CBAM Impact on Ethiopia: Steel, Cement, and the Grand Ethiopian Renaissance Dam

Ethiopia and CBAM: The GERD Advantage

Ethiopia is Africa's second most populous nation and one of its fastest-growing economies. Its CBAM exposure is concentrated in steel and cement — sectors that are rapidly expanding to serve Ethiopia's massive infrastructure programme. The Grand Ethiopian Renaissance Dam (GERD) gives Ethiopian industry one of the world's lowest electricity carbon intensities.

The Grand Ethiopian Renaissance Dam

The GERD on the Blue Nile is Africa's largest hydroelectric dam, with a full capacity of 5,150 MW. Combined with Gilgel Gibe III (1,870 MW) and Tekeze Dam (300 MW), Ethiopia's hydropower fleet provides over 95% of the country's electricity at near-zero carbon intensity. Ethiopia's national grid carbon intensity is approximately 50 gCO₂/kWh — among the lowest in the world. For CBAM purposes, this is an extraordinary advantage. Ethiopian EAF steel producers using the national grid have Scope 2 embedded emissions of approximately 0.1 tCO₂/tonne — compared to the EU default of 1.985 tCO₂/tonne. The CBAM cost reduction from actual verification is approximately 95% for electricity-related emissions.

Ethiopia's Steel Sector

Ethiopia's steel sector is anchored by electric arc furnace (EAF) producers in Addis Ababa and the Bole Lemi Industrial Park. Key producers include Derba Steel, Metaferia Steel, and National Steel Corporation of Ethiopia. These facilities use scrap steel and hydropower electricity — making Ethiopian EAF steel among the lowest-carbon in Africa. Exports go to EU markets primarily as reinforcing bar (CN code 7214) and wire rod (CN code 7213).

Ethiopia's Cement Sector

Ethiopia is a major cement producer, with Derba Cement (3.5 million tonnes/year), Dangote Cement Ethiopia (2.5 million tonnes/year), and Mugher Cement operating large kilns. Cement clinker (CN code 2523) is within CBAM scope. Ethiopia's cement sector uses coal and petroleum coke for kiln firing — the carbon intensity of Ethiopian cement is broadly comparable to global averages, despite the clean electricity grid.

The Verification Imperative

For Ethiopian EAF steel producers, actual emissions verification is not just beneficial — it is transformative. The gap between EU default emission factors and Ethiopia's actual embedded emissions (due to near-zero hydropower) is likely to be 80–95% for electricity-intensive production. A steel producer paying EUR 130/tonne under EU defaults could pay as little as EUR 10–20/tonne after actual verification.

Compliance Pathway for Ethiopian Exporters

1. ▸Calculate actual embedded emissions — prioritise this step given the enormous gap from EU defaults
2. ▸Engage an accredited third-party verifier (ISO 14065 or EU ETS verification standards)
3. ▸Appoint an Authorised CBAM Declarant registered in the EU CBAM Registry
4. ▸Register at the Digital Product Passport Registry
5. ▸Submit your first CBAM declaration by 31 May 2027 Ethiopia's hydropower grid is one of the most powerful CBAM assets in Africa. Exporters who invest in actual emissions verification will achieve CBAM costs that are a fraction of their competitors from coal-dependent grids.