Corvus Energy partners with HD Hyundai Mipo for AiP on new
Corvus Energy and HD Hyundai Mipo Launch Green Tanker Design
Corvus Energy, a leader in zero-emission maritime solutions, has partnered with HD Hyundai Mipo to unveil a groundbreaking green product tanker design. This innovative vessel features a carbon-free electric propulsion system, which recently received Approval in Principle (AiP) from DNV. The design utilizes Corvus Energy’s advanced PEM Fuel Cell System, integrating hydrogen fuel cell technology with ammonia cracking to achieve zero-emission propulsion.
Innovative Propulsion System for Sustainable Shipping
The new tanker design incorporates a sophisticated propulsion system that converts hydrogen extracted from ammonia into electricity. This electricity powers both the vessel’s propulsion and its onboard systems. When utilizing green ammonia, the only emissions produced are nitrogen (N₂) and water vapor (H₂O), making this system a significant advancement in sustainable shipping practices.
The vessel is equipped with an 8.8MWh Corvus Pelican Fuel Cell System and a 2MWh Energy Storage System (ESS), which are integral to its electric propulsion design. Dongjin Lee, Executive Vice President at HD Hyundai Mipo, emphasized the importance of safety and innovation in this collaboration. He stated, “This design collaboration represents a major milestone in our journey to deliver commercially viable, carbon-free vessel designs that meet the highest safety and environmental standards.”
The Approval in Principle from DNV confirms that the design meets stringent safety and operational efficiency standards for ammonia as a marine fuel. This endorsement is crucial for the ongoing development of the vessel, ensuring it aligns with industry regulations and best practices.
Setting New Standards in Maritime Transportation
Svenn Kjetil Haveland, Interim Head of Fuel Cell at Corvus Energy, expressed pride in the collaboration, noting that ammonia’s volumetric energy density makes it easier to store compared to other fuels. He stated, “By integrating our modular, inherently gas-safe hydrogen fuel cell system and marine ESS, we help set a new standard for sustainable maritime transportation.”
This partnership marks a significant step towards decarbonizing the shipping industry, paving the way for larger vessels to operate with zero emissions. The innovative design not only addresses environmental concerns but also drives technological advancements in maritime energy solutions. As the industry moves towards a cleaner future, this collaboration exemplifies the commitment to sustainable practices and the potential for transformative change in maritime transportation.
DNV’s involvement in the project ensures that the design adheres to the highest safety standards, further solidifying the project’s credibility and potential impact on the maritime sector.
