Strait of Hormuz Shutdown | The Secret Bypass Iran Fears

For decades, strategists have warned about one narrow strip of water at the entrance to the Persian Gulf, the Strait of Hormuz. At its narrowest point, it's only about 21 miles across. Yet, through that small passage flows roughly a fifth of the world's traded oil, tankers carrying energy from the Gulf to Europe, Asia, and beyond. For years, the scenario was hypothetical. What happens if this trade closes? But imagine a world where it does, or perhaps more realistically, where it has become too dangerous so that shipping companies, insurers, and governments can no longer rely on it as the world's primary energy artery. This is our world now, almost. The consequences ripple far beyond the Middle East. Oil prices spike, insurance costs soar with Lloyd's refusing insurance, and the U.S. government has to offer its own alternative. Naval escorts are returning to waters that a couple of weeks ago were routine commercial lanes. And the world is facing a question it has mostly avoided asking, though I'm sure Trump and his advisers gamed it out. If the Strait of Hormuz can no longer be trusted, how does the world energy move out of the Gulf? This is not just a technical question about pipelines and tankers. It is a geopolitical question, one that reaches back through history. Because, interestingly, the idea of bypassing this chokepoint is not new. In fact, nearly a century ago, strategists confronting a very different set of global tensions began drawing maps that tried to solve the same problem. Maps that connected the oil fields of the Middle East not to the Persian Gulf, but across the region to the Mediterranean. And if the current crisis forces the world to rethink how energy moves, those old maps that have been gathering dust for almost a century may suddenly become relevant again. Hello, I'm Tamuz Itay and welcome to Global Risk Profile, where we break down the headlines that matter and the ones that should. So, if the Strait of Hormuz becomes unreliable, what options actually exist today? The first thing to understand is that this scenario isn't entirely new. Gulf states have been thinking about it for decades. During earlier periods of tensions with Iran, particularly during the Iran-Iraq War in the 1980s, countries in the region began building pipelines designed specifically to bypass Hormuz. Saudi Arabia, for example, built a massive east-west pipeline across its own territory. Oil can be pumped from fields in the Persian Gulf across the Arabian Peninsula to the Red Sea port of Fiambo. From there, tankers can sail west toward Europe without ever passing through the Strait of Hormuz. The United Arab Emirates has a similar system. A pipeline carries oil from Abu Dhabi to the port of Fujairah on the Gulf of Oman, allowing exports to bypass the narrow Strait entirely. These routes matter. In a crisis, they can keep some oil flowing to global markets, but there is a limitation. Even if these pipelines operate at full capacity, they replace only a fraction of the energy that normally moves through the Strait of Hormuz. The majority of Gulf oil will still be trapped behind the choke point. Surely, creating an alternative, especially if at the end of this war the Iranian regime is only weakened, is of utmost importance and could diminish one of this regime's strongest leverage points over the world. Which raises a deeper strategic question. If the world wanted a truly durable solution, one that could move large volumes of energy out of the region without relying on Hormuz, where would that route go? To answer that question, it helps to look back at how earlier generations of strategists approached the same problem. Because long before the modern Middle East took shape, imperial planners confronting the rise of oil had already began drawing maps that tried to solve it. To understand where such a route might run, it helps to go back almost a century to the moment when oil first began reshaping global strategy. In the early 20th century, enormous oil reserves were discovered in northern Iraq, near the city of Kirkuk. For Britain and the other powers involved in developing those fields, the challenge was not simply producing the oil, but moving it safely to world markets. One obvious route was south through the Persian Gulf, but even then planners understood that narrow waterways could become dangerous choke points in times of conflict. Tankers had to pass through the Strait of Hormuz and then travel long distances before reaching Europe. So British engineers and strategists began looking for another option. Instead of sending oil out through the Gulf, they proposed sending it west, across the Middle East to the Mediterranean. In the 1930s, that idea became reality. A pipeline system was built from the Iraqi oil fields near Kirkuk, across the desert to the Mediterranean coast. One branch ran north to the port of Tripoli in Lebanon, the other one ran south to the port of Haifa. For a time, this corridor carried Iraqi oil directly to Europe. Tankers could load at Mediterranean ports without navigating the long maritime route around Arabia. What's striking is the strategic logic behind this system feels remarkably familiar today. Nearly a century ago, planners had already identified a fundamental geographical fact. The shortest route connecting Middle Eastern energy to European markets did not necessarily run through the Persian Gulf. It ran through the Levant. But if this corridor made so much sense geographically, why did it disappear? The answer lies in the political upheavals that reshaped the Middle East after the Second World War. When the State of Israel was established in 1948, the regional political landscape changed overnight. Arab governments refused to cooperate with infrastructure that connected their energy exports to Israeli territory. The branch of the pipeline running to Haifa was shut down. Oil continued flowing for some time through the northern branch to Tripoli in Lebanon. But the broader system that had once connected Iraqi oil fields to multiple Mediterranean ports was gradually weakened by regional tensions, transit disputes, and the shifting politics of the Cold War. At the same time, technological changes in global shipping reduced the economic advantage of long pipelines. The rise of very large oil tankers, super tankers, made it easier to transport crude overseas, even if the route was longer. So over time, the strategic corridor that once carried oil across the Middle East faded from the map. But the underlying geography never changed. The oil fields were still in the Gulf and the northern Middle East. Europe was still across the Mediterranean, and the shortest land bridge connecting those two still ran across the Levant. For decades, geopolitics made that corridor impossible. But history has a way of reopening ideas that earlier generations had abandoned, especially when the strategic environment changes. And if the Strait of Hormuz becomes unreliable long term, the world may once again begin looking at the same map that British planners studied nearly a century ago. For most of the late 20th century, the idea of an energy corridor across the Levant remained politically impossible. The Arab-Israeli conflict divided the region. Cooperation between Israel and its neighbors on major infrastructure projects was simply not part of the political landscape. But over the past several years, that landscape has begun to shift. A number of Arab states have normalized relations with Israel through the Abraham Accords, opening the door, at least in principle, to new forms of economic and strategic cooperation. At the same time, countries across the Middle East and beyond have been rethinking the vulnerability of global trade routes. Disruptions in the Suez Canal, instability around the Red Sea, and the persistent risks surrounding the Strait of Hormuz have reminded policymakers just how dependent the global economy remains on a handful of narrow maritime choke points. Against that backdrop, a new set of ideas began to circulate. One proposal includes connecting the Gulf states to the Mediterranean through a network of rail lines, ports, and energy infrastructure, linking the Arabian Peninsula to Israel's Mediterranean coast. That concept has appeared in discussions surrounding the India-Middle East- through integrated transportation and logistics networks. Whether such plans are ultimately realized remains uncertain. Major political obstacles remain, and infrastructure on this scale takes years to build. But the strategic logic behind these proposals is strikingly similar. It's also important to note that this will be a counterpoint to the CCP to China's Belt and Once again, planners are looking at the same geographic reality that British strategists recognized nearly a century ago. The Levant forms a natural bridge between the energy resources of the Middle East and the markets of Europe. And if instability in the Persian Gulf continues to threaten the Strait of Hormuz, the incentive to rediscover that bridge may only grow stronger. So what would it mean if a corridor across the Middle East to the Mediterranean actually took shape? The first and most obvious consequence would be a shift in the strategic geography of global energy. For decades, Iran's position near the Strait of Hormuz has given it a form of leverage over global oil markets. Even the threat of disruption in that narrow passage can send prices upward and force naval powers to devote significant resources to keeping the open. But if large volumes of energy could move westward across the Middle East, through pipelines, rail networks, and ports linking the Gulf to the Mediterranean, the importance of that choke point would begin to diminish. Energy leaving the Gulf could flow in multiple directions rather than passing through a single narrow gateway. A second consequence would mean the emergence of new economic linkages across the region. Countries that historically faced one another primarily through the lens of security competition might increasingly find themselves connected through shared infrastructure and trade networks. Pipelines, railways, and logistics hubs have a way of creating long-term economic relationships that could outlast the political circumstances that first produced them. And finally, such a corridor would reshape the strategic position of the eastern Mediterranean itself. Ports along that coastline could become gateways linking Middle Eastern energy resources with European markets, much as planners once envisioned during the early decades of the 20th century. None of this would happen overnight. Infrastructure projects on this scale require enormous investment, political coordination, and years of construction. But strategic shifts often begin with a change in how policymakers see the map. And if the Strait of Hormuz becomes a less reliable passage for global energy, the incentive to look westward across the Levant and toward the Mediterranean may become increasingly difficult to ignore. That's it for this episode of Global Risk Profile. If anything here made you think or question, please subscribe, share, and leave a review. The headlines may keep changing, but the deeper patterns rarely do. Thanks for listening, and stay sharp.