- To understand the principles of hydrogen gas storage and supply effectively.
- To analyse the methods of liquid hydrogen storage and logistics.
- To evaluate solid-state hydrogen storage techniques and applications.
- To explore the control systems for efficient hydrogen supply chains.
- To identify challenges in hydrogen supply and propose solutions.
- To assess the safety protocols in hydrogen storage and distribution.
- To apply knowledge of hydrogen systems To real-world scenarios.
UNIT 1. STORAGE AND SUPPLY OF HYDROGEN GAS Storage systems and their characteristics Storage in the form of compressed hydrogen gas Pressure vessels, types, characteristics and development objectives Specifications of EIHP (European Integrated Hydrogen Project) Examples of development projects UNIT 2. STORAGE AND SUPPLY OF LIQUID HYDROGEN Liquid hydrogen storage systems and characteristics Storage, distribution and dispensing of liquid hydrogen Liquid hydrogen storage tanks, types, characteristics and development objectives Specifications of EIHP (European Integrated Hydrogen Project) Examples of development projects UNIT 3. STORAGE AND SUPPLY OF HYDROGEN IN SOLIDS General concepts Metal hydrides Intermetallic compounds Carbonaceous materials and organic polymers Glass microspheres UNIT 4. HYDROGEN SYSTEM CONTROL Control theory Model-based Predictive Control (MPC) Hydrogen system modeling Control strategies Associated standards and regulations