| What is an HHO dry cell design? Well, "dry cell" is | | | | work – mechanical to electrical energy, |
| a common name for a particular design of | | | | electrical to chemical energy, and chemical to |
| hydrogen electrolyzer, or HHO generator. In a dry | | | | mechanical energy. |
| cell, the edges of the plates and the electrical | | | | When HHO is added to the air or fuel mixture |
| connections to the plates are dry, or are outside | | | | going into the engine, petroleum fuel begins to |
| of the electrolyte bath. | | | | burn more rapidly. When the flame speed of the |
| Click Here For Dry Cell Plans Instant Access Now! | | | | fuel mixture is increased, more of the fuel is |
| The dry cell design is better because of two main | | | | burned during the power stroke of the piston. |
| reasons: First, when the edges are outside of the | | | | Also, less fuel is being burned after the power |
| bath, all of the current is forced to travel from | | | | stroke and during the exhaust stroke, which |
| the faces of the plates. Therefore all of the | | | | prevents the turning of the engine. Moreover, less |
| current used is utilized in efficiently making HHO | | | | unburned fuel is being expelled from the engine as |
| gas. Second, using a dry cell prevents electrical | | | | waste and pollutants. Again, if you add HHO to |
| connections from being attacked and destroyed | | | | your engine, you will get an increase in combustion |
| by the electrolyte. | | | | efficiency. You will also get a dramatic increase in |
| A lot of people think that we are generating HHO | | | | fuel mileage and a corresponding decrease in fuel |
| so that we can burn it, and that burning it | | | | emissions. |
| consequently adds so much power that enables | | | | Set your engine up with the HHO dry cell design, |
| us to get better fuel mileage. The truth is that | | | | and enjoy all these benefits now! |
| there are three energy conversions that are at | | | | |