Samsung Heavy develops ship liquid hydrogen fuel cell system

Samsung Heavy develops ship liquid hydrogen fuel cell system


Watch: Samsung Heavy Develops Ship ...
November 18, 2022 1 By Tami Hood

The vessel propulsion system was developed with the approval of the DNV classification society.

Samsung Heavy Industries (SHI), a shipbuilding company from South Korea, has announced its development of a liquid hydrogen fuel cell system for ship propulsion.

The system has received its approval in principle (AiP) from the maritime classification society.

The new liquid hydrogen fuel cell system has received its AiP from the DNV leading marine classification society. According to Samsung Heavy Industries, the system employs electric power produced by liquified H2 and polymer electrolyte fuel cells for a marine vessel’s propulsion.

Liquid Hydrogen - A ship propeller

SHI researched and developed this system in conjunction with a number of domestic H2-related hydrogen fuel cell news free ebookcompanies. Among those other businesses included Jungwoo E&E as well as Bumhan Fuel Cell. Those companies helped in the development of the fuel cell and the ship storage tank for the liquid H2. Also involved was S&Sys, which was responsible for developing the hybrid power management system controlling the H2 system and the battery.

To commercialize the liquid hydrogen fuel cell system, SHI worked with an existing cooperative system.

In order to commercialize the H2 propulsion system, SHI looked to the cooperative system it had already established with the Hydrogen Ship Technology Center from Pusan National University, with DNV Classification, and other South Korean companies.

The company has also been a part of other collaborations, such as the one it formed with Bloom Energy, the stationary fuel cell provider based in California. In that collaboration, the companies worked on the design and development of ships powered by solid oxide fuel cell (SOFC) tech.

In September, SHI also received an AiP from the American Bureau of Shipping (ABS) classification society. That was for the design of a 20,000 cbm liquefied H2 carrier.

The approval encompassed the cumulation of a joint development project (JDP) for reviewing and proving a series of components of the vessel design. Among them include the Type C cargo tanks, fuel gas supply systems, and cargo handling.

Liquid hydrogen and vessel fuel cell systems have become an increasingly popular focus in marine shipping and transportation as it is considered one of the most highly polluting industries.

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