Study of Systemic Links, Regularities of Functioning and Flexibility of Energy and Resource-Saving Chemical Technological Systems of Fine Organic Synthesis
The paper discusses an approach to the analysis of systemic linkages and regularities of functioning and development of energy and resource-saving chemical technological systems in conditions of partial uncertainty. The proposed approach is implemented on the example of diazotization process carried out in a turbulent tubular reactor. A study of static modes of operation of tubular reactor and permissible modes under the influence of disturbances (uncertain parameters) has been made. The problem of optimizing the design and mode variables of diazotization in tubular type reactor has been formulated and solved.