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期刊名称: Journal of Cleaner Production
Volume:163    Page:58-68

Driving forces analysis of energy-related carbon dioxide (CO2) emissions in Beijing: an input–output structural decomposition analysis期刊论文

作者: Wei Jing Huang Kai Yang Shunshun Li Yan Hu Tingting

页码: 58-68
被引频次: 50
出版者: Elsevier Ltd,ELSEVIER SCI LTD,Elsevier B.V
期刊名称: Journal of Cleaner Production
ISSN: 0959-6526
语言: English
摘要: Low carbon dioxide (CO ) emissions are the foundation on which to realize the sustainable development of a green China. Recently in Beijing, the capital of China, serious environmental pollution-climate anomaly, severe haze and human sub-health have been accorded more importance. This study examines the energy-related CO emissions generated by Beijing industries from 2000 to 2010 by using an input–output analysis method. The direct, indirect and total CO emissions of sectors in Beijing were calculated. In addition, structural decomposition analysis (SDA) was conducted to evaluate the driving factors from the perspective of technology, sectoral connection, economic structure and economic scale. The results show that the growth rate of sectoral CO emissions in Beijing has drastically increased during this time with a moderate decline during 2007–2010. The metal and non-metal mining industries, the electric power, gas and water supply sector and the construction industry caused the most CO emissions. The economic structure change and the rapid economic growth led to the significant increase in CO emissions growth in Beijing. Thus, optimizing the economic structure and improving the technology are important to alleviate CO emissions. Although we can currently appropriately utilize fossil fuels, further research on new energy and clean development, as well as enhanced government management strength is required to reduce CO emissions.
相关主题: Beijing, Structural decomposition analysis, Input–output method, CO2 emission, emission, GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY, GREENHOUSE-GAS EMISSIONS, WATER FOOTPRINT, INDUSTRY, CHINA, DRIVERS, ECONOMIC-DEVELOPMENT, ENVIRONMENTAL SCIENCES, REDUCTION, ENGINEERING, ENVIRONMENTAL, Input-output method, GROWTH, IMPACTS, CONSUMPTION, Economic growth, Analysis, Carbon dioxide, Fossil fuels, Air quality management, Energy minerals, Sustainable development,






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