Upon completion of the teaching unit, students will be able to: 

• State the different steps of the supply chain of hydrogen,
• Identify the needs of H2 storage for a given use,
• List the key players in the transportation, storage, and distribution of hydrogen,
• Describe pathways to store and transport hydrogen,
• Identify the risks of hydrogen during storage and transport,
• Report the harbor infrastructures needed for long haul transportation and the main projects for the future in EU,
• Describe the operating conditions of rotating machinery,
• Explain the key points of liquid transfer and gas compression,
• Explain how operating conditions may change the compressor performance,
• Explain the key points linked to natural gas to hydrogen compression transition,
• Understand and explain thermodynamic principles and liquefaction processes,
• Propose and optimize liquefaction and cryogenic storage systems,
• Identify the technical challenges associated with low-temperature storage,
• Analyze the factors influencing the placement of electrolysis units in a hydrogen distribution network,
• Understand the technical and economic feasibility of converting existing natural assets to hydrogen or CO2 applications,
• Select a technology and propose an optimal supply chain.