Linnard?s hydrogen on demand system without electricity !

[dutchy1966]

@ResinRat or whoever can answer this

Hello all,

I've been following this thread from the sideline and just wondered if it would be possible to mimic the NaOH catalyst with the low power RF method as outlined in the patent found by Bruce.

I know the catalyst (NaOH) isn't consumed in the proces and therefore might be suitable to be mimiced by RF (Radio Frequencies).
When producing hydrogen from aluminium and water, the NaOH is just there to take the corrosion off the aluminium.
So my question is, does anyone know if it is possible to do just that by sending the different RF frequencies through the water for the components that make up the NaOH. (would that be three RF signals? 1x Na, 1x O, 1x H frequency?)

If possible it is a way to get rid of the physical presence of the NaOH and the impurities it causes.

Robert

[Dingus Mungus]

So my question is, does anyone know if it is possible to do just that by sending the different RF frequencies through the water for the components that make up the NaOH. (would that be three RF signals? 1x Na, 1x O, 1x H frequency?)
If possible it is a way to get rid of the physical presence of the NaOH and the impurities it causes.

WOW... I don't know if thats possible, but if it is... WOW!
Anyone know if this even possible?

Can one really emulate chemical matter with RF?

[dutchy1966]

[WOW... I don't know if thats possible, but if it is... WOW!
Anyone know if this even possible?

Can one really emulate chemical matter with RF?

Only a catalyst as it should not be chemicalyy involved in the process. (has to be inert). But with the sodium hydroxyde used to take the corrosion of the aluminium I'm not sure if this is possible or not....

anyone?

Robert

[ResinRat2]

Hi Everyone,

The catalysts in this system are the magnesium and silver colloids. The sodium hydroxide can become tied up into zincate complexes and zinc hydroxide:

                   [Zn(OH)₄]^-2
                            Zincate Complex

                     Zn(OH)₂

So the OH^- ions can become chemically tied up. The colloids do not. The zinc can be regenerated using electrical means. The OH ions are regenerated by the colloid catalysts.

I have also been doing further experimenting on the zinc/aluminum electrode and have come to the conclusion that it is not the way I will be using the reactor for initial testing. I performed an experiment that comprised the tungsten/carbide/cobalt electrode attached to the zinc/aluminum electrode with a copper wire connecting the t/c/c electrode with the zinc portion of the z/a electrode. The reaction continued for about 6-8 hours then stopped. The zincate complexes formed on the z/a electrode basically covered the entire surface of the electrode and killed the reaction. This tells me that Dr. Griffin probably had not tested this angle much and wanted me (us) to see what kind of results we would get.

I will be using the reactor as previously conceived, and will be doing the zinc regeneration by electrical means only. At least for initial testing.

Thank you for your interest.

[Super God]

Glad you're making progress!

-Brian