CO2 emissions from gas — all countries

CO2 emissions from gas — Bangladesh

CO2 emissions from gas in Bangladesh in 2024 — 55.99 Mt. Ranked 98 in the world out of 128.

2024 55.99 Mt −2.85% vs 2023
World rank 98of 128
Period maximum 60.16 Mt2021
Period minimum 0 Mt1946

Trend over time

1946–2024 · million tonnes

CO2 emissions from gas — Bangladesh, 1946–2024020406080194619541962197019781986199420022010201820241946: 0 Mt1948: 0 Mt1950: 0 Mt1952: 0 Mt1954: 0 Mt1956: 0.04 Mt1958: 0.08 Mt1960: 0.13 Mt1962: 0.2 Mt1964: 0.31 Mt1966: 0.41 Mt1968: 0.53 Mt1970: 0.56 Mt1972: 0.71 Mt1974: 1.38 Mt1976: 1.41 Mt1978: 1.67 Mt1980: 2.22 Mt1982: 3.16 Mt1984: 4.47 Mt1986: 5.73 Mt1988: 7 Mt1990: 7.58 Mt1992: 9.61 Mt1994: 11.47 Mt1996: 13.5 Mt1998: 14.33 Mt2000: 16.88 Mt2002: 19.89 Mt2004: 23.09 Mt2006: 28.26 Mt2008: 32.22 Mt2010: 39.4 Mt2012: 40.02 Mt2014: 44.97 Mt2016: 52.9 Mt2018: 52.65 Mt2020: 60.13 Mt2022: 58.78 Mt2024: 55.99 Mt
Change over the period: +55.99
CO2 emissions from gas — Bangladesh, by year Bangladesh All countries CSV XLSX
Year Mt Change Change, %
2024 55.99 −1.64 −2.85%
2023 57.63 −1.15 −1.96%
2022 58.78 −1.37 −2.28%
2021 60.16 +0.03 +0.05%
2020 60.13 +0.71 +1.19%
2019 59.42 +6.76 +12.84%
2018 52.65 −0.03 −0.06%
2017 52.68 −0.22 −0.42%
2016 52.9 +4.41 +9.09%
2015 48.49 +3.52 +7.83%
2014 44.97 +1.03 +2.34%
2013 43.94 +3.93 +9.81%
2012 40.02 +1.82 +4.76%
2011 38.2 −1.2 −3.05%
2010 39.4 +3.96 +11.16%
2009 35.44 +3.22 +9.99%
2008 32.22 +2.64 +8.94%
2007 29.58 +1.32 +4.68%
2006 28.26 +3.53 +14.29%
2005 24.73 +1.63 +7.08%
2004 23.09 +1.7 +7.95%
2003 21.39 +1.5 +7.56%
2002 19.89 +0.98 +5.2%
2001 18.9 +2.02 +11.98%
2000 16.88 +1.26 +8.09%
1999 15.62 +1.29 +9.01%
1998 14.33 +1.06 +8%
1997 13.26 −0.23 −1.73%
1996 13.5 +0.47 +3.6%
1995 13.03 +1.56 +13.57%
1994 11.47 +1.08 +10.42%
1993 10.39 +0.78 +8.14%
1992 9.61 +0.55 +6.07%
1991 9.06 +1.48 +19.56%
1990 7.58 +0.16 +2.14%
1989 7.42 +0.42 +5.97%
1988 7 +1.07 +18.05%
1987 5.93 +0.19 +3.38%
1986 5.73 +0.65 +12.79%
1985 5.08 +0.62 +13.84%
1984 4.47 +0.95 +26.84%
1983 3.52 +0.36 +11.28%
1982 3.16 +0.72 +29.67%
1981 2.44 +0.22 +10.11%
1980 2.22 +0.3 +15.66%
1979 1.92 +0.24 +14.46%
1978 1.67 +0.1 +6.02%
1977 1.58 +0.17 +11.83%
1976 1.41 +0.45 +46.47%
1975 0.96 −0.42 −30.25%
1974 1.38 +0.24 +20.91%
1973 1.14 +0.43 +60.08%
1972 0.71 +0.12 +19.8%
1971 0.6 +0.04 +6.43%
1970 0.56 −0.11 −16.79%
1969 0.67 +0.14 +27.22%
1968 0.53 +0.05 +11.37%
1967 0.48 +0.07 +16.71%
1966 0.41 +0.04 +11.81%
1965 0.36 +0.06 +17.8%
1964 0.31 +0.07 +26.64%
1963 0.24 +0.05 +23.86%
1962 0.2 +0.04 +23.9%
1961 0.16 +0.03 +21.37%
1960 0.13 +0.04 +48.86%
1959 0.09 +0.01 +17.33%
1958 0.08 +0.01 +22.95%
1957 0.06 +0.02 +48.78%
1956 0.04 +0.03 +412.5%
1955 0.01 +0.01
1954 0 +0
1953 0 +0
1952 0 +0
1951 0 +0
1950 0 +0
1949 0 +0
1948 0 +0
1947 0 +0
1946 0

Southern Asia, 2024

The same indicator for neighboring countries — with links to their pages

About the indicator

Carbon dioxide emissions from burning natural gas. Per unit of energy, gas releases about half as much CO2 as coal, and the case for gas as a transition fuel rests on that. The case is incomplete, however: methane leaks in production and transport eat up part or all of the gain, and methane is not part of this series — it is counted separately.

Important: Combustion only. Methane leaks in production and transport are not part of this series, although they are what determines how much cleaner gas really is than coal.

Source: CO₂ and GHG Emissions (Our World in Data), license CC BY 4.0.