Agglomerate cyclone separator

Abstract

The invention relates to an agglomerate cyclone separator which is characterized by comprising a vertical outer cylinder body, a louver separator, a plurality of cyclone pipes and a plurality of agglomerate filter elements, wherein the outer cylinder body is axially divided into an agglomerate filtering area, an inertial separating area and a cyclone separating area from top to bottom; the louver separator is internally arranged in the inertial separating area; a natural gas inlet which stretches out of the side wall of the outer cylinder body is arranged at the top end of the louver separator, and a louver separator exhaust port is arranged at the bottom of the louver separator; the cyclone pipes are arranged vertically and are internally arranged in the cyclone separating area; an air inlet of each of the cyclone pipes is communicated with an exhaust port of the louver separator, a bottom flow port of the cyclone pipe stretches into an ash bucket, and an overflow port of the cyclone pipe stretches into the agglomerate filtering area; the agglomerate filter elements are arranged in the agglomerate filtering area; and the agglomerate filter elements are arranged at overflow ports of the cyclone pipes. Through skillful combination of various separators, the agglomerate cyclone separator disclosed by the invention can be applied to occasions in which larger particles and liquid drops can appear suddenly, and in addition, the agglomerate cyclone separator is high in separation efficiency, compact in equipment structure, and small in occupied area.

Description

technical field [0001] The invention relates to a natural gas dedusting device, in particular to a condensed cyclone separator. Background technique [0002] With the rapid development of the petrochemical industry, the particles and liquid droplets contained in natural gas will seriously affect the normal operation of pipelines and equipment. Therefore, in recent years, separation equipment for efficiently removing solid and liquid particles in natural gas has become a research hotspot. . Industrial and practical separation equipment can generally be classified into four categories: mechanical separation, electrostatic precipitator, filtration separation, washing separation, etc. Mechanical separation often includes gravity settlement, inertial separation, and cyclone separation. [0003] In the inertial separation, the airflow is mainly turned rapidly, or impacted on the blades and then turned suddenly. Due to the inertial effect, the trajectory of the particles will dev...

AI Technical Summary

Problems solved by technology

However, due to the limitation of pore size, it is easy to clog for larger particles

[0006] Due to the specific limitations of natural gas, its impurity content is unstable, and it is easy to fluctuate under diff

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