Linnard?s hydrogen on demand system without electricity !

[ResinRat2]

Hi Walterj,

A PRV? Do you have a link for an example? It needs to be adjustable and work at very low pressures.

[tak22]

more than impressive, and I'm so glad to hear you're getting the results you planned for!.

if a pressure relief valve would help, then here's a decent link to give you an idea of what's out there.

http://www.circle-seal.com/prod/relief/relief_valves.html

tak

[walterj7]

Hey Resin,

Looking at a favorite cheap supply joint I quickly found something from WWW.Grainger.Com
Valve,Pressure Relief
Variable Pressure Relief Valve, Adjusts 0-100 PSI, Maximum 6 SCFM

http://www.grainger.com/Grainger/items/4TK26

Yeah, only lists for $10.24

This valve is made for an air compressor, so it's a gas valve.

Trying this won't set you back much and could get you to the next step in this adventure!

Walterj

[ResinRat2]

The fan itself draws 1.4V at 33mA while it is running. The zinc regeneration circuit shows 0.813V at only 3.4mA with the Volt meter in the circuit. Yes that's 3.4mA. Not much power required to regenerate the zinc in this system.

So does that mean my overunity is the fan load?

I reported these numbers last night but I really can't believe these numbers myself. It seems too large of a difference. When I see something like this I have red flags going off all over in my brain. I am at work right now so I won't be able to confirm these results until sometime tonight.

46.2mW fan load - 2.8mW regeneration draw = 43.4mW overunity?  That's too high to believe.

I must have missed something or measured something incorrectly.

Right now, let's assume these numbers are incorrect and wait for my confirmation.

[ResinRat2]

Thanks for the PRV suggestions  Tak, Walter, and Mike. The adjustable one looks good.

I have a Harbor Freight just a mile from my home. I'll stop in and see what's available.

Thanks again, you guys are great.