Abstract
Simulation is an efficient and inexpensive tool for testing automatic systems. The paper presents the authors' research in the field of simulation of automatic systems for quality control of the separated products in a distillation column. The used simulation environment is Unisim Design, the features of this environment allowing the implementation of a wide range of computational relationships. The proposed automatic system is designed to feedforward control the quality of the products. The control algorithm is based on the Fenske-Gilliland-Underwood relations, being adapted for multicomponent mixtures. The authors' efforts were oriented towards the substantiation of the programming actions, in the Unisim Design environment, of the computational relations associated with the controller.
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