How the scrubberization pump works

Mondo Technology Updated on 2024-03-01

The desulfurization pump is a key equipment used in the desulfurization equipment, and its main working principle is to use the pump to pump the liquid containing the desulfurization agent (usually the desulfurization liquid) from the storage tank or storage tank, and then transport it to the desulfurization equipment for desulfurization treatment.

Specifically, the main working principle of the desulfurization pump includes the following aspects:

1.Suction of liquids: The desulfurization pump creates a negative pressure area through the rotation of its own vanes or the movement of the plunger, thereby pumping the desulfurized liquid. Typically, the desulphurization liquid is stored in a reservoir or tank, and the desulphurization pump pumps it out by suction.

2.Conveying liquid: Once the liquid is pumped out, the desulfurization pump will use the internal structure of the pump body, such as blades, rotors, plungers, etc., to transport the liquid from the inlet to the outlet. During the conveying process, a certain pressure is generated inside the pump to allow the liquid to flow smoothly.

3.Maintain flow and pressure: Desulfurization pumps are designed to accommodate the operating conditions in desulfurization equipment, often requiring specific flow rates and pressures to be maintained. In order to maintain a stable desulfurization effect, the desulfurization liquid needs to be transported into the desulfurization equipment at a certain flow rate and pressure.

4.Corrosion resistance: Since desulfurization liquids are usually strongly acidic or alkaline, desulfurization pumps usually need to have good corrosion resistance to ensure that they will not be corroded during long-term use and affect their performance and life.

In general, the main working principle of the desulfurization pump is to transport the liquid containing desulfurizer from the storage tank or tank to the desulfurization equipment by pumping liquid, conveying liquid, maintaining flow and pressure, etc., to complete the process of desulfurization treatment.

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