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Separation and identification of halophilic bacteria from SBR reactor of high salt oily wastewater

机译:高盐油性废水中SBR反应器的嗜盐细菌的分离与鉴定

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The treatment of high salt oily waste water is a hot point in the research of water treatment for it contains large amount of salinity and organic pollutants. Biological treatment is an ideal way with characteristics of being economic, efficient and harmless. In this paper we separated and purified the superior strains of halophilic bacteria from SBR bioreactor in the treatment of high salt oily waste water, and used the molecular biological method named 16srDNA technique to identify them. The result may have an insight in to the bio-mechanism of biochemical treatment of high salt oily waste water, also can establish groundwork of biofortification of SBR reactor treatment.
机译:高盐油性废水的处理是水处理研究中的热点,含有大量的盐度和有机污染物。 生物处理是具有经济,高效和无害的特征的理想方式。 在本文中,我们分离并纯化了来自SBR生物反应器的嗜盐细菌的优质菌株,并使用了名为16sRDNA技术的分子生物学方法鉴定它们。 结果可能对高盐油性废水的生化处理生物化学处理的生物化学机制有所了解,也可以建立SBR反应器治疗的生物侵蚀的基础。

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