Discrete and analog evaluation of the capillary-pore space of foam concrete in eco-friendly production

Relevance. The aim of the study was to identify and study the analytical dependencies of technological parameters and aspects of the preparation of foam concrete depending on the concentration of foaming agents at various points in the formation of the capillary-porous structure. It is important to evaluate the possibility of using them to obtain environmentally friendly performance properties of “poro-concrete”, as it is often used in the construction of agricultural facilities. In the course of optical studies, the carbon footprint in the components of the composite materials under study was tracked. The distribution of pore sizes across auto-modal clusters is determined. Dispersion analysis of surface sections of foam concrete was carried out. Based on the discrete analysis of the concrete structure, analog analytical dependences were obtained linking the studied properties of foam concrete with the parameters of density, eco-friendly, porosity, and other parameters. In the construction of agricultural facilities these properties are particularly important