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Tracking the inorganic suspended solids through biological treatment units of wastewater treatment plants

机译:通过废水处理厂的生物处理单元跟踪无机悬浮固体

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From an experimental and theoretical investigation of the continuity of influent inorganic suspended solids (ISS) along the links connecting the primary settling tank (PST), fully aerobic or N removal activated sludge (AS) and anaerobic and aerobic digestion (AerD) unit operations, it was found that (ⅰ) the influent wastewater (fixed) ISS concentration is conserved through primary sludge anaerobic digestion, and AS and AerD unit operations. However, the measured ISS flux at different stages through a series of WWTP unit operations is not equal to the influent ISS flux because the ordinary heterotrophic organisms (OHO) biomass contributes to the ISS flux by differing amounts depending on the OHO (active) fraction of the VSS solids at that stage.
机译:从沿主要沉降池(PST),完全需氧或除氮活性污泥(AS)以及厌氧和好氧消化(AerD)单元操作的连接处的进水无机悬浮固体(ISS)的连续性的实验和理论研究来看,结果发现,通过初级污泥厌氧消化以及AS和AerD装置的运行,可以保持(ⅰ)进水废水(固定的)ISS浓度。但是,通过一系列WWTP单元操作在不同阶段测得的ISS通量并不等于流入的ISS通量,这是因为普通的异养生物(OHO)生物量对ISS通量的贡献量取决于不同的OHO(活性)分数。 VSS在该阶段处于固态。

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