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Information × Registration Number 0220U101156, 0117U003931 , R & D reports Title Development and implementation of energy-efficient modular separation devices for oil-gas and cleaning equipment popup.stage_title Head Lyaposhchenko Oleksandr О., Доктор технічних наук Registration Date 04-01-2020 Organization Sumy State University popup.description2  The object of study is the separation of heterogeneous systems and separation equipment. The aim of the work is improvement of the inertial filtering separation technology of two-phase flows, modeling of dynamic processes of the heterogeneous systems separation with analysis of the vibration (acoustic oscillations) and coupled heat and mass transfer influence, development and implementation of energy-efficient modular separation devices. Research methodology. The main theoretical dependences for separation elements are determined by differential methods of mathematical analysis and integral calculus using CAS-systems of computer algebra. At the empirical level of scientific research applied methods of experimental hydrodynamics. At the empirical level of scientific research applied methods of experimental hydrodynamics. Experimental studies carried out by the methods of physical modeling models of separation devices and modular separation equipment; analysis, simulation, optimization of processes and equipment by CFD-methods, static and dynamic mathematical modeling of chemical-technological processes (CTP) based on CAE-systems of thermodynamic modeling. Theoretically justified the strategy of optimization of static and dynamic simulations with the analysis of regime-technological and instrumental-constructive methods of intensification of separation processes. On the basis of physical simulations and theoretical studies of the separation of gas-liquid systems, the concept of the basic methods and mechanisms of gas-dynamic, inertial-filtering, vibration-inertial separation was expanded. Morevore the main hydrodynamic characteristics of the separation devices were obtained based on the experimental studies of model samples. Product Description popup.authors Ivanov Vitalii O. Holokhvost Oleksandr O. Demianenko Maryna M. Kovtun Valerii V. Kolos Vitalii O. Marenok Olha Yu. Pavlenko Ivan V. Pylypenko Karina S. Skydanenko Maksym S. Skotar Anhelina P. Starynskyi Oleksandr Ye. Shapoval Mykhailo V. Shmatenko Viacheslav A. popup.nrat_date 2020-04-02 Close