Effect of liquid viscosity on gas-liquid cyclone separation
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We need to design a mixer to further deeply dehydrate the mixed gas after mixing. We use spin separation. During calculation, it was found that the liquid phase viscosity is 1000 times greater than the gas phase viscosity. When production is continuous, the wall of the container will inevitably be wetted. I would like to know whether the viscosity of the liquid will have any impact on the separation effect at this time? Ask experts for help
In this separation process, gas is the continuous phase and liquid is the dispersed phase. The separation effect depends on mv2/r, then the viscosity will not affect the separation of the cyclone separator. I think so, haha