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Pulsed corona discharge: The role of Ozone and hydroxyl radical in aqueous pollutants oxidation

机译:脉冲电晕放电:臭氧和羟基自由基在水性污染物氧化中的作用

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Ozone and hydroxyl radical are the most active oxidizing species in water treated with gas-phase pulsed corona discharge (PCD). The ratio of the species dependent on the gas phase composition and treated water contact surface was the objective for the experimental research undertaken for aqueous phenol (fast reaction) and oxalic acid (slow reaction) solutions. The experiments were carried out in the reactor, where aqueous solutions showered between electrodes were treated with 100-ns pulses of 20 kV voltage and 400 A current amplitude. The role of ozone increased with increasing oxygen concentration and the oxidation reaction rate. The PCD treatment showed energy efficiency surpassing that of conventional ozonation.
机译:臭氧和羟基自由基是经气相脉冲电晕放电(PCD)处理的水中最活跃的氧化物质。对于气相苯酚(快速反应)和草酸(缓慢反应)溶液进行的实验研究的目标是,取决于气相组成和处理后的水接触表面的物种比例。实验是在反应器中进行的,其中用20 kV电压和400 A电流幅度的100 ns脉冲处理在电极之间喷淋的水溶液。臭氧的作用随着氧气浓度和氧化反应速率的增加而增加。 PCD处理显示出的能源效率超过了传统的臭氧化技术。

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