KEEPS

Rehabilitation of Two Earth Dams

Clients

Islamic Relief Worldwide

Services

Construction

Location

Magaalo Cad – Awdal Region, Somaliland

Project Overview

In response to severe seasonal degradation and sediment buildup, we undertook the rehabilitation of two existing earth dams in Magaalo Cad. These dams had deteriorated over time due to erosion, structural fatigue and poor drainage, which limited their capacity and posed risks to nearby communities.

Our scope of work included structural reshaping of the embankments, desilting of accumulated sediment, and reinforcement of banks through layered compaction, site stabilization, and proper spillway integration. We began with a detailed survey using leveling and RTK instruments to map existing structures and determine critical intervention points.

The entire rehabilitation process was carried out by a dedicated on-site team comprising civil and Water engineers and over 8 skilled and general staff. Our operators and technicians ensured that all technical specifications were met with high accuracy. We deployed our full suite of construction equipment to ensure consistent progress across both sites.

Technologies Used:

Pan excavation - KEEPS Sanitation and Construction

Pan excavation

Embankment shaping - KEEPS Sanitation and Construction

Embankment shaping

Layered compaction - KEEPS Sanitation and Construction

Layered compaction

Spillway integration - KEEPS Sanitation and Construction

Spillway integration

RTK and GPS - KEEPS Sanitation and Construction

RTK and GPS

Equipment Deployed:

Outcome & Delivery

The rehabilitated dams were restored to full operational functionality, including increased water retention capacity and safe overflow mechanisms. Following final inspection and structural validation, both dams were commissioned and declared operational.

The improved dams now serve as a secure water source for surrounding pastoral communities and contribute to agricultural resilience in the area. This successful project demonstrates our expertise in upgrading earth-based water structures with minimal disruption and maximum long-term value.