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Catalytic conversion of high-viscosity oil in situ oxidation conditions
Petrov S., Ibrakhim A., Abaas A., Shaposhnikov D., Vakhin A.
applicable production methods of heavy oils. The special attention is paid to development of methods
Catalytic oxidation of heavy residual oil by pulsed nuclear magnetic resonance
Vakhin A.V., Cherkasova E.I., Safiulina A.G., Islamova G.G., Petrov S.M., Bashkirtseva N.Y.
-line method for rapid analysis of intermediates and products of the heavy residual oil oxidation.
Ni-Al mixed oxides as catalysts in the reactions of conversion of the higher alkanes
Shinkarev A., Sitdikova L., Valieva G., Gorelysheva V., Petrov S.
of composition C7-C14 were formed as catalytic products. Unsaturated compounds in the reaction products were
Study of the Catalytic Pyrolysis of Poly(vinyl chloride) and Poly(vinyl chloride)-Based Materials over LaVOх Nanostructured Systems
Cherednichenko A.G., Markova E.B., Serov Y.M., Kurilkin V.V., Plyushchikov V.G., Morozova E.A.
Abstract: This study is focused on the catalytic pyrolysis of poly(vinyl chloride) over La
Transformation oil soluble catalysts based on transition metals (Co, Fe) under aquathermolysis
Feoktistov D., Lotfullin B., Mikhailova A., Vakhin A., Kayukova G.
decrease in viscosity catalytic aquathermolysis products. According to the hydrocarbon type content
Study of effect of preparation method and composition on the catalytic properties of complex oxides (Gd,Sr)n + 1FenO3n + 1 for dry reforming of methane
Sheshko T.F., Serov Y.M., Kryuchkova T.A., Khayrullina I.A., Chislova I.V., Yafarova L.V., Zvereva I.A.
been studied. The intercorrelation between the catalytic activity and the method used to obtain
Application of catalytic systems containing iron in the process of propane cracking
Cherednichenko A.G., Markova E.B., Bratchikova I.G., Isaeva N.Y.
, no catalytic effect is observed in this reaction. The synthesis methods implemented in this work allowed us
Catalytic conversion of high-viscosity oil in situ oxidation conditions
Petrov S., Ibrakhim A., Abaas A., Shaposhnikov D., Vakhin A.
applicable production methods of heavy oils. The special attention is paid to development of methods
The transformation of high-viscosity oil of carbonate rock in the presence of CO[AcAc]3catalyst in a vapor-air medium
Nosova A., Petrov S., Safiulina A., Kayukova G., Bashkirceva N.
catalytic methods of production
Structural changes of heavy oil in the composition of the sandstone in a catalytic and non-catalytic aquathermolysis
Sitnov S., Feoktistov D., Petrovnina M., Isakov D., Darishchev V., Akhmadeishin I.
different from traditional methods of light oil production. One of such methods is steam impact on the layer

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