气浮-生化-超滤处理重油污水技术研究

Yongqiang Pan, Yuwen Liu, Ximing Li, Zhijian Wang, Qingxin Song, Xin Bai
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摘要

目前,滨一站超滤预处理工艺出水水质较差,导致晚堵,出水达不到A1标准。在对超滤膜污染物进行分析的基础上,在滨沂站进行了1 m3 /d规模的现场试验。采用气浮-生化-超滤工艺,接种生化降解菌株COD (BW-1、BW-2、BW-3、WSW-4)和重油降解菌株3-2-1、1-2-1。治疗后,超滤出水的COD减少300 - 400毫克/升到60 - 80 mg / L,含油量降低从20 mg / L 1 mg / L,悬浮物从50 - 100 mg / L减少到1 mg / L,中值直径从6.4µm下降到0.8µm, SRB从25个减少到0每毫升,HCO 3 -从500 - 600 mg / L下降到低于100 mg / L,硬度降低了从11 - 12更易与外扩更易与L / L,没有3 -从0增加到63 mg / L, SDI减少到4.8。
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Research on Air Flotation-Biochemistry-Ultra-Filtration Treatment Technology of Heavy Oil Sewage
At present, the quality of effluent water from the pretreatment process of ultra-filtration in BinYi station is poor, which lead to late block and effluent water is not up to A1 standard. Based on the analysis of the ultra-filtration membrane pollutants, a scale of 1 m 3 /d field experiment was carried out in Binyi station. Air flotation- biochemistry –ultra-filtration process was used, biochemical degradation strains of COD (BW-1, BW-2, BW-3, WSW-4) and heavy oil degradation strains (3-2-1, 1-2-1) were inoculated. After treatment, the COD of ultra-filtration effluent decreased from 300-400 mg/L to 60-80mg/L, oil content decreased from 20-60 mg/L to about 1 mg/L, suspended solids reduced from 50-100 mg/L to under 1mg/L, the median diameter decreased from 6.4 µm to 0.8 µm, SRB reduced from 25 to 0 per milliliter, HCO 3- decreased from 500-600 mg/L to below 100 mg/L, the hardness decreased from 11-12 mmol/L to 10-11 mmol/L, NO 3- increased from 0 to 63 mg/L, SDI reduced to 4.8.
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