Abstract
This study focuses on developing a technology for producing ceramic bricks with the addition of drilling mud, studying the effect of this additive on the material's properties, and assessing its potential for industrial application. Adding drilling mud to the ceramic brick composition positively impacts its mechanical properties, including increasing strength. Microstructural changes determined using scanning electron microscopy (SEM) confirm improved adhesive properties. Chemical analysis (KhAI) revealed a uniform distribution of elements, indicating the stability of the resulting composition. The use of drilling mud not only recycles waste but also reduces the cost of ceramic brick production. This contributes to the creation of environmentally friendly building materials that meet modern sustainable development requirements.