Global Steam Turbine Market : Global Industry Analysis and Forecast (2018-2026) – By Technology, Rated Capacity, Blade Design,Exhaust Type, Steam Flow, End Use, Application,and Region.

Global Steam Turbine Market : Global Industry Analysis and Forecast (2018-2026) – By Technology, Rated Capacity, Blade Design,Exhaust Type, Steam Flow, End Use, Application,and Region.

Market Scenario

Global Steam Turbine Market was valued US$ 16.63 Bn in 2017 and is expected to reach 23.20 Bn by 2026, at a CAGR of 4.25 % during a forecast period. Global Steam Turbine Market A mechanical device , which extracts thermal energy from pressurized steam and usages it to perform mechanical work for rotating the shaft is known as a steam turbine.Growing demand for uninterrupted power from developing countries such as China and India is projected to drive the global steam turbine market during the forecast period. Rising demand for electricity, rapid industrialization, and development of more efficient turbines & technology, aid steam turbines secure a greater footprint in the global steam turbine market. The expansion of nuclear-based power plants across the globe is one of the key drivers in the global steam turbine market. Additionally, the rapid exhaustion of non-renewable energy resources, the key players are investing in R&D to come up with steam turbines, which can generate electricity from renewable energy sources is expected to boost the global steam turbine market. The Condensing steam segment is expected to dominate the global steam turbine market and is projected to maintain its dominance during the forecast period. These steam segments are extensively used type owing to its greater efficiency and the capability to produce more electricity at reasonably lower operational cost. Cogeneration is expected to grow at a XX% rate of CAGR in the global steam turbine market. In the developing countries across the globe, XX million tonnes of bagasse is is formed annually, which is used for fulfilling the energy requirements of the sugar mills and the extra bagasse can be used to produce additional power for sale to the grid with the cogeneration technology. Bagasse based co-generation has been well recognized in many countries across the globe particularly in the largest sugar-producing countries like Brazil and India. Many sugarcane generating countries like Australia, Guatemala, Vietnam, and the Philippines are previously generating electricity from bagasse. It is projected that the power generation potential from bagasse in the co-generation process is expected to boom the global steam turbine market. The Asia Pacific is expected to lead the global steam turbine market. The leading position in the market can be attributed to the increasing energy demand from both industrial and domestic level, which will be expected to increase the installation of nuclear, coal and combine cycle power generation facilities. China is the primary consumer of steam turbines owing to the increasing demand for electricity. The country is primarily relying on coal-fired power generation plants for the generation of electricity. Rapid industrialization in developing countries such as China and India is expected to increase the demand for combined heat & power systems. The government of country China is now strictly holding back the structure of new coal-fired power plants to become a global leader in clean energy. They also deal with the capacity excess in the coal sector, which helps to reduce CO2 emissions. New projects are announced by the government, which are based on the usage of advanced technologies such as supercritical and ultra-supercritical technology. The objective of the report is to present a comprehensive assessment of the market and contains thoughtful insights, facts, historical data, industry-validated market data and projections with a suitable set of assumptions and methodology. The report also helps in understanding dynamics, structure by analysing the market segments and, project the global steam turbine market. The report also provides a clear representation of competitive analysis of key players by product, price, financial position, product portfolio, growth strategies, and regional presence in the global steam turbine market. The report also provides PEST analysis, PORTER’s analysis, SWOT analysis to address the question of shareholders in arranging the efforts and investment in the near future to a particular market segment.

The Scope of the Report for Global Steam Turbine Market

Global Steam Turbine Market, By Technology

• Steam Cycle • Combined Cycle • Cogeneration

Global Steam Turbine Market,By Rated Capacity

• 1-120 MW • 121-350 MW • 351-750 MW • Above 750 MW

Global Steam Turbine Market, By Blade Design

• Impulse • Reaction

Global Steam Turbine Market,By Exhaust Type

• Condensing • Non-condensing

Global Steam Turbine Market, By Steam Flow

• Axial • Radial • Mixed • Tangential or Helical • Reentry

Global Steam Turbine Market, By End Use

• Industrial • Power & Utility • Others

Global Steam Turbine Market,By Application

• Coal • Nuclear • Biomass • Others

Global Steam Turbine Market,By Region

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

Key players :

• General Electric Company • Sulzer Ltd. • STORK • Hyundai Heavy Industries Ltd. • JSW Power Systems Private Ltd. • Elliot Group • Mitsubishi Hitachi Power Systems Americas, Inc. • Turbine Generator Maintenance, Inc. • MAN Energy Solutions • Kessels Steam Turbines • Dongfang Electric Corporation Limited • Toshiba Corporation • Alstom SA • Siemens AG • Harbin Electric International Company Limited • Shanghai Electric Group Co. Ltd • Fuji Electric Co., Ltd. • Ansaldo Energia S.P.A • Bharat Heavy Electricals Limited Global Flexible AC Transmission System Market

Table of Contents

Table of Content

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 Steam Turbine Market Size, by Market Value (US$ Bn) and Volume (US$ Units) 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 in Global Steam Turbine Market and Emerging Technologies 4.8. Patent Registration 5. Supply Side and Demand Side Indicators 6. Global Steam Turbine Market Analysis and Forecast 6.1. Global Steam Turbine 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 Steam Turbine Market Analysis and Forecast, by Technology 7.1. Introduction and Definition 7.2. Key Findings 7.3. Global Steam Turbine Market Value Share Analysis, by Technology 7.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by Technology 7.5. Global Steam Turbine Market Analysis, by Technology Global Steam Turbine Market Attractiveness Analysis, by Technology 8. Global Steam Turbine Market Analysis and Forecast, by Rated Capacity 8.1. Introduction and Definition 8.2. Key Findings 8.3. Global Steam Turbine Market Value Share Analysis, by Rated Capacity 8.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by Rated Capacity 8.5. Global Steam Turbine Market Analysis, by Rated Capacity 8.6. Global Steam Turbine Market Attractiveness Analysis, by Rated Capacity 9. Global Steam Turbine Market Analysis and Forecast, by Steam Flow 9.1. Introduction and Definition 9.2. Key Findings 9.3. Global Steam Turbine Market Value Share Analysis, by Steam Flow 9.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by Steam Flow 9.5. Global Steam Turbine Market Analysis, by Steam Flow 9.6. Global Steam Turbine Market Attractiveness Analysis, by Steam Flow 10. Global Steam Turbine Market Analysis and Forecast, by End Use 10.1. Introduction and Definition 10.2. Key Findings 10.3. Global Steam Turbine Market Value Share Analysis, by End Use 10.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by End Use 10.5. Global Steam Turbine Market Analysis, by End Use 10.6. Global Steam Turbine Market Attractiveness Analysis, by End Use 11. Global Steam Turbine Market Analysis and Forecast, by Application 11.1. Introduction and Definition 11.2. Key Findings 11.3. Global Steam Turbine Market Value Share Analysis, by Application 11.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by Application 11.5. Global Steam Turbine Market Analysis, by Application 11.6. Global Steam Turbine Market Attractiveness Analysis, by Application 12. Global Steam Turbine Market Analysis and Forecast, by Blade Design 12.1. Introduction and Definition 12.2. Key Findings 12.3. Global Steam Turbine Market Value Share Analysis, by Blade Design 12.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by Blade Design 12.5. Global Steam Turbine Market Analysis, by Blade Design 12.6. Global Steam Turbine Market Attractiveness Analysis, by Blade Design 13. Global Steam Turbine Market Analysis and Forecast, by Exhaust Type 13.1. Introduction and Definition 13.2. Key Findings 13.3. Global Steam Turbine Market Value Share Analysis, by Exhaust Type 13.4. Global Steam Turbine Market Size (US$ Bn) Forecast, by Exhaust Type 13.5. Global Steam Turbine Market Analysis, by Exhaust Type 13.6. Global Steam Turbine Market Attractiveness Analysis, by Exhaust Type 14. Global Steam Turbine Market Analysis, by Region 14.1. Global Steam Turbine Market Value Share Analysis, by Region 14.2. Global Steam Turbine Market Size (US$ Bn) Forecast, by Region 14.3. Global Steam Turbine Market Attractiveness Analysis, by Region 15. North America Steam Turbine Market Analysis 15.1. Key Findings 15.2. North America Steam Turbine Market Overview 15.3. North America Steam Turbine Market Value Share Analysis, by Technology 15.4. North America Steam Turbine Market Forecast, by Technology 15.4.1. Steam Cycle 15.4.2. Combined Cycle 15.4.3. Cogeneration 15.5. North America Steam Turbine Market Value Share Analysis, by Rated Capacity 15.6. North America Steam Turbine Market Forecast, by Rated Capacity 15.6.1.1. 1-120 MW 15.6.1.2. 121-350 MW 15.6.1.3. 351-750 MW 15.6.1.4. Above 750 MW 15.7. North America Steam Turbine Market Value Share Analysis, by Steam Flow 15.8. North America Steam Turbine Market Forecast, by Steam Flow 15.8.1.1. Axial 15.8.1.2. Radial 15.8.1.3. Mixed 15.8.1.4. Tangential or Helical 15.8.1.5. Re-entry 15.9. North America Steam Turbine Market Value Share Analysis, by End Use 15.10. North America Steam Turbine Market Forecast, by End Use 15.10.1. Industrial 15.10.2. Power & Utility 15.10.3. Reaction 15.11. North America Steam Turbine Market Value Share Analysis, by Application 15.12. North America Steam Turbine Market Forecast, by Application 15.12.1. Coal 15.12.2. Nuclear 15.12.3. Biomass 15.12.4. Others 15.13. North America Steam Turbine Market Value Share Analysis, by Blade Design 15.14. North America Steam Turbine Market Forecast, by Blade Design 15.14.1. Impulse 15.14.2. Reaction 15.15. North America Steam Turbine Market Value Share Analysis, by Exhaust Type 15.16. North America Steam Turbine Market Forecast, by Exhaust Type 15.16.1. Condensing 15.16.2. Non-condensing 15.17. North America Steam Turbine Market Value Share Analysis, by Country 15.18. North America Steam Turbine Market Forecast, by Country 15.18.1. U.S. 15.18.2. Canada 15.19. North America Steam Turbine Market Analysis, by Country 15.20. U.S. Steam Turbine Market Forecast, by Technology 15.20.1. Steam Cycle 15.20.2. Combined Cycle 15.20.3. Cogeneration 15.21. U.S. Steam Turbine Market Forecast, by Rated Capacity 15.21.1.1. 1-120 MW 15.21.1.2. 121-350 MW 15.21.1.3. 351-750 MW 15.21.1.4. Above 750 MW 15.22. U.S. Steam Turbine Market Forecast, by Steam Flow 15.22.1. Axial 15.22.2. Radial 15.22.3. Mixed 15.22.4. Tangential or Helical 15.22.5. Reentry 15.23. U.S. Steam Turbine Market Forecast, by End Use 15.23.1. Industrial 15.23.2. Power & Utility 15.23.3. Reaction 15.24. U.S. Steam Turbine Market Forecast, by Application 15.24.1. Coal 15.24.2. Nuclear 15.24.3. Biomass 15.24.4. Others 15.25. U.S. Steam Turbine Market Forecast, by Blade Design 15.25.1. Impulse 15.25.2. Reaction 15.26. U.S. Steam Turbine Market Forecast, by Exhaust Type 15.26.1. Condensing 15.26.2. Non-condensing 15.27. Canada Steam Turbine Market Forecast, by Technology 15.27.1. Steam Cycle 15.27.2. Combined Cycle 15.27.3. Cogeneration 15.28. Canada Steam Turbine Market Forecast, by Rated Capacity 15.28.1. 1-120 MW 15.28.2. 121-350 MW 15.28.3. 351-750 MW 15.28.4. Above 750 MW 15.29. Canada Steam Turbine Market Forecast, by Steam Flow 15.29.1. Axial 15.29.2. Radial 15.29.3. Mixed 15.29.4. Tangential or Helical 15.29.5. Reentry 15.30. Canada Steam Turbine Market Forecast, by End Use 15.30.1. Industrial 15.30.2. Power & Utility 15.30.3. Reaction 15.31. Canada Steam Turbine Market Forecast, by Services 15.31.1. Coal 15.31.2. Nuclear 15.31.3. Biomass 15.31.4. Others 15.32. Canada Steam Turbine Market Forecast, by Blade Design 15.32.1. Impulse 15.32.2. Reaction 15.33. Canada Steam Turbine Market Forecast, by Exhaust Type 15.33.1. Condensing 15.33.2. Non-condensing 15.34. North America Steam Turbine Market Attractiveness Analysis 15.34.1. By Technology 15.34.2. By Rated Capacity 15.34.3. By Steam Flow 15.34.4. By End Use 15.34.5. By Application 15.34.6. By Blade Design 15.34.7. By Exhaust Type 15.35. PEST Analysis 15.36. Key Trends 15.37. Key Developments 16. Europe Steam Turbine Market Analysis 16.1. Key Findings 16.2. Europe Steam Turbine Market Overview 16.3. Europe Steam Turbine Market Value Share Analysis, by Technology 16.4. Europe Steam Turbine Market Forecast, by Technology 16.4.1. Steam Cycle 16.4.2. Combined Cycle 16.4.3. Cogeneration 16.5. Europe Steam Turbine Market Value Share Analysis, by Rated Capacity 16.6. Europe Steam Turbine Market Forecast, by Rated Capacity 16.6.1. 1-120 MW 16.6.2. 121-350 MW 16.6.3. 351-750 MW 16.6.4. Above 750 MW 16.7. Europe Steam Turbine Market Value Share Analysis, by Steam Flow 16.8. Europe Steam Turbine Market Forecast, by Steam Flow 16.8.1. Axial 16.8.2. Radial 16.8.3. Mixed 16.8.4. Tangential or Helical 16.8.5. Reentry 16.9. Europe Steam Turbine Market Value Share Analysis, by End Use 16.10. Europe Steam Turbine Market Forecast, by End Use 16.10.1. Industrial 16.10.2. Power & Utility 16.10.3. Reaction 16.11. Europe Steam Turbine Market Value Share Analysis, by Application 16.12. Europe Steam Turbine Market Forecast, by Application 16.12.1. Coal 16.12.2. Nuclear 16.12.3. Biomass 16.12.4. Others 16.13. Europe Steam Turbine Market Value Share Analysis, by Blade Design 16.14. Europe Steam Turbine Market Forecast, by Blade Design 16.14.1. Impulse 16.14.2. Reaction 16.15. Europe Steam Turbine Market Value Share Analysis, by Exhaust Type 16.16. Europe Steam Turbine Market Forecast, by Exhaust Type 16.16.1. Condensing 16.16.2. Non-condensing 16.17. Europe Steam Turbine Market Value Share Analysis, by Country 16.18. Europe Steam Turbine Market Forecast, by Country 16.18.1. Germany 16.18.2. U.K. 16.18.3. France 16.18.4. Italy 16.18.5. Spain 16.18.6. Rest of Europe 16.19. Europe Steam Turbine Market Analysis, by Country 16.20. Germany Steam Turbine Market Forecast, by Technology 16.20.1. Steam Cycle 16.20.2. Combined Cycle 16.20.3. Cogeneration 16.21. Germany Steam Turbine Market Forecast, by Rated Capacity 16.21.1. 1-120 MW 16.21.2. 121-350 MW 16.21.3. 351-750 MW 16.21.4. Above 750 MW 16.22. Germany Steam Turbine Market Forecast, by Steam Flow 16.22.1. Axial 16.22.2. Radial 16.22.3. Mixed 16.22.4. Tangential or Helical 16.22.5. Reentry 16.23. Germany Steam Turbine Market Forecast, by End Use 16.23.1. Industrial 16.23.2. Power & Utility 16.23.3. Reaction 16.24. Germany Steam Turbine Market Forecast, by Application 16.24.1. Coal 16.24.2. Nuclear 16.24.3. Biomass 16.24.4. Others 16.25. Germany Steam Turbine Market Forecast, by Blade Design 16.25.1. Impulse 16.25.2. Reaction 16.26. Germany Steam Turbine Market Forecast, by Exhaust Type 16.26.1. Condensing 16.26.2. Non-condensing 16.27. U.K. Steam Turbine Market Forecast, by Technology 16.27.1. Steam Cycle 16.27.2. Combined Cycle 16.27.3. Cogeneration 16.28. U.K. Steam Turbine Market Forecast, by Rated Capacity 16.28.1. 1-120 MW 16.28.2. 121-350 MW 16.28.3. 351-750 MW 16.28.4. Above 750 MW 16.29. U.K. Steam Turbine Market Forecast, by Steam Flow 16.29.1. Axial 16.29.2. Radial 16.29.3. Mixed 16.29.4. Tangential or Helical 16.29.5. Reentry 16.30. U.K. Steam Turbine Market Forecast, by End Use 16.30.1. Industrial 16.30.2. Power & Utility 16.30.3. Reaction 16.31. U.K. Steam Turbine Market Forecast, by Application 16.31.1. Coal 16.31.2. Nuclear 16.31.3. Biomass 16.31.4. Others 16.32. U.K. Steam Turbine Market Forecast, by Blade Design 16.32.1. Impulse 16.32.2. Reaction 16.33. U.K. Steam Turbine Market Forecast, by Exhaust Type 16.33.1. Condensing 16.33.2. Non-condensing 16.34. France Steam Turbine Market Forecast, by Technology 16.34.1. Steam Cycle 16.34.2. Combined Cycle 16.34.3. Cogeneration 16.35. France Steam Turbine Market Forecast, by Rated Capacity 16.35.1. 1-120 MW 16.35.2. 121-350 MW 16.35.3. 351-750 MW 16.35.4. Above 750 MW 16.36. France Steam Turbine Market Forecast, by Steam Flow 16.36.1. Axial 16.36.2. Radial 16.36.3. Mixed 16.36.4. Tangential or Helical 16.36.5. Reentry 16.37. France Steam Turbine Market Forecast, by End Use 16.37.1. Industrial 16.37.2. Power & Utility 16.37.3. Reaction 16.38. France Steam Turbine Market Forecast, by Application 16.38.1. Coal 16.38.2. Nuclear 16.38.3. Biomass 16.38.4. Others 16.39. France Steam Turbine Market Forecast, by Blade Design 16.39.1. Impulse 16.39.2. Reaction 16.40. France Steam Turbine Market Forecast, by Exhaust Type 16.40.1. Condensing 16.40.2. Non-condensing 16.41. Italy Steam Turbine Market Forecast, by Technology 16.41.1. Steam Cycle 16.41.2. Combined Cycle 16.41.3. Cogeneration 16.42. Italy Steam Turbine Market Forecast, by Rated Capacity 16.42.1. 1-120 MW 16.42.2. 121-350 MW 16.42.3. 351-750 MW 16.42.4. Above 750 MW 16.43. Italy Steam Turbine Market Forecast, by End Use 16.43.1. Industrial 16.43.2. Power & Utility 16.43.3. Reaction 16.44. Italy Steam Turbine Market Forecast, by Application 16.44.1. Coal 16.44.2. Nuclear 16.44.3. Biomass 16.44.4. Others 16.45. Italy Steam Turbine Market Forecast, by Blade Design 16.45.1. Impulse 16.45.2. Reaction 16.46. Italy Steam Turbine Market Forecast, by Exhaust Type 16.46.1. Condensing 16.46.2. Non-condensing 16.47. Spain Steam Turbine Market Forecast, by Technology 16.47.1. Steam Cycle 16.47.2. Combined Cycle 16.47.3. Cogeneration 16.48. Spain Steam Turbine Market Forecast, by Rated Capacity 16.48.1. 1-120 MW 16.48.2. 121-350 MW 16.48.3. 351-750 MW 16.48.4. Above 750 MW 16.49. Spain Steam Turbine Market Forecast, by End Use 16.49.1. Industrial 16.49.2. Power & Utility 16.49.3. Reaction 16.50. Spain Steam Turbine Market Forecast, by Application 16.50.1. Coal 16.50.2. Nuclear 16.50.3. Biomass 16.50.4. Others 16.51. Spain Steam Turbine Market Forecast, by Blade Design 16.51.1. Impulse 16.51.2. Reaction 16.52. Spain Steam Turbine Market Forecast, by Exhaust Type 16.52.1. Condensing 16.52.2. Non-condensing 16.53. Rest of Europe Steam Turbine Market Forecast, by Technology 16.53.1. Steam Cycle 16.53.2. Combined Cycle 16.53.3. Cogeneration 16.54. Rest of Europe Steam Turbine Market Forecast, by Rated Capacity 16.54.1. 1-120 MW 16.54.2. 121-350 MW 16.54.3. 351-750 MW 16.54.4. Above 750 MW 16.55. Rest of Europe Steam Turbine Market Forecast, by Steam Flow 16.55.1. Axial 16.55.2. Radial 16.55.3. Mixed 16.55.4. Tangential or Helical 16.55.5. Reentry 16.56. Rest of Europe Steam Turbine Market Forecast, by End Use 16.56.1. Industrial 16.56.2. Power & Utility 16.56.3. Reaction 16.57. Rest of Europe Steam Turbine Market Forecast, by Application 16.57.1. Coal 16.57.2. Nuclear 16.57.3. Biomass 16.57.4. Others 16.58. Rest of Europe Steam Turbine Market Forecast, by Blade Design 16.58.1. Impulse 16.58.2. Reaction 16.59. Rest of Europe Steam Turbine Market Forecast, by Exhaust Type 16.59.1. Condensing 16.59.2. Non-condensing 16.60. Europe Steam Turbine Market Attractiveness Analysis 16.60.1. By Technology 16.60.2. By Rated Capacity 16.60.3. By Steam Flow 16.60.4. By End Use 16.60.5. By Application 16.60.6. By Blade Design 16.60.7. By Exhaust Type 16.61. PEST Analysis 16.62. Key Trends 16.63. Key Development 17. Asia Pacific Steam Turbine Market Analysis 17.1. Key Findings 17.2. Asia Pacific Steam Turbine Market Overview 17.3. Asia Pacific Steam Turbine Market Value Share Analysis, by Technology 17.4. Asia Pacific Steam Turbine Market Forecast, by Technology 17.4.1. Steam Cycle 17.4.2. Combined Cycle 17.4.3. Cogeneration 17.5. Asia Pacific Steam Turbine Market Value Share Analysis, by Rated Capacity 17.6. Asia Pacific Steam Turbine Market Forecast, by Rated Capacity 17.6.1. 1-120 MW 17.6.2. 121-350 MW 17.6.3. 351-750 MW 17.6.4. Above 750 MW 17.7. Asia Pacific Steam Turbine Market Value Share Analysis, by Steam Flow 17.8. Asia Pacific Steam Turbine Market Forecast, by Steam Flow 17.8.1. Axial 17.8.2. Radial 17.8.3. Mixed 17.8.4. Tangential or Helical 17.8.5. Reentry 17.9. Asia Pacific Steam Turbine Market Value Share Analysis, by End Use 17.10. Asia Pacific Steam Turbine Market Forecast, by End Use 17.10.1. Industrial 17.10.2. Power & Utility 17.10.3. Reaction 17.11. Asia Pacific Steam Turbine Market Value Share Analysis, by Application 17.12. Asia Pacific Steam Turbine Market Forecast, by Application 17.12.1. Coal 17.12.2. Nuclear 17.12.3. Biomass 17.12.4. Others 17.13. Asia Pacific Steam Turbine Market Value Share Analysis, by Blade Design 17.14. Asia Pacific Steam Turbine Market Forecast, by Blade Design 17.14.1. Impulse 17.14.2. Reaction 17.15. Asia Pacific Steam Turbine Market Value Share Analysis, by Exhaust Type 17.16. Asia Pacific Steam Turbine Market Forecast, by Exhaust Type 17.16.1. Condensing 17.16.2. Non-condensing 17.17. Asia Pacific Steam Turbine Market Value Share Analysis, by Country 17.18. Asia Pacific Steam Turbine Market Forecast, by Country 17.18.1. China 17.18.2. India 17.18.3. Japan 17.18.4. ASEAN 17.18.5. Rest of Asia Pacific 17.19. Asia Pacific Steam Turbine Market Analysis, by Country 17.20. China Steam Turbine Market Forecast, by Technology 17.20.1. Steam Cycle 17.20.2. Combined Cycle 17.20.3. Cogeneration 17.21. China Steam Turbine Market Forecast, by Rated Capacity 17.21.1. 1-120 MW 17.21.2. 121-350 MW 17.21.3. 351-750 MW 17.21.4. Above 750 MW 17.22. China Steam Turbine Market Forecast, by Steam Flow 17.22.1. Axial 17.22.2. Radial 17.22.3. Mixed 17.22.4. Tangential or Helical 17.22.5. Reentry 17.23. China Steam Turbine Market Forecast, by End Use 17.23.1. Industrial 17.23.2. Power & Utility 17.23.3. Reaction 17.24. China Steam Turbine Market Forecast, by Application 17.24.1. Coal 17.24.2. Nuclear 17.24.3. Biomass 17.24.4. Others 17.25. China Steam Turbine Market Forecast, by Blade Design 17.25.1. Impulse 17.25.2. Reaction 17.26. China Steam Turbine Market Forecast, by Exhaust Type 17.26.1. Condensing 17.26.2. Non-condensing 17.27. India Steam Turbine Market Forecast, by Technology 17.27.1. Steam Cycle 17.27.2. Combined Cycle 17.27.3. Cogeneration 17.28. India Steam Turbine Market Forecast, by Rated Capacity 17.28.1. 1-120 MW 17.28.2. 121-350 MW 17.28.3. 351-750 MW 17.28.4. Above 750 MW 17.29. India Steam Turbine Market Forecast, by Steam Flow 17.29.1. Axial 17.29.2. Radial 17.29.3. Mixed 17.29.4. Tangential or Helical 17.29.5. Reentry 17.30. India Steam Turbine Market Forecast, by End Use 17.30.1. Industrial 17.30.2. Power & Utility 17.30.3. Reaction 17.31. India Steam Turbine Market Forecast, by Application 17.31.1. Coal 17.31.2. Nuclear 17.31.3. Biomass 17.31.4. Others 17.32. India Steam Turbine Market Forecast, by Blade Design 17.32.1. Impulse 17.32.2. Reaction 17.33. India Steam Turbine Market Forecast, by Exhaust Type 17.33.1. Condensing 17.33.2. Non-condensing 17.34. Japan Steam Turbine Market Forecast, by Technology 17.34.1. Steam Cycle 17.34.2. Combined Cycle 17.34.3. Cogeneration 17.35. Japan Steam Turbine Market Forecast, by Rated Capacity 17.35.1. 1-120 MW 17.35.2. 121-350 MW 17.35.3. 351-750 MW 17.35.4. Above 750 MW 17.36. Japan Steam Turbine Market Forecast, by Steam Flow 17.36.1. Axial 17.36.2. Radial 17.36.3. Mixed 17.36.4. Tangential or Helical 17.36.5. Reentry 17.37. Japan Steam Turbine Market Forecast, by End Use 17.37.1. Industrial 17.37.2. Power & Utility 17.37.3. Reaction 17.38. Japan Steam Turbine Market Forecast, by Application 17.38.1. Coal 17.38.2. Nuclear 17.38.3. Biomass 17.38.4. Others 17.39. Japan Steam Turbine Market Forecast, by Blade Design 17.39.1. Impulse 17.39.2. Reaction 17.40. Japan Steam Turbine Market Forecast, by Exhaust Type 17.40.1. Condensing 17.40.2. Non-condensing 17.41. ASEAN Steam Turbine Market Forecast, by Technology 17.41.1. Steam Cycle 17.41.2. Combined Cycle 17.41.3. Cogeneration 17.42. ASEAN Steam Turbine Market Forecast, by Rated Capacity 17.42.1. 1-120 MW 17.42.2. 121-350 MW 17.42.3. 351-750 MW 17.42.4. Above 750 MW 17.43. ASEAN Steam Turbine Market Forecast, by Steam Flow 17.43.1. Axial 17.43.2. Radial 17.43.3. Mixed 17.43.4. Tangential or Helical 17.43.5. Reentry 17.44. ASEAN Steam Turbine Market Forecast, by End Use 17.44.1. Industrial 17.44.2. Power & Utility 17.44.3. Reaction 17.45. ASEAN Steam Turbine Market Forecast, by Application 17.45.1. Coal 17.45.2. Nuclear 17.45.3. Biomass 17.45.4. Others 17.46. ASEAN Steam Turbine Market Forecast, by Blade Design 17.46.1. Impulse 17.46.2. Reaction 17.47. ASEAN Steam Turbine Market Forecast, by Exhaust Type 17.47.1. Condensing 17.47.2. Non-condensing 17.48. Rest of Asia Pacific Steam Turbine Market Forecast, by Technology 17.48.1. Steam Cycle 17.48.2. Combined Cycle 17.48.3. Cogeneration 17.49. Rest of Asia Pacific Steam Turbine Market Forecast, by Rated Capacity 17.49.1. 1-120 MW 17.49.2. 121-350 MW 17.49.3. 351-750 MW 17.49.4. Above 750 MW 17.50. Rest of Asia Pacific Steam Turbine Market Forecast, by Steam Flow 17.50.1. Axial 17.50.2. Radial 17.50.3. Mixed 17.50.4. Tangential or Helical 17.50.5. Reentry 17.51. Rest of Asia Pacific Steam Turbine Market Forecast, by End Use 17.51.1. Industrial 17.51.2. Power & Utility 17.51.3. Reaction 17.52. Rest of Asia Pacific Steam Turbine Market Forecast, by Application 17.52.1. Coal 17.52.2. Nuclear 17.52.3. Biomass 17.52.4. Others 17.53. Rest of Asia Pacific Steam Turbine Market Forecast, by Blade Design 17.53.1. Impulse 17.53.2. Reaction 17.54. Rest of Asia Pacific Steam Turbine Market Forecast, by Exhaust Type 17.54.1. Condensing 17.54.2. Non-condensing 17.55. Asia Pacific Steam Turbine Market Attractiveness Analysis 17.55.1. By Technology 17.55.2. By Rated Capacity 17.55.3. By Steam Flow 17.55.4. By End Use 17.55.5. By Application 17.55.6. By Blade Design 17.55.7. By Exhaust Type 17.56. PEST Analysis 17.57. Key Trends 17.58. Key Development 18. Middle East & Africa Steam Turbine Market Analysis 18.1. Key Findings 18.2. Middle East & Africa Steam Turbine Market Overview 18.3. Middle East & Africa Steam Turbine Market Value Share Analysis, by Technology 18.4. Middle East & Africa Steam Turbine Market Forecast, by Technology 18.4.1. Steam Cycle 18.4.2. Combined Cycle 18.4.3. Cogeneration 18.5. Middle East & Africa Steam Turbine Market Value Share Analysis, by Rated Capacity 18.6. Middle East & Africa Steam Turbine Market Forecast, by Rated Capacity 18.6.1. 1-120 MW 18.6.2. 121-350 MW 18.6.3. 351-750 MW 18.6.4. Above 750 MW 18.7. Middle East & Africa Steam Turbine Market Value Share Analysis, by Steam Flow 18.8. Middle East & Africa Steam Turbine Market Forecast, by Steam Flow 18.8.1. Axial 18.8.2. Radial 18.8.3. Mixed 18.8.4. Tangential or Helical 18.8.5. Reentry 18.9. Middle East & Africa Steam Turbine Market Value Share Analysis, by End Use 18.10. Middle East & Africa Steam Turbine Market Forecast, by End Use 18.10.1. Industrial 18.10.2. Power & Utility 18.10.3. Reaction 18.11. Middle East & Africa Steam Turbine Market Value Share Analysis, by Application 18.12. Middle East & Africa Steam Turbine Market Forecast, by Application 18.12.1. Coal 18.12.2. Nuclear 18.12.3. Biomass 18.12.4. Others 18.13. Middle East & Africa Steam Turbine Market Value Share Analysis, by Blade Design 18.14. Middle East & Africa Steam Turbine Market Forecast, by Blade Design 18.14.1. Impulse 18.14.2. Reaction 18.15. Middle East & Africa Steam Turbine Market Value Share Analysis, by Exhaust Type 18.16. Middle East & Africa Steam Turbine Market Forecast, by Exhaust Type 18.16.1. Condensing 18.16.2. Non-condensing 18.17. Middle East & Africa Steam Turbine Market Value Share Analysis, by Country 18.18. Middle East & Africa Steam Turbine Market Forecast, by Country 18.18.1. GCC 18.18.2. South Africa 18.18.3. Rest of Middle East & Africa 18.19. Middle East & Africa Steam Turbine Market Analysis, by Country 18.20. GCC Steam Turbine Market Forecast, by Technology 18.20.1. Steam Cycle 18.20.2. Combined Cycle 18.20.3. Cogeneration 18.21. GCC Steam Turbine Market Forecast, by Rated Capacity 18.21.1. 1-120 MW 18.21.2. 121-350 MW 18.21.3. 351-750 MW 18.21.4. Above 750 MW 18.22. GCC Steam Turbine Market Forecast, by Steam Flow 18.22.1. Axial 18.22.2. Radial 18.22.3. Mixed 18.22.4. Tangential or Helical 18.22.5. Reentry 18.23. GCC Steam Turbine Market Forecast, by End Use 18.23.1. Industrial 18.23.2. Power & Utility 18.23.3. Reaction 18.24. GCC Steam Turbine Market Forecast, by Application 18.24.1. Coal 18.24.2. Nuclear 18.24.3. Biomass 18.24.4. Others 18.25. GCC Steam Turbine Market Forecast, by Blade Design 18.25.1. Impulse 18.25.2. Reaction 18.26. GCC Steam Turbine Market Forecast, by Exhaust Type 18.26.1. Condensing 18.26.2. Non-condensing 18.27. South Africa Steam Turbine Market Forecast, by Technology 18.27.1. Steam Cycle 18.27.2. Combined Cycle 18.27.3. Cogeneration 18.28. South Africa Steam Turbine Market Forecast, by Rated Capacity 18.28.1. 1-120 MW 18.28.2. 121-350 MW 18.28.3. 351-750 MW 18.28.4. Above 750 MW 18.29. South Africa Steam Turbine Market Forecast, by Steam Flow 18.29.1. Axial 18.29.2. Radial 18.29.3. Mixed 18.29.4. Tangential or Helical 18.29.5. Reentry 18.30. South Africa Steam Turbine Market Forecast, by End Use 18.30.1. Industrial 18.30.2. Power & Utility 18.30.3. Reaction 18.31. South Africa Steam Turbine Market Forecast, by Application 18.31.1. Coal 18.31.2. Nuclear 18.31.3. Biomass 18.31.4. Others 18.32. South Africa Steam Turbine Market Forecast, by Blade Design 18.32.1. Impulse 18.32.2. Reaction 18.33. South Africa Steam Turbine Market Forecast, by Exhaust Type 18.33.1. Condensing 18.33.2. Non-condensing 18.34. Rest of Middle East & Africa Steam Turbine Market Forecast, by Technology 18.34.1. Steam Cycle 18.34.2. Combined Cycle 18.34.3. Cogeneration 18.35. Rest of Middle East & Africa Steam Turbine Market Forecast, by Rated Capacity 18.35.1. 1-120 MW 18.35.2. 121-350 MW 18.35.3. 351-750 MW 18.35.4. Above 750 MW 18.36. Rest of Middle East & Africa Steam Turbine Market Forecast, by Steam Flow 18.36.1. Axial 18.36.2. Radial 18.36.3. Mixed 18.36.4. Tangential or Helical 18.36.5. Reentry 18.37. Rest of Middle East & Africa Steam Turbine Market Forecast, by End Use 18.37.1. Industrial 18.37.2. Power & Utility 18.37.3. Reaction 18.38. Rest of Middle East & Africa Steam Turbine Market Forecast, by Application 18.38.1. Coal 18.38.2. Nuclear 18.38.3. Biomass 18.38.4. Others 18.39. Rest of Middle East & Africa Steam Turbine Market Forecast, by Blade Design 18.39.1. Impulse 18.39.2. Reaction 18.40. Rest of Middle East & Africa Steam Turbine Market Forecast, by Exhaust Type 18.40.1. Condensing 18.40.2. Non-condensing 18.41. Middle East & Africa Steam Turbine Market Attractiveness Analysis 18.41.1. By Technology 18.41.2. By Rated Capacity 18.41.3. By Steam Flow 18.41.4. By End Use 18.41.5. By Application 18.41.6. By Blade Design 18.41.7. By Exhaust Type 18.42. PEST Analysis 18.43. Key Trends 18.44. Key Developments 19. South America Steam Turbine Market Analysis 19.1. Key Findings 19.2. South America Steam Turbine Market Overview 19.3. South America Steam Turbine Market Value Share Analysis, by Technology 19.4. South America Steam Turbine Market Forecast, by Technology 19.4.1. Steam Cycle 19.4.2. Combined Cycle 19.4.3. Cogeneration 19.5. South America Steam Turbine Market Value Share Analysis, by Rated Capacity 19.6. South America Steam Turbine Market Forecast, by Rated Capacity 19.6.1. 1-120 MW 19.6.2. 121-350 MW 19.6.3. 351-750 MW 19.6.4. Above 750 MW 19.7. South America Steam Turbine Market Value Share Analysis, by Steam Flow 19.8. South America Steam Turbine Market Forecast, by Steam Flow 19.8.1. Axial 19.8.2. Radial 19.8.3. Mixed 19.8.4. Tangential or Helical 19.8.5. Reentry 19.9. South America Steam Turbine Market Value Share Analysis, by End Use 19.10. South America Steam Turbine Market Forecast, by End Use 19.10.1. Industrial 19.10.2. Power & Utility 19.10.3. Reaction 19.11. South America Steam Turbine Market Value Share Analysis, by Application 19.12. South America Steam Turbine Market Forecast, by Application 19.12.1. Coal 19.12.2. Nuclear 19.12.3. Biomass 19.12.4. Others 19.13. South America Steam Turbine Market Value Share Analysis, by Steam Flow 19.14. South America Steam Turbine Market Forecast, by Steam Flow 19.14.1. Axial 19.14.2. Radial 19.14.3. Mixed 19.14.4. Tangential or Helical 19.14.5. Reentry 19.15. South America Steam Turbine Market Value Share Analysis, by Blade Design 19.16. South America Steam Turbine Market Forecast, by Blade Design 19.16.1. Impulse 19.16.2. Reaction 19.17. South America Steam Turbine Market Value Share Analysis, by Exhaust Type 19.18. South America Steam Turbine Market Forecast, by Exhaust Type 19.18.1. Condensing 19.18.2. Non-condensing 19.19. South America Steam Turbine Market Value Share Analysis, by Country 19.20. South America Steam Turbine Market Forecast, by Country 19.20.1. Brazil 19.20.2. Mexico 19.20.3. Rest of South America 19.21. South America Steam Turbine Market Analysis, by Country 19.22. Brazil Steam Turbine Market Forecast, by Technology 19.22.1. Steam Cycle 19.22.2. Combined Cycle 19.22.3. Cogeneration 19.23. Brazil Steam Turbine Market Forecast, by Rated Capacity 19.23.1. 1-120 MW 19.23.2. 121-350 MW 19.23.3. 351-750 MW 19.23.4. Above 750 MW 19.24. Brazil Steam Turbine Market Forecast, by Steam Flow 19.24.1. Axial 19.24.2. Radial 19.24.3. Mixed 19.24.4. Tangential or Helical 19.24.5. Reentry 19.25. Brazil Steam Turbine Market Forecast, by End Use 19.25.1. Industrial 19.25.2. Power & Utility 19.25.3. Reaction 19.26. Brazil Steam Turbine Market Forecast, by Application 19.26.1. Coal 19.26.2. Nuclear 19.26.3. Biomass 19.26.4. Others 19.27. Brazil Steam Turbine Market Forecast, by Blade Design 19.27.1. Impulse 19.27.2. Reaction 19.28. Brazil Steam Turbine Market Forecast, by Exhaust Type 19.28.1. Condensing 19.28.2. Non-condensing 19.29. Mexico Steam Turbine Market Forecast, by Technology 19.29.1. Steam Cycle 19.29.2. Combined Cycle 19.29.3. Cogeneration 19.30. Mexico Steam Turbine Market Forecast, by Rated Capacity 19.30.1. 1-120 MW 19.30.2. 121-350 MW 19.30.3. 351-750 MW 19.30.4. Above 750 MW 19.31. Mexico Steam Turbine Market Forecast, by Steam Flow 19.31.1. Axial 19.31.2. Radial 19.31.3. Mixed 19.31.4. Tangential or Helical 19.31.5. Reentry 19.32. Mexico Steam Turbine Market Forecast, by End Use 19.32.1. Industrial 19.32.2. Power & Utility 19.32.3. Reaction 19.33. Mexico Steam Turbine Market Forecast, by Application 19.33.1. Coal 19.33.2. Nuclear 19.33.3. Biomass 19.33.4. Others 19.34. Mexico Steam Turbine Market Forecast, by Blade Design 19.34.1. Impulse 19.34.2. Reaction 19.35. Mexico Steam Turbine Market Forecast, by Exhaust Type 19.35.1. Condensing 19.35.2. Non-condensing 19.36. Rest of South America Steam Turbine Market Forecast, by Technology 19.36.1. Steam Cycle 19.36.2. Combined Cycle 19.36.3. Cogeneration 19.37. Rest of South America Steam Turbine Market Forecast, by Rated Capacity 19.37.1. 1-120 MW 19.37.2. 121-350 MW 19.37.3. 351-750 MW 19.37.4. Above 750 MW 19.38. Rest of South America Steam Turbine Market Forecast, by Steam Flow 19.38.1. Axial 19.38.2. Radial 19.38.3. Mixed 19.38.4. Tangential or Helical 19.38.5. Reentry 19.39. Rest of South America Steam Turbine Market Forecast, by End Use 19.39.1. Industrial 19.39.2. Power & Utility 19.39.3. Reaction 19.40. Rest of South America Steam Turbine Market Forecast, by Application 19.40.1. Coal 19.40.2. Nuclear 19.40.3. Biomass 19.40.4. Others 19.41. Rest of South America Steam Turbine Market Forecast, by Blade Design 19.41.1. Impulse 19.41.2. Reaction 19.42. Rest of South America Steam Turbine Market Forecast, by Exhaust Type 19.42.1. Condensing 19.42.2. Non-condensing 19.43. South America Steam Turbine Market Attractiveness Analysis 19.43.1. By Technology 19.43.2. By Rated Capacity 19.43.3. By Steam Flow 19.43.4. By End Use 19.43.5. By Application 19.43.6. By Blade Design 19.43.7. By Exhaust Type 19.44. PEST Analysis 19.45. Key trends 19.46. Key development 20. Company Profiles 20.1. Market Share Analysis, by Company 20.2. Competition Matrix 20.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment 20.2.2. New Product Launches and Product Enhancements 20.2.3. Market Consolidation 20.2.3.1. M&A by Regions, Investment and Applications 20.2.3.2. M&A Key Players, Forward Integration and Backward Integration 20.3. Company Profiles: Key Players 20.3.1. General Electric Company 20.3.1.1. Company Overview 20.3.1.2. Financial Overview 20.3.1.3. Product Portfolio 20.3.1.4. Business Strategy 20.3.1.5. Recent Developments 20.3.1.6. Manufacturing Footprints 20.3.2. Sulzer Ltd. 20.3.3. STORK 20.3.4. Hyundai Heavy Industries Ltd. 20.3.5. JSW Power Systems Private Ltd. 20.3.6. Elliot Group 20.3.7. Mitsubishi Hitachi Power Systems Americas, Inc. 20.3.8. Turbine Generator Maintenance, Inc. 20.3.9. MAN Energy Solutions 20.3.10. Kessels Steam Turbines 20.3.11. Dongfang Electric Corporation Limited 20.3.12. Toshiba Corporation 20.3.13. Alstom SA 20.3.14. Siemens AG 20.3.15. Harbin Electric International Company Limited 20.3.16. Shanghai Electric Group Co. Ltd 20.3.17. Fuji Electric Co., Ltd. 20.3.18. Ansaldo Energia S.P.A 20.3.19. Bharat Heavy Electricals Limited 21. Primary insights

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About This Report

Report ID 29554
Published Date May 2019
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