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1841 - 1850 / 2000
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Poročilo 2024 o izvajanju letnega programa dela javnih služb v oljkarstvu
Maja Podgornik, Viljanka Vesel, Dunja Bandelj, Erika Bešter, Teja Hladnik, Jakob Fantinič, Katja Fičur, Gašper Kozlovič, Vasilij Valenčič, Saša Volk, Nina Šiškovič, Milena Bučar-Miklavčič, 2025, other monographs and other completed works

Abstract: V okviru javne službe za izvajanje strokovnih nalog v oljkarstvu, so bile v letu 2024 izvedene naloge: selekcija, introdukcija, razmnoževanje sadilnega material, ugotavljanje ustreznih tehnologije za pridelavo oljk ter ugotavljanje vrednosti oljk za predelavo. V poročilu so zbrani podatki o vstopu v rodnost, rodnosti in indeksu alternance za 33 sort, genotipov oziroma akcesij v kolekcijsko-introdukcijskem nasadu Purissima. Predstavljeni so tudi rezultati genotipizacije izbranih sort ter agronomskega vrednotenja in fenofaze različnih sort, ki so zasajene v introdukcijsko-kolekcijskem nasadu Purissima in Šempeter in Višnjevik. V poročilu so zbrani podatki tehnoloških poskusov pridelave (spremljanje prehranjenosti oljčnih nasadov, spremljanje sušnega stresa, spremljanje napadenosti z oljčnim moljem in poškodb zaradi abiotskih dejavnikov, vpliv foliarnega gnojenja na cvetenje, rodnost in oljevitost, vpliv različnih načinov rezi na rodnost in oljevitost) in predelave (ugotavljanje mikrobiološke neoporečnosti, proučevanje vpliva tehnologije predelave na vsebnost olja) ter parametrov, ki karakterizirajo posamezna sortna olja ter parametri kakovosti oljčnega olja letnika 2024. Ključne besede: oljkarstvo, oljka, oljčno olje, tehnologija pridelave, ocena letnika, introdukcija, selekcija, javne službe v oljkarstvu
Keywords: sadilni material, oljčno olje, kvaliteta, elektronske knjige
Published in DiRROS: 20.06.2025; Views: 405; Downloads: 297
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1844.
Breaking free from PFAS : biocompatible, durable and high-performance octenyl succinic anhydride (OSA)-modified starch/chitosan coating with ZnO for textile applications
Anja Verbič, Blaž Stres, Ivan Jerman, Barbara Golja, Ema Žagar, Vuk Martinović, Petja Logar, Gregor Lavrič, Anže Prašnikar, Blaž Likozar, Uroš Novak, Ana Oberlintner, 2025, original scientific article

Abstract: The development of textile coatings as alternatives to per- and polyfluoroalkyl substances (PFAS) is a high priority due to global regulatory efforts aiming to phase out PFAS, driven by alarming environmental contamination and significant human health concerns. To address the urgent need for replacements, this research develops a health-friendly hydrophobic coating for two of the most common textile substrates, cotton and polyester. The developed coating, consisting of chitosan matrix and octenyl succinic anhydride-modified starch in synergy with ZnO, achieved water contact angles up to 132°. A successful transition to industrial application provided a translucent and homogeneous hydrophobic protection, without noticeably affecting the material's physical properties. Maintained or improved mechanical properties, supported by FTIR analysis, indicate a benign coating process that provides fiber reinforcement. Durability is demonstrated through multiple washing cycles without decrease in hydrophobicity, and high abrasion resistance (min. 20,000 cycles), winning against its commercial fluorinated counterpart. The water-repellent properties show stability over a longer period of time (min. 230 days). The biodegradability study confirmed the environmental compatibility as the biopolymer coating decomposed in 8 days. Finally, multivariate statistical analysis determined an optimal coating process to ensure effective integration of the newly developed sustainable coating into textile manufacturing processes.
Keywords: chitosan, octenyl succinic anhydride, modified starch, biopolymer, hydrophobic coating, functional textile
Published in DiRROS: 20.06.2025; Views: 545; Downloads: 346
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Dry torrefaction of biomass waste into high-energy biochar and selective formation of levoglucosenone and 1,4:3,6-dianhydro-α-D-glucopyranose
Andrii Kostyniuk, Blaž Likozar, 2025, original scientific article

Published in DiRROS: 20.06.2025; Views: 402; Downloads: 197
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