Computer Numerical Simulation and Optimization of Gravity Dust-Catcher

Bo Zhang; Yan Zhi Chen; Ting Ting Deng; Can Xu; Xue Wen Xiao

doi:10.4028/p-wj6ZVB

Paper Titles

Enhanced Adsorption of Cr (VI) on Manganese Dioxide - Modified Montmorillonite Composites
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Distribution of Pb and Cd in Soil and Rice Systems of Se-Rich Area of Hainan Island
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Speciation of Selenium in Stagnic Anthrosols of Se-Rich Area in Hainan Island
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Numerical Analysis of Blast Furnace Taphole Stream Effect on the Slag-Metal Separation
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Computer Numerical Simulation and Optimization of Gravity Dust-Catcher
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Carbon Emission Calculation Method for Automated Melt-Casted Aluminium Production Considering Global Power Consumption
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Analysis of Risks and Countermeasures for Control Systems in the Overseas Export of Manufacturing Industry's Mechanical and Electrical Equipment
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Study on Bidding Optimization Model of Virtual Power Plant with Demand Response Participation
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1219mm X90 Gas Pipeline Fracture Propagation and Crack Arrest Full Scale Test
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HomeAdvances in Science and TechnologyAdvances in Science and Technology Vol. 166Computer Numerical Simulation and Optimization of...

Computer Numerical Simulation and Optimization of Gravity Dust-Catcher

Abstract:

Gravity dust-catcher is one of wildly used dedusting mechanical equipment in industry field, which separates dust from gas flow through gravitational precipitation. The gravity dust-catcher for blast furnace gas in one steel plant is researched with computer numerical simulation in this work. Based on the flow pattern analysis and particles separation efficiency computation, an optimization scheme is proposed for the blast furnace overhaul. The dust collection efficiency is improved evidently, which has been validated in the new campaign life of the blast furnace.

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Periodical:

Advances in Science and Technology (Volume 166)

Pages:

29-33

DOI:

https://doi.org/10.4028/p-wj6ZVB

Citation:

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Online since:

June 2025

Authors:

Bo Zhang, Yan Zhi Chen, Ting Ting Deng, Can Xu, Xue Wen Xiao*

Keywords:

Computer Numerical Simulation, Dedusting Efficiency, Gravity Dust-Catcher, Optimization

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* - Corresponding Author

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