Power sector CO2 emissions — all countries

Power sector CO2 emissions — Middle East & North Africa

Power sector CO2 emissions in Middle East & North Africa in 2024 — 1,251.4 Mt. Since 2000, the indicator has risen by 202.5%.

2024 1,251.4 Mt +3.72% vs 2023
World rank
Period maximum 1,251.4 Mt2024
Period minimum 413.67 Mt2000

Trend over time

2000–2024 · million tonnes CO₂

Power sector CO2 emissions — Middle East & North Africa, 2000–202405001,0001,5002000200320062009201220152018202120242000: 413.67 Mt2001: 441.08 Mt2002: 468.71 Mt2003: 496.79 Mt2004: 521.66 Mt2005: 563.16 Mt2006: 595.81 Mt2007: 633.9 Mt2008: 670.59 Mt2009: 700.87 Mt2010: 771.13 Mt2011: 788.52 Mt2012: 836.79 Mt2013: 860.61 Mt2014: 922.49 Mt2015: 969.38 Mt2016: 989.68 Mt2017: 1,054.01 Mt2018: 1,068.87 Mt2019: 1,083.02 Mt2020: 1,087.47 Mt2021: 1,140.51 Mt2022: 1,173.61 Mt2023: 1,206.56 Mt2024: 1,251.4 Mt
Change over the period: +837.73 (+202.51%) Average annual rate: 4.72 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: Middle East & North Africa

Middle East & North Africa 1,251.4 Mt
World computed 14,544.7 Mt
Power sector CO2 emissions — Middle East & North Africa, by year Middle East & North Africa All countries CSV XLSX
Year Mt Change Change, %
2024 1,251.4 +44.84 +3.72%
2023 1,206.56 +32.95 +2.81%
2022 1,173.61 +33.1 +2.9%
2021 1,140.51 +53.04 +4.88%
2020 1,087.47 +4.45 +0.41%
2019 1,083.02 +14.15 +1.32%
2018 1,068.87 +14.86 +1.41%
2017 1,054.01 +64.33 +6.5%
2016 989.68 +20.3 +2.09%
2015 969.38 +46.89 +5.08%
2014 922.49 +61.88 +7.19%
2013 860.61 +23.82 +2.85%
2012 836.79 +48.27 +6.12%
2011 788.52 +17.39 +2.26%
2010 771.13 +70.26 +10.02%
2009 700.87 +30.28 +4.52%
2008 670.59 +36.69 +5.79%
2007 633.9 +38.09 +6.39%
2006 595.81 +32.65 +5.8%
2005 563.16 +41.5 +7.96%
2004 521.66 +24.87 +5.01%
2003 496.79 +28.08 +5.99%
2002 468.71 +27.63 +6.26%
2001 441.08 +27.41 +6.63%
2000 413.67

About the indicator

Carbon dioxide emissions from electricity generation over the year, in million tonnes. Power generation is the largest source of emissions in the world, about a third of the total, and at the same time the one where replacing the technology does not require changing the way people live: swapping a coal plant for a wind farm is easier than rebuilding steelmaking or aviation. This is exactly why global emission reduction scenarios start with this sector.

Important: Emissions from electricity generation only — this is a part of a country's total emissions, which is a separate indicator. The series begins in 2000.

Source: Yearly Electricity Data (Ember), license CC BY 4.0.