Can a Mechanical System Prevent Water Migration in a Portable Air Compressor?

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A prototype for a portable air compressor system is being developed, focusing on a design that allows condensate (liquid water) to be directed into a canister after the tank drain. The goal is to ensure that when the system is transported in various orientations, the water remains in the canister and does not flow back into the tank. Traditional flapper valves are deemed unsuitable due to their tendency to remain open in certain positions. The discussion highlights that no materials exist that can effectively transport liquid water in one direction only; therefore, mechanical solutions are being considered. A proposed design involves a container that acts as a trap, preventing backflow of water unless it becomes overly filled. The current configuration of the container may already function as intended without the need for an additional valve.
steve williams
Hello to all. I'm building a prototype of a portable air compressor system. I would like to place a membrane just after the tank drain that would allow the liquid water (condensate) to pass through into a canister. This membrane would allow the water to pass through by gravity. When the portable system is laid on its back or side (for transport) the water would stay in the canister and not migrate back into the tank. A "flapper" style valve would not work well because it would remain open in many of the orientations in which the system will find itself. Gore-Tex is only good for water vapor, not liquid water.

Thanks!
 
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There are no magic materials that allow transport in one direction only (Gore-Tex let's water vapour pass in both directions and water in no direction), so I would look for mechanical systems. Does something like the attached sketch work? The inlet ends in the middle of the container, unless it gets filled too much no water will flow back in any orientation.
 

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mfb said:
There are no magic materials that allow transport in one direction only (Gore-Tex let's water vapour pass in both directions and water in no direction), so I would look for mechanical systems. Does something like the attached sketch work? The inlet ends in the middle of the container, unless it gets filled too much no water will flow back in any orientation.
Thanks very much... You are correct about the container itself being the "trap". In fact, when I looked at the configuration of the container which I have designed, it, in essence already works much the same way. I don't think I need a "valve" at all. Thanks again!
 
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