MONBALIU Jean-Christophe
Professeur ordinaire
Faculté des Sciences
Département de chimie (sciences)
Center for Integrated Technology and Organic Synthesis
Molecular Systems (MolSys)
- ULiège address
-
Bât. B6A CITOS
Quartier Agora
allée du 6 août 13
4000 Liège 1
Belgique
- Local
- 3/19 B6a
- ULiège phone number
- +32 4 3663510
- ULiège Fax
- +32 4 3663497
-
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- Conseil sectoriel à la recherche et à la valorisation
- Sciences et Techniques
- Personal website (s)
- CiTOS - where organic chemistry meets technology
- Personal website (s)
- FloW4all - flow technology resource center
- Twitter Link
- https://twitter.com/JMonbaliu
Biography
Jean-Christophe M. Monbaliu is Full Professor of Organic Chemistry at the University of Liège (Belgium) and Principal Investigator at the Walloon Excellence (WEL) Research Institute. He received his Ph.D. in Organic Chemistry at the Université catholique de Louvain (2008). After various postdoctoral experiences in Belgium (Ghent University) and in the USA (University of Florida and MIT), he settled at the University of Liège in 2013, where he created the Center for Integrated Technology and Organic Synthesis (CiTOS, www.citos.uliege.be). He leads the first European Corning Advanced-Flow Reactor Qualified Lab. In 2022, he founded FloW4all (https://flow4all.uliege.be), a flow technology platform in Wallonia focused on training, technology transfer, and industry services.
His research group combines new methodologies in synthetic organic chemistry with new process technologies for the development of innovative, sustainable and/or bio-based processes toward high value-added molecules. He serves as Associate Editor of the Journal of Flow Chemistry since 2019.
Research field
- Chimie organique
Duties or mandates
- President of the Study Council - Chemistry
- Membre effectif du Conseil Sectoriel Recherche et Valorisation - Sciences et Techniques (CSRV-ST)
- Cellule Dual Use
ULiège Course
Chimie organique I, 40h Th, 50h Pr, MONBALIU Jean-Christophe
Chimie, environnement et société, 12h Th, 4h TD, 0,5j Vis., COLLETTE Caroline, EPPE Gauthier, HENRIST Catherine, MONBALIU Jean-Christophe
Chimie organique physique, 25h Th, BIANCHI Pauline, MONBALIU Jean-Christophe
Organic chemistry, 50h Th, GENDRON Thibault, MONBALIU Jean-Christophe
Chimie et physico-chimie d'assemblages peptidiques et protéiniques, 25h Th, MONBALIU Jean-Christophe, QUINTON Loïc
Introduction à l'étude et aux domaines de la chimie, 20h Th, CLOOTS Rudi, FOCANT Jean-François, MONBALIU Jean-Christophe, VERTRUYEN Bénédicte
Introduction to continuous flow organic synthesis, 15h Th, 10h Pr, 1j Vis., MONBALIU Jean-Christophe
Chimie organique II, Partim A, 25h Th, 45h Pr, 10h TD, MONBALIU Jean-Christophe
Chimie organique II, Partim B, 15h Th, 15h TD, MONBALIU Jean-Christophe
Laboratoires intégrés de spectroscopie, 100h Pr, DAMBLON Christian, EPPE Gauthier, LEYH Bernard, MONBALIU Jean-Christophe, QUINTON Loïc
Projet de recherche et communication scientifique, 5h Th, 30h St., COLLETTE Caroline, MONBALIU Jean-Christophe, SLUYSMANS Damien
Création digitale en sciences, 10h Th, 30h Proj., BILLEN Roland, FISCHER Valentin, MATHONET Pierre, MONBALIU Jean-Christophe, PARMENTIER Eric, VANDEWALLE Nicolas
Related content
- When organic chemistry meets the law: what scientists need to know about the European legal framework
- Hazardous reactions made safer through flow technology
- Reshaping Quantum Dots Production through Continuous Flow and Sustainable Technologies
- Jean-Christophe Monbaliu receives the Corning International Prize for Outstanding Work in Continuous-Flow Reactors and Chemistry for a Greener and Safer World
- New Opportunities for Organic Synthesis under Superheated Flow Conditions
- Intensifying the production of high-value compounds from industrial waste
- A new paradigm for reaction optimization in organic chemistry
- Ozone and flow technology for the destruction of chemical warfare agents
- Jean-Christophe Monbaliu receives a WEL-T Advanced Grant for his research in the field of micro/mesofluidic organic chemistry.
- In continuous flow
- The CiTOS laboratory of the ULiège and Mithra pharmaceuticals are intensifying their collaboration for the production of biosourced estetrol.
- ULiège is a partner in two MSCA Doctoral network projects
- Unlocking the organic chemistry of N2O3 through continuous flow process technology
- Groundbreaking flow production of biodegradable and biocompatible polymers for medical applications
- Righting past wrongs through flow chemistry: the case of chemical warfare agents
- Miniaturized production of a useful pharmaceutical for NASA space missions
- ULiège is a partner in three MSCA Doctoral network projects
- Neutralization of chemical warfare agents with air and light
- Portrait of Jean-Christophe MONBALIU
- Ketamine: a breakthrough process for a revolutionary antidepressant
- Microfluidic production of synthetic cyclic peptides
- CiTOS becomes the first European Corning Advanced-Flow™ Reactor Qualified Laboratory.
