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A method of producing hydrogen

A hydrogen and metal technology, which is used in the field of hydrogen production with metal powder targets combined with laser technology, can solve the extremely high safety requirements for long-distance transportation and storage, the hydrogen production efficiency and the hydrogen consumption are far away, and the working conditions are required. Advanced problems, to achieve continuous hydrogen production operation, increase energy burden, and wide range of applications

Active Publication Date: 2022-04-29
SUZHOU SMART ADVANCED COATING TECH CO LTD
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  • Description
  • Claims
  • Application Information

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Problems solved by technology

However, in the various existing hydrogen production methods, there are basically high equipment costs, large investment, complex manufacturing processes, and high requirements for working conditions; the efficiency of hydrogen production is far from the amount of hydrogen used, and hydrogen is transported and stored over long distances The safety requirements of hydrogen energy are extremely high, and transportation safety and storage safety have become a major obstacle to the promotion of hydrogen energy technology.

Method used

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  • A method of producing hydrogen
  • A method of producing hydrogen
  • A method of producing hydrogen

Examples

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Effect test

Embodiment 1

[0054] In the aluminum metal powder, the particle size is 0.1um ~ 100um, add 10% of the total amount of BiCl 3 , carry out ball milling, and the transformation reaction adopted by metal activation modification is as follows:

[0055] Al+BiCl 3 =>AlCl 3 +Bi

[0056] The activated modified metal aluminum alloy fine powder is pressed and sintered at low temperature to prepare the aluminum alloy powder rod.

[0057] Put the above-mentioned aluminum alloy powder rod into a hydrogen reactor filled with seawater, and use such as figure 2 The apparatus shown was used for the reaction. A picosecond laser with a wavelength of 1064nm, a pulse energy of 100 microjoules, and a working frequency of 50Khz is used to pass through the transparent ceramic window of the hydrogen reactor and pass through water. Under the control of a pre-programmed computer program, set the corresponding scanning speed. The layer peels off the alloy powder on the surface of the rotating aluminum alloy powde...

Embodiment 2

[0060] In the aluminum metal powder, the particle size is 0.1um ~ 100um, add 20% of the total amount of SnCl 2 , carry out ball milling, and the transformation reaction adopted by metal activation modification is as follows:

[0061] 2Al+3SnCl 2 =>2AlCl 3 +3Sn

[0062] Aluminum alloy powder rods were prepared by additive manufacturing the activated modified metal aluminum alloy fine powder.

[0063] Put the alloy energy bar obtained above into a hydrogen reactor filled with seawater;

[0064] A picosecond laser with a wavelength of 1064nm, a pulse energy of 100 microjoules, and a working frequency of 50Khz is used to pass through the transparent ceramic window of the hydrogen reactor and penetrate water. Under the control of a pre-programmed computer program, the corresponding scanning is set according to the process conditions. Speed, the alloy powder on the surface of the rotating metal aluminum alloy energy bar is peeled off layer by layer into the water, and the activa...

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Abstract

The present invention claims a hydrogen production method, which includes the following steps: S1. Prepare a metal target from fine metal powder, and then put the metal target into water, S2. Use a pulsed laser to scan the metal target through water According to a certain speed, the metal powder on the surface of the metal target is stripped layer by layer into the water, and the activated and modified metal fine powder reacts with water to generate hydrogen gas. S3. Recover and purify the hydrogen gas. In order to prevent or destroy the oxide film formed on the metal surface, the activated modified metal powder in the present invention utilizes the replacement characteristics between certain active metals and adopts a certain processing technology to obtain an alloy that can promote the continuous reaction of metal aluminum and water , until the end of the complete reaction. Compared with the direct ablation of the metal surface by laser, the laser energy required by the metal alloy surface pressed by exfoliated alloy powder in the present invention is much smaller; and the risk of explosion of a large amount of fine powder is eliminated.

Description

technical field [0001] The invention belongs to the field of chemical technology, specifically relates to the field of hydrogen production technology, and is an important branch of new energy technology, in particular to a method and device for producing hydrogen by combining a metal powder target material produced by a powder forming process with laser technology. Background technique [0002] The two major problems facing the world today are: environmental pollution and energy crisis, and the development and development of new energy industries is the key to solving environmental pollution and energy crisis. As a well-known secondary energy source, hydrogen has attracted widespread attention and research for its environmental friendliness and high energy. At present, vigorously developing and utilizing hydrogen energy is a major way to solve energy problems. Hydrogen energy has the advantages of wide sources, high energy density, storability, renewable, zero noise, and zer...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C01B3/08
CPCC01B3/08C01B2203/14Y02E60/36
Inventor 平尾一之龚强袁永恒
Owner SUZHOU SMART ADVANCED COATING TECH CO LTD
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