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Study on Temperature Field of L-phenylalanine Fermentation in Heat Pipe Bioreactor

机译:热管生物反应器L-苯丙氨酸发酵温度场研究

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L-phenylalanine fermentation (L-Phe) is produced by the preparation method of PPA-transamination using the ferment liquor, which is the production of the E.coli No.1 fermented in heat pipe bioreactor (HPBR), the technical indexes are superior. The temperature profile of ferment liquor in the period of microbe growth is well distributed, the mean difference in temperature is 0.08°C, while the maximum value is 0.4°C. Base on operational principle of heat pipe, HPBR solves many problems on heat transfer in traditional bioreactor: nonuniformity of temperature profile, inefficiency of heat transfer etc. The study in-depth on transfer process in HPBR will effectively accelerate exploitation for new-style bioreactor and advancement of biotechnology.
机译:通过使用发酵液制备PPA-浓缩的制备方法生产L-苯丙氨酸发酵(L-PHE),这是在热管生物反应器(HPBR)中发酵的E.coli No.1的生产。技术指标是优越的。在微生物生长时期的发酵液温度分布分布均匀,温度平均差为0.08℃,而最大值为0.4℃。基于热管的操作原理,HPBR解决了传统生物反应器中热传递的问题:温度曲线不均匀,传热等值低下。HPBR中的转移过程的研究深入将有效地加速新型生物反应器的开采利用生物技术进步。

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