Deepwater field development and expanding gas transport networks increase demand for offshore pipeline systems as projec

The global Offshore Pipeline Infrastructure market was valued at USD 16.84 Billion in 2025 and is projected to reach USD 28.77 Billion by 2035. Demand is being supported by the expansion of deepwater production systems and the construction of long-distance gas export routes connecting offshore fields with processing and consumption centers. The International Energy Agency reported in June 2025 that global oil production capacity is expected to increase by 5.1 million barrels per day between 2024 and 2030, with new offshore developments forming part of the supply expansion. At the same time, operators are extending existing offshore infrastructure through subsea tie-backs, while carbon dioxide transport networks are creating a new application for offshore pipelines.

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KEY GROWTH DRIVERS

The market is driven by increasing numbers of subsea wells connected to floating production systems, expansion of regional gas supply infrastructure, and the development of new offshore fields in deepwater and ultra-deepwater areas. Export trunklines remain important because offshore gas and crude production requires continuous transportation to shore terminals, processing facilities, or existing hubs. Subsea tie-backs also allow new reservoirs to use established platforms and processing infrastructure, reducing the need for entirely new host facilities. Equinor's Fram Sør development illustrates this approach, with new subsea infrastructure planned to connect to existing Fram and Troll facilities. For instance, in May 2025, Subsea7, Luxembourg, received a Petrobras contract for the Búzios 11 development covering engineering, procurement, construction, and installation of 112 km of rigid risers and flowlines in approximately 2,000 metres of water. The emergence of offshore carbon dioxide transport is adding another source of pipeline demand, with Northern Lights using a 100-km pipeline to transport captured carbon dioxide beneath the North Sea. These are some of the key factors driving revenue growth of the Offshore Pipeline Infrastructure market.

MARKET RESTRAINTS

However, offshore pipeline projects face high material, vessel, engineering, and installation costs, particularly in deepwater environments. Steel price volatility and trade restrictions can increase procurement costs for large-diameter line pipe and related materials. Project approvals can also take several years because offshore developments require environmental assessments, safety reviews, construction approvals, and coordination with multiple regulators. Mature offshore basins present an additional constraint as operators increasingly allocate capital toward maintenance and decommissioning instead of new pipeline construction. The UK regulator's 2025 pipeline screening decisions included multiple projects involving new offshore pipeline connections as well as decommissioning activities, reflecting the different capital requirements across mature assets. These factors are expected to limit Offshore Pipeline Infrastructure market growth to some extent over the forecast period.

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SEGMENT HIGHLIGHTS

By pipe type, the Rigid Steel segment accounted for the largest share of the market in 2025. Rigid steel is widely used for export trunklines, production flowlines, and deepwater risers because it supports large diameters and long-distance transportation. By line type, Export Trunklines represented the leading segment. These systems connect offshore production facilities with onshore terminals, liquefaction facilities, or regional pipeline networks and are particularly important for offshore gas developments.

The Thermoplastic Composite segment is expected to register the fastest growth during the forecast period. Its lower weight and resistance to corrosion can reduce handling requirements and address corrosion-related challenges in selected offshore applications. By transported fluid, Natural Gas led the market in 2025, supported by offshore gas developments and the need for new export routes. The CO2 & Hydrogen segment is expected to expand rapidly as carbon capture and storage projects progress in the North Sea. Northern Lights began storing carbon dioxide in 2025 through a subsea pipeline system, demonstrating the use of offshore pipeline infrastructure beyond conventional oil and gas transportation.

REGIONAL OUTLOOK

North America remains an important market due to continued offshore activity in the Gulf of America and investment in existing production infrastructure. Shell began production from its Whale deepwater development in January 2025, with the project targeting estimated peak production of 100,000 barrels of oil equivalent per day. Shell also completed an increase in its working interest in the Ursa platform and associated pipeline in May 2025, reinforcing continued investment around established Gulf infrastructure.

Europe is supported by North Sea field developments, subsea tie-backs, and emerging carbon dioxide transport networks. Equinor submitted the development plan for Fram Sør in June 2025, with the project designed to connect new subsea resources to existing infrastructure. The United Kingdom and Norway also signed a 2025 memorandum covering cooperation on offshore infrastructure and carbon capture, usage, and storage.

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Asia Pacific is supported by ongoing offshore exploration and production activity in China and Southeast Asia. PETRONAS's 2025-2027 activity outlook identifies multiple offshore pipeline installation projects across Sarawak, Sabah, and Peninsular Malaysia, including projects requiring rigid line-pipe installation. In China, CNOOC reported new offshore developments in the Bohai Sea and Pearl River Mouth Basin during 2025, including projects using existing offshore facilities to develop additional reserves.

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