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Introducing theTriple-E

A vessel class designed for Efficiency, Economy of scale and Environmentally improved.

Explore

A vessel class designed for Efficiency, Economy of scale and Environmentally improved.

Building the Triple-E

Maersk and the Discovery Channel have joined forces to bring every phase of building the 400-meter long Triple-E vessel to people around the globe.

Timelapse

Get a quick view of how we're building the worlds largest ships.

Press & media

Need press materials or contact information? Find everything you need to cover Triple-E news.


Visit the Triple-E

The Triple-E is coming to Copenhagen this summer. Keep watching this space for more information.


Efficiency

The Triple-E is designed and optimised for lower speeds. The unique hull design, energy-efficient engine and system that uses exhaust gas to produce extra energy to help propel the ship, make the Triple-E unmatched in energy efficiency.

The Triple-E is designed and optimised for lower speeds. The unique hull design, energy-efficient engine and system that uses exhaust gas to produce extra energy to help propel the ship, make the Triple-E unmatched in energy efficiency.

Designed for lower speeds

It started with a simple idea: move at a lower speed. A small change in knots cuts fuel consumption and lowers CO2 emissions. The Triple-E is designed to be efficient across vessel operations.

CO2 Emission

-37%

Speed (knots)
  • 17.5
  • 20
  • 22.5
  • 25

Size and speed matter

An energy-efficient engine propels the Triple-E class. The engine operates at low propeller revolutions and uses larger propellers than traditional container vessels. With this combination less propulsive power is required.

Triple-E
Triple-E
Emma Maersk
Emma Maersk

The Asia-Europe Route

23 days

The Triple-E will follow the same Asia-Europe route as the Emma Mærsk class. The Triple-E voyage will begin in Shanghai, and sail from China to Holland in 23 days.

The Triple-E route has not been finalised, but it is likely that these vessels will rotate between main ports in China, South East Asia and Europe.

The shape of change

The hull is designed and optimised for lower speeds. The Triple-E vessel will appear more bulky than previous container vessels, such as Emma Mærsk, which were designed for higher speeds. This allows the Triple-E to hold and transport more containers.

Economy of scale

The Triple-E breaks the world record in container ship capacity without requiring more engine power. This design takes economy of scale to a new level.

The Triple-E breaks the world record in container ship capacity without requiring more engine power. This design takes economy of scale to a new level.

Breaking the world record (Again)

Maersk Line continues to break its own records and sets new standards for the shipping industry. The capacity of a Triple-E vessel, 18,000 TEU, will set a new world record surpassing the capacity of Emma Mærsk by 16%. From Regina Mærsk to the Triple-E class, Maersk has designed the largest container vessels in the world since 1996.

  • 1996Regina Maersk Class

    7,100 TEU

  • 1997Sovereign Maersk Class

    8,100 TEU

  • 2006Emma Maersk Class

    15,500 TEU

  • 2013Maersk Triple-E Class

    18,000 TEU

18,000 20-foot containers

Our cargo

The modern container carries more than 90 percent of all goods in world trade. Every commodity and type of goods can be loaded and carried in ‘the box’, as the container is often referred to. As a result, modern container shipping has changed the way goods are transported around the world.

Imports from China to the EU

  • 20%

    Appliances & Kitchenware
  • 10%

    Vehicles & Auto parts
  • 15%

    Furniture
  • 5%

    Toys & Games
  • 10%

    Textiles & Apparel
  • 40%

    Miscellaneous

If all Triple-E class vessel containers were placed one after the other, they would reach about 110 km. You could almost walk across the entire United Kingdom on top of these containers.

Compare it

It’s not easy to get a sense of the size of vessels. So we’ve made some unusual comparisons, including pyramids and whales, to the Triple-E class vessel.

The Triple-E class vessel will be 400 m long and 59 m wide.

Environment

These vessels reduce CO2 emissions by 50% per container moved, compared to industry average on the Asia-Europe trade.

  • Length overall

    400 m
  • Beam (breadth)

    59.0 m
  • Height (above baseline)

    73.0 m
  • Height (above waterline)

    58.5 m
  • Draught

    14.5 m
  • Carrying capacity

    18,000 TEU
  • Reefer capacity

    600 plugs
  • Standard crew

    19

These vessels reduce CO2 emissions by 50% per container moved, compared to industry average on the Asia-Europe trade.

  • Length overall

    400 m
  • Beam (breadth)

    59.0 m
  • Height (above baseline)

    73.0 m
  • Height (above waterline)

    58.5 m
  • Draught

    14.5 m
  • Carrying capacity

    18,000 TEU
  • Reefer capacity

    600 plugs
  • Standard crew

    19

Smart transport

Different modes of transport have different climate impact. Carbon distance reflects the difference in climate impact among different modes of transport between two locations.

Grams of CO2 emitted by transporting 1 ton of goods 1 km

3 g

18 g

45 g

560 g

The right mix

The Triple-E hull design, energy-efficient engine-type and waste-heat recovery system, which uses exhaust gas to produce additional energy, combine to create an unmatched energy efficient class of vessel.

lessco2/moved container

Triple-E class vessels reduce CO2 emissions by 50% per container moved, compared to industry average on the Asia-Europe trade.

A recyclable ship

The Triple-E class will be designed for future safe and sound recycling. We have developed a new ‘Cradle-to-Cradle Passport’, which will list and describe the materials used to build the vessel, where they are located, and how they can be correctly disassembled and recycled / disposed.

98%of the Triple-E class vessel is steel

Total weight 60,000 ton

  • High grade steel

    New vessels

  • Low grade steel

    New containers

  • Copper

    New wiring

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