presentation on e waste

All About E-Waste Management

Over the past two decades, the market for electronic devices has experienced massive growth. The major factors influencing this growth have been the adoption of smartphones, wearable electronics, and the use of smart devices fueling everything from cars to homes. Unfortunately, this has also meant a rise in e-waste, especially in the wake of a lack of emphasis on e-waste management and recycling.

What is E-Waste?

Electronic Waste or E-Waste is the name given to electronic products that are discarded as they are no longer deemed useful. This includes products at the end of their lifecycle of ones that are discarded because they become obsolete in the wake of new technology. A few examples of such products include Stereos, VCRs, Fax Machines, 16 Bit gaming consoles, etc. While some of these products are refurbished and sold to markets where they might still be a novelty, reuse, recycling, and refurbishing of electronic products is not as common as many of us would hope.

What are the Hazards of E-Waste?

In 2019, the global e-waste generation was estimated at 53.6 million metric tons. This is equivalent to 350 cruise ships forming a 125km long line. With new technology resulting in faster replacement of household appliances, laptops, and smartphones, e-waste has become a major global issue. Not to mention, there are an estimated 1.4 billion phones produced each year. Stacked together, that’s enough phones to reach theInternational Space Station (ISS). With a majority of phones replaced every 2 years, that is a lot of e-waste!

Many products that are considered as e-waste are hazardous and simply discarding them in a landfill isn’t enough to mitigate the hazardous effects. For example, a law in California, USA considers nonfunctioning Cathode Ray Tube (CRT) products such as television and monitors to be hazardous.

According to the World Health Organization (WHO), adverse impacts on the health of children has been linked to electronic waste. This includes DNA damage, changes in lung function and respiratory effects, cardiovascular diseases, and cancer. Direct contact with heavy metals like cadmium and chromium, the leaching of toxic material in soil, water, and food is a major health hazard caused by e-waste. Furthermore, even recycling e-waste can result in injuries and health-related issues including a high risk of cancer, especially when done using unsafe methods.

E-Waste Management

E-Waste Management consists of collecting e-waste through a suitable mechanism to minimize its adverse impact. A part of that includes recycling e-waste for reusing and reprocessing.

According to estimates, among the e-waste produced in 2019, only 17.4% was formally managed or recycled, whereas a large number of electronic waste was dumped illegally in low and middle-income countries. This is where the waste is usually informally recycled usually without any consideration of safety standards.

The Lifecycle of an Electronic Product

E-waste management requires careful planning for the management of discarded electronic devices. The typical lifecycle of an electronic device includes its journey from the manufacturer to the retailer, and consumer, followed by possibly a secondary user. For example, a secondary user might include someone who might purchase a refurbished product. E-waste management requires effectively collecting recycling, and refurbishing products.

E-Waste Management and Recycling

Electronic waste that reaches a recycling program, might be inspected to be resold, refurbished, or checked for parts that can be reused. Items that cannot be reused might be shredded. Whereas, sorted materials are sold globally. Following are a few typical steps for recycling e-waste to extract valuable materials such as precious metals, glass, and plastic.

1. Collecting E-Waste: The first step in the recycling process is to collect e-waste and transport it for further process.

2. Sorting and Segregation: Items are sorted into different categories such as CRT television, LED television, printers, computer parts, etc.

3. Weighing and Presorting: The items are weighed and presorted, where hazardous content is removed from the waste.

4. Shredding: The shredding process involves shredding material into smaller parts that can be easily sorted on the assembly line. During this process, some material is discarded, whereas usable material is sent to the secondary shredder.

5. Recovering Valuable Material: Shredded material is sorted into valuable material, and the discarded hazardous material is sent for further processing.

Editable E-Waste Presentation Templates

Discussing e-waste in the form of a PowerPoint presentation requires illustrations that can help explain elaborate concepts with ease. This is because the complexity of the topic can make it hard to explain the concepts such as e-waste management, recycling, refurbishing, and sustainability. Below are a few recommended PowerPoint templates to help you discuss e-waste in your presentations and you can download free waste management PowerPoint templates here .

Waste Management Industry PowerPoint Template

This is a comprehensive PowerPoint template with waste management-related slides. With this template, you can discuss e-waste management, recycling, the environmental impact of e-waste, and showcase data using editable timelines and infographic slides.

Go to Waste Management Industry PowerPoint Template

Final Words

E-waste has been subject to much debate in recent years. With the emphasis on net zero emissions, environmental conservation, and mitigating the effects of climate change and global warming, e-waste is a topic that cannot be ignored. External pressure over the coming years is likely to force companies to consider making changes that might affect their supply chain, production methods, and corporate image.

As the surge in electronic device growth increases, so will the need for more efficient means of e-waste management. This also includes the need for more efficient methods to recycle, reuse, and refurbish electronic devices to minimize their hazardous effect on the environment and the lives of billions of people around the world.

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7 ways to boost e-waste recycling – and why it matters

An estimated 62 billion kilogrammes of e-waste was produced in 2022. Image:  Unsplash/John Cameron

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Stay up to date:, circular economy.

This article was originally published on 14 February 2024 and updated on 15 April 2024.

• E-waste, or waste electrical and electronic equipment, is the fastest-growing waste stream globally, with an estimated 62 billion kilogrammes produced in 2022 alone.
• But the phones, tablets, laptops and other gadgets we discard contain valuable metals and minerals, collectively worth $62.5 billion each year.
• With currently only about one-fifth of the world's e-waste recycled, a World Economic Forum report underscores the need for systemic change to encourage industries to embrace the circular economy.

Technological advancements continue to transform our world, but the result is a cascade of unwanted devices that are becoming the fastest-growing waste stream on the planet.

Global e-waste almost doubled in the past 12 years reaching 62 billion kilogrammes (kg) in 2022, and is projected to increase to 82 billion kg by 2030.

The total of 62 billion kg of e-waste generated in 2022 is enough to fill 1.55 million 25-metre-long trucks forming a bumper-to-bumper traffic jam stretching 40,000 kilometres around Earth's equator, according to The Global E-waste Monitor 2024 report produced by the United Nations.

However, just over 22% of all that waste was formally collected and recycled, the report notes.

Our discarded phones, tablets, laptops and other gadgets are worth $62.5 billion each year and, per tonne, contain 100 times more gold than the same weight of gold ore. And, yet, only about one-fifth of the world’s e-waste is recycled.

But here are seven initiatives aimed at boosting e-waste recycling rates to reuse the valuable metals and minerals contained in our old devices.

1. Colourful collections

Cambridge City Council in the UK now provides bright pink bins to collect residents’ discarded small electrical goods and reduce the quantity of e-waste that ends up in regular recycling collections.

These appliances cannot be included in curbside recycling bins, but they contain much-needed materials like copper and lithium.

Around 49 tonnes of small electrical appliances have been deposited into the eye-catching collection bins since they were installed in 2022, ready for reuse or recycling.

2. Egypt’s e-waste app

Policymakers in Egypt have launched the E-Tadweer mobile application, which uses technology to tackle the country’s growing e-waste challenge .

The app enables end-users to take their unwanted appliances to dedicated delivery points and exchange them for vouchers, which can be used to purchase new electronic goods from stores that have joined the scheme.

Safe recycling of electronic devices helps prevent harmful chemicals contained within, such as mercury or lead, from finding their way into soil and waterways.

The World Economic Forum Centre for Nature and Climate is actively promoting the transition to a circular economy through various initiatives. The objective is to create a more sustainable and resilient economic system by reducing waste and maximizing resource efficiency.

• The Circular Transformation of Industries initiative engages leaders from industry, government, academia, and civil society to drive circularity across sectors and economies. It consolidates information from previous efforts, shares best practices and creates new partnerships. Learn more about Unlocking New Value in a Resource-Constrained World .
• The Circular Cars Initiative aims to create a climate-friendly automobility system by minimizing lifecycle emissions, particularly in manufacturing. Its goal is the development of a convenient, affordable, 1.5°C-aligned system by 2030. Discover the benefits of circular economy in the car industry here .
• The Global Plastic Action Partnership (GPAP) brings together global stakeholders to promote the transition to a circular plastics economy. GPAP provides a platform for global learning and local action in nine countries coordinating efforts and maximizing impact. Learn more in our Impact Report .

3. Precious metals from the Royal Mint

The Royal Mint, noted for producing coinage for the UK and more than 30 other nations, is developing a new process to reclaim gold and other precious metal deposits from discarded electronic devices.

Together with Canadian start-up Excir, researchers have invented a patented process that they claim can extract 99% of the gold held on a printed circuit board found inside laptops, cell phones and other devices.

Royal Mint engineers are working to scale this quick, sustainable chemical process that operates at room temperature. The recovered gold will be melted into ingots ready for use in Royal Mint products.

4. Singapore’s policy and community fixes

The island state of Singapore generates an estimated 60,000 tonnes of e-waste each year, and with land in limited supply, the problem of what to do with it is high on the agenda.

At the state level, Singapore’s policymakers have put in place progressive legislation making it the producer's responsibility to collect end-of-life electrical appliances and electronic devices , and send them for reuse or recycling.

At community level, the Repair Kopitiam – which means “coffee shop” in Malay – initiative relies on a network of local volunteers who work out of community centres to help local people repair old or broken appliances and electronics so they can be reused rather than discarded.

Have you read?

What is urban mining – and why do we need to do more of it, why understanding mineral associations is key to managing the critical minerals supply gap, what's the best way to handle e-waste, including old phone chargers, 5. repair and reuse cafes.

Repair cafes or centres like those in Singapore, where in-the-know volunteer repairers help people extend the useful life of their appliances and devices , have been around for many years in parts of Europe and elsewhere.

The growing influence of the circular economy is highlighted in a 2018 European Union survey, which found that almost two-thirds of Europeans would rather repair products than buy new ones .

And countries like France are supporting this drive to avoid e-waste, with the country’s National Assembly voting to create a repairability index of electrical and electronic equipment , to boost the repair rate by 60% within five years of the legislation.

6. Northern Africa's e-waste legislation

Some countries in Northern Africa are turning to legislation to resolve their e-waste challenges, according to the UN's latest e-waste report.

Egypt has established a new regulatory agency for its waste management industry , and has further enforced a ban on imports of hazardous substances and wastes, including e-waste resulting from electrical and electronic equipment (EEE).

Tunisia has also moved to regulate e-waste, drafting a decree to establish a polluter-pays system for importing EEE.

E-waste collection and recycling centres are in operation at varying levels in both countries.

7. Taiwan's better-by-design approach

The Taiwanese government has established a legal framework to regulate and manage effective disposal and recycling of e-waste.

Under the legislation, manufacturers and importers of electronic goods are required to design products with recycling in mind, as well as establish collection systems and finance recycling and disposal of e-waste, making them responsible for the entire lifecycle of the products they produce.

The World Economic Forum’s Circular Transformation of Industries: Unlocking New Value in a Resource-Constrained World report, points to the systemic change required to bring about a circular transformation of industries to help unlock productivity, innovation and sustainability gains.

Higher global consumption of e-goods, shorter product life cycles and fewer repair options mean the amount of unwanted phones, laptops and other items is soaring. However, changing attitudes to the circular economy mean initiatives aimed at reusing and recycling e-waste could help us use precious metals and minerals more sustainably.

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License and Republishing

World Economic Forum articles may be republished in accordance with the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International Public License, and in accordance with our Terms of Use.

The views expressed in this article are those of the author alone and not the World Economic Forum.

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How Soaring E-Waste Pollution Is Putting Lives at Risk

Unchecked electronic waste disposal has a cascade effect on human health, the natural environment and even the Earth’s natural rhythms. Tackling e waste pollution is an essential and pressing human and environmental issue.

It’s no secret that humans generate all manners of waste . Residential and commercial waste exist, including municipal, animal and industrial, radioactive or hazardous waste, and more. It must then be managed through reusing, recycling, storage, treatment or disposal. Most of it is sent to one of the many landfills scattered throughout the country.

One type of waste that people may not be aware of is electronic waste, more commonly known as e-waste. E-waste is becoming a more significant issue, especially as we become more dependent on technology. Below, we will learn more about e-waste, how big an issue e-waste is, and what type of impact a growing amount of e waste pollution has on the environment.

What Is E Waste?

Electronic waste, or e-waste , consists of devices that owners no longer want, have stopped working or are obsolete compared to new emerging technologies. Common types of e-waste are old DVD players, remote controls, laptops, desktop computers, cellphones, hard drives and televisions.

The average American household has 11 connected devices , but what happens when those devices stop working or these households upgrade to new devices? The answer is complicated.

Some older devices are in good condition, whereas others are way past their prime. Others end up collecting dust in the junk drawer, never to be seen again. Many people are unsure about how they can properly dispose of e-waste, and some will simply throw out old devices into their household trash when they can be recycled or repaired. These end up in already packed landfills or are otherwise discarded improperly in nearby open spaces, damaging and potentially degrading natural habitats. 

The Growing Amount of E Waste Pollution

The proper disposal of electronics is a heated topic in the minds of those looking to live more sustainably and reduce their carbon footprint. As more devices come out each year, it only adds to the amount of e-waste generated. Consider how Apple, Huawei, Samsung, Google and other companies release several new phone models annually. Older models then become obsolete and must be disposed of properly.

Statista reports that the amount of e-waste generated worldwide was around 54 million metric tons in 2019. Due to increased spending power and the wide availability of electronics, e-waste is becoming the fastest-growing waste stream worldwide. It’s estimated that generation will increase by 30% by 2030. 

These figures make sense, considering how common it is for people to throw away small electronic devices along with their other trash. However, most are not aware of opportunities to recycle electronics, what environmental impact they’re making by throwing away e-waste or how much cash they can earn by selling it.

How E Waste Harms the Environment and Our Health

Why is e-waste becoming a more prevalent issue worldwide? Electronic waste poses unique ecological concerns. Most e-waste contains hazardous chemicals, and the manufacturing processes may also harm the environment.

When e-waste ends up in a landfill, the surrounding soil can become contaminated with toxic substances such as mercury, cadmium, beryllium and lead. These chemicals enter the soil, waterways and air, leading to polluted environments and negatively impacting human and marine life.

Consider people who use natural wells or the animals who rely on bodies of water. They could be exposed to toxic chemicals that can impact their health.

It’s also important to note that when high volumes of e-waste enter landfills, device manufacturers must mine more materials to build new devices. Phones and other electronics contain small amounts of valuable metals like gold, silver and palladium, among other critical components. These materials are becoming harder to mine, especially with the increased demand for more electronic devices.

You might also like: Global E-Waste Will Weigh More Than the Great Wall of China

How E Waste Contributes to Air Pollution

One journal from Environmental Research Letters reported that researchers took air samples from a large e-waste disposal site in China and found that the products in these landfills harmed human lung cells.

According to the World Health Organization (WHO), these are some adverse health effects caused by exposure to e-waste:

• Negative birth outcomes for expecting mothers, such as stillbirth or premature birth
• Increased rates of ADHD in young children
• Changes in lung function
• Respiratory issues
• Impaired thyroid function
• Increased risk of chronic diseases like cancer and cardiovascular disease

Additionally, the WHO reports that appropriate collection and recycling of e-waste can help protect the environment and human health.

Global E-waste Statistics Partnership (GESP) found that 17.4% of e-waste that was collected appropriately prevented as much as 15 million tons of carbon dioxide from being emitted into the atmosphere. High levels of carbon dioxide entering the environment and therefore contributing to global warming make it clear that e-waste is a much larger issue than some believe it to be. It may seem easy to toss away old electronics in the trash, but doing so negatively affects the environment and can harm human health.

Recycling Electronics to Benefit Humans and the Environment

More state and federal action is needed to reduce the negative impact e-waste has on humans and the environment. So far, around 25 US states and the District of Columbia have passed legislation to establish an e-waste recycling programme. Additionally, several manufacturers offer some type of electronic return initiative, with some hosting or sponsoring recycling events for consumers. 

Many manufacturers have adopted more sustainable business practices to prevent outdated devices from entering landfills. However, this can be challenging, considering how often users want to upgrade to the latest technology due to new features and designs. 

Republicans and Democrats are pursuing laws that would make it easier for consumers to repair their devices, from vehicles to refrigerators to smartphones. This movement is being coined as the Right to Repair movement. Manufacturers often make it difficult for consumers to fix a wide range of products by limiting the availability of parts or limiting who can perform repairs. 

The goal of the movement is to prohibit manufacturers from taking these measures. This can directly reduce the amount of e-waste entering landfills in the first place. Consumers would then be able to repair devices themselves, save money and avoid tossing obsolete products in the trash. 

E-waste is a growing problem worldwide, and more emphasis should be put on the importance of recycling electronics. The benefits of recycling far outweigh the drawbacks. Governments, consumers and manufacturers need to find viable solutions to this prevalent issue. Whether it’s contaminated soil entering waterways or toxic chemicals released into the atmosphere, more work needs to be done to mitigate the negative effects e-waste causes.

You might also like: Apple Joins the Right to Repair Movement

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E-WASTE MANAGEMENT

Jul 15, 2014

17.62k likes | 45.89k Views

E-WASTE MANAGEMENT. Introduction. E-waste is a popular, informal name for electronic products nearing the end of their “useful life”.This includes Computers and their peripherals Cell phones Photocopiers Digital cameras MP3 players . .

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• cathode ray
• small amounts
• lead solder
• raw material costs
• complete process
• waste stream

Presentation Transcript

Introduction • E-waste is a popular, informal name for electronic products nearing the end of their “useful life”.This includes • Computers and their peripherals • Cell phones • Photocopiers • Digital cameras • MP3 players .

Where does it come from? • Households and Small businesses • Large businesses, Institutions and Governments

How big is the problem?

Problem continues……… • Electronic products often contain hazardous and toxic materials that pose environmental risks if they are land filled or incinerated. • Televisions, video and computer monitors use cathode ray tubes (CRTs), which have significant amounts of lead. • Printed circuit boards contain primarily plastic and copper, and most have small amounts of chromium, lead solder, nickel, and zinc.

Problem continues……… • In addition, many electronic products have batteries that often contain nickel, cadmium, and other heavy metals. Relays and switches in electronics, especially older ones, may contain mercury. • Also, capacitors in some types of older and larger equipment that is now entering the waste stream may contain polychlorinated biphenyls (PCBs)

Effects of E-waste constituent on health

Where does it go? • Landfill • Incineration • Reuse • Recycle • Export

Managing E-waste • Inventory management • Production process modification • Volume reduction • Recovery and reuse

E-waste managing…… Inventory management establishing material-purchase review control procedures and inventory tracking system

E-waste managing…… Production process modification Improved operating and maintenance procedures, Material change Process-equipment modification.

E-waste managing…… Volume reduction source segregation waste concentration

E-waste managing…… Recovery and reuse eliminate waste disposal costs reduce raw material costs provide income from a salable waste

Conclusion • E-waste management is a cycle that tackles the environmental impacts, social responsibilities and logistics. It is a complete process that includes workforce, transport medium and a good coordination with the government body

THANK YOU!!!!

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Waste Management Group are dedicated to finding alternative uses for all construction waste material. We care about our environment, and we are focused on becoming a market leader in the construction and demolition debris recycling industry. With Skip Bins and large volume Hook Bins for hire, and a centrally located Transfer Station in Molendinar, Waste Management Group provides a total waste and recycle service covering the Yatala to ​Northern Rivers. Professional and reliable, our services include prompt collection and recycle, or we accept and process commercial waste from waste collectors via our best guarantee tipping service.For More Info Check Our Website:-https://wmgroup.com.au

236 views • 9 slides

E-waste Management Challenges and Opportunities

The electronic waste that intended to throw away such as computers, laptops, tablets, smartphones is e-waste (electronic waste). There are proper methods to dispose of electronic items. They should be handled differently, but unfortunately, even the developed countries do not have strong policies to take care of such harmful, toxic garbage.

212 views • 4 slides

E waste management services

Being one of the leading E waste management services, Virogreen employs the appropriate technologies and resources for individuals, industries and other organizations to provide safe e-waste management solutions at affordable costs.

236 views • 2 slides

Electronic Waste (E-Waste) Management Market Analysis

The main consideration energizing the development of the market is the diminished life expectancies of electrical, electronic and shopper electronic gadgets.

167 views • 3 slides

E-Waste management in India

E-Waste management in India, E-Waste Recycling of computers, old electronics and waste disposal services in New Delhi. BRP Infotech Pvt. Ltd. is one of the leading computer recycling company.

779 views • 5 slides

E-Waste Recycling/ Management Unit

E-waste recycling involves reuse and reprocessing of electrical and electronic components of any type that has been discarded or considered as obsolete. India is among the top five waste generating countries, with around 2 million tons of e-waste generated annually. Continuous innovation and up gradation in technology, the rapid growth of technological adaption and a high rate of obsolescence in electronics have led the e-waste sector to become one of the fastest-growing waste streams in the world consisting of outdated electrical and electronic products. With increasing government initiatives, amendments in waste, management rules and subsidies offered for plant and machinery, e-waste recycling business can become a profitable business opportunity.

412 views • 9 slides

349 views • 23 slides

E-Waste Management. E-Waste Management. E-WASTE MANAGEMENT. DOEACC Society, Kolkata Centre (Formerly, Regional Computer Centre, Calcutta) Jadavpur University Campus, Kolkata – 700 032.

1.53k views • 20 slides

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Powerpoint Templates and Google slides for E Waste Management

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