20.500.12556/RUL-150177 Načrtovanje predlogov in rešitev za dvig ozaveščenosti in odpravo problema onesnaženosti vode pri lokalnih skupnostih z lastnim vodnim zajemom Planning proposals and solutions to raise awareness and alleviate the problem of water pollution in local communities with their own water catchment Magistrsko delo se osredotoča na načrtovanje rešitve, ki bi opolnomočila uporabnike nemonitoriranih vodnih zajemov. V raziskovalno-analitični fazi je bilo ugotovljeno, da kar 20 % Slovencev živi na področjih, ki niso del javnega vodovodnega sistema in posledično vodna zajetja niso redno vzorčena. Takšna situacija je predvsem prisotna v bolj goratih predelih, kjer morajo vodo prekuhavati ali uporabljati drugačne načine prečiščevanja. Obravnavano področje testne lokacije je znotraj Triglavskega narodnega parka na izviru Lipnik, kjer so bile zaznane povišane vrednosti bakterij E. coli. Predlagana rešitev je sistem keramičnih vodnih filtrov, ki so proizvedeni s tehnologijo 3D-tiska gline. Filtri so primerni za odročne lokacije, saj za svoje delovanje ne potrebujejo električne energije in rednega oskrbovanja. S kombinacijo giroidne strukture in s principom delovanja Arhimedovega vijaka izkoriščajo tok vode, v kateri se nahajajo, in delujejo avtonomno. Prebivalcem in mimoidočim zagotavljajo čisti vir pitne vode in s tem opolnomočijo skupnosti. V sklopu magistrskega dela je bila razvita tudi modifikacija filtrov za lokacije, kjer ni mogoč izkoristek rečnega toka in je dostopna osnovna infrastruktura. The Master's thesis focuses on designing solutions that would empower users of unmonitored water catchments. In the research-analysis phase, it was established that as much as 20 % of Slovenians live in areas that are not part of the public water system and are consequently not monitored. Such a situation is mainly present in more mountainous regions, where they have to boil water or use other purification methods. The examined area of the thesis is located within the Triglav National Park at the Lipnik Spring, where elevated levels of E. Coli bacteria were detected. The proposed solution is a system of water filters that works according to the principle of ceramic filtration and is thus produced using 3D clay printing technology. The filters are suitable for remote locations, as they do not require electricity or regular supply for their operation. With the combination of a gyroid structure and an Archimedean screw, they take advantage of the flow of water in which they are located and operate autonomously. The solution doesn’t just provide passers-by and residents with a clean source of drinking water but also empowers the communities. As part of the thesis, a modification of the filters was also developed for locations where the river flow cannot be used and basic infrastructure is accessible. industrijsko oblikovanje voda vodna filtracija keramična filtracija E. coli glina 3D-tisk gline Triglavski narodni park BIO27 magistrska naloga industrial design water water filtration ceramic filtration E. Coli clay 3D clay printing Triglav national park BIO27 MA thesis true false false [Ž. Girandon, P. Groleger, L. Pleskovič] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2023-09-14 13:14:09 2023-09-14 13:42:24 2023-11-06 10:16:31 0000-00-00 00:00:00 2023 0 Ljubljana 0 183 str. 0000-00-00 NiDoloceno Objavljeno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 Girandon,_Groleger_Pleskovic_-_MA_naloga_NOVEMBER_oddaja.pdf Girandon,_Groleger_Pleskovic_-_MA_naloga_NOVEMBER_oddaja.pdf 1 F299C340C99307D5C623AE07AC4AA01D b0b14d6ef17ecf35326390ae0075724102f7c163527c604c5d11984aacd5aae7 e1162875-7a33-11ee-b3b5-0050569b8976 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=177384 Akademija za likovno umetnost in oblikovanje 0 0 0