The components include:

Electrolytic cell: Made of corrosion-resistant materials, the cathode produces hydrogen gas and the anode produces oxygen gas.

Pure water tank: stores deionized water or secondary distilled water that meets electrolysis requirements.

Hydrogen/water separator: Separate hydrogen gas from carried moisture to ensure that the hydrogen gas is dry.

Drying machine: further removes trace amounts of moisture from hydrogen gas to improve purity.

Pressure sensor and intelligent control system: achieve pressure self-regulation, with a typical output pressure of 0.4 MPa and pressure fluctuation<0.001 MPa.

Pure water hydrogen generatorApplication scenarios and industry value:

Laboratory field:

Gas chromatography analysis: As a carrier gas or gas, it enhances the sensitivity of FID/FPD detectors to ensure analysis accuracy.

Organic synthesis experiment: Provide stable high-purity hydrogen gas to meet the needs of hydrogenation reactions.

Materials Science: Used for the preparation of metal nanoparticles and other research.

Drug analysis: Assisting in the analysis of drug components and impurity detection.

Industrial sector:

Petrochemical industry: Cracking petroleum to produce chemical raw materials such as ethylene and propylene.

Fertilizer production: As a raw material for synthetic ammonia, it ensures the supply of nitrogen fertilizer.

Glass manufacturing: Burning to remove impurities and improve glass transparency.

In the field of new energy:

Hydrogen fuel cell vehicles: provide a clean hydrogen source that can be produced and used immediately.

Energy storage system: In conjunction with electrolysis of water to produce hydrogen, it achieves the consumption of renewable energy.