Abstract
Ion exchange is one of the promising methods for downstream processing in biotechnology. Its advantages are based on selectivity and therefore obtaining of products with reasonable concentration and purity, mild conditions, simple operation and saving of time and energy for product separation. Additional advantage is the possible in situ extraction of ionogenic products from the fermentation broth, including removal of potential inhibitors during the fermentation process.
In the case of biotechnology, ion exchange could be considered in two separate ways: ion-exchange solvent extraction and traditional liquid/solid ion exchange by ion-exchange resins. Both approaches have been studied.
In this paper, this approach is shown on two important case studies: L(+)-lactic acid and L-lysine recovery from fermentation processes.
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Artikel in diesem Heft
- A computer-based approach for developing linamarase inhibitory agents
- Ion exchange in downstream processing in biotechnology
- Greening the curriculum at the University of Toledo School of green chemistry and engineering
- Application of polymer membranes in downstream processes
- Diarylethene Dyes
Artikel in diesem Heft
- A computer-based approach for developing linamarase inhibitory agents
- Ion exchange in downstream processing in biotechnology
- Greening the curriculum at the University of Toledo School of green chemistry and engineering
- Application of polymer membranes in downstream processes
- Diarylethene Dyes