Smartphone recycling statistics show a large gap between the devices that exist, the phones people keep, and the material formally collected for recovery. The figures below distinguish global e-waste categories, phone-specific estimates, household behavior, reuse, collection and model-based environmental outcomes.
Key Smartphone Recycling Statistics
The most useful headline figures are:
- In 2022, global e-waste reached 62 million tonnes worldwide.
- Between 2010 and 2022, global e-waste increased by 82% worldwide.
- By 2030, global e-waste is forecast to reach 82 million tonnes.
- In 2022, small devices represented 33% of global e-waste, or 20.4 million tonnes.
- In 2022, only 12% of the worldwide small-device e-waste category was documented as recycled.
- In 2022, small IT and telecommunications equipment generated 4.6 million tonnes globally.
- In 2022, the documented collection-and-recycling rate for small IT and telecommunications equipment was 22% worldwide.
- In 2022, the documented global e-waste recycling rate was about 22.3%.
- In 2023 reporting, the EU mobile-phone collection rate was below 5%.
- In 2023 reporting, EU households stored an estimated 700 million unused or waste mobile phones.
- In 2024, 51% of EU people aged 16–74 kept an old mobile phone or smartphone at home.
- In 2024, 18% of EU people aged 16–74 gave or sold an old phone to someone else.
- In FY2022–23, MobileMuster collected 96 tonnes of mobile phones and accessories in Australia.
- In FY2022–23, 89% of MobileMuster’s collected material was diverted from landfill in Australia.
- In FY2022–23, 94% of Australia’s population lived within 10 km of a MobileMuster drop-off site.
- In 2022, South Korea was estimated to retire 17.99 million mobile phones.
- In a literature-based smartphone end-of-life baseline, 49% of devices were estimated to be kept unused at home.
- In a current US market model, second-hand smartphone reuse increased average total product-use time by 17%.
- In a current-market smartphone life-cycle model, the estimated footprint was 7.9 kg CO2e per average user-year.
Contents
- Global e-waste scale and small-IT trends
- European smartphone collection rates and gaps
- Old-phone storage, reuse and disposal behavior
- Australia smartphone recycling data from MobileMuster
- Retired phone volumes, lifetimes and material recovery
- Smartphone reuse, recycling outcomes and carbon implications
Global Smartphone Recycling Statistics: E-Waste Scale and Small-IT Trends
The Global E-waste Monitor 2024 reported 62 million tonnes of e-waste worldwide in 2022, 82% higher than in 2010. It forecasts 82 million tonnes in 2030, but these totals cover all e-waste rather than smartphones alone. The Global E-waste Monitor 2024
The small-device category accounted for 33% of 2022 global e-waste, equal to 20.4 million tonnes. This category includes toys, microwaves, vacuum cleaners and e-cigarettes, so it should not be read as a smartphone total.
| 2022 global measure | Result | Scope |
|---|---|---|
| All e-waste | 62 million tonnes | All categories |
| Small devices | 20.4 million tonnes; 33% | Includes several non-phone products |
| Small IT and telecommunications equipment | 4.6 million tonnes | Phones, laptops, routers and GPS devices |
| Documented global e-waste recycling | About 22.3% | Formal/documented collection and recycling |
Only 12% of the small-device category was documented as recycled in 2022. Small IT and telecommunications equipment had a documented collection-and-recycling rate of 22%, while the category includes mobile phones alongside laptops, routers and GPS devices.
These are documented formal-system figures, not a complete measure of informal recovery. The category definitions are essential when using global totals as smartphone recycling context.
European Smartphone Recycling Rates and Collection Gaps
European Union evidence shows that return behavior remains a major bottleneck. The European Commission reported a mobile-phone collection rate below 5% in 2023, while a separate Commission recommendation estimated the EU mobile-phone recycling rate at 12% to 15%; collection and recycling are not identical measures. European Commission: Circular economy recommendations Commission Recommendation on used and waste mobile phones
| EU measure | Period | Result | Definition |
|---|---|---|---|
| Mobile-phone collection rate | Reported 2023 | Below 5% | Collection estimate |
| Mobile-phone recycling rate | Reported 2023 recommendation | 12%–15% | Estimated range |
| Unused or waste phones stored in households | Reported 2023 | 700 million | Estimated stock, not annual generation |
| Stored phones per EU person | Reported 2023 | Almost 2 | Rounded Commission comparison |
The Commission’s estimate of 700 million stored phones equated to almost two phones per EU person in its rounded comparison. It describes an accumulated household stock, not the number of phones discarded during one year.
Broader WEEE data provides context but is not phone-specific: EU WEEE generation averaged 16.2 kg per person in 2019, while separately collected WEEE reached about 10.5 kg per person in 2020. The 10.5 kg figure is about 64.8% of the 2019 per-capita generation figure, a simple ratio across different years rather than an official collection-rate definition.
Old-Phone Storage, Reuse and Disposal Behavior
Eurostat evidence cited by the European Commission shows why collection rates can remain low even when people no longer actively use a phone. In 2024, 51% of EU individuals aged 16–74 kept their old mobile phone or smartphone at home, while 18% gave or sold it to someone else. European Commission: Circular economy recommendations
Keeping a device at home is not the same as disposal, recycling or material recovery. Giving or selling a phone represents reuse or transfer, not recycling.
A Sydney consumer survey published in 2020 found that 67.58% of respondents were unfamiliar with Australia’s national mobile-phone recycling program. The study also measured 1.41 mobile phones in use per person on average and a self-reported average possession lifespan of 3.17 years. Waste mobile phones: Australian consumer survey
A literature-based smartphone life-cycle baseline estimated three end-of-life pathways: 49% of devices kept unused at home, 36% finding a second use through donation or second-hand markets, and 15% collected for recycling or remanufacturing. These are modeled scenario estimates, not universal observed rates. Smartphone material-efficiency life-cycle analysis
Australia Smartphone Recycling Statistics from MobileMuster
MobileMuster’s FY2022–23 program results illustrate the difference between access, participation and recovery. The program collected 96 tonnes of mobile phones and accessories, reported a 12% annual collection rate for available phones, and diverted 89% of collected material from landfill.
Its material-recovery recycling rate was also 89%. MobileMuster Annual Report 2023 MobileMuster Annual Report 2023 PDF
| MobileMuster FY2022–23 measure | Result | What it measures |
|---|---|---|
| Phones and accessories collected | 96 tonnes | Program collections |
| Annual collection rate | 12% | Available phones in program scope |
| Material diverted from landfill | 89% | Collected material |
| Material-recovery recycling rate | 89% | Collected material |
| Population within 10 km of a drop-off site | 94% | Accessibility |
| Handset manufacturers participating | 96% | Industry program participation |
| Carriers participating | 94% | Industry program participation |
The report notes that the collection, diversion and recycling KPIs used revised calculation methodology and underlying data that year. The 94% access figure measures proximity to a drop-off site, not whether people participated or whether all Australian phones were recycled.
MobileMuster also collected 43.5 tonnes of expanded products in FY2022–23, including modems, routers, wearables and other products. Those products were not covered by government accreditation targets and are not phones alone.
The FY2024 report estimated average collected-phone weight at 187.8 grams, based on a sample of 400 actual phones. Components and accessories were accounted for separately, so this sample-based average should not be applied automatically to every device. MobileMuster Annual Report 2024
Retired Mobile-Phone Volumes, Lifetimes and Material Recovery
A study of South Korea estimated that 17.99 million mobile phones were retired in 2022, compared with 13.12 million in 2001. The same sales-and-new method deduced a 4.16-year phone lifetime in 2022; these are model-based estimates rather than individual usage durations. Generation estimation and metals recycling potentials in Korea
| South Korea estimate | 2001 | 2022 |
|---|---|---|
| Retired mobile phones | 13.12 million | 17.99 million |
| Deduced phone lifetime | Not supplied for this comparison | 4.16 years |
A peer-reviewed characterization of multigenerational waste mobile phones reported average composition of 40% plastics, 35% metals and 25% ceramics by mass. The sample represents studied waste phones, not every current smartphone model. Smartphone material-efficiency life-cycle analysis
The same literature base cited a scenario in which recovering battery, copper and precious materials from a 168-gram smartphone yielded a net saving of 1,140 grams CO2e. Another estimate reported 400 grams CO2e emitted when recycling a roughly 220-gram smartphone; the studies use different system boundaries and are not directly comparable. Smartphone material-efficiency life-cycle analysis
Smartphone Reuse, Recycling Outcomes and Carbon Implications
Recycling is only one end-of-life pathway. A US second-hand smartphone market study estimated that reuse increased average total product-use time by 17% and reduced demand for new smartphones by 15%; the results come from a current-market model based on survey and market data. Second-hand smartphones and carbon emissions
The model used 13 second-hand purchases per 100 users, with 9 later discarded and 4 passed on again. Those modeled flows avoided about 6 new units annually per 100 users, reducing modeled production from 37 to 31 units.
Other modeled outcomes describe how reuse changes device utilization:
- Circular-use devices averaged 2.4 users over their life in the US study.
- Circular-use devices had 1.8 times the total use time of linear devices.
- Only 2% of respondents said they would not purchase any phone without the second-hand alternative.
The same research estimated an average rebound effect of 29%, with model-specific results ranging from 27% to 46%. Under some regional and behavioral assumptions, modeled rebound effects could exceed 100%, indicating a possible backfire scenario rather than an observed national recycling outcome. Does the Circular Economy Grow the Pie?
The current-market smartphone life-cycle model estimated an annual footprint of 7.9 kg CO2e per average user. A counterfactual scenario in which reuse caused no shortening of product use time estimated 5.3 kg CO2e per user-year, or 2.6 kg CO2e lower than the current-market estimate; both figures are model results shaped by manufacturing, refurbishment and shipping assumptions. Second-hand smartphones and carbon emissions