"The Reports Are In Water Can Be Used As Fuel"

2007 W. Main Street Greeneville TN 37743 (423)-289-3713


Testimony Rebate Form

Vehicle Information:

MPG Before HHO Install
City____     Hwy______

MPG After Install
City____     Hwy______

What adjustments, if any, did you make to the vehicle to achieve your results? ____________________________________________________





* Improve Your Gas Mileage *

* Increases Engine Power and Performance *

* Reduce Engine Operating Temperature *

* Burn Fuel Cleaner & More Efficiently *

* Lengthen Your Engines Life Expectancy *



HHO dry cell kits lead the way in water fuel technology. Although submerged wet cells had their day and were valuable for HHO experiments they are no longer cutting edge HHO technology. HHO dry cells run cooler and more efficient than HHO wet cells.

So what is the difference between HHO dry cells and HHO wet cells? The main difference is HHO wet cells are completely submerged all the time where as the water in HHO dry cells is held in a reservoir above the cell. This allows the water to circulate through the HHO dry cell and back to the reservoir. This acts like a radiator cooling the water before it returns to the HHO dry cell. Not only does this make your HHO dry cell run cooler but this allows your HHO dry cell to be more efficient.

This new HHO technology along with a three step process we run our steel through for optimal HHO production is what allows us to lead the way in HHO technology.

There is not one HHO cell on the market today this size or smaller that will produce this much HHO as quickly as we do. All our HHO Liters Per Minute test we do with our HHO dry cells are all done from a cold start with reasonable amperage. We do this to provide the most accurate HHO test possible.

Since we have released our HHO dry cell many people have copied our new HHO design and also modified it. Before releasing our HHO dry cell we performed thousands of test and found our 9 plate HHO dry cell design to be the most productive and most efficient. When you add more plates not only does it restrict the flow of your HHO dry cell but it also causes you to have to add twice the electrolyte. This is not good for your HHO dry cell.

We strive to keep our HHO Dry Cell kit technology as green as possible and we will always do so. Be confident when you purchase our HHO dry cell because we are committed to you, our customer, and bringing the absolute best HHO dry cell technology to market.


HHO technology and its uses are not new. HHO gas is the product of electrolysis on H2O or pure water. Two individual hydrogen atoms and one oxygen atom. The actual chemical composition is H2 O2. As each water molecule consists of two hydrogen and one oxygen atom, two water molecules are required to complete the formula. The O1 from the first atom is an unstable free radical which reacts with the second oxygen atom from molecule two to form dioxygen, O2. The most common name of HHO gas is oxyhydrogen. (sometimes referred to as dihydrogen monoxide)

HHO gas fuels everything, from cutting torches to automobiles and can be produced with an efficient electrolytic HHO dry cell.



Many forms of HHO lamps have been described, such as the limelight, which used an HHO flame to heat a piece of lime to white hot incandescence. HHO limelights have been replaced by electric lighting.

HHO was once used in working platinum because at the time the HHO torch was the only device that could attain the temperature required to melt the metal (1768.3 °C). These HHO techniques have been superseded by the electric arc furnace.


The HHO blowpipe was developed by English mineralogist Edward Daniel Clarke and American chemist Robert Hare in the early nineteenth century. It produced an HHO flame hot enough to melt such refractory materials as platinum, porcelain, and fire brick, and was a valuable tool in several fields of science.


An HHO torch burns hydrogen (the fuel) with oxygen (the oxidizer). It is used for cutting and welding metals, glass, and thermoplastic. An HHO torch is used in the glass industry for "fire polishing", or slightly melting the surface of glass to remove scratches and dullness.

Due to competition from the acetylene-fueled cutting torch and from arc welding, the HHO torch is seldom used today, but it remains the preferred cutting tool in some niche applications called HHO welding and cutting.

A "HHO torch" is a portable torch that combines a DC power supply and an HHO cell with a pressure gauge and flashback arrestor. Water is decomposed on-demand into HHO, obviating the need for separate hydrogen and oxygen tanks. The original HHO torch was designed in 1962 by William Rhodes and Raymond Henes of the Henes Manufacturing Co. (now Arizona Hydrogen Manufacturing, Inc.) and marketed under the trade mark "Water Welder". A hypodermic needle was originally used for the HHO torch tip.


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2007 W. Main St. Greeneville TN 37743 (423)-289-3713