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Study on Hydrolysis and Acidification of Primary Sludge

机译:一级污泥的水解酸化研究

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The phenomenon of carbon resource limited is a common problem in the municipal wastewater. In this study, primary sludge which come from primary sediment is been use for generating carbon resource by anaerobic hydrolysis acidification process. In the condition of temperature is 35∞C, HRT = 28h and SRT = 3d, r(SCOD)and r(VFA) of effluents reach the peak value at 975.8 mg/L and 516.4 mg/L during the operate time. When the alkalinity is 725 mg/L and pH is 7.12, hydrolysis acidification process can keep the stable state of hydrolysis acidification efficiency. Appropriate alkalinity and pH value are the key parameters of hydrolysis acidification process for stabile operation. When the hydrolysis acidification process is fluctuated, the changes of r(SCOD) and VFA are previous to the alkalinity and pH value.
机译:碳资源有限的现象是城市污水中的普遍问题。在这项研究中,来自初级沉积物的初级污泥被用于厌氧水解酸化过程中产生碳资源。在温度为35∞C,HRT = 28h和SRT = 3d的条件下,在操作期间,流出物的r(SCOD)和r(VFA)达到峰值,分别为975.8 mg / L和516.4 mg / L。当碱度为725 mg / L,pH为7.12时,水解酸化过程可以保持水解酸化效率的稳定状态。适当的碱度和pH值是稳定操作的水解酸化过程的关键参数。当水解酸化过程发生波动时,r(SCOD)和VFA的变化先于碱度和pH值。

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