Results from some tests...

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Well, if you ever experimented with steam locomotives you know what I mean..

It is a pressurized tank(typically the tank should resist at least 5 Bars) where you cook water under pressure up to ie 240F and then use a pressure release valve when you need to get dry steam and HHO out. Not hard to do but dangerous if anything goes really wrong and the safety mechanisms fail... Tip is to use a small tank with thick walls when starting the experiments.

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Well, if you ever experimented with steam locomotives you know what I mean..

It is a pressurized tank(typically the tank should resist at least 5 Bars) where you cook water under pressure up to ie 240F and then use a pressure release valve when you need to get dry steam and HHO out. Not hard to do but dangerous if anything goes really wrong and the safety mechanisms fail... Tip is to use a small tank with thick walls when starting the experiments.

So, my whole system is under pressure of at least 5 bars...

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Well you can adjust the desired pressure by the pressure release valve, ie use 3 Bars constant working pressure. A well produced tank will take up to 13 Bars anyway without a problem.

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It would require a redesign or a new cell, in my case.
I use a dryplatecell with an external closed water system, including waterfilters and bublers and a waterpump.
The output goes into a extra bubler which i keep under pressure of around 1 bar.
 
I think you talk about tube electrodes in a boiler?
 
Steve
 

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Yeah, a new pressure tank with your HHO cell and a tube heat exchanger where the exhaust gases passes through to heat up the water. If not enough add an electric heater.

Easy stuff still. The question I have is around the mixing of the ourtside air and the dry steam-HHO mix before enterring the reactor, we wouldn´t want the outside air taking down the effect by wetting the mix too much. Needs experimentation though.

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http://video.google.com/videoplay?docid=9125003792513982191&ei=lIAeSerEOIeAwgPEncT3BQ&q=%22dale+pond%22

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http://news.softpedia.com/news/How-to-Get-Electricity-from-Vibrations-51525.shtml

 

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And now to reiterate steam injection:

If steam condenses quickly you will get both suction and pressure, unique on a combustion engine.

So HHO + steam, way to go. Who will be the first to show it?