Transport of the Largest Pressurized Vessel Ever Built in Romania
- May 15
- 2 min read
Updated: Jul 14
Industrial infrastructure developments demand highly specialized engineering and rigorous route planning, particularly when transporting record-breaking components across international corridors.
Eastship Projects & Logistics managed the complete end-to-end transport of the largest pressurized vessel ever built in Romania. This high-tonnage component was delivered as a critical asset for the Midor Oil Refinery Expansion Project located in Egypt.
Project Specifications & Heavy-Lift Dimensions
The logistical scope involved navigating an exceptionally long and heavy industrial unit through restricted civil infrastructure to a maritime port:
Cargo Type: Industrial Pressurized Equipment / Refinery Vessel
Total Weight: 365 tons
Dimensions: Length: 80.00 m | Width: 9.00 m | Height: 9.00 m
Project Context: Midor Oil Refinery Expansion (Egypt)
Logistics Scope: Initial route clearance, civil engineering adjustments, heavy-duty road transport, river barge operations, and final ocean vessel transhipment.
Critical Logistics Challenges & Engineering Solutions
Route Planning and Civil Infrastructure Modifications
The sheer scale of the 80-meter-long refinery vessel ruled out standard shipping paths. Local bypass roads offered alternative corridors but presented severe geometry constraints, including tight turning radii and narrow lanes.
The Eastship engineering team spent four months mapping the route, acquiring international transport permits, and coordinating structural modifications. The final transit plan required working alongside more than 30 utility providers and civil authorities to temporarily manage infrastructure blocks, which included:
Dismantling and reconstructing roundabouts.
Temporarily removing and reinstating local street signage.
Safely clearing or raising overhead electrical, internet, and communication cables to prevent utility disruptions.
Ballast Management and Barge Load-Out
Once the overland transport reached the inland waterway terminal, the vessel had to be transitioned to a river barge. Due to the concentrated weight distribution of the 365-ton cargo, engineers calculated precise ballast parameters to manage stability during the roll-on/lift-on sequence. Specialized lashing and securing protocols were applied to lock the cargo safely for river transit.
Multimodal Port Transhipment
The final leg of the European transit involved moving the river barge to a deep-water maritime port. The cargo was then transferred from the barge onto an ocean freight vessel configured for heavy-lift cargo, enabling final delivery across the Mediterranean Sea to Egypt.
Technical Project Workflow
Pre-Carriage Surveys: Complete sweeping analysis of road geometry and low-clearance utility obstacles.
Stakeholder Management: Joint operational alignment with 30+ regional utility and civil infrastructure providers.
Intermodal Execution: Seamless transition across heavy-haul trailers, inland waterways, and ocean-going transport configurations.
Engineering-Driven Industrial Logistics
The successful execution of this multimodal project highlights the necessity of thorough pre-planning and stakeholder alignment in heavy-lift logistics. Moving an industrial asset of this scale requires balancing civil engineering adjustments with precise maritime load-out configurations.
By managing the complex regulatory, utility, and physical parameters of the journey, Eastship Projects & Logistics completed the delivery while maintaining structural integrity and adherence to international safety frameworks throughout the supply chain corridor.
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