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MUNICIPAL WASTE - INTEGRATED MANAGEMENT
Section 1 - Introduction to Waste Management and Sustainability - (5 hours)
1.1 - Presentation of the course
1.2 - Presentation of the course
1.3 - Sustainability: the three pillars (environment, society, economy) are… four (training)
1.4 - How does waste management relate to sustainability?
2.1 - Waste: definition
2.2 - Not only global production of waste
2.3 - Not only global production of waste
2.4 - Nature doesn’t produce waste
3.1 - The pressure of waste on the environment: soil, water, air
3.2 - The pressure of waste on the environment: soil, water, air
3.3 - One amazing example of pressure: the sea littering
3.4 - Materials and their degradation times
4.1 - What we find inside the waste
4.2 - Waste or materials?
4.3.1 - Waste or materials?
4.3.2 - Waste or materials?
4.4 - How does a waste management contribute to the sustainability?
5.1 - Living in a community produces waste
5.2 - The territory where we spend our time and waste
5.3 - Waste management and health
5.4 - Waste management and health
Section 2 - Waste issues and law regulation - (5 hours)
6.1 - The need for legislation: which are waste?
6.2 - Summary of the European legislative process on waste
6.3 - Summary of the European legislative process on waste
6.4 - Summary of the European legislative process on waste
7.1 - Introduction to waste issues & household waste
7.2 - Industrial waste
7.3 - Hazardous waste
7.4 - Law regulation addressing Wastes
7 - Useful documents
8.1 - The responsibility of producers
8.2 - The responsibility of producers
8.3 - The responsibility of producers
8.4 - The "polluter pays" principle & Recognize and tax the responsibilities of producers and users
8 - Conclusion
8 - Useful documents
9.1- Circular economy applied to waste: “cradle to cradle”
9.2 - 1982, Jobs for Tomorrow: The Potential for Substituting Manpower for Energy
9.3 - Scheduled end of life
9.4 - Scheduled end of life
10.1 - The packaging impacts
10.2 - Primary, secondary, and tertiary packaging
10.3 - The economic fee to the environment
10.4 - The economic fee to the environment
Section 3 – Waste management - (11 hours)
11.1 - Definition and principles of an integrated and sustainable waste management - Introduction
11.2 - Integrated and Sustainable Waste Management
11.3 - The 5R policy: Reduce the production, Reduce the dangerousness, Reuse, Recycle, Recover energy
11.4 - Ways to start making your waste management more sustainable
11 - Useful Documents
12.1 - Household’s waste: what do we find?
12.2 - Cans, jars, sheets and cardboard, containers and bags, bottles, furniture, and boxes = aluminium, steel, paper, plastic, glass, wood
12.3 - Cans, jars, sheets and cardboard, containers and bags, bottles, furniture, and boxes = aluminium, steel, paper, plastic, glass, wood
12.4 - Organic waste: from problem to resource for the soil: composting
13.1 - First step: reduce the waste production and the dangerousness
13.2 - First step: reduce the waste production and the dangerousness
13.3 - Role and responsibility of industrial design of the goods
13.4 - Consumer’s behaviours and waste production: problem or solution?
14.1 - Second step: reuse
14.2 - The second life of the goods
14.3 - The used object market
14.4 - The used object market
15.1 - Third step: recycle, as recovery of materials
15.2 - Separated collection and recycle activities
15.3 - Input and output of materials: the industrial system of recycling
15.4 - Input and output of materials: the industrial system of recycling
16.1 - Managing the public production of waste: what choices?
16.2 - Managing the public production of waste: what choices?
16.3 - The mass balance
16.4 - The mass balance
17.1 - What is a waste management system?
17.2 - Public reuse markets
17.3 - Recycling plants (definitions)
17.4 - Recycling plants (definitions)
18.1 - Introduction on waste to energy
18.2 - Incineration, gassification and pyrolysis and biofuels
18.3 - Biomethane and Biohydrogen
18.4 - Social and environmental benefits of waste to energy
18 - Useful documentations
19.1 - Landfills: the extreme solution
19.2 - Landfills: the extreme solution
19.3 - Landfills: the extreme solution
19.4 - Sanitary construction and careful management to avoid trouble, to people and the environment
20.1 - The collection services
20.2 - The territory design leads the waste logistic: low technology, labour intensity, high performance
20.3 - The collection services
20.4 - The partnership between citizens and waste operators
21.1 - Paying for clean streets, right treatments
21.2 - The role of the citizen to reach greats goals in separated collection and recycle (Part 1)
21.3 - The role of the citizen to reach greats goals in separated collection and recycle (Part 2)
21.4 - Communicating the waste management
Section 4 - Other waste - (4 hours)
22.1 – What is a battery? How does it work?
22.2 - Lesson 22.2 – Car Batteries and how to recycle
22.3 - Motor oil: recovering counteracts the soil pollution
22.4 – Motor Oil recycling
23.1 - Furniture
23.2 - Household appliance
23.3 - Waste from Electrical and Electronic Equipment (WEEE)
23.4 - Waste from Electrical and Electronic Equipment (WEEE)
24.1 - Mobile phones, iPad, Laptop, PC: mines of precious materials - Electric and Electronical Equipment, electronical waste
24.2 - Recycling
24.3 - Mobile Phones, Ipad, Laptop, Pc: Urban Mine
24.4 - Other materials and conclusions
24 - Useful documentations
25.1 - Introduction on municipal solid waste management
25.2 - Municipal services waste: street sweeping
25.3 - Municipal services waste: parks, landscape, cemetery waste
25.4 - Wastewater treatment waste and domestic sanitary waste
25 - Useful documentations
Section 5 – Working on the behaviours - (2 hours)
26.1 - Encouraging the re-use of materials
26.2 - Empower consumers and public buyers
26.3 - Make circularity work for people, regions and cities (Part 1)
26.4 - Make circularity work for people, regions and cities (Part 2)
26 - Useful documentations
27.1 - Maintenance and repair
27.2 - Waste issues sensitivity begins at school
27.3 - To avoid bad behaviours, i.e., littering
27.4 - To avoid bad behaviours, i.e., littering
27 - Useful documentations
Section 6 – Waste management and Sustainable Development Goals 2030 - (4 hours)
28.1 – Introduction to Sustainable Development Goals
28.2 - Introduction to Agenda 2030
28.3 - Introduction to Africa UnionNew Lecture
28.4 - Introduction to Agenda 2063 – The Africa We Want
29.1 - What is What is an indicator? (Easy explanation to introduce SDGs)
29.2 - What is What is an indicator? (easy explanation to introduce SDGs)
29.3 - SDG8 - Good employment and economic growth
29.4 - SDG8 - Good employment and economic growth
30.1 - SDG 9 - Innovation and Infrastructure
30.2 - SDG 9 – TARGET - Innovation and Infrastructure
30.3 - SDG 11 – Sustainable Cities and Communities
30.4 - SDG 11 – TARGET - Sustainable Cities and Communities
31.1- SDGs 12 Responsible consummation
31.2 - SDGs 12 TARGET - Responsible consummation
31.3 - SDGs 14 Aquatic flora and fauna
31.4 - SDGs 14 – TARGET - Aquatic flora and fauna
Section 7 – Waste and agrifood - (3 hours)
32.1 - Introduction on Food supply chain. How food get to your tables?
32.2 - The meet production and its impact on the environment
32.3 - The importance of buying locally and Short Food Supply Chains
32.4 - Food waste caused by supply chain
33.1 - Food and agriculture - environmental impact
33.2 - Traditional and industrial agriculture
33.3 - Innovative and sustainable agriculture
33.4 - Using biomass to produce energy
34.1 - Introduction to food loss and food waste
34.2 - Examples, reasons and impact of food loss and food waste
34.3 - The link with the circular economy
34.4 - Case studies
Section 8 – The waste treatment plants - (3 hours)
35.1 - Starting from the collection: mono or multi-materials
35.2 - Starting from the collection: mono or multi-materials
35.3 - Bins and lorries
35.4 - Bins and lorries
36.1 - Recycling plants
36.2 - Recycling plants
36.3 - From the recycling plants to industry of transformation
36.4 - From the recycling plants to industry of transformation
37.1 - Burning waste
37.2 - Burning waste
37.3 - Landfills
37.4 - Landfills
Section 9 – Working activities waste - (3 hours)
38.1 - Classification of waste
38.2 - Industrial waste
38.3 - Sanitary waste
38.4 - Illegal arriving of waste from abroad
39.1 - Introduction on municipal solid waste and commercial waste management
39.2 - Commercial waste: office waste
39.3 - Commercial waste: office, handicfraft, hotels, markets waste
39.4 - E-commerce waste and zero-waste in commercial activities
40.1 - Introduction and agricultural waste types
40.2 - Agro-Industrial waste and agricultural waste management system
40.3 - Agricultural waste management: treatment and utilization
40.4 - Examples of management of agricultural waste, sustainability in agriculture and zero-waste agriculture
Final Test
Final test to get the certificate
20.2 - The territory design leads the waste logistic: low technology, labour intensity, high performance
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