Linnard?s hydrogen on demand system without electricity !

[ResinRat2]

hey george, 
good ideas
i already thought about the waste heat from the fuel cell by putting it underneath the the reactor, as heat rises
and these little cells are not very efficient.
the only problem would be the recycling of the water from the fuel cell,
to do this without the aid of a pump you would need the fuel cell to be above the reactor and another input from the bottom of the reactor with an elbow and length of  vertical pipe at least as tall as the reactor body. a kind of water trap, and let the fuel cell dribble into the vertical pipe, gravity will do the rest.
otherwise you would need a sump under the fuel cell and a small pump....syringe?
just thinking out loud
regards
dorro

Hi dorro,
All these problems will be solved once the reactor is completely sealed. That is the final step in the Goal! The fuel cell will be incorporated within the cell by the platinum coated meshes that I will be working on. All the heat generated will go directly into the electrolyte solution. Since it will be sealed there will be no loss of water.

Can you picture a "cold" box sucking the heat from around it just like an ice cube does? Only this box won't melt; only produce electrical power.

Can you picture that? I can.

[Davetech]

Hi Dave,

As soon as you get this device punched out, you will be ready to design one for weightless environments, right? Because we are going to need them for space exploration. LOL

Of course we are going to have to get you some room to work on the ISS. Hope you have plenty of dramamine.

I'm so far behind... I finally made it over to the biggest welding supply company in my area to refill my acetylene tank and nope... they did not have any tungsten carbide welding rods. Figures...

I have not posted in a while because I had nothing add... (as if this post was adding anything).  Anyway, keep up the excellent work. Your footnote in science is growing larger!   

I hope no one will mind if I plug my project site which I just built a couple of days ago to show off the (non-OU) projects that I have managed to make progress on: http://davetech23.tripod.com/

So, until I have something worthwhile to add...

Davetech

[ResinRat2]

So now is it reasonable to turn the FAN onto the Electrodes, for both Air Cooling and feeding heat back into reaction, a closed loop Air Conditioner? Fuel cell heat could also be coupled back.

Hey George,
I loved it. I ran downstairs and turned the fan around to blow on the reactor.
Great idea!
Thanks!!!

Now I wonder about this. When I put my hand between the reactor and the fan I feel my hand cooling. Is the fan blowing moisture over my hand and cooling my hand? If that is the case, is it doing that to the reactor? Actually cooling it by blowing the moisture away from the reactor surface and cooling it? Isn't that how sweat on your skin and wind cool you?  Or am I being fooled by the fact that my body temperature is higher than the air temperature? Unlike the reactor that is cooler than the air temperature.

I wonder if it is better to point the fan away from the reactor so it DRAWS the cooler air away from the reactor. This replaces the cooler air by warmer air from the surrounding environment? Is that the same thing? Not sure. Wish I had a way to measure the reactor temperature.

[ResinRat2]

As soon as you get this device punched out, you will be ready to design one for weightless environments, right? Because we are going to need them for space exploration. LOL

Of course we are going to have to get you some room to work on the ISS. Hope you have plenty of dramamine.

Unless the spacecraft is completely sealed from heat loss to the surrounding vacuum of outer space, the heat would slowly (or quickly) bleed from the spacecraft and eventually lose all energy. This unit does not create energy, it mearly transfers the available energy from warm to cool back to warm again.

On our earth it would actually just be running off the available energy of our sun.

[Davetech]

"...the heat would slowly (or quickly) bleed from the spacecraft and eventually lose all energy."

So we need a constant, small, long lived supply of heat.....   hmmmm... hey, that's what they make uranium for!

Just shootin' from the hip here.