An electrolysis type electrolyzer device for production of hydrogen and oxygen gas to improve ignition performance in internal combustion engines. More specifically an electrolysis type electrolyzer device for production of hydrogen and oxygen gas with a delivery system through tubes, bubbler and check valve to an internal combustion engine, turbine, gas generator or similar combustion device for the enhancement of hydrocarbon fuel and/or gas combustion comprising:
- a. A stainless steel or composite plastic container or reservoir (1) having a removable threaded plastic or stainless steel fill cap (3) serving as access for routine refilling of the water and/or electrolyte(s) at a proper level such that a gas reservoir space is above the water and electrolyte solution in the stainless steel or composite plastic container or reservoir (1);
- a nylon plastic threaded or welded stainless steel 90 degree pipe to hose fitting (4) attached to a plastic or rubber output hose or tube (5), a one way flow valve (6) connected to plastic or rubber output hose (7) in order to cause the generated gases to leave the stainless steel or composite plastic container or reservoir (1) and flow into the internal combustion engine, turbine, gas generator or similar combustion device.
- b. The voltage sensing and high frequency output oscillator control board and module (19), the voltage sensing portion of this module senses the output charge voltage from an alternator or generator from approximately 14.1 VDC to 15.1 VDC to connect the positive plastic or rubber insulated conductor wire (23) electrically connected to stainless steel hose clamp (22) in order to provide positive electrical charges to the spiral platinum, nickel or stainless steel tube (13), voltage sensing and high frequency output oscillator control board and module plastic insulated cover (21), the high frequency output oscillator portion of the control board and module provides a continuous or pulsating 42 KHz output oscillation to the ultrasonic piezo crystal (20) in order to vibrate the water molecules and the spiral platinum, nickel or stainless steel tube (13) as well as the stainless steel composite plastic container or reservoir (1) so that the oxygen atoms and hydrogen atoms rapidly shake off the surfaces of the inner wall of the spiral platinum, nickel or stainless steel tube (13) and the outer surface of the platinum, nickel or stainless steel conductor (9 and 10) in order to allow the gases (hydrogen gas and oxygen gas) to be rapidly replaced with more water and electrolytic solution to then be decomposed on that newly exposed surfaces of the inner wall of the spiral platinum, nickel or stainless steel tube (13) and the outer surface of the platinum, nickel or stainless steel conductor (9 and 10).
- c. The generation of both hydrogen gas and oxygen gas mixture is generated by the application of electrical potential between the wall of the spiral platinum, nickel or stainless steel tube (13) and the outer surfaces of the platinum, nickel or stainless steel conductor (9 and 10) and collected from within the spiral platinum, nickel or stainless steel tube (13) and the outer surfaces of the platinum, nickel or stainless steel conductor (9 and 10) and rising into stainless steel or composite plastic container or reservoir (1) through a nylon plastic threaded or welded stainless steel 90 degree pipe to hose fitting (4) attached to a plastic or rubber output hose or tube (5), a one way check valve (6) and connected to plastic or rubber output hose (7) in order to cause the generated gases to leave the stainless steel or composite plastic container or reservoir (1) and flow into the internal combustion engine, turbine, generator or similar combustion device.
- d. The contaminate and debris collecting container (14) with a drain or clean out stainless steel, nylon or plastic threaded cap (15) in order to collect and clean out foreign materials and unused electrolytic waste.
- e. The bubbler apparatus with the removable bubbler fill cap (29) is used to maintain a proper level of the ordinary water or distilled water (35) or to clean the bubbler apparatus. A plastic, rubber or stainless steel input tube (36) along with the plastic, rubber or stainless steel output tube (37) is connected through drill holes through threaded adaptor to pipe fitting (30) glued to plastic tube (32) with end cap (34) in order to hold the ordinary water or distilled water (35). The purpose of the bubbler is to allow the flow of hydroxy gas to bubble from nearly the bottom of the bubbler apparatus through a tapered cut plastic, rubber or stainless steel input tube section (31) to allow the hydroxy gas to be cleaned from possible contaminants (impurities) and moisture leaving only hydrogen gas and oxygen gas to exit after passing through the ordinary water or distilled water (35) out through the top of the plastic, rubber or stainless steel output tube (37) so clean hydroxy gas can be burned in an internal combustion engine, generator, turbine or similar combustion device for the enhancement in hydrocarbon fuel and/or gas combustion devices without moisture or contaminates to be entered into internal combustion engine, generator, turbine or similar combustion device.