FLNG Market Size & Share 2026-2035

FLNG Market Size

The global FLNG market was valued at USD 3.4 billion in 2025, reflecting accelerating deployment of floating regasification infrastructure alongside a new generation of large-scale offshore liquefaction projects that are reshaping gas supply chains across both emerging and developed economies. The market is projected to expand at a compound annual growth rate (CAGR) of 10.3% from 2026 to 2035, reaching USD 8.7 billion by the end of the forecast period, according to the latest report published by Global Market Insights Inc.

As of late 2025, eight FLNG projects were operational worldwide with a combined liquefaction capacity of 16.7 Mtpa, while nine additional units under construction will contribute a further 20.6 Mtpa to global supply^{[1]Gas Exporting Countries Forum (GECF), https://www.gecf.org}. This structural shift toward floating LNG infrastructure reflects a broader reconfiguration of global energy trade routes driven by energy security imperatives in Europe, growing gas demand across Asia Pacific, and the commercial maturation of offshore liquefaction technology at increasingly competitive cost levels.

Key Drivers

Drivers Impact Analysis

Expansion of LNG Trade

The expansion of global LNG trade is the most consequential demand driver for the FLNG market. The International Energy Agency projects approximately 300 bcm/year of new LNG export capacity coming online globally by 2030, with the United States and Qatar together accounting for 70% of that total^{[2]International Energy Agency (IEA), https://www.iea.org}. Global LNG supply grew by more than 5% year-on-year through the first three quarters of 2025, and a further 7% supply increase is forecast for 2026, the strongest single-year growth rate since 2019. This volume growth creates direct demand for additional floating infrastructure across both liquefaction and regasification functions, stimulating investment in new FLNG vessels and FSRU terminals across every major import and export region.

Growing Adoption of FSRUs for Energy Security

The geopolitical reconfiguration of European gas supply has produced the most rapid FSRU buildout in the segment's history. Between 2021 and 2025, the European Union added 76 bcm/year of LNG import capacity, driven by a record number of FSRU terminal commissioning under the REPowerEU Plan^{[3]European Commission — Energy, https://energy.ec.europa.eu}. Germany alone deployed five FSRU terminals through Deutsche Energy Terminal GmbH, while Poland's Gaz-System expanded its Gdansk terminal to accommodate a second vessel at 6.1 bcm/year capacity. The EU's REPowerEU Gas Regulation, effective February 2026, mandates a full phase-out of Russian LNG imports by end-2026 an irreversible policy signal that structurally locks in FSRU demand across the continent for the near-to-medium term.

Monetization of Stranded Offshore Gas Reserves

Floating LNG technology provides the commercially viable pathway to developing offshore gas reserves that would otherwise remain economically inaccessible. In countries such as Cameroon, Mauritania, Senegal, and the Republic of the Congo, FLNG already constitutes 100% of national LNG production capacity. Kumul Petroleum Holdings signed a pre-FEED contract with Wison New Energies in October 2024 for a 1.5 Mtpa FLNG facility targeting Papua New Guinea's Pandora and Uramu offshore gas fields^{[4]LNG Industry, https://www.lngindustry.com}. Across sub-Saharan Africa, Southeast Asia, and South America, stranded gas monetization via FLNG is increasingly structuring national energy policy and FID timelines.

Shift Toward Modular & Mid-Scale FLNG Designs

The economics of FLNG are improving rapidly as the market pivots toward vessel conversions and modular newbuilds. Rystad Energy data indicates that liquefaction costs for proposed US Gulf Coast FLNG projects now average approximately USD 1,054 per tonne compared to USD 2,114 per tonne for Shell's Prelude FLNG while conversion projects such as Cameroon FLNG have achieved costs as low as USD 500 per tonne^{[5]Energy Institute, https://www.energyinst.org}. Newbuild FLNG projects currently under construction average of 2.85-year delivery timeline, versus 4.5 years for equivalent onshore plants. This cost inflection is unlocking a new cohort of FIDs from operators targeting mid-scale, redeployable assets in cost-constrained emerging markets.

Key Challenges

Restraints Impact Analysis

High Capital Intensity & Long Project Development Cycles

Large-scale FLNG projects remain among the most capital-intensive infrastructure investments in the energy sector. Eni's Coral Norte FLNG in Mozambique carries an estimated project value of USD 7.2 billion, while first-generation assets like Shell's Prelude FLNG required capital commitments exceeding USD 12 billion^{[6]Hydrocarbon Processing, https://www.hydrocarbonprocessing.com}. The EPCIC cycle for a deepwater newbuild vessel spans five to seven years from FID to first LNG, creating material exposure to commodity price cycles, interest rate movements, and geopolitical disruptions. These risk factors have historically caused FID delays and contract renegotiations disproportionately affecting smaller operators without the balance sheet depth to sustain extended development timelines.

Regulatory, Environmental & Permitting Challenges

Floating LNG assets operate across multiple overlapping jurisdictions including flag state, port state, and coastal state each with distinct safety, environmental, and operational requirements. The absence of harmonized international regulation for FLNG facilities creates project-specific permitting complexity that routinely extends development timelines by 12 to 24 months. Environmental review requirements are intensifying in high-biodiversity offshore zones in Southeast Asia and West Africa, where methane leakage measurement, flaring restrictions, and marine ecosystem impact assessments are increasingly conditions of regulatory approval.

FLNG Market Trends

Growing demand for LNG

Global LNG consumption has entered a phase of structurally reinforced growth, underpinned by the displacement of Russian pipeline gas from European networks, the ongoing energy transition, and coal-to-gas switching across price-sensitive Asian markets. Industry data indicates a 7% increase in global LNG supply projected for 2026 the strongest single-year growth rate since 2019 driven by US and Canadian export capacity coming online and Qatar's North Field East expansion. The underlying demand driver is supply diversification: governments across Europe, Asia, and the Middle East are simultaneously expanding floating import infrastructure to reduce concentration risk in their energy supply portfolios.

Our survey of 280 LNG import terminal procurement heads across 14 markets in Q1 2026 found that 68% had already committed capital to FSRU or fixed terminal expansion projects for the 2026–2028 window up from 41% just 18 months earlier reflecting how rapidly energy security has displaced cost-minimization as the primary procurement objective. This behavioral shift has direct commercial consequences for the FLNG market such as it is compressing procurement decision cycles, shortening charter negotiation timelines, and elevating the strategic premium placed on FSRU operators with proven fleet availability and sovereign-grade contract structures. Egypt's addition of a further FSRU in Q3 2025 which caused LNG imports to surge by over 350% year-on-year through the first nine months of 2025 illustrates how a single floating terminal can produce rapid, measurable import diversification at the national level. The broader implication is a structural demand floor for FSRU assets that extends well beyond the current European buildout cycle.

The timeline for this trend is medium-to-long term. LNG's role as the primary transition fuel for decarbonizing coal-heavy power grids across Asia positions it as a 2030s staple not a bridge fuel to be quickly superseded. The FLNG market will continue to serve as the enabling infrastructure for this demand at both ends of the supply chain.

Digitalization & Automation of Floating LNG Assets

The integration of digital twins, AI-enabled predictive maintenance, and modular instrumentation and control systems is reshaping the operational economics of floating LNG assets. The American Bureau of Shipping launched its EagleTwin real-time structural digital twin platform in 2025 a web-based tool designed to integrate inspection data and maintenance management systems across FLNG, FSRU, and FPSO fleets, enabling condition monitoring, planned maintenance optimization, and unplanned downtime reduction^{[7]Offshore Magazine, https://www.offshore-mag.com}. The platform represents a material step-change in how fleet operators manage maintenance planning across geographically dispersed offshore assets.

Peer-reviewed research demonstrates that digital twin deployments in offshore LNG environments integrating real-time meteorological data with AI-driven maneuvering controls materially improve operational predictability and risk management across harsh-environment operating conditions^{[8]IEEE Xplore, https://www.ieeexplore.ieee.org}. The quantifiable impact on operational expenditure is significant: digital monitoring reduces unplanned maintenance events, extends inspection intervals validated by condition data rather than calendar schedules, and enables remote diagnostics that reduce the frequency and duration of technician mobilizations to offshore assets.

Supply chain executives at major FSRU operators interviewed in H2 2025 indicated that 73% were actively deploying or piloting AI-based predictive maintenance systems across their fleets, a function that had been largely manual as recently as 2022. At the segment level, the transition from reactive to predictive maintenance is most advanced among the larger FSRU operators in Europe, where fleet utilization rates approaching 100% through 2026 make unplanned downtime commercially unacceptable. The timeline for this trend is short-to-medium term, digital twin and AI maintenance platforms are no longer emerging technologies in the FLNG sector, they are entering the operational standard, with adoption accelerating across liquefaction, regasification, and storage applications.

Increasing Investments Toward Development of Large-Scale Liquefaction Plants

Capital commitment to large-scale FLNG liquefaction has accelerated sharply, with several landmark projects reaching FID or construction milestones between 2024 and 2026. Coral Norte FLNG, a 3.6 Mtpa vessel targeting Mozambique's Rovuma Basin received FID in October 2024, with Technip Energies, JGC, and Samsung Heavy Industries jointly awarded the EPCIC contract. When commissioned in 2028, Coral Norte will double the Coral Hub's combined output to 7 Mtpa, positioning Mozambique among Africa's top three LNG producers and establishing the Rovuma Basin as a globally significant deepwater liquefaction center.

In June 2026, Delfin Midstream took a positive FID for Delfin FLNG 1 a 4.4 Mtpa vessel that will be the first floating liquefaction facility in US waters backed by long-term sales agreements with Vitol, Expand Energy, Centrica, and Gunvor, with production scheduled for 2030^{[9]Marine Log, https://www.marinelog.com}. In the same month, Hanwha Ocean announced an MoU with Kanata Clean Power & Climate Technologies for a proposed USD 15.7 billion, 12 Mtpa FLNG project at Prince Rupert, British Columbia. The scale of these commitments including three projects totaling approximately 20 Mtpa of new capacity sanctioned or advanced within 24 months signals a step change in investor confidence in the large-scale FLNG asset class.

 The more consequential shift is on a levelized-cost basis, as construction methodologies standardize and EPCIC consortia develop repeatable delivery models, large-scale FLNG is increasingly competitive with equivalent onshore liquefaction on a per-tonne basis widening the pipeline of projects eligible for commercial sanction. The impact timeline for this trend is medium-to-long term, with the bulk of the capacity additions materializing between 2028 and 2032.

FLNG Market Analysis

By Facility

FSRU

FSRUs represent the dominant segment of the FLNG market, accounting for 62.1% of total revenue in 2025 with a CAGR of 8.6% through 2035. The segment's scale reflects the unprecedented FSRU deployment wave in Europe following the 2022 energy crisis, where floating regasification terminals have functioned as the primary mechanism for redirecting global LNG flows toward demand centers previously served by Russian pipeline supply. Excelerate Energy's FSRU Excelsior was commissioned at Germany's Wilhelmshaven 2 terminal in May 2025, feeding up to 1.9 billion cubic meters annually into the national grid the third FSRU-based terminal to enter service in Germany within four years. Greece commissioned the Alexandroupolis FSRU recognized as a Project of Common Interest by the European Union with 6 bcm/year of regasification capacity and 185,000 m³ of LNG storage, materially strengthening Southeast European supply diversification.

Beyond Europe, FSRUs are gaining traction in South Asia and East Africa as cost-effective alternatives to onshore terminals, offering faster deployment timelines and lower upfront capital requirements that align with emerging market procurement constraints. The segment benefits from the dual mandate that FSRU assets perform as both regasification infrastructure and LNG storage buffers they provide the operational flexibility that fixed onshore terminals cannot replicate. At the revenue level, FSRU charter rates which de-linked from historical benchmarks after 2022 remain structurally elevated, with multi-year extensions being negotiated significantly above pre-crisis levels. The data indicates that FSRU market leadership is structurally durable through the forecast period, even as faster-growing liquefaction subsegments narrow the revenue share differential.

LNG FPSO

The LNG FPSO subsegment holds a 31.5% share of the FLNG market in 2025 and is the fastest-growing facility type at a 13% CAGR a trajectory driven by the commissioning of deepwater liquefaction vessels and a broadening pipeline of newbuild and conversion projects targeting stranded gas reserves globally. Shell's Prelude FLNG the world's largest floating facility at 488 meters in length operates in the Browse Basin off Western Australia, producing over 3.5 Mtpa of LNG, with backfill supply from the Crux field expected from 2027. Eni's Coral Sul FLNG in Mozambique the first FLNG platform designed for ultra-deep water operations at 2,000 meters depth demonstrates the subsegment's ability to unlock gas reserves in frontier environments, including those with elevated onshore security and infrastructure complexity. The second-order effect is a cost-learning curve: as FLNG vessel designs standardize and EPCIC contractors develop repeatable construction methodologies, per-tonne liquefaction costs are declining, enabling FIDs that would not have been sanctionable under first-generation economics.

Barge-Based FLNG

Barge-based FLNG accounts for 6.4% of the FLNG market in 2025 but is expanding at an 11% CAGR as operators in emerging markets target shallow-water stranded gas fields where conventional FLNG vessel deployment is impractical. Barge-based solutions offer lower capital costs, simplified mooring configurations, and greater portability than purpose-built deepwater vessels making them an effective commercialization pathway for sub-commercial gas fields in West Africa, Southeast Asia, and South America. New Fortress Energy's Fast LNG concept a modular barge-based liquefaction design capable of rapid field deployment exemplifies the market's shift toward configurable, smaller-footprint solutions that can operate in cost-constrained or logistically complex offshore environments.⁷ Perenco's Cap Lopez barge-based FLNG project in Gabon, targeting a 2026 production start, further illustrates how this subsegment is unlocking previously non-commercial West African gas reserves

By Capacity

Small Scale FLNG

Small-scale FLNG assets with output capacity up to 1 Mtpa hold a 15.7% market share in 2025, growing at a 5.6% CAGR the slowest among the three capacity tiers. This below-market growth rate reflects the structural cost advantages increasingly enjoyed by larger-scale projects, where declining per-tonne liquefaction costs favor scale in competitive capital allocation environments. The segment retains a critical commercial role in isolated offshore fields, island markets, and frontier basins where full-scale assets are economically unviable but growth is constrained by the improving economics of mid-scale alternatives that offer enhanced commercialization flexibility. Papua New Guinea's planned 1.5 Mtpa FLNG targeting the Pandora and Uramu fields in the Gulf of Papua represents the upper boundary of this segment, with Wison New Energies and Kumul Petroleum Holdings having advanced the project via pre-FEED contract in October 2024.

The small-scale tier retains strategic relevance in specific contexts: island power markets with no pipeline connectivity, early-phase field development where resource scale has not been fully delineated, and national energy programs in frontier markets where a small-scale asset can de-risk a broader LNG strategy. Association surveys and field data confirm that the majority of new small-scale FLNG inquiries originate from sub-Saharan Africa and Southeast Asian island markets geographies where energy access constraints make even modest LNG volumes transformational.

Mid Scale FLNG

Mid-scale FLNG assets represent 26% of market revenue in 2025, growing at a 7.6% CAGR. This segment is attracting significant interest from operators seeking a balance between capital efficiency and commercial scale particularly as vessel conversion economics have pushed per-tonne capex below USD 650/tonne for optimized re-use designs. Golar LNG's MK II FLNG vessel, currently under conversion at CIMC Raffles shipyard in China, targets Argentina's Vaca Muerta shale gas resources through a 20-year charter with Southern Energy SA a transaction that demonstrates the commercial durability of mid-scale FLNG structures in emerging export markets. Mid-scale FSRUs are simultaneously expanding across South and Southeast Asia, sized to match current import demand while retaining optionality for phased capacity expansion.

The underlying driver for mid-scale growth is the convergence of manageable capex requirements with commercially viable throughput volumes. Operators evaluating their first FLNG deployment particularly national oil companies and independent producers in Africa and Southeast Asia consistently identify mid-scale assets as the most accessible entry point: large enough to support bankable offtake structures, small enough to avoid the balance sheet constraints that derail large-scale project FIDs. On a unit-economics basis, per-tonne liquefaction costs below USD 650/tonne for conversion projects bring mid-scale FLNG into competitive alignment with stranded gas monetization via onshore gathering and pipeline alternatives the inflection point at which FID economics become commercially compelling for a materially wider cohort of operators.

Large Scale FLNG

Large-scale FLNG capacity above 3 Mtpa dominates the market with a 58.3% share in 2025 and the highest CAGR in the segment at 12.2%, underpinned by the concentration of investment in landmark projects in Mozambique, the United States, Qatar, and Australia. The large-scale FLNG pipeline is the most active in the sector's history, nine units currently under construction will add 20.6 Mtpa of new capacity, with several targeting production start-up between 2027 and 2030. Industry data indicates that large-scale FLNG is increasingly competitive with onshore LNG on a levelized cost basis a structural shift that is widening the pipeline of projects eligible for commercial sanction.

By Region

North America FLNG Market Trends

North America accounts for 11% of the global FLNG market in 2025 and is the fastest-growing region at a 13.8% CAGR, driven by the emergence of the United States as the world's leading LNG exporter and a new pipeline of Gulf Coast FLNG projects targeting global delivery markets. Federal statistics indicate that US projects alone will account for approximately 85% of incremental global LNG supply growth in 2025, with the Plaquemines LNG facility driving a 9% year-on-year increase in US LNG exports. Delfin Midstream's positive FID in June 2026 for Delfin FLNG 1 a 4.4 Mtpa vessel carrying a USD 5 billion capital expenditure marks the first floating liquefaction facility sanctioned for US waters, backed by long-term sales agreements with Vitol, Expand Energy, Centrica, and Gunvor, with production targeted for 2030. Canada is a complementary emerging jurisdiction where Hanwha Ocean and Kanata Clean Power signed an MoU in June 2026 for a proposed USD 15.7 billion, 12 Mtpa FLNG project at Prince Rupert, British Columbia with participating First Nations offered up to a 50% ownership interest signaling a new model of large-scale FLNG development that integrates resource rights, equity participation, and long-term offtake.

Europe FLNG Market Trends

Europe holds a 25.8% share of the global FLNG industry in 2025, growing at a 7.3% CAGR a rate that reflects near-term FSRU saturation in Western European markets, even as Eastern and Southeastern European capacity continues to expand. Germany commissioned its fifth FSRU import terminal at Wilhelmshaven in May 2025, with the FSRU Excelsior feeding up to 4.6 bcm/year into the national grid at full operational capacity. Poland's Gaz-System expanded its Gdansk floating terminal to accommodate a second FSRU at a boosted 6.1 bcm/year capacity, with long-term offtake commitments from Orlen, Unimot, and PGE anchoring commercial viability through the 2030s. 

Asia Pacific FLNG Market Trends

Asia Pacific is the largest FLNG industry, accounting for 32.5% of global revenue in 2025 with a 9.8% CAGR. The region's position reflects the concentration of operational liquefaction assets including Shell's Prelude FLNG in Western Australia and Petronas' PFLNG series in Malaysian waters alongside structural growth in LNG import demand across China, India, and Southeast Asia. Shell's Prelude FLNG, moored approximately 475 kilometers off the coast of Broome, Western Australia, is designed to produce over 3.5 Mtpa and is expected to receive backfill feedgas from the Crux field from 2027. Indonesia is an emerging frontier liquefaction market: Genting awarded Wison New Energies a USD 1 billion contract in October 2024 to construct the country's first FLNG facility, targeting the Asap, Merah, and Kido offshore structures in West Papua with 230 mmscfd of feedgas supply over 18 years. China and Australia collectively serve as the demand anchor and supply backbone of the regional market, China as the largest LNG importer sustaining regasification investment, and Australia as the host jurisdiction for established large-scale liquefaction assets with multi-decade production horizons.

FLNG Market Share

The FLNG industry is moderately concentrated, with the top five players Excelerate Energy, Höegh Evi, Technip Energies, Samsung Heavy Industries, and Golar LNG Limited collectively accounting for approximately 58% of global market revenue in 2025. The firm's operational scale including its mandate as FSRU operator under Germany's federal energy security program gives it a structural advantage in sovereign and utility-grade tender processes where balance sheet depth and operational track record are primary selection criteria.

Höegh Evi and Golar LNG Limited occupy distinct strategic positions within the top tier. Höegh Evi concentrates on long-term FSRU charter agreements with sovereign or utility counterparties, providing revenue visibility across 10- to 20-year contract terms a model that prioritizes capital efficiency and cash flow predictability over volumetric throughput expansion. Golar LNG, by contrast, has pursued a higher-risk, higher-return model centered on FLNG conversion projects including the MK II FLNG in Argentina and the Hilli Episeyo in Cameroon targeting markets where flexibility and risk tolerance command commercial premiums over standardized charter structures. Samsung Heavy Industries and Technip Energies occupy the EPCIC and shipbuilding tier, with both firms deeply embedded in the large-scale FLNG supply chain as preferred engineering and construction partners for deepwater projects in Mozambique, Australia, and the United States.

The remaining approximately 42% of market revenue is distributed across a diverse cohort of specialist operators, engineering contractors, and regional players. Our Q4 2025 expert panel of eight senior FLNG executives identified a consistent strategic theme across independent operator and contractor discussions: competitive moats in this market are shifting from vessel ownership toward system integration capability the ability to manage feedgas supply agreements, regasification infrastructure, grid interconnection, and long-term offtake as a bundled commercial proposition. Of greater strategic consequence over the 2026–2030 period is the emerging role of Chinese contractors particularly Wison Offshore & Marine and CIMC Raffles in capturing mid-scale and sub-3 Mtpa project mandates on cost competitiveness and delivery speed criteria, challenging the incumbency of established Western engineering firms.

M&A activity is expected to intensify as mid-tier players seek the portfolio scale and balance sheet strength required to compete for sovereign energy security mandates and multi-vessel FLNG programs. The competitive dynamic favors consolidation among FSRU operators with sub-scale fleets, where the fixed costs of regulatory compliance, technical management, and commercial contracting are more efficiently absorbed across larger vessel portfolios. From a capacity standpoint, the top five players collectively manage the majority of commercially available FSRU capacity a concentration that gives them structural pricing power in tight charter markets where new vessel delivery timelines extend 24 to 36 months from order to commissioning.

FLNG Market Companies

Major players operating in the FLNG industry are: Excelerate Energy, Höegh Evi, Technip Energies, Samsung Heavy Industries, Golar LNG Limited, Seatrium, HD Hyundai Heavy Industries, New Fortress Energy, BW LNG, JGC Holdings Corporation, Baker Hughes, McDermott International, Wison Offshore & Marine, SBM Offshore, MISC Berhad, Exmar NV, MOL (Mitsui O.S.K. Lines), UTM Offshore, Delfin Midstream, and Air Products.

Excelerate Energy operates the world's largest FSRU fleet and holds the leading market share at 18.1% in 2025. The company's competitive differentiation lies in its end-to-end FSRU service model encompassing vessel ownership, operations, technical management, and commercial contracting which has made it the preferred partner for government-mandated energy security programs in Germany, Pakistan, and Brazil. Excelerate's track record across high-visibility sovereign mandates positions it as the reference operator for future FSRU-based national energy security programs as import-dependent governments in Africa and Southeast Asia formalize their LNG infrastructure strategies.

Golar LNG Limited is a pioneer in FLNG conversion technology, having deployed the Hilli Episeyo in Cameroon as one of the world's first commercially operating converted FLNG vessels. The firm's MK II FLNG vessel currently under conversion at CIMC Raffles shipyard in China represents the next generation of this approach: a purpose-optimized mid-scale asset targeting Argentina's Vaca Muerta shale gas resources under a 20-year charter structure with Southern Energy SA. Golar's FID for the Hilli Episeyo redeployment in Argentina the first FLNG deployment in the Southern Cone and the first globally designed to monetize shale gas via a floating liquefaction platform demonstrates the firm's willingness to pioneer commercially complex structures in frontier markets.

Technip Energies leads the FLNG EPCIC segment alongside consortium partners JGC Corporation and Samsung Heavy Industries. The trio engineered and built both Shell's Prelude and Eni's Coral Sul FLNG two of the world's most technically complex floating LNG vessels and secured the EPCIC contract for Coral Norte FLNG in June 2026. Technip Energies' FLNG engineering competency constitutes a structural competitive advantage as the global project pipeline expands through 2030: the firm enters each new contract cycle with a documented delivery methodology, a pre-qualified supply chain, and a technical team with hands-on commissioning experience across the largest class of FLNG vessels.

Samsung Heavy Industries and HD Hyundai Heavy Industries are the dominant South Korean shipbuilders in the FLNG sector, with competencies spanning hull construction, cryogenic systems integration, and topside module fabrication. Both firms are positioned to capture a disproportionate share of the construction value associated with the large-scale FLNG project pipeline, particularly as the industry moves toward standardized hull designs and modular topside architectures that favor experienced construction yards with established FLNG track records.

Wison Offshore & Marine has established itself as a globally competitive Chinese FLNG contractor, securing the USD 1 billion award from Genting for Indonesia's first FLNG facility and the pre-FEED contract with Kumul Petroleum Holdings for Papua New Guinea's 1.5 Mtpa FLNG project. In our Q1 2026 research covering 35 upstream operators across 10 countries evaluating FLNG solutions, Wison and SBM Offshore were cited most frequently as preferred contractors for sub-3 Mtpa floating liquefaction projects ahead of more established Western engineering firms on cost competitiveness and delivery speed criteria. This positioning reflects a broader shift in competitive dynamics within the mid-scale FLNG contracting segment, where Chinese engineering firms are closing the technical gap while maintaining meaningful cost advantages on vessel construction and equipment procurement.

Delfin Midstream and New Fortress Energy represent the emerging cohort of US-based FLNG developers. Delfin's project the first FLNG export facility in US waters is structured as a pipeline-connected offshore liquefaction vessel with 4.4 Mtpa of capacity and long-term sales agreements with Vitol, Expand Energy, Centrica, and Gunvor backing its June 2026 FID Baker Hughes and Air Products supply critical liquefaction technology and process equipment across FLNG projects globally, with Baker Hughes' IPSMR and Air Products' AP-N liquefaction cycles among the most widely deployed process technologies in large-scale FLNG applications. SBM Offshore, BW LNG, and MISC Berhad provide integrated FPSO-to-FLNG conversion and offshore marine services capabilities, while Seatrium, McDermott International, and Exmar NV round out the competitive landscape across engineering, offshore construction, and small-scale FLNG design.

FLNG Industry News

• Jun 2026: Delfin Midstream takes a positive final investment decision for Delfin FLNG 1, the first floating liquefaction facility in the United States and the largest FLNG project globally at the time of FID with an expected export capacity of 4.4 Mtpa, a capital expenditure of USD 5 billion, and LNG production scheduled to begin in 2030; two additional vessels are planned to bring total capacity to 13.2 Mtpa.
• Jun 2026: Hanwha Ocean signs a non-binding memorandum of understanding with Kanata Clean Power & Climate Technologies for the proposed Kanata LNG project near Prince Rupert, British Columbia a floating LNG export facility targeting up to 12 Mtpa of capacity at an estimated project cost of USD 15.7 billion, with participating First Nations offered up to a 50% ownership interest.
• Jun 2026: Technip Energies, in partnership with JGC and Samsung Heavy Industries, is awarded the EPCIC contract by Mozambique Rovuma Venture for the Coral Norte FLNG project (3.6 Mtpa), which will double the Coral Hub's combined output to 7 Mtpa and position Mozambique among Africa's top three LNG producers.
• Jan 2026: Eni and its partners launch the Coral Norte FLNG hull in South Korea; a key construction milestone for Mozambique's second floating LNG facility advancing the project toward topside module integration ahead of its anticipated 2028 production start.
• Oct 2024: Wison New Energies wins a USD 1 billion contract from Genting to construct Indonesia's first FLNG facility, targeting the Asap, Merah, and Kido offshore structures in West Papua with 230 mmscfd of feedgas supply over 18 years.
• Oct 2024: Golar LNG approves the final investment decision for the 20-year redeployment charter of FLNG Hilli Episeyo offshore Argentina, marking the first FLNG deployment in the Southern Cone and the first globally designed to monetize shale gas resources from the Vaca Muerta formation via a floating liquefaction platform.
• Sep 2024: The Federal Government of Nigeria grants UTM Offshore Limited a License to Construct Nigeria's first FLNG facility, a 2.8 Mtpa asset at OML 104 Yoho Field with a commissioning target of 2028 and gas production projected to commence in 2029.
• Oct 2024: Kumul Petroleum Holdings signs a pre-FEED contract with Wison New Energies for a 1.5 Mtpa FLNG facility targeting Papua New Guinea's Pandora and Uramu offshore gas fields in the Gulf of Papua, advancing the country's first FLNG project toward FID

Market Concentration Score

The FLNG market scores 6 out of 10 on the concentration scale moderately concentrated, reflecting the top five players' collective 58% revenue share led by Excelerate Energy at 18.1%, with the remaining 42% distributed across a broad cohort of specialist operators, engineering contractors, and regional players that collectively prevent full oligopoly consolidation.

The FLNG Market research report includes in-depth coverage of the industry with estimates & forecasts in terms of volume (MTPA) and revenue (USD Million) from 2022 to 2035, for the following segments:

Click here to Buy Section of this Report

Market, By Facility

• FSRU
• LNG FPSO
• Barge-Based FLNG

Market, By Capacity

• Small Scale
• Mid Scale
• Large Scale

Market, By Application

• Liquefaction & Production
• Regasification
• Storage & Transportation

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
  • Mexico
• Europe
  • UK
  • Norway
  • Netherlands
• Asia Pacific
  • China
  • Australia
  • Indonesia
  • Malaysia

• Middle East & Africa
  • Qatar
  • UAE
  • Mozambique
  • Senegal
  • Republic of Congo
  • Gabon
  • Mauritania

• Latin America
  • Brazil
  • Argentina
  • Chile