Linnard?s hydrogen on demand system without electricity !

[Dingus Mungus]

heres a concept sketch

[Dingus Mungus]

Now for a quick explanation:

With the current concept cell configuration you have the output of two fuel cells that can produce .9V @ 350mA max, and one set of input wires that RR has been supplying 1.5V @ 250mA max. So the idea is to use one fuel cell for an LED load and the other to produce oxygen from the anode based on one of two mechanisms: either time intervals or by monitoring the potentials being produced at each of the inputs and outputs in the image. We'll have to do much more research before I can offer anything more exact then that.

The concept cell design is based on what I consider common sense engineering. The anode is on the bottom since part of the oxidation of the anode is flaking, and flakes lose connection with the anode and are then consumed. Each electrode has its own chamber to keep each gas separate and pure. The two electrode chambers are connected below the water line to allow conductivity in the cell but no gas can escape its respected chamber using this route. The fuel cells takes in hydrogen from the cathode chamber and oxygen from the anode chamber, the resulting water is deposited via gravity back in to the reaction chambers. Pure hydrogen and oxygen gas to the fuel cell ensures a lifetime of wattage without replacement. If the cells are put under a little vacuum pressure and they are air tight the hydrogen can not escape which will remove the need to add fuel and ensures complete safety in use.

If anyone has any questions about the layout or idea please ask.
If anyone has any suggestions or criticism please reply too!

Thanks for reading and thinking,
~Dingus

[ResinRat2]

Hi everyone,

I just wanted to give a procedure for the preparation of 400ml of the  cell solution. This can then be split into two containers.

Warning. Perform this preparation in a well ventilated area preferably with windows open or under a fume hood. Protect eyes with safety goggles and hands with thick latex gloves.

Procedure: The following materials were obtained:

NaOH powder (Red Devil Lye Drain Cleaner from Ace Hardware. Be sure to read the label that it is Sodium Hydroxide (NaOH). Some areas have changed its composition). WARNING Do not get on skin or in eyes. This causes burns. Or obtain Sodium Hydroxide powder from a chemical supply company.

20ppm colloidal Silver and 20ppm colloidal Magnesium. These can be obtained from most any health food store. They sell various concentrations. Just dilute to desired concentration. Example: 500ppm solution of silver purchased. We want 80ml of a 20ppm solution we want a total of:
 
20ppm X 80ml = 3.2ml of 500ppm solution diluted to 80ml
      500ppm


Treat all the concentrations this way. That way you can buy any concentration of colloidal solution and dilute it to what you need.

Warning. Perform this preparation in a well ventilated area preferably with windows open or under a fume hood. Protect eyes with safety goggles and hands with thick latex gloves. Take a 1 pint (approx 500ml) thick-walled glass measuring container (a thin-walled glass measuring container may crack) and place it into a sink. Fill the sink with cold water until the outside of the container is half covered. This is a water bath to cool the solution. Mixing this will cause an exotherm and the solution will get very HOT.  Place 200 ml of water (preferably de-ionized or distilled) into the measuring container. Carefully measure 40 grams of NaOH powder into a paper cup (warning do not get on skin or in eyes) and slowly, with careful stirring, add to the 200ml. Do this slowly and carefully. Use a plastic spoon and throw it out when you are done. Avoid breathing fumes. Mix until all solid is dissolved. This gets very HOT and the fumes can harm you (Sodium Oxide, Sodium Peroxide, and Hydrogen gases). Mix until it cools a bit, then slowly add the 80ml of the 20ppm colloidal Silver and 40ml of the colloidal magnesium. The exotherm will happen again so do it slowly. Keep it in the water bath till it cools a bit. Add more de-ionized water until the total volume in the measuring container is 400ml. This mixture can get very HOT and can burn you. Once cool you can split this into two seperate containers. CAREFUL do not get in eyes or on skin. Do not breath fumes when mixing.

I guess you can see I am concerned about your safety. PLEASE be careful. Don't do anything stupid, protect your eyes and hands and don't breath the fumes. Once it is cool, it is still dangerous to your skin or eyes. 

[ResinRat2]

Hi everyone,

I need help from someone who knows electronics. I need a relay to automatically cycle between three simple 1.5 volt circuits. I need to be able to control the time it spends on each circuit. For example: It spends 30 seconds on circuit A, then 40 seconds on circuit B, then 20 seconds on circuit C. Then it starts all over again with A, then again with B, etc.

This relay needs to run on a battery (1.5 volt if possible).

Any help or advice would be appreciated. I want to use this with the Linnard electrolysis system to control two cells.

For example: Cycle A would send current to the Anode in Cell 1 and the cathode in Cell 2 for 30 seconds; Cycle B would send current to the Anodes in both Cells 1 and 2 for 20 seconds; and Cycle C would send current to the Anode in Cell 2 and the cathode in Cell 1 for 40 seconds.

I think you get the idea.

Please, anyone with a way to do this please send me the information or post it here. Thank you very much.

[virus]

ResinRat2

Think you would get the best/quick advice from
http://www.electronics-lab.com/forum/,
bunch of nice guys.  See if you can get hold of Audioguru (grumpy old guy with a hell of a lot of knowledge on electronics).

Question, if you install this unit in a car, how would you prevent a backfire or something similar (flash via the intake manifold) not to ignite this mixture?

Virus