UPDATE OF THE DEVELOPMENT TECHNOLOGICAL PROCESS BY USING TECHNOLOGICAL WASTE IN THE CONSTRUCTION INDUSTRY

Abstract

The task of revitalizing cities and the housing stock requires a new look at the planning of new construction blocks and the reconstruction of the old housing stock. There is a need to develop new materials with new thermal engineering capabilities. The requirements of an industrial city to build industrial and housing quarters requires a sufficient amount of construction materials. The design of new factories and district complexes for the production of artificial materials forces the creation of compact projects with the maximum concentration of engineering communications. The presence of a certain amount of industrial waste can technically improve the technological process of production with a raw material balance. Economically, it is necessary to estimate the cost of processing technology or replacing it. From this point of view, it is necessary to strategically assess the amount of waste and its chemical composition, check the usefulness of materials or conduct scientific research to determine the degree of their use. The calculation of production overheads allows you to assess the scale of processing of the technological process. In the case of the use of waste from local technology parks, there is an opportunity to reduce the logistics costs of production. Understanding the cost of a technological product to improve the physical and chemical properties of building materials. The addition of lithologically useful and chemically valuable elements of microsilica and kaolin can significantly balance the chemical formula of the material. Involvement of regional experts to evaluate thermal engineering calculations of public buildings and enterprises helps to improve the chemical formula of the final building product. A step-by-step analysis of ways to save energy and further recommendations allows you to choose the best heating solutions. The optimization factor is the payback of construction projects. These modern solutions make it possible to technically outline future objects for thermomodernization and reduction of operating costs of buildings, quarters, districts, and cities.