Man-yin Hu

Work place: Dept. of Environmental Science and Engineering, North China Electric Power University, Baoding City, China



Research Interests:


Man-yin Hu, was born on October1st, 1952 in Yangquan City of Shanxi Province in China, graduated from department of Power Engineering of North China Electric Power University, The main research direction: air pollution control engineering.
He is Party Branch Secretary of Environmental Science and Engineering, Postgraduate teacher. Representative work:《Dust Removing Technology 》 , Representative Paper: 《 The Numerical Simulation of the Flow Field inside the Bag of Bag Filter》, 《Air Flow Distribution in Electrostatic Precipitator》.

Professor Hu, Chinese Environmental Protection Industry Association Electrostatic Precipitation Committee Member, was named an excellent teacher in 1991, has enjoyed special allowances of government since 1993.

Author Articles
Simulation of Airflow Distribution of Parallel-Type Electrostatic Fabric Filter in Coal-fired Power Plant

By Man-yin Hu Xiu-hong Wang Jing Zhang Li-juan Yan Kai Che

DOI:, Pub. Date: 8 Feb. 2011

This paper introduces the status of parallel-type Electrostatic Fabric Filter was researched, and the factors influencing collection efficiency were analyzed in this paper. Using software Gambit, which also meshed the calculating region, a three-dimensional structure model of the precipitator was established. And then the numerical simulation of the air distribution characteristic was carried on with the software of fluent 6.2, which sets the boundary conditions, standard k-ε 2-equation model and SIMPLE algorithm; Then draw the path line and contour chart of the cross-section, obtained the mean square deviation value, analyzed the airflow distribution situation and the reasons for why its uneven. By setting an appropriate opening rate for the airflow distribution plates and collection plates to improve the air distribution. The results show that the airflow distribution can be uniformed by improving the opening rate of the collection plates. The numerical simulation result is more reasonable and can be used as the reference of optimizing the structural design of Electrostatic Fabric Filter.

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