Hydrogen Energy Engineering: Production, Storage & PEM Fuel Cells
Course Content
Introduction of course
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Introduction of course
02:32
Why hydrogen is essential energy carrier
Getting Started: Hydrogen Engineering Career & Learning Journey
Why Hydrogen Matters: Energy Challenges and the Hydrogen Economy
Understanding Hydrogen Fundamentals: Properties, Potential, and Reality
Hydrogen Production Pathways: Green, Blue, and Grey Hydrogen Economics
Hydrogen Purification and Fuel Quality for Fuel Cells :ISO Standards for Fuel Cell Hydrogen
Understanding Proton Exchange Membrane (PEM) Fuel Cells
Why Hydrogen Matters : The Need for Hydrogen in Future Energy Systems
Hydrogen Production Technologies, Classification, and Environmental Impact.
Hydrogen Purification, Storage & Compression for Fuel Cell Applications
Fuel Cell Electrochemistry Fundamentals
Inside the Engineering of PEM Fuel Cells
The Polymer Electrolyte Membrane (PEM)
Catalyst and Electrode Layers
Understanding the Role of the Gas Diffusion Layer in PEM Fuel Cells
Bipolar Plates and Fuel Cell Stack Design
High-Temperature Fuel Cell Technologies
Fuel Cell Performance and Voltage Losses
Catalyst Poisoning and Fuel Cell Degradation
Carbon Corrosion and Catalyst Support Failure
Water Management Challenges in Fuel Cells
Fuel Cell Durability and Lifetime Engineering
Balance of Plant (BoP) Systems
Thermal Management of Fuel Cells
Waste Heat Recovery Systems
Hydrogen Pressure and Reactant Management
Fuel Cell System Control and Diagnostics
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