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In a method of supplying hydrous fuel in which water mixed with fuel is positively burned to thereby remarkably economize the fuel consumption. Oil and water which are supplied from an oil tank and a water tank by way of an oil supply pipe and a water supply pipe respectively are mixed with each oth

In a method of supplying hydrous fuel in which water mixed with fuel is positively burned to thereby remarkably economize the fuel consumption. Oil and water which are supplied from an oil tank and a water tank by way of an oil supply pipe and a water supply pipe respectively are mixed with each other and thereafter the mixture of the oil and water is supplied to a combustion chamber by way of a hydrous fuel supply pipe, wherein a low frequency, low voltage and low current signal is applied to a conductive coil wound around the water supply pipe coupled to the water tank so as to apply an electromagnetic induction field to the water and reduce the specific gravity of water, and thereafter the water is mixed with the oil from the oil tank, and subsequently the low frequency, low voltage and low current signal is further applied to a conductive coil wound around the hydrous fuel supply pipe so as to apply the electromagnetic induction field to the hydrous fuel.

대표청구항 ▼

1. A method of supplying hydrous fuel by supplying oil and water from an oil tank and a water tank by way of an oil supply pipe and a water supply pipe respectively, mixing the oil and water with each other and supplying the mixture of oil and water to a combustion chamber by way of a hydrous fuel s

1. A method of supplying hydrous fuel by supplying oil and water from an oil tank and a water tank by way of an oil supply pipe and a water supply pipe respectively, mixing the oil and water with each other and supplying the mixture of oil and water to a combustion chamber by way of a hydrous fuel supply pipe, characterized in that: said method further comprises: applying a low frequency, low voltage and low current signal to a conductive coil wound around said water supply pipe coupled to said water tank by AC signal generator means so as to apply an electromagnetic induction field to the water and reduce the specific gravity of water; mixing said water with said oil to provide hydrous fuel; applying said low frequency, low voltage and low current signal to a conductive coil wound around said hydrous fuel supply pipe by said AC signal generator means so as to apply said electromagnetic induction field to said hydrous fuel, wherein said signal has a low frequency ranging from 50 to 260 Hz, a low voltage ranging from 0.5 to 1.5 V and a low current ranging from 1.5 to 8 mA and pressurizing said hydrous fuel by a compressor for supply to said combustion chamber. 2. A method of supplying hydrous fuel by supplying oil and water from an oil tank and a water tank by way of an oil supply pipe and a water supply pipe respectively, mixing the oil and water with each other and supplying the mixture of oil and water to a combustion chamber by way of a hydrous fuel supply pipe, characterized in that; said method further comprises: applying a low frequency, low voltage and low current signal to a conductive coil wound around said water supply pipe coupled to said water tank by AC signal generator means so as to apply an electromagnetic induction field to the water and reduce the specific gravity of water; apply said low frequency, low voltage and low current signal to a conductive coil wound around said oil supply pipe coupled to said oil tank by said AC signal generator means so as to apply said electromagnetic induction field to said oil and increase dissolved oxygen therein; mixing said water with said oil to provide hydrous fuel; applying said low frequency, low voltage and low current signal to a conductive coil wound around said hydrous fuel supply pipe by said AC signal generator means so as to apply said electromagnetic induction field to said hydrous fuel, wherein said signal has a low frequency ranging from 50 to 260 Hz, a low voltage ranging from 0.5 to 1.5 V and a low current ranging from 1.5 to 8 mA and pressurizing said hydrous fuel by a compressor for supply to said combustion chamber.