Jan Kopyscinski

Department of Chemical Engineering Laboratory for Catalytic Process Engineering (CPE). Our group is engaged in the development and understanding of catalyzed processes and reactor engineering concepts dedicated to sustainable energy conversion technologies. We conduct research on many levels from the micro- (catalyst), meso- (reactor) to the macroscopic scale (process). In detail, we focus on the conversion of biomass/coal/CO2 into substitute natural gas (SNG) and other high valuable products.

Department of Chemical Engineering and Applied Chemistry. # Catalytic gasification. # Heterogeneous catalysis

Department of Chemical and Petroleum Engineering, Schulich School of Engineering, # Catalytic gasification of biomass, coal, petcoke, and mixtures. # Carbon Management Canada (CMC project) # Kinetic investigation by means of high pressure TGA. # Modeling and kinetic parameter estimation with Ahtena Visual Studio

General Energy Research Department # Production of synthetic natural gas (SNG) from wood. # Modeling fluidized bed methanation reactor # Hydrodynamics, mass transfer, kinetics

General Energy Research Department # Methanation of biomass derived synthesis gas in a fluidized bed reactor. # Modeling of fluidized bed and catalytic plate reactor. # Kinetic, hydrodynamic, mass transfer, catalysis.

Chair of Power Plant Technology: # Fluidized bed technology, drying, hydrodynamic. # Coal and biomass gasification

# Chemical engineering # Modeling # Kinetics # Heterogeneous catalysis # Biofuels # Renewable energies # "Production of synthetic natural gas in a fluidized bed reactor - Understanding the hydrodynamic, mass transfer, and kinetic effects" http://e-collection.ethbib.ethz.ch/view/eth:1059

# Chemical and process engineering # Energy process engineering