US Electronics Waste Exports Push Pollution Costs onto Southeast Asia

Thousands of containers, a growing toxic burden

About 2,000 containers carrying roughly 33,000 metric tons of used electronics leave United States ports each month, adding to a waste crisis in Southeast Asia. An investigation by the Basel Action Network, a nonprofit that tracks toxic trade, describes a hidden tsunami of discarded equipment reaching countries that ban such imports and lack enough infrastructure to handle them safely.

Investigators traced at least 10 American companies collecting, trading or brokering used electronics into Asia and the Middle East. Between January 2023 and February 2025, those exporters shipped more than 10,000 containers of potential electronic waste, with an estimated value above $1 billion. Activity across the industry is estimated to exceed $200 million a month.

Eight of the 10 companies hold R2V3 certification, a label intended to signal responsible recycling. Several companies dispute wrongdoing and say they follow the rules. Yet shipments continue arriving in countries that prohibit foreign electronic waste, leaving receiving communities to manage broken equipment and hazardous leftovers.

Phones, laptops, servers, screens and printers contain copper, gold and other valuable or rare materials. They can also contain lead, cadmium, mercury and brominated flame retardants, chemicals used to slow the spread of fire. Recovering the valuable parts without controlling the dangerous ones can expose workers, families and ecosystems to pollution.

The global volume is climbing. The world generated a record 62 million metric tons of electronic waste in 2022, with the total expected to reach about 82 million by 2030. That would be an increase of 20 million metric tons, or roughly 32%. Asia already produces nearly half the global total, while American exports add another burden to systems struggling with locally generated waste.

Why discarded devices become profitable cargo

Exporting unwanted electronics can cost less than processing them responsibly in the United States. Receiving countries often have lower labor, land and compliance costs, while exporters can sell containers of mixed equipment for quick cash. Relatively low shipping costs on backhaul routes, the return legs of shipping journeys, help the calculation.

Exporters can earn twice from the same equipment: first by charging corporate customers to remove it, then by selling it abroad. Copper and gold make the cargo attractive to buyers. The expensive parts of recycling, including managing glass from cathode ray tubes, mercury backlights in flat screens and mixed plastics, can be left to others.

Traders often describe shipments as reusable equipment heading for refurbishment. In practice, containers can hold a mixture of devices that work, devices that might be repaired and equipment that is broken or obsolete. Importers recover saleable components and materials, then discard what remains. The gap between the money recovered and the cost of safe disposal sustains the business.

Some industry groups argue that imports provide jobs and raw materials for local manufacturing. Those benefits are possible where facilities use modern equipment, clean inputs and strict pollution controls. When broken devices arrive without proper paperwork and hazardous residues have no safe destination, burning and dumping shift the costs to nearby residents and taxpayers.

How brokers disguise the contents

Specialized brokers gather truckloads of old electronics, consolidate them into containers and arrange their movement overseas. Trade records show descriptions such as commodity materials or mixed metal scrap being used instead of electronic waste. The trade codes assigned to cargo do not always match what is inside.

Customs authorities use descriptions and codes to decide which shipments need closer inspection. Incorrect labels can allow hazardous loads to pass through automated risk filters. Routing cargo through transit hubs and free trade zones adds more stages to the journey and makes responsibility harder to track.

Broken or obsolete devices can also be packed alongside a smaller number of repairable items, with paperwork describing the whole load as reusable goods. By the time officials open a container, it may be far from its original port. Weak paperwork, limited enforcement and penalties that are small compared with steady trading profits help keep the traffic moving.

What international and national rules require

The Basel Convention is a global treaty governing movements of hazardous waste across borders. It tightly controls these shipments and restricts or bans many kinds of toxic scrap, including trade between certain groups of countries. Its prior consent process requires permission before covered waste moves, making accurate descriptions of cargo essential.

Most Southeast Asian countries are parties to the convention, and national laws across the region ban or tightly restrict imports of foreign electronic waste. The United States has not ratified the treaty. That gap, together with weak enforcement and unreliable paperwork, allows exporters to send cargo toward destinations where it is prohibited.

American rules permit some exports of tested, working equipment and certain materials. The difficulty comes when traders describe mixed loads of broken and usable electronics as products for reuse. Mislabeling hides the contents, undermines the consent process and violates the laws of receiving countries.

Malaysia, Thailand, Indonesia and the Philippines are among the Southeast Asian destinations identified, while containers also reach the United Arab Emirates. National bans and restrictions create legal barriers, but inspectors still have to identify prohibited cargo among the many shipments passing through ports.

Why certification has come under scrutiny

R2V3 certification sets requirements for testing equipment, wiping data, protecting workers and controlling downstream handling. Downstream means the companies that receive equipment or materials after the first recycler passes them on. The system is designed to keep equipment that cannot be repaired out of the export stream.

The finding that eight of the 10 identified exporters hold the certification puts attention on what happens beyond the collection facility. Gaps can develop when certified companies outsource logistics or when later vendors are not fully audited. The physical route of a container may extend well beyond the organization that first accepted a customer's equipment.

Stronger audits, public disclosure of downstream partners and digital tracking of devices and containers are among the proposed responses. Verification would need to follow the entire chain of custody, meaning each transfer from one handler to the next, and confirm where loads actually arrive. A certificate alone gives customers limited visibility into that journey.

Malaysia and Thailand face arriving shipments

Malaysia has become a primary destination for American electronic waste. Imports arrive faster than authorities can inspect them, and many receiving facilities operate without permits or pollution controls. Officials recently confiscated shipments valued at about $118 million and said most sites they inspected were illegal and lacked basic environmental safeguards.

Thailand has increased inspections at ports and warehouses. In May, authorities seized 238 tons of electronic waste linked to cargo originating in the United States at Bangkok's main port. The seizures show the practical challenge facing officials: prohibited equipment continues to arrive despite national restrictions.

Indonesia, the Philippines and other receiving destinations face similar pressures from misdeclared loads. Broken plastics and circuit boards can accumulate without a safe outlet, while imported waste competes for capacity in systems intended to handle domestic rubbish and discarded equipment.

Municipal landfills can receive toxic components that release metals and persistent chemicals into soil and water. Informal recycling clusters develop near ports and industrial parks. Residents report smoke from burning plastic, polluted drainage canals and illnesses consistent with known exposures associated with electronic waste.

What workers recover, and what escapes

Workers in informal scrapyards remove casings by hand, break open televisions and monitors containing cathode ray tubes, and use heat to pry chips from circuit boards. Burning plastic insulation exposes the metal inside wires. Acid leaching, which uses acid to dissolve and separate metals, and basic smelting recover valuable material from boards.

These methods can release lead dust, cadmium and mercury vapor. Burning and chemical processing also create hazardous byproducts that move through nearby neighborhoods and settle in waterways. Many workers handle the equipment without adequate protection and breathe smoke and acid fumes.

Scientific studies identify sites recovering precious metals as hotspots for several contaminant groups. These include toxic metals, plastic additives, brominated flame retardants, polychlorinated biphenyls, and perfluoroalkyl and polyfluoroalkyl substances. Processing can also leave dioxins, furans and polycyclic aromatic hydrocarbons. Burning or shredding casings and cable coverings releases microplastics and nanoplastics, very small plastic particles.

Short term exposure can irritate eyes and lungs. Exposure over longer periods is linked to neurological harm, developmental problems in children and cancers. The danger extends beyond workers handling a circuit board or burning a cable, because residues can move into the places where families live and obtain food.

Pollution travels beyond the scrapyard

Dust carries contaminants into homes and schools. Ash and acid waste can enter streams used for irrigation and fishing, while crops and livestock can accumulate metals. A processing yard can therefore affect people who never enter it.

Undocumented workers and nearby families with limited access to medical care carry a heavy share of the health burden. Communities also face the practical costs of contaminated drainage, unsafe waste piles and material that local disposal systems cannot handle properly.

Preventing that harm requires stopping prohibited shipments and moving recycling into controlled facilities. Ventilation, filtration and safe chemical handling can reduce exposure during processing. Hazardous leftovers still need secure storage and treatment rather than disposal in open land or waterways.

Protection is also needed where informal recycling already provides livelihoods. Respirators, gloves, ventilation, acid neutralization and lined storage for dangerous residues are among the measures proposed. Bringing small operators into the formal system and directing material toward licensed facilities could reduce pollution while preserving work.

How China's restrictions redirected the trade

China once received a large share of the world's scrap of low value and secondhand goods. Large recycling towns processed the material, but pollution and public pressure prompted restrictions beginning in 2017. A full ban on solid waste imports followed in 2021.

The trade shifted toward Southeast Asia. Many operators moved equipment, capital and technical knowledge into the region without bringing the pollution safeguards China had begun enforcing. Regulators already managing limited resources then faced additional shipments and new businesses.

Regional figures show sharp increases in plastic waste imports among ASEAN members between 2016 and 2018. Similar patterns appeared in electronic scrap. Exporters took advantage of differences in licensing and enforcement across borders and within special economic zones.

The sequence links changing trade routes with the more recent investigation and seizures:

• 2016 to 2018: ASEAN countries recorded sharp rises in plastic waste imports.
• 2017: China began introducing controls following pollution concerns and public pressure.
• 2021: China completed its ban on solid waste imports.
• January 2023 to February 2025: The 10 identified American exporters shipped more than 10,000 containers of potential electronic waste.
• May 2025: Thai authorities seized 238 tons linked to cargo originating in the United States at Bangkok's main port.
• 2026: New European Union restrictions on plastic waste exports to countries outside the OECD are scheduled to begin.

For Southeast Asian authorities, the shift means that closing one major destination can redirect cargo toward neighboring markets. Inspection capacity, licensing and cooperation across borders become central to managing those changing routes.

Who pays for the waste trade

Environmental advocates describe the transfer of waste from richer countries to poorer ones as waste colonialism. The term was first used in the late 1980s and describes a pattern in which the money from disposal and recovery goes to traders while communities elsewhere absorb pollution and health costs.

The economics are visible in the materials themselves. Copper and gold have buyers, but contaminated glass, mercury components and mixed plastics can cost money to manage. When those expenses are avoided, the apparent bargain depends on someone else carrying the burden.

Governments in Southeast Asia are pushing back. Thailand has ended plastic waste imports, Indonesia has announced bans, and Malaysia has tightened controls. The European Union has approved new limits on plastic waste exports to countries outside the Organisation for Economic Co-operation and Development, or OECD, beginning in 2026. Campaigners want stronger global action covering electronic waste as well.

Plastic restrictions and electronic waste controls address different cargoes, but both respond to the movement of difficult waste into countries facing disposal pressures. For receiving communities, the immediate concern is concrete: whether incoming material has a licensed place to be processed and whether hazardous leftovers will be contained.

What governments and customers can change

The United States could ratify the Basel Convention, close export loopholes and require public disclosure of downstream partners. Proposed enforcement measures include digital tracking of containers, stronger penalties for false descriptions and independent audits that verify each shipment's destination. Federal agencies and states could align their rules so equipment collected for recycling does not end up in prohibited overseas trade.

Extended producer responsibility rules would require brands to fund collection and safe recycling. Longer support for repairs and spare parts would keep devices in use and delay disposal. Right to Repair laws, corporate take back programs and purchasing contracts that prohibit export for disposal are other options.

Companies disposing of equipment can require a verifiable chain of custody and publish audit results. Households and schools can choose recyclers that commit to keeping unrepairable devices out of foreign trade and explain which downstream businesses handle their material.

Southeast Asian governments can strengthen port inspections, share information across borders and publish enforcement results. Those steps would support efforts to identify and reject illegal shipments while helping licensed recyclers receive material they can process safely.

No timetable is given for the proposed American treaty ratification or the wider package of tracking, disclosure and audit reforms. The stated policy date ahead is 2026 for the European Union's new plastic export limits. For electronic waste, the immediate challenge remains connecting collection promises with the actual destination and treatment of every load.

What to Know

• About 2,000 containers carrying roughly 33,000 metric tons of used electronics leave American ports each month.
• The Basel Action Network investigation identified at least 10 American exporters sending material to Asia and the Middle East.
• Those companies shipped more than 10,000 containers of potential electronic waste between January 2023 and February 2025, valued above $1 billion.
• Eight of the 10 companies hold R2V3 certification. Several dispute wrongdoing and say they follow the rules.
• Malaysia confiscated shipments valued at about $118 million. Thailand seized 238 tons in May at Bangkok's main port.
• The United States has not ratified the Basel Convention. Receiving countries have bans or strict restrictions that misdeclared shipments evade.
• Informal burning, acid treatment and smelting expose workers and communities to hazardous metals, chemicals and plastic particles.
• Stronger enforcement, traceable recycling, producer funding and longer use of repairable devices are among the proposed responses.