首页|活性染料废水处理微生物的筛选及脱色效率研究

活性染料废水处理微生物的筛选及脱色效率研究

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该研究从桂林洋海岸土壤样品中分离出多株嗜 (耐) 盐菌种, 通过分离纯化, 筛选出5株对活性染料废水有脱色作用的菌株.通过实验验证5株菌株对不同活性染料废水的脱色能力, 并探讨了优势菌混合物对活性染料废水的脱色效果, 分析多种因素对活性染料废水脱色效率的影响.结果表明, 混合菌在温度30~35℃、废水p H值6~8、活性染料浓度50~200 mg/L条件下对活性染料废水的脱色效果最佳, 而且通过对实际活性染料废水的处理证实该混合菌能够有效降低废水色度.
Study on microorganism screening and decolouration efficiency of reactive dye wastewater treatment
This study mainly investigated about the decolouration efficiency of the five strains which were selected and purified from halophilic or salt-resistant strains in the soil of Guilin Ocean Coast of Haikou. And, the influences of various factors on decolouration of reactive dyes wastewater were discussed. The results showed that the four mixed bacteria purified from Guilin Ocean Coast could play the best decolouration effect on reactive dyes wastewater under the conditions of 30-35℃, 6-8 p H value and 50-200 mg/L initial reactive dye concentration. It was proved that the mixed bacteria could effectively reduce the chromaticity in the actual reactive dye wastewater.

mixed bacteriareactive dyedecolorizationwastewater treatment

丁健、汤佳鹏、骆倩倩

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南通化学环境监测站有限公司,江苏南通 226011

南通大学航海医学研究所,江苏南通 226019

混合菌 活性染料 脱色 废水处理

2018

污染防治技术
中国环境科学学会 江苏省环境科学学会

污染防治技术

ISSN:
年,卷(期):2018.31(4)
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