Academia
Diploma thesis 2024Civil Engineeringkakovost vode · pametni merilniki · rekonstrukcija vodovoda

Reconstruction of the Water Supply System and Its Connections on Čopova Street in Celje

The reconstruction of any project, especially a water supply network, is crucial due to several aspects that directly affect the quality and reliability of water supply.

Katja ZdovcGradbeništvo · module Gradbeništvo · supervisor Bojan Dapčević · defence december 2024
In brief

The project in five facts.

AuthorKatja Zdovc
SupervisorBojan Dapčević
ModuleCivil EngineeringCivil Engineering
Employer / clientAcademia
Year2024december 2024
About the project

Challenge, approach and results.

The reconstruction of any project, especially a water supply network, is crucial due to several aspects that directly affect the quality and reliability of water supply. The primary objective of such projects is to reduce water losses caused by worn-out pipes and poor connections, and to increase the reliability of water supply for all users. Such organisation contributes to better management and optimisation of the system at the level of individual buildings. This project emphasises the importance of proper selection of materials and technologies in the reconstruction of water supply systems.

Problem

The reconstruction of any project, especially a water supply network, is crucial due to several aspects that directly affect the quality and reliability of water supply. The primary objective of such projects is to reduce water losses caused by worn-out pipes and poor connections, and to increase the reliability of water supply for all users. Old pipelines and connections are often exposed to failures, leaks and seepage, which brings unnecessary maintenance costs whilst reducing the efficiency of the entire system.

This specific reconstruction project involved comprehensive replacement of worn-out pipes with new, more advanced materials known for better mechanical properties and greater resistance to corrosion. By introducing modern materials such as polyethylene pipes, the lifespan of pipelines is significantly extended and the frequency of failures is reduced. In addition, the research also included the use of advanced technologies such as control meters, which enable more accurate monitoring of water consumption and faster detection of potential leaks.

Such technology enables better network management, which contributes to sustainable reduction of water losses, which are an increasing problem with growing environmental challenges and water resource shortages. In addition to increased efficiency, the reconstruction has also improved the quality of water supply. With new pipes that are resistant to external influences and contamination, the possibility of water pollution is reduced, which improves safety and quality for all users.

The reconstruction also included upgrading connections for several residential buildings and relocating water consumption meters to external chambers. This not only enables easier access to meters for maintenance, but also better control over water consumption.

Results

Such organisation contributes to better management and optimisation of the system at the level of individual buildings. This project emphasises the importance of proper selection of materials and technologies in the reconstruction of water supply systems. In the long term, the project will bring greater sustainability and efficiency to the entire water supply network in Celje, and thus better and more reliable water supply.

Reduced maintenance costs and more efficient use of resources contribute to greater environmental responsibility and strengthening of sustainable development in the field of water supply.

Rekonstrukcija vodovodnih cevi z izkopanimi jarki na mestni ulici
Diploma thesis

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