Electronic waste is growing faster than formal recycling systems can process it. The ITU Global E-waste Monitor 2024 reported 62 billion kg of e-waste worldwide in 2022, but documented formal collection and recycling covered only 22.3%, or 13.8 billion kg. These e-waste recycling statistics show the scale of the gap, the value of recoverable materials, and the differences between regions and policies.
Contents
- Global e-waste generation and recycling
- Regional e-waste recycling rates
- What types of e-waste are hardest to recycle
- Materials, metals, and environmental benefits
- Trade, informal management, and disposal
- Policy and producer responsibility
- Forecasts and earlier measurements
Global e-waste generation and recycling
The 2022 global total was 62 billion kg, equivalent to an average of 7.8 kg per person. The ITU Global E-waste Monitor 2024 measured 34 billion kg in 2010, so generation increased by 28 billion kg between 2010 and 2022. Annual generation is now rising by an estimated 2.6 million tonnes per year.
Formal collection and recycling increased from 8 billion kg in 2010 to 13.8 billion kg in 2022. Even with that increase, generation has outpaced formal collection and recycling by almost a factor of five since 2010. In 2022, the documented formal rate was 22.3% of the global total.
| Global measure | 2010 | 2022 |
|---|---|---|
| E-waste generated | 34 billion kg | 62 billion kg |
| Formally collected and recycled | 8 billion kg | 13.8 billion kg |
| Documented formal share | Not stated in the supplied 2022 comparison | 22.3% |
The same 2024 report estimated that 14 million tonnes were trashed in 2022, mostly in landfills. That represented 22.3% of the 2022 total. The figures describe different parts of the overall material flow, so the formal collection rate should not be treated as a complete account of every item that avoided disposal.
Regional e-waste recycling rates
Europe generated 17.6 kg of e-waste per person in 2022, the highest regional total per capita. It also recorded 7.5 kg per capita of documented collection and recycling, equal to a 42.8% recycling rate for the e-waste it generated. The ITU lists that 7.5 kg per capita rate as the highest among regions.
Other 2022 documented collection and recycling rates were 6.7 kg per person in Oceania and 4.2 kg per person in the Americas. Africa had less than 1% of its e-waste documented as formally collected and recycled.
Asia generated about half of the world’s e-waste in 2022, or roughly 30 million tonnes. That large total reflects population and consumption scale; it is not a per-capita comparison. For an earlier regional baseline, the ITU Global E-waste Monitor 2020 reported the following 2019 generation totals:
| Region | 2019 e-waste generated | 2019 per-capita generation |
|---|---|---|
| Asia | 24.9 million tonnes | 5.6 kg |
| Americas | 13.1 million tonnes | 13.3 kg |
| Europe | 12 million tonnes | 16.2 kg |
| Africa | 2.9 million tonnes | 2.5 kg |
| Oceania | 0.7 million tonnes | 16.1 kg |
The 2019 figures are historical measurements from the ITU Global E-waste Monitor 2020, not a substitute for the 2022 estimates. They show why regional totals and per-person rates should be read together: Asia had the largest mass, while Europe and Oceania had the highest reported per-capita generation in that earlier year.
What types of e-waste are hardest to recycle
Small devices were 33% of global e-waste in 2022, totaling 20.4 million tonnes. Only 12% of small-device e-waste was recycled. Small IT and telecommunications equipment contributed 4.6 million tonnes and had a documented collection and recycling rate of 22%.
The earlier ITU Global E-waste Monitor 2020 measured 17.4 million tonnes of small equipment in 2019, 13.1 million tonnes of large equipment, and 10.8 million tonnes of temperature-exchange equipment. Temperature-exchange equipment includes products such as refrigerators and air-conditioners, whose disposal can involve refrigerants as well as metal and plastic recovery.
Retired photovoltaic panels are another growing stream. The ITU Global E-waste Monitor 2024 estimated 600,000 tonnes of retired photovoltaic panels in 2022 and forecast 2.4 million tonnes in 2030. The projected 2030 mass is four times the 2022 estimate.
These category figures help explain why a single recycling percentage can hide practical differences. A small device may be easy to store but difficult to collect economically at scale, while cooling equipment requires controlled handling. Solar panels add a later-life waste stream whose projected mass is substantially larger than its 2022 estimate.
Materials, metals, and environmental benefits
The 62 billion kg of e-waste generated in 2022 contained 31 billion kg of metals, 17 billion kg of plastics, and 14 billion kg of other materials, including minerals, glass, and composite materials. The embedded metals were valued at USD 91 billion.
The reported values included USD 19 billion in copper, USD 15 billion in gold, and USD 16 billion in iron. Reclaimed secondary raw materials from urban mining were worth USD 28 billion in 2022. The ITU also described insufficient e-waste recycling as wasting USD 91 billion in valuable metals.
Formal e-waste management avoided extraction of 900 million tonnes of primary ore in 2022. It also prevented 93 million tonnes of carbon-dioxide-equivalent emissions. Of those avoided emissions, 41 million tonnes came from recaptured refrigerants and 52 million tonnes came from avoided metal-mining emissions.
The earlier ITU Global E-waste Monitor 2020 estimated that discarded fridges and air-conditioners released 98 million tonnes of carbon-dioxide-equivalent emissions in 2019, roughly 0.3% of global greenhouse-gas emissions that year. It also estimated 50 tonnes of mercury annually in undocumented e-waste flows. These historical estimates concern specific risks and should not be added to the 2022 avoided-emissions figures.
Trade, informal management, and disposal
Cross-border e-waste shipments totaled 5.1 million tonnes in 2022, or 8.2% of the global total. About 3.3 million tonnes moved from high-income countries to middle- and low-income countries. That stream represented 65% of cross-border shipments.
Management routes also differed by income group. High- and upper-middle-income countries had 16 million tonnes collected and recycled outside formal systems in 2022. Low- and lower-middle-income countries managed 18 million tonnes mostly through the informal sector.
The ITU Global E-waste Monitor 2024 figures distinguish formal documented recycling from other collection and management routes. A material handled outside a formal system is not automatically equivalent to material lost to disposal, and the reported categories should not be combined into a new recycling rate without additional data.
For scale, the ITU Global E-waste Monitor 2020 described the 2019 total of 53.6 million tonnes as weighing about as much as 350 Queen Mary 2-sized cruise ships. Arranged as cruise ships of that size, the same total would form a line 125 km long. The 2019 e-waste stream contained gold and other components valued at USD 57 billion.
Policy and producer responsibility
As of June 2023, 81 countries had e-waste policy, legislation, or regulation in place, representing 42% of all countries assessed. The ITU Global E-waste Monitor 2024 reported that this was short of its target of 97 countries, or 50%, by 2023.
Of the countries with e-waste regulation, 67 applied extended producer responsibility. Among those countries, 46 had national e-waste collection targets and 36 had national e-waste recycling targets. The ITU’s e-waste policy support page reported average collection and recycling rates around 25% in countries with e-waste legislation, while its e-waste backgrounder reported rates close to zero in countries without e-waste legal instruments.
The relationship is descriptive rather than proof that legislation alone causes a particular rate. Collection infrastructure, enforcement, product design, financing, and public participation can all affect the measured result. Still, the contrast gives recycling programs a clear policy benchmark: countries with legal instruments had a reported average near one-quarter, while countries without them were close to zero.
The earlier ITU Global E-waste Monitor 2020 counted 78 countries with legislation, policy, or regulation in 2019, up from 61 in 2014. Its 2018 target aimed for a 30% global e-waste recycling rate by 2023. The later 2022 documented formal rate of 22.3% was below that historical target, although the two reports use different measurement periods and should be compared cautiously.
Forecasts and earlier measurements
The ITU Global E-waste Monitor 2024 forecast 82 million tonnes of e-waste in 2030. That projection is 33% above the 2022 figure. Documented collection and recycling are projected to fall to 20% by 2030 if current conditions continue. The report also estimated that reaching a 60% collection and recycling rate by 2030 would produce benefits exceeding costs by more than USD 38 billion.
The previous ITU Global E-waste Monitor 2020 reported 53.6 million tonnes of e-waste in 2019. It measured 17.4% collected and recycled, with the 2019 total 21% higher than five years earlier and 9.2 million tonnes above the 2014 level. That report forecast 74 million tonnes by 2030 and described the forecast as almost a doubling over 16 years.
The 2020 report also recorded 2.7 million tons of consumer electronics generated in the United States in 2018, according to US EPA durable goods data. Selected consumer electronics recycling reached 38.5% in that measurement. EPA estimated that this electronics category represented less than 1% of all US municipal solid waste generation.
For additional US context, EPA estimated 24.8 million tons of total miscellaneous durable goods generation in 2018. Of that broader category, 3.05 million tons were combusted with energy recovery and 20.28 million tons were landfilled. These are miscellaneous durable-goods figures, not the narrower selected-consumer-electronics recycling rate.
Taken together, the measurements point to a widening global material challenge: generation increased from 34 billion kg in 2010 to 62 billion kg in 2022, while documented formal recycling reached 13.8 billion kg. The most direct opportunities are visible in the low 12% recycling rate for small devices, the projected fourfold increase in retired photovoltaic panels, and the potential for higher collection rates to recover metals and avoid mining-related emissions.