ResearchMoz

Feedwater Heaters for Nuclear Power - Global Market Size, Competitive Landscape and Key Country Analysis to 2020

GlobalData
Published Date » 2013-05-06
No. Of Pages » N/A

GlobalData’s latest report "Feedwater Heaters for Nuclear Power - Global Market Size, Competitive Landscape and Key Country Analysis to 2020" provides insight on the development of the global nuclear power industry and market analysis for feedwater heaters used in nuclear power market. The feedwater heaters market analysis include nuclear capacity additions, key drivers and restraints, and market size in terms of volume and value during 2006-2020 for key countries including the US, Canada, the UK, France, Spain, Russia, Ukraine, China, Japan and South Korea. In addition, feedwater heaters market analysis for the emerging nuclear countries are also covered in the report. 

Scope

  • Analysis of trends in the global nuclear power industry and demand for feedwater heaters in various regions, including Asia-Pacific, Europe, and North America
  • Market volume and value of feedwater heaters used for commercial nuclear power reactors from 2006 to 2012 and forecast for nine years up until 2020
  • Qualitative analysis of drivers and restraints of feedwater heaters market
  • Information on major market players such as Alstom Power SA, Westinghouse Electric Company, LLC, Foster Wheeler AG (Foster Wheeler), Balcke-Durr GmbH (Balcke-Durr) and Thermal Engineering International (USA) Inc. (TEI)

Reasons To Buy

  • Gain up to date information and analysis about the global nuclear feedwater heaters market
  • Identify key regions and countries that represent potential growth opportunities for the nuclear feedwater heaters market
  • Facilitate decision making by understanding the opportunities presented by the feedwater heaters market
  • Gain information about major players in the nuclear feedwater heaters market
Table of Contents

1.1 List of Tables
1.2 List of Figures

2 Introduction
2.1 Feedwater Heater, Functional Overview
2.2 GlobalData Report Guidance

3 Global Feedwater Heater Market Analysis, 2006–2020
3.1 Global Nuclear Power Generation, Overview
3.2 Global Feedwater Heater Market, Overview
3.3 Global Feedwater Heater Market, Drivers
3.3.1 Increasing Power Demand Drives Development of Nuclear Power Plants
3.3.2 Greenhouse Gas Emissions Targets Drive Nations to Develop Nuclear Power Plants
3.3.3 Increasing Fossil Fuel Prices and Scarce Energy Sources Attract Countries to Nuclear Energy
3.4 Global Feedwater Heater Market, Restraints
3.4.1 Anti-Nuclear Public Opinion: Driving Countries away from Nuclear Power
3.4.2 Safety Concerns Regarding Nuclear Reactors Threaten Survival of the Industry
3.4.3 Nuclear Waste Disposal Issue is Hurting the Nuclear Power Industry Dearly
3.4.4 Difficulty Financing Nuclear Power Projects to Impede the Development of Nuclear Power
3.5 Feedwater Heater Market Analysis, Global, 2006–2020
3.5.1 Global Feedwater Heater Market, Volume (Units), 2006–2020
3.5.2 Global Feedwater Heater Market, Market Value Analysis ($m), 2006–2020

4 Feedwater Heater Market Analysis, Asia-Pacific, 2006–2020
4.1 Feedwater Heater Market Analysis, Asia-Pacific, 2006–2020
4.1.1 Nuclear Power Generation Overview, Asia-Pacific
4.1.2 Feedwater Heater Market, Asia-Pacific, Volume (Units), 2006–2020
4.1.3 Feedwater Heater Market, Asia-Pacific, Market Value Analysis ($m), 2006–2020
4.2 Feedwater Heater Market Analysis, China, 2006–2020
4.2.1 Nuclear Power Generation Overview, China
4.2.2 Feedwater Heater Market, China, Drivers
4.2.3 Feedwater Heater Market, China, Restraints
4.2.4 Feedwater Heater Market, China, Key Regulations and Policies
4.2.5 Feedwater Heater Market, China, Volume (Units), 2006–2020
4.2.6 Feedwater Heater Market, China, Market Value Analysis ($m), 2006–2020
4.2.7 Feedwater Heater Market, Key Recent Developments, China, 2013
4.3 Feedwater Heater Market Analysis, India, 2006–2020
4.3.1 Nuclear Power Generation Overview, India
4.3.2 Feedwater Heater Market, India, Drivers
4.3.3 Feedwater Heater Market, India, Restraints
4.3.4 Feedwater Heater Market, India, Key Regulations and Policies
4.3.5 Feedwater Heater Market, India, Volume (Units), 2006–2020
4.3.6 Feedwater Heater Market, India, Market Value Analysis ($m), 2006–2020
4.3.7 Feedwater Heater Market, Key Recent Developments, India, 2013
4.4 Feedwater Heater Market Analysis, Japan, 2006–2020
4.4.1 Nuclear Power Generation Overview, Japan
4.4.2 Feedwater Heater Market, Japan, Drivers
4.4.3 Feedwater Heater Market, Japan, Restraints
4.4.4 Feedwater Heater Market, Japan, Key Regulations and Policies
4.4.5 Feedwater Heater Market, Japan, Volume (Units), 2006–2020
4.4.6 Feedwater Heater Market, Japan, Market Value Analysis ($m), 2006–2020
4.4.7 Feedwater Heater Market, Key Recent Developments, Japan, 2013
4.5 Feedwater Heater Market Analysis, Republic of Korea, 2006–2020
4.5.1 Nuclear Power Generation Overview, Republic of Korea
4.5.2 Feedwater Heater Market, Republic of Korea, Drivers
4.5.3 Feedwater Heater Market, Republic of Korea, Restraints
4.5.4 Feedwater Heater Market, Republic of Korea, Key Regulations and Policies
4.5.5 Feedwater Heater Market, Republic of Korea, Volume (Units), 2006–2020
4.5.6 Feedwater Heater Market, Republic of Korea, Market Value Analysis ($m), 2006–2020
4.5.7 Feedwater Heater Market, Key Recent Developments, Republic of Korea, 2013

5 Feedwater Heater Market Analysis, Europe, 2006–2020
5.1 Feedwater Heater Market Analysis, Europe, 2006–2020
5.1.1 Nuclear Power Generation Overview, Europe
5.1.2 Feedwater Heater Market, Europe, Volume (Units), 2006–2020
5.1.3 Feedwater Heater Market, Europe, Market Value Analysis ($m), 2006–2020
5.2 Feedwater Heater Market Analysis, France, 2006–2020
5.2.1 Nuclear Power Generation Overview, France
5.2.2 Feedwater Heater Market, France, Drivers
5.2.3 Feedwater Heater Market, France, Restraints
5.2.4 Feedwater Heater Market, France, Key Regulations and Policies
5.2.5 Feedwater Heater Market, France, Volume (Units), 2006–2020
5.2.6 Feedwater Heater Market, France, Market Value Analysis ($m), 2006–2020
5.2.7 Feedwater Heater Market, Key Recent Developments, France, 2013
5.3 Feedwater Heater Market Analysis, Russia, 2006–2020
5.3.1 Nuclear Power Generation Overview, Russia
5.3.2 Feedwater Heater Market, Russia, Drivers
5.3.3 Feedwater Heater Market, Russia, Restraints
5.3.4 Feedwater Heater Market, Russia, Key Regulations and Policies
5.3.5 Feedwater Heater Market, Russia, Volume (Units), 2006–2020
5.3.6 Feedwater Heater Market, Russia, Market Value Analysis ($m), 2006–2020
5.3.7 Feedwater Heater Market, Key Recent Developments, Russia, 2013
5.4 Feedwater Heater Market Analysis, Spain, 2006–2020
5.4.1 Nuclear Power Generation Overview, Spain
5.4.2 Feedwater Heater Market, Spain, Drivers
5.4.3 Feedwater Heater Market, Spain, Restraints
5.4.4 Feedwater Heater Market, Spain, Key Regulations and Policies
5.4.5 Feedwater Heater Market, Spain, Volume (Units), 2006–2020
5.4.6 Feedwater Heater Market, Spain, Market Value Analysis ($m), 2006–2020
5.4.7 Feedwater Heater Market, Key Recent Developments, Spain, 2013
5.5 Feedwater Heater Market Analysis, Ukraine, 2006–2020
5.5.1 Nuclear Power Generation Overview, Ukraine
5.5.2 Feedwater Heater Market, Ukraine, Drivers
5.5.3 Feedwater Heater Market, Ukraine, Key Regulations and Policies
5.5.4 Feedwater Heater Market, Ukraine, Volume (Units), 2006–2020
5.5.5 Feedwater Heater Market, Ukraine, Market Value Analysis ($m), 2006–2020
5.5.6 Feedwater Heater Market, Key Recent Developments, Ukraine, 2013
5.6 Feedwater Heater Market Analysis, the UK, 2006–2020
5.6.1 Nuclear Power Generation Overview, the UK
5.6.2 Feedwater Heater Market, the UK, Drivers
5.6.3 Feedwater Heater Market, the UK, Restraints
5.6.4 Feedwater Heater Market, the UK, Key Regulations and Policies
5.6.5 Feedwater Heater Market, the UK, Volume (Units), 2006–2020
5.6.6 Feedwater Heater Market, the UK, Market Value Analysis ($m), 2006–2020
5.6.7 Feedwater Heater Market, Key Recent Developments, the UK, 2013

6 Feedwater Heater Market Analysis, North America, 2006–2020
6.1 Feedwater Heater Market Analysis, North America, 2006–2020
6.1.1 Nuclear Power Generation Overview, North America
6.1.2 Feedwater Heater Market, North America, Volume (Units), 2006–2020
6.1.3 Feedwater Heater Market, North America, Market Value Analysis ($m), 2006–2020
6.2 Feedwater Heater Market Analysis, Canada, 2006–2020
6.2.1 Nuclear Power Generation Overview, Canada
6.2.2 Feedwater Heater Market, Canada, Drivers
6.2.3 Feedwater Heater Market, Canada, Restraints
6.2.4 Feedwater Heater Market, Canada, Key Regulations and Policies
6.2.5 Feedwater Heater Market, Canada, Volume (Units), 2006–2020
6.2.6 Feedwater Heater Market, Canada, Market Value Analysis ($m), 2006–2020
6.2.7 Feedwater Heater Market, Key Recent Developments, Canada, 2013
6.3 Feedwater Heater Market Analysis, the US, 2006–2020
6.3.1 Nuclear Power Generation Overview, the US
6.3.2 Feedwater Heater Market, the US, Drivers
6.3.3 Feedwater Heater Market, the US, Restraints
6.3.4 Feedwater Heater Market, the US, Key Regulations and Policies
6.3.5 Feedwater Heater Market, the US, Volume (Units), 2006–2020
6.3.6 Feedwater Heater Market, the US, Market Value Analysis ($m), 2006–2020
6.3.7 Feedwater Heater Market, Key Recent Developments, the US, 2013

7 Feedwater Heater Market Analysis, Emerging Nuclear Countries, 2006–2020
7.1 Feedwater Heater Market Analysis, Turkey, 2006–2020
7.1.1 Feedwater Heater Market, Turkey, Volume (Units), 2006–2020
7.1.2 Feedwater Heater Market, Turkey, Market Value Analysis ($m), 2006–2020
7.1.3 Feedwater Heater Market, Key Recent Developments, Turkey, 2013
7.2 Feedwater Heater Market Analysis, United Arab Emirates, 2006–2020
7.2.1 Feedwater Heater Market, United Arab Emirates, Volume (Units), 2006–2020
7.2.2 Feedwater Heater Market, United Arab Emirates, Market Value Analysis ($m), 2006–2020
7.2.3 Feedwater Heater Market, Key Recent Developments, United Arab Emirates, 2013
7.3 Feedwater Heater Market Analysis, Vietnam, 2006–2020
7.3.1 Power Generation Overview, Vietnam
7.3.2 Feedwater Heater Market, Vietnam, Volume (Units), 2006–2020
7.3.3 Feedwater Heater Market, Vietnam, Market Value Analysis ($m), 2006–2020
7.3.4 Feedwater Heater Market, Key Recent Developments, Vietnam, 2013

8 Feedwater Heater Market Analysis, Key Manufacturers
8.1 Alstom Power SA
8.1.1 Company Overview
8.1.2 Products and Services
8.1.3 SWOT Analysis
8.1.4 Locations and Subsidiaries
8.2 Balcke-Durr GmbH
8.2.1 Company Overview
8.2.2 Products and Services
8.2.3 SWOT Analysis
8.2.4 Locations and Subsidiaries
8.3 Foster Wheeler AG
8.3.1 Company Overview
8.3.2 Products and Services
8.3.3 SWOT Analysis
8.3.4 Locations and Services
8.4 Thermal Engineering International (USA) Incorporated
8.4.1 Company Overview
8.4.2 Products and Services
8.4.3 SWOT Analysis
8.4.4 Contracts
8.5 Westinghouse Electric Company, LLC
8.5.1 Company Overview
8.5.2 Products and Services
8.5.3 SWOT Analysis
8.5.4 Locations and Services

9 Appendix
9.1 Abbreviations
9.2 Bibliography
9.3 Methodology and Forecasting
9.3.1 Coverage
9.3.2 Secondary Research
9.3.3 Primary Research
9.3.4 Modeling and Forecasting
9.4 Contact Us
9.5 Disclaimer

List of Tables


Table 1: Nuclear Power Market, Global, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Table 2: Nuclear Feedwater Heater Market, Global, Volume (Units), 2006–2020
Table 3: Nuclear Feedwater Heater Market, Global, Market Value ($m), 2006–2020
Table 4: Nuclear Power Market, Asia-Pacific, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Table 5: Nuclear Feedwater Heater Market, Asia-Pacific, Volume (Units) 2006–2020
Table 6: Nuclear Feedwater Heater Market, Asia-Pacific, Value ($m) 2006–2020
Table 7: Nuclear Power Market, China, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 8: Nuclear Feedwater Heater Market, China, Volume (Units) 2006–2020
Table 9: Nuclear Feedwater Heater Market, China, Market Value ($m), 2006–2020
Table 10: Nuclear Power Market, India, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 11: Nuclear Feedwater Heater Market, India, Volume (Units), 2006–2020
Table 12: Nuclear Feedwater Heater Market, India, Market Value ($m), 2006–2020
Table 13: Nuclear Power Market, Japan, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 14: Nuclear Feedwater Heater Market, Japan, Volume (Units), 2006–2020
Table 15: Nuclear Feedwater Heater Market, Japan, Market Value ($m), 2006–2020
Table 16: Nuclear Power Market, Republic of Korea, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 17: Nuclear Feedwater Heater Market, Republic of Korea, Volume (Units), 2006–2020
Table 18: Nuclear Feedwater Heater Market, Republic of Korea, Market Value ($m), 2006–2020
Table 19: Nuclear Power Market, Europe, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Table 20: Nuclear Feedwater Heater Market, Europe, Volume (Units) 2006–2020
Table 21: Nuclear Feedwater Heater Market, Europe, Market Value ($m) 2006–2020
Table 22: Nuclear Power Market, France, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 23: Nuclear Feedwater Heater Market, France, Volume (Units), 2006–2020
Table 24: Nuclear Feedwater Heater Market, France, Market Value ($m), 2006–2020
Table 25: Nuclear Power Market, Russia, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 26: Nuclear Feedwater Heater Market, Russia, Volume (Units), 2006–2020
Table 27: Nuclear Feedwater Heater Market, Russia, Market Value ($m), 2006–2020
Table 28: Nuclear Power Market, Spain, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 29: Nuclear Feedwater Heater Market, Spain, Volume (Units), 2006–2020
Table 30: Nuclear Feedwater Heater Market, Spain, Market Value ($m), 2006–2020
Table 31: Nuclear Power Market, Ukraine, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 32: Nuclear Feedwater Heater Market, Ukraine, Volume (Units), 2006–2020
Table 33: Nuclear Feedwater Heater Market, Ukraine, Market Value ($m), 2006–2020
Table 34: Nuclear Power Market, the UK, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 35: Nuclear Feedwater Heater Market, The UK, Volume (Units), 2006–2020
Table 36: Nuclear Feedwater Heater Market, The UK, Market Value ($m), 2006–2020
Table 37: Nuclear Power Market, North America, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Table 38: Nuclear Feedwater Heater Market, North America, Volume (Units), 2006–2020
Table 39: Nuclear Feedwater Heater Market, North America, Market Value (Units), 2006–2020
Table 40: Nuclear Power Market, Canada, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 41: Nuclear Feedwater Heater Market, Canada, Volume (Units), 2006–2020
Table 42: Nuclear Feedwater Heater Market, Canada, Market Value ($m), 2006–2020
Table 43: Nuclear Power Market, the US, Installed Capacity (MW) and Generation (GWh), 2000–2020
Table 44: The US Nuclear Regulatory Commission, Regulatory Authorities
Table 45: Nuclear Feedwater Heater Market, the US, Volume (Units), 2006–2020
Table 46: Nuclear Feedwater Heater Market, the US, Market Value ($m), 2006–2020
Table 47: Upcoming Nuclear Reactors, Turkey
Table 48: Nuclear Feedwater Heater Market, Turkey, Volume (Units), 2006–2020
Table 49: Nuclear Feedwater Heater Market, Turkey, Market Value ($m), 2006–2020
Table 50: Upcoming Nuclear Reactors, United Arab Emirates
Table 51: Nuclear Feedwater Heater Market, United Arab Emirates, Volume (Units), 2006–2020
Table 52: Nuclear Feedwater Heater Market, United Arab Emirates, Market Value ($m), 2006–2020
Table 53: Upcoming Nuclear Reactors, Vietnam
Table 54: Nuclear Feedwater Heater Market, Vietnam, Volume (Units), 2006–2020
Table 55: Nuclear Feedwater Heater Market, Vietnam, Market Value ($m), 2006–2020
Table 56: Products, Services and Brands, Alstom SA
Table 57: SWOT Analysis, Alstom SA
Table 58: Locations, Alstom SA
Table 59: Subsidiaries, Alstom SA
Table 60: Products and Services, Balcke-Durr
Table 61: SWOT Analysis, Balcke-Durr
Table 62: Locations, Balcke-Durr
Table 63: Subsidiaries, Balcke-Durr
Table 64: Products and Services, Foster Wheeler AG
Table 65: SWOT Analysis, Foster Wheeler AG
Table 66: Locations, Foster Wheeler AG
Table 67: Subsidiaries, Foster Wheeler AG
Table 68: Products and Services, TEi
Table 69: SWOT Analysis, TEi
Table 70: Products and Services, Westinghouse
Table 71: SWOT Analysis, Westinghouse
Table 72: Locations, Westinghouse
Table 73: Subsidiaries, Westinghouse
Table 74: Abbreviations

List of Figures


Figure 1: Nuclear Power Market, Global, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Figure 2: Nuclear Feedwater Heater Market, Global, Volume (Units), 2006–2020
Figure 3: Nuclear Feedwater Heater Market, Global, Market Value ($m), 2006–2020
Figure 4: Nuclear Power Market, Asia-Pacific, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Figure 5: Nuclear Feedwater Heater Market, Asia-Pacific, Volume (Units) 2006–2020
Figure 6: Nuclear Feedwater Heater Market, Asia-Pacific, Value ($m) 2006–2020
Figure 7: Power Generation by Fuel Type, China, Percentage Share (%), 2012
Figure 8: Nuclear Power Market, China, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 9: Nuclear Feedwater Heater Market, China, Volume(Units) 2006–2020
Figure 10: Nuclear Feedwater Heater Market, China, Market Value ($m), 2006–2020
Figure 11: Power Generation by Fuel Type, India, Percentage Share (%), 2012
Figure 12: Nuclear Power Market, India, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 13: Nuclear Feedwater Heater Market, India, Volume (Units), 2006–2020
Figure 14: Nuclear Feedwater Heater Market, India, Market Value ($m), 2006–2020
Figure 15: Power Generation by Fuel Type, Japan, Percentage Share (%), 2012
Figure 16: Nuclear Power Market, Japan, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 17: Nuclear Feedwater Heater Market, Japan, Volume (Units), 2006–2020
Figure 18: Nuclear Feedwater Heater Market, Japan, Market Value ($m), 2006–2020
Figure 19: Power Generation by Fuel Type, Republic of Korea, Percentage Share (%), 2012
Figure 20: Nuclear Power Market, Republic of Korea, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 21: Nuclear Feedwater Heater Market, Republic of Korea, Volume (Units), 2006–2020
Figure 22: Nuclear Feedwater Heater Market, Republic of Korea, Market Value ($m), 2006–2020
Figure 23: Nuclear Power Market, Europe, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Figure 24: Nuclear Feedwater Heater Market, Europe, Volume (Units) 2006–2020
Figure 25: Nuclear Feedwater Heater Market, Europe, Market Value ($m) 2006–2020
Figure 26: Power Generation by Fuel Type, France, Percentage Share (%), 2012
Figure 27: Nuclear Power Market, France, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 28: Nuclear Feedwater Heater Market, France, Volume (Units), 2006–2020
Figure 29: Nuclear Feedwater Heater Market, France, Market Value ($m), 2006–2020
Figure 30: Power Generation by Fuel Type, Russia, Percentage Share (%), 2012
Figure 31: Nuclear Power Market, Russia, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 32: Nuclear Feedwater Heater Market, Russia, Volume (Units), 2006–2020
Figure 33: Nuclear Feedwater Heater Market, Russia, Market Value ($m), 2006–2020
Figure 34: Power Generation by Fuel Type, Spain, Percentage Share (%), 2012
Figure 35: Nuclear Power Market, Spain, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 36: Nuclear Feedwater Heater Market, Spain, Volume (Units), 2006–2020
Figure 37: Nuclear Feedwater Heater Market, Spain, Market Value ($m), 2006–2020
Figure 38: Power Generation by Fuel Type, Ukraine, Percentage Share (%), 2012
Figure 39: Nuclear Power Market, Ukraine, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 40: Nuclear Feedwater Heater Market, Ukraine, Volume (Units), 2006–2020
Figure 41: Nuclear Feedwater Heater Market, Ukraine, Market Value ($m), 2006–2020
Figure 42: Power Generation by Fuel Type, the UK, Percentage Share (%), 2012
Figure 43: Nuclear Power Market, the UK, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 44: Nuclear Feedwater Heater Market, The UK, Volume (Units), 2006–2020
Figure 45: Nuclear Feedwater Heater Market, The UK, Market Value ($m), 2006–2020
Figure 46: Nuclear Power Market, North America, Installed Capacity (MW) and Power Generation (GWh), 2000–2020
Figure 47: Nuclear Feedwater Heater Market, North America, Volume (Units), 2006–2020
Figure 48: Nuclear Feedwater Heater Market, North America, Market Value (Units), 2006–2020
Figure 49: Canada, Power Generation by Fuel Type, Percentage Share (%), 2012
Figure 50: Nuclear Power Market, Canada, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 51: Nuclear Feedwater Heater Market, Canada, Volume (Units), 2006–2020
Figure 52: Nuclear Feedwater Heater Market, Canada, Market Value ($m), 2006–2020
Figure 53: The US, Power Generation by Fuel Type, Percentage Share (%), 2012
Figure 54: Nuclear Power Market, the US, Installed Capacity (MW) and Generation (GWh), 2000–2020
Figure 55: Nuclear Feedwater Heater Market, the US, Volume (Units), 2006–2020
Figure 56: Nuclear Feedwater Heater Market, the US, Market Value ($m), 2006–2020
Figure 57: Turkey, Power Generation by Fuel Type, Percentage Share (%), 2012
Figure 58: Nuclear Feedwater Heater Market, Turkey, Volume (Units), 2006–2020
Figure 59: Nuclear Feedwater Heater Market, Turkey, Market Value ($m), 2006–2020
Figure 60: United Arab Emirates, Power Generation by Fuel Type, Percentage Share (%), 2012
Figure 61: Nuclear Feedwater Heater Market, United Arab Emirates, Volume (Units), 2006–2020
Figure 62: Nuclear Feedwater Heater Market, United Arab Emirates, Market Value ($m), 2006–2020
Figure 63: Vietnam, Power Generation by Fuel Type, Percentage Share (%), 2012
Figure 64: Nuclear Feedwater Heater Market, Vietnam, Volume (Units), 2006–2020
Figure 65: Nuclear Feedwater Heater Market, Vietnam, Market Value ($m), 2006–2020

Upcoming Reports:

Therapeutics For Memory And Cognition Disorders - Global Industry Analysis, Size, Share, Growth, Trend And Forecast 2013 - 2019
By - Transparency Market Research
Memory and cognitive disorders are mental health disorders that primarily affect learning, memory, perception and problem solving ability. The global market of therapeutics for memory and cognition disorders is witnessing a significant growth over recent years due to aging population in different parts of the world, new drugs development and better understanding of drugs mechanism. However, less number of approved drugs is a major restraint for the market growth. Also, ethical implication has become a major challenge for the market.     Global market of therapeutics for...
Orphan Drugs Market - Global Industry Analysis, Size, Share, Growth, Trends and Forecast 2012 - 2018
By - Transparency Market Research
Orphan drugs are specific pharmaceutical agents which are developed for treatment of orphan or rare diseases. Orphan disease, according to laws of various countries, may include medical conditions which have low prevalence, i.e. affects less than 200,000 persons (U.S.), or 50,000 (Japan). Expiring patents of blockbuster drugs, drying pipelines, stringent regulations across the globe, has encouraged the pharmaceutical industries to shift the focus to a new business model that includes niche busters or orphan drugs.  Currently, around 7,000 diseases are recognized as orphan...
Healthcare IT Market - Global Industry Analysis, Size, Share, Growth, Trends and Forecast 2012 - 2018
By - Transparency Market Research
Healthcare IT is a collective term used for solutions offered by information technology in the healthcare industry. These solutions offer better data management and secure exchange of health information among customers, governments, providers and insurers. There is a huge demand of general applications such as electronic health and medical record system and computerized physician order entry system along with specialized solutions such as clinical trials management system, data mining system and clinical decision support system. Applications such as Picture Archiving and Communication...

Research Assistance

We will be happy to help you find what you need.
Please call us or write us:

866-997-4948 (Us-Canada Toll Free)
Tel: +1-518-618-1030
Email: sales@researchmoz.us
Select License type:

Share this report

Related News

Microparticle Tags to Check Counterfeit Goods Invented
Apr 14, 2014  
Researchers from the Massachusetts Institute of Technology have invented a new set of microparticles that can easily be read by smartphones and establish the authenticity of currency, electronic items and luxury goods.  This strategy is among those countless measures taken by big brands and companies to label their legitimate products in order to stop illegal copies of the...
USFDA Approves Lupins Generic Diabetic Drug
Apr 10, 2014  
The United States Food and Drugs Administration (USFDA) has finally approved Lupin Pharmaceuticals Inc (LPI), the American subsidiary of Indian drug manufacturers Lupin Ltd, to sell Pioglitazone Tablets in the U.S market. The approval has been granted first for fiscal 2015.  Pioglitazone is a generic medicine used for managing diabetes and is a version of Actos tablets...
Infrared Sensors can Soon Be Used to Develop Night-Vision Lenses - A New Discovery Confirms
Apr 8, 2014  
People who fear the dark may soon have a reason to rejoice – an infrared sensor that can eventually be used for mechanizing night-vision lenses has been developed. This effectively means that one can also see through dark with the help of these lenses.  This technology seems possible all due to graphene, a layer of tightly packed carbon atoms that has allowed the creation of...
Ontarios thanks Sustainable Development Technology Canada for Clean Tech Ecosystem Movements
Apr 8, 2014  
Sustainable Development Technology Canada has leveraged an extra $2.2 billion in funding from project partners that also includes global clean technology companies.  Sustainable Development Technology Canada (SDTC) is energizing and evolving the development and demonstration of a clean technology ecosystem. They are the vital contributors to the prominent concentration of clean...
A Simple Blood Test Could Predict the Risk of a Sudden Cardiac Death: Research
Apr 4, 2014  
LONDON: A simple blood test can now predict the risk of a sudden cardiac death, a research initiated by a lifespan researcher, Samuel C Dudley - from the Cardiovascular Institute at Rhode Island U.S, has revealed.  An early prediction of an ailing heart by the manes of only a simple blood test can hugely help physicists in saving a patient’s life. This can be done by using...