APPROACH TO THE AUTOMATIZATION OF ENVIRONMENTAL SAFETY MONITORING OF DRINKING WATER IN THE JEYRANBATAN RESERVOIR

Abstract

Background: The composition of water in the Jeyranbatan reservoir is determined by complex multi-parametric factors. There are various effects that link them together, so that in many cases the impact of two factors is greater than the impact of their sum. From this point of view, the identification of diagnostic and prognostic features brings to the forefront the development of new approaches to the processing of primary information. Materials and Method: The main goal is to ensure the ecological safety of drinking water in the Jeyranbatan Reservoir, which is why special attention is paid to the control of physical, chemical, organoleptic and microbiological substances present in the water. Observations cover the years 2014-2020. Time series were constructed for the measurements. The paper deals with the development of an intelligent information system to ensure the environmental safety of water in JR. The aim is to identify ways to improve the quality of drinking water and ensure its environmental safety. It includes: its protection as a physical object, monitoring of water input/output parameters, processing of laboratory tests, expert assessments, comparative analysis of measured indicators in JR with the drinking water standards of international organizations. Results: The main issue is the development of an approach aimed at creating a centrally managed intelligent information system. On the other hand, the impact of deviation of each measured parameter to the right/left of the norm on the human body has been investigated. Conclusion: The paper focuses on the development of an intelligent information system that determines the safety of drinking water, as well as assessing the informativeness of the routine indicators of the new approach.