Experimental Study on Properties of Concrete Incorporating Industrial Byproducts

Experimental Study on Properties of Concrete Incorporating Industrial Byproducts

Sahil. O. Sontakke, Janhavi. W. Gadhave, Mansi. M. Borkar,

Manuraj. B. Kashyap

UG students, Department of Civil Engineering,

Priyadarshini College of Engineering, Hingna, Nagpur, Maharashtra, India

Abstract:

The increasing demand for sustainable construction materials has prompted investigations into the use of industrial byproducts as partial substitutes for traditional concrete ingredients. This experimental study examines the effects of incorporating various industrial byproducts, such as fly ash, crumbed rubber, and bagasse ash, on the properties of concrete. In this project, a quaternary mix of partially replaced cement concrete was created and tested. The research evaluates the workability of concrete mixes with different proportions of these byproducts. Tests were conducted to measure compressive strength, and the study also explores how curing conditions and the optimal percentage of byproduct replacement influence the overall properties of the concrete. The results indicate that when certain byproducts are incorporated in appropriate proportions, they can enhance the performance of concrete, resulting in improved strength, durability, and sustainability. These findings suggest that using industrial byproducts offers an effective method for waste utilization and helps reduce the carbon footprint of concrete production, presenting a promising solution for the future of green construction.