Partially Water - Partially Gasoline: How exactly does this work? Or does it?

Your vehicle's engine uses but twenty percent of the energy stored within expensive gasoline, yet wastes eighty percent in the forms of heat and pollution (unburned fuel). Water, believe it or not, can be a great deal more powerful and effectual fuel. You simply need a process by which to extricate HHO or hydroxy, a powerful hydrogen gas, from life-giving water.

We desire to show you how to do just that.

This short report was written to help you extract water's natural energy by teaching you to build your own HHO fuel cell using basic materials found at your local hardware store. Once assembled and installed, your vehicle will commence utilizing HHO which will be safely produced by the water to gas device built by ... you. Of course, before you can build such a device, you'll require the necessary materials plus detailed instructions. The instructions I utilize have enabled me to personally build and assemble nine water to gas HHO conversion units. Each vehicle has appreciated a fuel economy boost from seventeen to thirty-nine percent. For reasons still unknown to me, one of the six vehicle's fuel economy worsened over its fist three weeks in operation. However, since that time has shown a seventeen percent increase in economy/decrease in consumption while also running quieter and cooler. If you know anything about the combustion engine, a cooler-running engine is a "healthier" engine.

Partially Water - Partially Gasoline: How to build your first HHO conversion cell

In order to successfully run your vehicle implementing the water - gas system, you first must build what is commonly called an HHO fuel cell. This will produce the hydrogen gas necessary to power your vehicle using gasoline and the water-gas derivative. Think something like this is difficult to build? It's not. It's a simple water to gas conversion device, the technology of which has been around for nearly ninety years. Here's a list of the various types materials necessary to start building your first HHO conversion unit: a 950cc glass mason jar with plastic lid, super glue, one length of vacuum hose with T joint, one electronic wiring harness, a brass fuel heating fitting, baking soda, ordinary tap water, and, finally, a dual edge map sensor enhancer. Again, these materials are available and easily affordable at your neighborhood hardware store.

Partially Water - Partially Gasoline: Assembly and installation of your water to gas fuel cell

With the necessary parts in hand, allow approximately one hour for assembly even if you've never built anything similar to this. You'll be rather surprised at to how quickly you can put this together.

Basically, you start by drilling four holes in the plastic lid utilizing a specific pattern. A few tubes must be bonded into position along with assembling what's called a wire electrode coil. Truthfully, the procedure is simple. The instruction manual details each step explicitly. Once built, your newly assembled water to gas HHO unit must be safely installed, out of the way, within the engine bay. Many people choose to mount upon or against the firewall. Since there are but two hoses to attach and four wires to connect before safely driving your car away, connecting the unit properly should require no more than fifteen to twenty minutes. No fine-tuning of the unit should be necessary since the map sensor enhancer adjusts the computer's fuel ratio analysis.

When choosing the water to gas conversion system, saving money on fuel costs should not be, nor will it be, the lone benefit. Expect also a quieter and cooler running engine that spews far less carbon monoxide into our atmosphere, preserving the air we breathe while making more efficient use of the natural resources we require.

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Eric Weeks' extensive automotive background has helped feed his interest in how to run your car on water and car on water technology. Visit these sites now to learn how you can take advantage of this technology that improves gas mileage by as much as 15-30% or more without causing harm to the environment.