How an HHO Generator Works Guide

    This guide explains how an HHO Generator Works these  generators have been available for some time and they have improved over the years as their designs have changed to maximize their output.

    Most of the HHO work being done centers on finding the right materials and electrical parameters to use for maximum output.

    There are a wide variety of designs that have emerged from this research and most of them provide a great way to improve the gas mileage of any car for very little money.

Want to run your car on water, go here to find out how

  •   The Science involved

⇒ The way an HHO generator works is by turning the molecules of hydrogen and oxygen back into their gaseous form through the process of electrolysis. This is accomplished by passing a current through stainless steel plates that are submerged in water within the generator.

 ⇒  This current causes the water to bubble and release both hydrogen and oxygen. These gases are then fed into the air intake of the car and mix with the fuel used for combustion.

⇒ Because these gases burn hotter than gasoline or diesel alone, the vehicle achieves better gas mileage and cleaner emissions as a result of the modification.

  • Choosing the right metal

  ⇒ Most of the HHO work done in the last few years was to try and improve the amount of gas produced from the generators. Various metals were tried to see if they could improve the yield and at present it seems that stainless steel is the best candidate.

 ⇒ This is because it produces a good amount of gas during electrolysis and is also resistant to corrosion and pitting that other materials suffer.

  ⇒ The balance that stainless steel provides between efficiency and durability makes it the ideal choice for use in helping make HHO work for most cars.

  • Size, shape, and spacing matters

 ⇒ The other area of how an HHO Generator Works  is centered on the size, shape and spacing of the plates these HHO generators. There are various designs on the market that all claim to have the highest output and any of them will do a great job for your car.

 ⇒ The key seems to be having enough of these plates to support a good amount of electrolysis and finding the proper spacing as to not cause interference between the plates during operation.

  ⇒ Older designs that had the plates stacked too close caused a decrease in output because the bubbles that one plate would produce could prevent the water from contacting an adjacent plate completely.

  ⇒ Once these plates were spaced a little farther apart the volume of gas increased considerably.

  • The concept of pulsing

 ⇒ Another interesting bit of HHO work is investigating the concept of pulsing the current that is being passed through the HHO generator to see if this affects the volume of gas produced.

 ⇒ Normally a DC current is used to power these HHO generators but recent experiments have shown a slightly higher yield when this current is pulsed somewhat.

 ⇒ Finding the right frequency and duration of these pulses may lead to even higher yields from the exact same HHO generators available today.

  The really exciting thing about all of this HHO work is that most of it is being done in basements and garages by HHO enthusiasts.

  This technology has not been embraced by any auto manufacturer and is still being built and installed by car owners themselves in the hopes of achieving better gas mileage.

  If the short history of these HHO generators has shown anything, it’s that this technology does work and will give most cars better gas mileage and lower emissions.

     I hope you've gained some valuable information from this guide about making an HHO Generator. I highly recommend that you sign up to our free mini course which is a quick guide to money saving tips and other great DIY projects.

  Plus get my value packed ebooks loaded with great ideas and more money saving tips worth $17.00 each is yours free!

Want to run your car on water, go here to find out how