Abstract

This paper introduces a method that simulates the negative impact that the stochastic disturbances may have on the desired operation for the reactors in chemical engineering. The results obtained in our research, with emphasis on the precipitation of poly-dispersive heterogeneous particles from liquid phase containing amidosulfonic acid, indicate that chaotic changes of input parameters such as volumetric flow rate Vin (1) , oversaturation Sc , … caused to seriously reduce effect of the crystallization process. Therefore suppressing the influence of stochastic disturbances on a process is the important objective for an equipment system operating with poly-dispersive heterogeneous phases.