Abstract: Process to use water, methyl alcohol, and baking soda to make hydrogen and oxygen to increase fuel mileage on gasoline, diesel and LP gas engines using the process generally known as “Electrolysis” with many modifications. A device and method for producing hydrogen and oxygen gases from Water Solutions and simultaneously using the gases produced to supplement fuels used to operate the vehicle or engine. The solution used in the Electrolytic container is water and sodium bicarbonate. The hydrogen and oxygen—producing device is powered by as many as 5,500 amperes, generator or alternator, using the vehicle engine alternator or generator to produce the current to power the electrolytic cell. The electrolytic container is kept at a constant solution level. The water solution temperature may be controlled by either a low-pressure air conditioning line, a water-cooling line with a thermostatic control valve, on-off temperature control switch or water-cooling fins.

Abstract: Process to use water, methyl alcohol, and baking soda to make hydrogen and oxygen to increase fuel mileage on gasoline, diesel and LP gas engines using the process generally known as “Electrolysis” with many modifications. A device and method for producing hydrogen and oxygen gases from Water Solutions and simultaneously using the gases produced to supplement fuels used to operate the vehicle or engine. The solution used in the Electrolytic container is water and sodium bicarbonate [baking soda]. The hydrogen and oxygen-producing device is powered by as many as 5,500 amperes [DC or AC], generator or alternator, using the vehicle engine alternator or generator to produce the current to power the electrolytic cell. The electrolytic container is kept at a constant solution level. The water solution temperature may be controlled by either a low-pressure air conditioning line, a water-cooling line with a thermostatic control valve, on-off temperature control switch or water-cooling fins.