Nuclear Pressurizer - Global Market Size, Competitive Landscape, Trends and Analysis to 2020

Nuclear Pressurizer - Global Market Size, Competitive Landscape, Trends and Analysis to 2020

Summary

The pressurizer controls the reactor coolant system pressure constant, actuating electrical heater, spray valve, and relief valve. The key components in the reactor coolant system include reactor pressure vessel, steam generators, reactor coolant pumps and the pressurizers. The use of Alloy 600 material for the above components results in primary water stress corrosion cracking. There is a growing demand for replacement of pressurizers around the world, where the nuclear power plant operators have realized the cost benefit of replacement over continuous restorations. Global nuclear power expansion across the globe creates a tremendous demand for installation of new pressurizers.The report provides comprehensive information on the market size of the pressurizers used in nuclear power generation facilities. The market size analysis of pressurizers in terms of volume and value are examined in the report.

Scope

- Analyzes the growth of the global nuclear industry and the estimated demand for pressruizers in various key regions including Europe, Asia Pacific, North America, Central and South America, and the Middle East and Africa.
- Explores the key drivers for the pressurizer industry in the major nuclear power producing countries.
- Analyzes the trend in the global nuclear power sector and the opportunities for the pressurizer market.
- Annualized pressurizer market size from 2006 to 2009, and forecasts to 2020 are included in this research.
- In-depth analysis and forecasts of the potential growth in the pressurizer market during the period up to 2020.
- Analyses the key market players such as Areva NP, Doosan Heavy Industries and Construction, Ltd, Mitsubishi Heavy Industries, Ltd and Babcock & Wilcox Company.

Reasons to buy

- Gain the most up to date information and analysis on the potential opportunities and challenges in the global nuclear pressurizer industry.
- Identify key regions with potential opportunities for the nuclear pressurizer market.
- Understand the emerging opportunities for nuclear pressurizers.
- Facilitate decision making by understanding the key strengths and weaknesses of major players in the nuclear pressurizer market.
- Understand potential market opportunities in various geographies and fine tune your business strategy in target locations. SHOW LESS READ MORE >

1
1.1 List of Tables
1.2 List of Figures
2 Introduction
2.1 Report Guidance
3 Pressurizers used in Nuclear Power Generation Facilities
3.1 Pressurizer Product Description
3.1.1 Pressurizer
3.1.2 Pressurizer Tests to be Performed
3.2 Pressurizer Market Overview
3.2.1 Pressurizer Usage Level, Cost and Life Span
3.3 Key Drivers in the Pressurizer Market
3.3.1 Global Nuclear Power Fleet Expansion
3.3.2 Emerging Nuclear Power Countries
3.3.3 Greenhouse Gas Emission Targets
3.3.4 Use of Alloy 82/182/690 as a Driver for Replacement Market
3.4 Challenges Facing the Pressurizer Market
3.4.1 Forgings Capability
3.4.2 Stress Corrosion Cracking
3.5 Nuclear Pressurizer Industry Trends
4 Global Nuclear Power Industry and Reactor Pressurizer Market
4.1 Global Nuclear Power Industry and Reactor Pressurizer Market
4.2 Asia-Pacific’s Nuclear Power Industry and Reactor Pressurizers Mark
4.3 Europe’s Nuclear Power Industry and Reactor Pressurizers Market
4.4 North America Nuclear Power Industry and Reactor Pressurizer Market
4.5 Central and South America’s Nuclear Power Industry and Reactor Pressurizer Market
4.6 Middle East and Africa’s Nuclear Power Industry and Reactor Pressurizer Market
4.7 Emerging Nuclear Power Industry and Reactor Pressurizer Market
4.7.1 The Asia-Pacific Region
4.7.2 Europe Region
4.7.3 The Middle East and African Region
5 Global Nuclear Reactor Pressurizer Market Size Analysis, 2006-2020
5.1 Global Nuclear Reactor Pressurizer Market Size Analysis, 2006–2020
5.1.1 Global Nuclear Reactor Pressurizer Product Analysis, 2006-2020
5.1.2 Global Nuclear Reactor Pressurizer Revenue Analysis, 2006–2020
5.2 Asia-Pacific, Nuclear Reactor Pressurizer Market Size Analysis, 2006–2020
5.2.1 Asia-Pacific, Nuclear Reactor Pressurizer Product Analysis, 2006–2020
5.2.2 Asia-Pacific, Nuclear Reactor Pressurizer Revenue Analysis, 2006–2020
5.3 Europe Nuclear Reactor Pressurizer Market Size Analysis, 2006–2020
5.3.1 Europe Nuclear Reactor Pressurizer Product Analysis, 2006–2020
5.3.2 Europe Nuclear Reactor Pressurizer Revenue Analysis, 2006–2020
5.4 North America Nuclear Reactor Pressurizer Market Size Analysis, 2006-2020
5.4.1 North America Nuclear Reactor Pressurizer Product Analysis, 2006-2020
5.4.2 North America Nuclear Reactor Pressurizer Revenue Analysis, 2006-2020
5.5 Central and South America Nuclear Reactor Pressurizer Market Size Analysis, 2006–2020
5.5.1 Central and South America Nuclear Reactor Pressurizer Product Analysis, 2006–2020
5.5.2 Central and South America Nuclear Reactor Pressurizer Revenue Analysis, 2006–2020
5.6 The Middle East and Africa Nuclear Reactor Pressurizer Market Size Analysis, 2006–2020
5.6.1 The Middle East and Africa Nuclear Reactor Pressurizer Product Analysis, 2006–2020
5.6.2 The Middle East & Africa Nuclear Reactor Pressurizer Revenue Analysis, 2006–2020
5.7 Emerging Nuclear Power Countries, Nuclear Reactor Pressurizer Market Size Analysis, 2010–2020
5.7.1 Emerging Nuclear Power Countries, Nuclear Reactor Pressurizer Product Analysis, 2010–2020
5.7.2 Emerging Nuclear Power Countries, Nuclear Reactor Pressurizer Revenue Analysis, 2010–2020
6 Key Market Player Analysis
6.1 Analysis of Key Nuclear Pressurizer Market Players
6.2 AREVA
6.2.1 Business Overview
6.2.2 Major Products and Services
6.3 Doosan Heavy Industries & Construction Co., Ltd.
6.3.1 Business Overview
6.3.2 Major Products and Services
6.4 Mitsubishi Heavy Industries, Ltd.
6.4.1 Business Overview
6.4.2 Major Products and Services
6.5 The Babcock & Wilcox Company
6.5.1 Business Overview
6.5.2 Major Products and Services
6.6 Westinghouse Electric Company, LLC
6.6.1 Business Overview
6.6.2 Major Products and Services
6.7 China First Heavy Industries (CFHI)
6.7.1 Business Overview
6.7.2 Major Products and Services
6.8 Harbin Boiler Co., Ltd
6.8.1 Business Overview
6.8.2 Major Products and Services
7 Appendix
7.1 Market Definitions
7.2 Abbreviations
7.3 Methodology
7.3.1 Coverage
7.3.2 Secondary Research
7.3.3 Primary Research
7.3.4 Expert Panel Validation
7.4 Related Reports
7.5 Contact Us
7.6 Disclaimer

1.1 List of Tables
Table 1: Pressurizer, Global, Forecast Cost per Unit, $m, 2006–2020
Table 2: Nuclear Power Production by Region, Global, Billion kilo Watt hours, 2009
Table 3: Operational Nuclear Reactors by Region, Global, Number of Reactors, 2009
Table 4: Year on Year Number of Operational Nuclear Reactors, Global, Number of Reactors, 2006–2020
Table 5: Nuclear Energy Production, Asia-Pacific, Billion kilo Watt hours, 2009
Table 6: Operational Nuclear Generation Facilities, Asia-Pacific, Number of Reactors, 2009
Table 7: Operational Nuclear Power Facilities, Asia-Pacific, Number of Reactors, 2006–2020
Table 8: Proposed and Planned Nuclear Reactors, Europe, Number of Reactors, 2009
Table 9: Nuclear Energy Production, Europe, Billion kilo Watt hours, 2009
Table 10: Operational Nuclear Generation Facilities, Europe, Number of Reactors, 2009
Table 11: Operational Nuclear Reactors, Europe, Number of Reactors, 2006–2020
Table 12: Nuclear Power Generation, North America, Billion kilo Watt hours, 2009
Table 13: Operational Nuclear Reactors, North America, Number of Reactors, 2009
Table 14: Operation Nuclear Facilities, North America, Number of Reactors, 2006-2020
Table 15: Nuclear Power Generation, Central and South America, Billion kilo Watt hours, 2009
Table 16: Operational Nuclear Generation Facilities, Central and South America, Number of Commercial Reactors, 2009
Table 17: Operational Nuclear Reactors, Central and South America, Number of Reactors, 2006–2020
Table 18: Operational Nuclear Reactors, Middle East and Africa, Number of Commercial Reactors, 2006–2020
Table 19: Nuclear Reactor Pressurizers, Global, Cost Per Unit, $m, 2006–2020
Table 20: Estimated Demand for Nuclear Reactor Pressurizers, Global, Number of Units, 2006–2020
Table 21: Nuclear Reactor Pressurizer Revenue Analysis, Global, $m, 2006–2020
Table 22: Estimated Demand for Nuclear Reactor Pressurizers, Asia-Pacific, Number of Units, 2006–2020
Table 23: Nuclear Reactor Pressurizers Revenue Analysis, Asia-Pacific, $m, 2006–2020
Table 24: Estimated Demand for Nuclear Reactor Pressurizers, Europe, Number of Units, 2006–2020
Table 25: Nuclear Reactor Pressurizer Revenue Analysis, Europe, $m, 2006–2020
Table 26: Estimated Demand for Nuclear Reactor Pressurizers, North America, Number of Units, 2006–2020
Table 27: Nuclear Reactor Pressurizer Revenue Analysis, North America, $m, 2006–2020
Table 28: Estimated Demand for Nuclear Reactor Pressurizers, Central and South America, Number of Units, 2006–2020
Table 29: Nuclear Reactor Pressurizer Revenue Analysis, Central and South America, $m, 2006–2020
Table 30: Estimated Demand for Nuclear Reactor Pressurizers, The Middle East and Africa, Number of Units, 2006–2020
Table 31: Nuclear Reactor Pressurizer Revenue Analysis, The Middle East and Africa, $m, 2006–2020
Table 32: Estimated Demand for Nuclear Reactor Pressurizers, Emerging Nuclear Power Countries, Number of Units, 2010–2020
Table 33: Nuclear Reactor Pressurizer Revenue Analysis, Emerging Nuclear Power Countries, $m, 2010–2020

1.2 List of Figures
Figure 1: Nuclear Power Generation by Region, Global, Billion kilo Watt hours, 2009
Figure 2: Operational Nuclear Reactors by Region, Global, Number of Reactors, 2009
Figure 3: Estimated Demand and Revenue for Reactor Pressurizers, Global, Number of Units and $m, 2006–2020
Figure 4: Proposed and Planned Nuclear Reactors, Asia-Pacific, Number of Reactors, 2009
Figure 5: Nuclear Energy Production, Asia-Pacific, Billion kilo Watt hours, 2009
Figure 6: Estimated Demand and Revenue for Reactor Pressurizers, Asia-Pacific, Number of Units and $m, 2006–2020
Figure 7: Proposed and Planned Nuclear Reactors, Europe, Number of Reactors, 2009
Figure 8: Nuclear Energy Production, Europe, Billion kilo Watt hours, 2009
Figure 9: Estimated Demand and Revenue for Reactor Pressurizers, Europe, Number of Units and $m, 2006–2020
Figure 10: Nuclear Power Generation, North America, Billion kilo Watt hours, 2009
Figure 11: Estimated Demand and Revenue for Reactor Pressurizers, North America, Number of Units and $m, 2006-2020
Figure 12: Nuclear Power Generation, Central and South America, Billion kilo Watt hours, 2009
Figure 13: Estimated Demand and Revenue for Reactor Pressurizers, Central and South America, Number of Units and $m, 2006–2020
Figure 14: Estimated Demand and Revenue for Reactor Pressurizers, Middle East and Africa, Number of Units and $m, 2006–2020
Figure 15: Emerging Nuclear Power Countries, Operational Reactors, Number of Units, 2010-2020
Figure 16: Estimated Demand and Revenue for Reactor Pressurizers, Emerging Nuclear Power Countries, Number of Units and $m, 2010-2020
Figure 17: Estimated Demand for Nuclear Reactor Pressurizers, Global , Number of Units, 2006–2020
Figure 18: Nuclear Reactor Pressurizer Revenue Analysis, Global, $m, 2006–2020
Figure 19: Estimated Demand for Nuclear Reactor Pressurizers, Asia-Pacific, Number of Units, 2006–2020
Figure 20: Nuclear Reactor Pressurizers Revenue Analysis, Asia-Pacific, $m, 2006–2020
Figure 21: Estimated Demand for Nuclear Reactor Pressurizers, Europe, Number of Units, 2006–2020
Figure 22: Nuclear Reactor Pressurizer Revenue Analysis, Europe, $m, 2006–2020
Figure 23: Estimated Demand for Nuclear Reactor Pressurizers, North America, Number of Units, 2006–2020
Figure 24: Nuclear Reactor Pressurizer Revenue Analysis, North America, $m, 2006–2020
Figure 25: Estimated Demand for Nuclear Reactor Pressurizers, Central and South America, Number of Units, 2006–2020
Figure 26: Nuclear Reactor Pressurizer Revenue Analysis, Central and South America, $m, 2006–2020
Figure 27: Estimated Demand for Nuclear Reactor Pressurizers, The Middle East and Africa, Number of Units, 2006–2020
Figure 28: Nuclear Reactor Pressurizers Revenue Analysis, The Middle East and Africa, $m, 2006–2020
Figure 29: Estimated Demand for Nuclear Reactor Pressurizers, Emerging Nuclear Power Countries, Number of Units, 2010–2020
Figure 30: Nuclear Reactor Pressurizer Revenue Analysis, Emerging Nuclear Power Countries, $m, Number of Units, 2010–2020

“Nuclear Pressurizer - Global Market Size, Competitive Landscape, Trends and Analysis to 2020” provides comprehensive information on the market size of reactor pressurizers used in the nuclear power generation facilities, both at a regional and global level. The reactor pressurizers that are included in the study are those used in pressurized water reactors and pressurized heavy water reactors or CANDU reactor types. Reactor pressurizer is used in nuclear power generation facilities to control the reactor coolant system. This reactor pressurizer is considered to be key equipment of the nuclear power plant. The reactor pressurizer plays a significant role in safe operation of nuclear power plant.

Nuclear Industry Expansion Enhances the Growth of the Reactor Pressurizer Market

Demand from new nuclear power stations is set to drive the reactor pressurizer market. There are more than 60 new nuclear reactors that are in the under construction phase across the globe and that are expected to come online during the forecast period 2010-2020, which indicates a growth in demand for nuclear reactor pressurizer worldwide. There will be demand for the reactor pressurizer in the replacement market as many of the existing reactors will require a replacement once they complete 25-30 years of operational life. In the long term, most of the demand for the reactor pressurizer will be primarily due to new reactors in nuclear power producing countries, as well as the potential nuclear industry development in emerging nuclear countries. More than ten new nuclear power reactors are expected to come online during the forecast period 2010-2020 in emerging nuclear power economies such as Bangladesh, Turkey, the UAE (United Arab Emirates), Nigeria and Vietnam. This will enhance the growth of the reactor pressurizer market in the next ten years.

European and Asia-Pacific Regions are the Major Markets for the Reactor Pressurizer Industry

The European and Asia Pacific regions are expected to show strong demand for the nuclear reactor pressurizer during the forecast period 2010-2020. During the forecast period 2010-2020, the estimated demand for reactor pressurizer in the European region is expected to reach 166 units, followed by Asia- Pacific with 94 units and the North American region with 52 units. The increased demand from these regions will result in the sustained growth of the nuclear reactor pressurizer market.

The Nuclear Reactor Pressurizer Market to Show Growth During the Forecast Period 2010-2020

Year-on-year demand for the reactor pressurizer around the globe will increase from 19 units in 2010 to 26 units in 2020, showing an average annual growth rate (AAGR) of 3.1% during this period. This market is expected to reach $338m in 2020, increasing at an AAGR of 7.9% between 2010 and 2020. The global estimated cumulative demand for the reactor pressurizer will reach to 327 units during the forecast period 2010-2020. Major demand for reactor pressurizer will be from the replacement market during the forecast period 2010-2020.

AREVA
Doosan Heavy Industries & Construction Co., Ltd.
Mitsubishi Heavy Industries, Ltd.
The Babcock & Wilcox Company
Westinghouse Electric Company, LLC
China First Heavy Industries (CFHI)
Harbin Boiler Co., Ltd