What is the confirmed market size and growth trajectory for the global project logistics market?
The market was valued at USD 489.8 billion in 2025 and is projected to grow at a CAGR of 5.0% to USD 759.84 billion by 2035. Sea transportation is the dominant mode. Oil and gas and mining is the largest end-use industry. Energy generation and transmission (renewables) is the fastest-growing. EPC contractors are the largest end-user. International logistics is dominant. Heavy-lift cargo is the highest-value cargo type. Multimodal transportation is growing fastest.

What specialist engineering and operational capabilities define project logistics above conventional freight forwarding?
Project logistics requires engineering route surveys that assess bridge weight limits, overhead clearance, road width restrictions, and turning radius constraints across entire transport corridors for oversized loads before movement begins — a process requiring civil engineers, not logistics planners. Heavy-lift operations require specialist cranes with 500-tonne-plus lifting capacity, engineering load calculations for lift plans, and coordination with local authorities for road closures and escort requirements. Modular transport of industrial plant equipment requires self-propelled modular transporters — platforms with up to 1,000 wheels that can carry components weighing 5,000 tonnes — making project logistics engineering capability a genuine differentiator above forwarding expertise.

How is offshore wind installation creating the fastest-growing project logistics cargo category?
Offshore wind foundation and turbine installation creates multiple simultaneous project logistics requirements per installation: monopile foundation transport requiring specialist jack-up vessels or heavy transport vessels from steel fabrication ports to offshore installation sites; transition piece transport requiring port handling with 500-plus-tonne cranes; turbine component logistics from manufacturer to marshalling port where nacelles, blades, and towers are pre-assembled; and installation vessel coordination managed as a logistics programme rather than a single shipment. A 1-gigawatt offshore wind farm installation campaign generates hundreds of individual oversized cargo shipments — making offshore wind the most volume-intensive project logistics programme in the energy transition.

What is the commercial significance of EPC contractors as the largest project logistics end-user?
Engineering, Procurement, and Construction contractors — who take total project delivery responsibility for industrial facilities from design through mechanical completion — are the largest project logistics clients because they manage all material procurement and delivery logistics for the entire project. An EPC contractor building a USD 5 billion LNG terminal manages USD 200 million to USD 500 million in project logistics spend — representing the largest single-client logistics relationships in the industry, with project logistics providers often embedded within EPC consortia as specialist subcontractors rather than transactional service providers.

How does route survey and planning create the most commercially critical value-added service in project logistics?
Route survey and planning — where project logistics engineers survey the complete transport corridor from origin factory gate to project site for all obstructions, restrictions, and requirements affecting an oversized cargo movement — is the most critical value-added service because errors or oversights in route survey create project delays worth millions of dollars per day when heavy equipment cannot pass obstructions discovered during transport. Specialist project logistics route survey teams spend weeks surveying routes, negotiating with road, bridge, and rail authorities, and designing temporary road reinforcement or overhead utility relocation that enable the cargo movement.

What makes modular cargo logistics the fastest-growing cargo type within project logistics?
Modular cargo — where industrial facilities are pre-assembled into large modules at specialist modularisation yards and transported as completed modules to project sites — is growing fastest because modularisation reduces project site construction time and cost by moving labour-intensive construction to controlled fabrication environments. Each modular unit can weigh 2,000 to 5,000 tonnes and require SPMT transport from fabrication yard to load-out dock, heavy-lift vessel ocean transport, and SPMT receiving at destination — creating complex project logistics requirements per module that generate premium project logistics service pricing.