Selective catalytic reduction as a kind of effective method of removing nitrogen oxides, in recent years come to in-depth study. This paper mainly summarizes the research situation of nitrogen oxides selective catalytic reduction, the existence question, and discusses the future research direction.
Reduction is the key to form organic nitrogen oxides (R - NO2 or R - ONO) intermediates. C3H6 O2 is fully activated, and is effective to produce organic nitrogen oxides indispensable conditions. He in Ag/SAPO - 34 [11] research also confirms this. Visible, organic nitrogen intermediates is hydrocarbon selective reduction of NOX play a key role in the middle of the species.
More about:The non selectivity reductive (NSCR) NOx catalyst RN-210 suppliers
From:Catalyst chemistry
Reduction is the key to form organic nitrogen oxides (R - NO2 or R - ONO) intermediates. C3H6 O2 is fully activated, and is effective to produce organic nitrogen oxides indispensable conditions. He in Ag/SAPO - 34 [11] research also confirms this. Visible, organic nitrogen intermediates is hydrocarbon selective reduction of NOX play a key role in the middle of the species.
More about:The non selectivity reductive (NSCR) NOx catalyst RN-210 suppliers
From:Catalyst chemistry
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