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Biodegradation of olive mills wastewater using thermophilic bacteria

机译:嗜热菌对橄榄磨坊废水的生物降解

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Biodegradation of olive mill wastewater (OMW) toxic constituents was investigated using thermophilic bacteria. Three types of thermophilic bacteria were isolated from olive mills solid waste (Jift) and tested their ability to detoxify OMW. These thermophiles, namely Bacillus polymaxa JT6, Bacillus Maceramns JT7 and Bacillus popilliae JT8, can grow on Zebar as a main carbon source. The optimal growths of thermophiles were obtained at temperature of 65 degrees C and pH of 6.4. The growth of the three thermophiles on Zebar was descending with increasing Zebar concentration. Complete inhibition of thermophiles was observed when the total solid concentration of Zebar was above 20g/L. This suggests the need for a pretreatment process for Zebar prior to the biological treatment or the use of diluted Zebar solution. Moreover, the growth rate of the thermophiles on Zebar solution of 8 mass% was described by Monod growth model.
机译:使用嗜热细菌研究了橄榄厂废水(OMW)有毒成分的生物降解。从橄榄磨坊固体废物(Jift)中分离出三种嗜热细菌,并测试了它们对OMW解毒的能力。这些嗜热菌,即polymaxa芽孢杆菌JT6,Maceramns芽孢杆菌JT7和popilliae芽孢杆菌JT8,可以在Zebar上生长为主要碳源。在65摄氏度的温度和6.4的pH下获得了嗜热菌的最佳生长。 Zebar上三种嗜热菌的生长随着Zebar浓度的增加而下降。当Zebar的总固体浓度高于20g / L时,观察到嗜热菌的完全抑制。这表明在生物处理之前或使用稀释的Zebar溶液之前,需要对Zebar进行预处理。此外,通过Monod生长模型描述了嗜热菌在Zebar溶液上的生长率为8质量%。

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