Thermochemical Conversion of Lignocellulosic Materials

1. Introduction to biomass thermochemical conversion
2. Biomass resources and supply chains
3. Introduction to thermochemical reactors and to generalized analysis strategies
4. Biomass chemistry
5. Biomass multiscale structure and fundamentals of size reduction
6. Experimental techniques to study thermochemical reactions
7. Lumped mechanisms and conversion of experimental data into pseudo-kinetic constants
8. Molecular modeling: reaction mechanisms and kinetics
9. Effect of particle on reaction outcomes
10. Estimation of thermodynamic properties of products of biomass thermochemical reactions
11. Mass and energy balances in thermochemical reactors
12. Hydrodynamics and heat transfer in biomass thermochemical reactors
13. Design methods of thermochemical reactors
14. Thermochemical reactor modeling
15. Analysis and composition of liquid products
16. Analysis of carbonaceous and gaseous products
17. Uses of thermochemical products and bio-refineries: techno-economic and lifecycle assessment

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• Tecnologia das fontes de energia renovável e alternativa

Thermochemical conversion; biomass; torrefaction; pyrolysis; gasification; combustion; hydrothermal liquefaction; supercritical gasification; mathematical modeling; product characterization; bioenergy; low-carbon fuels; biorefineries; molecular modeling; kinetics; thermochemical reactors; product analysis; thermochemical reactions