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Cu-based SCR catalysts exhibit higher activity at lower temperatures (<350°C) while Fe-based catalysts are more active at higher temperatures under “standard” SCR condition (NH3+NO+O2). The combination of Fe- and Cu-based SCR catalysts provides a viable solution to expand the temperature window of high NOx conversion. A simulation study of combined Fe/Cu SCR catalyst is carried to: (i) compare...
NO oxidation is considered as the rate determining step of the standard selective catalytic reduction (SCR) reaction (NO+NH 3 +O 2 ) on metal-exchanged zeolite catalysts. A comprehensive experimental and kinetic modeling study of NO oxidation reaction was carried out and a comparison made between Fe-ZSM-5, Cu-ZSM-5 and recently developed small pore Cu-chabazite catalysts. Steady state...
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