Correct selection of gas booster pump
There are many customers who are currently familiar with the use of gas booster pumps and their specific scope of use, but many customers do not know how to choose a specific type. Therefore, the editor will explain it to everyone in detail
Pump selection after gas pressurization
Firstly, it is necessary to understand what medium the pressurized gas on site is. Such as hydrogen, oxygen, nitrogen, helium, argon, natural gas, methane, carbon dioxide gas, air, and so on; Whether the pressurized medium has corrosiveness or other physical properties;
Secondly, what is the inlet pressure of the gas being pressurized? How much bar can it stabilize to, and if we delve deeper, it's about the flow rate of the pressurized medium; If the flow rate of the pressurized medium at the customer's site is 1m ³ per minute, then the flow rate of the pump will not exceed this flow rate.
Furthermore, how much pressure do you need to increase these media to? Where is the pressure after boosting used? Sales engineers can generally judge the customer's on-site usage based on their own experience before making a judgment;
Then, do customers have any flow requirements for the gas output from the booster? The size of the flow is an important selection method for gas booster pumps. Many customers are unable to use gas booster pumps due to the flow rate
How much pressure can the on-site driving air (compressed air) source stabilize; The gas consumption of Taizhou Feentor gas booster pump is generally around 1m ³ per minute, and it will not consume gas when the pump stops working. The driving pressure range is 3-8 bar. The driving pressure for the economy is 6 bar.
That's all for the selection of gas booster pumps. If you have any questions, you can consult our company at any time http://www.tz-fet.com/
The above content belongs to the copyright of Taizhou Feentor - Plagiarism will be prosecuted