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Bharatbook.com has this special report, which sources information of the nuclear energy technology (NET) market re-emerging, and in fact has been aptly named by some as the Nuclear Technology Renaissance. Interest is being fueled by a number of supporting factors, such as a general improvement of public perception regarding nuclear technologies, and a global need for more reliable, less costly energy sources. The number and technological development of nuclear power plants is increasing worldwide. Under the NET umbrella, some of the more common nuclear reactor types used today for electricity generation include pressurized water reactors (PWRs), boiling water reactors (BWRs), fast breeder reactors (FBRs), heavy water reactors (HWRs) and light water reactors (LWRs). In 2010 the world market for NET neared $200 billion, up significantly from the year before. Steady growth is expected to continue at least through the year 2020. The NET market segments including PWRs and BWRs currently account for close to half [Shelley, this needs further research] of all nuclear reactors; this share is expected to see a slight decrease by 2020 as other technologies are improved and as new technologies come to fruition. The United States staked a near 28% claim of total NET market share in 2010; however, the nation is expected to lose some of its dominance to a handful of other countries by 2020, which are either increasing their nuclear capabilities or undertaking nuclear endeavors for the first time. Many factors, including aging electricity infrastructures, increases in terrorist activities, higher fossil fuel costs and increases in electricity demand have left many nations with a desire to increase their levels of energy security. Electricity produced from nuclear power plants offer a secure and reliable source of electricity as they operate independently, do not rely on fossil fuels, provide a constant stream of electricity and are cost-effective - once installed. New technologies are also emerging for small modular nuclear reactors, which may be ideal for military bases - offering increased security for military personnel. In the past, deriving electricity from nuclear power plants has been highly controversial, due in part to the large amounts of nuclear waste produced. Many environmental organizations such as Greenpeace have been strongly against any nuclear undertakings. New technological innovations, such as those to prolong the life of uranium or to recycle the radioactive element, have significantly helped to reduce the amount of waste produced through nuclear electricity generation. Over the past two decades, public perception has been slowly shifting, although has only recently noticeably bent in favor of nuclear technology development. Growth in the NET market has been significantly hampered by the highly volatile and controversial aspects associated with nuclear warfare. This has been an especially large hurdle for some countries that have not cooperated with international agreements or have not readily divulged information regarding their nuclear operations. Many countries are now promising to abstain from nuclear weapons development, while others are forming alliances for the exchange of nuclear technologies - sometimes under intense international disapproval. Countries, such as the United Arab Emirates and North Africa, which previously did not have access to nuclear technologies, are planning to install nuclear reactors and many countries already taking advantage of nuclear technologies will be increasing their nuclear capacities. The World's Nuclear Energy Technology Renaissance: A Market Analysis contains comprehensive historical data (2006-2010) and forecast data (2011-2020). This report identifies key trends and factors (such as the regulatory scene, new technologies, employment opportunities and economic drivers and challenges), which affect the size and direction of NET market growth around the world. Profiles of 20 major - or simply interesting - companies involved in the NET market are also included. Table of Contents Chapter 1: Executive Summary Market Scope Report Methodology Fukushima’s NET Impact Analyzed Introduction to NET Types of Nuclear Reactors Reactor Generations World Regulatory Bodies and Agreements Market Size and Growth Global NET Market Value Exceeds $190 Billion in 2010 Figure 1-1 Total Global NET Market Value Figure 1-2 Total Global NET Market Capacity In GW(e), 2006-2010 PWR Reactors Dominate Market Figure 1-3 Total Global NET Market Percentage Share, by Reactor Type, 2006 Figure 1-4 Total Global NET Market Percentage Share, by Reactor Type, 2010 Fukushima Shifts Market Trajectory: Original Estimates Lowered Figure 1-5 Projected Global Growth of NET Market Before and After Comparison: Fukushima Nuclear Power Plant Accident In Billion Dollars (2010 - 2020) Market Value for NET Projected at $220.25 Billion in 2020 Figure 1-6 Total Projected Global NET Market Value In Billion Dollars, 2010-2020 Figure 1-7 Total Projected Global NET Market Capacity In GW(e), 2010-2020 PWRs Expected to Retain Stronghold in NET Market Figure 1-8 Total Global NET Market Percentage Share, by Reactor Type, 2020 United States, France and Japan Dominate NET Market Figure 1-9 Global NET Market Value: % Share, by Country, 2006 Figure 1-10 Global NET Market Value: % Share, by Country, 2010 Figure 1-11 Global NET Market Value: % Share, by Country, 2015 Figure 1-12 Global NET Market Value: % Share, by Country, 2020 Factors in Market Size and Growth The Nuclear Energy Technology Renaissance ‘Clean’ Nuclear Energy Touted as Fossil Fuel Alternative Global Energy Demand Increasing Global Electricity Costs Rising Nuclear Energy Technologies Increase National Security Technological Advances and Schemes Fusion Reactors Produce Less Waste than Fission Reactors Small Modular Nuclear Reactors Around the World About 14% of Global Electricity Supplied by Nuclear Power Global Nuclear Electricity Generation Sees Steady Growth Figure 1-13 Electricity Generation by Energy Source The United States: World’s Largest Nuclear Power Producer United States Scrutinizes Own Nuclear Industry in Light of Fukushima More than 75% of France’s Electricity Comes from Nuclear Power France Orders Investigation into Nuclear Industry After Fukushima Accident Japan’s Reliance on Nuclear Power May Have New Trajectory Employment Outlook Wide Scope of Jobs Included in the NET Market Fukushima Likely to Inspire More Safety Related Job Openings Chapter 2: Introduction The History of Nuclear Technology NET: How it Works Types of Nuclear Reactors Pressurized Water Reactor (PWR) Boiling Water Reactor (BWR) Pressurized Heavy Water Reactor (PHWR/CANDU) Light Water Graphite Reactor (LWGR/RBMK) Gas Cooled Reactor (GCR) Fast Breeder Reactor (FBR)/Fast Neutron Reactor (FNR) Nuclear Research Reactors Reactor Generations Nuclear Energy Technology Components Nuclear Power Reactor Power Rating Nuclear Warhead Status Around the World Other Uses for Nuclear Technologies World Regulatory Bodies and Agreements World Nuclear Association World Association of Nuclear Operators International Atomic Energy Agency Nuclear Energy Agency International Nuclear Regulators Association International Nuclear Safety Center Nuclear Energy Institute The Nuclear Suppliers Group Nuclear Nonproliferation Treaty United Nations Security Council Resolution 1540 Chapter 3: Market Size and Growth Nature of NET Leads to Roller Coaster Market Numbers Figure 3-1 Total Global NET Market Value Global NET Market Value Exceeds $190 Billion in 2010 Figure 3-2 Total Global NET Market Capacity PWR Reactors Dominate Market Figure 3-3 Total Global NET Market, 2006 Figure 3-4 Total Global NET Market, 2010 Figure 3-5 PWR Global NET Market Value Figure 3-6 PWR Global NET Market Capacity PWR Market Value Reaches Over $126 Billion in 2010 Global BWR Market Value Surpasses $83 Billion in 2010 Figure 3-7 BWR Global NET Market Value The PHWR Segment Climbs to Nearly $12 Billion in Market Value Figure 3-8 BWR Global NET Market Capacity Figure 3-9 PHWR Global NET Market Value Figure 3-10 PHWR Global NET Market Capacity Figure 3-11 LWGR Global NET Market Value LWGR Market Rests at $5.2 Billion in 2010 Figure 3-12 LWGR Global NET Market Capacity Figure 3-13 GCR Global NET Market Value Figure 3-14 GCR Global NET Market Capacity Global GCR Market Value Estimated at $4.55 Billion in 2010 Global Market Value for FBRs Totaled $.29 Billion in 2010 Figure 3-15 FBR Global NET Market Value Figure 3-16 FBR Global NET Market Capacity Fukushima Shifts Market Trajectory: Original Estimates Lowered Figure 3-17 Projected Global Growth of NET Market Market Value for NET Projected at $220.25 Billion in 2020 Figure 3-18 Total Projected Global NET Market Value Figure 3-19 Total Projected Global NET Market Capacity PWRs Expected to Retain Stronghold in NET Market Figure 3-20 Total Global NET Market PWR Market Value Projected to Reach $151.77 in 2020 Figure 3-21 PWR Projected Global NET Market Value Figure 3-22 PWR Projected Global NET Market Capacity BWR Segment to Reach $38.7 Billion in 2020 Figure 3-23 BWR Projected Global NET Market Value Figure 3-24 BWR Projected Global NET Market Capacity Figure 3-25 PHWR Projected Global NET Market Value Figure 3-26 PHWR Projected Global NET Market Capacity PHWR Market Value Predicted to Near $20 Billion in 2020 LWGRs Projected to Settle at $3.4 Billion in 2020 Figure 3-27 LWGR Projected Global NET Market Value Figure 3-28 LWGR Projected Global NET Market Capacity Figure 3-29 GCR Projected Global NET Market Value GCRs Reach $5.06 Billion in 2020 Figure 3-30 GCR Projected Global NET Market Capacity Figure 3-31 FBR Projected Global NET Market Value FBR Market Value to Near $1.35 Billion in 2020 Figure 3-32 FBR Projected Global NET Market Capacity Figure 3-33 Total Global NET Market Value, All Reactor Types Table 3-1 Total Global NET Market Value United States, France and Japan Dominate NET Market Figure 3-34 Global NET Market Value: % Share, by Country, 2006 Figure 3-35 Global NET Market Value: % Share, by Country, 2010 Figure 3-36 Global NET Market Value: % Share, by Country, 2015 Figure 3-37 Global NET Market Value: % Share, by Country, 2020 The United States Claims Over $51 Billion in NET Market Value in 2010 Figure 3-38 United States: NET Market Value Figure 3-39 United States: NET Market Capacity Figure 3-40 United States: NET Market France’s NET Market Value Reaches $31.79 in 2010 Figure 3-41 France: NET Market Value Figure 3-42 France: NET Market Capacity Figure 3-43 France: NET Market Japan Stakes $23.98 Billion of the NET Market Value in 2010 Figure 3-44 Japan: NET Market Value Figure 3-45 Japan: NET Market Capacity Figure 3-46 Japan: NET Market Russia Reaches $17.24 Billion in NET Market Value in 2020 Figure 3-47 Russia: NET Market Value Figure 3-48 Russia: NET Market Capacity Figure 3-49 Russia: NET Market South Korea to Claim $13.28 Billion in NET Market Value in 2020 Figure 3-50 South Korea: NET Market Value Figure 3-51 South Korea: NET Market Capacity Figure 3-52 South Korea: NET Market Germany’s NET Market to Rest at $6.76 Billion in 2020 Figure 3-53 Germany: NET Market Value Figure 3-54 Germany: NET Market Capacity Figure 3-55 Germany: NET Market Canada Nails an $8.39 Billion NET Market in 2020 Figure 3-56 Canada: NET Market Value Figure 3-57 Canada: NET Market Capacity Figure 3-58 Canada: NET Market Ukraine to See 14.8% Increase in Market Value from 2015 to 2020 Figure 3-59 Ukraine: NET Market Value Figure 3-60 Ukraine: NET Market Capacity Figure 3-61 Ukraine: NET Market China Plans for Hefty Growth by 2020 Figure 3-62 China: NET Market Value Figure 3-63 China: NET Market Capacity Figure 3-64 China: NET Market The United Kingdom Loses Nuclear Capacity from 2006 to 2020 Figure 3-65 United Kingdom: NET Market Value Figure 3-66 United Kingdom: NET Market Capacity Figure 3-67 United Kingdom: NET Market ‘Other’ Country Category Expected to See Significant Growth Figure 3-68 Other: NET Market Value Figure 3-69 Other: NET Market Capacity Figure 3-70 Other: NET Market U.S. Shipments of Select NET Components Table 3-2 U.S. Shipments of Selected NET Components Table 3-3 U.S. Shipments of Selected NET Components Uranium Market Value and Production Volume Figure 3-70 Uranium Market Value Figure 3-71 Uranium Market Production Projected Uranium Market Value and Production Volume Figure 3-72 Projected Uranium Market Value Figure 3-73 Projected Uranium Market Production Uranium Production Around the World Figure 3-74 Global Uranium Production Table 3-4 Uranium Market, Production, Market Value and Percentage Share, by Country The World’s Total Known Recoverable Resources of Uranium Figure 3-75 Known Recoverable Resources of Uranium Potential Growth of NET Market Limited Chapter 4: Factors in Market Size and Growth The Nuclear Energy Technology Renaissance Fukushima: Factors in Market Size and Growth BWR Future Not Too Shady, Despite Fukushima Plant Failure Nuclear Opponents Attack; Nuclear Advocates on the Defense Public Fear of Nuclear Shadowed by Terrible Disaster Increased Safety Measures May Affect Industry Growth Realistically Nuclear Cannot Just Disappear: An Economic Perspective98 Fukushima’s Mark 1 Nuclear Reactor Reactors Safety Scrutinized in Seismic Regions ‘Clean’ Nuclear Energy Touted as Fossil Fuel Alternative Greenhouse Gas Debate May Affect Push Towards Clean Energy.. 101 Global Energy Demand Increasing Global Electricity Costs Rising Nuclear Energy Technologies Increase National Security NET May be Mask for Nuclear Weapons Proliferation Environmental Concerns Re: NET Environmentalists Retain Grip on NET Market Public Perception: Despite Imperfect Past Many Warming to NET.. 106 New Technologies Spruce Up NET Market Small Reactors, Big News Plant Life Extensions and Upgrades Good for Business Cyber Attacks on Nuclear Power Plants More than a Possibility Nuclear Technology Heavily Reliant on Uranium Mining Industry Storing Nuclear Waste Unavoidable UAE-led Nuclear Fuel Assurance Plan Costs Associated with Nuclear Power Plants Figure 4-1 U.S. Plant Levelized Costs, by Type A Host of New Countries Plan Nuclear Power Operations by 2030.. 115 International Cooperation Growing: Countries Form Alliances R&D for NET: Institutions and Universities Ideally Positioned Workshops, Trade Shows and Other Events Fertilize NET Market .. 121 New Millennium Nuclear Energy Summit in the United States President Obama’s Nuclear Security Summit Ten Countries Participate in FNCA SMS in Serpong The Future of Nuclear Technology Workshop Iran’s National Day of Nuclear Technology Chapter 5: Technological Advances and Schemes Fusion Reactors Produce Less Waste than Fission Reactors Generation IV Reactors Managing Nuclear Waste through Reprocessing and Recycling Small Modular Nuclear Reactors Nuclear Canister Testing China Discovers Technology to Increase Uranium Life Iran’s Third Generation Centrifuges European Pressurized Reactors Pebble Bed Technology Goes Awry Reduced Enrichment for Research Test Reactors Program Continuous Electrodeionization for Radioactive Wastewater Decontamination FUSTIN Dedicated Computer Code Portable Nuclear Power of the Future Thorium to Clean up Reactor Waste Chapter 6: Around the World World Population Table 6-1 Projected World Population and Percent Change from Prior Year, 2010 - 2030 Figure 6-1 Ten Most Populated Countries, Percentage Share, 2010 Figure 6-2 Ten Most Populated Countries, Percentage Share, 2030 China and U.S. Together Consume 40% of the World’s Energy Figure 6-3 Energy Consumption: United States, China and India Electricity Consumption Worldwide Figure 6-4 World Electricity Consumption, in Billion KW Hours Figure 6-5 Ten Largest Consumers of Electricity Figure 6-6 Ten Largest Consumers of Electricity, Per Capita Electricity in Developed and Developing Countries About 14% of Global Electricity Supplied by Nuclear Power Global Nuclear Electricity Generation Sees Steady Growth Figure 6-7 Electricity Generation by Energy Source Table 6-2 Electricity Generation by Energy Source Figure 6-8 Nuclear Reactors in Operation Around the Globe Nuclear Reactors in Operation Around the World Nuclear Reactors under Construction Figure 6-9 Reactors Under Construction, Around the Globe Figure 6-10 North America: Electricity Consumption and Generation In Billion KW Hours, 2005 - 2008 North America Electricity Infrastructure Overview Table 6-3 North America: Electricity Consumption and Generation Regional Nuclear Energy Positioning The United States Canada South America and Central America Electricity Infrastructure Overview Figure 6-11 Central America and South America: Electricity Consumption and Generation Table 6-4 Central and South America: Electricity Consumption and Generation Regional Nuclear Energy Positioning Mexico Argentina Brazil Other South & Central American Countries Interested in NET Europe Electricity Infrastructure Overview Figure 6-12 Europe: Electricity Consumption and Generation Table 6-5 Europe: Electricity Consumption and Generation Regional Nuclear Energy Positioning France Germany Ukraine United Kingdom Sweden Spain Belgium Czech Republic Switzerland Finland Bulgaria Hungary Slovak Republic Romania Republic of Slovenia Netherlands Other European Countries Interested in Nuclear Power Africa Electricity Infrastructure Overview Figure 6-13 Africa: Electricity Consumption and Generation Table 6-6 Africa:Electricity Consumption and Generation Regional Nuclear Energy Positioning South Africa Other African Countries Interested in Nuclear Power Asia Electricity Infrastructure Overview Figure 6-14 Asia: Electricity Consumption and Generation Table 6-7 Asia:Electricity Consumption and Generation Regional Nuclear Energy Positioning Japan Russia South Korea China Taiwan India Armenia Other Asian Countries Interested in Nuclear Power Middle East Electricity Infrastructure Overview Figure 6-15 Middle East: Electricity Consumption and Generation Table 6-8 Middle East: Electricity Consumption and Generation Regional Nuclear Energy Positioning Pakistan Iran United Arab Emirates Other Middle Eastern Countries Interested in Nuclear Power Australia and Oceania Electricity Infrastructure Overview Figure 6-16 Australia and Oceania: Electricity Consumption and Generation Table 6-9 Australia and Oceania: Electricity Consumption and Generation Regional Nuclear Energy Positioning Australia New Zealand Chapter 7: Employment Outlook Wide Scope of Jobs Included in the NET Market Engineers in High Demand Fukushima Likely to Inspire More Safety Related Job Openings Nuclear Workforce Retiring NET-related Job Earnings and Educational Requirements Table 7-1: NET-related Job Earnings Education Strengthens NET Workforce Grants, Internships and Scholarships Nuclear-related Job Positions Opening Worldwide Online Postings for NET Job Opportunities and Training Employee Hazards Associated with Nuclear Power Plants Nearly 450,000 Employed in the Global Nuclear Market in 2010 Figure 7-1 Number of Individuals Employed in NET Market Close to 550,000 People Employed in the NET Market in 2020 Figure 7-2 Projected Number of Individuals Employed in NET Market Chapter 8: Company Strategies Areva Table 8-1 Areva Profile Corporate Overview Performance Areva’s Products and Services Cover Wide Scope of NET Areva Awarded DOE Conditional Commitment for $2 Billion Areva’s 100th Reactor is France’s First Generation III Unit Northern Europe’s Largest Industrial Project: Olkiluoto 3 Areva Signs 1,660 MW(e) International Commercial Contract Areva’s Chalon/St. Marcel in Production Since 1975 Areva’s Creusot Forge Expands Manufacturing Capabilities Areva Newport News Areva Purchases France’s SFARsteel Areva Joins China’s Donfang Boiler Group Co. Areva Signs MOU with Bharat Forge Ltd. Atomic Energy of Canada Ltd Table 8-2 Atomic Energy of Canada Ltd. Profile Corporate Overview Performance AECL’s CANDU Reactors AECL Life Extension Projects AECL’s CANDU Reactor Projects AECL’s Research and Development Program AECL’s Modular Air-cooled Storage System Babcock & Wilcox Company Table 8-3 Babcock & Wilcox Company Profile Corporate Overview Performance B&W’s Product Portfolio B&W mPower Modular Reactor B&W Joins Forces with Areva China First Heavy Industries (Group) Ltd. Co. Table 8-4 China First Heavy Industries (Group) Ltd. Co. Profile Corporate Overview CFHI Provides Equipment and Services for Multiple Industries CFHI Receives Generation III Approval CFHI Signs Contract with Shandong Nuclear Power CFHI Produces China’s First One Million KW Pressure Vessel CFHI Acquires Contracts for RMB 823.55 Million Doosan Heavy Industries & Construction Co., Ltd. Table 8-5 Doosan Heavy Industries & Construction Co., Ltd. Profile Corporate Overview Performance DHIC Offers Castings and Forgings for Nuclear Power Plants DHIC To Provide Components for China Nuclear Corp DHIC Signs Contract with Westinghouse and Shaw DHIC Signs $3.9 Billion Contract with KEPCO DHIC Ships to China, United States and Korea Hitachi-GE Nuclear Energy, Ltd. Table 8-6 Hitachi-GE Nuclear Energy, Ltd. Profile Corporate Overview GE-Hitachi Delivers to Japan and Other Regions GE-Hitachi’s ABWRs in Japan Prefabricated Large Modules Mitsubishi Heavy Industries Ltd Table 8-7 Mitsubishi Heavy Industries Ltd. Profile Corporate Overview Performance Mitsubishi’s Nuclear Power Plant Products Mitsubishi Has Strong Presence in Japan Mitsubishi’s APWR for Europe and the United States NuScale Power, Inc. Table 8-8 NuScale Power, Inc. Profile Corporate Overview NuScale’s Small Nuclear Power System Toshiba Corp. Table 8-9 Toshiba Corp. Profile Corporate Overview Performance Toshiba Produces Large Variety of Products Toshiba Has Strong Nuclear Presence Toshiba Partners with Westinghouse Global Fuel and Service Business Toshiba’s ABWR Toshiba’s 4S Technology Core Shroud Replacement Work Radiation-tolerant Remote Operated Vehicle Laser De-sensitization Treatment Technology Westinghouse Electric Co., Llc. Table 8-10 Westinghouse Electric Co., Llc. Profile Corporate Overview Westinghouse Boasts Large Variety of Products Westinghouse’s Nuclear Ventures Westinghouse’s AP1000™ Westinghouse Joins Forces with Shaw Group Westinghouse Signs Agreement with Endesa Westinghouse’s Small Modular Reactor Westinghouse Provides Nuclear Fabrication Services in Carolina Westinghouse To Supply Nuclear Energy Technologies to China Chicago Bridge and Iron Co. Table 8-11 Chicago Bridge and Iron Co. Profile Corporate Overview Performance CB&I Caters to Numerous Industries Containment Vessels and Pressure Vessels Repairs and Modifications The Japan Steel Works, Ltd. Table 8-12 The Japan Steel Works, Ltd. Profile Corporate Overview Performance JSW’s Product Portfolio JSW Supplies Pressure Vessels to Areva’s EPRs JSW’s Muroran Plant Receives Upgrade Larsen & Toubro Ltd Table 8-13 Larsen & Toubro Ltd. Profile Corporate Overview Performance L&T’s Portfolio of Large Projects L&T’s Nuclear Power Products L&T Builds Factory with Nuclear Power Corp. L&T Signs Four Large Agreements in 2009 OMZ Group Table 8-14 OMZ Group Profile Corporate Overview Performance Izhorskiye Zavody Caters to Nuclear Industry Skoda JS Provides Reactor Components Sheffield Forgemasters International, Ltd. Table 8-15 Sheffield Forgemasters International, Ltd. Profile Corporate Overview SFI’s Product Portfolio Covers Many Industries, Including Nuclear Power SFI Produces ‘Tons’ of Stuff For more information kindly visit : http://www.bharatbook.com/detail.asp?id=192418&rt=The-Worlds-Nuclear-Energy-Technology-Renaissance-A-Market-Analysis.html Related Reports Duke Energy and Progress Energy Merger: The Largest Nuclear Fleet in the US and its Future Nuclear Plans http://www.bharatbook.com/detail.asp?id=175115&rt=Duke-Energy-and-Progress-Energy-Merger-The-Largest-Nuclear-Fleet-in-the-US-and-its-Future-Nuclear-Plans.html Poland Seeks Nuclear Power for Energy Security and Increase its Electricity Exports http://www.bharatbook.com/detail.asp?id=165838&rt=Poland-Seeks-Nuclear-Power-for-Energy-Security-and-Increase-its-Electricity-Exports.html -30- Or, Contact us at : Bharat Book Bureau Tel: +91 22 27578668 Fax: +91 22 27579131 Email: info@bharatbook.com Website: www.bharatbook.com Follow us on twitter: http://twitter.com/#!/BharatBook Please visit our blog at http://bharatresearch.wordpress.com
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