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Information × Registration Number 0225U001160, (0120U103391) , R & D reports Title Synergistic effect of impulse injection in hydrodynamic and heat and mass transfer processes of dispersion and homogenization technologies popup.stage_title Синергетичний ефект імпульсного впливу в гідродинамічних і тепломасообмін-них процесах технологій диспергування та гомогенізації Head Obodovych Oleksandr M., Доктор технічних наук Registration Date 26-01-2025 Organization Institute of Engineering Thermophysics of NAS of Ukraine popup.description1 Obtaining fundamental and applied knowledge in the field of directional hydrodynamic and heat and mass transfer of liquid heterogeneous systems aimed at intensifying heat and mass transfer processes, reducing energy costs and improving the quality of target products with specified functional properties used in the food and pharmaceutical industries, as well as complexes and energy popup.description2 Research objects: heat and mass transfer processes during dispersion, aeration, extraction, thermophysical and physicochemical processes in aerodisperse flows, thermophysical processes of modification of polymer matrix carriers. The purpose of the work is to obtain fundamental and applied knowledge in the field of directed hydrodynamic and heat and mass transfer processing of liquid heterogeneous systems and aerodisperse flows aimed at intensification of heat and mass transfer processes, reduction of energy costs and improvement of the quality of target products with specified functional properties, which are used in the food and pharmaceutical industries, as well as in the agro-industrial complex and energy. As a further development of the theoretical foundations of the scientific concept of discrete-pulse energy input, a number of mathematical models were created in the work. Based on fundamental research: a technological scheme for air purification in centralized ventilation systems of buildings using photocatalysis and plasma chemistry methods is proposed; an energy-efficient method of combined thermal-catalytic decomposition of excess ozone with heat pump heat recovery has been developed; an innovative technological scheme and a rotary-type aerator-oxidizer for biological wastewater treatment have been developed; an energy-efficient technology and technological scheme for the production of "Dry powdered protein-carbohydrate concentrates" have been developed for the nutrition of people with increased physical activity (including sports nutrition and military nutrition); a physical model has been proposed and substantiated for the first time, considering the course of hydrodynamic processes in a liquid flow behind a valve that instantly closes the channel, creating the phenomenon of a water hammer; a sample of a new type of cavitation reactor has been created; a water treatment technology has been developed for biological systems of various levels of organization Product Description popup.authors Ivanytskyi Heorhii K. Avdieieva Lesia Yu. Azarov Serhii P. Bazieiev Rostyslav Ye. Bulii Yurii V. Haponych Liudmyla S. Hozhenko Liubov P. Hrabova Tetiana L. Husiatynska Nataliia A. Danko Ivan O. Dekusha Hanna V. Dubovkina Iryna O. Kovalov Viktor I. Kozak Mykola M. Kostianets Lesia O. Makarenko Andrii A. Maletska Kira D. Nedbailo Anna Ye. Obodovych Oleksandr M. Parchenko Volodymyr M. Pereiaslavtsev Oleksandr M. Pereiaslavtseva Olena O. Posunko Dmytro V. Radchenko Nataliia L. Rezakova Tetiana A. Sablii Larysa A. Sadovska Lidiia I. Sydorenko Vitalii V. Stepanova Olesia Ye. Sukhenko Vladyslav Yu. Tkachenko Oleksandr V. Turchyna Tetiana Ya. Khomenko Valentyna O. Tselen Bohdan Ya. Chalaiev Dzhamalutdin M. Chalaiev Murshyd D. Cherniavskyi Kostiantyn Ye. Shavrin Yurii V. Sheiko Tamila V. Shmatok Oleksii I. Shuliak Viktor V. Shchepkin Volodymyr I. popup.nrat_date 2025-01-26 Close