Area:
Africa
Room Type:
Prefab House
Field:
Engineering Camps
Area:
100-1000㎡
Scenes:
Office
Time:
2025year
The Ethiopian Adama Industrial Park Project provided modular accommodation and office facilities to support building and road construction activities within Ethiopia’s flagship industrial zone. By deploying Chengdong’s Flatpack (XSF) containers and A4-type houses, the solution delivered highly mobile, thermally insulated structures that meet on-site living and working requirements while allowing rapid redeployment as construction phases advance.
Client: Developer of Adama Industrial Park
Location: Adama Industrial Park, Oromia Region, Ethiopia
Context: The park hosts diverse manufacturing and infrastructure activities requiring flexible camp facilities that can relocate alongside project progression.
Supply on-site living quarters, offices, and communal spaces for construction personnel.
Ensure structures offer superior thermal insulation in Ethiopia’s arid climate.
Enable seamless mobility to follow phased construction across different zones within the park.
Deliver turnkey installation in line with the client’s ambitious construction schedule.
Total Units: – 15 XSF Flatpack containers with integrated separate roof systems – Multiple A4-type prefabricated houses for offices and ancillary facilities
Total Area: Approximately 800 m² of modular floor space
Services: – Design adaptation and roof integration for enhanced weather protection – Factory prefabrication, surface treatment, and quality inspection – Logistics planning and site delivery – On-site assembly supervision and commissioning
XSF Flatpack Containers
Fold-flat shipping configuration for cost-effective transport
Separate roof assembly to improve airflow and reduce heat gain
Galvanized steel frames with PU-insulated sandwich panels
Quick-connect joints for rapid assembly and disassembly
A4-Type Houses
Lightweight steel framing with high-density insulation
Standardized dimensions for straightforward coupling and expansion
Integrated wiring and plumbing channels for plug-and-play utilities
Mobility & Insulation
Modules can be relocated intact using forklifts or cranes
Roof design creates an air gap for passive cooling
Corrosion-resistant coatings suited to local climate conditions
May 2025: Contract award and initial design briefing
June 2025: Finalization of module layouts and roof designs
Early July 2025: Fabrication and quality assurance in Chengdong plant
Mid July 2025: Shipment of Flatpack containers and A4 modules to Adama
Late July 2025: On-site assembly and commissioning completed within two weeks
Arid Climate Heat Load
Challenge: High daytime temperatures causing indoor discomfort.
Solution: Separate roof assemblies and high-performance insulation panels to minimize solar heat gain.
Phased Construction Mobility
Challenge: Required frequent relocation of camp units as new roads and buildings progressed.
Solution: Selection of Flatpack containers and A4 units with forklift pockets and standardized lifting points, enabling efficient site transfers without disassembly.
Tight Schedule Coordination
Challenge: Syncing module delivery with rapid park infrastructure development.
Solution: Early mobilization of logistics team and staggered fabrication batches to ensure timely arrival and deployment.
Rapid Deployment: All modules installed and operational within two weeks of arrival, facilitating uninterrupted construction workflows.
Thermal Comfort: Passive cooling design reduced interior temperatures by up to 8 °C compared to conventional cabins.
Operational Flexibility: Units were relocated twice during initial construction phases, demonstrating seamless mobility with minimal downtime.
Client Satisfaction: The park developer commended the camp’s durability, comfort, and ease of relocation, laying the groundwork for potential expansion of modular solutions across other Ethiopian infrastructure projects.
This project underscores Chengdong’s expertise in delivering adaptable, climate-responsive modular infrastructure that enhances productivity and personnel welfare in fast-moving industrial environments.
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