Experimental Analysis of Composite Paver Block Using Bagasse Ash and Crushed Clay Brick

Abstract

Abstract This study looks at the environmental effects of producing paver blocks using traditional cement, which is resource-intensive and emits greenhouse gases. By using waste materials like bagasse ash and broken clay brick, the study seeks to increase the compressive strength of paver blocks while boosting environmental friendliness. When used in place of cement, bagasse ash, which is known for its pozzolanic qualities, improves mechanical strength and durability while requiring less heat during hydration. Because of their natural resilience, crushed clay bricks are used as fine aggregates. In the experimental testing, up to 15% of the cement was replaced with bagasse ash and up to 35% of the fine aggregate with crushed clay brick. The discoveries help to reduce production expenses as well as the price of the concrete paver block and environmental benefits such as reduced carbon footprint and minimized landfill contributions. The importance of sustainable practices in building materials is emphasized by this study,