WO2009110104A1

WO2009110104A1 - A hydrogen extraction method

Info

Publication number: WO2009110104A1
Application number: PCT/JP2008/054674
Authority: WO
Inventors: Tomoaki Yoshioka
Original assignee: Tomoaki Yoshioka
Priority date: 2008-03-07
Filing date: 2008-03-07
Publication date: 2009-09-11

Abstract

This invention relates a method for extracting hydorogen. It is a method to extract hydrogen by freezing water.

Description

DESCRIPTION A hydrogen extraction method

A TECHNICAL AREA

It is a method this invention lets the water freeze, and to extract hydrogen. Furthermore, I am related to a hydrogen extraction unit.

BACKGROUND TECHNOLOGY

There are some methods I mix water to other materials, and to extract hydrogen using a chemical reaction. However, there is not the method to extract hydrogen from water.

There is the problem of the chemical reaction to extract hydrogen from water. For example, it is radical outbreak of the estrangement reaction. It is butene outbreak of the reaction an isomer. There is drawing reaction. Optionally, There are the problems such as, an addition reaction, Substitution reaction, Condensation reaction, Transposition reaction, oxidation-reduction reactions.

Therefore I divide hydrogen and oxygen of the water effectively. And I assume it the extraction method that I did of constant stability.

Therefore, this invention is a hydrogen outbreak method with imminent utility. DISCLOSURE OF INVENTION

This invention lets the water which raised energy freeze. And I fix freezing in an airtight container. And I connect the magnet which I made stepped around of the freezing. The magnet does the freezing side to a minus. I make carbon processing on the outside of the magnet, and a film does a plus side and loses an effect. I open an interval in the outside and fix a magnet in the upper bottom. As for the magnet of the upper part, the inside is a plus. As for the magnet of the bottom, the inside is a minus. As for the surface of the airtight container inside, the upper half treats carbon except a magnet. And I turn a stepped connected magnet at high speed. The inside of the airtight container maintains lower than ice temperature. And I use the plumbing that I go up and down from the airtight container outside when freezing begins to do a phenomenon and connected and absorb it.

A BRIEF DESCRIPTION OF THE FIGURES

As for FIG. 1, the reaction container (1) is sealed up. The inside of the container has a magnet (2) and the outside magnet (3) which I fixed up and down which I connected in the shape of stairs. And there is a cover (6) shutting metal fittings (5) and a container fixing freezing (4) from one side tightly. To another, there are a motor (7) and a pipe for absorption turning a magnet (2) which I connected in the shape of stairs in the upper (8) bottom (9). And, as for the reaction container (1), a refrigerator (10) and the plumbing (11) for decompression are got. It is the figure which expressed it.

THE BEST FORM TO CARRY OUT INVENTION

I follow the attached drawing and explain this to do art of opinion of this invention in detail.

I explain FIG. 1. The reaction container (1) is sealed up. The inside of the container has a magnet (2) which I connected in the shape of stairs.

There is the magnet which I fixed outward in the upper (3) bottom (4). And there are metal fittings (6) fixing freezing (5) from one side. And there is a cover (7) shutting a container tightly. Another has a motor (8) turning a magnet (2) which I connected in the shape of stairs. And there is a pipe for absorption in the upper (9) bottom (10). And, as for the reaction container (1), a refrigerator (11) is installed. And the plumbing (12) for decompression is got. The magnet (2) which I connected in the shape of stairs does carbon processing (14) in outside aspect with the aspect of the freezing (5) side as a minus (13). And I make a little carbon processing (15) other than a magnet on a reaction container (1). In addition, the (3) does a plus (16) on a fixed magnet inward. The lower (4) costs a minus (17) inward. It is the figure which expressed it.

The procedure regenerates water to use earlier at high temperature high pressure. And I let the water which raised energy freeze. And I get freezing (4) on metal fittings (5) to fix. And I close a cover (6). And I make temperature of the reaction container (l) inside low temperature less than ice temperature. And I decrease pressure. And high speed turns with a magnet (2) which I connected with a motor (7) in the shape of stairs. If freezing (4) begins decrease, I begin absorption after the plumbing for absorption (8) in a bottom (9). Carbon dioxide is absorbed to upper (8). And hydrogen is absorbed to lower (9). I maintain the state that was decompressed at low temperature while I absorb it.

I make carbon dioxide absorbed in upper (8) dry ice at low temperature high pressure and use it. The hydrogen absorbed in lower (9) treats it by a use purpose.

And hydrogen extraction is possible from atmospheric steam if technology advances.

USE POSSIBILITY IN INDUSTRY

There is the expensive water of the energy to use in this invention in the natural world. The generation work to be able to perform repeatedly even if I generate it artificially is publicized. In addition, the magnet is imminent. And this device is a brief mechanism. Therefore I am flexible to the size of the device. As for it, a use gets wide. I am useful for every field.

Claims

1. A method it freezes with water, and to extract hydrogen

2. A method to divide electric combination using a magnet

3. A method carbon treats a magnet and the container inside, and to use

4. A method I do low temperature of the reaction container inside, and to extract

5. A method I decompress the reaction container inside, and to extract