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Hydrogen Fuel Cells in Marine Engineering

London Maritime Academy, In London (+5 locations)
Length
1 week
Price
4,885 - 5,600 GBP excl. VAT
Next course start
9 December, 2024 (+6 start dates)
Course delivery
Classroom
Length
1 week
Price
4,885 - 5,600 GBP excl. VAT
Next course start
9 December, 2024 (+6 start dates)
Course delivery
Classroom
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Course description

Hydrogen Fuel Cells in Marine Engineering training course created to thrust you into the vanguard of green technology. Get ready to set out on a groundbreaking trip that combines the innovative power of hydrogen fuel cells and the dynamic field of naval engineering. This course will provide you with the tools to unlock the mysteries of this ground-breaking technology and its uses throughout the broad maritime sector through an interactive and engaging approach.

In this course, we will learn more about the revolutionary potential of hydrogen fuel cells and the change in Maritime Engineering due to this invention. Learn how these extraordinary energy storage technologies provide a more eco-friendly and clean way to power marine boats, assuring a better future for our seas and the Earth. As you embark on this educational journey, you will discover the complexities of fuel cell design, operation, and integration, kindling your creativity with endless possibilities.

We will examine the difficulties and possibilities of hydrogen fuel cells in maritime engineering as we progress through this course together. You will observe how fuel cell technology transforms propulsion systems, energy management, and environmental sustainability. Get ready for a learning experience that combines innovation, sustainability, and a passion for the maritime environment and will guide you toward a cleaner and more prosperous future.

Upcoming start dates

Choose between 6 start dates

9 December, 2024

  • Classroom
  • Istanbul

9 December, 2024

  • Classroom
  • Rotterdam

16 December, 2024

  • Classroom
  • Dubai

23 December, 2024

  • Classroom
  • Athens

23 December, 2024

  • Classroom
  • Hamburg

13 January, 2025

  • Classroom
  • London

Outcome / Qualification etc.

By the end of Hydrogen Fuel Cells in Marine Engineering training course, you will be able to:

  • Recognise the underlying concepts and elements of hydrogen fuel cells as they apply to naval engineering.
  • Examine the benefits and drawbacks of using hydrogen fuel cells against conventional propulsion in maritime applications.
  • Examine the possible benefits of hydrogen fuel cells for sustainable transportation and their potential environmental effects in maritime engineering.
  • Become proficient in the design, setup, and upkeep of hydrogen fuel cell systems for maritime boats.
  • Learn about the rules and safety requirements that apply specifically to hydrogen fuel cells in the marine sector.
  • Investigate case studies and actual instances of the use of hydrogen fuel cells in maritime engineering projects.
  • Learn to assess if using hydrogen fuel cells in maritime propulsion systems is economically feasible.
  • Look at the difficulties and potential solutions associated with hydrogen distribution, infrastructure, and storage for maritime applications.
  • Learn how to diagnose and identify typical problems with hydrogen fuel cell systems used in maritime engineering.
  • Evaluating the potential applications and future research directions of hydrogen fuel cells in the maritime industry promote critical thinking.

Training Course Content

Introduction to Hydrogen Fuel Cells and Marine Engineering

  • Overview of using hydrogen as a fuel in maritime engineering.
  • Fundamentals of fuel cell technology and its use in the maritime sector.
  • Utilising hydrogen fuel cells in naval vessels: benefits and drawbacks.

Fundamentals of Hydrogen Fuel Cells

  • Fuel cell system components and their functionalities.
  • Fuel cell types employed in maritime applications.
  • Fuel cell efficiency, performance, and durability factors.

Hydrogen Production, Storage, and Safety

  • Technologies and procedures for producing hydrogen.
  • Marine applications hydrogen storage alternatives.
  • Regulations and safety issues related to handling hydrogen fuel.

Integration of Hydrogen Fuel Cells in Marine Systems

  • Design factors should be considered when integrating fuel cell systems in maritime vessels.
  • System size and power needs for hydrogen fuel cells.
  • Incorporating fuel cells into existing power systems and energy storage technologies.

Future Perspectives and Emerging Technologies

  • New developments and trends in naval engineering driven by hydrogen.
  • Advantages for the environment and the possibility to reduce carbon emissions using hydrogen fuel cells.
  • Economic factors and the affordability of hydrogen fuel cell systems.

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London Maritime Academy
25 North Row
W1k 6DJ London

London Maritime Academy

London Maritime Academy provides a wide range of maritime training courses tailored to the global industry. Located in London and known for international standards, we offer diverse Classroom and Online courses taught by highly experienced experts in the maritime sector....

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