	Julian Zoller, M.Sc.
	Research Associate Detachment of particle structures from loaded single fibers Group: Gas-Particle-Systems (GPS) Room: 011 CS 30.70 Phone: +49 721 608-46568 julian zollerWbg9∂kit edu	Institut für Mechanische Verfahrenstechnik und Mechanik Karlsruher Institut für Technologie (KIT) Geb. 30.70 Straße am Forum 8 D-76131 Karlsruhe

Research Topic

Investigation of development, rearrangement, and detachment of reactive-inert particle structures on cylindrical collectors in gaseous environment

Depth filters are used in air-conditioning, cleanroom technology and exhaust gas treatment. Particles are separated inside a porous structure. Detachment of separated particles and stepwise transportation does not happen in most applications. Nevertheless reactive components in deposited particle structures can cause rearrangement and detachment. These processes are relevant in soot particle filtration and therefore fundamental research about this phenomena should be made in this project.

Figure: Pictures of rearrangement and detachment of particles on a single fiber.
Fiber is inside an air stream with 440°C and 0,4m/s.

Bachelor and Master Theses
title	type	time
Charakterisierung von auf einzelnen Filterfasern abgeschiedenen reaktiv-inerten Partikelstrukturen	Bachelor or Master Thesis	as of September 2019
Theoretische Untersuchung der Ablösevorgänge reaktiv-inerter Partikelstrukturen von umströmten zylindrischen Kollektoren	Bachelor Thesis	as of now

Conference Contributions
Title	Conference	Authors
Experimental characterization of reactive particle structure re-arrangement and detachment from a single fibre exposed to hot air flow	FILTECH 2019 - The Filtration Event	J. Zoller, J. Meyer, A. Dittler

Julian Zoller, M.Sc.

Research Topic