Utilization of waste rubber tyre in soil stabilization

Anjali Singh, Divya Ratre, Tarika Shrisant, Anjali Kerketta, Deeksha Chandrakar, Dr. Ajay Kumar Garg
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Abstract

This paper explores the feasibility and benefits of utilizing waste rubber tyre for soil stabilization purpose.With the growing environmental concern surrounding waste tyre disposal, repurposing them for soil stabilization presents a sustainable solution. Added amount of rubber tyre had been varied in proportions of 10%, 15%, 20% and 25%.Waste rubber tyre helps in improving the desired properties of soil and minimizes the amount of waste to be deposited in environment causing environmental pollution. Rubber tyres are cost effective and is quite easily available, due to day by day increase in cost of stabilizers like cement, lime and other admixtures;use of shredded rubber tyre can result in project completion optimally. The soil sample used is clay, thus being highly plastic it is required to be strengthened by using varying proportion of shredded rubber tyre. The effect of shredded rubber tyre on soil is analysed by conducting various tests that governs the basic properties of soil and the obtained result shows that increasing the percentage of shredded rubber tyre results in enhancement in desired soil properties.Increase specific gravity, increase liquid limit, and decrease plastic limit are achieved through the incorporation of appropriate additives in soil stabilization processes. Key Word: Waste rubber tyre, Soil stabilization, Tyre recycling, shredded rubber tyre, Engineering properties, clay soil.
利用废弃橡胶轮胎稳定土壤
本文探讨了利用废旧橡胶轮胎稳定土壤的可行性和益处。随着围绕废旧轮胎处理的环境问题日益受到关注,将其重新用于稳定土壤是一种可持续的解决方案。橡胶轮胎的添加量比例分别为 10%、15%、20% 和 25%。废旧橡胶轮胎有助于改善土壤的预期特性,最大限度地减少沉积在环境中造成环境污染的废物量。由于水泥、石灰和其他外加剂等稳定剂的成本与日俱增,橡胶轮胎具有成本效益,而且很容易获得;使用破碎的橡胶轮胎可使项目以最佳方式完成。所使用的土壤样本为粘土,具有很高的可塑性,因此需要使用不同比例的橡胶轮胎碎条进行加固。通过对土壤基本特性进行各种测试,分析了橡胶轮胎碎料对土壤的影响,结果表明,增加橡胶轮胎碎料的比例可提高土壤的预期特性。在土壤稳定过程中加入适当的添加剂,可提高比重、增加液限和降低塑限。关键字废旧橡胶轮胎、土壤稳定化、轮胎回收、橡胶轮胎碎条、工程特性、粘土。
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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