介质的PH变化在产生乙醇的过程中会增加和发酵温度

Intan Tiar Malau, I. Wijaya, I. Arnata
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引用次数: 0

摘要

本研究的目的是确定BU3.111E1的生长相曲线,并确定不同pH和温度对BU3.111E1分离物生长培养基产乙醇的影响。试验分培养料年轻化、培养生长和调整阶段进行,测定培养基中不同pH和温度对发酵和蒸馏的影响。本研究使用了两种pH值(4.0和5.0)和三种温度(18、24和30°C),并进行了两次重复。BU3.111E1分离物的生长曲线显示,在33 h内,分离物从指数期、平稳期到死亡期开始生长。发酵结果表明,在30℃pH 4.0条件下,乙醇产量最高,为15.05 mL,总溶解固形物为2.50 (?%白利)。18°C时pH为5.0 ?乙醇含量最低,为3.47 mL,总溶解固形物为0.65 (?%白利)。结果表明,pH和温度对发酵过程中细菌产生乙醇有影响。
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VARIASI PH PADA MEDIA TUMBUH DAN SUHU FERMENTASI DALAM MEMPRODUKSI ETANOL OLEH ISOLAT BU3.111E1
The aim of this research was to determine the growth phase curve of BU3.111E1 and to determine the  effect of various pH and temperatures on BU3.111E1 isolate growth media to produce ethanol. These experiment was carried out in stages, namely culture stock rejuvenation, culture grow and adjustment, measuring the effects of various pH and temperature in media upon fermentation followed by distillation. This study used two variations of pH (4.0 and 5.0) and three variations of temperature (18, 24 and 30°C) and two repetitions.  The growth curve of BU3.111E1 isolate showed that the isolate grew in 33 hours, starting from the exponential phase, stationary phase to the death phase. The fermentation results showed that, pH 4.0  at 30°C produced the highest ethanol which was 15.05 mL with a total dissolved solids of 2.50 (?% brix). pH 5.0 at 18°C ??was produced the lowest ethanol, which was 3.47 mL with a total dissolved solids of 0.65 (?% brix). The results indicate that pH and temperature affect bacteria during fermentation to produce ethanol.
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