Strait of Hormuz Crisis: Oil Contractors Face Major Supply Disruption

What if Strait of Hormuz transits are blocked for 4 weeks?

Simulate a 4-week partial or full closure of the Strait of Hormuz shipping lane. Reroute all affected crude oil and LNG shipments through longer alternative routes such as around the Cape of Good Hope, adding 14-21 days to transit times. Increase transportation costs by 35-50% due to longer distances, higher insurance, and fuel consumption. Assess impact on oil-dependent manufacturing and energy utilities globally.

What if energy costs spike 40% due to supply uncertainty?

Model a 40% increase in crude oil and energy prices due to Strait of Hormuz supply uncertainty. Calculate downstream cost increases for petrochemicals, plastics, fertilizers, and manufacturing operations. Assess which supply chain segments face margin compression and which require price pass-through to customers. Evaluate working capital impact from higher energy inputs.

What if we increase safety stock by 3 weeks for energy-dependent materials?

Calculate the cost and inventory carrying impact of building 3 weeks additional buffer stock for critical energy inputs and energy-dependent materials. Model the trade-off between increased holding costs and improved service level resilience during supply disruptions. Identify optimal SKUs and storage locations for this buffer inventory.