Linnard?s hydrogen on demand system without electricity !

[Dingus Mungus]

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[darchorse]

just some ideas. when we all understand everything about this reactor and have a reliable design we can maybe ad an ultra sonic automatic cleaning cycle to it. I was just observing a jewelry cleaning machine that uses ultra sound to clean stuff. It is amazingly effective.
darc

[ResinRat2]

When you want to add something like that you need to consider how many watts of power it consumes. What would be the advantages of its use? Is it really needed?

Using part of the power output for zinc anode regeneration hurts right off the top. Anything else added only makes things less efficient.

Thanks for your input darc.

[darchorse]

When you want to add something like that you need to consider how many watts of power it consumes. What would be the advantages of its use? Is it really needed?

Using part of the power output for zinc anode regeneration hurts right off the top. Anything else added only makes things less efficient.

Thanks for your input darc.

it was just an idea as you said earlier you had to disassemble the cell to clean it. when it runs properly it may have some residue inside that needs removing so if lets say this cell was used to charge a big battery bank and it became eventually gummed up (may be this happens??) then rather than take it all apart you could just zap it with some ultra sound. just a maintainance issue if it ever arises in the future. i like automatic stuff lol
darc

[ResinRat2]

That's actually a good point Darc.

I know that all my experiments that were performed in the glass cells ended up with some type of precipitate on the bottom. Some much worse than others. Also, the electrolyte salts left residues along the fluid surface line as the water was being consumed. NaOH and KOH are sometimes hard to get off glass surfaces and other surfaces once they dry. There have been other experiments where I've electroplated small amounts of one metal on the other and what looked like the silver too.

Dingus Mungus' idea was to have a layer of conductive material that covers the bottom of the cell and is connected with the anode so that any precipitate would still be in electrical contact with the electrodes. That way its not just wasted and uselessly sitting on the bottom of the cell. The idea of using the ultra sonic waves to clean off the surfaces seems pretty good now that I've thought about it for a bit. This could get the residues loosened off metal and acrylic surfaces without needing to open the cell. Good thinking.

Well it all comes down to power consumption. We shall see how it all works out in the long term testing.