[1] 赵海宝,郦建国,何毓忠,等. 低低温关键技术研究与应用[J]. 中国电力,2014,47(10):117-120. ZHAO Haibao, LI Jianguo, HE Yuzhong, et al . Research and application on Low-Low temperature electrostatic precipitator technology [J]. Electric Power, 2014, 47(10): 117-120. [2] YOSHIO Nakayama, SATOSHI Nakamura, YASUHIRO Takeuchi, et al . MHI high efficiency system-proven technology for multi pollutant removal[R]. Hiroshima: Hiroshima Research & Development Center, 2011. [3] 土屋喜重,川西好光,大西召一,等. Very cold electrostatic technology of advanced flue gas treatment system for coal-fired boiler [J]. 三菱重工技报,1997,34(3):158-161. [4] MASAMI Kato, TADASHI Tanaka, YASUKI Nishimura, et al . Method and system for handling exhaust gas in a boiler: US5282429[P]. 1994-02-01. [5] 柳生隆志,土屋喜重,大西召一,等. Recent electrostatic precipitation technology [J]. 三菱重工技报,1996,33(1):69-73. [6] 陈牧,胡玉清,桂本. 利用协同治理技术实现燃煤电厂烟尘超低排放[J]. 中国电力,2015,48(9):146-151. CHEN Mu, HU Yuqing, GUI Ben. Synergistic control technology for ultra-low PM emission from coal-fired power plants and its application [J]. Electric Power, 2015, 48(9): 146-151. [7] 藤岛英胜,土屋喜重,西田定二,等. Rationalized design of total flue gas treatment system for coal-fired boiler by application of colder ESP [J]. 三菱重工技报,1994,31(4):247-251. [8] FRANCIS S L, BÄCK A, Johansson P. Reduction of rapping losses to improve ESP performance[C]// 11th International Conference on Electrostatic Precipitation, Hangzhou, 2008: 45-49. [9] 森雄介,積田佳満,松本有夫,等. Operation results of IHI flue gas desulfurization system - unit No.1(1 000 MW) of Hitachinaka thermal power station for Tokyo Electric Power Co., Inc.[J]. 石川島播磨技報,2005,45(1):30-35. [10] MORI Yusuke, TSUMITA Yoshimitsu, MATSUMOTO Ario, et al . Operation results of IHI flue gas desulfurization system - unit No.1(1 000 MW) of Hitachinaka thermal power station for TEPCO [J]. IHI Engineering Review, 2006, 39(1): 22-26. [11] BÄCK A. Enhancing ESP efficiency for high resistivity fly ash by reducing the flue gas temperature[C]//11th International Conference on Electrostatic Precipitation, Hangzhou, 2008: 406-411. |