Theoretical study of twin-column recycling chromatography with a solvent-gradient for preparative binary separations.Twin-column recycling chromatography with a solvent gradient (TCRC-SG) was investigated with the equilibrium-dispersive chromatography model.  In comparison with simulated moving bed, TCRC-SG had a higher feed throughput, but consumed more solvent.  The results showed that TCRC-SG is favorable for preparative separation.
TCRC-SG
Theoretical study of twin-column recycling chromatography with a solvent-gradient for preparative binary separations.Twin-column recycling chromatography with a solvent gradient (TCRC-SG) was investigated with the equilibrium-dispersive chromatography model.  In comparison with simulated moving bed, TCRC-SG had a higher feed throughput, but consumed more solvent.  The results showed that TCRC-SG is favorable for preparative separation.
TCRC-SG
Theoretical study of twin-column recycling chromatography with a solvent-gradient for preparative binary separations.Twin-column recycling chromatography with a solvent gradient (TCRC-SG) was investigated with the equilibrium-dispersive chromatography model.  In comparison with simulated moving bed, TCRC-SG had a higher feed throughput, but consumed more solvent.  The results showed that TCRC-SG is favorable for preparative separation.
TCRC-SG
Theoretical study of twin-column recycling chromatography with a solvent-gradient for preparative binary separations.Twin-column recycling chromatography with a solvent gradient (TCRC-SG) was investigated with the equilibrium-dispersive chromatography model.  In comparison with simulated moving bed, TCRC-SG had a higher feed throughput, but consumed more solvent.  The results showed that TCRC-SG is favorable for preparative separation.
TCRC-SG
Theoretical study of twin-column recycling chromatography with a solvent-gradient for preparative binary separations.Twin-column recycling chromatography with a solvent gradient (TCRC-SG) was investigated with the equilibrium-dispersive chromatography model.  In comparison with simulated moving bed, TCRC-SG had a higher feed throughput, but consumed more solvent.  The results showed that TCRC-SG is favorable for preparative separation.
TCRC-SG