Research on Low Concentration Municipal Wastewater Removal Rate with Chemical-Biological Flocculation and Suspended Medium Process

Xing Yu Bian; Xing Sheng Kang; Yi Li; Yu Lin Sun; Min Kong; Yan Hao Zhang; Zhi Bin Zhang

doi:10.4028/www.scientific.net/AMR.599.387

Paper Titles

Environment Air Pollution Analysis of XiaoYang Barbecue Bar in Xi’an
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The Study of Cadmium Wastewater Disposal by Heavy Metal Flocculant Polyhydroximic Acid
p.372

Study on the Rehabilitation of Eutrophic Water by Bacillus–Matrix–Plant Integrated System
p.378

Purification Efficiency Study of Biological Treatment of Iron and Manganese for Groundwater
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Research on Low Concentration Municipal Wastewater Removal Rate with Chemical-Biological Flocculation and Suspended Medium Process
p.387

Remove of Congo Red from Wastewater by Adsorption onto Eggshell Membrane
p.391

The Variations of Organic Fluorescent Property in the Effluents from Biotreatment Unit Followed by Constructed Wetland Process
p.395

A LCA Model for Cleaner Production Performance Measurement
p.400

Modeling and Simulation of Sulfur Dioxide Abatement with Ammonia Absorbent in the Spray Scrubber
p.404

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 599Research on Low Concentration Municipal Wastewater...

Research on Low Concentration Municipal Wastewater Removal Rate with Chemical-Biological Flocculation and Suspended Medium Process

Abstract:

In this paper, chemical and biological flocculation and suspended medium process was applied to treat low concentration municipal wastewater in a pilot scale test in order to find the optimum operational parameter. The results showed that: system on pollutant removal mainly on chemical and biological flocculation reaction pool, Under the optimal operating condition, CODCr, TP and SS removal efficiencies reached 75.5％, 76％and 90.5％ respectively, and the CODCr, TP, SS concentrations of effluent meet the National Wastewater Integrated Discharge Standard. The optimum operating conditions according to the local actual situation, running for more than half a year, for the optimization of control parameters for the contrast obtained.

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Periodical:

Advanced Materials Research (Volume 599)

Pages:

387-390

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.599.387

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Online since:

November 2012

Authors:

Xing Yu Bian, Xing Sheng Kang, Yi Li, Yu Lin Sun, Min Kong, Yan Hao Zhang, Zhi Bin Zhang

Keywords:

Flocculation, Municipal Wastewater, Removal Rate, Suspended Medium Process

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