Hi man! In my opinion you should be using Sodium Hydroxide as the electrolyte, as it outputs hydrogen and oxygen in the perfect ratio without EVER running out of electrolyte, the output you're getting is NOTHING compared to what you can have using the same amount of power and an electrolyte, you don't need a setup as complicated to generate HHO, you only need a power supply of like 5V but with a lot of amp delivery capacity, you could probably make a power supply yourself with all these caps. Good luck and superb designing skills man, much love.
Ya, it does generate more, but I need the cell's resistance to increase by ten fold first because it's nearly a dead short even with tap on all this surface area lol. Electrolyte and low voltage just makes the gas burn extremely hot instead of quick with higher volts right? I'm going to run it through an engine with 100% hho at some point, not sure how, but that's the goal
@@krisztianadrian8528 will get around to answering when i can run it 100% on the gas, should do, but need to start small first with a smaller engine with a propane conversion. this circuit wont run the engine though
If your tubes are really long then your gap shouldn't be too small. For tubes that lenght you should have 4 to 6 mm gaps. If the gaps too small the gas cant escape and the efficiency drop. Also i realize that cells in parallel have the issue of one cell conducting more than the other. This is not so much of an issue if the gap is big enough like 6 ml. For small gaps you should do series pairs. So two in series and group them in parallel with other two in series
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Nice setup.
Hi man! In my opinion you should be using Sodium Hydroxide as the electrolyte, as it outputs hydrogen and oxygen in the perfect ratio without EVER running out of electrolyte, the output you're getting is NOTHING compared to what you can have using the same amount of power and an electrolyte, you don't need a setup as complicated to generate HHO, you only need a power supply of like 5V but with a lot of amp delivery capacity, you could probably make a power supply yourself with all these caps. Good luck and superb designing skills man, much love.
Ya, it does generate more, but I need the cell's resistance to increase by ten fold first because it's nearly a dead short even with tap on all this surface area lol.
Electrolyte and low voltage just makes the gas burn extremely hot instead of quick with higher volts right? I'm going to run it through an engine with 100% hho at some point, not sure how, but that's the goal
Thanks for you videos ❤, do you think I could use this set up in the car to reduce fuel consumption ? At about 5 A 12vdc what would be the production?
@@krisztianadrian8528 will get around to answering when i can run it 100% on the gas, should do, but need to start small first with a smaller engine with a propane conversion. this circuit wont run the engine though
@@weighta6630 Hello my friend, is there a way to contact you personally?
you can email me weighta@hotmail.com@@Mohammed-uz1sn
If your tubes are really long then your gap shouldn't be too small. For tubes that lenght you should have 4 to 6 mm gaps. If the gaps too small the gas cant escape and the efficiency drop. Also i realize that cells in parallel have the issue of one cell conducting more than the other. This is not so much of an issue if the gap is big enough like 6 ml. For small gaps you should do series pairs. So two in series and group them in parallel with other two in series