Published Paper Details:

Massive infrastructure construction has generated a boom in cement consumption, and the world uses 30 billion tonnes of cement concrete year to meet it. Academics from all around the world are coming up with new carbon-neutral building solutions to recycle industrial pollution, and they are sharing their findings online. Ash from sugarcane bagasse has a high percentage of amorphous silica and may be used in the production of concrete. This study investigates the chemical and physical characteristics of ash derived from sugarcane bagasse. The effect that the processing of sugarcane bagasse ash has on the performance of concrete is investigated. In this study, the fresh and hardened properties of concrete are investigated after being treated with varying concentrations of sugarcane bagasse ash (SCBA). A more environmentally conscious era might be ushered in by recycling agricultural and industrial waste in concrete. As potential partial replacements for river sand, Sugarcane Bagasse Ash (SCBA) and Granite Waste (GW) were investigated and tested in this research. Particle packing determines % substitution. The utilisation of bagasse ash and granite waste as a partial replacement for river sand is investigated. The tests that are performed on the concrete include compression, splitting tensile, flexural, modulus of elasticity, water absorption, sorptivity, and quick chlorine penetration. According to the results of many tests, bagasse ash-granite waste concrete is much more robust than conventional concrete. Bagasse ash-granite waste concrete offers greater strength qualities and lower permeability than standard concrete, they say.