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Beijing, China · Pop. 21.5 million · 2022 data
Based on 2022 data from Beijing Municipal Ecology and Environment Bureau / C40 Cities. Figures represent scope 1 and 2 emissions. Use our calculators for personal estimates.
Beijing has aggressively retired coal power plants within city limits and shifted to natural gas heating, but industrial emissions in the surrounding region remain high.
600
gCO₂/kWh grid
15%
Renewable electricity
2060
Target: −100%
21.5M
Population
How Beijing's emissions are distributed across key sectors.
~40.6Mt CO₂e
~61.8Mt CO₂e
~49.4Mt CO₂e
~14.1Mt CO₂e
~10.6Mt CO₂e
Beijing
8.2t
per capita
China avg
8t
per capita
Beijing's per-capita emissions exceed the China national average by 2%. This is driven by buildings (35% of emissions) and a grid intensity of 600 gCO2/kWh.
Grid Carbon Intensity
600 gCO₂/kWh
High — significant fossil fuel dependence
Renewable Share
15%
Target Year
2060
Reduction Goal
100%
Beijing aims to cut emissions by 100% by 2060, one of the most ambitious targets among major cities worldwide. Achieving this will require significant shifts in buildings and continued growth in renewable energy.
Beijing emits approximately 8.2 tonnes of CO2 equivalent per person per year (2022 data). The city's total emissions are around 176.6 million tonnes annually, with a population of 21.5 million.
Beijing's per-capita emissions of 8.2t are 2% above the China national average of 8t per capita. Key contributors include a heavy industrial base.
The largest emission source in Beijing is buildings at 35% of total emissions, followed by other sectors. Transport accounts for 23%, buildings for 35%, and industry for 28%.
Beijing has set a target to reduce emissions by 100% by 2060. The city's electricity grid currently has a carbon intensity of 600 gCO2/kWh, with 15% of electricity from renewable sources.
Beijing's grid is relatively carbon-intensive at 600 gCO2/kWh. Only 15% of electricity comes from renewable sources, indicating significant room for decarbonisation.
Per-capita values depend on city boundary definitions and emission scoping methodology. Figures represent scope 1 and 2 emissions unless otherwise stated.