Record link: 
http://hdl.handle.net/20.500.12708/136470
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Title: 
Modelling And Characterization Of Internal Loop Air Lift Bioreactor Configurations Through Computational Fluid Dynamics
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Citation: 
Ramonet Marques, F., Haddadi Sisakht, B., & Harasek, M. (2022, 0 0). Modelling And Characterization Of Internal Loop Air Lift Bioreactor Configurations Through Computational Fluid Dynamics [Poster Presentation]. Biorefine Conference ‘The role of biorefineries in European agriculture,’ Ghent, Belgium.
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Publication Type: 
Presentation - Poster Presentation
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Language: 
English
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Authors: 
Ramonet Marques, Fernando 
Haddadi Sisakht, Bahram 
Harasek, Michael 
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Organisational Unit: 
E166-02-2 - Forschungsgruppe Fluiddynamische Simulation (CFD) 
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Date (published): 
2022
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Event name: 
Biorefine Conference ‘The role of biorefineries in European agriculture’ 
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Event date: 
30-May-2022 - 31-May-2022
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Event place: 
Ghent, Belgium
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Keywords: 
Air Lift Bioreactor; Biorefineries; CFD; Bioreactor
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Abstract: 
In this study, computational fluid dynamics is utilized to characterize the flow of six different internal loop airlift bioreactor geometries with different interior configurations. Parameters such as phase turbulent kinetic energy and phase fraction will be addressed. The variations of design parameters in the studied air-lift reactors will lead to optimal configurations leading to more efficient biorefinery concepts.
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Project title: 
Ein disruptives, innovatives, kooperatives, unternehmerisches Programm für Ausbildung, Training und Entwicklung von Fertigkeiten für die nächste Generation von Absolventen im Bereich agrobasierten Bioraffinerien und der Valorisierung der Bioökonomie: 860477 (European Commission) 
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Link (external): 
Link Veranstaltungswebsite: https://www.biorefine.eu/events/biorefine-conference-the-role-of-biorefineries-in-european-agriculture-30-31-may-2022/
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Research Areas: 
Computational Fluid Dynamics: 100%
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Science Branch: 
2040 - Chemische Verfahrenstechnik: 50%
1060 - Biologie: 35%
2090 - Industrielle Biotechnologie: 15%
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Modelling And Characterization Of Internal Loop Air Lift Bioreactor Configurations Through Computational Fluid Dynamics
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