Standardization of resource-saving business processes within the framework of the concept of the best available technologies

The relevance of the study is determined by the need to improve standard business models in the context of economic transformation and management systems, where non-traditional new types of managerial activity are becoming more important in connection with ensuring resource efficiency, one of which is the concept of the best available technologies. The aim of the study is to substantiate the role of BAT in ensuring resource conservation in the industrial sector, and the importance of standardization of business processes of BAT implementation. The combination of modern scientific approaches used in the study, in particular the use of methods for establishing cause-and-effect relationships, formalization, systematic and comparative analysis, generalization, formed the methodological basis of the study, and allowed to identify problems, patterns and directions for ensuring the implementation of the concept of the best available technologies. To achieve this goal, strategies for increasing the resource efficiency of industrial enterprises aimed at ensuring sustainable economic development are analyzed; theoretical approaches to determining the essence and role of BAT in ensuring resource conservation in the industrial sector. The significance of the development and implementation of models and concepts of sustainable development of enterprises, including support for the creation of modern domestic equipment is substantiated. The stages of standardization of business management processes within the framework of the BAT concept are defined, providing a resource-saving strategy by reducing costs and the share of fuel and energy resources and raw materials in the cost of production. It is concluded that the creation and introduction of new technologies and innovative materials for the domestic industry is a necessary condition for the transition from traditional production models to resource-saving production systems, which will contribute to the development of scientific and technological progress and increase the efficiency of resource-environmental measures.