Junk Removal
E-Waste
E-Waste 101: Why You Should Never Throw Electronics in the Trash
Electronics contain a catalog of hazardous materials — lead, mercury, cadmium, flame retardants — that leach directly into soil and groundwater when landfilled. They also contain recoverable precious metals worth recovering. Here is what is inside your old devices, where they need to go, and how to get them there.
Electronic waste is the fastest-growing solid waste stream in the world. Americans alone generate over six million tons of it annually, yet the vast majority ends up in general landfills where the toxic materials inside leach into the environment over decades. At the same time, the circuit boards, wiring, and components in discarded electronics contain gold, silver, copper, palladium, and rare earth elements that are genuinely scarce and expensive to mine. Throwing a laptop or phone in the trash simultaneously creates an environmental hazard and wastes recoverable resources. This guide explains what is actually inside your old electronics, what happens when they are landfilled, where to take them instead, and how to protect your personal data before you dispose of any device.
The Scale of the E-Waste Problem
6M+ tons
of e-waste generated by Americans annually — the equivalent of roughly 800 laptops per minute
70%
of the toxic heavy metals found in landfills come from discarded electronics — despite representing less than 2% of landfill volume
$57B
estimated value of raw materials — gold, silver, copper, and rare earth elements — discarded in e-waste globally each year
25 states
have enacted laws restricting the landfill disposal of certain electronics — but federal law leaves a significant gap
What “E-Waste” Actually Includes
E-waste is not limited to computers and phones. Any device with a circuit board, battery, or screen qualifies — including televisions, printers, tablets, cameras, game consoles, small household appliances with electronic controls, power tools with digital components, and medical devices like blood glucose monitors. If it plugs in, runs on batteries, or has a screen, it should not go in the trash regardless of size.
The “small device” assumption is particularly important to address. A single AA battery contains enough mercury and cadmium to contaminate thousands of gallons of groundwater over time. The quantity of the device is not a reliable guide to its environmental impact — the chemistry inside it is.
What Is Inside Your Electronics — And Why It Matters
Consumer electronics are engineered for performance and miniaturization, not for end-of-life environmental safety. The materials that make them function — that enable screens to be thin, circuits to be fast, and batteries to hold charge — are often the same materials that make improper disposal environmentally harmful. These are the primary hazardous substances in common consumer electronics.
High Risk
Lead
Neurological toxin — accumulates in soil and groundwater
Lead is present in solder on circuit boards, in CRT television and monitor glass (up to 8 pounds per unit), and in some battery types. In landfills, lead leaches into soil and groundwater over time. Even at very low concentrations, lead exposure causes neurological damage in children and cardiovascular effects in adults. There is no safe level of lead exposure according to public health agencies.
Found inHigh Risk
Mercury
Bioaccumulates up the food chain — causes severe neurological damage
Mercury is used in fluorescent backlighting in older LCD screens and in some batteries. When landfilled, it converts to methylmercury in the environment — a form that bioaccumulates in fish and animals and causes severe neurological and developmental damage in humans who consume contaminated food. Even small quantities of mercury require careful handling and certified disposal.
Found inHigh Risk
Cadmium
Carcinogenic — persistent in soil and water, taken up by plants
Cadmium is used in nickel-cadmium rechargeable batteries and in some older semiconductors. It is classified as a known human carcinogen and is particularly problematic because it is absorbed by plants from contaminated soil — entering the food chain through crop uptake. Cadmium accumulates in the kidneys and has a very long biological half-life, meaning exposure effects are long-lasting.
Found inModerate Risk
Brominated Flame Retardants
Persistent organic pollutants that accumulate in body tissue
Brominated flame retardants are added to plastic housings and circuit boards to reduce flammability. When electronics are incinerated or decompose in landfills, these compounds are released into the environment. They are persistent organic pollutants — they do not break down readily and accumulate in the fatty tissue of animals and humans. Long-term exposure is associated with thyroid disruption and developmental effects.
Found inHigh Risk
Lithium Battery Chemistry
Fire and explosion risk in landfills and waste compaction vehicles
Lithium-ion and lithium-polymer batteries — found in virtually every modern portable device — pose a significant fire risk when crushed, punctured, or exposed to heat. Batteries discarded in regular trash regularly cause fires in garbage trucks, recycling facilities, and landfills. Lithium battery fires are extremely difficult to extinguish and have caused significant facility damage and injuries. This is a safety issue as much as an environmental one.
Found inModerate Risk
Beryllium
Causes chronic lung disease with even small inhalation exposure
Beryllium is used in connector pins, springs, and certain electronic components for its electrical conductivity and stiffness. Beryllium dust inhalation causes berylliosis — a chronic and potentially fatal lung disease. The primary risk is to workers who handle e-waste without proper protection, but landfill decomposition can release beryllium into dust that travels beyond the disposal site.
Found inModerate Risk
Barium
Present in CRT screens — toxic at low concentrations in soil and water
Barium compounds are used in the front panel glass of CRT televisions and monitors to protect users from X-ray radiation. When CRTs are landfilled and the glass eventually shatters, barium can leach into soil and groundwater. Barium compounds are toxic to the cardiovascular system at low concentrations and their persistence in the environment creates long-term contamination risk near e-waste disposal sites.
Found inModerate Risk
Hexavalent Chromium
Used as a corrosion coating — known carcinogen when inhaled or ingested
Hexavalent chromium is used as a corrosion protection coating on metal components in some electronics. It is classified as a known human carcinogen and is mobile in soil and water environments, meaning it spreads readily from disposal sites. It is the compound made famous by its groundwater contamination effects documented in high-profile environmental cases — its presence in e-waste makes improper disposal a direct contribution to that contamination pathway.
Found inLithium Battery Fires: A Growing Emergency
Lithium battery fires caused by improperly discarded electronics are increasing at significant rates in waste management facilities nationwide. When a lithium battery is crushed by waste compaction equipment, it can ignite instantaneously with a fire that burns at extremely high temperatures and resists conventional suppression methods. Waste management companies have documented hundreds of vehicle fires caused by lithium batteries in the trash.
Never put any device with a lithium battery — smartphones, laptops, tablets, wireless earbuds, power banks, e-cigarettes, or any rechargeable portable device — in the trash or recycling bin. Batteries must be discharged, taped at the terminals, and taken to a certified battery recycling location such as a Call2Recycle drop-off site before or alongside any device disposal.
What Happens When Electronics Go in the Trash
The path of an electronic device that enters the regular waste stream follows a predictable and damaging sequence. Understanding this sequence makes the urgency of proper disposal concrete rather than abstract.
1
Collection and Compaction
The device enters a garbage truck and is compressed by the compaction mechanism. This crushes the device, punctures batteries, and breaks sealed components open. Lithium battery puncture during compaction is the primary ignition source for the waste vehicle fires increasingly documented by waste management companies. Any liquids or gases sealed inside the device are released into the compacted mass.
2
Transfer Station Processing
Compacted waste is transferred to a sorting or transfer station. Electronics in the mixed waste stream may be further compressed and baled for transport. The chemical contents of the crushed devices — including any battery electrolytes, solvents, and flame retardant compounds — mix with other waste materials throughout this handling process.
3
Landfill Deposition
The waste is deposited in a landfill where it will remain for decades to centuries. In lined landfills, leachate collection systems capture some of the chemical runoff — but not all, and not permanently. In unlined or older landfills, the hazardous materials in the crushed electronics begin migrating directly into the surrounding soil immediately.
4
Leaching Into Soil and Groundwater
As rain percolates through the landfill, it carries dissolved heavy metals — lead, cadmium, mercury, chromium — downward through the waste mass and into the underlying soil and groundwater. Lead from a single CRT monitor can contaminate a substantial volume of groundwater. This contamination is typically irreversible without expensive remediation and affects drinking water sources, agricultural land, and aquatic ecosystems.
5
Long-Term Environmental Persistence
Heavy metals do not degrade. Lead deposited in soil 50 years ago is still present at toxic concentrations today. Mercury methylated in aquatic environments continues cycling through the food chain indefinitely. The landfilled electronics of today create a contamination legacy that extends far beyond the useful life of the devices — and far beyond the boundaries of the disposal site itself.
Where to Take Electronics for Proper Recycling
Convenient e-waste drop-off is more accessible than most people realize. These are the most reliable and widely available options for responsible electronics disposal across the United States.
Best Buy
Retail electronics recycling — most comprehensive national program
Best Buy accepts a wide range of consumer electronics and appliances for recycling at all store locations. No purchase required. Some items have a recycling fee; others are accepted for free. The program uses certified e-waste processors, making it one of the most reliably responsible retail recycling options nationwide.
TVs
Computers
Phones
Batteries
Appliances
Cables
Staples
Office electronics and small device recycling
Staples accepts computers, laptops, tablets, and related office electronics for recycling. Ink cartridges and toner are accepted separately with in-store rewards. Staples partners with certified e-waste recyclers for chain-of-custody assurance.
Computers
Laptops
Tablets
Printers
Ink cartridges
Manufacturer Take-Back Programs
Apple, Dell, HP, Samsung, and others
Most major electronics manufacturers offer take-back or trade-in programs for their own products. Apple, Dell, HP, Samsung, and LG all run programs that recycle old devices, often providing trade-in value for functional items. These programs use the manufacturer’s own certified recycling chains and are among the most responsible disposal options available for brand-specific devices.
Brand-specific devices
Trade-in credit available
Certified handling
Municipal E-Waste Collection Events
Free community collection — broad acceptance
Most counties and municipalities hold periodic e-waste collection events, typically free of charge, where residents can drop off a wide range of electronics including CRT televisions, large appliances, and items not accepted by retail programs. Events are typically held several times per year — check your municipal waste authority’s website for the schedule.
CRT TVs
All electronics
Appliances
Batteries
Call2Recycle Drop-Off Sites
Battery and small device recycling — thousands of locations
Call2Recycle operates a nationwide network of battery and portable electronic device recycling drop-off points located at hardware stores, home improvement stores, and retail locations. For batteries in particular — including rechargeable batteries of all types — this is the most convenient and widely available certified recycling option. Find locations at call2recycle.org.
All battery types
Small electronics
Power tools
Certified E-Waste Recyclers (R2 or e-Stewards)
Highest assurance of responsible downstream processing
R2 (Responsible Recycling) and e-Stewards are the two leading certification standards for e-waste processors. Certified facilities are audited for their handling, data security, and downstream material routing practices. For large quantities of electronics — business cleanouts, estate cleanouts, or renovation debris — using a certified processor provides documented assurance that materials are handled correctly. Find certified recyclers at sustainableelectronics.org.
All electronics
Large volumes
Data destruction documentation
Device-by-Device Disposal Reference
Use this table to quickly identify the correct disposal path for any specific device type.
| Device | Key Hazardous Content | Can It Be Donated? | Best Disposal Option | Fee Likely? |
|---|---|---|---|---|
| Smartphone | Lithium battery, lead solder, rare earth metals | Yes — if functional | Manufacturer take-back, Best Buy, carrier store | No — usually free or trade-in credit |
| Laptop / Tablet | Lithium battery, lead, mercury (older models), brominated compounds | Yes — if functional | Manufacturer take-back, Best Buy, Staples | No — usually free |
| Desktop Computer | Lead solder, CRT monitor lead, CMOS battery | Yes — if functional | Best Buy, Staples, municipal collection, certified recycler | No — usually free |
| CRT Television / Monitor | Lead glass (up to 8 lbs), barium, mercury | Rarely — virtually no demand | Municipal e-waste event, certified recycler, Best Buy (fee) | Yes — CRT recycling is costly, typically $20–$30 |
| Flat-Screen TV (LCD/OLED) | Mercury (older LCD backlights), brominated compounds | Sometimes — if screen is undamaged | Best Buy (fee for large screens), manufacturer, municipal event | Sometimes — depends on screen size |
| Printer / Copier | Toner (fine particles), circuit board compounds | Sometimes — if functional | Staples, Best Buy, manufacturer take-back | Usually free for small printers |
| Rechargeable Batteries | Cadmium (NiCd), lithium, lead (lead-acid) | No | Call2Recycle drop-off, Home Depot, Lowe’s, hardware stores | Free at Call2Recycle locations |
| Game Console | Lead solder, lithium battery, brominated compounds | Yes — if functional | Best Buy, manufacturer, Goodwill (working only) | Usually free |
| Power Tools (cordless) | NiCd or lithium battery pack | Sometimes — if functional | Call2Recycle, manufacturer, Home Depot battery drop-off | Usually free for battery drop-off |
| Small Appliances with Electronics | Circuit boards, small batteries, brominated plastics | Yes — if functional | Best Buy, municipal collection, thrift donation if working | Usually free |
Data Security Before You Dispose of Any Device
Environmental responsibility and personal data security are equally important when disposing of electronics. A device that is recycled correctly but still contains your personal data has been responsibly disposed of environmentally but not personally. These steps must be completed before any device leaves your possession.
1
Back Up All Data You Want to Keep
Before performing any wipe, ensure all photos, documents, contacts, and important files are backed up to a cloud service, external drive, or your new device. The data wipe process in the next steps is not reversible — anything not backed up will be permanently lost. For computers, a full system backup is the most reliable safeguard.
2
Sign Out of All Accounts on the Device
Sign out of all accounts — Apple ID, Google account, Microsoft account, social media — before performing a factory reset. Failing to sign out of the device account before the reset can leave the device locked to your account (activation lock), which prevents the next owner or recycler from using or processing it. On iPhones, this requires signing out of iCloud specifically before the wipe.
3
Perform a Factory Reset — Not Just a Delete
Deleting files, removing apps, or emptying the trash does not securely remove data from a device. A factory reset (Settings > General > Reset on iPhone; Settings > System > Reset on Android; or equivalent on Windows and Mac) wipes the operating system and all user data. On modern devices with encrypted storage, a factory reset is sufficient for secure data disposal. On older devices without full-disk encryption, additional steps may be needed.
4
For Computers — Use Secure Erase Software if Needed
For older laptops or desktops with traditional hard drives (not solid-state), a factory reset may not be sufficient to prevent data recovery by forensic tools. Use secure erase software — DBAN (Darik’s Boot and Nuke) for Windows-based machines, or the built-in secure erase option in Disk Utility on Mac — to overwrite the drive multiple times. Solid-state drives (SSDs) in modern computers are effectively wiped by the factory reset process when the drive uses full-disk encryption, which all modern operating systems enable by default.
5
Request Data Destruction Documentation for Sensitive Devices
For devices that contained sensitive personal, financial, or business data — particularly computers and phones — a certified e-waste processor can provide a certificate of data destruction documenting that the drive was wiped or physically destroyed to specific standards. This documentation is important for business compliance and provides personal peace of mind for devices containing highly sensitive information. Request this documentation specifically when dropping off at a certified recycler.
What Certified E-Waste Recycling Actually Recovers
Proper e-waste recycling is not just about preventing harm — it is also about recovering genuinely valuable and scarce materials. The same circuit boards that contain hazardous lead solder also contain recoverable gold, silver, and palladium at concentrations that exceed many natural ore deposits.
Gold
Present in circuit board contacts and connectors. Circuit board gold concentrations can be 40 to 80 times higher than in natural gold ore. A metric ton of circuit boards yields approximately 300 grams of recoverable gold.
~$20 per smartphone in gold content
Silver
Used in solder, contacts, and conductive coatings throughout circuit assemblies. Silver is recovered at high rates from e-waste because of its high concentration in specific components and its established secondary market value.
Present in virtually all circuit boards
Copper
The primary electrical conductor in wiring, circuit traces, and motor windings. Copper is both abundant in electronics and highly recyclable — it can be processed and reused indefinitely without quality degradation. Copper recovery from e-waste is economically self-sustaining.
High recovery rate — economically viable
Palladium
Used in multilayer ceramic capacitors throughout circuit boards. Palladium is rarer than gold and has a significant market price — its recovery from e-waste is one of the strongest economic incentives for certified recycling of circuit board materials.
Rarer and more valuable than gold per gram
Rare Earth Elements
Neodymium, dysprosium, and other rare earths used in speakers, vibration motors, and camera autofocus systems. The supply of rare earth elements is geographically concentrated and mining is environmentally intensive — recovery from e-waste reduces the need for new extraction.
Critical supply chain components
Aluminum, Steel, and Plastics
The structural materials of device housings — aluminum in premium devices, steel in heavier components, and engineering plastics throughout — are all recovered and recycled at certified facilities. These materials represent the majority by weight of most electronics and have well-established recycling markets.
Majority of device weight — reliably recycled
Why “Refurbish Before Recycle” Produces the Best Outcome
The most environmentally responsible path for a functional electronic device is not recycling — it is continued use. A phone or computer that can be refurbished and reused by another person extends the useful life of all the materials inside it, delays the energy cost of manufacturing a replacement, and defers the recycling of the device’s hazardous content. Donating functional devices to schools, senior centers, or refurbishment organizations, or selling them through trade-in or resale programs, is a better environmental outcome than certified recycling when the device is still functional.
Recycling is the correct path for devices that are beyond functional use — broken screens, failed batteries, physically damaged units that cannot be economically repaired. The recycling hierarchy applies to electronics just as it does to other materials: reduce, reuse, and then recycle as a last resort before any form of disposal.
E-Waste Disposal: What Responsible Looks Like
Do
- Back up all data before wiping or disposing of any device
- Perform a complete factory reset before donating, selling, or recycling
- Drop batteries — all types — at a Call2Recycle location, never in the trash
- Use Best Buy, Staples, or manufacturer take-back programs for common devices
- Check your municipality’s e-waste collection event calendar for CRT and large electronics
- Donate functional devices to schools, senior programs, or refurbishment organizations
- Request data destruction documentation for devices with sensitive content
Don’t
- Put any electronic device in the regular trash or curbside recycling
- Put any battery — alkaline, lithium, or rechargeable — in the trash or recycling bin
- Assume deleting files is the same as wiping a device before disposal
- Leave devices in a garage or storage room indefinitely — take action within weeks of upgrading
- Pay for e-waste recycling without confirming the company uses a certified processor
- Throw away functional electronics when donation or trade-in is available
- Ignore the fire risk of lithium batteries in compaction equipment — they cause real damage
Frequently Asked Questions
In approximately 25 states and several municipalities, yes — at least for certain device types. State e-waste laws vary significantly in which devices are covered and what the specific disposal requirements are. States including California, New York, Texas, and Illinois have enacted laws prohibiting landfill disposal of televisions, computers, monitors, and in some cases mobile devices. Federal law does not yet comprehensively regulate household e-waste disposal, leaving significant gaps. Regardless of legal status in your specific state, the environmental rationale for proper disposal applies universally. Check your state’s environmental agency website for the specific laws applicable in your location.
Yes. A broken screen does not change the chemical content of the device — the battery, circuit boards, solder, and all other components that make it a regulated e-waste item are fully intact. Physical damage to a device is not a factor in its disposal requirements. A broken phone may not be a donation or resale candidate, but it absolutely belongs in an e-waste recycling stream rather than the trash. Most major retail drop-off programs accept broken devices. Confirm with the specific program whether screen damage affects their acceptance policy, as some programs focus on functional devices.
For large quantities, a certified e-waste recycler or a junk removal company with established e-waste processing relationships is the most practical option. Retail drop-off programs have item quantity limits and are designed for individual consumer volumes, not business or estate cleanout quantities. A certified processor can arrange a pickup for large volumes, provide data destruction documentation for all devices, and issue a single disposal certificate covering the full load. This is particularly important for business equipment where data security documentation may be required for compliance purposes. NorTech connects customers with junk removal services that have established e-waste handling protocols for mixed loads including electronics.
Modern alkaline batteries — the standard AA, AAA, C, D, and 9-volt disposable batteries — no longer contain mercury (removed from the formulation in the 1990s) and are therefore less acutely hazardous than rechargeable batteries. In most U.S. states, single-use alkaline batteries can legally be disposed of in household trash. However, rechargeable batteries of all types — NiCd, NiMH, lithium-ion, lithium-polymer, and lead-acid — must never go in the trash. They contain cadmium, lithium, or lead, and in the case of lithium batteries, pose a fire risk in waste management equipment. When in doubt, take any battery to a Call2Recycle drop-off location — it accepts all battery types and the drop-off is free.
Yes — responsible junk removal companies include e-waste handling in their service offering and route electronics to certified processors rather than including them in a general waste stream. When booking a cleanout that includes electronics, confirm specifically that the company uses a certified e-waste processor for devices, and ask about their data security practices for devices that may contain personal information. A company that handles electronics responsibly will be able to answer these questions directly. NorTech’s service network includes junk removal professionals with established e-waste handling protocols as part of their standard cleanout service.
We Handle Electronics the Right Way
Whether it is a single device or a full cleanout that includes electronics, our junk removal professionals route e-waste to certified processors — not general landfill. Get everything cleared in one appointment, handled responsibly from start to finish.
Coverage
Serving homeowners nationwide across all 50 states
