EXPERIMENTS:
Assistant
Title
Bulgarin, Alexander
Bestimmung kinetischer Parameter am Beispiel der Dehydrierung von Perhydro-Dibenzyltoluol (Fürth)
Ermer, Matthias
Veresterung von Ethanol und Essigsäure zu Ethylacetat mit Hilfe der metallorganischen Gerüststruktur UiO-66 / Esterification of ethanol and acetic acid using the metal-organic framework UiO-66
Kosider, Axel
Catalytic decomposition of formic acid to carbon monoxide
Kumpidet, Chiraphat
Synthesis and characterization POM catalyst for conversion of lignocellulosic biomass to formic acid
Narayanan Raman
Testing SCALMS (Supported catalytically active liquid metal solution) catalyst with different active metals for Propane dehydrogenation.
Schörner, Markus
Kontinuierliche Hydroformylierung von kurzkettigen Olefinen in der Gasphase auf Rh-S(I)LP-Katalysatoren
Schwarz, Christian
Niedertemperatur Methanol-Reformierung an geträgerten homogenen Katalysatoren
Sebastian, Oshin
Effect of reaction temperatures on dehydrogenation of Methylcyclohexane over Ga-Pt SCALMS (Supported Catalytically Active Liquid Metal Solutions) catalyst
Sievi, Gabriel
Charakterisierung einer Polymerelektrolytbrennstoffzelle (PEMFC)
Solymosi, Thomas
Catalyst variation for the dehydrogenation of LOHC
Wolf, Moritz
Regeneration of SCALMS (Supported Catalytically Active Liquid Metal Solutions) catalysts for dehydrogenation of C3-C4 paraffins
Wolf, Patrick
Homogen katalysierte Tieftemperatur-Wasser-Gas-Shift Reaktion mit rutheniumbasierten Supported Ionic Liquid Phase (SILP)-Katalysatoren

PRACTICAL COURSE REACTION ENGINEERING ADVANCED PRACTICAL TRAINING

An advanced practical course in the subject reaction engineering will be offered in the wintersemester 2018/19. Our aim is to use the material dealt with in the basic course as a basis and to allow you to develop a deeper understanding of the subject. You should also gain an insight into our current research activities. For this reason some experiments will be carried out directly within the research groups. The corresponding experiments are advertised on our notice boards and on the internet.
Some organisational issues:

• The experiments can be carried out starting from the

23th of Oktober 2018. -The last date for registration is the 2nd of November 2018. -The experiment should be finished by February 8th 2018.

• The reaction engineering practical (advanced) is composed of a two day experiment.
  

• The experiments are to be carried out in groups of two. Groups of three require special consent from the head of practical and will only be accepted for exceptional cases.
  

• A safety instruction exercise is to be completed before experiments can be carried out. This safety instruction will take place in the lab for practical.

• Each experiment is preceded by a discussion with the teaching assistant. Here the students have to demonstrate that they have learned the basics and the necessary practical details of the experiment, such that a smooth execution of the experiment can be expected. The teaching assistant also explains the conditions and the specific settings to be used in the experiment.

• Within 14 days after performing the experiment the students have to submit a written report of the experimental results to the teaching assistant. This report must be prepared jointly by the group members and signed by both students.

• After the written report has been handed in and accepted by the teaching assistant, a final oral exam for the advanced practical course is to be completed with Dr. Albert, Dr. Bösmann, Prof. Freund, Dr. Haumann, Dr. Preuster, Dr. Schulz, Prof. Schwieger within the WS 2018/19 (31.03.19). Appointments are to be arranged personally with the examiners. After failing this exam twice a repeat exam is to be carried out with the department head.

• All information are also available at StudOn:

Reaktionstechnik, Vertiefung, Praktikum / Practical to Chemical Reaction Engineering CBI https://www.studon.fau.de/studon/goto.php?target=crs_350149
SUPERVISOR OF PRACTICAL COURSE Dr. P. Schulz Room T. 3.97, Phone 85-27431 contact by E-Mail: peter.schulz@fau.de