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Air quality in Tougues, Vila do Conde

Vila do Conde · Porto metropolitan area

70/100

what the average resident
of this freguesia breathes

Air where people in Tougues live is cleaner than most of the country.

In absolute terms fine particles here run at 5.8 µg/m³ — above the WHO guideline of 5, which most of Europe exceeds, but below the EU limit of 10 that applies from 2030.

Tougues
cleanest anyone in Portugal livesdirtiest

MODELLED — averaged over the 3 one-kilometre cells inside Tougues for 2024, weighted by the 1,287 people who live in them, so a large empty concelho is scored by its town rather than by its moorland. Weighted by land area instead it would be 16/100. An address inside it can still sit well above or below this figure, which is what the address lookup is for.

Modelled annual values, 2024

PollutantWhere people liveRange across the area2021
PM2.5 5.8µg/m³ 4.3 – 8.5 7.5
PM10 15.7µg/m³ 14.1 – 18.9 17.1
NO₂ 6.7µg/m³ 6.2 – 7.8 8.0
O₃ 103.3µg/m³ 97.3 – 106.8 94.0

MODELLED — EEA / ETC-HE 1 km European air quality maps. The first column is the population-weighted mean, what a resident typically breathes. The range shows the cleanest and dirtiest cell anywhere inside the boundary, which is usually the more useful number: it is the spread a buyer is choosing between. Ozone is the 93.2nd percentile of the daily maximum 8-hour mean, not an annual mean.

Fine particles under 2.5 micrometres (PM2.5), modelled, four years

0510Tougues 2021: 7.5 µg/m³Tougues 2022: 10.6 µg/m³Tougues 2023: 8.2 µg/m³Tougues 2024: 6.5 µg/m³TouguesWHO guideline 5EU limit from 2030: 1021222324

Nitrogen dioxide (NO₂), modelled, four years

01020Tougues 2021: 8.0 µg/m³Tougues 2022: 7.9 µg/m³Tougues 2023: 7.9 µg/m³Tougues 2024: 6.8 µg/m³TouguesWHO guideline 10EU limit from 2030: 2021222324

MODELLED — the area mean in each year's map. Four years is not a trend. Weather moves these numbers between years by more than most policy does, and the 2021 and 2022 maps were produced with a different input mix from the 2023 and 2024 ones.

What the monitors near Tougues have measured

These are real measurements from the nearest official monitoring stations. A station a few kilometres away can differ a lot from a specific street, especially for nitrogen dioxide, which falls off sharply away from traffic.

Coarse particles under 10 micrometres (PM10)

01020Mindelo-Vila do Conde 2016: 15.1 µg/m³Mindelo-Vila do Conde 2023: 20.3 µg/m³Mindelo-Vila do Conde 2024: 19.1 µg/m³Mindelo-Vila do Conde 2025: 18.0 µg/m³VNTelha-Maia 2016: 15.7 µg/m³VNTelha-Maia 2017: 17.4 µg/m³VNTelha-Maia 2018: 17.3 µg/m³VNTelha-Maia 2025: 16.5 µg/m³Meco-Perafita 2016: 16.5 µg/m³Meco-Perafita 2017: 18.6 µg/m³Meco-Perafita 2018: 17.9 µg/m³Meco-Perafita 2023: 22.9 µg/m³Meco-Perafita 2024: 25.0 µg/m³Meco-Perafita 2025: 24.6 µg/m³Meco-Per…Mindelo-…VNTelha-…WHO guideline 15EU limit from 2030: 20161718232425
Mindelo-Vila do Conde 5.8 km south, backgroundVNTelha-Maia 12 km south, backgroundMeco-Perafita 14 km south, industrialWHO guideline 15 µg/m³EU limit from 2030: 20 µg/m³

Not plotted: Meco-Perafita 2026 — the year is not over — 65% of its hours so far, not yet a comparable annual mean; Mindelo-Vila do Conde 2026 — the year is not over — 70% of its hours so far, not yet a comparable annual mean; VNTelha-Maia 2026 — the year is not over — 24% of its hours so far, not yet a comparable annual mean; VNTelha-Maia 2024 — only 75% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; VNTelha-Maia 2023 — only 71% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; Meco-Perafita 2022 — only 23% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; and 12 more.

Nitrogen dioxide (NO₂)

01020Mindelo-Vila do Conde 2017: 21.4 µg/m³Mindelo-Vila do Conde 2018: 18.3 µg/m³Mindelo-Vila do Conde 2019: 16.6 µg/m³Mindelo-Vila do Conde 2020: 20.4 µg/m³Mindelo-Vila do Conde 2023: 12.6 µg/m³Mindelo-Vila do Conde 2024: 10.2 µg/m³Mindelo-Vila do Conde 2025: 10.6 µg/m³VNTelha-Maia 2016: 20.9 µg/m³VNTelha-Maia 2018: 19.0 µg/m³VNTelha-Maia 2019: 15.7 µg/m³VNTelha-Maia 2021: 15.7 µg/m³VNTelha-Maia 2022: 16.8 µg/m³VNTelha-Maia 2024: 14.2 µg/m³VNTelha-Maia 2025: 14.8 µg/m³D.Manuel II-Vermoim 2018: 23.0 µg/m³D.Manuel II-Vermoim 2019: 22.1 µg/m³D.Manuel II-Vermoim 2023: 20.9 µg/m³D.Manuel II-Vermoim 2024: 17.4 µg/m³D.Manuel II-Vermoim 2025: 17.3 µg/m³D.Manuel…VNTelha-…Mindelo-…WHO guideline 10EU limit from 2030: 20161820222425
Mindelo-Vila do Conde 5.8 km south, backgroundVNTelha-Maia 12 km south, backgroundD.Manuel II-Vermoim 15 km south-east, trafficWHO guideline 10 µg/m³EU limit from 2030: 20 µg/m³

Not plotted: D.Manuel II-Vermoim 2026 — the year is not over — 71% of its hours so far, not yet a comparable annual mean; Mindelo-Vila do Conde 2026 — the year is not over — 72% of its hours so far, not yet a comparable annual mean; VNTelha-Maia 2026 — the year is not over — 72% of its hours so far, not yet a comparable annual mean; VNTelha-Maia 2023 — only 52% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; D.Manuel II-Vermoim 2022 — only 72% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; Mindelo-Vila do Conde 2022 — only 69% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; and 4 more.

Ozone (O₃)

0204060Mindelo-Vila do Conde 2019: 29.4 µg/m³Mindelo-Vila do Conde 2020: 48.0 µg/m³Mindelo-Vila do Conde 2023: 58.5 µg/m³Mindelo-Vila do Conde 2024: 46.8 µg/m³Mindelo-Vila do Conde 2025: 44.4 µg/m³VNTelha-Maia 2016: 44.8 µg/m³VNTelha-Maia 2017: 48.1 µg/m³VNTelha-Maia 2020: 46.7 µg/m³VNTelha-Maia 2022: 53.1 µg/m³VNTelha-Maia 2023: 55.3 µg/m³VNTelha-Maia 2024: 58.3 µg/m³VNTelha-Maia 2025: 61.8 µg/m³Meco-Perafita 2023: 60.8 µg/m³Meco-Perafita 2024: 56.3 µg/m³Meco-Perafita 2025: 56.2 µg/m³VNTelha-…Meco-Per…Mindelo-…1617192022232425
Mindelo-Vila do Conde 5.8 km south, backgroundVNTelha-Maia 12 km south, backgroundMeco-Perafita 14 km south, industrial

Not plotted: Meco-Perafita 2026 — the year is not over — 64% of its hours so far, not yet a comparable annual mean; Mindelo-Vila do Conde 2026 — the year is not over — 70% of its hours so far, not yet a comparable annual mean; VNTelha-Maia 2026 — the year is not over — 67% of its hours so far, not yet a comparable annual mean; Meco-Perafita 2022 — only 72% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; Mindelo-Vila do Conde 2022 — only 74% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; Mindelo-Vila do Conde 2021 — only 21% of the year's hours were valid, under the 75% the EU requires for an annual mean; treated as unknown; and 3 more.

This is the annual mean of the hourly ozone measurements. The EU target value of 120 µg/m³ is written against a different statistic — the daily maximum 8-hour mean — so it is not drawn here. Ozone behaves unlike the others: it is destroyed by fresh traffic exhaust, so a busy street often reads lower than the countryside around it.

The stations these come from

StationKind of siteDistance
Mindelo-Vila do Conde
Vila do Conde
background
suburban
5.8 km
south
VNTelha-Maia
Maia
background
suburban
12 km
south
Meco-Perafita
Matosinhos
industrial
suburban
14 km
south
D.Manuel II-Vermoim
Maia
traffic
urban
15 km
south-east
Sobreiras-Lordelo do Ouro
Porto
background
urban
24 km
south
Paços de Ferreira
Paços de Ferreira
background
urban
29 km
east

A traffic station sits beside a busy road and reads the worst case; a background station reads what the area as a whole breathes; an industrial one sits near a plant. Which kind you are looking at matters more than the distance.

MEASURED — hourly observations reported by Portugal to the European Environment Agency, aggregated here into annual means. A year is charted only if at least 75% of its hours are valid, the threshold the EU sets for an annual mean, and only if the value is physically plausible; anything excluded is listed under its chart with the reason rather than dropped. Station names and locations come from APA's QualAr register; station type and setting from the EEA's station metadata. Verified data through 2025; the most recent year is provisional and not yet verified.

How it changes through the year

PM2.5 peaks in January at 11.8 µg/m³ and bottoms out in August at 4.2, a factor of 2.8. PM10 peaks in February at 27.4 µg/m³ and bottoms out in September at 19.6, a factor of 1.4. NO₂ peaks in December at 20.3 µg/m³ and bottoms out in June at 9.5, a factor of 2.1. O₃ peaks in April at 64.9 µg/m³ and bottoms out in October at 39.3, a factor of 1.7.

0204060PM2.5, January: 11.8 µg/m³PM2.5, February: 10.8 µg/m³PM2.5, March: 8.5 µg/m³PM2.5, April: 6.0 µg/m³PM2.5, May: 4.8 µg/m³PM2.5, June: 4.6 µg/m³PM2.5, July: 5.0 µg/m³PM2.5, August: 4.2 µg/m³PM2.5, September: 8.3 µg/m³PM2.5, October: 5.9 µg/m³PM2.5, November: 7.3 µg/m³PM2.5, December: 9.4 µg/m³PM10, January: 25.4 µg/m³PM10, February: 27.4 µg/m³PM10, March: 26.5 µg/m³PM10, April: 20.9 µg/m³PM10, May: 23.3 µg/m³PM10, June: 22.0 µg/m³PM10, July: 23.3 µg/m³PM10, August: 19.9 µg/m³PM10, September: 19.6 µg/m³PM10, October: 23.8 µg/m³PM10, November: 21.2 µg/m³PM10, December: 21.5 µg/m³NO₂, January: 19.6 µg/m³NO₂, February: 18.2 µg/m³NO₂, March: 16.1 µg/m³NO₂, April: 14.0 µg/m³NO₂, May: 11.7 µg/m³NO₂, June: 9.5 µg/m³NO₂, July: 11.4 µg/m³NO₂, August: 9.7 µg/m³NO₂, September: 14.1 µg/m³NO₂, October: 16.7 µg/m³NO₂, November: 18.6 µg/m³NO₂, December: 20.3 µg/m³O₃, January: 43.4 µg/m³O₃, February: 50.8 µg/m³O₃, March: 56.8 µg/m³O₃, April: 64.9 µg/m³O₃, May: 63.2 µg/m³O₃, June: 54.5 µg/m³O₃, July: 56.1 µg/m³O₃, August: 47.8 µg/m³O₃, September: 46.4 µg/m³O₃, October: 39.3 µg/m³O₃, November: 41.4 µg/m³O₃, December: 41.5 µg/m³O₃PM10NO₂PM2.5JFMAMJJASOND
PM2.5PM10NO₂O₃shaded band = May to September
JanFebMarAprMayJunJulAugSepOctNovDec
PM2.5 11.810.88.56.04.84.65.04.28.35.97.39.4
PM10 25.427.426.520.923.322.023.319.919.623.821.221.5
NO₂ 19.618.216.114.011.79.511.49.714.116.718.620.3
O₃ 43.450.856.864.963.254.556.147.846.439.341.441.5

MEASURED — Sobreiras-Lordelo do Ouro (background, 24 km away), each calendar month averaged over 2022 onwards, µg/m³. A month is used only if at least 400 of its hours are valid.

Particles run highest in the cold months, when domestic wood burning coincides with still air that does not disperse it. An annual mean hides that entirely. Ozone runs highest in summer, because sunlight is what makes it. It is also the one pollutant a busy street has less of than the countryside around it, since fresh traffic exhaust destroys it.

What is near this address

Traffic

Distance measured from this location to the nearest road tagged as a motorway, trunk or primary road in OpenStreetMap. © OpenStreetMap contributors, ODbL. Nitrogen dioxide from traffic falls off within a few hundred metres of a busy road.

Industry within 10 km

REPORTED BY THE OPERATOR — European Industrial Emissions Portal (European Environment Agency), reporting year 2024, air releases in tonnes per year as the operator declared them. Ranked by the total of the pollutants that affect local air; carbon dioxide is deliberately excluded because it is a climate pollutant and would otherwise dominate the ranking. A facility being listed is not a statement that it affects this address.

Known projects nearby

This is a hand-curated list with sources, not a forecast and not a model. We have not estimated how much any of these would change the air. The list is small and certainly incomplete: it holds 15 entries for the whole country. Anything genuinely local — a quarry, a new estate road, a planning application — will not be here, and a buyer should still ask the council.

Nothing on our list is within 15 km of here. That means nothing we have written down, not that nothing is planned — see the caution below.

Sources and what they cannot tell you

Data built 2026-09-21. airhome is free and has no commercial relationship with anyone selling property.