ABS Grants General Design Approval to Samsung Heavy Industries Co. for Liquefied Hydrogen Carrier
Key Ideas
- ABS has granted Samsung Heavy Industries Co. general design approval for a 20,000 cbm liquefied hydrogen carrier featuring Type C tanks.
- The vessel's design meets class and statutory requirements, marking a significant development to support the growing demand for hydrogen transportation.
- Samsung Heavy Industries plans to commercialize liquefied hydrogen carriers after mock-up verifications, aiming to contribute to the hydrogen value chain.
- ABS's issuance of guidelines for hydrogen-fueled vessels demonstrates a commitment to advancing the adoption of hydrogen as a marine fuel, building on previous hydrogen projects.
ABS has recently issued General Design Approval (GDA) to Samsung Heavy Industries Co., LTD. (SHI) for their detailed design of a liquefied hydrogen carrier. The vessel, with a capacity of 20,000 cubic meters, incorporates Type C tanks. ABS conducted thorough design reviews in line with class and statutory requirements. Gareth Burton, ABS Senior Vice President of Global Engineering, emphasized the importance of such vessels in meeting the increasing demand for hydrogen transportation and facilitating the growth of the hydrogen value chain. SHI, through this collaborative project, has successfully secured a detailed design for the liquefied hydrogen cargo containment system and cargo handling system, with plans to move towards the commercialization of liquefied hydrogen carriers post a mock-up verification process. Ho-Ki Lee, SHI Vice President of Green Energy Technology Center, expressed optimism regarding the project. Additionally, ABS has introduced Requirements for Hydrogen Fueled Vessels, providing the industry with a risk assessment framework for integrating hydrogen as a marine fuel. These guidelines build upon ABS's involvement in projects like the hydrogen-fueled research vessel designed by Glosten and classed by ABS for the University of California San Diego's Scripps Institution of Oceanography, showcasing a proactive approach towards promoting sustainable marine technology.