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混煤燃烧减少细微颗粒物生成的实验研究
引用本文:周科,徐明厚,于敦喜,温昶,占中华,姚洪.混煤燃烧减少细微颗粒物生成的实验研究[J].工程热物理学报,2011(2):349-352.
作者姓名:周科  徐明厚  于敦喜  温昶  占中华  姚洪
作者单位:华中科技大学煤燃烧国家重点实验室;
基金项目:国家自然科学基金(No.50720145604;No.50721005;No.51076051)
摘    要:本文将一种褐煤和一种烟煤进行不同混合比例(9∶1、7∶3、1∶1、3∶7和1∶9)和不同燃烧气氛(O2/N2和O2/CO2气氛)的沉降炉燃烧实验,采用低压撞击器(LPI)对燃烧生成的颗粒物进行收集,并对所收集的颗粒物开展生成浓度、元素组成等分析,研究了混煤燃烧减少细微颗粒物生成的作用机理及混煤比例、燃烧气氛对其的影响....

关 键 词:煤燃烧  混煤  颗粒物  O2/CO2  燃烧  交互作用

EXPERIMENTAL STUDY OF COAL BLEND COMBUSTION FOR FINE PARTICULATES REDUCTION
ZHOU Ke XU Ming-Hou YU Dun-Xi WEN Chang ZHAN Zhong-Hua YAO Hong.EXPERIMENTAL STUDY OF COAL BLEND COMBUSTION FOR FINE PARTICULATES REDUCTION[J].Journal of Engineering Thermophysics,2011(2):349-352.
Authors:ZHOU Ke XU Ming-Hou YU Dun-Xi WEN Chang ZHAN Zhong-Hua YAO Hong
Institution:ZHOU Ke XU Ming-Hou YU Dun-Xi WEN Chang ZHAN Zhong-Hua YAO Hong (State Key Laboratory of Coal Combustion,Huazhong University of Science and Technology,Wuhan 430074,China)
Abstract:This study addressed the mechanism of coal blend combustion for fine particulates reduction,and the impact of blend ratio and combustion atmosphere on the reduction properties. Coal blends from a lignite and a bituminous coal,with different blend ratios(9:1,7:3,5:5,3:7,1:9) and different combustion atmosphere(O_2/N_2 and O_2/CO_2 atmosphere.),were combusted in a drop tube furnace to analyze the concentration and element composition of the particulate matter generated, which collected by a low pressure impac...
Keywords:coal combustion  coal blending  particulate matter  O_2/CO_2 combustion  mineral interaction  
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