Hungary vs Slovakia: Coal consumption and sulphur dioxide emissions

Hungary
13,237 tonnes
in 2022
Slovakia
13,904 tonnes
in 2022
Hungary rank
133rd
Slovakia rank
131st

Coal consumption and sulphur dioxide emissions over time

  • Hungary
  • Slovakia
0500.0k1.0M1.5M175018862022

How they compare

Slovakia currently reports 13,904 tonnes against 13,237 tonnes in Hungary, a difference of 667 tonnes.

That makes Slovakia's figure about 1.1 times Hungary's.

The two have swapped places 3 times across 273 shared years of data; in 1750 it was Hungary ahead.

Hungary ranks 133rd and Slovakia ranks 131st of 220 countries.

Across the 28 decades both report, Hungary averaged higher in 27 and Slovakia in 1.

Head to head by decade

Decade Hungary Slovakia Difference Ahead
1750s 4,182 tonnes 1,053 tonnes 3,129 tonnes Hungary
1760s 4,519 tonnes 1,091 tonnes 3,428 tonnes Hungary
1770s 4,879 tonnes 1,129 tonnes 3,750 tonnes Hungary
1780s 5,264 tonnes 1,168 tonnes 4,097 tonnes Hungary
1790s 5,676 tonnes 1,207 tonnes 4,469 tonnes Hungary
1800s 6,115 tonnes 1,247 tonnes 4,868 tonnes Hungary
1810s 6,581 tonnes 1,298 tonnes 5,282 tonnes Hungary
1820s 7,183 tonnes 1,365 tonnes 5,819 tonnes Hungary
1830s 10,661 tonnes 1,433 tonnes 9,228 tonnes Hungary
1840s 11,664 tonnes 1,502 tonnes 10,161 tonnes Hungary
1850s 22,119 tonnes 1,579 tonnes 20,540 tonnes Hungary
1860s 53,894 tonnes 7,220 tonnes 46,674 tonnes Hungary
1870s 101,014 tonnes 23,223 tonnes 77,791 tonnes Hungary
1880s 146,668 tonnes 47,928 tonnes 98,740 tonnes Hungary
1890s 220,328 tonnes 71,744 tonnes 148,584 tonnes Hungary
1900s 303,336 tonnes 88,026 tonnes 215,310 tonnes Hungary
1910s 341,589 tonnes 94,515 tonnes 247,074 tonnes Hungary
1920s 371,103 tonnes 83,079 tonnes 288,023 tonnes Hungary
1930s 379,044 tonnes 88,955 tonnes 290,089 tonnes Hungary
1940s 461,328 tonnes 139,184 tonnes 322,144 tonnes Hungary
1950s 838,568 tonnes 194,075 tonnes 644,492 tonnes Hungary
1960s 1.33 million tonnes 310,129 tonnes 1.02 million tonnes Hungary
1970s 1.33 million tonnes 468,088 tonnes 858,922 tonnes Hungary
1980s 1.24 million tonnes 485,459 tonnes 752,256 tonnes Hungary
1990s 672,304 tonnes 124,285 tonnes 548,018 tonnes Hungary
2000s 162,960 tonnes 90,395 tonnes 72,566 tonnes Hungary
2010s 26,688 tonnes 44,389 tonnes 17,701 tonnes Slovakia
2020s 14,671 tonnes 13,717 tonnes 953.37 tonnes Hungary

Averages of every year both report within each decade.

Frequently asked questions

Which has higher coal consumption and sulphur dioxide emissions, Hungary or Slovakia?
Slovakia, at 13,904 tonnes against 13,237 tonnes in Hungary as of 2022.
What is the difference in coal consumption and sulphur dioxide emissions between Hungary and Slovakia?
667 tonnes, with Slovakia ahead.
How many years of comparable data are there for Hungary and Slovakia?
273 years are reported by both, from 1750 to 2022.
How do Hungary and Slovakia rank globally for coal consumption and sulphur dioxide emissions?
Hungary ranks 133rd and Slovakia ranks 131st of 220 countries.
Where does this data come from?
Hoesly et al. (2024) – Community Emissions Data System (CEDS) – with major processing by Our World in Data, published as Coal consumption and sulphur dioxide emissions. Statizoid refreshes it automatically from the source and publishes the full history for both places.

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Hungary vs Slovakia: Coal consumption and sulphur dioxide emissions. Statizoid, drawing on Hoesly et al. (2024) – Community Emissions Data System (CEDS) – with major processing by Our World in Data. Retrieved 07 October 2026, from https://energy.statizoid.com/compare/sulphur-dioxide-and-coal/hungary/slovak-republic/

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About this data

Indicator
Coal consumption and sulphur dioxide emissions
Unit
tonnes
Source
Hoesly et al. (2024) – Community Emissions Data System (CEDS) – with major processing by Our World in Data
Licence
CC BY 4.0 (Our World in Data)
Coverage
220 places, 60,060 data points, 1750–2022
Last refreshed

Sulfur dioxide (SO₂) is an air pollutant formed from the burning of fuels that contain sulfur, such as coal. SO₂ is one of the main chemicals that forms acid rain.