Theoretical Features and Practical Application of Aeration of Multicomponent Dynamic Geological Environments

Abstract

A mathematical model of gas fi ltration through a porous medium is described, which describes the movement of air during high-pressure forced aeration, which is needed to maintain a high metabolic rate of oil-destroying microorganisms. Aeration is necessary to create an aerobic environment when applying a promising method of sanitation of the geological environment by injecting a special composition containing oil-destroying microbial additives into the lenses of oil products. The equation of fi ltration in polar coordinates is obtained, taking into account the experimental data, which describes the dynamics of gas movement in a porous medium under conditions of forced high-pressure aeration. The functional dependences are revealed, when obtaining the values of which one can solve the obtained fi ltration equation.