Waste stabilization by solidification and development of the disposal site

通过固化和开发处置场来稳定废物

• 批准号: 02650345
• 负责人: KAMON Masashi
• 金额: $ 1.34万
• 依托单位: Kyoto University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for General Scientific Research (C)
• 财政年份: 1990
• 资助国家: 日本
• 起止时间: 1990 至 1991
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-02650345/
• 关键词: Waste; Soil stabilization; Cement; Ground improvement; Reclamation; Environmental preservation; セメント安定; 石灰安定; 耐久性; 脱水処理; 乾湿繰返し

Considering the present situation of problems on waste, the object of this study is to investigate the industrial waste utilization as construction materials, e. g. soil stabilization, road, embankment, reclamation, etc. and to develop the effective use of the ground reclaimed with wastes. The main results can be summarized as follows :1. The potential utilization of industrial wastes in soil stabilizationIt was revealed through experimental investigations that a new stabilizer from the combination of industrial wastes and cement blended with stainless-steel slag is effective on stabilizing cohesive soil in the aspects of the strength development and environment preservation.2. The assessment of utilization of industrial wastes by solidificationMaterial properties, strength characteristics, durability and influences on environment of raw wastes and treated wastes, e. g. coal ash, slag, incinerated pulp ash, sludge, etc. were investigated, and it was cleared that each material is useful as road or embankment materials. Besides, the treatment of the waste oil by using some waste materials was proposed as a non-hazardous, large-scale, and economical method.3. The problem of wastes on the viewpoint of environmental geotechnologySome geotechnical problems of waste disposal site and the methods of ground improvement were summed up, and the importance of the treatment of waste materials in the global environment preservation was mentioned.

考虑到当前废物问题的情况，这项研究的目的是调查工业废物利用作为建筑材料，例如。 g。土壤稳定，道路，路堤，开垦等，并开发有效使用废物的地面。主要结果可以总结如下：1。通过实验研究揭示了在土壤稳定化中的潜在利用，即工业废物和水泥与不锈钢炉灶混合的新稳定剂有效地在强度发展和环境保护方面稳定粘性土壤。2。通过凝固性材料，强度特征，耐用性以及对原始废物和处理过的废物环境的影响，对工业废物的利用进行评估。 g。研究了煤灰，炉渣，焚化纸灰，污泥等，并清除每种材料作为道路或路堤材料有用。此外，提出通过使用一些废料处理废油作为一种无害，大规模和经济的方法3。汇总了废物处理地点和地面改进方法的环境岩土杂技学问题的废物问题的问题，并提到了在全球环境保存中处理废料的重要性。

项目成果

嘉門 雅史: "土質安定に用いられる新材料ー廃棄物を用いた工法ー" 材料. 40ー450. 353-359 (1991)

Masashi Kamon：“用于土壤稳定的新材料 - 使用废物的施工方法”材料 40-450（1991）。

嘉門 雅史: "廃棄物の締固め" 土と基礎. 39ー4. 61-68 (1991)

Masashi Kamon：“废物压实”《土壤与基础》39-4（1991）。

嘉門 雅史: "地盤の環境ー一般廃棄物・建設残土の有効利用ー" 土木学会関西支部講習会テキスト. 63-79 (1990)

Kamon Masashi：“地面环境-一般废物和建筑剩余物的有效利用”日本土木工程师学会关西分会研讨会文本63-79（1990）。

澤 孝平: "産業廃棄物を利用した廃油の処理手法に関する研究" 明石工業高等専門学校研究紀要. 34. 35-45 (1992)

泽晃平：“利用工业废弃物的废油处理方法的研究”明石国立工业大学研究公报34. 35-45（1992）。

Masashi Kamon: "utilization of Fly Ash for Construction Materials by Cement Group Hardening" proc. 10th Southeast Asian Geotech. Conf.1. 65-68 (1990)

Masashi Kamon：“通过水泥群硬化利用粉煤灰作为建筑材料”进程。