Hydrogen in Oil and Gas - Thematic Research

Hydrogen in Oil and Gas - Thematic Research

Summary

Historically, hydrogen has been a key element in the manufacturing of several key industrial chemicals such as methanol and ammonia; but it is predominantly used as an ingredient in crude oil refining applications. The so-called ‘hydrogen economy’ seeks to disrupt these conventions and utilize hydrogen as a fuel. The prospects of the hydrogen economy are rooted in the fact that it is a clean-burning fuel and that it is abundantly available. Hydrogen can work in tandem with renewable energy from solar, wind, and other sources, and it can take the role of an energy carrier for renewable energy when deployed for electrification purposes.

Scope

  • Overview of the unfolding of Hydrogen as a theme and its potential applications areas.
  • Detailed analysis of the hydrogen value chain and participation of leading players.
  • Detailed analysis of hydrogen policies of key countries around the world.
  • Prospects of low-carbon hydrogen and industry participation.
  • Review of the recent technological advancements in hydrogen theme that could shape its adoption.
  • Assessment of the strategies and initiatives adopted by oil and gas companies to gain a competitive advantage in this theme.
Reasons to Buy
  • Identify the key industry, technology, and regulatory trends impacting the global adoption of hydrogen.
  • Track the development of hydrogen theme in the energy sector.
  • Overview of hydrogen adoption strategies among leading economies around the world.
  • Understand the hydrogen value chain and the key players in it.
  • Assess the growth trends in low-carbon hydrogen projects.
  • Identify and benchmark key oil and gas players and EPC contractors based on their competitive positioning in the hydrogen theme.



  • Executive Summary
  • Players
    • Table Figure 1: Who are the leading players in the theme and where do they sit in the value chain?
  • Tech Briefing
    • Production of hydrogen
      • Table Figure 2: Routes for hydrogen production
      • Steam methane reforming
        • Table Figure 3: Steam methane reforming process for hydrogen production
      • Coal gasification
      • Electrolysis
        • Table Figure 4: Top patents assignees in hydrogen electrolyzer technology
      • Other production methods
    • Transportation of hydrogen
      • Pipelines
      • High-pressure tube trailers
      • Liquefied hydrogen tankers
      • Chemical carriers
    • Application technologies
      • Fuel cells
        • Table Figure 5: Fuel cell working
        • Table Figure 6: Top patents assignees in hydrogen fuel cell manufacturing
      • E-fuels
  • Trends
    • Industry trends
      • Table Industry trends
    • Technology trends
      • Table Technology trends
    • Regulatory trends
      • Table Regulatory trends
      • Initiatives for blue and green hydrogen
        • Table Initiatives for blue and green hydrogen
  • Industry Analysis
    • Global pure hydrogen demand analysis
      • Table Figure 7: Hydrogen adoption in key industries
    • Hydrogen demand across key industries
      • Refining
        • Table Hydrogen biodiesel project
      • Petrochemicals
        • Table Figure 8: Global hydrogen demand for ammonia production
        • Table Hydrogen ammonia project
        • Table Hydrogen methanol project
      • Iron & steel
        • Table Hydrogen metal project
      • Transportation
        • Table Figure 9: Production of light vehicles by fuel type
        • Table Hydrogen heavy-duty vehicles project
        • Table Hydrogen railway project
        • Table Hydrogen maritime project
        • Table Hydrogen aviation project
      • Power
        • Table Hydrogen power project
        • Table Hydrogen storage project
        • Table Lists of the probable routes of making use of hydrogen in heating supply in buildings.
    • Low-carbon hydrogen capacity outlook
      • Table Figure 10: Hydrogen production by source, 2020
      • Active and upcoming low-carbon hydrogen capacity
        • Table Figure 11: Low carbon hydrogen, total announced capacity (mtpa)
        • Table Figure 12: Low carbon hydrogen, a regional breakdown of upcoming capacity
      • 2030 low-carbon hydrogen capacity scenarios
        • Table Figure 13: Low carbon hydrogen capacity scenarios (mtpa) Hydrogen capacity additions to grow at 60% between 2020 and 2025
        • Table Figure 14: World's largest upcoming low-carbon H2 projects
        • Table Figure 15: Green hydrogen capacity addition planned and announced, capacity and timeline
    • Hydrogen production cost by technology
      • Table Figure 16: Hydrogen, average hydrogen production cost by technology
      • Table Figure 17: Hydrogen, summing up
    • Review of hydrogen pipeline network
      • Table Figure 18: Active and announced hydrogen pipelines by region
    • Competitive analysis
      • Initiatives by oil and gas players concerning low hydrogen energy
        • Table Figure 19: Top oil & gas companies with low-carbon hydrogen pipeline
      • Review of technology providers in hydrogen
        • Table Figure 20: Contracts by leading contractors, January 2017 to September 2021
        • Table Figure 21: Hydrogen patents awarded between January 2017 to October 2021
    • M&A activities
      • Table M&A activities
    • Timeline
      • Table Figure 22: The story of hydrogen so far…
  • Value Chain
    • Table Figure 23: Hydrogen value chain
    • Energy source
    • Production
      • Table Figure 24: Hydrogen value chain: production
    • Transportation, storage, and distribution
      • Table Figure 25: Hydrogen value chain: transportation, storage, and distribution
      • Ammonia as a hydrogen carrier
    • End use
      • Table Figure 26: Hydrogen value chain: end use
  • Companies
    • Oil and gas companies
      • Table Oil and gas companies
    • Hydrogen technology companies
      • Table Hydrogen technology companies
  • Sector Scorecard
    • Integrated oil and gas sector scorecard
      • Who's who
        • Table Figure 27: Who does what in the integrated oil & gas companies' space?
      • Thematic screen
        • Table Figure 28: Thematic screen - Integrated oil and gas sector scorecard
      • Valuation screen
        • Table Figure 29: Valuation screen - Integrated oil and gas sector scorecard
    • Independent oil and gas sector scorecard
      • Who's who
        • Table Figure 30: Who does what in the independent oil & gas companies' space?
      • Thematic screen
        • Table Figure 31: Thematic screen - Independent oil and gas sector scorecard
      • Valuation screen
        • Table Figure 32: Valuation screen - Independent oil and gas sector scorecard
  • Glossary
    • Table Glossary
  • Further Reading
    • GlobalData reports
      • Table GlobalData reports
  • Our thematic research methodology
    • Table Figure 33: Our five-step approach for generating a sector scorecard
  • About GlobalData
  • Contact Us

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