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EXECUTIVE SUMMARY

The report titled ‘Brazil Nuclear Power Generation and Equipments Market Outlook to 2030 – Planned Nuclear Power Plants to Drive the Market Growth’ provides a comprehensive analysis of the nuclear power generation equipments market in Brazil covering various aspects such as market size, market segmentation on the basis of major equipments type such as nuclear island equipments and conventional islands equipments, trends, growth drivers, challenges, expected future developments and future projections of the market value of nuclear power generation equipments. The report also provides detailed explanation of the various macro variables and industry factors impacting the growth of Brazilian nuclear power generation and equipments market.

The market for nuclear power generation equipments in Brazil is driven majorly by rising electricity consumption which in turn depends on the power generation from various sources majorly hydroelectricity and nuclear electricity. Total installed commercial capacity of Angra 1 and Angra 2 power plants in Brazil showcased a CAGR of 3.5% during 2008-2012 with capacity of ~ MWh in 2012. The market size of nuclear power generators equipment market in Brazil is worth USD ~ billion. The nuclear power generation equipment market is segmented into major equipment types- nuclear islands equipment and conventional island equipments. In 2013, nuclear islands equipment had a share of ~ % as compared to ~ % of conventional island equipments in the market value. The contract for electro-mechanical assembly associated with the reactor's primary system, was valued at around USD ~ million in 2013.

The outlook for Brazil nuclear power generation equipments market is expected to be positive as four more planned nuclear reactors are expected to become operational by 2030. The contribution of nuclear power generation in the electricity consumption in the country will evolve from ~% in 2013 to over ~% in 2030. Advancements in nuclear design will improve safety and economic viability for upcoming nuclear reactor technologies. Smaller nuclear reactors may provide an alternative to the high costs and long operation time characterized by older, larger nuclear power plants, thereby giving new opportunities for nuclear power generation equipment companies. The combination of several parameters such as government policy, environmental regulations, emergence of alternative energy sources in Brazilian energy portfolio, competition from hydroelectricity as an alternative source, and an expected rise in share of nuclear energy in energy mix would be the key points to focus on planning strategic growth of the nuclear power generation equipments market in Brazil.

KEY TOPICS COVERED IN THE REPORT

- Market Size on the basis of current worth of nuclear power generation equipments purchased through contracts in Brazil
- Market Segmentation on the basis of market value of types of equipments – nuclear island equipments and conventional island equipments
- Cost Structure and Establishment process of a Nuclear Power Plant
- Policies And Regulatory Framework In Nuclear Power Industry in Brazil
- Growth Drivers and Challenges for Brazil Nuclear Power Generation Equipments Market
- Historic trends and expected future developments of the industry
- Snapshot of Major nuclear power plant projects (Angra 1, Angra 2, Angra 3) profiles in Brazil.
- Company Profile of Major Players in Brazil Nuclear Power Generation Equipments Market
- Future outlook and projections for Brazil Nuclear Power Generation Equipments Market.
- Macro Economic Variables of Brazil Nuclear Power Generation Equipments Market

Table Of Contents

Brazil Nuclear Power Generation and Equipments Market Outlook to 2030 - Planned Nuclear Power Plants to Drive the Market Growth
TABLE OF CONTENTS

1. Brazil Nuclear Power Industry Introduction
Brazil's Positioning in Renewable Energy Sector in the World, 2013
1.1. Overview of Energy Consumption and Sources in Brazil
1.2. Value Chain of Nuclear Power Industry- From Mining to Waste Disposal
2. Factors Considered in Set up of a Power Generation Plant
3. Establishment Procedure of a Nuclear Power Plant
4. Cost Structure of a Nuclear Power Plant
Power Generation Cost Analysis of Angra 3 Power Plant
5. Brazil Nuclear Power Generation Equipment Market Size
5.1. By Contract Value of Equipments for Nuclear Power Plant, 2013
6. Brazil Nuclear Power Generation Equipments Market Segmentation
6.1. By Contract Value of Nuclear Island Equipments, 2013
6.2. By Contract Value of Conventional Island Equipments, 2013
7. Profile of Nuclear Power Projects in Brazil
7.1. Angra 1
Replacement of Steam Generators
Milestones of the Angra 1 Nuclear Power Program
7.2. Angra 2
Milestones of the Angra 2 Nuclear Power Program
L-3 MAPPS to Upgrade Brazil's Angra 2 Simulator
Construction Details (Tube and Pipe Sizes) at Angra 2
7.3. Angra 3
Support to Angra 3 NPP By the Defense Sector
Role of Different Companies and Industries in Angra 3 power Plant
8. Policies and Regulatory Framework in Nuclear Power Industry in Brazil
Government Structure
8.1. Health, Safety and Environmental Regulations
The Eletronuclear Response Plan to Fukushima Disaster
Radiological Protection
Onsite Emergency Handling System
Safety of Brazil Nuclear Power Reactors - Angra 1 and Angra 2
Decommissioning Process of Nuclear Power Plants
9. Key Growth Drivers of Brazil Nuclear Energy Sector: Historic and Future Prospects
10. Issues and Challenges Facing Nuclear Energy Sector in Brazil
11. Company Profile of Major Players in Brazil Nuclear Power Generation Equipments Market
11.1. Areva
11.1.1. Business Overview
AREVA in Nuclear Power Operations
Areva in Brazil
Timeline of AREVA Nuclear Related Activities in Brazil
11.1.2. Business Strategies
11.1.3. Key Performance Indicators
11.2. Westinghouse Electric
11.2.1. Business Overview
11.2.2. Financial Performance, 2008-2013
11.3. Alstom
11.3.1. Business Overview
11.3.2. Business Strategies
11.3.3. Financial Performance, 2008-2013
12. Overview of Other Companies in Nuclear Power Generation Equipments Industry in Brazil
12.1. Nuclebras Heavy Equipment (NUCLEP)
NUCLEP in Brazil
12.2. Industrias Nucleares do Brasil S.A. (INB)
12.3. Eletrobras Termonuclear S.A
Subsidiary of Electrobras - Electronuclear
13. Brazil Nuclear Power Generation Equipments Market Future Outlook
13.1. Expected Future Developments
Nuclear Fuel Resources Supplementing Equipments Market
Nuclear Energy Share to Rise in Energy Mix
Rise in Investments for Safety Upgrades of Nuclear Plants
Proliferation Challenges of Nuclear Fuel
Major Equipment Players forming New Business Divisions in Brazil
Possibilities of New Government and Reframing of Policies
Cost Economics of Nuclear Power
New Designs and Locations of Nuclear Power Plants
13.2. Future Projections for Brazil Nuclear Power Generation Industry
13.2.1. Projected Net Electricity Generation from Nuclear Energy in Brazil, 2015-2030
13.2.2. Projected Installed Nuclear Power Capacity in Brazil, 2014-2018
Different Scenarios for Nuclear Renaissance in Brazil
13.2.3. Projected Potential Market Value, 2030
14. Macro Economic Variables of Brazil Nuclear Power Generation Equipments Market
14.1. Uranium Reseves and Demand in Brazil
14.2. Brazil Uranium Production, 2008-2018
14.3. Uranium Spot Prices, 2008-2018
14.4. Electricity Consumption in Brazil, 2008-2018
14.5. Electricity Prices in Brazil, 2008-2018
14.6. Brazil Nuclear Electricity Generation, 2008-2018
14.7. Brazil Nuclear Energy Consumption, 2008-2018
15. Appendix
15.1. Market Definitions
15.2. Abbreviations
15.3. Research Methodolgy
Data Collection Methods
Approach
Limitation
Variables (Dependent and Independent)
Multi Factor Based Sensitivity Model
Final Conclusion
15.4. Disclaimer

LIST OF FIGURES

Figure 1: Electric Power Generation from Renewable Sources by Region/ Countries in Percentages (%), 2013
Figure 2: Energy Consumption in Brazil by Sectors in Percentage (%), 2011
Figure 3: Primary Energy Sources in Brazil on the basis of Contribution in Percentage (%), 2012
Figure 4: Nuclear Power Industry Value Chain
Figure 5: Nuclear Fuel Cycle from Mines to Power Generation
Figure 6: Timeline of Licensing Milestones for Angra I
Figure 7: Timeline of Licensing Milestones for Angra 2 Power Plant
Figure 8: Government Structure of Nuclear Agencies and Facilities in Brazil Nuclear Power Industry
Figure 9: Eletronuclear Response Plan to Ensure Safety at Angra 1 and Angra 2 NPPs
Figure 10: Decommissioning Stages of Nuclear Power Plant
Figure 11: Business Segments of Nuclear Power Operations by AREVA
Figure 12: Timeline of Nuclear Related Activities by AREVA in Brazil
Figure 13: Areva Reactors and Services Business Group Revenue by Units in Percentage (%), 2013
Figure 14: Areva Total and Reactors and Services Business Segment Revenue in USD Billion, 2008-2013
Figure 15: Areva Global Sales Revenue by Regions on the Basis of Contribution in Percentage (%), 2013
Figure 16: Westinghouse Electric Global Revenues in USD Billion, 2008-2013
Figure 17: Alstom Total and Thermal Business Segment Revenue in USD Billion, 2008-2013
Figure 18: Timeline of INB Activities in Brazil
Figure 19: Future Projections of Brazil's Net Electricity Generation from Nuclear Energy in Trillion kWh, 2015-2030
Figure 20: Brazil's Projected Nuclear Power Capacity in Megawatts, 2014-2018
Figure 21: Brazil Uranium Production in Tons, 2008-2018
Figure 22: Global Uranium Spot Prices in USD/pound (in weight), 2008-2018
Figure 23: Brazil Electricity Consumption in Billion KWh, 2008-2018
Figure 24: Brazil Electricity Prices in Euros / MWh, 2008-2018
Figure 25: Brazil Nuclear Electricity Generation in Billion Kilowatt Hour (KWh), 2008-2018
Figure 26: Brazil Nuclear Energy Consumption in Mtoe, 2008-2018

LIST OF TABLES

Table 1: Operating Nuclear Power Plants (NPPs) in Brazil by Model, Generating Capacity and Commercial Operational Year
Table 2: Electric Power Generation from Renewable Sources by Region/ Countries in Terawatt hour (TWh), 2013
Table 3: Relative Comparison of Hydro Power, Thermal Power and Nuclear Power by Parameters
Table 4: Nuclear Power Plant Project Setup Activities and their Responsible Units
Table 5: Capacity, Energy Cost, Annual Electricity Production and Construction Time by Different Types of Power Generation Plants in Brazil
Table 6: Installed Capacity, Energy Cost, Annual Production, Construction Time for Different Power Projects in Brazil
Table 7: Power Generation Cost Analysis of Angra 3 Power Plant
Table 8: Brazil Nuclear Power Generation Equipments Market Size by Contract Value in USD Billion, 2013
Table 9: Brazil Nuclear Power Generation Equipments Market by Contract Value of Nuclear Island Equipments in USD Million, 2013
Table 10: Brazil Nuclear Power Generation Equipments Market by Contract Value of Conventional Island Equipments in USD Million, 2013
Table 11: Annual Energy Generation, Accumulated Energy, Plant Availability and Average Load Factor for Angra 1, 2001-2012
Table 12: Key Facts of Angra 1 Nuclear Power Plant
Table 13: Annual Energy Generation, Accumulated Energy, Plant Availability and Average Load Factor for Angra 2, 2001-2012
Table 14: Construction Progress of Angra 2 in Brazil
Table 15: Key Facts of Angra 2 Nuclear Power Plant
Table 16: Tube and Pipe Sizes Detail by Type of Group with Outside Diameter and Wall Thickness (in Inches)
Table 17: Role of Different Companies /Industries in Angra 3 Power-Plant-Construction and Operations
Table 18: Decommissioning Costs of Angra 1 and Angra 2 Nuclear Power Plants in USD Million
Table 19: Key Data Facts about Operations and Services to Different Sectors by NUCLEP in Brazil
Table 20: Operations of INB with INB Units, State and their respective Purpose
Table 21: Comparison of Eletronuclear Budget in Angra 1 and Angra 2 NPPs during 2010 and 2012
Table 22: Different Scenarios (Reference, Medium and High) for Operations of NPPs in Brazil, 2016-2030
Table 23: Key Profile of Nuclear Power Reactors under Construction in Brazil
Table 24: Geological Reserves Estimation for Uranium with Data Facts on Deposit Locations, Measured / Indicated Deposits and Inferred Deposits in Tons of U3O8 in Brazil, 2013
Table 25: Estimation of Phosphate-Uranium Deposits by Element, Type of Oxide and Reserves, 2013
Table 26: Uranium Demand in Ongoing and Upcoming Nuclear Power Plants (for Useful Life of 60 years) in Tons of U3O8
Table 27: Correlation Matrix of Brazil Nuclear Power Generations Equipment Market
Table 28: Regression Coefficients Output of Brazil Nuclear Power Generation Equipment Market

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