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E-waste is increasing every day and tons of electronics devices that are in good condition are thrown away.

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From the recycling centre, specialist waste disposal companies take the discarded electrical products to a reprocessing plant where it is subsequently shredded into small pieces. Once shredded, strong magnets remove ferrous metals, such as steel, and non-metallic metals are collected using electronic currents.

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Electronics' can be properly recycled at a local trusted electronics recycler. The E-cycling Central website allows users to select their state and city to find a trusted recycler nearest them. Additionally, many electronic recyclers offer pick-up services and collection events

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20th centuries one of most important threat is hazardous electronic wastes.
Our society developed high gain values using physical and chemical method which can Project variable capacities with turn-key facilities

Our Project Team preparing feasibilities, 3D layout modeling for turn-key E-Waste Recycling plants.

CRUSHERS & SEPARATORS
Specially designed to crush and separate computer parts and all kinds of electronic waste.
Can break regular PCB”s down to 1mm. The grain size is adjustable.

COPPER ENRICHMENT
After mechanical separation, Non-Ferrous Metals fed into the Copper Enrichment System. The metals Lead and Tin are separated here.
Other precious metals like Copper, Gold, Silver and PGM’s casted as bars for selling or anodes for Electrolysis process depending on our customers needs.
The Copper Enrichment System capacities starts from 200Kg/Day to 10.000Kg and above.

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CRUSHERS & SEPARATORS

Specially designed to crush and separate computer parts and all kinds of electronic waste.
Can break regular PCB”s down to 1mm. The grain size is adjustable.

The Separation Systems specify the grinded grains according to their specific weight and prepares the material for recycling. Separates the plastic, Ferrous, and Non-Ferrous Metals in exact order from the scrap.

The System has all precautions for escaping precious metals. EMAK can produce machineries from 500Kg/Day to 1.000Kg/hour for PCB’s.

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The good news is that there are efficient and successful ways to solve the growing environmental problems that e-waste poses.  And one of the most proven solutions is through recycling.

The challenge is often in getting that message out to a wider number of people worldwide. If they can make it part of their weekly routine to recycle plastics, cans, and newspapers, why not a used smartphone or laptop as well?

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Even though the methods are time-consuming, they are simple to follow. There are various processes involved, from gathering and separating to preparing for sale, that you may flow with. Of course, you can gain directly from e-waste recycling while simultaneously helping to conserve the environment.

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E-waste is any electrical or electronic equipment that’s been discarded.This includes working and broken items that are thrown in the garbage.

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When the item no longer works and there is no chance of it being used by someone close, recycling should be the option. One option for the consumer is to hand the old device in to the shop where the new one is being purchased, or to some company that specialises in electronic refurbishment.

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If there really is no way to reuse or return the item, find a reliable local organisation who will recycle it. There are plenty of places that will take old electronics - you can easily search for one in your area at Recycle Now.

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E-waste recycling is the reuse and reprocessing of electrical and electronic equipment of any type that has been discarded or regarded as obsolete.

with this movement we can make people's lives easier and protect the environment.

Re-evaluate. Do you really need that extra gadget? Try finding one device with multiple functions.

Extend the life of your electronics. Buy a case, keep your device clean, and avoid overcharging the battery.

Buy environmentally friendly electronics. Look for products labeled Energy Star or certified by the Electronic Product Environmental Assessment Tool (EPEAT)

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E-waste,

it's a problem that's growing worldwide as technology evolves.

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E-waste is produced when anything with plugs, cords and electronic components is discarded due to being broken, unwanted or any other reason.

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E-Waste or electronic waste is created when an electronic product is discarted after its useful life. E-Waste recycling is the process of shreding electronic devices to tiny pieces in order to extract and reuse parts valuable to other devices. People should never throw E-Waste in regular bins as if it was common rubbish. On the contrary they should look for organizations to dispose them properly and free of charge. This is the correct way to treat E-Waste and make something of it!!!

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We also can do this procidure becuase is something implemented and easy by offer many things to our society. For the best expeience every burg can put expert cans for their citizens.

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E-waste is electronic products that are unwanted, not working, and nearing or at the end of their “useful life".

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By far, the most environmentally friendly e-waste disposal technique is for, where possible, devices to be reused. Many charities will gladly accept old electronic devices that can then be refurbished and redistributed to people in more disadvantaged communities.

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E-waste is any electrical or electronic equipment that’s been discarded. This includes working and broken items that are thrown in the garbage or donated to a charity reseller. Often, if the item goes unsold in the store, it will be thrown away.

https://www.ewaste1.com/what-is-e-waste/

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Table of Contents

What is e-waste? And how do we dispose of it?

E-waste is electronic products that are unwanted, not working, and nearing or at the end of their "useful life." Computers, televisions, VCRs, stereos, copiers, and fax machines are everyday electronic products.

The ongoing challenge of how best to dispose of used and unwanted electronics isn't a new one and dates back at least to the 1970s. But a lot has changed since then, particularly the number of electronics being discarded today.

We also have something else today: a term for this issue. After several terms got suggested, including "Digital rubbish," a consensus formed around the simple word "e-waste."

E-waste Defined

E-waste is any electrical or electronic equipment that's been discarded. This includes working and broken items that are thrown in the garbage or donated to a charity reseller like Goodwill. Often, if the item goes unsold in the store, it will be thrown away. E-waste is particularly dangerous due to toxic chemicals that naturally leach from the metals inside when buried.

List of Common E-waste Items:

Leftover 'New' Technology

Today, though, a growing amount of e-waste is not considered to be products that have stopped working or become obsolete.

Technological advances are coming at us at such a dizzying speed that a lot of electronic devices that still work fine are the ones considered obsolete.

Think of the many VCR players that got replaced when the DVD player hit the market, and now the DVD players getting replaced by Blu-ray players. If a product is powered electronically and someone thinks they can create a better version, that contributes to e-waste.

And we care about this because, for years now, unwanted electronic devices have been filling landfills across the globe. In the U.S. alone, the Environmental Protection Agency estimates that up to 60 million metric tons of e-waste end up in landfills every year.

E-waste Hides Toxic Materials

While above ground, modern electronics are safe to use and be around. However, most electronics contain some form of toxic materials, including beryllium, cadmium, mercury, and lead, which pose serious environmental risks to our soil, water, air, and wildlife.

When E-waste gets buried at a landfill, it can dissolve in microscopic traces into the gross sludge that permeates at the landfill. Eventually, these traces of toxic materials pool into the ground below the landfill. This is known as leaching.

The more E-waste and metals at the landfill, the more of these trace toxic materials show up in the groundwater.

Leeching Poisons Nearby Water

The problem is that there is so, so much E-waste that the trace amounts have ballooned over the years. That toxic water under the landfill doesn't stop below the landfill. It continues to the groundwater and the sources to all the freshwater in the surrounding area.

Not only is this bad for anyone using a natural well, but it hurts the nearby wildlife. That, in turn, causes the wildlife to get sick from lead, arsenic, cadmium, and other metal poisonings due to the high concentration of these minerals.

Mining For New Metals Causes This Too

Not only is this a problem for E-waste in landfills, but this is a side effect of mining for new sources of metal too.

Having an environmentally-friendly source of recycled metal is better for the environment than a company digging up new sources of ore. Every time you recycle your electronics, you are preventing your E-waste from leaching toxic metals into your groundwater. But you're also preventing it from happing at a mine somewhere else.

How You Can Help

Fortunately, there's a proven solution. The recycling of e-waste serves a lot of useful purposes. For instance, include protecting human and environmental health by keeping those devices out of landfills. Or recovering the parts within the devices that still have value, and providing manufacturers with recycled metals that can be used to make new products.

Virtually all electronic waste contains some form of recyclable material. That includes materials like plastic, glass, and metals, which is why they may be considered "junk" or "obsolete" to consumers but still serve an essential purpose. It's ironic, in some ways, that these devices are called "e-waste," since they're not waste at all. But in far too many instances, they are thrown away.

With electronic recyclers like GLEC, we have a solution. The challenge is getting recycling rates, still stubbornly low, to increase.

E-waste Problems

The definition of e-waste is likely to keep expanding. In an era of rapid technological advancement, more and more highly sophisticated electronic goods are being invented and manufactured. Just think of the concept of the "smart home." It's easy to recognize how many electronic devices can now do everything from offer security to turning lights on and off, to having fresh coffee ready before we wake up.

Unfortunately, a skyrocketing amount of e-waste is being written off by owners as junk. There's no more significant example of that than computers, laptops, and smartphones.

New models arrive even as the current one appears to be working just fine. Despite that, the latest version always provides additional features that make it seem too enticing to resist.

So in answer to the question, "What is e-waste?" a good response today might be, "It depends."

The technology innovators continue to create electric devices designed to make our lives easier and more convenient in every conceivable way. Still, we seem all too susceptible to quickly pitching the machines we already have. It doesn't matter how satisfied we've been with them up until now.

How Did We Get to This Point?

In 1976, Congress first addressed the issue of hazardous waste disposal with the passage of the Resource Conservation and Recovery Act. This act sets standards for protecting human health and the natural environment from the potential hazards of waste disposal.

One of the goals of the law was to ensure the management of waste in an environmentally sound manner.

The next major step was the Basel Convention in March 1989, an international treaty designed to reduce the movements of hazardous waste between nations and prevent the transfer of hazardous waste from developed to less-developed countries.

One thing that's grown significantly since then has been the e-waste recycling industry. This industry has the most proven way of keeping e-waste out of landfills or from being burned in incinerators.

The recycling industry has been devoted to taking reusable parts from discarded electronic devices and recycling them for the benefit of local businesses and manufacturers.

As the amount of e-waste keeps rising, so has this industry, which today creates hundreds of thousands of jobs across the world by recycling the electronics we no longer want.

So much of what's in e-waste still has value. Circuit boards contain valuable metals like silver, tin, gold, palladium, and copper.

Hard drives can be shredded and processed into aluminum ingots for use in the automotive industry.

In 1991, the first electronic waste recycling system was implemented in Switzerland with the introduction of a system to collect refrigerators. Other electric and electronic devices got added to the system in later years.

A decade later, the European Union implemented a similar system called the Waste Electrical and Electronic Equipment Directive to establish e-waste recycling requirements for member nations.

In the U.S., there are no federal laws governing e-waste, although 25 states have their own e-waste rules.

Is "e-waste" clearly defined?

The term "e-waste" usually applies to consumer and business electronic equipment that's no longer wanted, but that contains material that renders them hazardous when placed in landfills.

But we know that every year, the list of e-waste items gets longer - and longer. In January, when the Consumer Electronics Show opened in Las Vegas, there was a steady stream of new product announcements, like the one by Audio Technica. A Japanese company that unveiled two new wood-based, belt-drive turntables, the AT-LPW40TN, and AT-LPW30TK, created to deliver high-fidelity audio performances.

At the same show, TCL Communication debuted a brand new Alcatel smartphone with a Full View Display.

Other new devices on the market today include FXD, which can instantly diagnose car problems when your "Check Engine Light" comes on. Or, the KeySmart Pro, which is an organizer providing a better way to organize and carry your keys. And HeatBuddy, an energy-efficient plug-in heater for any room in the house, that's small and compact.

And new ideas keep coming. And each one likely means something else that we've relied on in the past will become "obsolete."

The Dangers of E-waste

According to the World Health Organization (WHO), health risks may result from direct contact with toxic materials that leach from e-waste. These include minerals such as lead, cadmium, chromium, brominated flame retardants, or polychlorinated biphenyls (PCBs). Danger can come from inhalation of the toxic fumes, as well as from the accumulation of chemicals in soil, water, and food.

This puts not just people in danger but land and sea animals as well. In developing countries, the risks are exceptionally high because some developed countries send their e-waste there. Studies have shown this global e-waste has detrimental effects on the people that work with the e-waste but also the people that live around it.

Because of this, a proper recycling process needs to be put in place to protect us and future generations.

E-waste Disposal

Since we know consumers will keep buying new devices, it's important to keep reinforcing that message that we need to recycle the older models, not throw them out.

There are serious environmental risks if we send our electronics to a landfill. In contrast, recycling provides considerable benefits to our environment.

The solution is to turn those devices over to an experienced firm like Great Lakes Electronics Corporation, which has years of experience performing environmentally friendly recycling of electronic products.

The process is simple: gather your old and unused electronics like you would your garbage. A trash can or bin is perfect for this. For larger appliances, you usually want to gather them along with your smaller electronics in a garage. Then, bring them into Great Lakes Electronics. For consumers, the scheduled drop off day is Friday between the hours of 10 a.m. - 3 p.m. For businesses, give us a call at (586) 759-5000 to arrange pick-up service or to schedule a delivery.

Beyond The Environment - Data Security

Other than helping the environment, businesses are starting to wake up to the dangers of throwing away electronics. In an era where phishing scams are the biggest security threat for your business, most overlook their trash, putting them at risk.

How E-waste Results in Data Theft

You may have heard before that critical documents, and serial numbers need to be shredded before you throw them out. You probably know this is to stop someone from stealing your identity or signing up for a credit card with your information. Throwing out, or donating, a smartphone or laptop isn't much different.

For both businesses and consumers, the hard drive inside your computer, or the memory stick inside your smartphone is a significant liability. All someone has to do is plug it into a new computer. There are dozens of methods of disposal, but most of them aren't perfect. Physical destruction or dismantling of your electronics is the only sure-fire way to get it done. However, it should be done by a professional-modern laptop and smartphone batteries can explode if heavily damaged or dismantled incorrectly.

So why is this important for a business?

Businesses can be held liable for the security of their clients and employee's data being misused or stolen. Throwing out or donating your old business electronics can be a legal liability because of it.
We created a guide that you can follow on how to prepare your business electronics the next time you're planning to upgrade the office computers.
Great Lakes Electronics Corporation - E-waste Recyclers

The team at Great Lakes Electronics Corporation will disassemble these items into parts, and the ones that still have value can be sold for reuse. Other parts are used for metals recovery. Everything within your devices gets recycled. To learn more, contact Great Lakes Electronics Corporation at 888-392-7831 today.

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What is E-waste? Definition and Why It's Important

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E-waste, also known as techwaste, is dangerous to the environment and needs to be recycled. Learn more about what is e-waste, and why it's so important.

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E-waste or electronic waste is created when an electronic product is discarded after the end of its useful life. The rapid expansion of technology and the consumption driven society results in the creation of a very large amount of e-waste.

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If we can work on our indigenous supply of cobalt, we can cut down on the need for freshly mined materials from Africa, and it's a great target. We should not be wasting the resources - we should be making sure that once we mine them, we look after them and reuse them. The real goal is a circular economy.

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6 ways to minimize E-waste

1. Re-evaluate.We should buying devices with multiple function.
2.Extend the life of the devices.Try to avoid overcharging your electronic devices.
3.Buy environmentally friendly devices.
4.In order to avoid e-waste,donate your old electronics.
5.Reuse large electronics
6.Recycle the battaries and the devices to recycling dins.

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Tapping the urban mine
Richard is also directly involved in a European project looking at the potential of urban mining - using stockpiles of e-waste to recover precious metals and minerals (like cobalt) for reuse.

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How can we do it?
Firstly, try returning the item to the manufacturer. If the item is broken or unusable, a first port of call should be the manufacturer. Ask if they have a process for returning old electronics and their materials for credit. Most won't take back goods at the end of their working life, but some will, and the only way market practice and accountability will change is if enough consumers advocate for it.
Secondly, take the devices to a dedicated e-waste recycling facility. If there really is no way to reuse or return the item, find a reliable local organisation who will recycle it. There are plenty of places that will take old electronics - you can easily search for one in your area.

source

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How 6 Million Pounds Of Electronic Waste Gets Recycled A Month | Big Business

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Purchase fewer items

The most common source of e-waste is the purchase of items we do not require. Avoid buying new electronic devices that the maker can’t reuse or discard. Opting for recyclable or long-lasting electronic products is a sustainable step towards e-waste management.

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If the item is broken or unusable, a first port of call should be the manufacturer. Ask if they have a process for returning old electronics and their materials for credit. Most won't take back goods at the end of their working life, but some will, and the only way market practice and accountability will change is if enough consumers advocate for it.https://www.nhm.ac.uk/discover/what-is-ewaste-and-what-can-we-do-about-it.html

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Prof Richard Herrington, Head of Earth Sciences at the Museum, shares some tips for how to dispose of unwanted electronics and tells us about an innovative urban mining project.

What is e-waste?

E-waste (electronic waste) includes anything with plugs, cords and electronic components. Common sources of e-waste include televisions, computers, mobile phones and any type of home appliance, from air conditioners to children's toys.

Why is e-waste a problem?

The UK is currently one of the largest producers of household e-waste in the world. When broken or unwanted electronics are dumped in landfill, toxic substances like lead and mercury can leach into soil and water.

Electronics also contain valuable non-renewable resources including gold, silver, copper, platinum, aluminium and cobalt. This means when we dispose of them without recycling, we are throwing away precious materials.

Current e-waste recycling solutions are just exporting the problem

Recycling is a preferable option to sending valuable componentry to landfill, but it comes with its own ethical considerations.

Processes are slow and inefficient, and nations are exporting the challenge to countries where labour laws and safety don't protect those doing the meticulous and dangerous work of processing e-waste for metal and mineral extraction.

'Whole computers are sent to China, Africa or India, where entire villages including children just sort components,' says Richard.

'What we need is to be manufacturing products here and keeping a better handle on where materials are within particular products. We should be designing them so they are more readily recyclable - better labelling and construction would allow componentry to be more readily reused and precious minerals, rescued from landfill.'

How to recycle mobile phones, computers and other electronics

Trying to work out what to do with unwanted or broken electronics? Take these four steps to give them a new lease on life and keep as much as possible out of landfill.

1. Postpone upgrading for as long as you can

Think twice about getting your phone or other devices upgraded. Do you really need a new device to do your job or communicate effectively with others?

2. Find opportunities for reuse

If the item is still in good working order or requires only minor repairs, think about giving it to someone else. If friends or family don't want it, there are a number of charities that will take them and get value from old items, especially mobile phones.

3. Try returning the item to the manufacturer

If the item is broken or unusable, a first port of call should be the manufacturer. Ask if they have a process for returning old electronics and their materials for credit. Most won't take back goods at the end of their working life, but some will, and the only way market practice and accountability will change is if enough consumers advocate for it.

4. Take them to a dedicated e-waste recycling facility

If there really is no way to reuse or return the item, find a reliable local organisation who will recycle it. There are plenty of places that will take old electronics - you can easily search for one in your area at Recycle Now.

A challenge to manufacturers and consumers

When considering buying another piece of technology, the cheapest deal might not be the best for you or the planet. If you can afford it, take your business to companies that have gone to efforts to source their materials sustainably and have a clear process for the end of life of the product.

Richard says, 'Most companies are driven by wanting to sell you a new product. They want you to get rid of your old phone or computer and upgrade, but I would like to see more modular approaches to electronic designs where you can replace or upgrade sections as needed.

'I think any type of built-in obsolescence that creates waste is really very bad. Electronics contain precious natural resources like precious metals and minerals that we really shouldn't be thinking of as disposable.

'It might be that we start demanding products that we know can be recycled and we should not accept a product that can't be. They shouldn't be selling something that can't be recycled or repurposed.'

Tapping the urban mine

Richard is also directly involved in a European project looking at the potential of urban mining - using stockpiles of e-waste to recover precious metals and minerals (like cobalt) for reuse.

He says, 'I'm involved in a project called CROCODILE which looks at cobalt recycling. We know humans are creating huge amounts of waste from old batteries, and our plan is to develop a secondary supply chain from those waste materials.

'The goal of the project is that once metals are mined they don't end up in landfill - they go back into the production cycle for the next device that needs them and are recycled and reused.'

The scientists, technologists and companies on the project are involved in the whole supply chain for cobalt that is devising a pilot plant to recover recycled cobalt from secondary streams. The pilot system will involve a modular recycling plant that could be moved to work at different sites.

'It will be tested to treat secondary cobalt supply from a whole range of electrical and industrial waste and we will see how well suited the integrated technology is to recycling it,' Richard explains.

'If we can work on our indigenous supply of cobalt, we can cut down on the need for freshly mined materials from Africa, and it's a great target. We should not be wasting the resources - we should be making sure that once we mine them, we look after them and reuse them. The real goal is a circular economy.'

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What is e-waste and what can we do about it?

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Prof Richard Herrington, Head of Earth Sciences at the Museum, explains the problem and shares some tips for how to dispose of unwanted electronics.

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If the item is still in good working order or requires only minor repairs, think about giving it to someone else. If friends or family don't want it, there are a number of charities that will take them and get value from old items, especially mobile phones.

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Electronic scrap components,  contain potentially harmful materials such as lead, cadmium, beryllium, or brominated flame retardants. Recycling and disposal of e-waste may involve significant risk to the health of workers and their communities.

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The definition of E-waste is when electronic products are not working properly or they are not working anymore.Due to that, people are throwing away these electronics devices.

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E-waste is defined as the total of the unwanted or non-functioning electrical and electronical devices, that are disposed of. It is, also, often refered to as “Digital rubbish''.

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Electronic waste or e-waste describes discarded electrical or electronic devices . Used electronics which are destined for refurbishment, reuse, resale, salvage recycling through material recovery, or disposal are also considered e-waste.

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e-waste, refers to all items of electrical and electronic equipment and its parts that have been discarded by its owner as waste without the intent of re-use.

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DEFINITION:
E-waste is any electrical or electronic equipment that’s been discarded.This includes working and broken items that are thrown in the garbage.