Organization of a logistics system for waste streams during the renovation of territories

Abstract

The construction of new buildings and structures on the territory of major cities is limited by the tightness and lack of available building space. However, within these cities there are often huge areas that are practically not used. This is the territory of industrial enterprises, the production activity of which is placed on the outskirts of the city or suspended in connection with environmental requirements. Renovation of industrial zones has a huge potential and can contribute to improving the living standards of the population and the development of the city’s economy. The development of these territories will create new residential areas, social infrastructure facilities, green park areas. The process of renovation of the territory is connected with the dismantling and demolition of existing buildings and structures, engineering communications, road coverings, improvement elements, etc. This can lead to the formation of a significant amount of construction waste. To increase the efficiency of the operation of the construction and demolition waste management system, it is proposed to use a logistics toolkit that allows the management of material, financial and information flows to be integrated into a single system. Logistic management of waste streams will allow to expand the raw material base of the economy, increase the output of secondary products while reducing its cost, prevent pollution of the environment. It is proposed to create logistics centers that perform specific functions of coordination of material and information resources. This will allow tracking and coordinating the entire life cycle of the waste from the source of education to the burial or processing site. The article considers the organizational structure and functional composition of the territorial and branch logistics centers operating in the sphere of construction waste management, as well as the principles of their interaction with other participants in construction.