Karakalpak Scientific Journal


The catalytic reforming process is designed to increase the detonation resistance of gasolines and to obtain individual aromatic hydrocarbons, mainly benzene, toluene, xylenes - petrochemical feedstocks. It is important to obtain a cheap hydrogen-containing gas in the process for use in other hydrocatalytic processes. The importance of catalytic reforming processes in oil refining increased significantly in the 1990s. due to the need to produce unleaded high-octane gasoline

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  2. Poluboyartsev D.S. Selection and evaluation of the efficiency of Pt-catalysts for the reforming of gasoline using a modeling system: dissertation for the degree of candidate of technical sciences: spec. 02.00.13 / Poluboyartsev Dmitry Sergeevich - Tomsk, 2007 - 24 p.
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  9. Chernyakova E.S. Heavy naphtha fractions 85-155ºC recycling in the catalytic reforming industrial unit / E.S. Chernyakova, A.G. Koksharov, E.D. Ivanchina, I.V. Yakupova // Procedia Chemistry. – 2015 – Vol. 15. – P.378-383.
  10. Kuzmina R.I., Catalytic reforming of hydrocarbons / R.I. Kuzmina, V.P. Sevastyanov, G.M. Sidorov, V.A. Koryakin // - Saratov: Publishing house SUI of the Ministry of Internal Affairs of Russia, 2010. - 252s.
  11. Technological regulations of JSC "Atyrau Refinery VNK" of the combined unit LK-6Us section 200 - catalytic reforming with preliminary hydrotreating. - 2015 - Volume 1 - 233 p.
  12. Makhmudov M.Zh., Tukhtaev S.F. Obtaining motor gasoline that meets the requirements of the Eurostandard for the content of benzene // Theory and practice of modern science. International scientific and practical journal. Saratov-2019. Issue No. 3 (45).
  13. Le-Goff, P-Y. Improving catalyst by increasing selectivity and / P-Y stability. Le-Goff, J. Lopez, J. Ross // Oil and Gas Technologies. - 2014 - No. 1 - P.90-95.



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