Rotating hydrogen/browns gas generator seperator motor

Abstract

A re-circulating system of which utilizes rotating force, resulting in separation of optional combinations of either and/or water, fuel, air mixtures, and conductor plates. The conductor plates when energized cause molecules to separate into a gaseous state known as browns gas. Whereby resulting in increased temperature, pressure and volume which in turn forcibly directs the water/exhaust mixture outward into a water/exhaust fluid accelerator distribution assembly resulting in ejection of water at great velocity of which is usable as an energy source.

1 . A rotating hydrogen/browns gas generator separator motor comprising in combination: a housing; a power source; a starter motor; a water pump; a rotating catalytic tube; a rotating tube rotation assembly; a rotating combustion hydrogen separator generator; fluid accelerator assembly; electrical input means; energy output means; and energy retrieval means: said starter motor is in communication with said water pump, said rotating tube rotation assembly and torus conductor plates, said water pump delivers water into said housing and into said rotating combustion hydrogen generator separator via said water input means, said rotating catalytic tube being centrally positioned within said rotating combustion hydrogen separator generator; said rotating combustion hydrogen separator generator containing said torus conductor plates, said torus conductor plates when energized via said electrical input means cause molecules to separate into a gaseous state producing browns gas, upon combustion of said browns gas, increased temperature, pressure and volume is resultant which in turn forces water outward from within said rotating combustion hydrogen separator generator into said fluid accelerator assembly, said fluid accelerator assembly is interconnected to an energy output means and said energy output means is interconnected with an energy retrieval means. 
     
     
         2 . A rotating hydrogen/browns gas generator separator motor comprising in combination: a housing; a power source; a starter motor; an air pump; a water pump; a rotating catalytic tube; a rotating tube rotation assembly; an air delivery means; a rotating combustion hydrogen separator generator; fluid accelerator assembly; electrical input means; energy output means; and energy retrieval means: said starter motor is in communication with said air pump, said water pump, said rotating tube rotation assembly and torus conductor plates, said water pump delivers water into said housing and into said rotating combustion hydrogen generator separator via said water input means, said air pump delivers air to said air delivery means, said air delivery means delivers said air to the inside of said rotating catalytic tube, said rotating catalytic tube being centrally positioned within said rotating combustion hydrogen separator generator; said rotating catalytic tube having apertures for directing said air outward there from and into said rotating combustion hydrogen separator generator, said rotating combustion hydrogen separator generator containing said torus conductor plates, said torus conductor plates when energized via said electrical input means cause molecules to separate into a gaseous state producing browns gas, upon combustion of said browns gas, increased temperature, pressure and volume is resultant which in turn forces water outward from within said rotating combustion hydrogen separator generator into said fluid accelerator assembly, said fluid accelerator assembly is interconnected to an energy output means and said energy output means is interconnected with an energy retrieval means. 
     
     
         3 . The rotating hydrogen/browns gas generator separator motor of  claim 1  further includes an optional fuel input for delivering fuel to said rotating catalytic tube.