Experimental investigation on strength and thermal properties of geopolymer concrete using sugarcane baggase.

Geopolymer concrete is gaining prominence as a viable substitute for conventional cement concrete within the construction sector, offering potential benefits for reducing carbon footprint. However, extensive research is needed to fully understand its properties and mechanisms. This study investigates the use of bagasse ash in GPC production, assessing the possibility of incorporating Sugarcane ash as a component. Casts of geopolymer concrete were formed, and an assessment was conducted to evaluate both their fresh and hardened characteristics. The research aims to determine the optimal balance between workability and strength parameters while minimizing the utilization of Ground Granulated Blast Furnace Slag (GGBS). Aura mix super plasticizer was employed to enhance GPC's workability. After 28 days of sun curing, the findings indicated a positive impact with a maximum replacement of 30 percent of bagasse ash. However, more increments resulted in a reduction in hardness properties compared to standard concrete. The study highlights the importance of optimizing the replacement ratio to achieve a balance between environmental benefits and structural integrity. [ABSTRACT FROM AUTHOR]