SNAIL SHELL AS A SUPPLEMENT IN CONCRETE CEMENT PRODUCTION FOR HOLLOW BRICKS

Abstract

This research investigated the integration of snail shells into hollow brick production. By incorporating snail shells, a readily available yet often disregarded waste material, into the manufacturing process, the researchers aimed to enhance both the structural integrity and environmental sustainability of the construction industry. Snail shells possess unique properties, particularly a high calcium carbonate content, which has the potential to improve the strength and durability of bricks while reducing their overall carbon footprint. Through careful experimentation and analysis, the researchers sought to determine the optimal ratio of snail shell to other materials to maximize these benefits. The study employed an experimental research design that involved conducting multiple tests, including drop tests, fire tests, and water tests. These tests were essential in evaluating the performance characteristics of the materials and assessing the suitability of snail shells as a supplement in hollow brick production. The testing results indicated that the integration of snail shells into hollow bricks was effective in enhancing durability, as demonstrated by the bricks’ increased resistance to breakage. The study successfully explored the use of snail shells as a supplement in hollow brick production to improve structural integrity and promote environmental sustainability in construction. The experimental findings revealed that snail shell–infused bricks exhibited improved durability, highlighting their potential as eco-friendly building materials. This approach offers promising implications for waste management and carbon footprint reduction within construction practices.