INFLUENCE OF MSW/BIOMASS COFIRING UPON OPERATION OF INCINERATION PLANT
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INFLUENCE OF MSW/BIOMASS COFIRING UPON OPERATION OF INCINERATION PLANT
Thermal Power GenerationVol. 40, Issue 6, Pages: 103-106(2011)
作者机构:
西南交通大学环境科学与工程学院
作者简介:
基金信息:
DOI:
CLC:X705
Published:2011
稿件说明:
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HUANG Mingxing, LIU Dan College of Environmental Science and Engineering. INFLUENCE OF MSW/BIOMASS COFIRING UPON OPERATION OF INCINERATION PLANT[J]. Thermal power generation, 2011, 40(6): 103-106.
DOI:
HUANG Mingxing, LIU Dan College of Environmental Science and Engineering. INFLUENCE OF MSW/BIOMASS COFIRING UPON OPERATION OF INCINERATION PLANT[J]. Thermal power generation, 2011, 40(6): 103-106.DOI:
INFLUENCE OF MSW/BIOMASS COFIRING UPON OPERATION OF INCINERATION PLANT
摘要
针对城市垃圾含水率高、热值低、不利于采用焚烧法处理的特点
建立了城市垃圾与生物质混烧试验系统
研究竹屑与垃圾混烧对焚烧炉运行的影响。结果表明:随竹屑质量分数的增加
炉膛温度和蒸汽流量提高;在竹屑质量分数为15%时
蒸汽流量达额定蒸发量20 t/h
炉膛温度为1 030℃
炉渣热灼减率为1.8%。混烧烟气中粉尘浓度和HCl浓度都略有降低
而SO2浓度和NOx浓度则有所升高。
Abstract
Directing against the features of municipal solid wastes(MSW)
such as high water content
low calorific value
and unfavourable to disposal by adopting incineration method
a test system for mixedly burning MSW and biomass has been established
the influence of mixedly burning MSW and bamboo scraps upon the operation of incineration furnace being studied.Results show that the furnace temperature and steam flow rate all are enhancing as the percent mass content of bamboo scraps is increasing;the steam flow rate reaches the rated evaporating capacity 20 t/h
and the furnace temperature being 1030 ℃
the hot burn loss rate of slag in the furnace being 1.8%.The dust concentration and HCl concentration in flue gas of mixedly burning are slightly reduced
but the concentration of SO2 and NOx have slightly increased.