Pneumatic gas booster for oxygen, nitrogen, and hydrogen booster pumps

    Pneumatic gas booster pump for oxygen boosting, nitrogen boosting, hydrogen boosting

    Oxygen boosting, nitrogen boosting, and hydrogen boosting must use a gas booster pump. Generally, industrial gases require purity, and the initial pressure of various gas manufacturing equipment is between 2-6 bar. Any higher pressure will affect purity. Using steel cylinder gas is wasteful for long-term applications, so a gas booster pump should be selected. Gas booster pumps are divided into pneumatic gas booster pumps and electric booster pumps.

    The advantages and disadvantages of electric booster pumps and pneumatic gas booster pumps;

    Advantages of electric booster pump: large flow rate. Disadvantages: Electric spark cannot be used in explosion-proof places, and subsequent boosting will result in purity pollution and high price.

    Advantages of pneumatic gas booster pump: Pneumatic spark free can be used in explosion-proof places, and the booster cylinder is fully enclosed with no other medium entering, ensuring purity and low price. Disadvantage: Low traffic.

    In situations where flow requirements are relatively high, an electric booster pump can be selected. When the flow can be met by a pneumatic booster pump, a pneumatic gas booster pump should be chosen as much as possible

    Oxygen booster pumpNitrogen booster pump氢气增压泵

     

     


      

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