摘要
研究了微电解、电催化氧化方法以及微电解-电催化氧化复合方法对煤气发生炉含酚废水的处理。实验发现微电解-电催化氧化复合处理方法效果最佳,并确定了处理煤气发生炉含酚废水的最佳条件为:反应时间为90min,铁炭量为0.2g/mL,电压为10V,电解质用量为2.5g/L,此时COD去除率能达到57.3%。
This paper summarized the treatment of the phenolic wastewater from the gas generator by means of micro -electrolysis and electro-catalytic oxidation,and also the innovative compound method of using both micro-electrolysis and electro-catalytic oxidation for the treatment of the phenolic wastewater.The practice proves that the compound method of micro-electrolysis——electro-catalytic oxidation can achieve best effect.It was found out that the best treatment conditions of the phenolic wastewater being:reactio...
出处
《煤化工》
CAS
2009年第6期18-20,共3页
Coal Chemical Industry
关键词
微电解-电催化氧化复合
微电解
电催化氧化
含酚废水
COD
micro-electrolysis——electro-catalytic oxidation compound
micro-electrolysis
electro-catalytic oxidation
phenolic wastewater
COD
