15 facts about Egypt’s Red Sea–Mediterranean rail corridor
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Egypt is building one of the most ambitious transport projects in its modern history: a high-speed, electrified rail corridor linking the Red Sea to the Mediterranean. Often described as the “Suez Canal on rails,” the Green Line is less about speed and more about structure—how goods, people, and industrial output move across the country. For businesses, exporters, and investors, the project reshapes logistics, cost structures, and long-term competitiveness.
Below are the key facts that explain why this rail corridor matters economically, not just infrastructurally.
It links the Red Sea to the Mediterranean by land
The Green Line connects Ain Sokhna on the Red Sea to Alexandria and Marsa Matrouh on the Mediterranean, creating a direct east–west rail corridor across Egypt.
It mirrors the Suez Canal without replacing it
The rail line is designed to complement the Suez Canal by offering an inland logistics route, not to compete with maritime transit.
It is roughly 600 kilometers long
The corridor spans about 600–660 kilometers, making it one of the longest single high-speed rail lines under construction in the region.
It is the backbone of a 2,000-kilometer national rail network
The Green Line forms the core of a broader high-speed network that will eventually include north–south and Red Sea–Upper Egypt routes.
It is built under a multi-billion-dollar Siemens-led contract
Egypt’s National Authority for Tunnels signed a $4.5 billion agreement with a consortium led by Siemens to deliver the system.
It will carry both passengers and cargo
Unlike traditional high-speed rail projects, the Green Line is designed for mixed use, combining passenger services, regional trains, and freight transport.
It is expected to move around 15 million tonnes of cargo annually
Planned cargo capacity equals roughly 3 percent of the Suez Canal’s recent annual transit volumes, giving the line real economic weight.
It connects ports, factories, farms, and new cities
The route is aligned with industrial zones, agricultural areas, logistics hubs, Cairo, and the New Administrative Capital.
It uses electrified, high-capacity trains
Siemens Mobility is supplying Desiro HC electric trains, reducing reliance on diesel transport and lowering long-term operating emissions.
It supports Egypt’s industrial and export strategy
By lowering inland transport costs and improving reliability, the corridor strengthens Egypt’s push toward export-led growth and localized manufacturing.
It adds resilience during global trade disruptions
A land-based corridor provides flexibility when maritime routes face congestion or geopolitical risk.
It is often called the “Suez Canal on rails”
The nickname reflects its strategic positioning as a parallel trade enabler rather than a volume replacement.
It is designed as part of an integrated logistics system
Ports, dry ports, industrial parks, and rail infrastructure are being planned to work as one connected network.
It reduces pressure on roads and trucking networks
Shifting freight from highways to rail lowers congestion, accident risk, and long-term road maintenance costs.
Completion is targeted for 2027–2028
Authorities expect the Green Line to be operational before the end of the decade, with additional rail lines to follow.
What this means for business in Egypt
For companies operating in or exporting from Egypt, the Green Line signals a long-term commitment to logistics efficiency and trade resilience. Faster inland movement, better port connectivity, and integrated industrial planning reduce operational risk and expand where investment makes sense.
More importantly, the project shows how Egypt is building systems, not standalone assets. When rail, ports, industrial zones, and trade corridors are designed together, the result is not just faster transport—it is a more competitive economy.
If completed on schedule, the Green Line will change how Egypt moves goods, attracts investment, and positions itself in global trade.