Photoelectric coupling double-source excitation water splitting hydrogen production reactor, system and method

A photoelectric coupling and reactor technology, applied in the direction of electrolysis components, electrolysis process, electrodes, etc., can solve the problems of high cost, low conversion rate of photocatalytic hydrogen production, etc., to reduce costs, reduce losses, increase solar energy intensity and utilization rate effect

Pending Publication Date: 2022-07-15
XIDIAN UNIV
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] Purpose of the invention: To solve the current high cost problem of electrolyzing water to produce hydrogen and the problem of low conversion rate of photocatalytic hydrogen production
In order to solve the high cost problem of hydrogen production by green hydrogen technology from reducing power consumption, improving conversion efficiency, and reducing equipment costs, the present invention discloses a photoelectric coupling dual-source excitation cracking water hydrogen production reactor, system and method

Method used

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  • Photoelectric coupling double-source excitation water splitting hydrogen production reactor, system and method
  • Photoelectric coupling double-source excitation water splitting hydrogen production reactor, system and method
  • Photoelectric coupling double-source excitation water splitting hydrogen production reactor, system and method

Examples

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preparation example Construction

[0130] 1. Preparation of cathode sheet:

[0131] A method for preparing a cathode sheet coated with a photoelectric catalyst, comprising the following steps:

[0132] (1), preparation of SrFe x Ti 1-x O 3-δ (STF) slurry, where 0≤x≤1, 0≤δ≤1:

[0133] The organic binder is obtained by uniformly stirring terpineol / diethylene glycol butyl ether / ethyl cellulose / lecithin in a mass ratio of 70.5 / 25 / 4 / 0.5 for 20-40 minutes;

[0134] The organic binder and the STF powder with an average particle size of 20-40 nanometers are changed according to the mass ratio in the range of 30:70-90:10, and the slurry mixer is added and stirred at a speed of 60-120rpm for 20-50min to obtain a uniform STF slurry;

[0135] (2), the structure such as image 3 As shown in the figure, the STF paste was prepared on the conductive glass 40 by a screen printing process, with 1 / 4 of the length of the blank and a film thickness of 30-50 μm; heated at 450-500 ° C for 0.5-1 h, and then slowly lowered to roo...

Embodiment 1

[0139] like figure 1 , Figure 5 As shown in the figure, a photoelectrically coupled dual-source excitation splitting water hydrogen production reactor is composed of an intelligent controller 30, a potentiostat 31, a cathode reactor 1, a cation exchange membrane assembly 3 and an anode reactor 23, which are connected in sequence, and the reference Electrode assembly 19 consists of:

[0140] The cation exchange membrane assembly 3 is composed of a cation exchange membrane 49 and two cation exchange membrane fixtures 48, the cation exchange membrane fixtures 48 are made of glass, and the outer sides of the two cation exchange membrane fixtures 48 are respectively connected to the cathode reactor. 1. The anode reactors 23 are connected, the cation exchange membrane clamp 48 is provided with a through cavity in the middle, and the two cation exchange membrane clamps 48 and the cation exchange membrane 49 are respectively provided with annular soft rubber gaskets between the cont...

Embodiment 2-6

[0192] It is roughly the same as Example 1, the only difference is that the solute of the cathode aqueous solution and the solute of the anode aqueous solution are different:

[0193] Solutes in the cathode aqueous solution Solute in Anode Aqueous Solution Example 2 KCl KOH Example 3 BeCl 2

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Abstract

The invention discloses a photocoupling double-source excitation water splitting hydrogen production reactor which is composed of an intelligent controller, a constant potential rectifier, a cathode reactor, a cation exchange membrane assembly, an anode reactor and a reference electrode assembly, the cathode reactor, the cation exchange membrane assembly, the anode reactor and the reference electrode assembly are communicated in sequence, and the cation exchange membrane assembly is composed of a cation exchange membrane and two cation exchange membrane clamps; the cathode reactor comprises a cathode reactor shell, the cathode reactor shell is provided with a light facing side face and a cathode reactor transparent top cover, and a cathode piece assembly, a cathode water level sensor and a cathode water solution are arranged in the cathode reactor shell; the anode reactor comprises an anode reactor shell with an anode reactor top cover, and an anode strip assembly, an anode water level sensor and an anode aqueous solution are arranged in the anode reactor shell. The invention further discloses a photocoupling double-source excitation water splitting hydrogen production reaction system. The invention further discloses a reaction method for producing hydrogen through photocoupling double-source excitation water splitting.

Description

technical field [0001] The invention belongs to the hydrogen energy production technology, and specifically relates to a photoelectric coupling dual-source excitation splitting water hydrogen production reactor, system and method. Background technique [0002] The petrochemical fuel is about to be exhausted, and as the main energy source in the 21st century, hydrogen energy will gradually replace the traditional petrochemical energy and become the main energy industry. Hydrogen energy is not only mainly used in direct combustion (aerospace), as a raw material for fuel cells, but also can be stored as the ultimate energy source. In particular, the fluctuating green power resources such as wind power and photovoltaic power that are affected by seasonal factors are efficiently converted into green hydrogen resources that can be stored for a long time. At present, the high conversion rate of fuel cell 60-70% has established it as one of the mainstays of the fourth generation en...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C25B1/04C25B1/55C25B9/19C25B9/50C25B9/60C25B11/091C25B15/023C25B15/025
CPCC25B1/04C25B1/55C25B11/091C25B15/023C25B15/025C25B9/19C25B9/50C25B9/60
Inventor 胡英苏仁杰王晶杜梦琦
Owner XIDIAN UNIV
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