ENERGY POTENTIAL OF AERED CONCRETE MIXTURES

Abstract

The energy potential of aerated concrete mixtures is a characteristic that reflects the ability of materials to release thermal energy during their processing or reaction. This potential depends on the composition of the mixture and other factors such as the heat capacity of the components and the hydration process. In the context of aerated concrete materials, which are widely used in construction, energy potential plays an important role in their production and application, influencing the thermal performance of the material and the ability to store or release heat depending on environmental conditions and processes. In this work, the authors conducted a study of the influence of the composition of the mixture on its energy efficiency. The study presents an analysis of production technologies and recipes used at various enterprises. Particular attention is paid to assessing the nominal compositions of aerated concrete mixtures for materials of different densities, taking into account the main components of aerated concrete mixtures that affect the energy potential. The heat capacity of aerated concrete mixtures is also analyzed taking into account the mass content of the components. Studying the energy potential of aerated concrete mixtures makes it possible to more effectively manage production processes, optimize energy consumption and use the material in various conditions, taking into account its thermal properties.