Fundamentals Of E-Waste: Causes, Impacts, Management & Soln

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Fundamentals Of E-Waste: Causes, Impacts, Management & Soln
Published 6/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.47 GB | Duration: 1h 57m


Guide to your Sustainable Learning

What you'll learn
Introduction to E- Waste
What is E-Waste & facts About E-Waste
Six Categories of Electronics and Electrical Waste
E-Waste Composition Statistics
E-Waste Generation and Recycling Rates at Global Context
Projected electronic waste generation worldwide from 2019 to 2030
Global & Regional E-Waste Generation
Global & Reginal E-Waste Recycling Rate
Best in E-waste Recycling Countries in World
Top E-waste Global Statistics
E- Waste Impact on Human Health
E- Waste Impact on Human Health
E-Waste Recycling Process
E-Waste Recycling Process
Components Retrieved from E-Waste Recycling Process
Formal and Informal Sector Recycling
Conventional E Waste Disposals Methods
Informal Sector Recycling and its impact
Formal Sector Recycling and Steps involve in Process on Recycling
Various techniques of Metal Recovery from E-Waste
Steps involved in recovery on precious metals from E-Waste
Recovery of Metals from Waste PCBs
Recovery of Neodymium from hard disk and other Permanent Magnets in E waste
Recovery of Cobalt and Lithium from Waste Mobile Batteries
Recovery of Rare Earth Elements from Waste Fluorescent Tubes
Economics of Recycling
Indicative Cost and Earning potential of Unorganized Units
Economics of Recycled Materials
Saleable Material recovered from 1000 Kg assorted E-waste
Market value of the Metal recovered from 1000Kg of PCBs
Possible Potential of Valuable Metal Recovery from E-Waste
E-Waste Solution and E-Waste Management at Global Context
Issues and Challenges in E waste
Stake Holders in E waste management
E-waste management system in developed countries
Possible Solution on E waste Management
Efforts Taken to combat the issue of E Waste at Global Level
Status of E-Waste Recycling Policy
International E-Waste Day
Basel Convention
Partnership for Action on Computing Equipment (PACE)
Mobile Phone Partnership Initiative (MPPI)
World Summit on the Information Society (WSIS) Forum
International Electro technical Commission (IEC)
International Telecommunication Union (ITU)
International Trade Centre (ITC)
United Nations Environment Programme (UNEP)
World Health Organization (WHO)
Switzerland and the Canton of Geneva

Requirements
No prior experience is needed. You will learn everything about E Waste Management in this Course

Description
In this course you will learn following points in detail: Introduction to E- WasteWhat is E-Waste & facts About E-WasteSix Categories of Electronics and Electrical WasteE-Waste Composition StatisticsE-Waste Generation and Recycling Rates at Global ContextProjected electronic waste generation worldwide from 2019 to 2030Global & Regional E-Waste GenerationGlobal & Regional E-Waste Recycling RateBest in E-waste Recycling Countries in WorldTop E-waste Global StatisticsE- Waste Impact on Human HealthE- Waste Impact on Human HealthE-Waste Recycling ProcessE-Waste Recycling ProcessComponents Retrieved from E-Waste Recycling ProcessFormal and Informal Sector RecyclingConventional E Waste Disposals MethodsInformal Sector Recycling and its impactFormal Sector Recycling and Steps involve in Process on RecyclingVarious techniques of Metal Recovery from E-WasteSteps involved in recovery on precious metals from E-WasteRecovery of Metals from Waste PCBsRecovery of Neodymium from hard disk and other Permanent Magnets in E wasteRecovery of Cobalt and Lithium from Waste Mobile BatteriesRecovery of Rare Earth Elements from Waste Fluorescent TubesEconomics of RecyclingIndicative Cost and Earning potential of Unorganized UnitsEconomics of Recycled MaterialsSaleable Material recovered from 1000 Kg assorted E-wasteMarket value of the Metal recovered from 1000Kg of PCBsPossible Potential of Valuable Metal Recovery from E-WasteE-Waste Solution and E-Waste Management at Global ContextIssues and Challenges in E wasteStake Holders in E waste managementE-waste management system in developed countriesPossible Solution on E waste ManagementEfforts Taken to combat the issue of E Waste at Global LevelStatus of E-Waste Recycling PolicyInternational E-Waste DayBasel ConventionPartnership for Action on Computing Equipment (PACE)Mobile Phone Partnership Initiative (MPPI)World Summit on the Information Society (WSIS) ForumInternational Electro technical Commission (IEC)International Telecommunication Union (ITU)International Trade Centre (ITC)United Nations Environment Programme (UNEP)World Health Organization (WHO)Switzerland and the Canton of Geneva

Overview
Section 1: Introduction to E- Waste

Lecture 1 Introduction about Course

Lecture 2 What is E-Waste & facts About E-Waste

Section 2: E-Waste Composition and Categories

Lecture 3 Six Categories of Electronics and Electrical Waste

Lecture 4 E-Waste Composition Statistics

Section 3: E-Waste Generation and Recycling Rates at Global Context

Lecture 5 Projected electronic waste generation worldwide from 2019 to 2030

Lecture 6 Global & Regional E-Waste Generation

Lecture 7 Global & Reginal E-Waste Recycling Rate

Lecture 8 Best in E-waste Recycling Countries in World

Lecture 9 Top E-waste Global Statistics

Section 4: E- Waste Impact on Human Health

Lecture 10 E- Waste Impact on Human Health

Section 5: E-Waste Recycling Process

Lecture 11 E-Waste Recycling Process

Lecture 12 Components Retrieved from E-Waste Recycling Process

Section 6: Formal and Informal Sector Recycling

Lecture 13 Conventional E Waste Disposals Methods

Lecture 14 Informal Sector Recycling and its impact

Lecture 15 Formal Sector Recycling and Steps involve in Process on Recycling

Section 7: Various techniques of Metal Recovery from E-Waste

Lecture 16 Steps involved in recovery on precious metals from E-Waste

Lecture 17 Recovery of Metals from Waste PCBs

Lecture 18 Recovery of Neodymium from hard disk and other Permanent Magnets in E waste

Lecture 19 Recovery of Cobalt and Lithium from Waste Mobile Batteries

Lecture 20 Recovery of Rare Earth Elements from Waste Fluorescent Tubes

Section 8: Economics of Recycling

Lecture 21 Indicative Cost and Earning potential of Unorganized Units

Lecture 22 Economics of Recycled Materials

Lecture 23 Saleable Material recovered from 1000 Kg assorted E-waste

Lecture 24 Market value of the Metal recovered from 1000Kg of PCBs

Lecture 25 Possible Potential of Valuable Metal Recovery from E-Waste

Section 9: E-Waste Solution and E-Waste Management at Global Context

Lecture 26 Issues and Challenges in E waste

Lecture 27 Stake Holders in E waste management

Lecture 28 E-waste management system in developed countries

Lecture 29 Possible Solution on E waste Management

Section 10: Efforts Taken to combat the issue of E Waste at Global Level

Lecture 30 Status of E-Waste Recycling Policy

Lecture 31 International E-Waste Day

Lecture 32 Basel Convention

Lecture 33 World Summit on the Information Society (WSIS) Forum

Lecture 34 International Electro technical Commission (IEC)

Lecture 35 International Telecommunication Union (ITU)

Lecture 36 International Trade Centre (ITC)

Lecture 37 United Nations Environment Programme (UNEP)

Lecture 38 World Health Organization (WHO)

Lecture 39 Switzerland and the Canton of Geneva

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