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Nonlinear dynamics in problems of controlling technological complexes Modern technological complexes, organizational and technical (technological) systems consist of complexes of subsystems that perform specific functions and are interconnected by complex processes of intensive dynamic interaction and exchange of energy, matter and information. In such complex nonlinear, multidimensional and multiconnected systems, transients occur, critical and chaotic regimes arise. To increase the efficiency of managing complex systems, modern management theory also uses methods of synergetics based on the idea of self-organization [131, 132].Synergetics is an integrated science that studies the processes of self-organization and covers almost all modern knowledge about phenomena of different nature. The basis of synergetics is nonlinear dynamics and thermodynamics of irreversible processes. The meaning and content of synergetics is that in open systems that exchange energy, matter and information with the external environment, there are processes of spontaneous self-organization (the emergence from the chaos of some ordered structures with new properties). Synergetic systems have fundamental properties:• obligatory exchange of energy, matter and information with the external environment;

6.4 Development the technological monitoring subsystem of the distillationrectification facility management system ANNOTATIONThe purpose is to improve the efficiency of alcohol production by creating an automated system process monitoring distillation department, and based on online analytical processing to realize efficient resource-management strategy using intelligent mechanisms.

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