HHO Hydrogen Home Generators

  What is HHO or Brown’s Gas? It is incorrect to refer to Brown’s Gas (BG) as hydrogen.  BG is a unique intermingling of hydrogen AND oxygen in the one homogeneous gas.  This BG gas is not hydrogen, it is BG.  BG has characteristics quite unique from hydrogen, or any other gas for that matter.  BG HHO is a separate and distinct energy category that must be clearly differentiated in your mind from hydrogen or Green or Blue hydrogen.  BG is not hydrogen, green, or blue or any other color.  To the point Brown’s Gas is generated on-site, on-demand 24 x 7 x 365 and requires no expensive (and dangerous) storage devices as does Green or Blue Hydrogen.  Electrolyzers use Distilled Water or deionized water or soft water only! Brown’s Gas is H 2 O in gaseous form and is produced from H 2 O in liquid form. Distilled water is H 2 O in its natural form without chemicals added. Distilled Water is steam from boiling water that’s been cooled and returned to its liquid state. Some people claim distille

  HHO BG is a unique intermingling of hydrogen AND oxygen in the one homogeneous gas.  This BG gas is not hydrogen, it is BG.  BG has characteristics quite unique from hydrogen, or any other gas for that matter.   Read more .

  HHO FAQ By adding HHO gas to the air mixture for combustion with any solid, liquid or gas fuel substance like wood, petroleum, fuel oil, diesel or natural gas the burning process is faster and more complete. This results in all the fuel being burnt so that none of it escapes as emissions to cause pollution.

 HHO Generator Technology Boilers BROWN’S GAS HHO Technology Boilers Brown’s Gas is a unique combustible gas generated from water that is comprised of hydrogen and oxygen intimately joined together in the exact ratio of two parts hydrogen to one part oxygen. When added to the air feed of a boiler’s furnace Brown’s Gas burns with the unburnt fossil fuel emissions which releases otherwise wasted heat potential, and gives the fossil fuel flame additional oxygen to more fully burn and so release more of its heat potential. Boilers are water heaters that most commonly burn fossil fuels in the form of coal, fuel oil or gas. In a conventional boiler, fossil fuel is burned by reaction with the oxygen and hydrogen gases in the surrounding air. The hot combustion gases produced pass through a heat exchanger in which the surfaces transmit the heat from the combustion products to the water, thus raising the water’s temperature. One of the hot gases produced in the combustion process is water vapor