Linnard?s hydrogen on demand system without electricity !

[ResinRat2]

Hi Mike,

Clear PVC at:

http://www.clearpvcpipe.com

It's not cheap though.

[pese]

http://my.opera.com/h2earth/blog/

Pese

Informations only.

[h20power]

Hi All we need to move this back to the Meyer's topic, I will copy the site to start it off.

[ResinRat2]

Just an update.

What I was trying to accomplish with the latest reactor design was to produce hydrogen at a good rate, put it through a fuel cell and continually produce electricity. I also wanted the zinc electrode to continuously regenerate using the zinc/aluminum design.

The results show this design did not work. The hydrogen was produced at such a slow rate that no rate reading could be obtained. It just came off very, very slowly. It is  believed that the aluminum electrode is slowing the reaction down so much that it is making it impractical. As a consequence the fuel cell was never added because there was very little hydrogen flow.

I am scrapping this reactor design and going back to the concept of a four-electrode reactor. One pair of electrodes will continually produce hydrogen and the other pair will be used for zinc regeneration. This means the reactor needs to be larger and rebuilt. This is the next step.

[ResinRat2]

Hi Mike,

I have one last angle to try before I add the electronics idea.

Two of the electrodes (one tungsten/carbide and the other a zinc) will be producing the hydrogen at the normal rate, this will give me the power to run something from the fuel cell. To the other zinc electrode I will attach an aluminum wire or rod to encourage the regeneration of the zinc on this electrode without power. I plan on just switching the connection to the zinc electrodes once/day so no zinc electrode gets depleted.

If this works then I won't need any electronics for a long term test.

I greatly appreciate your offer and I still may take you up on it. We shall see.

Thanks everyone for your interest.