Introduction
PART 1. A molecular view of reactions involved over DeNOx catalysts – Mechanisms and kinetics
DFT modeling and spectroscopic investigations into molecular aspects of deNOx Catalysis (P. Pietrzyk and Z. Sojka)
Surface science studies of the mechanisms of NOx conversion : Correlations between kinetics in vacuum and under catalytic conditions (F. Zaera)
General features of In situ and operando spectroscopic investigation in the particular case of DeNOx reactions (P. Bazin, O. Marie and M. Daturi)
A three-function model reaction for designing DeNOx catalysts (G. Dgega-Mariadassou, M. Berger, O. Gorce, J.W. Park, H. Pernot, C. Potvin, C. Thomas and P. Da Costa)
Identification of the reaction network of the NOx storage/reduction in Lean NOx Trap systems (P. Forzatti, L. Castoldi, L. Lietti, I. Nova and E. Tronconi)
PART 2. Novel developments and future trends to ensure continuous restrictive standard regulations
Current tasks and challenges for exhaust after treatment research – An industrial viewpoint point (J.-M. Trichard)
The Role of Cerium-based Oxides used as Oxygen Storage Materials in DeNOx Catalysis (X. Courtois, N. Bion, P. Marecot and D. Duprez)
Aspects of catalyst development for mobile urea-SCR systems – from vanadia-titania systems to metal exchanged zeolites (O. Kröcher)
The formation of N2O during NOx conversion : Fundamental approach and practical developments of catalytic systems (P. Granger, J.P. Dacquin, F. Dhainaut and C. Dujardin)
Design of experiments combined with high-throughput experimentation for the optimization of deNOx catalysts (R. Vijay and J. Lauterbach)
Plasma-assisted NOx abatement processes: A new promising technology for lean conditions? (M. Mãgureanu and V.I. Pârvulescu)