Technology donations statistics show how donated laptops, computers, and other electronics can serve people while reducing waste. Recent impact reports document hundreds of thousands of devices distributed, while older EPA studies show that reuse and storage have long been important parts of electronics management. Global figures also show why preparing usable technology for donation matters before recycling becomes the only option.
Contents
- Refurbished technology and redistribution
- People and households reached
- Donation processing and operational throughput
- What consumers do with used electronics
- Public-sector reuse and recycling
- The wider electronics-waste context
Refurbished technology and redistribution
Human-I-T reported distributing 72,530 devices to people in need in 2025. Its 2025 Annual Report also says the organization transformed 3.3 million pounds of e-waste into 76,000 recovered products during 2025. These figures describe a recovery pathway in which donated electronics become usable products rather than moving directly to disposal.
The same report recorded 4,226 families connected to low-cost internet in 2025 and 97.3% satisfaction among the people Human-I-T served. Through 2025, Human-I-T reported more than 656,632 devices distributed to people in need and 22.5 million pounds of e-waste diverted from landfill. The cumulative totals cover activity over time, so they should not be read as 2025-only results.
PCs for People reported a larger single-period distribution total: 119,093 devices in its 2025 impact reporting period. Its PCs for People 2025 IMPACT Report reports this figure for that reporting period, while Human-I-T’s figure is identified specifically as 2025 activity. Because the organizations use their own reporting periods and definitions, the totals are useful indicators of scale but are not a standardized industry census.
| Organization and period | Reported device or product result |
|---|---|
| Human-I-T, 2025 | 72,530 devices distributed |
| Human-I-T, 2025 | 76,000 recovered products from 3.3 million pounds of e-waste |
| PCs for People, 2025 impact reporting period | 119,093 devices distributed |
| Human-I-T, cumulative through 2025 | More than 656,632 devices distributed |
For donors, the practical implication is straightforward: a working or repairable device may support direct reuse, refurbishment, or parts recovery. The reported numbers do not establish that every donated item follows the same path, but they demonstrate the different outcomes that technology donation programs measure.
People and households reached
Device distribution is only one measure of impact. Human-I-T reported digitally navigating 30,677 individuals in 2025. It also reported serving approximately 40,500 households through digital-inclusion programs in 2021 and serving 1,500 basic computer-skills learners that year. Those 2021 figures come from the organization’s 2021 annual report and should not be treated as current-year measurements.
PCs for People reported 31,519 active internet subscriptions in its 2025 impact reporting period. The report also counted 30,950 clients unemployed at the time of service, 12,432 clients who had never had a computer at service time, and 25,576 clients without a computer at service time. These are characteristics of clients counted in that reporting period; they are not estimates for all households or all people lacking technology.
PCs for People reported impacting more than 1 million lives since its founding, a cumulative statement in the 2025 report. The measure is broader than a single device count and should remain separate from the period-specific figures. Likewise, Human-I-T’s 2025 satisfaction result describes people it served, not every recipient of donated technology nationwide.
Together, the measures show several layers of technology donation: the item itself, the household or person receiving access, and the service that helps someone use connectivity or a computer. A donation program can therefore report devices distributed, subscriptions active, digital navigation, training, and satisfaction as distinct outcomes.
Donation processing and operational throughput
Human-I-T’s 2025 quarterly reporting points show a marked increase in donated-laptop processing. The organization reported approximately 1,400 donated laptops processed per week at its first 2025 quarterly reporting point, about 2,800 per week at the second, and about 4,500 per week at the third. At the fourth 2025 reporting point, it reported more than 6,000 donated laptops per week.
The Human-I-T 2025 Annual Report describes this as a 4.3-fold increase in quarterly donated-laptop throughput during 2025. The quarterly figures are throughput snapshots, not a claim that the same weekly rate continued for every week of the year. The report also records 167 new donor partnerships closed in 2025.
Earlier reporting provides a separate operational reference point. Human-I-T received almost 3 million pounds of e-waste from corporate donors in 2021 and put 60,200 electronics back into the circular economy that year, according to From the CEO. The 2021 measurements document that year’s activity and are not a substitute for the later 2025 throughput figures.
Processing capacity matters because donation programs need to sort, test, repair, erase, and route equipment. The supplied reports quantify intake and outcomes but do not provide a universal percentage of donated devices that become complete refurbished products. That missing percentage is why the throughput figures should be read as operational evidence, not as a conversion rate for all technology donations.
What consumers do with used electronics
Older EPA modeling helps explain why donation is one possible stage between first use and recycling. In Electronics Waste Management in the United States: Approach 1, EPA estimated that, among electronic products sold from 1980 through 2007, 41% were still in use by first or subsequent users in 2007. The model estimated that 49% had already been managed through recycling or disposal, while 10% were ready for management but still in storage in 2007.
For residential computer-related products in the same modeled sales group, EPA estimated that 31% were still in first use in 2007 and 16% were in second-owner reuse. These are historical estimates based on products sold from 1980 through 2007 and observed in 2007; they are not current measures of today’s device market.
Survey evidence cited by EPA also found consumer-to-consumer reuse through donation, giveaway, or sale among 65% of television consumers and 83% of laptop consumers in 2005 survey data. The survey categories combine several forms of transfer, so these percentages should not be described as donation-only rates.
EPA estimated that 235 million end-of-life electronic product units could have been in household storage in 2007. Televisions made up about 42% of those estimated stored units, while desktop computers made up about 28%. Storage can delay both reuse and recycling, which makes clear donation instructions useful when equipment is still functional or repairable.
Public-sector reuse and recycling
EPA’s evaluation of the Environmentally Preferable Purchasing Program provides an older public-sector comparison. Among all FEC partners in the evaluation, 43.5% of end-of-life electronics were reused in 2009 and 38.9% were recycled. In 2010, the corresponding reported rates were 41.5% reused and 47.4% recycled. These results apply to the evaluated FEC partners and their reporting, not to every public agency.
The consistent-reporter comparison gives counts alongside the rates. FEC partners reported 169,136 end-of-life electronics units in 2009 and 137,294 in 2010. In that comparison, 73,553 units were reused and 62,516 were recycled in 2009; 52,869 were reused and 69,989 were recycled in 2010.
| FEC partner result | 2009 | 2010 |
|---|---|---|
| End-of-life units, consistent reporters | 169,136 | 137,294 |
| Units reused, consistent reporters | 73,553 | 52,869 |
| Units recycled, consistent reporters | 62,516 | 69,989 |
| Reuse rate among all partners | 43.5% | 41.5% |
| Recycling rate among all partners | 38.9% | 47.4% |
For equipment categories, monitors had a 37.7% reuse rate in 2009 and a 47.3% recycling rate in 2010 among FEC partners reporting overall. Computers had a 46.4% reuse rate in 2009 and a 47.4% recycling rate in 2010. The evaluation’s dates and partner scope are essential when comparing these figures with newer donation-program reports.
The wider electronics-waste context
EPA estimated that 2.7 million tons of selected consumer electronics were generated in the United States in 2018, with 1.04 million tons recycled. The resulting selected-consumer-electronics recycling rate was 38.5%, according to Durable Goods: Product-Specific Data. The same source estimated 24.81 million tons of total miscellaneous durable goods generated, 1.48 million tons recycled, and 20.28 million tons landfilled in the United States in 2018. The miscellaneous-durable-goods category is broader than selected consumer electronics and should not be treated as an electronics-only total.
The international picture is larger. The UN/ITU Global E-waste Monitor 2024 reported 62 million tonnes of e-waste generated worldwide in 2022, 82% higher than in 2010. Only 22.3% of the 2022 global e-waste mass was documented as properly collected and recycled.
The monitor projects global e-waste will reach 82 million tonnes in 2030, while the documented global collection and recycling rate is projected to fall to 20%. It also says e-waste recycling supplies no more than 1% of demand for essential rare-earth elements. These statements describe global conditions and a forecast or assessment, not the result of a single donation program.
One UN/ITU scenario estimates that raising global e-waste collection and recycling to 60% by 2030 would produce benefits exceeding costs by more than US$38 billion. That is a 2030 scenario estimate, not a realized financial return. For a household or organization deciding what to do with an old laptop, the statistics support a priority order: consider safe reuse or donation when the equipment can still serve someone, and use responsible recycling for items that cannot be reused.