METHODOLOGICAL PROVISION OF ORGANIZATIONAL AND TECHNICAL MEASURES FOR THE CONSTRUCTION OF THE WATER SUPPLY INFRASTRUCTURE ON THE BASIS OF ECO-SECURITY

Abstract

The article considers the environmental problems arising from the failure of wastewater infrastructure facilities. Therefore, the purpose of the research is to develop the methodological bases for decision-making during the preparation of organizational and technical procedures for the restoration of the drainage infrastructure in the conditions of the post-war reconstruction of the country on the basis of environmental safety. The methods used during the research: an integrated approach to environmental safety management, methods of system analysis, synthesis, and criterion analysis method. As a result of the research, the consequences caused by the wear and destruction of the drainage infrastructure were analyzed, and the latest studies, devoted to the methods of preparation of organizational and technical procedures for its reconstruction and restoration were analyzed. The substantiation was carried out and the structure of the theoretical and methodological approach to the formation of organizational and technical measures for managing the environmental safety of the functioning of the drainage infrastructure was developed. Systematization of the main factors influencing the results of environmental safety management was carried out. A structural model of the interaction between these factors had been developed. On the basis of the established criteria, a system of indicators had been developed that shows the effectiveness of organizational and technical procedures for managing the environmental safety of the drainage infrastructure. There were developed methodological approaches to making organizational and technical decisions on environmental safety management, ways to increase the efficiency of water drainage infrastructure were shown, and also a flowchart of possible instrumental support of organizational and technical decisions to support environmental safety was developed. As a result, it was established that the management of environmental safety at the current stage requires the development of new methods and organizational and technical solutions, which must be adopted by management subjects in a certain composition. The benefits of this are that the choice of the decision-making algorithm according to the proposed approach and adherence to it, as well as the use of the proposed toolkit, make it possible to ensure the efficient operation of the restored infrastructure on the basis of environmental safety.