Bioenergy Systems and Process integration
DAY 1
Overview
1 reading
Reading: Research Methods & Innovation (3 Units)
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Bioenergy Systems and Process integration

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Bioenergy Systems and Process integration

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About this course

Bioenergy is seen as an important component in the future sustainable energy system, which itself requires knowledge and understandings for sustainable utilizations of biomass fuels. The course provides in-depth knowledge of fuel characterization, treatment and conversion technologies, environmental consequences, and resource utilizations related to bioenergy. Moreover, the course gives insight into different bioenergy systems, including bio heat, bio power, biofuel and biogas, and their combinations, with consideration of process integration for heat and material recovery.

For biomass conversion technologies, emphasis will be placed on the thermochemical approaches, which include combustion, gasification and pyrolysis. The biological approaches, bioethanol and biogas productions, are also be treated in the course, but to a lesser extent. System design and process simulation is an important part of the course.

Other Instructors:

ACE Center Leader
ACE Center Deputy Leader
Academic Program Coordinator
Research Coordinator

 

Syllabus

Thermal power plants, heat energy and heat production (Biomass-based power & heat generation, biomass combustion power systems, biomass gasification power systems, biomass-fueled internal combustion engines & gas turbines, polygeneration of electricity, heat & chemicals, biomass boilers & heating systems). Biomass-based fuel cell systems (overview, biomass integrated gasification-solid oxide fuel cell systems, biomass integrated gasification-proton exchange membrane fuel cell systems, fuel cell systems fed with liquid biofuels). Biorefineries (overview, energy inputs to basic biorefinery steps, biorefinery feedstock).

DAY 1
Overview

Biomass-based fuel cell systems (overview, biomass integrated gasification-solid oxide fuel cell systems, biomass integrated gasification-proton exchange membrane fuel cell systems, fuel cell systems fed with liquid biofuels).

1 reading
Reading: Research Methods & Innovation (3 Units)
20 minutes
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