典型文献
A generalized CFD model for evaluating catalytic separation process in structured porous materials
文献摘要：
A hybrid multiphase model is developed to simulate the simultaneous momentum,heat and mass trans-fer and heterogeneous catalyzed reaction in structured catalytic porous materials.The approach relies on the combination of the volume of fluid(VOF)and Eulerian-Eulerian models,and several plug-in field functions.The VOF method is used to capture the gas-liquid interface motion,and the Eulerian-Eulerian framework solves the temperature and chemical species concentration equations for each phase.The self-defined field functions utilize a single-domain approach to overcome convergence difficulty when applying the hybrid multiphase for a multi-domain problem.The method is then applied to inves-tigate selective removal of specific species in multicomponent reactive evaporation process.The results show that the coupling of catalytic reaction and interface species mass transfer at the phase interface is conditional,and the coupling of catalytic reaction and momentum transfer across fluid-porous interface significantly affects the conversion rate of reactants.Based on the numerical results,a strategy is pro-posed for matching solid catalyst with operating condition in catalytic distillation application.
文献关键词：
中图分类号：
作者姓名：
Anshi Hong;Zisheng Zhang;Xingang Li;Xin Gao
作者机构：
School of Chemical Engineering and Technology,National Engineering Research Center of Distillation Technology,Collaborative Innovation Center of Chemical Science and Engineering(Tianjin),Tianjin University,Tianjin 300072,China;Department of Chemical and Biological Engineering,University of Ottawa,Ottawa KIN 6N5,Canada
文献出处：
引用格式：
[1]Anshi Hong;Zisheng Zhang;Xingang Li;Xin Gao-.A generalized CFD model for evaluating catalytic separation process in structured porous materials)[J].中国化学工程学报（英文版）,2022(11):168-177
A类：
B类：
generalized,CFD,evaluating,catalytic,separation,process,structured,porous,materials,hybrid,multiphase,developed,simulate,simultaneous,momentum,heat,mass,heterogeneous,catalyzed,reaction,approach,relies,combination,volume,fluid,VOF,Eulerian,models,several,plug,field,functions,method,used,capture,gas,liquid,interface,motion,framework,solves,temperature,chemical,species,concentration,equations,each,self,defined,utilize,single,domain,overcome,convergence,difficulty,when,applying,problem,then,applied,inves,tigate,selective,removal,specific,multicomponent,reactive,evaporation,results,show,that,coupling,transfer,conditional,across,significantly,affects,conversion,reactants,Based,numerical,strategy,posed,matching,solid,catalyst,operating,distillation,application
AB值：
0.565167
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