Tech Cleanout, Part 2 · Consumer repair guidance from the TCA

Where Does E-Waste Go? The Truth About Recycling Old Tech

By Rob Link, Founder and CEO, Tech Care Association · Published October 26, 2026

Quick Answer: Where does e-waste go after you get rid of it? A retired phone, laptop, tablet, console or smartwatch takes one of three paths: the trash, a donation, or a recycler. Trash is the least desirable route for anything that could be reused or properly recycled. Recycling recovers materials but destroys the device, and documented investigations show that "recycled" does not always mean recycled. One stop can change which path a device takes: a local repair shop, where a technician finds out whether it still has useful life.

Two weeks ago we covered the decision: what to do with old phones, laptops and electronics. This is the companion piece, and it introduces a habit worth naming. Think of it as spring cleaning for your technology: a Tech Cleanout means gathering the unused electronics around your home, the closet shelf, the basement bin, the chargers in three different rooms, figuring out what can still be used, protecting your personal data, and finding those devices a second life.

But what happens after those devices leave your hands? Where do they actually go?

There is one stop most electronics never make before they are thrown away, donated or recycled: a local repair shop.

A phone that will not charge might need a new port. A laptop that will not turn on might have a failed battery. A console that stopped reading discs might need a drive, not a replacement. None of those problems automatically means the device has reached the end of its useful life. Before deciding where a broken device goes, find out whether a local shop can save it. The Pro-Finder is the TCA's directory of real local businesses, not paid placements, searchable by ZIP code.

That is why the journey matters. Where a device goes next decides whether it gets another few years of use or gets broken down for materials. So let's walk through all three doors.

Where does e-waste go if you throw it in the trash?

A device in a household trash can rides a compactor truck to a transfer station, then a landfill or incinerator. Along the way, the lithium-ion battery inside it gets crushed.

That is not a hypothetical. The EPA reviewed public reports and identified 245 fires caused or likely caused by lithium-ion batteries at 64 U.S. waste facilities between 2013 and 2020, across 28 states. The yearly count climbed from two fires in 2013 to 65 in 2020, and the agency says the true number is higher because its review only captured reported incidents. Small consumer electronics were among the most common sources.

Those fires put sanitation workers in the hospital and shut down recycling plants. The EPA's guidance is plain: lithium-ion batteries and the devices that contain them belong at a household hazardous waste collection site or an electronics recycler, never in the trash or the curbside bin.

Even when nothing catches fire, the trash path throws away everything of value. The metals, the working components, the years of use the device had left: all buried. Whatever the device cost you, the landfill gets it for free.

One safety rule before anything else: if a battery is swollen, puffy or pushing the case apart, do not press it, puncture it or try to remove it yourself. Here is how to recognize a swollen battery and what to do. Call a local repair shop or your household hazardous waste program first; not every location is set up to accept damaged lithium batteries, so ask before you drive over.

What actually happens at an electronics recycler?

The recycling path is better than the trash, and it is worth understanding what it really involves, because "recycling" means something more specific, and more limited, than most people assume.

Here is the typical sequence at a responsible facility. Programs differ, so treat this as the general shape, not a guarantee about any particular drop-off point.

1. Collection. Devices arrive from drop-off sites, collection events, businesses and municipal programs.
2. Sorting and reuse screening. Reuse screening varies considerably among facilities. Some set aside equipment for resale or refurbishment; one study documented a site relying on a basic power-on check (more on that below).
3. Data and hazard handling. Data-bearing drives are supposed to be sanitized or destroyed. Batteries, mercury-containing screens and other hazardous components are separated for special handling.
4. Dismantling and shredding. Everything else is taken apart by hand or fed into industrial shredders.
5. Material separation. Magnets, eddy currents, optical sorters and water baths pull the shredded stream into steel, aluminum, copper, circuit boards, plastics and glass.
6. Recovery and disposal. Specialized processors recover metals from the board and copper fractions, and some plastics and glass are recovered depending on the process. Low-value leftovers that cannot be economically recovered go to landfill or energy recovery.

Notice what happened at step 4. The device is gone. Recycling does not preserve a phone or a laptop; it reduces one to a few pounds of commodity feedstock. The gold in a circuit board is real (the EPA cites estimates that a ton of boards can hold 40 to 800 times the gold in a ton of mined ore), but recovery captures a fraction of the value that existed when the device still worked. The UN's Global E-waste Monitor estimates recycled e-waste meets only about 1% of global demand for rare earth elements, because the amounts inside speakers and motors are too small and dispersed to pull back out.

Globally, the picture is harder still. The Global E-waste Monitor 2024 (which reports 2022 data) estimates the world generated 62 million metric tonnes of e-waste that year, and only 22.3% was documented as formally collected and recycled. Small IT equipment such as phones and laptops came in at about 22%. The remaining tonnage was not documented as formally collected and recycled. Its pathways include informal recycling, export, storage, disposal and other forms of management.

Does "recycled" always mean recycled?

Not always, and the clearest evidence came from a tracking study.

In 2016, the Basel Action Network, a Seattle watchdog, worked with MIT's Senseable City Lab to hide GPS trackers inside 200 non-working printers and monitors, then dropped them at recyclers, charity donation points and retail take-back programs across the United States. About a third, 65 of the 200, were exported overseas, most to Hong Kong and mainland Asia, where investigators found them being dismantled in open-air scrapyards by workers with no protective equipment. Some had been dropped at a take-back program of a major computer maker that publicly banned exports.

The sample was small, as the researchers acknowledged, but the fallout was not. The trackers led federal investigators to Total Reclaim, then the largest electronics recycler in the Pacific Northwest, a certified operation that promised customers domestic handling. Court records showed it had secretly shipped more than 8 million pounds of mercury-containing flat-screen monitors to Hong Kong between 2008 and 2015. In 2019 its two owners were sentenced to 28 months in federal prison.

The lesson is not that recycling is a scam. Responsible recyclers exist, the EPA counts certified recycling as part of responsible electronics management, and the two certifications it recognizes, R2 and e-Stewards, require independent audits of where downstream material goes. The lesson is that once a device enters the commercial waste stream, it passes through brokers and contractors you will never see. Ask any program that takes your devices one question: where do they go next?

What is a Tech Cleanout, and why should you do one?

We spring-clean our homes, clear out closets and organize garages. But when was the last time you cleaned out your technology?

Think about the old phones in drawers, the laptops stacked on a closet shelf, the tablets the kids outgrew, the console in the basement bin, and the chargers scattered through every room. Some still work. Others need a battery, a screen or a charging port. Most are simply not being used, and the longer they sit, the more their batteries degrade and their software falls behind, and the smaller the window for someone else to use them gets.

A Tech Cleanout is the fix: gather the unused electronics in your home, figure out what still has value, protect the personal data stored on them, and get the devices back into use wherever possible. The goal is not to throw more things away. It is to give useful technology another chance.

The five steps:

1. Gather it. Collect every unused phone, tablet, laptop, desktop, console, watch and accessory in the house.
2. Sort it. What you still need, what could be repaired, what someone else could use, and what truly needs recycling.
3. Secure it. Back up what matters, sign out of accounts, remove activation locks and erase the data. If a device will not turn on, get a professional to handle it.
4. Give it another life. Repair, sell, donate or hand down anything working or fixable. A local repair pro can assess the uncertain ones.
5. Recycle what is left. Responsible electronics recycling for what cannot reasonably be repaired or reused, with damaged batteries handled separately.

The best time for a Tech Cleanout? Right after the holidays.

Think about what happens in millions of homes every holiday season. Someone gets a new phone, laptop, tablet, smartwatch or console. The old one gets set aside, tucked into a drawer or moved to a closet shelf, where it may sit for months or years.

That makes the weeks right after the holidays one of the best times for a Tech Cleanout. When new technology comes into the house, make a plan for what it replaces: transfer your files, secure and erase your personal data, and get the old device into someone else's hands while it still has useful life. The sooner you act, the better its chances. Batteries age, software support changes, and a device loses reuse value sitting unused. A phone or laptop that is no longer right for you could be exactly what someone else needs.

Make it a household rule: New tech comes in. Old tech gets a new purpose. Moving, downsizing, back-to-school season and any upgrade are the other natural moments, and don't wait until spring. The best time to give your unused technology another life is while it still has one.

You do not have to manage every part of a Tech Cleanout yourself. Local repair shops can evaluate broken devices, community organizations can find new homes for usable technology, and responsible recyclers can handle what is left. RETPAIR is one example of a service designed to bring those steps together, helping people arrange a Tech Cleanout, weigh repair and reuse options, and access pickup and professional data services where available.* Whether you use a service or do it yourself, the goal is the same: make room in your home, protect your information, and keep useful electronics in circulation.

Clear the clutter. Protect your data. Give your tech a second life.

*Disclosure: RETPAIR and the Tech Care Association, publisher of WhereToRepair.org, share leadership. RETPAIR is mentioned as one example of a Tech Cleanout service; this article is consumer guidance, not an endorsement, and every step can be done directly with local repair shops, donation organizations and recyclers in your own community.

What happens to a donated device?

The donation path is the one where a device can stay a device.

A working or lightly broken phone, tablet, laptop or console handed to a reuse-focused organization is typically tested, signed out of its old accounts, wiped, and either fixed up or passed along as-is. A laptop its original owner has replaced may still be a perfectly useful computer for a student or job seeker, especially after a battery replacement or another minor repair. Devices that truly cannot be reused still need responsible recycling at the end, but the goal of the donation path is to make that the exception.

Donating is only the beginning, though. Someone has to test the device, diagnose the fault, replace the battery or drive, prepare it for a new user and make sure it is safe. That work takes technical skill, and the people who have it are independent repair and refurbishment professionals. A device that looks worthless to its previous owner is often one affordable repair away from becoming someone's first laptop or a replacement phone for a family that needs one. If you want to know who does this work, meet the people who bring your devices back to life.

That is why eWaste Warriors is the donation destination we point to in these guides: it exists to put retired devices back into use, with recycling as the last resort rather than the default.

The donation path has one condition. The device needs to arrive in a state where someone can actually use it, which is where the next two sections come in.

How can a local repair shop keep your device out of the waste stream?

Because the only device that never becomes e-waste is the one that keeps working.

Research published by the University of Surrey in 2026 put numbers on what gets lost when a device goes straight to the recycling center. Researchers observed a municipal recycling site and found only 2% to 2.5% of arriving electronics were flagged as suitable for reuse. The screening was a basic switch-on test: if it did not power up immediately, it was written off and shipped to a processor. Separately, they analyzed 10,678 records from UK Repair Cafés. Half of the devices brought in were fixed on the spot, and another 28% were repairable once a part was ordered.

Those are two different groups of devices, not a head-to-head trial, and the study does not claim that 78% of everything in a recycling bin is fixable. What it shows is that one system looked for the fault and the other looked for the scrap value, and the outcomes could not have been more different. The lead author, Sheeba Pathak, concluded that recycling has a role but should not automatically be the first destination for a device with years of use left, and that volunteer goodwill alone cannot handle the volume. The researchers' recommendation was to formally integrate professional repair into the system so fixable devices get intercepted before the shredder.

In the United States, that professional capacity already exists. It is the independent shop in your town. There are an estimated 30,000 to 40,000 of them, and they work on phones, tablets, laptops, desktops, consoles and watches every day. Here is what a shop can look into when a device looks finished to its owner:

What you see	What a local shop can investigate
Phone won't charge	Battery, charging port, cable or charging circuit
Laptop won't turn on	Power supply, battery, charging circuit or main board
Tablet has a cracked screen	Display assembly replacement
Console overheats or shuts off	Cooling system, fan or dust buildup
Computer runs slowly	Storage health, software problems or memory limits
Smartwatch won't hold a charge	Battery condition and whether a repair is practical for that model

These are diagnostic possibilities, not guaranteed fixes. That is exactly why the shop matters. A material-recycling facility focuses on recovering resources. A repair shop focuses on diagnosing the problem and keeping the device working, explaining the options, and helping you decide whether a repair makes sense. Before a device becomes a pile of recycled metal, give a local technician the chance to tell you whether it still has a life.

Why local matters. When you take a device to a neighborhood shop, you talk directly with the person evaluating it. You can ask what failed, what the repair costs, and whether the device is worth keeping. You support a business that provides skilled jobs in your community. And when the repair succeeds, the device stays in use instead of entering a waste stream whose downstream you cannot see. Local repair does not replace responsible recycling. It gives you an assessment that many collection programs do not offer: an informed decision about whether the device is truly finished.

Before you decide anything is dead, read Is It Fixable? How to Tell Before You Buy a New One. If the question is whether a repair is worth it at all, the Repair or Replace guide walks through the four questions.

The missing link in our e-waste system

Communities invest in waste collection, recycling programs and donation drives. Independent repair businesses rarely get counted as part of that system, yet they are the ones with the technical capacity to keep electronics operating. Imagine collection programs that routed devices past a local technician before material processing: repairable laptops toward refurbishment, working phones toward people who need them, and only the truly finished devices on to the shredder. That is the opportunity the Surrey research points toward. We do not need more places to throw technology away. We need better ways to keep it working.

What should you do before letting any device go?

Whichever path a device takes, three things come first.

1. Back it up. Photos, messages, documents, game saves. Copy them to a new device, a computer or cloud storage before you touch anything else.
2. Sign out and unpair. Remove the device from your accounts, turn off any find-my-device or activation lock, and unpair watches and earbuds. A locked device cannot be reused by anyone.
3. Erase it. Use the device's own factory reset. For laptops and desktops, use the operating system's built-in reset with the option that removes all data.

For most modern encrypted phones and tablets, the manufacturer's complete factory-reset and account-removal steps are an appropriate way to prepare the device for another owner. Computers, external drives and older electronics may need different sanitization methods, and a reset alone is not a universal guarantee.

If the device will not power on and your data is still on it, do not give it away hoping it gets wiped. Get a professional to help. That's always the best choice. Here is what data recovery involves and what it costs, and the same shop that recovers your files can tell you whether the device itself is worth saving.

Which brings us to the one rule every Tech Cleanout should follow: no device leaves your hands without a data plan. That does not mean paying for data destruction on every old phone. It means you know what needs to happen to your information before the device goes anywhere.

Device situation	What to do
Works and you can get into it	Back up, sign out, remove account locks, factory reset
Works but you still need the files	Transfer or recover the files first, then erase
Won't turn on	Have a professional assess data recovery or secure erasure
Holds highly sensitive information	Consider documented professional data destruction
No personal storage (chargers, keyboards, some accessories)	Check for paired accounts or memory cards, then reuse or recycle

If you cannot get into a device, or you are not sure your information is gone, ask a professional before handing it over.

The Global E-waste Monitor noted something telling here: small devices like phones and laptops are collected at lower rates than screens and monitors, and the authors suspect it is because they hold personal data and people are nervous about handing them over. Dealing with the data first removes the reason to let a device sit in a closet.

Is recycling enough?

No. Recycling is the last step, not the first one.

Every rung down this ladder gives something up. Keep a device in use and you keep all of it. Repair it and you keep nearly all of it for the cost of a part. Pass it to someone else and you keep a whole working machine in the world. Recycle it and you keep some of the materials. Trash it and you keep nothing, and you may start a fire on the way.

There are devices that genuinely belong at the bottom of the ladder: a console beyond economical repair, a laptop so old nothing runs on it. (A damaged battery needs specialized handling on its own; the rest of the device may still be repairable.) Recycling exists for them, and done responsibly it recovers real materials. But it should be the destination you reach after the other three doors are closed, not the first door you try.

Your Tech Cleanout checklist

Frequently asked questions

Where does most e-waste go?

Not into documented recycling. The UN's Global E-waste Monitor 2024 estimates the world generated 62 million metric tonnes of e-waste in 2022 and documented only 22.3% as formally collected and recycled. The rest went to informal recycling, export, storage, disposal and other undocumented pathways. In the United States, most retired consumer devices sit unused in homes before they go anywhere at all.

Can I put electronics in the trash?

No. Any device with a lithium-ion battery (phones, laptops, tablets, watches, earbuds, cordless tools) can catch fire when it is crushed in a truck or sorting facility. Many states also prohibit electronics in household trash. Take devices to an electronics recycler, a household hazardous waste site, or a reuse organization.

Do recycled electronics really get recycled?

Often, but not always. Responsible, certified recyclers shred devices and recover steel, aluminum, copper and precious metals, along with some plastics and glass. Documented investigations have also caught recyclers and take-back programs exporting devices to unsafe overseas scrapyards. Ask any program where your device goes after drop-off, and prefer organizations that screen for reuse first.

Is it safe to donate a device with my data on it?

Only after you back it up, sign out of your accounts, and run a factory reset. If the device will not turn on, have a professional recover and erase your data before it leaves your hands. Do not assume a drop-off program will wipe it for you.

What happens to the batteries?

At a responsible recycler, batteries are removed before shredding and sent to specialized battery processors. In the trash, they are crushed with everything else, which is why waste-facility fires have risen sharply. A swollen battery should go to a repair shop or hazardous waste site that has confirmed it can accept it, never the bin.

What if the device still works?

Then it is not e-waste yet. Keep using it, hand it down, or donate it to a reuse organization. A working device is worth far more to the next person than its recycled metals are worth to anyone.

Is repairing better for the environment than recycling?

Usually, when the repair meaningfully extends the device's useful life. Repair keeps the whole device, including all the energy and materials used to build it, in service. Recycling destroys the device to recover a fraction of its materials. A 2026 University of Surrey study found a recycling center flagged only around 2% of electronics for reuse, while Repair Cafés fixed half of what they received.

Ready to start your own Tech Cleanout? Gather the devices you no longer use. Ask a local repair professional about anything that might be fixable. Back up and secure your personal data. Donate working devices to organizations that can put them back into use, and recycle only what cannot reasonably be saved. You do not need to do it all in one day. Start with one drawer, one shelf or one forgotten laptop.

The best Tech Cleanout does not end with an empty drawer. It ends with useful technology back in someone's hands.

Keep it. Repair it. Reuse it. Recycle it. In that order.