Seeking advice on the structure of centrifugal gas-water separators
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As shown in the diagram, gas at 1 L/min (at 100 degrees) flows through the coil; surrounding the coil are aluminum components cooled to 2 degrees. After initial cooling for water removal, the gas enters the lower gas-water separation unit, which is also cooled to 2 degrees. I would like to ask whether the design of this gas-water separation section is correct Is there a formula for calculating diameter and height? Is it necessary to add a demisting mesh or a rotatable baffle to improve the gas-water separation effect? At the very bottom, a peristaltic pump is used to continuously drain water, but what should be done if water droplets stick to the side walls and cannot flow down?
The design of this unit is to remove water through condensation; at the bottom, centrifugal force is used to completely separate water from gas, thereby achieving the purpose of drying the gas. Ensure that the gas dew point reaches 4 degrees. I’m not sure if the centrifugal force-based water separation design for the pink component below is correct
Someone gave points, but no one replied to answer the question? Urgently waiting: handshake