|
My HHO Design
I used to be very down about our energy predicament. I used to think there was no way out and every time I would research some new energy 'miracle' I would eventually find out that it was a flim-flam. Not so with HHO. I now have renewed hope for humanity, and a real motivation to develop this technology myself.
Phase 1 Water Fuel Cell Structure
|
|||||
|
My Design
|
|||||
|
With the dehumidifier (assuming I can find one to
generate enough water flow) I will need a small pump to move the
water from the dehumidifier chamber into the electroloyzing chamber.
The pump will be triggered when the water level in the electrolyzing
chamber gets to a certain low point. |
|||||
|
The anodes will be mounted on two separate plates that will be screwed to the ends of each set of tubes, One on the bottom (outer tubes) and one on the top (inner tubes). I am still contemplating the best way to bring the contact points out of the tank to the battery.
This is a crude plate rendering but shows the nuts
that will be on each side of the plate to hold it to the ends of the
anodes. The holes in the center of the plate are to decrease the
exposed surface area. The smaller nut on the left represents where
the contact will be for the negative or positive terminal. This
example shows a series of three rows which is what I am ultimately
aiming for even though there are only two rows in my design drawings
above. Also, the spacing is off as well, the idea would be to have
the anodes as close together as possible (this is not to scale at
all, even to itself). |
|||||
|
Bubbler - Spill chamber used to separate any escaping water as the Hydrogen leaves the electrolyte chamber. Dehumidifier - Provides water for the electrolyzer chamber without interrupting the electrolyzing process. Battery - Used to charge the electrolyzing anodes. PWM - (Pulse Width Modulator) How to build: http://alt-nrg.org/
|
|||||
|
Phase 2 |
|||||
The next phase will involve building this unit into a larger 'box' that will house a generator, making this a complete water-hydrogen-electricity generator. |
|||||
|
Phase 3 |
|||||
| Incorporate a dehumidifier that will be triggered when the water level in the electrolyzing chamber gets to a certain low point. | |||||
|
Phase 4 |
|||||
| Develop a system that brings the exhaust back into the Water Fill reservoir reducing the amount of refills necessary. | |||||
|
Phase 5 |
|||||
| Develop an electronic sensor/dispensing system that can dispense the bicarbonate material based on the current level and the optimal level. |