A Sustainable Approach to Soil Stabilization Through the Use of Industrial Waste Materials

Abstract

Improving the strength, durability, and overall performance of weak or problematic soils is the primary goal of soil stabilization, an essential civil engineering practice. The use of recyclable and non-hazardous industrial waste in soil stabilization has been more popular as a green and economical option in recent years. the possibility of improving soil qualities using a variety of industrial waste materials, including fly ash, blast furnace slag, silica fume, ash from rice husks, and trash from building and demolition. The efficiency of these substances in enhancing important soil properties, such as bearing capacity, shear strength, compaction, and permeability. To evaluate the effectiveness of stabilized soils in various environments, studies are carried out both in the lab and through experimental analysis. The physical and chemical interactions between garbage and soil that help to strengthen the binding and lessen the flexibility of the soil. By encouraging the reuse of waste goods, the integration of industrial waste materials not only improves soil stability but also decreases environmental contamination. Construction expenses and carbon emissions can be reduced with the use of these materials since they reduce the demand for conventional stabilizers like lime and cement. By decreasing landfill disposal and saving natural resources, the use of such trash also contributes to sustainable development.