Vak: Theory Thermo Chemical Conversion credits: 3
- Vakcode
- ZWVH20TCC
- Naam
- Theory Thermo Chemical Conversion
- Studiejaar
- 2020-2021
- ECTS credits
- 3
- Taal
- Engels
- Coördinator
- A. Perl
- Werkvormen
-
- Werkvorm 1
- Toetsen
-
- Theory ThermoChemical Conversion - Schriftelijk, organisatie tentamenbureau
Leeruitkomsten
To have demonstrated knowledge and understanding of
To be able to
- Chemistry to calculate the thermodynamic outcome of various (bio-) chemical reactions.
- Distinguishing the many choices in biological conversion processes
- The practical challenges that influence availability and reliability of a plant
- Unit operations that are required for a given process
To be able to
- Make mass and energy balances in biological conversion processes
- Set up a biological conversion experiment (e.g. anaerobic digestion or photo bioreactors)
- Model a biofuel production plant and calculate energy conversion efficiencies
- Contribute to discussions with experts
Inhoud
Basic properties of biomass feedstocks- and -derived energy carriers
- Organic and inorganic compositions of raw and mechanically/thermally upgraded lignocellulosic biomass
- Physical properties of raw and mechanically/thermally upgraded lignocellulosic biomass energy carriers
- Suitability of different biomass types for specific thermochemical processes
- Torrefaction
- dry/wet
- Pyrolysis
- fast/slow
- Gasification
- direct/indirect
- producer gas purification and upgrading to various qualities
- Combustion
- direct/air-staged
- for heat and/or power generation
- Typical temperature levels, scales and overall mass/energy efficiencies
- Compositions of typical flue-, process- and producer-gasses, including by-products, impurities and emissions
- Grate-fired/fixed/moving bed systems
- Fluidised-bed systems
- Pulverised-fuel systems
- Typical technical bottlenecks and solutions to overcome those for each specific technology solution
Opgenomen in opleiding(en)
School(s)
- Instituut voor Engineering