摘要
分析了10年陈矿化垃圾组分特性,讨论了矿化垃圾用作可再生燃料的经济性与潜力及可行性。研究发现矿化垃圾中的可燃成分以塑料为主,另有木竹和纤维。与新鲜垃圾相比水份低,制作燃料(垃圾衍生燃料)无需干燥步骤,过程卫生,无臭气,制成工艺可望更简单。矿化垃圾作为再生燃料利用不仅可以回收能源,而且为城市垃圾的处理提供了经济、长效机制。
Based on the analysis of a 10 years＂ old mineralized municipal solid waste（ MSW） sample from a landfill site, the economy, potentiality and feasibility of using mineralized MSW as a kind of renewable energy resource was discussed in this paper. The mineralized MSW have much lower moisture contents than those of fresh MSW and their combustibles are mainly plastics, woods and fabrics. Compared with making fuels （ refuse-derived fuel, RDF） from fresh MSW, making RDF from mineralized MSW can leave out the energy-consuming drying step, and give off much less odor, therefore the production process can expect to be mush easier. RDF production from mineralized MSW does not only provide a new kind of renewable energy, but also offer a more effective and economic way for MSW disposal.
出处
《能源技术》
2006年第5期213-215,共3页
Energy Technology
基金
S10A资助亚州区域环境技术研究项目(ARRPET)
编号:400239008
关键词
矿化垃圾
垃圾衍生燃料
可再生能源
可燃成份
mineralized municipal solid wastes
refuse derived fuel
renewable energy
combustibles
