Global Hydrogen Gas Turbines Market 2022-2030

Report Summary

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• Energy is the cornerstone of industry. As energy choices steadily increase, thermal power still remains a key energy source. Efforts have continuously been made toward reducing emissions by enhancing efficiency through technological innovation. But it doesn’t change the fact that substantial CO2 is still emitted in the generation of gas-fired thermal power.
• There are multiple approaches for low-carbon or carbon-free fuels, including the use of hydrogen for power generation. Modern gas turbines are capable of operating on a wide range of H2 concentrations, with multiple commercial power plants having considerable experience. Thus, gas turbines operating on hydrogen could provide the needed grid firming while at the same time generating significantly less carbon dioxide (CO2) emissions.
• Hydrogen (H2) in gas turbine operation enables carbon reduction opportunities across a broad range of applications and industries. Gas turbines provide a stable base load and support increased renewable penetration. In order to meet increasing energy demands from customers as well as carbon reduction targets set by companies and countries, increased global usage of H2 is paramount.
• Companies like Mitsubishi Power, GE Power, Siemens Energy, and Ansaldo Energia to develop 100% hydrogen-fueled gas turbines have recently shifted into high gear, owing in part to new carbon reduction policies worldwide that have accelerated renewables capacity. The companies—which all manufacture large gas turbines but are jostling to sell them in a diminished market—are also actively competing for a concrete footing in future markets, including those that could thrive in a hydrogen economy.


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• The heavy duty (frame) segment is expected to be the largest hydrogen gas turbines market in 2021. Heavy-Duty hydrogen gas turbines have two combustor configurations capable of operating on fuels with higher H2 content. The Single Nozzle (SN) or standard combustor and the Multi-Nozzle Quiet Combustor (MNQC). Today, hydrogen levels up to ~90-100% (by volume) for applications with the MNQC combustor or single nozzle combustor are possible
• Aeroderivative gas turbines can be configured with a single annular combustor (SAC), which can operate on a variety of fuels, including process fuels and fuel blends with hydrogen. Depending on the specific Aeroderivative gas turbine model, SAC combustors can handle hydrogen concentrations from 30% (by volume) up to 85% (by volume).



• An advantage to gas turbines is that they can be re-configured for operation on new fuels, including fuels with increased levels of hydrogen fuels. Changing to a fuel with increased levels of hydrogen may require making changes to the gas turbine, gas turbine accessories, and/or the balance of plant. The magnitude of the required changes is a function of the amount of hydrogen in the fuel.
• *Market Opportunity equates to incremental growth = (FY2030-FY2020)

Global Hydrogen Gas Turbines Market by Fuel Composition – %H2 (USD Million)



• Within pipeline gas applications, H2 will displace some portion of the natural gas in the pipeline. It is expected that the H2 content of the gas will not exceed 20% for the near future. Within the industrial process market, H2 content is greater than 20% and as high as 100%.
• Several OEMs offer gas turbines which can handle H2 contents in the fuel up to 30 – 60% volume. However, no fuel flexible gas turbine that can handle pure hydrogen is nowadays commercially available, and additional R&D activities are needed to pave the way for such a technology. The development of combustion systems that can handle the full range of 0-100% hydrogen contents blended with natural gas is even more challenging, but required for potential fluctuations in future hydrogen fuel supply.

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Table of Content

1. Report Scope
  1.1.	 Market Segmentation and scope
  1.2.	 Regional Scope
  1.3.	 Estimates and forecast timeline

2. Market Research Methodology
  2.1.	 Research methodology and design
  2.2.	 Sample selection
  2.3.	 Reliability and validity

3. Executive Summary
 
4. Market Analysis
  4.1.	 Market size and growth rates
  4.2.	 Market growth drivers, market dynamics and trends
  4.3.	 Market scenarios and opportunity forecasts
  4.4.	 Market constraints and challenges
  4.5.	 National hydrogen strategy
  4.6.	 Industry value chain analysis
  4.7.	 Industry analysis – Porter’s
    4.7.1.	Threat of new entrants
    4.7.2.	Bargaining power of suppliers
    4.7.3.	Bargaining power of buyers
    4.7.4.	Threat of substitutes
    4.7.5.	Competitive rivalry
  4.8.   PEST analysis
    4.8.1.  Political/legal landscape
    4.8.2.  Economic landscape
    4.8.3.  Social landscape
    4.8.4.  Technological landscape
    
5. Market Breakdown – by Design Type
  5.1.	 Introduction
  5.2.	 Heavy duty
  5.3.	 Aeroderivative
   
6. Market Breakdown – by Fuel Composition (% H2)
  6.1.	 Introduction
  6.2.	 Up to 20%
  6.3.	 20% to 60%
  6.4.	 60 to 100%
    
7. Market Breakdown – by Turbine Type
  7.1.	 Introduction
  7.2.	 New
  7.3.	 Retrofit

8. Market Breakdown – by Rated Capacity
  8.1.  Introduction
  8.2.  Less than 40 MW
  8.3.  40–120 MW
  8.4.  120–300 MW
  8.4.  Above 300 MW
  
9. Market Breakdown – by Application
  8.1.  Introduction
  8.2.  Power Generation
  8.3.  Oil & Gas
  8.4.  Other Industrial
  
10.Market Breakdown by Geography
  10.1.	 North America
     10.1.1. North America Hydrogen Gas Turbine Market, 2022-2028
     10.1.2. North America Hydrogen Gas Turbine Market, by Design Type
     10.1.3. North America Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
     10.1.4. North America Hydrogen Gas Turbine Market, by Turbine Type
     10.1.5. North America Hydrogen Gas Turbine Market, by Rated Capacity
     10.1.6. North America Hydrogen Gas Turbine Market, by Application
     10.1.7. North America Hydrogen Gas Turbine Market, by Country
        10.1.7.1.	U.S.
         10.1.7.1.1. U.S. Hydrogen Gas Turbine Market, 2022-2028
         10.1.7.1.2. U.S. Hydrogen Gas Turbine Market, by Design Type
         10.1.7.1.3. U.S. Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
         10.1.7.1.4. U.S. Hydrogen Gas Turbine Market, by Turbine Type
         10.1.7.1.5. U.S. Hydrogen Gas Turbine Market, by Rated Capacity
         10.1.7.1.6. U.S. Hydrogen Gas Turbine Market, by Application
        10.1.7.2.	Canada
         10.1.7.2.1. Canada Hydrogen Gas Turbine Market, 2022-2028                 10.1.7.2.2. Canada Hydrogen Gas Turbine Market, by Design Type
         10.1.7.2.3. Canada Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
         10.1.7.2.4. Canada Hydrogen Gas Turbine Market, by Turbine Type
         10.1.7.2.5. Canada Hydrogen Gas Turbine Market, by Rated Capacity
         10.1.7.2.6. Canada Hydrogen Gas Turbine Market, by Application
        
        10.2.	South America
         10.2.1. South America Hydrogen Gas Turbine Market, 2022-2028
         10.2.2. South America Hydrogen Gas Turbine Market, by Design Type
         10.2.3. South America Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
         10.2.4. South America Hydrogen Gas Turbine Market, by Turbine Type
         10.2.5. South America Hydrogen Gas Turbine Market, by Rated Capacity
         10.2.6. South America Hydrogen Gas Turbine Market, by Application
         10.2.7. South America Hydrogen Gas Turbine Market, by Country
     10.2.7.1. Brazil
        10.2.1.7.1. Brazil Hydrogen Gas Turbine Market, 2022-2028
        10.2.1.7.2. Brazil Hydrogen Gas Turbine Market, by Design Type
        10.2.1.7.3. Brazil Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
        10.2.1.7.4. Brazil Hydrogen Gas Turbine Market, by Turbine Type
        10.2.1.7.5. Brazil Hydrogen Gas Turbine Market, by Rated Capacity
        10.2.1.7.6. Brazil Hydrogen Gas Turbine Market, by Application
  10.3.	 Europe
   10.3.1.	Europe Hydrogen Gas Turbine Market, 2022-2028
   10.3.2.	Europe Hydrogen Gas Turbine Market, by Design Type
   10.3.3.	Europe Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
   10.3.4.	Europe Hydrogen Gas Turbine Market, by Turbine Type
   10.3.5.  Europe Hydrogen Gas Turbine Market, by Rated Capacity
   10.3.6. Europe Hydrogen Gas Turbine Market, by Application
   10.3.7. Europe Hydrogen Gas Turbine Market, by Country
   10.3.8. Germany
     10.3.1.8.1. Germany Hydrogen Gas Turbine Market, 2022-2028
     10.3.1.8.2. Germany Hydrogen Gas Turbine Market, by Design Type
     10.3.1.8.3. Germany Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
     10.3.1.8.4. Germany Hydrogen Gas Turbine Market, by Turbine Type
     10.3.1.8.5. Germany Hydrogen Gas Turbine Market, by Rated Capacity
     10.3.1.8.6. Germany Hydrogen Gas Turbine Market, by Application
    10.3.1.9. France
      10.3.1.9.1. France Hydrogen Gas Turbine Market, 2022-2028
      10.3.1.9.2. France Hydrogen Gas Turbine Market, by Design Type
      10.3.1.9.3. France Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.3.1.9.4. France Hydrogen Gas Turbine Market, by Turbine Type
      10.3.1.9.5. France Hydrogen Gas Turbine Market, by Rated Capacity
      10.3.1.9.6. France Hydrogen Gas Turbine Market, by Application
    10.3.1.10. U.K.
      10.3.1.10.1. U.K. Hydrogen Gas Turbine Market, 2022-2028
      10.3.1.10.2. U.K. Hydrogen Gas Turbine Market, by Design Type
      10.3.1.10.3. U.K. Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.3.1.10.4. U.K. Hydrogen Gas Turbine Market, by Turbine Type
      10.3.1.10.5. U.K. Hydrogen Gas Turbine Market, by Rated Capacity
      10.3.1.10.6. U.K. Hydrogen Gas Turbine Market, by Application
   10.3.1.11. Russia
      10.3.1.11.1. Russia Hydrogen Gas Turbine Market, 2022-2028
      10.3.1.11.2. Russia Hydrogen Gas Turbine Market, by Design Type
      10.3.1.11.3. Russia Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.3.1.11.4. Russia Hydrogen Gas Turbine Market, by Turbine Type
      10.3.1.11.5. Russia Hydrogen Gas Turbine Market, by Rated Capacity
      10.3.1.11.6. Russia Hydrogen Gas Turbine Market, by Application
   10.3.1.12. Italy
      10.3.1.12.1. Italy Hydrogen Gas Turbine Market, 2022-2028
      10.3.1.12.2. Italy Hydrogen Gas Turbine Market, by Design Type
      10.3.1.12.3. Italy Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.3.1.12.4. Italy Hydrogen Gas Turbine Market, by Turbine Type
      10.3.1.12.5. Italy Hydrogen Gas Turbine Market, by Rated Capacity
      10.3.1.12.6. Italy Hydrogen Gas Turbine Market, by Application
   10.3.1.13. Netherlands
      10.3.1.13.1. Netherlands Hydrogen Gas Turbine Market, 2022-2028
      10.3.1.13.2. Netherlands Hydrogen Gas Turbine Market, by Design Type
      10.3.1.13.3. Netherlands Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.3.1.13.4. Netherlands Hydrogen Gas Turbine Market, by Turbine Type
      10.3.1.13.5. Netherlands Hydrogen Gas Turbine Market, by Rated Capacity
    10.3.1.13.6. Netherlands Hydrogen Gas Turbine Market, by Application
     
  10.4.	 Asia-Pacific
   10.4.1.	APAC Hydrogen Gas Turbine Market, 2022-202
   10.4.2.	APAC Hydrogen Gas Turbine Market, by Design Type
   10.4.3.	APAC Hydrogen Gas Turbine Market, by Fuel Composition (% H2) 
   10.4.4.	APAC Hydrogen Gas Turbine Market, by Turbine Type
   10.4.4.	APAC Hydrogen Gas Turbine Market, by Rated Capacity
   10.4.4.	APAC Hydrogen Gas Turbine Market, by Application
   10.4.4.	APAC Hydrogen Gas Turbine Market, by Country
   10.4.4.	APAC Hydrogen Gas Turbine Market, by Rated Capacity
     10.4.1.8. China
      10.4.1.8.1. China Hydrogen Gas Turbine Market, 2022-2028
      10.4.1.8.2. China Hydrogen Gas Turbine Market, by Design Type
      10.4.1.8.3. China Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.4.1.8.4. China Hydrogen Gas Turbine Market, by Turbine Type
      10.4.1.8.5. China Hydrogen Gas Turbine Market, by Rated Capacity
      10.4.1.8.6. China Hydrogen Gas Turbine Market, by Application
   10.4.1.9. Japan
      10.4.1.9.1. Japan Hydrogen Gas Turbine Market, 2022-2028
      10.4.1.9.2. Japan Hydrogen Gas Turbine Market, by Design Type
      10.4.1.9.3. Japan Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.4.1.9.4. Japan Hydrogen Gas Turbine Market, by Turbine Type
      10.4.1.9.5. Japan Hydrogen Gas Turbine Market, by Rated Capacity
      10.4.1.9.6. Japan Hydrogen Gas Turbine Market, by Application
   10.4.1.10. South Korea
      10.4.1.10.1. South Korea Hydrogen Gas Turbine Market, 2022-2028
      10.4.1.10.2. South Korea Hydrogen Gas Turbine Market, by Design Type
      10.4.1.10.3. South Korea Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.4.1.10.4. South Korea Hydrogen Gas Turbine Market, by Turbine Type
      10.4.1.10.5. South Korea Hydrogen Gas Turbine Market, by Rated Capacity
      10.4.1.10.6. South Korea Hydrogen Gas Turbine Market, by Application
   10.4.1.11. Australia
      10.4.1.11.1. Australia Hydrogen Gas Turbine Market, 2022-2028
      10.4.1.11.2. Australia Hydrogen Gas Turbine Market, by Design Type
      10.4.1.11.3. Australia Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.4.1.11.4. Australia Hydrogen Gas Turbine Market, by Turbine Type
      10.4.1.11.5. Australia Hydrogen Gas Turbine Market, by Rated Capacity
      10.4.1.11.6. Australia Hydrogen Gas Turbine Market, by Application
   10.4.1.12. India
      10.4.1.12.1. India Hydrogen Gas Turbine Market, 2022-2028
      10.4.1.12.2. India Hydrogen Gas Turbine Market, by Design Type
      10.4.1.12.3. India Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.4.1.12.4. India Hydrogen Gas Turbine Market, by Turbine Type
      10.4.1.12.5. India Hydrogen Gas Turbine Market, by Rated Capacity
      10.4.1.12.6. India Hydrogen Gas Turbine Market, by Application
 10.5. Middle East & Africa
      10.5.1.1. MEA Hydrogen Gas Turbine Market, 2022-2028
      10.5.1.2. MEA Hydrogen Gas Turbine Market, by Design Type
      10.5.1.3. MEA Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
      10.5.1.4. MEA Hydrogen Gas Turbine Market, by Type
      10.5.1.5. MEA Hydrogen Gas Turbine Market, by Rated Capacity
      10.5.1.6. MEA Hydrogen Gas Turbine Market, by Application
        10.5.1.7. Saudi Arabia
         10.5.1.7.1. Saudi Arabia Hydrogen Gas Turbine Market, 2022-2028
         10.5.1.7.2. Saudi Arabia Hydrogen Gas Turbine Market, by Design Type
         10.5.1.7.3. Saudi Arabia Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
         10.5.1.7.4. Saudi Arabia Hydrogen Gas Turbine Market, by Turbine Type
         10.5.1.7.5. Saudi Arabia Hydrogen Gas Turbine Market, by Rated Capacity
         10.5.1.7.6. Saudi Arabia Hydrogen Gas Turbine Market, by Application

       10.5.1.8. UAE
         10.5.1.8.1. UAE Hydrogen Gas Turbine Market, 2022-2028
         10.5.1.8.2. UAE Hydrogen Gas Turbine Market, by Design Type
         10.5.1.8.3. UAE Hydrogen Gas Turbine Market, by Fuel Composition (% H2)
         10.5.1.8.4. UAE Hydrogen Gas Turbine Market, by Turbine Type
         10.5.1.8.5. UAE Hydrogen Gas Turbine Market, by Rated Capacity
         10.5.1.8.6. UAE Hydrogen Gas Turbine Market, by Application
11. Competitive Landscape
  11.1.	 Company Market Positioning
  11.2.	 Company Geographical Presence Analysis
  11.3.	 Market Revenue Share Analysis (%), by Leading Players
     
12. Company Profiles
  . Company overview
  . Financial performance
  . Product benchmarking
  . Recent Developments
 12.1. GE Gas Power
 12.2. Siemens Energy
 12.3. Mitsubishi Power
 12.4. Baker Hughes
 12.5. Solar Turbines
 12.6. Ansaldo Energia
 12.7. MAN Energy Solutions
 12.8. Doosan Heavy Industries
 12.9. Kawasaki Heavy Industries, Ltd.
 12.10. OPRA Turbines

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