Optimising HHO Dry Cell output at the same input power

[hartiberlin]

Have a look at this video.

Here is a guy, who just hinders the flow of electrolyte
through his
HHO Dry-Cell StackGenerator  and it increases the amount of generated HHO
at the same input power !

So better use also a vavle to slow down the water-electrolyte fluid
through the flow-through-bubbler...

Also you get less foam bubbles.

http://www.youtube.com/watch?v=BqPMvEKTC3o

So that is an important new finding !

Many thanks to this experimenter.

Regards, Stefan.

[hartiberlin]

Here he uses a
12 Volt airpump for filling car tires
to pump additional air into the top of the Bubbler
and so he can make the HHO flame much bigger.


Could be a good method to get the right
mix of air and HHO to feed this directly into an IC engine !

http://www.youtube.com/watch?v=gdRyXIYKDIA

Regards, Stefan.

[hartiberlin]

Here he uses the same thing again to show,
how to cook water faster !

He uses a spiral copper pipe with some holes in it for
some flame outputs.

When he starts the airpump the flames get bigger and the water
cooks faster.


http://www.youtube.com/watch?v=qRNcAawe6MM


Very good !

Regards, Stefan.

[TheNOP]

those are great tips. 

thanks hartiberlin

P.S.
in my opignion, this tread wort being a "sticky"

[Farrah Day]

This compares to what Boyce did by only half filling his large cell with electrolyte. 

My initial impression was that, 'What was the point of using only half the surface area of the cells - why not save money and simply use smaller plates?'.

However, I've had a rethink.

The key thing is that even if the electrolyte is not completely flooding the cells, they are still wet.

By dropping the electrolyte level, as long as the electrodes have first been wetted, there is far less surface tension from water to hold the bubbles between the electrodes. With air spaces between the electrodes, the evolving gases are free to rise unhindered by the surface tension of water and therefore do not necessarily form bubbles. Furthermore, if there are actually 'air' gaps between the plates, there is no energy being wasted forming ions of water that recombine back into the water molecule before it can react at the electrodes.

As long as the electrodes remain wet, and as long as there is enough electrolyte on the surface of the electrodes, then (in my opinion) this has to be more efficient than a standard flooded cell.

The more you think about it, the more it makes sense.