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餐饮业油烟的颗粒物分析
引用本文:谭德生,邝元成,刘欣,戴飞鸿.餐饮业油烟的颗粒物分析[J].环境科学,2012,33(6):1958-1963.
作者姓名:谭德生  邝元成  刘欣  戴飞鸿
作者单位:1. 深圳市罗湖区环境保护和水务局,深圳,518003
2. 深圳市力德环保工程有限公司,深圳,518109
摘    要:利用显微镜照相技术和电低压冲击式采样器分别对餐饮业油烟中10μm以上和10μm以下的颗粒物进行分析,得出餐饮业油烟颗粒物的粒径分布状况.结果表明,厨房内油烟中可沉降颗粒的粒径主要分布在10~400μm之间,数量浓度峰值粒径集中在10~100μm之间;油烟中可吸入颗粒粒径主要分布在1μm以下,数量浓度峰值粒径集中在0.063~0.109μm之间,质量浓度峰值粒径在6.560~9.990μm之间.通过对餐饮业油烟颗粒物物理特性的全面分析,找出特征值,确定油烟监测的标志物,为餐饮业油烟的治理和监测提供科学依据.

关 键 词:餐饮业油烟  可沉降颗粒  可吸入颗粒  标志物  特征值
收稿时间:8/3/2011 12:00:00 AM
修稿时间:2012/2/13 0:00:00

Analysis on Oil Fume Particles in Catering Industry Cooking Emission
TAN De-sheng,KUANG Yuan-cheng,LIU Xin and DAI Fei-hong.Analysis on Oil Fume Particles in Catering Industry Cooking Emission[J].Chinese Journal of Environmental Science,2012,33(6):1958-1963.
Authors:TAN De-sheng  KUANG Yuan-cheng  LIU Xin and DAI Fei-hong
Institution:Shenzhen Luohu Environmental Protection and Water Authority, Shenzhen 518003, China;Shenzhen Luohu Environmental Protection and Water Authority, Shenzhen 518003, China;Shenzhen Leader Environmental Engineering Co. Ltd., Shenzhen 518109, China;Shenzhen Leader Environmental Engineering Co. Ltd., Shenzhen 518109, China
Abstract:By measuring the particulate matter of oil fume which is over 10 microm or below 10 microm separately and using microradiography and Electrical Low Pressure Impactor (ELPI), it is found out the distributing characteristic of oil fume particles in catering industry cooking emission. The result shows that the diameter of the oil fume particles which was sedimentated in the kitchen is between 10-400 microm, the concentration peak value is between 10-100 microm. The diameter of oil fume aerosol is mostly smaller than 1 microm, while the concentration peak value is between 0.063-0.109 microm. In addition, the mass concentration peak value is between 6.560-9.990 microm. Through the analysis to the physical characteristics of oil fume from catering industry cooking emissions, the eigenvalue of the oil fume has been found and the feature matter for monitoring the oil fume has been discovered to provide a reasonable standard for controlling and monitoring the catering industry cooking emission.
Keywords:catering industry cooking emission  subsiding particulate  inhalable particulate  feature matter  eigenvalue
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