Patent ID: 8691070

Claim:
An electrolysis system 100 comprising: (a) a generator 110 having an inner cavity adapted to hold water and gases, wherein a first electrode 112 a and a second electrode 112 b are both disposed in the inner cavity of the generator 110 ; (b) a bubbler reservoir 120 having an inner cavity adapted to hold water and gases, the bubbler reservoir 120 is fluidly connected to the generator 110 via a first hose 140 and via a second hose 240 , the first hose 140 is adapted to dispense water from the bubbler reservoir 120 into the generator 110 and the second hose 240 is adapted to allow oxygen and hydrogen gas from the generator 110 to rise into the bubbler reservoir 120 ; (c) a first dryer 150 having an inner cavity adapted to hold water and gases, wherein the first dryer 150 comprises water disposed therein, wherein the first dryer 150 is fluidly connected to the bubbler reservoir 120 via a third hose 340 , the third hose 340 is adapted to deliver oxygen and hydrogen gas and residual water from the bubbler reservoir 120 to the first dryer 150 ; (d) a second dryer 250 having an inner cavity, wherein the second dryer 250 comprises acetic acid disposed therein, the second dryer 250 is fluidly connected to the first dryer 150 via a fourth hose 440 , the fourth hose 440 is adapted to deliver hydrogen gas from the first dryer 150 to the second dryer 250 , the fourth hose 440 having a first end 441 and a second end 442 , the first end 441 being connected to the first dryer 150 and the second end 442 being connected to the second dryer 250 wherein the first end 441 is positioned above the second end 442 ; (e) a fifth hose 540 fluidly connected to the second dryer 250 and adapted to connect to an engine 101 , the fifth hose 540 is adapted to allow hydrogen gas to pass from the second dryer 250 to the engine 101 ; and (f) a controller 180 operatively connected to the first electrode 112 a and the second electrode 112 b in the generator 110 , the controller 180 is adapted to provide an electric current to the first electrode 112 a and the second electrode 112 b such that water in the generator 110 is converted to oxygen and hydrogen gas via standard electrolysis; Wherein the system is filled with water via an opening disposed on the bubbler reservoir 120 fluidly connected to the inner cavity of the generator 110 .