### PO 2024 ### ### Studiengang und Semester 5BNPT, 6BNPTPV, 5BBT, 6BBTPV ### Modulbezeichnung Process Modeling ### Englische Modulbezeichnung Process Modeling ### Art Vorlesung, Übung ### Modulsprache English ### ECTS-Punkte 5 ### Studentische Arbeitsbelastung 60,90 ### Voraussetzungen (laut Prüfungsordnung) keine ### Empfohlene Voraussetzungen keine ### Pruefungsform und -dauer Vorlesung: Klausur 1h oder mündliche Prüfung (Prüfungsleistung) Praktikum: Experimentelle Arbeit (Studienleistung) ### Lehrmethoden und Lernmethoden Lecture, Intership ### Modulverantwortlicher S. Steinigeweg ### Qualifikationsziele After completing the module students are able to - create a static model of a chemical or biotechnological process - implement the model in standard software - use simulation to evaluate the process By - analyzing the process and identify subprocesses - assigning subprocesses to simulation objects - creating a flowsheet simulation In order to - create mass and energy balance of a process - carry out process evaluations (technical, economical, ecological) -create approaches for process optimization ### Lehrinhalte Students will learn how to set up a process simulator using the Aspen Engineering Suite as an example. They learn to analyze existing technical processes from the perspective of process modeling. Components of a simulation model and functions of a process simulator are discussed. Students will learn how to create a process model and implement it in simulation software. They apply the created model for process analysis. In the practical part, you will carry out the work independently on an example from industry. ### Literatur Haydary; Chemical Process Design and Simulation, Wiley, 2018 Chaves et al.; Process Analysis and Simulation in Chemical Engineering, Springer, 2016 Gmehling et al.; Chemical Thermodynamics for Process Simulation, Wiley, 2019 ### Titel der Lehrveranstaltung Introduction to process modeling ### Dozent S. Steinigeweg ### SWS 2 ### Titel der Lehrveranstaltung Process simulation project ### Dozent S. Steinigeweg ### SWS 2