Authors:-Â Dr. Muruli Prashad, Avantika Singh, Mukul Pathak
Abstract:-Â The emergence of industries nowadays shows a country's progress. The need for residue removal will surely rise as a result of this expansion. Land dumping is one of the more conservative methods of disposing of such industrial waste, but it requires a significant area of precious land. Because of the demand for sustainability, there are currently several possibilities that imply that these waste products will be used as construction materials in a range of civil engineering applications. Kota stone waste aggregate and slurry pollute the environment in mining and industrial locations. There is no mechanism for appropriately disposing of Kota stone waste. Several mounds of Kota stone waste aggregate have accumulated as a result of trash dumping in the area. A laboratory-based experimental study was conducted to decrease the environmental effect of various types of residuals with the objective of attaining sustainability by reducing, recycling, and reusing waste aggregates to their optimal purpose. Several research have claimed that stone mining and cutting detritus should be used as an aggregate in concrete compositions. To evaluate the material's efficacy, different percentages of kota stone aggregates (KSA) were replaced for natural aggregate (0%, 10%, 20%, 30%, 40%), and the mechanical characteristics of the concrete mix were evaluated.
Keywords:-Â Mechanical properties, Quarry waste, sustainability, Workability, Concrete mix, Compressive strength.
Full Issue
| View or download the full issue | PDF 129-140 |