《能源經濟學：中國的二氧化碳排放問題》是科學出版社出版的圖書，ISBN是9787030270719。
基本介紹
- 書名：能源經濟學：中國的二氧化碳排放問題
- 又名：Energy Economics:Co2 Emissions in China
- 頁數：322頁
- 裝幀：精裝
圖書信息,內容簡介,目錄,
圖書信息
出版社: 科學出版社; 第1版 (2010年10月1日)
外文書名:
正文語種: 英語
開本: 16
ISBN: 9787030270719
條形碼: 9787030270719
尺寸: 24 x 16.8 x 2.2 cm
重量: 739 g
內容簡介
《能源經濟學:中國的二氧化碳排放問題》內容簡介：Energy Economics: CO2 Emissions in China presents a collection of the researches on Chinas CO2 emissions as studied by the Center for Energy & Environmental Policy Research (CEEP). Based on the analysis of factors related to global climate change and CO2 emissions, it discusses Chinas CO2 emissions originating from various sectors, diverse impact factors, as well as proposed policies for reducing carbon emissions. Featuring empirical research and policy analysis on focused and critical issues involving different stages of CO2 emissions in China, the book provides scientific supports for researchers and policy makers in dealing with global climate change.
目錄
Chapter 1 Energy Use and Carbon Dioxide Emissions
1.1 Characteristics of world energy use
1.1.1 Energy is an important driver of socio-economic development
1.1.2 World energy intensity decreases continually with great difference from country to country
1.1.3 Differences of energy consumption distribution among sectors in different development phases
1.1.4 Fossil energy dominates world energy consumption structure
1.1.5 Uneven energy consumption
1.2 Fossil energy use and climate change
1.2.1 Global warming directly threats the human environment
1.2.2 Industrial production is the major cause of global climate change
1.2.3 CO2 emissions caused by fossil fuels combustion are the main sources of greenhouse gases
1.3 Basic characteristics of world CO2 emissions
1.3.1 CO2 emissions increase continually
1.3.2 Electricity, industry and transportation sectors account for 60%-70% emissions of total CO2 emissions
1.3.3 Industrialized countries account for 80% of world accumulated CO2 emissions
1.4 CO2 emissions mitigation and sustainable development
1.4.1 CO2 emissions and socio-economic development
1.4.2 CO2 emissions mitigation has become one of the new elements of sustainable development
1.4.3 Challenges and opportunities of CO2 emission abatement for China
Chapter 2 Analysis of Energy Consumption and CO2 Emissions in China
2.1 Characteristics of energy consumption in China
2.1.1 Huge energy consumption with high growth rate
2.1.2 Low carbon energy grows fast in recent years while small in proportion
2.1.3 Big difference in energy structure with certain potential
2.1.4 Low energy efficiency and big differences among regions
2.2 Overview of CO2 emissions in China
2.2.1 CO2 emissions grow fast while accumulated emission is lower than that of major developed countries
2.2.2 CO2 emissions per capita is lower than the level in developed countries and worldwide average
2.2.3 CO2 emission intensity is higher than world average while decreases fast
2.3 Study on characteristics of CO2 emissions from primary energy consumption in China
2.3.1 CO2 emissions and its intensity during 1980——2005
2.3.2 Method for studying CO2 emission change
2.3.3 Structure decomposition analysis on CO2 emission intensity..
2.3.4 Structure decomposition analysis on CO2 emissions
2.4 Conclusion
References
Chapter 3 Study on Impact Factors of CO2 Emissions under
Different Economic Development Levels
3.1 Population, economy, technology and CO2 emissions
3.1.1 Change of CO2 emissions
3.1.2 Change of population
3.1.3 Change of GDP per capita
3.1.4 Change of energy intensity
3.2 Method for analysis
3.2.1 STIRPAT Model
3.2.2 Data sources
3.3 Impact analysis of population, economy and technology on CO2 emissions
3.4 Conclusion
References
Chapter 4 Evolution Characteristics of CO2 Emissions in
Carbon-intensive Sectors in China
4.1 Study on characteristics of CO2 emissions change in electricity sector
4.1.1 Current status of CO2 emissions in electricity sector
4.1.2 Method for analyzing CO2 emission change in electricity sector
4.1.3 Structure decomposition analysis of CO2 emissions coefficient in electricity production
4.1.4 Structure decomposition analysis of CO2 emissions coefficient in electricity consumption
4.2 Study on characteristics of CO2 emission change from final energy use
4.2.1 Method for analysis
4.2.2 CO2 emission intensity in material production sector
4.2.3 CO2 emissions in material production sector
4.3 Study on characteristics of CO2 emissions change from final energy use in industry sector
4.3.1 Current status of CO2 emissions in industry sector
4.3.2 Method for analysis
4.3.3 Analysis of CO2 emissions change in industry sector
4.4 Conclusion
References
Chapter 5 Impacts of Household Consumption and Export Trade on CO2 Emissions
5.1 Impact of household consumption on CO2 emissions
5.1.1 Current household consumption in urban and rural areas
5.1.2 Methodology: Input-Output Model
5.1.3 CO2 emissions of household consumption
5.1.4 Impact factors of household CO2 emissions
5.1.5 Urban and rural household CO2 emissions under different income levels
5.2 Impact of export trade on CO2 emissions
5.2.1 Current export trade status of China
5.2.2 CO2 emissions embodied in exports
5.2.3 Impact factors of CO2 emissions embodied in export trade
5.3 Conclusion
References
Chapter 6 Study on Regional CO2 Emissions Change in China
6.1 Comparison analysis of regional CO2 emissiorls
6.1.1 Comparison analysis of regional total CO2 emissions
6.1.2 Comparison analysis of regional per capita CO2 emissions
6.1.3 Comparison analysis of regional CO2 emission intensity
6.2 Method for analysis of regional C02 emissions variation
6.3 Analysis of regionat CO2 emissions during 1997——2005
6.3.1 Impact from economic growth on regional CO2 emissions
6.3.2 Impact from industrial structure on regional CO2 emissions
6.3.3 Impact from energy intensity on regional COs emissions
6.3.4 Impact from COs emission coefficient on regional CO2 emissions
6.4 Conclusion
References
Chapter 7 CO2 Emission Abatement Technology and Impact Analysis
7.1 MajOr CO2 emission abatement technologies
7.1.1 Renewable energy technology
7.1.2 Advanced power generation technologies
7.1.3 Carbon capture and storage technology
7.1.4 Energy conservation technologies
7.2 Analysis of CO2 emission abatement capability of technologies
7.2.1 Renewable energy could mitigate CO2 emissions effectively
with long term abatement potential
7.2.2 IGCC and NGCC now are in commercial demonstration and may accomplish the overall optimization of energy conservation and emission reduction
7.2.3 CCS may reach near zero emission
7.3 Socio-economic impact analysis of renewable electricity
7.3.1 China Energy and Environmental Policy Analysis Model（CEEPA）
7.3.2 Analysis of socio-economic impact of renewable electricity
7.4 Conclusion
References
Chapter 8 Simulations of CO2 Mitigation Policies
8.1 Major mitigation policies
8.2 Study on carbon taxation policy
8.2.1 Setting of carbon tax schemes
8.2.2 Analysis the effects of carbon tax policy
Chapter 9 International Carbon Market and Its Impacts on CO2 Emission Abatement
Chapter 10 Outlook of CO2 Abatement in China
