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These operational evaluations will continue for two years, and we plan to conduct tests with C heavy fuel oil (HFO) as well. This initiative reflects MOL's effort to prevent air pollution as one of the environmental strategies in its single-year management plan RISE 2013. The company takes a proactive stance in introducing various technologies that will reduce the environmental burden of its business activities. Further, this R&D program received research assistance from the ClassNK's "Joint R&D with Industries and Academic Partners" program.
Outline of onboard SCR system and details of test operation 1. Install catalytic reactors with bypass systems onboard an actual vessel. This will save space in the engine room and simplify the naval architects in the engine room. 2. Reduce space required for peripheral equipment by integrating control of three NOx-reducing SCR devices. 3. Test operation onboard an actual vessel is scheduled for two years, confirming the following points related to operability, as well as procedures for refilling the aqueous urea solution. • Monitor performance of three NOx-reducing devices under normal use on power generators. • Maintain performance of devices even when using fuel such as C heavy fuel oil, which is high in impurities. Outline of Awobasan Maru Length : 319m Breath : 54m Deadweight tonnage : About 225,000MT Shipyard : Namura Shipbuilding Co., Ltd. *International Maritime Organization (IMO) Tier III regulations The International Convention for the Prevention of Pollution from ships, MARPOL Annex VI regulates NOx emissions from vessels. If all goes smoothly, the diesel engines used on vessels built after 2016 will be required to reduce NOx emissions by more than 80% from the Tier I NOx emission standards in the Emission Control Areas, including North America. Mitsui O.S.K. Lines, Ltd. press release |