Vandemoortele Centre Lipid Science and Technology
Vandemoortele Centre 'Lipid Science and Technology'

Research conducted within the Centre has resulted in over 80 peer‑reviewed A1 publications, 5 book chapters, 6 PhD dissertations, >40 conference contributions and numerous master's theses and research traineeships, demonstrating the Centre’s sustained output and scientific impact.
Objective
The main objective of the Centre is to generate fundamental understanding in edible soft matter systems like shortenings, margarines, fat spreads, oleogels, water-in-oil emulsions, structured oils etc. for future development of healthy lipid-based food products which meet consumers expectations of functionality, health and sensory quality. In the past years many attention has been given to alternative approaches for oil structuring with the goal to reduce the content of saturated fatty acids (SaFa) in lipid-based foods.
Research focus
The research within the Centre encompasses following topics: fat crystallization, oleogelation, emulsification, shear processing, lipid structuring, multiscale analysis of fats and oleogels, microscopy, saturated fat reduction, clean label products, waxes, oil binding, etc.
Research Facilities
The Vandemoortele Research Centre is embedded within the Food Structure and Function (FSF) Research Group at the Faculty of Bioscience Engineering located at campus Coupure (Ghent, Belgium).
Researchers affiliated to Centre have access to the analytical equipment within the FS&F group (fat analysis, DSC, LR-NMR, cryo-SEM, rheology, texture, XRD, etc.). For lab scale bakery trials there is a collaboration with the bakery laboratory at Campus Schoonmeersen. Chemical analyses and upscaling experiments are being performed at the Vandemoortele R&D Centre.
Specifica activities on fat crystallization and shear processing are performed within our crystallization lab. In this lab a unique bench top crystallizer (AC-unit) is available which comprises of a scraped surface heat exchanger (SSHE) and pinworker. This equipment allows to produce model system fat blends and emulsions at small scale though under industrial relevant conditions of shear and high cooling rates.
Opportunities
The crystallization lab is accessible for third parties for research collaborations.
If you are interested to join the Vandemoortele Centre as a master student, PhD student or postdoc, please send your CV, your motivation to join and your research interests to Prof. dr. ir. Filip Van Bockstaele. For suitably qualified candidates, we can discuss the appropriate funding strategy. Open vacancies will be published on the UGent vacancies website.
Vandemoortele Award
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The Vandemoortele Centre for Lipid Science and Technology is an established research centre at Ghent University, Faculty of Bioscience Engineering, since 2012. The objective of the centre is to build a strong platform based on fundamental research for future development of healthy and tasteful foods. Keeping with this objective, the research centre wants to acknowledge excellent research in the domain of plant-based foods. Hence, an annual award has been established from 2013 onwards which will be awarded to a master thesis on fundamental or application research dealing with plant-based foods (including but non-limiting to production, optimization, evaluation, characterization, preservation, formulation, sensory aspects, sustainability or health impact). Conditions and rules (edition 2025):
Queries can be directed via email to filip.vanbockstaele@ugent.be |
Vandemoortele Award 'Wall of Fame':
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2013 |
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Gastro-intestinaal gedrag van de boterzuurproducerende Butyricicoccus pullicaecorum, een nieuw kandidaat-probioticum voor inflammatoire darmziekten |
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2014 |
Resource use profile and nutritional value assessment of a canteen meal; a case study on pork vs quorn |
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2015 |
Oleogelation by food-grade waxes |
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2016 |
Sugar replacement in white compound chocolate |
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2017 |
Impact of human faecal microbial communities on carotenoid release from taxo and carrot juice |
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2018 |
Pound cake produced with whipped oleogels |
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2019 |
Biocatalytic production of rare sugars |
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2020 |
Developing hybrid shortenings by combining palm stearin and waxes |
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2021 |
Poly(2-isopropenyl-2-oxazoline)-based nanofiber network | |
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2022 |
Tuning the manufacturing process of no-added-sugar milk real chocolate | |
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2023 |
The influence of heat treatment on the foaming properties of oat-based drinks | |
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2024 |
Structural build-up of the fat crystal network in hybrid oleogels containing mono- and triglycerides | |
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2025 |
Monitoring the protein shift in Ghent |
Contact & information
Prof. dr. ir. Filip Van Bockstaele
