With 53 vessels in a global fleet of 208 tracked FPSOs, Brazil has established itself as the industry’s largest floating production market. But the bigger opportunity for EPC contractors, shipyards and equipment suppliers lies in the next generation of deepwater developments, where increasingly complex FPSOs are creating multibillion-dollar contracting opportunities.

Brazil’s FPSO dominance is no accident

The global FPSO market is heavily concentrated in a handful of offshore producing countries, and Brazil is playing in a league of its own.

According to Blackridge Research’s Global FPSO Project Tracker, which covers 208 completed vessels across 30 countries as of October 2026, Brazil accounts for 53 FPSOs, more than a quarter of the tracked fleet.

Angola follows with 20 vessels, while the United Kingdom has 12, Australia 10 and Norway eight. Guyana, despite attracting enormous attention from offshore contractors, has only four completed vessels in this dataset.

That last number tells an interesting story.

Brazil represents decades of deepwater development and an established FPSO supply chain. Guyana, meanwhile, illustrates how quickly a relatively young offshore province can generate demand for floating production infrastructure.

For contractors, the distinction matters. One market offers an enormous installed base requiring upgrades, maintenance and life-extension work. The other offers opportunities linked to new developments and future FPSO deliveries.

The conversion versus newbuild equation

Composition of the 208 completed FPSOs in the supplied dataset

117

Brownfield / converted
56.3% of tracked vessels

91

Newbuild
43.7% of tracked vessels

Of the 208 completed vessels, 117 are classified as brownfield or converted units, compared with 91 newbuilds.

This historical split is significant, although it should not be mistaken for the composition of future FPSO orders.

Conversions can offer cost and schedule advantages when suitable tanker hulls are available. However, increasingly demanding deepwater projects, particularly those requiring high production capacity, extensive gas processing and long operating lives, can favor purpose-built facilities.

Brazil’s latest generation of pre-salt FPSOs demonstrates this trend.

Large production units can incorporate oil processing capacities exceeding 200,000 barrels per day, substantial gas compression systems, water injection facilities and increasingly sophisticated emissions-reduction technologies.

These are effectively offshore processing plants, and their procurement requirements extend far beyond shipbuilding.

Where the EPC money goes

A large, complex deepwater FPSO can represent approximately $2 billion to $4 billion or more in engineering, procurement, construction, integration and commissioning expenditure, depending on capacity, specifications and delivery model.

For EPCIntel’s indicative package-level analysis, a hypothetical $3 billion FPSO construction and integration budget could be distributed as follows.

Illustrative EPCIntel-style allocation, not disclosed contract values or an actual project budget. Package boundaries and costs vary substantially between projects. Subsea infrastructure, drilling and financing are excluded.

The topsides represent one of the largest opportunities, particularly for module fabrication yards and suppliers of separation equipment, gas treatment systems, compressors, pumps, heat exchangers and pressure vessels.

Power generation and electrical infrastructure are another major spending category. As FPSOs become larger and more energy-intensive, demand for integrated power systems, automation and emissions-control solutions is becoming increasingly important.

The contractors positioned to benefit

Brazil’s FPSO market is dominated by a combination of international floating production specialists, offshore engineering contractors and Asian shipbuilding groups.

Among the companies with established FPSO experience are:

• MODEC and SBM Offshore, major floating production contractors with extensive Brazilian operations and project delivery experience.
• Yinson Production, an increasingly important participant in international FPSO developments.
• Seatrium, a major FPSO construction, conversion and integration contractor.
• Samsung Heavy Industries and Hanwha Ocean, shipbuilding groups with capabilities relevant to large floating production facilities.

These companies are important procurement gateways for specialist subcontractors and equipment manufacturers, although their involvement in any specific upcoming project must be verified.

The next opportunity is bigger than the existing fleet

The 208 completed vessels provide a useful picture of where FPSO infrastructure has historically been concentrated. They do not, however, measure the current orderbook, the number of vessels still operating or the volume of future EPC awards.

For suppliers, those distinctions are critical.

Brazil’s continuing pre-salt developments, Guyana’s expanding offshore production industry and opportunities across West Africa offer different routes into the FPSO supply chain.

Newbuild projects create demand for engineering, hull fabrication, process modules and equipment packages. Existing fleets generate recurring opportunities for modifications, compression upgrades, electrification, maintenance and life-extension projects.

And while the headlines often focus on multibillion-dollar FPSO awards, much of the actual procurement activity takes place further down the contracting chain.

The real question for the supply chain is not simply where the most FPSOs are located. It is where the next vessels will be built, which contractors control procurement and when the major equipment packages will enter the market.

That is where the next wave of FPSO EPC opportunities will emerge.