5 reasons to join our MOOC on Hydrogen Transport & Storage

Before hydrogen can be deployed at scale, it must be transported, stored and integrated into real energy systems —through pipelines, tanks, liquefaction plants, materials, and infrastructure. This is exactly what the IFP School MOOC Hydrogen Transport & Storage explores.

Here are five reasons to join us:

1 — From Challenges to Skills: Master Hydrogen Transport & Storage

Hydrogen is the smallest molecule in the universe, which means it: leaks easily, diffuses quickly, interacts with materials, requires temperatures close to –253°C to be liquefied. So moving hydrogen around is not as simple as filling a tank and shipping it. This course explains how pipelines, compressed and liquid hydrogen, ammonia, and LOHC can be used effectively, giving you the skills to understand and evaluate different transport and storage solutions. Each option comes with its own technical constraints and trade-offs. Understanding these constraints is essential before deploying hydrogen systems.

2 — Understand the Infrastructure Behind the Hydrogen Economy

Producing hydrogen is only the first step. Moving it from production to demand requires storage facilities, transport networks, compression systems, and liquefaction units. By exploring these logistical challenges, the MOOC prepares you to understand and manage the real-world hydrogen supply chain. In other words, the logistics behind hydrogen. And logistics is often where the real challenges appear.

3 — Know When Hydrogen Is the Right Solution

Hydrogen is often presented as a key solution for the energy transition.
And in many cases, it can be. but electrification, direct renewable use, or other technologies may sometimes be more efficient or cost-effective. This course helps you take a system-level perspective, analyzing when hydrogen truly adds value. Understanding when hydrogen makes sense requires looking at the whole system:
infrastructure, energy losses, costs, environmental impacts. This MOOC helps you develop that system-level perspective.

4 — Learn from Cutting-Edge Research in Hydrogen

This MOOC was developed in thanks to the expertise of  IFP Energies nouvelles (IFPEN), a public research institute working on the technologies shaping tomorrow’s energy systems. It draws on current research in hydrogen technologies, energy system integration, materials, and environmental impacts, providing insights grounded in cutting-edge energy science.

5 — Boost Your Career with In-Demand Hydrogen Skills

The hydrogen sector is expanding rapidly, and professionals capable of designing and operating transport and storage solutions are in high demand. This MOOC, which is part of the Energy Processes domain and specifically used in the Hydrogen Project and Engineering program (Advanced Master’s – Mastère Spécialisé®) at IFP School, equips you with knowledge and skills that are immediately relevant to the energy industry.

Join us and explore what really lies behind hydrogen!

To know more about IFP School programs and the application procedure.

To find out more and to register for the course, click here.
IFP School
Enrollment: From Mar 09, 2026 to May 17, 2026
Course: From Mar 10, 2026 to May 31, 2026

Editor’s note: The illustration for this article was created using an AI-powered tool.