ABS and HD Korea Shipbuilding & Offshore Engineering (HD KSOE) have signed a memorandum of understanding (MoU) to advance the development and certification of systems for next-gen, zero-carbon ships.
The agreement, titled “Cooperation on the Advanced Zero-Carbon Ships,” focuses on integrating advanced technologies in three key areas. The first area involves a novel LNG cargo handling system that utilizes a full re-liquefaction process to suppress boil-off gas (BOG) for zero-carbon LNG carriers. This innovative approach aims to minimize emissions by efficiently managing gas boil-off during transport.
To help safely deliver the rapid technological advances our industry needs, collaboration will be essential. ABS is proud to expand our relationship with HD KSOE, and we look forward to working together on innovative concepts to optimize and enhance next-generation vessels.
… commented Patrick Ryan, ABS Senior Vice President and Chief Technology Officer.
Secondly, the MOU includes the development of a comprehensive ammonia fuel supply system, which incorporates pressure control specifically designed for large commercial vessels. This technology is critical for enabling the safe and efficient use of ammonia as an alternative, zero-carbon fuel.
HD KSOE and ABS are committed to advanced key technological developments for the next-generation vessel market through collaboration. We look forward to presenting a long-term vision for gas carriers and zero-carbon fueled ships, focusing on achieving net-zero emissions.
… said Sung Young-jae, HD KSOE Vice President and Research Director of Decarbonization Research Lab.
Lastly, the cooperation will focus on an efficient integrated system that enhances re-liquefaction using cold ammonia fuel supply. This system is designed to improve overall efficiency while reducing power consumption, further advancing the goal of creating more sustainable and energy-efficient ships.
To remind, during Posidonia 2024, ABS had signed another MoU with HD KSOE, and other parties, to collaborate on the application of artificial intelligence (AI) to eliminate ship safety blind spots.
