Floating Storage and Regasification Unit Market Size, Share, and Forecast 2026 to 2034

Floating Storage and Regasification Unit Market Definition

The floating storage and regasification unit market covers vessels that store liquefied natural gas (LNG) and convert it back to gas for delivery to pipelines or power plants at the shore. It spans converted and newbuild floating storage and regasification units (FSRU), together with the charter, conversion, and operating services sold with them.

Counted products include newbuild FSRU vessels, LNG carriers converted to FSRU service, regasification modules, mooring and gas export systems sold with the vessel, and time charter or operating revenue. Land based terminals and floating liquefaction units are excluded. This keeps the market a fraction of the broader liquefied natural gas market. Floating storage units without regasification equipment sit outside the boundary.

An FSRU works in four steps. Carriers moor alongside and transfer LNG into the vessel tanks. The cargo is held at about minus 162 degrees Celsius, pumps and vaporizers heat it back into gas, and a gas arm or pipeline carries the gas to shore. Different vendors often supply the ship, the regasification equipment, and the port connection; as a result, a project may involve five or six contractors.

Scale demonstrates how fast floating terminals have spread. Brazil raised LNG import capacity from 2.5 billion cubic feet a day in 2020 to 5.1 billion in August 2025, according to the United States Energy Information Administration. Most of the added capacity sits on floating units. Poland, Germany, Egypt, and several Asian importers have followed the same path.

Comparison of FSRUs and Land Based LNG Terminals: Key Differences

Attribute	Floating Storage and Regasification Units	Land Based LNG Terminals
Construction time	Months to two years, including conversion	Three to five years for tanks and jetties
Capital outlay	Mostly charter payments over the contract term	Large upfront spending by the owner
Site needs	Sheltered water, a mooring, and a gas link	Land, tank pits, and marine works
Flexibility	Vessel can be moved when demand shifts	Fixed asset for forty years
Storage size	Limited by vessel tanks	Can be expanded with more tanks
Growth direction	Fast, as buyers seek quick supply	Steady, in large markets with long term demand

Source: Polaris Market Research Analysis

Shore terminals retain appeal in markets with heavy cargo volumes and demand persisting for decades, since a national hub receiving several cargoes each week justifies permanent tanks and a breakwater. Importers that require gas urgently, or that are uncertain about long term demand, gain considerably more from a floating unit, and some importers run both types in parallel.

Porter's Five Forces Analysis

Force	Intensity	Rationale
Bargaining power of suppliers	Moderate to High	Shipyards, tank designers, and regasification module makers form a small group, and yard slots for conversions are limited.
Bargaining power of buyers	Moderate	State gas companies and utilities sign long charters and negotiate hard, yet the supply of available vessels is thin, limiting price pressure.
Threat of new entrants	Low to Moderate	Owning an FSRU needs capital, port approvals, and operating records, although financiers back new fleets for charters.
Threat of substitutes	Moderate	Land terminals and pipelines compete in large markets, and renewables cut the need for gas fired power in some countries.
Competitive rivalry	High	A handful of owners compete for every tender on price, delivery date, and availability.

Source: Polaris Market Research Analysis

Concentration among suppliers is the main structural issue here. A few yards and tank designers handle nearly every conversion and newbuild; as a result, owners book yard slots early and buy second hand carriers before projects are awarded.

Market Dynamics

Driver Impact Analysis

Driver	Impact on Market Growth	Time Horizon
Energy security programs in importing countries	High	Short to Medium Term
Fast power supply for emerging economies	High	Medium Term

Source: Polaris Market Research Analysis

Driver: Energy Security Programs Are Replacing Pipeline Gas With Imported Cargoes, Creating Market Demand

Governments in Europe and elsewhere seek diversified gas sources, because a single pipeline can be interrupted by political disputes or technical failure. A floating terminal allows a country to receive cargoes from numerous suppliers within a year, and the same vessel can be redeployed when requirements change. The small scale LNG market study covers the smaller cargoes that move on from such terminals.

For example, in December 2025, Germany had FSRU terminals operating at Mukran, Wilhelmshaven, and Brunsbuettel, with the Mukran site able to reach 13.5 billion cubic meters a year at full capacity. The Brunsbuettel vessel returned on 24 November after upgrades, and a Stade terminal was not expected before the second quarter of 2026.

Europe is projected to grow at a CAGR of 6.2% from 2026 to 2034, since new terminals in Poland, Greece, and the Netherlands supplement existing infrastructure. Charter owners with uncommitted vessels gain most, as customers prefer proven ships with short lead times.

Driver: Quick Delivery Is Letting Emerging Economies Add Gas Supply Faster Than Land Terminals, Creating Market Demand

Emerging economies often require gas for power long before they can fund a land terminal. A floating unit can start work in months since the ship already exists, and the buyer pays through a charter rather than a large upfront sum. That makes the option attractive to countries with limited borrowing space.

For example, in February 2026, Energos Infrastructure was offering FSRUs for charter beginning in 2027 and 2028, a route to supply that avoids a multiyear terminal build. Apollo controls the company.

Short Term Charter is projected to grow at a CAGR of 12.3% from 2026 to 2034, as first time importers evaluate demand before committing to a long contract. Owners holding spare vessels benefit considerably, since every idle month represents forgone revenue.

Restraint: Weak Gas Power Plans and High Charter Costs Are Delaying Projects, Limiting Adoption

Numerous planned gas power plants have stalled, and without power plants there is no buyer for regasified gas. Charter rates and financing costs rise when vessels are scarce, and cargo prices can make buyers pause. Smaller importers often wait for cheaper cargoes or for solar and wind projects to settle.

For example, in October 2026, Wood Mackenzie estimated that only 14.9 gigawatts of 53 gigawatts of planned gas fired power in Southeast Asia would come online by 2030, with Vietnam facing a gap of 25.7 gigawatts. Reuters reported through Pipeline & Gas Journal that the Philippines has halted at least three LNG related projects in two years.

Industrial is projected to grow at a CAGR of 10.6% from 2026 to 2034, ahead of Gas Grid and City Gas Supply at 4.5%, due to factories that cannot rely on weak grids. This restraint is felt most by gas fired power projects in Southeast Asia and South Asia.

Opportunity: Converted Carriers Are Creating Openings for Quick and Lower Cost Capacity

Rebuilding an LNG carrier into an FSRU costs less than a newbuild and takes less time, since the hull and tanks already exist. Older carriers that lose long term contracts to larger ships become candidates. Yards with conversion slots and regasification module suppliers stand to gain.

For example, in September 2026, the converted vessel LNGT Türkiye left the Seatrium yard in Singapore, completing a seven vessel rebuild program for Karpowership. The company then ordered a ninth conversion, LNGT Akdeniz, with regasification capacity up to 600 million cubic feet a day and work due to start in the first quarter of 2027.

Converted FSRU is projected to grow at a CAGR of 6.4% from 2026 to 2034, slower than Newbuild FSRU at 10.5%. Conversion work begins from a large revenue base, which adds more to the 2026 total but lifts overall growth by less through 2034.

Opportunity: First Time Importers Are Creating Demand for Short Term Floating Regasification Services

Countries that have never imported LNG often start with a short contract to learn the market. A floating unit can be rented for a few years, and the buyer can scale up or leave if demand disappoints. Owners that offer bundled supply and regasification services reach buyers who lack trading teams.

For example, in November 2026, Excelerate Energy reported a five year regasification and supply agreement in Iraq, with minimum offtake of 250 million cubic feet a day and a target start in the second quarter of 2027. It also signed a seven year regasification agreement with a Frontera Energy subsidiary in Colombia for service in the first quarter of 2027.

Iraq is projected to grow at a CAGR of 18.0% from 2026 to 2034, the highest in Middle East & Africa, and Colombia is projected to grow at 9.7%. Both countries start from low revenue; as a result, these contracts barely move global totals but raise their regional growth rates.

Trend: Owners Are Moving Toward Larger Newbuild Vessels and Longer Charters Backed by Korean Yards

Charterers increasingly ask for larger ships with purpose built tanks, and owners respond by ordering newbuilds at Korean yards. Longer charters back those orders, since a lender requires years of contracted income. Smaller owners that rely on older converted ships respond by targeting short term work.

For example, in July 2026, HD Korea Shipbuilding & Offshore Engineering won an order worth 492.8 billion won to build an FSRU, with delivery by the first half of 2029. Separately, Samsung Heavy Industries is building a 170,000 cubic meter FSRU for MISC at Lumut in Malaysia, due in early 2029.

Above 170,000 Cubic Meters is projected to grow at a CAGR of 13.0% from 2026 to 2034, as bigger ships reduce the cargo calls needed per unit of gas delivered. Delivery slots at yards for such ships are taken years in advance, leaving urgent buyers with few options.

Value Chain Analysis

Stage	Activities	Representative Participants
Design and containment	Tank design, insulation, and regasification process engineering	Gaztransport & Technigaz (GTT) and Wärtsilä
Shipbuilding and conversion	Newbuild hulls and rebuilds of LNG carriers into FSRU service	Samsung Heavy Industries, HD Korea Shipbuilding & Offshore Engineering, Hanwha Ocean, and Seatrium
Vessel ownership and charter	Owning FSRUs and leasing them to terminal buyers	Excelerate Energy, Höegh Evi, Energos Infrastructure, and Golar LNG
Terminal operation and supply	Mooring, cargo handling, and gas delivery with or without LNG supply	Excelerate Energy, New Fortress Energy, and Karpowership
Gas buyers and distribution	Power plants, utilities, and industrial users of regasified gas	State gas companies, utilities, and industrial groups

Source: Polaris Market Research Analysis

Value concentrates in vessel ownership and conversion capacity, since scarce vessels and limited yard slots determine charter rates. Shipyards earn from construction and rebuilds, designers collect fees on every tank installed, and customers fund the entire chain through charter and tariff payments.

Profitability differs considerably between stages, with charters generating long term contracted income and shipbuilding depending on the timing of orders. Owners that supply LNG in addition to the vessel earn trading margins on top, whereas those that only lease the vessel earn a fixed day rate.

Floating Storage and Regasification Unit Market Segmentation Analysis

Five lenses are applied in turn, as buyers choose a hull type, a tank size, a contract, an end use, and a mooring for different reasons.

Construction Insights

Converted FSRU accounted for 54.3% of construction revenue in 2026, owing to the lower price and faster delivery of rebuilt LNG carriers. A converted ship reuses a hull and tanks that already exist, and the yard adds regasification modules, a gas arm, and mooring gear. Owners also like the resale value of a carrier hull.

For example, in May 2025, Höegh Evi and Egypt's state gas company EGAS agreed a ten year time charter for the converted vessel Hoegh Gandria at Port of Sumed. Peak send out is up to 1,000 million standard cubic feet a day, and deployment is planned for the fourth quarter of 2026 (Source: Baird Maritime).

Newbuild FSRU is projected to grow at a CAGR of 10.5% from 2026 to 2034, as charterers increasingly specify purpose built vessels with larger tanks and lower boil off rates. Revenue was USD 2,826 Million in 2026, and delivery slots at the principal shipyards are already allocated several years in advance.

The choice between the two paths depends on timing and budget. A buyer that requires gas within two years usually picks a conversion, while a buyer planning a fifteen year import program often prefers a newbuild with modern tanks and engines.

Residual and redeployment value also influence the choice. A converted carrier retains a hull that other LNG shipping companies understand. An owner can return it to the carrier market if a charter ends early, whereas a newbuild FSRU is engineered around regasification and preserves value mainly through its next contract. Lenders weigh both considerations when setting loan terms and equity requirements.

Conversion capacity is limited to a few yards; as a result, owners that hold carriers without long term contracts have an advantage. Yards with open slots can raise prices when several projects compete for the same window.

Storage Capacity Insights

140,000 to 170,000 Cubic Meters accounted for 54.6% of storage capacity revenue in 2026, driven by vessels that fit most existing jetties and keep cargo calls to a manageable number. This size matches the standard LNG carrier, and cargo supply and port rules are well understood. The LNG storage tank market study covers the tanks behind these vessels.

Demand for Above 170,000 Cubic Meters is projected to grow at a CAGR of 13.0% from 2026 to 2034, since larger tanks cut the number of cargo calls and lift send out for big importers. For example, in June 2026, Poland's gas grid operator confirmed that a second FSRU in the Bay of Gdansk, due in 2028, would add 6.1 billion cubic meters a year of capacity (Source: Notes from Poland).

Up to 140,000 Cubic Meters was worth USD 1,223 Million in 2026, attributed to smaller importers and short duration projects where a shallow port or modest demand excludes a larger vessel. Growth is the slowest of the three classes, at 1.9%.

Tank technology also matters. Membrane designs from licensors such as GTT dominate newbuild orders. GTT also supplied the membrane tank design used in the ship that Samsung Heavy Industries is building for MISC, a 170,000 cubic meter unit due in the first quarter of 2029.

Boil off and regasification output interact with tank size. A larger tank holds cargo longer between deliveries and therefore smooths pipeline flow when carriers arrive late, whereas a smaller tank calls for more frequent cargo deliveries and closer scheduling with suppliers. Customers consequently match tank size to the number of cargoes they can reliably secure each month.

Contract Model Insights

Long Term Charter accounted for 61.9% of contract model revenue in 2026, owing to import terminals that require a fixed vessel for a decade or more and lenders that want contracted income. Owners secure financing against these charters, and day rates stay stable.

For example, in November 2026, Excelerate Energy said the charter of its FSRU Sequoia with Petrobras in Brazil had been extended by five years through 2038 (Source: Finviz). Such extensions give owners predictable cash flows and give buyers long term supply security.

Short Term Charter is projected to grow at a CAGR of 12.3% from 2026 to 2034, as newcomers to LNG imports and seasonal customers lease vessels for a limited number of years. Revenue was USD 1,334 Million in 2026, and spare vessels typically secure employment quickly whenever market conditions tighten.

Owned and Operated was worth USD 1,021 Million in 2026, driven by state companies and utilities that buy their own units to control the asset. This route requires the most capital and skilled crews, and it grows more slowly than rented models, at 6.9%.

Pricing differs across these routes. Long charters are priced per day with escalators, short charters carry a premium for flexibility, and owned units move cost to the buyer balance sheet. Bundled supply deals add LNG trading margin on top of the vessel fee.

The creditworthiness of the customer matters in every contract model. State utilities with strong balance sheets can negotiate long charters on better terms, while smaller customers may be asked for guarantees or advance payments. Owners generally favor customers whose gas supply contracts already extend several years, because this reduces the probability of idle time.

Application Insights

Power generation accounted for 49.9% of application revenue in 2026, owing to gas fired plants in countries with no pipeline supply. A floating unit moored beside a power plant can feed it within months, much faster than a land terminal can be built. The gas turbine market study covers the generating equipment at these plants.

Industrial was worth USD 832 million in 2026, due to factories that rely on gas for heat and feedstock and cannot count on weak grids. Gas Grid and City Gas Supply earned 30.7% of revenue, driven by European and Asian utilities that blend imported gas into national networks.

For example, in October 2026, Wood Mackenzie projected that Southeast Asia LNG use would climb to 39 million tonnes by 2028 from 27 million in 2025, according to Reuters. Planned gas power in the region is still running behind schedule, and floating supply stays attractive as a quick option.

The LNG Bunkering and Other Uses segment is on course for a CAGR of 14.3% from 2026 to 2034, the highest of the four applications, since ports use floating units to fuel ships and supply small scale distribution. Revenue is small at USD 364 Million in 2026; as a result, a single new contract moves the figure noticeably.

Industrial customers prioritize stable pricing and gas grid operators prioritize security of supply; as a result, the two groups evaluate a project against different criteria. Power producers focus on start date and regasification output, while bunkering customers focus on permitting and safety review, and each group consequently assembles a different shortlist of owners.

Deployment Insights

Jetty Moored units accounted for 68.4% of deployment revenue in 2026, driven by ports that already have a berth, a sheltered basin, and pipeline links. A jetty cuts mooring cost, and cargo carriers can come alongside in routine weather.

Offshore Moored is projected to grow at a CAGR of 11.6% from 2026 to 2034, as sites with shallow water, crowded harbors, or community objections move the terminal away from shore. For example, in August 2025, federal energy statistics listed Barcarena at 0.75 billion cubic feet a day, Terminal Gás Sul at 0.50, and the Cosan terminal at 0.50 among Brazil's FSRU based additions.

Others was worth USD 468 Million in 2026, attributed to river barge and nearshore setups, and to temporary moorings used during port works. It grew at 9.9% over the period.

Site conditions determine the outcome. Wave height, seabed depth, and distance to the electricity and gas grids establish the cost of a mooring, and regulators evaluate fishing activity, shipping lanes, and local opinion before approving a berth.

The choice of mooring also affects insurance, maintenance, and weather related downtime. Jetty berths allow convenient access for crews and supplies, whereas offshore sites depend on calm sea windows for cargo transfer. The choice of mooring also affects insurance, maintenance, and weather related downtime. Jetty berths allow convenient access for crews and supplies, whereas offshore sites depend on calm sea windows for cargo transfer. The offshore support vessel market study covers the fleets that serve such offshore moorings. Owners price these risks into day rates, and customers compare total cost over the contract term rather than the headline rate.

Floating Storage and Regasification Unit Market Regional Analysis

Regional demand follows import needs in the natural gas market, pipeline politics, and the speed of power plant projects. Europe is the largest region, Asia Pacific grows fastest from a large base, and North America stays small as the United States exports LNG rather than importing it.

North America Market

The share of North America in 2026 revenue was 2.4%, the smallest of the five regions, as the United States exports LNG and Canada and Mexico rely mostly on pipeline gas. The region is projected to grow at a CAGR of 2.3% from 2026 to 2034, the slowest pace of any region.

Mexico is expected to expand faster than the larger United States market, with a CAGR of 4.0% from 2026 to 2034, as power plants on the Pacific and Gulf coasts look for supply that pipelines cannot provide. Canada is projected to grow at 2.3%, driven by east coast gas needs, while the United States grows at 1.2% from USD 80 Million in 2026.

Most floating regasification work in the region is tied to import projects on the east and west coasts of Mexico and to occasional winter supply in the north east of the United States. Permitting is slow, and export focused investment draws capital away from import capacity.

Demand would change if pipeline limitations persist in coastal areas or if Mexican power plants expand capacity faster than the gas pipeline network, although the small base of the region limits any effect on global totals.

Europe Market

Europe held 32.4% of revenue in 2026, owing to terminals built in Germany, the Netherlands, Italy, Greece, and Poland since 2022 to replace Russian pipeline gas. Germany is the largest country market, at USD 471 Million in 2026, while Poland grows quickest, at a CAGR of 11.0% from 2026 to 2034.

For example, in June 2026, the Polish transmission company confirmed a third LNG terminal, lifting planned capacity above 20 billion cubic meters a year. The Swinoujscie terminal has run since December 2015 at 8.3 billion cubic meters, and imports could reach 50 billion cubic meters a year from 2030.

Europe is projected to grow at a CAGR of 6.2% from 2026 to 2034, ranking fourth among regions for growth, since much of the capacity needed after 2022 is now in place. Turkey, Italy, and Greece add units for regional trade, while Germany is optimizing the sites it already runs.

Policy decisions will shape the next phase of development. Governments weigh the expense of maintaining spare import capacity against the risk of a supply interruption, and extensions of existing arrangements are keeping owner revenue stable in the interim.

Asia Pacific Market

Asia Pacific contributed 28.0% of 2026 revenue and is projected to grow at a CAGR of 11.9% from 2026 to 2034, the fastest of any region, driven by gas for power in South and Southeast Asia. China is the largest country in the region, at USD 377 Million in 2026, and the Philippines grows quickest, at 25.1% from 2026 to 2034.

India is projected to grow at 13.2%, Vietnam at 21.8%, and Pakistan and Bangladesh also add capacity since pipeline gas is scarce. Wood Mackenzie estimated in October 2026 that Vietnam faces a shortfall of 25.7 gigawatts against its gas power plans; as a result, that growth depends on projects that have been slow to materialize.

In the Rest of Asia Pacific, Malaysia's state shipping company MISC has a 170,000 cubic meter FSRU on order from Samsung Heavy Industries for Lumut, Perak, the country's first. Delivery is expected in the first quarter of 2029.

Spending depends on the speed with which power plants and grid connections reach completion. Where a vessel arrives before the associated plant, owners may collect only minimum payments and customers carry the cost without consuming the gas. Careful coordination of vessel arrival and plant commissioning therefore matters as much as the vessel itself.

Latin America Market

Latin America produced 18.8% of 2026 revenue and is projected to grow at a CAGR of 7.4% from 2026 to 2034. Growth is attributed to terminals in Brazil and new supply deals in Colombia. Brazil is the largest country, at USD 600 Million in 2026, while Colombia grows quickest, at 9.7% against 6.5% for Brazil.

For example, in August 2025, the United States Energy Information Administration put Brazil's LNG import capacity at 5.1 billion cubic feet a day, against 2.5 billion in 2020. A further unit at Suape was scheduled for early 2026.

Argentina and Chile use floating units for winter peaks when pipeline supply falls short, and Colombia is replacing declining domestic production. Currency swings and hydropower conditions in the region decide how much gas power plants must run in a given year.

Hydrological conditions influence the quantity of gas consumed. In wet years hydropower displaces gas fired generation and terminals operate below capacity, whereas dry years push utilities to lease additional regasification capacity. Owners that offer flexible start dates and shorter terms are best suited to this pattern.

Middle East & Africa Market

Middle East & Africa generated 18.4% of 2026 revenue and is projected to grow at a CAGR of 7.7% from 2026 to 2034, ranking second among regions for growth. That pace is attributed to summer power demand in Egypt and new supply projects in Iraq. Egypt is the largest country market, at USD 337 Million in 2026, and Iraq grows quickest, at 18.0% from 2026 to 2034.

For example, in May 2025, Egypt's EGAS agreed with Höegh Evi to deploy the FSRU Hoegh Gandria at Port of Sumed under a ten year charter, with conversion work starting immediately. Egypt has turned from gas exporter to importer, and floating capacity is a quick fix for summer power demand.

Kuwait and the United Arab Emirates rent units for peak months, and Ghana and South Africa have floating terminals under study for gas power supply. Funding and credit risk are the main limits in the smaller African markets.

Credit risk deserves particular attention across the region. Payment guarantees from state utilities or development lenders frequently determine whether a vessel is chartered, and owners with experience in emerging markets and access to insurance against non payment are better placed to secure these contracts.

Floating Storage and Regasification Unit Market Competitive Landscape

The field splits into four layers, as vessel owners and operators charter FSRUs, shipyards build and convert them, technology licensors design tanks, and gas suppliers bundle cargoes with terminal services. A buyer usually signs with an owner once and then keeps the same vessel for years.

Excelerate Energy reported third quarter 2026 revenue of USD 297.2 million, against USD 391.0 million a year earlier, with net income of USD 60.0 million and adjusted earnings before interest, taxes, depreciation, and amortization (EBITDA) of USD 133.5 million. Full year adjusted EBITDA guidance runs from USD 495 million to 515 million.

Competition centers on vessel availability. Energos Infrastructure, controlled by Apollo, offers FSRUs for charter starting in 2027 and 2028, and Karpowership has ordered a ninth conversion at Seatrium. Market share moves slowly, since charters last for years and few ships are free at any time.

Scale and balance sheet strength establish the hierarchy among owners. A large fleet allows an owner to answer a short notice request by redeploying a vessel, whereas a small owner must wait for an existing charter to conclude. Shipyards compete on delivery slots, tank designers compete on boil off performance and licensing terms, and alliances between owners and yards are common because they secure slots before a project is awarded.

Vendor Landscape Snapshot

Company	Vendor Positioning	Role
Excelerate Energy, Inc.	Leader	FSRU owner and terminal operator with Petrobras, Iraq, and Colombia contracts
Höegh Evi	Leader	FSRU owner and operator, with a ten year Egypt charter for Hoegh Gandria
Golar LNG Limited	Leader	FSRU and floating LNG owner
BW LNG Pte. Ltd.	Challenger	LNG carrier and FSRU owner
Energos Infrastructure	Challenger	FSRU owner controlled by Apollo, offering vessels for charter from 2027
New Fortress Energy Inc.	Challenger	Gas supplier with FSRU based terminals in Brazil, including Barcarena
Mitsui O.S.K. Lines, Ltd.	Challenger	Shipping group with LNG vessel interests
Karpowership (Karadeniz Holding)	Challenger	Floating power and FSRU operator with a conversion program at Seatrium
Samsung Heavy Industries Co., Ltd.	Leader	Shipbuilder with an FSRU under construction for MISC
HD Korea Shipbuilding & Offshore Engineering Co., Ltd.	Leader	Shipbuilder that won an FSRU order in July 2026
Hanwha Ocean Co., Ltd.	Challenger	Korean shipbuilder with LNG vessel capability
Seatrium Limited	Challenger	Conversion yard for Karpowership and Excelerate FSRU projects
Gaztransport & Technigaz (GTT)	Niche Player	Membrane tank designer, including the tank design for the MISC FSRU

Source: Polaris Market Research Analysis

Floating Storage and Regasification Unit Market Technology and Innovation Landscape

Innovation centers on larger tanks, lower boil off, and cleaner regasification. Membrane containment is replacing older designs on newbuilds, and open loop and closed loop vaporizers are chosen by water temperature and environmental rules.

Conversion engineering is the second theme. Yards now handle an entire carrier rebuild in around a year, and Seatrium completed seven vessels for Karpowership before accepting a ninth order. Standard module designs shorten each project.

Power and ship fuel links are a further layer, as some units now deliver gas to power barges and bunkering vessels. Emission rules push owners toward dual fuel engines and shore power at berth.

Digital monitoring is spreading across fleets. Sensors on pumps, vaporizers, and mooring lines feed predictive maintenance tools that reduce unplanned downtime. Operators also use cargo scheduling software to coordinate carrier arrivals with regasification targets, leaving the core hardware unchanged while increasing utilization and helping owners satisfy the uptime clauses in their charters.

Technology and Innovation Landscape Snapshot

Area	Role	Status and Representative Developers
Membrane containment	Hold LNG at low temperature with thin metal layers	Production, with GTT
Regasification modules	Heat LNG back into gas on board	Production, with Wärtsilä and other equipment makers
Carrier to FSRU conversion	Rebuild an LNG carrier for storage and send out	Production, with Seatrium
Large newbuild FSRU	Add storage above 170,000 cubic meters	Scaling, with Samsung Heavy Industries and HD Korea Shipbuilding & Offshore Engineering
Floating power links	Feed gas fired power barges beside the terminal	Production, with Karpowership
LNG bunkering supply	Fuel ships from a floating terminal	Early commercial use

Source: Polaris Market Research Analysis

Use Case Analysis

Emergency Supply for Pipeline Gas Loss

Governments facing the sudden loss of pipeline supply increasingly turn to FSRUs, because a chartered vessel can be commissioned within months and can receive cargoes from several suppliers at once. Germany followed this approach after 2022 and now operates several floating terminals.

The principal constraint is regasification output and pipeline connectivity rather than storage, since the grid can absorb only a limited volume of gas each day. Buyers that plan ahead therefore confirm pipeline capacity and storage levels before committing to a particular vessel.

Gas for Power in Emerging Economies

Countries with rapidly rising electricity demand moor an FSRU beside a gas fired power plant or connect it to the national grid, and Egypt, Bangladesh, and the Philippines have pursued this model. Payment takes the form of periodic charter fees instead of a large capital outlay, which preserves public borrowing capacity.

Project schedules determine commercial outcomes in this use case. If a power plant is completed late, the vessel remains idle, and some contracts include minimum payment clauses that transfer the cost of delay to the customer.

Seasonal Peak Supply

Utilities in regions with pronounced seasonal demand lease units for several months each year, and the vessel can relocate between hemispheres as seasons change. Owners fill the remaining time with short charters to other customers.

Demand during peak periods is concentrated; as a result, day rates increase when numerous customers seek cover simultaneously. Customers that contract early generally obtain more favorable terms and greater certainty of delivery.

Regional Hubs and Re Export

Poland and Turkey are planning floating capacity to supply neighboring markets, with onward transmission by pipeline. A regional hub requires several cargoes each month and a sufficiently liquid gas market to justify the investment.

Policy support is significant, since governments increasingly treat these terminals as strategic energy security assets, and regulators in numerous countries set the access tariffs that determine whether third parties can use the capacity.

Ship Fueling and Small Scale Supply

Harbors use floating units to bunker vessels and to load small carriers that serve islands and remote power plants. The segment remains modest in absolute terms, although it is expanding faster than the other applications.

Safety requirements for fuel transfer and the high unit cost of small cargo handling constrain the pace of growth. Operators that already run large units can add this service at modest incremental cost.

Buyer Needs and Decision Criteria

Buyer Need	Decision Criteria	Why It Matters
Vessel availability	Delivery date and charter length	A late vessel leaves a power plant without fuel
Send out capacity	Regasification rate and pipeline fit	Gas that cannot leave the terminal has no value
Total cost	Day rate, port fees, and supply terms	Buyers compare charter offers across several owners
Site compatibility	Tank size, draft, and mooring type	The vessel must fit the berth and local sea conditions
Regulatory approval	Environmental permits and safety review	Permits can delay projects by a year or more

Source: Polaris Market Research Analysis

Entry barriers are substantial, since a new owner must raise capital, establish an operating record, and obtain port approvals, and lenders consistently favor companies with proven fleets. Offers are difficult to compare as regasification output, tank sizes, and supply terms differ; as a result, buyers lean toward owners with whom they have previously contracted.

Premium Insights and Forward Outlook

Newbuild Units Will Gain Share From Conversions

Scarce conversion slots and a limited pool of aging carriers will direct a growing share of procurement toward new vessels with larger tanks. Shipyards with available berths benefit, while the availability of lender financing sets the pace of the transition.

Charters of fifteen years and above back these orders, and owners able to demonstrate contracted income at the time of ordering will secure the most favorable borrowing terms. Customers weighing the two routes should model total cost over the full contract term and include residual value alongside the day rate.

Short Charters Will Change Pricing

First time importers prefer shorter commitments, and owners with spare vessels will price for flexibility, which pushes long charter rates to incorporate additional provisions on early exit and vessel substitution.

Customers that sign short contracts should anticipate rate increases when supply tightens, because an available vessel is uncommon in a constrained market. Owners can protect themselves with option periods and early exit fees, and customers can negotiate rate caps on extensions.

Asia Pacific Growth Depends on Power Plant Delivery

Gas power programs in Southeast Asia are running behind schedule, and demand for FSRUs follows the timing of plant completion. Buyers will seek charters with flexible start dates, and owners willing to accept that risk will secure contracts.

The gap between planned and delivered capacity deserves close monitoring: if projects arrive on time, demand could exceed the forecast, and if they do not, vessels may remain idle. Scenario planning helps, for example by pairing a firm vessel booking with a flexible start window.

Floating Units Will Link Gas and Ship Fuel

Ports are evaluating floating terminals as bunkering hubs, which could add a second revenue stream to each unit, and early movers that already hold the necessary permits will have a considerable advantage.

Regulators set the pace through safety rules for fuel transfer; as a result, owners should engage port authorities early. The business case improves when one vessel serves several uses, such as grid supply by day and bunkering on request, since utilization rises without a second vessel.

Key Players in the Floating Storage and Regasification Unit Market

• Excelerate Energy, Inc.
• Höegh Evi
• Golar LNG Limited
• BW LNG Pte. Ltd.
• Energos Infrastructure
• New Fortress Energy Inc.
• Mitsui O.S.K. Lines, Ltd.
• Karpowership (Karadeniz Holding)
• Samsung Heavy Industries Co., Ltd.
• HD Korea Shipbuilding & Offshore Engineering Co., Ltd.
• Hanwha Ocean Co., Ltd.
• Seatrium Limited
• Gaztransport & Technigaz (GTT)

Industry Developments

• November 2026: Excelerate Energy posted USD 297.2 million of revenue for the third quarter and a five year extension of its Petrobras charter for the vessel Sequoia.
• October 2026: Karpowership awarded Seatrium its ninth FSRU conversion, for LNGT Akdeniz, with work starting in the first quarter of 2027 (Source: Offshore magazine).
• September 2026: The vessel LNGT Türkiye left Seatrium's Admiralty Yard in Singapore, finishing the seven ship Karpowership conversion program.
• July 2026: HD Korea Shipbuilding & Offshore Engineering secured an FSRU contract valued at 492.8 billion won, due for delivery by the first half of 2029.
• June 2026: Poland's gas grid operator announced plans for a third LNG terminal, after the second FSRU planned for the Bay of Gdansk.
• February 2026: Energos Infrastructure marketed FSRUs for charter periods starting in 2027 and 2028.
• December 2025: Germany's Brunsbuettel FSRU, the Hoegh Gannet, returned to service on 24 November after upgrades, while Wilhelmshaven 2 had run since 29 August.
• May 2025: Höegh Evi signed a ten year deal with EGAS to place Hoegh Gandria at Port of Sumed.

Floating Storage and Regasification Unit Market Report Segmentation

By Construction Outlook (Revenue, USD Billion, 2021 to 2034)

• Converted FSRU

• Newbuild FSRU

By Storage Capacity Outlook (Revenue, USD Billion, 2021 to 2034)

• Up to 140,000 Cubic Meters

• 140,000 to 170,000 Cubic Meters

• Above 170,000 Cubic Meters

By Contract Model Outlook (Revenue, USD Billion, 2021 to 2034)

• Long Term Charter

• Short Term Charter

• Owned and Operated

By Application Outlook (Revenue, USD Billion, 2021 to 2034)

• Power Generation

• Industrial

• Gas Grid and City Gas Supply

• LNG Bunkering and Other Uses

By Deployment Outlook (Revenue, USD Billion, 2021 to 2034)

• Jetty Moored

• Offshore Moored

• Others

By Regional Outlook (Revenue, USD Billion, 2021 to 2034)

• North America
  • United States
  • Canada
  • Mexico
• Europe
  • Germany
  • Italy
  • Netherlands
  • Greece
  • Poland
  • Turkey
  • Rest of Europe
• Asia Pacific
  • China
  • India
  • Pakistan
  • Bangladesh
  • Vietnam
  • Philippines
  • Indonesia
  • Japan
  • Rest of Asia Pacific
• Latin America
  • Brazil
  • Colombia
  • Argentina
  • Chile
  • Rest of Latin America
• Middle East & Africa
  • Egypt
  • Kuwait
  • United Arab Emirates
  • Iraq
  • Ghana
  • South Africa
  • Rest of Middle East & Africa

Floating Storage and Regasification Unit Market Report Scope

Report Attribute	Details
Market Size in 2025	USD 5.60 Billion
Market Size in 2026	USD 6.18 Billion
Revenue Forecast by 2034	USD 11.77 Billion
CAGR	8.4% (2026 to 2034)
Base Year	2025
Historical Data	2021 to 2024
Forecast Period	2026 to 2034
Quantitative Units	Revenue in USD Million and USD Billion, and CAGR in percent
Report Coverage	Revenue Forecast, Growth Factors, Competitive Landscape, Industry Trends, and Strategic Analysis of the floating storage and regasification unit market
Segments Covered	By Construction, Storage Capacity, Contract Model, Application, Deployment, and Region
Regional Scope	North America, Europe, Asia Pacific, Latin America, Middle East & Africa
Competitive Landscape	Company Profiling, Product Benchmarking, Financial Analysis, Market Developments, and Strategic Initiatives
Report Format	PDF and Excel
Customization	Available by Country, Region, and Segment
Research Team	Polaris Market Research & Consulting, Inc. research team
Last Updated	9 November 2026

Source: Polaris Market Research Analysis

Why Choose Polaris Market Research

One country level model sits behind every table in this report. Starting from 31 markets, the figures roll up into regions; as a result, any regional total can be broken back into the vessels, charters, and segments that produced it.

Beyond the usual cuts, the study reads revenue by contract model and by mooring type. That view demonstrates how spending moves between long charters, short charters, and owned units, and between jetty berths and offshore sites.

Facts from outside sources carry the name of their publisher and a date wherever one exists. Planners can tell at a glance whether a point comes from a company release, a public agency, or a trade publication.

Polaris can rebuild the study around one country, one segment, or a chosen group of vessel owners. To buy this report or request customization, contact Polaris Market Research & Consulting, Inc.

Research Methodology

Research Approach

Sizing starts with supply: FSRU vessels, rebuilt LNG carriers, regasification equipment, and the charter and operating revenue earned with them. Land terminals, floating liquefaction plants, and floating storage with no regasification unit fall outside the boundary. The model covers 2021 to 2034 with 2025 as the base, is stated in USD Million and USD Billion, and splits revenue five ways across 31 markets grouped into five regions. Readers who want the broader Polaris framework can open the research methodology page.

Secondary Research

Desk research produced 10 dated facts. Of these, 1 came from a public agency, 1 from a company release, and 8 from trade publications. Most were published within the past eighteen months, and the register lists the date of each one next to its publisher.

Primary Research

Polaris follows its standard process of primary interviews. These interviews cover vessel owners, shipyards and equipment makers, and industry experts and consultants. They are used to validate secondary estimates, segment shares, regional trends, and growth drivers.

Data Structuring

Inputs were converted to USD for every year before any segment work began, and the edges of each segment were fixed in advance. A vessel that serves more than one use is assigned to its principal use to avoid counting it twice, while revenue from land terminals was stripped out so that totals stay within scope.

Market Size Estimation

Bottom up sizing begins at country level. Fleet counts, charter day rates, and conversion and operating revenue combine into segment values, and these then accumulate into regions and finally the global figure.

As a top down cross check, the 2025 base of USD 5.60 Billion is compared with three published third party estimates ranging from USD 1.0 Billion to USD 8.7 Billion. The spread exists since each research firm draws its own boundary. The Polaris figure lands inside that range because its scope includes conversion work and operating services sold alongside each vessel.

Forecasting

The forecast follows fleet additions, charter renewals, and announced import capacity. A single growth curve that loses speed each year produces the stated CAGR, and the mix of segments and regions drifts gradually toward newbuild units and Asia Pacific over the period.

Data Triangulation and Validation

The finished model was put through four tests. Every segment set totals 100% each year, countries sum to their regions, regions sum to the global figure, and one easing growth path links history to forecast. The base year was also checked against the published range of comparable estimates.

Limitations

FSRU revenue overlaps at its edges with LNG terminal, shipping, and shipbuilding revenue, and this is one reason published sizes vary. Charter terms are frequently private; as a result, contract model shares for each region are estimates rather than reported numbers. Market figures in this report are Polaris estimates.

Research Methodology Phases

Phase	Focus	Evidence / Output
Scope and Setup	Market boundary, segments, and regions	Fixed scope and segment list
Secondary Data Collection	Company releases, agency data, and trade reports	10 sourced facts with dates
Primary Research	Talks with owners, yards, and domain experts	Checked shares, trends, and drivers
Data Structuring	Yearly USD values within fixed boundaries	Inputs without double counting
Bottom Up Estimate	Country and segment estimates	Regional and global totals
Top Down Estimate	Global base for 2025 and its segment mix	Base compared with public estimates
Forecasting	Annual growth path to 2034	Stated CAGR
Triangulation and Validation	Share, total, and range checks	Four passed checks
Output	Report tables and text	One data set feeding every table

Source: Polaris Market Research Analysis

Data Sources by Type

Type of Source	Named Examples	Role in the Estimates
Public agencies (1)	US Energy Information Administration	Import capacity by country
Company releases (1)	Excelerate Energy	Contracts, results, and fleet positioning
Trade press (8)	Baird Maritime, Offshore magazine, Notes from Poland	Charters, orders, terminals, and gas power plans

Source: Polaris Market Research Analysis