# Growth dilution rate

Growth dilution can be treated similarly to elimination, as it results in decreasing concentrations in the modelling. Growth dilution rate constant $$k_{g}$$ has therefore a similar unit to the elimination rate ($$day^{-1}$$).

Growth dilution

## Algorithms

 Elimination of a single form of the NM: $$C_{org} = C_{env} + k_{1}\ast SF\ast t+C_{env}\ast \frac{k_1}{k_2+k_g} \ast (1 - e^{-(k_{2}+kg)\ast t}) \ast (1-SF)$$