Problems with the centrifuge
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I have some questions regarding the selection of a centrifuge. Please refer to the following data: Flow rate: 4050 as the maximum value, 2050 cubic meters per second as the minimum value. Inlet pressure: 0.12 MPa; outlet pressure: 0.45 MPa. Density: 0.42 (for the gas being processed). Temperature: 40 degrees. I’m not sure why a centrifugal compressor is needed in this situation. Could anyone help me out?
There’s no one here; how can one wait online? There must be someone somewhere
Centrifuges and centrifugal compressors are different.
It’s a centrifugal compressor; I think the flow rate is low and the pressure difference is small – so why choose a centrifugal compressor?
There are also such small centrifugal compressors; I’ve never seen them before. I’m not sure if their parameters are correct
The capacity is quite good – it’s not that small, and the pressure ratio isn’t high either. So, what type of compressor do you think should be chosen? We have a compressor with a capacity similar to this one, with a pressure ratio slightly higher; it’s a single-stage centrifugal compressor driven by an electric motor
This is a centrifugal compressor; a centrifuge is a machine used for solid-liquid separation, and the output is at atmospheric pressure
A centrifuge is a machine for separating solids from liquids. How to put it? Since you’ve never used such a centrifuge before, could you explain it in detail?
Can a reciprocating compressor be used? I’m wondering if the compression ratio is too low; is it true that only a centrifugal compressor can be used?
Centrifugal compressors have a low compression ratio and provide stable outlet pressure, making them the best choice for your process parameters
Since your operation requires pressurization, to understand this issue you need to look at the requirements of your system’s workflow; it’s not possible to figure anything out by just considering a single device!