1.0. Teaser.

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1.2. Why is this course important ?

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1.4. Waste collection and transport.

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1.6. Recycling municipal waste.

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1.8. Waste disposal - landfills - part 2.

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1.10. Key messages - week 01.

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1.11b. Conducting a waste generation

           and characterization study.

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2.2. The role of the Public Sector.

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2.4. Integrating the Informal Sector.

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2.6. Public awareness campaigns.

       Case study - India.

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2.8. Financing mechanisms - part 2.

      

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2.10. Triggering community -

         participation with the RANAS approach.

    

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3.1. Overview of Biowaste treatment technologies.

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3.3. Composting technologies.

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3.5. Case study - Composting.

       Dhaka - Bangla Desh.

    

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3.7. The basics of anaerobic digestion of biowaste.

    

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3.9. Using the products of anaerobic digestion.

    

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3.11. Biowaste processing with black soldier fly larvae.

    

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3.13. Key messages - week 03.

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3.15. Calculating C : N ratio of biowaste mixtures.

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3.17. Constructing an anaerobic fixed dome digester.

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4.1.  Overview of special waste fractions.

    

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4.3.  Hazardous waste treatment.

    

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4.5.  E-waste.

    

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4.6b.  Plastic waste management - Examples.

    

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4.8.  Key messages - week 04.

    

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5.1.  Integrating biowaste management

        through strategic planning.    

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5.3.  Comparing cities´ performance.

          

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5.5.  Solid waste and Sustainable Development Goals.

          

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5.7.  Applying the Waste Flow diagram.

          

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5.9.  Selecting an Organic

        Waste Treatment Technology - ( SOWATT )

          

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1.1. Overview of the course.

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1.3. Municipal waste generation and characterization.

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1.5. Improving efficiency of

       waste collection & transport.

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1.7. Waste disposal - landfills - part 1.

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1.9. Upgrading a dump site.

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1.11a. Planning a waste generation

           and characterization study.

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2.1. Policies and legislation.

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2.3. The role of the Private Sector.

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2.5. The role of Community members.

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2.7. Financing mechanisms - part 1.

      

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2.9. Key messages - week 02.

      

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2.11. Financial comparison

         of collection and transport systems.

    

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3.2. Science of Composting.

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3.4. Operating the Composting process.

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3.6. Case study - Composting.

       Temesi - Bali - Indonesia.

    

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3.8. Anaerobic digestion technologies and operation.

    

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3.10. Vermicomposting of biowaste.

    

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3.12. Thermochemical conversion of Biomass.

    

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3.14. Calculating moisture content

         of biowaste mixtures.

    

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3.16. Calculating the size of an anaerobic reactor.

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3.18. Operating a black soldier fly

         waste treatment facility.

    

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4.2.  Mixed waste treatment.

    

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4.4.  Health Care waste management.

    

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4.6a.  Plastic waste management - Theory.

    

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4.7.  Construction and demolition waste.

    

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4.9.  Rapid assessment of waste-to-energy projects.

    

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5.2.  Strategic Municipal Solid Waste

        Management Plan.    

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5.4.  Waste and Climate Change.

          

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5.6.  Introduction to the Waste Flow diagram.

          

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5.8.  Circular Economy and Solid Waste Management.

          

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5.10.  Key messages - week 05.

          

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