Examination topics in the discipline Chemical engineering

  • Refinery and petrochemical processes of crude oil processing

  • Technologies of manufacturing and properties of conventional liquid fuels (gasoline, diesel oil, heating oil) and biofuels

  • Technologies of conversion of biomass to liquid fuels

  • Quality parameters of solid, liquid and gaseous fuels

  • Pyrolysis and gasification processes, industrial implementation of the pyrolysis process, solid fuel gasification technologies

  • Clean Coal Technologies

  • Solid fuels beneficiation processes

  • Combustion processes of solid, liquid and gaseous fuels - energy and environmental aspects

  • Flue and process gases treatment processes: removal of CO2, nitrogen oxides, sulphur oxides, H2S, NH3, particulates

  • Adsorption and absorption processes: adsorbents manufacturing technologies (on the example of activated carbons); methods used for characterization of adsorbents; basic equations describing adsorption process; application of adsorbents

  • Adsorption processes designed for purification of liquids and gases

  • Physical and chemical properties of carbon-based new materials for technical purposes

  • Carbon-based composite nanomaterials including carbon/silicon carbide C/SiC system

  • Methods of gas transporting over a long distance; separated distribution gas networks

  • Effects of hydrogen addition to natural gas on its properties

  • Modern technologies of producing hydrogen from fossil fuels

  • Unconventional  technologies for hydrogen production

  • Renewable fuels - general characteristics

  • Electrochemical power sources (batteries, supercapacitors, fuel cells)

  • The use of methanol and other alternative fuels to supply fuel cells

  • Circular economy