Gas-liquid separator
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There are several types of commonly used gas-liquid separators; what are their respective principles?
This post was last edited by woliaibo on 2012-1-10 at 11:41. Gravity-type, baffle-type, centrifugal type, air flotation type, coagulation type, mesh type – the core principle behind all of these is based on the difference in density between gas molecules and liquid molecules.
:Handshake has come to learn*. Thank you, the person above
In terms of material, common vapor-liquid separators include those made of polypropylene, 316L steel, and ordinary carbon steel. Polypropylene vapor-liquid separators are suitable for applications with high sulfate content, while 316L vapor-liquid separators or those made of polypropylene are preferable in phosphate production. However, in terms of cost-performance, polypropylene vapor-liquid separators have lower strength.
Screened, unscreened, membrane devices! Membrane devices currently
Which one has less resistance and more noticeable effects?:)
There are too many; it needs to be determined based on the specific materials
Look, why isn’t anyone answering? It seems there are a wide variety of such devices.
The soda water separators and gas-liquid separators used in steam systems are generally of the swirl type or baffle type; in principle, they all work by causing a sudden change in the direction of the steam flow, thereby separating out the water molecules with a higher specific gravity.
Based on the differences in density, to improve the separation efficiency, it is possible to modify the structure of the separator – for example by adding baffles – so that the liquid particles can aggregate together and be separated more easily.
http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=654262 This post provides a very detailed explanation.