Thu 18 Sep 2014, 08:45 GMT

Membrane containment technology chosen for six VLECs


Very large ethane carriers (VLECs) are scheduled to be delivered between 2016 and 2017.



Gaztransport & Technigaz (GTT) - a designer of membrane containment systems for the maritime transportation and storage of liquefied natural gas (LNG) - has confirmed that its technology has been chosen for six very large ethane carriers (VLECs) to be built by the South Korean shipbuilder Samsung Heavy industries (SHI) for an unnamed Asian group.

"The shale gas revolution in the U.S. has major consequences in the energy sector, especially with the increasing extraction of ethane. The export of this gas by sea opens significant worldwide opportunities for the petrochemical industry. Construction and operation of ships dedicated to the transportation of ethane will meet the growing needs of this expanding market.

"This context has brought an Asian group to order six ships, four of which should be delivered by the end of 2016 and two in 2017," GTT said in a statement.

The new multi-gas vessels will be designed to transport not only ethane, but also several other types of gas, such as propane, butane and propylene. It is also understood that the ship will be built to be powered by gas. The technology chosen is the Mark III insulation system. Designed to carry ethane from the United States to Asia, these six vessels are set to be the largest VLECs ever built, according to GTT.

Commenting on the order, Philippe Berterottière, chairman and chief executive officer (CEO) of GTT said: "We are very proud to announce this order which demonstrates GTT’s ability to grow and adapt its offer to other emerging markets. This new multi-gas vessel design will provide operators with an extended flexibility for transporting all types of liquid gas."


Launching ceremony of Amor. LNG dual-fuel crude oil tankers launched for Maran and Capital Ship  

Two 155,500-DWT vessels launched by New Times Shipbuilding in China.

AiP award ceremony for hybrid electric LNG carrier design. LR, HHI and KSOE sign an AiP to advance hybrid electric LNG carrier design  

Partners to focus on system architecture, redundancy and battery integration for a 185,000-cbm vessel.

Bureau Veritas awards AiP to Kairong and MannTek. Bureau Veritas awards AiP to Kairong and MannTek for LNG bunkering crane system  

Integrated crane and bunkering system unveiled at Gastech 2026 in Bangkok.

AiP award ceremony for VLAC design. Bureau Veritas grants AiP to Jiangnan Shipyard's electric-propelled ammonia carrier concept  

VLAC design combines ammonia-fuelled power, fuel cells, battery storage and wind propulsion.

Closing ceremony of vessel with builder's hull no. 0208122. LNG dual-fuel container ship delivered to Eastern Pacific Shipping  

8,400-TEU vessel handed over in ceremony held at yard in Jingjiang.

ABS signs MoU with Korean organisations. ABS signs MOU with Korean organisations to develop standards for hydrogen ships and smart shipyards  

Five-year framework will target ISO standards for hydrogen vessels, smart shipyards and advanced manufacturing.

Viking Astrea vessel. Fincantieri launches Viking Astrea with liquid-hydrogen propulsion at Ancona shipyard  

54,300-gt cruise ship is designed for zero-emission operation using fuel cells.

Spirit of Toulouse vessel. Norsepower installs first rotor sail aboard methanol-powered ro-ro vessel built for Airbus charter  

The Spirit of Toulouse will carry six rotor sails alongside dual-fuel methanol engines on a transatlantic route.

Mercedes Pinto truck-to-ship (TTS) bunkering at S.C. de Tenerife. Baleària Canarias completes first truck-to-ship LNG bunkering for fast ferry at Tenerife  

Mercedes Pinto received around 600 MWh of LNG via two tanker trucks simultaneously.

O Bunkering logo. O Bunkering claims 15-minute marine lubricant delivery at Duqm  

Omani supplier says local stock enables rapid turnaround for vessel operators.