Laboratory of Air, Water and Land Pollution Management, Department of Environmental Engineering, Technical University of Crete, Chania 731 00, Greece.
Waste Manag. 2010 Apr;30(4):707-15. doi: 10.1016/j.wasman.2009.11.004. Epub 2009 Dec 16.
This paper considers selected treatment technologies for comingled domestic and similar wastes and provides technoeconomic data and information, useful for the development of strategic management plans. For this purpose, treatment technologies of interest are reviewed and representative flow diagrams, along with material and energy balances, are presented for the typical composition of wastes in Greece; possible difficulties in the use of treatment products, along with their management implications, are discussed, and; cost functions are developed, allowing assessment of the initial capital investment and annual operating costs. Based on the latter, cost functions are developed for predicting the normalized treatment costs of alternative methods (in euro/t of MSW treated), as function of the quantity of MSW processed by plants built and operated (a) by municipality associations, and (b) by private enterprises. Finally, the alternative technologies considered are evaluated on the basis of their cost aspects, product utilization and compatibility with the EU waste framework Directive 2008/98.
本文考虑了混合的城市和类似废物的选定处理技术,并提供了技术经济数据和信息,有助于制定战略管理计划。为此,对相关处理技术进行了审查,并为希腊废物的典型组成提供了代表性的流程图以及物料和能量平衡,讨论了处理产品使用中可能存在的困难及其管理影响,并开发了成本函数,以评估初始资本投资和年运营成本。在此基础上,开发了成本函数,以预测通过(a)市政协会和(b)私营企业建造和运营的工厂处理的废物量(以处理的城市固体废物量计),来预测替代方法的归一化处理成本(欧元/吨处理的城市固体废物)。最后,根据成本方面、产品利用以及与欧盟废物框架指令 2008/98 的兼容性,对所考虑的替代技术进行了评估。