Biological and Artificial Matrixes as PAH Accumulators: An Experimental Comparative Study     

Nicola Skert  Jari Falomo  Luigi Giorgini  Alessandro Acquavita  Lorenzo Capriglia  Roberto Grahonja  Nordio Miani 《Water, air, and soil pollution》2010,206(1-4):95-103

In order to find out a new effective accumulator of polycyclic aromatic hydrocarbons (PAHs) useful for monitoring studies on a large scale and low costs, the accumulation capacity of both biological and artificial matrixes (mosses and polyester fibers, respectively) has been tested. For this purposes, Hypnum cupressiforme and dacron® were exposed to pollution airborne in two sites located nearby an active iron industry and in center of the town of Trieste, where high PAH pollution spots, due to vehicular traffic, are usually detected. The samplers were exposed in six sampling sessions for 21 days. The results obtained were compared with data collected by active PAH samplers, usually employed for official widespread monitoring. The level of correlation between the data sets was calculated. Furthermore, a repeatability study of data was performed. According to the results, both matrixes are good PAH accumulators, though they show different skills.  相似文献