“This AIP is another step toward the more widespread adoption of LNG as a fuel for shipping,” said Tommy Bjørnsen, Regional Manager Korea and Japan, DNV GL – Maritime. “The emissions and efficiency benefits of LNG mean it is almost sure to become an important part of the fuel mix over the next few years.”
At the construction stage, MOL and SHI developed a basic plan targeting vessels in service, performance evaluation, compliance with new regulations, and risk assessment and completed the basic design in March 2017. The new design characteristics feature an optimal retrofit plan for vessels in service, a suitable LNG fuel tank layout and design for ultra-large container ships (ULCS), a suitable LNG fuel supply system to ensure maximum engine power output for ULCS, and dual-fuel engine systems that allow the use of either LNG or conventional fuel oil. A LNG bunkering system for the vessels has not been established yet, but is expected in the near future.
As part of the cooperation DNV GL was also commissioned by MOL and SHI to facilitate a Hazard Identification (HAZID) workshop for the fuel gas supply system (FGSS) and LNG bunkering operations of the LNG ready container ship. After HAZID, the gas fuel system was assessed by DNV GL and found to comply with current classification rules.
Hi-res images for download
AIP handover to MOL and SHI at Gastech (from left): Tommy Bjørnsen, Regional Manager Korea and Japan, DNV GL – Maritime; Dr. Mun-Keun Ha, Executive Vice President, Shipbuilding & Drilling Operation, Samsung; Yoshikazu Kawagoe, Managing Executive Officer, MOL; Norbert Kray, Area Manager Japan, DNV GL – Maritime