Separation device for sulfur particles and liquid drops in high-sulfur-content gas field

Abstract

The device comprises an inlet section, a folded plate section, an outlet section, a pollution discharge cavity, a washing system, a top plate and a base, the inlet section is connected with the folded plate section and then connected with the outlet section, an arc-shaped pollution discharge cavity is formed in the lower portion from the inlet section to the outlet section, and a pollution discharge pipe is located at the bottom of the pollution discharge cavity and transversely penetrates out of the base. The upper portions of the two ends of the folded plate section are provided with rails, an intelligent differential pressure sensor is arranged between the two ends of the folded plate section, a water collecting pipe moves in the rails through a sliding block under the action of a reciprocating driver, a partition plate is connected below the sliding block, a water inlet pipe is connected with a telescopic hose and then connected with the water collecting pipe, and a washing pipeline is connected below the water collecting pipe. And the intelligent differential pressure sensor transmits signals to control the water inlet pipe and the inductive switch on the reciprocating driver. According to the invention, sulfur particles and liquid drops in gas are separated, dead-corner-free automatic flushing is carried out under the condition of not stopping production, and secondary entrainment of the liquid drops by airflow during flushing is avoided at the same time.

Description

technical field [0001] The invention relates to the technical field of gas field surface treatment equipment, in particular to a separation device for sulfur particles and liquid droplets in high-sulfur gas fields. Background technique [0002] When treating the gas containing sulfur particles in high-sulfur gas fields, due to the existence of sulfur particles, it is easy to deposit in the pipeline. Therefore, the sulfur particles should be removed as much as possible while removing droplets in the mist eliminator. [0003] When the wire mesh type mist eliminator is dealing with the gas containing sulfur particles and droplets in the high-sulfur gas field, it is prone to blockage, and it needs to be manually flushed from time to time, and the production needs to be stopped before flushing. The mist eliminator is not easy to be blocked, but when the running time increases, the folding plate mist eliminator may also be blocked by sulfur particles. In order to not affect the no...

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Problems solved by technology

[0004] In order to make up for the above deficiencies, the present invention provides a separation device for sulfur particles and droplets in high-sulfur gas fields, so as to solve the problem of the dead angle of flushing in the tradi

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