NO removal from flue gas was conducted on a self-made bubbling reactor with ClO 2 . Results indicated that ClO 2 has excellent oxidizing power to NO, and its actual reaction molar ratio is close to the theoretical molar ratio. At the temperature of 80 °C and ClO 2 /NO = 0.6, the NO removal efficiency can reach 96.7%. The electron spin resonance and inhibitor (sodium formate and isopropanol) addition experiments indicated that the ClO 2 and ·OH radical in the solution played an important role in NO oxidation. The mechanism of NO removal by ClO 2 was proposed through the analysis of oxidation products and relative references.
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Sun et al. (2019) studied this question.
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