In the hydrogen production process of water electrolysis, once the temperature rises uncontrollably, the hydrogen production will decrease, and it will also affect the safety of the equipment. In the hydrogen production process, chiller equipment is usually used to provide cooling water.

If you work in the following scenarios, you can use our hydrogen production process chiller to provide hydrogen production.

Compressed air drying: In the hydrogen production process, it is necessary to use dry compressed air as the raw material gas. Since compressed air contains a large amount of water vapor, it is necessary to use a low-temperature chiller for condensation and moisture removal.

During this process, our low-temperature chiller can provide cooling water to reduce the temperature of the compressed air, so that the water vapor in it can condense into water, and then discharged through the drain valve.

Hydrogen cooling: In the process of hydrogen production, the hydrogen produced by the reaction needs to be cooled to prevent the reaction from getting out of control due to excessive heat during the reaction. In this link, the low-temperature chiller can provide low-temperature cooling water to cool the hydrogen to keep the reaction temperature within a controllable range.

Low-temperature steam condensation: In the process of hydrogen production, it is necessary to convert raw gas such as natural gas into hydrogen through steam reforming reaction. In this process, the high-temperature and high-pressure steam generated by the reaction needs to be condensed to extract the generated hydrogen. In this process, the low-temperature chiller can provide low-temperature cooling water to condense the steam to realize the extraction of hydrogen.

In short, in the hydrogen production process, the role of the low-temperature chiller is to provide low-temperature cooling water to cool and condense the raw gas, reaction products and steam in the hydrogen production process, so as to ensure the normal progress of the reaction and high-quality production of products. At the same time, our low-temperature chillers can also improve the energy efficiency and reduce energy consumption of the hydrogen production process, reducing environmental pollution and economic costs.