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An improved method of removal for high concentrations of NO by electro-scrubbing process

机译:一种电洗涤工艺去除高浓度NO的改进方法

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In the Ag(II)/Ag(I) redox mediator integrated scrubber system, NO reacts with the Ag(II) ions produced by the electrochemical oxidation of Ag(I) in an electrochemical cell present in the scrubbing solution (aqueous HNO3 acid) to form NO2. This NO2 is then absorbed into the scrubbing solution and degraded to nitrate. Numerous experimental runs were carried out to evaluate the feasibility of the integrated system to treat industrial waste gases containing high NO_x levels. The results showed that the levels of NO and NO_x removal increased with increasing Ag(II) loading and contact time. Under optimized conditions, 93.5% and 73.3% of the NO and NO_x, respectively, were removed by a single stage gas scrubber with 1.62 g L~(-1) Ag(II) operating at 25 C and atmospheric pressure.
机译:在Ag(II)/ Ag(I)氧化还原介质集成洗涤塔系统中,NO与洗涤溶液(HNO3酸水溶液)中存在的电化学池中的Ag(I)的电化学氧化产生的Ag(II)离子发生反应。形成NO2。然后,该NO 2被吸收到洗涤溶液中并降解为硝酸盐。进行了许多实验运行以评估该集成系统处理含高NO_x水平的工业废气的可行性。结果表明,随着Ag(II)负载量和接触时间的增加,NO和NO_x的去除水平增加。在优化的条件下,用具有1.62 g L〜(-1)Ag(II)的单级气体洗涤器在25℃和大气压下操作,分别去除了93.5%和73.3%的NO和NO_x。

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