FIELD: separation of liquid from gas flow; power engineering; transport; food- processing, medical and electronic industries. SUBSTANCE: method consists in multi-stage successive separation of liquid phase at additional swirling and intensive additional cooling of inlet flow; for final separation of liquid and vapor phases, use is made of coalescence and sorption filters which are regenerated by periodic blowing off with heated air. EFFECT: increased fraction of condensate; reduced fraction of vapor phase and enhanced efficiency of separation of dispersed medium. 1 dwg
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Authors
Dates
2000-07-10—Published
1998-05-05—Filed