Catalytic Aquathermolysis of High-Viscosity Oil Using Iron, Cobalt, and Copper Tallates of physical modeling of a sample of high-viscosity
oil having high asphaltene and resin contents
Features of the Isotope–Geochemical Carbon Composition of Oil in Fields at the South Tatar Arch with high contents of
saturated (53%) and aromatic (36%) hydrocarbons, this
oil is characterized by a
Study of the Composition of Heavy Oil during the Simulation of Oil Displacement in Porous MediaChuikina, Darya I.,
Kozlov, Vladimir V.,
Stakhina, Larisa D.,
Savinykh, Yuriy V.,
Чуйкина, Д.И.,
Козлов, В.В.,
Стахина, Л.Д.,
Савиных, Ю.В. The effect of Enhanced
Oil Recovery (EOR) system during the simulation of
oil displacement
Conversion of heavy oil in carbonic natural environment using catalyst - Iron disulfide on the direction and depth of changes in the super-molecular components of heavy
oil in the carbon environment