Published Paper Details:

Cement usage has surged due to massive infrastructure projects, with 30 billion tons of cement concrete used annually to meet global demand. Scholars worldwide are devising novel carbon-neutral construction approaches to repurpose industrial pollutants, and they are disseminating their research outcomes on the internet. Bagasse from sugarcane has a high proportion of amorphous silica and can be applied to the concrete-making process. The purpose of this study is to examine the physical and chemical properties of ash made from bagasse from sugarcane. The investigation focuses on the impact of sugarcane bagasse ash processing on concrete performance. In this work, concrete treated with various concentrations of sugarcane bagasse ash (SCBA) is examined for its fresh and hardened qualities. The purpose of this study is to examine the physical and chemical properties of ash made from bagasse from sugarcane. The investigation focuses on the impact of sugarcane bagasse ash processing on concrete performance. In this work, concrete treated with various concentrations of sugarcane bagasse ash (SCBA) is examined for its fresh and hardened qualities. Recycling industrial and agricultural waste into concrete could bring in a more environmentally conscious future. In this study, Granite Waste (GW) and Sugarcane Bagasse Ash (SCBA) were examined and evaluated as possible partial substitutes for river sand. % substitution is determined by particle packing. It is studied whether river sand may be partially replaced with bagasse ash and granite debris. The concrete is put through tests such as compression and splitting