Monod-type approach

The Monod-type approach used considers two limitation and two inhibition terms ... 

The OMBRE approach is applied to a biomass fermentation model [1], which, assuming Monod-type kinetics for biomass growth and substrate consumption, is described by the following DAEs set ... 

A systematic approach to unstructured modeling of microbial production has been presented by Ryu and Humphrey (1972) using a mechanism similar to that used for the derivation of Equ. 5.131. Here supplementary branching at a common intermediate was considered. Assuming that the conversion of li to both cells and product is limited by the rate of one single enzyme in the chain, and assuming that both processes follow Monod-type kinetics, the following relationship holds ... 

Population dynamics and stability analyses in the case of commensalism and other interactions are widespread in the literature (e.g., Lee et al., 1976 Miura et al., 1980). A modified approach to commensalistic modeling in the case of yeast growth and nicotinic acid production employed Monod-type functions for species 1 and 3 but the following equation for (Tseng and Phillips, 1981) ... 

Figure 5.74. Normalized kinetic plot of the Powell approach to internal transport limitation (cf. Equ. 5.43) with variation of the ratio Kd/Ks- Monod-type kinetics appear when this ratio is zero (after Humphrey, 1978).

Levenspiel, 1980). Experiments often show these types of inhibition effects (e.g., Hoppe and Hansford, 1982). Recently, Han and Levenspiel (1987) proposed a basic approach to biokinetic modelling by extending the Monod-equation to inhibition by substrate, product and biomass. 

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