摘要
To obtain the optimal operating conditions of a coupled reactor for pyridine synthesis,reactor modeling process is carried out in this paper.During the modeling process,the flow hydrodynamics,heat transfer behavior,inter-phase mass transfer behavior and reaction kinetics were taken into consideration consequently.Further,a regression program based on least square method was proposed to regress the model parameters.The prediction results agreed well with the experimental results with an average deviation of 5.9%.Finally,by setting suitable aim function,the optimal operating conditions of the coupled reactor for pyridine synthesis were determined.
基金
supports from the Natural Science Foundation of Henan(grant No.202300410063)
the National Natural Science Foundation of China(grant Nos.91834303,21961132026)
the First-class Discipline Construction Project of Henan University(grant No.2019YLZDCG01)
the interdisciplinary Research for First-class Discipline Construction Project of Henan University(grant No.2019 YLXKJC04).
