Key role(s) in Ship-aH2oy: Project coordination, fuel cell testing and performance evaluation, techno-economic evaluation and life-cycle assessmenet.
Key role(s) in Ship-aH2oy: Shipowner. The company owns the vessel where the planned LOHC/FC system will be installed and demonstrated, and will contribute to the exploitation demo case and roadmap.
Key role(s) in Ship-aH2oy: Ship operator. Development, integration and testing of the LOHC/FC system on-board the demonstration vessel, facilitation of approval process.
Key role(s) in Ship-aH2oy: Will ensure project management and continuity on the project organization for its owned companies.
Key role(s) in Ship-aH2oy: Developing the combined LOHC/FC power system that will be installed and demonstrated onboard the ship.
Key role(s) in Ship-aH2oy: Optimization of LOHC dehydrogenation performance for maritime applications and for the coupling with the fuel cell system.
Key role(s) in Ship-aH2oy: System integrator. Implementation of LOHC/FC as energy source in combination with batteries, etc., in the ship’s power system.
Key role(s) in Ship-aH2oy: Technology qualification, risk assessment, Hazard identification analysis, process modelling and simulation at ship-level, optimization of integration of sub-systems.
Key role(s) in Ship-aH2oy: Definition of operational and technical specifications, design basis, evaluation and assessment of results and replication potential.
Key role(s) in Ship-aH2oy: Research partner. Modelling, simulation and optimization of energy systems, fuel cells and fuel handling systems, data analytics and condition monitoring.
Key role(s) in Ship-aH2oy: Shipbuilders. Detailed design, vessel modifications, and installation of LOHC/FC system onboard demonstration vessel.
Key role(s) in Ship-aH2oy: Dissemination, communication, and exploitation of the project’s objectives and results. Engagement with stakeholders in the maritime sector.
Key role(s) in Ship-aH2oy: Evaluating the technical and economic potential of integrating the LOHC concept for other ship types. Expertise on naval architecture and ship design.
Key role(s) in Ship-aH2oy: Integration and heat/cooling management of LOHC/FC system waste heat into the vessel system (calculation and design).
Key role(s) in Ship-aH2oy: Evaluation of the suitability of the LOHC concept in ROPAX and other type of vessels (replication study).
Key role(s) in Ship-aH2oy: Research partner. Advanced modelling and simulation support, formal optimization methodologies and tools, lifecycle analysis and proofing of concepts.
The Ship-aH2oy project is funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them.