In this study, growth and substrate consumption kinetics of Chlorella vulgaris were modeled according to the distinguished Ludeking-Piret mathematical model with four different kinetics of Monod, Logistic, Tessier, and Bolton. Different parameters of KS, KP, µmax, YX/S, YP/S, α, and β were estimated to obtain the most meaningful results and the most efficient model to describe growth, lipid production, and substrate consumption.
Comparison of kinetic models for Chlorella vulgaris growth in mixotrophic culture
S. Mirizadeh;A. A. Casazza;A. Converti
2022-01-01
Abstract
In this study, growth and substrate consumption kinetics of Chlorella vulgaris were modeled according to the distinguished Ludeking-Piret mathematical model with four different kinetics of Monod, Logistic, Tessier, and Bolton. Different parameters of KS, KP, µmax, YX/S, YP/S, α, and β were estimated to obtain the most meaningful results and the most efficient model to describe growth, lipid production, and substrate consumption.
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