HHO Resonance - High Voltage Output [No electrolyte]
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- Опубликовано: 27 окт 2024
- INPUT 12VDC, 1641mA, Resonance peak 75VDC, 1650Hz.
Circuit diagram: i.imgur.com/lG...
After 84h, the cell has a massive hydration. The build is cheap, simple, and easy to replicate with household items. Whether the purpose is off grid, remote, or even in the city, the generator is economically friendly, takes small power input, and requires no addition of electrolyte.
The gas content is HOH ions, not HHO. Unlike HHO, the charged water gas from HOH is even more intense. Upon ignition, implosion occurs and release pure energy, alongside converting remaining reactants back into water.
Resonance is vast. This circuit will pulse sharp high voltage spikes to build the resistive oxide / chromium layer between plating from a resonating tank circuit. Because a semiconductor is technically an oxide, the water is broken down by semiconductor action, not from high input current, therefore, voltage is doing the work, and the water cell has a capacitance. The cell always stays room temperature, because capacitors are not a load to the system.
It requires zero electrolyte, meaning I can spoon water off the street, river, or toilet and it works. It takes less than 20 watts, and can output 1L/m as of three days later.
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You're rocking it. You got further than I did. I only had plates not tubes but similar results. After about 2 weeks it should be fully conditioned. My work area looked about as messy as yours too haha. I blew some diodes and ended up packing it up as I no longer had the work space for the project, but my goal was to run a 4kw Genset with it. Keep it up and you should be able to soon!
i really enjoy your video. i am making a small 3 neutral plates HHO wetcell with laser cut (got it cut to a vendor) and sandwitch them 0.65mm between plates. got to 71 plates assembled in Reverse Osmosing transparent housing plate. they use very little electrolyte and run reliably 5A at 12V. the output is abour 300ml HHO per minute.
Increase the efficiency by making the tubes from carbon felt and graphite foil-. Just doing that will boost the efficiency enormously in addition adding magnets the static magnetic field will also heavily boost the output don’t take my word for it.. try it-
Hook your cell direct to the engine intake, then add a needle valve to allow a small amount of air that bubbles inside the cell. You should be able to run the motor this way. Vacuum extract dissolved ions from the solution. Dissolved gases allow the engine to run.
you can run hho directly to fuel injectors ruclips.net/user/shortsTyhr6I1Ae1o
fkn Legend.
Just my 2 sense worth since you guys are still active. I haven't messed around with this in years. But as some of you may or may not know, Don't go by what someone else is doing. Especially if their participation is old. (no recent follow ups). It might mean they flopped. Or turned up missing🤔
I believe an efficient cell should be small. Think "on demand". And don't forget, Your separating molecules. So your design should coincide with that. Stan Meyers was small.
Forget about all those plates!
HHO to an automobile should probably be thought of as a supplement. Otherwise it may wreak havoc with todays engines.
Great work. Are you still making a build video?
Dude, You've already introduced it to the matrix. Everything you do is recorded.
It's classified~!🤐
now you can see why the idea of a pulse train is of benefit... the cell will coast and continue to make gas in the off time of the pulse train... reducing the energy input by a much as the duty cycle of the pulse train, usually want to aim for 50% but having played around with the 9xa cct there was provision for long pulse trains with short off times more like 80-90% duty
Yup
@@weighta6630 oh those spark gaps... i have never seen them before. what do they come from?
i like what you do here. Still....i got with strait dc, 6 watts, more gas then you with a resonance setup and 30 watts...
Still, i do appreciate the efforts and looking forward to see more videos of your progress 🙂
You're adorable, you are loved, please be careful. ❤
Hmm, nice show. About ventilating the room,I don't think you have to worry about that as long as you don't pressurize it. I'm not sure if that is extraordinary without measuring the production and the power in.
Vents good, knocked my garage wall off the foundation and blew out windows, but I was running 200amps about 10,000 watts off a submain breaker .
make a complete curcuit, print it and you can sell them to make extra money.
Look at my Broadcast channel.
There you will see what bubbles really should be.
What's your efficiency compaired to book values? Did you say %500? Please explain how you measured that?
It does look like it's breaking Faraday maximum with the visible eye? But my eyes have fooled me before when it comes to HHO. You should capture the gas and measure it per unit time and power consumed from the power supply. The best efficiency you can get from Faradays electrolysis is 0.0114 L/min HHO gas (room temperature and pressure) using 1.23 watts of power. The 1.23V volts is the voltage required to get one of the half reactions going. The other half reaction is 0.83 V. By theory you should be using the entire (0.83 +1.23 = 2.06) volts but in practice the 1.23 volts is all that's required. Which is weird and hints at the possibility of a overunity electrolyser. So it means that if you have an electrolyser with 12 gaps in series then it's (12 x 1.23V = 14.76 V) needed to start the electrolysis process. That's if the gap is small enough, the electrolyte have a low enough resistance, and the resistance of the conductors are negligible. After that you just need current because any more voltage will be wasted as heat.
I did not meter it yet, but I will before I create a tutorial on this generator
you can run it with good powerbank like 25watt usb-c
By the size of the bubbles, I can say that you don't have a Meyer process. You have a conventional pulsed electrolysis.
Физико математическая модель объясняющая процесс Мейера расписан на моем канале
just a question what would happen if you would use a magnetron Cavity instead of the metal tubes? In a normal magnetron it is vacuum inside. Would you short circuit?
You would need extremely pure water for that. And with high voltage end, you would be short circuiting, probably even with distilled water. Hypothetically, as long as there's no current leakage and high voltage, there might actually be good results.
I believe that getting the voltage much higher and with a smaller pulse-width might be more economical.
Wow.SoTheBestWayToDisociateDistlledWATERisNotDcIsAc.AndWeOnlyConsumeReactivePowerWhichIsNotBilled.
I don't think I'm following. You will get almost no hydrogen off AC
@@weighta6630 🤭SoIMisunderstood,YouUseDc?😄.Anyway,IPutAc,InSaltyWater,CopperWires,TheyGotCorodedFast,Obtained,CopperOxide.GassesIDontRemember.