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A NEW UTILIZATION SYSTEM OF LIGHT-WEIGHTED LANDFILL MATERIALS PRODUCED FROM HIGH WATER-CONTENT MUD

机译:高水含量泥浆生产的轻加垃圾填埋材料的新利用系统

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A new recycling system by using paper debris and polymer has been developed for high water-content mud such as bed materials in the river and lake, and construction sludge. The new recycling system proposed in this study consists of two steps. In the first step, the paper debris are added for controlling water content of mud and strengthening the bonding force between mud clusters. In the second step, polymer materials are added to increase the bonding force of mud particles in the cluster. By using this system, 200- 500% water-content mud has been modified to landfill materials by 20-30 minutes mixing process. The modified soils have several features and one of the features of modified soils is "light-weighted". In this study, a theoretical equation to estimate the density of modified soils is derived. By using this equation, a design system to use light-weighted landfill materials is proposed.
机译:通过使用纸碎片和聚合物的新型回收系统已经为河流和湖泊的床材料等高水含量泥,以及施工污泥而开发。本研究中提出的新回收系统包括两个步骤。在第一步中,加入纸碎片以控制泥浆含水量并加强泥簇之间的粘接力。在第二步中,加入聚合物材料以增加簇中泥浆颗粒的粘合力。通过使用该系统,通过20-30分钟的混合过程将200-500%的水含量泥浆被修改为垃圾填埋材料。改性的土壤具有若干特征,改性土壤的特征之一是“重量级的土壤”。在该研究中,衍生估计改性土壤密度的理论方程。通过使用该等式,提出了一种使用光加垃圾填埋材料的设计系统。

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