Project Overview

As Saudi Arabia continues to invest heavily in logistics infrastructure under Vision 2030, demand for modern storage facilities has increased significantly. In 2024, our engineering team successfully delivered a large-scale steel warehouse building for a logistics operator located in the industrial zone of Riyadh.

The project was designed to support regional distribution activities connecting Riyadh, Dammam, Jeddah, and neighboring GCC countries. The client required a highly efficient steel warehouse building capable of handling high-volume pallet storage, container unloading, and future automation upgrades.

The completed facility covers approximately 12,500 square meters and serves as a central logistics hub for consumer products, construction materials, and industrial equipment.

Project Specifications

Location:
Riyadh, Saudi Arabia

Building Type:
Logistics Distribution Center

Building Area:
12,500 m²

Dimensions:
250m × 50m

Eave Height:
11m

Roof Slope:
10%

Steel Grade:
Q355B Primary Structure

Roof System:
75mm PU Sandwich Panel

Wall System:
50mm PU Sandwich Panel

Wind Load:
120 km/h

Design Life:
50 Years

Design Challenges

The client requested a steel warehouse building that could operate efficiently under Saudi Arabia's extreme desert climate.

Average summer temperatures often exceed 45°C, making thermal performance a major concern.

Key requirements included:

• Reduced internal heat gain

• Large clear-span storage space

• High-speed loading operations

• Future mezzanine office expansion

• Solar panel installation readiness

To address these challenges, engineers selected high-performance insulated panels and optimized the roof ventilation system.

Structural Solution

The building utilizes a clear-span steel warehouse building design with no interior columns.

Benefits included:

• Maximum pallet storage capacity

• Improved forklift traffic flow

• Flexible racking configurations

• Simplified warehouse automation upgrades

The primary steel frame was fabricated using tapered welded H-sections to optimize material efficiency while maintaining structural strength.

This approach reduced overall steel consumption by approximately 12% compared to conventional hot-rolled designs.

Energy Efficiency Features

One of the client's primary concerns was reducing operating costs.

Several energy-saving measures were incorporated into the steel warehouse building:

• PU insulated roof panels

• Ridge ventilation system

• Natural daylight panels

• LED warehouse lighting

• Solar-ready roof structure

As a result, the facility achieved lower cooling requirements compared to many conventional warehouse facilities operating in similar conditions.

Construction Schedule

Fabrication Period:
38 Days

Shipping:
18 Days

Site Installation:
67 Days

Total Project Duration:
123 Days

The prefabricated steel system allowed the client to begin warehouse operations significantly faster than traditional concrete construction alternatives.

Operational Results

Since completion, the steel warehouse building has successfully supported:

• Daily truck loading operations

• High-density pallet storage

• Cross-docking activities

• Regional inventory distribution

The client reported:

• Improved warehouse efficiency

• Reduced operating costs

• Lower maintenance requirements

• Increased storage capacity

Conclusion

This Riyadh logistics project demonstrates how a modern steel warehouse building can support the rapid growth of Saudi Arabia's logistics sector.

By combining efficient structural engineering, thermal insulation, and future-ready design, the facility provides long-term value while supporting the client's expansion plans throughout the Middle East.