Course Description

The global energy landscape is undergoing a fundamental transformation, and hydrogen is at the center of it. With the hydrogen market projected to reach $69 billion by 2029 and global demand exceeding 95 million tonnes per year, professionals across every sector of the energy industry need to understand how hydrogen production, storage, and deployment will reshape the economy.

This course provides a comprehensive, practical overview of the hydrogen value chain and energy storage technologies. You will explore the full spectrum of hydrogen production methods—from grey and blue to green hydrogen—and examine the latest advances in electrolysis, fuel cells, ammonia-based carriers, and large-scale storage systems. The course also covers battery technologies (lithium-ion, solid-state, flow batteries), compressed air, pumped hydro, and thermal storage, giving you a complete picture of the energy storage landscape.

Drawing on real-world case studies, current U.S. and international policy frameworks, and techno-economic analysis, this course equips you to evaluate hydrogen projects, assess investment opportunities, and navigate the regulatory environment. Whether you are an engineer, project developer, policy professional, or investor, this course gives you the knowledge to participate confidently in the hydrogen economy.

What You Will Learn

• Hydrogen production pathways: steam methane reforming, electrolysis, pyrolysis, and emerging methods
• The hydrogen color spectrum: grey, blue, green, turquoise, and pink hydrogen explained
• Energy storage technologies: batteries, compressed gas, liquid hydrogen, ammonia, and metal hydrides
• Fuel cell fundamentals: PEM, solid oxide, and alkaline fuel cells and their applications
• Techno-economic analysis: levelized cost of hydrogen (LCOH) and comparative economics
• Policy and regulatory landscape: U.S. Inflation Reduction Act, DOE Hydrogen Hubs, and international strategies
• Safety, transport, and infrastructure challenges for hydrogen deployment at scale
• Real-world case studies from industrial, transportation, and power generation applications

Who This Course Is For

• Energy professionals seeking to understand hydrogen’s role in the energy transition
• Engineers and technicians transitioning into hydrogen and storage roles
• Project developers and investors evaluating hydrogen opportunities
• Graduate students in energy, environmental, or engineering programs
• Policy makers and regulators working on clean energy frameworks

2. Course Outline

Module 1: The Energy Transition and the Role of Hydrogen

Module 2: Hydrogen Production Technologies and the Color Spectrum

Module 3: Energy Storage Systems: Batteries, Thermal, Mechanical, and Chemical

Module 4: Fuel Cells: Types, Applications, and Performance

Module 5: Hydrogen Transport, Distribution, and Infrastructure

Module 6: Economics of Hydrogen: Cost Analysis, Markets, and Business Models

Module 7: Policy, Regulation, and Safety Frameworks

Module 8: Case Studies and Future Outlook