Electrolyzed hydrogen gas for fuel-fired boilers and hot water heaters

A system for Hydrogen Oxygen gas enhancement of hydrocarbon fuel combustion comprising:

• a closed electrolyzer vessel in which water is circulated from a water circulation port at a water level to be maintained in said electrolyzer vessel and returned via a water return line into a return port at the bottom of the vessel,
• an electrode plate assembly comprised of a series of plates, including cathode plate, anode plate, and inner plates arranged in parallel which is mounted in a lower part of the vessel and immersed in water below the water level maintained in the vessel,
• wherein the electrode plate assembly has a voltage applied across cathode and anode plates thereof to dissociate water into constituent hydrogen and oxygen gases which are collected in an upper part of the vessel and inducted from an output port of the vessel to an air intake for hydrocarbon combustion,
• wherein an air injector and a Water Pump is arranged in the water return line into the vessel to inject air into the water flow returned via the water return line into the return port at the bottom of the vessel and between and around the electrode plate assembly for causing air bubbling of the air in the flow supplied between and around the electrode plate assembly so that electrolysis of the water flow with bubbling of air is enhanced,
• wherein only water is used as the electrolyte fluid without any additives,
• wherein the Air-Injector is one of Bernoulli effect and that it is an independent unit of itself and works in cohesion with the water circulation pump and does not require to be attached to a combustion engine, and
• a conical coil of wire turns wrapped around an output pipe made of a ferromagnetic material which is coupled between the output port of the electrolyzer vessel and the air intake for hydrocarbon combustion,
• wherein said conical coil is arranged in progressive stages from a lower stage at an apex of said conical coil arranged proximate the output port of the electrolyzer vessel to a highest stage having an open coil end proximate the air intake for hydrocarbon combustion, each stage having progressively more wire turns from the lowest to highest progressive stages, and
• wherein an alternating voltage is applied across the conical coil from the open end to the apex of the conical coil which is connected to ground,
• whereby fluctuating electromagnetic fields are generated by the conical coil in order to cause dissociated lighter hydrogen gas molecules existing the output port of the electrolyzer vessel to keep separated from recombining in transit with heavier oxygen and other gas molecules by acting as a centrifuge for keeping the gases separated as they move through the output pipe to the air intake for hydrocarbon combustion.