National Research Strategy BioEconomy 2030

Part of the BMBF Research Allianz: Protein Pressure Stability Impact (prot P.S.I)

Usage and understanding of critical stabilitylimits for proteins under pressure in the fine chemical and food industry.

Subproject B1: Development of an aeration solution for pressurized reactors.

Graduate Teaching Assistant

• Practical Couse Measurement Technology for (Bio)Process Engineers
• Process Design Course WiSe 19/20

Supervised Theses

• "Development of a process simulation of a bioreactor for high pressure applications" (Working title), Saad Posharkar, Master thesis, 2021
• "Experimental Characterization of Modified Polyurethane Foams for Mechanical Clean Up of Oil Pollutants at Sea Surface", Srividya Kumar Bairamangala, Master project, 2021
• "Experimental investigation of immobilized enzymes on additive-manufactured polyamide structures for the use in high-pressure applications", Jabrayil Guliyev, Master Thesis, 2020
• "Experimentelle Charakterisierung einer Hochdruckbegasungseinheit für biotechnologische Anwendung durch optische Messmethoden", Nils Dürkop, Bachelor thesis, 2020

Oral Presentations

• Niehaus, D.; Johannsen, M.; Ohde, D.; Perz, F.; Bubenheim, P.; Liebsch, G.; Liese, A.; Schlüter, M.: Enzyme catalysed reactions under high pressure in aerated bioreactors, ECCE/ECAB, Online conference, 2021, oral presentation

Poster Presentations

• Niehaus, D.; Johannsen, M.; Ohde, D.; Perz, F.; Bubenheim, P.; Liebsch, G.; Liese, A.; Schlüter, M.: Design of aerated high pressure reactors for enzyme catalysed reactions., Himmelfahrtstagung on Bioprocess Engineering, Online conference, 2021, poster presentation

• Niehaus, D.; Johannsen, M.; Schlüter, M.: Design of aerated high pressure reactors for enzymatic catalyzed reactions, 1. Hamburg-Bochumer Mehrphasensymposium, Online conference, 2020, poster presentation