The influence of pH value and adding pulverized fuel ash on the SBR treatment system

According to a great deal of experimental findings and theoretical analysis, when the COD of inlet is 1 000-1 200 mg/L, NH3--N is 200~250 mg/L, the periodic time of operation is 24 h, the aeration time is 16 h and the sludge density is 5 000-7 000 mg/L, COD of outlet is 150-200 mg/L, NH3--N is less...

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Published in:Journal of coal science & engineering, China China, 2010-03, Vol.16 (1), p.69-73
Main Authors: Zhu, Shou-dong, Cheng, Jian-guang
Format: Article
Language:English
Subjects:
COD
Earth and Environmental Science
Earth Sciences
Geochemistry
Geology
Geophysics/Geodesy
Geotechnical Engineering & Applied Earth Sciences
Mechanical Engineering
pH值
SBR反应器
SBR法
周期时间
曝气时间
粉煤灰
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Cheng, Jian-guang
description According to a great deal of experimental findings and theoretical analysis, when the COD of inlet is 1 000-1 200 mg/L, NH3--N is 200~250 mg/L, the periodic time of operation is 24 h, the aeration time is 16 h and the sludge density is 5 000-7 000 mg/L, COD of outlet is 150-200 mg/L, NH3--N is less than 25 mg/L, the volume load of COD and NH3--N remove 0.50 and 0.12 kg/（m3od） respectively. Meanwhile, studied the influence of various crafts parameter change on the treating effect and absorbing the yielding water of the SBR reactor with pulverized coal ash for improving the removing effect of COD and chromaticity further.
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subjects COD
Earth and Environmental Science
Earth Sciences
Geochemistry
Geology
Geophysics/Geodesy
Geotechnical Engineering & Applied Earth Sciences
Mechanical Engineering
pH值
SBR反应器
SBR法
周期时间
曝气时间
粉煤灰
title The influence of pH value and adding pulverized fuel ash on the SBR treatment system
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