Research Explorer

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Project

Intensification of CO2 capture processes (CAPTIN-2)

Outputs and Outcomes

Publications

Reactive CFD modeling of CO2 absorption in a gas-liquid vortex reactor

Siyuan ChenXiaojun LangKevin Van GeemYi OuyangGeraldine Heynderickx

Process intensification of CO2 desorption in a gas–liquid vortex reactor

Subhajit DuttaSangram RoyXiaojun LangSiyuan ChenRohit Kumar Rohit KumarChanchal LohaTom VerspeeltKevin Van GeemGeraldine HeynderickxYi Ouyang

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

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

Siyuan ChenXiaojun LangAfroditi KourouSubhajit DuttaKevin Van GeemYi OuyangGeraldine Heynderickx

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

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

Siyuan ChenJonas VerdingXiaojun LangYi OuyangGeraldine HeynderickxKevin Van Geem

A1 Journal Article in CHEMICAL ENGINEERING AND PROCESSING-PROCESS INTENSIFICATION

Design and optimization of gas–liquid vortex unit using computational fluid dynamics (CFD) simulation

Siyuan ChenPaulien MalegoKevin Van GeemYi OuyangGeraldine Heynderickx

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Process intensification of CO2 desorption

Gözde GeçimYi OuyangSangram RoyGeraldine HeynderickxKevin Van Geem

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Electrochemical conversion of CO2 from direct air capture solutions

Oriol Gutiérrez SánchezBert de MotNick DaemsMetin BulutJan VaesDeepak PantTom Breugelmans

A1 Journal Article in ENERGY & FUELS

Development of intensified reactors : a process intensification methodology perspective

Yi OuyangGeraldine HeynderickxKevin Van Geem

A1 Journal Article in CHEMICAL ENGINEERING AND PROCESSING-PROCESS INTENSIFICATION