#03 – Adrian’s HHO Gen Water v’s Vinegar
Mar 29th, 2009 by Mr.Burton
Water v's vinegar in odyssey cell. also inside of cell, hho popping, and solar micro cell. …
Duration : 0:7:48
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Mar 29th, 2009 by Mr.Burton
Water v's vinegar in odyssey cell. also inside of cell, hho popping, and solar micro cell. …
Duration : 0:7:48
lean out the engine …
lean out the engine with the hho off until engine starts to sputter. turn hho on, if idle “picks up” then all is good. or if you advance your ignition first a few degrees then lean further (not too much) then add the hho. (trial and error)a less restricted exhaust, hotter coil, clean pcv (check the filter under the valve cover if you have one, they usually go bad and let more hydro carbons back into the engine, new spark plugs and if running an auto, thicker tranny fluid, helps stop slipping.
Hi you should put …
Hi you should put the plates closer together around 1/8 of and inch apart and see that you will have better production.
to get some fuel saving you need at least .5 to 1 litre of hydroxy per minute. ut more metal in that jar to get better production. go to zerofossilfuel and see what he done to learn more. there are lots of videos to watch.
Hi everyone, my …
Hi everyone, my results are upsetting as i am getting the same fuel usage with the unit on or off. At the moment the energy lost to make the gas is equalling the amount the engine gains. The next step i feel is to pipe the gas into the PCV pipe and into the intake. I will also try to lean out the fuel mixture by adjusting the screws on the carb. anyone else got any ideas on what else to do? I don’t have an oxygen sensor. currently getting on hwy: 36mpg(us), 43mpg(uk), 6.5L/100km. 7.5L/100k city.
they are separated …
they are separated with the plastic tubing. if they touch then the current will just flow straight through + to -, without going through the water or creating hho.
uhu….so it won’t …
uhu….so it won’t work with just water from the kitchen….lol…thats why it didn’t work with me…..Is the + separated from the -? or is there a connection between both in the cell?
You have tested …
You have tested vinegar and baking soda separately, the next step is to try them together! I saw a huge increase in HHO production by using a mixture of water, baking soda AND vinegar. It makes Sodium Acetate, a powerful electrolyte. Start with baking soda, add vinegar very slowly stirring it up to make all the bubbles dissove, then add water (one spoon baking soda, 1 part vinegar, 2 parts water). The mixture is so powerful that even 9V batteries immersed in it start making HHO! Have fun
I have installed an …
I have installed an amp meter today i got from jaycar electrolics ($15). It is showing that i am drawing “6 amps”, not the 3 that my cheap $7 meter was telling me.
so you dont have a …
so you dont have a throttle body fuel injection system it looks just like a carb only there are two or sometimes one injector in the top with wires coming from it also some feedback carbs have an oxy sensor it should be located just infront of the catolytic converter maybe one behind it as well
a carby engine – …
a carby engine -that means no computer and no oxy sensor-its only a prob when supplementing an electronic injection engine.
and thats gotta be the roughest cell ive ever seen m8.good to see a nutha ozi builder.subscribed…
I’m an ideas man
I’m an ideas man
Still, mmm, thats …
Still, mmm, thats sounds like a good idea!
you madman outie.. …
you madman outie.. can’t wait till you create a still and make some whisky
Well hopefully you …
Well hopefully you are wrong, but we will find out soon enough once the testing is complete. By the way, are you a mechanic? as the only sensor i can find at the carburettor is the “fuel cut solenoid”. do you know where the oxygen sensor would be located in my car? its a 1993 GL 1.3L carburettor 4 door sedan.
sorry mate but …
sorry mate but thats just not going to do anything but fool your oxy sensor into inducing more fuel usage as that your only putting enough production to make the oxy level raise at the mixture oxy sensor