Research Explorer

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Researcher

Carl Schietekat

Awards & Distinctions

34 Results

2017

CFD simulations of industrial steam cracking reactors : turbulence-chemistry interaction and dynamic zoning

Pieter ReyniersCarl SchietekatBo KongAlberto PassalacquaKevin Van GeemGuy Marin

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Computational fluid dynamics-based steam cracking furnace optimization using feedstock flow distribution

Yu ZhangPieter ReyniersCarl SchietekatKevin Van GeemGuy MarinWenli DuFeng Xian

A1 Journal Article in AICHE JOURNAL

2015

CFD-based design of 3D pyrolysis reactors: RANS vs. LES

David Van CauwenbergeCarl SchietekatJens FloréKevin Van GeemGuy Marin

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

Catalytic coating for reduced coke formation in steam cracking reactors

Carl SchietekatStamatis SarrisPieter ReyniersL KoolW PengP LucasKevin Van GeemGuy Marin

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Computational fluid dynamics-based design of steam cracking reactors

Carl SchietekatKevin Van GeemGuy Marin

Experimental study of catalytic coating for reduced coke formation

Stamatis SarrisCarl SchietekatL KoolW PengP LucasKevin Van GeemGuy Marin

Furnace firing control: the key to extending your runlength

Alexander VervustYu ZhangF QianPieter ReyniersCarl SchietekatKevin Van GeemGuy Marin

Impact of flue gas radiative properties and burner geometry in furnace simulations

Yu ZhangCarl SchietekatQ fengKevin Van GeemGuy Marin

A1 Journal Article in AICHE JOURNAL

Impact of radiation models in coupled simulations of steam cracking furnaces and reactors

Guihua HuCarl SchietekatYu ZhangF QianGeraldine HeynderickxKevin Van GeemGuy Marin

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Improving laboratory reactors: computational fluid dynamics and detailed chemical kinetics

Pieter ReyniersCarl SchietekatStamatis SarrisKevin Van GeemGuy Marin

Necessity and feasibility of 3D simulations of steam cracking reactors

Pieter ReyniersCarl SchietekatDavid Van CauwenbergeLaurien VandewalleKevin Van GeemGuy Marin

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Numerical simulations of steam cracking test furnace using detailed combustion mechanism for CO and NOx emission

Yu ZhangCarl SchietekatDavid Van CauwenbergePieter ReyniersKevin Van GeemM HennekeF QianGuy Marin

2014

CFD‐based design of 3D pyrolysis reactors: RANS vs LES

David Van CauwenbergeCarl SchietekatKevin Van GeemGuy Marin

Catalytic coating for reduced coke formation in ethylene-producing steam crackers: experimental and model validation

Carl SchietekatPieter ReyniersStamatis SarrisKevin Van GeemGuy MarinL KoolP LucasS WangY GuH Zhou

Comprehensive 3D modeling of steam cracking furnaces

Yu ZhangCarl SchietekatF QianKevin Van GeemGuy Marin

Comprehensive 3D modeling of steam cracking furnaces: influence of flue gas radiative properties, burner geometry and shadow effects

Yu ZhangCarl SchietekatKevin Van GeemF QianGuy Marin

Computational fluid dynamics based design of finned steam cracking reactors

Carl SchietekatDavid Van CauwenbergeKevin Van GeemGuy Marin

A1 Journal Article in AICHE JOURNAL

GPU based simulation of reactive mixtures with detailed chemistry in combination with tabulation and an analytical Jacobian

Thomas DijkmansCarl SchietekatKevin Van GeemGuy Marin

A1 Journal Article in COMPUTERS & CHEMICAL ENGINEERING

Swirl flow tube reactor technology: an experimental and computational fluid dynamics study

Carl SchietekatMarco WM Van GoethemKevin Van GeemGuy Marin

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

2013

3D steam cracking reactor technology: the good, the bad and the ugly

Kevin Van GeemDavid Van CauwenbergeCarl SchietekatGuy Marin

An implicit solver for computationally efficient steam cracking modeling

Carl SchietekatDenis ConstalesKevin Van GeemGuy Marin

Computational fluid dynamics based design of finned

Kevin Van GeemDavid Van CauwenbergeCarl SchietekatGuy Marin

Computationally efficient CFD simulations with detailed free-radical mechanisms

Carl SchietekatKevin Van GeemGuy Marin

2012

3D swirl flow reactor technology for pyrolysis processes: hydrodynamic and computational fluid dynamic study

Carl SchietekatMarco M Van GoethemKevin Van GeemGuy Marin

Coupled simulation of an industrial naphtha cracking furnace equipped with long-flame and radiation burners

Guihua HuHonggang WangFeng QianKevin Van GeemCarl SchietekatGuy Marin

A1 Journal Article in COMPUTERS & CHEMICAL ENGINEERING

2011

Biomass to olefins: cracking of renewable naphtha

Steven PylCarl SchietekatMarie-Françoise ReyniersRamin AbhariGuy MarinKevin Van Geem

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

Detailed molecular compositions of heavy oil fractions by comprehensive two-dimensional gas chromatographic analysis

Thomas DijkmansSteven PylCarl SchietekatKevin Van GeemGuy Marin

Rapeseed oil methyl ester pyrolysis : on-line product analysis using comprehensive two-dimensionalgas chromatography

Steven PylCarl SchietekatKevin Van GeemMarie-Françoise ReyniersJoeri VercammenJan BeensGuy Marin

A1 Journal Article in JOURNAL OF CHROMATOGRAPHY A

Steam cracking of heavy oil fractions revisited

Carl SchietekatKevin Van GeemSteven PylThomas DijkmansMarie-Françoise ReyniersGuy Marin

The quasi-steady state approximation in kinetics: application to some industrial reactions

Carl SchietekatGuy Marin

2010

Analytics driving kinetics: thermochemical conversion of heavy petroleum fractions

Steven PylKevin Van GeemMarie-Françoise ReyniersGuy MarinCarl Schietekat

From biomass to ethylene: steam cracking of renewable naphtha

Kevin Van GeemSteven PylCarl SchietekatMarie-Françoise ReyniersGuy MarinR Abhari

New routes to ethylene

Kevin Van GeemR AbhariSteven PylCarl SchietekatMarie-Françoise ReyniersGuy Marin

Steam cracking of heavy oil fractions : harnessing on-line GCxGC

Steven PylCarl SchietekatKevin Van GeemMarie-Françoise ReyniersGuy Marin