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Monitoring of odour nuisance in the Tricity Agglomeration

机译:三城市集聚中臭气滋扰的监测

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The paper describes a principle of operation of odour nuisance monitoring network, which is being designed in the Tricity Agglomeration. Moreover, it presents the preliminary results of an investigation on ambient air quality with respect to odour nuisance in a vicinity of the municipal landfill. The investigation was performed during spring-winter season using a prototype of electronic nose and the Nasal Ranger field olfactometers. The prototype was equipped with a set of six semiconductor sensors by FIGARO Co. and one PID-type sensor. The field olfactometers were used to determine mean concentration of odorants, which amounted from 2.2 to 30.2 ou/m~3 depending on the place of measurement. In case of the investigation with the electronic nose prototype a classification of the ambient air samples with respect to the place of sampling was performed utilizing kNN algorithm supported with a cross-validation method. Correct classification of the ambient air samples was at the level of 66.7%. Performed investigation revealed that discrimination of the ambient air samples differing in concentration of odorants and place of origin was possible.
机译:本文介绍了在Tricity集聚区中正在设计的气味滋扰监视网络的工作原理。此外,它还提供了有关城市垃圾填埋场附近环境空气质量与气味滋扰相关调查的初步结果。这项调查是在春冬季使用电子鼻和Nasal Ranger野外嗅觉仪的原型进行的。该原型机配备了一组由FIGARO Co.生产的六个半导体传感器和一个PID型传感器。现场嗅觉仪用于确定气味的平均浓度,取决于测量位置,其平均浓度为2.2至30.2 ou / m〜3。在使用电子鼻原型进行调查的情况下,使用交叉验证方法支持的kNN算法对环境空气样本相对于采样位置进行了分类。正确分类环境空气样品的水平为66.7%。进行的调查显示,可以辨别出气味剂浓度和来源地不同的环境空气样品。

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