Sustainable development is becoming more important in the construction business. Environmentally friendly building solutions are using locally accessible materials like soil such as soil. Understanding raw earth building’s behavior is important to its use in contemporary construction, and this paper presents an overview of the most current studies on this topic. Journals, articles and conference proceedings were chosen for the study based on the kind of material, form, compaction process, preparation and inclusion of industrial waste materials. Cement concrete or high temperature fired clay bricks are the two most common materials used to make traditional bricks, both of which have significant environmental disadvantages due to the amount of energy and raw materials they use and emit during production. In the framework of the circular economy, researchers have employed a variety of different various types of industrial waste materials to create blocks. Their goal was to do their part to protect the environment and help to the development of sustainable practices. The chemical composition, specific gravity, water absorption, particle size distribution, compressive, and flexural strength of the block were all assessed in research undertaken. The results demonstrate that using industrial waste materials is an interesting area for future research since it can give a long-term alternative to chemical stabilization.