The hydrodynamic, engineering, and chromatographic variables affecting scal
e-up of countercurrent chromatography (CCC) are examined. The predictable a
nd linear scale-up from the current laboratory scale technology to industri
al process scale, capable of kgm/month in the first phase, is demonstrated.
Continued research will prepare the way for a new generation of tonne/annu
m capacity high throughput, high resolution CCC machines for pilot and plan
t scale separations of a range of bioprocess products.