This time it was definitely better than before. More interesting technical presentations. It is always great to meet a lot of friends and colleagues. Now our former president seems to leave the company, too …..
CHEMCAD User Meeting Berlin
Again a very good meeting with very interesting talks. I presented about visualization of distillation simulation results using different diagrams generated directly from the simulator output.
8 weeks full day course “Chemical Process Development” for the last time?
8 weeks full day with a group of clever and motivated students. 4 of them will go to SUT in Thailand for 3 months each and work on reactive distillation. http://cpd.rarey.net
“Chemische Thermodynamik für die Processsimulation” Course in Oldenburg
Second time without GVT 🙂
A friend and colleague married in Athens
CHEMCAD Advance B Course in Berlin
My first CHEMCAD course this year 🙂
2 Students from my Oldenburg Class at SUT in Thailand for 3 months
Fares Sa’d and Paul Felgenhauer stayed at SUT for 3 month and worked on succinic acid crystallization. Here with the continuous crystallizer and the host, Prof. Apichat Boontawan.
Chemical Thermodynamics for Process Simulation, 2nd, Completely Revised and Enlarged Edition
The completely revised and extended 2nd edition of our textbook is officially available since yesterday 😀 with a new chapter on experimental methods by Baerbel Kolbe and me. https://www.wiley.com/en-us/Chemical+Thermodynamics+for+Process+Simulation,+2nd,+Completely+Revised+and+Enlarged+Edition-p-9783527343256
Two PhD-students from Oldenburg visited us for 3 weeks project work
3 weeks in Dankwian with Pascal Böwer and Markus Graminski and a lot of interesting project work and free time activity 🙂
Third Thermodynamics Course of 10 days at ChEPS-KMUTT
This time there were 31 participants, more every year. Again it was a great class, thank you all (especially the tutors) for your motivation and hard work and the dinner invitation! It was an honor to teach you. Topics of students presentations this time were: Temperature and pressure dependence of processes and equilibria. Derive an … Continue reading
