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About this Training

Methanol is emerging as a promising alternative marine fuel in the shipping industry's drive towards decarbonization and environmental sustainability. As the maritime sector faces increasingly stringent emissions regulations, methanol offers a cleaner burning option that can significantly reduce sulfur oxides, nitrogen oxides, and particulate matter emissions compared to conventional marine fuels. Additionally, with the potential for carbon-neutral production through renewable sources, methanol represents a key pathway for the shipping industry to meet ambitious greenhouse gas reduction targets. This comprehensive 3-day course covers a wide range of topics essential to understanding methanol as a marine fuel. Participants will explore current methanol market dynamics and infrastructure development, gaining insights into the commercial landscape. The course delves into methanol bunkering procedures and equipment for various delivery methods, including ship-to-ship, truck-to-ship, and terminal-to-ship transfers. Fuel cell technologies and onboard methanol power systems are examined in detail, providing a thorough understanding of the latest propulsion options. Safety considerations and risk management for methanol operations are emphasized throughout, ensuring participants are well-versed in best practices. The regulatory framework surrounding methanol as a marine fuel is covered, including international codes, standards, and compliance requirements. Methanol-fueled vessel design and retrofit considerations are discussed, offering practical knowledge for both newbuilds and conversions. The course also addresses the commercial and operational implications of adopting methanol as a marine fuel, including cost factors, logistics, and performance considerations. Through a combination of lectures, case studies, and interactive sessions, participants will gain a comprehensive understanding of methanol bunkering and fueled vessel technology, preparing them to navigate the challenges and opportunities in this emerging field.