Morra P, Lisi R, Spadoni G, Maschio G
Department of Chemical, Mining & Environmental Engineering, Alma Mater Studiorum - University of Bologna, Via Terracini 28, 40131 Bologna, Italy.
Sci Total Environ. 2009 Jun 1;407(12):3712-20. doi: 10.1016/j.scitotenv.2009.03.005. Epub 2009 Apr 2.
The impact of industrial and civil activities on an agricultural and residential area is presented in a detailed and global analysis. The examined area is the Pace river valley situated in the northern zone of Messina (Italy). The sources of pollution present in the area are: a Municipal Solid Waste Incinerator operating since 1979, a disused urban solid waste landfill which was used for 30 years, an urban solid waste treatment facility with heavy vehicles traffic, and two open pits for the production of bitumen. Large quantities of toxic, carcinogenic substances and criteria pollutants are released into the environment and represent potential hazards to human health. The analysis is performed using the EHHRA-GIS tool which employs an integrated, multimedia, multi-exposure pathways and multi-receptor risk assessment model that is able to manage all the steps which constitute the human health risk analysis in a georeferenced structure. The transport of pollutants in different environmental media is assessed applying models (AERMOD, GMS, CALINE) that take into account the particular three-dimensional morphology of the terrain. The results obtained, combined with a probabilistic risk assessment and a sensitivity analysis of calculation parameters, are a comprehensive assessment of the total human health risk in the area. Finally human health risks caused by toxic and carcinogenic substances are compared with acceptable legal limits in order to support environmental managers' decisions.
一项详细的全局分析展示了工业和民用活动对一个农业与居民区的影响。所考察的区域是位于意大利墨西拿北部地区的佩斯河谷。该区域存在的污染源有:自1979年起运营的一座城市固体废弃物焚烧炉、一座使用了30年的废弃城市固体废弃物填埋场、一个重型车辆往来频繁的城市固体废弃物处理设施以及两个用于生产沥青的露天矿坑。大量有毒、致癌物质以及标准污染物被排放到环境中,对人类健康构成潜在危害。分析采用了EHHRA - GIS工具,该工具运用了一个综合的、多媒体的、多暴露途径以及多受体风险评估模型,能够在地理参考结构中管理构成人类健康风险分析的所有步骤。运用考虑了地形特殊三维形态的模型(AERMOD、GMS、CALINE)来评估污染物在不同环境介质中的传输。所获得的结果,结合概率风险评估以及计算参数的敏感性分析,对该区域的总体人类健康风险进行了全面评估。最后,将有毒和致癌物质所导致的人类健康风险与可接受的法定限值进行比较,以支持环境管理者的决策。