fan.

Fixing the pressure problem should be as simple as sealing the oxygen side and putting a pressure release there. I can't fit more electrodes in this one because of the design and the size, but I think once the pressure problem is fixed that the running of the unit will be more stable.

Posting some video soon.

Thanks everyone for your interest.