The West’s Vanishing Shipyards: Strategic Risks in the Globalization of FPSO and FLNG Fabrication
In early 2020, as COVID-19 spread across the globe, hospitals in some of the world’s most advanced economies faced an unexpected crisis: they were running out of basic protective equipment. Masks, gloves, and gowns—low-cost, widely available items—suddenly became scarce. Doctors improvised with makeshift solutions, while global competition for supplies intensified.
The root cause was not demand alone. It was structural: over decades, production of critical medical supplies had been offshored and concentrated in a limited number of countries. When those countries restricted exports or prioritized domestic needs, global supply chains quickly broke down.
What had been optimized for efficiency proved fragile under stress.
In a similar fashion, over the past 15 years, the global offshore energy industry has undergone a quiet but profound transformation. The fabrication of Floating Production Storage and Offloading units (FPSOs) and Floating Liquefied Natural Gas units (FLNGs)—critical infrastructure for offshore oil and gas production—has overwhelmingly shifted to shipyards outside of Western countries. Of the 50+ major FPSO and FLNG projects delivered since 2010, only a handful have involved significant work in Europe, and none in North America.
This trend is not merely a matter of cost optimization. It signals a deeper erosion of industrial capability in the West, with long-term consequences for strategic autonomy, economic resilience, and energy security.
A Global Shift in Fabrication
As recently as the early 2000s, European yards—particularly in Norway and the United Kingdom—still played a visible role in FPSO conversions and offshore integration. By the early 2010s, however, Singapore and South Korea had consolidated their dominance, combining competitive cost structures with growing technical expertise.
Since 2020, Chinese yards have rapidly scaled up their capabilities, entering not only the module fabrication market but also complex integration and commissioning scopes. Today, the result is a near-total concentration of FPSO and FLNG fabrication capacity in Asia.
In contrast, Western shipyards have played a minimal role. Only a few exceptions stand out:
Jotun FPSO redeployment (Norway)
Johan Castberg topside integration (Norway)
Penguin FPSO commissioning (Norway)
These projects were not the result of competitive fabrication capabilities alone. In most cases, they were enabled by favorable tax regimes or local content requirements, particularly in Norway. Without these incentives, they likely would have been outsourced to Asia as well.
Why Asia Became Dominant
Cost and Scale Advantages
Asian shipyards benefit from significantly lower labor costs, optimized supply chains, and economies of scale. Over decades, they have developed the ability to deliver large, complex floating facilities at prices that Western yards have struggled to match.
Capacity, Infrastructure, and Execution Speed
Korean yards—HD Hyundai Heavy Industries, Samsung Heavy Industries, and Hanwha Ocean—represent a highly concentrated industrial model, combining scale, specialization, and world-class infrastructure.
Chinese yards, supported by long-term national strategy, have rapidly expanded capacity, supported by initiatives such as “Made in China 2025,” which explicitly targets leadership in high-value maritime industries.
The result is not only lower costs, but schedule reliability and execution capacity at a scale unmatched elsewhere.
Financing Structures and Ecosystem Effects
Fabrication decisions are rarely based on EPC pricing alone. In many cases, financing structures, export credit agency (ECA) support, and lender requirements are directly linked to fabrication location. Asian jurisdictions often provide:
preferential financing terms
state-backed guarantees
aligned industrial policy support
This creates an ecosystem in which selecting an Asian yard is not just economically attractive—it is structurally embedded in project financing.
Shareholder and Market Pressure
International oil companies (IOCs) and contractors such as SBM Offshore and Modec operate under constant pressure to optimize capital efficiency. This reinforces the selection of lowest-cost execution models, often without fully pricing in long-term strategic risks.
A Strategic Misalignment in Western Shipbuilding
While Asian shipyards have focused on offshore energy infrastructure, European shipyards have largely pivoted toward military vessels and cruise ships:
Military shipbuilding remains a strategic asset, involving high-end technology and national security.
Cruise shipbuilding, while technologically advanced in terms of entertainment and passenger experience, is not strategically critical. Cruise ships are luxury assets—not essential infrastructure.
While both sectors require advanced engineering, they differ fundamentally in strategic relevance. Cruise ships are sophisticated luxury assets—but they are not critical infrastructure.
In contrast, FPSOs and FLNGs are directly linked to energy supply, industrial continuity, and national resilience.
This divergence reflects a deeper misalignment between industrial policy and strategic necessity.
The Consequences of Industrial Desertification
The decline of Western shipyards is not just an economic issue but it is a strategic one.
Loss of Skilled Workforce
Generational expertise in heavy fabrication, offshore integration, and commissioning execution is steadily disappearing in Western countries. These capabilities cannot be rapidly rebuilt once lost.
Erosion of Execution Know-How
The decline extends beyond physical infrastructure. It includes the erosion of integration, pre-commissioning, and system handover expertise—areas that are critical in determining project success.
Unlike fabrication capacity, these capabilities cannot be restored through capital investment alone; they require decades of accumulated experience.
Strategic Dependency
Western countries have become increasingly dependent on external yards for critical energy infrastructure. In an era of geopolitical fragmentation, this creates exposure to:
supply chain disruptions
prioritization of domestic projects in host countries
political and regulatory constraints
Exposure to Sanctions and Geopolitical Risk
The concentration of fabrication capacity in limited geographies also introduces clear geopolitical vulnerabilities.
Chinese yards in particular have demonstrated this exposure. Sanctions and compliance restrictions have already impacted players such as PJOE and Wison Zhoushan, creating uncertainty for international projects and stakeholders.
For capital-intensive developments with multi-year execution timelines, even the perception of sanction risk can affect:
lender confidence
insurance coverage
contractor selection
This risk extends beyond direct sanctions to include export controls, regulatory scrutiny, and limitations on technology transfer—factors that can significantly disrupt project execution.
Crucially, these risks are rarely priced into early-stage cost comparisons, which continue to prioritize short-term economic metrics over long-term resilience.
Reduced Innovation Capacity
A shrinking project pipeline translates into reduced investment in R&D, digitalization, and advanced execution technologies. Over time, this creates a widening innovation gap.
Policy Awareness, Limited Action
The strategic implications of industrial dependency are increasingly recognized at institutional level.
Across Europe and other Western economies, policymakers have begun emphasizing:
strategic autonomy
reindustrialization of critical sectors
energy security resilience
However, despite growing awareness, these priorities have yet to translate into a meaningful revival of offshore fabrication capabilities.
What Can Be Done
Reversing—or even stabilizing—this trajectory will require a coordinated shift in how projects are evaluated and executed, combining targeted policy incentives, strategic procurement choices, and renewed investment in infrastructure and workforce capabilities. Rather than relying exclusively on cost-driven decisions, governments and operators will need to explicitly factor in resilience, supply chain sovereignty, and long-term industrial capability.
Looking ahead, the industry is likely to evolve along three possible paths: a continuation of near-total dependence on Asian fabrication, a partial reshoring driven by policy intervention and strategic projects, or a hybrid model in which fabrication remains global but higher-value activities—such as integration, commissioning, and system completion—are selectively retained or rebuilt in Western markets. The direction chosen will ultimately determine whether current dependencies become structurally embedded or gradually rebalanced over time.
Conclusion
The globalization of FPSO and FLNG fabrication has delivered undeniable economic benefits. But it has also created a strategic blind spot.
What appears as cost optimization at project level translates, over time, into:
industrial dependency
erosion of critical capabilities
increased exposure to geopolitical risk
In a world where energy security, supply chain resilience, and strategic autonomy are returning to the forefront, the near-total outsourcing of critical offshore infrastructure raises fundamental questions.
Rebuilding capability will not be easy—and will certainly not be cheap.
But the alternative is clear: continued dependence in a domain that is central to modern economies.
The time to reassess this trajectory is now—before the loss becomes irreversible.
References
International Energy Agency. (2025). The evolving role of export credit agencies in global energy finance. https://www.iea.org/commentaries/the-evolving-role-of-export-credit-agencies-in-global-energy-finance [iea.org]
Katz, D. (2025). Made in China 2025’s impact on Chinese shipbuilding. Center for International Maritime Security. https://cimsec.org/made-in-china-2025s-impact-on-chinese-shipbuilding/ [cimsec.org]
Maritime Executive. (2025, February 17). Chinese state enterprise buys Wison’s sanctioned yard in Zhoushan. https://maritime-executive.com/article/chinese-state-enterprise-buys-wison-s-sanctioned-yard-in-zhoushan [maritime-e...cutive.com]
gCaptain. (2025, February 19). Wison New Energies offloads sanctioned Zhoushan yard. https://gcaptain.com/wison-new-energies-successfully-offloads-sanctioned-zhoushan-yard-to-chinese-state-owned-entity/ [gcaptain.com]
iMarine. (2025, February 12). Chinese shipyard renamed due to U.S. sanctions. https://www.imarinenews.com/19490.html [imarinenews.com]
Cranworth, N. (2025). China’s shipbuilding revolution reshapes global maritime power. Maritime Technology Review. https://maritimetechnologyreview.com/2025/10/12/chinas-shipbuilding-revolution-reshapes-global-maritime-power/ [maritimete...review.com]
Airswift. (2026). Fabrication yards in Asia: Industry overview. https://www.airswift.com/blog/fabrication-yards-in-asia [airswift.com]
