Global Hydrogen (Energy) Market Report, 2021 - Market Outlook, Trends, and Key Country Analysis

2.1 Hydrogen, Overview
2.2 Hydrogen, Colours of Hydrogen

• Brown Hydrogen
• Grey Hydrogen
• Blue Hydrogen
• Green Hydrogen

2.3 Hydrogen, Production

• Steam Methane Reforming
• Coal Gasification
• Electrolysis

3.1 Refining
3.2 Chemicals
3.3 Steel
3.4 Power Generation
3.5 Transportation
3.6 Buildings (Heating)

4.1 Hydrogen Production

• Low-Carbon Hydrogen Production

4.2 Hydrogen Demand

• Global Pure Hydrogen Demand
• Global hydrogen production in the Sustainable Development Scenario

4.3 Hydrogen Cost

• Hydrogen Production Cost by Technology
• Cost Factors
• Scaling Up Electrolysers
• Green Hydrogen Competitiveness
• Hydrogen Cost Reduction by 2030

4.4 Electrolyzer Capacity

5.1 Technology Trends
5.2 Macroeconomic Trends
5.3 Regulatory trends

6.1 Energy Input
6.2 Production

• Reforming
• Partial Oxidation
• Electrolysis

6.3 Transport
6.4 Storage
6.5 End-User

7.1 Future Trends
7.2 Shift towards Green Hydrogen
7.3 Role of Hydrogen for Decarbonization
7.4 Competitiveness

8.1 Overview

• DOE Hydrogen Program Plan
• Hydrogen in Latin America
• Scaling up of Green Hydrogen projects in North America

8.2 Hydrogen Strategy, US
8.3 Hydrogen Strategy, Canada
8.4 Policy Landscape, Americas

9.1 Overview

• Road Map to 2050
• Hydrogen Strategy
• European Green Deal Investment Plan
• National Hydrogen Strategies of EU Countries
• Planned Power-to-Hydrogen Projects
• Annual Hydrogen Demand Per Segment

9.2 Hydrogen Strategy, Germany
9.3 Hydrogen Strategy, France
9.4 Hydrogen Strategy, Spain
9.5 Policy Landscape, Europe

10.1 Overview
10.2 Hydrogen Strategy, Japan
10.3 Hydrogen Strategy, Australia
10.4 Hydrogen Strategy, South Korea
10.5 Policy Landscape, Asia Pacific

11.1 Hydrogen, Projects

• Global Projects
• Brief Review of Major Hydrogen Projects

11.2 Hydrogen, Deals
11.3 Hydrogen, Milestones

12.1 Hydrogen, Major Participants in the Hydrogen Value Chain
12.2 Hydrogen, Leading Companies
12.3 Hydrogen, Company Profiles

• Air Liquide SA
• Linde AG
• McPhy Energy SA
• Impala Platinum Holdings Ltd
• Bloom Energy Corp
• Orsted AS

13.1 Abbreviations
13.2 Bibliography
13.3 Research Methodology

• Primary Research
• Secondary Research
• Contact the Publisher

Table 1: Hydrogen, Carbon Capture, and Storage Projects
Table 2: Hydrogen, Routes for low-carbon hydrogen production
Table 3: Hydrogen, Technology Trends
Table 4: Hydrogen, Macroeconomic Trends
Table 5: Hydrogen, Technology Trends
Table 6: Hydrogen, Routes of Hydrogen in Heating Supply in Buildings
Table 7: Hydrogen, Policies in Latin America
Table 8: Hydrogen, US Hydrogen Enablers Road Map
Table 9: Hydrogen, America, Policy Landscape
Table 10: Hydrogen, National Hydrogen Strategies of EU Countries
Table 11: Hydrogen, Expected progress towards the EU hydrogen strategy targets
Table 12: Hydrogen, Europe, Policy Landscape
Table 13: Hydrogen, Asia Pacific, Policy Landscape
Table 14: Hydrogen, Major Hydrogen Projects
Table 15: Asian Renewable Energy Hub
Table 16: NORTH2
Table 17: NEOM Hydrogen Project
Table 18: Jingneng Power’s Inner Mongolia Hydrogen Project
Table 19: HyGreen Provence
Table 20: Hyport Oostende Hydrogen Project
Table 21: Hydrogen, Deals
Table 22: Milestones in the story of hydrogen
Table 23: Hydrogen, Key participants in the Hydrogen Value Chain
Table 24: Hydrogen, Leading companies in hydrogen theme
Table 25: Hydrogen, Air Liquide SA
Table 26: Hydrogen, Linde AG, Engineering
Table 27: Hydrogen, McPhy Energy SA
Table 28: Hydrogen, Impala Platinum Holdings
Table 29: Hydrogen, Bloom Energy Corp
Table 30: Hydrogen, Orsted AS
Table 31: Abbreviations

Figure 1: Hydrogen, Colors of Hydrogen
Figure 2: Hydrogen, Steam Methane Reforming Process
Figure 3: Hydrogen, Coal Gasification Process
Figure 4: Hydrogen, Working Principle of Electrolysis
Figure 5: Hydrogen, Hydrogen Production by source, 2020
Figure 6: Hydrogen, Low Carbon Hydrogen Production (Mt/year), 2014 - 2023
Figure 7: Hydrogen, Hydrogen production potential across regions
Figure 8: Hydrogen, Global Pure Hydrogen Demand, 2000 - 2020
Figure 9: Hydrogen, Global Hydrogen Demand, by Sector, Sustainable Development Scenario, 2030 - 2070
Figure 10: Hydrogen, Average Hydrogen Production Cost by Technology
Figure 11: Hydrogen, Step Changes to achieve Green Hydrogen Competitiveness
Figure 12: Hydrogen, Electrolyzer Capacity Addition (MW/yr), 2014 - 2023
Figure 13: Hydrogen, Energy Value Chain
Figure 14: Hydrogen, Storage
Figure 15: Hydrogen, Benefits of Hydrogen for EU, by 2050
Figure 16: Hydrogen, Cumulative planned PtH projects, 2020 - 2019
Figure 17: Hydrogen, Annual Hydrogen Demand Per Segment, 2030 and 2050
Figure 18: Hydrogen, Global Hydrogen Projects