This is a legacy page. Please click here to view the latest version.
Fri 8 Jul 2016, 07:04 GMT

High manganese steel tanks for world's largest LNG-fuelled bulker


New vessel, set to be completed next year, will be able to carry up to 50,000 tons of cargo.



Construction of what is set to be the world's largest LNG-powered bulk carrier is in progress at the Hyundai Mipo Dockyard in South Korea.

LNG-fuelled shipping

The new bulker will be able to carry up to 50,000 tons of cargo. Currently, the largest bulk carrier powered by LNG fuel is able to carry just 7,000 tons of cargo. This means that the new ship will be able to carry around seven times as much cargo, creating a new class of large LNG-fuelled vessels.

LNG fuel use in the maritime shipping industry is on a slow rise as new infrastructure is popping up in ports around the world and more new vessels are being designed to allow for LNG use. This is due, in part, to the stricter environmental standards being imposed by the International Maritime Organization (IMO) and other legislation such as China's Ship and Port Pollution Prevention Special Action Plan (2015-2020).

LNG releases no carbon dioxide (CO2) and has no sulphur content, making it a cleaner-burning fuel compared to traditional bunker fuels currently in use.

Ongoing construction of the vessel

The new LNG bulk carrier is set to be launched in late 2017 and will start carrying limestone from Gangwon-do to Gwangyang as early as 2018. Plans have been made to transport high manganese steel to the Korean shipyard for the construction of the gas tank. Steel will be transported to the dockyard during the third quarter of this year.

According to POSCO, the providers of the steel, high manganese steel is effective for storing fuels at very low temperatures, as LNG requires. It is said to have greater toughness at extremely low temperatures and higher yield strength. The POSCO steel is said to contain around 20 percent manganese, a higher level than normal metals used for fuels tanks, such as nickel or aluminum.

This energy-efficient bulker will be built with a dual-fuel capable engine that is able to use both LNG and bunker C oil.


Vard 4 39 design render. Dong Fang Offshore orders CSOV with battery-hybrid propulsion  

Vard secures fifth newbuild contract from Taiwanese firm, with delivery scheduled for 2028.

Molgas Energy logo. Spain sets out regulatory roadmap for biomethane and bio-LNG growth  

Molgas outlines Spain’s biogas targets, certification rules and adoption barriers across transport, maritime and grid injection.

Rock Star vessel. CSL and OWL launch first subsea rock installation vessel for offshore wind  

MV Rock Star can run on MGO and methanol and is designed to support scour protection and cable burial for offshore wind projects.

François Michel and Andy McKeran. Lloyd’s Register study backs 200,000-cbm LNG carriers for fleet renewal  

Analysis finds larger LNG carriers could cut transport costs while retaining access to most major terminals.

Rendering of Van Oord's vessels Vindnes and Vestnes. Van Oord names new fallpipe vessels with multi-fuel engines  

Dutch marine contractor unveils two purpose-built subsea rock installation vessels due for delivery in 2028 and 2029.

Hoegh Autoliners and CMG contract signing. Höegh Autoliners signs contract for six dual-fuel LNG vessels  

Aurora Class ships are designed to be converted to run on alternative fuels in the future.

IMO Strengthening seafarers competence for alternative fuels and new technologies event. IMO and EMSA gather maritime experts to address seafarer training for alternative fuels  

Experts examine how training frameworks must evolve as shipping adopts ammonia, methanol, hydrogen and other new technologies.

Shore power illustration. Portsmouth port publishes white paper on UK’s first multi-berth shore power system  

UK port shares lessons from five-year project in bid to spur nationwide uptake of the technology.

IMO Technical Seminar on the use of ammonia as marine fuel. IMO seminar examines technical hurdles facing ammonia as a marine fuel  

Technical seminar under the Future Fuels and Technology Project attracts over 800 participants.

Wind-assisted vessel illustration. ICS to host webinar on wind-assisted propulsion for shipping  

Event to bring together panel of industry experts to discuss wind propulsion as a decarbonisation option.


↑  Back to Top