Modeling of a crystallization process and Optimization of the cooling strategy
A new model for a crystallization process in a batch reactor is developed to obtain desired crystal size distribution (CSD), while using a new theory concerning the metastable limit. The metastable limit is calculated though a dynamic approach. The model is derived by a population balance equations. The resulting partial differential equation is solved by a combination between the finite differences method and the method of characteristics. After the model is calculated, the cooling strategy is optimized. The optimization problem was solved by a global optimization technique, a Generic Algorithm.
optimal cooling batch crystallization metastable zone genetic algorithm
Do Yeon Kim Dae Ryook Yang
Department of Chemical and Biological Engineering,Korea University,1AnamDong 5Ga,SeongbukGu,Seoul,Korea
国际会议
西安
英文
2007-08-15（万方平台首次上网日期，不代表论文的发表时间）