Construction Of 8 New Dams In Gabiley
Clients
KFW through the Ministry Of Agricultural Development
Services
Construction
Location
Gabiley District – Somaliland
Project Overview
To promote sustainable land management and water retention in the arid areas of Gabiley, we carried out the construction of eight new dams across the localities of Caromalko, Lafta Tiin, and Taysa. These dams were designed to collect runoff during seasonal rains, reduce land degradation, and support both farming and livestock needs.
Each dam was built using a standardized approach, beginning with topographic surveying, precision excavation, and embankment shaping. Spillway systems were incorporated for safe overflow management, and layered compaction techniques were used to ensure structural stability. Site stabilization was completed with vegetative and stone reinforcement.
In addition to dam construction, we implemented erosion control measures in nearby gully areas by installing gabion boxes. These were carefully placed over a layer of geotextile fabric, which acts as a filtration and separation barrier to prevent soil loss while maintaining drainage. This system effectively controls gully erosion, protects the surrounding land, and enhances the overall watershed management.
Due to the multi-site nature of the project, we deployed three civil engineers and rotated a field team of over 30 skilled and general workers to meet schedule targets. All equipment was owned and operated by KEEPS, allowing for seamless coordination and resource sharing between sites.
Technologies Used:
Reservoir Excavation
Embankment Construction
Soil Test
Spillway integration
Site stabilization
Equipment Deployed:
Outcome & Delivery
The construction of eight dams and gully erosion control measures in Gabiley successfully enhanced water retention and land stability in arid areas. These structures effectively capture seasonal runoff, reduce soil erosion, and support local agriculture and livestock, contributing to sustainable land management.
The installation of gabion boxes with geotextile lining stabilized vulnerable gullies, preventing further land degradation and improving watershed health. The project was completed on schedule through coordinated multi-site management, demonstrating our capacity to deliver complex infrastructure that supports community resilience and environmental sustainability.