DEVELOPMENT OF MOBILE SOIL RECYCLING SYSTEM

机译：移动土壤回收系统的发展

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To minimize soil removal, Osaka Gas has already commenced use of soil reclaimed at a stationary soil processing plant. However, not all construction sites can use this plant, because of the time required for soil transport. To facilitate the use of removed soil at road excavation sites distant from the plant, the company has developed a compact, mobile type soil processing plant. This plant requires only a small space near a gas pipeline construction site to improve removed soil for recycling. The innovative point of the new technology lies in the conversion from stationary to mobile, which increases the amount of treatable soil. This development has increased opportunities for removed soil recycling.

机译：为了最大限度地减少土壤去除，大阪天然气已经开始使用在固定土壤加工厂回收的土壤。然而，由于土壤运输所需的时间，并非所有建筑工地都可以使用这种植物。为了促进从工厂遥远的道路挖掘网站上除尘的土壤，公司开发了一个紧凑，移动式土壤加工厂。该工厂只需要在煤气管道施工现场附近的一个小空间，以改善去除土壤以进行回收。新技术的创新点在于转换从静止到移动，这增加了可治疗的土壤量。这种发展增加了去除土壤回收的机会。

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《International gas research conference》|2001年||共11页
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Tomohisa Mekata; Yasuo Ogawa; Shunji Motooka; Tuneo Hata;
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中图分类石油产品;
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1. Development of a mobile system based on laser-induced breakdown spectroscopy and dedicated to in situ analysis of polluted soils [J] . B.Bousquet, G.Travaille, A.Ismael Spectrochimica Acta, Part B. Atomic Spectroscopy . 2008,第10期

机译：基于激光诱导击穿光谱的移动系统的开发，致力于污染土壤的原位分析
2. Development of a recycling system of shredded automobile residues [J] . Y.Koga, M.Hata 資源処理技術 . 1999,第4期

机译：开发汽车残渣回收系统
3. Development of a recycling system of shredded automobile residues [J] . Y.Koga, M.Hata 資源処理技術 . 1999,第4期

机译：开发汽车残渣回收系统
4. DEVELOPMENT OF MOBILE SOIL RECYCLING SYSTEM [C] . Tomohisa Mekata, Yasuo Ogawa, Shunji Motooka, 2001 International gas research conference . 2001

机译：移动土壤循环利用系统的开发
5. From Soil Stability to Nitrogen Management: Using a Plant Development Perspective to Investigate Effects of Root and Shoot Systems on Soil Stability, Soil Erosion, and Soil Nitrate Management. [D] . Dumlao, Matthew Ruhland. 2014

机译：从土壤稳定性到氮肥管理：使用植物发育视角调查根与芽系统对土壤稳定性，土壤侵蚀和土壤硝酸盐管理的影响。
6. Development of Ecofriendly Snail Shell Particulate-Reinforced Recycled Waste Plastic Composites for Automobile Application [O] . I. O. Oladele, A. A. Adediran, A. D. Akinwekomi, 2020

机译：ECOFriendly蜗牛颗粒颗粒加固回收废物复合材料的开发用于汽车应用
7. Development of a Recycling System of Shredded Automobile Residues. [O] . Yoshitsugu KOGA, Abel BISSOMBOLO, Masamichi HATA, 1999

机译：碎汽车残留物回收系统的研制。
8. Final report, Ames Mobile Laboratory Project: The development and operation of instrumentation in a mobile laboratory for in situ, real-time screening and characterization of soils using the laser ablation sampling technique [R] . Anderson, M. S., Braymen, S. D. 1995

机译：最终报告，ames移动实验室项目：移动实验室仪器的开发和操作，使用激光烧蚀取样技术进行原位，实时筛选和土壤表征

DEVELOPMENT OF MOBILE SOIL RECYCLING SYSTEM

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