PENGARUH PENGGUNAAN LIMBAH POLYETHYLENE TEREPHTHALATE TERHADAP CAMPURAN ASPAL CONCRETE BINDER COURSE

A. Gaus, Raudha Hakim, Seniyasmin Seniyasmin
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引用次数: 1

Abstract

he use of plastic as food and beverage packaging has not been replaced until now, the impact of the existence of plastic waste is increasing. The main constituent elements of plastic are carbon and hydrogen, which are identical to the main constituent elements of asphalt. Indonesia is one of the asphalt importing countries, 50% of domestic asphalt needs are met by importing from other countries. One solution that can be done to reduce plastic waste and reduce asphalt imports is the use of plastic waste as a mixture of asphalt-concrete to reduce the use of asphalt. This study aims to analyze the effect of the use of PET type plastic waste on the AC-BC asphalt mixture. PET waste is made in the form of fiber which is added to the asphalt mixture with a composition of 0.3% and 0.6% compared to the asphalt mixture without PET. The addition of PET fibers in the asphalt mixture indicates that the asphalt stability increases with the increase in the percentage of PET fibers in the asphalt mixture, the flow value becomes smaller, this indicates that the asphalt mixture tends to be stiffer, the MQ value also becomes larger.
混凝土粘结层
使用塑料作为食品饮料包装直到现在还没有被替代,塑料垃圾存在的影响越来越大。塑料的主要组成元素是碳和氢,它们与沥青的主要组成元素相同。印尼是沥青进口国之一,国内50%的沥青需求是通过进口来满足的。减少塑料废物和减少沥青进口的一个解决方案是使用塑料废物作为沥青-混凝土的混合物,以减少沥青的使用。本研究旨在分析PET型废塑料的使用对AC-BC沥青混合料的影响。PET废料以纤维的形式制成,添加到沥青混合料中,与不含PET的沥青混合料相比,其组成为0.3%和0.6%。沥青混合料中PET纤维的加入表明,随着沥青混合料中PET纤维含量的增加,沥青的稳定性增加,流动值变小,这表明沥青混合料趋于刚性,MQ值也变大。
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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