What you'll learn:
- By the end of this course, you will be familiar with the common Hydrogen storage techniques and their complications.
- You will learn about the common transport methods of Hydrogen with pros and cons.
- You will be able to analyse all Hydrogen storage and transport methods in a practical way.
- You will learn about the leading players, current market position and future initiatives of Green Hydrogen and its derivatives.
- You will learn about the Green Ammonia and Methanol process, their comparison, and the future of the Hydrogen economy.
Are you a student, a professional, or just interested in gaining practical knowledge of Green Hydrogen? Then this is the right course for you!
In this course, we will cover several aspects of Hydrogen storage, compression, transport, and its carriers. We will talk about Hydrogen storage techniques including gaseous and liquid Hydrogen, the key challenges involved, and the economics of each process. Additionally, we will also discuss the compression of hydrogen, its importance in the whole value chain, and emerging technologies.
Hydrogen transport methods via trucks, Natural gas pipelines, and dedicated Hydrogen pipelines will also be discussed. We will also cover the challenges and future initiatives taken by public and private entities worldwide for the Green Hydrogen economy.
Apart from this, we will also learn about Hydrogen derivatives such as Ammonia and Methanol and their potential to be used for Hydrogen transport.
The purpose of this course is not only to give textbook explanations of each topic but also give the show the practical side to enable you to take technical and financial decisions in real-time industrial scenarios.
The course will cover the following topics:
Hydrogen storage, types of storage tanks, safety concerns of Hydrogen, storage in Salt caverns, and global Hydrogen projects.
Hydrogen compression, its main types, energy consumption in compression, emerging compression technologies, and key market players.
Liquid Hydrogen Transport, the liquefaction process, liquid Hydrogen storage and energy consumption figures, commercial LH2 shipping.
Hydrogen transport via pipeline, the material of construction for pipelines, a case study of LCOH via pipeline.
Hydrogen blending with Natural Gas pipeline, key blending challenges, separation/deblending techniques.
Hydrogen carriers and adsorbents, Green Ammonia production, key figures, global supply chain, Ammonia cracking, and its challenges, LH2 vs Ammonia case study, Green Methanol production, Global initiatives, and projects.
We will finish the course with a clear understanding of each process with all the advantages and challenges involved in each technology and the bigger picture of the Global Hydrogen economy.
