OVERVIEW
As a gas source solution for gas chromatographs, a hydrogen oxygen generator can effectively replace traditional high-pressure gas cylinders in laboratories, significantly improving the convenience and safety of the analysis process. The equipment consists of core parts such as an electrolytic separation cell, switching power supply, pressure control system, drying and purification device, and flow display module. Among them, the electrolytic separation cell, which is the “heart” of the instrument, adopts a barrel-type structure design, which innovatively realizes the simultaneous process of liquid storage, hydrogen production, and oxygen exhaust. Compared with the plate electrolytic cell, this barrel-type electrolytic separation cell has significant advantages, such as a large electrolysis area, low temperature in the cell, stable performance, and higher gas purity. It can be called an ideal replacement product for the plate electrolytic cell. In addition, this instrument is specially equipped with an advanced non-return liquid device, which can fundamentally eliminate the phenomenon of liquid return and ensure the stability and reliability of the instrument during operation.
CHARACTERISTIC
• Easy to operate, turns on the power switch to automatically produce gas, has stable output pressure, and has a flow rate displayed through an LED digital display, which is intuitive and easy to read.
• For daily use, you only need to add distilled water regularly, which supports continuous or intermittent use, which is very convenient.
• The hydrogen oxygen generator integrates liquid storage, hydrogen electrolysis, and oxygen exhaust functions with a low pool temperature to extend the equipment’s service life.
• Equipped with the anti-backflow device to effectively prevent liquid backflow problems in the instrument and ensure safe use.
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FAQ
Q: How does a hydrogen oxygen generator work?
A: The hydrogen-oxygen generator works based on the principle of water electrolysis. When electric current passes through water, water molecules are split into hydrogen and oxygen gases. Hydrogen is produced at the cathode, and oxygen is produced at the anode. The generated hydrogen and oxygen gases are collected and used for various applications, such as fuel cells or industrial purposes.
Q: Can hydrogen and oxygen produce electricity?
A: In hydrogen fuel cells, hydrogen and oxygen produce electricity through an electrochemical reaction. Hydrogen combines with oxygen to generate electricity, water, and a small amount of heat, offering a clean and efficient energy source.
Q: What happens when hydrogen combines with oxygen in electric current?
A: When hydrogen reacts with oxygen in the presence of an electric current, an electrochemical reaction produces water and generates electricity. At the cathode, hydrogen ions and electrons combine with oxygen to form water molecules, with the flow of electrons creating electric power as a byproduct. This process is clean, with water as the only output.
