Automatic liquid level balancing and fixed-point moving gas purification and separation device

Abstract

The invention discloses an automatic liquid level balancing and fixed-point moving gas purification and separation device which comprises a separation device shell, a purification tank is arranged in the separation device shell, a waste gas tank is arranged on one side of the separation device shell, and the bottom of the waste gas tank communicates with the bottom of the purification tank through a branch pipe; a liquid impeller pump and a gas impeller pump are fixedly arranged at the bottom of the purification tank, impeller shafts of the liquid impeller pump and the gas impeller pump penetrate through the side walls of the purification tank and are connected through a connecting assembly for the gas impeller pump to drive the liquid impeller pump to work, and the liquid impeller pump and the gas impeller pump communicate with the bottom of the purification tank through branch pipes, and the branch pipe between the waste gas tank and the purification tank is also connected with a pressure limiting valve. The invention relates to the technical field of gas purification and separation, and the separation device can accurately judge the flooding phenomenon, and can fully scatter and diminish bubbles in waste gas to prolong the purification time of the bubbles in the purification liquid so that the purification sufficiency is ensured.

Description

technical field [0001] The invention relates to the technical field of gas purification and separation, in particular to a gas purification and separation device with automatic liquid level balance and fixed-point pipetting. Background technique [0002] During the manufacture and transportation of synthetic gas, natural gas, city gas and other gases, due to the corrosion and wear of raw materials and pipe walls, they usually contain a certain amount of dust, organic or inorganic sulfides and condensate of the saturated liquid phase in the gas. . A large amount of dust enters the liquid medium. If it cannot be removed in time, the total solid content of the solution will increase, causing foaming and deposition on the surface of the defoaming layer filler, which will increase the resistance of the absorption equipment or cause liquid flooding, resulting in a reduction in production capacity. [0003] When the existing purification equipment deals with the flooding phenomeno...

AI Technical Summary

Problems solved by technology

A large amount of dust enters the liquid medium. If it cannot be removed in time, the total solid content of the solution will increase, causing foaming and deposition on the surface of the defoaming layer filler, which will increase the resistance of the absorption equipment or cause liquid flooding, reducing the production capacity.

[0003] When the existing purification equipment deals with the flooding phenomenon, the liquid level is monitored through the sensor, and the passing air bubbles emerge in the purification liquid, which makes the liquid in the fine dust accumulation layer vibrate, often resulting in false monitoring;

[0004] In addition, in order to balance the liquid level, only by opening the valve in a timely manner, the suspended fine dust after purification will be discharged together with the released liquid, and the rest will be mixed in the purification liquid, and it will take time to purify again, thus affecting the purification. efficiency

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