HHO SWISS INOX 4 SPIRAL CELL + GAS PRODUCTION TESTS
New spiral cell + test of all cells. The spiral is handmade and absorbs about 32 amps (12 volts) and when I have the casing active it goes to 44 amps but the production remains comparable to the 32 amps: I am realizing that good building skills and equipment are a nice thing to have, but in hydroxy production once the cell is perfect unless you are connecting it to a sofisticated fine tuned electronically advanced electric system you go nearly nowhere, you remain stock. So now I will learn as much as I possibly can in order to build an optimized cell and then I will go about hooking it up to the best electronical solutions I can find and balance the two tings together. With all the help I am getting from so many people who care I am sure I can come much closer to this goal. Amox
HHO SWISS INOX 5 HOW TO BUILD HIGH PRODUCTION SPIRALS
I have been asked to show how to build spirals. Since for many people it is much easier to buy 1/12 of an inch 316 L Stainless Steel welding wire or a 1/8 of an inch wire,(instead of plates or tubes) I figured that for those of you who do not have the practical skills this video might just be a little hint and a help on how to proceed. Sorry it turned out a little long but there are so many details needed in order to make it simple and replicable. My next SUPER CELL is being laser cut these days and I hope to show it to you all in about 2 weeks time........
HHO SWISS INOX 6 SUPERCELL VARIABLE SIZE
This Super Cell has the size you want it to have. If for your application you discover you need more output, you can stock it up and make a larger cell. I only use a 12 volts car battery as a power source. No PWM's or any other electronics is used in my experiments yet. I use pure baking soda as an electrolyte but as soon as I will find KOH I will use that. THIS CELL HAS 11 PLATES A CENTRAL ONE POSITIVE. 4 NEUTRALS LEFT AND RIGHT AND ONE NEGATIVE END PLATE ON EACH SIDE. The images in between on the video are from southern Switzerland. This disign is just a concept I tried to see how it turns out and what can be done. If anyone has a proven better design to share I will gladly look into it if you send me a picture or a design. The cell is of the type "dry cell", where the water between two plates does not touch the water between the next two plates, so there is no electrical dispersion. The plates are out of 1 mm thick 316L Stainless Steel and the neoprene gaskets are 3 mm thick. Both have been cut with laser. I have to find KOH to use as an electrolyte instead of baking soda.
hydrogen powered tubro jet @ George T.baker
A hydrogen (HHO) powered tubro jet @ George T.baker Aviation, Wat KIck 4 such a small engine and its clean power