Question: A dynamic model of a continuous-flow, biological chemostat has the form where X is the biomass concentration, S is the substrate concentration, and C is
A dynamic model of a continuous-flow, biological chemostat has the form where X is the biomass concentration, S is the substrate concentration, and C is a metabolic intermediate concentration. The dilution rate, D, is an independent variable, which is defined to be the flow rate divided by the chemostat volume.Determine the value of D, which maximizes the steady-state production rate of biomass, f, given byf =DX
X = 0.063 C() - D x() C = 0.9 S(t) [ X()- C)]- 0.7 C()- D C() -0.9 S(1) | X(1) C(1) ]+ D[ 10 - S(1)I
Step by Step Solution
3.36 Rating (183 Votes )
There are 3 Steps involved in it
Assuming steady state behavior ... View full answer
Get step-by-step solutions from verified subject matter experts
Document Format (1 attachment)
38-E-C-E-P-C (323).docx
120 KBs Word File
