Table of Contents

1.0 Summary and Scope
  1.1 Executive Summary
  1.2 Scope of the Study
  1.3 Acronyms
2.0 Introduction
  2.1 Hydrogen as a Source of Energy
  2.2 Methods of Producing Hydrogen
    2.2.1 Steam-Methane Reforming
    2.2.2 Electrolysis
  2.3 Electrolyzer Technology
    2.3.1 Evaluating Electrolyzers
    2.3.2 Electrolyzer Components
    2.3.3 Electrolyzer Efficiency
  2.4 Electrolyzer Types
    2.4.1 AWE Electrolyzers
    2.4.2 PEM Electrolyzers
    2.4.3 SOEC Electrolyzers
    2.4.4 AEM Electrolyzers
    2.4.5 Comparative Assessment
  2.5 Deployment Prerequisites
    2.5.1 Water Availability
    2.5.2 Land Availability
  2.6 Electrolysis Costs
    2.6.1 Cost Considerations
    2.6.2 Utilization Rate Impact
    2.6.3 Cost of Electricity
3.0 Growth Drivers & Barriers
  3.1 Growth Drivers
    3.1.1 Demand for Green Hydrogen
    3.1.2 Climate Change
    3.1.3 Rising Fossil Fuel Prices
    3.1.4 Renewable Energy Deployments
    3.1.5 Shift to a Hydrogen Economy
    3.1.6 Automation
  3.2 Barriers to Growth
    3.2.1 Cost-Related Barriers
    3.2.2 Mechanical Properties as Barriers
    3.2.3 Other Challenges
    3.2.4 Factors Behind Delays and Cancellations
  3.3 Role of Raw Materials
    3.3.1 Platinum
    3.3.2 Iridium
    3.3.3 Titanium
    3.3.4 Scandium and Yttrium
    3.3.5 Nickel
    3.3.6 Cobalt
    3.3.7 Ruthenium
  3.4 Raw Material Supply Constraints

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