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闫伯骏等:钢铁行业烧结烟气多污染物协同净化技术研究进展 .775· [20]Lu X N,Song C Y,Jia S H,et al.Low-temperature selective 论文集.太原,2011:112) catalytic reduction of NO,with NH over cerium and manganese [33]Cao Y L,Wang W M.Successful application of MEROS desulfu- oxides supported on TiO2-grapheme.Chem Eng J,2015,260: rization technology in Masteel's sintering system.Metall Power, 776 2011(6):93 [21]Chen W S,Luo J.Qin L B,et al.Selective autocatalytic reduc- (曹玉龙,汪为民.MEROS脱硫技术在马钢烧结系统的成功 tion of NO from sintering flue gas by the hot sintered ore in the 运用.治金动力,2011(6):93) presence of NHa.J Environ Manage,2015,164:146 [34]Fleischanderl A,Aichinger C,Zwittag E.New developments for [22]Zhao Y,Hao R L,Qi M.Integrative process of preoxidation and achieving environmentally friendly sinter production-Eposint and absorption for simultaneous removal of S02,NO and Hg.Chem MEROS.China Metall,2008,18(11):41 EngJ,2015,269:159 (Fleischanderl A,Aichinger C,Zwittag E.环保型烧结生产新 [23]Ficarella A.Laforgia D.Numerical simulation of flow-field and 技术-Eposint and MER0S.中国治金,2008,18(11):41) dioxins chemistry for incineration plants and experimental investi- [35]Zhu T Y.Sintering Flue Gas Purification Technology.Beijing: gation.Waste Manage,2000,20(1):27 Chemical Industry Press,2009 [24]Wei J C.Dioxin formation and control technology in sintering (朱延钰.烧结烟气净化技术.北京:化学工业出版社, process //The 5th China Institute of Metallurgy Youth Academic 2009) Annual Proceedings.Beijing,2010:5 [36]Zhu T Y,Ye M,Jing P F,et al.An Apparatus and Method for (魏进超.烧结过程中二愿英的形成及抑制技术//第5届 Sintering Flue Gas for Sulfur Dioxide and Dioxin Removal:China 中国金属学会青年学术年会论文集.北京,2010:5) Patent,201110329568.4.2012-3-7 [25]Wang X,Li Y J,Zhu T Y,et al.Simulation of the heterogeneous (朱廷钰,叶猛,荆鹏飞,等.一种用于烧结烟气脱除二氧化 semi-dry flue gas desulfurization in a pilot CFB riser using the 硫和二噁英的装置及方法:中国专利,201110329568.4. two-fluid model.Chem Eng J,2015,264:479 2012-3-7) [26]Yan X M,Li Y R,Zhu T Y,et al.Review of emission and sim- [37]Qie J M,Zhang C X,Wang H F,et al.Treatment tendency and ultaneous control of multiple pollutants from iron-steel sintering synergetic treatment process analysis of iron ore sintering flue gas flue gas.J Environ Eng Technol,2015,5(2):85 pollutants.Enriron Eng,2016,34(10):80 (闫晓淼,李玉然,朱廷钰,等.钢铁烧结烟气多污染物排放 (郄俊懋,张春覆,王海风,等.铁矿烧结烟气污染物治理趋 及协同控制概述.环境工程技术学报,2015,5(2):85) 势及协同治理工艺分析.环境工程,2016,34(10):80) [27] Gao J X,Liu J,Zeng Y,et al.Application and analysis of dry [38] Wu Z G,Liu C Q,Song L,et al.Application of MEROS desul- activated coke carbon)sintering flue gas purification technology furization technology in Maanshan 300 m2 sintering machine/ in iron and steel industry-process and technical and economi- 2011 National Sintering Flue Gas Desulfurization Technology Ex- cal analysis.Sinter Pelletiz,2012,37(1):65 change Proceedings.Taiyuan,2011:186 (高继贤,刘静,曾艳,等.活性焦(炭)干法烧结烟气净化 (吴朝刚,刘长青,宋磊,等.MEROS脱硫工艺技术在马钢 技术在钢铁行业的应用与分析(I)一工艺与技术经济分 300m2烧结机的应用//2011年全国烧结烟气脱硫技术交流 析.烧结球团,2012,37(1):65) 会文集.太原,2011:186) [28]Xing FF,Jiang Q,Zhang Y Z,et al.The analysis of multi-pol- [39] Wang Y F,Sun J R.Shen Y G.et al.Introduction of EFA a lutant collaborative control technologies of sinter flue gas in iron semi-dry process for sinter gas DeSO,//2011 National Sintering and steel industry.Enriron Eng,2014(4):75 Flue Gas Desulfurization Technology Exchange Conference Pro- (邢芳芳,姜琪,张亚志,等。钢铁工业烧结烟气多污染物协 ceedings.Taiyuan,2011:154 同控制技术分析.环境工程,2014(4):75) (王以飞,孙金荣,沈玉根,等.EFA半干法烧结烟气脱硫技 [29]Kong M,Liu Q C,Wang X Q,et al.Performance impact and 术应用分析/2011年全国烧结烟气脱硫技术交流会文集 poisoning mechanism of arsenic over commercial V20s-WO3/ 太原,2011:154) TiO,SCR catalyst.Catal Commun,2015,72:121 [40]Zhao D S.The practice of desulphurizing and denitrating in TIS- [30] Kwon D W,Park K H,Hong S C.Enhancement of SCR activity CO 450 sintering machine gas//2011 National Sintering Flue and SO,resistance on VO,/TiO,catalyst by addition of molybde- Gas Desulfurization Technology Exchange Proceedings.Taiyuan, num.Chem Eng J,2016,284:315 2011:8 [31]Zhao Y,Hao R L.Yuan B,et al.Simultaneous removal of $02, (赵德生.太钢450m2烧结机烟气脱硫脱硝工艺实践//2011 NO and Hg through an integrative process utilizing a cost-effec- 年全国烧结烟气脱硫技术交流会文集.太原,2011:8) tive complex oxidant.J Hazard Mater,2016,301:74 [41]Zhu Z L.Project summary of dry flue gas desulfurization of 4 [32]Zhan W Q,Chen S F,Wang Y Q,et al.Application status of 400 m2 sintering machine of Baosteel Meishan Steel//2011 Na- LIS-FGD process for multi-pollutants removal of sintering flue gas tional Sintering Flue Gas Desulfurization Technology Exchange //2011 National Sintering Flue Gas Desulfurization Technology Proceedings.Taiyuan,2011:116 Exchange Conference Proceedings.Taiyuan,2011:112 (朱正林.宝钢股份梅钢分公司4#400m2烧结机烟气干法脱 (詹威全,陈树发,王永桥,等.US-FGD多组分污染物协同 硫项目总结/2011年全国烧结烟气脱硫技术交流会文集. 净化工艺应用现状/2011年全国烧结烟气脱硫技术交流会 太原,2011:116)闫伯骏等: 钢铁行业烧结烟气多污染物协同净化技术研究进展 [20] Lu X N, Song C Y, Jia S H, et al. 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