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首页> 外文会议>International Tropical Renewable Energy Conference >Degradation of Remazol Brilliant Blue as batik dye waste using plasma electrolysis method with air micro bubbles injection
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Degradation of Remazol Brilliant Blue as batik dye waste using plasma electrolysis method with air micro bubbles injection

机译：使用空气微气泡注射使用等离子电解法作为蜡染染料废弃物的雷达唑辉煌的蓝色降解

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Plasma electrolysis is an advanced process of electrolysis using DC current to form electric sparks due to the electrons that undergo plasma excitation in the electrolyte solution. Plasma electrolysis produces hydroxyl radicals, a powerful oxidant, with greater amount than other advanced oxidation method, that is useful to degrade high molecular weight of organic compounds such as dye. This research aims to evaluate the degradation of batik dye waste which use Remazol Brilliant Blue (RBB) dye, using plasma electrolysis method with addition of microbubbles. Through the experiment which was carried out using 0.02 M Na_2SO_4, 150 mg/L of dye concentration, 40mg/L of FeSO_4, 1cm anode depth, and 700 V of applied voltage, it's proven that the addition of microbubbles can increase hydroxyl radicals production and decrease energy consumption. The result of this research shows that the efficiency of dye degradation in addition of microbubbles is increased with 99.63% of percentage of degradation in 30 minutes, 0.56 mg/L of final dye concentration, 45.86 mg/L of COD, and 1162.47 kJ/mmol of specific energy.
机译：等离子体电解是使用DC电流的电解的先进过程，以形成电解质溶液中的等离子体激发的电子引起的电火花。等离子体电解产生羟基自由基，一种强大的氧化剂，含量比其他先进的氧化方法更大，可用于降解高分子量的有机化合物如染料。本研究旨在评估使用血浆电解方法的蜡染染料废物的降解，通过添加微泡来使用等离子体电解方法。通过使用0.02M Na_2SO_4,150mg / L染料浓度，40mg / L的FeSO_4，1cm阳极深度和700V施加电压的实验，证明了微泡的添加可以增加羟基自由基生产和减少能量消耗。该研究的结果表明，在30分钟内，添加微泡的染料降解效率增加了99.63％的降解百分比，0.56mg / L最终染料浓度，45.86mg / L COD，1162.47kJ / mmol特定能量。

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