Global Dumping of E-Waste: Where Discarded Electronics Actually End Up
The global dumping of e-waste is what happens when a device is too cheap to recycle properly and too costly to throw away legally. Rather than pay to handle the leftover material at home, some exporters load it into a container and send it somewhere with lower labor costs and thinner enforcement. The device leaves as “used equipment.” It arrives as somebody else’s problem.
What Global Dumping of E-Waste Means
Recycling an old laptop is profitable up to a point. Gold, copper, aluminum and steel are worth recovering. Leaded glass, mixed plastics, flame-retardant housings and degraded batteries are not. They cost money to process safely.
Global dumping is the shortcut around that cost. The valuable fraction gets pulled out domestically. The rest is shipped abroad, usually declared as functional secondhand goods rather than as waste.
The distinction matters legally, and it is the seam the trade lives in. Used equipment that still works can be exported for reuse. Waste cannot move freely. But international trade codes were never written to tell a working monitor from a dead one, so a single container can carry both and be declared as neither.
How Much E-Waste Crosses Borders
The UN’s Global E-waste Monitor, produced by UNITAR and the ITU, published its fourth edition in March 2024. Its figures for 2022 are the current baseline.
E-waste generation is now rising roughly five times faster than documented recycling. Meanwhile, recovered material barely dents demand: e-waste recycling supplies no more than 1% of the world’s need for rare earth elements.
How Shipments Get Through Customs
Two-year fieldwork at the Port of Lagos by United Nations University and the Basel Convention Coordinating Centre for Africa, published in 2018, mapped the mechanics in detail. It remains the best documented case study of the route.
Nigeria received roughly 60,000 tons of used electrical and electronic equipment per year in 2015 and 2016. Most of it did not arrive the way you would expect.
How Used Equipment Reached Lagos
Annual average, 2015–2016
Two photocopiers and two televisions fit comfortably in a sedan, and nobody was counting them. Paperwork did the rest. More than 60% of the equipment arriving in containers was declared as household goods or personal effects. The equipment inside vehicles was mostly not declared at all.
Roughly 77% of the assessed imports originated in EU ports, with Germany and the United Kingdom each accounting for about 20%. Around 20% of conatiner-borne equipment came from the United States.
The “Junk Shipment” Claim Needs a Correction
For years, advocacy material described these shipments as overwhelmingly worthless — three-quarters junk or worse.
The evidence does not support that framing, and repeating it does real damage to the case against dumping. Basel Secretariat research in Nigeria and Ghana found that 75 to 80% of used devices shipped internationally needed no repair at all. Most of what arrives works, or can be made to work by local repair technicians who are genuinely good at it.
The problem is narrower and harder to dismiss.
of used equipment arriving in Nigeria was non-functional e-waste — a quarter of a very large flow, and still an enormous volume of waste.
of flat-panel televisions and monitors were dead on arrival. They were the biggest import category by weight, at 18% of the total.
Cathode-ray tube televisions and monitors made up another 14%, despite being banned from import outright. And the functional units are borrowed time. A secondhand device sold in Lagos or Accra reaches end of life within a few years, in a country with far less recycling infrastructure than the one that exported it. The Basel Convention’s E-Waste Africa Programme estimates that Benin, Côte d’Ivoire, Ghana, Liberia and Nigeria together generate between 650,000 and 1,000,000 tons of e-waste each year, much of it from short-lived secondhand imports.
What Happens After the Container is Unloaded
Informal processing is what makes low-value scrap pay. It is also what makes it dangerous.
Circuit boards are heated over open flames to release solder. Insulated cable is burned in the open to recover copper. Boards are bathed in acid to strip gold, and the spent acid goes into the nearest drain or waterway. Plastic housings are burned off whatever is worth keeping underneath.
- Heavy metals in the material itself: lead, mercury and cadmium, released during burning and acid stripping.
- Brominated flame retardants in housings and boards, which persist in soil and dust long after the fire is out.
- Dioxins and furans generated by open burning, carried on smoke across whole neighborhoods.
- Spread beyond the worksite through soil, groundwater, air and food crops, with children nearby most affected.
None of this is a failure of skill on the part of the workers. It is a direct consequence of sending material to places where the safe processing route does not exist.
Where the E-Waste Material Goes Now
The map has moved. Older accounts of global dumping point almost entirely at West Africa and southern China. Both pictures are out of date. Enforcement and regional cooperation in West Africa have improved, though the route is far from closed, and Southeast Asia has become the growth destination.
Spanish authorities break up a network shipping 2.5 billion kilograms of material into Africa, including 750,000 kilograms of falsely certified e-waste.
An organized crime group is caught moving over 5 million kilograms of e-waste — 331 containers — from the Canary Islands to Ghana, Mauritania, Nigeria and Senegal.
Malaysian police raid a concealed e-waste processing operation inside a palm plantation, running since 2019, where around 50 workers strip scrap metal from equipment trafficked largely from the United States. A string of similar raids leads the Basel Action Network to issue a trafficking alert for the region.
BAN tracks 234 containers of suspected e-waste from the US arriving at Subic in the Philippines. Philippine officials publicly characterize the shipments as criminal under the Basel Convention.
What Changed on January 1, 2025
This is the most significant development in the history of the e-waste trade, and it is recent enough that most coverage of global dumping predates it.
At its fifteenth Conference of the Parties in June 2022, the Basel Convention adopted a set of e-waste amendments. They took effect on 1 January 2025 and brought all transboundary movements of e-waste under the Convention’s prior informed consent procedure. Mechanically, two new entries did the work.
A1181 — Annex VIII
Covers hazardous e-waste, hazardous components, and waste from processing them, including shredder fractions.
Y49 — Annex II
Covers everything else: all remaining e-waste, components and processing residues.
The practical effect is that an exporter must now obtain written consent from the importing country, and from every transit country, before a shipment leaves. It is the first time non-hazardous electronic scrap has been controlled at all. There are carve-outs for fully functional equipment shipped for direct reuse and for equipment shipped for repair under defined criteria, but the default has flipped from permitted to controlled.
Why the United States is a Special Case
The Basel Convention has 190 parties. The United States is not one of them. It participates as an observer and has never ratified.
That sounds like an exemption. In practice it is closer to the opposite. Under Article 4(5), a party may not import controlled waste from a non-party, absent a separate agreement. So the 2025 amendments did not just add paperwork for American exporters. They made a large share of what US exporters had been shipping unlawful to receive at the other end.
Domestic law has not filled the gap. There is still no federal mandate governing where US e-waste goes. The Secure E-waste Export and Recycling Act has been introduced repeatedly since 2015 without passing. Enforcement against exporters has mostly come indirectly, through fraud charges when a recycler misrepresents to customers how material will be handled.
Which means the meaningful control point is not the border. It is the choice of recycler.
How to Keep Your Electronics Out of the Export Stream
Ask any recycler three questions before you hand over equipment.
Where is the Material Processed?
Not where do you collect, but where does the last fraction actually go. A straight answer names facilities and countries.
Is Reuse Attempted Before Dismantling?
A device resold or refurbished domestically never enters the export chain. This is the highest-leverage step, and the one that gets skipped when volume matters more than outcome.
Can You Show a Downstream Chain of Custody?
Certification belongs to specific facilities. R2 and e-Stewards are held by processing vendors, not by every company that collects a box. Ask which vendor holds what.
GreenCitizen operates on the answers to those three questions. Equipment is evaluated for reuse before anything is taken apart. Material is processed within the United States rather than shipped offshore, and downstream vendors are selected on their certifications and audit records. Every item is tracked, so a business can see what happened to a specific asset rather than trusting a summary.
If you have equipment to move, start with drop-off recycling for individual items, business pickup for volume, or mail-in recycling if you are outside the Bay Area.