Research Explorer

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Project

Closing the carbon cycle: multi-scale modelling and materials optimisation for super-dry reforming of methane

Outputs and Outcomes

Publications

Data-driven analysis of property-performance correlations in dual functional materials for CO2 capture and utilization

Lukas BuelensLouis Van de VoordeVarun SinghMichiel Van CauwelaertHilde PoelmanKevin Van GeemVladimir Galvita

U Journal Article in Chemical Engineering Journal

Impact of reduction degree on stability of Fe2O3-MgAl2O4 oxygen storage materials during chemical looping reverse water-gas shift reaction

Michiel Van CauwelaertLukas BuelensVarun SinghHilde PoelmanChristophe DetavernierJaroslav PadevětHedvika SchwarzováVladimir GalvitaKevin Van Geem

A1 Journal Article in JOURNAL OF CO2 UTILIZATION

Upscaling an Fe-based oxygen carrier from lab to pilot

Lukas BuelensMichiel Van CauwelaertLouis Van de VoordeHilde PoelmanPierre KibleurMatthieu BooneKevin Van GeemVladimir Galvita

Pilot-scale investigation and reactor modelling of super-dry reforming of methane

Michiel Van CauwelaertLukas BuelensHilde PoelmanVladimir GalvitaKevin Van Geem

Development, installation, and operation of a chemical looping pilot plant for super-dry reforming of methane (plenary lecture)

Lukas BuelensMichiel Van CauwelaertHilde PoelmanVladimir GalvitaKevin Van Geem

CO2 utilization by chemical looping super-dry reforming; Maximizing CO production by cycle time optimization.

Michiel Van CauwelaertLukas BuelensHilde PoelmanChristophe DetavernierVladimir GalvitaKevin Van Geem