| 基于转运站满负荷的北京市新东西城区生活垃圾物流优化方案研究 |
| 摘要点击 1624 全文点击 1000 投稿时间：2012-12-02 修订日期：2013-03-07 |
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| 中文关键词 生活垃圾 物流 清运距离 转运站 物料平衡 |
| 英文关键词 MSW logistics collection distance transfer stations material balance |
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| 中文摘要 |
| 北京市新东城和新西城成立后迫切需要对现有生活垃圾物流方案进行优化,实现生活垃圾资源化处理. 以北京市东西城区生活垃圾为研究对象,利用统计预测模型和GIS空间分析技术与方法,在分析了4个老城区生活垃圾产生量及所属密闭清洁站垃圾流向和流量基础上,提出了基于满负荷运行的三大转运站(马家楼、小武基和大屯)生活垃圾等距离收集运输优化物流模式,分析了现状及新物流模式下生活垃圾物料平衡. 结果表明,与现状收集模式相比,等距离优化物流模式可使清运距离减少约9.3×105 km ·a-1,与现状相比减少10%; 同时,基于三大转运站满负荷运转的,部分考虑海淀、丰台和朝阳区跨区运行的生活垃圾优化物流模式下,且充分利用现有的处理处置设施,可减少原生垃圾填埋量约28.3%. 在优化模式的基础上若北京市正筹建的3座垃圾焚烧厂建成后,可使新东西城区生活垃圾焚烧、生化、填埋比例由现状1:4.8:4.2,达到3.8:4.5:1.7,可基本接近北京市2015年生活垃圾焚烧、堆肥和填埋比例达到4:3:3规划目标. |
| 英文摘要 |
| It is necessary to achieve the optimization for MSW logistics based on the new Xicheng (combining the former Xicheng and the former Xuanwu districts) and the new Dongcheng (combining the former Dongcheng and the former Chongwen districts) districts of Beijing. Based on the analysis of current MSW logistics system, transfer station's processing capacity and the terminal treatment facilities' conditions of the four fprmer districts and other districts, a MSW logistics system was built by GIS methods considering transregional treatment. This article analyzes the MSW material balance of current and new logistics systems. Results show that the optimization scheme could reduce the MSW collection distance of the new Xicheng and the new Dongcheng by 9.3×105 km ·a-1, reduced by 10% compared with current logistics. Under the new logistics solution, considering transregional treatment,can reduce landfill treatment of untreated MSW about 28.3%. If the construction of three incineration plants finished based on the new logistics, the system's optimal ratio of incineration: biochemical treatment: landfill can reach 3.8:4.5:1.7 compared with 1:4.8:4.2, which is the ratio of current MSW logistics. The ratio of the amount of incineration: biochemical treatment: landfill appromimately reach 4:3:3 which is the target for 2015. The research results are benefit in increasing MSW utilization and reduction rate of the new Dongcheng and Xicheng districts and nearby districts. |
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