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Determination of emission sources by remote sensing

机译:遥感确定排放源

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摘要

In the SANA programme unknown emission sources are inspected and emission rates of different gas releases are validated using FTIR-spectroscopy. Gaseous emission rates from industrial and agricultural areas, highways, garbage deposits, open-cast lignite minings, compost heaps and an ensemble of small-building smoke stacks are estimated. CO_2, N_2O, CH_4, NH_3, CO, NO, H_2O, and HCHO are determined from measured absorption spectra in extended area plumes. Effluent concentrations such as CO, CO_2, H_2O, NO, N_2O, NO_2, SO_2, and HC1 from smoke stacks and flares as well as temperature of plumes are quantified from measured emission spectra with the multi-component spectra analysis software MAPS developed at the IFU. Mass fluxes were determined combining a FTIR-spectrometer and a Doppler-lidar which measured the chimney plume velocity.
机译:在SANA程序中,检查了未知的排放源,并使用FTIR光谱法验证了不同气体释放的排放率。估计了工业和农业地区,公路,垃圾堆积,褐煤露天开采,堆肥和小型建筑烟囱的气体排放量。根据扩展区域羽流中的吸收光谱确定CO_2,N_2O,CH_4,NH_3,CO,NO,H_2O和HCHO。使用由IFU开发的多组分光谱分析软件MAPS从测得的排放光谱中量化了烟囱和火炬中的CO,CO_2,H_2O,NO,N_2O,NO_2,SO_2和HCl的排放浓度以及烟羽的温度。结合FTIR光谱仪和测量烟囱羽流速度的多普勒激光雷达确定质量通量。

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