### PO 2024 ###
### Studiengang und Semester
1MTCE
### Modulbezeichnung
Solid Waste and Recycling
### Art
Wahlpflichtmodul
### Modulsprache
English
### ECTS-Punkte
6
### Studentische Arbeitsbelastung
60, 120
### Voraussetzungen (laut Prüfungsordnung)
N/A
### Empfohlene Voraussetzungen
N/A
### Pruefungsform und -dauer
Written exam 1,0 h or oral exam and project draft (15 - 20 pages) (academic assessment)
### Lehrmethoden und Lernmethoden
Lecture and project
### Modulverantwortlicher
R. Habermann
### Qualifikationsziele
After completing the module, students will be able to ...
* identify the legal framework for the treatment of solid waste and to implement it in action measures.
* analyze and synthesize the concepts of waste collection
* record the function of selected plant components for waste processing, delimit their areas of application and develop plant concepts for the processing of solid waste

by ...
* analysing the relevant legal framework and working out requirements on the recycling procedure
* designing concepts for solid waste collection
* drafting a rough plant design for solid waste recycling of a study case

in order to ...
* analyse existing recycling plants for debottlenecking and optimisation
* determine approximate capacity expansions of plant sections
* describe the qualitative and quantitative requirements of a recycling plant in communication with a recaycling plant manufacturer

### Lehrinhalte
Terms and definitons of legal framework for solid waste recycling, concepts for solid waste collection, fundamentals of preapration and sorting of solid multi-component waste, machines and apparatus for solid waste recycling, procedural plant concepts and economic aspects.

### Literatur
Lecture manuscript and supplementary material

Technical literature

G. Tchobanoglous, F. Kreith: Handbook of Solid Waste Management, McGraw-Hill, New York, 2002


### Titel der Lehrveranstaltung
Lecture Solid Waste and Recycling
### Dozent
R. Habermann
### SWS
2
### Titel der Lehrveranstaltung
Project Solid Waste and Recycling
### Dozent
R. Habermann
### SWS
2