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The environmental impact of a municipal solid waste incinerator: 15 years of monitoring

机译:市政固体废物焚烧炉的环境影响:15年监测

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A Municipal Solid Waste Incinerator located in Rimini province (Italy) has been monitored for 15 years in order to assess its environmental impact. An integrated environmental monitoring system was designed and implemented over the years. Furthermore, the impact assessment was supported by other tools, such as life cycle analysis (LCA) and risk assessment. In order to fulfil new rules, over the years, the plant underwent several revamping processes. The environmental monitoring was activated in 1997 an involved the analysis of several matrices: soil, atmospheric deposition, vegetation and particulate airborne matter. Based on the obtained results, the monitoring evolved and the sampling sites, analites, matrices and/or sampling techniques were modified. LCA application to the plant was carried out both to investigate the contribution of the incinerator to different environmental categories and to evaluate the effect of the revamping process on plant impacts. In order to assess health effects connected to plant activity, risk assessment applied to air emissions was evaluated for the period 1997-2006. All the study results show that incineration plant emissions do not appreciably affect the contaminant load in the study area. Source apportionment techniques demonstrated that the main sources in the study area are vehicular traffic and regional contribution. LCA indicates quantitatively the lower environmental impact resulting from structural upgrade operations. Risk assessment shows that the risk concerning toxic and carcinogenic effects remains largely within the acceptability limits set by USEPA.
机译:位于里米尼省(意大利)市政固体垃圾焚烧炉已以评估其对环境的影响15年监测。一个集成的环境监测系统的设计和多年来实施。此外,影响评估其他工具,如生命周期分析(LCA)和风险评估的支持。为了满足新的规则,多年来,该厂经过多次改造的进程。环境监测是在1997年激活的涉及到几个矩阵的分析:土壤,大气沉积,植被和颗粒物质空降。基于所获得的结果,演进监测和采样点,analites,基质和/或采样技术进行了修改。 LCA应用到工厂进行了两个调查焚化炉不同的环境类别的贡献,并评价改造过程中对植物影响的效果。为了评估连接到植物活性的健康影响,风险评估施加到空气排放期间1997-2006进行评价。所有的研究结果表明,焚烧厂的排放量不会明显影响了研究区的污染负荷。源解析技术证明,研究区的主要来源是车辆交通和区域贡献。 LCA定量地表示从结构升级操作所造成的环境影响较小。风险评估表明,关于有毒和致癌作用的风险在很大程度上仍然由内设置USEPA的可接受范围。

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