Lyaposhchenko O. Hydrodynamics inertial-filtering separating devices for natural gas clearing.

The purpose is the definition of hydrodynamics of curvilinear currents on channels of the inertial-filtering gas-separating equipment in which the dynamics of the stream of gas-liquid movement are improved. The Methods are: mathematical modeling based on the classical positions of liquid and gas mechanics and a technical hydromechanics, physical experiment based on experimental researches of bench models, computer modeling of three-dimensional currents on 3D geometrical models, processing of results with the help of differential methods of the mathematical analysis and integral calculus. The Results are: the determined calculating dependences for definition of hydrodynamical characteristics and separating parameters of the inertial-filtering drop-and-mist locaters. The Methods of calculation of inertial-filtering separators, which allow to determine parameters of separating processes and the basic geometrical sizes of separating units, are developed. Conditions of realization of a new way of high-despressive dropping liquid separations, using new designs of inertial-filtering separating equipment, are invented. The Scope: chemical and oil-and-gas industries.