Distillation condensed steam capturing device and distillation condensed steam capturing technology thereof

Abstract

The invention discloses a distillation condensed steam capturing device and a distillation condensed steam capturing technology thereof. The device comprises a top, which is arranged on the top of thedevice and is in a domical shape; a lower part, which is arranged on the bottom of the device; a middle part, which is arranged right above the lower part; an upper part, which is arranged between the middle part and the top; and a condenser pipe, which connects a through hole in a partition plate of the top and a through hole in a top plate of the middle part and goes through a steam capturing net. Through improvement of the technology, most droplets in a free state are effectively captured, the converging of droplets is promoted, and the distillation efficiency is improved. By adopting thetechnology, the time for producing a same output of distilled water is shortened effectively.

Description

technical field [0001] The invention relates to the field of distillation, in particular to a distillation condensation steam capture device and a distillation condensation steam capture process thereof. Background technique [0002] Most of the existing distillation condensers rely on the condensing tube to realize the transformation of steam from gaseous state to liquid state through heat exchange. Although the structures of the condensing tubes are different, the space distance between the basic condensing tubes and the condensing tubes is relatively large, resulting in The heat exchange efficiency is not high. [0003] Traditional condenser condensing tubes not only have a large space distance between condensing tubes and low heat exchange efficiency, but also form a large number of tiny liquid droplets in a suspended and free state due to steam condensation, which cannot be quickly gathered, resulting in low efficiency of the condenser and a large number of ineffective ...

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Problems solved by technology

[0002] Most of the existing distillation condensers rely on the condensing tube to realize the transformation of steam from gaseous state to liquid state through heat exchange. Although the structures of the condensing tubes are different, the space distance between the basic condensing tubes and the condensing tubes is relatively large, resulting in The heat exchange efficiency is not high

[0003] Traditional condenser condensing tubes not only have a large space distance between condensing tubes and low heat exchange efficiency, but also form a large number of tiny liquid droplets in a suspended and free state due to steam condensation, which cannot be quickly gathered, resulting in low efficiency of the condenser and a large number of ineffective circulation caused by cooling water and waste

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