E-Waste Management Market Size is projected to reach USD 189.8 billion by 2030, growing at a CAGR of 14.4%: Straits Research

The global e-waste management market size had a revenue holding of USD 56.56 billion in 2021. It is expected to reach USD 189.8 billion by 2030, growing at a CAGR of 14.4% during the forecast period (2022-2030). The increasing need to upgrade to the newest technology is the primary growth driver of the e-waste management industry.


New York, United States, Sept. 13, 2023 (GLOBE NEWSWIRE) -- Electronic waste, also called "e-waste," refers to obsolete electronic and electrical equipment. E-waste consists of used electronics destined for recycling via material recovery, refurbishment, reuse, or disposal. In developed and developing nations, e-waste is one of the fastest-growing waste sources. Electrical, electrical, and consumer electronic equipment with shorter lifespans generate a substantial amount of e-waste, rapidly increasing each year. The increasing need to upgrade to the newest technology is the primary growth driver of the e-waste management industry. In numerous nations, millions of tons of e-waste are generated annually due to the demand for new, technologically improved equipment.

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Reduced Life Span of Electronic Devices and Lack of Precious Metal Sources to Drive the Global E-Waste Management Market
Because of rapid technological advancement and continual product innovation, the sales of electronic goods have expanded tremendously. The global application of computers, televisions, and mobile devices is accelerating. With increasing purchasing power and a rising trend in disposable income, the demand for these electronic devices is expanding rapidly. In addition, releasing new products with enhanced features and added services motivates consumers to replace their aging products with more recent models. Due to this, the typical lifespan of these gadgets is currently only 3–4 years. As a result, the volume of e-waste is fast expanding, causing industry participants to expand their operations to establish additional processing facilities and a vast network for collecting e-waste.

In the following years, the ongoing sale of electronic goods will create a suitable environment for e-waste treatment, particularly in developing nations. In addition, rapid technological advancements and continual product changes enable daily new launches by corporations in the electronic industry, hence shortening the lifespan of all white goods. In addition, when disposable income improves, consumers can acquire high-end electronic equipment, boosting demand for these products.

In addition, the ever-increasing demand for and scarcity of particular metals have led to a rapid increase in their prices. These metals must be extracted from e-waste to be utilized in another process. Electronic waste contains rare and valuable metals such as silver, gold, palladium, platinum, indium, and gallium. These rare elements are used to make consumer electronics, IT, and communication devices. Due to the rarity of these metals, their prices are also inflated. And so, there is a greater need to recycle, repair, and reuse metal-based devices. As a result, electronic product manufacturers will seek raw materials from recovered e-waste to address these issues.

Initiatives by Electronic Manufacturers to Create Global E-Waste Management Market Opportunities
Numerous manufacturers of electronic products are currently aware of the financial advantages of processing and recycling e-waste. Significant volumes of e-waste are produced throughout R&D and manufacturing operations, and companies are taking steps to recover the required ingredients from this rubbish. After being recycled, mobile phones contain recoverable precious metals such as gold, silver, and palladium. As a response, several big cellphone manufacturers have established their own operations to collect old phones from consumers who wish to upgrade.

Many governments have also begun to urge manufacturers of electronic products to develop internal e-waste management initiatives or to outsource these initiatives to external organizations. In affluent nations, the volume of electronic trash is growing at an alarming rate each year. This escalating amount of electronic waste improperly recycled causes environmental harm and health hazards. In addition, this results in the loss of recyclable materials that are discarded as garbage. To solve such issues, increasing awareness of recycling initiatives is essential.

Report Scope

Report MetricDetails
Market Size by 2030USD 189.8 billion
Market Size in 2021USD 56.56 billion
CAGR14.4%
Historical Data2019-2020
Base Year2021
Forecast Period2022-2030
Forecast UnitsValue (USD Billion)
Report CoverageRevenue Forecast, Competitive Landscape, Growth Factors, and Trends
Segments CoveredBy Processed Material Type, By Source Type, By Application
Geographies CoveredNorth America, Europe, Asia-Pacific, LAME and Rest of the World
Key Companies Profiled/VendorsCapital Environmental Holdings Ltd., Electronic Recyclers International, Inc., Enviro-Hub Holdings Ltd., Sembcorp Industries Ltd., Veolia Environment SA., Mri (Australia) Pty ltd., Tetronics (International) Limited, UMICORE SA and TES-AMM
Key Market OpportunitiesInitiatives by Electronic Manufacturers
Key Market DriversReduced Life Span of Electronic Devices and Lack of Precious Metal Sources


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Regional Insights
The Asia Pacific is forecasted to command the regional market while expanding at a CAGR of 11.57%. As a result of continual innovation and price reductions, new product innovations have had a substantial effect on the real-life span of electronic devices such as computers and smartphones. Moreover, the advancing per capita incomes of the region's several countries has prompted consumers to often upgrade their purchases. Over the past decade, the increase in sales of electronic equipment such as computers, refrigerators, and mobile phones has led to a surge of e-waste in the region.

Every year, the amount of e-waste increases due to growing electrical and electronic equipment sales and reluctance to repair malfunctioning goods. Since the cost of repairs might occasionally exceed the price of a brand-new product, users frequently opt not to fix broken or obsolete electronics. This contributes to the annual growth of electronic garbage. In addition, the movement of e-waste from developed countries to developing nations such as India, China, and Pakistan is creating several opportunities for the efficient management of e-waste.

Europe will grow at a CAGR of 14.66% during the forecast period. One of the most rapidly rising waste sources in the EU is electronic waste, which includes refrigerators, cell phones, and laptops. Recycling electronic trash is vital due to the increasing growth of electronic and electrical equipment waste, the dearth of valuable metals, and the high mining prices. Europe has also enacted strong environmental protection laws since it has the smallest land remaining for landfills compared to other continents. As a result of all of these factors, the local market for recycling e-waste is increasing.

A significant portion of Europe's waste comprises electronic and electrical devices. As a result of rising pollution levels and a lack of sufficient land for garbage disposal, European nations have enacted more stringent regulations. Therefore, the situation has improved due to the increased focus on controlling this type of waste to prevent the illegal transit of e-waste to developing nations. In addition, the high rate of electrical and electronic equipment recycling among consumers and the collaboration between public and private sector organizations have created a suitable environment for the e-waste recycling industry in this region.

Key Highlights

  • The global e-waste management material market size is expected to reach USD 189.8 billion by 2030, growing at a CAGR of 14.4% during the forecast period (2022-2030).
  • Based on the processed material type, the metal section is predicted to hold the largest share, advancing at a CAGR of 14.58%.
  • Based on the source type, the household appliance section is predicted to have the most significant shareholding, growing at a CAGR of 12.8%.
  • Based on the application, the trashed section will likely have the highest shareholding, growing at a CAGR of 6.3%.
  • Based on regional analysis, the Asia Pacific is forecasted to command the regional market while expanding at a CAGR of 11.57%.

Competitive Players in the Market

  • Waste Management Inc.
  • Capital Environmental Holdings Ltd.
  • Electronic Recyclers International, Inc.
  • Enviro-Hub Holdings Ltd.
  • Sembcorp Industries Ltd.
  • Veolia Environment SA.
  • Mri (Australia) Pty ltd.
  • Tetronics (International) Limited
  • UMICORE SA and TES-AMM.

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Market News

  • In 2022, Electronic Recyclers International, Inc. stated that it had earned its compliance certification and had successfully passed the Service Organization Control (SOC) 2 Type 1 assessment, making ERI the first and only SOC 2 accredited e-waste recycler in the sector.
  • In 2022, Electronic Recyclers International, Inc. formally introduced OneDrumTM, the market's first mixed consumer battery collection product.

Global E-Waste Management Market: Segmentation
By Processed Material Type

  • Metal
  • Plastic
  • Glass
  • Others

By Source Type

  • Household Appliances
    • Refrigerator
    • Washing Machines
    • Television
    • Air Conditioners
    • Others
  • Industrial Electronics
    • IT & Telecom Equipment
    • Medical Equipment
  • Consumer Electronics
    • Handheld Electronics
    • IT Accessories
    • IT Equipment
    • PCBs

By Application

  • Trashed
  • Recycled

By Region

  • North America
  • Europe
  • Asia Pacific
  • LAMEA

TABLE OF CONTENT

  1. EXECUTIVE SUMMARY
  2. RESEARCH SCOPE & SEGMENTATION
    1. RESEARCH OBJECTIVES
    2. MARKET DEFINITION
    3. LIMITATIONS & ASSUMPTIONS
    4. MARKET SCOPE & SEGMENTATION
    5. CURRENCY & PRICING CONSIDERED
  3. MARKET OPPORTUNITY ASSESSMENT
    1. EMERGING REGIONS / COUNTRIES
    2. EMERGING COMPANIES
    3. EMERGING APPLICATIONS / END USE
    4. INVESTMENT LANDSCAPE
    5. NEW BUSINESS MODELS / REVENUE STREAMS
    6. TAM
  4. MARKET TRENDS
    1. DRIVERS
    2. MARKET WARNING FACTORS
    3. LATEST MACRO ECONOMIC INDICATORS
    4. GEOPOLITICAL IMPACT
    5. HUMAN FACTORS
    6. TECHNOLOGY FACTORS
  5. MARKET ASSESSMENT
    1. PORTERS FIVE FORCES ANALYSIS
    2. VALUE CHAIN ANALYSIS
    3. SALES AND DISTRIBUTION CHANNEL ANALYSIS
    4. CASE STUDY ANALYSIS
    5. PATENT ANALYSIS
    6. M & A AGREEMENTS & COLLABRATION ANALYSIS
  6. ESG TRENDS
  7. GLOBAL E-WASTE MANAGEMENT MARKET SIZE ANALYSIS
    1. GLOBAL E-WASTE MANAGEMENT MARKET INTRODUCTION
    2. BY PROCESSED MATERIAL TYPE
      1. INTRODUCTION
        1. PROCESSED MATERIAL TYPE BY VALUE
      2. METAL
        1. BY VALUE
      3. PLASTIC
        1. BY VALUE
      4. GLASS
        1. BY VALUE
      5. OTHERS
        1. BY VALUE
    3. BY SOURCE TYPE
      1. INTRODUCTION
        1. SOURCE TYPE BY VALUE
      2. HOUSEHOLD APPLIANCES
        1. BY VALUE
      3. REFRIGERATOR
        1. BY VALUE
      4. WASHING MACHINES
        1. BY VALUE
      5. TELEVISION
        1. BY VALUE
      6. AIR CONDITIONERS
        1. BY VALUE
      7. OTHERS
        1. BY VALUE
      8. INDUSTRIAL ELECTRONICS
        1. BY VALUE
      9. IT & TELECOM EQUIPMENT
        1. BY VALUE
      10. MEDICAL EQUIPMENT
        1. BY VALUE
      11. CONSUMER ELECTRONICS
        1. BY VALUE
      12. HANDHELD ELECTRONICS
        1. BY VALUE
      13. IT ACCESSORIES
        1. BY VALUE
      14. IT EQUIPMENT
        1. BY VALUE
      15. PCBS
        1. BY VALUE
    4. BY APPLICATION
      1. INTRODUCTION
        1. APPLICATION BY VALUE
      2. TRASHED
        1. BY VALUE
      3. RECYCLED
        1. BY VALUE
  8. NORTH AMERICA MARKET ANALYSIS
    1. INTRODUCTION
    2. BY PROCESSED MATERIAL TYPE
      1. INTRODUCTION
        1. PROCESSED MATERIAL TYPE BY VALUE
      2. METAL
        1. BY VALUE
      3. PLASTIC
        1. BY VALUE
      4. GLASS
        1. BY VALUE
      5. OTHERS
        1. BY VALUE
    3. BY SOURCE TYPE
      1. INTRODUCTION
        1. SOURCE TYPE BY VALUE
      2. HOUSEHOLD APPLIANCES
        1. BY VALUE
      3. REFRIGERATOR
        1. BY VALUE
      4. WASHING MACHINES
        1. BY VALUE
      5. TELEVISION
        1. BY VALUE
      6. AIR CONDITIONERS
        1. BY VALUE
      7. OTHERS
        1. BY VALUE
      8. INDUSTRIAL ELECTRONICS
        1. BY VALUE
      9. IT & TELECOM EQUIPMENT
        1. BY VALUE
      10. MEDICAL EQUIPMENT
        1. BY VALUE
      11. CONSUMER ELECTRONICS
        1. BY VALUE
      12. HANDHELD ELECTRONICS
        1. BY VALUE
      13. IT ACCESSORIES
        1. BY VALUE
      14. IT EQUIPMENT
        1. BY VALUE
      15. PCBS
        1. BY VALUE
    4. BY APPLICATION
      1. INTRODUCTION
        1. APPLICATION BY VALUE
      2. TRASHED
        1. BY VALUE
      3. RECYCLED
        1. BY VALUE
    5. U.S.
      1. BY PROCESSED MATERIAL TYPE
        1. INTRODUCTION
          1. PROCESSED MATERIAL TYPE BY VALUE
        2. METAL
          1. BY VALUE
        3. PLASTIC
          1. BY VALUE
        4. GLASS
          1. BY VALUE
        5. OTHERS
          1. BY VALUE
      2. BY SOURCE TYPE
        1. INTRODUCTION
          1. SOURCE TYPE BY VALUE
        2. HOUSEHOLD APPLIANCES
          1. BY VALUE
        3. REFRIGERATOR
          1. BY VALUE
        4. WASHING MACHINES
          1. BY VALUE
        5. TELEVISION
          1. BY VALUE
        6. AIR CONDITIONERS
          1. BY VALUE
        7. OTHERS
          1. BY VALUE
        8. INDUSTRIAL ELECTRONICS
          1. BY VALUE
        9. IT & TELECOM EQUIPMENT
          1. BY VALUE
        10. MEDICAL EQUIPMENT
          1. BY VALUE
        11. CONSUMER ELECTRONICS
          1. BY VALUE
        12. HANDHELD ELECTRONICS
          1. BY VALUE
        13. IT ACCESSORIES
          1. BY VALUE
        14. IT EQUIPMENT
          1. BY VALUE
        15. PCBS
          1. BY VALUE
      3. BY APPLICATION
        1. INTRODUCTION
          1. APPLICATION BY VALUE
        2. TRASHED
          1. BY VALUE
        3. RECYCLED
          1. BY VALUE
    6. CANADA
  9. EUROPE MARKET ANALYSIS
    1. INTRODUCTION
    2. BY PROCESSED MATERIAL TYPE
      1. INTRODUCTION
        1. PROCESSED MATERIAL TYPE BY VALUE
      2. METAL
        1. BY VALUE
      3. PLASTIC
        1. BY VALUE
      4. GLASS
        1. BY VALUE
      5. OTHERS
        1. BY VALUE
    3. BY SOURCE TYPE
      1. INTRODUCTION
        1. SOURCE TYPE BY VALUE
      2. HOUSEHOLD APPLIANCES
        1. BY VALUE
      3. REFRIGERATOR
        1. BY VALUE
      4. WASHING MACHINES
        1. BY VALUE
      5. TELEVISION
        1. BY VALUE
      6. AIR CONDITIONERS
        1. BY VALUE
      7. OTHERS
        1. BY VALUE
      8. INDUSTRIAL ELECTRONICS
        1. BY VALUE
      9. IT & TELECOM EQUIPMENT
        1. BY VALUE
      10. MEDICAL EQUIPMENT
        1. BY VALUE
      11. CONSUMER ELECTRONICS
        1. BY VALUE
      12. HANDHELD ELECTRONICS
        1. BY VALUE
      13. IT ACCESSORIES
        1. BY VALUE
      14. IT EQUIPMENT
        1. BY VALUE
      15. PCBS
        1. BY VALUE
    4. BY APPLICATION
      1. INTRODUCTION
        1. APPLICATION BY VALUE
      2. TRASHED
        1. BY VALUE
      3. RECYCLED
        1. BY VALUE
    5. U.K.
      1. BY PROCESSED MATERIAL TYPE
        1. INTRODUCTION
          1. PROCESSED MATERIAL TYPE BY VALUE
        2. METAL
          1. BY VALUE
        3. PLASTIC
          1. BY VALUE
        4. GLASS
          1. BY VALUE
        5. OTHERS
          1. BY VALUE
      2. BY SOURCE TYPE
        1. INTRODUCTION
          1. SOURCE TYPE BY VALUE
        2. HOUSEHOLD APPLIANCES
          1. BY VALUE
        3. REFRIGERATOR
          1. BY VALUE
        4. WASHING MACHINES
          1. BY VALUE
        5. TELEVISION
          1. BY VALUE
        6. AIR CONDITIONERS
          1. BY VALUE
        7. OTHERS
          1. BY VALUE
        8. INDUSTRIAL ELECTRONICS
          1. BY VALUE
        9. IT & TELECOM EQUIPMENT
          1. BY VALUE
        10. MEDICAL EQUIPMENT
          1. BY VALUE
        11. CONSUMER ELECTRONICS
          1. BY VALUE
        12. HANDHELD ELECTRONICS
          1. BY VALUE
        13. IT ACCESSORIES
          1. BY VALUE
        14. IT EQUIPMENT
          1. BY VALUE
        15. PCBS
          1. BY VALUE
      3. BY APPLICATION
        1. INTRODUCTION
          1. APPLICATION BY VALUE
        2. TRASHED
          1. BY VALUE
        3. RECYCLED
          1. BY VALUE
    6. GERMANY
    7. FRANCE
    8. SPAIN
    9. ITALY
    10. RUSSIA
    11. NORDIC
    12. BENELUX
    13. REST OF EUROPE
  10. APAC MARKET ANALYSIS
    1. INTRODUCTION
    2. BY PROCESSED MATERIAL TYPE
      1. INTRODUCTION
        1. PROCESSED MATERIAL TYPE BY VALUE
      2. METAL
        1. BY VALUE
      3. PLASTIC
        1. BY VALUE
      4. GLASS
        1. BY VALUE
      5. OTHERS
        1. BY VALUE
    3. BY SOURCE TYPE
      1. INTRODUCTION
        1. SOURCE TYPE BY VALUE
      2. HOUSEHOLD APPLIANCES
        1. BY VALUE
      3. REFRIGERATOR
        1. BY VALUE
      4. WASHING MACHINES
        1. BY VALUE
      5. TELEVISION
        1. BY VALUE
      6. AIR CONDITIONERS
        1. BY VALUE
      7. OTHERS
        1. BY VALUE
      8. INDUSTRIAL ELECTRONICS
        1. BY VALUE
      9. IT & TELECOM EQUIPMENT
        1. BY VALUE
      10. MEDICAL EQUIPMENT
        1. BY VALUE
      11. CONSUMER ELECTRONICS
        1. BY VALUE
      12. HANDHELD ELECTRONICS
        1. BY VALUE
      13. IT ACCESSORIES
        1. BY VALUE
      14. IT EQUIPMENT
        1. BY VALUE
      15. PCBS
        1. BY VALUE
    4. BY APPLICATION
      1. INTRODUCTION
        1. APPLICATION BY VALUE
      2. TRASHED
        1. BY VALUE
      3. RECYCLED
        1. BY VALUE
    5. CHINA
      1. BY PROCESSED MATERIAL TYPE
        1. INTRODUCTION
          1. PROCESSED MATERIAL TYPE BY VALUE
        2. METAL
          1. BY VALUE
        3. PLASTIC
          1. BY VALUE
        4. GLASS
          1. BY VALUE
        5. OTHERS
          1. BY VALUE
      2. BY SOURCE TYPE
        1. INTRODUCTION
          1. SOURCE TYPE BY VALUE
        2. HOUSEHOLD APPLIANCES
          1. BY VALUE
        3. REFRIGERATOR
          1. BY VALUE
        4. WASHING MACHINES
          1. BY VALUE
        5. TELEVISION
          1. BY VALUE
        6. AIR CONDITIONERS
          1. BY VALUE
        7. OTHERS
          1. BY VALUE
        8. INDUSTRIAL ELECTRONICS
          1. BY VALUE
        9. IT & TELECOM EQUIPMENT
          1. BY VALUE
        10. MEDICAL EQUIPMENT
          1. BY VALUE
        11. CONSUMER ELECTRONICS
          1. BY VALUE
        12. HANDHELD ELECTRONICS
          1. BY VALUE
        13. IT ACCESSORIES
          1. BY VALUE
        14. IT EQUIPMENT
          1. BY VALUE
        15. PCBS
          1. BY VALUE
      3. BY APPLICATION
        1. INTRODUCTION
          1. APPLICATION BY VALUE
        2. TRASHED
          1. BY VALUE
        3. RECYCLED
          1. BY VALUE
    6. KOREA
    7. JAPAN
    8. INDIA
    9. AUSTRALIA
    10. TAIWAN
    11. SOUTH EAST ASIA
    12. REST OF ASIA-PACIFIC
  11. MIDDLE EAST AND AFRICA MARKET ANALYSIS
    1. INTRODUCTION
    2. BY PROCESSED MATERIAL TYPE
      1. INTRODUCTION
        1. PROCESSED MATERIAL TYPE BY VALUE
      2. METAL
        1. BY VALUE
      3. PLASTIC
        1. BY VALUE
      4. GLASS
        1. BY VALUE
      5. OTHERS
        1. BY VALUE
    3. BY SOURCE TYPE
      1. INTRODUCTION
        1. SOURCE TYPE BY VALUE
      2. HOUSEHOLD APPLIANCES
        1. BY VALUE
      3. REFRIGERATOR
        1. BY VALUE
      4. WASHING MACHINES
        1. BY VALUE
      5. TELEVISION
        1. BY VALUE
      6. AIR CONDITIONERS
        1. BY VALUE
      7. OTHERS
        1. BY VALUE
      8. INDUSTRIAL ELECTRONICS
        1. BY VALUE
      9. IT & TELECOM EQUIPMENT
        1. BY VALUE
      10. MEDICAL EQUIPMENT
        1. BY VALUE
      11. CONSUMER ELECTRONICS
        1. BY VALUE
      12. HANDHELD ELECTRONICS
        1. BY VALUE
      13. IT ACCESSORIES
        1. BY VALUE
      14. IT EQUIPMENT
        1. BY VALUE
      15. PCBS
        1. BY VALUE
    4. BY APPLICATION
      1. INTRODUCTION
        1. APPLICATION BY VALUE
      2. TRASHED
        1. BY VALUE
      3. RECYCLED
        1. BY VALUE
    5. UAE
      1. BY PROCESSED MATERIAL TYPE
        1. INTRODUCTION
          1. PROCESSED MATERIAL TYPE BY VALUE
        2. METAL
          1. BY VALUE
        3. PLASTIC
          1. BY VALUE
        4. GLASS
          1. BY VALUE
        5. OTHERS
          1. BY VALUE
      2. BY SOURCE TYPE
        1. INTRODUCTION
          1. SOURCE TYPE BY VALUE
        2. HOUSEHOLD APPLIANCES
          1. BY VALUE
        3. REFRIGERATOR
          1. BY VALUE
        4. WASHING MACHINES
          1. BY VALUE
        5. TELEVISION
          1. BY VALUE
        6. AIR CONDITIONERS
          1. BY VALUE
        7. OTHERS
          1. BY VALUE
        8. INDUSTRIAL ELECTRONICS
          1. BY VALUE
        9. IT & TELECOM EQUIPMENT
          1. BY VALUE
        10. MEDICAL EQUIPMENT
          1. BY VALUE
        11. CONSUMER ELECTRONICS
          1. BY VALUE
        12. HANDHELD ELECTRONICS
          1. BY VALUE
        13. IT ACCESSORIES
          1. BY VALUE
        14. IT EQUIPMENT
          1. BY VALUE
        15. PCBS
          1. BY VALUE
      3. BY APPLICATION
        1. INTRODUCTION
          1. APPLICATION BY VALUE
        2. TRASHED
          1. BY VALUE
        3. RECYCLED
          1. BY VALUE
    6. TURKEY
    7. SAUDI ARABIA
    8. SOUTH AFRICA
    9. EGYPT
    10. NIGERIA
    11. REST OF MEA
  12. LATAM MARKET ANALYSIS
    1. INTRODUCTION
    2. BY PROCESSED MATERIAL TYPE
      1. INTRODUCTION
        1. PROCESSED MATERIAL TYPE BY VALUE
      2. METAL
        1. BY VALUE
      3. PLASTIC
        1. BY VALUE
      4. GLASS
        1. BY VALUE
      5. OTHERS
        1. BY VALUE
    3. BY SOURCE TYPE
      1. INTRODUCTION
        1. SOURCE TYPE BY VALUE
      2. HOUSEHOLD APPLIANCES
        1. BY VALUE
      3. REFRIGERATOR
        1. BY VALUE
      4. WASHING MACHINES
        1. BY VALUE
      5. TELEVISION
        1. BY VALUE
      6. AIR CONDITIONERS
        1. BY VALUE
      7. OTHERS
        1. BY VALUE
      8. INDUSTRIAL ELECTRONICS
        1. BY VALUE
      9. IT & TELECOM EQUIPMENT
        1. BY VALUE
      10. MEDICAL EQUIPMENT
        1. BY VALUE
      11. CONSUMER ELECTRONICS
        1. BY VALUE
      12. HANDHELD ELECTRONICS
        1. BY VALUE
      13. IT ACCESSORIES
        1. BY VALUE
      14. IT EQUIPMENT
        1. BY VALUE
      15. PCBS
        1. BY VALUE
    4. BY APPLICATION
      1. INTRODUCTION
        1. APPLICATION BY VALUE
      2. TRASHED
        1. BY VALUE
      3. RECYCLED
        1. BY VALUE
    5. BRAZIL
      1. BY PROCESSED MATERIAL TYPE
        1. INTRODUCTION
          1. PROCESSED MATERIAL TYPE BY VALUE
        2. METAL
          1. BY VALUE
        3. PLASTIC
          1. BY VALUE
        4. GLASS
          1. BY VALUE
        5. OTHERS
          1. BY VALUE
      2. BY SOURCE TYPE
        1. INTRODUCTION
          1. SOURCE TYPE BY VALUE
        2. HOUSEHOLD APPLIANCES
          1. BY VALUE
        3. REFRIGERATOR
          1. BY VALUE
        4. WASHING MACHINES
          1. BY VALUE
        5. TELEVISION
          1. BY VALUE
        6. AIR CONDITIONERS
          1. BY VALUE
        7. OTHERS
          1. BY VALUE
        8. INDUSTRIAL ELECTRONICS
          1. BY VALUE
        9. IT & TELECOM EQUIPMENT
          1. BY VALUE
        10. MEDICAL EQUIPMENT
          1. BY VALUE
        11. CONSUMER ELECTRONICS
          1. BY VALUE
        12. HANDHELD ELECTRONICS
          1. BY VALUE
        13. IT ACCESSORIES
          1. BY VALUE
        14. IT EQUIPMENT
          1. BY VALUE
        15. PCBS
          1. BY VALUE
      3. BY APPLICATION
        1. INTRODUCTION
          1. APPLICATION BY VALUE
        2. TRASHED
          1. BY VALUE
        3. RECYCLED
          1. BY VALUE
    6. MEXICO
    7. ARGENTINA
    8. CHILE
    9. COLOMBIA
    10. REST OF LATAM
  13. COMPETITIVE ASSESSMENT
    1. ADOPTION MATRIX
    2. E-WASTE MANAGEMENT MARKET SHARE BY MANUFACTURERS
    3. E-WASTE MANAGEMENT MARKET RANKING BY REVENUE FOR MANUFACTURERS
    4. AVERAGE PRICE BY MANUFACTURERS
    5. VENDOR FOOTPRINT ANALYSIS
  14. MARKET PLAYERS ASSESSMENT
    1. WASTE MANAGEMENT INC.
      1. OVERVIEW
      2. BUSINESS INFORMATION
      3. REVENUE
      4. ASP
      5. GROSS MARGIN
      6. SWOT ANALYSIS
      7. RECENT DEVELOPMMENTS
    2. CAPITAL ENVIRONMENTAL HOLDINGS LTD.
    3. ELECTRONIC RECYCLERS INTERNATIONAL, INC.
    4. ENVIRO-HUB HOLDINGS LTD.
    5. SEMBCORP INDUSTRIES LTD.
    6. VEOLIA ENVIRONMENT SA.
    7. MRI (AUSTRALIA) PTY LTD.
    8. TETRONICS (INTERNATIONAL) LIMITED
    9. UMICORE SA AND TES-AMM.
  15. RESEARCH METHODOLOGY
    1. RESEARCH DATA
      1. SECONDARY DATA
        1. MAJOR SECONDARY SOURCES
        2. KEY DATA FROM SECONDARY SOURCES
      2. PRIMARY DATA
        1. KEY DATA FROM PRIMARY SOURCES
        2. BREAKDOWN OF PRIMARIES
      3. SECONDARY AND PRIMARY RESEARCH
        1. KEY INDUSTRY INSIGHTS
    2. MARKET SIZE ESTIMATION
      1. BOTTOM-UP APPROACH
      2. TOP-DOWN APPROACH
      3. MARKET PROJECTION
    3. RESEARCH ASSUMPTIONS
      1. ASSUMPTIONS
    4. LIMITATIONS
    5. RISK ASSESSMENT
  16. APPENDIX
    1. DISCUSSION GUIDE
    2. CUSTOMIZATION OPTIONS
    3. RELATED REPORTS
  17. DISCLAIMER

Table of Content and Figure @ https://straitsresearch.com/report/e-waste-management-market/toc

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