Thu 18 Apr 2013, 05:37 GMT

LNG carrier design could be used for bunkering


Bunker industry is a potential market for newly-approved LNG carrier design.



The American Bureau of Shipping (ABS), a leading provider of classification services to the global offshore industry, has granted French engineering company Gaztransport et Technigaz (GTT) approval in principle (AIP) for a 32,000-cubic metre (cbm) capacity LNG carrier design that could be used in the bunker industry.

"While a few membrane LNG carriers in the 20,000 cbm capacity range were built in the 1990s, this is the first new design to be introduced since that time," said ABS Vice President, LNG, Patrick Janssens.

The reason for this innovation, according to Janssens, is the development of new markets that have led to a keen interest in smaller LNG carrier designs.

"Potential markets for these smaller carriers include inland transportation, bunkering, feeder trade, archipelago trade in regions such as the Caribbean and coastal distribution,” Janssens remarked, noting, “this will help balance regional demand, particularly in China, where several companies are evaluating LNG carriers in the range of 20-30,000 m3 for regional redistribution from large satellite terminals.”

According to Philippe Berterottière, GTT Chairman and CEO, the membrane vessel combines high cargo capacity with flexibility. "Proposing this innovative and efficient design affirms GTT’s capability to be a key player over the full range of LNG carrier sizes. We are very happy with the technological partnership we had with ABS on this project."

ABS recognizes that working with industry to advance technology is critical.

"As new markets emerge, ABS is working with the industry to develop and employ the technologies that will allow access,” commented ABS President and CEO Christopher J. Wiernicki. "To fill the vital role of Class of the Future, ABS has to provide the services the industry needs to make adjustments as operating conditions and markets change. Granting AIP to new technologies is an essential component of that future."


RINA employee on board vessel. RINA unveils Mermaid propulsion concept to navigate uncertain decarbonisation landscape  

Fuel-agnostic design claims savings of more than 1,000 tonnes per year in some applications.

Adinkerke and Aalter naming ceremony. Exmar names third and fourth dual-fuel ammonia-powered vessels  

Midsize gas carriers Adinkerke and Aalter named at formal ceremony.

Professor Lynn Loo, GCMD. GCMD outlines practical approach to quantity assurance in marine biofuel supply chains  

New report addresses verification of both total fuel volume and renewable content in biofuel transactions.

Steel-cutting ceremony of London Express class vessel. Hapag-Lloyd cuts steel for first vessel of new London Express class  

16,800-TEU LNG dual-fuel vessel is first of 12 newbuildings in the class.

Vessels at sea. DNV report warns regulatory uncertainty complicates fleet investment decisions  

CEO urges greater clarity to provide the confidence needed for long-term investment.

Blue Whale NxtGen Energy battery system. Corvus Energy launches LFP battery system developed with BYD Energy Storage  

Blue Whale NxtGen Power targets tugs, ferries and workboats with high power demand.

Welcome ceremony of Yampu vessel. World’s first battery-powered self-unloading bulk carrier enters service in Australia  

MV Yampu connects South Australia’s limestone trade with a battery-electric propulsion system.

Skipanes vessel. E-methanol-ready ro-ro vessel delivered to Smyril Line  

190-metre vessel is built for year-round North Atlantic operations and designed for future e-methanol conversion.

Belgium flag. Sunoil Biodiesel secures approval to supply biofuels in Belgium  

Dutch biofuel supplier expands its European footprint with Belgian market entry.

Tacoma Maersk naming ceremony. Maersk takes delivery of dual-fuel methanol-capable Tacoma Maersk in China  

9,000-TEU vessel is one of six mid-sized dual-fuel ships joining Maersk's fleet.