Kawasaki Develops Large LNG-Fueled Container Ship

Source: www.gulfoilandgas.com 1/18/2012, Location: Asia

Kawasaki Heavy Industries, Ltd. announced that it has completed development of an LNG-fueled 9,000 TEU container ship and obtained Approval in Principle (AiP) from Det Norske Veritas (DNV).

LNG produces far less earth-warming CO2 and acid rain-causing NOx and SOx than conventional fuels, and it is rapidly gaining attention as a cleaner alternative to heavy fuel oil for powering large cargo ships.

The new LNG container ship is equipped with a fuel tank large enough for the ship to cross the Pacific both ways, let alone navigate the North American and European Emission Control Areas (ECAs). The ship features a dual-fuel propulsion system, which enables heavy fuel oil to be used as backup fuel.

Main features:
- Adopting a 'two-island' design concept, the ship separates the accommodations and the engine room to maximize the container space. Installing the fuel tanks under the accommodations is another design consideration for securing cargo space.

- LNG fuel will be stored in a newly developed IMO Type-B independent prismatic tank, which provides high volume efficiency. This tank features a proprietary heat insulation technology, Kawasaki Panel System, to minimize natural evaporation of LNG fuel.

- The ship is powered by an electronically controlled, dual-fuel, low-speed diesel engine which, coupled with a fully optimized hull form, reduces environmental impact with its excellent combustion efficiency.

The International Maritime Organization (IMO) has been gradually stepping up control of NOx and SOx emissions, and it has already decided to put a limit on CO2 emissions as well. Compared with container ships that run on heavy fuel oil, LNG-fueled container ships reduce CO2 emission by approximately 30%. Further, to meet the new IMO SOx and NOx (Tier III) regulations slated to take effect in 2015 and 2016, respectively, these ships are designed to reduce emissions of NOx by as much as 80% and SOx by nearly 100%.

As a pioneer in the field of LNG-fueled ships and a major contributor to the industry in Norway, DNV represents the leading-edge of European technology in this field. Kawasaki has earned an AiP for both the overall system of the ship and the LNG fuel tank from DNV. Kawasaki will continue to perform a comprehensive safety evaluation in cooperation with DNV.

With a wealth of know-how acquired over the years through its experience with LNG carriers, Kawasaki plans to make new inroads into the field of LNG bunkering vessels in an effort to create new values. Building on the latest development efforts, Kawasaki will continue to add to its offerings of eco-friendly ships.


South Korea >>  10/4/2022 - GTT has received, in the third quarter, an order from its partner the Korean shipyard Hyundai Heavy Industries for the tank design of seven new LNGCs[...
France >>  9/28/2022 - GTT received an Approval in Principle (AiP) from Bureau Veritas for a LNG-fuelled and NH3[1]-ready Very Large Crude Carrier (VLCC) design. This approv...

Italy >>  9/7/2022 - ABS has granted approval in principle (AIP) to Hyundai Heavy Industries (HHI) and Hyundai Mipo Dockyard (HMD) for the concept design of two ammonia-fu...
Italy >>  9/7/2022 - DNV has recently advised Italy-based Snam Group (“Snam”) on its acquisition of two Floating Storage & Regasification Units (FSRUs) from Golar LNG and ...

Japan >>  9/7/2022 - NYK signed a multi-year time charter contract with Osaka Gas International Transport Inc. (President: Takenori Fujita, Head office: Osaka),* a Daigas ...
Norway >>  9/7/2022 - At Gastech 2022, DNV awarded an Approval in Principle (AiP) to HHI Group for their innovative Hyundai Intelligent Digital Twin Ship (HiDTS) system.

Related Categories: General  LNG Carriers  LNG Terminal  Natural Gas Storage  Oil and Gas Pipeline  Oil Storage  Railways  Tank Truck  Tankers 

Related Articles: General  LNG Carriers  LNG Terminal  Natural Gas Storage  Oil and Gas Pipeline  Oil Storage  Railways  Tank Truck  Tankers 


Gulf Oil and Gas
Copyright © 2021 Universal Solutions All rights reserved. - Terms of Service - Privacy Policy.