Where North Africa’s estimated methane emissions came from
EDGAR estimated that fuel production accounted for roughly two thirds of Algeria’s methane emissions in 2025. Waste was the largest source in Egypt, Morocco and Tunisia. The same inventory makes the sector mix visible across more than five decades.
Sources checked
North Africa Exchange Editorial Team
2025 EDGAR estimatesEstimated methane emissions by source
Fuel production
Shared scale · 0 Mt CO₂e to 59.699 Mt CO₂e
Algeria39.861 Mt CO₂e
Egypt18.431 Mt CO₂e
Morocco0.136 Mt CO₂e
Tunisia2.037 Mt CO₂e
Agriculture
Shared scale · 0 Mt CO₂e to 59.699 Mt CO₂e
Algeria9.015 Mt CO₂e
Egypt14.093 Mt CO₂e
Morocco7.251 Mt CO₂e
Tunisia2.327 Mt CO₂e
Waste
Shared scale · 0 Mt CO₂e to 59.699 Mt CO₂e
Algeria10.326 Mt CO₂e
Egypt23.305 Mt CO₂e
Morocco21.215 Mt CO₂e
Tunisia3.271 Mt CO₂e
Total
Shared scale · 0 Mt CO₂e to 59.699 Mt CO₂e
Algeria59.699 Mt CO₂e
Egypt57.091 Mt CO₂e
Morocco29.124 Mt CO₂e
Tunisia8.043 Mt CO₂e
Switch between fuel production, agriculture, waste and the total. Figures share the same emissions unit and scale.
The 2025 inventory puts Algeria at 59.699 million tonnes of CO₂ equivalent, with 39.861 million from fuel production. The fuel production estimate was below 48.604 million in 1990, while waste rose from 2.693 million to 10.326 million. Source 1
Egypt had a different distribution at a similar total
Egypt’s 2025 total was 57.091 million tonnes of CO₂ equivalent. Waste contributed 23.305 million, fuel production 18.431 million and agriculture 14.093 million. The two largest sectors in Egypt together contributed a smaller fraction of the total than they did in Algeria. Source 1
Waste accounted for most of Morocco’s rise
Morocco’s total moved from 14.818 million tonnes of CO₂ equivalent in 1990 to 29.124 million in 2025. Waste rose from 6.915 million to 21.215 million over the same period. Tunisia’s 2025 waste estimate was 3.271 million against a total of 8.043 million. Source 1
CO₂ equivalent expresses climate effect on a common scale
The chart shows methane converted using a 100-year warming factor, rather than physical tonnes of methane or emissions of carbon dioxide itself. EDGAR models sector emissions using activity data and emissions factors. Its categories and estimates can differ from national inventory submissions. Source 1Source 2