Eco-Friendly Brick Produced from Bagasse Ash and Lime, Jaggery: A Study of Waste Reuse

Abstract

The building construction industry in India, which is one of the fastest-growing in the world, heavily relies on limited natural resources, especially burned clay bricks, which raise greenhouse gas emissions. This study investigates the viability of using the laterite soil-based bagasse bricks as an affordable and environmentally friendly substitute. This brick's greater compressive strength, decreased water absorption, and improved insulating qualities are the result of combining sugarcane bagasse—a byproduct of sugar production—with the laterite soil, lime, and jaggery. These bricks' low weight limits the dead load in tall structures, which lowers the price of building with reinforced cement concrete (RCC). Employing bagasse also lessens the effects of stubble burning, an ancient custom in India that seriously pollutes the air. The goal of the study is to encourage the use of laterite soil-bagasse bricks as an environmentally friendly building material by highlighting their many uses in construction. This research aims to encourage environmentally friendly practices in the building sector by promoting the use of sustainable materials by architects, designers, and builders. Key Words: Sustainable construction, laterite soil, bagasse bricks, greenhouse gas emissions, compressive strength, insulation, stubble burning, eco-friendly materials, RCC construction.