Beneficial Reuse of Dredged Marine Soils (DMS) with the Inclusion of Cement and Granular Material for Engineering Applications

C. Chan
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Abstract

Plenty of geowaste in Malaysia namely dredged marine soils (DMS) has been increasing over the year. The management of DMS after dredging has become a worldwide problem. Conventionally, the materials are disposed back to the sea. As the minimization of the dredged material during dredging is impossible, extensive work has been done by researchers to develop various economical and viable solutions, such as beneficial reuse of DMS. Series of onedimensional test by using oedometer were tested on DMS with the inclusion cement and mining sand. Based from the results, the cementand sand-treated DMS have resulted with low settlement reduction, thus increase its effective yield stress and improve its compressibility. As conclusion, it is suggested that DMS can be beneficially reuse for engineering application such as land reclamation or backfills.
工程应用中掺入水泥和颗粒材料的疏浚海洋土壤(DMS)的有益再利用
马来西亚的大量土工垃圾,即疏浚的海洋土壤(DMS)在过去一年中一直在增加。疏浚后DMS的管理已成为世界性难题。按照惯例,这些材料会被处理回大海。由于在疏浚过程中尽量减少疏浚材料是不可能的,研究人员已经做了大量的工作来开发各种经济可行的解决方案,例如DMS的有益再利用。在含水泥和矿砂的DMS上进行了一系列一维试验。结果表明,水泥加砂处理后的DMS具有较低的沉降减量,从而提高了DMS的有效屈服应力,提高了其压缩性。综上所述,DMS可以在土地复垦或回填等工程应用中得到有益的再利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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