Iran's Mohsen Rezaei speaks to Ajit Doval amid Gulf shipping attacks, Strait of Hormuz tensions

Mohsen Rezaei and Ajit Doval discussed the latest regional and international developments, issues of mutual interest, and India-Iran bilateral ties. Their conversation mattered because it occurred during heightened regional tensions and several attacks involving commercial vessels.

The reported incidents included the MT Petro Dolphin, carrying 11 Indian seafarers, which was hit by a drone at Sohar Anchorage on October 11. Nine crew members were rescued, while two remained missing. The M/T Valthera was struck by an unknown projectile in the Strait of Hormuz, causing a fire, but all 11 Indian seafarers were safe. Earlier, MT GEM NO. 2 faced a drone attack at Sharjah Anchorage; all 22 Indians aboard were safe.

The call therefore connected diplomacy with immediate maritime safety concerns. Iran also spoke about control of the Strait and negotiations with the United States. Search-and-rescue work and official monitoring continued as tensions affected commercial shipping.

Across the three reported vessel incidents, 44 Indian seafarers were involved. The figure combines 11 aboard MT Petro Dolphin, 11 aboard M/T Valthera, and 22 aboard MT GEM NO. 2. This shows how one regional security crisis affected many Indian workers at sea.

On Petro Dolphin, nine crew members were rescued and reported safe, while two remained missing. All 11 Indians aboard Valthera were reported safe after an unknown projectile caused a fire. Sonowal also said all 22 Indian seafarers aboard GEM NO. 2 were safe after its drone attack at Sharjah Anchorage.

Overall, 42 were safe and two were missing. The article specifically identifies nine as rescued, all from Petro Dolphin. Search-and-rescue operations continued under the local Coast Guard, while Indian authorities and the Embassy of India in Oman coordinated with relevant agencies.

The Strait of Hormuz is a narrow waterway between the Persian Gulf and the Gulf of Oman, connecting the Gulf with the Arabian Sea. It is a maritime chokepoint: ships have limited room to pass, so disruption can affect a major trade route. This definition uses established geographic knowledge beyond the article.

Its importance comes from the energy cargoes carried by tankers leaving Gulf producers. Oil and gas from offshore facilities and coastal terminals must move through the strait or use more limited alternatives. A vessel struck in the strait, such as the M/T Valthera in the article, can therefore raise safety concerns far beyond the immediate fire.

The article describes Hormuz as a “crucial energy corridor” and quotes Iran claiming control over it. Any prolonged insecurity could force rerouting, increase insurance and freight costs, and unsettle energy markets. The scale would depend on duration, damage, and available alternatives.

Iran’s influence comes first from geography. The Strait of Hormuz runs beside Iran’s southern coast, giving Tehran a direct position near ships entering or leaving the Persian Gulf. Iran also maintains military and maritime forces capable of monitoring or challenging activity in nearby waters. These are established facts beyond the article’s detailed account.

The article records that Foreign Ministry spokesperson Esmail Baghaei said Tehran maintained total control over the energy corridor. Rezaei also said Iran’s leverage had not disappeared and that the United States had accepted some of Iran’s conditions for reopening the strait, though he called the response inadequate.

This influence does not mean every ship is necessarily stopped. It means perceived risk can affect routes, escorts, insurance, and decisions by ship operators. The reported attacks and competing Iranian and American accounts show why security around Hormuz has diplomatic as well as commercial consequences.

If passage through Hormuz becomes difficult, oil producers and shippers can reduce dependence on the strait. Common alternatives include pipelines to ports outside the Gulf, overland routes, offshore storage, and longer voyages around other coastlines. These options are established energy-trade methods, not alternatives detailed in the article.

A producer might send crude through a pipeline to a terminal on a different coast. A shipper could reroute around a longer maritime path, use another loading port, or draw on stored supplies. Some cargoes can also move by rail or road, but those methods generally handle much less oil than tankers. The key mechanism is substitution: replace the blocked passage with another route or temporary inventory.

Alternatives cannot always replace Hormuz quickly. Pipelines may lack spare capacity, rerouted voyages take longer, and storage is finite. As the article reports attacks near major Gulf shipping points, the availability and cost of these options would shape how severely trade is affected.

Commercial attacks create both physical and financial risk. Tankers may be damaged, delayed, diverted, or temporarily kept away from a dangerous area. Because a chokepoint concentrates trade, even a limited incident can make buyers fear wider shortages. These supply-chain effects are established energy-market principles beyond the article’s specific forecasts.

The mechanism works through risk pricing. Traders may bid up oil when future deliveries look uncertain. Shipowners can charge more for longer routes, while insurers raise premiums or withdraw coverage. A vessel fire, such as the one reported aboard Valthera, can also require rescue, inspection, repairs, and replacement transport.

If incidents remain isolated, markets may absorb them with little lasting effect. A sustained closure or repeated attacks would be more serious. It could reduce available shipments, delay refinery supplies, and raise prices for fuel and manufactured goods. The article’s reports show why governments were monitoring vessels and coordinating rescue efforts.

The global oil chain has several connected stages. Offshore platforms or coastal fields produce crude. Pipelines or loading systems move it to export terminals, where tankers carry it across oceans. Refineries then convert crude into petrol, diesel, jet fuel, and other products. Distributors finally deliver those products to businesses and households.

The key mechanism is dependence between stages. A damaged tanker cannot deliver its cargo. A blocked shipping route can leave refineries waiting for crude, while a refinery disruption can reduce fuel supplies even when oil is available. Buyers may then compete for replacement cargoes, pushing up freight and energy costs.

This is why an incident near Hormuz can matter far away. The article reports attacks involving tankers carrying Indian seafarers and describes Hormuz as a crucial energy corridor. If shipping becomes slower or riskier, distant countries may face delayed deliveries, higher prices, or pressure to use stored supplies and alternate routes.