Analysis reveals novel poisoning resistance in iron-fortified catalysts for NOx reduction, indicating potential for high-humidity, SO2 conditions.
Achieving ultra-low temperature resistance to water vapor and SO 2 poisoning in deNO x catalysts remains a critical challenge for enabling ultra-low NO x emissions from high-humidity, SO 2 -containing flue gases in non-electric industries.
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Chen et al. (2025) studied this question.
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