fuel

Hydrogen Conversion Kit – HHO Generator – How To Build Make

 

Click Here To Get Water4gas and water fuel cell!

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Hydrogen Conversion Kit – HHO Generator – How To Build Make
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Hydrogen Conversion Kit – HHO Generator – How To Build Make

Ethanol Powered Fuel Cells : DigInfo

 

DigInfo – http://movie.diginfo.tv

Kyushu Institute of Technology research group proposes using ethanol as a direct fuel in next-generation fuel cells.

Ethanol powered fuel cells up to now have had a number of drawbacks including low catalytic performance, poor fuel cell efficiency, and a decrease in open voltage due to ethanol crossover when the ethanol concentration was increased to boost efficiency. The Kyushu University research group is proposing the use of a direct ethanol fuel cell to address these problems.

First, it is possible to boost the fuel cell performance while operating at room temperature by using oxidized nanoparticles as the anode catalyst. Next a composite catalyst is used for the cathode catalyst. This arrangement curbs the decrease in the open voltage caused by ethanol crossover, and makes it possible to use a highly concentrated ethanol solution.

Researchers are looking to develop a commercially feasible low-load fuel cell that uses ethanol, a renewable fuel, as a direct fuel.

Residential Water Fuel Cell Energy System (1 of 2)

 

A conceptual model of a very efficient (possibly over-unity) energy system for the home. At its base, is the water fuel cell, which acts as both a high-efficiency water electrolyzer using no catalysts, but acts also as a fuel cell, when combined with the Electron Extraction Circuit (EEC). In this combination, the water fuel cell produces an electrical current by extracting the free electrons that are thrown off once the hydrogen & oxygen atoms are broken from the covelant bonds of the two H atoms. Both a charged gas, called HHO (or hydroxy gas), and an electrical current are produced with the water fuel cell. The HHO gas is a fully combustible compound that is perfect for combustion applications. Most internal combustion engines can be modified to burn it, however I chose the quasiturbine in this design, because if it’s efficiency & simplicity. I left out a compressor aft the water fuel cell, as the quasiturbine must run on compressed gas or other fuel, such as steam. The rest of the schematic is modular, and I imagine the alternator could be 350 KW, if powered by a 5L, 500 HP Quasiturbine, which should run well on the water fuel cell running in a continuous closed loop mode. The water supply would occasionally be replenished by tap water, or the system could operate using grey water. In addition, the water fuel cell can be used as a water purifier.

More here:
http://www.sustainableabq.com/plan.htm

For those who are developing their own clean energy and zero-point energy systems, or for those who would like to be involved with this promotion, please visit:

http://www.theorionproject.org

Hydrogen Fuel HHO Cell High Amperage Testing Method (Shunt)

 

This is our homemade shunt for running higher amperage tests in combination with our hho-cell. Everything here can be store bought at Home-Depot, Lowes, or just about any hardware store.

It is a hacksaw blade being used as a ‘shunt’ to measure amperage through our hho-cell. This in-fact will give us the ability to measure much higher amperage through our sensitive test equipment. The shape of the blade also gives great advantages for cooling with a heavier load.

Multimeter Reading:

About 0.1V at 5A for sensing

You might have to calibrate your own figures based on different style and/or manufactured hacksaw blades.

Best method for calibration would be to take something of known Wattage. We used a 12V-50Watt Bulb, and used that for verifying the output in millivolts. Works really well if you ask me. Hope this helps someone out there make their tests that much more viable.

Thanks for viewing my videos..

Regards, sirHOAX