DescriptionThe objective of the thesis consists of: (1) analyzing potential uncertainties of the simultaneous integration model of scheduling and control of an isothermal multiproduct continuous flow stirred tank reactor (CSTR), (2) implementing scenario based method to minimize the influence brought by the incorporation of the uncertainties, (3) investigating other promising methods of uncertainty treatments and value the corresponding feasibility. In order to fulfill those goals, this work includes: (1) conducting sensitivity analysis on potential parameters of the integration model, and summarizing the effects brought by the incorporation of uncertainties, (2) applying scenario based method to the integration model to minimize the affect caused by the introduction of the uncertainties, and evaluating the results, (3) comparing the advantages and disadvantages of other promising uncertainty treatments and predicting the possible developing direction.