JP2000028110A - Hydrogen generation device and combustion method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide applications, such as internal combustion engine and the like, in a wide range of fields from general domestic usage to industrial usage by providing a construction satisfying three conditions of simplification, small size and light weight and enabling manufacture of a combustion device by a small investment. SOLUTION: A pipe made of a heat resistant hollow pipe having a water injection port 1 and a fuel injection port 5 is heated to raise a temperature within the pipe to 600 deg.C or higher, and water is injected with pressure and vaporized (superheated steam), bond of two molecules consisting of two hydrogen atoms and one oxygen atom is made unstable, and a reaction fuel is injected with pressure in order to make the bond further unstable so that a high temperature mixed gas is produced and the reaction fuel is burned instantaneously.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a new fuel production method and a new combustion method. The invention satisfies the three conditions of simple structure, small size and light weight, and enables the production of a combustion device with a small amount of money. Initially, it can be used in a wide range of fields, from ordinary households to industrial use.

[0002]

2. Description of the Related Art A method of extracting energy from water, which has been known for a long time, burns coal once it is wetted with water and uses it to generate more energy than the coal itself. Even trees, firepower is higher than raw wood or timber wetted with water. Recently, water has been mixed with fuel using this method for burning, but it is far from practical use.

[0003]

An emulsifier was mixed to weaken the repulsive action of water and fuel, and water and oil were temporarily emulsified and used as fuel. Was impossible. In addition, emulsified fuel often extinguished suddenly during combustion, and it was far from practical use.
The reason is that the emulsifier itself hinders the oxidation reaction of oxygen, and this problem was solved in that it is important to convert only water into energy without using an emulsifier.
In addition, stable combustion can be obtained even with emulsified fuel.

[0004]

In order to generate water, a proportion of two hydrogen molecules and one oxygen molecule is released into a vacuum and ignited to produce instantaneously steam that matches the proportion of the combustion and water. Generated. In order to restore water and burn at the same time, superheated steam is released into a high temperature state, exposed to high temperature, and the reaction fuel is added in an amount of affinity so that the binding of both molecules becomes unstable and the dissolved oxygen is oxidized and reacted. When it is injected, hydrogen and the reaction fuel burn instantaneously. Further, even if the fuel is injected in a larger amount than the reaction amount, there is no problem since an oxidation reaction occurs with oxygen in the air when the fuel is injected into the air and the fuel is burned. As a result, it is possible to extract, from the water, more energy than the energy obtained by adding the reaction fuel energy and the energy for heating the apparatus.

[0005]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The principle of heating the outside of a container to a state where the inside of the container is completely heated to a state in which air is almost completely eliminated is applied.

[0006]

[Example] 1) Use of heat resistant pipe with inner diameter of 10m / m and length of 20m. The tip is a normal torch burner. The heat source of the device (pipe) is a commercially available butane gas (using a burner). Kerosene) Pressurized injection is a manual pump type container 2) Experimental equipment (heat-resistant pipe) is heated from outside by a burner for about 10
After heating for 600 minutes, when the temperature reached 600 ° C. or higher, water was injected under pressure from the water inlet. The fuel was pressurized and injected from the fuel injection port when the water was in a vaporized and heated steam state. When the gas mixture of water and fuel is injected from the outlet burner (injection port), it is ignited by the ignition lighter,
Stable combustion was obtained. In this case, water 95
% And fuel 5% were injected under pressure at a pressure of about 1 kg / cm ² .

[0007]

[Example] Use of heat-resistant pipe with inner diameter of 10 m / m and length of 20 m. The tip is a normal torch burner. The heat source of the device (pipe) is a commercially available butane gas (using a burner). ) From outside with a heating burner
After heating for 600 minutes, when the temperature reached 600 ° C. or higher, water was injected under pressure from the water inlet. The vaporized hydrogen and oxygen gas were generated and injected from the injection port, and the ignition lighter ignited and stable combustion was obtained. At this time, a catalyst was used before the injection.

[0008]

Efficient use of the present invention, in which a large amount of energy can be obtained from a small amount of fuel energy, is a means of securing the best energy source in a country with scarce resources. It can also collect and use garbage from general households and methane gas from human dung, including the use of combustible gases such as fossil fuels and natural gas. It can be widely used for internal combustion engines and industrial use, and is a step toward bringing the continuously polluted earth closer to a clean environment.

[Brief description of the drawings]

FIG. 1 is a structural view of an apparatus for carrying out an embodiment of a method for burning a fluid fuel and a gaseous fuel according to the present invention.

[Explanation of symbols] Water inlet Heat-resistant hollow pipe outside Heat-resistant hollow pipe inside Heat-resistant hollow pipe heating Reaction fuel inlet Reaction fuel outlet Fuel injection port

Claims (2)

[Claims] 1. A heat-resistant hollow pipe having a water inlet and a fuel inlet provided therein is heated to a high temperature of 600 ° C. or higher, water is injected under pressure, vaporized (superheated steam), hydrogen In order to make the bond between two molecules and one oxygen molecule unstable and more unstable, the reaction fuel is injected under pressure, a high-temperature mixed gas is generated, and the reaction fuel is instantaneously burned. And the combustion method. 2. A water injection port is provided in a heat-resistant hollow pipe, water is injected under pressure, and the inside of the pipe is heated to a high temperature of 600 ° C. or more to take out hydrogen gas and oxygen gas which are decomposed and vaporized. Characteristic hydrogen generator.