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Carbon Trading and the Effect of the Copenhagen Agreement: Technical options and economic drivers to a low carbon future

排出権取引およびコペンハーゲン合意の効果:低炭素の未来への技術的選択と経済的推進要因

レポート概要

もし世界が次世紀中に大規模な悪影響が出るのを避けたいならば、世界的に二酸化炭素排出量の削減が急務となります。現在の380ppmという数値は、(わずか17年間に30ppmという)かつてない急速な増加を表わすものです。その悪影響や予想される破滅的状況を避けるためには、二酸化炭素の最大排出量を450ppmに抑えるために緊急に行動を起こすべきだと専門家は指摘しています。現在および今後予想される排出レベルに基づいた場合、この目標を達成することは不可能です。

経済成長、消費需要、新規技術の間の相互作用は複雑であり、予測は不安定にならざるを得ません。しかし、もっと協調行動をとらなければ2030‐2050年の間のいずれかの時点でその目標は限度を超えてしまうというのが大方の一致した意見であり、最も悲観的な見方をすれば今世紀末までに800ppmを超えることが予想されています。最新技術を利用して排出量を減らす可能性は無限にあります。またその代償も大きく、20年はかかるというアナリストもいます。誰も先発者になりたがらないために、さまざまな政治的イニシアチブが頓挫しています。

経済的手段によって問題を解決しようという試みとしては、炭素価格の設定、相殺勘定、炭素市場の創設などがありました。このレポートは、問題の大きさとその本質、現在および今後予想される技術的選択について総合的な概要を示します。特に、2009年12月、コペンハーゲンにおいて国際コミュニティから広く失敗と受け止められたことに言及し、これらの問題を解決するための総論ではなく何か他の解決策を前進させるために、炭素市場の現状を詳細に分析します。

レポート詳細

目次

Table of Contents

Executive summary
Global warming: current status
The principal components of CO 2 emissions
Global warming - primary technical solutions
Global warming - further technical approaches
Global warming - political and economic approaches
Global warming - politics and economics in practice
Global warming - the likely outlook
Conclusions
Chapter 1 Introduction
Summary
Objectives
Chapter 2 Global warming: current status
Summary
Introduction
Global warming
Current situation: global CO 2 generation
Drivers of CO 2 generation: economic, social and technological trends
Emission trends for CO 2 generation
Overview of recent history
CO 2 emissions
Fossil fuel usage
Electricity consumption
CO 2 intensity
Energy intensity
Electricity intensity
Chapter 3 The principal components of CO 2 emissions
Summary
Introduction
Energy sources
Energy conversion
Transformation and storage
Power plants
Transportation
Energy chain - overview
Energy uses
Power generation
Transport
Road
Shipping (including inland waterways)
Air travel
Rail
Buildings and construction
Manufacturing industry
Chapter 4 Global warming - primary technical solutions
Summary
Introduction
The main physical principles and approaches to CO 2 control
Counter trends
Principal technological approaches
Moves toward Smart Grid
Zero Energy Building
Alternative fuels
Fuel supply chain
Switching fuels
Nuclear and Renewables
Mitigation by sector
Power generation
Energy efficiency - integrated IT solutions and Smart Metering
Transport
Private cars, road freight and bus and coach
Biofuels
Natural Gas (CNG / LNG / GTL)
Hydrogen/Fuel Cells
Electric vehicles
Mode shifts
Shipping (including inland waterways)
Increasing efficiency
Advancing technology
Improving operations
Mode shift
Partnering for progress
CO 2 emission indexing scheme
Economic instruments for international shipping
Air travel
Fuel efficiency
Technology developments
Engine developments
Aircraft
Alternative fuels
Lower flying
RVSM (Reduced Vertical Separation Minimum)
Lower flight speeds
Rail
Reducing aerodynamic resistance
Construction
Reducing energy consumption and embodied energy in buildings
Switching to low-carbon fuels
Manufacturing industry
Sector-wide efficiencies
Process-specific improvements
Optimized operating procedures
Cross-sector impact
Chapter 5 Global warming - further technical approaches
Summary
Introduction
Carbon dioxide capture and storage (CCS)
Scope for capture
Transmission considerations
Costs associated with CCS
Land use, land-use change and forestry (LULUCF)
Agriculture
Technical approaches
Potential for carbon reduction
Forestry
Approaches
Potential for Carbon reduction
Impact of technology availability
Environmental Kuznets Curve hypothesis
Chapter 6 Global warming - political and economic approaches
Summary
Introduction
Economic theory
Technology alone will not work
Economic incentives
Political initiatives: structures and framework
Intergovernmental Panel on Climate Change (IPCC)
UN Framework Convention on Climate Change (UNFCCC)
Kyoto
Agreed mechanisms for carbon control
Copenhagen
Copenhagen Accord
Chapter 7 Global warming - politics and economics in practice
Summary
Introduction
Emissions trading
Trading principles
Trading units
Carbon markets
Carbon trading volumes
Voluntary markets
Voluntary market trends
Carbon pricing
Prices stabilizing at lower levels
Technology transfer
Regional co-operation
Issues around current political and economic initiatives
General political and economic issues
Development
Views on the principle of offsetting
Impact on forestry
Specific criticisms of existing carbon trading mechanisms
Carbon surplus
Offsets acting counter-productively
A long list of criticisms
The future of carbon trading
Carbon trading best practice
Chapter 8 Global warming - the likely outlook
Summary
Introduction
Actions required
Agenda for change
Quantitative targets
More stringent targets
Forecasts
Economic and social factors
Population
GDP
CO 2 emissions
Future prices and effects on emissions
Outlook/developments since Copenhagen
UK Initiative
Existing proposals
Chapter 9 Conclusions
Summary
Main achievements
Gaps in knowledge
What needs to be done - next steps
Implications for the future
Glossary
Index
Footnotes

List of Figures
Figure 2.1: Impacts of four Kaya factors on world CO 2 emissions, 2010
Figure 2.2: CO 2 emissions by country in 2007 (GtCO 2 )
Figure 3.3: Terminology for energy commodities
Figure 3.4: World total final consumption by fuel
Figure 3.5: Energy Return on Energy Invested (EROEI)
Figure 3.6: CO 2 emissions and energy use by mode of transport (2000)
Figure 7.7: Carbon prices respond to the recession (?), 2010
Figure 8.8: Global economic potential in 2030 (Bottom up): cost categories in US$/tCO 2 e
Figure 8.9: Global economic potential in 2030 (Top Down): cost categories in US$/tCO 2 e
Figure 8.10: Global economic potential in 2030: cost categories in US$/tCO 2 e

List of Tables
Table 2.1: Temperature increase at equilibrium relative to pre-industrial (C)
Table 2.2: Key ratios for energy-related CO 2 emissions in 2007
Table 2.3: Impacts of four Kaya factors on world CO 2 emissions, 2010
Table 3.4: CO 2 emissions by sector (MtCO 2 ), 2007
Table 3.5: CO 2 emissions by sector (%), 2007
Table 3.6: CO 2 emissions and energy use by mode of transport (%), 2000
Table 3.7: Conversion factors from guidelines for company reporting on greenhouse gas emissions (CO 2 ), July 2005
Table 4.8: Reduction in CO 2 emissions relative to carbon price (GtCO2/yr) 2030
Table 4.9: Reduction in CO 2 emissions for buildings relative to carbon price (GtCO 2 /yr), 2020 and 2030
Table 5.10: Reduction in CO 2 emissions for agriculture relative to Carbon Price (2030)
Table 7.11: Carbon market at a glance, volumes and values in 2008-09
Table 8.12: Carbon intensity of G20 economies excluding EU (kgCO 2 /$GDP), 2008
Table 8.13: Classification of recent (post-TAR) stabilization scenarios according to different stabilization targets and alternative stabilization metrics
Table 8.14: A view on analysts' expectations for EU ETS Phase II and Phase III

発刊日

2010/06/01

体裁

PDF / 190ページ

販売価格

2,875USD

発行

Business Insights Ltd.

備考

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