North America Pipe Laying Vessel Market By Installation (J-lay Barges, S-lay Barges, Reel Barges), By Positioning System (Anchor System, Dynamic Positioning System), By Depth (Shallow Water, Deep Water), By Country, By Competition, Forecast and Opportunities 2020-2030F

Market Overview

The North America Pipe Laying Vessel Market was valued at USD 1.07 Billion in 2024 and is expected to reach USD 1.72 Billion by 2030 with a CAGR of 8.23% during the forecast period. The North America pipe laying vessel market refers to the industry segment focused on specialized marine vessels designed for transporting and installing subsea pipelines, which are critical for offshore oil & gas production, power transmission, and deep-sea energy infrastructure.

These vessels are equipped with advanced technologies such as dynamic positioning systems, heavy-lift cranes, and deepwater pipe-laying equipment to operate in complex maritime environments. The market is witnessing robust growth driven by the expansion of offshore oil & gas fields in the Gulf of Mexico and Arctic regions, where new subsea wells and tie-backs require reliable pipeline connections to onshore facilities. In addition, increased investments in liquefied natural gas terminals and underwater power cable systems for offshore wind farms are further propelling demand for pipe laying vessels. Governments across North America are also encouraging energy independence and infrastructure modernization, leading to supportive policies and capital-intensive offshore developments. The demand is especially high for S-lay, J-lay, and reel-lay vessels that can handle varied pipe diameters and complex seabed terrains.

Technological advancements in remotely operated vehicles, pipeline monitoring systems, and real-time navigation are making offshore installation more efficient, reducing project delays and operating costs. The rising number of aging pipelines also necessitates replacements and maintenance, further boosting the need for pipe laying services. North American energy companies are partnering with vessel operators to secure long-term contracts that ensure timely execution of offshore infrastructure projects. As the region focuses on decarbonization and clean energy, the integration of offshore carbon capture and hydrogen pipelines is also emerging as a new application segment for these vessels.

The market is becoming increasingly competitive, with vessel owners upgrading their fleets to accommodate ultra-deepwater operations and multi-diameter pipeline installations. As a result, the North America pipe laying vessel market is poised for consistent expansion, with growth supported by offshore energy diversification, subsea engineering advancements, and an increased focus on sustainable, high-capacity infrastructure. Notably, the Gulf of Mexico remains the core operational hub, accounting for a significant share of offshore pipeline installations in the region.

Key Market Drivers

Expansion of Offshore Oil and Gas Exploration Projects in the Gulf of Mexico

The steady expansion of offshore oil and gas exploration activities in the Gulf of Mexico is a major driving force behind the growth of the North America pipe laying vessel market. As shallow-water reserves become increasingly depleted, oil and gas operators are investing heavily in deepwater and ultra-deepwater fields to meet long-term energy demand and maintain supply security. These offshore fields, located at depths exceeding 1,500 meters, require robust and technologically advanced subsea infrastructure, including pipelines for oil and gas transportation to onshore processing units. The complexity of these offshore projects necessitates the use of highly specialized pipe laying vessels equipped with dynamic positioning systems, tensioners, and deepwater reel-lay capabilities. In particular, the deployment of J-lay and S-lay vessels capable of handling large pipe diameters and operating in harsh marine environments has become increasingly common in the Gulf of Mexico. Additionally, offshore operators are prioritizing reliability and installation efficiency to reduce non-productive time and avoid cost overruns, leading to strong demand for high-specification pipe laying vessels. As more exploration licenses are awarded in the region and development wells transition to production stages, the need for subsea tie-backs and interconnecting flowlines is intensifying. This has prompted oil and gas companies to sign long-term charter agreements with vessel operators to secure future pipeline installation capacity. Moreover, environmental regulations that encourage subsea production systems over surface platforms are also pushing demand for pipeline infrastructure that can support remotely operated production. The continued regulatory support for offshore drilling by the United States federal government, especially in the Western and Central Gulf planning areas, is expected to further stimulate investments in subsea projects. As a result, the pipeline installation activity in this region remains a critical growth catalyst for the pipe laying vessel market. In 2023, over 1,600 kilometers of new subsea pipelines were installed in the Gulf of Mexico alone, reflecting a 12 percent increase from the previous year and underlining the growing need for pipe laying vessels in the region.

Growth in Offshore Renewable Energy and Subsea Power Cable Projects

The increasing focus on offshore renewable energy development, particularly offshore wind farms, is creating new avenues of growth for the North America pipe laying vessel market, as these vessels are increasingly used for installing subsea power transmission cables. Governments across the United States and Canada are implementing ambitious renewable energy targets, with offshore wind playing a central role due to its high generation potential and vast untapped marine resources. Offshore wind projects require robust electrical grid integration, which is enabled by high-voltage subsea power cables connecting offshore turbines to onshore substations. Pipe laying vessels, especially those adapted with specialized cable-lay equipment, are instrumental in deploying these transmission systems across the seabed. The technical overlap between pipeline and cable installation allows vessel operators to diversify their service offerings and enter adjacent markets. Furthermore, the adoption of high-capacity wind turbines and the expansion of wind farms further from shore necessitate longer and more complex cable routes, increasing the demand for capable vessels. The North America East Coast, with key development zones off the coasts of New York, Massachusetts, and Virginia, is witnessing accelerated offshore wind activity, prompting vessel owners to upgrade or commission purpose-built cable-laying ships. Additionally, the emergence of offshore hydrogen and carbon capture and storage projects—which also require subsea piping systems—adds further momentum to this trend. Collaborative initiatives between oil and gas companies and renewable energy developers are blurring traditional market boundaries, encouraging multi-functional vessel usage. Governments are also offering incentives and lease auctions to promote offshore grid expansion, thereby ensuring a steady pipeline of projects for vessel operators. The synergy between offshore oil, gas, and renewable infrastructure is transforming the competitive dynamics of the market, enhancing long-term investment viability for high-spec pipe laying vessels. By the end of 2024, offshore wind projects totaling over 25 gigawatts of capacity are in various stages of planning and development across North America, requiring more than 4,000 kilometers of subsea power cable installations over the next decade.

Increasing Replacement and Maintenance of Aging Subsea Pipeline Infrastructure

The aging pipeline infrastructure across North America's offshore oil and gas sector is emerging as a significant growth driver for the pipe laying vessel market, particularly as operators shift focus from new developments to integrity management, replacement, and capacity upgrades of existing subsea networks. Much of the subsea pipeline infrastructure currently in use in the Gulf of Mexico was installed during the late 20th century, and many of these assets are nearing or have surpassed their original design life. As a result, operators are under growing pressure to address issues related to corrosion, material degradation, and environmental risk associated with pipeline failures. This aging network poses significant operational hazards and is increasingly subject to stricter regulatory oversight by federal agencies, prompting oil and gas companies to initiate large-scale replacement and refurbishment programs. These activities, in turn, are highly dependent on pipe laying vessels, which are required to execute precision operations involving pipeline retrieval, replacement, and repositioning. Unlike new pipeline installations, replacement operations often involve complex subsea interventions in confined or heavily developed areas, making specialized vessels equipped with real-time monitoring systems, dynamic positioning technology, and remotely operated vehicles indispensable. In addition to full-line replacements, many operators are conducting partial replacements, bypass installations, and capacity expansions to extend the service life of existing fields. The push for digitalization in asset management is also driving preemptive maintenance strategies, which rely on regular inspections and planned interventions that often require mobilization of pipe laying assets. Furthermore, as climate resilience becomes a key consideration in subsea infrastructure, retrofitting pipelines to withstand harsher marine conditions is gaining prominence, driving additional demand for advanced vessel services. Several leading offshore producers are allocating dedicated budgets for subsea refurbishment, with vessel contracts often spanning multiple years to cover staggered replacement schedules. These contracts ensure long-term utilization of pipe laying assets while mitigating downtime and improving operational continuity for producers. In 2023, over 850 kilometers of existing offshore pipelines in the Gulf of Mexico underwent partial or full replacement, a 17 percent increase from 2021 levels, highlighting the intensifying need for specialized pipe laying vessel operations focused on infrastructure renewal.

Strategic Government Policies and Lease Auctions Supporting Offshore Energy Infrastructure

Strategic government interventions through policy support, offshore lease auctions, and permitting reforms are playing a pivotal role in accelerating offshore energy infrastructure development in North America, which is directly benefiting the pipe laying vessel market. The United States federal government, through agencies such as the Bureau of Ocean Energy Management, is actively promoting offshore energy exploration and infrastructure investment by offering new lease areas, streamlining the permitting process, and committing to long-term offshore production targets. Recent lease auctions in the Gulf of Mexico and the Atlantic coast have garnered strong industry participation, signaling heightened private sector interest in offshore energy development, particularly in oil, gas, and offshore wind. These leases open up vast marine zones for pipeline and cable infrastructure development, creating sustained demand for vessel-based installation services. Simultaneously, Canadian authorities are enhancing their offshore regulatory frameworks, especially in regions such as Newfoundland and Labrador, to support exploration and infrastructure expansion in the North Atlantic. In both countries, governments are allocating funds and offering tax incentives to spur domestic energy development, reduce dependence on imports, and accelerate transition to clean energy sources—all of which hinge on robust offshore infrastructure. These initiatives are bolstered by national infrastructure plans that prioritize energy transmission corridors and subsea connectivity, thereby generating a stable project pipeline for pipe laying vessel operators. Moreover, public-private partnerships are becoming increasingly common, with governments facilitating long-term investment through cost-sharing models that reduce risk and enhance capital mobilization for offshore developers. As offshore energy development accelerates under policy influence, the requirement for fast-track execution of pipeline and cable installation projects grows, making high-specification vessels critical assets. Vessel operators that comply with local content regulations and environmental standards are well positioned to secure contracts backed by policy mandates. The cumulative effect of these policies is a more predictable and investment-friendly market landscape that supports vessel deployment, fleet modernization, and long-term charter agreements. In 2024, the United States awarded offshore energy leases covering more than 1.7 million acres in the Gulf of Mexico and Atlantic coast, unlocking infrastructure investments expected to require over 6,000 kilometers of subsea pipelines and cables in the next 8 to 10 years.

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Key Market Challenges

High Capital and Operational Costs Associated with Advanced Pipe Laying Vessels

The North America pipe laying vessel market faces a significant challenge in the form of high capital and operational expenditures required to procure, maintain, and deploy state-of-the-art pipe laying vessels. These vessels are highly specialized maritime assets, often equipped with dynamic positioning systems, deep-water laying capabilities, heavy-lift cranes, and subsea remotely operated vehicles. As the demand for deepwater and ultra-deepwater pipeline installations continues to grow in regions such as the Gulf of Mexico, vessel owners and operators must invest in highly advanced technologies and engineering solutions to maintain competitiveness. However, the acquisition cost of a new-generation pipe laying vessel can easily exceed several hundred million United States dollars, while maintenance, crewing, fuel, and compliance costs further add to the burden.

These vessels often operate in harsh offshore environments, requiring high levels of resilience and redundancy in equipment, which translates to continuous expenditures on retrofits, class surveys, and insurance. The challenge is compounded by fluctuating oil and gas prices, which can delay or cancel projects, leaving vessel operators with underutilized assets and idle fleets that generate no return on investment. Furthermore, the nature of the offshore pipeline market often results in lumpy demand, where vessel utilization is heavily project-dependent, creating periods of overcapacity. Operators without long-term contracts face difficulty justifying the upfront cost of vessel acquisition or upgrades, and charter rates are highly sensitive to market cycles, putting pressure on profit margins. The complexity of mobilizing and demobilizing these vessels also adds cost, especially when transiting between ports or across long distances for individual contracts. Regulatory compliance, including carbon emission standards, safety certifications, and labor laws, adds further layers of cost and administrative requirements. In this capital-intensive environment, only a limited number of companies have the financial resilience and technical expertise to remain competitive, thus limiting new entrants and innovation. The persistently high capital and operational cost structure acts as a bottleneck to market scalability and undermines the pace at which fleet modernization can occur.

Stringent Environmental Regulations and Permitting Delays

Environmental regulation poses a formidable challenge to the growth trajectory of the North America pipe laying vessel market, especially as offshore pipeline projects increasingly intersect with sensitive marine ecosystems and public scrutiny. Federal and regional agencies such as the United States Environmental Protection Agency, the Bureau of Ocean Energy Management, and Canadian environmental regulatory bodies impose rigorous environmental assessments and permitting protocols on offshore energy infrastructure. These regulations encompass a wide array of considerations, including potential impacts on marine biodiversity, water pollution, noise emissions, carbon footprint, and spill risk, among others. The compliance burden on pipeline developers and vessel operators has intensified, with requirements for environmental impact statements, multi-agency approvals, stakeholder consultations, and mitigation strategies often stretching over several months or even years. Delays in receiving permits or environmental clearances can stall projects indefinitely, affecting vessel deployment schedules and contract execution. In some instances, vessels remain idle at ports for extended periods while awaiting regulatory green lights, resulting in lost revenue, increased demurrage costs, and underutilization of expensive assets.

New policies aimed at climate risk mitigation, decarbonization, and marine conservation are introducing additional layers of uncertainty into the permitting landscape. For instance, the introduction of low-emission standards for offshore operations now necessitates fleet upgrades or the use of hybrid or alternative fuel systems, adding to capital costs. Legal challenges from environmental advocacy groups can further delay projects, even after permits are issued, especially in coastal states with strong environmental lobbying power. Regulatory fragmentation between federal and state authorities often leads to overlapping or conflicting requirements, complicating project execution. This unpredictable regulatory environment not only deters new investment but also impacts the competitiveness of domestic operators who must factor in these delays when bidding for contracts. While environmental oversight is crucial for sustainability, the lack of streamlined processes and the growing complexity of compliance protocols continue to act as a major operational and financial constraint on the North America pipe laying vessel market.

Shortage of Skilled Maritime and Engineering Workforce

The North America pipe laying vessel market is grappling with an acute shortage of skilled professionals across both maritime operations and offshore engineering disciplines, a challenge that is becoming increasingly critical as the region expands its offshore energy infrastructure. These highly specialized vessels require a combination of expert seafarers, marine engineers, subsea pipeline specialists, remotely operated vehicle technicians, dynamic positioning officers, and project managers who are trained to operate in high-risk and technically demanding offshore environments. However, the current talent pipeline is insufficient to meet growing industry demands, primarily due to a generational gap in skilled labor, declining interest in maritime careers, and the intensive training requirements involved. Many experienced professionals are nearing retirement age, and there is a limited influx of younger talent entering the sector, particularly in North America where maritime training institutions are few and enrollment is stagnant. Additionally, the long deployment durations, remote working conditions, and physically demanding nature of offshore work deter many prospective employees.

Companies face difficulty in maintaining consistent crew rotations, adhering to safety standards, and ensuring compliance with certifications such as Standards of Training, Certification, and Watchkeeping for Seafarers. The problem extends to the engineering side as well, where advanced skills in subsea pipeline design, integrity monitoring, and automated laying systems are in short supply. As vessels become increasingly automated and technologically complex, the need for multi-disciplinary professionals with expertise in software, robotics, hydraulics, and mechanical systems continues to grow, exacerbating the skill gap. This talent crunch drives up labor costs, increases training investments, and leads to project delays due to staffing shortages or operational inefficiencies. Some operators have resorted to importing talent or outsourcing key functions to international service providers, which introduces cultural, logistical, and compliance challenges. Without significant investment in workforce development, including partnerships with academic institutions, in-house training programs, and recruitment incentives, the labor shortage will continue to undermine vessel availability, operational efficiency, and overall competitiveness in the North America pipe laying vessel market.

Key Market Trends

Integration of Advanced Automation and Digital Technologies in Vessel Operations

The North America pipe laying vessel market is witnessing a pronounced shift toward the integration of advanced automation systems and digital technologies to enhance operational efficiency, safety, and precision in pipeline installation projects. Operators are increasingly deploying autonomous control systems, remote diagnostics, predictive maintenance algorithms, and dynamic positioning software to reduce human error and increase uptime during offshore operations. Digital twins are also being utilized to simulate pipe laying processes in real-time, enabling operators to optimize routes, reduce stress on subsea components, and preempt equipment failures. This digitalization trend extends to on-board systems that monitor vessel stability, environmental conditions, and real-time pipe tension, all of which contribute to more accurate and safer deployment in challenging deepwater conditions.

These innovations are particularly valuable in reducing crew workloads and increasing vessel utilization across multiple projects. As projects grow more complex, the demand for intelligent systems that can adapt to varying seabed conditions and optimize laying sequences has become indispensable. Moreover, artificial intelligence-enabled systems are being introduced for route optimization, seabed mapping, and risk assessment. This growing emphasis on automation is not only improving safety and performance but also helping operators comply with increasingly stringent regulatory standards. As digital infrastructure becomes a core component of vessel design and retrofitting, companies that fail to adapt may face obsolescence in a rapidly modernizing market landscape. This trend is set to redefine competitive advantages in the North America pipe laying vessel market.

Growing Role of Renewable Energy Projects in Expanding Vessel Utilization

A notable trend reshaping the North America pipe laying vessel market is the growing role of renewable energy infrastructure, particularly offshore wind farms, in driving demand for pipeline and cable installation services. While historically dependent on oil and gas developments, pipe laying vessels are increasingly being repurposed or adapted to support subsea cable laying, anchoring, and foundation installation for renewable energy projects. Governments across North America are setting aggressive targets for offshore wind capacity, particularly along the East Coast of the United States and parts of Atlantic Canada, creating a surge in demand for marine construction vessels capable of supporting these initiatives. Pipe laying vessels, due to their heavy-lift capacities, dynamic positioning systems, and subsea engineering tools, are well-suited to perform a variety of tasks in offshore wind farm construction.

As this market segment matures, vessel operators are diversifying their portfolios to reduce dependence on fossil fuel markets and capitalize on the more stable, long-term opportunities provided by renewable energy. This cross-sector adaptability is transforming the operational dynamics of vessel owners, as they invest in new capabilities such as cable carousel systems, fiber optic handling equipment, and low-emission propulsion technologies to meet the specific demands of renewable installations. The ability to operate across both traditional hydrocarbon and emerging renewable markets is becoming a key competitive differentiator in North America.

Fleet Modernization Driven by Environmental Compliance and Fuel Efficiency

Fleet modernization is emerging as a critical trend in the North America pipe laying vessel market, driven largely by the need to comply with evolving environmental regulations and the pursuit of improved fuel efficiency. Regulatory frameworks introduced by agencies such as the United States Environmental Protection Agency and the International Maritime Organization are enforcing stricter emission standards, pushing vessel operators to either retrofit existing assets with cleaner technologies or invest in new-build vessels that meet modern sustainability benchmarks. Key areas of modernization include the installation of energy-efficient engines, hybrid propulsion systems, ballast water treatment units, and exhaust gas cleaning systems to reduce environmental impact. Fuel economy has become a major consideration, especially in light of volatile oil prices and the high fuel consumption associated with extended offshore deployments.

Operators are increasingly seeking design innovations that reduce hull resistance, optimize power distribution, and enhance operational autonomy to minimize downtime and reduce fuel costs. Modernized vessels are also integrating smart monitoring systems to track energy usage and carbon emissions in real time, enabling data-driven decisions to further enhance efficiency. As the industry navigates a global push for decarbonization and environmentally responsible operations, fleet modernization is no longer a discretionary investment but a strategic imperative. Companies that fail to modernize their fleets may struggle with regulatory compliance, lose out on new project bids, and face reputational risks in an increasingly sustainability-conscious marketplace.

Segmental Insights

Installation Insights

In 2024, the S-lay barges segment emerged as the dominant installation type within the North America pipe laying vessel market and is anticipated to maintain its leadership position throughout the forecast period due to its versatility, cost-effectiveness, and suitability for both shallow and medium-depth offshore projects. S-lay installation methods are particularly effective in deploying large-diameter pipelines at faster laying speeds compared to other techniques, making them an ideal solution for a wide range of offshore oil and gas infrastructure developments across the Gulf of Mexico and coastal Atlantic regions. These barges offer a balanced combination of speed, pipe size capacity, and adaptability to diverse seabed conditions, allowing them to service multiple project types without the specialized limitations of J-lay or reel barges.

As oil & gas companies continue to invest in infrastructure upgrades, replacement pipelines, and mid-depth offshore fields, S-lay barges are being selected due to their operational efficiency and proven reliability in maintaining pipeline integrity under variable load conditions. The economic appeal of S-lay technology—especially when operating in water depths up to 1,500 meters—makes it an attractive choice for project developers looking to manage budgets while meeting project timelines. In contrast, J-lay barges, though better suited for ultra-deepwater environments, face limited application in North America due to the relatively moderate depth of most active offshore projects. Similarly, reel barges, while advantageous for smaller diameter and flexible pipelines, face constraints in large-diameter steel pipeline installations that are common in the region.

As a result, the continued preference for S-lay technology is underpinned by both technical compatibility with regional offshore profiles and strong economic justification. With several upcoming oil and gas pipeline projects scheduled along the United States and Canadian coastlines, the S-lay segment is projected to remain at the forefront of the North America pipe laying vessel market over the coming years.

Positioning System Insights

In 2024, the dynamic positioning system segment dominated the North America pipe laying vessel market and is expected to maintain its dominance throughout the forecast period due to its superior maneuverability, precision, and suitability for deepwater and environmentally sensitive offshore projects. Unlike anchor systems, dynamic positioning systems enable vessels to hold their position using automated thrusters and real-time GPS data, eliminating the need for anchors that could disrupt the seabed. This technology is increasingly favored in the Gulf of Mexico and other deepwater zones where anchoring is impractical or prohibited. As offshore operations grow more complex and shift toward deeper waters, the demand for vessels equipped with dynamic positioning systems continues to rise, reinforcing their leading role in the regional market.

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Country Insights

Largest Country

In 2024, the United States continued to solidify its position as the dominant player in the North America pipe laying vessel market, driven by robust offshore oil and gas activities, particularly in the Gulf of Mexico, as well as ongoing investments in energy infrastructure. The country's extensive network of offshore projects and strategic energy policies have encouraged both domestic and international companies to deploy high-capacity pipe laying vessels along its coastlines. Federal initiatives aimed at expanding offshore production and modernizing subsea pipeline networks have further fueled demand for technologically advanced vessels capable of operating in complex marine environments.

The growing focus on energy security and reducing dependency on imported fuels has led to increased offshore pipeline development, reinforcing the United States' market leadership. Major oil and gas operators based in the country are also investing in fleet modernization and adopting dynamic positioning systems and environmentally compliant technologies to meet regulatory standards. Moreover, the expansion of offshore wind energy projects, particularly along the Eastern Seaboard, has created new application areas for pipe laying vessels, further boosting their utilization. These combined factors ensure that the United States remains at the forefront of the North America pipe laying vessel market and is well-positioned to sustain its dominance in the coming years.

Emerging Country

Canada is rapidly emerging as a key player in the North America pipe laying vessel market due to its increasing investment in offshore and onshore pipeline infrastructure, particularly along its western coastline and Arctic regions. With the expansion of liquefied natural gas export facilities and ongoing pipeline developments connecting remote production zones to global markets, demand for specialized vessels has surged.

Canadian energy companies are embracing advanced pipe laying technologies to manage the challenges of harsh marine environments and ensure regulatory compliance. The country’s focus on energy diversification and securing long-term export routes is driving greater utilization of pipe laying vessels. As a result, Canada is strengthening its footprint in the regional market and is positioned for continued growth over the forecast period.

Recent Developments

• In March 2025, McDermott completed the pipelay and construction work for Shell’s Whale project in the United States Gulf of Mexico. Using its Amazon vessel, the company installed five 11,000-foot steel catenary risers, a first in the region’s offshore operations. The scope included approximately 50 kilometers of pipeline and 15 kilometers of umbilicals, linking five subsea drill centers to the Whale floating production platform.
• In March 2025, McDermott entered a three-year Enterprise Framework Agreement with Shell Global Solutions International B.V., with two optional one-year extensions. The agreement covers engineering, procurement, and integrated project management services across McDermott’s Low Carbon Solutions, Offshore Middle East, and Subsea and Floating Facilities divisions. Leveraging global expertise, McDermott will support Shell in delivering feasibility and front-end engineering for upcoming projects, strengthening their longstanding partnership in multiple deepwater regions.
• In February 2025, Saipem announced a proposed all-share merger with Norwegian company Subsea 7, valued at approximately USD 4.6 billion. The merger will create Saipem7, a global leader in offshore energy services, with a combined fleet of over 60 construction vessels and a backlog of Euro 43 billion. The merger is expected to generate annual synergies of approximately Euro 300 million, primarily through fleet optimization and procurement efficiencies, with completion expected in the second half of 2026, pending regulatory approvals.

Key Market Players

• Saipem S.p.A.
• TechnipFMC plc
• McDermott International, Ltd.
• Shell Offshore Inc.
• Larsen & Toubro Limited
• Fugro N.V.
• Seadrill Limited
• Bureau Veritas S.A.

Report Scope:

In this report, the North America Pipe Laying Vessel Market has been segmented into the following categories, in addition to the industry trends which have also been detailed below:

• North America Pipe Laying Vessel Market, By Installation:

o   J-lay Barges

o   S-lay Barges

o   Reel Barges              

• North America Pipe Laying Vessel Market, By Positioning System:

o   Anchor System

o   Dynamic Positioning System

• North America Pipe Laying Vessel Market, By Depth:

o   Shallow Water

o   Deep Water

• North America Pipe Laying Vessel Market, By Country:

o   United States

o   Canada

o   Mexico

Competitive Landscape

Company Profiles: Detailed analysis of the major companies present in the North America Pipe Laying Vessel Market.

Available Customizations:

North America Pipe Laying Vessel Market report with the given market data, Tech Sci Research offers customizations according to a company's specific needs. The following customization options are available for the report:

Company Information

• Detailed analysis and profiling of additional market players (up to five).

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