Verbesserung alter biotechnologischer Verfahren

K. Schügerl
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引用次数: 1

Abstract

By the example of the Penicillin G production, it is shown, how the production process can be improved by using pellet suspension instead of highly viscous filamentous mycel. In order to optimize the pellet geometry, dissolved oxygen concentration profiles were measured, and the overall mass transfer resistance was calculated in the pellets; histological investigations were carried out with pellets also. All measurements indicated that the optimal pellet diameter is 400 μm. When using this pellet, the specific power input was reduced from 4–5 kW/m3 to 0.8 kW/m3. The losses during the recovery of Penicillin G can be reduced below 1% by using reactive extraction. The thermodynamics, kinetics and reaction technique of reactive extraction of Penicillin G are also taken into account.
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提高老的生物技术技术
以青霉素G的生产为例,说明了如何用颗粒悬浮液代替高粘性丝状菌丝来改进生产过程。为了优化球团的几何形状,测量了溶解氧浓度分布,并计算了球团内的总体传质阻力;并用微丸进行组织学检查。实验结果表明,最佳球团直径为400 μm。使用该颗粒时,比功率输入从4-5 kW/m3降低到0.8 kW/m3。反应萃取法可将青霉素G的回收率降低到1%以下。研究了反应提取青霉素G的热力学、动力学和反应工艺。
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