Wed 26 Aug 2015, 09:54 GMT

Keel laid for Crowley's second LNG-fuelled ConRo ship


Vessel is scheduled for delivery in 2017.



The keel for the second Commitment Class liquefied natural gas (LNG)-powered, combination container roll-on/roll-off (ConRo) ship for Crowley Maritime Corp.'s liner services group was laid earlier this week during a ceremony at ship builder VT Halter Marine, Inc.'s facility in Pascagoula, Mississippi.

The keel-laying ceremony marked the next step in the construction of Crowley's two Commitment Class ships, which are to serve the U.S. to Puerto Rico trade lane.

"The keel laying marks the ceremonial beginning of the construction and formation of the backbone of a ship," said Crowley's Todd Busch, senior vice president and general manager, technical services. "Today's event symbolizes how far we've come in delivering on our commitments to our customers in Puerto Rico. We are very excited to continue the construction process for these technically advanced ships."

VT Halter Marine and Crowley entered into a contract for the pair of Jones Act vessels in November 2013 and construction of the second ship began with steel cutting in Pascagoula on May 27, 2015. With the first section set in place, the ship will now begin to take shape as it is built around the keel.

The first ship's keel laying took place in January 2015.

"Once again we are very proud to announce that another significant milestone has been met," said Jack Prendergast, CEO, VT Halter Marine. "We are very pleased with the progress the team is making in the construction of this fine vessel. We are proud of our long association with Crowley and the commitments both companies are making toward the successful completion of this great project."

The Commitment Class ships have been designed to maximize the carriage of 53-foot, 102-inch-wide containers. The ships will be 219.5 metres long, 32.3 metres wide (beam), have a deep draft of 10 metres, and an approximate deadweight capacity of 26,500 metric tonnes. Cargo capacity will be approximately 2,400 TEUs (20-foot equivalent units) with additional space for nearly 400 vehicles in an enclosed roll-on/roll-off garage. The main propulsion and auxiliary engines are to be fuelled by environmentally friendly LNG.

The ships will replace Crowley's towed triple-deck barge fleet in the South Atlantic trade, which has served the trade since the early 1970s. The new vessels, which will be named El Coquí and Taíno, are scheduled for delivery during the second and fourth quarter 2017 respectively.

Powered by LNG, Crowley says the new ships "will set a new standard for environmentally responsible shipping". LNG provides a 100-percent reduction in sulphur oxide (SOx) and particulate matter (PM), and a 92-percent reduction in nitrogen oxide (NOx). LNG also has the ability to significantly reduce carbon dioxide (CO2), a contributor to greenhouse gas emissions, as compared with conventional fossil fuels.

The ship design is provided by Wärtsilä Ship Design in conjunction with Crowley subsidiary Jensen Maritime, a Seattle-based naval architecture and marine engineering firm. Designing, building and operating LNG-powered vessels is very much in line with Crowley's overall EcoStewardship positioning and growth strategy. The company formed an LNG services group in 2014 to bring together the company's resources to provide LNG vessel design and construction management; transportation; product sales and distribution, and full-scale, project management solutions.

Crowley has served the Puerto Rico market since 1954, longer than any other carrier in the trade. The company is also the leading ocean carrier between the island and the U.S. mainland with more weekly sailings and more cargo carried annually than any other shipping line.

Image: Crowley LNG-powered combination container roll-on/roll-off (ConRo) ship.


American Bureau of Shipping (ABS) logo. ABS introduces nuclear-ready notation for marine and offshore assets  

The classification society has released what it describes as an industry-first notation to support future nuclear conversion of vessels and offshore assets.

AiP handover ceremony for NEXTGEN Energy Hub (NGEH) design. ABS grants approval in principle for Seatrium’s NEXTGEN Energy Hub design  

The hub concept integrates ammonia bunkering, power generation and electric vessel charging in a single unit.

Jumbo Maritime crew aboard vessel. Jumbo orders two methanol-ready L-Class heavy lift vessels from Dajin Heavy Industry  

Dutch heavy lift specialist Jumbo signs newbuilding contract for two 25,000-dwt vessels.

China flag. Zhoushan completes first bonded bunker operation at Majishan port area  

The operation marks full fuel supply coverage across all general cargo terminals in Zhoushan's port system.

US dollar banknotes. Port of Long Beach launches $1m methanol bunkering challenge for oceangoing vessels  

A $1m prize aims to kick-start commercial methanol bunkering at one of North America's busiest ports.

Core Power, Athlos Energy, Deon Policy Institute and ABS logos. Greece floating nuclear study finds no fundamental barriers to implementation  

A PESTLE assessment of floating nuclear power plants in Greece identifies framework gaps, not feasibility barriers.

Northern Pathliner alongside Bergen LNG vessel. Molgas completes LNG cool-down and bunkering for Northern Pathliner at Northern Lights terminal in Norway  

Operation carried out at Øygarden facility, with K Line and Integr8 Fuels in the supply chain.

Rendering of a G2 Ocean OHGC vessel. G2 Ocean expands fleet with six future-fuel ready gantry crane vessels  

Open hatch specialist adds vessels and jet sail technology as part of a broad fleet renewal programme.

CMA CGM Adventure vessel at Port of Mombasa. LNG-powered CMA CGM Adventure makes first call at the Port of Mombasa  

Kenya Ports Authority receives its first large LNG-fuelled container vessel.

Liam Blackmore, Lloyd's Register. Maritime trio shapes IMO safety guidelines for ammonia as marine fuel  

Real-world operational experience feeds directly into new IMO ammonia fuel safety framework.