Global Syngas Market- Industry Analysis and Forecast (2020-2027) – by Feedstock, Technology, Gasifier Type, Application, and Region.

Global Syngas Market was valued US$ 45.9 Bn in 2020 and is expected to grow US$ 94.10 Bn by 2027, at a CAGR of 10.8% during the forecast period. Global Syngas Market Snapshot   To know about the Research Methodology :- Request Free Sample Report The report study has analyzed the revenue impact of COVID-19 pandemic on the sales revenue of market leaders, market followers, and market disrupters in the report, and the same is reflected in our analysis.

Global Syngas Market Overview:

Syngas is a combination containing mainly hydrogen, carbon monoxide, and carbon dioxide. The syngas is generally formed by gasification. Its main application is the electricity generation and has some heating value. It is a flexible intermediate used for the production of methanol, ammonia, and SNG. Syngas is also an in-between into synthesizing petroleum to use as a lubricant and also to produce other chemicals. The integration of syngas-based processes into present refinery & petrochemical production facilities will not only support to develop the attractiveness of these complexes, but it will also decrease the level of requirement from crude oil for the production of fuels and petrochemicals.

Global Syngas Market Dynamics:

The ability of syngas to be made from a wide variety of feedstock, like coal, natural gas, petroleum coke, and biomass is certainly impacting the growth of the syngas market. The flexibility decreases the need for raw material for producing syngas. The commercially available gasifiers are technically innovative and retain the ability to process multiple feedstocks for syngas production. So, the obtainability of different types of raw materials across the globe has allowed the syngas manufacturers to leverage the option of taking feedstock based on the market conditions, eventually contributing extensively to the growth of the syngas market in the future. The structures of materials in syngas vary dependent leading to the chemical composition of the feedstock. Syngas is formed from many hydrocarbon feedstocks, via the reaction between both steam & oxygen. Coal gasification using the UCG (Underground coal gasification) method agrees to the in-situ gasification process, which converts coal into syngas. The combination of environmental and economic benefits of UCG (Underground coal gasification) will shoot syngas demand and production in the future. Much attention has been concentrated on reducing the use of petroleum products, like fuels and rising demand for electricity, thus syngas introduces a great opportunity for energy sustainable growths. On the other hand, the syngas market looks certain drawbacks which include the large amounts of preliminary capital investment and funding.

Global Syngas Market Segment Analysis:

By the application, the chemicals segment held the largest market share of the global syngas market in 2020, thanks to the demand for chemicals for the production of syngas from methanol, ammonia, and Fischer-tropsch synthesis products, for instance, the methanol is used as fuel plus feedstock, which makes it the most important chemical from synthesis. Ammonia is the main chemical for manufacturing fertilizers which drives the growth of the chemical segment in the syngas market. In terms of feedstock, the biomass segment is expected to hold the largest market share in the global syngas market by 2027. Progressively severe environmental rules across developed and developing economies, with the reducing coal & natural gas reserves, have enhanced the adoption and growth of biomass feedstock in the production of syngas.

Global Syngas Market Regional Analysis

Global Syngas Market Regional Insights Region-wise, Asia-Pacific dominated the market across the globe, with the largest consumption, holding the largest market share of the global market, followed by North America and Europe successively. Asia-Pacific dominated the global market share in 2018, with the demand from the chemical industry, primarily from refineries. Because of abundant coal reserves and a high dependence on crude oil imports, the Chinese coal-to-chemicals industry based on syngas utilization has improved vastly over the last 10 years. China’s refinery capacity is around 14,177 thousand barrels per day, which constitutes 14.6% of the world’s refining capacity. The Chinese oil & gas sector is dominated by four national and provincial oil companies, such as PetroChina, Sinopec, China National Offshore Oil Corporation (CNOOC), and Yanchang Petroleum. For example, PetroChina and Sinopec account for 31% and 45% of the total crude oil refining capacity in the country, individually. The above-mentioned factors are expected to increase the consumption of syngas during the forecast period. The objective of the report is to present a comprehensive analysis of the Global Syngas Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors of the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Syngas Market dynamics, structure by analyzing the market segments and project the Global Syngas Market size. Clear representation of competitive analysis of key players by type, price, financial position, Product portfolio, growth strategies, and regional presence in the Global Syngas Market make the report investor’s guide.

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Global Syngas Market, by Feedstock

• Coal • Natural Gas • Petroleum • Pet-coke • Biomass

Global Syngas Market, by Technology

• Steam Reforming • Partial Oxidation • Auto-thermal Reforming • Combined or Two-step Reforming • Biomass Gasification

Global Syngas Market, by Gasifier Type

• Fixed Bed • Entrained Flow • Fluidized Bed

Global Syngas Market, by Application

• Power Generation • Chemicals o Methanol o Ammonia o Oxo Chemicals o n-Butanol o Hydrogen o Dimethyl Ether • Liquid Fuels • Gaseous Fuels

Global Syngas Market, by Region

• North America • Europe • Asia Pacific • Middle East & Africa • South America

Global Syngas Market Key players

Sasol LimitedHaldor Topsoe A/SAir Liquide S.A.Siemens AG • Air Products and Chemicals Inc. • KBR Inc. • Linde plc • BASF SE • TechnipFMC PLC • McDermott International, Inc. • Mitsubishi Heavy Industries, Ltd. • Chiyoda Corporation • Synthesis Energy Systems, Inc. • Yara International ASA • Methanex Corporation • CF Industries Holdings, Inc. • Dow Inc. • John Wood Group PLC
Global Syngas Market 1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global Syngas Market Size, by Market Value (US$ Bn) & Volume (MWth) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Industry Trends and Emerging Technologies 5. Supply Side and Demand Side Indicators 6. Global Syngas Market Analysis and Forecast 6.1. Syngas Market Size & Y-o-Y Growth Analysis 6.1.1. North America 6.1.2. Europe 6.1.3. Asia Pacific 6.1.4. Middle East & Africa 6.1.5. South America 7. Global Syngas Market Analysis and Forecast, by Feedstock 7.1. Introduction and Definition 7.2. Key Findings 7.3. Syngas Market Value Share Analysis, by Feedstock 7.4. Syngas Market Size (US$ Bn) Forecast, by Feedstock 7.5. Syngas Market Analysis, by Feedstock 7.6. Syngas Market Attractiveness Analysis, by Feedstock 8. Global Syngas Market Analysis and Forecast, by Application 8.1. Introduction and Definition 8.2. Key Findings 8.3. Syngas Market Value Share Analysis, by Application 8.4. Syngas Market Size (US$ Bn) Forecast, by Application 8.5. Syngas Market Analysis, by Application 8.6. Syngas Market Attractiveness Analysis, by Application 9. Global Syngas Market Analysis and Forecast, by Technology 9.1. Introduction and Definition 9.2. Key Findings 9.3. Syngas Market Value Share Analysis, by Technology 9.4. Syngas Market Size (US$ Bn) Forecast, by Technology 9.5. Syngas Market Analysis, by Technology 9.6. Syngas Market Attractiveness Analysis, by Technology 10. Global Syngas Market Analysis and Forecast, by Gasifier Type 10.1. Introduction and Definition 10.2. Key Findings 10.3. Syngas Market Value Share Analysis, by Gasifier Type 10.4. Syngas Market Size (US$ Bn) Forecast, by Gasifier Type 10.5. Syngas Market Analysis, by Gasifier Type 10.6. Syngas Market Attractiveness Analysis, by Gasifier Type 11. Global Syngas Market Analysis, by Region 11.1. Syngas Market Value Share Analysis, by Region 11.2. Syngas Market Size (US$ Bn) Forecast, by Region 11.3. Syngas Market Attractiveness Analysis, by Region 12. North America Syngas Market Analysis 12.1. Key Findings 12.2. North America Syngas Market Overview 12.3. North America Syngas Market Value Share Analysis, by Feedstock 12.4. North America Syngas Market Forecast, by Feedstock 12.4.1. Coal 12.4.2. Natural Gas 12.4.3. Petroleum 12.4.4. Pet-coke 12.4.5. Biomass 12.5. North America Syngas Market Value Share Analysis, by Application 12.6. North America Syngas Market Forecast, by Application 12.6.1. Power Generation 12.6.2. Chemicals 12.6.2.1. Methanol 12.6.2.2. Ammonia 12.6.2.3. Oxo Chemicals 12.6.2.4. n-Butanol 12.6.2.5. Hydrogen 12.6.2.6. Dimethyl Ether 12.6.3. Liquid Fuels 12.6.4. Gaseous Fuels 12.7. North America Syngas Market Value Share Analysis, by Technology 12.8. North America Syngas Market Forecast, by Technology 12.8.1. Steam Reforming 12.8.2. Partial Oxidation 12.8.3. Auto-thermal Reforming 12.8.4. Combined or Two-step Reforming 12.8.5. Biomass Gasification 12.9. North America Syngas Market Value Share Analysis, by Gasifier Type 12.10. North America Syngas Market Forecast, by Gasifier Type 12.10.1. Fixed Bed 12.10.2. Entrained Flow 12.10.3. Fluidized Bed 12.11. North America Syngas Market Value Share Analysis, by Country 12.12. North America Syngas Market Forecast, by Country 12.12.1. U.S. 12.12.2. Canada 12.13. North America Syngas Market Analysis, by Country 12.14. U.S. Syngas Market Forecast, by Feedstock 12.14.1. Coal 12.14.2. Natural Gas 12.14.3. Petroleum 12.14.4. Pet-coke 12.14.5. Biomass 12.15. U.S. Syngas Market Forecast, by Application 12.15.1. Power Generation 12.15.2. Chemicals 12.15.2.1. Methanol 12.15.2.2. Ammonia 12.15.2.3. Oxo Chemicals 12.15.2.4. n-Butanol 12.15.2.5. Hydrogen 12.15.2.6. Dimethyl Ether 12.15.3. Liquid Fuels 12.15.4. Gaseous Fuels 12.16. U.S. Syngas Market Forecast, by Technology 12.16.1. Steam Reforming 12.16.2. Partial Oxidation 12.16.3. Auto-thermal Reforming 12.16.4. Combined or Two-step Reforming 12.16.5. Biomass Gasification 12.17. U.S. Syngas Market Forecast, by Gasifier Type 12.17.1. Fixed Bed 12.17.2. Entrained Flow 12.17.3. Fluidized Bed 12.18. Canada Syngas Market Forecast, by Feedstock 12.18.1. Coal 12.18.2. Natural Gas 12.18.3. Petroleum 12.18.4. Pet-coke 12.18.5. Biomass 12.19. Canada Syngas Market Forecast, by Application 12.19.1. Power Generation 12.19.2. Chemicals 12.19.2.1. Methanol 12.19.2.2. Ammonia 12.19.2.3. Oxo Chemicals 12.19.2.4. n-Butanol 12.19.2.5. Hydrogen 12.19.2.6. Dimethyl Ether 12.19.3. Liquid Fuels 12.19.4. Gaseous Fuels 12.20. Canada Syngas Market Forecast, by Technology 12.20.1. Steam Reforming 12.20.2. Partial Oxidation 12.20.3. Auto-thermal Reforming 12.20.4. Combined or Two-step Reforming 12.20.5. Biomass Gasification 12.21. Canada Syngas Market Forecast, by Gasifier Type 12.21.1. Fixed Bed 12.21.2. Entrained Flow 12.21.3. Fluidized Bed 12.22. North America Syngas Market Attractiveness Analysis 12.22.1. By Feedstock 12.22.2. By Application 12.22.3. By Technology 12.22.4. By Gasifier Type 12.23. PEST Analysis 12.24. Key Trends 12.25. Key Developments 13. Europe Syngas Market Analysis 13.1. Key Findings 13.2. Europe Syngas Market Overview 13.3. Europe Syngas Market Value Share Analysis, by Feedstock 13.4. Europe Syngas Market Forecast, by Feedstock 13.4.1. Coal 13.4.2. Natural Gas 13.4.3. Petroleum 13.4.4. Pet-coke 13.4.5. Biomass 13.5. Europe Syngas Market Value Share Analysis, by Application 13.6. Europe Syngas Market Forecast, by Application 13.6.1. Power Generation 13.6.2. Chemicals 13.6.2.1. Methanol 13.6.2.2. Ammonia 13.6.2.3. Oxo Chemicals 13.6.2.4. n-Butanol 13.6.2.5. Hydrogen 13.6.2.6. Dimethyl Ether 13.6.3. Liquid Fuels 13.6.4. Gaseous Fuels 13.7. Europe Syngas Market Value Share Analysis, by Technology 13.8. Europe Syngas Market Forecast, by Technology 13.8.1. Steam Reforming 13.8.2. Partial Oxidation 13.8.3. Auto-thermal Reforming 13.8.4. Combined or Two-step Reforming 13.8.5. Biomass Gasification 13.9. Europe Syngas Market Value Share Analysis, by Gasifier Type 13.10. Europe Syngas Market Forecast, by Gasifier Type 13.10.1. Fixed Bed 13.10.2. Entrained Flow 13.10.3. Fluidized Bed 13.11. Europe Syngas Market Value Share Analysis, by Country 13.12. Europe Syngas Market Forecast, by Country 13.12.1. Germany 13.12.2. U.K. 13.12.3. France 13.12.4. Italy 13.12.5. Spain 13.12.6. Rest of Europe 13.13. Europe Syngas Market Analysis, by Country 13.14. Germany Syngas Market Forecast, by Feedstock 13.14.1. Coal 13.14.2. Natural Gas 13.14.3. Petroleum 13.14.4. Pet-coke 13.14.5. Biomass 13.15. Germany Syngas Market Forecast, by Application 13.15.1. Power Generation 13.15.2. Chemicals 13.15.2.1. Methanol 13.15.2.2. Ammonia 13.15.2.3. Oxo Chemicals 13.15.2.4. n-Butanol 13.15.2.5. Hydrogen 13.15.2.6. Dimethyl Ether 13.15.3. Liquid Fuels 13.15.4. Gaseous Fuels 13.16. Germany Syngas Market Forecast, by Technology 13.16.1. Steam Reforming 13.16.2. Partial Oxidation 13.16.3. Auto-thermal Reforming 13.16.4. Combined or Two-step Reforming 13.16.5. Biomass Gasification 13.17. Germany Syngas Market Forecast, by Gasifier Type 13.17.1. Fixed Bed 13.17.2. Entrained Flow 13.17.3. Fluidized Bed 13.18. U.K. Syngas Market Forecast, by Feedstock 13.18.1. Coal 13.18.2. Natural Gas 13.18.3. Petroleum 13.18.4. Pet-coke 13.18.5. Biomass 13.19. U.K. Syngas Market Forecast, by Application 13.19.1. Power Generation 13.19.2. Chemicals 13.19.2.1. Methanol 13.19.2.2. Ammonia 13.19.2.3. Oxo Chemicals 13.19.2.4. n-Butanol 13.19.2.5. Hydrogen 13.19.2.6. Dimethyl Ether 13.19.3. Liquid Fuels 13.19.4. Gaseous Fuels 13.20. U.K. Syngas Market Forecast, by Technology 13.20.1. Steam Reforming 13.20.2. Partial Oxidation 13.20.3. Auto-thermal Reforming 13.20.4. Combined or Two-step Reforming 13.20.5. Biomass Gasification 13.21. U.K. Syngas Market Forecast, by Gasifier Type 13.21.1. Fixed Bed 13.21.2. Entrained Flow 13.21.3. Fluidized Bed 13.22. France Syngas Market Forecast, by Feedstock 13.22.1. Coal 13.22.2. Natural Gas 13.22.3. Petroleum 13.22.4. Pet-coke 13.22.5. Biomass 13.23. France Syngas Market Forecast, by Application 13.23.1. Power Generation 13.23.2. Chemicals 13.23.2.1. Methanol 13.23.2.2. Ammonia 13.23.2.3. Oxo Chemicals 13.23.2.4. n-Butanol 13.23.2.5. Hydrogen 13.23.2.6. Dimethyl Ether 13.23.3. Liquid Fuels 13.23.4. Gaseous Fuels 13.24. France Syngas Market Forecast, by Technology 13.24.1. Steam Reforming 13.24.2. Partial Oxidation 13.24.3. Auto-thermal Reforming 13.24.4. Combined or Two-step Reforming 13.24.5. Biomass Gasification 13.25. France Syngas Market Forecast, by Gasifier Type 13.25.1. Fixed Bed 13.25.2. Entrained Flow 13.25.3. Fluidized Bed 13.26. Italy Syngas Market Forecast, by Feedstock 13.26.1. Coal 13.26.2. Natural Gas 13.26.3. Petroleum 13.26.4. Pet-coke 13.26.5. Biomass 13.27. Italy Syngas Market Forecast, by Application 13.27.1. Power Generation 13.27.2. Chemicals 13.27.2.1. Methanol 13.27.2.2. Ammonia 13.27.2.3. Oxo Chemicals 13.27.2.4. n-Butanol 13.27.2.5. Hydrogen 13.27.2.6. Dimethyl Ether 13.27.3. Liquid Fuels 13.27.4. Gaseous Fuels 13.28. Italy Syngas Market Forecast, by Technology 13.28.1. Steam Reforming 13.28.2. Partial Oxidation 13.28.3. Auto-thermal Reforming 13.28.4. Combined or Two-step Reforming 13.28.5. Biomass Gasification 13.29. Italy Syngas Market Forecast, by Gasifier Type 13.29.1. Fixed Bed 13.29.2. Entrained Flow 13.29.3. Fluidized Bed 13.30. Spain Syngas Market Forecast, by Feedstock 13.30.1. Coal 13.30.2. Natural Gas 13.30.3. Petroleum 13.30.4. Pet-coke 13.30.5. Biomass 13.31. Spain Syngas Market Forecast, by Application 13.31.1. Power Generation 13.31.2. Chemicals 13.31.2.1. Methanol 13.31.2.2. Ammonia 13.31.2.3. Oxo Chemicals 13.31.2.4. n-Butanol 13.31.2.5. Hydrogen 13.31.2.6. Dimethyl Ether 13.31.3. Liquid Fuels 13.31.4. Gaseous Fuels 13.32. Spain Syngas Market Forecast, by Technology 13.32.1. Steam Reforming 13.32.2. Partial Oxidation 13.32.3. Auto-thermal Reforming 13.32.4. Combined or Two-step Reforming 13.32.5. Biomass Gasification 13.33. Spain Syngas Market Forecast, by Gasifier Type 13.33.1. Fixed Bed 13.33.2. Entrained Flow 13.33.3. Fluidized Bed 13.34. Rest of Europe Syngas Market Forecast, by Feedstock 13.34.1. Coal 13.34.2. Natural Gas 13.34.3. Petroleum 13.34.4. Pet-coke 13.34.5. Biomass 13.35. Rest of Europe Syngas Market Forecast, by Application 13.35.1. Power Generation 13.35.2. Chemicals 13.35.2.1. Methanol 13.35.2.2. Ammonia 13.35.2.3. Oxo Chemicals 13.35.2.4. n-Butanol 13.35.2.5. Hydrogen 13.35.2.6. Dimethyl Ether 13.35.3. Liquid Fuels 13.35.4. Gaseous Fuels 13.36. Rest of Europe Syngas Market Forecast, by Technology 13.36.1. Steam Reforming 13.36.2. Partial Oxidation 13.36.3. Auto-thermal Reforming 13.36.4. Combined or Two-step Reforming 13.36.5. Biomass Gasification 13.37. Rest Of Europe Syngas Market Forecast, by Gasifier Type 13.37.1. Fixed Bed 13.37.2. Entrained Flow 13.37.3. Fluidized Bed 13.38. Europe Syngas Market Attractiveness Analysis 13.38.1. By Feedstock 13.38.2. By Application 13.38.3. By Technology 13.38.4. By Gasifier Type 13.39. PEST Analysis 13.40. Key Trends 13.41. Key Developments 14. Asia Pacific Syngas Market Analysis 14.1. Key Findings 14.2. Asia Pacific Syngas Market Overview 14.3. Asia Pacific Syngas Market Value Share Analysis, by Feedstock 14.4. Asia Pacific Syngas Market Forecast, by Feedstock 14.4.1. Coal 14.4.2. Natural Gas 14.4.3. Petroleum 14.4.4. Pet-coke 14.4.5. Biomass 14.5. Asia Pacific Syngas Market Value Share Analysis, by Application 14.6. Asia Pacific Syngas Market Forecast, by Application 14.6.1. Power Generation 14.6.2. Chemicals 14.6.2.1. Methanol 14.6.2.2. Ammonia 14.6.2.3. Oxo Chemicals 14.6.2.4. n-Butanol 14.6.2.5. Hydrogen 14.6.2.6. Dimethyl Ether 14.6.3. Liquid Fuels 14.6.4. Gaseous Fuels 14.7. Asia Pacific Syngas Market Value Share Analysis, by Technology 14.8. Asia Pacific Syngas Market Forecast, by Technology 14.8.1. Steam Reforming 14.8.2. Partial Oxidation 14.8.3. Auto-thermal Reforming 14.8.4. Combined or Two-step Reforming 14.8.5. Biomass Gasification 14.9. Asia Pacific Syngas Market Value Share Analysis, by Gasifier Type 14.10. Asia Pacific Syngas Market Forecast, by Gasifier Type 14.10.1. Fixed Bed 14.10.2. Entrained Flow 14.10.3. Fluidized Bed 14.11. Asia Pacific Syngas Market Value Share Analysis, by Country 14.12. Asia Pacific Syngas Market Forecast, by Country 14.12.1. China 14.12.2. India 14.12.3. Japan 14.12.4. ASEAN 14.12.5. Rest of Asia Pacific 14.13. Asia Pacific Syngas Market Analysis, by Country 14.14. China Syngas Market Forecast, by Feedstock 14.14.1. Coal 14.14.2. Natural Gas 14.14.3. Petroleum 14.14.4. Pet-coke 14.14.5. Biomass 14.15. China Syngas Market Forecast, by Application 14.15.1. Power Generation 14.15.2. Chemicals 14.15.2.1. Methanol 14.15.2.2. Ammonia 14.15.2.3. Oxo Chemicals 14.15.2.4. n-Butanol 14.15.2.5. Hydrogen 14.15.2.6. Dimethyl Ether 14.15.3. Liquid Fuels 14.15.4. Gaseous Fuels 14.16. China Syngas Market Forecast, by Technology 14.16.1. Steam Reforming 14.16.2. Partial Oxidation 14.16.3. Auto-thermal Reforming 14.16.4. Combined or Two-step Reforming 14.16.5. Biomass Gasification 14.17. China Syngas Market Forecast, by Gasifier Type 14.17.1. Fixed Bed 14.17.2. Entrained Flow 14.17.3. Fluidized Bed 14.18. India Syngas Market Forecast, by Feedstock 14.18.1. Coal 14.18.2. Natural Gas 14.18.3. Petroleum 14.18.4. Pet-coke 14.18.5. Biomass 14.19. India Syngas Market Forecast, by Application 14.19.1. Power Generation 14.19.2. Chemicals 14.19.2.1. Methanol 14.19.2.2. Ammonia 14.19.2.3. Oxo Chemicals 14.19.2.4. n-Butanol 14.19.2.5. Hydrogen 14.19.2.6. Dimethyl Ether 14.19.3. Liquid Fuels 14.19.4. Gaseous Fuels 14.20. India Syngas Market Forecast, by Technology 14.20.1. Steam Reforming 14.20.2. Partial Oxidation 14.20.3. Auto-thermal Reforming 14.20.4. Combined or Two-step Reforming 14.20.5. Biomass Gasification 14.21. India Syngas Market Forecast, by Gasifier Type 14.21.1. Fixed Bed 14.21.2. Entrained Flow 14.21.3. Fluidized Bed 14.22. Japan Syngas Market Forecast, by Feedstock 14.22.1. Coal 14.22.2. Natural Gas 14.22.3. Petroleum 14.22.4. Pet-coke 14.22.5. Biomass 14.23. Japan Syngas Market Forecast, by Application 14.23.1. Power Generation 14.23.2. Chemicals 14.23.2.1. Methanol 14.23.2.2. Ammonia 14.23.2.3. Oxo Chemicals 14.23.2.4. n-Butanol 14.23.2.5. Hydrogen 14.23.2.6. Dimethyl Ether 14.23.3. Liquid Fuels 14.23.4. Gaseous Fuels 14.24. Japan Syngas Market Forecast, by Technology 14.24.1. Steam Reforming 14.24.2. Partial Oxidation 14.24.3. Auto-thermal Reforming 14.24.4. Combined or Two-step Reforming 14.24.5. Biomass Gasification 14.25. Japan Syngas Market Forecast, by Gasifier Type 14.25.1. Fixed Bed 14.25.2. Entrained Flow 14.25.3. Fluidized Bed 14.26. ASEAN Syngas Market Forecast, by Feedstock 14.26.1. Coal 14.26.2. Natural Gas 14.26.3. Petroleum 14.26.4. Pet-coke 14.26.5. Biomass 14.27. ASEAN Syngas Market Forecast, by Application 14.27.1. Power Generation 14.27.2. Chemicals 14.27.2.1. Methanol 14.27.2.2. Ammonia 14.27.2.3. Oxo Chemicals 14.27.2.4. n-Butanol 14.27.2.5. Hydrogen 14.27.2.6. Dimethyl Ether 14.27.3. Liquid Fuels 14.27.4. Gaseous Fuels 14.28. ASEAN Syngas Market Forecast, by Technology 14.28.1. Steam Reforming 14.28.2. Partial Oxidation 14.28.3. Auto-thermal Reforming 14.28.4. Combined or Two-step Reforming 14.28.5. Biomass Gasification 14.29. ASEAN Syngas Market Forecast, by Gasifier Type 14.29.1. Fixed Bed 14.29.2. Entrained Flow 14.29.3. Fluidized Bed 14.30. Rest of Asia Pacific Syngas Market Forecast, by Feedstock 14.30.1. Coal 14.30.2. Natural Gas 14.30.3. Petroleum 14.30.4. Pet-coke 14.30.5. Biomass 14.31. Rest of Asia Pacific Syngas Market Forecast, by Application 14.31.1. Power Generation 14.31.2. Chemicals 14.31.2.1. Methanol 14.31.2.2. Ammonia 14.31.2.3. Oxo Chemicals 14.31.2.4. n-Butanol 14.31.2.5. Hydrogen 14.31.2.6. Dimethyl Ether 14.31.3. Liquid Fuels 14.31.4. Gaseous Fuels 14.32. Rest of Asia Pacific Syngas Market Forecast, by Technology 14.32.1. Steam Reforming 14.32.2. Partial Oxidation 14.32.3. Auto-thermal Reforming 14.32.4. Combined or Two-step Reforming 14.32.5. Biomass Gasification 14.33. Rest of Asia Pacific Syngas Market Forecast, by Gasifier Type 14.33.1. Fixed Bed 14.33.2. Entrained Flow 14.33.3. Fluidized Bed 14.34. Asia Pacific Syngas Market Attractiveness Analysis 14.34.1. By Feedstock 14.34.2. By Application 14.34.3. By Technology 14.34.4. By Gasifier Type 14.35. PEST Analysis 14.36. Key Trends 14.37. Key Developments 15. Middle East & Africa Syngas Market Analysis 15.1. Key Findings 15.2. Middle East & Africa Syngas Market Overview 15.3. Middle East & Africa Syngas Market Value Share Analysis, by Feedstock 15.4. Middle East & Africa Syngas Market Forecast, by Feedstock 15.4.1. Coal 15.4.2. Natural Gas 15.4.3. Petroleum 15.4.4. Pet-coke 15.4.5. Biomass 15.5. Middle East & Africa Syngas Market Value Share Analysis, by Application 15.6. Middle East & Africa Syngas Market Forecast, by Application 15.6.1. Power Generation 15.6.2. Chemicals 15.6.2.1. Methanol 15.6.2.2. Ammonia 15.6.2.3. Oxo Chemicals 15.6.2.4. n-Butanol 15.6.2.5. Hydrogen 15.6.2.6. Dimethyl Ether 15.6.3. Liquid Fuels 15.6.4. Gaseous Fuels 15.7. Middle East & Africa Syngas Market Value Share Analysis, by Technology 15.8. Middle East & Africa Syngas Market Forecast, by Technology 15.8.1. Steam Reforming 15.8.2. Partial Oxidation 15.8.3. Auto-thermal Reforming 15.8.4. Combined or Two-step Reforming 15.8.5. Biomass Gasification 15.9. Middle East & Africa Syngas Market Value Share Analysis, by Gasifier Type 15.10. Middle East & Africa Syngas Market Forecast, by Gasifier Type 15.10.1. Fixed Bed 15.10.2. Entrained Flow 15.10.3. Fluidized Bed 15.11. Middle East & Africa Syngas Market Value Share Analysis, by Country 15.12. Middle East & Africa Syngas Market Forecast, by Country 15.12.1. GCC 15.12.2. South Africa 15.12.3. Rest of Middle East & Africa 15.13. Middle East & Africa Syngas Market Analysis, by Country 15.14. GCC Syngas Market Forecast, by Feedstock 15.14.1. Coal 15.14.2. Natural Gas 15.14.3. Petroleum 15.14.4. Pet-coke 15.14.5. Biomass 15.15. GCC Syngas Market Forecast, by Application 15.15.1. Power Generation 15.15.2. Chemicals 15.15.2.1. Methanol 15.15.2.2. Ammonia 15.15.2.3. Oxo Chemicals 15.15.2.4. n-Butanol 15.15.2.5. Hydrogen 15.15.2.6. Dimethyl Ether 15.15.3. Liquid Fuels 15.15.4. Gaseous Fuels 15.16. GCC Syngas Market Forecast, by Technology 15.16.1. Steam Reforming 15.16.2. Partial Oxidation 15.16.3. Auto-thermal Reforming 15.16.4. Combined or Two-step Reforming 15.16.5. Biomass Gasification 15.17. GCC Syngas Market Forecast, by Gasifier Type 15.17.1. Fixed Bed 15.17.2. Entrained Flow 15.17.3. Fluidized Bed 15.18. South Africa Syngas Market Forecast, by Feedstock 15.18.1. Coal 15.18.2. Natural Gas 15.18.3. Petroleum 15.18.4. Pet-coke 15.18.5. Biomass 15.19. South Africa Syngas Market Forecast, by Application 15.19.1. Power Generation 15.19.2. Chemicals 15.19.2.1. Methanol 15.19.2.2. Ammonia 15.19.2.3. Oxo Chemicals 15.19.2.4. n-Butanol 15.19.2.5. Hydrogen 15.19.2.6. Dimethyl Ether 15.19.3. Liquid Fuels 15.19.4. Gaseous Fuels 15.20. South Africa Syngas Market Forecast, by Technology 15.20.1. Steam Reforming 15.20.2. Partial Oxidation 15.20.3. Auto-thermal Reforming 15.20.4. Combined or Two-step Reforming 15.20.5. Biomass Gasification 15.21. South Africa Syngas Market Forecast, by Gasifier Type 15.21.1. Fixed Bed 15.21.2. Entrained Flow 15.21.3. Fluidized Bed 15.22. Rest of Middle East & Africa Syngas Market Forecast, by Feedstock 15.22.1. Coal 15.22.2. Natural Gas 15.22.3. Petroleum 15.22.4. Pet-coke 15.22.5. Biomass 15.23. Rest of Middle East & Africa Syngas Market Forecast, by Application 15.23.1. Power Generation 15.23.2. Chemicals 15.23.2.1. Methanol 15.23.2.2. Ammonia 15.23.2.3. Oxo Chemicals 15.23.2.4. n-Butanol 15.23.2.5. Hydrogen 15.23.2.6. Dimethyl Ether 15.23.3. Liquid Fuels 15.23.4. Gaseous Fuels 15.24. Rest of Middle East & Africa Syngas Market Forecast, by Technology 15.24.1. Steam Reforming 15.24.2. Partial Oxidation 15.24.3. Auto-thermal Reforming 15.24.4. Combined or Two-step Reforming 15.24.5. Biomass Gasification 15.25. Rest of Middle East & Africa Syngas Market Forecast, by Gasifier Type 15.25.1. Fixed Bed 15.25.2. Entrained Flow 15.25.3. Fluidized Bed 15.26. Middle East & Africa Syngas Market Attractiveness Analysis 15.26.1. By Feedstock 15.26.2. By Application 15.26.3. By Technology 15.26.4. By Gasifier Type 15.27. PEST Analysis 15.28. Key Trends 15.29. Key Developments 16. South America Syngas Market Analysis 16.1. Key Findings 16.2. South America Syngas Market Overview 16.3. South America Syngas Market Value Share Analysis, by Feedstock 16.4. South America Syngas Market Forecast, by Feedstock 16.4.1. Coal 16.4.2. Natural Gas 16.4.3. Petroleum 16.4.4. Pet-coke 16.4.5. Biomass 16.5. South America Syngas Market Value Share Analysis, by Application 16.6. South America Syngas Market Forecast, by Application 16.6.1. Power Generation 16.6.2. Chemicals 16.6.2.1. Methanol 16.6.2.2. Ammonia 16.6.2.3. Oxo Chemicals 16.6.2.4. n-Butanol 16.6.2.5. Hydrogen 16.6.2.6. Dimethyl Ether 16.6.3. Liquid Fuels 16.6.4. Gaseous Fuels 16.7. South America Syngas Market Value Share Analysis, by Technology 16.8. South America Syngas Market Forecast, by Technology 16.8.1. Steam Reforming 16.8.2. Partial Oxidation 16.8.3. Auto-thermal Reforming 16.8.4. Combined or Two-step Reforming 16.8.5. Biomass Gasification 16.9. South America Syngas Market Value Share Analysis, by Gasifier Type 16.10. South America Syngas Market Forecast, by Gasifier Type 16.10.1. Fixed Bed 16.10.2. Entrained Flow 16.10.3. Fluidized Bed 16.11. South America Syngas Market Value Share Analysis, by Country 16.12. South America Syngas Market Forecast, by Country 16.12.1. Brazil 16.12.2. Mexico 16.12.3. Rest of South America 16.13. South America Syngas Market Analysis, by Country 16.14. Brazil Syngas Market Forecast, by Feedstock 16.14.1. Coal 16.14.2. Natural Gas 16.14.3. Petroleum 16.14.4. Pet-coke 16.14.5. Biomass 16.15. Brazil Syngas Market Forecast, by Application 16.15.1. Power Generation 16.15.2. Chemicals 16.15.2.1. Methanol 16.15.2.2. Ammonia 16.15.2.3. Oxo Chemicals 16.15.2.4. n-Butanol 16.15.2.5. Hydrogen 16.15.2.6. Dimethyl Ether 16.15.3. Liquid Fuels 16.15.4. Gaseous Fuels 16.16. Brazil Syngas Market Forecast, by Technology 16.16.1. Steam Reforming 16.16.2. Partial Oxidation 16.16.3. Auto-thermal Reforming 16.16.4. Combined or Two-step Reforming 16.16.5. Biomass Gasification 16.17. Brazil Syngas Market Forecast, by Gasifier Type 16.17.1. Fixed Bed 16.17.2. Entrained Flow 16.17.3. Fluidized Bed 16.18. Mexico Syngas Market Forecast, by Feedstock 16.18.1. Coal 16.18.2. Natural Gas 16.18.3. Petroleum 16.18.4. Pet-coke 16.18.5. Biomass 16.19. Mexico Syngas Market Forecast, by Application 16.19.1. Power Generation 16.19.2. Chemicals 16.19.2.1. Methanol 16.19.2.2. Ammonia 16.19.2.3. Oxo Chemicals 16.19.2.4. n-Butanol 16.19.2.5. Hydrogen 16.19.2.6. Dimethyl Ether 16.19.3. Liquid Fuels 16.19.4. Gaseous Fuels 16.20. Mexico Syngas Market Forecast, by Technology 16.20.1. Steam Reforming 16.20.2. Partial Oxidation 16.20.3. Auto-thermal Reforming 16.20.4. Combined or Two-step Reforming 16.20.5. Biomass Gasification 16.21. Mexico Syngas Market Forecast, by Gasifier Type 16.21.1. Fixed Bed 16.21.2. Entrained Flow 16.21.3. Fluidized Bed 16.22. Rest of South America Syngas Market Forecast, by Feedstock 16.22.1. Coal 16.22.2. Natural Gas 16.22.3. Petroleum 16.22.4. Pet-coke 16.22.5. Biomass 16.23. Rest of South America Syngas Market Forecast, by Application 16.23.1. Power Generation 16.23.2. Chemicals 16.23.2.1. Methanol 16.23.2.2. Ammonia 16.23.2.3. Oxo Chemicals 16.23.2.4. n-Butanol 16.23.2.5. Hydrogen 16.23.2.6. Dimethyl Ether 16.23.3. Liquid Fuels 16.23.4. Gaseous Fuels 16.24. Rest of South America Syngas Market Forecast, by Technology 16.24.1. Steam Reforming 16.24.2. Partial Oxidation 16.24.3. Auto-thermal Reforming 16.24.4. Combined or Two-step Reforming 16.24.5. Biomass Gasification 16.25. Rest of South America Syngas Market Forecast, by Gasifier Type 16.25.1. Fixed Bed 16.25.2. Entrained Flow 16.25.3. Fluidized Bed 16.26. South America Syngas Market Attractiveness Analysis 16.26.1. By Feedstock 16.26.2. By Application 16.26.3. By Technology 16.26.4. By Gasifier Type 16.27. PEST Analysis 16.28. Key Trends 16.29. Key Developments 17. Company Profiles 17.1. Market Share Analysis, by Company 17.2. Competition Matrix 17.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment 17.2.2. New Product Launches and Product Enhancements 17.2.3. Market Consolidation 17.2.3.1. M&A by Regions, Investment and Applications 17.2.3.2. M&A Key Players, Forward Integration and Backward Integration 17.3. Company Profiles: Key Players 17.3.1. Sasol Limited 17.3.1.1. Company Overview 17.3.1.2. Financial Overview 17.3.1.3. Product Portfolio 17.3.1.4. Business Strategy 17.3.1.5. Recent Developments 17.3.1.6. Development Footprint 17.3.2. Haldor Topsoe A/S 17.3.3. Air Liquide S.A. 17.3.4. Siemens AG 17.3.5. Air Products and Chemicals Inc. 17.3.6. KBR Inc. 17.3.7. Linde plc 17.3.8. BASF SE 17.3.9. TechnipFMC PLC 17.3.10. McDermott International, Inc. 17.3.11. Mitsubishi Heavy Industries, Ltd. 17.3.12. Chiyoda Corporation 17.3.13. Synthesis Energy Systems, Inc. 17.3.14. Yara International ASA 17.3.15. Methanex Corporation 17.3.16. CF Industries Holdings, Inc. 17.3.17. Dow Inc. 17.3.18. John Wood Group PLC 17.3.19. Others 18. Primary Key Insights

About This Report

Report ID68868
Category Food & Beverages
Published DateAugust 2020
Updated DateSept 2021
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