Marine & Offshore / Projects / Logistics

Logistics engineering for protected, installation-ready delivery.

Packing, preservation, lifting, securing, transport and receiving interfaces are planned around the equipment and shipyard sequence.

Discuss this requirement
Preserved marine equipment secured on transport frames at a modern port
Capability overview

The physical delivery route is engineered from the installation date backwards. Geometry, corrosion risk, centre of gravity, lift points and handling limits drive the plan.

  • Preservation and export packing
  • Lifting and securing plans
  • Port and vessel interfaces
  • Installation-sequence delivery
01

Technical and project definition

Function, duty, materials, marine interfaces and acceptance requirements are clarified before the supply route is released.

  • Cargo geometry and handling review
  • Preservation and packing specification
  • Route, lift and securing definition
02

Production and marine handover

Manufacture, inspection, documentation, preservation and delivery are controlled around the vessel or offshore installation schedule.

  • Packing and pre-dispatch inspection
  • Consolidation and shipment coordination
  • Receiving and installation handover
Typical applications

Configured around the application.

  • International newbuild supply
  • Offshore mobilisation
  • Retrofit logistics
  • Large custom equipment
Technical note

Final specifications, qualification evidence and compliance requirements are confirmed for each project.

Start with the requirement

Plan the delivery around the installation—not only the shipment.

Share the drawings, specification, quantities, project location and required delivery sequence.

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