揮發性有機物燃燒破壞效率與能源效率關連性之研究-以甲苯為例

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揮發性有機物燃燒破壞效率與能源效率關連性之研究-以甲苯為例

A Study on Destruction and Energy Efficiencies of Direct Combustion Treatment for Volatile Organic Compound －A Case Study of Toluene

蘇信豪 , Masters　　Advisor：章裕民　　

繁體中文

甲苯；焚化溫度；反應速率；熱傳面積；能源效率； Toluene ； Incineration Temperature ； Reaction Rate ； Heating Surface ； Energy Efficiency

Abstract │ Reference (55) │ Altmetrics

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This study is based on gaseous volatile organic compound in toluene as the subject, using the direct combustion with heat recovery equipment, the combustion destruction efficiency of incineration temperature and incineration time as a variable and the energy efficiency of heating surface as the main variable to explore the toluene relevance of the combustion of the destruction and energy efficiencies. Taking into account both of the situation at the same time, it is recommended that the better operating conditions and verify the experiment.
In the experiment, to assay the sampling of toluene, the incineration temperature are 710℃, 720℃ and 730℃, and incineration time is 0.5s, the toluene destruction efficiency are 94.2%, 98.6% and 99.3%, at the mean time, the energy recycling efficiency are 47.7%, 48.0% and 48.4%, mean while, the toluene destruction efficiency and linearity of relations the energy recycling efficiency is 0.8434, when the incineration temperature is higher, the related of the destruction efficiency and energy recycling efficiency are lower, if it is in the same temperature, changing the incineration time and increase the incineration efficiency or changing the heating surface to increase the recycling efficiency of energy do not affect both of the two correlation, it shows that the incineration affects the two parameter.
According to the result of the studying, the best operation condition, the incineration temperature is between 710℃~730℃, also heating surface is about 575m2.

Reference ( 55 ) 〈TOP〉

2.行政院勞委會，工研院工業安全衛生技術開發中心，「甲苯物質安全資料表」
連結：
3.Khan F. I. and Ghoshal A. Kr., "Removal of Volatile Organic Compounds from air polluted," Journal of Loss Prevention in the Process Industries, Vol. 13, pp. 527-545, 2000.
連結：
6.Everaert K. and Baeyens J., "Catalytic combustion of volatile organic compounds," Journal of Hazardous Materials, Vol. B109, pp. 113-119, 2004
連結：
7.Liotta L.F., "Catalytic oxidation of volatile organic compounds on supported noble metals," Applied Catalysis B: Environmental, Vol. 100, pp. 404-405, 2010
連結：
8.Li W.B., Wang J.X. and Gong H., "Catalytic combustion of VOC on non-noble metal catalysts," Catalysis Today, Vol. 148, pp. 81-87, 2009.
連結：

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