Kevin Van Geem

OPTIMA: PrOcess intensification and innovation in olefin ProducTion by Multiscale Analysis and design

Automated reaction network generation of hetero-atomic mixtures using 3D representations of molecules

Autonomous Drug Discovery: Machine Learning for Optimization of Computer-Aided Organic Synthesis in Flow

Characterization of Nitrogen- and Sulfur-Containing Compounds in Renewable and Petrochemical Fractions using Comprehensive Two-Dimensional Gas Chromatography

Circular Plastics Network for Training

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

Computational fluid dynamics based design of downers with the implementation of detailed chemistry

Computer-aided first principles based modelling of homogeneous catalyzed processes

Conversion of plastic waste to basic chemicals via gasification

Data Driven Molecular Modelling for Reactor Design

Experimental validation of a novel 3D-reactor geometry for steam cracking

First-principles 3D reactor design: Large Eddy Simulation and Direct Numerical Simulation with detailed chemistry

First-principles based computer-aided synthesis design

High temperature Gel Permeation Chromatography

Integrated model guided process optimization of steam cracking furnaces

Multiscale modeling of carbon deposition: from carbon nanotube whiskers to free radical coke formation

Novel Integrated Biorefinary Concepts for a Carbon Neutral Bio-Economy (NIBCON)

Oxidative coupling of methane in a novel rotating bed reactor (OXMET)

P2PC_Plastics to Precious Chemicals

plastic WAste To CHemicals

Power to olefins: Computation fluid dynamics simulations of electrified rotor stator steam cracking reactor.

Pre-allocated professorship in Thermochemical reaction engineering

Process intensification through reactive flow modulation (Pi-Flow)

Production of clean fuels and chemicals by fast pyrolysis of lignocellulosic biomass

Putting CO2 to use: CFD-DEM modeling of super-dry reforming reactors using detailed kinetic models

Rational valorization of waste plastics by combined reactor and catalyst engineering

Research in connection with an assessment of the available or under development techniques for decontamination of hazardous substances from their plastics for recycling, with a focus on the advantages and disadvantages of each of these techniques

Selective Catalytic Conversion Plastic Waste to Light Olefins

Selective Catalytic Plastic Waste Conversion to Light Olefins

Simulation and design of novel steam cracking reactors and furnaces using Computational Fluid Dynamics

Single event microkinetic modeling of steam cracking of plastic waste derived feeds.

Sustainable Chemistry Consortium - co postdoc Spearhead Cluster Policy

Thermo-chemical conversion of lignocellulosic Ecuadorian agriculture residues into high value bio-oils and power generation

Unravelling the pyrolysis chemistry of sulphur, nitrogen and oxygen containing hydrocarbon mixtures

Visualization, Modelling and Computation Based Process Intensification of CO2 capture

A combined modelling-experimental investigation of the reaction kinetics of carbon-limiting and zero-carbon processes

Biorefinery of entire plant biomass to aromatics

Lignin valorization into innovative hydroxylated aromatics through a one-pot catalytic process using supported bimetallic nanoparticles boosted by the development of 2D liquid chromatography

Prediction of Turbulent Reactive Flows by means of Numerical Simulations (PRETREF)

Preparation Expansion REgio Ghent as Hub for Carbon Capture and Utilization

Production of base chemicals from renewable and fossil feedstocks for a sustainable society

Simulation and optimization of industrial steam cracking furnaces for fossil and renewable hydrocarbon fractions

Smart plastic waste conversion for a circular economy

Unleashing lignin valorization potential via consecutive mild soda extraction, mixed metal oxide catalyzed hydrogenolysis and high resolution 2D chromatography.

Pre-allocated professorship in Thermochemical reaction engineering

Reconstruction of the molecular composition of complex power supply units for (bio) chemical production processes.