建設分野への廃棄物有効利用システム構築の試み

尝试构建建筑领域废弃物有效利用体系

• 批准号: 06780448
• 负责人: 勝見 武
• 金额: $ 0.58万
• 依托单位: Kyoto University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Encouragement of Young Scientists (A)
• 财政年份: 1994
• 资助国家: 日本
• 起止时间: 1994 至 无数据
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-06780448/
• 关键词: 廃棄物; 環境地盤工学; 有効利用; 残土; 地盤改良

本研究では、近年の廃棄物による地盤環境災害の深刻な状況を踏まえ、建設分野への廃棄物利用を促進するための考え方を示すため研究を行い、以下に示す成果を得た。1.残土の利用による環境影響とその制御建設業から排出される残土の量は膨大であり、その有効利用を促進するためには不良土の改良が求められるが、本研究ではセメント改良土からのアルカリ溶出特性とその制御方法に関して検討を行った。本研究ではまず、カラム試験およびモデル試験により安定処理土からのアルカリ溶出特性を検討し、周辺土への影響とその緩衝機能を評価した。さらに、植生土壌の文献調査ならびに安定処理土を盛土構造物へ適用した場合のアルカリ溶出制御に関する評価を行い、設計のための考え方を示し、残土利用システムへの導入を提案した。2.廃棄物による環境創造の提案研究代表者がこれまでに提案してきた砕石粉の袋詰め固化工法(砕石粉と固化材とを不織布製袋に詰めて袋ごと水没させ、固化させる工法)の海底地盤上への潜堤構築の適用性について、地盤および構造物の安定性を議論することにより評価するとともに、現場実験を実施し海洋環境での適用性を環境影響面、機能面の双方から明らかにした。

In this study, in recent years, the profound environmental hazards of environmental hazards in recent years, and the establishment of environmental protection facilities have been studied by means of the promotion of environmental research. The following shows the results of the study. 1. In this study, the environmental impact system is used to control the discharge of waste soil, and to promote the improvement of poor soil. in this study, the method of improving the dissolution characteristics of waste soil is studied in this study. The purpose of this study is to determine the dissolution characteristics of soil stabilizers in this study. in this study, the dissolution characteristics of soil samples were studied in this study. In this paper, the literature on the treatment of natural soil and plant soil is used to study the safety and stability of the soil, and the creation of the material is dissolved in the combination of soil and water to make the imperial bridge, the design and the design, and the residual soil is used to enter the proposal. two。 The representative of the research on the proposal of environmental protection and environmental protection, the representative of the research on the proposal of environmental protection, the representative of the research on the proposal of environmental protection, the representative of the research on the proposal of environmental protection, the representative of the research on the proposal of environmental protection, the representative of the proposal of environmental protection, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental protection proposal, the research representative of the environmental On both sides of the environmental impact and functional aspects of the marine environment, there is a clear agreement between the two parties.

项目成果

嘉門雅史: "Bagged WRP Method による砕石粉の海洋構造物への有効利用" 第1回環境地盤工学シンポジウム発表論文集. 207-212 (1994)

Masashi Kamon：“使用袋装 WRP 方法有效利用海上结构碎石粉”第一届环境岩土工程研讨会论文集 207-212（1994 年）。

Masashi Kamon: "Potential Utilization of Waste Rock Powder" Proc.First Inter.Congress on Environmental Geotechnics. 287-292 (1994)

Masashi Kamon：“废石粉的潜在利用”Proc.First Inter.Congress on Environmental Geotechnics。

嘉門雅史: "環境地盤工学入門" 土質工学会, 278 (1994)

Masashi Kamon：《环境岩土工程导论》日本土壤工程学会，278（1994）

Masashi Kamon: "Civil Engineering Vse of Industrial Waste in Japan" Development in Geotechnical Engineering. 265-278 ( 1994)

Masashi Kamon：“日本工业废物的土木工程Vse”岩土工程的发展。

Masashi Kamon: "Vtilization of Coal Fly Ash from Fluidized Bed Corbustion Systems" Geoenvironment 2000,ASCE. 2. 1765-1779 (1995)

Masashi Kamon：“流化床燃烧系统中粉煤灰的利用”地球环境 2000 年，ASCE。