The Application of Numerical Simulation on the Research of Performance with Wave-Plate Gas-Liquid Separator

Abstract:

This paper presents a thorough study of the wave-plate gas-liquid separators. The resistance curve has been obtained by the method of combining numerical simulation and experimental research. The separation efficiency curve under rated conditions for the droplet with different particle diameters has been obtained by using stochastic trajectory model. This can provide a new method for the research of wave-plate gas-liquid separator. The results obtained here may provide some new theoretical guidance for the development and optimal design of wave-plate gas-liquid separator.

• Periodical: Applied Mechanics and Materials (Volumes 66-68)
• Pages: 1817-1822
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.66-68.1817
• Online since: July 2011
• Authors: Yun Liang Yu, Zhong Yi Wang, Jia Han, Tao Sun
• Keywords: Gas-Liquid Separator, Numerical Simulation, Resistance Characteristic, Separation Efficiency

References

[1] Wu Ziniu: Computational Fluid Mechanics Fundamental (Beijing, Science Press, Beijing 2001), in Chinese.

[2] Zhu Ziqiang: Aplied Computational Fluid Mechanics (Beihang University Press, Beijing 1998), in Chinese.

[3] John D. Anderson, Jr. Computational: Fluid Dynamics The Basics with Applications (Tsinghua University Press, Beijing 2002 ).

[4] Cheng Yunlong, Liu shunlong, Yao Ming, Jiang Zonglin. Journal of Computational Mechanics Vol. 19 (1987), pp.293-304, in Chinese.

[5] Wang Xiaohua, Sun Haiou and He Zhongyi: Chinese Journal of Applied Mechanics Vol. 20 (2003), pp.89-93, in Chinese.