Ranieri Ezio, Ionescu Gabriela, Fedele Arcangela, Palmieri Eleonora, Ranieri Ada Cristina, Campanaro Vincenzo
1 Polytechnic University of Bari, Bari, Italy.
2 Department of Energy Production and Use, Politehnica University of Bucharest, Bucharest, Romania.
Waste Manag Res. 2017 Aug;35(8):890-898. doi: 10.1177/0734242X17716276. Epub 2017 Jul 13.
This article presents the classification of solid recovered fuel from the Massafra municipal solid waste treatment plant in Southern Italy in compliancy with the EN 15359 standard. In order to ensure the reproducibility of this study, the characterisation methods of waste input and output flow, the mechanical biological treatment line scheme and its main parameters for each stage of the processing chain are presented in details, together with the research results in terms of mass balance and derived fuel properties. Under this study, only 31% of refused municipal solid waste input stream from mechanical biological line was recovered as solid recovered fuel with a net heating value (NC=HV) average of 15.77 MJ kg; chlorine content average of 0.06% on a dry basis; median of mercury <0.0064 mg MJ and 80th percentile <0.0068 mg MJ. The solid recovered fuel produced meets the European Union standard requirements and can be classified with the class code: Net heating value (3); chlorine (1); mercury (1).
本文介绍了意大利南部马萨夫拉市生活垃圾处理厂回收固体燃料的分类情况,该分类符合EN 15359标准。为确保本研究的可重复性,详细介绍了垃圾输入和输出流的表征方法、机械生物处理生产线方案及其在加工链各阶段的主要参数,以及质量平衡和衍生燃料特性方面的研究结果。在本研究中,机械生物处理生产线输入的城市固体废弃物中只有31%被回收为回收固体燃料,其净热值(NC=HV)平均为15.77兆焦/千克;氯含量在干燥基础上平均为0.06%;汞含量中位数<0.0064毫克/兆焦,第80百分位数<0.0068毫克/兆焦。所生产的回收固体燃料符合欧盟标准要求,可归类为类别代码:净热值(3);氯(1);汞(1)。