FIELD: machine building.
SUBSTANCE: device consists of refrigerating unit, of water condensate collector and of air flow channel. A convection cooling facility with flow-through section of S1 area, steam condensation facility with flow-through section of S2 area and facility for convection heating with flow-through section of S3 area are successively arranged in the air flow channel downstream. The facility for steam condensation is connected to the refrigerating unit in a heat flow. The heating and cooling facilities are interconnected in the heat flow. The water condensate collector is communicated at least with the facility of steam condensation. Each flow-through section of areas S1 and S2 of cooling and heating facilities is less, than area S2 of flow-through section of the steam condensation facility. The procedure consists in generating steam-containing air flow. The following processes are facilitated at successive flow of air through a heat-exchanging system: air convection cooling, withdrawal of steam out of air by its condensing and successive air convection heating. Depending on a type of the heat-exchanging process velocity of air travel is varied. Velocity of air travel through the steam condensation facility is lowered and is again accelerated at air travel through the convection heating facility.
EFFECT: increased efficiency of withdrawing water from air and reduced power losses.
7 cl, 5 dwg
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SU1839913A1 |
Authors
Dates
2011-04-27—Published
2009-05-05—Filed