PEC12-25 CAPEC-PROCESS Industrial Consortium ... - DTU Orbit
PEC12-25 CAPEC-PROCESS Industrial Consortium ... - DTU Orbit
PEC12-25 CAPEC-PROCESS Industrial Consortium ... - DTU Orbit
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Associate<br />
Professor Krist V<br />
Gernaey (KVG)<br />
Professor John<br />
Woodley (JW)<br />
Senior<br />
Researchers<br />
Ulrich Krühne<br />
(ULKR)<br />
Started: 01-03-2011<br />
Finish: 01-03-2013<br />
enzymatic reactions and fermentation + systems for continuous<br />
production of pharmaceuticals<br />
• Design of PAT systems + biorefineries<br />
• On-line monitoring of fermentation processes + continuous<br />
organic synthesis, Process Analytical Technology<br />
(pharmaceutical production)<br />
• Benchmarking of control strategies for wastewater treatment<br />
plants<br />
Research Areas (<strong>PROCESS</strong>): 1-6<br />
JW is the head of the <strong>PROCESS</strong> center and his main research<br />
interests lie in the following topics:<br />
• Next generation processes (integration of biocatalysis with<br />
heterogeneous and homogeneous catalysis; processes based on<br />
renewable; green chemistry; pharmaceutical processes; and,<br />
biorefineries).<br />
• Methodology (process intensification; reactor design; evaluation<br />
methodologies)<br />
Applications in chemical, biochemical (e.g. biotechnology,<br />
fermentation technology, etc), pharmaceutical, food industries.<br />
Research areas (<strong>PROCESS</strong>): 1-6<br />
Micro process development in chemical engineering<br />
ULKR is coordinating the research-development of<br />
microtechnology, has gained significant importance in chemical<br />
engineering. Topics of research interest:<br />
• Micro scaled fluid dynamic properties and their influence on<br />
chemical, biochemical and physical interactions<br />
• Integration of different unit operations into a single step process<br />
• Avoid the accumulation of inefficiencies of serial performed<br />
processes<br />
The starting point of the research will be a FTP project with the title<br />
Novel greener and lean processes using integrated microfactories.<br />
The project aims to demonstrate that fermentation and biocatalysis<br />
can be integrated.<br />
Project supervisors: JW, KVG<br />
18