Introduction
For years, simulating anaerobic digestion process was limited
to enzyme kinetics such as Michaelis–Menten [1], Monod
[2], and their empirical derivatives [3–9]. Today, these empirical
kinetic relations are still used to simulate the behaviour of a
wide range of anaerobic technologies.
Many scientists [6,8,10–12] note that the empirical kinetics
in anaerobic digestion process follow thermodynamic laws, and
that “inhibition” of the digestion process is said to occur when
a system is actually close to the thermodynamic equilibrium
[13,14]. However, in the empirical kinetics the thermodynamics
of the process have been ignored.
IntroductionFor years, simulating anaerobic digestion process was limitedto enzyme kinetics such as Michaelis–Menten [1], Monod[2], and their empirical derivatives [3–9]. Today, these empiricalkinetic relations are still used to simulate the behaviour of awide range of anaerobic technologies.Many scientists [6,8,10–12] note that the empirical kineticsin anaerobic digestion process follow thermodynamic laws, andthat “inhibition” of the digestion process is said to occur whena system is actually close to the thermodynamic equilibrium[13,14]. However, in the empirical kinetics the thermodynamicsof the process have been ignored.
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