The study results of the process obtaining of petroleum bitumen with improved quality indicators are described. The method of mixing the tar of paraffinic oils with the residue and the distillation of Orkhiv oil with subsequent oxidation of this mixture was used. To conduct the research, tar extracted from Western Ukrainian paraffinic oils was used. The influence of temperature, oxidation duration and air consumption on the operational properties of oxidized petroleum bitumens were determined. Samples of the obtained oxidized petroleum bitumen were analyzed with the determination of ductility (at 25 0C), penetration (at 25 0C) and softening point (ring-and-ball method). We established that the bitumen with improved operational properties obtained from the residue of paraffinic oils with the addition of residue from the distillation of Orkhiv oil to the raw materials can be used for laying asphalt pavement.
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10. DSTU 8825:2019 Bitum ta bitumni vʺyazhuchi. Metod vyznachennya roztyazhnosti.
11. DSTU EN 1426:2018 Bitum ta bitumni v'yazhuchi. Vyznachennya hlybyny pronyknosti holky (penetratsiyi) (EN 1426:2015, IDT).
12. DSTU EN 1427:2018 Bitum ta bitumni vʺyazhuchi. Vyznachennya temperatury rozmʺyakshenosti za metodom kilʹtsya i kuli (EN 1427:2015, IDT).
13. DSTU 9169:2021 Bitum ta bitumni vʺyazhuchi. Vyznachennya zcheplyuvanosti z mineralʹnym materialom.
14. DSTU 8859:2019 Bitum ta bitumni vʺyazhuchi. Metod vyznachennya ekvipenetratsiynoyi temperatury ta indeksu penetratsyi.
15. DSTU EN 12593:2018 Bitum ta bitumni vʺyazhuchi. Vyznachennya temperatury krykhkosti za metodom Fraasa (EN 12593:2015, IDT).