Iran’s attempts to close the Strait of Hormuz during the US-Israeli war on Iran pushed countries around the world to search for alternative routes and corridors. The issue of transforming Syria into an energy transit hub returned to the forefront of international debate following statements by US envoy Tom Barrack. Barrack indicated the possibility of utilizing Syrian territory as a potential route for pipelines linking production areas with consumption markets, noting that this idea is not new but had previously been proposed within visions aiming to position Syria as a connecting point between the Arabian Gulf, the Caspian Sea, and both the Mediterranean and Black Seas—thereby granting it strategic weight in the energy sector.
Barrack stated that reliance on Syria’s geographical position could help reduce pressure on the Strait of Hormuz, through which a significant share of global oil exports passes, amid ongoing concerns about supply security due to regional tensions. However, he emphasized that this scenario remains within the scope of feasibility studies rather than an actionable plan, noting that recent developments inside Syria have reopened discussions about future investment in resources and infrastructure.
One of the clearest early signs of this direction was expressed by Jordan’s Minister of Government Communication and official spokesperson, Mohammad Al-Momani, who referred to coordination with Syria to facilitate logistical connectivity between the Port of Aqaba and the Port of Latakia. The aim is to diversify Jordan’s import routes via the Mediterranean alongside the Red Sea, thereby reducing global shipping costs and ensuring the continuous flow of goods. This reflects an effort to establish more flexible trade routes amid regional tensions.
This study examines Syria’s potential due to its geographical position linking the Middle East to Europe by land, in addition to its Mediterranean coastline, which could offer a partial alternative to sensitive maritime routes in the Gulf. It also seeks to answer whether relying on Syria as a transit hub could represent an economically viable alternative or merely a crisis-driven solution.
The Syrian Geographic Advantage
Syrian geography is often presented in strategic studies as a clear advantage, but this advantage does not materialize automatically. Location does not function as an independent value; rather, it is part of a broader system. This system includes stability, institutional capacity, and integration into global economic networks. In the absence of these elements, location becomes nothing more than a point on the map.
The idea of using Syria as an energy corridor is based on a simplified assumption that the shortest route is the best. However, global energy experience shows this assumption is not accurate. Routes are not chosen based on distance alone, but on their ability to operate continuously without disruption. This means that a longer route may be more viable if it is more stable.
In this context, Syria appears as a special case, where an optimal geographic position intersects with an unstable environment. This intersection does not diminish the value of location, but it delays its utilization. This explains why the idea continues to appear in international discussions despite its absence from implementation.
Security is one of the most decisive factors in Syria’s case. The issue is not only the presence of threats, but their unpredictable nature. This reality makes it difficult to speak of “guarantees” in the traditional sense. Energy projects require environments that are predictable for decades, while Syria remains in a phase of ongoing transition. This contradiction between investment requirements and environmental conditions makes security a critical determinant.
Recent analyses indicate that energy investment depends not only on resources or location but primarily on the level of “sovereign risk”—a concept referring to a state’s ability to guarantee project continuity. In Syria’s case, this level remains high, leading to hesitation among investors and states.
Deteriorated Infrastructure
It is impossible to assess Syria’s potential as a transit corridor without examining its infrastructure. A transit state requires a connected, stable, and continuously operational network linking entry and exit points. In Syria’s case, the core problem lies in the loss of functionality of older networks as integrated routes.
Before the war, Syria had limited capacity to perform this role, as pipelines connected Iraq to the coast, and road and transport networks enabled the movement of goods between the interior and ports. What happened during years of conflict is that this connectivity collapsed due to destruction and the disruption of continuity across routes.
Today, these elements no longer function as a “corridor.” Ports such as Latakia and Tartus still exist, but they are no longer connected to an effective internal network that ensures smooth movement of goods and energy. Road infrastructure has been damaged, become unsafe, or slowed. Pipelines are in many cases either non-operational or partially functioning, and more importantly, they no longer form continuous routes from one point to another. A disruption at a single point is enough to disable an entire line. This makes Syria currently unable to perform the function of a transit hub, despite possessing partial infrastructure that could support such a role.
Pipelines, for instance, must be connected, secured, and continuously operational. In Syria’s case, these conditions are not fully met. Some pipelines that once connected Iraq to the coast are no longer usable without major rehabilitation, and some pass through areas where long-term stability cannot be guaranteed, particularly regions where ISIS cells remain active.
The same applies to goods movement. Land transit depends on speed, transport costs, and procedural stability. With damaged road infrastructure and weak integration between crossings, Syria becomes less competitive compared to other regional corridors. If a faster, cheaper, or more stable route exists, it will be used instead of Syria.
This reality means that any energy or trade project through Syria requires rebuilding the “entire route.” It must be ensured that the corridor functions efficiently from start to finish, including roads, pipelines, ports, crossings, and administrative procedures.
Here lies the core problem: the cost of rebuilding the full corridor is significantly higher than repairing isolated parts. The required time is longer, and the associated risks are greater. In an environment that remains unstable, it becomes difficult for investors or states to rely on such a route, even if it is theoretically shorter or cheaper. Without this integrated system, Syria may retain an ideal location but will lack the function of transit, which explains why it continues to be discussed as a potential corridor rather than an operational one.
In terms of ports specifically, there are signs of potential technical improvement, but not full readiness. In Latakia, CMA CGM announced in 2025 an acceleration of phase two expansion with a new €200 million investment, aiming to increase capacity to over one million TEUs annually, accommodate larger vessels, and modernize operations through digitization and advanced cargo handling systems and integrated logistics platforms. The company also states that Latakia’s container terminal handles around 95% of Syria’s containerized imports and exports. In Tartus, DP World signed a 30-year concession agreement with up to $800 million in investment to modernize infrastructure, develop the port, and explore free zones, inland logistics hubs, and transit corridors.
However, port upgrades alone are insufficient. Even if berths and digital handling systems improve in Latakia and Tartus, the success of transit functionality still depends on road safety, rail connectivity, and border procedures. The World Bank clearly notes that damage has affected roads, railways, and ports as part of the most severely impacted infrastructure category, meaning the “full corridor” from the coast to the borders still requires extensive investment, not just localized improvements within ports.
Regional Competition as a Constraint on Future Projects
Energy corridors are also instruments for redistributing influence. In the Middle East, where interests intersect sharply, every energy project becomes part of a broader equation. Syria, by virtue of its location, sits at the center of this equation. Any project passing through it would affect the roles of other states—whether those seeking to strengthen their position as energy transit hubs or those fearing a loss of influence.
This overlap makes consensus a necessary condition, but it also makes it difficult to achieve. Interests are not complementary but competitive. As a result, any project is not merely an economic decision, but the outcome of carefully balanced political considerations.
Renewed interest in Syria is understandable within the context of broader global transformations in the energy sector—transformations that are fundamentally geopolitical. Today, the world is redrawing the map of energy routes, driven by a new reality characterized by instability, rising competition, and increasing sensitivity of supply chains. Successive crises—from the war in Ukraine to tensions in the Gulf—have exposed the fragility of relying on a limited number of corridors and demonstrated that energy security is no longer only about resource abundance, but also about the resilience of access routes.
In this context, the concept of “route diversification” has become a central pillar of energy policy, particularly in Europe, which has been forced to rebuild its networks after reducing reliance on Russian gas. This shift has involved a full redesign of infrastructure to accommodate new routes and ease bottlenecks in existing systems. Reports by the International Energy Agency confirm that this diversification trend has become a strategic necessity in a world marked by increasing uncertainty and complex interactions between energy and politics.
At the same time, the transition toward new energy sources—such as liquefied natural gas (LNG), renewable energy, and hydrogen—has not eliminated the importance of traditional corridors. Instead, it has increased the need for more flexible and diversified networks. Even as clean energy expands, complex transport infrastructure remains essential to connect production areas with consumption centers, driving continued investment in pipelines, ports, and cross-border interconnections.
Within this evolving landscape, Syria emerges as a potential option—not because it has suddenly become more prepared, but because the global system itself is increasingly searching for alternatives. The Syrian location, once relatively overlooked during periods of stable traditional routes, has regained relative importance as risks to those routes have increased. However, this importance does not imply superiority; rather, it signals entry into an open and highly competitive field.
The key point here is that Syria is not the only option, but one among several alternatives being considered within a broader effort to redistribute energy routes. There are parallel projects in the Eastern Mediterranean, corridors through Turkey, LNG-based options, and new networks linking Europe to multiple sources. This diversity means that any potential Syrian role is determined not only by its own capabilities, but also by its ability to compete within this wider system.
International and regional competition becomes even clearer when examining existing—not theoretical—alternatives. In recent years, Europe has developed a parallel network of supply routes. The Turkish–Azerbaijani corridor via the Southern Gas Corridor / TAP has transported more than 50 billion cubic meters of gas to Europe since its commercial launch, including over 41.7 bcm to Italy, 4.8 bcm to Greece, and 3.2 bcm to Bulgaria. This indicates that a significant share of transit capacity to Europe is already occupied by an operational and expandable route.
At the same time, the EU’s REPowerEU policy has driven expansion in LNG alternatives. Over three years, Europe installed 10 floating storage and regasification units (FSRUs) and expanded 7 LNG terminals. Data from the first half of 2025 show that Europe imported 29% of its gas from Norway, 27% from the United States, and 12% from Algeria, reducing its reliance on any new high-risk overland corridor.
In the Eastern Mediterranean, competition takes a different form. According to the US Energy Information Administration, Egypt remained the only Eastern Mediterranean country with LNG export capacity as of July 2025. In February 2025, Egypt, Cyprus, Eni, and TotalEnergies signed an agreement to develop Cyprus’s Block 6 (Cronos) gas field, transporting it to Egyptian infrastructure for liquefaction and re-export. This reinforces an already established regional axis based on maritime connectivity and LNG processing.
In contrast, while Syria has begun attracting some investment, it still competes with an established regional system that already has contracts, operational capacity, and functioning export networks—not a geopolitical vacuum waiting to be filled. Therefore, Syria’s future role, even if it improves, will be measured by its ability to capture a share of an already crowded transit market, rather than simply by its geographic position.
Some argue that overestimating new corridors—including Syria—may overlook major differences in capacity and cost. Even countries that succeeded in diversifying routes, such as Central European states after the gas crisis, did not fully replace traditional pathways; they only reduced dependence on them, often at higher cost. This suggests that Syria’s entry into such a system, even if realized, would be about risk reduction rather than replacing existing infrastructure.
Previous Attempts as a Recurring Pattern
Transport projects in the region have repeatedly followed a pattern of structural failure, making the idea of Syria as an energy and goods corridor more of a recurring test case than an advancing project.
One of the clearest examples is the series of proposals to link the Gulf or Iran to the Mediterranean through Syrian territory. Over the past two decades, several pipeline concepts were proposed to run from Iraq through Syria to the coast, including the so-called Iran–Iraq–Syria gas pipeline. Despite preliminary agreements signed in 2011, the project never moved beyond the planning stage due to the interplay of war, sanctions, regional competition, and lack of stable financing. This illustrates that the obstacle was not the concept itself, but the environment in which it was meant to operate.
A similar case is the older Kirkuk–Baniyas pipeline, which once served as a key route for Iraqi oil exports to the Mediterranean. Built in the mid-20th century, it was repeatedly shut down due to political disputes, wars, and sanctions, becoming an early example of how vulnerable overland energy corridors are when exposed to geopolitical instability.
Even projects not directly linked to pipelines—such as proposed land-based logistics corridors connecting the Gulf to Turkey and Europe via Syria—have faced similar obstacles. Each attempt to revive such routes has encountered security instability, lack of regional consensus, weak infrastructure, or high investment risk. This repetition is not coincidental; it reflects a persistent structural relationship between concept and reality.
This leads to an important conclusion: repeated discussion of an idea over time does not indicate its imminent realization. Instead, it may signal the continued absence of conditions necessary for implementation. The idea persists because geography remains unchanged and demand remains present, but execution is delayed because the enabling environment has not sufficiently evolved. Syria thus becomes a clear example of the gap between theoretical possibility and practical feasibility.
Conclusions
Ultimately, all of the above cannot be separated from the trajectory of the state itself. Large-scale projects require a state capable of managing them—an ability that depends not only on power, but also on institutions, legal frameworks, and stability.
Looking ahead, several scenarios emerge depending on internal and external dynamics:
If gradual stabilization and infrastructure reconstruction are achieved, Syria could become a functional transit corridor within the next decade. This would not be a rapid transformation, but it would be a deep one, reshaping Syria’s position within the regional system.
If the current situation continues with only limited improvement, Syria will likely remain part of partial or fragmented projects without becoming a central hub. This is the most realistic medium-term scenario.
If conditions deteriorate further, the idea will remain indefinitely postponed and may gradually give way to alternative routes elsewhere.
Sources
- Atlantic Council, 2025
- EU Institute for Security Studies (EUISS), 2025
- Washington Institute for Near East Policy, 2025
- International Energy Agency (IEA), 2025
- Chatham House, 2025
- World Bank, 2025
- United Nations Development Programme (UNDP), 2025
- Le Monde, 2026
- Modern Diplomacy, 2026
- PRISM Monitor, 2026
