Ammonia Carriers
Innovative and energy-efficient Ammonia Carriers, tailored to your needs for sustainable and cost-effective operations
Overview
As society transitions to reduce carbon emissions, FKAB contributes to the shift by designing innovative ammonia carriers. Ammonia plays a key role in global decarbonization as both an industrial feedstock and a clean energy carrier. These vessels require specialized cargo systems, cryogenic storage, and advanced safety solutions to handle hazardous and low-temperature cargoes. Our designs focus on energy efficiency, sustainability, and future-proof solutions that support the green transition. Additionally, we offer flexible designs that can be adapted to carry other cargoes, providing owners with greater versatility and operational opportunities.
OUR PROCESS
Our proven design process ensures every vessel meets the highest standards of quality, functionality and sustainability.
1
Evaluating design possibilities and operational needs with technical analysis.
2
Collaborating to understand your unique requirements and define the vessel’s purpose and capabilities
3
Delivering comprehensive and detailed specifications to guide accurate construction
4
Documents for class & authority approval submission and information to ensure safety, functionality, performance and compliance with rules and regulations.
5
A more detailed and extensive set of documents than in Basic Design, intended for the yard to build their Production Design model.
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Providing expert guidance for specialized and complex design requirements.
CASE STUDIES
Explore how FKAB Marine Design has delivered innovative and successful projects worldwide
Sustainability
At FKAB, we are leading the way towards a more sustainable maritime industry. By combining innovative technology with eco-friendly solutions, we design vessels that reduce environmental impact, maximize efficiency, and ensure long-term sustainability. Our work sets a new standard that not only transforms the shipping industry – but also creates the conditions for other industries to adapt and evolve towards a more sustainable future.
CONTACT FORM
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FAQ
Ammonia carrier design combines gas carrier engineering with the specific requirements of ammonia as a toxic cargo. The design covers cargo containment and handling, materials, stability, structures, machinery and safety systems, together with class and IGC Code requirements. Vessel size and cargo conditions are optimized for the intended transport chain.
An ammonia carrier is a gas carrier designed to transport liquefied ammonia (NH₃) in bulk. Ammonia is transported either refrigerated or under pressure, depending on vessel size and cargo system, and requires specific materials and safety measures due to its toxicity and chemical properties.
Ammonia can be transported as a liquid by refrigeration, pressure or a combination of both. Fully refrigerated ammonia is typically carried at approximately −33°C near atmospheric pressure, while pressurized or semi-refrigerated systems use higher pressure and temperature. The appropriate solution depends on vessel size, trade and cargo system.
Ammonia carriers are subject to the IMO IGC Code requirements for ships carrying liquefied gases in bulk. Because ammonia is toxic, the design must address cargo containment, material compatibility, leak and gas detection, ventilation, emergency shutdown, crew protection and other safety measures appropriate to the cargo.
Yes. FKAB can provide ship design and engineering support for Canadian owners developing ammonia carrier newbuild projects. The scope can range from early concept and feasibility work through contract and basic design, with the vessel developed to meet applicable class, flag and Canadian regulatory requirements.
Work with FKAB Marine Design to pioneer the next generation of sustainable shipping