Lehrinhalte
[b]Fundamentals:[/b]
Description of phase equilibria of pure and multi-component systems.
Determination of relevant physical properties (software-based prediction and experimental methods).
Balancing and lay-out of fluid separation unit operations (theory of the theoretical separation stage).
Fundamentals of mass and energy transport phenomena.
[b]Physical fundamentals of the following unit operations:[/b]
Distillation, absorption, extraction and crystallization.
[b]Equipment design:[/b]
Main operating and design principles of the different unit operations. Single and multistep systems, coand
counter current operation, intensified concepts and equipment.
[b]Design and analysis of complete production processes:[/b]
Fundamentals and procedures for conceptional design of fluid separation processes.
Literature
Lecture notes are available during the course
Zusätzliche Informationen
[b]Learning Outcomes[/b]
- Apply fundamentals of phase equilibria and transport phenomena of fluid systems on chemical process engineering tasks.
- Analyse task for the separation of complex mixtures and develop appropriate equipment and process concepts.
- Design and layout of fluid separation process for given separation tasks and analysis of existing plants according to their capabilities.
[b]Assessment methods[/b]
Oral exam (25 min.)
Online-Angebote
moodle
[b]Fundamentals:[/b]
Description of phase equilibria of pure and multi-component systems.
Determination of relevant physical properties (software-based prediction and experimental methods).
Balancing and lay-out of fluid separation unit operations (theory of the theoretical separation stage).
Fundamentals of mass and energy transport phenomena.
[b]Physical fundamentals of the following unit operations:[/b]
Distillation, absorption, extraction and crystallization.
[b]Equipment design:[/b]
Main operating and design principles of the different unit operations. Single and multistep systems, coand
counter current operation, intensified concepts and equipment.
[b]Design and analysis of complete production processes:[/b]
Fundamentals and procedures for conceptional design of fluid separation processes.
Literature
Lecture notes are available during the course
Zusätzliche Informationen
[b]Learning Outcomes[/b]
- Apply fundamentals of phase equilibria and transport phenomena of fluid systems on chemical process engineering tasks.
- Analyse task for the separation of complex mixtures and develop appropriate equipment and process concepts.
- Design and layout of fluid separation process for given separation tasks and analysis of existing plants according to their capabilities.
[b]Assessment methods[/b]
Oral exam (25 min.)
Online-Angebote
moodle
- Lehrende: SchabelSamuel
- Lehrende: WekenborgKlaus
Semester: ST 2022