The research group BIOTECHNOLOGY & SUSTAINABLE CHEMISTRY works on biotechnological, analytical, and chemical innovations to provide sustainable solutions. Its activities are divided into 3 main research topics:
Advanced Bioprocess Engineering
- Bioprocesses and biocatalytic system design; scale-up
- Intra- and extracellular targets; preparative purification
- Automated USP and DSP control strategies
- Cell line development and production
- Derivatization of biomolecules
Data acquisition, analysis and modeling
- Process Analytical Technologies (PAT)
- Machine learning and artificial intelligence
- Data mining with tailored algorithms
- USP and DSP simulations
- Pharmaceutical analysis (development and routine (ISO 17025))
- (Bio)analytical assay development; complex sample preparation; derivatization strategies
- Bioinformatics
Energy systems and sustainable resources
- Biobased materials and biofuels
- Power to X-technologies
- Chemical and biofuel cells
- Syngas, CO2, and organic waste valorization
- Biorefinery platforms: Conception and prototyping
- Phosphate recovery from waste
Senior researchers
- Simon Crelier, PhD
Food waste valorization, DSP of proteins, Microencapsulation, Biosorption - Christoph Ellert, PhD
Plasma technology, Power-t-X technologies, Organic waste valorization, Energy and gas systems design - Fabian Fischer, PhD
Microbial fuel cells, Wastewater treatment, Biophotovoltaics, Power-t-X technologies - Nils Hanik, PhD
Bioprocess data science, Bioprocess digitalization, Industry 4.0, Sustainable polymers from renewable resources - Franka Kalman, PhD
Endotoxin quantification and removal, Separation sciences incl. capillary electrophoresis and derivatization of (bio-)analytes, (Bio-)Analytics, Pharmaceuticals analysis - Matthias Rüdt
PAT in USP and DSP, e.g. Raman, Pharmaceutical biotechnology - Sergio Schmid, PhD
Molecular biology, Microbial cell engineering, PCR and qPCR method development - Manfred Zinn, PhD
Bioprocess design, Gas fermentations and biorefinery, Biopolymers, Biobased materials