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首页> 外文期刊>Advanced Science Letters >The Textile Waste Degradation of Indigosol Blue Dye by Fention Electrical Process
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The Textile Waste Degradation of Indigosol Blue Dye by Fention Electrical Process

机译:铰接电气过程纺织废物降解靛蓝染料

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摘要

2O2/COD, and molar ratio of H2O2/Fe2+ to indigosol blue degradation, and formulate the kinetics of Fenton reaction to the degradation of indigosol blue on fenton electricalprocess. The result of this research is the decreasing of the dye COD in reactor tub after the test using UV/VIS spectrophotometry method, the effect of every four variables was obtained at minute 120 with 91,43% (35,75 mg/l) decrease in COD, 86,96%, in Color, the weight ratio of H2O2/CODon 3, molar ratio of H2O2/Fe2+ at a ratio of 12:1. The longer period of the process, the lesser number of the dye and the resulted COD the correct formula for indigosol blue reaction kinetics is using reaction first order since this is more effective in degradingindigosol blue waste and it is resulting k for 0,0176/min.]]>
机译:<![CDATA [纺织工业的液体浪费含有高浓浓度的有机材料。这些有机材料对生产的液体废物产生影响,特别是染料和生产剩余的化学物质。进行该研究以确定电极间距,电流密度,H 2 o 2 cod的重量比和H 2的摩尔比的影响。将亚> O 2 Fe 2 + 对靛蓝醇蓝色降解,并配制Fenton反应的动力学对Fenton电气处理的Incigosol蓝的降解。该研究的结果是使用UV / Vis分光光度法测试后对反应器桶中的染料鳕鱼的降低,每分钟120获得每四个变量的效果,91,43%(35,75mg / L)减少在COD,86,96%,颜色,H 2 o 2 / cocon 3,h 2 o的摩尔比的重量比 2 fe 2 + 以12:1的比例。该方法的较长时间,染料较少的染料和所得COD的染色剂的正确配方用于靛醇蓝色反应动力学使用反应第一阶,因为这在降解靛蓝醇蓝废物中更有效,因此它是导致的 k 0.0176 / min。]]>

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