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1.
Komparativna analiza procesa proizvodnje ventilatorjev v podjetju Hidria Rotomatika; primerjava tipov ventilatorjev z vidika življenjskega cikla
Merisa Kapić, 2019, master's thesis

Abstract: V magistrskem delu je z metodo analize življenjskega cikla ocenjen vpliv na okolje dveh ventilatorjev proizvajalca Hidria Rotomatika: starejši model R-11 in novejši HEC-10. Analiza zajema proizvodno fazo in fazo uporabe izdelka, medtem ko je faza razgradnje zaradi kompleksnosti in pomanjkanja podatkov iz analize vseživljenjskega cikla izključena. Analiza je pokazala, da ima v proizvodni fazi novejši model HEC-10 nekoliko manjši negativni vpliv na okolje. Model R-11 ima večji negativni vpliv na okolje v skoraj vseh kategorijah, razen kategorij raba tal in izraba mineralnih virov. Model R-11 ima za 8,8 % večji vpliv na zdravje ljudi in za 6,9 % večji vpliv na izrabo virov, medtem ko ima na drugi strani model HEC-10 za 5,1 % večji vpliv na kakovost ekosistemov. Večja razlika med ventilatorjema nastane v fazi uporabe, kjer model HEC-10 pokaže sodobno zasnovo in je zaradi manjše rabe energije prijaznejši okolju. Pri vseh kategorijah je poleg izrabe mineralnih virov imela poraba električne energije med obratovanjem največji negativni vpliv na okolje. Na zmanjšanje negativnega vseživljenjskega vpliva obeh ventilatorjev na okolje je torej ključnega pomena zmanjšanje rabe električne energije v fazi uporabe. 
Keywords: Analiza življenjskega cikla, življenjski cikel izdelka, ventilatorji, vpliv na okolje, industrijska ekologija
Published in RUNG: 30.10.2019; Views: 4317; Downloads: 86
.pdf Full text (1,19 MB)

2.
THE INCIDENCE OF NEW ECOSYSTEMS (EE – EMERGING ECOSYSTEMS) IN THE KARST BIOSPHERE RESERVE : GROUP PROJECT, FINAL REPORT
Klemen Cotič, Matej Pogorelc, Matjaž Reya, Barbara Šavli, Nika Feigina, Merisa Kapić, Ӧzkan Karaçam, Mariya Perepelytsya, 2017, other monographs and other completed works

Abstract: The need of wood for building and heating, the extensive grazing and population growth in the 18th and 19th centuries led to turning the Karst area in Slovenia into a bare land. In the 19th century organised reforestation started which was successfully performed with Black pine (Pinus nigra J. F. Arnold). Later on, the reforestation was replaced by the process of spontaneous afforestation. The successfulness of reforestation with Black pine also made it possible for the native tree species to grow. The abandoning of the use of agricultural land also contributes to the spontaneous afforestation. In this project we determined the changes in forest cover through time. We used aerial photographs from the years 1957, 1975, 1985 and 2015. By drawing polygons on the maps in the QGIS programme on the areas that are covered with forests, are overgrown or are used for agricultural purpose we compared the areas from the maps of different years. We found out that the area covered with forest had increased by more than 50 % from the year 1957 to 2015. The increase in the area of forest cover due to afforestation provides new habitats for fauna and flora to live in.
Keywords: Karst, afforestation, new habitat, Black pine, human impact
Published in RUNG: 07.11.2017; Views: 4923; Downloads: 0
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