Publish Time: 2021-09-28 Origin: Site
The hydrogen compressor is a type of compressor whose main function is to compress and transfer oxygen in order to obtain compressed hydrogen gas that meets modern industrial standards. It is used in major applications such as large manufacturing industries, the energy industry, the gold refining industry, and many more. There is no doubt that hydrogen compressors play a huge role in today's society.
However, many are unaware of the correct use and maintenance methods for using hydrogen compressors. This article will focus on some of the key points about hydrogen compressors to answer your questions.
·The common types of Industrial Hydrogen Compressor failures.
·How to improve the operating efficiency of the Hydrogen Compressor?
·What are the Industrial Hydrogen Compressor applications?
·Unstable signal frequencies
In the operation of industrial hydrogen compressors, there is a risk that the inverter output frequency will fluctuate greatly and the system will be unstable. At this point, check whether the signal input from the instrumentation is normal if there are no abnormalities in the instrumentation board. The earthing of the equipment should be checked carefully, this is most likely due to the grounding of the shielding layer coming off.
·Equipment overheating
Hydrogen compressors are water-cooled, but it is still possible for the equipment to overheat. When a hydrogen compressor overheats, this is caused by high ambient temperatures or a faulty heat removal system. The usual solution is to keep the solvent circulating, venting low gas before exhaust, and releasing the fuel gas from the flare to ensure proper operation of the desulphurization system. Alternatively, open the exhaust valve of the steam generator to prevent the steam from carrying water.
There are other causes of failure of industrial hydrogen compressors, which we will not list here. We need to pay attention to maintenance when using them, and we need to take different measures for different situations of failure sites.
·Anti-overheating
According to the physical properties of the compressed gas, choose the corresponding high-grade grease. Hydrogen compressors require a high quality of grease, which needs attention. At the same time, the amount of oil to be filled needs to be appropriate and comprehensive analysis of the oil quality needs to be carried out. It is worth noting that the grease used in hydrogen compressors should be monitored during inspection and testing and should never be added at will.
·Fire and explosion protection measures
The inlet and outlet lines of the hydrogen compressor are equipped with automatic shut-off valves, which are designed to prevent accidents from occurring. In the event of hydrogen and nitrogen leakage, fire, or other accidents, the operator can close the shut-off valve in time to disconnect the gas supply.
In summary, how to operate an industrial hydrogen compressor efficiently is not a simple task. We are required to carry out regular checks on the equipment according to the physical characteristics of the hydrogen compressor. This not only enables faults to be identified in advance but also ensures the operational efficiency of the product.
As mentioned before, the main function of the Hydrogen Compressor is to compress and transfer oxygen. With the development of the times, industry demands increasingly high-quality hydrogen, as a result of airborne hydrogen not meeting the standards of use. As a consequence, hydrogen compressors can be used in many different applications such as steel manufacturing, power plants, chemical plants, textiles, and many more. In addition to industrial hydrogen compressors, there are also medical hydrogen compressors for use in hospitals.