Catalytic Processes and Materials

Fingerprint Dive into the research topics where Catalytic Processes and Materials is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Chemical Compounds

Catalysts
Carbon nanofibers
Catalyst supports
Nitrites
Dehydrogenation
Reforming reactions
Carbon Monoxide
Hydrogenation
Aluminum Oxide
Carbon
Biomass
Gases
Water
Nanoparticles
Metals
Hydrogen
Silicon
Oxygen
Alkenes
Cerium compounds
Gasification
Oxides
Pyrolysis
Temperature
Nickel
Catalyst selectivity
Catalyst activity
Steam reforming
Propane
Methane
Carbon Nanotubes
Infrared spectroscopy
Palladium
Water gas shift
Oils
Catalysis
Oxidation
Hydrocarbons
Chemical activation
Lignin
Stainless Steel
Plasmas
Liquids
Membranes
Alkanes
Ethylene Glycol
Ammonium Compounds
Coke
Polyvinyl Alcohol
Methanation
Hexanes
Steam cracking
Decomposition
Nitrogen
Adsorption
Particle size
Steam
Byproducts
Vapors
Kinetics
Paraffin
Wetting
Fibers
Metal foil
Foams
Ammonia
Chemisorption
Silicon Dioxide
Oxygen vacancies
Mass transfer
Styrene
Platinum
Acetic Acid
Calcination
Ruthenium
Reaction intermediates
Ions
Carbonates
Impregnation
Reaction rates
Rhodium
1-Butanol
Sodium
Thin films
3-cresol
Defects
Catalytic reforming
Formates

Engineering & Materials Science

Catalysts
Carbon nanofibers
Catalyst supports
Reforming reactions
Dehydrogenation
Biomass
Hydrogenation
Pyrolysis
Gasification
Nanoparticles
Alumina
Carbon
Oxygen
Steam reforming
Water
Temperature
Hydrogen
Gases
Cerium compounds
Lignin
Catalyst selectivity
Nickel
Olefins
Metals
Paraffins
Catalyst activity
Palladium
Vapors
Oxides
Silicon
Methane
Hydrocarbons
Water gas shift
Hexane
Infrared spectroscopy
Propane
Oxidation
Ethylene
Liquids
Kinetics
Carbon nanotubes
Coke
Ethylbenzene
Chemical activation
Plasmas
Adsorption
Membranes
Ammonia
Ruthenium
Nitrogen
Ethylene glycol
Byproducts
Particle size
Acids
Chemisorption
Heat transfer
Polyvinyl alcohols
Catalysis
Acetic acid
Metal foil
Sodium
Stainless steel
Catalytic reforming
Methanation
Platinum
Mass transfer
Fibers
Oxygen vacancies
Wetting
Decomposition
Steam