LPG Carriers: Types, Cargo, and How They Work
Updated: 1 hour ago
Key Takeaways
LPG carriers move propane, butane and related gases as liquids, by pressure, refrigeration or both. The containment system decides which cargoes a ship can carry.
VLGCs (75,000 to 90,000 cbm) carry most long-haul trade. Smaller semi-refrigerated and pressurised ships serve regional and coastal routes.
About 30% of seaborne LPG exports normally passed through the Strait of Hormuz. Traffic has been sharply reduced since March 2026, and US exports have filled part of the gap.
Clarksons put average VLGC spot earnings at $145,500 per day on 12 October 2026, up 165% year on year.
The VLGC orderbook equals roughly 35% to 40% of the fleet, and Veson Nautical forecasts net fleet growth near 9% a year over 2026 to 2029.
LPG dual-fuel engines cut CO2 by about 15% and SOx by about 97% against fuel oil, as one operator reports.
Table of Contents
LPG carriers move the gas that heats homes across Europe, feeds the petrochemical complexes of South Korea and fuels cooking stoves across South Asia. A growing share of the fleet also runs on part of the cargo it carries. The dual-fuel VLGC, which burns LPG as both cargo and engine fuel, has become one of the more notable engineering developments in commercial shipping over the past five years.
LPG carriers are a distinct shipping segment. US propane export growth, Asian petrochemical demand and, in 2026, the loss of much of the Middle East's LPG supply through the Strait of Hormuz have shaped it. This guide covers the vessel types, containment systems, cargoes, trade routes, propulsion and regulation, and then the 2026 market.
Understanding what these ships are and how they work is the starting point for reading their commercial performance.
Quick Facts
Fact | Detail |
Full name | Liquefied petroleum gas carrier |
Primary cargoes | Propane, butane, ammonia, ethylene, propylene |
Largest vessel type | VLGC (Very Large Gas Carrier): 75,000 to 90,000 cbm |
Key containment types | Fully pressurised, semi-refrigerated, fully refrigerated |
Dominant trade lanes | US Gulf to Japan, South Korea, India and China; Middle East Gulf (MEG) to Asia, heavily disrupted since March 2026 |
VLGC spot earnings | Clarksons average of $145,500 per day on 12 October 2026, up 165% year on year |
VLGC orderbook | 155 ships, about 35% of the fleet (BW LPG, August 2026) |
Net fleet growth | About 9.2% a year over 2026 to 2029 (Veson Nautical, Q4 2026) |
Dual-fuel example | BW LPG: 22 of about 50 vessels have LPG dual-fuel propulsion (February 2026) |
Key regulations | MARPOL Annex VI (EEXI, CII); IMO Net-Zero Framework vote scheduled for 4 December 2026 |
What Is an LPG Carrier?
An LPG carrier is a cargo vessel purpose-built to transport liquefied petroleum gas and related gases in a liquid state. Liquefied petroleum gas is primarily propane and butane, produced as a byproduct of natural gas processing and crude oil refining. At ambient temperature and pressure both gases are vapours. They become liquid for transport through refrigeration, pressurisation or a combination of both, depending on vessel type.
LPG carriers also transport ammonia, ethylene, propylene, vinyl chloride monomer and other gases, depending on their containment system design. The same ship that carries propane from Houston to Chiba can, in theory, carry ammonia from the Middle East to a European fertiliser plant, provided its containment system is rated for the cargo. This flexibility has commercial value as ammonia trade develops.
The first commercial LPG voyages took place in the 1930s using converted vessels. Dedicated LPG tanker construction accelerated through the 1960s as industrial gas demand in Europe and Asia grew, and the sector has expanded since. The current fleet reflects that history, with a wide range of vessel sizes, containment designs and cargo capabilities.
What Do LPG Carriers Transport?
The cargo profile of LPG carriers extends well beyond domestic cooking gas. The main cargo types in commercial LPG shipping are:
Propane (C3H8): Residential heating and cooking fuel in Europe and Asia; LPG vehicle fuel; petrochemical feedstock for propylene production.
Butane (C4H10): Blended with petrol to adjust seasonal volatility; lighter fuel; chemical feedstock.
Ammonia (NH3): Fertiliser feedstock, refrigerant and an emerging green energy carrier. It needs -33 degrees Celsius at atmospheric pressure and is already carried in significant volumes by semi-refrigerated and fully refrigerated carriers.
Ethylene (C2H4): Petrochemical feedstock for polyethylene and polyester production. It needs -104 degrees Celsius and is carried in specialist ethylene carriers.
Propylene (C3H6): Petrochemical feedstock for polypropylene, handled by semi-refrigerated and fully refrigerated carriers.
Vinyl chloride monomer (VCM): PVC production feedstock, carried by semi-refrigerated carriers.
The cargo capability of any specific vessel depends on its containment system design and the temperature range it can maintain. A fully pressurised vessel with Type C cylindrical tanks can handle propane and butane but not ethylene. A specialist ethylene carrier can handle the full range down to -104 degrees Celsius.
Types of LPG Carriers by Size
Vessel Type | Capacity (cbm) | Typical Routes | Key Cargo | Notes |
VLGC | 75,000-90,000 | US Gulf to Asia; MEG to Asia | Propane, butane, ammonia | Dominates long-haul trade |
LGC (Large Gas Carrier) | 50,000-75,000 | Long-haul, regional hubs | LPG, ammonia | Bridge between VLGC and MGC |
MGC (Medium Gas Carrier) | 25,000-50,000 | Regional, smaller ports | LPG, propylene | Facing VLGC encroachment on trades |
SGC (Small Gas Carrier) | 5,000-25,000 | Short-sea, coastal | LPG distribution | Port-to-port coastal routes |
Handy Gas | Under 5,000 | Terminal to terminal | LPG, propane | Shallow-draft coastal operations |
VLGCs dominate global LPG trade by volume, handling bulk long-haul shipments between the US Gulf, the Middle East Gulf and Asian import markets. BW LPG counted 155 VLGCs on order in August 2026, equal to about 35% of the existing fleet.
The MGC segment faces pressure from two directions. VLGCs are moving into trades that MGCs traditionally served, as infrastructure upgrades in India and other Asian markets let larger vessels call at more ports. The ammonia trade, long expected to give MGC operators a replacement income stream, has also developed more slowly than forecast. Drewry described MGCs as facing an 'identity crisis' in late 2025.
The 2026 disruption changed the near-term picture. Clean Energy Carriers reported in October that MGC rates were up about $10,000 per day this year, with 40,000 cbm conventional ships near $43,000 per day. Veson puts the medium-sized segment's orderbook at 48% of the fleet.
The longer-term view is that MGCs are widely expected to be the first vessel type to handle green ammonia at scale, given their size compatibility with smaller green ammonia production facilities.
Types of LPG Carriers by Containment System
The containment system is the defining technical feature of any LPG carrier. The system chosen at the design stage determines what cargoes the vessel can carry, what temperature range it operates in and what port infrastructure it requires.
Fully Pressurised
A combination system that applies partial refrigeration alongside elevated pressure. The tanks are typically Type C independent vessels operating at pressures between 3 and 7 bar and temperatures down to approximately -48 degrees Celsius. Semi-refrigerated carriers handle a wider cargo range than fully pressurised vessels, including propylene and vinyl chloride monomer, which need partial cooling to remain liquid under moderate pressure. Vessel size ranges from SGC through MGC. This is the most flexible category for regional chemical gas trades.
Semi-Refrigerated
Large vessels (VLGC, LGC, MGC) that cool cargo to its atmospheric boiling point, which keeps the tanks near ambient pressure. Propane needs -42 degrees Celsius at atmospheric pressure, butane -0.5 degrees Celsius and ammonia -33 degrees Celsius. Two tank designs dominate: the Moss Rosenberg spherical tank (spheres sitting above deck in cylindrical skirts) and prismatic or membrane tanks built into the hull structure. Fully refrigerated VLGCs carry 75,000 to 90,000 cbm and account for the bulk of intercontinental LPG trade volume. These ships need shore-based refrigerated storage at loading and discharge terminals.
Fully Refrigerated
Large-scale vessels (VLGC, LGC, MGC) that cool cargo to its atmospheric boiling point, maintaining near-ambient pressure in the tanks. Propane requires -42 degrees Celsius at atmospheric pressure; butane -0.5 degrees Celsius; ammonia -33 degrees Celsius. Two tank designs dominate: the Moss Rosenberg spherical tank (spheres sitting above deck in cylindrical skirts) and prismatic or membrane tanks integrated into the hull structure. Fully refrigerated VLGCs carry 75,000 to 90,000 cbm and account for the bulk of intercontinental LPG trade volume. These ships require shore-based refrigerated storage infrastructure at loading and discharge terminals.
Ethylene Carriers
A specialist sub-category of fully refrigerated carrier, built to maintain -104 degrees Celsius for ethylene cargoes. These vessels are expensive to build, operate on specific petrochemical trade routes and make up a small fraction of the fleet. Their containment systems use advanced insulation and high-capacity refrigeration plants. Some ethylene carriers can also carry LPG and ammonia at warmer temperatures, which gives them cargo flexibility.
Major LPG Trade Routes
The US Gulf to Asia lane is the dominant VLGC route. US propane exports averaged a record 1.8 million barrels per day in 2025 [10] and 2.0 million barrels per day in the first half of 2026, up 11% on the same period of 2025. April 2026 set a monthly record of 2.1 million barrels per day. Shale gas fractionation output drives these volumes, and terminal capacity is the constraint: the EIA notes that continued growth could be limited by export capacity. Enterprise Products is adding 300,000 barrels per day of propane and butane loading capacity at its Texas terminal, with start-up expected in the fourth quarter of 2026.
Voyages to Japan and South Korea take approximately 25 to 30 days via the Panama Canal, or longer via the Cape of Good Hope, a routing shift that has become more frequent after Panama Canal congestion and elevated transit fees.
The Middle East Gulf to Asia lane normally handles about 30% of global seaborne LPG exports, roughly 44.2 million tonnes in 2025, all of it through the Strait of Hormuz. UNCTAD data put LPG at 29% of global flows through the strait in the week before the 2026 war began. Iran announced the strait's closure on 2 March 2026. From 15 July to 23 August traffic averaged about five vessels a day, roughly 95% below pre-war levels.
Middle East LPG shipments were about 670,000 barrels per day in September 2026, against about 1.5 million before the war. Saudi Arabia, the UAE, Qatar and Kuwait are the primary Middle East exporters. India and China are the dominant receiving markets. In June 2025, during an earlier period of elevated Hormuz tension, VLGC spot rates spiked 15 to 20% within days, according to Drewry.
Demand has shifted with supply. Far East LPG imports fell 18% in the first half of 2026 as Middle East exports were disrupted, while VLGC-carried imports into Southeast Asia fell only 1%. India signed its first long-term deal to import 2.2 million metric tons of US LPG in 2026. Chinese propane dehydrogenation (PDH) plants were running above 70% by mid-2026. US propane exports to China fell 19% in the first half of 2026, after a 28% fall in 2025, with Chinese tariffs on US propane at 10% since May 2025.
Dual-Fuel Propulsion: LPG as a Ship's Own Fuel
The dual-fuel LPG vessel is one of the more practical developments in shipping decarbonisation. These ships burn LPG, part of their own cargo, as engine fuel in place of conventional heavy fuel oil or VLSFO. BW LPG reports that LPG, compared with heavy fuel oil, cuts SOx emissions by about 97%, particulate matter by about 90%, CO2 by about 15% and NOx by about 20%. The engine maker MAN Energy Solutions reported CO2 cuts of up to 18% against heavy fuel oil for its ME-LGIP engine in 2018. These are engine-level (tank-to-wake) figures from the manufacturer and an operator, and lifecycle results differ.
BW LPG, the world's largest VLGC operator by fleet size with about 50 vessels, had 22 ships with LPG dual-fuel propulsion in February 2026. Its retrofits cost about $8 million to $9 million per ship, and it reports that LPG has been 10% to 12% more efficient than diesel or fuel oil on its vessels. MOL signed time charter contracts in 2025 for two dual-fuel VLGCs to be built at Hyundai Samho Heavy Industries for 2026 delivery, and NYK named its sixth dual-fuel LPG carrier in 2024. Dual-fuel propulsion is now common in newbuild orders from major operators.
The commercial case rests on fuel cost, the emission reduction that supports CII compliance, and boiloff management: cargo boiloff from the tanks is captured and burned instead of vented, so the propulsion system also handles boiloff.
Environmental Regulations Affecting LPG Carriers
LPG carriers fall under the MARPOL Annex VI energy efficiency framework. EEXI, the one-time technical certification mandatory from January 2023 for ships of 400 gross tonnage (GT) and above, set a carbon intensity baseline. CII provides the annual operational rating from A (best) to E (worst) for ships of 5,000 GT and above, with a required 11% cumulative improvement by 2026 relative to 2019.
Dual-fuel LPG vessels have an advantage in the CII framework. Burning LPG lowers reported CO2 intensity relative to conventional fuel, which makes A or B ratings easier to reach. Non-dual-fuel vessels, particularly older VLGCs and MGCs, have to rely on speed reduction, route optimisation or energy-saving device retrofits to keep competitive ratings.
The wider IMO picture is still open. The Net-Zero Framework was approved in April 2025, and its adoption was adjourned by one year in October 2025 on a vote of 57 to 49. The resumed session is now set for 4 December 2026, subject to confirmation by MEPC 85.
Ammonia as a zero-carbon fuel is attracting growing attention in LPG shipping circles. MGCs are technically better placed than VLGCs to handle green ammonia as a cargo, and the containment infrastructure that handles ammonia cargo can potentially be adapted for ammonia fuel. Several newbuild MGC specifications include ammonia-ready designations, in anticipation of a market that has not yet reached commercial scale.
LPG Carrier vs LNG Carrier: Key Differences
Factor | LPG carrier | LNG carrier |
Primary cargo | Propane, butane, ammonia, ethylene | Liquefied natural gas (methane) |
Storage temperature | -42 degrees C to -104 degrees C (LPG); -33 degrees C (ammonia) | -162 degrees C (LNG only) |
Vessel sizes | Handy to VLGC (90,000 cbm) | Large: 125,000 to 266,000 cbm (most common) |
Pressurisation | Pressurised or refrigerated | Fully refrigerated (atmospheric) |
Orderbook-to-fleet (Q4 2026) | VLGC/VLAC about 38%; medium-sized gas carriers about 48% | Tracked separately; see our LNG guides |
Cargo flexibility | Multiple gas types possible | Primarily methane (some ethane carriers) |
Newbuild cost | Lower | Significantly higher |
LPG and LNG carriers are both gas tankers, but they operate at different temperatures, serve different markets and use different containment technologies. LNG carriers need far colder temperatures (-162 degrees Celsius for methane) and are significantly larger in the dominant sizes. LPG carriers handle a wider range of cargo types and serve a broader spectrum of trade routes. The two sectors have separate orderbooks, charter markets and freight rate dynamics. For more on LNG ships, see our guides to LNG carriers, LNG carrier types and LNG shipping rates.
Chartering LPG Vessels
VLGC charter rates are quoted on a time charter equivalent basis, in US dollars per day. Voyage charters are quoted per metric ton of cargo. The VLGC spot market is active and liquid, and term charters of one to five years are increasingly common as cargo owners seek rate certainty in a volatile market.
The Baltic Exchange publishes daily LPG assessments for 44,000 mt cargoes on fully refrigerated ships. BLPG1 covers Ras Tanura to Chiba, and BLPG3 covers Houston to Chiba via the Panama Canal. On 7 October 2026 the Baltic US Gulf to Japan index stood at $216,335 per day and the Middle East Gulf to Japan index at $248,945 per day.
Key chartering factors for LPG vessels include cargo compatibility with the vessel's containment system, port draft limits (which restrict VLGC access to certain terminals), Panama Canal transit scheduling and CII rating trajectory. Charterers representing major cargo owners have begun including CII floor ratings in fixture terms, so a vessel with a persistent D or E rating can face commercial exclusion from certain cargo streams regardless of its technical operability.
Most VLGC charter transactions in the spot market move through specialist gas brokers, including Clarksons, BRS Group and Arrow. Term charters are frequently arranged directly between owners and major oil company charterers.
LPG shipping market outlook for late 2026
The Strait of Hormuz defines the 2026 market. The United States and Israel struck Iran on 28 February 2026, and Iran's Revolutionary Guard announced the strait's closure on 2 March. A ceasefire in April brought partial reopening. Passage was restricted again, and traffic stayed far below normal through the summer. Veson Nautical estimated that the closure removed about 3.5 million tonnes per month of Middle East LPG [18]. BW LPG assumes that, if the conflict ends, Middle East exports would recover gradually, and that full recovery would take 12 to 36 months depending on infrastructure damage.
VLGC earnings reached records. Veson reported spot rates averaging about $110,000 per day in the first part of 2026, against about $48,000 a year earlier, with a peak near $200,000 in May. Clarksons' average VLGC spot assessment rose to $145,500 per day on 12 October, up 24% on the month and 165% on the year. Spot earnings averaged about $91,500 per day so far in 2026, against $48,900 in 2025. Reported one-year time charter rates were about $109,800 per day (Clarksons) and about $88,000 per day (Clean Energy Carriers, 31 October), so the level depends on the source and the date. Drewry's December 2025 forecast of about $40,000 per day for 2026 predates the war.
Cargoes and routes have changed with supply. Middle East LPG shipments were less than half their pre-war level in September, and record US propane exports filled part of the gap. Long voyages from the US Gulf to Asia, Panama Canal limits and scarce ships have pushed freight higher.
Fleet supply is the main medium-term risk. About 429 VLGCs were on the water in the first quarter of 2026. BW LPG reported 27 VLGC deliveries by mid-2026 with 13 more expected by year-end, and an orderbook of 155 ships, or 35% of the fleet, with deliveries through the fourth quarter of 2030. Clarksons puts the orderbook at about 40% of fleet capacity including VLACs. Veson counted 38 VLGC and VLAC orders in the second quarter of 2026 alone, against 10 for all of 2025. It forecasts net fleet growth of about 9.2% a year over 2026 to 2029, with market balance under pressure from 2027. About 9% of the existing fleet is 25 years old or older.
Spot earnings stay highly sensitive to geopolitical developments and shifts in trading patterns. For the MGC segment, a 48% orderbook-to-fleet ratio signals oversupply risk even as 2026 rates have risen. Long-term prospects depend on whether green ammonia trade grows fast enough to employ the MGC fleet before earnings fall.
What drives LPG carrier economics
LPG carrier economics depend on US and Middle East export volumes, Asian petrochemical and household demand, the length of trade routes and fleet supply growth. The 2026 to 2027 deliveries will show whether demand can absorb new tonnage once Middle East flows recover. Vintage, containment specification, dual-fuel capability and CII trajectory affect how competitive a vessel is in the charter market.
The move from conventional to dual-fuel VLGC specification is creating a split in the fleet. Dual-fuel vessels have an advantage in CII ratings, and some charterers apply CII floors in fixtures. Older non-dual-fuel vessels face more pressure to retrofit or to accept lower utilization. The overlap between fuel and cargo is specific to this segment.
Frequently Asked Questions
What are the main types of LPG carriers?
By size: VLGC (75,000 to 90,000 cbm), LGC (50,000 to 75,000 cbm), MGC (25,000 to 50,000 cbm), SGC (5,000 to 25,000 cbm) and Handy Gas (under 5,000 cbm). By containment system: fully pressurised, semi-refrigerated, fully refrigerated and specialist ethylene carriers.
What does VLGC stand for?
VLGC stands for Very Large Gas Carrier. These vessels have capacities from 75,000 to 90,000 cubic metres and are the dominant vessel type for long-haul LPG trade between the US Gulf, the Middle East and Asian import markets.
What is the difference between a fully pressurised and a fully refrigerated LPG carrier?
A fully pressurised carrier stores LPG at ambient temperature under high pressure in Type C independent tanks, with no refrigeration. A fully refrigerated carrier cools the cargo to its atmospheric boiling point (about -42 degrees Celsius for propane) and stores it near ambient pressure in insulated tanks. Fully refrigerated carriers are larger, carry more volume and suit long-haul intercontinental trade.
Can LPG carriers also transport ammonia?
Yes. Many semi-refrigerated and fully refrigerated LPG carriers are rated to carry ammonia, which needs -33 degrees Celsius at atmospheric pressure. Ammonia is an important cargo for fertiliser supply chains and is increasingly discussed as a future green fuel. Vessel suitability depends on the cargo certificate and tank material compatibility.
What is a dual-fuel LPG vessel?
A dual-fuel LPG vessel uses LPG from its cargo as engine fuel, in addition to or instead of conventional marine fuel. BW LPG reports about 15% lower CO2 and about 97% lower SOx than heavy fuel oil, and MAN reports CO2 cuts of up to 18%. These are tank-to-wake figures, and lifecycle results differ. BW LPG, MOL and NYK are among the operators with dual-fuel VLGCs.
How does the Strait of Hormuz affect LPG shipping?
About 30% of global seaborne LPG exports, roughly 44.2 million tonnes in 2025, normally pass through the strait. Since Iran announced its closure on 2 March 2026, traffic has fallen sharply. Middle East LPG shipments were about 670,000 barrels per day in September 2026, against about 1.5 million before the war. Buyers have turned to US supply on longer voyages, and VLGC spot rates have reached records.
What is the CII rating impact on VLGC chartering?
The Carbon Intensity Indicator assigns ships of 5,000 GT and above an annual A to E rating based on CO2 emissions per capacity per nautical mile. Ships rated D for three consecutive years or E in any year must submit a corrective action plan. Major cargo owners increasingly include CII floor clauses in charter fixtures, which can exclude persistently low-rated vessels from their cargo programmes.
Glossary of LPG Shipping Terms
LPG (Liquefied Petroleum Gas): Primarily propane and butane, produced as a byproduct of natural gas processing and crude oil refining. Gaseous at ambient conditions; liquefied for transport by refrigeration or pressurisation.
VLGC (Very Large Gas Carrier): The largest LPG carrier category with capacity from 75,000 to 90,000 cbm, used on long-haul intercontinental trade routes.
MGC (Medium Gas Carrier): LPG carriers with capacity from 25,000 to 50,000 cbm, historically serving regional trades and smaller ports. Facing competitive pressure from VLGC encroachment.
Type C Tank: Independent cylindrical or bi-lobe pressure vessel used in fully pressurised and semi-refrigerated LPG carriers. No secondary barrier required.
Moss Rosenberg Tank: Spherical above-deck tank design used in some large refrigerated LPG carriers, sitting in cylindrical steel skirts integrated into the ship's structure.
Fully Pressurised Carrier: LPG vessel storing cargo at ambient temperature under pressure (approximately 8.5 bar) in Type C tanks. Simplest design, typically small capacity.
Semi-Refrigerated Carrier: LPG vessel using partial refrigeration alongside elevated pressure. Cargo flexibility between pressurised and fully refrigerated ranges.
Fully Refrigerated Carrier: Large LPG vessel storing cargo at its atmospheric boiling point at near-ambient pressure. Dominant design for VLGC and LGC.
Ethylene Carrier: Specialist fully refrigerated vessel maintaining -104 degrees Celsius for ethylene cargo. Small fleet, specific petrochemical trade routes.
Dual-Fuel Propulsion (LPG): Marine propulsion system capable of burning LPG as engine fuel, reducing CO2 emissions approximately 20% versus conventional marine fuel.
Boiloff Gas (BOG): Vapour generated by cargo warming in the tanks. Dual-fuel vessels capture and burn boiloff as fuel rather than venting.
Time Charter Equivalent (TCE): A standardised measure of voyage earnings expressed as daily income after voyage costs (port fees, fuel), used to compare different charter types.
EEXI: Energy Efficiency Existing Ship Index. One-time technical compliance certification, mandatory from January 2023 for vessels over 400 GT.
CII: Carbon Intensity Indicator. Annual A to E operational rating based on CO2 emissions per cargo capacity per nautical mile. Reviewed annually by IMO MEPC.
VLAC (Very Large Ammonia Carrier): A VLGC-scale vessel specifically designed or adapted for large-scale ammonia transport, emerging as ammonia trade volumes grow.
References
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Suraz Troy Kottakki
Founder & COO
Suraz Troy Kottakki is the Founder and Chief Operating Officer of Shipfinex, with expertise in the maritime industry, blockchain technology and real-world asset (RWA) tokenisation. His work focuses on the intersection of maritime finance and digital asset infrastructure. At Shipfinex, he focuses on developing structures that provide economic exposure to vessel-owning Special Purpose Vehicles (SPVs), with the associated rights and obligations determined by the relevant legal and offering documents. His interests include financial innovation, maritime finance and the evolving application of blockchain technology to real-world assets.
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