MS4682: Materials for Hydrogen Fuel

Academic Units1
Semester1
Pre-requisite(s)Nil
Co-requisite(s)Nil

Course Instructors

Course AIMS

The course aims to provide students with the knowledge of the hydrogen fuel, including the hydrogen production, storage, delivery, and use. It focuses on the fundamentals of materials science and engineering related to those processes. In addition to the fundamentals, this course will also bring the most recent development of materials in hydrogen fuel techniques to students. This cutting-edge course integrates fundamental principles of materials science and engineering, equipping students with the knowledge and skills vital for the evolving landscape of the energy and sustainability industry.

At the core of this course lies a deep dive into the multifaceted world of hydrogen fuel. Students will gain a robust understanding of the entire hydrogen fuel cycle, encompassing production methods, storage technologies, efficient delivery systems, and utilization applications. As we explore the fundamentals, we go beyond the basics to incorporate the latest advancements in materials crucial to the field. This course seamlessly integrates into the overarching program by offering a specialized focus on a burgeoning field. It enhances the program's curriculum by providing a unique blend of theoretical foundations and practical applications, aligning perfectly with the dynamic needs of the contemporary professional landscape. Furthermore, the expertise gained in this course positions students as valuable assets in industries spearheading the transition to sustainable energy sources. As professionals, they become catalysts for change, driving innovation, and influencing the adoption of hydrogen fuel technologies on a global scale.

Benefits for Students:

  • Holistic Knowledge Base: By delving into the intricacies of materials science and engineering within the context of hydrogen fuel, students will cultivate a holistic knowledge base. This foundation extends beyond the theoretical, providing practical insights into the real-world applications of materials in hydrogen technologies.
  • Cutting-Edge Insights: Our commitment to staying on the forefront of industry developments ensures that students receive the latest insights into the advancements of materials used in hydrogen fuel techniques. This exposure positions them as early adopters of innovative technologies, setting the stage for success in their future careers.

  • Sustainability and Industry Transition: In an era where sustainability is paramount, this course serves as a catalyst for students to become key contributors to a greener future of Singapore. Understanding the role of materials in sustainable energy solutions enhances their capacity to drive positive change. As industries worldwide transition towards cleaner alternatives, students armed with this knowledge gain a competitive edge in the job market. 

Intended Learning Outcomes

By the end of this course, you (as a student) would be able to:     

  1. Gain the insight view in green energy carrier hydrogen and sustainability.
  2. Understand the working mechanisms and principles of materials in traditional hydrogen production and purifi cation processes.
  3. Master the fundamentals and working principles of materials in water electrolysis for hydrogen production and materials in fuel cells for hydrogen utilization.
  4. Understand the fundamentals and working principles of materials in hydrogen storage and delivery.
  5. Application of the gained knowledge in analysing and solving given problems, such as to evaluate and critique hydrogen manufacturing methods, to design and optimize materials for hydrogen transport and storage, to identify and solve technical limitations preventing hydrogen economy, etc.

Course Content

  1. Introduction to hydrogen fuel
  2. Hydrogen production and purification
  3. Materials for water (photo)electrolysis
  4. Hydrogen storage and transportation
  5. Materials in hydrogen fuel cells

Reading and References

  • Sørensen, Bent & Spazzafumo, Giuseppe. Hydrogen and Fuel Cells: Emerging Technologies and Applications. Publisher: Academic Press. Year: 2018.
  • Press, Roman J & Santhanam , K. S. V. Introduction to Hydrogen Technology. Publisher: CRCPress. Year: 2018.
  • Vetrivel, Ramalingam. Hydrogen Fuel: Production, Transport, and Storage. Publisher: CRC Press.Year: 2017.
  • Ball, Michael, Veziroğlu, T. N. Hydrogen Energy: Challenges and Prospects. Publisher: Taylor & Francis. Year: 2007.
  • The Hydrogen Revolution: A Blueprint for the Future of Clean Energy, Marco Alverà, Hachette BookGroup, Nov 2021
  • Hydrogen Economy, The: Fundamentals, Technology, Economics, Duncan Seddon, World Scientific,May 2022
  • Hydrogen Production and Energy Transition, Marcel H. Voorde, De Gruyter, Sep 2021