Construction – KEEPS

Salaxey Haffir Dam Construction

Brand awareness — Mon, 13 Oct 2025 12:14:38 +0000

Salaxey Haffir Dam Construction

Clients

Ministry of Water Resources Development, Somaliland

Services

Construction

Location

Salaxley – Maroodi jeex Region, Somaliland

Project Overview

In a drought-affected region with limited surface water infrastructure, we constructed a high-capacity Haffir dam in Caynaba to provide a sustainable water reservoir for pastoral and rural communities. The project began with topographic and hydrological assessments to identify the optimal site and design parameters.

Construction involved precision excavation and embankment building using heavy machinery, guided by leveling and RTK survey equipment. The dam core was formed with compacted soil layers reinforced with stabilizers to prevent seepage and erosion. To further enhance water retention, geomembrane lining was installed within the reservoir basin.

Our team, consisting of two civil engineers, two surveyors, and 30 skilled and general workers, maintained a rigorous equipment schedule to ensure efficiency and accuracy in earthworks and compaction tasks, despite the challenging terrain and large dam footprint.

Complementary infrastructure was also constructed, including auxiliary structures, reinforced spillways, silt traps, fencing for site security, solar-powered water pumps, and water distribution systems. These features collectively improve the dam’s functionality, durability, and service to the community.

Technologies Used:

Precision Excavation

Layered Soil Compaction

Geomembrane Liners

Reinforced Concrete Spillways

Silt Traps

Solar-Powered Water Pumps

Auxiliaries structures

Site stabilization

Equipment Deployed:

Outcome & Delivery

The Haffir dam was completed to design specifications, providing a critical water buffer for the Caynaba region. It now functions as a reliable seasonal water source for thousands of livestock and households, reducing dependence on groundwater and tanker-supplied emergency water.

This project enhanced local climate resilience and demonstrated our capacity to execute large-volume dam works in drought-prone zones with complex logistics. It reinforced our position as a strategic infrastructure partner in Somaliland’s water security agenda.

Borehole Rehabilitation,Pipelin extension and Construction of two Kiosk in Arabsiyo

admin — Sat, 20 Sep 2025 07:30:59 +0000

Borehole Rehabilitation,Pipelin extension and Construction of two Kiosk in Arabsiyo

Clients

ISLAMIC RELIEF WORLDWIDE (IRW-S)

Services

Construction

Location

Arabsiyo – Gabiley Region, Somaliland

Project Overview

We implemented the construction of an elevated water tank to address the critical issue of water scarcity in Gargaara Village, significantly improving the community’s water storage capacity and reliability. Alongside this, we implemented a comprehensive water distribution system to efficiently deliver water throughout the village, enhancing access for both households and livestock.

To promote sustainable energy use and ensure reliable water pumping, we installed a solar power system and replaced the existing water pump for the village’s shallow well, thereby increasing pumping efficiency and reducing operational costs.

Furthermore, we constructed water kiosks at strategic locations to facilitate convenient and hygienic water access for residents. To support the community’s pastoral livelihood, we also implemented the construction of animal troughs, providing safe and dedicated watering points for livestock.

Through these integrated interventions, we successfully enhanced water availability and strengthened the resilience of Gargaara Village by combining sustainable infrastructure with renewable energy solutions, ultimately improving health outcomes, economic opportunities, and overall quality of life.

Technologies Used:

Generator For Electricity

Solar System Technology

Water Distribution Network Installation

Water Kiosk Techniques

Site Stabilization Techniques

Equipment Deployed:

Outcome & Delivery

The elevated water tank was completed and fully tested for structural soundness, water retention, and gravity-fed distribution efficiency. Its operationalization has significantly improved the reliability of water supply in the Gargaara area, reducing the community’s dependency on distant water sources.

This achievement, combined with the successful implementation of a comprehensive water distribution system, solar-powered pumping, water kiosks, and animal troughs, has markedly enhanced water accessibility and sustainability for both residents and livestock.

The project showcased our strength in vertical civil works and reinforced our expanding portfolio in delivering water supply infrastructure to underserved communities across Somaliland. Through these integrated interventions, we have contributed to improved health outcomes, economic opportunities, and overall resilience for Gargaara Village.

Test Dam Construction

admin — Thu, 18 Sep 2025 06:26:23 +0000

Test Dam Construction

Clients

Ministry of Water Resources Development, Somaliland

Services

Construction

Location

Dilla – Awdal Region, Somaliland

Project Overview

Technologies Used:

Precision Excavation

Layered Soil Compaction

Geomembrane Liners

Reinforced Concrete Spillways

Silt Traps

Solar-Powered Water Pumps

Auxiliaries structures

Soil Test

Equipment Deployed:

Outcome & Delivery

Construction of New and Rehabilitation of Berkads

Brand awareness — Sat, 21 Jun 2025 14:35:54 +0000

Construction of New and Rehabilitation of Berkads

Clients

KFW through Ministry Of Agricultural Development

Services

Construction

Location

Gabiley

Project Overview

In ongoing efforts to enhance water infrastructure, this project involved both the construction of new berkeds and the rehabilitation of existing, degraded berkeds. The dual approach aimed to maximize water retention capacity and extend the lifespan of traditional water harvesting facilities.

New berkeds were constructed using precision excavation and layered foundation techniques to ensure structural stability. Rehabilitation works included cleaning, structural repairs, re-masonry, and sealing to restore water-tightness and improve durability.

Our project team consisted of three civil engineers and 28 skilled workers, including masons and equipment operators. The work was supported by a fleet of heavy machinery, enabling efficient earthworks and material handling.

Technologies Used:

Precision excavation

Structural rehabilitation and sealing

Layered compaction and foundation reinforcement

Masonry restoration

Equipment Deployed:

Project Impact

Through this project, water storage capacity in the targeted areas was significantly increased, reducing water scarcity impacts. The rehabilitation of berkeds extended their usability, preserving essential community water resources with a cost-effective and sustainable solution.

Construction Of 7 New Barkeds

Brand awareness — Sat, 21 Jun 2025 14:30:26 +0000

Construction Of 7 New Barkeds

Clients

KFW through Ministry Of Agricultural Development

Services

Construction

Location

Gabiley and Maroodi Jex regions

Project Overview

As part of a sustainable land management program, we constructed berkeds designed to capture and store seasonal rainfall for rural communities. These traditional water tanks are vital in regions with limited groundwater access, providing essential water storage to support both domestic use and livestock needs.

The project included rehabilitation of existing berkeds and the construction of new ones, along with the installation of a water hand pump to improve accessibility.

Site evaluation and precision excavation prepared firm bases for heavy masonry work. Reinforced concrete and stone masonry techniques were used to build durable, water-tight structures. Site stabilization measures were also implemented to reduce erosion risks.

A dedicated team of engineers and skilled workers managed excavation, masonry, and finishing works. Our equipment fleet, including excavators and concrete mixers, ensured efficient and timely project delivery.

Technologies Used:

Barkeds excavation

Masonry and reinforced concrete

Soil Test

Equipment Deployed:

Outcome & Delivery

The berkeds were successfully constructed and rehabilitated, providing reliable water storage for rural communities with limited groundwater access. The installation of a water hand pump further enhanced accessibility, supporting both domestic use and livestock needs. This project significantly contributed to sustainable land and water resource management, improving the resilience and livelihoods of local populations.

Additionally, the project strengthened our expertise in managing water infrastructure in rural settings, enhancing team coordination, resource management, and quality control. It reinforced our commitment to delivering sustainable, community-focused solutions efficiently and within budget.

Construction Of 8 New Dams In Gabiley

Brand awareness — Sat, 21 Jun 2025 10:17:01 +0000

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.

Construction Of Two Twin Hall In Ministry Of Trade And Tourism

Brand awareness — Sat, 21 Jun 2025 10:08:55 +0000

Construction Of Two Twin Hall In Ministry Of Trade And Tourism

Clients

Ministry of Trade and Tourism

Services

Construction

Location

Hargeisa

Project Overview

Technologies Used:

Safety PPE

Fire Extinguishers and First Aid Kit

Daily Quality Checklists & Site Logs

Laser Levels & Plumb Bobs

Formwork Systems

Steel Bar Bending & Cutting Machines

Slump Cone Test & Concrete Cube Molds

Concrete Mixers & Vibrators

Pipe Threading & Pressure Testing Equipment

Plumbing Fittings & Leak Detectors

Circuit Testers - Multimeters & Continuity Testers

Tile Cutters & Levelling Systems

Aluminum & Glass Installation Tools

Paint Spray & Rollers

Equipment Deployed:

Outcome & Delivery

The twin halls were completed in full accordance with the project specifications and officially handed over after final inspections and functionality tests. They are now actively utilized by the Ministry of Trade and Tourism as key facilities for business development programs, stakeholder meetings, and public events.

This project reinforced our capacity to deliver large-scale public buildings, demonstrating our ability to integrate durability, functionality, and aesthetic quality in support of institutional infrastructure needs.

Construction of Elevated Water Tank & Distribution Water Supply System in Gargaara

Brand awareness — Sat, 21 Jun 2025 09:17:18 +0000

Construction of Elevated Water Tank & Distribution Water Supply System in Gargaara

Clients

Danish Refugee Council (DRC)

Services

Construction

Location

Gargaara – Awdal Region, Somaliland

Project Overview

Technologies Used:

Solar-Powered Water Pumps

Water Pump Technology

Water Distribution Network Installation

Water Kiosk Techniques

Site Stabilization Techniques

Equipment Deployed:

Outcome & Delivery

Construction Of One Haffir Dam In Farawayne

Brand awareness — Sat, 21 Jun 2025 08:50:36 +0000

Construction Of One Haffir Dam In Farawayne

Clients

African Development Bank Through CARE & Mowd

Services

Construction

Location

Farawayne District Marodijeh

Project Overview

We implemented the construction of the Farawayne Haffir Dam to improve rainwater harvesting and water access for rural and pastoralist communities in one of Somaliland’s drought-affected regions. The implementation was carried out in strict accordance with the pre-approved designs, technical drawings, and specifications provided by the responsible authorities.

Site Preparation and Earthworks

We began with comprehensive site preparation, including geotechnical mapping, land grading, and the establishment of cut-and-fill zones. Our team executed the excavation of the reservoir basin and construction of embankments, ensuring proper shaping and compaction. These operations were guided by GPS and RTK surveying equipment to maintain alignment with design parameters and ensure long-term structural integrity.

Stabilization and Spillway Installation

We constructed a spillway system to safely divert overflow and reduce the risk of structural erosion. The embankments were stabilized through a combination of compacted earth shoulders, vegetative cover, and targeted erosion control measures tailored to the silty local subsoil conditions.

Auxiliary Infrastructure

In addition to the main dam structure, we implemented the following auxiliary systems to enhance operational efficiency, safety, and community benefit:

A slow sand filter treatment system to improve water quality.
An underground water storage tank to hold treated water for longer-term use.
Animal troughs and a water kiosk for organized and inclusive water access.
A solar energy system powers a submersible water pump for sustainable water lifting and distribution.
Full perimeter fencing to protect the dam site from external disturbances and ensure user safety.

Personnel and Equipment

The implementation was carried out by a dedicated team consisting of two civil and Water engineers and eighteen (18) general and skilled workers, including local labor. We deployed and rotated essential heavy machinery, excavators, bulldozers, compactors, water tankers, and service vehicles to align with each phase of work, ensuring efficiency and adherence to schedule.

All construction activities were executed to meet the required engineering, environmental, and safety standards, resulting in a fully functional haffir dam now supporting water resilience and community well-being in Farawayne.

Technologies Used:

RTK GPS Surveying and Positioning

Standard Proctor Compaction Test Apparatus

Dynamic Cone Penetrometer

Atterberg Limits Test

Cut-and-Fill Balancing Techniques

Compaction and Soil Stabilization Techniques

Concrete Reinforcement and Formwork Systems

Manual and Mechanical Concrete Vibrators

Vegetative Erosion Control Methods

Slow Sand Filtration Systems

Solar-Powered Water Pumps

Solar & Pumps Remote Monitoring Systems

Earth Moisture Meters

Underground Piping and Distribution Systems

riprap Installation

Equipment Deployed:

Outcome & Delivery

The Farawayne Haffir Dam was completed on schedule and successfully commissioned for community use by the end of the rainy season. Designed with an effective catchment area and built on a solid structural foundation, the dam now serves as a vital resource for drought mitigation, providing reliable water storage that supports livestock hydration and agricultural activities throughout dry periods.

This project highlights our ability to deliver tailored and resilient dam infrastructure by leveraging efficient team coordination, modern construction technologies, and adaptable methods. Despite the challenges posed by the variable terrain and local soil conditions, we ensured the dam’s long-term stability and functionality, ultimately enhancing water security and improving livelihoods for the surrounding communities.