Published Paper Details:

This study investigates Eco Lite Bricks, a novel construction material composed of cement, glass powder, waste plastic powder, and a foaming agent. These bricks offer better insulation, lower density, and a sustainable waste management solution [1].Previous studies have shown the advantages of using a variety of waste materials in the production of bricks, including their mechanical and physical qualities as well as their environmental impact. In order to offer a viable and long-term solution for the environment, this study reviews the use of waste materials in the production of bricks [3].The problems with waste management and the environment are driving up demand for sustainable building materials.The brick business, which is notorious for producing a lot of waste and having a high carbon footprint, is looking at more environmentally friendly options. A study created "green bricks" by adding plastic trash from post-consumer waste as an extra component. Compared to conventional clay bricks, the green bricks were stronger and more durable, and their manufacture produced less waste[4].In order to combat environmental pollution, preserve resources, and advance sustainability, recycling plastic waste is essential. It is feasible to lessen the negative consequences of plastic trash while generating new chances for innovation and economic expansion with the development of recycling technologies and raised awareness [7].The study assesses several manufacturing processes, material compositions, and performance attributes and finds that waste valorization significantly lowers resource consumption and carbon emissions [8]. An inventive method of waste management and resource conservation is the use of agro-industrial waste as a substitute raw material in the production of bricks. The feasibility of producing bricks from agro-industrial wastes such fly ash, bagasse, rice husk ash, and other byproducts is examined in this study [9].The current work's primary goal is to investigate ways to reduce pollution. The strength fluctuation in brick was noticed in the current investigation when waste materials were substituted for clay [10].