Methodology of Integrated Synthesis of Energy and Resource Saving CTS
The paper formalizes the task of integrated designing of energy and resource saving CTS and systems of automated control over their modes in case of uncertainty of physico-chemical, technological and economic input data. Integrated synthesis of energy and resource saving CTS in conformity with the strategy of top-down programming involves solving of the following problems: at the first stage alternative options of CTS are generated, these meeting the requirements of flexibility; at the second stage alternative options of the system of automated control over CTS modes are synthesized and the best option of the control system is selected (unless the desired quality of control over the modes within the system of automated control is reached, one of the following decisions is made: a) selecting a new more complex class of systems of automated control; b) correcting dynamic characteristics of CTS; c) transfer to a new type of hardware for CTS); at the third stage construction and mode (control) variables of alternative complexes "CTS - system of automated control" by vector criterion of energy and resource saving is optimized, alternatives are compared in pairs in order to select the best CTS. Integrated designing of flexible continuous process of azopigments synthesis and the system of automated stabilization of its modes under interval uncertainty of kinetic coefficients of chemical reactions and separate technological variables is illustrated.