Cummins Inc.
Catalyst Technology Department,Corporate Research and Technology
1900 McKinley Ave
Columbus, IN
USA 47201
Papers:
KL-Th-Com-11 An Overview of Ammonia SCR on Cu-Supported Zeolites
O-M-Com-1 The Evidence of Complex Effects of SO₂ on the Performance and Durability of Lean NOx Traps
O-M-Com-11 Effect of Hydrothermal Aging on Various Catalytic Functions of a Small-Pore Cu-Zeolite Catalyst with CHA-type Structure
O-Th-Com-12 Experimental Evidence for the Mechanism Behind the Unusual NH₃ Overconsumption During SCR over Fe-zeolites
O-Th-Com-13 New Insights Into the Unique Operation of Small Pore Cu-Zeolite SCR Catalyst: Overlapping NH₃ Desorption and Oxidation Characteristics for Minimizing Undesired Products
O-Th-Jon-7 Determination of the Active Cu Environment in SSZ-13 under Standard SCR Conditions with Operando X-ray Absorption
O-W-Com-9 NO Oxidation : A Probe Reaction on Cu – SSZ13
P-M-BRC-143 Diagnostic of Zeolite-based SCR Catalyst Deactivation Modes Using NO Oxidation as a Probe Reaction
P-M-BRC-146 Copper Dimers Are the Active Sites for NO Oxidation on Cu/ZSM-5
P-Tu-BRC-135 Impact of Ion Exchanged Transition Metal Ion on the Hydrothermal Stability of Zeolite Structure in SCR Catalysts
P-W-BRC-123 Effect of Transition Metal Ion on the Catalytic Functions of Zeolite-based SCR Catalysts and SOx Storage / Removal

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