Sudan, a country heavily dependent on the Nile River, has built a series of dams to support its growing need for irrigation, electricity, and flood control. With the potential to tap into vast water resources, Sudan’s dams are essential for power generation and agricultural expansion. As the country develops, these dams play an integral role in economic growth and sustainable water management. In this article, we examine the top 10 largest dams in Sudan by power output, capacity, location, and their importance in the country’s infrastructure.
1. Merowe Dam (Merowe High Dam)
- Location: Northern State, Sudan
- River: Nile River
- Power Output: 1,250 megawatts (MW)
- Capacity: 12.5 billion cubic meters
The Merowe Dam, also known as the Merowe High Dam, is the largest dam in Sudan and one of the largest in Africa. Completed in 2009, it is located on the Nile River near the Fourth Cataract and serves as a significant source of hydroelectric power, generating 1,250 MW. In addition to electricity generation, the dam provides irrigation and flood control, supporting Sudan’s agricultural and energy sectors.
2. Roseires Dam
- Location: Blue Nile State
- River: Blue Nile
- Power Output: 280 megawatts (MW)
- Capacity: 7.4 billion cubic meters
The Roseires Dam, built in 1966 and recently expanded, is located on the Blue Nile near the border with Ethiopia. The dam primarily supplies water for irrigation, supporting Sudan’s fertile Gezira Plain. It also generates electricity and plays a crucial role in controlling seasonal flooding. Its recent heightening project has increased its storage capacity, improving water regulation and irrigation.
3. Sennar Dam
- Location: Sennar State
- River: Blue Nile
- Power Output: 15 megawatts (MW)
- Capacity: 930 million cubic meters
Completed in 1925, Sennar Dam is one of the oldest dams in Sudan. While its power output is modest, it is primarily used for irrigating the Gezira Scheme, one of the largest agricultural projects in Africa. The dam also provides water for domestic and industrial use in the surrounding regions, helping to stabilize agricultural productivity in central Sudan.
4. Jebel Aulia Dam
- Location: White Nile State
- River: White Nile
- Power Output: None (Primarily for Irrigation)
- Capacity: 3.5 billion cubic meters
Jebel Aulia Dam, constructed in the early 1930s, was initially designed to regulate the flow of the White Nile to ensure consistent water supply for Egypt. However, it has become a key resource for irrigation and water storage in Sudan, particularly for agriculture. The dam plays a critical role in ensuring water availability for the White Nile regions.
5. Upper Atbara and Setit Dam Complex
- Location: Kassala and Gedaref States
- River: Atbara River and Setit River
- Power Output: 320 megawatts (MW)
- Capacity: 2.7 billion cubic meters
The Upper Atbara and Setit Dam Complex, completed in 2017, is one of the most recent large-scale dam projects in Sudan. The complex serves both hydroelectric power generation and irrigation purposes. It provides water for agricultural lands in eastern Sudan while also contributing significantly to the national grid with 320 MW of power.
6. Khashm El Girba Dam
- Location: Kassala State
- River: Atbara River
- Power Output: 12 megawatts (MW)
- Capacity: 1.3 billion cubic meters
Khashm El Girba Dam was built in 1964 to replace agricultural lands lost to the Aswan High Dam in Egypt. The dam is essential for irrigating farmland in the New Halfa Agricultural Scheme, one of Sudan’s major irrigation projects. It also contributes a small amount of electricity to the local grid, supporting rural electrification in the region.
7. Dal Dam (Planned)
- Location: Northern State
- River: Nile River
- Power Output: Estimated 340 megawatts (MW)
- Capacity: 9 billion cubic meters
The Dal Dam, still in the planning stages, is expected to be a significant hydroelectric project on the Nile River. Once completed, it will generate 340 MW of power and provide water for irrigation and flood control. The dam is part of Sudan’s larger strategy to enhance its power generation capabilities and support agricultural development along the Nile.
8. Kajbar Dam (Planned)
- Location: Northern State
- River: Nile River
- Power Output: Estimated 360 megawatts (MW)
- Capacity: 6.7 billion cubic meters
The Kajbar Dam, another proposed project on the Nile, is intended to generate electricity and provide water for agriculture. The project has faced some opposition from local communities, but it remains part of Sudan’s long-term plans to increase its energy production and manage the flow of the Nile.
9. Shereik Dam (Planned)
- Location: Northern State
- River: Nile River
- Power Output: Estimated 420 megawatts (MW)
- Capacity: 11 billion cubic meters
Shereik Dam is another major dam project under consideration for the Nile River. Once built, it will generate 420 MW of electricity and provide water for irrigation. The dam is part of Sudan’s strategy to harness the full potential of the Nile for energy and agriculture, helping to ensure water security and energy access.
10. Burdana Dam (Planned)
- Location: Red Sea State
- River: Gash River
- Power Output: None (Primarily for Irrigation and Water Supply)
- Capacity: 350 million cubic meters
Burdana Dam, planned for the Gash River in eastern Sudan, will focus on irrigation and water supply rather than power generation. The project is designed to enhance water security for communities in the arid Red Sea State, supporting agriculture and improving access to drinking water in one of Sudan’s driest regions.
Conclusion
Sudan’s dams are crucial for the country’s energy production, irrigation, and water management. Dams like the Merowe and Roseires provide substantial electricity to the national grid, while others such as the Sennar and Jebel Aulia are vital for agriculture, particularly in the fertile regions of central and eastern Sudan. As Sudan continues to develop, both existing and planned dams will play an increasingly important role in ensuring water security, expanding agricultural production, and enhancing energy generation to meet the demands of a growing population.
Was this article helpful?
YesNo
