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2008•Journal of Tianjin Institute of Urban ConstructionRequires access

Study on Bathing Wastewater Disposal by Combined Process of Micro-Flocculation and Ultrafiltration

Jingfang Lu

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Abstract

It is shown by the experimental results that the combined process of micro-flocculation and ultrafiltration has relatively good effect on the removal of the CODCr,turbidity and LAS from bathing wastewater.When the quantity of polymerization aluminum chloride(PAC)is 20 mg/Lt,he experimental result shows that the removal rates of CODCr,turbidity and LAS by this process are 75%~80%,94%~97% and 74%~83% respectively,and its water quality could reach the requirements of city wastewater reuse indexes.

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What this paper is about

It is shown by the experimental results that the combined process of micro-flocculation and ultrafiltration has relatively good effect on the removal of the CODCr,turbidity and LAS from bathing wastewater.When the quantity of polymerization aluminum chloride(PAC)is 20 mg/Lt,he experimental result shows that the removal rates of CODCr,turbidity and LAS by this process are 75%~80%,94%~97% and 74%~83% respectively,and its water quality could reach the requirements of city wastewater reuse indexes.

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Available abstract

It is shown by the experimental results that the combined process of micro-flocculation and ultrafiltration has relatively good effect on the removal of the CODCr,turbidity and LAS from bathing wastewater.When the quantity of polymerization aluminum chloride(PAC)is 20 mg/Lt,he experimental result shows that the removal rates of CODCr,turbidity and LAS by this process are 75%~80%,94%~97% and 74%~83% respectively,and its water quality could reach the requirements of city wastewater reuse indexes.

Key concepts: Turbidity, Flocculation, Wastewater, Ultrafiltration (renal), Environmental science, Pulp and paper industry, Environmental engineering, Reuse

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