Effect of binary and ternary blending of cement on properties of recycled aggregate concrete

Abstract Escalating the growth of industrialization and urbanization in world demands development advanced infrastructure which turn required a higher quality raw materials. As cement is one major materials concrete construction its demand for rising with society. But increased production produces lots environmental problems. So, there high requirement sustainable alternative that have similar cementitious properties as cement. To address this problem experimental study designed to use binary blending rice husk ash (5%, 10%, 15% 20%) replacement The further extended analyse effect ternary using 10% 15%) by sugarcane bagasse optimum blended combination. Also, 25% recycled fine aggregate used experiment throughout mixes achieve sustainability. Workability, compressive strength flexural test were performed on sample. result reveals workability decreases increases percentage both mixes. In achieved at whereas hush was found optimum. Further, shows 17.7% increase 16% under permissible value workability. Study concluded improve property resulting sustainability construction.