2012Boiler TechnologyRequires access

Optimized Design and Experiments Study on the Entrance Structure for the Gypsum Cyclones

Ying Zhang

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Abstract

As the most important passage for liquid to enter the separator,the entrance of solid-liquid separation hydrocyclone is used to form steady field quickly in the vortex chamber.The structure of the entrance decides the separation and using performance of solid-liquid separation hydrocyclone in the very great degree.Based on the flow pattern of the gypsum hydro-cyclone's entrance areas,Archimedean helix entrance structure which is in a certain pitch was designed.The contrast experiment showed that compared with straight cut type entrance structure,the processing capacity and separation efficiency of Archimedean helix entrance structure improved 6.87% and 2.84%.

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What this paper is about

As the most important passage for liquid to enter the separator,the entrance of solid-liquid separation hydrocyclone is used to form steady field quickly in the vortex chamber.The structure of the entrance decides the separation and using performance of solid-liquid separation hydrocyclone in the very great degree.Based on the flow pattern of the gypsum hydro-cyclone's entrance areas,Archimedean helix entrance structure which is in a certain pitch was designed.The contrast experiment showed that compared with straight cut type entrance structure,the processing capacity and separation efficiency of Archimedean helix entrance structure improved 6.87% and 2.84%.

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Available abstract

As the most important passage for liquid to enter the separator,the entrance of solid-liquid separation hydrocyclone is used to form steady field quickly in the vortex chamber.The structure of the entrance decides the separation and using performance of solid-liquid separation hydrocyclone in the very great degree.Based on the flow pattern of the gypsum hydro-cyclone's entrance areas,Archimedean helix entrance structure which is in a certain pitch was designed.The contrast experiment showed that compared with straight cut type entrance structure,the processing capacity and separation efficiency of Archimedean helix entrance structure improved 6.87% and 2.84%.

Key concepts: Hydrocyclone, Cyclone (programming language), Vortex, Cyclonic separation, Separator (oil production), Gypsum, Mechanics, Separation (statistics)

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