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首页> 外文期刊>Water Research >Impact of gas injection on physicochemical properties of waste activated sludge: A linear relationship between the change of viscoelastic properties and the change of other physiochemical properties
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Impact of gas injection on physicochemical properties of waste activated sludge: A linear relationship between the change of viscoelastic properties and the change of other physiochemical properties

机译:气体注入对废活性污泥理化特性的影响:粘弹性特性变化与其他理化特性变化之间的线性关系

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摘要

Aeration process in the waste activated sludge treatment accounts for 75% of total energy consumption of the treatment plant. The main purpose of the aeration process is to enhance the biodegradation of the liquid waste. Gas bubbles, rising through the liquid, improves mixing, reduces inhomogeneities in the treatment tank and enhances biological reactions. Thus aeration intensity and several physicochemical properties of feed such as viscosity, total suspended solids, and surface charge play a significant role in the biological reaction.
机译:废物活性污泥处理中的曝气过程占处理厂总能耗的75%。曝气过程的主要目的是增强废液的生物降解。气泡通过液体上升,改善了混合,减少了处理池中的不均匀性并增强了生物反应。因此,曝气强度和进料的几种物理化学性质,例如粘度,总悬浮固体和表面电荷,在生物反应中起着重要作用。

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