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China's Total Emission Control Policy:a Critical Review 被引量:4
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作者 Ge Chazhong Chen Ji +1 位作者 Wang Jinnan Long Feng 《Chinese Journal of Population,Resources and Environment》 2009年第2期50-58,共9页
As part of a comprehensive environmental management system, many countries establish emission control targets for mass emissions of a pollutant. Such targets are often the key objective of an environmental policy, suc... As part of a comprehensive environmental management system, many countries establish emission control targets for mass emissions of a pollutant. Such targets are often the key objective of an environmental policy, such as an emission trading program. In China, however, it is more than just an objective of one particular policy; it has become a concept that has influenced many national environmental policies and activities. The objective of this article is to review the implementation of the total emission control policy in the past 10 years and explore emerging issues in its implementation. The article has three sections: a summary of the implementation experience, issues with the design and implementation of the policy, and policy recommendations. 展开更多
关键词 total emission control critical review RECOMMENDATIONS
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Study on the Environmental Quality Guarantee Ratio on the Basis of Total Air Pollutant Emission Amount Control
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作者 徐芙蓉 施介宽 《Journal of Donghua University(English Edition)》 EI CAS 2004年第4期38-41,共4页
The hourly and daily air quality concentration in the total air pollutant emission amount control zone is not sure to be continuously up to national ambient air quality standard, even though the total annual air pollu... The hourly and daily air quality concentration in the total air pollutant emission amount control zone is not sure to be continuously up to national ambient air quality standard, even though the total annual air pollutant emission is permitted under the total air pollutant emission amount control (TAPEAC) on the basis of A-value method. So the concept of the environmental quality guarantee ratio (EQGR) for TAPEAC is advanced in this paper and its quantitative formula is figured out for both hourly and daily EQGR. It is concluded that the EQGR is related with the yearly arrangement of A-value besides the pollutant type. According to the meteorological data in a lower area along Yangtze River in 2000, the yearly A-value trend is analyzed. Based on the data, the hourly EQGR of SO 2 and NO 2 is respectively 97.4% and 90.2%, and daily EQGR respectively 90.2% and 79.5%. 展开更多
关键词 total Air Pollutant emission Amount control (TAPEAC) A-value Method Guarantee Ratio Yangtze River.
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How Do Power Enterprises Deal with Total Quantity Control
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作者 王志轩 《Electricity》 2001年第4期22-24,共3页
This paper describes the relation and difference of "emission up to standards" and "total quantity control" ofmain atmospheric pollutants, as well as their legal status. It points out that the tota... This paper describes the relation and difference of "emission up to standards" and "total quantity control" ofmain atmospheric pollutants, as well as their legal status. It points out that the total quantity control is a good approachto solve a problem that environmental quality do not yet reach the requirements in an area where emission concentrationhas came up to standards, or to solve a problem that the interregional transportation of pollutants (e. g. acid rain) arises.And further, it put forward five proposals for the total quantity control.[ 展开更多
关键词 atmospheric pollution total emission control emission standard
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Game theory approach to optimal capital cost allocation in pollution control 被引量:8
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作者 Chen Wen ying Institute of Nuclear Energy Technology, Tsinghua University, Beijing 100084,China Hou Dun Urban Water Resources Center, Ministry of Construction, Beijing 100007,China 《Journal of Environmental Sciences》 SCIE EI CAS CSCD 1998年第2期104-110,共7页
This paper tries to integrate game theory, a very useful tool to resolve conflict phenomena, with optimal capital cost allocation issue in total emission control. First the necessity of allocating optimal capital cos... This paper tries to integrate game theory, a very useful tool to resolve conflict phenomena, with optimal capital cost allocation issue in total emission control. First the necessity of allocating optimal capital costs fairly and reasonably among polluters in total emission control was analyzed. Then the possibility of applying game theory to the issue of the optimal capital cost allocation was expounded. Next the cooperative N person game model of the optimal capital cost allocation and its solution ways including method based on Shapley value, least core method, weak least core methods, proportional least core method, CGA method, MCRS method and so on were delineated. Finally through application of these methods it was concluded that to apply game theory in the optimal capital cost allocation issue is helpful to implement the total emission control planning schemes successfully, to control pollution effectively, and to ensure sustainable development. 展开更多
关键词 total emission control optimal capital cost allocation game theory cooperative N person game model.
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Atmospheric Environmental Capacity of S_2 in Winter over Lanzhou in China:A Case Study 被引量:9
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作者 安兴琴 左洪超 陈丽娟 《Advances in Atmospheric Sciences》 SCIE CAS CSCD 2007年第4期688-699,共12页
The total emission control method based on atmospheric environmental capacity is the most effective in air pollution mitigation. The atmospheric environmental capacities of SO2 on representative days over Lanzhou are ... The total emission control method based on atmospheric environmental capacity is the most effective in air pollution mitigation. The atmospheric environmental capacities of SO2 on representative days over Lanzhou are estimated using the numerical models RAMS, HYPACT and a linear programming model, according to the national ambient air quality standard of China (NAAQSCHN). The results show that the fields of meteorological elements and SO2 simulated by the models agree reasonably well with observations. The atmospheric environmental capacity of SO2 over Lanzhou is around 111.7 × 10^3 kg d^-1, and in order to meet the air quality level Ⅱ of the NAAQSCHN, SO2 emissions need to be reduced by 20%. 展开更多
关键词 air pollution total emission control method atmospheric environmental capacity air quality standard numerical simulation
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