Model of functionning and operationalization of the water supply system in conditions of reduced flow for systems in the touristic region

The paper deals with the water supply systems in the Coastal region, which is a tourist area, and where there are significant changes in the functioning parameters of the water supply system in winter and summer. Analyzes of water losses, i.e. non-revenue water, as the difference between produced and sold water, in the period 2015-2022, and key IP for non-revenue water, quarterly, as indicators of system functioning efficiency, are given. The reduction of non-revenue water by applying an increased level of operation on the network to eliminate faults, determined the course of reducing losses for the next period in order to bring them to a level where they do not reflect on efficiency, i.e. functionality of the entire system. In chapter 3, a general monitoring model for the management of water supply systems in the region is given, with an emphasis on emergency situations due to insufficient water supply.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.5937/vik25155d
Primary Topic
Water Resources and Management
Type
article
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article

Model of functionning and operationalization of the water supply system in conditions of reduced flow for systems in the touristic region

Olivera Doklestić
Water Resources and Management
article

Model of functionning and operationalization of the water supply system in conditions of reduced flow for systems in the touristic region

Olivera Doklestić
article en

Abstract

The paper deals with the water supply systems in the Coastal region, which is a tourist area, and where there are significant changes in the functioning parameters of the water supply system in winter and summer. Analyzes of water losses, i.e. non-revenue water, as the difference between produced and sold water, in the period 2015-2022, and key IP for non-revenue water, quarterly, as indicators of system functioning efficiency, are given. The reduction of non-revenue water by applying an increased level of operation on the network to eliminate faults, determined the course of reducing losses for the next period in order to bring them to a level where they do not reflect on efficiency, i.e. functionality of the entire system. In chapter 3, a general monitoring model for the management of water supply systems in the region is given, with an emphasis on emergency situations due to insufficient water supply.

Openalex Percentile: Top 74%
Water Resources and Management
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