Characteristics of HHO under pressure

[CrazyEwok]

3 gallon is a little excessive... since i am talking less than half a litre...

[d3adp00l]

well at 12 LPM I could get 3 gallons fast enough

[CrazyEwok]

well at 12 LPM I could get 3 gallons fast enough

you gotta love when someone reads one comment and thinks they understand the point...

Original idea is that instead of connecting the HHO straight to the air intake a type of pressurized system with a small reservoir incorporated. this would mean that when you accelerated you could still have the HHO required for each intake and then your system can simply catch up... in essence you would have no production lag...

[d3adp00l]

ohh I am sorry, ewok, please go on and let me just get out of your way since I know nothing.

[Cloxxki]

you gotta love when someone reads one comment and thinks they understand the point...

Original idea is that instead of connecting the HHO straight to the air intake a type of pressurized system with a small reservoir incorporated. this would mean that when you accelerated you could still have the HHO required for each intake and then your system can simply catch up... in essence you would have no production lag...

Not exactly the nicest thing to say, eh?

I always had your same idea, but ran into the bomb thing as explained. Perhaps, once the reactor has over-capacity, it could also make some extra Hydrogen and Oxygen seperately, store that, and use as immediate responce-to-demand fuel? Not saying this for power, just for safety. Just a tiny mainstream fuel cell should do the trick? How long can the power lag be? The time for a bubble to make it from the bottom of the reactor to its outlet? Actually now, I suppose once it's a bubble, it's already kicking the previous bubble in the back, but increased pressure. Feel free to correct me, but be civil about, ok?