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APPLICATION OF HEAVY OIL PRODUCTION METHODS

on the production of heavy crude oil and bitumen to meet the growing energy demand. Heavy oil and bitumen

Changes in hydrocarbon content of heavy oil during hydrothermal process with nickel, cobalt, and iron carboxylates

Foss L., Petrukhina N., Kayukova G., Amerkhanov M., Romanov G., Ganeeva Y.

© 2018 We conducted autoclave modeling experiments to study the process of upgrading heavy oil

GEOCHEMICAL CHARACTERISTICS AND LOCALIZATION OF HEAVY OIL FIELDS IN THE REPUBLIC OF TATARSTAN, RUSSIA

Sudakov V.A., Shipaeva M.S., Nurgaliev D.K., Rizvanova Z.M., Amerhanov M.I.

for the extraction and processing of heavy oil are different from traditional ones. First of all, these deposits

Coke formation through oil upgrading of heavy oil by superheated steam

of the in-situ upgrading of heavy oil under supercritical condition has attracted more and more attention

Thermocatalytic upgrading of heavy oil by iron oxides nanoparticles synthesized by oil-soluble precursors

Akhmadiyarov A., Rakipov I., Khachatrian A., Petrov A., Sitnov S., Gerasimov A., Osin Y., Varfolomeev M.

© 2018 Elsevier B.V. Thermocatalytic upgrading of heavy crude oil at reservoir temperature

Numerical modeling of heavy oil displacement by hot water

Islamova N., Kemalov A.

. In this study, the numerical solution is presented concerning the problem of heavy oil with hot water

Catalytic aquathermolysis process for upgrading of heavy crude oil

that the content of resin and asphaltenes is decreased and the average molecular weight of heavy oil is reduced

Road bitumen's based on the vacuum residue of heavy oil and natural asphaltite: Part II–physical and mechanical properties

Kayukova G., Vakhin V., Mikhailova A., Petrov S., Sitnov S.

bitumen for road construction by using vacuum residue > 420°C of heavy oil of the Ashal'chinskoe field

Road bitumen's based on the vacuum residue of heavy oil and natural asphaltite: Part I–chemical composition

Kayukova G., Vakhin V., Mikhailova A., Petrov S., Sitnov S.

bitumen for road construction by using vacuum residue > 420°C of heavy oil of the Ashal'chinskoe field

Aquatermolisys of heavy crude oil in the presence of metal oxide nanoparticles

Petrov S., Lakhova A., Ibragimova D., Bashkirtseva N., Kayukova G., Vakhin A.

The effect of suspended nanoparticles of magnetite and hematite on thermal decomposition of heavy

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