KIT - Research (GPS) - Research projects (GPS)

Research Projects
Title	Contact
Numerical and experimental investigation of filtration, coalescence, and transport behavior in liquid-gas separation with special emphasis on mechanical vibration excitation	M.Sc. Alexander Schwarzwälder
Particle separation in discontinuous vacuum processes	M.Sc. Vanessa Löschner
Rearrangement processes of particle structures in wall flow filters	M.Sc. Julia Thieringer
Fundamental investigation on the influence of local oil distribution on the separation behaviour of coalescence filters in gas purification	M.Sc. Christian Straube
Development of a design methodology for the optimization of a wet separator for submicron metal particles	M.Sc. Felix Reinke
Magnetic effects in gas-particle separation technology	M.Sc. Julia Szabadi
Investigation of the separation behaviour of oil mist filters under real conditions on screw compressors	M.Sc. Johannes Reinelt
Smart Filter Media in Gas-Particle-Filtration: Fundamental Investigations with Stretchable Single Fibers	M.Sc. Lukas Poggemann
Innovative approaches regarding the optimization of the operating performance of pulse-cleaned baghouse filters for gas treatment	M.Sc. Peter Bächler
Simulation of particle-layer rearrangement events in ceramic cross flow filters using Lattice Boltzmann Methods	M.Sc. Nicolas Hafen
Fundamental mechanisms of soluble dust cake components during the penetration through gas cleaning filter media	M.Eng. Almuth Schwarz

Completed Projects - Gas Particle Systems (GPS)
Title	Contact
Investigation of development, rearrangement, and detachment of reactive-inert particle structures on cylindrical collectors in gaseous environment	M.Sc. Julian Zoller
Test aerosols and methods for efficacy studies of air purification technologies against Sars-CoV-2	M.Sc. Thomas Penner
Entwicklung eines Sensors zur Überwachung der NO2-Belastung in der Umwelt	M.Sc. Julia Szabadi
The aerosol in the crankcase of combustion engines	Dipl.-Ing. Niclas Nowak
Relationship between structure and operating performance of oil mist filters	M.Sc. Thomas Penner