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Help CenterEnzyme Membrane Reactor (EMR) System | Integrated Biocatalysis and Separation Solution
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Enzyme-membrane reactor
Introduction
In biocatalytic processes, the separation of target products and the recovery and reuse of catalysts involve complex operational issues. Enzyme membrane reactors combine biocatalysis, product separation and concentration, and enzyme recovery into a single operational unit. Therefore, enzyme membrane reactors have become a significant area of biochemical reactor research in recent years. Enzyme membrane reactors allow for the reuse of enzymes or cells, maintaining high enzyme and cell concentrations in the reaction system. They also allow for the continuous separation of products from the reaction system, minimizing their inhibitory effects.
This system consists of an enzyme reactor, a membrane separation system, and a PLC touchscreen controller. The enzyme/membrane reactor integrates the biocatalytic, product separation/concentration, and enzyme recovery processes into a single system.
l Compared with ordinary chemical reactions, enzyme-catalyzed reactions have faster rates |
l Can effectively eliminate product inhibition |
l High selectivity, mild conditions |
l Large mass transfer area, fast rate |
l Enzymes can be reused |
l Avoids problems such as emulsification and demulsification, etc. |
l Easy to continuous, automatic control and integration |
Mode |
GS-03EMR/GS-05EMR/GS-07EMR/ GS-10 EMR/GS-15EMR/GS-20EMR |
Speed |
0-1500 or 0-800rpm |
Volume |
3L5L7L10L15L20L |
pH |
Range：2-12; Accuracy：±0.02 |
Tank Material |
borosilicate glass |
Liquid feeding |
4-channel programmable precision peristaltic pump |
Temp |
Range：+5℃-65℃; Accuracy：±0.1℃ |
Control system |
GS-CCS Biological Controller |
Optional membrane (0.1m²;0.5m²)
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