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• W2359290961 abstract "As the biggest contributor of national CO2 emissions,the industrial CO2 emissions reduction is crucial to achieving China’s overall CO2 emissions reduction target in 2020. Considering the regional difference of industrialization in China,countermeasures for industrial CO2 emissions reduction should also be different accordingly.Taking the northeast old industrial base in China as a case,first,this study estimated industrial CO2 emissions in Northeast China from 1995 through 2009 following the IPCC guidelines.Second,major factors contributing to changes in industrial CO2 emissions were identified by utilizing the factor decomposition model.Finally, some reduction approaches for industrial CO2 emissions in Northeast China were provided.Results show that there was little change in the constitution of industrial CO2 emissions during the period 1995-2009.CO2 emissions from fossil energy consumption,manufacturing industry,and Liaoning Province remained the biggest contributors,respectively.The total industrial CO2 emissions in Northeast China increased from 419.262×106t CO2 in 1995 to 822.757×106t CO2 in 2009,especially since the implementation of revitalization strategy for the northeast old industrial base,A radical increase of total industrial CO2 emissions occurred over the period 2003-2009.Meanwhile,the intensity of industrial CO2 emissions showed a rapid descending trend,but the declining rate still lagged far behind the growth rate of gross industrial output value.Factors contributing to changes in industrial CO2 emissions were decomposed into industrial output value growth,industrial structural shift,and sectoral CO2 emission intensity change.Decomposition analysis indicates that the fast growth of industrial output value and industrial structural shift were the main factors leading to the rapid rise of industrial CO2 emissions.The driving effects of the former factor were much more significant and strengthened due to the increasing demand of fossil energy and expanding output of high-carbon products during the rapid industrial growth since 2003.However, the driving effects of industrial structural shift were weakened as a result of industrial structure upgrading.The decreasing intensity of sectoral CO2 emissions due to technique improvement and change in energy consumption structure had an increasing curbing effect on the rapid rise of industrial CO2 emissions.However,the curbing effect of this factor could not offset the driving effects of the fast growth of industrial output value and industrial structural shift over the period 1995-2009.Concerning the middle industrialization stage of Northeast China,the increasing trend of total industrial CO2 emissions can hardly be reversed in the near future.Increasing attention should be paid to further reducing the intensity of sectoral CO2 emissions and optimizing industrial structure.Countermeasures were given,including accelerating technique innovation to improve the utilization efficiency of fossil energy and high-carbon materials,promoting coal clean utilization and enhancing the utilization of low-carbon energy and clean energy,advancing the development of modern manufacturing industry,high-tech industry and light industry,and prohibiting introduction and outspreading of energy-intensive and high CO2 emissions industries." @default.
• W2359290961 created "2016-06-24" @default.
• W2359290961 creator A5002177019 @default.
• W2359290961 date "2012-01-01" @default.
• W2359290961 modified "2023-09-23" @default.
• W2359290961 title "Evolution and Decomposition Analysis of Industrial CO_2 Emissions in Northeast China during the Period 1995-2009" @default.
• W2359290961 hasPublicationYear "2012" @default.
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