Fuzzy-logic system for regulating the temperature regime of a bioreactor in the process of bacterial oxidation
O A JumaevNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanGiyosjon MakhmudovNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanVenera IsabekovaNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanА. А. РахимовNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanJonibek OrziyevNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, Uzbekistan
ABI
Abstract
In this article, a simulation model of an intelligent control system for a bioreactor used in the bacterial oxidation process of sulfide deposits with complex, gold-enriched content is developed using the functional blocks from the Fuzzy Logic Toolbox library in the MATLAB software package. Furthermore, the mathematical model of the bioreactor is represented through its transfer function in the significant adjustment channel. A rule base is established to regulate the variation of input and output parameters for the fuzzy control system. The study reveals that employing a fuzzy controller for bioreactor systems is an effective method for system adjustment.
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