徐州工程学院学报：自然科学版
徐州工程學院學報：自然科學版
서주공정학원학보：자연과학판
Journal of Xuzhou Istitute of Technology
2012年
2期
21-24,49
,共5页
火电厂%脱碳工艺%灰色层次分析理论%评价
火電廠%脫碳工藝%灰色層次分析理論%評價
화전엄%탈탄공예%회색층차분석이론%평개
coal-fired power plant%decarburization technology%grey analytic hierarchy process%evaluation
以典型的7种脱碳技术为例，将灰色关联及层次分析法引入烟气脱碳技术综合评价的研究中，从经济、技术、环保、社会效益4个方面综合评价和优选烟气脱碳技术．通过综合评价，选取ECO2脱碳法（氨法）为最优脱碳技术方案．运用灰色-AHP法对烟气脱碳技术进行分析研究可为火电厂用户提供一定的理论依据和技术参考．
以典型的7種脫碳技術為例，將灰色關聯及層次分析法引入煙氣脫碳技術綜閤評價的研究中，從經濟、技術、環保、社會效益4箇方麵綜閤評價和優選煙氣脫碳技術．通過綜閤評價，選取ECO2脫碳法（氨法）為最優脫碳技術方案．運用灰色-AHP法對煙氣脫碳技術進行分析研究可為火電廠用戶提供一定的理論依據和技術參攷．
이전형적7충탈탄기술위례，장회색관련급층차분석법인입연기탈탄기술종합평개적연구중，종경제、기술、배보、사회효익4개방면종합평개화우선연기탈탄기술．통과종합평개，선취ECO2탈탄법（안법）위최우탈탄기술방안．운용회색-AHP법대연기탈탄기술진행분석연구가위화전엄용호제공일정적이론의거화기술삼고．
Exemplified by six kinds of typical flue gas decarbonization, a grey synthetic decision making system with use of an analytic process （AHP） was introduced to evaluate the performance of flue gas decarbonization technology from four aspects, which were technology performance, economic performance, environmental and social benefit. It was determined after comprehensive evaluation that the method of EC02 was the best decarburization technology schemes. The using of the grey AHP method to research decarburization technologies could provide certain theoretical basis and technology reference for the coal-fired power plant users.
