THE DEPENDENCE OF THE PHYSICAL PARAMETERS OF THE VISCOUS OIL FROM THE THERMOBARIC CONDITIONS AND COORDINATE
Thermal methods are the most effective methods of enhanced oil recovery in the development of high-viscosity oil. A.Mirdganzade developed a model of non-Newtonian liquids, filtration which begins in excess of the current initial pressure gradient. The initial pressure gradient depends on the oil composition and reservoir properties of the reservoir. In the injection of coolant and the temperature increase of the initial pressure gradient and dynamic viscosity of oil is reduced. Temperature is a function of time and coordinates. In the present paper the dependence of the initial pressure gradient, dynamic viscosities of water and oil temperature are shown in the form of functional relationships from coordinate to avoid joint solution of a system of differential equations of heat transfer and transcendental rheological equations. Unlike the model Lovere considers the temperature distribution, by changing the thickness of the layer. The obtained conditions on entered according the estimated technological parameters and physical parameters of the fluids and the formation.