In contrast to the chemical industry, where many commercial processes are continuous processes, most processes in the biopharmaceutical industry are batch processes. The latter are generally slower and more expensive than their continuous counterparts. Continuous processes are also more reproducible, and the quality is more consistent. Despite these proven advantages, continuous processes are seldom found in the biopharmaceutical industry. As many improvements on process units are being developed, biopharmaceutical parties are becoming more and more aware of the added value of continuous bioprocessing. Pall Life Sciences presents a new downstream technology that is designed to increase purification efficiency using a continuous chromatography system.
In contrast to the chemical industry, where many commercial processes are continuous processes, most processes in the biopharmaceutical industry are batch processes. The latter are generally slower and more expensive than their continuous counterparts. Continuous processes are also more reproducible, and the quality is more consistent. Despite these proven advantages, continuous processes are seldom found in the biopharmaceutical industry. As many improvements on process units are being developed, biopharmaceutical parties are becoming more and more aware of the added value of continuous bioprocessing. Pall Life Sciences presents a new downstream technology that is designed to increase purification efficiency using a continuous chromatography system.