Comparison tool

Compare LNG vessels and containment systems

Pick up to 4 entries, or start from a preset. Entries are compared on described characteristics only — no scores or rankings are applied.

Educational data

Preset comparisons

Select entries (1/4)

Side-by-side comparison of selected LNG vessel entries
Attribute	LNG-fuelled vessel An educational profile of ships that burn LNG rather than carry it.
Operational role	LNG-Fuelled Vessel
Containment system	Type C Pressure Tanks · Bi-Lobe Type C Tanks
Capacity class	Micro-scale / ISO LNG (indicative: below approximately 1,000 m³)
Indicative capacity	200–18K m³
Tank geometry	Self-supporting Type C fuel tanks, cylindrical or bi-lobe
Typical application	Any vessel segment using LNG as fuel rather than carrying it as cargo
Hull-space efficiency	Varies — fuel tanks compete with cargo or passenger space
Infrastructure requirements	Access to ship-to-ship, truck-to-ship or terminal-to-ship bunkering
Propulsion options	X-DF · ME-GI · DFDE / TFDE
BOG management	BOG as fuel
Advantages	Bunkering can use ship-to-ship, truck-to-ship or terminal-to-ship methods — Fuel vapour is normally consumed by the vessel's own machinery — Type C fuel tanks draw on established pressure-vessel practice
Limitations	Fuel tanks occupy space that would otherwise carry cargo or passengers — Bunkering availability differs sharply between ports and regions — Gas-safe machinery arrangements and crew training requirements follow the IGF Code
Typical routes	Short-sea and ferry services · Deep-sea container trades · Offshore support operations

An educational profile of ships that burn LNG rather than carry it.

Operational role: LNG-Fuelled Vessel
Containment system: Type C Pressure Tanks · Bi-Lobe Type C Tanks
Capacity class: Micro-scale / ISO LNG (indicative: below approximately 1,000 m³)
Indicative capacity: 200–18K m³
Tank geometry: Self-supporting Type C fuel tanks, cylindrical or bi-lobe
Typical application: Any vessel segment using LNG as fuel rather than carrying it as cargo
Hull-space efficiency: Varies — fuel tanks compete with cargo or passenger space
Infrastructure requirements: Access to ship-to-ship, truck-to-ship or terminal-to-ship bunkering
Propulsion options: X-DF · ME-GI · DFDE / TFDE
BOG management: BOG as fuel
Advantages: Bunkering can use ship-to-ship, truck-to-ship or terminal-to-ship methods — Fuel vapour is normally consumed by the vessel's own machinery — Type C fuel tanks draw on established pressure-vessel practice
Limitations: Fuel tanks occupy space that would otherwise carry cargo or passengers — Bunkering availability differs sharply between ports and regions — Gas-safe machinery arrangements and crew training requirements follow the IGF Code
Typical routes: Short-sea and ferry services · Deep-sea container trades · Offshore support operations

Technical information

Technical parameters are indicative and may vary by vessel design, generation, shipyard, operator and intended service.