When teaching students the basics of automatic control in the food, chemical and petrochemical industries have difficulty with the lack of opportunities for experiments on real objects. This article discusses the possibility of using software modeling complex ChemCAD to study the process of rectification to simulate real object to its mathematical model, to conduct research of static and dynamic regimes, to study the characteristics of various systems of regulation processes.
Keywords: rectification, ChemCAD, simulation, simulator, automation.

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Grocery distillation columns are characterized by fluctuations in the power options settings in a wide range and high quality requirements of the resulting product. Lack of continuous analyzers in a process control loop, making it virtually impossible to implement an autonomous system controlling the composition of the top product. This article focuses on the algorithm and software control logic grocery distillation columns.
Keywords: ChemCAD, rectification, automation, control, automatic control system.

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