Chemical & Biochemical Process Technology & Control (BioTec+) KU Leuven
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Chemical & Biochemical Process Technology & Control (BioTec+)
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Department of Biochemical and microbial technology Ghent University
This department consists of two large research groups:At InBio.be, a diverse team of researchers strives to transform microbial (lab) strains into cell factories, as such enabling the transition towards a biobased economy. To accomplish this goal, state of the art interdisciplinary techniques are applied in an integrated approach, combining molecular tool-, strain- and process development. InBio.be has been active in the field of industrial ...
Sustainable Chemical Process Technology, Ghent and Aalst Technology Campuses KU Leuven
Technology Cluster Sustainable Chemical Process, Technology Campuses Ghent and Aalst
Chemical & Biochemical Process Technology & Control (BioTeC+)
Scientific research in BioTeC+ concentrates on model based optimization and control of microbial conversion processes. The underlying motivation is that model based solutions to process optimization and control problems are superior in performance and robustness as ...
Sustainable Chemical Process Technology, De Nayer (Sint-Katelijne-Waver) Campus KU Leuven
Technology Cluster Sustainable Chemical Process focuses on the domain of resource recovery and the production of renewable chemicals and energy carriers from waste, side and biomass streams. Examples of studied processes include wastewater treatment processes, mixed-culture microbial processes and the production of renewable chemicals by thermal, chemical and biochemical conversion technologies.
Sustainable Chemical Process Technology, Diepenbeek Campus KU Leuven
Lab4U performs research on the development of new technologies and their implementation in existing (bio) chemical processes aiming a transformation from batch to flow. The research group focuses on characterization, development and control of chemical reactors and separation units. Keywords include ultrasound and alternative energy, process intensification, green chemicals, milli-flow reactors, separation processes and inline process ...
Chemical and Biochemical Reactor Engineering and Safety (CREaS) KU Leuven
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Chemische procestechniek Modelling of gas-solid chemical reactors. Bubble flow, heat transfer and conversion in fluidized bed reactors. Numerical analysis of the bifurcation behavior of non-linear systems. Catalytic reduction of NOx in automotive exhaust gases. Modelling of multistage separation processes. Computer-aided design of chemical processes: development of simulation programs. Energy integration in chemical processes.
Biochemical Wastewater Valorization & Engineering (BioWaVE) University of Antwerp
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The research of the BioWaVE group is directed towards the development and application of smart biochemical engineering technologies for a sustainable water cycle. Our research is specifically focused on industrial wastewater engineering and wastewater valorization.
Bio- & Chemical Systems Technology, Reactor Engineering and Safety Section KU Leuven
Chemische procestechniek Modelling of gas-solid chemical reactors. Bubble flow, heat transfer and conversion in fluidized bed reactors. Numerical analysis of the bifurcation behavior of non-linear systems. Catalytic reduction of NOx in automotive exhaust gases. Modelling of multistage separation processes. Computer-aided design of chemical processes: development of simulation programs. Energy integration in chemical processes.
Soft Matter, Rheology and Technology Section KU Leuven
The aim of the Soft Matter, Rheology and Technology (SMaRT) division is to foster and conduct research on soft matter and the rheology of complex fluids on a fundamental level as well as their application to technical processes. Such complex fluids span a wide range of materials, including polymer solutions, melts and blends, emulsions, colloidal dispersions, surfactant solutions, etc.
A characteristic feature of such complex fluids and ...
Soft Matter, Rheology and Technology (SMaRT) KU Leuven
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The aim of the Soft Matter, Rheology and Technology (SMaRT) division is to foster and conduct research on soft matter and the rheology of complex fluids on a fundamental level as well as their application to technical processes. Such complex fluids span a wide range of materials, including polymer solutions, melts and blends, emulsions, colloidal dispersions, surfactant solutions, etc.
A characteristic feature of such complex fluids and ...