Register ASAP! Spots are highly limited. The registration deadline is Tuesday, October 13.
Location:
Chemstations Office
11000 Richmond Avenue Suite 580
Houston, TX 77042
CHEMCAD Advanced
This course is best for users with CHEMCAD experience, or those who have taken CHEMCAD Part 1.
Participants will learn modeling techniques for advanced topics such as azeotropic mixtures, solid-liquid equilibria, electrolyte systems, piping networks, and user-defined Excel units.
About the presenter
Dr. Jürgen Rarey is a physical properties and chemical process simulation specialist with a diploma in chemistry and Ph.D. in chemical engineering from the Technical University of Dortmund (Germany). Since 1989, he has had a permanent position at the University of Oldenburg in the group of Prof. Gmehling, later Prof. Wark. During that time, he also co-founded DDBST GmbH, a well-known provider of thermophysical property data and estimation methods. Since 2016, Jürgen has served as a faculty member at ChEPS-KMUTT, Thonburi (Thailand), where he teaches regular courses on chemical thermodynamics.
Besides his experimental and theoretical work, Jürgen Rarey has been teaching courses for academia and industry on chemical thermodynamics, process simulation, and chemical process development. Dr. Rarey has authored about 50 publications in international journals, four books of the DECHEMA Chemistry Data Series, and the textbook Chemical Thermodynamics for Process Simulation (Wiley, 2012 and 2018).
Agenda:
Azeotropic behavior and separation of azeotropic mixtures
Workshop homogeneous and heterogeneous azeotropic distillationPhysical property sources, estimation (pure component and mixture behavior), experimental determination
Solid-liquid equilibria and crystallization
Binary and ternary liquid-liquid equilibria
Extraction basics (Kremser, Hunter-Nash)
Extraction columns, balance lines
Combination of extraction and distillationElectrolyte systems
Workshop electrolyte mixtures (gas sweetening)Reaction kinetics and reactive distillation
Piping networks, pumps, and valves
Two-phase flow and emergency relief valves
META UnitOp (liquid ring pump example)
User UnitOp – Excel unit with mapping