May I ask whether the swirl plate in the diagram is of the “inward” or “outward” type, and whether it can achieve swirl mist removal and droplet elimination?
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I would like to ask the experts in this community: A device uses swirl plates for mist removal. Are the swirl plates in the diagram of the \"inward\" type or \"outward\" type? Can they effectively achieve mist removal and the elimination of liquid droplets?
As the fluid passes through the swirl plate, its direction of flow changes; any droplets or mist will gather on the swirl plate, grow in size, and fall downward under the influence of gravity.
Is what is shown in the picture the outer panel?
It should be an external panel; it’s very similar to one I worked on a few years ago. Whether it will work requires further process calculations
It is achievable, but a certain flow rate is required; if the flow rate is too low, it won’t work, and if it’s too high, the pressure drop will be greater. Through the baffle, the air flow velocity is directed toward the upper tube wall, causing the droplets to gather on the wall and be removed. It is advisable to have grooves or protruding coils on the wall of the tube to prevent the liquid from flowing through, as this also allows the liquid to flow back along the grooves.
I’ve learned it; more people are welcome to join the discussion