Live estimate

Belarus CO₂ Emissions

Belarus emitted 55.8 million tonnes of CO₂ from fossil fuels and industry in 2024: 0.1% of the world total, the 54th most of 213 countries. That is 6.2 tonnes per person, 1.3× the world average of 4.7 t.

Estimated CO₂ emitted by Belarus in 2026 so far

0

0 tonnes since you opened this page · 2 t every second

CO₂ in 2024

55.8 Mt

55.8 million tonnes

World rank

#54

of 213 countries

Share of world

0.1%

world total 38.6 Gt

Per person

6.2 t

world average 4.7 t

Change vs 2023

+0.2%

2023: 55.7 Mt

Historical share

0.3%

#42 since 1750

Trend since 2000

Emissions were roughly flat in 2024 (+0.2% on 2023). Compared with 2005, emissions are down 6%. Emissions peaked in 1986 at 121.5 million tonnes and are now 54% lower.

Million tonnes of CO₂ a year
Show yearly data (million tonnes)
YearCO₂ (Mt)
202455.8
202355.7
202257.1
202160.9
202059.1
201962.2
201862.2
201759.4
201658.2
201558.8
201463.7
201364.2
201262.6
201161.4
201062.5
200960.6
200862.9
200760.3
200661.8
200559.4
200458.4
200355.2
200253.9
200154.1
200055.0

Where it comes from

Gas is the largest source of Belarus’ CO₂, at 55%.

  • Coal6%3.4 Mt
  • Oil33%18.5 Mt
  • Gas55%30.6 Mt
  • Cement4%2.3 Mt
  • Other industry2%1.0 Mt

Belarus in context

0.11% vs 0.14%

Share of people vs share of CO₂

Belarus is home to 0.11% of the world’s population and produces 0.14% of its fossil CO₂, so its share of emissions is larger than its share of people.

−49%

Change since 1990

Emissions in 2024 were 49% lower than in 1990, the baseline year of the Kyoto Protocol (108.5 Mt then). World emissions rose 70% over the same period.

62 Mt

Consumption-based CO₂ (2023)

Counting the CO₂ in goods it imports and exports, Belarus was responsible for 62.5 Mt in 2023, 12% more than the 55.7 Mt produced at home: it is a net importer of emissions.

178 g

CO₂ per kWh of energy

Each kilowatt-hour of primary energy used in Belarus came with about 178 g of CO₂ in 2024 (world: 218 g), pointing to a cleaner energy mix than the world average.

0.33 kg

CO₂ per dollar of GDP

Its economy emitted 0.33 kg of CO₂ for each dollar of output in 2022 (adjusted for purchasing power), 1.1× the world average of 0.29 kg.

Figures from Our World in Data, based on the Global Carbon Project; latest year available for each measure.

How Belarus compares

RankCountryCO₂ 2024SharePer person
52North Korea62.5 Mt0.2%2.4 t
53Austria56.4 Mt0.1%6.2 t
54Belarus55.8 Mt0.1%6.2 t
55Singapore53.9 Mt0.1%9.2 t
56Greece53.4 Mt0.1%5.3 t

See all 213 countries → · Global live counter →

Questions and answers

How much CO₂ does Belarus emit?

Belarus emitted 55.8 million tonnes of CO₂ from fossil fuels and industry in 2024, 0.1% of global emissions. That is about 2 tonnes every second.

What are Belarus’ CO₂ emissions per person?

Belarus emits 6.2 tonnes per person, 1.3× the world average of 4.7 t. Per-person emissions divide the national total by population (9.1 million people in 2024).

Are Belarus’ CO₂ emissions rising or falling?

Emissions were roughly flat in 2024 (+0.2% on 2023). Compared with 2005, emissions are down 6%. Emissions peaked in 1986 at 121.5 million tonnes and are now 54% lower.

What is the main source of CO₂ emissions in Belarus?

Gas is the largest source, at 55% of Belarus’ fossil and industry CO₂ in 2024 (30.6 million tonnes).

What are Belarus’ consumption-based CO₂ emissions?

About 62.5 million tonnes in 2023, 12% more than the 55.7 million tonnes emitted within its borders, because it imports more carbon-intensive goods than it exports. Consumption-based accounting adds the emissions embodied in imports and subtracts those in exports.

How much has Belarus contributed to historical CO₂ emissions?

Since 1750, Belarus has emitted about 5 billion tonnes of fossil CO₂, 0.3% of the world total, the 42nd largest historical contribution.

Related reading

Data: Our World in Data, based on the Global Carbon Project (Global Carbon Budget 2025), CC BY 4.0. Annual figures are fossil-fuel and industry CO₂ for 2024, the latest complete year. Live counters are estimates that assume 2024 emission rates continue. How the counter works →