Technology Recovery Series: Part 1

What Really Happens to the World's Electronic Waste?

By the Rare Recapture Team

Recycling has become shorthand for doing the environmentally responsible thing. When an old laptop, phone, monitor, server, or other electronic device is handed over for recycling, it's easy to assume the story ends there: the device was recycled, valuable materials were recovered, and the waste stayed out of a landfill.

Globally, the reality is much more complicated.

The world generated a record 62 million metric tons of electronic waste in 2022, according to the Global E-waste Monitor 2024. Of that enormous volume, only 22.3% was documented as formally collected and recycled. E-waste generation is now increasing by approximately 2.6 million metric tons every year and is projected to reach 82 million metric tons by 2030. Also, the United Nations reports that e-waste generation is rising five times faster than documented e-waste recycling, creating a clear deficit.

Source: United Nations Institute for Training and Research (UNITAR) and International Telecommunication Union (ITU), Global E-waste Monitor 2024.

What Happens to the Other 77.7%?

This is where the numbers require some context.

It would be inaccurate to say that all of the remaining 77.7% goes directly into landfills or is illegally dumped. Instead, the Global E-waste Monitor shows that enormous quantities of electronics move through pathways that aren't captured by documented formal collection and recycling systems.

In 2022, the report estimated:

• 14 million metric tons of e-waste were discarded, primarily into landfills.
• 16 million metric tons were collected and recycled outside formal systems in high- and upper-middle-income countries.
• 18 million metric tons were managed largely through informal systems in low- and lower-middle-income countries.
• 5.1 million metric tons crossed international borders, with approximately 3.3 million metric tons moving from high-income to middle- and low-income countries through uncontrolled or undocumented movements.
• $19 billion in copper
• $15 billion in gold
• $16 billion in iron

That's a much more complicated picture than simply dividing electronics into “recycled” and “not recycled.”

Source: UNITAR & ITU, Global E-waste Monitor 2024.

There Is Real Value Inside What We're Throwing Away

Electronic waste isn't simply trash. It contains enormous quantities of resources that required mining, processing, manufacturing, and global transportation to put there in the first place.

The Global E-waste Monitor estimates that 2022's e-waste contained approximately 31 million metric tons of metals, 17 million metric tons of plastics, and 14 million metric tons of other materials, including minerals, glass, and composites.

The metals alone were valued at approximately $91 billion, including an estimated:

Yet only about $28 billion worth of secondary raw materials was reclaimed through documented e-waste recycling that year.

The report also found that only about 1% of global demand for rare earth elements is currently met through e-waste recycling.

Source: UNITAR & ITU, Global E-waste Monitor 2024.

These figures are part of the reason why responsible technology lifecycle management matters. Before equipment becomes waste, there may be opportunities for secure reuse, refurbishment, resale, component recovery, and ultimately responsible material recovery.

Every additional path can help keep useful technology and valuable resources in circulation longer.

When E-Waste Reaches the Wrong Place

The environmental consequences become more serious when electronics enter informal or environmentally unsound processing streams.

The World Health Organization warns that informal e-waste processing can include open burning, heating, acid leaching, shredding, dumping, and manual dismantling without adequate environmental or worker protections. WHO reports that these activities can release as many as 1,000 different harmful substances, including lead, cadmium, mercury, nickel, brominated flame retardants, and other pollutants.

Those contaminants can enter the air, soil, dust, food, and water surrounding processing sites. WHO identifies open burning and heating among the most hazardous practices because they can release toxic fumes and particles.

Source: World Health Organization, Electronic Waste (E-Waste), updated October 2024.

Does “Recycled” Always Tell You Where Your Electronics Went?

Not necessarily.  Where technology ultimately travels has been a concern for years. In a widely cited 2016 tracking investigation, the Basel Action Network placed GPS trackers inside 205 used printers and monitors and delivered them to recyclers and charities in the United States.

Among devices delivered to U.S. electronics recyclers, the investigation reported that 40% of the tracked deliveries went offshore, primarily to destinations in Asia. Investigators subsequently visited locations where some tracked devices arrived and documented electronics being dismantled under unsafe conditions.

That study is now a decade old and involved a specific sample of tracked equipment, so its 40% figure should not be interpreted as the current export rate for the entire U.S. recycling industry. What it demonstrated, however, remains relevant: organizations need visibility into their downstream partners rather than assuming the word “recycling” guarantees a particular outcome.

Source: Basel Action Network, E-Trash Transparency Project, 2016.

Responsible Recovery Can Make a Measurable Difference

There is another side to these statistics.  When electronics are managed through documented, responsible systems, material recovery can reduce the need for additional resource extraction.

The Global E-waste Monitor estimates that documented e-waste recycling in 2022 avoided approximately 900 million metric tons of primary ore extraction. Formal e-waste management also avoided approximately 93 million metric tons of CO₂-equivalent emissions, including emissions avoided through metals recovery and the responsible management of refrigerants.

The UN estimates that increasing global e-waste collection and recycling rates to 60% by 2030 could create benefits exceeding costs by more than $38 billion.

Source: UNITAR & ITU, Global E-waste Monitor 2024.

But responsible recovery does not have to begin with recycling.

A functioning device may have another user. Enterprise equipment may have value in a secondary market. Components may keep other systems operating. Materials can eventually be recovered when the asset truly reaches the end of its usable life.

There can be many responsible destinations between “we don't need this anymore” and “recycle it.”

Knowing Where Technology Goes Matters

For businesses, responsible technology management requires more than finding someone willing to remove old equipment. It means knowing who handles it, protecting the data it contains, maintaining the chain of custody, understanding downstream pathways, evaluating reuse and recovery opportunities, and having documentation that shows what ultimately happened.

That is the role Rare Recapture is built to handle. We help organizations navigate the complexity behind retired technology while maintaining the security, visibility, and accountability businesses need throughout the process.

Because handing over a device isn't the end of its story.

Knowing where it goes next is what makes the difference.

Continue the Series

In Part 2: When Technology Is “Recycled,” Where Does It Really Go?, we take a closer look at the specific destinations retired technology can enter once it leaves an organization—and why downstream visibility matters.