Will HHO production improve when you "apply" vacuum in the cell?

I was thinking about a cell that produced HHO under vacuum conditions. Ofcourse the vacuum will be replaced by HHO, but this HHO can ignite so it turns back to water and vacuum are restored. Could this be a way to achieve high efficiancy?

Let's say we use a high voltage HHO cell, so sparks between + and - ignite HHO as soon as it is created. Could this lead to something useful if this happens under vacuum conditions? (We need a condenser to condense the boiled water to sustain vacuum).

Vidar

vacuum does not add energy to the electrolysis process.
if you ask me it is the way around, high pressure makes water boil at lower temperatures.

but this is dangerous if you are mixing the two components in the same area.
then you would have to use the hofmann type of device or the improved version with the pipe so you can keep the components seperated.

It has been my experience that running a cell with 5 - 10 psi of back pressure helps efficiency greatly, plus you get way less water vapor this way because the pressure raises the boiling temp of the water. In my honest opinion a cell under vacuum is less efficient....just my 2 cents ....

Quote from: jdcmusicman on August 29, 2010, 01:28:01 PM
It has been my experience that running a cell with 5 - 10 psi of back pressure helps efficiency greatly, plus you get way less water vapor this way because the pressure raises the boiling temp of the water. In my honest opinion a cell under vacuum is less efficient....just my 2 cents ....

So if I make a tiny hole which the HHO can pass through, I will have a constant high pressure in the cell to increase efficiancy?

Vidar

you get x-amount of gas from x- input energy under x- circumstances from x- electrodes.

If i pump up the tires from my car somewhat harder, will it make the car run faster?
Probably not much but it can decrease gasoline usage.
But not to the extend it does not need gasoline at all so i think it's best to look for other ways to increase production.
And besides that pressurizing mixed gas is dangerous.
It will blow up in your face.

Unless you use a Hoffmann apparatus or modified type.
Then you can put valves on it to increase pressure safely.