Hydrogen Generation Market Forecast, Trend Analysis & Competition Tracking - Global Market Insights 2019 to 2029

Published on : Apr-2020 | List of Tables : 74 | List of Figures : 243 | No. of Pages : 170 | Report Code : FACT4686MR | Format :

Hydrogen Generation Market to Grow 2X amid Trend of Low-Cost, Clean Energy

The declining cost of solar photovoltaics coupled with ascending sales of hydrogen fuel cell automobiles positively impact the hydrogen generation market. Production of low-carbon hydrogen at scale using fossil fuel furthers the adoption of hydrogen generation products in end-use industries. The global hydrogen generation market exhibits an impressive growth trajectory of 7.5% CAGR during the forecast period (2019 - 2029).

The emphasis on low-cost, clean energy gives impetus to hydrogen generation. From the US to Australia, governments across the globe are encouraging hydrogen deployment by combining incentives and generation targets. Manufacturers of passenger cars particularly, enjoy the highest incentives for hydrogen adoption. The increasing demand for reducing carbon emissions from refinery activities continues to propagate hydrogen generation adoption through 2029.

Captive Hydrogen Generation to Stimulate Revenue

Cost of conveyance and distribution of hydrogen is propelling the demand for captive hydrogen generation systems. Omnipresent regulatory emphasis on reducing industrial pollution has forced manufacturers to capture by-product hydrogen produced in production processes. Ease of installation and favorable price to performance ratio of captive hydrogen generation make this systems segment account for a majority share of over 86% of the total market value.

hydrogen generation market 2

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The segment will grow 3X through 2029. Countries such as the US, Russia have an extensive network of gas pipelines, adoption of which will result in cost effective and energy efficient hydrogen deliveries. The merchant systems segment offers the highest remunerative opportunities with a double digit growth rate during the forecast period.

East Asia and South Asia & Oceania Present Bankable Opportunities

North America accounts for over ¼ of the entire market value. Surging demand for oil & gas production to support robust economic development results in continuous demand for hydrogen generation. Modernization of small and medium sized industries further the demand for cost efficient alternatives such as captive hydrogen generation. Growth can also be attributed to comprehensive gas pipeline networks in North American countries.

The ease of hydrogen logistics acts as a central factor to the growth of the hydrogen generation market in this region. High pollution in Asian countries such as India, and China has created high demand for desulfurization of fuels to conserve the environment. This positively impacts the adoption of hydro desulphurization (HDS) processes and ultimately increases the demand for hygron generation. In Asia Pacific, particularly East Asia and South Asia & Oceania present high growth opportunities during the projection period.

Strategic Partnerships to Shape Competition

Market players are targeting countries with a high-adoption rate of hydrogen fuel cell automotive. Governments with proposed investments in developing hydrogen refueling stations are popular target regions among major players. The market is consolidated with tier-1 players accounting for a majority of revenue share. These organizations are forging strategic partnerships, merging and acquiring local players in key growth areas. Value additions in terms of footprint expansion, disruptive technologies such as solar based hydrogen generation systems garner the most profitable company valuations for local players. Hydrogen generation companies that influence the competitive landscape are, but not limited to, Air Liquide, Air Products and Chemicals, Fuelcell Energy, Hydrogenics, Iwatani, Linde, Messer Group, Plug Power, Praxair, Showa Denko, Taiyo Nippon Sanso, Xebec, Ally Hi-Tech, Ballard Power Systems, Caloric, Claind, Erredue, Hygear, Nuvera Fuel Cells, Proton Onsite, and Teledyne Energy systems.

hydrogen generation market 1

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Recovering from COVID-19 Losses

The COVID-19 Pandemic has had a detrimental effect on oil & gas energy production of the world. Shale gas exploration projects have been put on hold. Existing oil & gas energy reserves are being deployed to sustain the need from essential transportation and logistics of healthcare products such as ventilators, and personnel protective equipment. However, normalization post COVID-19 will witness a surge in demand for onsite-hydrogen production systems as companies look to reduce dependency on merchant transportation. Market players can extract valuable lessons and future trends of the market by gauging the reaction of trade lockdown amid COVID-19.

Coronavirus affects people with underlying respiratory health conditions the most. This will increase the emphasis on carbon emission reduction from refinery activities and automotive. Hence, after the pandemic market players can expect an increase in demand for hydrogen from desulphurization of refineries and adoption of hydrogen fuel cell based automotive. Consumer trends such as residential application of solar power generation will further the sales of hydrogen generation post COVID-19. Hydrogen generation market players stand to gain a competitive edge by early detection of remunerative opportunities in resurgent economies such as Singapore, Indonesia, and China.

Global Hydrogen GenerationMarket – Scope of the Report

The following report provides forecast and analysis of the global hydrogen generation market along with the historical data of 2014, estimated data 2019 and forecast data up to 2029 in terms of value (US$ Mn) and volume (Kilo Tons), according to a Fact.MR study. The research propounds critical trends that are currently influencing growth within the global hydrogen generation market along with several macro-economic indicators. This newly published and insightful report on hydrogen generation sheds light on key dynamics, and their impact on the overall value chain from suppliers to end-users, which are expected to transform the future of the global hydrogen generation market.

The report also comprises the study of current issues with end users and opportunities for hydrogen generation. It also contains value chain analysis, including the key market participants. To provide users of this report with a comprehensive view of the market, we have included a detailed competitive analysis about the key players involved in the market and strategic overviews. The dashboard included in the report provides a detailed comparison of hydrogen generation manufacturers on parameters such as total revenue, product offerings, and key strategies. A list of key companies operating in the hydrogen generation market provided in the report adds to the credibility of this exhaustive research study.

Global Hydrogen Generation Market: In-Depth Assessment on Key Segments

The global hydrogen generation market is segmented on the basis oftechnology, system, applicationand region.

Technology

System

Application

Region

Coal Gasification

Merchant

Methanol Production

North America

Steam Methane Reforming

Captive

Ammonia Production

Latin America

Others

 

Petroleum Refining

Europe

 

 

 

East Asia

 

 

 

South Asia & Oceania

 

 

 

Middle East & Africa

This taxonomy and the detailed TOC prepared are confidential and intended exclusively for the individual or entity with whom it is being shared. Reading, disseminating, distributing, or copying this to any party other than addressee(s) is unauthorized and prohibited.

Country-specific assessment on demand for hydrogen generation has been provided for each regional market, along with the market size valuation and forecast price point assessment, price index and impact analysis of key regional and country-wise dynamics, which were obtained through quotes from numerous hydrogen generation manufacturers, experts, and suppliers. Y-o-Y growth projections have also been offered on all regional markets incorporated in the report. Moreover, future trends, growth prospects, and other possibilities related to the market have been answered in the report.

The report provides company-level market share analysis, which has been derived on the basis of the company’s annual sales and segmental revenue in all the target end-use industries. The market has been forecasted based on constant currency rates. The report provides detailed competitive and company profiles of key participants operating in the global hydrogen generationmarket. Some of the major competitors operating in the hydrogen generationmarket arePraxair, Showa Denko, Taiyo Nippon Sanso, Xebec, Ally Hi-Tech, Ballard Power Systems, Caloricandothers.

Global Hydrogen Generation Market: Research Methodology

A number of primary and secondary sources were consulted during the course of the study. Secondary sources include Factiva, Morningstar and Hoovers, and company annual reports and publications. Comprehensive interviews have been conducted by our analysts, and the intelligence and insights obtained have been used for validating the information gained through secondary research. The report also includes a description of assumptions and acronyms utilized for research purposes. Data gathered has been validated using the triangulation method to offer useful quantitative and qualitative insights into the hydrogen generation market.

A short market viewpoint offered in the report elucidates the macro-economic aspects that influence the growth of the hydrogen generation market, which includes global GDP growth rate, varioussector growth rate such as oil & gas, petrochemical &refineries, chemicals market, enabling the readers to take fact-based decisions on the future direction of their businesses.

1. Global Hydrogen GenerationMarket - Executive Summary

    1.1. Summary Of Key Findings

    1.2. Summary Of Key Statistics

    1.3. Key Market Characteristics &Attributes

    1.4. Opportunity Assessment

    1.5. Fact.MR Analysis And Recommendations

2. Global Hydrogen GenerationMarket Overview

    2.1. Market Coverage / Taxonomy

    2.2. Market Definition / Scope / Limitations

3. Key Market Trends

    3.1. Key Trends Impacting The Market 

    3.2. Mega Trends

4. Market Background 

    4.1. Global Hydrogen Demand Outlook

        4.1.1. Total Demand by Region

        4.1.2. Within Region Demand

    4.2. Global Hydrogen Production Outlook 

    4.3. Future Hydrogen And Hydrogen Commodity Trade Projections

    4.4. Hydrogen Applications In End-Use Sectors

        4.4.1. DecarbonizingTransport

        4.4.2. DecarbonizingIndustry

        4.4.3. DecarbonizingThe Gas Grid

        4.4.4. Hydrogen-To-Power Based On Fuel Cells

    4.5. Current Technology Status And Developments 

    4.6. Global Investment Feasibility Matrix (For Hydrogen GenerationBusiness)

    4.7. Recent Industry Developments 

    4.8. Evolution and System Advancement In Hydrogen Generation Industry

    4.9. Market White Space Assessment And Opportunity Analysis

    4.10. Porter’s Five Forces Analysis

    4.11. Cost Structure Analysis

    4.12. Macro-EconomicAnd Forecast Factors

        4.12.1. GDP Growth Outlook

        4.12.2. Global Oil & Gas Sector Growth Outlook

        4.12.3. Global Petrochemical & Refineries Growth Outlook

        4.12.4. Global ChemicalSector Growth Outlook

        4.12.5. Urbanization Growth Outlook

        4.12.6. Top Companies Historical Growth

        4.12.7. Others

    4.13. Value Chain Analysis

        4.13.1. List Of Key Market Manufacturers

        4.13.2. List Of Key Channel Partners 

        4.13.3. Profitability Margins

    4.14. Market Dynamics 

        4.14.1. Drivers 

        4.14.2. Industry Challenges

        4.14.3. Opportunities

5. Global Hydrogen GenerationMarket Size (US$ Mn) And Volume (Kilo Tons) Analysis And Forecast, 2014-2029

    5.1. Historical MarketValue (US$ Mn) &Volume (Kilo Tons) Analysis, 2014-2018

    5.2. Current And Future Market Value (US$ Mn) &Volume (Kilo Tons) Forecast, 2019-2029

    5.3. Y-O-Y Growth Trend Analysis

6. Global Hydrogen GenerationPricing Point Analysis

    6.1. Global Hydrogen GenerationMarket Pricing Analysis, By Region

    6.2. Global Hydrogen GenerationMarket Pricing Analysis, By Technology

    6.3. Pricing Evolution Till 2029

    6.4. Factors Influencing Pricing

7. Global Hydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    7.1. Global Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Technology

        7.1.1. Coal Gasification

        7.1.2. Steam Methane Reforming

        7.1.3. Others

    7.2. Global Hydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        7.2.1. Merchant

        7.2.2. Captive

    7.3. Global Hydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        7.3.1. Methanol Production

        7.3.2. Ammonia Production

        7.3.3. Petroleum Refining

    7.4. Global Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Region

        7.4.1. North America

        7.4.2. Latin America

        7.4.3. Europe

        7.4.4. East Asia

        7.4.5. South Asia&Oceania

        7.4.6. MEA

8. North AmericaHydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    8.1. North America Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Country

        8.1.1. US

        8.1.2. Canada

    8.2. North AmericaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

        8.2.1. Coal Gasification

        8.2.2. Steam Methane Reforming

        8.2.3. Others

    8.3. North AmericaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        8.3.1. Merchant

        8.3.2. Captive

    8.4. North AmericaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        8.4.1. Methanol Production

        8.4.2. Ammonia Production

        8.4.3. Petroleum Refining

9. Latin AmericaHydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    9.1. Latin America Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Country

        9.1.1. Brazil

        9.1.2. Mexico

        9.1.3. Argentina

        9.1.4. Rest Of Latin America

    9.2. Latin AmericaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

        9.2.1. Coal Gasification

        9.2.2. Steam Methane Reforming

        9.2.3. Others

    9.3. Latin AmericaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        9.3.1. Merchant

        9.3.2. Captive

    9.4. Latin AmericaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        9.4.1. Methanol Production

        9.4.2. Ammonia Production

        9.4.3. Petroleum Refining

10. EuropeHydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    10.1. Europe Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Country

        10.1.1. Germany

        10.1.2. Italy

        10.1.3. France

        10.1.4. U.K.

        10.1.5. Spain

        10.1.6. BENELUX

        10.1.7. Russia

        10.1.8. Rest Of Europe

    10.2. EuropeHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

        10.2.1. Coal Gasification

        10.2.2. Steam Methane Reforming

        10.2.3. Others

    10.3. EuropeHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        10.3.1. Merchant

        10.3.2. Captive

    10.4. EuropeHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        10.4.1. Methanol Production

        10.4.2. Ammonia Production

        10.4.3. Petroleum Refining

11. East AsiaHydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    11.1. East AsiaHydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Country

        11.1.1. China

        11.1.2. Japan

        11.1.3. South Korea

    11.2. East AsiaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

        11.2.1. Coal Gasification

        11.2.2. Steam Methane Reforming

        11.2.3. Others

    11.3. East AsiaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        11.3.1. Merchant

        11.3.2. Captive

    11.4. East AsiaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        11.4.1. Methanol Production

        11.4.2. Ammonia Production

        11.4.3. Petroleum Refining

12. South Asia &Oceania Hydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    12.1. South Asia&Oceania Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Country

        12.1.1. India

        12.1.2. Thailand

        12.1.3. Indonesia

        12.1.4. Malaysia

        12.1.5. Australia &New Zealand

        12.1.6. Rest Of SAO

    12.2. South Asia &Oceania Hydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

        12.2.1. Coal Gasification

        12.2.2. Steam Methane Reforming

        12.2.3. Others

    12.3. South Asia & Oceania AsiaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        12.3.1. Merchant

        12.3.2. Captive

    12.4. South Asia &OceaniaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        12.4.1. Methanol Production

        12.4.2. Ammonia Production

        12.4.3. Petroleum Refining

13. Middle East &AfricaHydrogen GenerationMarket Value &Volume AnalysisAnd Forecast 2014-2029

    13.1. Middle East &Africa Hydrogen GenerationMarket Value &Volume Analysis2014-2018 And Forecast 2019-2029, By Country

        13.1.1. GCC Countries

        13.1.2. Turkey

        13.1.3. South Africa

        13.1.4. Egypt

        13.1.5. Rest Of MEA

    13.2. Middle East &Africa Hydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

        13.2.1. Coal Gasification

        13.2.2. Steam Methane Reforming

        13.2.3. Others

    13.3. Middle East & AfricaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

        13.3.1. Merchant

        13.3.2. Captive

    13.4. Middle East &Africa Hydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

        13.4.1. Methanol Production

        13.4.2. Ammonia Production

        13.4.3. Petroleum Refining

14. Global Hydrogen GenerationMarket –Emerging Countries Analysis

    14.1. Market Proportion Analysis, By Key Countries

    14.2. Global Vs. Country Growth Comparison

    14.3. China Market Value &Volume Analysis And Forecast

        14.3.1. ChinaHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

            14.3.1.1. Coal Gasification

            14.3.1.2. Steam Methane Reforming

            14.3.1.3. Others

        14.3.2. ChinaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

            14.3.2.1. Merchant

            14.3.2.2. Captive

        14.3.3. China Hydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

            14.3.3.1. Methanol Production

            14.3.3.2. Ammonia Production

            14.3.3.3. Petroleum Refining

    14.4. IndiaMarket Value &Volume Analysis And Forecast

        14.4.1. India Hydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

            14.4.1.1. Coal Gasification

            14.4.1.2. Steam Methane Reforming

            14.4.1.3. Others

        14.4.2. IndiaHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

            14.4.2.1. Merchant

            14.4.2.2. Captive

        14.4.3. India Hydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

            14.4.3.1. Methanol Production

            14.4.3.2. Ammonia Production

            14.4.3.3. Petroleum Refining

    14.5. MexicoMarket Value &Volume Analysis And Forecast

        14.5.1. MexicoHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Technology

            14.5.1.1. Coal Gasification

            14.5.1.2. Steam Methane Reforming

            14.5.1.3. Others

        14.5.2. MexicoHydrogen Generation Market Value & Volume Analysis 2014-2018 And Forecast 2019-2029, By System

            14.5.2.1. Merchant

            14.5.2.2. Captive

        14.5.3. MexicoHydrogen Generation Market Value &Volume Analysis 2014-2018 And Forecast 2019-2029, By Application

            14.5.3.1. Methanol Production

            14.5.3.2. Ammonia Production

            14.5.3.3. Petroleum Refining

15. Country Analysis - Hydrogen GenerationMarket Analysis 2014-2018 And Forecast 2019-2029

    15.1. USHydrogen GenerationMarket 

        15.1.1. US Hydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.1.2. US Hydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.1.3. US Hydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.2. CanadaHydrogen GenerationMarket 

        15.2.1. CanadaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.2.2. CanadaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.2.3. CanadaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.3. BrazilHydrogen GenerationMarket 

        15.3.1. BrazilHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.3.2. BrazilHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.3.3. BrazilHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.4. ArgentinaHydrogen GenerationMarket 

        15.4.1. ArgentinaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.4.2. ArgentinaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.4.3. ArgentinaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.5. GermanyHydrogen GenerationMarket 

        15.5.1. GermanyHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.5.2. GermanyHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.5.3. GermanyHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.6. FranceHydrogen GenerationMarket 

        15.6.1. FranceHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.6.2. FranceHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.6.3. FranceHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.7. ItalyHydrogen GenerationMarket 

        15.7.1. ItalyHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.7.2. ItalyHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.7.3. ItalyHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.8. SpainHydrogen GenerationMarket 

        15.8.1. SpainHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.8.2. SpainHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.8.3. SpainHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.9. U.K.Hydrogen GenerationMarket 

        15.9.1. U.K.Hydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.9.2. U.K.Hydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.9.3. U.K.Hydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.10. BENELUXHydrogen GenerationMarket 

        15.10.1. BENELUXHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.10.2. BENELUXHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.10.3. BENELUXHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.11. RussiaHydrogen GenerationMarket 

        15.11.1. RussiaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.11.2. RussiaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.11.3. RussiaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.12. JapanHydrogen GenerationMarket 

        15.12.1. JapanHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.12.2. JapanHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.12.3. JapanHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.13. South KoreaHydrogen GenerationMarket 

        15.13.1. South KoreaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.13.2. South KoreaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.13.3. South KoreaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.14. ThailandHydrogen GenerationMarket 

        15.14.1. ThailandHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.14.2. ThailandHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.14.3. ThailandHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.15. IndonesiaHydrogen GenerationMarket 

        15.15.1. IndonesiaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.15.2. IndonesiaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.15.3. IndonesiaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.16. MalaysiaHydrogen GenerationMarket 

        15.16.1. MalaysiaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.16.2. MalaysiaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.16.3. MalaysiaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.17. Australia &New ZealandHydrogen GenerationMarket 

        15.17.1. Australia & New ZealandHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.17.2. Australia & New ZealandHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.17.3. Australia & New ZealandHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.18. GCC CountriesHydrogen GenerationMarket 

        15.18.1. GCC CountriesHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.18.2. GCC CountriesHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.18.3. GCC CountriesHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.19. EgyptHydrogen GenerationMarket 

        15.19.1. EgyptHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.19.2. EgyptHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.19.3. EgyptHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.20. South AfricaHydrogen GenerationMarket 

        15.20.1. South AfricaHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.20.2. South AfricaHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.20.3. South AfricaHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

    15.21. TurkeyHydrogen GenerationMarket 

        15.21.1. TurkeyHydrogen Generation Market Demand Analysis And Forecast By Technology, 2019 & 2029

        15.21.2. TurkeyHydrogen Generation Market Demand Analysis And Forecast By System, 2019 & 2029

        15.21.3. TurkeyHydrogen Generation Market Demand Analysis And Forecast By Application, 2019 & 2029

16. Competitive Assessment

    16.1. Global Hydrogen GenerationMarket Structure

    16.2. Global Hydrogen GenerationMarket Competition - A Dashboard View

    16.3. Global Hydrogen GenerationMarket Company Share Analysis

    16.4. Global Hydrogen GenerationCompetitor Market Footprint Matrix

    16.5. Key Participants Market Presence (Intensity Mapping) By Region

17. Company Profiles

    17.1. Air Liquide

        17.1.1. Overview

        17.1.2. Technology Portfolio

        17.1.3. Profitability By Market Segments (Technology/Region)

        17.1.4. Sales Footprint

        17.1.5. Strategy Overview    

17.2. Air Products and Chemical

        17.2.1. Overview

        17.2.2. Technology Portfolio

        17.2.3. Profitability By Market Segments (Technology/Region)

        17.2.4. Sales Footprint

        17.2.5. Strategy Overview

    17.3. Fuelcell Energy

        17.3.1. Overview

        17.3.2. Technology Portfolio

        17.3.3. Profitability By Market Segments (Technology/Region)

        17.3.4. Sales Footprint

        17.3.5. Strategy Overview

    17.4. Hydrogenics

        17.4.1. Overview

        17.4.2. Technology Portfolio

        17.4.3. Profitability By Market Segments (Technology/Region)

        17.4.4. Sales Footprint

        17.4.5. Strategy Overview

    17.5. Iwatani

        17.5.1. Overview

        17.5.2. Technology Portfolio

        17.5.3. Profitability By Market Segments (Technology/Region)

        17.5.4. Sales Footprint

        17.5.5. Strategy Overview

    17.6. Linde

        17.6.1. Overview

        17.6.2. Technology Portfolio

        17.6.3. Profitability By Market Segments (Technology/Region)

        17.6.4. Sales Footprint

        17.6.5. Strategy Overview

    17.7. Messer Group

        17.7.1. Overview

        17.7.2. Technology Portfolio

        17.7.3. Profitability By Market Segments (Technology/Region)

        17.7.4. Sales Footprint

        17.7.5. Strategy Overview

    17.8. Plug Power

        17.8.1. Overview

        17.8.2. Technology Portfolio

        17.8.3. Profitability By Market Segments (Technology/Region)

        17.8.4. Sales Footprint

        17.8.5. Strategy Overview

    17.9. Praxair

        17.9.1. Overview

        17.9.2. Technology Portfolio

        17.9.3. Profitability By Market Segments (Technology/Region)

        17.9.4. Sales Footprint

        17.9.5. Strategy Overview

    17.10. Showa Denko

        17.10.1. Overview

        17.10.2. Technology Portfolio

        17.10.3. Profitability By Market Segments (Technology/Region)

        17.10.4. Sales Footprint

        17.10.5. Strategy Overview

    17.11. Taiyo Nippon Sanso

        17.11.1. Overview

        17.11.2. Technology Portfolio

        17.11.3. Profitability By Market Segments (Technology/Region)

        17.11.4. Sales Footprint

        17.11.5. Strategy Overview

    17.12. Xebec

        17.12.1. Overview

        17.12.2. Technology Portfolio

        17.12.3. Profitability By Market Segments (Technology/Region)

        17.12.4. Sales Footprint

        17.12.5. Strategy Overview

    17.13. Ally Hi-Tech

        17.13.1. Overview

        17.13.2. Technology Portfolio

        17.13.3. Profitability By Market Segments (Technology/Region)

        17.13.4. Sales Footprint

        17.13.5. Strategy Overview

    17.14. Ballard Power Systems

        17.14.1. Overview

        17.14.2. Technology Portfolio

        17.14.3. Profitability By Market Segments (Technology/Region)

        17.14.4. Sales Footprint

        17.14.5. Strategy Overview

    17.15. Caloric

        17.15.1. Overview

        17.15.2. Technology Portfolio

        17.15.3. Profitability By Market Segments (Technology/Region)

        17.15.4. Sales Footprint

        17.15.5. Strategy Overview

    17.16. Claind

        17.16.1. Overview

        17.16.2. Technology Portfolio

        17.16.3. Profitability By Market Segments (Technology/Region)

        17.16.4. Sales Footprint

        17.16.5. Strategy Overview

    17.17. Erredue

        17.17.1. Overview

        17.17.2. Technology Portfolio

        17.17.3. Profitability By Market Segments (Technology/Region)

        17.17.4. Sales Footprint

        17.17.5. Strategy Overview

    17.18. Hygear

        17.18.1. Overview

        17.18.2. Technology Portfolio

        17.18.3. Profitability By Market Segments (Technology/Region)

        17.18.4. Sales Footprint

        17.18.5. Strategy Overview

    17.19. Nuvera Fuel Cells

        17.19.1. Overview

        17.19.2. Technology Portfolio

        17.19.3. Profitability By Market Segments (Technology/Region)

        17.19.4. Sales Footprint

        17.19.5. Strategy Overview

    17.20. Proton Onsite

        17.20.1. Overview

        17.20.2. Technology Portfolio

        17.20.3. Profitability By Market Segments (Technology/Region)

        17.20.4. Sales Footprint

        17.20.5. Strategy Overview

    17.21. Teledyne Energy System

        17.21.1. Overview

        17.21.2. Technology Portfolio

        17.21.3. Profitability By Market Segments (Technology/Region)

        17.21.4. Sales Footprint

        17.21.5. Strategy Overview

18. Fact.MR Research Methodology

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Hydrogen Generation Market Forecast, Trend Analysis & Competition Tracking - Global Market Insights 2019 to 2029