1. Technical Aspects of Waste Management (with problem-based learning approach)
| Website: | Hamburg Open Online University |
| Kurs: | SWAP - Sustainable solid Waste management and Policies |
| Buch: | 1. Technical Aspects of Waste Management (with problem-based learning approach) |
| Gedruckt von: | Gast |
| Datum: | Sonntag, 24. November 2024, 05:36 |
Beschreibung
Technical Aspects of Waste Management (with problem-based learning approach)
Inhaltsverzeichnis
- 1. Waste management practices in the region and treatment (recap bachelor)
- 2. Packaging Waste (plastic, glass, paper, metal)
- 3. Urban mining (construction and demolition waste, WEEE)
- 4. Industrial and Hazardous Waste
- 5. Technology of Thermal waste treatment and Emission control - how to design
- 6. Biological Treatment plant design (anaerobic digestion and composting)
1. Waste management practices in the region and treatment (recap bachelor)
Introduction
The course will cover the following topics:
The course will cover the following topics:
- General overview (logistics, responsibility and waste management)
- Waste collection and transport
- Tour and area planning
- Costs and economy
Lecture time: 2 hours
Type of course: Theoretical
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2. Packaging Waste (plastic, glass, paper, metal)
Introduction
This module focuses on packaging waste.
In particular, it deals with the following topics:
This module focuses on packaging waste.
In particular, it deals with the following topics:
- History and evolution of packaging
- Levels of packaging
- Use
- A case for composites
- Packaging needs
- Glass
- Rigid metal packaging
- Aluminium foil packaging
- Paper and cardboard
- Plastic
- Packaging waste statistics
Lecture time: 4 hours
Type of course: Theoretical
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3. Urban mining (construction and demolition waste, WEEE)
Introduction
This course will explore construction and demolition waste.
In particular, it will cover:
General information
This course will explore construction and demolition waste.
In particular, it will cover:
General information
- C&D management and circularity
- C&D waste fractions
- Disassembly and reversibility
- Circuit design and practical exercise
Lecture time: 4 hours
Type of course: Theoretical
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4. Industrial and Hazardous Waste
Introduction
This module discusses Types of Waste - Industrial and Hazardous Waste.
In particular, it addresses the following topics:
- Classification of Hazardous Waste
- Hazardous Waste: Industrial
- Hazardous Waste: Domestic
- Hazardous Waste: Biomedical
- Hazardous Waste: Radioactive
- Hazardous Waste: Management
Lecture time: 5 hours
Type of course: Theoretical
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5. Technology of Thermal waste treatment and Emission control - how to design
Introduction
The course explores how thermal waste treatment and emission control technologies are designed.
These are the topics covered:
The course explores how thermal waste treatment and emission control technologies are designed.
These are the topics covered:
- Focus on thermal treatment technologies of an incinerator
- Incineration plant for municipal solid waste and gaseous pollutants potentially produced
- Technologies for the treatment of gaseous emissions
- Gaseous emissions treatment schemes
Lecture time: 5 hours
Type of course: Theoretical
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6. Biological Treatment plant design (anaerobic digestion and composting)
Introduction
In this module, examples of exercises based on problem solving are presented. Students will be presented with initial data (composition and characteristics of waste, available infrastructure, etc.) and will have to design an organic waste treatment plant in groups. The exercises are presented by the Universities of Vietnam, Cambodia and Thailand.
Lecture time: 25 hours
Type of course: Practical
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