技术指标：

PID分析仪

用于检测挥发性有机复合物（VOCs）和其它有毒气体如氯化碳氢化合物等

1.双程测量极限范围：标准范围0.1ppm－4000ppm，超灵敏度范围0.1ppb－100ppm

2.响应时间：0.08秒，采样频率：10个样品/秒

3.内置200种化合物定量气相自动标定

4.ppb级分辨率，大范围动态测量（0.1ppb－4000ppm）

5.ppm或mg/m3（ppb或μg/m3）输出

IR分析仪

具有3个独立通道(包括一个参照通道)，可选择性分析测量甲烷、石油烃和CO2

1.甲烷：0-500000ppm，检测极限：20ppm

2.石油烃类物质：0-500000ppm，检测极限：20ppm

3.二氧化碳：0-500000ppm，检测极限：20ppm

4.响应时间：0.5秒，采样率：10个样品/秒

5.ppm或mg//m3输出

应用文献：

BietlotE, Garzaniti S, Collart C. Assessment of the contribution of low emissive areasto the average global flux of biogas diffusing through landfill covers inWallonia[C]//Fourteenth International WasteManagement and Landfill Symposium. 2013.

BachurinB A, Borisov A A. Gas-geochemistry approach to monitoring mining-inducedgenesis processes in the geological environment of the Upper Kama PotassiumSalt Deposit[J]. Journal of Mining Science, 2011, 47(6):861-866.

ChýlkováJ, Šelešovská R, Stuchlík M, et al. Contamination of Atmosphere with VolatileHydrocarbons during Handling Oil Products of Petrol and Diesel Fuel Types[J].Univerzita Pardubice, 2010:153-165.

ZdanevitchI, Mallard P, Bour O, et al. Gaseous emissions reduction from aerobic MBT ofmunicipal solid waste[J]. 3. International Symposium MBT and MRF"Mechanical biological waste treatment and material recoveryfacilities" (Waste-to-Resources 2009), 2009.

ChýlkováJ, Brunclík T, Obršálová I, et al. Monitoring of Air Pollution Concentrationsof CO2 in Densely Populated Area of Eastern Bohemia †City ofPardubice[J]. 2004.

产地：捷克