Brazil vs Pakistan: Coal consumption and sulphur dioxide emissions

Brazil
1.13 million tonnes
in 2022
Pakistan
2.07 million tonnes
in 2022
Brazil rank
13th
Pakistan rank
10th

Coal consumption and sulphur dioxide emissions over time

  • Brazil
  • Pakistan
0500.0k1.0M1.5M2.0M175018862022

How they compare

Pakistan currently reports 2.07 million tonnes against 1.13 million tonnes in Brazil, a difference of 934,820 tonnes.

That makes Pakistan's figure about 1.8 times Brazil's.

The two have swapped places 4 times across 273 shared years of data; in 1750 it was Pakistan ahead.

Brazil ranks 13th and Pakistan ranks 10th of 220 countries.

Across the 28 decades both report, Brazil averaged higher in 12 and Pakistan in 16.

Head to head by decade

Decade Brazil Pakistan Difference Ahead
1750s 360.36 tonnes 2,962 tonnes 2,602 tonnes Pakistan
1760s 391.45 tonnes 3,009 tonnes 2,617 tonnes Pakistan
1770s 425.83 tonnes 3,054 tonnes 2,629 tonnes Pakistan
1780s 464.04 tonnes 3,100 tonnes 2,636 tonnes Pakistan
1790s 506.77 tonnes 3,145 tonnes 2,639 tonnes Pakistan
1800s 586.46 tonnes 3,190 tonnes 2,604 tonnes Pakistan
1810s 716.97 tonnes 3,333 tonnes 2,616 tonnes Pakistan
1820s 886.96 tonnes 3,604 tonnes 2,717 tonnes Pakistan
1830s 1,089 tonnes 3,895 tonnes 2,806 tonnes Pakistan
1840s 1,288 tonnes 4,207 tonnes 2,920 tonnes Pakistan
1850s 1,501 tonnes 4,604 tonnes 3,103 tonnes Pakistan
1860s 1,745 tonnes 5,025 tonnes 3,280 tonnes Pakistan
1870s 2,054 tonnes 5,570 tonnes 3,516 tonnes Pakistan
1880s 2,470 tonnes 5,808 tonnes 3,338 tonnes Pakistan
1890s 3,014 tonnes 6,062 tonnes 3,049 tonnes Pakistan
1900s 39,259 tonnes 6,643 tonnes 32,617 tonnes Brazil
1910s 54,629 tonnes 7,422 tonnes 47,207 tonnes Brazil
1920s 63,120 tonnes 8,316 tonnes 54,804 tonnes Brazil
1930s 61,439 tonnes 10,114 tonnes 51,325 tonnes Brazil
1940s 73,103 tonnes 16,530 tonnes 56,573 tonnes Brazil
1950s 203,000 tonnes 118,705 tonnes 84,295 tonnes Brazil
1960s 369,618 tonnes 195,408 tonnes 174,210 tonnes Brazil
1970s 958,663 tonnes 221,367 tonnes 737,296 tonnes Brazil
1980s 1.25 million tonnes 395,623 tonnes 849,699 tonnes Brazil
1990s 1.58 million tonnes 813,590 tonnes 770,117 tonnes Brazil
2000s 1.61 million tonnes 1.07 million tonnes 541,961 tonnes Brazil
2010s 1.51 million tonnes 1.38 million tonnes 128,222 tonnes Brazil
2020s 1.18 million tonnes 2.10 million tonnes 920,670 tonnes Pakistan

Averages of every year both report within each decade.

Frequently asked questions

Which has higher coal consumption and sulphur dioxide emissions, Brazil or Pakistan?
Pakistan, at 2.07 million tonnes against 1.13 million tonnes in Brazil as of 2022.
What is the difference in coal consumption and sulphur dioxide emissions between Brazil and Pakistan?
934,820 tonnes, with Pakistan ahead.
How many years of comparable data are there for Brazil and Pakistan?
273 years are reported by both, from 1750 to 2022.
How do Brazil and Pakistan rank globally for coal consumption and sulphur dioxide emissions?
Brazil ranks 13th and Pakistan ranks 10th 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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Brazil vs Pakistan: 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 06 October 2026, from https://energy.statizoid.com/compare/sulphur-dioxide-and-coal/brazil/pakistan/

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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.