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原子力発電市場 - インド

Nuclear Power Market - India

発行 Global Industry Analysts, Inc. 商品コード 232242
出版日 ページ情報 英文 114 Pages
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原子力発電市場 - インド Nuclear Power Market - India
出版日: 2012年01月01日 ページ情報: 英文 114 Pages
概要

当レポートは、インドの原子力発電市場を精査分析しており、25種に上る市場データ図表を駆使してインドの電力産業における原子力発電の役割、原子力発電所建設の動向、インドの電力市場に関連した国際協定やその他影響の大きな側面の分析を提供しています。また、最近の注目すべき企業吸収合併の動きや、その他の戦略的展開についても概括しています。さらに当レポートは主要企業103社の企業データ、住所ならびにコンタクト先を網羅したディレクトリを付記し、概略下記の構成でお届けいたします。

第1章 インドの原子力発電市場 - 概観

  • 概要および見通し
  • インドの発電容量は増大: 原子力発電のシェアはわずか
  • インドの原子力発電部門からの電力が今後急増
  • 代替電力源への投資が大幅増加
  • 原子力エネルギーの必要性が高まる

第2章 インドの原子力市場 - 概要

  • インド - 世界で最も急速な成長を遂げている原子力エネルギー市場のひとつ
  • インド - 原子力発電主要6カ国の一国
  • インドの原子力発電は目標を上回って進行
  • インドの原子力発電所
  • インドの原子力発電市場見通し
  • インドにおける原子力発電のビジネス機会
  • 米印原子力協力協定
  • 軍用および民生用原子力分離プログラム
  • 民生用核施設に対するIAEA査察
  • 核技術不拡散
  • 米印原子力協定: インドの発電市場にとっての恵み
  • 米印間核協定の背後にある経済的要素
  • インドの原子力市場に対する米国経済の関心
  • インドとの核協定に急ぐ国々
  • インドと各国との間の主要核協定
  • オーストラリアがインドへのウラニウム供給を解禁
  • インドの原子力損害民事責任法案に対する米国の確執
  • インドが核供給者賠償責任の確定規則を発令
  • インドのエネルギーセキュリティおよび原子力発電政策
  • 三段階に渡る原子力発電計画
  • インドの原子力エネルギー産業部門に対する監視行政組織
  • 原子力発電に対する外国直接投資と民間部門参画は今なお禁止が続く
  • インドの核技術 - 国際原子力市場に見えて来ない
  • インドにおけるウラニウム採鉱
  • ウラニウム処理
  • トリウムサイクル

第3章 インドの原子力発電市場動向と課題

  • 近年のウラニウム供給不足問題 - 海外からの供給で状況改善
  • 日本の原発爆発事故 - インドの原発に対する影響は?
  • インドの原子力発電部門で安全性強化の動きが高まる
  • インドが原発の安全性に対する精査の必要性を是認
  • 反対運動がインドの原子力ドリームに影をさす
  • 原子力供給国グループ(NSG)新規則がインドをいらつかせている
  • 新しいウラニウム鉱床発見で沸くインドの原子力発電産業
  • インドが世界の原子炉市場に進出
  • 技術企業がNSGの権利放棄により利益を得る
  • 海外企業がインドの原子力市場に参入
  • 民間企業のビジネスチャンス
  • 原子力発電への投資機会を待ち受けるインドの電力会社
  • NSG権利放棄が原子エネルギー市場を開放

第4章 インドの原子力発電産業構造

  • DAE (原子力エネルギー省) - インドの原子力発電に関する中央組織
  • インドの原子力委員会
  • DAEに属する研究機関
  • DAE下の産業ユニット
  • DAE下の公共事業

第5章 原子力発電 - 世界的見通し

  • 原子エネルギー: 先進国、新興国双方で高まる必要性
  • 将来見通し
  • 世界の原子力発電量は2030年までに3兆7500億kWhを超える
  • 原子力発電産業では米国が変わらずに主役を勤める
  • 発電量の増加にも関わらず、世界の発電量のうち原子力発電の割合は停滞
  • 地球温暖化への懸念が原子力エネルギー需要を促進
  • 福島の原子力発電所惨事
  • 日本の電力危機
  • ドイツが原子力発電から離脱
  • 中国は各種エネルギー源への投資のバランスに注力
  • 論争の中、原子力発電が前面に復帰
  • 現在の原子力発電容量と増量計画
  • 2011年における世界の原子力発電量
  • 2011年における建設中の原子力発電所
  • 計画中の原子力発電所
  • 原子力発電市場成長の推進要因
  • 原子力発電市場に対する課題
  • ウラニウム供給市場
  • 規制 - 概要
  • 国際原子力エネルギー・パートナーシップ
  • 核不拡散条約

第6章 生産品概要

  • 原子力発電の定義
  • 原子力発電 - 未来の発電の重要側面
  • 核分裂エネルギーの代替源
  • 核エネルギーの利点
  • 核エネルギーの欠点
  • 原子力発電のライフサイクル
  • 核分裂原料
  • 原子炉
  • 安全性 - 原子炉設計の中心課題
  • 原子力発電研究開発

第7章 最近の業界の動き

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目次
Product Code: GOS-289

The global outlook series on the Nuclear Power Market in India provides a collection of statistical anecdotes, market briefs, and concise summaries of research findings. Illustrated with 25 fact-rich market data tables, the report briefly discusses the role of nuclear power in the Indian power sector, present dynamics in nuclear reactor establishments, international agreements and other aspects related to the sector in the Indian market. The report also recapitulates recent noteworthy mergers, acquisitions, and other strategic developments. Also included is an indexed, easy-to-refer, fact-finder directory listing the addresses, and contact details of 103 companies worldwide.

Table of Contents

1. NUCLEAR POWER MARKET IN INDIA - OUTLOOK

  • Overview & Outlook
  • India's Power Generation Capacity Increases; Nuclear Energy Accounts for Minute Share
    • Table 1: Installed Power Generation Capacity in India by Region (2011): Capacity in GW for Western Region, Southern Region, Northern Region and Others
    • Table 2: Indian Power Generation Capacity by Source (2011): Percentage Breakdown of Generation Capacity for Thermal, Hydroelectric, Renewables and Nuclear
  • Electricity Generated from Indian Nuclear Sector to Surge
    • Table 3: Indian Recent Past, Current and Future Analysis of Nuclear Power Market Analyzed in terms of Annual Electricity Generated in Billion Kilowatt-Hours for Years 2010 through 2015
  • Investments in Alternative Sources to Soar
  • The Need for Nuclear Energy Thrives

2. INDIAN NUCLEAR MARKET - AN OVERVIEW

  • India - One of the Fastest Growing Markets for Nuclear Energy Globally
  • India - Among the Leading Six Nations in Nuclear Power Generation
  • India's Nuclear Power Generation Goes Ahead of Targets
  • Nuclear Power Plants in India
    • Table 4: Active and Planned Capacities for Nuclear Power in India
    • Table 5: Operating Nuclear Power Reactors in India by Type, Capacity and Year of First Commercial Operation
    • Table 6: Nuclear Power Reactors Under Construction in India by Type, Capacity and Expected Month & Year of Commercial Operation
  • Kaiga Atomic Power Station
  • Kakrapar Atomic Power Station
  • Kudankulam Nuclear Power Plant
  • Madras Atomic Power Station
  • Rajasthan Atomic Power Station
  • Tarapur Atomic Power Station
  • Narora Atomic Power Station
  • Nuclear Power Prospects in India
  • Business Opportunities for Nuclear Power in India
  • US-India Nuclear Deal
  • Separation of Military and Civilian Nuclear Programs
  • IAEA Safeguards for Civilian Nuclear Establishments
  • Non-Proliferation of Nuclear Technology
  • US-India Nuclear Agreement: A Boon for Indian Electricity Generation Market
  • Economic Elements Behind US-India Nuclear Deal
  • Interests of the US Economy in Indian Nuclear Market
  • Countries Rush to Sign Nuclear Deals with India
  • Select Agreements in a Nutshell
    • Indo-American Agreement
    • Indo-French Agreement
    • Indo-Russian Agreement
    • Indo-Mongolian Agreement
    • Indo-Namibian Agreement
    • Indo-Argentinean Nuclear Deal
    • Indo-Canadian Agreement
    • Indo-Kazakhstan Agreement
    • Indo-Korean Deal
  • Australia Lifts Uranium Supply Ban to India
  • US' Antagonism to Nuclear Liability Bill 2010
  • India Issues Finalized Rules on Nuclear Supplier Liability
  • Energy Security and Nuclear Power Policy in India
  • Energy Security in the Indian Context
    • Table 7: Percentage Share of Annual Electricity Generation Potential by Energy Source
  • Indian Nuclear Power Policy
  • The Three-Stage Nuclear Power Program
    • India - Only Country Active in All Three Fuels
    • Stage 1
      • Strong Native R&D Capability - A Key Contributor to Success in Stage 1
    • Stage 2
    • Stage 3
  • Administrative Setup for Nuclear Energy Sector in India
  • Indian Government Exercises Full Control of Nuclear Power Generation in India
  • Doors Remain Closed on FDI and Private Sector Participation in Nuclear Energy Generation
  • Indian Nuclear Technology - Conspicuously Absent in International Nuclear Market
  • Indian Nuclear Energy Sector Holds Potential to Go Global
  • Research in Nuclear Reactors
  • Uranium Mining in India
  • Uranium Processing
  • Thorium Cycle

3. TRENDS & ISSUES IN THE INDIAN NUCLEAR POWER MARKET

  • Recent Years Marred with Uranium Supply Shortages, International Supply Eases Situation
  • Improved Fuel Supply Alleviates Capacity Utilization Issues
  • Japan's Nuclear Power Plant Explosion, Will it Affect India's Nuclear Power Plans?
  • Emphasis on Safety Rises in the Indian Nuclear Power Sector
  • India Endorses Need for High Scrutiny in Nuclear Plant Safety, Tables New Bill in Parliament
  • Protests Marr India's Nuclear Dream
  • New NSG Rules Irks India
  • New Uranium Deposits Cheers up Indian Nuclear Power Sector
  • India to Foray into the Global Nuclear Reactors Market
  • Engineering Companies to Benefit from NSG Waiver
  • Foreign Companies to Enter Indian Nuclear Market
  • Opportunities for Private Players
  • Indian Power Companies Raring to Invest in Nuclear Power
  • NSG Waiver to Open Up Nuclear Energy Market

4. STRUCTURE OF NUCLEAR POWER SECTOR IN INDIA

  • DAE - The Nodal Body for Nuclear Power in India
  • Atomic Energy Commission of India
  • Research Bodies Under DAE
    • Bhabha Atomic Research Center
    • Indira Gandhi Center for Atomic Research
      • A Leading Publisher of Papers Worldwide
    • Raja Ramanna Centre for Advanced Technology
    • Atomic Minerals Directorate for Exploitation and Research
  • Industrial Units Under DAE
    • Heavy Water Board
    • Nuclear Fuel Complex
      • Facilities in the Nuclear Fuel Complex
    • Board of Radiation & Isotope Technology
  • Public Sector Undertakings Under DAE
    • Nuclear Power Corporation of India Limited
      • Global Recognition Mirrors Superior Capabilities of NPCIL
    • Bharatiya Nabhikiya Vidyut Nigam Limited
    • Uranium Corporation of India Ltd.
    • Indian Rare Earths Ltd.
    • Electronics Corporation of India Ltd.

5. NUCLEAR POWER- A GLOBAL PERSPECTIVE

  • Nuclear Energy: A Growing Need for Both Developed and Emerging Economies
  • Outlook
    • Table 8: Global Nuclear Power Generation by Geographic Region (2011 & 2015): Percentage Breakdown of Electricity Generated through Nuclear Power for North America, Europe, Asia-Pacific (including Japan) and Rest of World
  • Global Nuclear Power Generation to Cross 3750 billion kWh by 2030
  • US Remains a Major Contributor in the Industry
  • Despite Growth in Generation, Nuclear Power Share in Global Electricity Remains Largely Stagnant
    • Table 9: Percentage Share Contribution of Nuclear Energy to Total Electricity Generation in Select Countries (2006-2009)
  • Concerns over Global Warming to Drive Demand for Nuclear Energy
  • Energy Security to Drive Nuclear Power Market
  • The Fukushima Nuclear Plant Disaster
  • Local Event - Global Impact: The Aftermath of Japan's Nuclear Disaster
  • Japanese Power Crisis
  • Germany Quits Nuclear Power
  • Problems Crop Up at Home after German Nuclear Shutdown Announcement
  • France Feels the Ripples of Nuclear Safety Debate
  • China to Balance Investments in Energy Sources
  • Political Will towards Nuclear Energy Wanes in the wake of Japan's Earthquake
  • Amidst Controversies Nuclear Power Makes a Comeback to the Fore
  • Initial Uproar on Safety of Nuclear Energy Wanes
  • Present Nuclear Power Capacity & Proposed Additions
  • World Nuclear Power Capacity - 2011
    • Table 10: World Nuclear Power Capacity (As of 2011): Break-Up of Units and Net Capacity of Operating Nuclear Power Reactors by Region/Country
    • Table 11: Number of Nuclear Reactors in Operation and Operating Capacity Worldwide: 2000-2009
  • Nuclear Power Reactors Under Construction - 2011
    • Table 12: Nuclear Power Reactors Under Construction Worldwide (As of 2011): Number of Reactors and Net Capacity by Country
    • Table 13: Number of Nuclear Reactors Under Construction Worldwide (2001-2011)
  • Planned Nuclear Power Reactors
    • Table 14: Number of Planned Reactors Worldwide by Country (As of 2011)
  • Proposed Nuclear Power Reactors
    • Table 15: Number of Proposed Reactors Worldwide by Country (As of 2011)
  • Growth Drivers in a Capsule
  • Rapid Growth in Electricity Demand
  • Volatile Crude Oil Prices Stimulate Growth of Nuclear Power
  • Government Support Encourages Adoption of Nuclear Power
  • Experience Gain and Rise in Average Load Factor of Nuclear Reactors
  • Plant Life Extensions Breathe Life into the Industry
  • Expansion in Asia and Issues Over Energy Supply Security Drive Nuclear Power
  • Financial Incentives Motivate Nations to Increase Nuclear Power Production
  • Challenges in Store
  • Nuclear Accidents - A Major Challenge
  • Mishaps Remain Cause of Concern For Nuclear Power Industry
  • High Investment
  • Economic Risks of Nuclear Power
  • Environmental Issues with Storage and Management of Spent Fuel
  • Non-Proliferation Issues
  • Supply of Technical Man-Power
  • Public & Political Acceptance
  • Uranium Supply Market
  • Mined Uranium Continues to be the Major Source of Fuel Supply
    • Table 16: Global Uranium Supply by Mining Method (2009 & 2010): Percentage Breakdown of Volume Supply for Conventional, In-Situ Leaching and By-Product
    • Table 17: World Recoverable Uranium Reserves by Leading Country (2010)
  • Production of Uranium
    • Table 18: Global Uranium Production (1970-2010) from Mines (Million lbs of U3O8)
    • Table 19: Global Natural Uranium Production (1980-2010) in Thousand Tonnes
  • Kazakhstan Tops Natural Uranium Production
    • Table 20: Natural Uranium Production Worldwide by Country: 2005-2010
  • Leading Marketers of Uranium
    • Table 21: Leading Uranium Marketers Worldwide (2009 & 2010): Volume of Uranium Marketed for Cameco, Areva, KazAtomProm, Rio Tinto, ARMZ and Others
    • Table 22: Leading Uranium Mines Worldwide by Output: 2009 & 2010
  • Rising Uranium Prices
    • Table 23: Global Spot Prices of Uranium (1970-2010) in US$ per pound of U3O8
    • Table 24: Global Prices of Uranium (2001-2010) in US$ per pound of U3O8
  • Miners Gain Upper Hand
  • Regulations: An Overview
  • Global Nuclear Energy Partnership (GNEP)
  • Nuclear Non-Proliferation Treaty

6. PRODUCT OVERVIEW

  • Defining Nuclear Power
  • Historical Development of Nuclear Power
  • Early Development of Nuclear Reactors
    • The Progress Phase
  • Present Usage of Nuclear Power
  • Nuclear Power - A Key Aspect of Future of Power Generation
  • Alternatives for Nuclear Fission Energy
  • Fossil Fuels
    • Oil
    • Coal
    • Natural Gas
  • Nuclear Fusion
  • Solar
    • Solar Thermal
    • Solar PhotoVoltaics
  • Wind
  • Biomass
  • Geothermal Energy
    • Enhanced Geothermal Energy
  • Hydrogen
  • Advantages of Nuclear Energy
  • Disadvantages of Nuclear Energy
  • Lifecycle of Nuclear Power Generation
  • Fission Material
    • Uranium - The Conventional Fuel for Nuclear Power Generation
      • Uranium-235 (235U)
      • Uranium-233 (233U)
      • Plutonim-239 (239Pu)
    • Consumption and Reserves of Uranium On the Rise
    • Table 25: Worldwide Uranium Reserves (*) by Type (2003 & 2005): Assured Reserves and Additional Reserves
    • Cost of Uranium Extraction
    • Economic Use of Uranium
  • Recycling Power Plant Steam
  • Production of Nuclear Power
  • Mechanism Underlying Nuclear Power Production
  • Nuclear Reactor
  • Types of Nuclear Reactors
    • Pressurized Water Reactors
    • Heavy Water Reactors
    • High Temperature Gas Cooled Reactors
    • Boiling Water Reactors
    • Advanced Nuclear Reactors
      • Uranium Fast Breeder Reactors
      • Thorium Breeder Reactors
    • Fourth Generation Reactors
    • Second, Third and Fourth Generation Reactors: A Comparison
    • Advantages of New Generation Nuclear Reactors
  • Safety Issues - At the Forefront of Nuclear Reactor Design
  • Radioactivity Control
  • Core Cooling Maintenance
  • Maintaining Barriers to Prevent Radiation Release
  • Development Costs of Nuclear Reactors
  • Nuclear Waste and Emissions
    • Table 26: Major Isotopes and Half Life Periods
  • Disposal of Nuclear Waste
    • Reprocessing of Nuclear Waste
  • Outline of Nuclear Waste Disposal Methods
    • Cooling in Supervised Pools
    • Reprocessing Radioactive Waste
    • Disposal of Remaining Waste
    • Solidifying Nuclear Waste
    • Multibarrier System
  • Cost Incurred on Waste Disposal and Decommissioning
  • Radiation and Effect on Human Life Cosmic Radiation
  • Terrestrial Radiation
  • Internal Radionuclides
    • Apoptosis
    • Cancer
    • Skin Burns
    • Genetic Changes
  • Research and Development in Nuclear Power

7. RECENT INDUSTRY ACTIVITY

GLOBAL DIRECTORY

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