Efficient dehydrator

Abstract

The invention belongs to the technical field of dewatering separation, and particularly relates to an efficient dehydrator which comprises a dehydrator body, wherein the dehydrator body is provided with a containing cavity extending longitudinally, a plurality of thin pipes extending vertically are arranged in the middle section of the containing cavity, and circulating cooling liquid is arrangedin the containing cavity where the thin pipes are arranged; a filter screen mesh that is arranged at a pipe orifice at the lower end of the thin pipe; an air outlet pipe, of which the lower end is inserted into the accommodating cavity below the filter screen mesh, and the upper end extends out of the dehydrator body; wherein air to be dewatered enters the accommodating cavity of the dehydrator body from the upper end of the dehydrator body, and is guided out through the air outlet pipe after flowing through the thin tube bundle and being filtered by the filter screen mesh. The efficient dehydrator provided by the invention not only can dry vaporous water, but also can quickly achieve an excellent gas-water separation effect, and the effect is not influenced by the gas consumption of compressed air.

Description

technical field [0001] The invention belongs to the technical field of water removal and separation, and in particular relates to a high-efficiency water remover. Background technique [0002] Compressed air is the second largest power energy after electricity, and it is also a process air source with multiple uses. Compared with other energy sources, it is clear and transparent, easy to transport, has no special harmful performance, and can be used in many adverse environments. work advantages. What is not ideal is that a large amount of liquid water droplets will be entrained in the compressed air, which is the root cause of the corrosion of equipment, pipes and valves. In winter, freezing will also block the small hole channels in the pneumatic system, so a kind of air is used in the compressed air system. It is necessary for the water separation device to process the compressed air into a dry gas with a certain relative humidity. [0003] Common gas-water separation de...

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Problems solved by technology

The cyclone separator is caused by the rotational motion caused by the tangential introduction of the airflow, so that the liquid droplets with large inertial centrifugal force are separated from the outer wall surface, but the separator only has a good effect on the droplet water through the centrifugal force at a certain load design point. Moreover, the gas consumption of customers is usually unstable, and the greater the deviation, the worse the gas-water centrifugal separation effect; although the filter separator can aggregate the water in the state of macromolecular particles into water in the state of droplets, it settles in the sump However, due to the high flow rate of the compressed air and the inconsistency between the air flow and the direction of gravity, the large liquid droplets with large mass will be separated by gravity, while other tiny aggregated water will inevitably enter the gas pipeline along with the air flow, and the gas-water separation effect remains the same. not ideal

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