Abstract: A method and an apparatus of fuel conversion for engine substantially provide a controller to receive either a signal for actuating the injection fuel nozzle to supply fuel or a signal of a central controller so as to actuate a high voltage generator. The high voltage generator generates a high voltage to boost a high power component of an energy converter. The high power component generates a high energy to ionize the passing fuel mixture into hydrogen and C1˜C4 hydrocarbon combustible gas mixture and feeds into engine chamber to achieve the effect of saving fuel by reducing fuel loss and enhancing engine power.

Abstract: A reaction furnace utilizing high-temp steam and recirculated heat source to separate mercury and crack dioxin and organic substances contained in waste includes a first combustion chamber having a burner for producing high-temp hot gas, which is sent to a second combustion chamber for heating a reaction chamber and a high-temp steam generator therein. High-temp steam produced by the high-temp steam generator is introduced into the reaction chamber for decomposing or distilling waste being treated. Gas mixture produced in the reaction chamber is discharged to a gas mixture treatment system for separation. Fuel gas and fuel oil separated from the gas mixture are introduced into the burner for producing the high-temp hot gas, and waste water separated form the gas mixture is led to the high-temp steam generator for producing the high-temp steam. And, soil in the waste that has been treated is discharged via a discharge outlet.

Abstract: A method and an apparatus of fuel conversion for engine substantially provide a controller to receive either a signal for actuating the injection fuel nozzle to supply fuel or a signal of a central controller so as to actuate a high voltage generator. The high voltage generator generates a high voltage to boost a high power component of an energy converter. The high power component generates a high energy to ionize the passing fuel mixture into hydrogen and C1˜C4 hydrocarbon combustible gas mixture and feeds into engine chamber to achieve the effect of saving fuel by reducing fuel loss and enhancing engine power.

Abstract: A reaction furnace utilizing high-temp steam and recirculated heat source to separate mercury and crack dioxin and organic substances contained in waste includes a first combustion chamber having a burner for producing high-temp hot gas, which is sent to a second combustion chamber for heating a reaction chamber and a high-temp steam generator therein. High-temp steam produced by the high-temp steam generator is introduced into the reaction chamber for decomposing or distilling waste being treated. Gas mixture produced in the reaction chamber is discharged to a gas mixture treatment system for separation. Fuel gas and fuel oil separated from the gas mixture are introduced into the burner for producing the high-temp hot gas, and waste water separated form the gas mixture is led to the high-temp steam generator for producing the high-temp steam. And, soil in the waste that has been treated is discharged via a discharge outlet.

Abstract: In a method of treating waste soil, carbon-containing substances are added into the soil according to percentages of different organic substances contained in the soil; the soil is then isolated from external air while being fed into a reaction chamber; high-temp hot gas is sent from a first combustion chamber into a second combustion chamber to heat the reaction chamber and a high-temp steam generator; high-temp steam produced by the high-temp steam generator is introduced into the reaction chamber, and maintained in thermal balance with the soil in the reaction chamber, so that mercury, organic substances, and dioxin contained in the soil are distilled and carried away by the high-temp steam; and fuel gas and fuel oil are separated from the steam for sending to a burner for producing the high-temp hot gas; and the treated soil is isolated from external air while being discharged, and quickly cooled down.