Hormuz Chokepoint: 1/3 of Global Fertiliser at Risk as Urea Spikes 53.7% in March

1. The Strait of Hormuz: Fertiliser's Strategic Chokepoint

The Strait of Hormuz, the narrow waterway connecting the Persian Gulf to the Gulf of Oman and the Indian Ocean, is already well known as the world's most important oil transit chokepoint — approximately 20% of global petroleum passes through its 33 km-wide shipping lanes. What is less widely appreciated is that the Strait is equally critical for the global fertilizer supply chain. An estimated one-third of all seaborne fertilizer trade — encompassing urea, ammonia, phosphates, and potash — transits Hormuz, with urea representing the largest single-volume component.

The concentration is driven by geography. The Persian Gulf littoral states — Iran, Qatar, Saudi Arabia, Oman, and the United Arab Emirates — are among the world's largest producers and exporters of urea, ammonia, and other nitrogen-based fertilizers. These countries benefit from the world's lowest-cost natural gas feedstock (as low as $1.00–2.00/MMBtu), which gives them a structural cost advantage in urea production. Qatar alone, through QAFCO (Qatar Fertiliser Company), operates the world's largest single-site urea production complex at Mesaieed. Saudi Arabia's Ma'aden and SABIC, Oman's OMIFCO, and Iran's Pardis Petrochemical and Shiraz Petrochemical collectively add millions of tonnes of export capacity — virtually all of which must exit the Persian Gulf through the Strait of Hormuz.

Volume Breakdown by Origin

The scale of Hormuz-dependent fertilizer flows can be understood by examining the export volumes of the key Persian Gulf producers. Combined annual urea exports from Qatar (~4–5 Mt), Saudi Arabia (~3–4 Mt), Oman (~2–3 Mt), the UAE (~1–2 Mt), and Iran (~3–4 Mt) total approximately 13–18 million tonnes per year — representing 35–40% of globally traded urea, which totals ~45–50 million tonnes annually.

2. The March 2026 Price Spike: Anatomy of a 53.7% Surge

The magnitude of the March 2026 price move demands attention. Urea prices rose from approximately $472/t in February to $725.6/t in March — a 53.7% month-on-month increase that ranks among the largest single-month price spikes in the fertilizer market's modern history. To put this in context: the move was more violent than the initial COVID-era price dislocations of 2020 and comparable in percentage terms to the most acute phases of the 2021–2022 energy-driven fertilizer rally. The difference is that the 2021–2022 surge was driven by a combination of factors (European gas crisis, Chinese export ban, post-COVID demand recovery) unfolding over months. The March 2026 spike was a concentrated, event-driven shock.

The Trigger

The proximate cause was a sharp escalation in Iran-Israel military tensions, involving missile and drone exchanges that raised the prospect of a broader regional conflict. The Iranian government issued warnings about the security of Hormuz shipping lanes, and several major shipping lines — including those operated by Iranian and UAE-flagged vessels — temporarily suspended Hormuz transits for security assessments. Insurance premiums for Hormuz transits surged by a reported 300–500%, and some charterers began routing vessels via the longer Cape of Good Hope route, adding 15–20 days to delivery times for Persian Gulf-origin cargoes.

The spot market response was immediate. Middle Eastern urea producers, facing uncertainty about their ability to ship contracted volumes, withdrew from new sales offers. Buyers — particularly the Indian Department of Fertilizers, which was preparing its Q2 tender — entered the market in a panic procurement mode, accepting prices well above previous levels. The benchmark FOB Middle East urea price, which had been trading in the $400–470/t range for most of February, spiked to $680–740/t within two weeks. By the end of March, the market had settled at $725.6/t, with some distressed cargoes changing hands above $800/t.

The Retreat to $502.5/t

By late May 2026, urea prices had eased to approximately $502.5/t (as of May 22) — a significant retreat from the March peak but still well above the pre-crisis levels of February. The decline reflected several factors: first, direct military confrontation de-escalated after international mediation, with both sides signalling a return to deterrence-based stability rather than open conflict. Second, the Hormuz shipping channel remained operational throughout the crisis — the disruption was more about the risk of closure than actual closure, and as the risk premium receded, prices adjusted downward. Third, India's Department of Fertilizers delayed its planned Q2 tender, reducing spot market buying pressure and allowing the market to absorb the initial panic premium.

However, the $502.5/t level is still 25–30% above the structural floor of $350–400/t that had characterized the first two months of 2026 prior to the Hormuz escalation. The residual premium reflects the market's assessment that the geopolitical risk has not disappeared — it has merely been deferred. The Hormuz chokepoint remains vulnerable, and the market is pricing in a permanent risk premium that did not exist before the March escalation.

3. The World Bank's +60% Scenario: Fertiliser Prices at the Centre of Global Commodity Risk

The World Bank's Commodity Markets Outlook, published on April 28, 2026, placed fertilizer prices at the centre of its risk assessment for global commodity markets. The Bank's baseline forecast projects the fertilizer index rising 31% in 2026, but its upside scenario — driven primarily by the Hormuz risk — envisions a +60% or greater increase from 2025 levels. This would put urea prices in the $700–800/t range on a sustained basis, a level that would have profound implications for global food security, inflation, and agricultural supply chains.

Why the World Bank's Scenario Matters

The World Bank's fertilizer price projections carry particular weight because the institution's commodity models explicitly incorporate the fertilizer-crop price feedback loop. Fertilizer is the largest variable input cost for most staple crop production — accounting for 20–35% of total input costs for wheat, rice, and corn. A 60% increase in fertilizer prices translates, through reduced application rates and lower yields, into a 10–20% increase in crop prices after accounting for substitution effects and demand elasticity. This is not merely a fertilizer story — it is a global food inflation story.

The Bank's baseline scenario assumes that Hormuz tensions remain elevated but do not result in physical disruption of shipping. Under this scenario, urea prices average $450–550/t for 2026, and the fertilizer index rises ~31%. The upside scenario — triggered by a sustained Hormuz disruption lasting more than 30 days — sees urea prices averaging $650–800/t and the index rising 60%+. The downside scenario, which the Bank assigns a lower probability, would require a rapid de-escalation and normalization of Hormuz shipping, plus a relaxation of Chinese export controls, bringing urea prices back to $350–450/t.

4. Supply Chain Impacts: Who Bears the Risk?

The Hormuz risk is not evenly distributed across the global fertilizer supply chain. Some buyers and regions face far greater exposure than others, and understanding this distribution is critical for procurement planning and risk management.

India: The Most Exposed Major Importer

India is by far the most exposed major importer to a Hormuz disruption. The country imports 10–12 million tonnes of urea annually to meet its domestic consumption requirement of ~35 Mt. Approximately 60–70% of these imports originate from Persian Gulf suppliers (Oman, Qatar, Saudi Arabia, UAE, and Iran) — all of which must transit the Strait. India maintains strategic fertilizer inventories of roughly 2–3 months of import cover, but a prolonged disruption beyond 60 days would force significant demand rationing, with potentially severe consequences for the kharif (monsoon) and rabi (winter) cropping seasons.

The Indian government's response to the March crisis has been threefold: accelerating diplomatic engagement with Gulf producers to secure preferential supply allocations; increasing purchases from non-Persian Gulf suppliers (Egypt, Algeria, the US, and Canada) at higher delivered costs; and drawing down strategic stocks. The premium on non-Hormuz supply has been estimated at $50–80/t, reflecting the combination of higher FOB prices and longer shipping routes.

Pakistan, Bangladesh, and Sri Lanka

These South Asian importers face an even more acute vulnerability than India. Their smaller absolute volumes, limited fiscal capacity to absorb price spikes, and dependence on Iranian and Omani urea (which has the shortest shipping distance and therefore the lowest freight cost) mean that a Hormuz disruption would force them to either pay sharply higher prices for alternative supply or reduce fertilizer application rates. Pakistan, in particular, has been a significant buyer of Iranian urea (which crosses the Persian Gulf but does not need to transit the full length of the Strait), and any disruption to Iranian export capability would disproportionately affect its supply.

East Africa: The Emerging Demand Frontier

East African markets — Ethiopia, Kenya, Tanzania, and Uganda — represent a rapidly growing demand center for urea, driven by agricultural modernization programs and fertilizer subsidy schemes. These markets have become heavily dependent on Middle Eastern urea from Oman and Qatar, which benefits from favourable shipping economics via the Indian Ocean. A Hormuz disruption would force East African buyers to compete for alternative supply from North Africa, Europe, and the US — routes with higher freight costs and longer lead times.

5. Strategic Implications: Pricing in a Permanent Hormuz Risk Premium

The March 2026 crisis has fundamentally altered the risk calculus for urea procurement. Prior to the crisis, the Hormuz risk was recognized but largely discounted by the market — it was a tail risk that traders and procurement managers acknowledged in their risk registers but did not actively price into forward contracts. The March spike changed this: the risk is now priced in, and the market is trading at a $70–100/t Hormuz risk premium above what fundamentals would suggest based on the TTF gas cost floor, Chinese export restrictions, and Indian demand alone.

This premium is likely to persist for the foreseeable future, for several reasons. First, the underlying geopolitical dynamics that generated the March crisis — Iran-Israel tensions, US-Iran relations, and the broader Middle East security architecture — have not been resolved. The de-escalation that followed the March confrontation is fragile and reversible. Second, the market has learned that Hormuz disruption scenarios are not hypothetical: the shipping insurance premium spike and temporary routing changes demonstrated that the chokepoint's vulnerability is real and actionable. Third, the cost of hedging Hormuz risk — through shipping insurance, alternative routing options, and inventory build — has increased structurally, and these costs are being passed through to end buyers.

What Would Break the Premium?

Two developments could materially reduce the Hormuz risk premium. The first is a sustained diplomatic resolution — a formal guarantee of Hormuz shipping safety backed by international naval patrols, or a broader Iran nuclear deal that reduces regional tensions. The second is a structural increase in non-Hormuz supply that reduces the market's dependence on Persian Gulf exports. This could come from new capacity in the United States (CF Industries expansions along the Gulf Coast), North Africa (new Egyptian and Algerian capacity), or — most significantly — a resumption of Chinese urea exports, which would provide an alternative supply source to Asian importers that are currently dependent on Middle Eastern tonnes.

Until one or both of these developments materialize, the Hormuz risk premium will remain a structural feature of the global urea market. For buyers — particularly import-dependent agricultural economies in Asia and Africa — the strategic implication is clear: diversify supply sources, build strategic inventories, and factor a Hormuz premium into procurement budgets. The era of assuming safe passage through the Strait of Hormuz is over.

Outlook: Elevated Prices with Acute Upside Risk Through 2026

The urea market enters the second half of 2026 with a fundamentally altered risk landscape. The Hormuz chokepoint has moved from a theoretical tail risk to a priced-in reality, and the World Bank's +60% scenario looms over the outlook. While the immediate March crisis has de-escalated, the underlying geopolitical tensions remain unresolved, and the market is now structurally more sensitive to any news flow from the region.

The central scenario — assuming no further Hormuz escalation — sees urea prices averaging $450–550/t for the remainder of 2026, with the Hormuz risk premium providing a floor and Indian tender demand providing periodic upside. The upside scenario — a renewed escalation that disrupts Hormuz transit for 30+ days — would push prices to $700–800/t or higher, consistent with the World Bank's +60% forecast. The downside scenario — a comprehensive diplomatic resolution plus Chinese export resumption — is currently the least likely path, as neither condition appears imminent.

For commercial buyers and procurement managers, the strategic imperative is clear. The pre-March assumption of Hormuz availability is no longer safe. Diversification of supply sources, expansion of strategic storage capacity, and incorporation of geopolitical risk premiums into procurement models are no longer optional — they are essential to managing the new reality of the global urea market.