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Study on SO_2 Emission Mitigation of Thermal Power Plants in China
作者姓名:郝吉明  王书肖  陆永琪  贺克斌
作者单位:HAO Jiming WANG Shuxiao,LU Yongqi HE Kebin Department of Environmental Science and Engineering,Tsinghua University,Beijing 100084,China
摘    要:IntroductionWith the development of economics,Chinafaces the challenge of severe air pollution.As oneof the largest coal consumers in the world,coalaccounts for over 70 % in China's energyproduction and consumption mix,which hascaused serious SO2 and acid rain pollution in urbanareas.In 1 998,national SO2 emission was about2 0 .87Mt in China,of which87% came from coalcombustion1] . In over 70 % cities nationwide,urban atmospheric quality violated the third classof national air quality sta…


Study on SO2 Emission Mitigation of Thermal Power Plants in China
HAO Jiming,WANG Shuxiao,LU Yongqi,E Kebin.Study on SO_2 Emission Mitigation of Thermal Power Plants in China[J].Tsinghua Science and Technology,2000,5(3).
Authors:HAO Jiming  WANG Shuxiao  LU Yongqi  E Kebin
Abstract:With the rapid development of electricity production, SO2 from coal-fired power stations causes severe air pollution problem. In 1997, the SO2 emitted from thermal power plants reached 7.0 Mt, accounting for about 33% of the national emissions. At present and in the future, thermal power stations will still be the primary pollution sources. The Chinese government and power departments accord considerable importance to the SO2 emissions from thermal power plants. New sets of environmentally friendly policies have been formulated. But, enforcement of laws and regulations needs to be further improved and broadened, especially those responding to market conditions. This paper focuses particular attention on the analysis of strategy, policies, and measures that have been or should be taken against SO2 emissions from thermal power plants so as to achieve the environmental protection targets, on the basis of which the technical options for the future are given.
Keywords:SO_2 reduction  thermal power plants  flue gas desulfurization
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