This course explores the maritime industry’s transition toward net-zero emissions by evaluating the technical, operational, and safety aspects of alternative marine fuels. Participants will analyze the characteristics, storage requirements, and combustion behaviors of emerging options like LNG, methanol, ammonia, hydrogen, and biofuels, alongside advanced technologies like wind-assisted propulsion and carbon capture. Designed to navigate the complex decarbonization pathways laid out by international regulations, the training equips marine professionals with the essential knowledge needed to manage fuel transition risks, adapt engine room operations, and prepare for the next generation of eco-friendly vessel propulsion.
Related products
-
200,00 €
This course introduces the fundamental techniques and practices of metalworking used in maritime and industrial environments. Students learn cutting, shaping, welding, grinding, and joining methods,…
-
Maintenance and Repair of Automation and Control Systems for Main Propulsion and Auxiliary Machinery
200,00 €This course provides advanced training in the maintenance, troubleshooting, and repair of automation and control systems used in main propulsion and auxiliary machinery. Students learn…
-
200,00 €
This course introduces students to the principles, construction, and operation of marine steam boilers and steam turbines, systems still widely used in specific vessel types and…
-
200,00 €
This advanced course provides marine engineering students with the practical skills and operational competence required for managing an engine room at the officer level, in…




