Menu
CEO & General Manager
The project began with an in-depth feasibility study to assess the region’s geological conditions, traffic demands, and the environmental impact of the tunnel construction. Our team of engineers and planners worked closely with government authorities to design a solution that meets both structural and functional requirements. Advanced geotechnical surveys were conducted to ensure that the tunnels could withstand the weight of heavy vehicles and resist natural elements such as seismic activity and flooding.
The first major phase of the construction involved excavation. This included removing large volumes of earth to create the tunnel pathways. Using state-of-the-art tunneling machinery, the excavation process was carefully monitored to ensure safety and precision. Once the tunnels were excavated, the foundation work began. The foundation was reinforced with concrete and steel support structures to provide maximum stability and longevity. This phase was critical to ensuring that the tunnels could handle the expected daily traffic without compromising safety.
Following excavation, the tunnel structure was developed with reinforced concrete beams, columns, and steel linings. These materials were selected for their durability and ability to withstand the region’s challenging climate and geological conditions. The project team focused on creating a design that minimized maintenance requirements while maximizing the tunnel’s lifespan.
At this stage, waterproofing systems were integrated into the construction to prevent moisture seepage, which is crucial for long-term structural integrity.
Once the primary structure was completed, the focus shifted to the finishing touches and infrastructure installation. This included the installation of lighting systems, ventilation, drainage systems, and traffic control technology. These components are essential for ensuring the safety and efficiency of the tunnel, making it suitable for both pedestrian and vehicular traffic.
The team also ensured that the tunnels were equipped with emergency escape routes, fire suppression systems, and real-time monitoring technology to ensure operational safety at all times.
After construction, the tunnels underwent rigorous testing to meet both local and international safety standards. This included stress tests on the structure, fire safety drills, and ventilation assessments. Our engineers worked to ensure that the tunnels could safely accommodate traffic in all weather conditions, from extreme heat to heavy rains.
In this phase, a final walkthrough with government regulators and independent inspectors was conducted to ensure compliance with safety protocols. The project was also tested for sustainability, with energy-efficient lighting and ventilation systems installed to reduce long-term operational costs.
The El Sokhna Tunnels were delivered on time and within budget, thanks to the efficient planning, coordination, and hard work of the Al-Seddik Construction Group team. The project has improved the overall transportation network in the region, reducing travel time for commuters and enhancing the flow of goods between industrial hubs.
The completion of the El Sokhna Tunnels not only highlights our capability to handle large-scale infrastructure projects but also demonstrates our commitment to delivering sustainable and impactful solutions for regional development.
The El Sokhna Tunnels project showcases Al-Seddik Construction Group’s expertise in handling complex engineering challenges while delivering efficient, safe, and durable infrastructure solutions. Our process-driven approach ensures that every project, no matter the scale, is completed with precision, sustainability, and excellence.
If you’d like to learn more about our other projects or discuss how we can help with your next construction endeavor, feel free to contact us or explore our Portfolio to see the results of our craftsmanship.
A short introduction to the workshop instructors and why their background should inspire potential student’s confidence.