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Information × Registration Number 0220U000545, 0115U003336 , R & D reports Title Development of thermophysical bases of high-performance combustion fuel technologies in the flame stabilizers system and utilization of thermal emission boiler sets using nano-composite materials and coatings popup.stage_title Head Fialko Nataliia Mykhailivna, Registration Date 03-03-2020 Organization Institute of Engineering Thermophysics of the Ukrainian National Academy of Sciences popup.description2 The object of the study is thermophysical processes in burner devices of stabilizer type with protective coatings, processes of heat and mass transfer in combined heat recovery systems using polymer micro- and nanocomposites and their thermophysical properties. The purpose of the work is scientific and technical substantiation of highly efficient combustion technologies of gaseous fuels in the system of flame stabilizers with special protective coatings and utilization of thermal emissions of boiler plants when heating heat carriers of various purposes and development of general provisions of thermophysics for the creation of polymer micro- and nanocomposites. Effective technology of combustion of gaseous fuels is proposed and the analysis of the effectiveness of the use of protective coatings on heat-stressed sections of stabilizing burner devices is performed. It is justified for new low and medium power gas boilers new complex heat recovery systems using utilized heat for different needs. Thermophysical foundations for the creation of low- and high-thermal polymer micro- and nanocomposites for the production of elements and parts of these systems have been developed and systematic studies of their thermophysical properties have been performed. The social consequences of the project are to improve the energy supply of enterprises in conditions of fuel shortages and increase the employment of the population in the production of heat power equipment and materials. MICROJET FUEL COMBUSTION, STABILIZER BURNERS, PROTECTIVE COATINGS, POLYMER MICRO- AND NANOCOMPOSITES, THERMOPHYSICAL PROPERTIES, COMBINED SYSTEMS FOR DEEP HEAT RECOVERY OF BOILER PLANTS Product Description popup.authors Альошко С.О. Гнєдаш Г.О. Дашковська І.Л. Кутняк О.М. Малецька О.Є. Меранова Н.О. Навродська Р.О. Новаківський М.О. Полозенко Н.П. Пресіч Г.О. Прокопов В.Г. Рокитько К.В. Сбродова Г.О. Степанова А.І. Тимощенко О.Б. Фіалко Н.М. Шевчук С.І. Шеренковский Ю.В. Юрчук В.Л. popup.nrat_date 2020-07-03 Close