Research Explorer

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Project

MuSE - Molecules at Sea

Outputs & Impact

Publications & research data ( 9 )

Process intensification of solid-based direct air capture with a novel vortex contactor

Afroditi KourouSiyuan ChenGeraldine HeynderickxYi OuyangKevin Van Geem

Enhancing direct air capture with a novel stator-rotor vortex chamber

Afroditi KourouSiyuan ChenGeraldine HeynderickxYi OuyangKevin Van Geem

Offshore hydrogen production via the PEM electrolyser coupled with the reverse osmosis system

Siavash AsiabanDimitar BozalakovEmile CornelissenLieven Vandevelde

A1 Journal Article in IEEE ACCESS

Exploring the reactivity of a solid micellar (SOMIC) catalyst

Catarina Martins De Brito MendesVitaly OrdomskyMark Saeys

Role of base in CO2 hydrogenation to formate over a Ru(III) solid micellar catalyst

Catarina Martins De Brito MendesJaviera Sepúlveda RubioFrancisca RebeloSara Oliveira SantosJan ÖnerVitaly V. OrdomskyMark Saeys

A1 Journal Article in CATALYSIS SCIENCE & TECHNOLOGY

Process intensification of CO2 capture by gas-liquid vortex technology

Afroditi KourouSubhajit DuttaSiyuan ChenXiaojun LangRohit Kumar Rohit KumarGeraldine HeynderickxYi OuyangKevin Van Geem

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

Afroditi KourouSiyuan ChenYi Ouyang

A1 Journal Article in CURRENT OPINION IN CHEMICAL ENGINEERING

Development of a dynamic mathematical model of PEM electrolyser for integration into large-scale power systems

Siavash AsiabanDimitar BozalakovLieven Vandevelde

A2 Journal Article in ENERGY CONVERSION AND MANAGEMENT-X

Production of green molecules at sea using the concept of energy island

Siavash AsiabanNezmin KayedpourDimitar BozalakovLieven Vandevelde

Activities ( 0 )

Results

Impact narratives ( 0 )

Patents ( 0 )