yi Ouyang

Assistant professor

Ghent University

Belgium

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Yi Ouyang is an Assistant Professor at Ghent University, Belgium. His research focuses on computational fluid dynamics, process intensification, and sustainable syngas production. Recently, he has contributed to studies on bubble dynamics, gas-solid interactions, and advancements in reactor design for enhanced CO2 capture and seawater acidification processes.

yi Ouyang

Research Interests

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Articles (22)

Modeling bubble dynamics in rotating foam stirrer reactors: A computational fluid dynamics approach incorporating gas–solid interactions

Impact of Temperature, Membrane Type, and Process Parameters in Seawater Acidification Using Bipolar Membrane Electrodialysis

Computational Fluid Dynamics Simulation of a High-Throughput Catalytic Fixed-Bed Reactor for Total Oxidation of Methane

Electrification pathways for sustainable syngas production: A comparative analysis for low-temperature Fischer-Tropsch technology

Enhancing CO2 capture efficiency: Computational fluid dynamics investigation of gas-liquid vortex reactor configurations for process intensification

Advances in design of internals: Applications in conventional and process intensification units

Process Intensification of CO2 Desorption in a Gas–Liquid Vortex Reactor

Machine Learning Assisted Experimental Characterization of Bubble Dynamics in Gas–Solid Fluidized Beds

Liquid-liquid flow pattern and mass transfer in a rotating millimeter channel reactor

Gas–liquid and liquid–liquid vortex technology for process intensification

Machine learning based prediction of biomass pyrolysis with detailed reaction kinetics for thermally-thick particles: from 1D to 0D

Prediction of instantaneous yield of bio-oil in fluidized biomass pyrolysis using long short-term memory network based on computational fluid dynamics data

Active Machine Learning for Chemical Engineers: A Bright Future Lies Ahead!

Gas-liquid flow regimes and effective interfacial area in a solid foam block stirred tank

Design and Optimization of Gas–Liquid Vortex Unit Using Computational Fluid Dynamics (CFD) Simulation

Multiphase Transportation, Conversion, &amp; Utilization of Energy in Chemical Engineering: A Special Issue for MTCUE-2022

Development of intensified reactors: A process intensification methodology perspective

CFD analysis on hydrodynamics and residence time distribution in a gas-liquid vortex unit

Gas-solid hydrodynamics in a stator-rotor vortex chamber reactor

Process Intensification of CO<sub>2</sub> Desorption

Numerical Studies of a Liquid Droplet Impacting on Single-Layer Hydrophilic and Hydrophobic Wire Meshes

Chemisorption of CO2 in a gas–liquid vortex reactor: An interphase mass transfer efficiency assessment

Collaborators (7)

Geraldine J. Heynderickx

Joris W. Thybaut

Maarten Dobbelaere

Shuxian Jiang

Kevin Van Geem

Xi Yu

Guy B. Marin

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Multiphase Transportation, Conversion, & Utilization of Energy in Chemical Engineering: A Special Issue for MTCUE-2022