Analiza projektov preskrbe prebivalcev s pitno vodo na desnem bregu Mure - Sistem C

diplomska naloga

Barbara Kukovec (Author), Boris Kompare (Mentor), Dušan Žagar (Thesis defence commission member), Franci Steinman (Thesis defence commission member), Matej Uršič (Co-mentor)

Abstract

Keywords

gradbeništvo;diplomska dela;UNI;VKI;oskrba s pitno vodo;sistem C;analize;opustitev črpališča;zajem vode iz reke;tehnološki projekti;

Data

Language:	Slovenian
Year of publishing:	2013
Source:	Ljubljana
Typology:	2.11 - Undergraduate Thesis
Organization:	UL FGG - Faculty of Civil and Geodetic Engineering
Publisher:	[B. Kukovec]
UDC:	628.1.033(282.24)(043.2)
COBISS:	6306913
Views:	1897
Downloads:	686
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	Analysis of drinking water supply for inhabitants of the right bank of Mura river projects - System C
Secondary abstract:	Undisturbed drinking water supply is hard to provide on System C area, because there are difficulties to prevent or entirely control the pollution due to existant hydrological conditions and other land use (settlement, traffic and intensive agriculture). Aside from that the land is facing with outdated water supply system, lacking fire safety, uncontrolled small village acquirements of water, and additionally up to today Slovenske Gorice and Goričko still lack developed public drinking water supply. Based on this a project named Oskrba s pitno vodo Pomurja – Sistem C has been made with possibility of finalizing the construction until 2015. Following the project analysis four bigger water sources have been chosen for drinking water supply and will be connected between each other: Segovci, Podgrad, Lukavci and Mota. Because the area around pumping station Segovci is used for intensive agriculture and has dispersed settlement, the station is subjected to abandonment. The missing volume of water from the pumping station Segovci will be provided by pumping station Podgrad with direct obtainment of raw water from Mura river. Because elevated amounts of suspended material and microbiological pollution are typical for Mura river, we eliminate them with the right selection of technological procedures, that are shown in three variants. Resulting from comparison and rough financial assessment I have chosen the technological procedure, that shows the best results.
Secondary keywords:	graduation thesis;civil engineering;drinking water supply;system C;analysis;pumping station abandonment;obtainment of water from river;technological procedures;
File type:	application/pdf
Type (COBISS):	Undergraduate thesis
Thesis comment:	Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo
Pages:	XVI, 70 str., 16 str. pril.
Type (ePrints):	thesis
Title (ePrints):	Analysis of drinking water supply for inhabitants of the right bank of Mura river projects - system C
Keywords (ePrints):	Oskrba s pitno vodo;Sistem C;analize;opustitev črpališča;zajem vode iz reke;tehnološki postopki.
Keywords (ePrints, secondary language):	Drinking water supply;System C;Analysis;Pumping station abandonment;Obtainment of raw water from river;Technological procedures
Abstract (ePrints):	Nemoteno oskrbo z zdravo pitno vodo je v Pomurju na desnem bregu Mure, t.j. na območju Sistema C, težko zagotoviti, saj zaradi obstoječih hidrogeoloških razmer in druge rabe prostora (poselitve, prometa in intenzivnega kmetijstva) onesnaženja ni mogoče v celoti nadzorovati niti preprečiti. Poleg tega se ta prostor sooča z zastarelim vodovodnim omrežjem, ni zagotovljene požarne varnosti, veliko je manjših vaških zajetij brez nadzora, Slovenske gorice in Goričko pa še danes nimata razvite javne oskrbe s pitno vodo. Na podlagi teh dejstev je bil izdelan projekt Oskrba s pitno vodo Pomurja – Sistem C z možnostjo dokončne izgradnje do leta 2015. Izbrani so bili 4 večji vodni viri Segovci, Podgrad, Lukavci in Mota za oskrbo s pitno vodo, ki se bodo med seboj povezovali. Ker so za območje okrog črpališča Segovci značilna intenzivna kmetijska območja in območja razpršene poselitve, sem predlagala opustitev črpališča. Manjkajočo kapaciteto vode iz črpališča prevzame črpališče Podgrad z neposrednim zajemom surove vode iz reke Mure. Ker so za reko Muro značilne povišane vsebnosti suspendiranega materiala in mikrobiološka onesnaženost, le te odpravimo s pravilno izbiro tehnoloških postopkov, ki so prikazani v treh variantah. Na podlagi primerjave in grobe finančne ocene sem izbrala tehnološki postopek, ki kaže najboljše rezultate.
Abstract (ePrints, secondary language):	Undisturbed drinking water supply is hard to provide on System C area, because there are difficulties to prevent or entirely control the pollution due to existant hydrological conditions and other land use (settlement, traffic and intensive agriculture). Aside from that the land is facing with outdated water supply system, lacking fire safety, uncontrolled small village acquirements of water, and additionally up to today Slovenske Gorice and Goričko still lack developed public drinking water supply. Based on this a project named Oskrba s pitno vodo Pomurja – Sistem C has been made with possibility of finalizing the construction until 2015. Following the project analysis four bigger water sources have been chosen for drinking water supply and will be connected between each other: Segovci, Podgrad, Lukavci and Mota. Because the area around pumping station Segovci is used for intensive agriculture and has dispersed settlement, the station is subjected to abandonment. The missing volume of water from the pumping station Segovci will be provided by pumping station Podgrad with direct obtainment of raw water from Mura river. Because elevated amounts of suspended material and microbiological pollution are typical for Mura river, we eliminate them with the right selection of technological procedures, that are shown in three variants. Resulting from comparison and rough financial assessment I have chosen the technological procedure, that shows the best results.
Keywords (ePrints, secondary language):	Drinking water supply;System C;Analysis;Pumping station abandonment;Obtainment of raw water from river;Technological procedures
ID:	8312838