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Comparison of efficiency optimization for different media used in anaerobic hydrolysis

机译:厌氧水解中不同培养基效率优化的比较

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Biological contact oxidation process in environmental wastewater treatment is accepted extensively by everyone because of its prominent effect, stabile circulating and convenient operation, which key technique—biofilm carrier (called media) is paid attention to by the majority of experts and customers. We compared the potencies of several media, following "Biosorption—Anaerobic Hydrolysis—Aerobic Treatment—Efficient Clarifier" process and according to 300,000 t/d capability of Xiaoshan Qiantang Wastewater Treatment Co., Ltd. (Hangzhou)—high density printing and dyeing wastewater, "TB/TA, TB/TH natural oscillating media" applied in the process of anaerobic hydrolysis treating chemical wastewater. These results play an important role in media type selection and actual engineering, especially in application in complicated and varied components printing and dying wastewater and chemical wastewater treatment.
机译:环境废水处理中的生物接触氧化过程被每个人广泛接受,因为其突出的效果,稳定性循环和操作方便,这是由大多数专家和客户关注的关键技术 - 生物膜载体(称为媒体)。我们比较了几种媒体的效力,遵循“生物吸附 - 厌氧水解 - 有氧处理 - 有效的澄清器”过程,并根据萧山的300,000 T / D能力,晓山钱塘废水处理有限公司(杭州) - 高密度印染废水,应用在厌氧水解处理化学废水的过程中的“TB / TA,TB / TH自然振荡介质”。这些结果在媒体类型选择和实际工程中发挥着重要作用,特别是在复杂和多种分量的印刷和染色废水和化学废水处理中的应用。

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