EU E-Waste: Three Denominators, Three Different Questions
Release: 14 October 2026 · Reference year: 2024 · Analysis cutoff: 14 October 2026, 23:20 UTC
Dividing the EU’s 12.3 kilograms of collected e-waste per person by the 32.4 kilograms of new equipment placed on the market gives about 38.0%. It is a valid same-year flow comparison. It is not the official collection rate, because that measure uses a different denominator.
Eurostat’s October release reports observations for 2024. Keeping the year and denominator attached to every number is essential: a collection system handles products sold across many earlier years, not only devices sold in the year they are discarded.
Source: Eurostat’s 14 October 2026 e-waste release and its October 2026 statistical explanation.
Follow the denominator
Common starting point
Weight of waste electrical and electronic equipment collected in 2024
Current-year equipment flow
Divide by equipment placed on the market in 2024.
12.3 ÷ 32.4 × 100 ≈ 38.0%
Author’s descriptive comparison; no official target is attached.
Previous three years
Divide by average equipment weight placed on the market in 2021–2023.
Official reported rate: 39.0%
Associated collection target: 65%.
Waste generated this year
Divide by the weight of e-waste generated in 2024.
Alternative method
Associated collection target: 85%. No EU-wide alternative rate is calculated here.
The 38.0% calculation and the official 39.0% reading can coexist without a contradiction. The first uses current-year per-person flows. The second is Eurostat’s reported measure based on a preceding three-year average. Use the reported official rate directly rather than trying to replace it with arithmetic on rounded per-person figures.
Which question do you want to answer?
How large is collection compared with new equipment supply?
The same-year comparison can describe the relative scale of two annual flows. Calculation: 12.3 ÷ 32.4 × 100 = 37.963%, rounded to 38.0%. It cannot show what proportion of the equipment sold in 2024 was subsequently collected, because those sales and collections are not the same product cohort.
How does collection compare with the 65% benchmark?
Use the defined previous-three-year equipment denominator and the official 39.0% figure. A comparison with the benchmark needs matching definitions and geographic scope. An EU aggregate does not establish the result for every country, and the alternative waste-generated method has a different benchmark.
What share of waste generated was collected?
That requires an estimate of waste generated in the same year. New equipment sales are not a substitute. Eurostat explains that some countries use this alternative method with an 85% target. This report does not invent a waste-generated denominator or calculate an EU-wide result for it.
What changed over the longer period?
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| Per-person annual flow | 2015 kg/person | 2024 kg/person |
|---|---|---|
| Equipment placed on the market | 18.1 | 32.4 |
| E-waste collected | 7.3 | 12.3 |
Using the displayed rounded figures, per-person collection increased by approximately 68.5%: (12.3 ÷ 7.3 − 1) × 100. That is a meaningful rise in collected weight per resident. It should not be substituted for growth in total tonnes, which also depends on population.
Collected weight was 0.7 kilogram per person higher than in 2023. The longer-run improvement and the distance from the official benchmark can both matter. One describes an observed change; the other compares a measure with a specified target.
Why the 20.1-kilogram gap is easy to misuse
Subtracting collected waste from new equipment supply gives 32.4 − 12.3 = 20.1 kilograms per person. This is a gap between annual flows, not a measurement of waste dumped or lost. Many products sold in a year remain in use, while some discarded products were purchased much earlier. Equipment can also remain stored before entering a collection system.
Coverage adds another complication. Eurostat warns that untracked online trade, non-compliant producers and informal processing can leave both equipment supply and collected waste understated. The EU totals and some national observations include estimates. Those limits do not justify assigning every kilogram in the gap to one explanation.
Does collected weight equal material successfully recycled?
No. Collection is an earlier stage. Treatment, recovery, recycling and preparation for reuse are distinct operations. A collection statistic alone cannot establish the share of material recovered, the quality of the recovered material or the economic return from processing it.
How an industry reader can use the release
The figures offer a starting point for questions about collection access, reporting coverage and treatment capacity. They are insufficient for valuing a recycling business. A commercial assessment would also need the composition and condition of incoming waste, recovery yields, processing costs, output prices and contractual arrangements.
The practical reading rule is simple: name the numerator, the denominator and the reference year before comparing two percentages. Here, that discipline preserves the distinction between a descriptive flow ratio, an official collection indicator and a waste-generated alternative.
Sources and limits
- Eurostat, e-waste collected per person, released 14 October 2026; observations refer to 2024.
- Eurostat, waste electrical and electronic equipment statistics: October 2026 edition, collection methods and Figures 2–3.
- Source: Eurostat. Ratios, growth calculations and diagrams are this report’s work; Eurostat is not responsible for this analysis. Rounded inputs limit precision. The Eurostat reuse notice applies to source statistics; no third-party stock photograph or source chart is reproduced.
