Análise de artigos sobre o impacto de compósitos orgânicos nas propriedades de resistência à compressão e absorção de água do tijolo de solo-cimento conforme a NBR 8491

Abstract

The soil-cement brick represents a sustainable alternative to conventional masonry , as its production does not require firing, thus reducing CO2 emissions and offering benefits such as cost and time savings, as well as adding aesthetic value to the work. The inclusion of organic waste in this material can enhance its physical-mechanical properties, contributing to soil stabilization while reducing the need for cement, as well as providing an environmental solution for the improper disposal of these materials. This study aims to analyze the impact of including waste such as eggshells, rice husks, sugarcane bagasse ash (CBC), and GRITS in soil-cement bricks. Using bibliographic references, the research seeks to understand how these materials influence the compressive strength and water absorption of soil-cement bricks, with the aim of providing the manufacturing of alternative construction materials for the construction industry , aiming for sustainability and efficiency in the sector through the use of more economical and environmentally responsible products.