Solutions

We start with your problem, not our product

The value of a gas carrier is shaped by decisions made long before the vessel sails. Fuel flexibility, cargo capability, energy use, reliability, charter performance and through-life capability are connected.

These are the commercial and operational challenges owners, operators, charterers, energy majors and shipyards ask us to solve.

The challenges we solve

Liquefied gas is a system challenge, not a product choice

A decision made in the design phase can shape cargo flexibility, voyage economics, and vessel competitiveness for decades.

We engineer the cargo, fuel and reliquefaction systems as one, so the vessel can perform today, without closing off the opportunities of tomorrow.

Filter by cargo

All

Ammonia -33°C

LPG -48°C

CO₂ -55°C

Ethane -89°C

Ethylene -104°C

LNG -162°C

Across the range

Customer problems

Click a problem to find out how we solve it

A vessel developed around today’s LPG fuel requirement must remain relevant as fuel choices evolve

Using LPG cargo as fuel creates new interfaces between cargo handling, fuel conditioning, and propulsion

Changing cargo composition can push conventional reliquefaction beyond effective operating range

CO₂ transport projects must connect capture, shipping, and storage infrastructure that can operate at different conditions

Cargo handling and fuel supply are often engineered as separate functions, rather than optimised as one system

Methane-rich boil off places disproportionate burden in ethane reliquefaction

LNG boil off continues even when the vessel cannot use it as fuel

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

A vessel developed around today’s LPG fuel requirement must remain relevant as fuel choices evolve

Changing cargo composition can push conventional reliquefaction beyond effective operating range

Cargo handling and fuel supply are often engineered as separate functions, rather than optimised as one system

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

A vessel developed around today’s LPG fuel requirement must remain relevant as fuel choices evolve

Using LPG cargo as fuel creates new interfaces between cargo handling, fuel conditioning, and propulsion

Changing cargo composition can push conventional reliquefaction beyond effective operating range

Cargo handling and fuel supply are often engineered as separate functions, rather than optimised as one system

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

CO₂ transport projects must connect capture, shipping, and storage infrastructure that can operate at different conditions

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

Cargo handling and fuel supply are often engineered as separate functions, rather than optimised as one system

Methane-rich boil off places disproportionate burden in ethane reliquefaction

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

LNG boil off continues even when the vessel cannot use it as fuel

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Customer problems

Click a problem to find out how we solve it

A vessel may trade for 25 years while equipment ages, controls evolve, crews change, and operating requirements move on

Six cargoes

Six decades

One standard

Engineering for liquefied gas cannot stop at individual equipment.

Across ammonia, LPG, CO₂, ethane, ethylene and LNG, Babcock LGE brings cargo handling, reliquefaction, fuel supply, and through-life engineering together around the performance of the vessel.

START A CONVERSATION

Tell us the problem. We’ll bring the solution.

Shipowners, operators, energy majors & charterers

Cargo capability, voyage economics, fuel flexibility, emissions strategy, asset performance and fleet support solutions.

Talk to our Growth team

Shipyards

For your next newbuild or retrofit opportunity. We’ll help define the best cargo and fuel-system solution, technical scope and commercial proposal.

Talk to our Commercial team

Vessels in service

Engineering support, spares, training, performance optimisation and retrofit for the existing fleet.

Talk to our Service team