Explores catalytic processes in downstream fuel synthesis, including methanation, gas cleaning, and methanol synthesis.
Explores stationary emission control, covering legislation, biomass composition, emission control systems, and gaseous emissions.
Explores the evolution of catalysis for emission control, focusing on the Three-Way Catalyst (TWC) and the use of precious metals like Pt, Pd, and Rh.
Explores V-based SCR catalysts, reaction mechanisms, DFT calculations, FMO theory, and catalyst characterization for diesel emission control.
Explores metal-exchanged zeolites as SCR catalysts for diesel emission control, covering zeolite structures, SCR reaction rates, sulfur sensitivity, and catalyst optimization.
Explores catalyst performance, sulfur-resistance, and differences between washcoated and extruded catalysts for diesel emission control.
Explores internal combustion engine pollutants, European emission limits, compliance testing, catalyst activity, emission control technologies, and reduction processes for Diesel vehicles.
Explores the production processes of gaseous and liquid fuels in oil and coal refineries, emphasizing catalysis for emission control and energy production.
Explores the role of synthetic fuels in reducing carbon emissions and the essential catalysis processes for fuel production from new resources.
