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Lecture
Thermochemical Conversion: Liquid Fuels
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Biomass Gasification: Synthetic Natural Gas
Explores biomass gasification for synthetic natural gas production, covering principles, processes, efficiency, and environmental impact.
Biomass: Gasification and Biofuels
Explores wood biomass gasification, biogases, bioethanol, and biodiesel production, focusing on efficiency, characteristics, and environmental impact.
Biomass Gasification: Electricity Production and CO2 Capture
Explores biomass gasification for electricity production, cogeneration, and CO2 capture.
Biomass - Impacts & Conclusion
Covers the impact of biomass on CO2 emissions neutrality, CO2 avoidance costs, life cycle performance, and controversial uses.
Hydrothermal Gasification: Biomass to Synthetic Natural Gas
Explores the conversion of wet biomass into synthetic natural gas through hydrothermal gasification, achieving up to 70% efficiency.
Biomass Technologies and Carbon Flows
Explores biomass potentials, conversion technologies, and carbon flows for sustainable energy production and emission reduction.
Biomass Combustion: Energy Conversion Processes
Explores biomass thermochemical conversion, bioenergy potential, heating value, drying impact, and combustion emissions.
Thermochemical Conversion: Gasification
Explores biomass thermochemical conversion, focusing on gasification technologies, gas composition, efficiency, cleaning methods, and system design.
Biomass Pyrolysis: Thermochemical Conversion
Explores biomass pyrolysis, covering process principles, reactor types, and global examples of pyrolysis processes.
Wood Gasification: Concepts and Processes
Explores wood gasification principles, processes, and applications, emphasizing anaerobic digestion and biogas production as sustainable energy solutions.
