Linnard?s hydrogen on demand system without electricity !

[kukulcangod]

Hello everybody
                         Estremely exciting results nice work , I just found this topic the funny thing Stefan is that i don't remember if I saw video from doctor griffin on this website , but I'm quite sure I saw valuable video of him exploding hydrogen and the most impresive with the go cart using a transparent box full of chemicals powering it directly, i do remember the fact that one of the conducts got loose during the drive from a warehouse to a backyard it was exciting to see the rate of hydrogen production. I discarded the idea of making one of this cells due to chemicals hazards but after trying many other things .......this seems to be the most achievable way to create energy , what would be required to power up a house??
I couldn't find him on google , please confirm

merry christmas

[ResinRat2]

Hi Everyone,

Here is a link to a story on AirGen. This is Dr. Linnard Griffin's company.

Check out the demonstration unit.

http://www.evworld.com/view.cfm?section=communique&newsid=11039

Perhaps he is a bit ahead of the game, don't you think? This story came out in February of this year.

Hydrogen economy here we come.

[ResinRat2]

Hi Dingus,

I was thinking about you being disappointed on your cell not running for a long period of time ( 100 hours like the patent ) but the truth of the matter is that I am absolutely sure the cell of experiment #13 will easily run for 100 hours if you use a pure zinc anode. Just set it up as described and let it go. Add water if you need it but it will run. Just put a cover over it (not air tight) and connect the wires and watch it go. It goes at a slow rate, but I am going to repeat mine with a large surface area of Tungsten/carbide electrodes. As many as I have all connected together.

The reason my previous cell failed was because I was using galvanized nails ( just like you and galvanized bolts ). Once the coating was gone the cell started to be altered by the exposed metal (maybe nickel. Who knows what it was). Wait for your pure zinc anode and then give it a long term try. I will do that as well.

Heck, I bet if I built a cell like that shown in the story above and connect it to a fuel cell with a small fan that I could get it to run for days just like his. It must be a slow rate of hydrogen production because otherwise the water would be driven off too fast. According to the story nothing was added to the cell for that period of time.

I guess it's time for me to cough up the money for a fuel cell. I'll keep you posted.

Dave

[ResinRat2]

Hi Mike,

I saw the drawing of your electrolysis cell. Very nice and simple. Sorry, I have no idea how you can boost the output except surface area; but wouldn't that draw more power? I am no cell building expert. This is my first experience building an electrolysis cell.

I think if you add a salt to the water you will get better conduction. Heck, try NaCl. Just ordinary table salt. See if this boosts your output. Very low chlorine content and I doubt it would damage your stainless steel at all. This is just a guess though. Simple to try. You can rinse it out if it doesn't work. It's cheap and readily available.

Adding acids or bases other than your low concetration of lime juice might cause some type of damage. Maybe not. Stainless steel is pretty rugged. We use high pressure reactors at work for polymer synthesis and some of the formulas have high acid content. The stainless holds up very well.

That's all I can think of at the moment.

Have a Merry and Blessed Christmas everyone!!!

Dave

[pese]

Dave

Look here :

http://www.overunity.com/index.php/topic,1841.0.html

Gustav