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Experimental Study on Performance of Axial-flow Hydrocyclone for Gas-liquid Separation

Jin You-hai

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Abstract

Operation parameters and structural parameters have big effect on the separation performance of axial-flow hydrocyclone for gas-liquid separation.The influence on the separation efficiency of hydrocyclone was studied owing to the flow rate,liquid concentration of inlet fluid and cylindrical length,and a preliminary theory analysis was given.The results is valuable for the design and optimization of the gas-liquid cyclone separators of similar styles.

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What this paper is about

Operation parameters and structural parameters have big effect on the separation performance of axial-flow hydrocyclone for gas-liquid separation.The influence on the separation efficiency of hydrocyclone was studied owing to the flow rate,liquid concentration of inlet fluid and cylindrical length,and a preliminary theory analysis was given.The results is valuable for the design and optimization of the gas-liquid cyclone separators of similar styles.

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Available abstract

Operation parameters and structural parameters have big effect on the separation performance of axial-flow hydrocyclone for gas-liquid separation.The influence on the separation efficiency of hydrocyclone was studied owing to the flow rate,liquid concentration of inlet fluid and cylindrical length,and a preliminary theory analysis was given.The results is valuable for the design and optimization of the gas-liquid cyclone separators of similar styles.

Key concepts: Hydrocyclone, Separation (statistics), Inlet, Volumetric flow rate, Flow (mathematics), Mechanics, Cyclonic separation, Cyclone (programming language)

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