史仕荧,吴应湘,孙焕强,刘海飞,张健
SHI Shi-ying,WU Ying-xiang,SUN Huan-qiang,LIU Hai-fei,ZHANG Jian (Institute of Mechanics

• 1:中国科学院力学研究所

摘要(Abstract)：

通过数值模拟,分析了入口结构对油水在柱形旋流器中分离性能的影响。数值模拟时,油水两相流动采用Fluent中的混合模型,相间的相对运动采用代数滑移模型,湍流影响则使用修正的RNG K-ε湍流模型。获得了入口形状、入口方式和入口位置对柱形旋流器油水分离性能的影响。这些结果为优化柱形旋流器结构奠定了基础。
The influence of inlet structure on oil-water separation in a cylindrical cyclone is simulated in this paper.The algebraic slip model which used to simulate the relative motion between water(continuous phase) and oil(particle phase),mixture model in fluent and the RNG K-ε turbulent model are adopted using numerical simulation by Fluent software.The effect of inlet shapes、inlet cross-sectional shape and the height of inlet on oil-water separation characteristics in a liquid-liquid cylindrical cyclone have been analyzed.The numerical simulation can provide a foundation for structural optimization design of cylindrical cyclones.

关键词(KeyWords)： 柱形旋流分离器;油水分离;入口结构;数值模拟
cylindrical cyclone;oil-water separation;inlet structure;numerical simulation

Abstract:

Keywords:

基金项目(Foundation):

作者(Author): 史仕荧,吴应湘,孙焕强,刘海飞,张健
SHI Shi-ying,WU Ying-xiang,SUN Huan-qiang,LIU Hai-fei,ZHANG Jian (Institute of Mechanics

参考文献(References)：

• [1]牟俊玲,邱华,葛明桥.旋流器对环锭纺纱线性能的影响[J].纺织学报,2009,11:43-47.
• [2]邵涛,乐宏刚.分选磷矿用重介质旋流器的研究与实践[J].化工矿物与加工,2009,10:13-16.
• [3]Gao Shuling,Li Xiaoan,Wei De-zhou,et al.Beneficiationof low—grade diasporic bauxite with hydrocyclone[J].Trans Nonferrous Met Soc China,2008,18:444-448.
• [4]袁建革.重介选煤旋流器与渣浆泵的配套运行分析[1].煤矿机械,2008,29(7):79-81.
• [5]赵国庆,张明贤.水力旋流器的蜗壳设计理论[J].石油机械,1992,20(12):1-7.
• [6]Martin Thew.Hydrocyclone redesign for liquid-liquidseparation[J].The Chemical Engineer,1986,(7-8):17-23.
• [7]Chu Liang-Yin,Chen Wen-Mei,Lee Xiao-Zhong.Effect of Structure Modification on Hydrocyclone Per-formance[J].Separation and Purification Technolo-gy,2000,21:71-86.
• [8]Gay J C,Triponey G,Bezard C,et al.Rotary CycloneWill Improve Oily Water Treatment and Reduce SpaceRequirement/Weight on Offshore Platforms[C].Soci-ety of Petroleum Engineers,SPE 16571,1987.
• [9]Bednarski S,Listewnik J.Hydrocyclones for Simultane-ous Removal of Oil and Solid Particles from Shops'OilyWaters[J].Filtration and Separation,1988:92-97.
• [10]Colman D A,Thew M T,Corney D R.Hydrocyclonesfor Oil/Water Separation[C].International Confer-ence on Hydrocyclones,1980:143-166.
• [11]丁旭明,王振波,金有海.两种入口结构旋流器性能对比试验研究[J].化工机械,2005,32(2):69-71.
• [12]李玉星,冯叔初,李安星.水力旋流器压降及压力分布特性的数值模拟[J].流体机械,2002,30(10):15-19.
• [13]Shi-ying Shi,Ying-xiang Wu,Jun Zhang,et al.AStudy on Separation Performance of a Vortex Finderin a Liquid-Liquid Cylindrical Cyclone[C].9th Inter-national Conference on Hydrodynamics,October 11-15,2010,Shanghai:380-386.
• [14]Oropeza-Vazquez C,Afanador E,Gomez L,et al.Oil-Water Separation in a Novel Liquid-Liquid Cylin-drical Cyclone(LLCC)Compact Separator-Experi-ments and Modeling[J].Journals of Fluids Engineer-ing,2004,126:553-564.
• [15]袁运洪,王伯尧.水力旋流器的发展现状[J].矿冶工程,1983,3(3):62-67.