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Pretreatment of Chemical Cleaning Wastewater by Microelectrolysis Process

机译:通过微电子过程预处理化学清洗废水

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Ferric-carbon electrolysis technology was evaluated for the pre-treatment chemical cleaning wastewater. The volume ratio of Fe and C was set to 1:1, and the effects of pH value, reaction time and aeration rate on pollutant removal efficiency were investigated. The results show that at pH=3.0, reaction time was 60 min and the aeration rate was 1:1. The removal efficiency of COD was 66.4% and the removal efficiency of oil was 47.8%. The biodegradability was greatly improved, and BOD5/COD of the pretreated wastewater increased to 0.32 from 0.12. It is demonstrated that Ferric-carbon electrolysis technology can effectively pretreat chemical cleaning wastewater.
机译:评估了铁碳电解技术,用于预处理化学清洗废水。研究了Fe和C的体积比设定为1:1,并研究了pH值,反应时间和通气率对污染物去除效率的影响。结果表明,在pH = 3.0时,反应时间为60分钟,曝气速率为1:1。 COD的去除效率为66.4%,油的去除效率为47.8%。生物降解性大大改善,预处理废水的BoD5 / COD增加到0.12的0.32。据证明,铁 - 碳电解技术可以有效预备化学清洗废水。

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